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diff --git a/.hgignore b/.hgignore
--- a/.hgignore
+++ b/.hgignore
@@ -1,146 +1,147 @@
Makefile$
Config/ltmain.sh
m4/lt~obsolete.m4
m4/ltsugar.m4
m4/libtool.m4
Makefile\.in$
\.deps$
\.libs$
\.l[ao]$
\.so$
\.so\.
\.o$
~$
\.pyc$
\.codereplace$
\.orig$
\.tar\.(gz|bz2)$
^autom4te.cache$
^config.herwig$
^config.log$
^config.status$
^configure$
^include/Herwig$
^Config/config.guess$
^Config/config.h$
^Config/config.h.in$
^Config/config.sub$
^Config/depcomp$
^Config/compile$
^Config/install-sh$
^Config/missing$
^Config/stamp-h1$
^Config/ar-lib$
^Contrib/make_makefiles.sh$
^Contrib/.*/.*\.(log|out|tex|run)$
^Utilities/hgstamp.inc$
^Doc/HerwigDefaults.in$
^Doc/refman-html$
^Doc/fixinterfaces.pl$
^Doc/refman.conf$
^Doc/refman.h$
^Doc/AllInterfaces.h$
^Doc/HerwigDefaults.rpo$
^Doc/Herwig-refman.tag$
^Doc/tagfileThePEG.tag$
^Doc/.*\.log$
^INSTALL$
^aclocal.m4$
^confdefs.h$
^conftest.c$
^conftest.err$
^include/done-all-links$
^libtool$
\.dirstamp$
^src/hgstamp.inc$
^src/herwigopts.h$
^src/herwigopts.c$
^src/defaults/Analysis.in$
^src/defaults/Decays.in$
^src/defaults/decayers.in$
^src/herwig-config$
^src/.*\.(run|tex|out|log|rpo|spc|top|dump|dot|aux|pdf|ps|png|svg|hepmc|dvi)$
^src/Makefile-UserModules$
^lib/done-all-links$
^lib/apple-fixes$
^src/defaults/PDF.in$
^src/defaults/done-all-links$
^src/tune$
^src/Herwig$
^src/Herwig-cache$
^src/tests/.*\.(time|mult|Bmult|chisq)$
^src/Merging/test/*yoda
^src/Merging/test/Herwig*
^src/Merging/test/L*
^src/Merging/test/done-all-links
^src/Merging/done-all-links
^Tests/.*/.*\.(top|ps|pyc|info|dat|pdf|png)$
^Tests/.*\.(top|ps|pyc|info|dat|pdf|png|log|out)$
^Tests/.*\.(top|run|tex|mult|Bmult|aida|yoda)$
^Tests/Rivet-.*$
^Tests/.cache$
-^Tests/Rivet/.*(Rivet|SPS|EHS|Fermilab|EE|DIS|LHC|TVT|Star|ISR|SppS)-.*\.in$
+^Tests/Rivet/.*(Rivet|SPS|EHS|Fermilab|Onium|EE|DIS|LHC|TVT|Star|ISR|SppS)-.*\.in$
^Tests/plots$
^Tests/Herwig$
^Tests/.*index.html$
Tests/python/LowEnergy-EE.py
Tests/python/LowEnergy-Photon.py
Tests/python/R.py
Tests/python/make_input_files.py
Tests/python/merge-DIS
Tests/python/merge-EE
Tests/python/merge-EE-Gamma
Tests/python/merge-Fixed
Tests/python/merge-GammaGamma
Tests/python/merge-LHC-EW
Tests/python/merge-LHC-Jets
Tests/python/merge-LHC-Photon
Tests/python/merge-Star
Tests/python/merge-TVT-EW
Tests/python/merge-TVT-Jets
Tests/python/merge-TVT-Photon
Tests/python/merge-SppS
Tests/python/mergeLowEnergy.py
+Tests/python/OniumSigma.py
Tests/python/plot-EE
Tests/python/rivet_check
PDF/SaSPhotonPDF.cc
^Herwig\-
^Models/Feynrules/python/Makefile-FR$
^MatrixElement/Matchbox/External/MadGraph/mg2herwig$
MatrixElement/Matchbox/External/GoSam/gosam2herwig.py
^MatrixElement/Matchbox/Scales/MatchboxScale.cc$
Sampling/herwig-mergegrids.py
^Utilities/Statistics/herwig-combinedistributions$
^Utilities/Statistics/herwig-combineruns$
^Utilities/Statistics/herwig-makedistributions$
^src/defaults/MatchboxDefaults.in$
^src/defaults/setup.gosam.in$
^src/Matchbox/LO-DefaultShower.in$
^src/Matchbox/LO-DipoleShower.in$
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^src/Matchbox/MCatNLO-DefaultShower.in$
^src/Matchbox/MCatNLO-DipoleShower.in$
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^src/Matchbox/Powheg-DefaultShower.in$
^src/Matchbox/Powheg-DipoleShower.in$
^src/defaults/MatchboxMergingDefaults.in
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^Utilities/XML/xml_test$
^Utilities/utilities_test$
^Utilities/versionstring.h$
^MatrixElement/Matchbox/External/MadGraph/mg2herwig.py$
test\.(log|trs)$
test-suite\.log$
^Config/test-driver$
param_card\.dat$
__all.cc$
.ccR$
^tmp/*
PDF/stamp-h2
Tests/anatohepmc.txt
Tests/hepmctoana.txt
MatrixElement/Matchbox/External/GoSam/gosam2herwig
Sampling/herwig-mergegrids
diff --git a/Decay/Baryon/RadiativeDoublyHeavyBaryonDecayer.h b/Decay/Baryon/RadiativeDoublyHeavyBaryonDecayer.h
--- a/Decay/Baryon/RadiativeDoublyHeavyBaryonDecayer.h
+++ b/Decay/Baryon/RadiativeDoublyHeavyBaryonDecayer.h
@@ -1,190 +1,190 @@
// -*- C++ -*-
#ifndef HERWIG_RadiativeDoublyHeavyBaryonDecayer_H
#define HERWIG_RadiativeDoublyHeavyBaryonDecayer_H
//
// This is the declaration of the RadiativeDoublyHeavyBaryonDecayer class.
//
#include "Baryon1MesonDecayerBase.h"
namespace Herwig {
using namespace Herwig;
/** \ingroup Decay
*
* The RadiativeDoublyHeavyBaryonDecayer class is designed for the radiative decay
* of a baryon containing a heavy quark to another baryon containing a heavy quark.
* There are four types of transition supported
*
* - \f$\frac12^+\to\frac12^+\f$ \f$M1\f$ transition
* \f[\mathcal{M} = i f \epsilon^{\epsilon^*_2\delta p_0p_1} \bar{B} \gamma_5.B^*_\delta\bar{\gamma }^{\delta}\f]
*
* - \f$\frac32^+\to\frac12^+\f$ \f$M1\f$ transition
- * \f[\mathcal{M} = i f \epsilon^{\epsilon^*_2\delta p_0p_1} \bar{B} \gamma_5 \gamma_^\delta B^*\f]
+ * \f[\mathcal{M} = i f \epsilon^{\epsilon^*_2\delta p_0p_1} \bar{B} \gamma_5 \gamma_\delta B^*\f]
*
* where \f$p_0\f$ is the momentum of the decaying baryon \f$B^*\f$ is the field for
* the decaying baryon, \f$B\f$ is the field for the baryon produced in the decay and $\epsilon_2$ is the polarization vector
* for the outgoing photon.
*
*/
class RadiativeDoublyHeavyBaryonDecayer: public Baryon1MesonDecayerBase {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/**
* Coupling Members.
*/
//@{
/**
* Couplings for spin-\f$\frac12\f$ to spin-\f$\frac12\f$ and a vector.
* @param imode The mode
* @param m0 The mass of the decaying particle.
* @param m1 The mass of the outgoing baryon.
* @param m2 The mass of the outgoing meson.
* @param A1 The coupling \f$A_1\f$ described above.
* @param A2 The coupling \f$A_2\f$ described above.
* @param B1 The coupling \f$B_1\f$ described above.
* @param B2 The coupling \f$B_2\f$ described above.
*/
virtual void halfHalfVectorCoupling(int imode,Energy m0,Energy m1,Energy m2,
Complex& A1,Complex& A2,
Complex& B1,Complex& B2) const;
/**
* Couplings for spin-\f$\frac12\f$ to spin-\f$\frac32\f$ and a vector.
* @param imode The mode
* @param m0 The mass of the decaying particle.
* @param m1 The mass of the outgoing baryon.
* @param m2 The mass of the outgoing meson.
* @param A1 The coupling \f$A_1\f$ described above.
* @param A2 The coupling \f$A_2\f$ described above.
* @param A3 The coupling \f$A_3\f$ described above.
* @param B1 The coupling \f$B_1\f$ described above.
* @param B2 The coupling \f$B_2\f$ described above.
* @param B3 The coupling \f$B_3\f$ described above.
*/
virtual void threeHalfHalfVectorCoupling(int imode,Energy m0,Energy m1,Energy m2,
Complex& A1,Complex& A2,Complex& A3,
Complex& B1,Complex& B2,Complex& B3) const;
//@}
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object. Called in the run phase just before
* a run begins.
*/
virtual void doinitrun();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
RadiativeDoublyHeavyBaryonDecayer & operator=(const RadiativeDoublyHeavyBaryonDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* The coupling
*/
vector<InvEnergy2> coupling_;
/**
* PDG code for the incoming baryons
*/
vector<int> incoming_;
/**
* PDG code for the outgoing baryons
*/
vector<int> outgoing_;
/**
* max weight
*/
vector<double> maxWeight_;
};
}
#endif /* HERWIG_RadiativeDoublyHeavyBaryonDecayer_H */
diff --git a/Decay/Dalitz/PiPiI2.h b/Decay/Dalitz/PiPiI2.h
--- a/Decay/Dalitz/PiPiI2.h
+++ b/Decay/Dalitz/PiPiI2.h
@@ -1,137 +1,137 @@
// -*- C++ -*-
#ifndef Herwig_PiPiI2_H
#define Herwig_PiPiI2_H
//
// This is the declaration of the PiPiI2 class.
//
#include "DalitzResonance.h"
namespace Herwig {
using namespace ThePEG;
/**
* The PiPiI2 class provides an implementation of the \f$I=2\f$ s-eave for \f$\pi\pi\f$.
*/
class PiPiI2: public DalitzResonance {
public:
/** @name Standard constructors and destructors. */
//@{
/**
* The default constructor.
*/
PiPiI2() {};
/**
* Constructor specifiying the parameters
*/
PiPiI2(long pid, ResonanceType::Type rtype, Energy m, Energy w,
unsigned int d1, unsigned int d2, unsigned int s,
double mag, double phi, InvEnergy rr,
InvEnergy a, InvEnergy2 b, InvEnergy4 c, InvEnergy6 d,
Energy mmin, Energy mmax, double deta)
: DalitzResonance(pid,rtype,m,w,d1,d2,s,mag,phi,rr),
a_(a),b_(b),c_(c),d_(d),
mmin_(mmin), mmax_(mmax), deltaEta_(deta)
{}
public:
/**
* Return the Breit-Wigner times the form factor
*/
virtual Complex BreitWigner(const Energy & mAB, const Energy & mA, const Energy & mB) const;
/**
* Output the parameters
*/
virtual void dataBaseOutput(ofstream & output);
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
PiPiI2 & operator=(const PiPiI2 &) = delete;
private :
/**
* Parameters for \f$\delta^2_0\f$
*/
//@{
/**
* Parameter \f$a\f$
*/
InvEnergy a_;
/**
* Parameter \f$b\f$
*/
InvEnergy2 b_;
/**
* Parameter \f$c\f$
*/
InvEnergy4 c_;
/**
* Parameter \f$d\f$
*/
InvEnergy6 d_;
//@}
/**
- * Parameters for \f$\eta^_0\f$
+ * Parameters for \f$\eta^0\f$
*/
//@{
/**
* Minimum mass
*/
Energy mmin_;
/**
* Maximum mass
*/
Energy mmax_;
/**
* \f$\Delta\eta\f$
*/
double deltaEta_;
//@}
};
}
#endif /* Herwig_PiPiI2_H */
diff --git a/Decay/FormFactors/KPiIThreeHalfFOCUSKMatrix.h b/Decay/FormFactors/KPiIThreeHalfFOCUSKMatrix.h
--- a/Decay/FormFactors/KPiIThreeHalfFOCUSKMatrix.h
+++ b/Decay/FormFactors/KPiIThreeHalfFOCUSKMatrix.h
@@ -1,120 +1,120 @@
// -*- C++ -*-
#ifndef Herwig_KPiIThreeHalfFOCUSKMatrix_H
#define Herwig_KPiIThreeHalfFOCUSKMatrix_H
//
// This is the declaration of the KPiIThreeHalfFOCUSKMatrix class.
//
#include "KMatrix.h"
namespace Herwig {
using namespace ThePEG;
/**
* The KPiIThreeHalfFOCUSKMatrix class implements the K-matrix fit of
* the FOCUS collaboration (Phys.Lett. B653 (2007) 1-11) for the \f$I=\frac32\f$
* component of the \f$K\pi\f$ K-matrix.
*
* @see \ref KPiIThreeHalfFOCUSKMatrixInterfaces "The interfaces"
* defined for KPiIThreeHalfFOCUSKMatrix.
*/
class KPiIThreeHalfFOCUSKMatrix: public KMatrix {
public:
/**
* The default constructor.
*/
KPiIThreeHalfFOCUSKMatrix();
/**
* Compute the K-matrix for a given scale
* @param s The scale
* @param Whether ot not to multiply by \f$\prod_i(1-s/m^2_i\f$ to regularise the poles
*/
virtual boost::numeric::ublas::matrix<double> K(Energy2 s, bool multiplyByPoles=false) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
- KPiIThreeHalfFOCUSKMatrix & operator=(const KPiIThreeHalfFOCUSKMatrix &) =delete;
+ KPiIThreeHalfFOCUSKMatrix & operator=(const KPiIThreeHalfFOCUSKMatrix &) = delete;
private:
/**
* Constants \f$D_{22,i}\f$ from Eqn 9
*/
vector<double> D_;
/**
* Adler zero position
*/
Energy2 sThreeHalf_;
/**
* Normalisation scale
*/
Energy2 sNorm_;
};
}
#endif /* Herwig_KPiIThreeHalfFOCUSKMatrix_H */
diff --git a/Decay/FormFactors/KornerKurodaFormFactor.h b/Decay/FormFactors/KornerKurodaFormFactor.h
--- a/Decay/FormFactors/KornerKurodaFormFactor.h
+++ b/Decay/FormFactors/KornerKurodaFormFactor.h
@@ -1,211 +1,211 @@
// -*- C++ -*-
#ifndef HERWIG_KornerKurodaFormFactor_H
#define HERWIG_KornerKurodaFormFactor_H
//
// This is the declaration of the KornerKurodaFormFactor class.
//
#include "BaryonFormFactor.h"
namespace Herwig {
using namespace ThePEG;
/**
- * The KornerKurodaFormFactor class implements the simple model of PRD 16, 2165, 1997 for the
+ * The KornerKurodaFormFactor class implements the simple model of PRD 16, 2165, 1977 for the
* form factors of the baryon octet/
*
* @see \ref KornerKurodaFormFactorInterfaces "The interfaces"
* defined for KornerKurodaFormFactor.
*/
class KornerKurodaFormFactor: public BaryonFormFactor {
public:
/**
* The default constructor.
*/
KornerKurodaFormFactor();
/**
* The form factor for the weak decay of a spin \f$\frac12\f$ baryon to a
* spin \f$\frac12\f$ baryon.
* @param q2 The scale \f$q^2\f$.
* @param iloc The location in the form factor list.
* @param id0 The PDG code of the incoming baryon.
* @param id1 The PDG code of the outgoing baryon.
* @param m0 The mass of the incoming baryon.
* @param m1 The mass of the outgoing baryon.
* @param f1v The form factor \f$F^V_1\f$.
* @param f2v The form factor \f$F^V_2\f$.
* @param f3v The form factor \f$F^V_3\f$.
* @param f1a The form factor \f$F^A_1\f$.
* @param f2a The form factor \f$F^A_2\f$.
* @param f3a The form factor \f$F^A_3\f$.
* @param virt Whether the q2 is space or timelike
*/
virtual void SpinHalfSpinHalfFormFactor(Energy2 q2,int iloc, int id0, int id1,
Energy m0, Energy m1,
Complex & f1v,Complex & f2v,Complex & f3v,
Complex & f1a,Complex & f2a,Complex & f3a,
FlavourInfo flavour,
Virtuality virt=SpaceLike);
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
* @param create Whether or not to add a statement creating the object
*/
virtual void dataBaseOutput(ofstream & os,bool header,bool create) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
KornerKurodaFormFactor & operator=(const KornerKurodaFormFactor &) = delete;
private:
/**
* Whether or not to include the nucleon modes
*/
bool includeNucleon_;
/**
* Masses for the form-factors
*/
//@{
/**
* Mass of the \f$\rho\f$ meson
*/
Energy mRho_;
/**
* Mass of the \f$\omega\f$ meson
*/
Energy mOmega_;
/**
* Mass of the \f$\phi\f$ meson
*/
Energy mPhi_;
//@}
/**
* Regge slope
*/
InvEnergy2 aPrime_;
/**
* Couplings for the form factors
*/
//@{
/**
* Coupling \f$C_1^\rho\f$
*/
vector<double> c1Rho_;
/**
* Coupling \f$C_1^\omega\f$
*/
vector<double> c1Omega_;
/**
* Coupling \f$C_1^\phi\f$
*/
vector<double> c1Phi_;
/**
* Coupling \f$C_1^\rho+C_2^\rho\f$
*/
vector<double> c12Rho_;
/**
* Coupling \f$C_1^\omega+C_2^\omega\f$
*/
vector<double> c12Omega_;
/**
* Coupling \f$C_1^\phi+C_2^\phi\f$
*/
vector<double> c12Phi_;
/**
* Coupling \f$C_2^\rho\f$
*/
vector<double> c2Rho_;
/**
* Coupling \f$C_2^\omega\f$
*/
vector<double> c2Omega_;
/**
* Coupling \f$C_2^\phi\f$
*/
vector<double> c2Phi_;
/**
* Magnetic moments
*/
vector<double> mu_;
//@}
};
}
#endif /* HERWIG_KornerKurodaFormFactor_H */
diff --git a/Decay/General/GeneralTwoBodyDecayer.cc b/Decay/General/GeneralTwoBodyDecayer.cc
--- a/Decay/General/GeneralTwoBodyDecayer.cc
+++ b/Decay/General/GeneralTwoBodyDecayer.cc
@@ -1,835 +1,835 @@
// -*- C++ -*-
//
// GeneralTwoBodyDecayer.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the GeneralTwoBodyDecayer class.
//
#include "GeneralTwoBodyDecayer.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/DecayMode.h"
#include "ThePEG/Utilities/Exception.h"
#include "Herwig/Shower/RealEmissionProcess.h"
#include "Herwig/Utilities/Kinematics.h"
#include "Herwig/Shower/QTilde/Dark/HiddenValleyModel.h"
using namespace Herwig;
ParticleVector GeneralTwoBodyDecayer::decay(const Particle & parent,
const tPDVector & children) const {
// return empty vector if products heavier than parent
Energy mout(ZERO);
for(tPDVector::const_iterator it=children.begin();
it!=children.end();++it) mout+=(**it).massMin();
if(mout>parent.mass()) return ParticleVector();
// generate the decay
bool cc;
int imode=modeNumber(cc,parent.dataPtr(),children);
// generate the kinematics
ParticleVector decay=generate(generateIntermediates(),cc,imode,parent);
// make the colour connections
colourConnections(parent, decay);
// return the answer
return decay;
}
void GeneralTwoBodyDecayer::doinit() {
PerturbativeDecayer::doinit();
assert( incoming_ && outgoing_.size()==2);
//create phase space mode
addMode(new_ptr(PhaseSpaceMode(incoming_,{outgoing_[0],outgoing_[1]},
maxWeight_)));
}
-int GeneralTwoBodyDecayer::modeNumber(bool & cc, tcPDPtr parent,
+int GeneralTwoBodyDecayer::modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const {
long parentID = parent->id();
long id1 = children[0]->id();
long id2 = children[1]->id();
cc = false;
long out1 = outgoing_[0]->id();
long out2 = outgoing_[1]->id();
if( parentID == incoming_->id() &&
((id1 == out1 && id2 == out2) ||
(id1 == out2 && id2 == out1)) ) {
return 0;
}
else if(incoming_->CC() && parentID == incoming_->CC()->id()) {
cc = true;
if( outgoing_[0]->CC()) out1 = outgoing_[0]->CC()->id();
if( outgoing_[1]->CC()) out2 = outgoing_[1]->CC()->id();
if((id1 == out1 && id2 == out2) ||
(id1 == out2 && id2 == out1)) return 0;
}
return -1;
}
void GeneralTwoBodyDecayer::
colourConnections(const Particle & parent,
const ParticleVector & out) const {
PDT::Colour incColour(parent.data().iColour());
PDT::Colour outaColour(out[0]->data().iColour());
PDT::Colour outbColour(out[1]->data().iColour());
//incoming colour singlet
if(incColour == PDT::Colour0) {
// colour triplet-colourantitriplet
if((outaColour == PDT::Colour3 && outbColour == PDT::Colour3bar) ||
(outaColour == PDT::Colour3bar && outbColour == PDT::Colour3)) {
bool ac(out[0]->id() < 0);
out[0]->colourNeighbour(out[1],!ac);
}
//colour octet
else if(outaColour == PDT::Colour8 && outbColour == PDT::Colour8) {
out[0]->colourNeighbour(out[1]);
out[0]->antiColourNeighbour(out[1]);
}
// colour singlets
else if(outaColour == PDT::Colour0 && outbColour == PDT::Colour0) {
}
// unknown
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour singlet in "
<< "GeneralTwoBodyDecayer::colourConnections "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
//incoming colour triplet
else if(incColour == PDT::Colour3) {
// colour triplet + singlet
if(outaColour == PDT::Colour3 && outbColour == PDT::Colour0) {
out[0]->incomingColour(const_ptr_cast<tPPtr>(&parent));
}
//opposite order
else if(outaColour == PDT::Colour0 && outbColour == PDT::Colour3) {
out[1]->incomingColour(const_ptr_cast<tPPtr>(&parent));
}
// octet + triplet
else if(outaColour == PDT::Colour8 && outbColour == PDT::Colour3) {
out[0]->incomingColour(const_ptr_cast<tPPtr>(&parent));
out[1]->antiColourNeighbour(out[0]);
}
//opposite order
else if(outaColour == PDT::Colour3 && outbColour == PDT::Colour8) {
out[1]->incomingColour(const_ptr_cast<tPPtr>(&parent));
out[0]->antiColourNeighbour(out[1]);
}
else if(outaColour == PDT::Colour3bar && outaColour == PDT::Colour3bar) {
tColinePtr col[2] = {ColourLine::create(out[0],true),
ColourLine::create(out[1],true)};
parent.colourLine()->setSinkNeighbours(col[0],col[1]);
}
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour triplet in "
<< "GeneralTwoBodyDecayer::colourConnections() "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
// incoming colour anti triplet
else if(incColour == PDT::Colour3bar) {
// colour antitriplet +singlet
if(outaColour == PDT::Colour3bar && outbColour == PDT::Colour0) {
out[0]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
}
//opposite order
else if(outaColour == PDT::Colour0 && outbColour == PDT::Colour3bar) {
out[1]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
}
//octet + antitriplet
else if(outaColour == PDT::Colour3bar && outbColour == PDT::Colour8) {
out[1]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
out[0]->colourNeighbour(out[1]);
}
//opposite order
else if(outaColour == PDT::Colour8 && outbColour == PDT::Colour3bar) {
out[0]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
out[1]->colourNeighbour(out[0]);
}
else if(outaColour == PDT::Colour3 && outbColour == PDT::Colour3) {
tColinePtr col[2] = {ColourLine::create(out[0]),
ColourLine::create(out[1])};
parent.antiColourLine()->setSourceNeighbours(col[0],col[1]);
}
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour antitriplet "
<< "in GeneralTwoBodyDecayer::colourConnections() "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
//incoming colour octet
else if(incColour == PDT::Colour8) {
// triplet-antitriplet
if(outaColour == PDT::Colour3&&outbColour == PDT::Colour3bar) {
out[0]->incomingColour(const_ptr_cast<tPPtr>(&parent));
out[1]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
}
// opposite order
else if(outbColour == PDT::Colour3&&outaColour == PDT::Colour3bar) {
out[0]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
out[1]->incomingColour(const_ptr_cast<tPPtr>(&parent));
}
// neutral octet
else if(outaColour == PDT::Colour0&&outbColour == PDT::Colour8) {
out[1]->incomingColour(const_ptr_cast<tPPtr>(&parent));
out[1]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
}
else if(outbColour == PDT::Colour0&&outaColour == PDT::Colour8) {
out[0]->incomingColour(const_ptr_cast<tPPtr>(&parent));
out[0]->incomingAntiColour(const_ptr_cast<tPPtr>(&parent));
}
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour octet "
<< "in GeneralTwoBodyDecayer::colourConnections() "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
else if(incColour == PDT::Colour6) {
if(outaColour == PDT::Colour3 && outbColour == PDT::Colour3) {
tPPtr tempParent = const_ptr_cast<tPPtr>(&parent);
Ptr<MultiColour>::pointer parentColour =
dynamic_ptr_cast<Ptr<MultiColour>::pointer>
(tempParent->colourInfo());
tColinePtr line1 = const_ptr_cast<tColinePtr>(parentColour->colourLines()[0]);
line1->addColoured(dynamic_ptr_cast<tPPtr>(out[0]));
tColinePtr line2 = const_ptr_cast<tColinePtr>(parentColour->colourLines()[1]);
line2->addColoured(dynamic_ptr_cast<tPPtr>(out[1]));
}
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour sextet "
<< "in GeneralTwoBodyDecayer::colourConnections() "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
else if(incColour == PDT::Colour6bar) {
if(outaColour == PDT::Colour3bar && outbColour == PDT::Colour3bar) {
tPPtr tempParent = const_ptr_cast<tPPtr>(&parent);
Ptr<MultiColour>::pointer parentColour =
dynamic_ptr_cast<Ptr<MultiColour>::pointer>
(tempParent->colourInfo());
tColinePtr line1 = const_ptr_cast<tColinePtr>(parentColour->antiColourLines()[0]);
line1->addAntiColoured(dynamic_ptr_cast<tPPtr>(out[0]));
tColinePtr line2 = const_ptr_cast<tColinePtr>(parentColour->antiColourLines()[1]);
line2->addAntiColoured(dynamic_ptr_cast<tPPtr>(out[1]));
}
else
throw Exception() << "Unknown outgoing colours for decaying "
<< "colour anti-sextet "
<< "in GeneralTwoBodyDecayer::colourConnections() "
<< outaColour << " " << outbColour
<< Exception::runerror;
}
else
throw Exception() << "Unknown incoming colour in "
<< "GeneralTwoBodyDecayer::colourConnections() "
<< incColour
<< Exception::runerror;
}
bool GeneralTwoBodyDecayer::twoBodyMEcode(const DecayMode & dm, int & mecode,
double & coupling) const {
assert(dm.parent()->id() == incoming_->id());
ParticleMSet::const_iterator pit = dm.products().begin();
long id1 = (*pit)->id();
++pit;
long id2 = (*pit)->id();
long id1t(outgoing_[0]->id()), id2t(outgoing_[1]->id());
mecode = -1;
coupling = 1.;
if( id1 == id1t && id2 == id2t ) {
return true;
}
else if( id1 == id2t && id2 == id1t ) {
return false;
}
else
assert(false);
return false;
}
void GeneralTwoBodyDecayer::persistentOutput(PersistentOStream & os) const {
os << incoming_ << outgoing_ << maxWeight_;
}
void GeneralTwoBodyDecayer::persistentInput(PersistentIStream & is, int) {
is >> incoming_ >> outgoing_ >> maxWeight_;
}
// The following static variable is needed for the type
// description system in ThePEG.
DescribeAbstractClass<GeneralTwoBodyDecayer,PerturbativeDecayer>
describeHerwigGeneralTwoBodyDecayer("Herwig::GeneralTwoBodyDecayer", "Herwig.so");
void GeneralTwoBodyDecayer::Init() {
static ClassDocumentation<GeneralTwoBodyDecayer> documentation
("This class is designed to be a base class for all 2 body decays"
"in a general model");
}
double GeneralTwoBodyDecayer::brat(const DecayMode &, const Particle & p,
double oldbrat) const {
ParticleVector children = p.children();
if( children.size() != 2 || !p.data().widthGenerator() )
return oldbrat;
// partial width for this mode
Energy scale = p.mass();
Energy pwidth =
partialWidth( make_pair(p.dataPtr(), scale),
make_pair(children[0]->dataPtr(), children[0]->mass()),
make_pair(children[1]->dataPtr(), children[1]->mass()) );
Energy width = p.data().widthGenerator()->width(p.data(), scale);
return pwidth/width;
}
void GeneralTwoBodyDecayer::doinitrun() {
PerturbativeDecayer::doinitrun();
for(unsigned int ix=0;ix<numberModes();++ix) {
double fact = pow(1.5,int(mode(ix)->incoming().first->iSpin())-1);
mode(ix)->maxWeight(fact*mode(ix)->maxWeight());
}
}
double GeneralTwoBodyDecayer::colourFactor(tcPDPtr in, tcPDPtr out1,
tcPDPtr out2) const {
// identical particle symmetry factor
double output = out1->id()==out2->id() ? 0.5 : 1.;
// colour neutral incoming particle
if(in->iColour()==PDT::Colour0) {
// both colour neutral
if(out1->iColour()==PDT::Colour0 && out2->iColour()==PDT::Colour0)
output *= 1.;
// colour triplet/ antitriplet
else if((out1->iColour()==PDT::Colour3 && out2->iColour()==PDT::Colour3bar) ||
(out1->iColour()==PDT::Colour3bar && out2->iColour()==PDT::Colour3 ) ) {
output *= 3.;
}
// colour octet colour octet
else if(out1->iColour()==PDT::Colour8 && out2->iColour()==PDT::Colour8 ) {
output *= 8.;
}
else if((out1->iColour()==PDT::DarkColourFundamental
&& out2->iColour()==PDT::DarkColourAntiFundamental) ||
(out1->iColour()==PDT::DarkColourAntiFundamental
&& out2->iColour()==PDT::DarkColourFundamental)) {
output *= 3.;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour neutral particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
// triplet
else if(in->iColour()==PDT::Colour3) {
// colour triplet + neutral
if((out1->iColour()==PDT::Colour0 && out2->iColour()==PDT::Colour3) ||
(out1->iColour()==PDT::Colour3 && out2->iColour()==PDT::Colour0) ) {
output *= 1.;
}
// colour triplet + octet
else if((out1->iColour()==PDT::Colour8 && out2->iColour()==PDT::Colour3) ||
(out1->iColour()==PDT::Colour3 && out2->iColour()==PDT::Colour8) ) {
output *= 4./3.;
}
// colour anti triplet anti triplet
else if(out1->iColour()==PDT::Colour3bar &&
out2->iColour()==PDT::Colour3bar) {
output *= 2.;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour triplet particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
// anti triplet
else if(in->iColour()==PDT::Colour3bar) {
// colour anti triplet + neutral
if((out1->iColour()==PDT::Colour0 && out2->iColour()==PDT::Colour3bar ) ||
(out1->iColour()==PDT::Colour3bar && out2->iColour()==PDT::Colour0 ) ) {
output *= 1.;
}
// colour anti triplet + octet
else if((out1->iColour()==PDT::Colour8 && out2->iColour()==PDT::Colour3bar ) ||
(out1->iColour()==PDT::Colour3bar && out2->iColour()==PDT::Colour8 ) ) {
output *= 4./3.;
}
// colour triplet triplet
else if(out1->iColour()==PDT::Colour3 &&
out2->iColour()==PDT::Colour3) {
output *= 2.;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour anti triplet particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
else if(in->iColour()==PDT::Colour8) {
// colour octet + neutral
if((out1->iColour()==PDT::Colour0 && out2->iColour()==PDT::Colour8 ) ||
(out1->iColour()==PDT::Colour8 && out2->iColour()==PDT::Colour0 ) ) {
output *= 1.;
}
// colour triplet/antitriplet
else if((out1->iColour()==PDT::Colour3 && out2->iColour()==PDT::Colour3bar) ||
(out1->iColour()==PDT::Colour3bar && out2->iColour()==PDT::Colour3 ) ) {
output *= 0.5;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour octet particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
else if(in->iColour()==PDT::Colour6) {
// colour sextet -> triplet triplet
if( out1->iColour()==PDT::Colour3 && out2->iColour()==PDT::Colour3 ) {
output *= 1.;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour sextet particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
else if(in->iColour()==PDT::Colour6bar) {
// colour sextet -> triplet triplet
if( out1->iColour()==PDT::Colour3bar && out2->iColour()==PDT::Colour3bar ) {
output *= 1.;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour anti-sextet particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
}
else
throw Exception() << "Unknown colour "
<< in->iColour() << " for the decaying particle in "
<< "GeneralTwoBodyDecayer::colourFactor() for "
<< in->PDGName() << " -> "
<< out1->PDGName() << " " << out2->PDGName()
<< Exception::runerror;
return output;
}
Energy GeneralTwoBodyDecayer::partialWidth(PMPair inpart, PMPair outa,
PMPair outb) const {
// select the number of the mode
tPDVector children;
children.push_back(const_ptr_cast<PDPtr>(outa.first));
children.push_back(const_ptr_cast<PDPtr>(outb.first));
bool cc;
int nmode=modeNumber(cc,inpart.first,children);
tcPDPtr newchild[2] = {mode(nmode)->outgoing()[0],
mode(nmode)->outgoing()[1]};
// make the particles
Lorentz5Momentum pparent = Lorentz5Momentum(inpart.second);
PPtr parent = inpart.first->produceParticle(pparent);
vector<Lorentz5Momentum> pout(2);
double ctheta,phi;
Kinematics::generateAngles(ctheta,phi);
Kinematics::twoBodyDecay(pparent, outa.second, outb.second,
ctheta, phi,pout[0],pout[1]);
if( ( !cc && outa.first!=newchild[0]) ||
( cc && !(( outa.first->CC() && outa.first->CC() == newchild[0])||
( !outa.first->CC() && outa.first == newchild[0]) )))
swap(pout[0],pout[1]);
tPDVector out = {const_ptr_cast<tPDPtr>(outa.first),
const_ptr_cast<tPDPtr>(outb.first)};
double me = me2(-1,*parent,out,pout,Initialize);
Energy pcm = Kinematics::pstarTwoBodyDecay(inpart.second,
outa.second, outb.second);
return me/(8.*Constants::pi)*pcm;
}
void GeneralTwoBodyDecayer::decayInfo(PDPtr incoming, PDPair outgoing) {
incoming_=incoming;
outgoing_.clear();
outgoing_.push_back(outgoing.first );
outgoing_.push_back(outgoing.second);
}
double GeneralTwoBodyDecayer::matrixElementRatio(const Particle & inpart,
const ParticleVector & decay2,
const ParticleVector & decay3,
MEOption meopt,
ShowerInteraction inter) {
// calculate R/B
tPDVector outgoing = {const_ptr_cast<tPDPtr>(decay2[0]->dataPtr()),
const_ptr_cast<tPDPtr>(decay2[1]->dataPtr())};
const vector<Lorentz5Momentum> mom = {decay2[0]->momentum(),
decay2[1]->momentum()};
double B = me2 (0, inpart, outgoing,mom, meopt);
double R = threeBodyME(0, inpart, decay3, inter, meopt);
return R/B;
}
const vector<DVector> & GeneralTwoBodyDecayer::getColourFactors(const Particle & inpart,
const ParticleVector & decay,
unsigned int & nflow) {
// calculate the colour factors for the three-body decay
vector<int> sing,trip,atrip,oct,sex,asex;
for(unsigned int it=0;it<decay.size();++it) {
if (decay[it]->dataPtr()->iColour() == PDT::Colour0 ) sing. push_back(it);
else if(decay[it]->dataPtr()->iColour() == PDT::Colour3 ) trip. push_back(it);
else if(decay[it]->dataPtr()->iColour() == PDT::Colour3bar ) atrip.push_back(it);
else if(decay[it]->dataPtr()->iColour() == PDT::Colour8 ) oct. push_back(it);
else if(decay[it]->dataPtr()->iColour() == PDT::Colour6 ) sex. push_back(it);
else if(decay[it]->dataPtr()->iColour() == PDT::Colour6bar ) asex. push_back(it);
}
// identical particle symmetry factor
double symFactor=1.;
if (( sing.size()==2 && decay[ sing[0]]->id()==decay[ sing[1]]->id()) ||
( trip.size()==2 && decay[ trip[0]]->id()==decay[ trip[1]]->id()) ||
(atrip.size()==2 && decay[atrip[0]]->id()==decay[atrip[1]]->id()) ||
( oct.size()==2 && decay[ oct[0]]->id()==decay[ oct[1]]->id()) ||
( sex.size()==2 && decay[ sex[0]]->id()==decay[ sex[1]]->id()) ||
( asex.size()==2 && decay[ asex[0]]->id()==decay[ asex[1]]->id()))
symFactor /= 2.;
else if (oct.size()==3 &&
decay[oct[0]]->id()==decay[oct[1]]->id() &&
decay[oct[0]]->id()==decay[oct[2]]->id())
symFactor /= 6.;
colour_ = vector<DVector>(1,DVector(1,symFactor*1.));
// decaying colour singlet
if(inpart.dataPtr()->iColour() == PDT::Colour0) {
if(trip.size()==1 && atrip.size()==1 && oct.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*4.));
}
else if(trip.size()==1 && atrip.size()==1 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*3.));
}
else if (oct.size()==3){
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*24.));
}
else if(sing.size()==3) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor));
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour scalar particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
// decaying colour triplet
else if(inpart.dataPtr()->iColour() == PDT::Colour3) {
if(trip.size()==1 && sing.size()==1 && oct.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*4./3.));
}
else if(trip.size()==1 && sing.size()==2) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor));
}
else if(trip.size()==1 && oct.size()==2) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = symFactor*16./9.; colour_[0][1] = -symFactor*2./9.;
colour_[1][0] = -symFactor*2./9.; colour_[1][1] = symFactor*16./9.;
}
else if(atrip.size()==2 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*2.));
}
else if(atrip.size()==2 && oct.size()==1) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = 8./3.*symFactor; colour_[0][1] =-4./3.*symFactor;
colour_[1][0] = -4./3.*symFactor; colour_[1][1] = 8./3.*symFactor;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour triplet particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
// decaying colour anti-triplet
else if(inpart.dataPtr()->iColour() == PDT::Colour3bar) {
if(atrip.size()==1 && sing.size()==1 && oct.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*4./3.));
}
else if(atrip.size()==1 && sing.size()==2) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor));
}
else if(atrip.size()==1 && oct.size()==2){
nflow = 2;
colour_.clear();
colour_ .resize(2,DVector(2,0.));
colour_[0][0] = symFactor*16./9.; colour_[0][1] = -symFactor*2./9.;
colour_[1][0] = -symFactor*2./9.; colour_[1][1] = symFactor*16./9.;
}
else if(trip.size()==2 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*2.));
}
else if(trip.size()==2 && oct.size()==1) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = 8./3.*symFactor; colour_[0][1] =-4./3.*symFactor;
colour_[1][0] = -4./3.*symFactor; colour_[1][1] = 8./3.*symFactor;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for decay colour anti-triplet particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
// decaying colour octet
else if(inpart.dataPtr()->iColour() == PDT::Colour8) {
if(oct.size()==1 && trip.size()==1 && atrip.size()==1) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = symFactor*2./3. ; colour_[0][1] = -symFactor*1./12.;
colour_[1][0] = -symFactor*1./12.; colour_[1][1] = symFactor*2./3. ;
}
else if (sing.size()==1 && trip.size()==1 && atrip.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*0.5));
}
else if (oct.size()==2 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor*3.));
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for a decaying colour octet particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
// Sextet
else if(inpart.dataPtr()->iColour() == PDT::Colour6) {
if(trip.size()==2 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor));
}
else if(trip.size()==2 && oct.size()==1) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = 4./3.*symFactor; colour_[0][1] = 1./3.*symFactor;
colour_[1][0] = 1./3.*symFactor; colour_[1][1] = 4./3.*symFactor;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for a decaying colour sextet particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
// anti Sextet
else if(inpart.dataPtr()->iColour() == PDT::Colour6bar) {
if(atrip.size()==2 && sing.size()==1) {
nflow = 1;
colour_ = vector<DVector>(1,DVector(1,symFactor));
}
else if(atrip.size()==2 && oct.size()==1) {
nflow = 2;
colour_.clear();
colour_.resize(2,DVector(2,0.));
colour_[0][0] = 4./3.*symFactor; colour_[0][1] = 1./3.*symFactor;
colour_[1][0] = 1./3.*symFactor; colour_[1][1] = 4./3.*symFactor;
}
else
throw Exception() << "Unknown colour for the outgoing particles"
<< " for a decaying colour anti-sextet particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
}
else
throw Exception() << "Unknown colour for the decaying particle in "
<< "GeneralTwoBodyDecayer::getColourFactors() for "
<< inpart. dataPtr()->PDGName() << " -> "
<< decay[0]->dataPtr()->PDGName() << " "
<< decay[1]->dataPtr()->PDGName() << " "
<< decay[2]->dataPtr()->PDGName()
<< Exception::runerror;
return colour_;
}
const GeneralTwoBodyDecayer::CFlow &
GeneralTwoBodyDecayer::colourFlows(const Particle & inpart,
const ParticleVector & decay) {
// static initialization of commonly used colour structures
static const CFlow init = CFlow(3, CFlowPairVec(1, make_pair(0, 1.)));
static CFlow tripflow = init;
static CFlow atripflow = init;
static CFlow octflow = init;
static CFlow sexflow = init;
static CFlow epsflow = init;
static const CFlow fpflow = CFlow(4, CFlowPairVec(1, make_pair(0, 1.)));
static bool initialized = false;
if (! initialized) {
tripflow[2].resize(2, make_pair(0,1.));
tripflow[2][0] = make_pair(0, 1.);
tripflow[2][1] = make_pair(1,-1.);
tripflow[1][0] = make_pair(1, 1.);
atripflow[1].resize(2, make_pair(0,1.));
atripflow[1][0] = make_pair(0, 1.);
atripflow[1][1] = make_pair(1,-1.);
atripflow[2][0] = make_pair(1, 1.);
octflow[0].resize(2, make_pair(0,1.));
octflow[0][0] = make_pair(0,-1.);
octflow[0][1] = make_pair(1, 1.);
octflow[2][0] = make_pair(1, 1.);
sexflow[0].resize(2, make_pair(0,1.));
sexflow[0][1] = make_pair(1,1.);
sexflow[2][0] = make_pair(1,1.);
epsflow[0].resize(2, make_pair(0,-1.));
epsflow[0][0] = make_pair(0,-1.);
epsflow[0][1] = make_pair(1,-1.);
epsflow[2][0] = make_pair(1,1.);
initialized = true;
}
// main function body
int sing=0,trip=0,atrip=0,oct=0,sex=0,asex=0;
for (size_t it=0; it<decay.size(); ++it) {
switch ( decay[it]->dataPtr()->iColour() ) {
case PDT::Colour0: ++sing; break;
case PDT::Colour3: ++trip; break;
case PDT::Colour3bar: ++atrip; break;
case PDT::Colour8: ++oct; break;
case PDT::Colour6: ++sex; break;
case PDT::Colour6bar: ++asex; break;
/// @todo: handle these better
case PDT::ColourUndefined: break;
case PDT::Coloured: break;
case PDT::DarkColoured: break;
case PDT::DarkColourNeutral: break;
case PDT::DarkColourFundamental: break;
case PDT::DarkColourAntiFundamental: break;
case PDT::DarkColourAdjoint: break;
}
}
const CFlow * retval = 0;
// decaying colour triplet
if(inpart.dataPtr()->iColour() == PDT::Colour3 &&
trip==1 && oct==2) {
retval = &tripflow;
}
// decaying colour anti-triplet
else if(inpart.dataPtr()->iColour() == PDT::Colour3bar &&
atrip==1 && oct==2){
retval = &atripflow;
}
// decaying colour octet
else if(inpart.dataPtr()->iColour() == PDT::Colour8 &&
oct==1 && trip==1 && atrip==1) {
retval = &octflow;
}
// decaying colour sextet
else if(inpart.dataPtr()->iColour() ==PDT::Colour6 &&
oct==1 && trip==2) {
retval = &sexflow;
}
// decaying anti colour sextet
else if(inpart.dataPtr()->iColour() ==PDT::Colour6bar &&
oct==1 && atrip==2) {
retval = &sexflow;
}
// decaying colour triplet (eps)
else if(inpart.dataPtr()->iColour() == PDT::Colour3 &&
atrip==2 && oct==1) {
retval = &epsflow;
}
// decaying colour anti-triplet (eps)
else if(inpart.dataPtr()->iColour() == PDT::Colour3bar &&
trip==2 && oct==1){
retval = &epsflow;
}
else {
retval = &fpflow;
}
return *retval;
}
double GeneralTwoBodyDecayer::threeBodyME(const int , const Particle &,
const ParticleVector &,
ShowerInteraction, MEOption) {
throw Exception() << "Base class GeneralTwoBodyDecayer::threeBodyME() "
<< "called, should have an implementation in the inheriting class"
<< Exception::runerror;
return 0.;
}
diff --git a/Decay/PhaseSpaceMode.h b/Decay/PhaseSpaceMode.h
--- a/Decay/PhaseSpaceMode.h
+++ b/Decay/PhaseSpaceMode.h
@@ -1,416 +1,422 @@
// -*- C++ -*-
//
// PhaseSpaceMode.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef Herwig_PhaseSpaceMode_H
#define Herwig_PhaseSpaceMode_H
//
// This is the declaration of the PhaseSpaceMode class.
//
#include "ThePEG/Config/ThePEG.h"
#include "PhaseSpaceMode.fh"
#include "PhaseSpaceChannel.h"
#include "Herwig/PDT/GenericWidthGenerator.h"
#include "Herwig/PDT/GenericMassGenerator.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>PhaseSpaceMode</code> class is designed to store a group
- * of phase-space channels for use by the DecayIntegrator class to
+ * of phase-space channels for use by the DecayIntegrator class to
* generate the phase-space for a given decay mode.
*
* Additional phase-space channels can be added using the addChannel member.
- *
+ *
* In practice the modes are usually constructed together with the a number of
* <code>PhaseSpaceChannel</code> objects. In classes inheriting from the
* DecayIntegrator class.
*
* @see DecayIntegrator
* @see PhaseSpaceChannel
*
* @author Peter Richardson
- *
+ *
*/
class PhaseSpaceMode: public Base {
friend class PhaseSpaceChannel;
public:
/** @name Standard constructors and destructors. */
//@{
/**
* The default constructor.
*/
PhaseSpaceMode() : maxWeight_(0.), partial_(-1),
testOnShell_(false), eMax_(ZERO),
eps_(ZERO), nRand_(0)
{};
-
+
/**
* The default constructor.
*/
PhaseSpaceMode(tPDPtr in1, tPDVector out,
double wMax, tPDPtr in2=tPDPtr(),
Energy eMax=ZERO) : incoming_(make_pair(in1,in2)),
maxWeight_(wMax),
outgoing_(out), partial_(-1),
testOnShell_(false), eMax_(eMax),
eps_(ZERO), nRand_(0)
{};
//@}
public:
-
+
/**
* Generate the decay.
* @param intermediates Whether or not to generate the intermediate particle
* in the decay channel.
- * @param cc Whether we are generating the mode specified or the charge
+ * @param cc Whether we are generating the mode specified or the charge
* conjugate mode.
* @param inpart The incoming particle.
* @return The outgoing particles.
*/
ParticleVector generateDecay(const Particle & inpart,
tcDecayIntegratorPtr decayer,
bool intermediates,bool cc);
-
+
/**
- * Add a new channel.
+ * Add a new channel.
* @param channel A pointer to the new PhaseChannel
*/
void addChannel(PhaseSpaceChannel channel) {
channel.init(this);
channels_.push_back(channel);
}
/**
* Reset the properties of one of the intermediate particles. Only a specific channel
* is reset.
* @param ichan The channel to reset.
* @param part The ParticleData object of the particle to reset
* @param mass The mass of the intermediate.
* @param width The width of gthe intermediate.
*/
void resetIntermediate(int ichan, tcPDPtr part, Energy mass, Energy width) {
if(!part) return;
channels_[ichan].resetIntermediate(part,mass,width);
}
/**
- * Reset the properties of one of the intermediate particles. All the channels
+ * Reset the properties of one of the intermediate particles. All the channels
* are reset.
* @param part The ParticleData object of the particle to reset
* @param mass The mass of the intermediate.
* @param width The width of gthe intermediate.
*/
void resetIntermediate(tcPDPtr part, Energy mass, Energy width) {
for(PhaseSpaceChannel & channel : channels_)
channel.resetIntermediate(part,mass,width);
}
/**
* The phase-space channels
*/
const vector<PhaseSpaceChannel> & channels() const {return channels_;}
/**
* Set the weights
*/
void setWeights(const vector<double> & wgts) {
assert(wgts.size()==channels_.size());
for(unsigned int ix=0;ix<channels_.size();++ix)
channels_[ix].weight(wgts[ix]);
}
/**
* Access to the selected channel
*/
unsigned int selectedChannel() const {return iChannel_;}
/**
* Number of rnadom numbers needed
*/
unsigned int nRand() const {return nRand_;}
/**
* Set whether of not decays are generated on-shell
*/
void checkOnShell(bool in) {testOnShell_=in;}
-
+
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
public :
/**
* Initialize the phase space
*/
void init();
/**
* Initialisation before the run stage
*/
- void initrun();
+ void initrun();
/**
* Get the maximum weight for the decay.
* @return The maximum weight.
*/
double maxWeight() const {return maxWeight_;}
-
+
/**
* Set the maximum weight for the decay.
* @return The maximum weight.
*/
void maxWeight(double wgt) const {maxWeight_=wgt;}
-
+
/**
* Initialise the phase space.
* @param init Perform the initialization.
*/
Energy initializePhaseSpace(bool init, tcDecayIntegratorPtr decayer,
bool onShell=false);
/**
* The incoming particles
*/
pair<PDPtr,PDPtr> incoming() const {return incoming_;}
-
+
/**
* Access to the outging particles.
* @return A pointer to the ParticleData object.
*/
tPDVector outgoing() const {return outgoing_;}
-
+
/**
* Access to the outging particles.
* @return A pointer to the ParticleData object.
*/
tPDVector outgoingCC() const {return outgoingCC_;}
/**
* Number of outgoing particles.
* @return The number of outgoing particles.
*/
unsigned int numberOfParticles() const {return outgoing_.size();}
/**
* Set the partial width to use for normalization. This is the partial width
* in the WidthGenerator object.
* @param in The partial width to use.
*/
void setPartialWidth(int in) {partial_=in;}
-
+
/**
* Access to the epsilon parameter
*/
Energy epsilonPS() const {return eps_;}
-
+
/**
* Fill the stack
*/
void fillStack(const double * r) {
- assert(rStack_.empty());
+ if(!rStack_.empty()) {
+ throw Veto();
+ }
+ //assert(rStack_.empty());
for(unsigned int ix=nRand_;ix>0;--ix)
rStack_.push(r[nRand_-1]);
}
/**
* Fill the stack
*/
void fillStack() {
- assert(rStack_.empty());
+ if(!rStack_.empty()) {
+ throw Veto();
+ }
+ //assert(rStack_.empty());
for(unsigned int ix=0;ix<nRand_;++ix) rStack_.push(UseRandom::rnd());
}
/**
* Return the weight for a given phase-space point.
* @param in The momentum of the incoming particle
* @param momenta The momenta of the outgoing particles
- * @param onShell Whether or not to force the intermediates to be on-shell
+ * @param onShell Whether or not to force the intermediates to be on-shell
* @return The weight.
*/
Energy weight(int & ichan, const Lorentz5Momentum & in,
vector<Lorentz5Momentum> & momenta,
bool onShell=false) const {
ichan=0;
// flat phase-space
if(channels_.empty())
return flatPhaseSpace(in,momenta,onShell);
// multi-channel
else
return channelPhaseSpace(ichan,in,momenta,onShell);
}
public :
/**
* A friend operator to allow the mode to be outputted for debugging purposes.
*/
friend ostream & operator<<(ostream & os, const PhaseSpaceMode & mode) {
os << "The mode has " << mode.channels_.size() << " channels\n";
if(mode.incoming_.second==PDPtr())
os << "This is a mode for the decay of " << mode.incoming_.first->PDGName() << " to ";
else
os << "This is a mode for " << mode.incoming_.first->PDGName() << ", "
<< mode.incoming_.second->PDGName() << " to ";
for(tPDPtr out : mode.outgoing_) os << out->PDGName() << " ";
os << "\n";
for(const PhaseSpaceChannel & channel : mode.channels_) os << channel;
return os;
}
-private:
-
+private:
+
/**
* Return the weight and momenta for a flat phase-space decay.
* @param in The momentum of the incoming particle
* @param momenta The momenta of the outgoing particles
- * @param onShell Whether or not to force the intermediates to be on-shell
+ * @param onShell Whether or not to force the intermediates to be on-shell
* @return The weight.
*/
Energy flatPhaseSpace(const Lorentz5Momentum & in,
vector<Lorentz5Momentum> & momenta,
bool onShell=false) const;
-
+
/**
* Generate a phase-space point using multichannel phase space.
* @param ichan The channel to use
* @param in The momentum of the incoming particle
* @param momenta The momenta of the outgoing particles
- * @param onShell Whether or not to force the intermediates to be on-shell
+ * @param onShell Whether or not to force the intermediates to be on-shell
* @return The weight.
*/
Energy channelPhaseSpace(int & ichan, const Lorentz5Momentum & in,
vector<Lorentz5Momentum> & momenta,
bool onShell=false) const;
/**
* Generate the masses of the external particles.
* @param inmass The mass of the decaying particle.
* @param wgt The weight for the masses.
* @return The masses.
*/
vector<Energy> externalMasses(Energy inmass,double & wgt, bool onShell) const;
/**
* Construct the vertex for spin corrections
* @param in The incoming particle.
* @param out The outgoing particles.
*/
void constructVertex(const Particle & in, const ParticleVector & out,
tcDecayIntegratorPtr decayer) const;
-
+
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
PhaseSpaceMode & operator=(const PhaseSpaceMode &) = delete;
private:
/**
* The incoming particles
*/
pair<PDPtr,PDPtr> incoming_;
/**
* The phase-space channels
*/
vector<PhaseSpaceChannel> channels_;
/**
* The maximum weight
*/
mutable double maxWeight_;
/**
* The external particles
*/
tPDVector outgoing_;
tPDVector outgoingCC_;
/**
* Which of the partial widths of the incoming particle to use
*/
int partial_;
/**
* The width generator for the incoming particle.
*/
cGenericWidthGeneratorPtr widthGen_;
/**
* The mass generators for the outgoing particles.
*/
vector<cGenericMassGeneratorPtr> massGen_;
vector<double> BRsum_;
/**
* Whether to check on-shell or off-shell kinematics
* in doinit, if on-shell off-shell is tested in initrun
*/
bool testOnShell_;
/**
* The maximum energy for the mode
*/
Energy eMax_;
/**
* The selected channel
*/
mutable unsigned int iChannel_;
/**
* Cut-off
*/
Energy eps_;
/**
* Number of random numbers required
*/
unsigned int nRand_;
/**
* Stack for the random numbers
*/
mutable stack<double> rStack_;
};
}
#endif /* Herwig_PhaseSpaceMode_H */
diff --git a/Decay/TensorMeson/PseudoTensorMesonTensorVectorDecayer.h b/Decay/TensorMeson/PseudoTensorMesonTensorVectorDecayer.h
--- a/Decay/TensorMeson/PseudoTensorMesonTensorVectorDecayer.h
+++ b/Decay/TensorMeson/PseudoTensorMesonTensorVectorDecayer.h
@@ -1,213 +1,213 @@
// -*- C++ -*-
//
// PseudoTensorMesonTensorVectorDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_PseudoTensorMesonTensorVectorDecayer_H
#define HERWIG_PseudoTensorMesonTensorVectorDecayer_H
//
// This is the declaration of the PseudoTensorMesonTensorVectorDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>PseudoTensorMesonTensorVectorDecayer</code> class handles the decay of
* a tensor meson to tensor and a scalar meson. In reality all the decays
* handled by this class are for a pseudotensor meson to a tensor and a pseudoscalar meson,
* which has the same structure. The matrix element is
* given by \f[\mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta_1\beta_2}
* \epsilon_{\alpha_1\beta_1\gamma_1p_2}\epsilon_{2\gamma_1}
- * \left(g_{\alpha_2\beta_2}+\frac{p_{1\alpha_2}p_{0\beta_2}{p_0\cdot p_1-m_0m_1}\right)\f]
+ * \left(g_{\alpha_2\beta_2}+\frac{p_{1\alpha_2}p_{0\beta_2}}{p_0\cdot p_1-m_0m_1}\right)\f]
* where \f$p_{0,1}\f$ are the momenta of the incoming and outgoing tensor mesons,
* and \f$\epsilon_{0,1}\f$ are the polarization tensors of the
* incoming and outgoing tensor mesons.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* @see \ref PseudoTensorMesonTensorVectorDecayerInterfaces "The interfaces"
* defined for PseudoTensorMesonTensorVectorDecayer.
*/
class PseudoTensorMesonTensorVectorDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 8.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
PseudoTensorMesonTensorVectorDecayer & operator=(const PseudoTensorMesonTensorVectorDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* PDG codes for the outgoing particles (tensor,scalar)
*/
vector<pair<int,int> > outgoing_;
/**
* coupling for the decay
*/
vector<double> coupling_;
/**
* max weight ofr the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors (incoming) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_in_;
/**
* Storage of polarization tensors(outgoing) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_out_;
/**
* Storage of the polarization vectors
*/
mutable vector<Helicity::LorentzPolarizationVector> vectors_;
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_PseudoTensorMesonTensorVectorDecayer_H */
diff --git a/Decay/TensorMeson/PseudoTensorMesonVectorVectorDecayer.h b/Decay/TensorMeson/PseudoTensorMesonVectorVectorDecayer.h
--- a/Decay/TensorMeson/PseudoTensorMesonVectorVectorDecayer.h
+++ b/Decay/TensorMeson/PseudoTensorMesonVectorVectorDecayer.h
@@ -1,204 +1,204 @@
// -*- C++ -*-
//
// PseudoTensorMesonVectorVectorDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_PseudoTensorMesonVectorVectorDecayer_H
#define HERWIG_PseudoTensorMesonVectorVectorDecayer_H
//
// This is the declaration of the PseudoTensorMesonVectorVectorDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>PseudoTensorMesonVectorVectorDecayer</code> class handles the decay of
* a pseudotensor meson to two vector mesons. The matrix element is
* given by
* \[f \mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta} \epsilon_2^{\gamma} \epsilon^{\mu\alpha_1\beta'\gamma'}(p_1-p_2)_{\alpha_2} G_{\beta\beta'} G_{\gamma\gamma'}\f]
* where \f$p_{0,1,2}\f$ are the momenta of the incoming pseudotensor and outgoing vector mesons, respectively,
* and \f$\epsilon_{0}\f$ is the polarization tensor of the incoming pseudotensor meson and $\epslion_{1,2}$ are those of the outgoing
- * vector mesons and \f[G_{\mu\nu} = g_{\mu\nu} + \frac1X\left(-p_1\cdot p_2(p_{2\mu}p_{1\nu}_p_{1\mu}p_{2\nu}) + m_2^2p_{1\mu}p_{1\nu} + m_1^2p_{2\mu}p_{2\nu}\right),\f]
+ * vector mesons and \f[G_{\mu\nu} = g_{\mu\nu} + \frac1X\left(-p_1\cdot p_2(p_{2\mu}p_{1\nu}+p_{1\mu}p_{2\nu}) + m_2^2p_{1\mu}p_{1\nu} + m_1^2p_{2\mu}p_{2\nu}\right),\f]
* where \f$X=(p_1\cdot p_2)^2-m^2_1m^2_2\f$.
* The incoming pseudotensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* @see \ref PseudoTensorMesonVectorVectorDecayerInterfaces "The interfaces"
* defined for PseudoTensorMesonVectorVectorDecayer.
*/
class PseudoTensorMesonVectorVectorDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 8.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
PseudoTensorMesonVectorVectorDecayer & operator=(const PseudoTensorMesonVectorVectorDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* PDG codes for the outgoing particles (tensor,scalar)
*/
vector<pair<int,int> > outgoing_;
/**
* coupling for the decay
*/
vector<InvEnergy> coupling_;
/**
* max weight ofr the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors (incoming) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_;
/**
* Storage of the polarization vectors
*/
mutable vector<Helicity::LorentzPolarizationVector> vectors_[2];
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_PseudoTensorMesonVectorVectorDecayer_H */
diff --git a/Decay/TensorMeson/Spin3MesonTensorPScalarDecayer.h b/Decay/TensorMeson/Spin3MesonTensorPScalarDecayer.h
--- a/Decay/TensorMeson/Spin3MesonTensorPScalarDecayer.h
+++ b/Decay/TensorMeson/Spin3MesonTensorPScalarDecayer.h
@@ -1,206 +1,206 @@
// -*- C++ -*-
//
// Spin3MesonTensorPScalarDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_Spin3MesonTensorPScalarDecayer_H
#define HERWIG_Spin3MesonTensorPScalarDecayer_H
//
// This is the declaration of the Spin3MesonTensorPScalarDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>Spin3MesonTensorPScalarDecayer</code> class is designed for the decay
* of a rank 3 tensor meson to a tensor and a scalar via matrix element which takes the form
- * \f[ \mathcal{M} = g \epsilon^{\alpha_1\alpha_2\alpha_3}\epsilon_1^{\beta_1\beta_2} \epsilon_{\mu\nu\alpha_1\beta_1}(g_{\alpha_2\beta_2} - \frac{p_{1\alpha_2}p_{0\beta_2}}{p_0\cdot p_1-m_0m_1})P_{-\mu}p_{1\nu}(p_1-p_2)_\alpha_3\f]
+ * \f[ \mathcal{M} = g \epsilon^{\alpha_1\alpha_2\alpha_3}\epsilon_1^{\beta_1\beta_2} \epsilon_{\mu\nu\alpha_1\beta_1}(g_{\alpha_2\beta_2} - \frac{p_{1\alpha_2}p_{0\beta_2}}{p_0\cdot p_1-m_0m_1})p_0\mu p_1^\nu(p_1-p_2)_{\alpha_3}\f]
* where \f$\epsilon^{\mu\nu\rho}\f$ is the polarization tensor of the decaying
* meson, $p_{1,2}$ are the momenta of the decay products and \f$g\f$ is the coupling.
*
* In practice the decay \f$3^-\to1^-)^+\f$ has not been observed but the matrix element also
* applies for the decay \f$3^-\to1^+)^-\f$ which has been observed.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
*
* @see \ref Spin3MesonTensorPScalarDecayerInterfaces "The interfaces"
* defined for Spin3MesonTensorPScalarDecayer.
*
*/
class Spin3MesonTensorPScalarDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 7.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
Spin3MesonTensorPScalarDecayer & operator=(const Spin3MesonTensorPScalarDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* the PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* the PDG codes the outgoing particles (vector,scalar)
*/
vector<pair<long,long> > outgoing_;
/**
* the coupling for the decay
*/
vector<InvEnergy2> coupling_;
/**
* the maximum weight for the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors to try and increase
* speed
*/
mutable vector<Helicity::LorentzRank3Tensor<double> > rank3_;
/**
* Polarization tensors for the decay product
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_;
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_Spin3MesonTensorPScalarDecayer_H */
diff --git a/Decay/TensorMeson/TensorMesonTensorPScalarDecayer.h b/Decay/TensorMeson/TensorMesonTensorPScalarDecayer.h
--- a/Decay/TensorMeson/TensorMesonTensorPScalarDecayer.h
+++ b/Decay/TensorMeson/TensorMesonTensorPScalarDecayer.h
@@ -1,208 +1,208 @@
// -*- C++ -*-
//
// TensorMesonTensorPScalarDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_TensorMesonTensorPScalarDecayer_H
#define HERWIG_TensorMesonTensorPScalarDecayer_H
//
// This is the declaration of the TensorMesonTensorPScalarDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>TensorMesonTensorPScalarDecayer</code> class handles the decay of
* a tensor meson to tensor and a scalar meson. In reality all the decays
* handled by this class are for a pseudotensor meson to a tensor and a pseudoscalar meson,
* which has the same structure. The matrix element is
* given by \f[\mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta_1\beta_2}
- * \left(g_{\alpha_1\beta_1}+\frac{p_{1\alpha_1}p_{0\beta_1}{p_0\cdot p_1-m_0m_1}\right)
+ * \left(g_{\alpha_1\beta_1}+\frac{p_{1\alpha_1}p_{0\beta_1}}{p_0\cdot p_1-m_0m_1}\right)
* \epsilon_{\mu\nu\alpha_2\beta_2} p_{1\mu}p_{2\nu}\f]
* where \f$p_{0,1}\f$ are the momenta of the incoming and outgoing tensor mesons,
* and \f$\epsilon_{0,1}\f$ are the polarization tensors of the
* incoming and outgoing tensor mesons.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* @see \ref TensorMesonTensorPScalarDecayerInterfaces "The interfaces"
* defined for TensorMesonTensorPScalarDecayer.
*/
class TensorMesonTensorPScalarDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 8.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
TensorMesonTensorPScalarDecayer & operator=(const TensorMesonTensorPScalarDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* PDG codes for the outgoing particles (tensor,scalar)
*/
vector<pair<int,int> > outgoing_;
/**
* coupling for the decay
*/
vector<InvEnergy> coupling_;
/**
* max weight ofr the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors (incoming) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_in_;
/**
* Storage of polarization tensors(outgoing) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_out_;
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_TensorMesonTensorPScalarDecayer_H */
diff --git a/Decay/TensorMeson/TensorMesonTensorScalarDecayer.h b/Decay/TensorMeson/TensorMesonTensorScalarDecayer.h
--- a/Decay/TensorMeson/TensorMesonTensorScalarDecayer.h
+++ b/Decay/TensorMeson/TensorMesonTensorScalarDecayer.h
@@ -1,208 +1,208 @@
// -*- C++ -*-
//
// TensorMesonTensorScalarDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_TensorMesonTensorScalarDecayer_H
#define HERWIG_TensorMesonTensorScalarDecayer_H
//
// This is the declaration of the TensorMesonTensorScalarDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>TensorMesonTensorScalarDecayer</code> class handles the decay of
* a tensor meson to tensor and a scalar meson. In reality all the decays
* handled by this class are for a pseudotensor meson to a tensor and a pseudoscalar meson,
* which has the same structure. The matrix element is
* given by \f[\mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta_1\beta_2}
- * \left(g_{\alpha_1\beta_1}+\frac{p_{1\alpha_1}p_{0\beta_1}{p_0\cdot p_1-m_0m_1}\right)
- * \left(g_{\alpha_2\beta_2}+\frac{p_{1\alpha_2}p_{0\beta_2}{p_0\cdot p_1-m_0m_1}\right)\f]
+ * \left(g_{\alpha_1\beta_1}+\frac{p_{1\alpha_1}p_{0\beta_1}}{p_0\cdot p_1-m_0m_1}\right)
+ * \left(g_{\alpha_2\beta_2}+\frac{p_{1\alpha_2}p_{0\beta_2}}{p_0\cdot p_1-m_0m_1}\right)\f]
* where \f$p_{0,1}\f$ are the momenta of the incoming and outgoing tensor mesons,
* and \f$\epsilon_{0,1}\f$ are the polarization tensors of the
* incoming and outgoing tensor mesons.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* @see \ref TensorMesonTensorScalarDecayerInterfaces "The interfaces"
* defined for TensorMesonTensorScalarDecayer.
*/
class TensorMesonTensorScalarDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 8.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
TensorMesonTensorScalarDecayer & operator=(const TensorMesonTensorScalarDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* PDG codes for the outgoing particles (tensor,scalar)
*/
vector<pair<int,int> > outgoing_;
/**
* coupling for the decay
*/
vector<Energy> coupling_;
/**
* max weight ofr the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors (incoming) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_in_;
/**
* Storage of polarization tensors(outgoing) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_out_;
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_TensorMesonTensorScalarDecayer_H */
diff --git a/Decay/TensorMeson/TensorMesonVectorScalarDecayer.h b/Decay/TensorMeson/TensorMesonVectorScalarDecayer.h
--- a/Decay/TensorMeson/TensorMesonVectorScalarDecayer.h
+++ b/Decay/TensorMeson/TensorMesonVectorScalarDecayer.h
@@ -1,206 +1,206 @@
// -*- C++ -*-
//
// TensorMesonVectorScalarDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_TensorMesonVectorScalarDecayer_H
#define HERWIG_TensorMesonVectorScalarDecayer_H
//
// This is the declaration of the TensorMesonVectorScalarDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "ThePEG/Helicity/LorentzPolarizationVector.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The <code>TensorMesonVectorScalarDecayer</code> class handles the decay of
* a tensor meson to vector and a scalar meson. In reality all the decays
* handled by this class are for a pseudotensor meson to a vector and a pseudoscalar meson,
* which has the same structure. The matrix element is
* given by \f[\mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta}
- * \left(g_{\alpha_1\beta}+\frac{p_{1\alpha_1}p_{0\beta}{p_0\cdot p_1-m_0m_1}\right)(p_1-p2)_{\alpha_2}\f]
+ * \left(g_{\alpha_1\beta}+\frac{p_{1\alpha_1}p_{0\beta}}{p_0\cdot p_1-m_0m_1}\right)(p_1-p_2)_{\alpha_2}\f]
* where \f$p_{0,1,2}\f$ are the momenta of the incoming and outgoing tensor vector and scalar mesons, respectively,
* and \f$\epsilon_{0}\f$ is the polarization tensors of the incoming tensor meson and $\epslion_1$ that of the outgoing
* vector meson.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* @see \ref TensorMesonVectorScalarDecayerInterfaces "The interfaces"
* defined for TensorMesonVectorScalarDecayer.
*/
class TensorMesonVectorScalarDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 8.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
TensorMesonVectorScalarDecayer & operator=(const TensorMesonVectorScalarDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* PDG codes for the outgoing particles (tensor,scalar)
*/
vector<pair<int,int> > outgoing_;
/**
* coupling for the decay
*/
vector<double> coupling_;
/**
* max weight ofr the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors (incoming) to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_;
/**
* Storage of the polarization vectors
*/
mutable vector<Helicity::LorentzPolarizationVector> vectors_;
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_TensorMesonVectorScalarDecayer_H */
diff --git a/Decay/TensorMeson/TensorMesonVectorVectorDecayer.h b/Decay/TensorMeson/TensorMesonVectorVectorDecayer.h
--- a/Decay/TensorMeson/TensorMesonVectorVectorDecayer.h
+++ b/Decay/TensorMeson/TensorMesonVectorVectorDecayer.h
@@ -1,211 +1,211 @@
// -*- C++ -*-
//
// TensorMesonVectorVectorDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_TensorMesonVectorVectorDecayer_H
#define HERWIG_TensorMesonVectorVectorDecayer_H
//
// This is the declaration of the TensorMesonVectorVectorDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
#include "ThePEG/Helicity/LorentzTensor.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The TensorMesonVectorVectorDecayer class is designed to simulate
* the decay of a tensor meson to two spin-1 particles. In practice, at least
* for the light tensor mesons, this is only the decay of a tensor meson to two
* photons. In principle for bottom and charm tensors this may be the decay to
* two vector mesons an d it is used to simulate three and four body
* \f$a_2\f$, \f$f_2\f$ and \f$K_2\f$ decays.
*
* The matrix element is
* given by \f[\mathcal{M}=\epsilon_0^{\alpha_1\alpha_2} \epsilon_1^{\beta} \epsilon_2^{\gamma}
- * \left(g_{\alpha_1\beta}+\frac{p_{1\alpha_1}p_{0\beta}{p_0\cdot p_1-m_0m_1}\right)
- * \left(g_{\alpha_2\gamma}+\frac{p_{2\alpha_2}p_{0\gamma}{p_0\cdot p_2-m_0m_2}\right)\f]
+ * \left(g_{\alpha_1\beta}+\frac{p_{1\alpha_1}p_{0\beta}}{p_0\cdot p_1-m_0m_1}\right)
+ * \left(g_{\alpha_2\gamma}+\frac{p_{2\alpha_2}p_{0\gamma}}{p_0\cdot p_2-m_0m_2}\right)\f]
* where \f$p_{0,1,2}\f$ are the momenta of the incoming pseudotensor and outgoing vector mesons, respectively,
* and \f$\epsilon_{0}\f$ is the polarization tensor of the incoming pseudotensor meson and $\epslion_{1,2}$ are those of the outgoing
* vector mesons.
*
* The incoming tensor mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* * @see \ref TensorMesonVectorVectorDecayerInterfaces "The interfaces"
* defined for TensorMesonVectorVectorDecayer.
*
*/
class TensorMesonVectorVectorDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 9.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
TensorMesonVectorVectorDecayer & operator=(const TensorMesonVectorVectorDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* the PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* the PDG codes for the outgoing particles
*/
vector<pair<int,int> > outgoing_;
/**
* the coupling for the decay
*/
vector<Energy> coupling_;
/**
* the maximum weight for the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_;
/**
* Storage of the polarization vectors
*/
mutable vector<Helicity::LorentzPolarizationVector > vectors_[2];
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_TensorMesonVectorVectorDecayer_H */
diff --git a/Decay/VectorMeson/VectorMesonTensorVectorDecayer.h b/Decay/VectorMeson/VectorMesonTensorVectorDecayer.h
--- a/Decay/VectorMeson/VectorMesonTensorVectorDecayer.h
+++ b/Decay/VectorMeson/VectorMesonTensorVectorDecayer.h
@@ -1,207 +1,207 @@
// -*- C++ -*-
//
// VectorMesonTensorVectorDecayer.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_VectorMesonTensorVectorDecayer_H
#define HERWIG_VectorMesonTensorVectorDecayer_H
//
// This is the declaration of the VectorMesonTensorVectorDecayer class.
//
#include "Herwig/Decay/DecayIntegrator.h"
#include "Herwig/Decay/PhaseSpaceMode.h"
#include "ThePEG/Helicity/LorentzTensor.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
* The VectorMesonTensorVectorDecayer class is designed to simulate
* the decay of a vector meson to a tensor meson and a spin-1 particle.
*
* The matrix element is
* given by \f[\mathcal{M}= \epsilon_1^{\beta_1\beta_2} \epsilon_1^{\alpha} \epsilon_2^{\gamma}
- * \left(g_{\beta_1\alpha}+\frac{p_{0\beta_1}p_{1\alpha}{p_0\cdot p_1-m_0m_1}\right)
- * \left(g_{\beta_2\gamma}+\frac{p_{2\beta_2}p_{1\gamma}{p_0\cdot p_1-m_1m_2}\right)\f]
+ * \left(g_{\beta_1\alpha}+\frac{p_{0\beta_1}p_{1\alpha}}{p_0\cdot p_1-m_0m_1}\right)
+ * \left(g_{\beta_2\gamma}+\frac{p_{2\beta_2}p_{1\gamma}}{p_0\cdot p_1-m_1m_2}\right)\f]
* where \f$p_{0,1,2}\f$ are the momenta of the incoming vector and outgoing tensor and vector mesons, respectively,
* and \f$\epsilon_{1}\f$ is the polarization tensor of the outgoing tensor meson and $\epslion_{0,2}$ are those of the incoming and outgoing
* vector mesons.
*
* The incoming mesons together with their decay products and the coupling
* \f$g\f$ can be specified using the interfaces for the class. The maximum weights
* for the decays can be calculated using the Initialize interface of the
* DecayIntegrator class or specified using the interface.
*
* @see DecayIntegrator
* * @see \ref VectorMesonTensorVectorDecayerInterfaces "The interfaces"
* defined for VectorMesonTensorVectorDecayer.
*
*/
class VectorMesonTensorVectorDecayer: public DecayIntegrator {
public:
/**
* Which of the possible decays is required
* @param cc Is this mode the charge conjugate
* @param parent The decaying particle
* @param children The decay products
*/
virtual int modeNumber(bool & cc, tcPDPtr parent,
const tPDVector & children) const;
/**
* Return the matrix element squared for a given mode and phase-space channel.
* @param ichan The channel we are calculating the matrix element for.
* @param part The decaying Particle.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The matrix element squared for the phase-space configuration.
*/
double me2(const int ichan,const Particle & part,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
MEOption meopt) const;
/**
* Construct the SpinInfos for the particles produced in the decay
*/
virtual void constructSpinInfo(const Particle & part,
ParticleVector outgoing) const;
/**
* Specify the \f$1\to2\f$ matrix element to be used in the running width calculation.
* @param dm The DecayMode
* @param mecode The code for the matrix element as described
* in the GenericWidthGenerator class, in this case 9.
* @param coupling The coupling for the matrix element.
* @return True or False if this mode can be handled.
*/
bool twoBodyMEcode(const DecayMode & dm, int & mecode, double & coupling) const;
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
*/
virtual void dataBaseOutput(ofstream & os,bool header) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object to the begining of the run phase.
*/
virtual void doinitrun();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
VectorMesonTensorVectorDecayer & operator=(const VectorMesonTensorVectorDecayer &) = delete;
public:
/**
* Set the parameters for a decay mode
*/
string setUpDecayMode(string arg);
private:
/**
* the PDG codes for the incoming particles
*/
vector<int> incoming_;
/**
* the PDG codes for the outgoing particles
*/
vector<pair<int,int> > outgoing_;
/**
* the coupling for the decay
*/
vector<Energy> coupling_;
/**
* the maximum weight for the decay
*/
vector<double> maxWeight_;
/**
* Storage of polarization tensors to try and increase
* speed
*/
mutable vector<Helicity::LorentzTensor<double> > tensors_;
/**
* Storage of the polarization vectors
*/
mutable vector<Helicity::LorentzPolarizationVector > vectors_[2];
/**
* Storage of the \f$\rho\f$ matrix
*/
mutable RhoDMatrix rho_;
};
}
#endif /* HERWIG_VectorMesonTensorVectorDecayer_H */
diff --git a/Decay/WeakCurrents/EtaOmegaCurrent.h b/Decay/WeakCurrents/EtaOmegaCurrent.h
--- a/Decay/WeakCurrents/EtaOmegaCurrent.h
+++ b/Decay/WeakCurrents/EtaOmegaCurrent.h
@@ -1,212 +1,212 @@
// -*- C++ -*-
#ifndef Herwig_EtaOmegaCurrent_H
#define Herwig_EtaOmegaCurrent_H
//
// This is the declaration of the EtaOmegaCurrent class.
//
#include "WeakCurrent.h"
namespace Herwig {
using namespace ThePEG;
/**
- * The EtaOmegaCurrent class implements the current for $\eta\omega$ using the results of
+ * The EtaOmegaCurrent class implements the current for \f$\eta\omega\f$ using the results of
* Phys.Rev. D94 (2016) no.9, 092002
*
* @see \ref EtaOmegaCurrentInterfaces "The interfaces"
* defined for EtaOmegaCurrent.
*/
class EtaOmegaCurrent: public WeakCurrent {
public:
/**
* The default constructor.
*/
EtaOmegaCurrent();
public:
/** @name Methods for the construction of the phase space integrator. */
//@{
/**
* Complete the construction of the decay mode for integration.classes inheriting
* from this one.
* This method is purely virtual and must be implemented in the classes inheriting
* from WeakCurrent.
* @param icharge The total charge of the outgoing particles in the current.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode in the current being asked for.
* @param mode The phase space mode for the integration
* @param iloc The location of the of the first particle from the current in
* the list of outgoing particles.
* @param ires The location of the first intermediate for the current.
* @param phase The prototype phase space channel for the integration.
* @param upp The maximum possible mass the particles in the current are
* allowed to have.
* @return Whether the current was sucessfully constructed.
*/
virtual bool createMode(int icharge, tcPDPtr resonance,
FlavourInfo flavour,
unsigned int imode,PhaseSpaceModePtr mode,
unsigned int iloc,int ires,
PhaseSpaceChannel phase, Energy upp );
/**
* The particles produced by the current. This just returns the pseudoscalar
* meson.
* @param icharge The total charge of the particles in the current.
* @param imode The mode for which the particles are being requested
* @param iq The PDG code for the quark
* @param ia The PDG code for the antiquark
* @return The external particles for the current.
*/
virtual tPDVector particles(int icharge, unsigned int imode, int iq, int ia);
//@}
/**
* Hadronic current. This method is purely virtual and must be implemented in
* all classes inheriting from this one.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode
* @param ichan The phase-space channel the current is needed for.
* @param scale The invariant mass of the particles in the current.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The current.
*/
virtual vector<LorentzPolarizationVectorE>
current(tcPDPtr resonance,
FlavourInfo flavour,
const int imode, const int ichan,Energy & scale,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
DecayIntegrator::MEOption meopt) const;
/**
* Construct the SpinInfo for the decay products
*/
virtual void constructSpinInfo(ParticleVector decay) const;
/**
* Accept the decay. Checks the meson against the list
* @param id The id's of the particles in the current.
* @return Can this current have the external particles specified.
*/
virtual bool accept(vector<int> id);
/**
* Return the decay mode number for a given set of particles in the current.
* Checks the meson against the list
* @param id The id's of the particles in the current.
* @return The number of the mode
*/
virtual unsigned int decayMode(vector<int> id);
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
* @param create Whether or not to add a statement creating the object
*/
virtual void dataBaseOutput(ofstream & os,bool header,bool create) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
EtaOmegaCurrent & operator=(const EtaOmegaCurrent &) = delete;
private:
/**
* Mass for the resonances
*/
vector<Energy> resMasses_;
/**
* Widths for the resonances
*/
vector<Energy> resWidths_;
/**
* Amplitudes for couplings for the resonances
*/
vector<InvEnergy> amp_;
/**
* Amplitudes for couplings for the resonances
*/
vector<double> phase_;
/**
* Couplings for the resonances
*/
vector<complex<InvEnergy> > couplings_;
};
}
#endif /* Herwig_EtaOmegaCurrent_H */
diff --git a/Decay/WeakCurrents/EtaPhiCurrent.h b/Decay/WeakCurrents/EtaPhiCurrent.h
--- a/Decay/WeakCurrents/EtaPhiCurrent.h
+++ b/Decay/WeakCurrents/EtaPhiCurrent.h
@@ -1,212 +1,212 @@
// -*- C++ -*-
#ifndef Herwig_EtaPhiCurrent_H
#define Herwig_EtaPhiCurrent_H
//
// This is the declaration of the EtaPhiCurrent class.
//
#include "WeakCurrent.h"
namespace Herwig {
using namespace ThePEG;
/**
- * The EtaPhiCurrent class implements the current for $\eta\phi$ using the results of
+ * The EtaPhiCurrent class implements the current for \f$\eta\phi\f$ using the results of
* Phys.Atom.Nucl. 81 (2018) no.2, 205-213
*
* @see \ref EtaPhiCurrentInterfaces "The interfaces"
* defined for EtaPhiCurrent.
*/
class EtaPhiCurrent: public WeakCurrent {
public:
/**
* The default constructor.
*/
EtaPhiCurrent();
public:
/** @name Methods for the construction of the phase space integrator. */
//@{
/**
* Complete the construction of the decay mode for integration.classes inheriting
* from this one.
* This method is purely virtual and must be implemented in the classes inheriting
* from WeakCurrent.
* @param icharge The total charge of the outgoing particles in the current.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode in the current being asked for.
* @param mode The phase space mode for the integration
* @param iloc The location of the of the first particle from the current in
* the list of outgoing particles.
* @param ires The location of the first intermediate for the current.
* @param phase The prototype phase space channel for the integration.
* @param upp The maximum possible mass the particles in the current are
* allowed to have.
* @return Whether the current was sucessfully constructed.
*/
virtual bool createMode(int icharge, tcPDPtr resonance,
FlavourInfo flavour,
unsigned int imode,PhaseSpaceModePtr mode,
unsigned int iloc,int ires,
PhaseSpaceChannel phase, Energy upp );
/**
* The particles produced by the current. This just returns the pseudoscalar
* meson.
* @param icharge The total charge of the particles in the current.
* @param imode The mode for which the particles are being requested
* @param iq The PDG code for the quark
* @param ia The PDG code for the antiquark
* @return The external particles for the current.
*/
virtual tPDVector particles(int icharge, unsigned int imode, int iq, int ia);
//@}
/**
* Hadronic current. This method is purely virtual and must be implemented in
* all classes inheriting from this one.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode
* @param ichan The phase-space channel the current is needed for.
* @param scale The invariant mass of the particles in the current.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The current.
*/
virtual vector<LorentzPolarizationVectorE>
current(tcPDPtr resonance,
FlavourInfo flavour,
const int imode, const int ichan,Energy & scale,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
DecayIntegrator::MEOption meopt) const;
/**
* Construct the SpinInfo for the decay products
*/
virtual void constructSpinInfo(ParticleVector decay) const;
/**
* Accept the decay. Checks the meson against the list
* @param id The id's of the particles in the current.
* @return Can this current have the external particles specified.
*/
virtual bool accept(vector<int> id);
/**
* Return the decay mode number for a given set of particles in the current.
* Checks the meson against the list
* @param id The id's of the particles in the current.
* @return The number of the mode
*/
virtual unsigned int decayMode(vector<int> id);
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
* @param create Whether or not to add a statement creating the object
*/
virtual void dataBaseOutput(ofstream & os,bool header,bool create) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
EtaPhiCurrent & operator=(const EtaPhiCurrent &) = delete;
private:
/**
* Mass for the resonances
*/
vector<Energy> resMasses_;
/**
* Widths for the resonances
*/
vector<Energy> resWidths_;
/**
* Amplitudes for couplings for the resonances
*/
vector<InvEnergy> amp_;
/**
* Amplitudes for couplings for the resonances
*/
vector<double> phase_;
/**
* Couplings for the resonances
*/
vector<complex<InvEnergy> > couplings_;
};
}
#endif /* Herwig_EtaPhiCurrent_H */
diff --git a/Decay/WeakCurrents/TwoPionRhoCurrent.cc b/Decay/WeakCurrents/TwoPionRhoCurrent.cc
--- a/Decay/WeakCurrents/TwoPionRhoCurrent.cc
+++ b/Decay/WeakCurrents/TwoPionRhoCurrent.cc
@@ -1,472 +1,470 @@
// -*- C++ -*-
//
// TwoPionRhoCurrent.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the TwoPionRhoCurrent class.
//
// Author: Peter Richardson
//
#include "TwoPionRhoCurrent.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/PDT/DecayMode.h"
#include "ThePEG/PDT/EnumParticles.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Interface/ParVector.h"
#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include <numeric>
using namespace Herwig;
using namespace ThePEG::Helicity;
TwoPionRhoCurrent::TwoPionRhoCurrent() {
// set up for the modes in the base class
addDecayMode(2,-1);
addDecayMode(2,-1);
addDecayMode(1,-1);
addDecayMode(2,-2);
setInitialModes(4);
// the weights of the different resonances in the matrix elements
_pimag = {1.0,0.167,0.05};
_piphase = {0.0,180 ,0.0};
// models to use
_pimodel = 0;
// parameter for the masses (use the parameters freom the CLEO fit
// rather than the PDG masses etc)
_rhoparameters=true;
_rhomasses = {774.6*MeV,1408*MeV,1700*MeV};
_rhowidths = {149*MeV,502*MeV,235*MeV};
}
void TwoPionRhoCurrent::doinit() {
WeakCurrent::doinit();
// check consistency of parametrers
if(_rhomasses.size()!=_rhowidths.size()) {
throw InitException() << "Inconsistent parameters in TwoPionRhoCurrent"
<< "::doinit()" << Exception::abortnow;
}
// the resonances
tPDPtr res[3]={getParticleData(-213 ),
getParticleData(-100213),
getParticleData(-30213 )};
// reset the masses in the form-factors if needed
if(_rhoparameters&&_rhomasses.size()<3) {
for(unsigned int ix=_rhomasses.size();ix<3;++ix) {
if(res[ix]) _rhomasses.push_back(res[ix]->mass() );
if(res[ix]) _rhowidths.push_back(res[ix]->width());
}
}
else if(!_rhoparameters) {
_rhomasses.clear();_rhowidths.clear();
for(unsigned int ix=0;ix<3;++ix) {
if(res[ix]) _rhomasses.push_back(res[ix]->mass() );
if(res[ix]) _rhowidths.push_back(res[ix]->width());
}
}
// set up for the Breit Wigners
Energy mpi0( getParticleData(ParticleID::pi0 )->mass());
Energy mpiplus(getParticleData(ParticleID::piplus)->mass());
// rho resonances
for(unsigned int ix=0;ix<3;++ix) {
_mass.push_back(_rhomasses[ix]);
_width.push_back(_rhowidths[ix]);
_massa.push_back(mpi0);
_massb.push_back(mpiplus);
_hres.push_back(Resonance::Hhat(sqr(_mass.back()),_mass.back(),_width.back(),_massa.back(),_massb.back()));
_dh.push_back(Resonance::dHhatds(_mass.back(),_width.back(),_massa.back(),_massb.back()));
_h0.push_back(Resonance::H(ZERO,_mass.back(),_width.back(),_massa.back(),_massb.back(),_dh.back(),_hres.back()));
}
// weights for the rho channels
if(_pimag.size()!=_piphase.size())
throw InitException() << "The vectors containing the weights and phase for the"
<< " rho channel must be the same size in "
<< "TwoPionRhoCurrent::doinit()" << Exception::runerror;
_piwgt.resize(_pimag.size());
for(unsigned int ix=0;ix<_pimag.size();++ix) {
double angle = _piphase[ix]/180.*Constants::pi;
_piwgt[ix] = _pimag[ix]*(cos(angle)+Complex(0.,1.)*sin(angle));
}
}
void TwoPionRhoCurrent::persistentOutput(PersistentOStream & os) const {
os << _pimodel << _piwgt << _pimag << _piphase
<< _rhoparameters << ounit(_rhomasses,GeV) << ounit(_rhowidths,GeV)
<< ounit(_mass,GeV) << ounit(_width,GeV)
<< ounit(_massa,GeV) <<ounit(_massb,GeV)
<< _dh << ounit(_hres,GeV2) << ounit(_h0,GeV2);
}
void TwoPionRhoCurrent::persistentInput(PersistentIStream & is, int) {
is >> _pimodel >> _piwgt >> _pimag >> _piphase
>> _rhoparameters >> iunit(_rhomasses,GeV) >> iunit(_rhowidths,GeV)
>> iunit(_mass,GeV) >> iunit(_width,GeV)
>> iunit(_massa,GeV) >> iunit(_massb,GeV)
>> _dh >> iunit(_hres,GeV2) >> iunit(_h0,GeV2);
}
// The following static variable is needed for the type
// description system in ThePEG.
DescribeClass<TwoPionRhoCurrent,WeakCurrent>
describeHerwigTwoPionRhoCurrent("Herwig::TwoPionRhoCurrent", "HwWeakCurrents.so");
void TwoPionRhoCurrent::Init() {
static ParVector<TwoPionRhoCurrent,Energy> interfaceRhoMasses
("RhoMasses",
"The masses of the different rho resonances for the pi pi channel",
&TwoPionRhoCurrent::_rhomasses, MeV, -1, 775.8*MeV, ZERO, 10000.*MeV,
false, false, true);
static ParVector<TwoPionRhoCurrent,Energy> interfaceRhoWidths
("RhoWidths",
"The widths of the different rho resonances for the pi pi channel",
&TwoPionRhoCurrent::_rhowidths, MeV, -1, 150.3*MeV, ZERO, 1000.*MeV,
false, false, true);
static Switch<TwoPionRhoCurrent,bool> interfaceRhoParameters
("RhoParameters",
"Use local values for the rho meson masses and widths",
&TwoPionRhoCurrent::_rhoparameters, true, false, false);
static SwitchOption interfaceRhoParameterstrue
(interfaceRhoParameters,
"Local",
"Use local values",
true);
static SwitchOption interfaceRhoParametersParticleData
(interfaceRhoParameters,
"ParticleData",
"Use the value from the particle data objects",
false);
static ParVector<TwoPionRhoCurrent,double> interfacePiMagnitude
("PiMagnitude",
"Magnitude of the weight of the different resonances for the pi pi channel",
&TwoPionRhoCurrent::_pimag, -1, 0., 0, 0,
false, false, Interface::nolimits);
static ParVector<TwoPionRhoCurrent,double> interfacePiPhase
("PiPhase",
"Phase of the weight of the different resonances for the pi pi channel",
&TwoPionRhoCurrent::_piphase, -1, 0., 0, 0,
false, false, Interface::nolimits);
static Switch<TwoPionRhoCurrent,int> interfacePiModel
("PiModel",
"The model to use for the propagator for the pion modes.",
&TwoPionRhoCurrent::_pimodel, 0, false, false);
static SwitchOption interfacePiModelKuhn
(interfacePiModel,
"Kuhn",
"The model of Kuhn and Santamaria",
0);
static SwitchOption interfacePiModelGounaris
(interfacePiModel,
"Gounaris",
"The model of Gounaris and Sakurai.",
1);
static ClassDocumentation<TwoPionRhoCurrent> documentation
("The TwoPionRhoCurrent class is designed to implement weak"
"decay to two scalar mesons using the models of either Kuhn and "
"Santamaria (Z. Phys. C48, 445 (1990)) or Gounaris and Sakurai Phys. Rev. "
"Lett. 21, 244 (1968). The mixing parameters are taken from "
"Phys. Rev. D61:112002,2000 (CLEO), although the PDG values for the "
- "masses and widths are used, for the decay pi+/- pi0."
- " The decay K pi is assumed to be dominated by the lowest lying K* resonance.",
+ "masses and widths are used, for the decay pi+/- pi0.",
"The weak "
"decay current to two scalar mesons is implemented "
"using the models of either Kuhn and "
"Santamaria \\cite{Kuhn:1990ad} or Gounaris and Sakurai \\cite{Gounaris:1968mw}. "
"The mixing parameters are taken from "
"\\cite{Asner:1999kj}, although the PDG values for the "
- "masses and widths are used, for the decay pi+/- pi0."
- " The decay K pi is assumed to be dominated by the lowest lying K* resonance.",
+ "masses and widths are used, for the decay pi+/- pi0.",
"%\\cite{Kuhn:1990ad}\n"
"\\bibitem{Kuhn:1990ad}\n"
" J.~H.~Kuhn and A.~Santamaria,\n"
" %``Tau decays to pions,''\n"
" Z.\\ Phys.\\ C {\\bf 48}, 445 (1990).\n"
" %%CITATION = ZEPYA,C48,445;%%\n"
"%\\cite{Gounaris:1968mw}\n"
"\\bibitem{Gounaris:1968mw}\n"
" G.~J.~Gounaris and J.~J.~Sakurai,\n"
" ``Finite width corrections to the vector meson dominance prediction for rho\n"
" %$\\to$ e+ e-,''\n"
" Phys.\\ Rev.\\ Lett.\\ {\\bf 21}, 244 (1968).\n"
" %%CITATION = PRLTA,21,244;%%\n"
"%\\cite{Asner:1999kj}\n"
"\\bibitem{Asner:1999kj}\n"
" D.~M.~Asner {\\it et al.} [CLEO Collaboration],\n"
" ``Hadronic structure in the decay tau- --> nu/tau pi- pi0 pi0 and the sign\n"
" %of the tau neutrino helicity,''\n"
" Phys.\\ Rev.\\ D {\\bf 61}, 012002 (2000)\n"
" [arXiv:hep-ex/9902022].\n"
" %%CITATION = PHRVA,D61,012002;%%\n"
);
}
// complete the construction of the decay mode for integration
bool TwoPionRhoCurrent::createMode(int icharge, tcPDPtr resonance,
FlavourInfo flavour,
unsigned int imode,PhaseSpaceModePtr mode,
unsigned int iloc,int ires,
PhaseSpaceChannel phase, Energy upp ) {
// check the charge
if((imode<1 && abs(icharge)!=3) ||
(imode>1 && icharge !=0)) return false;
// check the total isospin
if(flavour.I!=IsoSpin::IUnknown) {
if(flavour.I!=IsoSpin::IOne) return false;
}
// check I_3
if(flavour.I3!=IsoSpin::I3Unknown) {
switch(flavour.I3) {
case IsoSpin::I3Zero:
if(imode<=1) return false;
break;
case IsoSpin::I3One:
if(imode>1 || icharge ==-3) return false;
break;
case IsoSpin::I3MinusOne:
if(imode>1 || icharge ==3) return false;
break;
default:
return false;
}
}
if(flavour.strange != Strangeness::Unknown and flavour.strange != Strangeness::Zero)
return false;
if(flavour.charm != Charm::Unknown and flavour.charm != Charm::Zero )
return false;
if(flavour.bottom != Beauty::Unknown and flavour.bottom !=Beauty::Zero )
return false;
// make sure that the decays are kinematically allowed
tPDPtr part[2];
if(imode==0) {
part[0]=getParticleData(ParticleID::piplus);
part[1]=getParticleData(ParticleID::pi0);
}
else if(imode==1) {
part[0]=getParticleData(ParticleID::Kplus);
part[1]=getParticleData(ParticleID::Kbar0);
}
else if(imode==2 || imode==3 ) {
part[0]=getParticleData(ParticleID::piplus);
part[1]=getParticleData(ParticleID::piminus);
}
Energy min(part[0]->massMin()+part[1]->massMin());
if(min>upp) return false;
// set the resonances
// two pion or K+ K0 decay
tPDPtr res[3]={getParticleData(213),getParticleData(100213),getParticleData(30213)};
if(icharge==-3) {
for(unsigned int ix=0;ix<3;++ix) {
if(res[ix]&&res[ix]->CC()) res[ix]=res[ix]->CC();
}
}
// create the channels
for(unsigned int ix=0;ix<3;++ix) {
if(!res[ix]) continue;
if(resonance && resonance != res[ix]) continue;
mode->addChannel((PhaseSpaceChannel(phase),ires,res[ix],ires+1,iloc+1,ires+1,iloc+2));
}
// reset the masses in the intergrators if needed
// for the rho
if(_rhoparameters) {
for(unsigned int ix=0;ix<3;++ix) {
if(ix<_rhomasses.size()&&res[ix]) {
mode->resetIntermediate(res[ix],_rhomasses[ix],_rhowidths[ix]);
}
}
}
// return if successful
return true;
}
// the particles produced by the current
tPDVector TwoPionRhoCurrent::particles(int icharge, unsigned int imode,
int,int) {
tPDVector output(2);
if(imode==0) {
output[0]=getParticleData(ParticleID::piplus);
output[1]=getParticleData(ParticleID::pi0);
}
else if(imode==1) {
output[0]=getParticleData(ParticleID::Kplus);
output[1]=getParticleData(ParticleID::Kbar0);
}
else {
output[0]=getParticleData(ParticleID::piplus);
output[1]=getParticleData(ParticleID::piminus);
}
if(icharge==-3) {
for(unsigned int ix=0;ix<output.size();++ix) {
if(output[ix]->CC()) output[ix]=output[ix]->CC();
}
}
return output;
}
// hadronic current
vector<LorentzPolarizationVectorE>
TwoPionRhoCurrent::current(tcPDPtr resonance,
FlavourInfo flavour,
const int imode, const int ichan,Energy & scale,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
DecayIntegrator::MEOption) const {
useMe();
// check the isospin
if(flavour.I!=IsoSpin::IUnknown && flavour.I!=IsoSpin::IOne)
return vector<LorentzPolarizationVectorE>();
int icharge = outgoing[0]->iCharge()+outgoing[1]->iCharge();
// check I_3
if(flavour.I3!=IsoSpin::I3Unknown) {
switch(flavour.I3) {
case IsoSpin::I3Zero:
if(imode<=1) return vector<LorentzPolarizationVectorE>();
break;
case IsoSpin::I3One:
if(imode>1 || icharge ==-3) return vector<LorentzPolarizationVectorE>();
break;
case IsoSpin::I3MinusOne:
if(imode>1 || icharge ==3) return vector<LorentzPolarizationVectorE>();
break;
default:
return vector<LorentzPolarizationVectorE>();
}
}
if(flavour.strange != Strangeness::Unknown and flavour.strange != Strangeness::Zero)
return vector<LorentzPolarizationVectorE>();
if(flavour.charm != Charm::Unknown and flavour.charm != Charm::Zero )
return vector<LorentzPolarizationVectorE>();
if(flavour.bottom != Beauty::Unknown and flavour.bottom !=Beauty::Zero )
return vector<LorentzPolarizationVectorE>();
// momentum difference and sum of the mesons
Lorentz5Momentum pdiff(momenta[0]-momenta[1]);
Lorentz5Momentum psum (momenta[0]+momenta[1]);
psum.rescaleMass();
scale=psum.mass();
// mass2 of vector intermediate state
Energy2 q2(psum.m2());
double dot(psum*pdiff/q2);
psum *=dot;
// calculate the current
Complex FPI(0.);
Complex denom = std::accumulate(_piwgt.begin(),_piwgt.end(),Complex(0.));
unsigned int imin=0, imax = _piwgt.size();
if(ichan>0) {
imin = ichan;
imax = ichan+1;
}
if(resonance) {
switch(resonance->id()/1000) {
case 0:
imin = 0;
break;
case 100:
imin = 1;
break;
case 30 :
imin = 2;
break;
default:
assert(false);
}
imax=imin+1;
}
// rho
for(unsigned int ix=imin;ix<imax;++ix) {
FPI+=_piwgt[ix]*BreitWigner(q2,_pimodel,ix);
}
// additional prefactors
FPI/=denom;
// pion mode
if(imode==0) FPI *= sqrt(2.0);
// two kaon modes
else if(imode==1) FPI *= 1. ;
// compute the current
pdiff-=psum;
return vector<LorentzPolarizationVectorE>(1,FPI*pdiff);
}
bool TwoPionRhoCurrent::accept(vector<int> id) {
// check there are only two particles
if(id.size()!=2) return false;
// pion modes
if((abs(id[0])==ParticleID::piplus && id[1] ==ParticleID::pi0 ) ||
( id[0] ==ParticleID::pi0 && abs(id[1])==ParticleID::piplus))
return true;
// two kaons
else if((id[0]==ParticleID::Kminus && id[1]==ParticleID::K0) ||
(id[0]==ParticleID::K0 && id[1]==ParticleID::Kminus) ||
(id[0]==ParticleID::Kplus && id[1]==ParticleID::Kbar0) ||
(id[0]==ParticleID::Kbar0 && id[1]==ParticleID::Kplus))
return true;
else if((id[0]==ParticleID::piminus && id[1]==ParticleID::piplus) ||
(id[0]==ParticleID::piplus && id[1]==ParticleID::piminus))
return true;
else
return false;
}
// the decay mode
unsigned int TwoPionRhoCurrent::decayMode(vector<int> idout) {
unsigned int nkaon(0),npi(0);
for(unsigned int ix=0;ix<idout.size();++ix) {
if(abs(idout[ix])==ParticleID::K0) {
++nkaon;
}
else if (abs(idout[ix])==ParticleID::Kplus) {
++nkaon;
}
else if(abs(idout[ix])==ParticleID::piplus) {
++npi;
}
}
if(nkaon==2) return 1;
else if(npi==2) return 2;
else return 0;
}
// output the information for the database
void TwoPionRhoCurrent::dataBaseOutput(ofstream & output,bool header,
bool create) const {
if(header) output << "update decayers set parameters=\"";
if(create) output << "create Herwig::TwoPionRhoCurrent "
<< name() << " HwWeakCurrents.so\n";
unsigned int ix;
for(ix=0;ix<_rhomasses.size();++ix) {
if(ix<3) output << "newdef ";
else output << "insert ";
output << name() << ":RhoMasses " << ix << " " << _rhomasses[ix]/MeV << "\n";
}
for(ix=0;ix<_rhowidths.size();++ix) {
if(ix<3) output << "newdef ";
else output << "insert ";
output << name() << ":RhoWidths " << ix << " " << _rhowidths[ix]/MeV << "\n";
}
output << "newdef " << name() << ":RhoParameters " << _rhoparameters << "\n";
for(ix=0;ix<_piwgt.size();++ix) {
if(ix<3) output << "newdef ";
else output << "insert ";
output << name() << ":PiMagnitude " << ix << " " << _pimag[ix] << "\n";
if(ix<3) output << "newdef ";
else output << "insert ";
output << name() << ":PiPhase " << ix << " " << _piphase[ix] << "\n";
}
output << "newdef " << name() << ":PiModel " << _pimodel << "\n";
WeakCurrent::dataBaseOutput(output,false,false);
if(header) output << "\n\" where BINARY ThePEGName=\""
<< fullName() << "\";" << endl;
}
diff --git a/Decay/WeakCurrents/TwoPionRhoCurrent.h b/Decay/WeakCurrents/TwoPionRhoCurrent.h
--- a/Decay/WeakCurrents/TwoPionRhoCurrent.h
+++ b/Decay/WeakCurrents/TwoPionRhoCurrent.h
@@ -1,313 +1,312 @@
// -*- C++ -*-
//
// TwoPionRhoCurrent.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_TwoPionRhoCurrent_H
#define HERWIG_TwoPionRhoCurrent_H
// This is the declaration of the TwoPionRhoCurrent class.
#include "WeakCurrent.h"
#include "ThePEG/PDT/EnumParticles.h"
#include "Herwig/Utilities/Kinematics.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "Herwig/Decay/ResonanceHelpers.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Decay
*
- * Weak current for the production of two mesons via the \f$\rho\f$ or \f$K^*\f$
+ * Weak current for the production of two mesons via the \f$\rho\f$
* resonances.
* These currents are taken from tau decays.
*
* The current takes the form
*
* \f[J^\mu = \frac{\sqrt{2}}{\sum_k\alpha_k}\left((p_1-p_2)^\mu-\frac{(p_1-p_2)\cdot q}{q^2}q^\mu))\right)
* \sum_k \alpha_k B_{R_k}(q^2)
* \f]
* where
* - \f$p_{1,2}\f$ are the momenta of the outgoing mesons,
* - \f$q=p_1+p_2\f$,
* - \f$B_{R_k}(q^2)\f$ is the Breit-Wigner distribution for the intermediate vector
* meson \f$R_k\f$.
* - \f$\alpha_k\f$ is the weight for the resonance.
*
- * The Breit-Wigner term is summed over the \f$\rho\f$ or \f$K^*\f$ resonances that
+ * The Breit-Wigner term is summed over the \f$\rho\f$ resonances that
* can contribute to a given decay.
*
* The models of either Kuhn and Santamaria (Z. Phys. C48, 445 (1990))
* or Gounaris and Sakurai Phys. Rev. Lett. 21, 244 (1968) are supported for the
* shape of the Breit-Wigner distribution. The mixing parameters
- * are taken from Phys.Rev.D61:112002,2000 (CLEO) for the decay \f$\pi^\pm\pi^0\f$ and
- * the CLEO version of TAUOLA for the \f$K\pi\f$ decays.
+ * are taken from Phys.Rev.D61:112002,2000 (CLEO) for the decay \f$\pi^\pm\pi^0\f$.
*
* @see WeakCurrent.
*
* \author Peter Richardson
*
*/
class TwoPionRhoCurrent: public WeakCurrent {
public:
/**
* Default constructor
*/
TwoPionRhoCurrent();
/** @name Methods for the construction of the phase space integrator. */
//@{
/**
* Complete the construction of the decay mode for integration.classes inheriting
* from this one.
* This method is purely virtual and must be implemented in the classes inheriting
* from WeakCurrent.
* @param icharge The total charge of the outgoing particles in the current.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode in the current being asked for.
* @param mode The phase space mode for the integration
* @param iloc The location of the of the first particle from the current in
* the list of outgoing particles.
* @param ires The location of the first intermediate for the current.
* @param phase The prototype phase space channel for the integration.
* @param upp The maximum possible mass the particles in the current are
* allowed to have.
* @return Whether the current was sucessfully constructed.
*/
virtual bool createMode(int icharge, tcPDPtr resonance,
FlavourInfo flavour,
unsigned int imode,PhaseSpaceModePtr mode,
unsigned int iloc,int ires,
PhaseSpaceChannel phase, Energy upp );
/**
* The particles produced by the current. This just returns the two pseudoscalar
* mesons and the photon.
* @param icharge The total charge of the particles in the current.
* @param imode The mode for which the particles are being requested
* @param iq The PDG code for the quark
* @param ia The PDG code for the antiquark
* @return The external particles for the current.
*/
virtual tPDVector particles(int icharge, unsigned int imode, int iq, int ia);
//@}
/**
* Hadronic current. This method is purely virtual and must be implemented in
* all classes inheriting from this one.
* @param resonance If specified only include terms with this particle
* @param flavour Information on the required flavours of the quarks
* @param imode The mode
* @param ichan The phase-space channel the current is needed for.
* @param scale The invariant mass of the particles in the current.
* @param outgoing The particles produced in the decay
* @param momenta The momenta of the particles produced in the decay
* @param meopt Option for the calculation of the matrix element
* @return The current.
*/
virtual vector<LorentzPolarizationVectorE>
current(tcPDPtr resonance,
FlavourInfo flavour,
const int imode, const int ichan,Energy & scale,
const tPDVector & outgoing,
const vector<Lorentz5Momentum> & momenta,
DecayIntegrator::MEOption meopt) const;
/**
* Accept the decay. Checks the particles are the allowed mode.
* @param id The id's of the particles in the current.
* @return Can this current have the external particles specified.
*/
virtual bool accept(vector<int> id);
/**
* Return the decay mode number for a given set of particles in the current.
* @param id The id's of the particles in the current.
* @return The number of the mode
*/
virtual unsigned int decayMode(vector<int> id);
/**
* Output the setup information for the particle database
* @param os The stream to output the information to
* @param header Whether or not to output the information for MySQL
* @param create Whether or not to add a statement creating the object
*/
virtual void dataBaseOutput(ofstream & os,bool header,bool create) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* Standard Init function used to initialize the interfaces.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving and
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* Private and non-existent assignment operator.
*/
TwoPionRhoCurrent & operator=(const TwoPionRhoCurrent &) = delete;
private:
/**
* \f$p\f$-wave breit wigner for form-factors
* @param q2 The scale \f$q^2\f$ for the Breit-Wigner
* @param imodel Which of the two models for the Breit-Wigner shape to use.
* @param ires Which of the different multiplets to use.
* @return The value of the Breit-Wigner distribution.
*/
Complex BreitWigner(Energy2 q2, unsigned int imodel,
unsigned int ires) const {
// calculate the BW
if(imodel==0) {
return Resonance::BreitWignerPWave(q2,_mass[ires],_width[ires],
_massa[ires],_massb[ires]);
}
else if(imodel==1) {
return Resonance::BreitWignerGS(q2,_mass[ires],_width[ires],
_massa[ires],_massb[ires],
_h0[ires],_dh[ires],_hres[ires]);
}
else
assert(false);
}
private:
/**
* Weights for the different \f$\rho\f$ resonances in the current, \f$\alpha_k\f$.
*/
//@{
/**
* The Complex weight used in the calculation
*/
vector<Complex> _piwgt;
/**
* The magnitude for input
*/
vector<double> _pimag;
/**
* The phase for input
*/
vector<double> _piphase;
//@}
/**
* Model to use for the \f$\rho\f$ propagator.
*/
int _pimodel;
/**
* Option not to use the physical masses and widths for the \f$\rho\f$.
*/
bool _rhoparameters;
/**
* The masses of the \f$\rho\f$ resonances.
*/
vector<Energy> _rhomasses;
/**
* The widths of the \f$\rho\f$ resonances.
*/
vector<Energy> _rhowidths;
/**
* Parameters for the Breit-Wigners
*/
//@{
/**
* The masses of the resonances
*/
vector<Energy> _mass;
/**
* The widths of the resonances
*/
vector<Energy> _width;
/**
* Masses of the decay products for the momentum calculation.
*/
vector<Energy> _massa,_massb;
/**
* The function \f$\frac{\\hat{H}}{dq^2}\f$ at \f$q^2=m^2\f$ for the GS form of the
* Breit-Wigner
*/
vector<double> _dh;
/**
* The function \f$\\hat{H}\f$ at \f$q^2=m^2\f$ for the GS form of the
* Breit-Wigner
*/
vector<Energy2> _hres;
/**
* The \f$H(0)\f$ parameter for the GS form of the
* Breit-Wigner
*/
vector<Energy2> _h0;
//@}
};
}
#endif /* HERWIG_TwoPionRhoCurrent_H */
diff --git a/Hadronization/DynamicClusterFissioner.cc b/Hadronization/DynamicClusterFissioner.cc
deleted file mode 100644
--- a/Hadronization/DynamicClusterFissioner.cc
+++ /dev/null
@@ -1,404 +0,0 @@
-// -*- C++ -*-
-//
-// ClusterFissioner.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
-// Copyright (C) 2002-2019 The Herwig Collaboration
-//
-// Herwig is licenced under version 3 of the GPL, see COPYING for details.
-// Please respect the MCnet academic guidelines, see GUIDELINES for details.
-//
-//
-// Thisk is the implementation of the non-inlined, non-templated member
-// functions of the ClusterFissioner class.
-//
-
-#include "DynamicClusterFissioner.h"
-#include <ThePEG/Interface/ClassDocumentation.h>
-#include <ThePEG/Interface/Reference.h>
-#include <ThePEG/Interface/Parameter.h>
-#include <ThePEG/Interface/Switch.h>
-#include <ThePEG/Persistency/PersistentOStream.h>
-#include <ThePEG/Persistency/PersistentIStream.h>
-#include <ThePEG/PDT/EnumParticles.h>
-#include "Herwig/Utilities/Kinematics.h"
-#include "ThePEG/Repository/UseRandom.h"
-#include "ThePEG/Repository/EventGenerator.h"
-#include <ThePEG/Utilities/DescribeClass.h>
-
-using namespace Herwig;
-
-DescribeClass<DynamicClusterFissioner,ClusterFissioner>
-describeDynamicClusterFissioner("Herwig::DynamicClusterFissioner","Herwig.so");
-
-DynamicClusterFissioner::DynamicClusterFissioner() :
- _Qqtilde(4*GeV),
- _Qg2tilde(4*GeV),
- _AngOrdFission(1),
- _restrictGluon(1)
-{}
-
-IBPtr DynamicClusterFissioner::clone() const {
- return new_ptr(*this);
-}
-
-IBPtr DynamicClusterFissioner::fullclone() const {
- return new_ptr(*this);
-}
-
-void DynamicClusterFissioner::persistentOutput(PersistentOStream & os) const {
- os << _AngOrdFission << _restrictGluon << ounit(_Qqtilde,GeV) << ounit(_Qg2tilde,GeV) << _dynamicGluonMassGenerator << _dynamicPartonSplitter;
-}
-
-void DynamicClusterFissioner::persistentInput(PersistentIStream & is, int) {
- is >> _AngOrdFission >> _restrictGluon >> iunit(_Qqtilde,GeV) >> iunit(_Qg2tilde,GeV) >> _dynamicGluonMassGenerator >> _dynamicPartonSplitter;
-}
-
-void DynamicClusterFissioner::Init() {
-
- static Parameter<DynamicClusterFissioner,Energy> interfaceQqtilde
- ("Qqtilde",
- "Scale of the non-pert. quark splitting in the cluster fission",
- &DynamicClusterFissioner::_Qqtilde, GeV, 4.0*GeV, 1.5*GeV, 10000.0*GeV,false,false,false); //Set upper/lower bound and default later
-
- static Parameter<DynamicClusterFissioner,Energy> interfaceQg2tilde
- ("Qg2tilde",
- "Upper scale for the Sudakov for the non-pert. gluon splitting in the cluster fission",
- &DynamicClusterFissioner::_Qg2tilde, GeV, 4.0*GeV, 0.5*GeV, 10000.0*GeV,false,false,false); //Set upper/lower bound and default later
-
- static Switch<DynamicClusterFissioner,int> interfaceAngOrdFission
- ("AngularOrderedFission",
- "Option to switch on angular ordering in the dynamic fission model",
- &DynamicClusterFissioner::_AngOrdFission,0,false,false);
- static SwitchOption interfaceAngOrdFissionNo
- (interfaceAngOrdFission,
- "No",
- "No (Qqtilde and Qg2tilde independent)",
- 0);
- static SwitchOption interfaceAngOrdFissionYes
- (interfaceAngOrdFission,
- "Yes",
- "Qg2tilde=(1-z)*Qqtilde",
- 1);
-
-
- static Switch<DynamicClusterFissioner,int> interfacerestrictGluon
- ("restrictGluon",
- "Option to restrict the gluon virtuality in the dynamic fission in order to make sure that the splitting works out kinematically",
- &DynamicClusterFissioner::_restrictGluon,0,false,false);
- static SwitchOption interfacerestrictGluonNo
- (interfacerestrictGluon,
- "No",
- "Gluon can have virtuality up to Qg2tilde. Might be necessary to start fission again with new z and qtilde for the quark",
- 0);
- static SwitchOption interfacerestrictGluonYes
- (interfacerestrictGluon,
- "Yes",
- "Gluon virtuality is restricted to the range that the kinematics allow once that z and qitlde are fixed for the quark",
- 1);
-
- static Reference<DynamicClusterFissioner,DynamicGluonMassGenerator> interfaceDynamicGluonMassGenerator
- ("GluonMassGenerator",
- "Set a reference to a gluon mass generator.",
- &DynamicClusterFissioner::_dynamicGluonMassGenerator, false, false, true, true, false);
-
- static Reference<DynamicClusterFissioner,DynamicPartonSplitter> interfaceDynamicPartonSplitter
- ("PartonSplitter",
- "Set a reference to a parton splitter",
- &DynamicClusterFissioner::_dynamicPartonSplitter, false, false, true, true, false);
-
-}
-
-
-
-
-InvEnergy DynamicClusterFissioner::Pqzproposal(double z,Energy qtilde, Energy Qqtilde, Energy mq) const{
- return _dynamicGluonMassGenerator->ClusterAlphaS(0.*GeV2)*2.*(1.-sqr(mq/Qqtilde))/(qtilde*(1.-z));
-}
-
-InvEnergy DynamicClusterFissioner::Pqz(double z, Energy qtilde, Energy mq) const {
- if ( z*qtilde > mq){
- return _dynamicGluonMassGenerator->ClusterAlphaS(sqr(z*(1.0-z)*qtilde))*( (1.+z*z)/(1.-z) - ((2.*sqr(mq))/( z*(1.-z)*sqr(qtilde) )))/qtilde;}
- else {
- return 0./(1.*GeV);
- }
-}
-
-
-void DynamicClusterFissioner::dynamicFission(tPPtr ptrP, tPPtr ptrPbar, PPtr& ptrQ, PPtr& ptrQbar) const {
-
- LorentzMomentum P1, P2;
- bool fromcolor;
-
- Energy mq2, mg, MP1, Qqtilde, Qgtilde, qtilde, mq;
-
- double z;
-
- //minimal quark mass
- Energy m0, mu, ms, md;
- mu=getParticleData(ThePEG::ParticleID::u)->constituentMass();
- md=getParticleData(ThePEG::ParticleID::d)->constituentMass();
- ms=getParticleData(ThePEG::ParticleID::s)->constituentMass();
- m0=md;
- if(mu<m0){m0=mu;}
- if(ms<m0){m0=ms;}
-
-
- bool repeat2=true;
-
-
- LorentzMomentum Pcl(ptrP->momentum()+ptrPbar->momentum());
- Energy Mcl = Pcl.m();
- //boost to rest frame of the cluster
- Boost bv = Pcl.boostVector();
-
-
- //upper scale of the quark splitting
- Qqtilde = _Qqtilde;
-
-
-while(repeat2){
-
- //choose from which constituent we radiate the gluon
- if ( UseRandom::rnd(0.0, 1.0)<0.5 ){
- P1 = ptrP->momentum();
- P2 = ptrPbar->momentum();
- mq = ptrP->data().constituentMass();
- mq2 = ptrPbar->data().constituentMass();
- fromcolor=true;
- }
- else{
- P2 = ptrP->momentum();
- P1 = ptrPbar->momentum();
- mq = ptrPbar->data().constituentMass();
- mq2 = ptrP->data().constituentMass();
- fromcolor=false;
- }
-
-
-
- //and check if it is kinematically possible for that constituent
- if (!canSplitMinimally(Mcl,mq,mq2,m0)){
- swap(P1,P2);
- swap(mq,mq2);
- fromcolor=(!fromcolor);
- }
-
-
- P1.boost(-bv);
- P2.boost(-bv);
-
-
-
- //Qqtilde = Qqtilde + mq;
- //get z and qtilde
- double zmin=mq/Qqtilde;
- double zmax=1-(4*sqr(m0)/( sqr(Mcl-mq2)-sqr(mq) ));
- //if ((_AngOrdFission==1) && (1-(4*m0/Qqtilde)<zmax)){
- // zmax=1-(4*m0/Qqtilde);
-// }
-
-
-
-
- double rzmin=-log(1-zmin);
- double rzmax=-log(1-zmax);
-
- bool repeat = true;
- while (repeat){
- //generate z and qtilde from a proposal distribution and check that at least with minimal quark mass the kinematics can work out
- bool repeat3 = true;
- double ymin, ymax;
- while (repeat3){
- z = 1.0 - exp(-UseRandom::rnd(rzmin,rzmax));
-
- ymin =mq/(z*Qqtilde);
- if ((_AngOrdFission==1)&&(4*m0/((1.-z)*Qqtilde)>ymin)){
- ymin=4*m0/((1.-z)*Qqtilde);
- }
- ymax =sqrt( ( sqr(Mcl-mq2) -sqr(mq) -(4*sqr(m0)/(1-z)) )/( z*(1-z) ) )/Qqtilde;
- if (ymax >1.){
- ymax=1.;
- }
- if (ymin<ymax){
- repeat3=false;
- }
- }
-
- double rymin=-log(ymax);
- double rymax=-log(ymin);
-
- qtilde=Qqtilde*exp(-UseRandom::rnd(rymin,rymax));
-
- //compare with actual distrubition
- if (Pqzproposal(z,qtilde,Qqtilde,mq)*UseRandom::rnd(0.0,1.0)<Pqz(z,qtilde,mq)){
- repeat = false;
- }
- }
-
-
- //scale for the Sudakov in the gluon splitting
- if (_AngOrdFission==1){
- Qgtilde=(1.-z)*qtilde;
- }
- else{
- Qgtilde=_Qg2tilde;
- }
-
-
- //gluon virtuality
- if (_restrictGluon==1){
- //restirct the gluon virtuality to the range where kinematic reconstruction is possible, i.e. Mcl>MP1+mq2 is always true
- Energy mgmax=sqrt((1.-z)*(sqr(Mcl-mq2) - sqr(mq) -z*(1.-z)*sqr(qtilde)));
- mg=_dynamicGluonMassGenerator->generate(Qgtilde,mgmax);
- }
- else{
- //no additional restriction on gluon virtuality. Mcl>MP1+mq2 might fail and new z and qtilde for the quark are generated
- mg=_dynamicGluonMassGenerator->generate(Qgtilde);
- }
-
-
-
-
-
-
-
- //kinematic reconstruction / get momenta P1prime and P2prime before radiating
- //invariant mass of quark before radiating
- MP1 = sqrt(sqr(mq)+z*(1.0-z)*sqr(qtilde)+(sqr(mg)/(1.-z)));
-
-
-
- if(Mcl>MP1+mq2){
- repeat2 = false;
- }
-
- }//end while(repeat2)
-
-
-
-
- Energy absP = sqrt(sqr(sqr(Mcl))+sqr(sqr(MP1))+sqr(sqr(mq2))-2.0*(sqr(Mcl*MP1)+sqr(Mcl*mq2)+sqr(MP1*mq2)))/(2.0*Mcl);
-
-
-
- Lorentz5Momentum P1prime(absP*P1.vect().unit(),sqrt(sqr(absP)+sqr(MP1)),MP1);
- Lorentz5Momentum P2prime(absP*P2.vect().unit(),sqrt(sqr(absP)+sqr(mq2)),mq2);
-
-
-
-
-
- //splitting
- //construct the backwards light-like vector
- LorentzVector<double> nbar(-P1prime.vect().unit(),1.0);
-
- //construct the transverse momentum with random azimuthal angle
- //construct an orthonormal basis of transverse 4-vectors
- ThreeVector<double> Three_qperp1 = nbar.vect().orthogonal().unit();
- ThreeVector<double> Three_qperp2 = nbar.vect().unit().cross(Three_qperp1);
- LorentzVector<double> qperp1(Three_qperp1,0.0);
- LorentzVector<double> qperp2(Three_qperp2,0.0);
-
-
-
- using Constants::pi;
- double phi = UseRandom::rnd( -pi , pi );
- Energy gperpabs=sqrt(sqr(1.-z)*(sqr(z*qtilde)-sqr(mq)) );
-
- LorentzMomentum gperp = gperpabs*cos(phi)*qperp1+gperpabs*sin(phi)*qperp2;
-
- //quark and gluon momenta
- Lorentz5Momentum k(z*P1prime + ((sqr(mq)-sqr(z*MP1)+sqr(gperpabs))/(2.0*z*P1prime.dot(nbar)))*nbar - gperp,mq);
- Lorentz5Momentum g((1.-z)*P1prime + ((sqr(mg)-sqr((1.-z)*MP1)+sqr(gperpabs))/(2.0*(1.-z)*P1prime.dot(nbar)))*nbar +gperp,mg);
-
-
-
-
- //create particles and give them to PartonSplitter
-
-
- PPtr ptrPprime = PPtr();
- PPtr ptrG = PPtr();
- ptrG = getParticle(ThePEG::ParticleID::g);
- ptrG->set5Momentum(g);
- if (fromcolor){
- ptrP->set5Momentum(k);
- ptrPbar->set5Momentum(P2prime);
- ptrPprime = getParticle(ptrP->id());
- ptrPprime->set5Momentum(P1prime);
- //_dynamicPartonSplitter->splitTimeLikeGluon(ptrG,ptrPprime,ptrPbar,ptrQ,ptrQbar,Qgtilde,nbar,fromcolor);
- _dynamicPartonSplitter->splitTimeLikeGluon(ptrG,ptrQ, ptrQbar, ptrPprime, ptrPbar,Qgtilde,nbar,fromcolor);
- }
- else{
- ptrP->set5Momentum(P2prime);
- ptrPbar->set5Momentum(k);
- ptrPprime = getParticle(ptrPbar->id());
- ptrPprime->set5Momentum(P1prime);
- //_dynamicPartonSplitter->splitTimeLikeGluon(ptrG,ptrP,ptrPprime,ptrQ,ptrQbar,Qgtilde,nbar,fromcolor);
- _dynamicPartonSplitter->splitTimeLikeGluon(ptrG,ptrQ, ptrQbar, ptrP, ptrPprime,Qgtilde,nbar,fromcolor);
- }
-
-
-
-
- //boost back to lab frame
- //(this must be possible in a nicer way)
- Lorentz5Momentum temp;
- temp = ptrP->momentum();
- temp.boost(bv);
- ptrP->set5Momentum(temp);
-
- temp = ptrPbar->momentum();
- temp.boost(bv);
- ptrPbar->set5Momentum(temp);
-
- temp = ptrQ->momentum();
- temp.boost(bv);
- ptrQ->set5Momentum(temp);
-
- temp = ptrQbar->momentum();
- temp.boost(bv);
- ptrQbar->set5Momentum(temp);
-
-}
-
-
-bool DynamicClusterFissioner::canSplitMinimally(Energy Mcl, Energy m1, Energy m2, Energy m0) const {
-
- if (Mcl<m1+m2+2*m0){ return false; }
-
- Energy Qtilde=_Qqtilde;
-
-
- if (Qtilde>m1){
-
- if (_AngOrdFission==0){
- if (Qtilde>2*m0+m1){
- return Mcl>m2+m1+2*m0;
- }
- else{
- return Mcl>m2+sqrt(Qtilde*(m1- (4*sqr(m0)/(Qtilde-m1)) ));
- }
- }
- else{
- if (Qtilde>4*m0+m1){
- return Mcl>m2+sqrt((m0+m1)*(4*m0+m1));
- }
- else{
- return Mcl<m2+sqrt( sqr(m1) + (4*sqr(m0)*(4*m1+Qtilde))/(Qtilde-m1) );
- }
- }
-
- }
- else{
- return false;
- }
-
-
-}
-
-bool DynamicClusterFissioner::canSplitMinimally(tcClusterPtr clu, Energy minmass) const {
- Energy Mcl=clu->mass();
- Energy m1 = clu->particle(0)->data().constituentMass();
- Energy m2 = clu->particle(1)->data().constituentMass();
- return ((canSplitMinimally(Mcl,m1,m2,minmass))||(canSplitMinimally(Mcl,m2,m1,minmass)));
-}
diff --git a/Hadronization/DynamicClusterFissioner.h b/Hadronization/DynamicClusterFissioner.h
deleted file mode 100644
--- a/Hadronization/DynamicClusterFissioner.h
+++ /dev/null
@@ -1,210 +0,0 @@
-// -*- C++ -*-
-//
-// ClusterFissioner.h is a part of Herwig - A multi-purpose Monte Carlo event generator
-// Copyright (C) 2002-2019 The Herwig Collaboration
-//
-// Herwig is licenced under version 3 of the GPL, see COPYING for details.
-// Please respect the MCnet academic guidelines, see GUIDELINES for details.
-//
-#ifndef HERWIG_DynamicClusterFissioner_H
-#define HERWIG_DynamicClusterFissioner_H
-
-#include <ThePEG/Interface/Interfaced.h>
-#include "CluHadConfig.h"
-#include "ClusterFissioner.h"
-#include "DynamicPartonSplitter.h"
-#include "DynamicGluonMassGenerator.h"
-
-namespace Herwig {
-using namespace ThePEG;
-
-
-class DynamicClusterFissioner: public ClusterFissioner {
-
-public:
-
- /** @name Standard constructors and destructors. */
- //@{
- /**
- * Default constructor.
- */
- DynamicClusterFissioner();
-
- //@}
-
-public:
-
- /** @name Functions used by the persistent I/O system. */
- //@{
- /**
- * Function used to write out object persistently.
- * @param os the persistent output stream written to.
- */
- void persistentOutput(PersistentOStream & os) const;
-
- /**
- * Function used to read in object persistently.
- * @param is the persistent input stream read from.
- * @param version the version number of the object when written.
- */
- void persistentInput(PersistentIStream & is, int version);
- //@}
-
- /**
- * Standard Init function used to initialize the interfaces.
- */
- static void Init();
-
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const;
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const;
- //@}
-
-private:
-
- /**
- * Private and non-existent assignment operator.
- */
- DynamicClusterFissioner & operator=(const DynamicClusterFissioner &) = delete;
-
-
-
-public:
-
- //@{
-
- /**
- * Split three-component cluster
- */
- virtual cutType cutThree(ClusterPtr &, tPVector & finalhadrons, bool softUEisOn){
- assert(false);//implementation missing
- }
- //@}
-
-protected:
-
-
-
-
- InvEnergy Pqzproposal(double z, Energy qtilde, Energy Qqtilde, Energy mq) const;
- InvEnergy Pqz(double z, Energy Qqtilde, Energy mq) const;
-
-
- /**
- * The actual implementation of the dynamic fission
- */
- virtual void dynamicFission(tPPtr ptrP, tPPtr ptrPbar, PPtr & ptrQ, PPtr & ptrQbar) const;
-
-
- /**
- * call the dynamic fission function here
- */
- virtual void drawNewFlavour(PPtr& newPtr1, PPtr& newPtr2,const ClusterPtr& cluster) const {
- if(!cluster->particle(0)->hasAntiColour()){
- dynamicFission(cluster->particle(0), cluster->particle(1) ,newPtr2,newPtr1);
- }
- else{
- dynamicFission(cluster->particle(1), cluster->particle(0) ,newPtr1,newPtr2);
- }
- }
-
-
-
- bool canSplitMinimally(tcClusterPtr clu, Energy minmass) const;
- bool canSplitMinimally(Energy Mcl, Energy m1, Energy m2, Energy m0) const;
-
-
- /**
- * set the momenta here
- */
- virtual pair<Energy,Energy> drawNewMasses(Energy Mc, bool soft1, bool soft2,
- Lorentz5Momentum& pClu1, Lorentz5Momentum& pClu2,
- tPPtr ptrQ1, Lorentz5Momentum& pQ1,
- tPPtr newPtr1, Lorentz5Momentum& pQone,
- tPPtr newPtr2, Lorentz5Momentum& pQtwo,
- tPPtr ptrQ2, Lorentz5Momentum& pQ2) const
- {
- pQ1 = ptrQ1->momentum();
- pQ2 = ptrQ2->momentum();
- pQone = newPtr1->momentum();
- pQtwo = newPtr2->momentum();
- pClu1 = pQ1+pQone;
- pClu2 = pQ2 + pQtwo;
-
- pClu1.setMass(pClu1.m());
- pClu2.setMass(pClu2.m());
-
- pQ1.setMass(ptrQ1->data().constituentMass());
- pQ2.setMass(ptrQ2->data().constituentMass());
- pQone.setMass(newPtr1->data().constituentMass());
- pQtwo.setMass(newPtr2->data().constituentMass());
-
- pair<Energy,Energy> result;
- result.first = pClu1.m();
- result.second = pClu2.m();
- return result;
- }
-
- /**
- * does nothing
- * kinematics already done in drawNewMasses
- */
- virtual void calculateKinematics(const Lorentz5Momentum &pClu,
- const Lorentz5Momentum &p0Q1,
- const bool toHadron1, const bool toHadron2,
- Lorentz5Momentum &pClu1, Lorentz5Momentum &pClu2,
- Lorentz5Momentum &pQ1, Lorentz5Momentum &pQb,
- Lorentz5Momentum &pQ2, Lorentz5Momentum &pQ2b) const {}
-
-
-
- /**
- * pointer to the dynamic parton splitter
- */
- /*Ptr<DynamicPartonSplitter>::tptr partonSplitter() const {
- Ptr<DynamicPartonSplitter>::tptr partonSplitter_ = dynamic_ptr_cast<Ptr<DynamicPartonSplitter>::tptr>(ClusterHadronizationHandler::currentHandler()->partonSplitter());
- return partonSplitter_;
- }*/
-
- /**
- * pointer to the dynamic gluon mass generator
- */
- /*Ptr<DynamicGluonMassGenerator>::tptr gluonMassGenerator() const {
- Ptr<DynamicGluonMassGenerator>::tptr gluonMassGenerator_ = dynamic_ptr_cast<Ptr<DynamicGluonMassGenerator>::tptr>(ClusterHadronizationHandler::currentHandler()->gluonMassGenerator());
- return gluonMassGenerator_;
- }*/
-
-
-private:
-
- //scales for quark and gluon splitting in the fission
- Energy _Qqtilde;
- Energy _Qg2tilde;
-
- //switch for angular ordering in dynamic fission
- int _AngOrdFission;
-
- //switch for restricting the gluon virtuality in dynamic fission
- int _restrictGluon;
-
- Ptr<DynamicGluonMassGenerator>::ptr _dynamicGluonMassGenerator;
- Ptr<DynamicPartonSplitter>::ptr _dynamicPartonSplitter;
-
-
-
-};
-}
-
-#endif /* HERWIG_DynamicClusterFissioner_H */
diff --git a/Hadronization/DynamicGluonMassGenerator.cc b/Hadronization/DynamicGluonMassGenerator.cc
deleted file mode 100644
--- a/Hadronization/DynamicGluonMassGenerator.cc
+++ /dev/null
@@ -1,153 +0,0 @@
-// -*- C++ -*-
-//
-// This is the implementation of the non-inlined, non-templated member
-// functions of the GluonMassGenerator class.
-//
-
-#include "DynamicGluonMassGenerator.h"
-#include "ThePEG/Interface/ClassDocumentation.h"
-#include "ThePEG/EventRecord/Particle.h"
-#include "ThePEG/Repository/UseRandom.h"
-#include "ThePEG/Repository/EventGenerator.h"
-#include "ThePEG/Utilities/DescribeClass.h"
-#include "ThePEG/StandardModel/StandardModelBase.h"
-#include "ClusterHadronizationHandler.h"
-#include "ThePEG/Persistency/PersistentOStream.h"
-#include "ThePEG/Persistency/PersistentIStream.h"
-#include <ThePEG/Interface/Parameter.h>
-
-using namespace Herwig;
-
-DynamicGluonMassGenerator::DynamicGluonMassGenerator() {}
-
-DynamicGluonMassGenerator::~DynamicGluonMassGenerator() {}
-
-IBPtr DynamicGluonMassGenerator::clone() const {
- return new_ptr(*this);
-}
-
-IBPtr DynamicGluonMassGenerator::fullclone() const {
- return new_ptr(*this);
-}
-
-
-
-InvEnergy DynamicGluonMassGenerator::PmgProposal(Energy, Energy mq) const {
- return (ClusterAlphaS(4*mq*mq)*0.32/mq);
-}
-
-
-InvEnergy DynamicGluonMassGenerator::PmgProposal(Energy mg) const {
- Energy mu, ms, md;
- mu=getParticleData(ThePEG::ParticleID::u)->constituentMass();
- md=getParticleData(ThePEG::ParticleID::d)->constituentMass();
- ms=getParticleData(ThePEG::ParticleID::s)->constituentMass();
- return PmgProposal(mg, mu)+PmgProposal(mg, md)+PmgProposal(mg, ms);
-}
-
-
-
-InvEnergy DynamicGluonMassGenerator::Pmg(Energy mg, Energy mq, Energy Qtilde) const {
- if((2*mq<mg) && (mg <= sqrt(mq*Qtilde))){
- return (ClusterAlphaS(mg*mg)/mg)*sqrt(1-pow(2*mq/mg,2))*(1+(2*pow(mq/mg,2)));
- }
- else if ((sqrt(mq*Qtilde)<mg) &&(mg<=Qtilde/2.0)){
- return (ClusterAlphaS(mg*mg)/mg)*sqrt(1-pow(2*mg/Qtilde,2))*(1+(3*pow(mq/mg,2))-pow(mg/Qtilde,2) );
- }
- else{
- return 0.0*InvGeV;
- }
-}
-
-InvEnergy DynamicGluonMassGenerator::Pmg(Energy mg,Energy Qtilde) const {
- Energy mu, ms, md;
- mu=getParticleData(ThePEG::ParticleID::u)->constituentMass();
- md=getParticleData(ThePEG::ParticleID::d)->constituentMass();
- ms=getParticleData(ThePEG::ParticleID::s)->constituentMass();
- return Pmg(mg,mu,Qtilde)+Pmg(mg,md,Qtilde)+Pmg(mg,ms,Qtilde);
-}
-
-
-
-Energy DynamicGluonMassGenerator::generateProposal(Energy mgmax) const {
- Energy m0, mu, ms, md;
- mu=getParticleData(ThePEG::ParticleID::u)->constituentMass();
- md=getParticleData(ThePEG::ParticleID::d)->constituentMass();
- ms=getParticleData(ThePEG::ParticleID::s)->constituentMass();
- m0=md;
- if(mu<m0){m0=mu;}
- if(ms<m0){m0=ms;}
- return UseRandom::rnd(2.*m0,mgmax);
-}
-
-Energy DynamicGluonMassGenerator::generate(Energy Qtilde, Energy mgmax) const {
- Energy mg;
- double r;
- bool repeat;
- Energy max=mgmax;
- if(0.5*Qtilde<max){max=0.5*Qtilde;};
- repeat=true;
- while(repeat){
- mg=generateProposal(max);
- r=UseRandom::rnd(0.0, 1.0);
- if(r*PmgProposal(mg)<Pmg(mg,Qtilde)){
- repeat=false;
- }
- }
- return mg;
-}
-
-
-Energy DynamicGluonMassGenerator::generate(Energy Qtilde) const {
- return generate(Qtilde,Qtilde);
-}
-
-
-Energy DynamicGluonMassGenerator::generate() const {
- return generate(Qgtilde());
-}
-
-
-
-// If needed, insert default implementations of virtual function defined
-// in the InterfacedBase class here (using ThePEG-interfaced-impl in Emacs).
-
-
-
-void DynamicGluonMassGenerator::persistentOutput(PersistentOStream & os) const {
- // *** ATTENTION *** os << ; // Add all member variable which should be written persistently here.
- os << ounit(_Qgtilde,GeV) << ounit(_clusteralphasfreeze,GeV);
-}
-
-void DynamicGluonMassGenerator::persistentInput(PersistentIStream & is, int) {
- // *** ATTENTION *** is >> ; // Add all member variable which should be read persistently here.
- is >> iunit(_Qgtilde,GeV) >> iunit(_clusteralphasfreeze,GeV);
-}
-
-
-// *** Attention *** The following static variable is needed for the type
-// description system in ThePEG. Please check that the template arguments
-// are correct (the class and its base class), and that the constructor
-// arguments are correct (the class name and the name of the dynamically
-// loadable library where the class implementation can be found).
-DescribeClass<DynamicGluonMassGenerator,GluonMassGenerator>
- describeHerwigDynamicGluonMassGenerator("Herwig::DynamicGluonMassGenerator", "");
-
-void DynamicGluonMassGenerator::Init() {
-
- static ClassDocumentation<DynamicGluonMassGenerator> documentation
- ("There is no documentation for the DynamicGluonMassGenerator class");
-
-
- static Parameter<DynamicGluonMassGenerator,Energy> interfaceQgtilde
- ("Qgtilde",
- "Upper scale for the Sudakov for the non-pert. gluon splitting",
- &DynamicGluonMassGenerator::_Qgtilde, GeV, 4.0*GeV, 0.5*GeV, 10000.0*GeV,false,false,false);
-
- static Parameter<DynamicGluonMassGenerator,Energy> interfaceClusterAlphaSFreeze
- ("ClusterAlphaSFreeze",
- "Freeze-out scale for the non-pert. coupling in gluon splitting and cluster fission",
- &DynamicGluonMassGenerator::_clusteralphasfreeze, GeV, 1.0*GeV, 0.1*GeV, 10.0*GeV,false,false,false);
-
-}
-
diff --git a/Hadronization/DynamicGluonMassGenerator.h b/Hadronization/DynamicGluonMassGenerator.h
deleted file mode 100644
--- a/Hadronization/DynamicGluonMassGenerator.h
+++ /dev/null
@@ -1,174 +0,0 @@
-// -*- C++ -*-
-#ifndef Herwig_DynamicGluonMassGenerator_H
-#define Herwig_DynamicGluonMassGenerator_H
-//
-// This is the declaration of the DynamicGluonMassGenerator class.
-//
-
-
-
-#include "Herwig/Hadronization/GluonMassGenerator.h"
-#include "ClusterHadronizationHandler.h"
-#include "ThePEG/StandardModel/StandardModelBase.h"
-#include "Cluster.h"
-
-
-namespace Herwig {
-
-using namespace ThePEG;
-
-/**
- * Here is the documentation of the GluonMassGenerator class.
- *
- * @see \ref GluonMassGeneratorInterfaces "The interfaces"
- * defined for GluonMassGenerator.
- */
-class DynamicGluonMassGenerator: public GluonMassGenerator {
-
-public:
-
- /** @name Standard constructors and destructors. */
- //@{
- /**
- * The default constructor.
- */
- DynamicGluonMassGenerator();
-
- /**
- * The destructor.
- */
- virtual ~DynamicGluonMassGenerator();
- //@}
-
-public:
-
-
- /**
- * Returns the scale Qgtilde of the Sudakov in the gluon splitting
- */
- virtual Energy Qgtilde() const {
- return _Qgtilde;
- }
-
- /**
- * Returns the minimum mass of a gluon that can by generated
- */
- virtual Energy minGluonMass() const { //ToDo: get it from hadron spectrum
- Energy m0, mu, md, ms;
- mu=getParticleData(ThePEG::ParticleID::u)->constituentMass();
- md=getParticleData(ThePEG::ParticleID::d)->constituentMass();
- ms=getParticleData(ThePEG::ParticleID::s)->constituentMass();
- m0=md;
- if(mu<m0){m0=mu;}
- if(ms<m0){m0=ms;}
- return m0;
- }
-
-
- /**
- * Generate a gluon mass drawn from the proposal distribution (overestimate)
- */
- virtual Energy generateProposal(Energy Qtilde) const;
-
- /**
- * The proposal distributions for the gluon mass (overestimate)
- */
- virtual InvEnergy PmgProposal(Energy mg, Energy mq) const;
- virtual InvEnergy PmgProposal(Energy mg) const;
-
-
- /**
- * The gluon mass distribution
- */
- virtual InvEnergy Pmg(Energy mg, Energy mq, Energy Qtilde) const;
- virtual InvEnergy Pmg(Energy mg, Energy Qtilde) const;
-
-
- /**
- * Generate a single gluon mass
- */
- virtual Energy generate(Energy Qtilde, Energy mgmax) const;
- virtual Energy generate(Energy Qtilde) const;
- virtual Energy generate() const;
-
-
- /**
- * Return the the strong coupling used in ClusterFission
- */
- double ClusterAlphaS(Energy2 q2) const {
- if(q2>sqr(_clusteralphasfreeze)){return ClusterHadronizationHandler::currentHandler()->SM().alphaS(q2);}
- else{return ClusterHadronizationHandler::currentHandler()->SM().alphaS(sqr(_clusteralphasfreeze));}
- }
-
-
-
-public:
-
- /** @name Functions used by the persistent I/O system. */
- //@{
- /**
- * Function used to write out object persistently.
- * @param os the persistent output stream written to.
- */
- void persistentOutput(PersistentOStream & os) const;
-
- /**
- * Function used to read in object persistently.
- * @param is the persistent input stream read from.
- * @param version the version number of the object when written.
- */
- void persistentInput(PersistentIStream & is, int version);
- //@}
-
- /**
- * The standard Init function used to initialize the interfaces.
- * Called exactly once for each class by the class description system
- * before the main function starts or
- * when this class is dynamically loaded.
- */
- static void Init();
-
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const;
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const;
- //@}
-
-
-// If needed, insert declarations of virtual function defined in the
-// InterfacedBase class here (using ThePEG-interfaced-decl in Emacs).
-
-
-private:
-
- /**
- * Private and non-existent assignment operator.
- */
- DynamicGluonMassGenerator & operator=(const DynamicGluonMassGenerator &) = delete;
-
- /**
- * Scale of the Sudakov in the gluon splitting
- */
- Energy _Qgtilde = 4.0*GeV;
-
- /**
- * freezing scale for the non-pert. alphas
- */
- Energy _clusteralphasfreeze = 1.0*GeV;
-
-};
-
-}
-
-#endif /* Herwig_DynamicGluonMassGenerator_H */
diff --git a/Hadronization/DynamicPartonSplitter.cc b/Hadronization/DynamicPartonSplitter.cc
deleted file mode 100644
--- a/Hadronization/DynamicPartonSplitter.cc
+++ /dev/null
@@ -1,312 +0,0 @@
-// -*- C++ -*-
-//
-// PartonSplitter.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
-// Copyright (C) 2002-2019 The Herwig Collaboration
-//
-// Herwig is licenced under version 3 of the GPL, see COPYING for details.
-// Please respect the MCnet academic guidelines, see GUIDELINES for details.
-//
-//
-// This is the implementation of the non-inlined, non-templated member
-// functions of the PartonSplitter class.
-//
-
-#include "DynamicPartonSplitter.h"
-#include <ThePEG/Interface/ClassDocumentation.h>
-#include <ThePEG/Interface/Reference.h>
-#include <ThePEG/Interface/Switch.h>
-#include <ThePEG/Persistency/PersistentOStream.h>
-#include <ThePEG/Persistency/PersistentIStream.h>
-#include <ThePEG/PDT/EnumParticles.h>
-#include <ThePEG/EventRecord/Step.h>
-#include "ThePEG/Interface/Parameter.h"
-#include <ThePEG/Repository/EventGenerator.h>
-#include <ThePEG/Repository/CurrentGenerator.h>
-#include "ThePEG/Repository/UseRandom.h"
-#include "Herwig/Utilities/Kinematics.h"
-#include <ThePEG/Utilities/DescribeClass.h>
-#include "ClusterHadronizationHandler.h"
-#include <ThePEG/EventRecord/Particle.h>
-#include <ThePEG/PDT/PDT.h>
-
-
-using namespace Herwig;
-
-IBPtr DynamicPartonSplitter::clone() const {
- return new_ptr(*this);
-}
-
-IBPtr DynamicPartonSplitter::fullclone() const {
- return new_ptr(*this);
-}
-
-void DynamicPartonSplitter::persistentOutput(PersistentOStream & os) const {
- os << _findProgenitor << _restrictZ << _dynamicGluonMassGenerator;
-}
-
-void DynamicPartonSplitter::persistentInput(PersistentIStream & is, int) {
- is >> _findProgenitor >> _restrictZ >> _dynamicGluonMassGenerator;
-}
-
-DescribeClass<DynamicPartonSplitter,PartonSplitter>
-describeDynamicPartonSplitter("Herwig::DynamicPartonSplitter","Herwig.so");
-
-
-void DynamicPartonSplitter::Init() {
-
- static ClassDocumentation<DynamicPartonSplitter> documentation
- ("This class is reponsible of the nonperturbative splitting of partons");
-
-
- static Switch<DynamicPartonSplitter,int> interfaceRestrictZ
- ("RestrictZ",
- "Option to restrict z in gluon splitting to z > 0.5",
- &DynamicPartonSplitter::_restrictZ,0,false,false);
- static SwitchOption interfaceRestrictZNo
- (interfaceRestrictZ,
- "No",
- "No restriction",
- 0);
- static SwitchOption interfaceRestrictZYes
- (interfaceRestrictZ,
- "Yes",
- "Restric z > 0.5",
- 1);
-
-
- static Switch<DynamicPartonSplitter,int> interfaceFindProgenitor
- ("FindProgenitor",
- "Option for how to choose which color partner is the progenitor of the gluon",
- &DynamicPartonSplitter::_findProgenitor,0,false,false);
- static SwitchOption interfaceFindProgenitorAngle
- (interfaceFindProgenitor,
- "Angle",
- "choose color partner with maximum cos(theta)",
- 0);
- static SwitchOption interfaceFindProgenitorMomentum
- (interfaceFindProgenitor,
- "Momentum",
- "choose color partner with maximum |p|*cos(theta)",
- 1);
- static SwitchOption interfaceFindProgenitorpT
- (interfaceFindProgenitor,
- "pT",
- "choose color partner with maximum cos^2(theta) as backwards direction",
- 2);
- static SwitchOption interfaceFindProgenitorpTforward
- (interfaceFindProgenitor,
- "pTforward",
- "choose color partner with maximum cos^2(theta), gluon always in forward direction",
- 3);
- static SwitchOption interfaceFindProgenitorGluon
- (interfaceFindProgenitor,
- "Gluon",
- "Gluon as progenitor",
- 4);
- static SwitchOption interfaceFindProgenitorIsotropic
- (interfaceFindProgenitor,
- "Isotropic",
- "Isotropic gluon decay",
- 5);
-
- static Reference<DynamicPartonSplitter,DynamicGluonMassGenerator> interfaceDynamicGluonMassGenerator
- ("GluonMassGenerator",
- "Set a reference to a gluon mass generator.",
- &DynamicPartonSplitter::_dynamicGluonMassGenerator, false, false, true, true, false);
-}
-
-
-void DynamicPartonSplitter::drawNewFlavour(PPtr & ptrQ, PPtr & ptrQbar, Energy mg, Energy Qtilde){
- static const Energy md = getParticleData(ThePEG::ParticleID::d)->constituentMass();
- static const Energy mu = getParticleData(ThePEG::ParticleID::u)->constituentMass();
- static const Energy ms = getParticleData(ThePEG::ParticleID::s)->constituentMass();
-
- double prob_d=_dynamicGluonMassGenerator->Pmg(mg,md,Qtilde)*UnitRemoval::E;
- double prob_u=_dynamicGluonMassGenerator->Pmg(mg,mu,Qtilde)*UnitRemoval::E;
- double prob_s=_dynamicGluonMassGenerator->Pmg(mg,ms,Qtilde)*UnitRemoval::E;
-
-
- long idNew=0;
- int choice = UseRandom::rnd3(prob_u, prob_d, prob_s);
- switch(choice) {
- case 0: idNew = ThePEG::ParticleID::u; break;
- case 1: idNew = ThePEG::ParticleID::d; break;
- case 2: idNew = ThePEG::ParticleID::s; break;
- }
- ptrQ = getParticle(idNew);
- ptrQbar = getParticle(-idNew);
- assert (ptrQ);
- assert(ptrQbar);
- assert (ptrQ->dataPtr());
- assert(ptrQbar->dataPtr());
-
-}
-
-
-void DynamicPartonSplitter::splitTimeLikeGluon(tcPPtr ptrGluon, PPtr & ptrQ, PPtr & ptrQbar, tcPPtr ptrP, tcPPtr ptrPbar, Energy Qtilde, LorentzVector<double> nbar, bool ProgenitorHasColor){
-
- LorentzMomentum momentumG = ptrGluon->momentum();
- LorentzMomentum momentumP = ptrP->momentum();
- LorentzMomentum momentumPbar = ptrPbar->momentum();
- Energy mg = momentumG.m();
-
- drawNewFlavour(ptrQ,ptrQbar,mg,Qtilde);
-
- Energy mQ = ptrQ->data().constituentMass();
- LorentzMomentum momentumQ, momentumQbar;
-
- if(_findProgenitor == 5){
-
- Lorentz5Momentum momentum5Qtemp, momentum5Qbartemp;
- double cosThetaStar = UseRandom::rnd( -1.0 , 1.0 );
- using Constants::pi;
- double phiStar = UseRandom::rnd( -pi , pi );
- Kinematics::twoBodyDecay(momentumG, mQ,
- mQ, cosThetaStar, phiStar, momentum5Qtemp,
- momentum5Qbartemp );
- momentumQ = momentum5Qtemp;
- momentumQbar = momentum5Qbartemp;
- }
- else{
- //construct an orthonormal basis of transverse 4-vectors
- ThreeVector<double> Three_qperp1 = nbar.vect().orthogonal().unit();
- ThreeVector<double> Three_qperp2 = nbar.vect().unit().cross(Three_qperp1);
- LorentzVector<double> qperp1(Three_qperp1,0.0);
- LorentzVector<double> qperp2(Three_qperp2,0.0);
-
- //get the z-value from the gluon splitting function
- bool repeat;
- double z,r,x;
- if (mg < sqrt(mQ*Qtilde)){x = pow(mQ/mg,2);}
- else {x = pow(mg/Qtilde,2);}
- repeat = true;
- while(repeat){
- r = UseRandom::rnd(0.0, 1.0);
- z = (r-0.5)*sqrt(1-4*x)+0.5;
- r = UseRandom::rnd(0.0, 1.0-2.0*x+2.0*pow(mQ/mg,2));
- if( r < (1-(2*z*(1-z))+2*pow(mQ/mg,2)) ){
- repeat = false;
- }
- }
-
- if (_restrictZ==1){//without this ProgenitorHasColor would not be necessary
- if (ProgenitorHasColor){
- if (z>0.5){z = 1.-z;} //anti-quark in direction of progenitor
- }
- else{
- if (z<0.5){z = 1.-z;} //quark in direction of progenitor
- }
- }
-
- //magniuted of relative transverse momentum
- Energy qT = sqrt(sqr(mg)*z*(1.-z)-sqr(mQ));
- //azimuthal angle of relative tranverse momentum
- using Constants::pi;
- double phi = UseRandom::rnd( -pi , pi );
-
- //set the relative transverse momentum
- LorentzMomentum qperp = qT*cos(phi)*qperp1+qT*sin(phi)*qperp2;
-
- //calculate the quarks' momenta
- momentumQ = z*momentumG + ( ( (mg*mg)*(1-2.*z) -2*momentumG.dot(qperp) )/( 2.*momentumG.dot(nbar) ) )*nbar + qperp;
- momentumQbar = momentumG - momentumQ;
-
- } //else _findProgenitor Isotropic
-
- //without this I would not need to give also P and Pbar
- if (((_findProgenitor == 4)||(_findProgenitor==5))&&(_restrictZ==1)){
- LorentzMomentum c1 = momentumQ+momentumP;
- LorentzMomentum c2 = momentumQbar+momentumPbar;
- LorentzMomentum c3 = momentumQ+momentumPbar;
- LorentzMomentum c4 = momentumQbar+momentumP;
-
- //linear
- Energy M12=c1.m()+c2.m();
- Energy M34=c3.m()+c4.m();
-
- //quadratic
- //Energy2 M12 = c1.m()*c1.m() + c2.m()*c2.m();
- //Energy2 M34 = c3.m()*c3.m() + c4.m()*c4.m();
-
- //product
- //Energy2 M12=c1.m()*c2.m();
- //Energy2 M34=c3.m()*c4.m();
-
- //maximum
- //Energy M12 = std::max(c1.m(),c2.m());
- //Energy M34 = std::max(c3.m(),c4.m());
-
- if (M12 < M34){
- swap(momentumQ,momentumQbar);
- }
- }
-
- Lorentz5Momentum momentum5Q(momentumQ,mQ);
- Lorentz5Momentum momentum5Qbar(momentumQbar,mQ);
-
- ptrQ ->set5Momentum( momentum5Q );
- ptrQbar ->set5Momentum( momentum5Qbar );
-
-}
-
-
-
-void DynamicPartonSplitter::splitTimeLikeGluon(tcPPtr ptrGluon, PPtr & ptrQ, PPtr & ptrQbar){
- LorentzVector<double> nbar;
- bool ProgenitorHasColor;
-
- tPPtr ColorPartner = ptrGluon->antiColourLine()->endParticle();
- tPPtr AntiColorPartner = ptrGluon->colourLine()->startParticle();
- Findnbar(ptrGluon,ColorPartner,AntiColorPartner,nbar,ProgenitorHasColor);
-
- splitTimeLikeGluon(ptrGluon,ptrQ,ptrQbar,ColorPartner,AntiColorPartner,_dynamicGluonMassGenerator->Qgtilde(),nbar,ProgenitorHasColor);
-}
-
-
-
-void DynamicPartonSplitter::Findnbar(tcPPtr ptrGluon, tcPPtr ptrP, tcPPtr ptrPbar, LorentzVector<double> & nbarfinal, bool & ProgenitorHasColor){
-
- LorentzMomentum momentumG = ptrGluon->momentum();
- LorentzMomentum momentumP = ptrP->momentum();
- LorentzMomentum momentumPbar = ptrPbar->momentum();
-
- LorentzMomentum nbar = momentumP;
- ProgenitorHasColor = true;
-
- if (_findProgenitor==0){
- if( momentumG.vect().unit().dot( momentumPbar.vect().unit() ) > momentumG.vect().unit().dot( momentumP.vect().unit() )){
- nbar = momentumPbar; //minimum angle theta
- ProgenitorHasColor = false; //has anticolor
- }
- nbar.setVect( (-1.)*nbar.vect() );
- }
- else if (_findProgenitor==1){
- if ( momentumG.vect().dot( momentumPbar.vect() ) > momentumG.vect().dot( momentumP.vect() ) ){
- nbar = momentumPbar; //maximum |p|*cos(theta)
- ProgenitorHasColor = false; //has anticolor
- }
- nbar.setVect( (-1.)*nbar.vect() );
- }
- else if ((_findProgenitor==2)||(_findProgenitor==3)){
- ProgenitorHasColor = false;
- if( pow(momentumG.vect().unit().dot( momentumPbar.vect().unit()),2) > pow(momentumG.vect().unit().dot( momentumP.vect().unit() ),2)){
- nbar = momentumPbar; //maximum cos^2(theta) --> minimum gluon transverse momentum
- ProgenitorHasColor = true;
- }
- if (_findProgenitor==3){
- if ( momentumG.vect().unit().dot( nbar.vect().unit() ) > 0. ){
- nbar.setVect( (-1.)*nbar.vect() ); //gluon always in forward direction
- ProgenitorHasColor = !ProgenitorHasColor;
- }
- }
- }
- else if (_findProgenitor==4){
- nbar = momentumG;
- nbar.setVect( (-1.)*nbar.vect() );
- }
-
- nbarfinal.setT(1.0);
- nbarfinal.setVect(nbar.vect().unit());
-}
-
-
diff --git a/Hadronization/DynamicPartonSplitter.h b/Hadronization/DynamicPartonSplitter.h
deleted file mode 100644
--- a/Hadronization/DynamicPartonSplitter.h
+++ /dev/null
@@ -1,180 +0,0 @@
-// -*- C++ -*-
-//
-// PartonSplitter.h is a part of Herwig - A multi-purpose Monte Carlo event generator
-// Copyright (C) 2002-2019 The Herwig Collaboration
-//
-// Herwig is licenced under version 3 of the GPL, see COPYING for details.
-// Please respect the MCnet academic guidelines, see GUIDELINES for details.
-//
-#ifndef HERWIG_DynamicPartonSplitter_H
-#define HERWIG_DynamicPartonSplitter_H
-
-#include "CluHadConfig.h"
-#include <ThePEG/Interface/Interfaced.h>
-#include <ThePEG/Utilities/Selector.h>
-#include "PartonSplitter.h"
-#include "DynamicGluonMassGenerator.h"
-
-namespace Herwig {
-
-
-using namespace ThePEG;
-
-
-/** \ingroup Hadronization
- * \class PartonSplitter
- * \brief This class splits the gluons from the end of the shower.
- * \author Philip Stephens
- * \author Alberto Ribon
- *
- * This class does all of the nonperturbative parton splittings needed
- * immediately after the end of the showering (both initial and final),
- * as very first step of the cluster hadronization.
- *
- * the quarks are attributed with different weights for the splitting
- * by default only the splitting in u and d quarks is allowed
- * the option "set /Herwig/Hadronization/PartonSplitter:Split 1"
- * allows for additional splitting into s quarks based on some weight
- * in order for that to work the mass of the strange quark has to be changed
- * from the default value s.t. m_g > 2m_s
- *
- *
- * * @see \ref PartonSplitterInterfaces "The interfaces"
- * defined for PartonSplitter.
- */
-class DynamicPartonSplitter: public PartonSplitter {
-
-public:
-
- /**
- * Default constructor
- */
- DynamicPartonSplitter() :
- PartonSplitter(),
- _findProgenitor(0),
- _restrictZ(0)
- {}
-
-
-public:
-
- /** @name Functions used by the persistent I/O system. */
- //@{
- /**
- * Function used to write out object persistently.
- * @param os the persistent output stream written to.
- */
- void persistentOutput(PersistentOStream & os) const;
-
- /**
- * Function used to read in object persistently.
- * @param is the persistent input stream read from.
- * @param version the version number of the object when written.
- */
- void persistentInput(PersistentIStream & is, int version);
- //@}
-
- /**
- * The standard Init function used to initialize the interfaces.
- * Called exactly once for each class by the class description system
- * before the main function starts or
- * when this class is dynamically loaded.
- */
- static void Init();
-
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const;
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const;
- //@}
-
-private:
-
- /**
- * Private and non-existent assignment operator.
- */
- DynamicPartonSplitter & operator=(const DynamicPartonSplitter &) = delete;
-
-
-public:
- /**
- * Non-perturbatively split a time-like gluon,
- * if something goes wrong null pointers are returned.
- * @param gluon The gluon to be split
- * @param quark The quark produced in the splitting
- * @param anti The antiquark produced in the splitting
- */
- virtual void splitTimeLikeGluon(tcPPtr gluon, PPtr & quark, PPtr & anti);
-
-
- /**
- * Non-perturbatively split a time-like gluon,
- * if something goes wrong null pointers are returned.
- * @param gluon The gluon to be split
- * @param quark The quark produced in the splitting
- * @param anti The antiquark produced in the splitting
- * @colorpartner1 The color partner of the gluon
- * @colorpartner2 The anticolor partner of the gluon
- * @Qtilde The scale of the Sudakov in the splitting
- * @nbar Backwards lightlike direction of the splitting
- * @ProgenitorHasColor If the (anti)quark that is identified as the "progenitor" of the gluon has color or anticolor
- * @
- */
- void splitTimeLikeGluon(tcPPtr gluon, PPtr & quark, PPtr & anti, tcPPtr colorpartner1, tcPPtr colorpartner2, Energy Qtilde, LorentzVector<double> nbar, bool ProgenitorHasColor);
-
-private:
- /**
- * Finding the backwards light like direction for the splitting and defining the gluon "progenitor"
- * @gluon The gluon to be split
- * @colorpartner1 The color partner of the gluon
- * @colorpartner2 The anticolor partner of the gluon
- * @nbar The lightlike vector that will be defined
- * @ProgenitorHasColor Returns whether the "progenitor" of the gluon has color or anticolor
- * */
- void Findnbar(tcPPtr gluon, tcPPtr colorpartner1, tcPPtr colorpartner2, LorentzVector<double> & nbar, bool & ProgenitorHasColor);
-
-
- /**
- * draw the new light flavour according to probabilities given by gluon mass distribution
- */
- void drawNewFlavour(PPtr & ptrQ, PPtr & ptrQbar, Energy mg, Energy Qtilde);
-
-
-
-
-private:
-
- /**
- * switch for different options for choosing the gluon's progenitor
- */
- int _findProgenitor;
-
-
- /**
- * switch for restricting z > 0.5
- */
- int _restrictZ;
-
-
- /**
- * pointer to the dynamic gluon mass generator
- */
- Ptr<DynamicGluonMassGenerator>::ptr _dynamicGluonMassGenerator;
-
-
-};
-
-}
-
-#endif /* HERWIG_DynamicPartonSplitter_H */
diff --git a/Hadronization/Makefile.am b/Hadronization/Makefile.am
--- a/Hadronization/Makefile.am
+++ b/Hadronization/Makefile.am
@@ -1,25 +1,22 @@
noinst_LTLIBRARIES = libHwHadronization.la
libHwHadronization_la_SOURCES = \
CluHadConfig.h \
Cluster.h Cluster.cc Cluster.fh \
ClusterDecayer.cc ClusterDecayer.h ClusterDecayer.fh \
ClusterFinder.cc ClusterFinder.h ClusterFinder.fh \
ClusterFissioner.cc ClusterFissioner.h ClusterFissioner.fh \
ClusterHadronizationHandler.cc ClusterHadronizationHandler.h \
ClusterHadronizationHandler.fh \
ColourReconnector.cc ColourReconnector.h ColourReconnector.fh \
-DynamicGluonMassGenerator.h DynamicGluonMassGenerator.cc \
-DynamicPartonSplitter.h DynamicPartonSplitter.cc \
-DynamicClusterFissioner.h DynamicClusterFissioner.cc \
GluonMassGenerator.h GluonMassGenerator.cc \
Hw64Selector.cc Hw64Selector.h \
HwppSelector.cc HwppSelector.h \
Hw7Selector.cc Hw7Selector.h \
LightClusterDecayer.cc LightClusterDecayer.h LightClusterDecayer.fh \
PartonSplitter.cc PartonSplitter.h PartonSplitter.fh \
SpinHadronizer.h SpinHadronizer.cc \
HadronSpectrum.h HadronSpectrum.fh HadronSpectrum.cc \
StandardModelHadronSpectrum.h StandardModelHadronSpectrum.cc \
DarkHadronSpectrum.h DarkHadronSpectrum.cc \
DarkHwppSelector.cc DarkHwppSelector.h
diff --git a/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.cc b/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.cc
@@ -0,0 +1,171 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2PiPiAmplitude class.
+//
+
+#include "GammaGamma2PiPiAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2PiPiAmplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2PiPiAmplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2PiPiAmplitude::persistentOutput(PersistentOStream & os) const {
+ os << mode_;
+}
+
+void GammaGamma2PiPiAmplitude::persistentInput(PersistentIStream & is , int) {
+ is >> mode_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2PiPiAmplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2PiPiAmplitude("Herwig::GammaGamma2PiPiAmplitude",
+ "HwMEGammaGamma.so");
+
+void GammaGamma2PiPiAmplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2PiPiAmplitude> documentation
+ ("The GammaGamma2PiPiAmplitude class implements the amplitude for gamma gamma -> pi+pi-");
+
+
+ static Switch<GammaGamma2PiPiAmplitude,unsigned int> interfaceMode
+ ("Mode",
+ "Which particles to produce",
+ &GammaGamma2PiPiAmplitude::mode_, 0, false, false);
+ static SwitchOption interfaceModeAll
+ (interfaceMode,
+ "All",
+ "Produce all pions and kaons",
+ 0);
+ static SwitchOption interfaceModePiPi
+ (interfaceMode,
+ "PiPi",
+ "Produce pi+pi-",
+ 1);
+ static SwitchOption interfaceModeKK
+ (interfaceMode,
+ "KK",
+ "Produce K+K-",
+ 2);
+
+}
+
+vector<DiagPtr> GammaGamma2PiPiAmplitude::getDiagrams(unsigned int iopt) const {
+ vector<DiagPtr> output;
+ output.reserve(2);
+ tcPDPtr gamma = getParticleData(ParticleID::gamma);
+ vector<long> ids; ids.reserve(2);
+ if(mode_==0 || mode_==1) ids.push_back(211);
+ if(mode_==0 || mode_==2) ids.push_back(321);
+ // gamma gamma process
+ if(iopt==0) {
+ // first t-channel
+ for (long id : ids) {
+ tcPDPtr pip = getParticleData(id);
+ tcPDPtr pim = pip->CC();
+ output.push_back(new_ptr((Tree2toNDiagram(3),gamma,pip,gamma,1,pip, 2,pim,-1)));
+ // interchange
+ output.push_back(new_ptr((Tree2toNDiagram(3),gamma,pip,gamma,2,pip, 1,pim,-2)));
+ }
+ }
+ // e+ e- > e+ e- pi+pi-
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged()) {
+ for (long id : ids) {
+ tcPDPtr pip = getParticleData(id);
+ tcPDPtr pim = pip->CC();
+ // first t-channel
+ output.push_back(new_ptr((Tree2toNDiagram(5),in.first,gamma,pip,gamma,in.second,
+ 1, in.first, 4, in.second, 2,pip, 3,pim,-1)));
+ // interchange
+ output.push_back(new_ptr((Tree2toNDiagram(5),in.first,gamma,pip,gamma,in.second,
+ 1, in.first, 4, in.second, 3,pip, 2,pim,-2)));
+ }
+ }
+ }
+ return output;
+}
+
+ProductionMatrixElement
+GammaGamma2PiPiAmplitude::helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<Lorentz5Momentum> & out,
+ double & output,
+ DVector & dweight) const {
+ dweight = {0.,0.};
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(2,PDT::Spin0));
+ // calculate the matrix element
+ Energy2 off = -0.5*v1[0].momentum().m2();
+ Energy2 d1 = off+v1[0].momentum()*out[0], d2 = off+v1[0].momentum()*out[1];
+ Complex diag[2];
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ unsigned int ih1 = 2*ih1A+ih1B;
+ complex<Energy> a1 = out[0]*v1[ih1].wave();
+ complex<Energy> a2 = out[1]*v1[ih1].wave();
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ unsigned int ih2 = 2*ih2A+ih2B;
+ complex<Energy> b1 = out[0]*v2[ih2].wave();
+ complex<Energy> b2 = out[1]*v2[ih2].wave();
+ // t-channel diagram
+ diag[0] = a1*b2/d1;
+ // u-channel diagram
+ diag[1] = a2*b1/d2;
+ dweight[0] += norm(diag[0]);
+ dweight[1] += norm(diag[1]);
+ Complex amp = v1[ih1].wave()*v2[ih2].wave()-diag[0]-diag[1];
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,0,0) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,0,0) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,0,0) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,0,0) = amp;
+ }
+ }
+ }
+ }
+ return me;
+}
+
+
+double GammaGamma2PiPiAmplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 &, const Energy2 &,
+ const Energy2 & ,
+ const vector<Lorentz5Momentum> & out,
+ const cPDVector &,
+ DVector & dweights ) const {
+ // matrix element
+ double output(0.);
+ helicityAmplitude(v1,v2,out,output,dweights);
+ // prefactors
+ double alpha = generator()->standardModel()->alphaEM();
+ return output*sqr(alpha*4.*Constants::pi);
+}
+
+Energy GammaGamma2PiPiAmplitude::generateW(double r, const tcPDVector & partons, Energy Wmin, Energy Wmax,Energy2 & jacW, Energy2) {
+ Wmin = max(Wmin,2.*partons[0]->constituentMass());
+ Energy W = Wmin*pow(Wmax/Wmin,r);
+ jacW = 2.*sqr(W)*log(Wmax/Wmin);
+ return W;
+}
diff --git a/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.h b/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2PiPiAmplitude.h
@@ -0,0 +1,168 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2PiPiAmplitude_H
+#define Herwig_GammaGamma2PiPiAmplitude_H
+//
+// This is the declaration of the GammaGamma2PiPiAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2PiPiAmplitude class implements the amplitude for \f$\gamma\gamma\to\pi^+\pi^-\f$.
+ *
+ * @see \ref GammaGamma2PiPiAmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2PiPiAmplitude.
+ */
+class GammaGamma2PiPiAmplitude: public GammaGammaAmplitude {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGamma2PiPiAmplitude() : mode_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int iopt) const {
+ return iopt+2;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ ScalarWaveFunction(particles[0],outgoing,true);
+ ScalarWaveFunction(particles[1],outgoing,true);
+ vector<Lorentz5Momentum> pout = {particles[0]->momentum(),
+ particles[1]->momentum()};
+ double output(0);
+ DVector dwgt;
+ return helicityAmplitude(v1,v2,pout,output,dwgt);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double , const tcPDVector & partons, Energy Wmin, Energy Wmax,Energy2 & jacW, Energy2 scale);
+ //@}
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<Lorentz5Momentum> & out,
+ double & output, DVector & dweights) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2PiPiAmplitude & operator=(const GammaGamma2PiPiAmplitude &) = delete;
+
+private:
+
+ /**
+ * Which particles to produce
+ */
+ unsigned int mode_;
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2PiPiAmplitude_H */
diff --git a/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.cc b/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.cc
@@ -0,0 +1,177 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2PseudoScalarAmplitude class.
+//
+
+#include "GammaGamma2PseudoScalarAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2PseudoScalarAmplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2PseudoScalarAmplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2PseudoScalarAmplitude::persistentOutput(PersistentOStream & os) const {
+ os << particle_ << ounit(FTT_,1./GeV) << ounit(LambdaP2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2PseudoScalarAmplitude::persistentInput(PersistentIStream & is, int) {
+ is >> particle_ >> iunit(FTT_,1./GeV) >> iunit(LambdaP2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2PseudoScalarAmplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ if(particle_->iSpin()!=PDT::Spin0)
+ throw Exception() << "Mustr have a spin-0 particle in GammaGamma2PseudoScalarAmplitude"
+ << Exception::runerror;
+ if(particle_->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(particle_->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2PseudoScalarAmplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2PseudoScalarAmplitude("Herwig::GammaGamma2PseudoScalarAmplitude",
+ "HwMEGammaGamma.so");
+
+void GammaGamma2PseudoScalarAmplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2PseudoScalarAmplitude> documentation
+ ("The GammaGamma2PseudoScalarAmplitude class implements"
+ " the amplitude for gamma gamma -> pseudoscalar");
+
+ static Reference<GammaGamma2PseudoScalarAmplitude,ParticleData> interfaceParticle
+ ("Particle",
+ "The particle produced by the amplitude",
+ &GammaGamma2PseudoScalarAmplitude::particle_, false, false, true, false, false);
+
+ static Parameter<GammaGamma2PseudoScalarAmplitude,InvEnergy> interfaceFTT
+ ("FTT",
+ "The form factor at zero momentum transfer",
+ &GammaGamma2PseudoScalarAmplitude::FTT_, 1/GeV, 0.274/GeV, 0./GeV, 100./GeV,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2PseudoScalarAmplitude,Energy2> interfaceLambdaP2
+ ("LambdaP2",
+ "The square of the pole mass for the form factor",
+ &GammaGamma2PseudoScalarAmplitude::LambdaP2_, GeV2, 0.6*GeV2, 0.0*GeV2, 10.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2PseudoScalarAmplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the pseudoscalar mass",
+ &GammaGamma2PseudoScalarAmplitude::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the pseudoscalar state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell pseudoscalar state using the mass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2PseudoScalarAmplitude::getDiagrams(unsigned int iopt) const {
+ vector<DiagPtr> output;
+ output.reserve(3);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, particle_, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, particle_, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2PseudoScalarAmplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const {
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin0));
+ // calculate the matrix element
+ output = 0;
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ auto vOff = Helicity::epsilon(v1[2*ih1A+ih1B].wave(),pG1,pG2);
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ Complex amp = (vOff*v2[2*ih2A+ih2B].wave())/sqr(M);
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,0) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,0) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,0) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,0) = amp;
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2PseudoScalarAmplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & , DVector & ) const {
+ Energy M = momenta.back().mass();
+ // calculate the matrix element
+ double output(0.);
+ helicityAmplitude(v1,v2,M,output);
+ // form factor
+ InvEnergy form = FTT_/(1.-t1/LambdaP2_)/(1.-t2/LambdaP2_);
+ // coupling factors
+ double alpha = generator()->standardModel()->alphaEM();
+ return 0.25*pow<4,1>(M)/scale*sqr(form)*output*sqr(alpha*4.*Constants::pi);
+}
+
+Energy GammaGamma2PseudoScalarAmplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+double GammaGamma2PseudoScalarAmplitude::
+generateKinematics(const double *,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.h b/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2PseudoScalarAmplitude.h
@@ -0,0 +1,213 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2PseudoScalarAmplitude_H
+#define Herwig_GammaGamma2PseudoScalarAmplitude_H
+//
+// This is the declaration of the GammaGamma2PseudoScalarAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2PseudoScalarAmplitude class implements the amplitide for \f$\gamma\gamma\to\f$ pseudoscalar meson
+ *
+ * @see \ref GammaGamma2PseudoScalarAmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2PseudoScalarAmplitude.
+ */
+class GammaGamma2PseudoScalarAmplitude: public GammaGammaAmplitude {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGamma2PseudoScalarAmplitude() : FTT_(0.274/GeV), LambdaP2_(0.6*GeV2), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ ScalarWaveFunction(particles[0],outgoing,true);
+ double output(0);
+ return helicityAmplitude(v1,v2,particles[0]->mass(),output);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2PseudoScalarAmplitude & operator=(const GammaGamma2PseudoScalarAmplitude &) = delete;
+
+private:
+
+ /**
+ * Particle
+ */
+ PDPtr particle_;
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Form factor at $Q_1^2=Q_2^2=0$
+ */
+ InvEnergy FTT_;
+
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 LambdaP2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the onium state
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2PseudoScalarAmplitude_H */
diff --git a/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.cc b/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.cc
@@ -0,0 +1,182 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2ScalarAmplitude class.
+//
+
+#include "GammaGamma2ScalarAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2ScalarAmplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2ScalarAmplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2ScalarAmplitude::persistentOutput(PersistentOStream & os) const {
+ os << particle_ << ounit(FTT_,GeV) << ounit(LambdaP2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2ScalarAmplitude::persistentInput(PersistentIStream & is, int) {
+ is >> particle_ >> iunit(FTT_,GeV) >> iunit(LambdaP2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2ScalarAmplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ if(particle_->iSpin()!=PDT::Spin0)
+ throw Exception() << "Must have a spin-0 particle in GammaGamma2ScalarAmplitude"
+ << Exception::runerror;
+ if(particle_->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(particle_->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2ScalarAmplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2ScalarAmplitude("Herwig::GammaGamma2ScalarAmplitude",
+ "HwMEGammaGamma.so");
+
+void GammaGamma2ScalarAmplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2ScalarAmplitude> documentation
+ ("The GammaGamma2ScalarAmplitude class implements"
+ " the amplitude for gamma gamma -> pseudoscalar");
+
+ static Reference<GammaGamma2ScalarAmplitude,ParticleData> interfaceParticle
+ ("Particle",
+ "The particle produced by the amplitude",
+ &GammaGamma2ScalarAmplitude::particle_, false, false, true, false, false);
+
+ static Parameter<GammaGamma2ScalarAmplitude,Energy> interfaceFTT
+ ("FTT",
+ "The form factor at zero momentum transfer",
+ &GammaGamma2ScalarAmplitude::FTT_, GeV, 8.89*MeV, 0.*GeV, 100.*GeV,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2ScalarAmplitude,Energy2> interfaceLambdaP2
+ ("LambdaP2",
+ "The square of the pole mass for the form factor",
+ &GammaGamma2ScalarAmplitude::LambdaP2_, GeV2, 0.6*GeV2, 0.0*GeV2, 10.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2ScalarAmplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the scalar mass",
+ &GammaGamma2ScalarAmplitude::mOpt_, 1, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the scalar state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell scalar state using the mass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2ScalarAmplitude::getDiagrams(unsigned int iopt) const {
+ vector<DiagPtr> output;
+ output.reserve(3);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, particle_, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, particle_, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2ScalarAmplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy &, double & output) const {
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin0));
+ // calculate the matrix element
+ output = 0;
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ Energy2 p1p2=pG1*pG2;
+ Energy4 X = sqr(p1p2)-t1*t2;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ complex<Energy> d1[2]={ v1[2*ih1A+ih1B].wave()*pG1, v1[2*ih1A+ih1B].wave()*pG2};
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ complex<Energy> d2[2]={ v2[2*ih2A+ih2B].wave()*pG1, v2[2*ih2A+ih2B].wave()*pG2};
+ Complex amp = v1[2*ih1A+ih1B].wave()*v2[2*ih2A+ih2B].wave()
+ + (-p1p2*(d1[1]*d2[0]+d1[0]*d2[1]) + t2*d1[0]*d2[0] + t1*d1[1]*d2[1])/X;
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,0) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,0) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,0) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,0) = amp;
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2ScalarAmplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & , DVector & ) const {
+ Energy M = momenta.back().mass();
+ // calculate the matrix element
+ double output(0.);
+ helicityAmplitude(v1,v2,t1,t2,M,output);
+ // form factor
+ Energy form = FTT_/(1.-t1/LambdaP2_)/(1.-t2/LambdaP2_);
+ // // coupling factors
+ double alpha = generator()->standardModel()->alphaEM();
+ return 0.25*sqr(form)/scale*output*sqr(alpha*4.*Constants::pi);
+}
+
+Energy GammaGamma2ScalarAmplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+double GammaGamma2ScalarAmplitude::generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.h b/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2ScalarAmplitude.h
@@ -0,0 +1,215 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2ScalarAmplitude_H
+#define Herwig_GammaGamma2ScalarAmplitude_H
+//
+// This is the declaration of the GammaGamma2ScalarAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2ScalarAmplitude class implements the amplitide for \f$\gamma\gamma\to\f$ scalar meson
+ *
+ * @see \ref GammaGamma2ScalarAmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2ScalarAmplitude.
+ */
+class GammaGamma2ScalarAmplitude: public GammaGammaAmplitude {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGamma2ScalarAmplitude() : FTT_(8.89*MeV), LambdaP2_(0.6*GeV2), mOpt_(1)
+ {}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ ScalarWaveFunction(particles[0],outgoing,true);
+ double output(0);
+ return helicityAmplitude(v1,v2,v1[0].momentum().m2(),v2[0].momentum().m2(),
+ particles[0]->mass(),output);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2ScalarAmplitude & operator=(const GammaGamma2ScalarAmplitude &) = delete;
+
+private:
+
+ /**
+ * Particle
+ */
+ PDPtr particle_;
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Form factor at $Q_1^2=Q_2^2=0$
+ */
+ Energy FTT_;
+
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 LambdaP2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the onium state
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2ScalarAmplitude_H */
diff --git a/MatrixElement/Gamma/GammaGamma2TensorAmplitude.cc b/MatrixElement/Gamma/GammaGamma2TensorAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2TensorAmplitude.cc
@@ -0,0 +1,201 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2TensorAmplitude class.
+//
+
+#include "GammaGamma2TensorAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2TensorAmplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2TensorAmplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2TensorAmplitude::persistentOutput(PersistentOStream & os) const {
+ os << particle_ << ounit(FTT0_,1./GeV) << ounit(FTT2_,GeV) << ounit(LambdaP2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2TensorAmplitude::persistentInput(PersistentIStream & is, int) {
+ is >> particle_ >> iunit(FTT0_,1./GeV) >> iunit(FTT2_,GeV) >> iunit(LambdaP2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2TensorAmplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ if(particle_->iSpin()!=PDT::Spin2)
+ throw Exception() << "Mustr have a spin-2 particle in GammaGamma2TensorAmplitude"
+ << Exception::runerror;
+ if(particle_->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(particle_->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2TensorAmplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2TensorAmplitude("Herwig::GammaGamma2TensorAmplitude",
+ "HwMEGammaGamma.so");
+
+void GammaGamma2TensorAmplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2TensorAmplitude> documentation
+ ("The GammaGamma2TensorAmplitude class implements"
+ " the amplitude for gamma gamma -> pseudoscalar");
+
+ static Reference<GammaGamma2TensorAmplitude,ParticleData> interfaceParticle
+ ("Particle",
+ "The particle produced by the amplitude",
+ &GammaGamma2TensorAmplitude::particle_, false, false, true, false, false);
+
+ static Parameter<GammaGamma2TensorAmplitude,InvEnergy> interfaceFTT0
+ ("FTT0",
+ "The form factor at zero momentum transfer",
+ &GammaGamma2TensorAmplitude::FTT0_, 1./GeV, 8.89/MeV, 0./GeV, 100./GeV,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2TensorAmplitude,Energy> interfaceFTT2
+ ("FTT2",
+ "The form factor at zero momentum transfer",
+ &GammaGamma2TensorAmplitude::FTT2_, GeV, 8.89*MeV, 0.*GeV, 100.*GeV,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2TensorAmplitude,Energy2> interfaceLambdaP2
+ ("LambdaP2",
+ "The square of the pole mass for the form factor",
+ &GammaGamma2TensorAmplitude::LambdaP2_, GeV2, 0.6*GeV2, 0.0*GeV2, 10.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2TensorAmplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the scalar mass",
+ &GammaGamma2TensorAmplitude::mOpt_, 1, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the scalar state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell scalar state using the mass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2TensorAmplitude::getDiagrams(unsigned int iopt) const {
+ vector<DiagPtr> output;
+ output.reserve(3);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, particle_, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, particle_, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2TensorAmplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & ten,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy & M, double & output) const {
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin2));
+ // calculate the matrix element
+ output = 0;
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ Energy2 p1p2=pG1*pG2;
+ Energy4 X = sqr(p1p2)-t1*t2;
+ Lorentz5Momentum pDiff=pG1-pG2;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ complex<Energy> d1[2]={ v1[2*ih1A+ih1B].wave()*pG1, v1[2*ih1A+ih1B].wave()*pG2};
+ LorentzPolarizationVector Q1 = (t1*pG2-p1p2*pG1)*d1[1]/X+v1[2*ih1A+ih1B].wave();
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[2];++ih2B) {
+ complex<Energy> d2[2]={ v2[2*ih2A+ih2B].wave()*pG1, v2[2*ih2A+ih2B].wave()*pG2};
+ LorentzPolarizationVector Q2 = (t2*pG1-p1p2*pG2)*d2[0]/X+v2[2*ih2A+ih2B].wave();
+ Complex amp0 = v1[2*ih1A+ih1B].wave()*v2[2*ih2A+ih2B].wave()
+ + (-p1p2*(d1[1]*d2[0]+d1[0]*d2[1]) + t2*d1[0]*d2[0] + t1*d1[1]*d2[1])/X;
+ for(unsigned int ih3=0;ih3<5;++ih3) {
+ Complex amp = FTT0_*amp0/M*ten[ih3].wave().preDot(pDiff)*pDiff
+ +FTT2_/M*ten[ih3].wave().preDot(Q1)*Q2;
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,ih3) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,ih3) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,ih3) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,ih3) = amp;
+ }
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2TensorAmplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons, DVector & ) const {
+ Energy M = momenta.back().mass();
+ // wavefunction for the tensor meson
+ vector<TensorWaveFunction> twave(5);
+ for(unsigned int i=0;i<5;++i) {
+ twave[i] = TensorWaveFunction(momenta.back(), partons.back(),i,outgoing);
+ }
+ // calculate the matrix element
+ double output(0.);
+ helicityAmplitude(v1,v2,twave,t1,t2,M,output);
+ // form factor
+ double form = 1./(1.-t1/LambdaP2_)/(1.-t2/LambdaP2_);
+ // coupling factors
+ double alpha = generator()->standardModel()->alphaEM();
+ return 0.25*sqr(M*form)/scale*output*sqr(alpha*4.*Constants::pi);
+}
+
+Energy GammaGamma2TensorAmplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+double GammaGamma2TensorAmplitude::generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Gamma/GammaGamma2TensorAmplitude.h b/MatrixElement/Gamma/GammaGamma2TensorAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2TensorAmplitude.h
@@ -0,0 +1,223 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2TensorAmplitude_H
+#define Herwig_GammaGamma2TensorAmplitude_H
+//
+// This is the declaration of the GammaGamma2TensorAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2TensorAmplitude class implements the amplitide for \f$\gamma\gamma\to\f$ scalar meson
+ *
+ * @see \ref GammaGamma2TensorAmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2TensorAmplitude.
+ */
+class GammaGamma2TensorAmplitude: public GammaGammaAmplitude {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGamma2TensorAmplitude() : FTT0_(ZERO), FTT2_(8.89*MeV), LambdaP2_(0.6*GeV2), mOpt_(1)
+ {}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ vector<TensorWaveFunction> t3;
+ TensorWaveFunction(t3,particles[0],outgoing,true,false);
+ double output(0);
+ return helicityAmplitude(v1,v2,t3,v1[0].momentum().m2(),v2[0].momentum().m2(),
+ particles[0]->mass(),output);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & ten,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2TensorAmplitude & operator=(const GammaGamma2TensorAmplitude &) = delete;
+
+private:
+
+ /**
+ * Particle
+ */
+ PDPtr particle_;
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Form factor at $Q_1^2=Q_2^2=0$
+ */
+ InvEnergy FTT0_;
+
+ /**
+ * Form factor at $Q_1^2=Q_2^2=0$
+ */
+ Energy FTT2_;
+
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 LambdaP2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the onium state
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2TensorAmplitude_H */
diff --git a/MatrixElement/Gamma/GammaGamma2ffAmplitude.cc b/MatrixElement/Gamma/GammaGamma2ffAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2ffAmplitude.cc
@@ -0,0 +1,284 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2ffAmplitude class.
+//
+
+#include "GammaGamma2ffAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2ffAmplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2ffAmplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2ffAmplitude::persistentOutput(PersistentOStream & os) const {
+ os << process_ << vertex_;
+}
+
+void GammaGamma2ffAmplitude::persistentInput(PersistentIStream & is, int) {
+ is >> process_ >> vertex_;
+}
+
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2ffAmplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2ffAmplitude("Herwig::GammaGamma2ffAmplitude", "HwMEGammaGamma.so");
+
+void GammaGamma2ffAmplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2ffAmplitude> documentation
+ ("The GammaGamma2ffAmplitude class implements the amplitude for gamma gamma -> f fbar");
+
+ static Switch<GammaGamma2ffAmplitude,int> interfaceProcess
+ ("Process",
+ "Which process to included",
+ &GammaGamma2ffAmplitude::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Include all SM fermions as outgoing particles",
+ 0);
+ static SwitchOption interfaceProcessQuarks
+ (interfaceProcess,
+ "Quarks",
+ "All include the quarks as outgoing particles",
+ 1);
+ static SwitchOption interfaceProcessLeptons
+ (interfaceProcess,
+ "Leptons",
+ "Only include the leptons as outgoing particles",
+ 2);
+ static SwitchOption interfaceProcessElectron
+ (interfaceProcess,
+ "Electron",
+ "Only include e+e- as outgoing particles",
+ 5);
+ static SwitchOption interfaceProcessMuon
+ (interfaceProcess,
+ "Muon",
+ "Only include mu+mu- as outgoing particles",
+ 6);
+ static SwitchOption interfaceProcessTau
+ (interfaceProcess,
+ "Tau",
+ "Only include tau+tau- as outgoing particles",
+ 7);
+ static SwitchOption interfaceProcessDown
+ (interfaceProcess,
+ "Down",
+ "Only include d dbar as outgoing particles",
+ 11);
+ static SwitchOption interfaceProcessUp
+ (interfaceProcess,
+ "Up",
+ "Only include u ubar as outgoing particles",
+ 12);
+ static SwitchOption interfaceProcessStrange
+ (interfaceProcess,
+ "Strange",
+ "Only include s sbar as outgoing particles",
+ 13);
+ static SwitchOption interfaceProcessCharm
+ (interfaceProcess,
+ "Charm",
+ "Only include c cbar as outgoing particles",
+ 14);
+ static SwitchOption interfaceProcessBottom
+ (interfaceProcess,
+ "Bottom",
+ "Only include b bbar as outgoing particles",
+ 15);
+ static SwitchOption interfaceProcessTop
+ (interfaceProcess,
+ "Top",
+ "Only include t tbar as outgoing particles",
+ 16);
+
+}
+
+vector<DiagPtr> GammaGamma2ffAmplitude::getDiagrams(unsigned int iopt) const {
+ vector<DiagPtr> output; output.reserve(24);
+ tcPDPtr gamma = getParticleData(ParticleID::gamma);
+ for(int ix=1;ix<17;++ix) {
+ // increment counter to switch between quarks and leptons
+ if(ix==7) ix+=4;
+ if(ix>11&&ix%2==0) ++ix;
+ // is it a valid quark process
+ bool quark = ix<=6 && (process_==0 || process_==1 || process_-10==ix);
+ // is it a valid lepton process
+ bool lepton= ix>=11 && ix<=16 &&
+ (process_==0 || process_==2 || ( (ix-9)/2 ==process_-4) );
+ // only add diagram if allowed
+ if(!quark && !lepton) continue;
+ tcPDPtr lm = getParticleData(ix);
+ tcPDPtr lp = lm->CC();
+ if(iopt==0) {
+ // first t-channel
+ output.push_back(new_ptr((Tree2toNDiagram(3),gamma,lp,gamma,1,lm, 2,lp,-1)));
+ // interchange
+ output.push_back(new_ptr((Tree2toNDiagram(3),gamma,lp,gamma,2,lm, 1,lp,-2)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged()) {
+ // first t-channel
+ output.push_back(new_ptr((Tree2toNDiagram(5),in.first,gamma,lp,gamma,in.second,
+ 1, in.first, 4, in.second, 2,lm, 3,lp,-1)));
+ // interchange
+ output.push_back(new_ptr((Tree2toNDiagram(5),in.first,gamma,lp,gamma,in.second,
+ 1, in.first, 4, in.second, 3,lm, 2,lp,-2)));
+ }
+ }
+ }
+ return output;
+}
+
+ProductionMatrixElement
+GammaGamma2ffAmplitude::helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<SpinorBarWaveFunction> & f,
+ const vector<SpinorWaveFunction> & fbar,
+ double & output, DVector & dweight) const {
+ dweight = {0.,0.};
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(2,PDT::Spin1Half));
+ Complex diag[2];
+ Energy2 mt(ZERO);
+ SpinorWaveFunction inters;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ unsigned int ih1 = 2*ih1A+ih1B;
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ unsigned int ih2 = 2*ih2A+ih2B;
+ for(unsigned int ohel1=0;ohel1<2;++ohel1) {
+ for(unsigned int ohel2=0;ohel2<2;++ohel2) {
+ // first t-channel diagram
+ inters =vertex_->evaluate(mt,1,fbar[ohel2].particle()->CC(),
+ fbar[ohel2],v2[ih2]);
+ diag[0]=vertex_->evaluate(mt,inters,f[ohel1],v1[ih1]);
+ //second t-channel diagram
+ inters =vertex_->evaluate(mt,1,fbar[ohel2].particle()->CC(),
+ fbar[ohel2],v1[ih1]);
+ diag[1]=vertex_->evaluate(mt,inters,f[ohel1],v2[ih2]);
+ dweight[0] += norm(diag[0]);
+ dweight[1] += norm(diag[1]);
+ Complex amp = diag[0]+diag[1];
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,ohel1,ohel2) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,ohel1,ohel2) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,ohel1,ohel2) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,ohel1,ohel2) = amp;
+ }
+ }
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2ffAmplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & , const Energy2 & ,
+ const Energy2 & ,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & sumdiag) const {
+ SpinorBarWaveFunction fw(momenta[0],partons[0],outgoing);
+ SpinorWaveFunction fbarw(momenta[1],partons[1],outgoing);
+ vector<SpinorBarWaveFunction> f;
+ vector<SpinorWaveFunction> fbar;
+ for(unsigned int ix=0;ix<2;++ix) {
+ fw.reset(ix);f.push_back(fw);
+ fbarw.reset(ix);fbar.push_back(fbarw);
+ }
+ // calculate the matrix element
+ double output(0.);
+ helicityAmplitude(v1,v2,f,fbar,output,sumdiag);
+ // colour factors if needed
+ if(partons[0]->coloured()) output *= 3.;
+ // // code to test vs the analytic result
+ // Energy2 m2 = sqr(f[0].particle()->mass());
+ // Energy2 tm = (v1[0].momentum()+f [0].momentum()).m2()-m2;
+ // Energy2 um = (v1[0].momentum()+fbar[0].momentum()).m2()-m2;
+ // double test = 8.*um/tm+8.*tm/um- 32*m2/tm - 32*m2/um
+ // -32*sqr(double(m2/tm)) - 64*sqr(m2)/tm/um - 32*sqr(double(m2/um));
+ // test *= sqr(4.*Constants::pi*SM().alphaEM());
+ // if(mePartonData()[2]->coloured()) test *= 3.;
+ // cerr << "testing ME " << (output-test)/(output+test) << "\n";
+ // spin factors
+ return 0.25*output;
+}
+
+void GammaGamma2ffAmplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ // cast the SM pointer to the Herwig SM pointer
+ tcHwSMPtr hwsm=ThePEG::dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
+ // do the initialisation
+ if(!hwsm)
+ throw InitException() << "Must be the Herwig StandardModel class in "
+ << "MEGammaGamma2ff::doinit" << Exception::abortnow;
+ vertex_ = hwsm->vertexFFP();
+}
+
+Selector<const ColourLines *>
+GammaGamma2ffAmplitude::colourGeometries(unsigned int iopt, const cPDVector & partons, tcDiagPtr ) const {
+ static ColourLines c1("");
+ static ColourLines c2("4 -2 -5");
+ static ColourLines c3("8 -3 -9");
+ Selector<const ColourLines *> sel;
+ if(iopt==0) {
+ if(partons[2]->coloured()) sel.insert(1.0, &c2);
+ else sel.insert(1.0, &c1);
+ }
+ else {
+ if(partons[4]->coloured()) sel.insert(1.0, &c3);
+ else sel.insert(1.0, &c1);
+ }
+ return sel;
+}
+
+// MEGammaGamma2ff::MEGammaGamma2ff() {
+// massOption(vector<unsigned int>(2,1));
+// }
+
+// Energy2 MEGammaGamma2ff::scale() const {
+// return 2.*sHat()*tHat()*uHat()/(sqr(sHat())+sqr(tHat())+sqr(uHat()));
+// }
+
+ProductionMatrixElement GammaGamma2ffAmplitude::me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ vector<SpinorWaveFunction> fbar;
+ vector<SpinorBarWaveFunction> f;
+ SpinorBarWaveFunction(f ,particles[0],outgoing,true );
+ SpinorWaveFunction (fbar,particles[1],outgoing,true );
+ DVector dwgt;
+ double output(0);
+ return helicityAmplitude(v1,v2,f,fbar,output,dwgt);
+}
+
+Energy GammaGamma2ffAmplitude::generateW(double r, const tcPDVector & partons, Energy Wmin, Energy Wmax,Energy2 & jacW, Energy2) {
+ Wmin = max(Wmin,2.*partons[0]->constituentMass());
+ //Energy Wmin=3.*GeV;
+ Energy W = Wmin*pow(Wmax/Wmin,r);
+ jacW = 2.*sqr(W)*log(Wmax/Wmin);
+ return W;
+}
diff --git a/MatrixElement/Gamma/GammaGamma2ffAmplitude.h b/MatrixElement/Gamma/GammaGamma2ffAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGamma2ffAmplitude.h
@@ -0,0 +1,187 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2ffAmplitude_H
+#define Herwig_GammaGamma2ffAmplitude_H
+//
+// This is the declaration of the GammaGamma2ffAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "ThePEG/Helicity/Vertex/AbstractFFVVertex.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The amplitude for \f$\gamma\gamma\to f\bar{f}\f$
+ *
+ * @see \ref GammaGamma2ffAmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2ffAmplitude.
+ */
+class GammaGamma2ffAmplitude: public GammaGammaAmplitude {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGamma2ffAmplitude() : process_(0) {}
+
+public:
+
+ /** @name Virtual functions */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int iopt) const {
+ return iopt+2;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(unsigned int iopt, const cPDVector & partons, tcDiagPtr diag) const;
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double , const tcPDVector & partons,Energy Wmin, Energy Wmax,Energy2 & jacW, Energy2 scale);
+ //@}
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<SpinorBarWaveFunction> & f,
+ const vector<SpinorWaveFunction> & fbar,
+ double & output, DVector & dweights) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2ffAmplitude & operator=(const GammaGamma2ffAmplitude &) = delete;
+
+private:
+
+ /**
+ * Which processes to include
+ */
+ int process_;
+
+ /**
+ * Pointer to the photon vertex
+ */
+ AbstractFFVVertexPtr vertex_;
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2ffAmplitude_H */
diff --git a/MatrixElement/Gamma/GammaGammaAmplitude.cc b/MatrixElement/Gamma/GammaGammaAmplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGammaAmplitude.cc
@@ -0,0 +1,95 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGammaAmplitude class.
+//
+
+#include "GammaGammaAmplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Utilities/SimplePhaseSpace.h"
+
+using namespace Herwig;
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeAbstractNoPIOClass<GammaGammaAmplitude,Interfaced>
+describeThePEGGammaGammaAmplitude("ThePEG::GammaGammaAmplitude", "HwMEGammaGamma.so");
+
+void GammaGammaAmplitude::Init() {
+
+ static ClassDocumentation<GammaGammaAmplitude> documentation
+ ("The GammaGammaAmplitude class provides a base class for"
+ " the implementation of gamma gamma -> X processes");
+
+}
+
+Selector<const ColourLines *>
+GammaGammaAmplitude::colourGeometries(unsigned int, const cPDVector &, tcDiagPtr ) const {
+ static ColourLines c("");
+ Selector<const ColourLines *> sel;
+ sel.insert(1.0, &c);
+ return sel;
+}
+
+double GammaGammaAmplitude::generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons) {
+ double jac = 0.25/pow(Constants::twopi,5);
+ vector<Energy> masses;
+ for(unsigned int ix=0;ix<partons.size();++ix) {
+ momenta[ix].setMass(partons[ix]->mass());
+ }
+ Energy q = ZERO;
+ try {
+ q = SimplePhaseSpace::
+ getMagnitude(scale, momenta[0].mass(), momenta[1].mass());
+ }
+ catch ( ImpossibleKinematics & e) {
+ return -1.;
+ }
+ double cth = -1.+r[0]*2.;
+ jac *= 2.*q/sqrt(scale);
+ Energy pt = q*sqrt(1.0-sqr(cth));
+ double phi = Constants::twopi*r[1];
+ momenta[0].setVect(Momentum3( pt*sin(phi), pt*cos(phi), q*cth));
+ momenta[1].setVect(Momentum3(-pt*sin(phi), -pt*cos(phi), -q*cth));
+ momenta[0].rescaleEnergy();
+ momenta[1].rescaleEnergy();
+ return jac;
+}
+
+ProductionMatrixElement GammaGammaAmplitude::bookME(vector<unsigned int> &ihMax,
+ unsigned int ih1, unsigned ih2,
+ const vector<PDT::Spin> & spin) const {
+ PDT::Spin in[2];
+ vector<PDT::Spin> spins; spins.reserve(spin.size()+2);
+ unsigned int ih[2]={ih1,ih2};
+ for(unsigned int ix=0;ix<2;++ix) {
+ if(ih[ix]==2) {
+ in[ix]=PDT::Spin1;
+ ihMax[2*ix ] = 1;
+ ihMax[2*ix+1] = 2;
+ }
+ else if(ih[ix]==4) {
+ in[ix]=PDT::Spin1Half;
+ spins.push_back(PDT::Spin1Half);
+ ihMax[2*ix ] = 2;
+ ihMax[2*ix+1] = 2;
+ }
+ else if(ih[ix]==1) {
+ in[ix]=PDT::Spin0;
+ spins.push_back(PDT::Spin0);
+ ihMax[2*ix ] = 1;
+ ihMax[2*ix+1] = 1;
+ }
+ else
+ assert(false);
+ }
+ for(const PDT::Spin & s : spin) spins.push_back(s);
+ return ProductionMatrixElement(in[0],in[1],spins);
+}
diff --git a/MatrixElement/Gamma/GammaGammaAmplitude.fh b/MatrixElement/Gamma/GammaGammaAmplitude.fh
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGammaAmplitude.fh
@@ -0,0 +1,18 @@
+// -*- C++ -*-
+//
+// This is the forward declaration of the GammaGammaAmplitude class.
+//
+#ifndef Herwig_GammaGammaAmplitude_FH
+#define Herwig_GammaGammaAmplitude_FH
+
+#include "ThePEG/Config/ThePEG.h"
+
+namespace Herwig {
+
+class GammaGammaAmplitude;
+
+ThePEG_DECLARE_POINTERS(Herwig::GammaGammaAmplitude,GammaGammaAmpPtr);
+
+}
+
+#endif
diff --git a/MatrixElement/Gamma/GammaGammaAmplitude.h b/MatrixElement/Gamma/GammaGammaAmplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/GammaGammaAmplitude.h
@@ -0,0 +1,147 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGammaAmplitude_H
+#define Herwig_GammaGammaAmplitude_H
+//
+// This is the declaration of the GammaGammaAmplitude class.
+//
+
+#include "ThePEG/Interface/Interfaced.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "GammaGammaAmplitude.fh"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+using Helicity::VectorWaveFunction;
+
+/**
+ * The GammaGammaAmplitude class provides a base class for the implementation
+ * of amplitudes for $\gamma\gamma\to X$
+ *
+ * @see \ref GammaGammaAmplitudeInterfaces "The interfaces"
+ * defined for GammaGammaAmplitude.
+ */
+class GammaGammaAmplitude: public Interfaced {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ GammaGammaAmplitude()
+ {}
+
+public:
+
+ /** @name Virtual functions */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const = 0;
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const = 0;
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int iopt) const = 0;
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const = 0;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights) const = 0;
+
+ /**
+ * The matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const = 0;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(unsigned int iopt, const cPDVector & partons, tcDiagPtr diag) const;
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ * @param r The random number to use for the generation of W
+ * @param partons The outgoing partons
+ * @param The minimum value of W
+ * @param Wmax The maximum for W
+ * @param jacW The jacobian for the gneeration of W
+ * @param scale The scale to be used to make result dimensiionless
+ * @return The generated value of W
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin, Energy Wmax, Energy2 & jacW,Energy2 scale) = 0;
+ //@}
+
+protected:
+
+ /**
+ * book the matrix element and indices for the loops
+ */
+ ProductionMatrixElement bookME(vector<unsigned int> &ihMax,
+ unsigned int ih1, unsigned ih2,
+ const vector<PDT::Spin> &spin) const;
+
+public:
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGammaAmplitude & operator=(const GammaGammaAmplitude &) = delete;
+
+};
+
+}
+
+#endif /* Herwig_GammaGammaAmplitude_H */
diff --git a/MatrixElement/Gamma/MEGammaGamma2PiPi.cc b/MatrixElement/Gamma/MEGammaGamma2PiPi.cc
deleted file mode 100644
--- a/MatrixElement/Gamma/MEGammaGamma2PiPi.cc
+++ /dev/null
@@ -1,174 +0,0 @@
-// -*- C++ -*-
-//
-// This is the implementation of the non-inlined, non-templated member
-// functions of the MEGammaGamma2PiPi class.
-//
-
-#include "MEGammaGamma2PiPi.h"
-#include "ThePEG/Interface/ClassDocumentation.h"
-#include "ThePEG/EventRecord/Particle.h"
-#include "ThePEG/Repository/UseRandom.h"
-#include "ThePEG/Repository/EventGenerator.h"
-#include "ThePEG/Utilities/DescribeClass.h"
-#include "ThePEG/Persistency/PersistentOStream.h"
-#include "ThePEG/Persistency/PersistentIStream.h"
-#include "ThePEG/PDT/EnumParticles.h"
-#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
-#include "ThePEG/StandardModel/StandardModelBase.h"
-#include "Herwig/MatrixElement/HardVertex.h"
-
-using namespace Herwig;
-using ThePEG::Helicity::incoming;
-
-MEGammaGamma2PiPi::MEGammaGamma2PiPi() {
- massOption(vector<unsigned int>(2,1));
-}
-
-void MEGammaGamma2PiPi::getDiagrams() const {
- tcPDPtr gamma = getParticleData(ParticleID::gamma);
- tcPDPtr pip = getParticleData(ParticleID::piplus);
- tcPDPtr pim = pip->CC();
- // first t-channel
- add(new_ptr((Tree2toNDiagram(3),gamma,pip,gamma,1,pip, 2,pim,-1)));
- // interchange
- add(new_ptr((Tree2toNDiagram(3),gamma,pip,gamma,2,pip, 1,pim,-2)));
-}
-
-Energy2 MEGammaGamma2PiPi::scale() const {
- return 2.*sHat()*tHat()*uHat()/(sqr(sHat())+sqr(tHat())+sqr(uHat()));
-}
-
-double MEGammaGamma2PiPi::me2() const {
- VectorWaveFunction p1w(rescaledMomenta()[0],mePartonData()[0],incoming);
- VectorWaveFunction p2w(rescaledMomenta()[1],mePartonData()[1],incoming);
- vector<VectorWaveFunction> p1,p2;
- for(unsigned int ix=0;ix<2;++ix) {
- p1w.reset(2*ix);p1.push_back(p1w);
- p2w.reset(2*ix);p2.push_back(p2w);
- }
- // calculate the matrix element
- return helicityME(p1,p2,rescaledMomenta(),false);
-}
-
-unsigned int MEGammaGamma2PiPi::orderInAlphaS() const {
- return 0;
-}
-
-unsigned int MEGammaGamma2PiPi::orderInAlphaEW() const {
- return 2;
-}
-
-Selector<MEBase::DiagramIndex>
-MEGammaGamma2PiPi::diagrams(const DiagramVector & diags) const {
- Selector<DiagramIndex> sel;
- for ( DiagramIndex i = 0; i < diags.size(); ++i )
- if ( diags[i]->id() == -1 ) sel.insert(meInfo()[0], i);
- else if ( diags[i]->id() == -2 ) sel.insert(meInfo()[1], i);
- return sel;
-}
-
-Selector<const ColourLines *>
-MEGammaGamma2PiPi::colourGeometries(tcDiagPtr ) const {
- static ColourLines c1("");
- Selector<const ColourLines *> sel;
- sel.insert(1.0, &c1);
- return sel;
-}
-
-IBPtr MEGammaGamma2PiPi::clone() const {
- return new_ptr(*this);
-}
-
-IBPtr MEGammaGamma2PiPi::fullclone() const {
- return new_ptr(*this);
-}
-
-// The following static variable is needed for the type
-// description system in ThePEG.
-DescribeNoPIOClass<MEGammaGamma2PiPi,HwMEBase>
-describeHerwigMEGammaGamma2PiPi("Herwig::MEGammaGamma2PiPi", "HwMEGammaGamma.so");
-
-void MEGammaGamma2PiPi::Init() {
-
- static ClassDocumentation<MEGammaGamma2PiPi> documentation
- ("The MEGammaGamma2PiPi class provides a simple matrix element for gamma gamma -> pi+pi-");
-
-}
-
-void MEGammaGamma2PiPi::constructVertex(tSubProPtr sub) {
- // extract the particles in the hard process
- ParticleVector hard;
- hard.push_back(sub->incoming().first);
- hard.push_back(sub->incoming().second);
- hard.push_back(sub->outgoing()[0]);
- hard.push_back(sub->outgoing()[1]);
- // order of particles
- unsigned int order[4]={0,1,2,3};
- // identify the process and calculate matrix element
- vector<VectorWaveFunction> p1,p2;
- if(hard[order[2]]->id()<0) swap(order[2],order[3]);
- VectorWaveFunction (p1 ,hard[order[0]],incoming,false,true);
- VectorWaveFunction (p2 ,hard[order[1]],incoming,false,true);
- p1[1]=p1[2];
- p2[1]=p2[2];
- vector<Lorentz5Momentum> momenta;
- for(unsigned int ix=0;ix<4;++ix)
- momenta.push_back(hard[order[ix]]->momentum());
- helicityME(p1,p2,momenta,true);
- // construct the vertex
- HardVertexPtr hardvertex=new_ptr(HardVertex());
- // set the matrix element for the vertex
- hardvertex->ME(me_);
- // set the pointers and to and from the vertex
- for(unsigned int ix=0;ix<4;++ix) {
- if(hard[order[ix]]->spinInfo())
- hard[order[ix]]->spinInfo()->productionVertex(hardvertex);
- }
-}
-
-double MEGammaGamma2PiPi::helicityME(vector<VectorWaveFunction> &p1,
- vector<VectorWaveFunction> &p2,
- const vector<Lorentz5Momentum> & momenta,
- bool calc) const {
- // for(unsigned int ix=0;ix<4;++ix)
- // cerr << mePartonData()[ix]->PDGName() <<" " << meMomenta()[ix]/GeV << " " << meMomenta()[ix].mass()/GeV << "\n";
- // double beta = meMomenta()[2].vect().mag()/meMomenta()[2].t();
- // double ct = meMomenta()[2].cosTheta();
- // double phi = meMomenta()[2].phi();
- // matrix element to be stored
- if(calc) me_.reset(ProductionMatrixElement(PDT::Spin1,PDT::Spin1,
- PDT::Spin0,PDT::Spin0));
- // calculate the matrix element
- double output(0.),sumdiag[2]={0.,0.};
- Complex diag[2];
- Energy2 d1 = momenta[0]*momenta[2], d2 = momenta[1]*momenta[2];
- for(unsigned int ihel1=0;ihel1<2;++ihel1) {
- complex<Energy> a1 = momenta[2]*p1[ihel1].wave();
- complex<Energy> a2 = momenta[3]*p1[ihel1].wave();
- for(unsigned int ihel2=0;ihel2<2;++ihel2) {
- complex<Energy> b1 = momenta[2]*p2[ihel2].wave();
- complex<Energy> b2 = momenta[3]*p2[ihel2].wave();
- // t-channel diagram
- diag[0] = a1*b2/d1;
- // u-channel diagram
- diag[1] = a2*b1/d2;
- sumdiag[0] += norm(diag[0]);
- sumdiag[1] += norm(diag[1]);
- Complex amp = p1[ihel1].wave()*p2[ihel2].wave()-diag[0]-diag[1];
- output += norm(amp);
- // store the me if needed
- if(calc) me_(2*ihel1,2*ihel2,0,0) = amp;
- }
- }
- // diagrams
- DVector save;
- save.push_back(sumdiag[0]);
- save.push_back(sumdiag[1]);
- meInfo(save);
- // code to test vs the analytic result
- // Energy2 m2 = sqr(momenta[2].mass());
- // double test = 2. + ((d1 + d2)*m2*(-2*d1*d2 + (d1 + d2)*m2))/(sqr(d1)*sqr(d2));
- // cerr << "testing ME " << (output-test)/(output+test) << " " << output << " " << test << " " << output/test << "\n";
- // coupling factors
- return output*sqr(SM().alphaEM()*4.*Constants::pi);
-}
diff --git a/MatrixElement/Gamma/MEGammaGamma2PiPi.h b/MatrixElement/Gamma/MEGammaGamma2PiPi.h
deleted file mode 100644
--- a/MatrixElement/Gamma/MEGammaGamma2PiPi.h
+++ /dev/null
@@ -1,152 +0,0 @@
-// -*- C++ -*-
-#ifndef Herwig_MEGammaGamma2PiPi_H
-#define Herwig_MEGammaGamma2PiPi_H
-//
-// This is the declaration of the MEGammaGamma2PiPi class.
-//
-
-#include "Herwig/MatrixElement/HwMEBase.h"
-#include "Herwig/MatrixElement/ProductionMatrixElement.h"
-#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
-
-namespace Herwig {
-
-using namespace ThePEG;
-using ThePEG::Helicity::VectorWaveFunction;
-
-/**
- * The MEGammaGamma2PiPi class provides a smiple matrix element for \f$\gamma\gamma\to \pi^+\pi^-$ using scalar QED
- *
- * @see \ref MEGammaGamma2PiPiInterfaces "The interfaces"
- * defined for MEGammaGamma2PiPi.
- */
-class MEGammaGamma2PiPi: public HwMEBase {
-
-public:
-
- /**
- * The default constructor.
- */
- MEGammaGamma2PiPi();
-
-public:
-
- /** @name Virtual functions required by the MEBase class. */
- //@{
- /**
- * Return the order in \f$\alpha_S\f$ in which this matrix
- * element is given.
- */
- virtual unsigned int orderInAlphaS() const;
-
- /**
- * Return the order in \f$\alpha_{EW}\f$ in which this matrix
- * element is given.
- */
- virtual unsigned int orderInAlphaEW() const;
-
- /**
- * The matrix element for the kinematical configuration
- * previously provided by the last call to setKinematics(), suitably
- * scaled by sHat() to give a dimension-less number.
- * @return the matrix element scaled with sHat() to give a
- * dimensionless number.
- */
- virtual double me2() const;
-
- /**
- * Return the scale associated with the last set phase space point.
- */
- virtual Energy2 scale() const;
-
- /**
- * Add all possible diagrams with the add() function.
- */
- virtual void getDiagrams() const;
-
- /**
- * Get diagram selector. With the information previously supplied with the
- * setKinematics method, a derived class may optionally
- * override this method to weight the given diagrams with their
- * (although certainly not physical) relative probabilities.
- * @param dv the diagrams to be weighted.
- * @return a Selector relating the given diagrams to their weights.
- */
- virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
-
- /**
- * Return a Selector with possible colour geometries for the selected
- * diagram weighted by their relative probabilities.
- * @param diag the diagram chosen.
- * @return the possible colour geometries weighted by their
- * relative probabilities.
- */
- virtual Selector<const ColourLines *>
- colourGeometries(tcDiagPtr diag) const;
- //@}
-
- /**
- * Construct the vertex of spin correlations.
- */
- virtual void constructVertex(tSubProPtr);
-
-public:
-
- /**
- * The standard Init function used to initialize the interfaces.
- * Called exactly once for each class by the class description system
- * before the main function starts or
- * when this class is dynamically loaded.
- */
- static void Init();
-
-protected:
-
- /**
- * Matrix element for \f$\gamma\gamma\to q\bar{q}\f$
- * @param p1 The wavefunctions for the first incoming photon
- * @param p2 The wavefunctions for the second incoming photon
- * @param momenta The momenta
- * @param calc Whether or not to calculate the matrix element
- */
- double helicityME(vector<VectorWaveFunction> &p1,vector<VectorWaveFunction> &p2,
- const vector<Lorentz5Momentum> & momenta,
- bool calc) const;
-
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const;
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const;
- //@}
-
-private:
-
- /**
- * The assignment operator is private and must never be called.
- * In fact, it should not even be implemented.
- */
- MEGammaGamma2PiPi & operator=(const MEGammaGamma2PiPi &) = delete;
-
-private:
-
- /**
- * Matrix element
- */
- mutable ProductionMatrixElement me_;
-
-};
-
-}
-
-#endif /* Herwig_MEGammaGamma2PiPi_H */
diff --git a/MatrixElement/Gamma/MEGammaGamma2X.cc b/MatrixElement/Gamma/MEGammaGamma2X.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/MEGammaGamma2X.cc
@@ -0,0 +1,174 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEGammaGamma2X class.
+//
+
+#include "MEGammaGamma2X.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEGammaGamma2X::getDiagrams() const {
+ vector<DiagPtr> diags = amp_->getDiagrams(0);
+ for(DiagPtr diag : diags) add(diag);
+}
+
+void MEGammaGamma2X::setKinematics() {
+ HwMEBase::setKinematics(); // Always call the base class method first.
+}
+
+IBPtr MEGammaGamma2X::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEGammaGamma2X::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEGammaGamma2X::persistentOutput(PersistentOStream & os) const {
+ os << amp_;
+}
+
+void MEGammaGamma2X::persistentInput(PersistentIStream & is, int) {
+ is >> amp_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEGammaGamma2X,HwMEBase>
+describeHerwigMEGammaGamma2X("Herwig::MEGammaGamma2X", "HwMEGammaGamma.so");
+
+void MEGammaGamma2X::Init() {
+
+ static ClassDocumentation<MEGammaGamma2X> documentation
+ ("The MEGammaGamma2X class implements the matrix element for gamma gamma ->X");
+
+ static Reference<MEGammaGamma2X,GammaGammaAmplitude> interfaceAmplitude
+ ("Amplitude",
+ "The gamma gamma -> X amplitude",
+ &MEGammaGamma2X::amp_, false, false, true, false, false);
+
+}
+
+Selector<const ColourLines *>
+MEGammaGamma2X::colourGeometries(tcDiagPtr diag) const {
+ return amp_->colourGeometries(0,mePartonData(),diag);
+}
+
+bool MEGammaGamma2X::generateKinematics(const double * r) {
+ vector<Lorentz5Momentum> pout(meMomenta().size()-2);
+ tcPDVector tout(mePartonData().begin()+2,mePartonData().end());
+ double jac = amp_->generateKinematics(r,sHat(),pout,tout);
+ if(jac<0.) return false;
+ jacobian(jac);
+ for(unsigned int ix=0;ix<pout.size();++ix)
+ meMomenta()[ix+2] = pout[ix];
+ vector<LorentzMomentum> p2out(meMomenta().size()-2);
+ for(unsigned int ix=0;ix<pout.size();++ix)
+ p2out[ix] = pout[ix];
+ return lastCuts().passCuts(tout, p2out, mePartonData()[0], mePartonData()[1]);
+}
+
+Energy2 MEGammaGamma2X::scale() const {
+ return sHat();
+}
+
+CrossSection MEGammaGamma2X::dSigHatDR() const {
+ return 0.5*sqr(hbarc)*me2()*jacobian()*pow(Constants::twopi,4)/sHat();
+}
+
+double MEGammaGamma2X::me2() const {
+ using ThePEG::Helicity::incoming;
+ VectorWaveFunction p1w(meMomenta()[0],mePartonData()[0],incoming);
+ VectorWaveFunction p2w(meMomenta()[1],mePartonData()[1],incoming);
+ vector<VectorWaveFunction> p1,p2;
+ for(unsigned int ix=0;ix<2;++ix) {
+ p1w.reset(2*ix);p1.push_back(p1w);
+ p2w.reset(2*ix);p2.push_back(p2w);
+ //p1w.reset(10);p1.push_back(p1w);
+ //p2w.reset(10);p2.push_back(p2w);
+ }
+ DVector save;
+ double output = amp_->me2(p1,p2,meMomenta()[0].m2(),meMomenta()[1].m2(),sHat(),
+ vector<Lorentz5Momentum>(meMomenta().begin()+2,meMomenta().end()),
+ cPDVector(mePartonData().begin()+2,mePartonData().end()),save);
+ meInfo(save);
+ return output;
+}
+
+Selector<MEBase::DiagramIndex>
+MEGammaGamma2X::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) {
+ unsigned int id = abs(diags[i]->id())-1;
+ if(id<meInfo().size())
+ sel.insert(meInfo()[id], i);
+ else if ( meInfo().empty() ) sel.insert(1., i);
+ else
+ assert(false);
+ }
+ return sel;
+}
+
+void MEGammaGamma2X::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ tParticleVector hard;
+ hard.reserve(sub->outgoing().size()+2);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ for(unsigned int ix=0;ix<sub->outgoing().size();++ix)
+ hard.push_back(sub->outgoing()[ix]);
+ // calculate the photon currents (removing null 0 state)
+ vector<VectorWaveFunction> p1,p2;
+ VectorWaveFunction (p1,hard[0],incoming,false,true );
+ p1[1]=p1[2];p1.resize(2);
+ VectorWaveFunction (p2,hard[1],incoming,false,true );
+ p2[1]=p2[2];p2.resize(2);
+ tParticleVector pTemp(hard.begin()+2,hard.end());
+ ProductionMatrixElement me = amp_->me(p1,p2,pTemp);
+ // // for(auto part : hard ) cerr << *part << "\n";
+ // // for(unsigned int ih1=0;ih1<2;++ih1)
+ // // for(unsigned int ih2=0;ih2<2;++ih2)
+ // // for(unsigned int ih5=0;ih5<hard.back()->dataPtr()->iSpin();++ih5)
+ // // cerr << ih1 << " " << ih2 << " " << ih5 << " " << me(ih1,ih2,ih5) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex=new_ptr(HardVertex());
+ // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int ix=0;ix<hard.size();++ix) {
+ hard[ix]->spinInfo()->productionVertex(hardvertex);
+ }
+}
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/MatrixElement/Gamma/MEGammaGamma2X.h b/MatrixElement/Gamma/MEGammaGamma2X.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/MEGammaGamma2X.h
@@ -0,0 +1,192 @@
+// -*- C++ -*-
+#ifndef Herwig_MEGammaGamma2X_H
+#define Herwig_MEGammaGamma2X_H
+//
+// This is the declaration of the MEGammaGamma2X class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "GammaGammaAmplitude.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEGammaGamma2X class implements the matrix element for $\gamma\gamma\to X$ processes using
+ * the GammaGammaAmplitude
+ *
+ * @see \ref MEGammaGamma2XInterfaces "The interfaces"
+ * defined for MEGammaGamma2X.
+ */
+class MEGammaGamma2X: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEGammaGamma2X() {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return amp_->orderInAlphaS();
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return amp_->orderInAlphaS();
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Set the typed and momenta of the incoming and outgoing partons to
+ * be used in subsequent calls to me() and colourGeometries()
+ * according to the associated XComb object. If the function is
+ * overridden in a sub class the new function must call the base
+ * class one first.
+ */
+ virtual void setKinematics();
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const {
+ return amp_->nDim(0);
+ }
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEGammaGamma2X & operator=(const MEGammaGamma2X &) = delete;
+
+private:
+
+ /**
+ * Pointer to the amplitude for the \f$\gamma\gamma$ process
+ */
+ GammaGammaAmpPtr amp_;
+
+};
+
+}
+
+#endif /* Herwig_MEGammaGamma2X_H */
diff --git a/MatrixElement/Gamma/MEGammaGamma2ff.cc b/MatrixElement/Gamma/MEGammaGamma2ff.cc
deleted file mode 100644
--- a/MatrixElement/Gamma/MEGammaGamma2ff.cc
+++ /dev/null
@@ -1,275 +0,0 @@
-// -*- C++ -*-
-//
-// This is the implementation of the non-inlined, non-templated member
-// functions of the MEGammaGamma2ff class.
-//
-
-#include "MEGammaGamma2ff.h"
-#include "ThePEG/Utilities/DescribeClass.h"
-#include "ThePEG/Interface/ClassDocumentation.h"
-#include "ThePEG/Persistency/PersistentOStream.h"
-#include "ThePEG/Persistency/PersistentIStream.h"
-#include "ThePEG/PDT/EnumParticles.h"
-#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
-#include "ThePEG/Interface/Switch.h"
-#include "Herwig/Models/StandardModel/StandardModel.h"
-#include "ThePEG/Handlers/StandardXComb.h"
-#include "Herwig/MatrixElement/HardVertex.h"
-
-using namespace Herwig;
-
-MEGammaGamma2ff::MEGammaGamma2ff() : process_(0) {
- massOption(vector<unsigned int>(2,1));
-}
-
-void MEGammaGamma2ff::doinit() {
- HwMEBase::doinit();
- // cast the SM pointer to the Herwig SM pointer
- tcHwSMPtr hwsm=ThePEG::dynamic_ptr_cast<tcHwSMPtr>(standardModel());
- // do the initialisation
- if(!hwsm)
- throw InitException() << "Must be the Herwig StandardModel class in "
- << "MEGammaGamma2ff::doinit" << Exception::abortnow;
- vertex_ = hwsm->vertexFFP();
-}
-
-void MEGammaGamma2ff::getDiagrams() const {
- tcPDPtr gamma = getParticleData(ParticleID::gamma);
- for(int ix=1;ix<17;++ix) {
- // increment counter to switch between quarks and leptons
- if(ix==7) ix+=4;
- if(ix>11&&ix%2==0) ++ix;
- // is it a valid quark process
- bool quark = ix<=6 && (process_==0 || process_==1 || process_-10==ix);
- // is it a valid lepton process
- bool lepton= ix>=11 && ix<=16 &&
- (process_==0 || process_==2 || ( (ix-9)/2 ==process_-4) );
- // only add diagram if allowed
- if(!quark && !lepton) continue;
- tcPDPtr lm = getParticleData(ix);
- tcPDPtr lp = lm->CC();
- // first t-channel
- add(new_ptr((Tree2toNDiagram(3),gamma,lp,gamma,1,lm, 2,lp,-1)));
- // interchange
- add(new_ptr((Tree2toNDiagram(3),gamma,lp,gamma,2,lm, 1,lp,-2)));
- }
-}
-
-Energy2 MEGammaGamma2ff::scale() const {
- return 2.*sHat()*tHat()*uHat()/(sqr(sHat())+sqr(tHat())+sqr(uHat()));
-}
-
-double MEGammaGamma2ff::me2() const {
- VectorWaveFunction p1w(rescaledMomenta()[0],mePartonData()[0],incoming);
- VectorWaveFunction p2w(rescaledMomenta()[1],mePartonData()[1],incoming);
- SpinorBarWaveFunction fw(rescaledMomenta()[2],mePartonData()[2],outgoing);
- SpinorWaveFunction fbarw(rescaledMomenta()[3],mePartonData()[3],outgoing);
- vector<VectorWaveFunction> p1,p2;
- vector<SpinorBarWaveFunction> f;
- vector<SpinorWaveFunction> fbar;
- for(unsigned int ix=0;ix<2;++ix) {
- p1w.reset(2*ix);p1.push_back(p1w);
- p2w.reset(2*ix);p2.push_back(p2w);
- fw.reset(ix);f.push_back(fw);
- fbarw.reset(ix);fbar.push_back(fbarw);
- }
- // calculate the matrix element
- return helicityME(p1,p2,f,fbar,false);
-}
-
-unsigned int MEGammaGamma2ff::orderInAlphaS() const {
- return 0;
-}
-
-unsigned int MEGammaGamma2ff::orderInAlphaEW() const {
- return 2;
-}
-
-double MEGammaGamma2ff::helicityME(vector<VectorWaveFunction> &p1,
- vector<VectorWaveFunction> &p2,
- vector<SpinorBarWaveFunction> & f,
- vector<SpinorWaveFunction> & fbar, bool calc) const {
- // scale (external photons so scale in couplings is 0)
- Energy2 mt(0.*GeV2);
- // matrix element to be stored
- if(calc) me_.reset(ProductionMatrixElement(PDT::Spin1,PDT::Spin1,
- PDT::Spin1Half,PDT::Spin1Half));
- // calculate the matrix element
- double output(0.),sumdiag[2]={0.,0.};
- Complex diag[2];
- SpinorWaveFunction inters;
- for(unsigned int ihel1=0;ihel1<2;++ihel1) {
- for(unsigned int ihel2=0;ihel2<2;++ihel2) {
- for(unsigned int ohel1=0;ohel1<2;++ohel1) {
- for(unsigned int ohel2=0;ohel2<2;++ohel2) {
- //first t-channel diagram
- inters =vertex_->evaluate(mt,1,fbar[ohel2].particle()->CC(),
- fbar[ohel2],p2[ihel2]);
- diag[0]=vertex_->evaluate(mt,inters,f[ohel1],p1[ihel1]);
- //second t-channel diagram
- inters =vertex_->evaluate(mt,1,fbar[ohel2].particle()->CC(),
- fbar[ohel2],p1[ihel1]);
- diag[1]=vertex_->evaluate(mt,inters,f[ohel1],p2[ihel2]);
- sumdiag[0] += norm(diag[0]);
- sumdiag[1] += norm(diag[1]);
- diag[0] += diag[1];
- output += norm(diag[0]);
- // store the me if needed
- if(calc) me_(2*ihel1,2*ihel2,ohel1,ohel2) = diag[0];
- }
- }
- }
- }
- // diagrams
- DVector save;
- save.push_back(sumdiag[0]);
- save.push_back(sumdiag[1]);
- meInfo(save);
- // colour factors if needed
- if(mePartonData()[2]->coloured()) output *= 3.;
- // // code to test vs the analytic result
- // Energy2 m2 = sqr(f[0].particle()->mass());
- // Energy2 tm = (p1[0].momentum()+f [0].momentum()).m2()-m2;
- // Energy2 um = (p1[0].momentum()+fbar[0].momentum()).m2()-m2;
- // double test = 8.*um/tm+8.*tm/um- 32*m2/tm - 32*m2/um
- // -32*sqr(double(m2/tm)) - 64*sqr(m2)/tm/um - 32*sqr(double(m2/um));
- // test *= sqr(4.*Constants::pi*SM().alphaEM());
- // if(mePartonData()[2]->coloured()) test *= 3.;
- // cerr << "testing ME " << (output-test)/(output+test) << "\n";
- // spin factors
- return 0.25*output;
-}
-
-Selector<MEBase::DiagramIndex>
-MEGammaGamma2ff::diagrams(const DiagramVector & diags) const {
- Selector<DiagramIndex> sel;
- for ( DiagramIndex i = 0; i < diags.size(); ++i )
- if ( diags[i]->id() == -1 ) sel.insert(meInfo()[0], i);
- else if ( diags[i]->id() == -2 ) sel.insert(meInfo()[1], i);
- return sel;
-}
-
-Selector<const ColourLines *>
-MEGammaGamma2ff::colourGeometries(tcDiagPtr ) const {
- static ColourLines c1("");
- static ColourLines c2("4 -2 -5");
- Selector<const ColourLines *> sel;
- if(mePartonData()[2]->coloured()) sel.insert(1.0, &c2);
- else sel.insert(1.0, &c1);
- return sel;
-}
-
-void MEGammaGamma2ff::persistentOutput(PersistentOStream & os) const {
- os << process_ << vertex_;
-}
-
-void MEGammaGamma2ff::persistentInput(PersistentIStream & is, int) {
- is >> process_ >> vertex_;
-}
-
-// The following static variable is needed for the type
-// description system in ThePEG.
-DescribeClass<MEGammaGamma2ff,HwMEBase>
-describeHerwigMEGammaGamma2ff("Herwig::MEGammaGamma2ff", "HwMEGammaGamma.so");
-
-void MEGammaGamma2ff::Init() {
-
- static ClassDocumentation<MEGammaGamma2ff> documentation
- ("The MEGammaGamma2ff class implements the matrix elemments for"
- " direct fermion-antifermion production in gamma-gamma collisions.");
-
- static Switch<MEGammaGamma2ff,int> interfaceProcess
- ("Process",
- "Which process to included",
- &MEGammaGamma2ff::process_, 0, false, false);
- static SwitchOption interfaceProcessAll
- (interfaceProcess,
- "All",
- "Include all SM fermions as outgoing particles",
- 0);
- static SwitchOption interfaceProcessQuarks
- (interfaceProcess,
- "Quarks",
- "All include the quarks as outgoing particles",
- 1);
- static SwitchOption interfaceProcessLeptons
- (interfaceProcess,
- "Leptons",
- "Only include the leptons as outgoing particles",
- 2);
- static SwitchOption interfaceProcessElectron
- (interfaceProcess,
- "Electron",
- "Only include e+e- as outgoing particles",
- 5);
- static SwitchOption interfaceProcessMuon
- (interfaceProcess,
- "Muon",
- "Only include mu+mu- as outgoing particles",
- 6);
- static SwitchOption interfaceProcessTau
- (interfaceProcess,
- "Tau",
- "Only include tau+tau- as outgoing particles",
- 7);
- static SwitchOption interfaceProcessDown
- (interfaceProcess,
- "Down",
- "Only include d dbar as outgoing particles",
- 11);
- static SwitchOption interfaceProcessUp
- (interfaceProcess,
- "Up",
- "Only include u ubar as outgoing particles",
- 12);
- static SwitchOption interfaceProcessStrange
- (interfaceProcess,
- "Strange",
- "Only include s sbar as outgoing particles",
- 13);
- static SwitchOption interfaceProcessCharm
- (interfaceProcess,
- "Charm",
- "Only include c cbar as outgoing particles",
- 14);
- static SwitchOption interfaceProcessBottom
- (interfaceProcess,
- "Bottom",
- "Only include b bbar as outgoing particles",
- 15);
- static SwitchOption interfaceProcessTop
- (interfaceProcess,
- "Top",
- "Only include t tbar as outgoing particles",
- 16);
-}
-
-void MEGammaGamma2ff::constructVertex(tSubProPtr sub) {
- // extract the particles in the hard process
- ParticleVector hard;
- hard.push_back(sub->incoming().first);
- hard.push_back(sub->incoming().second);
- hard.push_back(sub->outgoing()[0]);
- hard.push_back(sub->outgoing()[1]);
- // order of particles
- unsigned int order[4]={0,1,2,3};
- // identify the process and calculate matrix element
- vector<VectorWaveFunction> p1,p2;
- if(hard[order[2]]->id()<0) swap(order[2],order[3]);
- vector<SpinorWaveFunction> fbar;
- vector<SpinorBarWaveFunction> f;
- VectorWaveFunction (p1 ,hard[order[0]],incoming,false,true);
- VectorWaveFunction (p2 ,hard[order[1]],incoming,false,true);
- SpinorBarWaveFunction(f ,hard[order[2]],outgoing,true );
- SpinorWaveFunction (fbar,hard[order[3]],outgoing,true );
- p1[1]=p1[2];
- p2[1]=p2[2];
- helicityME(p1,p2,f,fbar,true);
- // construct the vertex
- HardVertexPtr hardvertex=new_ptr(HardVertex());
- // set the matrix element for the vertex
- hardvertex->ME(me_);
- // set the pointers and to and from the vertex
- for(unsigned int ix=0;ix<4;++ix)
- hard[order[ix]]->spinInfo()->productionVertex(hardvertex);
-}
diff --git a/MatrixElement/Gamma/MEGammaGamma2ff.h b/MatrixElement/Gamma/MEGammaGamma2ff.h
deleted file mode 100644
--- a/MatrixElement/Gamma/MEGammaGamma2ff.h
+++ /dev/null
@@ -1,191 +0,0 @@
-// -*- C++ -*-
-#ifndef HERWIG_MEGammaGamma2ff_H
-#define HERWIG_MEGammaGamma2ff_H
-//
-// This is the declaration of the MEGammaGamma2ff class.
-//
-
-#include "Herwig/MatrixElement/HwMEBase.h"
-#include "Herwig/MatrixElement/ProductionMatrixElement.h"
-#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
-#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
-#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
-#include "ThePEG/Helicity/Vertex/AbstractFFVVertex.fh"
-
-namespace Herwig {
-
-using namespace ThePEG;
-
-/**
- * The MEGammaGamma2ff class provides the matrix elements for
- * \f$\gamma\gamma\to f \bar{f}\f$.
- *
- * @see \ref MEGammaGamma2ffInterfaces "The interfaces"
- * defined for MEGammaGamma2ff.
- */
-class MEGammaGamma2ff: public HwMEBase {
-
-public:
-
- /**
- * The default constructor.
- */
- MEGammaGamma2ff();
-
- /** @name Virtual functions required by the MEBase class. */
- //@{
- /**
- * Return the order in \f$\alpha_S\f$ in which this matrix
- * element is given.
- */
- virtual unsigned int orderInAlphaS() const;
-
- /**
- * Return the order in \f$\alpha_{EW}\f$ in which this matrix
- * element is given.
- */
- virtual unsigned int orderInAlphaEW() const;
-
- /**
- * The matrix element for the kinematical configuration
- * previously provided by the last call to setKinematics(), suitably
- * scaled by sHat() to give a dimension-less number.
- * @return the matrix element scaled with sHat() to give a
- * dimensionless number.
- */
- virtual double me2() const;
-
- /**
- * Return the scale associated with the last set phase space point.
- */
- virtual Energy2 scale() const;
-
- /**
- * Add all possible diagrams with the add() function.
- */
- virtual void getDiagrams() const;
-
- /**
- * Get diagram selector. With the information previously supplied with the
- * setKinematics method, a derived class may optionally
- * override this method to weight the given diagrams with their
- * (although certainly not physical) relative probabilities.
- * @param dv the diagrams to be weighted.
- * @return a Selector relating the given diagrams to their weights.
- */
- virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
-
- /**
- * Return a Selector with possible colour geometries for the selected
- * diagram weighted by their relative probabilities.
- * @param diag the diagram chosen.
- * @return the possible colour geometries weighted by their
- * relative probabilities.
- */
- virtual Selector<const ColourLines *>
- colourGeometries(tcDiagPtr diag) const;
-
- /**
- * Construct the vertex of spin correlations.
- */
- virtual void constructVertex(tSubProPtr);
- //@}
-
-public:
-
- /** @name Functions used by the persistent I/O system. */
- //@{
- /**
- * Function used to write out object persistently.
- * @param os the persistent output stream written to.
- */
- void persistentOutput(PersistentOStream & os) const;
-
- /**
- * Function used to read in object persistently.
- * @param is the persistent input stream read from.
- * @param version the version number of the object when written.
- */
- void persistentInput(PersistentIStream & is, int version);
- //@}
-
- /**
- * The standard Init function used to initialize the interfaces.
- * Called exactly once for each class by the class description system
- * before the main function starts or
- * when this class is dynamically loaded.
- */
- static void Init();
-
-protected:
-
- /**
- * Matrix element for \f$\gamma\gamma\to q\bar{q}\f$
- * @param p1 The wavefunctions for the first incoming photon
- * @param p2 The wavefunctions for the second incoming photon
- * @param f The wavefunction for the outgoing fermion
- * @param fbar The wavefunction for the outgoing antifermion
- * @param calc Whether or not to calculate the matrix element
- */
- double helicityME(vector<VectorWaveFunction> &p1,vector<VectorWaveFunction> &p2,
- vector<SpinorBarWaveFunction> & f,
- vector<SpinorWaveFunction> & fbar, bool calc) const;
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const {return new_ptr(*this);}
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const {return new_ptr(*this);}
- //@}
-
-protected:
-
- /** @name Standard Interfaced functions. */
- //@{
- /**
- * Initialize this object after the setup phase before saving an
- * EventGenerator to disk.
- * @throws InitException if object could not be initialized properly.
- */
- virtual void doinit();
- //@}
-
-private:
-
- /**
- * The assignment operator is private and must never be called.
- * In fact, it should not even be implemented.
- */
- MEGammaGamma2ff & operator=(const MEGammaGamma2ff &) = delete;
-
-private:
-
- /**
- * Which processes to include
- */
- int process_;
-
- /**
- * Pointer to the photon vertex
- */
- AbstractFFVVertexPtr vertex_;
-
- /**
- * Matrix element
- */
- mutable ProductionMatrixElement me_;
-
-};
-
-}
-
-#endif /* HERWIG_MEGammaGamma2ff_H */
diff --git a/MatrixElement/Gamma/MEff2ffX.cc b/MatrixElement/Gamma/MEff2ffX.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/MEff2ffX.cc
@@ -0,0 +1,680 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEff2ffX class.
+//
+
+#include "MEff2ffX.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEff2ffX::getDiagrams() const {
+ vector<DiagPtr> diags = amp_->getDiagrams(1);
+ for(DiagPtr diag : diags) add(diag);
+}
+
+Energy2 MEff2ffX::scale() const {
+ return sHat();
+}
+
+int MEff2ffX::nDim() const {
+ return 4+amp_->nDim(1);
+}
+
+void MEff2ffX::setKinematics() {
+ HwMEBase::setKinematics(); // Always call the base class method first.
+}
+
+bool MEff2ffX::generateKinematics(const double * r) {
+ // initialise the jacobian
+ jacobian(1.);
+ // roots
+ Energy rS(sqrt(sHat()));
+ Energy W(ZERO);
+ Energy m = mePartonData()[0]->mass();
+ if(amp_->nDim(1)==0) {
+ W = mePartonData()[4]->mass();
+ }
+ else {
+ Energy2 jacW(ZERO);
+ Energy Wmax = rS-2.*m;
+ W = amp_->generateW(r[4],tcPDVector(mePartonData().begin()+4,mePartonData().end()),mHatMin_,Wmax,jacW,sHat());
+ jacobian(jacW*jacobian()/sHat());
+ }
+ Energy2 m2=sqr(m), W2=sqr(W);
+ double beta = sqrt(1.-4.*m2/sHat());
+ // initialise the jacobian
+ jacobian(jacobian()*0.25*sqr(Constants::pi)/beta);
+ // outer integral is t2
+ Energy2 deltat2 = beta*sqrt((sHat()-W2)*(sHat()-sqr(W+2.*m)));
+ Energy2 t2min = -0.5*(sHat()-W2-2.*m*W-4.*m2+deltat2);
+ Energy2 t2max = sqr(m*W*(W+2.*m))/t2min/sHat();
+ Energy2 thmin = lastCuts().minTij(mePartonData()[0], mePartonData()[2]);
+ if(thmin>abs(t2max)) t2max=-thmin;
+ if(abs(t2max)<Q2_2min_) t2max= -Q2_2min_;
+ if(abs(t2min)>Q2_2max_) t2min= -Q2_2max_;
+ if(t2max<t2min) return false;
+ t2_ = t2min*pow(t2max/t2min,r[0]);
+ double y2 = sqrt(1.-4.*m2/t2_);
+ jacobian(jacobian()*log(t2max/t2min)*t2_/sHat());
+ // then t1
+ Energy2 Q = (t2_*sHat() - m2*t2_ - sqr(m*W) -sHat()*t2_*beta*y2)/m2;
+ Energy2 a1 = 2.*(Q+t2_+2.*m2+W2);
+ Energy4 b1 = sqr(Q)-8.*m2*t2_-sqr(t2_)-8.*sqr(m*W)+2.*t2_*W2-pow<4,1>(W);
+ Energy6 c1 = 4.*sqr(m*(W2-t2_));
+ Energy8 delta1 = (Q+t2_-4.*m*W-W2)*(Q+t2_+4.*m*W-W2)*(sqr(Q)-16.*m2*t2_-2.*Q*t2_+sqr(t2_)+2.*Q*W2-2.*t2_*W2+pow<4,1>(W));
+ Energy2 t1min = -0.5*(b1+sqrt(delta1))/a1;
+ Energy2 t1max = c1/a1/t1min;
+ thmin = lastCuts().minTij(mePartonData()[1], mePartonData()[3]);
+ if(thmin>abs(t1max)) t1max=-thmin;
+ if(abs(t1max)<Q2_1min_) t1max= -Q2_1min_;
+ if(abs(t1min)>Q2_1max_) t1min= -Q2_1max_;
+ if(t1max<t1min) return false;
+ t1_ = t1min*pow(t1max/t1min,r[1]);
+ double y1 = sqrt(1.-4.*m2/t1_);
+ jacobian(jacobian()*log(t1max/t1min)*t1_/sHat());
+ // then s1
+ Energy2 nu = 0.5*(W2-t1_-t2_);
+ Energy K = sqrt(sqr(nu)-t1_*t2_)/W;
+ double d1 = log(sHat()/(nu+K*W)*sqr(1.+beta)/((1.+y1)*(1.+y2)));
+ jacobian(jacobian()*d1);
+ Energy2 X1 = (nu+K*W)*(1.+y1)*exp(d1*r[2]);
+ Energy2 s1 = 0.5*X1+m2+t2_+2.*m2*t2_/X1;
+ // finally s2
+ Energy6 G3 = pow<6,1>(m) - 2.*sqr(m2)*s1 + sHat()*t2_*(sHat()-s1+t2_) + m2*(sqr(s1)-3.*sHat()*t2_);
+ Energy6 G4 = sqr(m2)*t1_ + t1_*(sqr(s1)+t2_*W2+s1*(t1_-t2_-W2))
+ - m2*(2.*s1*t1_ - sqr(t2_-W2) + t1_*(t2_ + W2));
+ auto Delta = 16.*G3*G4;
+ Energy6 rDelta = sqrt(Delta);
+ Energy4 a = sqr(s1-t2_-m2)-4.*m2*t2_;
+ Energy6 b = -2.*pow<6,1>(m) + 4.*sqr(m2)*s1 - 2.*m2*sqr(s1) + 2*sqr(m2)*t1_ - 2.*m2*sHat()*t1_
+ + 2.*sHat()*s1*t1_ - 2*sqr(s1)*t1_ + 8.*sqr(m2)*t2_ - 2*m2*sHat()*t2_ + 2*sHat()*s1*t2_ - 2*m2*t1_*t2_ + 2*sHat()*t1_*t2_
+ + 2*s1*t1_*t2_ - 2*m2*sqr(t2_) - 2*sHat()*sqr(t2_) - 4*sqr(m2)*W2 + 2*m2*sHat()*W2 + 4*m2*s1*W2
+ - 2*sHat()*s1*W2 + 2*sHat()*t2_*W2;
+ Energy2 s2 = -0.5/a*(b+rDelta*cos(Constants::pi*r[3]));
+ // now generate the momenta
+ // Energies and maginitudes of the momenta
+ Energy E1 = 0.5*(sHat()+m2-s2)/rS; Energy P1 = sqrt(sqr(E1)-m2);
+ Energy E2 = 0.5*(sHat()+m2-s1)/rS; Energy P2 = sqrt(sqr(E2)-m2);
+ Energy EX = 0.5*(s1+s2-2*m2)/rS ; Energy PX = sqrt(sqr(EX)-W2);
+ // angle wrt beams
+ // e-
+ Energy6 D1 = 0.25*(-pow<6,1>(m)+ 2*sqr(m2)*s2-sHat()*t1_*(sHat()-s2+t1_)-sqr(m)*(sqr(s2) - 3.*sHat()*t1_));
+ double sTheta1 = 2.*sqrt(D1)/sHat()/beta/P1;
+ double cTheta1 = 0.5*(sHat()-s2+2.*t1_-3.*m2)/beta/rS/P1;
+ double theta1 = asin(sTheta1);
+ cHalf1_ = cos(0.5*theta1);
+ sHalf1_ = sin(0.5*theta1);
+ if(cTheta1<0.) {
+ swap(cHalf1_,sHalf1_);
+ cTheta1=-sqrt(1.-sqr(sTheta1));
+ }
+ else
+ cTheta1=sqrt(1.-sqr(sTheta1));
+ // e+
+ Energy6 D3 = -0.25*G3;
+ double sTheta2 = 2.*sqrt(D3)/sHat()/beta/P2;
+ double cTheta2 =-0.5*(sHat()-s1+2.*t2_-3.*m2)/beta/rS/P2;
+ double theta2 = asin(sTheta2);
+ cHalf2_ = cos(0.5*theta2);
+ sHalf2_ = sin(0.5*theta2);
+ if(cTheta2<0.) {
+ swap(cHalf2_,sHalf2_);
+ cTheta2=-sqrt(1.-sqr(sTheta2));
+ }
+ else
+ cTheta2=sqrt(1.-sqr(sTheta2));
+ // Energy6 D2 = 0.25*(-sqr(m2)*t2_ + m2*(2*s2*t2_ - sqr(t1_-W2) + t2_*(t1_ + W2)) - t2_*(sqr(s2) + t1_*W2 - s2*(t1_ - t2_ + W2)));
+ // hadronic system
+ Energy6 D6 = -0.25*m2*(s1-m2)*(s2-m2)
+ + 0.125*sHat()*((-m2 + s2 - t1_)*(-m2 + s1 - t2_) + t1_*t2_ - (sHat()-4*m2)*(W2-t1_-t2_));
+ Energy6 D5 = D1+D3+2.*D6;
+ if(D5<ZERO) return false;
+ double sThetaX = 2.*sqrt(max(ZERO,D5))/sHat()/beta/PX;
+ double cThetaX = 0.5*(s2-s1+2.*t2_-2.*t1_)/beta/rS/PX;
+ // azimuths
+ auto Delta4 = -Delta/64./a*sqr(sin(r[3]*Constants::pi));
+ if(Delta4>ZERO) return false;
+ double sPhi1 = 2.*sqrt(max(ZERO,-Delta4))/sHat()/beta/PX/sThetaX/P1/sTheta1;
+ double cPhi1 = (D1+D6)/sqrt(D1*D5);
+ double sPhi2 =-2.*sqrt(-Delta4)/sHat()/beta/PX/sThetaX/P2/sTheta2;
+ double cPhi2 = (D3+D6)/sqrt(D3*D5);
+ // rotation of the system
+ double phi = Constants::twopi*UseRandom::rnd();
+ double cPhi = cos(phi), sPhi = sin(phi);
+ phi1_ = atan2(sPhi1,cPhi1)+phi;
+ phi2_ = atan2(sPhi2,cPhi2)+phi;
+ // set the momenta
+ meMomenta()[2].setE(E1);
+ meMomenta()[3].setE(E2);
+ meMomenta()[2].setX( P1*sTheta1*(cPhi1*cPhi-sPhi1*sPhi));
+ meMomenta()[3].setX( P2*sTheta2*(cPhi2*cPhi-sPhi2*sPhi));
+ meMomenta()[2].setY( P1*sTheta1*(cPhi1*sPhi+sPhi1*cPhi));
+ meMomenta()[3].setY( P2*sTheta2*(cPhi2*sPhi+sPhi2*cPhi));
+ meMomenta()[2].setZ(P1*cTheta1);
+ meMomenta()[3].setZ(P2*cTheta2);
+ Lorentz5Momentum pX(-PX*sThetaX*cPhi,-PX*sThetaX*sPhi, PX*cThetaX,EX,W);
+ // momentum conservation test
+ Lorentz5Momentum ptotal;
+ for(unsigned int ix=0;ix<4;++ix) {
+ if(ix<2) ptotal -=meMomenta()[ix];
+ else ptotal +=meMomenta()[ix];
+ }
+ ptotal+=pX;
+ //double test = (sqr(ptotal.x())+sqr(ptotal.y())+sqr(ptotal.z())+sqr(ptotal.t()))/sHat();
+ if(meMomenta().size()==5) {
+ meMomenta()[4] = pX;
+ }
+ else {
+ vector<Lorentz5Momentum> pout(meMomenta().size()-4);
+ tcPDVector tout(mePartonData().begin()+4,mePartonData().end());
+ double jac = amp_->generateKinematics(r+5,W2,pout,tout);
+ Boost bv = pX.boostVector();
+ for(unsigned int ix=0;ix<pout.size();++ix)
+ meMomenta()[ix+4] = pout[ix].boost(bv);
+ jacobian(pow(Constants::twopi,3)*jac*jacobian());
+ }
+ // check the cuts
+ vector<LorentzMomentum> out(meMomenta().size()-2);
+ tcPDVector tout(meMomenta().size()-2);
+ for(unsigned int ix=0;ix<meMomenta().size()-2;++ix) {
+ out [ix] = meMomenta() [2+ix];
+ tout[ix] = mePartonData()[2+ix];
+ }
+ return lastCuts().passCuts(tout, out, mePartonData()[0], mePartonData()[1]);
+}
+
+double MEff2ffX::me2() const {
+ // calculate the leptonic currents
+ vector<VectorWaveFunction> current1 = firstCurrent(mePartonData()[0],meMomenta()[0],meMomenta()[2]);
+ vector<VectorWaveFunction> current2 = secondCurrent(mePartonData()[1],meMomenta()[1],meMomenta()[3]);
+ DVector save;
+ double output = amp_->me2(current1,current2,t1_,t2_,sHat(),
+ vector<Lorentz5Momentum>(meMomenta().begin()+4,meMomenta().end()),
+ cPDVector(mePartonData().begin()+4,mePartonData().end()),save);
+ meInfo(save);
+ return output;
+}
+
+CrossSection MEff2ffX::dSigHatDR() const {
+ return 0.5/pow(Constants::twopi,5)*sqr(hbarc)*me2()*jacobian()/sHat()*sqr(sHat()*UnitRemoval::InvE2);
+}
+
+Selector<MEBase::DiagramIndex>
+MEff2ffX::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) {
+ unsigned int id = abs(diags[i]->id())-1;
+ if(id<meInfo().size())
+ sel.insert(meInfo()[0], i);
+ else if ( meInfo().empty() ) sel.insert(1., i);
+ else
+ assert(false);
+ }
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEff2ffX::colourGeometries(tcDiagPtr diag) const {
+ return amp_->colourGeometries(1,mePartonData(),diag);
+}
+
+IBPtr MEff2ffX::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEff2ffX::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEff2ffX::persistentOutput(PersistentOStream & os) const {
+ os << FFPVertex_ << gamma_ << amp_ << currentMode_
+ << ounit(Q2_1min_,GeV2) << ounit(Q2_1max_,GeV2)
+ << ounit(Q2_2min_,GeV2) << ounit(Q2_2max_,GeV2)
+ << ounit(mHatMin_,GeV) << formFactor_;
+}
+
+void MEff2ffX::persistentInput(PersistentIStream & is, int) {
+ is >> FFPVertex_ >> gamma_ >> amp_ >> currentMode_
+ >> iunit(Q2_1min_,GeV2) >> iunit(Q2_1max_,GeV2)
+ >> iunit(Q2_2min_,GeV2) >> iunit(Q2_2max_,GeV2) >> iunit(mHatMin_,GeV)
+ >> formFactor_;
+}
+
+void MEff2ffX::doinit() {
+ HwMEBase::doinit();
+ // cast the SM pointer to the Herwig SM pointer
+ tcHwSMPtr hwsm= dynamic_ptr_cast<tcHwSMPtr>(standardModel());
+ FFPVertex_ = hwsm->vertexFFP();
+ gamma_ = getParticleData(ParticleID::gamma);
+
+ vector<Energy2> q2 = {0.*GeV2,1.*GeV2,2.*GeV2,3.*GeV2,4.*GeV2,100.*GeV2};
+ vector<double> ff = {1.,1.,1.,1.,1.,1.};
+ formFactor_ = make_InterpolatorPtr(ff,q2,3);
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEff2ffX,HwMEBase>
+describeHerwigMEff2ffX("Herwig::MEff2ffX", "HwMEGammaGamma.so");
+
+void MEff2ffX::Init() {
+
+ static ClassDocumentation<MEff2ffX> documentation
+ ("The MEff2ffX class implements e+e- -> e+e- gamma gamma processes with"
+ " gamma gamma-X via the GammaGammaAmplitude");
+
+ static Parameter<MEff2ffX,Energy2> interfaceQ2_1Min
+ ("Q2_1Min",
+ "The minimum value of Q2 for the off-shell photon from the electron",
+ &MEff2ffX::Q2_1min_, GeV2, 0.*GeV2, 0.0*GeV2, Constants::MaxEnergy2,
+ false, false, Interface::limited);
+
+ static Parameter<MEff2ffX,Energy2> interfaceQ2_1Max
+ ("Q2_1Max",
+ "The maximum value of Q2 for the off-shell photon from the electron",
+ &MEff2ffX::Q2_1max_, GeV2, 0.*GeV2, 0.0*GeV2, Constants::MaxEnergy2,
+ false, false, Interface::limited);
+
+ static Parameter<MEff2ffX,Energy2> interfaceQ2_2Min
+ ("Q2_2Min",
+ "The minimum value of Q2 for the off-shell photon from the electron",
+ &MEff2ffX::Q2_2min_, GeV2, 0.*GeV2, 0.0*GeV2, Constants::MaxEnergy2,
+ false, false, Interface::limited);
+
+ static Parameter<MEff2ffX,Energy2> interfaceQ2_2Max
+ ("Q2_2Max",
+ "The maximum value of Q2 for the off-shell photon from the electron",
+ &MEff2ffX::Q2_2max_, GeV2, 0.*GeV2, 0.0*GeV2, Constants::MaxEnergy2,
+ false, false, Interface::limited);
+
+ static Reference<MEff2ffX,GammaGammaAmplitude> interfaceAmplitude
+ ("Amplitude",
+ "The gamma gamma -> X amplitude",
+ &MEff2ffX::amp_, false, false, true, false, false);
+
+ static Switch<MEff2ffX,unsigned int> interfaceCurrentMode
+ ("CurrentMode",
+ "Approximation in which to calculate the electron and position currents",
+ &MEff2ffX::currentMode_, 0, false, false);
+ static SwitchOption interfaceCurrentModeFull
+ (interfaceCurrentMode,
+ "Full",
+ "Use the full result, calculated to be numerically stable in the collineart limit",
+ 0);
+ static SwitchOption interfaceCurrentModeEquivalentPhoton
+ (interfaceCurrentMode,
+ "EquivalentPhoton",
+ "Use the equivalent photon approximation",
+ 1);
+ static SwitchOption interfaceCurrentModeEquivalentPhotonNoSpin
+ (interfaceCurrentMode,
+ "EquivalentPhotonNoSpin",
+ "Use the equivalent photon approximation, neglecting spin correlations",
+ 2);
+
+ static Parameter<MEff2ffX,Energy> interfaceMHatMin
+ ("MHatMin",
+ "The minimum Mhat for the core process",
+ &MEff2ffX::mHatMin_, GeV, ZERO, 0.0*GeV, 0*GeV,
+ false, false, Interface::lowerlim);
+
+}
+
+vector<VectorWaveFunction> MEff2ffX::firstCurrent(tcPDPtr inPart,
+ const Lorentz5Momentum & pin,
+ const Lorentz5Momentum & pout) const {
+ double ee = FFPVertex_->electroMagneticCoupling(ZERO);
+ Lorentz5Momentum pGamma = pin-pout;
+ // form factors
+ Energy m = inPart->mass();
+ double F1(0.),F2(0.);
+ if(abs(inPart->id())==ParticleID::eminus) {
+ F1 = 1.;
+ }
+ else if(abs(inPart->id())==ParticleID::pplus) {
+ // defining the form factors F1 and F2 from Ginzburg
+ Energy2 q02 = 0.71*GeV2;
+ double Ge = 1/sqr(1-t1_/q02);
+ double Gm = Ge*sqrt(7.78);
+ double tau = -t1_/4./sqr(m);
+ F1 = (Ge + tau*Gm)/(1.+ tau);
+ F2 = (Gm - Ge)/(1 + tau);
+ }
+ else {
+ LorentzPolarizationVector current = (*formFactor_)(t1_)*UnitRemoval::E/t1_*ee*(inPart->iCharge()/3)*(pin+pout);
+ vector<VectorWaveFunction> output;
+ output.push_back(VectorWaveFunction(pGamma,gamma_,current));
+ return output;
+ }
+ // calculation of the current
+ Complex II(0.,1.);
+ Complex phase = exp(II*phi1_);
+ Energy Ea = pin.t();
+ // full current, safe in small x limit
+ vector<LorentzPolarizationVector> current(4);
+ if(currentMode_==0) {
+ double mr2 = sqr(m/Ea);
+ double x = pout.t()/Ea;
+ double b = sqrt(1.-mr2), b1 = sqrt(1-mr2/sqr(x)), bb1=(1.+b)*(1.+b1);
+ double fact1 = (F1+F2)*2.*Ea*sqrt(x)*sHalf1_/sqrt(bb1)/t1_*UnitRemoval::E*ee;
+ double fact2 = (F1+F2)*m/sqrt(x) /sqrt(bb1)/t1_*UnitRemoval::E*ee;
+ // F1 piece
+ current[0] = fact1*LorentzPolarizationVector(0.5*phase*(bb1-mr2/x)+b1*sqr(cHalf1_)*(mr2+bb1*x)*cos(phi1_)/(1.-x),
+ -0.5*II*phase*(bb1-mr2/x)+b1*sqr(cHalf1_)*(mr2+bb1*x)*sin(phi1_)/(1.-x),
+ cHalf1_*mr2*(1.+b1-(1.+b)/x)/(sHalf1_*(1.-x))-b1*cHalf1_*sHalf1_*(mr2+bb1*x)/(1.-x),0);
+ current[1] = fact2*LorentzPolarizationVector(-cHalf1_*(1 +b-(1 +b1)*x)+2.*b1*cHalf1_*sqr(sHalf1_)*x*(1.+b+(1.+b1)*x)*cos(phi1_)/(phase*(1.-x)),
+ II*cHalf1_*(1.+b-(1.+b1)*x)+2.*b1*cHalf1_*sqr(sHalf1_)*x*(1.+b+(1.+b1)*x)*sin(phi1_)/(phase*(1.-x)),
+ -2.*sHalf1_*x*((1.+b)*(1.+b1*sqr(sHalf1_))-(1.+b1)*(1.-b1*sqr(sHalf1_))*x)/(phase*(1.-x)),0);
+ current[2] = fact2*LorentzPolarizationVector(cHalf1_ *(1.+b-(1.+b1)*x)-2.*b1*cHalf1_*phase*sqr(sHalf1_)*x*(1.+b+(1.+b1)*x)*cos(phi1_)/(1.-x),
+ II*cHalf1_*(1.+b-(1.+b1)*x)-2.*b1*cHalf1_*phase*sqr(sHalf1_)*x*(1.+b+(1.+b1)*x)*sin(phi1_)/(1.-x),
+ 2.*phase*sHalf1_*x*((1.+b)*(1.+b1*sqr(sHalf1_))-(1.+b1)*(1.-b1*sqr(sHalf1_))*x)/(1.-x),0);
+ current[3] = fact1*LorentzPolarizationVector(0.5*(bb1-mr2/x)/phase+b1*sqr(cHalf1_)*(mr2+bb1*x)*cos(phi1_)/(1.-x),
+ 0.5*II*(bb1-mr2/x)/phase+b1*sqr(cHalf1_)*(mr2+bb1*x)*sin(phi1_)/(1.-x),
+ cHalf1_*mr2*(1.+b1-(1.+b)/x)/(sHalf1_*(1.-x))-b1*cHalf1_*sHalf1_*(mr2+bb1*x)/(1.-x),0);
+ // F2 piece if non-zero
+ if(F2!=0) {
+ double fact3 = F2*2.* Ea *sqrt(x)*cHalf1_/sqrt(bb1)*(1.+b+x*(1.+b1))/(1.-x)/t1_*UnitRemoval::E*ee;
+ double fact4 = F2* sqr(Ea)*(mr2+bb1*x)/m/sqrt(x)*sHalf1_/sqrt(bb1)/(1.-x)/t1_*UnitRemoval::E*ee;
+ current[0] -= fact3*LorentzPolarizationVector(b1*cHalf1_*sHalf1_*cos(phi1_),b1*cHalf1_*sHalf1_*sin(phi1_),
+ -b1*sqr(sHalf1_)-0.5*mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x)),0.);
+ current[1] -= fact4/phase*LorentzPolarizationVector(2.*b1*cHalf1_*sHalf1_*x*cos(phi1_),
+ 2.*b1*cHalf1_*sHalf1_*x*sin(phi1_),
+ -x*(2.*b1*sqr(sHalf1_)+mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x))),0);
+ current[2] -= fact4*phase*LorentzPolarizationVector(-2.*b1*cHalf1_*sHalf1_*x*cos(phi1_),
+ -2.*b1*cHalf1_*sHalf1_*x*sin(phi1_),
+ x*(2.*b1*sqr(sHalf1_)+mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x))),0.);
+ current[3] -= fact3*LorentzPolarizationVector(b1*cHalf1_*sHalf1_*cos(phi1_),b1*cHalf1_*sHalf1_*sin(phi1_),
+ -b1*sqr(sHalf1_)-0.5*mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x)),0.);
+ }
+ }
+ // approximate modes
+ else if(currentMode_<=2) {
+ Lorentz5Momentum p = pin;
+ Lorentz5Momentum n(ZERO,ZERO,-Ea,Ea);
+ double z = (n*pout)/(n*p);
+ Energy2 pT2 = -z*t1_-sqr(1-z)*sqr(m);
+ if(pT2<ZERO) pT2=ZERO;
+ Energy pT = sqrt(pT2);
+ // Equivalent Photon (with spin correlations)
+ if(currentMode_==1) {
+ double fact = ee*Ea*UnitRemoval::E/t1_;
+ // normal piece
+ double fact1 = fact*(F1+F2)*pT/Ea/sqrt(z)/(1.-z);
+ double fact2 = fact*(F1+F2)* m/Ea/sqrt(z)*(1.-z);
+ current[0] = fact1*LorentzPolarizationVector(phase+z/phase,-II*(phase-z/phase),0., 0.);
+ current[1] = fact2*LorentzPolarizationVector(-1.,II,0.,0.);
+ current[2] = fact2*LorentzPolarizationVector( 1.,II,0.,0.);
+ current[3] = fact1*LorentzPolarizationVector(1./phase+z*phase,II*(1./phase-phase*z),0.,0.);
+ // F2 piece if non-zero
+ if(F2!=0) {
+ double fact3 = fact*F2* pT /Ea *(1.+z)/(1.-z)/sqrt(z);
+ double fact4 = fact*F2*sqr(pT)/Ea/m /(1.-z)/sqrt(z);
+ current[0] -= fact3 *LorentzPolarizationVector( cos(phi1_), sin(phi1_),0,0);
+ current[1] -= fact4/phase*LorentzPolarizationVector( cos(phi1_), sin(phi1_),0,0);
+ current[2] -= fact4*phase*LorentzPolarizationVector(-cos(phi1_),-sin(phi1_),0,0);
+ current[3] -= fact3 *LorentzPolarizationVector( cos(phi1_), sin(phi1_),0,0);
+ }
+ }
+ // no spin correlations
+ else if(currentMode_==2) {
+ Energy2 m2=sqr(m);
+ double ort=sqrt(0.5);
+ double fact = ort*ee*UnitRemoval::E/t1_*
+ sqrt(2.*pT2*((4.*sqr(F1))/sqr(1.-z) + (2.*sqr(F1)+4.*F1*F2+3.*sqr(F2))/z)
+ +2.*sqr(F2)*sqr(pT2)/(m2*sqr(1.-z)*z)
+ +4.*sqr(F1+F2)*m2*sqr(1.-z)/z);
+ current.resize(2);
+ current[0] = fact*ort*LorentzPolarizationVector( 1,-II,0.,0.);
+ current[1] = fact*ort*LorentzPolarizationVector(-1,-II,0.,0.);
+ }
+ }
+ // no other option
+ else {
+ assert(false);
+ }
+ // test code
+ // SpinorWaveFunction ein (pin,inPart,incoming);
+ // SpinorBarWaveFunction eout(pout,inPart,outgoing);
+ // vector<SpinorWaveFunction> fin;
+ // vector<SpinorBarWaveFunction> fout;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // ein .reset(ix); fin .push_back(ein );
+ // eout.reset(ix); fout.push_back(eout);
+ // }
+ // cerr << "testing +z dirn " << inPart->PDGName() << " " << currentMode_ << " " << F1 << " " << F2 << "\n";
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVector test = (F1+F2)*ee/t1_*UnitRemoval::E2*fin[ih1].wave().vectorCurrent(fout[ih2].wave());
+ // test -= F2*(pin+pout)/2./m*ee/t1_*UnitRemoval::E2*fin[ih1].wave().scalar(fout[ih2].wave());
+ // test -= test.t()*pGamma/pGamma.t();
+ // cerr << "testing in current\n"
+ // << ih1 << " " << ih2 << " " << test.x() << " " << test.y() << " " << test.z() << " " << test.t() << "\n"
+ // << ih1 << " " << ih2 << " " << current[2*ih1+ih2].x() << " " << current[2*ih1+ih2].y() << " "
+ // << current[2*ih1+ih2].z() << " " << current[2*ih1+ih2].t() << "\n"
+ // << (test.x()-current[2*ih1+ih2].x())/(test.x()+current[2*ih1+ih2].x()) << " "
+ // << (test.y()-current[2*ih1+ih2].y())/(test.y()+current[2*ih1+ih2].y()) << " "
+ // << (test.z()-current[2*ih1+ih2].z())/(test.z()+current[2*ih1+ih2].z()) << " ";
+ // if(current[2*ih1+ih2].t()!=0.)
+ // cerr << (test.t()-current[2*ih1+ih2].t())/(test.t()+current[2*ih1+ih2].t());
+ // cerr << "\n";
+ // }
+ // }
+ // return the currents
+ vector<VectorWaveFunction> output; output.reserve(4);
+ for(unsigned int ix=0;ix<4;++ix)
+ output.push_back(VectorWaveFunction(pGamma,gamma_,current[ix]));
+ return output;
+}
+
+vector<VectorWaveFunction> MEff2ffX::secondCurrent(tcPDPtr inPart,
+ const Lorentz5Momentum & pin,
+ const Lorentz5Momentum & pout) const {
+ Lorentz5Momentum pGamma = pin-pout;
+ double ee = FFPVertex_->electroMagneticCoupling(ZERO);
+ // form factors
+ Energy m = inPart->mass();
+ double F1(0.),F2(0.);
+ if(abs(inPart->id())==ParticleID::eminus) {
+ F1 = 1.;
+ }
+ else if(abs(inPart->id())==ParticleID::pplus) {
+ //defining the form factors F1 and F2 from Ginzburg
+ Energy2 q02 = 0.71*GeV2;
+ double Ge = 1/sqr(1-t2_/q02);
+ double Gm = Ge*sqrt(7.78);
+ double tau = -t2_/4./sqr(m);
+ F1 = (Ge + tau*Gm)/(1.+ tau);
+ F2 = (Gm - Ge)/(1 + tau);
+ }
+ else {
+ LorentzPolarizationVector current = (*formFactor_)(t2_)*UnitRemoval::E/t2_*ee*(inPart->iCharge()/3)*(pin+pout);
+ vector<VectorWaveFunction> output;
+ output.push_back(VectorWaveFunction(pGamma,gamma_,current));
+ return output;
+ }
+ // calculation of the current
+ Complex II(0.,1.);
+ Complex phase = exp(II*phi2_);
+ Energy Ea = pin.t();
+ vector<LorentzPolarizationVector> current(4);
+ // full result stable for small pT and x->1
+ if(currentMode_==0) {
+ double mr2 = sqr(m/Ea);
+ double x = pout.t()/Ea;
+ double b = sqrt(1.-mr2), b1 = sqrt(1-mr2/sqr(x)), bb1=(1.+b)*(1.+b1);
+ double fact1 = (F1+F2)*2.*Ea*sqrt(x)*cHalf2_/sqrt(bb1)/t2_*UnitRemoval::E*ee;
+ double fact2 = (F1+F2)*m/sqrt(x) /sqrt(bb1)/t2_*UnitRemoval::E*ee;
+ current[0] = fact1*LorentzPolarizationVector(0.5*(bb1-mr2/x) +b1*phase*sqr(sHalf2_)*(mr2+bb1*x)*cos(phi2_)/(1.-x),
+ 0.5*II*(bb1-mr2/x)+b1*phase*sqr(sHalf2_)*(mr2+bb1*x)*sin(phi2_)/(1.-x),
+ phase*(mr2*sHalf2_*(1.+b-(1.+b1)*x)/cHalf2_/x+b1*cHalf2_*sHalf2_*(mr2+bb1*x))/(1.-x),0);
+ current[1] = fact2*LorentzPolarizationVector(sHalf2_*( (1.+b-(1.+b1)*x)/phase-2.*b1*sqr(cHalf2_)*x*(1.+b+(1.+b1)*x)*cos(phi2_)/(1.-x)),
+ sHalf2_*(II*(1.+b-(1.+b1)*x)/phase-2.*b1*sqr(cHalf2_)*x*(1.+b+(1.+b1)*x)*sin(phi2_)/(1.-x)),
+ -2.*cHalf2_*x*((1.+b)*(1.+b1*sqr(cHalf2_))-(1.+b1)*(1.-b1*sqr(cHalf2_))*x)/(1.-x),0.);
+ current[2] = fact2*LorentzPolarizationVector(sHalf2_*( -phase*(1.+b-(1.+b1)*x)+2.*b1*sqr(cHalf2_)*x*(1.+b+(1.+b1)*x)*cos(phi2_)/(1.-x)),
+ sHalf2_*(II*phase*(1.+b-(1.+b1)*x)+2.*b1*sqr(cHalf2_)*x*(1.+b+(1.+b1)*x)*sin(phi2_)/(1.-x)),
+ 2.*cHalf2_*x*((1.+b)*(1.+b1*sqr(cHalf2_))-(1.+b1)*(1.-b1*sqr(cHalf2_))*x)/(1.-x),0);
+ current[3] = fact1*LorentzPolarizationVector(0.5*(bb1-mr2/x)+b1*sqr(sHalf2_)*(mr2+bb1*x)*cos(phi2_)/phase/(1.-x),
+ -0.5*II*(bb1-mr2/x)+b1*sqr(sHalf2_)*(mr2+bb1*x)*sin(phi2_)/phase/(1.-x),
+ (mr2*sHalf2_*(1.+b-(1.+b1)*x)/x/cHalf2_+b1*cHalf2_*sHalf2_*(mr2+bb1*x))/phase/(1.-x),0.);
+ // F2 piece if non-zero
+ if(F2!=0) {
+ double fact3 = F2*2.* Ea *sqrt(x)*sHalf2_/sqrt(bb1)*(1.+b+x*(1.+b1))/(1.-x)/t2_*UnitRemoval::E*ee;
+ double fact4 = F2* sqr(Ea)/m/sqrt(x)*cHalf2_/sqrt(bb1)*(mr2+bb1*x) /(1.-x)/t2_*UnitRemoval::E*ee;
+ current[0] -= fact3*phase*LorentzPolarizationVector(b1*cHalf2_*sHalf2_*cos(phi2_),b1*cHalf2_*sHalf2_*sin(phi2_),
+ b1*sqr(cHalf2_)+0.5*mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x)),0);
+ current[1] -= fact4* LorentzPolarizationVector(-2.*b1*cHalf2_*sHalf2_*x*cos(phi2_),
+ -2.*b1*cHalf2_*sHalf2_*x*sin(phi2_),
+ -x*(2.*b1*sqr(cHalf2_)+mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x))),0.);
+ current[2] -= fact4* LorentzPolarizationVector(2.*b1*cHalf2_*sHalf2_*x*cos(phi2_),
+ 2.*b1*cHalf2_*sHalf2_*x*sin(phi2_),
+ x*(2.*b1*sqr(cHalf2_)+mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x))),0.);
+ current[3] -= fact3/phase*LorentzPolarizationVector(b1*cHalf2_*sHalf2_*cos(phi2_),b1*cHalf2_*sHalf2_*sin(phi2_),
+ b1*sqr(cHalf2_)+0.5*mr2*(1.-x)*(1.+x)/((b+b1)*sqr(x)),0);
+ }
+ }
+ // approximate modes
+ else if(currentMode_<=2) {
+ Lorentz5Momentum p = pin;
+ Lorentz5Momentum n(ZERO,ZERO,Ea,Ea);
+ double z = (n*pout)/(n*p);
+ Energy2 pT2 = -z*t2_-sqr(1-z)*sqr(m);
+ if(pT2<ZERO) pT2=ZERO;
+ Energy pT = sqrt(pT2);
+ // Equivalent Photon with spin correlations
+ if(currentMode_<=1) {
+ double fact = ee*Ea*UnitRemoval::E/t2_;
+ double fact1 = fact*(F1+F2)*pT/Ea/sqrt(z)/(1.-z);
+ double fact2 = fact*(F1+F2)*m /Ea/sqrt(z)*(1.-z);
+ current[0] = fact1 *LorentzPolarizationVector(1.+z*sqr(phase), II*(1.-z*sqr(phase)),0., 0.);
+ current[1] = fact2/phase*LorentzPolarizationVector( 1.,II,0.,0.);
+ current[2] = fact2*phase*LorentzPolarizationVector(-1.,II,0.,0.);
+ current[3] = fact1 *LorentzPolarizationVector(1.+z/sqr(phase),-II*(1.-z/sqr(phase)),0.,0.);
+ // F2 piece if non-zero
+ if(F2!=0) {
+ double fact1 = fact*F2* pT *(1.+z)/(Ea *(1.-z)*sqrt(z));
+ double fact2 = fact*F2*sqr(pT) /(Ea*m*(1.-z)*sqrt(z));
+ current[0] -= fact1*phase*LorentzPolarizationVector( cos(phi2_), sin(phi2_),0,0);
+ current[1] -= fact2 *LorentzPolarizationVector(-cos(phi2_),-sin(phi2_),0,0);
+ current[2] -= fact2 *LorentzPolarizationVector( cos(phi2_), sin(phi2_),0,0);
+ current[3] -= fact1/phase*LorentzPolarizationVector( cos(phi2_), sin(phi2_),0,0);
+ }
+ }
+ // no spin correlations
+ else if(currentMode_==2) {
+ double ort=sqrt(0.5);
+ Energy2 m2=sqr(m);
+ double fact = ort*ee*UnitRemoval::E/t2_*
+ sqrt(2.*pT2*((4.*sqr(F1))/sqr(1.-z) + (2.*sqr(F1)+4.*F1*F2+3.*sqr(F2))/z)
+ +2.*sqr(F2)*sqr(pT2)/(m2*sqr(1.-z)*z)
+ +4.*sqr(F1+F2)*m2*sqr(1.-z)/z);
+ current.resize(2);
+ current[0] = fact*ort*LorentzPolarizationVector(-1,-II,0.,0.);
+ current[1] = fact*ort*LorentzPolarizationVector( 1,-II,0.,0.);
+ }
+ }
+ // no other option
+ else {
+ assert(false);
+ }
+ // test code
+ // SpinorWaveFunction ein (pin,inPart,incoming);
+ // SpinorBarWaveFunction eout(pout,inPart,outgoing);
+ // vector<SpinorWaveFunction> fin;
+ // vector<SpinorBarWaveFunction> fout;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // ein .reset(ix); fin .push_back(ein );
+ // eout.reset(ix); fout.push_back(eout);
+ // }
+ // cerr << "testing -z dirn " << inPart->PDGName() << " " << currentMode_ << " " << F1 << " " << F2 << "\n";
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVector test = (F1+F2)*ee/t2_*UnitRemoval::E2*fin[ih1].wave().vectorCurrent(fout[ih2].wave());
+ // test -= F2*(pin+pout)/2./m*ee/t2_*UnitRemoval::E2*fin[ih1].wave().scalar(fout[ih2].wave());
+ // test -= test.t()*pGamma/pGamma.t();
+ // cerr << "testing in current\n"
+ // << ih1 << " " << ih2 << " " << test.x() << " " << test.y() << " " << test.z() << " " << test.t() << "\n"
+ // << ih1 << " " << ih2 << " " << current[2*ih1+ih2].x() << " " << current[2*ih1+ih2].y() << " "
+ // << current[2*ih1+ih2].z() << " " << current[2*ih1+ih2].t() << "\n"
+ // << (test.x()-current[2*ih1+ih2].x())/(test.x()+current[2*ih1+ih2].x()) << " "
+ // << (test.y()-current[2*ih1+ih2].y())/(test.y()+current[2*ih1+ih2].y()) << " "
+ // << (test.z()-current[2*ih1+ih2].z())/(test.z()+current[2*ih1+ih2].z()) << " ";
+ // if(current[2*ih1+ih2].t()!=0.)
+ // cerr << (test.t()-current[2*ih1+ih2].t())/(test.t()+current[2*ih1+ih2].t());
+ // cerr << "\n";
+ // }
+ // }
+ // return the answer
+ vector<VectorWaveFunction> output; output.reserve(4);
+ for(unsigned int ix=0;ix<4;++ix)
+ output.push_back(VectorWaveFunction(pGamma,gamma_,current[ix]));
+ return output;
+}
+
+void MEff2ffX::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ tParticleVector hard;
+ hard.reserve(sub->outgoing().size()+2);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ for(unsigned int ix=0;ix<sub->outgoing().size();++ix)
+ hard.push_back(sub->outgoing()[ix]);
+ // calculate the fermionic currents
+ vector<VectorWaveFunction> current1 = firstCurrent(hard[0]->dataPtr(),hard[0]->momentum(),hard[2]->momentum());
+ vector<VectorWaveFunction> current2 = secondCurrent(hard[1]->dataPtr(),hard[1]->momentum(),hard[3]->momentum());
+ // wavefunctions for the fermions
+ vector<SpinorWaveFunction> f1,f2;
+ vector<SpinorBarWaveFunction> a1,a2;
+ if(hard[0]->dataPtr()->iSpin()==PDT::Spin1Half) {
+ if(hard[0]->id()>0) {
+ SpinorWaveFunction (f1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(a1,hard[2],outgoing,true,true);
+ }
+ else {
+ SpinorWaveFunction (f1,hard[2],outgoing,true,true);
+ SpinorBarWaveFunction(a1,hard[0],incoming,false,true);
+ }
+ }
+ else {
+ ScalarWaveFunction(hard[0],incoming,false);
+ ScalarWaveFunction(hard[2],outgoing,true );
+ }
+ if(hard[1]->dataPtr()->iSpin()==PDT::Spin1Half) {
+ if(hard[1]->id()>0) {
+ SpinorWaveFunction (f2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(a2,hard[3],outgoing,true,true);
+ }
+ else {
+ SpinorWaveFunction (f2,hard[3],outgoing,true,true);
+ SpinorBarWaveFunction(a2,hard[1],incoming,false,true);
+ }
+ }
+ else {
+ ScalarWaveFunction(hard[1],incoming,false);
+ ScalarWaveFunction(hard[3],outgoing,true );
+ }
+ tParticleVector pTemp(hard.begin()+4,hard.end());
+ ProductionMatrixElement me = amp_->me(current1,current2,pTemp);
+ // construct the vertex
+ HardVertexPtr hardvertex=new_ptr(HardVertex());
+ // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int ix=0;ix<hard.size();++ix) {
+ hard[ix]->spinInfo()->productionVertex(hardvertex);
+ }
+}
diff --git a/MatrixElement/Gamma/MEff2ffX.h b/MatrixElement/Gamma/MEff2ffX.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Gamma/MEff2ffX.h
@@ -0,0 +1,302 @@
+// -*- C++ -*-
+#ifndef Herwig_MEff2ffX_H
+#define Herwig_MEff2ffX_H
+//
+// This is the declaration of the MEff2ffX class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "Herwig/Utilities/Interpolator.h"
+#include "GammaGammaAmplitude.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEff2ffX class implements the processes \f$e^+e^-\to e^+e^- \gamma\gamma\f$ followed by
+ * \f$\gamma\gamma\to X\f$ using the GammaGammaAmplitude class
+ *
+ * @see \ref MEff2ffXInterfaces "The interfaces"
+ * defined for MEff2ffX.
+ */
+class MEff2ffX: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEff2ffX() : Q2_1min_(ZERO), Q2_1max_(Constants::MaxEnergy2),
+ Q2_2min_(ZERO), Q2_2max_(Constants::MaxEnergy2),
+ mHatMin_(ZERO),
+ currentMode_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return amp_->orderInAlphaS();
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return amp_->orderInAlphaS()+2;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Set the typed and momenta of the incoming and outgoing partons to
+ * be used in subsequent calls to me() and colourGeometries()
+ * according to the associated XComb object. If the function is
+ * overridden in a sub class the new function must call the base
+ * class one first.
+ */
+ virtual void setKinematics();
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const;
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the leptonic currents
+ */
+ //@{
+ /**
+ * Calculation of the current in the positive direction
+ */
+ vector<VectorWaveFunction> firstCurrent(tcPDPtr inPart,
+ const Lorentz5Momentum & pin,
+ const Lorentz5Momentum & pout) const;
+
+ /**
+ * Calculation of the current in the negative direction
+ */
+ vector<VectorWaveFunction> secondCurrent(tcPDPtr inPart,
+ const Lorentz5Momentum & pin,
+ const Lorentz5Momentum & pout) const;
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEff2ffX & operator=(const MEff2ffX &) = delete;
+
+private:
+
+ /**
+ * fermion-fermion-photon vertex
+ */
+ AbstractFFVVertexPtr FFPVertex_;
+
+ /**
+ * Pointer to the particle data object for the photon
+ */
+ PDPtr gamma_;
+
+ /**
+ * Pointer to the amplitude for the \f$\gamma\gamma$ process
+ */
+ GammaGammaAmpPtr amp_;
+
+ /**
+ * Storage of the nucleon form factor
+ */
+ Interpolator<double,Energy2>::Ptr formFactor_;
+
+private:
+
+ /**
+ * Cuts
+ */
+ //@{
+ /**
+ * Minimum value of \f$Q_1^2\f$
+ */
+ Energy2 Q2_1min_;
+
+ /**
+ * Maximum value of \f$Q_1^2\f$
+ */
+ Energy2 Q2_1max_;
+
+ /**
+ * Minimum value of \f$Q_2^2\f$
+ */
+ Energy2 Q2_2min_;
+
+ /**
+ * Maximum value of \f$Q_2^2\f$
+ */
+ Energy2 Q2_2max_;
+
+ /**
+ * Minimum \f$\hat{m}\f$ for the core process
+ */
+ Energy mHatMin_;
+ //@}
+
+private:
+
+ /**
+ * Kinematic quantities stored for accuracy
+ */
+ //@{
+ /**
+ * Outgoing electron
+ */
+ double cHalf1_,sHalf1_,phi1_;
+ Energy2 t1_;
+
+ /**
+ * Outgoing positron
+ */
+ double cHalf2_,sHalf2_,phi2_;
+ Energy2 t2_;
+ //@}
+
+private:
+
+ /**
+ * Switch for the current approximation
+ */
+ unsigned int currentMode_;
+
+};
+
+}
+
+#endif /* Herwig_MEff2ffX_H */
diff --git a/MatrixElement/Gamma/Makefile.am b/MatrixElement/Gamma/Makefile.am
--- a/MatrixElement/Gamma/Makefile.am
+++ b/MatrixElement/Gamma/Makefile.am
@@ -1,11 +1,17 @@
pkglib_LTLIBRARIES = HwMEGammaGamma.la HwMEGammaHadron.la
HwMEGammaGamma_la_SOURCES = \
-MEGammaGamma2ff.cc MEGammaGamma2ff.h \
MEGammaGamma2WW.cc MEGammaGamma2WW.h \
-MEGammaGamma2PiPi.cc MEGammaGamma2PiPi.h
+MEff2ffX.cc MEff2ffX.h \
+MEGammaGamma2X.cc MEGammaGamma2X.h \
+GammaGammaAmplitude.h GammaGammaAmplitude.fh GammaGammaAmplitude.cc \
+GammaGamma2ScalarAmplitude.h GammaGamma2ScalarAmplitude.cc \
+GammaGamma2PseudoScalarAmplitude.h GammaGamma2PseudoScalarAmplitude.cc \
+GammaGamma2TensorAmplitude.h GammaGamma2TensorAmplitude.cc \
+GammaGamma2PiPiAmplitude.h GammaGamma2PiPiAmplitude.cc \
+GammaGamma2ffAmplitude.h GammaGamma2ffAmplitude.cc
HwMEGammaGamma_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 5:0:1
HwMEGammaHadron_la_SOURCES = \
MEGammaP2Jets.cc MEGammaP2Jets.h
HwMEGammaHadron_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 5:0:0
diff --git a/MatrixElement/Makefile.am b/MatrixElement/Makefile.am
--- a/MatrixElement/Makefile.am
+++ b/MatrixElement/Makefile.am
@@ -1,18 +1,18 @@
-SUBDIRS = General Lepton Hadron DIS Powheg Gamma Matchbox Reweighters
+SUBDIRS = General Lepton Hadron DIS Powheg Gamma Matchbox Reweighters Onium
if WANT_LIBFASTJET
SUBDIRS += FxFx
endif
noinst_LTLIBRARIES = libHwME.la
libHwME_la_SOURCES = \
HwMEBase.h HwMEBase.fh HwMEBase.cc \
MEMultiChannel.h MEMultiChannel.cc \
MEfftoVH.h MEfftoVH.cc \
MEfftoffH.h MEfftoffH.cc \
HardVertex.fh HardVertex.h HardVertex.cc \
ProductionMatrixElement.h ProductionMatrixElement.cc \
DrellYanBase.h DrellYanBase.cc \
BlobME.h BlobME.cc \
MEMinBias.h MEMinBias.cc
diff --git a/MatrixElement/Matchbox/Matching/QTildeMatching.cc b/MatrixElement/Matchbox/Matching/QTildeMatching.cc
--- a/MatrixElement/Matchbox/Matching/QTildeMatching.cc
+++ b/MatrixElement/Matchbox/Matching/QTildeMatching.cc
@@ -1,536 +1,536 @@
// -*- C++ -*-
//
// QTildeMatching.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the QTildeMatching class.
//
#include "QTildeMatching.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Interface/Reference.h"
#include "ThePEG/EventRecord/Particle.h"
#include "ThePEG/Repository/UseRandom.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "Herwig/MatrixElement/Matchbox/Dipoles/SubtractionDipole.h"
#include "Herwig/MatrixElement/Matchbox/Phasespace/TildeKinematics.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicHelpers.h"
using namespace Herwig;
QTildeMatching::QTildeMatching()
: theCorrectForXZMismatch(true) {}
IBPtr QTildeMatching::clone() const {
return new_ptr(*this);
}
IBPtr QTildeMatching::fullclone() const {
return new_ptr(*this);
}
void QTildeMatching::checkCutoff() {
if ( showerTildeKinematics() ) {
showerTildeKinematics()->
prepare(realCXComb(),bornCXComb());
showerTildeKinematics()->dipole(dipole());
showerTildeKinematics()->getShowerVariables();
}
}
void QTildeMatching::getShowerVariables() {
// already filled from checkCutoff in this case
if ( showerTildeKinematics() )
return;
// get the shower variables
calculateShowerVariables();
// check for the cutoff
dipole()->isAboveCutoff(isAboveCutoff());
// get the hard scale
dipole()->showerHardScale(hardScale());
// check for phase space
dipole()->isInShowerPhasespace(isInShowerPhasespace());
}
bool QTildeMatching::isInShowerPhasespace() const {
Energy qtildeHard = ZERO;
Energy qtilde = dipole()->showerScale();
assert(!dipole()->showerParameters().empty());
double z = dipole()->showerParameters()[0];
// FF
if ( dipole()->bornEmitter() > 1 && dipole()->bornSpectator() > 1 ) {
qtildeHard =
theQTildeFinder->
calculateFinalFinalScales(bornCXComb()->meMomenta()[dipole()->bornEmitter()],
bornCXComb()->meMomenta()[dipole()->bornSpectator()]).first;
}
// FI
if ( dipole()->bornEmitter() > 1 && dipole()->bornSpectator() < 2 ) {
qtildeHard =
theQTildeFinder->
calculateInitialFinalScales(bornCXComb()->meMomenta()[dipole()->bornSpectator()],
bornCXComb()->meMomenta()[dipole()->bornEmitter()],false).second;
}
// IF
if ( dipole()->bornEmitter() < 2 && dipole()->bornSpectator() > 1 ) {
qtildeHard =
theQTildeFinder->
calculateInitialFinalScales(bornCXComb()->meMomenta()[dipole()->bornEmitter()],
bornCXComb()->meMomenta()[dipole()->bornSpectator()],false).first;
if ( z < (dipole()->bornEmitter() == 0 ? bornCXComb()->lastX1() : bornCXComb()->lastX2()) )
return false;
}
// II
if ( dipole()->bornEmitter() < 2 && dipole()->bornSpectator() < 2 ) {
qtildeHard =
theQTildeFinder->
calculateInitialInitialScales(bornCXComb()->meMomenta()[dipole()->bornEmitter()],
bornCXComb()->meMomenta()[dipole()->bornSpectator()]).first;
if ( z < (dipole()->bornEmitter() == 0 ? bornCXComb()->lastX1() : bornCXComb()->lastX2()) )
return false;
}
Energy2 pt2 = ZERO;
const vector<Energy> & masses = theQTildeSudakov->virtualMasses({{
bornCXComb()->mePartonData()[dipole()->bornEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmission()]
}});
const Energy2 m22 = sqr(masses[2]);
if ( dipole()->bornEmitter() > 1 ) {
const Energy2 m02 = sqr(masses[0]);
const Energy2 m12 = sqr(masses[1]);
pt2 = QTildeKinematics::pT2_FSR(sqr(qtilde),z,m02,m12,m22,m12,m22);
}
else {
pt2 = QTildeKinematics::pT2_ISR(sqr(qtilde),z,m22);
}
if ( pt2 < max(theQTildeSudakov->pT2min(),sqr(safeCut()) ))
return false;
bool hardVeto = restrictPhasespace() && sqrt(pt2) >= dipole()->showerHardScale();
return qtilde <= qtildeHard && !hardVeto;
}
bool QTildeMatching::isAboveCutoff() const {
Energy qtilde = dipole()->showerScale();
assert(!dipole()->showerParameters().empty());
double z = dipole()->showerParameters()[0];
const vector<Energy> & masses = theQTildeSudakov->virtualMasses({{
bornCXComb()->mePartonData()[dipole()->bornEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmission()]
}});
const Energy2 m22 = sqr(masses[2]);
if ( dipole()->bornEmitter() > 1 ) {
const Energy2 m02 = sqr(masses[0]);
const Energy2 m12 = sqr(masses[1]);
const Energy2 pt2 = QTildeKinematics::pT2_FSR(sqr(qtilde),z,m02,m12,m22,m12,m22);
return pt2 >= max(theQTildeSudakov->pT2min(),sqr(safeCut()));
}
else {
const Energy2 pt2 = QTildeKinematics::pT2_ISR(sqr(qtilde),z,m22);
return pt2 >= max(theQTildeSudakov->pT2min(),sqr(safeCut()));
}
return false;
}
CrossSection QTildeMatching::dSigHatDR() const {
assert(!dipole()->showerParameters().empty());
pair<Energy2,double> vars =
make_pair(sqr(dipole()->showerScale()),
dipole()->showerParameters()[0]);
pair<int,int> ij(dipole()->bornEmitter(),
dipole()->bornSpectator());
double ccme2 =
dipole()->underlyingBornME()->largeNColourCorrelatedME2(ij,theLargeNBasis);
if(ccme2==0.)return 0.*nanobarn;
double lnme2=dipole()->underlyingBornME()->largeNME2(theLargeNBasis);
if(lnme2==0){
generator()->log() <<"\nQTildeMatching: ";
generator()->log() <<"\n largeNME2 is ZERO, while largeNColourCorrelatedME2 is not ZERO." ;
generator()->log() <<"\n This is too seriuos.\n" ;
generator()->log() << Exception::runerror;
}
ccme2 *=
dipole()->underlyingBornME()->me2() /lnme2;
Energy2 prop = ZERO;
if ( dipole()->bornEmitter() > 1 ) {
prop =
(realCXComb()->meMomenta()[dipole()->realEmitter()] +
realCXComb()->meMomenta()[dipole()->realEmission()]).m2()
- bornCXComb()->meMomenta()[dipole()->bornEmitter()].m2();
} else {
prop =
2.*vars.second*(realCXComb()->meMomenta()[dipole()->realEmitter()]*
realCXComb()->meMomenta()[dipole()->realEmission()]);
}
// note alphas included downstream from subtractionScaleWeight()
double xme2 = -8.*Constants::pi*ccme2*splitFn(vars)*realXComb()->lastSHat()/prop;
xme2 *=
pow(realCXComb()->lastSHat() / bornCXComb()->lastSHat(),
bornCXComb()->mePartonData().size()-4.);
double bornPDF = bornPDFWeight(dipole()->underlyingBornME()->lastScale());
if ( bornPDF == 0.0 )
return ZERO;
xme2 *= bornPDF;
xme2 *= dipole()->realEmissionME()->finalStateSymmetry() /
dipole()->underlyingBornME()->finalStateSymmetry();
// take care of mismatch between z and x as we are approaching the
// hard phase space boundary
// TODO get rid of this useless scale option business and simplify PDF handling in here
if ( dipole()->bornEmitter() < 2 && theCorrectForXZMismatch ) {
Energy2 emissionScale = ZERO;
if ( emissionScaleInSubtraction() == showerScale ) {
emissionScale = showerFactorizationScale();
} else if ( emissionScaleInSubtraction() == realScale ) {
emissionScale = dipole()->realEmissionME()->lastScale();
} else if ( emissionScaleInSubtraction() == bornScale ) {
emissionScale = dipole()->underlyingBornME()->lastScale();
}
double xzMismatch =
dipole()->subtractionParameters()[0] / dipole()->showerParameters()[0];
double realCorrectedPDF =
dipole()->bornEmitter() == 0 ?
dipole()->realEmissionME()->pdf1(emissionScale,theExtrapolationX,
xzMismatch) :
dipole()->realEmissionME()->pdf2(emissionScale,theExtrapolationX,
xzMismatch);
double realPDF =
dipole()->bornEmitter() == 0 ?
dipole()->realEmissionME()->pdf1(emissionScale,theExtrapolationX,1.0) :
dipole()->realEmissionME()->pdf2(emissionScale,theExtrapolationX,1.0);
if ( realPDF == 0.0 || realCorrectedPDF == 0.0 )
return ZERO;
xme2 *= realCorrectedPDF / realPDF;
}
Energy qtilde = sqrt(vars.first);
double z = vars.second;
Energy2 pt2 = ZERO;
const vector<Energy> & masses = theQTildeSudakov->virtualMasses({{
bornCXComb()->mePartonData()[dipole()->bornEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmitter() ],
realCXComb()->mePartonData()[dipole()->realEmission()]
}});
const Energy2 m22 = sqr(masses[2]);
if ( dipole()->bornEmitter() > 1 ) {
const Energy2 m02 = sqr(masses[0]);
const Energy2 m12 = sqr(masses[1]);
pt2 = QTildeKinematics::pT2_FSR(sqr(qtilde),z,m02,m12,m22,m12,m22);
}
else {
pt2 = QTildeKinematics::pT2_ISR(sqr(qtilde),z,m22);
}
assert(pt2 >= ZERO);
if ( profileScales() )
xme2 *= profileScales()->hardScaleProfile(dipole()->showerHardScale(),sqrt(pt2));
CrossSection res =
sqr(hbarc) *
realXComb()->jacobian() *
subtractionScaleWeight() *
xme2 /
(2. * realXComb()->lastSHat());
return res;
}
double QTildeMatching::me2() const {
throw Exception() << "QTildeMatching::me2(): Not intented to use. Disable the ShowerApproximationGenerator."
<< Exception::runerror;
return 0.;
}
void QTildeMatching::calculateShowerVariables() const {
Lorentz5Momentum n;
Energy2 Q2 = ZERO;
const Lorentz5Momentum& pb = bornCXComb()->meMomenta()[dipole()->bornEmitter()];
const Lorentz5Momentum& pc = bornCXComb()->meMomenta()[dipole()->bornSpectator()];
if ( dipole()->bornEmitter() > 1 ) {
Q2 = (pb+pc).m2();
} else {
Q2 = -(pb-pc).m2();
}
if ( dipole()->bornEmitter() > 1 && dipole()->bornSpectator() > 1 ) {
double b = sqr(bornCXComb()->meMomenta()[dipole()->bornEmitter()].m())/Q2;
double c = sqr(bornCXComb()->meMomenta()[dipole()->bornSpectator()].m())/Q2;
double lambda = sqrt(1.+sqr(b)+sqr(c)-2.*b-2.*c-2.*b*c);
n = (1.-0.5*(1.-b+c-lambda))*pc - 0.5*(1.-b+c-lambda)*pb;
}
if ( dipole()->bornEmitter() > 1 && dipole()->bornSpectator() < 2 ) {
n = bornCXComb()->meMomenta()[dipole()->bornSpectator()];
}
if ( dipole()->bornEmitter() < 2 && dipole()->bornSpectator() > 1 ) {
double c = sqr(bornCXComb()->meMomenta()[dipole()->bornSpectator()].m())/Q2;
n = (1.+c)*pc - c*pb;
}
if ( dipole()->bornEmitter() < 2 && dipole()->bornSpectator() < 2 ) {
n = bornCXComb()->meMomenta()[dipole()->bornSpectator()];
}
// the light-cone condition is numerically not very stable, so we
// explicitly push it on the light-cone here
n.setMass(ZERO);
n.rescaleEnergy();
double z = 0.0;
if ( dipole()->bornEmitter() > 1 ) {
z = 1. -
(n*realCXComb()->meMomenta()[dipole()->realEmission()])/
(n*bornCXComb()->meMomenta()[dipole()->bornEmitter()]);
} else {
z = 1. -
(n*realCXComb()->meMomenta()[dipole()->realEmission()])/
(n*realCXComb()->meMomenta()[dipole()->realEmitter()]);
}
// allow small violations (numerical inaccuracies)
if ( z <= 0 && z >= -1e-6 ) {
z = std::numeric_limits<double>::epsilon();
} else if ( z >= 1 && z <= 1+1e-6 ) {
z = 1-std::numeric_limits<double>::epsilon();
}
Energy2 qtilde2 = ZERO;
Energy2 q2 = ZERO;
if ( dipole()->bornEmitter() > 1 ) {
q2 =
(realCXComb()->meMomenta()[dipole()->realEmitter()] + realCXComb()->meMomenta()[dipole()->realEmission()]).m2();
qtilde2 = (q2 - bornCXComb()->meMomenta()[dipole()->bornEmitter()].m2())/(z*(1.-z));
} else {
q2 =
-(realCXComb()->meMomenta()[dipole()->realEmitter()] - realCXComb()->meMomenta()[dipole()->realEmission()]).m2();
qtilde2 = (q2 + bornCXComb()->meMomenta()[dipole()->bornEmitter()].m2())/(1.-z);
}
if ( qtilde2 < ZERO ) {
qtilde2 = ZERO;
}
assert(qtilde2 >= ZERO && z > 0.0 && z < 1.0);
dipole()->showerScale(sqrt(qtilde2));
dipole()->showerParameters().resize(1);
dipole()->showerParameters()[0] = z;
}
double QTildeMatching::splitFn(const pair<Energy2,double>& vars) const {
const Energy2& qtilde2 = vars.first;
const double z = vars.second;
double Nc = SM().Nc();
// final state branching
if ( dipole()->bornEmitter() > 1 ) {
// final state quark quark branching
if ( abs(bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id()) < 7 ) {
Energy m = bornCXComb()->mePartonData()[dipole()->bornEmitter()]->hardProcessMass();
return
((sqr(Nc)-1.)/(2.*Nc))*(1+sqr(z)-2.*sqr(m)/(z*qtilde2))/(1.-z);
}
// final state gluon branching
if ( bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id() == ParticleID::g ) {
if ( realCXComb()->mePartonData()[dipole()->realEmission()]->id() == ParticleID::g ) {
// ATTENTION the factor 2 here is intentional as it cancels to the 1/2
// stemming from the large-N colour correlator
return 2.*Nc*(z/(1.-z)+(1.-z)/z+z*(1.-z));
}
if ( abs(realCXComb()->mePartonData()[dipole()->realEmission()]->id()) < 7 ) {
Energy m = realCXComb()->mePartonData()[dipole()->realEmission()]->hardProcessMass();
return (1./2.)*(1.-2.*z*(1.-z)+2.*sqr(m)/(z*(1.-z)*qtilde2));
}
}
// final state squark branching
if ((abs(bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id()) > 1000000 &&
abs(bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id()) < 1000007) ||
(abs(bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id()) > 2000000 &&
abs(bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id()) < 2000007)){
Energy m = bornCXComb()->mePartonData()[dipole()->bornEmitter()]->hardProcessMass();
return ((sqr(Nc)-1.)/Nc)*(z-sqr(m)/(z*qtilde2))/(1.-z);
}
// final state gluino branching
if (bornCXComb()->mePartonData()[dipole()->bornEmitter()]->id() == 1000021){
Energy m = bornCXComb()->mePartonData()[dipole()->bornEmitter()]->hardProcessMass();
return Nc*(1.+sqr(z)-2.*sqr(m)/(z*qtilde2))/(1.-z);
}
}
// initial state branching
if ( dipole()->bornEmitter() < 2 ) {
// g/g
if ( realCXComb()->mePartonData()[dipole()->realEmitter()]->id() == ParticleID::g &&
realCXComb()->mePartonData()[dipole()->realEmission()]->id() == ParticleID::g ) {
// see above for factor of 2
return 2.*Nc*(z/(1.-z)+(1.-z)/z+z*(1.-z));
}
// q/q
if ( abs(realCXComb()->mePartonData()[dipole()->realEmitter()]->id()) < 7 &&
realCXComb()->mePartonData()[dipole()->realEmission()]->id() == ParticleID::g ) {
return
((sqr(Nc)-1.)/(2.*Nc))*(1+sqr(z))/(1.-z);
}
// g/q
if ( realCXComb()->mePartonData()[dipole()->realEmitter()]->id() == ParticleID::g &&
abs(realCXComb()->mePartonData()[dipole()->realEmission()]->id()) < 7 ) {
return (1./2.)*(1.-2.*z*(1.-z));
}
// q/g
if ( abs(realCXComb()->mePartonData()[dipole()->realEmitter()]->id()) < 7 &&
abs(realCXComb()->mePartonData()[dipole()->realEmission()]->id()) < 7 ) {
return
((sqr(Nc)-1.)/(2.*Nc))*(1+sqr(1.-z))/z;
}
}
return 0.0;
}
// If needed, insert default implementations of virtual function defined
// in the InterfacedBase class here (using ThePEG-interfaced-impl in Emacs).
void QTildeMatching::doinit() {
assert(theShowerHandler && theQTildeFinder && theQTildeSudakov);
theShowerHandler->init();
theQTildeFinder->init();
theQTildeSudakov->init();
hardScaleFactor(theShowerHandler->hardScaleFactor());
factorizationScaleFactor(theShowerHandler->factorizationScaleFactor());
renormalizationScaleFactor(theShowerHandler->renormalizationScaleFactor());
profileScales(theShowerHandler->profileScales());
restrictPhasespace(theShowerHandler->restrictPhasespace());
hardScaleIsMuF(theShowerHandler->hardScaleIsMuF());
ShowerApproximation::doinit();
}
void QTildeMatching::doinitrun() {
assert(theShowerHandler && theQTildeFinder && theQTildeSudakov);
theShowerHandler->initrun();
theQTildeFinder->initrun();
theQTildeSudakov->initrun();
ShowerApproximation::doinitrun();
}
void QTildeMatching::persistentOutput(PersistentOStream & os) const {
os << theQTildeFinder << theQTildeSudakov
<< theShowerHandler << theCorrectForXZMismatch;
}
void QTildeMatching::persistentInput(PersistentIStream & is, int) {
is >> theQTildeFinder >> theQTildeSudakov
>> theShowerHandler >> theCorrectForXZMismatch;
}
// *** Attention *** The following static variable is needed for the type
// description system in ThePEG. Please check that the template arguments
// are correct (the class and its base class), and that the constructor
// arguments are correct (the class name and the name of the dynamically
// loadable library where the class implementation can be found).
DescribeClass<QTildeMatching,Herwig::ShowerApproximation>
describeHerwigQTildeMatching("Herwig::QTildeMatching", "HwShower.so HwQTildeMatching.so");
void QTildeMatching::Init() {
static ClassDocumentation<QTildeMatching> documentation
("QTildeMatching implements NLO matching with the default shower.");
static Reference<QTildeMatching,PartnerFinder> interfaceQTildeFinder
("QTildeFinder",
"Set the partner finder to calculate hard scales.",
&QTildeMatching::theQTildeFinder, false, false, true, false, false);
interfaceQTildeFinder.rank(-1);
- static Reference<QTildeMatching,SudakovFormFactor> interfaceQTildeSudakov
+ static Reference<QTildeMatching,Sudakov1to2FormFactor> interfaceQTildeSudakov
("QTildeSudakov",
"Set the partner finder to calculate hard scales.",
&QTildeMatching::theQTildeSudakov, false, false, true, false, false);
interfaceQTildeSudakov.rank(-1);
static Reference<QTildeMatching,ShowerHandler> interfaceShowerHandler
("ShowerHandler",
"The QTilde shower handler to use.",
&QTildeMatching::theShowerHandler, false, false, true, true, false);
interfaceShowerHandler.rank(-1);
static Switch<QTildeMatching,bool> interfaceCorrectForXZMismatch
("CorrectForXZMismatch",
"Correct for x/z mismatch near hard phase space boundary.",
&QTildeMatching::theCorrectForXZMismatch, true, false, false);
static SwitchOption interfaceCorrectForXZMismatchYes
(interfaceCorrectForXZMismatch,
"Yes",
"Include the correction factor.",
true);
static SwitchOption interfaceCorrectForXZMismatchNo
(interfaceCorrectForXZMismatch,
"No",
"Do not include the correction factor.",
false);
interfaceCorrectForXZMismatch.rank(-1);
}
diff --git a/MatrixElement/Matchbox/Matching/QTildeMatching.h b/MatrixElement/Matchbox/Matching/QTildeMatching.h
--- a/MatrixElement/Matchbox/Matching/QTildeMatching.h
+++ b/MatrixElement/Matchbox/Matching/QTildeMatching.h
@@ -1,193 +1,193 @@
// -*- C++ -*-
//
// QTildeMatching.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef Herwig_QTildeMatching_H
#define Herwig_QTildeMatching_H
//
// This is the declaration of the QTildeMatching class.
//
#include "Herwig/MatrixElement/Matchbox/Matching/ShowerApproximation.h"
#include "Herwig/Shower/ShowerHandler.h"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
namespace Herwig {
using namespace ThePEG;
/**
* \ingroup Matchbox
* \author Simon Platzer
*
* \brief QTildeMatching implements NLO matching with the default shower.
*
*/
class QTildeMatching: public Herwig::ShowerApproximation {
public:
/**
* The default constructor.
*/
QTildeMatching();
public:
/**
* Return the shower approximation to the real emission cross
* section for the given pair of Born and real emission
* configurations.
*/
virtual CrossSection dSigHatDR() const;
/**
* Return the shower approximation splitting kernel for the given
* pair of Born and real emission configurations in units of the
* Born center of mass energy squared, and including a weight to
* project onto the splitting given by the dipole used.
*/
virtual double me2() const;
/**
* Determine if the configuration is below or above the cutoff.
*/
virtual void checkCutoff();
/**
* Determine all kinematic variables which are not provided by the
* dipole kinematics; store all shower variables in the respective
* dipole object for later use.
*/
virtual void getShowerVariables();
protected:
/**
* Return true, if the shower was able to generate an emission
* leading from the given Born to the given real emission process.
*/
virtual bool isInShowerPhasespace() const;
/**
* Return true, if the shower emission leading from the given Born
* to the given real emission process would have been generated
* above the shower's infrared cutoff.
*/
virtual bool isAboveCutoff() const;
/**
* Calculate qtilde^2 and z for the splitting considered
*/
void calculateShowerVariables() const;
/**
* Return the splitting function as a function of the kinematic
* variables
*/
double splitFn(const pair<Energy2,double>&) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
// If needed, insert declarations of virtual function defined in the
// InterfacedBase class here (using ThePEG-interfaced-decl in Emacs).
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object. Called in the run phase just before
* a run begins.
*/
virtual void doinitrun();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
QTildeMatching & operator=(const QTildeMatching &) = delete;
/**
* The shower handler to be used
*/
Ptr<ShowerHandler>::ptr theShowerHandler;
/**
* The qtilde partner finder for calculating the hard scales
*/
Ptr<PartnerFinder>::ptr theQTildeFinder;
/**
* The qtilde Sudakov to access the cutoff
*/
- Ptr<SudakovFormFactor>::ptr theQTildeSudakov;
+ Sudakov1to2Ptr theQTildeSudakov;
/**
* True, if PDF weight should be corrected for z/x mismatch at the
* hard phase space boundary
*/
bool theCorrectForXZMismatch;
};
}
#endif /* Herwig_QTildeMatching_H */
diff --git a/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.cc b/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.cc
@@ -0,0 +1,238 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2Onium1D2Amplitude class.
+//
+
+#include "GammaGamma2Onium1D2Amplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2Onium1D2Amplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2Onium1D2Amplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2Onium1D2Amplitude::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_)
+ << n_ << ounit(Lambda2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2Onium1D2Amplitude::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_)
+ >> n_ >> iunit(Lambda2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2Onium1D2Amplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,0,2);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+10005 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id << " in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2Onium1D2Amplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2Onium1D2Amplitude("Herwig::GammaGamma2Onium1D2Amplitude",
+ "HwOniumParameters.so HwMEGammaGamma.so HwMEGammaGammaOnium.so");
+
+void GammaGamma2Onium1D2Amplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2Onium1D2Amplitude> documentation
+ ("The GammaGamma2Onium1D2Amplitude class implements the amplitude for gamma gamma -> 1D2");
+
+ static Reference<GammaGamma2Onium1D2Amplitude,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &GammaGamma2Onium1D2Amplitude::params_, false, false, true, false, false);
+
+ static Switch<GammaGamma2Onium1D2Amplitude,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &GammaGamma2Onium1D2Amplitude::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<GammaGamma2Onium1D2Amplitude,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &GammaGamma2Onium1D2Amplitude::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2Onium1D2Amplitude,Energy2> interfaceLambda2
+ ("Lambda2",
+ "The value of Lambda^2 for the form-factor",
+ &GammaGamma2Onium1D2Amplitude::Lambda2_, GeV2, sqr(3.0969*GeV), 0.0*GeV2, 200.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2Onium1D2Amplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the onium mass",
+ &GammaGamma2Onium1D2Amplitude::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the onium state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell onium state using the nass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2Onium1D2Amplitude::getDiagrams(unsigned int iopt) const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10005 + (n_-1)*100000));
+ // construct the diagrams
+ vector<DiagPtr> output;
+ output.reserve(1);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, ps, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium1D2Amplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & ten,
+ const Energy & M, double & output) const {
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ // compute the tensor term
+ Lorentz5Momentum pDiff = pG1-pG2;
+ vector<Complex> tamp(5);
+ for(unsigned int i=0;i<5;++i) {
+ tamp[i] = ten[i].wave().trace()+2./sqr(M)*(ten[i].wave().preDot(pDiff)*pDiff);
+ }
+ // calculate the matrix element
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin2));
+ output = 0;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ unsigned int ih1 = 2*ih1A+ih1B;
+ auto vOff1 = Helicity::epsilon(v1[ih1].wave(),pG1,pG2);
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ unsigned int ih2 = 2*ih2A+ih2B;
+ Complex vamp = (vOff1*v2[ih2].wave())/sqr(M);
+ auto vOff2 = Helicity::epsilon(v2[ih2].wave(),pG1,pG2);
+ auto vOff3 = Helicity::epsilon(pG1+pG2,v1[ih1].wave(),v2[ih2].wave());
+ for(unsigned int ix=0;ix<5;++ix) {
+ Complex amp = vamp*tamp[ix];
+ Complex ampNew = (0.125*(ten[ix].wave().preDot (pDiff)*vOff3)+
+ 0.125*(ten[ix].wave().postDot(pDiff)*vOff3)+
+ 0.25*ten[ix].wave().preDot (v1[ih1].wave())*vOff2-
+ 0.25*ten[ix].wave().preDot (v2[ih2].wave())*vOff1+
+ 0.25*ten[ix].wave().postDot(v1[ih1].wave())*vOff2-
+ 0.25*ten[ix].wave().postDot(v2[ih2].wave())*vOff1)/sqr(M);
+ amp +=ampNew;
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,ix) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,ix) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,ix) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,ix) = amp;
+ }
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2Onium1D2Amplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons, DVector & ) const {
+ Energy M = momenta.back().mass();
+ double output(0.);
+ vector<TensorWaveFunction> t3(5);
+ for(unsigned int i=0;i<5;++i) {
+ TensorWaveFunction ten(momenta.back(), partons.back(),i,outgoing);
+ t3[i]=ten;
+ }
+ helicityAmplitude(v1,v2,t3,M,output);
+ // coupling factors
+ double eQ = state_==ccbar ? 2./3. : -1./3.;
+ double alpha = generator()->standardModel()->alphaEM();
+ return 512./5.*output*O1_/scale/pow<5,1>(M)*sqr(Constants::pi*alpha*sqr(eQ)/(1.-t1/Lambda2_)/(1.-t2/Lambda2_));
+}
+
+Energy GammaGamma2Onium1D2Amplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium1D2Amplitude::me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ vector<TensorWaveFunction> t3;
+ TensorWaveFunction(t3,particles[0],outgoing,true,false);
+ double output(0);
+ return helicityAmplitude(v1,v2,t3,particles[0]->mass(),output);
+}
+
+double GammaGamma2Onium1D2Amplitude::
+generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.h b/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium1D2Amplitude.h
@@ -0,0 +1,225 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2Onium1D2Amplitude_H
+#define Herwig_GammaGamma2Onium1D2Amplitude_H
+//
+// This is the declaration of the GammaGamma2Onium1D2Amplitude class.
+//
+
+#include "Herwig/MatrixElement/Gamma/GammaGammaAmplitude.h"
+#include "OniumParameters.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2Onium1D2Amplitude class implements the matrix element for \f$\gamma\gamma\to^{1}\!\!D_2\f$ quarkonium
+ * states.
+ *
+ * @see \ref GammaGamma2Onium1D2AmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2Onium1D2Amplitude.
+ */
+class GammaGamma2Onium1D2Amplitude: public GammaGammaAmplitude {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ GammaGamma2Onium1D2Amplitude() : O1_(ZERO), state_(ccbar), n_(1),
+ Lambda2_(sqr(3.0969*GeV)), mOpt_(0)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const;
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & ten,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2Onium1D2Amplitude & operator=(const GammaGamma2Onium1D2Amplitude &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 Lambda2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_GammaGamma2Onium1D2Amplitude_H */
diff --git a/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.cc b/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.cc
@@ -0,0 +1,186 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2Onium1S0Amplitude class.
+//
+
+#include "GammaGamma2Onium1S0Amplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2Onium1S0Amplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2Onium1S0Amplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2Onium1S0Amplitude::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2) << oenum(state_) << n_ << ounit(Lambda2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2Onium1S0Amplitude::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2) >> ienum(state_) >> n_ >> iunit(Lambda2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2Onium1S0Amplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<0>(state_,n_,0,0);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+1 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id
+ << "in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2Onium1S0Amplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2Onium1S0Amplitude("Herwig::GammaGamma2Onium1S0Amplitude",
+ "HwOniumParameters.so HwMEGammaGamma.so HwMEGammaGammaOnium.so");
+
+void GammaGamma2Onium1S0Amplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2Onium1S0Amplitude> documentation
+ ("The GammaGamma2Onium1S0Amplitude class implements the amplitude for gamma gamma -> 1S0");
+
+ static Reference<GammaGamma2Onium1S0Amplitude,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &GammaGamma2Onium1S0Amplitude::params_, false, false, true, false, false);
+
+ static Switch<GammaGamma2Onium1S0Amplitude,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &GammaGamma2Onium1S0Amplitude::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<GammaGamma2Onium1S0Amplitude,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &GammaGamma2Onium1S0Amplitude::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2Onium1S0Amplitude,Energy2> interfaceLambda2
+ ("Lambda2",
+ "The value of Lambda^2 for the form-factor",
+ &GammaGamma2Onium1S0Amplitude::Lambda2_, GeV2, sqr(3.0969*GeV), 0.0*GeV2, 200.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2Onium1S0Amplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the onium mass",
+ &GammaGamma2Onium1S0Amplitude::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the onium state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell onium state using the mass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2Onium1S0Amplitude::getDiagrams(unsigned int iopt) const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+1 + (n_-1)*100000));
+ // construct the diagrams
+ vector<DiagPtr> output;
+ output.reserve(1);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, ps, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium1S0Amplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const {
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin0));
+ // calculate the matrix element
+ output = 0;
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ auto vOff = Helicity::epsilon(v1[2*ih1A+ih1B].wave(),pG1,pG2);
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ Complex amp = (vOff*v2[2*ih2A+ih2B].wave())/sqr(M);
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,0) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,0) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,0) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,0) = amp;
+ }
+ }
+ }
+ }
+ return me;
+}
+
+Energy GammaGamma2Onium1S0Amplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+double GammaGamma2Onium1S0Amplitude::
+generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.h b/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium1S0Amplitude.h
@@ -0,0 +1,235 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2Onium1S0Amplitude_H
+#define Herwig_GammaGamma2Onium1S0Amplitude_H
+//
+// This is the declaration of the GammaGamma2Onium1S0Amplitude class.
+//
+
+#include "Herwig/MatrixElement/Gamma/GammaGammaAmplitude.h"
+#include "OniumParameters.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2Onium1S0Amplitude class implements the matrix element for \f$\gamma\gamma\to^{1}\!\!S_0\f$ quarkonium.
+ * states.
+ *
+ * @see \ref GammaGamma2Onium1S0AmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2Onium1S0Amplitude.
+ */
+class GammaGamma2Onium1S0Amplitude: public GammaGammaAmplitude {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ GammaGamma2Onium1S0Amplitude() : O1_(ZERO), state_(ccbar), n_(1),
+ Lambda2_(sqr(3.0969*GeV)), mOpt_(0)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & , DVector & ) const {
+ Energy M = momenta.back().mass();
+ double output(0.);
+ helicityAmplitude(v1,v2,M,output);
+ // coupling factors
+ double eQ = state_==ccbar ? 2./3. : -1./3.;
+ double alpha = generator()->standardModel()->alphaEM();
+ return 128.*output*O1_/M/scale*sqr(Constants::pi*alpha*sqr(eQ)/(1.-t1/Lambda2_)/(1.-t2/Lambda2_));
+ }
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ ScalarWaveFunction(particles[0],outgoing,true);
+ double output(0);
+ return helicityAmplitude(v1,v2,particles[0]->mass(),output);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2Onium1S0Amplitude & operator=(const GammaGamma2Onium1S0Amplitude &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy3 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 Lambda2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the onium state
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2Onium1S0Amplitude_H */
diff --git a/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.cc b/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.cc
@@ -0,0 +1,186 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2Onium3P0Amplitude class.
+//
+
+#include "GammaGamma2Onium3P0Amplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2Onium3P0Amplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2Onium3P0Amplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2Onium3P0Amplitude::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << ounit(Lambda2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2Onium3P0Amplitude::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> iunit(Lambda2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2Onium3P0Amplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,0);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+10001 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id << " in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2Onium3P0Amplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2Onium3P0Amplitude("Herwig::GammaGamma2Onium3P0Amplitude",
+ "HwOniumParameters.so HwMEGammaGamma.so HwMEGammaGammaOnium.so");
+
+void GammaGamma2Onium3P0Amplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2Onium3P0Amplitude> documentation
+ ("The GammaGamma2Onium3P0Amplitude class implements the amplitude for gamma gamma -> 3P0");
+
+ static Reference<GammaGamma2Onium3P0Amplitude,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &GammaGamma2Onium3P0Amplitude::params_, false, false, true, false, false);
+
+ static Switch<GammaGamma2Onium3P0Amplitude,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &GammaGamma2Onium3P0Amplitude::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<GammaGamma2Onium3P0Amplitude,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &GammaGamma2Onium3P0Amplitude::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2Onium3P0Amplitude,Energy2> interfaceLambda2
+ ("Lambda2",
+ "The value of Lambda^2 for the form-factor",
+ &GammaGamma2Onium3P0Amplitude::Lambda2_, GeV2, sqr(3.0969*GeV), 0.0*GeV2, 200.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2Onium3P0Amplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the onium mass",
+ &GammaGamma2Onium3P0Amplitude::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the onium state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell onium state using the nass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2Onium3P0Amplitude::getDiagrams(unsigned int iopt) const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10001 + (n_-1)*100000));
+ // construct the diagrams
+ vector<DiagPtr> output;
+ output.reserve(1);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, ps, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium3P0Amplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const {
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin0));
+ // calculate the matrix element
+ output = 0;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ unsigned int ih1 = 2*ih1A+ih1B;
+ complex<Energy> d1 = v1[ih1].wave()*pG2;
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ unsigned int ih2 = 2*ih2A+ih2B;
+ Complex amp = v1[ih1].wave()*v2[ih2].wave() -2./sqr(M)*d1*(v2[ih2].wave()*pG1);
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,0) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,0) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,0) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,0) = amp;
+ }
+ }
+ }
+ }
+ return me;
+}
+
+Energy GammaGamma2Onium3P0Amplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+double GammaGamma2Onium3P0Amplitude::
+generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.h b/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium3P0Amplitude.h
@@ -0,0 +1,236 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2Onium3P0Amplitude_H
+#define Herwig_GammaGamma2Onium3P0Amplitude_H
+//
+// This is the declaration of the GammaGamma2Onium3P0Amplitude class.
+//
+
+#include "Herwig/MatrixElement/Gamma/GammaGammaAmplitude.h"
+#include "OniumParameters.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2Onium3P0Amplitude class implements the matrix element for \f$\gamma\gamma\to^{3}\!\!P_0\f$ quarkonium.
+ *
+ * @see \ref GammaGamma2Onium3P0AmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2Onium3P0Amplitude.
+ */
+class GammaGamma2Onium3P0Amplitude: public GammaGammaAmplitude {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ GammaGamma2Onium3P0Amplitude() : O1_(ZERO), state_(ccbar), n_(1),
+ Lambda2_(sqr(3.0969*GeV)), mOpt_(0)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & , DVector & ) const {
+ // calculate the matrix element
+ Energy M = momenta.back().mass();
+ double output(0.);
+ helicityAmplitude(v1,v2,M,output);
+ // coupling factors
+ double eQ = state_==ccbar ? 2./3. : -1./3.;
+ double alpha = generator()->standardModel()->alphaEM();
+ return 384.*output/pow<3,1>(M)/scale*O1_*sqr(Constants::pi*alpha*sqr(eQ)/(1.-t1/Lambda2_)/(1.-t2/Lambda2_));
+ }
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ ScalarWaveFunction(particles[0],outgoing,true);
+ double output(0);
+ return helicityAmplitude(v1,v2,particles[0]->mass(),output);
+ }
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2Onium3P0Amplitude & operator=(const GammaGamma2Onium3P0Amplitude &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 Lambda2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+
+};
+
+}
+
+#endif /* Herwig_GammaGamma2Onium3P0Amplitude_H */
diff --git a/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.cc b/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.cc
@@ -0,0 +1,232 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the GammaGamma2Onium3P2Amplitude class.
+//
+
+#include "GammaGamma2Onium3P2Amplitude.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Handlers/EventHandler.h"
+
+using namespace Herwig;
+
+IBPtr GammaGamma2Onium3P2Amplitude::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr GammaGamma2Onium3P2Amplitude::fullclone() const {
+ return new_ptr(*this);
+}
+
+void GammaGamma2Onium3P2Amplitude::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_)
+ << n_ << ounit(Lambda2_,GeV2) << mOpt_ << massGen_;
+}
+
+void GammaGamma2Onium3P2Amplitude::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_)
+ >> n_ >> iunit(Lambda2_,GeV2) >> mOpt_ >> massGen_;
+}
+
+void GammaGamma2Onium3P2Amplitude::doinit() {
+ GammaGammaAmplitude::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,2);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+5 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id << " in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_) mOpt_=0;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<GammaGamma2Onium3P2Amplitude,GammaGammaAmplitude>
+describeHerwigGammaGamma2Onium3P2Amplitude("Herwig::GammaGamma2Onium3P2Amplitude",
+ "HwOniumParameters.so HwMEGammaGamma.so HwMEGammaGammaOnium.so");
+
+void GammaGamma2Onium3P2Amplitude::Init() {
+
+ static ClassDocumentation<GammaGamma2Onium3P2Amplitude> documentation
+ ("The GammaGamma2Onium3P2Amplitude class implements the amplitude for gamma gamma -> 3P2");
+
+
+ static Reference<GammaGamma2Onium3P2Amplitude,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &GammaGamma2Onium3P2Amplitude::params_, false, false, true, false, false);
+
+ static Switch<GammaGamma2Onium3P2Amplitude,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &GammaGamma2Onium3P2Amplitude::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<GammaGamma2Onium3P2Amplitude,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &GammaGamma2Onium3P2Amplitude::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Parameter<GammaGamma2Onium3P2Amplitude,Energy2> interfaceLambda2
+ ("Lambda2",
+ "The value of Lambda^2 for the form-factor",
+ &GammaGamma2Onium3P2Amplitude::Lambda2_, GeV2, sqr(3.0969*GeV), 0.0*GeV2, 200.0*GeV2,
+ false, false, Interface::limited);
+
+ static Switch<GammaGamma2Onium3P2Amplitude,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Option for the generation of the onium mass",
+ &GammaGamma2Onium3P2Amplitude::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Generate the onium state on-shell",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Generate an off-shell onium state using the nass generator",
+ 1);
+
+}
+
+vector<DiagPtr> GammaGamma2Onium3P2Amplitude::getDiagrams(unsigned int iopt) const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+5 + (n_-1)*100000));
+ // construct the diagrams
+ vector<DiagPtr> output;
+ output.reserve(1);
+ tcPDPtr g = getParticleData(ParticleID::gamma );
+ if(iopt==0) {
+ output.push_back(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+ }
+ else {
+ cPDPair in = generator()->eventHandler()->incoming();
+ if(in.first->charged() && in.second->charged())
+ output.push_back(new_ptr((Tree2toNDiagram(4), in.first, g, g, in.second,
+ 1, in.first, 3, in.second, 2, ps, -1)));
+ }
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium3P2Amplitude::
+helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & twave,
+ const Energy & M, double & output) const {
+ vector<unsigned int> ihMax(4,0);
+ ProductionMatrixElement me = bookME(ihMax,v1.size(),v2.size(),vector<PDT::Spin>(1,PDT::Spin2));
+ Lorentz5Momentum pG1 = v1[0].momentum();
+ Lorentz5Momentum pG2 = v2[0].momentum();
+ Lorentz5Momentum pDiff = pG1-pG2;
+ // calculate the amplitudes
+ for(unsigned int ix=0;ix<5;++ix) {
+ auto vPre = twave[ix].wave().preDot (pDiff);
+ auto vPost = twave[ix].wave().postDot(pDiff);
+ complex<Energy2> v1v2=vPre*pDiff;
+ for(unsigned int ih1A=0;ih1A<ihMax[0];++ih1A) {
+ for(unsigned int ih1B=0;ih1B<ihMax[1];++ih1B) {
+ unsigned int ih1 = 2*ih1A+ih1B;
+ auto vEps1 = twave[ix].wave().preDot(v1[ih1].wave())+twave[ix].wave().postDot(v1[ih1].wave());
+ complex<Energy> dPreEps1 = vPre*v1[ih1].wave();
+ complex<Energy> dPostEps1 = vPost*v1[ih1].wave();
+ complex<Energy> d1 = v1[ih1].wave()*pG2;
+ for(unsigned int ih2A=0;ih2A<ihMax[2];++ih2A) {
+ for(unsigned int ih2B=0;ih2B<ihMax[3];++ih2B) {
+ unsigned int ih2 = 2*ih2A+ih2B;
+ complex<Energy> d2 = v2[ih2].wave()*pG1;
+ Complex d12 = v1[ih1].wave()*v2[ih2].wave();
+ Complex amp = ((dPreEps1+dPostEps1)*d2 -(vPre*v2[ih2].wave()+vPost*v2[ih2].wave())*d1-v1v2*d12)/sqr(M) + vEps1*v2[ih2].wave();
+ output += norm(amp);
+ if(v1.size()==2 && v2.size()==2) me(2*ih1B,2*ih2B,ix) = amp;
+ else if(v1.size()==2) me(2*ih1B,ih2A,ih2B,ix) = amp;
+ else if(v2.size()==2) me(ih1A,ih1B,2*ih2B,ix) = amp;
+ else me(ih1A,ih1B,ih2A,ih2B,ix) = amp;
+ }
+ }
+ }
+ }
+ }
+ return me;
+}
+
+double GammaGamma2Onium3P2Amplitude::me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons, DVector & ) const {
+ double output(0.);
+ Energy M = momenta.back().mass();
+ // wavefunction for the tensor meson
+ vector<TensorWaveFunction> twave(5);
+ for(unsigned int i=0;i<5;++i) {
+ twave[i] = TensorWaveFunction(momenta.back(), partons.back(),i,outgoing);
+ }
+ // calculate the matrix element
+ helicityAmplitude(v1,v2,twave,M,output);
+ // coupling factors
+ double eQ = state_==ccbar ? 2./3. : -1./3.;
+ double alpha = generator()->standardModel()->alphaEM();
+ return 128./5.*output*O1_/pow<3,1>(M)/scale*sqr(Constants::pi*alpha*sqr(eQ)/(1.-t1/Lambda2_)/(1.-t2/Lambda2_));
+}
+
+Energy GammaGamma2Onium3P2Amplitude::generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax,Energy2 & jacW, Energy2 scale) {
+ Wmin = max(Wmin,partons.back()->massMin());
+ Wmax = min(Wmax,partons.back()->massMax());
+ double wgt(0.);
+ Energy output = massGen_->mass(wgt,*partons.back(),Wmin,Wmax,r);
+ jacW = scale*wgt;
+ return output;
+}
+
+ProductionMatrixElement GammaGamma2Onium3P2Amplitude::me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const {
+ vector<TensorWaveFunction> t3;
+ TensorWaveFunction(t3,particles[0],outgoing,true,false);
+ double output(0);
+ return helicityAmplitude(v1,v2,t3,particles[0]->mass(),output);
+}
+
+
+double GammaGamma2Onium3P2Amplitude::
+generateKinematics(const double * ,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & ) {
+ Energy M = sqrt(scale);
+ double jac = scale*massGen_->BreitWignerWeight(M)/pow(Constants::twopi,3);
+ momenta[0].setVect(Momentum3(ZERO,ZERO,ZERO));
+ momenta[0].setE(M);
+ momenta[0].rescaleMass();
+ return jac;
+}
diff --git a/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.h b/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/GammaGamma2Onium3P2Amplitude.h
@@ -0,0 +1,225 @@
+// -*- C++ -*-
+#ifndef Herwig_GammaGamma2Onium3P2Amplitude_H
+#define Herwig_GammaGamma2Onium3P2Amplitude_H
+//
+// This is the declaration of the GammaGamma2Onium3P2Amplitude class.
+//
+
+#include "Herwig/MatrixElement/Gamma/GammaGammaAmplitude.h"
+#include "OniumParameters.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The GammaGamma2Onium3P2Amplitude class implements the matrix element for \f$\gamma\gamma\to^{3}\!\!P_2\f$ quarkonium.
+ *
+ * @see \ref GammaGamma2Onium3P2AmplitudeInterfaces "The interfaces"
+ * defined for GammaGamma2Onium3P2Amplitude.
+ */
+class GammaGamma2Onium3P2Amplitude: public GammaGammaAmplitude {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ GammaGamma2Onium3P2Amplitude() : O1_(ZERO), state_(ccbar), n_(1),
+ Lambda2_(sqr(3.0969*GeV)), mOpt_(0)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by GammaGammaAmplitude class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 0;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 2;
+ }
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim(unsigned int) const {
+ return mOpt_;
+ }
+
+ /**
+ * The Feynman diagrams (iopt=0 gamma gamma, iopt=1, e+e-)
+ */
+ virtual vector<DiagPtr> getDiagrams(unsigned int iopt) const;
+
+ /**
+ * The matrix element
+ */
+ virtual double me2(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const Energy2 & t1, const Energy2 & t2,
+ const Energy2 & scale,
+ const vector<Lorentz5Momentum> & momenta,
+ const cPDVector & partons,
+ DVector & dweights ) const;
+
+ /**
+ * Matrix element for spin correlations
+ */
+ virtual ProductionMatrixElement me(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ tParticleVector & particles) const;
+
+ /**
+ * Generate the mass of the \f$\gamma\gamma\f$ system
+ */
+ virtual Energy generateW(double r, const tcPDVector & partons, Energy Wmin,
+ Energy Wmax, Energy2 & jacW, Energy2 scale);
+
+ /**
+ * Generate internal degrees of freedom given 'nDim()' uniform
+ * random numbers in the interval ]0,1[. To help the phase space
+ * generator, the 'dSigHatDR()' should be a smooth function of these
+ * numbers, although this is not strictly necessary. Return
+ * false if the chosen points failed the kinematical cuts.
+ */
+ virtual double generateKinematics(const double * r,
+ const Energy2 & scale,
+ vector<Lorentz5Momentum> & momenta,
+ const tcPDVector & partons);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+protected:
+
+ /**
+ * Calculation of the helicity amplitudes for the process
+ */
+ ProductionMatrixElement helicityAmplitude(const vector<VectorWaveFunction> & v1,
+ const vector<VectorWaveFunction> & v2,
+ const vector<TensorWaveFunction> & ten,
+ const Energy & M, double & output) const;
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ GammaGamma2Onium3P2Amplitude & operator=(const GammaGamma2Onium3P2Amplitude &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Pole mass squared parameter for the form factors
+ */
+ Energy2 Lambda2_;
+
+ /**
+ * Option for the mass generation
+ */
+ unsigned int mOpt_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_GammaGamma2Onium3P2Amplitude_H */
diff --git a/MatrixElement/Onium/MEGGto1D2.cc b/MatrixElement/Onium/MEGGto1D2.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto1D2.cc
@@ -0,0 +1,196 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEGGto1D2 class.
+//
+
+#include "MEGGto1D2.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+
+using namespace Herwig;
+
+void MEGGto1D2::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,0,2);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+10005 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id
+ << "in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_)
+ throw Exception() << "Must have mass generator for " << ps->PDGName()
+ << "in " << fullName();
+}
+
+IBPtr MEGGto1D2::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEGGto1D2::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEGGto1D2::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_) << n_ << massGen_;
+}
+
+void MEGGto1D2::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_) >> n_ >> massGen_;
+}
+
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEGGto1D2,HwMEBase>
+describeHerwigMEGGto1D2("Herwig::MEGGto1D2",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEGGto1D2::Init() {
+
+ static ClassDocumentation<MEGGto1D2> documentation
+ ("The MEGGto1D2 class implements the colour singlet matrix element for g g -> 1D2");
+
+ static Reference<MEGGto1D2,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEGGto1D2::params_, false, false, true, false, false);
+
+ static Switch<MEGGto1D2,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEGGto1D2::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEGGto1D2,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEGGto1D2::n_, 1, 1, 10,
+ false, false, Interface::limited);
+}
+
+void MEGGto1D2::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10005 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+}
+
+Energy2 MEGGto1D2::scale() const {
+ return sHat();
+}
+
+int MEGGto1D2::nDim() const {
+ return 0;
+}
+
+Selector<MEBase::DiagramIndex>
+MEGGto1D2::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEGGto1D2::colourGeometries(tcDiagPtr) const {
+ static ColourLines cFlow("1 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(1.0, &cFlow);
+ return sel;
+}
+
+bool MEGGto1D2::generateKinematics(const double * ) {
+ Lorentz5Momentum pout = meMomenta()[0] + meMomenta()[1];
+ pout.rescaleMass();
+ meMomenta()[2].setMass(pout.mass());
+ meMomenta()[2] = LorentzMomentum(pout.x(),pout.y(),pout.z(),pout.t());
+ jacobian(1.0);
+ // check whether it passes all the cuts: returns true if it does
+ vector<LorentzMomentum> out(1,meMomenta()[2]);
+ tcPDVector tout(1,mePartonData()[2]);
+ return lastCuts().passCuts(tout, out, mePartonData()[0], mePartonData()[1]);
+}
+
+CrossSection MEGGto1D2::dSigHatDR() const {
+ return Constants::pi*sqr(hbarc)*me2()*jacobian()*massGen_->BreitWignerWeight(sqrt(sHat()));
+}
+
+double MEGGto1D2::me2() const {
+ return 64./135.*sqr(Constants::pi)*O1_/pow<7,2>(sHat())*sqr(standardModel()->alphaS(scale()));
+}
+
+void MEGGto1D2::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ // gluon wave functions (remove zero longitudinal polarization
+ vector<VectorWaveFunction> g1,g2;
+ VectorWaveFunction (g1,hard[0],incoming,false,true,true);
+ g1[1] = g1[2];
+ VectorWaveFunction (g2,hard[1],incoming,false,true,true);
+ g2[1] = g2[2];
+ // 1D2 wavefunction
+ vector<TensorWaveFunction> twave;
+ TensorWaveFunction(twave,hard[2],outgoing,true,false);
+ // matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin2);
+
+ Lorentz5Momentum pDiff = hard[0]->momentum()-hard[1]->momentum();
+ Energy M = hard[2]->mass();
+ vector<Complex> tamp(5);
+ for(unsigned int i=0;i<5;++i) {
+ tamp[i] = twave[i].wave().trace()+2./sqr(M)*(twave[i].wave().preDot(pDiff)*pDiff);
+ }
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto vOff = epsilon(g1[ih1].wave(),hard[0]->momentum(),hard[1]->momentum());
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // Complex vamp = (vOff*g2[ih2].wave())/sqr(M);
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // me(2*ih1,2*ih2,ih3) = tamp[ih3]*vamp*Complex(0,1)*sqrt(1.5);
+ // }
+ // }
+ // }
+ me(0,0,2) = -1.;
+ me(2,2,2) = 1.;
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < 3; ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+}
diff --git a/MatrixElement/Onium/MEGGto1D2.h b/MatrixElement/Onium/MEGGto1D2.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto1D2.h
@@ -0,0 +1,224 @@
+// -*- C++ -*-
+#ifndef Herwig_MEGGto1D2_H
+#define Herwig_MEGGto1D2_H
+//
+// This is the declaration of the MEGGto1D2 class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEGGto1D2 class implements the colour singlet matrix element for \f$gg\to^1\!\!D_2\f$ quarkonium.
+ *
+ * @see \ref MEGGto1D2Interfaces "The interfaces"
+ * defined for MEGGto1D2.
+ */
+class MEGGto1D2: public HwMEBase {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ MEGGto1D2() : O1_(ZERO), state_(ccbar), n_(1)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 2;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const;
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEGGto1D2 & operator=(const MEGGto1D2 &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_MEGGto1D2_H */
diff --git a/MatrixElement/Onium/MEGGto1S0.cc b/MatrixElement/Onium/MEGGto1S0.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto1S0.cc
@@ -0,0 +1,184 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEGGto1S0 class.
+//
+
+#include "MEGGto1S0.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+#include "ThePEG/Helicity/epsilon.h"
+
+using namespace Herwig;
+
+void MEGGto1S0::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<0>(state_,n_,0,0);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+1 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id
+ << "in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_)
+ throw Exception() << "Must have mass generator for " << ps->PDGName()
+ << "in " << fullName();
+}
+
+IBPtr MEGGto1S0::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEGGto1S0::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEGGto1S0::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2) << oenum(state_) << n_ << massGen_;
+}
+
+void MEGGto1S0::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2) >> ienum(state_) >> n_ >> massGen_;
+}
+
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEGGto1S0,HwMEBase>
+describeHerwigMEGGto1S0("Herwig::MEGGto1S0",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEGGto1S0::Init() {
+
+ static ClassDocumentation<MEGGto1S0> documentation
+ ("The MEGGto1S0 class implements the colour singlet matrix element for g g -> 1S0");
+
+ static Reference<MEGGto1S0,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEGGto1S0::params_, false, false, true, false, false);
+
+ static Switch<MEGGto1S0,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEGGto1S0::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEGGto1S0,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEGGto1S0::n_, 1, 1, 10,
+ false, false, Interface::limited);
+}
+
+void MEGGto1S0::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+1 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+}
+
+Energy2 MEGGto1S0::scale() const {
+ return sHat();
+}
+
+int MEGGto1S0::nDim() const {
+ return 0;
+}
+
+Selector<MEBase::DiagramIndex>
+MEGGto1S0::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEGGto1S0::colourGeometries(tcDiagPtr) const {
+ static ColourLines cFlow("1 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(1.0, &cFlow);
+ return sel;
+}
+
+bool MEGGto1S0::generateKinematics(const double * ) {
+ Lorentz5Momentum pout = meMomenta()[0] + meMomenta()[1];
+ pout.rescaleMass();
+ meMomenta()[2].setMass(pout.mass());
+ meMomenta()[2] = LorentzMomentum(pout.x(),pout.y(),pout.z(),pout.t());
+ jacobian(1.0);
+ // check whether it passes all the cuts: returns true if it does
+ vector<LorentzMomentum> out(1,meMomenta()[2]);
+ tcPDVector tout(1,mePartonData()[2]);
+ return lastCuts().passCuts(tout, out, mePartonData()[0], mePartonData()[1]);
+}
+
+CrossSection MEGGto1S0::dSigHatDR() const {
+ return Constants::pi*sqr(hbarc)*me2()*jacobian()*massGen_->BreitWignerWeight(sqrt(sHat()));
+}
+
+double MEGGto1S0::me2() const {
+ return 2.*sqr(Constants::pi)*O1_/9./sHat()/sqrt(sHat())*sqr(standardModel()->alphaS(scale()));
+}
+
+void MEGGto1S0::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ // gluon wave functions (remove zero longitudinal polarization
+ vector<VectorWaveFunction> g1,g2;
+ VectorWaveFunction (g1,hard[0],incoming,false,true,true);
+ g1[1] = g1[2];
+ VectorWaveFunction (g2,hard[1],incoming,false,true,true);
+ g2[1] = g2[2];
+ // 1S0 wavefunction
+ ScalarWaveFunction out(hard[2],outgoing,true);
+ // matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin0);
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto vOff = Helicity::epsilon(g1[ih1].wave(),hard[0]->momentum(),hard[1]->momentum());
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // me(2*ih1,2*ih2,0) = Complex(0,-2.)*(vOff*g2[ih2].wave())/sqr(hard[2]->mass());
+ // }
+ // }
+ me(0,0,0) = 1.;
+ me(2,2,0) = -1.;
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < 3; ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+}
diff --git a/MatrixElement/Onium/MEGGto1S0.h b/MatrixElement/Onium/MEGGto1S0.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto1S0.h
@@ -0,0 +1,225 @@
+// -*- C++ -*-
+#ifndef Herwig_MEGGto1S0_H
+#define Herwig_MEGGto1S0_H
+//
+// This is the declaration of the MEGGto1S0 class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEGGto1S0 class implements the colour singlet matrix element for
+ * \f$gg\to^1\!\!S_0\f$.
+ *
+ * @see \ref MEGGto1S0Interfaces "The interfaces"
+ * defined for MEGGto1S0.
+ */
+class MEGGto1S0: public HwMEBase {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ MEGGto1S0() : O1_(ZERO), state_(ccbar), n_(1)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 2;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const;
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEGGto1S0 & operator=(const MEGGto1S0 &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy3 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * The mass generator for the onium state
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_MEGGto1S0_H */
diff --git a/MatrixElement/Onium/MEGGto3P0.cc b/MatrixElement/Onium/MEGGto3P0.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto3P0.cc
@@ -0,0 +1,183 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEGGto3P0 class.
+//
+
+#include "MEGGto3P0.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEGGto3P0::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,0);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+10001 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id
+ << "in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_)
+ throw Exception() << "Must have mass generator for " << ps->PDGName()
+ << "in " << fullName();
+}
+
+IBPtr MEGGto3P0::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEGGto3P0::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEGGto3P0::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << massGen_;
+}
+
+void MEGGto3P0::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> massGen_;
+}
+
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEGGto3P0,HwMEBase>
+describeHerwigMEGGto3P0("Herwig::MEGGto3P0",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEGGto3P0::Init() {
+
+ static ClassDocumentation<MEGGto3P0> documentation
+ ("The MEGGto3P0 class implements the colour singlet matrix element for g g -> 3P0");
+
+ static Reference<MEGGto3P0,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEGGto3P0::params_, false, false, true, false, false);
+
+ static Switch<MEGGto3P0,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEGGto3P0::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEGGto3P0,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEGGto3P0::n_, 1, 1, 10,
+ false, false, Interface::limited);
+}
+
+void MEGGto3P0::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10001 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+}
+
+Energy2 MEGGto3P0::scale() const {
+ return sHat();
+}
+
+int MEGGto3P0::nDim() const {
+ return 0;
+}
+
+Selector<MEBase::DiagramIndex>
+MEGGto3P0::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEGGto3P0::colourGeometries(tcDiagPtr) const {
+ static ColourLines cFlow("1 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(1.0, &cFlow);
+ return sel;
+}
+
+bool MEGGto3P0::generateKinematics(const double * ) {
+ Lorentz5Momentum pout = meMomenta()[0] + meMomenta()[1];
+ pout.rescaleMass();
+ meMomenta()[2].setMass(pout.mass());
+ meMomenta()[2] = LorentzMomentum(pout.x(),pout.y(),pout.z(),pout.t());
+ jacobian(1.0);
+ // check whether it passes all the cuts: returns true if it does
+ vector<LorentzMomentum> out(1,meMomenta()[2]);
+ tcPDVector tout(1,mePartonData()[2]);
+ return lastCuts().passCuts(tout, out, mePartonData()[0], mePartonData()[1]);
+}
+
+CrossSection MEGGto3P0::dSigHatDR() const {
+ return Constants::pi*sqr(hbarc)*me2()*jacobian()*massGen_->BreitWignerWeight(sqrt(sHat()));
+}
+
+double MEGGto3P0::me2() const {
+ return 8.*sqr(Constants::pi)*O1_/3./sqr(sHat())/sqrt(sHat())*sqr(standardModel()->alphaS(scale()));
+}
+
+void MEGGto3P0::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ // gluon wave functions (remove zero longitudinal polarization
+ vector<VectorWaveFunction> g1,g2;
+ VectorWaveFunction (g1,hard[0],incoming,false,true,true);
+ g1[1] = g1[2];
+ VectorWaveFunction (g2,hard[1],incoming,false,true,true);
+ g2[1] = g2[2];
+ // 1S0 wavefunction
+ ScalarWaveFunction out(hard[2],outgoing,true);
+ // matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin0);
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // complex<Energy> d1 = g1[ih1].wave()*hard[1]->momentum();
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // me(2*ih1,2*ih2,0) = g1[ih1].wave()*g2[ih2].wave() -2./sqr(hard[2]->mass())*d1*(g2[ih2].wave()*hard[0]->momentum());
+ // }
+ // }
+ me(0,0,0) = 1.;
+ me(2,2,0) = -1.;
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < 3; ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+}
diff --git a/MatrixElement/Onium/MEGGto3P0.h b/MatrixElement/Onium/MEGGto3P0.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto3P0.h
@@ -0,0 +1,224 @@
+// -*- C++ -*-
+#ifndef Herwig_MEGGto3P0_H
+#define Herwig_MEGGto3P0_H
+//
+// This is the declaration of the MEGGto3P0 class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEGGto3P0 class implements the colour singlet matrix element for \f$gg\to^3\!\!P_0\f$ quarkonium.
+ *
+ * @see \ref MEGGto3P0Interfaces "The interfaces"
+ * defined for MEGGto3P0.
+ */
+class MEGGto3P0: public HwMEBase {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ MEGGto3P0() : O1_(ZERO), state_(ccbar), n_(1)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 2;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const;
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEGGto3P0 & operator=(const MEGGto3P0 &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_MEGGto3P0_H */
diff --git a/MatrixElement/Onium/MEGGto3P2.cc b/MatrixElement/Onium/MEGGto3P2.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto3P2.cc
@@ -0,0 +1,208 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEGGto3P2 class.
+//
+
+#include "MEGGto3P2.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Cuts/Cuts.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+
+using namespace Herwig;
+
+void MEGGto3P2::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,2);
+ // get the mass generator of the onium state
+ unsigned int iq = 4+state_;
+ long id = iq*110+5 + (n_-1)*100000;
+ tcPDPtr ps = getParticleData(id);
+ if(!ps)
+ throw Exception() << "No onium particle with id " << id
+ << "in " << fullName();
+ if(ps->massGenerator())
+ massGen_=dynamic_ptr_cast<GenericMassGeneratorPtr>(ps->massGenerator());
+ if(!massGen_)
+ throw Exception() << "Must have mass generator for " << ps->PDGName()
+ << "in " << fullName();
+}
+
+IBPtr MEGGto3P2::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEGGto3P2::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEGGto3P2::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << massGen_;
+}
+
+void MEGGto3P2::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> massGen_;
+}
+
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEGGto3P2,HwMEBase>
+describeHerwigMEGGto3P2("Herwig::MEGGto3P2",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEGGto3P2::Init() {
+
+ static ClassDocumentation<MEGGto3P2> documentation
+ ("The MEGGto3P2 class implements the colour singlet matrix element for g g -> 3P2");
+
+ static Reference<MEGGto3P2,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEGGto3P2::params_, false, false, true, false, false);
+
+ static Switch<MEGGto3P2,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEGGto3P2::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEGGto3P2,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEGGto3P2::n_, 1, 1, 10,
+ false, false, Interface::limited);
+}
+
+void MEGGto3P2::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+5 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, -1)));
+}
+
+Energy2 MEGGto3P2::scale() const {
+ return sHat();
+}
+
+int MEGGto3P2::nDim() const {
+ return 0;
+}
+
+Selector<MEBase::DiagramIndex>
+MEGGto3P2::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEGGto3P2::colourGeometries(tcDiagPtr) const {
+ static ColourLines cFlow("1 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(1.0, &cFlow);
+ return sel;
+}
+
+bool MEGGto3P2::generateKinematics(const double * ) {
+ Lorentz5Momentum pout = meMomenta()[0] + meMomenta()[1];
+ pout.rescaleMass();
+ meMomenta()[2].setMass(pout.mass());
+ meMomenta()[2] = LorentzMomentum(pout.x(),pout.y(),pout.z(),pout.t());
+ jacobian(1.0);
+ // check whether it passes all the cuts: returns true if it does
+ vector<LorentzMomentum> out(1,meMomenta()[2]);
+ tcPDVector tout(1,mePartonData()[2]);
+ return lastCuts().passCuts(tout, out, mePartonData()[0], mePartonData()[1]);
+}
+
+CrossSection MEGGto3P2::dSigHatDR() const {
+ return Constants::pi*sqr(hbarc)*me2()*jacobian()*massGen_->BreitWignerWeight(sqrt(sHat()));
+}
+
+double MEGGto3P2::me2() const {
+ return 32./45.*sqr(Constants::pi)*O1_/sqr(sHat())/sqrt(sHat())*sqr(standardModel()->alphaS(scale()));
+}
+
+void MEGGto3P2::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ // gluon wave functions (remove zero longitudinal polarization
+ vector<VectorWaveFunction> g1,g2;
+ VectorWaveFunction (g1,hard[0],incoming,false,true,true);
+ g1[1] = g1[2];
+ VectorWaveFunction (g2,hard[1],incoming,false,true,true);
+ g2[1] = g2[2];
+ // 3P2 wavefunction
+ vector<TensorWaveFunction> twave;
+ TensorWaveFunction(twave,hard[2],outgoing,true,false);
+ // matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin2);
+ if(hard[2]->momentum().z()>ZERO) {
+ me(0,2,0) = 1.;
+ me(2,0,4) = 1.;
+ }
+ else {
+ me(0,2,4) = 1.;
+ me(2,0,0) = 1.;
+ }
+ // Lorentz5Momentum pDiff = hard[0]->momentum()-hard[1]->momentum();
+ // Energy M = hard[2]->mass();
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vPre = twave[ih3].wave().preDot (pDiff);
+ // auto vPost = twave[ih3].wave().postDot(pDiff);
+ // complex<Energy2> g1g2=vPre*pDiff;
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto vEps1 = twave[ih3].wave().preDot(g1[ih1].wave())+twave[ih3].wave().postDot(g1[ih1].wave());
+ // complex<Energy> dPreEps1 = vPre*g1[ih1].wave();
+ // complex<Energy> dPostEps1 = vPost*g1[ih1].wave();
+ // complex<Energy> d1 = g1[ih1].wave()*hard[1]->momentum();
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // complex<Energy> d2 = g2[ih2].wave()*hard[0]->momentum();
+ // Complex d12 = g1[ih1].wave()*g2[ih2].wave();
+ // Complex amp = 0.5*(((dPreEps1+dPostEps1)*d2 -(vPre*g2[ih2].wave()+vPost*g2[ih2].wave())*d1-g1g2*d12)/sqr(M) + vEps1*g2[ih2].wave());
+ // if(norm(amp)>1e-10) {
+ // Complex diff = amp-me(2*ih1,2*ih2,ih3);
+ // if(abs(diff)>1e-10)
+ // cerr << "testing me " << ih1 << " " << ih2 << " " << ih3 << " " << diff << "\n";
+ // }
+ // }
+ // }
+ // }
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < 3; ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+}
diff --git a/MatrixElement/Onium/MEGGto3P2.h b/MatrixElement/Onium/MEGGto3P2.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEGGto3P2.h
@@ -0,0 +1,224 @@
+// -*- C++ -*-
+#ifndef Herwig_MEGGto3P2_H
+#define Herwig_MEGGto3P2_H
+//
+// This is the declaration of the MEGGto3P2 class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/PDT/GenericMassGenerator.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEGGto3P2 class implements the colour singlet matrix element for \f$gg\to^3\!\!P_2\f$ quarkonium.
+ *
+ * @see \ref MEGGto3P2Interfaces "The interfaces"
+ * defined for MEGGto3P2.
+ */
+class MEGGto3P2: public HwMEBase {
+
+public:
+
+ /** @name Standard constructors and destructors. */
+ //@{
+ /**
+ * The default constructor.
+ */
+ MEGGto3P2() : O1_(ZERO), state_(ccbar), n_(1)
+ {}
+ //@}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 2;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * The number of internal degrees of freedom used in the matrix
+ * element.
+ */
+ virtual int nDim() const;
+
+ /**
+ * Generate internal degrees of freedom given nDim() uniform
+ * random numbers in the interval \f$ ]0,1[ \f$. To help the phase space
+ * generator, the dSigHatDR should be a smooth function of these
+ * numbers, although this is not strictly necessary.
+ * @param r a pointer to the first of nDim() consecutive random numbers.
+ * @return true if the generation succeeded, otherwise false.
+ */
+ virtual bool generateKinematics(const double * r);
+
+ /**
+ * Return the matrix element squared differential in the variables
+ * given by the last call to generateKinematics().
+ */
+ virtual CrossSection dSigHatDR() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEGGto3P2 & operator=(const MEGGto3P2 &) = delete;
+
+private:
+
+ /**
+ * Parameters for the form-factors
+ */
+ //@{
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * The mass generator for the Higgs
+ */
+ GenericMassGeneratorPtr massGen_;
+ //@}
+};
+
+}
+
+#endif /* Herwig_MEGGto3P2_H */
diff --git a/MatrixElement/Onium/MEPPto1D2Jet.cc b/MatrixElement/Onium/MEPPto1D2Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1D2Jet.cc
@@ -0,0 +1,852 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto1D2Jet class.
+//
+
+#include "MEPPto1D2Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto1D2Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,0,2);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto1D2Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto1D2Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto1D2Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_) << n_ << process_ << mOpt_;
+}
+
+void MEPPto1D2Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_) >> n_ >> process_ >> mOpt_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto1D2Jet,HwMEBase>
+describeHerwigMEPPto1D2Jet("Herwig::MEPPto1D2Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto1D2Jet::Init() {
+
+ static ClassDocumentation<MEPPto1D2Jet> documentation
+ ("The MEPPto1D2Jet class implements the q qbar -> 1D2 g, g q to 1D2 q"
+ " and g g to 1D2 g processes");
+
+ static Reference<MEPPto1D2Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto1D2Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto1D2Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto1D2Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto1D2Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto1D2Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto1D2Jet,unsigned int> interfaceProcess
+ ("Process",
+ "Which processes to generate",
+ &MEPPto1D2Jet::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Generate all the processes",
+ 0);
+ static SwitchOption interfaceProcessGQto1D2Q
+ (interfaceProcess,
+ "GQto1D2Q",
+ "The g q -> 1D2 q process",
+ 1);
+ static SwitchOption interfaceProcessGQbarto1D2Qbar
+ (interfaceProcess,
+ "GQbarto1D2Qbar",
+ "The g qbar -> 1D2 qbar process",
+ 2);
+ static SwitchOption interfaceProcessQQbarto1D2G
+ (interfaceProcess,
+ "QQbarto1D2G",
+ "The q qbar -> 1D2 g process",
+ 3);
+ static SwitchOption interfaceProcessGGto1D2G
+ (interfaceProcess,
+ "GGto1D2G",
+ "The g g -> 1D2 g process",
+ 4);
+
+ static Switch<MEPPto1D2Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 1D2 mass",
+ &MEPPto1D2Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 1D2 state.",
+ 1);
+
+}
+
+void MEPPto1D2Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10005 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ // processes involving quarks
+ for ( int i = 1; i <= 3; ++i ) {
+ tcPDPtr q = getParticleData(i);
+ tcPDPtr qb = q->CC();
+ if(process_ == 0 || process_ == 1)
+ add(new_ptr((Tree2toNDiagram(3), g, g, q , 1, ps, 2, q , -1)));
+ if(process_ == 0 || process_ == 2)
+ add(new_ptr((Tree2toNDiagram(3), g, g, qb, 1, ps, 2, qb, -2)));
+ if(process_ == 0 || process_ == 3)
+ add(new_ptr((Tree2toNDiagram(2), q, qb, 1, g, 3, ps, 3, g, -3)));
+ }
+ // g g -> 1D2 g (s,t,u 4-point)
+ if(process_ == 0 || process_ == 4) {
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, g, 3, ps, 3, g , -4)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 1, ps, 2, g , -5)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 2, ps, 1, g , -6)));
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -7)));
+ }
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto1D2Jet::diagrams(const DiagramVector & diags) const {
+ Energy M=meMomenta()[3].mass();
+ Energy2 M2(sqr(M));
+ Selector<DiagramIndex> sel;
+ DVector save(4);
+ if(mePartonData()[1]->id()==ParticleID::g &&
+ mePartonData()[1]->id()==ParticleID::g ) {
+ save[0] = 256*M2*tHat()*uHat()/(3.*sHat()*sqr(tHat()+uHat()));
+ save[1] = 256*M2*tHat()*(sqr(M2)*sqr(sHat())-2*M2*pow<3,1>(sHat())+2*pow<4,1>(sHat())
+ +sqr(M2)*sHat()*tHat()-M2*sqr(sHat())*tHat()+2*pow<3,1>(sHat())*tHat()
+ +sqr(M2)*sqr(tHat())-M2*sHat()*sqr(tHat())+sqr(sHat())*sqr(tHat()))
+ /(3.*sHat()*sqr(M2-uHat())*uHat()*sqr(tHat()+uHat()));
+ save[2] = 256*M2*uHat()*(sqr(M2)*sqr(sHat())-2*M2*pow<3,1>(sHat())+2*pow<4,1>(sHat())
+ +sqr(M2)*sHat()*uHat()-M2*sqr(sHat())*uHat()+2*pow<3,1>(sHat())*uHat()
+ +sqr(M2)*sqr(uHat())-M2*sHat()*sqr(uHat())+sqr(sHat())*sqr(uHat()))
+ /(3.*sHat()*sqr(M2-tHat())*tHat()*sqr(tHat()+uHat()));
+ save[3] = 128*M2*(3*pow<10,1>(M2)*sqr(tHat())-24*pow<9,1>(M2)*pow<3,1>(tHat())+81*pow<8,1>(M2)*pow<4,1>(tHat())
+ -153*pow<7,1>(M2)*pow<5,1>(tHat())+180*pow<6,1>(M2)*pow<6,1>(tHat())-135*pow<5,1>(M2)*pow<7,1>(tHat())
+ +60*pow<4,1>(M2)*pow<8,1>(tHat())-12*pow<3,1>(M2)*pow<9,1>(tHat())+8*pow<10,1>(M2)*tHat()*uHat()
+ -66*pow<9,1>(M2)*sqr(tHat())*uHat()+250*pow<8,1>(M2)*pow<3,1>(tHat())*uHat()
+ -540*pow<7,1>(M2)*pow<4,1>(tHat())*uHat()+731*pow<6,1>(M2)*pow<5,1>(tHat())*uHat()
+ -650*pow<5,1>(M2)*pow<6,1>(tHat())*uHat()+375*pow<4,1>(M2)*pow<7,1>(tHat())*uHat()
+ -126*pow<3,1>(M2)*pow<8,1>(tHat())*uHat()+18*sqr(M2)*pow<9,1>(tHat())*uHat()
+ +3*pow<10,1>(M2)*sqr(uHat())-66*pow<9,1>(M2)*tHat()*sqr(uHat())+358*pow<8,1>(M2)*sqr(tHat())*sqr(uHat())
+ -953*pow<7,1>(M2)*pow<3,1>(tHat())*sqr(uHat())+1439*pow<6,1>(M2)*pow<4,1>(tHat())*sqr(uHat())
+ -1312*pow<5,1>(M2)*pow<5,1>(tHat())*sqr(uHat())+760*pow<4,1>(M2)*pow<6,1>(tHat())*sqr(uHat())
+ -295*pow<3,1>(M2)*pow<7,1>(tHat())*sqr(uHat())+72*sqr(M2)*pow<8,1>(tHat())*sqr(uHat())
+ -6*M2*pow<9,1>(tHat())*sqr(uHat())-24*pow<9,1>(M2)*pow<3,1>(uHat())
+ +250*pow<8,1>(M2)*tHat()*pow<3,1>(uHat())-953*pow<7,1>(M2)*sqr(tHat())*pow<3,1>(uHat())
+ +1930*pow<6,1>(M2)*pow<3,1>(tHat())*pow<3,1>(uHat())-2209*pow<5,1>(M2)*pow<4,1>(tHat())*pow<3,1>(uHat())
+ +1479*pow<4,1>(M2)*pow<5,1>(tHat())*pow<3,1>(uHat())-626*pow<3,1>(M2)*pow<6,1>(tHat())*pow<3,1>(uHat())
+ +161*sqr(M2)*pow<7,1>(tHat())*pow<3,1>(uHat())-6*M2*pow<8,1>(tHat())*pow<3,1>(uHat())
+ +81*pow<8,1>(M2)*pow<4,1>(uHat())-540*pow<7,1>(M2)*tHat()*pow<4,1>(uHat())
+ +1439*pow<6,1>(M2)*sqr(tHat())*pow<4,1>(uHat())-2209*pow<5,1>(M2)*pow<3,1>(tHat())*pow<4,1>(uHat())
+ +1996*pow<4,1>(M2)*pow<4,1>(tHat())*pow<4,1>(uHat())-1115*pow<3,1>(M2)*pow<5,1>(tHat())*pow<4,1>(uHat())
+ +352*sqr(M2)*pow<6,1>(tHat())*pow<4,1>(uHat())-4*M2*pow<7,1>(tHat())*pow<4,1>(uHat())
+ -153*pow<7,1>(M2)*pow<5,1>(uHat())+731*pow<6,1>(M2)*tHat()*pow<5,1>(uHat())
+ -1312*pow<5,1>(M2)*sqr(tHat())*pow<5,1>(uHat())+1479*pow<4,1>(M2)*pow<3,1>(tHat())*pow<5,1>(uHat())
+ -1115*pow<3,1>(M2)*pow<4,1>(tHat())*pow<5,1>(uHat())+490*sqr(M2)*pow<5,1>(tHat())*pow<5,1>(uHat())
+ -24*M2*pow<6,1>(tHat())*pow<5,1>(uHat())+4*pow<7,1>(tHat())*pow<5,1>(uHat())
+ +180*pow<6,1>(M2)*pow<6,1>(uHat())-650*pow<5,1>(M2)*tHat()*pow<6,1>(uHat())
+ +760*pow<4,1>(M2)*sqr(tHat())*pow<6,1>(uHat())-626*pow<3,1>(M2)*pow<3,1>(tHat())*pow<6,1>(uHat())
+ +352*sqr(M2)*pow<4,1>(tHat())*pow<6,1>(uHat())-24*M2*pow<5,1>(tHat())*pow<6,1>(uHat())
+ +8*pow<6,1>(tHat())*pow<6,1>(uHat())-135*pow<5,1>(M2)*pow<7,1>(uHat())
+ +375*pow<4,1>(M2)*tHat()*pow<7,1>(uHat())-295*pow<3,1>(M2)*sqr(tHat())*pow<7,1>(uHat())
+ +161*sqr(M2)*pow<3,1>(tHat())*pow<7,1>(uHat())-4*M2*pow<4,1>(tHat())*pow<7,1>(uHat())
+ +4*pow<5,1>(tHat())*pow<7,1>(uHat())+60*pow<4,1>(M2)*pow<8,1>(uHat())
+ -126*pow<3,1>(M2)*tHat()*pow<8,1>(uHat())+72*sqr(M2)*sqr(tHat())*pow<8,1>(uHat())
+ -6*M2*pow<3,1>(tHat())*pow<8,1>(uHat())-12*pow<3,1>(M2)*pow<9,1>(uHat())
+ +18*sqr(M2)*tHat()*pow<9,1>(uHat())-6*M2*sqr(tHat())*pow<9,1>(uHat()))
+ /(3.*sHat()*pow<4,1>(M2-tHat())*pow<4,1>(M2-uHat())*pow<4,1>(tHat()+uHat()));
+ }
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ||
+ diags[i]->id() == -2 ||
+ diags[i]->id() == -3 ) sel.insert(1.0, i);
+ else
+ sel.insert(save[abs(diags[i]->id())-4],i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto1D2Jet::colourGeometries(tcDiagPtr diag) const {
+ // g q -> 1D2 q
+ static ColourLines cgq ("1 2 5, -1 -2 3");
+ // g qbar -> 1D2 qbar
+ static ColourLines cgqbar("1 2 -3, -1 -2 -5");
+ // q qbar -> 1D2 g
+ static ColourLines cqqbar("1 3 5, -2 -3 -5");
+ // g g -> 1D2 g
+ static ColourLines cs[2]={ColourLines("1 3 5, -1 2, -2 -3 -5"),
+ ColourLines("1 -2, -1 -3 -5, 2 3 5")};
+ static ColourLines ct[2]={ColourLines("1 2 5, -1 -2 3, -3 -5"),
+ ColourLines("1 2 -3, -1 -2 -5, 3 5")};
+ static ColourLines cu[2]={ColourLines("1 5, -1 -2 3, -3 2 -5"),
+ ColourLines("1 2 -3, -1 -5, 3 -2 5")};
+ // 4 point
+ static ColourLines c4[2]={ColourLines("1 -2, 2 4, -1 -4"),
+ ColourLines("1 4, -4 -2, 2 -1")};
+ // create the selector
+ Selector<const ColourLines *> sel;
+ if (diag->id() == -1) sel.insert(1.0, &cgq );
+ else if (diag->id() == -2) sel.insert(1.0, &cgqbar);
+ else if (diag->id() == -3) sel.insert(1.0, &cqqbar);
+ else if (diag->id() == -4) {
+ sel.insert(0.5, &cs[0]);
+ sel.insert(0.5, &cs[1]);
+ }
+ else if (diag->id() == -5) {
+ sel.insert(0.5, &ct[0]);
+ sel.insert(0.5, &ct[1]);
+ }
+ else if (diag->id() == -6) {
+ sel.insert(0.5, &cu[0]);
+ sel.insert(0.5, &cu[1]);
+ }
+ else if (diag->id() == -7) {
+ sel.insert(0.5, &c4[0]);
+ sel.insert(0.5, &c4[1]);
+ }
+ return sel;
+}
+
+Energy2 MEPPto1D2Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto1D2Jet::me2() const {
+ // return value
+ double output(0.);
+ // mass of the 1D2 state
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2 = sqr(meMomenta()[2].mass());
+ if(mePartonData()[0]->id()==ParticleID::g) {
+ // g g -> 1D2 g
+ if(mePartonData()[1]->id()==ParticleID::g) {
+ output = 4.*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)
+ /(15.*pow<7,1>(M))/(3.*sHat()*pow<4,1>(M2-tHat())*tHat()*pow<4,1>(M2-uHat())*uHat()*pow<4,1>(tHat()+uHat()))*128*M2*
+ (2*sqr(tHat())*sqr(uHat())*sqr(tHat()+uHat())*pow<4,1>(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ +pow<10,1>(M2)*(sqr(tHat())+sqr(uHat()))*(2*sqr(tHat())+3*tHat()*uHat()+2*sqr(uHat()))
+ -4*M2*tHat()*uHat()*pow<3,1>(tHat()+uHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat()))*
+ (pow<4,1>(tHat())+4*pow<3,1>(tHat())*uHat()-7*sqr(tHat())*sqr(uHat())
+ +4*tHat()*pow<3,1>(uHat())+pow<4,1>(uHat()))-6*pow<9,1>(M2)*(tHat()+uHat())*
+ (2*pow<4,1>(tHat())+2*pow<3,1>(tHat())*uHat()+7*sqr(tHat())*sqr(uHat())+2*tHat()*pow<3,1>(uHat())+2*pow<4,1>(uHat()))
+ +pow<8,1>(M2)*(34*pow<6,1>(tHat())+91*pow<5,1>(tHat())*uHat()+260*pow<4,1>(tHat())*sqr(uHat())+330*pow<3,1>(tHat())*pow<3,1>(uHat())
+ +260*sqr(tHat())*pow<4,1>(uHat())+91*tHat()*pow<5,1>(uHat())+34*pow<6,1>(uHat()))-pow<7,1>(M2)*(tHat()+uHat())*
+ (60*pow<6,1>(tHat())+155*pow<5,1>(tHat())*uHat()+561*pow<4,1>(tHat())*sqr(uHat())+574*pow<3,1>(tHat())*pow<3,1>(uHat())+561*sqr(tHat())*pow<4,1>(uHat())
+ +155*tHat()*pow<5,1>(uHat())+60*pow<6,1>(uHat()))-pow<5,1>(M2)*(tHat()+uHat())*
+ (60*pow<8,1>(tHat())+307*pow<7,1>(tHat())*uHat()+1241*pow<6,1>(tHat())*sqr(uHat())+2043*pow<5,1>(tHat())*pow<3,1>(uHat())+2340*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +2043*pow<3,1>(tHat())*pow<5,1>(uHat())+1241*sqr(tHat())*pow<6,1>(uHat())+307*tHat()*pow<7,1>(uHat())+60*pow<8,1>(uHat()))+pow<6,1>(M2)*
+ (72*pow<8,1>(tHat())+340*pow<7,1>(tHat())*uHat()+1281*pow<6,1>(tHat())*sqr(uHat())+2425*pow<5,1>(tHat())*pow<3,1>(uHat())
+ +2882*pow<4,1>(tHat())*pow<4,1>(uHat())+2425*pow<3,1>(tHat())*pow<5,1>(uHat())+1281*sqr(tHat())*pow<6,1>(uHat())+340*tHat()*pow<7,1>(uHat())
+ +72*pow<8,1>(uHat()))+sqr(M2)*sqr(tHat()+uHat())*(2*pow<10,1>(tHat())+32*pow<9,1>(tHat())*uHat()+164*pow<8,1>(tHat())*sqr(uHat())+190*pow<7,1>(tHat())*pow<3,1>(uHat())
+ +133*pow<6,1>(tHat())*pow<4,1>(uHat())-4*pow<5,1>(tHat())*pow<5,1>(uHat())+133*pow<4,1>(tHat())*pow<6,1>(uHat())
+ +190*pow<3,1>(tHat())*pow<7,1>(uHat())+164*sqr(tHat())*pow<8,1>(uHat())+32*tHat()*pow<9,1>(uHat())+2*pow<10,1>(uHat()))
+ -pow<3,1>(M2)*(tHat()+uHat())*(12*pow<10,1>(tHat())+118*pow<9,1>(tHat())*uHat()+582*pow<8,1>(tHat())*sqr(uHat())
+ +1033*pow<7,1>(tHat())*pow<3,1>(uHat())+1115*pow<6,1>(tHat())*pow<4,1>(uHat())
+ +934*pow<5,1>(tHat())*pow<5,1>(uHat())+1115*pow<4,1>(tHat())*pow<6,1>(uHat())
+ +1033*pow<3,1>(tHat())*pow<7,1>(uHat())+582*sqr(tHat())*pow<8,1>(uHat())+118*tHat()*pow<9,1>(uHat())+12*pow<10,1>(uHat()))
+ +pow<4,1>(M2)*(34*pow<10,1>(tHat())+270*pow<9,1>(tHat())*uHat()+1277*pow<8,1>(tHat())*sqr(uHat())+2868*pow<7,1>(tHat())*pow<3,1>(uHat())
+ +3973*pow<6,1>(tHat())*pow<4,1>(uHat())+4220*pow<5,1>(tHat())*pow<5,1>(uHat())+3973*pow<4,1>(tHat())*pow<6,1>(uHat())
+ +2868*pow<3,1>(tHat())*pow<7,1>(uHat())+1277*sqr(tHat())*pow<8,1>(uHat())+270*tHat()*pow<9,1>(uHat())+34*pow<10,1>(uHat())));
+ // test vs PRD 45, 116
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test =-16.*Constants::pi*sqr(sHat())*
+ // 40.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/pow<5,1>(M)/Q/sqr(sHat())/pow<4,1>(Q-M2*P)*
+ // (M2*sqr(P)*Q*(5*pow<6,1>(M2)-45*pow<3,1>(M2)*Q+48*sqr(Q)) -
+ // 2*pow<4,1>(P)*(pow<6,1>(M2)-pow<3,1>(M2)*Q+sqr(Q)) +
+ // pow<3,1>(M2)*P*sqr(Q)*(28*pow<3,1>(M2) - 31*Q)-
+ // sqr(M2*P)*P*(13*pow<3,1>(M2)-18*Q)*Q + 4*M2*pow<5,1>(P)*(pow<3,1>(M2)+Q) -
+ // sqr(M2)*(2*pow<6,1>(P) - 33*pow<4,1>(Q)) - 2*pow<8,1>(M2)*sqr(Q) + 43*pow<5,1>(M2)*pow<3,1>(Q));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g qbar -> 1D2 qbar
+ else if(mePartonData()[1]->id()<0) {
+ // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // TensorWaveFunction t3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorBarWaveFunction> q2;
+ // vector<TensorWaveFunction> t3;
+ // vector<SpinorWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<5;++ix) {
+ // t3w.reset(ix,tensor_phase);
+ // t3.push_back(t3w);
+ // }
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ // double phi = meMomenta()[2].phi();
+ // Complex phase = exp(Complex(0.,phi));
+ // Energy2 th(tHat()),uh(uHat()),sh(sHat()),sm(sHat()-M2),tm(tHat()-M2),um(uHat()-M2);
+ // me(0,0,0,0)=(Complex(0,-8)*sqrt(2)*M*sqr(phase)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ // me(0,0,1,0)=(Complex(0,8)*sqrt(2)*phase*sh*sqrt(sh)*sqrt(-uh)*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ // me(0,0,2,0)=(Complex(0,8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ // me(0,0,3,0)=(Complex(0,-8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ // me(0,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ // me(0,1,0,1)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ // me(0,1,1,1)=(Complex(0,-8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ // me(0,1,2,1)=(Complex(0,-8)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(phase)*sqr(sm)*sqrt(-th)*sqr(tm));
+ // me(0,1,3,1)=(Complex(0,8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(pow(phase,3)*sqr(sm)*sqr(tm));
+ // me(0,1,4,1)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(pow(phase,4)*sqr(sm)*sqr(tm));
+ // me(2,0,0,0)=(Complex(0,8)*sqrt(2)*M*pow(phase,4)*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ // me(2,0,1,0)=(Complex(0,-8)*sqrt(2)*pow(phase,3)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ // me(2,0,2,0)=(Complex(0,-8)*sqr(phase)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ // me(2,0,3,0)=(Complex(0,8)*sqrt(2)*phase*sh*uh*sqrt(-(uh/sh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ // me(2,0,4,0)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ // me(2,1,0,1)=(Complex(0,-8)*sqrt(2)*M*sqr(phase)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ // me(2,1,1,1)=(Complex(0,8)*sqrt(2)*phase*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ // me(2,1,2,1)=(Complex(0,8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ // me(2,1,3,1)=(Complex(0,-8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ // me(2,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ // double totalB(0.);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = t3[ih3].wave().preDot(meMomenta()[0]);
+ // complex<Energy2> d11 = vp1Pre*meMomenta()[0];
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto eSub1 = epsilon(meMomenta()[0],meMomenta()[2],g1[ih1].wave());
+ // Complex amp = 32.*M*d11/sqr(tHat()-M2)*(fCurrent*eSub1)/tHat();
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // totalB+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = -128.*(sqr(sHat())+sqr(uHat()))/3./M2/tHat();
+ // final factors
+ output = 16.*O1_*pow<3,1>(Constants::pi*standardModel()->alphaS(scale())/M)/(135.*sqr(tHat()-M2))*total;
+ // analytic test
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -2560.*sqr(Constants::pi)*R02*pow(standardModel()->alphaS(scale()),3)*
+ // (sqr(sHat())+sqr(uHat()))/(9.*pow<5,1>(M)*tHat()*sqr(tHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g q -> 1D2 q
+ else if(mePartonData()[1]->id()<6) {
+ // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // TensorWaveFunction t3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorBarWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorWaveFunction> q2;
+ // vector<TensorWaveFunction> t3;
+ // vector<SpinorBarWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<5;++ix) {
+ // t3w.reset(ix,tensor_phase);
+ // t3.push_back(t3w);
+ // }
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ // double phi = meMomenta()[2].phi();
+ // Complex phase = exp(Complex(0.,phi));
+ // me(0,0,0,0)=(Complex(0,8)*sqrt(2)*M*sqr(phase)*sqrt(-(pow<4,1>(sHat())*tHat()))*uHat())/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,0,1,0)=(Complex(0,-8)*sqrt(2)*phase*sHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,0,2,0)=(Complex(0,-8)*sHat()*(-2*M2*tHat()*(tHat()-2*uHat())*(tHat()+uHat())+sqr(tHat())*sqr(tHat()+uHat())+sqr(M2)*(sqr(tHat())-4*tHat()*uHat()+sqr(uHat()))))/(sqrt(3)*M*sqr(M2-tHat())*sqrt(-tHat())*sqr(tHat()+uHat()));
+ // me(0,0,3,0)=(Complex(0,8)*sqrt(2)*sHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(phase*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,0,4,0)=(Complex(0,8)*sqrt(2)*M*sqrt(-(pow<4,1>(sHat())*tHat()))*uHat())/(sqr(phase)*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,1,0,1)=(Complex(0,-8)*sqrt(2)*M*sHat()*sqrt(-tHat())*sqr(uHat()))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,1,1,1)=(Complex(0,8)*sqrt(2)*uHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(phase*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,1,2,1)=(Complex(0,8)*uHat()*(-2*M2*tHat()*(tHat()-2*uHat())*(tHat()+uHat())+sqr(tHat())*sqr(tHat()+uHat())+sqr(M2)*(sqr(tHat())-4*tHat()*uHat()+sqr(uHat()))))/(sqrt(3)*M*sqr(phase)*sqr(M2-tHat())*sqrt(-tHat())*sqr(tHat()+uHat()));
+ // me(0,1,3,1)=(Complex(0,-8)*sqrt(2)*uHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(pow(phase,3)*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(0,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sHat()*sqrt(-tHat())*sqr(uHat()))/(pow(phase,4)*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,0,0,0)=(Complex(0,-8)*sqrt(2)*M*pow(phase,4)*sHat()*sqrt(-tHat())*sqr(uHat()))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,0,1,0)=(Complex(0,8)*sqrt(2)*pow(phase,3)*uHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,0,2,0)=(Complex(0,8)*sqr(phase)*uHat()*(-2*M2*tHat()*(tHat()-2*uHat())*(tHat()+uHat())+sqr(tHat())*sqr(tHat()+uHat())+sqr(M2)*(sqr(tHat())-4*tHat()*uHat()+sqr(uHat()))))/(sqrt(3)*M*sqr(M2-tHat())*sqrt(-tHat())*sqr(tHat()+uHat()));
+ // me(2,0,3,0)=(Complex(0,-8)*sqrt(2)*phase*uHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sHat()*sqrt(-tHat())*sqr(uHat()))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,1,0,1)=(Complex(0,8)*sqrt(2)*M*sqr(phase)*sqrt(-(pow<4,1>(sHat())*tHat()))*uHat())/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,1,1,1)=(Complex(0,-8)*sqrt(2)*phase*sHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,1,2,1)=(Complex(0,-8)*sHat()*(-2*M2*tHat()*(tHat()-2*uHat())*(tHat()+uHat())+sqr(tHat())*sqr(tHat()+uHat())+sqr(M2)*(sqr(tHat())-4*tHat()*uHat()+sqr(uHat()))))/(sqrt(3)*M*sqr(M2-tHat())*sqrt(-tHat())*sqr(tHat()+uHat()));
+ // me(2,1,3,1)=(Complex(0,8)*sqrt(2)*sHat()*sqrt(-(sHat()*uHat()))*(M2*(-tHat()+uHat())+tHat()*(tHat()+uHat())))/(phase*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // me(2,1,4,1)=(Complex(0,8)*sqrt(2)*M*sqrt(-(pow<4,1>(sHat())*tHat()))*uHat())/(sqr(phase)*sqr(M2-tHat())*sqr(tHat()+uHat()));
+ // double total(0.);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = t3[ih3].wave().preDot(meMomenta()[0]);
+ // complex<Energy2> d11 = vp1Pre*meMomenta()[0];
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto eSub1 = epsilon(meMomenta()[0],meMomenta()[2],g1[ih1].wave());
+ // Complex amp = -32.*M*d11/sqr(tHat()-M2)*(fCurrent*eSub1)/tHat();
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin averaged version
+ double total = -128.*(sqr(sHat())+sqr(uHat()))/(3.*sqr(M)*tHat());
+ // final factors
+ output = 16.*O1_*pow<3,1>(Constants::pi*standardModel()->alphaS(scale())/M)/135./sqr(tHat()-M2)*total;
+ // analytic test
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -2560.*sqr(Constants::pi)*R02*pow(standardModel()->alphaS(scale()),3)*
+ // (sqr(sHat())+sqr(uHat()))/(9.*pow<5,1>(M)*tHat()*sqr(tHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else assert(false);
+ }
+ // q qbar -> 1D2 g
+ else if(mePartonData()[0]->id()==-mePartonData()[1]->id()) {
+ // helicity amplitude version of matrix element
+ // SpinorWaveFunction q1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // TensorWaveFunction t3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // VectorWaveFunction g4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g4;
+ // vector<SpinorWaveFunction> q1;
+ // vector<TensorWaveFunction> t3;
+ // vector<SpinorBarWaveFunction> q2;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g4w.reset(2*ix,vector_phase);
+ // g4.push_back(g4w);
+ // q1w.reset(ix);
+ // q1.push_back(q1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // }
+ // for(unsigned int ix=0;ix<5;++ix) {
+ // t3w.reset(ix,tensor_phase);
+ // t3.push_back(t3w);
+ // }
+ // ProductionMatrixElement me(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin2,PDT::Spin1);
+ // double phi = meMomenta()[2].phi();
+ // Complex phase = exp(Complex(0.,phi));
+ // Energy2 sh(sHat()),th(tHat()),uh(uHat());
+ // me(0,1,2,0)=(Complex(0,8)*th)/(sqrt(3)*M*sqrt(sh));
+ // me(0,1,2,2)=(Complex(0,-8)*uh)/(sqrt(3)*M*sqr(phase)*sqrt(sh));
+ // me(1,0,2,0)=(Complex(0,-8)*sqr(phase)*uh)/(sqrt(3)*M*sqrt(sh));
+ // me(1,0,2,2)=(Complex(0,8)*th)/(sqrt(3)*M*sqrt(sh));
+ // double totalB(0.);
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = t3[ih3].wave().preDot(meMomenta()[3]);
+ // complex<Energy2> d11 = vp1Pre*meMomenta()[3];
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // auto eSub1 = epsilon(meMomenta()[3],meMomenta()[2],g4[ih4].wave());
+ // Complex amp = 32.*M*d11/sqr(sHat()-M2)*(fCurrent*eSub1)/sHat();
+ // double test = norm(amp/me(ih1,ih2,ih3,2*ih4)-1.);
+ // if(norm(me(ih1,ih2,ih3,2*ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << 2*ih4 << " "
+ // << amp << " " << me(ih1,ih2,ih3,2*ih4) << " " << test << "\n";
+ // totalB+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = 128.*(sqr(tHat())+sqr(uHat()))/3./M2/sHat();
+ // final factors
+ output = 128.*O1_*pow<3,1>(Constants::pi*standardModel()->alphaS(scale())/M)/(405.*sqr(sHat()-M2))*total;
+ // analytic test
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = 20480.*sqr(Constants::pi)*R02*pow(standardModel()->alphaS(scale()),3)*
+ // (sqr(tHat())+sqr(uHat()))/(27.*pow<5,1>(M)*sHat()*sqr(sHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else
+ assert(false);
+ return output;
+}
+
+void MEPPto1D2Jet::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // get them in the right order
+ bool swapped(false);
+ if(hard[0]->id()==-hard[1]->id()) {
+ if(hard[0]->id()<0) swapped = true;
+ }
+ else if(hard[0]->id()!=ParticleID::g) {
+ swapped=true;
+ }
+ if(swapped) {
+ swap(hard[0],hard[1]);
+ swap(hard[2],hard[3]);
+ }
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(M);
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ // set basis states and compute the matrix element
+ ProductionMatrixElement me;
+ vector<TensorWaveFunction> twave;
+ TensorWaveFunction(twave,hard[2],outgoing,true, false,true,tensor_phase);
+ if(hard[0]->id()==ParticleID::g) {
+ // g g -> 1D2 g
+ if(hard[1]->id()==ParticleID::g) {
+ vector<VectorWaveFunction> g1,g2,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin2,PDT::Spin1);
+ auto pre = 1./pow<3,1>((M2-sh)*(M2-th)*(M2-uh));
+ Energy10 f1 = pow<5,1>(th)+pow<4,1>(th)*uh+th*pow<4,1>(uh)+pow<5,1>(uh)
+ -pow<3,1>(M2)*(sqr(th)-th*uh+sqr(uh))+3*sqr(M2)*(pow<3,1>(th)+pow<3,1>(uh))
+ -M2*(3*pow<4,1>(th)+2*pow<3,1>(th)*uh-sqr(th)*sqr(uh)+2*th*pow<3,1>(uh)+3*pow<4,1>(uh));
+
+ me(0,0,0,0)=Complex(pre*Complex(0,8)*sqrt(2)*pow<3,1>(M)*pow(phase,3)*sh*sqrt(sh)*sqrt(th*uh)*f1);
+ me(0,0,0,2)=Complex(pre*Complex(0,8)*sqrt(2)*pow<7,1>(M)*phase*sqrt(sh)*sqrt(th*uh)*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+sqr(M2)*sqr(uh)+4*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+pow<4,1>(uh)-M2*(pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+2*pow<3,1>(uh))));
+ me(0,0,1,0)=Complex(pre*Complex(0,-4)*sqrt(2)*M2*sqr(phase)*sh*(th-uh)*(pow<4,1>(M2)*sqr(sh+uh)-sqr(sh)*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))-pow<3,1>(M2)*(3*pow<3,1>(sh)+7*sqr(sh)*uh+6*sh*sqr(uh)+2*pow<3,1>(uh))+sqr(M2)*(4*pow<4,1>(sh)+12*pow<3,1>(sh)*uh+9*sqr(sh)*sqr(uh)+6*sh*pow<3,1>(uh)+pow<4,1>(uh))-M2*sh*(2*pow<4,1>(sh)+5*pow<3,1>(sh)*uh+7*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+2*pow<4,1>(uh))));
+ me(0,0,1,2)=Complex(pre*Complex(0,-4)*sqrt(2)*pow<3,1>(M2)*(th-uh)*(pow<3,1>(M2)*uh*(sh+uh)-2*sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+sh*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))+M2*(2*pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+pow<4,1>(uh))));
+ me(0,0,2,0)=Complex(pre*(Complex(0,8)*M*phase*sqr(sh)*sqrt(sh)*(pow<4,1>(M2)*(pow<3,1>(th)-2*sqr(th)*uh-2*th*sqr(uh)+pow<3,1>(uh))+sqr(th)*sqr(uh)*(pow<3,1>(th)+2*sqr(th)*uh+2*th*sqr(uh)+pow<3,1>(uh))+pow<3,1>(M2)*(-2*pow<4,1>(th)+7*pow<3,1>(th)*uh+7*th*pow<3,1>(uh)-2*pow<4,1>(uh))+M2*th*uh*(4*pow<4,1>(th)-3*pow<3,1>(th)*uh-8*sqr(th)*sqr(uh)-3*th*pow<3,1>(uh)+4*pow<4,1>(uh))+sqr(M2)*(pow<5,1>(th)-9*pow<4,1>(th)*uh+4*pow<3,1>(th)*sqr(uh)+4*sqr(th)*pow<3,1>(uh)-9*th*pow<4,1>(uh)+pow<5,1>(uh))))/(sqrt(3)*sqrt(th*uh)));
+ me(0,0,2,2)=Complex(pre*(Complex(0,8)*pow<5,1>(M)*(2*sqr(sh)*sqr(uh)*sqr(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+pow<4,1>(M2)*(3*pow<4,1>(sh)+5*pow<3,1>(sh)*uh+7*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+3*pow<4,1>(uh))-pow<3,1>(M2)*(3*pow<5,1>(sh)+4*pow<4,1>(sh)*uh+6*sqr(sh)*pow<3,1>(uh)-2*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+M2*sh*uh*(3*pow<5,1>(sh)+12*pow<4,1>(sh)*uh+19*pow<3,1>(sh)*sqr(uh)+10*sqr(sh)*pow<3,1>(uh)+3*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+sqr(M2)*(pow<6,1>(sh)-3*pow<5,1>(sh)*uh-20*pow<4,1>(sh)*sqr(uh)-20*pow<3,1>(sh)*pow<3,1>(uh)-5*sqr(sh)*pow<4,1>(uh)-6*sh*pow<5,1>(uh)+pow<6,1>(uh))))/(sqrt(3)*phase*sqrt(sh)*sqrt(th*uh)));
+ me(0,0,3,0)=Complex(pre*Complex(0,-4)*sqrt(2)*M2*sqr(sh)*(th-uh)*(pow<3,1>(M2)*uh*(sh+uh)-2*sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+sh*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))+M2*(2*pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+pow<4,1>(uh))));
+ me(0,0,3,2)=Complex(pre*(Complex(0,-4)*sqrt(2)*pow<3,1>(M2)*sh*(th-uh)*(pow<3,1>(M2)*(th+uh)-9*M2*th*uh*(th+uh)-sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*th*uh*(2*sqr(th)+3*th*uh+2*sqr(uh))))/sqr(phase));
+ me(0,0,4,0)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<3,1>(M)*sqr(sh)*sqrt(sh)*sqrt(th*uh)*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+sqr(M2)*sqr(uh)+4*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+pow<4,1>(uh)-M2*(pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+2*pow<3,1>(uh))))/phase);
+ me(0,0,4,2)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<5,1>(M)*sh*sqrt(sh)*th*uh*sqrt(th*uh)*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)))/pow(phase,3));
+ me(0,2,0,0)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<3,1>(M)*phase*sqrt(sh)*th*(-(sh*pow<4,1>(th))+pow<3,1>(M2)*th*(sh+th)-sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*th+5*sh*sqr(th)+2*pow<3,1>(th))+M2*(pow<4,1>(sh)+3*pow<3,1>(sh)*th+4*sqr(sh)*sqr(th)+5*sh*pow<3,1>(th)+pow<4,1>(th)))*sqrt(th*uh));
+ me(0,2,0,2)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<3,1>(M)*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(pow<3,1>(sh)+2*sqr(sh)*uh+M2*uh*(-M2+uh)+sh*uh*(-M2+2*uh)))/phase);
+ me(0,2,1,0)=Complex(pre*Complex(0,-4)*sqrt(2)*M2*th*(-(pow<4,1>(sh)*pow<3,1>(th))+sqr(sh)*pow<5,1>(th)+pow<5,1>(M2)*sqr(sh+th)-pow<4,1>(M2)*(4*pow<3,1>(sh)+11*sqr(sh)*th+11*sh*sqr(th)+4*pow<3,1>(th))-M2*sh*th*(2*pow<4,1>(sh)+4*pow<3,1>(sh)*th+6*sqr(sh)*sqr(th)+7*sh*pow<3,1>(th)-pow<4,1>(th))+pow<3,1>(M2)*(5*pow<4,1>(sh)+19*pow<3,1>(sh)*th+23*sqr(sh)*sqr(th)+18*sh*pow<3,1>(th)+5*pow<4,1>(th))-sqr(M2)*(2*pow<5,1>(sh)+8*pow<4,1>(sh)*th+13*pow<3,1>(sh)*sqr(th)+7*sqr(sh)*pow<3,1>(th)+10*sh*pow<4,1>(th)+2*pow<5,1>(th))));
+ me(0,2,1,2)=Complex(pre*(Complex(0,-4)*sqrt(2)*M2*sh*sqr(uh)*(pow<4,1>(M2)*(sh+uh)+sh*sqr(uh)*(sqr(sh)-sqr(uh))-pow<3,1>(M2)*(sqr(sh)-sh*uh+2*sqr(uh))-sqr(M2)*sh*(4*sqr(sh)+9*sh*uh+13*sqr(uh))+M2*(4*pow<4,1>(sh)+11*pow<3,1>(sh)*uh+14*sqr(sh)*sqr(uh)+12*sh*pow<3,1>(uh)+pow<4,1>(uh))))/sqr(phase));
+ me(0,2,2,0)=Complex(pre*(Complex(0,-8)*M*sqr(th)*(sqr(sh)*sqr(uh)*sqr(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+pow<4,1>(M2)*(3*pow<4,1>(sh)+7*pow<3,1>(sh)*uh+11*sqr(sh)*sqr(uh)+4*sh*pow<3,1>(uh)+3*pow<4,1>(uh))+M2*sh*uh*(4*pow<5,1>(sh)+12*pow<4,1>(sh)*uh+11*pow<3,1>(sh)*sqr(uh)-sqr(sh)*pow<3,1>(uh)-6*sh*pow<4,1>(uh)-2*pow<5,1>(uh))-pow<3,1>(M2)*(3*pow<5,1>(sh)+10*pow<4,1>(sh)*uh+15*pow<3,1>(sh)*sqr(uh)+24*sqr(sh)*pow<3,1>(uh)+7*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+sqr(M2)*(pow<6,1>(sh)-2*pow<4,1>(sh)*sqr(uh)+7*pow<3,1>(sh)*pow<3,1>(uh)+19*sqr(sh)*pow<4,1>(uh)+6*sh*pow<5,1>(uh)+pow<6,1>(uh))))/(sqrt(3)*phase*sqrt(sh)*sqrt(th*uh)));
+ me(0,2,2,2)=Complex(pre*(Complex(0,-8)*M*(sqr(sh)*sqr(th)*sqr(sh+th)*(sqr(sh)+sh*th+sqr(th))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*th+sh*sqr(th)+pow<3,1>(th))+pow<4,1>(M2)*(3*pow<4,1>(sh)+7*pow<3,1>(sh)*th+11*sqr(sh)*sqr(th)+4*sh*pow<3,1>(th)+3*pow<4,1>(th))+M2*sh*th*(4*pow<5,1>(sh)+12*pow<4,1>(sh)*th+11*pow<3,1>(sh)*sqr(th)-sqr(sh)*pow<3,1>(th)-6*sh*pow<4,1>(th)-2*pow<5,1>(th))-pow<3,1>(M2)*(3*pow<5,1>(sh)+10*pow<4,1>(sh)*th+15*pow<3,1>(sh)*sqr(th)+24*sqr(sh)*pow<3,1>(th)+7*sh*pow<4,1>(th)+3*pow<5,1>(th))+sqr(M2)*(pow<6,1>(sh)-2*pow<4,1>(sh)*sqr(th)+7*pow<3,1>(sh)*pow<3,1>(th)+19*sqr(sh)*pow<4,1>(th)+6*sh*pow<5,1>(th)+pow<6,1>(th)))*sqr(uh))/(sqrt(3)*pow(phase,3)*sqrt(sh)*sqrt(th*uh)));
+ me(0,2,3,0)=Complex(pre*(Complex(0,-4)*sqrt(2)*M2*sh*sqr(th)*(pow<4,1>(M2)*(sh+th)+sh*sqr(th)*(sqr(sh)-sqr(th))-pow<3,1>(M2)*(sqr(sh)-sh*th+2*sqr(th))-sqr(M2)*sh*(4*sqr(sh)+9*sh*th+13*sqr(th))+M2*(4*pow<4,1>(sh)+11*pow<3,1>(sh)*th+14*sqr(sh)*sqr(th)+12*sh*pow<3,1>(th)+pow<4,1>(th))))/sqr(phase));
+ me(0,2,3,2)=Complex(pre*(Complex(0,-4)*sqrt(2)*M2*uh*(-(pow<4,1>(sh)*pow<3,1>(uh))+sqr(sh)*pow<5,1>(uh)+pow<5,1>(M2)*sqr(sh+uh)-pow<4,1>(M2)*(4*pow<3,1>(sh)+11*sqr(sh)*uh+11*sh*sqr(uh)+4*pow<3,1>(uh))-M2*sh*uh*(2*pow<4,1>(sh)+4*pow<3,1>(sh)*uh+6*sqr(sh)*sqr(uh)+7*sh*pow<3,1>(uh)-pow<4,1>(uh))+pow<3,1>(M2)*(5*pow<4,1>(sh)+19*pow<3,1>(sh)*uh+23*sqr(sh)*sqr(uh)+18*sh*pow<3,1>(uh)+5*pow<4,1>(uh))-sqr(M2)*(2*pow<5,1>(sh)+8*pow<4,1>(sh)*uh+13*pow<3,1>(sh)*sqr(uh)+7*sqr(sh)*pow<3,1>(uh)+10*sh*pow<4,1>(uh)+2*pow<5,1>(uh))))/pow(phase,4));
+ me(0,2,4,0)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<3,1>(M)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(pow<3,1>(sh)+2*sqr(sh)*uh+M2*uh*(-M2+uh)+sh*uh*(-M2+2*uh)))/pow(phase,3));
+ me(0,2,4,2)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<3,1>(M)*sqrt(sh)*uh*sqrt(th*uh)*(-(sh*pow<4,1>(uh))+pow<3,1>(M2)*uh*(sh+uh)-sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+5*sh*sqr(uh)+2*pow<3,1>(uh))+M2*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+5*sh*pow<3,1>(uh)+pow<4,1>(uh))))/pow(phase,5));
+ me(2,0,0,0)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<3,1>(M)*pow(phase,5)*sqrt(sh)*uh*sqrt(th*uh)*(-(sh*pow<4,1>(uh))+pow<3,1>(M2)*uh*(sh+uh)-sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+5*sh*sqr(uh)+2*pow<3,1>(uh))+M2*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+5*sh*pow<3,1>(uh)+pow<4,1>(uh))));
+ me(2,0,0,2)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<3,1>(M)*pow(phase,3)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(pow<3,1>(sh)+2*sqr(sh)*uh+M2*uh*(-M2+uh)+sh*uh*(-M2+2*uh)));
+ me(2,0,1,0)=Complex(pre*Complex(0,4)*sqrt(2)*M2*pow(phase,4)*uh*(-(pow<4,1>(sh)*pow<3,1>(uh))+sqr(sh)*pow<5,1>(uh)+pow<5,1>(M2)*sqr(sh+uh)-pow<4,1>(M2)*(4*pow<3,1>(sh)+11*sqr(sh)*uh+11*sh*sqr(uh)+4*pow<3,1>(uh))-M2*sh*uh*(2*pow<4,1>(sh)+4*pow<3,1>(sh)*uh+6*sqr(sh)*sqr(uh)+7*sh*pow<3,1>(uh)-pow<4,1>(uh))+pow<3,1>(M2)*(5*pow<4,1>(sh)+19*pow<3,1>(sh)*uh+23*sqr(sh)*sqr(uh)+18*sh*pow<3,1>(uh)+5*pow<4,1>(uh))-sqr(M2)*(2*pow<5,1>(sh)+8*pow<4,1>(sh)*uh+13*pow<3,1>(sh)*sqr(uh)+7*sqr(sh)*pow<3,1>(uh)+10*sh*pow<4,1>(uh)+2*pow<5,1>(uh))));
+ me(2,0,1,2)=Complex(pre*Complex(0,4)*sqrt(2)*M2*sqr(phase)*sh*sqr(th)*(pow<4,1>(M2)*(sh+th)+sh*sqr(th)*(sqr(sh)-sqr(th))-pow<3,1>(M2)*(sqr(sh)-sh*th+2*sqr(th))-sqr(M2)*sh*(4*sqr(sh)+9*sh*th+13*sqr(th))+M2*(4*pow<4,1>(sh)+11*pow<3,1>(sh)*th+14*sqr(sh)*sqr(th)+12*sh*pow<3,1>(th)+pow<4,1>(th))));
+ me(2,0,2,0)=Complex(pre*(Complex(0,-8)*M*pow(phase,3)*(sqr(sh)*sqr(th)*sqr(sh+th)*(sqr(sh)+sh*th+sqr(th))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*th+sh*sqr(th)+pow<3,1>(th))+pow<4,1>(M2)*(3*pow<4,1>(sh)+7*pow<3,1>(sh)*th+11*sqr(sh)*sqr(th)+4*sh*pow<3,1>(th)+3*pow<4,1>(th))+M2*sh*th*(4*pow<5,1>(sh)+12*pow<4,1>(sh)*th+11*pow<3,1>(sh)*sqr(th)-sqr(sh)*pow<3,1>(th)-6*sh*pow<4,1>(th)-2*pow<5,1>(th))-pow<3,1>(M2)*(3*pow<5,1>(sh)+10*pow<4,1>(sh)*th+15*pow<3,1>(sh)*sqr(th)+24*sqr(sh)*pow<3,1>(th)+7*sh*pow<4,1>(th)+3*pow<5,1>(th))+sqr(M2)*(pow<6,1>(sh)-2*pow<4,1>(sh)*sqr(th)+7*pow<3,1>(sh)*pow<3,1>(th)+19*sqr(sh)*pow<4,1>(th)+6*sh*pow<5,1>(th)+pow<6,1>(th)))*sqr(uh))/(sqrt(3)*sqrt(sh)*sqrt(th*uh)));
+ me(2,0,2,2)=Complex(pre*(Complex(0,-8)*M*phase*sqr(th)*(sqr(sh)*sqr(uh)*sqr(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+pow<4,1>(M2)*(3*pow<4,1>(sh)+7*pow<3,1>(sh)*uh+11*sqr(sh)*sqr(uh)+4*sh*pow<3,1>(uh)+3*pow<4,1>(uh))+M2*sh*uh*(4*pow<5,1>(sh)+12*pow<4,1>(sh)*uh+11*pow<3,1>(sh)*sqr(uh)-sqr(sh)*pow<3,1>(uh)-6*sh*pow<4,1>(uh)-2*pow<5,1>(uh))-pow<3,1>(M2)*(3*pow<5,1>(sh)+10*pow<4,1>(sh)*uh+15*pow<3,1>(sh)*sqr(uh)+24*sqr(sh)*pow<3,1>(uh)+7*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+sqr(M2)*(pow<6,1>(sh)-2*pow<4,1>(sh)*sqr(uh)+7*pow<3,1>(sh)*pow<3,1>(uh)+19*sqr(sh)*pow<4,1>(uh)+6*sh*pow<5,1>(uh)+pow<6,1>(uh))))/(sqrt(3)*sqrt(sh)*sqrt(th*uh)));
+ me(2,0,3,0)=Complex(pre*Complex(0,4)*sqrt(2)*M2*sqr(phase)*sh*sqr(uh)*(pow<4,1>(M2)*(sh+uh)+sh*sqr(uh)*(sqr(sh)-sqr(uh))-pow<3,1>(M2)*(sqr(sh)-sh*uh+2*sqr(uh))-sqr(M2)*sh*(4*sqr(sh)+9*sh*uh+13*sqr(uh))+M2*(4*pow<4,1>(sh)+11*pow<3,1>(sh)*uh+14*sqr(sh)*sqr(uh)+12*sh*pow<3,1>(uh)+pow<4,1>(uh))));
+ me(2,0,3,2)=Complex(pre*Complex(0,4)*sqrt(2)*M2*th*(-(pow<4,1>(sh)*pow<3,1>(th))+sqr(sh)*pow<5,1>(th)+pow<5,1>(M2)*sqr(sh+th)-pow<4,1>(M2)*(4*pow<3,1>(sh)+11*sqr(sh)*th+11*sh*sqr(th)+4*pow<3,1>(th))-M2*sh*th*(2*pow<4,1>(sh)+4*pow<3,1>(sh)*th+6*sqr(sh)*sqr(th)+7*sh*pow<3,1>(th)-pow<4,1>(th))+pow<3,1>(M2)*(5*pow<4,1>(sh)+19*pow<3,1>(sh)*th+23*sqr(sh)*sqr(th)+18*sh*pow<3,1>(th)+5*pow<4,1>(th))-sqr(M2)*(2*pow<5,1>(sh)+8*pow<4,1>(sh)*th+13*pow<3,1>(sh)*sqr(th)+7*sqr(sh)*pow<3,1>(th)+10*sh*pow<4,1>(th)+2*pow<5,1>(th))));
+ me(2,0,4,0)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<3,1>(M)*phase*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(pow<3,1>(sh)+2*sqr(sh)*uh+M2*uh*(-M2+uh)+sh*uh*(-M2+2*uh)));
+ me(2,0,4,2)=Complex(pre*(Complex(0,-8)*sqrt(2)*pow<3,1>(M)*sqrt(sh)*th*(-(sh*pow<4,1>(th))+pow<3,1>(M2)*th*(sh+th)-sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*th+5*sh*sqr(th)+2*pow<3,1>(th))+M2*(pow<4,1>(sh)+3*pow<3,1>(sh)*th+4*sqr(sh)*sqr(th)+5*sh*pow<3,1>(th)+pow<4,1>(th)))*sqrt(th*uh))/phase);
+ me(2,2,0,0)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<5,1>(M)*pow(phase,3)*sh*sqrt(sh)*th*uh*sqrt(th*uh)*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)));
+ me(2,2,0,2)=Complex(pre*Complex(0,-8)*sqrt(2)*pow<3,1>(M)*phase*sqr(sh)*sqrt(sh)*sqrt(th*uh)*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+sqr(M2)*sqr(uh)+4*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+pow<4,1>(uh)-M2*(pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+2*pow<3,1>(uh))));
+ me(2,2,1,0)=Complex(pre*Complex(0,4)*sqrt(2)*pow<3,1>(M2)*sqr(phase)*sh*(th-uh)*(pow<3,1>(M2)*(th+uh)-9*M2*th*uh*(th+uh)-sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*th*uh*(2*sqr(th)+3*th*uh+2*sqr(uh))));
+ me(2,2,1,2)=Complex(pre*Complex(0,4)*sqrt(2)*M2*sqr(sh)*(th-uh)*(pow<3,1>(M2)*uh*(sh+uh)-2*sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+sh*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))+M2*(2*pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+pow<4,1>(uh))));
+ me(2,2,2,0)=Complex(pre*(Complex(0,8)*pow<5,1>(M)*phase*(2*sqr(sh)*sqr(uh)*sqr(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))-pow<5,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+pow<4,1>(M2)*(3*pow<4,1>(sh)+5*pow<3,1>(sh)*uh+7*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+3*pow<4,1>(uh))-pow<3,1>(M2)*(3*pow<5,1>(sh)+4*pow<4,1>(sh)*uh+6*sqr(sh)*pow<3,1>(uh)-2*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+M2*sh*uh*(3*pow<5,1>(sh)+12*pow<4,1>(sh)*uh+19*pow<3,1>(sh)*sqr(uh)+10*sqr(sh)*pow<3,1>(uh)+3*sh*pow<4,1>(uh)+3*pow<5,1>(uh))+sqr(M2)*(pow<6,1>(sh)-3*pow<5,1>(sh)*uh-20*pow<4,1>(sh)*sqr(uh)-20*pow<3,1>(sh)*pow<3,1>(uh)-5*sqr(sh)*pow<4,1>(uh)-6*sh*pow<5,1>(uh)+pow<6,1>(uh))))/(sqrt(3)*sqrt(sh)*sqrt(th*uh)));
+ me(2,2,2,2)=Complex(pre*(Complex(0,8)*M*sqr(sh)*sqrt(sh)*(pow<4,1>(M2)*(pow<3,1>(th)-2*sqr(th)*uh-2*th*sqr(uh)+pow<3,1>(uh))+sqr(th)*sqr(uh)*(pow<3,1>(th)+2*sqr(th)*uh+2*th*sqr(uh)+pow<3,1>(uh))+pow<3,1>(M2)*(-2*pow<4,1>(th)+7*pow<3,1>(th)*uh+7*th*pow<3,1>(uh)-2*pow<4,1>(uh))+M2*th*uh*(4*pow<4,1>(th)-3*pow<3,1>(th)*uh-8*sqr(th)*sqr(uh)-3*th*pow<3,1>(uh)+4*pow<4,1>(uh))+sqr(M2)*(pow<5,1>(th)-9*pow<4,1>(th)*uh+4*pow<3,1>(th)*sqr(uh)+4*sqr(th)*pow<3,1>(uh)-9*th*pow<4,1>(uh)+pow<5,1>(uh))))/(sqrt(3)*phase*sqrt(th*uh)));
+ me(2,2,3,0)=Complex(pre*Complex(0,4)*sqrt(2)*pow<3,1>(M2)*(th-uh)*(pow<3,1>(M2)*uh*(sh+uh)-2*sqr(M2)*(pow<3,1>(sh)+3*sqr(sh)*uh+sh*sqr(uh)+pow<3,1>(uh))+sh*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))+M2*(2*pow<4,1>(sh)+3*pow<3,1>(sh)*uh+4*sqr(sh)*sqr(uh)+pow<4,1>(uh))));
+ me(2,2,3,2)=Complex(pre*(Complex(0,4)*sqrt(2)*M2*sh*(th-uh)*(pow<4,1>(M2)*sqr(sh+uh)-sqr(sh)*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+pow<3,1>(uh))-pow<3,1>(M2)*(3*pow<3,1>(sh)+7*sqr(sh)*uh+6*sh*sqr(uh)+2*pow<3,1>(uh))+sqr(M2)*(4*pow<4,1>(sh)+12*pow<3,1>(sh)*uh+9*sqr(sh)*sqr(uh)+6*sh*pow<3,1>(uh)+pow<4,1>(uh))-M2*sh*(2*pow<4,1>(sh)+5*pow<3,1>(sh)*uh+7*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+2*pow<4,1>(uh))))/sqr(phase));
+ me(2,2,4,0)=Complex(pre*(Complex(0,8)*sqrt(2)*pow<7,1>(M)*sqrt(sh)*sqrt(th*uh)*(pow<4,1>(sh)+3*pow<3,1>(sh)*uh+sqr(M2)*sqr(uh)+4*sqr(sh)*sqr(uh)+2*sh*pow<3,1>(uh)+pow<4,1>(uh)-M2*(pow<3,1>(sh)+3*sqr(sh)*uh+2*sh*sqr(uh)+2*pow<3,1>(uh))))/phase);
+ me(2,2,4,2)=Complex(pre*(Complex(0,8)*sqrt(2)*pow<3,1>(M)*sh*sqrt(sh)*sqrt(th*uh)*f1)/pow(phase,3));
+
+ // test the average result
+ // double aver = me.average();
+ // Energy6 Q(sh*th*uh);
+ // Energy4 P(sh*th+th*uh+uh*sh);
+ // double test =-128.*M2/3./Q/pow<4,1>(Q-M2*P)*
+ // (M2*sqr(P)*Q*(5*pow<6,1>(M2)-45*pow<3,1>(M2)*Q+48*sqr(Q)) -
+ // 2*pow<4,1>(P)*(pow<6,1>(M2)-pow<3,1>(M2)*Q+sqr(Q)) +
+ // pow<3,1>(M2)*P*sqr(Q)*(28*pow<3,1>(M2) - 31*Q)-
+ // sqr(M2*P)*P*(13*pow<3,1>(M2)-18*Q)*Q + 4*M2*pow<5,1>(P)*(pow<3,1>(M2)+Q) -
+ // sqr(M2)*(2*pow<6,1>(P) - 33*pow<4,1>(Q)) - 2*pow<8,1>(M2)*sqr(Q) + 43*pow<5,1>(M2)*pow<3,1>(Q));
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ }
+ // g qbar -> 1D2 qbar
+ else if(hard[1]->id()<0) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<SpinorWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ SpinorWaveFunction( q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(Complex(0,-8)*sqrt(2)*M*sqr(phase)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(0,0,1,0)=(Complex(0,8)*sqrt(2)*phase*sh*sqrt(sh)*sqrt(-uh)*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,0,2,0)=(Complex(0,8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,0,3,0)=(Complex(0,-8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(0,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ me(0,1,0,1)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(0,1,1,1)=(Complex(0,-8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(0,1,2,1)=(Complex(0,-8)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(phase)*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,1,3,1)=(Complex(0,8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(pow(phase,3)*sqr(sm)*sqr(tm));
+ me(0,1,4,1)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(pow(phase,4)*sqr(sm)*sqr(tm));
+ me(2,0,0,0)=(Complex(0,8)*sqrt(2)*M*pow(phase,4)*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,0,1,0)=(Complex(0,-8)*sqrt(2)*pow(phase,3)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,0,2,0)=(Complex(0,-8)*sqr(phase)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,0,3,0)=(Complex(0,8)*sqrt(2)*phase*sh*uh*sqrt(-(uh/sh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,0,4,0)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,1,0,1)=(Complex(0,-8)*sqrt(2)*M*sqr(phase)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(2,1,1,1)=(Complex(0,8)*sqrt(2)*phase*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,1,2,1)=(Complex(0,8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,1,3,1)=(Complex(0,-8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(2,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ }
+ else {
+ phase*=-1.;
+ me(0,0,0,0)=(Complex(0,8)*sqrt(2)*M*pow(phase,3)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(0,0,1,0)=(Complex(0,8)*sqrt(2)*sqr(phase)*sh*sqrt(-(sh/uh))*uh*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,0,2,0)=(Complex(0,-8)*phase*sh*(sqr(th)*sqr(sm)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,0,3,0)=(Complex(0,8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(0,0,4,0)=(Complex(0,8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(phase*sqr(sm)*sqr(tm));
+ me(0,1,0,1)=(Complex(0,-8)*sqrt(2)*M*pow(phase,3)*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(0,1,1,1)=(Complex(0,8)*sqrt(2)*sqr(phase)*sh*uh*sqrt(-(uh/sh))*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,1,2,1)=(Complex(0,8)*phase*uh*(sqr(th)*sqr(sm)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,1,3,1)=(Complex(0,-8)*sqrt(2)*sh*uh*sqrt(-(uh/sh))*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(phase*sqr(sm)*sqr(tm));
+ me(2,0,0,0)=(Complex(0,-8)*sqrt(2)*M*phase*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,0,1,0)=(Complex(0,8)*sqrt(2)*sh*uh*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,0,2,0)=(Complex(0,8)*uh*(sqr(th)*sqr(sm)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*phase*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,0,3,0)=(Complex(0,-8)*sqrt(2)*sh*uh*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(phase)*sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(pow(phase,3)*sqr(sm)*sqr(tm));
+ me(2,1,0,1)=(Complex(0,8)*sqrt(2)*M*phase*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(2,1,1,1)=(Complex(0,-8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,1,2,1)=(Complex(0,-8)*sh*(sqr(th)*sqr(sm)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*phase*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,1,3,1)=(Complex(0,8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(phase)*sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,1,4,1)=(Complex(0,8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(pow(phase,3)*sqr(sm)*sqr(tm));
+ }
+ // helicity version
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih4].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = twave[ih3].wave().preDot(hard[0]->momentum());
+ // complex<Energy2> d11 = vp1Pre*hard[0]->momentum();
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto eSub1 = epsilon(hard[0]->momentum(),hard[2]->momentum(),g1[ih1].wave());
+ // Complex amp = 32.*M*d11/sqr(tHat()-M2)*(fCurrent*eSub1)/tHat();
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ // g q -> 1D2 q
+ else if(hard[1]->id()<6) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorWaveFunction> q2;
+ vector<SpinorBarWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorWaveFunction( q2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(Complex(0,8)*sqrt(2)*M*sqr(phase)*sqrt(-(pow<4,1>(sh)*th))*uh)/(sqr(sm)*sqr(tm));
+ me(0,0,1,0)=(Complex(0,-8)*sqrt(2)*phase*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,0,2,0)=(Complex(0,-8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,0,3,0)=(Complex(0,8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(0,0,4,0)=(Complex(0,8)*sqrt(2)*M*sqrt(-(pow<4,1>(sh)*th))*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ me(0,1,0,1)=(Complex(0,-8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(0,1,1,1)=(Complex(0,8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(0,1,2,1)=(Complex(0,8)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(phase)*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,1,3,1)=(Complex(0,-8)*sqrt(2)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(pow(phase,3)*sqr(sm)*sqr(tm));
+ me(0,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(pow(phase,4)*sqr(sm)*sqr(tm));
+ me(2,0,0,0)=(Complex(0,-8)*sqrt(2)*M*pow(phase,4)*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,0,1,0)=(Complex(0,8)*sqrt(2)*pow(phase,3)*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,0,2,0)=(Complex(0,8)*sqr(phase)*uh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,0,3,0)=(Complex(0,-8)*sqrt(2)*phase*uh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,1,0,1)=(Complex(0,8)*sqrt(2)*M*sqr(phase)*sqrt(-(pow<4,1>(sh)*th))*uh)/(sqr(sm)*sqr(tm));
+ me(2,1,1,1)=(Complex(0,-8)*sqrt(2)*phase*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(sqr(sm)*sqr(tm));
+ me(2,1,2,1)=(Complex(0,-8)*sh*(sqr(sm)*sqr(th)+2*M2*sm*th*(th-2*uh)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,1,3,1)=(Complex(0,8)*sqrt(2)*sh*sqrt(-(sh*uh))*(-(sm*th)+M2*(-th+uh)))/(phase*sqr(sm)*sqr(tm));
+ me(2,1,4,1)=(Complex(0,8)*sqrt(2)*M*sqrt(-(pow<4,1>(sh)*th))*uh)/(sqr(phase)*sqr(sm)*sqr(tm));
+ }
+ else {
+ phase *=-1.;me(0,0,0,0)=(Complex(0,-8)*sqrt(2)*M*pow(phase,3)*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(0,0,1,0)=(Complex(0,8)*sqrt(2)*sqr(phase)*sh*sqrt(sh)*sqrt(-uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,0,2,0)=(Complex(0,8)*phase*sh*(sqr(th)*sqr(sh-M2)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,0,3,0)=(Complex(0,-8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(0,0,4,0)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(phase*sqr(sm)*sqr(tm));
+ me(0,1,0,1)=(Complex(0,8)*sqrt(2)*M*pow(phase,3)*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(0,1,1,1)=(Complex(0,-8)*sqrt(2)*sqr(phase)*sh*uh*sqrt(-(uh/sh))*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,1,2,1)=(Complex(0,-8)*phase*uh*(sqr(th)*sqr(sh-M2)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(0,1,3,1)=(Complex(0,8)*sqrt(2)*sh*uh*sqrt(-(uh/sh))*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqr(tm));
+ me(0,1,4,1)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(phase*sqr(sm)*sqr(tm));
+ me(2,0,0,0)=(Complex(0,8)*sqrt(2)*M*phase*sh*sqrt(-th)*sqr(uh))/(sqr(sm)*sqr(tm));
+ me(2,0,1,0)=(Complex(0,-8)*sqrt(2)*sh*uh*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,0,2,0)=(Complex(0,-8)*uh*(sqr(th)*sqr(sh-M2)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*phase*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,0,3,0)=(Complex(0,8)*sqrt(2)*sh*uh*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(phase)*sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,0,4,0)=(Complex(0,8)*sqrt(2)*M*sh*sqrt(-th)*sqr(uh))/(pow(phase,3)*sqr(sm)*sqr(tm));
+ me(2,1,0,1)=(Complex(0,-8)*sqrt(2)*M*phase*sqr(sh)*sqrt(-th)*uh)/(sqr(sm)*sqr(tm));
+ me(2,1,1,1)=(Complex(0,8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,1,2,1)=(Complex(0,8)*sh*(sqr(th)*sqr(sh-M2)+sqr(M2)*(sqr(th)-4*th*uh+sqr(uh))+2*M2*th*(-sqr(th)+th*uh+2*sqr(uh))))/(sqrt(3)*M*phase*sqr(sm)*sqrt(-th)*sqr(tm));
+ me(2,1,3,1)=(Complex(0,-8)*sqrt(2)*sqr(sh)*sqrt(th*uh)*(M2*(-th+uh)+th*(th+uh)))/(sqr(phase)*sqr(sm)*sqrt(-(sh*th))*sqr(tm));
+ me(2,1,4,1)=(Complex(0,-8)*sqrt(2)*M*sqr(sh)*sqrt(-th)*uh)/(pow(phase,3)*sqr(sm)*sqr(tm));
+ }
+ // Helicity code version
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = twave[ih3].wave().preDot(hard[0]->momentum());
+ // complex<Energy2> d11 = vp1Pre*hard[0]->momentum();
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // auto eSub1 = epsilon(hard[0]->momentum(),hard[2]->momentum(),g1[ih1].wave());
+ // Complex amp = -32.*M*d11/sqr(tHat()-M2)*(fCurrent*eSub1)/tHat();
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ }
+ else if(hard[0]->id()==-hard[1]->id()) {
+ vector<SpinorWaveFunction> q1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<VectorWaveFunction> g4;
+ SpinorWaveFunction( q1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true,true,true,vector_phase);
+ g4[1]=g4[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin2,PDT::Spin1);
+ if(!swapped) {
+ me(0,1,2,0)=(Complex(0,8)*th)/(sqrt(3)*M*sqrt(sh));
+ me(0,1,2,2)=(Complex(0,-8)*uh)/(sqrt(3)*M*sqr(phase)*sqrt(sh));
+ me(1,0,2,0)=(Complex(0,-8)*sqr(phase)*uh)/(sqrt(3)*M*sqrt(sh));
+ me(1,0,2,2)=(Complex(0,8)*th)/(sqrt(3)*M*sqrt(sh));
+ }
+ else {
+ me(0,1,2,0)=(Complex(0,-8)*sqr(phase)*th)/(sqrt(3)*M*sqrt(sh));
+ me(0,1,2,2)=(Complex(0,8)*uh)/(sqrt(3)*M*sqrt(sh));
+ me(1,0,2,0)=(Complex(0,8)*uh)/(sqrt(3)*M*sqrt(sh));
+ me(1,0,2,2)=(Complex(0,-8)*th)/(sqrt(3)*M*sqr(phase)*sqrt(sh));
+ }
+ // Helicity code version
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().
+ // vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vp1Pre = twave[ih3].wave().preDot(hard[3]->momentum());
+ // complex<Energy2> d11 = vp1Pre*hard[3]->momentum();
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // auto eSub1 = epsilon(hard[3]->momentum(),hard[2]->momentum(),g4[ih4].wave());
+ // Complex amp = 32.*M*d11/sqr(sHat()-M2)*(fCurrent*eSub1)/sHat();
+ // double test = norm(amp/me(ih1,ih2,ih3,2*ih4)-1.);
+ // if(norm(me(ih1,ih2,ih3,2*ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << 2*ih4 << " "
+ // << amp << " " << me(ih1,ih2,ih3,2*ih4) << " " << test << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto1D2Jet.h b/MatrixElement/Onium/MEPPto1D2Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1D2Jet.h
@@ -0,0 +1,197 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto1D2Jet_H
+#define Herwig_MEPPto1D2Jet_H
+//
+// This is the declaration of the MEPPto1D2Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto1D2Jet class implements the colour singlet processes for
+ * \f$gq\to^1\!\!D_2 q\f$, \f$q\bar{q}\to^1\!\!D_2 g\f$ and
+ * \f$gg\to^1\!\!D_2 g\f$.
+ *
+ * @see \ref MEPPto1D2JetInterfaces "The interfaces"
+ * defined for MEPPto1D2Jet.
+ */
+class MEPPto1D2Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto1D2Jet() : O1_(ZERO), state_(ccbar), n_(1), process_(0), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto1D2Jet & operator=(const MEPPto1D2Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Which processes to generate
+ */
+ unsigned int process_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto1D2Jet_H */
diff --git a/MatrixElement/Onium/MEPPto1P1Jet.cc b/MatrixElement/Onium/MEPPto1P1Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1P1Jet.cc
@@ -0,0 +1,263 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto1P1Jet class.
+//
+
+#include "MEPPto1P1Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto1P1Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,0,1);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto1P1Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto1P1Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto1P1Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << mOpt_;
+}
+
+void MEPPto1P1Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> mOpt_;
+}
+
+//The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto1P1Jet,HwMEBase>
+describeHerwigMEPPto1P1Jet("Herwig::MEPPto1P1Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto1P1Jet::Init() {
+
+ static ClassDocumentation<MEPPto1P1Jet> documentation
+ ("The MEPPto1P1Jet class implements the g g to 1P1 g processes");
+
+ static Reference<MEPPto1P1Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto1P1Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto1P1Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto1P1Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto1P1Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto1P1Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto1P1Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 1P1 mass",
+ &MEPPto1P1Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 1P1 state.",
+ 1);
+}
+
+void MEPPto1P1Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+10003 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -1)));
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto1P1Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto1P1Jet::colourGeometries(tcDiagPtr ) const {
+ static ColourLines c1("1 -2, 2 4, -1 -4");
+ static ColourLines c2("1 4, -4 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(0.5, &c1);
+ sel.insert(0.5, &c2);
+ return sel;
+}
+
+Energy2 MEPPto1P1Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto1P1Jet::me2() const {
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2=sqr(M);
+ InvEnergy4 me2 = -1024*
+ (pow<6,1>(M2)*(M2 - sHat()) +
+ 2*(M2 - sHat())*tHat()*uHat()*
+ sqr(sqr(tHat()) + tHat()*uHat() + sqr(uHat())) - 2*pow<5,1>(M2)*
+ (sqr(tHat()) + 4*tHat()*uHat() + sqr(uHat())) +
+ 2*pow<4,1>(M2)*(M2 - sHat())*
+ (sqr(tHat()) + 7*tHat()*uHat() + sqr(uHat())) +
+ sqr(M2)*(M2 - sHat())*tHat()*uHat()*
+ (13*sqr(tHat()) + 23*tHat()*uHat() +
+ 13*sqr(uHat())) -
+ pow<3,1>(M2)*(pow<4,1>(tHat()) +
+ 18*pow<3,1>(tHat())*uHat() +
+ 32*sqr(tHat())*sqr(uHat()) +
+ 18*tHat()*pow<3,1>(uHat()) + pow<4,1>(uHat())) -
+ 2*M2*tHat()*uHat()*
+ (3*pow<4,1>(tHat()) + 10*pow<3,1>(tHat())*uHat() +
+ 15*sqr(tHat())*sqr(uHat()) +
+ 10*tHat()*pow<3,1>(uHat()) + 3*pow<4,1>(uHat())))
+ /pow<3,1>((uHat()-M2)*(tHat()-M2)*(sHat()-M2));
+ double output = 5./324.*pow(Constants::pi*standardModel()->alphaS(scale()),3)*O1_/M*me2;
+ // test vs NPB 291 731
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 16.*Constants::pi*sqr(sHat())*
+ // 40*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/3./M/sqr(sHat())/pow<3,1>(Q-M2*P)*
+ // (-pow<5,1>(M2)*P + pow<3,1>(M2)*sqr(P) +Q*(-7*sqr(M2)*P+5*pow<4,1>(M2)+2.*sqr(P)) +4.*M2*sqr(Q));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ return output;
+}
+
+
+void MEPPto1P1Jet::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ // only one order
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // set the wavefunctions
+ vector<VectorWaveFunction> g1,g2,psi,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction(psi,hard[2],outgoing,true ,false,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(hard[2]->mass());
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ Energy rstu = sqrt(th*uh/sh);
+ // calculate the matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin1,PDT::Spin1);
+ me(0,0,0,0)=-16.*sqr(phase)*sqr(sh)*(pow<3,1>(M2)*(sh + uh) + sqr(sh)*uh*(sh + uh) + M2*sh*uh*(sh + 2*uh)
+ - sqr(M2)*(sqr(sh) + 3*sh*uh + sqr(uh)))/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,0,2)=-16.*sqr(M2)*sh*(M2 + sh)*th*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,1,0)=16.*sqrt(2)*M*phase*rstu*pow<4,1>(sh)*(-th + uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,1,2)=16.*sqrt(2)*pow<5,1>(M)*rstu*sqr(sh)*(th - uh)/(phase*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,2,0)=-16.*pow<3,1>(sh)*(M2 + sh)*th*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,2,2)=16.*sqr(M2)*sqr(sh)*(M2*sm + 2*th*uh)/(sqr(phase)*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,2,0,0)=16.*sh*th*(-(M2*sh*th) + sh*sqr(th) + sqr(M2)*(sh + th))*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,2,0,2)=16.*sqr(sh)*sqr(uh)*(-sqr(M2) + th*uh)/(sqr(phase)*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,2,1,0)=-16.*sqrt(2)*M*sqr(sh)*th*(M2*sh + sqr(th))*sqrt((th*uh)/(sh*sqr(sm)))/(phase*sm*sqr(tm)*sqr(um));
+ me(0,2,1,2)=16.*sqrt(2)*M*sqr(sh)*uh*sqrt((th*uh)/(sh*sqr(sm)))*(M2*sh + sqr(uh))/(pow(phase,3)*sm*sqr(tm)*sqr(um));
+ me(0,2,2,0)=16.*sqr(sh)*sqr(th)*(sqr(M2) - th*uh)/(sqr(phase)*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,2,2,2)=-16.*sh*th*uh*(-(M2*sh*uh) + sh*sqr(uh) + sqr(M2)*(sh + uh))/(pow(phase,4)*sqr(sm)*sqr(tm)*sqr(um));
+ me(2,0,0,0)=16.*pow(phase,4)*sh*th*uh*(-(M2*sh*uh) + sh*sqr(uh) + sqr(M2)*(sh + uh))/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,0,0,2)=16.*sqr(phase)*sqr(sh)*sqr(th)*(-sqr(M2) + th*uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,0,1,0)=16.*sqrt(2)*M*pow(phase,3)*sqr(sh)*uh*sqrt((th*uh)/(sh*sqr(sm)))*(M2*sh + sqr(uh))/(sm*sqr(tm)*sqr(um));
+ me(2,0,1,2)=-16.*sqrt(2)*M*phase*sqr(sh)*th*(M2*sh + sqr(th))*sqrt((th*uh)/(sh*sqr(sm)))/(sm*sqr(tm)*sqr(um));
+ me(2,0,2,0)=16.*sqr(phase)*sqr(sh)*sqr(uh)*(sqr(M2) - th*uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,0,2,2)=-16.*sh*th*(-(M2*sh*th) + sh*sqr(th) + sqr(M2)*(sh + th))*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,0,0)=-16.*sqr(M2)*sqr(phase)*sqr(sh)*(M2*sm + 2*th*uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,0,2)=16.*pow<3,1>(sh)*(M2 + sh)*th*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,1,0)=16.*sqrt(2)*pow<5,1>(M)*phase*rstu*sqr(sh)*(th - uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,1,2)=16.*sqrt(2)*M*rstu*pow<4,1>(sh)*(-th + uh)/(phase*sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,2,0)=16.*sqr(M2)*sh*(M2 + sh)*th*uh/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,2,2)=16.*sqr(sh)*(pow<3,1>(M2)*(sh + uh) + sqr(sh)*uh*(sh + uh) + M2*sh*uh*(sh + 2*uh)
+ - sqr(M2)*(sqr(sh) + 3*sh*uh + sqr(uh)))/(sqr(phase)*sqr(sm)*sqr(tm)*sqr(um));
+ // test the spin averaged result
+ // double test = -1024*sqr(sh)*
+ // (pow<6,1>(M2)*(M2 - sh) +
+ // 2*(M2 - sh)*th*uh*
+ // sqr(sqr(th) + th*uh + sqr(uh)) - 2*pow<5,1>(M2)*
+ // (sqr(th) + 4*th*uh + sqr(uh)) +
+ // 2*pow<4,1>(M2)*(M2 - sh)*
+ // (sqr(th) + 7*th*uh + sqr(uh)) +
+ // sqr(M2)*(M2 - sh)*th*uh*
+ // (13*sqr(th) + 23*th*uh +
+ // 13*sqr(uh)) -
+ // pow<3,1>(M2)*(pow<4,1>(th) +
+ // 18*pow<3,1>(th)*uh +
+ // 32*sqr(th)*sqr(uh) +
+ // 18*th*pow<3,1>(uh) + pow<4,1>(uh)) -
+ // 2*M2*th*uh*
+ // (3*pow<4,1>(th) + 10*pow<3,1>(th)*uh +
+ // 15*sqr(th)*sqr(uh) +
+ // 10*th*pow<3,1>(uh) + 3*pow<4,1>(uh)))
+ // /pow<3,1>((uh-M2)*(th-M2)*(sh-M2));
+ // double aver = me.average();
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto1P1Jet.h b/MatrixElement/Onium/MEPPto1P1Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1P1Jet.h
@@ -0,0 +1,191 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto1P1Jet_H
+#define Herwig_MEPPto1P1Jet_H
+//
+// This is the declaration of the MEPPto1P1Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto1P1Jet class implements the colour singlet processes for
+ * \f$gg\to^1\!\!P_1 g\f$.
+ *
+ * @see \ref MEPPto1P1JetInterfaces "The interfaces"
+ * defined for MEPPto1P1Jet.
+ */
+class MEPPto1P1Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto1P1Jet(): O1_(ZERO), state_(ccbar), n_(1), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto1P1Jet & operator=(const MEPPto1P1Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto1P1Jet_H */
diff --git a/MatrixElement/Onium/MEPPto1S0Jet.cc b/MatrixElement/Onium/MEPPto1S0Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1S0Jet.cc
@@ -0,0 +1,492 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto1S0Jet class.
+//
+
+#include "MEPPto1S0Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto1S0Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<0>(state_,n_,0,0);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto1S0Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto1S0Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto1S0Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2) << oenum(state_) << n_ << process_ << mOpt_;
+}
+
+void MEPPto1S0Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2) >> ienum(state_) >> n_ >> process_ >> mOpt_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto1S0Jet,HwMEBase>
+describeHerwigMEPPto1S0Jet("Herwig::MEPPto1S0Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto1S0Jet::Init() {
+
+ static ClassDocumentation<MEPPto1S0Jet> documentation
+ ("The MEPPto1S0Jet class implements the q qbar -> 1S0 g, g q to 1S0 q"
+ " and g g to 1S0 g processes");
+
+ static Reference<MEPPto1S0Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto1S0Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto1S0Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto1S0Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto1S0Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto1S0Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto1S0Jet,unsigned int> interfaceProcess
+ ("Process",
+ "Which processes to generate",
+ &MEPPto1S0Jet::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Generate all the processes",
+ 0);
+ static SwitchOption interfaceProcessGQto1S0Q
+ (interfaceProcess,
+ "GQto1S0Q",
+ "The g q -> 1S0 q process",
+ 1);
+ static SwitchOption interfaceProcessGQbarto1S0Qbar
+ (interfaceProcess,
+ "GQbarto1S0Qbar",
+ "The g qbar -> 1S0 qbar process",
+ 2);
+ static SwitchOption interfaceProcessQQbarto1S0G
+ (interfaceProcess,
+ "QQbarto1S0G",
+ "The q qbar -> 1S0 g process",
+ 3);
+ static SwitchOption interfaceProcessGGto1S0G
+ (interfaceProcess,
+ "GGto1S0G",
+ "The g g -> 1S0 g process",
+ 4);
+
+ static Switch<MEPPto1S0Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 1S0 mass",
+ &MEPPto1S0Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 1S0 state.",
+ 1);
+
+}
+
+void MEPPto1S0Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+1 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ // processes involving quarks
+ for ( int i = 1; i <= 3; ++i ) {
+ tcPDPtr q = getParticleData(i);
+ tcPDPtr qb = q->CC();
+ if(process_ == 0 || process_ == 1)
+ add(new_ptr((Tree2toNDiagram(3), g, g, q , 1, ps, 2, q , -1)));
+ if(process_ == 0 || process_ == 2)
+ add(new_ptr((Tree2toNDiagram(3), g, g, qb, 1, ps, 2, qb, -2)));
+ if(process_ == 0 || process_ == 3)
+ add(new_ptr((Tree2toNDiagram(2), q, qb, 1, g, 3, ps, 3, g, -3)));
+ }
+ // g g -> 1S0 g (s,t,u 4-point)
+ if(process_ == 0 || process_ == 4) {
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, g, 3, ps, 3, g , -4)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 1, ps, 2, g , -5)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 2, ps, 1, g , -6)));
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -7)));
+ }
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto1S0Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ||
+ diags[i]->id() == -2 ||
+ diags[i]->id() == -3 ) sel.insert(1.0, i);
+ else
+ sel.insert(meInfo()[abs(diags[i]->id())-4],i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto1S0Jet::colourGeometries(tcDiagPtr diag) const {
+ // g q -> 1S0 q
+ static ColourLines cgq ("1 2 5, -1 -2 3");
+ // g qbar -> 1S0 qbar
+ static ColourLines cgqbar("1 2 -3, -1 -2 -5");
+ // q qbar -> 1S0 g
+ static ColourLines cqqbar("1 3 5, -2 -3 -5");
+ // g g -> 1S0 g
+ static ColourLines cs[2]={ColourLines("1 3 5, -1 2, -2 -3 -5"),
+ ColourLines("1 -2, -1 -3 -5, 2 3 5")};
+ static ColourLines ct[2]={ColourLines("1 2 5, -1 -2 3, -3 -5"),
+ ColourLines("1 2 -3, -1 -2 -5, 3 5")};
+ static ColourLines cu[2]={ColourLines("1 5, -1 -2 3, -3 2 -5"),
+ ColourLines("1 2 -3, -1 -5, 3 -2 5")};
+ // 4 point
+ static ColourLines c4[2]={ColourLines("1 -2, 2 4, -1 -4"),
+ ColourLines("1 4, -4 -2, 2 -1")};
+ // create the selector
+ Selector<const ColourLines *> sel;
+ if (diag->id() == -1) sel.insert(1.0, &cgq );
+ else if (diag->id() == -2) sel.insert(1.0, &cgqbar);
+ else if (diag->id() == -3) sel.insert(1.0, &cqqbar);
+ else if (diag->id() == -4) {
+ sel.insert(0.5, &cs[0]);
+ sel.insert(0.5, &cs[1]);
+ }
+ else if (diag->id() == -5) {
+ sel.insert(0.5, &ct[0]);
+ sel.insert(0.5, &ct[1]);
+ }
+ else if (diag->id() == -6) {
+ sel.insert(0.5, &cu[0]);
+ sel.insert(0.5, &cu[1]);
+ }
+ else if (diag->id() == -7) {
+ sel.insert(0.5, &c4[0]);
+ sel.insert(0.5, &c4[1]);
+ }
+ return sel;
+}
+
+Energy2 MEPPto1S0Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto1S0Jet::me2() const {
+ // return value
+ double output(0.);
+ // mass of the 1S0 state
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2 = sqr(meMomenta()[2].mass());
+ if(mePartonData()[0]->id()==ParticleID::g) {
+ // g qbar -> 1S0 qbar
+ if(mePartonData()[1]->id()==ParticleID::g) {
+ // weights for the different diagrams
+ DVector save(4,0.);
+ save[0] = tHat()*uHat()/(2.*sqr(tHat()+uHat()));
+ save[1] = (tHat()*(sqr(M2)*(sqr(sHat()) + sHat()*tHat() + sqr(tHat())) -
+ M2*sHat()*(2*sqr(sHat()) + sHat()*tHat() + sqr(tHat())) +
+ sqr(sHat())*(2*sqr(sHat()) + 2*sHat()*tHat() + sqr(tHat()))))/
+ (2.*sqr(M2 - uHat())*uHat()*sqr(tHat()+uHat()));
+ save[2] = (uHat()*(sqr(M2)*(sqr(sHat()) + sHat()*uHat() + sqr(uHat())) -
+ M2*sHat()*(2*sqr(sHat()) + sHat()*uHat() + sqr(uHat())) +
+ sqr(sHat())*(2*sqr(sHat()) + 2*sHat()*uHat() + sqr(uHat()))))/
+ (2.*sqr(M2 - tHat())*tHat()*sqr(tHat()+uHat()));
+ save[3] = (tHat()*uHat()*(pow<4,1>(M2) + sqr(tHat())*sqr(uHat()) -
+ 2*pow<3,1>(M2)*(tHat() + uHat()) -
+ M2*tHat()*uHat()*(tHat() + uHat()) +
+ sqr(M2)*(sqr(tHat()) +
+ 3*tHat()*uHat() + sqr(uHat()))))/
+ (sqr(M2 - tHat())*sqr(M2 - uHat())*sqr(tHat()+uHat()));
+ meInfo(save);
+ output = 64./3.*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)/M*
+ (sqr(-sqr(M2) + M2*sHat() + sqr(tHat()) + tHat()*uHat() + sqr(uHat()))*
+ (pow<4,1>(M2) + pow<4,1>(sHat()) + pow<4,1>(tHat()) + pow<4,1>(uHat())))/
+ (4.*sHat()*tHat()*uHat()*sqr((M2-sHat())*(M2-tHat())*(M2-uHat())));
+ // test vs NPB 291 731
+ // Energy3 R02 = params_->radialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 16.*Constants::pi*sqr(sHat())*
+ // Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/M/sqr(sHat())/Q/sqr(Q-M2*P)*sqr(P)*
+ // (pow<4,1>(M2)-2*sqr(M2)*P+sqr(P)+2.*M2*Q);
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else if(mePartonData()[1]->id()<0) {
+ // spin sum version
+ double total = 2.*(sqr(sHat())+sqr(uHat()))/pow<4,1>(M);
+ // final factors
+ output = -32.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/(27.*tHat()*sqr(tHat()-M2))*total;
+ // analytic test
+ // Energy3 R02 = params_->radialWaveFunctionSquared(state_,n_);
+ // double test = -32.*sqr(Constants::pi)*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(sHat())+sqr(uHat()))/(9.*M*tHat()*sqr(tHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g q -> 1S0 q
+ else if(mePartonData()[1]->id()<6) {
+ // spin sum version
+ double total = 2.*(sqr(sHat())+sqr(uHat()))/pow<4,1>(M);
+ // final factors
+ output = -32.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/(27.*tHat()*sqr(tHat()-M2))*total;
+ // analytic test
+ // Energy3 R02 = params_->radialWaveFunctionSquared(state_,n_);
+ // double test = -32.*sqr(Constants::pi)*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(sHat())+sqr(uHat()))/(9.*M*tHat()*sqr(tHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else assert(false);
+ }
+ // q qbar -> 1S0 g
+ else if(mePartonData()[0]->id()==-mePartonData()[1]->id()) {
+ // spin sum version
+ double total = 2.*(sqr(tHat())+sqr(uHat()))/pow<4,1>(M);
+ // final factors
+ output = 256.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/(81.*sHat()*sqr(sHat()-M2))*total;
+ // analytic test
+ // Energy3 R02 = params_->radialWaveFunctionSquared(state_,n_);
+ // double test = 256.*sqr(Constants::pi)*pow(standardModel()->alphaS(scale()),3)*
+ // R02*(sqr(tHat())+sqr(uHat()))/(27.*M*sHat()*sqr(sHat()-M2));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else
+ assert(false);
+ return output;
+}
+
+void MEPPto1S0Jet::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // get them in the right order
+ bool swapped(false);
+ if(hard[0]->id()==-hard[1]->id()) {
+ if(hard[0]->id()<0) swapped = true;
+ }
+ else if(hard[0]->id()!=ParticleID::g) {
+ swapped=true;
+ }
+ if(swapped) {
+ swap(hard[0],hard[1]);
+ swap(hard[2],hard[3]);
+ }
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(M);
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ // set basis states and compute the matrix element
+ ProductionMatrixElement me;
+ ScalarWaveFunction( hard[2],outgoing,true);
+ if(hard[0]->id()==ParticleID::g) {
+ // g g -> 1S0 g
+ if(hard[1]->id()==ParticleID::g) {
+ vector<VectorWaveFunction> g1,g2,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin0,PDT::Spin1);
+ Complex phase = exp(Complex(0.,phi));
+ me(0,0,0,0) = phase;
+ me(0,0,0,2) = -sqr(M2)/(phase*sqr(sh));
+ me(0,2,0,0) = sqr(th)/(phase*sqr(sh));
+ me(0,2,0,2) = sqr(uh)/(pow(phase,3)*sqr(sh));
+ me(2,0,0,0) = (pow(phase,3)*sqr(uh))/sqr(sh);
+ me(2,0,0,2) = (phase*sqr(th))/sqr(sh);
+ me(2,2,0,0) = -((sqr(M2)*phase)/sqr(sh));
+ me(2,2,0,2) = 1./phase;
+ // test the average result
+ // double aver = me.average();
+ // double test = 2.*(pow<4,1>(M2)+pow<4,1>(sh)+pow<4,1>(th)+pow<4,1>(uh))/pow<4,1>(sh);
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ }
+ // g qbar -> 1S0 qbar
+ else if(hard[1]->id()<0) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<SpinorWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ SpinorWaveFunction( q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin0,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0) = sh/M2;
+ me(0,1,0,1) =-exp(Complex(0.,-2.*phi))*uh/M2;
+ me(2,1,0,1) = sh/M2;
+ me(2,0,0,0) =-exp(Complex(0., 2.*phi))*uh/M2;
+ }
+ else {
+ me(0,0,0,0) = -exp(Complex(0., phi))*sh/M2;
+ me(0,1,0,1) = exp(Complex(0., phi))*uh/M2;
+ me(2,1,0,1) = -exp(Complex(0.,-phi))*sh/M2;
+ me(2,0,0,0) = exp(Complex(0.,-phi))*uh/M2;
+ }
+ // Helicity code version
+ // complex<InvEnergy3> fact = sqrt(-2/th)/M2*Complex(0.,1.);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // LorentzPolarizationVector eps = fact*Helicity::epsilon(fCurrent,hard[2]->momentum(),hard[0]->momentum());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // Complex amp = eps*g1[ih1].wave();
+ // if(norm(me(2*ih1,ih2,0,ih4))>1e-10) cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,0,ih4) << " " << amp/me(2*ih1,ih2,0,ih4)
+ // << " " << norm(amp/me(2*ih1,ih2,0,ih4)) << "\n";
+ // }
+ // }
+ // }
+ }
+ // g q -> 1S0 q
+ else if(hard[1]->id()<6) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorWaveFunction> q2;
+ vector<SpinorBarWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorWaveFunction( q2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin0,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0) = sh/M2;
+ me(0,1,0,1) =-exp(Complex(0.,-2.*phi))*uh/M2;
+ me(2,1,0,1) = sh/M2;
+ me(2,0,0,0) =-exp(Complex(0., 2.*phi))*uh/M2;
+ }
+ else {
+ me(0,0,0,0) = -exp(Complex(0., phi))*sh/M2;
+ me(0,1,0,1) = exp(Complex(0., phi))*uh/M2;
+ me(2,1,0,1) = -exp(Complex(0.,-phi))*sh/M2;
+ me(2,0,0,0) = exp(Complex(0.,-phi))*uh/M2;
+ }
+ // Helicity code version
+ // complex<InvEnergy3> fact = sqrt(-2/th)/M2*Complex(0.,1.);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // LorentzPolarizationVector eps = fact*Helicity::epsilon(fCurrent,hard[2]->momentum(),hard[0]->momentum());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // Complex amp = eps*g1[ih1].wave();
+ // if(norm(me(2*ih1,ih2,0,ih4))>1e-10) cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,0,ih4) << " " << amp/me(2*ih1,ih2,0,ih4)
+ // << " " << norm(amp/me(2*ih1,ih2,0,ih4)) << "\n";
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ }
+ else if(hard[0]->id()==-hard[1]->id()) {
+ vector<SpinorWaveFunction> q1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<VectorWaveFunction> g4;
+ SpinorWaveFunction( q1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true,true,true,vector_phase);
+ g4[1]=g4[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin0,PDT::Spin1);
+ if(!swapped) {
+ me(0,1,0,0) = -th/M2;
+ me(0,1,0,2) = exp(Complex(0.,-2.*phi))*uh/M2;
+ me(1,0,0,0) = exp(Complex(0., 2.*phi))*uh/M2;
+ me(1,0,0,2) = -th/M2;
+ }
+ else {
+ me(0,1,0,0) = exp(Complex(0., 2.*phi))*th/M2;
+ me(0,1,0,2) = -uh/M2;
+ me(1,0,0,0) = -uh/M2;
+ me(1,0,0,2) = exp(Complex(0.,-2.*phi))*th/M2;
+ }
+ // Helicity code version
+ // complex<InvEnergy3> fact = sqrt(2./sh)/M2*Complex(0.,1.);
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // LorentzPolarizationVector eps = fact*Helicity::epsilon(fCurrent,hard[2]->momentum(),hard[3]->momentum());
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // Complex amp = eps*g4[ih4].wave();
+ // //if(norm(me(ih1,ih2,0,2*ih4))>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih4 << " "
+ // << amp << " " << me(ih1,ih2,0,2*ih4) << " " << amp/me(ih1,ih2,0,2*ih4)
+ // << " " << norm(amp/me(ih1,ih2,0,2*ih4)) << "\n";
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto1S0Jet.h b/MatrixElement/Onium/MEPPto1S0Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto1S0Jet.h
@@ -0,0 +1,197 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto1S0Jet_H
+#define Herwig_MEPPto1S0Jet_H
+//
+// This is the declaration of the MEPPto1S0Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto1S0Jet class implements the colour singlet processes for
+ * \f$gq\to^1\!\!S_0 q\f$, \f$q\bar{q}\to ^1\!\!S_0 g\f$ and
+ * \f$gg\to^1\!\!S_0 g\f$.
+ *
+ * @see \ref MEPPto1S0JetInterfaces "The interfaces"
+ * defined for MEPPto1S0Jet.
+ */
+class MEPPto1S0Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto1S0Jet() : O1_(ZERO), state_(ccbar), n_(1), process_(0), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto1S0Jet & operator=(const MEPPto1S0Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy3 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Which processes to generate
+ */
+ unsigned int process_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto1S0Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3D1Jet.cc b/MatrixElement/Onium/MEPPto3D1Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D1Jet.cc
@@ -0,0 +1,286 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3D1Jet class.
+//
+
+#include "MEPPto3D1Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3D1Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,1,1);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3D1Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3D1Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3D1Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_) << n_ << mOpt_;
+}
+
+void MEPPto3D1Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_) >> n_ >> mOpt_;
+}
+
+//The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3D1Jet,HwMEBase>
+describeHerwigMEPPto3D1Jet("Herwig::MEPPto3D1Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3D1Jet::Init() {
+
+ static ClassDocumentation<MEPPto3D1Jet> documentation
+ ("The MEPPto3D1Jet class implements the g g to 3D1 g processes");
+
+ static Reference<MEPPto3D1Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3D1Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3D1Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3D1Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3D1Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3D1Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3D1Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3D1 mass",
+ &MEPPto3D1Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3D1 state.",
+ 1);
+}
+
+void MEPPto3D1Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 30003 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -1)));
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3D1Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3D1Jet::colourGeometries(tcDiagPtr ) const {
+ static ColourLines c1("1 -2, 2 4, -1 -4");
+ static ColourLines c2("1 4, -4 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(0.5, &c1);
+ sel.insert(0.5, &c2);
+ return sel;
+}
+
+Energy2 MEPPto3D1Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3D1Jet::me2() const {
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2=sqr(M);
+ Energy4 um(sqr(uHat()-M2)),tm(sqr(tHat()-M2)),sm(sqr(sHat()-M2));
+ double output = 256*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)/
+ (243.*pow<3,1>(M)*pow<5,1>(M2-tHat())*pow<5,1>(M2-uHat())*pow<5,1>(tHat()+uHat()))*
+ ((102*pow<10,1>(M2)*pow<3,1>(tHat())-286*pow<9,1>(M2)*pow<4,1>(tHat())+
+ 275*pow<8,1>(M2)*pow<5,1>(tHat())-227*pow<7,1>(M2)*pow<6,1>(tHat())+
+ 410*pow<6,1>(M2)*pow<7,1>(tHat())-470*pow<5,1>(M2)*pow<8,1>(tHat())+
+ 245*pow<4,1>(M2)*pow<9,1>(tHat())-49*pow<3,1>(M2)*pow<10,1>(tHat())+
+ 302*pow<10,1>(M2)*sqr(tHat())*uHat()-1732*pow<9,1>(M2)*pow<3,1>(tHat())*uHat()+
+ 3840*pow<8,1>(M2)*pow<4,1>(tHat())*uHat()-5004*pow<7,1>(M2)*pow<5,1>(tHat())*uHat()+
+ 5137*pow<6,1>(M2)*pow<6,1>(tHat())*uHat()-4220*pow<5,1>(M2)*pow<7,1>(tHat())*uHat()+
+ 2190*pow<4,1>(M2)*pow<8,1>(tHat())*uHat()-580*pow<3,1>(M2)*pow<9,1>(tHat())*uHat()+
+ 67*sqr(M2)*pow<10,1>(tHat())*uHat()+302*pow<10,1>(M2)*tHat()*sqr(uHat())-
+ 2844*pow<9,1>(M2)*sqr(tHat())*sqr(uHat())+10289*pow<8,1>(M2)*pow<3,1>(tHat())*sqr(uHat())-
+ 19569*pow<7,1>(M2)*pow<4,1>(tHat())*sqr(uHat())+23585*pow<6,1>(M2)*pow<5,1>(tHat())*sqr(uHat())-
+ 19534*pow<5,1>(M2)*pow<6,1>(tHat())*sqr(uHat())+10358*pow<4,1>(M2)*pow<7,1>(tHat())*sqr(uHat())-
+ 2822*pow<3,1>(M2)*pow<8,1>(tHat())*sqr(uHat())+210*sqr(M2)*pow<9,1>(tHat())*sqr(uHat())+
+ 25*M2*pow<10,1>(tHat())*sqr(uHat())+102*pow<10,1>(M2)*pow<3,1>(uHat())-
+ 1732*pow<9,1>(M2)*tHat()*pow<3,1>(uHat())+10289*pow<8,1>(M2)*sqr(tHat())*pow<3,1>(uHat())-
+ 29536*pow<7,1>(M2)*pow<3,1>(tHat())*pow<3,1>(uHat())+
+ 47908*pow<6,1>(M2)*pow<4,1>(tHat())*pow<3,1>(uHat())-
+ 47528*pow<5,1>(M2)*pow<5,1>(tHat())*pow<3,1>(uHat())+
+ 28602*pow<4,1>(M2)*pow<6,1>(tHat())*pow<3,1>(uHat())-
+ 8984*pow<3,1>(M2)*pow<7,1>(tHat())*pow<3,1>(uHat())+774*sqr(M2)*pow<8,1>(tHat())*pow<3,1>(uHat())+
+ 100*M2*pow<9,1>(tHat())*pow<3,1>(uHat())+5*pow<10,1>(tHat())*pow<3,1>(uHat())-
+ 286*pow<9,1>(M2)*pow<4,1>(uHat())+3840*pow<8,1>(M2)*tHat()*pow<4,1>(uHat())-
+ 19569*pow<7,1>(M2)*sqr(tHat())*pow<4,1>(uHat())+47908*pow<6,1>(M2)*pow<3,1>(tHat())*pow<4,1>(uHat())-
+ 63536*pow<5,1>(M2)*pow<4,1>(tHat())*pow<4,1>(uHat())+
+ 47093*pow<4,1>(M2)*pow<5,1>(tHat())*pow<4,1>(uHat())-
+ 17653*pow<3,1>(M2)*pow<6,1>(tHat())*pow<4,1>(uHat())+2006*sqr(M2)*pow<7,1>(tHat())*pow<4,1>(uHat())+
+ 220*M2*pow<8,1>(tHat())*pow<4,1>(uHat())+25*pow<9,1>(tHat())*pow<4,1>(uHat())+
+ 275*pow<8,1>(M2)*pow<5,1>(uHat())-5004*pow<7,1>(M2)*tHat()*pow<5,1>(uHat())+
+ 23585*pow<6,1>(M2)*sqr(tHat())*pow<5,1>(uHat())-47528*pow<5,1>(M2)*pow<3,1>(tHat())*pow<5,1>(uHat())+
+ 47093*pow<4,1>(M2)*pow<4,1>(tHat())*pow<5,1>(uHat())-
+ 21968*pow<3,1>(M2)*pow<5,1>(tHat())*pow<5,1>(uHat())+3147*sqr(M2)*pow<6,1>(tHat())*pow<5,1>(uHat())+
+ 340*M2*pow<7,1>(tHat())*pow<5,1>(uHat())+60*pow<8,1>(tHat())*pow<5,1>(uHat())-
+ 227*pow<7,1>(M2)*pow<6,1>(uHat())+5137*pow<6,1>(M2)*tHat()*pow<6,1>(uHat())-
+ 19534*pow<5,1>(M2)*sqr(tHat())*pow<6,1>(uHat())+28602*pow<4,1>(M2)*pow<3,1>(tHat())*pow<6,1>(uHat())-
+ 17653*pow<3,1>(M2)*pow<4,1>(tHat())*pow<6,1>(uHat())+3147*sqr(M2)*pow<5,1>(tHat())*pow<6,1>(uHat())+
+ 390*M2*pow<6,1>(tHat())*pow<6,1>(uHat())+90*pow<7,1>(tHat())*pow<6,1>(uHat())+
+ 410*pow<6,1>(M2)*pow<7,1>(uHat())-4220*pow<5,1>(M2)*tHat()*pow<7,1>(uHat())+
+ 10358*pow<4,1>(M2)*sqr(tHat())*pow<7,1>(uHat())-8984*pow<3,1>(M2)*pow<3,1>(tHat())*pow<7,1>(uHat())+
+ 2006*sqr(M2)*pow<4,1>(tHat())*pow<7,1>(uHat())+340*M2*pow<5,1>(tHat())*pow<7,1>(uHat())+
+ 90*pow<6,1>(tHat())*pow<7,1>(uHat())-470*pow<5,1>(M2)*pow<8,1>(uHat())+
+ 2190*pow<4,1>(M2)*tHat()*pow<8,1>(uHat())-2822*pow<3,1>(M2)*sqr(tHat())*pow<8,1>(uHat())+
+ 774*sqr(M2)*pow<3,1>(tHat())*pow<8,1>(uHat())+220*M2*pow<4,1>(tHat())*pow<8,1>(uHat())+
+ 60*pow<5,1>(tHat())*pow<8,1>(uHat())+245*pow<4,1>(M2)*pow<9,1>(uHat())-
+ 580*pow<3,1>(M2)*tHat()*pow<9,1>(uHat())+210*sqr(M2)*sqr(tHat())*pow<9,1>(uHat())+
+ 100*M2*pow<3,1>(tHat())*pow<9,1>(uHat())+25*pow<4,1>(tHat())*pow<9,1>(uHat())-
+ 49*pow<3,1>(M2)*pow<10,1>(uHat())+67*sqr(M2)*tHat()*pow<10,1>(uHat())+
+ 25*M2*sqr(tHat())*pow<10,1>(uHat())+5*pow<3,1>(tHat())*pow<10,1>(uHat())));
+ // // test vsPRD 45, 116 PR45, 116
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 16.*Constants::pi*20.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/
+ // (9.*pow<3,1>(M)*pow<5,1>(Q-M2*P))*
+ // (-49*pow<3,1>(M2)*pow<5,1>(P) -
+ // sqr(M2)*pow<4,1>(P)*(20*pow<3,1>(M2) - 67*Q) -
+ // 52*pow<7,1>(M2)*sqr(Q) +
+ // 894*pow<4,1>(M2)*pow<3,1>(Q) -
+ // 5*M2*pow<4,1>(Q) +
+ // sqr(M2)*P*Q*(4*pow<6,1>(M2) -
+ // 1742*pow<3,1>(M2)*Q - 361*sqr(Q)) -
+ // M2*pow<3,1>(P)*
+ // (102*pow<6,1>(M2) + 295*pow<3,1>(M2)*Q -
+ // 25*sqr(Q)) +
+ // sqr(P)*Q*(902*pow<6,1>(M2) + 729*pow<3,1>(M2)*Q +
+ // 5*sqr(Q)));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ return output;
+}
+
+void MEPPto3D1Jet::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ // only one order
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // set the wavefunctions
+ vector<VectorWaveFunction> g1,g2,psi,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction(psi,hard[2],outgoing,true ,false,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(hard[2]->mass());
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ // Energy rstu = sqrt(th*uh/sh);
+ // calculate the matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin1,PDT::Spin1);
+ me(0,0,0,0)=(2*M2*sqr(phase)*sh*(10*pow<5,1>(M2)*sm+6*M2*pow<3,1>(sm)*th*uh+sqr(sm)*sqr(th)*sqr(uh)-6*pow<3,1>(M2)*sm*(sqr(th)-13*th*uh+sqr(uh))+pow<4,1>(M2)*(11*sqr(th)+54*th*uh+11*sqr(uh))+sqr(M2)*(-7*pow<4,1>(th)+34*pow<3,1>(th)*uh+66*sqr(th)*sqr(uh)+34*th*pow<3,1>(uh)-7*pow<4,1>(uh))))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,0,2)=(-4*sqrt(1.6666666666666667)*pow<3,1>(M2)*(M2+sh)*th*uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,1,0)=(-4*sqrt(0.13333333333333333)*pow<3,1>(M)*phase*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(3*sqr(M2)*(sh-uh)+sh*uh*(sh+uh)+M2*(5*sqr(sh)+2*sh*uh+3*sqr(uh))))/(sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,1,2)=(4*sqrt(3.3333333333333335)*pow<7,1>(M)*sqrt(sh)*(th-uh)*sqrt(th*uh))/(phase*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,0,2,0)=(-4*M2*sqr(sh)*th*uh*(16*pow<3,1>(M2)+15*sqr(M2)*sm-sm*th*uh+M2*(5*sqr(th)+2*th*uh+5*sqr(uh))))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,2,2)=(4*sqrt(1.6666666666666667)*pow<3,1>(M2)*sh*(M2*sm+2*th*uh))/(sqr(phase)*sqr(sm)*sqr(tm)*sqr(um));
+ me(0,2,0,0)=(-2*M2*th*(2*pow<4,1>(M2)*(sh+th)+2*sqr(sh)*sqr(th)*(sh+th)+3*pow<3,1>(M2)*(5*sqr(sh)+6*sh*th+5*sqr(th))+M2*sh*th*(7*sqr(sh)+2*sh*th+7*sqr(th))-sqr(M2)*(sh+th)*(15*sqr(sh)+10*sh*th+7*sqr(th)))*uh)/(sqrt(15)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,0,2)=(-2*M2*sh*sqr(uh)*(2*pow<4,1>(M2)-sm*sqr(th)*uh+M2*th*(th-uh)*(5*th+6*uh)+pow<3,1>(M2)*(13*th+15*uh)-sqr(M2)*(8*sqr(th)+17*th*uh+7*sqr(uh))))/(sqrt(15)*sqr(phase)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,1,0)=(2*sqrt(0.13333333333333333)*pow<3,1>(M)*sqrt(sh)*th*(pow<3,1>(M2)*(8*sh-4*th)-sqr(M2)*(3*sh-11*th)*(sh+th)-sh*th*(sh+th)*(3*sh+th)+M2*(-3*pow<3,1>(sh)+sqr(sh)*th-5*sh*sqr(th)+3*pow<3,1>(th)))*sqrt(th*uh))/(phase*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,1,2)=(2*sqrt(0.13333333333333333)*pow<3,1>(M)*sqrt(sh)*uh*sqrt(th*uh)*(pow<3,1>(M2)*(8*sh-4*uh)-sqr(M2)*(3*sh-11*uh)*(sh+uh)-sh*uh*(sh+uh)*(3*sh+uh)+M2*(-3*pow<3,1>(sh)+sqr(sh)*uh-5*sh*sqr(uh)+3*pow<3,1>(uh))))/(pow(phase,3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,2,0)=(-2*M2*sh*sqr(th)*(2*pow<4,1>(M2)-sm*th*sqr(uh)+pow<3,1>(M2)*(15*th+13*uh)+M2*uh*(-6*sqr(th)+th*uh+5*sqr(uh))-sqr(M2)*(7*sqr(th)+17*th*uh+8*sqr(uh))))/(sqrt(15)*sqr(phase)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,2,2)=(-2*M2*th*uh*(2*pow<4,1>(M2)*(sh+uh)+2*sqr(sh)*sqr(uh)*(sh+uh)+3*pow<3,1>(M2)*(5*sqr(sh)+6*sh*uh+5*sqr(uh))+M2*sh*uh*(7*sqr(sh)+2*sh*uh+7*sqr(uh))-sqr(M2)*(sh+uh)*(15*sqr(sh)+10*sh*uh+7*sqr(uh))))/(sqrt(15)*pow(phase,4)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,0,0)=(-2*M2*pow(phase,4)*th*uh*(2*pow<4,1>(M2)*(sh+uh)+2*sqr(sh)*sqr(uh)*(sh+uh)+3*pow<3,1>(M2)*(5*sqr(sh)+6*sh*uh+5*sqr(uh))+M2*sh*uh*(7*sqr(sh)+2*sh*uh+7*sqr(uh))-sqr(M2)*(sh+uh)*(15*sqr(sh)+10*sh*uh+7*sqr(uh))))/(sqrt(15)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,0,2)=(-2*M2*sqr(phase)*sh*sqr(th)*(2*pow<4,1>(M2)-sm*th*sqr(uh)+pow<3,1>(M2)*(15*th+13*uh)+M2*uh*(-6*sqr(th)+th*uh+5*sqr(uh))-sqr(M2)*(7*sqr(th)+17*th*uh+8*sqr(uh))))/(sqrt(15)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,1,0)=(-2*sqrt(0.13333333333333333)*pow<3,1>(M)*pow(phase,3)*sqrt(sh)*uh*sqrt(th*uh)*(pow<3,1>(M2)*(8*sh-4*uh)-sqr(M2)*(3*sh-11*uh)*(sh+uh)-sh*uh*(sh+uh)*(3*sh+uh)+M2*(-3*pow<3,1>(sh)+sqr(sh)*uh-5*sh*sqr(uh)+3*pow<3,1>(uh))))/(pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,1,2)=(-2*sqrt(0.13333333333333333)*pow<3,1>(M)*phase*sqrt(sh)*th*(pow<3,1>(M2)*(8*sh-4*th)-sqr(M2)*(3*sh-11*th)*(sh+th)-sh*th*(sh+th)*(3*sh+th)+M2*(-3*pow<3,1>(sh)+sqr(sh)*th-5*sh*sqr(th)+3*pow<3,1>(th)))*sqrt(th*uh))/(pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,2,0)=(-2*M2*sqr(phase)*sh*sqr(uh)*(2*pow<4,1>(M2)-sm*sqr(th)*uh+M2*th*(th-uh)*(5*th+6*uh)+pow<3,1>(M2)*(13*th+15*uh)-sqr(M2)*(8*sqr(th)+17*th*uh+7*sqr(uh))))/(sqrt(15)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,2,2)=(-2*M2*th*(2*pow<4,1>(M2)*(sh+th)+2*sqr(sh)*sqr(th)*(sh+th)+3*pow<3,1>(M2)*(5*sqr(sh)+6*sh*th+5*sqr(th))+M2*sh*th*(7*sqr(sh)+2*sh*th+7*sqr(th))-sqr(M2)*(sh+th)*(15*sqr(sh)+10*sh*th+7*sqr(th)))*uh)/(sqrt(15)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,2,0,0)=(4*sqrt(1.6666666666666667)*pow<3,1>(M2)*sqr(phase)*sh*(M2*sm+2*th*uh))/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,0,2)=(-4*M2*sqr(sh)*th*uh*(16*pow<3,1>(M2)+15*sqr(M2)*sm-sm*th*uh+M2*(5*sqr(th)+2*th*uh+5*sqr(uh))))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,1,0)=(4*sqrt(3.3333333333333335)*pow<7,1>(M)*phase*sqrt(sh)*sqrt(th*uh)*(-th+uh))/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,1,2)=(4*sqrt(0.13333333333333333)*pow<3,1>(M)*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(3*sqr(M2)*(sh-uh)+sh*uh*(sh+uh)+M2*(5*sqr(sh)+2*sh*uh+3*sqr(uh))))/(phase*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,2,0)=(-4*sqrt(1.6666666666666667)*pow<3,1>(M2)*(M2+sh)*th*uh)/(sqr(sm)*sqr(tm)*sqr(um));
+ me(2,2,2,2)=(2*M2*sh*(10*pow<5,1>(M2)*sm+6*M2*pow<3,1>(sm)*th*uh+sqr(sm)*sqr(th)*sqr(uh)-6*pow<3,1>(M2)*sm*(sqr(th)-13*th*uh+sqr(uh))+pow<4,1>(M2)*(11*sqr(th)+54*th*uh+11*sqr(uh))+sqr(M2)*(-7*pow<4,1>(th)+34*pow<3,1>(th)*uh+66*sqr(th)*sqr(uh)+34*th*pow<3,1>(uh)-7*pow<4,1>(uh))))/(sqrt(15)*sqr(phase)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ // test the spin averaged result
+ // Energy6 Q(sh*th*uh);
+ // Energy4 P(sh*th+th*uh+uh*sh);
+ // double test = (16*sqr(M2)*(-49*pow<3,1>(M2)*pow<5,1>(P)-sqr(M2)*pow<4,1>(P)*(20*pow<3,1>(M2)-67*Q)-52*pow<7,1>(M2)*sqr(Q)+894*pow<4,1>(M2)*pow<3,1>(Q)-5*M2*pow<4,1>(Q)+sqr(M2)*P*Q*(4*pow<6,1>(M2)-1742*pow<3,1>(M2)*Q-361*sqr(Q))-M2*pow<3,1>(P)*(102*pow<6,1>(M2)+295*pow<3,1>(M2)*Q-25*sqr(Q))+sqr(P)*Q*(902*pow<6,1>(M2)+729*pow<3,1>(M2)*Q+5*sqr(Q))))/(15.*pow<5,1>(Q-M2*P));
+
+ // double aver = me.average();
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3D1Jet.h b/MatrixElement/Onium/MEPPto3D1Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D1Jet.h
@@ -0,0 +1,191 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3D1Jet_H
+#define Herwig_MEPPto3D1Jet_H
+//
+// This is the declaration of the MEPPto3D1Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3D1Jet class implements the colour singlet processes for
+ * \f$gg\to^3\!\!D_1 g\f$.
+ *
+ * @see \ref MEPPto3D1JetInterfaces "The interfaces"
+ * defined for MEPPto3D1Jet.
+ */
+class MEPPto3D1Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3D1Jet(): O1_(ZERO), state_(ccbar), n_(1), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3D1Jet & operator=(const MEPPto3D1Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3D1Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3D2Jet.cc b/MatrixElement/Onium/MEPPto3D2Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D2Jet.cc
@@ -0,0 +1,278 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3D2Jet class.
+//
+
+#include "MEPPto3D2Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3D2Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,1,2);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3D2Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3D2Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3D2Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_) << n_ << mOpt_;
+}
+
+void MEPPto3D2Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_) >> n_ >> mOpt_;
+}
+
+//The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3D2Jet,HwMEBase>
+describeHerwigMEPPto3D2Jet("Herwig::MEPPto3D2Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3D2Jet::Init() {
+
+ static ClassDocumentation<MEPPto3D2Jet> documentation
+ ("The MEPPto3D2Jet class implements the g g to 3D2 g processes");
+
+ static Reference<MEPPto3D2Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3D2Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3D2Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3D2Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3D2Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3D2Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3D2Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3D2 mass",
+ &MEPPto3D2Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3D2 state.",
+ 1);
+}
+
+void MEPPto3D2Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 20005 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -1)));
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3D2Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3D2Jet::colourGeometries(tcDiagPtr ) const {
+ static ColourLines c1("1 -2, 2 4, -1 -4");
+ static ColourLines c2("1 4, -4 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(0.5, &c1);
+ sel.insert(0.5, &c2);
+ return sel;
+}
+
+Energy2 MEPPto3D2Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3D2Jet::me2() const {
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2=sqr(M);
+ Energy4 um(sqr(uHat()-M2)),tm(sqr(tHat()-M2)),sm(sqr(sHat()-M2));
+ double output = 16.*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)/(27.*pow<7,1>(M))*
+ (32*sqr(M2)*(pow<10,1>(M2)*pow<3,1>(tHat())-3*pow<9,1>(M2)*pow<4,1>(tHat())+5*pow<8,1>(M2)*pow<5,1>(tHat())-11*pow<7,1>(M2)*pow<6,1>(tHat())
+ +20*pow<6,1>(M2)*pow<7,1>(tHat())-20*pow<5,1>(M2)*pow<8,1>(tHat())+10*pow<4,1>(M2)*pow<9,1>(tHat())-2*pow<3,1>(M2)*pow<10,1>(tHat())
+ +9*pow<10,1>(M2)*sqr(tHat())*uHat()-64*pow<9,1>(M2)*pow<3,1>(tHat())*uHat()+180*pow<8,1>(M2)*pow<4,1>(tHat())*uHat()
+ -280*pow<7,1>(M2)*pow<5,1>(tHat())*uHat()+269*pow<6,1>(M2)*pow<6,1>(tHat())*uHat()-144*pow<5,1>(M2)*pow<7,1>(tHat())*uHat()
+ +16*pow<4,1>(M2)*pow<8,1>(tHat())*uHat()+20*pow<3,1>(M2)*pow<9,1>(tHat())*uHat()-6*sqr(M2)*pow<10,1>(tHat())*uHat()
+ +9*pow<10,1>(M2)*tHat()*sqr(uHat())-130*pow<9,1>(M2)*sqr(tHat())*sqr(uHat())+611*pow<8,1>(M2)*pow<3,1>(tHat())*sqr(uHat())
+ -1369*pow<7,1>(M2)*pow<4,1>(tHat())*sqr(uHat())+1716*pow<6,1>(M2)*pow<5,1>(tHat())*sqr(uHat())-1283*pow<5,1>(M2)*pow<6,1>(tHat())*sqr(uHat())
+ +568*pow<4,1>(M2)*pow<7,1>(tHat())*sqr(uHat())-156*pow<3,1>(M2)*pow<8,1>(tHat())*sqr(uHat())+50*sqr(M2)*pow<9,1>(tHat())*sqr(uHat())
+ -16*M2*pow<10,1>(tHat())*sqr(uHat())+pow<10,1>(M2)*pow<3,1>(uHat())-64*pow<9,1>(M2)*tHat()*pow<3,1>(uHat())+611*pow<8,1>(M2)*sqr(tHat())*pow<3,1>(uHat())
+ -2208*pow<7,1>(M2)*pow<3,1>(tHat())*pow<3,1>(uHat())+3927*pow<6,1>(M2)*pow<4,1>(tHat())*pow<3,1>(uHat())-3888*pow<5,1>(M2)*pow<5,1>(tHat())*pow<3,1>(uHat())
+ +2365*pow<4,1>(M2)*pow<6,1>(tHat())*pow<3,1>(uHat())-1072*pow<3,1>(M2)*pow<7,1>(tHat())*pow<3,1>(uHat())+472*sqr(M2)*pow<8,1>(tHat())*pow<3,1>(uHat())
+ -160*M2*pow<9,1>(tHat())*pow<3,1>(uHat())+16*pow<10,1>(tHat())*pow<3,1>(uHat())-3*pow<9,1>(M2)*pow<4,1>(uHat())+180*pow<8,1>(M2)*tHat()*pow<4,1>(uHat())
+ -1369*pow<7,1>(M2)*sqr(tHat())*pow<4,1>(uHat())+3927*pow<6,1>(M2)*pow<3,1>(tHat())*pow<4,1>(uHat())-5450*pow<5,1>(M2)*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +4181*pow<4,1>(M2)*pow<5,1>(tHat())*pow<4,1>(uHat())-2230*pow<3,1>(M2)*pow<6,1>(tHat())*pow<4,1>(uHat())+1172*sqr(M2)*pow<7,1>(tHat())*pow<4,1>(uHat())
+ -496*M2*pow<8,1>(tHat())*pow<4,1>(uHat())+80*pow<9,1>(tHat())*pow<4,1>(uHat())+5*pow<8,1>(M2)*pow<5,1>(uHat())-280*pow<7,1>(M2)*tHat()*pow<5,1>(uHat())
+ +1716*pow<6,1>(M2)*sqr(tHat())*pow<5,1>(uHat())-3888*pow<5,1>(M2)*pow<3,1>(tHat())*pow<5,1>(uHat())+4181*pow<4,1>(M2)*pow<4,1>(tHat())*pow<5,1>(uHat())
+ -2664*pow<3,1>(M2)*pow<5,1>(tHat())*pow<5,1>(uHat())+1570*sqr(M2)*pow<6,1>(tHat())*pow<5,1>(uHat())-832*M2*pow<7,1>(tHat())*pow<5,1>(uHat())
+ +192*pow<8,1>(tHat())*pow<5,1>(uHat())-11*pow<7,1>(M2)*pow<6,1>(uHat())+269*pow<6,1>(M2)*tHat()*pow<6,1>(uHat())-1283*pow<5,1>(M2)*sqr(tHat())*pow<6,1>(uHat())
+ +2365*pow<4,1>(M2)*pow<3,1>(tHat())*pow<6,1>(uHat())-2230*pow<3,1>(M2)*pow<4,1>(tHat())*pow<6,1>(uHat())+1570*sqr(M2)*pow<5,1>(tHat())*pow<6,1>(uHat())
+ -960*M2*pow<6,1>(tHat())*pow<6,1>(uHat())+288*pow<7,1>(tHat())*pow<6,1>(uHat())+20*pow<6,1>(M2)*pow<7,1>(uHat())-144*pow<5,1>(M2)*tHat()*pow<7,1>(uHat())
+ +568*pow<4,1>(M2)*sqr(tHat())*pow<7,1>(uHat())-1072*pow<3,1>(M2)*pow<3,1>(tHat())*pow<7,1>(uHat())+1172*sqr(M2)*pow<4,1>(tHat())*pow<7,1>(uHat())
+ -832*M2*pow<5,1>(tHat())*pow<7,1>(uHat())+288*pow<6,1>(tHat())*pow<7,1>(uHat())-20*pow<5,1>(M2)*pow<8,1>(uHat())+16*pow<4,1>(M2)*tHat()*pow<8,1>(uHat())
+ -156*pow<3,1>(M2)*sqr(tHat())*pow<8,1>(uHat())+472*sqr(M2)*pow<3,1>(tHat())*pow<8,1>(uHat())-496*M2*pow<4,1>(tHat())*pow<8,1>(uHat())
+ +192*pow<5,1>(tHat())*pow<8,1>(uHat())+10*pow<4,1>(M2)*pow<9,1>(uHat())+20*pow<3,1>(M2)*tHat()*pow<9,1>(uHat())+50*sqr(M2)*sqr(tHat())*pow<9,1>(uHat())
+ -160*M2*pow<3,1>(tHat())*pow<9,1>(uHat())+80*pow<4,1>(tHat())*pow<9,1>(uHat())-2*pow<3,1>(M2)*pow<10,1>(uHat())-6*sqr(M2)*tHat()*pow<10,1>(uHat())
+ -16*M2*sqr(tHat())*pow<10,1>(uHat())+16*pow<3,1>(tHat())*pow<10,1>(uHat())))/(3.*pow<5,1>(M2-tHat())*pow<5,1>(M2-uHat())*pow<5,1>(tHat()+uHat()));
+ // test vs PRD 45, 116
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 16.*Constants::pi*200.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/(9.*pow<3,1>(M)*pow<5,1>(Q-M2*P))*
+ // (sqr(P)*Q*(43*pow<6,1>(M2)+110*pow<3,1>(M2)*Q+16*sqr(Q))
+ // -sqr(M2)*P*Q*(6*pow<6,1>(M2)+157*pow<3,1>(M2)*Q+28*sqr(Q))
+ // -M2*pow<3,1>(P)*(pow<6,1>(M2)+26*pow<3,1>(M2)*Q+16*sqr(Q))
+ // +14*pow<7,1>(M2)*sqr(Q)+123*pow<4,1>(M2)*pow<3,1>(Q)
+ // -2*pow<3,1>(M2)*pow<5,1>(P)-6*sqr(M2)*pow<4,1>(P)*Q-64*M2*pow<4,1>(Q));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ return output;
+}
+
+void MEPPto3D2Jet::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ // only one order
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // set the wavefunctions
+ vector<VectorWaveFunction> g1,g2,g4;
+ vector<TensorWaveFunction> psi;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ TensorWaveFunction(psi,hard[2],outgoing,true ,false,true,tensor_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(hard[2]->mass());
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ // Energy rstu = sqrt(th*uh/sh);
+ // calculate the matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin2,PDT::Spin1);
+ me(0,0,0,0)=(8*pow<3,1>(M)*pow(phase,3)*sqrt(sh)*(th-uh)*sqrt(th*uh)*(-(pow<3,1>(M2)*(sh+uh))-sqr(sh)*uh*(sh+uh)+sqr(M2)*(sqr(sh)+4*sh*uh+sqr(uh))-M2*sh*(sqr(sh)+2*sh*uh+3*sqr(uh))))/(sqrt(3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,0,2)=0;
+ me(0,0,1,0)=(4*M2*sqr(phase)*sh*(2*sqr(th)*sqr(uh)*sqr(th+uh)+2*pow<4,1>(M2)*(sqr(th)-th*uh+sqr(uh))+pow<3,1>(M2)*(-3*pow<3,1>(th)+sqr(th)*uh+th*sqr(uh)-3*pow<3,1>(uh))+M2*th*uh*(3*pow<3,1>(th)-11*sqr(th)*uh-11*th*sqr(uh)+3*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(th)-2*pow<3,1>(th)*uh+12*sqr(th)*sqr(uh)-2*th*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,1,2)=0;
+ me(0,0,2,0)=(4*sqrt(2)*pow<3,1>(M)*phase*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(pow<3,1>(M2)-3*M2*th*uh-sqr(M2)*(th+uh)+2*th*uh*(th+uh)))/(sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,2,2)=0;
+ me(0,0,3,0)=(8*M2*sqr(sh)*th*uh*(pow<3,1>(M2)-3*M2*th*uh+th*uh*(th+uh)))/(sqrt(3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,3,2)=0;
+ me(0,0,4,0)=0;
+ me(0,0,4,2)=0;
+ me(0,2,0,0)=(8*pow<3,1>(M)*phase*sqrt(sh)*uh*sqrt(th*uh)*(pow<4,1>(M2)-3*pow<3,1>(M2)*uh+2*sqr(M2)*uh*(th+uh)+2*sqr(th)*uh*(th+uh)-2*M2*th*uh*(2*th+uh)))/(sqrt(3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,0,2)=(-8*pow<3,1>(M)*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(-2*sqr(M2)+M2*uh+th*uh))/(sqrt(3)*phase*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,1,0)=(4*M2*th*(2*pow<3,1>(M2)*sh*(2*sh-th)+pow<4,1>(M2)*(sh+th)-2*sqr(sh)*sqr(th)*(sh+th)+2*M2*sh*th*(2*sqr(sh)+sh*th-2*sqr(th))-sqr(M2)*(8*pow<3,1>(sh)+14*sqr(sh)*th-sh*sqr(th)+pow<3,1>(th)))*uh)/(sqrt(3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,1,2)=(4*M2*sh*sqr(uh)*(pow<4,1>(M2)-9*pow<3,1>(M2)*th+M2*th*(2*th-3*uh)*uh-2*sqr(th)*uh*(th+uh)+sqr(M2)*(6*sqr(th)+8*th*uh-sqr(uh))))/(sqrt(3)*sqr(phase)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,2,0)=(-4*sqrt(2)*pow<3,1>(M)*sqrt(sh)*th*sqrt(th*uh)*(2*sqr(M2)*(sh-uh)*uh+pow<3,1>(M2)*(-sh+uh)+M2*sqr(uh)*(-sh+uh)+2*sh*uh*sqr(sh+uh)))/(phase*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,2,2)=(4*sqrt(2)*pow<3,1>(M)*sqrt(sh)*(2*sqr(M2)*(sh-th)*th+pow<3,1>(M2)*(-sh+th)+M2*sqr(th)*(-sh+th)+2*sh*th*sqr(sh+th))*uh*sqrt(th*uh))/(pow(phase,3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,3,0)=(-4*M2*sh*sqr(th)*(pow<4,1>(M2)-9*pow<3,1>(M2)*uh-2*th*sqr(uh)*(th+uh)+M2*th*uh*(-3*th+2*uh)+sqr(M2)*(-sqr(th)+8*th*uh+6*sqr(uh))))/(sqrt(3)*sqr(phase)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,3,2)=(-4*M2*th*uh*(2*pow<3,1>(M2)*sh*(2*sh-uh)+pow<4,1>(M2)*(sh+uh)-2*sqr(sh)*sqr(uh)*(sh+uh)+2*M2*sh*uh*(2*sqr(sh)+sh*uh-2*sqr(uh))-sqr(M2)*(8*pow<3,1>(sh)+14*sqr(sh)*uh-sh*sqr(uh)+pow<3,1>(uh))))/(sqrt(3)*pow(phase,4)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(0,2,4,0)=(8*pow<3,1>(M)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(-2*sqr(M2)+M2*th+th*uh))/(sqrt(3)*pow(phase,3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(0,2,4,2)=(-8*pow<3,1>(M)*sqrt(sh)*th*sqrt(th*uh)*(pow<4,1>(M2)-3*pow<3,1>(M2)*th+2*sqr(M2)*th*(th+uh)+2*th*sqr(uh)*(th+uh)-2*M2*th*uh*(th+2*uh)))/(sqrt(3)*pow(phase,5)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,0,0)=(-8*pow<3,1>(M)*pow(phase,5)*sqrt(sh)*th*sqrt(th*uh)*(pow<4,1>(M2)-3*pow<3,1>(M2)*th+2*sqr(M2)*th*(th+uh)+2*th*sqr(uh)*(th+uh)-2*M2*th*uh*(th+2*uh)))/(sqrt(3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,0,2)=(8*pow<3,1>(M)*pow(phase,3)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(-2*sqr(M2)+M2*th+th*uh))/(sqrt(3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,1,0)=(4*M2*pow(phase,4)*th*uh*(2*pow<3,1>(M2)*sh*(2*sh-uh)+pow<4,1>(M2)*(sh+uh)-2*sqr(sh)*sqr(uh)*(sh+uh)+2*M2*sh*uh*(2*sqr(sh)+sh*uh-2*sqr(uh))-sqr(M2)*(8*pow<3,1>(sh)+14*sqr(sh)*uh-sh*sqr(uh)+pow<3,1>(uh))))/(sqrt(3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,1,2)=(4*M2*sqr(phase)*sh*sqr(th)*(pow<4,1>(M2)-9*pow<3,1>(M2)*uh-2*th*sqr(uh)*(th+uh)+M2*th*uh*(-3*th+2*uh)+sqr(M2)*(-sqr(th)+8*th*uh+6*sqr(uh))))/(sqrt(3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,2,0)=(4*sqrt(2)*pow<3,1>(M)*pow(phase,3)*sqrt(sh)*(2*sqr(M2)*(sh-th)*th+pow<3,1>(M2)*(-sh+th)+M2*sqr(th)*(-sh+th)+2*sh*th*sqr(sh+th))*uh*sqrt(th*uh))/(pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,2,2)=(-4*sqrt(2)*pow<3,1>(M)*phase*sqrt(sh)*th*sqrt(th*uh)*(2*sqr(M2)*(sh-uh)*uh+pow<3,1>(M2)*(-sh+uh)+M2*sqr(uh)*(-sh+uh)+2*sh*uh*sqr(sh+uh)))/(pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,3,0)=(-4*M2*sqr(phase)*sh*sqr(uh)*(pow<4,1>(M2)-9*pow<3,1>(M2)*th+M2*th*(2*th-3*uh)*uh-2*sqr(th)*uh*(th+uh)+sqr(M2)*(6*sqr(th)+8*th*uh-sqr(uh))))/(sqrt(3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,3,2)=(-4*M2*th*(2*pow<3,1>(M2)*sh*(2*sh-th)+pow<4,1>(M2)*(sh+th)-2*sqr(sh)*sqr(th)*(sh+th)+2*M2*sh*th*(2*sqr(sh)+sh*th-2*sqr(th))-sqr(M2)*(8*pow<3,1>(sh)+14*sqr(sh)*th-sh*sqr(th)+pow<3,1>(th)))*uh)/(sqrt(3)*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,0,4,0)=(-8*pow<3,1>(M)*phase*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(-2*sqr(M2)+M2*uh+th*uh))/(sqrt(3)*pow<3,1>(sm)*pow<3,1>(tm)*sqr(um));
+ me(2,0,4,2)=(8*pow<3,1>(M)*sqrt(sh)*uh*sqrt(th*uh)*(pow<4,1>(M2)-3*pow<3,1>(M2)*uh+2*sqr(M2)*uh*(th+uh)+2*sqr(th)*uh*(th+uh)-2*M2*th*uh*(2*th+uh)))/(sqrt(3)*phase*pow<3,1>(sm)*sqr(tm)*pow<3,1>(um));
+ me(2,2,0,0)=0;
+ me(2,2,0,2)=0;
+ me(2,2,1,0)=0;
+ me(2,2,1,2)=(-8*M2*sqr(sh)*th*uh*(pow<3,1>(M2)-3*M2*th*uh+th*uh*(th+uh)))/(sqrt(3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,2,0)=0;
+ me(2,2,2,2)=(4*sqrt(2)*pow<3,1>(M)*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(pow<3,1>(M2)-3*M2*th*uh-sqr(M2)*(th+uh)+2*th*uh*(th+uh)))/(phase*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,3,0)=0;
+ me(2,2,3,2)=(-4*M2*sh*(2*sqr(th)*sqr(uh)*sqr(th+uh)+2*pow<4,1>(M2)*(sqr(th)-th*uh+sqr(uh))+pow<3,1>(M2)*(-3*pow<3,1>(th)+sqr(th)*uh+th*sqr(uh)-3*pow<3,1>(uh))+M2*th*uh*(3*pow<3,1>(th)-11*sqr(th)*uh-11*th*sqr(uh)+3*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(th)-2*pow<3,1>(th)*uh+12*sqr(th)*sqr(uh)-2*th*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(3)*sqr(phase)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,4,0)=0;
+ me(2,2,4,2)=(8*pow<3,1>(M)*sqrt(sh)*(th-uh)*sqrt(th*uh)*(-(pow<3,1>(M2)*(sh+uh))-sqr(sh)*uh*(sh+uh)+sqr(M2)*(sqr(sh)+4*sh*uh+sqr(uh))-M2*sh*(sqr(sh)+2*sh*uh+3*sqr(uh))))/(sqrt(3)*pow(phase,3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ // test the spin averaged result
+ // Energy6 Q(sh*th*uh);
+ // Energy4 P(sh*th+th*uh+uh*sh);
+ // double test = 32.*sqr(M2)/3/pow<5,1>(Q-M2*P)*
+ // (sqr(P)*Q*(43*pow<6,1>(M2)+110*pow<3,1>(M2)*Q+16*sqr(Q))
+ // -sqr(M2)*P*Q*(6*pow<6,1>(M2)+157*pow<3,1>(M2)*Q+28*sqr(Q))
+ // -M2*pow<3,1>(P)*(pow<6,1>(M2)+26*pow<3,1>(M2)*Q+16*sqr(Q))
+ // +14*pow<7,1>(M2)*sqr(Q)+123*pow<4,1>(M2)*pow<3,1>(Q)
+ // -2*pow<3,1>(M2)*pow<5,1>(P)-6*sqr(M2)*pow<4,1>(P)*Q-64*M2*pow<4,1>(Q));
+ // double aver = me.average();
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3D2Jet.h b/MatrixElement/Onium/MEPPto3D2Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D2Jet.h
@@ -0,0 +1,191 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3D2Jet_H
+#define Herwig_MEPPto3D2Jet_H
+//
+// This is the declaration of the MEPPto3D2Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3D2Jet class implements the colour singlet processes for
+ * \f$gg\to^3\!\!D_2 g\f$.
+ *
+ * @see \ref MEPPto3D2JetInterfaces "The interfaces"
+ * defined for MEPPto3D2Jet.
+ */
+class MEPPto3D2Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3D2Jet(): O1_(ZERO), state_(ccbar), n_(1), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3D2Jet & operator=(const MEPPto3D2Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3D2Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3D3Jet.cc b/MatrixElement/Onium/MEPPto3D3Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D3Jet.cc
@@ -0,0 +1,291 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3D3Jet class.
+//
+
+#include "MEPPto3D3Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/WaveFunction/Rank3TensorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3D3Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<2>(state_,n_,1,3);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3D3Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3D3Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3D3Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2*GeV2) << oenum(state_) << n_ << mOpt_;
+}
+
+void MEPPto3D3Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2*GeV2) >> ienum(state_) >> n_ >> mOpt_;
+}
+
+//The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3D3Jet,HwMEBase>
+describeHerwigMEPPto3D3Jet("Herwig::MEPPto3D3Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3D3Jet::Init() {
+
+ static ClassDocumentation<MEPPto3D3Jet> documentation
+ ("The MEPPto3D3Jet class implements the g g to 3D3 g processes");
+
+ static Reference<MEPPto3D3Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3D3Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3D3Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3D3Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3D3Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3D3Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3D3Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3D3 mass",
+ &MEPPto3D3Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3D3 state.",
+ 1);
+}
+
+void MEPPto3D3Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 7 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -1)));
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3D3Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3D3Jet::colourGeometries(tcDiagPtr ) const {
+ static ColourLines c1("1 -2, 2 4, -1 -4");
+ static ColourLines c2("1 4, -4 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(0.5, &c1);
+ sel.insert(0.5, &c2);
+ return sel;
+}
+
+Energy2 MEPPto3D3Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3D3Jet::me2() const {
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2=sqr(M);
+ Energy4 um(sqr(uHat()-M2)),tm(sqr(tHat()-M2)),sm(sqr(sHat()-M2));
+ double output = 80.*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)/(189*pow<7,1>(M))*256.*sqr(M2)*
+ (5*pow<3,1>(tHat())*pow<3,1>(uHat())*pow<3,1>(tHat()+uHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ +2*pow<10,1>(M2)*(4*pow<3,1>(tHat())+9*sqr(tHat())*uHat()+9*tHat()*sqr(uHat())+4*pow<3,1>(uHat()))
+ -2*pow<9,1>(M2)*(12*pow<4,1>(tHat())+64*pow<3,1>(tHat())*uHat()+103*sqr(tHat())*sqr(uHat())+64*tHat()*pow<3,1>(uHat())+12*pow<4,1>(uHat()))
+ +pow<8,1>(M2)*(25*pow<5,1>(tHat())+300*pow<4,1>(tHat())*uHat()+826*pow<3,1>(tHat())*sqr(uHat())+826*sqr(tHat())*pow<3,1>(uHat())+300*tHat()*pow<4,1>(uHat())+25*pow<5,1>(uHat()))
+ -5*M2*sqr(tHat())*sqr(uHat())*sqr(tHat()+uHat())*(pow<6,1>(tHat())+8*pow<5,1>(tHat())*uHat()+14*pow<4,1>(tHat())*sqr(uHat())
+ +16*pow<3,1>(tHat())*pow<3,1>(uHat())+14*sqr(tHat())*pow<4,1>(uHat())+8*tHat()*pow<5,1>(uHat())+pow<6,1>(uHat()))
+ -pow<7,1>(M2)*(13*pow<6,1>(tHat())+356*pow<5,1>(tHat())*uHat()+1556*pow<4,1>(tHat())*sqr(uHat())+2424*pow<3,1>(tHat())*pow<3,1>(uHat())
+ +1556*sqr(tHat())*pow<4,1>(uHat())+356*tHat()*pow<5,1>(uHat())+13*pow<6,1>(uHat()))
+ +pow<6,1>(M2)*(10*pow<7,1>(tHat())+283*pow<6,1>(tHat())*uHat()+1680*pow<5,1>(tHat())*sqr(uHat())+3717*pow<4,1>(tHat())*pow<3,1>(uHat())
+ +3717*pow<3,1>(tHat())*pow<4,1>(uHat())+1680*sqr(tHat())*pow<5,1>(uHat())+283*tHat()*pow<6,1>(uHat())+10*pow<7,1>(uHat()))
+ -pow<5,1>(M2)*(10*pow<8,1>(tHat())+180*pow<7,1>(tHat())*uHat()+1201*pow<6,1>(tHat())*sqr(uHat())+3342*pow<5,1>(tHat())*pow<3,1>(uHat())+4624*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +3342*pow<3,1>(tHat())*pow<5,1>(uHat())+1201*sqr(tHat())*pow<6,1>(uHat())+180*tHat()*pow<7,1>(uHat())+10*pow<8,1>(uHat()))
+ +sqr(M2)*tHat()*uHat()*(3*pow<9,1>(tHat())+40*pow<8,1>(tHat())*uHat()+221*pow<7,1>(tHat())*sqr(uHat())+514*pow<6,1>(tHat())*pow<3,1>(uHat())
+ +698*pow<5,1>(tHat())*pow<4,1>(uHat())+698*pow<4,1>(tHat())*pow<5,1>(uHat())+514*pow<3,1>(tHat())*pow<6,1>(uHat())
+ +221*sqr(tHat())*pow<7,1>(uHat())+40*tHat()*pow<8,1>(uHat())+3*pow<9,1>(uHat()))
+ +pow<4,1>(M2)*(5*pow<9,1>(tHat())+80*pow<8,1>(tHat())*uHat()+602*pow<7,1>(tHat())*sqr(uHat())+1943*pow<6,1>(tHat())*pow<3,1>(uHat())
+ +3307*pow<5,1>(tHat())*pow<4,1>(uHat())+3307*pow<4,1>(tHat())*pow<5,1>(uHat())+1943*pow<3,1>(tHat())*pow<6,1>(uHat())
+ +602*sqr(tHat())*pow<7,1>(uHat())+80*tHat()*pow<8,1>(uHat())+5*pow<9,1>(uHat()))
+ -pow<3,1>(M2)*(pow<10,1>(tHat())+20*pow<9,1>(tHat())*uHat()+198*pow<8,1>(tHat())*sqr(uHat())+776*pow<7,1>(tHat())*pow<3,1>(uHat())
+ +1502*pow<6,1>(tHat())*pow<4,1>(uHat())+1812*pow<5,1>(tHat())*pow<5,1>(uHat())+1502*pow<4,1>(tHat())*pow<6,1>(uHat())
+ +776*pow<3,1>(tHat())*pow<7,1>(uHat())+198*sqr(tHat())*pow<8,1>(uHat())+20*tHat()*pow<9,1>(uHat())+pow<10,1>(uHat())))
+ /(15.*pow<5,1>(M2-tHat())*pow<5,1>(M2-uHat())*pow<5,1>(tHat()+uHat()));
+ // test vs PRD 45, 116
+ // Energy7 R02 = params_->secondDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 5120.*sqr(Constants::pi)*pow(standardModel()->alphaS(scale()),3)*R02
+ // /(9.*pow<3,1>(M)*pow<5,1>(Q-M2*P))*
+ // (-pow<3,1>(M2)*pow<5,1>(P) + 3*sqr(M2)*pow<4,1>(P)*Q -
+ // 8*pow<7,1>(M2)*sqr(Q) + 111*pow<4,1>(M2)*pow<3,1>(Q) - 20*M2*pow<4,1>(Q) +
+ // sqr(M2)*P*Q*(6*pow<6,1>(M2) - 173*pow<3,1>(M2)*Q - 14*sqr(Q)) - M2*pow<3,1>(P)*
+ // (8*pow<6,1>(M2) + 25*pow<3,1>(M2)*Q + 5*sqr(Q)) +
+ // sqr(P)*Q*(68*pow<6,1>(M2) + 61*pow<3,1>(M2)*Q + 5*sqr(Q)));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ return output;
+}
+
+void MEPPto3D3Jet::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ // only one order
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // set the wavefunctions
+ vector<VectorWaveFunction> g1,g2,g4;
+ vector<Rank3TensorWaveFunction> psi;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ Rank3TensorWaveFunction(psi,hard[2],outgoing,true ,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(hard[2]->mass());
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ // Energy rstu = sqrt(th*uh/sh);
+ // calculate the matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin3,PDT::Spin1);
+ me(0,0,0,0)=(8*sqr(M2)*pow(phase,4)*th*uh*(pow<3,1>(M2)*(sh+uh)-sqr(M2)*uh*(2*sh+uh)-M2*sh*(sqr(sh)+2*sh*uh-sqr(uh))+sqr(sh)*(sqr(sh)+3*sh*uh+3*sqr(uh))))/(sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,0,2)=0;
+ me(0,0,1,0)=(8*sqrt(0.6666666666666666)*pow<3,1>(M)*pow(phase,3)*sqrt(sh)*(th-uh)*sqrt(th*uh)*(-(pow<3,1>(M2)*(sh+uh))-sqr(sh)*uh*(sh+uh)+sqr(M2)*(sqr(sh)+4*sh*uh+sqr(uh))-M2*sh*(sqr(sh)+2*sh*uh+3*sqr(uh))))/(sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,1,2)=0;
+ me(0,0,2,0)=(8*M2*sqr(phase)*sh*(2*sqr(th)*sqr(uh)*sqr(th+uh)+2*pow<4,1>(M2)*(sqr(th)-th*uh+sqr(uh))+pow<3,1>(M2)*(-3*pow<3,1>(th)+sqr(th)*uh+th*sqr(uh)-3*pow<3,1>(uh))+M2*th*uh*(3*pow<3,1>(th)-11*sqr(th)*uh-11*th*sqr(uh)+3*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(th)-2*pow<3,1>(th)*uh+12*sqr(th)*sqr(uh)-2*th*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,2,2)=0;
+ me(0,0,3,0)=(8*pow<3,1>(M)*phase*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(pow<3,1>(M2)-3*M2*th*uh-sqr(M2)*(th+uh)+2*th*uh*(th+uh)))/(sqrt(5)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,3,2)=0;
+ me(0,0,4,0)=(8*M2*sqr(sh)*th*uh*(pow<3,1>(M2)-3*M2*th*uh+th*uh*(th+uh)))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,0,4,2)=0;
+ me(0,0,5,0)=0;
+ me(0,0,5,2)=0;
+ me(0,0,6,0)=0;
+ me(0,0,6,2)=0;
+ me(0,2,0,0)=(8*sqr(M2)*sqr(phase)*sh*sqr(uh)*(pow<4,1>(M2)*(th+uh)+3*sqr(M2)*th*uh*(th+uh)+pow<3,1>(th)*uh*(th+uh)-pow<3,1>(M2)*uh*(4*th+uh)-M2*sqr(th)*uh*(3*th+2*uh)))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,0,2)=(8*sqr(M2)*sqr(sh)*th*pow<3,1>(uh)*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,1,0)=(-8*sqrt(0.6666666666666666)*pow<3,1>(M)*phase*sqrt(sh)*(pow<5,1>(M2)*(sh+th)+sqr(sh)*pow<3,1>(th)*(sh+th)-pow<4,1>(M2)*th*(5*sh+3*th)-M2*sh*sqr(th)*(2*sqr(sh)+sh*th-2*sqr(th))+sqr(M2)*sh*th*(5*sqr(sh)+7*sh*th-2*sqr(th))-pow<3,1>(M2)*(pow<3,1>(sh)+sqr(sh)*th-7*sh*sqr(th)-2*pow<3,1>(th)))*uh*sqrt(th*uh))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,1,2)=(8*sqrt(0.6666666666666666)*pow<3,1>(M)*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(th*sqr(uh)*(th+uh)+pow<3,1>(M2)*(-7*th+2*uh)+sqr(M2)*(9*sqr(th)+6*th*uh-3*sqr(uh))+M2*(-3*pow<3,1>(th)-4*sqr(th)*uh-3*th*sqr(uh)+pow<3,1>(uh))))/(phase*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,2,0)=(8*M2*th*(pow<6,1>(M2)*(sh+th)+pow<3,1>(sh)*pow<3,1>(th)*(sh+th)+M2*sqr(sh)*pow<3,1>(th)*(9*sh+10*th)+pow<5,1>(M2)*(9*sqr(sh)+2*sh*th-sqr(th))-pow<4,1>(M2)*(15*pow<3,1>(sh)+48*sqr(sh)*th+14*sh*sqr(th)+pow<3,1>(th))+sqr(M2)*sh*th*(9*pow<3,1>(sh)-sqr(sh)*th-17*sh*sqr(th)+3*pow<3,1>(th))+pow<3,1>(M2)*(5*pow<4,1>(sh)+36*pow<3,1>(sh)*th+61*sqr(sh)*sqr(th)+8*sh*pow<3,1>(th)+pow<4,1>(th)))*uh)/(sqrt(15)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,2,2)=(8*M2*sh*(2*sqr(sh)*sqr(th)*sqr(sh+th)+pow<4,1>(M2)*(2*sqr(sh)-6*sh*th+7*sqr(th))+M2*sh*th*(3*pow<3,1>(sh)+11*sqr(sh)*th+15*sh*sqr(th)+7*pow<3,1>(th))-pow<3,1>(M2)*(3*pow<3,1>(sh)+5*sqr(sh)*th-16*sh*sqr(th)+12*pow<3,1>(th))+sqr(M2)*(pow<4,1>(sh)+8*pow<3,1>(sh)*th+9*sqr(sh)*sqr(th)-7*sh*pow<3,1>(th)+6*pow<4,1>(th)))*sqr(uh))/(sqrt(15)*sqr(phase)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,3,0)=(-8*pow<3,1>(M)*sqrt(sh)*th*(2*pow<4,1>(M2)*sh*(2*sh-3*th)+pow<5,1>(M2)*(3*sh+th)+2*sqr(sh)*sqr(th)*(sqr(sh)+3*sh*th+2*sqr(th))+M2*sh*sqr(th)*(-7*sqr(sh)-5*sh*th+4*sqr(th))-pow<3,1>(M2)*(15*pow<3,1>(sh)+31*sqr(sh)*th+3*sh*sqr(th)+3*pow<3,1>(th))+2*sqr(M2)*(4*pow<4,1>(sh)+18*pow<3,1>(sh)*th+19*sqr(sh)*sqr(th)+sh*pow<3,1>(th)+pow<4,1>(th)))*sqrt(th*uh))/(sqrt(5)*phase*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,3,2)=(-8*pow<3,1>(M)*sqrt(sh)*uh*sqrt(th*uh)*(2*pow<4,1>(M2)*sh*(2*sh-3*uh)+pow<5,1>(M2)*(3*sh+uh)+2*sqr(sh)*sqr(uh)*(sqr(sh)+3*sh*uh+2*sqr(uh))+M2*sh*sqr(uh)*(-7*sqr(sh)-5*sh*uh+4*sqr(uh))-pow<3,1>(M2)*(15*pow<3,1>(sh)+31*sqr(sh)*uh+3*sh*sqr(uh)+3*pow<3,1>(uh))+2*sqr(M2)*(4*pow<4,1>(sh)+18*pow<3,1>(sh)*uh+19*sqr(sh)*sqr(uh)+sh*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(5)*pow(phase,3)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,4,0)=(8*M2*sh*sqr(th)*(2*sqr(sh)*sqr(uh)*sqr(sh+uh)+pow<4,1>(M2)*(2*sqr(sh)-6*sh*uh+7*sqr(uh))+M2*sh*uh*(3*pow<3,1>(sh)+11*sqr(sh)*uh+15*sh*sqr(uh)+7*pow<3,1>(uh))-pow<3,1>(M2)*(3*pow<3,1>(sh)+5*sqr(sh)*uh-16*sh*sqr(uh)+12*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(sh)+8*pow<3,1>(sh)*uh+9*sqr(sh)*sqr(uh)-7*sh*pow<3,1>(uh)+6*pow<4,1>(uh))))/(sqrt(15)*sqr(phase)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,4,2)=(8*M2*th*uh*(pow<6,1>(M2)*(sh+uh)+pow<3,1>(sh)*pow<3,1>(uh)*(sh+uh)+M2*sqr(sh)*pow<3,1>(uh)*(9*sh+10*uh)+pow<5,1>(M2)*(9*sqr(sh)+2*sh*uh-sqr(uh))-pow<4,1>(M2)*(15*pow<3,1>(sh)+48*sqr(sh)*uh+14*sh*sqr(uh)+pow<3,1>(uh))+sqr(M2)*sh*uh*(9*pow<3,1>(sh)-sqr(sh)*uh-17*sh*sqr(uh)+3*pow<3,1>(uh))+pow<3,1>(M2)*(5*pow<4,1>(sh)+36*pow<3,1>(sh)*uh+61*sqr(sh)*sqr(uh)+8*sh*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(15)*pow(phase,4)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,5,0)=(8*sqrt(0.6666666666666666)*pow<3,1>(M)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(pow<3,1>(M2)*(2*th-7*uh)+sqr(th)*uh*(th+uh)+sqr(M2)*(-3*sqr(th)+6*th*uh+9*sqr(uh))+M2*(pow<3,1>(th)-3*sqr(th)*uh-4*th*sqr(uh)-3*pow<3,1>(uh))))/(pow(phase,3)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,5,2)=(-8*sqrt(0.6666666666666666)*pow<3,1>(M)*sqrt(sh)*th*sqrt(th*uh)*(pow<5,1>(M2)*(sh+uh)+sqr(sh)*pow<3,1>(uh)*(sh+uh)-pow<4,1>(M2)*uh*(5*sh+3*uh)-M2*sh*sqr(uh)*(2*sqr(sh)+sh*uh-2*sqr(uh))+sqr(M2)*sh*uh*(5*sqr(sh)+7*sh*uh-2*sqr(uh))-pow<3,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh-7*sh*sqr(uh)-2*pow<3,1>(uh))))/(pow(phase,5)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,6,0)=(8*sqr(M2)*sqr(sh)*pow<3,1>(th)*uh*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)))/(pow(phase,4)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(0,2,6,2)=(8*sqr(M2)*sh*sqr(th)*(pow<4,1>(M2)*(th+uh)+3*sqr(M2)*th*uh*(th+uh)+th*pow<3,1>(uh)*(th+uh)-M2*th*sqr(uh)*(2*th+3*uh)-pow<3,1>(M2)*th*(th+4*uh)))/(pow(phase,6)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,0,0)=(8*sqr(M2)*pow(phase,6)*sh*sqr(th)*(pow<4,1>(M2)*(th+uh)+3*sqr(M2)*th*uh*(th+uh)+th*pow<3,1>(uh)*(th+uh)-M2*th*sqr(uh)*(2*th+3*uh)-pow<3,1>(M2)*th*(th+4*uh)))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,0,2)=(8*sqr(M2)*pow(phase,4)*sqr(sh)*pow<3,1>(th)*uh*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,1,0)=(8*sqrt(0.6666666666666666)*pow<3,1>(M)*pow(phase,5)*sqrt(sh)*th*sqrt(th*uh)*(pow<5,1>(M2)*(sh+uh)+sqr(sh)*pow<3,1>(uh)*(sh+uh)-pow<4,1>(M2)*uh*(5*sh+3*uh)-M2*sh*sqr(uh)*(2*sqr(sh)+sh*uh-2*sqr(uh))+sqr(M2)*sh*uh*(5*sqr(sh)+7*sh*uh-2*sqr(uh))-pow<3,1>(M2)*(pow<3,1>(sh)+sqr(sh)*uh-7*sh*sqr(uh)-2*pow<3,1>(uh))))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,1,2)=(-8*sqrt(0.6666666666666666)*pow<3,1>(M)*pow(phase,3)*sh*sqrt(sh)*sqr(th)*sqrt(th*uh)*(pow<3,1>(M2)*(2*th-7*uh)+sqr(th)*uh*(th+uh)+sqr(M2)*(-3*sqr(th)+6*th*uh+9*sqr(uh))+M2*(pow<3,1>(th)-3*sqr(th)*uh-4*th*sqr(uh)-3*pow<3,1>(uh))))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,2,0)=(8*M2*pow(phase,4)*th*uh*(pow<6,1>(M2)*(sh+uh)+pow<3,1>(sh)*pow<3,1>(uh)*(sh+uh)+M2*sqr(sh)*pow<3,1>(uh)*(9*sh+10*uh)+pow<5,1>(M2)*(9*sqr(sh)+2*sh*uh-sqr(uh))-pow<4,1>(M2)*(15*pow<3,1>(sh)+48*sqr(sh)*uh+14*sh*sqr(uh)+pow<3,1>(uh))+sqr(M2)*sh*uh*(9*pow<3,1>(sh)-sqr(sh)*uh-17*sh*sqr(uh)+3*pow<3,1>(uh))+pow<3,1>(M2)*(5*pow<4,1>(sh)+36*pow<3,1>(sh)*uh+61*sqr(sh)*sqr(uh)+8*sh*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(15)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,2,2)=(8*M2*sqr(phase)*sh*sqr(th)*(2*sqr(sh)*sqr(uh)*sqr(sh+uh)+pow<4,1>(M2)*(2*sqr(sh)-6*sh*uh+7*sqr(uh))+M2*sh*uh*(3*pow<3,1>(sh)+11*sqr(sh)*uh+15*sh*sqr(uh)+7*pow<3,1>(uh))-pow<3,1>(M2)*(3*pow<3,1>(sh)+5*sqr(sh)*uh-16*sh*sqr(uh)+12*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(sh)+8*pow<3,1>(sh)*uh+9*sqr(sh)*sqr(uh)-7*sh*pow<3,1>(uh)+6*pow<4,1>(uh))))/(sqrt(15)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,3,0)=(8*pow<3,1>(M)*pow(phase,3)*sqrt(sh)*uh*sqrt(th*uh)*(2*pow<4,1>(M2)*sh*(2*sh-3*uh)+pow<5,1>(M2)*(3*sh+uh)+2*sqr(sh)*sqr(uh)*(sqr(sh)+3*sh*uh+2*sqr(uh))+M2*sh*sqr(uh)*(-7*sqr(sh)-5*sh*uh+4*sqr(uh))-pow<3,1>(M2)*(15*pow<3,1>(sh)+31*sqr(sh)*uh+3*sh*sqr(uh)+3*pow<3,1>(uh))+2*sqr(M2)*(4*pow<4,1>(sh)+18*pow<3,1>(sh)*uh+19*sqr(sh)*sqr(uh)+sh*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(5)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,3,2)=(8*pow<3,1>(M)*phase*sqrt(sh)*th*(2*pow<4,1>(M2)*sh*(2*sh-3*th)+pow<5,1>(M2)*(3*sh+th)+2*sqr(sh)*sqr(th)*(sqr(sh)+3*sh*th+2*sqr(th))+M2*sh*sqr(th)*(-7*sqr(sh)-5*sh*th+4*sqr(th))-pow<3,1>(M2)*(15*pow<3,1>(sh)+31*sqr(sh)*th+3*sh*sqr(th)+3*pow<3,1>(th))+2*sqr(M2)*(4*pow<4,1>(sh)+18*pow<3,1>(sh)*th+19*sqr(sh)*sqr(th)+sh*pow<3,1>(th)+pow<4,1>(th)))*sqrt(th*uh))/(sqrt(5)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,4,0)=(8*M2*sqr(phase)*sh*(2*sqr(sh)*sqr(th)*sqr(sh+th)+pow<4,1>(M2)*(2*sqr(sh)-6*sh*th+7*sqr(th))+M2*sh*th*(3*pow<3,1>(sh)+11*sqr(sh)*th+15*sh*sqr(th)+7*pow<3,1>(th))-pow<3,1>(M2)*(3*pow<3,1>(sh)+5*sqr(sh)*th-16*sh*sqr(th)+12*pow<3,1>(th))+sqr(M2)*(pow<4,1>(sh)+8*pow<3,1>(sh)*th+9*sqr(sh)*sqr(th)-7*sh*pow<3,1>(th)+6*pow<4,1>(th)))*sqr(uh))/(sqrt(15)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,4,2)=(8*M2*th*(pow<6,1>(M2)*(sh+th)+pow<3,1>(sh)*pow<3,1>(th)*(sh+th)+M2*sqr(sh)*pow<3,1>(th)*(9*sh+10*th)+pow<5,1>(M2)*(9*sqr(sh)+2*sh*th-sqr(th))-pow<4,1>(M2)*(15*pow<3,1>(sh)+48*sqr(sh)*th+14*sh*sqr(th)+pow<3,1>(th))+sqr(M2)*sh*th*(9*pow<3,1>(sh)-sqr(sh)*th-17*sh*sqr(th)+3*pow<3,1>(th))+pow<3,1>(M2)*(5*pow<4,1>(sh)+36*pow<3,1>(sh)*th+61*sqr(sh)*sqr(th)+8*sh*pow<3,1>(th)+pow<4,1>(th)))*uh)/(sqrt(15)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,5,0)=(-8*sqrt(0.6666666666666666)*pow<3,1>(M)*phase*sh*sqrt(sh)*sqr(uh)*sqrt(th*uh)*(th*sqr(uh)*(th+uh)+pow<3,1>(M2)*(-7*th+2*uh)+sqr(M2)*(9*sqr(th)+6*th*uh-3*sqr(uh))+M2*(-3*pow<3,1>(th)-4*sqr(th)*uh-3*th*sqr(uh)+pow<3,1>(uh))))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,5,2)=(8*sqrt(0.6666666666666666)*pow<3,1>(M)*sqrt(sh)*(pow<5,1>(M2)*(sh+th)+sqr(sh)*pow<3,1>(th)*(sh+th)-pow<4,1>(M2)*th*(5*sh+3*th)-M2*sh*sqr(th)*(2*sqr(sh)+sh*th-2*sqr(th))+sqr(M2)*sh*th*(5*sqr(sh)+7*sh*th-2*sqr(th))-pow<3,1>(M2)*(pow<3,1>(sh)+sqr(sh)*th-7*sh*sqr(th)-2*pow<3,1>(th)))*uh*sqrt(th*uh))/(phase*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,6,0)=(8*sqr(M2)*sqr(sh)*th*pow<3,1>(uh)*(3*sqr(M2)+sqr(th)+th*uh+sqr(uh)-3*M2*(th+uh)))/(pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,0,6,2)=(8*sqr(M2)*sh*sqr(uh)*(pow<4,1>(M2)*(th+uh)+3*sqr(M2)*th*uh*(th+uh)+pow<3,1>(th)*uh*(th+uh)-pow<3,1>(M2)*uh*(4*th+uh)-M2*sqr(th)*uh*(3*th+2*uh)))/(sqr(phase)*pow<4,1>(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,0,0)=0;
+ me(2,2,0,2)=0;
+ me(2,2,1,0)=0;
+ me(2,2,1,2)=0;
+ me(2,2,2,0)=0;
+ me(2,2,2,2)=(8*M2*sqr(sh)*th*uh*(pow<3,1>(M2)-3*M2*th*uh+th*uh*(th+uh)))/(sqrt(15)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,3,0)=0;
+ me(2,2,3,2)=(-8*pow<3,1>(M)*sh*sqrt(sh)*(th-uh)*sqrt(th*uh)*(pow<3,1>(M2)-3*M2*th*uh-sqr(M2)*(th+uh)+2*th*uh*(th+uh)))/(sqrt(5)*phase*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,4,0)=0;
+ me(2,2,4,2)=(8*M2*sh*(2*sqr(th)*sqr(uh)*sqr(th+uh)+2*pow<4,1>(M2)*(sqr(th)-th*uh+sqr(uh))+pow<3,1>(M2)*(-3*pow<3,1>(th)+sqr(th)*uh+th*sqr(uh)-3*pow<3,1>(uh))+M2*th*uh*(3*pow<3,1>(th)-11*sqr(th)*uh-11*th*sqr(uh)+3*pow<3,1>(uh))+sqr(M2)*(pow<4,1>(th)-2*pow<3,1>(th)*uh+12*sqr(th)*sqr(uh)-2*th*pow<3,1>(uh)+pow<4,1>(uh))))/(sqrt(15)*sqr(phase)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,5,0)=0;
+ me(2,2,5,2)=(-8*sqrt(0.6666666666666666)*pow<3,1>(M)*sqrt(sh)*(th-uh)*sqrt(th*uh)*(-(pow<3,1>(M2)*(sh+uh))-sqr(sh)*uh*(sh+uh)+sqr(M2)*(sqr(sh)+4*sh*uh+sqr(uh))-M2*sh*(sqr(sh)+2*sh*uh+3*sqr(uh))))/(pow(phase,3)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ me(2,2,6,0)=0;
+ me(2,2,6,2)=(8*sqr(M2)*th*uh*(pow<3,1>(M2)*(sh+uh)-sqr(M2)*uh*(2*sh+uh)-M2*sh*(sqr(sh)+2*sh*uh-sqr(uh))+sqr(sh)*(sqr(sh)+3*sh*uh+3*sqr(uh))))/(pow(phase,4)*sqr(sm)*pow<3,1>(tm)*pow<3,1>(um));
+ // test the spin averaged result
+ // Energy6 Q(sh*th*uh);
+ // Energy4 P(sh*th+th*uh+uh*sh);
+ // double test = 256.*sqr(M2)/15./pow<5,1>(Q-M2*P)*
+ // (-pow<3,1>(M2)*pow<5,1>(P) + 3*sqr(M2)*pow<4,1>(P)*Q -
+ // 8*pow<7,1>(M2)*sqr(Q) + 111*pow<4,1>(M2)*pow<3,1>(Q) - 20*M2*pow<4,1>(Q) +
+ // sqr(M2)*P*Q*(6*pow<6,1>(M2) - 173*pow<3,1>(M2)*Q - 14*sqr(Q)) - M2*pow<3,1>(P)*
+ // (8*pow<6,1>(M2) + 25*pow<3,1>(M2)*Q + 5*sqr(Q)) +
+ // sqr(P)*Q*(68*pow<6,1>(M2) + 61*pow<3,1>(M2)*Q + 5*sqr(Q)));
+ // double aver = me.average();
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3D3Jet.h b/MatrixElement/Onium/MEPPto3D3Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3D3Jet.h
@@ -0,0 +1,191 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3D3Jet_H
+#define Herwig_MEPPto3D3Jet_H
+//
+// This is the declaration of the MEPPto3D3Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3D3Jet class implements the colour singlet processes for
+ * \f$gg\to^3\!\!D_3 g\f$.
+ *
+ * @see \ref MEPPto3D3JetInterfaces "The interfaces"
+ * defined for MEPPto3D3Jet.
+ */
+class MEPPto3D3Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3D3Jet(): O1_(ZERO), state_(ccbar), n_(1), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3D3Jet & operator=(const MEPPto3D3Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy7 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3D3Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3P0Jet.cc b/MatrixElement/Onium/MEPPto3P0Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P0Jet.cc
@@ -0,0 +1,495 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3P0Jet class.
+//
+
+#include "MEPPto3P0Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3P0Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,0);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3P0Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3P0Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3P0Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << process_ << mOpt_;
+}
+
+void MEPPto3P0Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> process_ >> mOpt_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3P0Jet,HwMEBase>
+describeHerwigMEPPto3P0Jet("Herwig::MEPPto3P0Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3P0Jet::Init() {
+
+ static ClassDocumentation<MEPPto3P0Jet> documentation
+ ("The MEPPto3P0Jet class implements the q qbar -> 3P0 g, g q to 3P0 q"
+ " and g g to 3P0 g processes");
+
+ static Reference<MEPPto3P0Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3P0Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3P0Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3P0Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3P0Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3P0Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3P0Jet,unsigned int> interfaceProcess
+ ("Process",
+ "Which processes to generate",
+ &MEPPto3P0Jet::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Generate all the processes",
+ 0);
+ static SwitchOption interfaceProcessGQto3P0Q
+ (interfaceProcess,
+ "GQto3P0Q",
+ "The g q -> 3P0 q process",
+ 1);
+ static SwitchOption interfaceProcessGQbarto3P0Qbar
+ (interfaceProcess,
+ "GQbarto3P0Qbar",
+ "The g qbar -> 3P0 qbar process",
+ 2);
+ static SwitchOption interfaceProcessQQbarto3P0G
+ (interfaceProcess,
+ "QQbarto3P0G",
+ "The q qbar -> 3P0 g process",
+ 3);
+ static SwitchOption interfaceProcessGGto3P0G
+ (interfaceProcess,
+ "GGto3P0G",
+ "The g g -> 3P0 g process",
+ 4);
+
+ static Switch<MEPPto3P0Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3P0 mass",
+ &MEPPto3P0Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3P0 state.",
+ 1);
+
+}
+
+void MEPPto3P0Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 10001 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ // processes involving quarks
+ for ( int i = 1; i <= 3; ++i ) {
+ tcPDPtr q = getParticleData(i);
+ tcPDPtr qb = q->CC();
+ if(process_ == 0 || process_ == 1)
+ add(new_ptr((Tree2toNDiagram(3), g, g, q , 1, ps, 2, q , -1)));
+ if(process_ == 0 || process_ == 2)
+ add(new_ptr((Tree2toNDiagram(3), g, g, qb, 1, ps, 2, qb, -2)));
+ if(process_ == 0 || process_ == 3)
+ add(new_ptr((Tree2toNDiagram(2), q, qb, 1, g, 3, ps, 3, g, -3)));
+ }
+ // g g -> 3P0 g (s,t,u 4-point)
+ if(process_ == 0 || process_ == 4) {
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, g, 3, ps, 3, g , -4)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 1, ps, 2, g , -5)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 2, ps, 1, g , -6)));
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -7)));
+ }
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3P0Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ||
+ diags[i]->id() == -2 ||
+ diags[i]->id() == -3 ) sel.insert(1.0, i);
+ else
+ sel.insert(meInfo()[abs(diags[i]->id())-4],i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3P0Jet::colourGeometries(tcDiagPtr diag) const {
+ // g q -> 3P0 q
+ static ColourLines cgq ("1 2 5, -1 -2 3");
+ // g qbar -> 3P0 qbar
+ static ColourLines cgqbar("1 2 -3, -1 -2 -5");
+ // q qbar -> 3P0 g
+ static ColourLines cqqbar("1 3 5, -2 -3 -5");
+ // g g -> 3P0 g
+ static ColourLines cs[2]={ColourLines("1 3 5, -1 2, -2 -3 -5"),
+ ColourLines("1 -2, -1 -3 -5, 2 3 5")};
+ static ColourLines ct[2]={ColourLines("1 2 5, -1 -2 3, -3 -5"),
+ ColourLines("1 2 -3, -1 -2 -5, 3 5")};
+ static ColourLines cu[2]={ColourLines("1 5, -1 -2 3, -3 2 -5"),
+ ColourLines("1 2 -3, -1 -5, 3 -2 5")};
+ // 4 point
+ static ColourLines c4[2]={ColourLines("1 -2, 2 4, -1 -4"),
+ ColourLines("1 4, -4 -2, 2 -1")};
+ // create the selector
+ Selector<const ColourLines *> sel;
+ if (diag->id() == -1) sel.insert(1.0, &cgq );
+ else if (diag->id() == -2) sel.insert(1.0, &cgqbar);
+ else if (diag->id() == -3) sel.insert(1.0, &cqqbar);
+ else if (diag->id() == -4) {
+ sel.insert(0.5, &cs[0]);
+ sel.insert(0.5, &cs[1]);
+ }
+ else if (diag->id() == -5) {
+ sel.insert(0.5, &ct[0]);
+ sel.insert(0.5, &ct[1]);
+ }
+ else if (diag->id() == -6) {
+ sel.insert(0.5, &cu[0]);
+ sel.insert(0.5, &cu[1]);
+ }
+ else if (diag->id() == -7) {
+ sel.insert(0.5, &c4[0]);
+ sel.insert(0.5, &c4[1]);
+ }
+ return sel;
+}
+
+Energy2 MEPPto3P0Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3P0Jet::me2() const {
+ // return value
+ double output(0.);
+ // mass of the 3P0 state
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2 = sqr(meMomenta()[2].mass());
+ if(mePartonData()[0]->id()==ParticleID::g) {
+ // g qbar -> 3P0 qbar
+ if(mePartonData()[1]->id()==ParticleID::g) {
+ // weights for the different diagrams
+ DVector save(4,0.);
+ save[0] = (8*sqr(sHat()-3*M2)*tHat()*uHat())/pow<4,1>(tHat() + uHat());
+ save[1] = (4*tHat()*sqr(uHat()-3*M2)*
+ (pow<4,1>(M2) + pow<4,1>(sHat()) +pow<4,1>(tHat()) -
+ 2*(pow<3,1>(M2) + pow<3,1>(sHat()) - pow<3,1>(tHat()))*uHat() +
+ (sqr(M2) + sqr(sHat()) + sqr(tHat()))*sqr(uHat())))/
+ (pow<4,1>(M2 - uHat())*uHat()*sqr(tHat() + uHat()));
+ save[2] = (4*sqr(-3*M2 + tHat())*uHat()*
+ (pow<4,1>(M2) + pow<4,1>(sHat()) - 2*pow<3,1>(M2)*tHat() -
+ 2*pow<3,1>(sHat())*tHat() + sqr(M2)*sqr(tHat()) +
+ sqr(sHat())*sqr(tHat()) + sqr(uHat())*sqr(tHat() + uHat())))/
+ (pow<4,1>(M2 - tHat())*tHat()*sqr(tHat() + uHat()));
+ save[3]=tHat()*uHat()*(16*pow<10,1>(M2)-32*pow<9,1>(M2)*(tHat()+uHat())
+ +2*sHat()*sqr(tHat())*sqr(tHat()-uHat())*sqr(uHat())*pow<3,1>(tHat()+uHat())
+ +sqr(tHat())*sqr(uHat())*pow<4,1>(tHat()+uHat())*(sqr(tHat())+sqr(uHat()))
+ +2*pow<3,1>(sHat())*(tHat()+uHat())*(sqr(tHat())+sqr(uHat()))*
+ (sqr(tHat())-tHat()*uHat()+sqr(uHat()))*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ +4*pow<8,1>(M2)*(4*sqr(sHat())+5*sqr(tHat())+28*tHat()*uHat()+5*sqr(uHat()))
+ +pow<4,1>(sHat())*sqr(pow<3,1>(tHat())+pow<3,1>(uHat()))
+ +sqr(sHat())*(pow<8,1>(tHat())+2*pow<7,1>(tHat())*uHat()
+ +6*pow<6,1>(tHat())*sqr(uHat())+4*pow<5,1>(tHat())*pow<3,1>(uHat())
+ +14*pow<4,1>(tHat())*pow<4,1>(uHat())+4*pow<3,1>(tHat())*pow<5,1>(uHat())
+ +6*sqr(tHat())*pow<6,1>(uHat())+2*tHat()*pow<7,1>(uHat())+pow<8,1>(uHat()))
+ -4*pow<7,1>(M2)*(16*pow<3,1>(sHat())+26*sqr(sHat())*(tHat()+uHat())
+ +4*sHat()*(2*sqr(tHat())+tHat()*uHat()+2*sqr(uHat()))
+ +(tHat()+uHat())*(7*sqr(tHat())+22*tHat()*uHat()+7*sqr(uHat())))
+ +pow<6,1>(M2)*(64*pow<4,1>(sHat())+280*pow<3,1>(sHat())*(tHat()+uHat())
+ +2*sHat()*(tHat()+uHat())*(87*sqr(tHat())-40*tHat()*uHat()+87*sqr(uHat()))
+ +sqr(sHat())*(397*sqr(tHat())+482*tHat()*uHat()+397*sqr(uHat()))
+ +10*(9*pow<4,1>(tHat())+3*pow<3,1>(tHat())*uHat()
+ +28*sqr(tHat())*sqr(uHat())+3*tHat()*pow<3,1>(uHat())+9*pow<4,1>(uHat())))
+ -2*pow<5,1>(M2)*(72*pow<4,1>(sHat())*(tHat()+uHat())+3*sqr(sHat())*(tHat()+uHat())*(137*sqr(tHat())+62*tHat()*uHat()+137*sqr(uHat()))+pow<3,1>(sHat())*(317*sqr(tHat())+378*tHat()*uHat()+317*sqr(uHat()))+2*(tHat()+uHat())*(40*pow<4,1>(tHat())-21*pow<3,1>(tHat())*uHat()+66*sqr(tHat())*sqr(uHat())-21*tHat()*pow<3,1>(uHat())+40*pow<4,1>(uHat()))+sHat()*(213*pow<4,1>(tHat())+130*pow<3,1>(tHat())*uHat()+178*sqr(tHat())*sqr(uHat())+130*tHat()*pow<3,1>(uHat())+213*pow<4,1>(uHat())))
+ +pow<4,1>(M2)*(3*pow<4,1>(sHat())*(59*sqr(tHat())+54*tHat()*uHat()+59*sqr(uHat()))+4*pow<3,1>(sHat())*(tHat()+uHat())*(180*sqr(tHat())+91*tHat()*uHat()+180*sqr(uHat()))+2*sHat()*(tHat()+uHat())*(268*pow<4,1>(tHat())-47*pow<3,1>(tHat())*uHat()+282*sqr(tHat())*sqr(uHat())-47*tHat()*pow<3,1>(uHat())+268*pow<4,1>(uHat()))+sqr(sHat())*(981*pow<4,1>(tHat())+1496*pow<3,1>(tHat())*uHat()+2054*sqr(tHat())*sqr(uHat())+1496*tHat()*pow<3,1>(uHat())+981*pow<4,1>(uHat()))+2*(80*pow<6,1>(tHat())+111*pow<5,1>(tHat())*uHat()+30*pow<4,1>(tHat())*sqr(uHat())+138*pow<3,1>(tHat())*pow<3,1>(uHat())+30*sqr(tHat())*pow<4,1>(uHat())+111*tHat()*pow<5,1>(uHat())+80*pow<6,1>(uHat())))
+ +2*pow<3,1>(M2)*(-2*pow<4,1>(sHat())*(tHat()+uHat())*(31*sqr(tHat())-4*tHat()*uHat()+31*sqr(uHat()))-2*sqr(sHat())*(tHat()+uHat())*(157*pow<4,1>(tHat())+102*pow<3,1>(tHat())*uHat()+306*sqr(tHat())*sqr(uHat())+102*tHat()*pow<3,1>(uHat())+157*pow<4,1>(uHat()))-pow<3,1>(sHat())*(243*pow<4,1>(tHat())+336*pow<3,1>(tHat())*uHat()+514*sqr(tHat())*sqr(uHat())+336*tHat()*pow<3,1>(uHat())+243*pow<4,1>(uHat()))-3*(tHat()+uHat())*(14*pow<6,1>(tHat())+21*pow<5,1>(tHat())*uHat()+8*pow<4,1>(tHat())*sqr(uHat())+18*pow<3,1>(tHat())*pow<3,1>(uHat())+8*sqr(tHat())*pow<4,1>(uHat())+21*tHat()*pow<5,1>(uHat())+14*pow<6,1>(uHat()))-sHat()*(168*pow<6,1>(tHat())+209*pow<5,1>(tHat())*uHat()+150*pow<4,1>(tHat())*sqr(uHat())+186*pow<3,1>(tHat())*pow<3,1>(uHat())+150*sqr(tHat())*pow<4,1>(uHat())+209*tHat()*pow<5,1>(uHat())+168*pow<6,1>(uHat())))
+ +sqr(M2)*(18*pow<8,1>(tHat())+76*pow<7,1>(tHat())*uHat()+157*pow<6,1>(tHat())*sqr(uHat())+90*pow<5,1>(tHat())*pow<3,1>(uHat())+126*pow<4,1>(tHat())*pow<4,1>(uHat())+90*pow<3,1>(tHat())*pow<5,1>(uHat())+157*sqr(tHat())*pow<6,1>(uHat())+76*tHat()*pow<7,1>(uHat())+18*pow<8,1>(uHat())+18*pow<4,1>(sHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))*(3*sqr(tHat())-2*tHat()*uHat()+3*sqr(uHat()))+2*pow<3,1>(sHat())*(tHat()+uHat())*(91*pow<4,1>(tHat())+23*pow<3,1>(tHat())*uHat()+164*sqr(tHat())*sqr(uHat())+23*tHat()*pow<3,1>(uHat())+91*pow<4,1>(uHat()))+2*sHat()*(tHat()+uHat())*(45*pow<6,1>(tHat())+43*pow<5,1>(tHat())*uHat()+17*pow<4,1>(tHat())*sqr(uHat())+36*pow<3,1>(tHat())*pow<3,1>(uHat())+17*sqr(tHat())*pow<4,1>(uHat())+43*tHat()*pow<5,1>(uHat())+45*pow<6,1>(uHat()))+sqr(sHat())*(201*pow<6,1>(tHat())+350*pow<5,1>(tHat())*uHat()+620*pow<4,1>(tHat())*sqr(uHat())+742*pow<3,1>(tHat())*pow<3,1>(uHat())+620*sqr(tHat())*pow<4,1>(uHat())+350*tHat()*pow<5,1>(uHat())+201*pow<6,1>(uHat())))
+ +2*M2*(-(tHat()*uHat()*pow<3,1>(tHat()+uHat())*(3*tHat()+uHat())*(tHat()+3*uHat())*(sqr(tHat())-tHat()*uHat()+sqr(uHat())))-6*pow<4,1>(sHat())*(pow<5,1>(tHat())+pow<3,1>(tHat())*sqr(uHat())+sqr(tHat())*pow<3,1>(uHat())+pow<5,1>(uHat()))-sqr(sHat())*(tHat()+uHat())*(13*pow<6,1>(tHat())+13*pow<5,1>(tHat())*uHat()+30*pow<4,1>(tHat())*sqr(uHat())+36*pow<3,1>(tHat())*pow<3,1>(uHat())+30*sqr(tHat())*pow<4,1>(uHat())+13*tHat()*pow<5,1>(uHat())+13*pow<6,1>(uHat()))-pow<3,1>(sHat())*(16*pow<6,1>(tHat())+19*pow<5,1>(tHat())*uHat()+31*pow<4,1>(tHat())*sqr(uHat())+32*pow<3,1>(tHat())*pow<3,1>(uHat())+31*sqr(tHat())*pow<4,1>(uHat())+19*tHat()*pow<5,1>(uHat())+16*pow<6,1>(uHat()))-sHat()*(3*pow<8,1>(tHat())+9*pow<7,1>(tHat())*uHat()+19*pow<6,1>(tHat())*sqr(uHat())-5*pow<5,1>(tHat())*pow<3,1>(uHat())+12*pow<4,1>(tHat())*pow<4,1>(uHat())-5*pow<3,1>(tHat())*pow<5,1>(uHat())+19*sqr(tHat())*pow<6,1>(uHat())+9*tHat()*pow<7,1>(uHat())+3*pow<8,1>(uHat()))))/(pow<4,1>(M2-tHat())*pow<4,1>(M2-uHat())*pow<4,1>(tHat()+uHat()));
+ meInfo(save);
+ // matrix element
+ output = 64./9.*O1_*pow<3,1>(Constants::pi*standardModel()->alphaS(scale())/M)/sHat()*
+ (9*pow<4,1>(M2)*sqr(M2-tHat())*sqr(M2-uHat())*sqr(tHat()+uHat())*
+ sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat())-M2*(tHat()+uHat()))
+ +pow<4,1>(sHat())*sqr(tHat()+uHat())*sqr(uHat()*(sHat()+uHat())*(sqr(sHat())+sHat()*uHat()+sqr(uHat()))
+ +sqr(M2)*(3*sqr(sHat())+6*sHat()*uHat()+sqr(uHat()))
+ -M2*(3*sHat()+uHat())*(sqr(sHat())+2*sHat()*uHat()+2*sqr(uHat())))
+ +sqr(M2-tHat())*pow<4,1>(tHat())*sqr(uHat()*(tHat()+uHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ +sqr(M2)*(3*sqr(tHat())+6*tHat()*uHat()+sqr(uHat()))
+ -M2*(3*tHat()+uHat())*(sqr(tHat())+2*tHat()*uHat()+2*sqr(uHat())))
+ +sqr(M2-uHat())*pow<4,1>(uHat())*sqr(tHat()*(tHat()+uHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ -M2*(tHat()+3*uHat())*(2*sqr(tHat())+2*tHat()*uHat()+sqr(uHat()))
+ +sqr(M2)*(sqr(tHat())+6*tHat()*uHat()+3*sqr(uHat()))))
+ /(pow<4,1>(M2-tHat())*tHat()*pow<4,1>(M2-uHat())*uHat()*pow<4,1>(tHat()+uHat()));
+ // test vs NPB 291 731
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // double test = 16.*Constants::pi*sqr(sHat())*
+ // 4.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/M/M2/sqr(sHat())/Q/pow<4,1>(Q-M2*P)*
+ // (9.*sqr(M2*sqr(P))*(pow<4,1>(M2)-2.*sqr(M2)*P+sqr(P)) -6*M2*pow<3,1>(P)*Q*(2.*pow<4,1>(M2)-5.*sqr(M2)*P+sqr(P))
+ // -sqr(P*Q)*(pow<4,1>(M2)+2.*sqr(M2)*P-sqr(P))+2.*M2*P*pow<3,1>(Q)*(sqr(M2)-P)+6.*pow<4,1>(M*Q));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else if(mePartonData()[1]->id()<0) {
+ // spin sum version
+ double total = -4.*tHat()*(sqr(sHat())+sqr(uHat()))/pow<6,1>(M);
+ // final factors
+ output = 64.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(tHat()-3.*sqr(M))/(81.*sqr(tHat())*pow<4,1>(tHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 8.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(sHat())+sqr(uHat()))
+ // /9./M/M2/sqr(sHat())/tHat()/pow<4,1>(tHat()-M2)*sqr(tHat()-3.*sqr(M));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g q -> 3P0 q
+ else if(mePartonData()[1]->id()<6) {
+ // spin sum version
+ double total = -4.*tHat()*(sqr(sHat())+sqr(uHat()))/pow<6,1>(M);
+ // final factors
+ output = 64.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(tHat()-3.*sqr(M))/(81.*sqr(tHat())*pow<4,1>(tHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 8.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(sHat())+sqr(uHat()))
+ // /9./M/M2/sqr(sHat())/tHat()/pow<4,1>(tHat()-M2)*sqr(tHat()-3.*sqr(M));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else assert(false);
+ }
+ // q qbar -> 3P0 g
+ else if(mePartonData()[0]->id()==-mePartonData()[1]->id()) {
+ // spin sum version
+ double total = 4.*sHat()*(sqr(tHat())+sqr(uHat()))/pow<3,1>(M2);
+ // final factors
+ output = 512.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(sHat()-3.*M2)/(243.*sqr(sHat())*pow<4,1>(sHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = 16.*Constants::pi*8./3.*8.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(tHat())+sqr(uHat()))
+ // /9./M/M2/sHat()/pow<4,1>(sHat()-M2)*sqr(sHat()-3.*sqr(M));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else
+ assert(false);
+ return output;
+}
+
+void MEPPto3P0Jet::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // get them in the right order
+ bool swapped(false);
+ if(hard[0]->id()==-hard[1]->id()) {
+ if(hard[0]->id()<0) swapped = true;
+ }
+ else if(hard[0]->id()!=ParticleID::g) {
+ swapped=true;
+ }
+ if(swapped) {
+ swap(hard[0],hard[1]);
+ swap(hard[2],hard[3]);
+ }
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(M);
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ // set basis states and compute the matrix element
+ ProductionMatrixElement me;
+ ScalarWaveFunction( hard[2],outgoing,true);
+ if(hard[0]->id()==ParticleID::g) {
+ // g g -> 3P0 g
+ if(hard[1]->id()==ParticleID::g) {
+ vector<VectorWaveFunction> g1,g2,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin0,PDT::Spin1);
+ Complex phase = exp(Complex(0.,phi));
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ me(0,0,0,0)=(sqrt(2)*phase*sqr(sh)*(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))+sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))-M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))))/(sm*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(0,0,0,2)=(3*sqrt(2)*sqr(M2)*(M2*sm+sqr(th)+th*uh+sqr(uh)))/(phase*sm*tm*sqrt(th*uh)*um);
+ me(0,2,0,0)=-((sqrt(2)*sqr(th)*(-(sm*uh*(sqr(th)+th*uh+sqr(uh)))+sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))-M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh))))/(phase*sqr(sm)*(-M2+th)*sqrt(th*uh)*sqr(um)));
+ me(0,2,0,2)=(sqrt(2)*sqr(uh)*(-(sm*th*(sqr(th)+th*uh+sqr(uh)))-M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))+sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))/(pow(phase,3)*sqr(sm)*sqr(tm)*sqrt(th*uh)*(-M2+uh));
+ me(2,0,0,0)=-((sqrt(2)*pow(phase,3)*sqr(uh)*(-(sm*th*(sqr(th)+th*uh+sqr(uh)))-M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))+sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))/(sqr(sm)*sqr(tm)*sqrt(th*uh)*(-M2+uh)));
+ me(2,0,0,2)=(sqrt(2)*phase*sqr(th)*(-(sm*uh*(sqr(th)+th*uh+sqr(uh)))+sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))-M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh))))/(sqr(sm)*(-M2+th)*sqrt(th*uh)*sqr(um));
+ me(2,2,0,0)=(-3*sqrt(2)*sqr(M2)*phase*(M2*sm+sqr(th)+th*uh+sqr(uh)))/(sm*tm*sqrt(th*uh)*um);
+ me(2,2,0,2)=-((sqrt(2)*sqr(sh)*(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))+sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))-M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))))/(phase*sm*sqr(tm)*sqrt(th*uh)*sqr(um)));
+ // test the average result
+ // double aver = me.average();
+ // double test = 4.*(9*pow<4,1>(M2)*sqr(M2-th)*sqr(M2-uh)*sqr(th+uh)*
+ // sqr(sqr(th)+th*uh+sqr(uh)-M2*(th+uh))
+ // +pow<4,1>(sh)*sqr(th+uh)*sqr(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))
+ // +sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))
+ // -M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh)))
+ // +sqr(M2-th)*pow<4,1>(th)*sqr(uh*(th+uh)*(sqr(th)+th*uh+sqr(uh))
+ // +sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))
+ // -M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh)))
+ // +sqr(M2-uh)*pow<4,1>(uh)*sqr(th*(th+uh)*(sqr(th)+th*uh+sqr(uh))
+ // -M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))
+ // +sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))
+ // /(pow<4,1>(M2-th)*th*pow<4,1>(M2-uh)*uh*pow<4,1>(th+uh));
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ }
+ // g qbar -> 3P0 qbar
+ else if(hard[1]->id()<0) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<SpinorWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ SpinorWaveFunction( q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin0,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0) =-sqrt(2.)*sh*sqrt(-th)/M2/M;
+ me(0,1,0,1) = exp(Complex(0.,-2.*phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,0,0,0) =-exp(Complex(0., 2.*phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,1,0,1) = sqrt(2.)*sh*sqrt(-th)/M2/M;
+ }
+ else {
+ me(0,0,0,0) = -exp(Complex(0., phi))*sqrt(2.)*sh*sqrt(-th)/M2/M;
+ me(0,1,0,1) = exp(Complex(0., phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,0,0,0) = -exp(Complex(0.,-phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,1,0,1) = exp(Complex(0.,-phi))*sqrt(2.)*sh*sqrt(-th)/M2/M;
+ }
+ }
+ // g q -> 3P0 q
+ else if(hard[1]->id()<6) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorWaveFunction> q2;
+ vector<SpinorBarWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorWaveFunction( q2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin0,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0) = sqrt(2.)*sh*sqrt(-th)/M2/M;
+ me(0,1,0,1) =-exp(Complex(0.,-2.*phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,0,0,0) = exp(Complex(0., 2.*phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,1,0,1) =-sqrt(2.)*sh*sqrt(-th)/M2/M;
+ }
+ else {
+ me(0,0,0,0) = exp(Complex(0., phi))*sqrt(2.)*sh*sqrt(-th)/M2/M;
+ me(0,1,0,1) = -exp(Complex(0., phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,0,0,0) = exp(Complex(0.,-phi))*sqrt(2)*sqrt(-th)*uh/M2/M;
+ me(2,1,0,1) = -exp(Complex(0.,-phi))*sqrt(2.)*sh*sqrt(-th)/M2/M;
+ }
+ }
+ else
+ assert(false);
+ }
+ else if(hard[0]->id()==-hard[1]->id()) {
+ vector<SpinorWaveFunction> q1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<VectorWaveFunction> g4;
+ SpinorWaveFunction( q1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true,true,true,vector_phase);
+ g4[1]=g4[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin0,PDT::Spin1);
+ if(!swapped) {
+ me(0,1,0,0) = -sqrt(2.*sh)*th/M2/M;
+ me(0,1,0,2) = -exp(Complex(0.,-2.*phi))*sqrt(2.*sh)*uh/M2/M;
+ me(1,0,0,0) = exp(Complex(0., 2.*phi))*sqrt(2.*sh)*uh/M2/M;
+ me(1,0,0,2) = sqrt(2.*sh)*th/M2/M;
+ }
+ else {
+ me(0,1,0,0) = -double(sqrt(2.*sh)*th/M2/M)*exp(Complex(0., 2.*phi));
+ me(0,1,0,2) = sqrt(2.*sh)*uh/M2/M;
+ me(1,0,0,0) = -sqrt(2.*sh)*uh/M2/M;
+ me(1,0,0,2) = -double(sqrt(2.*sh)*th/M2/M)*exp(Complex(0.,-2.*phi));
+ }
+ }
+ else
+ assert(false);
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3P0Jet.h b/MatrixElement/Onium/MEPPto3P0Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P0Jet.h
@@ -0,0 +1,197 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3P0Jet_H
+#define Herwig_MEPPto3P0Jet_H
+//
+// This is the declaration of the MEPPto3P0Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3P0Jet class implements the colour singlet processes for
+ * \f$gq\to^3\!\!P_0 q\f$, \f$q\bar{q}\to^3\!\!P_0 g\f$ and
+ * \f$gg\to^3\!\!P_0 g\f$.
+ *
+ * @see \ref MEPPto3P0JetInterfaces "The interfaces"
+ * defined for MEPPto3P0Jet.
+ */
+class MEPPto3P0Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3P0Jet() : O1_(ZERO), state_(ccbar), n_(1), process_(0), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3P0Jet & operator=(const MEPPto3P0Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Which processes to generate
+ */
+ unsigned int process_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3P0Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3P1Jet.cc b/MatrixElement/Onium/MEPPto3P1Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P1Jet.cc
@@ -0,0 +1,748 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3P1Jet class.
+//
+
+#include "MEPPto3P1Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/epsilon.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3P1Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,1);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3P1Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3P1Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3P1Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << process_ << mOpt_;
+}
+
+void MEPPto3P1Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> process_ >> mOpt_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3P1Jet,HwMEBase>
+describeHerwigMEPPto3P1Jet("Herwig::MEPPto3P1Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3P1Jet::Init() {
+
+ static ClassDocumentation<MEPPto3P1Jet> documentation
+ ("The MEPPto3P1Jet class implements the q qbar -> 3P1 g, g q to 3P1 q"
+ " and g g to 3P1 g processes");
+
+ static Reference<MEPPto3P1Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3P1Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3P1Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3P1Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3P1Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3P1Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3P1Jet,unsigned int> interfaceProcess
+ ("Process",
+ "Which processes to generate",
+ &MEPPto3P1Jet::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Generate all the processes",
+ 0);
+ static SwitchOption interfaceProcessGQto3P1Q
+ (interfaceProcess,
+ "GQto3P1Q",
+ "The g q -> 3P1 q process",
+ 1);
+ static SwitchOption interfaceProcessGQbarto3P1Qbar
+ (interfaceProcess,
+ "GQbarto3P1Qbar",
+ "The g qbar -> 3P1 qbar process",
+ 2);
+ static SwitchOption interfaceProcessQQbarto3P1G
+ (interfaceProcess,
+ "QQbarto3P1G",
+ "The q qbar -> 3P1 g process",
+ 3);
+ static SwitchOption interfaceProcessGGto3P1G
+ (interfaceProcess,
+ "GGto3P1G",
+ "The g g -> 3P1 g process",
+ 4);
+
+ static Switch<MEPPto3P1Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3P1 mass",
+ &MEPPto3P1Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3P1 state.",
+ 1);
+
+}
+
+void MEPPto3P1Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 20003 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ // processes involving quarks
+ for ( int i = 1; i <= 3; ++i ) {
+ tcPDPtr q = getParticleData(i);
+ tcPDPtr qb = q->CC();
+ if(process_ == 0 || process_ == 1)
+ add(new_ptr((Tree2toNDiagram(3), g, g, q , 1, ps, 2, q , -1)));
+ if(process_ == 0 || process_ == 2)
+ add(new_ptr((Tree2toNDiagram(3), g, g, qb, 1, ps, 2, qb, -2)));
+ if(process_ == 0 || process_ == 3)
+ add(new_ptr((Tree2toNDiagram(2), q, qb, 1, g, 3, ps, 3, g, -3)));
+ }
+ // g g -> 3P1 g (s,t,u 4-point)
+ if(process_ == 0 || process_ == 4) {
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, g, 3, ps, 3, g , -4)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 1, ps, 2, g , -5)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 2, ps, 1, g , -6)));
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -7)));
+ }
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3P1Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ||
+ diags[i]->id() == -2 ||
+ diags[i]->id() == -3 ) sel.insert(1.0, i);
+ else
+ sel.insert(meInfo()[abs(diags[i]->id())-4],i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3P1Jet::colourGeometries(tcDiagPtr diag) const {
+ // g q -> 3P1 q
+ static ColourLines cgq ("1 2 5, -1 -2 3");
+ // g qbar -> 3P1 qbar
+ static ColourLines cgqbar("1 2 -3, -1 -2 -5");
+ // q qbar -> 3P1 g
+ static ColourLines cqqbar("1 3 5, -2 -3 -5");
+ // g g -> 3P1 g
+ static ColourLines cs[2]={ColourLines("1 3 5, -1 2, -2 -3 -5"),
+ ColourLines("1 -2, -1 -3 -5, 2 3 5")};
+ static ColourLines ct[2]={ColourLines("1 2 5, -1 -2 3, -3 -5"),
+ ColourLines("1 2 -3, -1 -2 -5, 3 5")};
+ static ColourLines cu[2]={ColourLines("1 5, -1 -2 3, -3 2 -5"),
+ ColourLines("1 2 -3, -1 -5, 3 -2 5")};
+ // 4 point
+ static ColourLines c4[2]={ColourLines("1 -2, 2 4, -1 -4"),
+ ColourLines("1 4, -4 -2, 2 -1")};
+ // create the selector
+ Selector<const ColourLines *> sel;
+ if (diag->id() == -1) sel.insert(1.0, &cgq );
+ else if (diag->id() == -2) sel.insert(1.0, &cgqbar);
+ else if (diag->id() == -3) sel.insert(1.0, &cqqbar);
+ else if (diag->id() == -4) {
+ sel.insert(0.5, &cs[0]);
+ sel.insert(0.5, &cs[1]);
+ }
+ else if (diag->id() == -5) {
+ sel.insert(0.5, &ct[0]);
+ sel.insert(0.5, &ct[1]);
+ }
+ else if (diag->id() == -6) {
+ sel.insert(0.5, &cu[0]);
+ sel.insert(0.5, &cu[1]);
+ }
+ else if (diag->id() == -7) {
+ sel.insert(0.5, &c4[0]);
+ sel.insert(0.5, &c4[1]);
+ }
+ return sel;
+}
+
+Energy2 MEPPto3P1Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3P1Jet::me2() const {
+ // return value
+ double output(0.);
+ // mass of the 3P1 state
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2 = sqr(meMomenta()[2].mass());
+ if(mePartonData()[0]->id()==ParticleID::g) {
+ // g qbar -> 3P1 qbar
+ if(mePartonData()[1]->id()==ParticleID::g) {
+ // // weights for the different diagrams
+ // DVector save(4,0.);
+ // save[0] = (8*sqr(sHat()-3*M2)*tHat()*uHat())/pow<4,1>(tHat() + uHat());
+ // save[1] = (4*tHat()*sqr(uHat()-3*M2)*
+ // (pow<4,1>(M2) + pow<4,1>(sHat()) +pow<4,1>(tHat()) -
+ // 2*(pow<3,1>(M2) + pow<3,1>(sHat()) - pow<3,1>(tHat()))*uHat() +
+ // (sqr(M2) + sqr(sHat()) + sqr(tHat()))*sqr(uHat())))/
+ // (pow<4,1>(M2 - uHat())*uHat()*sqr(tHat() + uHat()));
+ // save[2] = (4*sqr(-3*M2 + tHat())*uHat()*
+ // (pow<4,1>(M2) + pow<4,1>(sHat()) - 2*pow<3,1>(M2)*tHat() -
+ // 2*pow<3,1>(sHat())*tHat() + sqr(M2)*sqr(tHat()) +
+ // sqr(sHat())*sqr(tHat()) + sqr(uHat())*sqr(tHat() + uHat())))/
+ // (pow<4,1>(M2 - tHat())*tHat()*sqr(tHat() + uHat()));
+ // save[3]=tHat()*uHat()*(16*pow<10,1>(M2)-32*pow<9,1>(M2)*(tHat()+uHat())
+ // +2*sHat()*sqr(tHat())*sqr(tHat()-uHat())*sqr(uHat())*pow<3,1>(tHat()+uHat())
+ // +sqr(tHat())*sqr(uHat())*pow<4,1>(tHat()+uHat())*(sqr(tHat())+sqr(uHat()))
+ // +2*pow<3,1>(sHat())*(tHat()+uHat())*(sqr(tHat())+sqr(uHat()))*
+ // (sqr(tHat())-tHat()*uHat()+sqr(uHat()))*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ // +4*pow<8,1>(M2)*(4*sqr(sHat())+5*sqr(tHat())+28*tHat()*uHat()+5*sqr(uHat()))
+ // +pow<4,1>(sHat())*sqr(pow<3,1>(tHat())+pow<3,1>(uHat()))
+ // +sqr(sHat())*(pow<8,1>(tHat())+2*pow<7,1>(tHat())*uHat()
+ // +6*pow<6,1>(tHat())*sqr(uHat())+4*pow<5,1>(tHat())*pow<3,1>(uHat())
+ // +14*pow<4,1>(tHat())*pow<4,1>(uHat())+4*pow<3,1>(tHat())*pow<5,1>(uHat())
+ // +6*sqr(tHat())*pow<6,1>(uHat())+2*tHat()*pow<7,1>(uHat())+pow<8,1>(uHat()))
+ // -4*pow<7,1>(M2)*(16*pow<3,1>(sHat())+26*sqr(sHat())*(tHat()+uHat())
+ // +4*sHat()*(2*sqr(tHat())+tHat()*uHat()+2*sqr(uHat()))
+ // +(tHat()+uHat())*(7*sqr(tHat())+22*tHat()*uHat()+7*sqr(uHat())))
+ // +pow<6,1>(M2)*(64*pow<4,1>(sHat())+280*pow<3,1>(sHat())*(tHat()+uHat())
+ // +2*sHat()*(tHat()+uHat())*(87*sqr(tHat())-40*tHat()*uHat()+87*sqr(uHat()))
+ // +sqr(sHat())*(397*sqr(tHat())+482*tHat()*uHat()+397*sqr(uHat()))
+ // +10*(9*pow<4,1>(tHat())+3*pow<3,1>(tHat())*uHat()
+ // +28*sqr(tHat())*sqr(uHat())+3*tHat()*pow<3,1>(uHat())+9*pow<4,1>(uHat())))
+ // -2*pow<5,1>(M2)*(72*pow<4,1>(sHat())*(tHat()+uHat())+3*sqr(sHat())*(tHat()+uHat())*(137*sqr(tHat())+62*tHat()*uHat()+137*sqr(uHat()))+pow<3,1>(sHat())*(317*sqr(tHat())+378*tHat()*uHat()+317*sqr(uHat()))+2*(tHat()+uHat())*(40*pow<4,1>(tHat())-21*pow<3,1>(tHat())*uHat()+66*sqr(tHat())*sqr(uHat())-21*tHat()*pow<3,1>(uHat())+40*pow<4,1>(uHat()))+sHat()*(213*pow<4,1>(tHat())+130*pow<3,1>(tHat())*uHat()+178*sqr(tHat())*sqr(uHat())+130*tHat()*pow<3,1>(uHat())+213*pow<4,1>(uHat())))
+ // +pow<4,1>(M2)*(3*pow<4,1>(sHat())*(59*sqr(tHat())+54*tHat()*uHat()+59*sqr(uHat()))+4*pow<3,1>(sHat())*(tHat()+uHat())*(180*sqr(tHat())+91*tHat()*uHat()+180*sqr(uHat()))+2*sHat()*(tHat()+uHat())*(268*pow<4,1>(tHat())-47*pow<3,1>(tHat())*uHat()+282*sqr(tHat())*sqr(uHat())-47*tHat()*pow<3,1>(uHat())+268*pow<4,1>(uHat()))+sqr(sHat())*(981*pow<4,1>(tHat())+1496*pow<3,1>(tHat())*uHat()+2054*sqr(tHat())*sqr(uHat())+1496*tHat()*pow<3,1>(uHat())+981*pow<4,1>(uHat()))+2*(80*pow<6,1>(tHat())+111*pow<5,1>(tHat())*uHat()+30*pow<4,1>(tHat())*sqr(uHat())+138*pow<3,1>(tHat())*pow<3,1>(uHat())+30*sqr(tHat())*pow<4,1>(uHat())+111*tHat()*pow<5,1>(uHat())+80*pow<6,1>(uHat())))
+ // +2*pow<3,1>(M2)*(-2*pow<4,1>(sHat())*(tHat()+uHat())*(31*sqr(tHat())-4*tHat()*uHat()+31*sqr(uHat()))-2*sqr(sHat())*(tHat()+uHat())*(157*pow<4,1>(tHat())+102*pow<3,1>(tHat())*uHat()+306*sqr(tHat())*sqr(uHat())+102*tHat()*pow<3,1>(uHat())+157*pow<4,1>(uHat()))-pow<3,1>(sHat())*(243*pow<4,1>(tHat())+336*pow<3,1>(tHat())*uHat()+514*sqr(tHat())*sqr(uHat())+336*tHat()*pow<3,1>(uHat())+243*pow<4,1>(uHat()))-3*(tHat()+uHat())*(14*pow<6,1>(tHat())+21*pow<5,1>(tHat())*uHat()+8*pow<4,1>(tHat())*sqr(uHat())+18*pow<3,1>(tHat())*pow<3,1>(uHat())+8*sqr(tHat())*pow<4,1>(uHat())+21*tHat()*pow<5,1>(uHat())+14*pow<6,1>(uHat()))-sHat()*(168*pow<6,1>(tHat())+209*pow<5,1>(tHat())*uHat()+150*pow<4,1>(tHat())*sqr(uHat())+186*pow<3,1>(tHat())*pow<3,1>(uHat())+150*sqr(tHat())*pow<4,1>(uHat())+209*tHat()*pow<5,1>(uHat())+168*pow<6,1>(uHat())))
+ // +sqr(M2)*(18*pow<8,1>(tHat())+76*pow<7,1>(tHat())*uHat()+157*pow<6,1>(tHat())*sqr(uHat())+90*pow<5,1>(tHat())*pow<3,1>(uHat())+126*pow<4,1>(tHat())*pow<4,1>(uHat())+90*pow<3,1>(tHat())*pow<5,1>(uHat())+157*sqr(tHat())*pow<6,1>(uHat())+76*tHat()*pow<7,1>(uHat())+18*pow<8,1>(uHat())+18*pow<4,1>(sHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))*(3*sqr(tHat())-2*tHat()*uHat()+3*sqr(uHat()))+2*pow<3,1>(sHat())*(tHat()+uHat())*(91*pow<4,1>(tHat())+23*pow<3,1>(tHat())*uHat()+164*sqr(tHat())*sqr(uHat())+23*tHat()*pow<3,1>(uHat())+91*pow<4,1>(uHat()))+2*sHat()*(tHat()+uHat())*(45*pow<6,1>(tHat())+43*pow<5,1>(tHat())*uHat()+17*pow<4,1>(tHat())*sqr(uHat())+36*pow<3,1>(tHat())*pow<3,1>(uHat())+17*sqr(tHat())*pow<4,1>(uHat())+43*tHat()*pow<5,1>(uHat())+45*pow<6,1>(uHat()))+sqr(sHat())*(201*pow<6,1>(tHat())+350*pow<5,1>(tHat())*uHat()+620*pow<4,1>(tHat())*sqr(uHat())+742*pow<3,1>(tHat())*pow<3,1>(uHat())+620*sqr(tHat())*pow<4,1>(uHat())+350*tHat()*pow<5,1>(uHat())+201*pow<6,1>(uHat())))
+ // +2*M2*(-(tHat()*uHat()*pow<3,1>(tHat()+uHat())*(3*tHat()+uHat())*(tHat()+3*uHat())*(sqr(tHat())-tHat()*uHat()+sqr(uHat())))-6*pow<4,1>(sHat())*(pow<5,1>(tHat())+pow<3,1>(tHat())*sqr(uHat())+sqr(tHat())*pow<3,1>(uHat())+pow<5,1>(uHat()))-sqr(sHat())*(tHat()+uHat())*(13*pow<6,1>(tHat())+13*pow<5,1>(tHat())*uHat()+30*pow<4,1>(tHat())*sqr(uHat())+36*pow<3,1>(tHat())*pow<3,1>(uHat())+30*sqr(tHat())*pow<4,1>(uHat())+13*tHat()*pow<5,1>(uHat())+13*pow<6,1>(uHat()))-pow<3,1>(sHat())*(16*pow<6,1>(tHat())+19*pow<5,1>(tHat())*uHat()+31*pow<4,1>(tHat())*sqr(uHat())+32*pow<3,1>(tHat())*pow<3,1>(uHat())+31*sqr(tHat())*pow<4,1>(uHat())+19*tHat()*pow<5,1>(uHat())+16*pow<6,1>(uHat()))-sHat()*(3*pow<8,1>(tHat())+9*pow<7,1>(tHat())*uHat()+19*pow<6,1>(tHat())*sqr(uHat())-5*pow<5,1>(tHat())*pow<3,1>(uHat())+12*pow<4,1>(tHat())*pow<4,1>(uHat())-5*pow<3,1>(tHat())*pow<5,1>(uHat())+19*sqr(tHat())*pow<6,1>(uHat())+9*tHat()*pow<7,1>(uHat())+3*pow<8,1>(uHat()))))/(pow<4,1>(M2-tHat())*pow<4,1>(M2-uHat())*pow<4,1>(tHat()+uHat()));
+ // meInfo(save);
+ // // matrix element
+ // output = 64./9.*O1_*pow<3,1>(Constants::pi*standardModel()->alphaS(scale())/M)/sHat()*
+ // (9*pow<4,1>(M2)*sqr(M2-tHat())*sqr(M2-uHat())*sqr(tHat()+uHat())*
+ // sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat())-M2*(tHat()+uHat()))
+ // +pow<4,1>(sHat())*sqr(tHat()+uHat())*sqr(uHat()*(sHat()+uHat())*(sqr(sHat())+sHat()*uHat()+sqr(uHat()))
+ // +sqr(M2)*(3*sqr(sHat())+6*sHat()*uHat()+sqr(uHat()))
+ // -M2*(3*sHat()+uHat())*(sqr(sHat())+2*sHat()*uHat()+2*sqr(uHat())))
+ // +sqr(M2-tHat())*pow<4,1>(tHat())*sqr(uHat()*(tHat()+uHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ // +sqr(M2)*(3*sqr(tHat())+6*tHat()*uHat()+sqr(uHat()))
+ // -M2*(3*tHat()+uHat())*(sqr(tHat())+2*tHat()*uHat()+2*sqr(uHat())))
+ // +sqr(M2-uHat())*pow<4,1>(uHat())*sqr(tHat()*(tHat()+uHat())*(sqr(tHat())+tHat()*uHat()+sqr(uHat()))
+ // -M2*(tHat()+3*uHat())*(2*sqr(tHat())+2*tHat()*uHat()+sqr(uHat()))
+ // +sqr(M2)*(sqr(tHat())+6*tHat()*uHat()+3*sqr(uHat()))))
+ // /(pow<4,1>(M2-tHat())*tHat()*pow<4,1>(M2-uHat())*uHat()*pow<4,1>(tHat()+uHat()));
+ // // test vs NPB 291 731
+ // // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // // Energy6 Q(sHat()*tHat()*uHat());
+ // // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // // double test = 16.*Constants::pi*sqr(sHat())*
+ // // 4.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/M/M2/sqr(sHat())/Q/pow<4,1>(Q-M2*P)*
+ // // (9.*sqr(M2*sqr(P))*(pow<4,1>(M2)-2.*sqr(M2)*P+sqr(P)) -6*M2*pow<3,1>(P)*Q*(2.*pow<4,1>(M2)-5.*sqr(M2)*P+sqr(P))
+ // // -sqr(P*Q)*(pow<4,1>(M2)+2.*sqr(M2)*P-sqr(P))+2.*M2*P*pow<3,1>(Q)*(sqr(M2)-P)+6.*pow<4,1>(M*Q));
+ // // cerr << "testing matrix element " << output << " " << test << " "
+ // // << (output-test)/(output+test) << " " << output/test << "\n";
+ assert(false);
+ }
+ else if(mePartonData()[1]->id()<0) {
+ // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // VectorWaveFunction v3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorBarWaveFunction> q2;
+ // vector<VectorWaveFunction> v3;
+ // vector<SpinorWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<3;++ix) {
+ // v3w.reset(ix,vector_phase);
+ // v3.push_back(v3w);
+ // }
+ // double total(0.);
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin1,PDT::Spin1Half);
+ // Complex phase = exp(Complex(0.,meMomenta()[2].phi()));
+ // me(0,0,0,0)=(Complex(0,2)*phase*sHat()*sqrt(-(uHat()/sHat())))/M2;
+ // me(0,0,1,0)=(Complex(0,1)*sqrt(2)*sHat()*sqrt(-tHat()))/pow<3,1>(M);
+ // me(0,1,0,1)=(Complex(0,2)*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*phase-M2*phase*sHat());
+ // me(0,1,1,1)=(Complex(0,1)*sqrt(2)*(M2+sHat())*sqrt(-tHat())*uHat())/(pow<3,1>(M)*sqr(phase)*(M2-sHat()));
+ // me(0,1,2,1)=(Complex(0,2)*tHat()*sqrt(-(sHat()*uHat())))/(pow(phase,3)*(sqr(M2)-M2*sHat()));
+ // me(2,0,0,0)=(Complex(0,-2)*pow(phase,3)*tHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)-M2*sHat());
+ // me(2,0,1,0)=(Complex(0,1)*sqrt(2)*sqr(phase)*(M2+sHat())*sqrt(-tHat())*uHat())/(pow<5,1>(M)-pow<3,1>(M)*sHat());
+ // me(2,0,2,0)=(Complex(0,-2)*phase*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)-M2*sHat());
+ // me(2,1,1,1)=(Complex(0,1)*sqrt(2)*sHat()*sqrt(-tHat()))/pow<3,1>(M);
+ // me(2,1,2,1)=(Complex(0,-2)*sHat()*sqrt(-(uHat()/sHat())))/(M2*phase);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(meMomenta()[2],v3[ih3].wave(),g1[ih1].wave());
+ // auto eps2 = epsilon(fCurrent,meMomenta()[2],v3[ih3].wave());
+ // Complex amp =-((M2-tHat())*(eps1*fCurrent)
+ // +2.*(meMomenta()[2]*g1[ih1].wave())*(eps2*meMomenta()[0])
+ // -2.*(fCurrent*meMomenta()[2])*(eps1*meMomenta()[0])
+ // )/sqr(M2);
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10&&test>1e-10) cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = -((4*sqr(M2-sHat())*sqr(sHat())*tHat()+8*M2*sHat()*(sqr(M2-sHat())+sqr(tHat()))*uHat()+4*sqr(M2+sHat())*tHat()*sqr(uHat())+8*M2*sHat()*pow<3,1>(uHat()))/(pow<3,1>(M2)*sqr(M2-sHat())));
+ // final factors
+ output = 128.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/81./pow<4,1>(tHat()-M2)*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 16.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/(3.*M*M2*sqr(sHat())*pow<4,1>(tHat()-M2))*
+ // (tHat()*(sqr(sHat())+sqr(uHat()))+4.*M2*sHat()*uHat());
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g q -> 3P1 q
+ else if(mePartonData()[1]->id()<6) {
+ // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // VectorWaveFunction v3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorBarWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorWaveFunction> q2;
+ // vector<VectorWaveFunction> v3;
+ // vector<SpinorBarWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<3;++ix) {
+ // v3w.reset(ix,vector_phase);
+ // v3.push_back(v3w);
+ // }
+ // double total(0.);
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin1,PDT::Spin1Half);
+ // Complex phase = exp(Complex(0.,meMomenta()[2].phi()));
+ // me(0,0,0,0)=(Complex(0,-2)*phase*sHat()*sqrt(-(uHat()/sHat())))/M2;
+ // me(0,0,1,0)=(Complex(0,-1)*sqrt(2)*sHat()*sqrt(-tHat()))/pow<3,1>(M);
+ // me(0,1,0,1)=(Complex(0,-2)*uHat()*sqrt(-(sHat()*uHat())))/M2/phase/(M2-sHat());
+ // me(0,1,1,1)=(Complex(0,-1)*sqrt(2)*(M2+sHat())*sqrt(-tHat())*uHat())/(pow<3,1>(M)*sqr(phase)*(M2-sHat()));
+ // me(0,1,2,1)=(Complex(0,-2)*tHat()*sqrt(-(sHat()*uHat())))/(pow(phase,3)*(sqr(M2)-M2*sHat()));
+ // me(2,0,0,0)=(Complex(0,2)*pow(phase,3)*tHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)-M2*sHat());
+ // me(2,0,1,0)=(Complex(0,-1)*sqrt(2)*sqr(phase)*(M2+sHat())*sqrt(-tHat())*uHat())/(pow<5,1>(M)-pow<3,1>(M)*sHat());
+ // me(2,0,2,0)=(Complex(0,2)*phase*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)-M2*sHat());
+ // me(2,1,1,1)=(Complex(0,-1)*sqrt(2)*sHat()*sqrt(-tHat()))/pow<3,1>(M);
+ // me(2,1,2,1)=(Complex(0,2)*sHat()*sqrt(-(uHat()/sHat())))/(M2*phase);
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(meMomenta()[2],v3[ih3].wave(),g1[ih1].wave());
+ // auto eps2 = epsilon(fCurrent,meMomenta()[2],v3[ih3].wave());
+ // Complex amp = ((M2-tHat())*(eps1*fCurrent)
+ // +2.*(meMomenta()[2]*g1[ih1].wave())*(eps2*meMomenta()[0])
+ // -2.*(fCurrent*meMomenta()[2])*(eps1*meMomenta()[0])
+ // )/sqr(M2);
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10&&test>1e-10) cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = -((4*sqr(M2-sHat())*sqr(sHat())*tHat()+8*M2*sHat()*(sqr(M2-sHat())+sqr(tHat()))*uHat()+4*sqr(M2+sHat())*tHat()*sqr(uHat())+8*M2*sHat()*pow<3,1>(uHat()))/(pow<3,1>(M2)*sqr(M2-sHat())));
+ // final factors
+ output = 128.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/81./pow<4,1>(tHat()-M2)*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 16.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/(3.*M*M2*sqr(sHat())*pow<4,1>(tHat()-M2))*
+ // (tHat()*(sqr(sHat())+sqr(uHat()))+4.*M2*sHat()*uHat());
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else assert(false);
+ }
+ // q qbar -> 3P1 g
+ else if(mePartonData()[0]->id()==-mePartonData()[1]->id()) {
+ // helicity amplitude version of ME
+ // SpinorWaveFunction q1w(meMomenta()[0],mePartonData()[1],incoming);
+ // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[0],incoming);
+ // VectorWaveFunction v3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // VectorWaveFunction g4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<SpinorWaveFunction> q1;
+ // vector<SpinorBarWaveFunction> q2;
+ // vector<VectorWaveFunction> v3;
+ // vector<VectorWaveFunction> g4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g4w.reset(2*ix,vector_phase);
+ // g4.push_back(g4w);
+ // q1w.reset(ix);
+ // q1.push_back(q1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // }
+ // for(unsigned int ix=0;ix<3;++ix) {
+ // v3w.reset(ix,vector_phase);
+ // v3.push_back(v3w);
+ // }
+ // double total(0.);
+ // ProductionMatrixElement me(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1,PDT::Spin1);
+ // Complex phase = exp(Complex(0.,meMomenta()[2].phi()));
+ // me(0,1,0,0)=(Complex(0,2)*phase*sqrt(tHat()*uHat()))/M2;
+ // me(0,1,1,0)=(Complex(0,-1)*sqrt(2)*sqrt(sHat())*tHat())/pow<3,1>(M);
+ // me(0,1,1,2)=(Complex(0,1)*sqrt(2)*sqrt(sHat())*uHat())/(pow<3,1>(M)*sqr(phase));
+ // me(0,1,2,2)=(Complex(0,-2)*sqrt(tHat()*uHat()))/(M2*pow(phase,3));
+ // me(1,0,0,0)=(Complex(0,2)*pow(phase,3)*sqrt(tHat()*uHat()))/M2;
+ // me(1,0,1,0)=(Complex(0,1)*sqrt(2)*sqr(phase)*sqrt(sHat())*uHat())/pow<3,1>(M);
+ // me(1,0,1,2)=(Complex(0,-1)*sqrt(2)*sqrt(sHat())*tHat())/pow<3,1>(M);
+ // me(1,0,2,2)=(Complex(0,-2)*sqrt(tHat()*uHat()))/(M2*phase);
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(meMomenta()[2],v3[ih3].wave(),g4[ih4].wave());
+ // auto eps2 = epsilon(fCurrent,meMomenta()[2],v3[ih3].wave());
+ // Complex amp = ((M2-sHat())*(eps1*fCurrent) + 2.*(fCurrent*meMomenta()[2])*(eps1*meMomenta()[3])
+ // -2.*(meMomenta()[2]*g4[ih4].wave())*(eps2*meMomenta()[3]))/sqr(M2);
+ // double test = norm(amp/me(ih1,ih2,ih3,2*ih4)-1);
+ // if(norm(me(ih1,ih2,ih3,2*ih4))>1e-10&&test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(ih1,ih2,ih3,2*ih4) << " " << amp/me(ih1,ih2,ih3,2*ih4) << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = 4.*(4.*M2*tHat()*uHat()+sHat()*(sqr(tHat())+sqr(uHat())))/pow<3,1>(M2);
+ // final factors
+ output = 1024.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))/(243.*pow<4,1>(sHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = 16.*Constants::pi*sqr(sHat())*8./3.*sqr(tHat()/sHat())*
+ // 16.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*
+ // (sHat()*(sqr(tHat())+sqr(uHat()))+4.*M2*tHat()*uHat())/3./M/M2/sqr(tHat())/pow<4,1>(sHat()-M2);
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else
+ assert(false);
+ return output;
+}
+
+void MEPPto3P1Jet::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // get them in the right order
+ bool swapped(false);
+ if(hard[0]->id()==-hard[1]->id()) {
+ if(hard[0]->id()<0) swapped = true;
+ }
+ else if(hard[0]->id()!=ParticleID::g) {
+ swapped=true;
+ }
+ if(swapped) {
+ swap(hard[0],hard[1]);
+ swap(hard[2],hard[3]);
+ }
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(M);
+ double phi = hard[2]->momentum().phi();
+ Complex phase = exp(Complex(0.,phi));
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ // set basis states and compute the matrix element
+ ProductionMatrixElement me;
+ vector<VectorWaveFunction> v3;
+ VectorWaveFunction(v3,hard[2],outgoing,true ,false,true,vector_phase);
+ if(hard[0]->id()==ParticleID::g) {
+ // g g -> 3P1 g
+ if(hard[1]->id()==ParticleID::g) {
+ vector<VectorWaveFunction> g1,g2,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin1,PDT::Spin1);
+ // Complex phase = exp(Complex(0.,phi));
+ // Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ // me(0,0,0,0)=(sqrt(2)*phase*sqr(sh)*(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))+sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))-M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))))/(sm*sqr(tm)*sqrt(th*uh)*sqr(um));
+ // me(0,0,0,2)=(3*sqrt(2)*sqr(M2)*(M2*sm+sqr(th)+th*uh+sqr(uh)))/(phase*sm*tm*sqrt(th*uh)*um);
+ // me(0,2,0,0)=-((sqrt(2)*sqr(th)*(-(sm*uh*(sqr(th)+th*uh+sqr(uh)))+sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))-M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh))))/(phase*sqr(sm)*(-M2+th)*sqrt(th*uh)*sqr(um)));
+ // me(0,2,0,2)=(sqrt(2)*sqr(uh)*(-(sm*th*(sqr(th)+th*uh+sqr(uh)))-M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))+sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))/(pow(phase,3)*sqr(sm)*sqr(tm)*sqrt(th*uh)*(-M2+uh));
+ // me(2,0,0,0)=-((sqrt(2)*pow(phase,3)*sqr(uh)*(-(sm*th*(sqr(th)+th*uh+sqr(uh)))-M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))+sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))/(sqr(sm)*sqr(tm)*sqrt(th*uh)*(-M2+uh)));
+ // me(2,0,0,2)=(sqrt(2)*phase*sqr(th)*(-(sm*uh*(sqr(th)+th*uh+sqr(uh)))+sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))-M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh))))/(sqr(sm)*(-M2+th)*sqrt(th*uh)*sqr(um));
+ // me(2,2,0,0)=(-3*sqrt(2)*sqr(M2)*phase*(M2*sm+sqr(th)+th*uh+sqr(uh)))/(sm*tm*sqrt(th*uh)*um);
+ // me(2,2,0,2)=-((sqrt(2)*sqr(sh)*(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))+sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))-M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))))/(phase*sm*sqr(tm)*sqrt(th*uh)*sqr(um)));
+ // // test the average result
+ // // double aver = me.average();
+ // // double test = 4.*(9*pow<4,1>(M2)*sqr(M2-th)*sqr(M2-uh)*sqr(th+uh)*
+ // // sqr(sqr(th)+th*uh+sqr(uh)-M2*(th+uh))
+ // // +pow<4,1>(sh)*sqr(th+uh)*sqr(uh*(sh+uh)*(sqr(sh)+sh*uh+sqr(uh))
+ // // +sqr(M2)*(3*sqr(sh)+6*sh*uh+sqr(uh))
+ // // -M2*(3*sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh)))
+ // // +sqr(M2-th)*pow<4,1>(th)*sqr(uh*(th+uh)*(sqr(th)+th*uh+sqr(uh))
+ // // +sqr(M2)*(3*sqr(th)+6*th*uh+sqr(uh))
+ // // -M2*(3*th+uh)*(sqr(th)+2*th*uh+2*sqr(uh)))
+ // // +sqr(M2-uh)*pow<4,1>(uh)*sqr(th*(th+uh)*(sqr(th)+th*uh+sqr(uh))
+ // // -M2*(th+3*uh)*(2*sqr(th)+2*th*uh+sqr(uh))
+ // // +sqr(M2)*(sqr(th)+6*th*uh+3*sqr(uh))))
+ // // /(pow<4,1>(M2-th)*th*pow<4,1>(M2-uh)*uh*pow<4,1>(th+uh));
+ // // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // // << abs(test-aver)/(test+aver) << "\n";
+ }
+ // g qbar -> 3P1 qbar
+ else if(hard[1]->id()<0) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<SpinorWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ SpinorWaveFunction( q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin1,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(Complex(0,2)*phase*sh*sqrt(-(uh/sh)))/M2;
+ me(0,0,1,0)=(Complex(0,1)*sqrt(2)*sh*sqrt(-th))/pow<3,1>(M);
+ me(0,1,0,1)=(Complex(0,2)*uh*sqrt(-(sh*uh)))/(sqr(M2)*phase-M2*phase*sh);
+ me(0,1,1,1)=(Complex(0,1)*sqrt(2)*(M2+sh)*sqrt(-th)*uh)/(pow<3,1>(M)*sqr(phase)*(M2-sh));
+ me(0,1,2,1)=(Complex(0,2)*th*sqrt(-(sh*uh)))/(pow(phase,3)*(sqr(M2)-M2*sh));
+ me(2,0,0,0)=(Complex(0,-2)*pow(phase,3)*th*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(2,0,1,0)=(Complex(0,1)*sqrt(2)*sqr(phase)*(M2+sh)*sqrt(-th)*uh)/(pow<5,1>(M)-pow<3,1>(M)*sh);
+ me(2,0,2,0)=(Complex(0,-2)*phase*uh*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(2,1,1,1)=(Complex(0,1)*sqrt(2)*sh*sqrt(-th))/pow<3,1>(M);
+ me(2,1,2,1)=(Complex(0,-2)*sh*sqrt(-(uh/sh)))/(M2*phase);
+ }
+ else {
+ phase *= -1.;
+ me(0,0,0,0)=(Complex(0,2)*sqr(phase)*sqrt(-(sh*uh))*(th+uh))/(M2*(-M2+sh));
+ me(0,0,1,0)=(Complex(0,-1)*sqrt(2)*phase*sh*sqrt(-th))/pow<3,1>(M);
+ me(0,1,0,1)=(Complex(0,-2)*sqr(phase)*uh*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(0,1,1,1)=(Complex(0,-1)*sqrt(2)*phase*(M2+sh)*sqrt(-th)*uh)/(pow<5,1>(M)-pow<3,1>(M)*sh);
+ me(0,1,2,1)=(Complex(0,2)*th*sqrt(-(sh/uh))*uh)/(sqr(M2)-M2*sh);
+ me(2,0,0,0)=(Complex(0,-2)*th*sqrt(-(sh/uh))*uh)/(sqr(M2)-M2*sh);
+ me(2,0,1,0)=(Complex(0,1)*sqrt(2)*(M2+sh)*sqrt(-(th/sqr(M2-sh)))*uh)/(pow<3,1>(M)*phase);
+ me(2,0,2,0)=(Complex(0,2)*uh*sqrt(-(sh*uh)))/(sqr(phase)*(sqr(M2)-M2*sh));
+ me(2,1,1,1)=(Complex(0,-1)*sqrt(2)*sh*sqrt(-th))/(pow<3,1>(M)*phase);
+ me(2,1,2,1)=(Complex(0,2)*sqrt(-(sh*uh))*(th+uh))/(M2*sqr(phase)*(M2-sh));
+ }
+ // Helicity code version
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(hard[2]->momentum(),v3[ih3].wave(),g1[ih1].wave());
+ // auto eps2 = epsilon(fCurrent,hard[2]->momentum(),v3[ih3].wave());
+ // Complex amp =-((M2-th)*(eps1*fCurrent)
+ // +2.*(hard[2]->momentum()*g1[ih1].wave())*(eps2*hard[0]->momentum())
+ // -2.*(fCurrent*hard[2]->momentum())*(eps1*hard[0]->momentum())
+ // )/sqr(M2);
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10&&test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ // g q -> 3P1 q
+ else if(hard[1]->id()<6) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorWaveFunction> q2;
+ vector<SpinorBarWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorWaveFunction( q2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin1,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(Complex(0,-2)*phase*sh*sqrt(-(uh/sh)))/M2;
+ me(0,0,1,0)=(Complex(0,-1)*sqrt(2)*sh*sqrt(-th))/pow<3,1>(M);
+ me(0,1,0,1)=(Complex(0,-2)*uh*sqrt(-(sh*uh)))/M2/phase/(M2-sh);
+ me(0,1,1,1)=(Complex(0,-1)*sqrt(2)*(M2+sh)*sqrt(-th)*uh)/(pow<3,1>(M)*sqr(phase)*(M2-sh));
+ me(0,1,2,1)=(Complex(0,-2)*th*sqrt(-(sh*uh)))/(pow(phase,3)*(sqr(M2)-M2*sh));
+ me(2,0,0,0)=(Complex(0,2)*pow(phase,3)*th*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(2,0,1,0)=(Complex(0,-1)*sqrt(2)*sqr(phase)*(M2+sh)*sqrt(-th)*uh)/(pow<5,1>(M)-pow<3,1>(M)*sh);
+ me(2,0,2,0)=(Complex(0,2)*phase*uh*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(2,1,1,1)=(Complex(0,-1)*sqrt(2)*sh*sqrt(-th))/pow<3,1>(M);
+ me(2,1,2,1)=(Complex(0,2)*sh*sqrt(-(uh/sh)))/(M2*phase);
+ }
+ else {
+ phase *=-1.;
+ me(0,0,0,0)=(Complex(0,2)*sqr(phase)*sqrt(-(sh*uh))*(th+uh))/(sqr(M2)-M2*sh);
+ me(0,0,1,0)=(Complex(0,1)*sqrt(2)*phase*sh*sqrt(-th))/pow<3,1>(M);
+ me(0,1,0,1)=(Complex(0,2)*sqr(phase)*uh*sqrt(-(sh*uh)))/(sqr(M2)-M2*sh);
+ me(0,1,1,1)=(Complex(0,-1)*sqrt(2)*phase*(M2+sh)*sqrt(-(th/sqr(M2-sh)))*uh)/pow<3,1>(M);
+ me(0,1,2,1)=(Complex(0,-2)*th*sqrt(-(sh/uh))*uh)/(sqr(M2)-M2*sh);
+ me(2,0,0,0)=(Complex(0,2)*th*sqrt(-(sh/uh))*uh)/(sqr(M2)-M2*sh);
+ me(2,0,1,0)=(Complex(0,1)*sqrt(2)*(M2+sh)*sqrt(-th)*uh)/(pow<3,1>(M)*phase*(M2-sh));
+ me(2,0,2,0)=(Complex(0,2)*uh*sqrt(-(sh*uh)))/(M2*sqr(phase)*(-M2+sh));
+ me(2,1,1,1)=(Complex(0,1)*sqrt(2)*sh*sqrt(-th))/(pow<3,1>(M)*phase);
+ me(2,1,2,1)=(Complex(0,2)*sqrt(-(sh*uh))*(th+uh))/(M2*sqr(phase)*(-M2+sh));
+ }
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(hard[2]->momentum(),v3[ih3].wave(),g1[ih1].wave());
+ // auto eps2 = epsilon(fCurrent,hard[2]->momentum(),v3[ih3].wave());
+ // Complex amp = ((M2-th)*(eps1*fCurrent)
+ // +2.*(hard[2]->momentum()*g1[ih1].wave())*(eps2*hard[0]->momentum())
+ // -2.*(fCurrent*hard[2]->momentum())*(eps1*hard[0]->momentum())
+ // )/sqr(M2);
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10&&test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ }
+ else if(hard[0]->id()==-hard[1]->id()) {
+ vector<SpinorWaveFunction> q1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<VectorWaveFunction> g4;
+ SpinorWaveFunction( q1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true,true,true,vector_phase);
+ g4[1]=g4[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1,PDT::Spin1);
+ if(!swapped) {
+ me(0,1,0,0)=(Complex(0,2)*phase*sqrt(th*uh))/M2;
+ me(0,1,1,0)=(Complex(0,-1)*sqrt(2)*sqrt(sh)*th)/pow<3,1>(M);
+ me(0,1,1,2)=(Complex(0,1)*sqrt(2)*sqrt(sh)*uh)/(pow<3,1>(M)*sqr(phase));
+ me(0,1,2,2)=(Complex(0,-2)*sqrt(th*uh))/(M2*pow(phase,3));
+ me(1,0,0,0)=(Complex(0,2)*pow(phase,3)*sqrt(th*uh))/M2;
+ me(1,0,1,0)=(Complex(0,1)*sqrt(2)*sqr(phase)*sqrt(sh)*uh)/pow<3,1>(M);
+ me(1,0,1,2)=(Complex(0,-1)*sqrt(2)*sqrt(sh)*th)/pow<3,1>(M);
+ me(1,0,2,2)=(Complex(0,-2)*sqrt(th*uh))/(M2*phase);
+ }
+ else {
+ phase *=-1.;
+ me(0,1,0,0)=(Complex(0,-2)*pow(phase,3)*sqrt(th*uh))/M2;
+ me(0,1,1,0)=(Complex(0,1)*sqrt(2)*sqr(phase)*sqrt(sh)*th)/pow<3,1>(M);
+ me(0,1,1,2)=(Complex(0,-1)*sqrt(2)*sqrt(sh)*uh)/pow<3,1>(M);
+ me(0,1,2,2)=(Complex(0,2)*sqrt(th*uh))/(M2*phase);
+ me(1,0,0,0)=(Complex(0,-2)*phase*sqrt(th*uh))/M2;
+ me(1,0,1,0)=(Complex(0,-1)*sqrt(2)*sqrt(sh)*uh)/pow<3,1>(M);
+ me(1,0,1,2)=(Complex(0,1)*sqrt(2)*sqrt(sh)*th)/(pow<3,1>(M)*sqr(phase));
+ me(1,0,2,2)=(Complex(0,2)*sqrt(th*uh))/(M2*pow(phase,3));
+ }
+ // Helicity code version
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // for(unsigned int ih3=0;ih3<3;++ih3) {
+ // auto eps1 = epsilon(hard[2]->momentum(),v3[ih3].wave(),g4[ih4].wave());
+ // auto eps2 = epsilon(fCurrent,hard[2]->momentum(),v3[ih3].wave());
+ // Complex amp = ((M2-sh)*(eps1*fCurrent) + 2.*(fCurrent*hard[2]->momentum())*(eps1*hard[3]->momentum())
+ // -2.*(hard[2]->momentum()*g4[ih4].wave())*(eps2*hard[3]->momentum()))/sqr(M2);
+ // double test=norm(amp/me(ih1,ih2,ih3,2*ih4)-1.);
+ // if(norm(me(ih1,ih2,ih3,2*ih4))>1e-10&&test>1e-10 )
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(ih1,ih2,ih3,2*ih4) << " " << amp/me(ih1,ih2,ih3,2*ih4) << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3P1Jet.h b/MatrixElement/Onium/MEPPto3P1Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P1Jet.h
@@ -0,0 +1,197 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3P1Jet_H
+#define Herwig_MEPPto3P1Jet_H
+//
+// This is the declaration of the MEPPto3P1Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3P1Jet class implements the colour singlet processes for
+ * \f$gq\to^3\!\!P_1 q\f$, \f$q\bar{q}\to^3\!\!P_1 g\f$ and
+ * \f$gg\to^3\!\!P_1 g\f$.
+ *
+ * @see \ref MEPPto3P1JetInterfaces "The interfaces"
+ * defined for MEPPto3P1Jet.
+ */
+class MEPPto3P1Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3P1Jet() : O1_(ZERO), state_(ccbar), n_(1), process_(0), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3P1Jet & operator=(const MEPPto3P1Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Which processes to generate
+ */
+ unsigned int process_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3P1Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3P2Jet.cc b/MatrixElement/Onium/MEPPto3P2Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P2Jet.cc
@@ -0,0 +1,805 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3P2Jet class.
+//
+
+#include "MEPPto3P2Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3P2Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<1>(state_,n_,1,2);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3P2Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3P2Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3P2Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2*GeV2) << oenum(state_) << n_ << process_ << mOpt_;
+}
+
+void MEPPto3P2Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2*GeV2) >> ienum(state_) >> n_ >> process_ >> mOpt_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3P2Jet,HwMEBase>
+describeHerwigMEPPto3P2Jet("Herwig::MEPPto3P2Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3P2Jet::Init() {
+
+ static ClassDocumentation<MEPPto3P2Jet> documentation
+ ("The MEPPto3P2Jet class implements the q qbar -> 3P2 g, g q to 3P2 q"
+ " and g g to 3P2 g processes");
+
+ static Reference<MEPPto3P2Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3P2Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3P2Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3P2Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3P2Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3P2Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3P2Jet,unsigned int> interfaceProcess
+ ("Process",
+ "Which processes to generate",
+ &MEPPto3P2Jet::process_, 0, false, false);
+ static SwitchOption interfaceProcessAll
+ (interfaceProcess,
+ "All",
+ "Generate all the processes",
+ 0);
+ static SwitchOption interfaceProcessGQto3P2Q
+ (interfaceProcess,
+ "GQto3P2Q",
+ "The g q -> 3P2 q process",
+ 1);
+ static SwitchOption interfaceProcessGQbarto3P2Qbar
+ (interfaceProcess,
+ "GQbarto3P2Qbar",
+ "The g qbar -> 3P2 qbar process",
+ 2);
+ static SwitchOption interfaceProcessQQbarto3P2G
+ (interfaceProcess,
+ "QQbarto3P2G",
+ "The q qbar -> 3P2 g process",
+ 3);
+ static SwitchOption interfaceProcessGGto3P2G
+ (interfaceProcess,
+ "GGto3P2G",
+ "The g g -> 3P2 g process",
+ 4);
+
+ static Switch<MEPPto3P2Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3P2 mass",
+ &MEPPto3P2Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3P2 state.",
+ 1);
+
+}
+
+void MEPPto3P2Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110 + 5 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ // processes involving quarks
+ for ( int i = 1; i <= 3; ++i ) {
+ tcPDPtr q = getParticleData(i);
+ tcPDPtr qb = q->CC();
+ if(process_ == 0 || process_ == 1)
+ add(new_ptr((Tree2toNDiagram(3), g, g, q , 1, ps, 2, q , -1)));
+ if(process_ == 0 || process_ == 2)
+ add(new_ptr((Tree2toNDiagram(3), g, g, qb, 1, ps, 2, qb, -2)));
+ if(process_ == 0 || process_ == 3)
+ add(new_ptr((Tree2toNDiagram(2), q, qb, 1, g, 3, ps, 3, g, -3)));
+ }
+ // g g -> 3P2 g (s,t,u 4-point)
+ if(process_ == 0 || process_ == 4) {
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, g, 3, ps, 3, g , -4)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 1, ps, 2, g , -5)));
+ add(new_ptr((Tree2toNDiagram(3), g, g, g, 2, ps, 1, g , -6)));
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -7)));
+ }
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3P2Jet::diagrams(const DiagramVector & diags) const {
+ Energy M=meMomenta()[3].mass();
+ Energy2 M2(sqr(M));
+ Selector<DiagramIndex> sel;
+ DVector save(4);
+ if(mePartonData()[1]->id()==ParticleID::g &&
+ mePartonData()[1]->id()==ParticleID::g ) {
+ save[0]=16*M2*(3*M2*sHat()*sqr(tHat()-uHat())+12*sqr(M2)*tHat()*uHat()+2*sqr(sHat())*tHat()*uHat())/(3.*pow<4,1>(M2-sHat())*sHat());
+ save[1]=16*M2*(2*sqr(sHat())*tHat()*sqr(sHat()+tHat())*(2*sqr(sHat())+2*sHat()*tHat()+sqr(tHat()))
+ +pow<4,1>(M2)*(3*pow<3,1>(sHat())+20*sqr(sHat())*tHat()+29*sHat()*sqr(tHat())+14*pow<3,1>(tHat()))
+ -pow<3,1>(M2)*(9*pow<4,1>(sHat())+59*pow<3,1>(sHat())*tHat()+97*sqr(sHat())*sqr(tHat())+55*sHat()*pow<3,1>(tHat())+4*pow<4,1>(tHat()))
+ -M2*sHat()*(sHat()+tHat())*(3*pow<4,1>(sHat())+24*pow<3,1>(sHat())*tHat()+59*sqr(sHat())*sqr(tHat())+38*sHat()*pow<3,1>(tHat())+8*pow<4,1>(tHat()))
+ +sqr(M2)*(9*pow<5,1>(sHat())+74*pow<4,1>(sHat())*tHat()+163*pow<3,1>(sHat())*sqr(tHat())
+ +132*sqr(sHat())*pow<3,1>(tHat())+34*sHat()*pow<4,1>(tHat())+2*pow<5,1>(tHat())))
+ /(3.*sqr(M2-sHat())*sHat()*pow<4,1>(M2-uHat())*uHat());
+ save[2]=16*M2*(2*sqr(sHat())*uHat()*sqr(sHat()+uHat())*(2*sqr(sHat())+2*sHat()*uHat()+sqr(uHat()))
+ +pow<4,1>(M2)*(3*pow<3,1>(sHat())+20*sqr(sHat())*uHat()+29*sHat()*sqr(uHat())+14*pow<3,1>(uHat()))
+ -pow<3,1>(M2)*(9*pow<4,1>(sHat())+59*pow<3,1>(sHat())*uHat()+97*sqr(sHat())*sqr(uHat())+55*sHat()*pow<3,1>(uHat())+4*pow<4,1>(uHat()))
+ -M2*sHat()*(sHat()+uHat())*(3*pow<4,1>(sHat())+24*pow<3,1>(sHat())*uHat()+59*sqr(sHat())*sqr(uHat())+38*sHat()*pow<3,1>(uHat())+8*pow<4,1>(uHat()))
+ +sqr(M2)*(9*pow<5,1>(sHat())+74*pow<4,1>(sHat())*uHat()+163*pow<3,1>(sHat())*sqr(uHat())
+ +132*sqr(sHat())*pow<3,1>(uHat())+34*sHat()*pow<4,1>(uHat())+2*pow<5,1>(uHat())))
+ /(3.*sqr(M2-sHat())*sHat()*pow<4,1>(M2-tHat())*tHat());
+ save[3]=16*M2*(4*sqr(sHat())*pow<5,1>(tHat())*pow<5,1>(uHat())+6*pow<9,1>(M2)*sHat()*(4*sqr(tHat())+9*tHat()*uHat()+4*sqr(uHat()))
+ -pow<10,1>(M2)*(21*sqr(tHat())+46*tHat()*uHat()+21*sqr(uHat()))
+ -pow<8,1>(M2)*(72*pow<4,1>(tHat())+311*pow<3,1>(tHat())*uHat()
+ +440*sqr(tHat())*sqr(uHat())+311*tHat()*pow<3,1>(uHat())+72*pow<4,1>(uHat()))
+ +pow<7,1>(M2)*sHat()*(153*pow<4,1>(tHat())+649*pow<3,1>(tHat())*uHat()
+ +962*sqr(tHat())*sqr(uHat())+649*tHat()*pow<3,1>(uHat())+153*pow<4,1>(uHat()))
+ +2*M2*sHat()*sqr(tHat())*sqr(uHat())*(3*pow<6,1>(tHat())+6*pow<5,1>(tHat())*uHat()+16*pow<4,1>(tHat())*sqr(uHat())
+ +14*pow<3,1>(tHat())*pow<3,1>(uHat())+16*sqr(tHat())*pow<4,1>(uHat())
+ +6*tHat()*pow<5,1>(uHat())+3*pow<6,1>(uHat()))
+ +pow<6,1>(M2)*(45*pow<6,1>(tHat())+308*pow<5,1>(tHat())*uHat()+808*pow<4,1>(tHat())*sqr(uHat())
+ +1174*pow<3,1>(tHat())*pow<3,1>(uHat())+808*sqr(tHat())*pow<4,1>(uHat())
+ +308*tHat()*pow<5,1>(uHat())+45*pow<6,1>(uHat()))
+ +pow<5,1>(M2)*sHat()*(135*pow<6,1>(tHat())+819*pow<5,1>(tHat())*uHat()+1941*pow<4,1>(tHat())*sqr(uHat())
+ +2444*pow<3,1>(tHat())*pow<3,1>(uHat())+1941*sqr(tHat())*pow<4,1>(uHat())+819*tHat()*pow<5,1>(uHat())+135*pow<6,1>(uHat()))
+ +pow<3,1>(M2)*sHat()*(12*pow<8,1>(tHat())+120*pow<7,1>(tHat())*uHat()+419*pow<6,1>(tHat())*sqr(uHat())
+ +805*pow<5,1>(tHat())*pow<3,1>(uHat())+938*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +805*pow<3,1>(tHat())*pow<5,1>(uHat())+419*sqr(tHat())*pow<6,1>(uHat())
+ +120*tHat()*pow<7,1>(uHat())+12*pow<8,1>(uHat()))
+ +sqr(M2)*tHat()*uHat()*(18*pow<8,1>(tHat())+84*pow<7,1>(tHat())*uHat()+229*pow<6,1>(tHat())*sqr(uHat())
+ +396*pow<5,1>(tHat())*pow<3,1>(uHat())+490*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +396*pow<3,1>(tHat())*pow<5,1>(uHat())+229*sqr(tHat())*pow<6,1>(uHat())
+ +84*tHat()*pow<7,1>(uHat())+18*pow<8,1>(uHat()))
+ +pow<4,1>(M2)*(48*pow<8,1>(tHat())+355*pow<7,1>(tHat())*uHat()+1211*pow<6,1>(tHat())*sqr(uHat())
+ +2262*pow<5,1>(tHat())*pow<3,1>(uHat())+2778*pow<4,1>(tHat())*pow<4,1>(uHat())
+ +2262*pow<3,1>(tHat())*pow<5,1>(uHat())+1211*sqr(tHat())*pow<6,1>(uHat())
+ +355*tHat()*pow<7,1>(uHat())+48*pow<8,1>(uHat())))
+ /(3.*pow<4,1>(M2-sHat())*sHat()*pow<4,1>(M2-tHat())*pow<4,1>(M2-uHat()));
+ }
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ||
+ diags[i]->id() == -2 ||
+ diags[i]->id() == -3 ) sel.insert(1.0, i);
+ else
+ sel.insert(save[abs(diags[i]->id())-4],i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3P2Jet::colourGeometries(tcDiagPtr diag) const {
+ // g q -> 3P2 q
+ static ColourLines cgq ("1 2 5, -1 -2 3");
+ // g qbar -> 3P2 qbar
+ static ColourLines cgqbar("1 2 -3, -1 -2 -5");
+ // q qbar -> 3P2 g
+ static ColourLines cqqbar("1 3 5, -2 -3 -5");
+ // g g -> 3P2 g
+ static ColourLines cs[2]={ColourLines("1 3 5, -1 2, -2 -3 -5"),
+ ColourLines("1 -2, -1 -3 -5, 2 3 5")};
+ static ColourLines ct[2]={ColourLines("1 2 5, -1 -2 3, -3 -5"),
+ ColourLines("1 2 -3, -1 -2 -5, 3 5")};
+ static ColourLines cu[2]={ColourLines("1 5, -1 -2 3, -3 2 -5"),
+ ColourLines("1 2 -3, -1 -5, 3 -2 5")};
+ // 4 point
+ static ColourLines c4[2]={ColourLines("1 -2, 2 4, -1 -4"),
+ ColourLines("1 4, -4 -2, 2 -1")};
+ // create the selector
+ Selector<const ColourLines *> sel;
+ if (diag->id() == -1) sel.insert(1.0, &cgq );
+ else if (diag->id() == -2) sel.insert(1.0, &cgqbar);
+ else if (diag->id() == -3) sel.insert(1.0, &cqqbar);
+ else if (diag->id() == -4) {
+ sel.insert(0.5, &cs[0]);
+ sel.insert(0.5, &cs[1]);
+ }
+ else if (diag->id() == -5) {
+ sel.insert(0.5, &ct[0]);
+ sel.insert(0.5, &ct[1]);
+ }
+ else if (diag->id() == -6) {
+ sel.insert(0.5, &cu[0]);
+ sel.insert(0.5, &cu[1]);
+ }
+ else if (diag->id() == -7) {
+ sel.insert(0.5, &c4[0]);
+ sel.insert(0.5, &c4[1]);
+ }
+ return sel;
+}
+
+Energy2 MEPPto3P2Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3P2Jet::me2() const {
+ // return value
+ double output(0.);
+ // mass of the 3P2 state
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2 = sqr(meMomenta()[2].mass());
+ if(mePartonData()[0]->id()==ParticleID::g) {
+ // g qbar -> 3P2 qbar
+ if(mePartonData()[1]->id()==ParticleID::g) {
+ // matrix element
+ output = 8.*O1_*pow(Constants::pi*standardModel()->alphaS(scale()),3)/(15.*sqr(M2)*M)*
+ (16*M2*(12*pow<10,1>(M2)*pow<4,1>(tHat()+uHat())+2*sqr(tHat())*sqr(uHat())*sqr(tHat()+uHat())*pow<4,1>(sqr(tHat())+tHat()*uHat()+sqr(uHat()))-24*pow<9,1>(M2)*pow<3,1>(tHat()+uHat())*(3*sqr(tHat())+5*tHat()*uHat()+3*sqr(uHat()))+pow<8,1>(M2)*sqr(tHat()+uHat())*(204*pow<4,1>(tHat())+651*pow<3,1>(tHat())*uHat()+880*sqr(tHat())*sqr(uHat())+651*tHat()*pow<3,1>(uHat())+204*pow<4,1>(uHat()))-M2*tHat()*uHat()*(tHat()+uHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat()))*(12*pow<6,1>(tHat())+48*pow<5,1>(tHat())*uHat()+43*pow<4,1>(tHat())*sqr(uHat())+6*pow<3,1>(tHat())*pow<3,1>(uHat())+43*sqr(tHat())*pow<4,1>(uHat())+48*tHat()*pow<5,1>(uHat())+12*pow<6,1>(uHat()))-pow<7,1>(M2)*(tHat()+uHat())*(360*pow<6,1>(tHat())+1635*pow<5,1>(tHat())*uHat()+3314*pow<4,1>(tHat())*sqr(uHat())+4114*pow<3,1>(tHat())*pow<3,1>(uHat())+3314*sqr(tHat())*pow<4,1>(uHat())+1635*tHat()*pow<5,1>(uHat())+360*pow<6,1>(uHat()))-pow<5,1>(M2)*(tHat()+uHat())*(360*pow<8,1>(tHat())+1914*pow<7,1>(tHat())*uHat()+4376*pow<6,1>(tHat())*sqr(uHat())+6271*pow<5,1>(tHat())*pow<3,1>(uHat())+6914*pow<4,1>(tHat())*pow<4,1>(uHat())+6271*pow<3,1>(tHat())*pow<5,1>(uHat())+4376*sqr(tHat())*pow<6,1>(uHat())+1914*tHat()*pow<7,1>(uHat())+360*pow<8,1>(uHat()))+pow<6,1>(M2)*(432*pow<8,1>(tHat())+2526*pow<7,1>(tHat())*uHat()+6652*pow<6,1>(tHat())*sqr(uHat())+10877*pow<5,1>(tHat())*pow<3,1>(uHat())+12640*pow<4,1>(tHat())*pow<4,1>(uHat())+10877*pow<3,1>(tHat())*pow<5,1>(uHat())+6652*sqr(tHat())*pow<6,1>(uHat())+2526*tHat()*pow<7,1>(uHat())+432*pow<8,1>(uHat()))-pow<3,1>(M2)*(tHat()+uHat())*(72*pow<10,1>(tHat())+543*pow<9,1>(tHat())*uHat()+1542*pow<8,1>(tHat())*sqr(uHat())+2336*pow<7,1>(tHat())*pow<3,1>(uHat())+2412*pow<6,1>(tHat())*pow<4,1>(uHat())+2266*pow<5,1>(tHat())*pow<5,1>(uHat())+2412*pow<4,1>(tHat())*pow<6,1>(uHat())+2336*pow<3,1>(tHat())*pow<7,1>(uHat())+1542*sqr(tHat())*pow<8,1>(uHat())+543*tHat()*pow<9,1>(uHat())+72*pow<10,1>(uHat()))+pow<4,1>(M2)*(204*pow<10,1>(tHat())+1455*pow<9,1>(tHat())*uHat()+4328*pow<8,1>(tHat())*sqr(uHat())+7504*pow<7,1>(tHat())*pow<3,1>(uHat())+9232*pow<6,1>(tHat())*pow<4,1>(uHat())+9614*pow<5,1>(tHat())*pow<5,1>(uHat())+9232*pow<4,1>(tHat())*pow<6,1>(uHat())+7504*pow<3,1>(tHat())*pow<7,1>(uHat())+4328*sqr(tHat())*pow<8,1>(uHat())+1455*tHat()*pow<9,1>(uHat())+204*pow<10,1>(uHat()))+sqr(M2)*(12*pow<12,1>(tHat())+144*pow<11,1>(tHat())*uHat()+616*pow<10,1>(tHat())*sqr(uHat())+1345*pow<9,1>(tHat())*pow<3,1>(uHat())+1824*pow<8,1>(tHat())*pow<4,1>(uHat())+1806*pow<7,1>(tHat())*pow<5,1>(uHat())+1688*pow<6,1>(tHat())*pow<6,1>(uHat())+1806*pow<5,1>(tHat())*pow<7,1>(uHat())+1824*pow<4,1>(tHat())*pow<8,1>(uHat())+1345*pow<3,1>(tHat())*pow<9,1>(uHat())+616*sqr(tHat())*pow<10,1>(uHat())+144*tHat()*pow<11,1>(uHat())+12*pow<12,1>(uHat()))))/(3.*sHat()*pow<4,1>(M2-tHat())*tHat()*pow<4,1>(M2-uHat())*uHat()*pow<4,1>(tHat()+uHat()));
+ // test vs NPB 291 731
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // Energy6 Q(sHat()*tHat()*uHat());
+ // Energy4 P(sHat()*tHat()+tHat()*uHat()+uHat()*sHat());
+ // Energy8 M8(pow<4,1>(M2));
+ // double test = 16.*Constants::pi*sqr(sHat())*
+ // 4.*Constants::pi*R02*pow(standardModel()->alphaS(scale()),3)/(M*M2*sqr(sHat())*Q*pow<4,1>(Q-M2*P))*
+ // (12.*sqr(M2)*pow<4,1>(P)*(M8 - 2*sqr(M2)*P + sqr(P))
+ // -3.*M2*P*sqr(P)*(8*M8 - sqr(M2)*P + 4*sqr(P))*Q
+ // - 2*sqr(P*Q)*(7*M8 - 43*sqr(M2)*P - sqr(P))
+ // + M2*P*Q*sqr(Q)*(16*sqr(M2) - 61*P) + 12*sqr(M2*sqr(Q)));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g qbar -> 3P2 qbar
+ else if(mePartonData()[1]->id()<0) {
+ // // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // TensorWaveFunction t3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorBarWaveFunction> q2;
+ // vector<TensorWaveFunction> t3;
+ // vector<SpinorWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<5;++ix) {
+ // t3w.reset(ix,tensor_phase);
+ // t3.push_back(t3w);
+ // }
+ // double total(0.);
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ // Complex phase = exp(Complex(0.,meMomenta()[2].phi()));
+ // me(0,0,0,0)=(2.*sqrt(2)*sqr(phase)*sqrt(-tHat())*uHat())/pow<3,1>(M);
+ // me(0,0,1,0)=(2.*sqrt(2)*phase*sHat()*tHat()*sqrt(-(uHat()/sHat())))/sqr(M2);
+ // me(0,0,2,0)=(2.*sHat()*sqrt(-tHat())*tHat())/(sqrt(3)*pow<5,1>(M));
+ // me(0,1,0,1)=(-2.*sqrt(2)*sHat()*sqrt(-tHat())*sqr(uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(0,1,1,1)=(-2.*sqrt(2)*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*phase*sqr(tHat()+uHat()));
+ // me(0,1,2,1)=(2.*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*(-tHat())*sqrt(-tHat())*uHat())/(sqrt(3)*pow<5,1>(M)*sqr(phase)*sqr(tHat()+uHat()));
+ // me(0,1,3,1)=(-2.*sqrt(2)*(M2+sHat())*sqr(tHat())*sqrt(-(sHat()*uHat())))/(sqr(M2)*pow(phase,3)*sqr(tHat()+uHat()));
+ // me(0,1,4,1)=(-2.*sqrt(2)*sHat()*sqr(tHat())*sqrt(-tHat()))/(pow<3,1>(M)*pow(phase,4)*sqr(tHat()+uHat()));
+ // me(2,0,0,0)=(2.*sqrt(2)*pow(phase,4)*sHat()*sqr(tHat())*sqrt(-tHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(2,0,1,0)=(-2.*sqrt(2)*pow(phase,3)*(M2+sHat())*sqr(tHat())*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ // me(2,0,2,0)=(2.*sqr(phase)*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*sqrt(-tHat())*tHat()*uHat())/(sqrt(3)*pow<5,1>(M)*sqr(tHat()+uHat()));
+ // me(2,0,3,0)=(-2.*sqrt(2)*phase*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ // me(2,0,4,0)=(2.*sqrt(2)*sHat()*sqrt(-tHat())*sqr(uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(2,1,2,1)=(2.*sHat()*(-tHat())*sqrt(-tHat()))/(sqrt(3)*pow<5,1>(M));
+ // me(2,1,3,1)=(2.*sqrt(2)*sHat()*tHat()*sqrt(-(uHat()/sHat())))/(sqr(M2)*phase);
+ // me(2,1,4,1)=(-2.*sqrt(2)*sqrt(-tHat())*uHat())/(pow<3,1>(M)*sqr(phase));
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vfPre = t3[ih3].wave().preDot(fCurrent);
+ // auto vfPost = t3[ih3].wave().postDot(fCurrent);
+ // auto vp1Pre = t3[ih3].wave().preDot(meMomenta()[0]);
+ // auto vp1Post = t3[ih3].wave().postDot(meMomenta()[0]);
+ // complex<Energy2> d11 = vp1Pre*meMomenta()[0];
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // complex<Energy> d3=meMomenta()[2]*g1[ih1].wave();
+ // Complex amp =-1./sqr(M2)/M*(-2.*M2*(vfPre*meMomenta()[0]*d3 + tHat()*vfPre*g1[ih1].wave()
+ // +2.*d11*(fCurrent*g1[ih1].wave()))
+ // +(fCurrent*meMomenta()[2])*(2.*(M2+tHat())*(vp1Pre*g1[ih1].wave())
+ // -2.*(tHat()-M2)*(vp1Post*g1[ih1].wave()))
+ // -(tHat()+M2)*((tHat()-M2)*(vfPost*g1[ih1].wave())+2.*vfPost*meMomenta()[0]*d3)
+ // +sqr(M2)*(vfPre*g1[ih1].wave())+tHat()*(2.*(vfPre*meMomenta()[0])*d3+tHat()*vfPre*g1[ih1].wave())
+ // );
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = -8*tHat()*(pow<4,1>(M2)*sqr(tHat())*sqr(uHat())
+ +2*pow<3,1>(M2)*sHat()*tHat()*uHat()*(3*sqr(tHat())+4*tHat()*uHat()+3*sqr(uHat()))
+ +sqr(sHat())*sqr(tHat())*(pow<4,1>(tHat())+4*pow<3,1>(tHat())*uHat()
+ +(sqr(sHat())+6*sqr(tHat()))*sqr(uHat())
+ +4*tHat()*pow<3,1>(uHat())+pow<4,1>(uHat()))
+ +6*sqr(M2)*(sqr(uHat())*pow<4,1>(tHat()+uHat())+sqr(sHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat())))
+ +2*M2*sHat()*tHat()*uHat()*(3*pow<4,1>(tHat()+uHat())+sqr(sHat())*(3*sqr(tHat())+4*tHat()*uHat()+3*sqr(uHat()))))
+ /(3.*pow<5,1>(M2)*pow<4,1>(tHat()+uHat()));
+ // final factors
+ output = 64.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(M2)/(135.*sqr(tHat())*pow<4,1>(tHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 16.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/(9.*M*M2*sqr(sHat())*tHat()*pow<4,1>(tHat()-M2))*
+ // (sqr(tHat()-M2)*(sqr(tHat())+6.*sqr(M2)) -2.*sHat()*uHat()*(sqr(tHat())-6.*M2*(tHat()-M2)));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ // g q -> 3P2 q
+ else if(mePartonData()[1]->id()<6) {
+ // helicity amplitude version of ME
+ // VectorWaveFunction g1w(meMomenta()[0],mePartonData()[0],incoming);
+ // SpinorWaveFunction q2w(meMomenta()[1],mePartonData()[1],incoming);
+ // TensorWaveFunction t3w(meMomenta()[2],mePartonData()[2],outgoing);
+ // SpinorBarWaveFunction q4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // vector<VectorWaveFunction> g1;
+ // vector<SpinorWaveFunction> q2;
+ // vector<TensorWaveFunction> t3;
+ // vector<SpinorBarWaveFunction> q4;
+ // for(unsigned int ix=0;ix<2;++ix) {
+ // g1w.reset(2*ix);
+ // g1.push_back(g1w);
+ // q2w.reset(ix);
+ // q2.push_back(q2w);
+ // q4w.reset(ix);
+ // q4.push_back(q4w);
+ // }
+ // for(unsigned int ix=0;ix<5;++ix) {
+ // t3w.reset(ix,tensor_phase);
+ // t3.push_back(t3w);
+ // }
+ // double total(0.);
+ // ProductionMatrixElement me(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ // Complex phase = exp(Complex(0.,meMomenta()[2].phi()));
+ // me(0,0,0,0)=(-2.*sqrt(2)*sqr(phase)*sqrt(-tHat())*uHat())/pow<3,1>(M);
+ // me(0,0,1,0)=(-2.*sqrt(2)*phase*sHat()*tHat()*sqrt(-(uHat()/sHat())))/sqr(M2);
+ // me(0,0,2,0)=(2.*sHat()*(-tHat())*sqrt(-tHat()))/(sqrt(3)*pow<5,1>(M));
+ // me(0,1,0,1)=(2.*sqrt(2)*sHat()*sqrt(-tHat())*sqr(uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(0,1,1,1)=(2.*sqrt(2)*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*phase*sqr(tHat()+uHat()));
+ // me(0,1,2,1)=(2.*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*sqrt(-tHat())*tHat()*uHat())/(sqrt(3)*pow<5,1>(M)*sqr(phase)*sqr(tHat()+uHat()));
+ // me(0,1,3,1)=(2.*sqrt(2)*(M2+sHat())*sqr(tHat())*sqrt(-(sHat()*uHat())))/(sqr(M2)*pow(phase,3)*sqr(tHat()+uHat()));
+ // me(0,1,4,1)=(2.*sqrt(2)*sHat()*sqr(tHat())*sqrt(-tHat()))/(pow<3,1>(M)*pow(phase,4)*sqr(tHat()+uHat()));
+ // me(2,0,0,0)=(-2.*sqrt(2)*pow(phase,4)*sHat()*sqr(tHat())*sqrt(-tHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(2,0,1,0)=(2.*sqrt(2)*pow(phase,3)*(M2+sHat())*sqr(tHat())*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ // me(2,0,2,0)=(2.*sqr(phase)*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*(-tHat())*sqrt(-tHat())*uHat())/(sqrt(3)*pow<5,1>(M)*sqr(tHat()+uHat()));
+ // me(2,0,3,0)=(2.*sqrt(2)*phase*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ // me(2,0,4,0)=(-2.*sqrt(2)*sHat()*sqrt(-tHat())*sqr(uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ // me(2,1,2,1)=(2.*sHat()*sqrt(-tHat())*tHat())/(sqrt(3)*pow<5,1>(M));
+ // me(2,1,3,1)=(-2.*sqrt(2)*sHat()*tHat()*sqrt(-(uHat()/sHat())))/(sqr(M2)*phase);
+ // me(2,1,4,1)=(2.*sqrt(2)*sqrt(-tHat())*uHat())/(pow<3,1>(M)*sqr(phase));
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vfPre = t3[ih3].wave().preDot(fCurrent);
+ // auto vfPost = t3[ih3].wave().postDot(fCurrent);
+ // auto vp1Pre = t3[ih3].wave().preDot(meMomenta()[0]);
+ // auto vp1Post = t3[ih3].wave().postDot(meMomenta()[0]);
+ // complex<Energy2> d11 = vp1Pre*meMomenta()[0];
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // complex<Energy> d3=meMomenta()[2]*g1[ih1].wave();
+ // Complex amp = 1./sqr(M2)/M*(-2.*M2*(vfPre*meMomenta()[0]*d3 + tHat()*vfPre*g1[ih1].wave()
+ // +2.*d11*(fCurrent*g1[ih1].wave()))
+ // +(fCurrent*meMomenta()[2])*(2.*(M2+tHat())*(vp1Pre*g1[ih1].wave())
+ // -2.*(tHat()-M2)*(vp1Post*g1[ih1].wave()))
+ // -(tHat()+M2)*((tHat()-M2)*(vfPost*g1[ih1].wave())+2.*vfPost*meMomenta()[0]*d3)
+ // +sqr(M2)*(vfPre*g1[ih1].wave())+tHat()*(2.*(vfPre*meMomenta()[0])*d3+tHat()*vfPre*g1[ih1].wave())
+ // );
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << "\n";
+ // total+= norm(amp);
+ // }
+ // }
+ // }
+ // }
+ // spin sum version
+ double total = -8*tHat()*(pow<4,1>(M2)*sqr(tHat())*sqr(uHat())
+ +2*pow<3,1>(M2)*sHat()*tHat()*uHat()*(3*sqr(tHat())+4*tHat()*uHat()+3*sqr(uHat()))
+ +sqr(sHat())*sqr(tHat())*(pow<4,1>(tHat())+4*pow<3,1>(tHat())*uHat()
+ +(sqr(sHat())+6*sqr(tHat()))*sqr(uHat())
+ +4*tHat()*pow<3,1>(uHat())+pow<4,1>(uHat()))
+ +6*sqr(M2)*(sqr(uHat())*pow<4,1>(tHat()+uHat())+sqr(sHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat())))
+ +2*M2*sHat()*tHat()*uHat()*(3*pow<4,1>(tHat()+uHat())+sqr(sHat())*(3*sqr(tHat())+4*tHat()*uHat()+3*sqr(uHat()))))
+ /(3.*pow<5,1>(M2)*pow<4,1>(tHat()+uHat()));
+ // final factors
+ output = 64.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(M2)/(135.*sqr(tHat())*pow<4,1>(tHat()-M2))*total;
+ // analytic test
+ // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // double test = -16.*Constants::pi*sqr(sHat())*
+ // 16.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02/(9.*M*M2*sqr(sHat())*tHat()*pow<4,1>(tHat()-M2))*
+ // (sqr(tHat()-M2)*(sqr(tHat())+6.*sqr(M2)) -2.*sHat()*uHat()*(sqr(tHat())-6.*M2*(tHat()-M2)));
+ // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else assert(false);
+ }
+ // q qbar -> 3P2 g
+ else if(mePartonData()[0]->id()==-mePartonData()[1]->id()) {
+ // // helicity amplitude version of ME
+ // // SpinorWaveFunction q1w(meMomenta()[0],mePartonData()[1],incoming);
+ // // SpinorBarWaveFunction q2w(meMomenta()[1],mePartonData()[0],incoming);
+ // // VectorWaveFunction g4w(meMomenta()[3],mePartonData()[3],outgoing);
+ // // vector<SpinorWaveFunction> q1;
+ // // vector<SpinorBarWaveFunction> q2;
+ // // vector<VectorWaveFunction> g4;
+ // // for(unsigned int ix=0;ix<2;++ix) {
+ // // g4w.reset(2*ix,vector_phase);
+ // // g4.push_back(g4w);
+ // // q1w.reset(ix);
+ // // q1.push_back(q1w);
+ // // q2w.reset(ix);
+ // // q2.push_back(q2w);
+ // // }
+ // // double total(0.);
+ // // ProductionMatrixElement me(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin2,PDT::Spin1);
+ // // double phi = meMomenta()[2].phi();
+ // // me(0,1,0,0) = -sqrt(2.*sHat())*tHat()/M2/M;
+ // // me(0,1,0,2) = -exp(Complex(0.,-2.*phi))*sqrt(2.*sHat())*uHat()/M2/M;
+ // // me(1,0,0,0) = exp(Complex(0., 2.*phi))*sqrt(2.*sHat())*uHat()/M2/M;
+ // // me(1,0,0,2) = sqrt(2.*sHat())*tHat()/M2/M;
+ // // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // // Complex amp = ((sHat()-M2)*(fCurrent*g4[ih4].wave())-2.*(meMomenta()[2]*g4[ih4].wave())*(fCurrent*meMomenta()[3]))/M2/M;
+ // // if(norm(me(ih1,ih2,0,2*ih4))>1e-10)
+ // // cerr << "testing in hel loop A " << ih1 << " " << ih2 << " " << ih4 << " "
+ // // << amp << " " << me(ih1,ih2,0,2*ih4) << " " << amp/me(ih1,ih2,0,2*ih4) << " " << norm(amp/me(ih1,ih2,0,2*ih4)) << "\n";
+ // // total+= norm(amp);
+ // // }
+ // // }
+ // // }
+ // // spin sum version
+ // double total = 4.*sHat()*(sqr(tHat())+sqr(uHat()))/pow<3,1>(M2);
+ // // final factors
+ // output = 512.*O1_*pow<3,1>(M*Constants::pi*standardModel()->alphaS(scale()))*sqr(sHat()-3.*M2)/(243.*sqr(sHat())*pow<4,1>(sHat()-M2))*total;
+ // // analytic test
+ // // Energy5 R02 = params_->firstDerivativeRadialWaveFunctionSquared(state_,n_);
+ // // double test = 16.*Constants::pi*8./3.*8.*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*(sqr(tHat())+sqr(uHat()))
+ // // /9./M/M2/sHat()/pow<4,1>(sHat()-M2)*sqr(sHat()-3.*sqr(M));
+ // // cerr << "testing matrix element " << output << " " << test << " " << (output-test)/(output+test) << " " << output/test << "\n";
+ }
+ else
+ assert(false);
+ return output;
+}
+
+void MEPPto3P2Jet::constructVertex(tSubProPtr sub) {
+ // extract the particles in the hard process
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // get them in the right order
+ bool swapped(false);
+ if(hard[0]->id()==-hard[1]->id()) {
+ if(hard[0]->id()<0) swapped = true;
+ }
+ else if(hard[0]->id()!=ParticleID::g) {
+ swapped=true;
+ }
+ if(swapped) {
+ swap(hard[0],hard[1]);
+ swap(hard[2],hard[3]);
+ }
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(M);
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Complex phase = exp(Complex(0.,phi));
+ // set basis states and compute the matrix element
+ ProductionMatrixElement me;
+ vector<TensorWaveFunction> t3;
+ TensorWaveFunction(t3,hard[2],outgoing,true,false,true,tensor_phase);
+ if(hard[0]->id()==ParticleID::g) {
+ // g g -> 3P2 g
+ if(hard[1]->id()==ParticleID::g) {
+ vector<VectorWaveFunction> g1,g2,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin2,PDT::Spin1);
+ Complex phase = exp(Complex(0.,phi));
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ me(0,0,0,0)=(-4*pow<3,1>(M)*pow(phase,3)*(sqr(M2)*sm*sqr(th-uh)-pow<3,1>(M2)*th*uh+sm*(pow<4,1>(th)+pow<4,1>(uh))+M2*(2*pow<4,1>(th)+pow<3,1>(th)*uh-sqr(th)*sqr(uh)+th*pow<3,1>(uh)+2*pow<4,1>(uh))))/(sqrt(sh)*sm*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(0,0,1,0)=(2*M2*sqr(phase)*sh*(th-uh)*(-2*sqr(sh)-sh*uh-sqr(uh)+M2*(sh+uh)))/(sm*sqr(tm)*sqr(um));
+ me(0,0,2,0)=(-2*sqrt(2./3.)*M*phase*sh*sqrt(sh)*sqrt(th*uh)*(sqr(sh)+sh*uh+uh*(-M2+uh)))/(sm*sqr(tm)*sqr(um));
+ me(0,2,0,0)=(-4*pow<3,1>(M)*phase*(pow<3,1>(M2)*sqr(sh+th)-sh*sqr(th)*(sqr(sh)+sh*th+sqr(th))-sqr(M2)*(sh+th)*(sqr(sh)+2*sh*th+2*sqr(th))+M2*th*(pow<3,1>(sh)+2*sqr(sh)*th+3*sh*sqr(th)+pow<3,1>(th)))*sqr(uh))/(sqrt(sh)*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(0,2,0,2)=(-4*pow<3,1>(M)*sqr(sh)*sqrt(sh)*sqr(uh)*(M2*sm+sqr(th)+sqr(uh)))/(phase*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(0,2,1,0)=(2*M2*(pow<3,1>(M2)*(sh+th)*(4*sh+3*th)-2*sh*sqr(th)*(sqr(sh)+sh*th+sqr(th))+M2*th*(2*pow<3,1>(sh)+3*sqr(sh)*th+7*sh*sqr(th)+2*pow<3,1>(th))-sqr(M2)*(4*pow<3,1>(sh)+9*sqr(sh)*th+12*sh*sqr(th)+5*pow<3,1>(th)))*uh)/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,1,2)=(-2*M2*sh*uh*(sh*sqr(uh)*(-sh+uh)+sqr(M2)*(4*sqr(sh)+7*sh*uh+sqr(uh))-M2*(4*pow<3,1>(sh)+7*sqr(sh)*uh+8*sh*sqr(uh)+pow<3,1>(uh))))/(sqr(phase)*pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,2,0)=(-2*sqrt(2./3.)*M*sqrt(sh)*(-(sh*sqr(th)*(sqr(sh)+sh*th+sqr(th)))+pow<3,1>(M2)*(6*sqr(sh)+10*sh*th+3*sqr(th))+M2*th*(pow<3,1>(sh)+5*sh*sqr(th)+pow<3,1>(th))-sqr(M2)*(6*pow<3,1>(sh)+11*sqr(sh)*th+14*sh*sqr(th)+4*pow<3,1>(th)))*sqrt(th*uh))/(phase*pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,2,2)=(2*sqrt(2./3.)*M*sqrt(sh)*sqrt(th*uh)*(-(sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh)))+pow<3,1>(M2)*(6*sqr(sh)+10*sh*uh+3*sqr(uh))+M2*uh*(pow<3,1>(sh)+5*sh*sqr(uh)+pow<3,1>(uh))-sqr(M2)*(6*pow<3,1>(sh)+11*sqr(sh)*uh+14*sh*sqr(uh)+4*pow<3,1>(uh))))/(pow(phase,3)*pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,3,0)=(2*M2*sh*th*(sh*sqr(th)*(-sh+th)+sqr(M2)*(4*sqr(sh)+7*sh*th+sqr(th))-M2*(4*pow<3,1>(sh)+7*sqr(sh)*th+8*sh*sqr(th)+pow<3,1>(th))))/(sqr(phase)*pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,3,2)=(-2*M2*th*(pow<3,1>(M2)*(sh+uh)*(4*sh+3*uh)-2*sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh))+M2*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+7*sh*sqr(uh)+2*pow<3,1>(uh))-sqr(M2)*(4*pow<3,1>(sh)+9*sqr(sh)*uh+12*sh*sqr(uh)+5*pow<3,1>(uh))))/(pow(phase,4)*pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(0,2,4,0)=(4*pow<3,1>(M)*sqr(sh)*sqrt(sh)*sqr(th)*(M2*sm+sqr(th)+sqr(uh)))/(pow(phase,3)*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(0,2,4,2)=(4*pow<3,1>(M)*sqr(th)*(pow<3,1>(M2)*sqr(sh+uh)-sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh))-sqr(M2)*(sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))+M2*uh*(pow<3,1>(sh)+2*sqr(sh)*uh+3*sh*sqr(uh)+pow<3,1>(uh))))/(pow(phase,5)*sqrt(sh)*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(2,0,0,0)=(-4*pow<3,1>(M)*pow(phase,5)*sqr(th)*(pow<3,1>(M2)*sqr(sh+uh)-sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh))-sqr(M2)*(sh+uh)*(sqr(sh)+2*sh*uh+2*sqr(uh))+M2*uh*(pow<3,1>(sh)+2*sqr(sh)*uh+3*sh*sqr(uh)+pow<3,1>(uh))))/(sqrt(sh)*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(2,0,0,2)=(-4*pow<3,1>(M)*pow(phase,3)*sqr(sh)*sqrt(sh)*sqr(th)*(M2*sm+sqr(th)+sqr(uh)))/(pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(2,0,1,0)=(-2*M2*pow(phase,4)*th*(pow<3,1>(M2)*(sh+uh)*(4*sh+3*uh)-2*sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh))+M2*uh*(2*pow<3,1>(sh)+3*sqr(sh)*uh+7*sh*sqr(uh)+2*pow<3,1>(uh))-sqr(M2)*(4*pow<3,1>(sh)+9*sqr(sh)*uh+12*sh*sqr(uh)+5*pow<3,1>(uh))))/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,1,2)=(2*M2*sqr(phase)*sh*th*(sh*sqr(th)*(-sh+th)+sqr(M2)*(4*sqr(sh)+7*sh*th+sqr(th))-M2*(4*pow<3,1>(sh)+7*sqr(sh)*th+8*sh*sqr(th)+pow<3,1>(th))))/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,2,0)=(-2*sqrt(2./3.)*M*pow(phase,3)*sqrt(sh)*sqrt(th*uh)*(-(sh*sqr(uh)*(sqr(sh)+sh*uh+sqr(uh)))+pow<3,1>(M2)*(6*sqr(sh)+10*sh*uh+3*sqr(uh))+M2*uh*(pow<3,1>(sh)+5*sh*sqr(uh)+pow<3,1>(uh))-sqr(M2)*(6*pow<3,1>(sh)+11*sqr(sh)*uh+14*sh*sqr(uh)+4*pow<3,1>(uh))))/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,2,2)=(2*sqrt(2./3.)*M*phase*sqrt(sh)*(-(sh*sqr(th)*(sqr(sh)+sh*th+sqr(th)))+pow<3,1>(M2)*(6*sqr(sh)+10*sh*th+3*sqr(th))+M2*th*(pow<3,1>(sh)+5*sh*sqr(th)+pow<3,1>(th))-sqr(M2)*(6*pow<3,1>(sh)+11*sqr(sh)*th+14*sh*sqr(th)+4*pow<3,1>(th)))*sqrt(th*uh))/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,3,0)=(-2*M2*sqr(phase)*sh*uh*(sh*sqr(uh)*(-sh+uh)+sqr(M2)*(4*sqr(sh)+7*sh*uh+sqr(uh))-M2*(4*pow<3,1>(sh)+7*sqr(sh)*uh+8*sh*sqr(uh)+pow<3,1>(uh))))/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,3,2)=(2*M2*(pow<3,1>(M2)*(sh+th)*(4*sh+3*th)-2*sh*sqr(th)*(sqr(sh)+sh*th+sqr(th))+M2*th*(2*pow<3,1>(sh)+3*sqr(sh)*th+7*sh*sqr(th)+2*pow<3,1>(th))-sqr(M2)*(4*pow<3,1>(sh)+9*sqr(sh)*th+12*sh*sqr(th)+5*pow<3,1>(th)))*uh)/(pow<3,1>(sm)*sqr(tm)*sqr(um));
+ me(2,0,4,0)=(4*pow<3,1>(M)*phase*sqr(sh)*sqrt(sh)*sqr(uh)*(M2*sm+sqr(th)+sqr(uh)))/(pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(2,0,4,2)=(4*pow<3,1>(M)*(pow<3,1>(M2)*sqr(sh+th)-sh*sqr(th)*(sqr(sh)+sh*th+sqr(th))-sqr(M2)*(sh+th)*(sqr(sh)+2*sh*th+2*sqr(th))+M2*th*(pow<3,1>(sh)+2*sqr(sh)*th+3*sh*sqr(th)+pow<3,1>(th)))*sqr(uh))/(phase*sqrt(sh)*pow<3,1>(sm)*sqr(tm)*sqrt(th*uh)*sqr(um));
+ me(2,2,2,2)=(2*sqrt(2./3.)*M*sh*sqrt(sh)*sqrt(th*uh)*(sqr(sh)+sh*uh+uh*(-M2+uh)))/(phase*sm*sqr(tm)*sqr(um));
+ me(2,2,3,2)=(2*M2*sh*(th-uh)*(-2*sqr(sh)-sh*uh-sqr(uh)+M2*(sh+uh)))/(sqr(phase)*sm*sqr(tm)*sqr(um));
+ me(2,2,4,2)=(4*pow<3,1>(M)*(sqr(M2)*sm*sqr(th-uh)-pow<3,1>(M2)*th*uh+sm*(pow<4,1>(th)+pow<4,1>(uh))+M2*(2*pow<4,1>(th)+pow<3,1>(th)*uh-sqr(th)*sqr(uh)+th*pow<3,1>(uh)+2*pow<4,1>(uh))))/(pow(phase,3)*sqrt(sh)*sm*sqr(tm)*sqrt(th*uh)*sqr(um));
+ // test the average result
+ // double aver = me.average();
+ // double test = (16*M2*(12*pow<10,1>(M2)*pow<4,1>(tHat()+uHat())+2*sqr(tHat())*sqr(uHat())*sqr(tHat()+uHat())*pow<4,1>(sqr(tHat())+tHat()*uHat()+sqr(uHat()))-24*pow<9,1>(M2)*pow<3,1>(tHat()+uHat())*(3*sqr(tHat())+5*tHat()*uHat()+3*sqr(uHat()))+pow<8,1>(M2)*sqr(tHat()+uHat())*(204*pow<4,1>(tHat())+651*pow<3,1>(tHat())*uHat()+880*sqr(tHat())*sqr(uHat())+651*tHat()*pow<3,1>(uHat())+204*pow<4,1>(uHat()))-M2*tHat()*uHat()*(tHat()+uHat())*sqr(sqr(tHat())+tHat()*uHat()+sqr(uHat()))*(12*pow<6,1>(tHat())+48*pow<5,1>(tHat())*uHat()+43*pow<4,1>(tHat())*sqr(uHat())+6*pow<3,1>(tHat())*pow<3,1>(uHat())+43*sqr(tHat())*pow<4,1>(uHat())+48*tHat()*pow<5,1>(uHat())+12*pow<6,1>(uHat()))-pow<7,1>(M2)*(tHat()+uHat())*(360*pow<6,1>(tHat())+1635*pow<5,1>(tHat())*uHat()+3314*pow<4,1>(tHat())*sqr(uHat())+4114*pow<3,1>(tHat())*pow<3,1>(uHat())+3314*sqr(tHat())*pow<4,1>(uHat())+1635*tHat()*pow<5,1>(uHat())+360*pow<6,1>(uHat()))-pow<5,1>(M2)*(tHat()+uHat())*(360*pow<8,1>(tHat())+1914*pow<7,1>(tHat())*uHat()+4376*pow<6,1>(tHat())*sqr(uHat())+6271*pow<5,1>(tHat())*pow<3,1>(uHat())+6914*pow<4,1>(tHat())*pow<4,1>(uHat())+6271*pow<3,1>(tHat())*pow<5,1>(uHat())+4376*sqr(tHat())*pow<6,1>(uHat())+1914*tHat()*pow<7,1>(uHat())+360*pow<8,1>(uHat()))+pow<6,1>(M2)*(432*pow<8,1>(tHat())+2526*pow<7,1>(tHat())*uHat()+6652*pow<6,1>(tHat())*sqr(uHat())+10877*pow<5,1>(tHat())*pow<3,1>(uHat())+12640*pow<4,1>(tHat())*pow<4,1>(uHat())+10877*pow<3,1>(tHat())*pow<5,1>(uHat())+6652*sqr(tHat())*pow<6,1>(uHat())+2526*tHat()*pow<7,1>(uHat())+432*pow<8,1>(uHat()))-pow<3,1>(M2)*(tHat()+uHat())*(72*pow<10,1>(tHat())+543*pow<9,1>(tHat())*uHat()+1542*pow<8,1>(tHat())*sqr(uHat())+2336*pow<7,1>(tHat())*pow<3,1>(uHat())+2412*pow<6,1>(tHat())*pow<4,1>(uHat())+2266*pow<5,1>(tHat())*pow<5,1>(uHat())+2412*pow<4,1>(tHat())*pow<6,1>(uHat())+2336*pow<3,1>(tHat())*pow<7,1>(uHat())+1542*sqr(tHat())*pow<8,1>(uHat())+543*tHat()*pow<9,1>(uHat())+72*pow<10,1>(uHat()))+pow<4,1>(M2)*(204*pow<10,1>(tHat())+1455*pow<9,1>(tHat())*uHat()+4328*pow<8,1>(tHat())*sqr(uHat())+7504*pow<7,1>(tHat())*pow<3,1>(uHat())+9232*pow<6,1>(tHat())*pow<4,1>(uHat())+9614*pow<5,1>(tHat())*pow<5,1>(uHat())+9232*pow<4,1>(tHat())*pow<6,1>(uHat())+7504*pow<3,1>(tHat())*pow<7,1>(uHat())+4328*sqr(tHat())*pow<8,1>(uHat())+1455*tHat()*pow<9,1>(uHat())+204*pow<10,1>(uHat()))+sqr(M2)*(12*pow<12,1>(tHat())+144*pow<11,1>(tHat())*uHat()+616*pow<10,1>(tHat())*sqr(uHat())+1345*pow<9,1>(tHat())*pow<3,1>(uHat())+1824*pow<8,1>(tHat())*pow<4,1>(uHat())+1806*pow<7,1>(tHat())*pow<5,1>(uHat())+1688*pow<6,1>(tHat())*pow<6,1>(uHat())+1806*pow<5,1>(tHat())*pow<7,1>(uHat())+1824*pow<4,1>(tHat())*pow<8,1>(uHat())+1345*pow<3,1>(tHat())*pow<9,1>(uHat())+616*sqr(tHat())*pow<10,1>(uHat())+144*tHat()*pow<11,1>(uHat())+12*pow<12,1>(uHat()))))/(3.*sHat()*pow<4,1>(M2-tHat())*tHat()*pow<4,1>(M2-uHat())*uHat()*pow<4,1>(tHat()+uHat()));
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ }
+ // g qbar -> 3P2 qbar
+ else if(hard[1]->id()<0) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<SpinorWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ SpinorWaveFunction( q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(2.*sqrt(2)*sqr(phase)*sqrt(-th)*uh)/pow<3,1>(M);
+ me(0,0,1,0)=(2.*sqrt(2)*phase*sh*th*sqrt(-(uh/sh)))/sqr(M2);
+ me(0,0,2,0)=(2.*sh*sqrt(-th)*th)/(sqrt(3)*pow<5,1>(M));
+ me(0,1,0,1)=(-2.*sqrt(2)*sh*sqrt(-th)*sqr(uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(0,1,1,1)=(-2.*sqrt(2)*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*phase*sqr(th+uh));
+ me(0,1,2,1)=(2.*(sqr(M2)+4*M2*sh+sqr(sh))*(-th)*sqrt(-th)*uh)/(sqrt(3)*pow<5,1>(M)*sqr(phase)*sqr(th+uh));
+ me(0,1,3,1)=(-2.*sqrt(2)*(M2+sh)*sqr(th)*sqrt(-(sh*uh)))/(sqr(M2)*pow(phase,3)*sqr(th+uh));
+ me(0,1,4,1)=(-2.*sqrt(2)*sh*sqr(th)*sqrt(-th))/(pow<3,1>(M)*pow(phase,4)*sqr(th+uh));
+ me(2,0,0,0)=(2.*sqrt(2)*pow(phase,4)*sh*sqr(th)*sqrt(-th))/(pow<3,1>(M)*sqr(th+uh));
+ me(2,0,1,0)=(-2.*sqrt(2)*pow(phase,3)*(M2+sh)*sqr(th)*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(2,0,2,0)=(2.*sqr(phase)*(sqr(M2)+4*M2*sh+sqr(sh))*sqrt(-th)*th*uh)/(sqrt(3)*pow<5,1>(M)*sqr(th+uh));
+ me(2,0,3,0)=(-2.*sqrt(2)*phase*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(2,0,4,0)=(2.*sqrt(2)*sh*sqrt(-th)*sqr(uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(2,1,2,1)=(2.*sh*(-th)*sqrt(-th))/(sqrt(3)*pow<5,1>(M));
+ me(2,1,3,1)=(2.*sqrt(2)*sh*th*sqrt(-(uh/sh)))/(sqr(M2)*phase);
+ me(2,1,4,1)=(-2.*sqrt(2)*sqrt(-th)*uh)/(pow<3,1>(M)*sqr(phase));
+ }
+ else {
+ me(0,0,0,0)=(-2.*sqrt(2)*pow(phase,3)*sqrt(-tHat())*uHat())/pow<3,1>(M);
+ me(0,0,1,0)=(-2.*sqrt(2)*sqr(phase)*sqr(M2-sHat())*tHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ me(0,0,2,0)=(2.*phase*sqr(M2-sHat())*sHat()*(-tHat())*sqrt(-tHat()))/(sqrt(3)*pow<5,1>(M)*sqr(tHat()+uHat()));
+ me(0,1,0,1)=(-2.*sqrt(2)*pow(phase,3)*sqrt(-tHat())*sqr(uHat())*(-M2+tHat()+uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ me(0,1,1,1)=(2.*sqrt(2)*sqr(phase)*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(tHat()+uHat()));
+ me(0,1,2,1)=(2.*phase*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*sqrt(-tHat())*tHat()*uHat())/(sqrt(3)*pow<5,1>(M)*sqr(tHat()+uHat()));
+ me(0,1,3,1)=(-2.*sqrt(2)*sqr(tHat())*sqrt(-(uHat()/((M2-sHat())*sHat()*(tHat()+uHat()))))*(sqr(M2)+sqr(sHat())-M2*(tHat()+uHat())))/(sqr(M2)*(tHat()+uHat()));
+ me(0,1,4,1)=(-2.*sqrt(2)*sqr(tHat())*sqrt(-tHat())*(-M2+tHat()+uHat()))/(pow<3,1>(M)*phase*sqr(tHat()+uHat()));
+ me(2,0,0,0)=(2.*sqrt(2)*phase*sqr(tHat())*sqrt(-tHat())*(-M2+tHat()+uHat()))/(pow<3,1>(M)*sqr(tHat()+uHat()));
+ me(2,0,1,0)=(-2.*sqrt(2)*sqr(tHat())*sqrt(-(uHat()/((M2-sHat())*sHat()*(tHat()+uHat()))))*(sqr(M2)+sqr(sHat())-M2*(tHat()+uHat())))/(sqr(M2)*(tHat()+uHat()));
+ me(2,0,2,0)=(2.*(sqr(M2)+4*M2*sHat()+sqr(sHat()))*(-tHat())*sqrt(-tHat())*uHat())/(sqrt(3)*pow<5,1>(M)*phase*sqr(tHat()+uHat()));
+ me(2,0,3,0)=(2.*sqrt(2)*(M2+sHat())*tHat()*uHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(phase)*sqr(tHat()+uHat()));
+ me(2,0,4,0)=(2.*sqrt(2)*sqrt(-tHat())*sqr(uHat())*(-M2+tHat()+uHat()))/(pow<3,1>(M)*pow(phase,3)*sqr(tHat()+uHat()));
+ me(2,1,2,1)=(2.*sqr(M2-sHat())*sHat()*sqrt(-tHat())*tHat())/(sqrt(3)*pow<5,1>(M)*phase*sqr(tHat()+uHat()));
+ me(2,1,3,1)=(-2.*sqrt(2)*sqr(M2-sHat())*tHat()*sqrt(-(sHat()*uHat())))/(sqr(M2)*sqr(phase)*sqr(tHat()+uHat()));
+ me(2,1,4,1)=(2.*sqrt(2)*sqrt(-tHat())*uHat())/(pow<3,1>(M)*pow(phase,3));
+ }
+ // Helicity code version
+ for(unsigned int ih2=0;ih2<2;++ih2) {
+ for(unsigned int ih4=0;ih4<2;++ih4) {
+ LorentzPolarizationVectorE fCurrent = q4[ih4].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ for(unsigned int ih3=0;ih3<5;++ih3) {
+ auto vfPre = t3[ih3].wave().preDot(fCurrent);
+ auto vfPost = t3[ih3].wave().postDot(fCurrent);
+ auto vp1Pre = t3[ih3].wave().preDot(hard[0]->momentum());
+ auto vp1Post = t3[ih3].wave().postDot(hard[0]->momentum());
+ complex<Energy2> d11 = vp1Pre*hard[0]->momentum();
+ for(unsigned int ih1=0;ih1<2;++ih1) {
+ complex<Energy> d3=hard[2]->momentum()*g1[ih1].wave();
+ Complex amp =-1./sqr(M2)/M*(-2.*M2*(vfPre*hard[0]->momentum()*d3 + th*vfPre*g1[ih1].wave()
+ +2.*d11*(fCurrent*g1[ih1].wave()))
+ +(fCurrent*hard[2]->momentum())*(2.*(M2+th)*(vp1Pre*g1[ih1].wave())
+ -2.*(th-M2)*(vp1Post*g1[ih1].wave()))
+ -(th+M2)*((th-M2)*(vfPost*g1[ih1].wave())+2.*vfPost*hard[0]->momentum()*d3)
+ +sqr(M2)*(vfPre*g1[ih1].wave())+th*(2.*(vfPre*hard[0]->momentum())*d3+th*vfPre*g1[ih1].wave())
+ );
+ double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ }
+ }
+ }
+ }
+ }
+ // g q -> 3P2 q
+ else if(hard[1]->id()<6) {
+ vector<VectorWaveFunction> g1;
+ vector<SpinorWaveFunction> q2;
+ vector<SpinorBarWaveFunction> q4;
+ VectorWaveFunction( g1,hard[0],incoming,false,true,true,vector_phase);
+ SpinorWaveFunction( q2,hard[1],incoming,false,true);
+ SpinorBarWaveFunction(q4,hard[3],outgoing,true ,true);
+ g1[1]=g1[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin2,PDT::Spin1Half);
+ if(!swapped) {
+ me(0,0,0,0)=(-2.*sqrt(2)*sqr(phase)*sqrt(-th)*uh)/pow<3,1>(M);
+ me(0,0,1,0)=(-2.*sqrt(2)*phase*sh*th*sqrt(-(uh/sh)))/sqr(M2);
+ me(0,0,2,0)=(2.*sh*(-th)*sqrt(-th))/(sqrt(3)*pow<5,1>(M));
+ me(0,1,0,1)=(2.*sqrt(2)*sh*sqrt(-th)*sqr(uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(0,1,1,1)=(2.*sqrt(2)*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*phase*sqr(th+uh));
+ me(0,1,2,1)=(2.*(sqr(M2)+4*M2*sh+sqr(sh))*sqrt(-th)*th*uh)/(sqrt(3)*pow<5,1>(M)*sqr(phase)*sqr(th+uh));
+ me(0,1,3,1)=(2.*sqrt(2)*(M2+sh)*sqr(th)*sqrt(-(sh*uh)))/(sqr(M2)*pow(phase,3)*sqr(th+uh));
+ me(0,1,4,1)=(2.*sqrt(2)*sh*sqr(th)*sqrt(-th))/(pow<3,1>(M)*pow(phase,4)*sqr(th+uh));
+ me(2,0,0,0)=(-2.*sqrt(2)*pow(phase,4)*sh*sqr(th)*sqrt(-th))/(pow<3,1>(M)*sqr(th+uh));
+ me(2,0,1,0)=(2.*sqrt(2)*pow(phase,3)*(M2+sh)*sqr(th)*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(2,0,2,0)=(2.*sqr(phase)*(sqr(M2)+4*M2*sh+sqr(sh))*(-th)*sqrt(-th)*uh)/(sqrt(3)*pow<5,1>(M)*sqr(th+uh));
+ me(2,0,3,0)=(2.*sqrt(2)*phase*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(2,0,4,0)=(-2.*sqrt(2)*sh*sqrt(-th)*sqr(uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(2,1,2,1)=(2.*sh*sqrt(-th)*th)/(sqrt(3)*pow<5,1>(M));
+ me(2,1,3,1)=(-2.*sqrt(2)*sh*th*sqrt(-(uh/sh)))/(sqr(M2)*phase);
+ me(2,1,4,1)=(2.*sqrt(2)*sqrt(-th)*uh)/(pow<3,1>(M)*sqr(phase));
+ }
+ else {
+ phase*=-1;
+ me(0,0,0,0)=(2.*sqrt(2)*pow(phase,3)*sqrt(-th)*uh)/pow<3,1>(M);
+ me(0,0,1,0)=(2.*sqrt(2)*sqr(phase)*sqr(M2-sh)*th*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(0,0,2,0)=(2.*phase*sqr(M2-sh)*sh*sqrt(-th)*th)/(sqrt(3)*pow<5,1>(M)*sqr(th+uh));
+ me(0,1,0,1)=(2.*sqrt(2)*pow(phase,3)*sqrt(-th)*sqr(uh)*(-M2+th+uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(0,1,1,1)=(-2.*sqrt(2)*sqr(phase)*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*sqr(th+uh));
+ me(0,1,2,1)=(2.*phase*(sqr(M2)+4*M2*sh+sqr(sh))*(-th)*sqrt(-th)*uh)/(sqrt(3)*pow<5,1>(M)*sqr(th+uh));
+ me(0,1,3,1)=(2.*sqrt(2)*sqr(th)*sqrt(-(uh/((M2-sh)*sh*(th+uh))))*(sqr(M2)+sqr(sh)-M2*(th+uh)))/(sqr(M2)*(th+uh));
+ me(0,1,4,1)=(2.*sqrt(2)*sqr(th)*sqrt(-th)*(-M2+th+uh))/(pow<3,1>(M)*phase*sqr(th+uh));
+ me(2,0,0,0)=(-2.*sqrt(2)*phase*sqr(th)*sqrt(-th)*(-M2+th+uh))/(pow<3,1>(M)*sqr(th+uh));
+ me(2,0,1,0)=(2.*sqrt(2)*sqr(th)*sqrt(-(uh/((M2-sh)*sh*(th+uh))))*(sqr(M2)+sqr(sh)-M2*(th+uh)))/(sqr(M2)*(th+uh));
+ me(2,0,2,0)=(2.*(sqr(M2)+4*M2*sh+sqr(sh))*sqrt(-th)*th*uh)/(sqrt(3)*pow<5,1>(M)*phase*sqr(th+uh));
+ me(2,0,3,0)=(-2.*sqrt(2)*(M2+sh)*th*uh*sqrt(-(sh*uh)))/(sqr(M2)*sqr(phase)*sqr(th+uh));
+ me(2,0,4,0)=(-2.*sqrt(2)*sqrt(-th)*sqr(uh)*(-M2+th+uh))/(pow<3,1>(M)*pow(phase,3)*sqr(th+uh));
+ me(2,1,2,1)=(2.*sqr(M2-sh)*sh*(-th)*sqrt(-th))/(sqrt(3)*pow<5,1>(M)*phase*sqr(th+uh));
+ me(2,1,3,1)=(2.*sqrt(2)*sqr(M2-sh)*th*sqrt(-(sh*uh)))/(sqr(M2)*sqr(phase)*sqr(th+uh));
+ me(2,1,4,1)=(-2.*sqrt(2)*sqrt(-th)*uh)/(pow<3,1>(M)*pow(phase,3));
+ }
+ // Helicity code version
+ // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // LorentzPolarizationVectorE fCurrent = q2[ih2].dimensionedWave().vectorCurrent(q4[ih4].dimensionedWave());
+ // for(unsigned int ih3=0;ih3<5;++ih3) {
+ // auto vfPre = t3[ih3].wave().preDot(fCurrent);
+ // auto vfPost = t3[ih3].wave().postDot(fCurrent);
+ // auto vp1Pre = t3[ih3].wave().preDot(hard[0]->momentum());
+ // auto vp1Post = t3[ih3].wave().postDot(hard[0]->momentum());
+ // complex<Energy2> d11 = vp1Pre*hard[0]->momentum();
+ // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // complex<Energy> d3=hard[2]->momentum()*g1[ih1].wave();
+ // Complex amp = 1./sqr(M2)/M*(-2.*M2*(vfPre*hard[0]->momentum()*d3 + th*vfPre*g1[ih1].wave()
+ // +2.*d11*(fCurrent*g1[ih1].wave()))
+ // +(fCurrent*hard[2]->momentum())*(2.*(M2+th)*(vp1Pre*g1[ih1].wave())
+ // -2.*(th-M2)*(vp1Post*g1[ih1].wave()))
+ // -(th+M2)*((th-M2)*(vfPost*g1[ih1].wave())+2.*vfPost*hard[0]->momentum()*d3)
+ // +sqr(M2)*(vfPre*g1[ih1].wave())+th*(2.*(vfPre*hard[0]->momentum())*d3+th*vfPre*g1[ih1].wave())
+ // );
+ // double test = norm(amp/me(2*ih1,ih2,ih3,ih4)-1.);
+ // if(norm(me(2*ih1,ih2,ih3,ih4))>1e-10 && test>1e-10)
+ // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih3 << " " << ih4 << " "
+ // << amp << " " << me(2*ih1,ih2,ih3,ih4) << " " << test << " " << amp/me(2*ih1,ih2,ih3,ih4) << "\n";
+ // }
+ // }
+ // }
+ // }
+ }
+ else
+ assert(false);
+ }
+ else if(hard[0]->id()==-hard[1]->id()) {
+ vector<SpinorWaveFunction> q1;
+ vector<SpinorBarWaveFunction> q2;
+ vector<VectorWaveFunction> g4;
+ SpinorWaveFunction( q1,hard[0],incoming,false,true);
+ SpinorBarWaveFunction(q2,hard[1],incoming,false,true);
+ VectorWaveFunction( g4,hard[3],outgoing,true,true,true,vector_phase);
+ g4[1]=g4[2];
+ // matrix element
+ me = ProductionMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin2,PDT::Spin1);
+ // if(!swapped) {
+ // me(0,1,0,0) = -sqrt(2.*sh)*th/M2/M;
+ // me(0,1,0,2) = -exp(Complex(0.,-2.*phi))*sqrt(2.*sh)*uh/M2/M;
+ // me(1,0,0,0) = exp(Complex(0., 2.*phi))*sqrt(2.*sh)*uh/M2/M;
+ // me(1,0,0,2) = sqrt(2.*sh)*th/M2/M;
+ // }
+ // else {
+ // me(0,1,0,0) = -double(sqrt(2.*sh)*th/M2/M)*exp(Complex(0., 2.*phi));
+ // me(0,1,0,2) = sqrt(2.*sh)*uh/M2/M;
+ // me(1,0,0,0) = -sqrt(2.*sh)*uh/M2/M;
+ // me(1,0,0,2) = -double(sqrt(2.*sh)*th/M2/M)*exp(Complex(0.,-2.*phi));
+ // }
+ // // Helicity code version
+ // // for(unsigned int ih1=0;ih1<2;++ih1) {
+ // // for(unsigned int ih2=0;ih2<2;++ih2) {
+ // // LorentzPolarizationVectorE fCurrent = q1[ih1].dimensionedWave().vectorCurrent(q2[ih2].dimensionedWave());
+ // // for(unsigned int ih4=0;ih4<2;++ih4) {
+ // // Complex amp = ((sh-M2)*(fCurrent*g4[ih4].wave())-2.*(hard[2]->momentum()*g4[ih4].wave())*(fCurrent*hard[3]->momentum()))/M2/M;
+ // // if(norm(me(ih1,ih2,0,2*ih4))>1e-10)
+ // // cerr << "testing in hel loop B " << ih1 << " " << ih2 << " " << ih4 << " "
+ // // << amp << " " << me(ih1,ih2,0,2*ih4) << " " << amp/me(ih1,ih2,0,2*ih4)
+ // // << " " << norm(amp/me(ih1,ih2,0,2*ih4)) << "\n";
+ // // }
+ // // }
+ // // }
+ }
+ else
+ assert(false);
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3P2Jet.h b/MatrixElement/Onium/MEPPto3P2Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3P2Jet.h
@@ -0,0 +1,197 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3P2Jet_H
+#define Herwig_MEPPto3P2Jet_H
+//
+// This is the declaration of the MEPPto3P2Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3P2Jet class implements the colour singlet processes for
+ * \f$gq\to^3\!\!P_2 q\f$, \f$q\bar{q}\to^3\!\!P_2 g\f$ and
+ * \f$gg\to^3\!\!P_2 g\f$.
+ *
+ * @see \ref MEPPto3P2JetInterfaces "The interfaces"
+ * defined for MEPPto3P2Jet.
+ */
+class MEPPto3P2Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3P2Jet() : O1_(ZERO), state_(ccbar), n_(1), process_(0), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3P2Jet & operator=(const MEPPto3P2Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy5 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Which processes to generate
+ */
+ unsigned int process_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3P2Jet_H */
diff --git a/MatrixElement/Onium/MEPPto3S1Jet.cc b/MatrixElement/Onium/MEPPto3S1Jet.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3S1Jet.cc
@@ -0,0 +1,224 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the MEPPto3S1Jet class.
+//
+
+#include "MEPPto3S1Jet.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/EnumParticles.h"
+#include "ThePEG/MatrixElement/Tree2toNDiagram.h"
+#include "ThePEG/Utilities/EnumIO.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
+#include "Herwig/MatrixElement/ProductionMatrixElement.h"
+#include "Herwig/MatrixElement/HardVertex.h"
+
+using namespace Herwig;
+
+void MEPPto3S1Jet::doinit() {
+ HwMEBase::doinit();
+ // get the non-perturbative ME
+ O1_ = params_->singletMEProduction<0>(state_,n_,1,1);
+ // set the mass option
+ massOption(vector<unsigned int>({mOpt_+1,0}));
+}
+
+IBPtr MEPPto3S1Jet::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr MEPPto3S1Jet::fullclone() const {
+ return new_ptr(*this);
+}
+
+void MEPPto3S1Jet::persistentOutput(PersistentOStream & os) const {
+ os << params_ << ounit(O1_,GeV*GeV2) << oenum(state_) << n_ << mOpt_;
+}
+
+void MEPPto3S1Jet::persistentInput(PersistentIStream & is, int) {
+ is >> params_ >> iunit(O1_,GeV*GeV2) >> ienum(state_) >> n_ >> mOpt_;
+}
+
+//The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<MEPPto3S1Jet,HwMEBase>
+describeHerwigMEPPto3S1Jet("Herwig::MEPPto3S1Jet",
+ "HwOniumParameters.so HwMEHadronOnium.so");
+
+void MEPPto3S1Jet::Init() {
+
+ static ClassDocumentation<MEPPto3S1Jet> documentation
+ ("The MEPPto3S1Jet class implements the g g to 3S1 g processes");
+
+ static Reference<MEPPto3S1Jet,OniumParameters> interfaceParameters
+ ("Parameters",
+ "Quarkonium parameters",
+ &MEPPto3S1Jet::params_, false, false, true, false, false);
+
+ static Switch<MEPPto3S1Jet,OniumState> interfaceState
+ ("State",
+ "The type of onium state",
+ &MEPPto3S1Jet::state_, ccbar, false, false);
+ static SwitchOption interfaceStateccbar
+ (interfaceState,
+ "ccbar",
+ "Charmonium state",
+ ccbar);
+ static SwitchOption interfaceStatebbbar
+ (interfaceState,
+ "bbbar",
+ "Bottomonium state",
+ bbbar);
+
+ static Parameter<MEPPto3S1Jet,unsigned int> interfacePrincipalQuantumNumber
+ ("PrincipalQuantumNumber",
+ "The principle quantum number of the states",
+ &MEPPto3S1Jet::n_, 1, 1, 10,
+ false, false, Interface::limited);
+
+ static Switch<MEPPto3S1Jet,unsigned int> interfaceMassOption
+ ("MassOption",
+ "Mass of the treatment of the 3S1 mass",
+ &MEPPto3S1Jet::mOpt_, 0, false, false);
+ static SwitchOption interfaceMassOptionOnShell
+ (interfaceMassOption,
+ "OnShell",
+ "Use the on-shell mass",
+ 0);
+ static SwitchOption interfaceMassOptionOffShell
+ (interfaceMassOption,
+ "OffShell",
+ "Use an off-shell mass generated by the MassGenerator object for the 3S1 state.",
+ 1);
+}
+
+void MEPPto3S1Jet::getDiagrams() const {
+ // construct the meson PDG code from quark ids
+ unsigned int iq = 4+state_;
+ tcPDPtr ps = getParticleData(long(iq*110+3 + (n_-1)*100000));
+ tcPDPtr g = getParticleData(ParticleID::g);
+ add(new_ptr((Tree2toNDiagram(2), g, g, 1, ps, 1, g , -1)));
+}
+
+Selector<MEBase::DiagramIndex>
+MEPPto3S1Jet::diagrams(const DiagramVector & diags) const {
+ Selector<DiagramIndex> sel;
+ for ( DiagramIndex i = 0; i < diags.size(); ++i )
+ if ( diags[i]->id() == -1 ) sel.insert(1.0, i);
+ return sel;
+}
+
+Selector<const ColourLines *>
+MEPPto3S1Jet::colourGeometries(tcDiagPtr ) const {
+ static ColourLines c1("1 -2, 2 4, -1 -4");
+ static ColourLines c2("1 4, -4 -2, 2 -1");
+ Selector<const ColourLines *> sel;
+ sel.insert(0.5, &c1);
+ sel.insert(0.5, &c2);
+ return sel;
+}
+
+Energy2 MEPPto3S1Jet::scale() const {
+ return sHat();
+}
+
+double MEPPto3S1Jet::me2() const {
+ Energy M = meMomenta()[2].mass();
+ Energy2 M2=sqr(M);
+ Energy4 um(sqr(uHat()-M2)),tm(sqr(tHat()-M2)),sm(sqr(sHat()-M2));
+ double output = 160./81.*pow(Constants::pi*standardModel()->alphaS(scale()),3)*M*O1_*
+ (sqr(sHat())*sm+sqr(tHat())*tm+sqr(uHat())*um)/(sm*tm*um);
+ // test vs NPB 291 731
+ // Energy3 R02 = params_->radialWaveFunctionSquared(state_,n_);
+ // double test = 16.*Constants::pi*sqr(sHat())*
+ // 5*Constants::pi*pow(standardModel()->alphaS(scale()),3)*R02*M/9./sqr(sHat())*
+ // (sqr(sHat()/(tHat()-M2)/(uHat()-M2))+sqr(tHat()/(sHat()-M2)/(uHat()-M2))+sqr(uHat()/(sHat()-M2)/(tHat()-M2)));
+ // cerr << "testing matrix element " << output << " " << test << " "
+ // << (output-test)/(output+test) << " " << output/test << "\n";
+ return output;
+}
+
+
+void MEPPto3S1Jet::constructVertex(tSubProPtr sub) {
+ using namespace ThePEG::Helicity;
+ // extract the particles in the hard process
+ // only one order
+ ParticleVector hard;
+ hard.reserve(4);
+ hard.push_back(sub->incoming().first);
+ hard.push_back(sub->incoming().second);
+ hard.push_back(sub->outgoing()[0]);
+ hard.push_back(sub->outgoing()[1]);
+ // boost to partonic CMS
+ Lorentz5Momentum pcms = hard[0]->momentum()+hard[1]->momentum();
+ LorentzRotation boost(-pcms.boostVector());
+ for(PPtr part : hard) part->transform(boost);
+ // set the wavefunctions
+ vector<VectorWaveFunction> g1,g2,psi,g4;
+ VectorWaveFunction( g1,hard[0],incoming,false, true,true,vector_phase);
+ VectorWaveFunction( g2,hard[1],incoming,false, true,true,vector_phase);
+ VectorWaveFunction(psi,hard[2],outgoing,true ,false,true,vector_phase);
+ VectorWaveFunction( g4,hard[3],outgoing,true , true,true,vector_phase);
+ // extract kinematic variables
+ Energy M = hard[2]->mass();
+ Energy2 M2 = sqr(hard[2]->mass());
+ double phi = hard[2]->momentum().phi();
+ Energy2 sh = (hard[0]->momentum()+hard[1]->momentum()).m2();
+ Energy2 th = (hard[0]->momentum()-hard[2]->momentum()).m2();
+ Energy2 uh = (hard[0]->momentum()-hard[3]->momentum()).m2();
+ Energy2 um(uh-M2),tm(th-M2),sm(sh-M2);
+ Complex phase = exp(Complex(0.,phi));
+ Energy rstu = sqrt(th*uh/sh);
+ // calculate the matrix element
+ ProductionMatrixElement me(PDT::Spin1,PDT::Spin1,PDT::Spin1,PDT::Spin1);
+ me(0,0,0,0)=(2.*sqr(phase)*sqr(sh))/(tm*um);
+ me(0,0,0,2)=0;
+ me(0,0,1,0)=0;
+ me(0,0,1,2)=0;
+ me(0,0,2,0)=0;
+ me(0,0,2,2)=0;
+ me(0,2,0,0)=2.*M2*sh*th*uh/(sqr(sm)*tm*um);
+ me(0,2,0,2)=(2.*sqr(sh)*sqr(uh))/(sqr(phase)*sqr(sm)*tm*um);
+ me(0,2,1,0)=(-2.*sqrt(2)*M*rstu*sqr(sh)*th)/(phase*sqr(sm)*tm*um);
+ me(0,2,1,2)=(-2.*sqrt(2)*M*rstu*sqr(sh)*uh)/(pow(phase,3)*sqr(sm)*tm*um);
+ me(0,2,2,0)=(2.*sqr(sh)*sqr(th))/(sqr(phase)*sqr(sm)*tm*um);
+ me(0,2,2,2)=(2.*M2*sh*th*uh)/(pow(phase,4)*sqr(sm)*tm*um);
+ me(2,0,0,0)=(2.*M2*pow(phase,4)*sh*th*uh)/(sqr(sm)*tm*um);
+ me(2,0,0,2)=(2.*sqr(phase)*sqr(sh)*sqr(th))/(sqr(sm)*tm*um);
+ me(2,0,1,0)=(2.*sqrt(2)*M*pow(phase,3)*rstu*sqr(sh)*uh)/(sqr(sm)*tm*um);
+ me(2,0,1,2)=(2.*sqrt(2)*M*phase*rstu*sqr(sh)*th)/(sqr(sm)*tm*um);
+ me(2,0,2,0)=(2.*sqr(phase)*sqr(sh)*sqr(uh))/(sqr(sm)*tm*um);
+ me(2,0,2,2)=(2.*M2*sh*th*uh)/(sqr(sm)*tm*um);
+ me(2,2,0,0)=0;
+ me(2,2,0,2)=0;
+ me(2,2,1,0)=0;
+ me(2,2,1,2)=0;
+ me(2,2,2,0)=0;
+ me(2,2,2,2)=(2.*sqr(sh))/(sqr(phase)*tm*um);
+ // test the spin averaged result
+ // double test = 8.*sqr(sh)*(sqr(sh*sm)+sqr(th*tm)+sqr(uh*um))/sqr(sm*tm*um);
+ // double aver = me.average();
+ // cerr << "testing spin correlations " << test << " " << me.average() << " "
+ // << abs(test-aver)/(test+aver) << "\n";
+ // construct the vertex
+ HardVertexPtr hardvertex = new_ptr(HardVertex());
+ // // set the matrix element for the vertex
+ hardvertex->ME(me);
+ // set the pointers and to and from the vertex
+ for(unsigned int i = 0; i < hard.size(); ++i)
+ hard[i]->spinInfo()->productionVertex(hardvertex);
+ // boost back to lab
+ boost = LorentzRotation(pcms.boostVector());
+ for(PPtr part : hard)
+ part->transform(boost);
+}
diff --git a/MatrixElement/Onium/MEPPto3S1Jet.h b/MatrixElement/Onium/MEPPto3S1Jet.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/MEPPto3S1Jet.h
@@ -0,0 +1,191 @@
+// -*- C++ -*-
+#ifndef Herwig_MEPPto3S1Jet_H
+#define Herwig_MEPPto3S1Jet_H
+//
+// This is the declaration of the MEPPto3S1Jet class.
+//
+
+#include "Herwig/MatrixElement/HwMEBase.h"
+#include "OniumParameters.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The MEPPto3S1Jet class implements the colour singlet processes for
+ * \f$gg\to^3\!\!S_1 g\f$.
+ *
+ * @see \ref MEPPto3S1JetInterfaces "The interfaces"
+ * defined for MEPPto3S1Jet.
+ */
+class MEPPto3S1Jet: public HwMEBase {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ MEPPto3S1Jet(): O1_(ZERO), state_(ccbar), n_(1), mOpt_(0)
+ {}
+
+public:
+
+ /** @name Virtual functions required by the MEBase class. */
+ //@{
+ /**
+ * Return the order in \f$\alpha_S\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaS() const {
+ return 3;
+ }
+
+ /**
+ * Return the order in \f$\alpha_{EW}\f$ in which this matrix
+ * element is given.
+ */
+ virtual unsigned int orderInAlphaEW() const {
+ return 0;
+ }
+
+ /**
+ * The matrix element for the kinematical configuration
+ * previously provided by the last call to setKinematics(), suitably
+ * scaled by sHat() to give a dimension-less number.
+ * @return the matrix element scaled with sHat() to give a
+ * dimensionless number.
+ */
+ virtual double me2() const;
+
+ /**
+ * Return the scale associated with the last set phase space point.
+ */
+ virtual Energy2 scale() const;
+
+ /**
+ * Add all possible diagrams with the add() function.
+ */
+ virtual void getDiagrams() const;
+
+ /**
+ * Get diagram selector. With the information previously supplied with the
+ * setKinematics method, a derived class may optionally
+ * override this method to weight the given diagrams with their
+ * (although certainly not physical) relative probabilities.
+ * @param dv the diagrams to be weighted.
+ * @return a Selector relating the given diagrams to their weights.
+ */
+ virtual Selector<DiagramIndex> diagrams(const DiagramVector & dv) const;
+
+ /**
+ * Return a Selector with possible colour geometries for the selected
+ * diagram weighted by their relative probabilities.
+ * @param diag the diagram chosen.
+ * @return the possible colour geometries weighted by their
+ * relative probabilities.
+ */
+ virtual Selector<const ColourLines *>
+ colourGeometries(tcDiagPtr diag) const;
+
+ /**
+ * Construct the vertex of spin correlations.
+ */
+ virtual void constructVertex(tSubProPtr);
+ //@}
+
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ MEPPto3S1Jet & operator=(const MEPPto3S1Jet &) = delete;
+
+private:
+
+ /**
+ * Access to the parameters for the quarkonium states
+ */
+ OniumParametersPtr params_;
+
+ /**
+ * The \f$O_1\f$ colour-singlet coefficient
+ */
+ Energy3 O1_;
+
+ /**
+ * Type of state
+ */
+ OniumState state_;
+
+ /**
+ * Principal quantum number
+ */
+ unsigned int n_;
+
+ /**
+ * Option for the onium mass
+ */
+ unsigned int mOpt_;
+};
+
+}
+
+#endif /* Herwig_MEPPto3S1Jet_H */
diff --git a/MatrixElement/Onium/Makefile.am b/MatrixElement/Onium/Makefile.am
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/Makefile.am
@@ -0,0 +1,26 @@
+pkglib_LTLIBRARIES = HwMEHadronOnium.la HwMEGammaGammaOnium.la HwOniumParameters.la
+
+HwMEHadronOnium_la_SOURCES = \
+MEGGto1S0.h MEGGto1S0.cc MEPPto1S0Jet.h MEPPto1S0Jet.cc \
+MEPPto3S1Jet.h MEPPto3S1Jet.cc \
+MEPPto1P1Jet.h MEPPto1P1Jet.cc \
+MEGGto3P0.h MEGGto3P0.cc MEPPto3P0Jet.h MEPPto3P0Jet.cc \
+MEPPto3P1Jet.h MEPPto3P1Jet.cc \
+MEGGto3P2.h MEGGto3P2.cc MEPPto3P2Jet.h MEPPto3P2Jet.cc \
+MEGGto1D2.h MEGGto1D2.cc MEPPto1D2Jet.h MEPPto1D2Jet.cc \
+MEPPto3D1Jet.h MEPPto3D1Jet.cc \
+MEPPto3D2Jet.h MEPPto3D2Jet.cc \
+MEPPto3D3Jet.h MEPPto3D3Jet.cc
+HwMEHadronOnium_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 1:0:0
+
+HwMEGammaGammaOnium_la_SOURCES = \
+GammaGamma2Onium1S0Amplitude.h GammaGamma2Onium1S0Amplitude.cc\
+GammaGamma2Onium3P0Amplitude.h GammaGamma2Onium3P0Amplitude.cc\
+GammaGamma2Onium3P2Amplitude.h GammaGamma2Onium3P2Amplitude.cc\
+GammaGamma2Onium1D2Amplitude.h GammaGamma2Onium1D2Amplitude.cc
+HwMEGammaGammaOnium_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 1:0:0
+
+
+HwOniumParameters_la_SOURCES = \
+OniumParameters.h OniumParameters.fh OniumParameters.cc
+HwOniumParameters_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 1:0:0
diff --git a/MatrixElement/Onium/OniumParameters.cc b/MatrixElement/Onium/OniumParameters.cc
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/OniumParameters.cc
@@ -0,0 +1,247 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the OniumParameters class.
+//
+
+#include "OniumParameters.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Command.h"
+#include "ThePEG/EventRecord/Particle.h"
+#include "ThePEG/Repository/UseRandom.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Utilities/StringUtils.h"
+
+using namespace Herwig;
+
+IBPtr OniumParameters::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr OniumParameters::fullclone() const {
+ return new_ptr(*this);
+}
+
+void OniumParameters::persistentOutput(PersistentOStream & os) const {
+ os << singletFromWaveFunction_ << ounit(R02_,GeV2*GeV)
+ << ounit(Rp02_,GeV2*GeV2*GeV) << ounit(Rpp02_,GeV2*GeV2*GeV2*GeV)
+ << ounit(O1_S_prod_,GeV2*GeV)
+ << ounit(O1_P_prod_,GeV2*GeV2*GeV) << ounit(O1_D_prod_,GeV2*GeV2*GeV2*GeV)
+ << ounit(O1_S_dec_,GeV2*GeV)
+ << ounit(O1_P_dec_,GeV2*GeV2*GeV) << ounit(O1_D_dec_,GeV2*GeV2*GeV2*GeV)
+ << ounit(O8_S_prod_,GeV2*GeV)
+ << singletTripletMixing_;
+}
+
+void OniumParameters::persistentInput(PersistentIStream & is, int) {
+ is >> singletFromWaveFunction_ >> iunit(R02_,GeV2*GeV)
+ >> iunit(Rp02_,GeV2*GeV2*GeV) >> iunit(Rpp02_,GeV2*GeV2*GeV2*GeV)
+ >> iunit(O1_S_prod_,GeV2*GeV)
+ >> iunit(O1_P_prod_,GeV2*GeV2*GeV) >> iunit(O1_D_prod_,GeV2*GeV2*GeV2*GeV)
+ >> iunit(O1_S_dec_,GeV2*GeV)
+ >> iunit(O1_P_dec_,GeV2*GeV2*GeV) >> iunit(O1_D_dec_,GeV2*GeV2*GeV2*GeV)
+ >> iunit(O8_S_prod_,GeV2*GeV)
+ >> singletTripletMixing_;
+}
+
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeClass<OniumParameters,Interfaced>
+describeHerwigOniumParameters("Herwig::OniumParameters", "HwOniumParameters.so");
+
+void OniumParameters::Init() {
+
+ static ClassDocumentation<OniumParameters> documentation
+ ("The OniumParameters class stores the parameters for quarkonium production");
+
+ static Command<OniumParameters> interfaceSetWaveFunction
+ ("SetWaveFunction",
+ "Set the value of the wavefunction, or its deriviatives at the origin",
+ &OniumParameters::setWaveFunction, false);
+
+ static Command<OniumParameters> interfaceSetSingletTripletMixing
+ ("SetSingletTripletMixing",
+ "Set the value of the singlet/triplet mixing for B_c states",
+ &OniumParameters::setSingletTripletMixing, false);
+
+ static Command<OniumParameters> interfaceSetOctetProductionMatrixElement
+ ("SetOctetProductionMatrixElement",
+ "Set the matrix element for the production of an octet state",
+ &OniumParameters::setOctetProductionMatrixElement, false);
+
+}
+
+string OniumParameters::setWaveFunction(string arg) {
+ // parse first bit of the string
+ string stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ // get the type of the wavefunction
+ OniumState type;
+ if(stype=="ccbar")
+ type=ccbar;
+ else if(stype=="bbbar")
+ type=bbbar;
+ else if(stype=="bcbar")
+ type=bcbar;
+ else if(stype=="cc")
+ type=cc;
+ else if(stype=="bb")
+ type=bb;
+ else if(stype=="bc")
+ type=bc;
+ else
+ return "Error: Invalid string for wave function type " + stype;
+ // get the principal quantum number and orbital AM quantum numbers
+ stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ if(stype.size()!=2)
+ return "Error: Invalid string for wave function level " + stype;
+ unsigned int n = stoi(stype);
+ // get the value
+ double value = stof(arg);
+ // now get the l value and set the wavefunction
+ if(stype[1]=='S') {
+ if(n>R02_[type].size()) R02_[type].resize(n,ZERO);
+ R02_[type][n-1] = value*GeV2*GeV;
+ }
+ else if(stype[1]=='P') {
+ if(n>Rp02_[type].size()) Rp02_[type].resize(n,ZERO);
+ Rp02_[type][n-1] = value*GeV2*GeV2*GeV;
+ }
+ else if(stype[1]=='D') {
+ if(n>Rpp02_[type].size()) Rpp02_[type].resize(n,ZERO);
+ Rpp02_[type][n-1] = value*GeV2*GeV2*GeV2*GeV;
+ }
+ else
+ return "Error: Invalid string for wave function l value " + stype;
+ // success
+ return "";
+}
+
+
+string OniumParameters::setSingletTripletMixing(string arg) {
+ // get the principal quantum number and orbital AM quantum numbers
+ string stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ if(stype.size()!=2)
+ return "Error: Invalid string for mixing level " + stype;
+ unsigned int n = stoi(stype);
+ if(n>singletTripletMixing_.size()) {
+ singletTripletMixing_.resize(n,vector<double>({0.,0.}));
+ }
+ // get the value
+ double value = stof(arg);
+ // now get the l value and set the wavefunction
+ if(stype[1]=='S')
+ return "No mixing for s-wave states";
+ else if(stype[1]=='P')
+ singletTripletMixing_[n-1][0] = value/180.*Constants::pi;
+ else if(stype[1]=='D')
+ singletTripletMixing_[n-1][1] = value/180.*Constants::pi;
+ else
+ return "Error: Invalid string for mixing l value " + stype;
+ // success
+ return "";
+}
+
+void OniumParameters::doinit() {
+ Interfaced::doinit();
+ if ( ! singletFromWaveFunction_ )
+ throw Exception() << "Only calculate of singlet elements ffrom wavefunction currently supported\n";
+ // s wave
+ for(unsigned int type=0;type<R02_.size();++type) {
+ if(O1_S_prod_[type].size()<R02_[type].size()) O1_S_prod_[type].resize(R02_[type].size(),{ZERO,ZERO});
+ if(O1_S_dec_ [type].size()<R02_[type].size()) O1_S_dec_ [type].resize(R02_[type].size(),{ZERO,ZERO});
+ for(unsigned int n=0;n<R02_[type].size();++n) {
+ Energy3 Odec = 1.5/Constants::pi*R02_[type][n];
+ O1_S_prod_[type][n][0] = Odec;
+ O1_S_prod_[type][n][1] = 3.*Odec;
+ O1_S_dec_ [type][n][0] = Odec;
+ O1_S_dec_ [type][n][1] = Odec;
+ }
+ }
+ // p wave
+ for(unsigned int type=0;type<Rp02_.size();++type) {
+ if(O1_P_prod_[type].size()<Rp02_[type].size()) O1_P_prod_[type].resize(Rp02_[type].size(),{ZERO,ZERO,ZERO,ZERO});
+ if(O1_P_dec_ [type].size()<Rp02_[type].size()) O1_P_dec_ [type].resize(Rp02_[type].size(),{ZERO,ZERO,ZERO,ZERO});
+ for(unsigned int n=0;n<Rp02_[type].size();++n) {
+ Energy5 Odec = 4.5/Constants::pi*Rp02_[type][n];
+ O1_P_prod_[type][n][0] = 3.*Odec;
+ O1_P_prod_[type][n][1] = Odec;
+ O1_P_prod_[type][n][2] = 3.*Odec;
+ O1_P_prod_[type][n][3] = 5.*Odec;
+ O1_P_dec_ [type][n][0] = Odec;
+ O1_P_dec_ [type][n][1] = Odec;
+ O1_P_dec_ [type][n][2] = Odec;
+ O1_P_dec_ [type][n][3] = Odec;
+ }
+ }
+ // d wave
+ for(unsigned int type=0;type<Rpp02_.size();++type) {
+ if(O1_D_prod_[type].size()<Rpp02_[type].size()) O1_D_prod_[type].resize(Rpp02_[type].size(),{ZERO,ZERO,ZERO,ZERO});
+ if(O1_D_dec_ [type].size()<Rpp02_[type].size()) O1_D_dec_ [type].resize(Rpp02_[type].size(),{ZERO,ZERO,ZERO,ZERO});
+ for(unsigned int n=0;n<Rpp02_[type].size();++n) {
+ Energy7 Odec = 3.75*3./Constants::pi*Rpp02_[type][n];
+ O1_D_prod_[type][n][0] = 5.*Odec;
+ O1_D_prod_[type][n][1] = 3.*Odec;
+ O1_D_prod_[type][n][2] = 5.*Odec;
+ O1_D_prod_[type][n][3] = 7.*Odec;
+ O1_D_dec_ [type][n][0] = Odec;
+ O1_D_dec_ [type][n][1] = Odec;
+ O1_D_dec_ [type][n][2] = Odec;
+ O1_D_dec_ [type][n][3] = Odec;
+ }
+ }
+}
+
+string OniumParameters::setOctetProductionMatrixElement(string arg) {
+ // parse first bit of the string
+ string stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ // get the type of the wavefunction
+ OniumState type;
+ if(stype=="ccbar")
+ type=ccbar;
+ else if(stype=="bbbar")
+ type=bbbar;
+ else
+ return "Error: Invalid string for wave function type " + stype;
+ // get the orbital AM and spin quantum numbers
+ stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ if(stype.size()!=3)
+ return "Error: Invalid string for spin and L quantum numbers " + stype;
+ unsigned int s = (stoi(stype)-1)/2;
+ unsigned int L=0;
+ if (stype[1]=='S') L=0;
+ else if(stype[1]=='P') L=1;
+ else if(stype[1]=='D') L=2;
+ else
+ return "Error: Invalid string for spin and L quantum numbers " + stype;
+ // get the pdg code and value
+ stype = StringUtils::car(arg);
+ arg = StringUtils::cdr(arg);
+ // get the pdg code
+ long pid = stoi(stype);
+ // get the value
+ double value = stof(arg);
+ // set the value
+ if(L==0) {
+ O8_S_prod_[type][s][pid] = value*GeV*GeV2;
+ }
+ else
+ return "Error: Invalid string for wave function l value " + stype;
+ // else if(stype[1]=='P') {
+ // if(n>Rp02_[type].size()) Rp02_[type].resize(n,ZERO);
+ // Rp02_[type][n-1] = value*GeV2*GeV2*GeV;
+ // }
+ // else if(stype[1]=='D') {
+ // if(n>Rpp02_[type].size()) Rpp02_[type].resize(n,ZERO);
+ // Rpp02_[type][n-1] = value*GeV2*GeV2*GeV2*GeV;
+ // }
+ // success
+ return "";
+}
diff --git a/MatrixElement/Onium/OniumParameters.fh b/MatrixElement/Onium/OniumParameters.fh
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/OniumParameters.fh
@@ -0,0 +1,18 @@
+// -*- C++ -*-
+//
+// This is the forward declaration of the OniumParameters class.
+//
+#ifndef Herwig_OniumParameters_FH
+#define Herwig_OniumParameters_FH
+
+#include "ThePEG/Config/ThePEG.h"
+
+namespace Herwig {
+
+class OniumParameters;
+
+ThePEG_DECLARE_POINTERS(Herwig::OniumParameters,OniumParametersPtr);
+
+}
+
+#endif
diff --git a/MatrixElement/Onium/OniumParameters.h b/MatrixElement/Onium/OniumParameters.h
new file mode 100644
--- /dev/null
+++ b/MatrixElement/Onium/OniumParameters.h
@@ -0,0 +1,351 @@
+// -*- C++ -*-
+#ifndef Herwig_OniumParameters_H
+#define Herwig_OniumParameters_H
+//
+// This is the declaration of the OniumParameters class.
+//
+
+#include "OniumParameters.fh"
+#include "ThePEG/Interface/Interfaced.h"
+#include <cassert>
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * Enum to define the type of onium state
+ */
+enum OniumState {ccbar=0,bbbar=1,bcbar=2,cc=3,bb=4,bc=5};
+
+/**
+ * The OniumParameters class stores the parameters for quarkonium production
+ *
+ * @see \ref OniumParametersInterfaces "The interfaces"
+ * defined for OniumParameters.
+ */
+class OniumParameters: public Interfaced {
+
+public:
+
+ /**
+ * The default constructor.
+ */
+ OniumParameters() : singletFromWaveFunction_(true),
+ R02_ (vector<vector<Energy3> >(6,vector<Energy3>())),
+ Rp02_ (vector<vector<Energy5> >(6,vector<Energy5>())),
+ Rpp02_(vector<vector<Energy7> >(6,vector<Energy7>())),
+ O1_S_prod_(vector<vector<vector<Energy3> > >(6,vector<vector<Energy3> >())),
+ O1_P_prod_(vector<vector<vector<Energy5> > >(6,vector<vector<Energy5> >())),
+ O1_D_prod_(vector<vector<vector<Energy7> > >(6,vector<vector<Energy7> >())),
+ O1_S_dec_ (vector<vector<vector<Energy3> > >(6,vector<vector<Energy3> >())),
+ O1_P_dec_ (vector<vector<vector<Energy5> > >(6,vector<vector<Energy5> >())),
+ O1_D_dec_ (vector<vector<vector<Energy7> > >(6,vector<vector<Energy7> >())),
+ O8_S_prod_(vector<vector<map<long,Energy3> > >(2,vector<map<long,Energy3> >(2)))
+ {}
+
+public:
+
+ // Get the singlet matrix element for onium decay
+ template <unsigned int L>
+ ThePEG::Qty<std::ratio<0,1>, std::ratio<3+2*L,1>, std::ratio<0,1>> inline
+ singletMEDecay(OniumState type,unsigned int n, unsigned int S, unsigned int J) const;
+
+ // Get the singlet matrix element for onium production
+ template <unsigned int L>
+ ThePEG::Qty<std::ratio<0,1>, std::ratio<3+2*L,1>, std::ratio<0,1>> inline
+ singletMEProduction(OniumState type,unsigned int n, unsigned int S, unsigned int J) const;
+
+ // Get the octet matrix element for onium production
+ template <unsigned int L>
+ ThePEG::Qty<std::ratio<0,1>, std::ratio<3+2*L,1>, std::ratio<0,1>> inline
+ octetMEProduction(OniumState type, unsigned int S, unsigned int J, long pid) const;
+
+ // Get \f$|R(0)|^2\f$ for s-wave states
+ Energy3 radialWaveFunctionSquared(OniumState type,unsigned int n) {
+ assert(R02_[type].size()>=n);
+ return R02_[type][n-1];
+ }
+
+ // Get \f$|R'(0)|^2\f$ for s-wave states
+ Energy5 firstDerivativeRadialWaveFunctionSquared(OniumState type,unsigned int n) const{
+ assert(Rp02_[type].size()>=n);
+ return Rp02_[type][n-1];
+ }
+
+ // Get \f$|R''(0)|^2\f$ for s-wave states
+ Energy7 secondDerivativeRadialWaveFunctionSquared(OniumState type,unsigned int n) const {
+ assert(Rpp02_[type].size()>=n);
+ return Rpp02_[type][n-1];
+ }
+
+ // Get the singlet-triplet mxing for \f$B_c\f$ states
+ double singletTripletMixing(unsigned int n, unsigned int l) const {
+ if(n>singletTripletMixing_.size()) return 0.;
+ else if(l>singletTripletMixing_[n-1].size()) return 0.;
+ else
+ return singletTripletMixing_[n-1][l-1];
+ }
+
+public:
+
+ /**
+ * Set the values of the wavefunction at the origin
+ */
+ string setWaveFunction(string arg);
+
+ /**
+ * Set the values of the octet production matrix elements
+ */
+ string setOctetProductionMatrixElement(string arg);
+
+ /**
+ * Set the values of the wavefunction at the origin
+ */
+ string setSingletTripletMixing(string arg);
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ OniumParameters & operator=(const OniumParameters &) = delete;
+
+private :
+
+ /**
+ * Calculate the singlet matrix elements from the wavefunctions
+ */
+ bool singletFromWaveFunction_;
+
+ /**
+ * Wavefunctions
+ */
+ //@{
+ /**
+ * \f$|R(0)|^2\f$ for the \f$s\f$-wave states
+ */
+ vector<vector<Energy3> > R02_;
+
+ /**
+ * \f$|R'(0)|^2\f$ for the \f$p\f$-wave states
+ */
+ vector<vector<Energy5> > Rp02_;
+
+ /**
+ * \f$|R''(0)|^2\f$ for the \f$d\f$-wave states
+ */
+ vector<vector<Energy7> > Rpp02_;
+ //@}
+
+ /**
+ * Singlet matrix elements production
+ */
+ //@{
+ /**
+ * \f$|R(0)|^2\f$ for the \f$s\f$-wave states
+ */
+ vector<vector<vector<Energy3> > > O1_S_prod_;
+
+ /**
+ * \f$|R'(0)|^2\f$ for the \f$p\f$-wave states
+ */
+ vector<vector<vector<Energy5 > > > O1_P_prod_;
+
+ /**
+ * \f$|R''(0)|^2\f$ for the \f$d\f$-wave states
+ */
+ vector<vector<vector<Energy7> > > O1_D_prod_;
+ //@}
+
+ /**
+ * Singlet matrix elements decay
+ */
+ //@{
+ /**
+ * \f$|R(0)|^2\f$ for the \f$s\f$-wave states
+ */
+ vector<vector<vector<Energy3> > > O1_S_dec_;
+
+ /**
+ * \f$|R'(0)|^2\f$ for the \f$p\f$-wave states
+ */
+ vector<vector<vector<Energy5 > > > O1_P_dec_;
+
+ /**
+ * \f$|R''(0)|^2\f$ for the \f$d\f$-wave states
+ */
+ vector<vector<vector<Energy7> > > O1_D_dec_;
+ //@}
+
+ /**
+ * Mixing for \f$B_c\f$ states
+ */
+ vector<vector<double> > singletTripletMixing_;
+
+ /**
+ * Octet matrix elements production
+ */
+ //@{
+ /**
+ * \f$O_8()\f$ for the \f$s\f$-wave states
+ */
+ vector<vector<map<long,Energy3> > > O8_S_prod_;
+
+ // /**
+ // * \f$|R'(0)|^2\f$ for the \f$p\f$-wave states
+ // */
+ // vector<vector<vector<Energy5 > > > O8_P_prod_;
+
+ // /**
+ // * \f$|R''(0)|^2\f$ for the \f$d\f$-wave states
+ // */
+ // vector<vector<vector<Energy7> > > O8_D_prod_;
+ //@}
+};
+
+// Get the singlet matrix element production
+// s-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<3,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEProduction<0>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_S_prod_[type].size()>=n);
+ assert(S==J && S<=1);
+ return O1_S_prod_[type][n-1][J];
+}
+// p-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<5,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEProduction<1>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_P_prod_[type].size()>=n);
+ assert(S<=1&&J<=2);
+ if(S==0) {
+ assert(J==1);
+ return O1_P_prod_[type][n-1][0];
+ }
+ else {
+ return O1_P_prod_[type][n-1][J+1];
+ }
+}
+// d-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<7,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEProduction<2>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_D_prod_[type].size()>=n);
+ assert(S<=1&&J>0&&J<=3);
+ if(S==0) {
+ assert(J==2);
+ return O1_D_prod_[type][n-1][0];
+ }
+ else {
+ return O1_D_prod_[type][n-1][J];
+ }
+}
+
+// Get the singlet matrix element decay
+// s-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<3,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEDecay<0>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_S_dec_[type].size()>=n);
+ assert(S==J && S<=1);
+ return O1_S_dec_[type][n-1][J];
+}
+// p-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<5,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEDecay<1>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_P_dec_[type].size()>=n);
+ assert(S<=1&&J<=2);
+ if(S==0) {
+ assert(J==1);
+ return O1_P_dec_[type][n-1][0];
+ }
+ else {
+ return O1_P_dec_[type][n-1][J+1];
+ }
+}
+// d-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<7,1>, std::ratio<0,1>>
+inline OniumParameters::singletMEDecay<2>(OniumState type, unsigned int n, unsigned int S, unsigned int J) const {
+ assert(O1_D_dec_[type].size()>=n);
+ assert(S<=1&&J>0&&J<=3);
+ if(S==0) {
+ assert(J==2);
+ return O1_D_dec_[type][n-1][0];
+ }
+ else {
+ return O1_D_dec_[type][n-1][J];
+ }
+}
+
+// Octet production matrix elements
+// s-wave
+template <>
+ThePEG::Qty<std::ratio<0,1>, std::ratio<3,1>, std::ratio<0,1>>
+inline OniumParameters::octetMEProduction<0>(OniumState type, unsigned int S, unsigned int J, long pid) const {
+ assert(S==J && S<=1);
+ map<long,Energy3>::const_iterator it = O8_S_prod_[type][S].find(pid);
+ assert(it!=O8_S_prod_[type][S].end());
+ return it->second;
+}
+}
+
+#endif /* Herwig_OniumParameters_H */
diff --git a/Models/Feynrules/python/ufo2herwig b/Models/Feynrules/python/ufo2herwig
--- a/Models/Feynrules/python/ufo2herwig
+++ b/Models/Feynrules/python/ufo2herwig
@@ -1,478 +1,625 @@
#! /usr/bin/env python
from __future__ import division
from __future__ import print_function
-import os, sys, pprint, argparse, re,copy
+import os, sys, pprint, argparse, re, copy, glob
from string import Template
+from os import path
# add path to the ufo conversion modules
modulepath = os.path.join("@PKGLIBDIR@",'python')
sys.path.append(modulepath)
-from ufo2peg import *
-
# set up the option parser for command line input
parser = argparse.ArgumentParser(
description='Create Herwig model files from Feynrules UFO input.'
)
parser.add_argument(
'ufodir',
metavar='UFO_directory',
help='the UFO model directory'
)
parser.add_argument(
'-v', '--verbose',
action="store_true",
help="print verbose output"
)
parser.add_argument(
'-n','--name',
default="FRModel",
help="set custom nametag for the model"
)
parser.add_argument(
'--ignore-skipped',
action="store_true",
help="ignore skipped vertices and produce output anyway"
)
parser.add_argument(
'--split-model',
action="store_true",
help="Split the model file into pieces to improve compilation for models with many parameters"
)
parser.add_argument(
'--no-generic-loop-vertices',
action="store_true",
help="Don't include the automatically generated generic loop vertices for h->gg and h->gamma gamma"
)
parser.add_argument(
'--include-generic',
action="store_true",
help="Include support for generic spin structures"
)
parser.add_argument(
'--use-Herwig-Higgs',
action="store_true",
help="Use the internal Herwig SM modeling and vertices for Higgs interactions, there may be sign issues but some UFO models have very minimal Higgs interactions"
)
parser.add_argument(
'--use-generic-for-tensors',
action="store_true",
help="Use the generic machinery for all tensor vertices (debugging only)"
)
parser.add_argument(
'--forbidden-particle-name',
action="append",
default=["eta","phi"],
help="Add particle names not allowed as names in UFO models to avoid conflicts with"+\
"Herwig internal particles, names will have _UFO appended"
)
parser.add_argument(
'--convert',
action="store_true",
default=False,
help="Convert the UFO model for python2 to python3 before loading it."
)
+parser.add_argument(
+ '--enable-bsm-shower',
+ action="store_true",
+ default=False,
+ help="Enable BSM parton shower in the build, integrating generalized splittings."
+)
+parser.add_argument(
+ '--allow-fcnc',
+ action="store_true",
+ default=False,
+ help="Allow parton shower splittings with FCNC."
+)
# get the arguments
args = parser.parse_args()
# convert model to python 3 if needed
+
+def convertToPython3(ufodir) :
+ # find all the python files
+ fNames=glob.glob(path.abspath(ufodir)+"/*.py")
+ mNames=[]
+ for i in range(0,len(fNames)) :
+ mNames.append(path.split(fNames[i])[-1].replace(".py",""))
+ # convert them
+ for fName in fNames :
+ convertFileToPython3(fName,mNames)
+
+def prepForConversion(ufodir) :
+ import os
+ path=os.path.abspath(ufodir)
+ if not os.path.isdir(path):
+ raise Exception( 'path to the UFO directory seems to be wrong!')
+ model_dir = path
+ text = open(os.path.join(model_dir, 'object_library.py')).read()
+ text = text.replace('.iteritems()', '.items()')
+ text = re.sub('raise (\w+)\s*,\s*["\']([^"]+)["\']','raise \g<1>("\g<2>")', text)
+ text = open(os.path.join(model_dir, 'object_library.py'),'w').write(text)
+ text = open(os.path.join(model_dir, '__init__.py')).read()
+ mod = False
+ to_check = ['object_library', 'function_library']
+ for lib in to_check:
+ if 'import %s' % lib in text:
+ continue
+ mod = True
+ text = "import %s \n" % lib + text
+ if mod:
+ open(os.path.join(model_dir, '__init__.py'),'w').write(text)
+
+def convertFileToPython3(fName,names) :
+ output=""
+ inFile=open(fName)
+ line=inFile.readline()
+ isInit = "__init__.py" in fName
+ tNames=[]
+ for val in names : tNames.append(val)
+ while line :
+ # iteritems -> items
+ line=line.replace("iteritems","items")
+ # fix imports
+ if("import" in line) :
+ for val in names :
+ if("import %s" %val in line) :
+ line=line.replace("import %s" %val,
+ "from . import %s" %val)
+ if(val in tNames) : tNames.remove(val)
+ if("from %s" %val in line) :
+ line=line.replace("from %s" %val,
+ "from .%s" %val)
+ # add brackets to print statements
+ if("print" in line) :
+ if line.strip()[0:5] == "print" :
+ line=line.strip("\n").replace("print","print(")+")\n"
+ output += line
+ line=inFile.readline()
+ inFile.close()
+ if(isInit) :
+ if "__init__" in tNames : tNames.remove("__init__")
+ temp=""
+ for val in tNames :
+ temp+= "from . import %s\n" % val
+ output = temp+output
+ with open(fName,'w') as dest:
+ dest.write(output)
+
if(args.convert) :
prepForConversion(args.ufodir)
convertToPython3(args.ufodir)
+
+def load_parameters(FR):
+ if os.path.isfile("FR_Parameters.py") :
+ os.remove("FR_Parameters.py")
+ file = open("FR_Parameters.py", "a")
+ header = \
+"""
+import cmath
+all_functions = []
+class Function(object):
+ def __init__(self, name, arguments, expression):
+ global all_functions
+ all_functions.append(self)
+
+ self.name = name
+ self.arguments = arguments
+ self.expr = expression
+ def __call__(self, *opt):
+ for i, arg in enumerate(self.arguments):
+ exec('%s = %s' % (arg, opt[i] ))
+ return eval(self.expr)
+complexconjugate = Function(name = 'complexconjugate',
+ arguments = ('z',),
+ expression = 'z.conjugate()')
+re = Function(name = 're',
+ arguments = ('z',),
+ expression = 'z.real')
+im = Function(name = 'im',
+ arguments = ('z',),
+ expression = 'z.imag')
+sec = Function(name = 'sec',
+ arguments = ('z',),
+ expression = '1./cmath.cos(z.real)')
+asec = Function(name = 'asec',
+ arguments = ('z',),
+ expression = 'cmath.acos(1./(z.real))')
+csc = Function(name = 'csc',
+ arguments = ('z',),
+ expression = '1./cmath.sin(z.real)')
+acsc = Function(name = 'acsc',
+ arguments = ('z',),
+ expression = 'cmath.asin(1./(z.real))')
+
+cot = Function(name = 'cot',
+ arguments = ('z',),
+ expression = '1./cmath.tan(z.real)')
+theta_function = Function(name = 'theta_function',
+ arguments = ('x','y','z'),
+ expression = 'y if x else z')
+cond = Function(name = 'cond',
+ arguments = ('condition','ExprTrue','ExprFalse'),
+ expression = '(ExprTrue if condition==0.0 else ExprFalse)')
+reglog = Function(name = 'reglog',
+ arguments = ('z'),
+ expression = '(0.0 if z==0.0 else cmath.log(z.real))')
+"""
+ file.write(header)
+ for par in FR.all_parameters :
+ name = par.name
+ value = par.value
+ file.write(name+" = "+str(value)+"\n")
+ file.close()
+ print("Successfully loaded model parameters. Please remember to execute this command again, in case the parameters are altered.")
+
# import the model
try :
import importlib,importlib.util
try :
path,mod = os.path.split(os.path.abspath(args.ufodir))
spec = importlib.util.spec_from_file_location(mod,os.path.join(os.path.abspath(args.ufodir),"__init__.py"))
FR = spec.loader.load_module()
+ load_parameters(FR)
except :
print ("Could not load the UFO python module.\n",
"This is usually because you are using python3 and the UFO model is in python2.\n",
"The --convert option can be used to try and convert it, but there is no guarantee.\n",
"As this modifies the model you should make sure you have a backup copy.\n")
quit()
except :
print ("Newer python import did not work, reverting to python 2 imp module")
import imp
path,mod = os.path.split(os.path.abspath(args.ufodir))
FR = imp.load_module(mod,*imp.find_module(mod,[path]))
+ load_parameters(FR)
##################################################
##################################################
+from ufo2peg import *
+
# get the Model name from the arguments
modelname = args.name
libname = modelname + '.so'
# define arrays and variables
#allplist = ""
parmdecls = []
parmgetters = []
parmconstr = []
doinit = []
paramstoreplace_ = []
paramstoreplace_expressions_ = []
# get external parameters for printing
parmsubs = dict( [ (p.name, p.value)
for p in FR.all_parameters
if p.nature == 'external' ] )
# evaluate python cmath
def evaluate(x):
import cmath
return eval(x,
{'sec':FR.function_library.sec,
'csc':FR.function_library.csc,
'cmath':cmath,
'complexconjugate':FR.function_library.complexconjugate,
'im':FR.function_library.im,
're':FR.function_library.re},
parmsubs)
-
## get internal params into arrays
internal = ( p for p in FR.all_parameters
if p.nature == 'internal' )
#paramstoreplaceEW_ = []
#paramstoreplaceEW_expressions_ = []
# calculate internal parameters
for p in internal:
parmsubs.update( { p.name : evaluate(p.value) } )
# if 'aS' in p.value and p.name != 'aS':
# paramstoreplace_.append(p.name)
# paramstoreplace_expressions_.append(p.value)
# if 'aEWM1' in p.value and p.name != 'aEWM1':
# paramstoreplaceEW_.append(p.name)
# paramstoreplaceEW_expressions_.append(p.value)
parmvalues=copy.copy(parmsubs)
# more arrays used for substitution in templates
paramsforstream = []
parmmodelconstr = []
# loop over parameters and fill in template stuff according to internal/external and complex/real
# WARNING: Complex external parameter input not tested!
if args.verbose:
print ('verbose mode on: printing all parameters')
print ('-'*60)
paramsstuff = ('name', 'expression', 'default value', 'nature')
pprint.pprint(paramsstuff)
interfacedecl_T = """\
static Parameter<{modelname}, {type}> interface{pname}
("{pname}",
"The interface for parameter {pname}",
&{modelname}::{pname}_, {value}, 0, 0,
false, false, Interface::nolimits);
"""
# sort out the couplings
couplingDefns = { "QED" : 99, "QCD" : 99 }
try :
for coupling in FR.all_orders:
name = coupling.name.upper()
couplingDefns[name]= coupling.expansion_order
except:
for coupling in FR.all_couplings:
for name,value in coupling.order.items():
if(name not in couplingDefns) :
couplingDefns[name]=99
# sort out the particles
massnames = {}
widthnames = {}
for particle in FR.all_particles:
# skip ghosts and goldstones
if(isGhost(particle) or isGoldstone(particle)) :
continue
if particle.mass != 'ZERO' and particle.mass.name != 'ZERO':
if(particle.mass in massnames) :
if(abs(particle.pdg_code) not in massnames[particle.mass]) :
massnames[particle.mass].append(abs(particle.pdg_code))
else :
massnames[particle.mass] = [abs(particle.pdg_code)]
if particle.width != 'ZERO' and particle.width.name != 'ZERO':
if(particle.width in widthnames) :
if(abs(particle.pdg_code) not in widthnames[particle.width]) :
widthnames[particle.width].append(abs(particle.pdg_code))
else :
widthnames[particle.width] = [abs(particle.pdg_code)]
interfaceDecls = []
modelparameters = {}
for p in FR.all_parameters:
value = parmsubs[p.name]
if p.type == 'real':
assert( value.imag < 1.0e-16 )
value = value.real
if p.nature == 'external':
if p not in massnames and p not in widthnames:
interfaceDecls.append(
interfacedecl_T.format(modelname=modelname,
pname=p.name,
value=value,
type=typemap(p.type))
)
else:
interfaceDecls.append('\n// no interface for %s. Use particle definition instead.\n' % p.name)
if hasattr(p,'lhablock'):
lhalabel = '{lhablock}_{lhacode}'.format( lhablock=p.lhablock.upper(), lhacode='_'.join(map(str,p.lhacode)) )
if p not in massnames and p not in widthnames:
parmmodelconstr.append('set %s:%s ${%s}' % (modelname, p.name, lhalabel))
else:
parmmodelconstr.append('# %s is taken from the particle setup' % p.name)
modelparameters[lhalabel] = value
parmsubs[p.name] = lhalabel
else:
if p not in massnames and p not in widthnames:
parmmodelconstr.append('set %s:%s %s' % (modelname, p.name, value))
else:
parmmodelconstr.append('# %s is taken from the particle setup' % p.name)
parmsubs[p.name] = value
if p not in massnames and p not in widthnames:
parmconstr.append('%s_(%s)' % (p.name, value))
else:
parmconstr.append('%s_()' % p.name)
else :
parmconstr.append('%s_()' % p.name)
parmsubs[p.name] = value
elif p.type == 'complex':
value = complex(value)
if p.nature == 'external':
parmconstr.append('%s_(%s,%s)' % (p.name, value.real, value.imag))
else :
parmconstr.append('%s_(%s,%s)' % (p.name, 0.,0.))
parmsubs[p.name] = value
else:
raise Exception('Unknown data type "%s".' % p.type)
parmdecls.append(' %s %s_;' % (typemap(p.type), p.name))
parmgetters.append(' %s %s() const { return %s_; }' % (typemap(p.type),p.name, p.name))
paramsforstream.append('%s_' % p.name)
expression, symbols = 'return %s_' % p.name, None
if p.nature != 'external':
expression, symbols = py2cpp(p.value)
text = add_brackets(expression, symbols)
text=text.replace('()()','()')
text=text.replace('sec()(','sec(')
text=text.replace('csc()(','csc(')
doinit.append(' %s_ = %s;' % (p.name, text) )
if(p.type == 'complex') :
doinit.append(' if(std::isnan(%s_.real()) || std::isnan(%s_.imag()) || std::isinf(%s_.real()) || std::isinf(%s_.imag())) {throw InitException() << "Calculated parameter %s is nan or inf in Feynrules model. Check your input parameters.";}' % (p.name,p.name,p.name,p.name,p.name) )
else :
doinit.append(' if(std::isnan(%s_) || std::isinf(%s_)) {throw InitException() << "Calculated parameter %s is nan or inf in Feynrules model. Check your input parameters.";}' % (p.name,p.name,p.name) )
if p in massnames:
for idCode in massnames[p] :
doinit.append(' resetMass(%s,%s_ * GeV);' % (idCode, p.name) )
if p in widthnames:
for idCode in widthnames[p] :
doinit.append(' getParticleData(%s)->width(%s_ * GeV);' % (idCode, p.name) )
doinit.append(' getParticleData(%s)->cTau (%s_ == 0.0 ? Length() : hbarc/(%s_*GeV));' % (idCode, p.name, p.name) )
doinit.append(' getParticleData(%s)->widthCut(10. * %s_ * GeV);' % (idCode, p.name) )
elif p.nature == 'external':
if p in massnames:
for idCode in massnames[p] :
doinit.append(' %s_ = getParticleData(%s)->mass() / GeV;' % (p.name, idCode) )
if p in widthnames:
for idCode in widthnames[p] :
doinit.append(' %s_ = getParticleData(%s)->width() / GeV;' % (p.name, idCode) )
if args.verbose:
pprint.pprint((p.name,p.value, value, p.nature))
pcwriter = ParamCardWriter(FR.all_parameters)
paramcard_output = '\n'.join(pcwriter.output)
### special treatment
# if p.name == 'aS':
# expression = '0.25 * sqr(strongCoupling(q2)) / Constants::pi'
# elif p.name == 'aEWM1':
# expression = '4.0 * Constants::pi / sqr(electroMagneticCoupling(q2))'
# elif p.name == 'Gf':
# expression = 'generator()->standardModel()->fermiConstant() * GeV2'
paramconstructor=': '
for ncount in range(0,len(parmconstr)) :
paramconstructor += parmconstr[ncount]
if(ncount != len(parmconstr) -1) :
paramconstructor += ','
if(ncount%5 == 0 ) :
paramconstructor += "\n"
paramout=""
paramin =""
for ncount in range(0,len(paramsforstream)) :
if(ncount !=0 ) :
paramout += "<< " + paramsforstream[ncount]
paramin += ">> " + paramsforstream[ncount]
else :
paramout += paramsforstream[ncount]
paramin += paramsforstream[ncount]
if(ncount%5 == 0 ) :
paramout += "\n"
paramin += "\n"
parmtextsubs = { 'parmgetters' : '\n'.join(parmgetters),
'parmdecls' : '\n'.join(parmdecls),
'parmconstr' : paramconstructor,
'getters' : '',
'decls' : '',
'addVertex' : '',
'doinit' : '\n'.join(doinit),
'ostream' : paramout,
'istream' : paramin ,
'refs' : '',
'parmextinter': ''.join(interfaceDecls),
'ModelName': modelname,
'calcfunctions': '',
'param_card_data': paramcard_output
}
##################################################
##################################################
##################################################
# set up the conversion of the vertices
vertexConverter = VertexConverter(FR,parmvalues,couplingDefns)
vertexConverter.readArgs(args)
# convert the vertices
vertexConverter.convert()
cdefs=""
couplingOrders=""
ncount=2
for name,value in couplingDefns.items() :
if(name=="QED") :
couplingOrders+=" setCouplings(\"%s\",make_pair(%s,%s));\n" %(name,1,value)
elif (name=="QCD") :
couplingOrders+=" setCouplings(\"%s\",make_pair(%s,%s));\n" %(name,2,value)
else :
ncount+=1
cdefs +=" const T %s = %s;\n" % (name,ncount)
couplingOrders+=" setCouplings(\"%s\",make_pair(%s,%s));\n" % (name,ncount,value)
# coupling definitions
couplingTemplate= """\
namespace ThePEG {{
namespace Helicity {{
namespace CouplingType {{
typedef unsigned T;
/**
* Enums for couplings
*/
{coup}
}}
}}
}}
"""
if(cdefs!="") :
cdefs = couplingTemplate.format(coup=cdefs)
parmtextsubs['couplings'] = cdefs
parmtextsubs['couplingOrders'] = couplingOrders
# particles
-plist, names = thepeg_particles(FR,parmsubs,modelname,modelparameters,args.forbidden_particle_name,args.use_Herwig_Higgs)
+plist, names = thepeg_particles(FR,parmsubs,modelname,modelparameters,args.forbidden_particle_name,\
+ args.use_Herwig_Higgs,args.enable_bsm_shower,args.allow_fcnc)
particlelist = [
"# insert HPConstructor:Outgoing 0 /Herwig/{n}/Particles/{p}".format(n=modelname,p=p)
for p in names
]
# make the first one active to have something runnable in the example .in file
particlelist[0] = particlelist[0][2:]
particlelist = '\n'.join(particlelist)
modelfilesubs = { 'plist' : plist,
'vlist' : vertexConverter.get_vertices(libname),
'setcouplings': '\n'.join(parmmodelconstr),
'ModelName': modelname
}
# write the files from templates according to the above subs
if vertexConverter.should_print():
MODEL_HWIN = getTemplate('LHC-FR.in')
if(not args.split_model) :
MODEL_CC = [getTemplate('Model.cc')]
else :
MODEL_EXTRA_CC=getTemplate('Model6.cc')
extra_names=[]
extra_calcs=[]
parmtextsubs['doinit']=""
for i in range(0,len(doinit)) :
if( i%20 == 0 ) :
function_name = "initCalc" +str(int(i/20))
parmtextsubs['doinit'] += function_name +"();\n"
parmtextsubs['calcfunctions'] += "void " + function_name + "();\n"
extra_names.append(function_name)
extra_calcs.append("")
extra_calcs[-1] += doinit[i] + "\n"
for i in range(0,len(extra_names)) :
ccname = '%s_extra_%s.cc' % (modelname,i)
writeFile( ccname, MODEL_EXTRA_CC.substitute({'ModelName' : modelname,
'functionName' : extra_names[i],
'functionCalcs' : extra_calcs[i] }) )
MODEL_CC = [getTemplate('Model1.cc'),getTemplate('Model2.cc'),getTemplate('Model3.cc'),
getTemplate('Model4.cc'),getTemplate('Model5.cc')]
MODEL_H = getTemplate('Model.h')
print ('LENGTH',len(MODEL_CC))
MODELINFILE = getTemplate('FR.model')
writeFile( 'LHC-%s.in' % modelname,
MODEL_HWIN.substitute({ 'ModelName' : modelname,
'Particles' : particlelist })
)
modeltemplate = Template( MODELINFILE.substitute(modelfilesubs) )
writeFile( '%s.h' % modelname, MODEL_H.substitute(parmtextsubs) )
for i in range(0,len(MODEL_CC)) :
if(len(MODEL_CC)==1) :
ccname = '%s.cc' % modelname
else :
ccname = '%s.cc' % (modelname + str(i))
writeFile( ccname, MODEL_CC[i].substitute(parmtextsubs) )
writeFile( modelname +'.template', modeltemplate.template )
writeFile( modelname +'.model', modeltemplate.substitute( modelparameters ) )
# copy the Makefile-FR to current directory,
# replace with the modelname for compilation
with open(os.path.join(modulepath,'Makefile-FR'),'r') as orig:
with open('Makefile','w') as dest:
dest.write(orig.read().replace("FeynrulesModel.so", libname))
print('finished generating model:\t', modelname)
print('model directory:\t\t', args.ufodir)
print('generated:\t\t\t', len(FR.all_vertices), 'vertices')
print('='*60)
print('library:\t\t\t', libname)
print('input file:\t\t\t', 'LHC-' + modelname +'.in')
print('model file:\t\t\t', modelname +'.model')
print('='*60)
print("""\
To complete the installation, compile by typing "make".
An example input file is provided as LHC-FRModel.in,
you'll need to change the required particles in there.
""")
print('DONE!')
print('='*60)
diff --git a/Models/Feynrules/python/ufo2peg/__init__.py b/Models/Feynrules/python/ufo2peg/__init__.py
--- a/Models/Feynrules/python/ufo2peg/__init__.py
+++ b/Models/Feynrules/python/ufo2peg/__init__.py
@@ -1,10 +1,8 @@
from .particles import thepeg_particles
-from .helpers import prepForConversion
-from .helpers import convertToPython3
from .helpers import CheckUnique, getTemplate, writeFile, def_from_model
from .helpers import add_brackets, typemap,isGhost,isGoldstone
from .converter import py2cpp
from .write_paramcard import ParamCardWriter
from .vertices import VertexConverter
diff --git a/Models/Feynrules/python/ufo2peg/helpers.py b/Models/Feynrules/python/ufo2peg/helpers.py
--- a/Models/Feynrules/python/ufo2peg/helpers.py
+++ b/Models/Feynrules/python/ufo2peg/helpers.py
@@ -1,338 +1,271 @@
from __future__ import print_function
from string import Template
from os import path
import sys,cmath,glob
import re
"""
Helper functions for the Herwig Feynrules converter
"""
class CheckUnique:
"""Uniqueness checker.
An object of this class remembers the value it was called with first.
Any subsequent call to it will only succeed if the same value is passed again.
For example,
>>> f = CheckUnique()
>>> f(5)
>>> f(5)
>>> f(4)
Traceback (most recent call last):
...
AssertionError
"""
def __init__(self):
self.val = None
def __call__(self,val):
"""Store value on first call, then compare."""
if self.val is None:
self.val = val
else:
assert( val == self.val )
def is_number(s):
"""Check if a value is a number."""
try:
float(s)
except ValueError:
return False
return True
def getTemplate(name):
"""Create a python string template from a file."""
templatename = '{name}.template'.format(name=name)
# assumes the template files sit next to this script
moduledir = path.dirname(path.abspath(__file__))
templatepath = path.join(moduledir,templatename)
with open(templatepath, 'r') as f:
templateText = f.read()
return Template( templateText )
def writeFile(filename, text):
"""Write text to a filename."""
with open(filename,'w') as f:
f.write(text)
def coupling_orders(vertex, coupling, defns):
# if more than one take QCD over QED and then lowest order in QED
if type(coupling) is list:
print('not sure this happens')
quit()
qed = 0
qcd = 0
for coup in coupling :
qed1 = coup.order.get('QED',0)
qcd1 = coup.order.get('QCD',0)
if qcd1 != 0:
if qcd == 0 or (qcd1 != 0 and qcd1 < qcd):
qcd=qcd1
qed=qed1
else:
if qed == 0 or (qed1 != 0 and qed1 < qed):
qed=qed1
else:
output={}
for ctype in defns :
output[ctype]=coupling.order.get(ctype,0)
return output
def def_from_model(FR,s):
"""Return a C++ line that defines parameter s as coming from the model file."""
if("hw_kine" in s) :return ""
stype = typemap(getattr(FR.parameters,s).type)
return '{t} {s} = model_->{s}();'.format(t=stype,s=s)
_typemap = {'complex':'Complex',
'real':'double'}
def typemap(s):
return _typemap[s]
def add_brackets(expr, syms):
result = expr
for s in syms:
pattern = r'({symb})(\W|$)'.format(symb=s)
result = re.sub(pattern, r'\1()\2', result)
return result
def banner():
return """\
===============================================================================================================
______ ______ _ __ _ _ _
| ___| | ___ \ | | / /| | | | (_) _ _
| |_ ___ _ _ _ __ | |_/ /_ _ | | ___ ___ / / | |_| | ___ _ __ __ __ _ __ _ _| |_ _| |_
| _|/ _ \| | | || \_ \ | /| | | || | / _ \/ __| / / | _ | / _ \| \__|\ \ /\ / /| | / _` ||_ _||_ _|
| | | __/| |_| || | | || |\ \| |_| || || __/\__ \ / / | | | || __/| | \ V V / | || (_| | |_| |_|
\_| \___| \__, ||_| |_|\_| \_|\__,_||_| \___||___//_/ \_| |_/ \___||_| \_/\_/ |_| \__, |
__/ | __/ |
|___/ |___/
===============================================================================================================
generating model/vertex/.model/.in files
please be patient!
===============================================================================================================
"""
#################### ??? #######################
# function that replaces alphaS (aS)-dependent variables
# with their explicit form which also contains strongCoupling
def aStoStrongCoup(stringin, paramstoreplace, paramstoreplace_expressions):
#print stringin
for xx in range(0,len(paramstoreplace)):
#print paramstoreplace[xx], paramstoreplace_expressions[xx]
stringout = stringin.replace(paramstoreplace[xx], '(' + PyMathToThePEGMath(paramstoreplace_expressions[xx],allparams) + ')')
stringout = stringout.replace('aS', '(sqr(strongCoupling(q2))/(4.0*Constants::pi))')
#print 'resulting string', stringout
return stringout
# function that replaces alphaEW (aEW)-dependent variables
# with their explicit form which also contains weakCoupling
def aEWtoWeakCoup(stringin, paramstoreplace, paramstoreplace_expressions):
#print stringin
for xx in range(0,len(paramstoreplace)):
#print paramstoreplace[xx], paramstoreplace_expressions[xx]
stringout = stringin.replace(paramstoreplace[xx], '(' + PyMathToThePEGMath(paramstoreplace_expressions[xx],allparams) + ')')
stringout = stringout.replace('aEWM1', '(1/(sqr(electroMagneticCoupling(q2))/(4.0*Constants::pi)))')
#print 'resulting string', stringout
return stringout
if __name__ == "__main__":
import doctest
doctest.testmod()
if False:
# Check if the Vertex is self-conjugate or not
pdgcode = [0,0,0,0]
notsmvertex = False
vhasw = 0
vhasz = 0
vhasf = 0
vhasg = 0
vhash = 0
vhasp = 0
# print 'printing particles in vertex'
for i in range(len(v.particles)):
# print v.particles[i].pdg_code
pdgcode[i] = v.particles[i].pdg_code
if pdgcode[i] == 23:
vhasz += 1
if pdgcode[i] == 22:
vhasp += 1
if pdgcode[i] == 25:
vhash += 1
if pdgcode[i] == 21:
vhasg += 1
if pdgcode[i] == 24:
vhasw += 1
if abs(pdgcode[i]) < 7 or (abs(pdgcode[i]) > 10 and abs(pdgcode[i]) < 17):
vhasf += 1
if pdgcode[i] not in SMPARTICLES:
notsmvertex = True
# treat replacement of SM vertices with BSM vertices?
if notsmvertex == False:
if( (vhasf == 2 and vhasz == 1) or (vhasf == 2 and vhasw == 1) or (vhasf == 2 and vhash == 1) or (vhasf == 2 and vhasg == 1) or (vhasf == 2 and vhasp == 0) or (vhasg == 3) or (vhasg == 4) or (vhasw == 2 and vhash == 1) or (vhasw == 3) or (vhasw == 4) or (vhash == 1 and vhasg == 2) or (vhash == 1 and vhasp == 2)):
#print 'VERTEX INCLUDED IN STANDARD MODEL!'
v.include = 0
notincluded += 1
#continue
selfconjugate = 0
for j in range(len(pdgcode)):
for k in range(len(pdgcode)):
if j != k and j != 0 and abs(pdgcode[j]) == abs(pdgcode[k]):
selfconjugate = 1
#print 'self-conjugate vertex'
# print pdgcode[j]
# if the Vertex is not self-conjugate, then add the conjugate vertex
# automatically
scfac = [1,1,1,1]
if selfconjugate == 0:
#first find the self-conjugate particles
for u in range(len(v.particles)):
if v.particles[u].selfconjugate == 0:
scfac[u] = -1
# print 'particle ', v.particles[u].pdg_code, ' found not to be self-conjugate'
if selfconjugate == 0:
plistarray[1] += str(scfac[1] * v.particles[1].pdg_code) + ',' + str(scfac[0] * v.particles[0].pdg_code) + ',' + str(scfac[2] * v.particles[2].pdg_code)
if len(v.particles) == 4:
plistarray[1] += ',' + str(scfac[3] * v.particles[3].pdg_code)
#print 'Conjugate vertex:', plistarray[1]
class SkipThisVertex(Exception):
pass
def extractAntiSymmetricIndices(instring,funct) :
terms = instring.strip(funct).strip(")").split(",")
sign=1.
for iy in range(0,len(terms)) :
for ix in range(-1,-len(terms)+iy,-1) :
swap = False
if(len(terms[ix])==1 and len(terms[ix-1])==1) :
swap = int(terms[ix])<int(terms[ix-1])
elif(len(terms[ix])==2 and len(terms[ix-1])==2) :
swap = int(terms[ix][1])<int(terms[ix-1][1])
elif(len(terms[ix])==1 and len(terms[ix-1])==2) :
swap = True
if(swap) :
sign *=-1.
terms[ix],terms[ix-1] = terms[ix-1],terms[ix]
return (terms,sign)
def isGoldstone(p) :
"""check if particle is a Goldstone"""
def gstest(name):
try:
return getattr(p,name)
except AttributeError:
return False
# names of goldstone bosons
gsnames = ['goldstone','goldstoneboson','GoldstoneBoson']
if any(map(gstest, gsnames)):
return True
return False
def isGhost(p) :
"""Check if particle is a ghost"""
try:
getattr(p,'GhostNumber')
except AttributeError:
return False
return p.GhostNumber != 0
-def convertToPython3(ufodir) :
- # find all the python files
- fNames=glob.glob(path.abspath(ufodir)+"/*.py")
- mNames=[]
- for i in range(0,len(fNames)) :
- mNames.append(path.split(fNames[i])[-1].replace(".py",""))
- # convert them
- for fName in fNames :
- convertFileToPython3(fName,mNames)
-
def copy(path1, path2):
path1 = format_path(path1)
path2 = format_path(path2)
shutil.copy(path1, path2)
-
-def prepForConversion(ufodir) :
- import os
- path=os.path.abspath(ufodir)
- if not os.path.isdir(path):
- raise Exception( 'path to the UFO directory seems to be wrong!')
- model_dir = path
- text = open(os.path.join(model_dir, 'object_library.py')).read()
- text = text.replace('.iteritems()', '.items()')
- text = re.sub('raise (\w+)\s*,\s*["\']([^"]+)["\']','raise \g<1>("\g<2>")', text)
- text = open(os.path.join(model_dir, 'object_library.py'),'w').write(text)
- text = open(os.path.join(model_dir, '__init__.py')).read()
- mod = False
- to_check = ['object_library', 'function_library']
- for lib in to_check:
- if 'import %s' % lib in text:
- continue
- mod = True
- text = "import %s \n" % lib + text
- if mod:
- open(os.path.join(model_dir, '__init__.py'),'w').write(text)
-
-def convertFileToPython3(fName,names) :
- output=""
- inFile=open(fName)
- line=inFile.readline()
- isInit = "__init__.py" in fName
- tNames=[]
- for val in names : tNames.append(val)
- while line :
- # iteritems -> items
- line=line.replace("iteritems","items")
- # fix imports
- if("import" in line) :
- for val in names :
- if("import %s" %val in line) :
- line=line.replace("import %s" %val,
- "from . import %s" %val)
- if(val in tNames) : tNames.remove(val)
- if("from %s" %val in line) :
- line=line.replace("from %s" %val,
- "from .%s" %val)
- # add brackets to print statements
- if("print" in line) :
- if line.strip()[0:5] == "print" :
- line=line.strip("\n").replace("print","print(")+")\n"
- output += line
- line=inFile.readline()
- inFile.close()
- if(isInit) :
- if "__init__" in tNames : tNames.remove("__init__")
- temp=""
- for val in tNames :
- temp+= "from . import %s\n" % val
- output = temp+output
- with open(fName,'w') as dest:
- dest.write(output)
diff --git a/Models/Feynrules/python/ufo2peg/particles.py b/Models/Feynrules/python/ufo2peg/particles.py
--- a/Models/Feynrules/python/ufo2peg/particles.py
+++ b/Models/Feynrules/python/ufo2peg/particles.py
@@ -1,243 +1,612 @@
from __future__ import print_function
from string import Template
+import os
+import numpy as np
+from FR_Parameters import *
+
# ignore these, they're in Hw++ already # TODO reset Hw++ settings instead
SMPARTICLES = {
1:'d',
2:'u',
3:'s',
4:'c',
5:'b',
6:'t', # think about this one later
11:'e-',
12:'nu_e',
13:'mu-',
14:'nu_mu',
15:'tau-',
16:'nu_tau',
21:'g',
22:'gamma',
23:'Z0',
24:'W+',
-1:'dbar',
-2:'ubar',
-3:'sbar',
-4:'cbar',
-5:'bbar',
-6:'tbar',
-11:'e+',
-12:'nu_ebar',
-13:'mu+',
-14:'nu_mubar',
-15:'tau+',
-16:'nu_taubar',
--24:'W-',
-
+-24:'W-'
}
particleT = Template(
"""
create ThePEG::ParticleData $name
# values set to 999999 are recalculated later from other model parameters
setup $name $pdg_code $name $mass $width $wcut $ctau $charge $color $spin 0
"""
)
class ParticleConverter:
'Convert a FR particle to extract the information ThePEG needs.'
def __init__(self,p,parmsubs,modelparameters):
self.name = p.name
self.pdg_code = p.pdg_code
self.spin = p.spin
self.color = p.color
if self.color == 1:
self.color = 0
self.selfconjugate = 0
self.mass = parmsubs[str(p.mass)]
if type(self.mass) == str:
value = modelparameters[self.mass]
try:
value = value.real
except:
pass
newname = '%s_ABS' % self.mass
self.mass = '${%s}' % newname
modelparameters[newname] = abs(value)
else:
try:
self.mass = self.mass.real
except:
pass
self.mass = 999999. # abs(self.mass)
hbarc = 197.3269631e-15 # GeV mm (I hope ;-) )
self.width = parmsubs[str(p.width)]
if type(self.width) == str:
width = modelparameters[self.width]
ctau = (hbarc / width) if width != 0 else 0
newname = '%s_CTAU' % self.width
self.ctau = '${%s}' % newname
modelparameters[newname] = ctau
wcut = 10 * width
newname = '%s_WCUT' % self.width
self.wcut = '${%s}' % newname
modelparameters[newname] = wcut
self.width = '${%s}' % self.width
else:
self.ctau = 999999. # (hbarc / self.width) if self.width != 0 else 0
self.wcut = 999999. #10.0 * self.width
self.width = 999999. # was blank line before
self.charge = int(3 * p.charge)
def subs(self):
return self.__dict__
def check_effective_vertex(FR,p,ig) :
for vertex in FR.all_vertices:
if(len(vertex.particles) != 3) : continue
if(p not in vertex.particles ) : continue
ng=0
for part in vertex.particles :
if(part.pdg_code==ig) : ng+=1
if(ng==2) :
return False
return True
-def thepeg_particles(FR,parameters,modelname,modelparameters,forbidden_names,hw_higgs):
+# finds all dim-Dimention vectices in FR that involve pIn
+def sort_vertices(FR,pIn,dim):
+ possibleVertices = []
+ for V in FR.all_vertices:
+ # only keep 1 -> dim-1 vetrices
+ if len(V.particles) != dim :
+ continue
+ # keep vertices with pIn
+ if pIn == str(V.particles[0]) or pIn == str(V.particles[1]) or pIn == str(V.particles[2]):
+ possibleVertices.append(V)
+ return possibleVertices
+
+# extracts all possible splittings for incoming particle p
+def sort_splittings(FR,Vertices,p):
+ pSplittings = []
+ for V in Vertices:
+ lorz = V.lorentz
+ # calculate the total coupling value for this splitting
+ coup = V.couplings
+ keys = coup.keys()
+ coupling_value = [0.,0.]
+ for k in keys :
+ color_idx, lorentz_idx = k
+ # https://arxiv.org/pdf/2304.09883.pdf
+ if 'FFS' in str(lorz[lorentz_idx]):
+ # distinguish CP-even/-odd couplings, each couplings in the square bracket correspond to [1,Gamma5] respectively
+ if str(lorz[lorentz_idx]) == 'FFS1': # ProjM
+ coupling_value[0] += eval(coup[k].value)/2
+ coupling_value[1] -= eval(coup[k].value)/2
+ elif str(lorz[lorentz_idx]) == 'FFS2': # ProjM - ProjP
+ coupling_value[1] -= eval(coup[k].value)
+ elif str(lorz[lorentz_idx]) == 'FFS3': # ProjP
+ coupling_value[0] += eval(coup[k].value)/2
+ coupling_value[1] += eval(coup[k].value)/2
+ elif str(lorz[lorentz_idx]) == 'FFS4': # ProjP + ProjM
+ coupling_value[0] += eval(coup[k].value)
+ elif 'FFV' in str(lorz[lorentz_idx]):
+ # distinguish left-/right-couplings, each couplings in the square bracket correspond to [P_L,P_R] respectively
+ if str(lorz[lorentz_idx]) == 'FFV1': # Gamma
+ coupling_value[0] += eval(coup[k].value)
+ coupling_value[1] += eval(coup[k].value)
+ elif str(lorz[lorentz_idx]) == 'FFV2': # Gamma*ProjM
+ coupling_value[0] += eval(coup[k].value)
+ elif str(lorz[lorentz_idx]) == 'FFV3': # Gamma*(ProjM-2*ProjP)
+ coupling_value[0] += eval(coup[k].value)
+ coupling_value[1] -= 2*eval(coup[k].value)
+ elif str(lorz[lorentz_idx]) == 'FFV4': # Gamma*(ProjM+2*ProjP)
+ coupling_value[0] += eval(coup[k].value)
+ coupling_value[1] += 2*eval(coup[k].value)
+ elif str(lorz[lorentz_idx]) == 'FFV5': # Gamma*(ProjM+4*ProjP)
+ coupling_value[0] += eval(coup[k].value)
+ coupling_value[1] += 4*eval(coup[k].value)
+ else:
+ coupling_value[0] += eval(coup[k].value)
+
+ # extract splitting format as p -> p1, p2
+ p0set = False
+ p1set = False
+ p2set = False
+ for particle in V.particles:
+ if particle == p and not p0set:
+ p0set = True
+ elif not p1set :
+ p1 = particle
+ p1set = True
+ elif not p2set :
+ p2 = particle
+ p2set = True
+ if not p0set or not p1set or not p2set :
+ continue
+
+ def isGoldstone(p) :
+ def gstest(name):
+ try:
+ return getattr(p,name)
+ except AttributeError:
+ return False
+ gsnames = ['goldstone','goldstoneboson','GoldstoneBoson']
+ if any(map(gstest, gsnames)):
+ return True
+ return False
+
+ def isGhost(p) :
+ try:
+ getattr(p,'GhostNumber')
+ except AttributeError:
+ return False
+ return p.GhostNumber != 0
+
+ if isGoldstone(p1) or isGoldstone(p2) :
+ continue
+ if isGhost(p1) or isGhost(p2) :
+ continue
+ id1 = abs(p1.pdg_code)
+ id2 = abs(p2.pdg_code)
+ # put the bigger spin last
+ if p1.spin > p2.spin :
+ p1, p2 = p2, p1
+ pp1p2 = [p,p1,p2] + coupling_value
+ pp2p1 = [p,p2,p1] + coupling_value
+ if pp1p2 not in pSplittings and pp2p1 not in pSplittings:
+ pSplittings.append(pp1p2)
+ return pSplittings
+
+def extract_mass(FR,Vertex) :
+ m = [0.,0.,0.]
+ m[0] = Vertex[0].mass.value
+ m[1] = Vertex[1].mass.value
+ m[2] = Vertex[2].mass.value
+ for i in range(len(m)) :
+ if isinstance(m[i],str) :
+ m[i] = eval(m[i])
+ return m
+
+def split_name(Vertex,split=False) :
+ p = [Vertex[0].name, Vertex[1].name, Vertex[2].name]
+ for i in range(0,3) :
+ if Vertex[i].pdg_code in SMPARTICLES :
+ p[i] = SMPARTICLES[Vertex[i].pdg_code]
+ else :
+ p[i] = Vertex[i].name
+ if not split :
+ splitname = p[0] + p[1] + p[2]
+ splitname = splitname.replace("+", "p")
+ splitname = splitname.replace("-", "m")
+ return splitname
+ else :
+ return p[0], p[1], p[2]
+
+def isQuark(particle) :
+ if abs(particle.pdg_code) >= 1 and abs(particle.pdg_code) <= 6 :
+ return True
+ else :
+ return False
+
+def isLepton(particle) :
+ if abs(particle.pdg_code) >= 11 and abs(particle.pdg_code) <= 16 :
+ return True
+ else :
+ return False
+
+def isScalar(particle) :
+ if particle.spin==1 :
+ return True
+ else :
+ return False
+
+def isVector(particle) :
+ if particle.spin==3 :
+ return True
+ else :
+ return False
+
+def isGVB(particle) :
+ if abs(particle.pdg_code)==24 :
+ return True
+ elif particle.pdg_code==23 :
+ return True
+ elif particle.pdg_code==22 :
+ return True
+ elif particle.pdg_code==21 :
+ return True
+ else :
+ return False
+
+def isBSMVB(particle) :
+ if particle.spin==3 :
+ pdgid=abs(particle.pdg_code)
+ if 20 < pdgid and pdgid < 26:
+ return False
+ else :
+ return True
+ else :
+ return False
+
+def antiparticle(FR,particle) :
+ for anti in FR.all_particles :
+ if particle.pdg_code == -anti.pdg_code :
+ return anti
+ return particle
+
+def thepeg_particles(FR,parameters,modelname,modelparameters,forbidden_names,hw_higgs,\
+ enable_bsm_shower,allow_fcnc) :
plist = []
antis = {}
names = []
splittings = []
- done_splitting_QCD=[]
- done_splitting_QED=[]
+ done_splitting_QCD = []
+ done_splitting_QED = []
+ done_splitting_EW = []
+
for p in FR.all_particles:
if p.spin == -1:
continue
gsnames = ['goldstone',
'goldstoneboson',
'GoldstoneBoson']
def gstest(name):
try:
return getattr(p,name)
except AttributeError:
return False
if any(map(gstest, gsnames)):
continue
if p.pdg_code in SMPARTICLES:
continue
if p.pdg_code == 25 and not hw_higgs:
plist.append(
"""
set /Herwig/Particles/h0:Mass_generator NULL
set /Herwig/Particles/h0:Width_generator NULL
rm /Herwig/Masses/HiggsMass
rm /Herwig/Widths/hWidth
"""
)
if p.name in forbidden_names:
print('RENAMING PARTICLE',p.name,'as ',p.name+'_UFO')
p.name +="_UFO"
subs = ParticleConverter(p,parameters,modelparameters).subs()
if not (p.pdg_code == 25 and hw_higgs) :
plist.append( particleT.substitute(subs) )
pdg, name = subs['pdg_code'], subs['name']
names.append(name)
if -pdg in antis:
plist.append( 'makeanti %s %s\n' % (antis[-pdg], name) )
elif not (p.pdg_code == 25 and hw_higgs) :
plist.append( 'insert /Herwig/NewPhysics/NewModel:DecayParticles 0 %s\n' % name )
plist.append( 'insert /Herwig/Shower/ShowerHandler:DecayInShower 0 %s # %s' % (abs(pdg), name) )
antis[pdg] = name
selfconjugate = 1
class SkipMe(Exception):
pass
def spin_name(s):
spins = { 1 : 'Zero',
2 : 'Half',
3 : 'One' }
if s not in spins:
raise SkipMe()
else:
return spins[s]
-
+
def col_name(c):
cols = { 3 : 'Triplet',
6 : 'Sextet',
8 : 'Octet' }
return cols[c]
- try:
- # QCD splitting functions
- if p.color in [3,6,8] and abs(pdg) not in done_splitting_QCD: # which colors?
- done_splitting_QCD.append(abs(pdg))
- splitname = '{name}SplitFnQCD'.format(name=p.name)
- sudname = '{name}SudakovQCD'.format(name=p.name)
- splittings.append(
+ # if BSM shower is requested
+ if enable_bsm_shower :
+
+ try:
+ # QCD splitting functions
+ if p.color in [3,6,8] and abs(pdg) not in done_splitting_QCD and (enable_bsm_shower or p.pdg_code in SMPARTICLES): # which colors?
+ done_splitting_QCD.append(abs(pdg))
+ splitname = '{name}SplitFnQCD'.format(name=p.name)
+ sudname = '{name}SudakovQCD'.format(name=p.name)
+ splittings.append(
"""
create Herwig::{s}{s}OneSplitFn {name}
set {name}:InteractionType QCD
+set {name}:Alpha /Herwig/Shower/AlphaQCDFSR
+set {name}:Cutoff /Herwig/Shower/PTCutOff
set {name}:ColourStructure {c}{c}Octet
-cp /Herwig/Shower/SudakovCommon {sudname}
-set {sudname}:SplittingFunction {name}
-do /Herwig/Shower/SplittingGenerator:AddFinalSplitting {pname}->{pname},g; {sudname}
+set {name}:AngularOrdered Yes
+set {name}:StrictAO Yes
+set {name}:PDFmax 1.9
+do /Herwig/Shower/SplittingGenerator:AddFinalSplitting {pname}->{pname},g; {name}
""".format(s=spin_name(p.spin), name=splitname,
- c=col_name(p.color), pname=p.name, sudname=sudname)
- )
- except SkipMe:
- pass
- # QED splitting functions
- try:
- if p.charge != 0 and abs(pdg) not in done_splitting_QED:
- done_splitting_QED.append(abs(pdg))
- splitname = '{name}SplitFnQED'.format(name=p.name)
- sudname = '{name}SudakovQED'.format(name=p.name)
- splittings.append(
+ c=col_name(p.color), pname=p.name, sudname=sudname))
+ except SkipMe:
+ pass
+ # QED splitting functions
+ try:
+ if p.charge != 0 and abs(pdg) not in done_splitting_QED and (enable_bsm_shower or p.pdg_code in SMPARTICLES):
+ done_splitting_QED.append(abs(pdg))
+ splitname = '{name}SplitFnQED'.format(name=p.name)
+ sudname = '{name}SudakovQED'.format(name=p.name)
+ splittings.append(
"""
create Herwig::{s}{s}OneSplitFn {name}
+set {name}:ColourStructure ChargedChargedNeutral
+set {name}:AngularOrdered Yes
+set {name}:StrictAO Yes
set {name}:InteractionType QED
-set {name}:ColourStructure ChargedChargedNeutral
-cp /Herwig/Shower/SudakovCommon {sudname}
-set {sudname}:SplittingFunction {name}
-set {sudname}:Alpha /Herwig/Shower/AlphaQED
-do /Herwig/Shower/SplittingGenerator:AddFinalSplitting {pname}->{pname},gamma; {sudname}
-""".format(s=spin_name(p.spin), name=splitname, pname=p.name, sudname=sudname)
- )
- except SkipMe:
- pass
+set {name}:Alpha /Herwig/Shower/AlphaQED
+set {name}:Cutoff /Herwig/Shower/PTCutOff
+set {name}:PDFmax 1.9
+do /Herwig/Shower/SplittingGenerator:AddFinalSplitting {pname}->{pname},gamma; {name}
+""".format(s=spin_name(p.spin), name=splitname, pname=p.name, sudname=sudname))
+ except SkipMe:
+ pass
+
+ # EW and BSM splitting functions
+ try:
+ Vertices = sort_vertices(FR,str(p.name),3)
+ pSplittings = sort_splittings(FR,Vertices,p)
+ for Vertex in pSplittings :
+ # do not do anything for CouplingValue < 1e-6
+ if abs(Vertex[3].real) < 1e-6 and abs(Vertex[3].imag) < 1e-6 and abs(Vertex[4].real) < 1e-6 and abs(Vertex[4].imag) < 1e-6 :
+ continue
+ # do not include QCD splittings
+ if Vertex[1].pdg_code == 21 or Vertex[2].pdg_code == 21 :
+ continue
+ # do not include QED splittings
+ if Vertex[2].pdg_code == 22 and abs(Vertex[0].pdg_code) == abs(Vertex[1].pdg_code) or\
+ Vertex[1].pdg_code == 22 and abs(Vertex[0].pdg_code) == abs(Vertex[2].pdg_code):
+ continue
+ # skip lepton vertices
+ if isLepton(Vertex[1]) or isLepton(Vertex[2]) :
+ continue
+ # loop over all possible configurations in the splitting
+ for pos in range(0,3) :
+ # rearrange to all possible cases
+ V=[Vertex[0], Vertex[1], Vertex[2], Vertex[3], Vertex[4]]
+ if pos==0:
+ V[0], V[1], V[2] = Vertex[0], Vertex[1], Vertex[2]
+ elif pos==1:
+ V[0], V[1], V[2] = Vertex[1], Vertex[2], Vertex[0]
+ else :
+ V[0], V[1], V[2] = Vertex[2], Vertex[0], Vertex[1]
+ # don't allow photon as progenitor
+ if V[0].pdg_code == 22 :
+ continue
+ # for a generic splitting m0 < m1+m2, otherwise it's a decay
+ m = extract_mass(FR,V)
+ # filter out m+i*zero
+ for ix in range(len(m)) :
+ if isinstance(m[ix], complex) :
+ m[ix] = m[ix].real
+ if m[0] > m[1] + m[2] :
+ continue
+
+ """
+ possible EW splittings:
+ - V > V H with SM GVBs and BSM (charged and nuetral) Scalars
+ - q > q' H with SM quarks and BSM (charged and nuetral) Scalars, may include FCNC-inducing splittings
+ - H > H' V with BSM (charged and nuetral) Scalars and SM GVBs (W,Z,photon)
+ - V > H H' with SM GVBs and BSM (charged and nuetral) Scalars
+ - H > H' H'' Higgs splittings
+ """
+
+ if isVector(V[0]) :
+ # allow V > V' H
+ if isVector(V[1]) and isScalar(V[2]) :
+ pass
+ elif isVector(V[2]) and isScalar(V[1]) :
+ V[0], V[1], V[2] = V[0], V[2], V[1]
+ # allow V > V' V''
+ elif isVector(V[1]) and isVector(V[2]):
+ pass
+ # nothing else with a GVB progenitor
+ else :
+ continue
+ elif isQuark(V[0]) :
+ # allow q > q' H (including FCNC splittings)
+ if isQuark(V[1]) and isScalar(V[2]) :
+ pass
+ elif isQuark(V[2]) and isScalar(V[1]) :
+ V[0], V[1], V[2] = V[0], V[2], V[1]
+ elif isQuark(V[1]) and isVector(V[2]) :
+ pass
+ elif isQuark(V[2]) and isVector(V[1]) :
+ V[0], V[1], V[2] = V[0], V[2], V[1]
+ # nothing else with a quark progenitor
+ else :
+ continue
+ elif isScalar(V[0]) :
+ # allow H > H' H''
+ if isScalar(V[1]) and isScalar(V[2]) :
+ pass
+ # allow H > H' V
+ elif isScalar(V[1]) and isVector(V[2]) :
+ pass
+ elif isScalar(V[2]) and isVector(V[1]) :
+ V[0], V[1], V[2] = V[0], V[2], V[1]
+ # nothing else with a scalar progenitor
+ else :
+ continue
+ # nothing else
+ else :
+ continue
+
+ # getting the electric charge right
+ if V[0].charge != V[1].charge+V[2].charge :
+ if V[0].pdg_code*V[1].pdg_code < 0 :
+ if V[0].pdg_code > 0 :
+ V[1] = antiparticle(FR,V[1])
+ else :
+ V[0] = antiparticle(FR,V[0])
+ elif V[0].pdg_code*V[2].pdg_code < 0 :
+ if V[0].pdg_code > 0 :
+ V[2] = antiparticle(FR,V[2])
+ else :
+ V[0] = antiparticle(FR,V[0])
+ if V[0].charge != V[1].charge+V[2].charge :
+ if abs(V[0].charge-V[1].charge-V[2].charge) < 1e-10 :
+ pass
+ else :
+ continue
+
+ # deal with FCNC inducing splittings
+ if not allow_fcnc :
+ if isQuark(V[0]) and isQuark(V[1]) and isScalar(V[2]) and\
+ V[2].charge==0. and V[0].pdg_code!=V[1].pdg_code :
+ print("Omitting",V[0],"->",V[1],",",V[2], "FCNC-inducing splitting.",\
+ "Use --allow-fcnc flag if you wish to keep this.")
+ continue
+
+ # set up the splitting
+ SPname = split_name(V,False)
+ # no scalar > quark, antiquark splitting
+ s = [spin_name(V[0].spin),spin_name(V[1].spin),spin_name(V[2].spin)]
+
+ # If the real the coupling value is small, then ignore
+ if abs(V[3].real) < 1e-6:
+ V[3] = complex(0.,V[3].imag)
+ if abs(V[3].imag) < 1e-6:
+ V[3] = complex(V[3].real,0.)
+ if abs(V[4].real) < 1e-6:
+ V[4] = complex(0.,V[4].imag)
+ if abs(V[4].imag) < 1e-6:
+ V[4] = complex(V[4].real,0.)
+
+ if SPname not in done_splitting_EW and (V[3]!=0. or V[4]!=0.):
+ done_splitting_EW.append(SPname)
+ splitname = '{name}SplitFnEW'.format(name=SPname)
+ sudname = '{name}SudakovEW'.format(name=SPname)
+ p0name, p1name, p2name = split_name(V,True)
+ splittings.append(
+"""
+create Herwig::{s0}{s1}{s2}EWSplitFn {name}
+set {name}:InteractionType EW
+set {name}:ColourStructure EW
+set {name}:Alpha /Herwig/Shower/AlphaEW
+set {name}:Cutoff /Herwig/Shower/PTCutOff
+set {name}:PDFmax 1.9
+""".format(s0=s[0],s1=s[1],s2=s[2],name=splitname)
+ )
+ if s[0]=='Half' and s[1]=='Half' and s[2]=='Zero':
+ splittings.append(
+"""set {name}:CouplingValue.CP0.Im {i}
+set {name}:CouplingValue.CP0.Re {j}
+set {name}:CouplingValue.CP1.Im {k}
+set {name}:CouplingValue.CP1.Re {l}
+""".format(name=splitname,i=V[3].imag,j=V[3].real,k=V[4].imag,l=V[4].real)
+ )
+ elif s[0]=='Half' and s[1]=='Half' and s[2]=='One':
+ splittings.append(
+"""set {name}:CouplingValue.Left.Im {i}
+set {name}:CouplingValue.Left.Re {j}
+set {name}:CouplingValue.Right.Im {k}
+set {name}:CouplingValue.Right.Re {l}
+""".format(name=splitname,i=V[3].imag,j=V[3].real,k=V[4].imag,l=V[4].real)
+ )
+ else:
+ splittings.append(
+"""set {name}:CouplingValue.Im {i}
+set {name}:CouplingValue.Re {j}
+""".format(name=splitname,i=V[3].imag,j=V[3].real)
+ )
+ splittings.append(
+"""do /Herwig/Shower/SplittingGenerator:AddFinalSplitting {p0}->{p1},{p2}; {name}
+""".format(name=splitname,p0=p0name,p1=p1name,p2=p2name,sudname=sudname)
+ )
+ except SkipMe:
+ pass
+
if p.charge == 0 and p.color == 1 and p.spin == 1 and not (p.pdg_code == 25 and hw_higgs) :
if(check_effective_vertex(FR,p,21)) :
plist.append(
"""
insert /Herwig/{ModelName}/V_GenericHGG:Bosons 0 {pname}
""".format(pname=p.name, ModelName=modelname)
)
if(check_effective_vertex(FR,p,22)) :
plist.append(
"""
insert /Herwig/{ModelName}/V_GenericHPP:Bosons 0 {pname}
""".format(pname=p.name, ModelName=modelname)
)
-
+
return ''.join(plist)+''.join(splittings), names
diff --git a/Models/General/HardProcessConstructor.cc b/Models/General/HardProcessConstructor.cc
--- a/Models/General/HardProcessConstructor.cc
+++ b/Models/General/HardProcessConstructor.cc
@@ -1,961 +1,961 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HardProcessConstructor class.
//
#include "HardProcessConstructor.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
using namespace Herwig;
void HardProcessConstructor::persistentOutput(PersistentOStream & os) const {
os << debug_ << subProcess_ << model_;
}
void HardProcessConstructor::persistentInput(PersistentIStream & is, int) {
is >> debug_ >> subProcess_ >> model_;
}
// The following static variable is needed for the type
// description system in ThePEG.
DescribeAbstractClass<HardProcessConstructor,Interfaced>
describeHerwigHardProcessConstructor("Herwig::HardProcessConstructor", "Herwig.so");
void HardProcessConstructor::Init() {
static ClassDocumentation<HardProcessConstructor> documentation
("Base class for implementation of the automatic generation of hard processes");
static Switch<HardProcessConstructor,bool> interfaceDebugME
("DebugME",
"Print comparison with analytical ME",
&HardProcessConstructor::debug_, false, false, false);
static SwitchOption interfaceDebugMEYes
(interfaceDebugME,
"Yes",
"Print the debug information",
true);
static SwitchOption interfaceDebugMENo
(interfaceDebugME,
"No",
"Do not print the debug information",
false);
}
void HardProcessConstructor::doinit() {
Interfaced::doinit();
EGPtr eg = generator();
model_ = dynamic_ptr_cast<HwSMPtr>(eg->standardModel());
if(!model_)
throw InitException() << "HardProcessConstructor:: doinit() - "
<< "The model pointer is null!"
<< Exception::abortnow;
if(!eg->eventHandler()) {
throw
InitException() << "HardProcessConstructor:: doinit() - "
<< "The eventHandler pointer was null therefore "
- << "could not get SubProcessHandler pointer "
+ << "could not get SubProcessHandler pointer "
<< Exception::abortnow;
}
- string subProcessName =
+ string subProcessName =
eg->preinitInterface(eg->eventHandler(), "SubProcessHandlers", "get","");
subProcess_ = eg->getObject<SubProcessHandler>(subProcessName);
- if(!subProcess_) {
+ if(!subProcess_ && HardProcessConstructor::debug_) {
ostringstream s;
s << "HardProcessConstructor:: doinit() - "
<< "There was an error getting the SubProcessHandler "
<< "from the current event handler. ";
generator()->logWarning( Exception(s.str(), Exception::warning) );
}
}
GeneralHardME::ColourStructure HardProcessConstructor::
colourFlow(const tcPDVector & extpart) const {
PDT::Colour ina = extpart[0]->iColour();
PDT::Colour inb = extpart[1]->iColour();
PDT::Colour outa = extpart[2]->iColour();
PDT::Colour outb = extpart[3]->iColour();
// incoming colour neutral
if(ina == PDT::Colour0 && inb == PDT::Colour0) {
if( outa == PDT::Colour0 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour11to11;
}
else if( outa == PDT::Colour3 && outb == PDT::Colour3bar ) {
return GeneralHardME::Colour11to33bar;
}
else if( outa == PDT::DarkColourFundamental && outb == PDT::DarkColourAntiFundamental) {
return GeneralHardME::Colour11to33bar;
- }
+ }
else if( outa == PDT::Colour8 && outb == PDT::Colour8 ) {
return GeneralHardME::Colour11to88;
- }
+ }
else
assert(false);
}
// incoming 3 3
else if(ina == PDT::Colour3 && inb == PDT::Colour3 ) {
if( outa == PDT::Colour3 && outb == PDT::Colour3 ) {
return GeneralHardME::Colour33to33;
}
else if( outa == PDT::Colour6 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour33to61;
}
else if( outa == PDT::Colour0 && outb == PDT::Colour6 ) {
return GeneralHardME::Colour33to16;
}
else if ( outa == PDT::Colour0 && outb == PDT::Colour3bar) {
return GeneralHardME::Colour33to13bar;
}
else if ( outb == PDT::Colour0 && outa == PDT::Colour3bar) {
return GeneralHardME::Colour33to3bar1;
}
else if ( outa == PDT::Colour8 && outb == PDT::Colour3bar) {
return GeneralHardME::Colour33to83bar;
}
else if ( outb == PDT::Colour8 && outa == PDT::Colour3bar) {
return GeneralHardME::Colour33to3bar8;
}
else
assert(false);
}
// incoming 3bar 3bar
else if(ina == PDT::Colour3bar && inb == PDT::Colour3bar ) {
if( outa == PDT::Colour3bar && outb == PDT::Colour3bar ) {
return GeneralHardME::Colour3bar3barto3bar3bar;
}
else if( outa == PDT::Colour6bar && outb == PDT::Colour0) {
return GeneralHardME::Colour3bar3barto6bar1;
}
else if ( outa == PDT::Colour0 && outb == PDT::Colour6bar ) {
return GeneralHardME::Colour3bar3barto16bar;
}
else if ( outa == PDT::Colour0 && outb == PDT::Colour3) {
return GeneralHardME::Colour3bar3barto13;
}
else if ( outb == PDT::Colour0 && outa == PDT::Colour3) {
return GeneralHardME::Colour3bar3barto31;
}
else if ( outa == PDT::Colour8 && outb == PDT::Colour3) {
return GeneralHardME::Colour3bar3barto83;
}
else if ( outb == PDT::Colour8 && outa == PDT::Colour3) {
return GeneralHardME::Colour3bar3barto38;
}
else
assert(false);
}
// incoming 3 3bar
else if(ina == PDT::Colour3 && inb == PDT::Colour3bar ) {
if( outa == PDT::Colour0 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour33barto11;
}
else if( outa == PDT::Colour3 && outb == PDT::Colour3bar ) {
return GeneralHardME::Colour33barto33bar;
}
else if( outa == PDT::Colour8 && outb == PDT::Colour8 ) {
return GeneralHardME::Colour33barto88;
}
else if( outa == PDT::Colour8 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour33barto81;
}
else if( outa == PDT::Colour0 && outb == PDT::Colour8 ) {
return GeneralHardME::Colour33barto18;
}
else if( outa == PDT::Colour6 && outb == PDT::Colour6bar) {
return GeneralHardME::Colour33barto66bar;
}
else if( outa == PDT::Colour6bar && outb == PDT::Colour6) {
return GeneralHardME::Colour33barto6bar6;
}
else
assert(false);
}
// incoming 88
else if(ina == PDT::Colour8 && inb == PDT::Colour8 ) {
if( outa == PDT::Colour0 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour88to11;
}
else if( outa == PDT::Colour3 && outb == PDT::Colour3bar ) {
return GeneralHardME::Colour88to33bar;
}
else if( outa == PDT::Colour8 && outb == PDT::Colour8 ) {
return GeneralHardME::Colour88to88;
}
else if( outa == PDT::Colour8 && outb == PDT::Colour0 ) {
return GeneralHardME::Colour88to81;
}
else if( outa == PDT::Colour0 && outb == PDT::Colour8 ) {
return GeneralHardME::Colour88to18;
}
else if( outa == PDT::Colour6 && outb == PDT::Colour6bar ) {
return GeneralHardME::Colour88to66bar;
- }
+ }
else
assert(false);
}
// incoming 38
else if(ina == PDT::Colour3 && inb == PDT::Colour8 ) {
if(outa == PDT::Colour3 && outb == PDT::Colour0) {
return GeneralHardME::Colour38to31;
}
else if(outa == PDT::Colour0 && outb == PDT::Colour3) {
return GeneralHardME::Colour38to13;
}
else if(outa == PDT::Colour3 && outb == PDT::Colour8) {
return GeneralHardME::Colour38to38;
}
else if(outa == PDT::Colour8 && outb == PDT::Colour3) {
return GeneralHardME::Colour38to83;
}
else if(outa == PDT::Colour3bar && outb == PDT::Colour6){
return GeneralHardME::Colour38to3bar6;
}
else if(outa == PDT::Colour6 && outb == PDT::Colour3bar) {
return GeneralHardME::Colour38to63bar;
}
else if(outa == PDT::Colour3bar && outb == PDT::Colour3bar) {
return GeneralHardME::Colour38to3bar3bar;
}
else
assert(false);
}
// incoming 3bar8
- else if(ina == PDT::Colour3bar && inb == PDT::Colour8 ) {
+ else if(ina == PDT::Colour3bar && inb == PDT::Colour8 ) {
if(outa == PDT::Colour3bar && outb == PDT::Colour0 ) {
return GeneralHardME::Colour3bar8to3bar1;
}
else if(outa == PDT::Colour0 && outb == PDT::Colour3bar) {
return GeneralHardME::Colour3bar8to13bar;
}
else if(outa == PDT::Colour3bar && outb == PDT::Colour8 ) {
return GeneralHardME::Colour3bar8to3bar8;
}
else if(outa == PDT::Colour8 && outb == PDT::Colour3bar) {
return GeneralHardME::Colour3bar8to83bar;
}
else if(outa == PDT::Colour3 && outb == PDT::Colour3) {
return GeneralHardME::Colour3bar8to33;
}
else
assert(false);
}
// unknown colour flow
- else
+ else
assert(false);
return GeneralHardME::UNDEFINED;
}
void HardProcessConstructor::fixFSOrder(HPDiagram & diag) {
tcPDPtr psa = getParticleData(diag.incoming.first);
tcPDPtr psb = getParticleData(diag.incoming.second);
tcPDPtr psc = getParticleData(diag.outgoing.first);
tcPDPtr psd = getParticleData(diag.outgoing.second);
//fix a spin order
if( psc->iSpin() < psd->iSpin() ) {
swap(diag.outgoing.first, diag.outgoing.second);
if(diag.channelType == HPDiagram::tChannel) {
diag.ordered.second = !diag.ordered.second;
}
return;
}
-
- if( psc->iSpin() == psd->iSpin() &&
+
+ if( psc->iSpin() == psd->iSpin() &&
psc->id() < 0 && psd->id() > 0 ) {
swap(diag.outgoing.first, diag.outgoing.second);
if(diag.channelType == HPDiagram::tChannel) {
diag.ordered.second = !diag.ordered.second;
}
return;
}
}
void HardProcessConstructor::assignToCF(HPDiagram & diag) {
if(diag.channelType == HPDiagram::tChannel) {
if(diag.ordered.second) tChannelCF(diag);
else uChannelCF(diag);
}
else if(diag.channelType == HPDiagram::sChannel) {
sChannelCF(diag);
}
else if (diag.channelType == HPDiagram::fourPoint) {
fourPointCF(diag);
}
- else
+ else
assert(false);
}
void HardProcessConstructor::tChannelCF(HPDiagram & diag) {
tcPDPtr ia = getParticleData(diag.incoming.first );
tcPDPtr ib = getParticleData(diag.incoming.second);
tcPDPtr oa = getParticleData(diag.outgoing.first );
tcPDPtr ob = getParticleData(diag.outgoing.second);
PDT::Colour ina = ia->iColour();
PDT::Colour inb = ib->iColour();
PDT::Colour outa = oa->iColour();
PDT::Colour outb = ob->iColour();
vector<CFPair> cfv(1, make_pair(0, 1.));
if(diag.intermediate->iColour() == PDT::Colour0) {
if(ina==PDT::Colour0) {
cfv[0] = make_pair(0, 1);
}
else if(ina==PDT::Colour3 || ina==PDT::Colour3bar) {
if( inb == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(inb==PDT::Colour3 || outb==PDT::Colour3bar) {
cfv[0] = make_pair(2, 1);
}
else if(inb==PDT::Colour8) {
cfv[0] = make_pair(2, 1);
}
}
else if(ina==PDT::Colour8) {
if( inb == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(inb==PDT::Colour3 || outb==PDT::Colour3bar) {
cfv[0] = make_pair(2, 1);
}
else if(inb==PDT::Colour8) {
cfv[0] = make_pair(7, -1);
}
}
}
else if(diag.intermediate->iColour() == PDT::Colour8) {
if(ina==PDT::Colour8&&outa==PDT::Colour8&&
inb==PDT::Colour8&&outb==PDT::Colour8) {
cfv[0]=make_pair(2, 2.);
cfv.push_back(make_pair(3, -2.));
cfv.push_back(make_pair(1, -2.));
cfv.push_back(make_pair(4, 2.));
}
else if(ina==PDT::Colour8&&outa==PDT::Colour0&&
inb==PDT::Colour8&&outb==PDT::Colour8&&
(oa->iSpin()==PDT::Spin0||oa->iSpin()==PDT::Spin1Half||
oa->iSpin()==PDT::Spin3Half)) {
cfv[0] = make_pair(0,-1);
}
else if(ina==PDT::Colour8&&outa==PDT::Colour8&&
inb==PDT::Colour8&&outb==PDT::Colour0&&
(ob->iSpin()==PDT::Spin0||ob->iSpin()==PDT::Spin1Half||
ob->iSpin()==PDT::Spin3Half)) {
cfv[0] = make_pair(0,-1);
}
- }
+ }
else if(diag.intermediate->iColour() == PDT::Colour3 ||
diag.intermediate->iColour() == PDT::Colour3bar) {
if(outa == PDT::Colour0 || outb == PDT::Colour0) {
if( outa == PDT::Colour6 || outb == PDT::Colour6 ||
outa == PDT::Colour6bar || outb == PDT::Colour6bar) {
cfv[0] = make_pair(0,0.5);
cfv.push_back(make_pair(1,0.5));
}
else if ((ina==PDT::Colour3 && inb == PDT::Colour3 &&
(outa == PDT::Colour3bar || outb == PDT::Colour3bar))||
(ina==PDT::Colour3bar && inb == PDT::Colour3bar &&
(outa == PDT::Colour3 || outb == PDT::Colour3 ))) {
cfv[0] = make_pair(0,1.);
}
else {
cfv[0] = make_pair(0,1.);
}
}
else if(outa==PDT::Colour6 && outb==PDT::Colour3bar) {
cfv[0] = make_pair(4,1.);
cfv.push_back(make_pair(5,1.));
}
else if(outa==PDT::Colour6 && outb==PDT::Colour6bar) {
cfv[0] = make_pair(4, 1.);
for(unsigned int ix=5;ix<8;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(outa==PDT::Colour6 || outa ==PDT::Colour6bar ||
outb==PDT::Colour6 || outb ==PDT::Colour6bar ) {
assert(false);
}
else if(ina==PDT::Colour3 && inb==PDT::Colour3 ) {
if((outa==PDT::Colour0 && outb==PDT::Colour3bar)||
(outb==PDT::Colour0 && outa==PDT::Colour3bar))
cfv[0] = make_pair(0,1.);
else if((outa==PDT::Colour8 && outb==PDT::Colour3bar)||
(outb==PDT::Colour8 && outa==PDT::Colour3bar)) {
cfv[0] = make_pair(1,1.);
}
}
else if(ina==PDT::Colour3bar && inb==PDT::Colour3bar ) {
if((outa==PDT::Colour0 && outb==PDT::Colour3)||
(outb==PDT::Colour0 && outa==PDT::Colour3))
cfv[0] = make_pair(0,1.);
else if((outa==PDT::Colour8 && outb==PDT::Colour3)||
(outb==PDT::Colour8 && outa==PDT::Colour3)) {
double sign = diag.intermediate->iSpin()==PDT::Spin0 ? -1. : 1.;
cfv[0] = make_pair(1,sign);
}
}
else if((ina==PDT::Colour3 && inb==PDT::Colour8) ||
(ina==PDT::Colour3bar && inb==PDT::Colour8) ||
(inb==PDT::Colour3 && ina==PDT::Colour8) ||
(inb==PDT::Colour3bar && ina==PDT::Colour8) ) {
if((outa==PDT::Colour3 && outb==PDT::Colour3 ) ||
(outa==PDT::Colour3bar && outb==PDT::Colour3bar)) {
cfv[0] = make_pair(1,1.);
}
}
}
else if(diag.intermediate->iColour() == PDT::Colour6 ||
diag.intermediate->iColour() == PDT::Colour6bar) {
if(ina==PDT::Colour8 && inb==PDT::Colour8) {
cfv[0] = make_pair(0, 1.);
for(unsigned int ix=1;ix<4;++ix)
cfv.push_back(make_pair(ix,1.));
for(unsigned int ix=4;ix<8;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(outa==PDT::Colour3bar && outb==PDT::Colour6) {
cfv[0] = make_pair(0,1.);
for(unsigned int ix=1;ix<4;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(outa==PDT::Colour6 && outb==PDT::Colour3bar) {
cfv[0] = make_pair(4,1.);
cfv.push_back(make_pair(5,1.));
}
}
diag.colourFlow = cfv;
}
-
+
void HardProcessConstructor::uChannelCF(HPDiagram & diag) {
tcPDPtr ia = getParticleData(diag.incoming.first );
tcPDPtr ib = getParticleData(diag.incoming.second);
tcPDPtr oa = getParticleData(diag.outgoing.first );
tcPDPtr ob = getParticleData(diag.outgoing.second);
PDT::Colour ina = ia->iColour();
PDT::Colour inb = ib->iColour();
PDT::Colour outa = oa->iColour();
PDT::Colour outb = ob->iColour();
PDT::Colour offshell = diag.intermediate->iColour();
vector<CFPair> cfv(1, make_pair(1, 1.));
if(offshell == PDT::Colour8) {
if(outa == PDT::Colour0 &&
outb == PDT::Colour0) {
cfv[0].first = 0;
}
else if( outa != outb ) {
- if(outa == PDT::Colour0 ||
+ if(outa == PDT::Colour0 ||
outb == PDT::Colour0) {
cfv[0].first = 0;
}
else if(ina == PDT::Colour3 && inb == PDT::Colour8 &&
outb == PDT::Colour3 && outa == PDT::Colour8) {
tPDPtr off = diag.intermediate;
if(off->CC()) off=off->CC();
if(off->iSpin()!=PDT::Spin1Half ||
diag.vertices.second->allowed(off->id(),diag.outgoing.first,diag.incoming.second)) {
cfv[0].first = 0;
cfv.push_back(make_pair(1, -1.));
}
else {
cfv[0].first = 1;
cfv.push_back(make_pair(0, -1.));
}
}
else if(ina == PDT::Colour3bar && inb == PDT::Colour8 &&
outb == PDT::Colour3bar && outa == PDT::Colour8) {
tPDPtr off = diag.intermediate;
if(off->CC()) off=off->CC();
if(off->iSpin()!=PDT::Spin1Half ||
diag.vertices.second->allowed(diag.outgoing.first,off->id(),diag.incoming.second)) {
cfv[0].first = 0;
cfv.push_back(make_pair(1, -1.));
}
else {
cfv[0].first = 1;
cfv.push_back(make_pair(0, -1.));
}
}
else {
cfv[0].first = 0;
cfv.push_back(make_pair(1, -1.));
}
}
else if(outa==PDT::Colour8&&ina==PDT::Colour8) {
cfv[0]=make_pair(4, 2.);
cfv.push_back(make_pair(5, -2.));
cfv.push_back(make_pair(0, -2.));
cfv.push_back(make_pair(2, 2.));
}
}
else if(offshell == PDT::Colour3 || offshell == PDT::Colour3bar) {
if( outa == PDT::Colour0 || outb == PDT::Colour0 ) {
if( outa == PDT::Colour6 || outb == PDT::Colour6 ||
outa == PDT::Colour6bar || outb == PDT::Colour6bar) {
cfv[0] = make_pair(0,0.5);
cfv.push_back(make_pair(1,0.5));
}
else if ((ina==PDT::Colour3 && inb == PDT::Colour3 &&
(outa == PDT::Colour3bar || outb == PDT::Colour3bar))||
(ina==PDT::Colour3bar && inb == PDT::Colour3bar &&
(outa == PDT::Colour3 || outb == PDT::Colour3 ))) {
double sign = diag.intermediate->iSpin()==PDT::Spin0 ? -1. : 1.;
cfv[0] = make_pair(0,sign);
}
else {
cfv[0] = make_pair(0,1.);
}
}
else if(outa==PDT::Colour3bar && outb==PDT::Colour6) {
cfv[0] = make_pair(4,1.);
cfv.push_back(make_pair(5,1.));
}
else if(outa==PDT::Colour6 && outb==PDT::Colour3bar) {
cfv[0] = make_pair(0,1.);
for(int ix=0; ix<4;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(outa==PDT::Colour6bar && outb==PDT::Colour6) {
cfv[0] = make_pair(4,1.);
for(int ix=5; ix<8;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(ina==PDT::Colour0 && inb==PDT::Colour0) {
cfv[0] = make_pair(0,1.);
}
else if(ina==PDT::Colour3 && inb==PDT::Colour3 ) {
if((outa==PDT::Colour0 && outb==PDT::Colour3bar)||
(outb==PDT::Colour0 && outa==PDT::Colour3bar))
cfv[0] = make_pair(0,1.);
else if((outa==PDT::Colour8 && outb==PDT::Colour3bar)||
(outb==PDT::Colour8 && outa==PDT::Colour3bar)) {
double sign = diag.intermediate->iSpin()==PDT::Spin0 ? -1. : 1.;
cfv[0] = make_pair(2,sign);
}
}
else if(ina==PDT::Colour3bar && inb==PDT::Colour3bar ) {
if((outa==PDT::Colour0 && outb==PDT::Colour3)||
(outb==PDT::Colour0 && outa==PDT::Colour3))
cfv[0] = make_pair(0,1.);
else if((outa==PDT::Colour8 && outb==PDT::Colour3)||
(outb==PDT::Colour8 && outa==PDT::Colour3)) {
cfv[0] = make_pair(2,1.);
}
}
else if(((ina==PDT::Colour3 && inb==PDT::Colour8) ||
(ina==PDT::Colour3bar && inb==PDT::Colour8) ||
(inb==PDT::Colour3 && ina==PDT::Colour8) ||
(inb==PDT::Colour3bar && ina==PDT::Colour8)) &&
((outa==PDT::Colour3 && outb==PDT::Colour3 ) ||
(outa==PDT::Colour3bar && outb==PDT::Colour3bar))) {
cfv[0] = make_pair(2, 1.);
}
- else if(( ina==PDT::Colour3 && inb==PDT::Colour3bar &&
+ else if(( ina==PDT::Colour3 && inb==PDT::Colour3bar &&
outa==PDT::Colour3 && outb==PDT::Colour3bar)) {
cfv[0] = make_pair(2, 1.);
cfv.push_back(make_pair(3,-1.));
}
}
else if( offshell == PDT::Colour0 ) {
if(ina==PDT::Colour0) {
cfv[0] = make_pair(0, 1);
}
else if(ina==PDT::Colour3 || ina==PDT::Colour3bar) {
if( inb == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(inb==PDT::Colour3 || inb==PDT::Colour3bar) {
cfv[0] = make_pair(3, 1);
}
else if(inb==PDT::Colour8) {
cfv[0] = make_pair(2, 1);
}
}
else if(ina==PDT::Colour8) {
if( inb == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(inb==PDT::Colour3 || outb==PDT::Colour3bar) {
cfv[0] = make_pair(2, 1);
}
else if(inb==PDT::Colour8) {
cfv[0] = make_pair(8, -1);
}
}
}
else if(diag.intermediate->iColour() == PDT::Colour6 ||
diag.intermediate->iColour() == PDT::Colour6bar) {
if(ina==PDT::Colour8 && inb==PDT::Colour8) {
cfv[0] = make_pair(0, 1.);
for(unsigned int ix=1;ix<4;++ix)
cfv.push_back(make_pair(ix,1.));
for(unsigned int ix=8;ix<12;++ix)
cfv.push_back(make_pair(ix,1.));
}
else if(outa==PDT::Colour3bar && outb==PDT::Colour6) {
cfv[0] = make_pair(4, 1.);
cfv.push_back(make_pair(5,1.));
}
else if(outa==PDT::Colour6 && outb==PDT::Colour3bar) {
cfv[0] = make_pair(0, 1.);
for(unsigned int ix=1;ix<4;++ix)
cfv.push_back(make_pair(ix,1.));
}
}
diag.colourFlow = cfv;
}
void HardProcessConstructor::sChannelCF(HPDiagram & diag) {
tcPDPtr pa = getParticleData(diag.incoming.first);
tcPDPtr pb = getParticleData(diag.incoming.second);
PDT::Colour ina = pa->iColour();
PDT::Colour inb = pb->iColour();
PDT::Colour offshell = diag.intermediate->iColour();
tcPDPtr pc = getParticleData(diag.outgoing.first);
tcPDPtr pd = getParticleData(diag.outgoing.second);
PDT::Colour outa = pc->iColour();
PDT::Colour outb = pd->iColour();
vector<CFPair> cfv(1);
if(offshell == PDT::Colour8) {
- if(ina == PDT::Colour0 || inb == PDT::Colour0 ||
+ if(ina == PDT::Colour0 || inb == PDT::Colour0 ||
outa == PDT::Colour0 || outb == PDT::Colour0) {
cfv[0] = make_pair(0, 1);
}
else {
bool incol = ina == PDT::Colour8 && inb == PDT::Colour8;
bool outcol = outa == PDT::Colour8 && outb == PDT::Colour8;
bool intrip = ina == PDT::Colour3 && inb == PDT::Colour3bar;
bool outtrip = outa == PDT::Colour3 && outb == PDT::Colour3bar;
bool outsex = outa == PDT::Colour6 && outb == PDT::Colour6bar;
bool outsexb = outa == PDT::Colour6bar && outb == PDT::Colour6;
if(incol || outcol) {
// Require an additional minus sign for a scalar/fermion
// 33bar final state due to the way the vertex rules are defined.
int prefact(1);
if( ((pc->iSpin() == PDT::Spin1Half && pd->iSpin() == PDT::Spin1Half) ||
(pc->iSpin() == PDT::Spin0 && pd->iSpin() == PDT::Spin0 ) ||
(pc->iSpin() == PDT::Spin1 && pd->iSpin() == PDT::Spin1 )) &&
(outa == PDT::Colour3 && outb == PDT::Colour3bar) )
prefact = -1;
if(incol && outcol) {
cfv[0] = make_pair(0, -2.);
cfv.push_back(make_pair(1, 2.));
cfv.push_back(make_pair(3, 2.));
cfv.push_back(make_pair(5, -2.));
}
else if(incol && outsex) {
cfv[0].first = 4;
cfv[0].second = prefact;
for(unsigned int ix=1;ix<4;++ix)
cfv.push_back(make_pair(4+ix, prefact));
for(unsigned int ix=0;ix<4;++ix)
cfv.push_back(make_pair(8+ix,-prefact));
}
else {
cfv[0].first = 0;
cfv[0].second = -prefact;
cfv.push_back(make_pair(1, prefact));
}
}
- else if( ( intrip && !outtrip ) ||
+ else if( ( intrip && !outtrip ) ||
( !intrip && outtrip ) ) {
if(!outsex)
cfv[0] = make_pair(0, 1);
else {
cfv[0] = make_pair(0, 1.);
for(unsigned int ix=0;ix<3;++ix)
cfv.push_back(make_pair(ix+1, 1.));
}
}
else if((intrip && outsex) || (intrip && outsexb)) {
cfv[0] = make_pair(0,1.);
for(int ix=1; ix<4; ++ix)
cfv.push_back(make_pair(ix,1.));
}
else
cfv[0] = make_pair(1, 1);
}
}
else if(offshell == PDT::Colour0) {
if( ina == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(ina==PDT::Colour3 || ina==PDT::Colour3bar) {
if( outa == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(outa==PDT::Colour3 || outa==PDT::Colour3bar) {
cfv[0] = make_pair(3, 1);
}
else if(outa==PDT::Colour8) {
cfv[0] = make_pair(2, 1);
}
else if(outa==PDT::Colour6 || outa==PDT::Colour6bar) {
cfv[0] = make_pair(8, 1.);
cfv.push_back(make_pair(9,1.));
}
else
assert(false);
}
else if(ina==PDT::Colour8) {
if( outa == PDT::Colour0 ) {
cfv[0] = make_pair(0, 1);
}
else if(outa==PDT::Colour3 || outb==PDT::Colour3bar) {
cfv[0] = make_pair(2, 1);
}
else if(outa==PDT::Colour8) {
cfv[0] = make_pair(6, 1);
}
}
}
else if(offshell == PDT::Colour3 || offshell == PDT::Colour3bar) {
- if(outa == PDT::Colour6 || outa == PDT::Colour6bar ||
+ if(outa == PDT::Colour6 || outa == PDT::Colour6bar ||
outb == PDT::Colour6bar || outb == PDT::Colour6) {
cfv[0] = make_pair(6, 1.);
cfv.push_back(make_pair(7,1.));
}
else if((ina == PDT::Colour3 && inb == PDT::Colour3) ||
(ina == PDT::Colour3bar && inb == PDT::Colour3bar)) {
if((outa == PDT::Colour3 && outb == PDT::Colour3 ) ||
(outa == PDT::Colour3bar && outb == PDT::Colour3bar)) {
cfv[0] = make_pair(2, 1.);
cfv.push_back(make_pair(3,-1.));
}
else
cfv[0] = make_pair(0,1.);
}
else if(((ina==PDT::Colour3 && inb==PDT::Colour8) ||
(ina==PDT::Colour3bar && inb==PDT::Colour8) ||
(inb==PDT::Colour3 && ina==PDT::Colour8) ||
(inb==PDT::Colour3bar && ina==PDT::Colour8) ) &&
((outa==PDT::Colour3 && outb==PDT::Colour3 ) ||
(outa==PDT::Colour3bar && outb==PDT::Colour3bar))) {
cfv[0] = make_pair(0,1.);
}
else {
if(outa == PDT::Colour0 || outb == PDT::Colour0)
cfv[0] = make_pair(0, 1);
else
cfv[0] = make_pair(1, 1);
}
}
else if( offshell == PDT::Colour6 || offshell == PDT::Colour6bar) {
if((ina == PDT::Colour3 && inb == PDT::Colour3 &&
outa == PDT::Colour3 && outb == PDT::Colour3 ) ||
(ina == PDT::Colour3bar && inb == PDT::Colour3bar &&
outa == PDT::Colour3bar && outb == PDT::Colour3bar)) {
cfv[0] = make_pair(2,0.5);
cfv.push_back(make_pair(3,0.5));
}
else if((ina == PDT::Colour3 && inb == PDT::Colour3 &&
((outa == PDT::Colour6 && outb == PDT::Colour0)||
(outb == PDT::Colour6 && outa == PDT::Colour0))) ||
(ina == PDT::Colour3bar && inb == PDT::Colour3bar &&
((outa == PDT::Colour6bar && outb == PDT::Colour0)||
(outb == PDT::Colour6bar && outa == PDT::Colour0)))) {
cfv[0] = make_pair(0,0.5);
cfv.push_back(make_pair(1,0.5));
}
else
assert(false);
}
else {
if(outa == PDT::Colour0 || outb == PDT::Colour0)
cfv[0] = make_pair(0, 1);
else
cfv[0] = make_pair(1, 1);
- }
- diag.colourFlow = cfv;
+ }
+ diag.colourFlow = cfv;
}
void HardProcessConstructor::fourPointCF(HPDiagram & diag) {
using namespace ThePEG::Helicity;
// count the colours
unsigned int noct(0),ntri(0),nsng(0),nsex(0),nf(0);
vector<tcPDPtr> particles;
for(unsigned int ix=0;ix<4;++ix) {
particles.push_back(getParticleData(diag.ids[ix]));
PDT::Colour col = particles.back()->iColour();
if(col==PDT::Colour0) ++nsng;
else if(col==PDT::Colour3||col==PDT::Colour3bar) ++ntri;
else if(col==PDT::Colour8) ++noct;
else if(col==PDT::Colour6||col==PDT::Colour6bar) ++nsex;
if(particles.back()->iSpin()==2) nf+=1;
}
- if(nsng==4 || (ntri==2&&nsng==2) ||
+ if(nsng==4 || (ntri==2&&nsng==2) ||
(noct==3 && nsng==1) ||
(ntri==2 && noct==1 && nsng==1) ||
(noct == 2 && nsng == 2) ) {
vector<CFPair> cfv(1,make_pair(0,1));
diag.colourFlow = cfv;
}
else if(noct==4) {
// flows for SSVV, VVVV is handled in me class
vector<CFPair> cfv(6);
cfv[0] = make_pair(0, -2.);
cfv[1] = make_pair(1, -2.);
cfv[2] = make_pair(2, +4.);
cfv[3] = make_pair(3, -2.);
cfv[4] = make_pair(4, +4.);
cfv[5] = make_pair(5, -2.);
diag.colourFlow = cfv;
}
else if(ntri==2&&noct==2) {
vector<CFPair> cfv(2);
cfv[0] = make_pair(0, 1);
cfv[1] = make_pair(1, 1);
if(nf==2) cfv[1].second = -1.;
diag.colourFlow = cfv;
}
else if(nsex==2&&noct==2) {
vector<CFPair> cfv;
for(unsigned int ix=0;ix<4;++ix)
cfv.push_back(make_pair(ix ,2.));
for(unsigned int ix=0;ix<8;++ix)
cfv.push_back(make_pair(4+ix,1.));
diag.colourFlow = cfv;
}
else if(ntri==4) {
// get the order from the vertex
vector<long> temp;
for(unsigned int ix=0;ix<4;++ix) {
temp = diag.vertices.first->search(ix,diag.outgoing.first);
if(!temp.empty()) break;
}
// compute the mapping
vector<long> ids;
ids.push_back( particles[0]->CC() ? -diag.incoming.first : diag.incoming.first );
ids.push_back( particles[1]->CC() ? -diag.incoming.second : diag.incoming.second);
ids.push_back( diag.outgoing.first );
ids.push_back( diag.outgoing.second);
vector<unsigned int> order = {0,1,2,3};
vector<bool> matched(4,false);
for(unsigned int ix=0;ix<temp.size();++ix) {
for(unsigned int iy=0;iy<ids.size();++iy) {
if(matched[iy]) continue;
if(temp[ix]==ids[iy]) {
matched[iy] = true;
order[ix]=iy;
break;
}
}
}
// 3 3 -> 3 3
if((particles[0]->iColour()==PDT::Colour3 &&
particles[1]->iColour()==PDT::Colour3) ||
(particles[0]->iColour()==PDT::Colour3bar &&
particles[1]->iColour()==PDT::Colour3bar) ) {
if(diag.vertices.first->colourStructure()==ColourStructure::SU3I12I34) {
if( (order[0]==0 && order[1]==2) || (order[2]==0 && order[3]==2) ||
(order[0]==2 && order[1]==0) || (order[2]==2 && order[3]==0))
diag.colourFlow = vector<CFPair>(1,make_pair(2,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(3,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3I14I23) {
if( (order[0]==0 && order[3]==2) || (order[1]==0 && order[2]==2) ||
(order[0]==2 && order[3]==0) || (order[1]==2 && order[2]==0))
diag.colourFlow = vector<CFPair>(1,make_pair(2,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(3,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3T21T43) {
if( (order[1]==0 && order[0]==2) || (order[3]==0 && order[2]==2) ||
(order[1]==2 && order[0]==0) || (order[3]==2 && order[2]==0))
diag.colourFlow = vector<CFPair>(1,make_pair(0,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(1,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3T23T41) {
if( (order[1]==0 && order[2]==2) || (order[3]==0 && order[0]==2) ||
(order[1]==2 && order[2]==0) || (order[3]==2 && order[0]==0))
diag.colourFlow = vector<CFPair>(1,make_pair(0,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(1,1.));
}
else
assert(false);
}
else if((particles[0]->iColour()==PDT::Colour3 &&
particles[1]->iColour()==PDT::Colour3bar) ||
(particles[0]->iColour()==PDT::Colour3bar &&
particles[1]->iColour()==PDT::Colour3)) {
if(diag.vertices.first->colourStructure()==ColourStructure::SU3I12I34) {
if( (order[0]==0 && order[1]==1) || (order[2]==0 && order[3]==0) ||
(order[0]==1 && order[1]==0) || (order[2]==1 && order[3]==1))
diag.colourFlow = vector<CFPair>(1,make_pair(3,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(2,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3I14I23) {
if( (order[0]==0 && order[3]==1) || (order[0]==2 && order[3]==3) ||
(order[0]==1 && order[3]==0) || (order[0]==3 && order[3]==2))
diag.colourFlow = vector<CFPair>(1,make_pair(3,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(2,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3T21T43) {
if( (order[1]==0 && order[0]==1) || (order[3]==0 && order[2]==1) ||
(order[1]==1 && order[0]==0) || (order[3]==1 && order[2]==0))
diag.colourFlow = vector<CFPair>(1,make_pair(1,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(0,1.));
}
else if(diag.vertices.first->colourStructure()==ColourStructure::SU3T23T41) {
if( (order[1]==0 && order[2]==1) || (order[1]==1 && order[2]==0) ||
(order[1]==3 && order[2]==2) || (order[1]==2 && order[2]==3))
diag.colourFlow = vector<CFPair>(1,make_pair(1,1.));
else
diag.colourFlow = vector<CFPair>(1,make_pair(2,1.));
}
else
assert(false);
}
else {
assert(false);
}
}
else {
assert(false);
}
}
namespace {
// Helper functor for find_if in duplicate function.
class SameDiagramAs {
public:
SameDiagramAs(const HPDiagram & diag) : a(diag) {}
bool operator()(const HPDiagram & b) const {
return a == b;
}
private:
HPDiagram a;
};
}
-bool HardProcessConstructor::duplicate(const HPDiagram & diag,
+bool HardProcessConstructor::duplicate(const HPDiagram & diag,
const HPDVector & group) const {
//find if a duplicate diagram exists
- HPDVector::const_iterator it =
+ HPDVector::const_iterator it =
find_if(group.begin(), group.end(), SameDiagramAs(diag));
return it != group.end();
-}
+}
bool HardProcessConstructor::checkOrder(const HPDiagram & diag) const {
for(map<string,pair<unsigned int,int> >::const_iterator it=model_->couplings().begin();
it!=model_->couplings().end();++it) {
int order=0;
if(diag.vertices.first ) order += diag.vertices.first ->orderInCoupling(it->second.first);
if(diag.vertices.second&&diag.vertices.first->getNpoint()==3)
order += diag.vertices.second->orderInCoupling(it->second.first);
if(order>it->second.second) return false;
}
return true;
}
diff --git a/Shower/QTilde/Base/PartnerFinder.cc b/Shower/QTilde/Base/PartnerFinder.cc
--- a/Shower/QTilde/Base/PartnerFinder.cc
+++ b/Shower/QTilde/Base/PartnerFinder.cc
@@ -1,873 +1,882 @@
// -*- C++ -*-
//
// PartnerFinder.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the PartnerFinder class.
//
#include "PartnerFinder.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include "ThePEG/Repository/UseRandom.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Utilities/Debug.h"
#include "ThePEG/Utilities/DescribeClass.h"
using namespace Herwig;
DescribeClass<PartnerFinder,Interfaced>
describePartnerFinder ("Herwig::PartnerFinder","HwShower.so");
// some useful functions to avoid using #define
namespace {
// return bool if final-state particle
inline bool FS(const tShowerParticlePtr a) {
return a->isFinalState();
}
// return colour line pointer
inline Ptr<ThePEG::ColourLine>::transient_pointer
CL(const tShowerParticlePtr a, unsigned int index=0) {
return a->colourInfo()->colourLines().empty() ? ThePEG::tColinePtr() :
const_ptr_cast<ThePEG::tColinePtr>(a->colourInfo()->colourLines()[index]);
}
// return colour line size
inline size_t
CLSIZE(const tShowerParticlePtr a) {
return a->colourInfo()->colourLines().size();
}
inline Ptr<ThePEG::ColourLine>::transient_pointer
ACL(const tShowerParticlePtr a, unsigned int index=0) {
return a->colourInfo()->antiColourLines().empty() ? ThePEG::tColinePtr() :
const_ptr_cast<ThePEG::tColinePtr>(a->colourInfo()->antiColourLines()[index]);
}
inline size_t
ACLSIZE(const tShowerParticlePtr a) {
return a->colourInfo()->antiColourLines().size();
}
}
void PartnerFinder::persistentOutput(PersistentOStream & os) const {
os << partnerMethod_ << QEDPartner_ << scaleChoice_;
}
void PartnerFinder::persistentInput(PersistentIStream & is, int) {
is >> partnerMethod_ >> QEDPartner_ >> scaleChoice_;
}
void PartnerFinder::Init() {
static ClassDocumentation<PartnerFinder> documentation
("This class is responsible for finding the partners for each interaction types ",
"and within the evolution scale range specified by the ShowerVariables ",
"then to determine the initial evolution scales for each pair of partners.");
static Switch<PartnerFinder,int> interfacePartnerMethod
("PartnerMethod",
"Choice of partner finding method for gluon evolution.",
&PartnerFinder::partnerMethod_, 0, false, false);
static SwitchOption interfacePartnerMethodRandom
(interfacePartnerMethod,
"Random",
"Choose partners of a gluon randomly.",
0);
static SwitchOption interfacePartnerMethodMaximum
(interfacePartnerMethod,
"Maximum",
"Choose partner of gluon with largest angle.",
1);
static Switch<PartnerFinder,int> interfaceQEDPartner
("QEDPartner",
"Control of which particles to use as the partner for QED radiation",
&PartnerFinder::QEDPartner_, 0, false, false);
static SwitchOption interfaceQEDPartnerAll
(interfaceQEDPartner,
"All",
"Consider all possible choices which give a positive contribution"
" in the soft limit.",
0);
static SwitchOption interfaceQEDPartnerIIandFF
(interfaceQEDPartner,
"IIandFF",
"Only allow initial-initial or final-final combinations",
1);
static SwitchOption interfaceQEDPartnerIF
(interfaceQEDPartner,
"IF",
"Only allow initial-final combinations",
2);
static Switch<PartnerFinder,int> interfaceScaleChoice
("ScaleChoice",
"The choice of the evolution scales",
&PartnerFinder::scaleChoice_, 0, false, false);
static SwitchOption interfaceScaleChoicePartner
(interfaceScaleChoice,
"Partner",
"Scale of all interactions is that of the evolution partner",
0);
static SwitchOption interfaceScaleChoiceDifferent
(interfaceScaleChoice,
"Different",
"Allow each interaction to have different scales",
1);
}
void PartnerFinder::setInitialEvolutionScales(const ShowerParticleVector &particles,
const bool isDecayCase,
ShowerInteraction type,
bool darkInteraction,
const bool setPartners) {
// clear the existing partners
for(ShowerParticleVector::const_iterator cit = particles.begin();
cit != particles.end(); ++cit) (*cit)->clearPartners();
// set them
if(type==ShowerInteraction::QCD) {
setInitialQCDEvolutionScales(particles,isDecayCase,setPartners);
}
else if(type==ShowerInteraction::QED) {
setInitialQEDEvolutionScales(particles,isDecayCase,setPartners);
}
else if(type==ShowerInteraction::EW) {
setInitialEWEvolutionScales(particles,isDecayCase,false);
}
else if(type==ShowerInteraction::DARK) {
setInitialDARKEvolutionScales(particles,isDecayCase,setPartners);
}
else if(type==ShowerInteraction::QEDQCD) {
setInitialQCDEvolutionScales(particles,isDecayCase,setPartners);
setInitialQEDEvolutionScales(particles,isDecayCase,false);
}
else if(type==ShowerInteraction::ALL) {
setInitialQCDEvolutionScales(particles,isDecayCase,setPartners);
setInitialQEDEvolutionScales(particles,isDecayCase,false);
setInitialEWEvolutionScales(particles,isDecayCase,false);
}
else
assert(false);
if (darkInteraction) {
setInitialDARKEvolutionScales(particles,isDecayCase,setPartners);
}
// \todo EW scales here
// print out for debugging
if(Debug::level>=10) {
for(ShowerParticleVector::const_iterator cit = particles.begin();
cit != particles.end(); ++cit) {
generator()->log() << "Particle: " << **cit << "\n";
if(!(**cit).partner()) continue;
generator()->log() << "Primary partner: " << *(**cit).partner() << "\n";
for(vector<ShowerParticle::EvolutionPartner>::const_iterator it= (**cit).partners().begin();
it!=(**cit).partners().end();++it) {
generator()->log() << static_cast<long>(it->type) << " "
<< it->weight << " "
<< it->scale/GeV << " "
<< *(it->partner)
<< "\n";
}
}
generator()->log() << flush;
}
}
void PartnerFinder::setInitialQCDEvolutionScales(const ShowerParticleVector &particles,
const bool isDecayCase,
const bool setPartners) {
// Loop over particles and consider only coloured particles which don't
// have already their colour partner fixed and that don't have children
// (the latter requirement is relaxed in the case isDecayCase is true).
// Build a map which has as key one of these particles (i.e. a pointer
// to a ShowerParticle object) and as a corresponding value the vector
// of all its possible *normal* candidate colour partners, defined as follows:
// --- have colour, and no children (this is not required in the case
// isDecayCase is true);
// --- if both are initial (incoming) state particles, then the (non-null) colourLine()
// of one of them must match the (non-null) antiColourLine() of the other.
// --- if one is an initial (incoming) state particle and the other is
// a final (outgoing) state particle, then both must have the
// same (non-null) colourLine() or the same (non-null) antiColourLine();
// Notice that this definition exclude the special case of baryon-violating
// processes (as in R-parity Susy), which will show up as particles
// without candidate colour partners, and that we will be treated a part later
// (this means that no modifications of the following loop is needed!
for ( const auto & sp : particles ) {
// Skip colourless particles
if(!sp->data().coloured() || sp->data().colouredInteraction() != 0) continue;
// find the partners
auto partners = findQCDPartners(sp,particles);
// must have a partner
if(partners.empty()) {
throw Exception() << "`Failed to make colour connections in "
<< "PartnerFinder::setQCDInitialEvolutionScales"
<< *sp
<< Exception::eventerror;
}
// Calculate the evolution scales for all possible pairs of of particles
vector<pair<Energy,Energy> > scales;
int position = -1;
for(size_t ix=0; ix< partners.size(); ++ix) {
scales.push_back(calculateInitialEvolutionScales(ShowerPPair(sp, partners[ix].second),isDecayCase));
if (!setPartners && partners[ix].second) position = ix;
}
assert(setPartners || position >= 0);
// set partners if required
if (setPartners) {
// In the case of more than one candidate colour partners,
// there are now two approaches to choosing the partner. The
// first method is based on two assumptions:
// 1) the choice of which is the colour partner is done
// *randomly* between the available candidates.
// 2) the choice of which is the colour partner is done
// *independently* from each particle: in other words,
// if for a particle "i" its selected colour partner is
// the particle "j", then the colour partner of "j"
// does not have to be necessarily "i".
// The second method always chooses the furthest partner
// for hard gluons and gluinos.
// random choice
if( partnerMethod_ == 0 ) {
// random choice of partner
position = UseRandom::irnd(partners.size());
}
// take the one with largest angle
else if (partnerMethod_ == 1 ) {
if (sp->perturbative() == 1 &&
sp->dataPtr()->iColour()==PDT::Colour8 ) {
assert(partners.size()==2);
// Determine largest angle
double maxAngle(0.);
for(unsigned int ix=0;ix<partners.size();++ix) {
double angle = sp->momentum().vect().
angle(partners[ix].second->momentum().vect());
if(angle>maxAngle) {
maxAngle = angle;
position = ix;
}
}
}
else position = UseRandom::irnd(partners.size());
}
else assert(false);
// set the evolution partner
sp->partner(partners[position].second);
}
// primary partner set, set the others and do the scale
for(size_t ix=0; ix<partners.size(); ++ix) {
sp->addPartner(ShowerParticle::EvolutionPartner(partners[ix].second,1.,partners[ix].first,
scales[ix].first));
}
// set scales for all interactions to that of the partner, default
Energy scale = scales[position].first;
for(unsigned int ix=0;ix<partners.size();++ix) {
if(partners[ix].first==ShowerPartnerType::QCDColourLine) {
sp->scales().QCD_c =
sp->scales().QCD_c_noAO =
(scaleChoice_==0 ? scale : scales[ix].first);
}
else if(partners[ix].first==ShowerPartnerType::QCDAntiColourLine) {
sp->scales().QCD_ac =
sp->scales().QCD_ac_noAO =
(scaleChoice_==0 ? scale : scales[ix].first);
}
else assert(false);
}
}
}
void PartnerFinder::setInitialQEDEvolutionScales(const ShowerParticleVector &particles,
const bool isDecayCase,
const bool setPartners) {
// loop over all the particles
for(const auto & sp : particles) {
// not charged or photon continue
if(!sp->dataPtr()->charged() && sp->dataPtr()->id()!=ParticleID::gamma) continue;
// find the potential partners
vector<pair<double,tShowerParticlePtr> > partners = findQEDPartners(sp,particles,isDecayCase);
if(partners.empty()) {
throw Exception() << "Failed to find partner in "
<< "PartnerFinder::setQEDInitialEvolutionScales"
<< *sp << Exception::eventerror;
}
// calculate the probabilities
double prob(0.);
for(unsigned int ix=0;ix<partners.size();++ix) prob += partners[ix].first;
// normalise
for(unsigned int ix=0;ix<partners.size();++ix) partners[ix].first /= prob;
// set the partner if required
int position(-1);
// use QCD partner if set
if(!setPartners&&sp->partner()) {
for(unsigned int ix=0;ix<partners.size();++ix) {
if(sp->partner()==partners[ix].second) {
position = ix;
break;
}
}
}
// set the partner
if(setPartners||!sp->partner()||position<0) {
prob = UseRandom::rnd();
for(unsigned int ix=0;ix<partners.size();++ix) {
if(partners[ix].first>prob) {
position = ix;
break;
}
prob -= partners[ix].first;
}
if(position>=0&&(setPartners||!sp->partner())) {
sp->partner(partners[position].second);
}
}
// must have a partner
if(position<0) throw Exception() << "Failed to find partner in "
<< "PartnerFinder::setQEDInitialEvolutionScales"
<< *sp << Exception::eventerror;
// Calculate the evolution scales for all possible pairs of of particles
vector<pair<Energy,Energy> > scales;
for(unsigned int ix=0;ix< partners.size();++ix) {
scales.push_back(calculateInitialEvolutionScales(ShowerPPair(sp,partners[ix].second),
isDecayCase));
}
// store all the possible partners
for(unsigned int ix=0;ix<partners.size();++ix) {
sp->addPartner(ShowerParticle::EvolutionPartner(partners[ix].second,
partners[ix].first,
ShowerPartnerType::QED,
scales[ix].first));
}
// set scales
sp->scales().QED = scales[position].first;
sp->scales().QED_noAO = scales[position].first;
}
}
pair<Energy,Energy> PartnerFinder::
calculateInitialEvolutionScales(const ShowerPPair &particlePair,
const bool isDecayCase, int key) {
bool FS1=FS(particlePair.first),FS2= FS(particlePair.second);
if(FS1 && FS2){
return calculateFinalFinalScales(particlePair.first->momentum(),particlePair.second->momentum(), key);
}
else if(FS1 && !FS2) {
pair<Energy,Energy> rval = calculateInitialFinalScales(particlePair.second->momentum(),
particlePair.first->momentum(),
isDecayCase);
return { rval.second, rval.first };
}
else if(!FS1 &&FS2)
return calculateInitialFinalScales(particlePair.first->momentum(),particlePair.second->momentum(),isDecayCase);
else
return calculateInitialInitialScales(particlePair.first->momentum(),particlePair.second->momentum());
}
vector< pair<ShowerPartnerType, tShowerParticlePtr> >
PartnerFinder::findQCDPartners(tShowerParticlePtr particle,
const ShowerParticleVector &particles) {
vector< pair<ShowerPartnerType, tShowerParticlePtr> > partners;
for(const auto & sp : particles) {
if(!sp->data().coloured() || particle==sp) continue;
// one initial-state and one final-state particle
if(FS(particle) != FS(sp)) {
// loop over all the colours of both particles
for(size_t ix=0; ix<CLSIZE(particle); ++ix) {
for(size_t jx=0; jx<CLSIZE(sp); ++jx) {
if((CL(particle,ix) && CL(particle,ix)==CL(sp,jx))) {
partners.push_back({ ShowerPartnerType:: QCDColourLine, sp });
}
}
}
//loop over all the anti-colours of both particles
for(size_t ix=0; ix<ACLSIZE(particle); ++ix) {
for(size_t jx=0; jx<ACLSIZE(sp); ++jx) {
if((ACL(particle,ix) && ACL(particle,ix)==ACL(sp,jx))) {
partners.push_back({ ShowerPartnerType::QCDAntiColourLine, sp });
}
}
}
}
// two initial-state or two final-state particles
else {
//loop over the colours of the first particle and the anti-colours of the other
for(size_t ix=0; ix<CLSIZE(particle); ++ix){
for(size_t jx=0; jx<ACLSIZE(sp); ++jx){
if(CL(particle,ix) && CL(particle,ix)==ACL(sp,jx)) {
partners.push_back({ ShowerPartnerType:: QCDColourLine, sp });
}
}
}
//loop over the anti-colours of the first particle and the colours of the other
for(size_t ix=0; ix<ACLSIZE(particle); ++ix){
for(size_t jx=0; jx<CLSIZE(sp); jx++){
if(ACL(particle,ix) && ACL(particle,ix)==CL(sp,jx)) {
partners.push_back({ ShowerPartnerType::QCDAntiColourLine, sp });
}
}
}
}
}
// if we haven't found any partners look for RPV
if (partners.empty()) {
// special for RPV
tColinePtr col = CL(particle);
if(FS(particle)&&col&&col->sourceNeighbours().first) {
tColinePair cpair = col->sourceNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))||
(!FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second ))) {
partners.push_back({ ShowerPartnerType:: QCDColourLine, sp });
}
}
}
else if(col&&col->sinkNeighbours().first) {
tColinePair cpair = col->sinkNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second))||
(!FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))) {
partners.push_back({ ShowerPartnerType:: QCDColourLine, sp });
}
}
}
col = ACL(particle);
if(FS(particle)&&col&&col->sinkNeighbours().first) {
tColinePair cpair = col->sinkNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second))||
(!FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second ))) {
partners.push_back({ ShowerPartnerType::QCDAntiColourLine, sp });
}
}
}
else if(col&&col->sourceNeighbours().first) {
tColinePair cpair = col->sourceNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))||
(!FS(sp) && (ACL(sp) == cpair.first ||ACL(sp) == cpair.second))) {
partners.push_back({ ShowerPartnerType::QCDAntiColourLine, sp });
}
}
}
}
// return the partners
return partners;
}
vector< pair<ShowerPartnerType, tShowerParticlePtr> >
PartnerFinder::findDARKPartners(tShowerParticlePtr particle,
const ShowerParticleVector &particles) {
vector< pair<ShowerPartnerType, tShowerParticlePtr> > partners;
for (const auto & sp : particles) {
if(!sp->data().coloured() || particle==sp) continue;
if(sp->data().colouredInteraction() != 1) continue;
// one initial-state and one final-state particle
if(FS(particle) != FS(sp)) {
// loop over all the colours of both particles
for(size_t ix=0; ix<CLSIZE(particle); ++ix) {
for(size_t jx=0; jx<CLSIZE(sp); ++jx) {
if((CL(particle,ix) && CL(particle,ix)==CL(sp,jx))) {
partners.push_back({ ShowerPartnerType::DARKColourLine, sp });
}
}
}//loop over all the anti-colours of both particles
for(size_t ix=0; ix<ACLSIZE(particle); ++ix) {
for(size_t jx=0; jx<ACLSIZE(sp); ++jx) {
if((ACL(particle,ix) && ACL(particle,ix)==ACL(sp,jx))) {
partners.push_back({ ShowerPartnerType::DARKAntiColourLine, sp });
}
}
}
}
// two initial-state or two final-state particles
else {
//loop over the colours of the first particle and the anti-colours of the other
for(size_t ix=0; ix<CLSIZE(particle); ++ix){
for(size_t jx=0; jx<ACLSIZE(sp); ++jx){
if(CL(particle,ix) && CL(particle,ix)==ACL(sp,jx)) {
partners.push_back({ ShowerPartnerType::DARKColourLine, sp });
}
}
}
//loop over the anti-colours of the first particle and the colours of the other
for(size_t ix=0; ix<ACLSIZE(particle); ++ix){
for(size_t jx=0; jx<CLSIZE(sp); jx++){
if(ACL(particle,ix) && ACL(particle,ix)==CL(sp,jx)) {
partners.push_back({ ShowerPartnerType::DARKAntiColourLine, sp });
}
}
}
}
}
// if we haven't found any partners look for RPV
if (partners.empty()) {
// special for RPV
tColinePtr col = CL(particle);
if(FS(particle)&&col&&col->sourceNeighbours().first) {
tColinePair cpair = col->sourceNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))||
(!FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second ))) {
partners.push_back({ ShowerPartnerType::DARKColourLine, sp });
}
}
}
else if(col&&col->sinkNeighbours().first) {
tColinePair cpair = col->sinkNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second))||
(!FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))) {
partners.push_back({ ShowerPartnerType::DARKColourLine, sp });
}
}
}
col = ACL(particle);
if(FS(particle)&&col&&col->sinkNeighbours().first) {
tColinePair cpair = col->sinkNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && (ACL(sp) == cpair.first || ACL(sp) == cpair.second))||
(!FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second ))) {
partners.push_back({ ShowerPartnerType::DARKAntiColourLine, sp });
}
}
}
else if(col&&col->sourceNeighbours().first) {
tColinePair cpair = col->sourceNeighbours();
for(const auto & sp : particles) {
if(( FS(sp) && ( CL(sp) == cpair.first || CL(sp) == cpair.second))||
(!FS(sp) && (ACL(sp) == cpair.first ||ACL(sp) == cpair.second))) {
partners.push_back({ ShowerPartnerType::DARKAntiColourLine, sp });
}
}
}
}
// return the partners
return partners;
}
void PartnerFinder::setInitialEWEvolutionScales(const ShowerParticleVector &particles,
const bool isDecayCase,
const bool setPartners) {
// loop over all the particles
for(ShowerParticleVector::const_iterator cit = particles.begin();
cit != particles.end(); ++cit) {
// if not weakly interacting continue
if( !weaklyInteracting( (**cit).dataPtr()))
continue;
// find the potential partners
vector<pair<double,tShowerParticlePtr> > partners = findEWPartners(*cit,particles,isDecayCase);
if(partners.empty()) {
// if after improved weaklyInteracting(), still can't
// decide if the partner is weakly interacting or not
// mostly for imported BSM models, just pass
continue;
// throw Exception() << "Failed to find partner in "
// << "PartnerFinder::setEWInitialEvolutionScales"
// << (**cit) << Exception::eventerror;
}
// calculate the probabilities
double prob(0.);
for(unsigned int ix=0;ix<partners.size();++ix) prob += partners[ix].first;
// normalise
for(unsigned int ix=0;ix<partners.size();++ix) partners[ix].first /= prob;
// set the partner if required
int position(-1);
// use QCD partner if set
if(!setPartners&&(*cit)->partner()) {
for(unsigned int ix=0;ix<partners.size();++ix) {
if((*cit)->partner()==partners[ix].second) {
position = ix;
break;
}
}
}
// set the partner
if(setPartners||!(*cit)->partner()||position<0) {
prob = UseRandom::rnd();
for(unsigned int ix=0;ix<partners.size();++ix) {
if(partners[ix].first>prob) {
position = ix;
break;
}
prob -= partners[ix].first;
}
if(position>=0&&(setPartners||!(*cit)->partner())) {
(*cit)->partner(partners[position].second);
}
}
// must have a partner
if(position<0) throw Exception() << "Failed to find partner in "
<< "PartnerFinder::setEWInitialEvolutionScales"
<< (**cit) << Exception::eventerror;
// Calculate the evolution scales for all possible pairs of of particles
vector<pair<Energy,Energy> > scales;
for(unsigned int ix=0;ix< partners.size();++ix) {
scales.push_back(calculateInitialEvolutionScales(ShowerPPair(*cit,partners[ix].second),
isDecayCase, 0));
}
// store all the possible partners
for(unsigned int ix=0;ix<partners.size();++ix) {
(**cit).addPartner(ShowerParticle::EvolutionPartner(partners[ix].second,
partners[ix].first,
ShowerPartnerType::EW,
scales[ix].first));
}
// set scales
(**cit).scales().EW = scales[position].first;
}
}
void PartnerFinder::setInitialDARKEvolutionScales(const ShowerParticleVector &particles,
const bool isDecayCase,
const bool setPartners) {
for ( const auto & sp : particles ) {
// Skip colourless particles
if(!sp->data().coloured()) continue;
if(sp->data().colouredInteraction() != 1) continue;
// find the partners
auto partners = findDARKPartners(sp,particles);
// must have a partner
if(partners.empty()) {
throw Exception() << "`Failed to make colour connections in "
<< "PartnerFinder::setDARKInitialEvolutionScales"
<< *sp
<< Exception::eventerror;
}
// Calculate the evolution scales for all possible pairs of of particles
vector<pair<Energy,Energy> > scales;
int position = -1;
for(size_t ix=0; ix< partners.size(); ++ix) {
scales.push_back(
calculateInitialEvolutionScales(
ShowerPPair(sp, partners[ix].second),
isDecayCase
)
);
if (!setPartners && partners[ix].second) position = ix;
}
assert(setPartners || position >= 0);
// set partners if required
if (setPartners) {
// random choice of partner
position = UseRandom::irnd(partners.size());
// set the evolution partner
sp->partner(partners[position].second);
}
// primary partner set, set the others and do the scale
for(size_t ix=0; ix<partners.size(); ++ix) {
sp->addPartner(
ShowerParticle::EvolutionPartner(
partners[ix].second,
1.,
partners[ix].first,
scales[ix].first
)
);
}
// set scales for all interactions to that of the partner, default
Energy scale = scales[position].first;
for(unsigned int ix=0;ix<partners.size();++ix) {
if(partners[ix].first==ShowerPartnerType::DARKColourLine) {
sp->scales().DARK_c =
sp->scales().DARK_c_noAO =
(scaleChoice_==0 ? scale : scales[ix].first);
}
else if(partners[ix].first==ShowerPartnerType::DARKAntiColourLine) {
sp->scales().DARK_ac =
sp->scales().DARK_ac_noAO =
(scaleChoice_==0 ? scale : scales[ix].first);
}
else assert(false);
}
}
}
vector< pair<double, tShowerParticlePtr> >
PartnerFinder::findEWPartners(tShowerParticlePtr particle,
const ShowerParticleVector &particles,
const bool ) {
vector< pair<double, tShowerParticlePtr> > partners;
+ bool HiggsScalar = (particle->dataPtr()->iSpin()==PDT::Spin0 &&
+ particle->dataPtr()->mass()!=0.*GeV) ? true : false;
for(ShowerParticlePtr partner : particles) {
- if(particle==partner || !weaklyInteracting(partner->dataPtr()))
- continue;
- partners.push_back(make_pair(1.,partner));
+ if(!HiggsScalar) {
+ if( particle==partner || !weaklyInteracting(partner->dataPtr()))
+ continue;
+ partners.push_back(make_pair(1.,partner));
+ }
+ else { //???
+ if(particle==partner)
+ continue;
+ partners.push_back(make_pair(1.,partner));
+ }
}
return partners;
}
vector< pair<double, tShowerParticlePtr> >
PartnerFinder::findQEDPartners(tShowerParticlePtr particle,
const ShowerParticleVector & particles,
const bool isDecayCase) {
vector< pair<double, tShowerParticlePtr> > partners;
const double pcharge =
particle->id()==ParticleID::gamma ? 1 : double(particle->data().iCharge());
vector< pair<double, tShowerParticlePtr> > photons;
for (const auto & sp : particles) {
if (particle == sp) continue;
if (sp->id()==ParticleID::gamma) photons.push_back(make_pair(1.,sp));
if (!sp->data().charged() ) continue;
double charge = pcharge*double((sp)->data().iCharge());
if ( FS(particle) != FS(sp) ) charge *=-1.;
if ( QEDPartner_ != 0 && !isDecayCase ) {
// only include II and FF as requested
if ( QEDPartner_ == 1 && FS(particle) != FS(sp) )
continue;
// only include IF is requested
else if (QEDPartner_ == 2 && FS(particle) == FS(sp) )
continue;
}
if (particle->id()==ParticleID::gamma) charge = -abs(charge);
// only keep positive dipoles
if (charge<0.) partners.push_back({ -charge, sp });
}
if (particle->id()==ParticleID::gamma && partners.empty())
return photons;
return partners;
}
pair<Energy,Energy>
PartnerFinder::calculateFinalFinalScales(
const Lorentz5Momentum & p1,
const Lorentz5Momentum & p2, int key)
{
static const double eps=1e-7;
// Using JHEP 12(2003)045 we find that we need ktilde = 1/2(1+b-c+lambda)
// ktilde = qtilde^2/Q^2 therefore qtilde = sqrt(ktilde*Q^2)
// find momenta in rest frame of system
// calculate quantities for the scales
Energy2 Q2 = (p1+p2).m2();
double b = p1.mass2()/Q2;
double c = p2.mass2()/Q2;
if(b<0.) {
if(b<-eps) {
throw Exception() << "Negative Mass squared b = " << b
<< "in PartnerFinder::calculateFinalFinalScales()"
<< Exception::eventerror;
}
b = 0.;
}
if(c<0.) {
if(c<-eps) {
throw Exception() << "Negative Mass squared c = " << c
<< "in PartnerFinder::calculateFinalFinalScales()"
<< Exception::eventerror;
}
c = 0.;
}
// KMH & PR - 16 May 2008 - swapped lambda calculation from
// double lam=2.*p1.vect().mag()/Q; to sqrt(kallen(1,b,c)),
// which should be identical for p1 & p2 onshell in their COM
// but in the inverse construction for the Nason method, this
// was not the case, leading to misuse.
const double lam=sqrt((1.+sqrt(b)+sqrt(c))*(1.-sqrt(b)-sqrt(c))
*(sqrt(b)-1.-sqrt(c))*(sqrt(c)-1.-sqrt(b)));
Energy firstQ, secondQ;
double kappab(0.), kappac(0.);
//key = 0; // symmetric case pre-selection
switch(key) {
case 0: // symmetric case
firstQ = sqrt(0.5*Q2*(1.+b-c+lam));
secondQ = sqrt(0.5*Q2*(1.-b+c+lam));
break;
case 1: // maximum emission from both legs
kappab=4.*(1.-2.*sqrt(c)-b+c);
kappac=4.*(1.-2.*sqrt(b)-c+b);
firstQ = sqrt(Q2*kappab);
secondQ = sqrt(Q2*kappac);
break;
default:
assert(false);
}
// calculate the scales
return pair<Energy,Energy>(firstQ, secondQ);
}
pair<Energy,Energy>
PartnerFinder::calculateInitialFinalScales(const Lorentz5Momentum& pb, const Lorentz5Momentum& pc,
const bool isDecayCase) {
if(!isDecayCase) {
// In this case from JHEP 12(2003)045 we find the conditions
// ktilde_b = (1+c) and ktilde_c = (1+2c)
// We also find that c = m_c^2/Q^2. The process is a+b->c where
// particle a is not colour connected (considered as a colour singlet).
// Therefore we simply find that q_b = sqrt(Q^2+m_c^2) and
// q_c = sqrt(Q^2+2 m_c^2)
// We also assume that the first particle in the pair is the initial
// state particle and the second is the final state one c
const Energy2 mc2 = sqr(pc.mass());
const Energy2 Q2 = -(pb-pc).m2();
return { sqrt(Q2+mc2), sqrt(Q2+2*mc2) };
}
else {
// In this case from JHEP 12(2003)045 we find, for the decay
// process b->c+a(neutral), the condition
// (ktilde_b-1)*(ktilde_c-c)=(1/4)*sqr(1-a+c+lambda).
// We also assume that the first particle in the pair is the initial
// state particle (b) and the second is the final state one (c).
// - We find maximal phase space coverage through emissions from
// c if we set ktilde_c = 4.*(sqr(1.-sqrt(a))-c)
// - We find the most 'symmetric' way to populate the phase space
// occurs for (ktilde_b-1)=(ktilde_c-c)=(1/2)*(1-a+c+lambda)
// - We find the most 'smooth' way to populate the phase space
// occurs for...
Energy2 mb2(sqr(pb.mass()));
double a=(pb-pc).m2()/mb2;
double c=sqr(pc.mass())/mb2;
double lambda = 1. + a*a + c*c - 2.*a - 2.*c - 2.*a*c;
lambda = sqrt(max(lambda,0.));
const double PROD = 0.25*sqr(1. - a + c + lambda);
int key = 0;
double ktilde_b, ktilde_c, cosi = 0.;
switch (key) {
case 0: // the 'symmetric' choice
ktilde_c = 0.5*(1-a+c+lambda) + c ;
ktilde_b = 1.+PROD/(ktilde_c-c) ;
break;
case 1: // the 'maximal' choice
ktilde_c = 4.0*(sqr(1.-sqrt(a))-c);
ktilde_b = 1.+PROD/(ktilde_c-c) ;
break;
case 2: // the 'smooth' choice
c = max(c,1.*GeV2/mb2);
cosi = (sqr(1-sqrt(c))-a)/lambda;
ktilde_b = 2.0/(1.0-cosi);
ktilde_c = (1.0-a+c+lambda)*(1.0+c-a-lambda*cosi)/(2.0*(1.0+cosi));
break;
}
return { sqrt(mb2*ktilde_b), sqrt(mb2*ktilde_c) };
}
}
pair<Energy,Energy>
PartnerFinder::calculateInitialInitialScales(const Lorentz5Momentum& p1, const Lorentz5Momentum& p2) {
// This case is quite simple. From JHEP 12(2003)045 we find the condition
// that ktilde_b = ktilde_c = 1. In this case we have the process
// b+c->a so we need merely boost to the CM frame of the two incoming
// particles and then qtilde is equal to the energy in that frame
const Energy Q = sqrt((p1+p2).m2());
return {Q,Q};
}
diff --git a/Shower/QTilde/Base/ShowerParticle.cc b/Shower/QTilde/Base/ShowerParticle.cc
--- a/Shower/QTilde/Base/ShowerParticle.cc
+++ b/Shower/QTilde/Base/ShowerParticle.cc
@@ -1,598 +1,612 @@
// -*- C++ -*-
//
// ShowerParticle.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the ShowerParticle class.
//
#include "ShowerParticle.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/Helicity/WaveFunction/SpinorWaveFunction.h"
#include "ThePEG/Helicity/WaveFunction/SpinorBarWaveFunction.h"
#include "ThePEG/Helicity/WaveFunction/VectorWaveFunction.h"
#include "ThePEG/Helicity/WaveFunction/ScalarWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/TensorWaveFunction.h"
+#include "ThePEG/Helicity/WaveFunction/Rank3TensorWaveFunction.h"
#include <ostream>
using namespace Herwig;
PPtr ShowerParticle::clone() const {
return new_ptr(*this);
}
PPtr ShowerParticle::fullclone() const {
return new_ptr(*this);
}
ClassDescription<ShowerParticle> ShowerParticle::initShowerParticle;
// Definition of the static class description member.
void ShowerParticle::vetoEmission(ShowerPartnerType, Energy scale) {
scales_.QED = min(scale,scales_.QED );
scales_.QED_noAO = min(scale,scales_.QED_noAO );
scales_.QCD_c = min(scale,scales_.QCD_c );
scales_.QCD_c_noAO = min(scale,scales_.QCD_c_noAO );
scales_.QCD_ac = min(scale,scales_.QCD_ac );
scales_.QCD_ac_noAO = min(scale,scales_.QCD_ac_noAO );
scales_.EW = min(scale,scales_.EW );
scales_.DARK_c = min(scale,scales_.DARK_c );
scales_.DARK_c_noAO = min(scale,scales_.DARK_c_noAO );
scales_.DARK_ac = min(scale,scales_.DARK_ac );
scales_.DARK_ac_noAO= min(scale,scales_.DARK_ac_noAO);
if(spinInfo()) spinInfo()->undecay();
}
void ShowerParticle::addPartner(EvolutionPartner in ) {
partners_.push_back(in);
}
namespace {
LorentzRotation boostToShower(Lorentz5Momentum & porig, tShowerBasisPtr basis) {
LorentzRotation output;
assert(basis);
if(basis->frame()==ShowerBasis::BackToBack) {
// we are doing the evolution in the back-to-back frame
// work out the boostvector
Boost boostv(-(basis->pVector()+basis->nVector()).boostVector());
// momentum of the parton
Lorentz5Momentum ptest(basis->pVector());
// construct the Lorentz boost
output = LorentzRotation(boostv);
ptest *= output;
Axis axis(ptest.vect().unit());
// now rotate so along the z axis as needed for the splitting functions
if(axis.perp2()>1e-10) {
double sinth(sqrt(1.-sqr(axis.z())));
output.rotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
}
else if(axis.z()<0.) {
output.rotate(Constants::pi,Axis(1.,0.,0.));
}
porig = output*basis->pVector();
porig.setX(ZERO);
porig.setY(ZERO);
}
else {
output = LorentzRotation(-basis->pVector().boostVector());
porig = output*basis->pVector();
porig.setX(ZERO);
porig.setY(ZERO);
porig.setZ(ZERO);
}
return output;
}
RhoDMatrix bosonMapping(ShowerParticle & particle,
const Lorentz5Momentum & porig,
VectorSpinPtr vspin,
const LorentzRotation & rot,
Helicity::Direction dir) {
// rotate the original basis
vector<LorentzPolarizationVector> sbasis;
for(unsigned int ix=0;ix<3;++ix) {
sbasis.push_back(vspin->getProductionBasisState(ix));
sbasis.back().transform(rot);
}
// splitting basis
vector<LorentzPolarizationVector> fbasis;
bool massless(particle.id()==ParticleID::g||particle.id()==ParticleID::gamma);
VectorWaveFunction wave(porig,particle.dataPtr(),dir==outgoing ? incoming : outgoing);
for(unsigned int ix=0;ix<3;++ix) {
if(massless&&ix==1) {
fbasis.push_back(LorentzPolarizationVector());
}
else {
wave.reset(ix,vector_phase);
fbasis.push_back(wave.wave());
}
}
// work out the mapping
RhoDMatrix mapping=RhoDMatrix(PDT::Spin1,false);
for(unsigned int ix=0;ix<3;++ix) {
for(unsigned int iy=0;iy<3;++iy) {
mapping(ix,iy)= -conj(sbasis[ix].dot(fbasis[iy]));
if(particle.id()<0) mapping(ix,iy)=conj(mapping(ix,iy));
}
}
return mapping;
}
RhoDMatrix fermionMapping(ShowerParticle & particle,
const Lorentz5Momentum & porig,
FermionSpinPtr fspin,
const LorentzRotation & rot) {
// extract the original basis states
vector<LorentzSpinor<SqrtEnergy> > sbasis;
for(unsigned int ix=0;ix<2;++ix) {
sbasis.push_back(fspin->getProductionBasisState(ix));
sbasis.back().transform(rot);
}
// calculate the states in the splitting basis
vector<LorentzSpinor<SqrtEnergy> > fbasis;
SpinorWaveFunction wave(porig,particle.dataPtr(),
particle.id()>0 ? incoming : outgoing);
for(unsigned int ix=0;ix<2;++ix) {
wave.reset(ix);
fbasis.push_back(wave.dimensionedWave());
}
RhoDMatrix mapping=RhoDMatrix(PDT::Spin1Half,false);
for(unsigned int ix=0;ix<2;++ix) {
if(fbasis[0].s2()==complex<SqrtEnergy>()) {
mapping(ix,0) = sbasis[ix].s3()/fbasis[0].s3();
mapping(ix,1) = sbasis[ix].s2()/fbasis[1].s2();
}
else {
mapping(ix,0) = sbasis[ix].s2()/fbasis[0].s2();
mapping(ix,1) = sbasis[ix].s3()/fbasis[1].s3();
}
}
return mapping;
}
FermionSpinPtr createFermionSpinInfo(ShowerParticle & particle,
const Lorentz5Momentum & porig,
const LorentzRotation & rot,
Helicity::Direction dir) {
// calculate the splitting basis for the branching
// and rotate back to construct the basis states
LorentzRotation rinv = rot.inverse();
SpinorWaveFunction wave;
if(particle.id()>0)
wave=SpinorWaveFunction(porig,particle.dataPtr(),incoming);
else
wave=SpinorWaveFunction(porig,particle.dataPtr(),outgoing);
FermionSpinPtr fspin = new_ptr(FermionSpinInfo(particle.momentum(),dir==outgoing));
for(unsigned int ix=0;ix<2;++ix) {
wave.reset(ix);
LorentzSpinor<SqrtEnergy> basis = wave.dimensionedWave();
basis.transform(rinv);
fspin->setBasisState(ix,basis);
}
particle.spinInfo(fspin);
return fspin;
}
VectorSpinPtr createVectorSpinInfo(ShowerParticle & particle,
const Lorentz5Momentum & porig,
const LorentzRotation & rot,
Helicity::Direction dir) {
// calculate the splitting basis for the branching
// and rotate back to construct the basis states
LorentzRotation rinv = rot.inverse();
bool massless(particle.id()==ParticleID::g||particle.id()==ParticleID::gamma);
Energy mass = porig.mass();
bool EWGVB(abs(particle.id())==ParticleID::Wplus||particle.id()==ParticleID::Z0);
if(EWGVB&&mass<1E-6*MeV) {
massless = true;
if(Debug::level>=1)
cerr << "Warning: ignoting the longitudinal polarization of "<< particle.id()
<< " with mass "<< mass/GeV <<".\n";
}
VectorWaveFunction wave(porig,particle.dataPtr(),dir);
VectorSpinPtr vspin = new_ptr(VectorSpinInfo(particle.momentum(),dir==outgoing));
for(unsigned int ix=0;ix<3;++ix) {
LorentzPolarizationVector basis;
if(massless&&ix==1) {
basis = LorentzPolarizationVector();
}
else {
wave.reset(ix,vector_phase);
basis = wave.wave();
}
basis *= rinv;
vspin->setBasisState(ix,basis);
}
particle.spinInfo(vspin);
vspin-> DMatrix() = RhoDMatrix(PDT::Spin1);
vspin->rhoMatrix() = RhoDMatrix(PDT::Spin1);
if(massless) {
vspin-> DMatrix()(0,0) = 0.5;
vspin->rhoMatrix()(0,0) = 0.5;
vspin-> DMatrix()(2,2) = 0.5;
vspin->rhoMatrix()(2,2) = 0.5;
}
return vspin;
}
}
RhoDMatrix ShowerParticle::extractRhoMatrix(bool forward) {
// get the spin density matrix and the mapping
RhoDMatrix mapping;
SpinPtr inspin;
bool needMapping = getMapping(inspin,mapping);
// set the decayed flag
inspin->decay();
// get the spin density matrix
RhoDMatrix rho = forward ? inspin->rhoMatrix() : inspin->DMatrix();
// map to the shower basis if needed
if(needMapping) {
RhoDMatrix rhop(rho.iSpin(),false);
for(int ixb=0;ixb<rho.iSpin();++ixb) {
for(int iyb=0;iyb<rho.iSpin();++iyb) {
if(mapping(iyb,ixb)==0.)continue;
for(int iya=0;iya<rho.iSpin();++iya) {
if(rho(iya,iyb)==0.)continue;
for(int ixa=0;ixa<rho.iSpin();++ixa) {
rhop(ixa,ixb) += rho(iya,iyb)*mapping(iya,ixa)*conj(mapping(iyb,ixb));
}
}
}
}
rhop.normalize();
rho = rhop;
}
return rho;
}
bool ShowerParticle::getMapping(SpinPtr & output, RhoDMatrix & mapping) {
// if the particle is not from the hard process
if(!this->perturbative()) {
// mapping is the identity
output=this->spinInfo();
mapping=RhoDMatrix(this->dataPtr()->iSpin());
if(output) {
return false;
}
else {
Lorentz5Momentum porig;
LorentzRotation rot = boostToShower(porig,showerBasis());
Helicity::Direction dir = this->isFinalState() ? outgoing : incoming;
if(this->dataPtr()->iSpin()==PDT::Spin0) {
assert(false);
}
else if(this->dataPtr()->iSpin()==PDT::Spin1Half) {
output = createFermionSpinInfo(*this,porig,rot,dir);
}
else if(this->dataPtr()->iSpin()==PDT::Spin1) {
output = createVectorSpinInfo(*this,porig,rot,dir);
}
else {
assert(false);
}
return false;
}
}
// if particle is final-state and is from the hard process
else if(this->isFinalState()) {
assert(this->perturbative()==1 || this->perturbative()==2);
// get transform to shower frame
Lorentz5Momentum porig;
LorentzRotation rot = boostToShower(porig,showerBasis());
// the rest depends on the spin of the particle
PDT::Spin spin(this->dataPtr()->iSpin());
mapping=RhoDMatrix(spin,false);
// do the spin dependent bit
if(spin==PDT::Spin0) {
ScalarSpinPtr sspin=dynamic_ptr_cast<ScalarSpinPtr>(this->spinInfo());
if(!sspin) {
ScalarWaveFunction::constructSpinInfo(this,outgoing,true);
}
output=this->spinInfo();
return false;
}
else if(spin==PDT::Spin1Half) {
FermionSpinPtr fspin=dynamic_ptr_cast<FermionSpinPtr>(this->spinInfo());
// spin info exists get information from it
if(fspin) {
output=fspin;
mapping = fermionMapping(*this,porig,fspin,rot);
return true;
}
// spin info does not exist create it
else {
output = createFermionSpinInfo(*this,porig,rot,outgoing);
return false;
}
}
else if(spin==PDT::Spin1) {
VectorSpinPtr vspin=dynamic_ptr_cast<VectorSpinPtr>(this->spinInfo());
// spin info exists get information from it
if(vspin) {
output=vspin;
mapping = bosonMapping(*this,porig,vspin,rot,outgoing);
return true;
}
else {
output = createVectorSpinInfo(*this,porig,rot,outgoing);
return false;
}
}
// not scalar/fermion/vector
else
assert(false);
}
// incoming to hard process
else if(this->perturbative()==1 && !this->isFinalState()) {
// get the basis vectors
// get transform to shower frame
Lorentz5Momentum porig;
LorentzRotation rot = boostToShower(porig,showerBasis());
porig *= this->x();
// the rest depends on the spin of the particle
PDT::Spin spin(this->dataPtr()->iSpin());
mapping=RhoDMatrix(spin);
// do the spin dependent bit
if(spin==PDT::Spin0) {
cerr << "testing spin 0 not yet implemented " << endl;
assert(false);
}
// spin-1/2
else if(spin==PDT::Spin1Half) {
FermionSpinPtr fspin=dynamic_ptr_cast<FermionSpinPtr>(this->spinInfo());
// spin info exists get information from it
if(fspin) {
output=fspin;
mapping = fermionMapping(*this,porig,fspin,rot);
return true;
}
// spin info does not exist create it
else {
output = createFermionSpinInfo(*this,porig,rot,incoming);
return false;
}
}
// spin-1
else if(spin==PDT::Spin1) {
VectorSpinPtr vspin=dynamic_ptr_cast<VectorSpinPtr>(this->spinInfo());
// spinInfo exists map it
if(vspin) {
output=vspin;
mapping = bosonMapping(*this,porig,vspin,rot,incoming);
return true;
}
// create the spininfo
else {
output = createVectorSpinInfo(*this,porig,rot,incoming);
return false;
}
}
assert(false);
}
// incoming to decay
else if(this->perturbative() == 2 && !this->isFinalState()) {
// get the basis vectors
Lorentz5Momentum porig;
//LorentzRotation rot=boostToShower(porig,showerBasis());
// the rest depends on the spin of the particle
PDT::Spin spin(this->dataPtr()->iSpin());
mapping=RhoDMatrix(spin);
// do the spin dependent bit
if(spin==PDT::Spin0) {
cerr << "testing spin 0 not yet implemented " << endl;
assert(false);
}
// spin-1/2
else if(spin==PDT::Spin1Half) {
// FermionSpinPtr fspin=dynamic_ptr_cast<FermionSpinPtr>(this->spinInfo());
// // spin info exists get information from it
// if(fspin) {
// output=fspin;
// mapping = fermionMapping(*this,porig,fspin,rot);
// return true;
// // spin info does not exist create it
// else {
// output = createFermionSpinInfo(*this,porig,rot,incoming);
// return false;
// }
// }
assert(false);
}
// // spin-1
// else if(spin==PDT::Spin1) {
// VectorSpinPtr vspin=dynamic_ptr_cast<VectorSpinPtr>(this->spinInfo());
// // spinInfo exists map it
// if(vspin) {
// output=vspin;
// mapping = bosonMapping(*this,porig,vspin,rot);
// return true;
// }
// // create the spininfo
// else {
// output = createVectorSpinInfo(*this,porig,rot,incoming);
// return false;
// }
// }
// assert(false);
assert(false);
}
else
assert(false);
return true;
}
void ShowerParticle::constructSpinInfo(bool timeLike) {
// now construct the required spininfo and calculate the basis states
PDT::Spin spin(dataPtr()->iSpin());
if(spin==PDT::Spin0) {
ScalarWaveFunction::constructSpinInfo(this,outgoing,timeLike);
}
// calculate the basis states and construct the SpinInfo for a spin-1/2 particle
else if(spin==PDT::Spin1Half) {
// outgoing particle
if(id()>0) {
vector<LorentzSpinorBar<SqrtEnergy> > stemp;
SpinorBarWaveFunction::calculateWaveFunctions(stemp,this,outgoing);
SpinorBarWaveFunction::constructSpinInfo(stemp,this,outgoing,timeLike);
}
// outgoing antiparticle
else {
vector<LorentzSpinor<SqrtEnergy> > stemp;
SpinorWaveFunction::calculateWaveFunctions(stemp,this,outgoing);
SpinorWaveFunction::constructSpinInfo(stemp,this,outgoing,timeLike);
}
}
// calculate the basis states and construct the SpinInfo for a spin-1 particle
else if(spin==PDT::Spin1) {
bool massless(id()==ParticleID::g||id()==ParticleID::gamma||id()==ParticleID::darkg);
vector<Helicity::LorentzPolarizationVector> vtemp;
VectorWaveFunction::calculateWaveFunctions(vtemp,this,outgoing,massless,vector_phase);
VectorWaveFunction::constructSpinInfo(vtemp,this,outgoing,timeLike,massless);
}
+ // calculate the basis states and construct SpinInfo for a spin-2 particle
+ else if(spin==PDT::Spin2) {
+ vector<Helicity::LorentzTensor<double> > ttemp;
+ TensorWaveFunction::calculateWaveFunctions(ttemp,this,outgoing,false,tensor_phase);
+ TensorWaveFunction::constructSpinInfo(ttemp,this,outgoing,timeLike,false);
+ }
+ // calculate the basis states and construct SpinInfo for a spin-3 particle
+ else if(spin==PDT::Spin3) {
+ vector<Helicity::LorentzRank3Tensor<double> > ttemp;
+ Rank3TensorWaveFunction::calculateWaveFunctions(ttemp,this,outgoing,false);
+ Rank3TensorWaveFunction::constructSpinInfo(ttemp,this,outgoing,timeLike,false);
+ }
else {
- throw Exception() << "Spins higher than 1 are not yet implemented in "
- << "FS_QtildaShowerKinematics1to2::constructVertex() "
+ throw Exception() << "Spins higher than 3 are not yet implemented in "
+ << "ShowerParticle::constructVertex() "
<< Exception::runerror;
}
}
void ShowerParticle::initializeDecay() {
Lorentz5Momentum p, n, ppartner, pcm;
assert(perturbative()!=1);
// this is for the initial decaying particle
if(perturbative()==2) {
ShowerBasisPtr newBasis;
p = momentum();
Lorentz5Momentum ppartner(partner()->momentum());
// removed to make inverse recon work properly
//if(partner->thePEGBase()) ppartner=partner->thePEGBase()->momentum();
pcm=ppartner;
Boost boost(p.findBoostToCM());
pcm.boost(boost);
n = Lorentz5Momentum( ZERO,0.5*p.mass()*pcm.vect().unit());
n.boost( -boost);
newBasis = new_ptr(ShowerBasis());
newBasis->setBasis(p,n,ShowerBasis::Rest);
showerBasis(newBasis,false);
}
else {
showerBasis(dynamic_ptr_cast<ShowerParticlePtr>(parents()[0])->showerBasis(),true);
}
}
void ShowerParticle::initializeInitialState(PPtr parent) {
// For the time being we are considering only 1->2 branching
Lorentz5Momentum p, n, pthis, pcm;
assert(perturbative()!=2);
if(perturbative()==1) {
ShowerBasisPtr newBasis;
// find the partner and its momentum
if(!partner()) return;
if(partner()->isFinalState()) {
Lorentz5Momentum pa = -momentum()+partner()->momentum();
Lorentz5Momentum pb = momentum();
Energy scale=parent->momentum().t();
Lorentz5Momentum pbasis(ZERO,parent->momentum().vect().unit()*scale);
Axis axis(pa.vect().unit());
LorentzRotation rot;
double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
if(axis.perp2()>1e-20) {
rot.setRotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
rot.rotateX(Constants::pi);
}
if(abs(1.-pa.e()/pa.vect().mag())>1e-6) rot.boostZ( pa.e()/pa.vect().mag());
pb *= rot;
if(pb.perp2()/GeV2>1e-20) {
Boost trans = -1./pb.e()*pb.vect();
trans.setZ(0.);
rot.boost(trans);
}
pbasis *=rot;
rot.invert();
n = rot*Lorentz5Momentum(ZERO,-pbasis.vect());
p = rot*Lorentz5Momentum(ZERO, pbasis.vect());
}
else {
pcm = parent->momentum();
p = Lorentz5Momentum(ZERO, pcm.vect());
n = Lorentz5Momentum(ZERO, -pcm.vect());
}
newBasis = new_ptr(ShowerBasis());
newBasis->setBasis(p,n,ShowerBasis::BackToBack);
showerBasis(newBasis,false);
}
else {
showerBasis(dynamic_ptr_cast<ShowerParticlePtr>(children()[0])->showerBasis(),true);
}
}
void ShowerParticle::initializeFinalState() {
// set the basis vectors
Lorentz5Momentum p,n;
if(perturbative()!=0) {
ShowerBasisPtr newBasis;
// find the partner() and its momentum
if(!partner()) return;
Lorentz5Momentum ppartner(partner()->momentum());
// momentum of the emitting particle
p = momentum();
Lorentz5Momentum pcm;
// if the partner is a final-state particle then the reference
// vector is along the partner in the rest frame of the pair
if(partner()->isFinalState()) {
Boost boost=(p + ppartner).findBoostToCM();
pcm = ppartner;
pcm.boost(boost);
n = Lorentz5Momentum(ZERO,pcm.vect());
n.boost( -boost);
}
else if(!partner()->isFinalState()) {
// if the partner is an initial-state particle then the reference
// vector is along the partner which should be massless
if(perturbative()==1) {
n = Lorentz5Momentum(ZERO,ppartner.vect());
}
// if the partner is an initial-state decaying particle then the reference
// vector is along the backwards direction in rest frame of decaying particle
else {
Boost boost=ppartner.findBoostToCM();
pcm = p;
pcm.boost(boost);
n = Lorentz5Momentum( ZERO, -pcm.vect());
n.boost( -boost);
}
}
newBasis = new_ptr(ShowerBasis());
newBasis->setBasis(p,n,ShowerBasis::BackToBack);
showerBasis(newBasis,false);
}
else if(initiatesTLS()) {
showerBasis(dynamic_ptr_cast<ShowerParticlePtr>(parents()[0]->children()[0])->showerBasis(),true);
}
else {
showerBasis(dynamic_ptr_cast<ShowerParticlePtr>(parents()[0])->showerBasis(),true);
}
}
void ShowerParticle::setShowerMomentum(bool timeLike) {
Energy m = this->mass() > ZERO ? this->mass() : this->data().mass();
// calculate the momentum of the assuming on-shell
Energy2 pt2 = sqr(this->showerParameters().pt);
double alpha = timeLike ? this->showerParameters().alpha : this->x();
double beta = 0.5*(sqr(m) + pt2 - sqr(alpha)*showerBasis()->pVector().m2())/(alpha*showerBasis()->p_dot_n());
Lorentz5Momentum porig=showerBasis()->sudakov2Momentum(alpha,beta,
this->showerParameters().ptx,
this->showerParameters().pty);
porig.setMass(m);
this->set5Momentum(porig);
}
diff --git a/Shower/QTilde/Base/ShowerParticle.h b/Shower/QTilde/Base/ShowerParticle.h
--- a/Shower/QTilde/Base/ShowerParticle.h
+++ b/Shower/QTilde/Base/ShowerParticle.h
@@ -1,551 +1,550 @@
// -*- C++ -*-
//
// ShowerParticle.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_ShowerParticle_H
#define HERWIG_ShowerParticle_H
//
// This is the declaration of the ShowerParticle class.
//
#include "ThePEG/EventRecord/Particle.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.fh"
#include "Herwig/Shower/QTilde/ShowerConfig.h"
#include "Herwig/Shower/QTilde/Kinematics/ShowerBasis.h"
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.h"
#include "ShowerParticle.fh"
#include <iosfwd>
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
* This class represents a particle in the showering process.
* It inherits from the Particle class of ThePEG and has some
* specifics information useful only during the showering process.
*
* Notice that:
* - for forward evolution, it is clear what is meant by parent/child;
* for backward evolution, however, it depends whether we want
* to keep a physical picture or a Monte-Carlo effective one.
* In the former case, an incoming particle (emitting particle)
* splits into an emitted particle and the emitting particle after
* the emission: the latter two are then children of the
* emitting particle, the parent. In the Monte-Carlo effective
* picture, we have that the particle close to the hard subprocess,
* with higher (space-like) virtuality, splits into an emitted particle
* and the emitting particle at lower virtuality: the latter two are,
* in this case, the children of the first one, the parent. However we
* choose a more physical picture where the new emitting particle is the
* parented of the emitted final-state particle and the original emitting
* particle.
* - the pointer to a SplitFun object is set only in the case
* that the particle has undergone a shower emission. This is similar to
* the case of the decay of a normal Particle where
* the pointer to a Decayer object is set only in the case
* that the particle has undergone to a decay.
* In the case of particle connected directly to the hard subprocess,
* there is no pointer to the hard subprocess, but there is a method
* isFromHardSubprocess() which returns true only in this case.
*
* @see Particle
* @see ShowerConfig
* @see ShowerKinematics
*/
class ShowerParticle: public Particle {
public:
/**
* Struct for all the info on an evolution partner
*/
struct EvolutionPartner {
/**
* Constructor
*/
EvolutionPartner(tShowerParticlePtr p,double w, ShowerPartnerType t,
Energy s) : partner(p), weight(w), type(t), scale(s)
{}
/**
* The partner
*/
tShowerParticlePtr partner;
/**
* Weight
*/
double weight;
/**
* Type
*/
ShowerPartnerType type;
/**
* The assoicated evolution scale
*/
Energy scale;
};
/**
* Struct to store the evolution scales
*/
struct EvolutionScales {
/**
* Constructor
*/
EvolutionScales() : QED(),QCD_c(),QCD_ac(),
QED_noAO(),QCD_c_noAO(),QCD_ac_noAO(),
EW(),
DARK_c(), DARK_ac(),DARK_c_noAO(),DARK_ac_noAO()
{}
/**
* QED scale
*/
Energy QED;
/**
* QCD colour scale
*/
Energy QCD_c;
/**
* QCD anticolour scale
*/
Energy QCD_ac;
/**
* QED scale
*/
Energy QED_noAO;
/**
* QCD colour scale
*/
Energy QCD_c_noAO;
/**
* QCD anticolour scale
*/
Energy QCD_ac_noAO;
/**
* EW scales
*/
Energy EW;
/**
* DARK scales
*/
Energy DARK_c;
/**
* DARK anticolour scale
*/
Energy DARK_ac;
/**
* DARK colour scale
*/
Energy DARK_c_noAO;
/**
* DARK anticolour scale
*/
Energy DARK_ac_noAO;
};
/** @name Construction and descruction functions. */
//@{
/**
* Standard Constructor. Note that the default constructor is
* private - there is no particle without a pointer to a
* ParticleData object.
* @param x the ParticleData object
* @param fs Whether or not the particle is an inital or final-state particle
* @param tls Whether or not the particle initiates a time-like shower
*/
ShowerParticle(tcEventPDPtr x, bool fs, bool tls=false)
: Particle(x), _isFinalState(fs),
_perturbative(0), _initiatesTLS(tls), _x(1.0), _showerKinematics(),
_vMass(ZERO), _thePEGBase() {}
/**
* Copy constructor from a ThePEG Particle
* @param x ThePEG particle
* @param pert Where the particle came from
* @param fs Whether or not the particle is an inital or final-state particle
* @param tls Whether or not the particle initiates a time-like shower
*/
ShowerParticle(const Particle & x, unsigned int pert, bool fs, bool tls=false)
: Particle(x), _isFinalState(fs),
_perturbative(pert), _initiatesTLS(tls), _x(1.0), _showerKinematics(),
_vMass(ZERO), _thePEGBase(&x) {}
//@}
public:
/**
* Set a preliminary momentum for the particle
*/
void setShowerMomentum(bool timelike);
/**
* Construct the spin info object for a shower particle
*/
void constructSpinInfo(bool timelike);
/**
* Perform any initial calculations needed after the branching has been selected
*/
void initializeDecay();
/**
* Perform any initial calculations needed after the branching has been selected
* @param parent The beam particle
*/
void initializeInitialState(PPtr parent);
/**
* Perform any initial calculations needed after the branching has been selected
*/
void initializeFinalState();
/**
* Access/Set various flags about the state of the particle
*/
//@{
/**
* Access the flag that tells if the particle is final state
* or initial state.
*/
bool isFinalState() const { return _isFinalState; }
/**
* Access the flag that tells if the particle is initiating a
* time like shower when it has been emitted in an initial state shower.
*/
bool initiatesTLS() const { return _initiatesTLS; }
/**
* Access the flag which tells us where the particle came from
* This is 0 for a particle produced in the shower, 1 if the particle came
* from the hard sub-process and 2 is it came from a decay.
*/
unsigned int perturbative() const { return _perturbative; }
//@}
/**
* Set/Get the momentum fraction for initial-state particles
*/
//@{
/**
* For an initial state particle get the fraction of the beam momentum
*/
void x(double x) { _x = x; }
/**
* For an initial state particle set the fraction of the beam momentum
*/
double x() const { return _x; }
//@}
/**
* Set/Get methods for the ShowerKinematics objects
*/
//@{
/**
* Access/ the ShowerKinematics object.
*/
const ShoKinPtr & showerKinematics() const { return _showerKinematics; }
/**
* Set the ShowerKinematics object.
*/
void showerKinematics(const ShoKinPtr in) { _showerKinematics = in; }
//@}
/**
* Set/Get methods for the ShowerBasis objects
*/
//@{
/**
* Access/ the ShowerBasis object.
*/
const ShowerBasisPtr & showerBasis() const { return _showerBasis; }
/**
* Set the ShowerBasis object.
*/
void showerBasis(const ShowerBasisPtr in, bool copy) {
if(!copy)
_showerBasis = in;
else {
_showerBasis = new_ptr(ShowerBasis());
_showerBasis->setBasis(in->pVector(),in->nVector(),in->frame());
}
}
//@}
/**
* Members relating to the initial evolution scale and partner for the particle
*/
//@{
/**
* Veto emission at a given scale
*/
void vetoEmission(ShowerPartnerType type, Energy scale);
/**
* Access to the evolution scales
*/
const EvolutionScales & scales() const {return scales_;}
/**
* Access to the evolution scales
*/
EvolutionScales & scales() {return scales_;}
/**
* Return the virtual mass\f$
*/
Energy virtualMass() const { return _vMass; }
/**
* Set the virtual mass
*/
void virtualMass(Energy mass) { _vMass = mass; }
/**
* Return the partner
*/
tShowerParticlePtr partner() const { return _partner; }
/**
* Set the partner
*/
void partner(const tShowerParticlePtr partner) { _partner = partner; }
/**
* Get the possible partners
*/
vector<EvolutionPartner> & partners() { return partners_; }
/**
* Add a possible partners
*/
void addPartner(EvolutionPartner in );
/**
* Clear the evolution partners
*/
void clearPartners() { partners_.clear(); }
/**
* Return the progenitor of the shower
*/
tShowerParticlePtr progenitor() const { return _progenitor; }
/**
* Set the progenitor of the shower
*/
void progenitor(const tShowerParticlePtr progenitor) { _progenitor = progenitor; }
//@}
/**
* Members to store and provide access to variables for a specific
* shower evolution scheme
*/
//@{
struct Parameters {
Parameters() : alpha(1.), beta(), ptx(), pty(), pt() {}
double alpha;
double beta;
Energy ptx;
Energy pty;
Energy pt;
};
/**
* Set the vector containing dimensionless variables
*/
Parameters & showerParameters() { return _parameters; }
//@}
/**
* If this particle came from the hard process get a pointer to ThePEG particle
* it came from
*/
const tcPPtr thePEGBase() const { return _thePEGBase; }
public:
/**
* Extract the rho matrix including mapping needed in the shower
*/
RhoDMatrix extractRhoMatrix(bool forward);
/**
* For a particle which came from the hard process get the spin density and
* the mapping required to the basis used in the Shower
* @param rho The \f$\rho\f$ matrix
* @param mapping The mapping
* @param showerkin The ShowerKinematics object
*/
bool getMapping(SpinPtr &, RhoDMatrix & map);
protected:
/**
* Standard clone function.
*/
virtual PPtr clone() const;
/**
* Standard clone function.
*/
virtual PPtr fullclone() const;
private:
/**
* The static object used to initialize the description of this class.
* Indicates that this is a concrete class with persistent data.
*/
static ClassDescription<ShowerParticle> initShowerParticle;
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
ShowerParticle & operator=(const ShowerParticle &) = delete;
private:
/**
* Whether the particle is in the final or initial state
*/
bool _isFinalState;
/**
* Whether the particle came from
*/
unsigned int _perturbative;
/**
* Does a particle produced in the backward shower initiate a time-like shower
*/
bool _initiatesTLS;
/**
* Dimensionless parameters
*/
Parameters _parameters;
/**
* The beam energy fraction for particle's in the initial state
*/
double _x;
/**
* The shower kinematics for the particle
*/
ShoKinPtr _showerKinematics;
/**
* The shower basis for the particle
*/
ShowerBasisPtr _showerBasis;
/**
* Storage of the evolution scales
*/
EvolutionScales scales_;
/**
* Virtual mass
*/
Energy _vMass;
/**
* Partners
*/
tShowerParticlePtr _partner;
/**
* Pointer to ThePEG Particle this ShowerParticle was created from
*/
const tcPPtr _thePEGBase;
/**
* Progenitor
*/
tShowerParticlePtr _progenitor;
/**
* Partners
*/
vector<EvolutionPartner> partners_;
};
inline ostream & operator<<(ostream & os, const ShowerParticle::EvolutionScales & es) {
os << "Scales: QED=" << es.QED / GeV
<< " QCD_c=" << es.QCD_c / GeV
<< " QCD_ac=" << es.QCD_ac / GeV
<< " EW=" << es.EW / GeV
<< " QED_noAO=" << es.QED_noAO / GeV
<< " QCD_c_noAO=" << es.QCD_c_noAO / GeV
<< " QCD_ac_noAO=" << es.QCD_ac_noAO / GeV
<< '\n';
return os;
}
}
#include "ThePEG/Utilities/ClassTraits.h"
namespace ThePEG {
/** @cond TRAITSPECIALIZATIONS */
/** This template specialization informs ThePEG about the
* base classes of ShowerParticle. */
template <>
struct BaseClassTrait<Herwig::ShowerParticle,1> {
/** Typedef of the first base class of ShowerParticle. */
typedef Particle NthBase;
};
/** This template specialization informs ThePEG about the name of
* the ShowerParticle class and the shared object where it is defined. */
template <>
struct ClassTraits<Herwig::ShowerParticle>
: public ClassTraitsBase<Herwig::ShowerParticle> {
/** Return a platform-independent class name */
static string className() { return "Herwig::ShowerParticle"; }
/** Create a Event object. */
static TPtr create() { return TPtr::Create(Herwig::ShowerParticle(tcEventPDPtr(),true)); }
};
/** @endcond */
}
#endif /* HERWIG_ShowerParticle_H */
diff --git a/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.cc b/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.cc
--- a/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.cc
+++ b/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.cc
@@ -1,172 +1,171 @@
// -*- C++ -*-
//
// HalfHalfOneDarkSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HalfHalfOneDarkSplitFn class.
//
#include "HalfHalfOneDarkSplitFn.h"
#include "HiddenValleyModel.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include <cassert>
using namespace Herwig;
-DescribeNoPIOClass<HalfHalfOneDarkSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<HalfHalfOneDarkSplitFn,Herwig::Sudakov1to2FormFactor>
describeHalfHalfOneDarkSplitFn ("Herwig::HalfHalfOneDarkSplitFn","HwShower.so");
void HalfHalfOneDarkSplitFn::Init() {
// documentation
static ClassDocumentation<HalfHalfOneDarkSplitFn> documentation
("The HalfHalfOneDarkSplitFn class implements the dark coloured q -> qg splitting function");
}
bool HalfHalfOneDarkSplitFn::checkColours(const IdList & ids) const {
if(colourStructure()==TripletTripletOctet) {
if(ids[0]!=ids[1]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[2]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else if(colourStructure()==OctetOctetOctet) {
for(unsigned int ix=0;ix<3;++ix) {
if(ids[ix]->iColour()!=PDT::DarkColourAdjoint) return false;
}
return true;
}
else if(colourStructure()==OctetTripletTriplet) {
if(ids[0]->iColour()!=PDT::DarkColourAdjoint) return false;
if(ids[1]->iColour()==PDT::DarkColourFundamental&&
ids[2]->iColour()==PDT::DarkColourAntiFundamental)
return true;
if(ids[1]->iColour()==PDT::DarkColourAntiFundamental&&
ids[2]->iColour()==PDT::DarkColourFundamental)
return true;
return false;
}
else if(colourStructure()==TripletOctetTriplet) {
if(ids[0]!=ids[2]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[1]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else {
assert(false);
}
return false;
}
double HalfHalfOneDarkSplitFn::P(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix & ) const {
double val = (1. + sqr(z))/(1.-z);
if(mass) {
Energy m = ids[0]->mass();
val -= 2.*sqr(m)/t;
}
- return colourFactor(ids)*val;
+ return val;
}
double HalfHalfOneDarkSplitFn::overestimateP(const double z,
const IdList & ids) const {
- return 2.*colourFactor(ids)/(1.-z);
+ return 2./(1.-z);
}
double HalfHalfOneDarkSplitFn::ratioP(const double z, const Energy2 t,
const IdList & ids, const bool mass, const RhoDMatrix & ) const {
double val = 1. + sqr(z);
if(mass) {
Energy m = ids[0]->mass();
val -= 2.*sqr(m)*(1.-z)/t;
}
return 0.5*val;
}
double HalfHalfOneDarkSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
switch (PDFfactor) {
case 0:
- return -2.*colourFactor(ids)*Math::log1m(z);
+ return -2.*Math::log1m(z);
case 1:
- return 2.*colourFactor(ids)*log(z/(1.-z));
+ return 2.*log(z/(1.-z));
case 2:
- return 2.*colourFactor(ids)/(1.-z);
+ return 2./(1.-z);
case 3:
default:
throw Exception() << "HalfHalfOneDarkSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double HalfHalfOneDarkSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
switch (PDFfactor) {
case 0:
- return 1. - exp(- 0.5*r/colourFactor(ids));
+ return 1. - exp(- 0.5*r);
case 1:
- return 1./(1.-exp(-0.5*r/colourFactor(ids)));
+ return 1./(1.-exp(-0.5*r));
case 2:
- return 1.-2.*colourFactor(ids)/r;
+ return 1.-2./r;
case 3:
default:
throw Exception() << "HalfHalfOneDarkSplitFn::invIntegOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool HalfHalfOneDarkSplitFn::accept(const IdList &ids) const {
// 3 particles and in and out fermion same
if(ids.size()!=3 || ids[0]!=ids[1]) return false;
if(ids[0]->iSpin()!=PDT::Spin1Half ||
ids[2]->iSpin()!=PDT::Spin1) return false;
return checkColours(ids);
}
vector<pair<int, Complex> >
HalfHalfOneDarkSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return {{ {0, 1.} }};
}
vector<pair<int, Complex> >
HalfHalfOneDarkSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return {{ {0, 1.} }};
}
DecayMEPtr HalfHalfOneDarkSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool timeLike) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1)));
Energy m = !timeLike ? ZERO : ids[0]->mass();
double mt = m/sqrt(t);
double root = sqrt(1.-(1.-z)*sqr(m)/z/t);
double romz = sqrt(1.-z);
double rz = sqrt(z);
Complex phase = exp(Complex(0.,1.)*phi);
(*kernal)(0,0,0) = -root/romz*phase;
(*kernal)(1,1,2) = -conj((*kernal)(0,0,0));
(*kernal)(0,0,2) = root/romz*z/phase;
(*kernal)(1,1,0) = -conj((*kernal)(0,0,2));
(*kernal)(1,0,2) = mt*(1.-z)/rz;
(*kernal)(0,1,0) = conj((*kernal)(1,0,2));
(*kernal)(0,1,2) = 0.;
(*kernal)(1,0,0) = 0.;
return kernal;
}
diff --git a/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.h b/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.h
--- a/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.h
+++ b/Shower/QTilde/Dark/HalfHalfOneDarkSplitFn.h
@@ -1,188 +1,189 @@
// -*- C++ -*-
//
// HalfHalfOneDarkSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_HalfHalfOneDarkSplitFn_H
#define HERWIG_HalfHalfOneDarkSplitFn_H
//
// This is the declaration of the HalfHalfOneDarkSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/**\ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$\frac12\to q\frac12 1\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) =C\left(\frac{1+z^2}{1-z}-2\frac{m^2_q}{t}\right),\f]
* where \f$C\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = \frac{2C}{1-z},\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z = -2C\ln(1-z),\f]
* and its inverse is
* \f[1-\exp\left(\frac{r}{2C}\right).\f]
*
* @see \ref HalfHalfOneDarkSplitFnInterfaces "The interfaces"
* defined for HalfHalfOneDarkSplitFn.
*/
-class HalfHalfOneDarkSplitFn: public SplittingFunction {
+class HalfHalfOneDarkSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Method to check the colours are correct
*/
virtual bool checkColours(const IdList & ids) const;
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P(z,t)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
HalfHalfOneDarkSplitFn & operator=(const HalfHalfOneDarkSplitFn &) = delete;
};
}
#endif /* HERWIG_HalfHalfOneDarkSplitFn_H */
diff --git a/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.cc b/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.cc
--- a/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.cc
+++ b/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.cc
@@ -1,188 +1,187 @@
// -*- C++ -*-
//
// OneHalfHalfDarkSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneHalfHalfDarkSplitFn class.
//
#include "OneHalfHalfDarkSplitFn.h"
#include "HiddenValleyModel.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<OneHalfHalfDarkSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<OneHalfHalfDarkSplitFn,Herwig::Sudakov1to2FormFactor>
describeOneHalfHalfDarkSplitFn ("Herwig::OneHalfHalfDarkSplitFn","HwShower.so");
void OneHalfHalfDarkSplitFn::Init() {
static ClassDocumentation<OneHalfHalfDarkSplitFn> documentation
("The OneHalfHalfDarkSplitFn class implements the splitting function for g->q qbar");
}
bool OneHalfHalfDarkSplitFn::checkColours(const IdList & ids) const {
if(colourStructure()==TripletTripletOctet) {
if(ids[0]!=ids[1]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[2]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else if(colourStructure()==OctetOctetOctet) {
for(unsigned int ix=0;ix<3;++ix) {
if(ids[ix]->iColour()!=PDT::DarkColourAdjoint) return false;
}
return true;
}
else if(colourStructure()==OctetTripletTriplet) {
if(ids[0]->iColour()!=PDT::DarkColourAdjoint) return false;
if(ids[1]->iColour()==PDT::DarkColourFundamental&&
ids[2]->iColour()==PDT::DarkColourAntiFundamental)
return true;
if(ids[1]->iColour()==PDT::DarkColourAntiFundamental&&
ids[2]->iColour()==PDT::DarkColourFundamental)
return true;
return false;
}
else if(colourStructure()==TripletOctetTriplet) {
if(ids[0]!=ids[2]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[1]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else {
assert(false);
}
return false;
}
double OneHalfHalfDarkSplitFn::P(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix &) const {
double zz = z*(1.-z);
double val=1.-2.*zz;
if(mass) {
Energy m = ids[1]->mass();
val +=2.*sqr(m)/t;
}
- return colourFactor(ids)*val;
+ return val;
}
double OneHalfHalfDarkSplitFn::overestimateP(const double,
const IdList &ids) const {
- return colourFactor(ids);
+ return 1.;
}
double OneHalfHalfDarkSplitFn::ratioP(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix &) const {
double zz = z*(1.-z);
double val = 1.-2.*zz;
if(mass) {
Energy m = ids[1]->mass();
val+= 2.*sqr(m)/t;
}
return val;
}
double OneHalfHalfDarkSplitFn::integOverP(const double z, const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return colourFactor(ids)*z;
+ return z;
case 1:
- return colourFactor(ids)*log(z);
+ return log(z);
case 2:
- return -colourFactor(ids)*log(1.-z);
+ return -log(1.-z);
case 3:
- return colourFactor(ids)*log(z/(1.-z));
+ return log(z/(1.-z));
case 4:
- return colourFactor(ids)*2.*sqrt(z);
+ return 2.*sqrt(z);
case 5:
- return colourFactor(ids)*(2./3.)*z*sqrt(z);
+ return (2./3.)*z*sqrt(z);
default:
throw Exception() << "OneHalfHalfDarkSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double OneHalfHalfDarkSplitFn::invIntegOverP(const double r,
const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return r/colourFactor(ids);
+ return r;
case 1:
- return exp(r/colourFactor(ids));
+ return exp(r);
case 2:
- return 1.-exp(-r/colourFactor(ids));
+ return 1.-exp(-r);
case 3:
- return 1./(1.+exp(-r/colourFactor(ids)));
+ return 1./(1.+exp(-r));
case 4:
- return 0.25*sqr(r/colourFactor(ids));
+ return 0.25*sqr(r);
case 5:
- return pow(1.5*r/colourFactor(ids),2./3.);
+ return pow(1.5*r,2./3.);
default:
throw Exception() << "OneHalfHalfDarkSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool OneHalfHalfDarkSplitFn::accept(const IdList &ids) const {
if(ids.size()!=3) return false;
if(ids[1]!=ids[2]->CC()) return false;
if(ids[1]->iSpin()!=PDT::Spin1Half) return false;
if(ids[0]->iSpin()!=PDT::Spin1) return false;
return OneHalfHalfDarkSplitFn::checkColours(ids);
}
vector<pair<int, Complex> >
OneHalfHalfDarkSplitFn::generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double modRho = abs(rho(0,2));
Energy mq = ids[1]->mass();
Energy2 mq2 = sqr(mq);
double fact = z*(1.-z)-mq2/t;
double max = 1.+2.*fact*(-1.+2.*modRho);
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*(1.-2.*fact)/max));
output.push_back(make_pair(-2,2.*fact*rho(0,2)/max));
output.push_back(make_pair( 2,2.*fact*rho(2,0)/max));
return output;
}
vector<pair<int, Complex> >
OneHalfHalfDarkSplitFn::generatePhiBackward(const double, const Energy2, const IdList &,
const RhoDMatrix & ) {
// no dependance
return {{ {0, 1.} }};
}
DecayMEPtr OneHalfHalfDarkSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool timeLike) {
static const Complex ii(0.,1.);
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin1Half)));
double mt = !timeLike ? ZERO : ids[1]->mass()/sqrt(t);
double root =sqrt(1.-sqr(mt)/z/(1.-z));
(*kernal)(0,0,0) = mt/sqrt(z*(1.-z));
(*kernal)(2,1,1) = (*kernal)(0,0,0);
(*kernal)(0,0,1) = -z*root*exp(-ii*phi);
(*kernal)(2,1,0) = -conj((*kernal)(0,0,1));
(*kernal)(0,1,0) = (1.-z)*exp(-ii*phi)*root;
(*kernal)(2,0,1) = -conj((*kernal)(0,1,0));
(*kernal)(0,1,1) = 0.;
(*kernal)(2,0,0) = 0.;
return kernal;
}
diff --git a/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.h b/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.h
--- a/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.h
+++ b/Shower/QTilde/Dark/OneHalfHalfDarkSplitFn.h
@@ -1,193 +1,194 @@
// -*- C++ -*-
//
// OneHalfHalfDarkSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_OneHalfHalfDarkSplitFn_H
#define HERWIG_OneHalfHalfDarkSplitFn_H
//
// This is the declaration of the OneHalfHalfDarkSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/**\ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$1\to \frac12\frac12\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) =C\left(1-2z(1-z)+2\frac{m_q^2}{t}\right),\f]
* where \f$C\f$ is the corresponding colour factor
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = C,\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z =Cz,\f]
* and its inverse is
* \f[\frac{r}{C}\f]
*
* @see \ref OneHalfHalfDarkSplitFnInterfaces "The interfaces"
* defined for OneHalfHalfDarkSplitFn.
*/
-class OneHalfHalfDarkSplitFn: public SplittingFunction {
+class OneHalfHalfDarkSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Method to check the colours are correct
*/
virtual bool checkColours(const IdList & ids) const;
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,\tilde{q}^2)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneHalfHalfDarkSplitFn & operator=(const OneHalfHalfDarkSplitFn &) = delete;
};
}
#endif /* HERWIG_OneHalfHalfDarkSplitFn_H */
diff --git a/Shower/QTilde/Dark/OneOneOneDarkSplitFn.cc b/Shower/QTilde/Dark/OneOneOneDarkSplitFn.cc
--- a/Shower/QTilde/Dark/OneOneOneDarkSplitFn.cc
+++ b/Shower/QTilde/Dark/OneOneOneDarkSplitFn.cc
@@ -1,171 +1,167 @@
// -*- C++ -*-
//
// OneOneOneDarkSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneOneDarkSplitFn class.
//
#include "OneOneOneDarkSplitFn.h"
#include "HiddenValleyModel.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<OneOneOneDarkSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<OneOneOneDarkSplitFn,Herwig::Sudakov1to2FormFactor>
describeOneOneOneDarkSplitFn ("Herwig::OneOneOneDarkSplitFn","HwShower.so");
void OneOneOneDarkSplitFn::Init() {
static ClassDocumentation<OneOneOneDarkSplitFn> documentation
("The OneOneOneDarkSplitFn class implements the g -> gg splitting function");
}
bool OneOneOneDarkSplitFn::checkColours(const IdList & ids) const {
if(colourStructure()==TripletTripletOctet) {
if(ids[0]!=ids[1]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[2]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else if(colourStructure()==OctetOctetOctet) {
for(unsigned int ix=0;ix<3;++ix) {
if(ids[ix]->iColour()!=PDT::DarkColourAdjoint) return false;
}
return true;
}
else if(colourStructure()==OctetTripletTriplet) {
if(ids[0]->iColour()!=PDT::DarkColourAdjoint) return false;
if(ids[1]->iColour()==PDT::DarkColourFundamental&&
ids[2]->iColour()==PDT::DarkColourAntiFundamental)
return true;
if(ids[1]->iColour()==PDT::DarkColourAntiFundamental&&
ids[2]->iColour()==PDT::DarkColourFundamental)
return true;
return false;
}
else if(colourStructure()==TripletOctetTriplet) {
if(ids[0]!=ids[2]) return false;
if((ids[0]->iColour()==PDT::DarkColourFundamental||
ids[0]->iColour()==PDT::DarkColourAntiFundamental) &&
ids[1]->iColour()==PDT::DarkColourAdjoint) return true;
return false;
}
else {
assert(false);
}
return false;
}
double OneOneOneDarkSplitFn::P(const double z, const Energy2,
const IdList & ids, const bool, const RhoDMatrix &)const {
- // (this is historically important! the first physics - two years
- // after the birth of the project - in the Herwig shower! Alberto
- // & Stefan, 25/04/2002).
- return colourFactor(ids)*sqr(1.-z*(1.-z))/(z*(1.-z));
+ return sqr(1.-z*(1.-z))/(z*(1.-z));
}
double OneOneOneDarkSplitFn::overestimateP(const double z,
const IdList & ids) const {
- return colourFactor(ids)*(1/z + 1/(1.-z));
+ return (1/z + 1/(1.-z));
}
double OneOneOneDarkSplitFn::ratioP(const double z, const Energy2,
const IdList & , const bool, const RhoDMatrix &) const {
return sqr(1.-z*(1.-z));
}
double OneOneOneDarkSplitFn::invIntegOverP(const double r,
const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return 1./(1.+exp(-r/colourFactor(ids)));
+ return 1./(1.+exp(-r));
case 1:
case 2:
case 3:
default:
throw Exception() << "OneOneOneDarkSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double OneOneOneDarkSplitFn::integOverP(const double z, const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
assert(z>0.&&z<1.);
- return colourFactor(ids)*log(z/(1.-z));
+ return log(z/(1.-z));
case 1:
case 2:
case 3:
default:
throw Exception() << "OneOneOneDarkSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool OneOneOneDarkSplitFn::accept(const IdList & ids) const {
if(ids.size()!=3) return false;
for(unsigned int ix=0;ix<ids.size();++ix) {
if(ids[0]->iSpin()!=PDT::Spin1) return false;
}
return OneOneOneDarkSplitFn::checkColours(ids);
}
vector<pair<int, Complex> >
OneOneOneDarkSplitFn::generatePhiForward(const double z, const Energy2, const IdList &,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double modRho = abs(rho(0,2));
double max = 2.*z*modRho*(1.-z)+sqr(1.-(1.-z)*z)/(z*(1.-z));
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*sqr(1.-(1.-z)*z)/(z*(1.-z))/max));
output.push_back(make_pair(-2,-rho(0,2)*z*(1.-z)/max));
output.push_back(make_pair( 2,-rho(2,0)*z*(1.-z)/max));
return output;
}
vector<pair<int, Complex> >
OneOneOneDarkSplitFn::generatePhiBackward(const double z, const Energy2, const IdList &,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double diag = sqr(1 - (1 - z)*z)/(1 - z)/z;
double off = (1.-z)/z;
double max = 2.*abs(rho(0,2))*off+diag;
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0, (rho(0,0)+rho(2,2))*diag/max));
output.push_back(make_pair( 2,-rho(0,2) * off/max));
output.push_back(make_pair(-2,-rho(2,0) * off/max));
return output;
}
DecayMEPtr OneOneOneDarkSplitFn::matrixElement(const double z, const Energy2,
const IdList &, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
double omz = 1.-z;
double root = sqrt(z*omz);
Complex phase = exp(Complex(0.,1.)*phi);
(*kernal)(0,0,0) = phase/root;
(*kernal)(2,2,2) = -conj((*kernal)(0,0,0));
(*kernal)(0,0,2) = -sqr(z)/root/phase;
(*kernal)(2,2,0) = -conj((*kernal)(0,0,2));
(*kernal)(0,2,0) = -sqr(omz)/root/phase;
(*kernal)(2,0,2) = -conj((*kernal)(0,2,0));
(*kernal)(0,2,2) = 0.;
(*kernal)(2,0,0) = 0.;
return kernal;
}
diff --git a/Shower/QTilde/Dark/OneOneOneDarkSplitFn.h b/Shower/QTilde/Dark/OneOneOneDarkSplitFn.h
--- a/Shower/QTilde/Dark/OneOneOneDarkSplitFn.h
+++ b/Shower/QTilde/Dark/OneOneOneDarkSplitFn.h
@@ -1,189 +1,190 @@
// -*- C++ -*-
//
// OneOneOneDarkSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_OneOneOneDarkSplitFn_H
#define HERWIG_OneOneOneDarkSplitFn_H
//
// This is the declaration of the OneOneOneDarkSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$1\to 11\f$.
*
* In this case the splitting function is given by
* \f[P(z) =2C*\left(\frac{z}{1-z}+\frac{1-z}{z}+z(1-z)\right),\f]
* where \f$C=\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = 2C\left(\frac1z+\frac1{1-z}\right),\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z =2C\ln\left(\frac{z}{1-z}\right),\f]
* and its inverse is
* \f[\frac{\exp\left(\frac{r}{2C}\right)}{(1+\exp\left(\frac{r}{2C}\right)}\f]
*
*
* @see \ref OneOneOneDarkSplitFnInterfaces "The interfaces"
* defined for OneOneOneDarkSplitFn.
*/
-class OneOneOneDarkSplitFn: public SplittingFunction {
+class OneOneOneDarkSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Method to check the colours are correct
*/
virtual bool checkColours(const IdList & ids) const;
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P(z,t)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle for forward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneOneDarkSplitFn & operator=(const OneOneOneDarkSplitFn &) = delete;
};
}
#endif /* HERWIG_OneOneOneDarkSplitFn_H */
diff --git a/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.cc b/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.cc
--- a/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.cc
+++ b/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.cc
@@ -1,116 +1,119 @@
// -*- C++ -*-
//
// Decay_QTildeShowerKinematics1to2.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the Decay_QTildeShowerKinematics1to2 class.
//
#include "Decay_QTildeShowerKinematics1to2.h"
#include "ThePEG/PDT/EnumParticles.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include <cassert>
#include "Herwig/Shower/ShowerHandler.h"
#include "Herwig/Shower/QTilde/Base/ShowerVertex.h"
using namespace Herwig;
+Decay_QTildeShowerKinematics1to2::Decay_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
+ : ShowerKinematics(scale,z,phi,pt,sud), sudakov1to2_(dynamic_ptr_cast<tSudakov1to2Ptr>(sud)) {}
+
void Decay_QTildeShowerKinematics1to2::
updateChildren(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int ,
ShowerPartnerType partnerType) const {
assert(children.size() == 2);
// calculate the scales
- splittingFn()->evaluateDecayScales(partnerType,scale(),z(),parent,
+ sudakov1to2_->evaluateDecayScales(partnerType,scale(),z(),parent,
children[0],children[1]);
// set the maximum virtual masses
IdList ids(3);
ids[0] = parent->dataPtr();
ids[1] = children[0]->dataPtr();
ids[2] = children[1]->dataPtr();
- const vector<Energy> & virtualMasses = SudakovFormFactor()->virtualMasses(ids);
+ const vector<Energy> & virtualMasses = sudakov1to2_->virtualMasses(ids);
Energy2 q2 = sqr(virtualMasses[0])-(1.-z())*sqr(scale());
children[0]->virtualMass(sqrt(q2));
// determine alphas of children according to interpretation of z
const ShowerParticle::Parameters & params = parent->showerParameters();
ShowerParticle::Parameters & child0 = children[0]->showerParameters();
ShowerParticle::Parameters & child1 = children[1]->showerParameters();
child0.alpha = z() * params.alpha;
child1.alpha = (1.-z()) * params.alpha;
child0.ptx = pT() * cos(phi()) + z()* params.ptx;
child0.pty = pT() * sin(phi()) + z()* params.pty;
child0.pt = sqrt( sqr(child0.ptx) + sqr(child0.pty) );
child1.ptx = -pT() * cos(phi()) + (1.-z()) * params.ptx;
child1.pty = -pT() * sin(phi()) + (1.-z()) * params.pty;
child1.pt = sqrt( sqr(child1.ptx) + sqr(child1.pty) );
// set up the colour connections
- splittingFn()->colourConnection(parent,children[0],children[1],partnerType,false);
+ sudakov1to2_->colourConnection(parent,children[0],children[1],partnerType,false);
// make the products children of the parent
parent->addChild(children[0]);
parent->addChild(children[1]);
// set the momenta of the children
for(ShowerParticleVector::const_iterator pit=children.begin();
pit!=children.end();++pit) {
(**pit).showerBasis(parent->showerBasis(),true);
(**pit).setShowerMomentum(true);
}
}
void Decay_QTildeShowerKinematics1to2::
reconstructParent( const tShowerParticlePtr, const ParticleVector &) const {
throw Exception() << "Decay_QTildeShowerKinematics1to2::reconstructParent not implemented"
<< Exception::abortnow;
}
void Decay_QTildeShowerKinematics1to2::
reconstructLast(const tShowerParticlePtr last, Energy mass) const {
// set beta component and consequently all missing data from that,
// using the nominal (i.e. PDT) mass.
Energy theMass =ZERO;
if(!(mass > ZERO) && ShowerHandler::currentHandler()->retConstituentMasses())
theMass = last->data().constituentMass();
else
theMass = mass > ZERO ? mass : last->data().mass();
last->showerParameters().beta=
(sqr(theMass) + sqr(last->showerParameters().pt)
- sqr( last->showerParameters().alpha )*last->showerBasis()->pVector().m2())
/ ( 2.*last->showerParameters().alpha*last->showerBasis()->p_dot_n() );
// set that new momentum
last->set5Momentum( last->showerBasis()->sudakov2Momentum( last->showerParameters().alpha,
last->showerParameters().beta,
last->showerParameters().ptx,
last->showerParameters().pty) );
}
void Decay_QTildeShowerKinematics1to2::updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int ,
ShowerPartnerType) const {
IdList ids(3);
ids[0] = parent->dataPtr();
ids[1] = children[0]->dataPtr();
ids[2] = children[1]->dataPtr();
- const vector<Energy> & virtualMasses = SudakovFormFactor()->virtualMasses(ids);
+ const vector<Energy> & virtualMasses = sudakov1to2_->virtualMasses(ids);
children[0]->virtualMass(sqrt(sqr(virtualMasses[0])-(1.-z())*sqr(scale())));
if(children[1]->children().empty()) children[1]->virtualMass(virtualMasses[2]);
// compute the new pT of the branching
Energy2 pt2=(1.-z())*(z()*sqr(virtualMasses[0])-sqr(children[0]->virtualMass()))
-z()*sqr(children[1]->virtualMass());
if(pt2>ZERO) {
pT(sqrt(pt2));
}
else {
parent->virtualMass(ZERO);
}
}
diff --git a/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h b/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h
--- a/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h
+++ b/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h
@@ -1,115 +1,121 @@
// -*- C++ -*-
//
// Decay_QTildeShowerKinematics1to2.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_Decay_QTildeShowerKinematics1to2_H
#define HERWIG_Decay_QTildeShowerKinematics1to2_H
//
// This is the declaration of the Decay_QTildeShowerKinematics1to2 class.
//
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This (concrete) class provides the specific decay shower
* kinematics information.
*
* @see ShowerKinematics
* @see IS_QTildeShowerKinematics1to2
* @see FS_QTildeShowerKinematics1to2
* @see KinematicsReconstructor
*
*/
class Decay_QTildeShowerKinematics1to2: public ShowerKinematics {
public:
/**
* Default constructor
*/
Decay_QTildeShowerKinematics1to2() = default;
/**
* The constructor.
*/
- Decay_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
- : ShowerKinematics(scale,z,phi,pt,sud) {}
-
+ Decay_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud);
public:
/**
* The updateChildren, updateParent and updateLast
* members to update the values of the \f$\alpha\f$ and
* \f$p_\perp\f$ variables during the shower evolution.
*/
//@{
/**
* Along with the showering evolution --- going forward for
* time-like (forward) evolution, and going backward for space-like
* (backward) evolution --- the kinematical variables of the
* branching products are calculated and updated from the knowledge
* of the parent kinematics. This method is used by the
* ForwardShowerEvolver.
* @param parent The branching particle
* @param children The particles produced in the branching
* @param partnerType The type of evolution partner
*/
virtual void updateChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the
* KinematicsReconstructor.
*/
virtual void reconstructParent( const tShowerParticlePtr parent,
const ParticleVector & children ) const;
/**
* Update the kinematical data of a particle when a reconstruction
* fixpoint was found. This will highly depend on the kind of
* kinematics chosen and will be defined in the inherited concrete
* classes. This method will be used by the KinematicsReconstructor.
* @param last The particle to update
* @param mass The mass to be used, if less than zero on-shell
*/
virtual void reconstructLast(const tShowerParticlePtr last, Energy mass=-1.*GeV) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the KinematicsReconstructor.
* @param parent The parent
* @param children The children
* @param partnerType The type of evolution partner
*/
virtual void updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
Decay_QTildeShowerKinematics1to2 & operator=(const Decay_QTildeShowerKinematics1to2 &) = delete;
+private:
+
+ /**
+ * \f$1\to2\f$ sudakov for extra features
+ */
+ tSudakov1to2Ptr sudakov1to2_;
+
};
}
#endif /* HERWIG_Decay_QTildeShowerKinematics1to2_H */
diff --git a/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.cc b/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.cc
--- a/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.cc
+++ b/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.cc
@@ -1,214 +1,217 @@
// -*- C++ -*-
//
// FS_QTildeShowerKinematics1to2.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the FS_QTildeShowerKinematics1to2 class.
//
#include "FS_QTildeShowerKinematics1to2.h"
#include "ThePEG/PDT/EnumParticles.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include "ThePEG/Utilities/Debug.h"
#include "Herwig/Shower/QTilde/QTildeShowerHandler.h"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicsReconstructor.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicHelpers.h"
#include "Herwig/Shower/QTilde/Base/ShowerVertex.h"
using namespace Herwig;
+FS_QTildeShowerKinematics1to2::FS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
+ : ShowerKinematics(scale,z,phi,pt,sud), sudakov1to2_(dynamic_ptr_cast<tSudakov1to2Ptr>(sud)) {}
+
void FS_QTildeShowerKinematics1to2::
updateParameters(tShowerParticlePtr theParent,
tShowerParticlePtr theChild0,
tShowerParticlePtr theChild1,
bool setAlpha) const {
const ShowerParticle::Parameters & parent = theParent->showerParameters();
ShowerParticle::Parameters & child0 = theChild0->showerParameters();
ShowerParticle::Parameters & child1 = theChild1->showerParameters();
// determine alphas of children according to interpretation of z
if ( setAlpha ) {
child0.alpha = z() * parent.alpha;
child1.alpha = (1.-z()) * parent.alpha;
}
// set the values
double cphi = cos(phi());
double sphi = sin(phi());
child0.ptx = pT() * cphi + z() * parent.ptx;
child0.pty = pT() * sphi + z() * parent.pty;
child0.pt = sqrt( sqr(child0.ptx) + sqr(child0.pty) );
child1.ptx = -pT() * cphi + (1.-z())* parent.ptx;
child1.pty = -pT() * sphi + (1.-z())* parent.pty;
child1.pt = sqrt( sqr(child1.ptx) + sqr(child1.pty) );
}
void FS_QTildeShowerKinematics1to2::
updateChildren(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int,
ShowerPartnerType partnerType) const {
assert(children.size()==2);
// calculate the scales
- splittingFn()->evaluateFinalStateScales(partnerType,scale(),z(),parent,
+ sudakov1to2_->evaluateFinalStateScales(partnerType,scale(),z(),parent,
children[0],children[1]);
// update the parameters
updateParameters(parent, children[0], children[1], true);
// set up the colour connections
- splittingFn()->colourConnection(parent,children[0],children[1],partnerType,false);
+ sudakov1to2_->colourConnection(parent,children[0],children[1],partnerType,false);
// make the products children of the parent
parent->addChild(children[0]);
parent->addChild(children[1]);
// set the momenta of the children
for(ShowerParticleVector::const_iterator pit=children.begin();
pit!=children.end();++pit) {
(**pit).showerBasis(parent->showerBasis(),true);
(**pit).setShowerMomentum(true);
}
// sort out the helicity stuff
if(ShowerHandler::currentHandlerIsSet() &&
! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations()) return;
SpinPtr pspin(parent->spinInfo());
if(!pspin || (ShowerHandler::currentHandlerIsSet() &&
!dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations()) ) return;
Energy2 t = sqr(scale())*z()*(1.-z());
IdList ids;
ids.push_back(parent->dataPtr());
ids.push_back(children[0]->dataPtr());
ids.push_back(children[1]->dataPtr());
// create the vertex
SVertexPtr vertex(new_ptr(ShowerVertex()));
// set the matrix element
- vertex->ME(splittingFn()->matrixElement(z(),t,ids,phi(),true));
+ vertex->ME(sudakov1to2_->matrixElement(z(),t,ids,phi(),true));
RhoDMatrix mapping;
SpinPtr inspin;
bool needMapping = parent->getMapping(inspin,mapping);
if(needMapping) vertex->incomingBasisTransform(mapping);
// set the incoming particle for the vertex
parent->spinInfo()->decayVertex(vertex);
for(ShowerParticleVector::const_iterator pit=children.begin();
pit!=children.end();++pit) {
// construct the spin info for the children
(**pit).constructSpinInfo(true);
// connect the spinInfo object to the vertex
(*pit)->spinInfo()->productionVertex(vertex);
}
}
void FS_QTildeShowerKinematics1to2::
reconstructParent(const tShowerParticlePtr parent,
const ParticleVector & children ) const {
assert(children.size() == 2);
ShowerParticlePtr c1 = dynamic_ptr_cast<ShowerParticlePtr>(children[0]);
ShowerParticlePtr c2 = dynamic_ptr_cast<ShowerParticlePtr>(children[1]);
parent->showerParameters().beta=
c1->showerParameters().beta + c2->showerParameters().beta;
Lorentz5Momentum pnew = c1->momentum() + c2->momentum();
Energy2 m2 = sqr(pT())/z()/(1.-z()) + sqr(c1->mass())/z()
+ sqr(c2->mass())/(1.-z());
pnew.setMass(sqrt(m2));
parent->set5Momentum( pnew );
}
void FS_QTildeShowerKinematics1to2::reconstructLast(const tShowerParticlePtr last,
Energy mass) const {
// set beta component and consequently all missing data from that,
// using the nominal (i.e. PDT) mass.
Energy theMass =ZERO;
if(!(mass > ZERO) && (!ShowerHandler::currentHandlerIsSet() ||ShowerHandler::currentHandler()->retConstituentMasses()))
theMass = last->data().constituentMass();
else
theMass = mass > ZERO ? mass : last->data().mass();
Lorentz5Momentum pVector = last->showerBasis()->pVector();
ShowerParticle::Parameters & lastParam = last->showerParameters();
Energy2 denom = 2. * lastParam.alpha * last->showerBasis()->p_dot_n();
if(abs(denom)/(sqr(pVector.e())+pVector.rho2())<1e-10) {
throw KinematicsReconstructionVeto();
}
lastParam.beta = ( sqr(theMass) + sqr(lastParam.pt)
- sqr(lastParam.alpha) * pVector.m2() )
/ denom;
// set that new momentum
Lorentz5Momentum newMomentum = last->showerBasis()->
sudakov2Momentum( lastParam.alpha, lastParam.beta,
lastParam.ptx , lastParam.pty);
newMomentum.setMass(theMass);
newMomentum.rescaleEnergy();
if(last->data().stable()) {
last->set5Momentum( newMomentum );
}
else {
last->boost(last->momentum().findBoostToCM());
last->boost(newMomentum.boostVector());
}
}
void FS_QTildeShowerKinematics1to2::updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType) const {
IdList ids(3);
ids[0] = parent->dataPtr();
ids[1] = children[0]->dataPtr();
ids[2] = children[1]->dataPtr();
- const vector<Energy> & virtualMasses = SudakovFormFactor()->virtualMasses(ids);
+ const vector<Energy> & virtualMasses = sudakov1to2_->virtualMasses(ids);
if(children[0]->children().empty()) children[0]->virtualMass(virtualMasses[1]);
if(children[1]->children().empty()) children[1]->virtualMass(virtualMasses[2]);
// compute the new pT of the branching
Energy2 m02 = (ids[0]->id()!=ParticleID::g && ids[0]->id()!=ParticleID::gamma) ?
sqr(virtualMasses[0]) : Energy2();
Energy2 pt2;
if(pTscheme==0) {
pt2 = QTildeKinematics::pT2_FSR(sqr(scale()), z(), m02,
sqr(virtualMasses[1]) ,sqr(virtualMasses[2]),
sqr(virtualMasses[1]) ,sqr(virtualMasses[2]));
}
else if(pTscheme==1) {
pt2 = QTildeKinematics::pT2_FSR(sqr(scale()), z(), m02,
sqr(virtualMasses[1]) ,sqr(virtualMasses[2]),
sqr(children[0]->virtualMass()), sqr(children[1]->virtualMass()));
}
else if(pTscheme==2) {
pt2 = QTildeKinematics::pT2_FSR(sqr(scale()), z(), m02,
sqr(children[0]->virtualMass()), sqr(children[1]->virtualMass()),
sqr(children[0]->virtualMass()), sqr(children[1]->virtualMass()));
}
else
assert(false);
if(pt2>ZERO) {
pT(sqrt(pt2));
}
else {
pt2=ZERO;
pT(ZERO);
}
Energy2 q2 = QTildeKinematics::q2_FSR(
pt2, z(), sqr(children[0]->virtualMass()), sqr(children[1]->virtualMass())
);
parent->virtualMass(sqrt(q2));
}
void FS_QTildeShowerKinematics1to2::
resetChildren(const tShowerParticlePtr parent,
const ShowerParticleVector & children) const {
updateParameters(parent, children[0], children[1], false);
for(unsigned int ix=0;ix<children.size();++ix) {
if(children[ix]->children().empty()) continue;
ShowerParticleVector newChildren;
for(unsigned int iy=0;iy<children[ix]->children().size();++iy)
newChildren.push_back(dynamic_ptr_cast<ShowerParticlePtr>
(children[ix]->children()[iy]));
children[ix]->showerKinematics()->resetChildren(children[ix],newChildren);
}
}
diff --git a/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h b/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h
--- a/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h
+++ b/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h
@@ -1,125 +1,132 @@
// -*- C++ -*-
//
// FS_QTildeShowerKinematics1to2.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_FS_QTildeShowerKinematics1to2_H
#define HERWIG_FS_QTildeShowerKinematics1to2_H
//
// This is the declaration of the FS_QTildeShowerKinematics1to2 class.
//
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This (concrete) class provides the specific Final State shower
* kinematics information.
*
* @see ShowerKinematics
* @see IS_QTildeShowerKinematics1to2
* @see Decay_QTildeShowerKinematics1to2
* @see KinematicsReconstructor
*/
class FS_QTildeShowerKinematics1to2: public ShowerKinematics {
public:
/**
* Default constructor
*/
FS_QTildeShowerKinematics1to2() = default;
/**
* The constructor.
*/
- FS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
- : ShowerKinematics(scale,z,phi,pt,sud) {}
+ FS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud);
/**
* The updateChildren, updateParent and updateLast
* members to update the values of the \f$\alpha\f$ and
* \f$p_\perp\f$ variables during the shower evolution.
*/
//@{
/**
* Along with the showering evolution --- going forward for
* time-like (forward) evolution, and going backward for space-like
* (backward) evolution --- the kinematical variables of the
* branching products are calculated and updated from the knowledge
* of the parent kinematics. This method is used by the
* ForwardShowerEvolver.
* @param parent The branching particle
* @param children The particles produced in the branching
* @param partnerType The type of evolution partner
*/
private:
void updateParameters(tShowerParticlePtr theParent,
tShowerParticlePtr theChild0,
tShowerParticlePtr theChild1,
bool setAlpha) const;
public:
virtual void updateChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
virtual void resetChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the KinematicsReconstructor.
* @param parent The parent
* @param children The children
* @param partnerType The type of evolution partner
*/
virtual void updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the
* KinematicsReconstructor.
*/
virtual void reconstructParent( const tShowerParticlePtr parent,
const ParticleVector & children ) const;
/**
* Update the kinematical data of a particle when a reconstruction
* fixpoint was found. This will highly depend on the kind of
* kinematics chosen and will be defined in the inherited concrete
* classes. This method will be used by the KinematicsReconstructor.
* @param last The particle to update
* @param mass The mass to be used, if less than zero on-shell
*/
virtual void reconstructLast(const tShowerParticlePtr last, Energy mass=-1.*GeV) const;
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
FS_QTildeShowerKinematics1to2 & operator=(const FS_QTildeShowerKinematics1to2 &) = delete;
+private:
+
+ /**
+ * \f$1\to2\f$ sudakov for extra features
+ */
+ tSudakov1to2Ptr sudakov1to2_;
+
};
}
#endif /* HERWIG_FS_QTildeShowerKinematics1to2_H */
diff --git a/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.cc b/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.cc
--- a/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.cc
+++ b/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.cc
@@ -1,277 +1,281 @@
// -*- C++ -*-
//
// IS_QTildeShowerKinematics1to2.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the IS_QTildeShowerKinematics1to2 class.
//
#include "IS_QTildeShowerKinematics1to2.h"
#include "ThePEG/PDT/EnumParticles.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include "ThePEG/Utilities/Debug.h"
#include "Herwig/Shower/QTilde/QTildeShowerHandler.h"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicsReconstructor.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicHelpers.h"
#include "Herwig/Shower/QTilde/Base/ShowerVertex.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h"
#include <cassert>
using namespace Herwig;
+IS_QTildeShowerKinematics1to2::IS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
+ : ShowerKinematics(scale,z,phi,pt,sud), sudakov1to2_(dynamic_ptr_cast<tSudakov1to2Ptr>(sud)) {}
+
void IS_QTildeShowerKinematics1to2::
updateChildren( const tShowerParticlePtr theParent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType) const {
const ShowerParticle::Parameters & parent = theParent->showerParameters();
ShowerParticle::Parameters & child0 = children[0]->showerParameters();
ShowerParticle::Parameters & child1 = children[1]->showerParameters();
double cphi = cos(phi());
double sphi = sin(phi());
///-- Perform the reconstruction depenting on the recoil scheme, following 2107.04051 (Bewick, Ferrario Ravasio, Richardson and Seymour)
Energy2 m02 = ZERO;
Energy2 m12 = ZERO;
// Time like children, which can be massive
IdList ids(1);
ids[0] = children[1]->dataPtr();
Energy2 m22 = ZERO;
if (ids[0]->id()!=ParticleID::g && ids[0]->id()!=ParticleID::gamma) {
- const vector<Energy> & onshellMasses = SudakovFormFactor()->virtualMasses(ids);
+ const vector<Energy> & onshellMasses = sudakov1to2_->virtualMasses(ids);
m22 = sqr(onshellMasses[0]);
}
if(theParent->parents().empty()) theParent->virtualMass(ZERO);
if(children[1]->children().empty()) children[1]->virtualMass(sqrt(m22));
// each particle contains a pointer to its mass, that we can use to calculate the virtuality.
// onshell incoming partons are massless, while offshell ones have negative virtuality q2
// q2 = - virtualMass**2 for ISR [THIS IS NOT TRUE FOR RESONANCES]
Energy2 pt2;
if(pTscheme==0) {
pt2 = QTildeKinematics::pT2_ISR_new(sqr(scale()), z(), m02,
m12 ,m22,
m02 ,m22);
}
else if(pTscheme==1) {
pt2 = QTildeKinematics::pT2_ISR_new(sqr(scale()), z(), m02,
m12 ,m22,
-sqr(theParent->virtualMass()), sqr(children[1]->virtualMass()));
}
else if(pTscheme==2) {
pt2 = QTildeKinematics::pT2_ISR_new(sqr(scale()), z(), -sqr(theParent->virtualMass()),
m12 ,sqr(children[1]->virtualMass()),
-sqr(theParent->virtualMass()) ,sqr(children[1]->virtualMass()));
}
else
assert(false);
if(pt2>ZERO) {
pT(sqrt(pt2));
}
else {
pt2=ZERO;
pT(ZERO);
}
Energy2 q2 = QTildeKinematics::q2_ISR_new(pt2, z(), -sqr(theParent->virtualMass()) ,sqr(children[1]->virtualMass()));
// the virtuality is negative
if(q2/sqr(1_GeV) > 0.){
std::cout<<" virtuality of spacelike parton >0 !! ERROR!! Q2="<<q2/sqr(1_GeV)<<std::endl;
abort();
}
children[0]->virtualMass(sqrt(-q2));
// -- now as before 2107.04051
child1.alpha = (1.-z()) * parent.alpha;
child1.ptx = (1.-z()) * parent.ptx - cphi * pT();
child1.pty = (1.-z()) * parent.pty - sphi * pT();
child1.pt = sqrt( sqr(child1.ptx) + sqr(child1.pty) );
// space-like child
child0.alpha = parent.alpha - child1.alpha;
child0.beta = parent.beta - child1.beta;
child0.ptx = parent.ptx - child1.ptx;
child0.pty = parent.pty - child1.pty;
}
void IS_QTildeShowerKinematics1to2::
updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int,
ShowerPartnerType partnerType) const {
// calculate the scales
- splittingFn()->evaluateInitialStateScales(partnerType,scale(),z(),parent,
+ sudakov1to2_->evaluateInitialStateScales(partnerType,scale(),z(),parent,
children[0],children[1]);
// set proper colour connections
- splittingFn()->colourConnection(parent,children[0],children[1],
+ sudakov1to2_->colourConnection(parent,children[0],children[1],
partnerType,true);
// set proper parent/child relationships
parent->addChild(children[0]);
parent->addChild(children[1]);
parent->x(children[0]->x()/z());
// sort out the helicity stuff
// construct the spin info for parent and timelike child
// temporary assignment of shower parameters to calculate correlations
parent->showerParameters().alpha = parent->x();
children[1]->showerParameters().alpha = (1.-z()) * parent->x();
children[1]->showerParameters().ptx = - cos(phi()) * pT();
children[1]->showerParameters().pty = - sin(phi()) * pT();
children[1]->showerParameters().pt = pT();
parent ->showerBasis(children[0]->showerBasis(),true);
children[1]->showerBasis(children[0]->showerBasis(),true);
parent ->setShowerMomentum(false);
children[1]->setShowerMomentum(true);
if(! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations()) return;
SpinPtr pspin(children[0]->spinInfo());
if(!pspin || !dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations() ) return;
// compute the matrix element for spin correlations
IdList ids;
ids.push_back(parent->dataPtr());
ids.push_back(children[0]->dataPtr());
ids.push_back(children[1]->dataPtr());
Energy2 t = (1.-z())*sqr(scale())/z();
// create the vertex
SVertexPtr vertex(new_ptr(ShowerVertex()));
// set the matrix element
- vertex->ME(splittingFn()->matrixElement(z(),t,ids,phi(),false));
+ vertex->ME(sudakov1to2_->matrixElement(z(),t,ids,phi(),false));
// set the incoming particle for the vertex
// (in reality the first child as going backwards)
pspin->decayVertex(vertex);
// check if rotating basis
RhoDMatrix mapping;
SpinPtr output;
bool needMapping = children[0]->getMapping(output,mapping);
if(needMapping)
vertex->outgoingBasisTransform(0,mapping);
// construct the spin infos
parent ->constructSpinInfo(false);
children[1]->constructSpinInfo(true);
// connect the spinInfo objects to the vertex
parent ->spinInfo()->productionVertex(vertex);
children[1]->spinInfo()->productionVertex(vertex);
}
void IS_QTildeShowerKinematics1to2::
reconstructParent(const tShowerParticlePtr parent,
const ParticleVector & children ) const {
PPtr c1 = children[0];
ShowerParticlePtr c2 = dynamic_ptr_cast<ShowerParticlePtr>(children[1]);
ShowerParticle::Parameters & c2param = c2->showerParameters();
// get shower variables from 1st child in order to keep notation
// parent->(c1, c2) clean even though the splitting was initiated
// from c1. The name updateParent is still referring to the
// timelike branching though.
// on-shell child
auto m= ShowerHandler::currentHandler()->retConstituentMasses()?
c2->data().constituentMass():
c2->data().mass();
c2param.beta = 0.5*( sqr(m) + sqr(c2param.pt) )
/ ( c2param.alpha * parent->showerBasis()->p_dot_n() );
Lorentz5Momentum pnew = parent->showerBasis()->
sudakov2Momentum(c2param.alpha, c2param.beta,
c2param.ptx , c2param.pty);
pnew.setMass(m);
pnew.rescaleEnergy();
// fix the spin info AHHHH
if(c2->spinInfo()&&abs(c2->id())==ParticleID::tauminus) {
// rotate old momentum along z
Axis axis(c2->momentum().vect().unit());
double sinth(sqrt(1.-sqr(axis.z())));
LorentzRotation r1;
if(axis.perp2()>1e-10) {
r1.rotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
}
Lorentz5Momentum p1 = r1*c2->momentum();
// rotate new momentum along z
axis = pnew.vect().unit();
sinth = sqrt(1.-sqr(axis.z()));
LorentzRotation r2;
if(axis.perp2()>1e-10) {
r2.rotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
}
Lorentz5Momentum p2 = r2*pnew;
// compute boost along z old -> new
// full result
double a = p2.t()/p2.z();
double b1 = (p1.t()-a*p1.z())/(p1.z()-a*p1.t());
// small mass expansion
Energy2 o2 = sqr(p1.z()), n2=sqr(p2.z());
double b2 = (o2-n2)/(o2+n2)*(1. - sqr(p1.mass())/(n2+o2) +pow<4,1>(p1.mass())*(0.125/(n2*o2)+1./sqr(n2+o2)));
// compute the total boost
LorentzRotation r3; r3.boostZ(b1);
LorentzRotation r4; r4.boostZ(b2);
Energy t1 = p2.t(), t2 = (r3*p1).t(), t3 = (r4*p1).t();
LorentzRotation r = abs(t1-t2)<abs(t1-t3) ? r3*r1 : r4*r1;
r *= r2.inverse();
c2->transform(r);
}
else
c2->set5Momentum( pnew );
// spacelike child
Lorentz5Momentum pc1(parent->momentum() - c2->momentum());
pc1.rescaleMass();
c1->set5Momentum(pc1);
}
void IS_QTildeShowerKinematics1to2::
updateLast( const tShowerParticlePtr theLast,Energy px,Energy py) const {
if(theLast->isFinalState()) return;
Lorentz5Momentum pVector = theLast->showerBasis()->pVector();
ShowerParticle::Parameters & last = theLast->showerParameters();
Energy2 pt2 = sqr(px) + sqr(py);
last.alpha = theLast->x();
last.beta = 0.5 * pt2 / last.alpha / theLast->showerBasis()->p_dot_n();
last.ptx = ZERO;
last.pty = ZERO;
last.pt = ZERO;
// momentum
Lorentz5Momentum ntemp = Lorentz5Momentum(ZERO,-pVector.vect());
double beta = 0.5 * pt2 / last.alpha / ( pVector * ntemp);
Lorentz5Momentum plast =
Lorentz5Momentum( (pVector.z()>ZERO ? px : -px), py, ZERO, ZERO)
+ theLast->x() * pVector + beta * ntemp;
plast.rescaleMass();
theLast->set5Momentum(plast);
}
void IS_QTildeShowerKinematics1to2::
resetChildren(const tShowerParticlePtr parent, const ShowerParticleVector &) const {
if(parent->children().size() == 2){
if(parent->children()[1]->children().size()==2){
tShowerParticlePtr timelikeChild = dynamic_ptr_cast<ShowerParticlePtr>(parent->children()[1]);
ShowerParticleVector timelikeGrandChildren;
for(unsigned int iy=0;iy<parent->children()[1]->children().size();++iy)
timelikeGrandChildren.push_back(dynamic_ptr_cast<ShowerParticlePtr>
(parent->children()[1]->children()[iy]));
//timelike reset children
timelikeChild->showerKinematics()->resetChildren(timelikeChild, timelikeGrandChildren);
}
if(parent->children()[0]->children().size()==2){
const tShowerParticlePtr spacelikeChild = dynamic_ptr_cast<ShowerParticlePtr>(parent->children()[0]);
//Check if its timelike child is a valid shower particle istance. If not, we end here the reshuffling.
tShowerParticlePtr timelikeChild = dynamic_ptr_cast<ShowerParticlePtr>(spacelikeChild->children()[1]);
if(timelikeChild){
ShowerParticleVector dummyChildren;
spacelikeChild->showerKinematics()->resetChildren(spacelikeChild, dummyChildren);
}
}
}
}
diff --git a/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h b/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h
--- a/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h
+++ b/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h
@@ -1,122 +1,129 @@
// -*- C++ -*-
//
// IS_QTildeShowerKinematics1to2.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_IS_QTildeShowerKinematics1to2_H
#define HERWIG_IS_QTildeShowerKinematics1to2_H
//
// This is the declaration of the IS_QTildeShowerKinematics1to2 class.
//
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This (concrete) class provides the specific Intial State shower
* kinematics information.
*
* @see ShowerKinematics
* @see FS_QTildeShowerKinematics1to2
* @see Decay_QTildeShowerKinematics1to2
* @see KinematicsReconstructor
*/
class IS_QTildeShowerKinematics1to2: public ShowerKinematics {
public:
/** @name Standard constructors and destructors. */
//@{
/**
* Construct in terms of the basis states
*/
IS_QTildeShowerKinematics1to2()= default;
/**
* The default constructor.
*/
- IS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
- : ShowerKinematics(scale,z,phi,pt,sud) {}
+ IS_QTildeShowerKinematics1to2(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud);
//@}
public:
/**
* The updateChildren, updateParent and updateLast
* members to update the values of the \f$\alpha\f$ and
* \f$p_\perp\f$ variables during the shower evolution.
*/
//@{
/**
* Along with the showering evolution --- going forward for
* time-like (forward) evolution, and going backward for space-like
* (backward) evolution --- the kinematical variables of the
* branching products are calculated and updated from the knowledge
* of the parent kinematics. This method is used by the
* ForwardShowerEvolver.
* @param parent The branching particle
* @param children The particles produced in the branching
* @param partnerType The type of evolution partner
*/
virtual void updateChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
virtual void resetChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the
* KinematicsReconstructor.
* @param parent The branching particle
* @param children The particles produced in the branching
* @param partnerType The type of evolution partner
*/
virtual void updateParent( const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the
* KinematicsReconstructor.
*/
virtual void reconstructParent( const tShowerParticlePtr parent,
const ParticleVector & children ) const;
/**
* Update the kinematical data of a particle when a reconstruction
* fixpoint was found. This will highly depend on the kind of
* kinematics chosen and will be defined in the inherited concrete
* classes. This method will be used by the KinematicsReconstructor.
* @param theLast The particle.
* @param px The \f$x\f$ component of the \f$p_T\f$.
* @param py The \f$y\f$ component of the \f$p_T\f$.
*/
virtual void updateLast(const tShowerParticlePtr theLast,
Energy px, Energy py) const;
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
IS_QTildeShowerKinematics1to2 & operator=(const IS_QTildeShowerKinematics1to2 &) = delete;
+private:
+
+ /**
+ * \f$1\to2\f$ sudakov for extra features
+ */
+ tSudakov1to2Ptr sudakov1to2_;
+
};
}
#endif /* HERWIG_IS_QTildeShowerKinematics1to2_H */
diff --git a/Shower/QTilde/Kinematics/KinematicsReconstructor.cc b/Shower/QTilde/Kinematics/KinematicsReconstructor.cc
--- a/Shower/QTilde/Kinematics/KinematicsReconstructor.cc
+++ b/Shower/QTilde/Kinematics/KinematicsReconstructor.cc
@@ -1,2826 +1,2826 @@
// -*- C++ -*-
//
// KinematicsReconstructor.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the KinematicsReconstructor class.
//
#include "KinematicsReconstructor.h"
#include "ThePEG/PDT/EnumParticles.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/EventRecord/Event.h"
#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/Interface/Deleted.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Interface/RefVector.h"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h"
#include "ThePEG/Repository/UseRandom.h"
#include "ThePEG/EventRecord/ColourLine.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "Herwig/Shower/QTilde/QTildeShowerHandler.h"
#include <cassert>
#include "KinematicsReconstructor.tcc"
using namespace Herwig;
DescribeClass<KinematicsReconstructor,Interfaced>
describeKinematicsReconstructor("Herwig::KinematicsReconstructor", "HwShower.so");
namespace {
/**
* Struct to order the jets in off-shellness
*/
struct JetOrdering {
bool operator() (const JetKinStruct & j1, const JetKinStruct & j2) {
Energy diff1 = j1.q.m()-j1.p.m();
Energy diff2 = j2.q.m()-j2.p.m();
if(diff1!=diff2) {
return diff1>diff2;
}
else if( j1.q.e() != j2.q.e() )
return j1.q.e()>j2.q.e();
else
return j1.parent->uniqueId>j2.parent->uniqueId;
}
};
}
void KinematicsReconstructor::persistentOutput(PersistentOStream & os) const {
os << _reconopt << _initialBoost << ounit(_minQ,GeV) << _noRescale
<< _noRescaleVector << _initialStateReconOption << _finalFinalWeight;
}
void KinematicsReconstructor::persistentInput(PersistentIStream & is, int) {
is >> _reconopt >> _initialBoost >> iunit(_minQ,GeV) >> _noRescale
>> _noRescaleVector >> _initialStateReconOption >> _finalFinalWeight;
}
void KinematicsReconstructor::Init() {
static ClassDocumentation<KinematicsReconstructor> documentation
( "This class is responsible for the kinematics reconstruction of the showering,",
" including the kinematics reshuffling necessary to compensate for the recoil"
"of the emissions." );
static Switch<KinematicsReconstructor,unsigned int> interfaceReconstructionOption
("ReconstructionOption",
"Option for the kinematics reconstruction",
&KinematicsReconstructor::_reconopt, 0, false, false);
static SwitchOption interfaceReconstructionOptionGeneral
(interfaceReconstructionOption,
"General",
"Use the general solution which ignores the colour structure for all processes",
0);
static SwitchOption interfaceReconstructionOptionColour
(interfaceReconstructionOption,
"Colour",
"Use the colour structure of the process to determine the reconstruction procedure.",
1);
static SwitchOption interfaceReconstructionOptionColour2
(interfaceReconstructionOption,
"Colour2",
"Make the most use possible of the colour structure of the process to determine the reconstruction procedure. "
"Start with FF, then IF then II colour connections",
2);
static SwitchOption interfaceReconstructionOptionColour3
(interfaceReconstructionOption,
"Colour3",
"Make the most use possible of the colour structure of the process to determine the reconstruction procedure. "
"Do the colour connections in order of the pT's emitted in the shower starting with the hardest."
" The colour partner is fully reconstructed at the same time.",
3);
static SwitchOption interfaceReconstructionOptionColour4
(interfaceReconstructionOption,
"Colour4",
"Make the most use possible of the colour structure of the process to determine the reconstruction procedure. "
"Do the colour connections in order of the pT's emitted in the shower starting with the hardest, while leaving"
" the colour partner on mass-shell",
4);
static Parameter<KinematicsReconstructor,Energy> interfaceMinimumQ2
("MinimumQ2",
"The minimum Q2 for the reconstruction of initial-final systems",
&KinematicsReconstructor::_minQ, GeV, 0.001*GeV, 1e-6*GeV, 10.0*GeV,
false, false, Interface::limited);
static RefVector<KinematicsReconstructor,ParticleData> interfaceNoRescale
("NoRescale",
"Particles which shouldn't be rescaled to be on shell by the shower",
&KinematicsReconstructor::_noRescaleVector, -1, false, false, true, false, false);
static Switch<KinematicsReconstructor,unsigned int> interfaceInitialInitialBoostOption
("InitialInitialBoostOption",
"Option for how the boost from the system before ISR to that after ISR is applied.",
&KinematicsReconstructor::_initialBoost, 0, false, false);
static SwitchOption interfaceInitialInitialBoostOptionOneBoost
(interfaceInitialInitialBoostOption,
"OneBoost",
"Apply one boost from old CMS to new CMS",
0);
static SwitchOption interfaceInitialInitialBoostOptionLongTransBoost
(interfaceInitialInitialBoostOption,
"LongTransBoost",
"First apply a longitudinal and then a transverse boost",
1);
static Deleted<KinematicsReconstructor> delFinalStateReconOption
("FinalStateReconOption", "The old default (0) is now the only choice");
static Switch<KinematicsReconstructor,unsigned int> interfaceInitialStateReconOption
("InitialStateReconOption",
"Option for the reconstruction of initial state radiation",
&KinematicsReconstructor::_initialStateReconOption, 0, false, false);
static SwitchOption interfaceInitialStateReconOptionRapidity
(interfaceInitialStateReconOption,
"Rapidity",
"Preserve shat and rapidity",
0);
static SwitchOption interfaceInitialStateReconOptionLongitudinal
(interfaceInitialStateReconOption,
"Longitudinal",
"Preserve longitudinal momentum",
1);
static SwitchOption interfaceInitialStateReconOptionSofterFraction
(interfaceInitialStateReconOption,
"SofterFraction",
"Preserve the momentum fraction of the parton which has emitted softer.",
2);
static Switch<KinematicsReconstructor,bool> interfaceFinalFinalWeight
("FinalFinalWeight",
"Apply kinematic rejection weight for final-states",
&KinematicsReconstructor::_finalFinalWeight, false, false, false);
static SwitchOption interfaceFinalFinalWeightNo
(interfaceFinalFinalWeight,
"No",
"Don't apply the weight",
false);
static SwitchOption interfaceFinalFinalWeightYes
(interfaceFinalFinalWeight,
"Yes",
"Apply the weight",
true);
}
void KinematicsReconstructor::doinit() {
Interfaced::doinit();
_noRescale = set<cPDPtr>(_noRescaleVector.begin(),_noRescaleVector.end());
}
bool KinematicsReconstructor::
reconstructTimeLikeJet(const tShowerParticlePtr particleJetParent,
const tShowerParticlePtr progenitor) const {
assert(particleJetParent);
bool emitted=true;
// if this is not a fixed point in the reconstruction
if( !particleJetParent->children().empty() ) {
// if not a reconstruction fixpoint, dig deeper for all children:
for ( ParticleVector::const_iterator cit =
particleJetParent->children().begin();
cit != particleJetParent->children().end(); ++cit )
reconstructTimeLikeJet(dynamic_ptr_cast<ShowerParticlePtr>(*cit),progenitor);
}
// it is a reconstruction fixpoint, ie kinematical data has to be available
else {
// check if the parent was part of the shower
ShowerParticlePtr jetGrandParent;
if(!particleJetParent->parents().empty())
jetGrandParent= dynamic_ptr_cast<ShowerParticlePtr>
(particleJetParent->parents()[0]);
// update if so
if (jetGrandParent) {
if (jetGrandParent->showerKinematics()) {
if(particleJetParent->id()==progenitor->id()&&
!progenitor->data().stable()&&abs(progenitor->data().id())!=ParticleID::tauminus) {
jetGrandParent->showerKinematics()->reconstructLast(particleJetParent,
progenitor->mass());
}
else {
jetGrandParent->showerKinematics()->reconstructLast(particleJetParent);
}
}
}
// otherwise
else {
Energy dm = !ShowerHandler::currentHandlerIsSet() ||
ShowerHandler::currentHandler()->retConstituentMasses()?
particleJetParent->data().constituentMass():
particleJetParent->data().mass();
if (abs(dm-particleJetParent->momentum().m())>0.001*MeV
&&(particleJetParent->dataPtr()->stable() || abs(particleJetParent->id())==ParticleID::tauminus)
&&particleJetParent->id()!=ParticleID::gamma
&&_noRescale.find(particleJetParent->dataPtr())==_noRescale.end()) {
Lorentz5Momentum dum = particleJetParent->momentum();
dum.setMass(dm);
dum.rescaleEnergy();
if(abs(particleJetParent->id())==15&&particleJetParent->spinInfo()) {
if(particleJetParent->spinInfo()->isNear(particleJetParent->momentum())) {
particleJetParent->spinInfo()->SpinInfo::transform(dum,LorentzRotation());
}
}
particleJetParent->set5Momentum(dum);
}
else {
emitted=false;
}
}
}
// recursion has reached an endpoint once, ie we can reconstruct the
// kinematics from the children.
if( !particleJetParent->children().empty() )
particleJetParent->showerKinematics()
->reconstructParent( particleJetParent, particleJetParent->children() );
return emitted;
}
bool KinematicsReconstructor::
reconstructHardJets(ShowerTreePtr hard,
const map<tShowerProgenitorPtr,
pair<Energy,double> > & intrinsic,
ShowerInteraction type,
bool switchRecon) const {
_currentTree = hard;
_intrinsic=intrinsic;
// extract the particles from the ShowerTree
vector<ShowerProgenitorPtr> ShowerHardJets=hard->extractProgenitors();
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
_boosts[ShowerHardJets[ix]->progenitor()] = vector<LorentzRotation>();
}
for(map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator
tit = _currentTree->treelinks().begin();
tit != _currentTree->treelinks().end();++tit) {
_treeBoosts[tit->first] = vector<LorentzRotation>();
}
try {
// old recon method, using new member functions
if(_reconopt == 0 || switchRecon ) {
reconstructGeneralSystem(ShowerHardJets);
}
// reconstruction based on coloured systems
else if( _reconopt == 1) {
reconstructColourSinglets(ShowerHardJets,type);
}
// reconstruction of FF, then IF, then II
else if( _reconopt == 2) {
reconstructFinalFirst(ShowerHardJets);
}
// reconstruction based on coloured systems
else if( _reconopt == 3 || _reconopt == 4) {
reconstructColourPartner(ShowerHardJets);
}
else
assert(false);
}
catch(KinematicsReconstructionVeto) {
_intrinsic.clear();
for(map<tPPtr,vector<LorentzRotation> >::const_iterator bit=_boosts.begin();bit!=_boosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot);
}
}
_boosts.clear();
for(map<tShowerTreePtr,vector<LorentzRotation> >::const_iterator bit=_treeBoosts.begin();bit!=_treeBoosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot,false);
}
}
_currentTree = tShowerTreePtr();
_treeBoosts.clear();
return false;
}
catch (Exception & ex) {
_intrinsic.clear();
_currentTree = tShowerTreePtr();
_boosts.clear();
_treeBoosts.clear();
throw ex;
}
_intrinsic.clear();
// ensure x<1
for(map<ShowerProgenitorPtr,ShowerParticlePtr>::const_iterator
cit=hard->incomingLines().begin();cit!=hard->incomingLines().end();++cit) {
tPPtr parent = cit->first->progenitor();
while (!parent->parents().empty()) {
parent = parent->parents()[0];
}
tPPtr hadron;
if ( cit->first->original()->parents().empty() ) {
hadron = cit->first->original();
}
else {
hadron = cit->first->original()->parents()[0];
}
if( ! (hadron->id() == parent->id() && hadron->children().size() <= 1)
&& parent->momentum().rho() > hadron->momentum().rho()) {
_intrinsic.clear();
for(map<tPPtr,vector<LorentzRotation> >::const_iterator bit=_boosts.begin();bit!=_boosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot);
}
}
_boosts.clear();
for(map<tShowerTreePtr,vector<LorentzRotation> >::const_iterator bit=_treeBoosts.begin();bit!=_treeBoosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot,false);
}
}
_currentTree = tShowerTreePtr();
_treeBoosts.clear();
return false;
}
}
_boosts.clear();
_treeBoosts.clear();
_currentTree = tShowerTreePtr();
return true;
}
double
KinematicsReconstructor::solveKfactor(const Energy & root_s,
const JetKinVect & jets) const {
Energy2 s = sqr(root_s);
// must be at least two jets
if ( jets.size() < 2) throw KinematicsReconstructionVeto();
// sum of jet masses must be less than roots
if(momConsEq( 0.0, root_s, jets )>ZERO) throw KinematicsReconstructionVeto();
// if two jets simple solution
if ( jets.size() == 2 ) {
static const Energy2 eps = 1.0e-4 * MeV2;
if ( sqr(jets[0].p.x()+jets[1].p.x()) < eps &&
sqr(jets[0].p.y()+jets[1].p.y()) < eps &&
sqr(jets[0].p.z()+jets[1].p.z()) < eps ) {
Energy test = (jets[0].p+jets[1].p).vect().mag();
if(test > 1.0e-4 * MeV) throw KinematicsReconstructionVeto();
if ( jets[0].p.vect().mag2() < eps ) throw KinematicsReconstructionVeto();
Energy2 m1sq(jets[0].q.m2()),m2sq(jets[1].q.m2());
return sqrt( ( sqr(s - m1sq - m2sq) - 4.*m1sq*m2sq )
/(4.*s*jets[0].p.vect().mag2()) );
}
else throw KinematicsReconstructionVeto();
}
// i.e. jets.size() > 2, numerically
// check convergence, if it's a problem maybe use Newton iteration?
else {
double k1 = 0.,k2 = 1.,k = 0.;
if ( momConsEq( k1, root_s, jets ) < ZERO ) {
while ( momConsEq( k2, root_s, jets ) < ZERO ) {
k1 = k2;
k2 *= 2;
}
while ( fabs( (k1 - k2)/(k1 + k2) ) > 1.e-10 ) {
if( momConsEq( k2, root_s, jets ) == ZERO ) {
return k2;
} else {
k = (k1+k2)/2.;
if ( momConsEq( k, root_s, jets ) > ZERO ) {
k2 = k;
} else {
k1 = k;
}
}
}
return k1;
} else throw KinematicsReconstructionVeto();
}
throw KinematicsReconstructionVeto();
}
bool KinematicsReconstructor::
reconstructSpaceLikeJet( const tShowerParticlePtr p) const {
bool emitted = true;
tShowerParticlePtr child;
tShowerParticlePtr parent;
if(!p->parents().empty())
parent = dynamic_ptr_cast<ShowerParticlePtr>(p->parents()[0]);
if(parent) {
emitted=true;
reconstructSpaceLikeJet(parent);
}
// if branching reconstruct time-like child
if(p->children().size()==2)
child = dynamic_ptr_cast<ShowerParticlePtr>(p->children()[1]);
if(p->perturbative()==0 && child) {
dynamic_ptr_cast<ShowerParticlePtr>(p->children()[0])->
showerKinematics()->reconstructParent(p,p->children());
if(!child->children().empty()) {
reconstructTimeLikeJet(child,child);
// calculate the momentum of the particle
Lorentz5Momentum pnew=p->momentum()-child->momentum();
pnew.rescaleMass();
p->children()[0]->set5Momentum(pnew);
}
}
return emitted;
}
Boost KinematicsReconstructor::
solveBoostBeta( const double k, const Lorentz5Momentum & newq,
const Lorentz5Momentum & oldp ) {
// try something different, purely numerical first:
// a) boost to rest frame of newq, b) boost with kp/E
Energy q = newq.vect().mag();
Energy2 qs = sqr(q);
Energy2 Q2 = newq.m2();
Energy kp = k*(oldp.vect().mag());
Energy2 kps = sqr(kp);
// usually we take the minus sign, since this boost will be smaller.
// we only require |k \vec p| = |\vec q'| which leaves the sign of
// the boost open but the 'minus' solution gives a smaller boost
// parameter, i.e. the result should be closest to the previous
// result. this is to be changed if we would get many momentum
// conservation violations at the end of the shower from a hard
// process.
double betam = (q*sqrt(qs + Q2) - kp*sqrt(kps + Q2))/(kps + qs + Q2);
// move directly to 'return'
Boost beta = -betam*(k/kp)*oldp.vect();
// note that (k/kp)*oldp.vect() = oldp.vect()/oldp.vect().mag() but cheaper.
// leave this out if it's running properly!
if ( betam >= 0 ) return beta;
else return Boost(0., 0., 0.);
}
bool KinematicsReconstructor::
reconstructDecayJets(ShowerTreePtr decay,
ShowerInteraction) const {
_currentTree = decay;
// extract the particles from the ShowerTree
vector<ShowerProgenitorPtr> ShowerHardJets=decay->extractProgenitors();
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
_boosts[ShowerHardJets[ix]->progenitor()] = vector<LorentzRotation>();
}
for(map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator
tit = _currentTree->treelinks().begin();
tit != _currentTree->treelinks().end();++tit) {
_treeBoosts[tit->first] = vector<LorentzRotation>();
}
try {
bool radiated[2]={false,false};
// find the decaying particle and check if particles radiated
ShowerProgenitorPtr initial;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
// only consider initial-state jets
if(ShowerHardJets[ix]->progenitor()->isFinalState()) {
radiated[1] |=ShowerHardJets[ix]->hasEmitted();
}
else {
initial=ShowerHardJets[ix];
radiated[0]|=ShowerHardJets[ix]->hasEmitted();
}
}
// find boost to the rest frame if needed
Boost boosttorest=-initial->progenitor()->momentum().boostVector();
double gammarest =
initial->progenitor()->momentum().e()/
initial->progenitor()->momentum().mass();
// check if need to boost to rest frame
bool gottaBoost = (boosttorest.mag() > 1e-12);
// if initial state radiation reconstruct the jet and set up the basis vectors
Lorentz5Momentum pjet;
Lorentz5Momentum nvect;
// find the partner
ShowerParticlePtr partner = initial->progenitor()->partner();
Lorentz5Momentum ppartner[2];
if(partner) ppartner[0]=partner->momentum();
// get the n reference vector
if(partner) {
if(initial->progenitor()->showerKinematics()) {
nvect = initial->progenitor()->showerBasis()->getBasis()[1];
}
else {
Lorentz5Momentum ppartner=initial->progenitor()->partner()->momentum();
if(gottaBoost) ppartner.boost(boosttorest,gammarest);
nvect = Lorentz5Momentum( ZERO,0.5*initial->progenitor()->mass()*
ppartner.vect().unit());
nvect.boost(-boosttorest,gammarest);
}
}
// if ISR
if(radiated[0]) {
// reconstruct the decay jet
reconstructDecayJet(initial->progenitor());
// momentum of decaying particle after ISR
pjet=initial->progenitor()->momentum()
-decay->incomingLines().begin()->second->momentum();
pjet.rescaleMass();
}
// boost initial state jet and basis vector if needed
if(gottaBoost) {
pjet.boost(boosttorest,gammarest);
nvect.boost(boosttorest,gammarest);
ppartner[0].boost(boosttorest,gammarest);
}
// loop over the final-state particles and do the reconstruction
JetKinVect possiblepartners;
JetKinVect jetKinematics;
bool atLeastOnce = radiated[0];
LorentzRotation restboost(boosttorest,gammarest);
Energy inmass(ZERO);
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
// only consider final-state jets
if(!ShowerHardJets[ix]->progenitor()->isFinalState()) {
inmass=ShowerHardJets[ix]->progenitor()->mass();
continue;
}
// do the reconstruction
JetKinStruct tempJetKin;
tempJetKin.parent = ShowerHardJets[ix]->progenitor();
if(ShowerHardJets.size()==2) {
Lorentz5Momentum dum=ShowerHardJets[ix]->progenitor()->momentum();
dum.setMass(inmass);
dum.rescaleRho();
tempJetKin.parent->set5Momentum(dum);
}
tempJetKin.p = ShowerHardJets[ix]->progenitor()->momentum();
if(gottaBoost) tempJetKin.p.boost(boosttorest,gammarest);
if(ShowerHardJets[ix]->reconstructed()==ShowerProgenitor::notReconstructed) {
atLeastOnce |= reconstructTimeLikeJet(tempJetKin.parent,tempJetKin.parent);
ShowerHardJets[ix]->reconstructed(ShowerProgenitor::done);
}
if(gottaBoost) deepTransform(tempJetKin.parent,restboost);
tempJetKin.q = ShowerHardJets[ix]->progenitor()->momentum();
jetKinematics.push_back(tempJetKin);
}
if(partner) ppartner[1]=partner->momentum();
// calculate the rescaling parameters
double k1,k2;
Lorentz5Momentum qt;
if(!solveDecayKFactor(initial->progenitor()->mass(),nvect,pjet,
jetKinematics,partner,ppartner,k1,k2,qt)) {
for(map<tPPtr,vector<LorentzRotation> >::const_iterator bit=_boosts.begin();bit!=_boosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot);
}
}
_boosts.clear();
for(map<tShowerTreePtr,vector<LorentzRotation> >::const_iterator bit=_treeBoosts.begin();bit!=_treeBoosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot,false);
}
}
_treeBoosts.clear();
_currentTree = tShowerTreePtr();
return false;
}
// apply boosts and rescalings to final-state jets
for(JetKinVect::iterator it = jetKinematics.begin();
it != jetKinematics.end(); ++it) {
LorentzRotation Trafo = LorentzRotation();
if(it->parent!=partner) {
// boost for rescaling
if(atLeastOnce) {
map<tShowerTreePtr,pair<tShowerProgenitorPtr,
tShowerParticlePtr> >::const_iterator tit;
for(tit = _currentTree->treelinks().begin();
tit != _currentTree->treelinks().end();++tit) {
if(tit->second.first && tit->second.second==it->parent)
break;
}
if(it->parent->children().empty()&&!it->parent->spinInfo() &&
tit==_currentTree->treelinks().end()) {
Lorentz5Momentum pnew(k2*it->p.vect(),
sqrt(sqr(k2*it->p.vect().mag())+it->q.mass2()),
it->q.mass());
it->parent->set5Momentum(pnew);
}
else {
// rescaling boost can't ever work in this case
if(k2<0. && it->q.mass()==ZERO)
throw KinematicsReconstructionVeto();
Trafo = solveBoost(k2, it->q, it->p);
}
}
if(gottaBoost) Trafo.boost(-boosttorest,gammarest);
if(atLeastOnce || gottaBoost) deepTransform(it->parent,Trafo);
}
else {
Lorentz5Momentum pnew=ppartner[0];
pnew *=k1;
pnew-=qt;
pnew.setMass(ppartner[1].mass());
pnew.rescaleEnergy();
LorentzRotation Trafo=solveBoost(1.,ppartner[1],pnew);
if(gottaBoost) Trafo.boost(-boosttorest,gammarest);
deepTransform(partner,Trafo);
}
}
}
catch(KinematicsReconstructionVeto) {
for(map<tPPtr,vector<LorentzRotation> >::const_iterator bit=_boosts.begin();bit!=_boosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot);
}
}
_boosts.clear();
for(map<tShowerTreePtr,vector<LorentzRotation> >::const_iterator bit=_treeBoosts.begin();bit!=_treeBoosts.end();++bit) {
for(vector<LorentzRotation>::const_reverse_iterator rit=bit->second.rbegin();rit!=bit->second.rend();++rit) {
LorentzRotation rot = rit->inverse();
bit->first->transform(rot,false);
}
}
_treeBoosts.clear();
_currentTree = tShowerTreePtr();
return false;
}
catch (Exception & ex) {
_currentTree = tShowerTreePtr();
_boosts.clear();
_treeBoosts.clear();
throw ex;
}
_boosts.clear();
_treeBoosts.clear();
_currentTree = tShowerTreePtr();
return true;
}
bool KinematicsReconstructor::
reconstructDecayJet( const tShowerParticlePtr p) const {
if(p->children().empty()) return false;
tShowerParticlePtr child;
// if branching reconstruct time-like child
child = dynamic_ptr_cast<ShowerParticlePtr>(p->children()[1]);
if(child) {
reconstructTimeLikeJet(child,child);
// calculate the momentum of the particle
Lorentz5Momentum pnew=p->momentum()-child->momentum();
pnew.rescaleMass();
p->children()[0]->set5Momentum(pnew);
child=dynamic_ptr_cast<ShowerParticlePtr>(p->children()[0]);
reconstructDecayJet(child);
return true;
}
return false;
}
bool KinematicsReconstructor::
solveDecayKFactor(Energy mb,
const Lorentz5Momentum & n,
const Lorentz5Momentum & pjet,
const JetKinVect & jetKinematics,
ShowerParticlePtr partner,
Lorentz5Momentum ppartner[2],
double & k1, double & k2,
Lorentz5Momentum & qt) const {
Energy2 pjn = partner ? pjet.vect()*n.vect() : ZERO;
Energy2 pcn = partner ? ppartner[0].vect()*n.vect() : 1.*MeV2;
Energy2 nmag = n.vect().mag2();
Lorentz5Momentum pn = partner ? (pjn/nmag)*n : Lorentz5Momentum();
qt=pjet-pn; qt.setE(ZERO);
Energy2 pt2=qt.vect().mag2();
Energy Ejet = pjet.e();
// magnitudes of the momenta for fast access
vector<Energy2> pmag;
Energy total(Ejet);
for(unsigned int ix=0;ix<jetKinematics.size();++ix) {
pmag.push_back(jetKinematics[ix].p.vect().mag2());
total+=jetKinematics[ix].q.mass();
}
// return if no possible solution
if(total>mb) return false;
Energy2 pcmag=ppartner[0].vect().mag2();
// used newton-raphson to get the rescaling
static const Energy eps=1e-8*GeV;
long double d1(1.),d2(1.);
Energy roots, ea, ec, ds;
unsigned int ix=0;
do {
++ix;
d2 = d1 + pjn/pcn;
roots = Ejet;
ds = ZERO;
for(unsigned int iy=0;iy<jetKinematics.size();++iy) {
if(jetKinematics[iy].parent==partner) continue;
ea = sqrt(sqr(d2)*pmag[iy]+jetKinematics[iy].q.mass2());
roots += ea;
ds += d2/ea*pmag[iy];
}
if(partner) {
ec = sqrt(sqr(d1)*pcmag + pt2 + ppartner[1].mass2());
roots += ec;
ds += d1/ec*pcmag;
}
d1 += (mb-roots)/ds;
d2 = d1 + pjn/pcn;
}
while(abs(mb-roots)>eps && ix<100);
k1=d1;
k2=d2;
// return true if N-R succeed, otherwise false
return ix<100;
}
bool KinematicsReconstructor::
deconstructDecayJets(HardTreePtr decay,ShowerInteraction) const {
// extract the momenta of the particles
vector<Lorentz5Momentum> pin;
vector<Lorentz5Momentum> pout;
// on-shell masses of the decay products
vector<Energy> mon;
Energy mbar(-GeV);
// the hard branchings of the particles
set<HardBranchingPtr>::iterator cit;
set<HardBranchingPtr> branchings=decay->branchings();
// properties of the incoming particle
bool ISR = false;
HardBranchingPtr initial;
Lorentz5Momentum qisr;
// find the incoming particle, both before and after
// any ISR
for(cit=branchings.begin();cit!=branchings.end();++cit){
if((*cit)->status()==HardBranching::Incoming||
(*cit)->status()==HardBranching::Decay) {
// search back up isr if needed
HardBranchingPtr branch = *cit;
while(branch->parent()) branch=branch->parent();
initial=branch;
// momentum or original parent
pin.push_back(branch->branchingParticle()->momentum());
// ISR?
ISR = !branch->branchingParticle()->children().empty();
// ISR momentum
qisr = pin.back()-(**cit).branchingParticle()->momentum();
qisr.rescaleMass();
}
}
assert(pin.size()==1);
// compute boost to rest frame
Boost boostv=-pin[0].boostVector();
// partner for ISR
ShowerParticlePtr partner;
Lorentz5Momentum ppartner;
if(initial->branchingParticle()->partner()) {
partner=initial->branchingParticle()->partner();
ppartner=partner->momentum();
}
// momentum of the decay products
for(cit=branchings.begin();cit!=branchings.end();++cit) {
if((*cit)->status()!=HardBranching::Outgoing) continue;
// find the mass of the particle
// including special treatment for off-shell resonances
// to preserve off-shell mass
Energy mass;
if(!(**cit).branchingParticle()->dataPtr()->stable()) {
HardBranchingPtr branch=*cit;
while(!branch->children().empty()) {
for(unsigned int ix=0;ix<branch->children().size();++ix) {
if(branch->children()[ix]->branchingParticle()->id()==
(**cit).branchingParticle()->id()) {
branch = branch->children()[ix];
continue;
}
}
};
mass = branch->branchingParticle()->mass();
}
else {
mass = (**cit).branchingParticle()->dataPtr()->mass();
}
// if not evolution partner of decaying particle
if((*cit)->branchingParticle()!=partner) {
pout.push_back((*cit)->branchingParticle()->momentum());
mon.push_back(mass);
}
// evolution partner of decaying particle
else {
mbar = mass;
}
}
// boost all the momenta to the rest frame of the decaying particle
for(unsigned int ix=0;ix<pout.size();++ix) pout[ix].boost(boostv);
if(initial->branchingParticle()->partner()) {
ppartner.boost(boostv);
qisr.boost(boostv);
}
// compute the rescaling factors
double k1,k2;
if(!ISR) {
if(partner) {
pout.push_back(ppartner);
mon.push_back(mbar);
}
k1=k2=inverseRescalingFactor(pout,mon,pin[0].mass());
if(partner) {
pout.pop_back();
mon.pop_back();
}
}
else {
if(!inverseDecayRescalingFactor(pout,mon,pin[0].mass(),
ppartner,mbar,k1,k2)) return false;
}
// now calculate the p reference vectors
unsigned int ifinal=0;
for(cit=branchings.begin();cit!=branchings.end();++cit) {
if((**cit).status()!=HardBranching::Outgoing) continue;
// for partners other than colour partner of decaying particle
if((*cit)->branchingParticle()!=partner) {
Lorentz5Momentum pvect = (*cit)->branchingParticle()->momentum();
pvect.boost(boostv);
pvect /= k1;
pvect.setMass(mon[ifinal]);
++ifinal;
pvect.rescaleEnergy();
pvect.boost(-boostv);
(*cit)->pVector(pvect);
(*cit)->showerMomentum(pvect);
}
// for colour partner of decaying particle
else {
Lorentz5Momentum pvect = (*cit)->branchingParticle()->momentum();
pvect.boost(boostv);
Lorentz5Momentum qtotal;
for(unsigned int ix=0;ix<pout.size();++ix) qtotal+=pout[ix];
Lorentz5Momentum qperp =
qisr-(qisr.vect()*qtotal.vect())/(qtotal.vect().mag2())*qtotal;
pvect +=qperp;
pvect /=k2;
pvect.setMass(mbar);
pvect.rescaleEnergy();
pvect.boost(-boostv);
(*cit)->pVector(pvect);
(*cit)->showerMomentum(pvect);
}
}
// For initial-state if needed
if(initial) {
tShowerParticlePtr newPartner=initial->branchingParticle()->partner();
if(newPartner) {
tHardBranchingPtr branch;
for( set<HardBranchingPtr>::iterator clt = branchings.begin();
clt != branchings.end(); ++clt ) {
if((**clt).branchingParticle()==newPartner) {
initial->colourPartner(*clt);
branch=*clt;
break;
}
}
Lorentz5Momentum pvect = initial->branchingParticle()->momentum();
initial->pVector(pvect);
Lorentz5Momentum ptemp = branch->pVector();
ptemp.boost(boostv);
Lorentz5Momentum nvect = Lorentz5Momentum( ZERO,
0.5*initial->branchingParticle()->mass()*
ptemp.vect().unit());
nvect.boost(-boostv);
initial->nVector(nvect);
}
}
// calculate the reference vectors, then for outgoing particles
for(cit=branchings.begin();cit!=branchings.end();++cit){
if((**cit).status()!=HardBranching::Outgoing) continue;
// find the partner branchings
tShowerParticlePtr newPartner=(*cit)->branchingParticle()->partner();
if(!newPartner) continue;
tHardBranchingPtr branch;
for( set<HardBranchingPtr>::iterator clt = branchings.begin();
clt != branchings.end(); ++clt ) {
if(cit==clt) continue;
if((**clt).branchingParticle()==newPartner) {
(**cit).colourPartner(*clt);
branch=*clt;
break;
}
}
if((**decay->incoming().begin()).branchingParticle()==newPartner) {
(**cit).colourPartner(*decay->incoming().begin());
branch = *decay->incoming().begin();
}
// final-state colour partner
if(branch->status()==HardBranching::Outgoing) {
Boost boost=((*cit)->pVector()+branch->pVector()).findBoostToCM();
Lorentz5Momentum pcm = branch->pVector();
pcm.boost(boost);
Lorentz5Momentum nvect = Lorentz5Momentum(ZERO,pcm.vect());
nvect.boost( -boost);
(*cit)->nVector(nvect);
}
// initial-state colour partner
else {
Boost boost=branch->pVector().findBoostToCM();
Lorentz5Momentum pcm = (*cit)->pVector();
pcm.boost(boost);
Lorentz5Momentum nvect = Lorentz5Momentum( ZERO, -pcm.vect());
nvect.boost( -boost);
(*cit)->nVector(nvect);
}
}
// now compute the new momenta
// and calculate the shower variables
for(cit=branchings.begin();cit!=branchings.end();++cit) {
if((**cit).status()!=HardBranching::Outgoing) continue;
LorentzRotation B=LorentzRotation(-boostv);
LorentzRotation A=LorentzRotation(boostv),R;
if((*cit)->branchingParticle()==partner) {
Lorentz5Momentum qnew;
Energy2 dot=(*cit)->pVector()*(*cit)->nVector();
double beta = 0.5*((*cit)->branchingParticle()->momentum().m2()
-sqr((*cit)->pVector().mass()))/dot;
qnew=(*cit)->pVector()+beta*(*cit)->nVector();
qnew.rescaleMass();
// compute the boost
R=B*solveBoost(A*qnew,A*(*cit)->branchingParticle()->momentum())*A;
}
else {
Lorentz5Momentum qnew;
if((*cit)->branchingParticle()->partner()) {
Energy2 dot=(*cit)->pVector()*(*cit)->nVector();
double beta = 0.5*((*cit)->branchingParticle()->momentum().m2()
-sqr((*cit)->pVector().mass()))/dot;
qnew=(*cit)->pVector()+beta*(*cit)->nVector();
qnew.rescaleMass();
}
else {
qnew = (*cit)->pVector();
}
// compute the boost
R=B*solveBoost(A*qnew,A*(*cit)->branchingParticle()->momentum())*A;
}
// reconstruct the momenta
(*cit)->setMomenta(R,1.0,Lorentz5Momentum());
}
if(initial) {
initial->setMomenta(LorentzRotation(),1.0,Lorentz5Momentum());
}
return true;
}
double KinematicsReconstructor::
inverseRescalingFactor(vector<Lorentz5Momentum> pout,
vector<Energy> mon, Energy roots) const {
double lambda=1.;
if(pout.size()==2) {
double mu_q1(pout[0].m()/roots), mu_q2(pout[1].m()/roots);
double mu_p1(mon[0]/roots) , mu_p2(mon[1]/roots);
lambda =
((1.+mu_q1+mu_q2)*(1.-mu_q1-mu_q2)*(mu_q1-1.-mu_q2)*(mu_q2-1.-mu_q1))/
((1.+mu_p1+mu_p2)*(1.-mu_p1-mu_p2)*(mu_p1-1.-mu_p2)*(mu_p2-1.-mu_p1));
if(lambda<0.)
throw Exception() << "Rescaling factor is imaginary in KinematicsReconstructor::"
<< "inverseRescalingFactor lambda^2= " << lambda
<< Exception::eventerror;
lambda = sqrt(lambda);
}
else {
unsigned int ntry=0;
// compute magnitudes once for speed
vector<Energy2> pmag;
for(unsigned int ix=0;ix<pout.size();++ix) {
pmag.push_back(pout[ix].vect().mag2());
}
// Newton-Raphson for the rescaling
vector<Energy> root(pout.size());
do {
// compute new energies
Energy sum(ZERO);
for(unsigned int ix=0;ix<pout.size();++ix) {
root[ix] = sqrt(pmag[ix]/sqr(lambda)+sqr(mon[ix]));
sum+=root[ix];
}
// if accuracy reached exit
if(abs(sum/roots-1.)<1e-10) break;
// use Newton-Raphson to compute new guess for lambda
Energy numer(ZERO),denom(ZERO);
for(unsigned int ix=0;ix<pout.size();++ix) {
numer +=root[ix];
denom +=pmag[ix]/root[ix];
}
numer-=roots;
double fact = 1.+sqr(lambda)*numer/denom;
if(fact<0.) fact=0.5;
lambda *=fact;
++ntry;
}
while(ntry<100);
}
if(std::isnan(lambda))
throw Exception() << "Rescaling factor is nan in KinematicsReconstructor::"
<< "inverseRescalingFactor "
<< Exception::eventerror;
return lambda;
}
bool KinematicsReconstructor::
deconstructGeneralSystem(HardTreePtr tree,
ShowerInteraction type) const {
// extract incoming and outgoing particles
ColourSingletShower in,out;
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()==HardBranching::Incoming) in .jets.push_back(*it);
else out.jets.push_back(*it);
}
LorentzRotation toRest,fromRest;
bool applyBoost(false);
// do the initial-state reconstruction
deconstructInitialInitialSystem(applyBoost,toRest,fromRest,
tree,in.jets,type);
// do the final-state reconstruction
deconstructFinalStateSystem(toRest,fromRest,tree,
out.jets,type);
// only at this point that we can be sure all the reference vectors
// are correct
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()==HardBranching::Incoming) continue;
if((**it).branchingParticle()->coloured())
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
for(set<HardBranchingPtr>::const_iterator it=tree->incoming().begin();
it!=tree->incoming().end();++it) {
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
return true;
}
bool KinematicsReconstructor::deconstructHardJets(HardTreePtr tree,
ShowerInteraction type) const {
// inverse of old recon method
if(_reconopt == 0) {
return deconstructGeneralSystem(tree,type);
}
else if(_reconopt == 1) {
return deconstructColourSinglets(tree,type);
}
else if(_reconopt == 2) {
throw Exception() << "Inverse reconstruction is not currently supported for ReconstructionOption Colour2 "
<< "in KinematicsReconstructor::deconstructHardJets(). Please use one of the other options\n"
<< Exception::runerror;
}
else if(_reconopt == 3 || _reconopt == 4 ) {
return deconstructColourPartner(tree,type);
}
else {
assert(false);
return false;
}
}
bool KinematicsReconstructor::
deconstructColourSinglets(HardTreePtr tree,
ShowerInteraction type) const {
// identify the colour singlet systems
unsigned int nnun(0),nnii(0),nnif(0),nnf(0),nni(0);
vector<ColourSingletShower>
systems(identifySystems(tree->branchings(),nnun,nnii,nnif,nnf,nni));
// now decide what to do
LorentzRotation toRest,fromRest;
bool applyBoost(false);
bool general(false);
// initial-initial connection and final-state colour singlet systems
// Drell-Yan type
if(nnun==0&&nnii==1&&nnif==0&&nnf>0&&nni==0) {
// reconstruct initial-initial system
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==II)
deconstructInitialInitialSystem(applyBoost,toRest,fromRest,tree,
systems[ix].jets,type);
}
if(type!=ShowerInteraction::QCD && type!=ShowerInteraction::DARK) {
combineFinalState(systems);
general=false;
}
}
// DIS and VBF type
else if(nnun==0&&nnii==0&&((nnif==1&&nnf>0&&nni==1)||
(nnif==2&& nni==0))) {
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==IF)
deconstructInitialFinalSystem(tree,systems[ix].jets,type);
}
}
// e+e- type
else if(nnun==0&&nnii==0&&nnif==0&&nnf>0&&nni==2) {
// only FS needed
// but need to boost to rest frame if QED ISR
Lorentz5Momentum ptotal;
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==I)
ptotal += systems[ix].jets[0]->branchingParticle()->momentum();
}
toRest = LorentzRotation(ptotal.findBoostToCM());
fromRest = toRest;
fromRest.invert();
if(type!=ShowerInteraction::QCD && type!=ShowerInteraction::DARK) {
combineFinalState(systems);
general=false;
}
}
// general type
else {
general = true;
}
// final-state systems except for general recon
if(!general) {
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==F)
deconstructFinalStateSystem(toRest,fromRest,tree,
systems[ix].jets,type);
}
// only at this point that we can be sure all the reference vectors
// are correct
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()==HardBranching::Incoming) continue;
if((**it).branchingParticle()->coloured())
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
for(set<HardBranchingPtr>::const_iterator it=tree->incoming().begin();
it!=tree->incoming().end();++it) {
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
return true;
}
else {
return deconstructGeneralSystem(tree,type);
}
return true;
}
bool KinematicsReconstructor::
deconstructColourPartner(HardTreePtr tree,
ShowerInteraction type) const {
Lorentz5Momentum ptotal;
HardBranchingPtr emitter;
ColourSingletShower incomingShower,outgoingShower;
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()==HardBranching::Incoming) {
incomingShower.jets.push_back(*it);
ptotal += (*it)->branchingParticle()->momentum();
// check for emitting particle
if((**it).parent() ) {
if(!emitter)
emitter = *it;
else
throw Exception() << "Only one emitting particle allowed in "
<< "KinematicsReconstructor::deconstructColourPartner()"
<< Exception::runerror;
}
}
else if ((**it).status()==HardBranching::Outgoing) {
outgoingShower.jets.push_back(*it);
// check for emitting particle
if(!(**it).children().empty() ) {
if(!emitter)
emitter = *it;
else
throw Exception() << "Only one emitting particle allowed in "
<< "KinematicsReconstructor::deconstructColourPartner()"
<< Exception::runerror;
}
}
}
assert(emitter);
assert(emitter->colourPartner());
ColourSingletShower system;
system.jets.push_back(emitter);
system.jets.push_back(emitter->colourPartner());
LorentzRotation toRest,fromRest;
bool applyBoost(false);
// identify the colour singlet system
if(emitter->status() == HardBranching::Outgoing &&
emitter->colourPartner()->status() == HardBranching::Outgoing ) {
system.type=F;
// need to boost to rest frame if QED ISR
if( !incomingShower.jets[0]->branchingParticle()->coloured() &&
!incomingShower.jets[1]->branchingParticle()->coloured() ) {
Boost boost = ptotal.findBoostToCM();
toRest = LorentzRotation( boost);
fromRest = LorentzRotation(-boost);
}
else
findInitialBoost(ptotal,ptotal,toRest,fromRest);
deconstructFinalStateSystem(toRest,fromRest,tree,
system.jets,type);
}
else if (emitter->status() == HardBranching::Incoming &&
emitter->colourPartner()->status() == HardBranching::Incoming) {
system.type=II;
deconstructInitialInitialSystem(applyBoost,toRest,fromRest,tree,system.jets,type);
// make sure the recoil gets applied
deconstructFinalStateSystem(toRest,fromRest,tree,
outgoingShower.jets,type);
}
else if ((emitter->status() == HardBranching::Outgoing &&
emitter->colourPartner()->status() == HardBranching::Incoming ) ||
(emitter->status() == HardBranching::Incoming &&
emitter->colourPartner()->status() == HardBranching::Outgoing)) {
system.type=IF;
// enusre incoming first
if(system.jets[0]->status() == HardBranching::Outgoing)
swap(system.jets[0],system.jets[1]);
deconstructInitialFinalSystem(tree,system.jets,type);
}
else {
throw Exception() << "Unknown type of system in "
<< "KinematicsReconstructor::deconstructColourPartner()"
<< Exception::runerror;
}
// only at this point that we can be sure all the reference vectors
// are correct
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()==HardBranching::Incoming) continue;
if((**it).branchingParticle()->coloured())
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
for(set<HardBranchingPtr>::const_iterator it=tree->incoming().begin();
it!=tree->incoming().end();++it) {
(**it).setMomenta(LorentzRotation(),1.,Lorentz5Momentum(),false);
}
for(set<HardBranchingPtr>::const_iterator it=tree->branchings().begin();
it!=tree->branchings().end();++it) {
if((**it).status()!=HardBranching::Incoming) continue;
if(*it==system.jets[0] || *it==system.jets[1]) continue;
if((**it).branchingParticle()->momentum().z()>ZERO) {
(**it).z((**it).branchingParticle()->momentum().plus()/(**it).beam()->momentum().plus());
}
else {
(**it).z((**it).branchingParticle()->momentum().minus()/(**it).beam()->momentum().minus());
}
}
return true;
}
void KinematicsReconstructor::
reconstructInitialFinalSystem(vector<ShowerProgenitorPtr> jets) const {
Lorentz5Momentum pin[2],pout[2],pbeam;
for(unsigned int ix=0;ix<jets.size();++ix) {
// final-state parton
if(jets[ix]->progenitor()->isFinalState()) {
pout[0] +=jets[ix]->progenitor()->momentum();
if(jets[ix]->reconstructed()==ShowerProgenitor::notReconstructed) {
reconstructTimeLikeJet(jets[ix]->progenitor(),jets[ix]->progenitor());
jets[ix]->reconstructed(ShowerProgenitor::done);
}
}
// initial-state parton
else {
pin[0] +=jets[ix]->progenitor()->momentum();
if(jets[ix]->progenitor()->showerKinematics()) {
pbeam = jets[ix]->progenitor()->showerBasis()->getBasis()[0];
}
else {
if ( jets[ix]->original()->parents().empty() ) {
pbeam = jets[ix]->progenitor()->momentum();
}
else {
pbeam = jets[ix]->original()->parents()[0]->momentum();
}
}
if(jets[ix]->reconstructed()==ShowerProgenitor::notReconstructed) {
reconstructSpaceLikeJet(jets[ix]->progenitor());
jets[ix]->reconstructed(ShowerProgenitor::done);
}
assert(!jets[ix]->original()->parents().empty());
}
}
// add intrinsic pt if needed
addIntrinsicPt(jets);
// momenta after showering
for(unsigned int ix=0;ix<jets.size();++ix) {
if(jets[ix]->progenitor()->isFinalState())
pout[1] += jets[ix]->progenitor()->momentum();
else
pin[1] += jets[ix]->progenitor()->momentum();
}
// work out the boost to the Breit frame
Lorentz5Momentum pa = pout[0]-pin[0];
Axis axis(pa.vect().unit());
LorentzRotation rot;
double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
if ( sinth > 1.e-9 )
rot.setRotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
rot.rotateX(Constants::pi);
rot.boostZ( pa.e()/pa.vect().mag());
Lorentz5Momentum ptemp=rot*pbeam;
Boost trans = -1./ptemp.e()*ptemp.vect();
trans.setZ(0.);
if ( trans.mag2() - 1. >= 0. ) throw KinematicsReconstructionVeto();
rot.boost(trans);
pa *=rot;
// project and calculate rescaling
// reference vectors
Lorentz5Momentum n1(ZERO,ZERO,-pa.z(),-pa.z());
Lorentz5Momentum n2(ZERO,ZERO, pa.z(),-pa.z());
Energy2 n1n2 = n1*n2;
// decompose the momenta
Lorentz5Momentum qbp=rot*pin[1],qcp=rot*pout[1];
qbp.rescaleMass();
qcp.rescaleMass();
double a[2],b[2];
a[0] = n2*qbp/n1n2;
b[0] = n1*qbp/n1n2;
Lorentz5Momentum qperp = qbp-a[0]*n1-b[0]*n2;
b[1] = 0.5;
a[1] = 0.5*(qcp.m2()-qperp.m2())/n1n2/b[1];
double kb;
if(a[0]!=0.) {
double A(0.5*a[0]),B(b[0]*a[0]-a[1]*b[1]-0.25),C(-0.5*b[0]);
if(sqr(B)-4.*A*C<0.) throw KinematicsReconstructionVeto();
kb = 0.5*(-B+sqrt(sqr(B)-4.*A*C))/A;
}
else {
kb = 0.5*b[0]/(b[0]*a[0]-a[1]*b[1]-0.25);
}
// changed to improve stability
if(kb==0.) throw KinematicsReconstructionVeto();
if ( a[1]>b[1] && abs(a[1]) < 1e-12 )
throw KinematicsReconstructionVeto();
if ( a[1]<=b[1] && abs(0.5+b[0]/kb) < 1e-12 )
throw KinematicsReconstructionVeto();
double kc = (a[1]>b[1]) ? (a[0]*kb-0.5)/a[1] : b[1]/(0.5+b[0]/kb);
if(kc==0.) throw KinematicsReconstructionVeto();
Lorentz5Momentum pnew[2] = { a[0]*kb*n1+b[0]/kb*n2+qperp,
a[1]*kc*n1+b[1]/kc*n2+qperp};
LorentzRotation rotinv=rot.inverse();
for(unsigned int ix=0;ix<jets.size();++ix) {
if(jets[ix]->progenitor()->isFinalState()) {
deepTransform(jets[ix]->progenitor(),rot);
deepTransform(jets[ix]->progenitor(),solveBoost(pnew[1],qcp));
Energy delta = jets[ix]->progenitor()->momentum().m()-jets[ix]->progenitor()->momentum().mass();
if ( abs(delta) > MeV ) throw KinematicsReconstructionVeto();
deepTransform(jets[ix]->progenitor(),rotinv);
}
else {
tPPtr parent;
boostChain(jets[ix]->progenitor(),rot,parent);
boostChain(jets[ix]->progenitor(),solveBoostZ(pnew[0],qbp),parent);
// check the first boost worked, and if not apply small correction to
// fix energy/momentum conservation
// this is a kludge but it reduces momentum non-conservation dramatically
Lorentz5Momentum pdiff = pnew[0]-jets[ix]->progenitor()->momentum();
Energy2 delta = sqr(pdiff.x())+sqr(pdiff.y())+sqr(pdiff.z())+sqr(pdiff.t());
unsigned int ntry=0;
while(delta>1e-6*GeV2 && ntry<5 ) {
ntry +=1;
boostChain(jets[ix]->progenitor(),solveBoostZ(pnew[0],jets[ix]->progenitor()->momentum()),parent);
pdiff = pnew[0]-jets[ix]->progenitor()->momentum();
delta = sqr(pdiff.x())+sqr(pdiff.y())+sqr(pdiff.z())+sqr(pdiff.t());
}
// apply test in breit-frame
Lorentz5Momentum ptest1 = parent->momentum();
Lorentz5Momentum ptest2 = rot*pbeam;
if(ptest1.z()/ptest2.z()<0. || ptest1.z()/ptest2.z()>1.)
throw KinematicsReconstructionVeto();
boostChain(jets[ix]->progenitor(),rotinv,parent);
}
}
}
bool KinematicsReconstructor::addIntrinsicPt(vector<ShowerProgenitorPtr> jets) const {
bool added=false;
// add the intrinsic pt if needed
for(unsigned int ix=0;ix<jets.size();++ix) {
// only for initial-state particles which haven't radiated
if(jets[ix]->progenitor()->isFinalState()||
jets[ix]->hasEmitted()||
jets[ix]->reconstructed()==ShowerProgenitor::dontReconstruct) continue;
if(_intrinsic.find(jets[ix])==_intrinsic.end()) continue;
pair<Energy,double> pt=_intrinsic[jets[ix]];
Energy etemp = jets[ix]->original()->parents()[0]->momentum().z();
Lorentz5Momentum
p_basis(ZERO, ZERO, etemp, abs(etemp)),
n_basis(ZERO, ZERO,-etemp, abs(etemp));
double alpha = jets[ix]->progenitor()->x();
double beta = 0.5*(sqr(jets[ix]->progenitor()->data().mass())+
sqr(pt.first))/alpha/(p_basis*n_basis);
Lorentz5Momentum pnew=alpha*p_basis+beta*n_basis;
pnew.setX(pt.first*cos(pt.second));
pnew.setY(pt.first*sin(pt.second));
pnew.rescaleMass();
jets[ix]->progenitor()->set5Momentum(pnew);
added = true;
}
return added;
}
namespace {
double defaultSolveBoostGamma(const double & betam,const Energy2 & kps,
const Energy2 & qs, const Energy2 & Q2,
const Energy & kp,
const Energy & q, const Energy & qE) {
if(betam<0.5) {
return 1./sqrt(1.-sqr(betam));
}
else {
return ( kps+ qs + Q2)/
sqrt(2.*kps*qs + kps*Q2 + qs*Q2 + sqr(Q2) + 2.*q*qE*kp*sqrt(kps + Q2));
}
}
}
LorentzRotation KinematicsReconstructor::
solveBoost(const double k, const Lorentz5Momentum & newq,
const Lorentz5Momentum & oldp ) const {
Energy q = newq.vect().mag();
Energy2 qs = sqr(q);
Energy2 Q2 = newq.mass2();
Energy kp = k*(oldp.vect().mag());
Energy2 kps = sqr(kp);
double betam = (q*newq.e() - kp*sqrt(kps + Q2))/(kps + qs + Q2);
if ( abs(betam) - 1. >= 0. ) throw KinematicsReconstructionVeto();
Boost beta = -betam*(k/kp)*oldp.vect();
double gamma = 0.;
if(Q2/sqr(oldp.e())>1e-4) {
gamma = defaultSolveBoostGamma(betam,kps,qs,Q2,kp,q,newq.e());
}
else {
if(k>0) {
gamma = 4.*kps*qs/sqr(kps +qs) + 2.*sqr(kps-qs)*Q2/pow<3,1>(kps +qs)
- 0.25*( sqr(kps) + 14.*kps*qs + sqr(qs))*sqr(kps-qs)/(pow<4,1>(kps +qs)*kps*qs)*sqr(Q2);
}
else {
gamma = 0.25*sqr(Q2)/(kps*qs)*(1. - 0.5*(kps+qs)/(kps*qs)*Q2);
}
if(gamma<=0.) throw KinematicsReconstructionVeto();
gamma = 1./sqrt(gamma);
if(gamma>2.) gamma = defaultSolveBoostGamma(betam,kps,qs,Q2,kp,q,newq.e());
}
// note that (k/kp)*oldp.vect() = oldp.vect()/oldp.vect().mag() but cheaper.
ThreeVector<Energy2> ax = newq.vect().cross( oldp.vect() );
double delta;
if (newq.x()*oldp.x()+newq.y()*oldp.y()+newq.z()*oldp.z()< 1e-16*GeV2) {
throw KinematicsReconstructionVeto();
}else{
delta = newq.vect().angle( oldp.vect() );
}
LorentzRotation R;
using Constants::pi;
Energy2 scale1 = sqr(newq.x())+ sqr(newq.y())+sqr(newq.z());
Energy2 scale2 = sqr(oldp.x())+ sqr(oldp.y())+sqr(oldp.z());
if ( ax.mag2()/scale1/scale2 > 1e-28 ) {
R.rotate( delta, unitVector(ax) ).boost( beta , gamma );
}
else if(abs(delta-pi)/pi < 0.001) {
double phi=2.*pi*UseRandom::rnd();
Axis axis(cos(phi),sin(phi),0.);
axis.rotateUz(newq.vect().unit());
R.rotate(delta,axis).boost( beta , gamma );
}
else {
R.boost( beta , gamma );
}
return R;
}
LorentzRotation KinematicsReconstructor::solveBoost(const Lorentz5Momentum & q,
const Lorentz5Momentum & p ) const {
Energy modp = p.vect().mag();
Energy modq = q.vect().mag();
double betam = (p.e()*modp-q.e()*modq)/(sqr(modq)+sqr(modp)+p.mass2());
if ( abs(betam)-1. >= 0. ) throw KinematicsReconstructionVeto();
Boost beta = -betam*q.vect().unit();
ThreeVector<Energy2> ax = p.vect().cross( q.vect() );
double delta = p.vect().angle( q.vect() );
LorentzRotation R;
using Constants::pi;
if ( beta.mag2() - 1. >= 0. ) throw KinematicsReconstructionVeto();
if ( ax.mag2()/GeV2/MeV2 > 1e-16 ) {
R.rotate( delta, unitVector(ax) ).boost( beta );
}
else {
R.boost( beta );
}
return R;
}
LorentzRotation KinematicsReconstructor::solveBoostZ(const Lorentz5Momentum & q,
const Lorentz5Momentum & p ) const {
static const double eps = 1e-6;
LorentzRotation R;
double beta;
Energy2 mt2 = p.mass()<ZERO ? -sqr(p.mass())+sqr(p.x())+sqr(p.y()) : sqr(p.mass())+sqr(p.x())+sqr(p.y()) ;
double ratio = mt2/(sqr(p.t())+sqr(q.t()));
if(abs(ratio)>eps) {
double erat = (q.t()+q.z())/(p.t()+p.z());
Energy2 den = mt2*(erat+1./erat);
Energy2 num = (q.z()-p.z())*(q.t()+p.t()) + (p.z()+q.z())*(p.t()-q.t());
beta = num/den;
if ( abs(beta) - 1. >= 0. ) throw KinematicsReconstructionVeto();
R.boostZ(beta);
}
else {
double er = sqr(p.t()/q.t());
double x = ratio+0.125*(er+10.+1./er)*sqr(ratio);
beta = -(p.t()-q.t())*(p.t()+q.t())/(sqr(p.t())+sqr(q.t()))*(1.+x);
double gamma = (4.*sqr(p.t()*q.t()) +sqr(p.t()-q.t())*sqr(p.t()+q.t())*
(-2.*x+sqr(x)))/sqr(sqr(p.t())+sqr(q.t()));
if ( abs(beta) - 1. >= 0. ) throw KinematicsReconstructionVeto();
gamma = 1./sqrt(gamma);
R.boost(0.,0.,beta,gamma);
}
Lorentz5Momentum ptest = R*p;
if(ptest.z()/q.z() < 0. || ptest.t()/q.t() < 0. ) {
throw KinematicsReconstructionVeto();
}
return R;
}
void KinematicsReconstructor::
reconstructFinalStateSystem(bool applyBoost,
const LorentzRotation & toRest,
const LorentzRotation & fromRest,
vector<ShowerProgenitorPtr> jets) const {
LorentzRotation trans = applyBoost? toRest : LorentzRotation();
// special for case of individual particle
if(jets.size()==1) {
deepTransform(jets[0]->progenitor(),trans);
deepTransform(jets[0]->progenitor(),fromRest);
return;
}
bool radiated(false);
// find the hard process centre-of-mass energy
Lorentz5Momentum pcm;
// check if radiated and calculate total momentum
for(unsigned int ix=0;ix<jets.size();++ix) {
radiated |=jets[ix]->hasEmitted();
pcm += jets[ix]->progenitor()->momentum();
}
if(applyBoost) pcm *= trans;
// check if in CMF frame
Boost beta_cm = pcm.findBoostToCM();
bool gottaBoost(false);
if(beta_cm.mag() > 1e-12) {
gottaBoost = true;
trans.boost(beta_cm);
}
// collection of pointers to initial hard particle and jet momenta
// for final boosts
JetKinVect jetKinematics;
vector<ShowerProgenitorPtr>::const_iterator cit;
for(cit = jets.begin(); cit != jets.end(); cit++) {
JetKinStruct tempJetKin;
tempJetKin.parent = (*cit)->progenitor();
if(applyBoost || gottaBoost) {
deepTransform(tempJetKin.parent,trans);
}
tempJetKin.p = (*cit)->progenitor()->momentum();
if((**cit).reconstructed()==ShowerProgenitor::notReconstructed) {
radiated |= reconstructTimeLikeJet((*cit)->progenitor(),tempJetKin.parent);
(**cit).reconstructed(ShowerProgenitor::done);
}
else {
radiated |= !(*cit)->progenitor()->children().empty();
}
tempJetKin.q = (*cit)->progenitor()->momentum();
jetKinematics.push_back(tempJetKin);
}
if(_finalFinalWeight && jetKinematics.size()==2) {
Energy m1 = jetKinematics[0].q.m();
Energy m2 = jetKinematics[1].q.m();
Energy m0 = pcm.m();
if(m0<m1+m2) throw KinematicsReconstructionVeto();
Energy4 lambdaNew = (sqr(m0)-sqr(m1-m2))*(sqr(m0)-sqr(m1+m2));
m1 = jetKinematics[0].p.m();
m2 = jetKinematics[1].p.m();
Energy4 lambdaOld = (sqr(m0)-sqr(m1-m2))*(sqr(m0)-sqr(m1+m2));
if(UseRandom::rnd()>sqrt(lambdaNew/lambdaOld))
throw KinematicsReconstructionVeto();
}
// default option rescale everything with the same factor
// find the rescaling factor
double k = 0.0;
if(radiated) {
k = solveKfactor(pcm.m(), jetKinematics);
// perform the rescaling and boosts
for(JetKinVect::iterator it = jetKinematics.begin();
it != jetKinematics.end(); ++it) {
LorentzRotation Trafo = solveBoost(k, it->q, it->p);
deepTransform(it->parent,Trafo);
}
}
// apply the final boosts
if(gottaBoost || applyBoost) {
LorentzRotation finalBoosts;
if(gottaBoost) finalBoosts.boost(-beta_cm);
if(applyBoost) finalBoosts.transform(fromRest);
for(JetKinVect::iterator it = jetKinematics.begin();
it != jetKinematics.end(); ++it) {
deepTransform(it->parent,finalBoosts);
}
}
}
void KinematicsReconstructor::
reconstructInitialInitialSystem(bool & applyBoost,
LorentzRotation & toRest,
LorentzRotation & fromRest,
vector<ShowerProgenitorPtr> jets) const {
bool radiated = false;
Lorentz5Momentum pcm;
// check whether particles radiated and calculate total momentum
for( unsigned int ix = 0; ix < jets.size(); ++ix ) {
radiated |= jets[ix]->hasEmitted();
pcm += jets[ix]->progenitor()->momentum();
if(jets[ix]->original()->parents().empty()) return;
}
pcm.rescaleMass();
// check if intrinsic pt to be added
radiated |= !_intrinsic.empty();
// if no radiation return
if(!radiated) {
for(unsigned int ix=0;ix<jets.size();++ix) {
if(jets[ix]->reconstructed()==ShowerProgenitor::notReconstructed)
jets[ix]->reconstructed(ShowerProgenitor::done);
}
return;
}
// initial state shuffling
applyBoost=false;
vector<Lorentz5Momentum> p, pq, p_in;
vector<Energy> pts;
for(unsigned int ix=0;ix<jets.size();++ix) {
// add momentum to vector
p_in.push_back(jets[ix]->progenitor()->momentum());
// reconstruct the jet
if(jets[ix]->reconstructed()==ShowerProgenitor::notReconstructed) {
radiated |= reconstructSpaceLikeJet(jets[ix]->progenitor());
jets[ix]->reconstructed(ShowerProgenitor::done);
}
assert(!jets[ix]->original()->parents().empty());
Energy etemp = jets[ix]->original()->parents()[0]->momentum().z();
Lorentz5Momentum ptemp = Lorentz5Momentum(ZERO, ZERO, etemp, abs(etemp));
pq.push_back(ptemp);
pts.push_back(jets[ix]->highestpT());
}
// add the intrinsic pt if needed
radiated |=addIntrinsicPt(jets);
for(unsigned int ix=0;ix<jets.size();++ix) {
p.push_back(jets[ix]->progenitor()->momentum());
}
double x1 = p_in[0].z()/pq[0].z();
double x2 = p_in[1].z()/pq[1].z();
vector<double> beta=initialStateRescaling(x1,x2,p_in[0]+p_in[1],p,pq,pts);
// if not need don't apply boosts
if(!(radiated && p.size() == 2 && pq.size() == 2)) return;
applyBoost=true;
// apply the boosts
Lorentz5Momentum newcmf;
for(unsigned int ix=0;ix<jets.size();++ix) {
tPPtr toBoost = jets[ix]->progenitor();
Boost betaboost(0, 0, beta[ix]);
tPPtr parent;
boostChain(toBoost, LorentzRotation(0.,0.,beta[ix]),parent);
if(parent->momentum().e()/pq[ix].e()>1.||
parent->momentum().z()/pq[ix].z()>1.) throw KinematicsReconstructionVeto();
newcmf+=toBoost->momentum();
}
if(newcmf.m()<ZERO||newcmf.e()<ZERO) throw KinematicsReconstructionVeto();
findInitialBoost(pcm,newcmf,toRest,fromRest);
}
void KinematicsReconstructor::
deconstructInitialInitialSystem(bool & applyBoost,
LorentzRotation & toRest,
LorentzRotation & fromRest,
HardTreePtr tree,
vector<HardBranchingPtr> jets,
ShowerInteraction) const {
assert(jets.size()==2);
// put beam with +z first
if(jets[0]->beam()->momentum().z()<ZERO) swap(jets[0],jets[1]);
// get the momenta of the particles
vector<Lorentz5Momentum> pin,pq;
for(unsigned int ix=0;ix<jets.size();++ix) {
pin.push_back(jets[ix]->branchingParticle()->momentum());
Energy etemp = jets[ix]->beam()->momentum().z();
pq.push_back(Lorentz5Momentum(ZERO, ZERO,etemp, abs(etemp)));
}
// calculate the rescaling
double x[2];
Lorentz5Momentum pcm=pin[0]+pin[1];
assert(pcm.mass2()>ZERO);
pcm.rescaleMass();
vector<double> boost = inverseInitialStateRescaling(x[0],x[1],pcm,pin,pq);
set<HardBranchingPtr>::const_iterator cjt=tree->incoming().begin();
HardBranchingPtr incoming[2];
incoming[0] = *cjt;
++cjt;
incoming[1] = *cjt;
if((*tree->incoming().begin())->beam()->momentum().z()/pq[0].z()<0.)
swap(incoming[0],incoming[1]);
// apply the boost the the particles
unsigned int iswap[2]={1,0};
for(unsigned int ix=0;ix<2;++ix) {
LorentzRotation R(0.,0.,-boost[ix]);
incoming[ix]->pVector(pq[ix]);
incoming[ix]->nVector(pq[iswap[ix]]);
incoming[ix]->setMomenta(R,1.,Lorentz5Momentum());
jets[ix]->showerMomentum(x[ix]*jets[ix]->pVector());
}
// and calculate the boosts
applyBoost=true;
// do one boost
if(_initialBoost==0) {
toRest = LorentzRotation(-pcm.boostVector());
}
else if(_initialBoost==1) {
// first the transverse boost
Energy pT = sqrt(sqr(pcm.x())+sqr(pcm.y()));
double beta = -pT/pcm.t();
toRest=LorentzRotation(Boost(beta*pcm.x()/pT,beta*pcm.y()/pT,0.));
// the longitudinal
beta = pcm.z()/sqrt(pcm.m2()+sqr(pcm.z()));
toRest.boost(Boost(0.,0.,-beta));
}
else
assert(false);
fromRest = LorentzRotation((jets[0]->showerMomentum()+
jets[1]->showerMomentum()).boostVector());
}
void KinematicsReconstructor::
deconstructFinalStateSystem(const LorentzRotation & toRest,
const LorentzRotation & fromRest,
HardTreePtr tree, vector<HardBranchingPtr> jets,
ShowerInteraction type) const {
LorentzRotation trans = toRest;
if(jets.size()==1) {
Lorentz5Momentum pnew = toRest*(jets[0]->branchingParticle()->momentum());
pnew *= fromRest;
jets[0]-> original(pnew);
jets[0]->showerMomentum(pnew);
// find the colour partners
ShowerParticleVector particles;
vector<Lorentz5Momentum> ptemp;
set<HardBranchingPtr>::const_iterator cjt;
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
ptemp.push_back((**cjt).branchingParticle()->momentum());
(**cjt).branchingParticle()->set5Momentum((**cjt).showerMomentum());
particles.push_back((**cjt).branchingParticle());
}
dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->partnerFinder()
->setInitialEvolutionScales(particles,false,type,false);
// calculate the reference vectors
unsigned int iloc(0);
set<HardBranchingPtr>::iterator clt;
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
// reset the momentum
(**cjt).branchingParticle()->set5Momentum(ptemp[iloc]);
++iloc;
// sort out the partners
tShowerParticlePtr partner =
(*cjt)->branchingParticle()->partner();
if(!partner) continue;
for(clt=tree->branchings().begin();clt!=tree->branchings().end();++clt) {
if((**clt).branchingParticle()==partner) {
(**cjt).colourPartner(*clt);
break;
}
}
tHardBranchingPtr branch;
for(clt=tree->branchings().begin();clt!=tree->branchings().end();++clt) {
if(clt==cjt) continue;
if((*clt)->branchingParticle()==partner) {
branch=*clt;
break;
}
}
}
return;
}
vector<HardBranchingPtr>::iterator cit;
vector<Lorentz5Momentum> pout;
vector<Energy> mon;
Lorentz5Momentum pin;
for(cit=jets.begin();cit!=jets.end();++cit) {
pout.push_back((*cit)->branchingParticle()->momentum());
mon.push_back(findMass(*cit));
pin+=pout.back();
}
// boost all the momenta to the rest frame of the decaying particle
pin.rescaleMass();
pin *=trans;
Boost beta_cm = pin.findBoostToCM();
bool gottaBoost(false);
if(beta_cm.mag() > 1e-12) {
gottaBoost = true;
trans.boost(beta_cm);
pin.boost(beta_cm);
}
for(unsigned int ix=0;ix<pout.size();++ix) {
pout[ix].transform(trans);
}
// rescaling factor
double lambda=inverseRescalingFactor(pout,mon,pin.mass());
if (lambda< 1.e-10) throw KinematicsReconstructionVeto();
// now calculate the p reference vectors
for(unsigned int ix=0;ix<jets.size();++ix) {
Lorentz5Momentum pvect = jets[ix]->branchingParticle()->momentum();
pvect.transform(trans);
pvect /= lambda;
pvect.setMass(mon[ix]);
pvect.rescaleEnergy();
if(gottaBoost) pvect.boost(-beta_cm);
pvect.transform(fromRest);
jets[ix]->pVector(pvect);
jets[ix]->showerMomentum(pvect);
}
// find the colour partners
ShowerParticleVector particles;
vector<Lorentz5Momentum> ptemp;
set<HardBranchingPtr>::const_iterator cjt;
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
ptemp.push_back((**cjt).branchingParticle()->momentum());
(**cjt).branchingParticle()->set5Momentum((**cjt).showerMomentum());
particles.push_back((**cjt).branchingParticle());
}
dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->partnerFinder()
->setInitialEvolutionScales(particles,false,type,false);
// calculate the reference vectors
unsigned int iloc(0);
set<HardBranchingPtr>::iterator clt;
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
// reset the momentum
(**cjt).branchingParticle()->set5Momentum(ptemp[iloc]);
++iloc;
}
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
// sort out the partners
tShowerParticlePtr partner =
(*cjt)->branchingParticle()->partner();
if(!partner) continue;
for(clt=tree->branchings().begin();clt!=tree->branchings().end();++clt) {
if((**clt).branchingParticle()==partner) {
(**cjt).colourPartner(*clt);
break;
}
}
tHardBranchingPtr branch;
for(clt=tree->branchings().begin();clt!=tree->branchings().end();++clt) {
if(clt==cjt) continue;
if((*clt)->branchingParticle()==partner) {
branch=*clt;
break;
}
}
// compute the reference vectors
// both incoming, should all ready be done
if((**cjt).status()==HardBranching::Incoming &&
(**clt).status()==HardBranching::Incoming) {
continue;
}
// both outgoing
else if((**cjt).status()!=HardBranching::Incoming&&
branch->status()==HardBranching::Outgoing) {
Boost boost=((*cjt)->pVector()+branch->pVector()).findBoostToCM();
Lorentz5Momentum pcm = branch->pVector();
pcm.boost(boost);
Lorentz5Momentum nvect = Lorentz5Momentum(ZERO,pcm.vect());
nvect.boost( -boost);
(**cjt).nVector(nvect);
}
else if((**cjt).status()==HardBranching::Incoming) {
Lorentz5Momentum pa = -(**cjt).showerMomentum()+branch->showerMomentum();
Lorentz5Momentum pb = (**cjt).showerMomentum();
Axis axis(pa.vect().unit());
LorentzRotation rot;
double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
rot.setRotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
rot.rotateX(Constants::pi);
rot.boostZ( pa.e()/pa.vect().mag());
pb*=rot;
Boost trans = -1./pb.e()*pb.vect();
trans.setZ(0.);
rot.boost(trans);
Energy scale=(**cjt).beam()->momentum().e();
Lorentz5Momentum pbasis(ZERO,(**cjt).beam()->momentum().vect().unit()*scale);
Lorentz5Momentum pcm = rot*pbasis;
rot.invert();
(**cjt).nVector(rot*Lorentz5Momentum(ZERO,-pcm.vect()));
tHardBranchingPtr branch2 = *cjt;;
while (branch2->parent()) {
branch2=branch2->parent();
branch2->nVector(rot*Lorentz5Momentum(ZERO,-pcm.vect()));
}
}
else if(branch->status()==HardBranching::Incoming) {
(**cjt).nVector(Lorentz5Momentum(ZERO,branch->showerMomentum().vect()));
}
}
// now compute the new momenta
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
if(!(*cjt)->branchingParticle()->isFinalState()) continue;
Lorentz5Momentum qnew;
if((*cjt)->branchingParticle()->partner()) {
Energy2 dot=(*cjt)->pVector()*(*cjt)->nVector();
double beta = 0.5*((*cjt)->branchingParticle()->momentum().m2()
-sqr((*cjt)->pVector().mass()))/dot;
qnew=(*cjt)->pVector()+beta*(*cjt)->nVector();
qnew.rescaleMass();
}
else {
qnew = (*cjt)->pVector();
}
// qnew is the unshuffled momentum in the rest frame of the p basis vectors,
// for the simple case Z->q qbar g this was checked against analytic formulae.
// compute the boost
LorentzRotation R=solveBoost(qnew,
toRest*(*cjt)->branchingParticle()->momentum())*toRest;
(*cjt)->setMomenta(R,1.0,Lorentz5Momentum());
}
}
Energy KinematicsReconstructor::momConsEq(double k,
const Energy & root_s,
const JetKinVect & jets) const {
static const Energy2 eps=1e-8*GeV2;
Energy dum = ZERO;
for(JetKinVect::const_iterator it = jets.begin(); it != jets.end(); ++it) {
Energy2 dum2 = (it->q).m2() + sqr(k)*(it->p).vect().mag2();
if(dum2 < ZERO) {
if(dum2 < -eps) throw KinematicsReconstructionVeto();
dum2 = ZERO;
}
dum += sqrt(dum2);
}
return dum - root_s;
}
void KinematicsReconstructor::boostChain(tPPtr p, const LorentzRotation &bv,
tPPtr & parent) const {
if(!p->parents().empty()) boostChain(p->parents()[0], bv,parent);
else parent=p;
p->transform(bv);
if(p->children().size()==2) {
if(dynamic_ptr_cast<ShowerParticlePtr>(p->children()[1]))
deepTransform(p->children()[1],bv);
}
}
namespace {
bool sortJets(ShowerProgenitorPtr j1, ShowerProgenitorPtr j2) {
return j1->highestpT()>j2->highestpT();
}
}
void KinematicsReconstructor::
reconstructGeneralSystem(vector<ShowerProgenitorPtr> & ShowerHardJets) const {
// find initial- and final-state systems
ColourSingletSystem in,out;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if(ShowerHardJets[ix]->progenitor()->isFinalState())
out.jets.push_back(ShowerHardJets[ix]);
else
in.jets.push_back(ShowerHardJets[ix]);
}
// reconstruct initial-initial system
LorentzRotation toRest,fromRest;
bool applyBoost(false);
// reconstruct initial-initial system
reconstructInitialInitialSystem(applyBoost,toRest,fromRest,in.jets);
// reconstruct the final-state systems
reconstructFinalStateSystem(applyBoost,toRest,fromRest,out.jets);
}
void KinematicsReconstructor::
reconstructFinalFirst(vector<ShowerProgenitorPtr> & ShowerHardJets) const {
static const Energy2 minQ2 = 1e-4*GeV2;
map<ShowerProgenitorPtr,bool> used;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
used[ShowerHardJets[ix]] = false;
} // first to the final-state reconstruction of any systems which need it
set<ShowerProgenitorPtr> outgoing;
// first find any particles with final state partners
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if(ShowerHardJets[ix]->progenitor()->isFinalState()&&
ShowerHardJets[ix]->progenitor()->partner()&&
ShowerHardJets[ix]->progenitor()->partner()->isFinalState()) outgoing.insert(ShowerHardJets[ix]);
}
// then find the colour partners
if(!outgoing.empty()) {
set<ShowerProgenitorPtr> partners;
for(set<ShowerProgenitorPtr>::const_iterator it=outgoing.begin();it!=outgoing.end();++it) {
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if((**it).progenitor()->partner()==ShowerHardJets[ix]->progenitor()) {
partners.insert(ShowerHardJets[ix]);
break;
}
}
}
outgoing.insert(partners.begin(),partners.end());
}
// do the final-state reconstruction if needed
if(!outgoing.empty()) {
assert(outgoing.size()!=1);
LorentzRotation toRest,fromRest;
vector<ShowerProgenitorPtr> outgoingJets(outgoing.begin(),outgoing.end());
reconstructFinalStateSystem(false,toRest,fromRest,outgoingJets);
}
// Now do any initial-final systems which are needed
vector<ColourSingletSystem> IFSystems;
// find the systems N.B. can have duplicates
// find initial-state with FS partners or FS with IS partners
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if(!ShowerHardJets[ix]->progenitor()->isFinalState()&&
ShowerHardJets[ix]->progenitor()->partner()&&
ShowerHardJets[ix]->progenitor()->partner()->isFinalState()) {
IFSystems.push_back(ColourSingletSystem(IF,ShowerHardJets[ix]));
}
else if(ShowerHardJets[ix]->progenitor()->isFinalState()&&
ShowerHardJets[ix]->progenitor()->partner()&&
!ShowerHardJets[ix]->progenitor()->partner()->isFinalState()) {
IFSystems.push_back(ColourSingletSystem(IF,ShowerHardJets[ix]));
}
}
// then add the partners
for(unsigned int is=0;is<IFSystems.size();++is) {
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if(IFSystems[is].jets[0]->progenitor()->partner()==ShowerHardJets[ix]->progenitor()) {
IFSystems[is].jets.push_back(ShowerHardJets[ix]);
}
}
// ensure incoming first
if(IFSystems[is].jets[0]->progenitor()->isFinalState())
swap(IFSystems[is].jets[0],IFSystems[is].jets[1]);
}
if(!IFSystems.empty()) {
unsigned int istart = UseRandom::irnd(IFSystems.size());
unsigned int istop=IFSystems.size();
for(unsigned int is=istart;is<=istop;++is) {
if(is==IFSystems.size()) {
if(istart!=0) {
istop = istart-1;
is=0;
}
else break;
}
// skip duplicates
if(used[IFSystems[is].jets[0]] &&
used[IFSystems[is].jets[1]] ) continue;
if(IFSystems[is].jets[0]->original()&&IFSystems[is].jets[0]->original()->parents().empty()) continue;
Lorentz5Momentum psum;
for(unsigned int ix=0;ix<IFSystems[is].jets.size();++ix) {
if(IFSystems[is].jets[ix]->progenitor()->isFinalState())
psum += IFSystems[is].jets[ix]->progenitor()->momentum();
else
psum -= IFSystems[is].jets[ix]->progenitor()->momentum();
}
if(-psum.m2()>minQ2) {
reconstructInitialFinalSystem(IFSystems[is].jets);
for(unsigned int ix=0;ix<IFSystems[is].jets.size();++ix) {
used[IFSystems[is].jets[ix]] = true;
}
}
}
}
// now we finally need to handle the initial state system
ColourSingletSystem in,out;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
if(ShowerHardJets[ix]->progenitor()->isFinalState())
out.jets.push_back(ShowerHardJets[ix]);
else
in.jets.push_back(ShowerHardJets[ix]);
}
// reconstruct initial-initial system
bool doRecon = false;
for(unsigned int ix=0;ix<in.jets.size();++ix) {
if(!used[in.jets[ix]]) {
doRecon = true;
break;
}
}
LorentzRotation toRest,fromRest;
bool applyBoost(false);
if(doRecon) {
reconstructInitialInitialSystem(applyBoost,toRest,fromRest,in.jets);
}
// reconstruct the final-state systems
if(!doRecon) {
for(unsigned int ix=0;ix<out.jets.size();++ix) {
if(!used[out.jets[ix]]) {
doRecon = true;
break;
}
}
}
if(doRecon) {
reconstructFinalStateSystem(applyBoost,toRest,fromRest,out.jets);
}
}
void KinematicsReconstructor::
reconstructColourPartner(vector<ShowerProgenitorPtr> & ShowerHardJets) const {
static const Energy2 minQ2 = 1e-4*GeV2;
// sort the vector by hardness of emission
std::sort(ShowerHardJets.begin(),ShowerHardJets.end(),sortJets);
// map between particles and progenitors for easy lookup
map<ShowerParticlePtr,ShowerProgenitorPtr> progenitorMap;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
progenitorMap[ShowerHardJets[ix]->progenitor()] = ShowerHardJets[ix];
}
// check that the IF systems can be reconstructed
bool canReconstruct = true;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
tShowerParticlePtr progenitor = ShowerHardJets[ix]->progenitor();
tShowerParticlePtr partner = progenitor->partner();
if(!partner) continue;
else if((progenitor->isFinalState() &&
!partner->isFinalState()) ||
(!progenitor->isFinalState() &&
partner->isFinalState()) ) {
vector<ShowerProgenitorPtr> jets(2);
jets[0] = ShowerHardJets[ix];
jets[1] = progenitorMap[partner];
Lorentz5Momentum psum;
for(unsigned int iy=0;iy<jets.size();++iy) {
if(jets[iy]->progenitor()->isFinalState())
psum += jets[iy]->progenitor()->momentum();
else
psum -= jets[iy]->progenitor()->momentum();
}
if(-psum.m2()<minQ2) {
canReconstruct = false;
break;
}
}
}
if(!canReconstruct) {
reconstructGeneralSystem(ShowerHardJets);
return;
}
map<ShowerProgenitorPtr,bool> used;
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
used[ShowerHardJets[ix]] = false;
}
for(unsigned int ix=0;ix<ShowerHardJets.size();++ix) {
// skip jets which have already been handled
if(ShowerHardJets[ix]->reconstructed()==ShowerProgenitor::done) continue;
// already reconstructed
if(used[ShowerHardJets[ix]]) continue;
// no partner continue
tShowerParticlePtr progenitor = ShowerHardJets[ix]->progenitor();
tShowerParticlePtr partner = progenitor->partner();
if(!partner) {
// check if there's a daughter tree which also needs boosting
Lorentz5Momentum porig = progenitor->momentum();
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator tit;
for(tit = _currentTree->treelinks().begin();
tit != _currentTree->treelinks().end();++tit) {
// if there is, boost it
if(tit->second.first && tit->second.second==progenitor) {
Lorentz5Momentum pnew = tit->first->incomingLines().begin()
->first->progenitor()->momentum();
pnew *= tit->first->transform();
Lorentz5Momentum pdiff = porig-pnew;
Energy2 test = sqr(pdiff.x()) + sqr(pdiff.y()) +
sqr(pdiff.z()) + sqr(pdiff.t());
LorentzRotation rot;
if(test>1e-6*GeV2) rot = solveBoost(porig,pnew);
tit->first->transform(rot,false);
_treeBoosts[tit->first].push_back(rot);
}
}
ShowerHardJets[ix]->reconstructed(ShowerProgenitor::done);
continue;
}
// do the reconstruction
// final-final
if(progenitor->isFinalState() &&
partner->isFinalState() ) {
LorentzRotation toRest,fromRest;
vector<ShowerProgenitorPtr> jets(2);
jets[0] = ShowerHardJets[ix];
jets[1] = progenitorMap[partner];
if(_reconopt==4 && jets[1]->reconstructed()==ShowerProgenitor::notReconstructed)
jets[1]->reconstructed(ShowerProgenitor::dontReconstruct);
reconstructFinalStateSystem(false,toRest,fromRest,jets);
if(_reconopt==4 && jets[1]->reconstructed()==ShowerProgenitor::dontReconstruct)
jets[1]->reconstructed(ShowerProgenitor::notReconstructed);
used[jets[0]] = true;
if(_reconopt==3) used[jets[1]] = true;
}
// initial-final
else if((progenitor->isFinalState() &&
!partner->isFinalState()) ||
(!progenitor->isFinalState() &&
partner->isFinalState()) ) {
vector<ShowerProgenitorPtr> jets(2);
jets[0] = ShowerHardJets[ix];
jets[1] = progenitorMap[partner];
if(jets[0]->progenitor()->isFinalState()) swap(jets[0],jets[1]);
if(jets[0]->original()&&jets[0]->original()->parents().empty()) continue;
Lorentz5Momentum psum;
for(unsigned int iy=0;iy<jets.size();++iy) {
if(jets[iy]->progenitor()->isFinalState())
psum += jets[iy]->progenitor()->momentum();
else
psum -= jets[iy]->progenitor()->momentum();
}
if(_reconopt==4 && progenitorMap[partner]->reconstructed()==ShowerProgenitor::notReconstructed)
progenitorMap[partner]->reconstructed(ShowerProgenitor::dontReconstruct);
reconstructInitialFinalSystem(jets);
if(_reconopt==4 && progenitorMap[partner]->reconstructed()==ShowerProgenitor::dontReconstruct)
progenitorMap[partner]->reconstructed(ShowerProgenitor::notReconstructed);
used[ShowerHardJets[ix]] = true;
if(_reconopt==3) used[progenitorMap[partner]] = true;
}
// initial-initial
else if(!progenitor->isFinalState() &&
!partner->isFinalState() ) {
ColourSingletSystem in,out;
in.jets.push_back(ShowerHardJets[ix]);
in.jets.push_back(progenitorMap[partner]);
for(unsigned int iy=0;iy<ShowerHardJets.size();++iy) {
if(ShowerHardJets[iy]->progenitor()->isFinalState())
out.jets.push_back(ShowerHardJets[iy]);
}
LorentzRotation toRest,fromRest;
bool applyBoost(false);
if(_reconopt==4 && in.jets[1]->reconstructed()==ShowerProgenitor::notReconstructed)
in.jets[1]->reconstructed(ShowerProgenitor::dontReconstruct);
reconstructInitialInitialSystem(applyBoost,toRest,fromRest,in.jets);
if(_reconopt==4 && in.jets[1]->reconstructed()==ShowerProgenitor::dontReconstruct)
in.jets[1]->reconstructed(ShowerProgenitor::notReconstructed);
used[in.jets[0]] = true;
if(_reconopt==3) used[in.jets[1]] = true;
for(unsigned int iy=0;iy<out.jets.size();++iy) {
if(out.jets[iy]->reconstructed()==ShowerProgenitor::notReconstructed)
out.jets[iy]->reconstructed(ShowerProgenitor::dontReconstruct);
}
// reconstruct the final-state systems
LorentzRotation finalBoosts;
finalBoosts.transform( toRest);
finalBoosts.transform(fromRest);
for(unsigned int iy=0;iy<out.jets.size();++iy) {
deepTransform(out.jets[iy]->progenitor(),finalBoosts);
}
for(unsigned int iy=0;iy<out.jets.size();++iy) {
if(out.jets[iy]->reconstructed()==ShowerProgenitor::dontReconstruct)
out.jets[iy]->reconstructed(ShowerProgenitor::notReconstructed);
}
}
}
}
bool KinematicsReconstructor::
inverseDecayRescalingFactor(vector<Lorentz5Momentum> pout,
vector<Energy> mon,Energy roots,
Lorentz5Momentum ppartner, Energy mbar,
double & k1, double & k2) const {
ThreeVector<Energy> qtotal;
vector<Energy2> pmag;
for(unsigned int ix=0;ix<pout.size();++ix) {
pmag.push_back(pout[ix].vect().mag2());
qtotal+=pout[ix].vect();
}
Energy2 dot1 = qtotal*ppartner.vect();
Energy2 qmag2=qtotal.mag2();
double a = -dot1/qmag2;
static const Energy eps=1e-10*GeV;
unsigned int itry(0);
Energy numer(ZERO),denom(ZERO);
k1=1.;
do {
++itry;
numer=denom=0.*GeV;
double k12=sqr(k1);
for(unsigned int ix=0;ix<pout.size();++ix) {
Energy en = sqrt(pmag[ix]/k12+sqr(mon[ix]));
numer += en;
denom += pmag[ix]/en;
}
Energy en = sqrt(qmag2/k12+sqr(mbar));
numer += en-roots;
denom += qmag2/en;
k1 += numer/denom*k12*k1;
if(abs(k1)>1e10) return false;
}
while (abs(numer)>eps&&itry<100);
k1 = abs(k1);
k2 = a*k1;
return itry<100;
}
void KinematicsReconstructor::
deconstructInitialFinalSystem(HardTreePtr tree,vector<HardBranchingPtr> jets,
ShowerInteraction type) const {
HardBranchingPtr incoming;
Lorentz5Momentum pin[2],pout[2],pbeam;
HardBranchingPtr initial;
Energy mc(ZERO);
for(unsigned int ix=0;ix<jets.size();++ix) {
// final-state parton
if(jets[ix]->status()==HardBranching::Outgoing) {
pout[0] += jets[ix]->branchingParticle()->momentum();
mc = jets[ix]->branchingParticle()->thePEGBase() ?
jets[ix]->branchingParticle()->thePEGBase()->mass() :
jets[ix]->branchingParticle()->dataPtr()->mass();
}
// initial-state parton
else {
pin[0] += jets[ix]->branchingParticle()->momentum();
initial = jets[ix];
pbeam = jets[ix]->beam()->momentum();
Energy scale=pbeam.t();
pbeam = Lorentz5Momentum(ZERO,pbeam.vect().unit()*scale);
incoming = jets[ix];
while(incoming->parent()) incoming = incoming->parent();
}
}
if(jets.size()>2) {
pout[0].rescaleMass();
mc = pout[0].mass();
}
// work out the boost to the Breit frame
Lorentz5Momentum pa = pout[0]-pin[0];
Axis axis(pa.vect().unit());
LorentzRotation rot;
double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
if(axis.perp2()>0.) {
rot.setRotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
rot.rotateX(Constants::pi);
rot.boostZ( pa.e()/pa.vect().mag());
}
// transverse part
Lorentz5Momentum paxis=rot*pbeam;
Boost trans = -1./paxis.e()*paxis.vect();
trans.setZ(0.);
rot.boost(trans);
pa *= rot;
// reference vectors
Lorentz5Momentum n1(ZERO,ZERO,-pa.z(),-pa.z());
Lorentz5Momentum n2(ZERO,ZERO, pa.z(),-pa.z());
Energy2 n1n2 = n1*n2;
// decompose the momenta
Lorentz5Momentum qbp=rot*pin[0],qcp= rot*pout[0];
double a[2],b[2];
a[0] = n2*qbp/n1n2;
b[0] = n1*qbp/n1n2;
a[1] = n2*qcp/n1n2;
b[1] = n1*qcp/n1n2;
Lorentz5Momentum qperp = qbp-a[0]*n1-b[0]*n2;
// before reshuffling
Energy Q = abs(pa.z());
double c = sqr(mc/Q);
Lorentz5Momentum pb(ZERO,ZERO,0.5*Q*(1.+c),0.5*Q*(1.+c));
Lorentz5Momentum pc(ZERO,ZERO,0.5*Q*(c-1.),0.5*Q*(1.+c));
double anew[2],bnew[2];
anew[0] = pb*n2/n1n2;
bnew[0] = 0.5*(qbp.m2()-qperp.m2())/n1n2/anew[0];
bnew[1] = pc*n1/n1n2;
anew[1] = 0.5*qcp.m2()/bnew[1]/n1n2;
Lorentz5Momentum qnewb = (anew[0]*n1+bnew[0]*n2+qperp);
Lorentz5Momentum qnewc = (anew[1]*n1+bnew[1]*n2);
// initial-state boost
LorentzRotation rotinv=rot.inverse();
LorentzRotation transb=rotinv*solveBoostZ(qnewb,qbp)*rot;
// final-state boost
LorentzRotation transc=rotinv*solveBoost(qnewc,qcp)*rot;
// this will need changing for more than one outgoing particle
// set the pvectors
for(unsigned int ix=0;ix<jets.size();++ix) {
if(jets[ix]->status()==HardBranching::Incoming) {
jets[ix]->pVector(pbeam);
jets[ix]->showerMomentum(rotinv*pb);
incoming->pVector(jets[ix]->pVector());
}
else {
jets[ix]->pVector(rotinv*pc);
jets[ix]->showerMomentum(jets[ix]->pVector());
}
}
// find the colour partners
ShowerParticleVector particles;
vector<Lorentz5Momentum> ptemp;
set<HardBranchingPtr>::const_iterator cjt;
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
ptemp.push_back((**cjt).branchingParticle()->momentum());
(**cjt).branchingParticle()->set5Momentum((**cjt).showerMomentum());
particles.push_back((**cjt).branchingParticle());
}
dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->partnerFinder()
->setInitialEvolutionScales(particles,false,type,false);
unsigned int iloc(0);
for(cjt=tree->branchings().begin();cjt!=tree->branchings().end();++cjt) {
// reset the momentum
(**cjt).branchingParticle()->set5Momentum(ptemp[iloc]);
++iloc;
}
for(vector<HardBranchingPtr>::const_iterator cjt=jets.begin();
cjt!=jets.end();++cjt) {
// sort out the partners
tShowerParticlePtr partner =
(*cjt)->branchingParticle()->partner();
if(!partner) continue;
tHardBranchingPtr branch;
for(set<HardBranchingPtr>::const_iterator
clt=tree->branchings().begin();clt!=tree->branchings().end();++clt) {
if((**clt).branchingParticle()==partner) {
(**cjt).colourPartner(*clt);
branch=*clt;
break;
}
}
// compute the reference vectors
// both incoming, should all ready be done
if((**cjt).status()==HardBranching::Incoming &&
branch->status()==HardBranching::Incoming) {
Energy etemp = (*cjt)->beam()->momentum().z();
Lorentz5Momentum nvect(ZERO, ZERO,-etemp, abs(etemp));
tHardBranchingPtr branch2 = *cjt;
(**cjt).nVector(nvect);
while (branch2->parent()) {
branch2=branch2->parent();
branch2->nVector(nvect);
}
}
// both outgoing
else if((**cjt).status()==HardBranching::Outgoing&&
branch->status()==HardBranching::Outgoing) {
Boost boost=((*cjt)->pVector()+branch->pVector()).findBoostToCM();
Lorentz5Momentum pcm = branch->pVector();
pcm.boost(boost);
Lorentz5Momentum nvect = Lorentz5Momentum(ZERO,pcm.vect());
nvect.boost( -boost);
(**cjt).nVector(nvect);
}
else if((**cjt).status()==HardBranching::Incoming) {
Lorentz5Momentum pa = -(**cjt).showerMomentum()+branch->showerMomentum();
Lorentz5Momentum pb = (**cjt).showerMomentum();
Axis axis(pa.vect().unit());
LorentzRotation rot;
double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
if(axis.perp2()>1e-20) {
rot.setRotate(-acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
rot.rotateX(Constants::pi);
}
if(abs(1.-pa.e()/pa.vect().mag())>1e-6) rot.boostZ( pa.e()/pa.vect().mag());
pb*=rot;
Boost trans = -1./pb.e()*pb.vect();
trans.setZ(0.);
rot.boost(trans);
Energy scale=(**cjt).beam()->momentum().t();
Lorentz5Momentum pbasis(ZERO,(**cjt).beam()->momentum().vect().unit()*scale);
Lorentz5Momentum pcm = rot*pbasis;
rot.invert();
Lorentz5Momentum nvect = rot*Lorentz5Momentum(ZERO,-pcm.vect());
(**cjt).nVector(nvect);
tHardBranchingPtr branch2 = *cjt;
while (branch2->parent()) {
branch2=branch2->parent();
branch2->nVector(nvect);
}
}
else if(branch->status()==HardBranching::Incoming) {
Lorentz5Momentum nvect=Lorentz5Momentum(ZERO,branch->showerMomentum().vect());
(**cjt).nVector(nvect);
}
}
// now compute the new momenta
for(vector<HardBranchingPtr>::const_iterator cjt=jets.begin();
cjt!=jets.end();++cjt) {
if((**cjt).status()==HardBranching::Outgoing) {
(**cjt).setMomenta(transc,1.,Lorentz5Momentum());
}
}
incoming->setMomenta(transb,1.,Lorentz5Momentum());
}
void KinematicsReconstructor::deepTransform(PPtr particle,
const LorentzRotation & r,
bool match,
PPtr original) const {
if(_boosts.find(particle)!=_boosts.end()) {
_boosts[particle].push_back(r);
}
Lorentz5Momentum porig = particle->momentum();
if(!original) original = particle;
for ( int i = 0, N = particle->children().size(); i < N; ++i ) {
deepTransform(particle->children()[i],r,
particle->children()[i]->id()==original->id()&&match,original);
}
particle->transform(r);
// transform the p and n vectors
ShowerParticlePtr sparticle = dynamic_ptr_cast<ShowerParticlePtr>(particle);
if(sparticle && sparticle->showerBasis()) {
sparticle->showerBasis()->transform(r);
}
if ( particle->next() ) deepTransform(particle->next(),r,match,original);
if(!match) return;
if(!particle->children().empty()) return;
// force the mass shell
if(particle->dataPtr()->stable()) {
Lorentz5Momentum ptemp = particle->momentum();
ptemp.rescaleEnergy();
particle->set5Momentum(ptemp);
}
// check if there's a daughter tree which also needs boosting
if(!_currentTree) return;
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator tit;
for(tit = _currentTree->treelinks().begin();
tit != _currentTree->treelinks().end();++tit) {
// if there is, boost it
if(tit->second.first && tit->second.second==original) {
Lorentz5Momentum pnew = tit->first->incomingLines().begin()
->first->progenitor()->momentum();
pnew *= tit->first->transform();
Lorentz5Momentum pdiff = porig-pnew;
Energy2 test = sqr(pdiff.x()) + sqr(pdiff.y()) +
sqr(pdiff.z()) + sqr(pdiff.t());
LorentzRotation rot;
if(test>1e-6*GeV2) rot = solveBoost(porig,pnew);
tit->first->transform(r*rot,false);
_treeBoosts[tit->first].push_back(r*rot);
}
}
}
Energy KinematicsReconstructor::findMass(HardBranchingPtr branch) const {
// KH - 230909 - If the particle has no children then it will
// not have showered and so it should be "on-shell" so we can
// get it's mass from it's momentum. This means that the
// inverseRescalingFactor doesn't give any nans or do things
// it shouldn't if it gets e.g. two Z bosons generated with
// off-shell masses. This is for sure not the best solution.
// PR 1/1/10 modification to previous soln
// PR 28/8/14 change to procedure and factorize into a function
if(branch->children().empty()) {
return branch->branchingParticle()->mass();
}
else if(!branch->children().empty() &&
!branch->branchingParticle()->dataPtr()->stable() ) {
for(unsigned int ix=0;ix<branch->children().size();++ix) {
if(branch->branchingParticle()->id()==
branch->children()[ix]->branchingParticle()->id())
return findMass(branch->children()[ix]);
}
}
return branch->branchingParticle()->dataPtr()->mass();
}
vector<double>
KinematicsReconstructor::inverseInitialStateRescaling(double & x1, double & x2,
const Lorentz5Momentum & pold,
const vector<Lorentz5Momentum> & p,
const vector<Lorentz5Momentum> & pq) const {
// hadronic CMS
Energy2 s = (pq[0] +pq[1] ).m2();
// partonic CMS
Energy MDY = pold.m();
// find alpha, beta and pt
Energy2 p12=pq[0]*pq[1];
double a[2],b[2];
Lorentz5Momentum pt[2];
for(unsigned int ix=0;ix<2;++ix) {
a[ix] = p[ix]*pq[1]/p12;
b [ix] = p[ix]*pq[0]/p12;
pt[ix] = p[ix]-a[ix]*pq[0]-b[ix]*pq[1];
}
// compute kappa
// we always want to preserve the mass of the system
double k1(1.),k2(1.);
if(_initialStateReconOption==0) {
double rap=pold.rapidity();
x2 = MDY/sqrt(s*exp(2.*rap));
x1 = sqr(MDY)/s/x2;
k1=a[0]/x1;
k2=b[1]/x2;
}
// longitudinal momentum
else if(_initialStateReconOption==1) {
double A = 1.;
double C = -sqr(MDY)/s;
double B = 2.*pold.z()/sqrt(s);
if(abs(B)>1e-10) {
double discrim = 1.-4.*A*C/sqr(B);
if(discrim < 0.) throw KinematicsReconstructionVeto();
x1 = B>0. ? 0.5*B/A*(1.+sqrt(discrim)) : 0.5*B/A*(1.-sqrt(discrim));
}
else {
x1 = -C/A;
if( x1 <= 0.) throw KinematicsReconstructionVeto();
x1 = sqrt(x1);
}
x2 = sqr(MDY)/s/x1;
k1=a[0]/x1;
k2=b[1]/x2;
}
// preserve mass and don't scale the softer system
// to reproduce the dipole kinematics
else if(_initialStateReconOption==2) {
// in this case kp = k1 or k2 depending on who's the harder guy
k1 = a[0]*b[1]*s/sqr(MDY);
if ( pt[0].perp2() < pt[1].perp2() ) swap(k1,k2);
x1 = a[0]/k1;
x2 = b[1]/k2;
}
else
assert(false);
// decompose the momenta
double anew[2] = {a[0]/k1,a[1]*k2};
double bnew[2] = {b[0]*k1,b[1]/k2};
vector<double> boost(2);
for(unsigned int ix=0;ix<2;++ix) {
boost[ix] = getBeta(a [ix]+b [ix], a[ix] -b [ix],
anew[ix]+bnew[ix], anew[ix]-bnew[ix]);
}
return boost;
}
vector<double>
KinematicsReconstructor::initialStateRescaling(double x1, double x2,
const Lorentz5Momentum & pold,
const vector<Lorentz5Momentum> & p,
const vector<Lorentz5Momentum> & pq,
const vector<Energy>& highestpts) const {
Energy2 S = (pq[0]+pq[1]).m2();
// find alphas and betas in terms of desired basis
Energy2 p12 = pq[0]*pq[1];
double a[2] = {p[0]*pq[1]/p12,p[1]*pq[1]/p12};
double b[2] = {p[0]*pq[0]/p12,p[1]*pq[0]/p12};
Lorentz5Momentum p1p = p[0] - a[0]*pq[0] - b[0]*pq[1];
Lorentz5Momentum p2p = p[1] - a[1]*pq[0] - b[1]*pq[1];
// compute kappa
// we always want to preserve the mass of the system
Energy MDY = pold.m();
Energy2 A = a[0]*b[1]*S;
Energy2 B = Energy2(sqr(MDY)) - (a[0]*b[0]+a[1]*b[1])*S - (p1p+p2p).m2();
Energy2 C = a[1]*b[0]*S;
double rad = 1.-4.*A*C/sqr(B);
if(rad < 0.) throw KinematicsReconstructionVeto();
double kp = B/(2.*A)*(1.+sqrt(rad));
// now compute k1
// conserve rapidity
double k1(0.);
double k2(0.);
if(_initialStateReconOption==0) {
rad = kp*(b[0]+kp*b[1])/(kp*a[0]+a[1]);
rad *= pq[0].z()<ZERO ? exp(-2.*pold.rapidity()) : exp(2.*pold.rapidity());
if(rad <= 0.) throw KinematicsReconstructionVeto();
k1 = sqrt(rad);
k2 = kp/k1;
}
// conserve longitudinal momentum
else if(_initialStateReconOption==1) {
double a2 = (a[0]+a[1]/kp);
double b2 = -x2+x1;
double c2 = -(b[1]*kp+b[0]);
if(abs(b2)>1e-10) {
double discrim = 1.-4.*a2*c2/sqr(b2);
if(discrim < 0.) throw KinematicsReconstructionVeto();
k1 = b2>0. ? 0.5*b2/a2*(1.+sqrt(discrim)) : 0.5*b2/a2*(1.-sqrt(discrim));
}
else {
k1 = -c2/a2;
if( k1 <= 0.) throw KinematicsReconstructionVeto();
k1 = sqrt(k1);
}
k2 = kp/k1;
}
// preserve mass and don't scale the softer system
// to reproduce the dipole kinematics
else if(_initialStateReconOption==2) {
// in this case kp = k1 or k2 depending on who's the harder guy
k1 = kp; k2 = 1.;
if ( highestpts[0] < highestpts[1] )
swap(k1,k2);
}
else
assert(false);
// calculate the boosts
vector<double> beta(2);
beta[0] = getBeta((a[0]+b[0]), (a[0]-b[0]), (k1*a[0]+b[0]/k1), (k1*a[0]-b[0]/k1));
beta[1] = getBeta((a[1]+b[1]), (a[1]-b[1]), (a[1]/k2+k2*b[1]), (a[1]/k2-k2*b[1]));
if (pq[0].z() > ZERO) {
beta[0] = -beta[0];
beta[1] = -beta[1];
}
return beta;
}
void KinematicsReconstructor::
reconstructColourSinglets(vector<ShowerProgenitorPtr> & ShowerHardJets,
ShowerInteraction type) const {
// identify and catagorize the colour singlet systems
unsigned int nnun(0),nnii(0),nnif(0),nnf(0),nni(0);
vector<ColourSingletSystem>
systems(identifySystems(set<ShowerProgenitorPtr>(ShowerHardJets.begin(),ShowerHardJets.end()),
nnun,nnii,nnif,nnf,nni));
// now decide what to do
// initial-initial connection and final-state colour singlet systems
LorentzRotation toRest,fromRest;
bool applyBoost(false),general(false);
// Drell-Yan type
if(nnun==0&&nnii==1&&nnif==0&&nnf>0&&nni==0) {
// reconstruct initial-initial system
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==II)
reconstructInitialInitialSystem(applyBoost,toRest,fromRest,
systems[ix].jets);
}
if(type!=ShowerInteraction::QCD && type!=ShowerInteraction::DARK) {
combineFinalState(systems);
general=false;
}
}
// DIS and VBF type
else if(nnun==0&&nnii==0&&((nnif==1&&nnf>0&&nni==1)||
(nnif==2&& nni==0))) {
// check these systems can be reconstructed
for(unsigned int ix=0;ix<systems.size();++ix) {
// compute q^2
if(systems[ix].type!=IF) continue;
Lorentz5Momentum q;
for(unsigned int iy=0;iy<systems[ix].jets.size();++iy) {
if(systems[ix].jets[iy]->progenitor()->isFinalState())
q += systems[ix].jets[iy]->progenitor()->momentum();
else
q -= systems[ix].jets[iy]->progenitor()->momentum();
}
q.rescaleMass();
// check above cut
if(abs(q.m())>=_minQ) continue;
if(nnif==1&&nni==1) {
throw KinematicsReconstructionVeto();
}
else {
general = true;
break;
}
}
if(!general) {
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==IF)
reconstructInitialFinalSystem(systems[ix].jets);
}
}
}
// e+e- type
else if(nnun==0&&nnii==0&&nnif==0&&nnf>0&&nni==2) {
general = type!=ShowerInteraction::QCD;
}
// general type
else {
general = true;
}
// final-state systems except for general recon
if(!general) {
for(unsigned int ix=0;ix<systems.size();++ix) {
if(systems[ix].type==F)
reconstructFinalStateSystem(applyBoost,toRest,fromRest,
systems[ix].jets);
}
}
else {
reconstructGeneralSystem(ShowerHardJets);
}
}
void KinematicsReconstructor::findInitialBoost(const Lorentz5Momentum & pold,
const Lorentz5Momentum & pnew,
LorentzRotation & toRest,
LorentzRotation & fromRest) const {
// do one boost
if(_initialBoost==0) {
toRest = LorentzRotation(pold.findBoostToCM());
fromRest = LorentzRotation(pnew.boostVector());
}
else if(_initialBoost==1) {
// boost to rest frame
// first transverse
toRest = Boost(-pold.x()/pold.t(),-pold.y()/pold.t(),0.);
// then longitudinal
double beta = pold.z()/sqrt(pold.m2()+sqr(pold.z()));
toRest.boost((Boost(0.,0.,-beta)));
// boost from rest frame
// first apply longitudinal boost
beta = pnew.z()/sqrt(pnew.m2()+sqr(pnew.z()));
fromRest=LorentzRotation(Boost(0.,0.,beta));
// then transverse one
fromRest.boost(Boost(pnew.x()/pnew.t(),
pnew.y()/pnew.t(),0.));
}
else
assert(false);
}
diff --git a/Shower/QTilde/Kinematics/ShowerKinematics.h b/Shower/QTilde/Kinematics/ShowerKinematics.h
--- a/Shower/QTilde/Kinematics/ShowerKinematics.h
+++ b/Shower/QTilde/Kinematics/ShowerKinematics.h
@@ -1,263 +1,252 @@
// -*- C++ -*-
//
// ShowerKinematics.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_ShowerKinematics_H
#define HERWIG_ShowerKinematics_H
//
// This is the declaration of the ShowerKinematics class.
//
#include "Herwig/Shower/QTilde/ShowerConfig.h"
#include "ThePEG/Config/ThePEG.h"
#include "Herwig/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h"
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.fh"
namespace Herwig {
using namespace ThePEG;
/**\ingroup Shower
*
* This is the abstract base class from which all other shower
* kinematics classes derive. The main purpose of the
* shower kinematics classes is to allow the reconstruction
* of jet masses, at the end of the showering (indeed, for
* multi-scale showering, at the end of each scale-range evolution).
* This is necessary for the kinematics reshuffling
* in order to compensate the recoil of the emissions.
* The KinematicsReconstructor class is in
* charge of this job, and which is the main "user" of
* ShowerKinematics and its derived classes.
* How this is done depends on the choice of kinematics variables
* and whether the jet is time-like (forward evolved) or
* space-like (backward evolved), whereas the class ShowerKinematics
* describes only the common features which are independent by them.
*
* In general there are a number of methods specific to a shower approach
*
* @see KinematicsReconstructor
*/
class ShowerKinematics: public Base {
public:
/**
* The default constructor.
*/
ShowerKinematics() : Base(),
_scale(), _z( 0.0 ), _phi( 0.0 ), _pt(),
_sudakov() {}
/**
* The default constructor.
*/
ShowerKinematics(Energy scale, double z, double phi, Energy pt, tSudakovPtr sud)
: Base(),
_scale(scale), _z(z), _phi(phi), _pt(pt),
_sudakov(sud) {}
/**
* The updateChildren and updateParent
* members to update the values of the \f$\alpha\f$ and
* \f$p_\perp\f$ variables during the shower evolution.
*/
//@{
/**
* Along with the showering evolution --- going forward for
* time-like (forward) evolution, and going backward for space-like
* (backward) evolution --- the kinematical variables of the
* branching products are calculated and updated from the knowledge
* of the parent kinematics.
* @param parent The parent
* @param children The children
* @param partnerType The type of evolution partner
*/
virtual void updateChildren(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
virtual void resetChildren( const tShowerParticlePtr parent,
const ShowerParticleVector & children) const;
/**
* Update the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the KinematicsReconstructor.
* @param parent The parent
* @param children The children
* @param partnerType The type of evolution partner
*/
virtual void updateParent(const tShowerParticlePtr parent,
const ShowerParticleVector & children,
unsigned int pTscheme,
ShowerPartnerType partnerType) const;
/**
* Update the kinematical data of a particle when a reconstruction
* fixpoint was found. This will highly depend on the kind of
* kinematics chosen and will be defined in the inherited concrete
* classes. This method will be used by the KinematicsReconstructor.
* @param last The particle.
* @param px The \f$x\f$ component of the \f$p_T\f$.
* @param py The \f$y\f$ component of the \f$p_T\f$.
*/
virtual void updateLast(const tShowerParticlePtr last,
Energy px, Energy py) const;
//@}
/**
* The reconstructLast, reconstructChildren and reconstructParent members
* are used during the reconstruction
*/
//@{
/**
* Along with the showering evolution --- going forward for
* time-like (forward) evolution, and going backward for space-like
* (backward) evolution --- the kinematical variables of the
* branching products are calculated and updated from the knowledge
* of the parent kinematics.
* @param parent The parent
* @param children The children
*/
virtual void reconstructChildren(const tShowerParticlePtr parent,
const ShowerParticleVector & children) const;
/**
* Reconstruct the parent Kinematics from the knowledge of the kinematics
* of the children. This method will be used by the KinematicsReconstructor.
* @param parent The parent
* @param children The children
*/
virtual void reconstructParent(const tShowerParticlePtr parent,
const ParticleVector & children) const;
/**
* Update the kinematical data of a particle when a reconstruction
* fixpoint was found. This will highly depend on the kind of
* kinematics chosen and will be defined in the inherited concrete
* classes. This method will be used by the KinematicsReconstructor.
* @param last The particle.
* @param mass The mass to be used, if less than zero on-shell
*/
virtual void reconstructLast(const tShowerParticlePtr last, Energy mass=-1.*GeV) const;
//@}
public:
/**
* Set/Get methods for the kinematic variables
*/
//@{
/**
* Access the scale of the splitting.
*/
Energy scale() const { return _scale; }
/**
* Set the scale of the splitting.
*/
void scale(const Energy in) { _scale=in; }
/**
* Access the energy fraction, \f$z\f$.
*/
double z() const { return _z; }
/**
* Set the energy fraction, \f$z\f$.
*/
void z(const double in) { _z=in; }
/**
* Access the azimuthal angle, \f$\phi\f$.
*/
double phi() const { return _phi; }
/**
* Set the azimuthal angle, \f$\phi\f$.
*/
void phi(const double in) { _phi=in; }
/**
* Access the relative \f$p_T\f$ for the branching
*/
Energy pT() const { return _pt; }
/**
* Set the relative \f$p_T\f$ for the branching
*/
void pT(const Energy in) const { _pt=in; }
//@}
/**
- * Set and get methods for the SplittingFunction object
- */
- //@{
- /**
- * Access the SplittingFunction object responsible of the
- * eventual branching of this particle.
- */
- tSplittingFnPtr splittingFn() const { return _sudakov-> splittingFn(); }
- //@}
-
- /**
* Set and get methods for the SudakovFormFactor object
*/
/**
* Access the SudakovFormFactor object responsible of the
* eventual branching of this particle.
*/
tSudakovPtr SudakovFormFactor() const { return _sudakov; }
/**
* Set the SudakovFormFactor object responsible of the
* eventual branching of this particle.
*/
void SudakovFormFactor(const tSudakovPtr sud) { _sudakov=sud; }
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
ShowerKinematics & operator=(const ShowerKinematics &) = delete;
private:
/**
* The \f$\tilde{q}\f$ evolution variable.
*/
Energy _scale;
/**
* The energy fraction, \f$z\f$
*/
double _z;
/**
* The azimuthal angle, \f$\phi\f$.
*/
double _phi;
/**
* The relative \f$p_T\f$
*/
mutable Energy _pt;
/**
* The splitting function for the branching of the particle
*/
tSudakovPtr _sudakov;
};
}
#endif /* HERWIG_ShowerKinematics_H */
diff --git a/Shower/QTilde/Makefile.am b/Shower/QTilde/Makefile.am
--- a/Shower/QTilde/Makefile.am
+++ b/Shower/QTilde/Makefile.am
@@ -1,58 +1,61 @@
SUBDIRS = Matching
pkglib_LTLIBRARIES = HwShower.la
HwShower_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 30:0:0
HwShower_la_SOURCES = \
Couplings/ShowerAlphaQCD.h Couplings/ShowerAlphaQCD.cc \
Couplings/ShowerAlphaQED.h Couplings/ShowerAlphaQED.cc\
Couplings/ShowerAlphaQCDNP.h Couplings/ShowerAlphaQCDNP.cc\
QTildeShowerHandler.h QTildeShowerHandler.fh QTildeShowerHandler.cc \
SplittingFunctions/HalfHalfOneSplitFn.h SplittingFunctions/HalfHalfOneSplitFn.cc\
SplittingFunctions/HalfHalfOneEWSplitFn.h SplittingFunctions/HalfHalfOneEWSplitFn.cc\
SplittingFunctions/HalfHalfZeroEWSplitFn.h SplittingFunctions/HalfHalfZeroEWSplitFn.cc\
SplittingFunctions/OneOneOneEWSplitFn.h SplittingFunctions/OneOneOneEWSplitFn.cc\
SplittingFunctions/OneOneOneQEDSplitFn.h SplittingFunctions/OneOneOneQEDSplitFn.cc\
SplittingFunctions/OneOneZeroEWSplitFn.h SplittingFunctions/OneOneZeroEWSplitFn.cc\
+SplittingFunctions/ZeroZeroZeroEWSplitFn.h SplittingFunctions/ZeroZeroZeroEWSplitFn.cc\
+SplittingFunctions/OneZeroZeroEWSplitFn.h SplittingFunctions/OneZeroZeroEWSplitFn.cc\
+SplittingFunctions/ZeroZeroOneEWSplitFn.h SplittingFunctions/ZeroZeroOneEWSplitFn.cc\
SplittingFunctions/OneOneOneSplitFn.h SplittingFunctions/OneOneOneSplitFn.cc\
SplittingFunctions/OneOneOneMassiveSplitFn.h SplittingFunctions/OneOneOneMassiveSplitFn.cc\
SplittingFunctions/ZeroZeroOneSplitFn.h SplittingFunctions/ZeroZeroOneSplitFn.cc\
SplittingFunctions/OneHalfHalfSplitFn.h SplittingFunctions/OneHalfHalfSplitFn.cc\
SplittingFunctions/HalfOneHalfSplitFn.h SplittingFunctions/HalfOneHalfSplitFn.cc\
SplittingFunctions/CMWOneOneOneSplitFn.h SplittingFunctions/CMWOneOneOneSplitFn.cc\
SplittingFunctions/CMWHalfHalfOneSplitFn.h SplittingFunctions/CMWHalfHalfOneSplitFn.cc\
Dark/EnumParticles.h Dark/HiddenValleyAlpha.cc Dark/HiddenValleyAlpha.h \
Dark/HiddenValleyModel.cc Dark/HiddenValleyModel.h \
Dark/HiddenValleyFFZPrimeVertex.cc Dark/HiddenValleyFFZPrimeVertex.h \
Dark/OneHalfHalfDarkSplitFn.cc Dark/OneHalfHalfDarkSplitFn.h \
Dark/OneOneOneDarkSplitFn.cc Dark/OneOneOneDarkSplitFn.h \
Dark/HalfHalfOneDarkSplitFn.cc Dark/HalfHalfOneDarkSplitFn.h \
Kinematics/Decay_QTildeShowerKinematics1to2.cc \
Kinematics/Decay_QTildeShowerKinematics1to2.h \
Kinematics/IS_QTildeShowerKinematics1to2.cc Kinematics/IS_QTildeShowerKinematics1to2.h \
Kinematics/FS_QTildeShowerKinematics1to2.cc Kinematics/FS_QTildeShowerKinematics1to2.h \
Kinematics/KinematicHelpers.h \
Kinematics/KinematicsReconstructor.cc \
Kinematics/KinematicsReconstructor.tcc \
Kinematics/KinematicsReconstructor.h \
Kinematics/KinematicsReconstructor.fh \
Base/HardTree.cc Base/HardTree.h Base/HardTree.fh \
Base/HardBranching.h Base/HardBranching.fh Base/HardBranching.cc\
Base/PartnerFinder.h Base/PartnerFinder.fh Base/PartnerFinder.cc \
Base/ShowerVeto.h Base/ShowerVeto.fh Base/ShowerVeto.cc \
Base/FullShowerVeto.h Base/FullShowerVeto.fh Base/FullShowerVeto.cc \
SplittingFunctions/SplittingGenerator.cc SplittingFunctions/SplittingGenerator.h\
SplittingFunctions/SplittingGenerator.fh \
Base/ShowerTree.h Base/ShowerTree.fh Base/ShowerTree.cc \
ShowerConfig.h ShowerConfig.cc \
Base/Branching.h \
Base/ShowerParticle.cc Base/ShowerParticle.fh Base/ShowerParticle.h \
Kinematics/ShowerKinematics.fh Kinematics/ShowerKinematics.h Kinematics/ShowerKinematics.cc \
Kinematics/ShowerBasis.fh Kinematics/ShowerBasis.h Kinematics/ShowerBasis.cc \
Base/ShowerProgenitor.fh Base/ShowerProgenitor.h \
SplittingFunctions/SudakovFormFactor.cc SplittingFunctions/SudakovFormFactor.h SplittingFunctions/SudakovFormFactor.fh \
SplittingFunctions/SudakovCutOff.cc SplittingFunctions/SudakovCutOff.h SplittingFunctions/SudakovCutOff.fh \
SplittingFunctions/PTCutOff.cc SplittingFunctions/PTCutOff.h \
SplittingFunctions/MassCutOff.cc SplittingFunctions/MassCutOff.h \
SplittingFunctions/VariableMassCutOff.cc SplittingFunctions/VariableMassCutOff.h \
-SplittingFunctions/SplittingFunction.h SplittingFunctions/SplittingFunction.fh \
-SplittingFunctions/SplittingFunction.cc \
+SplittingFunctions/Sudakov1to2FormFactor.h SplittingFunctions/Sudakov1to2FormFactor.fh \
+SplittingFunctions/Sudakov1to2FormFactor.cc \
Base/ShowerVertex.cc Base/ShowerVertex.fh Base/ShowerVertex.h
diff --git a/Shower/QTilde/QTildeShowerHandler.cc b/Shower/QTilde/QTildeShowerHandler.cc
--- a/Shower/QTilde/QTildeShowerHandler.cc
+++ b/Shower/QTilde/QTildeShowerHandler.cc
@@ -1,3285 +1,3290 @@
// -*- C++ -*-
//
// QTildeShowerHandler.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
// This is the implementation of the non-inlined, non-templated member
// functions of the QTildeShowerHandler class.
//
#include "QTildeShowerHandler.h"
#include "ThePEG/Interface/Deleted.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Interface/Reference.h"
#include "ThePEG/Interface/RefVector.h"
#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/EventRecord/Particle.h"
#include "ThePEG/Repository/UseRandom.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/Utilities/EnumIO.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include "Herwig/PDF/MPIPDF.h"
#include "Herwig/PDF/MinBiasPDF.h"
#include "Herwig/Shower/QTilde/Base/ShowerTree.h"
#include "Herwig/Shower/QTilde/Base/HardTree.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicsReconstructor.h"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.h"
#include "Herwig/PDF/HwRemDecayer.h"
#include "Herwig/Shower/QTilde/Base/ShowerVertex.h"
#include "ThePEG/Repository/CurrentGenerator.h"
#include "Herwig/MatrixElement/Matchbox/Base/SubtractedME.h"
#include "Herwig/MatrixElement/Matchbox/MatchboxFactory.h"
#include "ThePEG/PDF/PartonExtractor.h"
#include "Herwig/Shower/RealEmissionProcess.h"
#include "Herwig/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h"
#include "Herwig/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h"
#include "Herwig/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h"
#include "Herwig/MatrixElement/MEMinBias.h"
using namespace Herwig;
bool QTildeShowerHandler::_hardEmissionWarn = true;
bool QTildeShowerHandler::_missingTruncWarn = true;
QTildeShowerHandler::QTildeShowerHandler() :
_maxtry(100), _meCorrMode(1), _evolutionScheme(1),
_hardVetoReadOption(false),
_iptrms(ZERO), _beta(0.), _gamma(ZERO), _iptmax(),
_limitEmissions(0), _initialenhance(1.), _finalenhance(1.),
_nReWeight(100), _reWeight(false),
interaction_(ShowerInteraction::ALL),
darkInteraction_(false),
_trunc_Mode(true), _hardEmission(1),
_softOpt(2), _hardPOWHEG(false), muPt(ZERO)
{}
IBPtr QTildeShowerHandler::clone() const {
return new_ptr(*this);
}
IBPtr QTildeShowerHandler::fullclone() const {
return new_ptr(*this);
}
void QTildeShowerHandler::persistentOutput(PersistentOStream & os) const {
os << _splittingGenerator << _maxtry
<< _meCorrMode << _hardVetoReadOption
<< _limitEmissions << _softOpt << _hardPOWHEG
<< ounit(_iptrms,GeV) << _beta << ounit(_gamma,GeV) << ounit(_iptmax,GeV)
<< _vetoes << _fullShowerVetoes << _nReWeight << _reWeight
<< _trunc_Mode << _hardEmission << _evolutionScheme
<< ounit(muPt,GeV) << oenum(interaction_) << darkInteraction_
<< _reconstructor << _partnerfinder;
}
void QTildeShowerHandler::persistentInput(PersistentIStream & is, int) {
is >> _splittingGenerator >> _maxtry
>> _meCorrMode >> _hardVetoReadOption
>> _limitEmissions >> _softOpt >> _hardPOWHEG
>> iunit(_iptrms,GeV) >> _beta >> iunit(_gamma,GeV) >> iunit(_iptmax,GeV)
>> _vetoes >> _fullShowerVetoes >> _nReWeight >> _reWeight
>> _trunc_Mode >> _hardEmission >> _evolutionScheme
>> iunit(muPt,GeV) >> ienum(interaction_) >> darkInteraction_
>> _reconstructor >> _partnerfinder;
}
// The following static variable is needed for the type
// description system in ThePEG.
DescribeClass<QTildeShowerHandler,ShowerHandler>
describeHerwigQTildeShowerHandler("Herwig::QTildeShowerHandler", "HwShower.so");
void QTildeShowerHandler::Init() {
static ClassDocumentation<QTildeShowerHandler> documentation
("TheQTildeShowerHandler class is the main class"
" for the angular-ordered parton shower",
"The Shower evolution was performed using an algorithm described in "
"\\cite{Bahr:2008pv,Marchesini:1983bm,Marchesini:1987cf,Gieseke:2003rz,Masouminia:2021kne}.",
//
"%\\cite{Marchesini:1983bm}\n"
"\\bibitem{Marchesini:1983bm}\n"
" G.~Marchesini and B.~R.~Webber,\n"
" ``Simulation Of QCD Jets Including Soft Gluon Interference,''\n"
" Nucl.\\ Phys.\\ B {\\bf 238}, 1 (1984).\n"
" %%CITATION = NUPHA,B238,1;%%\n"
//
"%\\cite{Marchesini:1987cf}\n"
"\\bibitem{Marchesini:1987cf}\n"
" G.~Marchesini and B.~R.~Webber,\n"
" ``Monte Carlo Simulation of General Hard Processes with Coherent QCD\n"
" Radiation,''\n"
" Nucl.\\ Phys.\\ B {\\bf 310}, 461 (1988).\n"
" %%CITATION = NUPHA,B310,461;%%\n"
//
"%\\cite{Gieseke:2003rz}\n"
"\\bibitem{Gieseke:2003rz}\n"
" S.~Gieseke, P.~Stephens and B.~Webber,\n"
" ``New formalism for QCD parton showers,''\n"
" JHEP {\\bf 0312}, 045 (2003)\n"
" [arXiv:hep-ph/0310083].\n"
" %%CITATION = JHEPA,0312,045;%%\n"
//
"%\\cite{Masouminia:2021kne}\n"
"\\bibitem{Masouminia:2021kne}\n"
" M.~R.~Masouminia and P.~Richardson,\n"
" ``Implementation of angularly ordered electroweak parton shower in Herwig 7,''\n"
" JHEP {\\bf 04}, 112 (2022)\n"
" [arXiv:2108.10817 [hep-ph].\n"
" %%CITATION = JHEP,04,112;%%\n"
);
static Reference<QTildeShowerHandler,SplittingGenerator>
interfaceSplitGen("SplittingGenerator",
"A reference to the SplittingGenerator object",
&Herwig::QTildeShowerHandler::_splittingGenerator,
false, false, true, false);
static Parameter<QTildeShowerHandler,unsigned int> interfaceMaxTry
("MaxTry",
"The maximum number of attempts to generate the shower from a"
" particular ShowerTree",
&QTildeShowerHandler::_maxtry, 100, 1, 100000,
false, false, Interface::limited);
static Parameter<QTildeShowerHandler,unsigned int> interfaceNReWeight
("NReWeight",
"The number of attempts for the shower when reweighting",
&QTildeShowerHandler::_nReWeight, 100, 10, 10000,
false, false, Interface::limited);
static Switch<QTildeShowerHandler, unsigned int> ifaceMECorrMode
("MECorrMode",
"Choice of the ME Correction Mode",
&QTildeShowerHandler::_meCorrMode, 1, false, false);
static SwitchOption on
(ifaceMECorrMode,"HardPlusSoft","hard+soft on", 1);
static SwitchOption hard
(ifaceMECorrMode,"Hard","only hard on", 2);
static SwitchOption soft
(ifaceMECorrMode,"Soft","only soft on", 3);
static Switch<QTildeShowerHandler, bool> ifaceHardVetoReadOption
("HardVetoReadOption",
"Apply read-in scale veto to all collisions or just the primary one?",
&QTildeShowerHandler::_hardVetoReadOption, false, false, false);
static SwitchOption AllCollisions
(ifaceHardVetoReadOption,
"AllCollisions",
"Read-in pT veto applied to primary and secondary collisions.",
false);
static SwitchOption PrimaryCollision
(ifaceHardVetoReadOption,
"PrimaryCollision",
"Read-in pT veto applied to primary but not secondary collisions.",
true);
static Parameter<QTildeShowerHandler, Energy> ifaceiptrms
("IntrinsicPtGaussian",
"RMS of intrinsic pT of Gaussian distribution:\n"
"2*(1-Beta)*exp(-sqr(intrinsicpT/RMS))/sqr(RMS)",
&QTildeShowerHandler::_iptrms, GeV, ZERO, ZERO, 1000000.0*GeV,
false, false, Interface::limited);
static Parameter<QTildeShowerHandler, double> ifacebeta
("IntrinsicPtBeta",
"Proportion of inverse quadratic distribution in generating intrinsic pT.\n"
"(1-Beta) is the proportion of Gaussian distribution",
&QTildeShowerHandler::_beta, 0, 0, 1,
false, false, Interface::limited);
static Parameter<QTildeShowerHandler, Energy> ifacegamma
("IntrinsicPtGamma",
"Parameter for inverse quadratic:\n"
"2*Beta*Gamma/(sqr(Gamma)+sqr(intrinsicpT))",
&QTildeShowerHandler::_gamma,GeV, ZERO, ZERO, 100000.0*GeV,
false, false, Interface::limited);
static Parameter<QTildeShowerHandler, Energy> ifaceiptmax
("IntrinsicPtIptmax",
"Upper bound on intrinsic pT for inverse quadratic",
&QTildeShowerHandler::_iptmax,GeV, ZERO, ZERO, 100000.0*GeV,
false, false, Interface::limited);
static RefVector<QTildeShowerHandler,ShowerVeto> ifaceVetoes
("Vetoes",
"The vetoes to be checked during showering",
&QTildeShowerHandler::_vetoes, -1,
false,false,true,true,false);
static RefVector<QTildeShowerHandler,FullShowerVeto> interfaceFullShowerVetoes
("FullShowerVetoes",
"The vetos to be appliede on the full final state of the shower",
&QTildeShowerHandler::_fullShowerVetoes, -1, false, false, true, false, false);
static Switch<QTildeShowerHandler,unsigned int> interfaceLimitEmissions
("LimitEmissions",
"Limit the number and type of emissions for testing",
&QTildeShowerHandler::_limitEmissions, 0, false, false);
static SwitchOption interfaceLimitEmissionsNoLimit
(interfaceLimitEmissions,
"NoLimit",
"Allow an arbitrary number of emissions",
0);
static SwitchOption interfaceLimitEmissionsOneInitialStateEmission
(interfaceLimitEmissions,
"OneInitialStateEmission",
"Allow one emission in the initial state and none in the final state",
1);
static SwitchOption interfaceLimitEmissionsOneFinalStateEmission
(interfaceLimitEmissions,
"OneFinalStateEmission",
"Allow one emission in the final state and none in the initial state",
2);
static SwitchOption interfaceLimitEmissionsHardOnly
(interfaceLimitEmissions,
"HardOnly",
"Only allow radiation from the hard ME correction",
3);
static SwitchOption interfaceLimitEmissionsOneEmission
(interfaceLimitEmissions,
"OneEmission",
"Allow one emission in either the final state or initial state, but not both",
4);
static Switch<QTildeShowerHandler,bool> interfaceTruncMode
("TruncatedShower", "Include the truncated shower?",
&QTildeShowerHandler::_trunc_Mode, 1, false, false);
static SwitchOption interfaceTruncMode0
(interfaceTruncMode,"No","Truncated Shower is OFF", 0);
static SwitchOption interfaceTruncMode1
(interfaceTruncMode,"Yes","Truncated Shower is ON", 1);
static Switch<QTildeShowerHandler,int> interfaceHardEmission
("HardEmission",
"Whether to use ME corrections or POWHEG for the hardest emission",
&QTildeShowerHandler::_hardEmission, 0, false, false);
static SwitchOption interfaceHardEmissionNone
(interfaceHardEmission,
"None",
"No Corrections",
0);
static SwitchOption interfaceHardEmissionMECorrection
(interfaceHardEmission,
"MECorrection",
"Old fashioned ME correction",
1);
static SwitchOption interfaceHardEmissionPOWHEG
(interfaceHardEmission,
"POWHEG",
"Powheg style hard emission",
2);
static Switch<QTildeShowerHandler,ShowerInteraction> interfaceInteractions
("Interactions",
"The interactions to be used in the shower",
&QTildeShowerHandler::interaction_, ShowerInteraction::ALL, false, false);
static SwitchOption interfaceInteractionsQCD
(interfaceInteractions,
"QCD",
"Only QCD radiation",
ShowerInteraction::QCD);
static SwitchOption interfaceInteractionsQED
(interfaceInteractions,
"QED",
"Only QEd radiation",
ShowerInteraction::QED);
static SwitchOption interfaceInteractionEWOnly
(interfaceInteractions,
"EWOnly",
"Only EW",
ShowerInteraction::EW);
static SwitchOption interfaceInteractionDARK
(interfaceInteractions,
"DARK",
"DARK interaction only, overides DarkInteraction",
ShowerInteraction::DARK);
static SwitchOption interfaceInteractionQEDQCD
(interfaceInteractions,
"QEDQCD",
"QED and QCD",
ShowerInteraction::QEDQCD);
static SwitchOption interfaceInteractionALL
(interfaceInteractions,
"ALL",
"QED, QCD and EW",
ShowerInteraction::ALL);
static Switch<QTildeShowerHandler,bool> interfaceDarkInteraction
("DarkInteraction",
"Whether to include dark interactions in the shower, in addition to those specified by Interactions",
&QTildeShowerHandler::darkInteraction_, false, false, false);
static SwitchOption interfaceInteractionsDarkOn
(interfaceDarkInteraction,
"Yes",
"Include DARK interactions",
true);
static SwitchOption interfaceInteractionsDarkOff
(interfaceDarkInteraction,
"No",
"Don't include DARK interactions",
false);
static Deleted<QTildeShowerHandler> delReconstructionOption
("ReconstructionOption", "The old reconstruction option switch has been replaced with"
" the new EvolutionScheme switch, see arXiv:1904.11866 for details");
static Switch<QTildeShowerHandler,unsigned int> interfaceEvolutionScheme
("EvolutionScheme",
"The scheme to interpret the evolution variable in the case of multple emission.",
&QTildeShowerHandler::_evolutionScheme, 1, false, false);
static SwitchOption interfaceEvolutionSchemepT
(interfaceEvolutionScheme,
"pT",
"pT scheme",
0);
static SwitchOption interfaceEvolutionSchemeDotProduct
(interfaceEvolutionScheme,
"DotProduct",
"Dot-product scheme",
1);
static SwitchOption interfaceEvolutionSchemeQ2
(interfaceEvolutionScheme,
"Q2",
"Q2 scheme",
2);
static Switch<QTildeShowerHandler,unsigned int> interfaceSoftCorrelations
("SoftCorrelations",
"Option for the treatment of soft correlations in the parton shower",
&QTildeShowerHandler::_softOpt, 2, false, false);
static SwitchOption interfaceSoftCorrelationsNone
(interfaceSoftCorrelations,
"No",
"No soft correlations",
0);
static SwitchOption interfaceSoftCorrelationsFull
(interfaceSoftCorrelations,
"Full",
"Use the full eikonal",
1);
static SwitchOption interfaceSoftCorrelationsSingular
(interfaceSoftCorrelations,
"Singular",
"Use original Webber-Marchisini form",
2);
static Switch<QTildeShowerHandler,bool> interfaceHardPOWHEG
("HardPOWHEG",
"Treatment of powheg emissions which are too hard to have a shower interpretation",
&QTildeShowerHandler::_hardPOWHEG, false, false, false);
static SwitchOption interfaceHardPOWHEGAsShower
(interfaceHardPOWHEG,
"AsShower",
"Still interpret as shower emissions",
false);
static SwitchOption interfaceHardPOWHEGRealEmission
(interfaceHardPOWHEG,
"RealEmission",
"Generate shower from the real emmission configuration",
true);
static Reference<QTildeShowerHandler,KinematicsReconstructor> interfaceKinematicsReconstructor
("KinematicsReconstructor",
"Reference to the KinematicsReconstructor object",
&QTildeShowerHandler::_reconstructor, false, false, true, false, false);
static Reference<QTildeShowerHandler,PartnerFinder> interfacePartnerFinder
("PartnerFinder",
"Reference to the PartnerFinder object",
&QTildeShowerHandler::_partnerfinder, false, false, true, false, false);
}
tPPair QTildeShowerHandler::cascade(tSubProPtr sub,
XCPtr xcomb) {
// use me for reference in tex file etc
useMe();
prepareCascade(sub);
// set things up in the base class
resetWeights();
hard_=ShowerTreePtr();
decay_.clear();
done_.clear();
// start of the try block for the whole showering process
unsigned int countFailures=0;
while (countFailures<maxtry()) {
try {
decay_.clear();
done_.clear();
PerturbativeProcessPtr hard;
DecayProcessMap decay;
splitHardProcess(firstInteraction() ? tagged() :
tPVector(currentSubProcess()->outgoing().begin(),
currentSubProcess()->outgoing().end()),
hard,decay);
ShowerTree::constructTrees(hard_,decay_,hard,decay);
// if no hard process
if(!hard_) throw Exception() << "Shower starting with a decay"
<< "is not implemented"
<< Exception::runerror;
// perform the shower for the hard process
showerHardProcess(hard_,xcomb);
done_.push_back(hard_);
hard_->updateAfterShower(decay_);
// if no decaying particles to shower break out of the loop
if(decay_.empty()) break;
// shower the decay products
while(!decay_.empty()) {
// find particle whose production process has been showered
ShowerDecayMap::iterator dit = decay_.begin();
while(!dit->second->parent()->hasShowered() && dit!=decay_.end()) ++dit;
assert(dit!=decay_.end());
// get the particle
ShowerTreePtr decayingTree = dit->second;
// remove it from the multimap
decay_.erase(dit);
// make sure the particle has been decayed
QTildeShowerHandler::decay(decayingTree,decay_);
// now shower the decay
showerDecay(decayingTree);
done_.push_back(decayingTree);
decayingTree->updateAfterShower(decay_);
}
// suceeded break out of the loop
break;
}
catch (KinematicsReconstructionVeto) {
resetWeights();
++countFailures;
}
catch ( ... ) {
hard_=ShowerTreePtr();
decay_.clear();
done_.clear();
throw;
}
}
// if loop exited because of too many tries, throw event away
if (countFailures >= maxtry()) {
resetWeights();
hard_=ShowerTreePtr();
decay_.clear();
done_.clear();
throw Exception() << "Too many tries for main while loop "
<< "in QTildeShowerHandler::cascade()."
<< Exception::eventerror;
}
//enter the particles in the event record
fillEventRecord();
// clear storage
hard_=ShowerTreePtr();
decay_.clear();
done_.clear();
// non hadronic case return
if (!isResolvedHadron(incomingBeams().first ) &&
!isResolvedHadron(incomingBeams().second) )
return incomingBeams();
// remake the remnants (needs to be after the colours are sorted
// out in the insertion into the event record)
if ( firstInteraction() ) return remakeRemnant(sub->incoming());
//Return the new pair of incoming partons. remakeRemnant is not
//necessary here, because the secondary interactions are not yet
//connected to the remnants.
return make_pair(findFirstParton(sub->incoming().first ),
findFirstParton(sub->incoming().second));
}
void QTildeShowerHandler::fillEventRecord() {
// create a new step
StepPtr pstep = newStep();
assert(!done_.empty());
assert(done_[0]->isHard());
// insert the steps
for(unsigned int ix=0;ix<done_.size();++ix) {
done_[ix]->fillEventRecord(pstep,doISR(),doFSR());
}
}
HardTreePtr QTildeShowerHandler::generateCKKW(ShowerTreePtr ) const {
return HardTreePtr();
}
void QTildeShowerHandler::doinit() {
ShowerHandler::doinit();
// check on the reweighting
for(unsigned int ix=0;ix<_fullShowerVetoes.size();++ix) {
if(_fullShowerVetoes[ix]->behaviour()==1) {
_reWeight = true;
break;
}
}
if(_reWeight && maximumTries()<_nReWeight) {
throw Exception() << "Reweight being performed in the shower but the number of attempts for the"
<< "shower is less than that for the reweighting.\n"
<< "Maximum number of attempt for the shower "
<< fullName() << ":MaxTry is " << maximumTries() << "\nand for reweighting is "
<< fullName() << ":NReWeight is " << _nReWeight << "\n"
<< "we recommend the number of attempts is 10 times the number for reweighting\n"
<< Exception::runerror;
}
ShowerTree::_vmin2 = vMin();
ShowerTree::_spaceTime = includeSpaceTime();
}
void QTildeShowerHandler::doinitrun() {
ShowerHandler::doinitrun();
ShowerTree::_vmin2 = vMin();
ShowerTree::_spaceTime = includeSpaceTime();
}
void QTildeShowerHandler::generateIntrinsicpT(vector<ShowerProgenitorPtr> particlesToShower) {
if ( !ipTon() || !doISR() ) return;
// don't do anything for the moment for secondary scatters
if( !firstInteraction() ) return;
// generate intrinsic pT
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
// only consider initial-state particles
if(particlesToShower[ix]->progenitor()->isFinalState()) continue;
if(!particlesToShower[ix]->progenitor()->dataPtr()->coloured()) continue;
Energy ipt;
if(UseRandom::rnd() > _beta) {
ipt=_iptrms*sqrt(-log(UseRandom::rnd()));
}
else {
ipt=_gamma*sqrt(pow(1.+sqr(_iptmax/_gamma), UseRandom::rnd())-1.);
}
pair<Energy,double> pt = make_pair(ipt,UseRandom::rnd(Constants::twopi));
_intrinsic[particlesToShower[ix]] = pt;
}
}
void QTildeShowerHandler::setupMaximumScales(const vector<ShowerProgenitorPtr> & p,
XCPtr xcomb) {
// let POWHEG events radiate freely
if(_hardEmission==2&&hardTree()) {
vector<ShowerProgenitorPtr>::const_iterator ckt = p.begin();
for (; ckt != p.end(); ckt++) (*ckt)->maxHardPt(Constants::MaxEnergy);
return;
}
// return if no vetos
if (!restrictPhasespace()) return;
// find out if hard partonic subprocess.
bool isPartonic(false);
map<ShowerProgenitorPtr,ShowerParticlePtr>::const_iterator
cit = _currenttree->incomingLines().begin();
Lorentz5Momentum pcm;
for(; cit!=currentTree()->incomingLines().end(); ++cit) {
pcm += cit->first->progenitor()->momentum();
isPartonic |= cit->first->progenitor()->coloured();
}
// find minimum pt from hard process, the maximum pt from all outgoing
// coloured lines (this is simpler and more general than
// 2stu/(s^2+t^2+u^2)). Maximum scale for scattering processes will
// be transverse mass.
Energy ptmax = generator()->maximumCMEnergy();
// general case calculate the scale
if ( !hardScaleIsMuF() || (hardVetoReadOption()&&!firstInteraction()) ) {
// scattering process
if(currentTree()->isHard()) {
assert(xcomb);
// coloured incoming particles
if (isPartonic) {
map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
cjt = currentTree()->outgoingLines().begin();
for(; cjt!=currentTree()->outgoingLines().end(); ++cjt) {
if (cjt->first->progenitor()->coloured())
ptmax = min(ptmax,cjt->first->progenitor()->momentum().mt());
}
}
if (ptmax == generator()->maximumCMEnergy() ) ptmax = pcm.m();
if(hardScaleIsMuF()&&hardVetoReadOption()&&
!firstInteraction()) {
ptmax=min(ptmax,sqrt(xcomb->lastShowerScale()));
}
}
// decay, incoming() is the decaying particle.
else {
ptmax = currentTree()->incomingLines().begin()->first
->progenitor()->momentum().mass();
}
}
// hepeup.SCALUP is written into the lastXComb by the
// LesHouchesReader itself - use this by user's choice.
// Can be more general than this.
else {
if(currentTree()->isHard()) {
assert(xcomb);
ptmax = sqrt( xcomb->lastShowerScale() );
}
else {
ptmax = currentTree()->incomingLines().begin()->first
->progenitor()->momentum().mass();
}
}
ptmax *= hardScaleFactor();
// set maxHardPt for all progenitors. For partonic processes this
// is now the max pt in the FS, for non-partonic processes or
// processes with no coloured FS the invariant mass of the IS
vector<ShowerProgenitorPtr>::const_iterator ckt = p.begin();
for (; ckt != p.end(); ckt++) (*ckt)->maxHardPt(ptmax);
}
void QTildeShowerHandler::setupHardScales(const vector<ShowerProgenitorPtr> & p,
XCPtr xcomb) {
if ( hardScaleIsMuF() &&
(!hardVetoReadOption() || firstInteraction()) ) {
Energy hardScale = ZERO;
if(currentTree()->isHard()) {
assert(xcomb);
hardScale = sqrt( xcomb->lastShowerScale() );
}
else {
hardScale = currentTree()->incomingLines().begin()->first
->progenitor()->momentum().mass();
}
hardScale *= hardScaleFactor();
vector<ShowerProgenitorPtr>::const_iterator ckt = p.begin();
for (; ckt != p.end(); ckt++) (*ckt)->hardScale(hardScale);
muPt = hardScale;
}
}
void QTildeShowerHandler::showerHardProcess(ShowerTreePtr hard, XCPtr xcomb) {
_hardme = HwMEBasePtr();
// extract the matrix element
tStdXCombPtr lastXC = dynamic_ptr_cast<tStdXCombPtr>(xcomb);
if(lastXC) {
_hardme = dynamic_ptr_cast<HwMEBasePtr>(lastXC->matrixElement());
}
_decayme = HwDecayerBasePtr();
// set the current tree
currentTree(hard);
hardTree(HardTreePtr());
// work out the type of event
currentTree()->xcombPtr(dynamic_ptr_cast<StdXCombPtr>(xcomb));
currentTree()->identifyEventType();
checkFlags();
// generate the showering
doShowering(true,xcomb);
}
RealEmissionProcessPtr QTildeShowerHandler::hardMatrixElementCorrection(bool hard) {
// set the initial enhancement factors for the soft correction
_initialenhance = 1.;
_finalenhance = 1.;
// see if we can get the correction from the matrix element
// or decayer
RealEmissionProcessPtr real;
if(hard) {
if(_hardme&&_hardme->hasMECorrection()) {
_hardme->initializeMECorrection(_currenttree->perturbativeProcess(),
_initialenhance,_finalenhance);
if(hardMEC())
real =
_hardme->applyHardMatrixElementCorrection(_currenttree->perturbativeProcess());
}
}
else {
if(_decayme&&_decayme->hasMECorrection()) {
_decayme->initializeMECorrection(_currenttree->perturbativeProcess(),
_initialenhance,_finalenhance);
if(hardMEC())
real = _decayme->applyHardMatrixElementCorrection(_currenttree->perturbativeProcess());
}
}
return real;
}
ShowerParticleVector QTildeShowerHandler::createTimeLikeChildren(tShowerParticlePtr, IdList ids) {
// Create the ShowerParticle objects for the two children of
// the emitting particle; set the parent/child relationship
// if same as definition create particles, otherwise create cc
ShowerParticleVector children;
for(unsigned int ix=0;ix<2;++ix) {
children.push_back(new_ptr(ShowerParticle(ids[ix+1],true)));
if(children[ix]->id()==_progenitor->id()&&!ids[ix+1]->stable()&&abs(ids[ix+1]->id())!=ParticleID::tauminus)
children[ix]->set5Momentum(Lorentz5Momentum(_progenitor->progenitor()->mass()));
else
children[ix]->set5Momentum(Lorentz5Momentum(ids[ix+1]->mass()));
}
return children;
}
bool QTildeShowerHandler::timeLikeShower(tShowerParticlePtr particle,
ShowerInteraction type,
Branching fb, bool first) {
// don't do anything if not needed
if(_limitEmissions == 1 || hardOnly() ||
( _limitEmissions == 2 && _nfs != 0) ||
( _limitEmissions == 4 && _nfs + _nis != 0) ) {
if(particle->spinInfo()) particle->spinInfo()->develop();
return false;
}
// generate the emission
ShowerParticleVector children;
// generate the emission
if(!fb.kinematics)
fb = selectTimeLikeBranching(particle,type,HardBranchingPtr());
// no emission, return
if(!fb.kinematics) {
if(particle->spinInfo()) particle->spinInfo()->develop();
return false;
}
Branching fc[2] = {Branching(),Branching()};
assert(fb.kinematics);
// has emitted
// Assign the shower kinematics to the emitting particle.
particle->showerKinematics(fb.kinematics);
// check highest pT
if(fb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(fb.kinematics->pT());
// create the children
children = createTimeLikeChildren(particle,fb.ids);
// update the children
particle->showerKinematics()->
updateChildren(particle, children,_evolutionScheme,fb.type);
// update number of emissions
++_nfs;
if(_limitEmissions!=0) {
if(children[0]->spinInfo()) children[0]->spinInfo()->develop();
if(children[1]->spinInfo()) children[1]->spinInfo()->develop();
if(particle->spinInfo()) particle->spinInfo()->develop();
return true;
}
// select branchings for children
fc[0] = selectTimeLikeBranching(children[0],type,HardBranchingPtr());
fc[1] = selectTimeLikeBranching(children[1],type,HardBranchingPtr());
// shower the first particle
if(fc[0].kinematics) timeLikeShower(children[0],type,fc[0],false);
if(children[0]->spinInfo()) children[0]->spinInfo()->develop();
// shower the second particle
if(fc[1].kinematics) timeLikeShower(children[1],type,fc[1],false);
if(children[1]->spinInfo()) children[1]->spinInfo()->develop();
particle->showerKinematics()->updateParent(particle, children,_evolutionScheme,fb.type);
// branching has happened
if(first&&!children.empty())
particle->showerKinematics()->resetChildren(particle,children);
if(particle->spinInfo()) particle->spinInfo()->develop();
return true;
}
bool
QTildeShowerHandler::spaceLikeShower(tShowerParticlePtr particle, PPtr beam,
ShowerInteraction type) {
//using the pdf's associated with the ShowerHandler assures, that
//modified pdf's are used for the secondary interactions via
//CascadeHandler::resetPDFs(...)
tcPDFPtr pdf;
if(beam == incomingBeams().first)
pdf = firstPDF().pdf();
if(beam == incomingBeams().second)
pdf = secondPDF().pdf();
Energy freeze = pdfFreezingScale();
// don't do anything if not needed
if(_limitEmissions == 2 || hardOnly() ||
( _limitEmissions == 1 && _nis != 0 ) ||
( _limitEmissions == 4 && _nis + _nfs != 0 ) ) {
if(particle->spinInfo()) particle->spinInfo()->develop();
return false;
}
Branching bb;
// generate branching
while (true) {
bb=_splittingGenerator->chooseBackwardBranching(*particle,beam,
_initialenhance,
_beam,type,
pdf,freeze);
// return if no emission
if(!bb.kinematics) {
if(particle->spinInfo()) particle->spinInfo()->develop();
return false;
}
// if not vetoed break
if(!spaceLikeVetoed(bb,particle)) break;
// otherwise reset scale and continue
particle->vetoEmission(bb.type,bb.kinematics->scale());
if(particle->spinInfo()) particle->spinInfo()->decayVertex(VertexPtr());
}
// assign the splitting function and shower kinematics
particle->showerKinematics(bb.kinematics);
if(bb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(bb.kinematics->pT());
// For the time being we are considering only 1->2 branching
// particles as in Sudakov form factor
tcPDPtr part[2]={bb.ids[0],bb.ids[2]};
// Now create the actual particles, make the otherChild a final state
// particle, while the newParent is not
ShowerParticlePtr newParent = new_ptr(ShowerParticle(part[0],false));
ShowerParticlePtr otherChild = new_ptr(ShowerParticle(part[1],true,true));
ShowerParticleVector theChildren;
theChildren.push_back(particle);
theChildren.push_back(otherChild);
//this updates the evolution scale
particle->showerKinematics()->
updateParent(newParent, theChildren,_evolutionScheme,bb.type);
// update the history if needed
_currenttree->updateInitialStateShowerProduct(_progenitor,newParent);
_currenttree->addInitialStateBranching(particle,newParent,otherChild);
// for the reconstruction of kinematics, parent/child
// relationships are according to the branching process:
// now continue the shower
++_nis;
bool emitted = _limitEmissions==0 ?
spaceLikeShower(newParent,beam,type) : false;
if(newParent->spinInfo()) newParent->spinInfo()->develop();
// now reconstruct the momentum
if(!emitted) {
if(_intrinsic.find(_progenitor)==_intrinsic.end()) {
bb.kinematics->updateLast(newParent,ZERO,ZERO);
}
else {
pair<Energy,double> kt=_intrinsic[_progenitor];
bb.kinematics->updateLast(newParent,
kt.first*cos(kt.second),
kt.first*sin(kt.second));
}
}
particle->showerKinematics()->
updateChildren(newParent, theChildren,_evolutionScheme,bb.type);
if(_limitEmissions!=0) {
if(particle->spinInfo()) particle->spinInfo()->develop();
return true;
}
// perform the shower of the final-state particle
timeLikeShower(otherChild,type,Branching(),true);
particle->showerKinematics()->
updateChildren(newParent, theChildren,_evolutionScheme,bb.type);
updateHistory(otherChild);
if(theChildren[1]->spinInfo()) theChildren[1]->spinInfo()->develop();
// return the emitted
if(particle->spinInfo()) particle->spinInfo()->develop();
-
+
if(!theChildren.empty()){
particle->showerKinematics()->resetChildren(newParent,theChildren);
}
-
+
return true;
}
void QTildeShowerHandler::showerDecay(ShowerTreePtr decay) {
// work out the type of event
currentTree()->xcombPtr(StdXCombPtr());
currentTree()->identifyEventType();
_decayme = HwDecayerBasePtr();
_hardme = HwMEBasePtr();
// find the decayer
// try the normal way if possible
tDMPtr dm = decay->incomingLines().begin()->first->original() ->decayMode();
if(!dm) dm = decay->incomingLines().begin()->first->copy() ->decayMode();
if(!dm) dm = decay->incomingLines().begin()->first->progenitor()->decayMode();
// otherwise make a string and look it up
if(!dm) {
string tag = decay->incomingLines().begin()->first->original()->dataPtr()->name()
+ "->";
OrderedParticles outgoing;
for(map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
it=decay->outgoingLines().begin();it!=decay->outgoingLines().end();++it) {
if(abs(decay->incomingLines().begin()->first->original()->id()) == ParticleID::t &&
abs(it->first->original()->id())==ParticleID::Wplus &&
decay->treelinks().size() == 1) {
ShowerTreePtr Wtree = decay->treelinks().begin()->first;
for(map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
it2=Wtree->outgoingLines().begin();it2!=Wtree->outgoingLines().end();++it2) {
outgoing.insert(it2->first->original()->dataPtr());
}
}
else {
outgoing.insert(it->first->original()->dataPtr());
}
}
for(OrderedParticles::const_iterator it=outgoing.begin(); it!=outgoing.end();++it) {
if(it!=outgoing.begin()) tag += ",";
tag +=(**it).name();
}
tag += ";";
dm = findDecayMode(tag);
}
if(dm) _decayme = dynamic_ptr_cast<HwDecayerBasePtr>(dm->decayer());
// set the ShowerTree to be showered
currentTree(decay);
decay->applyTransforms();
hardTree(HardTreePtr());
// generate the showering
doShowering(false,XCPtr());
// if no vetos
// force calculation of spin correlations
SpinPtr spInfo = decay->incomingLines().begin()->first->progenitor()->spinInfo();
if(spInfo) {
if(!spInfo->developed()) spInfo->needsUpdate();
spInfo->develop();
}
}
bool QTildeShowerHandler::spaceLikeDecayShower(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minmass,ShowerInteraction type,
Branching fb) {
// don't do anything if not needed
if(_limitEmissions == 1 || hardOnly() ||
( _limitEmissions == 3 && _nis != 0) ||
( _limitEmissions == 4 && _nfs + _nis != 0) ) {
return false;
}
// generate the emission
ShowerParticleVector children;
// generate the emission
if(!fb.kinematics)
fb = selectSpaceLikeDecayBranching(particle,maxScales,minmass,type,
HardBranchingPtr());
// no emission, return
if(!fb.kinematics) return false;
Branching fc[2];
if(particle->virtualMass()==ZERO)
particle->virtualMass(_progenitor->progenitor()->mass());
fc[0] = Branching();
fc[1] = Branching();
assert(fb.kinematics);
// has emitted
// Assign the shower kinematics to the emitting particle.
particle->showerKinematics(fb.kinematics);
if(fb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(fb.kinematics->pT());
// create the ShowerParticle objects for the two children
children = createTimeLikeChildren(particle,fb.ids);
// updateChildren the children
particle->showerKinematics()->
updateChildren(particle, children,_evolutionScheme,fb.type);
// select branchings for children
fc[0] = selectSpaceLikeDecayBranching(children[0],maxScales,minmass,
type,HardBranchingPtr());
fc[1] = selectTimeLikeBranching (children[1],type,HardBranchingPtr());
// old default
++_nis;
// shower the first particle
_currenttree->updateInitialStateShowerProduct(_progenitor,children[0]);
_currenttree->addInitialStateBranching(particle,children[0],children[1]);
if(fc[0].kinematics) spaceLikeDecayShower(children[0],maxScales,minmass,type,Branching());
// shower the second particle
if(fc[1].kinematics) timeLikeShower(children[1],type,fc[1],true);
updateHistory(children[1]);
// TODO NEED AN UPDATE HERE FOR RECONOPT!=0
// branching has happened
return true;
}
vector<ShowerProgenitorPtr> QTildeShowerHandler::setupShower(bool hard) {
// set the dark interaction in the splittingGenerator now (should this go somewhere else?)
_splittingGenerator->setDarkInteraction(darkInteraction_);
RealEmissionProcessPtr real;
// generate hard me if needed
if(_hardEmission==1) {
real = hardMatrixElementCorrection(hard);
if(real&&!real->outgoing().empty()) setupMECorrection(real);
}
// generate POWHEG hard emission if needed
else if(_hardEmission==2)
hardestEmission(hard);
// set the initial colour partners
setEvolutionPartners(hard,interaction_,false);
// get the particles to be showered
vector<ShowerProgenitorPtr> particlesToShower =
currentTree()->extractProgenitors();
// return the answer
return particlesToShower;
}
void QTildeShowerHandler::setEvolutionPartners(bool hard,ShowerInteraction type,
bool clear) {
// match the particles in the ShowerTree and hardTree
if(hardTree() && !hardTree()->connect(currentTree()))
throw Exception() << "Can't match trees in "
<< "QTildeShowerHandler::setEvolutionPartners()"
<< Exception::eventerror;
// extract the progenitors
vector<ShowerParticlePtr> particles =
currentTree()->extractProgenitorParticles();
// clear the partners if needed
if(clear) {
for(unsigned int ix=0;ix<particles.size();++ix) {
particles[ix]->partner(ShowerParticlePtr());
particles[ix]->clearPartners();
}
}
// sort out the colour partners
if(hardTree()) {
// find the partner
for(unsigned int ix=0;ix<particles.size();++ix) {
tShowerParticlePtr partner = hardTree()->particles()[particles[ix]]->branchingParticle()->partner();
if(!partner) continue;
for(map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
it=hardTree()->particles().begin();
it!=hardTree()->particles().end();++it) {
if(it->second->branchingParticle()==partner) {
particles[ix]->partner(it->first);
break;
}
}
if(!particles[ix]->partner())
throw Exception() << "Can't match partners in "
<< "QTildeShowerHandler::setEvolutionPartners()"
<< Exception::eventerror;
}
}
// Set the initial evolution scales
partnerFinder()->
setInitialEvolutionScales(particles,!hard,interaction_,darkInteraction_,!_hardtree);
if(hardTree() && _hardPOWHEG) {
bool tooHard=false;
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
eit=hardTree()->particles().end();
for(unsigned int ix=0;ix<particles.size();++ix) {
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
mit = hardTree()->particles().find(particles[ix]);
Energy hardScale(ZERO);
ShowerPartnerType type(ShowerPartnerType::Undefined);
// final-state
if(particles[ix]->isFinalState()) {
if(mit!= eit && !mit->second->children().empty()) {
hardScale = mit->second->scale();
type = mit->second->type();
}
}
// initial-state
else {
if(mit!= eit && mit->second->parent()) {
hardScale = mit->second->parent()->scale();
type = mit->second->parent()->type();
}
}
if(type!=ShowerPartnerType::Undefined) {
if(type==ShowerPartnerType::QED) {
tooHard |= particles[ix]->scales().QED_noAO<hardScale;
}
else if(type==ShowerPartnerType::QCDColourLine) {
tooHard |= particles[ix]->scales().QCD_c_noAO<hardScale;
}
else if(type==ShowerPartnerType::QCDAntiColourLine) {
tooHard |= particles[ix]->scales().QCD_ac_noAO<hardScale;
}
else if(type==ShowerPartnerType::EW) {
tooHard |= particles[ix]->scales().EW<hardScale;
}
else if(type==ShowerPartnerType::DARKColourLine) {
tooHard |= particles[ix]->scales().DARK_c_noAO<hardScale;
}
else if(type==ShowerPartnerType::DARKAntiColourLine) {
tooHard |= particles[ix]->scales().DARK_ac_noAO<hardScale;
}
}
}
if(tooHard) convertHardTree(hard,type);
}
}
void QTildeShowerHandler::updateHistory(tShowerParticlePtr particle) {
if(!particle->children().empty()) {
ShowerParticleVector theChildren;
for(unsigned int ix=0;ix<particle->children().size();++ix) {
ShowerParticlePtr part = dynamic_ptr_cast<ShowerParticlePtr>
(particle->children()[ix]);
theChildren.push_back(part);
}
// update the history if needed
if(particle==_currenttree->getFinalStateShowerProduct(_progenitor))
_currenttree->updateFinalStateShowerProduct(_progenitor,
particle,theChildren);
_currenttree->addFinalStateBranching(particle,theChildren);
for(unsigned int ix=0;ix<theChildren.size();++ix)
updateHistory(theChildren[ix]);
}
}
bool QTildeShowerHandler::startTimeLikeShower(ShowerInteraction type) {
// initialize basis vectors etc
if(!progenitor()->progenitor()->partner()) return false;
progenitor()->progenitor()->initializeFinalState();
if(hardTree()) {
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
eit=hardTree()->particles().end(),
mit = hardTree()->particles().find(progenitor()->progenitor());
if( mit != eit && !mit->second->children().empty() ) {
bool output=truncatedTimeLikeShower(progenitor()->progenitor(),
mit->second ,type,Branching(),true);
if(output) updateHistory(progenitor()->progenitor());
return output;
}
}
// do the shower
bool output = hardOnly() ? false :
timeLikeShower(progenitor()->progenitor() ,type,Branching(),true) ;
if(output) updateHistory(progenitor()->progenitor());
return output;
}
bool QTildeShowerHandler::startSpaceLikeShower(PPtr parent, ShowerInteraction type) {
// initialise the basis vectors
if(!progenitor()->progenitor()->partner()) return false;
progenitor()->progenitor()->initializeInitialState(parent);
if(hardTree()) {
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
eit =hardTree()->particles().end(),
mit = hardTree()->particles().find(progenitor()->progenitor());
if( mit != eit && mit->second->parent() ) {
return truncatedSpaceLikeShower( progenitor()->progenitor(),
parent, mit->second->parent(), type );
}
}
// perform the shower
return hardOnly() ? false :
spaceLikeShower(progenitor()->progenitor(),parent,type);
}
bool QTildeShowerHandler::
startSpaceLikeDecayShower(const ShowerParticle::EvolutionScales & maxScales,
Energy minimumMass,ShowerInteraction type) {
// set up the particle basis vectors
if(!progenitor()->progenitor()->partner()) return false;
progenitor()->progenitor()->initializeDecay();
if(hardTree()) {
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
eit =hardTree()->particles().end(),
mit = hardTree()->particles().find(progenitor()->progenitor());
if( mit != eit && mit->second->parent() ) {
HardBranchingPtr branch=mit->second;
while(branch->parent()) branch=branch->parent();
return truncatedSpaceLikeDecayShower(progenitor()->progenitor(),maxScales,
minimumMass, branch ,type, Branching());
}
}
// perform the shower
return hardOnly() ? false :
spaceLikeDecayShower(progenitor()->progenitor(),maxScales,minimumMass,type,Branching());
}
bool QTildeShowerHandler::timeLikeVetoed(const Branching & fb,
ShowerParticlePtr particle) {
// work out type of interaction
ShowerInteraction type = convertInteraction(fb.type);
// check whether emission was harder than largest pt of hard subprocess
if ( restrictPhasespace() && fb.kinematics->pT() > _progenitor->maxHardPt() )
return true;
// soft matrix element correction veto
if( softMEC()) {
if(_hardme && _hardme->hasMECorrection()) {
if(_hardme->softMatrixElementVeto(particle,
_progenitor->progenitor(),
particle->isFinalState(),
_progenitor->highestpT(),
fb.ids, fb.kinematics->z(),
fb.kinematics->scale(),
fb.kinematics->pT()))
return true;
}
else if(_decayme && _decayme->hasMECorrection()) {
if(_decayme->softMatrixElementVeto(particle,
_progenitor->progenitor(),
particle->isFinalState(),
_progenitor->highestpT(),
fb.ids, fb.kinematics->z(),
fb.kinematics->scale(),
fb.kinematics->pT()))
return true;
}
}
// veto on maximum pt
if(fb.kinematics->pT()>_progenitor->maximumpT(type)) return true;
// general vetos
if (fb.kinematics && !_vetoes.empty()) {
bool vetoed=false;
for (vector<ShowerVetoPtr>::iterator v = _vetoes.begin();
v != _vetoes.end(); ++v) {
bool test = (**v).vetoTimeLike(_progenitor,particle,fb,currentTree());
switch((**v).vetoType()) {
case ShowerVeto::Emission:
vetoed |= test;
break;
case ShowerVeto::Shower:
if(test) throw VetoShower();
break;
case ShowerVeto::Event:
if(test) throw Veto();
break;
}
}
if(vetoed) return true;
}
if ( firstInteraction() &&
profileScales() ) {
double weight =
profileScales()->
hardScaleProfile(_progenitor->hardScale(),fb.kinematics->pT());
if ( UseRandom::rnd() > weight )
return true;
}
return false;
}
bool QTildeShowerHandler::spaceLikeVetoed(const Branching & bb,
ShowerParticlePtr particle) {
// work out type of interaction
ShowerInteraction type = convertInteraction(bb.type);
// check whether emission was harder than largest pt of hard subprocess
if (restrictPhasespace() && bb.kinematics->pT() > _progenitor->maxHardPt())
return true;
// apply the soft correction
if( softMEC() && _hardme && _hardme->hasMECorrection() ) {
if(_hardme->softMatrixElementVeto(particle,
_progenitor->progenitor(),
particle->isFinalState(),
_progenitor->highestpT(),
bb.ids, bb.kinematics->z(),
bb.kinematics->scale(),
bb.kinematics->pT()))
return true;
}
// the more general vetos
// check vs max pt for the shower
if(bb.kinematics->pT()>_progenitor->maximumpT(type)) return true;
if (!_vetoes.empty()) {
bool vetoed=false;
for (vector<ShowerVetoPtr>::iterator v = _vetoes.begin();
v != _vetoes.end(); ++v) {
bool test = (**v).vetoSpaceLike(_progenitor,particle,bb,currentTree());
switch ((**v).vetoType()) {
case ShowerVeto::Emission:
vetoed |= test;
break;
case ShowerVeto::Shower:
if(test) throw VetoShower();
break;
case ShowerVeto::Event:
if(test) throw Veto();
break;
}
}
if (vetoed) return true;
}
if ( firstInteraction() &&
profileScales() ) {
double weight =
profileScales()->
hardScaleProfile(_progenitor->hardScale(),bb.kinematics->pT());
if ( UseRandom::rnd() > weight )
return true;
}
return false;
}
bool QTildeShowerHandler::spaceLikeDecayVetoed( const Branching & fb,
ShowerParticlePtr particle) {
// work out type of interaction
ShowerInteraction type = convertInteraction(fb.type);
// apply the soft correction
if( softMEC() && _decayme && _decayme->hasMECorrection() ) {
if(_decayme->softMatrixElementVeto(particle,
_progenitor->progenitor(),
particle->isFinalState(),
_progenitor->highestpT(),
fb.ids, fb.kinematics->z(),
fb.kinematics->scale(),
fb.kinematics->pT()))
return true;
}
// veto on hardest pt in the shower
if(fb.kinematics->pT()> _progenitor->maximumpT(type)) return true;
// general vetos
if (!_vetoes.empty()) {
bool vetoed=false;
for (vector<ShowerVetoPtr>::iterator v = _vetoes.begin();
v != _vetoes.end(); ++v) {
bool test = (**v).vetoSpaceLike(_progenitor,particle,fb,currentTree());
switch((**v).vetoType()) {
case ShowerVeto::Emission:
vetoed |= test;
break;
case ShowerVeto::Shower:
if(test) throw VetoShower();
break;
case ShowerVeto::Event:
if(test) throw Veto();
break;
}
if (vetoed) return true;
}
}
return false;
}
void QTildeShowerHandler::hardestEmission(bool hard) {
HardTreePtr ISRTree;
// internal POWHEG in production or decay
if( (( _hardme && _hardme->hasPOWHEGCorrection()!=0 ) ||
( _decayme && _decayme->hasPOWHEGCorrection()!=0 ) ) ) {
RealEmissionProcessPtr real;
unsigned int type(0);
// production
if(_hardme) {
assert(hard);
real = _hardme->generateHardest( currentTree()->perturbativeProcess(),
interaction_);
type = _hardme->hasPOWHEGCorrection();
}
// decay
else {
assert(!hard);
real = _decayme->generateHardest( currentTree()->perturbativeProcess() );
type = _decayme->hasPOWHEGCorrection();
}
if(real) {
// set up ther hard tree
if(!real->outgoing().empty()) _hardtree = new_ptr(HardTree(real));
// set up the vetos
currentTree()->setVetoes(real->pT(),type);
}
// store initial state POWHEG radiation
if(_hardtree && _hardme && _hardme->hasPOWHEGCorrection()==1)
ISRTree = _hardtree;
}
else if (hard) {
// Get minimum pT cutoff used in shower approximation
Energy maxpt = 1.*GeV;
if ( currentTree()->showerApproximation() ) {
int colouredIn = 0;
int colouredOut = 0;
for( map< ShowerProgenitorPtr, tShowerParticlePtr >::iterator it
= currentTree()->outgoingLines().begin();
it != currentTree()->outgoingLines().end(); ++it ) {
if( it->second->coloured() ) ++colouredOut;
}
for( map< ShowerProgenitorPtr, ShowerParticlePtr >::iterator it
= currentTree()->incomingLines().begin();
it != currentTree()->incomingLines().end(); ++it ) {
if( it->second->coloured() ) ++colouredIn;
}
if ( currentTree()->showerApproximation()->ffPtCut() == currentTree()->showerApproximation()->fiPtCut() &&
currentTree()->showerApproximation()->ffPtCut() == currentTree()->showerApproximation()->iiPtCut() )
maxpt = currentTree()->showerApproximation()->ffPtCut();
else if ( colouredIn == 2 && colouredOut == 0 )
maxpt = currentTree()->showerApproximation()->iiPtCut();
else if ( colouredIn == 0 && colouredOut > 1 )
maxpt = currentTree()->showerApproximation()->ffPtCut();
else if ( colouredIn == 2 && colouredOut == 1 )
maxpt = min(currentTree()->showerApproximation()->iiPtCut(), currentTree()->showerApproximation()->fiPtCut());
else if ( colouredIn == 1 && colouredOut > 1 )
maxpt = min(currentTree()->showerApproximation()->ffPtCut(), currentTree()->showerApproximation()->fiPtCut());
else
maxpt = min(min(currentTree()->showerApproximation()->iiPtCut(), currentTree()->showerApproximation()->fiPtCut()),
currentTree()->showerApproximation()->ffPtCut());
}
// Generate hardtree from born and real emission subprocesses
_hardtree = generateCKKW(currentTree());
// Find transverse momentum of hardest emission
if (_hardtree){
for(set<HardBranchingPtr>::iterator it=_hardtree->branchings().begin();
it!=_hardtree->branchings().end();++it) {
if ((*it)->parent() && (*it)->status()==HardBranching::Incoming)
maxpt=(*it)->branchingParticle()->momentum().perp();
if ((*it)->children().size()==2 && (*it)->status()==HardBranching::Outgoing){
if ((*it)->branchingParticle()->id()!=21 &&
abs((*it)->branchingParticle()->id())>5 ){
if ((*it)->children()[0]->branchingParticle()->id()==21 ||
abs((*it)->children()[0]->branchingParticle()->id())<6)
maxpt=(*it)->children()[0]->branchingParticle()->momentum().perp();
else if ((*it)->children()[1]->branchingParticle()->id()==21 ||
abs((*it)->children()[1]->branchingParticle()->id())<6)
maxpt=(*it)->children()[1]->branchingParticle()->momentum().perp();
}
else {
if ( abs((*it)->branchingParticle()->id())<6){
if (abs((*it)->children()[0]->branchingParticle()->id())<6)
maxpt = (*it)->children()[1]->branchingParticle()->momentum().perp();
else
maxpt = (*it)->children()[0]->branchingParticle()->momentum().perp();
}
else maxpt = (*it)->children()[1]->branchingParticle()->momentum().perp();
}
}
}
}
// Hardest (pt) emission should be the first powheg emission.
maxpt=min(sqrt(lastXCombPtr()->lastShowerScale()),maxpt);
// set maximum pT for subsequent emissions from S events
if ( currentTree()->isPowhegSEvent() ) {
for( map< ShowerProgenitorPtr, tShowerParticlePtr >::iterator it
= currentTree()->outgoingLines().begin();
it != currentTree()->outgoingLines().end(); ++it ) {
if( ! it->second->coloured() ) continue;
it->first->maximumpT(maxpt, ShowerInteraction::QCD );
}
for( map< ShowerProgenitorPtr, ShowerParticlePtr >::iterator it
= currentTree()->incomingLines().begin();
it != currentTree()->incomingLines().end(); ++it ) {
if( ! it->second->coloured() ) continue;
it->first->maximumpT(maxpt, ShowerInteraction::QCD );
}
}
}
else
_hardtree = generateCKKW(currentTree());
// if hard me doesn't have a FSR powheg
// correction use decay powheg correction
if (_hardme && _hardme->hasPOWHEGCorrection()<2) {
addFSRUsingDecayPOWHEG(ISRTree);
}
// connect the trees
if(_hardtree) {
connectTrees(currentTree(),_hardtree,hard);
}
}
void QTildeShowerHandler::addFSRUsingDecayPOWHEG(HardTreePtr ISRTree) {
// check for intermediate colour singlet resonance
const ParticleVector inter = _hardme->subProcess()->intermediates();
if (inter.size()!=1 || inter[0]->momentum().m2()/GeV2 < 0 ||
inter[0]->dataPtr()->iColour()!=PDT::Colour0) {
return;
}
// ignore cases where outgoing particles are not coloured
map<ShowerProgenitorPtr, tShowerParticlePtr > out = currentTree()->outgoingLines();
if (out.size() != 2 ||
out. begin()->second->dataPtr()->iColour()==PDT::Colour0 ||
out.rbegin()->second->dataPtr()->iColour()==PDT::Colour0) {
return;
}
// look up decay mode
tDMPtr dm;
string tag;
string inParticle = inter[0]->dataPtr()->name() + "->";
vector<string> outParticles;
outParticles.push_back(out.begin ()->first->progenitor()->dataPtr()->name());
outParticles.push_back(out.rbegin()->first->progenitor()->dataPtr()->name());
for (int it=0; it<2; ++it){
tag = inParticle + outParticles[it] + "," + outParticles[(it+1)%2] + ";";
dm = generator()->findDecayMode(tag);
if(dm) break;
}
// get the decayer
HwDecayerBasePtr decayer;
if(dm) decayer = dynamic_ptr_cast<HwDecayerBasePtr>(dm->decayer());
// check if decayer has a FSR POWHEG correction
if (!decayer || decayer->hasPOWHEGCorrection()<2) {
return;
}
// generate the hardest emission
// create RealEmissionProcess
PPtr in = new_ptr(*inter[0]);
RealEmissionProcessPtr newProcess(new_ptr(RealEmissionProcess()));
newProcess->bornIncoming().push_back(in);
newProcess->bornOutgoing().push_back(out.begin ()->first->progenitor());
newProcess->bornOutgoing().push_back(out.rbegin()->first->progenitor());
// generate the FSR
newProcess = decayer->generateHardest(newProcess);
HardTreePtr FSRTree;
if(newProcess) {
// set up ther hard tree
if(!newProcess->outgoing().empty()) FSRTree = new_ptr(HardTree(newProcess));
// set up the vetos
currentTree()->setVetoes(newProcess->pT(),2);
}
if(!FSRTree) return;
// if there is no ISRTree make _hardtree from FSRTree
if (!ISRTree){
vector<HardBranchingPtr> inBranch,hardBranch;
for(map<ShowerProgenitorPtr,ShowerParticlePtr>::const_iterator
cit =currentTree()->incomingLines().begin();
cit!=currentTree()->incomingLines().end();++cit ) {
inBranch.push_back(new_ptr(HardBranching(cit->second,SudakovPtr(),
HardBranchingPtr(),
HardBranching::Incoming)));
inBranch.back()->beam(cit->first->original()->parents()[0]);
hardBranch.push_back(inBranch.back());
}
if(inBranch[0]->branchingParticle()->dataPtr()->coloured()) {
inBranch[0]->colourPartner(inBranch[1]);
inBranch[1]->colourPartner(inBranch[0]);
}
for(set<HardBranchingPtr>::iterator it=FSRTree->branchings().begin();
it!=FSRTree->branchings().end();++it) {
if((**it).branchingParticle()->id()!=in->id())
hardBranch.push_back(*it);
}
hardBranch[2]->colourPartner(hardBranch[3]);
hardBranch[3]->colourPartner(hardBranch[2]);
HardTreePtr newTree = new_ptr(HardTree(hardBranch,inBranch,
ShowerInteraction::QCD));
_hardtree = newTree;
}
// Otherwise modify the ISRTree to include the emission in FSRTree
else {
vector<tShowerParticlePtr> FSROut, ISROut;
set<HardBranchingPtr>::iterator itFSR, itISR;
// get outgoing particles
for(itFSR =FSRTree->branchings().begin();
itFSR!=FSRTree->branchings().end();++itFSR){
if ((**itFSR).status()==HardBranching::Outgoing)
FSROut.push_back((*itFSR)->branchingParticle());
}
for(itISR =ISRTree->branchings().begin();
itISR!=ISRTree->branchings().end();++itISR){
if ((**itISR).status()==HardBranching::Outgoing)
ISROut.push_back((*itISR)->branchingParticle());
}
// find COM frame formed by outgoing particles
LorentzRotation eventFrameFSR, eventFrameISR;
eventFrameFSR = ((FSROut[0]->momentum()+FSROut[1]->momentum()).findBoostToCM());
eventFrameISR = ((ISROut[0]->momentum()+ISROut[1]->momentum()).findBoostToCM());
// find rotation between ISR and FSR frames
int j=0;
if (ISROut[0]->id()!=FSROut[0]->id()) j=1;
eventFrameISR.rotateZ( (eventFrameFSR*FSROut[0]->momentum()).phi()-
(eventFrameISR*ISROut[j]->momentum()).phi() );
eventFrameISR.rotateY( (eventFrameFSR*FSROut[0]->momentum()).theta()-
(eventFrameISR*ISROut[j]->momentum()).theta() );
eventFrameISR.invert();
for (itFSR=FSRTree->branchings().begin();
itFSR!=FSRTree->branchings().end();++itFSR){
if ((**itFSR).branchingParticle()->id()==in->id()) continue;
for (itISR =ISRTree->branchings().begin();
itISR!=ISRTree->branchings().end();++itISR){
if ((**itISR).status()==HardBranching::Incoming) continue;
if ((**itFSR).branchingParticle()->id()==
(**itISR).branchingParticle()->id()){
// rotate FSRTree particle to ISRTree event frame
(**itISR).branchingParticle()->setMomentum(eventFrameISR*
eventFrameFSR*
(**itFSR).branchingParticle()->momentum());
(**itISR).branchingParticle()->rescaleMass();
// add the children of the FSRTree particles to the ISRTree
if(!(**itFSR).children().empty()){
(**itISR).addChild((**itFSR).children()[0]);
(**itISR).addChild((**itFSR).children()[1]);
// rotate momenta to ISRTree event frame
(**itISR).children()[0]->branchingParticle()->setMomentum(eventFrameISR*
eventFrameFSR*
(**itFSR).children()[0]->branchingParticle()->momentum());
(**itISR).children()[1]->branchingParticle()->setMomentum(eventFrameISR*
eventFrameFSR*
(**itFSR).children()[1]->branchingParticle()->momentum());
}
}
}
}
_hardtree = ISRTree;
}
}
bool QTildeShowerHandler::truncatedTimeLikeShower(tShowerParticlePtr particle,
HardBranchingPtr branch,
ShowerInteraction type,
Branching fb, bool first) {
// select a branching if we don't have one
if(!fb.kinematics)
fb = selectTimeLikeBranching(particle,type,branch);
// must be an emission, the forced one it not a truncated one
assert(fb.kinematics);
ShowerParticleVector children;
Branching fc[2] = {Branching(),Branching()};
// Assign the shower kinematics to the emitting particle.
particle->showerKinematics(fb.kinematics);
if(fb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(fb.kinematics->pT());
// create the children
children = createTimeLikeChildren(particle,fb.ids);
// update the children
particle->showerKinematics()->
updateChildren(particle, children,_evolutionScheme,fb.type);
// select branchings for children
if(!fc[0].kinematics) {
// select branching for first particle
if(!fb.hard && fb.iout ==1 )
fc[0] = selectTimeLikeBranching(children[0],type,branch);
else if(fb.hard && !branch->children()[0]->children().empty() )
fc[0] = selectTimeLikeBranching(children[0],type,branch->children()[0]);
else
fc[0] = selectTimeLikeBranching(children[0],type,HardBranchingPtr());
}
// select branching for the second particle
if(!fc[1].kinematics) {
// select branching for first particle
if(!fb.hard && fb.iout ==2 )
fc[1] = selectTimeLikeBranching(children[1],type,branch);
else if(fb.hard && !branch->children()[1]->children().empty() )
fc[1] = selectTimeLikeBranching(children[1],type,branch->children()[1]);
else
fc[1] = selectTimeLikeBranching(children[1],type,HardBranchingPtr());
}
// shower the first particle
if(fc[0].kinematics) {
// the parent has truncated emission and following line
if(!fb.hard && fb.iout == 1)
truncatedTimeLikeShower(children[0],branch,type,fc[0],false);
// hard emission and subsquent hard emissions
else if(fb.hard && !branch->children()[0]->children().empty() )
truncatedTimeLikeShower(children[0],branch->children()[0],type,fc[0],false);
// normal shower
else
timeLikeShower(children[0],type,fc[0],false);
}
if(children[0]->spinInfo()) children[0]->spinInfo()->develop();
// shower the second particle
if(fc[1].kinematics) {
// the parent has truncated emission and following line
if(!fb.hard && fb.iout == 2)
truncatedTimeLikeShower(children[1],branch,type,fc[1],false);
// hard emission and subsquent hard emissions
else if(fb.hard && !branch->children()[1]->children().empty() )
truncatedTimeLikeShower(children[1],branch->children()[1],type,fc[1],false);
else
timeLikeShower(children[1],type,fc[1],false);
}
if(children[1]->spinInfo()) children[1]->spinInfo()->develop();
// branching has happened
particle->showerKinematics()->updateParent(particle, children,_evolutionScheme,fb.type);
if(first&&!children.empty())
particle->showerKinematics()->resetChildren(particle,children);
if(particle->spinInfo()) particle->spinInfo()->develop();
// TODO NEED AN UPDATE HERE FOR RECONOPT!=0 ?
return true;
}
bool QTildeShowerHandler::truncatedSpaceLikeShower(tShowerParticlePtr particle, PPtr beam,
HardBranchingPtr branch,
ShowerInteraction type) {
tcPDFPtr pdf;
if(firstPDF().particle() == beamParticle())
pdf = firstPDF().pdf();
if(secondPDF().particle() == beamParticle())
pdf = secondPDF().pdf();
Energy freeze = pdfFreezingScale();
Branching bb;
// parameters of the force branching
double z(0.);
HardBranchingPtr timelike;
for( unsigned int ix = 0; ix < branch->children().size(); ++ix ) {
if( branch->children()[ix]->status() ==HardBranching::Outgoing) {
timelike = branch->children()[ix];
}
if( branch->children()[ix]->status() ==HardBranching::Incoming )
z = branch->children()[ix]->z();
}
// generate truncated branching
tcPDPtr part[2];
if(z>=0.&&z<=1.) {
while (true) {
if( !isTruncatedShowerON() || hardOnly() ) break;
bb = splittingGenerator()->chooseBackwardBranching( *particle,
beam, 1., beamParticle(),
type , pdf,freeze);
if( !bb.kinematics || bb.kinematics->scale() < branch->scale() ) {
bb = Branching();
break;
}
// particles as in Sudakov form factor
part[0] = bb.ids[0];
part[1] = bb.ids[2];
double zsplit = bb.kinematics->z();
// apply the vetos for the truncated shower
// if doesn't carry most of momentum
ShowerInteraction type2 = convertInteraction(bb.type);
if(type2==branch->sudakov()->interactionType() &&
zsplit < 0.5) {
particle->vetoEmission(bb.type,bb.kinematics->scale());
continue;
}
// others
if( part[0]->id() != particle->id() || // if particle changes type
bb.kinematics->pT() > progenitor()->maximumpT(type2) || // pt veto
bb.kinematics->scale() < branch->scale()) { // angular ordering veto
particle->vetoEmission(bb.type,bb.kinematics->scale());
continue;
}
// and those from the base class
if(spaceLikeVetoed(bb,particle)) {
particle->vetoEmission(bb.type,bb.kinematics->scale());
continue;
}
break;
}
}
if( !bb.kinematics ) {
//do the hard emission
ShoKinPtr kinematics = new_ptr(IS_QTildeShowerKinematics1to2(
branch->scale(), z, branch->phi(),
branch->children()[0]->pT(), branch->sudakov()
));
// assign the splitting function and shower kinematics
particle->showerKinematics( kinematics );
if(kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(kinematics->pT());
// For the time being we are considering only 1->2 branching
// Now create the actual particles, make the otherChild a final state
// particle, while the newParent is not
ShowerParticlePtr newParent =
new_ptr( ShowerParticle( branch->branchingParticle()->dataPtr(), false ) );
ShowerParticlePtr otherChild =
new_ptr( ShowerParticle( timelike->branchingParticle()->dataPtr(),
true, true ) );
ShowerParticleVector theChildren;
theChildren.push_back( particle );
theChildren.push_back( otherChild );
particle->showerKinematics()->
updateParent( newParent, theChildren,_evolutionScheme, branch->type());
// update the history if needed
currentTree()->updateInitialStateShowerProduct( progenitor(), newParent );
currentTree()->addInitialStateBranching( particle, newParent, otherChild );
// for the reconstruction of kinematics, parent/child
// relationships are according to the branching process:
// now continue the shower
bool emitted=false;
if(!hardOnly()) {
if( branch->parent() ) {
emitted = truncatedSpaceLikeShower( newParent, beam, branch->parent() , type);
}
else {
emitted = spaceLikeShower( newParent, beam , type);
}
}
if( !emitted ) {
if( intrinsicpT().find( progenitor() ) == intrinsicpT().end() ) {
kinematics->updateLast( newParent, ZERO, ZERO );
}
else {
pair<Energy,double> kt = intrinsicpT()[progenitor()];
kinematics->updateLast( newParent,
kt.first*cos( kt.second ),
kt.first*sin( kt.second ) );
}
}
particle->showerKinematics()->
updateChildren( newParent, theChildren,_evolutionScheme,bb.type);
if(hardOnly()) return true;
// perform the shower of the final-state particle
if( timelike->children().empty() ) {
timeLikeShower( otherChild , type,Branching(),true);
}
else {
truncatedTimeLikeShower( otherChild, timelike , type,Branching(), true);
}
updateHistory(otherChild);
// return the emitted
return true;
}
// assign the splitting function and shower kinematics
particle->showerKinematics( bb.kinematics );
if(bb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(bb.kinematics->pT());
// For the time being we are considering only 1->2 branching
// Now create the actual particles, make the otherChild a final state
// particle, while the newParent is not
ShowerParticlePtr newParent = new_ptr( ShowerParticle( part[0], false ) );
ShowerParticlePtr otherChild = new_ptr( ShowerParticle( part[1], true, true ) );
ShowerParticleVector theChildren;
theChildren.push_back( particle );
theChildren.push_back( otherChild );
particle->showerKinematics()->
updateParent( newParent, theChildren,_evolutionScheme, bb.type);
// update the history if needed
currentTree()->updateInitialStateShowerProduct( progenitor(), newParent );
currentTree()->addInitialStateBranching( particle, newParent, otherChild );
// for the reconstruction of kinematics, parent/child
// relationships are according to the branching process:
// now continue the shower
bool emitted = truncatedSpaceLikeShower( newParent, beam, branch,type);
// now reconstruct the momentum
if( !emitted ) {
if( intrinsicpT().find( progenitor() ) == intrinsicpT().end() ) {
bb.kinematics->updateLast( newParent, ZERO, ZERO );
}
else {
pair<Energy,double> kt = intrinsicpT()[ progenitor() ];
bb.kinematics->updateLast( newParent,
kt.first*cos( kt.second ),
kt.first*sin( kt.second ) );
}
}
particle->showerKinematics()->
updateChildren( newParent, theChildren,_evolutionScheme, bb.type);
// perform the shower of the final-state particle
timeLikeShower( otherChild , type,Branching(),true);
updateHistory(otherChild);
// return the emitted
return true;
}
bool QTildeShowerHandler::
truncatedSpaceLikeDecayShower(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minmass, HardBranchingPtr branch,
ShowerInteraction type, Branching fb) {
// select a branching if we don't have one
if(!fb.kinematics)
fb = selectSpaceLikeDecayBranching(particle,maxScales,minmass,type,branch);
// must be an emission, the forced one it not a truncated one
assert(fb.kinematics);
ShowerParticleVector children;
Branching fc[2]={Branching(),Branching()};
// Assign the shower kinematics to the emitting particle.
particle->showerKinematics(fb.kinematics);
if(fb.kinematics->pT()>progenitor()->highestpT())
progenitor()->highestpT(fb.kinematics->pT());
// create the ShowerParticle objects for the two children
children = createTimeLikeChildren(particle,fb.ids);
// updateChildren the children
particle->showerKinematics()->
updateChildren(particle, children,_evolutionScheme, fb.type);
// select branchings for children
if(!fc[0].kinematics) {
if(children[0]->id()==particle->id()) {
// select branching for first particle
if(!fb.hard)
fc[0] = selectSpaceLikeDecayBranching(children[0],maxScales,minmass,type,branch);
else if(fb.hard && ! branch->children()[0]->children().empty() )
fc[0] = selectSpaceLikeDecayBranching(children[0],maxScales,minmass,type,
branch->children()[0]);
else
fc[0] = selectSpaceLikeDecayBranching(children[0],maxScales,minmass,type,
HardBranchingPtr());
}
else {
// select branching for first particle
if(fb.hard && !branch->children()[0]->children().empty() )
fc[0] = selectTimeLikeBranching(children[0],type,branch->children()[0]);
else
fc[0] = selectTimeLikeBranching(children[0],type,HardBranchingPtr());
}
}
// select branching for the second particle
if(!fc[1].kinematics) {
if(children[1]->id()==particle->id()) {
// select branching for first particle
if(!fb.hard)
fc[1] = selectSpaceLikeDecayBranching(children[1],maxScales,minmass,type,branch);
else if(fb.hard && ! branch->children()[1]->children().empty() )
fc[1] = selectSpaceLikeDecayBranching(children[1],maxScales,minmass,type,
branch->children()[1]);
else
fc[1] = selectSpaceLikeDecayBranching(children[1],maxScales,minmass,type,
HardBranchingPtr());
}
else {
if(fb.hard && !branch->children()[1]->children().empty() )
fc[1] = selectTimeLikeBranching(children[1],type,branch->children()[1]);
else
fc[1] = selectTimeLikeBranching(children[1],type,HardBranchingPtr());
}
}
// old default
// update the history if needed
currentTree()->updateInitialStateShowerProduct(progenitor(),children[0]);
currentTree()->addInitialStateBranching(particle,children[0],children[1]);
// shower the first particle
if(fc[0].kinematics) {
if(children[0]->id()==particle->id()) {
if(!fb.hard)
truncatedSpaceLikeDecayShower( children[0],maxScales,minmass,
branch,type,fc[0]);
else if(fb.hard && ! branch->children()[0]->children().empty() )
truncatedSpaceLikeDecayShower( children[0],maxScales,minmass,
branch->children()[0],type,fc[0]);
else
spaceLikeDecayShower( children[0],maxScales,minmass,type,fc[0]);
}
else {
if(fb.hard && !branch->children()[0]->children().empty() )
truncatedTimeLikeShower(children[0],branch->children()[0],type,fc[0],false);
// normal shower
else
timeLikeShower(children[0],type,fc[0],false);
}
}
// shower the second particle
if(fc[1].kinematics) {
if(children[0]->id()==particle->id()) {
if(!fb.hard)
truncatedSpaceLikeDecayShower( children[0],maxScales,minmass,
branch,type,fc[1]);
else if(fb.hard && ! branch->children()[0]->children().empty() )
truncatedSpaceLikeDecayShower( children[0],maxScales,minmass,
branch->children()[0],type,fc[1]);
else
spaceLikeDecayShower( children[0],maxScales,minmass,type,fc[1]);
}
else {
if(fb.hard && !branch->children()[0]->children().empty() )
truncatedTimeLikeShower(children[0],branch->children()[0],type,fc[1],false);
// normal shower
else
timeLikeShower(children[0],type,fc[1],false);
}
}
updateHistory(children[1]);
// TODO DO WE NEED A CHECK IF RECONPT !=0
return true;
}
void QTildeShowerHandler::connectTrees(ShowerTreePtr showerTree,
HardTreePtr hardTree, bool hard ) {
ShowerParticleVector particles;
// find the Sudakovs
for(set<HardBranchingPtr>::iterator cit=hardTree->branchings().begin();
cit!=hardTree->branchings().end();++cit) {
// Sudakovs for ISR
if((**cit).parent()&&(**cit).status()==HardBranching::Incoming) {
++_nis;
array<long,3> br;
br[0] = (**cit).parent()->branchingParticle()->id();
br[1] = (**cit). branchingParticle()->id();
br[2] = (**cit).parent()->children()[0]==*cit ?
(**cit).parent()->children()[1]->branchingParticle()->id() :
(**cit).parent()->children()[0]->branchingParticle()->id();
BranchingList branchings = splittingGenerator()->initialStateBranchings();
if(br[1]<0&&br[0]==br[1]) {
br[0] = abs(br[0]);
br[1] = abs(br[1]);
}
else if(br[1]<0) {
br[1] = -br[1];
br[2] = -br[2];
}
long index = abs(br[1]);
SudakovPtr sudakov;
for(BranchingList::const_iterator cjt = branchings.lower_bound(index);
cjt != branchings.upper_bound(index); ++cjt ) {
IdList ids = cjt->second.particles;
if(ids[0]->id()==br[0]&&ids[1]->id()==br[1]&&ids[2]->id()==br[2]) {
sudakov=cjt->second.sudakov;
break;
}
}
if(!sudakov) throw Exception() << "Can't find Sudakov for the hard emission in "
<< "QTildeShowerHandler::connectTrees() for ISR"
<< Exception::runerror;
(**cit).parent()->sudakov(sudakov);
}
// Sudakovs for FSR
else if(!(**cit).children().empty()) {
++_nfs;
array<long,3> br;
br[0] = (**cit) .branchingParticle()->id();
br[1] = (**cit).children()[0]->branchingParticle()->id();
br[2] = (**cit).children()[1]->branchingParticle()->id();
BranchingList branchings = splittingGenerator()->finalStateBranchings();
if(br[0]<0) {
br[0] = abs(br[0]);
br[1] = abs(br[1]);
br[2] = abs(br[2]);
}
long index = br[0];
SudakovPtr sudakov;
for(BranchingList::const_iterator cjt = branchings.lower_bound(index);
cjt != branchings.upper_bound(index); ++cjt ) {
IdList ids = cjt->second.particles;
if(ids[0]->id()==br[0]&&ids[1]->id()==br[1]&&ids[2]->id()==br[2]) {
sudakov=cjt->second.sudakov;
break;
}
}
if(!sudakov) {
throw Exception() << "Can't find Sudakov for the hard emission in "
<< "QTildeShowerHandler::connectTrees()"
<< Exception::runerror;
}
(**cit).sudakov(sudakov);
}
}
// calculate the evolution scale
for(set<HardBranchingPtr>::iterator cit=hardTree->branchings().begin();
cit!=hardTree->branchings().end();++cit) {
particles.push_back((*cit)->branchingParticle());
}
partnerFinder()->
setInitialEvolutionScales(particles,!hard,interaction_,true);
hardTree->partnersSet(true);
// inverse reconstruction
if(hard) {
kinematicsReconstructor()->
deconstructHardJets(hardTree,interaction_);
}
else
kinematicsReconstructor()->
deconstructDecayJets(hardTree,interaction_);
// now reset the momenta of the showering particles
vector<ShowerProgenitorPtr> particlesToShower=showerTree->extractProgenitors();
// match them
map<ShowerProgenitorPtr,HardBranchingPtr> partners;
for(set<HardBranchingPtr>::const_iterator bit=hardTree->branchings().begin();
bit!=hardTree->branchings().end();++bit) {
Energy2 dmin( 1e30*GeV2 );
ShowerProgenitorPtr partner;
for(vector<ShowerProgenitorPtr>::const_iterator pit=particlesToShower.begin();
pit!=particlesToShower.end();++pit) {
if(partners.find(*pit)!=partners.end()) continue;
if( (**bit).branchingParticle()->id() != (**pit).progenitor()->id() ) continue;
if( (**bit).branchingParticle()->isFinalState() !=
(**pit).progenitor()->isFinalState() ) continue;
if( (**pit).progenitor()->isFinalState() ) {
Energy2 dtest =
sqr( (**pit).progenitor()->momentum().x() - (**bit).showerMomentum().x() ) +
sqr( (**pit).progenitor()->momentum().y() - (**bit).showerMomentum().y() ) +
sqr( (**pit).progenitor()->momentum().z() - (**bit).showerMomentum().z() ) +
sqr( (**pit).progenitor()->momentum().t() - (**bit).showerMomentum().t() );
// add mass difference for identical particles (e.g. Z0 Z0 production)
dtest += 1e10*sqr((**pit).progenitor()->momentum().m()-(**bit).showerMomentum().m());
if( dtest < dmin ) {
partner = *pit;
dmin = dtest;
}
}
else {
// ensure directions are right
if((**pit).progenitor()->momentum().z()/(**bit).showerMomentum().z()>ZERO) {
partner = *pit;
break;
}
}
}
if(!partner) throw Exception() << "Failed to match shower and hard trees in QTildeShowerHandler::hardestEmission"
<< Exception::eventerror;
partners[partner] = *bit;
}
for(vector<ShowerProgenitorPtr>::const_iterator pit=particlesToShower.begin();
pit!=particlesToShower.end();++pit) {
HardBranchingPtr partner = partners[*pit];
if((**pit).progenitor()->dataPtr()->stable()) {
(**pit).progenitor()->set5Momentum(partner->showerMomentum());
(**pit).copy()->set5Momentum(partner->showerMomentum());
}
else {
Lorentz5Momentum oldMomentum = (**pit).progenitor()->momentum();
Lorentz5Momentum newMomentum = partner->showerMomentum();
LorentzRotation boost( oldMomentum.findBoostToCM(),oldMomentum.e()/oldMomentum.mass());
(**pit).progenitor()->transform(boost);
(**pit).copy() ->transform(boost);
boost = LorentzRotation(-newMomentum.findBoostToCM(),newMomentum.e()/newMomentum.mass());
(**pit).progenitor()->transform(boost);
(**pit).copy() ->transform(boost);
}
}
// correction boosts for daughter trees
for(map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator
tit = showerTree->treelinks().begin();
tit != showerTree->treelinks().end();++tit) {
ShowerTreePtr decayTree = tit->first;
map<ShowerProgenitorPtr,ShowerParticlePtr>::const_iterator
cit = decayTree->incomingLines().begin();
// reset the momentum of the decay particle
Lorentz5Momentum oldMomentum = cit->first->progenitor()->momentum();
Lorentz5Momentum newMomentum = tit->second.second->momentum();
LorentzRotation boost( oldMomentum.findBoostToCM(),oldMomentum.e()/oldMomentum.mass());
decayTree->transform(boost,true);
boost = LorentzRotation(-newMomentum.findBoostToCM(),newMomentum.e()/newMomentum.mass());
decayTree->transform(boost,true);
}
}
void QTildeShowerHandler::doShowering(bool hard,XCPtr xcomb) {
// zero number of emissions
_nis = _nfs = 0;
// if MC@NLO H event and limited emissions
// indicate both final and initial state emission
if ( currentTree()->isMCatNLOHEvent() && _limitEmissions != 0 ) {
_nis = _nfs = 1;
}
// extract particles to shower
vector<ShowerProgenitorPtr> particlesToShower(setupShower(hard));
// check if we should shower
bool colCharge = false;
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
if(particlesToShower[ix]->progenitor()->dataPtr()->coloured() ||
particlesToShower[ix]->progenitor()->dataPtr()->charged()) {
colCharge = true;
break;
}
}
if(!colCharge) {
_currenttree->hasShowered(true);
return;
}
// setup the maximum scales for the shower
if (restrictPhasespace()) setupMaximumScales(particlesToShower,xcomb);
// set the hard scales for the profiles
setupHardScales(particlesToShower,xcomb);
// specific stuff for hard processes and decays
Energy minmass(ZERO), mIn(ZERO);
// hard process generate the intrinsic p_T once and for all
bool minBias = dynamic_ptr_cast<Ptr<MEMinBias>::ptr>(_hardme);
if(hard) {
_intrinsic.clear();
if(!minBias) generateIntrinsicpT(particlesToShower);
}
// decay compute the minimum mass of the final-state
else {
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
if(particlesToShower[ix]->progenitor()->isFinalState()) {
if(particlesToShower[ix]->progenitor()->dataPtr()->stable()) {
auto dm= ShowerHandler::currentHandler()->retConstituentMasses()?
particlesToShower[ix]->progenitor()->dataPtr()->constituentMass():
particlesToShower[ix]->progenitor()->dataPtr()->mass();
minmass += dm;
}
else
minmass += particlesToShower[ix]->progenitor()->mass();
}
else {
mIn = particlesToShower[ix]->progenitor()->mass();
}
}
// throw exception if decay can't happen
if ( minmass > mIn ) {
throw Exception() << "QTildeShowerHandler.cc: Mass of decaying particle is "
<< "below constituent masses of decay products."
<< Exception::eventerror;
}
}
// setup for reweighted
bool reWeighting = _reWeight && hard && ShowerHandler::currentHandler()->firstInteraction();
double eventWeight=0.;
unsigned int nTryReWeight(0);
// create random particle vector (only need to do once)
vector<ShowerProgenitorPtr> tmp;
unsigned int nColouredIncoming = 0;
while(particlesToShower.size()>0){
unsigned int xx=UseRandom::irnd(particlesToShower.size());
tmp.push_back(particlesToShower[xx]);
particlesToShower.erase(particlesToShower.begin()+xx);
}
particlesToShower=tmp;
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
if(!particlesToShower[ix]->progenitor()->isFinalState() &&
particlesToShower[ix]->progenitor()->coloured()) ++nColouredIncoming;
}
bool switchRecon = hard && nColouredIncoming !=1;
// main shower loop
unsigned int ntry(0);
bool reconstructed = false;
do {
// type of recon to use
bool generalRecon = minBias >> (switchRecon && ntry>maximumTries()/2);
// clear results of last attempt if needed
if(ntry!=0) {
currentTree()->clear();
setEvolutionPartners(hard,interaction_,true);
_nis = _nfs = 0;
// if MC@NLO H event and limited emissions
// indicate both final and initial state emission
if ( currentTree()->isMCatNLOHEvent() && _limitEmissions != 0 ) {
_nis = _nfs = 1;
}
for(unsigned int ix=0; ix<particlesToShower.size();++ix) {
SpinPtr spin = particlesToShower[ix]->progenitor()->spinInfo();
if(spin && spin->decayVertex() &&
dynamic_ptr_cast<tcSVertexPtr>(spin->decayVertex())) {
spin->decayVertex(VertexPtr());
}
}
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
if(particlesToShower[ix]->progenitor()->isFinalState() ||
(hard && !particlesToShower[ix]->progenitor()->isFinalState())) {
if(particlesToShower[ix]->progenitor()->spinInfo())
particlesToShower[ix]->progenitor()->spinInfo()->reset();
}
}
}
// loop over particles
for(unsigned int ix=0;ix<particlesToShower.size();++ix) {
// extract the progenitor
progenitor(particlesToShower[ix]);
// final-state radiation
if(progenitor()->progenitor()->isFinalState()) {
if(!doFSR()) continue;
// perform shower
progenitor()->hasEmitted(startTimeLikeShower(interaction_));
}
// initial-state radiation
else {
if(!doISR()) continue;
// hard process
if(hard) {
// get the PDF
setBeamParticle(_progenitor->beam());
if(!beamParticle()) {
throw Exception() << "Incorrect type of beam particle in "
<< "QTildeShowerHandler::doShowering(). "
<< "This should not happen for conventional choices but may happen if you have used a"
<< " non-default choice and have not changed the create ParticleData line in the input files"
<< " for this particle to create BeamParticleData."
<< Exception::runerror;
}
// perform the shower
// set the beam particle
tPPtr beamparticle=progenitor()->original();
if(!beamparticle->parents().empty())
beamparticle=beamparticle->parents()[0];
// generate the shower
progenitor()->hasEmitted(startSpaceLikeShower(beamparticle,
interaction_));
}
// decay
else {
// skip colour and electrically neutral particles
if(!progenitor()->progenitor()->dataPtr()->coloured() &&
!progenitor()->progenitor()->dataPtr()->charged()) {
progenitor()->hasEmitted(false);
continue;
}
// perform shower
// set the scales correctly. The current scale is the maximum scale for
// emission not the starting scale
ShowerParticle::EvolutionScales maxScales(progenitor()->progenitor()->scales());
progenitor()->progenitor()->scales() = ShowerParticle::EvolutionScales();
if(progenitor()->progenitor()->dataPtr()->charged()) {
progenitor()->progenitor()->scales().QED = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().QED_noAO = progenitor()->progenitor()->mass();
}
if(progenitor()->progenitor()->hasColour()) {
progenitor()->progenitor()->scales().QCD_c = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().QCD_c_noAO = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().DARK_c = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().DARK_c_noAO = progenitor()->progenitor()->mass();
}
if(progenitor()->progenitor()->hasAntiColour()) {
progenitor()->progenitor()->scales().QCD_ac = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().QCD_ac_noAO = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().DARK_ac = progenitor()->progenitor()->mass();
progenitor()->progenitor()->scales().DARK_ac_noAO = progenitor()->progenitor()->mass();
}
+ if(progenitor()->progenitor()->id()!=ParticleID::g) {
+ progenitor()->progenitor()->scales().EW = progenitor()->progenitor()->mass();
+ }
// perform the shower
progenitor()->hasEmitted(startSpaceLikeDecayShower(maxScales,minmass,
interaction_));
}
}
}
// do the kinematic reconstruction, checking if it worked
reconstructed = hard ?
kinematicsReconstructor()->
- reconstructHardJets (currentTree(),intrinsicpT(),interaction_,generalRecon) :
+ reconstructHardJets(currentTree(),intrinsicpT(),interaction_,generalRecon) :
kinematicsReconstructor()->
reconstructDecayJets(currentTree(),interaction_);
if(!reconstructed) continue;
// apply vetos on the full shower
for(vector<FullShowerVetoPtr>::const_iterator it=_fullShowerVetoes.begin();
it!=_fullShowerVetoes.end();++it) {
int veto = (**it).applyVeto(currentTree());
if(veto<0) continue;
// veto the shower
if(veto==0) {
reconstructed = false;
break;
}
// veto the shower and reweight
else if(veto==1) {
reconstructed = false;
break;
}
// veto the event
else if(veto==2) {
throw Veto();
}
}
if(reWeighting) {
if(reconstructed) eventWeight += 1.;
reconstructed=false;
++nTryReWeight;
if(nTryReWeight==_nReWeight) {
reWeighting = false;
if(eventWeight==0.) throw Veto();
}
}
}
while(!reconstructed&&maximumTries()>++ntry);
// check if failed to generate the shower
if(ntry==maximumTries()) {
if(hard)
throw ShowerHandler::ShowerTriesVeto(ntry);
else
throw Exception() << "Failed to generate the shower after "
<< ntry << " attempts in QTildeShowerHandler::showerDecay()"
<< Exception::eventerror;
}
// handle the weights and apply any reweighting required
if(nTryReWeight>0) {
tStdEHPtr seh = dynamic_ptr_cast<tStdEHPtr>(generator()->currentEventHandler());
static bool first = true;
if(seh) {
seh->reweight(eventWeight/double(nTryReWeight));
}
else if(first) {
generator()->log() << "Reweighting the shower only works with internal Herwig7 processes"
<< "Presumably you are showering Les Houches Events. These will not be"
<< "reweighted\n";
first = false;
}
}
// tree has now showered
_currenttree->hasShowered(true);
hardTree(HardTreePtr());
}
void QTildeShowerHandler:: convertHardTree(bool hard,ShowerInteraction type) {
map<ColinePtr,ColinePtr> cmap;
// incoming particles
for(map<ShowerProgenitorPtr,ShowerParticlePtr>::const_iterator
cit=currentTree()->incomingLines().begin();cit!=currentTree()->incomingLines().end();++cit) {
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
mit = hardTree()->particles().find(cit->first->progenitor());
// put the colour lines in the map
ShowerParticlePtr oldParticle = cit->first->progenitor();
ShowerParticlePtr newParticle = mit->second->branchingParticle();
ColinePtr cLine = oldParticle-> colourLine();
ColinePtr aLine = oldParticle->antiColourLine();
if(newParticle->colourLine() &&
cmap.find(newParticle-> colourLine())==cmap.end())
cmap[newParticle-> colourLine()] = cLine;
if(newParticle->antiColourLine() &&
cmap.find(newParticle->antiColourLine())==cmap.end())
cmap[newParticle->antiColourLine()] = aLine;
// check whether or not particle emits
bool emission = mit->second->parent();
if(emission) {
if(newParticle->colourLine()) {
ColinePtr ctemp = newParticle-> colourLine();
ctemp->removeColoured(newParticle);
}
if(newParticle->antiColourLine()) {
ColinePtr ctemp = newParticle->antiColourLine();
ctemp->removeAntiColoured(newParticle);
}
newParticle = mit->second->parent()->branchingParticle();
}
// get the new colour lines
ColinePtr newCLine,newALine;
// sort out colour lines
if(newParticle->colourLine()) {
ColinePtr ctemp = newParticle-> colourLine();
ctemp->removeColoured(newParticle);
if(cmap.find(ctemp)!=cmap.end()) {
newCLine = cmap[ctemp];
}
else {
newCLine = new_ptr(ColourLine());
cmap[ctemp] = newCLine;
}
}
// and anticolour lines
if(newParticle->antiColourLine()) {
ColinePtr ctemp = newParticle->antiColourLine();
ctemp->removeAntiColoured(newParticle);
if(cmap.find(ctemp)!=cmap.end()) {
newALine = cmap[ctemp];
}
else {
newALine = new_ptr(ColourLine());
cmap[ctemp] = newALine;
}
}
// remove colour lines from old particle
if(aLine) {
aLine->removeAntiColoured(cit->first->copy());
aLine->removeAntiColoured(cit->first->progenitor());
}
if(cLine) {
cLine->removeColoured(cit->first->copy());
cLine->removeColoured(cit->first->progenitor());
}
// add particle to colour lines
if(newCLine) newCLine->addColoured (newParticle);
if(newALine) newALine->addAntiColoured(newParticle);
// insert new particles
cit->first->copy(newParticle);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*newParticle,1,false)));
cit->first->progenitor(sp);
currentTree()->incomingLines()[cit->first]=sp;
cit->first->perturbative(!emission);
// and the emitted particle if needed
if(emission) {
ShowerParticlePtr newOut = mit->second->parent()->children()[1]->branchingParticle();
if(newOut->colourLine()) {
ColinePtr ctemp = newOut-> colourLine();
ctemp->removeColoured(newOut);
assert(cmap.find(ctemp)!=cmap.end());
cmap[ctemp]->addColoured (newOut);
}
if(newOut->antiColourLine()) {
ColinePtr ctemp = newOut->antiColourLine();
ctemp->removeAntiColoured(newOut);
assert(cmap.find(ctemp)!=cmap.end());
cmap[ctemp]->addAntiColoured(newOut);
}
ShowerParticlePtr sout=new_ptr(ShowerParticle(*newOut,1,true));
ShowerProgenitorPtr out=new_ptr(ShowerProgenitor(cit->first->original(),newOut,sout));
out->perturbative(false);
currentTree()->outgoingLines().insert(make_pair(out,sout));
}
if(hard) {
// sort out the value of x
if(mit->second->beam()->momentum().z()>ZERO) {
sp->x(newParticle->momentum(). plus()/mit->second->beam()->momentum(). plus());
}
else {
sp->x(newParticle->momentum().minus()/mit->second->beam()->momentum().minus());
}
}
}
// outgoing particles
for(map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
cit=currentTree()->outgoingLines().begin();cit!=currentTree()->outgoingLines().end();++cit) {
map<tShowerTreePtr,pair<tShowerProgenitorPtr,
tShowerParticlePtr> >::const_iterator tit;
for(tit = currentTree()->treelinks().begin();
tit != currentTree()->treelinks().end();++tit) {
if(tit->second.first && tit->second.second==cit->first->progenitor())
break;
}
map<ShowerParticlePtr,tHardBranchingPtr>::const_iterator
mit = hardTree()->particles().find(cit->first->progenitor());
if(mit==hardTree()->particles().end()) continue;
// put the colour lines in the map
ShowerParticlePtr oldParticle = cit->first->progenitor();
ShowerParticlePtr newParticle = mit->second->branchingParticle();
ShowerParticlePtr newOut;
ColinePtr cLine = oldParticle-> colourLine();
ColinePtr aLine = oldParticle->antiColourLine();
if(newParticle->colourLine() &&
cmap.find(newParticle-> colourLine())==cmap.end())
cmap[newParticle-> colourLine()] = cLine;
if(newParticle->antiColourLine() &&
cmap.find(newParticle->antiColourLine())==cmap.end())
cmap[newParticle->antiColourLine()] = aLine;
// check whether or not particle emits
bool emission = !mit->second->children().empty();
if(emission) {
if(newParticle->colourLine()) {
ColinePtr ctemp = newParticle-> colourLine();
ctemp->removeColoured(newParticle);
}
if(newParticle->antiColourLine()) {
ColinePtr ctemp = newParticle->antiColourLine();
ctemp->removeAntiColoured(newParticle);
}
newParticle = mit->second->children()[0]->branchingParticle();
newOut = mit->second->children()[1]->branchingParticle();
if(newParticle->id()!=oldParticle->id()&&newParticle->id()==newOut->id())
swap(newParticle,newOut);
}
// get the new colour lines
ColinePtr newCLine,newALine;
// sort out colour lines
if(newParticle->colourLine()) {
ColinePtr ctemp = newParticle-> colourLine();
ctemp->removeColoured(newParticle);
if(cmap.find(ctemp)!=cmap.end()) {
newCLine = cmap[ctemp];
}
else {
newCLine = new_ptr(ColourLine());
cmap[ctemp] = newCLine;
}
}
// and anticolour lines
if(newParticle->antiColourLine()) {
ColinePtr ctemp = newParticle->antiColourLine();
ctemp->removeAntiColoured(newParticle);
if(cmap.find(ctemp)!=cmap.end()) {
newALine = cmap[ctemp];
}
else {
newALine = new_ptr(ColourLine());
cmap[ctemp] = newALine;
}
}
// remove colour lines from old particle
if(aLine) {
aLine->removeAntiColoured(cit->first->copy());
aLine->removeAntiColoured(cit->first->progenitor());
}
if(cLine) {
cLine->removeColoured(cit->first->copy());
cLine->removeColoured(cit->first->progenitor());
}
// special for unstable particles
if(newParticle->id()==oldParticle->id() &&
(tit!=currentTree()->treelinks().end()||!oldParticle->dataPtr()->stable())) {
Lorentz5Momentum oldMomentum = oldParticle->momentum();
Lorentz5Momentum newMomentum = newParticle->momentum();
LorentzRotation boost( oldMomentum.findBoostToCM(),oldMomentum.e()/oldMomentum.mass());
if(tit!=currentTree()->treelinks().end()) tit->first->transform(boost,false);
oldParticle->transform(boost);
boost = LorentzRotation(-newMomentum.findBoostToCM(),newMomentum.e()/newMomentum.mass());
oldParticle->transform(boost);
if(tit!=currentTree()->treelinks().end()) tit->first->transform(boost,false);
newParticle=oldParticle;
}
// add particle to colour lines
if(newCLine) newCLine->addColoured (newParticle);
if(newALine) newALine->addAntiColoured(newParticle);
// insert new particles
cit->first->copy(newParticle);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*newParticle,1,true)));
cit->first->progenitor(sp);
currentTree()->outgoingLines()[cit->first]=sp;
cit->first->perturbative(!emission);
// and the emitted particle if needed
if(emission) {
if(newOut->colourLine()) {
ColinePtr ctemp = newOut-> colourLine();
ctemp->removeColoured(newOut);
assert(cmap.find(ctemp)!=cmap.end());
cmap[ctemp]->addColoured (newOut);
}
if(newOut->antiColourLine()) {
ColinePtr ctemp = newOut->antiColourLine();
ctemp->removeAntiColoured(newOut);
assert(cmap.find(ctemp)!=cmap.end());
cmap[ctemp]->addAntiColoured(newOut);
}
ShowerParticlePtr sout=new_ptr(ShowerParticle(*newOut,1,true));
ShowerProgenitorPtr out=new_ptr(ShowerProgenitor(cit->first->original(),newOut,sout));
out->perturbative(false);
currentTree()->outgoingLines().insert(make_pair(out,sout));
}
// update any decay products
if(tit!=currentTree()->treelinks().end())
currentTree()->updateLink(tit->first,make_pair(cit->first,sp));
}
// reset the tree
currentTree()->resetShowerProducts();
// reextract the particles and set the colour partners
vector<ShowerParticlePtr> particles =
currentTree()->extractProgenitorParticles();
// clear the partners
for(unsigned int ix=0;ix<particles.size();++ix) {
particles[ix]->partner(ShowerParticlePtr());
particles[ix]->clearPartners();
}
// clear the tree
hardTree(HardTreePtr());
// Set the initial evolution scales
partnerFinder()->
setInitialEvolutionScales(particles,!hard,type,!_hardtree);
}
Branching QTildeShowerHandler::selectTimeLikeBranching(tShowerParticlePtr particle,
ShowerInteraction type,
HardBranchingPtr branch) {
Branching fb;
unsigned int iout=0;
while (true) {
// break if doing truncated shower and no truncated shower needed
if(branch && (!isTruncatedShowerON()||hardOnly())) break;
fb=_splittingGenerator->chooseForwardBranching(*particle,_finalenhance,type);
// no emission break
if(!fb.kinematics) break;
// special for truncated shower
if(branch) {
// check haven't evolved too far
if(fb.kinematics->scale() < branch->scale()) {
fb=Branching();
break;
}
// find the truncated line
iout=0;
if(fb.ids[1]->id()!=fb.ids[2]->id()) {
if(fb.ids[1]->id()==particle->id()) iout=1;
else if (fb.ids[2]->id()==particle->id()) iout=2;
}
else if(fb.ids[1]->id()==particle->id()) {
if(fb.kinematics->z()>0.5) iout=1;
else iout=2;
}
// apply the vetos for the truncated shower
// no flavour changing branchings
if(iout==0) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
double zsplit = iout==1 ? fb.kinematics->z() : 1-fb.kinematics->z();
// only if same interaction for forced branching
ShowerInteraction type2 = convertInteraction(fb.type);
// and evolution
if(type2==branch->sudakov()->interactionType()) {
if(zsplit < 0.5 || // hardest line veto
fb.kinematics->scale()*zsplit < branch->scale() ) { // angular ordering veto
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
}
// pt veto
if(fb.kinematics->pT() > progenitor()->maximumpT(type2)) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
}
// standard vetos for all emissions
if(timeLikeVetoed(fb,particle)) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
if(particle->spinInfo()) particle->spinInfo()->decayVertex(VertexPtr());
continue;
}
// special for already decayed particles
// don't allow flavour changing branchings
bool vetoDecay = false;
for(map<tShowerTreePtr,pair<tShowerProgenitorPtr,
tShowerParticlePtr> >::const_iterator tit = currentTree()->treelinks().begin();
tit != currentTree()->treelinks().end();++tit) {
if(tit->second.first == progenitor()) {
map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
it = currentTree()->outgoingLines().find(progenitor());
if(it!=currentTree()->outgoingLines().end() && particle == it->second &&
fb.ids[0]!=fb.ids[1] && fb.ids[1]!=fb.ids[2]) {
vetoDecay = true;
break;
}
}
}
if(vetoDecay) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
if(particle->spinInfo()) particle->spinInfo()->decayVertex(VertexPtr());
continue;
}
break;
}
// normal case
if(!branch) {
if(fb.kinematics) fb.hard = false;
return fb;
}
// truncated emission
if(fb.kinematics) {
fb.hard = false;
fb.iout = iout;
return fb;
}
// otherwise need to return the hard emission
// construct the kinematics for the hard emission
ShoKinPtr showerKin = new_ptr(FS_QTildeShowerKinematics1to2(
branch->scale(),
branch->children()[0]->z(),
branch->phi(),
branch->children()[0]->pT(),
branch->sudakov()
));
IdList idlist(3);
idlist[0] = particle->dataPtr();
idlist[1] = branch->children()[0]->branchingParticle()->dataPtr();
idlist[2] = branch->children()[1]->branchingParticle()->dataPtr();
fb = Branching( showerKin, idlist, branch->sudakov(),branch->type() );
fb.hard = true;
fb.iout=0;
// return it
return fb;
}
Branching QTildeShowerHandler::selectSpaceLikeDecayBranching(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minmass,ShowerInteraction type,
HardBranchingPtr branch) {
Branching fb;
unsigned int iout=0;
while (true) {
// break if doing truncated shower and no truncated shower needed
if(branch && (!isTruncatedShowerON()||hardOnly())) break;
// select branching
fb=_splittingGenerator->chooseDecayBranching(*particle,maxScales,minmass,
_initialenhance,type);
// return if no radiation
if(!fb.kinematics) break;
// special for truncated shower
if(branch) {
// check haven't evolved too far
if(fb.kinematics->scale() < branch->scale()) {
fb=Branching();
break;
}
// find the truncated line
iout=0;
if(fb.ids[1]->id()!=fb.ids[2]->id()) {
if(fb.ids[1]->id()==particle->id()) iout=1;
else if (fb.ids[2]->id()==particle->id()) iout=2;
}
else if(fb.ids[1]->id()==particle->id()) {
if(fb.kinematics->z()>0.5) iout=1;
else iout=2;
}
// apply the vetos for the truncated shower
// no flavour changing branchings
if(iout==0) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
ShowerInteraction type2 = convertInteraction(fb.type);
double zsplit = iout==1 ? fb.kinematics->z() : 1-fb.kinematics->z();
if(type2==branch->sudakov()->interactionType()) {
if(zsplit < 0.5 || // hardest line veto
fb.kinematics->scale()*zsplit < branch->scale() ) { // angular ordering veto
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
}
// pt veto
if(fb.kinematics->pT() > progenitor()->maximumpT(type2)) {
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
}
// if not vetoed break
if(spaceLikeDecayVetoed(fb,particle)) {
// otherwise reset scale and continue
particle->vetoEmission(fb.type,fb.kinematics->scale());
continue;
}
break;
}
// normal case
if(!branch) {
if(fb.kinematics) fb.hard = false;
return fb;
}
// truncated emission
if(fb.kinematics) {
fb.hard = false;
fb.iout = iout;
return fb;
}
// otherwise need to return the hard emission
// construct the kinematics for the hard emission
ShoKinPtr showerKin = new_ptr(Decay_QTildeShowerKinematics1to2(
branch->scale(),
branch->children()[0]->z(),
branch->phi(),
branch->children()[0]->pT(),
branch->sudakov()));
IdList idlist(3);
idlist[0] = particle->dataPtr();
idlist[1] = branch->children()[0]->branchingParticle()->dataPtr();
idlist[2] = branch->children()[1]->branchingParticle()->dataPtr();
// create the branching
fb = Branching( showerKin, idlist, branch->sudakov(),ShowerPartnerType::QCDColourLine );
fb.hard=true;
fb.iout=0;
// return it
return fb;
}
void QTildeShowerHandler::checkFlags() {
string error = "Inconsistent hard emission set-up in QTildeShowerHandler::showerHardProcess(). ";
if ( ( currentTree()->isMCatNLOSEvent() || currentTree()->isMCatNLOHEvent() ) ) {
if (_hardEmission ==2 )
throw Exception() << error
<< "Cannot generate POWHEG matching with MC@NLO shower "
<< "approximation. Add 'set QTildeShowerHandler:HardEmission 0' to input file."
<< Exception::runerror;
if ( canHandleMatchboxTrunc() )
throw Exception() << error
<< "Cannot use truncated qtilde shower with MC@NLO shower "
<< "approximation. Set LHCGenerator:EventHandler"
<< ":CascadeHandler to '/Herwig/Shower/ShowerHandler' or "
<< "'/Herwig/Shower/Dipole/DipoleShowerHandler'."
<< Exception::runerror;
}
else if ( ((currentTree()->isPowhegSEvent() || currentTree()->isPowhegHEvent()) ) &&
_hardEmission != 2){
if ( canHandleMatchboxTrunc())
throw Exception() << error
<< "Unmatched events requested for POWHEG shower "
<< "approximation. Set QTildeShowerHandler:HardEmission to "
<< "'POWHEG'."
<< Exception::runerror;
else if (_hardEmissionWarn) {
_hardEmissionWarn = false;
_hardEmission=2;
throw Exception() << error
<< "Unmatched events requested for POWHEG shower "
<< "approximation. Changing QTildeShowerHandler:HardEmission from "
<< _hardEmission << " to 2"
<< Exception::warning;
}
}
if ( currentTree()->isPowhegSEvent() || currentTree()->isPowhegHEvent()) {
if (currentTree()->showerApproximation()->needsTruncatedShower() &&
!canHandleMatchboxTrunc() )
throw Exception() << error
<< "Current shower handler cannot generate truncated shower. "
<< "Set Generator:EventHandler:CascadeHandler to "
<< "'/Herwig/Shower/PowhegShowerHandler'."
<< Exception::runerror;
}
else if ( currentTree()->truncatedShower() && _missingTruncWarn) {
_missingTruncWarn=false;
throw Exception() << "Warning: POWHEG shower approximation used without "
<< "truncated shower. Set Generator:EventHandler:"
<< "CascadeHandler to '/Herwig/Shower/PowhegShowerHandler' and "
<< "'MEMatching:TruncatedShower Yes'."
<< Exception::warning;
}
// else if ( !dipme && _hardEmissionMode > 1 &&
// firstInteraction())
// throw Exception() << error
// << "POWHEG matching requested for LO events. Include "
// << "'set Factory:ShowerApproximation MEMatching' in input file."
// << Exception::runerror;
}
tPPair QTildeShowerHandler::remakeRemnant(tPPair oldp){
// get the parton extractor
PartonExtractor & pex = *lastExtractor();
// get the new partons
tPPair newp = make_pair(findFirstParton(oldp.first ),
findFirstParton(oldp.second));
// if the same do nothing
if(newp == oldp) return oldp;
// Creates the new remnants and returns the new PartonBinInstances
// ATTENTION Broken here for very strange configuration
PBIPair newbins = pex.newRemnants(oldp, newp, newStep());
newStep()->addIntermediate(newp.first);
newStep()->addIntermediate(newp.second);
// return the new partons
return newp;
}
PPtr QTildeShowerHandler::findFirstParton(tPPtr seed) const{
if(seed->parents().empty()) return seed;
tPPtr parent = seed->parents()[0];
//if no parent there this is a loose end which will
//be connected to the remnant soon.
if(!parent || parent == incomingBeams().first ||
parent == incomingBeams().second ) return seed;
else return findFirstParton(parent);
}
void QTildeShowerHandler::decay(ShowerTreePtr tree, ShowerDecayMap & decay) {
// must be one incoming particle
assert(tree->incomingLines().size()==1);
// apply any transforms
tree->applyTransforms();
// if already decayed return
if(!tree->outgoingLines().empty()) return;
// now we need to replace the particle with a new copy after the shower
// find particle after the shower
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator
tit = tree->parent()->treelinks().find(tree);
- assert(tit!=tree->parent()->treelinks().end());
- ShowerParticlePtr newparent=tit->second.second;
- PerturbativeProcessPtr newProcess = new_ptr(PerturbativeProcess());
- newProcess->incoming().push_back(make_pair(newparent,PerturbativeProcessPtr()));
- DecayProcessMap decayMap;
- ShowerHandler::decay(newProcess,decayMap);
- ShowerTree::constructTrees(tree,decay,newProcess,decayMap);
+ if(tit->second.second) {
+ assert(tit!=tree->parent()->treelinks().end());
+ ShowerParticlePtr newparent=tit->second.second;
+ PerturbativeProcessPtr newProcess = new_ptr(PerturbativeProcess());
+ newProcess->incoming().push_back(make_pair(newparent,PerturbativeProcessPtr()));
+ DecayProcessMap decayMap;
+ ShowerHandler::decay(newProcess,decayMap);
+ ShowerTree::constructTrees(tree,decay,newProcess,decayMap);
+ }
}
namespace {
ShowerProgenitorPtr
findFinalStateLine(ShowerTreePtr tree, long id, Lorentz5Momentum momentum) {
map<ShowerProgenitorPtr,tShowerParticlePtr>::iterator partner;
Energy2 dmin(1e30*GeV2);
for(map<ShowerProgenitorPtr,tShowerParticlePtr>::iterator
cit =tree->outgoingLines().begin(); cit!=tree->outgoingLines().end(); ++cit) {
if(cit->second->id()!=id) continue;
Energy2 test =
sqr(cit->second->momentum().x()-momentum.x())+
sqr(cit->second->momentum().y()-momentum.y())+
sqr(cit->second->momentum().z()-momentum.z())+
sqr(cit->second->momentum().t()-momentum.t());
if(test<dmin) {
dmin = test;
partner = cit;
}
}
return partner->first;
}
ShowerProgenitorPtr
findInitialStateLine(ShowerTreePtr tree, long id, Lorentz5Momentum momentum) {
map<ShowerProgenitorPtr,ShowerParticlePtr>::iterator partner;
Energy2 dmin(1e30*GeV2);
for(map<ShowerProgenitorPtr,ShowerParticlePtr>::iterator
cit =tree->incomingLines().begin(); cit!=tree->incomingLines().end(); ++cit) {
if(cit->second->id()!=id) continue;
Energy2 test =
sqr(cit->second->momentum().x()-momentum.x())+
sqr(cit->second->momentum().y()-momentum.y())+
sqr(cit->second->momentum().z()-momentum.z())+
sqr(cit->second->momentum().t()-momentum.t());
if(test<dmin) {
dmin = test;
partner = cit;
}
}
return partner->first;
}
void fixSpectatorColours(PPtr newSpect,ShowerProgenitorPtr oldSpect,
ColinePair & cline,ColinePair & aline, bool reconnect) {
cline.first = oldSpect->progenitor()->colourLine();
cline.second = newSpect->colourLine();
aline.first = oldSpect->progenitor()->antiColourLine();
aline.second = newSpect->antiColourLine();
if(!reconnect) return;
if(cline.first) {
cline.first ->removeColoured(oldSpect->copy());
cline.first ->removeColoured(oldSpect->progenitor());
cline.second->removeColoured(newSpect);
cline.first ->addColoured(newSpect);
}
if(aline.first) {
aline.first ->removeAntiColoured(oldSpect->copy());
aline.first ->removeAntiColoured(oldSpect->progenitor());
aline.second->removeAntiColoured(newSpect);
aline.first ->addAntiColoured(newSpect);
}
}
void fixInitialStateEmitter(ShowerTreePtr tree, PPtr newEmit,PPtr emitted, ShowerProgenitorPtr emitter,
ColinePair cline,ColinePair aline,double x) {
// sort out the colours
if(emitted->dataPtr()->iColour()==PDT::Colour8) {
// emitter
if(cline.first && cline.first == emitter->progenitor()->antiColourLine() &&
cline.second !=newEmit->antiColourLine()) {
// sort out not radiating line
ColinePtr col = emitter->progenitor()->colourLine();
if(col) {
col->removeColoured(emitter->copy());
col->removeColoured(emitter->progenitor());
newEmit->colourLine()->removeColoured(newEmit);
col->addColoured(newEmit);
}
}
else if(aline.first && aline.first == emitter->progenitor()->colourLine() &&
aline.second !=newEmit->colourLine()) {
// sort out not radiating line
ColinePtr anti = emitter->progenitor()->antiColourLine();
if(anti) {
anti->removeAntiColoured(emitter->copy());
anti->removeAntiColoured(emitter->progenitor());
newEmit->colourLine()->removeAntiColoured(newEmit);
anti->addAntiColoured(newEmit);
}
}
else
assert(false);
// emitted
if(cline.first && cline.second==emitted->colourLine()) {
cline.second->removeColoured(emitted);
cline.first->addColoured(emitted);
}
else if(aline.first && aline.second==emitted->antiColourLine()) {
aline.second->removeAntiColoured(emitted);
aline.first->addAntiColoured(emitted);
}
else
assert(false);
}
else {
if(emitter->progenitor()->antiColourLine() ) {
ColinePtr col = emitter->progenitor()->antiColourLine();
col->removeAntiColoured(emitter->copy());
col->removeAntiColoured(emitter->progenitor());
if(newEmit->antiColourLine()) {
newEmit->antiColourLine()->removeAntiColoured(newEmit);
col->addAntiColoured(newEmit);
}
else if (emitted->colourLine()) {
emitted->colourLine()->removeColoured(emitted);
col->addColoured(emitted);
}
else
assert(false);
}
if(emitter->progenitor()->colourLine() ) {
ColinePtr col = emitter->progenitor()->colourLine();
col->removeColoured(emitter->copy());
col->removeColoured(emitter->progenitor());
if(newEmit->colourLine()) {
newEmit->colourLine()->removeColoured(newEmit);
col->addColoured(newEmit);
}
else if (emitted->antiColourLine()) {
emitted->antiColourLine()->removeAntiColoured(emitted);
col->addAntiColoured(emitted);
}
else
assert(false);
}
}
// update the emitter
emitter->copy(newEmit);
ShowerParticlePtr sp = new_ptr(ShowerParticle(*newEmit,1,false));
sp->x(x);
emitter->progenitor(sp);
tree->incomingLines()[emitter]=sp;
emitter->perturbative(false);
// add emitted
sp=new_ptr(ShowerParticle(*emitted,1,true));
ShowerProgenitorPtr gluon=new_ptr(ShowerProgenitor(emitter->original(),emitted,sp));
gluon->perturbative(false);
tree->outgoingLines().insert(make_pair(gluon,sp));
}
void fixFinalStateEmitter(ShowerTreePtr tree, PPtr newEmit,PPtr emitted, ShowerProgenitorPtr emitter,
ColinePair cline,ColinePair aline) {
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator tit;
// special case if decayed
for(tit = tree->treelinks().begin(); tit != tree->treelinks().end();++tit) {
if(tit->second.first && tit->second.second==emitter->progenitor())
break;
}
// sort out the colour lines
if(cline.first && cline.first == emitter->progenitor()->antiColourLine() &&
cline.second !=newEmit->antiColourLine()) {
// sort out not radiating line
ColinePtr col = emitter->progenitor()->colourLine();
if(col) {
col->removeColoured(emitter->copy());
col->removeColoured(emitter->progenitor());
newEmit->colourLine()->removeColoured(newEmit);
col->addColoured(newEmit);
}
}
else if(aline.first && aline.first == emitter->progenitor()->colourLine() &&
aline.second !=newEmit->colourLine()) {
// sort out not radiating line
ColinePtr anti = emitter->progenitor()->antiColourLine();
if(anti) {
anti->removeAntiColoured(emitter->copy());
anti->removeAntiColoured(emitter->progenitor());
newEmit->colourLine()->removeAntiColoured(newEmit);
anti->addAntiColoured(newEmit);
}
}
else
assert(false);
// update the emitter
emitter->copy(newEmit);
ShowerParticlePtr sp = new_ptr(ShowerParticle(*newEmit,1,true));
emitter->progenitor(sp);
tree->outgoingLines()[emitter]=sp;
emitter->perturbative(false);
// update for decaying particles
if(tit!=tree->treelinks().end())
tree->updateLink(tit->first,make_pair(emitter,sp));
// add the emitted particle
// sort out the colour
if(cline.first && cline.second==emitted->antiColourLine()) {
cline.second->removeAntiColoured(emitted);
cline.first->addAntiColoured(emitted);
}
else if(aline.first && aline.second==emitted->colourLine()) {
aline.second->removeColoured(emitted);
aline.first->addColoured(emitted);
}
else
assert(false);
sp=new_ptr(ShowerParticle(*emitted,1,true));
ShowerProgenitorPtr gluon=new_ptr(ShowerProgenitor(emitter->original(),
emitted,sp));
gluon->perturbative(false);
tree->outgoingLines().insert(make_pair(gluon,sp));
}
}
void QTildeShowerHandler::setupMECorrection(RealEmissionProcessPtr real) {
assert(real);
// II emission
if(real->emitter() < real->incoming().size() &&
real->spectator() < real->incoming().size()) {
// recoiling system
for( map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
cjt= currentTree()->outgoingLines().begin();
cjt != currentTree()->outgoingLines().end();++cjt ) {
cjt->first->progenitor()->transform(real->transformation());
cjt->first->copy()->transform(real->transformation());
}
// the the radiating system
ShowerProgenitorPtr emitter,spectator;
unsigned int iemit = real->emitter();
unsigned int ispect = real->spectator();
int ig = int(real->emitted())-int(real->incoming().size());
emitter = findInitialStateLine(currentTree(),
real->bornIncoming()[iemit]->id(),
real->bornIncoming()[iemit]->momentum());
spectator = findInitialStateLine(currentTree(),
real->bornIncoming()[ispect]->id(),
real->bornIncoming()[ispect]->momentum());
// sort out the colours
ColinePair cline,aline;
fixSpectatorColours(real->incoming()[ispect],spectator,cline,aline,true);
// update the spectator
spectator->copy(real->incoming()[ispect]);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*real->incoming()[ispect],1,false)));
sp->x(ispect ==0 ? real->x().first :real->x().second);
spectator->progenitor(sp);
currentTree()->incomingLines()[spectator]=sp;
spectator->perturbative(true);
// now for the emitter
fixInitialStateEmitter(currentTree(),real->incoming()[iemit],real->outgoing()[ig],
emitter,cline,aline,iemit ==0 ? real->x().first :real->x().second);
}
// FF emission
else if(real->emitter() >= real->incoming().size() &&
real->spectator() >= real->incoming().size()) {
assert(real->outgoing()[real->emitted()-real->incoming().size()]->id()==ParticleID::g);
// find the emitter and spectator in the shower tree
ShowerProgenitorPtr emitter,spectator;
int iemit = int(real->emitter())-int(real->incoming().size());
emitter = findFinalStateLine(currentTree(),
real->bornOutgoing()[iemit]->id(),
real->bornOutgoing()[iemit]->momentum());
int ispect = int(real->spectator())-int(real->incoming().size());
spectator = findFinalStateLine(currentTree(),
real->bornOutgoing()[ispect]->id(),
real->bornOutgoing()[ispect]->momentum());
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator tit;
// first the spectator
// special case if decayed
for(tit = currentTree()->treelinks().begin(); tit != currentTree()->treelinks().end();++tit) {
if(tit->second.first && tit->second.second==spectator->progenitor())
break;
}
// sort out the colours
ColinePair cline,aline;
fixSpectatorColours(real->outgoing()[ispect],spectator,cline,aline,true);
// update the spectator
spectator->copy(real->outgoing()[ispect]);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*real->outgoing()[ispect],1,true)));
spectator->progenitor(sp);
currentTree()->outgoingLines()[spectator]=sp;
spectator->perturbative(true);
// update for decaying particles
if(tit!=currentTree()->treelinks().end())
currentTree()->updateLink(tit->first,make_pair(spectator,sp));
// now the emitting particle
int ig = int(real->emitted())-int(real->incoming().size());
fixFinalStateEmitter(currentTree(),real->outgoing()[iemit],
real->outgoing()[ig],
emitter,cline,aline);
}
// IF emission
else {
// scattering process
if(real->incoming().size()==2) {
ShowerProgenitorPtr emitter,spectator;
unsigned int iemit = real->emitter();
unsigned int ispect = real->spectator();
int ig = int(real->emitted())-int(real->incoming().size());
ColinePair cline,aline;
// incoming spectator
if(ispect<2) {
spectator = findInitialStateLine(currentTree(),
real->bornIncoming()[ispect]->id(),
real->bornIncoming()[ispect]->momentum());
fixSpectatorColours(real->incoming()[ispect],spectator,cline,aline,true);
// update the spectator
spectator->copy(real->incoming()[ispect]);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*real->incoming()[ispect],1,false)));
sp->x(ispect ==0 ? real->x().first :real->x().second);
spectator->progenitor(sp);
currentTree()->incomingLines()[spectator]=sp;
spectator->perturbative(true);
}
// outgoing spectator
else {
spectator = findFinalStateLine(currentTree(),
real->bornOutgoing()[ispect-real->incoming().size()]->id(),
real->bornOutgoing()[ispect-real->incoming().size()]->momentum());
// special case if decayed
map<tShowerTreePtr,pair<tShowerProgenitorPtr,tShowerParticlePtr> >::const_iterator tit;
for(tit = currentTree()->treelinks().begin(); tit != currentTree()->treelinks().end();++tit) {
if(tit->second.first && tit->second.second==spectator->progenitor())
break;
}
fixSpectatorColours(real->outgoing()[ispect-real->incoming().size()],spectator,cline,aline,true);
// update the spectator
spectator->copy(real->outgoing()[ispect-real->incoming().size()]);
ShowerParticlePtr sp(new_ptr(ShowerParticle(*real->outgoing()[ispect-real->incoming().size()],1,true)));
spectator->progenitor(sp);
currentTree()->outgoingLines()[spectator]=sp;
spectator->perturbative(true);
// update for decaying particles
if(tit!=currentTree()->treelinks().end())
currentTree()->updateLink(tit->first,make_pair(spectator,sp));
}
// incoming emitter
if(iemit<2) {
emitter = findInitialStateLine(currentTree(),
real->bornIncoming()[iemit]->id(),
real->bornIncoming()[iemit]->momentum());
fixInitialStateEmitter(currentTree(),real->incoming()[iemit],real->outgoing()[ig],
emitter,aline,cline,iemit ==0 ? real->x().first :real->x().second);
}
// outgoing emitter
else {
emitter = findFinalStateLine(currentTree(),
real->bornOutgoing()[iemit-real->incoming().size()]->id(),
real->bornOutgoing()[iemit-real->incoming().size()]->momentum());
fixFinalStateEmitter(currentTree(),real->outgoing()[iemit-real->incoming().size()],
real->outgoing()[ig],emitter,aline,cline);
}
}
// decay process
else {
assert(real->spectator()==0);
unsigned int iemit = real->emitter()-real->incoming().size();
int ig = int(real->emitted())-int(real->incoming().size());
ColinePair cline,aline;
// incoming spectator
ShowerProgenitorPtr spectator = findInitialStateLine(currentTree(),
real->bornIncoming()[0]->id(),
real->bornIncoming()[0]->momentum());
fixSpectatorColours(real->incoming()[0],spectator,cline,aline,false);
// find the emitter
ShowerProgenitorPtr emitter =
findFinalStateLine(currentTree(),
real->bornOutgoing()[iemit]->id(),
real->bornOutgoing()[iemit]->momentum());
// recoiling system
for( map<ShowerProgenitorPtr,tShowerParticlePtr>::const_iterator
cjt= currentTree()->outgoingLines().begin();
cjt != currentTree()->outgoingLines().end();++cjt ) {
if(cjt->first==emitter) continue;
cjt->first->progenitor()->transform(real->transformation());
cjt->first->copy()->transform(real->transformation());
}
// sort out the emitter
fixFinalStateEmitter(currentTree(),real->outgoing()[iemit],
real->outgoing()[ig],emitter,aline,cline);
}
}
// clean up the shower tree
_currenttree->resetShowerProducts();
}
diff --git a/Shower/QTilde/QTildeShowerHandler.h b/Shower/QTilde/QTildeShowerHandler.h
--- a/Shower/QTilde/QTildeShowerHandler.h
+++ b/Shower/QTilde/QTildeShowerHandler.h
@@ -1,838 +1,838 @@
// -*- C++ -*-
#ifndef Herwig_QTildeShowerHandler_H
#define Herwig_QTildeShowerHandler_H
//
// This is the declaration of the QTildeShowerHandler class.
//
#include "QTildeShowerHandler.fh"
#include "Herwig/Shower/ShowerHandler.h"
#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingGenerator.h"
#include "Herwig/Shower/QTilde/Base/ShowerTree.h"
#include "Herwig/Shower/QTilde/Base/ShowerProgenitor.fh"
#include "Herwig/Shower/QTilde/Base/HardTree.h"
#include "Herwig/Shower/QTilde/Base/Branching.h"
#include "Herwig/Shower/QTilde/Base/ShowerVeto.h"
#include "Herwig/Shower/QTilde/Base/FullShowerVeto.h"
#include "Herwig/Shower/QTilde/Kinematics/KinematicsReconstructor.fh"
#include "Herwig/Shower/QTilde/Base/PartnerFinder.fh"
#include "Herwig/Shower/QTilde/SplittingFunctions/SudakovFormFactor.fh"
#include "Herwig/MatrixElement/HwMEBase.h"
#include "Herwig/Decay/HwDecayerBase.h"
#include "Herwig/MatrixElement/Matchbox/Matching/ShowerApproximation.h"
#include "Herwig/Shower/RealEmissionProcess.h"
#include "Herwig/Utilities/Statistic.h"
namespace Herwig {
using namespace ThePEG;
/**
* The QTildeShowerHandler class.
*
* @see \ref QTildeShowerHandlerInterfaces "The interfaces"
* defined for QTildeShowerHandler.
*/
class QTildeShowerHandler: public ShowerHandler {
public:
-
+
/**
* Pointer to an XComb object
*/
typedef Ptr<XComb>::pointer XCPtr;
public:
/**
* The default constructor.
*/
QTildeShowerHandler();
public:
/**
* At the end of the Showering, transform ShowerParticle objects
* into ThePEG particles and fill the event record with them.
- * Notice that the parent/child relationships and the
+ * Notice that the parent/child relationships and the
* transformation from ShowerColourLine objects into ThePEG
* ColourLine ones must be properly handled.
*/
void fillEventRecord();
-
+
/**
* Return the relevant hard scale to be used in the profile scales
*/
virtual Energy hardScale() const {
return muPt;
}
/**
* Hook to allow vetoing of event after showering hard sub-process
* as in e.g. MLM merging.
*/
virtual bool showerHardProcessVeto() const { return false; }
-
+
/**
* Generate hard emissions for CKKW etc
*/
virtual HardTreePtr generateCKKW(ShowerTreePtr tree) const;
/**
* Members to perform the shower
*/
//@{
/**
* Perform the shower of the hard process
*/
virtual void showerHardProcess(ShowerTreePtr,XCPtr);
/**
* Perform the shower of a decay
*/
virtual void showerDecay(ShowerTreePtr);
//@}
/**
* Access to the flags and shower variables
*/
//@{
/**
* Get the SplittingGenerator
*/
tSplittingGeneratorPtr splittingGenerator() const { return _splittingGenerator; }
/**
* Mode for hard emissions
*/
int hardEmission() const {return _hardEmission;}
//@}
/**
* Connect the Hard and Shower trees
*/
virtual void connectTrees(ShowerTreePtr showerTree, HardTreePtr hardTree, bool hard );
/**
* Access to switches for spin correlations
*/
//@{
/**
* Soft correlations
*/
unsigned int softCorrelations() const {
return _softOpt;
}
/**
* Any correlations
*/
virtual bool correlations() const {
return spinCorrelations()!=0||_softOpt!=0;
}
//@}
public:
/**
* Access methods to access the objects
*/
//@{
/**
* Access to the KinematicsReconstructor object
*/
tKinematicsReconstructorPtr kinematicsReconstructor() const { return _reconstructor; }
/**
* Access to the PartnerFinder object
*/
tPartnerFinderPtr partnerFinder() const { return _partnerfinder; }
//@}
protected:
/**
* Perform the shower
*/
void doShowering(bool hard,XCPtr);
/**
* Generate the hard matrix element correction
*/
virtual RealEmissionProcessPtr hardMatrixElementCorrection(bool);
/**
* Generate the hardest emission
*/
virtual void hardestEmission(bool hard);
/**
* Set up for applying a matrix element correction
*/
void setupMECorrection(RealEmissionProcessPtr real);
/**
* Extract the particles to be showered, set the evolution scales
* and apply the hard matrix element correction
* @param hard Whether this is a hard process or decay
* @return The particles to be showered
*/
virtual vector<ShowerProgenitorPtr> setupShower(bool hard);
/**
* set the colour partners
*/
virtual void setEvolutionPartners(bool hard,ShowerInteraction,
bool clear);
/**
* Methods to perform the evolution of an individual particle, including
* recursive calling on the products
*/
//@{
/**
* It does the forward evolution of the time-like input particle
* (and recursively for all its radiation products).
* accepting only emissions which conforms to the showerVariables
* and soft matrix element correction.
* If at least one emission has occurred then the method returns true.
* @param particle The particle to be showered
*/
virtual bool timeLikeShower(tShowerParticlePtr particle, ShowerInteraction,
Branching fb, bool first);
/**
- * It does the backward evolution of the space-like input particle
+ * It does the backward evolution of the space-like input particle
* (and recursively for all its time-like radiation products).
* accepting only emissions which conforms to the showerVariables.
* If at least one emission has occurred then the method returns true
* @param particle The particle to be showered
* @param beam The beam particle
*/
virtual bool spaceLikeShower(tShowerParticlePtr particle,PPtr beam,
- ShowerInteraction);
+ ShowerInteraction);
/**
* If does the forward evolution of the input on-shell particle
- * involved in a decay
+ * involved in a decay
* (and recursively for all its time-like radiation products).
* accepting only emissions which conforms to the showerVariables.
* @param particle The particle to be showered
* @param maxscale The maximum scale for the shower.
* @param minimumMass The minimum mass of the final-state system
*/
- virtual bool
+ virtual bool
spaceLikeDecayShower(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minimumMass,ShowerInteraction,
Branching fb);
/**
* Truncated shower from a time-like particle
*/
virtual bool truncatedTimeLikeShower(tShowerParticlePtr particle,
HardBranchingPtr branch,
ShowerInteraction type,
Branching fb, bool first);
-
+
/**
* Truncated shower from a space-like particle
*/
virtual bool truncatedSpaceLikeShower(tShowerParticlePtr particle,PPtr beam,
HardBranchingPtr branch,
ShowerInteraction type);
/**
* Truncated shower from a time-like particle
*/
virtual bool truncatedSpaceLikeDecayShower(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minimumMass, HardBranchingPtr branch,
ShowerInteraction type, Branching fb);
//@}
/**
* Switches for matrix element corrections
*/
//@{
/**
- * Any ME correction?
+ * Any ME correction?
*/
- bool MECOn() const {
+ bool MECOn() const {
return _hardEmission == 1;
}
/**
- * Any hard ME correction?
+ * Any hard ME correction?
*/
bool hardMEC() const {
return _hardEmission == 1 && (_meCorrMode == 1 || _meCorrMode == 2);
}
/**
- * Any soft ME correction?
+ * Any soft ME correction?
*/
bool softMEC() const {
return _hardEmission == 1 && (_meCorrMode == 1 || _meCorrMode > 2);
}
//@}
/**
* Is the truncated shower on?
*/
bool isTruncatedShowerON() const {return _trunc_Mode;}
/**
* Switch for intrinsic pT
*/
//@{
/**
* Any intrinsic pT?
*/
bool ipTon() const {
return _iptrms != ZERO || ( _beta == 1.0 && _gamma != ZERO && _iptmax !=ZERO );
}
- //@}
+ //@}
/**@name Additional shower vetoes */
//@{
/**
* Insert a veto.
*/
void addVeto (ShowerVetoPtr v) { _vetoes.push_back(v); }
/**
* Remove a veto.
*/
- void removeVeto (ShowerVetoPtr v) {
+ void removeVeto (ShowerVetoPtr v) {
vector<ShowerVetoPtr>::iterator vit = find(_vetoes.begin(),_vetoes.end(),v);
if (vit != _vetoes.end())
_vetoes.erase(vit);
}
//@}
/**
* Switches for vetoing hard emissions
*/
//@{
/**
* Returns true if the hard veto read-in is to be applied to only
* the primary collision and false otherwise.
*/
bool hardVetoReadOption() const {return _hardVetoReadOption;}
//@}
/**
* Enhancement factors for radiation needed to generate the soft matrix
* element correction.
*/
//@{
/**
* Access the enhancement factor for initial-state radiation
*/
double initialStateRadiationEnhancementFactor() const { return _initialenhance; }
/**
* Access the enhancement factor for final-state radiation
*/
double finalStateRadiationEnhancementFactor() const { return _finalenhance; }
/**
* Set the enhancement factor for initial-state radiation
*/
void initialStateRadiationEnhancementFactor(double in) { _initialenhance=in; }
/**
* Set the enhancement factor for final-state radiation
*/
void finalStateRadiationEnhancementFactor(double in) { _finalenhance=in; }
//@}
/**
* Access to set/get the HardTree currently beinging showered
*/
//@{
/**
* The HardTree currently being showered
*/
tHardTreePtr hardTree() {return _hardtree;}
/**
* The HardTree currently being showered
*/
void hardTree(tHardTreePtr in) {_hardtree = in;}
//@}
/**
* Access/set the beam particle for the current initial-state shower
*/
//@{
/**
* Get the beam particle data
*/
Ptr<BeamParticleData>::const_pointer beamParticle() const { return _beam; }
/**
* Set the beam particle data
*/
void setBeamParticle(Ptr<BeamParticleData>::const_pointer in) { _beam=in; }
//@}
/**
* Set/Get the current tree being evolver for inheriting classes
*/
//@{
/**
* Get the tree
*/
tShowerTreePtr currentTree() { return _currenttree; }
/**
* Set the tree
*/
void currentTree(tShowerTreePtr tree) { _currenttree=tree; }
//@}
/**
* Access the maximum number of attempts to generate the shower
*/
unsigned int maximumTries() const { return _maxtry; }
/**
* Set/Get the ShowerProgenitor for the current shower
*/
//@{
/**
* Access the progenitor
*/
ShowerProgenitorPtr progenitor() { return _progenitor; }
/**
* Set the progenitor
*/
void progenitor(ShowerProgenitorPtr in) { _progenitor=in; }
//@}
/**
* Calculate the intrinsic \f$p_T\f$.
*/
virtual void generateIntrinsicpT(vector<ShowerProgenitorPtr>);
/**
* Access to the intrinsic \f$p_T\f$ for inheriting classes
*/
map<tShowerProgenitorPtr,pair<Energy,double> > & intrinsicpT() { return _intrinsic; }
/**
- * find the maximally allowed pt acc to the hard process.
+ * find the maximally allowed pt acc to the hard process.
*/
void setupMaximumScales(const vector<ShowerProgenitorPtr> &,XCPtr);
/**
- * find the relevant hard scales for profile scales.
+ * find the relevant hard scales for profile scales.
*/
void setupHardScales(const vector<ShowerProgenitorPtr> &,XCPtr);
/**
- * Convert the HardTree into an extra shower emission
+ * Convert the HardTree into an extra shower emission
*/
void convertHardTree(bool hard,ShowerInteraction type);
protected:
/**
* Find the parton extracted from the incoming particle after ISR
*/
PPtr findFirstParton(tPPtr seed) const;
/**
* Fix Remnant connections after ISR
*/
- tPPair remakeRemnant(tPPair oldp);
+ tPPair remakeRemnant(tPPair oldp);
protected:
/**
* Start the shower of a timelike particle
*/
virtual bool startTimeLikeShower(ShowerInteraction);
/**
* Update of the time-like stuff
*/
void updateHistory(tShowerParticlePtr particle);
/**
* Start the shower of a spacelike particle
*/
virtual bool startSpaceLikeShower(PPtr,ShowerInteraction);
/**
* Start the shower of a spacelike particle
*/
- virtual bool
+ virtual bool
startSpaceLikeDecayShower(const ShowerParticle::EvolutionScales & maxScales,
Energy minimumMass,ShowerInteraction);
/**
* Select the branching for the next time-like emission
*/
Branching selectTimeLikeBranching(tShowerParticlePtr particle,
ShowerInteraction type,
HardBranchingPtr branch);
/**
* Select the branching for the next space-like emission in a decay
*/
Branching selectSpaceLikeDecayBranching(tShowerParticlePtr particle,
const ShowerParticle::EvolutionScales & maxScales,
Energy minmass,ShowerInteraction type,
HardBranchingPtr branch);
/**
* Create the timelike child of a branching
*/
ShowerParticleVector createTimeLikeChildren(tShowerParticlePtr particle,
IdList ids);
/**
* Vetos for the timelike shower
*/
virtual bool timeLikeVetoed(const Branching &,ShowerParticlePtr);
/**
* Vetos for the spacelike shower
*/
virtual bool spaceLikeVetoed(const Branching &,ShowerParticlePtr);
/**
* Vetos for the spacelike shower
*/
virtual bool spaceLikeDecayVetoed(const Branching &,ShowerParticlePtr);
/**
* Only generate the hard emission, for testing only.
*/
bool hardOnly() const {return _limitEmissions==3;}
/**
* Check the flags
*/
void checkFlags();
/**
*
*/
void addFSRUsingDecayPOWHEG(HardTreePtr ISRTree);
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/**
* The main method which manages the showering of a subprocess.
*/
virtual tPPair cascade(tSubProPtr sub, XCPtr xcomb);
/**
* Decay a ShowerTree
*/
void decay(ShowerTreePtr tree, ShowerDecayMap & decay);
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
/**
* Initialize this object. Called in the run phase just before
* a run begins.
*/
virtual void doinitrun();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
QTildeShowerHandler & operator=(const QTildeShowerHandler &) = delete;
private:
/**
* Stuff from the ShowerHandler
*/
//@{
/**
* The ShowerTree for the hard process
*/
ShowerTreePtr hard_;
/**
* The ShowerTree for the decays
*/
ShowerDecayMap decay_;
/**
- * The ShowerTrees for which the initial shower
+ * The ShowerTrees for which the initial shower
*/
vector<ShowerTreePtr> done_;
//@}
private :
/**
* Pointer to the splitting generator
*/
SplittingGeneratorPtr _splittingGenerator;
/**
* Maximum number of tries to generate the shower of a particular tree
*/
unsigned int _maxtry;
/**
* Matrix element correction switch
*/
unsigned int _meCorrMode;
/**
* Control of the reconstruction option
*/
unsigned int _evolutionScheme;
/**
* If hard veto pT scale is being read-in this determines
- * whether the read-in value is applied to primary and
+ * whether the read-in value is applied to primary and
* secondary (MPI) scatters or just the primary one, with
* the usual computation of the veto being performed for
* the secondary (MPI) scatters.
*/
- bool _hardVetoReadOption;
+ bool _hardVetoReadOption;
/**
* rms intrinsic pT of Gaussian distribution
*/
Energy _iptrms;
/**
* Proportion of inverse quadratic intrinsic pT distribution
*/
double _beta;
/**
* Parameter for inverse quadratic: 2*Beta*Gamma/(sqr(Gamma)+sqr(intrinsicpT))
*/
Energy _gamma;
/**
* Upper bound on intrinsic pT for inverse quadratic
*/
Energy _iptmax;
/**
* Limit the number of emissions for testing
*/
unsigned int _limitEmissions;
-
+
/**
* The progenitor of the current shower
*/
ShowerProgenitorPtr _progenitor;
/**
* Matrix element
*/
HwMEBasePtr _hardme;
/**
* Decayer
*/
HwDecayerBasePtr _decayme;
/**
* The ShowerTree currently being showered
*/
ShowerTreePtr _currenttree;
/**
* The HardTree currently being showered
*/
HardTreePtr _hardtree;
/**
* Radiation enhancement factors for use with the veto algorithm
- * if needed by the soft matrix element correction
+ * if needed by the soft matrix element correction
*/
//@{
/**
* Enhancement factor for initial-state radiation
*/
double _initialenhance;
/**
* Enhancement factor for final-state radiation
*/
double _finalenhance;
//@}
/**
* The beam particle data for the current initial-state shower
*/
Ptr<BeamParticleData>::const_pointer _beam;
/**
* Storage of the intrinsic \f$p_t\f$ of the particles
*/
map<tShowerProgenitorPtr,pair<Energy,double> > _intrinsic;
/**
* Vetoes
*/
vector<ShowerVetoPtr> _vetoes;
/**
* Full Shower Vetoes
*/
vector<FullShowerVetoPtr> _fullShowerVetoes;
/**
* Number of iterations for reweighting
*/
unsigned int _nReWeight;
/**
* Whether or not we are reweighting
*/
bool _reWeight;
/**
* number of IS emissions
*/
unsigned int _nis;
/**
* Number of FS emissions
*/
unsigned int _nfs;
/**
* The option for wqhich interactions to use
*/
ShowerInteraction interaction_;
/**
* Whether to also include dark interactions in the shower
*/
bool darkInteraction_;
/**
* Truncated shower switch
*/
bool _trunc_Mode;
/**
* Mode for the hard emissions
*/
int _hardEmission;
/**
* Option for the kernal for soft correlations
*/
unsigned int _softOpt;
/**
* Option for hard radiation in POWHEG events
*/
bool _hardPOWHEG;
/**
* True if no warnings about incorrect hard emission
* mode setting have been issued yet
*/
static bool _hardEmissionWarn;
/**
- * True if no warnings about missing truncated shower
+ * True if no warnings about missing truncated shower
* have been issued yet
*/
static bool _missingTruncWarn;
/**
* The relevant hard scale to be used in the profile scales
*/
Energy muPt;
private:
/**
* Pointer to the various objects
*/
//@{
/**
* Pointer to the KinematicsReconstructor object
*/
KinematicsReconstructorPtr _reconstructor;
/**
* Pointer to the PartnerFinder object
*/
PartnerFinderPtr _partnerfinder;
//@}
};
}
#endif /* HERWIG_QTildeShowerHandler_H */
diff --git a/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.cc b/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.cc
@@ -1,85 +1,70 @@
// -*- C++ -*-
//
// CMWHalfHalfOneSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the CMWHalfHalfOneSplitFn class.
//
#include "CMWHalfHalfOneSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Interface/Reference.h"
#include "ThePEG/Interface/Switch.h"
using namespace Herwig;
DescribeClass<CMWHalfHalfOneSplitFn,Herwig::HalfHalfOneSplitFn>
describeCMWHalfHalfOneSplitFn ("Herwig::CMWHalfHalfOneSplitFn","HwShower.so");
void CMWHalfHalfOneSplitFn::Init() {
static ClassDocumentation<CMWHalfHalfOneSplitFn> documentation
("The CMWHalfHalfOneSplitFn class implements the q -> qg splitting function");
static Reference<CMWHalfHalfOneSplitFn,ShowerAlpha>
interfaceAlpha("Alpha",
"A reference to the Alpha object",
&Herwig::CMWHalfHalfOneSplitFn::alpha_,
false, false, true, false);
static Switch<CMWHalfHalfOneSplitFn, bool> interfaceIsIS
("isInititalState",
"Switch on if this kernel is used for initial state emission.",
&CMWHalfHalfOneSplitFn::isIS_, 0, false, false);
static SwitchOption interfaceIsISYes
(interfaceIsIS,"No","The kernel is used for final state emissions.", 0);
static SwitchOption interfaceIsISNo
(interfaceIsIS,"Yes","The kernel is used for final state emissions.", 1);
}
void CMWHalfHalfOneSplitFn::persistentOutput(PersistentOStream & os) const {
os << alpha_ << isIS_ ;
}
void CMWHalfHalfOneSplitFn::persistentInput(PersistentIStream & is, int) {
is >> alpha_ >> isIS_ ;
}
-double CMWHalfHalfOneSplitFn::P(const double z, const Energy2 t,
- const IdList & ids, const bool , const RhoDMatrix & ) const {
- auto scale2=t;
- if (!isIS_){
- scale2*=pTScale() ? z*(1.-z):1.;
- }else{
- scale2*=pTScale() ? z*(1.-z):z;
- }
-
- return colourFactor(ids)
- * Kg(scale2)
- * alpha_->value(scale2)/2./Constants::pi/(1.-z);
-}
-
-
double CMWHalfHalfOneSplitFn::ratioP(const double z, const Energy2 t,
const IdList &, const bool , const RhoDMatrix & ) const {
auto scale2=t;
//See pt definitions in QTildeSudakov.cc
// Note: t here is t * f(z)
if (!isIS_) scale2*=pTScale() ? z*(1.-z):1.;
else scale2*=pTScale() ? z*(1.-z):z;
return 0.5
* Kg(scale2)
* alpha_->value(scale2)/2./Constants::pi;
}
diff --git a/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.h b/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/CMWHalfHalfOneSplitFn.h
@@ -1,158 +1,148 @@
// -*- C++ -*-
//
// CMWHalfHalfOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_CMWHalfHalfOneSplitFn_H
#define HERWIG_CMWHalfHalfOneSplitFn_H
//
// This is the declaration of the CMWHalfHalfOneSplitFn class.
//
#include "HalfHalfOneSplitFn.h"
#include "Herwig/Shower/ShowerAlpha.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This class provides the concrete implementation
* of the CMW enhanced expressions for the
* splitting function for \f$\frac12\to q\frac12 1\f$.
*
* The kernel uses the same overestimate as the
* corresponding HalfHalfOneSplitFn and thus only needs to
* implement the spitting function and ratio to the overestimate.
*
* TODO: For a more efficient sampling one needs can rewrite the
* overestimation to contain the alpha_max*Kgmax factors.
*
* @see \ref CMWHalfHalfOneSplitFnInterfaces "The interfaces"
* defined for CMWHalfHalfOneSplitFn.
*/
class CMWHalfHalfOneSplitFn: public HalfHalfOneSplitFn {
public:
/**
* Methods to return the splitting function.
*/
//@{
/**
* Very similar to HalfHalfOneSplitFn.
- * Here the kernel only contains the soft part multiplied by the
- * alphas/2pi * Kg from
- * Nucl.Phys. B349 (1991) 635-654
- *
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
- * Very similar to HalfHalfOneSplitFn.
* Since we use only the 1/1-z part for overestimating the kernel
* in the first place we can keep the same overestimation related functions
* for the CMW kernels.
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* Return the correction term from:
* Nucl.Phys. B349 (1991) 635-654
*/
double Kg(Energy2 )const{
//TODO: Should be t-dependent
int Nf=5;//alpha_->Nf(t)
return (3.*(67./18.-1./6.*sqr(Constants::pi))-5./9.*Nf);
}
//@}
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit(){
HalfHalfOneSplitFn::doinit();
};
//@}
private:
// Pointer to the alpha_s object in use.
ShowerAlphaPtr alpha_;
// Provide information if the kernel is used for initial state.
// as the pt definition contains an additional factor of z.
bool isIS_=false;
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
CMWHalfHalfOneSplitFn & operator=(const CMWHalfHalfOneSplitFn &) = delete;
};
}
#endif /* HERWIG_CMWHalfHalfOneSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.cc b/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.cc
@@ -1,85 +1,69 @@
// -*- C++ -*-
//
// CMWOneOneOneSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the CMWOneOneOneSplitFn class.
//
#include "CMWOneOneOneSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Interface/Reference.h"
#include "ThePEG/Interface/Switch.h"
using namespace Herwig;
DescribeClass<CMWOneOneOneSplitFn,Herwig::OneOneOneSplitFn>
describeCMWOneOneOneSplitFn ("Herwig::CMWOneOneOneSplitFn","HwShower.so");
void CMWOneOneOneSplitFn::Init() {
static ClassDocumentation<CMWOneOneOneSplitFn> documentation
("The CMWOneOneOneSplitFn class implements the g -> gg splitting function");
static Reference<CMWOneOneOneSplitFn,ShowerAlpha>
interfaceAlpha("Alpha",
"A reference to the Alpha object",
&Herwig::CMWOneOneOneSplitFn::alpha_,
false, false, true, false);
static Switch<CMWOneOneOneSplitFn, bool> interfaceIsIS
("isInititalState",
"Switch on if this kernel is used for initial state emission.",
&CMWOneOneOneSplitFn::isIS_, 0, false, false);
static SwitchOption interfaceIsISYes
(interfaceIsIS,"No","The kernel is used for final state emissions.", 0);
static SwitchOption interfaceIsISNo
(interfaceIsIS,"Yes","The kernel is used for final state emissions.", 1);
}
void CMWOneOneOneSplitFn::persistentOutput(PersistentOStream & os) const {
os << alpha_ << isIS_ ;
}
void CMWOneOneOneSplitFn::persistentInput(PersistentIStream & is, int) {
is >> alpha_ >> isIS_ ;
}
-
-
-double CMWOneOneOneSplitFn::P(const double z, const Energy2 t,
- const IdList & ids, const bool, const RhoDMatrix &)const {
-
- auto scale2=t;
- if (!isIS_){
- scale2*=pTScale() ? z*(1.-z):1.;
- }else{
- scale2*=pTScale() ? z*(1.-z):z;
- }
-
- return colourFactor(ids) * alpha_->value(scale2) * Kg(scale2)/2./Constants::pi/(z*(1.-z));
-
-}
-
double CMWOneOneOneSplitFn::ratioP(const double z, const Energy2 t,
const IdList & , const bool, const RhoDMatrix &) const {
auto scale2=t;
if (!isIS_){
scale2*=pTScale() ? z*(1.-z):1.;
}else{
scale2*=pTScale() ? z*(1.-z):z;
}
return alpha_->value(scale2) * Kg(scale2)/2./Constants::pi;
}
diff --git a/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.h b/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/CMWOneOneOneSplitFn.h
@@ -1,154 +1,144 @@
// -*- C++ -*-
//
// CMWOneOneOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_CMWOneOneOneSplitFn_H
#define HERWIG_CMWOneOneOneSplitFn_H
//
// This is the declaration of the CMWOneOneOneSplitFn class.
//
#include "OneOneOneSplitFn.h"
#include "Herwig/Shower/ShowerAlpha.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This class provides the concrete implementation
* of the CMW enhanced expressions for the
* splitting function for \f$1\to 11\f$.
*
* The kernel uses the same overestimate as the
* corresponding OneOneOneSplitFn and thus only needs to
* implement the spitting function and ratio to the overestimate.
*
* TODO: For a more efficient sampling one needs can rewrite the
* overestimation to contain the alpha_max*Kgmax factors.
*
* @see \ref CMWOneOneOneSplitFnInterfaces "The interfaces"
* defined for CMWOneOneOneSplitFn.
*/
class CMWOneOneOneSplitFn: public OneOneOneSplitFn {
public:
/**
* Methods to return the splitting function.
*/
//@{
/**
* Very similar to HalfHalfOneSplitFn.
- * Here the kernel only contains the soft part multiplied by the
- * alphas/2pi * Kg from
- * Nucl.Phys. B349 (1991) 635-654
- *
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
- * Very similar to HalfHalfOneSplitFn.
* Since we use only the 1/1-z part for overestimating the kernel
* in the first place we can keep the same overestimation related functions
* for the CMW kernels.
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* Return the correction term from:
* Nucl.Phys. B349 (1991) 635-654
*/
double Kg(Energy2 )const{
//TODO: Might be t-dependent
int Nf=5;//alpha_->Nf(t)
return (3.*(67./18.-1./6.*sqr(Constants::pi))-5./9.*Nf);
}
//@}
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit(){
OneOneOneSplitFn::doinit();
};
//@}
private:
// Pointer to the alpha_s object in use.
ShowerAlphaPtr alpha_;
// Provide information if the kernel is used for initial state.
// as the pt definition contains an additional factor of z.
bool isIS_=false;
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
CMWOneOneOneSplitFn & operator=(const CMWOneOneOneSplitFn &) = delete;
};
}
#endif /* HERWIG_CMWOneOneOneSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.cc
@@ -1,216 +1,221 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HalfHalfOneEWSplitFn class.
//
#include "HalfHalfOneEWSplitFn.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/ParticleData.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
+#include "ThePEG/Interface/Parameter.h"
using namespace Herwig;
IBPtr HalfHalfOneEWSplitFn::clone() const {
return new_ptr(*this);
}
IBPtr HalfHalfOneEWSplitFn::fullclone() const {
return new_ptr(*this);
}
void HalfHalfOneEWSplitFn::persistentOutput(PersistentOStream & os) const {
- os << gZ_ << gWL_;
+ os << gZ_ << gWL_ << _couplingValueLeftIm << _couplingValueLeftRe << _couplingValueRightIm << _couplingValueRightRe;
}
void HalfHalfOneEWSplitFn::persistentInput(PersistentIStream & is, int) {
- is >> gZ_ >> gWL_;
+ is >> gZ_ >> gWL_ >> _couplingValueLeftIm >> _couplingValueLeftRe >> _couplingValueRightIm >> _couplingValueRightRe;
}
// The following static variable is needed for the type description system in ThePEG.
-DescribeClass<HalfHalfOneEWSplitFn,SplittingFunction>
+DescribeClass<HalfHalfOneEWSplitFn,Sudakov1to2FormFactor>
describeHerwigHalfHalfOneEWSplitFn("Herwig::HalfHalfOneEWSplitFn", "HwShower.so");
void HalfHalfOneEWSplitFn::Init() {
static ClassDocumentation<HalfHalfOneEWSplitFn> documentation
("The HalfHalfOneEWSplitFn class implements the splitting q->qW and q->qZ");
+ static Parameter<HalfHalfOneEWSplitFn, double> interfaceCouplingValueLeftIm
+ ("CouplingValue.Left.Im",
+ "The numerical value (imaginary part) of the left-handed splitting coupling to be imported for BSM splittings",
+ &HalfHalfOneEWSplitFn::_couplingValueLeftIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfOneEWSplitFn, double> interfaceCouplingValueLeftRe
+ ("CouplingValue.Left.Re",
+ "The numerical value (real part) of the left-handed splitting coupling to be imported for BSM splittings",
+ &HalfHalfOneEWSplitFn::_couplingValueLeftRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfOneEWSplitFn, double> interfaceCouplingValueRightIm
+ ("CouplingValue.Right.Im",
+ "The numerical value (imaginary part) of the right-handed splitting coupling to be imported for BSM splittings",
+ &HalfHalfOneEWSplitFn::_couplingValueRightIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfOneEWSplitFn, double> interfaceCouplingValueRightRe
+ ("CouplingValue.Right.Re",
+ "The numerical value (real part) of the right-handed splitting coupling to be imported for BSM splittings",
+ &HalfHalfOneEWSplitFn::_couplingValueRightRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
}
void HalfHalfOneEWSplitFn::doinit() {
- SplittingFunction::doinit();
+ Sudakov1to2FormFactor::doinit();
tcSMPtr sm = generator()->standardModel();
double sw2 = sm->sin2ThetaW();
// left-handled W coupling
gWL_ = 1./sqrt(2.*sw2);
// Z couplings
double fact = 0.25/sqrt(sw2*(1.-sw2));
for(int ix=1;ix<4;++ix) {
gZ_[2*ix-1] = make_pair(fact*(sm->vd() + sm->ad()),
fact*(sm->vd() - sm->ad() ));
gZ_[2*ix ] = make_pair(fact*(sm->vu() + sm->au() ),
fact*(sm->vu() - sm->au() ));
gZ_[2*ix+9 ] = make_pair(fact*(sm->ve() + sm->ae() ),
fact*(sm->ve() - sm->ae() ));
gZ_[2*ix+10] = make_pair(fact*(sm->vnu() + sm->anu()),
fact*(sm->vnu() - sm->anu()));
}
}
-void HalfHalfOneEWSplitFn::getCouplings(double & gL, double & gR, const IdList & ids) const {
- if(ids[2]->id()==ParticleID::Z0) {
+void HalfHalfOneEWSplitFn::getCouplings(Complex & gL, Complex & gR, const IdList & ids) const {
+ if(_couplingValueLeftRe!=0||_couplingValueLeftIm!=0||_couplingValueRightRe!=0||_couplingValueRightIm!=0) {
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()
+ ->alphaEM(sqr(getParticleData(ParticleID::Z0)->mass())));
+ // a factor e is factored out since its already accounted for
+ gL = Complex(_couplingValueLeftRe,_couplingValueLeftIm)/e;
+ gR = Complex(_couplingValueRightRe,_couplingValueRightIm)/e;
+ }
+ else if(ids[2]->id()==ParticleID::Z0) {
map<long,pair<double,double> >::const_iterator it = gZ_.find(abs(ids[0]->id()));
assert(it!=gZ_.end());
- gL = it->second.first ;
- gR = it->second.second;
+ gL = Complex(0.,it->second.first);
+ gR = Complex(0.,it->second.second);
}
else if(abs(ids[2]->id())==ParticleID::Wplus) {
- gL = gWL_;
+ gL = Complex(0.,gWL_);
}
else
assert(false);
if(ids[0]->id()<0) swap(gL,gR);
}
-double HalfHalfOneEWSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix & rho) const {
- double gL(0.),gR(0.);
- getCouplings(gL,gR,ids);
- double val = (1. + sqr(z))/(1.-z);
- if(mass) {
- Energy m = ids[2]->mass();
- val -= sqr(m)/t;
- }
- val *= (sqr(gL)*abs(rho(0,0))+sqr(gR)*abs(rho(1,1)));
- return colourFactor(ids)*val;
-}
-
-
-double HalfHalfOneEWSplitFn::overestimateP(const double z,
- const IdList & ids) const {
- double gL(0.),gR(0.);
- getCouplings(gL,gR,ids);
- return 2.*max(sqr(gL),sqr(gR))*colourFactor(ids)/(1.-z);
-}
-
double HalfHalfOneEWSplitFn::ratioP(const double z, const Energy2 t,
const IdList & ids, const bool mass,
const RhoDMatrix & rho) const {
- double gL(0.),gR(0.);
+ Complex gL(0.,0.),gR(0.,0.);
getCouplings(gL,gR,ids);
- double val = 1. + sqr(z);
+ double val = (norm(gL)*abs(rho(0,0))+norm(gR)*abs(rho(1,1)))*(1.+sqr(z));
+ Energy m0, m1, m2;
if(mass) {
- Energy m = ids[2]->mass();
- val -= (1.-z)*sqr(m)/t;
+ m0 = ids[0]->mass();
+ m1 = ids[1]->mass();
+ m2 = ids[2]->mass();
+ double m0t = m0/sqrt(t), m1t = m1/sqrt(t), m2t = m2/sqrt(t);
+ val += (norm(gL)*abs(rho(0,0))+norm(gR)*abs(rho(1,1)))*((1+sqr(z))*sqr(m0t)-(1.+z)*sqr(m1t)-(1.-z)*sqr(m2t))
+ + (norm(gR)*abs(rho(0,0))+norm(gL)*abs(rho(1,1)))*z*(1.-z)*sqr(m0t)
+ - 2.*(gR*conj(gL)).real()*(abs(rho(1,1))+abs(rho(0,0)))*(1.-z)*m0t*m1t;
}
- val *= (sqr(gL)*abs(rho(0,0))+sqr(gR)*abs(rho(1,1)))/max(sqr(gL),sqr(gR));
+ val /= max(norm(gR),norm(gL));
return 0.5*val;
}
double HalfHalfOneEWSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
- double gL(0.),gR(0.);
+ Complex gL(0.,0.),gR(0.,0.);
getCouplings(gL,gR,ids);
- double pre = colourFactor(ids)*max(sqr(gL),sqr(gR));
+ double pre = max(norm(gL),norm(gR));
switch (PDFfactor) {
case 0:
return -2.*pre*Math::log1m(z);
case 1:
return 2.*pre*log(z/(1.-z));
case 2:
return 2.*pre/(1.-z);
case 3:
default:
throw Exception() << "HalfHalfOneEWSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double HalfHalfOneEWSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
- double gL(0.),gR(0.);
+ Complex gL(0.,0.),gR(0.,0.);
getCouplings(gL,gR,ids);
- double pre = colourFactor(ids)*max(sqr(gL),sqr(gR));
+ double pre = max(norm(gL),norm(gR));
switch (PDFfactor) {
case 0:
return 1. - exp(- 0.5*r/pre);
case 1:
return 1./(1.-exp(-0.5*r/pre));
case 2:
return 1.-2.*pre/r;
case 3:
default:
throw Exception() << "HalfHalfOneEWSplitFn::invIntegOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool HalfHalfOneEWSplitFn::accept(const IdList &ids) const {
if(ids.size()!=3) return false;
- if(ids[2]->id()==ParticleID::Z0) {
+ if(ids[2]->iSpin()==PDT::Spin1 && !(_couplingValueLeftRe==0 && _couplingValueLeftIm==0 && _couplingValueRightRe==0 && _couplingValueRightIm==0)) {
+ if(ids[0]->iCharge()!=ids[1]->iCharge()+ids[2]->iCharge()) return false;
+ if((abs(ids[0]->id())>=1 && abs(ids[0]->id())<=6) && (abs(ids[1]->id())>=1 && abs(ids[1]->id())<=6)) return true;
+ }
+ else if(ids[2]->id()==ParticleID::Z0) {
if(ids[0]->id()==ids[1]->id() &&
((ids[0]->id()>=1 && ids[0]->id()<=6) || (ids[0]->id()>=11&&ids[0]->id()<=16) )) return true;
}
else if(abs(ids[2]->id())==ParticleID::Wplus) {
if(!((ids[0]->id()>=1 && ids[0]->id()<=6) || (ids[0]->id()>=11&&ids[0]->id()<=16) )) return false;
if(!((ids[1]->id()>=1 && ids[1]->id()<=6) || (ids[1]->id()>=11&&ids[1]->id()<=16) )) return false;
if(ids[0]->id()+1!=ids[1]->id() && ids[0]->id()-1!=ids[1]->id()) return false;
int out = ids[1]->iCharge()+ids[2]->iCharge();
if(ids[0]->iCharge()==out) return true;
}
return false;
}
-vector<pair<int, Complex> >
-HalfHalfOneEWSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return vector<pair<int, Complex> >(1,make_pair(0,1.));
-}
-
-vector<pair<int, Complex> >
-HalfHalfOneEWSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return vector<pair<int, Complex> >(1,make_pair(0,1.));
-}
-
DecayMEPtr HalfHalfOneEWSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1)));
- Energy m = ids[2]->mass();
- double gL(0.),gR(0.);
+ Energy m0 = ids[0]->mass();
+ Energy m1 = ids[1]->mass();
+ Energy m2 = ids[2]->mass();
+ Complex gL(0.,0.),gR(0.,0.);
getCouplings(gL,gR,ids);
- double mt = m/sqrt(t);
- double root = sqrt(1.-sqr(m)/t/(1-z));
- double romz = sqrt(1.-z);
- double rz = sqrt(z);
- double r2 = sqrt(2.);
+ Energy den = sqrt(2.)*sqrt(t);
+ Energy pt = sqrt(z*(1.-z)*t+z*(1.-z)*sqr(m0)-(1.-z)*sqr(m1)-z*sqr(m2));
Complex phase = exp(Complex(0.,1.)*phi);
Complex cphase = conj(phase);
- (*kernal)(0,0,0) = -phase*root*gL/romz;
- (*kernal)(1,1,2) = cphase*root*gR/romz;
- (*kernal)(0,0,2) = cphase*z*root*gL/romz;
- (*kernal)(1,1,0) = -phase*z*root*gR/romz;
- // long terms
- (*kernal)(1,1,1) =-gR*mt*r2*rz/(1-z);
- (*kernal)(0,0,1) =-gL*mt*r2*rz/(1-z);
- // +- -+ terms zero due quark mass
- for(unsigned int ix=0;ix<3;++ix) {
- (*kernal)(1,0,ix) = 0.;
- (*kernal)(0,1,ix) = 0.;
- }
+ (*kernal)(1,1,2) = sqrt(2.)*gR*pt/sqrt(z)/(1.-z)*cphase/den;
+ (*kernal)(1,1,1) = -2.*gR*sqrt(z)*m2/(1.-z)/den;
+ (*kernal)(1,1,0) = -sqrt(2.*z)*gR*pt/(1.-z)*phase/den;
+ (*kernal)(1,0,2) = -sqrt(2.)*(gL*z*m0-gR*m1)/sqrt(z)/den;
+ (*kernal)(1,0,1) = 0;
+ (*kernal)(1,0,0) = 0;
+ (*kernal)(0,1,2) = 0;
+ (*kernal)(0,1,1) = 0;
+ (*kernal)(0,1,0) = -sqrt(2.)*(gR*z*m0-gL*m1)/sqrt(z)/den;
+ (*kernal)(0,0,2) = sqrt(2.*z)*gL*pt/(1.-z)*cphase/den;
+ (*kernal)(0,0,1) = -2.*gL*sqrt(z)*m2/(1.-z)/den;
+ (*kernal)(0,0,0) = -sqrt(2.)*gL*pt/sqrt(z)/(1.-z)*phase/den;
+
// return the answer
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.h b/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfOneEWSplitFn.h
@@ -1,212 +1,219 @@
// -*- C++ -*-
#ifndef Herwig_HalfHalfOneEWSplitFn_H
#define Herwig_HalfHalfOneEWSplitFn_H
//
// This is the declaration of the HalfHalfOneEWSplitFn class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
namespace Herwig {
using namespace ThePEG;
/**
* The HalfHalfOneEWSplitFn class implements the splitting function for
* \f$\frac12\to q\frac12 1\f$ where the spin-1 particle is a massive electroweak gauge boson.
*
* @see \ref HalfHalfOneEWSplitFnInterfaces "The interfaces"
* defined for HalfHalfOneEWSplitFn.
*/
-class HalfHalfOneEWSplitFn: public SplittingFunction {
+class HalfHalfOneEWSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ Complex gL(0.,0.),gR(0.,0.);
+ getCouplings(gL,gR,ids);
+ return 2.*max(norm(gL),norm(gR))/(1.-z); //FIXME//
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
- generatePhiForward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ generatePhiForward(const double, const Energy2, const IdList &, const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ generatePhiBackward(const double, const Energy2, const IdList &, const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
protected:
/**
* Get the couplings
*/
- void getCouplings(double & gL, double & gR, const IdList & ids) const;
+ void getCouplings(Complex & gL, Complex & gR, const IdList & ids) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
HalfHalfOneEWSplitFn & operator=(const HalfHalfOneEWSplitFn &) = delete;
private:
/**
* Z couplings
*/
map<long,pair<double,double> > gZ_;
/**
* W couplings
*/
double gWL_;
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueLeftRe = 0.;
+ double _couplingValueLeftIm = 0.;
+ double _couplingValueRightRe = 0.;
+ double _couplingValueRightIm = 0.;
+
};
}
#endif /* Herwig_HalfHalfOneEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.cc b/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.cc
@@ -1,134 +1,28 @@
// -*- C++ -*-
//
// HalfHalfOneSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HalfHalfOneSplitFn class.
//
#include "HalfHalfOneSplitFn.h"
-#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<HalfHalfOneSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<HalfHalfOneSplitFn,Herwig::Sudakov1to2FormFactor>
describeHalfHalfOneSplitFn ("Herwig::HalfHalfOneSplitFn","HwShower.so");
void HalfHalfOneSplitFn::Init() {
static ClassDocumentation<HalfHalfOneSplitFn> documentation
("The HalfHalfOneSplitFn class implements the q -> qg splitting function");
}
-
-double HalfHalfOneSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix &) const {
- double val = (1. + sqr(z))/(1.-z);
- if(mass) {
- Energy m = ids[0]->mass();
- val -= 2.*sqr(m)/t;
- }
- return colourFactor(ids)*val;
-}
-
-double HalfHalfOneSplitFn::overestimateP(const double z,
- const IdList & ids) const {
- return 2.*colourFactor(ids)/(1.-z);
-}
-
-double HalfHalfOneSplitFn::ratioP(const double z, const Energy2 t,
- const IdList & ids, const bool mass, const RhoDMatrix &) const {
- double val = 1. + sqr(z);
- if(mass) {
- Energy m = ids[0]->mass();
- val -= 2.*sqr(m)*(1.-z)/t;
- }
- return 0.5*val;
-}
-
-double HalfHalfOneSplitFn::integOverP(const double z,
- const IdList & ids,
- unsigned int PDFfactor) const {
- switch (PDFfactor) {
- case 0:
- return -2.*colourFactor(ids)*Math::log1m(z);
- case 1:
- return 2.*colourFactor(ids)*log(z/(1.-z));
- case 2:
- return 2.*colourFactor(ids)/(1.-z);
- case 3:
- default:
- throw Exception() << "HalfHalfOneSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-double HalfHalfOneSplitFn::invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor) const {
- switch (PDFfactor) {
- case 0:
- return 1. - exp(- 0.5*r/colourFactor(ids));
- case 1:
- return 1./(1.-exp(-0.5*r/colourFactor(ids)));
- case 2:
- return 1.-2.*colourFactor(ids)/r;
- case 3:
- default:
- throw Exception() << "HalfHalfOneSplitFn::invIntegOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-bool HalfHalfOneSplitFn::accept(const IdList &ids) const {
- // 3 particles and in and out fermion same
- if(ids.size()!=3 || ids[0]!=ids[1]) return false;
- if(ids[0]->iSpin()!=PDT::Spin1Half ||
- ids[2]->iSpin()!=PDT::Spin1) return false;
- return checkColours(ids);
-}
-
-vector<pair<int, Complex> >
-HalfHalfOneSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return {{ {0, 1.} }};
-}
-
-vector<pair<int, Complex> >
-HalfHalfOneSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return {{ {0, 1.} }};
-}
-
-DecayMEPtr HalfHalfOneSplitFn::matrixElement(const double z, const Energy2 t,
- const IdList & ids, const double phi,
- bool timeLike) {
- // calculate the kernal
- DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1)));
- Energy m = !timeLike ? ZERO : ids[0]->mass();
- double mt = m/sqrt(t);
- double root = sqrt(1.-(1.-z)*sqr(m)/z/t);
- double romz = sqrt(1.-z);
- double rz = sqrt(z);
- Complex phase = exp(Complex(0.,1.)*phi);
- (*kernal)(0,0,0) = -root/romz*phase;
- (*kernal)(1,1,2) = -conj((*kernal)(0,0,0));
- (*kernal)(0,0,2) = root/romz*z/phase;
- (*kernal)(1,1,0) = -conj((*kernal)(0,0,2));
- (*kernal)(1,0,2) = mt*(1.-z)/rz;
- (*kernal)(0,1,0) = conj((*kernal)(1,0,2));
- (*kernal)(0,1,2) = 0.;
- (*kernal)(1,0,0) = 0.;
- return kernal;
-}
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.h b/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfOneSplitFn.h
@@ -1,183 +1,239 @@
// -*- C++ -*-
//
// HalfHalfOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_HalfHalfOneSplitFn_H
#define HERWIG_HalfHalfOneSplitFn_H
//
// This is the declaration of the HalfHalfOneSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/**\ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$\frac12\to q\frac12 1\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) =C\left(\frac{1+z^2}{1-z}-2\frac{m^2_q}{t}\right),\f]
* where \f$C\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = \frac{2C}{1-z},\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z = -2C\ln(1-z),\f]
* and its inverse is
* \f[1-\exp\left(\frac{r}{2C}\right).\f]
*
* @see \ref HalfHalfOneSplitFnInterfaces "The interfaces"
* defined for HalfHalfOneSplitFn.
*/
-class HalfHalfOneSplitFn: public SplittingFunction {
+class HalfHalfOneSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
+ bool accept(const IdList & ids) const {
+ // 3 particles and in and out fermion same
+ if(ids.size()!=3 || ids[0]!=ids[1]) return false;
+ if(ids[0]->iSpin()!=PDT::Spin1Half ||
+ ids[2]->iSpin()!=PDT::Spin1) return false;
+ return true;
+ }
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ double overestimateP(const double z, const IdList & ) const {
+ return 2./(1.-z);
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
- virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ double ratioP(const double z, const Energy2 t,
+ const IdList & ids, const bool mass, const RhoDMatrix & ) const {
+ double val = 1. + sqr(z);
+ if(mass) {
+ Energy m = ids[0]->mass();
+ val -= 2.*sqr(m)*(1.-z)/t;
+ }
+ return 0.5*val;
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ double integOverP(const double z, const IdList & ,
+ unsigned int PDFfactor) const {
+ switch (PDFfactor) {
+ case 0:
+ return -2.*Math::log1m(z);
+ case 1:
+ return 2.*log(z/(1.-z));
+ case 2:
+ return 2./(1.-z);
+ case 3:
+ default:
+ throw Exception() << "HalfHalfOneSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+ }
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ double invIntegOverP(const double r, const IdList & ,
+ unsigned int PDFfactor) const {
+ switch (PDFfactor) {
+ case 0:
+ return 1. - exp(- 0.5*r);
+ case 1:
+ return 1./(1.-exp(-0.5*r));
+ case 2:
+ return 1.-2./r;
+ case 3:
+ default:
+ throw Exception() << "HalfHalfOneSplitFn::invIntegOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+ }
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiForward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ vector<pair<int,Complex> >
+ generatePhiForward(const double, const Energy2, const IdList & , const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return {{ {0, 1.} }};
+ }
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
-
+ vector<pair<int,Complex> >
+ generatePhiBackward(const double, const Energy2, const IdList & , const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return {{ {0, 1.} }};
+ }
+
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
- virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
- const IdList & ids, const double phi, bool timeLike);
+ DecayMEPtr matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi,
+ bool timeLike) {
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin1)));
+ Energy m = !timeLike ? ZERO : ids[0]->mass();
+ double mt = m/sqrt(t);
+ double root = sqrt(1.-(1.-z)*sqr(m)/z/t);
+ double romz = sqrt(1.-z);
+ double rz = sqrt(z);
+ Complex phase = exp(Complex(0.,1.)*phi);
+ (*kernal)(0,0,0) = -root/romz*phase;
+ (*kernal)(1,1,2) = -conj((*kernal)(0,0,0));
+ (*kernal)(0,0,2) = root/romz*z/phase;
+ (*kernal)(1,1,0) = -conj((*kernal)(0,0,2));
+ (*kernal)(1,0,2) = mt*(1.-z)/rz;
+ (*kernal)(0,1,0) = conj((*kernal)(1,0,2));
+ (*kernal)(0,1,2) = 0.;
+ (*kernal)(1,0,0) = 0.;
+ return kernal;
+ }
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
HalfHalfOneSplitFn & operator=(const HalfHalfOneSplitFn &) = delete;
};
}
#endif /* HERWIG_HalfHalfOneSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.cc
@@ -1,243 +1,214 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HalfHalfZeroEWSplitFn class.
//
#include "HalfHalfZeroEWSplitFn.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/ParticleData.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
using namespace Herwig;
IBPtr HalfHalfZeroEWSplitFn::clone() const {
return new_ptr(*this);
}
IBPtr HalfHalfZeroEWSplitFn::fullclone() const {
return new_ptr(*this);
}
void HalfHalfZeroEWSplitFn::persistentOutput(PersistentOStream & os) const {
- os << ghqq_ << _theSM;
+ os << ghqq_ << _theSM << _couplingValue0Im << _couplingValue0Re << _couplingValue1Im << _couplingValue1Re;
}
void HalfHalfZeroEWSplitFn::persistentInput(PersistentIStream & is, int) {
- is >> ghqq_ >> _theSM;
+ is >> ghqq_ >> _theSM >> _couplingValue0Im >> _couplingValue0Re >> _couplingValue1Im >> _couplingValue1Re;
}
// The following static variable is needed for the type description system in ThePEG.
-DescribeClass<HalfHalfZeroEWSplitFn,SplittingFunction>
+DescribeClass<HalfHalfZeroEWSplitFn,Sudakov1to2FormFactor>
describeHerwigHalfHalfZeroEWSplitFn("Herwig::HalfHalfZeroEWSplitFn", "HwShower.so");
void HalfHalfZeroEWSplitFn::Init() {
static ClassDocumentation<HalfHalfZeroEWSplitFn> documentation
("The HalfHalfZeroEWSplitFn class implements the splitting q->qH");
+ static Parameter<HalfHalfZeroEWSplitFn, double> interfaceCouplingValueCP0Im
+ ("CouplingValue.CP0.Im",
+ "The numerical value (imaginary part) of the CP-even splitting coupling to be imported for BSM splittings",
+ &HalfHalfZeroEWSplitFn::_couplingValue0Im, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfZeroEWSplitFn, double> interfaceCouplingValueCP0Re
+ ("CouplingValue.CP0.Re",
+ "The numerical value (real part) of the CP-even splitting coupling to be imported for BSM splittings",
+ &HalfHalfZeroEWSplitFn::_couplingValue0Re, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfZeroEWSplitFn, double> interfaceCouplingValueCP1Im
+ ("CouplingValue.CP1.Im",
+ "The numerical value (imaginary part) of the CP-odd splitting coupling to be imported for BSM splittings",
+ &HalfHalfZeroEWSplitFn::_couplingValue1Im, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<HalfHalfZeroEWSplitFn, double> interfaceCouplingValueCP1Re
+ ("CouplingValue.CP1.Re",
+ "The numerical value (real part) of the CP-odd splitting coupling to be imported for BSM splittings",
+ &HalfHalfZeroEWSplitFn::_couplingValue1Re, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
}
void HalfHalfZeroEWSplitFn::doinit() {
- SplittingFunction::doinit();
+ Sudakov1to2FormFactor::doinit();
tcSMPtr sm = generator()->standardModel();
double sw2 = sm->sin2ThetaW();
ghqq_ = 1./sqrt(4.*sw2);
_theSM = dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
}
-void HalfHalfZeroEWSplitFn::getCouplings(double & gH, const IdList & ids) const {
- if(abs(ids[2]->id())==ParticleID::h0) {
- //get quark masses
- Energy mq;
- if(abs(ids[0]->id())==ParticleID::c)
- mq = getParticleData(ParticleID::c)->mass();
- else if(abs(ids[0]->id())==ParticleID::b)
- mq = getParticleData(ParticleID::b)->mass();
- else if(abs(ids[0]->id())==ParticleID::t)
- mq = getParticleData(ParticleID::t)->mass();
- Energy mW = getParticleData(ParticleID::Wplus)->mass();
- gH = ghqq_*(mq/mW);
+void HalfHalfZeroEWSplitFn::getCouplings(Complex& gH0, Complex& gH1, const IdList & ids) const {
+ if(ids[2]->iSpin()==PDT::Spin0) {
+ if(_couplingValue0Re!=0.||_couplingValue0Im!=0.||_couplingValue1Re!=0.||_couplingValue1Im!=0.) {
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()
+ ->alphaEM(sqr(getParticleData(ParticleID::Z0)->mass())));
+ // a factor e is factored out since its already accounted for
+ gH0 = Complex(_couplingValue0Re,_couplingValue0Im)/e;
+ gH1 = Complex(_couplingValue1Re,_couplingValue1Im)/e;
+ }
+ else {
+ //get quark masses
+ Energy m0 = getParticleData(abs(ids[0]->id()))->mass();
+ Energy mW = getParticleData(ParticleID::Wplus)->mass();
+ gH0 = Complex(0.,ghqq_*(m0/mW));
+ gH1 = Complex(0.,0.);
+ }
}
else
assert(false);
}
-void HalfHalfZeroEWSplitFn::getCouplings(double & gH, const IdList & ids, const Energy2 t) const {
- if(abs(ids[2]->id())==ParticleID::h0) {
- //get quark masses
- Energy mq;
- if(abs(ids[0]->id())==ParticleID::c)
- mq = _theSM->mass(t,getParticleData(ParticleID::c));
- else if(abs(ids[0]->id())==ParticleID::b)
- mq = _theSM->mass(t,getParticleData(ParticleID::b));
- else if(abs(ids[0]->id())==ParticleID::t)
- mq = _theSM->mass(t,getParticleData(ParticleID::t));
- Energy mW = getParticleData(ParticleID::Wplus)->mass();
- //Energy mW = _theSM->mass(t,getParticleData(ParticleID::Wplus));
- gH = ghqq_*(mq/mW);
+void HalfHalfZeroEWSplitFn::getCouplings(Complex & gH0, Complex & gH1, const IdList & ids, const Energy2 t) const {
+ if(ids[2]->iSpin()==PDT::Spin0) {
+ if(_couplingValue0Re!=0.||_couplingValue0Im!=0.||_couplingValue1Re!=0.||_couplingValue1Im!=0.) {
+ Energy mZ = _theSM->mass(t,getParticleData(ParticleID::Z0));
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()->alphaEM(sqr(mZ)));
+ gH0 = Complex(_couplingValue0Re,_couplingValue0Im)/e;
+ gH1 = Complex(_couplingValue1Re,_couplingValue1Im)/e;
+ }
+ else {
+ //get quark masses
+ Energy m0 = _theSM->mass(t,getParticleData(abs(ids[0]->id())));
+ Energy mW = getParticleData(ParticleID::Wplus)->mass();
+ //Energy mW = _theSM->mass(t,getParticleData(ParticleID::Wplus));
+ gH0 = Complex(0.,ghqq_*(m0/mW));
+ gH1 = Complex(0.,0.);
+ }
}
else
assert(false);
}
-double HalfHalfZeroEWSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix &) const {
- double gH(0.);
- getCouplings(gH,ids,t);
- double val = (1.-z);
- Energy mq, mH;
- //get masses
+double HalfHalfZeroEWSplitFn::ratioP(const double z, const Energy2 t,
+ const IdList & ids, const bool mass,
+ const RhoDMatrix & rho) const {
+ Complex gH0(0.,0.);
+ Complex gH1(0.,0.);
+ getCouplings(gH0,gH1,ids,t);
+ double val = (abs(rho(1,1))*norm(gH0+gH1)+abs(rho(0,0))*norm(gH0-gH1))*(1-z);
+ Energy m0, m1, m2;
if(mass) {
- mq = ids[0]->mass();
- mH = ids[2]->mass();
+ m0 = ids[0]->mass();
+ m1 = ids[1]->mass();
+ m2 = ids[2]->mass();
}
- else { // to assure the particle mass in non-zero
- if(abs(ids[0]->id())==ParticleID::c)
- mq = getParticleData(ParticleID::c)->mass();
- else if(abs(ids[0]->id())==ParticleID::b)
- mq = getParticleData(ParticleID::b)->mass();
- else if(abs(ids[0]->id())==ParticleID::t)
- mq = getParticleData(ParticleID::t)->mass();
- mH = getParticleData(ParticleID::h0)->mass();
+ else { // to enssure the particle mass in non-zero
+ m0 = getParticleData(abs(ids[0]->id()))->mass();
+ m1 = getParticleData(abs(ids[1]->id()))->mass();
+ m2 = getParticleData(ids[2]->id())->mass();
}
- val += (4.*sqr(mq) - sqr(mH))/(t*(1. - z)*z);
- val *= sqr(gH);
- return colourFactor(ids)*val;
-}
+ double m0t = m0/sqrt(t), m1t = m1/sqrt(t), m2t = m2/sqrt(t);
+ val += -(abs(rho(1,1))*norm(gH0+gH1)+abs(rho(0,0))*norm(gH0-gH1))*sqr(m2t)
+ +(abs(rho(1,1))+abs(rho(0,0)))*(norm(gH0)*sqr(m0t+m1t)+norm(gH1)*sqr(m0t-m1t))
+ +2*(abs(rho(1,1))-abs(rho(0,0)))*(gH0*conj(gH1)).real()*((1-2*z)*sqr(m0t)+sqr(m1t));
+ val /= (1.-z)*(norm(gH0)+norm(gH1)+2*abs((gH0*gH1).real())+2*abs((gH0*gH1).imag()));
-
-double HalfHalfZeroEWSplitFn::overestimateP(const double z,
- const IdList & ids) const {
- double gH(0.);
- getCouplings(gH,ids);
- return sqr(gH)*colourFactor(ids)*(1.-z);
-}
-
-double HalfHalfZeroEWSplitFn::ratioP(const double z, const Energy2 t,
- const IdList & ids, const bool mass,
- const RhoDMatrix & ) const {
- double gH(0.);
- getCouplings(gH,ids,t);
- double val = 1.;
- Energy mq, mH;
- if(mass) {
- mq = ids[0]->mass();
- mH = ids[2]->mass();
- }
- else { // to assure the particle mass in non-zero
- if(abs(ids[0]->id())==ParticleID::c)
- mq = getParticleData(ParticleID::c)->mass();
- else if(abs(ids[0]->id())==ParticleID::b)
- mq = getParticleData(ParticleID::b)->mass();
- else if(abs(ids[0]->id())==ParticleID::t)
- mq = getParticleData(ParticleID::t)->mass();
- mH = getParticleData(ParticleID::h0)->mass();
- }
- val += (4.*sqr(mq) - sqr(mH))/(t*(1. - z)*z);
return val;
}
double HalfHalfZeroEWSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
- double gH(0.);
- getCouplings(gH,ids);
- double pre = colourFactor(ids)*sqr(gH);
+ Complex gH0(0.,0.);
+ Complex gH1(0.,0.);
+ getCouplings(gH0,gH1,ids);
+ double pre = (norm(gH0)+norm(gH1)+2*abs((gH0*gH1).real())+2*abs((gH0*gH1).imag()))/2.;
switch (PDFfactor) {
case 0: //OverP
return pre*(z-sqr(z)/2.);
case 1: //OverP/z
return pre*(log(z)-z);
case 2: //OverP/(1-z)
return pre*z;
case 3: //OverP/[z(1-z)]
return pre*log(z);
default:
throw Exception() << "HalfHalfZeroEWSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double HalfHalfZeroEWSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
- double gH(0.);
- getCouplings(gH,ids);
- double pre = colourFactor(ids)*sqr(gH);
+ Complex gH0(0.,0.);
+ Complex gH1(0.,0.);
+ getCouplings(gH0,gH1,ids);
+ double pre = (norm(gH0)+norm(gH1)+2*abs((gH0*gH1).real())+2*abs((gH0*gH1).imag()))/2.;
switch (PDFfactor) {
case 0:
- return 1. - sqrt(1. - 2.*r/pre);
+ return 1.-sqrt(1.-2.*r/pre);
case 1: //OverP/z
case 2: //OverP/(1-z)
return r/pre;
case 3: //OverP/[z(1-z)]
return exp(r/pre);
default:
throw Exception() << "HalfHalfZeroEWSplitFn::invIntegOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
-bool HalfHalfZeroEWSplitFn::accept(const IdList &ids) const {
- if(ids.size()!=3) return false;
- if(ids[2]->id()==ParticleID::h0) {
- if(ids[0]->id()==ids[1]->id() && (ids[0]->id()==4 || ids[0]->id()==5 || ids[0]->id()==6))
- return true;
- }
- return false;
-}
-
-vector<pair<int, Complex> >
-HalfHalfZeroEWSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return vector<pair<int, Complex> >(1,make_pair(0,1.));
-}
-
-vector<pair<int, Complex> >
-HalfHalfZeroEWSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
- const RhoDMatrix &) {
- // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
- // and rest = splitting function for Tr(rho)=1 as required by defn
- return vector<pair<int, Complex> >(1,make_pair(0,1.));
-}
-
DecayMEPtr HalfHalfZeroEWSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1Half,PDT::Spin0)));
//get masses
- Energy mq, mH;
- if(abs(ids[0]->id())==ParticleID::c)
- mq = getParticleData(ParticleID::c)->mass();
- else if(abs(ids[0]->id())==ParticleID::b)
- mq = getParticleData(ParticleID::b)->mass();
- else if(abs(ids[0]->id())==ParticleID::t)
- mq = getParticleData(ParticleID::t)->mass();
- mH = getParticleData(ParticleID::h0)->mass();
- double gH(0.);
- Energy2 tC = t/(z*(1-z));
- getCouplings(gH,ids,tC);
- double mqt = mq/sqrt(tC);
- double mHt = mH/sqrt(tC);
- double num1 = gH*(1.+z)*mqt;
- double num2 = gH*sqrt(-sqr(mqt)*(1.-z) - sqr(mHt)*z + z*(1.-z)*(sqr(mqt)+z*(1.-z))); //watch this
- double dnum = sqrt(2.)*sqrt((1.-z)*sqr(z));
+ Energy m0 = getParticleData(abs(ids[0]->id()))->mass();
+ Energy m1 = getParticleData(abs(ids[1]->id()))->mass();
+ Energy m2 = getParticleData(abs(ids[2]->id()))->mass();
+ Complex gH0(0.,0.);
+ Complex gH1(0.,0.);
+ getCouplings(gH0,gH1,ids,t);
+ Energy den = sqrt(2*t);
+ Energy pt = sqrt(z*(1-z)*t+z*(1-z)*sqr(m0)-(1-z)*sqr(m1)-z*sqr(m2));
Complex phase = exp(Complex(0.,1.)*phi);
Complex cphase = conj(phase);
- (*kernal)(0,0,0) = num1/dnum;
- (*kernal)(0,1,0) = cphase*num2/dnum;
- (*kernal)(1,0,0) = -phase*num2/dnum;
- (*kernal)(1,1,0) = num1/dnum;
+ (*kernal)(0,0,0) = (gH0*(z*m0+m1)+gH1*(z*m0-m1))/sqrt(z)/den;
+ (*kernal)(0,1,0) = cphase*(gH0-gH1)*pt/sqrt(z)/den;
+ (*kernal)(1,0,0) = -phase*(gH0+gH1)*pt/sqrt(z)/den;
+ (*kernal)(1,1,0) = (gH0*(z*m0+m1)-gH1*(z*m0-m1))/sqrt(z)/den;
// return the answer
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.h b/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/HalfHalfZeroEWSplitFn.h
@@ -1,219 +1,238 @@
// -*- C++ -*-
#ifndef Herwig_HalfHalfZeroEWSplitFn_H
#define Herwig_HalfHalfZeroEWSplitFn_H
//
// This is the declaration of the HalfHalfZeroEWSplitFn class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
#include "Herwig/Models/StandardModel/StandardModel.h"
namespace Herwig {
using namespace ThePEG;
/**
- * The HalfHalfZeroEWSplitFn class implements the splitting function for
+ * The HalfHalfZeroEWSplitFn class implements the splitting function for
* \f$\frac12\to q\frac12 h\f$ where the spin-0 higgs particle is a massive scalar boson.
*
* @see \ref HalfHalfZeroEWSplitFnInterfaces "The interfaces"
* defined for HalfHalfZeroEWSplitFn.
*/
-class HalfHalfZeroEWSplitFn: public SplittingFunction {
+class HalfHalfZeroEWSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
+ virtual bool accept(const IdList & ids) const {
+ if(ids.size()!=3) return false;
+ if(ids[2]->iSpin()==PDT::Spin0 && _couplingValue0Re==0 && _couplingValue0Im==0 && _couplingValue1Re==0 && _couplingValue1Im==0) {
+ if(ids[0]->id()==ids[1]->id() && (ids[0]->id()==4 || ids[0]->id()==5 || ids[0]->id()==6)) return true;
+ }
+ else if(ids[2]->iSpin()==PDT::Spin0 && !(_couplingValue0Re==0 && _couplingValue0Im==0 && _couplingValue1Re==0 && _couplingValue1Im==0)) {
+ if(ids[0]->iCharge()!=ids[1]->iCharge()+ids[2]->iCharge()) return false;
+ if((abs(ids[0]->id())>=1 && abs(ids[0]->id())<=6) && (abs(ids[1]->id())>=1 && abs(ids[1]->id())<=6)) return true;
+ }
+ return false;
+ }
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ Complex gH0(0.,0.);
+ Complex gH1(0.,0.);
+ getCouplings(gH0,gH1,ids);
+ return (norm(gH0)+norm(gH1)+2*abs((gH0*gH1).real())+2*abs((gH0*gH1).imag()))*(1.-z)/2.;
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
- * The concrete implementation of the indefinite integral of the
+ * The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double integOverP(const double z, const IdList & ids,
+ virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
- */
- virtual double invIntegOverP(const double r, const IdList & ids,
+ */
+ virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
- generatePhiForward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ generatePhiForward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
-
+ virtual vector<pair<int,Complex> >
+ generatePhiBackward(const double, const Energy2, const IdList & ,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
+
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
- virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
+ virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
protected:
/**
* Get the couplings without running masses
*/
- void getCouplings(double & gH, const IdList & ids) const;
+ void getCouplings(Complex & gH0, Complex & gH1, const IdList & ids) const;
/**
* Get the couplings with running masses
*/
- void getCouplings(double & gH, const IdList & ids, const Energy2 t) const;
+ void getCouplings(Complex & gH0, Complex & gH1, const IdList & ids, const Energy2 t) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
HalfHalfZeroEWSplitFn & operator=(const HalfHalfZeroEWSplitFn &) = delete;
private:
/**
* Higgs couplings
*/
double ghqq_;
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValue0Re = 0.;
+ double _couplingValue0Im = 0.;
+ double _couplingValue1Re = 0.;
+ double _couplingValue1Im = 0.;
/**
* Pointer to the SM object.
*/
tcHwSMPtr _theSM;
};
}
#endif /* Herwig_HalfHalfZeroEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.cc b/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.cc
@@ -1,143 +1,117 @@
// -*- C++ -*-
//
// HalfOneHalfSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the HalfOneHalfSplitFn class.
//
#include "HalfOneHalfSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<HalfOneHalfSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<HalfOneHalfSplitFn,Herwig::Sudakov1to2FormFactor>
describeHalfOneHalfSplitFn ("Herwig::HalfOneHalfSplitFn","HwShower.so");
void HalfOneHalfSplitFn::Init() {
static ClassDocumentation<HalfOneHalfSplitFn> documentation
("The HalfOneHalfSplitFn class implements the splitting "
"function for q -> g q");
}
-
-double HalfOneHalfSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix & ) const {
- double val=(2.*(1.-z)+sqr(z))/z;
- if(mass) {
- Energy m = ids[0]->mass();
- val-=2.*sqr(m)/t;
- }
- return colourFactor(ids)*val;
-}
-
-double HalfOneHalfSplitFn::overestimateP(const double z,
- const IdList &ids) const {
- return 2.*colourFactor(ids)/z;
-}
-
-double HalfOneHalfSplitFn::ratioP(const double z, const Energy2 t,
- const IdList &ids,const bool mass, const RhoDMatrix & ) const {
- double val=2.*(1.-z)+sqr(z);
- if(mass) {
- Energy m=ids[0]->mass();
- val -=2.*sqr(m)*z/t;
- }
- return 0.5*val;
-}
-
double HalfOneHalfSplitFn::integOverP(const double z, const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return 2.*colourFactor(ids)*log(z);
+ return 2.*log(z);
case 1:
- return -2.*colourFactor(ids)/z;
+ return -2./z;
case 2:
- return 2.*colourFactor(ids)*log(z/(1.-z));
+ return 2.*log(z/(1.-z));
case 3:
default:
throw Exception() << "HalfOneHalfSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double HalfOneHalfSplitFn::invIntegOverP(const double r,
const IdList & ids,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return exp(0.5*r/colourFactor(ids));
+ return exp(0.5*r);
case 1:
- return -2.*colourFactor(ids)/r;
+ return -2./r;
case 2:
- return 1./(1.+exp(-0.5*r/colourFactor(ids)));
+ return 1./(1.+exp(-0.5*r));
case 3:
default:
throw Exception() << "HalfOneHalfSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool HalfOneHalfSplitFn::accept(const IdList &ids) const {
// 3 particles and in and out fermion same
if(ids.size()!=3 || ids[0]!=ids[2]) return false;
if(ids[0]->iSpin()!=PDT::Spin1Half ||
ids[1]->iSpin()!=PDT::Spin1) return false;
return checkColours(ids);
}
vector<pair<int, Complex> >
HalfOneHalfSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return {{ {0, 1.} }};
}
vector<pair<int, Complex> >
HalfOneHalfSplitFn::generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double mt = sqr(ids[0]->mass())/t;
double diag = (1.+sqr(1.-z))/z - 2.*mt;
double off = 2.*(1.-z)/z*(1.-mt*z/(1.-z));
double max = diag+2.*abs(rho(0,2))*off;
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0, (rho(0,0)+rho(2,2))*diag/max));
output.push_back(make_pair( 2, -rho(0,2) * off/max));
output.push_back(make_pair(-2, -rho(2,0) * off/max));
return output;
}
DecayMEPtr HalfOneHalfSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool timeLike) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1Half,PDT::Spin1,PDT::Spin1Half)));
Energy m = !timeLike ? ZERO : ids[0]->mass();
double mt = m/sqrt(t);
double root = sqrt(1.-z*sqr(m)/(1.-z)/t);
double romz = sqrt(1.-z);
double rz = sqrt(z);
Complex phase = exp(-Complex(0.,1.)*phi);
(*kernal)(0,0,0) = -root/rz/phase;
(*kernal)(1,2,1) = -conj((*kernal)(0,0,0));
(*kernal)(0,2,0) = root/rz*(1.-z)*phase;
(*kernal)(1,0,1) = -conj((*kernal)(0,2,0));
(*kernal)(1,2,0) = mt*z/romz;
(*kernal)(0,0,1) = conj((*kernal)(1,2,0));
(*kernal)(0,2,1) = 0.;
(*kernal)(1,0,0) = 0.;
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.h b/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/HalfOneHalfSplitFn.h
@@ -1,183 +1,180 @@
// -*- C++ -*-
//
// HalfOneHalfSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_HalfOneHalfSplitFn_H
#define HERWIG_HalfOneHalfSplitFn_H
//
// This is the declaration of the HalfOneHalfSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This classs provides the concrete implementation of the exact leading-order
* splitting function for \f$\frac12\to 1\frac12\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) = C\left(\frac{2(1-z)+z^2}{z}-2\frac{m^2_q}t\right),\f]
* where \f$C\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = 2C\frac1z,\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z = 2C\ln z,\f]
* and its inverse is
* \f[\exp\left(\frac{r}{2C}\right).\f]
*
* @see SplittingFunction
*/
-class HalfOneHalfSplitFn: public SplittingFunction {
+class HalfOneHalfSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ return 2./z;
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ const bool mass, const RhoDMatrix & rho) const {
+ double val=2.*(1.-z)+sqr(z);
+ if(mass) {
+ Energy m=ids[0]->mass();
+ val -=2.*sqr(m)*z/t;
+ }
+ return 0.5*val;
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle for forward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
HalfOneHalfSplitFn & operator=(const HalfOneHalfSplitFn &) = delete;
};
}
#endif /* HERWIG_HalfOneHalfSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.cc
@@ -1,150 +1,108 @@
// -*- C++ -*-
//
// OneHalfHalfSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneHalfHalfSplitFn class.
//
#include "OneHalfHalfSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<OneHalfHalfSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<OneHalfHalfSplitFn,Herwig::Sudakov1to2FormFactor>
describeOneHalfHalfSplitFn ("Herwig::OneHalfHalfSplitFn","HwShower.so");
void OneHalfHalfSplitFn::Init() {
static ClassDocumentation<OneHalfHalfSplitFn> documentation
("The OneHalfHalfSplitFn class implements the splitting function for g->q qbar");
}
-double OneHalfHalfSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix &) const {
- double zz = z*(1.-z);
- double val=1.-2.*zz;
- if(mass) {
- Energy m = ids[1]->mass();
- val +=2.*sqr(m)/t;
- }
- return colourFactor(ids)*val;
-}
-
-double OneHalfHalfSplitFn::overestimateP(const double,
- const IdList &ids) const {
- return colourFactor(ids);
-}
-
-double OneHalfHalfSplitFn::ratioP(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix &) const {
- double zz = z*(1.-z);
- double val = 1.-2.*zz;
- if(mass) {
- Energy m = ids[1]->mass();
- val+= 2.*sqr(m)/t;
- }
- return val;
-}
-
-double OneHalfHalfSplitFn::integOverP(const double z, const IdList & ids,
+double OneHalfHalfSplitFn::integOverP(const double z, const IdList &,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return colourFactor(ids)*z;
+ return z;
case 1:
- return colourFactor(ids)*log(z);
+ return log(z);
case 2:
- return -colourFactor(ids)*log(1.-z);
+ return -log(1.-z);
case 3:
- return colourFactor(ids)*log(z/(1.-z));
+ return log(z/(1.-z));
case 4:
- return colourFactor(ids)*2.*sqrt(z);
+ return 2.*sqrt(z);
case 5:
- return colourFactor(ids)*(2./3.)*z*sqrt(z);
+ return (2./3.)*z*sqrt(z);
default:
throw Exception() << "OneHalfHalfSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double OneHalfHalfSplitFn::invIntegOverP(const double r,
- const IdList & ids,
+ const IdList &,
unsigned int PDFfactor) const {
switch(PDFfactor) {
case 0:
- return r/colourFactor(ids);
+ return r;
case 1:
- return exp(r/colourFactor(ids));
+ return exp(r);
case 2:
- return 1.-exp(-r/colourFactor(ids));
+ return 1.-exp(-r);
case 3:
- return 1./(1.+exp(-r/colourFactor(ids)));
+ return 1./(1.+exp(-r));
case 4:
- return 0.25*sqr(r/colourFactor(ids));
+ return 0.25*sqr(r);
case 5:
- return pow(1.5*r/colourFactor(ids),2./3.);
+ return pow(1.5*r,2./3.);
default:
throw Exception() << "OneHalfHalfSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
-bool OneHalfHalfSplitFn::accept(const IdList &ids) const {
- if(ids.size()!=3) return false;
- if(ids[1]!=ids[2]->CC()) return false;
- if(ids[1]->iSpin()!=PDT::Spin1Half) return false;
- if(ids[0]->iSpin()!=PDT::Spin1) return false;
- return checkColours(ids);
-}
-
vector<pair<int, Complex> >
OneHalfHalfSplitFn::generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double modRho = abs(rho(0,2));
Energy mq = ids[1]->mass();
Energy2 mq2 = sqr(mq);
double fact = z*(1.-z)-mq2/t;
double max = 1.+2.*fact*(-1.+2.*modRho);
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*(1.-2.*fact)/max));
output.push_back(make_pair(-2,2.*fact*rho(0,2)/max));
output.push_back(make_pair( 2,2.*fact*rho(2,0)/max));
return output;
}
-vector<pair<int, Complex> >
-OneHalfHalfSplitFn::generatePhiBackward(const double, const Energy2, const IdList &,
- const RhoDMatrix & ) {
- // no dependance
- return {{ {0, 1.} }};
-}
-
DecayMEPtr OneHalfHalfSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool timeLike) {
static const Complex ii(0.,1.);
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1Half,PDT::Spin1Half)));
double mt = !timeLike ? ZERO : ids[1]->mass()/sqrt(t);
double root =sqrt(1.-sqr(mt)/z/(1.-z));
(*kernal)(0,0,0) = mt/sqrt(z*(1.-z));
(*kernal)(2,1,1) = (*kernal)(0,0,0);
(*kernal)(0,0,1) = -z*root*exp(-ii*phi);
(*kernal)(2,1,0) = -conj((*kernal)(0,0,1));
(*kernal)(0,1,0) = (1.-z)*exp(-ii*phi)*root;
(*kernal)(2,0,1) = -conj((*kernal)(0,1,0));
(*kernal)(0,1,1) = 0.;
(*kernal)(2,0,0) = 0.;
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.h b/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneHalfHalfSplitFn.h
@@ -1,188 +1,195 @@
// -*- C++ -*-
//
// OneHalfHalfSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_OneHalfHalfSplitFn_H
#define HERWIG_OneHalfHalfSplitFn_H
//
// This is the declaration of the OneHalfHalfSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
namespace Herwig {
using namespace ThePEG;
/**\ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$1\to \frac12\frac12\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) =C\left(1-2z(1-z)+2\frac{m_q^2}{t}\right),\f]
* where \f$C\f$ is the corresponding colour factor
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = C,\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z =Cz,\f]
* and its inverse is
* \f[\frac{r}{C}\f]
*
* @see \ref OneHalfHalfSplitFnInterfaces "The interfaces"
* defined for OneHalfHalfSplitFn.
*/
-class OneHalfHalfSplitFn: public SplittingFunction {
+class OneHalfHalfSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
+ virtual bool accept(const IdList & ids) const {
+ if(ids.size()!=3) return false;
+ if(ids[1]!=ids[2]->CC()) return false;
+ if(ids[1]->iSpin()!=PDT::Spin1Half) return false;
+ if(ids[0]->iSpin()!=PDT::Spin1) return false;
+ return true;
+ }
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ return 1.;
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,\tilde{q}^2)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ const bool mass, const RhoDMatrix & rho) const {
+ double zz = z*(1.-z);
+ double val = 1.-2.*zz;
+ if(mass) {
+ Energy m = ids[1]->mass();
+ val+= 2.*sqr(m)/t;
+ }
+ return val;
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ generatePhiBackward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // no dependance
+ return {{ {0, 1.} }};
+ }
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneHalfHalfSplitFn & operator=(const OneHalfHalfSplitFn &) = delete;
};
}
#endif /* HERWIG_OneHalfHalfSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.cc
@@ -1,258 +1,284 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneOneEWSplitFn class.
//
#include "OneOneOneEWSplitFn.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/ParticleData.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
using namespace Herwig;
IBPtr OneOneOneEWSplitFn::clone() const {
return new_ptr(*this);
}
IBPtr OneOneOneEWSplitFn::fullclone() const {
return new_ptr(*this);
}
void OneOneOneEWSplitFn::persistentOutput(PersistentOStream & os) const {
- os << gWWG_ << gWWZ_ << _theSM;
+ os << gWWG_ << gWWZ_ << _theSM << _couplingValueIm << _couplingValueRe;
}
void OneOneOneEWSplitFn::persistentInput(PersistentIStream & is, int) {
- is >> gWWG_ >> gWWZ_ >> _theSM;
+ is >> gWWG_ >> gWWZ_ >> _theSM >> _couplingValueIm >> _couplingValueRe;
}
// The following static variable is needed for the type description system in ThePEG.
-DescribeClass<OneOneOneEWSplitFn,SplittingFunction>
+DescribeClass<OneOneOneEWSplitFn,Sudakov1to2FormFactor>
describeHerwigOneOneOneEWSplitFn("Herwig::OneOneOneEWSplitFn", "HwShower.so");
void OneOneOneEWSplitFn::Init() {
static ClassDocumentation<OneOneOneEWSplitFn> documentation
("The OneOneOneEWSplitFn class implements the splitting W->WG, W->WZ and Z->ZZ");
+ static Parameter<OneOneOneEWSplitFn, double> interfaceCouplingValueIm
+ ("CouplingValue.Im",
+ "The numerical value (imaginary part) of the splitting coupling to be imported for BSM splittings",
+ &OneOneOneEWSplitFn::_couplingValueIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<OneOneOneEWSplitFn, double> interfaceCouplingValueRe
+ ("CouplingValue.Re",
+ "The numerical value (real part) of the splitting coupling to be imported for BSM splittings",
+ &OneOneOneEWSplitFn::_couplingValueRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
}
void OneOneOneEWSplitFn::doinit() {
- SplittingFunction::doinit();
+ Sudakov1to2FormFactor::doinit();
tcSMPtr sm = generator()->standardModel();
double sw2 = sm->sin2ThetaW();
// WWZ coupling
gWWZ_ = sqrt((1.-sw2)/sw2);
// WWG coupling
gWWG_ = 1.;
// to employ running masses, wherever needed
_theSM = dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
}
-void OneOneOneEWSplitFn::getCouplings(double & gvvv, const IdList & ids) const {
+void OneOneOneEWSplitFn::getCouplings(Complex & gvvv, const IdList & ids) const {
+ if(_couplingValueIm!=0||_couplingValueRe!=0) {
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()
+ ->alphaEM(sqr(getParticleData(ParticleID::Z0)->mass())));
+ gvvv = Complex(_couplingValueRe,_couplingValueIm)/e;
+ }
// Z > WW
- if(ids[0]->id()==ParticleID::Z0 && abs(ids[1]->id())==ParticleID::Wplus
+ else if(ids[0]->id()==ParticleID::Z0 && abs(ids[1]->id())==ParticleID::Wplus
&& abs(ids[2]->id())==ParticleID::Wplus){
- gvvv = gWWZ_;
+ gvvv = Complex(0.,gWWZ_);
}
// W > WG
else if(abs(ids[0]->id())==ParticleID::Wplus && abs(ids[1]->id())==ParticleID::Wplus
&& ids[2]->id()==ParticleID::gamma){
- gvvv = gWWG_;
+ gvvv = Complex(0.,gWWG_);
}
// W > WZ
else if(abs(ids[0]->id())==ParticleID::Wplus && abs(ids[1]->id())==ParticleID::Wplus
&& ids[2]->id()==ParticleID::Z0){
- gvvv = gWWZ_;
+ gvvv = Complex(0.,gWWZ_);
}
else
assert(false);
}
double OneOneOneEWSplitFn::P(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix & rho) const {
- double gvvv(0.);
+ Complex gvvv(0.,0.);
getCouplings(gvvv,ids);
double abs_rho_00 = abs(rho(0,0));
double abs_rho_11 = abs(rho(1,1));
double abs_rho_22 = abs(rho(2,2));
// massless limit
double val = ((2.*sqr(1.-(1.-z)*z))/((1.-z)*z))*(abs_rho_00+abs_rho_22);
// massive limits
if(mass) {
double m0t2 = sqr(ids[0]->mass())/t;
double m1t2 = sqr(ids[1]->mass())/t;
double m2t2 = sqr(ids[2]->mass())/t;
- val += (-2.*(m2t2*(1.-sqr(1.-z)*z)+m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22))/((1.-z)*z)
- + (2.*m0t2*(2.*pow(1.-z,3)*z*abs_rho_11+sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22)))/((1.-z)*z);
+ val += 4.*m0t2*sqr(1.-z)*abs_rho_11 + (2*(m0t2*sqr(1.-(1.-z)*z)
+ -m2t2*(1.-sqr(1.-z)*z) -m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22))
+ /((1.-z)*z);
}
- return sqr(gvvv)*val;
+ return norm(gvvv)*val;
}
double OneOneOneEWSplitFn::overestimateP(const double z,
const IdList & ids) const {
- double gvvv(0.);
+ Complex gvvv(0.,0.);
getCouplings(gvvv,ids);
- return sqr(gvvv)*(2./(z*(1.-z)));
+ double val = norm(gvvv)*(2./(z*(1.-z)));
+ return val;
}
double OneOneOneEWSplitFn::ratioP(const double z, const Energy2 t,
const IdList & ids, const bool mass,
const RhoDMatrix & rho) const {
double val(0.);
double abs_rho_00 = abs(rho(0,0));
double abs_rho_11 = abs(rho(1,1));
double abs_rho_22 = abs(rho(2,2));
// massless limit
val = sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22);
// massive limit
if(mass) {
double m0t2 = sqr(ids[0]->mass())/t;
double m1t2 = sqr(ids[1]->mass())/t;
double m2t2 = sqr(ids[2]->mass())/t;
- val += -(m2t2*(1.-sqr(1.-z)*z) + m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22)
- + m0t2*(2.*pow(1.-z,3)*z*abs_rho_11+sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22));
+ val += (4.*m0t2*sqr(1.-z)*abs_rho_11 + (2*(m0t2*sqr(1.-(1.-z)*z)
+ -m2t2*(1.-sqr(1.-z)*z) -m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22))
+ /((1.-z)*z))/(2./(z*(1.-z)));
}
return val;
}
double OneOneOneEWSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
- double gvvv(0.);
+ Complex gvvv(0.);
getCouplings(gvvv,ids);
- double pre = sqr(gvvv);
+ double pre = norm(gvvv);
switch (PDFfactor) {
case 0:
return 2.*pre*(log(z)-log(1.-z));
case 1:
//return -2.*pre*(1./z+log(1.-z)-log(z));
case 2:
//return 2.*pre*(2.*log(z)+(2.*z-1.)/(z*(1.-z))-2.*log(1.-z));
case 3:
//return 2.*pre*(1./(1.-z)-1./z-2.*log(1.-z)+2.*log(z));
default:
throw Exception() << "OneOneOneEWSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double OneOneOneEWSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
- double gvvv(0.);
+ Complex gvvv(0.);
getCouplings(gvvv,ids);
- double pre = sqr(gvvv);
+ double pre = norm(gvvv);
switch (PDFfactor) {
case 0:
return exp(0.5*r/pre)/(1.+exp(0.5*r/pre));
case 1:
case 2:
case 3:
default:
throw Exception() << "OneOneOneEWSplitFn::invIntegOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool OneOneOneEWSplitFn::accept(const IdList &ids) const {
if(ids.size()!=3) return false;
- // Z > WW
- if(ids[0]->id()==ParticleID::Z0 && abs(ids[1]->id())==ParticleID::Wplus
- && ids[1]->id()==-ids[2]->id())
- return true;
-
- if(abs(ids[0]->id())==ParticleID::Wplus) {
- // W > WG
- if(ids[1]->id()==ids[0]->id() && ids[2]->id()==ParticleID::gamma)
+ if(_couplingValueIm==0&&_couplingValueRe==0) {
+ // Z > WW
+ if(ids[0]->id()==ParticleID::Z0 && abs(ids[1]->id())==ParticleID::Wplus
+ && ids[1]->id()==-ids[2]->id())
return true;
- // W > WZ
- if(ids[1]->id()==ids[0]->id() && ids[2]->id()==ParticleID::Z0)
+ if(abs(ids[0]->id())==ParticleID::Wplus) {
+ // W > WG
+ if(ids[1]->id()==ids[0]->id() && ids[2]->id()==ParticleID::gamma)
+ return true;
+ // W > WZ
+ if(ids[1]->id()==ids[0]->id() && ids[2]->id()==ParticleID::Z0)
+ return true;
+ }
+ }
+ else {
+ if(ids[0]->iSpin()==PDT::Spin1 && ids[1]->iSpin()==PDT::Spin1 && ids[2]->iSpin()==PDT::Spin1)
return true;
}
return false;
}
vector<pair<int, Complex> >
OneOneOneEWSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
vector<pair<int, Complex> >
OneOneOneEWSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
DecayMEPtr OneOneOneEWSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
- double gvvv(0.);
+ Complex gvvv(0.);
getCouplings(gvvv,ids);
// defining dummies
double m0t = ids[0]->mass()/sqrt(t);
double m1t = ids[1]->mass()/sqrt(t);
double m2t = ids[2]->mass()/sqrt(t);
Complex phase = exp(Complex(0.,1.)*phi);
Complex cphase = conj(phase);
double z1_z = z*(1.-z);
double sqrtmass = sqrt(sqr(m0t)-sqr(m1t)/z-sqr(m2t)/(1.-z)+1.);
double r2 = sqrt(2.);
// assign kernel
(*kernal)(0,0,0) = gvvv*phase*(1./sqrt(z1_z))*sqrtmass;
(*kernal)(0,0,1) = gvvv*r2*m2t*(z/(1.-z)); //2>4
(*kernal)(0,0,2) = -gvvv*cphase*sqrt(z/(1.-z))*sqrtmass;
(*kernal)(0,1,0) = -gvvv*r2*m1t*(1.-z)/z; //2>4
(*kernal)(0,1,1) = 0.;
(*kernal)(0,1,2) = 0.;
(*kernal)(0,2,0) = -gvvv*(1.-z)*cphase*sqrt((1.-z)/z)*sqrtmass;
(*kernal)(0,2,1) = 0.;
(*kernal)(0,2,2) = 0.;
(*kernal)(1,0,0) = 0.;
(*kernal)(1,0,1) = 0.; //2>4
(*kernal)(1,0,2) = -gvvv*r2*m0t*(1.-z); //2>4
(*kernal)(1,1,0) = 0.; //221>441
(*kernal)(1,1,1) = 0.; //222>444
(*kernal)(1,1,2) = 0.; //223>443
(*kernal)(1,2,0) = -gvvv*r2*m0t*(1.-z); //2>4
(*kernal)(1,2,1) = 0.; //2>4
(*kernal)(1,2,2) = 0.; //2>4
(*kernal)(2,0,0) = 0.;
(*kernal)(2,0,1) = 0.;
(*kernal)(2,0,2) = gvvv*(1.-z)*phase*sqrt((1.-z)/z)*sqrtmass;
(*kernal)(2,1,0) = 0.;
(*kernal)(2,1,1) = 0.; //2>4
(*kernal)(2,1,2) = -gvvv*r2*m1t*((1.-z)/z);//2>4
(*kernal)(2,2,0) = gvvv*phase*sqrt(z/(1.-z))*sqrtmass;
(*kernal)(2,2,1) = gvvv*r2*m2t*(z/(1.-z)); //2>4
(*kernal)(2,2,2) = -gvvv*cphase*(1./sqrt(z1_z))*sqrtmass;
// return the answer
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.h b/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneEWSplitFn.h
@@ -1,217 +1,223 @@
// -*- C++ -*-
#ifndef Herwig_OneOneOneEWSplitFn_H
#define Herwig_OneOneOneEWSplitFn_H
//
// This is the declaration of the OneOneOneEWSplitFn class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
#include "Herwig/Models/StandardModel/StandardModel.h"
namespace Herwig {
using namespace ThePEG;
/**
* The OneOneOneEWSplitFn class implements the splitting function for
- * \f$\1\to q\1 1\f$ where the spin-1 particles are massive electroweak gauge bosons.
+ * \f$1\to 1 1\f$ where the spin-1 particles are massive electroweak gauge bosons.
*
* @see \ref OneOneOneEWSplitFnInterfaces "The interfaces"
* defined for OneOneOneEWSplitFn.
*/
-class OneOneOneEWSplitFn: public SplittingFunction {
+class OneOneOneEWSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P(z,t)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
protected:
/**
* Get the couplings
*/
- void getCouplings(double & gvvv, const IdList & ids) const;
+ void getCouplings(Complex & gvvv, const IdList & ids) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneOneEWSplitFn & operator=(const OneOneOneEWSplitFn &) = delete;
private:
/**
* W^{\pm} -> W^{\pm} G couplings
*/
double gWWG_;
/**
* W^{\pm} -> W^{\pm} Z couplings
*/
double gWWZ_;
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueIm = 0.;
+ double _couplingValueRe = 0.;
+
/**
* Pointer to the SM object.
*/
tcHwSMPtr _theSM;
};
}
#endif /* Herwig_OneOneOneEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.cc
@@ -1,145 +1,83 @@
// -*- C++ -*-
//
// OneOneOneMassiveSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneOneMassiveSplitFn class.
//
#include "OneOneOneMassiveSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include "ThePEG/Repository/EventGenerator.h"
using namespace Herwig;
-DescribeNoPIOClass<OneOneOneMassiveSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<OneOneOneMassiveSplitFn,Herwig::Sudakov1to2FormFactor>
describeOneOneOneMassiveSplitFn ("Herwig::OneOneOneMassiveSplitFn","HwShower.so");
void OneOneOneMassiveSplitFn::Init() {
static ClassDocumentation<OneOneOneMassiveSplitFn> documentation
("The OneOneOneMassiveSplitFn class implements the g -> gg splitting function");
}
-double OneOneOneMassiveSplitFn::P(const double z, const Energy2 t,
- const IdList & ids, const bool, const RhoDMatrix & rho )const {
- Energy2 m2 = sqr(ids[0]->mass());
- double rho00 = rho(1,1).real();
- return 2.*colourFactor(ids)*(z/(1.-z)-m2/t
- + (1.-rho00)*( (1.-z)/z + z*(1.-z) -sqr(1.-z)*m2/t )
- + 2.*rho00*sqr(1.-z)*m2/t);
-}
-
-double OneOneOneMassiveSplitFn::overestimateP(const double z,
- const IdList & ids) const {
- return 2.*colourFactor(ids)*(1/z + 1/(1.-z));
-}
-
-
-double OneOneOneMassiveSplitFn::ratioP(const double z, const Energy2 t,
- const IdList & ids , const bool, const RhoDMatrix & rho) const {
- Energy2 m2 = sqr(ids[0]->mass());
- double rho00 = rho(1,1).real();
- return (sqr(z)-z*(1.-z)*m2/t
- + (1.-rho00)*sqr(1.-z)*( 1. + sqr(z) -z*(1.-z)*m2/t )
- + 2.*rho00*z*(1.-z)*sqr(1.-z)*m2/t);
-}
-
-double OneOneOneMassiveSplitFn::invIntegOverP(const double r,
- const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- return 1./(1.+exp(-0.5*r/colourFactor(ids)));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneOneMassiveSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-double OneOneOneMassiveSplitFn::integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- assert(z>0.&&z<1.);
- return 2.*colourFactor(ids)*log(z/(1.-z));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneOneMassiveSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-bool OneOneOneMassiveSplitFn::accept(const IdList & ids) const {
- if(ids.size()!=3) return false;
- for(unsigned int ix=0;ix<ids.size();++ix) {
- if(ids[0]->iSpin()!=PDT::Spin1) return false;
- }
- return checkColours(ids);
-}
-
vector<pair<int, Complex> >
OneOneOneMassiveSplitFn::generatePhiForward(const double z, const Energy2, const IdList &,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double modRho = abs(rho(0,2));
double max = 2.*z*modRho*(1.-z)+sqr(1.-(1.-z)*z)/(z*(1.-z));
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*sqr(1.-(1.-z)*z)/(z*(1.-z))/max));
output.push_back(make_pair(-2,-rho(0,2)*z*(1.-z)/max));
output.push_back(make_pair( 2,-rho(2,0)*z*(1.-z)/max));
return output;
}
vector<pair<int, Complex> >
OneOneOneMassiveSplitFn::generatePhiBackward(const double z, const Energy2, const IdList &,
const RhoDMatrix & rho) {
assert(rho.iSpin()==PDT::Spin1);
double diag = sqr(1 - (1 - z)*z)/(1 - z)/z;
double off = (1.-z)/z;
double max = 2.*abs(rho(0,2))*off+diag;
vector<pair<int, Complex> > output;
output.push_back(make_pair( 0, (rho(0,0)+rho(2,2))*diag/max));
output.push_back(make_pair( 2,-rho(0,2) * off/max));
output.push_back(make_pair(-2,-rho(2,0) * off/max));
return output;
}
DecayMEPtr OneOneOneMassiveSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
Energy2 m2 = sqr(ids[0]->mass());
double omz = 1.-z;
double root = sqrt(z*omz);
Complex phase = exp(Complex(0.,1.)*phi);
double mroot = sqrt(1.-m2*(1.-z)/z/t);
(*kernal)(0,0,0) = phase/root*mroot;
(*kernal)(2,2,2) = -conj((*kernal)(0,0,0));
(*kernal)(0,0,2) = -sqr(z)/root/phase*mroot;
(*kernal)(2,2,0) = -conj((*kernal)(0,0,2));
(*kernal)(0,2,0) = -sqr(omz)/root/phase*mroot;
(*kernal)(2,0,2) = -conj((*kernal)(0,2,0));
(*kernal)(0,2,2) = 0.;
(*kernal)(2,0,0) = 0.;
(*kernal)(1,0,0) = 0.;
(*kernal)(1,2,2) = 0.;
(*kernal)(1,0,2) = sqrt(2.*m2/t)*(1.-z);
(*kernal)(1,2,0) = (*kernal)(1,0,2);
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.h b/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneMassiveSplitFn.h
@@ -1,184 +1,190 @@
// -*- C++ -*-
//
// OneOneOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_OneOneOneMassiveSplitFn_H
#define HERWIG_OneOneOneMassiveSplitFn_H
//
// This is the declaration of the OneOneOneMassiveSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$1\to 11\f$ where the emitting particle is massi e
*
* In this case the splitting function is given by
* \f[P(z) =2C\left( \frac{z}{1-z}-\frac{m^2}{q^2-m^2} +2\rho_{00}\frac{(1-z)^2m^2}{q^2-m^2} + (1-\rho_{00})\left(\frac{1-z}{z}+z(1-z)-\frac{(1-z)^2m^2}{q^2-m^2}\right)\right),\f]
* where \f$C=\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = 2C\left(\frac1z+\frac1{1-z}\right),\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z =2C\ln\left(\frac{z}{1-z}\right),\f]
* and its inverse is
* \f[\frac{\exp\left(\frac{r}{2C}\right)}{(1+\exp\left(\frac{r}{2C}\right)}\f]
*
*
* @see \ref OneOneOneMassiveSplitFnInterfaces "The interfaces"
* defined for OneOneOneMassiveSplitFn.
*/
-class OneOneOneMassiveSplitFn: public SplittingFunction {
+class OneOneOneMassiveSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
-
- /**
- * Methods to return the splitting function.
- */
- //@{
- /**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ virtual bool accept(const IdList & ids) const {
+ if(ids.size()!=3) return false;
+ for(unsigned int ix=0;ix<ids.size();++ix) {
+ if(ids[0]->iSpin()!=PDT::Spin1) return false;
+ }
+ return true;
+ }
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ virtual double overestimateP(const double z, const IdList &) const {
+ return 2.*(1/z + 1/(1.-z));
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ const bool, const RhoDMatrix & rho) const {
+ Energy2 m2 = sqr(ids[0]->mass());
+ double rho00 = rho(1,1).real();
+ return (sqr(z)-z*(1.-z)*m2/t
+ + (1.-rho00)*sqr(1.-z)*( 1. + sqr(z) -z*(1.-z)*m2/t )
+ + 2.*rho00*z*(1.-z)*sqr(1.-z)*m2/t);
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ virtual double integOverP(const double z, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ assert(z>0.&&z<1.);
+ return 2.*log(z/(1.-z));
+ }
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ virtual double invIntegOverP(const double r, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ return 1./(1.+exp(-0.5*r));
+ }
//@}
/**
* Method to calculate the azimuthal angle for forward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneOneMassiveSplitFn & operator=(const OneOneOneMassiveSplitFn &) = delete;
};
}
#endif /* HERWIG_OneOneOneMassiveSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.cc
@@ -1,235 +1,235 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneOneQEDSplitFn class.
//
#include "OneOneOneQEDSplitFn.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/ParticleData.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include "Herwig/Models/StandardModel/SMFFHVertex.h"
using namespace Herwig;
IBPtr OneOneOneQEDSplitFn::clone() const {
return new_ptr(*this);
}
IBPtr OneOneOneQEDSplitFn::fullclone() const {
return new_ptr(*this);
}
void OneOneOneQEDSplitFn::persistentOutput(PersistentOStream & os) const {
os << gWWG_ << _theSM;
}
void OneOneOneQEDSplitFn::persistentInput(PersistentIStream & is, int) {
is >> gWWG_ >> _theSM;
}
// The following static variable is needed for the type description system in ThePEG.
-DescribeClass<OneOneOneQEDSplitFn,SplittingFunction>
+DescribeClass<OneOneOneQEDSplitFn,Sudakov1to2FormFactor>
describeHerwigOneOneOneQEDSplitFn("Herwig::OneOneOneQEDSplitFn", "HwShower.so");
void OneOneOneQEDSplitFn::Init() {
static ClassDocumentation<OneOneOneQEDSplitFn> documentation
("The OneOneOneQEDSplitFn class implements the gamma->WW EW splitting.");
}
void OneOneOneQEDSplitFn::doinit() {
- SplittingFunction::doinit();
+ Sudakov1to2FormFactor::doinit();
tcSMPtr sm = generator()->standardModel();
// WWG coupling
gWWG_ = 1.;
// to employ running masses, wherever needed
_theSM = dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
}
void OneOneOneQEDSplitFn::getCouplings(double & gvvv, const IdList & ids) const {
// G > WW
if(ids[0]->id()==ParticleID::gamma && abs(ids[1]->id())==ParticleID::Wplus
&& abs(ids[2]->id())==ParticleID::Wplus){
gvvv = gWWG_;
}
else
assert(false);
}
double OneOneOneQEDSplitFn::P(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix & rho) const {
double gvvv(0.);
getCouplings(gvvv,ids);
double abs_rho_00 = abs(rho(0,0));
double abs_rho_11 = abs(rho(1,1));
double abs_rho_22 = abs(rho(2,2));
// massless limit
double val = ((2.*sqr(1.-(1.-z)*z))/((1.-z)*z))*(abs_rho_00+abs_rho_22);
// massive limits
if(mass) {
double m0t2 = sqr(ids[0]->mass())/t;
double m1t2 = sqr(ids[1]->mass())/t;
double m2t2 = sqr(ids[2]->mass())/t;
val += (-2.*(m2t2*(1.-sqr(1.-z)*z)+m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22))/((1.-z)*z)
+ (2.*m0t2*(2.*pow(1.-z,3)*z*abs_rho_11+sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22)))/((1.-z)*z);
}
return sqr(gvvv)*val;
}
double OneOneOneQEDSplitFn::overestimateP(const double z,
const IdList & ids) const {
double gvvv(0.);
getCouplings(gvvv,ids);
return sqr(gvvv)*(2./(z*(1.-z)));
}
double OneOneOneQEDSplitFn::ratioP(const double z, const Energy2 t,
const IdList & ids, const bool mass,
const RhoDMatrix & rho) const {
double val(0.);
double abs_rho_00 = abs(rho(0,0));
double abs_rho_11 = abs(rho(1,1));
double abs_rho_22 = abs(rho(2,2));
// massless limit
val = sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22);
// massive limit
if(mass) {
double m0t2 = sqr(ids[0]->mass())/t;
double m1t2 = sqr(ids[1]->mass())/t;
double m2t2 = sqr(ids[2]->mass())/t;
val += -(m2t2*(1.-sqr(1.-z)*z) + m1t2*(1.-(1.-z)*sqr(z)))*(abs_rho_00+abs_rho_22)
+ m0t2*(2.*pow(1.-z,3)*z*abs_rho_11+sqr(1.-(1.-z)*z)*(abs_rho_00+abs_rho_22));
}
return val;
}
double OneOneOneQEDSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
double gvvv(0.);
getCouplings(gvvv,ids);
double pre = sqr(gvvv);
switch (PDFfactor) {
case 0:
return 2.*pre*(log(z)-log(1.-z));
case 1:
//return -2.*pre*(1./z+log(1.-z)-log(z));
case 2:
//return 2.*pre*(2.*log(z)+(2.*z-1.)/(z*(1.-z))-2.*log(1.-z));
case 3:
//return 2.*pre*(1./(1.-z)-1./z-2.*log(1.-z)+2.*log(z));
default:
throw Exception() << "OneOneOneQEDSplitFn::integOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
double OneOneOneQEDSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
double gvvv(0.);
getCouplings(gvvv,ids);
double pre = sqr(gvvv);
switch (PDFfactor) {
case 0:
return exp(0.5*r/pre)/(1.+exp(0.5*r/pre));
case 1:
case 2:
case 3:
default:
throw Exception() << "OneOneOneQEDSplitFn::invIntegOverP() invalid PDFfactor = "
<< PDFfactor << Exception::runerror;
}
}
bool OneOneOneQEDSplitFn::accept(const IdList &ids) const {
if(ids.size()!=3) return false;
if(ids[0]->id()==ParticleID::gamma && abs(ids[1]->id())==ParticleID::Wplus
&& ids[1]->id()==-ids[2]->id())
return true;
return false;
}
vector<pair<int, Complex> >
OneOneOneQEDSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
vector<pair<int, Complex> >
OneOneOneQEDSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
DecayMEPtr OneOneOneQEDSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
double gvvv(0.);
getCouplings(gvvv,ids);
// defining dummies
double m0t = ids[0]->mass()/sqrt(t);
double m1t = ids[1]->mass()/sqrt(t);
double m2t = ids[2]->mass()/sqrt(t);
Complex phase = exp(Complex(0.,1.)*phi);
Complex cphase = conj(phase);
double z1_z = z*(1.-z);
double sqrtmass = sqrt(sqr(m0t)-sqr(m1t)/z-sqr(m2t)/(1.-z)+1.);
double r2 = sqrt(2.);
// assign kernel
(*kernal)(0,0,0) = gvvv*phase*(1./sqrt(z1_z))*sqrtmass;
(*kernal)(0,0,1) = gvvv*r2*m2t*(z/(1.-z)); //2>4
(*kernal)(0,0,2) = -gvvv*cphase*sqrt(z/(1.-z))*sqrtmass;
(*kernal)(0,1,0) = -gvvv*r2*m1t*(1.-z)/z; //2>4
(*kernal)(0,1,1) = 0.;
(*kernal)(0,1,2) = 0.;
(*kernal)(0,2,0) = -gvvv*(1.-z)*cphase*sqrt((1.-z)/z)*sqrtmass;
(*kernal)(0,2,1) = 0.;
(*kernal)(0,2,2) = 0.;
(*kernal)(1,0,0) = 0.;
(*kernal)(1,0,1) = 0.; //2>4
(*kernal)(1,0,2) = -gvvv*r2*m0t*(1.-z); //2>4
(*kernal)(1,1,0) = 0.; //221>441
(*kernal)(1,1,1) = 0.; //222>444
(*kernal)(1,1,2) = 0.; //223>443
(*kernal)(1,2,0) = -gvvv*r2*m0t*(1.-z); //2>4
(*kernal)(1,2,1) = 0.; //2>4
(*kernal)(1,2,2) = 0.; //2>4
(*kernal)(2,0,0) = 0.;
(*kernal)(2,0,1) = 0.;
(*kernal)(2,0,2) = gvvv*(1.-z)*phase*sqrt((1.-z)/z)*sqrtmass;
(*kernal)(2,1,0) = 0.;
(*kernal)(2,1,1) = 0.; //2>4
(*kernal)(2,1,2) = -gvvv*r2*m1t*((1.-z)/z);//2>4
(*kernal)(2,2,0) = gvvv*phase*sqrt(z/(1.-z))*sqrtmass;
(*kernal)(2,2,1) = gvvv*r2*m2t*(z/(1.-z)); //2>4
(*kernal)(2,2,2) = -gvvv*cphase*(1./sqrt(z1_z))*sqrtmass;
// return the answer
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.h b/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneQEDSplitFn.h
@@ -1,212 +1,212 @@
// -*- C++ -*-
#ifndef Herwig_OneOneOneQEDSplitFn_H
#define Herwig_OneOneOneQEDSplitFn_H
//
// This is the declaration of the OneOneOneQEDSplitFn class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
#include "Herwig/Models/StandardModel/StandardModel.h"
namespace Herwig {
using namespace ThePEG;
/**
* The OneOneOneQEDSplitFn class implements the splitting function for
- * \f$\1\to q\1 1\f$ where the spin-1 particles are massive electroweak gauge bosons.
+ * \f$1\to 1 1\f$ where the spin-1 particles are massive electroweak gauge bosons.
*
* @see \ref OneOneOneQEDSplitFnInterfaces "The interfaces"
* defined for OneOneOneQEDSplitFn.
*/
-class OneOneOneQEDSplitFn: public SplittingFunction {
+class OneOneOneQEDSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P(z,t)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
protected:
/**
* Get the couplings
*/
void getCouplings(double & gvvv, const IdList & ids) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneOneQEDSplitFn & operator=(const OneOneOneQEDSplitFn &) = delete;
private:
/**
* W^{\pm} -> W^{\pm} G couplings
*/
double gWWG_;
/**
* Pointer to the SM object.
*/
tcHwSMPtr _theSM;
};
}
#endif /* Herwig_OneOneOneQEDSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.cc
@@ -1,133 +1,28 @@
// -*- C++ -*-
//
// OneOneOneSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneOneSplitFn class.
//
#include "OneOneOneSplitFn.h"
-#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<OneOneOneSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<OneOneOneSplitFn,Herwig::Sudakov1to2FormFactor>
describeOneOneOneSplitFn ("Herwig::OneOneOneSplitFn","HwShower.so");
void OneOneOneSplitFn::Init() {
static ClassDocumentation<OneOneOneSplitFn> documentation
("The OneOneOneSplitFn class implements the g -> gg splitting function");
}
-
-double OneOneOneSplitFn::P(const double z, const Energy2,
- const IdList & ids, const bool, const RhoDMatrix &)const {
- // (this is historically important! the first physics - two years
- // after the birth of the project - in the Herwig shower! Alberto
- // & Stefan, 25/04/2002).
- return colourFactor(ids)*sqr(1.-z*(1.-z))/(z*(1.-z));
-}
-
-double OneOneOneSplitFn::overestimateP(const double z,
- const IdList & ids) const {
- return colourFactor(ids)*(1/z + 1/(1.-z));
-}
-
-
-double OneOneOneSplitFn::ratioP(const double z, const Energy2,
- const IdList & , const bool, const RhoDMatrix &) const {
- return sqr(1.-z*(1.-z));
-}
-
-double OneOneOneSplitFn::invIntegOverP(const double r,
- const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- return 1./(1.+exp(-r/colourFactor(ids)));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneOneSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-double OneOneOneSplitFn::integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- assert(z>0.&&z<1.);
- return colourFactor(ids)*log(z/(1.-z));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneOneSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-bool OneOneOneSplitFn::accept(const IdList & ids) const {
- if(ids.size()!=3) return false;
- for(unsigned int ix=0;ix<ids.size();++ix) {
- if(ids[ix]->iSpin()!=PDT::Spin1) return false;
- }
- return checkColours(ids);
-}
-
-vector<pair<int, Complex> >
-OneOneOneSplitFn::generatePhiForward(const double z, const Energy2, const IdList &,
- const RhoDMatrix & rho) {
- assert(rho.iSpin()==PDT::Spin1);
- double modRho = abs(rho(0,2));
- double max = 2.*z*modRho*(1.-z)+sqr(1.-(1.-z)*z)/(z*(1.-z));
- vector<pair<int, Complex> > output;
- output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*sqr(1.-(1.-z)*z)/(z*(1.-z))/max));
- output.push_back(make_pair(-2,-rho(0,2)*z*(1.-z)/max));
- output.push_back(make_pair( 2,-rho(2,0)*z*(1.-z)/max));
- return output;
-}
-
-vector<pair<int, Complex> >
-OneOneOneSplitFn::generatePhiBackward(const double z, const Energy2, const IdList &,
- const RhoDMatrix & rho) {
- assert(rho.iSpin()==PDT::Spin1);
- double diag = sqr(1 - (1 - z)*z)/(1 - z)/z;
- double off = (1.-z)/z;
- double max = 2.*abs(rho(0,2))*off+diag;
- vector<pair<int, Complex> > output;
- output.push_back(make_pair( 0, (rho(0,0)+rho(2,2))*diag/max));
- output.push_back(make_pair( 2,-rho(0,2) * off/max));
- output.push_back(make_pair(-2,-rho(2,0) * off/max));
- return output;
-}
-
-DecayMEPtr OneOneOneSplitFn::matrixElement(const double z, const Energy2,
- const IdList &, const double phi,
- bool) {
- // calculate the kernal
- DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
- double omz = 1.-z;
- double root = sqrt(z*omz);
- Complex phase = exp(Complex(0.,1.)*phi);
- (*kernal)(0,0,0) = phase/root;
- (*kernal)(2,2,2) = -conj((*kernal)(0,0,0));
- (*kernal)(0,0,2) = -sqr(z)/root/phase;
- (*kernal)(2,2,0) = -conj((*kernal)(0,0,2));
- (*kernal)(0,2,0) = -sqr(omz)/root/phase;
- (*kernal)(2,0,2) = -conj((*kernal)(0,2,0));
- (*kernal)(0,2,2) = 0.;
- (*kernal)(2,0,0) = 0.;
- return kernal;
-}
diff --git a/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.h b/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneOneOneSplitFn.h
@@ -1,184 +1,225 @@
// -*- C++ -*-
//
// OneOneOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_OneOneOneSplitFn_H
#define HERWIG_OneOneOneSplitFn_H
//
// This is the declaration of the OneOneOneSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
*
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$1\to 11\f$.
*
* In this case the splitting function is given by
* \f[P(z) =2C*\left(\frac{z}{1-z}+\frac{1-z}{z}+z(1-z)\right),\f]
* where \f$C=\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = 2C\left(\frac1z+\frac1{1-z}\right),\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z =2C\ln\left(\frac{z}{1-z}\right),\f]
* and its inverse is
* \f[\frac{\exp\left(\frac{r}{2C}\right)}{(1+\exp\left(\frac{r}{2C}\right)}\f]
*
*
* @see \ref OneOneOneSplitFnInterfaces "The interfaces"
* defined for OneOneOneSplitFn.
*/
-class OneOneOneSplitFn: public SplittingFunction {
+class OneOneOneSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
+ bool accept(const IdList & ids) const {
+ if(ids.size()!=3) return false;
+ for(unsigned int ix=0;ix<ids.size();++ix) {
+ if(ids[ix]->iSpin()!=PDT::Spin1) return false;
+ }
+ return true;
+ }
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P(z,t)\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ double overestimateP(const double z, const IdList & ids) const {
+ return 1/z + 1/(1.-z);
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
- virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const;
+ virtual double ratioP(const double z, const Energy2, const IdList &,
+ const bool, const RhoDMatrix &) const {
+ return sqr(1.-z*(1.-z));
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ virtual double integOverP(const double z, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ assert(z>0.&&z<1.);
+ return log(z/(1.-z));
+ }
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ virtual double invIntegOverP(const double r, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ return 1./(1.+exp(-r));
+ }
//@}
/**
* Method to calculate the azimuthal angle for forward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiForward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ vector<pair<int,Complex> >
+ generatePhiForward(const double z, const Energy2, const IdList &,
+ const RhoDMatrix & rho) {
+ assert(rho.iSpin()==PDT::Spin1);
+ double modRho = abs(rho(0,2));
+ double max = 2.*z*modRho*(1.-z)+sqr(1.-(1.-z)*z)/(z*(1.-z));
+ vector<pair<int, Complex> > output;
+ output.push_back(make_pair( 0,(rho(0,0)+rho(2,2))*sqr(1.-(1.-z)*z)/(z*(1.-z))/max));
+ output.push_back(make_pair(-2,-rho(0,2)*z*(1.-z)/max));
+ output.push_back(make_pair( 2,-rho(2,0)*z*(1.-z)/max));
+ return output;
+ }
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ vector<pair<int,Complex> >
+ generatePhiBackward(const double z, const Energy2, const IdList &,
+ const RhoDMatrix & rho) {
+ assert(rho.iSpin()==PDT::Spin1);
+ double diag = sqr(1 - (1 - z)*z)/(1 - z)/z;
+ double off = (1.-z)/z;
+ double max = 2.*abs(rho(0,2))*off+diag;
+ vector<pair<int, Complex> > output;
+ output.push_back(make_pair( 0, (rho(0,0)+rho(2,2))*diag/max));
+ output.push_back(make_pair( 2,-rho(0,2) * off/max));
+ output.push_back(make_pair(-2,-rho(2,0) * off/max));
+ return output;
+ }
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
- virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
- const IdList & ids, const double phi, bool timeLike);
+ virtual DecayMEPtr matrixElement(const double z, const Energy2,
+ const IdList &, const double phi, bool) {
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin1)));
+ double omz = 1.-z;
+ double root = sqrt(z*omz);
+ Complex phase = exp(Complex(0.,1.)*phi);
+ (*kernal)(0,0,0) = phase/root;
+ (*kernal)(2,2,2) = -conj((*kernal)(0,0,0));
+ (*kernal)(0,0,2) = -sqr(z)/root/phase;
+ (*kernal)(2,2,0) = -conj((*kernal)(0,0,2));
+ (*kernal)(0,2,0) = -sqr(omz)/root/phase;
+ (*kernal)(2,0,2) = -conj((*kernal)(0,2,0));
+ (*kernal)(0,2,2) = 0.;
+ (*kernal)(2,0,0) = 0.;
+ return kernal;
+ }
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneOneSplitFn & operator=(const OneOneOneSplitFn &) = delete;
};
}
#endif /* HERWIG_OneOneOneSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.cc
@@ -1,217 +1,402 @@
// -*- C++ -*-
//
// This is the implementation of the non-inlined, non-templated member
// functions of the OneOneZeroEWSplitFn class.
//
#include "OneOneZeroEWSplitFn.h"
#include "ThePEG/StandardModel/StandardModelBase.h"
#include "ThePEG/Repository/EventGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/PDT/ParticleData.h"
#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
using namespace Herwig;
IBPtr OneOneZeroEWSplitFn::clone() const {
return new_ptr(*this);
}
IBPtr OneOneZeroEWSplitFn::fullclone() const {
return new_ptr(*this);
}
void OneOneZeroEWSplitFn::persistentOutput(PersistentOStream & os) const {
- os << gWWH_ << gZZH_ << _theSM;
+ os << gWWH_ << gZZH_ << _theSM << _couplingValueIm << _couplingValueRe;
}
void OneOneZeroEWSplitFn::persistentInput(PersistentIStream & is, int) {
- is >> gWWH_ >> gZZH_ >> _theSM;
+ is >> gWWH_ >> gZZH_ >> _theSM >> _couplingValueIm >> _couplingValueRe;
}
// The following static variable is needed for the type description system in ThePEG.
-DescribeClass<OneOneZeroEWSplitFn,SplittingFunction>
+DescribeClass<OneOneZeroEWSplitFn,Sudakov1to2FormFactor>
describeHerwigOneOneZeroEWSplitFn("Herwig::OneOneZeroEWSplitFn", "HwShower.so");
void OneOneZeroEWSplitFn::Init() {
static ClassDocumentation<OneOneZeroEWSplitFn> documentation
("The OneOneZeroEWSplitFn class implements the splittings W->WH and Z->ZH");
+ static Parameter<OneOneZeroEWSplitFn, double> interfaceCouplingValueIm
+ ("CouplingValue.Im",
+ "The numerical value (imaginary part) of the splitting coupling to be imported for BSM splittings",
+ &OneOneZeroEWSplitFn::_couplingValueIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<OneOneZeroEWSplitFn, double> interfaceCouplingValueRe
+ ("CouplingValue.Re",
+ "The numerical value (real part) of the splitting coupling to be imported for BSM splittings",
+ &OneOneZeroEWSplitFn::_couplingValueRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
}
void OneOneZeroEWSplitFn::doinit() {
- SplittingFunction::doinit();
+ Sudakov1to2FormFactor::doinit();
tcSMPtr sm = generator()->standardModel();
double sw2 = sm->sin2ThetaW();
// W -> W H coupling g = e/sin theta_W
gWWH_ = 1./sqrt(sw2);
// Z -> Z H coupling
gZZH_ = 1./(sqrt(sw2)*sqrt(1.-sw2));
// to employ running masses, wherever needed
_theSM = dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
}
-
-void OneOneZeroEWSplitFn::getCouplings(double & g, const IdList & ids) const {
- if(abs(ids[0]->id())==ParticleID::Wplus){
- g = gWWH_;
+void OneOneZeroEWSplitFn::getCouplings(Complex & g, const IdList & ids) const {
+ if(_couplingValueIm!=0||_couplingValueRe!=0) {
+ sm_ = false;
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()
+ ->alphaEM(sqr(getParticleData(ParticleID::Z0)->mass())));
+ g = Complex(_couplingValueRe,_couplingValueIm)/e;
}
- else if(ids[0]->id()==ParticleID::Z0){
- g = gZZH_;
+ else {
+ if(abs(ids[0]->id())==ParticleID::Wplus)
+ g = Complex(0.,gWWH_);
+ else if(ids[0]->id()==ParticleID::Z0)
+ g = Complex(0.,gZZH_);
+ else
+ assert(false);
}
- else
- assert(false);
}
-
double OneOneZeroEWSplitFn::P(const double z, const Energy2 t,
const IdList &ids, const bool mass, const RhoDMatrix & rho) const {
- double gvvh(0.);
+ Complex gvvh(0.,0.);
getCouplings(gvvh,ids);
- double rho00 = abs(rho(0,0));
- double rho11 = abs(rho(1,1));
- double rho22 = abs(rho(2,2));
- // the splitting in the massless limit
- double val = ((1.-z)*(2.*rho11+sqr(z)*(rho00+rho22)))/(4.*z);
- // the massive limit
- if(mass){
- // get the running mass
- double mBt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
- double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
- //val += (2./sqr(z))*sqr(m0t)*(rho11+sqr(z)*(rho00+rho22));
- val += -(sqr(mHt)*(2.*rho11+sqr(z)*(rho00+rho22)))/(4.*z)
- - (sqr(mBt)*(2.*rho11+z*(-4.*rho11+z*(2.*rho11+(-1.+(-2.+z)*z)*(rho00+rho22)))))
- /(4.*sqr(z));
+ double rho00 = abs(rho(0,0)), rho11 = abs(rho(1,1)), rho22 = abs(rho(2,2));
+ double val;
+ if(sm_) {
+ val = (1.-z)*(2.*rho11+sqr(z)*(rho00+rho22));
+ // the massive limit
+ if( mass ) {
+ // get the running mass
+ double mVt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
+ double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
+ val -= sqr(mHt)*(2.*rho11+sqr(z)*(rho00+rho22))
+ + sqr(mVt)/z*(rho11*(2.*sqr(z)-4.*z+2.)+(rho00+rho22)*sqr(z)*(sqr(z)-2.*z-1.));
+ }
+ val *= norm(gvvh)/(4.*z);
}
- return sqr(gvvh)*val;
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ double m0t = ids[0]->mass()/sqrt(t), m1t = ids[1]->mass()/sqrt(t), m2t = ids[2]->mass()/sqrt(t);
+ if(mass) {
+ if(m0t!=0.&&m1t!=0.)
+ val = (norm(gvvh)/(4.*sqr(m1)))*(rho00+rho22)*(z*(1.-z)*(1.+sqr(m0t))+(1.+z)*sqr(m1t)-z*sqr(m2t))
+ + (norm(gvvh)/(2.*sqr(m0)))*rho11/sqr(z)*(z*(1.-z)*(1.+sqr(m0t))-(1.-z)*sqr(m1t)-z*sqr(m2t));
+ else if(m1t!=0.)
+ val = (norm(gvvh)/(4.*sqr(m1)))*(z*(1.-z)+(1.+z)*sqr(m1t)-z*sqr(m2t));
+ else if(m0t!=0.)
+ val = (norm(gvvh)/(2.*sqr(m0)))*((rho00+rho22)*sqr(m0t)
+ + rho11/sqr(z)*(z*(1-z)+z*(1.-z)*sqr(m0t)-z*sqr(m2t)));
+ else
+ val = norm(gvvh)/(2.*t)*GeV2;
+ }
+ else {
+ val = norm(gvvh)/(2.*t)*GeV2;
+ }
+ }
+ return val;
}
double OneOneZeroEWSplitFn::overestimateP(const double z,
const IdList & ids) const {
- double gvvh(0.);
+ Complex gvvh(0.,0.);
getCouplings(gvvh,ids);
- return sqr(gvvh)/(2.*z);
+ if(sm_)
+ return norm(gvvh)/(2.*z);
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ if(m0!=0.&&m1!=0.) {
+ if(m0<m1) gvvh /= m0;
+ else gvvh /= m1;
+ }
+ else if(m1!=0.) gvvh /= m1;
+ else if(m0!=0.) gvvh /= m0;
+ return norm(gvvh)/(2.*z*(1.-z));
+ }
}
double OneOneZeroEWSplitFn::ratioP(const double z, const Energy2 t,
const IdList & ids, const bool mass,
const RhoDMatrix & rho) const {
double rho00 = abs(rho(0,0));
double rho11 = abs(rho(1,1));
double rho22 = abs(rho(2,2));
- // ratio in the massless limit
- double val = ((1.-z)*(2.*rho11+sqr(z)*(rho00+rho22)))/2.;
- // the massive limit
- if(mass){
- // get the running mass
- double mBt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
- double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
- val += -(sqr(mHt)*(2.*rho11+ sqr(z)*(rho00+rho22)))/2.
- - (sqr(mBt)*(2.*rho11+z*(-4.*rho11+2.*z*rho11+z*(-1.+(-2.+z)*z)*(rho00+rho22))))/(2.*z);
+ double val;
+ if(sm_) {
+ // ratio in the massless limit
+ val = (1.-z)*(2.*rho11+sqr(z)*(rho00+rho22))/2.;
+ // the massive limit
+ if(mass){
+ // get the running mass
+ double mVt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
+ double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
+ val -= sqr(mHt)*(2.*rho11+sqr(z)*(rho00+rho22))
+ + sqr(mVt)/z*(rho11*(2.*sqr(z)-4.*z+2.)+(rho00+rho22)*sqr(z)*(sqr(z)-2.*z-1.));
+ }
+ val /= 2.;
+ }
+ else {
+ if(mass) {
+ double m0t = ids[0]->mass()/sqrt(t), m1t = ids[1]->mass()/sqrt(t), m2t = ids[2]->mass()/sqrt(t);
+ if(m0t!=0.&&m1t!=0.) {
+ double mR1, mR2; // square of mass ratio between m0 and m1
+ if(m0t<m1t) {
+ mR1 = sqr(m0t)/sqr(m1t); mR2 = 1.;
+ }
+ else {
+ mR1 = 1.; mR2 = sqr(m1t)/sqr(m0t);
+ }
+ val = mR1*(rho00+rho22)/2.*(z*(1.-z)*(1.+sqr(m0t))+(1.+z)*sqr(m1t)-z*sqr(m2t))
+ + mR2*rho11/sqr(z)*(z*(1.-z)*(1.+sqr(m0t))-(1.-z)*sqr(m1t)-z*sqr(m2t));
+ }
+ else if(m1t!=0.)
+ val = (z*(1.-z)+(1.+z)*sqr(m1t)-z*sqr(m2t))/2.;
+ else if(m0t!=0.)
+ val = (rho00+rho22)*sqr(m0t)+2.*rho11*(z*(1-z)+z*(1.-z)*sqr(m0t)-z*sqr(m2t))/sqr(z);
+ else
+ val = 1./t*GeV2;
+ }
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ val = 1./t*GeV2;
+ if(m0!=0.&&m1!=0.) {
+ if(m0<m1) val *= sqr(m0);
+ else val *= sqr(m1);
+ }
+ else if(m1!=0.) val *= sqr(m1);
+ else if(m0!=0.) val *= sqr(m0);
+ }
+ val *= z*(1.-z);
}
return val;
}
double OneOneZeroEWSplitFn::integOverP(const double z,
const IdList & ids,
unsigned int PDFfactor) const {
- double gvvh(0.);
+ Complex gvvh(0.,0.);
getCouplings(gvvh,ids);
- double pre = sqr(gvvh);
- switch (PDFfactor) {
- case 0:
- return pre*log(z)/2.;
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneZeroEWSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
+ double pre = norm(gvvh);
+ if(sm_) {
+ switch (PDFfactor) {
+ case 0:
+ return pre*log(z)/2.;
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneOneZeroEWSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+ }
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ if(m0!=0.&&m1!=0.) {
+ if(m0<m1) pre /= sqr(m0);
+ else pre /= sqr(m1);
+ }
+ else if(m1!=0.) pre /= sqr(m1);
+ else if(m0!=0.) pre /= sqr(m0);
+ switch (PDFfactor) {
+ case 0:
+ return pre*(log(z)-log(1.-z))/2.;
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneOneZeroEWSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
}
}
double OneOneZeroEWSplitFn::invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor) const {
- double gvvh(0.);
+ Complex gvvh(0.,0.);
getCouplings(gvvh,ids);
- double pre = sqr(gvvh);
- switch (PDFfactor) {
- case 0:
- return exp(2.*r/(pre));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "OneOneZeroEWSplitFn::invIntegOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
+ double pre = norm(gvvh);
+ if(sm_) {
+ switch (PDFfactor) {
+ case 0:
+ return exp(2.*r/(pre));
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneOneZeroEWSplitFn::invIntegOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+ }
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ if(m0!=0.&&m1!=0.) {
+ if(m0<m1) pre /= sqr(m0);
+ else pre /= sqr(m1);
+ }
+ else if(m1!=0.) pre /= sqr(m1);
+ else if(m0!=0.) pre /= sqr(m0);
+ switch (PDFfactor) {
+ case 0:
+ return exp(2.*r/pre)/(1.+exp(2.*r/pre));
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneOneZeroEWSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
}
}
bool OneOneZeroEWSplitFn::accept(const IdList &ids) const {
if(ids.size()!=3)
return false;
- if(ids[0]->id()!=ids[1]->id())
- return false;
- if(abs(ids[0]->id())==ParticleID::Wplus && ids[2]->id()==ParticleID::h0)
- return true;
- else if(ids[0]->id()==ParticleID::Z0 && ids[2]->id()==ParticleID::h0)
- return true;
- else
- return false;
+ if(_couplingValueIm==0&&_couplingValueRe==0) {
+ if(abs(ids[0]->id())==ParticleID::Wplus && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ else if(ids[0]->id()==ParticleID::Z0 && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ }
+ else { // BSM branching
+ if(ids[0]->iSpin()==PDT::Spin1 && ids[1]->iSpin()==PDT::Spin1 && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ }
+ return false;
}
vector<pair<int, Complex> >
OneOneZeroEWSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
vector<pair<int, Complex> >
OneOneZeroEWSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
const RhoDMatrix &) {
// no dependence on the spin density matrix, dependence on off-diagonal terms cancels
// and rest = splitting function for Tr(rho)=1 as required by defn
return vector<pair<int, Complex> >(1,make_pair(0,1.));
}
DecayMEPtr OneOneZeroEWSplitFn::matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool) {
- double gvvh(0.);
+ Complex gvvh(0.,0.);
getCouplings(gvvh,ids);
// calculate the kernal
DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin1,PDT::Spin0)));
Complex phase = exp(Complex(0.,1.)*phi);
Complex cphase = conj(phase);
- double r2 = sqrt(2.);
- double mBt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
- double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
- double sqrtmass = sqrt(-(sqr(mBt)*sqr(1.-z))-sqr(mHt)*z+(1.-z)*z);
- // assign kernel
- (*kernal)(0,0,0) = -gvvh*mBt/r2; // 111
- (*kernal)(0,1,0) = -(cphase/2.)*sqrtmass; // 121
- (*kernal)(0,2,0) = 0.; // 131
- (*kernal)(1,0,0) = ( phase/2.*z)*sqrtmass; // 211
- (*kernal)(1,1,0) = 0.; // 221 > 441
- (*kernal)(1,2,0) = -(cphase/2.*z)*sqrtmass; // 231
- (*kernal)(2,0,0) = 0.; // 311
- (*kernal)(2,1,0) = ( phase/2.)*sqrtmass;; // 321
- (*kernal)(2,2,0) = -gvvh*mBt/r2; // 331
+ if(sm_) {
+ double mVt = _theSM->mass(t,getParticleData(ids[0]->id()))/sqrt(t);
+ double mHt = _theSM->mass(t,getParticleData(ids[2]->id()))/sqrt(t);
+ double sqrtmass = sqrt(-(sqr(mVt)*sqr(1.-z))-sqr(mHt)*z+(1.-z)*z);
+ // assign kernel
+ (*kernal)(0,0,0) = -gvvh*mVt/sqrt(2.);
+ (*kernal)(0,1,0) = -gvvh*sqrtmass*cphase/2.;
+ (*kernal)(0,2,0) = 0.;
+ (*kernal)(1,0,0) = gvvh*sqrtmass*phase/2./z;
+ (*kernal)(1,1,0) = 0.;
+ (*kernal)(1,2,0) = -gvvh*sqrtmass*cphase/2./z;
+ (*kernal)(2,0,0) = 0.;
+ (*kernal)(2,1,0) = gvvh*sqrtmass*phase/2.;
+ (*kernal)(2,2,0) = -gvvh*mVt/sqrt(2.);
+ }
+ else {
+ double m0 = ids[0]->mass()/GeV, m1 = ids[1]->mass()/GeV;
+ double m0t = ids[0]->mass()/sqrt(t), m1t = ids[1]->mass()/sqrt(t), m2t = ids[2]->mass()/sqrt(t);
+ double sqrtmass = sqrt(z*(1.-z)*sqr(m0t)-(1.-z)*sqr(m1t)-z*sqr(m2t)+z*(1.-z));
+ if(m0!=0.&&m1!=0.) {
+ if(m0<m1) {
+ gvvh /= m0;
+ double mR = m0/m1;
+ (*kernal)(0,0,0) = -gvvh*m0t/sqrt(2.);
+ (*kernal)(0,1,0) = -gvvh*mR*sqrtmass*cphase/2.;
+ (*kernal)(1,0,0) = gvvh*sqrtmass*phase/2./z;
+ (*kernal)(1,2,0) = -gvvh*sqrtmass*cphase/2./z;
+ (*kernal)(2,1,0) = gvvh*mR*sqrtmass*phase/2.;
+ (*kernal)(2,2,0) = -gvvh*m0t/sqrt(2.);
+ }
+ else {
+ gvvh /= m1;
+ double mR = m1/m0;
+ (*kernal)(0,0,0) = -gvvh*m1t/sqrt(2.);
+ (*kernal)(0,1,0) = -gvvh*sqrtmass*cphase/2.;
+ (*kernal)(1,0,0) = gvvh*mR*sqrtmass*phase/2./z;
+ (*kernal)(1,2,0) = -gvvh*mR*sqrtmass*cphase/2./z;
+ (*kernal)(2,1,0) = gvvh*sqrtmass*phase/2.;
+ (*kernal)(2,2,0) = -gvvh*m1t/sqrt(2.);
+ }
+ }
+ else if(m1!=0.) {
+ gvvh /= m1;
+ (*kernal)(0,0,0) = -gvvh*m1t/sqrt(2.);
+ (*kernal)(0,1,0) = -gvvh*sqrtmass*cphase/2.;
+ (*kernal)(1,0,0) = 0.;
+ (*kernal)(1,2,0) = 0.;
+ (*kernal)(2,1,0) = gvvh*sqrtmass*phase/2.;
+ (*kernal)(2,2,0) = -gvvh*m1t/sqrt(2.);
+ }
+ else if(m0!=0.) {
+ gvvh /= m0;
+ (*kernal)(0,0,0) = -gvvh*m0t/sqrt(2.);
+ (*kernal)(0,1,0) = 0.;
+ (*kernal)(1,0,0) = gvvh*sqrtmass*phase/2./z;
+ (*kernal)(1,2,0) = -gvvh*sqrtmass*cphase/2./z;
+ (*kernal)(2,1,0) = 0.;
+ (*kernal)(2,2,0) = -gvvh*m0t/sqrt(2.);
+ }
+ else {
+ (*kernal)(0,0,0) = -gvvh*m0t/sqrt(2.);
+ (*kernal)(0,1,0) = 0.;
+ (*kernal)(1,0,0) = 0.;
+ (*kernal)(1,2,0) = 0.;
+ (*kernal)(2,1,0) = 0.;
+ (*kernal)(2,2,0) = -gvvh*m0t/sqrt(2.);
+ }
+ (*kernal)(0,2,0) = 0.;
+ (*kernal)(1,1,0) = 0.;
+ (*kernal)(2,0,0) = 0.;
+ }
// return the answer
return kernal;
}
diff --git a/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.h b/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/OneOneZeroEWSplitFn.h
@@ -1,219 +1,232 @@
// -*- C++ -*-
#ifndef Herwig_OneOneZeroEWSplitFn_H
#define Herwig_OneOneZeroEWSplitFn_H
//
// This is the declaration of the OneOneZeroEWSplitFn class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
#include "Herwig/Models/StandardModel/StandardModel.h"
namespace Herwig {
using namespace ThePEG;
/**
* The OneOneZeroEWSplitFn class implements the splitting function for
- * \f$\1\to q\1 0\f$ where the spin-1 particles are the W / Z massive
+ * \f$1\to 1 0\f$ where the spin-1 particles are the W / Z massive
* electroweak gauge bosons and the spin-0 particle is the massive Higgs
* boson.
*
* @see \ref OneOneZeroEWSplitFnInterfaces "The interfaces"
* defined for OneOneZeroEWSplitFn.
*/
-class OneOneZeroEWSplitFn: public SplittingFunction {
+class OneOneZeroEWSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual bool accept(const IdList & ids) const;
/**
* Methods to return the splitting function.
*/
//@{
/**
* The concrete implementation of the splitting function, \f$P(z,t)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double P(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
virtual double overestimateP(const double z, const IdList & ids) const;
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,t)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const;
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double integOverP(const double z, const IdList & ids,
unsigned int PDFfactor=0) const;
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const;
//@}
/**
* Method to calculate the azimuthal angle
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &);
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi, bool timeLike);
protected:
/**
* Get the couplings
*/
- void getCouplings(double & g, const IdList & ids) const;
+ void getCouplings(Complex & g, const IdList & ids) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const;
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const;
//@}
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
OneOneZeroEWSplitFn & operator=(const OneOneZeroEWSplitFn &) = delete;
private:
/**
* W -> W H couplings
*/
double gWWH_;
/**
* Z0 -> Z0 H couplings
*/
double gZZH_;
/**
* Pointer to the SM object.
*/
tcHwSMPtr _theSM;
+
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueIm = 0.;
+ double _couplingValueRe = 0.;
+
+public:
+
+ /**
+ * booleans to sort cases
+ */
+ mutable bool sm_ = true;
};
}
#endif /* Herwig_OneOneZeroEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.cc
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.cc
@@ -0,0 +1,212 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the OneZeroZeroEWSplitFn class.
+//
+
+#include "OneZeroZeroEWSplitFn.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/ParticleData.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
+#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
+
+using namespace Herwig;
+
+IBPtr OneZeroZeroEWSplitFn::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr OneZeroZeroEWSplitFn::fullclone() const {
+ return new_ptr(*this);
+}
+
+void OneZeroZeroEWSplitFn::persistentOutput(PersistentOStream & os) const {
+ os << _couplingValueIm << _couplingValueRe;
+}
+
+void OneZeroZeroEWSplitFn::persistentInput(PersistentIStream & is, int) {
+ is >> _couplingValueIm >> _couplingValueRe;
+}
+
+// The following static variable is needed for the type description system in ThePEG.
+DescribeClass<OneZeroZeroEWSplitFn,Sudakov1to2FormFactor>
+describeHerwigOneZeroZeroEWSplitFn("Herwig::OneZeroZeroEWSplitFn", "HwShower.so");
+
+
+void OneZeroZeroEWSplitFn::Init() {
+
+ static ClassDocumentation<OneZeroZeroEWSplitFn> documentation
+ ("The OneZeroZeroEWSplitFn class implements purly beyond SM electroweak splittings V->HH'");
+
+ static Parameter<OneZeroZeroEWSplitFn, double> interfaceCouplingValueIm
+ ("CouplingValue.Im",
+ "The numerical value (imaginary part) of the splitting coupling to be imported for BSM splittings",
+ &OneZeroZeroEWSplitFn::_couplingValueIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<OneZeroZeroEWSplitFn, double> interfaceCouplingValueRe
+ ("CouplingValue.Re",
+ "The numerical value (real part) of the splitting coupling to be imported for BSM splittings",
+ &OneZeroZeroEWSplitFn::_couplingValueRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+}
+
+
+void OneZeroZeroEWSplitFn::doinit() {
+ Sudakov1to2FormFactor::doinit();
+}
+
+
+void OneZeroZeroEWSplitFn::getCouplings(Complex & g, const IdList &) const {
+ g = Complex(_couplingValueRe,_couplingValueIm);
+}
+
+
+double OneZeroZeroEWSplitFn::P(const double z, const Energy2 t,
+ const IdList &ids, const bool mass, const RhoDMatrix & rho) const {
+ Complex gvhh(0.,0.);
+ getCouplings(gvhh,ids);
+ double rho00 = abs(rho(0,0));
+ double rho11 = abs(rho(1,1));
+ double rho22 = abs(rho(2,2));
+ // the splitting in the massless limit
+ double val = (1.-z)*z*(rho00+rho22);
+ // the massive limit
+ if(mass){
+ // get the running mass
+ double m0t2 = sqr(getParticleData(ids[0]->id())->mass())/t;
+ double m1t2 = sqr(getParticleData(ids[1]->id())->mass())/t;
+ double m2t2 = sqr(getParticleData(ids[2]->id())->mass())/t;
+ val += (rho00+rho22)*(z*(1.-z)*m0t2-(1.-z)*m1t2-z*m2t2)+rho11*sqr(1.-2.*z)/2.*m0t2;
+ }
+ return norm(gvhh)*val;
+}
+
+
+double OneZeroZeroEWSplitFn::overestimateP(const double z,
+ const IdList & ids) const {
+ Complex gvhh(0.,0.);
+ getCouplings(gvhh,ids);
+ return norm(gvhh)*(1.-z)*z;
+}
+
+
+double OneZeroZeroEWSplitFn::ratioP(const double z, const Energy2 t,
+ const IdList & ids, const bool mass,
+ const RhoDMatrix & rho) const {
+ double rho00 = abs(rho(0,0));
+ double rho11 = abs(rho(1,1));
+ double rho22 = abs(rho(2,2));
+ // ratio in the massless limit
+ double val = rho00+rho22;
+ // the massive limit
+ if(mass){
+ // get the running mass
+ double m0t2 = sqr(ids[0]->mass())/t;
+ double m1t2 = sqr(ids[1]->mass())/t;
+ double m2t2 = sqr(ids[2]->mass())/t;
+ val += ((m0t2*sqr(-1.+2.*z)*rho11)/2.+(-(m1t2*(1.-z))-m2t2*z+m0t2*(1.-z)*z)
+ *(rho00+rho22))/((1.-z)*z);
+ }
+ return val;
+}
+
+
+double OneZeroZeroEWSplitFn::integOverP(const double z,
+ const IdList & ids,
+ unsigned int PDFfactor) const {
+ Complex gvhh(0.,0.);
+ getCouplings(gvhh,ids);
+ double pre = norm(gvhh);
+ switch (PDFfactor) {
+ case 0:
+ return pre/6.*(3.-2.*z)*sqr(z);
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneZeroZeroEWSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+}
+
+
+double OneZeroZeroEWSplitFn::invIntegOverP(const double r, const IdList & ids,
+ unsigned int PDFfactor) const {
+ Complex gvhh(0.,0.);
+ getCouplings(gvhh,ids);
+ double pre = norm(gvhh);
+ switch (PDFfactor) {
+ case 0:
+ return (1.-pre/pow(-pow(pre,3)+12.*pow(pre,2)*r+2.*sqrt(6.)
+ *sqrt(-(pow(pre,4)*(pre-6.*r)*r)),1./3.)- pow(-pow(pre,3)+12.
+ *pow(pre,2)*r+2.*sqrt(6)*sqrt(-(pow(pre,4)*(pre-6.*r)*r)),1./3.)/pre)/2.;
+ case 1:
+ case 2:
+ case 3:
+ default:
+ throw Exception() << "OneZeroZeroEWSplitFn::invIntegOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+}
+
+
+bool OneZeroZeroEWSplitFn::accept(const IdList &ids) const {
+ if(ids.size()!=3)
+ return false;
+ if(_couplingValueIm==0.&&_couplingValueRe==0.)
+ return false;
+ if(ids[0]->iCharge()!=ids[1]->iCharge()+ids[2]->iCharge())
+ return false;
+ if(ids[0]->iSpin()==PDT::Spin1 && ids[1]->iSpin()==PDT::Spin0 && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ else
+ return false;
+}
+
+
+vector<pair<int, Complex> >
+OneZeroZeroEWSplitFn::generatePhiForward(const double, const Energy2, const IdList & ,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+}
+
+
+vector<pair<int, Complex> >
+OneZeroZeroEWSplitFn::generatePhiBackward(const double, const Energy2, const IdList & ,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+}
+
+
+DecayMEPtr OneZeroZeroEWSplitFn::matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi,
+ bool) {
+ Complex gvhh(0.,0.);
+ getCouplings(gvhh,ids);
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin1,PDT::Spin0,PDT::Spin0)));
+ double m0t2 = sqr(getParticleData(ids[0]->id())->mass())/t;
+ double m1t2 = sqr(getParticleData(ids[1]->id())->mass())/t;
+ double m2t2 = sqr(getParticleData(ids[2]->id())->mass())/t;
+ Complex phase = exp(Complex(0.,1.)*phi);
+ Complex cphase = conj(phase);
+ double sqrtmass = sqrt(m0t2*z*(1.-z)-m1t2*(1.-z)-m2t2*z+z*(1.-z));
+ // assign kernel
+ (*kernal)(0,0,0) = -cphase*sqrtmass; // 111
+ (*kernal)(1,0,0) = sqrt(m0t2)*(1.-2.*z)/sqrt(2.); // 211 -> 411
+ (*kernal)(2,0,0) = phase*sqrtmass; // 311
+ // return the answer
+ return kernal;
+}
diff --git a/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.h b/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.h
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/OneZeroZeroEWSplitFn.h
@@ -0,0 +1,210 @@
+// -*- C++ -*-
+#ifndef Herwig_OneZeroZeroEWSplitFn_H
+#define Herwig_OneZeroZeroEWSplitFn_H
+//
+// This is the declaration of the OneZeroZeroEWSplitFn class.
+//
+
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The OneZeroZeroEWSplitFn class implements the splitting function for
+ * \f$\1\to q\1 0\f$ where the spin-1 particles are the W / Z massive
+ * electroweak gauge bosons and the spin-0 particle is the massive Higgs
+ * boson.
+ *
+ * @see \ref OneZeroZeroEWSplitFnInterfaces "The interfaces"
+ * defined for OneZeroZeroEWSplitFn.
+ */
+class OneZeroZeroEWSplitFn: public Sudakov1to2FormFactor {
+
+public:
+
+ /**
+ * Concrete implementation of the method to determine whether this splitting
+ * function can be used for a given set of particles.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual bool accept(const IdList & ids) const;
+
+ /**
+ * Methods to return the splitting function.
+ */
+ //@{
+ /**
+ * The concrete implementation of the splitting function, \f$P(z,t)\f$.
+ * @param z The energy fraction.
+ * @param t The scale.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param mass Whether or not to include the mass dependent terms
+ * @param rho The spin density matrix
+ */
+ virtual double P(const double z, const Energy2 t, const IdList & ids,
+ const bool mass, const RhoDMatrix & rho) const;
+
+ /**
+ * The concrete implementation of the overestimate of the splitting function,
+ * \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual double overestimateP(const double z, const IdList & ids) const;
+
+ /**
+ * The concrete implementation of the
+ * the ratio of the splitting function to the overestimate, i.e.
+ * \f$P(z,t)/P_{\rm over}(z)\f$.
+ * @param z The energy fraction.
+ * @param t The scale.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param mass Whether or not to include the mass dependent terms
+ * @param rho The spin density matrix
+ */
+ virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
+ const bool mass, const RhoDMatrix & rho) const;
+
+ /**
+ * The concrete implementation of the indefinite integral of the
+ * overestimated splitting function, \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double integOverP(const double z, const IdList & ids,
+ unsigned int PDFfactor=0) const;
+
+ /**
+ * The concrete implementation of the inverse of the indefinite integral.
+ * @param r Value of the splitting function to be inverted
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double invIntegOverP(const double r, const IdList & ids,
+ unsigned int PDFfactor=0) const;
+ //@}
+
+ /**
+ * Method to calculate the azimuthal angle
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiForward(const double z, const Energy2 t, const IdList & ids,
+ const RhoDMatrix &);
+
+ /**
+ * Method to calculate the azimuthal angle for backward evolution
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
+ const RhoDMatrix &);
+
+ /**
+ * Calculate the matrix element for the splitting
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ */
+ virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi, bool timeLike);
+
+protected:
+
+ /**
+ * Get the couplings
+ */
+ void getCouplings(Complex & g, const IdList & ids) const;
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ OneZeroZeroEWSplitFn & operator=(const OneZeroZeroEWSplitFn &) = delete;
+
+private:
+
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueIm = 0.;
+ double _couplingValueRe = 0.;
+};
+
+}
+
+#endif /* Herwig_OneZeroZeroEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/SplittingGenerator.cc b/Shower/QTilde/SplittingFunctions/SplittingGenerator.cc
--- a/Shower/QTilde/SplittingFunctions/SplittingGenerator.cc
+++ b/Shower/QTilde/SplittingFunctions/SplittingGenerator.cc
@@ -1,796 +1,796 @@
// -*- C++ -*-
//
// SplittingGenerator.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the SplittingGenerator class.
//
#include "SplittingGenerator.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
#include "ThePEG/Interface/Switch.h"
#include "ThePEG/Interface/Command.h"
#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/Utilities/StringUtils.h"
#include "ThePEG/Repository/Repository.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
#include "Herwig/Shower/ShowerHandler.h"
#include "ThePEG/Utilities/Rebinder.h"
#include <cassert>
#include "ThePEG/Utilities/DescribeClass.h"
using namespace Herwig;
namespace {
bool checkInteraction(ShowerInteraction allowed,
ShowerInteraction splitting,
bool darkInteraction) {
if(allowed==ShowerInteraction::ALL) {
if (!darkInteraction && splitting==ShowerInteraction::DARK)
return false;
else
return true;
} else if(allowed==ShowerInteraction::QEDQCD &&
(splitting==ShowerInteraction::QED ||
splitting==ShowerInteraction::QCD ))
return true;
else if(allowed == splitting)
return true;
else if (darkInteraction && splitting==ShowerInteraction::DARK)
return true;
else
return false;
}
}
DescribeClass<SplittingGenerator,Interfaced>
describeSplittingGenerator ("Herwig::SplittingGenerator","");
IBPtr SplittingGenerator::clone() const {
return new_ptr(*this);
}
IBPtr SplittingGenerator::fullclone() const {
return new_ptr(*this);
}
void SplittingGenerator::persistentOutput(PersistentOStream & os) const {
os << _bbranchings << _fbranchings << _deTuning;
}
void SplittingGenerator::persistentInput(PersistentIStream & is, int) {
is >> _bbranchings >> _fbranchings >> _deTuning;
}
void SplittingGenerator::Init() {
static ClassDocumentation<SplittingGenerator> documentation
("There class is responsible for initializing the Sudakov form factors ",
"and generating splittings.");
static Command<SplittingGenerator> interfaceAddSplitting
("AddFinalSplitting",
"Adds another splitting to the list of splittings considered "
"in the shower. Command is a->b,c; Sudakov",
&SplittingGenerator::addFinalSplitting);
static Command<SplittingGenerator> interfaceAddInitialSplitting
("AddInitialSplitting",
"Adds another splitting to the list of initial splittings to consider "
"in the shower. Command is a->b,c; Sudakov. Here the particle a is the "
"particle that is PRODUCED by the splitting. b is the initial state "
"particle that is splitting in the shower.",
&SplittingGenerator::addInitialSplitting);
static Command<SplittingGenerator> interfaceDeleteSplitting
("DeleteFinalSplitting",
"Deletes a splitting from the list of splittings considered "
"in the shower. Command is a->b,c; Sudakov",
&SplittingGenerator::deleteFinalSplitting);
static Command<SplittingGenerator> interfaceDeleteInitialSplitting
("DeleteInitialSplitting",
"Deletes a splitting from the list of initial splittings to consider "
"in the shower. Command is a->b,c; Sudakov. Here the particle a is the "
"particle that is PRODUCED by the splitting. b is the initial state "
"particle that is splitting in the shower.",
&SplittingGenerator::deleteInitialSplitting);
static Parameter<SplittingGenerator,double> interfaceDetuning
("Detuning",
"The Detuning parameter to make the veto algorithm less efficient to improve the weight variations",
&SplittingGenerator::_deTuning, 1.0, 1.0, 10.0,
false, false, Interface::limited);
}
string SplittingGenerator::addSplitting(string arg, bool final) {
string partons = StringUtils::car(arg);
string sudakov = StringUtils::cdr(arg);
vector<tPDPtr> products;
string::size_type next = partons.find("->");
- if(next == string::npos)
+ if(next == string::npos)
return "Error: Invalid string for splitting " + arg;
- if(partons.find(';') == string::npos)
+ if(partons.find(';') == string::npos)
return "Error: Invalid string for splitting " + arg;
tPDPtr parent = Repository::findParticle(partons.substr(0,next));
partons = partons.substr(next+2);
do {
next = min(partons.find(','), partons.find(';'));
tPDPtr pdp = Repository::findParticle(partons.substr(0,next));
partons = partons.substr(next+1);
if(pdp) products.push_back(pdp);
else return "Error: Could not create splitting from " + arg;
} while(partons[0] != ';' && partons.size());
SudakovPtr s;
s = dynamic_ptr_cast<SudakovPtr>(Repository::TraceObject(sudakov));
if(!s) return "Error: Could not load Sudakov " + sudakov + '\n';
IdList ids;
ids.push_back(parent);
for(vector<tPDPtr>::iterator it = products.begin(); it!=products.end(); ++it)
ids.push_back(*it);
// check splitting can handle this
- if(!s->splittingFn()->accept(ids))
+ if(!s->accept(ids))
return "Error: Sudakov " + sudakov + " SplittingFunction can't handle particles\n";
// add to map
addToMap(ids,s,final);
return "";
}
string SplittingGenerator::deleteSplitting(string arg, bool final) {
string partons = StringUtils::car(arg);
string sudakov = StringUtils::cdr(arg);
vector<tPDPtr> products;
string::size_type next = partons.find("->");
- if(next == string::npos)
+ if(next == string::npos)
return "Error: Invalid string for splitting " + arg;
- if(partons.find(';') == string::npos)
+ if(partons.find(';') == string::npos)
return "Error: Invalid string for splitting " + arg;
tPDPtr parent = Repository::findParticle(partons.substr(0,next));
partons = partons.substr(next+2);
do {
next = min(partons.find(','), partons.find(';'));
tPDPtr pdp = Repository::findParticle(partons.substr(0,next));
partons = partons.substr(next+1);
if(pdp) products.push_back(pdp);
else return "Error: Could not create splitting from " + arg;
} while(partons[0] != ';' && partons.size());
SudakovPtr s;
s = dynamic_ptr_cast<SudakovPtr>(Repository::TraceObject(sudakov));
if(!s) return "Error: Could not load Sudakov " + sudakov + '\n';
IdList ids;
ids.push_back(parent);
for(vector<tPDPtr>::iterator it = products.begin(); it!=products.end(); ++it)
ids.push_back(*it);
// check splitting can handle this
- if(!s->splittingFn()->accept(ids))
+ if(!s->accept(ids))
return "Error: Sudakov " + sudakov + " SplittingFunction can't handle particles\n";
// delete from map
deleteFromMap(ids,s,final);
return "";
}
void SplittingGenerator::addToMap(const IdList &ids, const SudakovPtr &s, bool final) {
if(!final) {
// search if the branching was already included.
auto binsert =BranchingInsert(abs(ids[1]->id()),BranchingElement(s,ids));
// get the range of already inserted splittings.
auto eqrange=_bbranchings.equal_range(binsert.first);
for(auto it = eqrange.first; it != eqrange.second; ++it){
if((*it).second == binsert.second)
throw Exception()<<"SplittingGenerator: Trying to insert existing splitting.\n"
<< Exception::setuperror;
}
_bbranchings.insert(binsert);
s->addSplitting(ids);
}
else {
// search if the branching was already included.
auto binsert =BranchingInsert(abs(ids[0]->id()),BranchingElement(s,ids));
// get the range of already inserted splittings.
auto eqrange=_fbranchings.equal_range(binsert.first);
for(auto it = eqrange.first; it != eqrange.second; ++it){
if((*it).second ==binsert.second)
throw Exception()<<"SplittingGenerator: Trying to insert existing splitting.\n"
<< Exception::setuperror;
}
-
+
_fbranchings.insert(binsert);
s->addSplitting(ids);
}
}
-void SplittingGenerator::deleteFromMap(const IdList &ids,
+void SplittingGenerator::deleteFromMap(const IdList &ids,
const SudakovPtr &s, bool final) {
bool didRemove=false;
if(!final) {
- pair<BranchingList::iterator,BranchingList::iterator>
+ pair<BranchingList::iterator,BranchingList::iterator>
range = _bbranchings.equal_range(abs(ids[1]->id()));
for(BranchingList::iterator it=range.first;
it!=range.second&&it!=_bbranchings.end();++it) {
if(it->second.sudakov==s&&it->second.particles==ids) {
BranchingList::iterator it2=it;
--it;
_bbranchings.erase(it2);
didRemove=true;
}
}
s->removeSplitting(ids);
}
else {
- pair<BranchingList::iterator,BranchingList::iterator>
+ pair<BranchingList::iterator,BranchingList::iterator>
range = _fbranchings.equal_range(abs(ids[0]->id()));
for(BranchingList::iterator it=range.first;
it!=range.second&&it!=_fbranchings.end();++it) {
if(it->second.sudakov==s&&it->second.particles==ids) {
BranchingList::iterator it2 = it;
--it;
_fbranchings.erase(it2);
didRemove=true;
}
}
s->removeSplitting(ids);
}
if (!didRemove)
throw Exception()<<"SplittingGenerator: Try to remove non existing splitting.\n"
<< Exception::setuperror;
}
Branching SplittingGenerator::chooseForwardBranching(ShowerParticle &particle,
double enhance,
ShowerInteraction type) const {
RhoDMatrix rho;
bool rhoCalc(false);
Energy newQ = ZERO;
ShoKinPtr kinematics = ShoKinPtr();
ShowerPartnerType partnerType(ShowerPartnerType::Undefined);
SudakovPtr sudakov = SudakovPtr();
IdList ids;
// First, find the eventual branching, corresponding to the highest scale.
long index = abs(particle.data().id());
// if no branchings return empty branching struct
- if( _fbranchings.find(index) == _fbranchings.end() )
+ if( _fbranchings.find(index) == _fbranchings.end() )
return Branching(ShoKinPtr(), IdList(),SudakovPtr(),ShowerPartnerType::Undefined);
// otherwise select branching
- for(BranchingList::const_iterator cit = _fbranchings.lower_bound(index);
+ for(BranchingList::const_iterator cit = _fbranchings.lower_bound(index);
cit != _fbranchings.upper_bound(index); ++cit) {
// check either right interaction or doing both
if(!checkInteraction(type,cit->second.sudakov->interactionType(),_darkInteraction)) continue;
if(!rhoCalc && particle.dataPtr()->iSpin()!=PDT::Spin0) {
rho = particle.extractRhoMatrix(true);
rhoCalc = true;
}
// whether or not this interaction should be angular ordered
- bool angularOrdered = cit->second.sudakov->splittingFn()->angularOrdered();
+ bool angularOrdered = cit->second.sudakov->angularOrdered();
ShoKinPtr newKin;
ShowerPartnerType type;
IdList particles = particle.id()!=cit->first ? cit->second.conjugateParticles : cit->second.particles;
// work out which starting scale we need
if(cit->second.sudakov->interactionType()==ShowerInteraction::QED) {
type = ShowerPartnerType::QED;
Energy startingScale = angularOrdered ? particle.scales().QED : particle.scales().QED_noAO;
newKin = cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,enhance,
_deTuning);
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::QCD) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::Colour8) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
type = ShowerPartnerType::QCDColourLine;
Energy startingScale = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,0.5*enhance,
_deTuning);
startingScale = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
ShoKinPtr newKin2 = cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,0.5*enhance,
_deTuning);
// pick the one with the highest scale
if( ( newKin && newKin2 && newKin2->scale() > newKin->scale()) ||
(!newKin && newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::QCDAntiColourLine;
}
}
// other g -> q qbar
else {
- Energy startingScale = angularOrdered ?
- max(particle.scales().QCD_c , particle.scales().QCD_ac ) :
+ Energy startingScale = angularOrdered ?
+ max(particle.scales().QCD_c , particle.scales().QCD_ac ) :
max(particle.scales().QCD_c_noAO, particle.scales().QCD_ac_noAO);
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,enhance,
_deTuning);
- type = UseRandom::rndbool() ?
+ type = UseRandom::rndbool() ?
ShowerPartnerType::QCDColourLine : ShowerPartnerType::QCDAntiColourLine;
}
}
// everything else q-> qg etc
else {
Energy startingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::QCDColourLine;
startingScale = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
}
else {
type = ShowerPartnerType::QCDAntiColourLine;
startingScale = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
}
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,enhance,
_deTuning);
}
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::EW) {
type = ShowerPartnerType::EW;
Energy startingScale = particle.scales().EW;
- newKin = cit->second.sudakov->
- generateNextTimeBranching(startingScale,particles,rho,enhance,_deTuning);
+ newKin = cit->second.sudakov->
+ generateNextTimeBranching(startingScale,particles,rho,enhance,_deTuning);
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::DARK) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::DarkColourAdjoint) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
type = ShowerPartnerType::DARKColourLine;
Energy startingScale = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,0.5*enhance,
_deTuning);
startingScale = particle.scales().DARK_ac;
ShoKinPtr newKin2 = cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,0.5*enhance,
_deTuning);
// pick the one with the highest scale
if( ( newKin && newKin2 && newKin2->scale() > newKin->scale()) ||
(!newKin && newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::DARKAntiColourLine;
}
}
// other darkg -> darkq darkqbar
else {
Energy startingScale = angularOrdered ?
max(particle.scales().DARK_c , particle.scales().DARK_ac ) :
max(particle.scales().DARK_c_noAO, particle.scales().DARK_ac_noAO);
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,enhance,
_deTuning);
type = UseRandom::rndbool() ?
ShowerPartnerType::DARKColourLine : ShowerPartnerType::DARKAntiColourLine;
}
}
// everything else darkq-> darkq darkg etc
else {
Energy startingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::DARKColourLine;
startingScale = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
}
else {
type = ShowerPartnerType::DARKAntiColourLine;
startingScale = angularOrdered ? particle.scales().DARK_ac : particle.scales().DARK_ac_noAO;
}
newKin= cit->second.sudakov->
generateNextTimeBranching(startingScale,particles,rho,enhance,
_deTuning);
}
}
// shouldn't be anything else
else
assert(false);
// if no kinematics contine
if(!newKin) continue;
- // select highest scale
+ // select highest scale
if( newKin->scale() > newQ ) {
kinematics = newKin;
newQ = newKin->scale();
ids = particles;
sudakov = cit->second.sudakov;
partnerType = type;
}
}
// return empty branching if nothing happened
if(!kinematics) {
if ( particle.spinInfo() ) particle.spinInfo()->undecay();
return Branching(ShoKinPtr(), IdList(),SudakovPtr(),
ShowerPartnerType::Undefined);
}
// if not hard generate phi
kinematics->phi(sudakov->generatePhiForward(particle,ids,kinematics,rho));
// and return it
return Branching(kinematics, ids,sudakov,partnerType);
}
Branching SplittingGenerator::
chooseDecayBranching(ShowerParticle &particle,
const ShowerParticle::EvolutionScales & stoppingScales,
Energy minmass, double enhance,
ShowerInteraction interaction) const {
RhoDMatrix rho(particle.dataPtr()->iSpin());
Energy newQ = Constants::MaxEnergy;
ShoKinPtr kinematics;
SudakovPtr sudakov;
ShowerPartnerType partnerType(ShowerPartnerType::Undefined);
IdList ids;
// First, find the eventual branching, corresponding to the lowest scale.
long index = abs(particle.data().id());
// if no branchings return empty branching struct
- if(_fbranchings.find(index) == _fbranchings.end())
+ if(_fbranchings.find(index) == _fbranchings.end())
return Branching(ShoKinPtr(), IdList(),SudakovPtr(),ShowerPartnerType::Undefined);
// otherwise select branching
- for(BranchingList::const_iterator cit = _fbranchings.lower_bound(index);
+ for(BranchingList::const_iterator cit = _fbranchings.lower_bound(index);
cit != _fbranchings.upper_bound(index); ++cit) {
// check interaction doesn't change flavour
if(cit->second.particles[1]->id()!=index&&cit->second.particles[2]->id()!=index) continue;
// check either right interaction or doing both
if(!checkInteraction(interaction,cit->second.sudakov->interactionType(),_darkInteraction)) continue;
// whether or not this interaction should be angular ordered
- bool angularOrdered = cit->second.sudakov->splittingFn()->angularOrdered();
+ bool angularOrdered = cit->second.sudakov->angularOrdered();
ShoKinPtr newKin;
IdList particles = particle.id()!=cit->first ? cit->second.conjugateParticles : cit->second.particles;
ShowerPartnerType type;
// work out which starting scale we need
if(cit->second.sudakov->interactionType()==ShowerInteraction::QED) {
type = ShowerPartnerType::QED;
Energy stoppingScale = angularOrdered ? stoppingScales.QED : stoppingScales.QED_noAO;
Energy startingScale = angularOrdered ? particle.scales().QED : particle.scales().QED_noAO;
- if(startingScale < stoppingScale ) {
+ if(startingScale < stoppingScale ) {
newKin = cit->second.sudakov->
generateNextDecayBranching(startingScale,stoppingScale,minmass,particles,rho,
enhance,_deTuning);
}
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::QCD) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::Colour8) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
Energy stoppingColour = angularOrdered ? stoppingScales.QCD_c : stoppingScales.QCD_c_noAO;
Energy stoppingAnti = angularOrdered ? stoppingScales.QCD_ac : stoppingScales.QCD_ac_noAO;
Energy startingColour = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
Energy startingAnti = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
type = ShowerPartnerType::QCDColourLine;
if(startingColour<stoppingColour) {
- newKin= cit->second.sudakov->
+ newKin= cit->second.sudakov->
generateNextDecayBranching(startingColour,stoppingColour,minmass,
particles,rho,0.5*enhance,_deTuning);
}
- ShoKinPtr newKin2;
+ ShoKinPtr newKin2;
if(startingAnti<stoppingAnti) {
newKin2 = cit->second.sudakov->
generateNextDecayBranching(startingAnti,stoppingAnti,minmass,
particles,rho,0.5*enhance,_deTuning);
}
// pick the one with the lowest scale
if( (newKin&&newKin2&&newKin2->scale()<newKin->scale()) ||
(!newKin&&newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::QCDAntiColourLine;
}
}
// other
else {
assert(false);
}
}
// everything else
else {
Energy startingScale,stoppingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::QCDColourLine;
stoppingScale = angularOrdered ? stoppingScales.QCD_c : stoppingScales.QCD_c_noAO;
startingScale = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
}
else {
type = ShowerPartnerType::QCDAntiColourLine;
stoppingScale = angularOrdered ? stoppingScales.QCD_ac : stoppingScales.QCD_ac_noAO;
startingScale = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
}
if(startingScale < stoppingScale ) {
newKin = cit->second.sudakov->
generateNextDecayBranching(startingScale,stoppingScale,minmass,particles,rho,
enhance,_deTuning);
}
}
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::EW) {
type = ShowerPartnerType::EW;
Energy stoppingScale = stoppingScales.EW;
Energy startingScale = particle.scales().EW;
- if(startingScale < stoppingScale && startingScale > ZERO ) {
+ if(startingScale < stoppingScale && startingScale > ZERO ) {
newKin = cit->second.sudakov->
generateNextDecayBranching(startingScale,stoppingScale,minmass,particles,rho,enhance,_deTuning);
}
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::DARK) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::DarkColourAdjoint) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
Energy stoppingColour = angularOrdered ? stoppingScales.DARK_c : stoppingScales.DARK_c_noAO;
Energy stoppingAnti = angularOrdered ? stoppingScales.DARK_ac : stoppingScales.DARK_ac_noAO;
Energy startingColour = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
Energy startingAnti = angularOrdered ? particle.scales().DARK_ac : particle.scales().DARK_ac_noAO;
type = ShowerPartnerType::DARKColourLine;
if(startingColour<stoppingColour) {
newKin= cit->second.sudakov->
generateNextDecayBranching(startingColour,stoppingColour,minmass,
particles,rho,0.5*enhance,_deTuning);
}
ShoKinPtr newKin2;
if(startingAnti<stoppingAnti) {
newKin2 = cit->second.sudakov->
generateNextDecayBranching(startingAnti,stoppingAnti,minmass,particles,rho,0.5*enhance,_deTuning);
}
// pick the one with the lowest scale
if( (newKin&&newKin2&&newKin2->scale()<newKin->scale()) ||
(!newKin&&newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::DARKAntiColourLine;
}
}
// other
else {
assert(false);
}
}
// everything else
else {
Energy startingScale,stoppingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::DARKColourLine;
stoppingScale = angularOrdered ? stoppingScales.DARK_c : stoppingScales.DARK_c_noAO;
startingScale = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
}
else {
type = ShowerPartnerType::DARKAntiColourLine;
stoppingScale = angularOrdered ? stoppingScales.DARK_ac : stoppingScales.DARK_ac_noAO;
startingScale = angularOrdered ? particle.scales().DARK_ac : particle.scales().DARK_ac_noAO;
}
if(startingScale < stoppingScale ) {
newKin = cit->second.sudakov->
generateNextDecayBranching(startingScale,stoppingScale,minmass,particles,rho,enhance,_deTuning);
}
}
}
// shouldn't be anything else
else
assert(false);
if(!newKin) continue;
// select highest scale
if(newKin->scale() < newQ ) {
newQ = newKin->scale();
ids = particles;
kinematics=newKin;
sudakov=cit->second.sudakov;
partnerType = type;
}
}
// return empty branching if nothing happened
if(!kinematics) return Branching(ShoKinPtr(), IdList(),SudakovPtr(),
ShowerPartnerType::Undefined);
// and generate phi
kinematics->phi(sudakov->generatePhiDecay(particle,ids,kinematics,rho));
// and return it
return Branching(kinematics, ids,sudakov,partnerType);
}
Branching SplittingGenerator::
chooseBackwardBranching(ShowerParticle &particle,PPtr,
double enhance,
Ptr<BeamParticleData>::transient_const_pointer beam,
ShowerInteraction type,
tcPDFPtr pdf, Energy freeze) const {
RhoDMatrix rho;
bool rhoCalc(false);
Energy newQ=ZERO;
ShoKinPtr kinematics=ShoKinPtr();
ShowerPartnerType partnerType(ShowerPartnerType::Undefined);
SudakovPtr sudakov;
IdList ids;
// First, find the eventual branching, corresponding to the highest scale.
long index = abs(particle.id());
// if no possible branching return
if(_bbranchings.find(index) == _bbranchings.end())
return Branching(ShoKinPtr(), IdList(),SudakovPtr(),ShowerPartnerType::Undefined);
// otherwise select branching
- for(BranchingList::const_iterator cit = _bbranchings.lower_bound(index);
+ for(BranchingList::const_iterator cit = _bbranchings.lower_bound(index);
cit != _bbranchings.upper_bound(index); ++cit ) {
// check either right interaction or doing both
if(!checkInteraction(type,cit->second.sudakov->interactionType(),_darkInteraction)) continue;
// setup the PDF
cit->second.sudakov->setPDF(pdf,freeze);
//calc rho as needed
if(!rhoCalc && particle.dataPtr()->iSpin()!=PDT::Spin0) {
rho = particle.extractRhoMatrix(false);
rhoCalc = true;
}
// whether or not this interaction should be angular ordered
- bool angularOrdered = cit->second.sudakov->splittingFn()->angularOrdered();
+ bool angularOrdered = cit->second.sudakov->angularOrdered();
ShoKinPtr newKin;
IdList particles = particle.id()!=cit->first ? cit->second.conjugateParticles : cit->second.particles;
ShowerPartnerType type;
if(cit->second.sudakov->interactionType()==ShowerInteraction::QED) {
type = ShowerPartnerType::QED;
Energy startingScale = angularOrdered ? particle.scales().QED : particle.scales().QED_noAO;
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,enhance,
beam,_deTuning);
}
- else if(cit->second.sudakov->interactionType()==ShowerInteraction::QCD) {
+ else if(cit->second.sudakov->interactionType()==ShowerInteraction::QCD) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::Colour8) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
type = ShowerPartnerType::QCDColourLine;
Energy startingScale = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
newKin = cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,0.5*enhance,
beam,_deTuning);
startingScale = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
ShoKinPtr newKin2 = cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,
0.5*enhance,beam,_deTuning);
// pick the one with the highest scale
if( (newKin&&newKin2&&newKin2->scale()>newKin->scale()) ||
(!newKin&&newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::QCDAntiColourLine;
}
}
else {
- Energy startingScale = angularOrdered ?
- max(particle.scales().QCD_c , particle.scales().QCD_ac ) :
+ Energy startingScale = angularOrdered ?
+ max(particle.scales().QCD_c , particle.scales().QCD_ac ) :
max(particle.scales().QCD_c_noAO, particle.scales().QCD_ac_noAO);
- type = UseRandom::rndbool() ?
+ type = UseRandom::rndbool() ?
ShowerPartnerType::QCDColourLine : ShowerPartnerType::QCDAntiColourLine;
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,enhance,beam,_deTuning);
}
}
// everything else
else {
Energy startingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::QCDColourLine;
startingScale = angularOrdered ? particle.scales().QCD_c : particle.scales().QCD_c_noAO;
}
else {
type = ShowerPartnerType::QCDAntiColourLine;
startingScale = angularOrdered ? particle.scales().QCD_ac : particle.scales().QCD_ac_noAO;
}
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles,particle.x(),rho,enhance,beam,_deTuning);
}
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::EW) {
type = ShowerPartnerType::EW;
Energy startingScale = particle.scales().EW;
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles,particle.x(),rho,enhance,beam,_deTuning);
}
else if(cit->second.sudakov->interactionType()==ShowerInteraction::DARK) {
// special for octets
if(particle.dataPtr()->iColour()==PDT::DarkColourAdjoint) {
// octet -> octet octet
- if(cit->second.sudakov->splittingFn()->colourStructure()==OctetOctetOctet) {
+ if(cit->second.sudakov->colourStructure()==OctetOctetOctet) {
type = ShowerPartnerType::DARKColourLine;
Energy startingScale = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
newKin = cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,0.5*enhance,beam,_deTuning);
startingScale = angularOrdered ? particle.scales().DARK_ac : particle.scales().DARK_ac_noAO;
ShoKinPtr newKin2 = cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,0.5*enhance,beam,_deTuning);
// pick the one with the highest scale
if( (newKin&&newKin2&&newKin2->scale()>newKin->scale()) ||
(!newKin&&newKin2) ) {
newKin = newKin2;
type = ShowerPartnerType::DARKAntiColourLine;
}
}
else {
Energy startingScale = angularOrdered ?
max(particle.scales().DARK_c , particle.scales().DARK_ac ) :
max(particle.scales().DARK_c_noAO, particle.scales().DARK_ac_noAO);
type = UseRandom::rndbool() ?
ShowerPartnerType::DARKColourLine : ShowerPartnerType::DARKAntiColourLine;
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,enhance,beam,_deTuning);
}
}
// everything else
else {
Energy startingScale;
if(particle.hasColour()) {
type = ShowerPartnerType::DARKColourLine;
startingScale = angularOrdered ? particle.scales().DARK_c : particle.scales().DARK_c_noAO;
}
else {
type = ShowerPartnerType::DARKAntiColourLine;
startingScale = angularOrdered ? particle.scales().DARK_ac : particle.scales().DARK_ac_noAO;
}
newKin=cit->second.sudakov->
generateNextSpaceBranching(startingScale,particles, particle.x(),rho,enhance,beam,_deTuning);
}
}
// shouldn't be anything else
else
assert(false);
// if no kinematics contine
if(!newKin) continue;
// select highest scale
if(newKin->scale() > newQ) {
newQ = newKin->scale();
kinematics=newKin;
ids = particles;
sudakov=cit->second.sudakov;
partnerType = type;
}
}
// return empty branching if nothing happened
if(!kinematics) {
if ( particle.spinInfo() ) particle.spinInfo()->undecay();
return Branching(ShoKinPtr(), IdList(),SudakovPtr(),
ShowerPartnerType::Undefined);
}
- // initialize the ShowerKinematics
+ // initialize the ShowerKinematics
// and generate phi
kinematics->phi(sudakov->generatePhiBackward(particle,ids,kinematics,rho));
// return the answer
return Branching(kinematics, ids,sudakov,partnerType);
}
void SplittingGenerator::rebind(const TranslationMap & trans) {
BranchingList::iterator cit;
for(cit=_fbranchings.begin();cit!=_fbranchings.end();++cit) {
(cit->second).sudakov=trans.translate((cit->second).sudakov);
for(unsigned int ix=0;ix<(cit->second).particles.size();++ix) {
(cit->second).particles[ix]=trans.translate((cit->second).particles[ix]);
}
for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix) {
(cit->second).conjugateParticles[ix]=trans.translate((cit->second).conjugateParticles[ix]);
}
}
for(cit=_bbranchings.begin();cit!=_bbranchings.end();++cit) {
(cit->second).sudakov=trans.translate((cit->second).sudakov);
for(unsigned int ix=0;ix<(cit->second).particles.size();++ix) {
(cit->second).particles[ix]=trans.translate((cit->second).particles[ix]);
}
for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix) {
(cit->second).conjugateParticles[ix]=trans.translate((cit->second).conjugateParticles[ix]);
}
}
Interfaced::rebind(trans);
}
IVector SplittingGenerator::getReferences() {
IVector ret = Interfaced::getReferences();
BranchingList::iterator cit;
for(cit=_fbranchings.begin();cit!=_fbranchings.end();++cit) {
ret.push_back((cit->second).sudakov);
- for(unsigned int ix=0;ix<(cit->second).particles.size();++ix)
+ for(unsigned int ix=0;ix<(cit->second).particles.size();++ix)
ret.push_back(const_ptr_cast<tPDPtr>((cit->second).particles[ix]));
- for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix)
+ for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix)
ret.push_back(const_ptr_cast<tPDPtr>((cit->second).conjugateParticles[ix]));
}
for(cit=_bbranchings.begin();cit!=_bbranchings.end();++cit) {
ret.push_back((cit->second).sudakov);
- for(unsigned int ix=0;ix<(cit->second).particles.size();++ix)
+ for(unsigned int ix=0;ix<(cit->second).particles.size();++ix)
ret.push_back(const_ptr_cast<tPDPtr>((cit->second).particles[ix]));
- for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix)
+ for(unsigned int ix=0;ix<(cit->second).conjugateParticles.size();++ix)
ret.push_back(const_ptr_cast<tPDPtr>((cit->second).conjugateParticles[ix]));
}
return ret;
}
diff --git a/Shower/QTilde/SplittingFunctions/SplittingFunction.cc b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.cc
rename from Shower/QTilde/SplittingFunctions/SplittingFunction.cc
rename to Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.cc
--- a/Shower/QTilde/SplittingFunctions/SplittingFunction.cc
+++ b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.cc
@@ -1,1309 +1,2253 @@
// -*- C++ -*-
//
-// SplittingFunction.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
+// Sudakov1to2FormFactor.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
-// functions of the SplittingFunction class.
+// functions of the Sudakov1to2FormFactor class.
//
-#include "SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Shower/QTilde/QTildeShowerHandler.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/Interface/Reference.h"
#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
#include "ThePEG/Repository/UseRandom.h"
#include "ThePEG/Utilities/EnumIO.h"
#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
-#include "ThePEG/Utilities/DescribeClass.h"
+#include "Herwig/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h"
+#include "Herwig/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h"
+#include "Herwig/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h"
+#include "Herwig/Shower/QTilde/Kinematics/KinematicHelpers.h"
+#include "SudakovCutOff.h"
+
+#include <array>
+using std::array;
using namespace Herwig;
-DescribeAbstractClass<SplittingFunction,Interfaced>
-describeSplittingFunction ("Herwig::SplittingFunction","");
+DescribeAbstractClass<Sudakov1to2FormFactor,SudakovFormFactor>
+describeSudakov1to2FormFactor ("Herwig::Sudakov1to2FormFactor","HwShower.so");
-void SplittingFunction::Init() {
+void Sudakov1to2FormFactor::persistentOutput(PersistentOStream & os) const {
+ os << cutoff_ << scaleChoice_ << strictAO_<< colourFactor_
+ << enhancementFactor_;
+}
- static ClassDocumentation<SplittingFunction> documentation
- ("The SplittingFunction class is the based class for 1->2 splitting functions"
- " in Herwig");
+void Sudakov1to2FormFactor::persistentInput(PersistentIStream & is, int) {
+ is >> cutoff_ >> scaleChoice_ >> strictAO_ >> colourFactor_
+ >> enhancementFactor_;
+}
- static Switch<SplittingFunction,ColourStructure> interfaceColourStructure
- ("ColourStructure",
- "The colour structure for the splitting function",
- &SplittingFunction::_colourStructure, Undefined, false, false);
- static SwitchOption interfaceColourStructureTripletTripletOctet
- (interfaceColourStructure,
- "TripletTripletOctet",
- "3 -> 3 8",
- TripletTripletOctet);
- static SwitchOption interfaceColourStructureOctetOctetOctet
- (interfaceColourStructure,
- "OctetOctetOctet",
- "8 -> 8 8",
- OctetOctetOctet);
- static SwitchOption interfaceColourStructureOctetTripletTriplet
- (interfaceColourStructure,
- "OctetTripletTriplet",
- "8 -> 3 3bar",
- OctetTripletTriplet);
- static SwitchOption interfaceColourStructureTripletOctetTriplet
- (interfaceColourStructure,
- "TripletOctetTriplet",
- "3 -> 8 3",
- TripletOctetTriplet);
- static SwitchOption interfaceColourStructureSextetSextetOctet
- (interfaceColourStructure,
- "SextetSextetOctet",
- "6 -> 6 8",
- SextetSextetOctet);
+void Sudakov1to2FormFactor::Init() {
- static SwitchOption interfaceColourStructureChargedChargedNeutral
- (interfaceColourStructure,
- "ChargedChargedNeutral",
- "q -> q 0",
- ChargedChargedNeutral);
- static SwitchOption interfaceColourStructureNeutralChargedCharged
- (interfaceColourStructure,
- "NeutralChargedCharged",
- "0 -> q qbar",
- NeutralChargedCharged);
- static SwitchOption interfaceColourStructureChargedNeutralCharged
- (interfaceColourStructure,
- "ChargedNeutralCharged",
- "q -> 0 q",
- ChargedNeutralCharged);
- static SwitchOption interfaceColourStructureEW
- (interfaceColourStructure,
- "EW",
- "q -> q W/Z, q -> q h0, V -> V' V'', V -> V H",
- EW);
+ static ClassDocumentation<Sudakov1to2FormFactor> documentation
+ ("The Sudakov1to2FormFactor class is the base class for the implementation of Sudakov"
+ " form factors for 1->2 branchings in Herwig");
- static Switch<SplittingFunction,ShowerInteraction>
- interfaceInteractionType
- ("InteractionType",
- "Type of the interaction",
- &SplittingFunction::_interactionType,
- ShowerInteraction::UNDEFINED, false, false);
- static SwitchOption interfaceInteractionTypeQCD
- (interfaceInteractionType,
- "QCD","QCD",ShowerInteraction::QCD);
- static SwitchOption interfaceInteractionTypeQED
- (interfaceInteractionType,
- "QED","QED",ShowerInteraction::QED);
- static SwitchOption interfaceInteractionTypeEW
- (interfaceInteractionType,
- "EW","EW",ShowerInteraction::EW);
- static SwitchOption interfaceInteractionTypeDARK
- (interfaceInteractionType,
- "DARK","DARK",ShowerInteraction::DARK);
+ static Reference<Sudakov1to2FormFactor,SudakovCutOff>
+ interfaceCutoff("Cutoff",
+ "A reference to the SudakovCutOff object",
+ &Herwig::Sudakov1to2FormFactor::cutoff_,
+ false, false, true, false);
- static Switch<SplittingFunction,bool> interfaceAngularOrdered
- ("AngularOrdered",
- "Whether or not this interaction is angular ordered, "
- "normally only g->q qbar and gamma-> f fbar are the only ones which aren't.",
- &SplittingFunction::angularOrdered_, true, false, false);
- static SwitchOption interfaceAngularOrderedYes
- (interfaceAngularOrdered,
- "Yes",
- "Interaction is angular ordered",
- true);
- static SwitchOption interfaceAngularOrderedNo
- (interfaceAngularOrdered,
- "No",
- "Interaction isn't angular ordered",
- false);
-
- static Switch<SplittingFunction,unsigned int> interfaceScaleChoice
+ static Switch<Sudakov1to2FormFactor,unsigned int> interfaceScaleChoice
("ScaleChoice",
"The scale choice to be used",
- &SplittingFunction::scaleChoice_, 2, false, false);
+ &Sudakov1to2FormFactor::scaleChoice_, 2, false, false);
static SwitchOption interfaceScaleChoicepT
(interfaceScaleChoice,
"pT",
"pT of the branching",
0);
static SwitchOption interfaceScaleChoiceQ2
(interfaceScaleChoice,
"Q2",
"Q2 of the branching",
1);
static SwitchOption interfaceScaleChoiceFromAngularOrdering
(interfaceScaleChoice,
"FromAngularOrdering",
"If angular order use pT, otherwise Q2",
2);
- static Switch<SplittingFunction,bool> interfaceStrictAO
+ static Switch<Sudakov1to2FormFactor,bool> interfaceStrictAO
("StrictAO",
"Whether or not to apply strict angular-ordering,"
" i.e. for QED even in QCD emission, and vice versa",
- &SplittingFunction::strictAO_, true, false, false);
+ &Sudakov1to2FormFactor::strictAO_, true, false, false);
static SwitchOption interfaceStrictAOYes
(interfaceStrictAO,
"Yes",
"Apply strict ordering",
true);
static SwitchOption interfaceStrictAONo
(interfaceStrictAO,
"No",
"Don't apply strict ordering",
false);
+
+ static Parameter<Sudakov1to2FormFactor,double> interfaceEnhancementFactor
+ ("EnhancementFactor",
+ "Factor by which to enhance the splitting, compenstated by weight events.",
+ &Sudakov1to2FormFactor::enhancementFactor_, 1., 0.0, 1e8,
+ false, false, Interface::limited);
}
-void SplittingFunction::persistentOutput(PersistentOStream & os) const {
- os << oenum(_interactionType)
- << oenum(_colourStructure) << _colourFactor
- << angularOrdered_ << scaleChoice_ << strictAO_;
+void Sudakov1to2FormFactor::guesstz(Energy2 t1,unsigned int iopt,
+ const IdList &ids,
+ double enhance,bool ident,
+ double detune,
+ Energy2 &t_main, double &z_main){
+ unsigned int pdfopt = iopt!=1 ? 0 : pdfFactor();
+ double lower = integOverP(zlimits_.first ,ids,pdfopt);
+ double upper = integOverP(zlimits_.second,ids,pdfopt);
+ double c = 1./((upper - lower) * colourFactor()
+ * alpha()->showerOverestimateValue()/Constants::twopi*enhance*detune);
+ double r = UseRandom::rnd();
+ assert(iopt<=2);
+ if(iopt==1) {
+ c/=pdfMax();
+ //symmetry of FS gluon splitting
+ if(ident) c*=0.5;
+ }
+ else if(iopt==2) c*=-1.;
+ // guessing t
+ if(iopt!=2 || c*log(r)<log(Constants::MaxEnergy2/t1)) {
+ t_main = t1*pow(r,c);
+ }
+ else
+ t_main = Constants::MaxEnergy2;
+ // guessing z
+ z_main = invIntegOverP(lower + UseRandom::rnd()
+ *(upper - lower),ids,pdfopt);
}
-void SplittingFunction::persistentInput(PersistentIStream & is, int) {
- is >> ienum(_interactionType)
- >> ienum(_colourStructure) >> _colourFactor
- >> angularOrdered_ >> scaleChoice_ >> strictAO_;
+bool Sudakov1to2FormFactor::guessTimeLike(Energy2 &t,Energy2 tmin,double enhance,
+ double detune) {
+ Energy2 told = t;
+ // calculate limits on z and if lower>upper return
+ if(!computeTimeLikeLimits(t)) return false;
+ // guess values of t and z
+ guesstz(told,0,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
+ // actual values for z-limits
+ if(!computeTimeLikeLimits(t)) return false;
+ if(t<tmin) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ else
+ return true;
}
-void SplittingFunction::colourConnection(tShowerParticlePtr parent,
+bool Sudakov1to2FormFactor::guessSpaceLike(Energy2 &t, Energy2 tmin, const double x,
+ double enhance,
+ double detune) {
+ Energy2 told = t;
+ // calculate limits on z if lower>upper return
+ if(!computeSpaceLikeLimits(t,x)) return false;
+ // guess values of t and z
+ guesstz(told,1,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
+ // actual values for z-limits
+ if(!computeSpaceLikeLimits(t,x)) return false;
+ if(t<tmin) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ else
+ return true;
+}
+
+bool Sudakov1to2FormFactor::PSVeto(const Energy2 t) {
+ // still inside PS, return true if outside
+ // check vs overestimated limits
+ if (z() < zlimits_.first || z() > zlimits_.second) return true;
+
+ Energy2 m02 = (ids_[0]->id()!=ParticleID::g && ids_[0]->id()!=ParticleID::gamma) ?
+ masssquared_[0] : Energy2();
+
+ Energy2 pt2 = QTildeKinematics::pT2_FSR(t,z(),m02,masssquared_[1],masssquared_[2],
+ masssquared_[1],masssquared_[2]);
+
+ // if pt2<0 veto
+ if (pt2<cutoff_->pT2min()) return true;
+ // otherwise calculate pt and return
+ pT_ = sqrt(pt2);
+ return false;
+}
+
+ShoKinPtr Sudakov1to2FormFactor::generateNextTimeBranching(const Energy startingScale,
+ const IdList &ids,
+ const RhoDMatrix & rho,
+ double enhance,
+ double detuning) {
+ // First reset the internal kinematics variables that can
+ // have been eventually set in the previous call to the method.
+ q_ = ZERO;
+ z_ = 0.;
+ phi_ = 0.;
+ // perform initialization
+ Energy2 tmax(sqr(startingScale)),tmin;
+ initialize(ids,tmin);
+ // check max > min
+ if(tmax<=tmin) return ShoKinPtr();
+
+ // calculate next value of t using veto algorithm
+ Energy2 t(tmax);
+ // no shower variations to calculate
+ if((!ShowerHandler::currentHandlerIsSet() ||
+ ShowerHandler::currentHandler()->showerVariations().empty()) &&
+ enhancementFactor_==1.) {
+ // Without variations do the usual Veto algorithm
+ // No need for more if-statements in this loop.
+ do {
+ if(!guessTimeLike(t,tmin,enhance,detuning)) break;
+ }
+ while(PSVeto(t) ||
+ SplittingFnVeto(z()*(1.-z())*t,ids,true,rho,detuning) ||
+ alphaSVeto(pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t));
+ }
+ else {
+ bool alphaRew(true),PSRew(true),SplitRew(true);
+ do {
+ // generate trial emission
+ if(!guessTimeLike(t,tmin,enhance*enhancementFactor_,detuning)) break;
+ // check in phase space
+ PSRew=PSVeto(t);
+ if (PSRew) continue;
+ // alpha_S and splitting function vetos
+ SplitRew=SplittingFnVeto(z()*(1.-z())*t,ids,true,rho,detuning);
+ alphaRew=alphaSVeto(pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t);
+ double factor=alphaSVetoRatio(pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t,1.)*
+ SplittingFnVetoRatio(z()*(1.-z())*t,ids,true,rho,detuning);
+ // access the shower handler
+ tShowerHandlerPtr ch = ShowerHandler::currentHandler();
+ if( !(SplitRew || alphaRew) ) {
+ //Emission
+ q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
+ if (q_ <= ZERO) break;
+ }
+ // loop over the variations
+ for ( map<string,ShowerVariation>::const_iterator var =
+ ch->showerVariations().begin();
+ var != ch->showerVariations().end(); ++var ) {
+ if ( ( ch->firstInteraction() && var->second.firstInteraction ) ||
+ ( !ch->firstInteraction() && var->second.secondaryInteractions ) ) {
+
+ double newfactor = alphaSVetoRatio(pTScale() ?
+ sqr(z()*(1.-z()))*t :
+ z()*(1.-z())*t,var->second.renormalizationScaleFactor)
+ * SplittingFnVetoRatio(z()*(1.-z())*t,ids,true,rho,detuning);
+
+ double varied;
+ if ( SplitRew || alphaRew ) {
+ // No Emission
+ varied = (1. - newfactor) / (1. - factor);
+ } else {
+ // Emission
+ varied = newfactor / factor;
+ }
+
+ map<string,double>::iterator wi = ch->currentWeights().find(var->first);
+ if ( wi != ch->currentWeights().end() )
+ wi->second *= varied;
+ else {
+ assert(false);
+ //ch->currentWeights()[var->first] = varied;
+ }
+ }
+ }
+ // for the enhancement adjust the central weight
+ if(enhancementFactor_!=1.) {
+ double varied;
+ // No Emission
+ if ( SplitRew || alphaRew ) {
+ varied = (1. - factor/enhancementFactor_) / (1. - factor);
+ }
+ // Emission
+ else {
+ varied = 1./enhancementFactor_;
+ }
+ ch->reweight(ch->reweight()*varied);
+ }
+ }
+ while(PSRew || SplitRew || alphaRew);
+ }
+ q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
+ if(q_ < ZERO) return ShoKinPtr();
+
+ // return the ShowerKinematics object
+ return new_ptr(FS_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
+}
+
+ShoKinPtr Sudakov1to2FormFactor::
+generateNextSpaceBranching(const Energy startingQ,
+ const IdList &ids,
+ double x,
+ const RhoDMatrix & rho,
+ double enhance,
+ Ptr<BeamParticleData>::transient_const_pointer beam,
+ double detuning) {
+ // First reset the internal kinematics variables that can
+ // have been eventually set in the previous call to the method.
+ q_ = ZERO;
+ z_ = 0.;
+ phi_ = 0.;
+ // perform the initialization
+ Energy2 tmax(sqr(startingQ)),tmin;
+ initialize(ids,tmin);
+ // check max > min
+ if(tmax<=tmin) return ShoKinPtr();
+ // calculate next value of t using veto algorithm
+ Energy2 t(tmax),pt2(ZERO);
+ // no shower variations
+ if(!ShowerHandler::currentHandlerIsSet() ||
+ ShowerHandler::currentHandler()->showerVariations().empty()){
+ // Without variations do the usual Veto algorithm
+ // No need for more if-statements in this loop.
+ do {
+ if(!guessSpaceLike(t,tmin,x,enhance,detuning)) break;
+ pt2 = QTildeKinematics::pT2_ISR(t,z(),masssquared_[2]);
+ }
+ while(pt2 < cutoff_->pT2min()||
+ z() > zlimits_.second||
+ SplittingFnVeto((1.-z())*t/z(),ids,false,rho,detuning)||
+ alphaSVeto(pTScale() ? sqr(1.-z())*t : (1.-z())*t)||
+ PDFVeto(t,x,z(),ids[0],ids[1],beam));
+ }
+ // shower variations
+ else {
+ bool alphaRew(true),PDFRew(true),ptRew(true),zRew(true),SplitRew(true);
+ do {
+ if(!guessSpaceLike(t,tmin,x,enhance,detuning)) break;
+ pt2 = QTildeKinematics::pT2_ISR(t,z(),masssquared_[2]);
+ ptRew=pt2 < cutoff_->pT2min();
+ zRew=z() > zlimits_.second;
+ if (ptRew||zRew) continue;
+ SplitRew=SplittingFnVeto((1.-z())*t/z(),ids,false,rho,detuning);
+ alphaRew=alphaSVeto(pTScale() ? sqr(1.-z())*t : (1.-z())*t);
+ PDFRew=PDFVeto(t,x,z(),ids[0],ids[1],beam);
+ double factor=PDFVetoRatio(t,x,z(),ids[0],ids[1],beam,1.)*
+ alphaSVetoRatio(pTScale() ? sqr(1.-z())*t : (1.-z())*t,1.)*
+ SplittingFnVetoRatio((1.-z())*t/z(),ids,false,rho,detuning);
+
+ tShowerHandlerPtr ch = ShowerHandler::currentHandler();
+
+ if( !(PDFRew || SplitRew || alphaRew) ) {
+ //Emission
+ q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
+ if (q_ <= ZERO) break;
+ }
+
+ for ( map<string,ShowerVariation>::const_iterator var =
+ ch->showerVariations().begin();
+ var != ch->showerVariations().end(); ++var ) {
+ if ( ( ch->firstInteraction() && var->second.firstInteraction ) ||
+ ( !ch->firstInteraction() && var->second.secondaryInteractions ) ) {
+
+
+
+ double newfactor = PDFVetoRatio(t,x,z(),ids[0],ids[1],beam,var->second.factorizationScaleFactor)*
+ alphaSVetoRatio(pTScale() ?
+ sqr(1.-z())*t : (1.-z())*t,var->second.renormalizationScaleFactor)
+ *SplittingFnVetoRatio((1.-z())*t/z(),ids,false,rho,detuning);
+
+ double varied;
+ if( PDFRew || SplitRew || alphaRew) {
+ // No Emission
+ varied = (1. - newfactor) / (1. - factor);
+ } else {
+ // Emission
+ varied = newfactor / factor;
+ }
+
+
+ map<string,double>::iterator wi = ch->currentWeights().find(var->first);
+ if ( wi != ch->currentWeights().end() )
+ wi->second *= varied;
+ else {
+ assert(false);
+ //ch->currentWeights()[var->first] = varied;
+ }
+ }
+ }
+
+ }
+ while( PDFRew || SplitRew || alphaRew);
+ }
+ if(t > ZERO && zlimits_.first < zlimits_.second) q_ = sqrt(t);
+ else return ShoKinPtr();
+
+ pT_ = sqrt(pt2);
+ // create the ShowerKinematics and return it
+ return new_ptr(IS_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
+}
+
+void Sudakov1to2FormFactor::initialize(const IdList & ids, Energy2 & tmin) {
+ ids_=ids;
+ tmin = 4.*cutoff_->pT2min();
+ masses_ = cutoff_->virtualMasses(ids);
+ masssquared_.clear();
+ for(unsigned int ix=0;ix<masses_.size();++ix) {
+ masssquared_.push_back(sqr(masses_[ix]));
+ if(ix>0) tmin=max(masssquared_[ix],tmin);
+ }
+}
+
+ShoKinPtr Sudakov1to2FormFactor::generateNextDecayBranching(const Energy startingScale,
+ const Energy stoppingScale,
+ const Energy minmass,
+ const IdList &ids,
+ const RhoDMatrix & rho,
+ double enhance,
+ double detuning) {
+ // First reset the internal kinematics variables that can
+ // have been eventually set in the previous call to this method.
+ q_ = Constants::MaxEnergy;
+ z_ = 0.;
+ phi_ = 0.;
+ // perform initialisation
+ Energy2 tmax(sqr(stoppingScale)),tmin;
+ initialize(ids,tmin);
+ tmin=sqr(startingScale);
+ // check some branching possible
+ if(tmax<=tmin) return ShoKinPtr();
+ // perform the evolution
+ Energy2 t(tmin),pt2(-MeV2);
+ do {
+ if(!guessDecay(t,tmax,minmass,enhance,detuning)) break;
+ pt2 = QTildeKinematics::pT2_Decay(t,z(),masssquared_[0],masssquared_[2]);
+ }
+ while(SplittingFnVeto((1.-z())*t/z(),ids,true,rho,detuning)||
+ alphaSVeto(pTScale() ? sqr(1.-z())*t : (1.-z())*t ) ||
+ pt2<cutoff_->pT2min() ||
+ t*(1.-z())>masssquared_[0]-sqr(minmass));
+ if(t > ZERO) {
+ q_ = sqrt(t);
+ pT_ = sqrt(pt2);
+ }
+ else return ShoKinPtr();
+ phi_ = 0.;
+ // create the ShowerKinematics object
+ return new_ptr(Decay_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
+}
+
+bool Sudakov1to2FormFactor::guessDecay(Energy2 &t,Energy2 tmax, Energy minmass,
+ double enhance, double detune) {
+ minmass = max(minmass,GeV);
+ // previous scale
+ Energy2 told = t;
+ // overestimated limits on z
+ if(tmax<masssquared_[0]) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ Energy2 tm2 = tmax-masssquared_[0];
+ Energy tm = sqrt(tm2);
+ zlimits_ = make_pair(sqr(minmass/masses_[0]),
+ 1.-sqrt(masssquared_[2]+cutoff_->pT2min()+
+ 0.25*sqr(masssquared_[2])/tm2)/tm
+ +0.5*masssquared_[2]/tm2);
+ if(zlimits_.second<zlimits_.first) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ // guess values of t and z
+ guesstz(told,2,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
+ // actual values for z-limits
+ if(t<masssquared_[0]) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ tm2 = t-masssquared_[0];
+ tm = sqrt(tm2);
+ zlimits_ = make_pair(sqr(minmass/masses_[0]),
+ 1.-sqrt(masssquared_[2]+cutoff_->pT2min()+
+ 0.25*sqr(masssquared_[2])/tm2)/tm
+ +0.5*masssquared_[2]/tm2);
+ if(t>tmax||zlimits_.second<zlimits_.first) {
+ t=-1.0*GeV2;
+ return false;
+ }
+ else
+ return true;
+}
+
+bool Sudakov1to2FormFactor::computeTimeLikeLimits(Energy2 & t) {
+ if (t < 1e-20 * GeV2) {
+ t=-1.*GeV2;
+ return false;
+ }
+ const Energy2 pT2min = cutoff_->pT2min();
+ // special case for gluon radiating
+ if(ids_[0]->id()==ParticleID::g||ids_[0]->id()==ParticleID::gamma) {
+ // no emission possible
+ if(t<16.*(masssquared_[1]+pT2min)) {
+ t=-1.*GeV2;
+ return false;
+ }
+ // overestimate of the limits
+ zlimits_.first = 0.5*(1.-sqrt(1.-4.*sqrt((masssquared_[1]+pT2min)/t)));
+ zlimits_.second = 1.-zlimits_.first;
+ }
+ // special case for radiated particle is gluon
+ else if(ids_[2]->id()==ParticleID::g||ids_[2]->id()==ParticleID::gamma) {
+ zlimits_.first = sqrt((masssquared_[1]+pT2min)/t);
+ zlimits_.second = 1.-sqrt((masssquared_[2]+pT2min)/t);
+ }
+ else if(ids_[1]->id()==ParticleID::g||ids_[1]->id()==ParticleID::gamma) {
+ zlimits_.second = sqrt((masssquared_[2]+pT2min)/t);
+ zlimits_.first = 1.-sqrt((masssquared_[1]+pT2min)/t);
+ }
+ else {
+ zlimits_.first = (masssquared_[1]+pT2min)/t;
+ zlimits_.second = 1.-(masssquared_[2]+pT2min)/t;
+ }
+ if(zlimits_.first>=zlimits_.second) {
+ t=-1.*GeV2;
+ return false;
+ }
+ return true;
+}
+
+bool Sudakov1to2FormFactor::computeSpaceLikeLimits(Energy2 & t, double x) {
+ if (t < 1e-20 * GeV2) {
+ t=-1.*GeV2;
+ return false;
+ }
+ // compute the limits
+ zlimits_.first = x;
+ double yy = 1.+0.5*masssquared_[2]/t;
+ zlimits_.second = yy - sqrt(sqr(yy)-1.+cutoff_->pT2min()/t);
+ // return false if lower>upper
+ if(zlimits_.second<zlimits_.first) {
+ t=-1.*GeV2;
+ return false;
+ }
+ else
+ return true;
+}
+
+namespace {
+
+tShowerParticlePtr findCorrelationPartner(ShowerParticle & particle,
+ bool forward,
+ ShowerInteraction inter) {
+ tPPtr child = &particle;
+ tShowerParticlePtr mother;
+ if(forward) {
+ mother = !particle.parents().empty() ?
+ dynamic_ptr_cast<tShowerParticlePtr>(particle.parents()[0]) : tShowerParticlePtr();
+ }
+ else {
+ mother = particle.children().size()==2 ?
+ dynamic_ptr_cast<tShowerParticlePtr>(&particle) : tShowerParticlePtr();
+ }
+ tShowerParticlePtr partner;
+ while(mother) {
+ tPPtr otherChild;
+ if(forward) {
+ for (unsigned int ix=0;ix<mother->children().size();++ix) {
+ if(mother->children()[ix]!=child) {
+ otherChild = mother->children()[ix];
+ break;
+ }
+ }
+ }
+ else {
+ otherChild = mother->children()[1];
+ }
+ tShowerParticlePtr other = dynamic_ptr_cast<tShowerParticlePtr>(otherChild);
+ if((inter==ShowerInteraction::QCD && otherChild->dataPtr()->coloured()) ||
+ (inter==ShowerInteraction::QED && otherChild->dataPtr()->charged())) {
+ partner = other;
+ break;
+ }
+ if(forward && !other->isFinalState()) {
+ partner = dynamic_ptr_cast<tShowerParticlePtr>(mother);
+ break;
+ }
+ child = mother;
+ if(forward) {
+ mother = ! mother->parents().empty() ?
+ dynamic_ptr_cast<tShowerParticlePtr>(mother->parents()[0]) : tShowerParticlePtr();
+ }
+ else {
+ if(mother->children()[0]->children().size()!=2)
+ break;
+ tShowerParticlePtr mtemp =
+ dynamic_ptr_cast<tShowerParticlePtr>(mother->children()[0]);
+ if(!mtemp)
+ break;
+ else
+ mother=mtemp;
+ }
+ }
+ if(!partner) {
+ if(forward) {
+ partner = dynamic_ptr_cast<tShowerParticlePtr>( child)->partner();
+ }
+ else {
+ if(mother) {
+ tShowerParticlePtr parent;
+ if(!mother->children().empty()) {
+ parent = dynamic_ptr_cast<tShowerParticlePtr>(mother->children()[0]);
+ }
+ if(!parent) {
+ parent = dynamic_ptr_cast<tShowerParticlePtr>(mother);
+ }
+ partner = parent->partner();
+ }
+ else {
+ partner = dynamic_ptr_cast<tShowerParticlePtr>(&particle)->partner();
+ }
+ }
+ }
+ return partner;
+}
+
+pair<double,double> softPhiMin(double phi0, double phi1, double A, double B, double C, double D) {
+ double c01 = cos(phi0 - phi1);
+ double s01 = sin(phi0 - phi1);
+ double s012(sqr(s01)), c012(sqr(c01));
+ double A2(A*A), B2(B*B), C2(C*C), D2(D*D);
+ if(abs(B/A)<1e-10 && abs(D/C)<1e-10) return make_pair(phi0,phi0+Constants::pi);
+ double root = sqr(B2)*C2*D2*sqr(s012) + 2.*A*B2*B*C2*C*D*c01*s012 + 2.*A*B2*B*C*D2*D*c01*s012
+ + 4.*A2*B2*C2*D2*c012 - A2*B2*C2*D2*s012 - A2*B2*sqr(D2)*s012 - sqr(B2)*sqr(C2)*s012
+ - sqr(B2)*C2*D2*s012 - 4.*A2*A*B*C*D2*D*c01 - 4.*A*B2*B*C2*C*D*c01 + sqr(A2)*sqr(D2)
+ + 2.*A2*B2*C2*D2 + sqr(B2)*sqr(C2);
+ if(root<0.) return make_pair(phi0,phi0+Constants::pi);
+ root = sqrt(root);
+ double denom = (-2.*A*B*C*D*c01 + A2*D2 + B2*C2);
+ double denom2 = (-B*C*c01 + A*D);
+
+ double num = B2*C*D*s012;
+ double y1 = B*s01*(-C*(num + root) + D*denom) / denom2;
+ double y2 = B*s01*(-C*(num - root) + D*denom) / denom2;
+ double x1 = -(num + root );
+ double x2 = -(num - root );
+ if(denom<0.) {
+ y1*=-1.;
+ y2*=-1.;
+ x1*=-1.;
+ x2*=-1.;
+ }
+ return make_pair(atan2(y1,x1) + phi0,atan2(y2,x2) + phi0);
+}
+
+}
+
+double Sudakov1to2FormFactor::generatePhiForward(ShowerParticle & particle,
+ const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix & rho) {
+ // no correlations, return flat phi
+ if(ShowerHandler::currentHandlerIsSet() &&
+ ! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations())
+ return Constants::twopi*UseRandom::rnd();
+ // get the kinematic variables
+ double z = kinematics->z();
+ Energy2 t = z*(1.-z)*sqr(kinematics->scale());
+ Energy pT = kinematics->pT();
+ // if soft correlations
+ Energy2 pipj,pik;
+ bool canBeSoft[2] = {ids[1]->id()==ParticleID::g || ids[1]->id()==ParticleID::gamma,
+ ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma };
+ array<Energy2,3> pjk;
+ array<Energy,3> Ek;
+ Energy Ei,Ej;
+ Energy2 m12(ZERO),m22(ZERO);
+ InvEnergy2 aziMax(ZERO);
+ bool softAllowed = (!ShowerHandler::currentHandlerIsSet() ||
+ dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()) &&
+ (canBeSoft[0] || canBeSoft[1]);
+ if(softAllowed) {
+ // find the partner for the soft correlations
+ tShowerParticlePtr partner=findCorrelationPartner(particle,true,interactionType());
+ // remember we want the softer gluon
+ bool swapOrder = !canBeSoft[1] || (canBeSoft[0] && canBeSoft[1] && z < 0.5);
+ double zFact = !swapOrder ? (1.-z) : z;
+ // compute the transforms to the shower reference frame
+ // first the boost
+ Lorentz5Momentum pVect = particle.showerBasis()->pVector();
+ Lorentz5Momentum nVect = particle.showerBasis()->nVector();
+ Boost beta_bb;
+ if(particle.showerBasis()->frame()==ShowerBasis::BackToBack) {
+ beta_bb = -(pVect + nVect).boostVector();
+ }
+ else if(particle.showerBasis()->frame()==ShowerBasis::Rest) {
+ beta_bb = -pVect.boostVector();
+ }
+ else
+ assert(false);
+ pVect.boost(beta_bb);
+ nVect.boost(beta_bb);
+ Axis axis;
+ if(particle.showerBasis()->frame()==ShowerBasis::BackToBack) {
+ axis = pVect.vect().unit();
+ }
+ else if(particle.showerBasis()->frame()==ShowerBasis::Rest) {
+ axis = nVect.vect().unit();
+ }
+ else
+ assert(false);
+ // and then the rotation
+ LorentzRotation rot;
+ if(axis.perp2()>0.) {
+ double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
+ rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
+ }
+ else if(axis.z()<0.) {
+ rot.rotate(Constants::pi,Axis(1.,0.,0.));
+ }
+ rot.invert();
+ pVect *= rot;
+ nVect *= rot;
+ // shower parameters
+ Energy2 pn = pVect*nVect, m2 = pVect.m2();
+ double alpha0 = particle.showerParameters().alpha;
+ double beta0 = 0.5/alpha0/pn*
+ (sqr(particle.dataPtr()->mass())-sqr(alpha0)*m2+sqr(particle.showerParameters().pt));
+ Lorentz5Momentum qperp0(particle.showerParameters().ptx,
+ particle.showerParameters().pty,ZERO,ZERO);
+ assert(partner);
+ Lorentz5Momentum pj = partner->momentum();
+ pj.boost(beta_bb);
+ pj *= rot;
+ // compute the two phi independent dot products
+ pik = 0.5*zFact*(sqr(alpha0)*m2 - sqr(particle.showerParameters().pt) + 2.*alpha0*beta0*pn )
+ +0.5*sqr(pT)/zFact;
+ Energy2 dot1 = pj*pVect;
+ Energy2 dot2 = pj*nVect;
+ Energy2 dot3 = pj*qperp0;
+ pipj = alpha0*dot1+beta0*dot2+dot3;
+ // compute the constants for the phi dependent dot product
+ pjk[0] = zFact*(alpha0*dot1+dot3-0.5*dot2/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
+ +0.5*sqr(pT)*dot2/pn/zFact/alpha0;
+ pjk[1] = (pj.x() - dot2/alpha0/pn*qperp0.x())*pT;
+ pjk[2] = (pj.y() - dot2/alpha0/pn*qperp0.y())*pT;
+ m12 = sqr(particle.dataPtr()->mass());
+ m22 = sqr(partner->dataPtr()->mass());
+ if(swapOrder) {
+ pjk[1] *= -1.;
+ pjk[2] *= -1.;
+ }
+ Ek[0] = zFact*(alpha0*pVect.t()-0.5*nVect.t()/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
+ +0.5*sqr(pT)*nVect.t()/pn/zFact/alpha0;
+ Ek[1] = -nVect.t()/alpha0/pn*qperp0.x()*pT;
+ Ek[2] = -nVect.t()/alpha0/pn*qperp0.y()*pT;
+ if(swapOrder) {
+ Ek[1] *= -1.;
+ Ek[2] *= -1.;
+ }
+ Energy mag2=sqrt(sqr(Ek[1])+sqr(Ek[2]));
+ Ei = alpha0*pVect.t()+beta0*nVect.t();
+ Ej = pj.t();
+ double phi0 = atan2(-pjk[2],-pjk[1]);
+ if(phi0<0.) phi0 += Constants::twopi;
+ double phi1 = atan2(-Ek[2],-Ek[1]);
+ if(phi1<0.) phi1 += Constants::twopi;
+ double xi_min = pik/Ei/(Ek[0]+mag2), xi_max = pik/Ei/(Ek[0]-mag2), xi_ij = pipj/Ei/Ej;
+ if(xi_min>xi_max) swap(xi_min,xi_max);
+ if(xi_min>xi_ij) softAllowed = false;
+ Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
+ if(!ShowerHandler::currentHandlerIsSet() ||
+ dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ double A = (pipj*Ek[0]- Ej*pik)/Ej/sqr(Ej);
+ double B = -sqrt(sqr(pipj)*(sqr(Ek[1])+sqr(Ek[2])))/Ej/sqr(Ej);
+ double C = pjk[0]/sqr(Ej);
+ double D = -sqrt(sqr(pjk[1])+sqr(pjk[2]))/sqr(Ej);
+ pair<double,double> minima = softPhiMin(phi0,phi1,A,B,C,D);
+ aziMax = 0.5/pik/(Ek[0]-mag2)*(Ei-m12*(Ek[0]-mag2)/pik + max(Ej*(A+B*cos(minima.first -phi1))/(C+D*cos(minima.first -phi0)),
+ Ej*(A+B*cos(minima.second-phi1))/(C+D*cos(minima.second-phi0))));
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
+ }
+ else
+ assert(false);
+ }
+ // if spin correlations
+ vector<pair<int,Complex> > wgts;
+ if(!ShowerHandler::currentHandlerIsSet() ||
+ dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations()) {
+ // calculate the weights
+ wgts = generatePhiForward(z,t,ids,rho);
+ }
+ else {
+ wgts = {{ {0, 1.} }};
+ }
+ // generate the azimuthal angle
+ double phi,wgt;
+ static const Complex ii(0.,1.);
+ unsigned int ntry(0);
+ double phiMax(0.),wgtMax(0.);
+ do {
+ phi = Constants::twopi*UseRandom::rnd();
+ // first the spin correlations bit (gives 1 if correlations off)
+ Complex spinWgt = 0.;
+ for(unsigned int ix=0;ix<wgts.size();++ix) {
+ if(wgts[ix].first==0)
+ spinWgt += wgts[ix].second;
+ else
+ spinWgt += exp(double(wgts[ix].first)*ii*phi)*wgts[ix].second;
+ }
+ wgt = spinWgt.real();
+ if(wgt-1.>1e-10) {
+ generator()->log() << "Forward spin weight problem " << wgt << " " << wgt-1.
+ << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
+ generator()->log() << "Weights \n";
+ for(unsigned int ix=0;ix<wgts.size();++ix)
+ generator()->log() << wgts[ix].first << " " << wgts[ix].second << "\n";
+ }
+ // soft correlations bit
+ double aziWgt = 1.;
+ if(softAllowed) {
+ Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
+ Energy Eg = Ek[0]+Ek[1]*cos(phi)+Ek[2]*sin(phi);
+ if(pipj*Eg>pik*Ej) {
+ if(!ShowerHandler::currentHandlerIsSet() ||
+ dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ aziWgt = max(ZERO,0.5/pik/Eg*(Ei-m12*Eg/pik + (pipj*Eg - Ej*pik)/dot)/aziMax);
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ aziWgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
+ }
+ if(aziWgt-1.>1e-10||aziWgt<-1e-10) {
+ generator()->log() << "Forward soft weight problem " << aziWgt << " " << aziWgt-1.
+ << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
+ }
+ }
+ else {
+ aziWgt = 0.;
+ }
+ }
+ wgt *= aziWgt;
+ if(wgt>wgtMax) {
+ phiMax = phi;
+ wgtMax = wgt;
+ }
+ ++ntry;
+ }
+ while(wgt<UseRandom::rnd()&&ntry<10000);
+ if(ntry==10000) {
+ generator()->log() << "Too many tries to generate phi in forward evolution\n";
+ phi = phiMax;
+ }
+ // return the azimuthal angle
+ return phi;
+}
+
+double Sudakov1to2FormFactor::generatePhiBackward(ShowerParticle & particle,
+ const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix & rho) {
+ // no correlations, return flat phi
+ if(! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations())
+ return Constants::twopi*UseRandom::rnd();
+ // get the kinematic variables
+ double z = kinematics->z();
+ Energy2 t = (1.-z)*sqr(kinematics->scale())/z;
+ Energy pT = kinematics->pT();
+ // if soft correlations
+ bool softAllowed = dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations() &&
+ (ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma);
+ Energy2 pipj,pik,m12(ZERO),m22(ZERO);
+ array<Energy2,3> pjk;
+ Energy Ei,Ej,Ek;
+ InvEnergy2 aziMax(ZERO);
+ if(softAllowed) {
+ // find the partner for the soft correlations
+ tShowerParticlePtr partner=findCorrelationPartner(particle,false,interactionType());
+ double zFact = (1.-z);
+ // compute the transforms to the shower reference frame
+ // first the boost
+ Lorentz5Momentum pVect = particle.showerBasis()->pVector();
+ Lorentz5Momentum nVect = particle.showerBasis()->nVector();
+ assert(particle.showerBasis()->frame()==ShowerBasis::BackToBack);
+ Boost beta_bb = -(pVect + nVect).boostVector();
+ pVect.boost(beta_bb);
+ nVect.boost(beta_bb);
+ Axis axis = pVect.vect().unit();
+ // and then the rotation
+ LorentzRotation rot;
+ if(axis.perp2()>0.) {
+ double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
+ rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
+ }
+ else if(axis.z()<0.) {
+ rot.rotate(Constants::pi,Axis(1.,0.,0.));
+ }
+ rot.invert();
+ pVect *= rot;
+ nVect *= rot;
+ // shower parameters
+ Energy2 pn = pVect*nVect;
+ Energy2 m2 = pVect.m2();
+ double alpha0 = particle.x();
+ double beta0 = -0.5/alpha0/pn*sqr(alpha0)*m2;
+ Lorentz5Momentum pj = partner->momentum();
+ pj.boost(beta_bb);
+ pj *= rot;
+ double beta2 = 0.5*(1.-zFact)*(sqr(alpha0*zFact/(1.-zFact))*m2+sqr(pT))/alpha0/zFact/pn;
+ // compute the two phi independent dot products
+ Energy2 dot1 = pj*pVect;
+ Energy2 dot2 = pj*nVect;
+ pipj = alpha0*dot1+beta0*dot2;
+ pik = alpha0*(alpha0*zFact/(1.-zFact)*m2+pn*(beta2+zFact/(1.-zFact)*beta0));
+ // compute the constants for the phi dependent dot product
+ pjk[0] = alpha0*zFact/(1.-zFact)*dot1+beta2*dot2;
+ pjk[1] = pj.x()*pT;
+ pjk[2] = pj.y()*pT;
+ m12 = ZERO;
+ m22 = sqr(partner->dataPtr()->mass());
+ Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
+ if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ Ek = alpha0*zFact/(1.-zFact)*pVect.t()+beta2*nVect.t();
+ Ei = alpha0*pVect.t()+beta0*nVect.t();
+ Ej = pj.t();
+ if(pipj*Ek> Ej*pik) {
+ aziMax = 0.5/pik/Ek*(Ei-m12*Ek/pik + (pipj*Ek- Ej*pik)/(pjk[0]-mag));
+ }
+ else {
+ aziMax = 0.5/pik/Ek*(Ei-m12*Ek/pik);
+ }
+ }
+ else {
+ assert(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==0);
+ }
+ }
+ // if spin correlations
+ vector<pair<int,Complex> > wgts;
+ if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations()) {
+ // get the weights
+ wgts = generatePhiBackward(z,t,ids,rho);
+ }
+ else {
+ wgts = {{ {0, 1.} }};
+ }
+ // generate the azimuthal angle
+ double phi,wgt;
+ static const Complex ii(0.,1.);
+ unsigned int ntry(0);
+ double phiMax(0.),wgtMax(0.);
+ do {
+ phi = Constants::twopi*UseRandom::rnd();
+ Complex spinWgt = 0.;
+ for(unsigned int ix=0;ix<wgts.size();++ix) {
+ if(wgts[ix].first==0)
+ spinWgt += wgts[ix].second;
+ else
+ spinWgt += exp(double(wgts[ix].first)*ii*phi)*wgts[ix].second;
+ }
+ wgt = spinWgt.real();
+ if(wgt-1.>1e-10) {
+ generator()->log() << "Backward weight problem " << wgt << " " << wgt-1.
+ << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << z << " " << phi << "\n";
+ generator()->log() << "Weights \n";
+ for(unsigned int ix=0;ix<wgts.size();++ix)
+ generator()->log() << wgts[ix].first << " " << wgts[ix].second << "\n";
+ }
+ // soft correlations bit
+ double aziWgt = 1.;
+ if(softAllowed) {
+ Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
+ if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ aziWgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ aziWgt = max(ZERO,0.5/pik/Ek*(Ei-m12*Ek/pik + pipj*Ek/dot - Ej*pik/dot)/aziMax);
+ }
+ if(aziWgt-1.>1e-10||aziWgt<-1e-10) {
+ generator()->log() << "Backward soft weight problem " << aziWgt << " " << aziWgt-1.
+ << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
+ }
+ }
+ wgt *= aziWgt;
+ if(wgt>wgtMax) {
+ phiMax = phi;
+ wgtMax = wgt;
+ }
+ ++ntry;
+ }
+ while(wgt<UseRandom::rnd()&&ntry<10000);
+ if(ntry==10000) {
+ generator()->log() << "Too many tries to generate phi in backward evolution\n";
+ phi = phiMax;
+ }
+ // return the azimuthal angle
+ return phi;
+}
+
+double Sudakov1to2FormFactor::generatePhiDecay(ShowerParticle & particle,
+ const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix &) {
+ // only soft correlations in this case
+ // no correlations, return flat phi
+ if( !(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations() &&
+ (ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma )))
+ return Constants::twopi*UseRandom::rnd();
+ // get the kinematic variables
+ double z = kinematics->z();
+ Energy pT = kinematics->pT();
+ // if soft correlations
+ // find the partner for the soft correlations
+ tShowerParticlePtr partner = findCorrelationPartner(particle,true,interactionType());
+ double zFact(1.-z);
+ // compute the transforms to the shower reference frame
+ // first the boost
+ Lorentz5Momentum pVect = particle.showerBasis()->pVector();
+ Lorentz5Momentum nVect = particle.showerBasis()->nVector();
+ assert(particle.showerBasis()->frame()==ShowerBasis::Rest);
+ Boost beta_bb = -pVect.boostVector();
+ pVect.boost(beta_bb);
+ nVect.boost(beta_bb);
+ Axis axis = nVect.vect().unit();
+ // and then the rotation
+ LorentzRotation rot;
+ if(axis.perp2()>0.) {
+ double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
+ rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
+ }
+ else if(axis.z()<0.) {
+ rot.rotate(Constants::pi,Axis(1.,0.,0.));
+ }
+ rot.invert();
+ pVect *= rot;
+ nVect *= rot;
+ // shower parameters
+ Energy2 pn = pVect*nVect;
+ Energy2 m2 = pVect.m2();
+ double alpha0 = particle.showerParameters().alpha;
+ double beta0 = 0.5/alpha0/pn*
+ (sqr(particle.dataPtr()->mass())-sqr(alpha0)*m2+sqr(particle.showerParameters().pt));
+ Lorentz5Momentum qperp0(particle.showerParameters().ptx,
+ particle.showerParameters().pty,ZERO,ZERO);
+ Lorentz5Momentum pj = partner->momentum();
+ pj.boost(beta_bb);
+ pj *= rot;
+ // compute the two phi independent dot products
+ Energy2 pik = 0.5*zFact*(sqr(alpha0)*m2 - sqr(particle.showerParameters().pt) + 2.*alpha0*beta0*pn )
+ +0.5*sqr(pT)/zFact;
+ Energy2 dot1 = pj*pVect;
+ Energy2 dot2 = pj*nVect;
+ Energy2 dot3 = pj*qperp0;
+ Energy2 pipj = alpha0*dot1+beta0*dot2+dot3;
+ // compute the constants for the phi dependent dot product
+ array<Energy2,3> pjk;
+ pjk[0] = zFact*(alpha0*dot1+dot3-0.5*dot2/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
+ +0.5*sqr(pT)*dot2/pn/zFact/alpha0;
+ pjk[1] = (pj.x() - dot2/alpha0/pn*qperp0.x())*pT;
+ pjk[2] = (pj.y() - dot2/alpha0/pn*qperp0.y())*pT;
+ Energy2 m12 = sqr(particle.dataPtr()->mass());
+ Energy2 m22 = sqr(partner->dataPtr()->mass());
+ Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
+ InvEnergy2 aziMax;
+ array<Energy,3> Ek;
+ Energy Ei,Ej;
+ if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ Ek[0] = zFact*(alpha0*pVect.t()+-0.5*nVect.t()/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
+ +0.5*sqr(pT)*nVect.t()/pn/zFact/alpha0;
+ Ek[1] = -nVect.t()/alpha0/pn*qperp0.x()*pT;
+ Ek[2] = -nVect.t()/alpha0/pn*qperp0.y()*pT;
+ Energy mag2=sqrt(sqr(Ek[1])+sqr(Ek[2]));
+ Ei = alpha0*pVect.t()+beta0*nVect.t();
+ Ej = pj.t();
+ aziMax = 0.5/pik/(Ek[0]-mag2)*(Ei-m12*(Ek[0]-mag2)/pik + pipj*(Ek[0]+mag2)/(pjk[0]-mag) - Ej*pik/(pjk[0]-mag) );
+ }
+ else
+ assert(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==0);
+ // generate the azimuthal angle
+ double phi,wgt(0.);
+ unsigned int ntry(0);
+ double phiMax(0.),wgtMax(0.);
+ do {
+ phi = Constants::twopi*UseRandom::rnd();
+ Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
+ if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
+ wgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
+ }
+ else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
+ if(qperp0.m2()==ZERO) {
+ wgt = 1.;
+ }
+ else {
+ Energy Eg = Ek[0]+Ek[1]*cos(phi)+Ek[2]*sin(phi);
+ wgt = max(ZERO,0.5/pik/Eg*(Ei-m12*Eg/pik + (pipj*Eg - Ej*pik)/dot)/aziMax);
+ }
+ }
+ if(wgt-1.>1e-10||wgt<-1e-10) {
+ generator()->log() << "Decay soft weight problem " << wgt << " " << wgt-1.
+ << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
+ }
+ if(wgt>wgtMax) {
+ phiMax = phi;
+ wgtMax = wgt;
+ }
+ ++ntry;
+ }
+ while(wgt<UseRandom::rnd()&&ntry<10000);
+ if(ntry==10000) {
+ phi = phiMax;
+ generator()->log() << "Too many tries to generate phi\n";
+ }
+ // return the azimuthal angle
+ return phi;
+}
+
+Energy Sudakov1to2FormFactor::calculateScale(double zin, Energy pt, IdList ids,
+ unsigned int iopt) {
+ Energy2 tmin;
+ initialize(ids,tmin);
+ // final-state branching
+ if(iopt==0) {
+ Energy2 scale=(sqr(pt)+masssquared_[1]*(1.-zin)+masssquared_[2]*zin);
+ if(ids[0]->id()!=ParticleID::g) scale -= zin*(1.-zin)*masssquared_[0];
+ scale /= sqr(zin*(1-zin));
+ return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
+ }
+ else if(iopt==1) {
+ Energy2 scale=(sqr(pt)+zin*masssquared_[2])/sqr(1.-zin);
+ return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
+ }
+ else if(iopt==2) {
+ Energy2 scale = (sqr(pt)+zin*masssquared_[2])/sqr(1.-zin)+masssquared_[0];
+ return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
+ }
+ else {
+ throw Exception() << "Unknown option in Sudakov1to2FormFactor::calculateScale() "
+ << "iopt = " << iopt << Exception::runerror;
+ }
+}
+
+
+void Sudakov1to2FormFactor::colourConnection(tShowerParticlePtr parent,
tShowerParticlePtr first,
tShowerParticlePtr second,
ShowerPartnerType partnerType,
const bool back) const {
- if(_colourStructure==TripletTripletOctet) {
+ if(colourStructure()==TripletTripletOctet) {
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// ensure input consistency
assert(( cparent.first && !cparent.second &&
partnerType==ShowerPartnerType::QCDColourLine) ||
(!cparent.first && cparent.second &&
partnerType==ShowerPartnerType::QCDAntiColourLine) ||
( cparent.first && !cparent.second &&
partnerType==ShowerPartnerType::DARKColourLine) ||
(!cparent.first && cparent.second &&
partnerType==ShowerPartnerType::DARKAntiColourLine));
// q -> q g
if(cparent.first) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(second);
newline->addColoured ( first);
newline->addAntiColoured (second);
}
// qbar -> qbar g
else {
ColinePtr newline=new_ptr(ColourLine());
cparent.second->addAntiColoured(second);
newline->addColoured(second);
newline->addAntiColoured(first);
}
// Set progenitor
first->progenitor(parent->progenitor());
second->progenitor(parent->progenitor());
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// ensure input consistency
assert(( cfirst.first && !cfirst.second &&
partnerType==ShowerPartnerType::QCDColourLine) ||
( !cfirst.first && cfirst.second &&
partnerType==ShowerPartnerType::QCDAntiColourLine) ||
( cfirst.first && !cfirst.second &&
partnerType==ShowerPartnerType::DARKColourLine) ||
( !cfirst.first && cfirst.second &&
partnerType==ShowerPartnerType::DARKAntiColourLine));
// q -> q g
if(cfirst.first) {
ColinePtr newline=new_ptr(ColourLine());
cfirst.first->addAntiColoured(second);
newline->addColoured(second);
newline->addColoured(parent);
}
// qbar -> qbar g
else {
ColinePtr newline=new_ptr(ColourLine());
cfirst.second->addColoured(second);
newline->addAntiColoured(second);
newline->addAntiColoured(parent);
}
// Set progenitor
parent->progenitor(first->progenitor());
second->progenitor(first->progenitor());
}
}
- else if(_colourStructure==OctetOctetOctet) {
+ else if(colourStructure()==OctetOctetOctet) {
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// ensure input consistency
assert(cparent.first&&cparent.second);
// ensure first gluon is hardest
if(first->id()==second->id() && parent->showerKinematics()->z()<0.5)
swap(first,second);
// colour line radiates
if(partnerType==ShowerPartnerType::QCDColourLine ||
partnerType==ShowerPartnerType::DARKColourLine) {
// The colour line is radiating
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(second);
cparent.second->addAntiColoured(first);
newline->addColoured(first);
newline->addAntiColoured(second);
}
// anti colour line radiates
else if(partnerType==ShowerPartnerType::QCDAntiColourLine ||
partnerType==ShowerPartnerType::DARKAntiColourLine) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(first);
cparent.second->addAntiColoured(second);
newline->addColoured(second);
newline->addAntiColoured(first);
}
else
assert(false);
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// ensure input consistency
assert(cfirst.first&&cfirst.second);
// The colour line is radiating
if(partnerType==ShowerPartnerType::QCDColourLine ||
partnerType==ShowerPartnerType::DARKColourLine) {
ColinePtr newline=new_ptr(ColourLine());
cfirst.first->addAntiColoured(second);
cfirst.second->addAntiColoured(parent);
newline->addColoured(parent);
newline->addColoured(second);
}
// anti colour line radiates
else if(partnerType==ShowerPartnerType::QCDAntiColourLine ||
partnerType==ShowerPartnerType::DARKAntiColourLine) {
ColinePtr newline=new_ptr(ColourLine());
cfirst.first->addColoured(parent);
cfirst.second->addColoured(second);
newline->addAntiColoured(second);
newline->addAntiColoured(parent);
}
else
assert(false);
}
}
- else if(_colourStructure == OctetTripletTriplet) {
+ else if(colourStructure() == OctetTripletTriplet) {
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// ensure input consistency
assert(cparent.first&&cparent.second);
cparent.first ->addColoured ( first);
cparent.second->addAntiColoured(second);
// Set progenitor
first->progenitor(parent->progenitor());
second->progenitor(parent->progenitor());
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// ensure input consistency
assert(( cfirst.first && !cfirst.second) ||
(!cfirst.first && cfirst.second));
// g -> q qbar
if(cfirst.first) {
ColinePtr newline=new_ptr(ColourLine());
cfirst.first->addColoured(parent);
newline->addAntiColoured(second);
newline->addAntiColoured(parent);
}
// g -> qbar q
else {
ColinePtr newline=new_ptr(ColourLine());
cfirst.second->addAntiColoured(parent);
newline->addColoured(second);
newline->addColoured(parent);
}
// Set progenitor
parent->progenitor(first->progenitor());
second->progenitor(first->progenitor());
}
}
- else if(_colourStructure == TripletOctetTriplet) {
+ else if(colourStructure() == TripletOctetTriplet) {
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// ensure input consistency
assert(( cparent.first && !cparent.second) ||
(!cparent.first && cparent.second));
// q -> g q
if(cparent.first) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(first);
newline->addColoured (second);
newline->addAntiColoured( first);
}
// qbar -> g qbar
else {
ColinePtr newline=new_ptr(ColourLine());
cparent.second->addAntiColoured(first);
newline->addColoured ( first);
newline->addAntiColoured(second);
}
// Set progenitor
first->progenitor(parent->progenitor());
second->progenitor(parent->progenitor());
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// ensure input consistency
assert(cfirst.first&&cfirst.second);
// q -> g q
if(parent->id()>0) {
cfirst.first ->addColoured(parent);
cfirst.second->addColoured(second);
}
else {
cfirst.first ->addAntiColoured(second);
cfirst.second->addAntiColoured(parent);
}
// Set progenitor
parent->progenitor(first->progenitor());
second->progenitor(first->progenitor());
}
}
- else if(_colourStructure==SextetSextetOctet) {
+ else if(colourStructure()==SextetSextetOctet) {
//make sure we're not doing backward evolution
assert(!back);
//make sure something sensible
assert(parent->colourLine() || parent->antiColourLine());
//get the colour lines or anti-colour lines
bool isAntiColour=true;
ColinePair cparent;
if(parent->colourLine()) {
cparent = ColinePair(const_ptr_cast<tColinePtr>(parent->colourInfo()->colourLines()[0]),
const_ptr_cast<tColinePtr>(parent->colourInfo()->colourLines()[1]));
isAntiColour=false;
}
else {
cparent = ColinePair(const_ptr_cast<tColinePtr>(parent->colourInfo()->antiColourLines()[0]),
const_ptr_cast<tColinePtr>(parent->colourInfo()->antiColourLines()[1]));
}
//check for sensible input
// assert(cparent.first && cparent.second);
// sextet has 2 colour lines
if(!isAntiColour) {
//pick at random which of the colour topolgies to take
double topology = UseRandom::rnd();
if(topology < 0.25) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(second);
cparent.second->addColoured(first);
newline->addColoured(first);
newline->addAntiColoured(second);
}
else if(topology >=0.25 && topology < 0.5) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(first);
cparent.second->addColoured(second);
newline->addColoured(first);
newline->addAntiColoured(second);
}
else if(topology >= 0.5 && topology < 0.75) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(second);
cparent.second->addColoured(first);
newline->addColoured(first);
newline->addAntiColoured(second);
}
else {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addColoured(first);
cparent.second->addColoured(second);
newline->addColoured(first);
newline->addAntiColoured(second);
}
}
// sextet has 2 anti-colour lines
else {
double topology = UseRandom::rnd();
if(topology < 0.25){
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addAntiColoured(second);
cparent.second->addAntiColoured(first);
newline->addAntiColoured(first);
newline->addColoured(second);
}
else if(topology >=0.25 && topology < 0.5) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addAntiColoured(first);
cparent.second->addAntiColoured(second);
newline->addAntiColoured(first);
newline->addColoured(second);
}
else if(topology >= 0.5 && topology < 0.75) {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addAntiColoured(second);
cparent.second->addAntiColoured(first);
newline->addAntiColoured(first);
newline->addColoured(second);
}
else {
ColinePtr newline=new_ptr(ColourLine());
cparent.first->addAntiColoured(first);
cparent.second->addAntiColoured(second);
newline->addAntiColoured(first);
newline->addColoured(second);
}
}
}
- else if(_colourStructure == ChargedChargedNeutral) {
+ else if(colourStructure() == ChargedChargedNeutral) {
if(!parent->data().coloured()) return;
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// q -> q g
if(cparent.first) {
cparent.first->addColoured(first);
}
// qbar -> qbar g
if(cparent.second) {
cparent.second->addAntiColoured(first);
}
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// q -> q g
if(cfirst.first) {
cfirst.first->addColoured(parent);
}
// qbar -> qbar g
if(cfirst.second) {
cfirst.second->addAntiColoured(parent);
}
}
}
- else if(_colourStructure == ChargedNeutralCharged) {
+ else if(colourStructure() == ChargedNeutralCharged) {
if(!parent->data().coloured()) return;
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// q -> q g
if(cparent.first) {
cparent.first->addColoured(second);
}
// qbar -> qbar g
if(cparent.second) {
cparent.second->addAntiColoured(second);
}
}
else {
if (second->dataPtr()->iColour()==PDT::Colour3 ) {
ColinePtr newline=new_ptr(ColourLine());
newline->addColoured(second);
newline->addColoured(parent);
}
else if (second->dataPtr()->iColour()==PDT::Colour3bar ) {
ColinePtr newline=new_ptr(ColourLine());
newline->addAntiColoured(second);
newline->addAntiColoured(parent);
}
}
}
- else if(_colourStructure == NeutralChargedCharged ) {
+ else if(colourStructure() == NeutralChargedCharged ) {
if(!back) {
if(first->dataPtr()->coloured()) {
ColinePtr newline=new_ptr(ColourLine());
if(first->dataPtr()->iColour()==PDT::Colour3) {
newline->addColoured (first );
newline->addAntiColoured(second);
}
else if (first->dataPtr()->iColour()==PDT::Colour3bar) {
newline->addColoured (second);
newline->addAntiColoured(first );
}
else if(parent->dataPtr()->coloured()||
first ->dataPtr()->coloured()||
second->dataPtr()->coloured())
assert(false);
}
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// gamma -> q qbar
if(cfirst.first) {
cfirst.first->addAntiColoured(second);
}
// gamma -> qbar q
else if(cfirst.second) {
cfirst.second->addColoured(second);
}
else if(parent->dataPtr()->coloured()||
first ->dataPtr()->coloured()||
second->dataPtr()->coloured())
assert(false);
}
}
- else if(_colourStructure == EW) {
+ else if(colourStructure() == EW) {
if(!parent->data().coloured()) return;
if(!back) {
ColinePair cparent = ColinePair(parent->colourLine(),
parent->antiColourLine());
// q -> q g
if(cparent.first) {
cparent.first->addColoured(first);
}
// qbar -> qbar g
if(cparent.second) {
cparent.second->addAntiColoured(first);
}
}
else {
ColinePair cfirst = ColinePair(first->colourLine(),
first->antiColourLine());
// q -> q g
if(cfirst.first) {
cfirst.first->addColoured(parent);
}
// qbar -> qbar g
if(cfirst.second) {
cfirst.second->addAntiColoured(parent);
}
}
}
else {
assert(false);
}
}
-void SplittingFunction::doinit() {
- Interfaced::doinit();
- assert(_interactionType!=ShowerInteraction::UNDEFINED);
- assert((_colourStructure>0&&(_interactionType==ShowerInteraction::QCD ||
- _interactionType==ShowerInteraction::DARK)) ||
- (_colourStructure<0&&(_interactionType==ShowerInteraction::QED ||
- _interactionType==ShowerInteraction::EW)) );
- if(_colourFactor>0.) return;
- // compute the colour factors if need
- if(_colourStructure==TripletTripletOctet) {
- _colourFactor = 4./3.;
- }
- else if(_colourStructure==OctetOctetOctet) {
- _colourFactor = 3.;
- }
- else if(_colourStructure==OctetTripletTriplet) {
- _colourFactor = 0.5;
- }
- else if(_colourStructure==TripletOctetTriplet) {
- _colourFactor = 4./3.;
- }
- else if(_colourStructure==SextetSextetOctet) {
- _colourFactor = 10./3.;
- }
- else if(_colourStructure<0) {
- _colourFactor = 1.;
- }
- else {
- assert(false);
- }
-}
-
-bool SplittingFunction::checkColours(const IdList & ids) const {
- if(_colourStructure==TripletTripletOctet) {
- if(ids[0]!=ids[1]) return false;
- if((ids[0]->iColour()==PDT::Colour3||ids[0]->iColour()==PDT::Colour3bar) &&
- ids[2]->iColour()==PDT::Colour8) return true;
- return false;
- }
- else if(_colourStructure==OctetOctetOctet) {
- for(unsigned int ix=0;ix<3;++ix) {
- if(ids[ix]->iColour()!=PDT::Colour8) return false;
- }
- return true;
- }
- else if(_colourStructure==OctetTripletTriplet) {
- if(ids[0]->iColour()!=PDT::Colour8) return false;
- if(ids[1]->iColour()==PDT::Colour3&&ids[2]->iColour()==PDT::Colour3bar)
- return true;
- if(ids[1]->iColour()==PDT::Colour3bar&&ids[2]->iColour()==PDT::Colour3)
- return true;
- return false;
- }
- else if(_colourStructure==TripletOctetTriplet) {
- if(ids[0]!=ids[2]) return false;
- if((ids[0]->iColour()==PDT::Colour3||ids[0]->iColour()==PDT::Colour3bar) &&
- ids[1]->iColour()==PDT::Colour8) return true;
- return false;
- }
- else if(_colourStructure==SextetSextetOctet) {
- if(ids[0]!=ids[1]) return false;
- if((ids[0]->iColour()==PDT::Colour6 || ids[0]->iColour()==PDT::Colour6bar) &&
- ids[2]->iColour()==PDT::Colour8) return true;
- return false;
- }
- else if(_colourStructure==ChargedChargedNeutral) {
- if(ids[0]!=ids[1]) return false;
- if(ids[2]->iCharge()!=0) return false;
- if(ids[0]->iCharge()==ids[1]->iCharge()) return true;
- return false;
- }
- else if(_colourStructure==ChargedNeutralCharged) {
- if(ids[0]!=ids[2]) return false;
- if(ids[1]->iCharge()!=0) return false;
- if(ids[0]->iCharge()==ids[2]->iCharge()) return true;
- return false;
- }
- else if(_colourStructure==NeutralChargedCharged) {
- if(ids[1]->id()!=-ids[2]->id()) return false;
- if(ids[0]->iCharge()!=0) return false;
- if(ids[1]->iCharge()==-ids[2]->iCharge()) return true;
- return false;
- }
- else {
- assert(false);
- }
- return false;
-}
-
namespace {
bool hasColour(tPPtr p) {
PDT::Colour colour = p->dataPtr()->iColour();
return colour==PDT::Colour3 || colour==PDT::Colour8 || colour == PDT::Colour6||
colour==PDT::DarkColourFundamental || colour==PDT::DarkColourAdjoint;
}
bool hasAntiColour(tPPtr p) {
PDT::Colour colour = p->dataPtr()->iColour();
return colour==PDT::Colour3bar || colour==PDT::Colour8 || colour == PDT::Colour6bar ||
colour==PDT::DarkColourAntiFundamental || colour==PDT::DarkColourAdjoint;
}
}
-void SplittingFunction::evaluateFinalStateScales(ShowerPartnerType partnerType,
+void Sudakov1to2FormFactor::evaluateFinalStateScales(ShowerPartnerType partnerType,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr emitter,
tShowerParticlePtr emitted) {
// identify emitter and emitted
double zEmitter = z, zEmitted = 1.-z;
bool bosonSplitting(false);
// special for g -> gg, particle highest z is emitter
if(emitter->id() == emitted->id() && emitter->id() == parent->id() &&
zEmitted > zEmitter) {
swap(zEmitted,zEmitter);
swap( emitted, emitter);
}
// otherwise if particle ID same
else if(emitted->id()==parent->id()) {
swap(zEmitted,zEmitter);
swap( emitted, emitter);
}
// no real emitter/emitted
else if(emitter->id()!=parent->id()) {
bosonSplitting = true;
}
// may need to add angularOrder flag here
// now the various scales
// QED
if(partnerType==ShowerPartnerType::QED) {
assert(colourStructure()==ChargedChargedNeutral ||
colourStructure()==ChargedNeutralCharged ||
colourStructure()==NeutralChargedCharged ||
colourStructure()==EW);
// normal case
if(!bosonSplitting) {
assert(colourStructure()==ChargedChargedNeutral ||
colourStructure()==ChargedNeutralCharged);
// set the scales
// emitter
emitter->scales().QED = zEmitter*scale;
emitter->scales().QED_noAO = scale;
if(strictAO_) {
emitter->scales().QCD_c = min(zEmitter*scale,parent->scales().QCD_c );
emitter->scales().DARK_c = min(zEmitter*scale,parent->scales().DARK_c );
}
else {
emitter->scales().QCD_c = min( scale,parent->scales().QCD_c );
emitter->scales().DARK_c = min( scale,parent->scales().DARK_c );
}
emitter->scales().QCD_c_noAO = min(scale,parent->scales().QCD_c_noAO);
emitter->scales().DARK_c_noAO = min(scale,parent->scales().DARK_c_noAO);
if(strictAO_) {
emitter->scales().QCD_ac = min(zEmitter*scale,parent->scales().QCD_ac );
emitter->scales().DARK_ac = min(zEmitter*scale,parent->scales().DARK_ac);
}
else {
emitter->scales().QCD_ac = min( scale,parent->scales().QCD_ac );
emitter->scales().DARK_ac = min( scale,parent->scales().DARK_ac);
}
emitter->scales().QCD_ac_noAO = min(scale,parent->scales().QCD_ac_noAO );
emitter->scales().DARK_ac_noAO = min(scale,parent->scales().DARK_ac_noAO);
emitter->scales().EW = min(scale,parent->scales().EW );
// emitted
emitted->scales().QED = zEmitted*scale;
emitted->scales().QED_noAO = scale;
emitted->scales().QCD_c = ZERO;
emitted->scales().QCD_c_noAO = ZERO;
emitted->scales().QCD_ac = ZERO;
emitted->scales().QCD_ac_noAO = ZERO;
emitted->scales().DARK_c = zEmitted*scale;
emitted->scales().DARK_c_noAO = scale;
emitted->scales().DARK_ac = zEmitted*scale;
emitted->scales().DARK_ac_noAO = scale;
emitted->scales().EW = min(scale,parent->scales().EW );
}
// gamma -> f fbar
else {
if (parent->id()==22 && abs(emitter->id())==24 && emitter->id() == - emitted->id())
;
else
assert(colourStructure()==NeutralChargedCharged || colourStructure()==EW);
// emitter
emitter->scales().QED = zEmitter*scale;
emitter->scales().QED_noAO = scale;
if(hasColour(emitter)) {
emitter->scales().QCD_c = zEmitter*scale;
emitter->scales().QCD_c_noAO = scale;
emitter->scales().DARK_c = zEmitter*scale;
emitter->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(emitter)) {
- emitter->scales().QCD_ac = zEmitter*scale;
- emitter->scales().QCD_ac_noAO = scale;
+ emitter->scales().QCD_ac = zEmitter*scale;
+ emitter->scales().QCD_ac_noAO = scale;
emitter->scales().DARK_ac = zEmitter*scale;
emitter->scales().DARK_ac_noAO= scale;
}
emitter->scales().EW = zEmitter*scale;
// emitted
emitted->scales().QED = zEmitted*scale;
emitted->scales().QED_noAO = scale;
if(hasColour(emitted)) {
emitted->scales().QCD_c = zEmitted*scale;
emitted->scales().QCD_c_noAO = scale;
emitted->scales().DARK_c = zEmitted*scale;
emitted->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(emitted)) {
- emitted->scales().QCD_ac = zEmitted*scale;
- emitted->scales().QCD_ac_noAO = scale;
+ emitted->scales().QCD_ac = zEmitted*scale;
+ emitted->scales().QCD_ac_noAO = scale;
emitted->scales().DARK_ac = zEmitted*scale;
emitted->scales().DARK_ac_noAO= scale;
}
emitted->scales().EW = zEmitted*scale;
}
}
// QCD
else if (partnerType==ShowerPartnerType::QCDColourLine ||
partnerType==ShowerPartnerType::QCDAntiColourLine) {
// normal case eg q -> q g and g -> g g
if(!bosonSplitting) {
if(strictAO_)
emitter->scales().QED = min(zEmitter*scale,parent->scales().QED );
else
emitter->scales().QED = min( scale,parent->scales().QED );
emitter->scales().QED_noAO = min(scale,parent->scales().QED_noAO);
emitter->scales().EW = min(scale,parent->scales().EW );
if(partnerType==ShowerPartnerType::QCDColourLine) {
emitter->scales().QCD_c = zEmitter*scale;
emitter->scales().QCD_c_noAO = scale;
emitter->scales().QCD_ac = min(zEmitter*scale,parent->scales().QCD_ac );
emitter->scales().QCD_ac_noAO = min( scale,parent->scales().QCD_ac_noAO );
emitter->scales().DARK_c = zEmitter*scale;
emitter->scales().DARK_c_noAO = scale;
emitter->scales().DARK_ac = min(zEmitter*scale,parent->scales().DARK_ac );
emitter->scales().DARK_ac_noAO= min( scale,parent->scales().DARK_ac_noAO);
}
else {
emitter->scales().QCD_c = min(zEmitter*scale,parent->scales().QCD_c );
emitter->scales().QCD_c_noAO = min( scale,parent->scales().QCD_c_noAO );
emitter->scales().QCD_ac = zEmitter*scale;
emitter->scales().QCD_ac_noAO = scale;
emitter->scales().DARK_c = min(zEmitter*scale,parent->scales().DARK_c );
emitter->scales().DARK_c_noAO = min( scale,parent->scales().DARK_c_noAO);
emitter->scales().DARK_ac = zEmitter*scale;
emitter->scales().DARK_ac_noAO= scale;
}
// emitted
emitted->scales().QED = ZERO;
emitted->scales().QED_noAO = ZERO;
emitted->scales().QCD_c = zEmitted*scale;
emitted->scales().QCD_c_noAO = scale;
emitted->scales().QCD_ac = zEmitted*scale;
emitted->scales().QCD_ac_noAO = scale;
emitted->scales().EW = min(scale,parent->scales().EW );
emitted->scales().DARK_c = ZERO;
emitted->scales().DARK_c_noAO = ZERO;
emitted->scales().DARK_ac = ZERO;
emitted->scales().DARK_ac_noAO= ZERO;
}
// g -> q qbar
else {
// emitter
if(emitter->dataPtr()->charged()) {
emitter->scales().QED = zEmitter*scale;
emitter->scales().QED_noAO = scale;
}
emitter->scales().EW = zEmitter*scale;
emitter->scales().QCD_c = zEmitter*scale;
emitter->scales().QCD_c_noAO = scale;
emitter->scales().QCD_ac = zEmitter*scale;
emitter->scales().QCD_ac_noAO = scale;
emitter->scales().DARK_c = zEmitter*scale;
emitter->scales().DARK_c_noAO = scale;
emitter->scales().DARK_ac = zEmitter*scale;
emitter->scales().DARK_ac_noAO = scale;
// emitted
if(emitted->dataPtr()->charged()) {
emitted->scales().QED = zEmitted*scale;
emitted->scales().QED_noAO = scale;
}
emitted->scales().EW = zEmitted*scale;
emitted->scales().QCD_c = zEmitted*scale;
emitted->scales().QCD_c_noAO = scale;
emitted->scales().QCD_ac = zEmitted*scale;
emitted->scales().QCD_ac_noAO = scale;
emitted->scales().DARK_c = zEmitted*scale;
emitted->scales().DARK_c_noAO = scale;
emitted->scales().DARK_ac = zEmitted*scale;
emitted->scales().DARK_ac_noAO= scale;
}
}
else if(partnerType==ShowerPartnerType::EW) {
// EW
emitter->scales().EW = zEmitter*scale;
emitted->scales().EW = zEmitted*scale;
// QED
// W radiation AO
if(emitted->dataPtr()->charged()) {
emitter->scales().QED = zEmitter*scale;
emitter->scales().QED_noAO = scale;
emitted->scales().QED = zEmitted*scale;
emitted->scales().QED_noAO = scale;
}
// Z don't
else {
emitter->scales().QED = min(scale,parent->scales().QED );
emitter->scales().QED_noAO = min(scale,parent->scales().QED_noAO);
emitted->scales().QED = ZERO;
emitted->scales().QED_noAO = ZERO;
}
// QCD
emitter->scales().QCD_c = min(scale,parent->scales().QCD_c );
emitter->scales().QCD_c_noAO = min(scale,parent->scales().QCD_c_noAO );
emitter->scales().QCD_ac = min(scale,parent->scales().QCD_ac );
emitter->scales().QCD_ac_noAO = min(scale,parent->scales().QCD_ac_noAO);
emitted->scales().QCD_c = ZERO;
emitted->scales().QCD_c_noAO = ZERO;
emitted->scales().QCD_ac = ZERO;
emitted->scales().QCD_ac_noAO = ZERO;
}
// DARK
else if (partnerType==ShowerPartnerType::DARKColourLine ||
partnerType==ShowerPartnerType::DARKAntiColourLine) {
// normal case eg q -> q g and g -> g g
if(!bosonSplitting) {
if(strictAO_)
emitter->scales().QED = min(zEmitter*scale,parent->scales().QED );
else
emitter->scales().QED = min( scale,parent->scales().QED );
emitter->scales().QED_noAO = min(scale,parent->scales().QED_noAO);
if(partnerType==ShowerPartnerType::QCDColourLine) {
emitter->scales().QCD_c = zEmitter*scale;
emitter->scales().QCD_c_noAO = scale;
emitter->scales().QCD_ac = min(zEmitter*scale,parent->scales().QCD_ac );
emitter->scales().QCD_ac_noAO = min( scale,parent->scales().QCD_ac_noAO);
- emitter->scales().DARK_c = zEmitter*scale;
- emitter->scales().DARK_c_noAO = scale;
- emitter->scales().DARK_ac = min(zEmitter*scale,parent->scales().DARK_ac );
- emitter->scales().DARK_ac_noAO= min( scale,parent->scales().DARK_ac_noAO);
+ emitter->scales().DARK_c = zEmitter*scale;
+ emitter->scales().DARK_c_noAO = scale;
+ emitter->scales().DARK_ac = min(zEmitter*scale,parent->scales().DARK_ac );
+ emitter->scales().DARK_ac_noAO= min( scale,parent->scales().DARK_ac_noAO);
}
else {
emitter->scales().QCD_c = min(zEmitter*scale,parent->scales().QCD_c );
emitter->scales().QCD_c_noAO = min( scale,parent->scales().QCD_c_noAO );
emitter->scales().QCD_ac = zEmitter*scale;
emitter->scales().QCD_ac_noAO = scale;
- emitter->scales().DARK_c = min(zEmitter*scale,parent->scales().DARK_c );
- emitter->scales().DARK_c_noAO = min( scale,parent->scales().DARK_c_noAO);
- emitter->scales().DARK_ac = zEmitter*scale;
- emitter->scales().DARK_ac_noAO= scale;
+ emitter->scales().DARK_c = min(zEmitter*scale,parent->scales().DARK_c );
+ emitter->scales().DARK_c_noAO = min( scale,parent->scales().DARK_c_noAO);
+ emitter->scales().DARK_ac = zEmitter*scale;
+ emitter->scales().DARK_ac_noAO= scale;
}
// emitted
emitted->scales().QED = ZERO;
emitted->scales().QED_noAO = ZERO;
emitted->scales().QCD_c = ZERO;
emitted->scales().QCD_c_noAO = ZERO;
emitted->scales().QCD_ac = ZERO;
emitted->scales().QCD_ac_noAO = ZERO;
emitted->scales().DARK_c = zEmitted*scale;
emitted->scales().DARK_c_noAO = scale;
emitted->scales().DARK_ac = zEmitted*scale;
emitted->scales().DARK_ac_noAO= scale;
}
// g -> q qbar
else {
// emitter
if(emitter->dataPtr()->charged()) {
emitter->scales().QED = zEmitter*scale;
emitter->scales().QED_noAO = scale;
}
emitter->scales().QCD_c = zEmitter*scale;
emitter->scales().QCD_c_noAO = scale;
emitter->scales().QCD_ac = zEmitter*scale;
emitter->scales().QCD_ac_noAO = scale;
emitter->scales().DARK_c = zEmitter*scale;
emitter->scales().DARK_c_noAO = scale;
emitter->scales().DARK_ac = zEmitter*scale;
emitter->scales().DARK_ac_noAO= scale;
// emitted
if(emitted->dataPtr()->charged()) {
emitted->scales().QED = zEmitted*scale;
emitted->scales().QED_noAO = scale;
}
emitted->scales().QCD_c = zEmitted*scale;
emitted->scales().QCD_c_noAO = scale;
emitted->scales().QCD_ac = zEmitted*scale;
emitted->scales().QCD_ac_noAO = scale;
emitted->scales().DARK_c = zEmitted*scale;
emitted->scales().DARK_c_noAO = scale;
emitted->scales().DARK_ac = zEmitted*scale;
emitted->scales().DARK_ac_noAO= scale;
}
}
//shouldn't be anything else
else
assert(false);
}
-void SplittingFunction::evaluateInitialStateScales(ShowerPartnerType partnerType,
+void Sudakov1to2FormFactor::evaluateInitialStateScales(ShowerPartnerType partnerType,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr spacelike,
tShowerParticlePtr timelike) {
// scale for time-like child
Energy AOScale = (1.-z)*scale;
// QED
if(partnerType==ShowerPartnerType::QED) {
if(parent->id()==spacelike->id()) {
// parent
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
parent ->scales().QCD_c = min(scale,spacelike->scales().QCD_c );
parent ->scales().QCD_c_noAO = min(scale,spacelike->scales().QCD_c_noAO );
parent ->scales().QCD_ac = min(scale,spacelike->scales().QCD_ac );
parent ->scales().QCD_ac_noAO = min(scale,spacelike->scales().QCD_ac_noAO);
parent ->scales().DARK_c = min(scale,spacelike->scales().DARK_c );
parent ->scales().DARK_c_noAO = min(scale,spacelike->scales().DARK_c_noAO );
parent ->scales().DARK_ac = min(scale,spacelike->scales().DARK_ac );
parent ->scales().DARK_ac_noAO= min(scale,spacelike->scales().DARK_ac_noAO);
// timelike
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
timelike->scales().QCD_c = ZERO;
timelike->scales().QCD_c_noAO = ZERO;
timelike->scales().QCD_ac = ZERO;
timelike->scales().QCD_ac_noAO = ZERO;
timelike->scales().DARK_c = ZERO;
timelike->scales().DARK_c_noAO = ZERO;
timelike->scales().DARK_ac = ZERO;
timelike->scales().DARK_ac_noAO= ZERO;
}
else if(parent->id()==timelike->id()) {
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
if(hasColour(parent)) {
parent ->scales().QCD_c = scale;
parent ->scales().QCD_c_noAO = scale;
parent ->scales().DARK_c = scale;
parent ->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(parent)) {
parent ->scales().QCD_ac = scale;
parent ->scales().QCD_ac_noAO = scale;
parent ->scales().DARK_ac = scale;
- parent ->scales().DARK_ac_noAO= scale;
+ parent ->scales().DARK_ac_noAO= scale;
}
// timelike
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
if(hasColour(timelike)) {
timelike->scales().QCD_c = AOScale;
timelike->scales().QCD_c_noAO = scale;
timelike->scales().DARK_c = AOScale;
timelike->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(timelike)) {
timelike->scales().QCD_ac = AOScale;
timelike->scales().QCD_ac_noAO = scale;
timelike->scales().DARK_ac = AOScale;
timelike->scales().DARK_ac_noAO= scale;
}
}
else {
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
parent ->scales().QCD_c = ZERO ;
parent ->scales().QCD_c_noAO = ZERO ;
parent ->scales().QCD_ac = ZERO ;
parent ->scales().QCD_ac_noAO = ZERO ;
parent ->scales().DARK_c = ZERO ;
parent ->scales().DARK_c_noAO = ZERO ;
parent ->scales().DARK_ac = ZERO ;
parent ->scales().DARK_ac_noAO= ZERO ;
// timelike
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
if(hasColour(timelike)) {
timelike->scales().QCD_c = min(AOScale,spacelike->scales().QCD_ac );
timelike->scales().QCD_c_noAO = min( scale,spacelike->scales().QCD_ac_noAO );
timelike->scales().DARK_c = min(AOScale,spacelike->scales().DARK_ac );
timelike->scales().DARK_c_noAO = min( scale,spacelike->scales().DARK_ac_noAO);
}
if(hasAntiColour(timelike)) {
timelike->scales().QCD_ac = min(AOScale,spacelike->scales().QCD_c );
timelike->scales().QCD_ac_noAO = min( scale,spacelike->scales().QCD_c_noAO );
timelike->scales().DARK_ac = min(AOScale,spacelike->scales().DARK_c );
timelike->scales().DARK_ac_noAO= min( scale,spacelike->scales().DARK_c_noAO );
}
}
}
// QCD
else if (partnerType==ShowerPartnerType::QCDColourLine ||
partnerType==ShowerPartnerType::QCDAntiColourLine) {
// timelike
if(timelike->dataPtr()->charged()) {
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
}
if(hasColour(timelike)) {
timelike->scales().QCD_c = AOScale;
timelike->scales().QCD_c_noAO = scale;
timelike->scales().DARK_c = AOScale;
timelike->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(timelike)) {
timelike->scales().QCD_ac = AOScale;
timelike->scales().QCD_ac_noAO = scale;
timelike->scales().DARK_ac = AOScale;
timelike->scales().DARK_ac_noAO= scale;
}
if(parent->id()==spacelike->id()) {
parent ->scales().QED = min(scale,spacelike->scales().QED );
parent ->scales().QED_noAO = min(scale,spacelike->scales().QED_noAO );
parent ->scales().QCD_c = min(scale,spacelike->scales().QCD_c );
parent ->scales().QCD_c_noAO = min(scale,spacelike->scales().QCD_c_noAO );
parent ->scales().QCD_ac = min(scale,spacelike->scales().QCD_ac );
parent ->scales().QCD_ac_noAO = min(scale,spacelike->scales().QCD_ac_noAO);
parent ->scales().DARK_c = min(scale,spacelike->scales().DARK_c );
parent ->scales().DARK_c_noAO = min(scale,spacelike->scales().DARK_c_noAO );
parent ->scales().DARK_ac = min(scale,spacelike->scales().DARK_ac );
parent ->scales().DARK_ac_noAO= min(scale,spacelike->scales().DARK_ac_noAO);
}
else {
if(parent->dataPtr()->charged()) {
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
}
if(hasColour(parent)) {
parent ->scales().QCD_c = scale;
parent ->scales().QCD_c_noAO = scale;
parent ->scales().DARK_c = scale;
parent ->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(parent)) {
parent ->scales().QCD_ac = scale;
parent ->scales().QCD_ac_noAO = scale;
parent ->scales().DARK_ac = scale;
parent ->scales().DARK_ac_noAO= scale;
}
}
}
else if(partnerType==ShowerPartnerType::EW) {
if(abs(spacelike->id())!=ParticleID::Wplus &&
spacelike->id() !=ParticleID::Z0 ) {
// QCD scales
parent ->scales().QCD_c = min(scale,spacelike->scales().QCD_c );
parent ->scales().QCD_c_noAO = min(scale,spacelike->scales().QCD_c_noAO );
parent ->scales().QCD_ac = min(scale,spacelike->scales().QCD_ac );
parent ->scales().QCD_ac_noAO = min(scale,spacelike->scales().QCD_ac_noAO);
timelike->scales().QCD_c = ZERO;
timelike->scales().QCD_c_noAO = ZERO;
timelike->scales().QCD_ac = ZERO;
timelike->scales().QCD_ac_noAO = ZERO;
// QED scales
if(timelike->id()==ParticleID::Z0) {
parent ->scales().QED = min(scale,spacelike->scales().QED );
parent ->scales().QED_noAO = min(scale,spacelike->scales().QED_noAO );
timelike->scales().QED = ZERO;
timelike->scales().QED_noAO = ZERO;
}
else {
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
}
// EW scales
parent ->scales().EW = scale;
timelike->scales().EW = AOScale;
}
else assert(false);
}
// DARK
else if(partnerType==ShowerPartnerType::DARKColourLine ||
partnerType==ShowerPartnerType::DARKAntiColourLine ) {
// timelike
if(timelike->dataPtr()->charged()) {
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
}
if(hasColour(timelike)) {
timelike->scales().QCD_c = AOScale;
timelike->scales().QCD_c_noAO = scale;
timelike->scales().DARK_c = AOScale;
timelike->scales().DARK_c_noAO = scale;
}
if(hasAntiColour(timelike)) {
timelike->scales().QCD_ac = AOScale;
timelike->scales().QCD_ac_noAO = scale;
timelike->scales().DARK_ac = AOScale;
timelike->scales().DARK_ac_noAO= scale;
}
if(parent->id()==spacelike->id()) {
parent ->scales().QED = min(scale,spacelike->scales().QED );
parent ->scales().QED_noAO = min(scale,spacelike->scales().QED_noAO );
parent ->scales().QCD_c = min(scale,spacelike->scales().QCD_c );
parent ->scales().QCD_c_noAO = min(scale,spacelike->scales().QCD_c_noAO );
parent ->scales().QCD_ac = min(scale,spacelike->scales().QCD_ac );
parent ->scales().QCD_ac_noAO = min(scale,spacelike->scales().QCD_ac_noAO );
parent ->scales().DARK_c = min(scale,spacelike->scales().DARK_c );
parent ->scales().DARK_c_noAO = min(scale,spacelike->scales().DARK_c_noAO );
parent ->scales().DARK_ac = min(scale,spacelike->scales().DARK_ac );
parent ->scales().DARK_ac_noAO= min(scale,spacelike->scales().DARK_ac_noAO);
}
else {
if(parent->dataPtr()->charged()) {
parent ->scales().QED = scale;
parent ->scales().QED_noAO = scale;
}
if(hasColour(parent)) {
parent ->scales().QCD_c = scale;
parent ->scales().QCD_c_noAO = scale;
- parent ->scales().DARK_c = scale;
- parent ->scales().DARK_c_noAO= scale;
+ parent ->scales().DARK_c = scale;
+ parent ->scales().DARK_c_noAO= scale;
}
if(hasAntiColour(parent)) {
parent ->scales().QCD_ac = scale;
parent ->scales().QCD_ac_noAO = scale;
- parent ->scales().DARK_ac = scale;
- parent ->scales().DARK_ac_noAO= scale;
+ parent ->scales().DARK_ac = scale;
+ parent ->scales().DARK_ac_noAO= scale;
}
}
}
else
assert(false);
}
-void SplittingFunction::evaluateDecayScales(ShowerPartnerType partnerType,
+void Sudakov1to2FormFactor::evaluateDecayScales(ShowerPartnerType partnerType,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr spacelike,
tShowerParticlePtr timelike) {
assert(parent->id()==spacelike->id());
// angular-ordered scale for 2nd child
Energy AOScale = (1.-z)*scale;
// QED
if(partnerType==ShowerPartnerType::QED) {
// timelike
timelike->scales().QED = AOScale;
timelike->scales().QED_noAO = scale;
timelike->scales().QCD_c = ZERO;
timelike->scales().QCD_c_noAO = ZERO;
timelike->scales().QCD_ac = ZERO;
timelike->scales().QCD_ac_noAO = ZERO;
timelike->scales().EW = ZERO;
timelike->scales().DARK_c = ZERO;
timelike->scales().DARK_c_noAO = ZERO;
timelike->scales().DARK_ac = ZERO;
timelike->scales().DARK_ac_noAO= ZERO;
// spacelike
spacelike->scales().QED = scale;
spacelike->scales().QED_noAO = scale;
spacelike->scales().EW = max(scale,parent->scales().EW );
}
// QCD
else if(partnerType==ShowerPartnerType::QCDColourLine ||
partnerType==ShowerPartnerType::QCDAntiColourLine) {
// timelike
timelike->scales().QED = ZERO;
timelike->scales().QED_noAO = ZERO;
timelike->scales().QCD_c = AOScale;
timelike->scales().QCD_c_noAO = scale;
timelike->scales().QCD_ac = AOScale;
timelike->scales().QCD_ac_noAO = scale;
timelike->scales().EW = ZERO;
timelike->scales().DARK_c = ZERO;
timelike->scales().DARK_c_noAO = ZERO;
timelike->scales().DARK_ac = ZERO;
timelike->scales().DARK_ac_noAO= ZERO;
// spacelike
spacelike->scales().QED = max(scale,parent->scales().QED );
spacelike->scales().QED_noAO = max(scale,parent->scales().QED_noAO );
spacelike->scales().EW = max(scale,parent->scales().EW );
}
else if(partnerType==ShowerPartnerType::EW) {
// EW
timelike->scales().EW = AOScale;
spacelike->scales().EW = max(scale,parent->scales().EW );
// QCD
timelike->scales().QCD_c = ZERO;
timelike->scales().QCD_c_noAO = ZERO;
timelike->scales().QCD_ac = ZERO;
timelike->scales().QCD_ac_noAO = ZERO;
timelike->scales().EW = ZERO;
// QED
timelike->scales().QED = ZERO;
timelike->scales().QED_noAO = ZERO;
spacelike->scales().QED = max(scale,parent->scales().QED );
spacelike->scales().QED_noAO = max(scale,parent->scales().QED_noAO );
}
//DARK
else if(partnerType==ShowerPartnerType::DARKColourLine ||
partnerType==ShowerPartnerType::DARKAntiColourLine ) {
// timelike
timelike->scales().QED = ZERO;
timelike->scales().QED_noAO = ZERO;
timelike->scales().QCD_c = ZERO;
timelike->scales().QCD_c_noAO = ZERO;
timelike->scales().QCD_ac = ZERO;
timelike->scales().QCD_ac_noAO = ZERO;
timelike->scales().DARK_c = AOScale;
timelike->scales().DARK_c_noAO = scale;
timelike->scales().DARK_ac = AOScale;
timelike->scales().DARK_ac_noAO = scale;
// spacelike
spacelike->scales().QED = max(scale,parent->scales().QED );
spacelike->scales().QED_noAO = max(scale,parent->scales().QED_noAO );
}
//shouldn't be anything else
else
assert(false);
spacelike->scales().QCD_c = max(scale,parent->scales().QCD_c );
spacelike->scales().QCD_c_noAO = max(scale,parent->scales().QCD_c_noAO );
spacelike->scales().QCD_ac = max(scale,parent->scales().QCD_ac );
spacelike->scales().QCD_ac_noAO = max(scale,parent->scales().QCD_ac_noAO);
spacelike->scales().DARK_c = max(scale,parent->scales().DARK_c );
spacelike->scales().DARK_c_noAO = max(scale,parent->scales().DARK_c_noAO );
spacelike->scales().DARK_ac = max(scale,parent->scales().DARK_ac );
spacelike->scales().DARK_ac_noAO= max(scale,parent->scales().DARK_ac_noAO);
}
+
+void Sudakov1to2FormFactor::doinit() {
+ SudakovFormFactor::doinit();
+ assert(interactionType()!=ShowerInteraction::UNDEFINED);
+ assert((colourStructure()>0&&(interactionType()==ShowerInteraction::QCD ||
+ interactionType()==ShowerInteraction::DARK)) ||
+ (colourStructure()<0&&(interactionType()==ShowerInteraction::QED ||
+ interactionType()==ShowerInteraction::EW)) );
+ // compute the colour factors if need
+ if(colourStructure()==TripletTripletOctet) {
+ colourFactor_ = 4./3.;
+ }
+ else if(colourStructure()==OctetOctetOctet) {
+ colourFactor_ = 3.;
+ }
+ else if(colourStructure()==OctetTripletTriplet) {
+ colourFactor_ = 0.5;
+ }
+ else if(colourStructure()==TripletOctetTriplet) {
+ colourFactor_ = 4./3.;
+ }
+ else if(colourStructure() == TripletTripletSinglet ||
+ colourStructure() == OctetOctetSinglet ||
+ colourStructure() == Epsilon ) {
+ colourFactor_ = 1.;
+ }
+ else if(colourStructure()==SextetSextetOctet) {
+ colourFactor_ = 10./3.;
+ }
+ else if(colourStructure()<0) {
+ colourFactor_ = 1.;
+ }
+ else {
+ assert(false);
+ }
+}
+
+double Sudakov1to2FormFactor::colourFactor() const {
+ if(colourStructure()>0)
+ return colourFactor_;
+ else if(colourStructure()<0) {
+ if(colourStructure()==ChargedChargedNeutral ||
+ colourStructure()==ChargedNeutralCharged) {
+ return sqr(double(ids_[0]->iCharge())/3.);
+ }
+ else if(colourStructure()==NeutralChargedCharged) {
+ double fact = sqr(double(ids_[1]->iCharge())/3.);
+ if(ids_[1]->coloured())
+ fact *= abs(double(ids_[1]->iColour()));
+ return fact;
+ }
+ else if(colourStructure()==EW) {
+ return 1.;
+ }
+ else {
+ assert(false);
+ return 0.;
+ }
+ }
+ else {
+ assert(false);
+ return 0.;
+ }
+}
diff --git a/Shower/QTilde/SplittingFunctions/SplittingFunction.fh b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh
rename from Shower/QTilde/SplittingFunctions/SplittingFunction.fh
rename to Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh
--- a/Shower/QTilde/SplittingFunctions/SplittingFunction.fh
+++ b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.fh
@@ -1,22 +1,22 @@
// -*- C++ -*-
//
-// This is the forward declaration of the SplittingFunction class.
+// This is the forward declaration of the Sudakov1to2FormFactor class.
//
-#ifndef HERWIG_SplittingFunction_FH
-#define HERWIG_SplittingFunction_FH
+#ifndef HERWIG_Sudakov1to2FormFactor_FH
+#define HERWIG_Sudakov1to2FormFactor_FH
#include "ThePEG/Config/Pointers.h"
namespace Herwig {
-class SplittingFunction;
+class Sudakov1to2FormFactor;
}
namespace ThePEG {
-ThePEG_DECLARE_POINTERS(Herwig::SplittingFunction,SplittingFnPtr);
+ThePEG_DECLARE_POINTERS(Herwig::Sudakov1to2FormFactor,Sudakov1to2Ptr);
}
#endif
diff --git a/Shower/QTilde/SplittingFunctions/SplittingFunction.h b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h
rename from Shower/QTilde/SplittingFunctions/SplittingFunction.h
rename to Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h
--- a/Shower/QTilde/SplittingFunctions/SplittingFunction.h
+++ b/Shower/QTilde/SplittingFunctions/Sudakov1to2FormFactor.h
@@ -1,391 +1,616 @@
// -*- C++ -*-
//
-// SplittingFunction.h is a part of Herwig - A multi-purpose Monte Carlo event generator
+// Sudakov1to2FormFactor.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
-#ifndef HERWIG_SplittingFunction_H
-#define HERWIG_SplittingFunction_H
+#ifndef HERWIG_Sudakov1to2FormFactor_H
+#define HERWIG_Sudakov1to2FormFactor_H
//
-// This is the declaration of the SplittingFunction class.
+// This is the declaration of the Sudakov1to2FormFactor class.
//
-#include "ThePEG/Interface/Interfaced.h"
+#include "SudakovFormFactor.h"
#include "Herwig/Shower/QTilde/ShowerConfig.h"
#include "ThePEG/EventRecord/RhoDMatrix.h"
#include "Herwig/Decay/DecayMatrixElement.h"
#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.fh"
#include "ThePEG/EventRecord/ColourLine.h"
#include "ThePEG/PDT/ParticleData.h"
-#include "SplittingFunction.fh"
+#include "SudakovCutOff.h"
+#include "Sudakov1to2FormFactor.fh"
namespace Herwig {
using namespace ThePEG;
- /** \ingroup Shower
- * Enum to define the possible types of colour structure which can occur in
- * the branching.
- */
- enum ColourStructure {Undefined=0,
- TripletTripletOctet = 1,OctetOctetOctet =2,
- OctetTripletTriplet = 3,TripletOctetTriplet=4,
- SextetSextetOctet = 5,
- ChargedChargedNeutral=-1,ChargedNeutralCharged=-2,
- NeutralChargedCharged=-3,EW=-4};
-
/** \ingroup Shower
*
* This is an abstract class which defines the common interface
* for all \f$1\to2\f$ splitting functions, for both initial-state
- * and final-state radiation.
+ * and final-state radiation.
*
- * The SplittingFunction class contains a number of purely virtual members
+ * The Sudakov1to2FormFactor class contains a number of purely virtual members
* which must be implemented in the inheriting classes. The class also stores
* the interaction type of the spltting function.
*
- * The inheriting classes need to specific the splitting function
+ * The inheriting classes need to specific the splitting function
* \f$P(z,2p_j\cdot p_k)\f$, in terms of the energy fraction \f$z\f$ and
* the evolution scale. In order to allow the splitting functions to be used
* with different choices of evolution functions the scale is given by
* \f[2p_j\cdot p_k=(p_j+p_k)^2-m_{jk}^2=Q^2-(p_j+p_k)^2=z(1-z)\tilde{q}^2=
* \frac{p_T^2}{z(1-z)}-m_{jk}^2+\frac{m_j^2}{z}+\frac{m_k^2}{1-z},\f]
* where \f$Q^2\f$ is the virtuality of the branching particle,
* $p_T$ is the relative transverse momentum of the branching products and
* \f$\tilde{q}^2\f$ is the angular variable described in hep-ph/0310083.
*
- * In addition an overestimate of the
- * splitting function, \f$P_{\rm over}(z)\f$ which only depends upon \f$z\f$,
+ * In addition an overestimate of the
+ * splitting function, \f$P_{\rm over}(z)\f$ which only depends upon \f$z\f$,
* the integral, inverse of the integral for this overestimate and
* ratio of the true splitting function to the overestimate must be provided
* as they are necessary for the veto alogrithm used to implement the evolution.
*
- * @see \ref SplittingFunctionInterfaces "The interfaces"
- * defined for SplittingFunction.
+ * @see \ref Sudakov1to2FormFactorInterfaces "The interfaces"
+ * defined for Sudakov1to2FormFactor.
*/
-class SplittingFunction: public Interfaced {
+class Sudakov1to2FormFactor: public SudakovFormFactor {
public:
/**
- * The default constructor.
+ * The default constructor.
* @param b All splitting functions must have an interaction order
*/
- SplittingFunction()
- : Interfaced(), _interactionType(ShowerInteraction::UNDEFINED),
- _colourStructure(Undefined), _colourFactor(-1.),
- angularOrdered_(true), scaleChoice_(2), strictAO_(true) {}
+ Sudakov1to2FormFactor() : z_( 0.0 ),phi_(0.0), pT_(), scaleChoice_(2),
+ strictAO_(true), colourFactor_(-1.),
+ enhancementFactor_(1.)
+ {}
+
+ /**
+ * Members to generate the scale of the next branching
+ */
+ //@{
+ /**
+ * Return the scale of the next time-like branching. If there is no
+ * branching then it returns ZERO.
+ * @param startingScale starting scale for the evolution
+ * @param ids The PDG codes of the particles in the splitting
+ * @param enhance The radiation enhancement factor
+ * defined.
+ */
+ ShoKinPtr generateNextTimeBranching(const Energy startingScale,
+ const IdList &ids,
+ const RhoDMatrix & rho,
+ double enhance, double detuning);
+
+ /**
+ * Return the scale of the next space-like decay branching. If there is no
+ * branching then it returns ZERO.
+ * @param startingScale starting scale for the evolution
+ * @param stoppingScale stopping scale for the evolution
+ * @param minmass The minimum mass allowed for the spake-like particle.
+ * @param ids The PDG codes of the particles in the splitting
+ * defined.
+ * @param enhance The radiation enhancement factor
+ */
+ ShoKinPtr generateNextDecayBranching(const Energy startingScale,
+ const Energy stoppingScale,
+ const Energy minmass,
+ const IdList &ids,
+ const RhoDMatrix & rho,
+ double enhance,
+ double detuning);
+
+ /**
+ * Return the scale of the next space-like branching. If there is no
+ * branching then it returns ZERO.
+ * @param startingScale starting scale for the evolution
+ * @param ids The PDG codes of the particles in the splitting
+ * @param x The fraction of the beam momentum
+ * defined.
+ * @param beam The beam particle
+ * @param enhance The radiation enhancement factor
+ */
+ ShoKinPtr generateNextSpaceBranching(const Energy startingScale,
+ const IdList &ids,double x,
+ const RhoDMatrix & rho,
+ double enhance,
+ tcBeamPtr beam,
+ double detuning);
+ //@}
public:
/**
- * Methods to return the interaction type and order for the splitting function
+ * Generate the azimuthal angle of the branching for forward evolution
+ * @param particle The branching particle
+ * @param ids The PDG codes of the particles in the branchings
+ * @param The Shower kinematics
*/
- //@{
+ double generatePhiForward(ShowerParticle & particle,const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix & rho);
/**
- * Return the type of the interaction
+ * Generate the azimuthal angle of the branching for backward evolution
+ * @param particle The branching particle
+ * @param ids The PDG codes of the particles in the branchings
+ * @param The Shower kinematics
*/
- ShowerInteraction interactionType() const {return _interactionType;}
+ double generatePhiBackward(ShowerParticle & particle,const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix & rho);
/**
- * Return the colour structure
+ * Generate the azimuthal angle of the branching for ISR in decays
+ * @param particle The branching particle
+ * @param ids The PDG codes of the particles in the branchings
+ * @param The Shower kinematics
*/
- ColourStructure colourStructure() const {return _colourStructure;}
-
- /**
- * Return the colour factor
- */
- double colourFactor(const IdList &ids) const {
- if(_colourStructure>0)
- return _colourFactor;
- else if(_colourStructure<0) {
- if(_colourStructure==ChargedChargedNeutral ||
- _colourStructure==ChargedNeutralCharged) {
- return sqr(double(ids[0]->iCharge())/3.);
- }
- else if(_colourStructure==NeutralChargedCharged) {
- double fact = sqr(double(ids[1]->iCharge())/3.);
- if(ids[1]->coloured())
- fact *= abs(double(ids[1]->iColour()));
- return fact;
- }
- else if(_colourStructure==EW) {
- return 1.;
- }
- else {
- assert(false);
- return 0.;
- }
- }
- else {
- assert(false);
- return 0.;
- }
- }
+ double generatePhiDecay(ShowerParticle & particle,const IdList & ids,
+ ShoKinPtr kinematics,
+ const RhoDMatrix & rho);
//@}
- /**
- * Purely virtual method which should determine whether this splitting
- * function can be used for a given set of particles.
- * @param ids The PDG codes for the particles in the splitting.
- */
- virtual bool accept(const IdList & ids) const = 0;
-
- /**
- * Method to check the colours are correct
- */
- virtual bool checkColours(const IdList & ids) const;
-
+public:
+
/**
* Methods to return the splitting function.
*/
//@{
/**
* Purely virtual method which should return the exact value of the splitting function,
- * \f$P\f$ evaluated in terms of the energy fraction, \f$z\f$, and the evolution scale
+ * \f$P\f$ evaluated in terms of the energy fraction, \f$z\f$, and the evolution scale
\f$\tilde{q}^2\f$.
* @param z The energy fraction.
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- const bool mass, const RhoDMatrix & rho) const = 0;
+ double P(const double z, const Energy2 t, const IdList & ids,
+ const bool mass, const RhoDMatrix & rho) const {
+ return ratioP(z,t,ids,mass,rho)*overestimateP(z,ids);
+ }
/**
* Purely virtual method which should return
* an overestimate of the splitting function,
* \f$P_{\rm over}\f$ such that the result \f$P_{\rm over}\geq P\f$. This function
* should be simple enough that it does not depend on the evolution scale.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const = 0;
+ virtual double overestimateP(const double z, const IdList & ids) const = 0;
/**
* Purely virtual method which should return
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,\tilde{q}^2)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
const bool mass, const RhoDMatrix & rho) const = 0;
/**
- * Purely virtual method which should return the indefinite integral of the
+ * Purely virtual method which should return the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
- *
+ *
*/
- virtual double integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor=0) const = 0;
+ virtual double integOverP(const double z, const IdList & ids,
+ unsigned int PDFfactor=0) const = 0;
/**
- * Purely virtual method which should return the inverse of the
- * indefinite integral of the
+ * Purely virtual method which should return the inverse of the
+ * indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$ which is used to
* generate the value of \f$z\f$.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double invIntegOverP(const double r, const IdList & ids,
+ virtual double invIntegOverP(const double r, const IdList & ids,
unsigned int PDFfactor=0) const = 0;
//@}
/**
- * Purely virtual method which should make the proper colour connection
- * between the emitting parent and the branching products.
- * @param parent The parent for the branching
- * @param first The first branching product
- * @param second The second branching product
- * @param partnerType The type of evolution partner
- * @param back Whether this is foward or backward evolution.
- */
- virtual void colourConnection(tShowerParticlePtr parent,
- tShowerParticlePtr first,
- tShowerParticlePtr second,
- ShowerPartnerType partnerType,
- const bool back) const;
-
- /**
* Method to calculate the azimuthal angle for forward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
+ virtual vector<pair<int,Complex> >
generatePhiForward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &) = 0;
/**
* Method to calculate the azimuthal angle for backward evolution
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
+ virtual vector<pair<int,Complex> >
generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
const RhoDMatrix &) = 0;
/**
* Calculate the matrix element for the splitting
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param phi The azimuthal angle, \f$\phi\f$.
* @param timeLike Whether timelike or spacelike, affects inclusive of mass terms
*/
- virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
+ virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
const IdList & ids, const double phi,
bool timeLike) = 0;
+public:
+
/**
- * Whether or not the interaction is angular ordered
+ * Methods to access the kinematic variables for the branching
*/
- bool angularOrdered() const {return angularOrdered_;}
+ //@{
+ /**
+ * The energy fraction
+ */
+ double z() const { return z_; }
+
+ /**
+ * The azimuthal angle
+ */
+ double phi() const { return phi_; }
+
+ /**
+ * The transverse momentum
+ */
+ Energy pT() const { return pT_; }
+ //@}
+
+ /**
+ * Method to return the evolution scale given the
+ * transverse momentum, \f$p_T\f$ and \f$z\f$.
+ */
+ Energy calculateScale(double z, Energy pt, IdList ids,unsigned int iopt);
/**
* Scale choice
*/
bool pTScale() const {
- return scaleChoice_ == 2 ? angularOrdered_ : scaleChoice_ == 0;
+ return scaleChoice_ == 2 ? angularOrdered() : scaleChoice_ == 0;
}
/**
+ * Method which should make the proper colour connection
+ * between the emitting parent and the branching products.
+ * @param parent The parent for the branching
+ * @param first The first branching product
+ * @param second The second branching product
+ * @param partnerType The type of evolution partner
+ * @param back Whether this is foward or backward evolution.
+ */
+ void colourConnection(tShowerParticlePtr parent,
+ tShowerParticlePtr first,
+ tShowerParticlePtr second,
+ ShowerPartnerType partnerType,
+ const bool back) const;
+
+ /**
* Functions to state scales after branching happens
*/
//@{
/**
* Sort out scales for final-state emission
*/
void evaluateFinalStateScales(ShowerPartnerType type,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr first,
tShowerParticlePtr second);
/**
* Sort out scales for initial-state emission
*/
void evaluateInitialStateScales(ShowerPartnerType type,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr first,
tShowerParticlePtr second);
/**
* Sort out scales for decay emission
*/
void evaluateDecayScales(ShowerPartnerType type,
Energy scale, double z,
tShowerParticlePtr parent,
tShowerParticlePtr first,
tShowerParticlePtr second);
//@}
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Standard Interfaced functions. */
//@{
/**
* Initialize this object after the setup phase before saving an
* EventGenerator to disk.
* @throws InitException if object could not be initialized properly.
*/
virtual void doinit();
//@}
protected:
+ /**
+ * Methods to provide the next value of the scale before the vetos
+ * are applied.
+ */
+ //@{
+ /**
+ * Value of the energy fraction and scale for time-like branching
+ * @param t The scale
+ * @param tmin The minimum scale
+ * @param enhance The radiation enhancement factor
+ * @return False if scale less than minimum, true otherwise
+ */
+ bool guessTimeLike(Energy2 &t, Energy2 tmin, double enhance, double detune);
/**
- * Set the colour factor
+ * Value of the energy fraction and scale for time-like branching
+ * @param t The scale
+ * @param tmax The maximum scale
+ * @param minmass The minimum mass of the particle after the branching
+ * @param enhance The radiation enhancement factor
*/
- void colourFactor(double in) {_colourFactor=in;}
+ bool guessDecay(Energy2 &t, Energy2 tmax,Energy minmass,
+ double enhance, double detune);
+
+ /**
+ * Value of the energy fraction and scale for space-like branching
+ * @param t The scale
+ * @param tmin The minimum scale
+ * @param x Fraction of the beam momentum.
+ * @param enhance The radiation enhancement factor
+ */
+ bool guessSpaceLike(Energy2 &t, Energy2 tmin, const double x,
+ double enhance, double detune);
+ //@}
+
+ /**
+ * Initialize the values of the cut-offs and scales
+ * @param tmin The minimum scale
+ * @param ids The ids of the partics in the branching
+ */
+ void initialize(const IdList & ids,Energy2 &tmin);
+
+ /**
+ * Phase Space veto member to implement the \f$\Theta\f$ function as a veto
+ * so that the emission is within the allowed phase space.
+ * @param t The scale
+ * @param maxQ2 The maximum virtuality
+ * @return true if vetoed
+ */
+ virtual bool PSVeto(const Energy2 t);
+
+ /**
+ * Compute the limits on \f$z\f$ for time-like branching
+ * @param scale The scale of the particle
+ * @return True if lower limit less than upper, otherwise false
+ */
+ bool computeTimeLikeLimits(Energy2 & scale);
+
+ /**
+ * Compute the limits on \f$z\f$ for space-like branching
+ * @param scale The scale of the particle
+ * @param x The energy fraction of the parton
+ * @return True if lower limit less than upper, otherwise false
+ */
+ bool computeSpaceLikeLimits(Energy2 & scale, double x);
+
+protected:
+
+ /**
+ * Methods to implement the veto algorithm to generate the scale of
+ * the next branching
+ */
+ //@{
+ /**
+ * Value of the energy fraction and value of the scale for the veto algorithm
+ * @param iopt The option for calculating z
+ * @param ids The PDG codes of the particles in the splitting
+ * - 0 is final-state
+ * - 1 is initial-state for the hard process
+ * - 2 is initial-state for particle decays
+ * @param t1 The starting valoe of the scale
+ * @param enhance The radiation enhancement factor
+ * @param identical Whether or not the outgoing particles are identical
+ * @param t_main rerurns the value of the energy fraction for the veto algorithm
+ * @param z_main returns the value of the scale for the veto algorithm
+ */
+ virtual void guesstz(Energy2 t1,unsigned int iopt, const IdList &ids,
+ double enhance,bool ident,
+ double detune, Energy2 &t_main, double &z_main);
+
+ /**
+ * The veto on the splitting function.
+ * @param t The scale
+ * @param ids The PDG codes of the particles in the splitting
+ * @param mass Whether or not to use the massive splitting functions
+ * @return true if vetoed
+ */
+ bool SplittingFnVeto(const Energy2 t,
+ const IdList &ids,
+ const bool mass,
+ const RhoDMatrix & rho,
+ const double & detune) const {
+ return UseRandom::rnd()>SplittingFnVetoRatio(t,ids,mass,rho,detune);
+ }
+
+ /**
+ * The Splitting function veto ratio
+ */
+
+ double SplittingFnVetoRatio(const Energy2 t,
+ const IdList &ids,
+ const bool mass,
+ const RhoDMatrix & rho,
+ const double & detune) const {
+ return ratioP(z_, t, ids,mass,rho)/detune;
+ }
+ //@}
+
+protected:
+
+ /**
+ * Return the colour factor
+ */
+ double colourFactor() const;
+
+ /**
+ * The limits of \f$z\f$ in the splitting
+ */
+ pair<double,double> zLimits() const {return zlimits_;};
+
+public:
+
+ /**
+ * Calculate the virtual masses for a branchings
+ */
+ const vector<Energy> & virtualMasses(const IdList & ids) {
+ return cutoff_->virtualMasses(ids);
+ }
+
+ /**
+ * The minimum pT2
+ */
+ Energy2 pT2min() { return cutoff_->pT2min(); }
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
- SplittingFunction & operator=(const SplittingFunction &) = delete;
+ Sudakov1to2FormFactor & operator=(const Sudakov1to2FormFactor &) = delete;
private:
/**
- * The interaction type for the splitting function.
+ * Pointer to the coupling for this Sudakov form factor
*/
- ShowerInteraction _interactionType;
+ SudakovCutOffPtr cutoff_;
/**
- * The colour structure
+ * Member variables to keep the shower kinematics information
+ * generated by a call to generateNextTimeBranching or generateNextSpaceBranching
*/
- ColourStructure _colourStructure;
+ //@{
+ /**
+ * The energy fraction
+ */
+ double z_;
/**
- * The colour factor
+ * The azimuthal angle
*/
- double _colourFactor;
+ double phi_;
/**
- * Whether or not this interaction is angular-ordered
+ * The transverse momentum
*/
- bool angularOrdered_;
+ Energy pT_;
+ //@}
+
+ /**
+ * The limits of \f$z\f$ in the splitting
+ */
+ pair<double,double> zlimits_;
+
+private:
+
+ /**
+ * The evolution scale, \f$\tilde{q}\f$.
+ */
+ Energy q_;
+
+ /**
+ * The Ids of the particles in the current branching
+ */
+ IdList ids_;
+
+ /**
+ * The masses of the particles in the current branching
+ */
+ vector<Energy> masses_;
+
+ /**
+ * The mass squared of the particles in the current branching
+ */
+ vector<Energy2> masssquared_;
+
+private:
/**
* The choice of scale
*/
unsigned int scaleChoice_;
/**
- * Enforce strict AO
+ * Enforce strict AO
*/
bool strictAO_;
+
+ /**
+ * The colour factor
+ */
+ double colourFactor_;
+
+ /**
+ * Enhancement factor
+ */
+ double enhancementFactor_;
};
}
-#endif /* HERWIG_SplittingFunction_H */
+#endif /* HERWIG_Sudakov1to2FormFactor_H */
diff --git a/Shower/QTilde/SplittingFunctions/SudakovFormFactor.cc b/Shower/QTilde/SplittingFunctions/SudakovFormFactor.cc
--- a/Shower/QTilde/SplittingFunctions/SudakovFormFactor.cc
+++ b/Shower/QTilde/SplittingFunctions/SudakovFormFactor.cc
@@ -1,1232 +1,337 @@
// -*- C++ -*-
//
// SudakovFormFactor.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the SudakovFormFactor class.
//
#include "SudakovFormFactor.h"
#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Interface/Switch.h"
+#include "ThePEG/Interface/Parameter.h"
+#include "ThePEG/Interface/Reference.h"
+#include "ThePEG/Utilities/DescribeClass.h"
#include "ThePEG/Persistency/PersistentOStream.h"
#include "ThePEG/Persistency/PersistentIStream.h"
-#include "ThePEG/Interface/Reference.h"
-#include "ThePEG/Interface/Switch.h"
-#include "ThePEG/Interface/Parameter.h"
-#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.h"
-#include "Herwig/Shower/QTilde/Base/ShowerParticle.h"
-#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Utilities/EnumIO.h"
#include "Herwig/Shower/QTilde/QTildeShowerHandler.h"
-#include "Herwig/Shower/QTilde/Kinematics/FS_QTildeShowerKinematics1to2.h"
-#include "Herwig/Shower/QTilde/Kinematics/IS_QTildeShowerKinematics1to2.h"
-#include "Herwig/Shower/QTilde/Kinematics/Decay_QTildeShowerKinematics1to2.h"
-#include "Herwig/Shower/QTilde/Kinematics/KinematicHelpers.h"
-#include "SudakovCutOff.h"
-
-#include <array>
-using std::array;
using namespace Herwig;
-DescribeClass<SudakovFormFactor,Interfaced>
-describeSudakovFormFactor ("Herwig::SudakovFormFactor","");
-
void SudakovFormFactor::persistentOutput(PersistentOStream & os) const {
- os << splittingFn_ << alpha_ << pdfmax_ << particles_ << pdffactor_ << cutoff_;
+ os << alpha_ << pdfMax_ << pdfFactor_ << angularOrdered_
+ << oenum(interactionType_) << oenum(colourStructure_) << particles_;
}
void SudakovFormFactor::persistentInput(PersistentIStream & is, int) {
- is >> splittingFn_ >> alpha_ >> pdfmax_ >> particles_ >> pdffactor_ >> cutoff_;
+ is >> alpha_ >> pdfMax_ >> pdfFactor_ >> angularOrdered_
+ >> ienum(interactionType_) >> ienum(colourStructure_) >> particles_;
}
+// The following static variable is needed for the type
+// description system in ThePEG.
+DescribeAbstractClass<SudakovFormFactor,Interfaced>
+describeHerwigSudakovFormFactor("Herwig::SudakovFormFactor", "HwShower.so");
+
void SudakovFormFactor::Init() {
static ClassDocumentation<SudakovFormFactor> documentation
("The SudakovFormFactor class is the base class for the implementation of Sudakov"
" form factors in Herwig");
- static Reference<SudakovFormFactor,SplittingFunction>
- interfaceSplittingFunction("SplittingFunction",
- "A reference to the SplittingFunction object",
- &Herwig::SudakovFormFactor::splittingFn_,
- false, false, true, false);
-
static Reference<SudakovFormFactor,ShowerAlpha>
interfaceAlpha("Alpha",
"A reference to the Alpha object",
&Herwig::SudakovFormFactor::alpha_,
false, false, true, false);
- static Reference<SudakovFormFactor,SudakovCutOff>
- interfaceCutoff("Cutoff",
- "A reference to the SudakovCutOff object",
- &Herwig::SudakovFormFactor::cutoff_,
- false, false, true, false);
+ static Switch<SudakovFormFactor,ShowerInteraction>
+ interfaceInteractionType
+ ("InteractionType",
+ "Type of the interaction",
+ &SudakovFormFactor::interactionType_,
+ ShowerInteraction::UNDEFINED, false, false);
+ static SwitchOption interfaceInteractionTypeQCD
+ (interfaceInteractionType,
+ "QCD","QCD",ShowerInteraction::QCD);
+ static SwitchOption interfaceInteractionTypeQED
+ (interfaceInteractionType,
+ "QED","QED",ShowerInteraction::QED);
+ static SwitchOption interfaceInteractionTypeEW
+ (interfaceInteractionType,
+ "EW","EW",ShowerInteraction::EW);
+ static SwitchOption interfaceInteractionTypeDARK
+ (interfaceInteractionType,
+ "DARK","DARK",ShowerInteraction::DARK);
- static Parameter<SudakovFormFactor,double> interfacePDFmax
+ static Switch<SudakovFormFactor,bool> interfaceAngularOrdered
+ ("AngularOrdered",
+ "Whether or not this interaction is angular ordered, "
+ "normally only g->q qbar and gamma-> f fbar are the only ones which aren't.",
+ &SudakovFormFactor::angularOrdered_, true, false, false);
+ static SwitchOption interfaceAngularOrderedYes
+ (interfaceAngularOrdered,
+ "Yes",
+ "Interaction is angular ordered",
+ true);
+ static SwitchOption interfaceAngularOrderedNo
+ (interfaceAngularOrdered,
+ "No",
+ "Interaction isn't angular ordered",
+ false);
+
+ static Switch<SudakovFormFactor,ColourStructure> interfaceColourStructure
+ ("ColourStructure",
+ "The colour structure for the splitting function",
+ &SudakovFormFactor::colourStructure_, Undefined, false, false);
+ static SwitchOption interfaceColourStructureTripletTripletOctet
+ (interfaceColourStructure,
+ "TripletTripletOctet",
+ "3 -> 3 8",
+ TripletTripletOctet);
+ static SwitchOption interfaceColourStructureOctetOctetOctet
+ (interfaceColourStructure,
+ "OctetOctetOctet",
+ "8 -> 8 8",
+ OctetOctetOctet);
+ static SwitchOption interfaceColourStructureOctetTripletTriplet
+ (interfaceColourStructure,
+ "OctetTripletTriplet",
+ "8 -> 3 3bar",
+ OctetTripletTriplet);
+ static SwitchOption interfaceColourStructureTripletOctetTriplet
+ (interfaceColourStructure,
+ "TripletOctetTriplet",
+ "3 -> 8 3",
+ TripletOctetTriplet);
+ static SwitchOption interfaceColourStructureSextetSextetOctet
+ (interfaceColourStructure,
+ "SextetSextetOctet",
+ "6 -> 6 8",
+ SextetSextetOctet);
+
+ static SwitchOption interfaceColourStructureChargedChargedNeutral
+ (interfaceColourStructure,
+ "ChargedChargedNeutral",
+ "q -> q 0",
+ ChargedChargedNeutral);
+ static SwitchOption interfaceColourStructureNeutralChargedCharged
+ (interfaceColourStructure,
+ "NeutralChargedCharged",
+ "0 -> q qbar",
+ NeutralChargedCharged);
+ static SwitchOption interfaceColourStructureChargedNeutralCharged
+ (interfaceColourStructure,
+ "ChargedNeutralCharged",
+ "q -> 0 q",
+ ChargedNeutralCharged);
+ static SwitchOption interfaceColourStructureEW
+ (interfaceColourStructure,
+ "EW",
+ "q -> q W/Z, q -> q h0, V -> V' V'', V -> V H",
+ EW);
+
+ static Parameter<SudakovFormFactor,double> interfacePDFMax
("PDFmax",
"Maximum value of PDF weight. ",
- &SudakovFormFactor::pdfmax_, 35.0, 1.0, 1000000.0,
+ &SudakovFormFactor::pdfMax_, 35.0, 1.0, 1000000.0,
false, false, Interface::limited);
static Switch<SudakovFormFactor,unsigned int> interfacePDFFactor
("PDFFactor",
"Include additional factors in the overestimate for the PDFs",
- &SudakovFormFactor::pdffactor_, 0, false, false);
+ &SudakovFormFactor::pdfFactor_, 0, false, false);
static SwitchOption interfacePDFFactorNo
(interfacePDFFactor,
"No",
"Don't include any factors",
0);
static SwitchOption interfacePDFFactorOverZ
(interfacePDFFactor,
"OverZ",
"Include an additional factor of 1/z",
1);
static SwitchOption interfacePDFFactorOverOneMinusZ
(interfacePDFFactor,
"OverOneMinusZ",
"Include an additional factor of 1/(1-z)",
2);
static SwitchOption interfacePDFFactorOverZOneMinusZ
(interfacePDFFactor,
"OverZOneMinusZ",
"Include an additional factor of 1/z/(1-z)",
3);
static SwitchOption interfacePDFFactorOverRootZ
(interfacePDFFactor,
"OverRootZ",
"Include an additional factor of 1/sqrt(z)",
4);
static SwitchOption interfacePDFFactorRootZ
(interfacePDFFactor,
"RootZ",
"Include an additional factor of sqrt(z)",
5);
}
-bool SudakovFormFactor::alphaSVeto(Energy2 pt2) const {
- double ratio=alphaSVetoRatio(pt2,1.);
- return UseRandom::rnd() > ratio;
-}
-
-double SudakovFormFactor::alphaSVetoRatio(Energy2 pt2, double factor) const {
- if(ShowerHandler::currentHandler())
- factor *= ShowerHandler::currentHandler()->renormalizationScaleFactor();
- return alpha_->showerRatio(pt2, factor);
-}
-
-
-bool SudakovFormFactor::PDFVeto(const Energy2 t, const double x,
- const tcPDPtr parton0, const tcPDPtr parton1,
- Ptr<BeamParticleData>::transient_const_pointer beam) const {
- double ratio=PDFVetoRatio(t,x,parton0,parton1,beam,1.);
- return UseRandom::rnd() > ratio;
-}
-
-double SudakovFormFactor::PDFVetoRatio(const Energy2 t, const double x,
- const tcPDPtr parton0, const tcPDPtr parton1,
- Ptr<BeamParticleData>::transient_const_pointer beam,double factor) const {
- assert(pdf_);
- Energy2 theScale = t * sqr(ShowerHandler::currentHandler()->factorizationScaleFactor()*factor);
- if (theScale < sqr(freeze_)) theScale = sqr(freeze_);
-
- const double newpdf=pdf_->xfx(beam,parton0,theScale,x/z());
- if(newpdf<=0.) return 0.;
-
- const double oldpdf=pdf_->xfx(beam,parton1,theScale,x);
- if(oldpdf<=0.) return 1.;
-
- const double ratio = newpdf/oldpdf;
- double maxpdf = pdfmax_;
-
- switch (pdffactor_) {
- case 0: break;
- case 1: maxpdf /= z(); break;
- case 2: maxpdf /= 1.-z(); break;
- case 3: maxpdf /= (z()*(1.-z())); break;
- case 4: maxpdf /= sqrt(z()); break;
- case 5: maxpdf *= sqrt(z()); break;
- default :
- throw Exception() << "SudakovFormFactor::PDFVetoRatio invalid PDFfactor = "
- << pdffactor_ << Exception::runerror;
-
+bool SudakovFormFactor::checkColours(const IdList & ids) const {
+ if(colourStructure_==TripletTripletOctet) {
+ if(ids[0]!=ids[1]) return false;
+ if((ids[0]->iColour()==PDT::Colour3||ids[0]->iColour()==PDT::Colour3bar) &&
+ ids[2]->iColour()==PDT::Colour8) return true;
+ return false;
}
-
- if (ratio > maxpdf) {
- generator()->log() << "PDFVeto warning: Ratio > " << name()
- << ":PDFmax (by a factor of "
- << ratio/maxpdf <<") for "
- << parton0->PDGName() << " to "
- << parton1->PDGName() << "\n";
+ else if(colourStructure_==OctetOctetOctet) {
+ for(unsigned int ix=0;ix<3;++ix) {
+ if(ids[ix]->iColour()!=PDT::Colour8) return false;
+ }
+ return true;
}
- return ratio/maxpdf ;
-}
+ else if(colourStructure_==OctetTripletTriplet) {
+ if(ids[0]->iColour()!=PDT::Colour8) return false;
+ if(ids[1]->iColour()==PDT::Colour3&&ids[2]->iColour()==PDT::Colour3bar)
+ return true;
+ if(ids[1]->iColour()==PDT::Colour3bar&&ids[2]->iColour()==PDT::Colour3)
+ return true;
+ return false;
+ }
+ else if(colourStructure_==TripletOctetTriplet) {
+ if(ids[0]!=ids[2]) return false;
+ if((ids[0]->iColour()==PDT::Colour3||ids[0]->iColour()==PDT::Colour3bar) &&
+ ids[1]->iColour()==PDT::Colour8) return true;
+ return false;
+ }
+ else if(colourStructure_==SextetSextetOctet) {
+ if(ids[0]!=ids[1]) return false;
+ if((ids[0]->iColour()==PDT::Colour6 || ids[0]->iColour()==PDT::Colour6bar) &&
+ ids[2]->iColour()==PDT::Colour8) return true;
+ return false;
+ }
+ else if(colourStructure_==ChargedChargedNeutral) {
+ if(ids[0]!=ids[1]) return false;
+ if(ids[2]->iCharge()!=0) return false;
+ if(ids[0]->iCharge()==ids[1]->iCharge()) return true;
+ return false;
+ }
+ else if(colourStructure_==ChargedNeutralCharged) {
+ if(ids[0]!=ids[2]) return false;
+ if(ids[1]->iCharge()!=0) return false;
+ if(ids[0]->iCharge()==ids[2]->iCharge()) return true;
+ return false;
+ }
+ else if(colourStructure_==NeutralChargedCharged) {
+ if(ids[1]->id()!=-ids[2]->id()) return false;
+ if(ids[0]->iCharge()!=0) return false;
+ if(ids[1]->iCharge()==-ids[2]->iCharge()) return true;
+ return false;
+ }
+ else {
+ assert(false);
+ }
+ return false;
+}
void SudakovFormFactor::addSplitting(const IdList & in) {
bool add=true;
for(unsigned int ix=0;ix<particles_.size();++ix) {
if(particles_[ix].size()==in.size()) {
bool match=true;
for(unsigned int iy=0;iy<in.size();++iy) {
if(particles_[ix][iy]!=in[iy]) {
match=false;
break;
}
}
if(match) {
add=false;
break;
}
}
}
if(add) particles_.push_back(in);
}
void SudakovFormFactor::removeSplitting(const IdList & in) {
for(vector<IdList>::iterator it=particles_.begin();
it!=particles_.end();++it) {
if(it->size()==in.size()) {
bool match=true;
for(unsigned int iy=0;iy<in.size();++iy) {
if((*it)[iy]!=in[iy]) {
match=false;
break;
}
}
if(match) {
vector<IdList>::iterator itemp=it;
--itemp;
particles_.erase(it);
it = itemp;
}
}
}
}
-void SudakovFormFactor::guesstz(Energy2 t1,unsigned int iopt,
- const IdList &ids,
- double enhance,bool ident,
- double detune,
- Energy2 &t_main, double &z_main){
- unsigned int pdfopt = iopt!=1 ? 0 : pdffactor_;
- double lower = splittingFn_->integOverP(zlimits_.first ,ids,pdfopt);
- double upper = splittingFn_->integOverP(zlimits_.second,ids,pdfopt);
- double c = 1./((upper - lower)
- * alpha_->showerOverestimateValue()/Constants::twopi*enhance*detune);
- double r = UseRandom::rnd();
- assert(iopt<=2);
- if(iopt==1) {
- c/=pdfmax_;
- //symmetry of FS gluon splitting
- if(ident) c*=0.5;
- }
- else if(iopt==2) c*=-1.;
-// guessing t
- if(iopt!=2 || c*log(r)<log(Constants::MaxEnergy2/t1)) {
- t_main = t1*pow(r,c);
- }
- else
- t_main = Constants::MaxEnergy2;
-// guessing z
- z_main = splittingFn_->invIntegOverP(lower + UseRandom::rnd()
- *(upper - lower),ids,pdfopt);
+bool SudakovFormFactor::PDFVeto(const Energy2 t, const double x, const double z,
+ const tcPDPtr parton0, const tcPDPtr parton1,
+ Ptr<BeamParticleData>::transient_const_pointer beam) const {
+ double ratio=PDFVetoRatio(t,x,z,parton0,parton1,beam,1.);
+ return UseRandom::rnd() > ratio;
}
-bool SudakovFormFactor::guessTimeLike(Energy2 &t,Energy2 tmin,double enhance,
- double detune) {
- Energy2 told = t;
- // calculate limits on z and if lower>upper return
- if(!computeTimeLikeLimits(t)) return false;
- // guess values of t and z
- guesstz(told,0,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
- // actual values for z-limits
- if(!computeTimeLikeLimits(t)) return false;
- if(t<tmin) {
- t=-1.0*GeV2;
- return false;
+double SudakovFormFactor::PDFVetoRatio(const Energy2 t, const double x, const double z,
+ const tcPDPtr parton0, const tcPDPtr parton1,
+ Ptr<BeamParticleData>::transient_const_pointer beam,double factor) const {
+ assert(pdf_);
+ Energy2 theScale = t * sqr(ShowerHandler::currentHandler()->factorizationScaleFactor()*factor);
+ if (theScale < sqr(freeze_)) theScale = sqr(freeze_);
+
+ const double newpdf=pdf_->xfx(beam,parton0,theScale,x/z);
+ if(newpdf<=0.) return 0.;
+
+ const double oldpdf=pdf_->xfx(beam,parton1,theScale,x);
+ if(oldpdf<=0.) return 1.;
+
+ const double ratio = newpdf/oldpdf;
+ double maxpdf = pdfMax_;
+
+ switch (pdfFactor_) {
+ case 0: break;
+ case 1: maxpdf /= z; break;
+ case 2: maxpdf /= 1.-z; break;
+ case 3: maxpdf /= (z*(1.-z)); break;
+ case 4: maxpdf /= sqrt(z); break;
+ case 5: maxpdf *= sqrt(z); break;
+ default :
+ throw Exception() << "SudakovFormFactor::PDFVetoRatio invalid PDFfactor = "
+ << pdfFactor_ << Exception::runerror;
+
}
- else
- return true;
+
+ if (ratio > maxpdf) {
+ generator()->log() << "PDFVeto warning: Ratio > " << name()
+ << ":PDFmax (by a factor of "
+ << ratio/maxpdf <<") for "
+ << parton0->PDGName() << " to "
+ << parton1->PDGName() << "\n";
+ }
+ return ratio/maxpdf ;
}
-bool SudakovFormFactor::guessSpaceLike(Energy2 &t, Energy2 tmin, const double x,
- double enhance,
- double detune) {
- Energy2 told = t;
- // calculate limits on z if lower>upper return
- if(!computeSpaceLikeLimits(t,x)) return false;
- // guess values of t and z
- guesstz(told,1,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
- // actual values for z-limits
- if(!computeSpaceLikeLimits(t,x)) return false;
- if(t<tmin) {
- t=-1.0*GeV2;
- return false;
- }
- else
- return true;
+bool SudakovFormFactor::alphaSVeto(Energy2 pt2) const {
+ double ratio=alphaSVetoRatio(pt2,1.);
+ return UseRandom::rnd() > ratio;
}
-bool SudakovFormFactor::PSVeto(const Energy2 t) {
- // still inside PS, return true if outside
- // check vs overestimated limits
- if (z() < zlimits_.first || z() > zlimits_.second) return true;
-
- Energy2 m02 = (ids_[0]->id()!=ParticleID::g && ids_[0]->id()!=ParticleID::gamma) ?
- masssquared_[0] : Energy2();
-
- Energy2 pt2 = QTildeKinematics::pT2_FSR(t,z(),m02,masssquared_[1],masssquared_[2],
- masssquared_[1],masssquared_[2]);
-
- // if pt2<0 veto
- if (pt2<cutoff_->pT2min()) return true;
- // otherwise calculate pt and return
- pT_ = sqrt(pt2);
- return false;
+double SudakovFormFactor::alphaSVetoRatio(Energy2 pt2, double factor) const {
+ if(ShowerHandler::currentHandlerIsSet())
+ factor *= ShowerHandler::currentHandler()->renormalizationScaleFactor();
+ return alpha_->showerRatio(pt2, factor);
}
-
-
-
-ShoKinPtr SudakovFormFactor::generateNextTimeBranching(const Energy startingScale,
- const IdList &ids,
- const RhoDMatrix & rho,
- double enhance,
- double detuning) {
- // First reset the internal kinematics variables that can
- // have been eventually set in the previous call to the method.
- q_ = ZERO;
- z_ = 0.;
- phi_ = 0.;
- // perform initialization
- Energy2 tmax(sqr(startingScale)),tmin;
- initialize(ids,tmin);
- // check max > min
- if(tmax<=tmin) return ShoKinPtr();
- // calculate next value of t using veto algorithm
- Energy2 t(tmax);
- // no shower variations to calculate
- if(!ShowerHandler::currentHandlerIsSet() ||
- ShowerHandler::currentHandler()->showerVariations().empty()) {
- // Without variations do the usual Veto algorithm
- // No need for more if-statements in this loop.
- do {
- if(!guessTimeLike(t,tmin,enhance,detuning)) break;
- }
- while(PSVeto(t) ||
- SplittingFnVeto(z()*(1.-z())*t,ids,true,rho,detuning) ||
- alphaSVeto(splittingFn()->pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t));
- }
- else {
- bool alphaRew(true),PSRew(true),SplitRew(true);
- do {
- if(!guessTimeLike(t,tmin,enhance,detuning)) break;
- PSRew=PSVeto(t);
- if (PSRew) continue;
- SplitRew=SplittingFnVeto(z()*(1.-z())*t,ids,true,rho,detuning);
- alphaRew=alphaSVeto(splittingFn()->pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t);
- double factor=alphaSVetoRatio(splittingFn()->pTScale() ? sqr(z()*(1.-z()))*t : z()*(1.-z())*t,1.)*
- SplittingFnVetoRatio(z()*(1.-z())*t,ids,true,rho,detuning);
-
- tShowerHandlerPtr ch = ShowerHandler::currentHandler();
-
- if( !(SplitRew || alphaRew) ) {
- //Emission
- q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
- if (q_ <= ZERO) break;
- }
-
- for ( map<string,ShowerVariation>::const_iterator var =
- ch->showerVariations().begin();
- var != ch->showerVariations().end(); ++var ) {
- if ( ( ch->firstInteraction() && var->second.firstInteraction ) ||
- ( !ch->firstInteraction() && var->second.secondaryInteractions ) ) {
-
- double newfactor = alphaSVetoRatio(splittingFn()->pTScale() ?
- sqr(z()*(1.-z()))*t :
- z()*(1.-z())*t,var->second.renormalizationScaleFactor)
- * SplittingFnVetoRatio(z()*(1.-z())*t,ids,true,rho,detuning);
-
- double varied;
- if ( SplitRew || alphaRew ) {
- // No Emission
- varied = (1. - newfactor) / (1. - factor);
- } else {
- // Emission
- varied = newfactor / factor;
- }
-
- map<string,double>::iterator wi = ch->currentWeights().find(var->first);
- if ( wi != ch->currentWeights().end() )
- wi->second *= varied;
- else {
- assert(false);
- //ch->currentWeights()[var->first] = varied;
- }
- }
- }
-
- }
- while(PSRew || SplitRew || alphaRew);
- }
- q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
- if(q_ < ZERO) return ShoKinPtr();
-
- // return the ShowerKinematics object
- return new_ptr(FS_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
-}
-
-ShoKinPtr SudakovFormFactor::
-generateNextSpaceBranching(const Energy startingQ,
- const IdList &ids,
- double x,
- const RhoDMatrix & rho,
- double enhance,
- Ptr<BeamParticleData>::transient_const_pointer beam,
- double detuning) {
- // First reset the internal kinematics variables that can
- // have been eventually set in the previous call to the method.
- q_ = ZERO;
- z_ = 0.;
- phi_ = 0.;
- // perform the initialization
- Energy2 tmax(sqr(startingQ)),tmin;
- initialize(ids,tmin);
- // check max > min
- if(tmax<=tmin) return ShoKinPtr();
- // calculate next value of t using veto algorithm
- Energy2 t(tmax),pt2(ZERO);
- // no shower variations
- if(ShowerHandler::currentHandler()->showerVariations().empty()){
- // Without variations do the usual Veto algorithm
- // No need for more if-statements in this loop.
- do {
- if(!guessSpaceLike(t,tmin,x,enhance,detuning)) break;
- pt2 = QTildeKinematics::pT2_ISR(t,z(),masssquared_[2]);
- }
- while(pt2 < cutoff_->pT2min()||
- z() > zlimits_.second||
- SplittingFnVeto((1.-z())*t/z(),ids,false,rho,detuning)||
- alphaSVeto(splittingFn()->pTScale() ? sqr(1.-z())*t : (1.-z())*t)||
- PDFVeto(t,x,ids[0],ids[1],beam));
- }
- // shower variations
- else
- {
- bool alphaRew(true),PDFRew(true),ptRew(true),zRew(true),SplitRew(true);
- do {
- if(!guessSpaceLike(t,tmin,x,enhance,detuning)) break;
- pt2 = QTildeKinematics::pT2_ISR(t,z(),masssquared_[2]);
- ptRew=pt2 < cutoff_->pT2min();
- zRew=z() > zlimits_.second;
- if (ptRew||zRew) continue;
- SplitRew=SplittingFnVeto((1.-z())*t/z(),ids,false,rho,detuning);
- alphaRew=alphaSVeto(splittingFn()->pTScale() ? sqr(1.-z())*t : (1.-z())*t);
- PDFRew=PDFVeto(t,x,ids[0],ids[1],beam);
- double factor=PDFVetoRatio(t,x,ids[0],ids[1],beam,1.)*
- alphaSVetoRatio(splittingFn()->pTScale() ? sqr(1.-z())*t : (1.-z())*t,1.)*
- SplittingFnVetoRatio((1.-z())*t/z(),ids,false,rho,detuning);
-
- tShowerHandlerPtr ch = ShowerHandler::currentHandler();
-
- if( !(PDFRew || SplitRew || alphaRew) ) {
- //Emission
- q_ = t > ZERO ? Energy(sqrt(t)) : -1.*MeV;
- if (q_ <= ZERO) break;
- }
-
- for ( map<string,ShowerVariation>::const_iterator var =
- ch->showerVariations().begin();
- var != ch->showerVariations().end(); ++var ) {
- if ( ( ch->firstInteraction() && var->second.firstInteraction ) ||
- ( !ch->firstInteraction() && var->second.secondaryInteractions ) ) {
-
-
-
- double newfactor = PDFVetoRatio(t,x,ids[0],ids[1],beam,var->second.factorizationScaleFactor)*
- alphaSVetoRatio(splittingFn()->pTScale() ?
- sqr(1.-z())*t : (1.-z())*t,var->second.renormalizationScaleFactor)
- *SplittingFnVetoRatio((1.-z())*t/z(),ids,false,rho,detuning);
-
- double varied;
- if( PDFRew || SplitRew || alphaRew) {
- // No Emission
- varied = (1. - newfactor) / (1. - factor);
- } else {
- // Emission
- varied = newfactor / factor;
- }
-
-
- map<string,double>::iterator wi = ch->currentWeights().find(var->first);
- if ( wi != ch->currentWeights().end() )
- wi->second *= varied;
- else {
- assert(false);
- //ch->currentWeights()[var->first] = varied;
- }
- }
- }
-
- }
- while( PDFRew || SplitRew || alphaRew);
- }
- if(t > ZERO && zlimits_.first < zlimits_.second) q_ = sqrt(t);
- else return ShoKinPtr();
-
- pT_ = sqrt(pt2);
- // create the ShowerKinematics and return it
- return new_ptr(IS_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
-}
-
-void SudakovFormFactor::initialize(const IdList & ids, Energy2 & tmin) {
- ids_=ids;
- tmin = 4.*cutoff_->pT2min();
- masses_ = cutoff_->virtualMasses(ids);
- masssquared_.clear();
- for(unsigned int ix=0;ix<masses_.size();++ix) {
- masssquared_.push_back(sqr(masses_[ix]));
- if(ix>0) tmin=max(masssquared_[ix],tmin);
- }
-}
-
-ShoKinPtr SudakovFormFactor::generateNextDecayBranching(const Energy startingScale,
- const Energy stoppingScale,
- const Energy minmass,
- const IdList &ids,
- const RhoDMatrix & rho,
- double enhance,
- double detuning) {
- // First reset the internal kinematics variables that can
- // have been eventually set in the previous call to this method.
- q_ = Constants::MaxEnergy;
- z_ = 0.;
- phi_ = 0.;
- // perform initialisation
- Energy2 tmax(sqr(stoppingScale)),tmin;
- initialize(ids,tmin);
- tmin=sqr(startingScale);
- // check some branching possible
- if(tmax<=tmin) return ShoKinPtr();
- // perform the evolution
- Energy2 t(tmin),pt2(-MeV2);
- do {
- if(!guessDecay(t,tmax,minmass,enhance,detuning)) break;
- pt2 = QTildeKinematics::pT2_Decay(t,z(),masssquared_[0],masssquared_[2]);
- }
- while(SplittingFnVeto((1.-z())*t/z(),ids,true,rho,detuning)||
- alphaSVeto(splittingFn()->pTScale() ? sqr(1.-z())*t : (1.-z())*t ) ||
- pt2<cutoff_->pT2min() ||
- t*(1.-z())>masssquared_[0]-sqr(minmass));
- if(t > ZERO) {
- q_ = sqrt(t);
- pT_ = sqrt(pt2);
- }
- else return ShoKinPtr();
- phi_ = 0.;
- // create the ShowerKinematics object
- return new_ptr(Decay_QTildeShowerKinematics1to2(q_,z(),phi(),pT(),this));
-}
-
-bool SudakovFormFactor::guessDecay(Energy2 &t,Energy2 tmax, Energy minmass,
- double enhance, double detune) {
- minmass = max(minmass,GeV);
- // previous scale
- Energy2 told = t;
- // overestimated limits on z
- if(tmax<masssquared_[0]) {
- t=-1.0*GeV2;
- return false;
- }
- Energy2 tm2 = tmax-masssquared_[0];
- Energy tm = sqrt(tm2);
- zlimits_ = make_pair(sqr(minmass/masses_[0]),
- 1.-sqrt(masssquared_[2]+cutoff_->pT2min()+
- 0.25*sqr(masssquared_[2])/tm2)/tm
- +0.5*masssquared_[2]/tm2);
- if(zlimits_.second<zlimits_.first) {
- t=-1.0*GeV2;
- return false;
- }
- // guess values of t and z
- guesstz(told,2,ids_,enhance,ids_[1]==ids_[2],detune,t,z_);
- // actual values for z-limits
- if(t<masssquared_[0]) {
- t=-1.0*GeV2;
- return false;
- }
- tm2 = t-masssquared_[0];
- tm = sqrt(tm2);
- zlimits_ = make_pair(sqr(minmass/masses_[0]),
- 1.-sqrt(masssquared_[2]+cutoff_->pT2min()+
- 0.25*sqr(masssquared_[2])/tm2)/tm
- +0.5*masssquared_[2]/tm2);
- if(t>tmax||zlimits_.second<zlimits_.first) {
- t=-1.0*GeV2;
- return false;
- }
- else
- return true;
-}
-
-bool SudakovFormFactor::computeTimeLikeLimits(Energy2 & t) {
- if (t < 1e-20 * GeV2) {
- t=-1.*GeV2;
- return false;
- }
- const Energy2 pT2min = cutoff_->pT2min();
- // special case for gluon radiating
- if(ids_[0]->id()==ParticleID::g||ids_[0]->id()==ParticleID::gamma) {
- // no emission possible
- if(t<16.*(masssquared_[1]+pT2min)) {
- t=-1.*GeV2;
- return false;
- }
- // overestimate of the limits
- zlimits_.first = 0.5*(1.-sqrt(1.-4.*sqrt((masssquared_[1]+pT2min)/t)));
- zlimits_.second = 1.-zlimits_.first;
- }
- // special case for radiated particle is gluon
- else if(ids_[2]->id()==ParticleID::g||ids_[2]->id()==ParticleID::gamma) {
- zlimits_.first = sqrt((masssquared_[1]+pT2min)/t);
- zlimits_.second = 1.-sqrt((masssquared_[2]+pT2min)/t);
- }
- else if(ids_[1]->id()==ParticleID::g||ids_[1]->id()==ParticleID::gamma) {
- zlimits_.second = sqrt((masssquared_[2]+pT2min)/t);
- zlimits_.first = 1.-sqrt((masssquared_[1]+pT2min)/t);
- }
- else {
- zlimits_.first = (masssquared_[1]+pT2min)/t;
- zlimits_.second = 1.-(masssquared_[2]+pT2min)/t;
- }
- if(zlimits_.first>=zlimits_.second) {
- t=-1.*GeV2;
- return false;
- }
- return true;
-}
-
-bool SudakovFormFactor::computeSpaceLikeLimits(Energy2 & t, double x) {
- if (t < 1e-20 * GeV2) {
- t=-1.*GeV2;
- return false;
- }
- // compute the limits
- zlimits_.first = x;
- double yy = 1.+0.5*masssquared_[2]/t;
- zlimits_.second = yy - sqrt(sqr(yy)-1.+cutoff_->pT2min()/t);
- // return false if lower>upper
- if(zlimits_.second<zlimits_.first) {
- t=-1.*GeV2;
- return false;
- }
- else
- return true;
-}
-
-namespace {
-
-tShowerParticlePtr findCorrelationPartner(ShowerParticle & particle,
- bool forward,
- ShowerInteraction inter) {
- tPPtr child = &particle;
- tShowerParticlePtr mother;
- if(forward) {
- mother = !particle.parents().empty() ?
- dynamic_ptr_cast<tShowerParticlePtr>(particle.parents()[0]) : tShowerParticlePtr();
- }
- else {
- mother = particle.children().size()==2 ?
- dynamic_ptr_cast<tShowerParticlePtr>(&particle) : tShowerParticlePtr();
- }
- tShowerParticlePtr partner;
- while(mother) {
- tPPtr otherChild;
- if(forward) {
- for (unsigned int ix=0;ix<mother->children().size();++ix) {
- if(mother->children()[ix]!=child) {
- otherChild = mother->children()[ix];
- break;
- }
- }
- }
- else {
- otherChild = mother->children()[1];
- }
- tShowerParticlePtr other = dynamic_ptr_cast<tShowerParticlePtr>(otherChild);
- if((inter==ShowerInteraction::QCD && otherChild->dataPtr()->coloured()) ||
- (inter==ShowerInteraction::QED && otherChild->dataPtr()->charged())) {
- partner = other;
- break;
- }
- if(forward && !other->isFinalState()) {
- partner = dynamic_ptr_cast<tShowerParticlePtr>(mother);
- break;
- }
- child = mother;
- if(forward) {
- mother = ! mother->parents().empty() ?
- dynamic_ptr_cast<tShowerParticlePtr>(mother->parents()[0]) : tShowerParticlePtr();
- }
- else {
- if(mother->children()[0]->children().size()!=2)
- break;
- tShowerParticlePtr mtemp =
- dynamic_ptr_cast<tShowerParticlePtr>(mother->children()[0]);
- if(!mtemp)
- break;
- else
- mother=mtemp;
- }
- }
- if(!partner) {
- if(forward) {
- partner = dynamic_ptr_cast<tShowerParticlePtr>( child)->partner();
- }
- else {
- if(mother) {
- tShowerParticlePtr parent;
- if(!mother->children().empty()) {
- parent = dynamic_ptr_cast<tShowerParticlePtr>(mother->children()[0]);
- }
- if(!parent) {
- parent = dynamic_ptr_cast<tShowerParticlePtr>(mother);
- }
- partner = parent->partner();
- }
- else {
- partner = dynamic_ptr_cast<tShowerParticlePtr>(&particle)->partner();
- }
- }
- }
- return partner;
-}
-
-pair<double,double> softPhiMin(double phi0, double phi1, double A, double B, double C, double D) {
- double c01 = cos(phi0 - phi1);
- double s01 = sin(phi0 - phi1);
- double s012(sqr(s01)), c012(sqr(c01));
- double A2(A*A), B2(B*B), C2(C*C), D2(D*D);
- if(abs(B/A)<1e-10 && abs(D/C)<1e-10) return make_pair(phi0,phi0+Constants::pi);
- double root = sqr(B2)*C2*D2*sqr(s012) + 2.*A*B2*B*C2*C*D*c01*s012 + 2.*A*B2*B*C*D2*D*c01*s012
- + 4.*A2*B2*C2*D2*c012 - A2*B2*C2*D2*s012 - A2*B2*sqr(D2)*s012 - sqr(B2)*sqr(C2)*s012
- - sqr(B2)*C2*D2*s012 - 4.*A2*A*B*C*D2*D*c01 - 4.*A*B2*B*C2*C*D*c01 + sqr(A2)*sqr(D2)
- + 2.*A2*B2*C2*D2 + sqr(B2)*sqr(C2);
- if(root<0.) return make_pair(phi0,phi0+Constants::pi);
- root = sqrt(root);
- double denom = (-2.*A*B*C*D*c01 + A2*D2 + B2*C2);
- double denom2 = (-B*C*c01 + A*D);
-
- double num = B2*C*D*s012;
- double y1 = B*s01*(-C*(num + root) + D*denom) / denom2;
- double y2 = B*s01*(-C*(num - root) + D*denom) / denom2;
- double x1 = -(num + root );
- double x2 = -(num - root );
- if(denom<0.) {
- y1*=-1.;
- y2*=-1.;
- x1*=-1.;
- x2*=-1.;
- }
- return make_pair(atan2(y1,x1) + phi0,atan2(y2,x2) + phi0);
-}
-
-}
-
-double SudakovFormFactor::generatePhiForward(ShowerParticle & particle,
- const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix & rho) {
- // no correlations, return flat phi
- if(ShowerHandler::currentHandlerIsSet() &&
- ! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations())
- return Constants::twopi*UseRandom::rnd();
- // get the kinematic variables
- double z = kinematics->z();
- Energy2 t = z*(1.-z)*sqr(kinematics->scale());
- Energy pT = kinematics->pT();
- // if soft correlations
- Energy2 pipj,pik;
- bool canBeSoft[2] = {ids[1]->id()==ParticleID::g || ids[1]->id()==ParticleID::gamma,
- ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma };
- array<Energy2,3> pjk;
- array<Energy,3> Ek;
- Energy Ei,Ej;
- Energy2 m12(ZERO),m22(ZERO);
- InvEnergy2 aziMax(ZERO);
- bool softAllowed = (!ShowerHandler::currentHandlerIsSet() ||
- dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()) &&
- (canBeSoft[0] || canBeSoft[1]);
- if(softAllowed) {
- // find the partner for the soft correlations
- tShowerParticlePtr partner=findCorrelationPartner(particle,true,splittingFn()->interactionType());
- // remember we want the softer gluon
- bool swapOrder = !canBeSoft[1] || (canBeSoft[0] && canBeSoft[1] && z < 0.5);
- double zFact = !swapOrder ? (1.-z) : z;
- // compute the transforms to the shower reference frame
- // first the boost
- Lorentz5Momentum pVect = particle.showerBasis()->pVector();
- Lorentz5Momentum nVect = particle.showerBasis()->nVector();
- Boost beta_bb;
- if(particle.showerBasis()->frame()==ShowerBasis::BackToBack) {
- beta_bb = -(pVect + nVect).boostVector();
- }
- else if(particle.showerBasis()->frame()==ShowerBasis::Rest) {
- beta_bb = -pVect.boostVector();
- }
- else
- assert(false);
- pVect.boost(beta_bb);
- nVect.boost(beta_bb);
- Axis axis;
- if(particle.showerBasis()->frame()==ShowerBasis::BackToBack) {
- axis = pVect.vect().unit();
- }
- else if(particle.showerBasis()->frame()==ShowerBasis::Rest) {
- axis = nVect.vect().unit();
- }
- else
- assert(false);
- // and then the rotation
- LorentzRotation rot;
- if(axis.perp2()>0.) {
- double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
- rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
- }
- else if(axis.z()<0.) {
- rot.rotate(Constants::pi,Axis(1.,0.,0.));
- }
- rot.invert();
- pVect *= rot;
- nVect *= rot;
- // shower parameters
- Energy2 pn = pVect*nVect, m2 = pVect.m2();
- double alpha0 = particle.showerParameters().alpha;
- double beta0 = 0.5/alpha0/pn*
- (sqr(particle.dataPtr()->mass())-sqr(alpha0)*m2+sqr(particle.showerParameters().pt));
- Lorentz5Momentum qperp0(particle.showerParameters().ptx,
- particle.showerParameters().pty,ZERO,ZERO);
- assert(partner);
- Lorentz5Momentum pj = partner->momentum();
- pj.boost(beta_bb);
- pj *= rot;
- // compute the two phi independent dot products
- pik = 0.5*zFact*(sqr(alpha0)*m2 - sqr(particle.showerParameters().pt) + 2.*alpha0*beta0*pn )
- +0.5*sqr(pT)/zFact;
- Energy2 dot1 = pj*pVect;
- Energy2 dot2 = pj*nVect;
- Energy2 dot3 = pj*qperp0;
- pipj = alpha0*dot1+beta0*dot2+dot3;
- // compute the constants for the phi dependent dot product
- pjk[0] = zFact*(alpha0*dot1+dot3-0.5*dot2/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
- +0.5*sqr(pT)*dot2/pn/zFact/alpha0;
- pjk[1] = (pj.x() - dot2/alpha0/pn*qperp0.x())*pT;
- pjk[2] = (pj.y() - dot2/alpha0/pn*qperp0.y())*pT;
- m12 = sqr(particle.dataPtr()->mass());
- m22 = sqr(partner->dataPtr()->mass());
- if(swapOrder) {
- pjk[1] *= -1.;
- pjk[2] *= -1.;
- }
- Ek[0] = zFact*(alpha0*pVect.t()-0.5*nVect.t()/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
- +0.5*sqr(pT)*nVect.t()/pn/zFact/alpha0;
- Ek[1] = -nVect.t()/alpha0/pn*qperp0.x()*pT;
- Ek[2] = -nVect.t()/alpha0/pn*qperp0.y()*pT;
- if(swapOrder) {
- Ek[1] *= -1.;
- Ek[2] *= -1.;
- }
- Energy mag2=sqrt(sqr(Ek[1])+sqr(Ek[2]));
- Ei = alpha0*pVect.t()+beta0*nVect.t();
- Ej = pj.t();
- double phi0 = atan2(-pjk[2],-pjk[1]);
- if(phi0<0.) phi0 += Constants::twopi;
- double phi1 = atan2(-Ek[2],-Ek[1]);
- if(phi1<0.) phi1 += Constants::twopi;
- double xi_min = pik/Ei/(Ek[0]+mag2), xi_max = pik/Ei/(Ek[0]-mag2), xi_ij = pipj/Ei/Ej;
- if(xi_min>xi_max) swap(xi_min,xi_max);
- if(xi_min>xi_ij) softAllowed = false;
- Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
- if(!ShowerHandler::currentHandlerIsSet() ||
- dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- double A = (pipj*Ek[0]- Ej*pik)/Ej/sqr(Ej);
- double B = -sqrt(sqr(pipj)*(sqr(Ek[1])+sqr(Ek[2])))/Ej/sqr(Ej);
- double C = pjk[0]/sqr(Ej);
- double D = -sqrt(sqr(pjk[1])+sqr(pjk[2]))/sqr(Ej);
- pair<double,double> minima = softPhiMin(phi0,phi1,A,B,C,D);
- aziMax = 0.5/pik/(Ek[0]-mag2)*(Ei-m12*(Ek[0]-mag2)/pik + max(Ej*(A+B*cos(minima.first -phi1))/(C+D*cos(minima.first -phi0)),
- Ej*(A+B*cos(minima.second-phi1))/(C+D*cos(minima.second-phi0))));
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
- }
- else
- assert(false);
- }
- // if spin correlations
- vector<pair<int,Complex> > wgts;
- if(!ShowerHandler::currentHandlerIsSet() ||
- dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations()) {
- // calculate the weights
- wgts = splittingFn()->generatePhiForward(z,t,ids,rho);
- }
- else {
- wgts = {{ {0, 1.} }};
- }
- // generate the azimuthal angle
- double phi,wgt;
- static const Complex ii(0.,1.);
- unsigned int ntry(0);
- double phiMax(0.),wgtMax(0.);
- do {
- phi = Constants::twopi*UseRandom::rnd();
- // first the spin correlations bit (gives 1 if correlations off)
- Complex spinWgt = 0.;
- for(unsigned int ix=0;ix<wgts.size();++ix) {
- if(wgts[ix].first==0)
- spinWgt += wgts[ix].second;
- else
- spinWgt += exp(double(wgts[ix].first)*ii*phi)*wgts[ix].second;
- }
- wgt = spinWgt.real();
- if(wgt-1.>1e-10) {
- generator()->log() << "Forward spin weight problem " << wgt << " " << wgt-1.
- << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
- generator()->log() << "Weights \n";
- for(unsigned int ix=0;ix<wgts.size();++ix)
- generator()->log() << wgts[ix].first << " " << wgts[ix].second << "\n";
- }
- // soft correlations bit
- double aziWgt = 1.;
- if(softAllowed) {
- Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
- Energy Eg = Ek[0]+Ek[1]*cos(phi)+Ek[2]*sin(phi);
- if(pipj*Eg>pik*Ej) {
- if(!ShowerHandler::currentHandlerIsSet() ||
- dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- aziWgt = max(ZERO,0.5/pik/Eg*(Ei-m12*Eg/pik + (pipj*Eg - Ej*pik)/dot)/aziMax);
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- aziWgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
- }
- if(aziWgt-1.>1e-10||aziWgt<-1e-10) {
- generator()->log() << "Forward soft weight problem " << aziWgt << " " << aziWgt-1.
- << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
- }
- }
- else {
- aziWgt = 0.;
- }
- }
- wgt *= aziWgt;
- if(wgt>wgtMax) {
- phiMax = phi;
- wgtMax = wgt;
- }
- ++ntry;
- }
- while(wgt<UseRandom::rnd()&&ntry<10000);
- if(ntry==10000) {
- generator()->log() << "Too many tries to generate phi in forward evolution\n";
- phi = phiMax;
- }
- // return the azimuthal angle
- return phi;
-}
-
-double SudakovFormFactor::generatePhiBackward(ShowerParticle & particle,
- const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix & rho) {
- // no correlations, return flat phi
- if(! dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->correlations())
- return Constants::twopi*UseRandom::rnd();
- // get the kinematic variables
- double z = kinematics->z();
- Energy2 t = (1.-z)*sqr(kinematics->scale())/z;
- Energy pT = kinematics->pT();
- // if soft correlations
- bool softAllowed = dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations() &&
- (ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma);
- Energy2 pipj,pik,m12(ZERO),m22(ZERO);
- array<Energy2,3> pjk;
- Energy Ei,Ej,Ek;
- InvEnergy2 aziMax(ZERO);
- if(softAllowed) {
- // find the partner for the soft correlations
- tShowerParticlePtr partner=findCorrelationPartner(particle,false,splittingFn()->interactionType());
- double zFact = (1.-z);
- // compute the transforms to the shower reference frame
- // first the boost
- Lorentz5Momentum pVect = particle.showerBasis()->pVector();
- Lorentz5Momentum nVect = particle.showerBasis()->nVector();
- assert(particle.showerBasis()->frame()==ShowerBasis::BackToBack);
- Boost beta_bb = -(pVect + nVect).boostVector();
- pVect.boost(beta_bb);
- nVect.boost(beta_bb);
- Axis axis = pVect.vect().unit();
- // and then the rotation
- LorentzRotation rot;
- if(axis.perp2()>0.) {
- double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
- rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
- }
- else if(axis.z()<0.) {
- rot.rotate(Constants::pi,Axis(1.,0.,0.));
- }
- rot.invert();
- pVect *= rot;
- nVect *= rot;
- // shower parameters
- Energy2 pn = pVect*nVect;
- Energy2 m2 = pVect.m2();
- double alpha0 = particle.x();
- double beta0 = -0.5/alpha0/pn*sqr(alpha0)*m2;
- Lorentz5Momentum pj = partner->momentum();
- pj.boost(beta_bb);
- pj *= rot;
- double beta2 = 0.5*(1.-zFact)*(sqr(alpha0*zFact/(1.-zFact))*m2+sqr(pT))/alpha0/zFact/pn;
- // compute the two phi independent dot products
- Energy2 dot1 = pj*pVect;
- Energy2 dot2 = pj*nVect;
- pipj = alpha0*dot1+beta0*dot2;
- pik = alpha0*(alpha0*zFact/(1.-zFact)*m2+pn*(beta2+zFact/(1.-zFact)*beta0));
- // compute the constants for the phi dependent dot product
- pjk[0] = alpha0*zFact/(1.-zFact)*dot1+beta2*dot2;
- pjk[1] = pj.x()*pT;
- pjk[2] = pj.y()*pT;
- m12 = ZERO;
- m22 = sqr(partner->dataPtr()->mass());
- Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
- if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- Ek = alpha0*zFact/(1.-zFact)*pVect.t()+beta2*nVect.t();
- Ei = alpha0*pVect.t()+beta0*nVect.t();
- Ej = pj.t();
- if(pipj*Ek> Ej*pik) {
- aziMax = 0.5/pik/Ek*(Ei-m12*Ek/pik + (pipj*Ek- Ej*pik)/(pjk[0]-mag));
- }
- else {
- aziMax = 0.5/pik/Ek*(Ei-m12*Ek/pik);
- }
- }
- else {
- assert(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==0);
- }
- }
- // if spin correlations
- vector<pair<int,Complex> > wgts;
- if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->spinCorrelations()) {
- // get the weights
- wgts = splittingFn()->generatePhiBackward(z,t,ids,rho);
- }
- else {
- wgts = {{ {0, 1.} }};
- }
- // generate the azimuthal angle
- double phi,wgt;
- static const Complex ii(0.,1.);
- unsigned int ntry(0);
- double phiMax(0.),wgtMax(0.);
- do {
- phi = Constants::twopi*UseRandom::rnd();
- Complex spinWgt = 0.;
- for(unsigned int ix=0;ix<wgts.size();++ix) {
- if(wgts[ix].first==0)
- spinWgt += wgts[ix].second;
- else
- spinWgt += exp(double(wgts[ix].first)*ii*phi)*wgts[ix].second;
- }
- wgt = spinWgt.real();
- if(wgt-1.>1e-10) {
- generator()->log() << "Backward weight problem " << wgt << " " << wgt-1.
- << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << z << " " << phi << "\n";
- generator()->log() << "Weights \n";
- for(unsigned int ix=0;ix<wgts.size();++ix)
- generator()->log() << wgts[ix].first << " " << wgts[ix].second << "\n";
- }
- // soft correlations bit
- double aziWgt = 1.;
- if(softAllowed) {
- Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
- if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- aziWgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- aziWgt = max(ZERO,0.5/pik/Ek*(Ei-m12*Ek/pik + pipj*Ek/dot - Ej*pik/dot)/aziMax);
- }
- if(aziWgt-1.>1e-10||aziWgt<-1e-10) {
- generator()->log() << "Backward soft weight problem " << aziWgt << " " << aziWgt-1.
- << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
- }
- }
- wgt *= aziWgt;
- if(wgt>wgtMax) {
- phiMax = phi;
- wgtMax = wgt;
- }
- ++ntry;
- }
- while(wgt<UseRandom::rnd()&&ntry<10000);
- if(ntry==10000) {
- generator()->log() << "Too many tries to generate phi in backward evolution\n";
- phi = phiMax;
- }
- // return the azimuthal angle
- return phi;
-}
-
-double SudakovFormFactor::generatePhiDecay(ShowerParticle & particle,
- const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix &) {
- // only soft correlations in this case
- // no correlations, return flat phi
- if( !(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations() &&
- (ids[2]->id()==ParticleID::g || ids[2]->id()==ParticleID::gamma )))
- return Constants::twopi*UseRandom::rnd();
- // get the kinematic variables
- double z = kinematics->z();
- Energy pT = kinematics->pT();
- // if soft correlations
- // find the partner for the soft correlations
- tShowerParticlePtr partner = findCorrelationPartner(particle,true,splittingFn()->interactionType());
- double zFact(1.-z);
- // compute the transforms to the shower reference frame
- // first the boost
- Lorentz5Momentum pVect = particle.showerBasis()->pVector();
- Lorentz5Momentum nVect = particle.showerBasis()->nVector();
- assert(particle.showerBasis()->frame()==ShowerBasis::Rest);
- Boost beta_bb = -pVect.boostVector();
- pVect.boost(beta_bb);
- nVect.boost(beta_bb);
- Axis axis = nVect.vect().unit();
- // and then the rotation
- LorentzRotation rot;
- if(axis.perp2()>0.) {
- double sinth(sqrt(sqr(axis.x())+sqr(axis.y())));
- rot.rotate(acos(axis.z()),Axis(-axis.y()/sinth,axis.x()/sinth,0.));
- }
- else if(axis.z()<0.) {
- rot.rotate(Constants::pi,Axis(1.,0.,0.));
- }
- rot.invert();
- pVect *= rot;
- nVect *= rot;
- // shower parameters
- Energy2 pn = pVect*nVect;
- Energy2 m2 = pVect.m2();
- double alpha0 = particle.showerParameters().alpha;
- double beta0 = 0.5/alpha0/pn*
- (sqr(particle.dataPtr()->mass())-sqr(alpha0)*m2+sqr(particle.showerParameters().pt));
- Lorentz5Momentum qperp0(particle.showerParameters().ptx,
- particle.showerParameters().pty,ZERO,ZERO);
- Lorentz5Momentum pj = partner->momentum();
- pj.boost(beta_bb);
- pj *= rot;
- // compute the two phi independent dot products
- Energy2 pik = 0.5*zFact*(sqr(alpha0)*m2 - sqr(particle.showerParameters().pt) + 2.*alpha0*beta0*pn )
- +0.5*sqr(pT)/zFact;
- Energy2 dot1 = pj*pVect;
- Energy2 dot2 = pj*nVect;
- Energy2 dot3 = pj*qperp0;
- Energy2 pipj = alpha0*dot1+beta0*dot2+dot3;
- // compute the constants for the phi dependent dot product
- array<Energy2,3> pjk;
- pjk[0] = zFact*(alpha0*dot1+dot3-0.5*dot2/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
- +0.5*sqr(pT)*dot2/pn/zFact/alpha0;
- pjk[1] = (pj.x() - dot2/alpha0/pn*qperp0.x())*pT;
- pjk[2] = (pj.y() - dot2/alpha0/pn*qperp0.y())*pT;
- Energy2 m12 = sqr(particle.dataPtr()->mass());
- Energy2 m22 = sqr(partner->dataPtr()->mass());
- Energy2 mag = sqrt(sqr(pjk[1])+sqr(pjk[2]));
- InvEnergy2 aziMax;
- array<Energy,3> Ek;
- Energy Ei,Ej;
- if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- aziMax = -m12/sqr(pik) -m22/sqr(pjk[0]+mag) +2.*pipj/pik/(pjk[0]-mag);
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- Ek[0] = zFact*(alpha0*pVect.t()+-0.5*nVect.t()/pn*(alpha0*m2-sqr(particle.showerParameters().pt)/alpha0))
- +0.5*sqr(pT)*nVect.t()/pn/zFact/alpha0;
- Ek[1] = -nVect.t()/alpha0/pn*qperp0.x()*pT;
- Ek[2] = -nVect.t()/alpha0/pn*qperp0.y()*pT;
- Energy mag2=sqrt(sqr(Ek[1])+sqr(Ek[2]));
- Ei = alpha0*pVect.t()+beta0*nVect.t();
- Ej = pj.t();
- aziMax = 0.5/pik/(Ek[0]-mag2)*(Ei-m12*(Ek[0]-mag2)/pik + pipj*(Ek[0]+mag2)/(pjk[0]-mag) - Ej*pik/(pjk[0]-mag) );
- }
- else
- assert(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==0);
- // generate the azimuthal angle
- double phi,wgt(0.);
- unsigned int ntry(0);
- double phiMax(0.),wgtMax(0.);
- do {
- phi = Constants::twopi*UseRandom::rnd();
- Energy2 dot = pjk[0]+pjk[1]*cos(phi)+pjk[2]*sin(phi);
- if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==1) {
- wgt = (-m12/sqr(pik) -m22/sqr(dot) +2.*pipj/pik/dot)/aziMax;
- }
- else if(dynamic_ptr_cast<tcQTildeShowerHandlerPtr>(ShowerHandler::currentHandler())->softCorrelations()==2) {
- if(qperp0.m2()==ZERO) {
- wgt = 1.;
- }
- else {
- Energy Eg = Ek[0]+Ek[1]*cos(phi)+Ek[2]*sin(phi);
- wgt = max(ZERO,0.5/pik/Eg*(Ei-m12*Eg/pik + (pipj*Eg - Ej*pik)/dot)/aziMax);
- }
- }
- if(wgt-1.>1e-10||wgt<-1e-10) {
- generator()->log() << "Decay soft weight problem " << wgt << " " << wgt-1.
- << " " << ids[0]->id() << " " << ids[1]->id() << " " << ids[2]->id() << " " << " " << phi << "\n";
- }
- if(wgt>wgtMax) {
- phiMax = phi;
- wgtMax = wgt;
- }
- ++ntry;
- }
- while(wgt<UseRandom::rnd()&&ntry<10000);
- if(ntry==10000) {
- phi = phiMax;
- generator()->log() << "Too many tries to generate phi\n";
- }
- // return the azimuthal angle
- return phi;
-}
-
-
-Energy SudakovFormFactor::calculateScale(double zin, Energy pt, IdList ids,
- unsigned int iopt) {
- Energy2 tmin;
- initialize(ids,tmin);
- // final-state branching
- if(iopt==0) {
- Energy2 scale=(sqr(pt)+masssquared_[1]*(1.-zin)+masssquared_[2]*zin);
- if(ids[0]->id()!=ParticleID::g) scale -= zin*(1.-zin)*masssquared_[0];
- scale /= sqr(zin*(1-zin));
- return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
- }
- else if(iopt==1) {
- Energy2 scale=(sqr(pt)+zin*masssquared_[2])/sqr(1.-zin);
- return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
- }
- else if(iopt==2) {
- Energy2 scale = (sqr(pt)+zin*masssquared_[2])/sqr(1.-zin)+masssquared_[0];
- return scale<=ZERO ? sqrt(tmin) : sqrt(scale);
- }
- else {
- throw Exception() << "Unknown option in SudakovFormFactor::calculateScale() "
- << "iopt = " << iopt << Exception::runerror;
- }
-}
diff --git a/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h b/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h
--- a/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h
+++ b/Shower/QTilde/SplittingFunctions/SudakovFormFactor.h
@@ -1,626 +1,452 @@
// -*- C++ -*-
//
// SudakovFormFactor.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_SudakovFormFactor_H
#define HERWIG_SudakovFormFactor_H
//
// This is the declaration of the SudakovFormFactor class.
//
#include "ThePEG/Interface/Interfaced.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Herwig/Shower/QTilde/ShowerConfig.h"
+#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.fh"
+#include "ThePEG/EventRecord/RhoDMatrix.h"
+#include "ThePEG/PDF/BeamParticleData.h"
#include "Herwig/Shower/ShowerAlpha.h"
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingGenerator.fh"
-#include "ThePEG/Repository/UseRandom.h"
-#include "ThePEG/PDF/BeamParticleData.h"
-#include "ThePEG/EventRecord/RhoDMatrix.h"
-#include "ThePEG/EventRecord/SpinInfo.h"
-#include "Herwig/Shower/QTilde/Kinematics/ShowerKinematics.fh"
#include "SudakovFormFactor.fh"
-#include "SudakovCutOff.h"
namespace Herwig {
using namespace ThePEG;
+/** \ingroup Shower
+ * Enum to define the possible types of colour structure which can occur in
+ * the branching.
+ */
+enum ColourStructure {Undefined=0,
+ TripletTripletOctet = 1, OctetOctetOctet = 2,
+ OctetTripletTriplet = 3, TripletOctetTriplet = 4,
+ SextetSextetOctet = 5, TripletTripletSinglet = 6,
+ OctetOctetSinglet = 7, Epsilon = 8,
+ OctetSinglet = 9,
+ ChargedChargedNeutral=-1,
+ ChargedNeutralCharged=-2,
+ NeutralChargedCharged=-3,
+ EW=-4};
+
/**
* A typedef for the BeamParticleData
*/
typedef Ptr<BeamParticleData>::transient_const_pointer tcBeamPtr;
/** \ingroup Shower
*
* This is the definition of the Sudakov form factor class. In general this
* is the base class for the implementation of Sudakov form factors in Herwig.
* The methods generateNextTimeBranching(), generateNextDecayBranching() and
* generateNextSpaceBranching need to be implemented in classes inheriting from this
* one.
*
* In addition a number of methods are implemented to assist with the calculation
* of the form factor using the veto algorithm in classes inheriting from this one.
*
* In general the Sudakov form-factor, for final-state radiation, is given
* by
* \f[\Delta_{ba}(\tilde{q}_{i+1},\tilde{q}_i)=
* \exp\left\{
* -\int^{\tilde{q}^2_i}_{\tilde{q}^2_{i+1}}
* \frac{{\rm d}\tilde{q}^2}{\tilde{q}^2}
* \int\frac{\alpha_S(z,\tilde{q})}{2\pi}
* P_{ba}(z,\tilde{q})\Theta(p_T)
* \right\}.
* \f]
* We can solve this to obtain the next value of the scale \f$\tilde{q}_{i+1}\f$
* given the previous value \f$\tilde{q}_i\f$
* in the following way. First we obtain a simplified form of the integrand
* which is greater than or equal to the true integrand for all values of
* \f$\tilde{q}\f$.
*
* In practice it is easiest to obtain this over estimate in pieces. The ShowerAlpha
* object contains an over estimate for \f$\alpha_S\f$, the splitting function
* contains both an over estimate of the spltting function and its integral
* which is needed to compute the over estimate of the \f$\tilde{q}\f$ integrand,
* together with an over estimate of the limit of the \f$z\f$ integral.
*
* This gives an overestimate of the integrand
* \f[g(\tilde{q}^2) = \frac{c}{\tilde{q}^2}, \f]
* where because the over estimates are chosen to be independent of \f$\tilde{q}\f$ the
* parameter
* \f[c = \frac{\alpha_{\rm over}}{2\pi}\int^{z_1}_{z_0}P_{\rm over}(z),\f]
* is a constant independent of \f$\tilde{q}\f$.
*
* The guesstz() member can then be used to generate generate the value of
* \f$\tilde{q}^2\f$ according to this result. This is done by solving the Sudakov
* form factor, with the over estimates, is equal to a random number
* \f$r\f$ in the interval \f$[0,1]\f$. This gives
* \f[\tilde{q}^2_{i+1}=G^{-1}\left[G(\tilde{q}^2_i)+\ln r\right],\f]
* where \f$G(\tilde{q}^2)=c\ln(\tilde{q}^2)\f$ is the infinite integral
* of \f$g(\tilde{q}^2)\f$ and \f$G^{-1}(x)=\exp\left(\frac{x}c\right)\f$
* is its inverse.
* It this case we therefore obtain
* \f[\tilde{q}^2_{i+1}=\tilde{q}^2_ir^{\frac1c}.\f]
* The value of \f$z\f$ can then be calculated in a similar way
* \f[z = I^{-1}\left[I(z_0)+r\left(I(z_1)-I(z_0)\right)\right],\f]
* using the guesstz() member,
* where \f$I=\int P(z){\rm d}z\f$ and \f$I^{-1}\f$ is its inverse.
*
* The veto algorithm then uses rejection using the ratio of the
* true value to the overestimated one to obtain the original distribution.
* This is accomplished using the
* - alphaSVeto() member for the \f$\alpha_S\f$ veto
* - SplittingFnVeto() member for the veto on the value of the splitting function.
* in general there must also be a chech that the emission is in the allowed
* phase space but this is left to the inheriting classes as it will depend
* on the ordering variable.
*
* The Sudakov form factor for the initial-scale shower is different because
* it must include the PDF which guides the backward evolution.
* It is given by
* \f[\Delta_{ba}(\tilde{q}_{i+1},\tilde{q}_i)=
* \exp\left\{
* -\int^{\tilde{q}^2_i}_{\tilde{q}^2_{i+1}}
* \frac{{\rm d}\tilde{q}^2}{\tilde{q}^2}
* \int\frac{\alpha_S(z,\tilde{q})}{2\pi}
* P_{ba}(z,\tilde{q})\frac{x'f_a(\frac{x}z,\tilde{q}^2)}{xf_b(x,\tilde{q^2})}
* \right\},
* \f]
* where \f$x\f$ is the fraction of the beam momentum the parton \f$b\f$ had before
* the backward evolution.
* This can be solve in the same way as for the final-state branching but the constant
* becomes
* \f[c = \frac{\alpha_{\rm over}}{2\pi}\int^{z_1}_{z_0}P_{\rm over}(z)PDF_{\rm max},\f]
* where
* \f[PDF_{\rm max}=\max\frac{x'f_a(\frac{x}z,\tilde{q}^2)}{xf_b(x,\tilde{q^2})},\f]
* which can be set using an interface.
* In addition the PDFVeto() member then is needed to implement the relevant veto.
*
* @see SplittingGenerator
* @see SplittingFunction
* @see ShowerAlpha
* @see \ref SudakovFormFactorInterfaces "The interfaces"
* defined for SudakovFormFactor.
*/
class SudakovFormFactor: public Interfaced {
/**
* The SplittingGenerator is a friend to insert the particles in the
* branchings at initialisation
*/
friend class SplittingGenerator;
public:
+ /** @name Standard constructors and destructors. */
+ //@{
/**
* The default constructor.
*/
- SudakovFormFactor() : pdfmax_(35.0), pdffactor_(0),
- z_( 0.0 ),phi_(0.0), pT_(){}
+ SudakovFormFactor() : interactionType_(ShowerInteraction::UNDEFINED),
+ angularOrdered_(true),
+ colourStructure_(Undefined),
+ pdfMax_(35.0), pdfFactor_(0)
+ {}
+ //@}
+
+public:
/**
* Members to generate the scale of the next branching
*/
//@{
/**
* Return the scale of the next time-like branching. If there is no
* branching then it returns ZERO.
* @param startingScale starting scale for the evolution
* @param ids The PDG codes of the particles in the splitting
* @param enhance The radiation enhancement factor
* defined.
*/
virtual ShoKinPtr generateNextTimeBranching(const Energy startingScale,
const IdList &ids,
const RhoDMatrix & rho,
- double enhance, double detuning);
+ double enhance, double detuning) = 0;
/**
* Return the scale of the next space-like decay branching. If there is no
* branching then it returns ZERO.
* @param startingScale starting scale for the evolution
* @param stoppingScale stopping scale for the evolution
* @param minmass The minimum mass allowed for the spake-like particle.
* @param ids The PDG codes of the particles in the splitting
* defined.
* @param enhance The radiation enhancement factor
*/
virtual ShoKinPtr generateNextDecayBranching(const Energy startingScale,
- const Energy stoppingScale,
- const Energy minmass,
- const IdList &ids,
- const RhoDMatrix & rho,
- double enhance,
- double detuning);
+ const Energy stoppingScale,
+ const Energy minmass,
+ const IdList &ids,
+ const RhoDMatrix & rho,
+ double enhance,
+ double detuning) = 0;
/**
* Return the scale of the next space-like branching. If there is no
* branching then it returns ZERO.
* @param startingScale starting scale for the evolution
* @param ids The PDG codes of the particles in the splitting
* @param x The fraction of the beam momentum
* defined.
* @param beam The beam particle
* @param enhance The radiation enhancement factor
*/
- virtual ShoKinPtr generateNextSpaceBranching(const Energy startingScale,
- const IdList &ids,double x,
- const RhoDMatrix & rho,
- double enhance,
- tcBeamPtr beam,
- double detuning);
+ virtual ShoKinPtr generateNextSpaceBranching(const Energy startingScale,
+ const IdList &ids,double x,
+ const RhoDMatrix & rho,
+ double enhance,
+ tcBeamPtr beam,
+ double detuning) = 0;
//@}
/**
+ * Azimuthal angle generation
+ */
+ //@{
+ /**
* Generate the azimuthal angle of the branching for forward evolution
* @param particle The branching particle
* @param ids The PDG codes of the particles in the branchings
* @param The Shower kinematics
*/
virtual double generatePhiForward(ShowerParticle & particle,const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix & rho);
+ ShoKinPtr kinematics, const RhoDMatrix & rho)=0;
/**
* Generate the azimuthal angle of the branching for backward evolution
* @param particle The branching particle
* @param ids The PDG codes of the particles in the branchings
* @param The Shower kinematics
*/
virtual double generatePhiBackward(ShowerParticle & particle,const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix & rho);
+ ShoKinPtr kinematics, const RhoDMatrix & rho)=0;
/**
* Generate the azimuthal angle of the branching for ISR in decays
* @param particle The branching particle
* @param ids The PDG codes of the particles in the branchings
* @param The Shower kinematics
*/
virtual double generatePhiDecay(ShowerParticle & particle,const IdList & ids,
- ShoKinPtr kinematics,
- const RhoDMatrix & rho);
+ ShoKinPtr kinematics, const RhoDMatrix & rho)=0;
+ //@}
+
+public:
/**
- * Methods to provide public access to the private member variables
+ * Return the colour structure
*/
- //@{
- /**
- * Return the pointer to the SplittingFunction object.
+ ColourStructure colourStructure() const {return colourStructure_;}
+
+ /**
+ * Method to check the colours are correct
*/
- tSplittingFnPtr splittingFn() const { return splittingFn_; }
+ bool checkColours(const IdList & ids) const;
/**
* Return the pointer to the ShowerAlpha object.
*/
tShowerAlphaPtr alpha() const { return alpha_; }
- /**
- * The type of interaction
- */
- inline ShowerInteraction interactionType() const
- {return splittingFn_->interactionType();}
- //@}
-
public:
/**
- * Methods to access the kinematic variables for the branching
+ * Methods to return the interaction type and order for the Sudakov form factor
*/
//@{
/**
- * The energy fraction
+ * Purely virtual method which should determine whether this splitting
+ * function can be used for a given set of particles.
+ * @param ids The PDG codes for the particles in the splitting.
*/
- double z() const { return z_; }
-
- /**
- * The azimuthal angle
- */
- double phi() const { return phi_; }
-
- /**
- * The transverse momentum
- */
- Energy pT() const { return pT_; }
- //@}
-
- /**
- * Access the maximum weight for the PDF veto
- */
- double pdfMax() const { return pdfmax_;}
+ virtual bool accept(const IdList & ids) const = 0;
/**
* Method to return the evolution scale given the
* transverse momentum, \f$p_T\f$ and \f$z\f$.
*/
- virtual Energy calculateScale(double z, Energy pt, IdList ids,unsigned int iopt);
+ virtual Energy calculateScale(double z, Energy pt, IdList ids,unsigned int iopt) = 0;
+
+ /**
+ * Return the type of the interaction
+ */
+ ShowerInteraction interactionType() const {return interactionType_;}
+
+ /**
+ * Whether or not the interaction is angular ordered
+ */
+ bool angularOrdered() const {return angularOrdered_;}
+ //@}
+
+protected:
+
+ /**
+ * Set the particles in the splittings
+ */
+ void addSplitting(const IdList &);
+
+ /**
+ * Delete the particles in the splittings
+ */
+ void removeSplitting(const IdList &);
+
+ /**
+ * Access the potential branchings
+ */
+ const vector<IdList> & particles() const { return particles_; }
+
+ /**
+ * The PDF factor
+ */
+ unsigned pdfFactor() const {return pdfFactor_;}
+
+ /**
+ * Maximum value of the PDF weight
+ */
+ double pdfMax() const { return pdfMax_;}
+
+ /**
+ * Veto on the PDF for the initial-state shower
+ * @param t The scale
+ * @param x The fraction of the beam momentum
+ * @param parton0 Pointer to the particleData for the
+ * new parent (this is the particle we evolved back to)
+ * @param parton1 Pointer to the particleData for the
+ * original particle
+ * @param beam The BeamParticleData object
+ */
+ bool PDFVeto(const Energy2 t, const double x, const double z,
+ const tcPDPtr parton0, const tcPDPtr parton1,
+ tcBeamPtr beam) const;
+ /**
+ * The PDF veto ratio
+ */
+ double PDFVetoRatio(const Energy2 t, const double x, const double z,
+ const tcPDPtr parton0, const tcPDPtr parton1,
+ tcBeamPtr beam,double factor) const;
+
+ /**
+ * Set the PDF
+ */
+ void setPDF(tcPDFPtr pdf, Energy scale) {
+ pdf_ = pdf;
+ freeze_ = scale;
+ }
+
+ /**
+ * The veto on the coupling constant
+ * @param pt2 The value of ther transverse momentum squared, \f$p_T^2\f$.
+ * @return true if vetoed
+ */
+ bool alphaSVeto(Energy2 pt2) const;
+
+ /**
+ * The alpha S veto ratio
+ */
+ virtual double alphaSVetoRatio(Energy2 pt2,double factor) const;
public:
/** @name Functions used by the persistent I/O system. */
//@{
/**
* Function used to write out object persistently.
* @param os the persistent output stream written to.
*/
void persistentOutput(PersistentOStream & os) const;
/**
* Function used to read in object persistently.
* @param is the persistent input stream read from.
* @param version the version number of the object when written.
*/
void persistentInput(PersistentIStream & is, int version);
//@}
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
-protected:
- /**
- * Methods to provide the next value of the scale before the vetos
- * are applied.
- */
- //@{
- /**
- * Value of the energy fraction and scale for time-like branching
- * @param t The scale
- * @param tmin The minimum scale
- * @param enhance The radiation enhancement factor
- * @return False if scale less than minimum, true otherwise
- */
- bool guessTimeLike(Energy2 &t, Energy2 tmin, double enhance, double detune);
-
- /**
- * Value of the energy fraction and scale for time-like branching
- * @param t The scale
- * @param tmax The maximum scale
- * @param minmass The minimum mass of the particle after the branching
- * @param enhance The radiation enhancement factor
- */
- bool guessDecay(Energy2 &t, Energy2 tmax,Energy minmass,
- double enhance, double detune);
-
- /**
- * Value of the energy fraction and scale for space-like branching
- * @param t The scale
- * @param tmin The minimum scale
- * @param x Fraction of the beam momentum.
- * @param enhance The radiation enhancement factor
- */
- bool guessSpaceLike(Energy2 &t, Energy2 tmin, const double x,
- double enhance, double detune);
- //@}
-
- /**
- * Initialize the values of the cut-offs and scales
- * @param tmin The minimum scale
- * @param ids The ids of the partics in the branching
- */
- void initialize(const IdList & ids,Energy2 &tmin);
-
- /**
- * Phase Space veto member to implement the \f$\Theta\f$ function as a veto
- * so that the emission is within the allowed phase space.
- * @param t The scale
- * @param maxQ2 The maximum virtuality
- * @return true if vetoed
- */
- bool PSVeto(const Energy2 t);
-
- /**
- * Compute the limits on \f$z\f$ for time-like branching
- * @param scale The scale of the particle
- * @return True if lower limit less than upper, otherwise false
- */
- bool computeTimeLikeLimits(Energy2 & scale);
-
- /**
- * Compute the limits on \f$z\f$ for space-like branching
- * @param scale The scale of the particle
- * @param x The energy fraction of the parton
- * @return True if lower limit less than upper, otherwise false
- */
- bool computeSpaceLikeLimits(Energy2 & scale, double x);
-
-protected:
-
- /**
- * Methods to implement the veto algorithm to generate the scale of
- * the next branching
- */
- //@{
- /**
- * Value of the energy fraction and value of the scale for the veto algorithm
- * @param iopt The option for calculating z
- * @param ids The PDG codes of the particles in the splitting
- * - 0 is final-state
- * - 1 is initial-state for the hard process
- * - 2 is initial-state for particle decays
- * @param t1 The starting valoe of the scale
- * @param enhance The radiation enhancement factor
- * @param identical Whether or not the outgoing particles are identical
- * @param t_main rerurns the value of the energy fraction for the veto algorithm
- * @param z_main returns the value of the scale for the veto algorithm
- */
- void guesstz(Energy2 t1,unsigned int iopt, const IdList &ids,
- double enhance,bool ident,
- double detune, Energy2 &t_main, double &z_main);
-
- /**
- * Veto on the PDF for the initial-state shower
- * @param t The scale
- * @param x The fraction of the beam momentum
- * @param parton0 Pointer to the particleData for the
- * new parent (this is the particle we evolved back to)
- * @param parton1 Pointer to the particleData for the
- * original particle
- * @param beam The BeamParticleData object
- */
- bool PDFVeto(const Energy2 t, const double x,
- const tcPDPtr parton0, const tcPDPtr parton1,
- tcBeamPtr beam) const;
- /**
- * The PDF veto ratio
- */
- double PDFVetoRatio(const Energy2 t, const double x,
- const tcPDPtr parton0, const tcPDPtr parton1,
- tcBeamPtr beam,double factor) const;
-
- /**
- * The veto on the splitting function.
- * @param t The scale
- * @param ids The PDG codes of the particles in the splitting
- * @param mass Whether or not to use the massive splitting functions
- * @return true if vetoed
- */
- bool SplittingFnVeto(const Energy2 t,
- const IdList &ids,
- const bool mass,
- const RhoDMatrix & rho,
- const double & detune) const {
- return UseRandom::rnd()>SplittingFnVetoRatio(t,ids,mass,rho,detune);
- }
-
- /**
- * The Splitting function veto ratio
- */
-
- double SplittingFnVetoRatio(const Energy2 t,
- const IdList &ids,
- const bool mass,
- const RhoDMatrix & rho,
- const double & detune) const {
- return splittingFn_->ratioP(z_, t, ids,mass,rho)/detune;
- }
-
- /**
- * The veto on the coupling constant
- * @param pt2 The value of ther transverse momentum squared, \f$p_T^2\f$.
- * @return true if vetoed
- */
- bool alphaSVeto(Energy2 pt2) const;
-
- /**
- * The alpha S veto ratio
- */
-
- double alphaSVetoRatio(Energy2 pt2,double factor) const;
-
-
- //@}
-
- /**
- * Set the particles in the splittings
- */
- void addSplitting(const IdList &);
-
- /**
- * Delete the particles in the splittings
- */
- void removeSplitting(const IdList &);
-
- /**
- * Access the potential branchings
- */
- const vector<IdList> & particles() const { return particles_; }
-
-public:
-
- /**
- * Set the PDF
- */
- void setPDF(tcPDFPtr pdf, Energy scale) {
- pdf_ = pdf;
- freeze_ = scale;
- }
-
-public:
-
- /**
- * Calculate the virtual masses for a branchings
- */
- const vector<Energy> & virtualMasses(const IdList & ids) {
- return cutoff_->virtualMasses(ids);
- }
-
- /**
- * The minimum pT2
- */
- Energy2 pT2min() { return cutoff_->pT2min(); }
-
-protected:
-
- /** @name Clone Methods. */
- //@{
- /**
- * Make a simple clone of this object.
- * @return a pointer to the new object.
- */
- virtual IBPtr clone() const {return new_ptr(*this);}
-
- /** Make a clone of this object, possibly modifying the cloned object
- * to make it sane.
- * @return a pointer to the new object.
- */
- virtual IBPtr fullclone() const {return new_ptr(*this);}
- //@}
-
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
SudakovFormFactor & operator=(const SudakovFormFactor &) = delete;
private:
/**
- * Pointer to the splitting function for this Sudakov form factor
+ * The interaction type for the splitting function.
*/
- SplittingFnPtr splittingFn_;
+ ShowerInteraction interactionType_;
/**
- * Pointer to the coupling for this Sudakov form factor
+ * Whether or not this interaction is angular-ordered
*/
- ShowerAlphaPtr alpha_;
+ bool angularOrdered_;
/**
- * Pointer to the coupling for this Sudakov form factor
+ * The colour structure
*/
- SudakovCutOffPtr cutoff_;
-
- /**
- * Maximum value of the PDF weight
- */
- double pdfmax_;
+ ColourStructure colourStructure_;
/**
* List of the particles this Sudakov is used for to aid in setting up
* interpolation tables if needed
*/
vector<IdList> particles_;
/**
- * Option for the inclusion of a factor \f$1/(1-z)\f$ in the PDF estimate
- */
- unsigned pdffactor_;
-
-private:
-
- /**
- * Member variables to keep the shower kinematics information
- * generated by a call to generateNextTimeBranching or generateNextSpaceBranching
- */
- //@{
- /**
- * The energy fraction
- */
- double z_;
-
- /**
- * The azimuthal angle
- */
- double phi_;
-
- /**
- * The transverse momentum
- */
- Energy pT_;
- //@}
-
- /**
- * The limits of \f$z\f$ in the splitting
- */
- pair<double,double> zlimits_;
-
- /**
* Stuff for the PDFs
*/
//@{
/**
* PDf
*/
tcPDFPtr pdf_;
/**
* Freezing scale
*/
Energy freeze_;
+
+ /**
+ * Maximum value of the PDF weight
+ */
+ double pdfMax_;
+
+ /**
+ * Option for the inclusion of a factor \f$1/(1-z)\f$ in the PDF estimate
+ */
+ unsigned pdfFactor_;
//@}
-private:
-
/**
- * The evolution scale, \f$\tilde{q}\f$.
+ * Pointer to the coupling for this Sudakov form factor
*/
- Energy q_;
-
- /**
- * The Ids of the particles in the current branching
- */
- IdList ids_;
-
- /**
- * The masses of the particles in the current branching
- */
- vector<Energy> masses_;
-
- /**
- * The mass squared of the particles in the current branching
- */
- vector<Energy2> masssquared_;
+ ShowerAlphaPtr alpha_;
};
}
#endif /* HERWIG_SudakovFormFactor_H */
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.cc
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.cc
@@ -0,0 +1,58 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the ZeroZeroOneEWSplitFn class.
+//
+
+#include "ZeroZeroOneEWSplitFn.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/ParticleData.h"
+#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
+
+using namespace Herwig;
+
+IBPtr ZeroZeroOneEWSplitFn::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr ZeroZeroOneEWSplitFn::fullclone() const {
+ return new_ptr(*this);
+}
+
+void ZeroZeroOneEWSplitFn::persistentOutput(PersistentOStream & os) const {
+ os << _couplingValueIm << _couplingValueRe;
+}
+
+void ZeroZeroOneEWSplitFn::persistentInput(PersistentIStream & is, int) {
+ is >> _couplingValueIm >> _couplingValueRe;
+}
+
+// The following static variable is needed for the type description system in ThePEG.
+DescribeClass<ZeroZeroOneEWSplitFn,Sudakov1to2FormFactor>
+describeHerwigZeroZeroOneEWSplitFn("Herwig::ZeroZeroOneEWSplitFn", "HwShower.so");
+
+
+void ZeroZeroOneEWSplitFn::Init() {
+
+ static ClassDocumentation<ZeroZeroOneEWSplitFn> documentation
+ ("The ZeroZeroOneEWSplitFn class implements purly beyond SM electroweak splittings H->H'V");
+
+ static Parameter<ZeroZeroOneEWSplitFn, double> interfaceCouplingValueIm
+ ("CouplingValue.Im",
+ "The numerical value (imaginary part) of the splitting coupling to be imported for BSM splittings",
+ &ZeroZeroOneEWSplitFn::_couplingValueIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<ZeroZeroOneEWSplitFn, double> interfaceCouplingValueRe
+ ("CouplingValue.Re",
+ "The numerical value (real part) of the splitting coupling to be imported for BSM splittings",
+ &ZeroZeroOneEWSplitFn::_couplingValueRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+}
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.h b/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.h
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroOneEWSplitFn.h
@@ -0,0 +1,256 @@
+// -*- C++ -*-
+#ifndef Herwig_ZeroZeroOneEWSplitFn_H
+#define Herwig_ZeroZeroOneEWSplitFn_H
+//
+// This is the declaration of the ZeroZeroOneEWSplitFn class.
+//
+
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The ZeroZeroOneEWSplitFn class implements the splitting function for
+ * \f$\1\to q\1 0\f$ where the spin-1 particles are the W / Z massive
+ * electroweak gauge bosons and the spin-0 particle is the massive Higgs
+ * boson.
+ *
+ * @see \ref ZeroZeroOneEWSplitFnInterfaces "The interfaces"
+ * defined for ZeroZeroOneEWSplitFn.
+ */
+class ZeroZeroOneEWSplitFn: public Sudakov1to2FormFactor {
+
+public:
+
+ /**
+ * Concrete implementation of the method to determine whether this splitting
+ * function can be used for a given set of particles.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual bool accept(const IdList & ids) const {
+ if(ids.size()!=3)
+ return false;
+ if(_couplingValueIm==0.&&_couplingValueRe==0.)
+ return false;
+ if(ids[0]->iCharge()!=ids[1]->iCharge()+ids[2]->iCharge())
+ return false;
+ if(ids[0]->iSpin()==PDT::Spin0 && ids[1]->iSpin()==PDT::Spin1 && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ else if(ids[0]->iSpin()==PDT::Spin0 && ids[1]->iSpin()==PDT::Spin0 && ids[2]->iSpin()==PDT::Spin1)
+ return true;
+ else
+ return false;
+ }
+
+ /**
+ * Methods to return the splitting function.
+ */
+ //@{
+ /**
+ * The concrete implementation of the overestimate of the splitting function,
+ * \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ Complex ghhv(0.,0.);
+ getCouplings(ghhv,ids);
+ return norm(ghhv)*2*z/(1.-z);
+ }
+
+ /**
+ * The concrete implementation of the
+ * the ratio of the splitting function to the overestimate, i.e.
+ * \f$P(z,t)/P_{\rm over}(z)\f$.
+ * @param z The energy fraction.
+ * @param t The scale.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param mass Whether or not to include the mass dependent terms
+ * @param rho The spin density matrix
+ */
+ virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
+ const bool mass, const RhoDMatrix & rho) const {
+ // ratio in the massless limit
+ double val = 1.;
+ // the massive limit
+ if(mass){
+ // get the running mass
+ double m0t2 = sqr(getParticleData(ids[0]->id())->mass())/t;
+ double m1t2 = sqr(getParticleData(ids[1]->id())->mass())/t;
+ double m2t2 = sqr(getParticleData(ids[2]->id())->mass())/t;
+ val += m0t2-(1./z)*m1t2+((1.-z)/(4.*z))*m2t2;
+ }
+ return val;
+ }
+
+ /**
+ * The concrete implementation of the indefinite integral of the
+ * overestimated splitting function, \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double integOverP(const double z, const IdList & ids,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ Complex ghhv(0.,0.);
+ getCouplings(ghhv,ids);
+ double pre = norm(ghhv)*2.;
+ return -pre*(z+log(1.-z));
+ }
+
+ /**
+ * The concrete implementation of the inverse of the indefinite integral.
+ * @param r Value of the splitting function to be inverted
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double invIntegOverP(const double r, const IdList & ids,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ Complex ghhv(0.,0.);
+ getCouplings(ghhv,ids);
+ double pre = norm(ghhv)*2.;
+ return 1.-exp(-(1.+r/pre));
+ }
+ //@}
+
+ /**
+ * Method to calculate the azimuthal angle
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiForward(const double z, const Energy2 t, const IdList & ids,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
+
+ /**
+ * Method to calculate the azimuthal angle for backward evolution
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
+ const RhoDMatrix &) {
+ // no dependence on the spin density matrix, dependence on off-diagonal terms cancels
+ // and rest = splitting function for Tr(rho)=1 as required by defn
+ return vector<pair<int, Complex> >(1,make_pair(0,1.));
+ }
+
+ /**
+ * Calculate the matrix element for the splitting
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ */
+ virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi, bool timeLike) {
+ Complex ghhv(0.,0.);
+ getCouplings(ghhv,ids);
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin0,PDT::Spin0,PDT::Spin1)));
+ double m0t2 = sqr(getParticleData(ids[0]->id())->mass())/t;
+ double m1t2 = sqr(getParticleData(ids[1]->id())->mass())/t;
+ double m2t2 = sqr(getParticleData(ids[2]->id())->mass())/t;
+ Complex phase = exp(Complex(0.,1.)*phi);
+ Complex cphase = conj(phase);
+ double sqrtmass = sqrt(m0t2*z*(1.-z)-m1t2*(1.-z)-m2t2*z+z*(1.-z));
+ // assign kernel
+ (*kernal)(0,0,0) = -phase*ghhv*sqrtmass/(1.-z); // 111
+ (*kernal)(1,0,0) = -sqrt(m2t2)*(1.+z)/sqrt(2.*(1.-z)); // 211 -> 411
+ (*kernal)(2,0,0) = cphase*ghhv*sqrtmass/(1.-z); // 311
+ // return the answer
+ return kernal;
+ }
+
+protected:
+
+ /**
+ * Get the couplings
+ */
+ void getCouplings(Complex & g, const IdList & ids) const {
+ g = Complex(_couplingValueRe,_couplingValueIm);
+ }
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ ZeroZeroOneEWSplitFn & operator=(const ZeroZeroOneEWSplitFn &) = delete;
+
+private:
+
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueIm = 0.;
+ double _couplingValueRe = 0.;
+};
+
+}
+
+#endif /* Herwig_ZeroZeroOneEWSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.cc b/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.cc
--- a/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.cc
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.cc
@@ -1,118 +1,30 @@
// -*- C++ -*-
//
// PhitoPhiGSplitFn.cc is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
//
// This is the implementation of the non-inlined, non-templated member
// functions of the ZeroZeroOneSplitFn class.
//
#include "ZeroZeroOneSplitFn.h"
#include "ThePEG/PDT/ParticleData.h"
#include "ThePEG/Interface/ClassDocumentation.h"
#include "ThePEG/Utilities/DescribeClass.h"
-#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
using namespace Herwig;
-DescribeNoPIOClass<ZeroZeroOneSplitFn,Herwig::SplittingFunction>
+DescribeNoPIOClass<ZeroZeroOneSplitFn,Herwig::Sudakov1to2FormFactor>
describeZeroZeroOneSplitFn ("Herwig::ZeroZeroOneSplitFn","HwShower.so");
void ZeroZeroOneSplitFn::Init() {
static ClassDocumentation<ZeroZeroOneSplitFn> documentation
("The ZeroZeroOneSplitFn class implements the splitting function for the "
"radiation of a gluon by a scalar coloured particle");
}
-
-double ZeroZeroOneSplitFn::P(const double z, const Energy2 t,
- const IdList &ids, const bool mass, const RhoDMatrix &) const {
- double val = z/(1.-z);
- if(mass) {
- Energy m = ids[0]->mass();
- val-= sqr(m)/t;
- }
- return 2.*colourFactor(ids)*val;
-}
-
-double ZeroZeroOneSplitFn::overestimateP(const double z,
- const IdList &ids) const {
- return 2.*colourFactor(ids)/(1.-z);
-}
-
-double ZeroZeroOneSplitFn::ratioP(const double z, const Energy2 t,
- const IdList &ids,const bool mass, const RhoDMatrix &) const {
- double val = z;
- if(mass) {
- Energy m = ids[0]->mass();
- val-=sqr(m)*(1.-z)/t;
- }
- return val;
-}
-
-double ZeroZeroOneSplitFn::integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- return -2.*colourFactor(ids)*log(1.-z);
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "ZeroZeroOneSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-double ZeroZeroOneSplitFn::invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor) const {
- switch(PDFfactor) {
- case 0:
- return 1. - exp(- 0.5*r/colourFactor(ids));
- case 1:
- case 2:
- case 3:
- default:
- throw Exception() << "ZeroZeroOneSplitFn::integOverP() invalid PDFfactor = "
- << PDFfactor << Exception::runerror;
- }
-}
-
-bool ZeroZeroOneSplitFn::accept(const IdList &ids) const {
- if(ids.size()!=3) return false;
- if(ids[0]!=ids[1]) return false;
- if(ids[0]->iSpin()!=PDT::Spin0 ||
- ids[2]->iSpin()!=PDT::Spin1) return false;
- return checkColours(ids);
-}
-
-vector<pair<int, Complex> >
-ZeroZeroOneSplitFn::generatePhiForward(const double, const Energy2, const IdList &,
- const RhoDMatrix &) {
- // scalar so no dependence
- return {{ {0, 1.} }};
-}
-
-vector<pair<int, Complex> >
-ZeroZeroOneSplitFn::generatePhiBackward(const double, const Energy2, const IdList &,
- const RhoDMatrix &) {
- // scalar so no dependence
- assert(false);
- return {{ {0, 1.} }};
-}
-
-DecayMEPtr ZeroZeroOneSplitFn::matrixElement(const double z, const Energy2 t,
- const IdList & ids, const double phi,
- bool timeLike) {
- // calculate the kernal
- DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin0,PDT::Spin0,PDT::Spin1)));
- Energy m = timeLike ? ids[0]->mass() : ZERO;
- (*kernal)(0,0,0) = -exp(Complex(0.,1.)*phi)*sqrt(1.-(1.-z)*sqr(m)/z/t)*sqrt(z/(1.-z));
- (*kernal)(0,0,2) = -conj((*kernal)(0,0,0));
- return kernal;
-}
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.h b/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.h
--- a/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.h
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroOneSplitFn.h
@@ -1,188 +1,213 @@
// -*- C++ -*-
//
// ZeroZeroOneSplitFn.h is a part of Herwig - A multi-purpose Monte Carlo event generator
// Copyright (C) 2002-2019 The Herwig Collaboration
//
// Herwig is licenced under version 3 of the GPL, see COPYING for details.
// Please respect the MCnet academic guidelines, see GUIDELINES for details.
//
#ifndef HERWIG_ZeroZeroOneSplitFn_H
#define HERWIG_ZeroZeroOneSplitFn_H
//
// This is the declaration of the ZeroZeroOneSplitFn class.
//
-#include "Herwig/Shower/QTilde/SplittingFunctions/SplittingFunction.h"
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
namespace Herwig {
using namespace ThePEG;
/** \ingroup Shower
* This class provides the concrete implementation of the exact leading-order
* splitting function for \f$\phi\to \phi g\f$.
*
* In this case the splitting function is given by
* \f[P(z,t) = 2C\left(\frac{z}{1-z}-\frac{m^2_\phi}{t}\right),\f]
* where \f$C\f$ is the corresponding colour factor.
* Our choice for the overestimate is
* \f[P_{\rm over}(z) = \frac{2C}{1-z},\f]
* therefore the integral is
* \f[\int P_{\rm over}(z) {\rm d}z = -2C\ln(1-z),\f]
* and its inverse is
* \f[1-\exp\left(\frac{r}{2C}\right).\f]
*
* @see \ref ZeroZeroOneSplitFnInterfaces "The interfaces"
* defined for ZeroZeroOneSplitFn.
*/
-class ZeroZeroOneSplitFn: public SplittingFunction {
+class ZeroZeroOneSplitFn: public Sudakov1to2FormFactor {
public:
/**
* Concrete implementation of the method to determine whether this splitting
* function can be used for a given set of particles.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual bool accept(const IdList & ids) const;
+ bool accept(const IdList & ids) const {
+ if(ids.size()!=3) return false;
+ if(ids[0]!=ids[1]) return false;
+ if(ids[0]->iSpin()!=PDT::Spin0 ||
+ ids[2]->iSpin()!=PDT::Spin1) return false;
+ return true;
+ }
/**
* Methods to return the splitting function.
*/
//@{
/**
- * The concrete implementation of the splitting function, \f$P\f$.
- * @param z The energy fraction.
- * @param t The scale.
- * @param ids The PDG codes for the particles in the splitting.
- * @param mass Whether or not to include the mass dependent terms
- * @param rho The spin density matrix
- */
- virtual double P(const double z, const Energy2 t, const IdList & ids,
- bool mass, const RhoDMatrix & rho) const;
-
- /**
* The concrete implementation of the overestimate of the splitting function,
* \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
*/
- virtual double overestimateP(const double z, const IdList & ids) const;
+ double overestimateP(const double z, const IdList & ) const {
+ return 2./(1.-z);
+ }
/**
* The concrete implementation of the
* the ratio of the splitting function to the overestimate, i.e.
* \f$P(z,\tilde{q}^2)/P_{\rm over}(z)\f$.
* @param z The energy fraction.
* @param t The scale.
* @param ids The PDG codes for the particles in the splitting.
* @param mass Whether or not to include the mass dependent terms
* @param rho The spin density matrix
*/
- virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
- bool mass, const RhoDMatrix & rho) const;
+ double ratioP(const double z, const Energy2 t,
+ const IdList & ids, const bool mass, const RhoDMatrix &) const {
+ double val = z;
+ if(mass) {
+ Energy m = ids[0]->mass();
+ val-=sqr(m)*(1.-z)/t;
+ }
+ return val;
+ }
/**
* The concrete implementation of the indefinite integral of the
* overestimated splitting function, \f$P_{\rm over}\f$.
* @param z The energy fraction.
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double integOverP(const double z, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ double integOverP(const double z, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ return -2.*log(1.-z);
+ }
/**
* The concrete implementation of the inverse of the indefinite integral.
* @param r Value of the splitting function to be inverted
* @param ids The PDG codes for the particles in the splitting.
* @param PDFfactor Which additional factor to include for the PDF
* 0 is no additional factor,
* 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
*/
- virtual double invIntegOverP(const double r, const IdList & ids,
- unsigned int PDFfactor=0) const;
+ double invIntegOverP(const double r, const IdList &,
+ unsigned int PDFfactor=0) const {
+ assert(PDFfactor==0);
+ return 1. - exp(- 0.5*r);
+ }
//@}
/**
* Method to calculate the azimuthal angle for forward evolution
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiForward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ vector<pair<int,Complex> >
+ generatePhiForward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // scalar so no dependence
+ return {{ {0, 1.} }};
+ }
+
/**
* Method to calculate the azimuthal angle for backward
* Shouldn't be needed and NOT IMPLEMENTED
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
* @return The weight
*/
- virtual vector<pair<int,Complex> >
- generatePhiBackward(const double z, const Energy2 t, const IdList & ids,
- const RhoDMatrix &);
+ vector<pair<int,Complex> >
+ generatePhiBackward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // scalar so no dependence
+ return {{ {0, 1.} }};
+ }
/**
* Calculate the matrix element for the splitting
* @param particle The particle which is branching
* @param showerkin The ShowerKinematics object
* @param z The energy fraction
* @param t The scale \f$t=2p_j\cdot p_k\f$.
* @param ids The PDG codes for the particles in the splitting.
* @param The azimuthal angle, \f$\phi\f$.
*/
- virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
- const IdList & ids, const double phi, bool timeLike);
+ DecayMEPtr matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi, bool timeLike) {
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin0,PDT::Spin0,PDT::Spin1)));
+ Energy m = timeLike ? ids[0]->mass() : ZERO;
+ (*kernal)(0,0,0) = -exp(Complex(0.,1.)*phi)*sqrt(1.-(1.-z)*sqr(m)/z/t)*sqrt(z/(1.-z));
+ (*kernal)(0,0,2) = -conj((*kernal)(0,0,0));
+ return kernal;
+ }
public:
/**
* The standard Init function used to initialize the interfaces.
* Called exactly once for each class by the class description system
* before the main function starts or
* when this class is dynamically loaded.
*/
static void Init();
protected:
/** @name Clone Methods. */
//@{
/**
* Make a simple clone of this object.
* @return a pointer to the new object.
*/
virtual IBPtr clone() const {return new_ptr(*this);}
/** Make a clone of this object, possibly modifying the cloned object
* to make it sane.
* @return a pointer to the new object.
*/
virtual IBPtr fullclone() const {return new_ptr(*this);}
//@}
private:
/**
* The assignment operator is private and must never be called.
* In fact, it should not even be implemented.
*/
ZeroZeroOneSplitFn & operator=(const ZeroZeroOneSplitFn &) = delete;
};
}
#endif /* HERWIG_ZeroZeroOneSplitFn_H */
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.cc b/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.cc
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.cc
@@ -0,0 +1,171 @@
+// -*- C++ -*-
+//
+// This is the implementation of the non-inlined, non-templated member
+// functions of the ZeroZeroZeroEWSplitFn class.
+//
+
+#include "ZeroZeroZeroEWSplitFn.h"
+#include "ThePEG/StandardModel/StandardModelBase.h"
+#include "ThePEG/Repository/EventGenerator.h"
+#include "ThePEG/Interface/ClassDocumentation.h"
+#include "ThePEG/Utilities/DescribeClass.h"
+#include "ThePEG/Persistency/PersistentOStream.h"
+#include "ThePEG/Persistency/PersistentIStream.h"
+#include "ThePEG/PDT/ParticleData.h"
+#include "Herwig/Decay/TwoBodyDecayMatrixElement.h"
+#include "Herwig/Models/StandardModel/SMFFHVertex.h"
+#include "ThePEG/Interface/Parameter.h"
+
+using namespace Herwig;
+
+IBPtr ZeroZeroZeroEWSplitFn::clone() const {
+ return new_ptr(*this);
+}
+
+IBPtr ZeroZeroZeroEWSplitFn::fullclone() const {
+ return new_ptr(*this);
+}
+
+void ZeroZeroZeroEWSplitFn::persistentOutput(PersistentOStream & os) const {
+ os << gw_ << _theSM << _couplingValueIm << _couplingValueRe;
+}
+
+void ZeroZeroZeroEWSplitFn::persistentInput(PersistentIStream & is, int) {
+ is >> gw_ >> _theSM >> _couplingValueIm >> _couplingValueRe;
+}
+
+// The following static variable is needed for the type description system in ThePEG.
+DescribeClass<ZeroZeroZeroEWSplitFn,Sudakov1to2FormFactor>
+describeHerwigZeroZeroZeroEWSplitFn("Herwig::ZeroZeroZeroEWSplitFn", "HwShower.so");
+
+void ZeroZeroZeroEWSplitFn::Init() {
+
+ static ClassDocumentation<ZeroZeroZeroEWSplitFn> documentation
+ ("The ZeroZeroZeroEWSplitFn class implements the splitting A->A'A''");
+
+ static Parameter<ZeroZeroZeroEWSplitFn, double> interfaceCouplingValueIm
+ ("CouplingValue.Im",
+ "The numerical value (imaginary part) of the splitting coupling to be imported for BSM splittings",
+ &ZeroZeroZeroEWSplitFn::_couplingValueIm, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+ static Parameter<ZeroZeroZeroEWSplitFn, double> interfaceCouplingValueRe
+ ("CouplingValue.Re",
+ "The numerical value (real part) of the splitting coupling to be imported for BSM splittings",
+ &ZeroZeroZeroEWSplitFn::_couplingValueRe, 0.0, -1.0E6, +1.0E6,
+ false, false, Interface::limited);
+
+}
+
+void ZeroZeroZeroEWSplitFn::doinit() {
+ Sudakov1to2FormFactor::doinit();
+ // set up parameters
+ tcSMPtr sm = generator()->standardModel();
+ double sw2 = sm->sin2ThetaW();
+ gw_ = 1./sqrt(sw2);
+ // SM cast
+ _theSM = dynamic_ptr_cast<tcHwSMPtr>(generator()->standardModel());
+}
+
+void ZeroZeroZeroEWSplitFn::getCouplings(Complex & g, const IdList & ids) const {
+ if(ids[0]->iSpin()==PDT::Spin0 && ids[0]->iSpin()==PDT::Spin0 && ids[0]->iSpin()==PDT::Spin0) {
+ // BSM cases, where the numerical value of the couplings are
+ // expected to be fed into the splitting functions
+ if(_couplingValueIm!=0.||_couplingValueRe!=0.) {
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()->
+ alphaEM(sqr(getParticleData(ParticleID::Z0)->mass())));
+ g = Complex(_couplingValueRe,_couplingValueIm)/e;
+ }
+ // SM case
+ else {
+ // running masses
+ Energy mW = getParticleData(ParticleID::Wplus)->mass();
+ Energy mH = getParticleData(ParticleID::h0)->mass();
+ g = Complex(0.,1.5*gw_*sqr(mH)/mW/GeV);
+ }
+ }
+ else
+ assert(false);
+}
+
+void ZeroZeroZeroEWSplitFn::getCouplings(Complex & g, const IdList & ids,
+ const Energy2 t) const {
+ if(ids[0]->iSpin()==PDT::Spin0 && ids[0]->iSpin()==PDT::Spin0 && ids[0]->iSpin()==PDT::Spin0) {
+ // BSM cases, where the numerical value of the couplings are
+ // expected to be fed into the splitting functions
+ if(_couplingValueIm!=0.||_couplingValueRe!=0.) {
+ double e = sqrt(4.*Constants::pi*generator()->standardModel()->alphaEM(t));
+ g = Complex(_couplingValueRe,_couplingValueIm)/e;
+ }
+ // SM case
+ else {
+ // running masses
+ Energy mW = _theSM->mass(t,getParticleData(ParticleID::Wplus));
+ Energy mH = _theSM->mass(t,getParticleData(ParticleID::h0));
+ g = Complex(0.,1.5*gw_*sqr(mH)/mW/GeV);
+ }
+ }
+ else
+ assert(false);
+}
+
+double ZeroZeroZeroEWSplitFn::integOverP(const double z,
+ const IdList & ids,
+ unsigned int PDFfactor) const {
+ Complex ghhh(0.,0.);
+ getCouplings(ghhh,ids);
+ double pre = norm(ghhh);
+ switch (PDFfactor) {
+ case 0: //OverP
+ return pre*(log(z)-log(1.-z))/2.;
+ case 1: //OverP/z
+ case 2: //OverP/(1-z)
+ case 3: //OverP/[z(1-z)]
+ default:
+ throw Exception() << "ZeroZeroZeroEWSplitFn::integOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+}
+
+double ZeroZeroZeroEWSplitFn::invIntegOverP(const double r, const IdList & ids,
+ unsigned int PDFfactor) const {
+ Complex ghhh(0.,0.);
+ getCouplings(ghhh,ids);
+ double pre = norm(ghhh);
+ switch (PDFfactor) {
+ case 0:
+ return exp(2.*r/pre)/(1.+exp(2.*r/pre));
+ case 1: //OverP/z
+ case 2: //OverP/(1-z)
+ case 3: //OverP/[z(1-z)]
+ default:
+ throw Exception() << "ZeroZeroZeroEWSplitFn::invIntegOverP() invalid PDFfactor = "
+ << PDFfactor << Exception::runerror;
+ }
+}
+
+bool ZeroZeroZeroEWSplitFn::accept(const IdList &ids) const {
+ if(ids.size()!=3)
+ return false;
+ if(ids[0]->mass()==0.*GeV)
+ return false;
+ if(ids[0]->iCharge()!=ids[1]->iCharge()+ids[2]->iCharge())
+ return false;
+ if(ids[0]->iSpin()==PDT::Spin0 && ids[1]->iSpin()==PDT::Spin0 && ids[2]->iSpin()==PDT::Spin0)
+ return true;
+ else
+ return false;
+}
+
+DecayMEPtr ZeroZeroZeroEWSplitFn::matrixElement(const double, const Energy2 t,
+ const IdList & ids, const double,
+ bool) {
+ // calculate the kernal
+ DecayMEPtr kernal(new_ptr(TwoBodyDecayMatrixElement(PDT::Spin0,PDT::Spin0,PDT::Spin0)));
+ Complex ghhh(0.,0.);
+ getCouplings(ghhh,ids,t);
+ double sqrtt = sqrt(t)/GeV;
+ (*kernal)(0,0,0) = ghhh/sqrt(2)/sqrtt;
+ // return the answer
+ return kernal;
+}
diff --git a/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.h b/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.h
new file mode 100644
--- /dev/null
+++ b/Shower/QTilde/SplittingFunctions/ZeroZeroZeroEWSplitFn.h
@@ -0,0 +1,231 @@
+// -*- C++ -*-
+#ifndef Herwig_ZeroZeroZeroEWSplitFn_H
+#define Herwig_ZeroZeroZeroEWSplitFn_H
+//
+// This is the declaration of the ZeroZeroZeroEWSplitFn class.
+//
+
+#include "Sudakov1to2FormFactor.h"
+#include "Herwig/Models/StandardModel/StandardModel.h"
+
+namespace Herwig {
+
+using namespace ThePEG;
+
+/**
+ * The ZeroZeroZeroEWSplitFn class implements the splitting function for
+ * \f$\frac12\to q\frac12 h\f$ where the spin-0 higgs particle is a massive scalar boson.
+ *
+ * @see \ref ZeroZeroZeroEWSplitFnInterfaces "The interfaces"
+ * defined for ZeroZeroZeroEWSplitFn.
+ */
+class ZeroZeroZeroEWSplitFn: public Sudakov1to2FormFactor {
+
+public:
+
+ /**
+ * Concrete implementation of the method to determine whether this splitting
+ * function can be used for a given set of particles.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual bool accept(const IdList & ids) const;
+
+ /**
+ * Methods to return the splitting function.
+ */
+ //@{
+ /**
+ * The concrete implementation of the overestimate of the splitting function,
+ * \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ virtual double overestimateP(const double z, const IdList & ids) const {
+ Complex ghhh(0.,0.);
+ getCouplings(ghhh,ids);
+ return norm(ghhh)/(2.*z*(1.-z));
+ }
+
+ /**
+ * The concrete implementation of the
+ * the ratio of the splitting function to the overestimate, i.e.
+ * \f$P(z,t)/P_{\rm over}(z)\f$.
+ * @param z The energy fraction.
+ * @param t The scale.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param mass Whether or not to include the mass dependent terms
+ * @param rho The spin density matrix
+ */
+ virtual double ratioP(const double z, const Energy2 t, const IdList & ids,
+ const bool mass, const RhoDMatrix & rho) const {
+ return z*(1.-z)/t*GeV2;
+ }
+
+ /**
+ * The concrete implementation of the indefinite integral of the
+ * overestimated splitting function, \f$P_{\rm over}\f$.
+ * @param z The energy fraction.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double integOverP(const double z, const IdList & ids,
+ unsigned int PDFfactor=0) const;
+
+ /**
+ * The concrete implementation of the inverse of the indefinite integral.
+ * @param r Value of the splitting function to be inverted
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param PDFfactor Which additional factor to include for the PDF
+ * 0 is no additional factor,
+ * 1 is \f$1/z\f$, 2 is \f$1/(1-z)\f$ and 3 is \f$1/z/(1-z)\f$
+ */
+ virtual double invIntegOverP(const double r, const IdList & ids,
+ unsigned int PDFfactor=0) const;
+ //@}
+
+ /**
+ * Method to calculate the azimuthal angle
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiForward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // scalar so no dependence
+ return {{ {0, 1.} }};
+ }
+
+ /**
+ * Method to calculate the azimuthal angle for backward evolution
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ * @return The weight
+ */
+ virtual vector<pair<int,Complex> >
+ generatePhiBackward(const double, const Energy2, const IdList &,
+ const RhoDMatrix &) {
+ // scalar so no dependence
+ assert(false);
+ return {{ {0, 1.} }};
+ }
+
+ /**
+ * Calculate the matrix element for the splitting
+ * @param z The energy fraction
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param The azimuthal angle, \f$\phi\f$.
+ */
+ virtual DecayMEPtr matrixElement(const double z, const Energy2 t,
+ const IdList & ids, const double phi, bool timeLike);
+
+protected:
+
+ /**
+ * Get the couplings
+ * @param g The couplings ( for the SM case, this is g_SM/(e*mH^2) )
+ * @param ids The PDG codes for the particles in the splitting.
+ */
+ void getCouplings(Complex & g, const IdList & ids) const;
+
+ /**
+ * Get the couplings with running masses
+ * @param g The couplings ( for the SM case, this is g_SM/(e*mH^2) )
+ * @param ids The PDG codes for the particles in the splitting.
+ * @param t The scale \f$t=2p_j\cdot p_k\f$.
+ */
+ void getCouplings(Complex & g, const IdList & ids, const Energy2 t) const;
+
+public:
+
+ /** @name Functions used by the persistent I/O system. */
+ //@{
+ /**
+ * Function used to write out object persistently.
+ * @param os the persistent output stream written to.
+ */
+ void persistentOutput(PersistentOStream & os) const;
+
+ /**
+ * Function used to read in object persistently.
+ * @param is the persistent input stream read from.
+ * @param version the version number of the object when written.
+ */
+ void persistentInput(PersistentIStream & is, int version);
+ //@}
+
+ /**
+ * The standard Init function used to initialize the interfaces.
+ * Called exactly once for each class by the class description system
+ * before the main function starts or
+ * when this class is dynamically loaded.
+ */
+ static void Init();
+
+protected:
+
+ /** @name Clone Methods. */
+ //@{
+ /**
+ * Make a simple clone of this object.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr clone() const;
+
+ /** Make a clone of this object, possibly modifying the cloned object
+ * to make it sane.
+ * @return a pointer to the new object.
+ */
+ virtual IBPtr fullclone() const;
+ //@}
+
+protected:
+
+ /** @name Standard Interfaced functions. */
+ //@{
+ /**
+ * Initialize this object after the setup phase before saving an
+ * EventGenerator to disk.
+ * @throws InitException if object could not be initialized properly.
+ */
+ virtual void doinit();
+ //@}
+
+private:
+
+ /**
+ * The assignment operator is private and must never be called.
+ * In fact, it should not even be implemented.
+ */
+ ZeroZeroZeroEWSplitFn & operator=(const ZeroZeroZeroEWSplitFn &) = delete;
+
+private:
+
+ /**
+ * 1 / sin theta_w
+ */
+ double gw_;
+
+ /**
+ * numerical value of the splitting coupling to be imported for BSM splittings
+ */
+ double _couplingValueIm = 0.;
+ double _couplingValueRe = 0.;
+
+ /**
+ * Pointer to the SM object.
+ */
+ tcHwSMPtr _theSM;
+
+};
+
+}
+
+#endif /* Herwig_ZeroZeroZeroEWSplitFn_H */
diff --git a/Tests/Analysis/MC_EEtoEEX.cc b/Tests/Analysis/MC_EEtoEEX.cc
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_EEtoEEX.cc
@@ -0,0 +1,205 @@
+// -*- C++ -*-
+#include "Rivet/Analysis.hh"
+#include "Rivet/Projections/FinalState.hh"
+#include "Rivet/Projections/UnstableParticles.hh"
+#include "Rivet/Projections/Beam.hh"
+
+namespace Rivet {
+
+
+ /// @brief MC analysis of e+e- > e+e- X via gamma gamma
+ class MC_EEtoEEX : public Analysis {
+ public:
+
+ /// Constructor
+ RIVET_DEFAULT_ANALYSIS_CTOR(MC_EEtoEEX);
+
+
+ /// @name Analysis methods
+ ///@{
+
+ /// Book histograms and initialise projections before the run
+ void init() {
+ // Initialise and register projections
+ declare(Beam(), "Beams");
+ declare(FinalState(),"FS");
+ declare(UnstableParticles(), "UFS");
+ // book the histograms
+ vector<double> thresholds={0.,2.*.1349770,2.*.13957061,2.*.497611,2.*.493677,2.*.93827,
+ 2.*1.86483,2.*1.86965,2.*5.27963,2.*5.27932};
+ _h_m.resize(thresholds.size(),vector<Histo1DPtr>(4));
+ for(unsigned int ix=0;ix<_h_m.size();++ix) {
+ book(_h_m[ix][0],"h_m_"+toString(ix)+"_0",100,thresholds[ix],20.);
+ book(_h_m[ix][1],"h_m_"+toString(ix)+"_1",100,thresholds[ix],thresholds[ix]+2.);
+ if(thresholds[ix]<4.6) book(_h_m[ix][2],"h_m_"+toString(ix)+"_2",100,2.6,4.6);
+ if(thresholds[ix]<11.) book(_h_m[ix][3],"h_m_"+toString(ix)+"_3",100,9.,11.);
+ }
+ _h_onium.resize(2,vector<Histo1DPtr>(3));
+ for(unsigned int ix=0;ix<_h_onium.size();++ix) {
+ for(unsigned int iy=0;iy<_h_onium[ix].size();++iy)
+ book(_h_onium[ix][iy],"h_onium_"+toString(ix)+"_"+toString(iy),4,0.5,4.5);
+ }
+ }
+
+ void findChildren(const Particle & p,map<long,int> & nRes, int &ncount) {
+ for (const Particle &child : p.children()) {
+ if (child.children().empty()) {
+ --nRes[child.pid()];
+ --ncount;
+ } else {
+ findChildren(child,nRes,ncount);
+ }
+ }
+ }
+
+ bool findScattered(Particle beam, double& q2, Particle & scat) {
+ bool found = false;
+ scat = beam;
+ while (!scat.children().empty()) {
+ found = false;
+ for (const Particle & p : scat.children()) {
+ if (p.pid()==scat.pid()) {
+ scat=p;
+ found=true;
+ break;
+ }
+ }
+ if (!found) break;
+ }
+ if (!found) return false;
+ q2 = -(beam.momentum() - scat.momentum()).mass2();
+ return true;
+ }
+
+ void fillHistos(const vector<Histo1DPtr> & histos, double value) {
+ for(unsigned int ix=0;ix<histos.size();++ix)
+ if(histos[ix]) histos[ix]->fill(value);
+ }
+
+ /// Perform the per-event analysis
+ void analyze(const Event& event) {
+ // find scattered leptons and calc Q2
+ const Beam& beams = apply<Beam>(event, "Beams");
+ double q12 = -1, q22 = -1;
+ pair<Particle,Particle> scattered;
+ if (!findScattered(beams.beams().first, q12,scattered.first )) vetoEvent;
+ if (!findScattered(beams.beams().second, q22,scattered.second)) vetoEvent;
+ // check the final state
+ const FinalState & fs = apply<FinalState>(event, "FS");
+ map<long,int> nCount;
+ int ntotal(0);
+ FourMomentum pTotal;
+ for (const Particle& p : fs.particles()) {
+ if(p.isSame(scattered.first) || p.isSame(scattered.second)) continue;
+ nCount[p.pid()] += 1;
+ ++ntotal;
+ pTotal+=p.momentum();
+ }
+ // histograms of the mass of the gamma gamma system
+ double W = pTotal.mass();
+ // all cases
+ for(unsigned int iy=0;iy<_h_m[0].size();++iy) _h_m[0][iy]->fill(W);
+ // various 2 particle systems
+ if(ntotal==2) {
+ if(nCount[111]==2)
+ fillHistos(_h_m[1],W);
+ else if(nCount[211]==1 && nCount[-211]==1)
+ fillHistos(_h_m[2],W);
+ else if(nCount[130]+nCount[310]+nCount[311]+nCount[-311]==2)
+ fillHistos(_h_m[3],W);
+ else if(nCount[321]==1 && nCount[-321]==1)
+ fillHistos(_h_m[4],W);
+ else if(nCount[2212]==1 && nCount[-2212]==1)
+ fillHistos(_h_m[5],W);
+ }
+ // heavy meson 2 body states
+ const FinalState& ufs = apply<FinalState>(event, "UFS");
+ vector<int> heavy={421,411,511,521};
+ bool matched = false;
+ for(unsigned int ix=0;ix<heavy.size();++ix) {
+ int pid = heavy[ix];
+ for (const Particle& p1 : ufs.particles(Cuts::pid==pid)) {
+ // find the children
+ map<long,int> nRes = nCount;
+ int ncount = ntotal;
+ findChildren(p1,nRes,ncount);
+ for(const Particle & p2 : ufs.particles(Cuts::pid==-pid)) {
+ map<long,int> nRes2 = nRes;
+ int ncount2 = ncount;
+ findChildren(p2,nRes2,ncount2);
+ if(ncount2!=0) continue;
+ matched=true;
+ for(auto const & val : nRes2) {
+ if(val.second!=0) {
+ matched = false;
+ break;
+ }
+ }
+ if(matched) {
+ fillHistos(_h_m[6+ix],W);
+ }
+ }
+ if(matched) break;
+ }
+ if(matched) break;
+ }
+ // onium resonances
+ vector<int> states = {1,10001,5,10005};
+ matched = false;
+ for(unsigned int iq=4;iq<6;++iq) {
+ for(unsigned int n=0;n<3;++n) {
+ for(unsigned int is=0;is<4;++is) {
+ int id = iq*110+states[is]+n*100000;
+ for (const Particle& p : ufs.particles(Cuts::pid==id)) {
+ if(p.children().empty()) continue;
+ map<long,int> nRes = nCount;
+ int ncount = ntotal;
+ findChildren(p,nRes,ncount);
+ bool matched = true;
+ for(auto const & val : nRes) {
+ if(val.second!=0) {
+ matched = false;
+ break;
+ }
+ }
+ if (matched) {
+ _h_onium[iq-4][n]->fill(is+1);
+ break;
+ }
+ }
+ if(matched) break;
+ }
+ if(matched) break;
+ }
+ if(matched) break;
+ }
+ }
+
+
+ /// Normalise histograms etc., after the run
+ void finalize() {
+ // normalize the cross sections
+ for(const vector<Histo1DPtr> & hv : _h_m)
+ for(const Histo1DPtr & hist : hv)
+ scale(hist, crossSection()/picobarn/sumW());
+ for(const vector<Histo1DPtr> & hv : _h_onium)
+ for(const Histo1DPtr & hist : hv)
+ scale(hist, crossSection()/picobarn/sumW());
+ }
+
+ ///@}
+
+
+ /// @name Histograms
+ ///@{
+ vector<vector<Histo1DPtr>> _h_m;
+ vector<vector<Histo1DPtr> > _h_onium;
+ ///@}
+
+
+ };
+
+
+ RIVET_DECLARE_PLUGIN(MC_EEtoEEX);
+
+}
diff --git a/Tests/Analysis/MC_EEtoEEX.info b/Tests/Analysis/MC_EEtoEEX.info
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_EEtoEEX.info
@@ -0,0 +1,13 @@
+Name: MC_EEtoEEX
+Year: <Insert year of publication>
+Summary: MC analysis of $e^+e^-\to e^+e^- X$ via $\gamma\gamma$
+Status: VALIDATED
+Authors:
+ - Peter Richardson <peter.richardson@durham.ac.uk>
+RunInfo: e+e- > e+e- X via gamma gamma
+Beams: [e+, e-]
+Description:
+ 'MC analysis of $e^+e^-\to e^+e^- X$ via $\gamma\gamma$'
+#ReleaseTests:
+# - $A my-hepmc-prefix :MODE=some_rivet_flag
+Keywords: []
diff --git a/Tests/Analysis/MC_EEtoEEX.plot b/Tests/Analysis/MC_EEtoEEX.plot
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_EEtoEEX.plot
@@ -0,0 +1,73 @@
+BEGIN PLOT /MC_EEtoEEX/h_m
+XLabel=$W$ [GeV]
+YLabel=$1/\sigma\text{d}\sigma/\text{d}W$ [$\text{pb}/\text{GeV}$]
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_0
+Title=Mass of the $\gamma\gamma$ system
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_1
+Title=Mass of the $\pi^0\pi^0$ system in $e^+e^-\to e^+e^- \pi^0\pi^0$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_2
+Title=Mass of the $\pi^+\pi^-$ system in $e^+e^-\to e^+e^- \pi^+\pi^-$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_3
+Title=Mass of the $K^0\bar{K}^0$ system in $e^+e^-\to e^+e^- K^0\bar{K}^0$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_4
+Title=Mass of the $K^+K^-$ system in $e^+e^-\to e^+e^- K^+K^-$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_5
+Title=Mass of the $p\bar{p}$ system in $e^+e^-\to e^+e^- p\bar{p}$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_6
+Title=Mass of the $D^0\bar{D}^0$ system in $e^+e^-\to e^+e^- D^0\bar{D}^0$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_7
+Title=Mass of the $D^+D^-$ system in $e^+e^-\to e^+e^- D^+D^-$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_8
+Title=Mass of the $B^0\bar{B}^0$ system in $e^+e^-\to e^+e^- B^0\bar{B}^0$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_m_9
+Title=Mass of the $B^+B^-$ system in $e^+e^-\to e^+e^- B^+B^-$
+END PLOT
+
+
+BEGIN PLOT /MC_EEtoEEX/h_onium_0_0
+LogY=0
+Title=Cross section for charmonium production ($n=1$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_c(1S)$ 2 $\chi_{c0}(1P)$ 3 $\chi_{c2}(1P)$ 4 $\eta_{c2}(1D)$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_onium_0_1
+LogY=0
+Title=Cross section for charmonium production ($n=2$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_c(2S)$ 2 $\chi_{c0}(2P)$ 3 $\chi_{c2}(2P)$ 4 $\eta_{c2}(2D)$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_onium_0_2
+LogY=0
+Title=Cross section for charmonium production ($n=3$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_c(3S)$ 2 $\chi_{c0}(3P)$ 3 $\chi_{c2}(3P)$ 4 $\eta_{c2}(3D)$
+END PLOT
+
+BEGIN PLOT /MC_EEtoEEX/h_onium_1_0
+LogY=0
+Title=Cross section for bottomonium production ($n=1$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_b(1S)$ 2 $\chi_{b0}(1P)$ 3 $\chi_{b2}(1P)$ 4 $\eta_{b2}(1D)$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_onium_1_1
+LogY=0
+Title=Cross section for bottomonium production ($n=2$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_b(2S)$ 2 $\chi_{b0}(2P)$ 3 $\chi_{b2}(2P)$ 4 $\eta_{b2}(2D)$
+END PLOT
+BEGIN PLOT /MC_EEtoEEX/h_onium_1_2
+LogY=0
+Title=Cross section for bottomonium production ($n=3$)
+YLabel=$\sigma$ [pb]
+XCustomMajorTicks=1. $\eta_b(3S)$ 2 $\chi_{b0}(3P)$ 3 $\chi_{b2}(3P)$ 4 $\eta_{b2}(3D)$
+END PLOT
\ No newline at end of file
diff --git a/Tests/Analysis/MC_Hadron_Onium.cc b/Tests/Analysis/MC_Hadron_Onium.cc
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Hadron_Onium.cc
@@ -0,0 +1,73 @@
+// -*- C++ -*-
+#include "Rivet/Analysis.hh"
+#include "Rivet/Projections/FinalState.hh"
+#include "Rivet/Projections/UnstableParticles.hh"
+
+namespace Rivet {
+
+
+ /// @brief MC analysis of quarkonium production
+ class MC_Hadron_Onium : public Analysis {
+ public:
+
+ /// Constructor
+ RIVET_DEFAULT_ANALYSIS_CTOR(MC_Hadron_Onium);
+
+
+ /// @name Analysis methods
+ ///@{
+
+ /// Book histograms and initialise projections before the run
+ void init() {
+ declare(UnstableParticles(), "UFS");
+ vector<long> states ={441,10441,100441,443,10443,20443,100443,30443,445,100445,20445,447,
+ 551,10551,100551,110551,200551,210551,553,10553,20553,100553,30553,110553,
+ 120553,130553,200553,210553,220553,300553,555,10555,20555,100555,120555,200555,557,100557,
+ 541,10541,543,10543,20543,545,10545,20545,547,100541,100543,30543,
+ 4403,5503,5401,5403,
+ 511,521,531,411,421,431,
+ 513,523,533,413,423,433};
+ for( long pid : states ) {
+ book(_h_pT[pid],"h_pT_"+to_string(pid),100,0.,100.);
+ book(_h_y[pid],"h_y_"+to_string(pid),100,-10.,10. );
+ }
+ }
+
+
+ /// Perform the per-event analysis
+ void analyze(const Event& event) {
+ Particles particles = apply<UnstableParticles>(event,"UFS").particles();
+ for(auto p : particles) {
+ map<long,Histo1DPtr>::const_iterator loc = _h_pT.find(p.abspid());
+ if(loc!=_h_pT.end())
+ loc->second->fill(p.momentum().perp());
+ loc = _h_y.find(p.abspid());
+ if(loc!=_h_y.end())
+ loc->second->fill(p.momentum().rapidity());
+ }
+ }
+
+
+ /// Normalise histograms etc., after the run
+ void finalize() {
+ for(const auto& kv: _h_pT)
+ scale(kv.second, crossSection()/picobarn/sumW());
+ for(const auto& kv: _h_y )
+ scale(kv.second, crossSection()/picobarn/sumW());
+ }
+
+ ///@}
+
+
+ /// @name Histograms
+ ///@{
+ map<long,Histo1DPtr> _h_pT,_h_y;
+ ///@}
+
+
+ };
+
+
+ RIVET_DECLARE_PLUGIN(MC_Hadron_Onium);
+
+}
diff --git a/Tests/Analysis/MC_Hadron_Onium.info b/Tests/Analysis/MC_Hadron_Onium.info
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Hadron_Onium.info
@@ -0,0 +1,9 @@
+Name: MC_Hadron_Onium
+Summary: Simple MC analysis of quarkonium production in hadronic collisions
+Status: VALIDATED
+Reentrant: true
+Authors:
+ - Peter Richardson <peter.richardson@durhama.ac.uk>
+Description:
+ 'Simple Monte Carlo analysis of quarkonium production in hadronic collisions, just plots the $p_\perp$ and rapidity of the various states.'
+Keywords: []
diff --git a/Tests/Analysis/MC_Hadron_Onium.plot b/Tests/Analysis/MC_Hadron_Onium.plot
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Hadron_Onium.plot
@@ -0,0 +1,9 @@
+BEGIN PLOT /MC_Hadron_Onium/h_pT
+XLabel=$p_\perp$ [GeV]
+YLabel=${\rm d} \sigma/{\rm d}p_\perp$ [$\text{pb}/\text{GeV}$]
+END PLOT
+BEGIN PLOT /MC_Hadron_Onium/h_y
+LogY=0
+XLabel=$y$
+YLabel=${\rm d} \sigma/{\rm d}y$ [pb]
+END PLOT
diff --git a/Tests/Analysis/MC_Simple_Onium.cc b/Tests/Analysis/MC_Simple_Onium.cc
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Simple_Onium.cc
@@ -0,0 +1,69 @@
+// -*- C++ -*-
+#include "Rivet/Analysis.hh"
+#include "Rivet/Projections/FinalState.hh"
+#include "Rivet/Projections/UnstableParticles.hh"
+
+namespace Rivet {
+
+
+ /// @brief MC analysis for onium spectra in e+e-
+ class MC_Simple_Onium : public Analysis {
+ public:
+
+ /// Constructor
+ RIVET_DEFAULT_ANALYSIS_CTOR(MC_Simple_Onium);
+
+
+ /// @name Analysis methods
+ ///@{
+
+ /// Book histograms and initialise projections before the run
+ void init() {
+
+ // Initialise and register projections
+
+ declare(UnstableParticles(),"UFS");
+ // Book histograms
+ vector<long> states ={441,10441,100441,443,10443,20443,100443,30443,445,100445,20445,447,
+ 551,10551,100551,110551,200551,210551,553,10553,20553,100553,30553,110553,
+ 120553,130553,200553,210553,220553,300553,555,10555,20555,100555,120555,200555,557,100557,
+ 541,10541,543,10543,20543,545,10545,20545,547,100541,100543,30543,
+ 4403,5503,5401,5403};
+ for( long pid : states ) {
+ book(_h[pid],"h_"+to_string(pid),100,0.,1.);
+ }
+ }
+
+
+ /// Perform the per-event analysis
+ void analyze(const Event& event) {
+ for(const Particle & p : apply<UnstableParticles>(event,"UFS").particles()) {
+ map<long,Histo1DPtr>::const_iterator loc = _h.find(p.abspid());
+ if(loc!=_h.end())
+ loc->second->fill(2.*p.momentum().E()/sqrtS());
+ }
+ }
+
+
+ /// Normalise histograms etc., after the run
+ void finalize() {
+ for (const auto & kv : _h) {
+ scale(kv.second,0.5/sumW());
+ }
+ }
+
+ ///@}
+
+
+ /// @name Histograms
+ ///@{
+ map<long,Histo1DPtr> _h;
+ ///@}
+
+
+ };
+
+
+ RIVET_DECLARE_PLUGIN(MC_Simple_Onium);
+
+}
diff --git a/Tests/Analysis/MC_Simple_Onium.info b/Tests/Analysis/MC_Simple_Onium.info
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Simple_Onium.info
@@ -0,0 +1,16 @@
+Name: MC_Simple_Onium
+Summary: Simple analysis for quarkonium spectra for testing
+Status: VALIDATED
+Authors:
+ - Peter Richardson <peter.richardson@durham.ac.uk>
+RunInfo: e+ e- to hadrons
+Beams: [e+, e-]
+Description:
+ 'Spectra for quarkonium states in $e^+e^-$ collisions for testing.'
+ValidationInfo:
+ 'Herwig 7 events vs analytic formulae'
+#ReleaseTests:
+# - $A my-hepmc-prefix :MODE=some_rivet_flag
+Keywords: []
+BibKey:
+BibTeX: ''
diff --git a/Tests/Analysis/MC_Simple_Onium.plot b/Tests/Analysis/MC_Simple_Onium.plot
new file mode 100644
--- /dev/null
+++ b/Tests/Analysis/MC_Simple_Onium.plot
@@ -0,0 +1,30 @@
+BEGIN PLOT /MC_Simple_Onium
+LogY=0
+YLabel=D(z)
+XLabel=z
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_541
+Title=$B_c^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_543
+Title=$B^*_c^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_10541
+Title=$B^*_{c0}^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_545
+Title=$B^*_{c2}^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_10543
+Title=$B_{c1}^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_20543
+Title=$B^\prime_{c1}^-$ fragmentation function
+END PLOT
+BEGIN PLOT /MC_Simple_Onium/h_441
+Title=$\eta_c$ fragmentation function
+END PLOT
+
+BEGIN PLOT /MC_Simple_Onium/h_443
+Title=$J/\psi$ fragmentation function
+END PLOT
diff --git a/Tests/Makefile.am b/Tests/Makefile.am
--- a/Tests/Makefile.am
+++ b/Tests/Makefile.am
@@ -1,397 +1,416 @@
AM_LDFLAGS += -module -avoid-version -rpath /dummy/path/not/used
EXTRA_DIST = Inputs python Rivet
EXTRA_LTLIBRARIES = LeptonTest.la GammaTest.la HadronTest.la DISTest.la
if WANT_LIBFASTJET
EXTRA_LTLIBRARIES += HadronJetTest.la LeptonJetTest.la
HadronJetTest_la_SOURCES = \
Hadron/VHTest.h Hadron/VHTest.cc\
Hadron/VTest.h Hadron/VTest.cc\
Hadron/HTest.h Hadron/HTest.cc
HadronJetTest_la_CPPFLAGS = $(AM_CPPFLAGS) $(FASTJETINCLUDE) \
-I$(FASTJETPATH)
HadronJetTest_la_LIBADD = $(FASTJETLIBS)
LeptonJetTest_la_SOURCES = \
Lepton/TopDecay.h Lepton/TopDecay.cc
LeptonJetTest_la_CPPFLAGS = $(AM_CPPFLAGS) $(FASTJETINCLUDE) \
-I$(FASTJETPATH)
LeptonJetTest_la_LIBADD = $(FASTJETLIBS)
endif
LeptonTest_la_SOURCES = \
Lepton/VVTest.h Lepton/VVTest.cc \
Lepton/VBFTest.h Lepton/VBFTest.cc \
Lepton/VHTest.h Lepton/VHTest.cc \
Lepton/FermionTest.h Lepton/FermionTest.cc
GammaTest_la_SOURCES = \
Gamma/GammaMETest.h Gamma/GammaMETest.cc \
Gamma/GammaPMETest.h Gamma/GammaPMETest.cc
DISTest_la_SOURCES = \
DIS/DISTest.h DIS/DISTest.cc
HadronTest_la_SOURCES = \
Hadron/HadronVVTest.h Hadron/HadronVVTest.cc\
Hadron/HadronVBFTest.h Hadron/HadronVBFTest.cc\
Hadron/WHTest.h Hadron/WHTest.cc\
Hadron/ZHTest.h Hadron/ZHTest.cc\
Hadron/VGammaTest.h Hadron/VGammaTest.cc\
Hadron/ZJetTest.h Hadron/ZJetTest.cc\
Hadron/WJetTest.h Hadron/WJetTest.cc\
Hadron/QQHTest.h Hadron/QQHTest.cc
REPO = $(top_builddir)/src/HerwigDefaults.rpo
HERWIG = $(top_builddir)/src/Herwig
HWREAD = $(HERWIG) read --repo $(REPO) -L $(builddir)/.libs -i $(top_builddir)/src
HWBUILD = $(HERWIG) build --repo $(REPO) -L $(builddir)/.libs -i $(top_builddir)/src
HWINTEGRATE = $(HERWIG) integrate
HWRUN = $(HERWIG) run -N $${NUMEVENTS:-10000}
tests : tests-LEP tests-DIS tests-LHC tests-Gamma
LEPDEPS = \
test-LEP-VV \
test-LEP-VH \
test-LEP-VBF \
test-LEP-BB \
test-LEP-Quarks \
test-LEP-Leptons
if WANT_LIBFASTJET
LEPDEPS += test-LEP-TopDecay
endif
tests-LEP : $(LEPDEPS)
tests-DIS : test-DIS-Charged test-DIS-Neutral
LHCDEPS = \
test-LHC-WW test-LHC-WZ test-LHC-ZZ \
test-LHC-ZGamma test-LHC-WGamma \
test-LHC-ZH test-LHC-WH \
test-LHC-ZJet test-LHC-WJet \
test-LHC-Z test-LHC-W \
test-LHC-ZZVBF test-LHC-VBF \
test-LHC-WWVBF \
test-LHC-bbH test-LHC-ttH \
test-LHC-GammaGamma test-LHC-GammaJet \
test-LHC-Higgs test-LHC-HiggsJet \
test-LHC-QCDFast test-LHC-QCD \
test-LHC-Top
if WANT_LIBFASTJET
LHCDEPS += \
test-LHC-Bottom \
test-LHC-WHJet test-LHC-ZHJet test-LHC-HJet \
test-LHC-ZShower test-LHC-WShower \
test-LHC-WHJet-Powheg test-LHC-ZHJet-Powheg test-LHC-HJet-Powheg \
test-LHC-ZShower-Powheg test-LHC-WShower-Powheg
endif
tests-LHC : $(LHCDEPS)
tests-Gamma : test-Gamma-FF test-Gamma-WW test-Gamma-P
LEPLIBS = LeptonTest.la
HADLIBS = HadronTest.la
if WANT_LIBFASTJET
LEPLIBS += LeptonJetTest.la
HADLIBS += HadronJetTest.la
endif
test-LEP-% : Inputs/LEP-%.in $(LEPLIBS)
$(HWREAD) $<
$(HWRUN) $(notdir $(subst .in,.run,$<))
test-Gamma-% : Inputs/Gamma-%.in GammaTest.la
$(HWREAD) $<
$(HWRUN) $(notdir $(subst .in,.run,$<))
test-DIS-% : Inputs/DIS-%.in DISTest.la
$(HWREAD) $<
$(HWRUN) $(notdir $(subst .in,.run,$<))
test-LHC-% : Inputs/LHC-%.in GammaTest.la $(HADLIBS)
$(HWREAD) $<
$(HWRUN) $(notdir $(subst .in,.run,$<))
tests-Rivet : Rivet-EE Rivet-DIS Rivet-Fixed \
Rivet-TVT-WZ Rivet-TVT-Photon Rivet-TVT-Jets \
Rivet-LHC-Jets Rivet-LHC-EW Rivet-LHC-Photon Rivet-LHC-Higgs
Rivet-%-UE-Cent.yoda : Rivet-%-UE-Cent.run Rivet-%-Cent.run
rm -rf $(subst .yoda,,$@)
mkdir $(subst .yoda,,$@)
mv $(subst .yoda,.run,$@) $(subst UE-,,$(subst .yoda,.run,$@)) $(subst .yoda,,$@)
cd $(subst .yoda,,$@); ../$(HWRUN) $(subst UE-,,$(subst .yoda,.run,$@)); mv $(subst UE-,,$@) ALICE_2015_PPCentrality.yoda
cd $(subst .yoda,,$@); export RIVET_ANALYSIS_PATH=`pwd`; ../$(HWRUN) $(subst .yoda,.run,$@)
mv $(subst .yoda,,$@)/$@ .
rm -rf $(subst .yoda,,$@)
Rivet-%.run : Rivet/%.in
- $(HWBUILD) -c .cache/$(subst .run,,$@) $<
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWBUILD) -c .cache/$(subst .run,,$@) $<
Rivet-Matchbox-%.yoda : Rivet-Matchbox-%.run
- $(HWINTEGRATE) -c .cache/$(subst .run,,$<) $<
- $(HWRUN) -c .cache/$(subst .run,,$<) $<
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWINTEGRATE) -c .cache/$(subst .run,,$<) $<
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWRUN) -c .cache/$(subst .run,,$<) $<
Rivet-%.yoda : Rivet-%.run
- $(HWRUN) $<
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWRUN) $<
Rivet/%.in :
python/make_input_files.py $(notdir $(subst .in,,$@))
Rivet-inputfiles: $(shell echo Rivet/EE{,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg,-Merging}-{7.7,9.4,12,13,17,27.6,27.7,29,30.2,30.3,30.5,30.7,30.8,30,31.2,31.3,31.6,34,34.8,41,41.5,42.1,42.6,43.5,43.6,45,50,52,53.3,55,55.3,56,57,58,59.5,60.8,60,61.4,65.4,66,75.7,76,82,85,10,12.8,21.5,22,22.5,25,26.8,34.5,35,36.2,44,48.0,91,93.0,130,130.1,133,136,161,161.3,172,172.3,177,182.8,183,188.6,189,192,194.4,196,197,200,200.2,202,205,206,206.2,207,91-nopi}.in) \
$(shell echo Rivet/EE-{183,189}-WW.in) \
$(shell echo Rivet/EE{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Powheg,-Matchbox-Powheg}-{14,14.8}.in) \
$(shell echo Rivet/EE{,-Dipole}-{10.5,11.96,12.8,13.96,16.86,21.84,26.8,28.48,35.44,48.0,97.0}-gg.in) \
$(shell echo Rivet/EE{,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg}-{2.2,2.6,3.0,3.2,4.17,4.3,4.41,5.0,5.2,4.6,4.8,5.8,6.2,6.5,6.6,7.0,7.4,3.63,4.03,4.5,8.8,9.27,9.46,9.51,10.52,10.52-sym,10.54,10.58,10.45,10.47,10.6}.in) \
$(shell echo Rivet/EE-{Upsilon,Upsilon2,Upsilon3,Upsilon4,Upsilon5,Upsilon4-asym,JPsi,Psi2S,Psi2S-All,Psi3770,Tau,Phi,Lambdac,Omega-Meson,Omega-Baryon,Eta,Xi0,Xic0,Xicp,Omegac0,Ds,Bc,Etac,Xim}.in) \
$(shell echo Rivet/DIS{,-NoME,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg,-Merging}-{225,251,300,318,318-CMS}-e+-{VeryLow,Low,Med,High}Q2.in) \
$(shell echo Rivet/DIS{,-NoME,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg,-Merging}-318-{e+,e-}-CC-{VeryLow,Low,Med,High}Q2.in) \
$(shell echo Rivet/DIS{,-NoME,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg,-Merging}-{296,300,318}-e--{VeryLow,Low,Med,High}Q2.in) \
$(shell echo Rivet/TVT{,-Powheg,-Matchbox,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox-Powheg,-Merging}-{Run-I-Z,Run-I-W,Run-I-WZ,Run-II-Z-e,Run-II-Z-{,LowMass-,HighMass-}mu,Run-II-W}.in) \
$(shell echo Rivet/TVT{,-Dipole}-Run-II-{DiPhoton-GammaGamma,DiPhoton-GammaJet,PromptPhoton}.in) \
$(shell echo Rivet/TVT-Powheg-Run-II-{DiPhoton-GammaGamma,DiPhoton-GammaJet}.in) \
$(shell echo Rivet/TVT{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-Run-{I,II}-{Jets-{1..6},DiJets-{1..4}}.in ) \
$(shell echo Rivet/TVT{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-{630-Jets-{1..3},300-Jets-1,900-Jets-1}.in ) \
$(shell echo Rivet/TVT{,-Dipole}-{Run-I,Run-II,300,630,900}-UE.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-7-DiJets-{1..7}-{A,B,C}.in ) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-13-DiJets-{{1..11}-A,{6..11}-B}.in ) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-{7,8,13}-Jets-{0..10}.in ) \
$(shell echo Rivet/LHC{,-Dipole}-{900,2360,2760,7,8,13}-UE.in ) \
$(shell echo Rivet/LHC{,-Dipole}-2760-Jets-{1..3}.in ) \
$(shell echo Rivet/LHC{,-Dipole}-{900,7,13}-UE-Long.in ) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-7-Charm-{0..5}.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-{5,13}-Charm-0.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-7-Bottom-{0..9}.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-13-Bottom-{0..6}.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-7-Top-{L,SL}.in) \
$(shell echo Rivet/LHC{,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Matchbox,-Matchbox-Powheg,-Merging}-{8,13}-Top-{All,L,SL}.in) \
$(shell echo Rivet/Star{,-Dipole}-{UE,Jets-{1..4}}.in ) \
$(shell echo Rivet/SppS{,-Dipole}-{53,63,200,500,546,900}-UE.in ) \
$(shell echo Rivet/LHC{,-Matchbox,-Matchbox-Powheg,-Powheg,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-{{,8-}W-{e,mu},13-W-mu,{,8-,13-}Z-{e,mu}-Mass{1..5},13-Z-nu,Z-mu-SOPHTY,WZ,WW-{emu,ll},13-WW-ll,13-ZZ-ll,ZZ-{ll,lv},{8,13}-WZ,8-ZZ-lv,8-WW-ll,Z-mu-Short}.in) \
$(shell echo Rivet/LHC{,-Dipole}-7-{W,Z}Gamma-{e,mu}.in) \
$(shell echo Rivet/LHC{,-Dipole}-8-ZGamma-{e,mu}.in) \
$(shell echo Rivet/LHC{,-Matchbox,-Matchbox-Powheg,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-{7-W-Jet-{1..3}-e,7-Z-Jet-{0..3}-e,7-Z-Jet-0-mu}.in) \
$(shell echo Rivet/LHC{-Matchbox,-Matchbox-Powheg,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-{Z-b,Z-bb,8-Z-b,8-Z-bb,13-Z-b,13-Z-bb,W-b,8-Z-jj}.in) \
$(shell echo Rivet/LHC{,-Dipole}-{7,8,13}-PromptPhoton-{1..5}.in) Rivet/LHC-GammaGamma-7.in \
$(shell echo Rivet/LHC{,-Powheg,-Dipole}-{7,8,13}-{DiPhoton-GammaGamma,DiPhoton-GammaJet}.in) \
$(shell echo Rivet/LHC{,-Powheg,-Matchbox,-Matchbox-Powheg,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-{ggH,VBF,WH,ZH}.in) \
$(shell echo Rivet/LHC{,-Powheg,-Matchbox,-Matchbox-Powheg,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-8-{{ggH,VBF,WH,ZH}{,-GammaGamma},ggH-WW}.in) \
$(shell echo Rivet/LHC{,-Matchbox,-Matchbox-Powheg,-Dipole,-Dipole-MCatNLO,-Dipole-Matchbox-Powheg,-Merging}-ggHJet.in) \
$(shell echo Rivet/ISR{,-Dipole}-{{30,44,53,62}-UE,{44,62}-Z-mu}.in Rivet/EHS{,-Dipole}-UE.in) \
$(shell echo Rivet/SPS{,-Dipole}-{17.4-UE,200-Z-mu}.in ) \
- $(shell echo Rivet/Fermilab{,-Dipole}-{27.4,38.8}-Z-mu.in )
+ $(shell echo Rivet/Fermilab{,-Dipole}-{27.4,38.8}-Z-mu.in ) \
+ $(shell echo Rivet/EE-Gamma-Direct-mumu-{161,172,183,189,196,206}.in ) \
+ $(shell echo Rivet/EE-Gamma-Direct-tautau-{189,196,206}.in ) \
+ $(shell echo Rivet/EE-Gamma-{pi0,Eta,EtaPrime,EtaC,ChiC2,ChiC0_2P,ChiC2_2P}-10.58.in ) \
+ $(shell echo Rivet/EE-Gamma-{Eta-{1,29},EtaPrime-{34.3,91.2}}.in ) \
+ $(shell echo Rivet/EE-Gamma-{Direct,Single-Resolved,Double-Resolved}-Jets-{198,206}.in )
#$(shell echo Rivet/LHC{,-Dipole}-{7,13}{,-UE}-Cent.in )
+Analysis/RivetHerwig.so: Analysis/*.cc
+ rivet-build Analysis/RivetHerwig.so Analysis/*.cc
Rivet-GammaGamma: Rivet-GammaGamma/done
touch $@
Rivet-GammaGamma/done: $(shell echo Rivet-GammaGamma-mumu-{3.5,4.5,5.5,6.5,7.5,9.0,12.5,17.5,30.0}.yoda )
rm -rf Rivet-GammaGamma
python/merge-GammaGamma GammaGamma
rivet-mkhtml -o Rivet-GammaGamma GammaGamma.yoda:Hw
touch $@
Rivet-EE-Gamma: Rivet-EE-Gamma/done
touch $@
Rivet-EE-Gamma/done: $(shell echo Rivet-EE-Gamma-Direct-mumu-{161,172,183,189,196,206}.yoda ) \
- $(shell echo Rivet-EE-Gamma-Direct-tautau-{189,196,206}.yoda ) \
- $(shell echo Rivet-EE-Gamma-{Direct,Single-Resolved,Double-Resolved}-Jets-{198,206}.yoda )
+ $(shell echo Rivet-EE-Gamma-Direct-tautau-{189,196,206}.yoda ) \
+ $(shell echo Rivet-EE-Gamma-{pi0,Eta,EtaPrime,EtaC,ChiC2,ChiC0_2P,ChiC2_2P}-10.58.yoda ) \
+ $(shell echo Rivet-EE-Gamma-{Eta-{1,29},EtaPrime-{34.3,91.2}}.yoda ) \
+ $(shell echo Rivet-EE-Gamma-{Direct,Single-Resolved,Double-Resolved}-Jets-{198,206}.yoda )
rm -rf Rivet-EE-Gamma
python/merge-EE-Gamma EE-Gamma
- rivet-mkhtml -o Rivet-EE-Gamma EE-Gamma.yoda:Hw
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; rivet-mkhtml -o Rivet-EE-Gamma EE-Gamma.yoda:Hw
touch $@
Rivet-EE : Rivet-EE/done
touch $@
Rivet-EE/done : $(shell echo Rivet{,-Powheg}-EE-{7.7,9.4,12,13,14,14.8,17,27.6,27.7,29,30.2,30.3,30.5,30.7,30.8,30,31.2,31.3,31.6,34,34.8,43.5,43.6,45,50,52,53.3,55,55.3,56,57,58,59.5,60.8,60,61.4,65.4,66,75.7,76,10,12.8,21.5,22,22.5,25,26.8,34.5,35,36.2,41,41.5,42.1,42.6,44,48.0,82,85,91,93.0,130,130.1,133,136,136.1,161,161.3,172,172.3,177,182.8,183,188.6,189,192,194.4,196,197,200,200.2,202,205,206,206.2,207,91-nopi}.yoda) \
$(shell echo Rivet-EE-{183,189}-WW.yoda) \
$(shell echo Rivet-EE-{10.5,11.96,12.8,13.96,16.86,21.84,26.8,28.48,35.44,48.0,97.0}-gg.yoda) \
$(shell echo Rivet-EE-{10.52,10.52-sym,10.6,2.2,2.6,3.0,3.2,4.6,4.8,5.8,6.2,6.5,6.6,7.0,7.4,3.63,4.03,4.17,4.3,4.41,5.0,5.2,4.5,8.8,9.27,9.46,9.51,10.54,10.58,10.45,10.47,Upsilon,Upsilon2,Upsilon3,Upsilon4,Upsilon5,Upsilon4-asym,Tau,Phi,Lambdac,Omega-Meson,Omega-Baryon,Eta,Xi0,Xic0,Xicp,Omegac0,Ds,Bc,Etac,Xim,JPsi,Psi2S,Psi2S-All,Psi3770}.yoda)
rm -rf Rivet-EE
python/merge-EE --with-gg --with-decay --with-WW EE
python/merge-EE Powheg-EE
rivet-mkhtml -o Rivet-EE EE.yoda:Hw Powheg-EE.yoda:Hw-Powheg
python/plot-EE Rivet-EE
touch $@
+Onium-%.yoda:
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWBUILD) -c .cache/$(subst .yoda,,$@) Rivet/$(subst .yoda,.in,$@)
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWRUN) $(subst .yoda,.run,$@)
+
+Onium-Sigma: Analysis/RivetHerwig.so
+ OUTPUT=`python/OniumSigma.py --generate-input-files | grep -v CT14 | grep -v LHAPDF | grep -v Eur.Phys`; $(MAKE) $$OUTPUT NUMEVENTS=$${NUMEVENTS:-10000};
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; python/OniumSigma.py --fast --analyse
+
Rivet-LowEnergy-%.yoda:
- $(HWBUILD) -c .cache/$(subst .yoda,,$@) Rivet/$(subst .yoda,.in,$@)
- $(HWRUN) $(subst .yoda,.run,$@)
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWBUILD) -c .cache/$(subst .yoda,,$@) Rivet/$(subst .yoda,.in,$@)
+ export RIVET_ANALYSIS_PATH=`pwd`/Analysis; $(HWRUN) $(subst .yoda,.run,$@)
Rivet-LowEnergy-EE-%:
args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-EE-,,$@))); if [ -n "$(strip $(word 2,$(subst -, ,$(subst Rivet-LowEnergy-EE-,,$@))))" ]; then args+=" --flavour "$(word 2,$(subst -, ,$(subst Rivet-LowEnergy-EE-,,$@))); fi; OUTPUT=`python/LowEnergy-EE.py $$args --non-perturbative --perturbative`; $(MAKE) $$OUTPUT NUMEVENTS=$${NUMEVENTS:-10000};
args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-EE-,,$@))); plots=`python/LowEnergy-EE.py $$args --plots`; python/mergeLowEnergy.py $(subst Rivet-LowEnergy-,,$@) $$plots; if [ -e LowEnergy-NonPerturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda ] && [ -e LowEnergy-Perturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-EE-$(subst Rivet-LowEnergy-EE-,,$@) LowEnergy-NonPerturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda:"Non-Pert" LowEnergy-Perturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda:"Pert" $$plots; elif [ -e LowEnergy-NonPerturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-EE-$(subst Rivet-LowEnergy-EE-,,$@) LowEnergy-NonPerturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda:"Non-Pert" $$plots; elif [ -e LowEnergy-Perturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-EE-$(subst Rivet-LowEnergy-EE-,,$@) LowEnergy-Perturbative-EE-$(subst Rivet-LowEnergy-EE-,,$@).yoda:"Pert" $$plots; fi
Rivet-LowEnergy-Photon-%:
- args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))); OUTPUT=`python/LowEnergy-Photon.py $$args --non-perturbative`; $(MAKE) $$OUTPUT NUMEVENTS=$${NUMEVENTS:-10000};
- args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))); plots=`python/LowEnergy-Photon.py $$args --plots`; python/mergeLowEnergy.py $(subst Rivet-LowEnergy-Photon-,GammaGamma-,$@) $$plots; if [ -e LowEnergy-NonPerturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda ] && [ -e LowEnergy-Perturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-Photon-$(subst Rivet-LowEnergy-Photon-,,$@) LowEnergy-NonPerturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda:"Non-Pert" LowEnergy-Perturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda:"Pert" $$plots; elif [ -e LowEnergy-NonPerturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-Photon-$(subst Rivet-LowEnergy-Photon-,,$@) LowEnergy-NonPerturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda:"Non-Pert" $$plots; elif [ -e LowEnergy-Perturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda ]; then rivet-mkhtml -o Rivet-LowEnergy-Photon-$(subst Rivet-LowEnergy-Photon-,,$@) LowEnergy-Perturbative-GammaGamma-$(subst Rivet-LowEnergy-Photon-,,$@).yoda:"Pert" $$plots; fi
+ args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))); if [ -n "$(strip $(word 2,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))))" ]; then args+=" --flavour "$(word 2,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))); fi; OUTPUT=`python/LowEnergy-Photon.py $$args --non-perturbative --perturbative --resonance`; $(MAKE) $$OUTPUT NUMEVENTS=$${NUMEVENTS:-10000};
+ args="--process "$(word 1,$(subst -, ,$(subst Rivet-LowEnergy-Photon-,,$@))); plots=`python/LowEnergy-Photon.py $$args --plots`; yodaArgs=`python/mergeLowEnergy.py $(subst Rivet-LowEnergy-Photon-,GammaGamma-,$@) $$plots`; rivet-mkhtml -o Rivet-LowEnergy-Photon-$(subst Rivet-LowEnergy-Photon-,,$@) $$yodaArgs $$plots;
Rivet-R:
OUTPUT=`python/R.py --perturbative --non-perturbative`; $(MAKE) $$OUTPUT NUMEVENTS=$${NUMEVENTS:-10000};
plots=`python/R.py --perturbative --non-perturbative --plots`; python/mergeLowEnergy.py R $$plots; rivet-mkhtml -o Rivet-R LowEnergy-Perturbative-R.yoda:"Pert" LowEnergy-NonPerturbative-R.yoda:"Non-Pert" $$plots
Rivet-DIS : Rivet-DIS/done
touch $@
Rivet-DIS/done: $(shell echo Rivet{-DIS,-NoME-DIS,-Powheg-DIS}-{225,251,300,318,318-CMS}-e+-{VeryLow,Low,Med,High}Q2.yoda) \
$(shell echo Rivet{-DIS,-NoME-DIS,-Powheg-DIS}-{296,300,318}-e--{VeryLow,Low,Med,High}Q2.yoda) \
$(shell echo Rivet{-DIS,-NoME-DIS,-Powheg-DIS}-318-{e+,e-}-CC-{VeryLow,Low,Med,High}Q2.yoda)
rm -rf Rivet-DIS
python/merge-DIS DIS
python/merge-DIS Powheg-DIS
python/merge-DIS NoME-DIS
rivet-mkhtml -o Rivet-DIS DIS.yoda:Hw Powheg-DIS.yoda:Hw-Powheg NoME-DIS.yoda:Hw-NoME
touch $@
Rivet-TVT-EW : Rivet-TVT-EW/done
touch $@
Rivet-TVT-EW/done: $(shell echo Rivet{,-Powheg}-TVT-{Run-I-Z,Run-I-W,Run-I-WZ,Run-II-Z-{e,{,LowMass-,HighMass-}mu},Run-II-W}.yoda)
rm -rf Rivet-TVT-EW
python/merge-TVT-EW TVT
python/merge-TVT-EW Powheg-TVT
rivet-mkhtml -o Rivet-TVT-EW TVT-EW.yoda:Hw Powheg-TVT-EW.yoda:Hw-Powheg
touch $@
Rivet-TVT-Photon : Rivet-TVT-Photon/done
touch $@
Rivet-TVT-Photon/done: $(shell echo Rivet{,-Powheg}-TVT-Run-II-{DiPhoton-GammaGamma,DiPhoton-GammaJet}.yoda Rivet-TVT-Run-II-PromptPhoton.yoda)
rm -rf Rivet-TVT-Photon
python/merge-TVT-Photon TVT
python/merge-TVT-Photon Powheg-TVT
rivet-mkhtml -o Rivet-TVT-Photon TVT-Photon.yoda:Hw Powheg-TVT-Photon.yoda:Hw-Powheg
touch $@
Rivet-TVT-Jets : Rivet-TVT-Jets/done
touch $@
Rivet-TVT-Jets/done: $(shell echo Rivet-TVT-Run-{I,II}-{Jets-{1..6},DiJets-{1..4}}.yoda ) \
$(shell echo Rivet-TVT-{630-Jets-{1..3},300-Jets-1,900-Jets-1}.yoda ) \
$(shell echo Rivet-TVT-{Run-I,Run-II,300,630,900}-UE.yoda)
rm -rf Rivet-TVT-Jets
python/merge-TVT-Jets TVT
rivet-mkhtml -o Rivet-TVT-Jets TVT-Jets.yoda:Hw
touch $@
Rivet-Fixed : Rivet-Fixed/done
touch $@
Rivet-Fixed/done : $(shell echo Rivet-SppS-{53,63,200,500,546,900}-UE.yoda ) \
$(shell echo Rivet-ISR-{{30,44,53,62}-UE,{44,62}-Z-mu}.yoda ) Rivet-EHS-UE.yoda \
$(shell echo Rivet-Star-{UE,Jets-{1..4}}.yoda ) \
$(shell echo Rivet-SPS-{17.4-UE,200-Z-mu}.yoda ) \
$(shell echo Rivet-Fermilab-{27.4,38.8}-Z-mu.yoda )
rm -rf Rivet-Fixed
python/merge-Fixed Fixed
rivet-mkhtml -o Rivet-Fixed Fixed.yoda:Hw
touch $@
Rivet-LHC-Jets : Rivet-LHC-Jets/done
touch $@
Rivet-LHC-Jets/done : \
$(shell echo Rivet-LHC-7-DiJets-{1..7}-{A,B,C}.yoda ) \
$(shell echo Rivet-LHC-13-DiJets-{{1..11}-A,{6..11}-B}.yoda ) \
$(shell echo Rivet-LHC-{7,8,13}-Jets-{0..10}.yoda ) \
$(shell echo Rivet-LHC-2760-Jets-{1..3}.yoda ) \
$(shell echo Rivet-LHC-{900,2360,2760,7,8,13}-UE.yoda ) \
$(shell echo Rivet-LHC-{900,7,13}-UE-Long.yoda ) \
$(shell echo Rivet-LHC-7-Charm-{0..5}.yoda ) \
$(shell echo Rivet-LHC-{5,13}-Charm-0.yoda ) \
$(shell echo Rivet-LHC-7-Bottom-{0..9}.yoda ) \
$(shell echo Rivet-LHC-13-Bottom-{0..6}.yoda ) \
$(shell echo Rivet-LHC-{7,8,13}-Top-{L,SL}.yoda ) \
$(shell echo Rivet-LHC-{8,13}-Top-All.yoda )
# $(shell echo Rivet-LHC-{7,13}-UE-Cent.yoda )
rm -rf Rivet-LHC-Jets
python/merge-LHC-Jets LHC
rivet-mkhtml -o Rivet-LHC-Jets LHC-Jets.yoda:Hw
touch $@
Rivet-LHC-EW : Rivet-LHC-EW/done
touch $@
Rivet-LHC-EW/done: \
$(shell echo Rivet{,-Powheg}-LHC-{{,8-}W-{e,mu},13-W-mu,{,8-,13-}Z-{e,mu}-Mass{1..5},13-Z-nu,Z-mu-SOPHTY,WZ,WW-{emu,ll},13-WW-ll,ZZ-{ll,lv},{8,13}-WZ,13-ZZ-ll,8-ZZ-lv,8-WW-ll,Z-mu-Short}.yoda) \
$(shell echo Rivet-LHC-{7-W-Jet-{1..3}-e,7-Z-Jet-{0..3}-e,7-Z-Jet-0-mu}.yoda) \
$(shell echo Rivet-LHC-7-{W,Z}Gamma-{e,mu}.yoda) \
$(shell echo Rivet-LHC-8-ZGamma-{e,mu}.yoda)
rm -rf Rivet-LHC-EW;
python/merge-LHC-EW LHC
python/merge-LHC-EW Powheg-LHC
rivet-mkhtml -o Rivet-LHC-EW LHC-EW.yoda:Hw Powheg-LHC-EW.yoda:Hw-Powheg \
Rivet-LHC-Z-mu-SOPHTY.yoda:Hw Rivet-Powheg-LHC-Z-mu-SOPHTY.yoda:Hw-Powheg
touch $@
Rivet-LHC-Photon : Rivet-LHC-Photon/done
touch $@
Rivet-LHC-Photon/done: \
$(shell echo Rivet-LHC-{7,8,13}-PromptPhoton-{1..5}.yoda) \
Rivet-LHC-GammaGamma-7.yoda \
$(shell echo Rivet{,-Powheg}-LHC-{7,8,13}-{DiPhoton-GammaGamma,DiPhoton-GammaJet}.yoda)
rm -rf Rivet-LHC-Photon
python/merge-LHC-Photon LHC
python/merge-LHC-Photon Powheg-LHC
rivet-mkhtml -o Rivet-LHC-Photon LHC-Photon.yoda:Hw Powheg-LHC-Photon.yoda:Hw-Powheg
touch $@
Rivet-LHC-Higgs : Rivet-LHC-Higgs/done
touch $@
Rivet-LHC-Higgs/done: \
$(shell echo Rivet{,-Powheg}-LHC-{ggH,VBF,WH,ZH}.yoda) \
$(shell echo Rivet{,-Powheg}-LHC-8-{{ggH,VBF,WH,ZH}{,-GammaGamma},ggH-WW}.yoda) \
Rivet-LHC-ggHJet.yoda
rivet-merge Rivet-Powheg-LHC-8-{ggH{-GammaGamma,-WW,},{VBF,ZH,WH}{,-GammaGamma}}.yoda -o Powheg-LHC-Higgs.yoda
rivet-merge Rivet-LHC-8-{ggH{-GammaGamma,-WW,},{VBF,ZH,WH}{,-GammaGamma}}.yoda -o LHC-Higgs.yoda
rm -rf Rivet-LHC-Higgs
rivet-mkhtml -o Rivet-LHC-Higgs Powheg-LHC-Higgs.yoda:Hw-Powheg LHC-Higgs.yoda:Hw\
Rivet-Powheg-LHC-ggH.yoda:gg-Powheg Rivet-LHC-ggH.yoda:gg Rivet-LHC-ggHJet.yoda:HJet \
Rivet-Powheg-LHC-VBF.yoda:VBF-Powheg Rivet-LHC-VBF.yoda:VBF Rivet-LHC-WH.yoda:WH Rivet-LHC-ZH.yoda:ZH \
Rivet-Powheg-LHC-WH.yoda:WH-Powheg Rivet-Powheg-LHC-ZH.yoda:ZH-Powheg
touch $@
clean-local:
rm -f *.out *.log *.tex *.top *.run *.dump *.mult *.Bmult *.yoda Rivet/*.in anatohepmc.txt hepmctoana.txt
rm -rf Rivet-*
+ rm -rf Onium-Splitting
+ rm -rf Analysis/*.so
distclean-local:
rm -rf .cache
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-1.in b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-1.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-1.in
@@ -0,0 +1,15 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 1.
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# KLOE eta
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 KLOE_2013_I1199266
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-10.58.in b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-10.58.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-10.58.in
@@ -0,0 +1,17 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 10.58
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# CLEO pi0, eta, eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEOII_1997_I446031
+# BABAR eta eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BABAR_2011_I883525
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-29.in b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-29.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-Eta-29.in
@@ -0,0 +1,15 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 29.
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# TPC eta
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 TPC_1986_I217503
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-10.58.in b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-10.58.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-10.58.in
@@ -0,0 +1,19 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 10.58
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# CLEO pi0, eta, eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEOII_1997_I446031
+# BABAR eta eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BABAR_2011_I883525
+# BABAR eta' double diff
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BABAR_2018_I1691222
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-34.3.in b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-34.3.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-34.3.in
@@ -0,0 +1,15 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 34.3
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# JADE eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 JADE_1982_I177090
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-91.2.in b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-91.2.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-EtaPrime-91.2.in
@@ -0,0 +1,15 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 91.2
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# L3 eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 L3_1998_I447945
diff --git a/Tests/Rivet/EE-Gamma/EE-Gamma-pi0-10.58.in b/Tests/Rivet/EE-Gamma/EE-Gamma-pi0-10.58.in
new file mode 100644
--- /dev/null
+++ b/Tests/Rivet/EE-Gamma/EE-Gamma-pi0-10.58.in
@@ -0,0 +1,19 @@
+# -*- ThePEG-repository -*-
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 10.58
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.9
+set /Herwig/Generators/EventGenerator:EventHandler:StatLevel Full
+set /Herwig/Partons/EEExtractor:FlatSHatY 1
+set /Herwig/ACDCSampler:Ntry 100000
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+##################################################
+# select the analyses
+##################################################
+# CLEO pi0, eta, eta'
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEOII_1997_I446031
+# BELLE pi0
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BELLE_2012_I1114749
+# BABAR pi0
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BABAR_2009_I821653
diff --git a/Tests/Rivet/EE/EE-10.45.in b/Tests/Rivet/EE/EE-10.45.in
--- a/Tests/Rivet/EE/EE-10.45.in
+++ b/Tests/Rivet/EE/EE-10.45.in
@@ -1,14 +1,12 @@
# -*- ThePEG-repository -*-
create ThePEG::LuminosityFunction /Herwig/EventHandlers/BFactoryLuminosity
set /Herwig/EventHandlers/BFactoryLuminosity:BeamEMaxA 5.225
set /Herwig/EventHandlers/BFactoryLuminosity:BeamEMaxB 5.225
set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 9.99
set /Herwig/Particles/e-:PDF /Herwig/Partons/NoPDF
set /Herwig/Particles/e+:PDF /Herwig/Partons/NoPDF
set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction /Herwig/EventHandlers/BFactoryLuminosity
# BELLE charm hadron production
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 ARGUS_1993_S2789213
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 ARGUS_1993_S2669951
-# CLEO Xi_c+ spectrum
-insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEOII_1996_I404590
diff --git a/Tests/Rivet/EE/EE-Psi2S-All.in b/Tests/Rivet/EE/EE-Psi2S-All.in
--- a/Tests/Rivet/EE/EE-Psi2S-All.in
+++ b/Tests/Rivet/EE/EE-Psi2S-All.in
@@ -1,76 +1,74 @@
# -*- ThePEG-repository -*-
# e+ e- -> psi(2S)
create Herwig::MEee2VectorMeson /Herwig/MatrixElements/MEPsi2S HwMELepton.so
set /Herwig/MatrixElements/MEPsi2S:VectorMeson /Herwig/Particles/psi(2S)
set /Herwig/MatrixElements/MEPsi2S:Coupling 19.25684
set /Herwig/MatrixElements/SubProcess:MatrixElements 0 /Herwig/MatrixElements/MEPsi2S
set EventGenerator:EventHandler:LuminosityFunction:Energy 3.686097
set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.2
set /Herwig/Particles/e-:PDF /Herwig/Partons/NoPDF
set /Herwig/Particles/e+:PDF /Herwig/Partons/NoPDF
############ general top stuff #######################
# jpsi, chi_{0,1,2} charged mults
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2020_I1800404
########### Decay to three mesons ####################
# psi(2s) -> J/Psi pi+pi-
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 MARKII_1979_I144382
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BES_1999_I507637
# psi(2S) -> pi+ pi- pi0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2012_I1088606
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BES_2005_I689969
# psi(2S) -> omega KS0 KS0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2021_I1921801
# psi(2S) -> K+ K- pi0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2012_I1127328
# psi(2S) -> K+ K- eta
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2020_I1771616
# psi(2S) -> pi+ pi- eta'
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2017_I1621266
########### Decay to 2 baryons + meson ####################
# psi(2S) -> p pbar eta'
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2019_I1709205
# psi(2S) -> p pbar eta
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2013_I1227512
# psi(2S) -> p pbar pi0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2013_I1120737
# psi(2S) -> p pbar phi
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2019_I1722111
-# psi(2S) -> Lambda Lambdabar omega
-insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2022_I2122392
# psi(2S) -> Lambda Lambdabar eta
-insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2022_I2128095
+insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2022_I2167804
# psi(2S) -> p nbar pi- +cc
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESII_2006_I716589
########### Decay to gamma chi_c correlations ###########
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2017_I1507887
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEO_2009_I832707
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2017_I1624548
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2011_I931195
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2022_I2033855
########### chi_c Decays ################################
# branching ratios
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 PDG_CHIC0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 PDG_CHIC1
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 PDG_CHIC2
# decays to baryon antibaryon meson
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2020_I1818254
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2021_I1870388
# chi_c1 pi+pi-eta + other modes
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEO_2007_I732065
# chi_c1 pi+pi-eta
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2017_I1490896
# chi_c1 pi+pi-eta(')
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEOC_2011_I929693
# chi_c to phi phi eta
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2020_I1763897
# chi_c to 4 KS0
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2019_I1716627
# chi_c(1,2) -> J/psi mu+mu-
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2019_I1716256
# chi_c(1,2) -> eta' K+ K-
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESIII_2014_I1280710
# chi_c 4 pi 2K 2pi
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 CLEO_2008_I787608
# chi_c0 pi+pi-K+K-
insert /Herwig/Analysis/RivetAnalysis:Analyses 0 BESII_2005_I690784
diff --git a/Tests/python/HerwigInputs.py b/Tests/python/HerwigInputs.py
--- a/Tests/python/HerwigInputs.py
+++ b/Tests/python/HerwigInputs.py
@@ -1,263 +1,265 @@
# select the template to load
# collider
KNOWN_COLLIDERS = [
"EE-Gamma",
"BFactory",
"EE",
"DIS",
"TVT",
"LHC-GammaGamma",
"LHC",
"ISR",
"Fermilab",
"SppS",
"Star",
"SPS",
"GammaGamma",
]
def identifyCollider(name) :
""" Work out name of collider
"""
collider = ""
for cand_collider in KNOWN_COLLIDERS:
if cand_collider in name:
collider = cand_collider
break
del cand_collider
if "EHS" in name : collider="SPS"
assert collider
have_hadronic_collider = collider in ["TVT","LHC","ISR","SppS","Star","SPS","Fermilab"]
return (collider,have_hadronic_collider)
class StringBuilder(object):
"""
Avoid expensive string additions until the end
by building up a list first.
This helper class avoids rewriting all the += lower down
to list operations.
"""
def __init__(self, init = None):
self.lines = [] if init is None else [init]
def __iadd__(self, line):
self.lines.append(line)
return self
def __str__(self):
return '\n'.join(self.lines)
def identifySimulation(name,collider,have_hadronic_collider) :
""" Work out the type of simulation
Identify the parton shower and source of the matrix elements
"""
parameters = {
'shower' : '',
'bscheme' : '',
}
simulation=""
# istart determines how many name parts need to be skipped
istart = 1
# Dipole shower with Matchbox Powheg
if "Dipole-Matchbox-Powheg" in name :
istart = 4
simulation="Matchbox"
parameters["shower"] = "read Matchbox/Powheg-DipoleShower.in\n"
# Dipole shower with internal Powheg - Todo: Finish modifying template files.
'''
elif "Dipole-Powheg" in name :
istart = 3
simulation="Powheg"
parameters["shower"] = "set /Herwig/EventHandlers/EventHandler:CascadeHandler /Herwig/DipoleShower/DipoleShowerHandler\nread snippets/Dipole_AutoTunes_gss.in\n"
'''
# Dipole shower with MCatNLO
elif "Dipole-MCatNLO" in name :
istart = 3
simulation="Matchbox"
parameters["shower"] = "read Matchbox/MCatNLO-DipoleShower.in\n"
# Dipole shower with Matchbox LO
elif "Dipole-Matchbox-LO" in name :
istart = 4
simulation="Matchbox"
parameters["shower"] = "read Matchbox/LO-DipoleShower.in\n"
# Dipole shower with internal LO
elif "Dipole" in name :
istart = 2
simulation=""
parameters["shower"] = "set /Herwig/EventHandlers/EventHandler:CascadeHandler /Herwig/DipoleShower/DipoleShowerHandler\nread snippets/Dipole_AutoTunes_gss.in\n"
# AO shower with Matchbox Powheg
elif "Matchbox-Powheg" in name :
istart = 3
simulation="Matchbox"
parameters["shower"] = "read Matchbox/Powheg-DefaultShower.in\n"
# AO shower with MCatNLO
elif "Matchbox" in name :
istart = 2
simulation="Matchbox"
parameters["shower"] = "read Matchbox/MCatNLO-DefaultShower.in\n"
# AO shower with internal Powheg
elif "Powheg" in name :
istart = 2
simulation="Powheg"
# Dipole shower with merging
elif "Merging" in name :
istart = 2
simulation="Merging"
thefactory="MergingFactory"
# Flavour settings for Matchbox
if simulation=="Matchbox" :
parameters["bscheme"] = "read Matchbox/FiveFlavourScheme.in\n"
if "Dipole" in parameters["shower"] :
parameters["bscheme"] += "read Matchbox/FiveFlavourNoBMassScheme.in\n"
if collider not in ['DIS','EE'] :
parameters["nlo"] = "read Matchbox/MadGraph-OpenLoops.in\n"
# Flavour settings for dipole shower with internal ME
if simulation=="" and "Dipole" in parameters["shower"] :
parameters["bscheme"] = "read snippets/DipoleShowerFiveFlavours.in"
# find the template
if simulation=="" :
if collider=="LHC-GammaGamma" :
istart += 1
templateName="Hadron-Gamma.in"
elif have_hadronic_collider :
templateName="Hadron.in"
elif collider=="EE-Gamma" :
istart+=1
if("Direct" in name) :
templateName="EE-Gamma-Direct.in"
elif("Single-Resolved" in name) :
templateName="EE-Gamma-Single-Resolved.in"
elif("Double-Resolved" in name) :
templateName="EE-Gamma-Double-Resolved.in"
else :
templateName="EE.in"
elif collider=="GammaGamma" :
templateName="GammaGamma.in"
elif collider != "BFactory" :
templateName= "%s.in" % collider
else :
templateName= "EE.in"
else :
if have_hadronic_collider :
templateName= "Hadron-%s.in" % simulation
if simulation == "Merging" :
if "Charm" in name or "Bottom" in name or "Top" in name :
templateName= "Hadron-Merging-Massive.in"
elif collider != "BFactory" :
templateName= "%s-%s.in" % (collider,simulation)
else :
templateName= "EE-%s.in" % simulation
# work out the name of the parameter file
parameterName="-".join(name.split("-")[istart:])
del istart
return (simulation,templateName,parameterName,parameters)
def addLeptonPairCut(minmass,maxmass):
return "set /Herwig/Cuts/LeptonPairMassCut:MinMass %s*GeV\nset /Herwig/Cuts/LeptonPairMassCut:MaxMass %s*GeV\n" %(minmass,maxmass)
def setHardProcessWidthToZero(list1):
res=""
for i in list1:
res+="set /Herwig/Particles/"+i+":HardProcessWidth 0.\n"
return res
def jet_kt_cut(ktmin,ktmax=-1.):
output = "set /Herwig/Cuts/JetKtCut:MinKT {E}*GeV\n".format(E=ktmin)
if ktmax>0 :
output += "set /Herwig/Cuts/JetKtCut:MaxKT {E}*GeV\n".format(E=ktmax)
return output
def mhat_cut(mmin,mmax=-1):
output = "set /Herwig/Cuts/Cuts:MHatMin {E}*GeV\n".format(E=mmin)
if mmax>0. :
output += "set /Herwig/Cuts/Cuts:MHatMax {E}*GeV\n".format(E=mmax)
return output
def mhat_minm_maxm(e1,e2,e3):
return """\
set /Herwig/Cuts/Cuts:MHatMin {e1}*GeV
set /Herwig/Cuts/MassCut:MinM {e2}*GeV
set /Herwig/Cuts/MassCut:MaxM {e3}*GeV
""".format(**locals())
def collider_lumi(energy):
return "set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy {E}*GeV\n".format(E=energy)
def insert_ME(me,process=None,ifname='Process',subprocess="SubProcess"):
result = "insert /Herwig/MatrixElements/{subprocess}:MatrixElements 0 /Herwig/MatrixElements/{me}\n".format(**locals())
if process is not None:
- result += "set /Herwig/MatrixElements/{me}:{ifname} {process}".format(**locals())
-
+ if me=="MEgg2ff" :
+ result += "set /Herwig/MatrixElements/gg2ffAmp:{ifname} {process}".format(**locals())
+ else :
+ result += "set /Herwig/MatrixElements/{me}:{ifname} {process}".format(**locals())
return result
def particlegroup(factory,name,*particles):
directory="MatrixElements/Matchbox"
if(factory!="Factory") : directory="Merging"
result = ["do /Herwig/{dir}/{fact}:StartParticleGroup {n}".format(n=name,fact=factory,dir=directory)]
for p in particles:
result.append(
"insert /Herwig/{dir}/{fact}:ParticleGroup 0 /Herwig/Particles/{p}".format(p=p,fact=factory,dir=directory)
)
result.append("do /Herwig/{dir}/{fact}:EndParticleGroup".format(fact=factory,dir=directory))
return '\n'.join(result)
didaddfirstjet=False
def addFirstJet(ptcut,ptmax=""):
global didaddfirstjet
if(didaddfirstjet):
logging.error("Can only add jetcut once.")
sys.exit(1)
res="set /Herwig/Cuts/Cuts:JetFinder /Herwig/Cuts/JetFinder\n"
res+="insert /Herwig/Cuts/Cuts:MultiCuts 0 /Herwig/Cuts/JetCuts\n"
res+="insert /Herwig/Cuts/JetCuts:JetRegions 0 /Herwig/Cuts/FirstJet\n"
if(ptcut!=""):
res+="set /Herwig/Cuts/FirstJet:PtMin %s*GeV\n" % ptcut
if(ptmax!=""):
res+="set /Herwig/Cuts/FirstJet:PtMax %s*GeV\n" % ptmax
didaddfirstjet=True
return res
didaddsecondjet=False
def addSecondJet(ptcut):
global didaddsecondjet
if(didaddsecondjet):
logging.error("Can only add second jetcut once.")
sys.exit(1)
res="insert /Herwig/Cuts/JetCuts:JetRegions 0 /Herwig/Cuts/SecondJet\n"
res+="set /Herwig/Cuts/SecondJet:PtMin "+ptcut+"*GeV\n"
didaddsecondjet=True
return res
didaddjetpair=False
def addJetPairCut(minmass,maxmass=""):
global didaddjetpair
if(didaddjetpair):
logging.error("Can only add second jetcut once.")
sys.exit(1)
res="""\
create ThePEG::JetPairRegion /Herwig/Cuts/JetPairMass JetCuts.so
set /Herwig/Cuts/JetPairMass:FirstRegion /Herwig/Cuts/FirstJet
set /Herwig/Cuts/JetPairMass:SecondRegion /Herwig/Cuts/SecondJet
insert /Herwig/Cuts/JetCuts:JetPairRegions 0 /Herwig/Cuts/JetPairMass
set /Herwig/Cuts/JetPairMass:MassMin {mm}*GeV
""".format(mm=minmass)
if maxmass != "" :
res+= "set /Herwig/Cuts/JetPairMass:MassMax %s*GeV\n" %maxmass
didaddjetpair=True
return res
diff --git a/Tests/python/LowEnergy-GammaGamma-NonPerturbative.in b/Tests/python/LowEnergy-GammaGamma-NonPerturbative.in
--- a/Tests/python/LowEnergy-GammaGamma-NonPerturbative.in
+++ b/Tests/python/LowEnergy-GammaGamma-NonPerturbative.in
@@ -1,44 +1,51 @@
# -*- ThePEG-repository -*-
read snippets/EECollider.in
##################################################
# Selected the hard process
##################################################
# leading-order processes
##################################################
cd /Herwig/MatrixElements
-create Herwig::MEGammaGamma2PiPi MEgg2PiPi HwMEGammaGamma.so
+create Herwig::MEGammaGamma2X MEgg2PiPi HwMEGammaGamma.so
+create Herwig::GammaGamma2PiPiAmplitude GG2PiPiAmp
+set GG2PiPiAmp:Mode 1
+set MEgg2PiPi:Amplitude GG2PiPiAmp
+create Herwig::MEGammaGamma2X MEgg2KK HwMEGammaGamma.so
+create Herwig::GammaGamma2PiPiAmplitude GG2KKAmp
+set GG2KKAmp:Mode 2
+set MEgg2KK:Amplitude GG2KKAmp
# set the process
${processes}
##################################################
# LEP physics parameters (override defaults)
##################################################
cd /Herwig/Generators
set EventGenerator:EventHandler:LuminosityFunction:Energy ${ECMS}
set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.2
set /Herwig/Particles/gamma:PDF /Herwig/Partons/NoPDF
set /Herwig/Particles/pi0:Stable Stable
set /Herwig/Particles/K_S0:Stable Stable
cd /Herwig/Generators
##################################################
## prepare for Rivet analysis or HepMC output
## when running with parton shower
##################################################
create ThePEG::RivetAnalysis /Herwig/Analysis/Rivet RivetAnalysis.so
insert EventGenerator:AnalysisHandlers 0 /Herwig/Analysis/Rivet
${ANALYSES}
cd /Herwig/EventHandlers
set EventHandler:BeamA /Herwig/Particles/gamma
set EventHandler:BeamB /Herwig/Particles/gamma
###################################################
# Save run for later usage with 'Herwig run'
##################################################
cd /Herwig/Generators
set EventGenerator:MaxErrors 10000
set EventGenerator:EventHandler:StatLevel Full
set EventGenerator:EventHandler:CascadeHandler NULL
saverun Rivet-LowEnergy-GammaGamma-NonPerturbative-${ECMS} EventGenerator
diff --git a/Tests/python/LowEnergy-GammaGamma-Perturbative.in b/Tests/python/LowEnergy-GammaGamma-Perturbative.in
--- a/Tests/python/LowEnergy-GammaGamma-Perturbative.in
+++ b/Tests/python/LowEnergy-GammaGamma-Perturbative.in
@@ -1,38 +1,36 @@
# -*- ThePEG-repository -*-
read snippets/EECollider.in
##################################################
# Selected the hard process
##################################################
# leading-order processes
##################################################
cd /Herwig/MatrixElements
# default gamma gamma -> q qbar
-insert SubProcess:MatrixElements 0 MEgg2ff
-set MEgg2ff:Process ${maxflavour}
-${lepton}
+${process}
set /Herwig/Particles/pi0:Stable Stable
set /Herwig/Particles/K_S0:Stable Stable
##################################################
# LEP physics parameters (override defaults)
##################################################
cd /Herwig/Generators
set EventGenerator:EventHandler:LuminosityFunction:Energy ${ECMS}
set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.2
set /Herwig/Particles/gamma:PDF /Herwig/Partons/NoPDF
cd /Herwig/EventHandlers
set EventHandler:BeamA /Herwig/Particles/gamma
set EventHandler:BeamB /Herwig/Particles/gamma
cd /Herwig/Generators
create ThePEG::RivetAnalysis /Herwig/Analysis/Rivet RivetAnalysis.so
insert EventGenerator:AnalysisHandlers 0 /Herwig/Analysis/Rivet
${ANALYSES}
###################################################
# Save run for later usage with 'Herwig run'
##################################################
set EventGenerator:MaxErrors 10000
-saverun Rivet-LowEnergy-EE-Perturbative-${ECMS} EventGenerator
+saverun Rivet-LowEnergy-GammaGamma-Perturbative-${ECMS} EventGenerator
diff --git a/Tests/python/LowEnergy-GammaGamma-Resonance.in b/Tests/python/LowEnergy-GammaGamma-Resonance.in
new file mode 100644
--- /dev/null
+++ b/Tests/python/LowEnergy-GammaGamma-Resonance.in
@@ -0,0 +1,104 @@
+# -*- ThePEG-repository -*-
+
+read snippets/EECollider.in
+
+##################################################
+# Selected the hard process
+##################################################
+# leading-order processes
+##################################################
+cd /Herwig/MatrixElements
+create Herwig::MEGammaGamma2X MEgg2f0_980 HwMEGammaGamma.so
+create Herwig::GammaGamma2ScalarAmplitude GG2f0_980Amp
+set GG2f0_980Amp:MassOption OffShell
+set GG2f0_980Amp:Particle /Herwig/Particles/f_0
+set GG2f0_980Amp:FTT 0.0293433
+set MEgg2f0_980:Amplitude GG2f0_980Amp
+create Herwig::MEGammaGamma2X MEgg2f0_1370 HwMEGammaGamma.so
+create Herwig::GammaGamma2ScalarAmplitude GG2f0_1370Amp
+set GG2f0_1370Amp:MassOption OffShell
+set GG2f0_1370Amp:Particle /Herwig/Particles/f'_0
+set GG2f0_1370Amp:FTT 0.134229
+set MEgg2f0_1370:Amplitude GG2f0_1370Amp
+create Herwig::MEGammaGamma2X MEgg2f0_1710 HwMEGammaGamma.so
+create Herwig::GammaGamma2ScalarAmplitude GG2f0_1710Amp
+set GG2f0_1710Amp:MassOption OffShell
+set GG2f0_1710Amp:Particle /Herwig/Particles/f_0(1710)
+set GG2f0_1710Amp:FTT 0.0130292
+set MEgg2f0_1710:Amplitude GG2f0_1710Amp
+create Herwig::MEGammaGamma2X MEgg2a0_980 HwMEGammaGamma.so
+create Herwig::GammaGamma2ScalarAmplitude GG2a0_980Amp
+set GG2a0_980Amp:MassOption OffShell
+set GG2a0_980Amp:Particle /Herwig/Particles/a_00
+set GG2a0_980Amp:FTT 0.0296427
+set MEgg2a0_980:Amplitude GG2a0_980Amp
+create Herwig::MEGammaGamma2X MEgg2a0_1450 HwMEGammaGamma.so
+create Herwig::GammaGamma2ScalarAmplitude GG2a0_1450Amp
+set GG2a0_1450Amp:MassOption OffShell
+set GG2a0_1450Amp:Particle /Herwig/Particles/a'_00
+set GG2a0_1450Amp:FTT 0.045237
+set MEgg2a0_1450:Amplitude GG2a0_1450Amp
+
+create Herwig::MEGammaGamma2X MEgg2a2_1320 HwMEGammaGamma.so
+create Herwig::GammaGamma2TensorAmplitude GG2a2_1320Amp
+set GG2a2_1320Amp:MassOption OffShell
+set GG2a2_1320Amp:Particle /Herwig/Particles/a_20
+set GG2a2_1320Amp:FTT0 0.
+set GG2a2_1320Amp:FTT2 0.0581115
+set MEgg2a2_1320:Amplitude GG2a2_1320Amp
+create Herwig::MEGammaGamma2X MEgg2f2_1270 HwMEGammaGamma.so
+create Herwig::GammaGamma2TensorAmplitude GG2f2_1270Amp
+set GG2f2_1270Amp:MassOption OffShell
+set GG2f2_1270Amp:Particle /Herwig/Particles/f_2
+set GG2f2_1270Amp:FTT0 0.
+set GG2f2_1270Amp:FTT2 0.0921718
+set MEgg2f2_1270:Amplitude GG2f2_1270Amp
+create Herwig::MEGammaGamma2X MEgg2f2_1525 HwMEGammaGamma.so
+create Herwig::GammaGamma2TensorAmplitude GG2f2_1525Amp
+set GG2f2_1525Amp:MassOption OffShell
+set GG2f2_1525Amp:Particle /Herwig/Particles/f'_2
+set GG2f2_1525Amp:FTT0 0.
+set GG2f2_1525Amp:FTT2 0.0178537
+set MEgg2f2_1525:Amplitude GG2f2_1525Amp
+
+
+# set the process
+insert SubProcess:MatrixElements 0 MEgg2f0_980
+insert SubProcess:MatrixElements 0 MEgg2f0_1710
+insert SubProcess:MatrixElements 0 MEgg2a0_980
+insert SubProcess:MatrixElements 0 MEgg2a0_1450
+insert SubProcess:MatrixElements 0 MEgg2a2_1320
+insert SubProcess:MatrixElements 0 MEgg2f2_1270
+insert SubProcess:MatrixElements 0 MEgg2f2_1525
+
+
+##################################################
+# LEP physics parameters (override defaults)
+##################################################
+cd /Herwig/Generators
+set EventGenerator:EventHandler:LuminosityFunction:Energy ${ECMS}
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 0.2
+set /Herwig/Particles/gamma:PDF /Herwig/Partons/NoPDF
+set /Herwig/Particles/pi0:Stable Stable
+set /Herwig/Particles/K_S0:Stable Stable
+cd /Herwig/Generators
+##################################################
+## prepare for Rivet analysis or HepMC output
+## when running with parton shower
+##################################################
+create ThePEG::RivetAnalysis /Herwig/Analysis/Rivet RivetAnalysis.so
+insert EventGenerator:AnalysisHandlers 0 /Herwig/Analysis/Rivet
+${ANALYSES}
+
+cd /Herwig/EventHandlers
+set EventHandler:BeamA /Herwig/Particles/gamma
+set EventHandler:BeamB /Herwig/Particles/gamma
+
+###################################################
+# Save run for later usage with 'Herwig run'
+##################################################
+cd /Herwig/Generators
+set EventGenerator:MaxErrors 10000
+set EventGenerator:EventHandler:StatLevel Full
+set EventGenerator:EventHandler:CascadeHandler NULL
+saverun Rivet-LowEnergy-GammaGamma-Resonance-${ECMS} EventGenerator
diff --git a/Tests/python/LowEnergy-Photon.py.in b/Tests/python/LowEnergy-Photon.py.in
--- a/Tests/python/LowEnergy-Photon.py.in
+++ b/Tests/python/LowEnergy-Photon.py.in
@@ -1,172 +1,334 @@
#! @PYTHON@
+# -*- mode: python -*-
from __future__ import print_function
import yoda,os,math,subprocess,optparse
from string import Template
# get the path for the rivet data
p = subprocess.Popen(["rivet-config", "--datadir"],stdout=subprocess.PIPE)
path=p.communicate()[0].strip().decode("UTF-8")
#Define the arguments
op = optparse.OptionParser(usage=__doc__)
op.add_option("--process" , dest="processes" , default=[], action="append")
op.add_option("--path" , dest="path" , default=path)
op.add_option("--non-perturbative", dest="nonPerturbative" , default=False, action="store_true")
op.add_option("--perturbative" , dest="perturbative" , default=False, action="store_true")
+op.add_option("--resonance" , dest="resonance" , default=False, action="store_true")
op.add_option("--dest" , dest="dest" , default="Rivet")
op.add_option("--list" , dest="list" , default=False, action="store_true")
op.add_option("--plots" , dest="plot" , default=False, action="store_true")
opts, args = op.parse_args()
path=opts.path
thresholds = [0.7,2.*.5,2.*1.87,2.*5.28]
# the list of analyses and processes
-analyses = { 'KK' : {}, 'PiPi' : {}, 'PPbar' : {}, "3Pi" : {},
- "EtaprimePiPi" : {}, "4Pi" : {}, "EtaPhi" : {}, "EtaOmega" : {},
- "2K1Pi" : {}, "2K2Pi" : {}, "4K" : {}, "6m" : {},
- "EtaPiPi" : {}, "OmegaPi" : {}, "PiGamma" : {}, "EtaGamma" : {},
- "PhiPi" : {}, "OmegaPiPi" : {}, "DD" : {}, "BB" : {},
- "5Pi" : {}, "LL" : {}, "Baryon" : {} }
+analyses = { 'KK' : {}, 'PiPi' : {}, 'PPbar' : {}, "3Pi" : {},
+ "EtaPi" : {}, "4Pi" : {}, "EtaEta" : {}, "EtaOmega" : {},
+ "2K1Pi" : {}, "2K2Pi" : {}, "4K" : {}, "6m" : {},
+ "EtaPiPi" : {}, "EtaPrimePiPi" : {}, "OmegaPi" : {}, "PiGamma" : {},
+ "EtaGamma" : {}, "PhiPi" : {}, "OmegaPiPi" : {}, "DD" : {},
+ "BB" : {}, "5Pi" : {}, "LL" : {}, "Baryon" : {} }
# pi+pi-
+analyses["PiPi"]["ALEPH_2003_I626022" ] = ["d03-x01-y01"]
+analyses["PiPi"]["BELLE_2005_I667712" ] = ["d01-x01-y02",
+ "d03-x01-y01","d03-x01-y02","d03-x01-y03",
+ "d03-x01-y04","d03-x01-y05","d03-x01-y06",
+ "d05-x01-y01","d05-x01-y02","d05-x01-y03",
+ "d05-x01-y04","d05-x01-y05","d05-x01-y06"]
+analyses["PiPi"]["BELLE_2007_I749358" ] = ["d01-x01-y01"]
analyses["PiPi"]["CELLO_1992_I345437" ] = ["d01-x01-y01"]
-# proton-antiproton
+analyses["PiPi"]["CLEO_1994_I372230" ] = ["d01-x01-y01"]
+analyses["PiPi"]["MARKII_1984_I195739" ] = ["d01-x01-y01"]
+analyses["PiPi"]["MARKII_1986_I220003" ] = ["d01-x01-y01","d01-x01-y02"]
+analyses["PiPi"]["MARKII_1990_I304882" ] = ["d01-x01-y01",
+ "d02-x01-y01","d02-x01-y02","d02-x01-y03",
+ "d02-x01-y04","d02-x01-y05","d02-x01-y06"]
+analyses["PiPi"]["PLUTO_1984_I204487" ] = ["d01-x01-y01"]
+analyses["PiPi"]["TPC_1986_I228072" ] = ["d01-x01-y01","d04-x01-y01"]
+analyses["PiPi"]["VENUS_1995_I392360" ] = ["d01-x01-y01"]
+# pi0pi0
+analyses["PiPi"]["BELLE_2009_I815978" ] = ["d31-x01-y01","d31-x01-y02"]
+analyses["PiPi"]["CRYSTAL_BALL_1982_I168793"] = ["d01-x01-y01"]
+analyses["PiPi"]["CRYSTAL_BALL_1990_I294492"] = ["d01-x01-y01"]
+analyses["PiPi"]["JADE_1990_I295180" ] = ["d01-x01-y01"]
+# K+K-
+analyses["KK" ]["ALEPH_2003_I626022" ] = ["d04-x01-y01"]
+analyses["KK" ]["BELLE_2003_I629334" ] = ["d01-x01-y01"]
+analyses["KK" ]["BELLE_2005_I667712" ] = ["d01-x01-y01",
+ "d04-x01-y01","d04-x01-y02","d04-x01-y03",
+ "d04-x01-y04","d04-x01-y05","d04-x01-y06",
+ "d06-x01-y01","d06-x01-y02","d06-x01-y03",
+ "d06-x01-y04","d06-x01-y05","d06-x01-y06"]
+analyses["KK" ]["CLEO_1994_I372230" ] = ["d01-x01-y01"]
+analyses["KK" ]["MARKII_1984_I195739" ] = ["d01-x01-y01"]
+analyses["KK" ]["MARKII_1986_I220003" ] = ["d01-x01-y01","d01-x01-y02"]
+analyses["KK" ]["TPC_1986_I228072" ] = ["d05-x01-y01"]
+# K0K0
+analyses["KK" ]["BELLE_2013_I1245023" ] = ["d01-x01-y01","d01-x01-y02"]
+# Eta Eta
+analyses["EtaEta"]["BELLE_2010_I862260" ] = ["d01-x01-y01","d01-x01-y02"]
+# Eta Pi
+analyses["EtaPi"]["BELLE_2009_I822474" ] = ["d01-x01-y01"]
+analyses["EtaPi"]["CRYSTAL_BALL_1986_I217547" ] = ["d01-x01-y01"]
+# 3 pions
+analyses["3Pi"]["ARGUS_1997_I420421" ] = ["d01-x01-y01","d02-x01-y01","d03-x01-y05",
+ "d04-x01-y03","d05-x01-y01"]
+analyses["3Pi"]["TASSO_1986_I228876" ] = ["d01-x01-y01"]
+# 4 pions
+analyses["4Pi"]["ARGUS_1989_I266416" ] = ["d01-x01-y01","d02-x01-y01",
+ "d03-x01-y01","d04-x01-y01"]
+analyses["4Pi"]["CELLO_1989_I267081" ] = ["d01-x01-y01","d02-x01-y01"]
+analyses["4Pi"]["TASSO_1982_I180755" ] = ["d01-x01-y01"]
+# proton antiproton
+analyses["PPbar" ]["ARGUS_1989_I267759" ] = ["d02-x01-y01"]
+analyses["PPbar" ]["BELLE_2005_I677625" ] = ["d01-x01-y01"]
+analyses["PPbar" ]["CLEO_1994_I358510" ] = ["d01-x01-y01"]
+analyses["PPbar" ]["JADE_1986_I231554" ] = ["d01-x01-y01"]
+analyses["PPbar" ]["TASSO_1983_I191417" ] = ["d01-x01-y01"]
+analyses["PPbar" ]["TPC_1987_I246557" ] = ["d01-x01-y01"]
+# other baryons
+analyses["Baryon"]["BELLE_2016_I1444981" ] = ["d01-x01-y01","d02-x01-y01"]
+# K_0S K+/- pi -/+
+analyses["2K1Pi"]["CELLO_1989_I266414" ] = ["d01-x01-y01"]
+# K*K* and various 2K2pi states
+analyses["2K2Pi"]["ARGUS_1987_I248680"] = ["d01-x01-y01","d02-x01-y01","d03-x01-y01","d04-x01-y01",
+ "d05-x01-y01","d05-x01-y02","d05-x01-y03","d05-x01-y04","d05-x01-y05"]
+analyses["2K2Pi"]["ARGUS_1988_I262713"] = ["d01-x01-y01","d02-x01-y01","d03-x01-y01","d04-x01-y01"]
+analyses["2K2Pi"]["ARGUS_1994_I372451"] = ["d01-x01-y01","d02-x01-y01"]
+analyses["2K2Pi"]["ARGUS_2000_I511512" ] = ["d03-x01-y01","d03-x01-y02","d03-x01-y03","d03-x01-y04",
+ "d04-x01-y01","d04-x01-y02","d04-x01-y03","d04-x01-y04",
+ "d05-x01-y01","d05-x01-y02","d05-x01-y03","d05-x01-y04",
+ "d06-x01-y01","d06-x01-y02",
+ "d07-x01-y01","d07-x01-y02","d07-x01-y03",
+ "d08-x01-y01","d08-x01-y02","d08-x01-y03",
+ "d09-x01-y01","d09-x01-y02",
+ "d10-x01-y01","d10-x01-y02",
+ "d11-x01-y01"]
+# eta' pipi
+analyses["EtaPrimePiPi"]["BELLE_2018_I1672149"] = ["d01-x01-y01","d02-x01-y01"]
+# 6 meson final-states
+analyses["6m"]["ARGUS_1996_I403304"] = [ "d01-x01-y01","d01-x01-y02","d01-x01-y03"]
+analyses["6m"]["BELLE_2012_I1090664"] = ["d01-x01-y01","d01-x01-y02",
+ "d01-x02-y01","d01-x02-y02",
+ "d01-x03-y01","d01-x03-y02"]
+analyses["6m"]["ARGUS_1987_I247567"] = ["d01-x01-y01","d02-x01-y01"]
+analyses["6m"]["ARGUS_1988_I260828"] = ["d01-x01-y01"]
+analyses["6m"]["ARGUS_1991_I296187"] = ["d02-x01-y01","d03-x01-y01","d05-x01-y01"]
+analyses["6m"]["ARGUS_1991_I315058"] = ["d01-x01-y01","d01-x01-y02","d01-x01-y03"]
+# hyperons
+analyses["LL"]["BELLE_2006_I727063" ] = ["d01-x01-y01","d01-x01-y02"]
+analyses["LL"]["CLEOII_1997_I439745"] = ["d01-x01-y01"]
+
# list the analysis if required and quit()
allProcesses=False
if "All" in opts.processes :
allProcesses=True
processes = sorted(list(analyses.keys()))
else :
processes = sorted(list(set(opts.processes)))
if(opts.list) :
for process in processes :
print (" ".join(analyses[process]))
quit()
if(opts.plot) :
output=""
for process in processes:
for analysis in analyses[process] :
if(analysis=="CELLO_1992_I345437") :
for iy in range(1,22) :
output+= " -m/%s/%s" % (analysis,"d02-x01-y%02d"%iy)
+ elif(analysis=="VENUS_1995_I392360") :
+ for iy in range(1,12) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y01"%iy)
+ elif(analysis=="ALEPH_2003_I626022") :
+ if process =="PiPi" :
+ output+= " -m/%s/%s" % (analysis,"d01-x01-y01")
+ elif process =="KK" :
+ output+= " -m/%s/%s" % (analysis,"d02-x01-y01")
+ elif(analysis=="BELLE_2003_I629334") :
+ for ix in range(2,8) :
+ for iy in range(1,5) :
+ if(ix==8 and iy>1) : continue
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y%02d"%(ix,iy))
+ elif(analysis=="BELLE_2007_I749358") :
+ for iy in range(2,100) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y01"%iy)
+ for iy in range(100,142) :
+ output+= " -m/%s/%s" % (analysis,"d%03d-x01-y01"%iy)
+ elif(analysis=="BELLE_2010_I862260") :
+ for iy in range(2,44) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y01"%iy)
+ elif(analysis=="BELLE_2009_I822474") :
+ for iy in range(2,76) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y01"%iy)
+ elif(analysis=="BELLE_2013_I1245023") :
+ for iy in range(2,41) :
+ for iz in range(1,4) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y0%s"%(iy,iz))
+ elif(analysis=="BELLE_2005_I677625") :
+ for iy in range(2,7) :
+ for iz in range(1,4) :
+ if iy==6 and iz ==3 : break
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y0%s"%(iy,iz))
+ elif(analysis=="BELLE_2009_I815978") :
+ for iy in range(1,31) :
+ for iz in range(1,4) :
+ if iy==30 and iz ==2 : break
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y0%s"%(iy,iz))
+ elif(analysis=="CLEO_1994_I358510") :
+ for iy in range(2,4) :
+ output+= " -m/%s/%s" % (analysis,"d%02d-x01-y01"%iy)
+ elif(analysis=="CLEO_1994_I358510TASSO_1983_I191417" or analysis=="CRYSTAL_BALL_1986_I217547") :
+ for iy in range(1,3) :
+ output+= " -m/%s/%s" % (analysis,"d02-x01-y%02d"%iy)
+ elif(analysis=="JADE_1986_I231554" or analysis=="CRYSTAL_BALL_1982_I168793") :
+ output+= " -m/%s/%s" % (analysis,"d02-x01-y01")
+ elif(analysis=="ARGUS_1989_I267759") :
+ output+= " -m/%s/%s" % (analysis,"d01-x01-y01")
+ elif(analysis=="TPC_1987_I246557") :
+ for iy in range(1,3) :
+ output+= " -m/%s/%s" % (analysis,"d03-x01-y%02d"%iy)
+ elif(analysis=="CRYSTAL_BALL_1990_I294492") :
+ for iy in range(1,8) :
+ output+= " -m/%s/%s" % (analysis,"d02-x01-y%02d"%iy)
for plot in analyses[process][analysis]:
output+= " -m/%s/%s" % (analysis,plot)
print (output)
quit()
# mapping of process to me to use
-me = { "PiPi" : "MEgg2PiPi"}
+me = { "PiPi" : "MEgg2PiPi",
+ "KK" : "MEgg2KK"}
# get the particle masses from Herwig
particles = { "pi+" : 0., "pi0" : 0. ,"eta" : 0. ,"eta'" : 0. ,"phi" : 0. ,"omega" : 0. ,"p+" : 0. ,"K+" : 0.}
for val in particles :
tempTxt = "get /Herwig/Particles/%s:NominalMass\nget /Herwig/Particles/%s:WidthLoCut\n" % (val,val)
with open("temp.in",'w') as f:
f.write(tempTxt)
p = subprocess.Popen(["../src/Herwig", "read","temp.in"],stdout=subprocess.PIPE)
vals = p.communicate()[0].split()
mass = float(vals[0])-float(vals[1])
particles[val]=mass
os.remove("temp.in")
# minimum CMS energies for specific processes
minMass = { "PiPi" : 2.*particles["pi+"],
"KK" : 2.*particles["K+"],
"3Pi" : 2.*particles["pi+"]+particles["pi0"],
"4Pi" : 2.*particles["pi+"]+2.*particles["pi0"],
"EtaPiPi" : particles["eta"]+2.*particles["pi+"],
"EtaprimePiPi" : particles["eta'"]+2.*particles["pi+"],
"EtaPhi" : particles["phi"]+particles["eta"],
"EtaOmega" : particles["omega"]+particles["eta"],
"OmegaPi" : particles["omega"]+particles["pi0"],
"OmegaPiPi" : particles["omega"]+2.*particles["pi0"],
"PhiPi" : particles["phi"]+particles["pi0"],
"PiGamma" : particles["pi0"],
"EtaGamma" : particles["eta"],
"PPbar" : 2.*particles["p+"],
"LL" : 0.,
"2K1Pi" : 2.*particles["K+"]+particles["pi0"] }
# energies we need
energies={}
def nearestEnergy(en) :
Emin=0
delta=1e30
anals=[]
for val in energies :
if(abs(val-en)<delta) :
delta = abs(val-en)
Emin = val
anals=energies[val]
return (Emin,delta,anals)
for process in processes:
if(process not in analyses) : continue
matrix=""
if( process in me ) :
matrix = me[process]
for analysis in analyses[process] :
aos=yoda.read(os.path.join(os.path.join(os.getcwd(),path),analysis+".yoda"))
if(len(aos)==0) : continue
for plot in analyses[process][analysis] :
histo = aos["/REF/%s/%s" %(analysis,plot)]
for point in histo.points() :
energy = point.x()
if(analysis=="KLOE_2009_I797438" or
analysis=="KLOE_2005_I655225" or
analysis=="KLOE2_2017_I1634981" or
analysis=="FENICE_1994_I377833") :
energy = math.sqrt(energy)
if(energy>200) :
energy *= 0.001
emin,delta,anals = nearestEnergy(energy)
if(energy in energies) :
if(analysis not in energies[energy][1]) :
energies[energy][1].append(analysis)
if(matrix!="" and matrix not in energies[energy][0] and
minMass[process]<=energy) :
energies[energy][0].append(matrix)
elif(delta<1e-7) :
if(analysis not in anals[1]) :
anals[1].append(analysis)
if(matrix!="" and matrix not in anals[0] and
minMass[process]<=energy) :
anals[0].append(matrix)
else :
if(matrix=="") :
energies[energy]=[[],[analysis]]
elif(minMass[process]<=energy) :
energies[energy]=[[matrix],[analysis]]
with open("python/LowEnergy-GammaGamma-Perturbative.in", 'r') as f:
templateText = f.read()
perturbative=Template( templateText )
with open("python/LowEnergy-GammaGamma-NonPerturbative.in", 'r') as f:
templateText = f.read()
nonPerturbative=Template( templateText )
+with open("python/LowEnergy-GammaGamma-Resonance.in", 'r') as f:
+ templateText = f.read()
+resonance=Template( templateText )
targets=""
for energy in sorted(energies) :
anal=""
for analysis in energies[energy][1]:
anal+= "insert /Herwig/Analysis/Rivet:Analyses 0 %s\n" %analysis
proc=""
matrices = energies[energy][0]
if(allProcesses) : matrices = me.values()
for matrix in matrices:
proc+="insert SubProcess:MatrixElements 0 %s\n" % matrix
maxflavour =5
if(energy<thresholds[1]) :
maxflavour=2
elif(energy<thresholds[2]) :
maxflavour=3
elif(energy<thresholds[3]) :
maxflavour=4
# input file for perturbative QCD
if(opts.perturbative and energy> thresholds[0]) :
+ process=""
+ for i in range(1,maxflavour+1) :
+ process+="cp MEgg2ff MEgg2qq%s\n" %i
+ process+="cp gg2ffAmp gg2fqq%sAmp\n" %i
+ process+="set MEgg2qq%s:Amplitude gg2fqq%sAmp\n" % (i,i)
+ process+="set gg2fqq%sAmp:Process %s\n" %(i,i+10)
+ process+="insert SubProcess:MatrixElements 0 MEgg2qq%s\n" % i
inputPerturbative = perturbative.substitute({"ECMS" : "%8.6f" % energy, "ANALYSES" : anal,
- "lepton" : "", "maxflavour" : 10+maxflavour})
+ "process" : process})
with open(opts.dest+"/Rivet-LowEnergy-GammaGamma-Perturbative-%8.6f.in" % energy ,'w') as f:
f.write(inputPerturbative)
targets += "Rivet-LowEnergy-GammaGamma-Perturbative-%8.6f.yoda " % energy
# input file for currents
if(opts.nonPerturbative and proc!="") :
inputNonPerturbative = nonPerturbative.substitute({"ECMS" : "%8.6f" % energy, "ANALYSES" : anal,
"processes" : proc})
with open(opts.dest+"/Rivet-LowEnergy-GammaGamma-NonPerturbative-%8.6f.in" % energy ,'w') as f:
f.write(inputNonPerturbative)
targets += "Rivet-LowEnergy-GammaGamma-NonPerturbative-%8.6f.yoda " % energy
+ # input file for resonances
+ if(opts.resonance and energy>0.81) :
+ inputResonance = resonance.substitute({"ECMS" : "%8.6f" % energy, "ANALYSES" : anal})
+ with open(opts.dest+"/Rivet-LowEnergy-GammaGamma-Resonance-%8.6f.in" % energy ,'w') as f:
+ f.write(inputResonance)
+ targets += "Rivet-LowEnergy-GammaGamma-Resonance-%8.6f.yoda " % energy
+
print (targets)
diff --git a/Tests/python/OniumSigma.py.in b/Tests/python/OniumSigma.py.in
new file mode 100755
--- /dev/null
+++ b/Tests/python/OniumSigma.py.in
@@ -0,0 +1,238 @@
+#! @PYTHON@
+from __future__ import print_function
+import yoda,os,math,subprocess,optparse
+from string import Template
+import numpy
+import matplotlib.pyplot as plt
+from scipy.integrate import quad
+import datetime
+import lhapdf
+p = lhapdf.mkPDF("CT14lo",0)
+
+htmlTemplate=Template("""
+<html>
+<head>
+<title>Tests of Onium Cross Sections</title>
+<style>
+ html { font-family: sans-serif; }
+ img { border: 0; }
+ a { text-decoration: none; font-weight: bold; }
+ </style>
+ <script type="text/x-mathjax-config">
+ MathJax.Hub.Config({
+ tex2jax: {inlineMath: [["$$","$$"]]}
+ });
+ </script>
+ <script type="text/javascript" async
+ src="https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.7/MathJax.js?config=TeX-AMS-MML_HTMLorMML">
+ </script>
+ </head>
+<body>
+<section id="OniumTests">
+<h1>Tests of Onium Cross Sections</h1>
+${plots}
+</section>
+
+<footer style="clear:both; margin-top:3em; padding-top:3em">
+${time}
+</footer>
+
+</body>
+</html>""")
+plotTemplate=Template("""
+<div class="plot" id="plot_${id}" style="float:left; font-size:smaller; font-weight:bold;">
+ <a href="#MC_Simple_Onium-${id}">&#9875;</a> ${id}:<br/>
+ <a name="MC_Simple_Onium-${id}"><a href="${id}.pdf">
+ <img src="${id}.png">
+ </a></a>
+</div>""")
+# various test functions
+
+s = 13e3**2
+GeV2nb=.389379304e6
+
+R02=0.560236
+M=2.9804
+aS=0.248943
+
+def dSigmady1S0(y) :
+ A = numpy.pi**2*aS**2*R02/3./M**5*GeV2nb
+ x1 = M/numpy.sqrt(s)*numpy.exp(y)
+ x2 = M/numpy.sqrt(s)*numpy.exp(-y)
+ return p.xfxQ(21,x1,M)*p.xfxQ(21,x2,M)*A
+
+def dSigmady3P0(y) :
+ A = 12.*numpy.pi**2*aS**2*R02/M**7*GeV2nb
+ x1 = M/numpy.sqrt(s)*numpy.exp(y)
+ x2 = M/numpy.sqrt(s)*numpy.exp(-y)
+ return p.xfxQ(21,x1,M)*p.xfxQ(21,x2,M)*A
+
+def dSigmady3P2(y) :
+ A = 16.*numpy.pi**2*aS**2*R02/M**7*GeV2nb
+ x1 = M/numpy.sqrt(s)*numpy.exp(y)
+ x2 = M/numpy.sqrt(s)*numpy.exp(-y)
+ return p.xfxQ(21,x1,M)*p.xfxQ(21,x2,M)*A
+
+def dSigmady1D2(y) :
+ A = 80.*numpy.pi**2*aS**2*R02/3./M**9*GeV2nb
+ x1 = M/numpy.sqrt(s)*numpy.exp(y)
+ x2 = M/numpy.sqrt(s)*numpy.exp(-y)
+ return p.xfxQ(21,x1,M)*p.xfxQ(21,x2,M)*A
+
+# latex for plots
+latexName = {441 : "\\eta_c", 443 : "J/\\psi", 100441 : "\\eta_c(2S)", 100443 : "\psi(2S)",
+
+ 10443 : "h_c", 10441: "\\chi_{c0}", 20443: "\\chi_{c1}", 445: "\\chi_{c2}",
+
+ 30443 : "\\psi(3770)" , 20445 : "\\psi_2(1D)", 447 : "\\psi_3(1D)", 100445: "\\chi_{c2}(2P)",
+
+ 551 : "\\eta_b", 553 : "\\Upsilon" , 100551 : "\\eta_b(2S)", 100553 : "\\Upsilon(2S)", 200551 : "\\eta_b(3S)", 200553 : "\\Upsilon(3S)", 300553 : "\\Upsilon(4S)",
+
+ 10553 : "h_b", 10551: "\\chi_{b0}", 20553: "\\chi_{b1}", 555: "\\chi_{b2}",
+
+ 110553 : "h_b(2P)", 110551: "\\chi_{b0}(2P)", 120553: "\\chi_{b1}(2P)", 100555: "\\chi_{b2}(2P)",
+ 210553 : "h_b(3P)", 210551: "\\chi_{b0}(3P)", 220553: "\\chi_{b1}(3P)", 200555: "\\chi_{b2}(3P)",
+
+ 10555 : "\\eta_{b2}", 30553 : "\\Upsilon_1(1D)", 20555 : "\\Upsilon_2(1D)", 557 : "\\Upsilon_3(1D)",
+
+ 541 : "B_c^+", 543 : "B_c^{*+}", 10541 : "B_{c0}^{*+}", 545 : "B_{c2}^{*+}",
+ 100541 : "B_c(2S)^+", 100543 : "B_c(2S)^{*+}", 10543 : "B_{c1}^+", 20543 : "B_{c1}^{\\prime+}",
+ 30543 : "B_c(1D)^{*+}", 547 : "B_{c3}(1D)^{*+}", 20545 : "B_{c2}(H)^{+}", 10545 : "B_{c2}(L)^+",
+ 4403 : "(cc)_1", 5503 : "(bb)_1", 5401 : "(bc)_0", 5403 : "(bc)_1" }
+# cross section tests
+testParameters = {"eta_c_1S" : [ 441,"ccbar","1S",0.560236,2.9804 ,0.248943,dSigmady1S0,"MEgg2EtaC1S" ],
+ "eta_c_2S" : [100441,"ccbar","2S",0.6966 ,3.638 ,0.232538,dSigmady1S0,"MEgg2EtaC2S" ],
+ "eta_b_1S" : [ 551,"bbbar","1S",1.8**3 ,9.397 ,0.180058,dSigmady1S0,"MEgg2EtaB1S" ],
+ "eta_b_2S" : [100551,"bbbar","2S",2.8974 ,9.996 ,0.177496,dSigmady1S0,"MEgg2EtaB2S" ],
+ "eta_b_3S" : [200551,"bbbar","3S",2.2496 ,10.337 ,0.176137,dSigmady1S0,"MEgg2EtaB3S" ],
+ "eta_b2_1D": [ 10555,"bbbar","1D",0.8394 ,10.158 ,0.176842,dSigmady1D2,"MEgg2EtaB21D"],
+ "chi_c0_1P": [ 10441,"ccbar","1P",0.1296 ,3.41476,0.237512,dSigmady3P0,"MEgg2ChiC01P"],
+ "chi_b0_1P": [ 10551,"bbbar","1P",1.6057 ,9.85944,0.17806 ,dSigmady3P0,"MEgg2ChiB01P"],
+ "chi_b0_2P": [110551,"bbbar","2P",1.8240 ,10.2325,0.176546,dSigmady3P0,"MEgg2ChiB02P"],
+ "chi_b0_3P": [210551,"bbbar","3P",1.9804 ,10.5007,0.175507,dSigmady3P0,"MEgg2ChiB03P"],
+ "chi_c2_1P": [ 445,"ccbar","1P",0.1296 ,3.5562 ,0.2343 ,dSigmady3P2,"MEgg2ChiC21P"],
+ "chi_c2_2P": [100445,"ccbar","2P",0.1767 ,3.929 ,0.226766,dSigmady3P2,"MEgg2ChiC22P"],
+ "chi_b2_1P": [ 555,"bbbar","1P",1.6057 ,9.91221,0.177841,dSigmady3P2,"MEgg2ChiB21P"],
+ "chi_b2_2P": [100555,"bbbar","2P",1.8240 ,10.2686,0.176404,dSigmady3P2,"MEgg2ChiB22P"],
+ "chi_b2_3P": [200555,"bbbar","3P",1.9804 ,10.5264,0.175409,dSigmady3P2,"MEgg2ChiB23P"],
+
+}
+
+# options
+op = optparse.OptionParser(usage=__doc__)
+op.add_option("--generate-input-files", dest="infiles", default=False, action="store_true")
+op.add_option("--analyse", dest="analyse", default=False, action="store_true")
+op.add_option("--fast", dest="fast", default=False, action="store_true")
+opts, args = op.parse_args()
+# get template and write the file
+with open(os.path.join("Rivet/Templates/Hadron.in"), 'r') as f:
+ templateText = f.read()
+template = Template( templateText )
+# if we are generating the inputfiles
+if opts.infiles :
+ targets=""
+ # now loop over the examples
+ for (key,val) in testParameters.items() :
+ # substs for the input file
+ parameters={"parameterFile" : "insert /Herwig/Analysis/RivetAnalysis:Analyses 0 MC_Hadron_Onium",
+ "bscheme" : "",
+ "shower" : "do /Herwig/OniumParameters:SetWaveFunction %s %s %s" %(val[1],val[2],val[3]),
+ "process" : """
+set /Herwig/Generators/EventGenerator:EventHandler:LuminosityFunction:Energy 13000.0
+set /Herwig/Generators/EventGenerator:EventHandler:HadronizationHandler NULL
+set /Herwig/Generators/EventGenerator:EventHandler:CascadeHandler NULL
+set /Herwig/Generators/EventGenerator:EventHandler:DecayHandler NULL
+set /Herwig/Analysis/Basics:CheckQuark 0
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:MHatMin 2.0
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:X1Min 1e-8
+set /Herwig/Generators/EventGenerator:EventHandler:Cuts:X2Min 1e-8
+insert SubProcess:MatrixElements[0] %s
+""" % val[7],
+ "collider" : "PPCollider.in",
+ "runname" : "Onium-%s"%key}
+ with open(os.path.join("Rivet","Onium-%s.in"%key), 'w') as f:
+ f.write( template.substitute(parameters) )
+ targets += "Onium-%s.yoda " % key
+ print(targets)
+# if we are doing the analysis
+if opts.analyse :
+ if not os.path.isdir("Onium-Sigma"):
+ os.mkdir("Onium-Sigma")
+ plots=""
+ # loop over the tests
+ for (key,val) in testParameters.items() :
+ R02 = val[3]
+ M = val[4]
+ aS = val[5]
+ # plot title
+ lName = latexName[val[0]]
+ plt.title("Differential Cross section w.r.t rapidity for $gg\\to %s$"%lName)
+ # analytic line
+ ymax = numpy.log(math.sqrt(s)/M)-0.001
+ ys = numpy.linspace(-ymax,ymax,1000)
+ sig=[]
+ for y in ys :
+ sig.append(val[6](y))
+ plt.plot(ys,sig,label="analytic ",color="black")
+ aos = yoda.read("Onium-%s.yoda" % key)
+ histo = aos["/MC_Hadron_Onium/h_y_%s" % val[0]]
+ x = []
+ dx = []
+ y1 = []
+ dy1= []
+ chisq = 0.
+ ndof = 0
+ for hbin in histo.bins() :
+ x .append(hbin.xMid() )
+ dx .append(0.5*hbin.xWidth())
+ y1 .append(hbin.height() /1000.)
+ dy1.append(hbin.heightErr()/1000.)
+ if(dy1[-1]>0. and x[-1]>0.01 and x[-1]<0.99) :
+ if(opts.fast) :
+ fval = val[6](hbin.xMid())
+ else :
+ fval = quad(val[6],hbin.xMin(),hbin.xMax())[0]/hbin.xWidth()
+ chisq += ((fval-y1[-1])/dy1[-1])**2
+ ndof+=1.
+ if(ndof!=0) : chisq/=ndof
+ plt.errorbar(x,y1,yerr=dy1,xerr=dx,linestyle="none",fmt="none",
+ label="Hw 7",color="red")
+ plt.xlabel("$y_{%s}$" % lName)
+ plt.ylabel("$d\\sigma/dy_{%s}$ [nb]" % lName)
+ plt.legend(title="$\\chi^2/N=%.2f$"%chisq)
+ plt.xlim([-ymax,ymax])
+ plt.ylim(ymin=0)
+ plots+=plotTemplate.substitute({"id" : key})
+ # now for the total cross section
+ sigmaTotal=quad(val[6],-ymax,ymax)
+ dat = open("Onium-%s.out" % key)
+ line =dat.readline()
+ while line :
+ line=line.strip()
+ if "Total" in line and "attempted" in line :
+ line=line.split()[-1].split("e")
+ power=float(line[1])
+ line=line[0].strip(")").split("(")
+ value=float(line[0])
+ error=float(line[1])
+ line=line[0].split(".")
+ if len(line)==2 :
+ error *= 10**(-float(len(line[1])))
+ value *= 10**power
+ error *= 10**power
+ break
+ line=dat.readline()
+ sMax = max(sig)
+
+ chisq = (sigmaTotal[0]-value)**2/(sigmaTotal[1]**2+error**2)
+ frac = (sigmaTotal[0]-value)/(sigmaTotal[0]+value)
+ plt.text(0.,0.15*sMax,"Total Cross Section = $%.2f\\times10^{%s}$ nb"%(sigmaTotal[0]/10**power,int(power)),horizontalalignment='center')
+ plt.text(0.,0.10*sMax,"Fractional Difference = %.2f per mille"%(frac*1000),horizontalalignment='center')
+ plt.text(0.,0.05*sMax,"$\\chi^2 = %.2f$"%(chisq),horizontalalignment='center')
+ plt.savefig("Onium-Sigma/%s.pdf" %key)
+ plt.savefig("Onium-Sigma/%s.png" %key)
+ plt.clf()
+
+ with open(os.path.join("Onium-Sigma","index.html"), 'w') as f:
+ f.write( htmlTemplate.substitute( {"plots" : plots,
+ "time" :'<p>Generated at %s</p>' % datetime.datetime.now().strftime("%A, %d. %B %Y %I:%M%p") }) )
diff --git a/Tests/python/make_input_files.py.in b/Tests/python/make_input_files.py.in
--- a/Tests/python/make_input_files.py.in
+++ b/Tests/python/make_input_files.py.in
@@ -1,1587 +1,1636 @@
#! @PYTHON@
# -*- mode: python -*-
from __future__ import print_function
import logging,sys,os
from string import Template
from HerwigInputs import *
import sys
if sys.version_info[:3] < (2,4,0):
print ("rivet scripts require Python version >= 2.4.0... exiting")
sys.exit(1)
if __name__ == "__main__":
import logging
from optparse import OptionParser, OptionGroup
parser = OptionParser(usage="%prog name [...]")
simulation=""
numberOfAddedProcesses=0
def addProcess(thefactory,theProcess,Oas,Oew,scale,mergedlegs,NLOprocesses):
global numberOfAddedProcesses
global simulation
numberOfAddedProcesses+=1
res ="set "+thefactory+":OrderInAlphaS "+Oas+"\n"
res+="set "+thefactory+":OrderInAlphaEW "+Oew+"\n"
res+="do "+thefactory+":Process "+theProcess+" "
if ( mergedlegs != 0 ):
if simulation!="Merging":
print ("simulation is not Merging, trying to add merged legs.")
sys.exit(1)
res+="["
for j in range(mergedlegs):
res+=" j "
res+="]"
res+="\n"
if (NLOprocesses!=0):
if simulation!="Merging":
print ("simulation is not Merging, trying to add NLOProcesses.")
sys.exit(1)
res+="set MergingFactory:NLOProcesses %s \n" % NLOprocesses
if ( scale != "" ):
res+="set "+thefactory+":ScaleChoice /Herwig/MatrixElements/Matchbox/Scales/"+scale+"\n"
return res
addedBRReweighter=False
def addBRReweighter():
global addedBRReweighter
if(addedBRReweighter):
logging.error("Can only add BRReweighter once.")
sys.exit(1)
res="create Herwig::BranchingRatioReweighter /Herwig/Generators/BRReweighter\n"
res+="insert /Herwig/Generators/EventGenerator:EventHandler:PostHadronizationHandlers 0 /Herwig/Generators/BRReweighter\n"
addedBRReweighter=True
return res
selecteddecaymode=False
def selectDecayMode(particle,decaymodes):
global selecteddecaymode
res="do /Herwig/Particles/"+particle+":SelectDecayModes"
for decay in decaymodes:
res+=" /Herwig/Particles/"+particle+"/"+decay
res+="\n"
selecteddecaymode=True
return res
ME_Upsilon = """\
create Herwig::MEee2VectorMeson /Herwig/MatrixElements/MEUpsilon HwMELepton.so
set /Herwig/MatrixElements/MEUpsilon:VectorMeson /Herwig/Particles/Upsilon(4S)
set /Herwig/MatrixElements/MEUpsilon:Coupling 96.72794
""" + insert_ME("MEUpsilon")
(opts, args) = parser.parse_args()
## Check args
if len(args) != 1:
logging.error("Must specify at least input file")
sys.exit(1)
name = args[0]
print (name)
# work out name and type of the collider
(collider,have_hadronic_collider) = identifyCollider(name)
# workout the type of simulation
(simulation,templateName,parameterName,parameters)=identifySimulation(name,collider,have_hadronic_collider)
if simulation=="Merging" :
thefactory="MergingFactory"
else :
thefactory="Factory"
# settings for four flavour scheme
fourFlavour="""
read Matchbox/FourFlavourScheme.in
{bjetgroup}
set /Herwig/Cuts/MatchboxJetMatcher:Group bjet
""".format(bjetgroup=particlegroup(thefactory,'bjet','b','bbar','c', 'cbar',
's','sbar','d','dbar','u','ubar','g'))
# work out the process and parameters
process=StringBuilder()
# DIS
if(collider=="DIS") :
if(simulation=="") :
if "NoME" in name :
process = StringBuilder("set /Herwig/Shower/ShowerHandler:HardEmission None")
parameterName=parameterName.replace("NoME-","")
parameterName=parameterName.replace("DIS-" ,"")
if "CC" in parameterName :
process += insert_ME("MEDISCC")
else :
process += insert_ME("MEDISNC")
elif(simulation=="Powheg") :
if "CC" in parameterName :
process = StringBuilder(insert_ME("PowhegMEDISCC"))
else :
process = StringBuilder(insert_ME("PowhegMEDISNC"))
elif(simulation=="Matchbox" ) :
if "CC" in name :
if "e-" in parameterName :
process = StringBuilder(addProcess(thefactory,"e- p -> nu_e j","0","2","",0,0))
else :
process = StringBuilder(addProcess(thefactory,"e+ p -> nu_ebar j","0","2","",0,0))
else :
if "e-" in parameterName :
process = StringBuilder(addProcess(thefactory,"e- p -> e- j","0","2","",0,0))
else :
process = StringBuilder(addProcess(thefactory,"e+ p -> e+ j","0","2","",0,0))
elif(simulation=="Merging" ) :
if "CC" in name :
if "e-" in parameterName :
process = StringBuilder(addProcess(thefactory,"e- p -> e- j","0","2","",2,2))
else :
process = StringBuilder(addProcess(thefactory,"e+ p -> e+ j","0","2","",2,2))
else :
if "e-" in parameterName :
process = StringBuilder(addProcess(thefactory,"e- p -> nu_e j","0","2","",2,2))
else :
process = StringBuilder(addProcess(thefactory,"e+ p -> nu_ebar j","0","2","",2,2))
Q2Min=1.
Q2Max=1000000.
if "VeryLow" in name :
Q2Max=20.
parameterName=parameterName.replace("-VeryLowQ2","")
elif "Low" in name :
Q2Min=20.
Q2Max=100.
parameterName=parameterName.replace("-LowQ2","")
elif "Med" in name :
Q2Min=100.
Q2Max=1000.
parameterName=parameterName.replace("-MedQ2","")
elif "High" in name :
Q2Min=1000.
parameterName=parameterName.replace("-HighQ2","")
if "CC" in name :
process+="set /Herwig/Cuts/ChargedCurrentCut:MaxQ2 2%s\nset /Herwig/Cuts/ChargedCurrentCut:MinQ2 %s\n" %(Q2Max,Q2Min)
else :
process+="set /Herwig/Cuts/NeutralCurrentCut:MaxQ2 2%s\nset /Herwig/Cuts/NeutralCurrentCut:MinQ2 %s\n" %(Q2Max,Q2Min)
# EE
elif(collider=="EE") :
if(simulation=="") :
if "gg" in parameterName :
process = StringBuilder("create Herwig::MEee2Higgs2SM /Herwig/MatrixElements/MEee2Higgs2SM\n")
process+=insert_ME("MEee2Higgs2SM","Gluon","Allowed")
elif "LL" in parameterName :
process = StringBuilder(insert_ME("MEee2gZ2ll"))
process += "set /Herwig/MatrixElements/MEee2gZ2ll:Allowed Charged\n"
elif "WW" in parameterName :
process = StringBuilder(insert_ME("MEee2VV"))
process += "set /Herwig/MatrixElements/MEee2VV:Process WW\n"
else :
process = StringBuilder(insert_ME("MEee2gZ2qq"))
try :
ecms = float(parameterName)
if(ecms<=3.75) :
process+= "set /Herwig/MatrixElements/MEee2gZ2qq:MaximumFlavour 3\n"
elif(ecms<=10.6) :
process+= "set /Herwig/MatrixElements/MEee2gZ2qq:MaximumFlavour 4\n"
except :
pass
elif(simulation=="Powheg") :
if "LL" in parameterName :
process = StringBuilder(insert_ME("PowhegMEee2gZ2ll"))
process += "set /Herwig/MatrixElements/PowhegMEee2gZ2ll:Allowed Charged\n"
else :
process = StringBuilder(insert_ME("PowhegMEee2gZ2qq"))
try :
ecms = float(parameterName)
if(ecms<=3.75) :
process+= "set /Herwig/MatrixElements/PowhegMEee2gZ2qq:MaximumFlavour 3\n"
elif(ecms<=10.6) :
process+= "set /Herwig/MatrixElements/PowhegMEee2gZ2qq:MaximumFlavour 4\n"
except :
pass
elif(simulation=="Matchbox" ) :
try :
ecms = float(parameterName)
if(ecms<=3.75) :
process = StringBuilder(addProcess(thefactory,"e- e+ -> u ubar","0","2","",0,0))
process+=addProcess(thefactory,"e- e+ -> d dbar","0","2","",0,0)
process+=addProcess(thefactory,"e- e+ -> s sbar","0","2","",0,0)
elif(ecms<=10.6) :
process = StringBuilder(addProcess(thefactory,"e- e+ -> u ubar","0","2","",0,0))
process+=addProcess(thefactory,"e- e+ -> d dbar","0","2","",0,0)
process+=addProcess(thefactory,"e- e+ -> c cbar","0","2","",0,0)
process+=addProcess(thefactory,"e- e+ -> s sbar","0","2","",0,0)
else :
process = StringBuilder(addProcess(thefactory,"e- e+ -> j j","0","2","",0,0))
except:
process = StringBuilder(addProcess(thefactory,"e- e+ -> j j","0","2","",0,0))
elif(simulation=="Merging" ) :
try :
ecms = float(parameterName)
if(ecms<=10.1) :
process = StringBuilder(addProcess(thefactory,"e- e+ -> j j","0","2","",2,2))
process+="read Matchbox/FourFlavourScheme.in"
else :
process = StringBuilder(addProcess(thefactory,"e- e+ -> j j","0","2","",2,2))
except:
process = StringBuilder(addProcess(thefactory,"e- e+ -> j j","0","2","",2,2))
# EE-Gamma
elif(collider=="EE-Gamma") :
if(simulation=="") :
if("mumu" in parameterName) :
process = StringBuilder(insert_ME("MEgg2ff","Muon"))
process +="set /Herwig/Cuts/Cuts:MHatMin 3.\n"
elif( "tautau" in parameterName) :
process = StringBuilder(insert_ME("MEgg2ff","Tau"))
process +="set /Herwig/Cuts/Cuts:MHatMin 3.\n"
elif( "Jets" in parameterName) :
if("Direct" in parameterName ) :
process = StringBuilder(insert_ME("MEgg2ff","Quarks"))
elif("Single-Resolved" in parameterName ) :
process = StringBuilder(insert_ME("MEGammaP2Jets",None,"Process","SubProcess"))
process+= insert_ME("MEGammaP2Jets",None,"Process","SubProcess2")
else :
process = StringBuilder(insert_ME("MEQCD2to2"))
process+="insert /Herwig/Cuts/Cuts:OneCuts[0] /Herwig/Cuts/JetKtCut"
process+="set /Herwig/Cuts/JetKtCut:MinKT 3."
+ elif ("pi0" in parameterName or "Eta" in parameterName or "EtaPrime" in parameterName or
+ "EtaC" in parameterName):
+ if "EtaC" in parameterName :
+ mename="EtaC1S"
+ elif "pi0" in parameterName :
+ mename="pi0"
+ elif "EtaPrime" in parameterName :
+ mename="etaPrime"
+ elif "Eta" in parameterName :
+ mename="eta"
+ process = StringBuilder(insert_ME("MEff2ff%s" % mename) )
+ if "10.58" in parameterName:
+ process+="cp /Herwig/MatrixElements/MEff2ff%s /Herwig/MatrixElements/MEff2ff%s2" % (mename,mename)
+ process+= insert_ME("MEff2ff%s2" % mename)
+ process+="cp /Herwig/MatrixElements/MEff2ff%s /Herwig/MatrixElements/MEff2ff%s3" % (mename,mename)
+ process+= insert_ME("MEff2ff%s3" % mename)
+ process+="set /Herwig/MatrixElements/MEff2ff%s:Q2_1Min 0. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s:Q2_1Max 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s:Q2_2Min 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s:Q2_2Max 1e10" % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s2:Q2_2Min 0. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s2:Q2_2Max 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s2:Q2_1Min 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s2:Q2_1Max 1e10" % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s3:Q2_2Min 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s3:Q2_2Max 1e10" % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s3:Q2_1Min 1. " % mename
+ process+="set /Herwig/MatrixElements/MEff2ff%s3:Q2_1Max 1e10" % mename
+ elif "ChiC0_2P" in parameterName :
+ process = StringBuilder(insert_ME("MEff2ffChiC02P"))
+ elif "ChiC2_2P" in parameterName :
+ process = StringBuilder(insert_ME("MEff2ffChiC22P"))
+ elif "ChiC2" in parameterName :
+ process = StringBuilder(insert_ME("MEff2ffChiC21P"))
+ elif "Onium" in parameterName :
+ process = StringBuilder(insert_ME("MEff2ffEtaC1S") )
+ process+= insert_ME("MEff2ffEtaC2S" )
+ process+= insert_ME("MEff2ffChiC01P")
+ process+= insert_ME("MEff2ffChiC21P")
+ process+= insert_ME("MEff2ffChiC22P")
+ process+= insert_ME("MEff2ffEtaB1S" )
+ process+= insert_ME("MEff2ffEtaB2S" )
+ process+= insert_ME("MEff2ffChiB01P")
+ process+= insert_ME("MEff2ffChiB21P")
+ process+= insert_ME("MEff2ffChiB02P")
+ process+= insert_ME("MEff2ffChiB22P")
+ process+= insert_ME("MEff2ffChiB03P")
+ process+= insert_ME("MEff2ffChiB23P")
+ process+= insert_ME("MEff2ffEtaB21D")
else :
print ("process not supported for Gamma Gamma processes at EE")
quit()
else :
print ("Only internal matrix elements currently supported for Gamma Gamma processes at EE")
quit()
elif(collider=="GammaGamma") :
if(simulation=="") :
if("mumu" in parameterName) :
process = StringBuilder(insert_ME("MEgg2ff"))
- process +="set /Herwig/MatrixElements/MEgg2ff:Process Muon\n"
+ process +="set /Herwig/MatrixElements/gg2ffAmp:Process Muon\n"
process +="set /Herwig/Cuts/Cuts:MHatMin 3.\n"
else :
print ("process not supported for Gamma Gamma processes at EE")
quit()
else :
print ("Only internal matrix elements currently supported for Gamma Gamma processes at EE")
quit()
# TVT
elif(collider=="TVT") :
process = StringBuilder("set /Herwig/Generators/EventGenerator:EventHandler:BeamB /Herwig/Particles/pbar-\n")
ecms=1960.
if "Run-II" in parameterName : ecms = 1960.0
elif "Run-I" in parameterName : ecms = 1800.0
elif "900" in parameterName : ecms = 900.0
elif "630" in parameterName : ecms = 630.0
elif "300" in parameterName : ecms = 300.0
process+=collider_lumi(ecms)
if(simulation=="") :
if "PromptPhoton" in parameterName :
process+=insert_ME("MEGammaJet")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 15.\n"
elif "DiPhoton-GammaGamma" in parameterName :
process+=insert_ME("MEGammaGamma")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
parameterName=parameterName.replace("-GammaGamma","")
elif "DiPhoton-GammaJet" in parameterName :
process+=insert_ME("MEGammaJet")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
parameterName=parameterName.replace("-GammaJet","")
elif "UE" in parameterName :
if "Dipole" in parameters["shower"]:
process+="read snippets/MB-DipoleShower.in\n"
else:
process+="read snippets/MB.in\n"
process+="read snippets/Diffraction.in\n"
process += "set /Herwig/Decays/DecayHandler:LifeTimeOption 0\n"
process += "set /Herwig/Decays/DecayHandler:MaxLifeTime 10*mm\n"
elif "Jets" in parameterName :
process+=insert_ME("MEQCD2to2")
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "DiJets" in name :
process +=jet_kt_cut( 30.)
cuts=[100.,300.,600.,900.,ecms]
for i in range(1,len(cuts)) :
tstring = "-DiJets-%s"%i
if tstring in parameterName :
process+=mhat_cut(cuts[i-1],cuts[i])
parameterName=parameterName.replace(tstring,"-DiJets")
else :
if "Run" in parameterName :
cuts=[5.,20.,40.,80.,160.,320.]
elif "300" in parameterName :
cuts=[5.,]
elif "630" in parameterName :
cuts=[5.,20.,40.]
elif "900" in parameterName :
cuts=[5.,]
cuts.append(ecms)
for i in range(1,len(cuts)) :
tstring = "-Jets-%s"%i
if tstring in parameterName :
process+=jet_kt_cut(cuts[i-1],cuts[i])
parameterName=parameterName.replace(tstring,"-Jets")
elif "Run-I-WZ" in parameterName :
process+=insert_ME("MEqq2W2ff","Electron")
process+=insert_ME("MEqq2gZ2ff","Electron")
elif "Run-II-W" in parameterName or "Run-I-W" in parameterName :
process+=insert_ME("MEqq2W2ff","Electron")
elif "Run-II-Z-e" in parameterName or "Run-I-Z" in parameterName :
process +=insert_ME("MEqq2gZ2ff","Electron")
elif "Run-II-Z-LowMass-mu" in parameterName :
process +=insert_ME("MEqq2gZ2ff","Muon")
process+=addLeptonPairCut("25","70")
elif "Run-II-Z-HighMass-mu" in parameterName :
process +=insert_ME("MEqq2gZ2ff","Muon")
process+=addLeptonPairCut("150","600")
elif "Run-II-Z-mu" in parameterName :
process +=insert_ME("MEqq2gZ2ff","Muon")
elif(simulation=="Powheg") :
if "Run-I-WZ" in parameterName :
process+=insert_ME("PowhegMEqq2W2ff","Electron")
process+=insert_ME("PowhegMEqq2gZ2ff","Electron")
elif "Run-II-W" in parameterName or "Run-I-W" in parameterName :
process+=insert_ME("PowhegMEqq2W2ff","Electron")
elif "Run-II-Z-e" in parameterName or "Run-I-Z" in parameterName :
process+=insert_ME("PowhegMEqq2gZ2ff","Electron")
elif "Run-II-Z-LowMass-mu" in parameterName :
process+=insert_ME("PowhegMEqq2gZ2ff","Muon")
process+=addLeptonPairCut("25","70")
elif "Run-II-Z-HighMass-mu" in parameterName :
process+=insert_ME("PowhegMEqq2gZ2ff","Muon")
process+=addLeptonPairCut("150","600")
elif "Run-II-Z-mu" in parameterName :
process+=insert_ME("PowhegMEqq2gZ2ff","Muon")
elif "DiPhoton-GammaGamma" in parameterName :
process+=insert_ME("MEGammaGammaPowheg","GammaGamma")
process+=insert_ME("MEGammaGamma","gg")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
process+=jet_kt_cut(5.)
parameterName=parameterName.replace("-GammaGamma","")
elif "DiPhoton-GammaJet" in parameterName :
process+=insert_ME("MEGammaGammaPowheg","VJet")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
process+=jet_kt_cut(5.)
parameterName=parameterName.replace("-GammaJet","")
elif(simulation=="Matchbox" or simulation=="Merging" ) :
if "Jets" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p -> j j","2","0","MaxJetPtScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p -> j j","2","0","MaxJetPtScale",1,0)
if "DiJets" in parameterName :
process+=addFirstJet("30")+addSecondJet("25")
cuts=[100.,300.,600.,900.,ecms]
for i in range(1,len(cuts)) :
tstring = "-DiJets-%s"%i
if tstring in parameterName :
process+=addJetPairCut(cuts[i-1],cuts[i])
parameterName=parameterName.replace(tstring,"-DiJets")
else :
if "Run" in parameterName :
cuts=[5.,20.,40.,80.,160.,320.]
elif "300" in parameterName :
cuts=[5.,]
elif "630" in parameterName :
cuts=[5.,20.,40.]
elif "900" in parameterName :
cuts=[5.,]
cuts.append(ecms)
for i in range(1,len(cuts)) :
tstring = "-Jets-%s"%i
if tstring in parameterName :
process+=addFirstJet(cuts[i-1],cuts[i])
parameterName=parameterName.replace(tstring,"-Jets")
elif "Run-I-WZ" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar e+ e-","0","2","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p pbar e+ nu","0","2","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p pbar e- nu","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=particlegroup(thefactory,'epm','e+','e-')
process+=particlegroup(thefactory,'epmnu','e+','e-','nu_e','nu_ebar')
process+=addProcess(thefactory,"p pbar epm epmnu","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
elif "Run-II-W" in parameterName or "Run-I-W" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar e+ nu","0","2","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p pbar e- nu","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=particlegroup(thefactory,'epm','e+','e-')
process+=addProcess(thefactory,"p pbar epm nu","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
elif "Run-II-Z-e" in parameterName or "Run-I-Z" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar e+ e-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p pbar e+ e-","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
elif "Run-II-Z-LowMass-mu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("25","70")
elif "Run-II-Z-HighMass-mu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("150","600")
elif "Run-II-Z-mu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p pbar mu+ mu-","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
# Star
elif(collider=="Star" ) :
process = StringBuilder("set /Herwig/Decays/DecayHandler:LifeTimeOption 0\n")
process+= "set /Herwig/Decays/DecayHandler:MaxLifeTime 10*mm\n"
process+= "set /Herwig/Generators/EventGenerator:EventHandler:BeamB /Herwig/Particles/p+\n"
process+= collider_lumi(200.0)
process+= "set /Herwig/Cuts/Cuts:X2Min 0.01\n"
if(simulation=="") :
if "UE" in parameterName :
if "Dipole" in parameters["shower"]:
process+="read snippets/MB-DipoleShower.in\n"
else:
process+="read snippets/MB.in\n"
process+="read snippets/Diffraction.in\n"
else :
process+=insert_ME("MEQCD2to2")
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "Jets-1" in parameterName : process+=jet_kt_cut(2.)
elif "Jets-2" in parameterName : process+=jet_kt_cut(5.)
elif "Jets-3" in parameterName : process+=jet_kt_cut(20.)
elif "Jets-4" in parameterName : process+=jet_kt_cut(25.)
else :
logging.error("Star not supported for %s " % simulation)
sys.exit(1)
# ISR and SppS
elif ( collider=="ISR" or collider =="SppS" or collider == "SPS" or collider == "Fermilab" ) :
process = StringBuilder("set /Herwig/Decays/DecayHandler:LifeTimeOption 0\n")
process+="set /Herwig/Decays/DecayHandler:MaxLifeTime 10*mm\n"
if(collider=="SppS") :
process = StringBuilder("set /Herwig/Generators/EventGenerator:EventHandler:BeamB /Herwig/Particles/pbar-\n")
if "17.4" in parameterName : process+=collider_lumi( 17.4)
elif "27.4" in parameterName : process+=collider_lumi( 27.4)
elif "30" in parameterName : process+=collider_lumi( 30.4)
elif "38.8" in parameterName : process+=collider_lumi( 38.8)
elif "44" in parameterName : process+=collider_lumi( 44.4)
elif "53" in parameterName : process+=collider_lumi( 53.0)
elif "62" in parameterName : process+=collider_lumi( 62.2)
elif "63" in parameterName : process+=collider_lumi( 63.0)
elif "200" in parameterName : process+=collider_lumi(200.0)
elif "500" in parameterName : process+=collider_lumi(500.0)
elif "546" in parameterName : process+=collider_lumi(546.0)
elif "900" in parameterName : process+=collider_lumi(900.0)
if "UE" in parameterName :
if(simulation=="") :
if "Dipole" in parameters["shower"]:
process+="read snippets/MB-DipoleShower.in\n"
else:
process+="read snippets/MB.in\n"
process+="read snippets/Diffraction.in\n"
else :
logging.error(" SppS and ISR not supported for %s " % simulation)
sys.exit(1)
elif "Z-mu" in parameterName :
if simulation == "" :
process+=insert_ME("MEqq2gZ2ff","Muon")
process+=mhat_minm_maxm(2,2,20)
elif simulation == "Powheg" :
process+=insert_ME("PowhegMEqq2gZ2ff","Muon")
process+=mhat_minm_maxm(2,2,20)
elif(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p mu+ mu-","0","2","LeptonPairMassScale",0,0)
process+=addLeptonPairCut("2","20")
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p mu+ mu-","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("2","20")
else :
logging.error(" SppS and ISR not supported for %s " % simulation)
sys.exit(1)
else :
logging.error(" Process not supported for SppS and ISR %s " % parameterName )
sys.exit(1)
# LHC
elif(collider=="LHC") :
ecms=7000.0
if parameterName.startswith("7-") : ecms = 7000.0
elif parameterName.startswith("8-") : ecms = 8000.0
elif parameterName.startswith("13-") : ecms = 13000.0
elif parameterName.startswith("900") : ecms = 900.0
elif parameterName.startswith("2360") : ecms = 2360.0
elif parameterName.startswith("2760") : ecms = 2760.0
elif parameterName.startswith("5-") : ecms = 5000.0
else : ecms = 7000.0
process = StringBuilder(collider_lumi(ecms))
if(simulation=="") :
if "VBF" in parameterName :
process+=insert_ME("MEPP2HiggsVBF")
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
addedBRReweighter = True
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "ggHJet" in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
addedBRReweighter = True
process+="set /Herwig/Particles/tau-:Stable Stable\n"
process+=insert_ME("MEHiggsJet")
process+=jet_kt_cut(20.)
elif "ggH" in parameterName :
process+=insert_ME("MEHiggs")
process+=insert_ME("MEHiggsJet","qqbar")
process+=jet_kt_cut(0.0)
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
addedBRReweighter = True
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "PromptPhoton" in parameterName :
process+=insert_ME("MEGammaJet")
if "PromptPhoton-1" in parameterName :
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
process+="set /Herwig/Cuts/PhotonKtCut:MaxKT 25.\n"
parameterName=parameterName.replace("-1","")
elif "PromptPhoton-2" in parameterName :
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 25.\n"
process+="set /Herwig/Cuts/PhotonKtCut:MaxKT 80.\n"
parameterName=parameterName.replace("-2","")
elif "PromptPhoton-3" in parameterName :
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 80.\n"
process+="set /Herwig/Cuts/PhotonKtCut:MaxKT 150.\n"
parameterName=parameterName.replace("-3","")
elif "PromptPhoton-4" in parameterName :
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 150.\n"
process+="set /Herwig/Cuts/PhotonKtCut:MaxKT 500.\n"
parameterName=parameterName.replace("-4","")
elif "PromptPhoton-5" in parameterName :
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 500.\n"
parameterName=parameterName.replace("-5","")
elif "DiPhoton-GammaGamma" in parameterName :
process+=insert_ME("MEGammaGamma")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
parameterName=parameterName.replace("-GammaGamma","")
elif "DiPhoton-GammaJet" in parameterName :
process+=insert_ME("MEGammaJet")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
parameterName=parameterName.replace("-GammaJet","")
elif "8-WH" in parameterName :
process+=insert_ME("MEPP2WH")
process+=jet_kt_cut(0.0)
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-ZH" in parameterName :
process+=insert_ME("MEPP2ZH")
process+=jet_kt_cut(0.0)
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "WH" in parameterName :
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;"])
addedBRReweighter = True
process+=insert_ME("MEPP2WH")
process+=jet_kt_cut(0.0)
elif "ZH" in parameterName :
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;"])
addedBRReweighter = True
process+=insert_ME("MEPP2ZH")
process+=jet_kt_cut(0.0)
elif "UE" in parameterName or "Cent" in parameterName :
if "Dipole" in parameters["shower"]:
process+="read snippets/MB-DipoleShower.in\n"
else:
process+="set /Herwig/Shower/ShowerHandler:IntrinsicPtGaussian 2.2*GeV\n"
process+="read snippets/MB.in\n"
process+="read snippets/Diffraction.in\n"
if "Long" in parameterName :
process += "set /Herwig/Decays/DecayHandler:MaxLifeTime 100*mm\n"
elif "8-DiJets" in parameterName or "7-DiJets" in parameterName or "13-DiJets" in parameterName :
process+=insert_ME("MEQCD2to2")
process+="set MEQCD2to2:MaximumFlavour 5\n"
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "13-DiJets" not in parameterName :
if "-A" in parameterName :
process+=jet_kt_cut(45.)
process+="set /Herwig/Cuts/JetKtCut:MinEta -3.\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 3.\n"
elif "-B" in parameterName :
process+=jet_kt_cut(20.)
process+="set /Herwig/Cuts/JetKtCut:MinEta -2.7\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 2.7\n"
elif "-C" in parameterName :
process+=jet_kt_cut(20.)
process+="set /Herwig/Cuts/JetKtCut:MinEta -4.8\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 4.8\n"
else :
if "-A" in parameterName :
process+=jet_kt_cut(60.)
process+="set /Herwig/Cuts/JetKtCut:MinEta -3.\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 3.\n"
elif "-B" in parameterName :
process+=jet_kt_cut(180.)
process+="set /Herwig/Cuts/JetKtCut:MinEta -3.\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 3.\n"
if "DiJets-1" in parameterName : process+=mhat_cut(90.)
elif "DiJets-2" in parameterName : process+=mhat_cut(200.)
elif "DiJets-3" in parameterName : process+=mhat_cut(450.)
elif "DiJets-4" in parameterName : process+=mhat_cut(750.)
elif "DiJets-5" in parameterName : process+=mhat_cut(950.)
elif "DiJets-6" in parameterName : process+=mhat_cut(1550.)
elif "DiJets-7" in parameterName : process+=mhat_cut(2150.)
elif "DiJets-8" in parameterName : process+=mhat_cut(2750.)
elif "DiJets-9" in parameterName : process+=mhat_cut(3750.)
elif "DiJets-10" in parameterName : process+=mhat_cut(4750.)
elif "DiJets-11" in parameterName : process+=mhat_cut(5750.)
elif( "7-Jets" in parameterName
or "8-Jets" in parameterName
or "13-Jets" in parameterName
or "2760-Jets" in parameterName
) :
process+=insert_ME("MEQCD2to2")
process+="set MEQCD2to2:MaximumFlavour 5\n"
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "Jets-10" in parameterName : process+=jet_kt_cut(1800.)
elif "Jets-0" in parameterName : process+=jet_kt_cut(5.)
elif "Jets-1" in parameterName : process+=jet_kt_cut(10.)
elif "Jets-2" in parameterName : process+=jet_kt_cut(20.)
elif "Jets-3" in parameterName : process+=jet_kt_cut(40.)
elif "Jets-4" in parameterName : process+=jet_kt_cut(70.)
elif "Jets-5" in parameterName : process+=jet_kt_cut(150.)
elif "Jets-6" in parameterName : process+=jet_kt_cut(200.)
elif "Jets-7" in parameterName : process+=jet_kt_cut(300.)
elif "Jets-8" in parameterName : process+=jet_kt_cut(500.)
elif "Jets-9" in parameterName : process+=jet_kt_cut(800.)
elif( "-Charm" in parameterName or "-Bottom" in parameterName ) :
if("8-Bottom" in parameterName) :
addBRReweighter()
process+=selectDecayMode("Jpsi",["Jpsi->mu-,mu+;"])
if "Bottom" in parameterName :
process+="cp MEHeavyQuark MEBottom\n"
process+="set MEBottom:QuarkType Bottom\n"
process+=insert_ME("MEBottom")
else :
process+="cp MEHeavyQuark MECharm\n"
process+="set MECharm:QuarkType Charm\n"
process+=insert_ME("MECharm")
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "-0" in parameterName :
if "Bottom" in parameterName :
process+="set MEBottom:Process Pair\n"
process+=jet_kt_cut(0.)
else :
process+=jet_kt_cut(1.)
elif "-1" in parameterName : process+=jet_kt_cut(5.)
elif "-2" in parameterName : process+=jet_kt_cut(15.)
elif "-3" in parameterName : process+=jet_kt_cut(20.)
elif "-4" in parameterName : process+=jet_kt_cut(50.)
elif "-5" in parameterName : process+=jet_kt_cut(80.)
elif "-6" in parameterName : process+=jet_kt_cut(110.)
elif "-7" in parameterName : process+=jet_kt_cut(30.)+mhat_cut(90.)
elif "-8" in parameterName : process+=jet_kt_cut(30.)+mhat_cut(340.)
elif "-9" in parameterName : process+=jet_kt_cut(30.)+mhat_cut(500.)
elif "Top-L" in parameterName :
process+="set MEHeavyQuark:QuarkType Top\n"
process+=insert_ME("MEHeavyQuark")
process+=selectDecayMode("t",["t->nu_e,e+,b;",
"t->nu_mu,mu+,b;"])
process+=addBRReweighter()
elif "Top-SL" in parameterName :
process+="set MEHeavyQuark:QuarkType Top\n"
process+=insert_ME("MEHeavyQuark")
process+="set /Herwig/Particles/t:Synchronized Not_synchronized\n"
process+="set /Herwig/Particles/tbar:Synchronized Not_synchronized\n"
process+=selectDecayMode("t",["t->nu_e,e+,b;","t->nu_mu,mu+,b;"])
process+=selectDecayMode("tbar",["tbar->b,bbar,cbar;",
"tbar->bbar,cbar,d;",
"tbar->bbar,cbar,s;",
"tbar->bbar,s,ubar;",
"tbar->bbar,ubar,d;"])
process+=addBRReweighter()
elif "Top-All" in parameterName :
process+="set MEHeavyQuark:QuarkType Top\n"
process+=insert_ME("MEHeavyQuark")
elif "WZ" in parameterName :
process+=insert_ME("MEPP2VV","WZ")
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;"])
process+=selectDecayMode("W-",["W-->nu_ebar,e-;",
"W-->nu_mubar,mu-;"])
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;"])
addedBRReweighter = True
elif "WW-emu" in parameterName :
process+=insert_ME("MEPP2VV","WW")
process+="set /Herwig/Particles/W+:Synchronized 0\n"
process+="set /Herwig/Particles/W-:Synchronized 0\n"
process+=selectDecayMode("W+",["W+->nu_e,e+;"])
process+=selectDecayMode("W-",["W-->nu_mubar,mu-;"])
addedBRReweighter = True
elif "WW-ll" in parameterName :
process+=insert_ME("MEPP2VV","WW")
process+=selectDecayMode("W+",["W+->nu_e,e+;","W+->nu_mu,mu+;","W+->nu_tau,tau+;"])
addedBRReweighter = True
elif "ZZ-ll" in parameterName :
process+=insert_ME("MEPP2VV","ZZ")
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;"])
addedBRReweighter = True
elif "ZZ-lv" in parameterName :
process+=insert_ME("MEPP2VV","ZZ")
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;",
"Z0->nu_e,nu_ebar;",
"Z0->nu_mu,nu_mubar;",
"Z0->nu_tau,nu_taubar;"])
addedBRReweighter = True
elif "W-e" in parameterName :
process+=insert_ME("MEqq2W2ff","Electron")
elif "W-mu" in parameterName :
process+=insert_ME("MEqq2W2ff","Muon")
elif "Z-e" in parameterName or "Z-mu" in parameterName :
if "Z-e" in parameterName:
process+=insert_ME("MEqq2gZ2ff","Electron")
else :
process+=insert_ME("MEqq2gZ2ff","Muon")
mcuts=[10,35,75,110,400,ecms]
for i in range(1,6) :
tstring = "-Mass%s"%i
if tstring in parameterName :
process+=mhat_minm_maxm(mcuts[i-1],mcuts[i-1],mcuts[i])
parameterName=parameterName.replace(tstring,"")
elif "Z-nu" in parameterName :
process+=insert_ME("MEqq2gZ2ff","Neutrinos")
elif "W-Jet" in parameterName :
process+=insert_ME("MEWJet","Electron","WDecay")
if "W-Jet-1-e" in parameterName :
process+="set /Herwig/Cuts/WBosonKtCut:MinKT 100.0*GeV\n"
parameterName=parameterName.replace("W-Jet-1-e","W-Jet-e")
elif "W-Jet-2-e" in parameterName :
process+="set /Herwig/Cuts/WBosonKtCut:MinKT 190.0*GeV\n"
parameterName=parameterName.replace("W-Jet-2-e","W-Jet-e")
elif "W-Jet-3-e" in parameterName :
process+="set /Herwig/Cuts/WBosonKtCut:MinKT 270.0*GeV\n"
parameterName=parameterName.replace("W-Jet-3-e","W-Jet-e")
elif "Z-Jet" in parameterName :
if "-e" in parameterName :
process+=insert_ME("MEZJet","Electron","ZDecay")
if "Z-Jet-0-e" in parameterName :
process+="set /Herwig/Cuts/ZBosonKtCut:MinKT 35.0*GeV\n"
parameterName=parameterName.replace("Z-Jet-0-e","Z-Jet-e")
elif "Z-Jet-1-e" in parameterName :
process+="set /Herwig/Cuts/ZBosonKtCut:MinKT 100.0*GeV\n"
parameterName=parameterName.replace("Z-Jet-1-e","Z-Jet-e")
elif "Z-Jet-2-e" in parameterName :
process+="set /Herwig/Cuts/ZBosonKtCut:MinKT 190.0*GeV\n"
parameterName=parameterName.replace("Z-Jet-2-e","Z-Jet-e")
elif "Z-Jet-3-e" in parameterName :
process+="set /Herwig/Cuts/ZBosonKtCut:MinKT 270.0*GeV\n"
parameterName=parameterName.replace("Z-Jet-3-e","Z-Jet-e")
else :
process+=insert_ME("MEZJet","Muon","ZDecay")
process+="set /Herwig/Cuts/ZBosonKtCut:MinKT 35.0*GeV\n"
parameterName=parameterName.replace("Z-Jet-0-mu","Z-Jet-mu")
elif "WGamma" in parameterName :
process+=insert_ME("MEPP2VGamma","1")
process+="set MEPP2VGamma:MassOption 1"
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 10.\n"
if "-e" in parameterName :
process+=selectDecayMode("W+",["W+->nu_e,e+;"])
addedBRReweighter=True
else :
process+=selectDecayMode("W+",["W+->nu_mu,mu+;"])
addedBRReweighter=True
elif "ZGamma" in parameterName :
process+=insert_ME("MEPP2VGamma","2")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 10.\n"
if "-e" in parameterName :
process+=selectDecayMode("Z0",["Z0->e-,e+;"])
addedBRReweighter=True
else :
process+=selectDecayMode("Z0",["Z0->mu-,mu+;"])
addedBRReweighter=True
else :
logging.error(" Process %s not supported for internal matrix elements" % name)
sys.exit(1)
elif(simulation=="Powheg") :
if "VBF" in parameterName :
process+=insert_ME("PowhegMEPP2HiggsVBF")
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
addedBRReweighter = True
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "ggHJet" in parameterName :
logging.error(" Process %s not supported for POWHEG matrix elements" % name)
sys.exit(1)
elif "ggH" in parameterName :
process+=insert_ME("PowhegMEHiggs")
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
addedBRReweighter = True
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "8-WH" in parameterName :
process+=insert_ME("PowhegMEPP2WH")
process+=jet_kt_cut(0.0)
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "8-ZH" in parameterName :
process+=insert_ME("PowhegMEPP2ZH")
process+=jet_kt_cut(0.0)
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
addedBRReweighter = True
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
addedBRReweighter = True
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
addedBRReweighter = True
elif "WH" in parameterName :
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;"])
addedBRReweighter = True
process+=insert_ME("PowhegMEPP2WH")
process+=jet_kt_cut(0.0)
elif "ZH" in parameterName :
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;"])
addedBRReweighter = True
process+=insert_ME("PowhegMEPP2ZH")
process+=jet_kt_cut(0.0)
elif "UE" in parameterName :
logging.error(" Process %s not supported for powheg matrix elements" % name)
sys.exit(1)
elif "WZ" in parameterName :
process+="create Herwig::HwDecayHandler /Herwig/NewPhysics/DecayHandler\n"
process+="set /Herwig/NewPhysics/DecayHandler:NewStep No\n"
process+="set /Herwig/Shower/ShowerHandler:SplitHardProcess No\n";
process+="set /Herwig/Decays/ZDecayer:PhotonGenerator NULL\n";
process+="set /Herwig/Decays/WDecayer:PhotonGenerator NULL\n";
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 0 /Herwig/Particles/tau-\n"
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 1 /Herwig/Particles/tau+\n"
process+="insert /Herwig/Generators/EventGenerator:EventHandler:PreCascadeHandlers 0 /Herwig/NewPhysics/DecayHandler\n"
process+=insert_ME("PowhegMEPP2VV","WZ")
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;"])
process+=selectDecayMode("W-",["W-->nu_ebar,e-;",
"W-->nu_mubar,mu-;"])
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;"])
addedBRReweighter = True
elif "WW-emu" in parameterName :
process+="create Herwig::HwDecayHandler /Herwig/NewPhysics/DecayHandler\n"
process+="set /Herwig/NewPhysics/DecayHandler:NewStep No\n"
process+="set /Herwig/Shower/ShowerHandler:SplitHardProcess No\n";
process+="set /Herwig/Decays/ZDecayer:PhotonGenerator NULL\n";
process+="set /Herwig/Decays/WDecayer:PhotonGenerator NULL\n";
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 0 /Herwig/Particles/tau-\n"
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 1 /Herwig/Particles/tau+\n"
process+="insert /Herwig/Generators/EventGenerator:EventHandler:PreCascadeHandlers 0 /Herwig/NewPhysics/DecayHandler\n"
process+=insert_ME("PowhegMEPP2VV","WW")
process+="set /Herwig/Particles/W+:Synchronized 0\n"
process+="set /Herwig/Particles/W-:Synchronized 0\n"
process+=selectDecayMode("W+",["W+->nu_e,e+;"])
process+=selectDecayMode("W-",["W-->nu_mubar,mu-;"])
addedBRReweighter = True
elif "WW-ll" in parameterName :
process+="create Herwig::HwDecayHandler /Herwig/NewPhysics/DecayHandler\n"
process+="set /Herwig/NewPhysics/DecayHandler:NewStep No\n"
process+="set /Herwig/Shower/ShowerHandler:SplitHardProcess No\n";
process+="set /Herwig/Decays/ZDecayer:PhotonGenerator NULL\n";
process+="set /Herwig/Decays/WDecayer:PhotonGenerator NULL\n";
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 0 /Herwig/Particles/tau-\n"
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 1 /Herwig/Particles/tau+\n"
process+="insert /Herwig/Generators/EventGenerator:EventHandler:PreCascadeHandlers 0 /Herwig/NewPhysics/DecayHandler\n"
process+=insert_ME("PowhegMEPP2VV","WW")
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;",
"W+->nu_tau,tau+;"])
addedBRReweighter = True
elif "ZZ-ll" in parameterName :
process+="create Herwig::HwDecayHandler /Herwig/NewPhysics/DecayHandler\n"
process+="set /Herwig/NewPhysics/DecayHandler:NewStep No\n"
process+="set /Herwig/Shower/ShowerHandler:SplitHardProcess No\n";
process+="set /Herwig/Decays/ZDecayer:PhotonGenerator NULL\n";
process+="set /Herwig/Decays/WDecayer:PhotonGenerator NULL\n";
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 0 /Herwig/Particles/tau-\n"
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 1 /Herwig/Particles/tau+\n"
process+="insert /Herwig/Generators/EventGenerator:EventHandler:PreCascadeHandlers 0 /Herwig/NewPhysics/DecayHandler\n"
process+=insert_ME("PowhegMEPP2VV","ZZ")
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;"])
addedBRReweighter = True
elif "ZZ-lv" in parameterName :
process+="create Herwig::HwDecayHandler /Herwig/NewPhysics/DecayHandler\n"
process+="set /Herwig/NewPhysics/DecayHandler:NewStep No\n"
process+="set /Herwig/Shower/ShowerHandler:SplitHardProcess No\n";
process+="set /Herwig/Decays/ZDecayer:PhotonGenerator NULL\n";
process+="set /Herwig/Decays/WDecayer:PhotonGenerator NULL\n";
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 0 /Herwig/Particles/tau-\n"
process+="insert /Herwig/NewPhysics/DecayHandler:Excluded 1 /Herwig/Particles/tau+\n"
process+="insert /Herwig/Generators/EventGenerator:EventHandler:PreCascadeHandlers 0 /Herwig/NewPhysics/DecayHandler\n"
process+=insert_ME("PowhegMEPP2VV","ZZ")
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;",
"Z0->nu_e,nu_ebar;",
"Z0->nu_mu,nu_mubar;",
"Z0->nu_tau,nu_taubar;"])
addedBRReweighter = True
elif "W-e" in parameterName :
process+=insert_ME("PowhegMEqq2W2ff","Electron")
elif "W-mu" in parameterName :
process+=insert_ME("PowhegMEqq2W2ff","Muon")
elif "Z-e" in parameterName or "Z-mu" in parameterName :
if "Z-e" in parameterName:
process+=insert_ME("PowhegMEqq2gZ2ff","Electron")
else :
process+=insert_ME("PowhegMEqq2gZ2ff","Muon")
mcuts=[10,35,75,110,400,ecms]
for i in range(1,6) :
tstring = "-Mass%s"%i
if tstring in parameterName :
process+=mhat_minm_maxm(mcuts[i-1],mcuts[i-1],mcuts[i])
parameterName=parameterName.replace(tstring,"")
elif "Z-nu" in parameterName :
process+=insert_ME("PowhegMEqq2gZ2ff","Neutrinos")
elif "DiPhoton-GammaGamma" in parameterName :
process+=insert_ME("MEGammaGammaPowheg","GammaGamma")
process+=insert_ME("MEGammaGamma","gg")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
process+=jet_kt_cut(5.)
parameterName=parameterName.replace("-GammaGamma","")
elif "DiPhoton-GammaJet" in parameterName :
process+=insert_ME("MEGammaGammaPowheg","VJet")
process+="set /Herwig/Cuts/PhotonKtCut:MinKT 5.\n"
process+=jet_kt_cut(5.)
parameterName=parameterName.replace("-GammaJet","")
else :
logging.error(" Process %s not supported for internal POWHEG matrix elements" % name)
sys.exit(1)
elif( simulation=="Matchbox" or simulation=="Merging" ) :
if "VBF" in parameterName :
parameters["nlo"] = "read Matchbox/VBFNLO.in\n"
if(simulation=="Merging"):
process+="cd /Herwig/Merging/\n"
process+="insert "+thefactory+":DiagramGenerator:RestrictLines 0 /Herwig/Particles/Z0\n"
process+="insert "+thefactory+":DiagramGenerator:RestrictLines 0 /Herwig/Particles/W+\n"
process+="insert "+thefactory+":DiagramGenerator:RestrictLines 0 /Herwig/Particles/W-\n"
process+="insert "+thefactory+":DiagramGenerator:RestrictLines 0 /Herwig/Particles/gamma\n"
process+="do "+thefactory+":DiagramGenerator:TimeLikeRange 0 0\n"
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p h0 j j","0","3","FixedScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p h0 j j","0","3","FixedScale",1,1)
process+=setHardProcessWidthToZero(["h0"])
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 125.7\n"
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
process+=addBRReweighter()
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
process+=addBRReweighter()
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
process+=addBRReweighter()
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
process+=addBRReweighter()
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "ggHJet" in parameterName :
if(simulation=="Merging"):
logging.warning("ggHJet not explicitly tested for %s " % simulation)
sys.exit(0)
parameters["nlo"] = "read Matchbox/MadGraph-GoSam.in\nread Matchbox/HiggsEffective.in\n"
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
process+=addBRReweighter()
process+="set /Herwig/Particles/tau-:Stable Stable\n"
process+=setHardProcessWidthToZero(["h0"])
process+=addProcess(thefactory,"p p h0 j","3","1","FixedScale",0,0)
process+=addFirstJet("20")
process+="set "+thefactory+":ScaleChoice /Herwig/MatrixElements/Matchbox/Scales/FixedScale\n"
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 125.7\n"
elif "ggH" in parameterName :
parameters["nlo"] = "read Matchbox/MadGraph-GoSam.in\nread Matchbox/HiggsEffective.in\n"
if(simulation=="Merging"):
process+= "cd /Herwig/MatrixElements/Matchbox/Amplitudes\nset OpenLoops:HiggsEff Yes\nset MadGraph:Model heft\n"
process+="cd /Herwig/Merging/\n"
process+=setHardProcessWidthToZero(["h0"])
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p h0","2","1","FixedScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p h0","2","1","FixedScale",2,2)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 125.7\n"
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
process+=addBRReweighter()
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
process+=addBRReweighter()
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
process+=addBRReweighter()
elif "8-" not in parameterName :
process+=selectDecayMode("h0",["h0->tau-,tau+;"])
process+=addBRReweighter()
process+="set /Herwig/Particles/tau-:Stable Stable\n"
elif "8-WH" in parameterName :
if(simulation=="Merging"):
logging.warning("8-WH not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["h0","W+","W-"])
process+=addProcess(thefactory,"p p W+ h0","0","2","FixedScale",0,0)
process+=addProcess(thefactory,"p p W- h0","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 125.7\n"
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
process+=addBRReweighter()
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
process+=addBRReweighter()
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
process+=addBRReweighter()
elif "8-ZH" in parameterName :
if(simulation=="Merging"):
logging.warning("8-ZH not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["h0","Z0"])
process+=addProcess(thefactory,"p p Z0 h0","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 125.7\n"
if "GammaGamma" in parameterName :
process+=selectDecayMode("h0",["h0->gamma,gamma;"])
process+=addBRReweighter()
elif "WW" in parameterName :
process+=selectDecayMode("h0",["h0->W+,W-;"])
process+=addBRReweighter()
elif "ZZ" in parameterName :
process+=selectDecayMode("h0",["h0->Z0,Z0;"])
process+=addBRReweighter()
elif "WH" in parameterName :
if(simulation=="Merging"):
logging.warning("WH not explicitly tested for %s " % simulation)
sys.exit(0)
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=addBRReweighter()
process+=setHardProcessWidthToZero(["h0"])
process+=addProcess(thefactory,"p p e+ nu h0","0","3","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p e- nu h0","0","3","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p mu+ nu h0","0","3","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p mu- nu h0","0","3","LeptonPairMassScale",0,0)
process+=addLeptonPairCut("60","120")
elif "ZH" in parameterName :
if(simulation=="Merging"):
logging.warning("ZH not explicitly tested for %s " % simulation)
sys.exit(0)
process+=selectDecayMode("h0",["h0->b,bbar;"])
process+=addBRReweighter()
process+=setHardProcessWidthToZero(["h0"])
process+=addProcess(thefactory,"p p e+ e- h0","0","3","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p mu+ mu- h0","0","3","LeptonPairMassScale",0,0)
process+=addLeptonPairCut("60","120")
elif "UE" in parameterName :
logging.error(" Process %s not supported for Matchbox matrix elements" % name)
sys.exit(1)
elif "8-DiJets" in parameterName or "7-DiJets" in parameterName or "13-DiJets" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p j j","2","0","MaxJetPtScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p j j","2","0","MaxJetPtScale",1,1)
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "13-DiJets" not in parameterName :
if "-A" in parameterName :
process+=addFirstJet("45")
process+=addSecondJet("25")
process+="set /Herwig/Cuts/FirstJet:YRange -3. 3.\n"
process+="set /Herwig/Cuts/SecondJet:YRange -3. 3.\n"
elif "-B" in parameterName :
process+=addFirstJet("20")
process+=addSecondJet("15")
process+="set /Herwig/Cuts/FirstJet:YRange -2.7 2.7\n"
process+="set /Herwig/Cuts/SecondJet:YRange -2.7 2.7\n"
elif "-C" in parameterName :
process+=addFirstJet("20")
process+=addSecondJet("15")
process+="set /Herwig/Cuts/FirstJet:YRange -4.8 4.8\n"
process+="set /Herwig/Cuts/SecondJet:YRange -4.8 4.8\n"
else :
logging.error("Exit 00001")
sys.exit(1)
else :
if "-A" in parameterName :
process+= addFirstJet("75.")
process+=addSecondJet("60.")
process+="set /Herwig/Cuts/JetKtCut:MinEta -3.\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 3.\n"
elif "-B" in parameterName :
process+= addFirstJet("220.")
process+=addSecondJet("180.")
process+="set /Herwig/Cuts/JetKtCut:MinEta -3.\n"
process+="set /Herwig/Cuts/JetKtCut:MaxEta 3.\n"
else :
logging.error("Exit 00001")
sys.exit(1)
if "DiJets-1" in parameterName : process+=addJetPairCut("90")
elif "DiJets-2" in parameterName : process+=addJetPairCut("200")
elif "DiJets-3" in parameterName : process+=addJetPairCut("450")
elif "DiJets-4" in parameterName : process+=addJetPairCut("750")
elif "DiJets-5" in parameterName : process+=addJetPairCut("950")
elif "DiJets-6" in parameterName : process+=addJetPairCut("1550")
elif "DiJets-7" in parameterName : process+=addJetPairCut("2150")
elif "DiJets-8" in parameterName : process+=addJetPairCut("2750")
elif "DiJets-9" in parameterName : process+=mhat_cut(3750.)
elif "DiJets-10" in parameterName : process+=mhat_cut(4750.)
elif "DiJets-11" in parameterName : process+=mhat_cut(5750.)
else :
logging.error("Exit 00002")
sys.exit(1)
elif( "7-Jets" in parameterName
or "8-Jets" in parameterName
or "13-Jets" in parameterName
or "2760-Jets" in parameterName
) :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p j j","2","0","MaxJetPtScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p j j","2","0","MaxJetPtScale",1,1)
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "Jets-10" in parameterName : process+=addFirstJet("1800")
elif "Jets-0" in parameterName : process+=addFirstJet("5")
elif "Jets-1" in parameterName : process+=addFirstJet("10")
elif "Jets-2" in parameterName : process+=addFirstJet("20")
elif "Jets-3" in parameterName : process+=addFirstJet("40")
elif "Jets-4" in parameterName : process+=addFirstJet("70")
elif "Jets-5" in parameterName : process+=addFirstJet("150")
elif "Jets-6" in parameterName : process+=addFirstJet("200")
elif "Jets-7" in parameterName : process+=addFirstJet("300")
elif "Jets-8" in parameterName : process+=addFirstJet("500")
elif "Jets-9" in parameterName : process+=addFirstJet("800")
else :
logging.error("Exit 00003")
sys.exit(1)
elif( "-Charm" in parameterName or "-Bottom" in parameterName) :
parameters["bscheme"]=fourFlavour
process+="set /Herwig/Particles/b:HardProcessMass 4.2*GeV\n"
process+="set /Herwig/Particles/bbar:HardProcessMass 4.2*GeV\n"
if("8-Bottom" in parameterName) :
addBRReweighter()
process+=selectDecayMode("Jpsi",["Jpsi->mu-,mu+;"])
if "Bottom" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p b bbar","2","0","MaxJetPtScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p b bbar","2","0","MaxJetPtScale",1,0)
else:
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p c cbar","2","0","MaxJetPtScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p c cbar","2","0","MaxJetPtScale",1,0)
process+="set /Herwig/UnderlyingEvent/MPIHandler:IdenticalToUE 0\n"
if "-0" in parameterName : process+=addFirstJet("0")
elif "-1" in parameterName : process+=addFirstJet("5")
elif "-2" in parameterName : process+=addFirstJet("15")
elif "-3" in parameterName : process+=addFirstJet("20")
elif "-4" in parameterName : process+=addFirstJet("50")
elif "-5" in parameterName : process+=addFirstJet("80")
elif "-6" in parameterName : process+=addFirstJet("110")
elif "-7" in parameterName :
process+=addFirstJet("30")
process+=addSecondJet("25")
process+=addJetPairCut("90")
elif "-8" in parameterName :
process+=addFirstJet("30")
process+=addSecondJet("25")
process+=addJetPairCut("340")
elif "-9" in parameterName :
process+=addFirstJet("30")
process+=addSecondJet("25")
process+=addJetPairCut("500")
else :
logging.error("Exit 00004")
sys.exit(1)
elif "Top-L" in parameterName :
process+=setHardProcessWidthToZero(["t","tbar"])
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",2,2)
process+=selectDecayMode("t",["t->nu_e,e+,b;",
"t->nu_mu,mu+,b;"])
process+=addBRReweighter()
elif "Top-SL" in parameterName :
process+=setHardProcessWidthToZero(["t","tbar"])
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",2,2)
process+="set /Herwig/Particles/t:Synchronized Not_synchronized\n"
process+="set /Herwig/Particles/tbar:Synchronized Not_synchronized\n"
process+=selectDecayMode("t",["t->nu_e,e+,b;",
"t->nu_mu,mu+,b;"])
process+=selectDecayMode("tbar",["tbar->b,bbar,cbar;",
"tbar->bbar,cbar,d;",
"tbar->bbar,cbar,s;",
"tbar->bbar,s,ubar;",
"tbar->bbar,ubar,d;"])
process+=addBRReweighter()
elif "Top-All" in parameterName :
process+=setHardProcessWidthToZero(["t","tbar"])
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p t tbar","2","0","TopPairMTScale",2,2)
elif "WZ" in parameterName :
if(simulation=="Merging"):
logging.warning("WZ not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["W+","W-","Z0"])
process+=addProcess(thefactory,"p p W+ Z0","0","2","FixedScale",0,0)
process+=addProcess(thefactory,"p p W- Z0","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 171.6*GeV\n\n"
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;"])
process+=selectDecayMode("W-",["W-->nu_ebar,e-;",
"W-->nu_mubar,mu-;"])
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;"])
process+=addBRReweighter()
process+=addLeptonPairCut("60","120")
elif "WW-emu" in parameterName :
if(simulation=="Merging"):
logging.warning("WW-emu not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["W+","W-","Z0"])
process+=addProcess(thefactory,"p p W+ W-","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 160.8*GeV\n"
process+="set /Herwig/Particles/W+:Synchronized 0\n"
process+="set /Herwig/Particles/W-:Synchronized 0\n"
process+=selectDecayMode("W+",["W+->nu_e,e+;"])
process+=selectDecayMode("W-",["W-->nu_mubar,mu-;"])
process+=addBRReweighter()
parameters["bscheme"] = "read Matchbox/FourFlavourScheme.in\n"
process+=addLeptonPairCut("60","120")
elif "WW-ll" in parameterName :
if(simulation=="Merging"):
logging.warning("WW-ll not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["W+","W-","Z0"])
process+=addProcess(thefactory,"p p W+ W-","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 160.8*GeV\n"
process+=selectDecayMode("W+",["W+->nu_e,e+;",
"W+->nu_mu,mu+;",
"W+->nu_tau,tau+;"])
process+=addBRReweighter()
process+=addLeptonPairCut("60","120")
parameters["bscheme"] = "read Matchbox/FourFlavourScheme.in\n"
elif "ZZ-ll" in parameterName :
if(simulation=="Merging"):
logging.warning("ZZ-ll not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["W+","W-","Z0"])
process+=addProcess(thefactory,"p p Z0 Z0","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 182.2*GeV\n"
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;"])
process+=addBRReweighter()
process+=addLeptonPairCut("60","120")
elif "ZZ-lv" in parameterName :
if(simulation=="Merging"):
logging.warning("ZZ-lv not explicitly tested for %s " % simulation)
sys.exit(0)
process+=setHardProcessWidthToZero(["W+","W-","Z0"])
process+=addProcess(thefactory,"p p Z0 Z0","0","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 182.2*GeV\n"
process+=selectDecayMode("Z0",["Z0->e-,e+;",
"Z0->mu-,mu+;",
"Z0->tau-,tau+;",
"Z0->nu_e,nu_ebar;",
"Z0->nu_mu,nu_mubar;",
"Z0->nu_tau,nu_taubar;"])
process+=addBRReweighter()
process+=addLeptonPairCut("60","120")
elif "W-e" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p e+ nu","0","2","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p e- nu","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=particlegroup(thefactory,'epm','e+','e-')
process+=addProcess(thefactory,"p p epm nu","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
elif "W-mu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p mu+ nu","0","2","LeptonPairMassScale",0,0)
process+=addProcess(thefactory,"p p mu- nu","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=particlegroup(thefactory,'mupm','mu+','mu-')
process+=addProcess(thefactory,"p p mupm nu","0","2","LeptonPairMassScale",2,2)
process+=addLeptonPairCut("60","120")
elif "Z-e" in parameterName or "Z-mu" in parameterName :
if "Z-e" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p e+ e-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p e+ e-","0","2","LeptonPairMassScale",2,2)
elif "Z-mu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p mu+ mu-","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p mu+ mu-","0","2","LeptonPairMassScale",2,2)
mcuts=[10,35,75,110,400,ecms]
for i in range(1,6) :
tstring = "-Mass%s"%i
if tstring in parameterName :
process+=addLeptonPairCut(mcuts[i-1],mcuts[i])
parameterName=parameterName.replace(tstring,"")
elif "Z-nu" in parameterName :
if(simulation=="Matchbox"):
process+=addProcess(thefactory,"p p nu nu","0","2","LeptonPairMassScale",0,0)
elif(simulation=="Merging"):
process+=addProcess(thefactory,"p p nu nu","0","2","LeptonPairMassScale",2,2)
elif "Z-jj" in parameterName :
if(simulation=="Merging"):
logging.warning("Z-jj not explicitly tested for %s " % simulation)
sys.exit(0)
process+=addProcess(thefactory,"p p e+ e- j j","2","2","LeptonPairMassScale",0,0)
process+=addFirstJet("40")
process+=addSecondJet("30")
process+=addLeptonPairCut("60","120")
elif "W-Jet" in parameterName :
if(simulation=="Merging"):
logging.warning("W-Jet not explicitly tested for %s " % simulation)
sys.exit(0)
process+=addProcess(thefactory,"p p e+ nu j","1","2","HTScale",0,0)
process+=addProcess(thefactory,"p p e- nu j","1","2","HTScale",0,0)
process+=addLeptonPairCut("60","120")
if "W-Jet-1-e" in parameterName :
process+=addFirstJet("100")
parameterName=parameterName.replace("W-Jet-1-e","W-Jet-e")
elif "W-Jet-2-e" in parameterName :
process+=addFirstJet("190")
parameterName=parameterName.replace("W-Jet-2-e","W-Jet-e")
elif "W-Jet-3-e" in parameterName :
process+=addFirstJet("270")
parameterName=parameterName.replace("W-Jet-3-e","W-Jet-e")
else :
logging.error("Exit 00005")
sys.exit(1)
elif "Z-Jet" in parameterName :
if(simulation=="Merging"):
logging.warning("Z-Jet not explicitly tested for %s " % simulation)
sys.exit(0)
if "-e" in parameterName :
process+=addProcess(thefactory,"p p e+ e- j","1","2","HTScale",0,0)
if "Z-Jet-0-e" in parameterName :
process+=addFirstJet("35")
parameterName=parameterName.replace("Z-Jet-0-e","Z-Jet-e")
elif "Z-Jet-1-e" in parameterName :
process+=addFirstJet("100")
parameterName=parameterName.replace("Z-Jet-1-e","Z-Jet-e")
elif "Z-Jet-2-e" in parameterName :
process+=addFirstJet("190")
parameterName=parameterName.replace("Z-Jet-2-e","Z-Jet-e")
elif "Z-Jet-3-e" in parameterName :
process+=addFirstJet("270")
parameterName=parameterName.replace("Z-Jet-3-e","Z-Jet-e")
else :
logging.error("Exit 00006")
sys.exit(1)
else :
process+=addProcess(thefactory,"p p mu+ mu- j","1","2","HTScale",0,0)
process+=addFirstJet("35")
parameterName=parameterName.replace("Z-Jet-0-mu","Z-Jet-mu")
process+=addLeptonPairCut("60","120")
elif "Z-bb" in parameterName :
if(simulation=="Merging"):
logging.warning("Z-bb not explicitly tested for %s " % simulation)
sys.exit(0)
parameters["bscheme"]=fourFlavour
process+="set /Herwig/Particles/b:HardProcessMass 4.2*GeV\nset /Herwig/Particles/bbar:HardProcessMass 4.2*GeV\n"
process+=addProcess(thefactory,"p p e+ e- b bbar","2","2","FixedScale",0,0)
process+=addLeptonPairCut("66","116")
process+=addFirstJet("18")
process+=addSecondJet("15")
process+=addLeptonPairCut("60","120")
elif "Z-b" in parameterName :
if(simulation=="Merging"):
logging.warning("Z-b not explicitly tested for %s " % simulation)
sys.exit(0)
process+=particlegroup(thefactory,'bjet','b','bbar')
process+=addProcess(thefactory,"p p e+ e- bjet","1","2","FixedScale",0,0)
process+="set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 91.2*GeV\n"
process+=addLeptonPairCut("60","120")
process+=addFirstJet("15")
elif "W-b" in parameterName :
if(simulation=="Merging"):
logging.warning("W-b not explicitly tested for %s " % simulation)
sys.exit(0)
parameters["bscheme"]=fourFlavour
process += "set /Herwig/Particles/b:HardProcessMass 4.2*GeV\nset /Herwig/Particles/bbar:HardProcessMass 4.2*GeV\n"
process+=addProcess(thefactory,"p p e- nu b bbar","2","2","FixedScale",0,0)
process+=addProcess(thefactory,"p p mu+ nu b bbar","2","2","FixedScale",0,0)
process += "set /Herwig/MatrixElements/Matchbox/Scales/FixedScale:FixedScale 80.4*GeV\n"
process+=addFirstJet("30")
process+=addLeptonPairCut("60","120")
else :
logging.error(" Process %s not supported for Matchbox matrix elements" % name)
sys.exit(1)
# LHC-GammaGamma
elif(collider=="LHC-GammaGamma" ) :
if "-7-" in parameterName : process = StringBuilder(collider_lumi(7000.0))
elif "-8-" in parameterName : process = StringBuilder(collider_lumi(8000.0))
else : process = StringBuilder(collider_lumi(7000.0))
if(simulation=="") :
if "7" in parameterName : process += insert_ME("MEgg2ff","Muon")
else :
logging.error(" Process %s not supported for default matrix elements" % name)
sys.exit(1)
else :
logging.error("LHC-GammaGamma not supported for %s " % simulation)
sys.exit(1)
if "EHS" in name :
pFile = os.path.join(collider,"{c}-{pn}.in".format(c="EHS", pn=parameterName))
else :
pFile = os.path.join(collider,"{c}-{pn}.in".format(c=collider, pn=parameterName))
with open(os.path.join("Rivet",pFile), 'r') as f:
parameters['parameterFile'] = f.read()
parameters['runname'] = 'Rivet-%s' % name
parameters['process'] = str(process)
if have_hadronic_collider :
if "EHS" in name :
parameters['collider'] = "PPCollider.in\nread snippets/FixedTarget-PP.in"
else :
parameters['collider'] = "PPCollider.in"
#check if selecteddecaymode and addedBRReweighter is consistent
if selecteddecaymode and not addedBRReweighter:
logging.error("Decaymode was selected but no BRReweighter was added.")
sys.exit(1)
if addedBRReweighter and not selecteddecaymode:
logging.error("BRReweighter was added but no Decaymode was selected.")
sys.exit(1)
# check that we only add one process if in merging mode:
if numberOfAddedProcesses > 1 and simulation =="Merging":
logging.error("In Merging only one process is allowed at the moment. See ticket #403.")
sys.exit(1)
# Check if a process was added for Merging or Matchbox:
if numberOfAddedProcesses == 0 and (simulation =="Merging" or simulation =="Matchbox"):
logging.error("No process was selected.")
sys.exit(1)
# get template and write the file
with open(os.path.join("Rivet/Templates",templateName), 'r') as f:
templateText = f.read()
template = Template( templateText )
with open(os.path.join("Rivet",name+".in"), 'w') as f:
f.write( template.substitute(parameters) )
diff --git a/Tests/python/merge-EE-Gamma.in b/Tests/python/merge-EE-Gamma.in
--- a/Tests/python/merge-EE-Gamma.in
+++ b/Tests/python/merge-EE-Gamma.in
@@ -1,138 +1,141 @@
#! @PYTHON@
# -*- mode: python -*-
from __future__ import print_function
import logging,sys, os, yoda, copy
if sys.version_info[:3] < (2,4,0):
print ("rivet scripts require Python version >= 2.4.0... exiting")
sys.exit(1)
#############################################
def fillAbove(desthisto, sourcehistosbysqrts):
if type(desthisto) is yoda.core.Scatter2D :
for sqrts in sorted(sourcehistosbysqrts.keys()) :
h=sourcehistosbysqrts[sqrts]
for i in range(0,h.numPoints()) :
if sqrts==h.points()[i].x() :
desthisto.addPoint(h.points()[i])
elif(type(desthisto)==yoda.core.Profile1D) :
for sqrts, h in sorted(sourcehistosbysqrts.items()) :
for i in range(0,h.numBins()) :
if(sqrts>=h.bins()[i].xMin() and \
sqrts<=h.bins()[i].xMax()) :
desthisto.bins()[i] += h.bins()[i]
break
else :
logging.error("Unknown analysis object" + desthisto.path)
sys.exit(1)
def merge(hpath):
global inhistos
global outhistos
try:
fillAbove(outhistos[hpath], inhistos[hpath])
except:
pass
def useOne(hpath, sqrts):
global inhistos
global outhistos
try:
outhistos[hpath] = inhistos[hpath][float(sqrts)]
except:
pass
if __name__ == "__main__":
import logging
from optparse import OptionParser, OptionGroup
parser = OptionParser(usage="%prog name")
verbgroup = OptionGroup(parser, "Verbosity control")
verbgroup.add_option("-v", "--verbose", action="store_const", const=logging.DEBUG, dest="LOGLEVEL",
default=logging.INFO, help="print debug (very verbose) messages")
verbgroup.add_option("-q", "--quiet", action="store_const", const=logging.WARNING, dest="LOGLEVEL",
default=logging.INFO, help="be very quiet")
parser.add_option_group(verbgroup)
(opts, args) = parser.parse_args()
logging.basicConfig(level=opts.LOGLEVEL, format="%(message)s")
## Check args
if len(args) < 1:
logging.error("Must specify at least the name of the files")
sys.exit(1)
#######################################
yodafiles=["-Direct-mumu-161","-Direct-mumu-172","-Direct-mumu-183",
"-Direct-mumu-189","-Direct-mumu-196","-Direct-mumu-206",
"-Direct-tautau-189","-Direct-tautau-196","-Direct-tautau-206",
"-Direct-Jets-198","-Single-Resolved-Jets-198","-Double-Resolved-Jets-198",
- "-Direct-Jets-206","-Single-Resolved-Jets-206","-Double-Resolved-Jets-206",]
+ "-Direct-Jets-206","-Single-Resolved-Jets-206","-Double-Resolved-Jets-206",
+ "-pi0-10.58","-Eta-10.58","-EtaPrime-10.58","-EtaC-10.58","-ChiC2-10.58",
+ "-ChiC0_2P-10.58","-ChiC2_2P-10.58",
+ "-Eta-1","-Eta-29","-EtaPrime-34.3","-EtaPrime-91.2","-Onium-91.2"]
# Get histos
inhistos = {}
outhistos = {}
for f in yodafiles:
file = "Rivet-%s%s.yoda" % (args[0], f)
sqrts=float(f.split("-")[-1].replace(".yoda",""))
if not os.access(file, os.R_OK):
logging.error("%s cannot be read" % file)
continue
try:
aos = yoda.read(file)
except:
logging.error("%s cannot be parsed as yoda" % file)
continue
## Get histos from this YODA file
for aopath, ao in aos.items() :
if("RAW" in aopath or "_XSEC" in aopath or "_EVTCOUNT" in aopath ) :continue
# merge of different energy values
- if("L3_2004_I645127" in aopath) :
+ if "L3_2004_I645127" in aopath :
if(("d01" in aopath and "mu" in file) or
("d02" in aopath and "tau" in file)) :
if aopath not in inhistos :
inhistos[aopath] = {}
if sqrts not in inhistos[aopath]:
inhistos[aopath][sqrts] = ao
else:
raise Exception("A set with sqrts = %s already exists" % ( sqrts))
else :
if(aopath in outhistos) :
outhistos[aopath] += ao
else :
outhistos[aopath] = ao
## Make empty output histos if needed
for hpath,hsets in inhistos.items():
if("L3_2004_I645127" in hpath ) :
histo = list(hsets.values())[0]
if(type(histo)==yoda.core.Scatter2D) :
outhistos[hpath] = yoda.core.Scatter2D(histo.path(),
histo.title())
elif(type(histo)==yoda.core.Profile1D) :
outhistos[hpath] = yoda.core.Profile1D(histo.path(),
histo.title())
for i in range(0,histo.numBins) :
outhistos[hpath].addBin(histo.bins()[i].xMin(),
histo.bins()[i].xMax())
elif(type(histo)==yoda.core.Histo1D) :
outhistos[hpath] = yoda.core.Histo1D(histo.path(),
histo.title())
for i in range(0,histo.numBins) :
outhistos[hpath].addBin(histo.bins()[i].xMin(),
histo.bins()[i].xMax())
else :
logging.error("Histogram %s is of unknown type" % hpath)
sys.exit(1)
merge("/L3_2004_I645127/d01-x01-y01")
merge("/L3_2004_I645127/d01-x01-y02")
merge("/L3_2004_I645127/d02-x01-y01")
# Choose output file
name = args[0]+".yoda"
# output the yoda file
print ("Write yoda to ",name)
yoda.writeYODA(outhistos,name)
sys.exit(0)
diff --git a/configure.ac b/configure.ac
--- a/configure.ac
+++ b/configure.ac
@@ -1,270 +1,272 @@
dnl Process this file with autoconf to produce a configure script.
AC_PREREQ([2.63])
AC_INIT([Herwig],[devel],[herwig@projects.hepforge.org],[Herwig])
AC_CONFIG_SRCDIR([Utilities/HerwigStrategy.cc])
AC_CONFIG_AUX_DIR([Config])
AC_CONFIG_MACRO_DIR([m4])
AC_CONFIG_HEADERS([Config/config.h])
dnl AC_PRESERVE_HELP_ORDER
AC_CANONICAL_HOST
dnl === disable debug symbols by default =====
if test "x$CXXFLAGS" = "x"; then
CXXFLAGS="-O2 -DBOOST_UBLAS_NDEBUG -Wno-deprecated-declarations -Wno-deprecated-copy"
fi
if test "x$CFLAGS" = "x"; then
CFLAGS=-O2
fi
AC_LANG([C++])
AM_INIT_AUTOMAKE([1.11 subdir-objects gnu dist-bzip2 no-dist-gzip -Wall -Wno-portability])
m4_ifdef([AM_SILENT_RULES], [AM_SILENT_RULES([yes])])
m4_ifdef([AM_PROG_AR], [AM_PROG_AR])
dnl Checks for C++ compiler. Handle C++11 flags.
AC_PROG_CXX
AX_CXX_COMPILE_STDCXX([11],[noext],[mandatory])
dnl check for POSIX
AC_CHECK_HEADER([unistd.h],[],
[AC_MSG_ERROR([Herwig needs "unistd.h". Non-POSIX systems are not supported.])])
AC_CHECK_HEADER([sys/stat.h],[],
[AC_MSG_ERROR([Herwig needs "sys/stat.h". Non-POSIX systems are not supported.])])
dnl Checks for programs.
AC_PROG_INSTALL
AC_PROG_MAKE_SET
AC_PROG_LN_S
dnl modified search order
AC_PROG_FC([gfortran g95 g77])
dnl xlf95 f95 fort ifort ifc efc pgf95 lf95 ftn xlf90 f90 pgf90 pghpf epcf90 xlf f77 frt pgf77 cf77 fort77 fl32 af77])
AC_LANG_PUSH([Fortran])
AC_MSG_CHECKING([if the Fortran compiler ($FC) works])
AC_COMPILE_IFELSE(
AC_LANG_PROGRAM([],[ print *[,]"Hello"]),
[AC_MSG_RESULT([yes])],
[AC_MSG_RESULT([no])
AC_MSG_ERROR([A Fortran compiler is required to build Herwig.])
]
)
AC_LANG_POP([Fortran])
AC_FC_WRAPPERS
LT_PREREQ([2.2.6])
LT_INIT([disable-static dlopen pic-only])
dnl ####################################
dnl ####################################
dnl for Doc/fixinterfaces.pl
AC_PATH_PROG(PERL, perl)
dnl for Models/Feynrules
AM_PATH_PYTHON([2.6],, [:])
AM_CONDITIONAL([HAVE_PYTHON], [test "x$PYTHON" != "x:"])
HERWIG_CHECK_GSL
HERWIG_CHECK_THEPEG
BOOST_REQUIRE([1.41])
BOOST_FIND_HEADER([boost/numeric/ublas/io.hpp])
dnl Boost 1.64 is missing a required header to make these work
dnl we just assume they're there if io.hpp has been found OK above
dnl BOOST_FIND_HEADER([boost/numeric/ublas/matrix.hpp])
dnl BOOST_FIND_HEADER([boost/numeric/ublas/matrix_proxy.hpp])
dnl BOOST_FIND_HEADER([boost/numeric/ublas/matrix_sparse.hpp])
dnl BOOST_FIND_HEADER([boost/numeric/ublas/symmetric.hpp])
dnl BOOST_FIND_HEADER([boost/numeric/ublas/vector.hpp])
BOOST_FIND_HEADER([boost/operators.hpp])
BOOST_TEST()
HERWIG_CHECK_VBFNLO
HERWIG_CHECK_NJET
HERWIG_CHECK_GOSAM
HERWIG_CHECK_GOSAM_CONTRIB
HERWIG_CHECK_OPENLOOPS
HERWIG_CHECK_MADGRAPH
HERWIG_CHECK_EVTGEN
HERWIG_CHECK_PYTHIA
HERWIG_COMPILERFLAGS
HERWIG_LOOPTOOLS
FASTJET_CHECK_FASTJET
HERWIG_ENABLE_MODELS
SHARED_FLAG=-shared
AM_CONDITIONAL(NEED_APPLE_FIXES,
[test "xx${host/darwin/foundit}xx" != "xx${host}xx"])
if test "xx${host/darwin/foundit}xx" != "xx${host}xx"; then
APPLE_DSO_FLAGS=-Wl,-undefined,dynamic_lookup
SHARED_FLAG=-bundle
fi
AC_SUBST([APPLE_DSO_FLAGS])
AC_SUBST([SHARED_FLAG])
AC_SUBST([PYTHON])
AC_CONFIG_FILES([UnderlyingEvent/Makefile
Models/Makefile
Models/StandardModel/Makefile
Models/RSModel/Makefile
Models/General/Makefile
Models/Susy/Makefile
Models/Susy/NMSSM/Makefile
Models/Susy/RPV/Makefile
Models/UED/Makefile
Models/LH/Makefile
Models/DarkMatter/Makefile
Models/LHTP/Makefile
Models/Transplanckian/Makefile
Models/Leptoquarks/Makefile
Models/Zprime/Makefile
Models/TTbAsymm/Makefile
Models/Feynrules/Makefile
Models/Feynrules/python/Makefile-FR
Models/ADD/Makefile
Models/Sextet/Makefile
Decay/Makefile
Decay/FormFactors/Makefile
Decay/Tau/Makefile
Decay/Baryon/Makefile
Decay/VectorMeson/Makefile
Decay/Perturbative/Makefile
Decay/HeavyMeson/Makefile
Decay/ScalarMeson/Makefile
Decay/Dalitz/Makefile
Decay/TensorMeson/Makefile
Decay/WeakCurrents/Makefile
Decay/Partonic/Makefile
Decay/General/Makefile
Decay/Radiation/Makefile
Decay/EvtGen/Makefile
Doc/refman.conf
Doc/refman.h
PDT/Makefile
PDF/Makefile
MatrixElement/Makefile
MatrixElement/General/Makefile
MatrixElement/Lepton/Makefile
MatrixElement/Hadron/Makefile
MatrixElement/DIS/Makefile
MatrixElement/Powheg/Makefile
MatrixElement/Gamma/Makefile
MatrixElement/Reweighters/Makefile
+ MatrixElement/Onium/Makefile
MatrixElement/Matchbox/Makefile
MatrixElement/Matchbox/Base/Makefile
MatrixElement/Matchbox/Utility/Makefile
MatrixElement/Matchbox/Phasespace/Makefile
MatrixElement/Matchbox/Dipoles/Makefile
MatrixElement/Matchbox/InsertionOperators/Makefile
MatrixElement/Matchbox/Matching/Makefile
MatrixElement/Matchbox/Cuts/Makefile
MatrixElement/Matchbox/Scales/Makefile
MatrixElement/Matchbox/ColorFull/Makefile
MatrixElement/Matchbox/CVolver/Makefile
MatrixElement/Matchbox/Builtin/Makefile
MatrixElement/Matchbox/Builtin/Amplitudes/Makefile
MatrixElement/Matchbox/Tests/Makefile
MatrixElement/Matchbox/External/Makefile
MatrixElement/Matchbox/External/BLHAGeneric/Makefile
MatrixElement/Matchbox/External/VBFNLO/Makefile
MatrixElement/Matchbox/External/NJet/Makefile
MatrixElement/Matchbox/External/GoSam/Makefile
MatrixElement/Matchbox/External/OpenLoops/Makefile
MatrixElement/Matchbox/External/MadGraph/Makefile
MatrixElement/Matchbox/External/MadGraph/mg2herwig
MatrixElement/Matchbox/External/GoSam/gosam2herwig
MatrixElement/FxFx/Makefile
Sampling/Makefile
Sampling/CellGrids/Makefile
Shower/Makefile
Shower/QTilde/Makefile
Shower/QTilde/Matching/Makefile
Shower/Dipole/Makefile
Shower/Dipole/Base/Makefile
Shower/Dipole/Kernels/Makefile
Shower/Dipole/Kinematics/Makefile
Shower/Dipole/Utility/Makefile
Shower/Dipole/AlphaS/Makefile
Shower/Dipole/SpinCorrelations/Makefile
Utilities/Makefile
Utilities/XML/Makefile
Utilities/Statistics/Makefile
Hadronization/Makefile
lib/Makefile
include/Makefile
src/Makefile
src/defaults/Makefile
src/snippets/Makefile
src/Matchbox/Makefile
src/herwig-config
Doc/Makefile
Doc/HerwigDefaults.in
Looptools/Makefile
Analysis/Makefile
API/Makefile
src/Makefile-UserModules
src/defaults/Analysis.in
src/defaults/MatchboxDefaults.in
src/defaults/Decays.in
src/defaults/decayers.in
src/defaults/setup.gosam.in
src/Matchbox/LO-DefaultShower.in
src/Matchbox/LO-DipoleShower.in
src/Matchbox/MCatLO-DefaultShower.in
src/Matchbox/MCatLO-DipoleShower.in
src/Matchbox/LO-NoShower.in
src/Matchbox/MCatNLO-DefaultShower.in
src/Matchbox/MCatNLO-DipoleShower.in
src/Matchbox/NLO-NoShower.in
src/Matchbox/Powheg-DefaultShower.in
src/Matchbox/Powheg-DipoleShower.in
src/Merging/Makefile
Shower/Dipole/Merging/Makefile
src/defaults/MatchboxMergingDefaults.in
Contrib/Makefile
Contrib/make_makefiles.sh
Tests/Makefile
Makefile])
AC_CONFIG_FILES([Tests/python/rivet_check ],[chmod +x Tests/python/rivet_check ])
AC_CONFIG_FILES([Tests/python/LowEnergy-EE.py ],[chmod +x Tests/python/LowEnergy-EE.py ])
AC_CONFIG_FILES([Tests/python/LowEnergy-Photon.py],[chmod +x Tests/python/LowEnergy-Photon.py])
+AC_CONFIG_FILES([Tests/python/OniumSigma.py ],[chmod +x Tests/python/OniumSigma.py ])
AC_CONFIG_FILES([Tests/python/make_input_files.py],[chmod +x Tests/python/make_input_files.py])
AC_CONFIG_FILES([Tests/python/merge-DIS ],[chmod +x Tests/python/merge-DIS ])
AC_CONFIG_FILES([Tests/python/merge-EE ],[chmod +x Tests/python/merge-EE ])
AC_CONFIG_FILES([Tests/python/merge-EE-Gamma ],[chmod +x Tests/python/merge-EE-Gamma ])
AC_CONFIG_FILES([Tests/python/merge-Fixed ],[chmod +x Tests/python/merge-Fixed ])
AC_CONFIG_FILES([Tests/python/merge-GammaGamma ],[chmod +x Tests/python/merge-GammaGamma ])
AC_CONFIG_FILES([Tests/python/merge-LHC-EW ],[chmod +x Tests/python/merge-LHC-EW ])
AC_CONFIG_FILES([Tests/python/merge-LHC-Jets ],[chmod +x Tests/python/merge-LHC-Jets ])
AC_CONFIG_FILES([Tests/python/merge-LHC-Photon ],[chmod +x Tests/python/merge-LHC-Photon ])
AC_CONFIG_FILES([Tests/python/mergeLowEnergy.py ],[chmod +x Tests/python/mergeLowEnergy.py ])
AC_CONFIG_FILES([Tests/python/merge-Star ],[chmod +x Tests/python/merge-Star ])
AC_CONFIG_FILES([Tests/python/merge-TVT-EW ],[chmod +x Tests/python/merge-TVT-EW ])
AC_CONFIG_FILES([Tests/python/merge-TVT-Jets ],[chmod +x Tests/python/merge-TVT-Jets ])
AC_CONFIG_FILES([Tests/python/merge-TVT-Photon ],[chmod +x Tests/python/merge-TVT-Photon ])
AC_CONFIG_FILES([Tests/python/plot-EE ],[chmod +x Tests/python/plot-EE ])
AC_CONFIG_FILES([Tests/python/R.py ],[chmod +x Tests/python/R.py ])
AC_CONFIG_FILES([Sampling/herwig-mergegrids ],[chmod +x Sampling/herwig-mergegrids ])
AC_CONFIG_LINKS([Doc/BSMlibs.in:Doc/BSMlibs.in])
AC_CONFIG_FILES([Doc/fixinterfaces.pl],[chmod +x Doc/fixinterfaces.pl])
AC_CONFIG_HEADERS([PDF/SaSPhotonPDF.cc])
HERWIG_OVERVIEW
AC_CONFIG_COMMANDS([summary],[cat config.herwig])
AC_OUTPUT
diff --git a/lib/Makefile.am b/lib/Makefile.am
--- a/lib/Makefile.am
+++ b/lib/Makefile.am
@@ -1,49 +1,50 @@
pkglib_LTLIBRARIES = Herwig.la
Herwig_la_SOURCES =
Herwig_la_LIBTOOLFLAGS = --tag=CXX
Herwig_la_LDFLAGS = $(AM_LDFLAGS) -module -version-info 27:0:0
Herwig_la_LDFLAGS += $(THEPEGLDFLAGS) $(BOOST_SYSTEM_LDFLAGS) $(BOOST_FILESYSTEM_LDFLAGS) $(FCLIBS)
Herwig_la_LIBADD = \
$(top_builddir)/Hadronization/libHwHadronization.la \
$(top_builddir)/Models/libHwStandardModel.la \
$(top_builddir)/Decay/libHwDecay.la \
$(top_builddir)/Decay/libHwFormFactor.la \
$(top_builddir)/Decay/libHwDecRad.la \
$(top_builddir)/Utilities/libHwUtils.la \
$(top_builddir)/Models/libHwModelGenerator.la \
$(top_builddir)/Decay/General/libHwGeneralDecay.la \
$(top_builddir)/MatrixElement/General/libHwGeneralME.la \
$(top_builddir)/MatrixElement/libHwME.la \
$(top_builddir)/MatrixElement/Reweighters/libHwReweighters.la \
$(top_builddir)/MatrixElement/Matchbox/libHwMatchbox.la \
$(top_builddir)/Decay/libHwWeakCurrent.la \
$(top_builddir)/Looptools/libHwLooptools.la \
$(top_builddir)/Shower/libHwShower.la \
$(THEPEGLIB) -ldl
dist_noinst_SCRIPTS = fix-osx-path
POSTPROCESSING = done-all-links
if NEED_APPLE_FIXES
POSTPROCESSING += apple-fixes
endif
all-local: $(POSTPROCESSING)
done-all-links: Herwig.la
find $(top_builddir) \( -name '*.so.*' -or -name '*.so' \) \
-not -name 'lib*' -not -path '$(top_builddir)/lib/*' \
+ -not -path '$(top_builddir)/Tests/*' \
-not -path '$(top_builddir)/.hg/*' -exec $(LN_S) -f \{\} \;
$(LN_S) -f .libs/Herwig*so* .
echo "stamp" > $@
apple-fixes: fix-osx-path done-all-links
./$<
echo "stamp" > $@
clean-local:
rm -f *.so *.so.* done-all-links apple-fixes
diff --git a/m4/ltversion.m4 b/m4/ltversion.m4
deleted file mode 100644
--- a/m4/ltversion.m4
+++ /dev/null
@@ -1,23 +0,0 @@
-# ltversion.m4 -- version numbers -*- Autoconf -*-
-#
-# Copyright (C) 2004, 2011-2015 Free Software Foundation, Inc.
-# Written by Scott James Remnant, 2004
-#
-# This file is free software; the Free Software Foundation gives
-# unlimited permission to copy and/or distribute it, with or without
-# modifications, as long as this notice is preserved.
-
-# @configure_input@
-
-# serial 4179 ltversion.m4
-# This file is part of GNU Libtool
-
-m4_define([LT_PACKAGE_VERSION], [2.4.6])
-m4_define([LT_PACKAGE_REVISION], [2.4.6])
-
-AC_DEFUN([LTVERSION_VERSION],
-[macro_version='2.4.6'
-macro_revision='2.4.6'
-_LT_DECL(, macro_version, 0, [Which release of libtool.m4 was used?])
-_LT_DECL(, macro_revision, 0)
-])
diff --git a/src/LH.model b/src/LH.model
--- a/src/LH.model
+++ b/src/LH.model
@@ -1,174 +1,173 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for Little Higgs models
#
#
# This file does not contain anything that
# users need to touch. User settings are in
# ???-LH.in
#
###################################################
#
# Create particle content
#
###################################################
cd /Herwig/Particles
create ThePEG::ParticleData A_H
setup A_H 32 A_H 500.0 0. 0. 0.0 0 0 3 1
create ThePEG::ParticleData Z_H
setup Z_H 33 Z_H 900.0 0.0 0.0 0.0 0 0 3 1
create ThePEG::ParticleData W_H+
setup W_H+ 34 W_H+ 500.0 0. 0. 0.0 3 0 3 1
create ThePEG::ParticleData W_H-
setup W_H- -34 W_H- 500.0 0. 0. 0.0 -3 0 3 1
makeanti W_H+ W_H-
create ThePEG::ParticleData T
setup T 8 T 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData Tbar
setup Tbar -8 Tbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti T Tbar
create ThePEG::ParticleData Phi0
setup Phi0 35 Phi0 1000.0 0. 0. 0.0 0 0 1 1
create ThePEG::ParticleData PhiP
setup PhiP 36 PhiP 1000.0 0. 0. 0.0 0 0 1 1
create ThePEG::ParticleData Phi+
setup Phi+ 37 Phi+ 1000.0 0. 0. 0.0 3 0 1 1
create ThePEG::ParticleData Phi-
setup Phi- -37 Phi- 1000.0 0. 0. 0.0 -3 0 1 1
makeanti Phi+ Phi-
create ThePEG::ParticleData Phi++
setup Phi++ 38 Phi++ 1000.0 0. 0. 0.0 +6 0 1 1
create ThePEG::ParticleData Phi--
setup Phi-- -38 Phi-- 1000.0 0. 0. 0.0 -6 0 1 1
makeanti Phi++ Phi--
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/LH
cd /Herwig/NewPhysics/LH
create Herwig::LHModel Model HwLHModel.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
mkdir /Herwig/Vertices/LH
cd /Herwig/Vertices/LH
create Herwig::LHFFZVertex FFZVertex
create Herwig::LHFFPVertex FFPVertex
create Herwig::LHFFGVertex FFGVertex
create Herwig::LHFFWVertex FFWVertex
create Herwig::LHFFHVertex FFHVertex
create Herwig::LHWWWVertex WWWVertex
create Herwig::LHWWHVertex WWHVertex
create Herwig::LHWWWWVertex WWWWVertex
create Herwig::LHWHHVertex WHHVertex
create Herwig::LHWWHHVertex WWHHVertex
# LHWHHVertex.h LHWWHH
cd /Herwig/NewPhysics/LH
# SM vertices
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/HGG /Herwig/Vertices/HGGVertex
set Model:Vertex/HPP /Herwig/Vertices/HPPVertex
set Model:Vertex/HHH /Herwig/Vertices/HHHVertex
# LH vertices
set Model:Vertex/FFZ /Herwig/Vertices/LH/FFZVertex
set Model:Vertex/FFP /Herwig/Vertices/LH/FFPVertex
set Model:Vertex/FFG /Herwig/Vertices/LH/FFGVertex
set Model:Vertex/FFW /Herwig/Vertices/LH/FFWVertex
set Model:Vertex/FFH /Herwig/Vertices/LH/FFHVertex
set Model:Vertex/WWW /Herwig/Vertices/LH/WWWVertex
set Model:Vertex/WWH /Herwig/Vertices/LH/WWHVertex
set Model:Vertex/WWWW /Herwig/Vertices/LH/WWWWVertex
set Model:Vertex/WHH /Herwig/Vertices/LH/WHHVertex
set Model:Vertex/WWHH /Herwig/Vertices/LH/WWHHVertex
# Switch off the SM Higgs decays
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
cd /Herwig/NewPhysics
# Set the particles to be decayed
insert NewModel:DecayParticles 0 /Herwig/Particles/A_H
insert NewModel:DecayParticles 0 /Herwig/Particles/Z_H
insert NewModel:DecayParticles 0 /Herwig/Particles/W_H+
insert NewModel:DecayParticles 0 /Herwig/Particles/T
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi0
insert NewModel:DecayParticles 0 /Herwig/Particles/PhiP
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi+
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi++
insert NewModel:DecayParticles 0 /Herwig/Particles/h0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 32
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 33
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 34
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 8
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 35
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 36
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 37
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 38
# Set up the model framework
set LH/Model:ModelGenerator NewModel
# Shower stuff for coloured particles
cd /Herwig/Shower
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
do SplittingGenerator:AddFinalSplitting T->T,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting T->T,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting W_H+->W_H+,gamma; WtoWGammaSudakov
do SplittingGenerator:AddFinalSplitting Phi+->Phi+,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting Phi++->Phi++,gamma; PhitoPhiGammaSudakov
cd /Herwig/Generators
# Choose Little Higgs over SM
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/LH/Model
diff --git a/src/LHC-GammaGamma.in b/src/LHC-GammaGamma.in
--- a/src/LHC-GammaGamma.in
+++ b/src/LHC-GammaGamma.in
@@ -1,73 +1,73 @@
# -*- ThePEG-repository -*-
##################################################
# Example generator based on LEP parameters
# usage: Herwig read LEP.in
##################################################
read snippets/PPCollider.in
##################################################
# Technical parameters for this run
##################################################
cd /Herwig/Generators
set EventGenerator:EventHandler:Sampler:Ntry 10000
##################################################
# Choice of phase-space generation for PDFs
##################################################
set /Herwig/Partons/PPExtractor:FlatSHatY 0
##################################################
# Change the proton PDFs to those for photon radiation
##################################################
set /Herwig/Particles/p+:PDF /Herwig/Partons/BudnevPDF
set /Herwig/Particles/pbar-:PDF /Herwig/Partons/BudnevPDF
set /Herwig/Partons/PPExtractor:FirstPDF /Herwig/Partons/BudnevPDF
set /Herwig/Partons/PPExtractor:SecondPDF /Herwig/Partons/BudnevPDF
set /Herwig/Shower/ShowerHandler:PDFA NULL
set /Herwig/Shower/ShowerHandler:PDFB NULL
##################################################
# Cuts
##################################################
cd /Herwig/Cuts
set Cuts:ScaleMin 0.0*GeV2
set Cuts:X1Min 0
set Cuts:X2Min 0
set Cuts:X1Max 1.
set Cuts:X2Max 1.
set Cuts:MHatMin 1.*GeV
erase Cuts:MultiCuts 0
set LeptonKtCut:MinKT 3*GeV
##################################################
# Selected the hard process
##################################################
cd /Herwig/MatrixElements
# fermion-antifermion
insert SubProcess:MatrixElements 0 /Herwig/MatrixElements/MEgg2ff
-set /Herwig/MatrixElements/MEgg2ff:Process Muon
+set /Herwig/MatrixElements/MEgg2ff:Amplitude:Process Muon
# W+W-
#insert SubProcess:MatrixElements 0 /Herwig/MatrixElements/MEgg2WW
##################################################
# LHC physics parameters (override defaults)
##################################################
cd /Herwig/Generators
set EventGenerator:EventHandler:CascadeHandler:MPIHandler NULL
##################################################
## prepare for Rivet analysis or HepMC output
## when running with parton shower
##################################################
#read snippets/Rivet.in
#insert /Herwig/Analysis/Rivet:Analyses 0 XXX_2015_ABC123
#read snippets/HepMC.in
#set /Herwig/Analysis/HepMC:PrintEvent NNN
###################################################
# Save run for later usage with 'Herwig run'
##################################################
saverun LHC-GammaGamma EventGenerator
diff --git a/src/LHTP.model b/src/LHTP.model
--- a/src/LHTP.model
+++ b/src/LHTP.model
@@ -1,298 +1,297 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for Little Higgs models with T-parity
#
#
# This file does not contain anything that
# users need to touch. User settings are in
# ???-LHTP.in
#
###################################################
#
# Create particle content
#
###################################################
cd /Herwig/Particles
#
# using PDG number for excited gauge bosons A_H=Z' Z_H=Z'' W_H=W'
#
create ThePEG::ParticleData A_H
setup A_H 32 A_H 1000. 0.0 0.0 0.0 0 0 3 1
create ThePEG::ParticleData Z_H
setup Z_H 33 Z_H 1000. 0.0 0.0 0.0 0 0 3 1
create ThePEG::ParticleData W_H+
setup W_H+ 34 W_H+ 1000.0 0.0 0.0 0.0 3 0 3 1
create ThePEG::ParticleData W_H-
setup W_H- -34 W_H- 1000.0 0.0 0.0 0.0 -3 0 3 1
makeanti W_H+ W_H-
#
# extra top quark using 4th generation number
#
create ThePEG::ParticleData TpT
setup TpT 8 TpT 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData TpTbar
setup TpTbar -8 TpTbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti TpT TpTbar
#
# triplet Higgs bosons (Phi0,PhiP,Phi+/- using numbers
# for doublet + Phi++/-- 38)
create ThePEG::ParticleData Phi0
setup Phi0 35 Phi0 1000.0 0. 0. 0.0 0 0 1 1
create ThePEG::ParticleData PhiP
setup PhiP 36 PhiP 1000.0 0. 0. 0.0 0 0 1 1
create ThePEG::ParticleData Phi+
setup Phi+ 37 Phi+ 1000.0 0. 0. 0.0 3 0 1 1
create ThePEG::ParticleData Phi-
setup Phi- -37 Phi- 1000.0 0. 0. 0.0 -3 0 1 1
makeanti Phi+ Phi-
create ThePEG::ParticleData Phi++
setup Phi++ 38 Phi++ 1000.0 0. 0. 0.0 +6 0 1 1
create ThePEG::ParticleData Phi--
setup Phi-- -38 Phi-- 1000.0 0. 0. 0.0 -6 0 1 1
makeanti Phi++ Phi--
#
# T-odd particles using numbers for excited particles
#
create ThePEG::ParticleData dmT
setup dmT 4000001 dmT 1000.0 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData dmTbar
setup dmTbar -4000001 dmTbar 1000.0 0.0 0.0 0.0 1 -3 2 1
makeanti dmT dmTbar
create ThePEG::ParticleData umT
setup umT 4000002 umT 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData umTbar
setup umTbar -4000002 umTbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti umT umTbar
create ThePEG::ParticleData smT
setup smT 4000003 smT 1000.0 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData smTbar
setup smTbar -4000003 smTbar 1000.0 0.0 0.0 0.0 1 -3 2 1
makeanti smT smTbar
create ThePEG::ParticleData cmT
setup cmT 4000004 cmT 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData cmTbar
setup cmTbar -4000004 cmTbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti cmT cmTbar
create ThePEG::ParticleData bmT
setup bmT 4000005 bmT 1000.0 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData bmTbar
setup bmTbar -4000005 bmTbar 1000.0 0.0 0.0 0.0 1 -3 2 1
makeanti bmT bmTbar
create ThePEG::ParticleData tmT
setup tmT 4000006 tmT 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData tmTbar
setup tmTbar -4000006 tmTbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti tmT tmTbar
create ThePEG::ParticleData TmT
setup TmT 4000008 TmT 1000.0 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData TmTbar
setup TmTbar -4000008 TmTbar 1000.0 0.0 0.0 0.0 -2 -3 2 1
makeanti TmT TmTbar
create ThePEG::ParticleData emT-
setup emT- 4000011 emT- 1000. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData emT+
setup emT+ -4000011 emT+ 1000. 0.0 0.0 0.0 3 0 2 1
makeanti emT- emT+
create ThePEG::ParticleData mumT-
setup mumT- 4000013 mumT- 1000. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData mumT+
setup mumT+ -4000013 mumT+ 1000. 0. 0.0 0.0 3 0 2 1
makeanti mumT+ mumT-
create ThePEG::ParticleData taumT+
setup taumT+ -4000015 taumT+ 1000. 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData taumT-
setup taumT- 4000015 taumT- 1000. 0.0 0.0 0.0 -3 0 2 1
makeanti taumT- taumT+
create ThePEG::ParticleData nu_emT
setup nu_emT 4000012 nu_emT 1000. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData nu_emTbar
setup nu_emTbar -4000012 nu_emTbar 1000 0.0 0.0 0.0 0 0 2 1
makeanti nu_emTbar nu_emT
create ThePEG::ParticleData nu_mumT
setup nu_mumT 4000014 nu_mumT 1000. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData nu_mumTbar
setup nu_mumTbar -4000014 nu_mumTbar 0.0 0.0 0.0 0 0 0 2 1
makeanti nu_mumTbar nu_mumT
create ThePEG::ParticleData nu_taumT
setup nu_taumT 4000016 nu_taumT 1000. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData nu_taumTbar
setup nu_taumTbar -4000016 nu_taumTbar 1000. 0.0 0.0 0.0 0 0 2 1
makeanti nu_taumTbar nu_taumT
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/LHTP
cd /Herwig/NewPhysics/LHTP
create Herwig::LHTPModel Model HwLHTPModel.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
mkdir /Herwig/Vertices/LHTP
cd /Herwig/Vertices/LHTP
create Herwig::LHTPFFGVertex FFGVertex
create Herwig::LHTPFFPVertex FFPVertex
create Herwig::LHTPFFWVertex FFWVertex
create Herwig::LHTPFFZVertex FFZVertex
create Herwig::LHTPWWHVertex WWHVertex
create Herwig::LHTPWWWVertex WWWVertex
create Herwig::LHTPHHHVertex HHHVertex
create Herwig::LHTPWHHVertex WHHVertex
create Herwig::LHTPFFHVertex FFHVertex
cd /Herwig/NewPhysics/LHTP
set Model:Vertex/FFG /Herwig/Vertices/LHTP/FFGVertex
set Model:Vertex/FFZ /Herwig/Vertices/LHTP/FFZVertex
set Model:Vertex/FFW /Herwig/Vertices/LHTP/FFWVertex
set Model:Vertex/FFP /Herwig/Vertices/LHTP/FFPVertex
set Model:Vertex/WWH /Herwig/Vertices/LHTP/WWHVertex
set Model:Vertex/WWW /Herwig/Vertices/LHTP/WWWVertex
set Model:Vertex/HHH /Herwig/Vertices/LHTP/HHHVertex
set Model:Vertex/WHH /Herwig/Vertices/LHTP/WHHVertex
set Model:Vertex/FFH /Herwig/Vertices/LHTP/FFHVertex
# Not implemented LHTP yet
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
set Model:Vertex/HGG /Herwig/Vertices/HGGVertex
set Model:Vertex/HPP /Herwig/Vertices/HPPVertex
# No LHTP equivalent
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
# Switch off the SM Higgs decays
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
cd /Herwig/NewPhysics
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/HPPVertex
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/HGGVertex
# Set up the model framework
set LHTP/Model:ModelGenerator NewModel
# --- Perturbative Decays ---
insert NewModel:DecayParticles 0 /Herwig/Particles/h0
insert NewModel:DecayParticles 0 /Herwig/Particles/A_H
insert NewModel:DecayParticles 0 /Herwig/Particles/Z_H
insert NewModel:DecayParticles 0 /Herwig/Particles/W_H+
insert NewModel:DecayParticles 0 /Herwig/Particles/TpT
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi0
insert NewModel:DecayParticles 0 /Herwig/Particles/PhiP
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi+
insert NewModel:DecayParticles 0 /Herwig/Particles/Phi++
insert NewModel:DecayParticles 0 /Herwig/Particles/dmT
insert NewModel:DecayParticles 0 /Herwig/Particles/umT
insert NewModel:DecayParticles 0 /Herwig/Particles/smT
insert NewModel:DecayParticles 0 /Herwig/Particles/cmT
insert NewModel:DecayParticles 0 /Herwig/Particles/bmT
insert NewModel:DecayParticles 0 /Herwig/Particles/tmT
insert NewModel:DecayParticles 0 /Herwig/Particles/TmT
insert NewModel:DecayParticles 0 /Herwig/Particles/emT-
insert NewModel:DecayParticles 0 /Herwig/Particles/mumT-
insert NewModel:DecayParticles 0 /Herwig/Particles/taumT-
insert NewModel:DecayParticles 0 /Herwig/Particles/nu_emT
insert NewModel:DecayParticles 0 /Herwig/Particles/nu_mumT
insert NewModel:DecayParticles 0 /Herwig/Particles/nu_taumT
###################################################
#
# Shower stuff for coloured particles
#
###################################################
cd /Herwig/Shower
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
do SplittingGenerator:AddFinalSplitting dmT->dmT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting umT->umT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting smT->smT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting cmT->cmT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting bmT->bmT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting tmT->tmT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting TmT->TmT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting TpT->TpT,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting dmT->dmT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting umT->umT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting smT->smT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting cmT->cmT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting bmT->bmT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting tmT->tmT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting TmT->TmT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting TpT->TpT,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting emT-->emT-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting mumT-->mumT-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting taumT-->taumT-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting W_H+->W_H+,gamma; WtoWGammaSudakov
do SplittingGenerator:AddFinalSplitting Phi+->Phi+,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting Phi++->Phi++,gamma; PhitoPhiGammaSudakov
cd /Herwig/Generators
# Choose Little Higgs over SM
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/LHTP/Model
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 32
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 33
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 34
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 8
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 35
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 36
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 37
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 38
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000001
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000002
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000003
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000004
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000005
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000006
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000008
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000011
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000012
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000013
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000014
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000015
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 4000016
diff --git a/src/MSSM.model b/src/MSSM.model
--- a/src/MSSM.model
+++ b/src/MSSM.model
@@ -1,466 +1,461 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for the MSSM
#
# See LHC-MSSM.in or ILC-MSSM.in for example usage
#
# This file does not contain anything that
# users need to touch. User settings are in
# ???-MSSM.in
#
###################################################
#
# Create particle content
#
###################################################
cd /Herwig/Particles
create ThePEG::ParticleData H0
setup H0 35 H0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData A0
setup A0 36 A0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData H+
setup H+ 37 H+ 500.0 0.0 0.0 0.0 3 0 1 1
create ThePEG::ParticleData H-
setup H- -37 H- 500.0 0.0 0.0 0.0 -3 0 1 1
makeanti H+ H-
create ThePEG::ParticleData ~d_L
setup ~d_L 1000001 ~d_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Lbar
setup ~d_Lbar -1000001 ~d_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_L ~d_Lbar
create ThePEG::ParticleData ~u_L
setup ~u_L 1000002 ~u_L 500.0 0.0 0.0 0.0 2 3 1 0
create ThePEG::ParticleData ~u_Lbar
setup ~u_Lbar -1000002 ~u_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_L ~u_Lbar
create ThePEG::ParticleData ~s_L
setup ~s_L 1000003 ~s_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Lbar
setup ~s_Lbar -1000003 ~s_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~s_L ~s_Lbar
create ThePEG::ParticleData ~c_L
setup ~c_L 1000004 ~c_L 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Lbar
setup ~c_Lbar -1000004 ~c_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_L ~c_Lbar
create ThePEG::ParticleData ~b_1
setup ~b_1 1000005 ~b_1 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_1bar
setup ~b_1bar -1000005 ~b_1bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_1 ~b_1bar
create ThePEG::ParticleData ~t_1
setup ~t_1 1000006 ~t_1 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_1bar
setup ~t_1bar -1000006 ~t_1bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_1 ~t_1bar
create ThePEG::ParticleData ~e_L-
setup ~e_L- 1000011 ~e_L- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~e_L+
setup ~e_L+ -1000011 ~e_L+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~e_L- ~e_L+
create ThePEG::ParticleData ~nu_eL
setup ~nu_eL 1000012 ~nu_eL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_eLbar
setup ~nu_eLbar -1000012 ~nu_eLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_eL ~nu_eLbar
create ThePEG::ParticleData ~mu_L-
setup ~mu_L- 1000013 ~mu_L- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~mu_L+
setup ~mu_L+ -1000013 ~mu_L+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~mu_L- ~mu_L+
create ThePEG::ParticleData ~nu_muL
setup ~nu_muL 1000014 ~nu_muL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_muLbar
setup ~nu_muLbar -1000014 ~nu_muLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_muL ~nu_muLbar
create ThePEG::ParticleData ~tau_1-
setup ~tau_1- 1000015 ~tau_1- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~tau_1+
setup ~tau_1+ -1000015 ~tau_1+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~tau_1- ~tau_1+
create ThePEG::ParticleData ~nu_tauL
setup ~nu_tauL 1000016 ~nu_tauL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_tauLbar
setup ~nu_tauLbar -1000016 ~nu_tauLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_tauL ~nu_tauLbar
create ThePEG::ParticleData ~g
setup ~g 1000021 ~g 500.0 0.0 0.0 0.0 0 8 2 1
create ThePEG::ParticleData ~chi_10
setup ~chi_10 1000022 ~chi_10 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_20
setup ~chi_20 1000023 ~chi_20 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_1+
setup ~chi_1+ 1000024 ~chi_1+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_1-
setup ~chi_1- -1000024 ~chi_1- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_1+ ~chi_1-
create ThePEG::ParticleData ~chi_30
setup ~chi_30 1000025 ~chi_30 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_40
setup ~chi_40 1000035 ~chi_40 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_2+
setup ~chi_2+ 1000037 ~chi_2+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_2-
setup ~chi_2- -1000037 ~chi_2- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_2+ ~chi_2-
create ThePEG::ParticleData ~gravitino
setup ~gravitino 1000039 ~gravitino 500.0 0.0 0.000010 0.0 0 0 4 1
create ThePEG::ParticleData ~d_R
setup ~d_R 2000001 ~d_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Rbar
setup ~d_Rbar -2000001 ~d_Rbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_R ~d_Rbar
create ThePEG::ParticleData ~u_R
setup ~u_R 2000002 ~u_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~u_Rbar
setup ~u_Rbar -2000002 ~u_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_R ~u_Rbar
create ThePEG::ParticleData ~s_R
setup ~s_R 2000003 ~s_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Rbar
setup ~s_Rbar -2000003 ~s_Rbar 500.0 0.0 0.0 0.0 1 -3 1 0
makeanti ~s_R ~s_Rbar
create ThePEG::ParticleData ~c_R
setup ~c_R 2000004 ~c_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Rbar
setup ~c_Rbar -2000004 ~c_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_R ~c_Rbar
create ThePEG::ParticleData ~b_2
setup ~b_2 2000005 ~b_2 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_2bar
setup ~b_2bar -2000005 ~b_2bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_2 ~b_2bar
create ThePEG::ParticleData ~t_2
setup ~t_2 2000006 ~t_2 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_2bar
setup ~t_2bar -2000006 ~t_2bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_2 ~t_2bar
create ThePEG::ParticleData ~e_R-
setup ~e_R- 2000011 ~e_R- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~e_R+
setup ~e_R+ -2000011 ~e_R+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~e_R- ~e_R+
create ThePEG::ParticleData ~mu_R-
setup ~mu_R- 2000013 ~mu_R- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~mu_R+
setup ~mu_R+ -2000013 ~mu_R+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~mu_R- ~mu_R+
create ThePEG::ParticleData ~tau_2-
setup ~tau_2- 2000015 ~tau_2- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~tau_2+
setup ~tau_2+ -2000015 ~tau_2+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~tau_2- ~tau_2+
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/MSSM
cd /Herwig/NewPhysics/MSSM
create Herwig::MSSM Model HwSusy.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
# create MSSM vertices
mkdir /Herwig/Vertices/MSSM
cd /Herwig/Vertices/MSSM
# MSSM
library HwSusy.so
create Herwig::SSWSSVertex MSSM_WSS
create Herwig::SSWWSSVertex MSSM_WWSS
create Herwig::SSNFSVertex MSSM_NFS
create Herwig::SSGFSVertex MSSM_GFS
create Herwig::SSHSFSFVertex MSSM_HSS
create Herwig::SSCFSVertex MSSM_CFS
create Herwig::SSGSSVertex MSSM_GSS
create Herwig::SSGNGVertex MSSM_GNG
create Herwig::SSGGSQSQVertex MSSM_GGSS
create Herwig::SSWGSSVertex MSSM_WGSS
create Herwig::SSGSGSGVertex MSSM_GGOGO
create Herwig::SSNNZVertex MSSM_NNZ
create Herwig::SSNNPVertex MSSM_NNP
create Herwig::SSCCZVertex MSSM_CCZ
create Herwig::SSCNWVertex MSSM_CNW
create Herwig::SSFFHVertex MSSM_FFH
create Herwig::SSGOGOHVertex MSSM_GOGOH
create Herwig::SSWWHVertex MSSM_WWH
create Herwig::SSWHHVertex MSSM_WHH
create Herwig::SSHHHVertex MSSM_HHH
create Herwig::SSHGGVertex MSSM_HGG
create Herwig::SSHPPVertex MSSM_HPP
create Herwig::SSWWHHVertex MSSM_WWHH
create Herwig::SSNCTVertex MSSM_NCT
create Herwig::SSGVNHVertex MSSM_GVNH
create Herwig::SSGVFSVertex MSSM_GVFS
create Herwig::SSGVNVVertex MSSM_GVNV
cd /Herwig/NewPhysics/MSSM
# SM vertices
set Model:Vertex/FFZ /Herwig/Vertices/FFZVertex
set Model:Vertex/FFW /Herwig/Vertices/FFWVertex
set Model:Vertex/FFG /Herwig/Vertices/FFGVertex
set Model:Vertex/FFP /Herwig/Vertices/FFPVertex
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/WWW /Herwig/Vertices/WWWVertex
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
# MSSM feynman rules
set Model:Vertex/WSFSF /Herwig/Vertices/MSSM/MSSM_WSS
set Model:Vertex/WWSFSF /Herwig/Vertices/MSSM/MSSM_WWSS
set Model:Vertex/NFSF /Herwig/Vertices/MSSM/MSSM_NFS
set Model:Vertex/GFSF /Herwig/Vertices/MSSM/MSSM_GFS
set Model:Vertex/HSFSF /Herwig/Vertices/MSSM/MSSM_HSS
set Model:Vertex/CFSF /Herwig/Vertices/MSSM/MSSM_CFS
set Model:Vertex/GSFSF /Herwig/Vertices/MSSM/MSSM_GSS
set Model:Vertex/GGSQSQ /Herwig/Vertices/MSSM/MSSM_GGSS
set Model:Vertex/WGSQSQ /Herwig/Vertices/MSSM/MSSM_WGSS
set Model:Vertex/GSGSG /Herwig/Vertices/MSSM/MSSM_GGOGO
set Model:Vertex/GNG /Herwig/Vertices/MSSM/MSSM_GNG
set Model:Vertex/NNZ /Herwig/Vertices/MSSM/MSSM_NNZ
set Model:Vertex/NNP /Herwig/Vertices/MSSM/MSSM_NNP
set Model:Vertex/CCZ /Herwig/Vertices/MSSM/MSSM_CCZ
set Model:Vertex/CNW /Herwig/Vertices/MSSM/MSSM_CNW
set Model:Vertex/FFH /Herwig/Vertices/MSSM/MSSM_FFH
set Model:Vertex/GOGOH /Herwig/Vertices/MSSM/MSSM_GOGOH
set Model:Vertex/WWH /Herwig/Vertices/MSSM/MSSM_WWH
set Model:Vertex/SSWHH /Herwig/Vertices/MSSM/MSSM_WHH
set Model:Vertex/HHH /Herwig/Vertices/MSSM/MSSM_HHH
set Model:Vertex/HGG /Herwig/Vertices/MSSM/MSSM_HGG
set Model:Vertex/HPP /Herwig/Vertices/MSSM/MSSM_HPP
set Model:Vertex/WWHH /Herwig/Vertices/MSSM/MSSM_WWHH
set Model:Vertex/NCT /Herwig/Vertices/MSSM/MSSM_NCT
set Model:Vertex/GVNH /Herwig/Vertices/MSSM/MSSM_GVNH
set Model:Vertex/GVFS /Herwig/Vertices/MSSM/MSSM_GVFS
set Model:Vertex/GVNV /Herwig/Vertices/MSSM/MSSM_GVNV
# Switch off the SM Higgs decays
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
###################################################
#
# Set up spin correlation Decayers
#
###################################################
cd /Herwig/NewPhysics
set TwoBodyDC:CreateDecayModes No
set ThreeBodyDC:CreateDecayModes No
set WeakDecayConstructor:CreateDecayModes No
set FourBodyDC:CreateDecayModes No
# switch on decays via weak current
insert DecayConstructor:NBodyDecayConstructors 0 WeakDecayConstructor
# exclude gravitino and effective vertices from three body decays
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HGG
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HPP
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NNP
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GNG
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# and four body decays
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HGG
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HPP
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NNP
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GNG
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# and hard processes
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HGG
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_HPP
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NNP
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GNG
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# exclude intermediate higgs from 4 body decays
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/h0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/A0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H+
# which particles get the off-shell treatment
set NewModel:WhichOffshell All
# particles for which decays are included
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~e_L-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_eL
insert NewModel:DecayParticles 0 /Herwig/Particles/~mu_L-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_muL
insert NewModel:DecayParticles 0 /Herwig/Particles/~tau_1-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_tauL
insert NewModel:DecayParticles 0 /Herwig/Particles/~e_R-
insert NewModel:DecayParticles 0 /Herwig/Particles/~mu_R-
insert NewModel:DecayParticles 0 /Herwig/Particles/~tau_2-
insert NewModel:DecayParticles 0 /Herwig/Particles/~g
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_10
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_20
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_30
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_40
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_1+
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_2+
insert NewModel:DecayParticles 0 /Herwig/Particles/h0
insert NewModel:DecayParticles 0 /Herwig/Particles/H0
insert NewModel:DecayParticles 0 /Herwig/Particles/A0
insert NewModel:DecayParticles 0 /Herwig/Particles/H+
###################################################
#
# Shower stuff for coloured sparticles
#
###################################################
cd /Herwig/Shower
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGSplitFn
-set PhitoPhiGSplitFn:InteractionType QCD
-set PhitoPhiGSplitFn:ColourStructure TripletTripletOctet
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGSudakov
+set PhitoPhiGSudakov:Alpha AlphaQCDFSR
+set PhitoPhiGSudakov:Cutoff PTCutOff
+set PhitoPhiGSudakov:InteractionType QCD
+set PhitoPhiGSudakov:ColourStructure TripletTripletOctet
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
-
-create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSplitFn
-set GluinotoGluinoGSplitFn:InteractionType QCD
-set GluinotoGluinoGSplitFn:ColourStructure OctetOctetOctet
-
-cp SudakovCommon PhitoPhiGSudakov
-set PhitoPhiGSudakov:SplittingFunction PhitoPhiGSplitFn
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
-
-cp SudakovCommon GluinotoGluinoGSudakov
-set GluinotoGluinoGSudakov:SplittingFunction GluinotoGluinoGSplitFn
-
+create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSudakov
+set GluinotoGluinoGSudakov:Alpha AlphaQCDFSR
+set GluinotoGluinoGSudakov:Cutoff PTCutOff
+set GluinotoGluinoGSudakov:InteractionType QCD
+set GluinotoGluinoGSudakov:ColourStructure OctetOctetOctet
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~g->~g,g; GluinotoGluinoGSudakov
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_L-->~e_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_L-->~mu_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_1-->~tau_1-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_R-->~e_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_R-->~mu_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_2-->~tau_2-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting H+->H+,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_1+->~chi_1+,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_2+->~chi_2+,gamma; LtoLGammaSudakov
###################################################
# Set up the bsm framework
###################################################
cd /Herwig/NewPhysics
set MSSM/Model:ModelGenerator NewModel
###################################################
#
# Choose MSSM over SM
#
###################################################
cd /Herwig/Generators
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/MSSM/Model
###################################################
#
# Get Shower to decay SUSY particles
#
###################################################
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000001 # SUSY_d_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000002 # SUSY_u_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000003 # SUSY_s_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000004 # SUSY_c_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000005 # SUSY_b_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000006 # SUSY_t_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000011 # SUSY_e_Lminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000012 # SUSY_nu_eL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000013 # SUSY_mu_Lminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000014 # SUSY_nu_muL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000015 # SUSY_tau_1minus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000016 # SUSY_nu_tauL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000021 # SUSY_g
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000022 # SUSY_chi_10
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000023 # SUSY_chi_20
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000024 # SUSY_chi_1plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000025 # SUSY_chi_30
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000035 # SUSY_chi_40
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000037 # SUSY_chi_2plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000039 # SUSY_gravitino
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000001 # SUSY_d_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000002 # SUSY_u_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000003 # SUSY_s_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000004 # SUSY_c_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000005 # SUSY_b_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000006 # SUSY_t_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000011 # SUSY_e_Rminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000013 # SUSY_mu_Rminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000015 # SUSY_tau_2minus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 35 # H0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 36 # A0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 37 # H+
diff --git a/src/MUED.model b/src/MUED.model
--- a/src/MUED.model
+++ b/src/MUED.model
@@ -1,369 +1,368 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for Universal extra dimensions
#
# See LHC-MUED.in or ILC-MUED.in for example usage
#
# This file does not contain anything that
# users need to touch. User settings are in
# ???-MUED.in
#
###################################################
#
# Create particle content
#
###################################################
# The UED level-1 particles
cd /Herwig/Particles
create ThePEG::ParticleData KK1_d_L
setup KK1_d_L 5100001 KK1_d_L 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_d_Lbar
setup KK1_d_Lbar -5100001 KK1_d_Lbar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_d_L KK1_d_Lbar
create ThePEG::ParticleData KK1_u_L
setup KK1_u_L 5100002 KK1_u_L 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_u_Lbar
setup KK1_u_Lbar -5100002 KK1_u_Lbar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_u_L KK1_u_Lbar
create ThePEG::ParticleData KK1_s_L
setup KK1_s_L 5100003 KK1_s_L 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_s_Lbar
setup KK1_s_Lbar -5100003 KK1_s_Lbar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_s_L KK1_s_Lbar
create ThePEG::ParticleData KK1_c_L
setup KK1_c_L 5100004 KK1_c_L 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_c_Lbar
setup KK1_c_Lbar -5100004 KK1_c_Lbar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_c_L KK1_c_Lbar
create ThePEG::ParticleData KK1_b_1
setup KK1_b_1 5100005 KK1_b_1 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_b_1bar
setup KK1_b_1bar -5100005 KK1_b_1bar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_b_1 KK1_b_1bar
create ThePEG::ParticleData KK1_t_1
setup KK1_t_1 5100006 KK1_t_1 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_t_1bar
setup KK1_t_1bar -5100006 KK1_t_1bar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_t_1 KK1_t_1bar
# Right
create ThePEG::ParticleData KK1_d_R
setup KK1_d_R 6100001 KK1_d_R 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_d_Rbar
setup KK1_d_Rbar -6100001 KK1_d_Rbar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_d_R KK1_d_Rbar
create ThePEG::ParticleData KK1_u_R
setup KK1_u_R 6100002 KK1_u_R 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_u_Rbar
setup KK1_u_Rbar -6100002 KK1_u_Rbar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_u_R KK1_u_Rbar
create ThePEG::ParticleData KK1_s_R
setup KK1_s_R 6100003 KK1_s_R 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_s_Rbar
setup KK1_s_Rbar -6100003 KK1_s_Rbar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_s_R KK1_s_Rbar
create ThePEG::ParticleData KK1_c_R
setup KK1_c_R 6100004 KK1_c_R 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_c_Rbar
setup KK1_c_Rbar -6100004 KK1_c_Rbar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_c_R KK1_c_Rbar
create ThePEG::ParticleData KK1_b_2
setup KK1_b_2 6100005 KK1_b_2 500. 0.0 0.0 0.0 -1 3 2 1
create ThePEG::ParticleData KK1_b_2bar
setup KK1_b_2bar -6100005 KK1_b_2bar 500. 0.0 0.0 0.0 1 -3 2 1
makeanti KK1_b_2 KK1_b_2bar
create ThePEG::ParticleData KK1_t_2
setup KK1_t_2 6100006 KK1_t_2 500. 0.0 0.0 0.0 2 3 2 1
create ThePEG::ParticleData KK1_t_2bar
setup KK1_t_2bar -6100006 KK1_t_2bar 500. 0.0 0.0 0.0 -2 -3 2 1
makeanti KK1_t_2 KK1_t_2bar
create ThePEG::ParticleData KK1_e_L-
setup KK1_e_L- 5100011 KK1_e_L- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_e_L+
setup KK1_e_L+ -5100011 KK1_e_L+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_e_L- KK1_e_L+
create ThePEG::ParticleData KK1_nu_eL
setup KK1_nu_eL 5100012 KK1_nu_eL 500. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData KK1_nu_eLbar
setup KK1_nu_eLbar -5100012 KK1_nu_eLbar 500. 0.0 0.0 0.0 0 0 2 1
makeanti KK1_nu_eL KK1_nu_eLbar
create ThePEG::ParticleData KK1_mu_L-
setup KK1_mu_L- 5100013 KK1_mu_L- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_mu_L+
setup KK1_mu_L+ -5100013 KK1_mu_L+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_mu_L- KK1_mu_L+
create ThePEG::ParticleData KK1_nu_muL
setup KK1_nu_muL 5100014 KK1_nu_muL 500. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData KK1_nu_muLbar
setup KK1_nu_muLbar -5100014 KK1_nu_muLbar 500. 0.0 0.0 0.0 0 0 2 1
makeanti KK1_nu_muL KK1_nu_muLbar
create ThePEG::ParticleData KK1_tau_1-
setup KK1_tau_1- 5100015 KK1_tau_1- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_tau_1+
setup KK1_tau_1+ -5100015 KK1_tau_1+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_tau_1- KK1_tau_1+
create ThePEG::ParticleData KK1_nu_tauL
setup KK1_nu_tauL 5100016 KK1_nu_tauL 500. 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData KK1_nu_tauLbar
setup KK1_nu_tauLbar -5100016 KK1_nu_tauLbar 500. 0.0 0.0 0.0 0 0 2 1
makeanti KK1_nu_tauL KK1_nu_tauLbar
create ThePEG::ParticleData KK1_e_R-
setup KK1_e_R- 6100011 KK1_e_R- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_e_R+
setup KK1_e_R+ -6100011 KK1_e_R+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_e_R- KK1_e_R+
create ThePEG::ParticleData KK1_mu_R-
setup KK1_mu_R- 6100013 KK1_mu_R- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_mu_R+
setup KK1_mu_R+ -6100013 KK1_mu_R+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_mu_R- KK1_mu_R+
create ThePEG::ParticleData KK1_tau_2-
setup KK1_tau_2- 6100015 KK1_tau_2- 500. 0.0 0.0 0.0 -3 0 2 1
create ThePEG::ParticleData KK1_tau_2+
setup KK1_tau_2+ -6100015 KK1_tau_2+ 500. 0.0 0.0 0.0 3 0 2 1
makeanti KK1_tau_2- KK1_tau_2+
create ThePEG::ParticleData KK1_g
setup KK1_g 5100021 KK1_g 500. 0.0 0.0 0.0 0 8 3 1
create ThePEG::ParticleData KK1_gamma
setup KK1_gamma 5100022 KK1_gamma 500. 0.0 0.0 0.0 0 0 3 1
create ThePEG::ParticleData KK1_Z0
setup KK1_Z0 5100023 KK1_Z0 500. 0.0 0.0 0.0 0 0 3 1
create ThePEG::ParticleData KK1_W+
setup KK1_W+ 5100024 KK1_W+ 500. 0.0 0.0 0.0 3 0 3 1
create ThePEG::ParticleData KK1_W-
setup KK1_W- -5100024 KK1_W- 500. 0.0 0.0 0.0 -3 0 3 1
makeanti KK1_W+ KK1_W-
create ThePEG::ParticleData KK1_h0
setup KK1_h0 5100025 KK1_h0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData KK1_A0
setup KK1_A0 5100036 KK1_A0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData KK1_H+
setup KK1_H+ 5100037 KK1_H+ 500.0 0.0 0.0 0.0 3 0 1 1
create ThePEG::ParticleData KK1_H-
setup KK1_H- -5100037 KK1_H- 500.0 0.0 0.0 0.0 -3 0 1 1
makeanti KK1_H+ KK1_H-
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/MUED
cd /Herwig/NewPhysics/MUED
create Herwig::UEDBase Model HwUED.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
mkdir /Herwig/Vertices/MUED
cd /Herwig/Vertices/MUED
# create MUED vertices
library HwUED.so
create Herwig::UEDF1F1Z0Vertex UED_F1F1Z
create Herwig::UEDF1F1P0Vertex UED_F1F1P
create Herwig::UEDF1F1W0Vertex UED_F1F1W
create Herwig::UEDF1F1G0Vertex UED_F1F1G0
create Herwig::UEDF1F0G1Vertex UED_F1F0G1
create Herwig::UEDF1F0W1Vertex UED_F1F0W1
create Herwig::UEDF1F0H1Vertex UED_F1F0H1
create Herwig::UEDG1G1G0Vertex UED_G1G1G0
create Herwig::UEDG0G0G1G1Vertex UED_G0G0G1G1
create Herwig::UEDP0H1H1Vertex UED_P0H1H1
create Herwig::UEDZ0H1H1Vertex UED_Z0H1H1
create Herwig::UEDW0A1H1Vertex UED_W0A1H1
create Herwig::UEDZ0A1h1Vertex UED_Z0A1h1
create Herwig::UEDW0W1W1Vertex UED_W0W1W1
# SM vertices
cd /Herwig/NewPhysics/MUED
set Model:Vertex/FFZ /Herwig/Vertices/FFZVertex
set Model:Vertex/FFW /Herwig/Vertices/FFWVertex
set Model:Vertex/FFH /Herwig/Vertices/FFHVertex
set Model:Vertex/FFG /Herwig/Vertices/FFGVertex
set Model:Vertex/FFP /Herwig/Vertices/FFPVertex
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/WWH /Herwig/Vertices/WWHVertex
set Model:Vertex/WWW /Herwig/Vertices/WWWVertex
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
set Model:Vertex/HGG /Herwig/Vertices/HGGVertex
set Model:Vertex/HPP /Herwig/Vertices/HPPVertex
# MUED Feynman rules
set Model:Vertex/F1F1Z /Herwig/Vertices/MUED/UED_F1F1Z
set Model:Vertex/F1F1P /Herwig/Vertices/MUED/UED_F1F1P
set Model:Vertex/F1F1W /Herwig/Vertices/MUED/UED_F1F1W
set Model:Vertex/F1F1G0 /Herwig/Vertices/MUED/UED_F1F1G0
set Model:Vertex/F1F0G1 /Herwig/Vertices/MUED/UED_F1F0G1
set Model:Vertex/F1F0W1 /Herwig/Vertices/MUED/UED_F1F0W1
set Model:Vertex/F1F0H1 /Herwig/Vertices/MUED/UED_F1F0H1
set Model:Vertex/G1G1G0 /Herwig/Vertices/MUED/UED_G1G1G0
set Model:Vertex/G0G0G1G1 /Herwig/Vertices/MUED/UED_G0G0G1G1
set Model:Vertex/P0H1H1 /Herwig/Vertices/MUED/UED_P0H1H1
set Model:Vertex/Z0H1H1 /Herwig/Vertices/MUED/UED_Z0H1H1
set Model:Vertex/W0A1H1 /Herwig/Vertices/MUED/UED_W0A1H1
set Model:Vertex/Z0A1h1 /Herwig/Vertices/MUED/UED_Z0A1h1
set Model:Vertex/W0W1W1 /Herwig/Vertices/MUED/UED_W0W1W1
###################################################
#
# Set up spin correlation Decayers and remove SM
# Higgs related things
#
###################################################
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
cd /Herwig/NewPhysics
set TwoBodyDC:CreateDecayModes Yes
set ThreeBodyDC:CreateDecayModes Yes
# which particles get the off-shell treatment
set NewModel:WhichOffshell All
# particles for which decays are included
insert NewModel:DecayParticles 0 /Herwig/Particles/KK1_d_L
insert NewModel:DecayParticles 1 /Herwig/Particles/KK1_u_L
insert NewModel:DecayParticles 2 /Herwig/Particles/KK1_s_L
insert NewModel:DecayParticles 3 /Herwig/Particles/KK1_c_L
insert NewModel:DecayParticles 4 /Herwig/Particles/KK1_b_1
insert NewModel:DecayParticles 5 /Herwig/Particles/KK1_t_1
insert NewModel:DecayParticles 6 /Herwig/Particles/KK1_d_R
insert NewModel:DecayParticles 7 /Herwig/Particles/KK1_u_R
insert NewModel:DecayParticles 8 /Herwig/Particles/KK1_s_R
insert NewModel:DecayParticles 9 /Herwig/Particles/KK1_c_R
insert NewModel:DecayParticles 10 /Herwig/Particles/KK1_b_2
insert NewModel:DecayParticles 11 /Herwig/Particles/KK1_t_2
insert NewModel:DecayParticles 12 /Herwig/Particles/KK1_e_L-
insert NewModel:DecayParticles 13 /Herwig/Particles/KK1_nu_eL
insert NewModel:DecayParticles 14 /Herwig/Particles/KK1_mu_L-
insert NewModel:DecayParticles 15 /Herwig/Particles/KK1_nu_muL
insert NewModel:DecayParticles 16 /Herwig/Particles/KK1_tau_1-
insert NewModel:DecayParticles 17 /Herwig/Particles/KK1_nu_tauL
insert NewModel:DecayParticles 18 /Herwig/Particles/KK1_e_R-
insert NewModel:DecayParticles 19 /Herwig/Particles/KK1_mu_R-
insert NewModel:DecayParticles 20 /Herwig/Particles/KK1_tau_2-
insert NewModel:DecayParticles 21 /Herwig/Particles/KK1_g
insert NewModel:DecayParticles 22 /Herwig/Particles/KK1_Z0
insert NewModel:DecayParticles 23 /Herwig/Particles/KK1_W+
insert NewModel:DecayParticles 24 /Herwig/Particles/h0
insert NewModel:DecayParticles 25 /Herwig/Particles/KK1_h0
insert NewModel:DecayParticles 26 /Herwig/Particles/KK1_A0
insert NewModel:DecayParticles 27 /Herwig/Particles/KK1_H+
###################################################
#
# Shower stuff for coloured sparticles
#
###################################################
cd /Herwig/Shower
insert ShowerHandler:DecayInShower 0 5100001
insert ShowerHandler:DecayInShower 1 5100002
insert ShowerHandler:DecayInShower 2 5100003
insert ShowerHandler:DecayInShower 3 5100004
insert ShowerHandler:DecayInShower 4 5100005
insert ShowerHandler:DecayInShower 5 5100006
insert ShowerHandler:DecayInShower 6 5100011
insert ShowerHandler:DecayInShower 7 5100012
insert ShowerHandler:DecayInShower 8 5100013
insert ShowerHandler:DecayInShower 9 5100014
insert ShowerHandler:DecayInShower 10 5100015
insert ShowerHandler:DecayInShower 11 5100016
insert ShowerHandler:DecayInShower 12 6100001
insert ShowerHandler:DecayInShower 13 6100002
insert ShowerHandler:DecayInShower 14 6100003
insert ShowerHandler:DecayInShower 15 6100004
insert ShowerHandler:DecayInShower 16 6100005
insert ShowerHandler:DecayInShower 17 6100006
insert ShowerHandler:DecayInShower 18 6100011
insert ShowerHandler:DecayInShower 19 6100013
insert ShowerHandler:DecayInShower 20 6100015
insert ShowerHandler:DecayInShower 21 5100021
insert ShowerHandler:DecayInShower 22 5100022
insert ShowerHandler:DecayInShower 23 5100023
insert ShowerHandler:DecayInShower 24 5100024
insert ShowerHandler:DecayInShower 25 5100025
insert ShowerHandler:DecayInShower 26 5100036
insert ShowerHandler:DecayInShower 27 5100037
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
do SplittingGenerator:AddFinalSplitting KK1_u_L->KK1_u_L,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_d_L->KK1_d_L,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_s_L->KK1_s_L,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_c_L->KK1_c_L,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_b_1->KK1_b_1,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_t_1->KK1_t_1,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_u_R->KK1_u_R,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_d_R->KK1_d_R,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_s_R->KK1_s_R,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_c_R->KK1_c_R,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_b_2->KK1_b_2,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_t_2->KK1_t_2,g; QtoQGSudakov
do SplittingGenerator:AddFinalSplitting KK1_g->KK1_g,g; GtoGGSudakov
do SplittingGenerator:AddFinalSplitting KK1_u_L->KK1_u_L,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_d_L->KK1_d_L,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_s_L->KK1_s_L,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_c_L->KK1_c_L,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_b_1->KK1_b_1,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_t_1->KK1_t_1,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_u_R->KK1_u_R,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_d_R->KK1_d_R,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_s_R->KK1_s_R,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_c_R->KK1_c_R,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_b_2->KK1_b_2,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_t_2->KK1_t_2,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_e_L-->KK1_e_L-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_mu_L-->KK1_mu_L-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_tau_1-->KK1_tau_1-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_e_R-->KK1_e_R-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_mu_R-->KK1_mu_R-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_tau_2-->KK1_tau_2-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_W+->KK1_W+,gamma; WtoWGammaSudakov
do SplittingGenerator:AddFinalSplitting KK1_H+->KK1_H+,gamma; PhitoPhiGammaSudakov
###################################################
# Set up the model framework
###################################################
cd /Herwig/NewPhysics
set MUED/Model:ModelGenerator NewModel
###################################################
#
# Choose MSSM over SM
#
###################################################
cd /Herwig/Generators
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/MUED/Model
diff --git a/src/RPV-Bi.model b/src/RPV-Bi.model
--- a/src/RPV-Bi.model
+++ b/src/RPV-Bi.model
@@ -1,504 +1,500 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for the RPV MSSM
#
###################################################
#
# Create particle content
#
###################################################
cd /Herwig/Particles
# neutral scalars
create ThePEG::ParticleData H0
setup H0 35 H0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData H_30
setup H_30 1000012 H_30 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData H_40
setup H_40 1000014 H_40 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData H_50
setup H_50 1000016 H_50 500.0 0.0 0.0 0.0 0 0 1 1
# neutral pseudo scalars
create ThePEG::ParticleData A_1
setup A_1 36 A_1 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData A_2
setup A_2 1000017 A_2 500. 0. 0 0 0 0 1 1
create ThePEG::ParticleData A_3
setup A_3 1000018 A_3 500. 0. 0 0 0 0 1 1
create ThePEG::ParticleData A_4
setup A_4 1000019 A_4 500. 0. 0 0 0 0 1 1
# charged scalars
create ThePEG::ParticleData H_1+
setup H_1+ 37 H_1+ 500.0 0.0 0.0 0.0 3 0 1 1
create ThePEG::ParticleData H_1-
setup H_1- -37 H_1- 500.0 0.0 0.0 0.0 -3 0 1 1
makeanti H_1+ H_1-
create ThePEG::ParticleData H_2-
setup H_2- 1000011 H_2- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_2+
setup H_2+ -1000011 H_2+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_2- H_2+
create ThePEG::ParticleData H_3-
setup H_3- 1000013 H_3- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_3+
setup H_3+ -1000013 H_3+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_3- H_3+
create ThePEG::ParticleData H_4-
setup H_4- 1000015 H_4- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_4+
setup H_4+ -1000015 H_4+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_4- H_4+
create ThePEG::ParticleData H_5-
setup H_5- 2000011 H_5- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_5+
setup H_5+ -2000011 H_5+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_5- H_5+
create ThePEG::ParticleData H_6-
setup H_6- 2000013 H_6- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_6+
setup H_6+ -2000013 H_6+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_6- H_6+
create ThePEG::ParticleData H_7-
setup H_7- 2000015 H_7- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData H_7+
setup H_7+ -2000015 H_7+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti H_7- H_7+
# squarks
create ThePEG::ParticleData ~d_L
setup ~d_L 1000001 ~d_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Lbar
setup ~d_Lbar -1000001 ~d_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_L ~d_Lbar
create ThePEG::ParticleData ~u_L
setup ~u_L 1000002 ~u_L 500.0 0.0 0.0 0.0 2 3 1 0
create ThePEG::ParticleData ~u_Lbar
setup ~u_Lbar -1000002 ~u_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_L ~u_Lbar
create ThePEG::ParticleData ~s_L
setup ~s_L 1000003 ~s_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Lbar
setup ~s_Lbar -1000003 ~s_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~s_L ~s_Lbar
create ThePEG::ParticleData ~c_L
setup ~c_L 1000004 ~c_L 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Lbar
setup ~c_Lbar -1000004 ~c_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_L ~c_Lbar
create ThePEG::ParticleData ~b_1
setup ~b_1 1000005 ~b_1 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_1bar
setup ~b_1bar -1000005 ~b_1bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_1 ~b_1bar
create ThePEG::ParticleData ~t_1
setup ~t_1 1000006 ~t_1 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_1bar
setup ~t_1bar -1000006 ~t_1bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_1 ~t_1bar
create ThePEG::ParticleData ~d_R
setup ~d_R 2000001 ~d_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Rbar
setup ~d_Rbar -2000001 ~d_Rbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_R ~d_Rbar
create ThePEG::ParticleData ~u_R
setup ~u_R 2000002 ~u_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~u_Rbar
setup ~u_Rbar -2000002 ~u_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_R ~u_Rbar
create ThePEG::ParticleData ~s_R
setup ~s_R 2000003 ~s_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Rbar
setup ~s_Rbar -2000003 ~s_Rbar 500.0 0.0 0.0 0.0 1 -3 1 0
makeanti ~s_R ~s_Rbar
create ThePEG::ParticleData ~c_R
setup ~c_R 2000004 ~c_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Rbar
setup ~c_Rbar -2000004 ~c_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_R ~c_Rbar
create ThePEG::ParticleData ~b_2
setup ~b_2 2000005 ~b_2 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_2bar
setup ~b_2bar -2000005 ~b_2bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_2 ~b_2bar
create ThePEG::ParticleData ~t_2
setup ~t_2 2000006 ~t_2 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_2bar
setup ~t_2bar -2000006 ~t_2bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_2 ~t_2bar
# gluino
create ThePEG::ParticleData ~g
setup ~g 1000021 ~g 500.0 0.0 0.0 0.0 0 8 2 1
# gauginos
create ThePEG::ParticleData ~chi_10
setup ~chi_10 1000022 ~chi_10 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_20
setup ~chi_20 1000023 ~chi_20 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_1+
setup ~chi_1+ 1000024 ~chi_1+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_1-
setup ~chi_1- -1000024 ~chi_1- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_1+ ~chi_1-
create ThePEG::ParticleData ~chi_30
setup ~chi_30 1000025 ~chi_30 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_40
setup ~chi_40 1000035 ~chi_40 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_2+
setup ~chi_2+ 1000037 ~chi_2+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_2-
setup ~chi_2- -1000037 ~chi_2- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_2+ ~chi_2-
create ThePEG::ParticleData ~gravitino
setup ~gravitino 1000039 ~gravitino 500.0 0.0 0.000010 0.0 0 0 4 1
create ThePEG::ParticleData nu_1
setup nu_1 17 nu_1 0 0. 0 0 0 0 2 1
create ThePEG::ParticleData nu_2
setup nu_2 18 nu_2 0 0. 0 0 0 0 2 1
create ThePEG::ParticleData nu_3
setup nu_3 19 nu_3 0 0. 0 0 0 0 2 1
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/RPV
cd /Herwig/NewPhysics/RPV
create Herwig::RPV Model HwSusy.so HwRPV.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
# create MSSM vertices
mkdir /Herwig/Vertices/MSSM
cd /Herwig/Vertices/MSSM
# MSSM
library HwSusy.so
create Herwig::SSGFSVertex MSSM_GFS
create Herwig::SSGSSVertex MSSM_GSS
create Herwig::SSGGSQSQVertex MSSM_GGSS
create Herwig::SSWGSSVertex MSSM_WGSS
create Herwig::SSWWSSVertex MSSM_WWSS
create Herwig::SSGSGSGVertex MSSM_GGOGO
create Herwig::SSWWHHVertex MSSM_WWHH
create Herwig::SSGVNHVertex MSSM_GVNH
create Herwig::SSGVFSVertex MSSM_GVFS
create Herwig::SSGVNVVertex MSSM_GVNV
# create RPV MSSM vertices
mkdir /Herwig/Vertices/RPV
cd /Herwig/Vertices/RPV
create Herwig::RPVLLEVertex RPV_LLE
create Herwig::RPVLQDVertex RPV_LQD
create Herwig::RPVUDDVertex RPV_UDD
create Herwig::RPVFFZVertex RPV_FFZ
set RPV_FFZ:Interactions 1
create Herwig::RPVFFZVertex RPV_NNZ
set RPV_NNZ:Interactions 2
create Herwig::RPVFFZVertex RPV_CCZ
set RPV_CCZ:Interactions 3
create Herwig::RPVFFWVertex RPV_FFW
set RPV_FFW:Interactions 1
create Herwig::RPVFFWVertex RPV_CNW
set RPV_CNW:Interactions 2
create Herwig::RPVWWHVertex RPV_WWH
create Herwig::RPVWSSVertex RPV_WHH
set RPV_WHH:Interactions 2
create Herwig::RPVWSSVertex RPV_WSS
set RPV_WSS:Interactions 1
create Herwig::RPVFFSVertex RPV_FFH
set RPV_FFH:Interactions 1
create Herwig::RPVFFSVertex RPV_GOGOH
set RPV_GOGOH:Interactions 2
create Herwig::RPVFFSVertex RPV_NFS
set RPV_NFS:Interactions 3
create Herwig::RPVFFSVertex RPV_CFS
set RPV_CFS:Interactions 4
create Herwig::RPVSSSVertex RPV_HHH
set RPV_HHH:Interactions 1
create Herwig::RPVSSSVertex RPV_HSS
set RPV_HSS:Interactions 2
create Herwig::GenericHPPVertex RPV_HPP
insert RPV_HPP:Bosons 0 /Herwig/Particles/h0
insert RPV_HPP:Bosons 0 /Herwig/Particles/H0
insert RPV_HPP:Bosons 0 /Herwig/Particles/H_30
insert RPV_HPP:Bosons 0 /Herwig/Particles/H_40
insert RPV_HPP:Bosons 0 /Herwig/Particles/H_50
insert RPV_HPP:Bosons 0 /Herwig/Particles/A_1
insert RPV_HPP:Bosons 0 /Herwig/Particles/A_2
insert RPV_HPP:Bosons 0 /Herwig/Particles/A_3
insert RPV_HPP:Bosons 0 /Herwig/Particles/A_4
create Herwig::GenericHGGVertex RPV_HGG
insert RPV_HGG:Bosons 0 /Herwig/Particles/h0
insert RPV_HGG:Bosons 0 /Herwig/Particles/H0
insert RPV_HGG:Bosons 0 /Herwig/Particles/H_30
insert RPV_HGG:Bosons 0 /Herwig/Particles/H_40
insert RPV_HGG:Bosons 0 /Herwig/Particles/H_50
insert RPV_HGG:Bosons 0 /Herwig/Particles/A_1
insert RPV_HGG:Bosons 0 /Herwig/Particles/A_2
insert RPV_HGG:Bosons 0 /Herwig/Particles/A_3
insert RPV_HGG:Bosons 0 /Herwig/Particles/A_4
# set the vertices
cd /Herwig/NewPhysics/RPV
# SM vertices
set Model:Vertex/FFZ /Herwig/Vertices/RPV/RPV_FFZ
set Model:Vertex/FFW /Herwig/Vertices/RPV/RPV_FFW
set Model:Vertex/FFG /Herwig/Vertices/FFGVertex
set Model:Vertex/FFP /Herwig/Vertices/FFPVertex
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/WWW /Herwig/Vertices/WWWVertex
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
# MSSM feynman rules
set Model:Vertex/WSFSF /Herwig/Vertices/RPV/RPV_WSS
set Model:Vertex/WWSFSF /Herwig/Vertices/MSSM/MSSM_WWSS
set Model:Vertex/NFSF /Herwig/Vertices/RPV/RPV_NFS
set Model:Vertex/GFSF /Herwig/Vertices/MSSM/MSSM_GFS
set Model:Vertex/HSFSF /Herwig/Vertices/RPV/RPV_HSS
set Model:Vertex/CFSF /Herwig/Vertices/RPV/RPV_CFS
set Model:Vertex/GSFSF /Herwig/Vertices/MSSM/MSSM_GSS
set Model:Vertex/GGSQSQ /Herwig/Vertices/MSSM/MSSM_GGSS
set Model:Vertex/WGSQSQ /Herwig/Vertices/MSSM/MSSM_WGSS
set Model:Vertex/GSGSG /Herwig/Vertices/MSSM/MSSM_GGOGO
set Model:Vertex/NNZ /Herwig/Vertices/RPV/RPV_NNZ
set Model:Vertex/CCZ /Herwig/Vertices/RPV/RPV_CCZ
set Model:Vertex/CNW /Herwig/Vertices/RPV/RPV_CNW
set Model:Vertex/FFH /Herwig/Vertices/RPV/RPV_FFH
set Model:Vertex/GOGOH /Herwig/Vertices/RPV/RPV_GOGOH
set Model:Vertex/WWH /Herwig/Vertices/RPV/RPV_WWH
set Model:Vertex/SSWHH /Herwig/Vertices/RPV/RPV_WHH
set Model:Vertex/HHH /Herwig/Vertices/RPV/RPV_HHH
set Model:Vertex/HGG /Herwig/Vertices/RPV/RPV_HGG
set Model:Vertex/HPP /Herwig/Vertices/RPV/RPV_HPP
set Model:Vertex/WWHH /Herwig/Vertices/MSSM/MSSM_WWHH
set Model:Vertex/GVNH /Herwig/Vertices/MSSM/MSSM_GVNH
set Model:Vertex/GVFS /Herwig/Vertices/MSSM/MSSM_GVFS
set Model:Vertex/GVNV /Herwig/Vertices/MSSM/MSSM_GVNV
# RPV Feynman rules
set Model:Vertex/LLE /Herwig/Vertices/RPV/RPV_LLE
set Model:Vertex/LQD /Herwig/Vertices/RPV/RPV_LQD
set Model:Vertex/UDD /Herwig/Vertices/RPV/RPV_UDD
# Switch off the SM Higgs decays
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
###################################################
# Set up the bsm framework
###################################################
cd /Herwig/NewPhysics
set RPV/Model:ModelGenerator NewModel
set RPV/Model:MajoranaNeutrinos Yes
set TwoBodyDC:CreateDecayModes No
set ThreeBodyDC:CreateDecayModes No
set WeakDecayConstructor:CreateDecayModes No
set FourBodyDC:CreateDecayModes No
# switch on decays via weak current
insert DecayConstructor:NBodyDecayConstructors 0 WeakDecayConstructor
# exclude gravitino and effective vertices from three body decays
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
# and four body decays
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
# and hard processes
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
# exclude intermediate higgs from 4 body decays
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/h0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/A_1
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H_1+
# which particles get the off-shell treatment
set NewModel:WhichOffshell All
# particles for which decays are included
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~g
insert NewModel:DecayParticles 0 /Herwig/Particles/H_1+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_2+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_3+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_4+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_5+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_6+
insert NewModel:DecayParticles 0 /Herwig/Particles/H_7+
insert NewModel:DecayParticles 0 /Herwig/Particles/h0
insert NewModel:DecayParticles 0 /Herwig/Particles/H0
insert NewModel:DecayParticles 0 /Herwig/Particles/H_30
insert NewModel:DecayParticles 0 /Herwig/Particles/H_40
insert NewModel:DecayParticles 0 /Herwig/Particles/H_50
insert NewModel:DecayParticles 0 /Herwig/Particles/A_1
insert NewModel:DecayParticles 0 /Herwig/Particles/A_2
insert NewModel:DecayParticles 0 /Herwig/Particles/A_3
insert NewModel:DecayParticles 0 /Herwig/Particles/A_4
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_10
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_20
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_30
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_40
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_1+
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_2+
###################################################
#
# Shower stuff for coloured sparticles
#
###################################################
cd /Herwig/Shower
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGSplitFn
-set PhitoPhiGSplitFn:InteractionType QCD
-set PhitoPhiGSplitFn:ColourStructure TripletTripletOctet
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGSudakov
+set PhitoPhiGSudakov:Alpha AlphaQCDFSR
+set PhitoPhiGSudakov:Cutoff PTCutOff
+set PhitoPhiGSudakov:InteractionType QCD
+set PhitoPhiGSudakov:ColourStructure TripletTripletOctet
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
-create Herwig::HalfHalfOneSplitFn CharginotoCharginoGammaSplitFn
-set CharginotoCharginoGammaSplitFn:InteractionType QED
-set CharginotoCharginoGammaSplitFn:ColourStructure ChargedChargedNeutral
-set CharginotoCharginoGammaSplitFn:AngularOrdered Yes
+create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSudakov
+set GluinotoGluinoGSudakov:Alpha AlphaQCDFSR
+set GluinotoGluinoGSudakov:Cutoff PTCutOff
+set GluinotoGluinoGSudakov:InteractionType QCD
+set GluinotoGluinoGSudakov:ColourStructure OctetOctetOctet
-create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSplitFn
-set GluinotoGluinoGSplitFn:InteractionType QCD
-set GluinotoGluinoGSplitFn:ColourStructure OctetOctetOctet
-
-cp SudakovCommon PhitoPhiGSudakov
-set PhitoPhiGSudakov:SplittingFunction PhitoPhiGSplitFn
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
-
-cp SudakovCommon GluinotoGluinoGSudakov
-set GluinotoGluinoGSudakov:SplittingFunction GluinotoGluinoGSplitFn
-
-cp SudakovCommon CharginotoCharginoGammaSudakov
-set CharginotoCharginoGammaSudakov:SplittingFunction CharginotoCharginoGammaSplitFn
+create Herwig::HalfHalfOneSplitFn CharginotoCharginoGammaSudakov
+set CharginotoCharginoGammaSudakov:Alpha AlphaQED
+set CharginotoCharginoGammaSudakov:Cutoff PTCutOff
+set CharginotoCharginoGammaSudakov:InteractionType QED
+set CharginotoCharginoGammaSudakov:ColourStructure ChargedChargedNeutral
+set CharginotoCharginoGammaSudakov:AngularOrdered Yes
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~g->~g,g; GluinotoGluinoGSudakov
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_L-->~e_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_L-->~mu_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_1-->~tau_1-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_R-->~e_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_R-->~mu_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_2-->~tau_2-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting H+->H+,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_1+->~chi_1+,gamma; CharginotoCharginoGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_2+->~chi_2+,gamma; CharginotoCharginoGammaSudakov
###################################################
#
# Choose RPV MSSM over SM
#
###################################################
cd /Herwig/Generators
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/RPV/Model
###################################################
#
# Get Shower to decay SUSY particles
#
###################################################
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000001 # SUSY_d_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000002 # SUSY_u_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000003 # SUSY_s_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000004 # SUSY_c_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000005 # SUSY_b_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000006 # SUSY_t_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000001 # SUSY_d_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000002 # SUSY_u_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000003 # SUSY_s_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000004 # SUSY_c_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000005 # SUSY_b_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000006 # SUSY_t_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000021 # SUSY_g
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 37 # H_1+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000011 # H_2+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000013 # H_3+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000015 # H_4+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000011 # H_5+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000013 # H_6+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000015 # H_7+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 36 # A_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000012 # A_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000014 # A_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000016 # A_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 35 # H0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000012 # H_30
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000014 # H_40
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000016 # H_50
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000022 # SUSY_chi_10
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000023 # SUSY_chi_20
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000025 # SUSY_chi_30
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000035 # SUSY_chi_40
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000024 # SUSY_chi_1plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000037 # SUSY_chi_2plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000039 # SUSY_gravitino
diff --git a/src/RPV-Tri.model b/src/RPV-Tri.model
--- a/src/RPV-Tri.model
+++ b/src/RPV-Tri.model
@@ -1,503 +1,499 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for the RPV MSSM
#
###################################################
#
# Create particle content
#
###################################################
cd /Herwig/Particles
create ThePEG::ParticleData H0
setup H0 35 H0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData A0
setup A0 36 A0 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData H+
setup H+ 37 H+ 500.0 0.0 0.0 0.0 3 0 1 1
create ThePEG::ParticleData H-
setup H- -37 H- 500.0 0.0 0.0 0.0 -3 0 1 1
makeanti H+ H-
create ThePEG::ParticleData ~d_L
setup ~d_L 1000001 ~d_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Lbar
setup ~d_Lbar -1000001 ~d_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_L ~d_Lbar
create ThePEG::ParticleData ~u_L
setup ~u_L 1000002 ~u_L 500.0 0.0 0.0 0.0 2 3 1 0
create ThePEG::ParticleData ~u_Lbar
setup ~u_Lbar -1000002 ~u_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_L ~u_Lbar
create ThePEG::ParticleData ~s_L
setup ~s_L 1000003 ~s_L 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Lbar
setup ~s_Lbar -1000003 ~s_Lbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~s_L ~s_Lbar
create ThePEG::ParticleData ~c_L
setup ~c_L 1000004 ~c_L 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Lbar
setup ~c_Lbar -1000004 ~c_Lbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_L ~c_Lbar
create ThePEG::ParticleData ~b_1
setup ~b_1 1000005 ~b_1 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_1bar
setup ~b_1bar -1000005 ~b_1bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_1 ~b_1bar
create ThePEG::ParticleData ~t_1
setup ~t_1 1000006 ~t_1 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_1bar
setup ~t_1bar -1000006 ~t_1bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_1 ~t_1bar
create ThePEG::ParticleData ~e_L-
setup ~e_L- 1000011 ~e_L- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~e_L+
setup ~e_L+ -1000011 ~e_L+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~e_L- ~e_L+
create ThePEG::ParticleData ~nu_eL
setup ~nu_eL 1000012 ~nu_eL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_eLbar
setup ~nu_eLbar -1000012 ~nu_eLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_eL ~nu_eLbar
create ThePEG::ParticleData ~mu_L-
setup ~mu_L- 1000013 ~mu_L- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~mu_L+
setup ~mu_L+ -1000013 ~mu_L+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~mu_L- ~mu_L+
create ThePEG::ParticleData ~nu_muL
setup ~nu_muL 1000014 ~nu_muL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_muLbar
setup ~nu_muLbar -1000014 ~nu_muLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_muL ~nu_muLbar
create ThePEG::ParticleData ~tau_1-
setup ~tau_1- 1000015 ~tau_1- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~tau_1+
setup ~tau_1+ -1000015 ~tau_1+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~tau_1- ~tau_1+
create ThePEG::ParticleData ~nu_tauL
setup ~nu_tauL 1000016 ~nu_tauL 500.0 0.0 0.0 0.0 0 0 1 1
create ThePEG::ParticleData ~nu_tauLbar
setup ~nu_tauLbar -1000016 ~nu_tauLbar 500.0 0.0 0.0 0.0 0 0 1 1
makeanti ~nu_tauL ~nu_tauLbar
create ThePEG::ParticleData ~g
setup ~g 1000021 ~g 500.0 0.0 0.0 0.0 0 8 2 1
create ThePEG::ParticleData ~chi_10
setup ~chi_10 1000022 ~chi_10 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_20
setup ~chi_20 1000023 ~chi_20 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_1+
setup ~chi_1+ 1000024 ~chi_1+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_1-
setup ~chi_1- -1000024 ~chi_1- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_1+ ~chi_1-
create ThePEG::ParticleData ~chi_30
setup ~chi_30 1000025 ~chi_30 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_40
setup ~chi_40 1000035 ~chi_40 500.0 0.0 0.0 0.0 0 0 2 1
create ThePEG::ParticleData ~chi_2+
setup ~chi_2+ 1000037 ~chi_2+ 500.0 0.0 0.0 0.0 3 0 2 1
create ThePEG::ParticleData ~chi_2-
setup ~chi_2- -1000037 ~chi_2- 500.0 0.0 0.0 0.0 -3 0 2 1
makeanti ~chi_2+ ~chi_2-
create ThePEG::ParticleData ~gravitino
setup ~gravitino 1000039 ~gravitino 500.0 0.0 0.000010 0.0 0 0 4 1
create ThePEG::ParticleData ~d_R
setup ~d_R 2000001 ~d_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~d_Rbar
setup ~d_Rbar -2000001 ~d_Rbar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~d_R ~d_Rbar
create ThePEG::ParticleData ~u_R
setup ~u_R 2000002 ~u_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~u_Rbar
setup ~u_Rbar -2000002 ~u_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~u_R ~u_Rbar
create ThePEG::ParticleData ~s_R
setup ~s_R 2000003 ~s_R 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~s_Rbar
setup ~s_Rbar -2000003 ~s_Rbar 500.0 0.0 0.0 0.0 1 -3 1 0
makeanti ~s_R ~s_Rbar
create ThePEG::ParticleData ~c_R
setup ~c_R 2000004 ~c_R 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~c_Rbar
setup ~c_Rbar -2000004 ~c_Rbar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~c_R ~c_Rbar
create ThePEG::ParticleData ~b_2
setup ~b_2 2000005 ~b_2 500.0 0.0 0.0 0.0 -1 3 1 1
create ThePEG::ParticleData ~b_2bar
setup ~b_2bar -2000005 ~b_2bar 500.0 0.0 0.0 0.0 1 -3 1 1
makeanti ~b_2 ~b_2bar
create ThePEG::ParticleData ~t_2
setup ~t_2 2000006 ~t_2 500.0 0.0 0.0 0.0 2 3 1 1
create ThePEG::ParticleData ~t_2bar
setup ~t_2bar -2000006 ~t_2bar 500.0 0.0 0.0 0.0 -2 -3 1 1
makeanti ~t_2 ~t_2bar
create ThePEG::ParticleData ~e_R-
setup ~e_R- 2000011 ~e_R- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~e_R+
setup ~e_R+ -2000011 ~e_R+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~e_R- ~e_R+
create ThePEG::ParticleData ~mu_R-
setup ~mu_R- 2000013 ~mu_R- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~mu_R+
setup ~mu_R+ -2000013 ~mu_R+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~mu_R- ~mu_R+
create ThePEG::ParticleData ~tau_2-
setup ~tau_2- 2000015 ~tau_2- 500.0 0.0 0.0 0.0 -3 0 1 1
create ThePEG::ParticleData ~tau_2+
setup ~tau_2+ -2000015 ~tau_2+ 500.0 0.0 0.0 0.0 3 0 1 1
makeanti ~tau_2- ~tau_2+
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/RPV
cd /Herwig/NewPhysics/RPV
create Herwig::RPV Model HwSusy.so HwRPV.so
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
# create MSSM vertices
mkdir /Herwig/Vertices/MSSM
cd /Herwig/Vertices/MSSM
# MSSM
library HwSusy.so
create Herwig::SSWSSVertex MSSM_WSS
create Herwig::SSNFSVertex MSSM_NFS
create Herwig::SSGFSVertex MSSM_GFS
create Herwig::SSHSFSFVertex MSSM_HSS
create Herwig::SSCFSVertex MSSM_CFS
create Herwig::SSGSSVertex MSSM_GSS
create Herwig::SSGGSQSQVertex MSSM_GGSS
create Herwig::SSWGSSVertex MSSM_WGSS
create Herwig::SSWWSSVertex MSSM_WWSS
create Herwig::SSGSGSGVertex MSSM_GGOGO
create Herwig::SSNNZVertex MSSM_NNZ
create Herwig::SSCCZVertex MSSM_CCZ
create Herwig::SSCNWVertex MSSM_CNW
create Herwig::SSFFHVertex MSSM_FFH
create Herwig::SSGOGOHVertex MSSM_GOGOH
create Herwig::SSWWHVertex MSSM_WWH
create Herwig::SSWHHVertex MSSM_WHH
create Herwig::SSHHHVertex MSSM_HHH
create Herwig::SSHGGVertex MSSM_HGG
create Herwig::SSHPPVertex MSSM_HPP
create Herwig::SSWWHHVertex MSSM_WWHH
create Herwig::SSNCTVertex MSSM_NCT
create Herwig::SSGVNHVertex MSSM_GVNH
create Herwig::SSGVFSVertex MSSM_GVFS
create Herwig::SSGVNVVertex MSSM_GVNV
# create RPV MSSM vertices
mkdir /Herwig/Vertices/RPV
cd /Herwig/Vertices/RPV
create Herwig::RPVLLEVertex RPV_LLE
create Herwig::RPVLQDVertex RPV_LQD
create Herwig::RPVUDDVertex RPV_UDD
create Herwig::RPVFFZVertex RPV_FFZ
set RPV_FFZ:Interactions 1
create Herwig::RPVFFZVertex RPV_NNZ
set RPV_NNZ:Interactions 2
create Herwig::RPVFFZVertex RPV_CCZ
set RPV_CCZ:Interactions 3
create Herwig::RPVFFWVertex RPV_FFW
set RPV_FFW:Interactions 1
create Herwig::RPVFFWVertex RPV_CNW
set RPV_CNW:Interactions 2
create Herwig::RPVWWHVertex RPV_WWH
create Herwig::RPVWSSVertex RPV_WHH
set RPV_WHH:Interactions 2
create Herwig::RPVWSSVertex RPV_WSS
set RPV_WSS:Interactions 1
create Herwig::RPVFFSVertex RPV_FFH
set RPV_FFH:Interactions 1
create Herwig::RPVFFSVertex RPV_GOGOH
set RPV_GOGOH:Interactions 2
create Herwig::RPVFFSVertex RPV_NFS
set RPV_NFS:Interactions 3
create Herwig::RPVFFSVertex RPV_CFS
set RPV_CFS:Interactions 4
create Herwig::RPVSSSVertex RPV_HHH
set RPV_HHH:Interactions 1
create Herwig::RPVSSSVertex RPV_HSS
set RPV_HSS:Interactions 2
create Herwig::GenericHPPVertex RPV_HPP
insert RPV_HPP:Bosons 0 /Herwig/Particles/h0
insert RPV_HPP:Bosons 0 /Herwig/Particles/H0
insert RPV_HPP:Bosons 0 /Herwig/Particles/A0
create Herwig::GenericHGGVertex RPV_HGG
insert RPV_HGG:Bosons 0 /Herwig/Particles/h0
insert RPV_HGG:Bosons 0 /Herwig/Particles/H0
insert RPV_HGG:Bosons 0 /Herwig/Particles/A0
# set the vertices
cd /Herwig/NewPhysics/RPV
# SM vertices
set Model:Vertex/FFZ /Herwig/Vertices/RPV/RPV_FFZ
set Model:Vertex/FFW /Herwig/Vertices/RPV/RPV_FFW
set Model:Vertex/FFG /Herwig/Vertices/FFGVertex
set Model:Vertex/FFP /Herwig/Vertices/FFPVertex
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/WWW /Herwig/Vertices/WWWVertex
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
# MSSM feynman rules
set Model:Vertex/NFSF /Herwig/Vertices/MSSM/MSSM_NFS
set Model:Vertex/CFSF /Herwig/Vertices/MSSM/MSSM_CFS
set Model:Vertex/HSFSF /Herwig/Vertices/MSSM/MSSM_HSS
set Model:Vertex/NNZ /Herwig/Vertices/MSSM/MSSM_NNZ
set Model:Vertex/HHH /Herwig/Vertices/MSSM/MSSM_HHH
set Model:Vertex/HGG /Herwig/Vertices/MSSM/MSSM_HGG
set Model:Vertex/HPP /Herwig/Vertices/MSSM/MSSM_HPP
#set Model:Vertex/CFSF /Herwig/Vertices/RPV/RPV_CFS
#set Model:Vertex/NFSF /Herwig/Vertices/RPV/RPV_NFS
set Model:Vertex/WSFSF /Herwig/Vertices/RPV/RPV_WSS
set Model:Vertex/WWSFSF /Herwig/Vertices/MSSM/MSSM_WWSS
#set Model:Vertex/HSFSF /Herwig/Vertices/RPV/RPV_HSS
#set Model:Vertex/NNZ /Herwig/Vertices/RPV/RPV_NNZ
set Model:Vertex/CCZ /Herwig/Vertices/RPV/RPV_CCZ
set Model:Vertex/CNW /Herwig/Vertices/RPV/RPV_CNW
set Model:Vertex/FFH /Herwig/Vertices/RPV/RPV_FFH
set Model:Vertex/GOGOH /Herwig/Vertices/RPV/RPV_GOGOH
set Model:Vertex/WWH /Herwig/Vertices/RPV/RPV_WWH
set Model:Vertex/SSWHH /Herwig/Vertices/RPV/RPV_WHH
#set Model:Vertex/HHH /Herwig/Vertices/RPV/RPV_HHH
#set Model:Vertex/HGG /Herwig/Vertices/RPV/RPV_HGG
#set Model:Vertex/HPP /Herwig/Vertices/RPV/RPV_HPP
set Model:Vertex/GSFSF /Herwig/Vertices/MSSM/MSSM_GSS
set Model:Vertex/GGSQSQ /Herwig/Vertices/MSSM/MSSM_GGSS
set Model:Vertex/WGSQSQ /Herwig/Vertices/MSSM/MSSM_WGSS
set Model:Vertex/GSGSG /Herwig/Vertices/MSSM/MSSM_GGOGO
set Model:Vertex/GFSF /Herwig/Vertices/MSSM/MSSM_GFS
set Model:Vertex/WWHH /Herwig/Vertices/MSSM/MSSM_WWHH
set Model:Vertex/NCT /Herwig/Vertices/MSSM/MSSM_NCT
set Model:Vertex/GVNH /Herwig/Vertices/MSSM/MSSM_GVNH
set Model:Vertex/GVFS /Herwig/Vertices/MSSM/MSSM_GVFS
set Model:Vertex/GVNV /Herwig/Vertices/MSSM/MSSM_GVNV
# RPV Feynman rules
set Model:Vertex/LLE /Herwig/Vertices/RPV/RPV_LLE
set Model:Vertex/LQD /Herwig/Vertices/RPV/RPV_LQD
set Model:Vertex/UDD /Herwig/Vertices/RPV/RPV_UDD
# Switch off the SM Higgs decays
cd /Herwig/Particles
set h0:Width_generator NULL
set h0:Mass_generator NULL
set h0/h0->b,bbar;:Active No
set h0/h0->b,bbar;:BranchingRatio 0.0
set h0/h0->W+,W-;:Active No
set h0/h0->W+,W-;:BranchingRatio 0.0
set h0/h0->tau-,tau+;:Active No
set h0/h0->tau-,tau+;:BranchingRatio 0.0
set h0/h0->g,g;:Active No
set h0/h0->g,g;:BranchingRatio 0.0
set h0/h0->c,cbar;:Active No
set h0/h0->c,cbar;:BranchingRatio 0.0
set h0/h0->Z0,Z0;:Active No
set h0/h0->Z0,Z0;:BranchingRatio 0.0
set h0/h0->gamma,gamma;:Active No
set h0/h0->gamma,gamma;:BranchingRatio 0.0
set h0/h0->Z0,gamma;:Active No
set h0/h0->Z0,gamma;:BranchingRatio 0.0
set h0/h0->mu-,mu+;:Active No
set h0/h0->mu-,mu+;:BranchingRatio 0.0
set h0/h0->t,tbar;:Active No
set h0/h0->t,tbar;:BranchingRatio 0.0
###################################################
# Set up the bsm framework
###################################################
cd /Herwig/NewPhysics
set RPV/Model:ModelGenerator NewModel
set TwoBodyDC:CreateDecayModes No
set ThreeBodyDC:CreateDecayModes No
set WeakDecayConstructor:CreateDecayModes No
set FourBodyDC:CreateDecayModes No
set RPV/Model:TriLinearOnly Yes
# switch on decays via weak current
insert DecayConstructor:NBodyDecayConstructors 0 WeakDecayConstructor
# exclude gravitino and effective vertices from three body decays
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
insert ThreeBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# and four body decays
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
insert FourBodyDC:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# and hard processes
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNH
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVFS
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_GVNV
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HGG
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/RPV/RPV_HPP
insert HPConstructor:ExcludedVertices 0 /Herwig/Vertices/MSSM/MSSM_NCT
# exclude intermediate higgs from 4 body decays
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/h0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/A0
insert FourBodyDC:ExcludedIntermediates 0 /Herwig/Particles/H+
# which particles get the off-shell treatment
set NewModel:WhichOffshell All
# particles for which decays are included
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_L
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_1
insert NewModel:DecayParticles 0 /Herwig/Particles/~d_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~u_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~s_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~c_R
insert NewModel:DecayParticles 0 /Herwig/Particles/~b_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~t_2
insert NewModel:DecayParticles 0 /Herwig/Particles/~g
insert NewModel:DecayParticles 0 /Herwig/Particles/~e_L-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_eL
insert NewModel:DecayParticles 0 /Herwig/Particles/~mu_L-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_muL
insert NewModel:DecayParticles 0 /Herwig/Particles/~tau_1-
insert NewModel:DecayParticles 0 /Herwig/Particles/~nu_tauL
insert NewModel:DecayParticles 0 /Herwig/Particles/~e_R-
insert NewModel:DecayParticles 0 /Herwig/Particles/~mu_R-
insert NewModel:DecayParticles 0 /Herwig/Particles/~tau_2-
insert NewModel:DecayParticles 0 /Herwig/Particles/h0
insert NewModel:DecayParticles 0 /Herwig/Particles/H0
insert NewModel:DecayParticles 0 /Herwig/Particles/A0
insert NewModel:DecayParticles 0 /Herwig/Particles/H+
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_10
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_20
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_30
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_40
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_1+
insert NewModel:DecayParticles 0 /Herwig/Particles/~chi_2+
###################################################
#
# Shower stuff for coloured sparticles
#
###################################################
cd /Herwig/Shower
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGSplitFn
-set PhitoPhiGSplitFn:InteractionType QCD
-set PhitoPhiGSplitFn:ColourStructure TripletTripletOctet
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGSudakov
+set PhitoPhiGSudakov:Alpha AlphaQCDFSR
+set PhitoPhiGSudakov:Cutoff PTCutOff
+set PhitoPhiGSudakov:InteractionType QCD
+set PhitoPhiGSudakov:ColourStructure TripletTripletOctet
-create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSplitFn
-set PhitoPhiGammaSplitFn:InteractionType QED
-set PhitoPhiGammaSplitFn:ColourStructure ChargedChargedNeutral
-set PhitoPhiGammaSplitFn:AngularOrdered Yes
+create Herwig::ZeroZeroOneSplitFn PhitoPhiGammaSudakov
+set PhitoPhiGammaSudakov:Alpha AlphaQED
+set PhitoPhiGammaSudakov:Cutoff PTCutOff
+set PhitoPhiGammaSudakov:InteractionType QED
+set PhitoPhiGammaSudakov:ColourStructure ChargedChargedNeutral
+set PhitoPhiGammaSudakov:AngularOrdered Yes
-create Herwig::HalfHalfOneSplitFn CharginotoCharginoGammaSplitFn
-set CharginotoCharginoGammaSplitFn:InteractionType QED
-set CharginotoCharginoGammaSplitFn:ColourStructure ChargedChargedNeutral
-set CharginotoCharginoGammaSplitFn:AngularOrdered Yes
+create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSudakov
+set GluinotoGluinoGSudakov:Alpha AlphaQCDFSR
+set GluinotoGluinoGSudakov:Cutoff PTCutOff
+set GluinotoGluinoGSudakov:InteractionType QCD
+set GluinotoGluinoGSudakov:ColourStructure OctetOctetOctet
-create Herwig::HalfHalfOneSplitFn GluinotoGluinoGSplitFn
-set GluinotoGluinoGSplitFn:InteractionType QCD
-set GluinotoGluinoGSplitFn:ColourStructure OctetOctetOctet
-
-cp SudakovCommon PhitoPhiGSudakov
-set PhitoPhiGSudakov:SplittingFunction PhitoPhiGSplitFn
-
-cp SudakovCommon PhitoPhiGammaSudakov
-set PhitoPhiGammaSudakov:SplittingFunction PhitoPhiGammaSplitFn
-
-cp SudakovCommon GluinotoGluinoGSudakov
-set GluinotoGluinoGSudakov:SplittingFunction GluinotoGluinoGSplitFn
-
-cp SudakovCommon CharginotoCharginoGammaSudakov
-set CharginotoCharginoGammaSudakov:SplittingFunction CharginotoCharginoGammaSplitFn
+create Herwig::HalfHalfOneSplitFn CharginotoCharginoGammaSudakov
+set CharginotoCharginoGammaSudakov:Alpha AlphaQED
+set CharginotoCharginoGammaSudakov:Cutoff PTCutOff
+set CharginotoCharginoGammaSudakov:InteractionType QED
+set CharginotoCharginoGammaSudakov:ColourStructure ChargedChargedNeutral
+set CharginotoCharginoGammaSudakov:AngularOrdered Yes
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,g; PhitoPhiGSudakov
do SplittingGenerator:AddFinalSplitting ~g->~g,g; GluinotoGluinoGSudakov
do SplittingGenerator:AddFinalSplitting ~u_L->~u_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_L->~d_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_L->~s_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_L->~c_L,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_1->~b_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_1->~t_1,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~u_R->~u_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~d_R->~d_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~s_R->~s_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~c_R->~c_R,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~b_2->~b_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~t_2->~t_2,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_L-->~e_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_L-->~mu_L-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_1-->~tau_1-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~e_R-->~e_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~mu_R-->~mu_R-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~tau_2-->~tau_2-,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting H+->H+,gamma; PhitoPhiGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_1+->~chi_1+,gamma; CharginotoCharginoGammaSudakov
do SplittingGenerator:AddFinalSplitting ~chi_2+->~chi_2+,gamma; CharginotoCharginoGammaSudakov
###################################################
#
# Choose RPV MSSM over SM
#
###################################################
cd /Herwig/Generators
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/RPV/Model
###################################################
#
# Get Shower to decay SUSY particles
#
###################################################
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000001 # SUSY_d_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000002 # SUSY_u_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000003 # SUSY_s_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000004 # SUSY_c_L
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000005 # SUSY_b_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000006 # SUSY_t_1
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000001 # SUSY_d_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000002 # SUSY_u_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000003 # SUSY_s_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000004 # SUSY_c_R
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000005 # SUSY_b_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000006 # SUSY_t_2
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000021 # SUSY_g
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000011 # SUSY_e_Lminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000013 # SUSY_mu_Lminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000015 # SUSY_tau_1minus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000011 # SUSY_e_Rminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000013 # SUSY_mu_Rminus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 2000015 # SUSY_tau_2minus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000012 # SUSY_nu_eL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000014 # SUSY_nu_muL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000016 # SUSY_nu_tauL
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 35 # H0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 36 # A0
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 37 # H+
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000022 # SUSY_chi_10
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000023 # SUSY_chi_20
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000025 # SUSY_chi_30
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000035 # SUSY_chi_40
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000024 # SUSY_chi_1plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000037 # SUSY_chi_2plus
insert /Herwig/Shower/ShowerHandler:DecayInShower 0 1000039 # SUSY_gravitino
diff --git a/src/Sextet.model b/src/Sextet.model
--- a/src/Sextet.model
+++ b/src/Sextet.model
@@ -1,217 +1,215 @@
# -*- ThePEG-repository -*-
##################################################
# Common setup for Sextet models
#
# See LHC-Sextet.in for example usage
#
# This file does not contain anything that
# users need to touch. User settings are in
# LHC-Sextet.in
###################################################x
library HwSextetModel.so
###################################################
#
# Particle Data objects for the diquarks
#
###################################################
cd /Herwig/Particles
# Scalar DQ Singlet Y=4/3
create /ThePEG/ParticleData DQPhi_1''
setup DQPhi_1'' 6000221 DQPhi_1'' 500.0 0.0 0.0 0.0 4 6 1 0
create /ThePEG/ParticleData DQPhi_1''bar
setup DQPhi_1''bar -6000221 DQPhi_1''bar 500.0 0.0 0.0 0.0 -4 -6 1 0
makeanti DQPhi_1''bar DQPhi_1''
# Scalar DQ Singlet Y=1/3
create /ThePEG/ParticleData DQPhi_1
setup DQPhi_1 6000211 DQPhi_1 500.0 0.0 0.0 0.0 1 6 1 0
create /ThePEG/ParticleData DQPhi_1bar
setup DQPhi_1bar -6000211 DQPhi_1bar 500.0 0.0 0.0 0.0 -1 -6 1 0
makeanti DQPhi_1bar DQPhi_1
# Scalar DQ Singlet Y=-2/3
create /ThePEG/ParticleData DQPhi_1'
setup DQPhi_1' 6000111 DQPhi_1' 500.0 0.0 0.0 0.0 -2 6 1 0
create /ThePEG/ParticleData DQPhi_1'bar
setup DQPhi_1'bar -6000111 DQPhi_1'bar 500.0 0.0 0.0 0.0 2 -6 1 0
makeanti DQPhi_1'bar DQPhi_1'
# Scalar DQ Triplet t_3=1 Y=1/3
create /ThePEG/ParticleData DQPhi_3+
setup DQPhi_3+ 6001221 DQPhi_3+ 500.0 0.0 0.0 0.0 4 6 1 0
create /ThePEG/ParticleData DQPhi_3+bar
setup DQPhi_3+bar -6001221 DQPhi_3+bar 500.0 0.0 0.0 0.0 -4 -6 1 0
makeanti DQPhi_3+bar DQPhi_3+
# Scalar DQ Triplet t_3=0 Y=1/3
create /ThePEG/ParticleData DQPhi_30
setup DQPhi_30 6001211 DQPhi_30 500.0 0.0 0.0 0.0 1 6 1 0
create /ThePEG/ParticleData DQPhi_30bar
setup DQPhi_30bar -6001211 DQPhi_30bar 500.0 0.0 0.0 0.0 -1 -6 1 0
makeanti DQPhi_30bar DQPhi_30
# Scalar DQ Triplet t_3=-1 Y=1/3
create /ThePEG/ParticleData DQPhi_3-
setup DQPhi_3- 6001111 DQPhi_3- 500.0 0.0 0.0 0.0 -2 6 1 0
create /ThePEG/ParticleData DQPhi_3-bar
setup DQPhi_3-bar -6001111 DQPhi_3-bar 500.0 0.0 0.0 0.0 2 -6 1 0
makeanti DQPhi_3-bar DQPhi_3-
# Vector DQ Doublet t_3=1/2 Y=-1/6
create /ThePEG/ParticleData DQV_1+
setup DQV_1+ 6000123 DQV_1+ 500.0 0.0 0.0 0.0 1 6 3 0
create /ThePEG/ParticleData DQV_1+bar
setup DQV_1+bar -6000123 DQV_1+bar 500.0 0.0 0.0 0.0 -1 -6 3 0
makeanti DQV_1+bar DQV_1+
# Vector DQ Doublet t_3=-1/2 Y=-1/6
create /ThePEG/ParticleData DQV_1-
setup DQV_1- 6000113 DQV_1- 500.0 0.0 0.0 0.0 -2 6 3 0
create /ThePEG/ParticleData DQV_1-bar
setup DQV_1-bar -6000113 DQV_1-bar 500.0 0.0 0.0 0.0 2 -6 3 0
makeanti DQV_1-bar DQV_1-
# Vector DQ Doublet t_3=1/2 Y=-5/6
create /ThePEG/ParticleData DQV_2+
setup DQV_2+ 6000223 DQV_2+ 500.0 0.0 0.0 0.0 4 6 3 0
create /ThePEG/ParticleData DQV_2+bar
setup DQV_2+bar -6000223 DQV_2+bar 500.0 0.0 0.0 0.0 -4 -6 3 0
makeanti DQV_2+bar DQV_2+
# Vector DQ Doublet t_3=-1/2 Y=-5/6
create /ThePEG/ParticleData DQV_2-
setup DQV_2- 6000213 DQV_2- 500.0 0.0 0.0 0.0 1 6 3 0
create /ThePEG/ParticleData DQV_2-bar
setup DQV_2-bar -6000213 DQV_2-bar 500.0 0.0 0.0 0.0 -1 -6 3 0
makeanti DQV_2-bar DQV_2-
###################################################
#
# Main directory and model object
#
###################################################
mkdir /Herwig/NewPhysics/Sextet
cd /Herwig/NewPhysics/Sextet
create Herwig::SextetModel Model
# SM couplings
set Model:QCD/RunningAlphaS /Herwig/Couplings/NLOAlphaS
set Model:EW/RunningAlphaEM /Herwig/Couplings/AlphaEM
set Model:EW/CKM /Herwig/CKM
set Model:RunningMass /Herwig/RunningMass
###################################################
#
# Vertices
#
###################################################
# create Sextet model vertices
mkdir /Herwig/Vertices/Sextet
cd /Herwig/Vertices/Sextet
library HwSextetModel.so
create Herwig::SextetGSSVertex Sextet_GSSVertex
create Herwig::SextetPSSVertex Sextet_PSSVertex
create Herwig::SextetGGSSVertex Sextet_GGSSVertex
create Herwig::SextetGVVVertex Sextet_GVVVertex
create Herwig::SextetPVVVertex Sextet_PVVVertex
create Herwig::SextetGGVVVertex Sextet_GGVVVertex
create Herwig::SextetFFSVertex Sextet_FFSVertex
create Herwig::SextetFFVVertex Sextet_FFVVertex
cd /Herwig/NewPhysics/Sextet
# SM vertices
set Model:Vertex/FFZ /Herwig/Vertices/FFZVertex
set Model:Vertex/FFW /Herwig/Vertices/FFWVertex
set Model:Vertex/FFH /Herwig/Vertices/FFHVertex
set Model:Vertex/FFG /Herwig/Vertices/FFGVertex
set Model:Vertex/FFP /Herwig/Vertices/FFPVertex
set Model:Vertex/GGG /Herwig/Vertices/GGGVertex
set Model:Vertex/GGGG /Herwig/Vertices/GGGGVertex
set Model:Vertex/WWH /Herwig/Vertices/WWHVertex
set Model:Vertex/WWW /Herwig/Vertices/WWWVertex
set Model:Vertex/WWWW /Herwig/Vertices/WWWWVertex
set Model:Vertex/HGG /Herwig/Vertices/HGGVertex
set Model:Vertex/HPP /Herwig/Vertices/HPPVertex
# Sextet model vertices
set Model:Vertex/SDQSDQG /Herwig/Vertices/Sextet/Sextet_GSSVertex
set Model:Vertex/SDQSDQP /Herwig/Vertices/Sextet/Sextet_PSSVertex
set Model:Vertex/SDQSDQGG /Herwig/Vertices/Sextet/Sextet_GGSSVertex
set Model:Vertex/VDQVDQG /Herwig/Vertices/Sextet/Sextet_GVVVertex
set Model:Vertex/VDQVDQP /Herwig/Vertices/Sextet/Sextet_PVVVertex
set Model:Vertex/VDQVDQGG /Herwig/Vertices/Sextet/Sextet_GGVVVertex
set Model:Vertex/FFSDQ /Herwig/Vertices/Sextet/Sextet_FFSVertex
set Model:Vertex/FFVDQ /Herwig/Vertices/Sextet/Sextet_FFVVertex
###################################################
#
# Shower stuff for coloured diquarks
#
###################################################
cd /Herwig/Shower
insert ShowerHandler:DecayInShower 0 6000221
insert ShowerHandler:DecayInShower 0 6000211
insert ShowerHandler:DecayInShower 0 6000111
insert ShowerHandler:DecayInShower 0 6001221
insert ShowerHandler:DecayInShower 0 6001211
insert ShowerHandler:DecayInShower 0 6001111
insert ShowerHandler:DecayInShower 0 6000123
insert ShowerHandler:DecayInShower 0 6000113
insert ShowerHandler:DecayInShower 0 6000223
insert ShowerHandler:DecayInShower 0 6000213
-create Herwig::ZeroZeroOneSplitFn SDiquarktoSDiquarkSplitFn
-set SDiquarktoSDiquarkSplitFn:InteractionType QCD
-set SDiquarktoSDiquarkSplitFn:ColourStructure SextetSextetOctet
+create Herwig::ZeroZeroOneSplitFn SDiquarktoSDiquarkSudakov
+set SDiquarktoSDiquarkSudakov:Alpha AlphaQCDFSR
+set SDiquarktoSDiquarkSudakov:Cutoff PTCutOff
+set SDiquarktoSDiquarkSudakov:InteractionType QCD
+set SDiquarktoSDiquarkSudakov:ColourStructure SextetSextetOctet
-create Herwig::OneOneOneSplitFn VDiquarktoVDiquarkSplitFn
-set VDiquarktoVDiquarkSplitFn:InteractionType QCD
-set VDiquarktoVDiquarkSplitFn:ColourStructure SextetSextetOctet
-
-cp SudakovCommon SDiquarktoSDiquarkSudakov
-set SDiquarktoSDiquarkSudakov:SplittingFunction SDiquarktoSDiquarkSplitFn
-
-cp SudakovCommon VDiquarktoVDiquarkSudakov
-set VDiquarktoVDiquarkSudakov:SplittingFunction VDiquarktoVDiquarkSplitFn
+create Herwig::OneOneOneSplitFn VDiquarktoVDiquarkSudakov
+set VDiquarktoVDiquarkSudakov:Alpha AlphaQCDFSR
+set VDiquarktoVDiquarkSudakov:Cutoff PTCutOff
+set VDiquarktoVDiquarkSudakov:InteractionType QCD
+set VDiquarktoVDiquarkSudakov:ColourStructure SextetSextetOctet
do SplittingGenerator:AddFinalSplitting DQPhi_1''->DQPhi_1'',g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQPhi_1->DQPhi_1,g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQPhi_1'->DQPhi_1',g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQPhi_3+->DQPhi_3+,g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQPhi_30->DQPhi_30,g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQPhi_3-->DQPhi_3-,g; SDiquarktoSDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQV_1+->DQV_1+,g; VDiquarktoVDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQV_1-->DQV_1-,g; VDiquarktoVDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQV_2+->DQV_2+,g; VDiquarktoVDiquarkSudakov
do SplittingGenerator:AddFinalSplitting DQV_2-->DQV_2-,g; VDiquarktoVDiquarkSudakov
###################################################
#
# Set up spin correlation Decayers
#
###################################################
cd /Herwig/NewPhysics
set TwoBodyDC:CreateDecayModes Yes
set ThreeBodyDC:CreateDecayModes No
# which particles get the off-shell treatment
set NewModel:WhichOffshell All
# particles for which decays are included
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_1''
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_1
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_1'
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_3+
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_30
insert NewModel:DecayParticles 0 /Herwig/Particles/DQPhi_3-
insert NewModel:DecayParticles 0 /Herwig/Particles/DQV_1+
insert NewModel:DecayParticles 0 /Herwig/Particles/DQV_1-
insert NewModel:DecayParticles 0 /Herwig/Particles/DQV_2+
insert NewModel:DecayParticles 0 /Herwig/Particles/DQV_2-
###################################################
#
# Exclude some things from the HP
#
###################################################
insert HPConstructor:ExcludedExternal 0 /Herwig/Particles/g
###################################################
# Set up the model framework
###################################################
set Sextet/Model:ModelGenerator NewModel
###################################################
#
# Choose Sextet over SM
#
###################################################
cd /Herwig/Generators
set EventGenerator:StandardModelParameters /Herwig/NewPhysics/Sextet/Model
diff --git a/src/defaults/HerwigDefaults.in b/src/defaults/HerwigDefaults.in
--- a/src/defaults/HerwigDefaults.in
+++ b/src/defaults/HerwigDefaults.in
@@ -1,175 +1,176 @@
# -*- ThePEG-repository -*-
###################################################################
#
# This is the main repository setup file for Herwig.
#
# It is read using the 'Herwig init' command which prepares the
# default repository file 'HerwigDefaults.rpo'.
#
# The 'Herwig read' step allows additional configuration
# instructions to be read from a run-specific file, to modify the
# default values. (We provide LEP.in, ILC.in, LHC.in and TVT.in as
# examples)
#
# You will not need to change any settings here.
# Any modifications can be made in your own input files.
#
###################################################################
globallibrary Herwig.so
###################################################################
# The repository contains its own internal directory structure to
# keep track of created objects. (This is entirely independent of
# the file system)
###################################################################
globallibrary Herwig.so
# Make the root directory in the Repository
rrmdir /Herwig
mkdir /Herwig
#####################################################################
# The 'create' command creates an object in the repository from
# a C++ class. The arguments are (1) the C++ class name, (2) your
# chosen repository name, and optionally, (3) the library name where
# the class can be found.
#
# Created objects are _not_ automatically associated to a run. They
# need to be assigned to it using a chain of 'set' or 'insert'
# commands (see below).
#####################################################################
# the default random number generator
create ThePEG::StandardRandom /Herwig/Random
# the default phase space sampler
create ThePEG::ACDCSampler /Herwig/ACDCSampler ACDCSampler.so
#####################################################################
# Objects in the repository are influenced through 'interfaces'.
# The most important ones can be found in these files, and the
# doxygen documentation provides complete lists.
#
# To set an interface to a new value, use the 'set' command:
# set object:interface value
#
# Note that only repository names can be used here. You must 'create'
# objects before you can use them in a 'set' command
#####################################################################
newdef /Herwig/ACDCSampler:Margin 1.1
###################################################################
# The 'read' command includes external files in place, to reduce
# clutter. You can also use it for blocks of settings you're likely
# to use again and again.
###################################################################
read Particles.in
read QEDRadiation.in
read Model.in
+read Onium.in
read Partons.in
read UnderlyingEvent.in
read Shower.in
read MatrixElements.in
read Hadronization.in
read Decays.in
read BSM.in
#######################################################################
# The EventHandler is the most important object in a run. It
# (directly or indirectly) owns most of the objects that have been
# created up to now.
#
# Below we create one handler for LEP and one for LHC.
#
# Try to understand the following few lines (also look at the external
# .in files if you can't find the 'create' line for an object).
#
# If you need to make modifications, it's best to make them in your
# own input file (for the 'Herwig read' step) and not here.
#######################################################################
mkdir /Herwig/EventHandlers
cd /Herwig/EventHandlers
# Create the EventHandler
create ThePEG::StandardEventHandler EventHandler
newdef EventHandler:CascadeHandler /Herwig/Shower/ShowerHandler
newdef EventHandler:HadronizationHandler /Herwig/Hadronization/ClusterHadHandler
newdef EventHandler:DecayHandler /Herwig/Decays/DecayHandler
newdef EventHandler:Sampler /Herwig/ACDCSampler
insert EventHandler:SubProcessHandlers[0] /Herwig/MatrixElements/SubProcess
insert EventHandler:PostHadronizationHandlers 0 /Herwig/Hadronization/SpinHadronizer
mkdir /Herwig/Generators
cd /Herwig/Generators
#################################################################
# Finally, the EventGenerator objects are responsible
# for the run. They tie together an EventHandler on the one side
# with a physics model (Feynman rules, etc) and random number
# generator on the other.
#
# In your own input files, it will be this EventGenerator object
# that will be called with the 'run' command to start the event
# generation (see LEP.in, LHC.in, TVT.in or LHC.in for examples)
#################################################################
# The Strategy objects can be used for default settings
# (see the Doxygen documentation)
# Currently it only provides the LaTeX reference to Herwig
create Herwig::HerwigStrategy DefaultStrategy
# set DefaultStrategy:LocalParticlesDir /Herwig/Particles
insert DefaultStrategy:DefaultParticlesDirs[0] /Herwig/Particles
# The EventGenerator
create ThePEG::EventGenerator EventGenerator
newdef EventGenerator:RandomNumberGenerator /Herwig/Random
newdef EventGenerator:StandardModelParameters /Herwig/Model
newdef EventGenerator:EventHandler /Herwig/EventHandlers/EventHandler
newdef EventGenerator:Strategy DefaultStrategy
newdef EventGenerator:DumpPeriod -1
newdef EventGenerator:RandomNumberGenerator:Seed 31122001
newdef EventGenerator:DebugLevel 1
newdef EventGenerator:PrintEvent 10
newdef EventGenerator:MaxErrors 10000
newdef EventGenerator:NumberOfEvents 100000000
############################################
# The default cuts
############################################
read Cuts.in
cd /Herwig/Generators
##########################################
# include some default analysis handlers
##########################################
read Analysis.in
##########################################
# setup additional samplers
##########################################
read Samplers.in
##########################################
# setup the matchbox framework
##########################################
read MatchboxDefaults.in
##########################################
# setup the merging framework
##########################################
read MatchboxMergingDefaults.in
##########################################
# setup the dipole shower
##########################################
read DipoleShowerDefaults.in
cd /
diff --git a/src/defaults/Makefile.am b/src/defaults/Makefile.am
--- a/src/defaults/Makefile.am
+++ b/src/defaults/Makefile.am
@@ -1,47 +1,47 @@
BUILT_SOURCES = done-all-links
defaultsdir = ${pkgdatadir}/defaults
INPUTFILES = Analysis.in \
baryon_decays.in baryons.in boson_decays.in \
bosons.in Cuts.in decayers.in \
Decays.in DiffractiveParticles.in diquarks.in \
Hadronization.in HerwigDefaults.in \
lepton_decays.in leptons.in \
masses.in MatrixElements.in meson_decays.in mesons.in Model.in BSM.in \
-Particles.in QEDRadiation.in quark_decays.in quarks.in \
+Particles.in Onium.in QEDRadiation.in quark_decays.in quarks.in \
setup.gosam.in Shower.in StandardModelVertices.in UnderlyingEvent.in widths.in Partons.in \
MatchboxDefaults.in DipoleShowerDefaults.in MatchboxLoopInduced.in Samplers.in \
EvtGenDecayer.in EvtGenBDecays.in HerwigBDecays.in MatchboxMergingDefaults.in
dist_defaults_DATA = $(INPUTFILES)
EXTRA_DIST = PDF.in.in
defaults_DATA = PDF.in
CLEANFILES = PDF.in done-all-links
## For an explanation of this magic, see autoconf book 4.7.2
edit = sed -e "s,@HERWIG_PDF_POMERON\@,`cd $(top_srcdir) && pwd`/PDF/diffraction/,"
## may still be broken and need $(DESTDIR)
installnamePOMERON = $(pkgdatadir)/PDF/diffraction/
install-data-hook:
rm -f $(DESTDIR)$(defaultsdir)/PDF.in
sed -e 's,@HERWIG_PDF_POMERON\@,$(installnamePOMERON),' \
$(srcdir)/PDF.in.in > $(DESTDIR)$(defaultsdir)/PDF.in
PDF.in: Makefile $(srcdir)/PDF.in.in
@echo "Updating PDF.in"
@rm -f PDF.in PDF.in.tmp
@$(edit) $(srcdir)/PDF.in.in > PDF.in.tmp
@mv PDF.in.tmp PDF.in
done-all-links: $(INPUTFILES)
@echo "Linking input files"
@for i in $(INPUTFILES); do \
if test -f $(srcdir)/$$i -a ! -e $$i; then \
$(LN_S) -f $(srcdir)/$$i; fi; done
@touch done-all-links
diff --git a/src/defaults/MatchboxDefaults.in.in b/src/defaults/MatchboxDefaults.in.in
--- a/src/defaults/MatchboxDefaults.in.in
+++ b/src/defaults/MatchboxDefaults.in.in
@@ -1,709 +1,709 @@
# -*- ThePEG-repository -*-
################################################################################
#
# Default setup for Matchbox matrix element generation.
# You do not need to make any change in here; processes of
# interest can be chosen in the standard input files.
#
################################################################################
################################################################################
# Load libraries
################################################################################
library JetCuts.so
library FastJetFinder.so
library HwMatchboxScales.so
library HwMatchboxCuts.so
library HwColorFull.so
library HwMatchboxBuiltin.so
################################################################################
# Setup the factory object
################################################################################
mkdir /Herwig/MatrixElements/Matchbox
cd /Herwig/MatrixElements/Matchbox
create Herwig::MatchboxFactory Factory
do Factory:StartParticleGroup p
insert Factory:ParticleGroup 0 /Herwig/Particles/b
insert Factory:ParticleGroup 0 /Herwig/Particles/bbar
insert Factory:ParticleGroup 0 /Herwig/Particles/c
insert Factory:ParticleGroup 0 /Herwig/Particles/cbar
insert Factory:ParticleGroup 0 /Herwig/Particles/s
insert Factory:ParticleGroup 0 /Herwig/Particles/sbar
insert Factory:ParticleGroup 0 /Herwig/Particles/d
insert Factory:ParticleGroup 0 /Herwig/Particles/dbar
insert Factory:ParticleGroup 0 /Herwig/Particles/u
insert Factory:ParticleGroup 0 /Herwig/Particles/ubar
insert Factory:ParticleGroup 0 /Herwig/Particles/g
do Factory:EndParticleGroup
do Factory:StartParticleGroup pbar
insert Factory:ParticleGroup 0 /Herwig/Particles/b
insert Factory:ParticleGroup 0 /Herwig/Particles/bbar
insert Factory:ParticleGroup 0 /Herwig/Particles/c
insert Factory:ParticleGroup 0 /Herwig/Particles/cbar
insert Factory:ParticleGroup 0 /Herwig/Particles/s
insert Factory:ParticleGroup 0 /Herwig/Particles/sbar
insert Factory:ParticleGroup 0 /Herwig/Particles/d
insert Factory:ParticleGroup 0 /Herwig/Particles/dbar
insert Factory:ParticleGroup 0 /Herwig/Particles/u
insert Factory:ParticleGroup 0 /Herwig/Particles/ubar
insert Factory:ParticleGroup 0 /Herwig/Particles/g
do Factory:EndParticleGroup
do Factory:StartParticleGroup j
insert Factory:ParticleGroup 0 /Herwig/Particles/b
insert Factory:ParticleGroup 0 /Herwig/Particles/bbar
insert Factory:ParticleGroup 0 /Herwig/Particles/c
insert Factory:ParticleGroup 0 /Herwig/Particles/cbar
insert Factory:ParticleGroup 0 /Herwig/Particles/s
insert Factory:ParticleGroup 0 /Herwig/Particles/sbar
insert Factory:ParticleGroup 0 /Herwig/Particles/d
insert Factory:ParticleGroup 0 /Herwig/Particles/dbar
insert Factory:ParticleGroup 0 /Herwig/Particles/u
insert Factory:ParticleGroup 0 /Herwig/Particles/ubar
insert Factory:ParticleGroup 0 /Herwig/Particles/g
do Factory:EndParticleGroup
do Factory:StartParticleGroup u
insert Factory:ParticleGroup 0 /Herwig/Particles/u
do Factory:EndParticleGroup
do Factory:StartParticleGroup ubar
insert Factory:ParticleGroup 0 /Herwig/Particles/ubar
do Factory:EndParticleGroup
do Factory:StartParticleGroup d
insert Factory:ParticleGroup 0 /Herwig/Particles/d
do Factory:EndParticleGroup
do Factory:StartParticleGroup dbar
insert Factory:ParticleGroup 0 /Herwig/Particles/dbar
do Factory:EndParticleGroup
do Factory:StartParticleGroup s
insert Factory:ParticleGroup 0 /Herwig/Particles/s
do Factory:EndParticleGroup
do Factory:StartParticleGroup sbar
insert Factory:ParticleGroup 0 /Herwig/Particles/sbar
do Factory:EndParticleGroup
do Factory:StartParticleGroup c
insert Factory:ParticleGroup 0 /Herwig/Particles/c
do Factory:EndParticleGroup
do Factory:StartParticleGroup cbar
insert Factory:ParticleGroup 0 /Herwig/Particles/cbar
do Factory:EndParticleGroup
do Factory:StartParticleGroup b
insert Factory:ParticleGroup 0 /Herwig/Particles/b
do Factory:EndParticleGroup
do Factory:StartParticleGroup bbar
insert Factory:ParticleGroup 0 /Herwig/Particles/bbar
do Factory:EndParticleGroup
do Factory:StartParticleGroup t
insert Factory:ParticleGroup 0 /Herwig/Particles/t
do Factory:EndParticleGroup
do Factory:StartParticleGroup tbar
insert Factory:ParticleGroup 0 /Herwig/Particles/tbar
do Factory:EndParticleGroup
do Factory:StartParticleGroup g
insert Factory:ParticleGroup 0 /Herwig/Particles/g
do Factory:EndParticleGroup
do Factory:StartParticleGroup gamma
insert Factory:ParticleGroup 0 /Herwig/Particles/gamma
do Factory:EndParticleGroup
do Factory:StartParticleGroup h0
insert Factory:ParticleGroup 0 /Herwig/Particles/h0
do Factory:EndParticleGroup
do Factory:StartParticleGroup W+
insert Factory:ParticleGroup 0 /Herwig/Particles/W+
do Factory:EndParticleGroup
do Factory:StartParticleGroup W-
insert Factory:ParticleGroup 0 /Herwig/Particles/W-
do Factory:EndParticleGroup
do Factory:StartParticleGroup Z0
insert Factory:ParticleGroup 0 /Herwig/Particles/Z0
do Factory:EndParticleGroup
do Factory:StartParticleGroup e+
insert Factory:ParticleGroup 0 /Herwig/Particles/e+
do Factory:EndParticleGroup
do Factory:StartParticleGroup e-
insert Factory:ParticleGroup 0 /Herwig/Particles/e-
do Factory:EndParticleGroup
do Factory:StartParticleGroup mu+
insert Factory:ParticleGroup 0 /Herwig/Particles/mu+
do Factory:EndParticleGroup
do Factory:StartParticleGroup mu-
insert Factory:ParticleGroup 0 /Herwig/Particles/mu-
do Factory:EndParticleGroup
do Factory:StartParticleGroup tau+
insert Factory:ParticleGroup 0 /Herwig/Particles/tau+
do Factory:EndParticleGroup
do Factory:StartParticleGroup tau-
insert Factory:ParticleGroup 0 /Herwig/Particles/tau-
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_e
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_e
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_mu
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_mu
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_tau
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_tau
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_ebar
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_ebar
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_mubar
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_mubar
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu_taubar
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_taubar
do Factory:EndParticleGroup
do Factory:StartParticleGroup l
insert Factory:ParticleGroup 0 /Herwig/Particles/e+
insert Factory:ParticleGroup 0 /Herwig/Particles/mu+
insert Factory:ParticleGroup 0 /Herwig/Particles/e-
insert Factory:ParticleGroup 0 /Herwig/Particles/mu-
do Factory:EndParticleGroup
do Factory:StartParticleGroup nu
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_e
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_mu
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_ebar
insert Factory:ParticleGroup 0 /Herwig/Particles/nu_mubar
do Factory:EndParticleGroup
do Factory:StartParticleGroup l+
insert Factory:ParticleGroup 0 /Herwig/Particles/e+
insert Factory:ParticleGroup 0 /Herwig/Particles/mu+
do Factory:EndParticleGroup
do Factory:StartParticleGroup l-
insert Factory:ParticleGroup 0 /Herwig/Particles/e-
insert Factory:ParticleGroup 0 /Herwig/Particles/mu-
do Factory:EndParticleGroup
################################################################################
# Default settings for hard process widths
################################################################################
set /Herwig/Particles/mu+:HardProcessWidth 0*GeV
set /Herwig/Particles/mu-:HardProcessWidth 0*GeV
set /Herwig/Particles/tau+:HardProcessWidth 0*GeV
set /Herwig/Particles/tau-:HardProcessWidth 0*GeV
################################################################################
# Setup amplitudes
################################################################################
cd /Herwig/MatrixElements/Matchbox
mkdir Amplitudes
cd Amplitudes
create ColorFull::TraceBasis TraceBasis
create Herwig::MatchboxHybridAmplitude GenericProcesses
@LOAD_MADGRAPH@ HwMatchboxMadGraph.so
@CREATE_MADGRAPH@ Herwig::MadGraphAmplitude MadGraph
@SET_MADGRAPH@ MadGraph:ColourBasis TraceBasis
@LOAD_GOSAM@ HwMatchboxGoSam.so
@CREATE_GOSAM@ Herwig::GoSamAmplitude GoSam
@LOAD_NJET@ HwMatchboxNJet.so
@CREATE_NJET@ Herwig::NJetsAmplitude NJet
@DO_NJET@ NJet:Massless 5
@DO_NJET@ NJet:Massless -5
@LOAD_OPENLOOPS@ HwMatchboxOpenLoops.so
@CREATE_OPENLOOPS@ Herwig::OpenLoopsAmplitude OpenLoops
@LOAD_VBFNLO@ HwMatchboxVBFNLO.so
@CREATE_VBFNLO@ Herwig::VBFNLOAmplitude VBFNLO
mkdir Builtin
cd Builtin
create Herwig::SimpleColourBasis SimpleColourBasis
create Herwig::SimpleColourBasis2 SimpleColourBasis2
create Herwig::MatchboxAmplitudellbarqqbar Amplitudellbarqqbar
set Amplitudellbarqqbar:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudellbarqqbarg Amplitudellbarqqbarg
set Amplitudellbarqqbarg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudellbarqqbargg Amplitudellbarqqbargg
set Amplitudellbarqqbargg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudellbarqqbarqqbar Amplitudellbarqqbarqqbar
set Amplitudellbarqqbarqqbar:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudelnuqqbar Amplitudelnuqqbar
set Amplitudelnuqqbar:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudelnuqqbarg Amplitudelnuqqbarg
set Amplitudelnuqqbarg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudelnuqqbargg Amplitudelnuqqbargg
set Amplitudelnuqqbargg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudelnuqqbarqqbar Amplitudelnuqqbarqqbar
set Amplitudelnuqqbarqqbar:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudehgg Amplitudehgg
set Amplitudehgg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudehggg Amplitudehggg
set Amplitudehggg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudehqqbarg Amplitudehqqbarg
set Amplitudehqqbarg:ColourBasis SimpleColourBasis
create Herwig::MatchboxAmplitudeqqbarttbar Amplitudeqqbarttbar
set Amplitudeqqbarttbar:ColourBasis SimpleColourBasis2
create Herwig::MatchboxAmplitudeqqbarttbarg Amplitudeqqbarttbarg
set Amplitudeqqbarttbarg:ColourBasis SimpleColourBasis2
create Herwig::MatchboxAmplitudeggttbar Amplitudeggttbar
set Amplitudeggttbar:ColourBasis SimpleColourBasis2
create Herwig::MatchboxAmplitudeggttbarg Amplitudeggttbarg
set Amplitudeggttbarg:ColourBasis SimpleColourBasis2
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudellbarqqbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudellbarqqbarg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudellbarqqbargg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudellbarqqbarqqbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudelnuqqbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudelnuqqbarg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudelnuqqbargg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudelnuqqbarqqbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudehgg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudehggg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudehqqbarg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudeqqbarttbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudeqqbarttbarg
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudeggttbar
insert /Herwig/MatrixElements/Matchbox/Factory:Amplitudes 0 Amplitudeggttbarg
################################################################################
# Setup phasespace generators
################################################################################
cd /Herwig/MatrixElements/Matchbox
mkdir Phasespace
cd Phasespace
create Herwig::PhasespaceCouplings PhasespaceCouplings
create Herwig::MatchboxRambo Rambo
set Rambo:CouplingData PhasespaceCouplings
create Herwig::FlatInvertiblePhasespace InvertiblePhasespace
set InvertiblePhasespace:CouplingData PhasespaceCouplings
create Herwig::FlatInvertibleLabframePhasespace InvertibleLabframePhasespace
set InvertibleLabframePhasespace:CouplingData PhasespaceCouplings
set InvertibleLabframePhasespace:LogSHat No
create Herwig::TreePhasespaceChannels TreePhasespaceChannels
create Herwig::TreePhasespace TreePhasespace
set TreePhasespace:ChannelMap TreePhasespaceChannels
set TreePhasespace:M0 0.0001*GeV
set TreePhasespace:MC 0.00005*GeV
set TreePhasespace:CouplingData PhasespaceCouplings
do TreePhasespace:SetPhysicalCoupling 21 -1 1 0.059
do TreePhasespace:SetPhysicalCoupling 21 -2 2 0.059
do TreePhasespace:SetPhysicalCoupling 21 -3 3 0.059
do TreePhasespace:SetPhysicalCoupling 21 -4 4 0.059
do TreePhasespace:SetPhysicalCoupling 21 -5 5 0.059
do TreePhasespace:SetPhysicalCoupling 21 -6 6 0.059
do TreePhasespace:SetPhysicalCoupling 21 1 -1 0.059
do TreePhasespace:SetPhysicalCoupling 21 2 -2 0.059
do TreePhasespace:SetPhysicalCoupling 21 3 -3 0.059
do TreePhasespace:SetPhysicalCoupling 21 4 -4 0.059
do TreePhasespace:SetPhysicalCoupling 21 5 -5 0.059
do TreePhasespace:SetPhysicalCoupling 21 6 -6 0.059
do TreePhasespace:SetPhysicalCoupling 1 21 1 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 2 21 2 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 3 21 3 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 4 21 4 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 5 21 5 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 6 21 6 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -1 21 -1 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -2 21 -2 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -3 21 -3 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -4 21 -4 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -5 21 -5 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -6 21 -6 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 1 1 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 2 2 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 3 3 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 4 4 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 5 5 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling 6 6 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -1 -1 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -2 -2 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -3 -3 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -4 -4 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -5 -5 21 0.15733333333333333333
do TreePhasespace:SetPhysicalCoupling -6 -6 21 0.15733333333333333333
do TreePhasespace:SetCoupling 25 -1 1 0
do TreePhasespace:SetCoupling 25 -2 2 0
do TreePhasespace:SetCoupling 25 -3 3 0.00000001184279069851
do TreePhasespace:SetCoupling 25 -4 4 0.00000205034465001885
do TreePhasespace:SetCoupling 25 -5 5 0.00002314757096085280
do TreePhasespace:SetCoupling 25 -6 6 0.03982017320025470767
do TreePhasespace:SetCoupling 25 -11 11 0.00000000000034264835
do TreePhasespace:SetCoupling 25 -12 12 0
do TreePhasespace:SetCoupling 25 -13 13 0.00000001464912263400
do TreePhasespace:SetCoupling 25 -14 14 0
do TreePhasespace:SetCoupling 25 -15 15 0.00000414359033108195
do TreePhasespace:SetCoupling 25 -16 16 0
do TreePhasespace:SetCoupling 22 -1 1 0.00083932358497608365
do TreePhasespace:SetCoupling 22 -2 2 0.00335729433990433461
do TreePhasespace:SetCoupling 22 -3 3 0.00083932358497608365
do TreePhasespace:SetCoupling 22 -4 4 0.00335729433990433461
do TreePhasespace:SetCoupling 22 -5 5 0.00083932358497608365
do TreePhasespace:SetCoupling 22 -6 6 0.00335729433990433461
do TreePhasespace:SetCoupling 22 -11 11 0.00755391226478475287
do TreePhasespace:SetCoupling 22 -13 13 0.00755391226478475287
do TreePhasespace:SetCoupling 22 -15 15 0.00755391226478475287
do TreePhasespace:SetCoupling 24 -2 1 0.01652748072644379386
do TreePhasespace:SetCoupling 24 -4 1 0.00382028458188709739
do TreePhasespace:SetCoupling 24 -6 1 0.00014707756360995175
do TreePhasespace:SetCoupling 24 -2 3 0.00382265953677814621
do TreePhasespace:SetCoupling 24 -4 3 0.01651340063673257587
do TreePhasespace:SetCoupling 24 -6 3 0.00068534412570265868
do TreePhasespace:SetCoupling 24 -2 5 0.00005954351191129535
do TreePhasespace:SetCoupling 24 -4 5 0.00069891529650865192
do TreePhasespace:SetCoupling 24 -6 5 0.01694947628265615369
do TreePhasespace:SetCoupling 24 -12 11 0.01696396350749155147
do TreePhasespace:SetCoupling 24 -14 13 0.01696396350749155147
do TreePhasespace:SetCoupling 24 -16 15 0.01696396350749155147
do TreePhasespace:SetCoupling -24 2 -1 0.01652748072644379386
do TreePhasespace:SetCoupling -24 4 -1 0.00382028458188709739
do TreePhasespace:SetCoupling -24 6 -1 0.00014707756360995175
do TreePhasespace:SetCoupling -24 2 -3 0.00382265953677814621
do TreePhasespace:SetCoupling -24 4 -3 0.01651340063673257587
do TreePhasespace:SetCoupling -24 6 -3 0.00068534412570265868
do TreePhasespace:SetCoupling -24 2 -5 0.00005954351191129535
do TreePhasespace:SetCoupling -24 4 -5 0.00069891529650865192
do TreePhasespace:SetCoupling -24 6 -5 0.01694947628265615369
do TreePhasespace:SetCoupling -24 12 -11 0.01696396350749155147
do TreePhasespace:SetCoupling -24 14 -13 0.01696396350749155147
do TreePhasespace:SetCoupling -24 16 -15 0.01696396350749155147
do TreePhasespace:SetCoupling 23 -1 1 0.00407649129960709158
do TreePhasespace:SetCoupling 23 -2 2 0.00317809816318353030
do TreePhasespace:SetCoupling 23 -3 3 0.00407649129960709158
do TreePhasespace:SetCoupling 23 -4 4 0.00317809816318353030
do TreePhasespace:SetCoupling 23 -5 5 0.00407649129960709158
do TreePhasespace:SetCoupling 23 -6 6 0.00317809816318353030
do TreePhasespace:SetCoupling 23 -11 11 0.00276049468148072129
do TreePhasespace:SetCoupling 23 -12 12 0.00545567409075140513
do TreePhasespace:SetCoupling 23 -13 13 0.00276049468148072129
do TreePhasespace:SetCoupling 23 -14 14 0.00545567409075140513
do TreePhasespace:SetCoupling 23 -15 15 0.00276049468148072129
do TreePhasespace:SetCoupling 23 -16 16 0.00545567409075140513
do TreePhasespace:SetCoupling 21 21 21 0.354
do TreePhasespace:SetCoupling 25 21 21 0.00000000016160437564
do TreePhasespace:SetCoupling 25 25 25 0.18719783125611995353
do TreePhasespace:SetCoupling 25 22 22 0.00000000006295673620
do TreePhasespace:SetCoupling 25 24 -24 219.30463760755686425818
do TreePhasespace:SetCoupling 25 23 23 362.91922658249853887524
do TreePhasespace:SetCoupling 22 24 -24 0.00755391226478475287
do TreePhasespace:SetCoupling 23 24 -24 0.02637401475019835008
@CREATE_VBFNLO@ Herwig::VBFNLOPhasespace VBFNLOPhasespace
@SET_VBFNLO@ VBFNLOPhasespace:CouplingData PhasespaceCouplings
set /Herwig/MatrixElements/Matchbox/Factory:Phasespace TreePhasespace
################################################################################
# Setup utilities for matching
################################################################################
cd /Herwig/MatrixElements/Matchbox
create Herwig::HardScaleProfile HardScaleProfile
create Herwig::MEMatching MEMatching
set MEMatching:RestrictPhasespace Yes
set MEMatching:HardScaleProfile /Herwig/MatrixElements/Matchbox/HardScaleProfile
set MEMatching:BornScaleInSubtraction BornScale
set MEMatching:RealEmissionScaleInSubtraction RealScale
set MEMatching:EmissionScaleInSubtraction RealScale
set MEMatching:BornScaleInSplitting ShowerScale
set MEMatching:RealEmissionScaleInSplitting ShowerScale
set MEMatching:EmissionScaleInSplitting ShowerScale
set MEMatching:TruncatedShower Yes
set MEMatching:MaxPtIsMuF Yes
set MEMatching:FFPtCut 1.0*GeV
set MEMatching:FIPtCut 1.0*GeV
set MEMatching:IIPtCut 1.0*GeV
set MEMatching:SafeCut 0.*GeV
create Herwig::ShowerApproximationGenerator MECorrectionHandler
set MECorrectionHandler:ShowerApproximation MEMatching
set MECorrectionHandler:Phasespace /Herwig/MatrixElements/Matchbox/Phasespace/InvertiblePhasespace
set MECorrectionHandler:PresamplingPoints 50000
set MECorrectionHandler:FreezeGrid 100000
create Herwig::DipoleMatching DipoleMatching HwDipoleMatching.so
# set in DipoleShowerDefaults.in as not available at this point
# set DipoleMatching:ShowerHandler /Herwig/DipoleShower/DipoleShowerHandler
set DipoleMatching:BornScaleInSubtraction BornScale
set DipoleMatching:RealEmissionScaleInSubtraction BornScale
set DipoleMatching:EmissionScaleInSubtraction BornScale
set DipoleMatching:FFPtCut 1.0*GeV
set DipoleMatching:FIPtCut 1.0*GeV
set DipoleMatching:IIPtCut 1.0*GeV
set DipoleMatching:SafeCut 4.*GeV
create Herwig::QTildeMatching QTildeMatching HwQTildeMatching.so
set QTildeMatching:ShowerHandler /Herwig/Shower/ShowerHandler
set QTildeMatching:BornScaleInSubtraction BornScale
set QTildeMatching:RealEmissionScaleInSubtraction BornScale
set QTildeMatching:EmissionScaleInSubtraction BornScale
set QTildeMatching:QTildeFinder /Herwig/Shower/PartnerFinder
set QTildeMatching:SafeCut 4.*GeV
-# just a dummy, since SudakovCommonn can't be used
+# just a dummy, since SudakovCommon can't be used
# it's only used to get the value of the kinCutoffScale
set QTildeMatching:QTildeSudakov /Herwig/Shower/QtoQGSudakov
################################################################################
# Setup utilities for process generation
################################################################################
cd /Herwig/MatrixElements/Matchbox
mkdir Utility
cd Utility
create Herwig::Tree2toNGenerator DiagramGenerator
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/FFGVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/GGGVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/FFPVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/FFZVertex
cp /Herwig/Vertices/FFWVertex /Herwig/Vertices/FFWMatchboxVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/FFWMatchboxVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/WWHVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/WWWVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/HGGVertex
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/HHHVertex
cp /Herwig/Vertices/FFHVertex /Herwig/Vertices/TTHVertex
set /Herwig/Vertices/TTHVertex:Fermion 6
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/TTHVertex
cp /Herwig/Vertices/FFHVertex /Herwig/Vertices/BBHVertex
set /Herwig/Vertices/BBHVertex:Fermion 5
cp /Herwig/Vertices/FFHVertex /Herwig/Vertices/TauTauHVertex
set /Herwig/Vertices/TauTauHVertex:Fermion 15
insert DiagramGenerator:Vertices 0 /Herwig/Vertices/TauTauHVertex
cp /Herwig/Vertices/FFHVertex /Herwig/Vertices/MuMuHVertex
set /Herwig/Vertices/MuMuHVertex:Fermion 13
create Herwig::ProcessData ProcessData
set /Herwig/MatrixElements/Matchbox/Factory:DiagramGenerator DiagramGenerator
set /Herwig/MatrixElements/Matchbox/Factory:ProcessData ProcessData
################################################################################
# Setup jet cuts
################################################################################
cd /Herwig/Cuts
create Herwig::MatchboxFactoryMatcher MatchboxJetMatcher
set MatchboxJetMatcher:Group j
create ThePEG::FastJetFinder JetFinder
set JetFinder:UnresolvedMatcher MatchboxJetMatcher
set JetFinder:Variant AntiKt
set JetFinder:RecombinationScheme E
set JetFinder:Mode Inclusive
set JetFinder:ConeRadius 0.7
create ThePEG::JetRegion FirstJet
set FirstJet:PtMin 20.*GeV
do FirstJet:YRange -5.0 5.0
set FirstJet:Fuzzy Yes
set FirstJet:EnergyCutWidth 4.0*GeV
set FirstJet:RapidityCutWidth 0.4
insert FirstJet:Accepts[0] 1
create ThePEG::JetRegion SecondJet
set SecondJet:PtMin 20.*GeV
do SecondJet:YRange -5.0 5.0
set SecondJet:Fuzzy Yes
set SecondJet:EnergyCutWidth 4.0*GeV
set SecondJet:RapidityCutWidth 0.4
insert SecondJet:Accepts[0] 2
create ThePEG::JetRegion ThirdJet
set ThirdJet:PtMin 20.*GeV
do ThirdJet:YRange -5.0 5.0
set ThirdJet:Fuzzy Yes
set ThirdJet:EnergyCutWidth 4.0*GeV
set ThirdJet:RapidityCutWidth 0.4
insert ThirdJet:Accepts[0] 3
create ThePEG::JetRegion FourthJet
set FourthJet:PtMin 20.*GeV
do FourthJet:YRange -5.0 5.0
set FourthJet:Fuzzy Yes
set FourthJet:EnergyCutWidth 4.0*GeV
set FourthJet:RapidityCutWidth 0.4
insert FourthJet:Accepts[0] 4
create ThePEG::FuzzyTheta FuzzyTheta
set FuzzyTheta:EnergyWidth 4.0*GeV
set FuzzyTheta:RapidityWidth 0.4
set FuzzyTheta:AngularWidth 0.4
create ThePEG::NJetsCut NJetsCut
set NJetsCut:UnresolvedMatcher MatchboxJetMatcher
set NJetsCut:NJetsMin 2
create ThePEG::JetCuts JetCuts
set JetCuts:UnresolvedMatcher MatchboxJetMatcher
set JetCuts:Ordering OrderPt
create Herwig::IdentifiedParticleCut IdentifiedParticleCut
cp IdentifiedParticleCut LeptonCut
set LeptonCut:Matcher /Herwig/Matchers/Lepton
cp IdentifiedParticleCut ChargedLeptonCut
set ChargedLeptonCut:Matcher /Herwig/Matchers/ChargedLepton
cp IdentifiedParticleCut BottomQuarkCut
set BottomQuarkCut:Matcher /Herwig/Matchers/Bottom
cp IdentifiedParticleCut TopQuarkCut
set TopQuarkCut:Matcher /Herwig/Matchers/Top
cp IdentifiedParticleCut WBosonCut
set WBosonCut:Matcher /Herwig/Matchers/WBoson
cp IdentifiedParticleCut ZBosonCut
set ZBosonCut:Matcher /Herwig/Matchers/ZBoson
cp IdentifiedParticleCut HiggsBosonCut
set HiggsBosonCut:Matcher /Herwig/Matchers/HiggsBoson
cp IdentifiedParticleCut PhotonCut
set PhotonCut:Matcher /Herwig/Matchers/Photon
create Herwig::FrixionePhotonSeparationCut PhotonIsolationCut
set PhotonIsolationCut:UnresolvedMatcher MatchboxJetMatcher
create Herwig::MatchboxDeltaRCut MatchboxDeltaRCut
cp MatchboxDeltaRCut LeptonDeltaRCut
set LeptonDeltaRCut:FirstMatcher /Herwig/Matchers/Lepton
set LeptonDeltaRCut:SecondMatcher /Herwig/Matchers/Lepton
cp MatchboxDeltaRCut ChargedLeptonDeltaRCut
set ChargedLeptonDeltaRCut:FirstMatcher /Herwig/Matchers/ChargedLepton
set ChargedLeptonDeltaRCut:SecondMatcher /Herwig/Matchers/ChargedLepton
create Herwig::InvariantMassCut InvariantMassCut
cp InvariantMassCut LeptonPairMassCut
set LeptonPairMassCut:FirstMatcher /Herwig/Matchers/Lepton
set LeptonPairMassCut:SecondMatcher /Herwig/Matchers/Lepton
cp InvariantMassCut ChargedLeptonPairMassCut
set ChargedLeptonPairMassCut:FirstMatcher /Herwig/Matchers/ChargedLepton
set ChargedLeptonPairMassCut:SecondMatcher /Herwig/Matchers/ChargedLepton
create Herwig::MissingPtCut MissingPtCut
set MissingPtCut:Matcher /Herwig/Matchers/Neutrino
################################################################################
# Setup scale choices
################################################################################
cd /Herwig/MatrixElements/Matchbox
mkdir Scales
cd Scales
create Herwig::MatchboxScaleChoice SHatScale
cp SHatScale FixedScale
set FixedScale:FixedScale 100.*GeV
create Herwig::MatchboxPtScale MaxJetPtScale
set MaxJetPtScale:JetFinder /Herwig/Cuts/JetFinder
create Herwig::MatchboxLeptonMassScale LeptonPairMassScale
create Herwig::MatchboxLeptonPtScale LeptonPairPtScale
create Herwig::MatchboxHtScale HTScale
create Herwig::MatchboxTopMassScale TopPairMassScale
create Herwig::MatchboxTopMTScale TopPairMTScale
create Herwig::MatchboxTopLinearSumMTScale TopPairLinearMTScale
create Herwig::MatchboxTopIndividualMTScale TopPairIndividualMTScale
create Herwig::MatchboxTriVecScales TriVecScale
set HTScale:JetFinder /Herwig/Cuts/JetFinder
set HTScale:IncludeMT No
set HTScale:JetPtCut 15.*GeV
cp HTScale HTPrimeScale
set HTPrimeScale:IncludeMT Yes
set HTPrimeScale:JetPtCut 15.*GeV
set TriVecScale:JetFinder /Herwig/Cuts/JetFinder
cp LeptonPairMassScale LeptonQ2Scale
set /Herwig/MatrixElements/Matchbox/Factory:ScaleChoice LeptonPairMassScale
cd /
diff --git a/src/defaults/MatrixElements.in b/src/defaults/MatrixElements.in
--- a/src/defaults/MatrixElements.in
+++ b/src/defaults/MatrixElements.in
@@ -1,328 +1,608 @@
# -*- ThePEG-repository -*-
##############################################################################
# Setup of default matrix elements.
#
# Only one ME is activated by default, but this file lists
# some alternatives. All available MEs can be found in the
# 'include/Herwig/MatrixElements' subdirectory of your Herwig
# installation.
#
# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #
#
# Instead of editing this file directly, you should reset
# the matrix elements in your own input files:
#
# - create your custom SubProcessHandler
# - insert the MEs you need
# - set your SubProcessHandler instead of the default (see HerwigDefaults.in)
##############################################################################
mkdir /Herwig/MatrixElements
cd /Herwig/MatrixElements
library HwMELepton.so
library HwMEHadron.so
library HwMEDIS.so
############################################################
# e+e- matrix elements
############################################################
# e+e- > q qbar
create Herwig::MEee2gZ2qq MEee2gZ2qq
newdef MEee2gZ2qq:MinimumFlavour 1
newdef MEee2gZ2qq:MaximumFlavour 5
newdef MEee2gZ2qq:AlphaQCD /Herwig/Shower/AlphaQCDFSR
newdef MEee2gZ2qq:AlphaQED /Herwig/Shower/AlphaQED
# e+e- -> l+l-
create Herwig::MEee2gZ2ll MEee2gZ2ll
newdef MEee2gZ2ll:Allowed Charged
set MEee2gZ2ll:AlphaQED /Herwig/Shower/AlphaQED
# e+e- -> l+l-
create Herwig::MEee2ff MEee2ff
set MEee2ff:AlphaQED /Herwig/Shower/AlphaQED
# e+e- -> W+W- ZZ
create Herwig::MEee2VV MEee2VV
# e+e- -> ZH
create Herwig::MEee2ZH MEee2ZH
newdef MEee2ZH:Coupling /Herwig/Shower/AlphaQCDFSR
# e+e- -> e+e-H/nu_enu_ebarH
create Herwig::MEee2HiggsVBF MEee2HiggsVBF
############################################################
# Low energy matrix elements
############################################################
# e+ e- -> pi+pi-
create Herwig::MEee2Mesons MEee2Pions HwMELeptonLowEnergy.so
create Herwig::TwoPionCzyzCurrent /Herwig/Decays/TwoPionCzyzCurrent HwWeakCurrents.so
set MEee2Pions:WeakCurrent /Herwig/Decays/TwoPionCzyzCurrent
# e+ e- -> K+K-/ K0K0
create Herwig::MEee2Mesons MEee2Kaons HwMELeptonLowEnergy.so
create Herwig::TwoKaonCzyzCurrent /Herwig/Decays/TwoKaonCzyzCurrent
set MEee2Kaons:WeakCurrent /Herwig/Decays/TwoKaonCzyzCurrent
# e+ e- -> pi+ pi- pi0
create Herwig::MEee2Mesons MEee3Pions HwMELeptonLowEnergy.so
create Herwig::ThreePionCzyzCurrent /Herwig/Decays/ThreePionCzyzCurrent
set MEee3Pions:WeakCurrent /Herwig/Decays/ThreePionCzyzCurrent
# e+ e- -> 2pi+ 2pi-, 2pi0, pi+ pi-
create Herwig::MEee2Mesons MEee4Pions HwMELeptonLowEnergy.so
create Herwig::FourPionCzyzCurrent /Herwig/Decays/FourPionCzyzCurrent
set MEee4Pions:WeakCurrent /Herwig/Decays/FourPionCzyzCurrent
# e+ e- -> eta pi+ pi-
create Herwig::MEee2Mesons MEee2EtaPiPi HwMELeptonLowEnergy.so
create Herwig::EtaPiPiCurrent /Herwig/Decays/EtaPiPiCurrent
set MEee2EtaPiPi:WeakCurrent /Herwig/Decays/EtaPiPiCurrent
# e+ e- -> eta' pi+ pi-
create Herwig::MEee2Mesons MEee2EtaPrimePiPi HwMELeptonLowEnergy.so
create Herwig::EtaPrimePiPiCurrent /Herwig/Decays/EtaPrimePiPiCurrent
set MEee2EtaPrimePiPi:WeakCurrent /Herwig/Decays/EtaPrimePiPiCurrent
# e+ e- -> omega pi (omega -> pi0 gamma)
create Herwig::MEee2Mesons MEee2OmegaPi HwMELeptonLowEnergy.so
create Herwig::TwoPionPhotonSNDCurrent /Herwig/Decays/OmegaPiCurrent
set MEee2OmegaPi:WeakCurrent /Herwig/Decays/OmegaPiCurrent
# e+ e- > pi0 gamma
create Herwig::MEee2Mesons MEee2PiGamma HwMELeptonLowEnergy.so
create Herwig::PionPhotonCurrent /Herwig/Decays/PiGammaCurrent
set MEee2PiGamma:WeakCurrent /Herwig/Decays/PiGammaCurrent
# e+e- -> eta gamma
create Herwig::MEee2Mesons MEee2EtaGamma HwMELeptonLowEnergy.so
create Herwig::EtaPhotonCurrent /Herwig/Decays/EtaGammaCurrent
set MEee2EtaGamma:WeakCurrent /Herwig/Decays/EtaGammaCurrent
# e+e- -> eta phi
create Herwig::MEee2Mesons MEee2EtaPhi HwMELeptonLowEnergy.so
create Herwig::EtaPhiCurrent /Herwig/Decays/EtaPhiCurrent
set MEee2EtaPhi:WeakCurrent /Herwig/Decays/EtaPhiCurrent
# e+e- -> eta omega
create Herwig::MEee2Mesons MEee2EtaOmega HwMELeptonLowEnergy.so
create Herwig::EtaOmegaCurrent /Herwig/Decays/EtaOmegaCurrent
set MEee2EtaOmega:WeakCurrent /Herwig/Decays/EtaOmegaCurrent
# e+e- > p pbar
create Herwig::MEee2Mesons MEee2PPbar HwMELeptonLowEnergy.so
create Herwig::WeakBaryonCurrent /Herwig/Decays/CzyzCurrent
create Herwig::CzyzNucleonFormFactor /Herwig/Decays/CzyzFormFactor HwFormFactors.so
set /Herwig/Decays/CzyzCurrent:FormFactor /Herwig/Decays/CzyzFormFactor
set MEee2PPbar:WeakCurrent /Herwig/Decays/CzyzCurrent
# e+e- > hyperons
create Herwig::MEee2Mesons MEee2LL HwMELeptonLowEnergy.so
create Herwig::WeakBaryonCurrent /Herwig/Decays/KornerKurodaCurrent
create Herwig::KornerKurodaFormFactor /Herwig/Decays/KornerKurodaFormFactor
set /Herwig/Decays/KornerKurodaFormFactor:IncludeNucleon No
set /Herwig/Decays/KornerKurodaCurrent:FormFactor /Herwig/Decays/KornerKurodaFormFactor
set MEee2LL:WeakCurrent /Herwig/Decays/KornerKurodaCurrent
# e+e- -> KKpi
create Herwig::MEee2Mesons MEee2KKPi HwMELeptonLowEnergy.so
create Herwig::KKPiCurrent /Herwig/Decays/KKPiCurrent
set MEee2KKPi:WeakCurrent /Herwig/Decays/KKPiCurrent
# e+e- -> phi pi
create Herwig::MEee2Mesons MEee2PhiPi HwMELeptonLowEnergy.so
create Herwig::PhiPiCurrent /Herwig/Decays/PhiPiCurrent
set MEee2PhiPi:WeakCurrent /Herwig/Decays/PhiPiCurrent
# e+ e- -> omega pi pi
create Herwig::MEee2Mesons MEee2OmegaPiPi HwMELeptonLowEnergy.so
create Herwig::OmegaPiPiCurrent /Herwig/Decays/OmegaPiPiCurrent
set MEee2OmegaPiPi:WeakCurrent /Herwig/Decays/OmegaPiPiCurrent
############################################################
# NLO (POWHEG e+e- matrix elements
############################################################
library HwPowhegMELepton.so
create Herwig::MEee2gZ2qqPowheg PowhegMEee2gZ2qq
newdef PowhegMEee2gZ2qq:MinimumFlavour 1
newdef PowhegMEee2gZ2qq:MaximumFlavour 5
newdef PowhegMEee2gZ2qq:AlphaQCD /Herwig/Shower/AlphaQCDFSR
newdef PowhegMEee2gZ2qq:AlphaQED /Herwig/Shower/AlphaQED
create Herwig::MEee2gZ2llPowheg PowhegMEee2gZ2ll
newdef PowhegMEee2gZ2ll:Allowed Charged
set PowhegMEee2gZ2ll:AlphaQED /Herwig/Shower/AlphaQED
############################################################
# hadron-hadron matrix elements
############################################################
###################################
# Electroweak processes
###################################
# q qbar -> gamma/Z -> l+l-
create Herwig::MEqq2gZ2ff MEqq2gZ2ff
newdef MEqq2gZ2ff:Process 3
newdef MEqq2gZ2ff:Coupling /Herwig/Shower/AlphaQCDISR
# q qbar to W -> l nu
create Herwig::MEqq2W2ff MEqq2W2ff
newdef MEqq2W2ff:Process 2
newdef MEqq2W2ff:Coupling /Herwig/Shower/AlphaQCDISR
# W+jet
create Herwig::MEPP2WJet MEWJet
newdef MEWJet:WDecay Leptons
# Z+jet
create Herwig::MEPP2ZJet MEZJet
newdef MEZJet:ZDecay ChargedLeptons
# PP->WW/WZ/ZZ
create Herwig::MEPP2VV MEPP2VV
# PP->WZ gamma
create Herwig::MEPP2VGamma MEPP2VGamma
###################################
# Photon and jet processes
###################################
# qqbar/gg -> gamma gamma
create Herwig::MEPP2GammaGamma MEGammaGamma
# hadron-hadron to gamma+jet
create Herwig::MEPP2GammaJet MEGammaJet
# QCD 2-to-2
create Herwig::MEQCD2to2 MEQCD2to2
# MinBias
create Herwig::MEMinBias MEMinBias
newdef MEMinBias:csNorm 0.01
newdef MEMinBias:Scale 2.0
###################################
# Heavy Quark
###################################
# qqbar/gg -> t tbar
create Herwig::MEPP2QQ MEHeavyQuark
create Herwig::MEPP2SingleTop MESingleTopTChannel
set MESingleTopTChannel:Process tChannel
create Herwig::MEPP2SingleTop MESingleTopSChannel
set MESingleTopSChannel:Process sChannel
create Herwig::MEPP2SingleTop MESingleTopTW
set MESingleTopTW:Process tW
###################################
# Higgs processes
###################################
# hadron-hadron to higgs
create Herwig::MEPP2Higgs MEHiggs
newdef MEHiggs:ShapeScheme MassGenerator
newdef MEHiggs:Process gg
newdef MEHiggs:Coupling /Herwig/Shower/AlphaQCDISR
# hadron-hadron to higgs+jet
create Herwig::MEPP2HiggsJet MEHiggsJet
# PP->ZH
create Herwig::MEPP2ZH MEPP2ZH
newdef MEPP2ZH:Coupling /Herwig/Shower/AlphaQCDISR
# PP->WH
create Herwig::MEPP2WH MEPP2WH
newdef MEPP2WH:Coupling /Herwig/Shower/AlphaQCDISR
# PP -> Higgs via VBF
create Herwig::MEPP2HiggsVBF MEPP2HiggsVBF
newdef MEPP2HiggsVBF:ShowerAlphaQCD /Herwig/Shower/AlphaQCDISR
# PP -> t tbar Higgs
create Herwig::MEPP2QQHiggs MEPP2ttbarH
newdef MEPP2ttbarH:QuarkType Top
# PP -> b bbar Higgs
create Herwig::MEPP2QQHiggs MEPP2bbbarH
newdef MEPP2bbbarH:QuarkType Bottom
##########################################################
# Hadron-Hadron NLO matrix elements in the Powheg scheme
##########################################################
library HwPowhegMEHadron.so
# q qbar -> gamma/Z -> l+l-
create Herwig::MEqq2gZ2ffPowheg PowhegMEqq2gZ2ff
newdef PowhegMEqq2gZ2ff:Process 3
newdef PowhegMEqq2gZ2ff:Coupling /Herwig/Shower/AlphaQCDISR
# q qbar to W -> l nu
create Herwig::MEqq2W2ffPowheg PowhegMEqq2W2ff
newdef PowhegMEqq2W2ff:Process 2
newdef PowhegMEqq2W2ff:Coupling /Herwig/Shower/AlphaQCDISR
# PP->ZH
create Herwig::MEPP2ZHPowheg PowhegMEPP2ZH
newdef PowhegMEPP2ZH:Coupling /Herwig/Shower/AlphaQCDISR
# PP->WH
create Herwig::MEPP2WHPowheg PowhegMEPP2WH
newdef PowhegMEPP2WH:Coupling /Herwig/Shower/AlphaQCDISR
# hadron-hadron to higgs
create Herwig::MEPP2HiggsPowheg PowhegMEHiggs
newdef PowhegMEHiggs:ShapeScheme MassGenerator
newdef PowhegMEHiggs:Process gg
newdef PowhegMEHiggs:Coupling /Herwig/Shower/AlphaQCDISR
# PP->VV
create Herwig::MEPP2VVPowheg PowhegMEPP2VV
newdef PowhegMEPP2VV:Coupling /Herwig/Shower/AlphaQCDISR
# PP -> Higgs via VBF
create Herwig::MEPP2HiggsVBFPowheg PowhegMEPP2HiggsVBF
newdef PowhegMEPP2HiggsVBF:ShowerAlphaQCD /Herwig/Shower/AlphaQCDISR
# PP -> diphoton NLO
create Herwig::MEPP2GammaGammaPowheg MEGammaGammaPowheg
set MEGammaGammaPowheg:Process 0
set MEGammaGammaPowheg:Contribution 1
set MEGammaGammaPowheg:ShowerAlphaQCD /Herwig/Shower/AlphaQCDISR
set MEGammaGammaPowheg:ShowerAlphaQED /Herwig/Shower/AlphaQED
##########################################################
+# Hadron Hadron onium matrix elements
+##########################################################
+
+# g g -> eta_c(1S)
+create Herwig::MEGGto1S0 MEgg2EtaC1S HwMEHadronOnium.so
+set MEgg2EtaC1S:Parameters /Herwig/OniumParameters
+set MEgg2EtaC1S:State ccbar
+set MEgg2EtaC1S:PrincipalQuantumNumber 1
+
+# g g -> eta_c(2S)
+create Herwig::MEGGto1S0 MEgg2EtaC2S HwMEHadronOnium.so
+set MEgg2EtaC2S:Parameters /Herwig/OniumParameters
+set MEgg2EtaC2S:State ccbar
+set MEgg2EtaC2S:PrincipalQuantumNumber 2
+
+# g g -> chi_c0(1P)
+create Herwig::MEGGto3P0 MEgg2ChiC01P HwMEHadronOnium.so
+set MEgg2ChiC01P:Parameters /Herwig/OniumParameters
+set MEgg2ChiC01P:State ccbar
+set MEgg2ChiC01P:PrincipalQuantumNumber 1
+
+# g g -> chi_c2(1P)
+create Herwig::MEGGto3P2 MEgg2ChiC21P HwMEHadronOnium.so
+set MEgg2ChiC21P:Parameters /Herwig/OniumParameters
+set MEgg2ChiC21P:State ccbar
+set MEgg2ChiC21P:PrincipalQuantumNumber 1
+
+# g g -> chi_c0(2P)
+create Herwig::MEGGto3P0 MEgg2ChiC02P HwMEHadronOnium.so
+set MEgg2ChiC02P:Parameters /Herwig/OniumParameters
+set MEgg2ChiC02P:State ccbar
+set MEgg2ChiC02P:PrincipalQuantumNumber 2
+
+# g g -> chi_c2(2P)
+create Herwig::MEGGto3P2 MEgg2ChiC22P HwMEHadronOnium.so
+set MEgg2ChiC22P:Parameters /Herwig/OniumParameters
+set MEgg2ChiC22P:State ccbar
+set MEgg2ChiC22P:PrincipalQuantumNumber 2
+
+# g g -> eta_b(1S)
+create Herwig::MEGGto1S0 MEgg2EtaB1S HwMEHadronOnium.so
+set MEgg2EtaB1S:Parameters /Herwig/OniumParameters
+set MEgg2EtaB1S:State bbbar
+set MEgg2EtaB1S:PrincipalQuantumNumber 1
+
+# g g -> eta_b(2S)
+create Herwig::MEGGto1S0 MEgg2EtaB2S HwMEHadronOnium.so
+set MEgg2EtaB2S:Parameters /Herwig/OniumParameters
+set MEgg2EtaB2S:State bbbar
+set MEgg2EtaB2S:PrincipalQuantumNumber 2
+
+# g g -> eta_b(3S)
+create Herwig::MEGGto1S0 MEgg2EtaB3S HwMEHadronOnium.so
+set MEgg2EtaB3S:Parameters /Herwig/OniumParameters
+set MEgg2EtaB3S:State bbbar
+set MEgg2EtaB3S:PrincipalQuantumNumber 3
+
+# g g -> chi_b0(1P)
+create Herwig::MEGGto3P0 MEgg2ChiB01P HwMEHadronOnium.so
+set MEgg2ChiB01P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB01P:State bbbar
+set MEgg2ChiB01P:PrincipalQuantumNumber 1
+
+# g g -> chi_b0(2P)
+create Herwig::MEGGto3P0 MEgg2ChiB02P HwMEHadronOnium.so
+set MEgg2ChiB02P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB02P:State bbbar
+set MEgg2ChiB02P:PrincipalQuantumNumber 2
+
+# g g -> chi_b0(3P)
+create Herwig::MEGGto3P0 MEgg2ChiB03P HwMEHadronOnium.so
+set MEgg2ChiB03P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB03P:State bbbar
+set MEgg2ChiB03P:PrincipalQuantumNumber 3
+
+# g g -> chi_b2(1P)
+create Herwig::MEGGto3P2 MEgg2ChiB21P HwMEHadronOnium.so
+set MEgg2ChiB21P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB21P:State bbbar
+set MEgg2ChiB21P:PrincipalQuantumNumber 1
+
+# g g -> chi_b2(2P)
+create Herwig::MEGGto3P2 MEgg2ChiB22P HwMEHadronOnium.so
+set MEgg2ChiB22P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB22P:State bbbar
+set MEgg2ChiB22P:PrincipalQuantumNumber 2
+
+# g g -> chi_b2(3P)
+create Herwig::MEGGto3P2 MEgg2ChiB23P HwMEHadronOnium.so
+set MEgg2ChiB23P:Parameters /Herwig/OniumParameters
+set MEgg2ChiB23P:State bbbar
+set MEgg2ChiB23P:PrincipalQuantumNumber 3
+
+# g g -> eta_b2(1D)
+create Herwig::MEGGto1D2 MEgg2EtaB21D HwMEHadronOnium.so
+set MEgg2EtaB21D:Parameters /Herwig/OniumParameters
+set MEgg2EtaB21D:State bbbar
+set MEgg2EtaB21D:PrincipalQuantumNumber 1
+
+##########################################################
# DIS matrix elements
##########################################################
# neutral current
create Herwig::MENeutralCurrentDIS MEDISNC
newdef MEDISNC:Coupling /Herwig/Shower/AlphaQCDISR
newdef MEDISNC:Contribution 0
# charged current
create Herwig::MEChargedCurrentDIS MEDISCC
newdef MEDISCC:Coupling /Herwig/Shower/AlphaQCDISR
newdef MEDISCC:Contribution 0
# neutral current (POWHEG)
create Herwig::MENeutralCurrentDIS PowhegMEDISNC
newdef PowhegMEDISNC:Coupling /Herwig/Shower/AlphaQCDISR
newdef PowhegMEDISNC:Contribution 1
# charged current (POWHEG)
create Herwig::MEChargedCurrentDIS PowhegMEDISCC
newdef PowhegMEDISCC:Coupling /Herwig/Shower/AlphaQCDISR
newdef PowhegMEDISCC:Contribution 1
##########################################################
# Gamma-Gamma matrix elements
##########################################################
# fermion-antiferimon
-create Herwig::MEGammaGamma2ff MEgg2ff HwMEGammaGamma.so
+create Herwig::MEGammaGamma2X MEgg2ff HwMEGammaGamma.so
+create Herwig::GammaGamma2ffAmplitude gg2ffAmp
+newdef MEgg2ff:Amplitude gg2ffAmp
# W+ W-
create Herwig::MEGammaGamma2WW MEgg2WW HwMEGammaGamma.so
+# f f -> f f pi0,eta,eta' via 2 photon process
+# pi0
+create Herwig::MEff2ffX MEff2ffpi0
+create Herwig::GammaGamma2PseudoScalarAmplitude AmpGG2pi0
+newdef MEff2ffpi0:Amplitude AmpGG2pi0
+set AmpGG2pi0:FTT 0.274
+set AmpGG2pi0:LambdaP2 0.6
+set AmpGG2pi0:Particle /Herwig/Particles/pi0
+# eta
+create Herwig::MEff2ffX MEff2ffeta
+create Herwig::GammaGamma2PseudoScalarAmplitude AmpGG2eta
+newdef MEff2ffeta:Amplitude AmpGG2eta
+set AmpGG2eta:FTT 0.274
+set AmpGG2eta:LambdaP2 0.6
+set AmpGG2eta:Particle /Herwig/Particles/eta
+# eta'
+create Herwig::MEff2ffX MEff2ffetaPrime
+create Herwig::GammaGamma2PseudoScalarAmplitude AmpGG2etaPrime
+set AmpGG2etaPrime:Particle /Herwig/Particles/eta'
+set AmpGG2etaPrime:FTT 0.344
+set AmpGG2etaPrime:LambdaP2 0.6
+set AmpGG2etaPrime:MassOption OffShell
+newdef MEff2ffetaPrime:Amplitude AmpGG2etaPrime
+
+# f f -> f f eta_c via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaC1S
+create Herwig::GammaGamma2Onium1S0Amplitude AmpGG2EtaC1S HwMEGammaGammaOnium.so
+set AmpGG2EtaC1S:Parameters /Herwig/OniumParameters
+set AmpGG2EtaC1S:State ccbar
+set AmpGG2EtaC1S:MassOption OffShell
+set AmpGG2EtaC1S:PrincipalQuantumNumber 1
+set MEff2ffEtaC1S:Amplitude AmpGG2EtaC1S
+
+# f f -> f f eta_c(2S) via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaC2S
+create Herwig::GammaGamma2Onium1S0Amplitude AmpGG2EtaC2S HwMEGammaGammaOnium.so
+set AmpGG2EtaC2S:Parameters /Herwig/OniumParameters
+set AmpGG2EtaC2S:State ccbar
+set AmpGG2EtaC2S:MassOption OffShell
+set AmpGG2EtaC2S:PrincipalQuantumNumber 2
+set MEff2ffEtaC2S:Amplitude AmpGG2EtaC2S
+
+# f f -> f f chi_c0(1P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiC01P
+create Herwig::GammaGamma2Onium3P0Amplitude AmpGG2ChiC01P HwMEGammaGammaOnium.so
+set AmpGG2ChiC01P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiC01P:State ccbar
+set AmpGG2ChiC01P:MassOption OffShell
+set AmpGG2ChiC01P:PrincipalQuantumNumber 1
+set MEff2ffChiC01P:Amplitude AmpGG2ChiC01P
+
+# f f -> f f chi_c2(1P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiC21P
+create Herwig::GammaGamma2Onium3P2Amplitude AmpGG2ChiC21P HwMEGammaGammaOnium.so
+set AmpGG2ChiC21P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiC21P:State ccbar
+set AmpGG2ChiC21P:MassOption OffShell
+set AmpGG2ChiC21P:PrincipalQuantumNumber 1
+set MEff2ffChiC21P:Amplitude AmpGG2ChiC21P
+
+# f f -> f f chi_c0(2P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiC02P
+create Herwig::GammaGamma2Onium3P0Amplitude AmpGG2ChiC02P HwMEGammaGammaOnium.so
+set AmpGG2ChiC02P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiC02P:State ccbar
+set AmpGG2ChiC02P:MassOption OffShell
+set AmpGG2ChiC02P:PrincipalQuantumNumber 2
+set MEff2ffChiC02P:Amplitude AmpGG2ChiC02P
+
+# f f -> f f chi_c2(2P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiC22P
+create Herwig::GammaGamma2Onium3P2Amplitude AmpGG2ChiC22P HwMEGammaGammaOnium.so
+set AmpGG2ChiC22P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiC22P:State ccbar
+set AmpGG2ChiC22P:MassOption OffShell
+set AmpGG2ChiC22P:PrincipalQuantumNumber 2
+set MEff2ffChiC22P:Amplitude AmpGG2ChiC22P
+
+# f f -> f f eta_b via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaB1S
+create Herwig::GammaGamma2Onium1S0Amplitude AmpGG2EtaB1S HwMEGammaGammaOnium.so
+set AmpGG2EtaB1S:Parameters /Herwig/OniumParameters
+set AmpGG2EtaB1S:State bbbar
+set AmpGG2EtaB1S:MassOption OffShell
+set AmpGG2EtaB1S:PrincipalQuantumNumber 1
+set AmpGG2EtaB1S:Lambda2 89.4916
+set MEff2ffEtaB1S:Amplitude AmpGG2EtaB1S
+
+# f f -> f f eta_b(2S) via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaB2S
+create Herwig::GammaGamma2Onium1S0Amplitude AmpGG2EtaB2S HwMEGammaGammaOnium.so
+set AmpGG2EtaB2S:Parameters /Herwig/OniumParameters
+set AmpGG2EtaB2S:State bbbar
+set AmpGG2EtaB2S:MassOption OffShell
+set AmpGG2EtaB2S:PrincipalQuantumNumber 2
+set AmpGG2EtaB2S:Lambda2 89.4916
+set MEff2ffEtaB2S:Amplitude AmpGG2EtaB2S
+
+# f f -> f f eta_b(3S) via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaB3S
+create Herwig::GammaGamma2Onium1S0Amplitude AmpGG2EtaB3S HwMEGammaGammaOnium.so
+set AmpGG2EtaB3S:Parameters /Herwig/OniumParameters
+set AmpGG2EtaB3S:State bbbar
+set AmpGG2EtaB3S:MassOption OffShell
+set AmpGG2EtaB3S:PrincipalQuantumNumber 3
+set AmpGG2EtaB3S:Lambda2 89.4916
+set MEff2ffEtaB3S:Amplitude AmpGG2EtaB3S
+
+# f f -> f f chi_b0(1P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB01P
+create Herwig::GammaGamma2Onium3P0Amplitude AmpGG2ChiB01P HwMEGammaGammaOnium.so
+set AmpGG2ChiB01P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB01P:State bbbar
+set AmpGG2ChiB01P:MassOption OffShell
+set AmpGG2ChiB01P:PrincipalQuantumNumber 1
+set AmpGG2ChiB01P:Lambda2 89.4916
+set MEff2ffChiB01P:Amplitude AmpGG2ChiB01P
+
+# f f -> f f chi_b2(1P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB21P
+create Herwig::GammaGamma2Onium3P2Amplitude AmpGG2ChiB21P HwMEGammaGammaOnium.so
+set AmpGG2ChiB21P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB21P:State bbbar
+set AmpGG2ChiB21P:MassOption OffShell
+set AmpGG2ChiB21P:PrincipalQuantumNumber 1
+set AmpGG2ChiB21P:Lambda2 89.4916
+set MEff2ffChiB21P:Amplitude AmpGG2ChiB21P
+
+# f f -> f f chi_b0(2P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB02P
+create Herwig::GammaGamma2Onium3P0Amplitude AmpGG2ChiB02P HwMEGammaGammaOnium.so
+set AmpGG2ChiB02P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB02P:State bbbar
+set AmpGG2ChiB02P:MassOption OffShell
+set AmpGG2ChiB02P:PrincipalQuantumNumber 2
+set AmpGG2ChiB02P:Lambda2 89.4916
+set MEff2ffChiB02P:Amplitude AmpGG2ChiB02P
+
+# f f -> f f chi_b2(2P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB22P
+create Herwig::GammaGamma2Onium3P2Amplitude AmpGG2ChiB22P HwMEGammaGammaOnium.so
+set AmpGG2ChiB22P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB22P:State bbbar
+set AmpGG2ChiB22P:MassOption OffShell
+set AmpGG2ChiB22P:PrincipalQuantumNumber 2
+set AmpGG2ChiB22P:Lambda2 89.4916
+set MEff2ffChiB22P:Amplitude AmpGG2ChiB22P
+
+# f f -> f f chi_b0(3P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB03P
+create Herwig::GammaGamma2Onium3P0Amplitude AmpGG2ChiB03P HwMEGammaGammaOnium.so
+set AmpGG2ChiB03P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB03P:State bbbar
+set AmpGG2ChiB03P:MassOption OffShell
+set AmpGG2ChiB03P:PrincipalQuantumNumber 3
+set AmpGG2ChiB03P:Lambda2 89.4916
+set MEff2ffChiB03P:Amplitude AmpGG2ChiB03P
+
+# f f -> f f chi_b2(3P) via 2 photon process
+create Herwig::MEff2ffX MEff2ffChiB23P
+create Herwig::GammaGamma2Onium3P2Amplitude AmpGG2ChiB23P HwMEGammaGammaOnium.so
+set AmpGG2ChiB23P:Parameters /Herwig/OniumParameters
+set AmpGG2ChiB23P:State bbbar
+set AmpGG2ChiB23P:MassOption OffShell
+set AmpGG2ChiB23P:PrincipalQuantumNumber 3
+set AmpGG2ChiB23P:Lambda2 89.4916
+set MEff2ffChiB23P:Amplitude AmpGG2ChiB23P
+
+# f f -> f f eta_b2(1D) via 2 photon process
+create Herwig::MEff2ffX MEff2ffEtaB21D
+create Herwig::GammaGamma2Onium1D2Amplitude AmpGG2EtaB21D HwMEGammaGammaOnium.so
+set AmpGG2EtaB21D:Parameters /Herwig/OniumParameters
+set AmpGG2EtaB21D:State bbbar
+set AmpGG2EtaB21D:MassOption OffShell
+set AmpGG2EtaB21D:PrincipalQuantumNumber 1
+set AmpGG2EtaB21D:Lambda2 89.4916
+set MEff2ffEtaB21D:Amplitude AmpGG2EtaB21D
+
##########################################################
# Gamma-Hadron matrix elements
##########################################################
# gamma parton -> 2 jets
create Herwig::MEGammaP2Jets MEGammaP2Jets HwMEGammaHadron.so
##########################################################
# Set up the Subprocesses
#
# Generic for all colliders
##########################################################
create ThePEG::SubProcessHandler SubProcess
newdef SubProcess:PartonExtractor /Herwig/Partons/PPExtractor
diff --git a/src/defaults/Onium.in b/src/defaults/Onium.in
new file mode 100644
--- /dev/null
+++ b/src/defaults/Onium.in
@@ -0,0 +1,87 @@
+# -*- ThePEG-repository -*-
+#
+# Set up the global parameters for quarkonium production
+#
+cd /Herwig
+create Herwig::OniumParameters OniumParameters HwOniumParameters.so
+#
+# all from 1904.11542 apart from s-wave ccbar and bbar calculated from e+e- partial width using PDG)
+#
+# ccbar
+do OniumParameters:SetWaveFunction ccbar 1S 0.560236
+do OniumParameters:SetWaveFunction ccbar 1P 0.1296
+do OniumParameters:SetWaveFunction ccbar 1D 0.0329
+do OniumParameters:SetWaveFunction ccbar 2S 0.334412
+do OniumParameters:SetWaveFunction ccbar 2P 0.1767
+do OniumParameters:SetWaveFunction ccbar 2D 0.06923
+do OniumParameters:SetWaveFunction ccbar 3S 0.5951
+do OniumParameters:SetWaveFunction ccbar 3P 0.2106
+do OniumParameters:SetWaveFunction ccbar 3D 0.1074
+do OniumParameters:SetWaveFunction ccbar 4S 0.5461
+do OniumParameters:SetWaveFunction ccbar 4P 0.2389
+do OniumParameters:SetWaveFunction ccbar 5S 0.5160
+# bbar
+do OniumParameters:SetWaveFunction bbbar 1S 5.06718
+do OniumParameters:SetWaveFunction bbbar 1P 1.6057
+do OniumParameters:SetWaveFunction bbbar 1D 0.8394
+do OniumParameters:SetWaveFunction bbbar 2S 2.59789
+do OniumParameters:SetWaveFunction bbbar 2P 1.8240
+do OniumParameters:SetWaveFunction bbbar 2D 1.5572
+do OniumParameters:SetWaveFunction bbbar 3S 2.00712
+do OniumParameters:SetWaveFunction bbbar 3P 1.9804
+do OniumParameters:SetWaveFunction bbbar 3D 2.2324
+do OniumParameters:SetWaveFunction bbbar 4S 1.2863
+do OniumParameters:SetWaveFunction bbbar 4P 2.1175
+do OniumParameters:SetWaveFunction bbbar 4D 2.8903
+do OniumParameters:SetWaveFunction bbbar 5S 1.7990
+do OniumParameters:SetWaveFunction bbbar 5P 2.2430
+do OniumParameters:SetWaveFunction bbbar 5D 3.5411
+do OniumParameters:SetWaveFunction bbbar 6S 1.6885
+do OniumParameters:SetWaveFunction bbbar 6P 2.3600
+do OniumParameters:SetWaveFunction bbbar 7S 1.6080
+# B_c
+do OniumParameters:SetWaveFunction bcbar 1S 1.9943
+do OniumParameters:SetWaveFunction bcbar 1P 0.3083
+do OniumParameters:SetWaveFunction bcbar 1D 0.0986
+do OniumParameters:SetWaveFunction bcbar 2S 1.1443
+do OniumParameters:SetWaveFunction bcbar 2P 0.3939
+do OniumParameters:SetWaveFunction bcbar 2D 0.1989
+do OniumParameters:SetWaveFunction bcbar 3S 0.9440
+do OniumParameters:SetWaveFunction bcbar 3P 0.4540
+do OniumParameters:SetWaveFunction bcbar 4S 0.8504
+# and the mixing
+do OniumParameters:SetSingletTripletMixing 1P 25.0
+do OniumParameters:SetSingletTripletMixing 1D 34.4
+# diquarks (naive scale 1/8 of onium value hep-ph/9305315 page 3 below eqn 2)
+# cc
+do OniumParameters:SetWaveFunction cc 1S 0.07
+# bb
+do OniumParameters:SetWaveFunction bb 1S 0.633
+# bc
+do OniumParameters:SetWaveFunction bc 1S 0.250
+
+#
+# Octet matrix elements
+#
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement ccbar 3S1 443 1.2e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement ccbar 3S1 100443 4.3e-3
+
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement ccbar 3S1 10441 0.31e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement ccbar 3S1 20443 0.93e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement ccbar 3S1 445 1.55e-2
+
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 553 4.3e-3
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 100553 4.3e-3
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 200553 4.3e-3
+
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 10551 0.31e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 20553 0.93e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 555 1.55e-2
+
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 110551 0.31e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 120553 0.93e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 100555 1.55e-2
+
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 210551 0.31e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 220553 0.93e-2
+do /Herwig/OniumParameters:SetOctetProductionMatrixElement bbbar 3S1 200555 1.55e-2
diff --git a/src/defaults/Shower.in b/src/defaults/Shower.in
--- a/src/defaults/Shower.in
+++ b/src/defaults/Shower.in
@@ -1,500 +1,477 @@
# -*- ThePEG-repository -*-
############################################################
# Setup of default parton shower
#
# Useful switches for users are marked near the top of
# this file.
#
# Don't edit this file directly, but reset the switches
# in your own input files!
############################################################
library HwMPI.so
library HwShower.so
library HwMatching.so
mkdir /Herwig/Shower
cd /Herwig/Shower
create Herwig::QTildeShowerHandler ShowerHandler
newdef ShowerHandler:MPIHandler /Herwig/UnderlyingEvent/MPIHandler
newdef ShowerHandler:RemDecayer /Herwig/Partons/RemnantDecayer
# use LO PDFs for Shower, can be changed later
newdef ShowerHandler:PDFA /Herwig/Partons/ShowerLOPDF
newdef ShowerHandler:PDFB /Herwig/Partons/ShowerLOPDF
newdef ShowerHandler:PDFARemnant /Herwig/Partons/RemnantPDF
newdef ShowerHandler:PDFBRemnant /Herwig/Partons/RemnantPDF
#####################################
# initial setup, don't change these!
#####################################
create Herwig::SplittingGenerator SplittingGenerator
create Herwig::ShowerAlphaQCD AlphaQCDISR
create Herwig::ShowerAlphaQCD AlphaQCDFSR
create Herwig::ShowerAlphaQED AlphaQED
set AlphaQED:CouplingSource Thompson
create Herwig::ShowerAlphaQED AlphaEW
set AlphaEW:CouplingSource MZ
create Herwig::HiddenValleyAlpha AlphaDARK
create Herwig::PartnerFinder PartnerFinder
newdef PartnerFinder:PartnerMethod 0
newdef PartnerFinder:ScaleChoice 0
create Herwig::KinematicsReconstructor KinematicsReconstructor
newdef KinematicsReconstructor:ReconstructionOption Colour3
newdef KinematicsReconstructor:InitialStateReconOption SofterFraction
newdef KinematicsReconstructor:InitialInitialBoostOption LongTransBoost
newdef KinematicsReconstructor:FinalFinalWeight Yes
newdef /Herwig/Partons/RemnantDecayer:AlphaS AlphaQCDISR
newdef /Herwig/Partons/RemnantDecayer:AlphaEM AlphaQED
newdef ShowerHandler:PartnerFinder PartnerFinder
newdef ShowerHandler:KinematicsReconstructor KinematicsReconstructor
newdef ShowerHandler:SplittingGenerator SplittingGenerator
newdef ShowerHandler:Interactions ALL
newdef ShowerHandler:SpinCorrelations Yes
newdef ShowerHandler:SoftCorrelations Singular
##################################################################
# Intrinsic pT
#
# Recommended:
# 1.9 GeV for Tevatron W/Z production.
# 2.1 GeV for LHC W/Z production at 10 TeV
# 2.2 GeV for LHC W/Z production at 14 TeV
#
# Set all parameters to 0 to disable
##################################################################
newdef ShowerHandler:IntrinsicPtGaussian 2.2*GeV
newdef ShowerHandler:IntrinsicPtBeta 0
newdef ShowerHandler:IntrinsicPtGamma 0*GeV
newdef ShowerHandler:IntrinsicPtIptmax 0*GeV
#############################################################
# Set up truncated shower handler.
#############################################################
create Herwig::PowhegShowerHandler PowhegShowerHandler
set PowhegShowerHandler:MPIHandler /Herwig/UnderlyingEvent/MPIHandler
set PowhegShowerHandler:RemDecayer /Herwig/Partons/RemnantDecayer
newdef PowhegShowerHandler:PDFA /Herwig/Partons/ShowerLOPDF
newdef PowhegShowerHandler:PDFB /Herwig/Partons/ShowerLOPDF
newdef PowhegShowerHandler:PDFARemnant /Herwig/Partons/RemnantPDF
newdef PowhegShowerHandler:PDFBRemnant /Herwig/Partons/RemnantPDF
newdef PowhegShowerHandler:MPIHandler /Herwig/UnderlyingEvent/MPIHandler
newdef PowhegShowerHandler:RemDecayer /Herwig/Partons/RemnantDecayer
newdef PowhegShowerHandler:PDFA /Herwig/Partons/ShowerLOPDF
newdef PowhegShowerHandler:PDFB /Herwig/Partons/ShowerLOPDF
newdef PowhegShowerHandler:PDFARemnant /Herwig/Partons/RemnantPDF
newdef PowhegShowerHandler:PDFBRemnant /Herwig/Partons/RemnantPDF
newdef PowhegShowerHandler:PartnerFinder PartnerFinder
newdef PowhegShowerHandler:KinematicsReconstructor KinematicsReconstructor
newdef PowhegShowerHandler:SplittingGenerator SplittingGenerator
newdef PowhegShowerHandler:Interactions ALL
newdef PowhegShowerHandler:SpinCorrelations Yes
newdef PowhegShowerHandler:SoftCorrelations Singular
newdef PowhegShowerHandler:IntrinsicPtGaussian 2.2*GeV
newdef PowhegShowerHandler:IntrinsicPtBeta 0
newdef PowhegShowerHandler:IntrinsicPtGamma 0*GeV
newdef PowhegShowerHandler:IntrinsicPtIptmax 0*GeV
newdef PowhegShowerHandler:EvolutionScheme DotProduct
#############################################################
# End of interesting user servicable section.
#
# Anything that follows below should only be touched if you
# know what you're doing.
#
# Really.
#############################################################
#
# a few default values
newdef ShowerHandler:MECorrMode 1
newdef ShowerHandler:EvolutionScheme DotProduct
newdef AlphaQCDISR:ScaleFactor 1.0
newdef AlphaQCDISR:NPAlphaS 2
newdef AlphaQCDISR:Qmin 0.935
newdef AlphaQCDISR:NumberOfLoops 2
newdef AlphaQCDISR:AlphaIn 0.1185
newdef AlphaQCDFSR:ScaleFactor 1.0
newdef AlphaQCDFSR:NPAlphaS 2
newdef AlphaQCDFSR:Qmin 0.935
newdef AlphaQCDFSR:NumberOfLoops 2
newdef AlphaQCDFSR:AlphaIn 0.102337
newdef AlphaDARK:ScaleFactor 1.0
newdef AlphaDARK:NPAlphaS 2
newdef AlphaDARK:Qmin 0.935
newdef AlphaDARK:NumberOfLoops 2
#
#
#
-# Lets set up all the splittings
-create Herwig::HalfHalfOneSplitFn QtoQGammaSplitFn
-set QtoQGammaSplitFn:InteractionType QED
-set QtoQGammaSplitFn:ColourStructure ChargedChargedNeutral
-set QtoQGammaSplitFn:AngularOrdered Yes
-set QtoQGammaSplitFn:StrictAO Yes
+# Lets set up all the splittings and Sudakovs
-create Herwig::HalfHalfOneSplitFn QtoQGSplitFn
-newdef QtoQGSplitFn:InteractionType QCD
-newdef QtoQGSplitFn:ColourStructure TripletTripletOctet
-set QtoQGSplitFn:AngularOrdered Yes
-set QtoQGSplitFn:StrictAO Yes
-
-create Herwig::HalfHalfOneDarkSplitFn QtoQGDARKSplitFn
-newdef QtoQGDARKSplitFn:InteractionType DARK
-newdef QtoQGDARKSplitFn:ColourStructure TripletTripletOctet
-set QtoQGDARKSplitFn:AngularOrdered Yes
-set QtoQGDARKSplitFn:StrictAO Yes
-
-create Herwig::OneOneOneSplitFn GtoGGSplitFn
-newdef GtoGGSplitFn:InteractionType QCD
-newdef GtoGGSplitFn:ColourStructure OctetOctetOctet
-set GtoGGSplitFn:AngularOrdered Yes
-set GtoGGSplitFn:StrictAO Yes
-
-create Herwig::OneOneOneDarkSplitFn GtoGGDARKSplitFn
-newdef GtoGGDARKSplitFn:InteractionType DARK
-newdef GtoGGDARKSplitFn:ColourStructure OctetOctetOctet
-set GtoGGDARKSplitFn:AngularOrdered Yes
-set GtoGGDARKSplitFn:StrictAO Yes
-
-create Herwig::OneOneOneMassiveSplitFn WtoWGammaSplitFn
-newdef WtoWGammaSplitFn:InteractionType QED
-newdef WtoWGammaSplitFn:ColourStructure ChargedChargedNeutral
-set WtoWGammaSplitFn:AngularOrdered Yes
-set WtoWGammaSplitFn:StrictAO Yes
-
-create Herwig::OneHalfHalfSplitFn GtoQQbarSplitFn
-newdef GtoQQbarSplitFn:InteractionType QCD
-newdef GtoQQbarSplitFn:ColourStructure OctetTripletTriplet
-set GtoQQbarSplitFn:AngularOrdered Yes
-set GtoQQbarSplitFn:StrictAO Yes
-
-create Herwig::OneHalfHalfDarkSplitFn GtoQQbarDARKSplitFn
-newdef GtoQQbarDARKSplitFn:InteractionType DARK
-newdef GtoQQbarDARKSplitFn:ColourStructure OctetTripletTriplet
-set GtoQQbarDARKSplitFn:AngularOrdered Yes
-set GtoQQbarDARKSplitFn:StrictAO Yes
-
-create Herwig::OneHalfHalfSplitFn GammatoQQbarSplitFn
-newdef GammatoQQbarSplitFn:InteractionType QED
-newdef GammatoQQbarSplitFn:ColourStructure NeutralChargedCharged
-set GammatoQQbarSplitFn:AngularOrdered Yes
-set GammatoQQbarSplitFn:StrictAO Yes
-
-create Herwig::HalfOneHalfSplitFn QtoGQSplitFn
-newdef QtoGQSplitFn:InteractionType QCD
-newdef QtoGQSplitFn:ColourStructure TripletOctetTriplet
-set QtoGQSplitFn:AngularOrdered Yes
-set QtoGQSplitFn:StrictAO Yes
-
-create Herwig::HalfOneHalfSplitFn QtoGammaQSplitFn
-newdef QtoGammaQSplitFn:InteractionType QED
-newdef QtoGammaQSplitFn:ColourStructure ChargedNeutralCharged
-set QtoGammaQSplitFn:AngularOrdered Yes
-set QtoGammaQSplitFn:StrictAO Yes
-
-create Herwig::HalfHalfOneEWSplitFn QtoQWZSplitFn
-newdef QtoQWZSplitFn:InteractionType EW
-newdef QtoQWZSplitFn:ColourStructure EW
-
-create Herwig::HalfHalfOneEWSplitFn LtoLWZSplitFn
-newdef LtoLWZSplitFn:InteractionType EW
-newdef LtoLWZSplitFn:ColourStructure EW
-
-create Herwig::HalfHalfZeroEWSplitFn QtoQHSplitFn
-newdef QtoQHSplitFn:InteractionType EW
-newdef QtoQHSplitFn:ColourStructure EW
-
-create Herwig::OneOneOneEWSplitFn VtoVVSplitFn
-newdef VtoVVSplitFn:InteractionType EW
-newdef VtoVVSplitFn:ColourStructure EW
-
-create Herwig::OneOneOneQEDSplitFn GammatoWWSplitFn
-newdef GammatoWWSplitFn:InteractionType QED
-newdef GammatoWWSplitFn:ColourStructure ChargedNeutralCharged
-
-create Herwig::OneOneZeroEWSplitFn VtoVHSplitFn
-newdef VtoVHSplitFn:InteractionType EW
-newdef VtoVHSplitFn:ColourStructure EW
-
-#
-# Now the Sudakovs
+# cut-off
create Herwig::PTCutOff PTCutOff
newdef PTCutOff:pTmin 0.654714*GeV
-create Herwig::SudakovFormFactor SudakovCommon
-newdef SudakovCommon:Alpha AlphaQCDISR
-newdef SudakovCommon:Cutoff PTCutOff
-newdef SudakovCommon:PDFmax 1.0
-
-cp SudakovCommon QtoQGSudakov
-newdef QtoQGSudakov:SplittingFunction QtoQGSplitFn
+# q -> q g
+create Herwig::HalfHalfOneSplitFn QtoQGSudakov
+newdef QtoQGSudakov:InteractionType QCD
+newdef QtoQGSudakov:Alpha AlphaQCDISR
+newdef QtoQGSudakov:Cutoff PTCutOff
+newdef QtoQGSudakov:ColourStructure TripletTripletOctet
+newdef QtoQGSudakov:AngularOrdered Yes
+newdef QtoQGSudakov:StrictAO Yes
newdef QtoQGSudakov:PDFmax 1.9
-cp SudakovCommon QtoQGDARKSudakov
-newdef QtoQGDARKSudakov:SplittingFunction QtoQGDARKSplitFn
+create Herwig::HalfHalfOneDarkSplitFn QtoQGDARKSudakov
+newdef QtoQGDARKSudakov:InteractionType DARK
+newdef QtoQGDARKSudakov:Alpha AlphaDARK
+newdef QtoQGDARKSudakov:Cutoff PTCutOff
+newdef QtoQGDARKSudakov:ColourStructure TripletTripletOctet
+newdef QtoQGDARKSudakov:AngularOrdered Yes
+newdef QtoQGDARKSudakov:StrictAO Yes
newdef QtoQGDARKSudakov:PDFmax 1.9
-cp SudakovCommon QtoQGammaSudakov
-set QtoQGammaSudakov:SplittingFunction QtoQGammaSplitFn
-set QtoQGammaSudakov:Alpha AlphaQED
-set QtoQGammaSudakov:PDFmax 1.9
-
+# q -> q gamma
+create Herwig::HalfHalfOneSplitFn QtoQGammaSudakov
+newdef QtoQGammaSudakov:ColourStructure ChargedChargedNeutral
+newdef QtoQGammaSudakov:AngularOrdered Yes
+newdef QtoQGammaSudakov:StrictAO Yes
+newdef QtoQGammaSudakov:InteractionType QED
+newdef QtoQGammaSudakov:Alpha AlphaQED
+newdef QtoQGammaSudakov:Cutoff PTCutOff
+newdef QtoQGammaSudakov:PDFmax 1.9
+# l -> l gamma
cp QtoQGammaSudakov LtoLGammaSudakov
cp PTCutOff LtoLGammaPTCutOff
# Technical parameter to stop evolution.
-set LtoLGammaPTCutOff:pTmin 0.000001
-set LtoLGammaSudakov:Cutoff LtoLGammaPTCutOff
+newdef LtoLGammaPTCutOff:pTmin 0.000001
+newdef LtoLGammaSudakov:Cutoff LtoLGammaPTCutOff
-cp SudakovCommon QtoQWZSudakov
-set QtoQWZSudakov:SplittingFunction QtoQWZSplitFn
-set QtoQWZSudakov:Alpha AlphaEW
-set QtoQWZSudakov:PDFmax 1.9
+# g -> g g
+create Herwig::OneOneOneSplitFn GtoGGSudakov
+newdef GtoGGSudakov:Alpha AlphaQCDISR
+newdef GtoGGSudakov:Cutoff PTCutOff
+newdef GtoGGSudakov:PDFmax 2.0
+newdef GtoGGSudakov:ColourStructure OctetOctetOctet
+newdef GtoGGSudakov:AngularOrdered Yes
+newdef GtoGGSudakov:StrictAO Yes
+newdef GtoGGSudakov:InteractionType QCD
-cp SudakovCommon LtoLWZSudakov
-set LtoLWZSudakov:SplittingFunction LtoLWZSplitFn
-set LtoLWZSudakov:Alpha AlphaEW
-set LtoLWZSudakov:PDFmax 1.9
+# W -> W gamma
+create Herwig::OneOneOneMassiveSplitFn WtoWGammaSudakov
+newdef WtoWGammaSudakov:ColourStructure ChargedChargedNeutral
+newdef WtoWGammaSudakov:Cutoff PTCutOff
+newdef WtoWGammaSudakov:AngularOrdered Yes
+newdef WtoWGammaSudakov:StrictAO Yes
+newdef WtoWGammaSudakov:InteractionType QED
+newdef WtoWGammaSudakov:Alpha AlphaQED
-cp SudakovCommon QtoQHSudakov
-set QtoQHSudakov:SplittingFunction QtoQHSplitFn
-set QtoQHSudakov:Alpha AlphaEW
-set QtoQHSudakov:PDFmax 1.9
+# g to q qbar
+create Herwig::OneHalfHalfSplitFn GtoQQbarSudakov
+newdef GtoQQbarSudakov:Alpha AlphaQCDISR
+newdef GtoQQbarSudakov:Cutoff PTCutOff
+newdef GtoQQbarSudakov:ColourStructure OctetTripletTriplet
+newdef GtoQQbarSudakov:AngularOrdered Yes
+newdef GtoQQbarSudakov:StrictAO Yes
+newdef GtoQQbarSudakov:InteractionType QCD
+newdef GtoQQbarSudakov:PDFmax 120.0
+# g -> b bbar (separate for efficenicy in ISR)
+cp GtoQQbarSudakov GtobbbarSudakov
+newdef GtobbbarSudakov:PDFmax 40000.0
+# g -> c cbar (separate for efficenicy in ISR)
+cp GtoQQbarSudakov GtoccbarSudakov
+newdef GtoccbarSudakov:PDFmax 2000.0
+
+# gamma -> q qbar
+create Herwig::OneHalfHalfSplitFn GammatoQQbarSudakov
+newdef GammatoQQbarSudakov:Alpha AlphaQED
+newdef GammatoQQbarSudakov:Cutoff PTCutOff
+newdef GammatoQQbarSudakov:ColourStructure NeutralChargedCharged
+newdef GammatoQQbarSudakov:AngularOrdered Yes
+newdef GammatoQQbarSudakov:StrictAO Yes
+newdef GammatoQQbarSudakov:InteractionType QED
+newdef GammatoQQbarSudakov:PDFmax 10000.0
+
+# q -> g q
+create Herwig::HalfOneHalfSplitFn QtoGQSudakov
+newdef QtoGQSudakov:Alpha AlphaQCDISR
+newdef QtoGQSudakov:Cutoff PTCutOff
+newdef QtoGQSudakov:ColourStructure TripletOctetTriplet
+newdef QtoGQSudakov:AngularOrdered Yes
+newdef QtoGQSudakov:StrictAO Yes
+newdef QtoGQSudakov:InteractionType QCD
+# u -> g u (for efficiency)
+cp QtoGQSudakov utoGuSudakov
+newdef utoGuSudakov:PDFFactor OverOneMinusZ
+newdef utoGuSudakov:PDFmax 5.0
+# d -> g d (for efficiency)
+cp QtoGQSudakov dtoGdSudakov
+newdef dtoGdSudakov:PDFFactor OverOneMinusZ
+
+# q -> gamma q
+create Herwig::HalfOneHalfSplitFn QtoGammaQSudakov
+newdef QtoGammaQSudakov:Alpha AlphaQED
+newdef QtoGammaQSudakov:Cutoff PTCutOff
+newdef QtoGammaQSudakov:ColourStructure ChargedNeutralCharged
+newdef QtoGammaQSudakov:AngularOrdered Yes
+newdef QtoGammaQSudakov:StrictAO Yes
+newdef QtoGammaQSudakov:InteractionType QED
+
+create Herwig::HalfHalfOneEWSplitFn QtoQWZSudakov
+newdef QtoQWZSudakov:InteractionType EW
+newdef QtoQWZSudakov:ColourStructure EW
+newdef QtoQWZSudakov:Alpha AlphaEW
+newdef QtoQWZSudakov:PDFmax 1.9
+newdef QtoQWZSudakov:Cutoff PTCutOff
+
+create Herwig::HalfHalfOneEWSplitFn LtoLWZSudakov
+newdef LtoLWZSudakov:InteractionType EW
+newdef LtoLWZSudakov:ColourStructure EW
+newdef LtoLWZSudakov:Alpha AlphaEW
+newdef LtoLWZSudakov:PDFmax 1.9
+newdef LtoLWZSudakov:Cutoff PTCutOff
+
+create Herwig::HalfHalfZeroEWSplitFn QtoQHSudakov
+newdef QtoQHSudakov:InteractionType EW
+newdef QtoQHSudakov:ColourStructure EW
+newdef QtoQHSudakov:Alpha AlphaEW
+newdef QtoQHSudakov:PDFmax 1.9
+newdef QtoQHSudakov:Cutoff PTCutOff
cp QtoQHSudakov LtoLHSudakov
-cp SudakovCommon VtoVVSudakov
-set VtoVVSudakov:SplittingFunction VtoVVSplitFn
-set VtoVVSudakov:Alpha AlphaQED
+create Herwig::OneOneOneEWSplitFn VtoVVSudakov
+newdef VtoVVSudakov:InteractionType EW
+newdef VtoVVSudakov:ColourStructure EW
+newdef VtoVVSudakov:Alpha AlphaQED
+newdef VtoVVSudakov:Cutoff PTCutOff
-cp SudakovCommon GammatoWWSudakov
-set GammatoWWSudakov:SplittingFunction GammatoWWSplitFn
-set GammatoWWSudakov:Alpha AlphaEW
-set GammatoWWSudakov:PDFmax 1.9
+create Herwig::OneOneOneDarkSplitFn GtoGGDARKSudakov
+newdef GtoGGDARKSudakov:InteractionType DARK
+newdef GtoGGDARKSudakov:ColourStructure OctetOctetOctet
+newdef GtoGGDARKSudakov:AngularOrdered Yes
+newdef GtoGGDARKSudakov:Alpha AlphaDARK
+newdef GtoGGDARKSudakov:StrictAO Yes
+newdef GtoGGDARKSudakov:PDFmax 2.0
+newdef GtoGGDARKSudakov:Cutoff PTCutOff
+create Herwig::OneOneOneQEDSplitFn GammatoWWSudakov
+newdef GammatoWWSudakov:InteractionType QED
+newdef GammatoWWSudakov:ColourStructure NeutralChargedCharged
+newdef GammatoWWSudakov:Alpha AlphaEW
+newdef GammatoWWSudakov:PDFmax 1.9
+newdef GammatoWWSudakov:Cutoff PTCutOff
+create Herwig::OneOneZeroEWSplitFn VtoVHSudakov
+newdef VtoVHSudakov:InteractionType EW
+newdef VtoVHSudakov:ColourStructure EW
+newdef VtoVHSudakov:Alpha AlphaEW
+newdef VtoVHSudakov:PDFmax 1.9
+newdef VtoVHSudakov:Cutoff PTCutOff
-cp SudakovCommon VtoVHSudakov
-set VtoVHSudakov:SplittingFunction VtoVHSplitFn
-set VtoVHSudakov:Alpha AlphaEW
-set VtoVHSudakov:PDFmax 1.9
+create Herwig::OneHalfHalfDarkSplitFn GtoQQbarDARKSudakov
+newdef GtoQQbarDARKSudakov:InteractionType DARK
+newdef GtoQQbarDARKSudakov:ColourStructure OctetTripletTriplet
+newdef GtoQQbarDARKSudakov:AngularOrdered Yes
+newdef GtoQQbarDARKSudakov:StrictAO Yes
+newdef GtoQQbarDARKSudakov:Alpha AlphaDARK
+newdef GtoQQbarDARKSudakov:PDFmax 120.0
+newdef GtoQQbarDARKSudakov:Cutoff PTCutOff
-cp SudakovCommon GtoGGSudakov
-newdef GtoGGSudakov:SplittingFunction GtoGGSplitFn
-newdef GtoGGSudakov:PDFmax 2.0
-
-cp SudakovCommon GtoGGDARKSudakov
-newdef GtoGGDARKSudakov:SplittingFunction GtoGGDARKSplitFn
-newdef GtoGGDARKSudakov:PDFmax 2.0
-
-cp SudakovCommon WtoWGammaSudakov
-newdef WtoWGammaSudakov:SplittingFunction WtoWGammaSplitFn
-set WtoWGammaSudakov:Alpha AlphaQED
-
-cp SudakovCommon GtoQQbarSudakov
-newdef GtoQQbarSudakov:SplittingFunction GtoQQbarSplitFn
-newdef GtoQQbarSudakov:PDFmax 120.0
-
-cp SudakovCommon GtoQQbarDARKSudakov
-newdef GtoQQbarDARKSudakov:SplittingFunction GtoQQbarDARKSplitFn
-newdef GtoQQbarDARKSudakov:PDFmax 120.0
-
-cp SudakovCommon GammatoQQbarSudakov
-newdef GammatoQQbarSudakov:SplittingFunction GammatoQQbarSplitFn
-set GammatoQQbarSudakov:Alpha AlphaQED
-newdef GammatoQQbarSudakov:PDFmax 10000.0
-
-cp SudakovCommon GtobbbarSudakov
-newdef GtobbbarSudakov:SplittingFunction GtoQQbarSplitFn
-newdef GtobbbarSudakov:PDFmax 40000.0
-
-cp SudakovCommon GtoccbarSudakov
-newdef GtoccbarSudakov:SplittingFunction GtoQQbarSplitFn
-newdef GtoccbarSudakov:PDFmax 2000.0
-
-cp SudakovCommon QtoGQSudakov
-newdef QtoGQSudakov:SplittingFunction QtoGQSplitFn
-
-cp SudakovCommon QtoGammaQSudakov
-newdef QtoGammaQSudakov:SplittingFunction QtoGammaQSplitFn
-set QtoGammaQSudakov:Alpha AlphaQED
-newdef QtoGammaQSudakov:PDFmax 2000.0
-
-cp SudakovCommon utoGuSudakov
-newdef utoGuSudakov:SplittingFunction QtoGQSplitFn
-newdef utoGuSudakov:PDFFactor OverOneMinusZ
-newdef utoGuSudakov:PDFmax 5.0
-
-cp SudakovCommon dtoGdSudakov
-newdef dtoGdSudakov:SplittingFunction QtoGQSplitFn
-newdef dtoGdSudakov:PDFFactor OverOneMinusZ
-
+create Herwig::ZeroZeroZeroEWSplitFn HtoHHSudakov
+newdef HtoHHSudakov:InteractionType EW
+newdef HtoHHSudakov:ColourStructure EW
+newdef HtoHHSudakov:Alpha AlphaEW
+newdef HtoHHSudakov:PDFmax 1.9
+newdef HtoHHSudakov:Cutoff PTCutOff
#Use a different Sudakov for FS QCD splittings in order to use a different value of alphaS
cp QtoQGSudakov QtoQGSudakovFSR
cp GtoGGSudakov GtoGGSudakovFSR
cp GtoQQbarSudakov GtoQQbarSudakovFSR
cp GtobbbarSudakov GtobbbarSudakovFSR
cp GtobbbarSudakov GtoccbarSudakovFSR
set QtoQGSudakovFSR:Alpha AlphaQCDFSR
set GtoGGSudakovFSR:Alpha AlphaQCDFSR
set GtoQQbarSudakovFSR:Alpha AlphaQCDFSR
set GtobbbarSudakovFSR:Alpha AlphaQCDFSR
set GtoccbarSudakovFSR:Alpha AlphaQCDFSR
#
# Now add the final splittings
#
do SplittingGenerator:AddFinalSplitting u->u,g; QtoQGSudakovFSR
do SplittingGenerator:AddFinalSplitting d->d,g; QtoQGSudakovFSR
do SplittingGenerator:AddFinalSplitting s->s,g; QtoQGSudakovFSR
do SplittingGenerator:AddFinalSplitting c->c,g; QtoQGSudakovFSR
do SplittingGenerator:AddFinalSplitting b->b,g; QtoQGSudakovFSR
do SplittingGenerator:AddFinalSplitting t->t,g; QtoQGSudakovFSR
#
do SplittingGenerator:AddFinalSplitting g->g,g; GtoGGSudakovFSR
#
do SplittingGenerator:AddFinalSplitting g->u,ubar; GtoQQbarSudakovFSR
do SplittingGenerator:AddFinalSplitting g->d,dbar; GtoQQbarSudakovFSR
do SplittingGenerator:AddFinalSplitting g->s,sbar; GtoQQbarSudakovFSR
do SplittingGenerator:AddFinalSplitting g->c,cbar; GtoccbarSudakovFSR
do SplittingGenerator:AddFinalSplitting g->b,bbar; GtobbbarSudakovFSR
do SplittingGenerator:AddFinalSplitting g->t,tbar; GtoQQbarSudakovFSR
#
do SplittingGenerator:AddFinalSplitting gamma->u,ubar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->d,dbar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->s,sbar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->c,cbar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->b,bbar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->t,tbar; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->e-,e+; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->mu-,mu+; GammatoQQbarSudakov
do SplittingGenerator:AddFinalSplitting gamma->tau-,tau+; GammatoQQbarSudakov
#
do SplittingGenerator:AddFinalSplitting u->u,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting d->d,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting s->s,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting c->c,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting b->b,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting t->t,gamma; QtoQGammaSudakov
do SplittingGenerator:AddFinalSplitting e-->e-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting mu-->mu-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting tau-->tau-,gamma; LtoLGammaSudakov
do SplittingGenerator:AddFinalSplitting W+->W+,gamma; WtoWGammaSudakov
#
# Now lets add the initial splittings. Remember the form a->b,c; means
# that the current particle b is given and we backward branch to new
# particle a which is initial state and new particle c which is final state
#
do SplittingGenerator:AddInitialSplitting u->u,g; QtoQGSudakov
do SplittingGenerator:AddInitialSplitting d->d,g; QtoQGSudakov
do SplittingGenerator:AddInitialSplitting s->s,g; QtoQGSudakov
do SplittingGenerator:AddInitialSplitting c->c,g; QtoQGSudakov
do SplittingGenerator:AddInitialSplitting b->b,g; QtoQGSudakov
do SplittingGenerator:AddInitialSplitting u->u,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting d->d,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting s->s,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting c->c,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting b->b,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting t->t,gamma; QtoQGammaSudakov
do SplittingGenerator:AddInitialSplitting g->g,g; GtoGGSudakov
#
do SplittingGenerator:AddInitialSplitting g->d,dbar; GtoQQbarSudakov
do SplittingGenerator:AddInitialSplitting g->u,ubar; GtoQQbarSudakov
do SplittingGenerator:AddInitialSplitting g->s,sbar; GtoQQbarSudakov
do SplittingGenerator:AddInitialSplitting g->c,cbar; GtoccbarSudakov
do SplittingGenerator:AddInitialSplitting g->b,bbar; GtobbbarSudakov
#
#do SplittingGenerator:AddInitialSplitting gamma->d,dbar; GammatoQQbarSudakov
#do SplittingGenerator:AddInitialSplitting gamma->u,ubar; GammatoQQbarSudakov
#do SplittingGenerator:AddInitialSplitting gamma->s,sbar; GammatoQQbarSudakov
#do SplittingGenerator:AddInitialSplitting gamma->c,cbar; GammatoQQbarSudakov
#do SplittingGenerator:AddInitialSplitting gamma->b,bbar; GammatoQQbarSudakov
do SplittingGenerator:AddInitialSplitting gamma->e-,e+; GammatoQQbarSudakov
do SplittingGenerator:AddInitialSplitting gamma->mu-,mu+; GammatoQQbarSudakov
do SplittingGenerator:AddInitialSplitting gamma->tau-,tau+; GammatoQQbarSudakov
#
do SplittingGenerator:AddInitialSplitting d->g,d; dtoGdSudakov
do SplittingGenerator:AddInitialSplitting u->g,u; utoGuSudakov
do SplittingGenerator:AddInitialSplitting s->g,s; QtoGQSudakov
do SplittingGenerator:AddInitialSplitting c->g,c; QtoGQSudakov
do SplittingGenerator:AddInitialSplitting b->g,b; QtoGQSudakov
do SplittingGenerator:AddInitialSplitting dbar->g,dbar; dtoGdSudakov
do SplittingGenerator:AddInitialSplitting ubar->g,ubar; utoGuSudakov
do SplittingGenerator:AddInitialSplitting sbar->g,sbar; QtoGQSudakov
do SplittingGenerator:AddInitialSplitting cbar->g,cbar; QtoGQSudakov
do SplittingGenerator:AddInitialSplitting bbar->g,bbar; QtoGQSudakov
#
do SplittingGenerator:AddInitialSplitting d->gamma,d; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting u->gamma,u; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting s->gamma,s; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting c->gamma,c; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting b->gamma,b; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting dbar->gamma,dbar; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting ubar->gamma,ubar; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting sbar->gamma,sbar; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting cbar->gamma,cbar; QtoGammaQSudakov
do SplittingGenerator:AddInitialSplitting bbar->gamma,bbar; QtoGammaQSudakov
#
# Electroweak
#
do SplittingGenerator:AddFinalSplitting u->u,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting d->d,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting s->s,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting c->c,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting b->b,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting t->t,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting u->u,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting d->d,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting s->s,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting c->c,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting b->b,Z0; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting t->t,Z0; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting u->d,W+; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting c->s,W+; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting d->u,W-; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting s->c,W-; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting u->d,W+; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting c->s,W+; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting d->u,W-; QtoQWZSudakov
do SplittingGenerator:AddInitialSplitting s->c,W-; QtoQWZSudakov
do SplittingGenerator:AddFinalSplitting c->c,h0; QtoQHSudakov
do SplittingGenerator:AddFinalSplitting b->b,h0; QtoQHSudakov
do SplittingGenerator:AddFinalSplitting t->t,h0; QtoQHSudakov
do SplittingGenerator:AddInitialSplitting c->c,h0; QtoQHSudakov
do SplittingGenerator:AddInitialSplitting b->b,h0; QtoQHSudakov
do SplittingGenerator:AddInitialSplitting t->t,h0; QtoQHSudakov
do SplittingGenerator:AddFinalSplitting gamma->W+,W-; GammatoWWSudakov
do SplittingGenerator:AddFinalSplitting Z0->W+,W-; VtoVVSudakov
do SplittingGenerator:AddFinalSplitting W+->W+,gamma; VtoVVSudakov
do SplittingGenerator:AddFinalSplitting W+->W+,Z0; VtoVVSudakov
do SplittingGenerator:AddFinalSplitting W+->W+,h0; VtoVHSudakov
do SplittingGenerator:AddFinalSplitting Z0->Z0,h0; VtoVHSudakov
+do SplittingGenerator:AddFinalSplitting h0->h0,h0; HtoHHSudakov
+
#
# Electroweak l -> l V
#
#do SplittingGenerator:AddFinalSplitting e-->e-,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting mu-->mu-,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting tau-->tau-,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_e->nu_e,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_mu->nu_mu,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_tau->nu_tau,Z0; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting e-->nu_e,W-; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting mu-->nu_mu,W-; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting tau-->nu_tau,W-; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_e->e-,W+; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_mu->mu-,W+; LtoLWZSudakov
#do SplittingGenerator:AddFinalSplitting nu_tau->tau-,W+; LtoLWZSudakov
diff --git a/src/defaults/decayers.in.in b/src/defaults/decayers.in.in
--- a/src/defaults/decayers.in.in
+++ b/src/defaults/decayers.in.in
@@ -1,23723 +1,23727 @@
# -*- ThePEG-repository -*-
#
# This file contains the set-up of the decayers for Herwig outputted
# from the Herwig Particles Database at 15:47:57 on the 4/10/2022.
#
# load libraries which are needed
library Hw64Decay.so
library HwPartonicDecay.so
library HwWeakCurrents.so
library HwFormFactors.so
library HwSMDecay.so
library HwVMDecay.so
library HwTMDecay.so
library HwHMDecay.so
library HwMamboDecay.so
library HwPerturbativeDecay.so
library HwBaryonDecay.so
library HwTauDecay.so
library HwDalitzDecay.so
#
create Herwig::TauDecayer Tau1Meson
newdef Tau1Meson:Iteration 1
newdef Tau1Meson:Ntry 500
newdef Tau1Meson:Points 10000
newdef Tau1Meson:GenerateIntermediates 0
insert Tau1Meson:WeightLocation 0 0
insert Tau1Meson:WeightLocation 1 0
insert Tau1Meson:MaximumWeight 0 0.50
insert Tau1Meson:MaximumWeight 1 0.02
create Herwig::ScalarMesonCurrent Tau1MesonCurrent HwWeakCurrents.so
newdef Tau1MesonCurrent:ThetaEtaEtaPrime -0.194
newdef Tau1MesonCurrent:ID 0 211
newdef Tau1MesonCurrent:Decay_Constant 0 130.7
newdef Tau1MesonCurrent:ID 1 111
newdef Tau1MesonCurrent:Decay_Constant 1 130.7
newdef Tau1MesonCurrent:ID 2 111
newdef Tau1MesonCurrent:Decay_Constant 2 130.7
newdef Tau1MesonCurrent:ID 3 221
newdef Tau1MesonCurrent:Decay_Constant 3 130.7
newdef Tau1MesonCurrent:ID 4 221
newdef Tau1MesonCurrent:Decay_Constant 4 130.7
newdef Tau1MesonCurrent:ID 5 221
newdef Tau1MesonCurrent:Decay_Constant 5 130.7
newdef Tau1MesonCurrent:ID 6 331
newdef Tau1MesonCurrent:Decay_Constant 6 130.7
newdef Tau1MesonCurrent:ID 7 331
newdef Tau1MesonCurrent:Decay_Constant 7 130.7
newdef Tau1MesonCurrent:ID 8 331
newdef Tau1MesonCurrent:Decay_Constant 8 130.7
newdef Tau1MesonCurrent:ID 9 311
newdef Tau1MesonCurrent:Decay_Constant 9 159.8
newdef Tau1MesonCurrent:ID 10 321
newdef Tau1MesonCurrent:Decay_Constant 10 159.8
newdef Tau1MesonCurrent:ID 11 411
newdef Tau1MesonCurrent:Decay_Constant 11 200
newdef Tau1MesonCurrent:ID 12 421
newdef Tau1MesonCurrent:Decay_Constant 12 200
newdef Tau1MesonCurrent:ID 13 431
newdef Tau1MesonCurrent:Decay_Constant 13 241
newdef Tau1MesonCurrent:ID 14 10431
newdef Tau1MesonCurrent:Decay_Constant 14 73.7
newdef Tau1MesonCurrent:Quark 0 2
newdef Tau1MesonCurrent:AntiQuark 0 -1
newdef Tau1MesonCurrent:Quark 1 1
newdef Tau1MesonCurrent:AntiQuark 1 -1
newdef Tau1MesonCurrent:Quark 2 2
newdef Tau1MesonCurrent:AntiQuark 2 -2
newdef Tau1MesonCurrent:Quark 3 1
newdef Tau1MesonCurrent:AntiQuark 3 -1
newdef Tau1MesonCurrent:Quark 4 2
newdef Tau1MesonCurrent:AntiQuark 4 -2
newdef Tau1MesonCurrent:Quark 5 3
newdef Tau1MesonCurrent:AntiQuark 5 -3
newdef Tau1MesonCurrent:Quark 6 1
newdef Tau1MesonCurrent:AntiQuark 6 -1
newdef Tau1MesonCurrent:Quark 7 2
newdef Tau1MesonCurrent:AntiQuark 7 -2
newdef Tau1MesonCurrent:Quark 8 3
newdef Tau1MesonCurrent:AntiQuark 8 -3
newdef Tau1MesonCurrent:Quark 9 1
newdef Tau1MesonCurrent:AntiQuark 9 -3
newdef Tau1MesonCurrent:Quark 10 2
newdef Tau1MesonCurrent:AntiQuark 10 -3
newdef Tau1MesonCurrent:Quark 11 4
newdef Tau1MesonCurrent:AntiQuark 11 -1
newdef Tau1MesonCurrent:Quark 12 4
newdef Tau1MesonCurrent:AntiQuark 12 -2
newdef Tau1MesonCurrent:Quark 13 4
newdef Tau1MesonCurrent:AntiQuark 13 -3
newdef Tau1MesonCurrent:Quark 14 4
newdef Tau1MesonCurrent:AntiQuark 14 -3
newdef Tau1Meson:WeakCurrent Tau1MesonCurrent
#
create Herwig::TauDecayer Tau2Pion
newdef Tau2Pion:Iteration 10
newdef Tau2Pion:Ntry 500
newdef Tau2Pion:Points 10000
newdef Tau2Pion:GenerateIntermediates 1
insert Tau2Pion:WeightLocation 0 0
insert Tau2Pion:WeightLocation 1 3
insert Tau2Pion:MaximumWeight 0 1.64338
insert Tau2Pion:MaximumWeight 1 0.00863434
insert Tau2Pion:Weights 0 0.812615
insert Tau2Pion:Weights 1 0.146317
insert Tau2Pion:Weights 2 0.0410682
insert Tau2Pion:Weights 3 0.51195
insert Tau2Pion:Weights 4 0.396123
insert Tau2Pion:Weights 5 0.0919263
create Herwig::TwoPionRhoCurrent Tau2PionCurrent HwWeakCurrents.so
newdef Tau2PionCurrent:RhoMasses 0 774.6
newdef Tau2PionCurrent:RhoMasses 1 1408
newdef Tau2PionCurrent:RhoMasses 2 1700
newdef Tau2PionCurrent:RhoWidths 0 149
newdef Tau2PionCurrent:RhoWidths 1 502
newdef Tau2PionCurrent:RhoWidths 2 235
newdef Tau2PionCurrent:RhoParameters 1
newdef Tau2PionCurrent:PiMagnitude 0 1
newdef Tau2PionCurrent:PiPhase 0 0
newdef Tau2PionCurrent:PiMagnitude 1 0.167
newdef Tau2PionCurrent:PiPhase 1 180
newdef Tau2PionCurrent:PiMagnitude 2 0.05
newdef Tau2PionCurrent:PiPhase 2 0
newdef Tau2PionCurrent:PiModel 0
newdef Tau2PionCurrent:Quark 0 2
newdef Tau2PionCurrent:AntiQuark 0 -1
newdef Tau2PionCurrent:Quark 1 2
newdef Tau2PionCurrent:AntiQuark 1 -1
newdef Tau2Pion:WeakCurrent Tau2PionCurrent
#
create Herwig::TauDecayer TauKEta
newdef TauKEta:Iteration 10
newdef TauKEta:Ntry 500
newdef TauKEta:Points 10000
newdef TauKEta:GenerateIntermediates 1
insert TauKEta:WeightLocation 0 0
insert TauKEta:WeightLocation 1 3
insert TauKEta:WeightLocation 2 6
insert TauKEta:MaximumWeight 0 0.021307
insert TauKEta:MaximumWeight 1 0.040893
insert TauKEta:MaximumWeight 2 0.00107674
insert TauKEta:Weights 0 0.842908
insert TauKEta:Weights 1 0.0652633
insert TauKEta:Weights 2 0.0918287
insert TauKEta:Weights 3 0.84012
insert TauKEta:Weights 4 0.0665051
insert TauKEta:Weights 5 0.0933754
insert TauKEta:Weights 6 0.549109
insert TauKEta:Weights 7 0.196521
insert TauKEta:Weights 8 0.254371
create Herwig::KPiKStarCurrent TauKEtaCurrent HwWeakCurrents.so
newdef TauKEtaCurrent:KstarMasses 0 892.1
newdef TauKEtaCurrent:KstarMasses 1 1700
insert TauKEtaCurrent:KstarMasses 2 1717
newdef TauKEtaCurrent:KstarWidths 0 51.3
newdef TauKEtaCurrent:KstarWidths 1 235
insert TauKEtaCurrent:KstarWidths 2 322
newdef TauKEtaCurrent:KstarParameters 1
newdef TauKEtaCurrent:KMagnitude 0 1
newdef TauKEtaCurrent:KPhase 0 0
newdef TauKEtaCurrent:KMagnitude 1 0.038
newdef TauKEtaCurrent:KPhase 1 180
newdef TauKEtaCurrent:KMagnitude 2 0
newdef TauKEtaCurrent:KPhase 2 0
newdef TauKEtaCurrent:KModel 0
newdef TauKEtaCurrent:Quark 0 2
newdef TauKEtaCurrent:AntiQuark 0 -3
newdef TauKEtaCurrent:Quark 1 2
newdef TauKEtaCurrent:AntiQuark 1 -3
newdef TauKEtaCurrent:Quark 2 2
newdef TauKEtaCurrent:AntiQuark 2 -3
newdef TauKEta:WeakCurrent TauKEtaCurrent
#
create Herwig::Hw64Decayer DecayME0
newdef DecayME0:MECode 0
#
create Herwig::Hw64Decayer DecayME100
newdef DecayME100:MECode 100
#
create Herwig::Hw64Decayer DecayME101
newdef DecayME101:MECode 101
#
create Herwig::a1ThreePionDecayer a13Pi
newdef a13Pi:Iteration 5
newdef a13Pi:Ntry 500
newdef a13Pi:Points 10000
newdef a13Pi:GenerateIntermediates 1
newdef a13Pi:LocalParameters 1
newdef a13Pi:Coupling 90.44
newdef a13Pi:Lambda2 1.2
newdef a13Pi:a1mass2 1.5129
newdef a13Pi:SigmaMass 0.8
newdef a13Pi:SigmaWidth 0.8
newdef a13Pi:SigmaMagnitude 1.39987
newdef a13Pi:SigmaPhase 0.43585
newdef a13Pi:RhoMagnitude 0 1
newdef a13Pi:RhoPhase 0 0
newdef a13Pi:RhoMasses 0 0.7761
newdef a13Pi:RhoWidths 0 0.1445
newdef a13Pi:AllNeutralWeights 0 0.339108
newdef a13Pi:AllNeutralWeights 1 0.335601
newdef a13Pi:AllNeutralWeights 2 0.325291
newdef a13Pi:OneChargedWeights 0 0.19616
newdef a13Pi:OneChargedWeights 1 0.191408
newdef a13Pi:OneChargedWeights 2 0.12137
newdef a13Pi:OneChargedWeights 3 0.115498
newdef a13Pi:OneChargedWeights 4 0.12729
newdef a13Pi:OneChargedWeights 5 0.127183
newdef a13Pi:OneChargedWeights 6 0.12109
newdef a13Pi:TwoChargedWeights 0 0.188163
newdef a13Pi:TwoChargedWeights 1 0.192479
newdef a13Pi:TwoChargedWeights 2 0.121658
newdef a13Pi:TwoChargedWeights 3 0.12135
newdef a13Pi:TwoChargedWeights 4 0.127298
newdef a13Pi:TwoChargedWeights 5 0.124835
newdef a13Pi:TwoChargedWeights 6 0.124217
newdef a13Pi:ThreeChargedWeights 0 0.153071
newdef a13Pi:ThreeChargedWeights 1 0.165741
newdef a13Pi:ThreeChargedWeights 2 0.107509
newdef a13Pi:ThreeChargedWeights 3 0.10275
newdef a13Pi:ThreeChargedWeights 4 0.109738
newdef a13Pi:ThreeChargedWeights 5 0.11254
newdef a13Pi:ThreeChargedWeights 6 0.125344
newdef a13Pi:ThreeChargedWeights 7 0.123307
newdef a13Pi:ZeroMax 19.144
newdef a13Pi:OneMax 7.83592
newdef a13Pi:TwoMax 6.64804
newdef a13Pi:ThreeMax 6.66296
#
create Herwig::TauDecayer Tau4Pion
newdef Tau4Pion:Iteration 10
newdef Tau4Pion:Ntry 2000
newdef Tau4Pion:Points 10000
newdef Tau4Pion:GenerateIntermediates 1
insert Tau4Pion:WeightLocation 0 0
insert Tau4Pion:WeightLocation 1 12
insert Tau4Pion:MaximumWeight 0 0.24
insert Tau4Pion:MaximumWeight 1 2.41
insert Tau4Pion:Weights 0 0.1058
insert Tau4Pion:Weights 1 0.1058
insert Tau4Pion:Weights 2 0.1058
insert Tau4Pion:Weights 3 0.1058
insert Tau4Pion:Weights 4 0.1058
insert Tau4Pion:Weights 5 0.1058
insert Tau4Pion:Weights 6 0.0668
insert Tau4Pion:Weights 7 0.0668
insert Tau4Pion:Weights 8 0.0668
insert Tau4Pion:Weights 9 0.054903
insert Tau4Pion:Weights 10 0.054903
insert Tau4Pion:Weights 11 0.054904
insert Tau4Pion:Weights 12 0.0659
insert Tau4Pion:Weights 13 0.0659
insert Tau4Pion:Weights 14 0.0659
insert Tau4Pion:Weights 15 0.0659
insert Tau4Pion:Weights 16 0.0659
insert Tau4Pion:Weights 17 0.0659
insert Tau4Pion:Weights 18 0.0558
insert Tau4Pion:Weights 19 0.0558
insert Tau4Pion:Weights 20 0.06175
insert Tau4Pion:Weights 21 0.06175
insert Tau4Pion:Weights 22 0.0781
insert Tau4Pion:Weights 23 0.0781
insert Tau4Pion:Weights 24 0.0550
insert Tau4Pion:Weights 25 0.0550
insert Tau4Pion:Weights 26 0.0517
insert Tau4Pion:Weights 27 0.0517
create Herwig::FourPionNovosibirskCurrent Tau4PionCurrent HwWeakCurrents.so
newdef Tau4PionCurrent:rhoMass 0.7761
newdef Tau4PionCurrent:a1Mass 1.23
newdef Tau4PionCurrent:sigmaMass 0.8
newdef Tau4PionCurrent:omegaMass 0.782
newdef Tau4PionCurrent:rhoWidth 0.1445
newdef Tau4PionCurrent:a1Width 0.45
newdef Tau4PionCurrent:sigmaWidth 0.8
newdef Tau4PionCurrent:omegaWidth 0.00841
newdef Tau4PionCurrent:IntegrationMass 1.4
newdef Tau4PionCurrent:IntegrationWidth 0.5
newdef Tau4PionCurrent:SigmaMagnitude 1.39987
newdef Tau4PionCurrent:SigmaPhase 0.43585
newdef Tau4PionCurrent:Lambda2 1.2
newdef Tau4PionCurrent:LocalParameters 1
newdef Tau4PionCurrent:Initializea1 0
newdef Tau4PionCurrent:a1RunningWidth 0 0
newdef Tau4PionCurrent:a1RunningWidth 1 0
newdef Tau4PionCurrent:a1RunningWidth 2 0
newdef Tau4PionCurrent:a1RunningWidth 3 0
newdef Tau4PionCurrent:a1RunningWidth 4 0
newdef Tau4PionCurrent:a1RunningWidth 5 0
newdef Tau4PionCurrent:a1RunningWidth 6 0
newdef Tau4PionCurrent:a1RunningWidth 7 0
newdef Tau4PionCurrent:a1RunningWidth 8 0
newdef Tau4PionCurrent:a1RunningWidth 9 0
newdef Tau4PionCurrent:a1RunningWidth 10 0
newdef Tau4PionCurrent:a1RunningWidth 11 1.2668e-09
newdef Tau4PionCurrent:a1RunningWidth 12 7.25154e-07
newdef Tau4PionCurrent:a1RunningWidth 13 5.44727e-06
newdef Tau4PionCurrent:a1RunningWidth 14 1.8636e-05
newdef Tau4PionCurrent:a1RunningWidth 15 4.51749e-05
newdef Tau4PionCurrent:a1RunningWidth 16 9.01909e-05
newdef Tau4PionCurrent:a1RunningWidth 17 0.000159011
newdef Tau4PionCurrent:a1RunningWidth 18 0.00025717
newdef Tau4PionCurrent:a1RunningWidth 19 0.000390448
newdef Tau4PionCurrent:a1RunningWidth 20 0.000564921
newdef Tau4PionCurrent:a1RunningWidth 21 0.000787028
newdef Tau4PionCurrent:a1RunningWidth 22 0.00106365
newdef Tau4PionCurrent:a1RunningWidth 23 0.00140218
newdef Tau4PionCurrent:a1RunningWidth 24 0.00181066
newdef Tau4PionCurrent:a1RunningWidth 25 0.00229787
newdef Tau4PionCurrent:a1RunningWidth 26 0.00287348
newdef Tau4PionCurrent:a1RunningWidth 27 0.00354818
newdef Tau4PionCurrent:a1RunningWidth 28 0.00433394
newdef Tau4PionCurrent:a1RunningWidth 29 0.00524412
newdef Tau4PionCurrent:a1RunningWidth 30 0.00629386
newdef Tau4PionCurrent:a1RunningWidth 31 0.00750026
newdef Tau4PionCurrent:a1RunningWidth 32 0.00888287
newdef Tau4PionCurrent:a1RunningWidth 33 0.0104641
newdef Tau4PionCurrent:a1RunningWidth 34 0.0122697
newdef Tau4PionCurrent:a1RunningWidth 35 0.0143294
newdef Tau4PionCurrent:a1RunningWidth 36 0.016678
newdef Tau4PionCurrent:a1RunningWidth 37 0.0193556
newdef Tau4PionCurrent:a1RunningWidth 38 0.0224095
newdef Tau4PionCurrent:a1RunningWidth 39 0.025895
newdef Tau4PionCurrent:a1RunningWidth 40 0.0298766
newdef Tau4PionCurrent:a1RunningWidth 41 0.0344302
newdef Tau4PionCurrent:a1RunningWidth 42 0.0396437
newdef Tau4PionCurrent:a1RunningWidth 43 0.0456187
newdef Tau4PionCurrent:a1RunningWidth 44 0.0524703
newdef Tau4PionCurrent:a1RunningWidth 45 0.0603249
newdef Tau4PionCurrent:a1RunningWidth 46 0.0693166
newdef Tau4PionCurrent:a1RunningWidth 47 0.0795701
newdef Tau4PionCurrent:a1RunningWidth 48 0.0911959
newdef Tau4PionCurrent:a1RunningWidth 49 0.104253
newdef Tau4PionCurrent:a1RunningWidth 50 0.118728
newdef Tau4PionCurrent:a1RunningWidth 51 0.134509
newdef Tau4PionCurrent:a1RunningWidth 52 0.151382
newdef Tau4PionCurrent:a1RunningWidth 53 0.169043
newdef Tau4PionCurrent:a1RunningWidth 54 0.187144
newdef Tau4PionCurrent:a1RunningWidth 55 0.205332
newdef Tau4PionCurrent:a1RunningWidth 56 0.223296
newdef Tau4PionCurrent:a1RunningWidth 57 0.240783
newdef Tau4PionCurrent:a1RunningWidth 58 0.257608
newdef Tau4PionCurrent:a1RunningWidth 59 0.273644
newdef Tau4PionCurrent:a1RunningWidth 60 0.288817
newdef Tau4PionCurrent:a1RunningWidth 61 0.303092
newdef Tau4PionCurrent:a1RunningWidth 62 0.316463
newdef Tau4PionCurrent:a1RunningWidth 63 0.328939
newdef Tau4PionCurrent:a1RunningWidth 64 0.340546
newdef Tau4PionCurrent:a1RunningWidth 65 0.351317
newdef Tau4PionCurrent:a1RunningWidth 66 0.36129
newdef Tau4PionCurrent:a1RunningWidth 67 0.370505
newdef Tau4PionCurrent:a1RunningWidth 68 0.379004
newdef Tau4PionCurrent:a1RunningWidth 69 0.386827
newdef Tau4PionCurrent:a1RunningWidth 70 0.394014
newdef Tau4PionCurrent:a1RunningWidth 71 0.400604
newdef Tau4PionCurrent:a1RunningWidth 72 0.406634
newdef Tau4PionCurrent:a1RunningWidth 73 0.412139
newdef Tau4PionCurrent:a1RunningWidth 74 0.417151
newdef Tau4PionCurrent:a1RunningWidth 75 0.421702
newdef Tau4PionCurrent:a1RunningWidth 76 0.425822
newdef Tau4PionCurrent:a1RunningWidth 77 0.429538
newdef Tau4PionCurrent:a1RunningWidth 78 0.432877
newdef Tau4PionCurrent:a1RunningWidth 79 0.435862
newdef Tau4PionCurrent:a1RunningWidth 80 0.438551
newdef Tau4PionCurrent:a1RunningWidth 81 0.440898
newdef Tau4PionCurrent:a1RunningWidth 82 0.442955
newdef Tau4PionCurrent:a1RunningWidth 83 0.44475
newdef Tau4PionCurrent:a1RunningWidth 84 0.446231
newdef Tau4PionCurrent:a1RunningWidth 85 0.447525
newdef Tau4PionCurrent:a1RunningWidth 86 0.448599
newdef Tau4PionCurrent:a1RunningWidth 87 0.449464
newdef Tau4PionCurrent:a1RunningWidth 88 0.450137
newdef Tau4PionCurrent:a1RunningWidth 89 0.450632
newdef Tau4PionCurrent:a1RunningWidth 90 0.450953
newdef Tau4PionCurrent:a1RunningWidth 91 0.451115
newdef Tau4PionCurrent:a1RunningWidth 92 0.451131
newdef Tau4PionCurrent:a1RunningWidth 93 0.45101
newdef Tau4PionCurrent:a1RunningWidth 94 0.450759
newdef Tau4PionCurrent:a1RunningWidth 95 0.450388
newdef Tau4PionCurrent:a1RunningWidth 96 0.449905
newdef Tau4PionCurrent:a1RunningWidth 97 0.449318
newdef Tau4PionCurrent:a1RunningWidth 98 0.448719
newdef Tau4PionCurrent:a1RunningWidth 99 0.447944
newdef Tau4PionCurrent:a1RunningWidth 100 0.446996
newdef Tau4PionCurrent:a1RunningWidth 101 0.446057
newdef Tau4PionCurrent:a1RunningWidth 102 0.445045
newdef Tau4PionCurrent:a1RunningWidth 103 0.443964
newdef Tau4PionCurrent:a1RunningWidth 104 0.442821
newdef Tau4PionCurrent:a1RunningWidth 105 0.441618
newdef Tau4PionCurrent:a1RunningWidth 106 0.440362
newdef Tau4PionCurrent:a1RunningWidth 107 0.439058
newdef Tau4PionCurrent:a1RunningWidth 108 0.437707
newdef Tau4PionCurrent:a1RunningWidth 109 0.436533
newdef Tau4PionCurrent:a1RunningWidth 110 0.434872
newdef Tau4PionCurrent:a1RunningWidth 111 0.4334
newdef Tau4PionCurrent:a1RunningWidth 112 0.431896
newdef Tau4PionCurrent:a1RunningWidth 113 0.430362
newdef Tau4PionCurrent:a1RunningWidth 114 0.428803
newdef Tau4PionCurrent:a1RunningWidth 115 0.427213
newdef Tau4PionCurrent:a1RunningWidth 116 0.425602
newdef Tau4PionCurrent:a1RunningWidth 117 0.42397
newdef Tau4PionCurrent:a1RunningWidth 118 0.422326
newdef Tau4PionCurrent:a1RunningWidth 119 0.420655
newdef Tau4PionCurrent:a1RunningWidth 120 0.418972
newdef Tau4PionCurrent:a1RunningWidth 121 0.41728
newdef Tau4PionCurrent:a1RunningWidth 122 0.415571
newdef Tau4PionCurrent:a1RunningWidth 123 0.413857
newdef Tau4PionCurrent:a1RunningWidth 124 0.412098
newdef Tau4PionCurrent:a1RunningWidth 125 0.4104
newdef Tau4PionCurrent:a1RunningWidth 126 0.408663
newdef Tau4PionCurrent:a1RunningWidth 127 0.406921
newdef Tau4PionCurrent:a1RunningWidth 128 0.405176
newdef Tau4PionCurrent:a1RunningWidth 129 0.403429
newdef Tau4PionCurrent:a1RunningWidth 130 0.40168
newdef Tau4PionCurrent:a1RunningWidth 131 0.399931
newdef Tau4PionCurrent:a1RunningWidth 132 0.398181
newdef Tau4PionCurrent:a1RunningWidth 133 0.396433
newdef Tau4PionCurrent:a1RunningWidth 134 0.394687
newdef Tau4PionCurrent:a1RunningWidth 135 0.392944
newdef Tau4PionCurrent:a1RunningWidth 136 0.391209
newdef Tau4PionCurrent:a1RunningWidth 137 0.389472
newdef Tau4PionCurrent:a1RunningWidth 138 0.38774
newdef Tau4PionCurrent:a1RunningWidth 139 0.386011
newdef Tau4PionCurrent:a1RunningWidth 140 0.38429
newdef Tau4PionCurrent:a1RunningWidth 141 0.382576
newdef Tau4PionCurrent:a1RunningWidth 142 0.380868
newdef Tau4PionCurrent:a1RunningWidth 143 0.379168
newdef Tau4PionCurrent:a1RunningWidth 144 0.377475
newdef Tau4PionCurrent:a1RunningWidth 145 0.37579
newdef Tau4PionCurrent:a1RunningWidth 146 0.374113
newdef Tau4PionCurrent:a1RunningWidth 147 0.372446
newdef Tau4PionCurrent:a1RunningWidth 148 0.370786
newdef Tau4PionCurrent:a1RunningWidth 149 0.369135
newdef Tau4PionCurrent:a1RunningWidth 150 0.367492
newdef Tau4PionCurrent:a1RunningWidth 151 0.365861
newdef Tau4PionCurrent:a1RunningWidth 152 0.364237
newdef Tau4PionCurrent:a1RunningWidth 153 0.362623
newdef Tau4PionCurrent:a1RunningWidth 154 0.361021
newdef Tau4PionCurrent:a1RunningWidth 155 0.359431
newdef Tau4PionCurrent:a1RunningWidth 156 0.357847
newdef Tau4PionCurrent:a1RunningWidth 157 0.356276
newdef Tau4PionCurrent:a1RunningWidth 158 0.354717
newdef Tau4PionCurrent:a1RunningWidth 159 0.353165
newdef Tau4PionCurrent:a1RunningWidth 160 0.351626
newdef Tau4PionCurrent:a1RunningWidth 161 0.350098
newdef Tau4PionCurrent:a1RunningWidth 162 0.348581
newdef Tau4PionCurrent:a1RunningWidth 163 0.347074
newdef Tau4PionCurrent:a1RunningWidth 164 0.345601
newdef Tau4PionCurrent:a1RunningWidth 165 0.344092
newdef Tau4PionCurrent:a1RunningWidth 166 0.342625
newdef Tau4PionCurrent:a1RunningWidth 167 0.341161
newdef Tau4PionCurrent:a1RunningWidth 168 0.339711
newdef Tau4PionCurrent:a1RunningWidth 169 0.338272
newdef Tau4PionCurrent:a1RunningWidth 170 0.336663
newdef Tau4PionCurrent:a1RunningWidth 171 0.335428
newdef Tau4PionCurrent:a1RunningWidth 172 0.334023
newdef Tau4PionCurrent:a1RunningWidth 173 0.332629
newdef Tau4PionCurrent:a1RunningWidth 174 0.331247
newdef Tau4PionCurrent:a1RunningWidth 175 0.329873
newdef Tau4PionCurrent:a1RunningWidth 176 0.328516
newdef Tau4PionCurrent:a1RunningWidth 177 0.327166
newdef Tau4PionCurrent:a1RunningWidth 178 0.325828
newdef Tau4PionCurrent:a1RunningWidth 179 0.324499
newdef Tau4PionCurrent:a1RunningWidth 180 0.323183
newdef Tau4PionCurrent:a1RunningWidth 181 0.321879
newdef Tau4PionCurrent:a1RunningWidth 182 0.320585
newdef Tau4PionCurrent:a1RunningWidth 183 0.319302
newdef Tau4PionCurrent:a1RunningWidth 184 0.318029
newdef Tau4PionCurrent:a1RunningWidth 185 0.316768
newdef Tau4PionCurrent:a1RunningWidth 186 0.31552
newdef Tau4PionCurrent:a1RunningWidth 187 0.314277
newdef Tau4PionCurrent:a1RunningWidth 188 0.313048
newdef Tau4PionCurrent:a1RunningWidth 189 0.311828
newdef Tau4PionCurrent:a1RunningWidth 190 0.31062
newdef Tau4PionCurrent:a1RunningWidth 191 0.309424
newdef Tau4PionCurrent:a1RunningWidth 192 0.308226
newdef Tau4PionCurrent:a1RunningWidth 193 0.30706
newdef Tau4PionCurrent:a1RunningWidth 194 0.305893
newdef Tau4PionCurrent:a1RunningWidth 195 0.304738
newdef Tau4PionCurrent:a1RunningWidth 196 0.303589
newdef Tau4PionCurrent:a1RunningWidth 197 0.302453
newdef Tau4PionCurrent:a1RunningWidth 198 0.301326
newdef Tau4PionCurrent:a1RunningWidth 199 0.300207
insert Tau4PionCurrent:a1RunningWidth 200 0.299101
newdef Tau4PionCurrent:a1RunningQ2 0 0
newdef Tau4PionCurrent:a1RunningQ2 1 0.0157885
newdef Tau4PionCurrent:a1RunningQ2 2 0.0315769
newdef Tau4PionCurrent:a1RunningQ2 3 0.0473654
newdef Tau4PionCurrent:a1RunningQ2 4 0.0631539
newdef Tau4PionCurrent:a1RunningQ2 5 0.0789423
newdef Tau4PionCurrent:a1RunningQ2 6 0.0947308
newdef Tau4PionCurrent:a1RunningQ2 7 0.110519
newdef Tau4PionCurrent:a1RunningQ2 8 0.126308
newdef Tau4PionCurrent:a1RunningQ2 9 0.142096
newdef Tau4PionCurrent:a1RunningQ2 10 0.157885
newdef Tau4PionCurrent:a1RunningQ2 11 0.173673
newdef Tau4PionCurrent:a1RunningQ2 12 0.189462
newdef Tau4PionCurrent:a1RunningQ2 13 0.20525
newdef Tau4PionCurrent:a1RunningQ2 14 0.221039
newdef Tau4PionCurrent:a1RunningQ2 15 0.236827
newdef Tau4PionCurrent:a1RunningQ2 16 0.252615
newdef Tau4PionCurrent:a1RunningQ2 17 0.268404
newdef Tau4PionCurrent:a1RunningQ2 18 0.284192
newdef Tau4PionCurrent:a1RunningQ2 19 0.299981
newdef Tau4PionCurrent:a1RunningQ2 20 0.315769
newdef Tau4PionCurrent:a1RunningQ2 21 0.331558
newdef Tau4PionCurrent:a1RunningQ2 22 0.347346
newdef Tau4PionCurrent:a1RunningQ2 23 0.363135
newdef Tau4PionCurrent:a1RunningQ2 24 0.378923
newdef Tau4PionCurrent:a1RunningQ2 25 0.394712
newdef Tau4PionCurrent:a1RunningQ2 26 0.4105
newdef Tau4PionCurrent:a1RunningQ2 27 0.426289
newdef Tau4PionCurrent:a1RunningQ2 28 0.442077
newdef Tau4PionCurrent:a1RunningQ2 29 0.457866
newdef Tau4PionCurrent:a1RunningQ2 30 0.473654
newdef Tau4PionCurrent:a1RunningQ2 31 0.489442
newdef Tau4PionCurrent:a1RunningQ2 32 0.505231
newdef Tau4PionCurrent:a1RunningQ2 33 0.521019
newdef Tau4PionCurrent:a1RunningQ2 34 0.536808
newdef Tau4PionCurrent:a1RunningQ2 35 0.552596
newdef Tau4PionCurrent:a1RunningQ2 36 0.568385
newdef Tau4PionCurrent:a1RunningQ2 37 0.584173
newdef Tau4PionCurrent:a1RunningQ2 38 0.599962
newdef Tau4PionCurrent:a1RunningQ2 39 0.61575
newdef Tau4PionCurrent:a1RunningQ2 40 0.631539
newdef Tau4PionCurrent:a1RunningQ2 41 0.647327
newdef Tau4PionCurrent:a1RunningQ2 42 0.663116
newdef Tau4PionCurrent:a1RunningQ2 43 0.678904
newdef Tau4PionCurrent:a1RunningQ2 44 0.694693
newdef Tau4PionCurrent:a1RunningQ2 45 0.710481
newdef Tau4PionCurrent:a1RunningQ2 46 0.726269
newdef Tau4PionCurrent:a1RunningQ2 47 0.742058
newdef Tau4PionCurrent:a1RunningQ2 48 0.757846
newdef Tau4PionCurrent:a1RunningQ2 49 0.773635
newdef Tau4PionCurrent:a1RunningQ2 50 0.789423
newdef Tau4PionCurrent:a1RunningQ2 51 0.805212
newdef Tau4PionCurrent:a1RunningQ2 52 0.821
newdef Tau4PionCurrent:a1RunningQ2 53 0.836789
newdef Tau4PionCurrent:a1RunningQ2 54 0.852577
newdef Tau4PionCurrent:a1RunningQ2 55 0.868366
newdef Tau4PionCurrent:a1RunningQ2 56 0.884154
newdef Tau4PionCurrent:a1RunningQ2 57 0.899943
newdef Tau4PionCurrent:a1RunningQ2 58 0.915731
newdef Tau4PionCurrent:a1RunningQ2 59 0.93152
newdef Tau4PionCurrent:a1RunningQ2 60 0.947308
newdef Tau4PionCurrent:a1RunningQ2 61 0.963097
newdef Tau4PionCurrent:a1RunningQ2 62 0.978885
newdef Tau4PionCurrent:a1RunningQ2 63 0.994673
newdef Tau4PionCurrent:a1RunningQ2 64 1.01046
newdef Tau4PionCurrent:a1RunningQ2 65 1.02625
newdef Tau4PionCurrent:a1RunningQ2 66 1.04204
newdef Tau4PionCurrent:a1RunningQ2 67 1.05783
newdef Tau4PionCurrent:a1RunningQ2 68 1.07362
newdef Tau4PionCurrent:a1RunningQ2 69 1.0894
newdef Tau4PionCurrent:a1RunningQ2 70 1.10519
newdef Tau4PionCurrent:a1RunningQ2 71 1.12098
newdef Tau4PionCurrent:a1RunningQ2 72 1.13677
newdef Tau4PionCurrent:a1RunningQ2 73 1.15256
newdef Tau4PionCurrent:a1RunningQ2 74 1.16835
newdef Tau4PionCurrent:a1RunningQ2 75 1.18414
newdef Tau4PionCurrent:a1RunningQ2 76 1.19992
newdef Tau4PionCurrent:a1RunningQ2 77 1.21571
newdef Tau4PionCurrent:a1RunningQ2 78 1.2315
newdef Tau4PionCurrent:a1RunningQ2 79 1.24729
newdef Tau4PionCurrent:a1RunningQ2 80 1.26308
newdef Tau4PionCurrent:a1RunningQ2 81 1.27887
newdef Tau4PionCurrent:a1RunningQ2 82 1.29465
newdef Tau4PionCurrent:a1RunningQ2 83 1.31044
newdef Tau4PionCurrent:a1RunningQ2 84 1.32623
newdef Tau4PionCurrent:a1RunningQ2 85 1.34202
newdef Tau4PionCurrent:a1RunningQ2 86 1.35781
newdef Tau4PionCurrent:a1RunningQ2 87 1.3736
newdef Tau4PionCurrent:a1RunningQ2 88 1.38939
newdef Tau4PionCurrent:a1RunningQ2 89 1.40517
newdef Tau4PionCurrent:a1RunningQ2 90 1.42096
newdef Tau4PionCurrent:a1RunningQ2 91 1.43675
newdef Tau4PionCurrent:a1RunningQ2 92 1.45254
newdef Tau4PionCurrent:a1RunningQ2 93 1.46833
newdef Tau4PionCurrent:a1RunningQ2 94 1.48412
newdef Tau4PionCurrent:a1RunningQ2 95 1.4999
newdef Tau4PionCurrent:a1RunningQ2 96 1.51569
newdef Tau4PionCurrent:a1RunningQ2 97 1.53148
newdef Tau4PionCurrent:a1RunningQ2 98 1.54727
newdef Tau4PionCurrent:a1RunningQ2 99 1.56306
newdef Tau4PionCurrent:a1RunningQ2 100 1.57885
newdef Tau4PionCurrent:a1RunningQ2 101 1.59464
newdef Tau4PionCurrent:a1RunningQ2 102 1.61042
newdef Tau4PionCurrent:a1RunningQ2 103 1.62621
newdef Tau4PionCurrent:a1RunningQ2 104 1.642
newdef Tau4PionCurrent:a1RunningQ2 105 1.65779
newdef Tau4PionCurrent:a1RunningQ2 106 1.67358
newdef Tau4PionCurrent:a1RunningQ2 107 1.68937
newdef Tau4PionCurrent:a1RunningQ2 108 1.70515
newdef Tau4PionCurrent:a1RunningQ2 109 1.72094
newdef Tau4PionCurrent:a1RunningQ2 110 1.73673
newdef Tau4PionCurrent:a1RunningQ2 111 1.75252
newdef Tau4PionCurrent:a1RunningQ2 112 1.76831
newdef Tau4PionCurrent:a1RunningQ2 113 1.7841
newdef Tau4PionCurrent:a1RunningQ2 114 1.79989
newdef Tau4PionCurrent:a1RunningQ2 115 1.81567
newdef Tau4PionCurrent:a1RunningQ2 116 1.83146
newdef Tau4PionCurrent:a1RunningQ2 117 1.84725
newdef Tau4PionCurrent:a1RunningQ2 118 1.86304
newdef Tau4PionCurrent:a1RunningQ2 119 1.87883
newdef Tau4PionCurrent:a1RunningQ2 120 1.89462
newdef Tau4PionCurrent:a1RunningQ2 121 1.9104
newdef Tau4PionCurrent:a1RunningQ2 122 1.92619
newdef Tau4PionCurrent:a1RunningQ2 123 1.94198
newdef Tau4PionCurrent:a1RunningQ2 124 1.95777
newdef Tau4PionCurrent:a1RunningQ2 125 1.97356
newdef Tau4PionCurrent:a1RunningQ2 126 1.98935
newdef Tau4PionCurrent:a1RunningQ2 127 2.00514
newdef Tau4PionCurrent:a1RunningQ2 128 2.02092
newdef Tau4PionCurrent:a1RunningQ2 129 2.03671
newdef Tau4PionCurrent:a1RunningQ2 130 2.0525
newdef Tau4PionCurrent:a1RunningQ2 131 2.06829
newdef Tau4PionCurrent:a1RunningQ2 132 2.08408
newdef Tau4PionCurrent:a1RunningQ2 133 2.09987
newdef Tau4PionCurrent:a1RunningQ2 134 2.11565
newdef Tau4PionCurrent:a1RunningQ2 135 2.13144
newdef Tau4PionCurrent:a1RunningQ2 136 2.14723
newdef Tau4PionCurrent:a1RunningQ2 137 2.16302
newdef Tau4PionCurrent:a1RunningQ2 138 2.17881
newdef Tau4PionCurrent:a1RunningQ2 139 2.1946
newdef Tau4PionCurrent:a1RunningQ2 140 2.21039
newdef Tau4PionCurrent:a1RunningQ2 141 2.22617
newdef Tau4PionCurrent:a1RunningQ2 142 2.24196
newdef Tau4PionCurrent:a1RunningQ2 143 2.25775
newdef Tau4PionCurrent:a1RunningQ2 144 2.27354
newdef Tau4PionCurrent:a1RunningQ2 145 2.28933
newdef Tau4PionCurrent:a1RunningQ2 146 2.30512
newdef Tau4PionCurrent:a1RunningQ2 147 2.3209
newdef Tau4PionCurrent:a1RunningQ2 148 2.33669
newdef Tau4PionCurrent:a1RunningQ2 149 2.35248
newdef Tau4PionCurrent:a1RunningQ2 150 2.36827
newdef Tau4PionCurrent:a1RunningQ2 151 2.38406
newdef Tau4PionCurrent:a1RunningQ2 152 2.39985
newdef Tau4PionCurrent:a1RunningQ2 153 2.41564
newdef Tau4PionCurrent:a1RunningQ2 154 2.43142
newdef Tau4PionCurrent:a1RunningQ2 155 2.44721
newdef Tau4PionCurrent:a1RunningQ2 156 2.463
newdef Tau4PionCurrent:a1RunningQ2 157 2.47879
newdef Tau4PionCurrent:a1RunningQ2 158 2.49458
newdef Tau4PionCurrent:a1RunningQ2 159 2.51037
newdef Tau4PionCurrent:a1RunningQ2 160 2.52615
newdef Tau4PionCurrent:a1RunningQ2 161 2.54194
newdef Tau4PionCurrent:a1RunningQ2 162 2.55773
newdef Tau4PionCurrent:a1RunningQ2 163 2.57352
newdef Tau4PionCurrent:a1RunningQ2 164 2.58931
newdef Tau4PionCurrent:a1RunningQ2 165 2.6051
newdef Tau4PionCurrent:a1RunningQ2 166 2.62089
newdef Tau4PionCurrent:a1RunningQ2 167 2.63667
newdef Tau4PionCurrent:a1RunningQ2 168 2.65246
newdef Tau4PionCurrent:a1RunningQ2 169 2.66825
newdef Tau4PionCurrent:a1RunningQ2 170 2.68404
newdef Tau4PionCurrent:a1RunningQ2 171 2.69983
newdef Tau4PionCurrent:a1RunningQ2 172 2.71562
newdef Tau4PionCurrent:a1RunningQ2 173 2.7314
newdef Tau4PionCurrent:a1RunningQ2 174 2.74719
newdef Tau4PionCurrent:a1RunningQ2 175 2.76298
newdef Tau4PionCurrent:a1RunningQ2 176 2.77877
newdef Tau4PionCurrent:a1RunningQ2 177 2.79456
newdef Tau4PionCurrent:a1RunningQ2 178 2.81035
newdef Tau4PionCurrent:a1RunningQ2 179 2.82614
newdef Tau4PionCurrent:a1RunningQ2 180 2.84192
newdef Tau4PionCurrent:a1RunningQ2 181 2.85771
newdef Tau4PionCurrent:a1RunningQ2 182 2.8735
newdef Tau4PionCurrent:a1RunningQ2 183 2.88929
newdef Tau4PionCurrent:a1RunningQ2 184 2.90508
newdef Tau4PionCurrent:a1RunningQ2 185 2.92087
newdef Tau4PionCurrent:a1RunningQ2 186 2.93665
newdef Tau4PionCurrent:a1RunningQ2 187 2.95244
newdef Tau4PionCurrent:a1RunningQ2 188 2.96823
newdef Tau4PionCurrent:a1RunningQ2 189 2.98402
newdef Tau4PionCurrent:a1RunningQ2 190 2.99981
newdef Tau4PionCurrent:a1RunningQ2 191 3.0156
newdef Tau4PionCurrent:a1RunningQ2 192 3.03139
newdef Tau4PionCurrent:a1RunningQ2 193 3.04717
newdef Tau4PionCurrent:a1RunningQ2 194 3.06296
newdef Tau4PionCurrent:a1RunningQ2 195 3.07875
newdef Tau4PionCurrent:a1RunningQ2 196 3.09454
newdef Tau4PionCurrent:a1RunningQ2 197 3.11033
newdef Tau4PionCurrent:a1RunningQ2 198 3.12612
newdef Tau4PionCurrent:a1RunningQ2 199 3.1419
insert Tau4PionCurrent:a1RunningQ2 200 3.15769
newdef Tau4PionCurrent:Quark 0 2
newdef Tau4PionCurrent:AntiQuark 0 -1
newdef Tau4PionCurrent:Quark 1 2
newdef Tau4PionCurrent:AntiQuark 1 -1
newdef Tau4Pion:WeakCurrent Tau4PionCurrent
#
create Herwig::TauDecayer Tau2MesonPhoton
newdef Tau2MesonPhoton:Iteration 10
newdef Tau2MesonPhoton:Ntry 500
newdef Tau2MesonPhoton:Points 10000
newdef Tau2MesonPhoton:GenerateIntermediates 1
insert Tau2MesonPhoton:WeightLocation 0 0
insert Tau2MesonPhoton:MaximumWeight 0 0.0107705
insert Tau2MesonPhoton:Weights 0 1
create Herwig::TwoPionPhotonCurrent Tau2MesonPhotonCurrent HwWeakCurrents.so
newdef Tau2MesonPhotonCurrent:omegamass 0.782
newdef Tau2MesonPhotonCurrent:omegawidth 0.0085
newdef Tau2MesonPhotonCurrent:grho 0.112389
newdef Tau2MesonPhotonCurrent:grhoomegapi 12.924
newdef Tau2MesonPhotonCurrent:IntegrationMass 1.2
newdef Tau2MesonPhotonCurrent:IntegrationWidth 0.35
newdef Tau2MesonPhotonCurrent:Weights 0 1
newdef Tau2MesonPhotonCurrent:Weights 1 -0.1
newdef Tau2MesonPhotonCurrent:RhoMasses 0 773
newdef Tau2MesonPhotonCurrent:RhoMasses 1 1700
newdef Tau2MesonPhotonCurrent:RhoWidths 0 145
newdef Tau2MesonPhotonCurrent:RhoWidths 1 260
newdef Tau2MesonPhotonCurrent:Quark 0 2
newdef Tau2MesonPhotonCurrent:AntiQuark 0 -1
newdef Tau2MesonPhoton:WeakCurrent Tau2MesonPhotonCurrent
#
create Herwig::VectorMesonVectorPScalarDecayer VectorVP
newdef VectorVP:Iteration 1
newdef VectorVP:Ntry 1000
newdef VectorVP:Points 10000
newdef VectorVP:GenerateIntermediates 0
do VectorVP:SetUpDecayMode 113 22 111 0.0002527 1.60721
do VectorVP:SetUpDecayMode 213 22 211 0.000221 1.62841
do VectorVP:SetUpDecayMode 113 22 221 0.000492 1.6601
do VectorVP:SetUpDecayMode 223 22 111 0.000727947 1.6066
do VectorVP:SetUpDecayMode 223 22 221 0.000143 1.61151
do VectorVP:SetUpDecayMode 333 22 111 3.97e-05 1.57772
do VectorVP:SetUpDecayMode 333 22 221 0.000212 1.59018
do VectorVP:SetUpDecayMode 333 22 331 0.000219 1.75157
do VectorVP:SetUpDecayMode 333 223 111 4.17e-05 1.82785
do VectorVP:SetUpDecayMode 100333 323 -321 0.003934 4.69434
do VectorVP:SetUpDecayMode 100333 313 -311 0.004011 4.43694
do VectorVP:SetUpDecayMode 313 22 311 0.000384 1.60146
do VectorVP:SetUpDecayMode 323 22 321 0.000253 1.59626
do VectorVP:SetUpDecayMode 423 22 421 0.000616 1.60404
do VectorVP:SetUpDecayMode 413 22 411 0.000152 1.5979
do VectorVP:SetUpDecayMode 433 22 431 0.000764 1.60184
do VectorVP:SetUpDecayMode 533 22 531 0.000248 1.59746
do VectorVP:SetUpDecayMode 543 22 541 0.000266 1.59608
do VectorVP:SetUpDecayMode 523 22 521 0.000553 1.59875
do VectorVP:SetUpDecayMode 513 22 511 0.00031 1.59075
do VectorVP:SetUpDecayMode 30113 113 221 0.002663 3.81111
do VectorVP:SetUpDecayMode 30213 213 221 0.002663 3.83583
do VectorVP:SetUpDecayMode 30113 323 -321 0.000894 4.7074
do VectorVP:SetUpDecayMode 30113 313 -311 0.000908 4.7438
do VectorVP:SetUpDecayMode 30213 323 -311 0.001265 4.62484
do VectorVP:SetUpDecayMode 30213 -313 321 0.001273 4.88974
do VectorVP:SetUpDecayMode 30223 213 -211 0.002996 3.32873
do VectorVP:SetUpDecayMode 30223 113 111 0.002996 3.33537
do VectorVP:SetUpDecayMode 100223 213 -211 0.004507 3.88723
do VectorVP:SetUpDecayMode 100223 113 111 0.004507 3.71504
do VectorVP:SetUpDecayMode 30313 323 -211 0.00336 3.81291
do VectorVP:SetUpDecayMode 30313 313 111 0.00238 3.50939
do VectorVP:SetUpDecayMode 30323 313 211 0.00336 3.33937
do VectorVP:SetUpDecayMode 30323 323 111 0.00238 3.17369
do VectorVP:SetUpDecayMode 30313 -213 321 0.004159 2.90637
do VectorVP:SetUpDecayMode 30313 113 311 0.002939 2.94708
do VectorVP:SetUpDecayMode 30323 213 311 0.004159 2.95133
do VectorVP:SetUpDecayMode 30323 113 321 0.002939 2.9179
do VectorVP:SetUpDecayMode 100313 323 -211 0.009469 5.36672
do VectorVP:SetUpDecayMode 100313 313 111 0.006781 5.47961
do VectorVP:SetUpDecayMode 100323 313 211 0.009469 5.37021
do VectorVP:SetUpDecayMode 100323 323 111 0.006781 5.34432
do VectorVP:SetUpDecayMode 443 22 441 0.000149 28.2694
do VectorVP:SetUpDecayMode 443 22 331 2.5e-06 1.64689
do VectorVP:SetUpDecayMode 443 213 -211 2.74e-06 3.14147
do VectorVP:SetUpDecayMode 443 113 111 2.74e-06 3.15398
do VectorVP:SetUpDecayMode 443 323 -321 1.8e-06 5.49223
do VectorVP:SetUpDecayMode 443 313 -311 1.8e-06 5.30256
do VectorVP:SetUpDecayMode 443 223 221 1.54e-06 5.62993
do VectorVP:SetUpDecayMode 443 22 221 1.03e-06 1.60784
do VectorVP:SetUpDecayMode 443 333 221 1.1e-06 5.27399
do VectorVP:SetUpDecayMode 443 333 331 8.5e-07 5.15443
do VectorVP:SetUpDecayMode 443 223 111 7.3e-07 5.67454
do VectorVP:SetUpDecayMode 443 113 221 5.4e-07 2.95976
do VectorVP:SetUpDecayMode 443 113 331 4.5e-07 2.58819
do VectorVP:SetUpDecayMode 443 223 331 5.8e-07 5.78299
do VectorVP:SetUpDecayMode 443 22 111 1.77e-07 1.59256
do VectorVP:SetUpDecayMode 100443 443 221 0.00023 1.66072
do VectorVP:SetUpDecayMode 100443 22 441 1.14e-05 3.23618
do VectorVP:SetUpDecayMode 100443 22 331 6.2e-07 1.63014
do VectorVP:SetUpDecayMode 100443 443 111 1.06e-05 1.6029
do VectorVP:SetUpDecayMode 30443 443 221 0.000135 1.61494
do VectorVP:SetUpDecayMode 30443 333 221 7.6e-06 5.31316
do VectorVP:SetUpDecayMode 100443 323 -321 2.1e-07 6.27385
do VectorVP:SetUpDecayMode 100443 313 -311 5.4e-07 6.24771
do VectorVP:SetUpDecayMode 100443 333 221 2.9e-07 5.36123
do VectorVP:SetUpDecayMode 100443 333 331 3.3e-07 5.16099
do VectorVP:SetUpDecayMode 100443 213 -211 1.7e-07 3.45613
do VectorVP:SetUpDecayMode 100443 113 111 1.7e-07 3.47115
do VectorVP:SetUpDecayMode 100443 223 331 3.2e-07 5.80649
do VectorVP:SetUpDecayMode 100443 113 221 2.5e-07 3.31378
do VectorVP:SetUpDecayMode 100443 223 111 2.2e-07 5.54156
do VectorVP:SetUpDecayMode 100443 113 331 2.6e-07 3.3628
do VectorVP:SetUpDecayMode 9000553 -533 531 0.000149 1.54526
do VectorVP:SetUpDecayMode 9000553 -513 511 0.000195 1.55437
do VectorVP:SetUpDecayMode 9000553 -523 521 0.000195 1.55739
do VectorVP:SetUpDecayMode 30223 223 221 0.00462 12.6483
do VectorVP:SetUpDecayMode 30333 223 221 0.00186 5.22461
do VectorVP:SetUpDecayMode 30333 333 331 0.00482 7.5409
do VectorVP:SetUpDecayMode 443 22 100331 2.83e-06 3.01562
do VectorVP:SetUpDecayMode 100443 22 100441 0.00891 35.4282
do VectorVP:SetUpDecayMode 100553 22 551 7.49e-05 2.41144
do VectorVP:SetUpDecayMode 100553 553 221 0.000804 1.71743
do VectorVP:SetUpDecayMode 100543 22 541 0.000123 1.59954
do VectorVP:SetUpDecayMode 200553 22 551 3.23e-05 2.10347
do VectorVP:SetUpDecayMode 443 22 9020221 9.33e-07 4.67138
do VectorVP:SetUpDecayMode 300553 553 221 0.00101 2.85334
do VectorVP:SetUpDecayMode 300553 553 331 0.00214 5.56012
do VectorVP:SetUpDecayMode 20433 22 10431 0.000145 1.60398
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipCLEO
newdef DpKmPipPipCLEO:Iteration 10
newdef DpKmPipPipCLEO:Ntry 500
newdef DpKmPipPipCLEO:Points 10000
newdef DpKmPipPipCLEO:GenerateIntermediates 1
newdef DpKmPipPipCLEO:ParentRadius 5
newdef DpKmPipPipCLEO:MaximumWeight 3.23008e+11
insert DpKmPipPipCLEO:Weights 0 0.122363
insert DpKmPipPipCLEO:Weights 1 0.12191
insert DpKmPipPipCLEO:Weights 2 0.0940997
insert DpKmPipPipCLEO:Weights 3 0.0915046
insert DpKmPipPipCLEO:Weights 4 0.0649267
insert DpKmPipPipCLEO:Weights 5 0.0628349
insert DpKmPipPipCLEO:Weights 6 0.0656603
insert DpKmPipPipCLEO:Weights 7 0.0688308
insert DpKmPipPipCLEO:Weights 8 0.151479
insert DpKmPipPipCLEO:Weights 9 0.15639
do DpKmPipPipCLEO:AddChannel 0 0 0 0 0 1 2 10.4652 -0.321141 1.5
do DpKmPipPipCLEO:AddChannel -313 3 0.896 0.0503 0 1 2 1 -3.14159 1.5
do DpKmPipPipCLEO:AddChannel -313 3 0.896 0.0503 0 2 1 1 -3.14159 1.5
do DpKmPipPipCLEO:AddChannel -10311 31 1.463 0.1638 0 1 2 3 0.867429 1.5
do DpKmPipPipCLEO:AddChannel -10311 31 1.463 0.1638 0 2 1 3 0.867429 1.5
do DpKmPipPipCLEO:AddChannel -315 5 1.4324 0.109 0 1 2 0.962 -0.521853 1.5
do DpKmPipPipCLEO:AddChannel -315 5 1.4324 0.109 0 2 1 0.962 -0.521853 1.5
do DpKmPipPipCLEO:AddChannel -30313 3 1.717 0.322 0 1 2 6.5 -2.63545 1.5
do DpKmPipPipCLEO:AddChannel -30313 3 1.717 0.322 0 2 1 6.5 -2.63545 1.5
do DpKmPipPipCLEO:AddChannel -9000311 31 0.809 0.47 0 1 2 5.01 -2.8571 1.5
do DpKmPipPipCLEO:AddChannel -9000311 31 0.809 0.47 0 2 1 5.01 -2.8571 1.5
do DpKmPipPipCLEO:SetExternal 411 -321 211 211 1.5
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipE691
newdef DpKmPipPipE691:Iteration 10
newdef DpKmPipPipE691:Ntry 500
newdef DpKmPipPipE691:Points 10000
newdef DpKmPipPipE691:GenerateIntermediates 1
newdef DpKmPipPipE691:ParentRadius 0
newdef DpKmPipPipE691:MaximumWeight 1.86647e+09
insert DpKmPipPipE691:Weights 0 0.189309
insert DpKmPipPipE691:Weights 1 0.198072
insert DpKmPipPipE691:Weights 2 0.195665
insert DpKmPipPipE691:Weights 3 0.197668
insert DpKmPipPipE691:Weights 4 0.110717
insert DpKmPipPipE691:Weights 5 0.108568
do DpKmPipPipE691:AddChannel 0 0 0 0 0 1 2 1.41421 0 0
do DpKmPipPipE691:AddChannel -313 13 0.8961 0.0505 0 1 2 0.78 -1.0472 0
do DpKmPipPipE691:AddChannel -313 13 0.8961 0.0505 0 2 1 0.78 -1.0472 0
do DpKmPipPipE691:AddChannel -10311 11 1.429 0.287 0 1 2 0.53 2.30383 0
do DpKmPipPipE691:AddChannel -10311 11 1.429 0.287 0 2 1 0.53 2.30383 0
do DpKmPipPipE691:AddChannel -30313 13 1.714 0.323 0 1 2 0.47 -0.890118 0
do DpKmPipPipE691:AddChannel -30313 13 1.714 0.323 0 2 1 0.47 -0.890118 0
do DpKmPipPipE691:SetExternal 411 -321 211 211
#
create Herwig::ScalarTo3ScalarDalitz DsKpKmPipBABAR
newdef DsKpKmPipBABAR:Iteration 5
newdef DsKpKmPipBABAR:Ntry 500
newdef DsKpKmPipBABAR:Points 100000
newdef DsKpKmPipBABAR:GenerateIntermediates 1
newdef DsKpKmPipBABAR:ParentRadius 3
newdef DsKpKmPipBABAR:MaximumWeight 1.96562e+10
insert DsKpKmPipBABAR:Weights 0 0.277177
insert DsKpKmPipBABAR:Weights 1 0.293496
insert DsKpKmPipBABAR:Weights 2 0.140435
insert DsKpKmPipBABAR:Weights 3 0.0714531
insert DsKpKmPipBABAR:Weights 4 0.141085
insert DsKpKmPipBABAR:Weights 5 0.0763539
do DsKpKmPipBABAR:AddChannel -313 3 0.8956 0.0451 1 2 0 1 0 1.5
do DsKpKmPipBABAR:AddChannel 333 3 1.01945 0.00426 0 1 2 1.15 -0.251593 1.5
do DsKpKmPipBABAR:AddChannel 9010221 21 0.92 0.24 0 1 2 2.67 1.56 1.5
do DsKpKmPipBABAR:AddChannel -10311 1 1.425 0.27 1 2 0 1.14 2.55 1.5
do DsKpKmPipBABAR:AddChannel 10331 1 1.72 0.135 0 1 2 0.65 1.36 1.5
do DsKpKmPipBABAR:AddChannel 10221 1 1.22 0.21 0 1 2 0.46 -0.45 1.5
do DsKpKmPipBABAR:SetExternal 431 321 -321 211
#
create Herwig::ScalarTo3ScalarDalitz D0KmPipPi0E691
newdef D0KmPipPi0E691:Iteration 10
newdef D0KmPipPi0E691:Ntry 500
newdef D0KmPipPi0E691:Points 10000
newdef D0KmPipPi0E691:GenerateIntermediates 1
newdef D0KmPipPi0E691:ParentRadius 0
newdef D0KmPipPi0E691:MaximumWeight 6.62438e+09
insert D0KmPipPi0E691:Weights 0 0.222738
insert D0KmPipPi0E691:Weights 1 0.221507
insert D0KmPipPi0E691:Weights 2 0.555754
do D0KmPipPi0E691:AddChannel 0 0 0 0 0 1 2 1 0 0
do D0KmPipPi0E691:AddChannel -313 13 0.8961 0.0505 1 0 2 3.19 2.9147 0
do D0KmPipPi0E691:AddChannel -323 13 0.89159 0.0498 0 2 1 2.96 -1.95477 0
do D0KmPipPi0E691:AddChannel 213 13 0.7681 0.1515 1 2 0 8.56 0.698132 0
do D0KmPipPi0E691:SetExternal 421 -321 211 111
#
create Herwig::ScalarTo3ScalarDalitz D0KL0PipPimCLEO
newdef D0KL0PipPimCLEO:Iteration 10
newdef D0KL0PipPimCLEO:Ntry 500
newdef D0KL0PipPimCLEO:Points 10000
newdef D0KL0PipPimCLEO:GenerateIntermediates 1
newdef D0KL0PipPimCLEO:ParentRadius 5
newdef D0KL0PipPimCLEO:ResonanceMass 1
newdef D0KL0PipPimCLEO:UseAllK0 0
newdef D0KL0PipPimCLEO:MaximumWeight 3.24345e+10
insert D0KL0PipPimCLEO:Weights 0 0.0414772
insert D0KL0PipPimCLEO:Weights 1 0.132285
insert D0KL0PipPimCLEO:Weights 2 0.0588933
insert D0KL0PipPimCLEO:Weights 3 0.308645
insert D0KL0PipPimCLEO:Weights 4 0.0546762
insert D0KL0PipPimCLEO:Weights 5 0.107295
insert D0KL0PipPimCLEO:Weights 6 0.112617
insert D0KL0PipPimCLEO:Weights 7 0.0661828
insert D0KL0PipPimCLEO:Weights 8 0.0490123
insert D0KL0PipPimCLEO:Weights 9 0.0689157
do D0KL0PipPimCLEO:AddChannel 0 0 0 0 0 1 2 1.1 -0.349066 1.5
do D0KL0PipPimCLEO:AddChannel 323 3 0.89166 0.0508 1 0 2 0.11 2.46091 1.5
do D0KL0PipPimCLEO:AddChannel 113 3 0.7693 0.1502 2 1 0 1 0 1.5
do D0KL0PipPimCLEO:AddChannel 223 3 0.78257 0.00844 2 1 0 0.037 1.98968 1.5
do D0KL0PipPimCLEO:AddChannel -323 3 0.89166 0.0508 2 0 1 1.56 2.61799 1.5
do D0KL0PipPimCLEO:AddChannel 9010221 41 0.977 0.05 2 1 0 0.34 -3.00197 1.5 0.207 0.0977
do D0KL0PipPimCLEO:AddChannel 225 5 1.2754 0.1851 2 1 0 0.7 -0.907571 1.5
do D0KL0PipPimCLEO:AddChannel 10221 1 1.31 0.272 2 1 0 1.8 1.48353 1.5
do D0KL0PipPimCLEO:AddChannel -10321 1 1.412 0.294 2 0 1 2 0.0523599 1.5
do D0KL0PipPimCLEO:AddChannel -325 5 1.4256 0.0985 2 0 1 1 -0.436333 1.5
do D0KL0PipPimCLEO:AddChannel -30323 3 1.717 0.322 2 0 1 5.6 3.03687 1.5
do D0KL0PipPimCLEO:SetExternal 421 130 211 -211
#
create Herwig::ScalarTo3ScalarDalitz D0Kbar0PipPimE691
newdef D0Kbar0PipPimE691:Iteration 10
newdef D0Kbar0PipPimE691:Ntry 500
newdef D0Kbar0PipPimE691:Points 10000
newdef D0Kbar0PipPimE691:GenerateIntermediates 1
newdef D0Kbar0PipPimE691:ParentRadius 0
newdef D0Kbar0PipPimE691:ResonanceMass 0
newdef D0Kbar0PipPimE691:UseAllK0 0
newdef D0Kbar0PipPimE691:MaximumWeight 1.01099e+09
insert D0Kbar0PipPimE691:Weights 0 0.545204
insert D0Kbar0PipPimE691:Weights 1 0.454796
do D0Kbar0PipPimE691:AddChannel 0 0 0 0 0 1 2 1 0 0
do D0Kbar0PipPimE691:AddChannel -323 13 0.89159 0.0498 2 0 1 2.31 1.90241 0
do D0Kbar0PipPimE691:AddChannel 113 13 0.7681 0.1515 2 1 0 1.59 -2.14675 0
do D0Kbar0PipPimE691:SetExternal 421 -311 211 -211
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipCLEOMIPWA
newdef DpKmPipPipCLEOMIPWA:Iteration 10
newdef DpKmPipPipCLEOMIPWA:Ntry 500
newdef DpKmPipPipCLEOMIPWA:Points 10000
newdef DpKmPipPipCLEOMIPWA:GenerateIntermediates 1
newdef DpKmPipPipCLEOMIPWA:ParentRadius 5
newdef DpKmPipPipCLEOMIPWA:UseAllK0 0
newdef DpKmPipPipCLEOMIPWA:MaximumWeight 3.81523e+11
insert DpKmPipPipCLEOMIPWA:Weights 0 0.116296
insert DpKmPipPipCLEOMIPWA:Weights 1 0.118406
insert DpKmPipPipCLEOMIPWA:Weights 2 0.060827
insert DpKmPipPipCLEOMIPWA:Weights 3 0.0598321
insert DpKmPipPipCLEOMIPWA:Weights 4 0.066831
insert DpKmPipPipCLEOMIPWA:Weights 5 0.0692735
insert DpKmPipPipCLEOMIPWA:Weights 6 0.099475
insert DpKmPipPipCLEOMIPWA:Weights 7 0.103939
insert DpKmPipPipCLEOMIPWA:Weights 8 0.152224
insert DpKmPipPipCLEOMIPWA:Weights 9 0.152897
do DpKmPipPipCLEOMIPWA:AddChannel -313 3 0.8957 0.0453 0 1 2 1 -3.14159 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -313 3 0.8957 0.0453 0 2 1 1 -3.14159 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -30313 3 1.717 0.322 0 1 2 2.88 -1.16937 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -30313 3 1.717 0.322 0 2 1 2.88 -1.16937 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -315 5 1.4324 0.109 0 1 2 0.794 0.258309 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -315 5 1.4324 0.109 0 2 1 0.794 0.258309 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -10311 31 1.4666 0.1742 0 1 2 3.74 0.891863 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -10311 31 1.4666 0.1742 0 2 1 3.74 0.891863 1.5
do DpKmPipPipCLEOMIPWA:AddChannel -9000311 -1 0.809 0.47 0 1 2 1 0 0 26 0.67082 20.23 -1.25315 0.74162 20.9 -1.0664 0.806226 20.58 -0.851721 0.866025 20.62 -0.820305 0.921954 20.95 -0.76969 0.974679 19.97 -0.670206 1.0247 19.36 -0.457276 1.07238 17.81 -0.324631 1.11803 17.7 -0.23911 1.1619 17.72 -0.148353 1.20416 17.13 -0.0558505 1.24499 17.16 0.00872665 1.28452 17.09 0.0942478 1.32288 16.94 0.1309 1.36015 16.41 0.165806 1.39642 15.91 0.214676 1.43178 15.97 0.294961 1.46629 15.72 0.274017 1.5 16.54 0.301942 1.53297 16.64 0.350811 1.56525 15.91 0.345575 1.59687 17.25 0.375246 1.62788 17.24 0.420624 1.65831 17.59 0.506145 1.68819 16.51 0.570723 1.71756 14.07 0.621337
do DpKmPipPipCLEOMIPWA:AddChannel -9000311 -1 0.809 0.47 0 2 1 1 0 0 26 0.67082 20.23 -1.25315 0.74162 20.9 -1.0664 0.806226 20.58 -0.851721 0.866025 20.62 -0.820305 0.921954 20.95 -0.76969 0.974679 19.97 -0.670206 1.0247 19.36 -0.457276 1.07238 17.81 -0.324631 1.11803 17.7 -0.23911 1.1619 17.72 -0.148353 1.20416 17.13 -0.0558505 1.24499 17.16 0.00872665 1.28452 17.09 0.0942478 1.32288 16.94 0.1309 1.36015 16.41 0.165806 1.39642 15.91 0.214676 1.43178 15.97 0.294961 1.46629 15.72 0.274017 1.5 16.54 0.301942 1.53297 16.64 0.350811 1.56525 15.91 0.345575 1.59687 17.25 0.375246 1.62788 17.24 0.420624 1.65831 17.59 0.506145 1.68819 16.51 0.570723 1.71756 14.07 0.621337
do DpKmPipPipCLEOMIPWA:AddChannel 0 -11 0 0 1 2 0 33.1 1.15541 0 0.963596 0.853 -0.959 0.314 1.2563 1.4982 1
do DpKmPipPipCLEOMIPWA:SetExternal 411 -321 211 211
newdef DpKmPipPipCLEOMIPWA:ResonanceMass 0
#
create Herwig::TauDecayer Tau2Leptons
newdef Tau2Leptons:Iteration 1
newdef Tau2Leptons:Ntry 500
newdef Tau2Leptons:Points 10000
newdef Tau2Leptons:GenerateIntermediates 0
insert Tau2Leptons:WeightLocation 0 0
insert Tau2Leptons:WeightLocation 1 1
insert Tau2Leptons:MaximumWeight 0 1.4
insert Tau2Leptons:MaximumWeight 1 1.35
insert Tau2Leptons:Weights 0 1
insert Tau2Leptons:Weights 1 1
create Herwig::LeptonNeutrinoCurrent Tau2LeptonCurrent HwWeakCurrents.so
newdef Tau2LeptonCurrent:Quark 0 11
newdef Tau2LeptonCurrent:AntiQuark 0 -12
newdef Tau2LeptonCurrent:Quark 1 13
newdef Tau2LeptonCurrent:AntiQuark 1 -15
newdef Tau2LeptonCurrent:Quark 2 15
newdef Tau2LeptonCurrent:AntiQuark 2 -16
newdef Tau2Leptons:WeakCurrent Tau2LeptonCurrent
#
create Herwig::VectorMeson2MesonDecayer Vector2Meson
newdef Vector2Meson:Iteration 1
newdef Vector2Meson:Ntry 500
newdef Vector2Meson:Points 10000
newdef Vector2Meson:GenerateIntermediates 0
do Vector2Meson:SetUpDecayMode 113 211 -211 6 3.2
do Vector2Meson:SetUpDecayMode 213 111 211 6 3.2
do Vector2Meson:SetUpDecayMode 100113 211 -211 2.082 3.
do Vector2Meson:SetUpDecayMode 100213 111 211 2.082 1.60125
do Vector2Meson:SetUpDecayMode 30113 211 -211 1.655 1.60103
do Vector2Meson:SetUpDecayMode 30213 111 211 1.655 1.60314
do Vector2Meson:SetUpDecayMode 30113 321 -321 0.194 1.61146
do Vector2Meson:SetUpDecayMode 30113 130 310 0.194 1.59231
do Vector2Meson:SetUpDecayMode 30213 321 -311 0.274 1.5977
do Vector2Meson:SetUpDecayMode 30113 100211 -211 7.828 3.96846
do Vector2Meson:SetUpDecayMode 30213 100111 211 7.828 3.96787
do Vector2Meson:SetUpDecayMode 30213 111 100211 7.828 4.01174
do Vector2Meson:SetUpDecayMode 100113 100211 -211 17.9 3.92182
do Vector2Meson:SetUpDecayMode 100213 100111 211 17.9 3.89871
do Vector2Meson:SetUpDecayMode 100213 111 100211 17.9 4.05484
do Vector2Meson:SetUpDecayMode 223 211 -211 0.1847 3.2
do Vector2Meson:SetUpDecayMode 313 321 -211 4.57 3.2
do Vector2Meson:SetUpDecayMode 313 311 111 3.23 3.2
do Vector2Meson:SetUpDecayMode 323 311 211 4.57 3.
do Vector2Meson:SetUpDecayMode 323 321 111 3.23 3.
do Vector2Meson:SetUpDecayMode 100313 321 -211 1.296 1.60116
do Vector2Meson:SetUpDecayMode 100313 311 111 0.916 1.59304
do Vector2Meson:SetUpDecayMode 100323 311 211 1.296 1.58997
do Vector2Meson:SetUpDecayMode 100323 321 111 0.916 1.60422
do Vector2Meson:SetUpDecayMode 30313 321 -211 3.114 1.59993
do Vector2Meson:SetUpDecayMode 30313 311 111 2.201 1.5941
do Vector2Meson:SetUpDecayMode 30323 311 211 3.114 1.59278
do Vector2Meson:SetUpDecayMode 30323 321 111 2.201 1.60125
do Vector2Meson:SetUpDecayMode 333 321 -321 4.48 3.2
do Vector2Meson:SetUpDecayMode 333 311 -311 4.59 3.2
do Vector2Meson:SetUpDecayMode 333 211 -211 0.008986 3.2
do Vector2Meson:SetUpDecayMode 100333 321 -321 0.912 1.60035
do Vector2Meson:SetUpDecayMode 100333 311 -311 0.918 0.0762376
do Vector2Meson:SetUpDecayMode 30443 411 -411 12.83 1.60934
do Vector2Meson:SetUpDecayMode 30443 421 -421 12.83 1.5897
do Vector2Meson:SetUpDecayMode 423 421 111 6.309 3.2
do Vector2Meson:SetUpDecayMode 413 411 111 6.313 3.2
do Vector2Meson:SetUpDecayMode 413 421 211 8.938 3.2
do Vector2Meson:SetUpDecayMode 433 431 111 1.398 3.2
do Vector2Meson:SetUpDecayMode 10323 10321 111 14.45 12.4
do Vector2Meson:SetUpDecayMode 10323 10311 211 20.46 12.4
do Vector2Meson:SetUpDecayMode 10313 10311 111 14.27 12.4
do Vector2Meson:SetUpDecayMode 10313 10321 -211 20.43 12.4
do Vector2Meson:SetUpDecayMode 10323 321 10221 20 0
do Vector2Meson:SetUpDecayMode 10313 311 10221 20 0
do Vector2Meson:SetUpDecayMode 20323 321 10221 23.34 0.0623979
do Vector2Meson:SetUpDecayMode 20313 311 10221 23.34 0.0596804
do Vector2Meson:SetUpDecayMode 300553 521 -521 24.188 1.62728
do Vector2Meson:SetUpDecayMode 300553 511 -511 24.188 1.57433
do Vector2Meson:SetUpDecayMode 443 211 -211 0.002568 3.
do Vector2Meson:SetUpDecayMode 443 321 -321 0.001111 3.00
do Vector2Meson:SetUpDecayMode 443 311 -311 0.000873 0.000227768
do Vector2Meson:SetUpDecayMode 100443 211 -211 0.001055 3.2
do Vector2Meson:SetUpDecayMode 100443 321 -321 0.000905 3.2
do Vector2Meson:SetUpDecayMode 100443 311 -311 0.000905 8.49446e-05
do Vector2Meson:SetUpDecayMode 20223 9000111 111 4.169 6.7
do Vector2Meson:SetUpDecayMode 20223 9000211 -211 4.169 5.5
do Vector2Meson:SetUpDecayMode 20333 9000111 111 0.968 4.30758
do Vector2Meson:SetUpDecayMode 20333 9000211 -211 0.968 4.32395
do Vector2Meson:SetUpDecayMode 443 130 310 0.000873 3.00
do Vector2Meson:SetUpDecayMode 100443 130 310 0.000905 3.
do Vector2Meson:SetUpDecayMode 333 130 310 4.59 3.2
do Vector2Meson:SetUpDecayMode 100333 130 310 0.918 1.6008
do Vector2Meson:SetUpDecayMode 9000553 511 -511 1.33 1.60538
do Vector2Meson:SetUpDecayMode 9000553 521 -521 1.33 1.60989
do Vector2Meson:SetUpDecayMode 9000553 531 -531 0.75 1.57946
do Vector2Meson:SetUpDecayMode 10323 321 10221 1. 1.
do Vector2Meson:SetUpDecayMode 10313 311 10221 1. 1.
do Vector2Meson:SetUpDecayMode 30323 321 221 1 0.0415228
do Vector2Meson:SetUpDecayMode 30313 311 221 1 0.0413512
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipFOCUSKMatrix
newdef DpKmPipPipFOCUSKMatrix:Iteration 10
newdef DpKmPipPipFOCUSKMatrix:Ntry 500
newdef DpKmPipPipFOCUSKMatrix:Points 10000
newdef DpKmPipPipFOCUSKMatrix:GenerateIntermediates 1
newdef DpKmPipPipFOCUSKMatrix:ParentRadius 5
newdef DpKmPipPipFOCUSKMatrix:UseAllK0 0
newdef DpKmPipPipFOCUSKMatrix:MaximumWeight 4.97018e+09
create Herwig::KPiIHalfFOCUSKMatrix /Herwig/Decays/KPiIHalfFOCUSKMatrix
create Herwig::KPiIThreeHalfFOCUSKMatrix /Herwig/Decays/KPiIThreeHalfFOCUSKMatrix
insert DpKmPipPipFOCUSKMatrix:KMatrices 0 /Herwig/Decays/KPiIHalfFOCUSKMatrix
insert DpKmPipPipFOCUSKMatrix:KMatrices 1 /Herwig/Decays/KPiIThreeHalfFOCUSKMatrix
insert DpKmPipPipFOCUSKMatrix:Weights 0 0.157493
insert DpKmPipPipFOCUSKMatrix:Weights 1 0.164351
insert DpKmPipPipFOCUSKMatrix:Weights 2 0.0964694
insert DpKmPipPipFOCUSKMatrix:Weights 3 0.105796
insert DpKmPipPipFOCUSKMatrix:Weights 4 0.0737328
insert DpKmPipPipFOCUSKMatrix:Weights 5 0.0732366
insert DpKmPipPipFOCUSKMatrix:Weights 6 0.0573564
insert DpKmPipPipFOCUSKMatrix:Weights 7 0.0576444
insert DpKmPipPipFOCUSKMatrix:Weights 8 0.106815
insert DpKmPipPipFOCUSKMatrix:Weights 9 0.107105
do DpKmPipPipFOCUSKMatrix:AddChannel -313 3 0.896 0.0503 0 1 2 0.0918 -3.14159 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -313 3 0.896 0.0503 0 2 1 0.0918 -3.14159 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -100313 3 1.414 0.232 0 1 2 0.0721 -3.12414 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -100313 3 1.414 0.232 0 2 1 0.0721 -3.12414 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -30313 3 1.717 0.322 0 1 2 0.548 1.97222 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -30313 3 1.717 0.322 0 2 1 0.548 1.97222 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -315 5 1.4324 0.109 0 1 2 0.0759 -1.11701 1.5
do DpKmPipPipFOCUSKMatrix:AddChannel -315 5 1.4324 0.109 0 2 1 0.0759 -1.11701 1.5
do /Herwig/Decays/DpKmPipPipFOCUSKMatrix:AddChannel -10311 -21 1.461 0.177 0 1 2 1. 0. 1.5 1 2 0 0 2. 0 3.389 4.991641660703782 3 1.655 0.780 -0.954 5.305800926062762 1 17.182 2.199114857512855
do /Herwig/Decays/DpKmPipPipFOCUSKMatrix:AddChannel -10311 -21 1.461 0.177 0 2 1 1. 0. 1.5 1 2 0 0 2. 0 3.389 4.991641660703782 3 1.655 0.780 -0.954 5.305800926062762 1 17.182 2.199114857512855
do DpKmPipPipFOCUSKMatrix:AddChannel 0 -21 0 0 0 1 2 1 0 1.5 0 1 1 0 2. 0 1 0.734 3.68264
do DpKmPipPipFOCUSKMatrix:AddChannel 0 -21 0 0 0 2 1 1 0 1.5 0 1 1 0 2. 0 1 0.734 3.68264
do DpKmPipPipFOCUSKMatrix:SetExternal 411 -321 211 211
newdef DpKmPipPipFOCUSKMatrix:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KmPipPi0MarkIII
newdef D0KmPipPi0MarkIII:Iteration 10
newdef D0KmPipPi0MarkIII:Ntry 500
newdef D0KmPipPi0MarkIII:Points 10000
newdef D0KmPipPi0MarkIII:GenerateIntermediates 1
newdef D0KmPipPi0MarkIII:ParentRadius 0
newdef D0KmPipPi0MarkIII:ResonanceMass 1
newdef D0KmPipPi0MarkIII:UseAllK0 0
newdef D0KmPipPi0MarkIII:MaximumWeight 3.50224e+10
insert D0KmPipPi0MarkIII:Weights 0 0.498349
insert D0KmPipPi0MarkIII:Weights 1 0.186877
insert D0KmPipPi0MarkIII:Weights 2 0.314774
do D0KmPipPi0MarkIII:AddChannel 0 0 0 0 0 1 2 2.0693 0.907571 0
do D0KmPipPi0MarkIII:AddChannel 213 3 0.77 0.1533 1 2 0 1 0 25.3387
do D0KmPipPi0MarkIII:AddChannel -323 3 0.8921 0.0511 0 2 1 0.4018 2.68781 10.1355
do D0KmPipPi0MarkIII:AddChannel -313 3 0.8695 0.0502 0 1 2 0.4244 0.122173 10.1355
do D0KmPipPi0MarkIII:SetExternal 421 -321 211 111
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipE791MIPWA
newdef DpKmPipPipE791MIPWA:Iteration 10
newdef DpKmPipPipE791MIPWA:Ntry 500
newdef DpKmPipPipE791MIPWA:Points 10000
newdef DpKmPipPipE791MIPWA:GenerateIntermediates 1
newdef DpKmPipPipE791MIPWA:ParentRadius 5
newdef DpKmPipPipE791MIPWA:UseAllK0 0
newdef DpKmPipPipE791MIPWA:MaximumWeight 7.02544e+11
insert DpKmPipPipE791MIPWA:Weights 0 0.17167
insert DpKmPipPipE791MIPWA:Weights 1 0.171674
insert DpKmPipPipE791MIPWA:Weights 2 0.0913019
insert DpKmPipPipE791MIPWA:Weights 3 0.0951954
insert DpKmPipPipE791MIPWA:Weights 4 0.0823211
insert DpKmPipPipE791MIPWA:Weights 5 0.0899305
insert DpKmPipPipE791MIPWA:Weights 6 0.150513
insert DpKmPipPipE791MIPWA:Weights 7 0.147394
do DpKmPipPipE791MIPWA:AddChannel -313 3 0.8961 0.0507 1 0 2 1 0 1.6
do DpKmPipPipE791MIPWA:AddChannel -313 3 0.8961 0.0507 2 0 1 1 0 1.6
do DpKmPipPipE791MIPWA:AddChannel -30313 3 1.677 0.205 1 0 2 3.58 0.747001 1.6
do DpKmPipPipE791MIPWA:AddChannel -30313 3 1.677 0.205 2 0 1 3.58 0.747001 1.6
do DpKmPipPipE791MIPWA:AddChannel -315 5 1.4324 0.109 1 0 2 0.67 -0.21293 1.6
do DpKmPipPipE791MIPWA:AddChannel -315 5 1.4324 0.109 2 0 1 0.67 -0.21293 1.6
do DpKmPipPipE791MIPWA:AddChannel -10311 -1 1.459 0.175 1 0 2 8.16 0 1.6 38 0.672 2.1762 -1.78024 0.719 2.4408 -1.67552 0.764 2.2678 -1.27409 0.807 2.3002 -1.3439 0.847 2.1351 -1.0472 0.885 1.8938 -0.942478 0.922 2.124 -1.18682 0.958 2.3446 -1.25664 0.992 1.948 -0.715585 1.025 1.8564 -0.750492 1.057 1.7688 -0.663225 1.088 1.7204 -0.383972 1.118 1.8669 -0.506145 1.147 1.6116 -0.0523599 1.176 1.7013 -0.191986 1.204 1.573 -0.0523599 1.231 1.8038 -0.0523599 1.258 1.752 0.139626 1.284 1.736 0.191986 1.31 1.8005 0.191986 1.335 1.8961 0.383972 1.36 1.8837 0.541052 1.384 1.6259 0.523599 1.408 1.7612 0.802851 1.431 1.558 0.959931 1.454 1.2402 1.11701 1.477 1.064 1.39626 1.499 1.0086 1.29154 1.522 0.5544 0.593412 1.543 0.4902 0.314159 1.565 0.44 0.383972 1.586 1.062 0.174533 1.607 1.242 0.191986 1.627 1.0323 0.331613 1.648 1.3015 0.0349066 1.668 1.7472 0.488692 1.687 1.1368 0.139626 1.707 1.4553 0.191986
do DpKmPipPipE791MIPWA:AddChannel -10311 -1 1.459 0.175 2 0 1 8.16 0 1.6 38 0.672 2.1762 -1.78024 0.719 2.4408 -1.67552 0.764 2.2678 -1.27409 0.807 2.3002 -1.3439 0.847 2.1351 -1.0472 0.885 1.8938 -0.942478 0.922 2.124 -1.18682 0.958 2.3446 -1.25664 0.992 1.948 -0.715585 1.025 1.8564 -0.750492 1.057 1.7688 -0.663225 1.088 1.7204 -0.383972 1.118 1.8669 -0.506145 1.147 1.6116 -0.0523599 1.176 1.7013 -0.191986 1.204 1.573 -0.0523599 1.231 1.8038 -0.0523599 1.258 1.752 0.139626 1.284 1.736 0.191986 1.31 1.8005 0.191986 1.335 1.8961 0.383972 1.36 1.8837 0.541052 1.384 1.6259 0.523599 1.408 1.7612 0.802851 1.431 1.558 0.959931 1.454 1.2402 1.11701 1.477 1.064 1.39626 1.499 1.0086 1.29154 1.522 0.5544 0.593412 1.543 0.4902 0.314159 1.565 0.44 0.383972 1.586 1.062 0.174533 1.607 1.242 0.191986 1.627 1.0323 0.331613 1.648 1.3015 0.0349066 1.668 1.7472 0.488692 1.687 1.1368 0.139626 1.707 1.4553 0.191986
do DpKmPipPipE791MIPWA:SetExternal 411 -321 211 211
newdef DpKmPipPipE791MIPWA:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipE791Isobar
newdef DpKmPipPipE791Isobar:Iteration 10
newdef DpKmPipPipE791Isobar:Ntry 500
newdef DpKmPipPipE791Isobar:Points 10000
newdef DpKmPipPipE791Isobar:GenerateIntermediates 1
newdef DpKmPipPipE791Isobar:ParentRadius 5
newdef DpKmPipPipE791Isobar:UseAllK0 0
newdef DpKmPipPipE791Isobar:MaximumWeight 3.36563e+11
insert DpKmPipPipE791Isobar:Weights 0 0.123778
insert DpKmPipPipE791Isobar:Weights 1 0.122056
insert DpKmPipPipE791Isobar:Weights 2 0.0605775
insert DpKmPipPipE791Isobar:Weights 3 0.0643372
insert DpKmPipPipE791Isobar:Weights 4 0.0626611
insert DpKmPipPipE791Isobar:Weights 5 0.0600647
insert DpKmPipPipE791Isobar:Weights 6 0.0938941
insert DpKmPipPipE791Isobar:Weights 7 0.100126
insert DpKmPipPipE791Isobar:Weights 8 0.153163
insert DpKmPipPipE791Isobar:Weights 9 0.159342
do DpKmPipPipE791Isobar:AddChannel 0 0 0 0 0 1 2 8.4 -0.191986 1.6
do DpKmPipPipE791Isobar:AddChannel -313 3 0.8961 0.0507 1 0 2 1 0 1.6
do DpKmPipPipE791Isobar:AddChannel -313 3 0.8961 0.0507 2 0 1 1 0 1.6
do DpKmPipPipE791Isobar:AddChannel -30313 3 1.677 0.205 1 0 2 5.16 0.488692 1.6
do DpKmPipPipE791Isobar:AddChannel -30313 3 1.677 0.205 2 0 1 5.16 0.488692 1.6
do DpKmPipPipE791Isobar:AddChannel -315 5 1.4324 0.109 1 0 2 0.989 -0.942478 1.6
do DpKmPipPipE791Isobar:AddChannel -315 5 1.4324 0.109 2 0 1 0.989 -0.942478 1.6
do DpKmPipPipE791Isobar:AddChannel -10311 31 1.459 0.175 1 0 2 3.27 0.837758 1.6
do DpKmPipPipE791Isobar:AddChannel -10311 31 1.459 0.175 2 0 1 3.27 0.837758 1.6
do DpKmPipPipE791Isobar:AddChannel -9000311 31 0.797 0.41 1 0 2 5.69 -3.01942 1.6
do DpKmPipPipE791Isobar:AddChannel -9000311 31 0.797 0.41 2 0 1 5.69 -3.01942 1.6
do DpKmPipPipE791Isobar:SetExternal 411 -321 211 211
newdef DpKmPipPipE791Isobar:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipFOCUSMIPWA
newdef DpKmPipPipFOCUSMIPWA:Iteration 10
newdef DpKmPipPipFOCUSMIPWA:Ntry 500
newdef DpKmPipPipFOCUSMIPWA:Points 10000
newdef DpKmPipPipFOCUSMIPWA:GenerateIntermediates 1
newdef DpKmPipPipFOCUSMIPWA:ParentRadius 5
newdef DpKmPipPipFOCUSMIPWA:UseAllK0 0
newdef DpKmPipPipFOCUSMIPWA:MaximumWeight 5.96422e+11
insert DpKmPipPipFOCUSMIPWA:Weights 0 0.171062
insert DpKmPipPipFOCUSMIPWA:Weights 1 0.182275
insert DpKmPipPipFOCUSMIPWA:Weights 2 0.0954602
insert DpKmPipPipFOCUSMIPWA:Weights 3 0.09182
insert DpKmPipPipFOCUSMIPWA:Weights 4 0.0799592
insert DpKmPipPipFOCUSMIPWA:Weights 5 0.0891437
insert DpKmPipPipFOCUSMIPWA:Weights 6 0.147148
insert DpKmPipPipFOCUSMIPWA:Weights 7 0.143132
do DpKmPipPipFOCUSMIPWA:AddChannel -313 3 0.896 0.0503 0 1 2 1 -3.14159 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -313 3 0.896 0.0503 0 2 1 1 -3.14159 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -30313 3 1.717 0.322 0 1 2 6.01 -1.97222 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -30313 3 1.717 0.322 0 2 1 6.01 -1.97222 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -315 5 1.4324 0.109 0 1 2 1.05 -0.418879 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -315 5 1.4324 0.109 0 2 1 1.05 -0.418879 1.5
do DpKmPipPipFOCUSMIPWA:AddChannel -10311 -1 1.461 0.177 0 1 2 8.05 0 1.5 40 0.63 2.31 -2.40855 0.66 1.76 -2.11185 0.69 2.07 -2.07694 0.72 1.95 -1.88496 0.75 1.68 -1.6057 0.77 1.95 -1.69297 0.8 1.61 -1.27409 0.83 1.69 -1.22173 0.86 1.56 -1.16937 0.89 1.65 -1.06465 0.91 1.75 -0.925025 0.94 1.7 -0.855211 0.97 1.58 -0.541052 1 1.61 -0.541052 1.03 1.58 -0.401426 1.06 1.69 -0.453786 1.08 1.6 -0.296706 1.11 1.53 -0.191986 1.14 1.52 -0.15708 1.17 1.6 0 1.2 1.6 -0.0174533 1.22 1.67 -0.0174533 1.25 1.71 0.122173 1.28 1.77 0.122173 1.31 1.78 0.15708 1.34 1.69 0.261799 1.36 1.74 0.418879 1.39 1.69 0.453786 1.42 1.39 0.541052 1.45 1.04 0.837758 1.48 0.66 1.11701 1.51 0.52 0.401426 1.53 0.48 -0.10472 1.56 0.8 -0.401426 1.59 1.15 -0.506145 1.62 1.43 -0.261799 1.65 1.56 -0.331613 1.67 1.71 -0.261799 1.7 1.53 -0.418879 1.73 1.6 -0.593412
do DpKmPipPipFOCUSMIPWA:AddChannel -10311 -1 1.461 0.177 0 2 1 8.05 0 1.5 40 0.63 2.31 -2.40855 0.66 1.76 -2.11185 0.69 2.07 -2.07694 0.72 1.95 -1.88496 0.75 1.68 -1.6057 0.77 1.95 -1.69297 0.8 1.61 -1.27409 0.83 1.69 -1.22173 0.86 1.56 -1.16937 0.89 1.65 -1.06465 0.91 1.75 -0.925025 0.94 1.7 -0.855211 0.97 1.58 -0.541052 1 1.61 -0.541052 1.03 1.58 -0.401426 1.06 1.69 -0.453786 1.08 1.6 -0.296706 1.11 1.53 -0.191986 1.14 1.52 -0.15708 1.17 1.6 0 1.2 1.6 -0.0174533 1.22 1.67 -0.0174533 1.25 1.71 0.122173 1.28 1.77 0.122173 1.31 1.78 0.15708 1.34 1.69 0.261799 1.36 1.74 0.418879 1.39 1.69 0.453786 1.42 1.39 0.541052 1.45 1.04 0.837758 1.48 0.66 1.11701 1.51 0.52 0.401426 1.53 0.48 -0.10472 1.56 0.8 -0.401426 1.59 1.15 -0.506145 1.62 1.43 -0.261799 1.65 1.56 -0.331613 1.67 1.71 -0.261799 1.7 1.53 -0.418879 1.73 1.6 -0.593412
do DpKmPipPipFOCUSMIPWA:SetExternal 411 -321 211 211
newdef DpKmPipPipFOCUSMIPWA:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsKpKmPipCLEO
newdef DsKpKmPipCLEO:Iteration 5
newdef DsKpKmPipCLEO:Ntry 500
newdef DsKpKmPipCLEO:Points 100000
newdef DsKpKmPipCLEO:GenerateIntermediates 1
newdef DsKpKmPipCLEO:ParentRadius 3
newdef DsKpKmPipCLEO:UseAllK0 0
newdef DsKpKmPipCLEO:MaximumWeight 1.97975e+10
insert DsKpKmPipCLEO:Weights 0 0.310813
insert DsKpKmPipCLEO:Weights 1 0.298424
insert DsKpKmPipCLEO:Weights 2 0.0870587
insert DsKpKmPipCLEO:Weights 3 0.145155
insert DsKpKmPipCLEO:Weights 4 0.158548
do DsKpKmPipCLEO:AddChannel -313 3 0.8958 0.0442 1 2 0 1 0 1.5
do DsKpKmPipCLEO:AddChannel 333 3 1.01946 0.00426 0 1 2 1.15 -0.261799 1.5
do DsKpKmPipCLEO:AddChannel -10311 1 1.414 0.29 1 2 0 1.76 2.53073 1.5
do DsKpKmPipCLEO:AddChannel 9010221 41 0.965 0.24 0 1 2 3.67 2.72371 1.5 0.406 0.8
do DsKpKmPipCLEO:AddChannel 10331 1 1.718 0.137 0 1 2 1.27 1.78024 1.5
do DsKpKmPipCLEO:SetExternal 431 321 -321 211
newdef DsKpKmPipCLEO:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KS0Pi0Pi0CLEO
newdef D0KS0Pi0Pi0CLEO:Iteration 10
newdef D0KS0Pi0Pi0CLEO:Ntry 500
newdef D0KS0Pi0Pi0CLEO:Points 10000
newdef D0KS0Pi0Pi0CLEO:GenerateIntermediates 1
newdef D0KS0Pi0Pi0CLEO:ParentRadius 5
newdef D0KS0Pi0Pi0CLEO:UseAllK0 0
newdef D0KS0Pi0Pi0CLEO:MaximumWeight 1.78447e+10
insert D0KS0Pi0Pi0CLEO:Weights 0 0.0753509
insert D0KS0Pi0Pi0CLEO:Weights 1 0.0681671
insert D0KS0Pi0Pi0CLEO:Weights 2 0.0994813
insert D0KS0Pi0Pi0CLEO:Weights 3 0.0981905
insert D0KS0Pi0Pi0CLEO:Weights 4 0.170083
insert D0KS0Pi0Pi0CLEO:Weights 5 0.168769
insert D0KS0Pi0Pi0CLEO:Weights 6 0.0427302
insert D0KS0Pi0Pi0CLEO:Weights 7 0.0408067
insert D0KS0Pi0Pi0CLEO:Weights 8 0.119914
insert D0KS0Pi0Pi0CLEO:Weights 9 0.116507
do D0KS0Pi0Pi0CLEO:AddChannel 9000221 51 0.47 -0.22 1 2 0 0.67 2.44346 1.5
do D0KS0Pi0Pi0CLEO:AddChannel 9010221 41 0.965 0.05 1 2 0 1.71 0.614356 1.5 0.406 0.812
do D0KS0Pi0Pi0CLEO:AddChannel 10221 1 1.35 0.265 1 2 0 4.04 -0.34383 1.5
do D0KS0Pi0Pi0CLEO:AddChannel 225 5 1.2751 0.185 1 2 0 1.57 -1.36136 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -313 3 0.896 0.0503 1 0 2 1 0 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -313 3 0.896 0.0503 2 0 1 1 0 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -315 5 1.4324 0.109 1 0 2 0.43 2.46091 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -315 5 1.4324 0.109 2 0 1 0.43 2.46091 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -30313 3 1.717 0.322 1 0 2 5.65 0.959931 1.5
do D0KS0Pi0Pi0CLEO:AddChannel -30313 3 1.717 0.322 2 0 1 5.65 0.959931 1.5
do D0KS0Pi0Pi0CLEO:SetExternal 421 310 111 111
newdef D0KS0Pi0Pi0CLEO:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPipPimE791
newdef DsPipPipPimE791:Iteration 5
newdef DsPipPipPimE791:Ntry 500
newdef DsPipPipPimE791:Points 100000
newdef DsPipPipPimE791:GenerateIntermediates 1
newdef DsPipPipPimE791:ParentRadius 5
newdef DsPipPipPimE791:UseAllK0 0
newdef DsPipPipPimE791:MaximumWeight 1.20263e+11
insert DsPipPipPimE791:Weights 0 0.128729
insert DsPipPipPimE791:Weights 1 0.127759
insert DsPipPipPimE791:Weights 2 0.0627059
insert DsPipPipPimE791:Weights 3 0.0636902
insert DsPipPipPimE791:Weights 4 0.107573
insert DsPipPipPimE791:Weights 5 0.108217
insert DsPipPipPimE791:Weights 6 0.107941
insert DsPipPipPimE791:Weights 7 0.109917
insert DsPipPipPimE791:Weights 8 0.091867
insert DsPipPipPimE791:Weights 9 0.0916003
do DsPipPipPimE791:AddChannel 9010221 41 0.977 0.044 1 0 2 1 0 1.5 0.207 0.0977
do DsPipPipPimE791:AddChannel 9010221 41 0.977 0.044 2 0 1 1 0 1.5 0.207 0.0977
do DsPipPipPimE791:AddChannel 0 0 0 0 1 0 2 0.723 0.0174533 1.5
do DsPipPipPimE791:AddChannel 113 3 0.77 0.1507 1 0 2 0.29 1.90241 1.5
do DsPipPipPimE791:AddChannel 113 3 0.77 0.1507 2 0 1 0.29 1.90241 1.5
do DsPipPipPimE791:AddChannel 225 5 1.275 0.1855 1 0 2 1.075 2.32129 1.5
do DsPipPipPimE791:AddChannel 225 5 1.275 0.1855 2 0 1 1.075 2.32129 1.5
do DsPipPipPimE791:AddChannel 10221 1 1.434 0.172 1 0 2 2.225 -2.82743 1.5
do DsPipPipPimE791:AddChannel 10221 1 1.434 0.172 2 0 1 2.225 -2.82743 1.5
do DsPipPipPimE791:AddChannel 100113 3 1.465 0.31 1 0 2 1.107 2.82743 1.5
do DsPipPipPimE791:AddChannel 100113 3 1.465 0.31 2 0 1 1.107 2.82743 1.5
do DsPipPipPimE791:SetExternal 431 -211 211 211
newdef DsPipPipPimE791:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpPipPipPimE791
newdef DpPipPipPimE791:Iteration 5
newdef DpPipPipPimE791:Ntry 500
newdef DpPipPipPimE791:Points 100000
newdef DpPipPipPimE791:GenerateIntermediates 1
newdef DpPipPipPimE791:ParentRadius 5
newdef DpPipPipPimE791:UseAllK0 0
newdef DpPipPipPimE791:MaximumWeight 2.29733e+11
insert DpPipPipPimE791:Weights 0 0.108125
insert DpPipPipPimE791:Weights 1 0.111705
insert DpPipPipPimE791:Weights 2 0.070359
insert DpPipPipPimE791:Weights 3 0.0708292
insert DpPipPipPimE791:Weights 4 0.0625113
insert DpPipPipPimE791:Weights 5 0.0616323
insert DpPipPipPimE791:Weights 6 0.0766296
insert DpPipPipPimE791:Weights 7 0.0762832
insert DpPipPipPimE791:Weights 8 0.0872538
insert DpPipPipPimE791:Weights 9 0.0872671
insert DpPipPipPimE791:Weights 10 0.0941087
insert DpPipPipPimE791:Weights 11 0.093295
do DpPipPipPimE791:AddChannel 113 3 0.77 0.1507 1 0 2 1 0 1.5
do DpPipPipPimE791:AddChannel 113 3 0.77 0.1507 2 0 1 1 0 1.5
do DpPipPipPimE791:AddChannel 0 0 0 0 1 0 2 3.98 -2.14152 1.5
do DpPipPipPimE791:AddChannel 9010221 41 0.977 0.044 0 1 2 0.427 2.87979 1.5 0.207 0.0977
do DpPipPipPimE791:AddChannel 9010221 41 0.977 0.044 0 2 1 0.427 2.87979 1.5 0.207 0.0977
do DpPipPipPimE791:AddChannel 225 5 1.275 0.1855 1 0 2 2.032 1.00007 1.5
do DpPipPipPimE791:AddChannel 225 5 1.275 0.1855 2 0 1 2.032 1.00007 1.5
do DpPipPipPimE791:AddChannel 10221 1 1.434 0.172 1 0 2 0.789 1.83958 1.5
do DpPipPipPimE791:AddChannel 10221 1 1.434 0.172 2 0 1 0.789 1.83958 1.5
do DpPipPipPimE791:AddChannel 100113 3 1.465 0.31 1 0 2 0.736 -0.71384 1.5
do DpPipPipPimE791:AddChannel 100113 3 1.465 0.31 2 0 1 0.736 -0.71384 1.5
do DpPipPipPimE791:AddChannel 9000221 1 0.478 0.324 0 1 2 2.281 -2.69304 1.5
do DpPipPipPimE791:AddChannel 9000221 1 0.478 0.324 0 2 1 2.281 -2.69304 1.5
do DpPipPipPimE791:SetExternal 411 -211 211 211
newdef DpPipPipPimE791:ResonanceMass 0
#
create Herwig::TauDecayer Tau3Pion
newdef Tau3Pion:Iteration 10
newdef Tau3Pion:Ntry 1000
newdef Tau3Pion:Points 10000
newdef Tau3Pion:GenerateIntermediates 1
insert Tau3Pion:WeightLocation 0 0
insert Tau3Pion:WeightLocation 1 12
insert Tau3Pion:MaximumWeight 0 2.3
insert Tau3Pion:MaximumWeight 1 2.45
insert Tau3Pion:Weights 0 0.13068
insert Tau3Pion:Weights 1 0.131829
insert Tau3Pion:Weights 2 0.0729247
insert Tau3Pion:Weights 3 0.0729963
insert Tau3Pion:Weights 4 0.0763421
insert Tau3Pion:Weights 5 0.076501
insert Tau3Pion:Weights 6 0.0824364
insert Tau3Pion:Weights 7 0.0827193
insert Tau3Pion:Weights 8 0.0675151
insert Tau3Pion:Weights 9 0.0677209
insert Tau3Pion:Weights 10 0.0696064
insert Tau3Pion:Weights 11 0.0687289
insert Tau3Pion:Weights 12 0.182751
insert Tau3Pion:Weights 13 0.183206
insert Tau3Pion:Weights 14 0.107469
insert Tau3Pion:Weights 15 0.106478
insert Tau3Pion:Weights 16 0.109374
insert Tau3Pion:Weights 17 0.109834
insert Tau3Pion:Weights 18 0.08196
insert Tau3Pion:Weights 19 0.0597712
insert Tau3Pion:Weights 20 0.0591571
create Herwig::ThreePionCLEOCurrent Tau3PionCurrent HwWeakCurrents.so
newdef Tau3PionCurrent:RhoMasses 0 774.3
newdef Tau3PionCurrent:RhoMasses 1 1370
insert Tau3PionCurrent:RhoMasses 2 1720
newdef Tau3PionCurrent:RhoWidths 0 149.1
newdef Tau3PionCurrent:RhoWidths 1 386
insert Tau3PionCurrent:RhoWidths 2 250
newdef Tau3PionCurrent:f_2Mass 1.275
newdef Tau3PionCurrent:f_2Width 0.185
newdef Tau3PionCurrent:f_0Mass 1.186
newdef Tau3PionCurrent:f_0Width 0.35
newdef Tau3PionCurrent:sigmaMass 0.86
newdef Tau3PionCurrent:sigmaWidth 0.88
newdef Tau3PionCurrent:a1Mass 1.331
newdef Tau3PionCurrent:a1Width 0.814
newdef Tau3PionCurrent:KaonMass 0.496
newdef Tau3PionCurrent:KStarMass 0.894
newdef Tau3PionCurrent:KaonCoupling 3.32
newdef Tau3PionCurrent:Fpi 92.4189
newdef Tau3PionCurrent:a1WidthOption 0
newdef Tau3PionCurrent:RhoPWaveMagnitude 0 1
newdef Tau3PionCurrent:RhoPWaveMagnitude 1 0.12
newdef Tau3PionCurrent:RhoPWavePhase 0 0
newdef Tau3PionCurrent:RhoPWavePhase 1 3.11018
newdef Tau3PionCurrent:RhoDWaveMagnitude 0 3.7e-07
newdef Tau3PionCurrent:RhoDWaveMagnitude 1 8.7e-07
newdef Tau3PionCurrent:RhoDWavePhase 0 -0.471239
newdef Tau3PionCurrent:RhoDWavePhase 1 1.66504
newdef Tau3PionCurrent:f0Phase -1.69646
newdef Tau3PionCurrent:f2Phase 1.75929
newdef Tau3PionCurrent:sigmaPhase 0.722566
newdef Tau3PionCurrent:f0Magnitude 0.77
newdef Tau3PionCurrent:f2Magnitude 0.71
newdef Tau3PionCurrent:sigmaMagnitude 2.1
newdef Tau3PionCurrent:Initializea1 0
newdef Tau3PionCurrent:a1RunningWidth 0 0
newdef Tau3PionCurrent:a1RunningWidth 1 0
newdef Tau3PionCurrent:a1RunningWidth 2 0
newdef Tau3PionCurrent:a1RunningWidth 3 0
newdef Tau3PionCurrent:a1RunningWidth 4 0
newdef Tau3PionCurrent:a1RunningWidth 5 0
newdef Tau3PionCurrent:a1RunningWidth 6 0
newdef Tau3PionCurrent:a1RunningWidth 7 0
newdef Tau3PionCurrent:a1RunningWidth 8 0
newdef Tau3PionCurrent:a1RunningWidth 9 0
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newdef Tau3PionCurrent:a1RunningWidth 116 840.11
newdef Tau3PionCurrent:a1RunningWidth 117 847.061
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newdef Tau3PionCurrent:a1RunningWidth 198 1992.16
newdef Tau3PionCurrent:a1RunningWidth 199 2010.95
insert Tau3PionCurrent:a1RunningWidth 200 2029.97
newdef Tau3PionCurrent:a1RunningQ2 0 0
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newdef Tau3PionCurrent:a1RunningQ2 178 2.81035e+06
newdef Tau3PionCurrent:a1RunningQ2 179 2.82614e+06
newdef Tau3PionCurrent:a1RunningQ2 180 2.84192e+06
newdef Tau3PionCurrent:a1RunningQ2 181 2.85771e+06
newdef Tau3PionCurrent:a1RunningQ2 182 2.8735e+06
newdef Tau3PionCurrent:a1RunningQ2 183 2.88929e+06
newdef Tau3PionCurrent:a1RunningQ2 184 2.90508e+06
newdef Tau3PionCurrent:a1RunningQ2 185 2.92087e+06
newdef Tau3PionCurrent:a1RunningQ2 186 2.93665e+06
newdef Tau3PionCurrent:a1RunningQ2 187 2.95244e+06
newdef Tau3PionCurrent:a1RunningQ2 188 2.96823e+06
newdef Tau3PionCurrent:a1RunningQ2 189 2.98402e+06
newdef Tau3PionCurrent:a1RunningQ2 190 2.99981e+06
newdef Tau3PionCurrent:a1RunningQ2 191 3.0156e+06
newdef Tau3PionCurrent:a1RunningQ2 192 3.03139e+06
newdef Tau3PionCurrent:a1RunningQ2 193 3.04717e+06
newdef Tau3PionCurrent:a1RunningQ2 194 3.06296e+06
newdef Tau3PionCurrent:a1RunningQ2 195 3.07875e+06
newdef Tau3PionCurrent:a1RunningQ2 196 3.09454e+06
newdef Tau3PionCurrent:a1RunningQ2 197 3.11033e+06
newdef Tau3PionCurrent:a1RunningQ2 198 3.12612e+06
newdef Tau3PionCurrent:a1RunningQ2 199 3.1419e+06
insert Tau3PionCurrent:a1RunningQ2 200 3.15769e+06
newdef Tau3Pion:WeakCurrent Tau3PionCurrent
#
create Herwig::TauDecayer TauEtaPiPi
create Herwig::EtaPiPiDefaultCurrent TauEtaPiPiCurrent HwWeakCurrents.so
newdef TauEtaPiPi:WeakCurrent TauEtaPiPiCurrent
newdef TauEtaPiPi:Ntry 500
newdef TauEtaPiPi:Points 10000
newdef TauEtaPiPi:GenerateIntermediates 1
insert TauEtaPiPi:WeightLocation 0 0
insert TauEtaPiPi:MaximumWeight 0 0.03
insert TauEtaPiPi:Weights 0 0.0233
insert TauEtaPiPi:Weights 1 0.0172228
insert TauEtaPiPi:Weights 2 0.0177817
insert TauEtaPiPi:Weights 3 0.348627
insert TauEtaPiPi:Weights 4 0.225423
insert TauEtaPiPi:Weights 5 0.22759
insert TauEtaPiPi:Weights 6 0.0645809
insert TauEtaPiPi:Weights 7 0.0373083
insert TauEtaPiPi:Weights 8 0.0381665
#
create Herwig::HQETStrongDecayer CharmMeson
newdef CharmMeson:Iteration 10
newdef CharmMeson:Ntry 500
newdef CharmMeson:Points 10000
newdef CharmMeson:GenerateIntermediates 0
newdef CharmMeson:fPi 130.2
newdef CharmMeson:g 0.566
newdef CharmMeson:gp 0.189
newdef CharmMeson:h 0.544
newdef CharmMeson:hp 0.413
newdef CharmMeson:k 0.407
newdef CharmMeson:kp 0.242
newdef CharmMeson:gtilde 0.283
newdef CharmMeson:Lambda 1
newdef CharmMeson:psiL 0
newdef CharmMeson:psiS 0.041
newdef CharmMeson:DeltaEta 0.0228833
do CharmMeson:SetUpDecayMode 413 421 211 1.31861
do CharmMeson:SetUpDecayMode 413 411 111 1.31029
do CharmMeson:SetUpDecayMode 423 421 111 1.33047
do CharmMeson:SetUpDecayMode 433 431 111 0.00421025
do CharmMeson:SetUpDecayMode 415 411 111 2.88287
do CharmMeson:SetUpDecayMode 415 421 211 2.95662
do CharmMeson:SetUpDecayMode 425 411 -211 1.94659
do CharmMeson:SetUpDecayMode 425 421 111 2.03457
do CharmMeson:SetUpDecayMode 435 411 311 2.42643
do CharmMeson:SetUpDecayMode 435 421 321 2.42032
do CharmMeson:SetUpDecayMode 415 413 111 3.41396
do CharmMeson:SetUpDecayMode 415 423 211 2.69729
do CharmMeson:SetUpDecayMode 425 413 -211 2.34226
do CharmMeson:SetUpDecayMode 425 423 111 1.87924
do CharmMeson:SetUpDecayMode 435 413 311 1.75845
do CharmMeson:SetUpDecayMode 435 423 321 1.31503
do CharmMeson:SetUpDecayMode 10413 413 111 4.52314
do CharmMeson:SetUpDecayMode 10413 423 211 3.47116
do CharmMeson:SetUpDecayMode 10423 413 -211 5.22341
do CharmMeson:SetUpDecayMode 10423 423 111 4.3453
do CharmMeson:SetUpDecayMode 10433 413 311 1.57906
do CharmMeson:SetUpDecayMode 10433 423 321 1.43562
do CharmMeson:SetUpDecayMode 10411 411 111 6.57442
do CharmMeson:SetUpDecayMode 10411 421 211 6.61319
do CharmMeson:SetUpDecayMode 10421 411 -211 6.5581
do CharmMeson:SetUpDecayMode 10421 421 111 6.65623
do CharmMeson:SetUpDecayMode 10431 431 111 0.23295
do CharmMeson:SetUpDecayMode 20413 413 111 5.06988
do CharmMeson:SetUpDecayMode 20413 423 211 3.89552
do CharmMeson:SetUpDecayMode 20423 413 -211 4.7005
do CharmMeson:SetUpDecayMode 20423 423 111 3.81833
do CharmMeson:SetUpDecayMode 20433 433 111 0.312448
do CharmMeson:SetUpDecayMode 100411 423 211 0.702697
do CharmMeson:SetUpDecayMode 100411 413 111 0.459932
do CharmMeson:SetUpDecayMode 100421 413 -211 0.91423
do CharmMeson:SetUpDecayMode 100421 423 111 0.353773
do CharmMeson:SetUpDecayMode 100431 413 311 0.312344
do CharmMeson:SetUpDecayMode 100431 423 321 0.268127
do CharmMeson:SetUpDecayMode 100413 421 211 0.529936
do CharmMeson:SetUpDecayMode 100413 411 111 0.262229
do CharmMeson:SetUpDecayMode 100423 411 -211 0.522623
do CharmMeson:SetUpDecayMode 100423 421 111 0.265886
do CharmMeson:SetUpDecayMode 100433 411 311 0.425155
do CharmMeson:SetUpDecayMode 100433 421 321 0.439374
do CharmMeson:SetUpDecayMode 100413 423 211 0.709016
do CharmMeson:SetUpDecayMode 100413 413 111 0.466036
do CharmMeson:SetUpDecayMode 100423 413 -211 0.927575
do CharmMeson:SetUpDecayMode 100423 423 111 0.356375
do CharmMeson:SetUpDecayMode 100433 413 311 0.555473
do CharmMeson:SetUpDecayMode 100433 423 321 0.439498
do CharmMeson:SetUpDecayMode 20415 423 211 0.875288
do CharmMeson:SetUpDecayMode 20415 413 111 0.567836
do CharmMeson:SetUpDecayMode 20425 413 -211 1.1261
do CharmMeson:SetUpDecayMode 20425 423 111 0.441275
do CharmMeson:SetUpDecayMode 20435 413 311 1.0999
do CharmMeson:SetUpDecayMode 20435 423 321 0.889948
do CharmMeson:SetUpDecayMode 417 421 211 0.725507
do CharmMeson:SetUpDecayMode 417 411 111 0.354557
do CharmMeson:SetUpDecayMode 427 411 -211 0.704963
do CharmMeson:SetUpDecayMode 427 421 111 0.364866
do CharmMeson:SetUpDecayMode 437 411 311 0.604124
do CharmMeson:SetUpDecayMode 437 421 321 0.637948
do CharmMeson:SetUpDecayMode 417 423 211 0.400638
do CharmMeson:SetUpDecayMode 417 413 111 0.259993
do CharmMeson:SetUpDecayMode 427 413 -211 0.517613
do CharmMeson:SetUpDecayMode 427 423 111 0.201602
do CharmMeson:SetUpDecayMode 437 413 311 0.331208
do CharmMeson:SetUpDecayMode 437 423 321 0.266494
do CharmMeson:SetUpDecayMode 30413 421 211 0.756428
do CharmMeson:SetUpDecayMode 30413 411 111 0.371794
do CharmMeson:SetUpDecayMode 30423 411 -211 0.742232
do CharmMeson:SetUpDecayMode 30423 421 111 0.378897
do CharmMeson:SetUpDecayMode 30433 411 311 0.834109
do CharmMeson:SetUpDecayMode 30433 421 321 0.857459
do CharmMeson:SetUpDecayMode 30413 423 211 0.216795
do CharmMeson:SetUpDecayMode 30413 413 111 0.141882
do CharmMeson:SetUpDecayMode 30423 413 -211 0.283003
do CharmMeson:SetUpDecayMode 30423 423 111 0.108743
do CharmMeson:SetUpDecayMode 30433 413 311 0.288347
do CharmMeson:SetUpDecayMode 30433 423 321 0.224403
do CharmMeson:SetUpDecayMode 20433 10431 111 0.104478
#
create Herwig::HQETRadiativeDecayer HQETMesonEM
newdef HQETMesonEM:Iteration 10
newdef HQETMesonEM:Ntry 500
newdef HQETMesonEM:Points 10000
newdef HQETMesonEM:GenerateIntermediates 0
newdef HQETMesonEM:Ch 0.76
newdef HQETMesonEM:Lambda 1
do HQETMesonEM:SetUpDecayMode 413 411 1 1.58438
do HQETMesonEM:SetUpDecayMode 423 421 1 2.5813
do HQETMesonEM:SetUpDecayMode 433 431 1 0.89415
do HQETMesonEM:SetUpDecayMode 513 511 1 1.76346
do HQETMesonEM:SetUpDecayMode 523 521 1 1.75655
do HQETMesonEM:SetUpDecayMode 533 531 1 3.52061
#
create Herwig::Spin3MesonVectorScalarDecayer Spin3VS
newdef Spin3VS:Iteration 1
newdef Spin3VS:Ntry 500
newdef Spin3VS:Points 10000
newdef Spin3VS:GenerateIntermediates 0
do Spin3VS:SetUpDecayMode 227 10213 -211 9.83 14.4611
do Spin3VS:SetUpDecayMode 227 10113 111 9.83 14.541
#
create Herwig::Spin3MesonVectorScalarDecayer Spin3VP
newdef Spin3VP:Iteration 1
newdef Spin3VP:Ntry 500
newdef Spin3VP:Points 10000
newdef Spin3VP:GenerateIntermediates 0
do Spin3VP:SetUpDecayMode 117 223 111 2.56 14.3724
do Spin3VP:SetUpDecayMode 217 223 211 2.56 15.0937
do Spin3VP:SetUpDecayMode 117 -323 321 1.31 23.915
do Spin3VP:SetUpDecayMode 117 -313 311 1.31 23.3936
do Spin3VP:SetUpDecayMode 217 -313 321 1.87 22.3731
do Spin3VP:SetUpDecayMode 217 323 -311 1.87 20.2477
do Spin3VP:SetUpDecayMode 227 213 -211 3.36 5.2274
do Spin3VP:SetUpDecayMode 227 113 111 3.36 5.17949
do Spin3VP:SetUpDecayMode 337 -323 321 2.04 9.45735
do Spin3VP:SetUpDecayMode 337 -313 311 2.04 8.75126
do Spin3VP:SetUpDecayMode 327 213 311 3.96 8.704
do Spin3VP:SetUpDecayMode 327 113 321 2.81 8.67937
do Spin3VP:SetUpDecayMode 317 -213 321 3.96 8.66011
do Spin3VP:SetUpDecayMode 317 113 311 2.81 8.87377
do Spin3VP:SetUpDecayMode 327 323 111 1.84 8.61878
do Spin3VP:SetUpDecayMode 327 313 211 2.61 8.66593
do Spin3VP:SetUpDecayMode 317 323 -211 2.61 7.884
do Spin3VP:SetUpDecayMode 317 313 111 1.84 8.03042
#
create Herwig::TensorMesonTensorScalarDecayer TensorTS
newdef TensorTS:Iteration 1
newdef TensorTS:Ntry 2000
newdef TensorTS:Points 10000
newdef TensorTS:GenerateIntermediates 0
do TensorTS:SetUpDecayMode 10215 225 211 7.03 2.61509
do TensorTS:SetUpDecayMode 10115 225 111 7.03 2.62074
do TensorTS:SetUpDecayMode 10225 115 111 4.69 3.76572
do TensorTS:SetUpDecayMode 10225 215 -211 4.69 3.72084
do TensorTS:SetUpDecayMode 10335 115 111 4.08 2.56465
do TensorTS:SetUpDecayMode 10335 215 -211 4.08 2.58711
do TensorTS:SetUpDecayMode 10335 225 221 5.6 5.64108
do TensorTS:SetUpDecayMode 10325 225 321 11.5 6.54852
do TensorTS:SetUpDecayMode 10315 225 311 11.5 6.46993
do TensorTS:SetUpDecayMode 10325 325 111 0.86 4.11563
do TensorTS:SetUpDecayMode 10325 315 211 1.23 3.65465
do TensorTS:SetUpDecayMode 10315 315 111 0.86 3.5513
do TensorTS:SetUpDecayMode 10315 325 -211 1.23 4.21926
do TensorTS:SetUpDecayMode 20325 225 321 6.04 5.01724
do TensorTS:SetUpDecayMode 20315 225 311 6.04 5.00233
do TensorTS:SetUpDecayMode 20325 325 111 5.12 3.91523
do TensorTS:SetUpDecayMode 20325 315 211 7.44 3.55145
do TensorTS:SetUpDecayMode 20315 315 111 5.12 3.40497
do TensorTS:SetUpDecayMode 20315 325 -211 7.44 4.06722
#
create Herwig::Spin3MesonTensorPScalarDecayer Spin3TP
newdef Spin3TP:Iteration 1
newdef Spin3TP:Ntry 500
newdef Spin3TP:Points 10000
newdef Spin3TP:GenerateIntermediates 0
do Spin3TP:SetUpDecayMode 217 215 111 14.7 59.2194
do Spin3TP:SetUpDecayMode 217 115 211 14.7 56.0268
do Spin3TP:SetUpDecayMode 117 215 -211 14.7 55.8436
#
create Herwig::TensorMesonVectorScalarDecayer TensorVS
newdef TensorVS:Iteration 1
newdef TensorVS:Ntry 2000
newdef TensorVS:Points 10000
newdef TensorVS:GenerateIntermediates 0
do TensorVS:SetUpDecayMode 10215 213 111 3.05 2.82807
do TensorVS:SetUpDecayMode 10215 113 211 3.05 2.82476
do TensorVS:SetUpDecayMode 10115 213 -211 3.05 2.80708
do TensorVS:SetUpDecayMode 10215 323 -311 1.85 4.52436
do TensorVS:SetUpDecayMode 10215 -313 321 1.85 4.90551
do TensorVS:SetUpDecayMode 10115 323 -321 1.29 4.58409
do TensorVS:SetUpDecayMode 10115 -313 311 1.29 4.68448
do TensorVS:SetUpDecayMode 10225 323 -321 1.49 6.69558
do TensorVS:SetUpDecayMode 10225 -313 311 1.49 7.19528
do TensorVS:SetUpDecayMode 10325 323 111 1.81 6.13777
do TensorVS:SetUpDecayMode 10325 313 211 2.58 7.80842
do TensorVS:SetUpDecayMode 10315 313 111 1.81 7.53973
do TensorVS:SetUpDecayMode 10315 323 -211 2.58 7.43458
do TensorVS:SetUpDecayMode 20325 323 111 0.99 6.6902
do TensorVS:SetUpDecayMode 20325 313 211 1.41 7.05247
do TensorVS:SetUpDecayMode 20315 313 111 0.99 6.17997
do TensorVS:SetUpDecayMode 20315 323 -211 1.41 6.93157
do TensorVS:SetUpDecayMode 10215 22 211 0.163 1.59356
do TensorVS:SetUpDecayMode 10115 22 111 0.163 0.00124589
#
create Herwig::PseudoTensorMesonVectorVectorDecayer PTVV
newdef PTVV:Iteration 1
newdef PTVV:Ntry 1000
newdef PTVV:Points 10000
newdef PTVV:GenerateIntermediates 0
do PTVV:SetUpDecayMode 10115 113 223 2.21 20.2476
do PTVV:SetUpDecayMode 10215 213 223 2.21 14.7618
#
create Herwig::TensorMesonTensorPScalarDecayer TTP
newdef TTP:Iteration 1
newdef TTP:Ntry 1000
newdef TTP:Points 10000
newdef TTP:GenerateIntermediates 0
do TTP:SetUpDecayMode 215 225 211 45 5.70402
do TTP:SetUpDecayMode 115 225 111 45 6.58157
do TTP:SetUpDecayMode 445 215 -211 0.00607 3.01543
do TTP:SetUpDecayMode 445 115 111 0.00607 3.05938
do TTP:SetUpDecayMode 445 325 -321 0.00538 2.62985
do TTP:SetUpDecayMode 445 315 -311 0.00538 2.33314
#
create Herwig::VectorMeson2FermionDecayer Vector2Leptons
newdef Vector2Leptons:Iteration 1
newdef Vector2Leptons:Ntry 500
newdef Vector2Leptons:Points 10000
newdef Vector2Leptons:GenerateIntermediates 0
do Vector2Leptons:SetUpDecayMode 113 11 -11 0.018524 1.60839
do Vector2Leptons:SetUpDecayMode 113 13 -13 0.018524 1.60498
do Vector2Leptons:SetUpDecayMode 223 11 -11 0.005429 1.60161
do Vector2Leptons:SetUpDecayMode 223 13 -13 0.005429 1.59833
do Vector2Leptons:SetUpDecayMode 333 11 -11 0.006852 1.60556
do Vector2Leptons:SetUpDecayMode 333 13 -13 0.006852 1.60986
do Vector2Leptons:SetUpDecayMode 30443 11 -11 0.00159 1.5993
do Vector2Leptons:SetUpDecayMode 30443 13 -13 0.001509 1.4405
do Vector2Leptons:SetUpDecayMode 30443 15 -15 0.001509 1.53038
do Vector2Leptons:SetUpDecayMode 443 11 -11 0.008215 1.60017
do Vector2Leptons:SetUpDecayMode 443 13 -13 0.008215 1.60016
do Vector2Leptons:SetUpDecayMode 100443 11 -11 0.005031 1.59862
do Vector2Leptons:SetUpDecayMode 100443 13 -13 0.005031 1.6008
do Vector2Leptons:SetUpDecayMode 100443 15 -15 0.005031 1.60219
do Vector2Leptons:SetUpDecayMode 553 11 -11 0.002315 1.6003
do Vector2Leptons:SetUpDecayMode 553 13 -13 0.002315 1.6003
do Vector2Leptons:SetUpDecayMode 553 15 -15 0.002315 1.6006
do Vector2Leptons:SetUpDecayMode 100553 11 -11 0.00152 1.60068
do Vector2Leptons:SetUpDecayMode 100553 13 -13 0.00152 1.60068
do Vector2Leptons:SetUpDecayMode 100553 15 -15 0.00152 1.60751
do Vector2Leptons:SetUpDecayMode 200553 11 -11 0.00127 1.6002
do Vector2Leptons:SetUpDecayMode 200553 13 -13 0.00127 1.6002
do Vector2Leptons:SetUpDecayMode 200553 15 -15 0.00127 1.60626
do Vector2Leptons:SetUpDecayMode 300553 11 -11 0.001081 1.59966
do Vector2Leptons:SetUpDecayMode 300553 13 -13 0.001081 1.59966
do Vector2Leptons:SetUpDecayMode 300553 15 -15 0.001081 1.59171
do Vector2Leptons:SetUpDecayMode 9000553 11 -11 0.001 1.56074
do Vector2Leptons:SetUpDecayMode 9000553 13 -13 0.001 1.56074
do Vector2Leptons:SetUpDecayMode 9000553 15 -15 0.001 1.55385
do Vector2Leptons:SetUpDecayMode 443 3112 -3112 0.001342 1.5934
do Vector2Leptons:SetUpDecayMode 100443 3112 -3112 0.0009273 1.5978
do Vector2Leptons:SetUpDecayMode 30223 11 -11 0.00462 1.60088
#
create Herwig::VectorMeson2SpinThreeHalfBaryonsDecayer Vector2Baryons3Half
newdef Vector2Baryons3Half:Iteration 1
newdef Vector2Baryons3Half:Ntry 500
newdef Vector2Baryons3Half:Points 10000
newdef Vector2Baryons3Half:GenerateIntermediates 0
do Vector2Baryons3Half:SetUpDecayMode 443 3114 -3114 0.00150640470181 0.00093350341391 0. 5.
do Vector2Baryons3Half:SetUpDecayMode 443 3224 -3224 0.00153402258271 0.00107528142563 0. 7.
do Vector2Baryons3Half:SetUpDecayMode 443 3214 -3214 0.0015323974485 0.000860759359361 0. 5.5
do Vector2Baryons3Half:SetUpDecayMode 100443 3114 -3114 0.000260326162249 0.000561082932891 0. 5.
do Vector2Baryons3Half:SetUpDecayMode 100443 3224 -3224 0.000362882855521 0.000526423800011 0. 5.
do Vector2Baryons3Half:SetUpDecayMode 100443 3214 -3214 0.00025226758188 0.000500391020504 0. 4.5
do Vector2Baryons3Half:SetUpDecayMode 100443 3314 -3314 0.000397805035356 0.000678994938986 0. 0.0012
do Vector2Baryons3Half:SetUpDecayMode 100443 3324 -3324 0.000329456656799 0.000511837793088 0. 0.000443401
#
create Herwig::ScalarTo3ScalarDalitz DsKS0KpPi0BES
newdef DsKS0KpPi0BES:Iteration 5
newdef DsKS0KpPi0BES:Ntry 500
newdef DsKS0KpPi0BES:Points 100000
newdef DsKS0KpPi0BES:GenerateIntermediates 1
newdef DsKS0KpPi0BES:ParentRadius 5
newdef DsKS0KpPi0BES:UseAllK0 0
newdef DsKS0KpPi0BES:MaximumWeight 4.44668e+10
insert DsKS0KpPi0BES:Weights 0 0.442357
insert DsKS0KpPi0BES:Weights 1 0.324631
insert DsKS0KpPi0BES:Weights 2 0.132282
insert DsKS0KpPi0BES:Weights 3 0.100731
do DsKS0KpPi0BES:AddChannel 313 3 0.89555 0.0473 0 2 1 1 0 3
do DsKS0KpPi0BES:AddChannel 323 3 0.89167 0.0514 1 2 0 0.676 -0.16 3
do DsKS0KpPi0BES:AddChannel 9000211 1 1.0041 0.0972 0 1 2 1.746 -0.97 3
do DsKS0KpPi0BES:AddChannel 100313 3 1.414 0.232 0 2 1 3.567 0.17 3
do DsKS0KpPi0BES:AddChannel 0 1 1.817 0.097 0 1 2 4.214 -2.55 3
do DsKS0KpPi0BES:SetExternal 431 310 321 111
newdef DsKS0KpPi0BES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsKpPipPimBES
newdef DsKpPipPimBES:Iteration 5
newdef DsKpPipPimBES:Ntry 500
newdef DsKpPipPimBES:Points 100000
newdef DsKpPipPimBES:GenerateIntermediates 1
newdef DsKpPipPimBES:ParentRadius 5
newdef DsKpPipPimBES:UseAllK0 0
newdef DsKpPipPimBES:MaximumWeight 4.52578e+10
insert DsKpPipPimBES:Weights 0 0.16328
insert DsKpPipPimBES:Weights 1 0.102356
insert DsKpPipPimBES:Weights 2 0.137357
insert DsKpPipPimBES:Weights 3 0.113523
insert DsKpPipPimBES:Weights 4 0.0996095
insert DsKpPipPimBES:Weights 5 0.1999
insert DsKpPipPimBES:Weights 6 0.0914007
insert DsKpPipPimBES:Weights 7 0.0925743
do DsKpPipPimBES:AddChannel 113 23 0.77526 0.1474 1 2 0 1 0 3 0.139571
do DsKpPipPimBES:AddChannel 100113 23 1.465 0.4 1 2 0 7.44893 2.72 3 0.139571
do DsKpPipPimBES:AddChannel 9000221 81 0.9264 0.3 1 2 0 4.11088 0.98 3 1.082 0.5843 1.6663 0
do DsKpPipPimBES:AddChannel 9010221 41 0.965 0.5 1 2 0 1.37073 -1.26319 3 0.399 0.819
do DsKpPipPimBES:AddChannel 10221 1 1.35 0.265 1 2 0 3.72645 -0.253185 3
do DsKpPipPimBES:AddChannel 313 3 0.8955 0.0514 0 2 1 1.06671 3.03 3
do DsKpPipPimBES:AddChannel 100313 3 1.414 0.232 0 2 1 1.59255 -0.663185 3
do DsKpPipPimBES:AddChannel 10311 71 1.4712 0.178 0 2 1 2.8353 1.89 3 0.5468 0.23
do DsKpPipPimBES:SetExternal 431 321 211 -211
newdef DsKpPipPimBES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsKpPipPimFOCUS
newdef DsKpPipPimFOCUS:Iteration 5
newdef DsKpPipPimFOCUS:Ntry 500
newdef DsKpPipPimFOCUS:Points 100000
newdef DsKpPipPimFOCUS:GenerateIntermediates 1
newdef DsKpPipPimFOCUS:ParentRadius 5
newdef DsKpPipPimFOCUS:UseAllK0 0
newdef DsKpPipPimFOCUS:MaximumWeight 3.46765e+10
insert DsKpPipPimFOCUS:Weights 0 0.259937
insert DsKpPipPimFOCUS:Weights 1 0.2424
insert DsKpPipPimFOCUS:Weights 2 0.152304
insert DsKpPipPimFOCUS:Weights 3 0.163427
insert DsKpPipPimFOCUS:Weights 4 0.181932
do DsKpPipPimFOCUS:AddChannel 113 3 0.7711 0.1492 1 2 0 1 0 1.5
do DsKpPipPimFOCUS:AddChannel 313 3 0.8961 0.0507 0 2 1 0.74 2.8222 1.5
do DsKpPipPimFOCUS:AddChannel 0 0 0 0 0 1 2 3.981 0.752237 1.5
do DsKpPipPimFOCUS:AddChannel 100313 3 1.414 0.232 0 2 1 2.721 -0.607375 1.5
do DsKpPipPimFOCUS:AddChannel 10311 1 1.412 0.294 0 2 1 1.824 1.03498 1.5
do DsKpPipPimFOCUS:AddChannel 100113 3 1.465 0.31 1 2 0 6.615 -2.64766 1.5
do DsKpPipPimFOCUS:SetExternal 431 321 211 -211
newdef DsKpPipPimFOCUS:ResonanceMass 0
#
create Herwig::WeakPartonicDecayer WeakPartonic0
newdef WeakPartonic0:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef WeakPartonic0:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef WeakPartonic0:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef WeakPartonic0:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef WeakPartonic0:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef WeakPartonic0:Exclusive 1
newdef WeakPartonic0:Intermediates 0
newdef WeakPartonic0:Partonic_Tries 100
newdef WeakPartonic0:MECode 0
#
create Herwig::WeakPartonicDecayer WeakPartonic100
newdef WeakPartonic100:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef WeakPartonic100:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef WeakPartonic100:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef WeakPartonic100:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef WeakPartonic100:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef WeakPartonic100:Exclusive 1
newdef WeakPartonic100:Intermediates 0
newdef WeakPartonic100:Partonic_Tries 100
newdef WeakPartonic100:MECode 100
#
create Herwig::VectorMesonPScalarFermionsDecayer VectorVPff
newdef VectorVPff:Iteration 5
newdef VectorVPff:Ntry 500
newdef VectorVPff:Points 10000
newdef VectorVPff:GenerateIntermediates 0
do VectorVPff:SetUpDecayMode 223 111 11 0.2179 2 113 0.7758 0.1503 5.2618 0.273309
do VectorVPff:SetUpDecayMode 223 111 13 0.2179 2 113 0.7758 0.1503 26.8941 1
do VectorVPff:SetUpDecayMode 333 221 11 0.0643 2 113 0.7758 0.1503 4.3391 0.215086
do VectorVPff:SetUpDecayMode 333 221 13 0.0643 2 113 0.7758 0.1503 3.31309 0.375026
do VectorVPff:SetUpDecayMode 333 111 11 0.0120094 2 113 0.7758 0.1503 4.83188 0.218805
do VectorVPff:SetUpDecayMode 333 111 13 0.0120094 2 113 0.7758 0.1503 3.16628 0.327872
do VectorVPff:SetUpDecayMode 443 221 11 0.0643 2 443 3.0969 9.29e-05 2.34926 0.189627
do VectorVPff:SetUpDecayMode 443 221 13 0.0643 2 443 3.0969 9.29e-05 0.420516 0.200787
#
create Herwig::VectorTo3PseudoScalarDalitz OmegaDalitz
newdef OmegaDalitz:Coupling 178.71
newdef OmegaDalitz:Iteration 5
newdef OmegaDalitz:Ntry 500
newdef OmegaDalitz:Points 100000
newdef OmegaDalitz:GenerateIntermediates 1
newdef OmegaDalitz:ParentRadius 0
newdef OmegaDalitz:UseAllK0 0
newdef OmegaDalitz:MaximumWeight 6.94037
insert OmegaDalitz:Weights 0 0.333826
insert OmegaDalitz:Weights 1 0.334815
insert OmegaDalitz:Weights 2 0.331359
do OmegaDalitz:AddChannel 213 3 0.7758 0.1503 2 0 1 1 0 0
do OmegaDalitz:AddChannel -213 3 0.7758 0.1503 1 2 0 1 0 0
do OmegaDalitz:AddChannel 113 3 0.7758 0.1503 0 1 2 1 0 0
do OmegaDalitz:SetExternal 223 211 -211 111
#
create Herwig::a1ThreePionCLEODecayer a1CLEO
newdef a1CLEO:Iteration 5
newdef a1CLEO:Ntry 500
newdef a1CLEO:Points 10000
newdef a1CLEO:GenerateIntermediates 1
newdef a1CLEO:f_2Mass 1.275
newdef a1CLEO:f_2Width 0.185
newdef a1CLEO:f_0Mass 1.186
newdef a1CLEO:f_0Width 0.35
newdef a1CLEO:sigmaMass 0.86
newdef a1CLEO:sigmaWidth 0.88
newdef a1CLEO:RhoMasses 0 0.7743
newdef a1CLEO:RhoMasses 1 1.37
insert a1CLEO:RhoMasses 2 1.72
newdef a1CLEO:RhoWidths 0 0.1491
newdef a1CLEO:RhoWidths 1 0.386
insert a1CLEO:RhoWidths 2 0.25
newdef a1CLEO:f0Phase -1.69646
newdef a1CLEO:f2Phase 1.75929
newdef a1CLEO:sigmaPhase 0.722566
newdef a1CLEO:f0Magnitude 0.77
newdef a1CLEO:f2Magnitude 0.71
newdef a1CLEO:sigmaMagnitude 2.1
newdef a1CLEO:Coupling 45.57
newdef a1CLEO:RhoPWaveMagnitude 0 1
newdef a1CLEO:RhoPWaveMagnitude 1 0.12
newdef a1CLEO:RhoPWavePhase 0 0
newdef a1CLEO:RhoPWavePhase 1 3.11018
newdef a1CLEO:RhoDWaveMagnitude 0 3.7e-07
newdef a1CLEO:RhoDWaveMagnitude 1 8.7e-07
newdef a1CLEO:RhoDWavePhase 0 -0.471239
newdef a1CLEO:RhoDWavePhase 1 1.66504
newdef a1CLEO:LocalParameters 1
newdef a1CLEO:AllNeutralWeights 0 0.132162
newdef a1CLEO:AllNeutralWeights 1 0.116638
newdef a1CLEO:AllNeutralWeights 2 0.121088
newdef a1CLEO:AllNeutralWeights 3 0.10656
newdef a1CLEO:AllNeutralWeights 4 0.102577
newdef a1CLEO:AllNeutralWeights 5 0.101169
newdef a1CLEO:AllNeutralWeights 6 0.104587
newdef a1CLEO:AllNeutralWeights 7 0.104663
newdef a1CLEO:AllNeutralWeights 8 0.110557
newdef a1CLEO:OneChargedWeights 0 0.177017
newdef a1CLEO:OneChargedWeights 1 0.176011
newdef a1CLEO:OneChargedWeights 2 0.110129
newdef a1CLEO:OneChargedWeights 3 0.108023
newdef a1CLEO:OneChargedWeights 4 0.110553
newdef a1CLEO:OneChargedWeights 5 0.109976
newdef a1CLEO:OneChargedWeights 6 0.0886337
newdef a1CLEO:OneChargedWeights 7 0.0591042
newdef a1CLEO:OneChargedWeights 8 0.0605533
newdef a1CLEO:TwoChargedWeights 0 0.173357
newdef a1CLEO:TwoChargedWeights 1 0.172283
newdef a1CLEO:TwoChargedWeights 2 0.116031
newdef a1CLEO:TwoChargedWeights 3 0.114642
newdef a1CLEO:TwoChargedWeights 4 0.109058
newdef a1CLEO:TwoChargedWeights 5 0.114073
newdef a1CLEO:TwoChargedWeights 6 0.0809455
newdef a1CLEO:TwoChargedWeights 7 0.0601352
newdef a1CLEO:TwoChargedWeights 8 0.059477
newdef a1CLEO:ThreeChargedWeights 0 0.125022
newdef a1CLEO:ThreeChargedWeights 1 0.129911
newdef a1CLEO:ThreeChargedWeights 2 0.0741652
newdef a1CLEO:ThreeChargedWeights 3 0.0758126
newdef a1CLEO:ThreeChargedWeights 4 0.0711541
newdef a1CLEO:ThreeChargedWeights 5 0.0777299
newdef a1CLEO:ThreeChargedWeights 6 0.0822551
newdef a1CLEO:ThreeChargedWeights 7 0.0867606
newdef a1CLEO:ThreeChargedWeights 8 0.0671056
newdef a1CLEO:ThreeChargedWeights 9 0.0701714
newdef a1CLEO:ThreeChargedWeights 10 0.0701456
newdef a1CLEO:ThreeChargedWeights 11 0.0697667
newdef a1CLEO:ZeroMax 13.0704
newdef a1CLEO:OneMax 6.91104
newdef a1CLEO:TwoMax 6.94654
newdef a1CLEO:ThreeMax 6.40086
#
create Herwig::PScalarVectorVectorDecayer PVV
newdef PVV:Iteration 1
newdef PVV:Ntry 500
newdef PVV:Points 10000
newdef PVV:GenerateIntermediates 0
do PVV:SetUpDecayMode 331 223 22 0.1412 1.17937
do PVV:SetUpDecayMode 111 22 22 0.0178 1.08444
do PVV:SetUpDecayMode 221 22 22 0.0176 1.08656
do PVV:SetUpDecayMode 331 22 22 0.0221 1.09105
do PVV:SetUpDecayMode 441 213 -213 0.0525 2.6
do PVV:SetUpDecayMode 441 113 113 0.0371 2.63569
do PVV:SetUpDecayMode 441 333 333 0.0267 8.54466
do PVV:SetUpDecayMode 441 22 22 0.00521 1.10127
do PVV:SetUpDecayMode 441 323 -323 0.0308 5.0763
do PVV:SetUpDecayMode 441 313 -313 0.0308 5.22846
do PVV:SetUpDecayMode 100541 543 22 0.0757 1.10098
do PVV:SetUpDecayMode 100441 22 22 0.00212 1.10241
do PVV:SetUpDecayMode 441 223 223 0.024 15.2564
#
create Herwig::PScalarVectorFermionsDecayer PVff
newdef PVff:Iteration 1
newdef PVff:Ntry 500
newdef PVff:Points 10000
newdef PVff:GenerateIntermediates 0
do PVff:SetUpDecayMode 111 22 11 0.00761872 2 113 0.7758 0.1503 0.0270172
do PVff:SetUpDecayMode 221 22 11 0.00755416 2 113 0.707 0 2.82505
do PVff:SetUpDecayMode 221 22 13 0.00755416 2 113 0.707 0 2.19738
do PVff:SetUpDecayMode 331 22 11 0.0104 2 113 0.7758 0.1503 5.19839
do PVff:SetUpDecayMode 331 22 13 0.0104 2 113 0.7758 0.1503 3.01441
do PVff:SetUpDecayMode 331 223 11 0.0428 2 113 0.7758 0.1503 0.000532818
#
create Herwig::EtaPiPiGammaDecayer Etapipigamma
newdef Etapipigamma:Iteration 1
newdef Etapipigamma:Ntry 500
newdef Etapipigamma:Points 10000
newdef Etapipigamma:GenerateIntermediates 0
newdef Etapipigamma:fpi 130.7
newdef Etapipigamma:RhoMass 771.1
newdef Etapipigamma:RhoWidth 149.2
newdef Etapipigamma:LocalParameters 1
newdef Etapipigamma:OmnesC 1
newdef Etapipigamma:OmnesA 0.840908
newdef Etapipigamma:Incoming 0 221
newdef Etapipigamma:Coupling 0 0.00506
newdef Etapipigamma:MaxWeight 0 3.95436
newdef Etapipigamma:Option 0 3
newdef Etapipigamma:Incoming 1 331
newdef Etapipigamma:Coupling 1 0.004278
newdef Etapipigamma:MaxWeight 1 3.53871
newdef Etapipigamma:Option 1 3
create Herwig::ExperimentalOmnesFunction ExperimentalOmnesFunction
newdef ExperimentalOmnesFunction:Initialize 0
newdef ExperimentalOmnesFunction:OmnesPoints 100
newdef ExperimentalOmnesFunction:OmnesCut 0.4
newdef ExperimentalOmnesFunction:Phase_Energy 0 300
newdef ExperimentalOmnesFunction:Phase_Shift 0 0.1
newdef ExperimentalOmnesFunction:Phase_Energy 1 320
newdef ExperimentalOmnesFunction:Phase_Shift 1 0.4
newdef ExperimentalOmnesFunction:Phase_Energy 2 340
newdef ExperimentalOmnesFunction:Phase_Shift 2 0.7
newdef ExperimentalOmnesFunction:Phase_Energy 3 360
newdef ExperimentalOmnesFunction:Phase_Shift 3 1
newdef ExperimentalOmnesFunction:Phase_Energy 4 380
newdef ExperimentalOmnesFunction:Phase_Shift 4 1.5
newdef ExperimentalOmnesFunction:Phase_Energy 5 400
newdef ExperimentalOmnesFunction:Phase_Shift 5 2
newdef ExperimentalOmnesFunction:Phase_Energy 6 420
newdef ExperimentalOmnesFunction:Phase_Shift 6 2.5
newdef ExperimentalOmnesFunction:Phase_Energy 7 440
newdef ExperimentalOmnesFunction:Phase_Shift 7 3.2
newdef ExperimentalOmnesFunction:Phase_Energy 8 460
newdef ExperimentalOmnesFunction:Phase_Shift 8 4
newdef ExperimentalOmnesFunction:Phase_Energy 9 480
newdef ExperimentalOmnesFunction:Phase_Shift 9 4.9
newdef ExperimentalOmnesFunction:Phase_Energy 10 500
newdef ExperimentalOmnesFunction:Phase_Shift 10 5.9
newdef ExperimentalOmnesFunction:Phase_Energy 11 520
newdef ExperimentalOmnesFunction:Phase_Shift 11 7.1
newdef ExperimentalOmnesFunction:Phase_Energy 12 540
newdef ExperimentalOmnesFunction:Phase_Shift 12 8.5
newdef ExperimentalOmnesFunction:Phase_Energy 13 560
newdef ExperimentalOmnesFunction:Phase_Shift 13 10.1
newdef ExperimentalOmnesFunction:Phase_Energy 14 580
newdef ExperimentalOmnesFunction:Phase_Shift 14 12.1
newdef ExperimentalOmnesFunction:Phase_Energy 15 600
newdef ExperimentalOmnesFunction:Phase_Shift 15 14.4
newdef ExperimentalOmnesFunction:Phase_Energy 16 620
newdef ExperimentalOmnesFunction:Phase_Shift 16 17.3
newdef ExperimentalOmnesFunction:Phase_Energy 17 640
newdef ExperimentalOmnesFunction:Phase_Shift 17 20.9
newdef ExperimentalOmnesFunction:Phase_Energy 18 660
newdef ExperimentalOmnesFunction:Phase_Shift 18 25.4
newdef ExperimentalOmnesFunction:Phase_Energy 19 680
newdef ExperimentalOmnesFunction:Phase_Shift 19 31.2
newdef ExperimentalOmnesFunction:Phase_Energy 20 700
newdef ExperimentalOmnesFunction:Phase_Shift 20 38.7
newdef ExperimentalOmnesFunction:Phase_Energy 21 720
newdef ExperimentalOmnesFunction:Phase_Shift 21 48.4
newdef ExperimentalOmnesFunction:Phase_Energy 22 740
newdef ExperimentalOmnesFunction:Phase_Shift 22 60.6
newdef ExperimentalOmnesFunction:Phase_Energy 23 760
newdef ExperimentalOmnesFunction:Phase_Shift 23 74.9
newdef ExperimentalOmnesFunction:Phase_Energy 24 780
newdef ExperimentalOmnesFunction:Phase_Shift 24 90
newdef ExperimentalOmnesFunction:Phase_Energy 25 800
newdef ExperimentalOmnesFunction:Phase_Shift 25 103.8
newdef ExperimentalOmnesFunction:Phase_Energy 26 820
newdef ExperimentalOmnesFunction:Phase_Shift 26 115.3
newdef ExperimentalOmnesFunction:Phase_Energy 27 840
newdef ExperimentalOmnesFunction:Phase_Shift 27 124.3
newdef ExperimentalOmnesFunction:Phase_Energy 28 860
newdef ExperimentalOmnesFunction:Phase_Shift 28 131.3
newdef ExperimentalOmnesFunction:Phase_Energy 29 880
newdef ExperimentalOmnesFunction:Phase_Shift 29 136.7
newdef ExperimentalOmnesFunction:Phase_Energy 30 900
newdef ExperimentalOmnesFunction:Phase_Shift 30 141
newdef ExperimentalOmnesFunction:Phase_Energy 31 920
newdef ExperimentalOmnesFunction:Phase_Shift 31 144.5
newdef ExperimentalOmnesFunction:Phase_Energy 32 940
newdef ExperimentalOmnesFunction:Phase_Shift 32 147.3
newdef ExperimentalOmnesFunction:Phase_Energy 33 960
newdef ExperimentalOmnesFunction:Phase_Shift 33 149.7
newdef ExperimentalOmnesFunction:Phase_Energy 34 980
newdef ExperimentalOmnesFunction:Phase_Shift 34 151.8
newdef ExperimentalOmnesFunction:OmnesEnergy 0 282.534
newdef ExperimentalOmnesFunction:OmnesReal 0 0.860715
newdef ExperimentalOmnesFunction:OmnesImag 0 0.00243348
newdef ExperimentalOmnesFunction:OmnesEnergy 1 289.32
newdef ExperimentalOmnesFunction:OmnesReal 1 0.851815
newdef ExperimentalOmnesFunction:OmnesImag 1 0.00089491
newdef ExperimentalOmnesFunction:OmnesEnergy 2 296.107
newdef ExperimentalOmnesFunction:OmnesReal 2 0.843732
newdef ExperimentalOmnesFunction:OmnesImag 2 -0.000612618
newdef ExperimentalOmnesFunction:OmnesEnergy 3 302.893
newdef ExperimentalOmnesFunction:OmnesReal 3 0.835875
newdef ExperimentalOmnesFunction:OmnesImag 3 -0.00209199
newdef ExperimentalOmnesFunction:OmnesEnergy 4 309.68
newdef ExperimentalOmnesFunction:OmnesReal 4 0.828085
newdef ExperimentalOmnesFunction:OmnesImag 4 -0.00354375
newdef ExperimentalOmnesFunction:OmnesEnergy 5 316.466
newdef ExperimentalOmnesFunction:OmnesReal 5 0.820287
newdef ExperimentalOmnesFunction:OmnesImag 5 -0.0049678
newdef ExperimentalOmnesFunction:OmnesEnergy 6 323.252
newdef ExperimentalOmnesFunction:OmnesReal 6 0.812437
newdef ExperimentalOmnesFunction:OmnesImag 6 -0.00636377
newdef ExperimentalOmnesFunction:OmnesEnergy 7 330.039
newdef ExperimentalOmnesFunction:OmnesReal 7 0.804502
newdef ExperimentalOmnesFunction:OmnesImag 7 -0.00773106
newdef ExperimentalOmnesFunction:OmnesEnergy 8 336.825
newdef ExperimentalOmnesFunction:OmnesReal 8 0.796459
newdef ExperimentalOmnesFunction:OmnesImag 8 -0.00906897
newdef ExperimentalOmnesFunction:OmnesEnergy 9 343.612
newdef ExperimentalOmnesFunction:OmnesReal 9 0.788299
newdef ExperimentalOmnesFunction:OmnesImag 9 -0.0102967
newdef ExperimentalOmnesFunction:OmnesEnergy 10 350.398
newdef ExperimentalOmnesFunction:OmnesReal 10 0.77978
newdef ExperimentalOmnesFunction:OmnesImag 10 -0.0114782
newdef ExperimentalOmnesFunction:OmnesEnergy 11 357.184
newdef ExperimentalOmnesFunction:OmnesReal 11 0.770921
newdef ExperimentalOmnesFunction:OmnesImag 11 -0.0127871
newdef ExperimentalOmnesFunction:OmnesEnergy 12 363.971
newdef ExperimentalOmnesFunction:OmnesReal 12 0.761746
newdef ExperimentalOmnesFunction:OmnesImag 12 -0.0144895
newdef ExperimentalOmnesFunction:OmnesEnergy 13 370.757
newdef ExperimentalOmnesFunction:OmnesReal 13 0.752725
newdef ExperimentalOmnesFunction:OmnesImag 13 -0.0165141
newdef ExperimentalOmnesFunction:OmnesEnergy 14 377.543
newdef ExperimentalOmnesFunction:OmnesReal 14 0.743833
newdef ExperimentalOmnesFunction:OmnesImag 14 -0.0186278
newdef ExperimentalOmnesFunction:OmnesEnergy 15 384.33
newdef ExperimentalOmnesFunction:OmnesReal 15 0.735053
newdef ExperimentalOmnesFunction:OmnesImag 15 -0.0206378
newdef ExperimentalOmnesFunction:OmnesEnergy 16 391.116
newdef ExperimentalOmnesFunction:OmnesReal 16 0.726157
newdef ExperimentalOmnesFunction:OmnesImag 16 -0.0225401
newdef ExperimentalOmnesFunction:OmnesEnergy 17 397.903
newdef ExperimentalOmnesFunction:OmnesReal 17 0.717151
newdef ExperimentalOmnesFunction:OmnesImag 17 -0.0243864
newdef ExperimentalOmnesFunction:OmnesEnergy 18 404.689
newdef ExperimentalOmnesFunction:OmnesReal 18 0.70801
newdef ExperimentalOmnesFunction:OmnesImag 18 -0.0260833
newdef ExperimentalOmnesFunction:OmnesEnergy 19 411.475
newdef ExperimentalOmnesFunction:OmnesReal 19 0.698521
newdef ExperimentalOmnesFunction:OmnesImag 19 -0.0277387
newdef ExperimentalOmnesFunction:OmnesEnergy 20 418.262
newdef ExperimentalOmnesFunction:OmnesReal 20 0.688706
newdef ExperimentalOmnesFunction:OmnesImag 20 -0.0294853
newdef ExperimentalOmnesFunction:OmnesEnergy 21 425.048
newdef ExperimentalOmnesFunction:OmnesReal 21 0.678618
newdef ExperimentalOmnesFunction:OmnesImag 21 -0.0315488
newdef ExperimentalOmnesFunction:OmnesEnergy 22 431.835
newdef ExperimentalOmnesFunction:OmnesReal 22 0.668555
newdef ExperimentalOmnesFunction:OmnesImag 22 -0.0338262
newdef ExperimentalOmnesFunction:OmnesEnergy 23 438.621
newdef ExperimentalOmnesFunction:OmnesReal 23 0.658496
newdef ExperimentalOmnesFunction:OmnesImag 23 -0.036209
newdef ExperimentalOmnesFunction:OmnesEnergy 24 445.407
newdef ExperimentalOmnesFunction:OmnesReal 24 0.648429
newdef ExperimentalOmnesFunction:OmnesImag 24 -0.0385969
newdef ExperimentalOmnesFunction:OmnesEnergy 25 452.194
newdef ExperimentalOmnesFunction:OmnesReal 25 0.638272
newdef ExperimentalOmnesFunction:OmnesImag 25 -0.0410051
newdef ExperimentalOmnesFunction:OmnesEnergy 26 458.98
newdef ExperimentalOmnesFunction:OmnesReal 26 0.628033
newdef ExperimentalOmnesFunction:OmnesImag 26 -0.0434404
newdef ExperimentalOmnesFunction:OmnesEnergy 27 465.767
newdef ExperimentalOmnesFunction:OmnesReal 27 0.61771
newdef ExperimentalOmnesFunction:OmnesImag 27 -0.0458955
newdef ExperimentalOmnesFunction:OmnesEnergy 28 472.553
newdef ExperimentalOmnesFunction:OmnesReal 28 0.607297
newdef ExperimentalOmnesFunction:OmnesImag 28 -0.0483627
newdef ExperimentalOmnesFunction:OmnesEnergy 29 479.339
newdef ExperimentalOmnesFunction:OmnesReal 29 0.596791
newdef ExperimentalOmnesFunction:OmnesImag 29 -0.0508343
newdef ExperimentalOmnesFunction:OmnesEnergy 30 486.126
newdef ExperimentalOmnesFunction:OmnesReal 30 0.586171
newdef ExperimentalOmnesFunction:OmnesImag 30 -0.0532532
newdef ExperimentalOmnesFunction:OmnesEnergy 31 492.912
newdef ExperimentalOmnesFunction:OmnesReal 31 0.575358
newdef ExperimentalOmnesFunction:OmnesImag 31 -0.0556833
newdef ExperimentalOmnesFunction:OmnesEnergy 32 499.699
newdef ExperimentalOmnesFunction:OmnesReal 32 0.564361
newdef ExperimentalOmnesFunction:OmnesImag 32 -0.0581587
newdef ExperimentalOmnesFunction:OmnesEnergy 33 506.485
newdef ExperimentalOmnesFunction:OmnesReal 33 0.553214
newdef ExperimentalOmnesFunction:OmnesImag 33 -0.0607547
newdef ExperimentalOmnesFunction:OmnesEnergy 34 513.271
newdef ExperimentalOmnesFunction:OmnesReal 34 0.541985
newdef ExperimentalOmnesFunction:OmnesImag 34 -0.0634188
newdef ExperimentalOmnesFunction:OmnesEnergy 35 520.058
newdef ExperimentalOmnesFunction:OmnesReal 35 0.530667
newdef ExperimentalOmnesFunction:OmnesImag 35 -0.0661334
newdef ExperimentalOmnesFunction:OmnesEnergy 36 526.844
newdef ExperimentalOmnesFunction:OmnesReal 36 0.519264
newdef ExperimentalOmnesFunction:OmnesImag 36 -0.0688841
newdef ExperimentalOmnesFunction:OmnesEnergy 37 533.63
newdef ExperimentalOmnesFunction:OmnesReal 37 0.507774
newdef ExperimentalOmnesFunction:OmnesImag 37 -0.0716561
newdef ExperimentalOmnesFunction:OmnesEnergy 38 540.417
newdef ExperimentalOmnesFunction:OmnesReal 38 0.496218
newdef ExperimentalOmnesFunction:OmnesImag 38 -0.0744314
newdef ExperimentalOmnesFunction:OmnesEnergy 39 547.203
newdef ExperimentalOmnesFunction:OmnesReal 39 0.484506
newdef ExperimentalOmnesFunction:OmnesImag 39 -0.077109
newdef ExperimentalOmnesFunction:OmnesEnergy 40 553.99
newdef ExperimentalOmnesFunction:OmnesReal 40 0.472569
newdef ExperimentalOmnesFunction:OmnesImag 40 -0.0798124
newdef ExperimentalOmnesFunction:OmnesEnergy 41 560.776
newdef ExperimentalOmnesFunction:OmnesReal 41 0.460391
newdef ExperimentalOmnesFunction:OmnesImag 41 -0.0825951
newdef ExperimentalOmnesFunction:OmnesEnergy 42 567.562
newdef ExperimentalOmnesFunction:OmnesReal 42 0.448121
newdef ExperimentalOmnesFunction:OmnesImag 42 -0.0856021
newdef ExperimentalOmnesFunction:OmnesEnergy 43 574.349
newdef ExperimentalOmnesFunction:OmnesReal 43 0.43585
newdef ExperimentalOmnesFunction:OmnesImag 43 -0.0886757
newdef ExperimentalOmnesFunction:OmnesEnergy 44 581.135
newdef ExperimentalOmnesFunction:OmnesReal 44 0.423613
newdef ExperimentalOmnesFunction:OmnesImag 44 -0.0917407
newdef ExperimentalOmnesFunction:OmnesEnergy 45 587.922
newdef ExperimentalOmnesFunction:OmnesReal 45 0.411225
newdef ExperimentalOmnesFunction:OmnesImag 45 -0.0946244
newdef ExperimentalOmnesFunction:OmnesEnergy 46 594.708
newdef ExperimentalOmnesFunction:OmnesReal 46 0.398597
newdef ExperimentalOmnesFunction:OmnesImag 46 -0.0975017
newdef ExperimentalOmnesFunction:OmnesEnergy 47 601.494
newdef ExperimentalOmnesFunction:OmnesReal 47 0.385723
newdef ExperimentalOmnesFunction:OmnesImag 47 -0.100435
newdef ExperimentalOmnesFunction:OmnesEnergy 48 608.281
newdef ExperimentalOmnesFunction:OmnesReal 48 0.372704
newdef ExperimentalOmnesFunction:OmnesImag 48 -0.103516
newdef ExperimentalOmnesFunction:OmnesEnergy 49 615.067
newdef ExperimentalOmnesFunction:OmnesReal 49 0.35959
newdef ExperimentalOmnesFunction:OmnesImag 49 -0.106676
newdef ExperimentalOmnesFunction:OmnesEnergy 50 621.854
newdef ExperimentalOmnesFunction:OmnesReal 50 0.3464
newdef ExperimentalOmnesFunction:OmnesImag 50 -0.109892
newdef ExperimentalOmnesFunction:OmnesEnergy 51 628.64
newdef ExperimentalOmnesFunction:OmnesReal 51 0.333098
newdef ExperimentalOmnesFunction:OmnesImag 51 -0.113121
newdef ExperimentalOmnesFunction:OmnesEnergy 52 635.426
newdef ExperimentalOmnesFunction:OmnesReal 52 0.319686
newdef ExperimentalOmnesFunction:OmnesImag 52 -0.116385
newdef ExperimentalOmnesFunction:OmnesEnergy 53 642.213
newdef ExperimentalOmnesFunction:OmnesReal 53 0.306191
newdef ExperimentalOmnesFunction:OmnesImag 53 -0.119664
newdef ExperimentalOmnesFunction:OmnesEnergy 54 648.999
newdef ExperimentalOmnesFunction:OmnesReal 54 0.292541
newdef ExperimentalOmnesFunction:OmnesImag 54 -0.12291
newdef ExperimentalOmnesFunction:OmnesEnergy 55 655.786
newdef ExperimentalOmnesFunction:OmnesReal 55 0.278725
newdef ExperimentalOmnesFunction:OmnesImag 55 -0.126184
newdef ExperimentalOmnesFunction:OmnesEnergy 56 662.572
newdef ExperimentalOmnesFunction:OmnesReal 56 0.264753
newdef ExperimentalOmnesFunction:OmnesImag 56 -0.129498
newdef ExperimentalOmnesFunction:OmnesEnergy 57 669.358
newdef ExperimentalOmnesFunction:OmnesReal 57 0.250639
newdef ExperimentalOmnesFunction:OmnesImag 57 -0.132862
newdef ExperimentalOmnesFunction:OmnesEnergy 58 676.145
newdef ExperimentalOmnesFunction:OmnesReal 58 0.236391
newdef ExperimentalOmnesFunction:OmnesImag 58 -0.136272
newdef ExperimentalOmnesFunction:OmnesEnergy 59 682.931
newdef ExperimentalOmnesFunction:OmnesReal 59 0.222033
newdef ExperimentalOmnesFunction:OmnesImag 59 -0.139718
newdef ExperimentalOmnesFunction:OmnesEnergy 60 689.718
newdef ExperimentalOmnesFunction:OmnesReal 60 0.207536
newdef ExperimentalOmnesFunction:OmnesImag 60 -0.143174
newdef ExperimentalOmnesFunction:OmnesEnergy 61 696.504
newdef ExperimentalOmnesFunction:OmnesReal 61 0.192894
newdef ExperimentalOmnesFunction:OmnesImag 61 -0.14665
newdef ExperimentalOmnesFunction:OmnesEnergy 62 703.29
newdef ExperimentalOmnesFunction:OmnesReal 62 0.178087
newdef ExperimentalOmnesFunction:OmnesImag 62 -0.150158
newdef ExperimentalOmnesFunction:OmnesEnergy 63 710.077
newdef ExperimentalOmnesFunction:OmnesReal 63 0.163157
newdef ExperimentalOmnesFunction:OmnesImag 63 -0.153716
newdef ExperimentalOmnesFunction:OmnesEnergy 64 716.863
newdef ExperimentalOmnesFunction:OmnesReal 64 0.148098
newdef ExperimentalOmnesFunction:OmnesImag 64 -0.157273
newdef ExperimentalOmnesFunction:OmnesEnergy 65 723.649
newdef ExperimentalOmnesFunction:OmnesReal 65 0.132821
newdef ExperimentalOmnesFunction:OmnesImag 65 -0.160847
newdef ExperimentalOmnesFunction:OmnesEnergy 66 730.436
newdef ExperimentalOmnesFunction:OmnesReal 66 0.117442
newdef ExperimentalOmnesFunction:OmnesImag 66 -0.164522
newdef ExperimentalOmnesFunction:OmnesEnergy 67 737.222
newdef ExperimentalOmnesFunction:OmnesReal 67 0.101967
newdef ExperimentalOmnesFunction:OmnesImag 67 -0.168175
newdef ExperimentalOmnesFunction:OmnesEnergy 68 744.009
newdef ExperimentalOmnesFunction:OmnesReal 68 0.0862558
newdef ExperimentalOmnesFunction:OmnesImag 68 -0.171796
newdef ExperimentalOmnesFunction:OmnesEnergy 69 750.795
newdef ExperimentalOmnesFunction:OmnesReal 69 0.0704105
newdef ExperimentalOmnesFunction:OmnesImag 69 -0.17551
newdef ExperimentalOmnesFunction:OmnesEnergy 70 757.581
newdef ExperimentalOmnesFunction:OmnesReal 70 0.0544364
newdef ExperimentalOmnesFunction:OmnesImag 70 -0.179198
newdef ExperimentalOmnesFunction:OmnesEnergy 71 764.368
newdef ExperimentalOmnesFunction:OmnesReal 71 0.0381918
newdef ExperimentalOmnesFunction:OmnesImag 71 -0.182849
newdef ExperimentalOmnesFunction:OmnesEnergy 72 771.154
newdef ExperimentalOmnesFunction:OmnesReal 72 0.0217336
newdef ExperimentalOmnesFunction:OmnesImag 72 -0.186618
newdef ExperimentalOmnesFunction:OmnesEnergy 73 777.941
newdef ExperimentalOmnesFunction:OmnesReal 73 0.00508918
newdef ExperimentalOmnesFunction:OmnesImag 73 -0.190478
newdef ExperimentalOmnesFunction:OmnesEnergy 74 784.727
newdef ExperimentalOmnesFunction:OmnesReal 74 -0.0116074
newdef ExperimentalOmnesFunction:OmnesImag 74 -0.19445
newdef ExperimentalOmnesFunction:OmnesEnergy 75 791.513
newdef ExperimentalOmnesFunction:OmnesReal 75 -0.028463
newdef ExperimentalOmnesFunction:OmnesImag 75 -0.198325
newdef ExperimentalOmnesFunction:OmnesEnergy 76 798.3
newdef ExperimentalOmnesFunction:OmnesReal 76 -0.0455796
newdef ExperimentalOmnesFunction:OmnesImag 76 -0.202216
newdef ExperimentalOmnesFunction:OmnesEnergy 77 805.086
newdef ExperimentalOmnesFunction:OmnesReal 77 -0.0628507
newdef ExperimentalOmnesFunction:OmnesImag 77 -0.206212
newdef ExperimentalOmnesFunction:OmnesEnergy 78 811.873
newdef ExperimentalOmnesFunction:OmnesReal 78 -0.0803257
newdef ExperimentalOmnesFunction:OmnesImag 78 -0.210165
newdef ExperimentalOmnesFunction:OmnesEnergy 79 818.659
newdef ExperimentalOmnesFunction:OmnesReal 79 -0.0980796
newdef ExperimentalOmnesFunction:OmnesImag 79 -0.214176
newdef ExperimentalOmnesFunction:OmnesEnergy 80 825.445
newdef ExperimentalOmnesFunction:OmnesReal 80 -0.115981
newdef ExperimentalOmnesFunction:OmnesImag 80 -0.21834
newdef ExperimentalOmnesFunction:OmnesEnergy 81 832.232
newdef ExperimentalOmnesFunction:OmnesReal 81 -0.134042
newdef ExperimentalOmnesFunction:OmnesImag 81 -0.222474
newdef ExperimentalOmnesFunction:OmnesEnergy 82 839.018
newdef ExperimentalOmnesFunction:OmnesReal 82 -0.15233
newdef ExperimentalOmnesFunction:OmnesImag 82 -0.226615
newdef ExperimentalOmnesFunction:OmnesEnergy 83 845.805
newdef ExperimentalOmnesFunction:OmnesReal 83 -0.170884
newdef ExperimentalOmnesFunction:OmnesImag 83 -0.230769
newdef ExperimentalOmnesFunction:OmnesEnergy 84 852.591
newdef ExperimentalOmnesFunction:OmnesReal 84 -0.189711
newdef ExperimentalOmnesFunction:OmnesImag 84 -0.234988
newdef ExperimentalOmnesFunction:OmnesEnergy 85 859.377
newdef ExperimentalOmnesFunction:OmnesReal 85 -0.208805
newdef ExperimentalOmnesFunction:OmnesImag 85 -0.239289
newdef ExperimentalOmnesFunction:OmnesEnergy 86 866.164
newdef ExperimentalOmnesFunction:OmnesReal 86 -0.228132
newdef ExperimentalOmnesFunction:OmnesImag 86 -0.243689
newdef ExperimentalOmnesFunction:OmnesEnergy 87 872.95
newdef ExperimentalOmnesFunction:OmnesReal 87 -0.247688
newdef ExperimentalOmnesFunction:OmnesImag 87 -0.24814
newdef ExperimentalOmnesFunction:OmnesEnergy 88 879.736
newdef ExperimentalOmnesFunction:OmnesReal 88 -0.267485
newdef ExperimentalOmnesFunction:OmnesImag 88 -0.25262
newdef ExperimentalOmnesFunction:OmnesEnergy 89 886.523
newdef ExperimentalOmnesFunction:OmnesReal 89 -0.287624
newdef ExperimentalOmnesFunction:OmnesImag 89 -0.257087
newdef ExperimentalOmnesFunction:OmnesEnergy 90 893.309
newdef ExperimentalOmnesFunction:OmnesReal 90 -0.308122
newdef ExperimentalOmnesFunction:OmnesImag 90 -0.261627
newdef ExperimentalOmnesFunction:OmnesEnergy 91 900.096
newdef ExperimentalOmnesFunction:OmnesReal 91 -0.328979
newdef ExperimentalOmnesFunction:OmnesImag 91 -0.266226
newdef ExperimentalOmnesFunction:OmnesEnergy 92 906.882
newdef ExperimentalOmnesFunction:OmnesReal 92 -0.350331
newdef ExperimentalOmnesFunction:OmnesImag 92 -0.270868
newdef ExperimentalOmnesFunction:OmnesEnergy 93 913.668
newdef ExperimentalOmnesFunction:OmnesReal 93 -0.372196
newdef ExperimentalOmnesFunction:OmnesImag 93 -0.275687
newdef ExperimentalOmnesFunction:OmnesEnergy 94 920.455
newdef ExperimentalOmnesFunction:OmnesReal 94 -0.394597
newdef ExperimentalOmnesFunction:OmnesImag 94 -0.280733
newdef ExperimentalOmnesFunction:OmnesEnergy 95 927.241
newdef ExperimentalOmnesFunction:OmnesReal 95 -0.417472
newdef ExperimentalOmnesFunction:OmnesImag 95 -0.286075
newdef ExperimentalOmnesFunction:OmnesEnergy 96 934.028
newdef ExperimentalOmnesFunction:OmnesReal 96 -0.440914
newdef ExperimentalOmnesFunction:OmnesImag 96 -0.291621
newdef ExperimentalOmnesFunction:OmnesEnergy 97 940.814
newdef ExperimentalOmnesFunction:OmnesReal 97 -0.465088
newdef ExperimentalOmnesFunction:OmnesImag 97 -0.297381
newdef ExperimentalOmnesFunction:OmnesEnergy 98 947.6
newdef ExperimentalOmnesFunction:OmnesReal 98 -0.490461
newdef ExperimentalOmnesFunction:OmnesImag 98 -0.303462
newdef ExperimentalOmnesFunction:OmnesEnergy 99 954.387
newdef ExperimentalOmnesFunction:OmnesReal 99 -0.51781
newdef ExperimentalOmnesFunction:OmnesImag 99 -0.310381
newdef Etapipigamma:OmnesFunction ExperimentalOmnesFunction
#
create Herwig::EtaPiGammaGammaDecayer Etapigammagamma
newdef Etapigammagamma:Iteration 1
newdef Etapigammagamma:Ntry 500
newdef Etapigammagamma:Points 10000
newdef Etapigammagamma:GenerateIntermediates 0
newdef Etapigammagamma:grhoomega 12.924
newdef Etapigammagamma:Fpi 130.7
newdef Etapigammagamma:grho 5.89977
newdef Etapigammagamma:RhoMass 771.1
newdef Etapigammagamma:RhoWidth 149.2
newdef Etapigammagamma:RatioFpiF8 0.769231
newdef Etapigammagamma:RatioFpiF0 0.961538
newdef Etapigammagamma:Theta -0.349066
newdef Etapigammagamma:EtaMax 2.37239
newdef Etapigammagamma:EtaPrimeMax 9.76071
newdef Etapigammagamma:LocalParameters 1
#
create Herwig::EtaPiPiPiDecayer Etapipipi
newdef Etapipipi:Iteration 1
newdef Etapipipi:Ntry 500
newdef Etapipipi:Points 10000
newdef Etapipipi:GenerateIntermediates 0
do Etapipipi:SetUpDecayMode 221 111 1 0.06477 -1.17 0.21 0.06 1.72861
do Etapipipi:SetUpDecayMode 221 111 0 0.0883547 0 -0.062 -0.062 1.45813
do Etapipipi:SetUpDecayMode 331 111 1 0.02576 -3.08 0.13 0.62 2.94049
do Etapipipi:SetUpDecayMode 331 111 0 0.01891 0 -0.86 -0.86 1.827
do Etapipipi:SetUpDecayMode 331 221 1 49.42 -0.093 -0.059 -0.003 1.421
do Etapipipi:SetUpDecayMode 331 221 0 20.62 -0.105 -0.065 -0.004 1.42649
#
create Herwig::TensorMeson2PScalarDecayer Tensor2PScalar
newdef Tensor2PScalar:Iteration 1
newdef Tensor2PScalar:Ntry 3000
newdef Tensor2PScalar:Points 10000
newdef Tensor2PScalar:GenerateIntermediates 0
do Tensor2PScalar:SetUpDecayMode 115 221 111 10.9 1.65316
do Tensor2PScalar:SetUpDecayMode 215 221 211 10.9 1.64258
do Tensor2PScalar:SetUpDecayMode 115 331 111 9.92 1.75949
do Tensor2PScalar:SetUpDecayMode 215 331 211 9.92 1.70722
do Tensor2PScalar:SetUpDecayMode 115 310 310 5.2 1.58967
do Tensor2PScalar:SetUpDecayMode 115 130 130 5.2 1.58967
do Tensor2PScalar:SetUpDecayMode 115 321 -321 7.36 1.67672
do Tensor2PScalar:SetUpDecayMode 215 321 -311 10.41 1.63467
do Tensor2PScalar:SetUpDecayMode 225 211 -211 18.73 1.57416
do Tensor2PScalar:SetUpDecayMode 225 111 111 13.24 1.58603
do Tensor2PScalar:SetUpDecayMode 225 221 221 8.362 1.71393
do Tensor2PScalar:SetUpDecayMode 225 321 -321 11.03 1.58584
do Tensor2PScalar:SetUpDecayMode 225 130 130 8.05 1.59016
do Tensor2PScalar:SetUpDecayMode 225 310 310 8.05 1.59016
do Tensor2PScalar:SetUpDecayMode 335 321 -321 14.65 1.60028
do Tensor2PScalar:SetUpDecayMode 335 310 310 10.36 1.15672
do Tensor2PScalar:SetUpDecayMode 335 130 130 10.36 1.16794
do Tensor2PScalar:SetUpDecayMode 335 221 221 9.15 1.61424
do Tensor2PScalar:SetUpDecayMode 335 211 -211 0.86 1.60017
do Tensor2PScalar:SetUpDecayMode 335 111 111 0.608 1.60798
do Tensor2PScalar:SetUpDecayMode 325 321 221 1.52 1.73005
do Tensor2PScalar:SetUpDecayMode 315 311 221 1.52 1.59146
do Tensor2PScalar:SetUpDecayMode 325 321 111 8.3 1.59797
do Tensor2PScalar:SetUpDecayMode 325 311 211 11.74 1.57335
do Tensor2PScalar:SetUpDecayMode 315 311 111 8.68 1.59206
do Tensor2PScalar:SetUpDecayMode 315 321 -211 12.28 1.60384
do Tensor2PScalar:SetUpDecayMode 525 521 111 27.23 1.61058
do Tensor2PScalar:SetUpDecayMode 525 511 211 38.52 1.58036
do Tensor2PScalar:SetUpDecayMode 515 511 111 27.16 1.59641
do Tensor2PScalar:SetUpDecayMode 515 521 -211 38.62 1.59448
do Tensor2PScalar:SetUpDecayMode 425 421 111 18.07 1.29457
do Tensor2PScalar:SetUpDecayMode 425 411 -211 25.56 2.50567
do Tensor2PScalar:SetUpDecayMode 415 411 111 14.91 0.867481
do Tensor2PScalar:SetUpDecayMode 415 421 211 21.09 1.76064
do Tensor2PScalar:SetUpDecayMode 435 421 321 23.39 2.89468
do Tensor2PScalar:SetUpDecayMode 435 411 311 23.39 2.76409
do Tensor2PScalar:SetUpDecayMode 535 521 -321 45.43 1.58715
do Tensor2PScalar:SetUpDecayMode 535 511 -311 48.84 1.56884
do Tensor2PScalar:SetUpDecayMode 445 211 -211 0.02 1.5984
do Tensor2PScalar:SetUpDecayMode 445 111 111 0.0141 1.5916
do Tensor2PScalar:SetUpDecayMode 445 321 -321 0.018 1.58956
do Tensor2PScalar:SetUpDecayMode 445 310 310 0.013 1.60503
do Tensor2PScalar:SetUpDecayMode 225 9000221 9000221 104.1 43.4218
do Tensor2PScalar:SetUpDecayMode 10115 9000221 111 15.3 7.28776
do Tensor2PScalar:SetUpDecayMode 10215 9000221 211 15.3 7.29621
do Tensor2PScalar:SetUpDecayMode 10225 9000111 111 11.3 6.45245
do Tensor2PScalar:SetUpDecayMode 10225 9000211 -211 11.3 6.4156
do Tensor2PScalar:SetUpDecayMode 10335 9000111 111 4.43 2.88423
do Tensor2PScalar:SetUpDecayMode 10335 9000211 -211 4.43 2.94995
do Tensor2PScalar:SetUpDecayMode 100445 411 -411 22.3 1.60573
do Tensor2PScalar:SetUpDecayMode 100445 421 -421 22.3 1.61147
do Tensor2PScalar:SetUpDecayMode 445 221 221 0.014 1.6208
do Tensor2PScalar:SetUpDecayMode 445 221 331 0.00324 1.6488
do Tensor2PScalar:SetUpDecayMode 445 331 331 0.00553 1.68311
do Tensor2PScalar:SetUpDecayMode 445 130 130 0.013 1.60503
#
create Herwig::TensorMesonVectorPScalarDecayer TensorVP
newdef TensorVP:Iteration 1
newdef TensorVP:Ntry 2000
newdef TensorVP:Points 10000
newdef TensorVP:GenerateIntermediates 0
do TensorVP:SetUpDecayMode 115 213 -211 21.1 4.68304
do TensorVP:SetUpDecayMode 215 113 211 21.1 4.71348
do TensorVP:SetUpDecayMode 215 213 111 21.1 4.73233
do TensorVP:SetUpDecayMode 215 22 211 0.551 1.7
do TensorVP:SetUpDecayMode 115 22 111 0.551 1.7
do TensorVP:SetUpDecayMode 315 223 311 11.66 40.
do TensorVP:SetUpDecayMode 325 223 321 11.66 40.
do TensorVP:SetUpDecayMode 325 22 321 0.553 1.9
do TensorVP:SetUpDecayMode 325 113 321 10.14 7.09367
do TensorVP:SetUpDecayMode 325 213 311 14.33 6.86114
do TensorVP:SetUpDecayMode 315 113 311 10.14 6.65245
do TensorVP:SetUpDecayMode 315 -213 321 14.33 8.1
do TensorVP:SetUpDecayMode 325 323 111 9.733 2.9
do TensorVP:SetUpDecayMode 325 313 211 13.77 2.796
do TensorVP:SetUpDecayMode 315 313 111 9.733 3.
do TensorVP:SetUpDecayMode 315 323 -211 13.77 3.
do TensorVP:SetUpDecayMode 425 423 111 8.035 6.
do TensorVP:SetUpDecayMode 425 413 -211 11.67 6.
do TensorVP:SetUpDecayMode 415 413 111 6.801 6.
do TensorVP:SetUpDecayMode 415 423 211 9.527 6.
do TensorVP:SetUpDecayMode 435 423 321 13.1 5.
do TensorVP:SetUpDecayMode 435 413 311 13.1 5.
do TensorVP:SetUpDecayMode 525 523 111 4.99 1.61535
do TensorVP:SetUpDecayMode 525 513 211 7.059 1.5842
do TensorVP:SetUpDecayMode 515 513 111 4.99 1.61501
do TensorVP:SetUpDecayMode 515 523 -211 7.059 1.58463
do TensorVP:SetUpDecayMode 435 423 321 13.09 1.78925
do TensorVP:SetUpDecayMode 435 413 311 13.09 2.06728
do TensorVP:SetUpDecayMode 535 523 -321 7.29 1.60271
do TensorVP:SetUpDecayMode 535 513 -311 9.43 1.59959
do TensorVP:SetUpDecayMode 20555 22 10551 1.11 1.82265
do TensorVP:SetUpDecayMode 445 323 -321 0.00123 4.99136
do TensorVP:SetUpDecayMode 445 313 -311 0.00123 5.05725
#
create Herwig::TensorMesonVectorVectorDecayer TVV
newdef TVV:Iteration 1
newdef TVV:Ntry 1000
newdef TVV:Points 10000
newdef TVV:GenerateIntermediates 0
do TVV:SetUpDecayMode 115 22 22 0.0162 3.11504
do TVV:SetUpDecayMode 225 22 22 0.0262 2.78159
do TVV:SetUpDecayMode 335 22 22 0.00481 4.59851
do TVV:SetUpDecayMode 100555 553 223 0.178 1.79713
do TVV:SetUpDecayMode 100555 553 22 0.263 1.60345
do TVV:SetUpDecayMode 100555 100553 22 0.712 1.6244
do TVV:SetUpDecayMode 100555 333 333 0.452 9.76591
do TVV:SetUpDecayMode 445 443 22 0.69 1.82472
do TVV:SetUpDecayMode 445 323 -323 0.0404 20.851
do TVV:SetUpDecayMode 445 313 -313 0.0406 24.2076
do TVV:SetUpDecayMode 445 333 333 0.0423 10.832
do TVV:SetUpDecayMode 445 22 22 0.0202 1.63476
do TVV:SetUpDecayMode 555 553 22 0.569 1.61091
do TVV:SetUpDecayMode 115 223 113 18.3 25.7157
do TVV:SetUpDecayMode 215 223 213 18.1 28.7855
do TVV:SetUpDecayMode 225 113 113 13 31.8738
do TVV:SetUpDecayMode 225 213 -213 12.8 33.3322
do TVV:SetUpDecayMode 315 113 313 12.6 42.8508
do TVV:SetUpDecayMode 315 -213 323 16.7 33.5317
do TVV:SetUpDecayMode 325 113 323 12.5 43.344
do TVV:SetUpDecayMode 325 213 313 17.8 40.1134
do TVV:SetUpDecayMode 445 223 223 0.0408 12.9271
do TVV:SetUpDecayMode 545 543 22 0.577 1.60427
do TVV:SetUpDecayMode 10555 10553 22 0.674 1.71503
do TVV:SetUpDecayMode 10545 10543 22 0.747 1.60339
do TVV:SetUpDecayMode 10545 20543 22 0.776 1.60319
do TVV:SetUpDecayMode 20545 10543 22 0.785 1.60435
do TVV:SetUpDecayMode 20545 20543 22 0.814 1.60065
do TVV:SetUpDecayMode 20445 20443 22 0.826 1.69493
do TVV:SetUpDecayMode 20555 20553 22 0.649 1.6045
do TVV:SetUpDecayMode 200555 553 22 0.127 1.59418
do TVV:SetUpDecayMode 200555 100553 22 0.182 1.59974
do TVV:SetUpDecayMode 200555 200553 22 0.558 1.61541
do TVV:SetUpDecayMode 200555 130553 22 0.0462 1.62772
do TVV:SetUpDecayMode 100555 30553 22 0.0393 1.6272
do TVV:SetUpDecayMode 120555 20553 22 0.161 1.60282
do TVV:SetUpDecayMode 120555 120553 22 0.573 1.60593
do TVV:SetUpDecayMode 100445 22 22 0.0121 1.75628
do TVV:SetUpDecayMode 445 223 333 0.00207 8.91535
#
create Herwig::TensorMesonSpin3VectorDecayer T3V
newdef T3V:Iteration 1
newdef T3V:Ntry 2000
newdef T3V:Points 10000
newdef T3V:GenerateIntermediates 0
do T3V:SetUpDecayMode 100555 557 22 0.273 1.62766
do T3V:SetUpDecayMode 200555 100557 22 0.341 1.62976
#
create Herwig::PseudoTensorMesonTensorVectorDecayer PTTV
newdef PTTV:Iteration 1
newdef PTTV:Ntry 2000
newdef PTTV:Points 10000
newdef PTTV:GenerateIntermediates 0
do PTTV:SetUpDecayMode 20555 555 22 1.44 1.6272
do PTTV:SetUpDecayMode 100555 20555 22 1.65 1.73643
do PTTV:SetUpDecayMode 120555 555 22 0.202 1.61196
do PTTV:SetUpDecayMode 120555 100555 22 2.14 1.6433
do PTTV:SetUpDecayMode 200555 120555 22 2.57 1.68093
do PTTV:SetUpDecayMode 20545 545 22 3.9 1.60931
do PTTV:SetUpDecayMode 10545 545 22 3.79 1.60887
do PTTV:SetUpDecayMode 20445 445 22 1.99 2.01395
#
create Herwig::SemiLeptonicScalarDecayer ISGW
newdef ISGW:Iteration 1
newdef ISGW:Ntry 500
newdef ISGW:Points 10000
newdef ISGW:GenerateIntermediates 0
insert ISGW:MaximumWeight 0 5.424e-05
insert ISGW:MaximumWeight 1 5.41804e-05
insert ISGW:MaximumWeight 2 3.893e-05
insert ISGW:MaximumWeight 3 7.59854e-05
insert ISGW:MaximumWeight 4 7.74351e-05
insert ISGW:MaximumWeight 5 5.13206e-05
insert ISGW:MaximumWeight 6 0.00136557
insert ISGW:MaximumWeight 7 0.00142736
insert ISGW:MaximumWeight 8 0.000823295
insert ISGW:MaximumWeight 9 3.0946e-05
insert ISGW:MaximumWeight 10 3.02772e-05
insert ISGW:MaximumWeight 11 1.1885e-05
insert ISGW:MaximumWeight 12 0.000139391
insert ISGW:MaximumWeight 13 0.000138853
insert ISGW:MaximumWeight 14 7.29822e-05
insert ISGW:MaximumWeight 15 0.000449845
insert ISGW:MaximumWeight 16 0.000482517
insert ISGW:MaximumWeight 17 0.000210263
insert ISGW:MaximumWeight 18 1.81584e-05
insert ISGW:MaximumWeight 19 1.8153e-05
insert ISGW:MaximumWeight 20 9.3705e-06
insert ISGW:MaximumWeight 21 6.15054e-05
insert ISGW:MaximumWeight 22 6.14914e-05
insert ISGW:MaximumWeight 23 4.59853e-05
insert ISGW:MaximumWeight 24 0.000997071
insert ISGW:MaximumWeight 25 0.000975911
insert ISGW:MaximumWeight 26 0.000445402
insert ISGW:MaximumWeight 27 3.33599e-05
insert ISGW:MaximumWeight 28 3.31068e-05
insert ISGW:MaximumWeight 29 1.27265e-05
insert ISGW:MaximumWeight 30 0.000309993
insert ISGW:MaximumWeight 31 0.000308636
insert ISGW:MaximumWeight 32 8.9226e-05
insert ISGW:MaximumWeight 33 0.000200307
insert ISGW:MaximumWeight 34 0.000200465
insert ISGW:MaximumWeight 35 0.000127083
insert ISGW:MaximumWeight 36 1.6939e-05
insert ISGW:MaximumWeight 37 1.72911e-05
insert ISGW:MaximumWeight 38 7.4697e-06
insert ISGW:MaximumWeight 39 0.120635
insert ISGW:MaximumWeight 40 0.11301
insert ISGW:MaximumWeight 41 0.0231386
insert ISGW:MaximumWeight 42 0.146282
insert ISGW:MaximumWeight 43 0.140715
insert ISGW:MaximumWeight 44 0.0370693
insert ISGW:MaximumWeight 45 0.00853693
insert ISGW:MaximumWeight 46 0.00852123
insert ISGW:MaximumWeight 47 0.000300696
insert ISGW:MaximumWeight 48 0.0229497
insert ISGW:MaximumWeight 49 0.0209246
insert ISGW:MaximumWeight 50 0.00104239
insert ISGW:MaximumWeight 51 0.00909127
insert ISGW:MaximumWeight 52 0.00891799
insert ISGW:MaximumWeight 53 0.000961694
insert ISGW:MaximumWeight 54 0.0048722
insert ISGW:MaximumWeight 55 0.00455352
insert ISGW:MaximumWeight 56 0.000321721
insert ISGW:MaximumWeight 57 0.00011395
insert ISGW:MaximumWeight 58 0.000113855
insert ISGW:MaximumWeight 59 8.51126e-05
insert ISGW:MaximumWeight 60 0.00150609
insert ISGW:MaximumWeight 61 0.00153757
insert ISGW:MaximumWeight 62 0.000747443
insert ISGW:MaximumWeight 63 6.09267e-05
insert ISGW:MaximumWeight 64 6.23095e-05
insert ISGW:MaximumWeight 65 2.30318e-05
insert ISGW:MaximumWeight 66 0.000552937
insert ISGW:MaximumWeight 67 0.000559378
insert ISGW:MaximumWeight 68 0.000162807
insert ISGW:MaximumWeight 69 0.000365874
insert ISGW:MaximumWeight 70 0.000364205
insert ISGW:MaximumWeight 71 0.000233785
insert ISGW:MaximumWeight 72 3.16293e-05
insert ISGW:MaximumWeight 73 3.18219e-05
insert ISGW:MaximumWeight 74 1.37143e-05
insert ISGW:MaximumWeight 75 0.110313
insert ISGW:MaximumWeight 76 0.103445
insert ISGW:MaximumWeight 77 0.0210801
insert ISGW:MaximumWeight 78 0.147362
insert ISGW:MaximumWeight 79 0.147419
insert ISGW:MaximumWeight 80 0.0384639
insert ISGW:MaximumWeight 81 0.0111543
insert ISGW:MaximumWeight 82 0.0103842
insert ISGW:MaximumWeight 83 0.000319557
insert ISGW:MaximumWeight 84 0.0211162
insert ISGW:MaximumWeight 85 0.0193068
insert ISGW:MaximumWeight 86 0.000966967
insert ISGW:MaximumWeight 87 0.00819478
insert ISGW:MaximumWeight 88 0.00823409
insert ISGW:MaximumWeight 89 0.000922852
insert ISGW:MaximumWeight 90 0.00451283
insert ISGW:MaximumWeight 91 0.00419498
insert ISGW:MaximumWeight 92 0.000294157
insert ISGW:MaximumWeight 93 0.00578922
insert ISGW:MaximumWeight 94 0.00516882
insert ISGW:MaximumWeight 95 0.00492885
insert ISGW:MaximumWeight 96 0.00482429
insert ISGW:MaximumWeight 97 2.25872e-06
insert ISGW:MaximumWeight 98 1.87372e-06
insert ISGW:MaximumWeight 99 0.000308952
insert ISGW:MaximumWeight 100 0.000227327
insert ISGW:MaximumWeight 101 0.000319546
insert ISGW:MaximumWeight 102 0.000269116
insert ISGW:MaximumWeight 103 3.55367e-05
insert ISGW:MaximumWeight 104 2.49126e-05
insert ISGW:MaximumWeight 105 0.127728
insert ISGW:MaximumWeight 106 0.107291
insert ISGW:MaximumWeight 107 0.0670801
insert ISGW:MaximumWeight 108 0.0655003
insert ISGW:MaximumWeight 109 3.5304e-05
insert ISGW:MaximumWeight 110 2.5821e-05
insert ISGW:MaximumWeight 111 0.0023046
insert ISGW:MaximumWeight 112 0.00152967
insert ISGW:MaximumWeight 113 0.000513018
insert ISGW:MaximumWeight 114 0.000456772
insert ISGW:MaximumWeight 115 0.00229334
insert ISGW:MaximumWeight 116 0.00182456
insert ISGW:MaximumWeight 117 0.00357344
insert ISGW:MaximumWeight 118 0.00305374
insert ISGW:MaximumWeight 119 0.00155629
insert ISGW:MaximumWeight 120 0.00121146
insert ISGW:MaximumWeight 121 0.0129117
insert ISGW:MaximumWeight 122 0.0127254
insert ISGW:MaximumWeight 123 8.71673e-06
insert ISGW:MaximumWeight 124 8.13552e-06
insert ISGW:MaximumWeight 125 0.000669791
insert ISGW:MaximumWeight 126 0.000503811
insert ISGW:MaximumWeight 127 0.000192319
insert ISGW:MaximumWeight 128 0.000174441
insert ISGW:MaximumWeight 129 3.41743e-05
insert ISGW:MaximumWeight 130 2.08608e-05
insert ISGW:MaximumWeight 131 0.00733276
insert ISGW:MaximumWeight 132 0.00655274
insert ISGW:MaximumWeight 133 0.00633683
insert ISGW:MaximumWeight 134 0.00619396
insert ISGW:MaximumWeight 135 3.00359e-06
insert ISGW:MaximumWeight 136 2.49679e-06
insert ISGW:MaximumWeight 137 0.000406841
insert ISGW:MaximumWeight 138 0.000300569
insert ISGW:MaximumWeight 139 0.000419858
insert ISGW:MaximumWeight 140 0.000352772
insert ISGW:MaximumWeight 141 4.70378e-05
insert ISGW:MaximumWeight 142 3.28597e-05
insert ISGW:MaximumWeight 143 0.325353
insert ISGW:MaximumWeight 144 0.27348
insert ISGW:MaximumWeight 145 0.169488
insert ISGW:MaximumWeight 146 0.165556
insert ISGW:MaximumWeight 147 9.51603e-05
insert ISGW:MaximumWeight 148 7.10445e-05
insert ISGW:MaximumWeight 149 0.00591948
insert ISGW:MaximumWeight 150 0.00402664
insert ISGW:MaximumWeight 151 0.00135309
insert ISGW:MaximumWeight 152 0.00118354
insert ISGW:MaximumWeight 153 0.00575264
insert ISGW:MaximumWeight 154 0.0045926
create Herwig::LeptonNeutrinoCurrent ISGWCurrent HwWeakCurrents.so
newdef ISGWCurrent:Quark 0 11
newdef ISGWCurrent:AntiQuark 0 -12
newdef ISGWCurrent:Quark 1 13
newdef ISGWCurrent:AntiQuark 1 -15
newdef ISGWCurrent:Quark 2 15
newdef ISGWCurrent:AntiQuark 2 -16
newdef ISGW:Current ISGWCurrent
create Herwig::ISGWFormFactor ISGWFormFactor
newdef ISGWFormFactor:Kappa 0.7
newdef ISGWFormFactor:DownMass 0.33
newdef ISGWFormFactor:UpMass 0.33
newdef ISGWFormFactor:StrangeMass 0.55
newdef ISGWFormFactor:CharmMass 1.82
newdef ISGWFormFactor:BottomMass 5.12
newdef ISGWFormFactor:BetaSud 0.31
newdef ISGWFormFactor:BetaSus 0.34
newdef ISGWFormFactor:BetaSuc 0.39
newdef ISGWFormFactor:BetaSub 0.41
newdef ISGWFormFactor:BetaPud 0.27
newdef ISGWFormFactor:BetaPus 0.3
newdef ISGWFormFactor:BetaPuc 0.34
newdef ISGWFormFactor:ThetaEtaEtaPrime -0.174533
newdef ISGWFormFactor:Incoming 0 -521
newdef ISGWFormFactor:Outgoing 0 -211
newdef ISGWFormFactor:Spin 0 0
newdef ISGWFormFactor:Spectator 0 -2
newdef ISGWFormFactor:InQuark 0 5
newdef ISGWFormFactor:OutQuark 0 1
newdef ISGWFormFactor:Incoming 1 -521
newdef ISGWFormFactor:Outgoing 1 -213
newdef ISGWFormFactor:Spin 1 1
newdef ISGWFormFactor:Spectator 1 -2
newdef ISGWFormFactor:InQuark 1 5
newdef ISGWFormFactor:OutQuark 1 1
newdef ISGWFormFactor:Incoming 2 -521
newdef ISGWFormFactor:Outgoing 2 -215
newdef ISGWFormFactor:Spin 2 2
newdef ISGWFormFactor:Spectator 2 -2
newdef ISGWFormFactor:InQuark 2 5
newdef ISGWFormFactor:OutQuark 2 1
newdef ISGWFormFactor:Incoming 3 -521
newdef ISGWFormFactor:Outgoing 3 -10213
newdef ISGWFormFactor:Spin 3 1
newdef ISGWFormFactor:Spectator 3 -2
newdef ISGWFormFactor:InQuark 3 5
newdef ISGWFormFactor:OutQuark 3 1
newdef ISGWFormFactor:Incoming 4 -521
newdef ISGWFormFactor:Outgoing 4 -20213
newdef ISGWFormFactor:Spin 4 1
newdef ISGWFormFactor:Spectator 4 -2
newdef ISGWFormFactor:InQuark 4 5
newdef ISGWFormFactor:OutQuark 4 1
newdef ISGWFormFactor:Incoming 5 -521
newdef ISGWFormFactor:Outgoing 5 -10211
newdef ISGWFormFactor:Spin 5 0
newdef ISGWFormFactor:Spectator 5 -2
newdef ISGWFormFactor:InQuark 5 5
newdef ISGWFormFactor:OutQuark 5 1
newdef ISGWFormFactor:Incoming 6 -521
newdef ISGWFormFactor:Outgoing 6 221
newdef ISGWFormFactor:Spin 6 0
newdef ISGWFormFactor:Spectator 6 -2
newdef ISGWFormFactor:InQuark 6 5
newdef ISGWFormFactor:OutQuark 6 2
newdef ISGWFormFactor:Incoming 7 -521
newdef ISGWFormFactor:Outgoing 7 331
newdef ISGWFormFactor:Spin 7 0
newdef ISGWFormFactor:Spectator 7 -2
newdef ISGWFormFactor:InQuark 7 5
newdef ISGWFormFactor:OutQuark 7 2
newdef ISGWFormFactor:Incoming 8 -521
newdef ISGWFormFactor:Outgoing 8 223
newdef ISGWFormFactor:Spin 8 1
newdef ISGWFormFactor:Spectator 8 -2
newdef ISGWFormFactor:InQuark 8 5
newdef ISGWFormFactor:OutQuark 8 2
newdef ISGWFormFactor:Incoming 9 -521
newdef ISGWFormFactor:Outgoing 9 225
newdef ISGWFormFactor:Spin 9 2
newdef ISGWFormFactor:Spectator 9 -2
newdef ISGWFormFactor:InQuark 9 5
newdef ISGWFormFactor:OutQuark 9 2
newdef ISGWFormFactor:Incoming 10 -521
newdef ISGWFormFactor:Outgoing 10 10223
newdef ISGWFormFactor:Spin 10 1
newdef ISGWFormFactor:Spectator 10 -2
newdef ISGWFormFactor:InQuark 10 5
newdef ISGWFormFactor:OutQuark 10 2
newdef ISGWFormFactor:Incoming 11 -521
newdef ISGWFormFactor:Outgoing 11 20223
newdef ISGWFormFactor:Spin 11 1
newdef ISGWFormFactor:Spectator 11 -2
newdef ISGWFormFactor:InQuark 11 5
newdef ISGWFormFactor:OutQuark 11 2
newdef ISGWFormFactor:Incoming 12 -521
newdef ISGWFormFactor:Outgoing 12 10221
newdef ISGWFormFactor:Spin 12 0
newdef ISGWFormFactor:Spectator 12 -2
newdef ISGWFormFactor:InQuark 12 5
newdef ISGWFormFactor:OutQuark 12 2
newdef ISGWFormFactor:Incoming 13 -521
newdef ISGWFormFactor:Outgoing 13 111
newdef ISGWFormFactor:Spin 13 0
newdef ISGWFormFactor:Spectator 13 -2
newdef ISGWFormFactor:InQuark 13 5
newdef ISGWFormFactor:OutQuark 13 2
newdef ISGWFormFactor:Incoming 14 -521
newdef ISGWFormFactor:Outgoing 14 113
newdef ISGWFormFactor:Spin 14 1
newdef ISGWFormFactor:Spectator 14 -2
newdef ISGWFormFactor:InQuark 14 5
newdef ISGWFormFactor:OutQuark 14 2
newdef ISGWFormFactor:Incoming 15 -521
newdef ISGWFormFactor:Outgoing 15 115
newdef ISGWFormFactor:Spin 15 2
newdef ISGWFormFactor:Spectator 15 -2
newdef ISGWFormFactor:InQuark 15 5
newdef ISGWFormFactor:OutQuark 15 2
newdef ISGWFormFactor:Incoming 16 -521
newdef ISGWFormFactor:Outgoing 16 10113
newdef ISGWFormFactor:Spin 16 1
newdef ISGWFormFactor:Spectator 16 -2
newdef ISGWFormFactor:InQuark 16 5
newdef ISGWFormFactor:OutQuark 16 2
newdef ISGWFormFactor:Incoming 17 -521
newdef ISGWFormFactor:Outgoing 17 20113
newdef ISGWFormFactor:Spin 17 1
newdef ISGWFormFactor:Spectator 17 -2
newdef ISGWFormFactor:InQuark 17 5
newdef ISGWFormFactor:OutQuark 17 2
newdef ISGWFormFactor:Incoming 18 -521
newdef ISGWFormFactor:Outgoing 18 10111
newdef ISGWFormFactor:Spin 18 0
newdef ISGWFormFactor:Spectator 18 -2
newdef ISGWFormFactor:InQuark 18 5
newdef ISGWFormFactor:OutQuark 18 2
newdef ISGWFormFactor:Incoming 19 -521
newdef ISGWFormFactor:Outgoing 19 -321
newdef ISGWFormFactor:Spin 19 0
newdef ISGWFormFactor:Spectator 19 -2
newdef ISGWFormFactor:InQuark 19 5
newdef ISGWFormFactor:OutQuark 19 3
newdef ISGWFormFactor:Incoming 20 -521
newdef ISGWFormFactor:Outgoing 20 -323
newdef ISGWFormFactor:Spin 20 1
newdef ISGWFormFactor:Spectator 20 -2
newdef ISGWFormFactor:InQuark 20 5
newdef ISGWFormFactor:OutQuark 20 3
newdef ISGWFormFactor:Incoming 21 -521
newdef ISGWFormFactor:Outgoing 21 -325
newdef ISGWFormFactor:Spin 21 2
newdef ISGWFormFactor:Spectator 21 -2
newdef ISGWFormFactor:InQuark 21 5
newdef ISGWFormFactor:OutQuark 21 3
newdef ISGWFormFactor:Incoming 22 -521
newdef ISGWFormFactor:Outgoing 22 -10323
newdef ISGWFormFactor:Spin 22 1
newdef ISGWFormFactor:Spectator 22 -2
newdef ISGWFormFactor:InQuark 22 5
newdef ISGWFormFactor:OutQuark 22 3
newdef ISGWFormFactor:Incoming 23 -521
newdef ISGWFormFactor:Outgoing 23 -20323
newdef ISGWFormFactor:Spin 23 1
newdef ISGWFormFactor:Spectator 23 -2
newdef ISGWFormFactor:InQuark 23 5
newdef ISGWFormFactor:OutQuark 23 3
newdef ISGWFormFactor:Incoming 24 -521
newdef ISGWFormFactor:Outgoing 24 -10321
newdef ISGWFormFactor:Spin 24 0
newdef ISGWFormFactor:Spectator 24 -2
newdef ISGWFormFactor:InQuark 24 5
newdef ISGWFormFactor:OutQuark 24 3
newdef ISGWFormFactor:Incoming 25 -521
newdef ISGWFormFactor:Outgoing 25 421
newdef ISGWFormFactor:Spin 25 0
newdef ISGWFormFactor:Spectator 25 -2
newdef ISGWFormFactor:InQuark 25 5
newdef ISGWFormFactor:OutQuark 25 4
newdef ISGWFormFactor:Incoming 26 -521
newdef ISGWFormFactor:Outgoing 26 423
newdef ISGWFormFactor:Spin 26 1
newdef ISGWFormFactor:Spectator 26 -2
newdef ISGWFormFactor:InQuark 26 5
newdef ISGWFormFactor:OutQuark 26 4
newdef ISGWFormFactor:Incoming 27 -521
newdef ISGWFormFactor:Outgoing 27 425
newdef ISGWFormFactor:Spin 27 2
newdef ISGWFormFactor:Spectator 27 -2
newdef ISGWFormFactor:InQuark 27 5
newdef ISGWFormFactor:OutQuark 27 4
newdef ISGWFormFactor:Incoming 28 -521
newdef ISGWFormFactor:Outgoing 28 10423
newdef ISGWFormFactor:Spin 28 1
newdef ISGWFormFactor:Spectator 28 -2
newdef ISGWFormFactor:InQuark 28 5
newdef ISGWFormFactor:OutQuark 28 4
newdef ISGWFormFactor:Incoming 29 -521
newdef ISGWFormFactor:Outgoing 29 20423
newdef ISGWFormFactor:Spin 29 1
newdef ISGWFormFactor:Spectator 29 -2
newdef ISGWFormFactor:InQuark 29 5
newdef ISGWFormFactor:OutQuark 29 4
newdef ISGWFormFactor:Incoming 30 -521
newdef ISGWFormFactor:Outgoing 30 10421
newdef ISGWFormFactor:Spin 30 0
newdef ISGWFormFactor:Spectator 30 -2
newdef ISGWFormFactor:InQuark 30 5
newdef ISGWFormFactor:OutQuark 30 4
newdef ISGWFormFactor:Incoming 31 -511
newdef ISGWFormFactor:Outgoing 31 221
newdef ISGWFormFactor:Spin 31 0
newdef ISGWFormFactor:Spectator 31 1
newdef ISGWFormFactor:InQuark 31 -5
newdef ISGWFormFactor:OutQuark 31 -1
newdef ISGWFormFactor:Incoming 32 -511
newdef ISGWFormFactor:Outgoing 32 331
newdef ISGWFormFactor:Spin 32 0
newdef ISGWFormFactor:Spectator 32 1
newdef ISGWFormFactor:InQuark 32 -5
newdef ISGWFormFactor:OutQuark 32 -1
newdef ISGWFormFactor:Incoming 33 -511
newdef ISGWFormFactor:Outgoing 33 223
newdef ISGWFormFactor:Spin 33 1
newdef ISGWFormFactor:Spectator 33 1
newdef ISGWFormFactor:InQuark 33 -5
newdef ISGWFormFactor:OutQuark 33 -1
newdef ISGWFormFactor:Incoming 34 -511
newdef ISGWFormFactor:Outgoing 34 225
newdef ISGWFormFactor:Spin 34 2
newdef ISGWFormFactor:Spectator 34 1
newdef ISGWFormFactor:InQuark 34 -5
newdef ISGWFormFactor:OutQuark 34 -1
newdef ISGWFormFactor:Incoming 35 -511
newdef ISGWFormFactor:Outgoing 35 10223
newdef ISGWFormFactor:Spin 35 1
newdef ISGWFormFactor:Spectator 35 1
newdef ISGWFormFactor:InQuark 35 -5
newdef ISGWFormFactor:OutQuark 35 -1
newdef ISGWFormFactor:Incoming 36 -511
newdef ISGWFormFactor:Outgoing 36 20223
newdef ISGWFormFactor:Spin 36 1
newdef ISGWFormFactor:Spectator 36 1
newdef ISGWFormFactor:InQuark 36 -5
newdef ISGWFormFactor:OutQuark 36 -1
newdef ISGWFormFactor:Incoming 37 -511
newdef ISGWFormFactor:Outgoing 37 10221
newdef ISGWFormFactor:Spin 37 0
newdef ISGWFormFactor:Spectator 37 1
newdef ISGWFormFactor:InQuark 37 -5
newdef ISGWFormFactor:OutQuark 37 -1
newdef ISGWFormFactor:Incoming 38 -511
newdef ISGWFormFactor:Outgoing 38 111
newdef ISGWFormFactor:Spin 38 0
newdef ISGWFormFactor:Spectator 38 1
newdef ISGWFormFactor:InQuark 38 -5
newdef ISGWFormFactor:OutQuark 38 -1
newdef ISGWFormFactor:Incoming 39 -511
newdef ISGWFormFactor:Outgoing 39 113
newdef ISGWFormFactor:Spin 39 1
newdef ISGWFormFactor:Spectator 39 1
newdef ISGWFormFactor:InQuark 39 -5
newdef ISGWFormFactor:OutQuark 39 -1
newdef ISGWFormFactor:Incoming 40 -511
newdef ISGWFormFactor:Outgoing 40 115
newdef ISGWFormFactor:Spin 40 2
newdef ISGWFormFactor:Spectator 40 1
newdef ISGWFormFactor:InQuark 40 -5
newdef ISGWFormFactor:OutQuark 40 -1
newdef ISGWFormFactor:Incoming 41 -511
newdef ISGWFormFactor:Outgoing 41 10113
newdef ISGWFormFactor:Spin 41 1
newdef ISGWFormFactor:Spectator 41 1
newdef ISGWFormFactor:InQuark 41 -5
newdef ISGWFormFactor:OutQuark 41 -1
newdef ISGWFormFactor:Incoming 42 -511
newdef ISGWFormFactor:Outgoing 42 20113
newdef ISGWFormFactor:Spin 42 1
newdef ISGWFormFactor:Spectator 42 1
newdef ISGWFormFactor:InQuark 42 -5
newdef ISGWFormFactor:OutQuark 42 -1
newdef ISGWFormFactor:Incoming 43 -511
newdef ISGWFormFactor:Outgoing 43 10111
newdef ISGWFormFactor:Spin 43 0
newdef ISGWFormFactor:Spectator 43 1
newdef ISGWFormFactor:InQuark 43 -5
newdef ISGWFormFactor:OutQuark 43 -1
newdef ISGWFormFactor:Incoming 44 -511
newdef ISGWFormFactor:Outgoing 44 211
newdef ISGWFormFactor:Spin 44 0
newdef ISGWFormFactor:Spectator 44 1
newdef ISGWFormFactor:InQuark 44 -5
newdef ISGWFormFactor:OutQuark 44 -2
newdef ISGWFormFactor:Incoming 45 -511
newdef ISGWFormFactor:Outgoing 45 213
newdef ISGWFormFactor:Spin 45 1
newdef ISGWFormFactor:Spectator 45 1
newdef ISGWFormFactor:InQuark 45 -5
newdef ISGWFormFactor:OutQuark 45 -2
newdef ISGWFormFactor:Incoming 46 -511
newdef ISGWFormFactor:Outgoing 46 215
newdef ISGWFormFactor:Spin 46 2
newdef ISGWFormFactor:Spectator 46 1
newdef ISGWFormFactor:InQuark 46 -5
newdef ISGWFormFactor:OutQuark 46 -2
newdef ISGWFormFactor:Incoming 47 -511
newdef ISGWFormFactor:Outgoing 47 10213
newdef ISGWFormFactor:Spin 47 1
newdef ISGWFormFactor:Spectator 47 1
newdef ISGWFormFactor:InQuark 47 -5
newdef ISGWFormFactor:OutQuark 47 -2
newdef ISGWFormFactor:Incoming 48 -511
newdef ISGWFormFactor:Outgoing 48 20213
newdef ISGWFormFactor:Spin 48 1
newdef ISGWFormFactor:Spectator 48 1
newdef ISGWFormFactor:InQuark 48 -5
newdef ISGWFormFactor:OutQuark 48 -2
newdef ISGWFormFactor:Incoming 49 -511
newdef ISGWFormFactor:Outgoing 49 10211
newdef ISGWFormFactor:Spin 49 0
newdef ISGWFormFactor:Spectator 49 1
newdef ISGWFormFactor:InQuark 49 -5
newdef ISGWFormFactor:OutQuark 49 -2
newdef ISGWFormFactor:Incoming 50 -511
newdef ISGWFormFactor:Outgoing 50 311
newdef ISGWFormFactor:Spin 50 0
newdef ISGWFormFactor:Spectator 50 1
newdef ISGWFormFactor:InQuark 50 -5
newdef ISGWFormFactor:OutQuark 50 -3
newdef ISGWFormFactor:Incoming 51 -511
newdef ISGWFormFactor:Outgoing 51 313
newdef ISGWFormFactor:Spin 51 1
newdef ISGWFormFactor:Spectator 51 1
newdef ISGWFormFactor:InQuark 51 -5
newdef ISGWFormFactor:OutQuark 51 -3
newdef ISGWFormFactor:Incoming 52 -511
newdef ISGWFormFactor:Outgoing 52 315
newdef ISGWFormFactor:Spin 52 2
newdef ISGWFormFactor:Spectator 52 1
newdef ISGWFormFactor:InQuark 52 -5
newdef ISGWFormFactor:OutQuark 52 -3
newdef ISGWFormFactor:Incoming 53 -511
newdef ISGWFormFactor:Outgoing 53 10313
newdef ISGWFormFactor:Spin 53 1
newdef ISGWFormFactor:Spectator 53 1
newdef ISGWFormFactor:InQuark 53 -5
newdef ISGWFormFactor:OutQuark 53 -3
newdef ISGWFormFactor:Incoming 54 -511
newdef ISGWFormFactor:Outgoing 54 20313
newdef ISGWFormFactor:Spin 54 1
newdef ISGWFormFactor:Spectator 54 1
newdef ISGWFormFactor:InQuark 54 -5
newdef ISGWFormFactor:OutQuark 54 -3
newdef ISGWFormFactor:Incoming 55 -511
newdef ISGWFormFactor:Outgoing 55 10311
newdef ISGWFormFactor:Spin 55 0
newdef ISGWFormFactor:Spectator 55 1
newdef ISGWFormFactor:InQuark 55 -5
newdef ISGWFormFactor:OutQuark 55 -3
newdef ISGWFormFactor:Incoming 56 -511
newdef ISGWFormFactor:Outgoing 56 411
newdef ISGWFormFactor:Spin 56 0
newdef ISGWFormFactor:Spectator 56 1
newdef ISGWFormFactor:InQuark 56 -5
newdef ISGWFormFactor:OutQuark 56 -4
newdef ISGWFormFactor:Incoming 57 -511
newdef ISGWFormFactor:Outgoing 57 413
newdef ISGWFormFactor:Spin 57 1
newdef ISGWFormFactor:Spectator 57 1
newdef ISGWFormFactor:InQuark 57 -5
newdef ISGWFormFactor:OutQuark 57 -4
newdef ISGWFormFactor:Incoming 58 -511
newdef ISGWFormFactor:Outgoing 58 415
newdef ISGWFormFactor:Spin 58 2
newdef ISGWFormFactor:Spectator 58 1
newdef ISGWFormFactor:InQuark 58 -5
newdef ISGWFormFactor:OutQuark 58 -4
newdef ISGWFormFactor:Incoming 59 -511
newdef ISGWFormFactor:Outgoing 59 10413
newdef ISGWFormFactor:Spin 59 1
newdef ISGWFormFactor:Spectator 59 1
newdef ISGWFormFactor:InQuark 59 -5
newdef ISGWFormFactor:OutQuark 59 -4
newdef ISGWFormFactor:Incoming 60 -511
newdef ISGWFormFactor:Outgoing 60 20413
newdef ISGWFormFactor:Spin 60 1
newdef ISGWFormFactor:Spectator 60 1
newdef ISGWFormFactor:InQuark 60 -5
newdef ISGWFormFactor:OutQuark 60 -4
newdef ISGWFormFactor:Incoming 61 -511
newdef ISGWFormFactor:Outgoing 61 10411
newdef ISGWFormFactor:Spin 61 0
newdef ISGWFormFactor:Spectator 61 1
newdef ISGWFormFactor:InQuark 61 -5
newdef ISGWFormFactor:OutQuark 61 -4
newdef ISGWFormFactor:Incoming 62 421
newdef ISGWFormFactor:Outgoing 62 -211
newdef ISGWFormFactor:Spin 62 0
newdef ISGWFormFactor:Spectator 62 -2
newdef ISGWFormFactor:InQuark 62 4
newdef ISGWFormFactor:OutQuark 62 1
newdef ISGWFormFactor:Incoming 63 421
newdef ISGWFormFactor:Outgoing 63 -213
newdef ISGWFormFactor:Spin 63 1
newdef ISGWFormFactor:Spectator 63 -2
newdef ISGWFormFactor:InQuark 63 4
newdef ISGWFormFactor:OutQuark 63 1
newdef ISGWFormFactor:Incoming 64 421
newdef ISGWFormFactor:Outgoing 64 -215
newdef ISGWFormFactor:Spin 64 2
newdef ISGWFormFactor:Spectator 64 -2
newdef ISGWFormFactor:InQuark 64 4
newdef ISGWFormFactor:OutQuark 64 1
newdef ISGWFormFactor:Incoming 65 421
newdef ISGWFormFactor:Outgoing 65 -10213
newdef ISGWFormFactor:Spin 65 1
newdef ISGWFormFactor:Spectator 65 -2
newdef ISGWFormFactor:InQuark 65 4
newdef ISGWFormFactor:OutQuark 65 1
newdef ISGWFormFactor:Incoming 66 421
newdef ISGWFormFactor:Outgoing 66 -20213
newdef ISGWFormFactor:Spin 66 1
newdef ISGWFormFactor:Spectator 66 -2
newdef ISGWFormFactor:InQuark 66 4
newdef ISGWFormFactor:OutQuark 66 1
newdef ISGWFormFactor:Incoming 67 421
newdef ISGWFormFactor:Outgoing 67 -10211
newdef ISGWFormFactor:Spin 67 0
newdef ISGWFormFactor:Spectator 67 -2
newdef ISGWFormFactor:InQuark 67 4
newdef ISGWFormFactor:OutQuark 67 1
newdef ISGWFormFactor:Incoming 68 421
newdef ISGWFormFactor:Outgoing 68 111
newdef ISGWFormFactor:Spin 68 0
newdef ISGWFormFactor:Spectator 68 -2
newdef ISGWFormFactor:InQuark 68 4
newdef ISGWFormFactor:OutQuark 68 2
newdef ISGWFormFactor:Incoming 69 421
newdef ISGWFormFactor:Outgoing 69 113
newdef ISGWFormFactor:Spin 69 1
newdef ISGWFormFactor:Spectator 69 -2
newdef ISGWFormFactor:InQuark 69 4
newdef ISGWFormFactor:OutQuark 69 2
newdef ISGWFormFactor:Incoming 70 421
newdef ISGWFormFactor:Outgoing 70 115
newdef ISGWFormFactor:Spin 70 2
newdef ISGWFormFactor:Spectator 70 -2
newdef ISGWFormFactor:InQuark 70 4
newdef ISGWFormFactor:OutQuark 70 2
newdef ISGWFormFactor:Incoming 71 421
newdef ISGWFormFactor:Outgoing 71 10113
newdef ISGWFormFactor:Spin 71 1
newdef ISGWFormFactor:Spectator 71 -2
newdef ISGWFormFactor:InQuark 71 4
newdef ISGWFormFactor:OutQuark 71 2
newdef ISGWFormFactor:Incoming 72 421
newdef ISGWFormFactor:Outgoing 72 20113
newdef ISGWFormFactor:Spin 72 1
newdef ISGWFormFactor:Spectator 72 -2
newdef ISGWFormFactor:InQuark 72 4
newdef ISGWFormFactor:OutQuark 72 2
newdef ISGWFormFactor:Incoming 73 421
newdef ISGWFormFactor:Outgoing 73 10111
newdef ISGWFormFactor:Spin 73 0
newdef ISGWFormFactor:Spectator 73 -2
newdef ISGWFormFactor:InQuark 73 4
newdef ISGWFormFactor:OutQuark 73 2
newdef ISGWFormFactor:Incoming 74 421
newdef ISGWFormFactor:Outgoing 74 221
newdef ISGWFormFactor:Spin 74 0
newdef ISGWFormFactor:Spectator 74 -2
newdef ISGWFormFactor:InQuark 74 4
newdef ISGWFormFactor:OutQuark 74 2
newdef ISGWFormFactor:Incoming 75 421
newdef ISGWFormFactor:Outgoing 75 331
newdef ISGWFormFactor:Spin 75 0
newdef ISGWFormFactor:Spectator 75 -2
newdef ISGWFormFactor:InQuark 75 4
newdef ISGWFormFactor:OutQuark 75 2
newdef ISGWFormFactor:Incoming 76 421
newdef ISGWFormFactor:Outgoing 76 223
newdef ISGWFormFactor:Spin 76 1
newdef ISGWFormFactor:Spectator 76 -2
newdef ISGWFormFactor:InQuark 76 4
newdef ISGWFormFactor:OutQuark 76 2
newdef ISGWFormFactor:Incoming 77 421
newdef ISGWFormFactor:Outgoing 77 225
newdef ISGWFormFactor:Spin 77 2
newdef ISGWFormFactor:Spectator 77 -2
newdef ISGWFormFactor:InQuark 77 4
newdef ISGWFormFactor:OutQuark 77 2
newdef ISGWFormFactor:Incoming 78 421
newdef ISGWFormFactor:Outgoing 78 10223
newdef ISGWFormFactor:Spin 78 1
newdef ISGWFormFactor:Spectator 78 -2
newdef ISGWFormFactor:InQuark 78 4
newdef ISGWFormFactor:OutQuark 78 2
newdef ISGWFormFactor:Incoming 79 421
newdef ISGWFormFactor:Outgoing 79 20223
newdef ISGWFormFactor:Spin 79 1
newdef ISGWFormFactor:Spectator 79 -2
newdef ISGWFormFactor:InQuark 79 4
newdef ISGWFormFactor:OutQuark 79 2
newdef ISGWFormFactor:Incoming 80 421
newdef ISGWFormFactor:Outgoing 80 10221
newdef ISGWFormFactor:Spin 80 0
newdef ISGWFormFactor:Spectator 80 -2
newdef ISGWFormFactor:InQuark 80 4
newdef ISGWFormFactor:OutQuark 80 2
newdef ISGWFormFactor:Incoming 81 421
newdef ISGWFormFactor:Outgoing 81 -321
newdef ISGWFormFactor:Spin 81 0
newdef ISGWFormFactor:Spectator 81 -2
newdef ISGWFormFactor:InQuark 81 4
newdef ISGWFormFactor:OutQuark 81 3
newdef ISGWFormFactor:Incoming 82 421
newdef ISGWFormFactor:Outgoing 82 -323
newdef ISGWFormFactor:Spin 82 1
newdef ISGWFormFactor:Spectator 82 -2
newdef ISGWFormFactor:InQuark 82 4
newdef ISGWFormFactor:OutQuark 82 3
newdef ISGWFormFactor:Incoming 83 421
newdef ISGWFormFactor:Outgoing 83 -325
newdef ISGWFormFactor:Spin 83 2
newdef ISGWFormFactor:Spectator 83 -2
newdef ISGWFormFactor:InQuark 83 4
newdef ISGWFormFactor:OutQuark 83 3
newdef ISGWFormFactor:Incoming 84 421
newdef ISGWFormFactor:Outgoing 84 -10323
newdef ISGWFormFactor:Spin 84 1
newdef ISGWFormFactor:Spectator 84 -2
newdef ISGWFormFactor:InQuark 84 4
newdef ISGWFormFactor:OutQuark 84 3
newdef ISGWFormFactor:Incoming 85 421
newdef ISGWFormFactor:Outgoing 85 -20323
newdef ISGWFormFactor:Spin 85 1
newdef ISGWFormFactor:Spectator 85 -2
newdef ISGWFormFactor:InQuark 85 4
newdef ISGWFormFactor:OutQuark 85 3
newdef ISGWFormFactor:Incoming 86 421
newdef ISGWFormFactor:Outgoing 86 -10321
newdef ISGWFormFactor:Spin 86 0
newdef ISGWFormFactor:Spectator 86 -2
newdef ISGWFormFactor:InQuark 86 4
newdef ISGWFormFactor:OutQuark 86 3
newdef ISGWFormFactor:Incoming 87 411
newdef ISGWFormFactor:Outgoing 87 221
newdef ISGWFormFactor:Spin 87 0
newdef ISGWFormFactor:Spectator 87 -1
newdef ISGWFormFactor:InQuark 87 4
newdef ISGWFormFactor:OutQuark 87 1
newdef ISGWFormFactor:Incoming 88 411
newdef ISGWFormFactor:Outgoing 88 331
newdef ISGWFormFactor:Spin 88 0
newdef ISGWFormFactor:Spectator 88 -1
newdef ISGWFormFactor:InQuark 88 4
newdef ISGWFormFactor:OutQuark 88 1
newdef ISGWFormFactor:Incoming 89 411
newdef ISGWFormFactor:Outgoing 89 223
newdef ISGWFormFactor:Spin 89 1
newdef ISGWFormFactor:Spectator 89 -1
newdef ISGWFormFactor:InQuark 89 4
newdef ISGWFormFactor:OutQuark 89 1
newdef ISGWFormFactor:Incoming 90 411
newdef ISGWFormFactor:Outgoing 90 225
newdef ISGWFormFactor:Spin 90 2
newdef ISGWFormFactor:Spectator 90 -1
newdef ISGWFormFactor:InQuark 90 4
newdef ISGWFormFactor:OutQuark 90 1
newdef ISGWFormFactor:Incoming 91 411
newdef ISGWFormFactor:Outgoing 91 10223
newdef ISGWFormFactor:Spin 91 1
newdef ISGWFormFactor:Spectator 91 -1
newdef ISGWFormFactor:InQuark 91 4
newdef ISGWFormFactor:OutQuark 91 1
newdef ISGWFormFactor:Incoming 92 411
newdef ISGWFormFactor:Outgoing 92 20223
newdef ISGWFormFactor:Spin 92 1
newdef ISGWFormFactor:Spectator 92 -1
newdef ISGWFormFactor:InQuark 92 4
newdef ISGWFormFactor:OutQuark 92 1
newdef ISGWFormFactor:Incoming 93 411
newdef ISGWFormFactor:Outgoing 93 10221
newdef ISGWFormFactor:Spin 93 0
newdef ISGWFormFactor:Spectator 93 -1
newdef ISGWFormFactor:InQuark 93 4
newdef ISGWFormFactor:OutQuark 93 1
newdef ISGWFormFactor:Incoming 94 411
newdef ISGWFormFactor:Outgoing 94 111
newdef ISGWFormFactor:Spin 94 0
newdef ISGWFormFactor:Spectator 94 -1
newdef ISGWFormFactor:InQuark 94 4
newdef ISGWFormFactor:OutQuark 94 1
newdef ISGWFormFactor:Incoming 95 411
newdef ISGWFormFactor:Outgoing 95 113
newdef ISGWFormFactor:Spin 95 1
newdef ISGWFormFactor:Spectator 95 -1
newdef ISGWFormFactor:InQuark 95 4
newdef ISGWFormFactor:OutQuark 95 1
newdef ISGWFormFactor:Incoming 96 411
newdef ISGWFormFactor:Outgoing 96 115
newdef ISGWFormFactor:Spin 96 2
newdef ISGWFormFactor:Spectator 96 -1
newdef ISGWFormFactor:InQuark 96 4
newdef ISGWFormFactor:OutQuark 96 1
newdef ISGWFormFactor:Incoming 97 411
newdef ISGWFormFactor:Outgoing 97 10113
newdef ISGWFormFactor:Spin 97 1
newdef ISGWFormFactor:Spectator 97 -1
newdef ISGWFormFactor:InQuark 97 4
newdef ISGWFormFactor:OutQuark 97 1
newdef ISGWFormFactor:Incoming 98 411
newdef ISGWFormFactor:Outgoing 98 20113
newdef ISGWFormFactor:Spin 98 1
newdef ISGWFormFactor:Spectator 98 -1
newdef ISGWFormFactor:InQuark 98 4
newdef ISGWFormFactor:OutQuark 98 1
newdef ISGWFormFactor:Incoming 99 411
newdef ISGWFormFactor:Outgoing 99 10111
newdef ISGWFormFactor:Spin 99 0
newdef ISGWFormFactor:Spectator 99 -1
newdef ISGWFormFactor:InQuark 99 4
newdef ISGWFormFactor:OutQuark 99 1
newdef ISGWFormFactor:Incoming 100 411
newdef ISGWFormFactor:Outgoing 100 211
newdef ISGWFormFactor:Spin 100 0
newdef ISGWFormFactor:Spectator 100 -1
newdef ISGWFormFactor:InQuark 100 4
newdef ISGWFormFactor:OutQuark 100 2
newdef ISGWFormFactor:Incoming 101 411
newdef ISGWFormFactor:Outgoing 101 213
newdef ISGWFormFactor:Spin 101 1
newdef ISGWFormFactor:Spectator 101 -1
newdef ISGWFormFactor:InQuark 101 4
newdef ISGWFormFactor:OutQuark 101 2
newdef ISGWFormFactor:Incoming 102 411
newdef ISGWFormFactor:Outgoing 102 215
newdef ISGWFormFactor:Spin 102 2
newdef ISGWFormFactor:Spectator 102 -1
newdef ISGWFormFactor:InQuark 102 4
newdef ISGWFormFactor:OutQuark 102 2
newdef ISGWFormFactor:Incoming 103 411
newdef ISGWFormFactor:Outgoing 103 10213
newdef ISGWFormFactor:Spin 103 1
newdef ISGWFormFactor:Spectator 103 -1
newdef ISGWFormFactor:InQuark 103 4
newdef ISGWFormFactor:OutQuark 103 2
newdef ISGWFormFactor:Incoming 104 411
newdef ISGWFormFactor:Outgoing 104 20213
newdef ISGWFormFactor:Spin 104 1
newdef ISGWFormFactor:Spectator 104 -1
newdef ISGWFormFactor:InQuark 104 4
newdef ISGWFormFactor:OutQuark 104 2
newdef ISGWFormFactor:Incoming 105 411
newdef ISGWFormFactor:Outgoing 105 10211
newdef ISGWFormFactor:Spin 105 0
newdef ISGWFormFactor:Spectator 105 -1
newdef ISGWFormFactor:InQuark 105 4
newdef ISGWFormFactor:OutQuark 105 2
newdef ISGWFormFactor:Incoming 106 411
newdef ISGWFormFactor:Outgoing 106 -311
newdef ISGWFormFactor:Spin 106 0
newdef ISGWFormFactor:Spectator 106 -1
newdef ISGWFormFactor:InQuark 106 4
newdef ISGWFormFactor:OutQuark 106 3
newdef ISGWFormFactor:Incoming 107 411
newdef ISGWFormFactor:Outgoing 107 -313
newdef ISGWFormFactor:Spin 107 1
newdef ISGWFormFactor:Spectator 107 -1
newdef ISGWFormFactor:InQuark 107 4
newdef ISGWFormFactor:OutQuark 107 3
newdef ISGWFormFactor:Incoming 108 411
newdef ISGWFormFactor:Outgoing 108 -315
newdef ISGWFormFactor:Spin 108 2
newdef ISGWFormFactor:Spectator 108 -1
newdef ISGWFormFactor:InQuark 108 4
newdef ISGWFormFactor:OutQuark 108 3
newdef ISGWFormFactor:Incoming 109 411
newdef ISGWFormFactor:Outgoing 109 -10313
newdef ISGWFormFactor:Spin 109 1
newdef ISGWFormFactor:Spectator 109 -1
newdef ISGWFormFactor:InQuark 109 4
newdef ISGWFormFactor:OutQuark 109 3
newdef ISGWFormFactor:Incoming 110 411
newdef ISGWFormFactor:Outgoing 110 -20313
newdef ISGWFormFactor:Spin 110 1
newdef ISGWFormFactor:Spectator 110 -1
newdef ISGWFormFactor:InQuark 110 4
newdef ISGWFormFactor:OutQuark 110 3
newdef ISGWFormFactor:Incoming 111 411
newdef ISGWFormFactor:Outgoing 111 -10311
newdef ISGWFormFactor:Spin 111 0
newdef ISGWFormFactor:Spectator 111 -1
newdef ISGWFormFactor:InQuark 111 4
newdef ISGWFormFactor:OutQuark 111 3
newdef ISGW:FormFactor ISGWFormFactor
#
create Herwig::SemiLeptonicScalarDecayer ISGW2
newdef ISGW2:Iteration 1
newdef ISGW2:Ntry 500
newdef ISGW2:Points 10000
newdef ISGW2:GenerateIntermediates 0
insert ISGW2:MaximumWeight 0 3.95005e-05
insert ISGW2:MaximumWeight 1 3.94637e-05
insert ISGW2:MaximumWeight 2 2.93349e-05
insert ISGW2:MaximumWeight 3 0.000150493
insert ISGW2:MaximumWeight 4 0.000150827
insert ISGW2:MaximumWeight 5 8.10329e-05
insert ISGW2:MaximumWeight 6 2.3802e-05
insert ISGW2:MaximumWeight 7 2.26572e-05
insert ISGW2:MaximumWeight 8 7.1564e-06
insert ISGW2:MaximumWeight 9 9.89996e-05
insert ISGW2:MaximumWeight 10 9.64194e-05
insert ISGW2:MaximumWeight 11 4.2888e-05
insert ISGW2:MaximumWeight 12 9.44215e-06
insert ISGW2:MaximumWeight 13 9.51828e-06
insert ISGW2:MaximumWeight 14 4.50299e-06
insert ISGW2:MaximumWeight 15 2.20544e-06
insert ISGW2:MaximumWeight 16 2.24693e-06
insert ISGW2:MaximumWeight 17 6.73668e-07
insert ISGW2:MaximumWeight 18 0.021715
insert ISGW2:MaximumWeight 19 0.0208858
insert ISGW2:MaximumWeight 20 0.00664402
insert ISGW2:MaximumWeight 21 0.0255404
insert ISGW2:MaximumWeight 22 0.025497
insert ISGW2:MaximumWeight 23 0.00658113
insert ISGW2:MaximumWeight 24 0.00185728
insert ISGW2:MaximumWeight 25 0.00183174
insert ISGW2:MaximumWeight 26 0.000111333
insert ISGW2:MaximumWeight 27 0.00524991
insert ISGW2:MaximumWeight 28 0.00484557
insert ISGW2:MaximumWeight 29 0.000352201
insert ISGW2:MaximumWeight 30 0.00227392
insert ISGW2:MaximumWeight 31 0.00224978
insert ISGW2:MaximumWeight 32 0.000208191
insert ISGW2:MaximumWeight 33 0.00099356
insert ISGW2:MaximumWeight 34 0.000945282
insert ISGW2:MaximumWeight 35 7.59346e-05
insert ISGW2:MaximumWeight 36 0.00132341
insert ISGW2:MaximumWeight 37 0.00111119
insert ISGW2:MaximumWeight 38 0.00169353
insert ISGW2:MaximumWeight 39 0.00164428
insert ISGW2:MaximumWeight 40 3.15924e-06
insert ISGW2:MaximumWeight 41 2.25269e-06
insert ISGW2:MaximumWeight 42 0.00026745
insert ISGW2:MaximumWeight 43 0.000246837
insert ISGW2:MaximumWeight 44 8.41891e-06
insert ISGW2:MaximumWeight 45 7.91348e-06
insert ISGW2:MaximumWeight 46 3.28996e-06
insert ISGW2:MaximumWeight 47 2.30262e-06
insert ISGW2:MaximumWeight 48 0.0362303
insert ISGW2:MaximumWeight 49 0.0288704
insert ISGW2:MaximumWeight 50 0.0365415
insert ISGW2:MaximumWeight 51 0.0353279
insert ISGW2:MaximumWeight 52 3.53069e-05
insert ISGW2:MaximumWeight 53 2.15061e-05
insert ISGW2:MaximumWeight 54 0.00110415
insert ISGW2:MaximumWeight 55 0.000809087
insert ISGW2:MaximumWeight 56 7.615e-06
insert ISGW2:MaximumWeight 57 5.52131e-06
insert ISGW2:MaximumWeight 58 2.05362e-05
insert ISGW2:MaximumWeight 59 1.08796e-05
insert ISGW2:MaximumWeight 60 0.000383419
insert ISGW2:MaximumWeight 61 0.000379941
insert ISGW2:MaximumWeight 62 0.000216721
insert ISGW2:MaximumWeight 63 0.00290645
insert ISGW2:MaximumWeight 64 0.00319323
insert ISGW2:MaximumWeight 65 0.00142608
insert ISGW2:MaximumWeight 66 0.000114956
insert ISGW2:MaximumWeight 67 0.000115039
insert ISGW2:MaximumWeight 68 3.64242e-05
insert ISGW2:MaximumWeight 69 0.000783639
insert ISGW2:MaximumWeight 70 0.00078457
insert ISGW2:MaximumWeight 71 0.000339043
insert ISGW2:MaximumWeight 72 7.63314e-05
insert ISGW2:MaximumWeight 73 7.5e-05
insert ISGW2:MaximumWeight 74 2.61161e-05
insert ISGW2:MaximumWeight 75 1.9627e-05
insert ISGW2:MaximumWeight 76 1.93806e-05
insert ISGW2:MaximumWeight 77 6.61598e-06
insert ISGW2:MaximumWeight 78 0.0983649
insert ISGW2:MaximumWeight 79 0.0923127
insert ISGW2:MaximumWeight 80 0.019695
insert ISGW2:MaximumWeight 81 0.104439
insert ISGW2:MaximumWeight 82 0.103932
insert ISGW2:MaximumWeight 83 0.0256158
insert ISGW2:MaximumWeight 84 0.03
insert ISGW2:MaximumWeight 85 0.025
insert ISGW2:MaximumWeight 86 0.000845781
insert ISGW2:MaximumWeight 87 0.0212356
insert ISGW2:MaximumWeight 88 0.0194916
insert ISGW2:MaximumWeight 89 0.0012394
insert ISGW2:MaximumWeight 90 0.00345276
insert ISGW2:MaximumWeight 91 0.00325754
insert ISGW2:MaximumWeight 92 0.000199332
insert ISGW2:MaximumWeight 93 0.0040565
insert ISGW2:MaximumWeight 94 0.00376841
insert ISGW2:MaximumWeight 95 0.000258548
insert ISGW2:MaximumWeight 96 0.000260051
insert ISGW2:MaximumWeight 97 0.000254568
insert ISGW2:MaximumWeight 98 0.00012644
insert ISGW2:MaximumWeight 99 0.00014772
insert ISGW2:MaximumWeight 100 0.000144913
insert ISGW2:MaximumWeight 101 6.99968e-05
insert ISGW2:MaximumWeight 102 0.00211882
insert ISGW2:MaximumWeight 103 0.00173084
insert ISGW2:MaximumWeight 104 0.00100721
insert ISGW2:MaximumWeight 105 9.99083e-05
insert ISGW2:MaximumWeight 106 9.76224e-05
insert ISGW2:MaximumWeight 107 2.53588e-05
insert ISGW2:MaximumWeight 108 0.000336413
insert ISGW2:MaximumWeight 109 0.000331348
insert ISGW2:MaximumWeight 110 0.00012059
insert ISGW2:MaximumWeight 111 0.000397433
insert ISGW2:MaximumWeight 112 0.000454929
insert ISGW2:MaximumWeight 113 0.000157429
insert ISGW2:MaximumWeight 114 1.26452e-05
insert ISGW2:MaximumWeight 115 1.25165e-05
insert ISGW2:MaximumWeight 116 4.22398e-06
insert ISGW2:MaximumWeight 117 0.000325529
insert ISGW2:MaximumWeight 118 0.000317369
insert ISGW2:MaximumWeight 119 0.000151852
insert ISGW2:MaximumWeight 120 0.0010775
insert ISGW2:MaximumWeight 121 0.00123644
insert ISGW2:MaximumWeight 122 0.000527677
insert ISGW2:MaximumWeight 123 9.54949e-05
insert ISGW2:MaximumWeight 124 9.31059e-05
insert ISGW2:MaximumWeight 125 2.4608e-05
insert ISGW2:MaximumWeight 126 0.000453889
insert ISGW2:MaximumWeight 127 0.000481848
insert ISGW2:MaximumWeight 128 0.00011418
insert ISGW2:MaximumWeight 129 0.000178262
insert ISGW2:MaximumWeight 130 0.000177812
insert ISGW2:MaximumWeight 131 8.26077e-05
insert ISGW2:MaximumWeight 132 1.11824e-05
insert ISGW2:MaximumWeight 133 1.11997e-05
insert ISGW2:MaximumWeight 134 3.32397e-06
insert ISGW2:MaximumWeight 135 0.127942
insert ISGW2:MaximumWeight 136 0.119623
insert ISGW2:MaximumWeight 137 0.0238566
insert ISGW2:MaximumWeight 138 0.142655
insert ISGW2:MaximumWeight 139 0.140889
insert ISGW2:MaximumWeight 140 0.0340506
insert ISGW2:MaximumWeight 141 0.0134676
insert ISGW2:MaximumWeight 142 0.0126132
insert ISGW2:MaximumWeight 143 0.000340657
insert ISGW2:MaximumWeight 144 0.0174635
insert ISGW2:MaximumWeight 145 0.0159783
insert ISGW2:MaximumWeight 146 0.000864979
insert ISGW2:MaximumWeight 147 0.00297466
insert ISGW2:MaximumWeight 148 0.0027692
insert ISGW2:MaximumWeight 149 0.00019588
insert ISGW2:MaximumWeight 150 0.00298341
insert ISGW2:MaximumWeight 151 0.00277861
insert ISGW2:MaximumWeight 152 0.00016309
insert ISGW2:MaximumWeight 153 0.000600003
insert ISGW2:MaximumWeight 154 0.000584006
insert ISGW2:MaximumWeight 155 0.000279706
insert ISGW2:MaximumWeight 156 0.00220229
insert ISGW2:MaximumWeight 157 0.00211059
insert ISGW2:MaximumWeight 158 0.000841777
insert ISGW2:MaximumWeight 159 0.000174515
insert ISGW2:MaximumWeight 160 0.000171267
insert ISGW2:MaximumWeight 161 4.5077e-05
insert ISGW2:MaximumWeight 162 0.000911064
insert ISGW2:MaximumWeight 163 0.000879918
insert ISGW2:MaximumWeight 164 0.000212121
insert ISGW2:MaximumWeight 165 0.000328061
insert ISGW2:MaximumWeight 166 0.000327529
insert ISGW2:MaximumWeight 167 0.000152402
insert ISGW2:MaximumWeight 168 2.10645e-05
insert ISGW2:MaximumWeight 169 2.03215e-05
insert ISGW2:MaximumWeight 170 6.1047e-06
insert ISGW2:MaximumWeight 171 0.117102
insert ISGW2:MaximumWeight 172 0.109383
insert ISGW2:MaximumWeight 173 0.0217237
insert ISGW2:MaximumWeight 174 0.143488
insert ISGW2:MaximumWeight 175 0.144097
insert ISGW2:MaximumWeight 176 0.0335686
insert ISGW2:MaximumWeight 177 0.0170693
insert ISGW2:MaximumWeight 178 0.0153559
insert ISGW2:MaximumWeight 179 0.000359761
insert ISGW2:MaximumWeight 180 0.0160343
insert ISGW2:MaximumWeight 181 0.0146767
insert ISGW2:MaximumWeight 182 0.000791707
insert ISGW2:MaximumWeight 183 0.00273854
insert ISGW2:MaximumWeight 184 0.0025512
insert ISGW2:MaximumWeight 185 0.000181231
insert ISGW2:MaximumWeight 186 0.00272446
insert ISGW2:MaximumWeight 187 0.00254633
insert ISGW2:MaximumWeight 188 0.000149885
insert ISGW2:MaximumWeight 189 0.00735218
insert ISGW2:MaximumWeight 190 0.00640181
insert ISGW2:MaximumWeight 191 0.00289181
insert ISGW2:MaximumWeight 192 0.00280707
insert ISGW2:MaximumWeight 193 7.22655e-06
insert ISGW2:MaximumWeight 194 5.71371e-06
insert ISGW2:MaximumWeight 195 0.00086489
insert ISGW2:MaximumWeight 196 0.000689459
insert ISGW2:MaximumWeight 197 9.66759e-06
insert ISGW2:MaximumWeight 198 9.21125e-06
insert ISGW2:MaximumWeight 199 2.21916e-05
insert ISGW2:MaximumWeight 200 1.67084e-05
insert ISGW2:MaximumWeight 201 0.0618348
insert ISGW2:MaximumWeight 202 0.052149
insert ISGW2:MaximumWeight 203 0.0557922
insert ISGW2:MaximumWeight 204 0.0438118
insert ISGW2:MaximumWeight 205 0.116
insert ISGW2:MaximumWeight 206 0.116357
insert ISGW2:MaximumWeight 207 0.000106906
insert ISGW2:MaximumWeight 208 8.05859e-05
insert ISGW2:MaximumWeight 209 0.00374456
insert ISGW2:MaximumWeight 210 0.00268945
insert ISGW2:MaximumWeight 211 0.000780993
insert ISGW2:MaximumWeight 212 0.000765418
insert ISGW2:MaximumWeight 213 0.000122102
insert ISGW2:MaximumWeight 214 8.68203e-05
insert ISGW2:MaximumWeight 215 0.00809387
insert ISGW2:MaximumWeight 216 0.00701118
insert ISGW2:MaximumWeight 217 0.00303307
insert ISGW2:MaximumWeight 218 0.00292443
insert ISGW2:MaximumWeight 219 4.67003e-06
insert ISGW2:MaximumWeight 220 3.16221e-06
insert ISGW2:MaximumWeight 221 0.000394407
insert ISGW2:MaximumWeight 222 0.000303672
insert ISGW2:MaximumWeight 223 0.000436069
insert ISGW2:MaximumWeight 224 0.000379057
insert ISGW2:MaximumWeight 225 2.72813e-06
insert ISGW2:MaximumWeight 226 1.70894e-06
insert ISGW2:MaximumWeight 227 0.158135
insert ISGW2:MaximumWeight 228 0.131371
insert ISGW2:MaximumWeight 229 0.0481235
insert ISGW2:MaximumWeight 230 0.0467254
insert ISGW2:MaximumWeight 231 4.57786e-05
insert ISGW2:MaximumWeight 232 3.12143e-05
insert ISGW2:MaximumWeight 233 0.00330961
insert ISGW2:MaximumWeight 234 0.00240096
insert ISGW2:MaximumWeight 235 2.847e-05
insert ISGW2:MaximumWeight 236 2.09826e-05
insert ISGW2:MaximumWeight 237 0.000239374
insert ISGW2:MaximumWeight 238 0.000174513
insert ISGW2:MaximumWeight 239 0.00554538
insert ISGW2:MaximumWeight 240 0.00466466
insert ISGW2:MaximumWeight 241 0.00109984
insert ISGW2:MaximumWeight 242 0.000842737
insert ISGW2:MaximumWeight 243 0.0075
insert ISGW2:MaximumWeight 244 0.0072
insert ISGW2:MaximumWeight 245 1.91206e-05
insert ISGW2:MaximumWeight 246 1.58666e-05
insert ISGW2:MaximumWeight 247 0.000832562
insert ISGW2:MaximumWeight 248 0.000669596
insert ISGW2:MaximumWeight 249 0.000256716
insert ISGW2:MaximumWeight 250 0.000250306
insert ISGW2:MaximumWeight 251 2.53586e-06
insert ISGW2:MaximumWeight 252 1.48864e-06
insert ISGW2:MaximumWeight 253 0.0103666
insert ISGW2:MaximumWeight 254 0.00895946
insert ISGW2:MaximumWeight 255 0.00395922
insert ISGW2:MaximumWeight 256 0.00378779
insert ISGW2:MaximumWeight 257 6.20415e-06
insert ISGW2:MaximumWeight 258 4.24016e-06
insert ISGW2:MaximumWeight 259 0.0005196
insert ISGW2:MaximumWeight 260 0.00039878
insert ISGW2:MaximumWeight 261 0.000567317
insert ISGW2:MaximumWeight 262 0.000489709
insert ISGW2:MaximumWeight 263 3.57757e-06
insert ISGW2:MaximumWeight 264 2.37409e-06
insert ISGW2:MaximumWeight 265 0.402115
insert ISGW2:MaximumWeight 266 0.334931
insert ISGW2:MaximumWeight 267 0.122752
insert ISGW2:MaximumWeight 268 0.118601
insert ISGW2:MaximumWeight 269 0.000113546
insert ISGW2:MaximumWeight 270 9.35595e-05
insert ISGW2:MaximumWeight 271 0.00851783
insert ISGW2:MaximumWeight 272 0.00630654
insert ISGW2:MaximumWeight 273 7.51719e-05
insert ISGW2:MaximumWeight 274 5.56299e-05
insert ISGW2:MaximumWeight 275 0.000606862
insert ISGW2:MaximumWeight 276 0.000454977
create Herwig::LeptonNeutrinoCurrent ISGW2Current HwWeakCurrents.so
newdef ISGW2Current:Quark 0 11
newdef ISGW2Current:AntiQuark 0 -12
newdef ISGW2Current:Quark 1 13
newdef ISGW2Current:AntiQuark 1 -15
newdef ISGW2Current:Quark 2 15
newdef ISGW2Current:AntiQuark 2 -16
newdef ISGW2:Current ISGW2Current
create Herwig::ISGW2FormFactor ISGW2FormFactor
newdef ISGW2FormFactor:DownMass 0.33
newdef ISGW2FormFactor:UpMass 0.33
newdef ISGW2FormFactor:StrangeMass 0.55
newdef ISGW2FormFactor:CharmMass 1.82
newdef ISGW2FormFactor:BottomMass 5.2
newdef ISGW2FormFactor:Beta1S0ud 0.41
newdef ISGW2FormFactor:Beta1S0us 0.44
newdef ISGW2FormFactor:Beta1S0ss 0.53
newdef ISGW2FormFactor:Beta1S0cu 0.45
newdef ISGW2FormFactor:Beta1S0cs 0.56
newdef ISGW2FormFactor:Beta1S0ub 0.43
newdef ISGW2FormFactor:Beta1S0sb 0.54
newdef ISGW2FormFactor:Beta1S0cc 0.88
newdef ISGW2FormFactor:Beta1S0bc 0.92
newdef ISGW2FormFactor:Beta1Pud 0.28
newdef ISGW2FormFactor:Beta1Pus 0.3
newdef ISGW2FormFactor:Beta1Pss 0.33
newdef ISGW2FormFactor:Beta1Pcu 0.33
newdef ISGW2FormFactor:Beta1Pcs 0.38
newdef ISGW2FormFactor:Beta1Pub 0.35
newdef ISGW2FormFactor:Beta1Psb 0.41
newdef ISGW2FormFactor:Beta1Pcc 0.52
newdef ISGW2FormFactor:Beta1Pbc 0.6
newdef ISGW2FormFactor:Beta3S1ud 0.3
newdef ISGW2FormFactor:Beta3S1us 0.33
newdef ISGW2FormFactor:Beta3S1ss 0.37
newdef ISGW2FormFactor:Beta3S1cu 0.38
newdef ISGW2FormFactor:Beta3S1cs 0.44
newdef ISGW2FormFactor:Beta3S1ub 0.4
newdef ISGW2FormFactor:Beta3S1sb 0.49
newdef ISGW2FormFactor:Beta3S1cc 0.62
newdef ISGW2FormFactor:Beta3S1bc 0.75
newdef ISGW2FormFactor:AlphaCutOff 0.6
newdef ISGW2FormFactor:CfDrho 0.889
newdef ISGW2FormFactor:CfDKstar 0.928
newdef ISGW2FormFactor:CfDsKstar 0.873
newdef ISGW2FormFactor:CfDsphi 0.911
newdef ISGW2FormFactor:CfBrho 0.905
newdef ISGW2FormFactor:CfBDstar 0.989
newdef ISGW2FormFactor:CfBsKstar 0.892
newdef ISGW2FormFactor:CfBsDstar 0.984
newdef ISGW2FormFactor:CfBcDstar 0.868
newdef ISGW2FormFactor:CfBcpsi 0.967
newdef ISGW2FormFactor:CfBcBsstar 1
newdef ISGW2FormFactor:CfBcBstar 1
newdef ISGW2FormFactor:ThetaEtaEtaPrime -0.349066
newdef ISGW2FormFactor:Incoming 0 -541
newdef ISGW2FormFactor:Outgoing 0 -411
newdef ISGW2FormFactor:Spin 0 0
newdef ISGW2FormFactor:Spectator 0 -4
newdef ISGW2FormFactor:InQuark 0 5
newdef ISGW2FormFactor:OutQuark 0 1
newdef ISGW2FormFactor:Incoming 1 -541
newdef ISGW2FormFactor:Outgoing 1 -413
newdef ISGW2FormFactor:Spin 1 1
newdef ISGW2FormFactor:Spectator 1 -4
newdef ISGW2FormFactor:InQuark 1 5
newdef ISGW2FormFactor:OutQuark 1 1
newdef ISGW2FormFactor:Incoming 2 -541
newdef ISGW2FormFactor:Outgoing 2 -415
newdef ISGW2FormFactor:Spin 2 2
newdef ISGW2FormFactor:Spectator 2 -4
newdef ISGW2FormFactor:InQuark 2 5
newdef ISGW2FormFactor:OutQuark 2 1
newdef ISGW2FormFactor:Incoming 3 -541
newdef ISGW2FormFactor:Outgoing 3 10413
newdef ISGW2FormFactor:Spin 3 1
newdef ISGW2FormFactor:Spectator 3 -2
newdef ISGW2FormFactor:InQuark 3 5
newdef ISGW2FormFactor:OutQuark 3 1
newdef ISGW2FormFactor:Incoming 4 -541
newdef ISGW2FormFactor:Outgoing 4 -20413
newdef ISGW2FormFactor:Spin 4 1
newdef ISGW2FormFactor:Spectator 4 -4
newdef ISGW2FormFactor:InQuark 4 5
newdef ISGW2FormFactor:OutQuark 4 1
newdef ISGW2FormFactor:Incoming 5 -541
newdef ISGW2FormFactor:Outgoing 5 10411
newdef ISGW2FormFactor:Spin 5 0
newdef ISGW2FormFactor:Spectator 5 4
newdef ISGW2FormFactor:InQuark 5 5
newdef ISGW2FormFactor:OutQuark 5 1
newdef ISGW2FormFactor:Incoming 6 -541
newdef ISGW2FormFactor:Outgoing 6 -421
newdef ISGW2FormFactor:Spin 6 0
newdef ISGW2FormFactor:Spectator 6 -4
newdef ISGW2FormFactor:InQuark 6 5
newdef ISGW2FormFactor:OutQuark 6 2
newdef ISGW2FormFactor:Incoming 7 -541
newdef ISGW2FormFactor:Outgoing 7 -423
newdef ISGW2FormFactor:Spin 7 1
newdef ISGW2FormFactor:Spectator 7 -4
newdef ISGW2FormFactor:InQuark 7 5
newdef ISGW2FormFactor:OutQuark 7 2
newdef ISGW2FormFactor:Incoming 8 -541
newdef ISGW2FormFactor:Outgoing 8 -425
newdef ISGW2FormFactor:Spin 8 2
newdef ISGW2FormFactor:Spectator 8 -4
newdef ISGW2FormFactor:InQuark 8 5
newdef ISGW2FormFactor:OutQuark 8 2
newdef ISGW2FormFactor:Incoming 9 -541
newdef ISGW2FormFactor:Outgoing 9 -10423
newdef ISGW2FormFactor:Spin 9 1
newdef ISGW2FormFactor:Spectator 9 -4
newdef ISGW2FormFactor:InQuark 9 5
newdef ISGW2FormFactor:OutQuark 9 2
newdef ISGW2FormFactor:Incoming 10 -541
newdef ISGW2FormFactor:Outgoing 10 -20423
newdef ISGW2FormFactor:Spin 10 1
newdef ISGW2FormFactor:Spectator 10 -4
newdef ISGW2FormFactor:InQuark 10 5
newdef ISGW2FormFactor:OutQuark 10 2
newdef ISGW2FormFactor:Incoming 11 -541
newdef ISGW2FormFactor:Outgoing 11 -10421
newdef ISGW2FormFactor:Spin 11 0
newdef ISGW2FormFactor:Spectator 11 -4
newdef ISGW2FormFactor:InQuark 11 5
newdef ISGW2FormFactor:OutQuark 11 2
newdef ISGW2FormFactor:Incoming 12 -541
newdef ISGW2FormFactor:Outgoing 12 -431
newdef ISGW2FormFactor:Spin 12 0
newdef ISGW2FormFactor:Spectator 12 -4
newdef ISGW2FormFactor:InQuark 12 5
newdef ISGW2FormFactor:OutQuark 12 3
newdef ISGW2FormFactor:Incoming 13 -541
newdef ISGW2FormFactor:Outgoing 13 -433
newdef ISGW2FormFactor:Spin 13 1
newdef ISGW2FormFactor:Spectator 13 -4
newdef ISGW2FormFactor:InQuark 13 5
newdef ISGW2FormFactor:OutQuark 13 3
newdef ISGW2FormFactor:Incoming 14 -541
newdef ISGW2FormFactor:Outgoing 14 -435
newdef ISGW2FormFactor:Spin 14 2
newdef ISGW2FormFactor:Spectator 14 -4
newdef ISGW2FormFactor:InQuark 14 5
newdef ISGW2FormFactor:OutQuark 14 3
newdef ISGW2FormFactor:Incoming 15 -541
newdef ISGW2FormFactor:Outgoing 15 -10433
newdef ISGW2FormFactor:Spin 15 1
newdef ISGW2FormFactor:Spectator 15 -4
newdef ISGW2FormFactor:InQuark 15 5
newdef ISGW2FormFactor:OutQuark 15 3
newdef ISGW2FormFactor:Incoming 16 -541
newdef ISGW2FormFactor:Outgoing 16 -20433
newdef ISGW2FormFactor:Spin 16 1
newdef ISGW2FormFactor:Spectator 16 -4
newdef ISGW2FormFactor:InQuark 16 5
newdef ISGW2FormFactor:OutQuark 16 3
newdef ISGW2FormFactor:Incoming 17 -541
newdef ISGW2FormFactor:Outgoing 17 -10431
newdef ISGW2FormFactor:Spin 17 0
newdef ISGW2FormFactor:Spectator 17 4
newdef ISGW2FormFactor:InQuark 17 5
newdef ISGW2FormFactor:OutQuark 17 3
newdef ISGW2FormFactor:Incoming 18 -541
newdef ISGW2FormFactor:Outgoing 18 441
newdef ISGW2FormFactor:Spin 18 0
newdef ISGW2FormFactor:Spectator 18 -4
newdef ISGW2FormFactor:InQuark 18 5
newdef ISGW2FormFactor:OutQuark 18 4
newdef ISGW2FormFactor:Incoming 19 -541
newdef ISGW2FormFactor:Outgoing 19 443
newdef ISGW2FormFactor:Spin 19 1
newdef ISGW2FormFactor:Spectator 19 -4
newdef ISGW2FormFactor:InQuark 19 5
newdef ISGW2FormFactor:OutQuark 19 4
newdef ISGW2FormFactor:Incoming 20 -541
newdef ISGW2FormFactor:Outgoing 20 445
newdef ISGW2FormFactor:Spin 20 2
newdef ISGW2FormFactor:Spectator 20 -4
newdef ISGW2FormFactor:InQuark 20 5
newdef ISGW2FormFactor:OutQuark 20 4
newdef ISGW2FormFactor:Incoming 21 -541
newdef ISGW2FormFactor:Outgoing 21 10443
newdef ISGW2FormFactor:Spin 21 1
newdef ISGW2FormFactor:Spectator 21 -4
newdef ISGW2FormFactor:InQuark 21 5
newdef ISGW2FormFactor:OutQuark 21 4
newdef ISGW2FormFactor:Incoming 22 -541
newdef ISGW2FormFactor:Outgoing 22 20443
newdef ISGW2FormFactor:Spin 22 1
newdef ISGW2FormFactor:Spectator 22 -4
newdef ISGW2FormFactor:InQuark 22 5
newdef ISGW2FormFactor:OutQuark 22 4
newdef ISGW2FormFactor:Incoming 23 -541
newdef ISGW2FormFactor:Outgoing 23 10441
newdef ISGW2FormFactor:Spin 23 0
newdef ISGW2FormFactor:Spectator 23 4
newdef ISGW2FormFactor:InQuark 23 5
newdef ISGW2FormFactor:OutQuark 23 4
newdef ISGW2FormFactor:Incoming 24 541
newdef ISGW2FormFactor:Outgoing 24 511
newdef ISGW2FormFactor:Spin 24 0
newdef ISGW2FormFactor:Spectator 24 5
newdef ISGW2FormFactor:InQuark 24 -4
newdef ISGW2FormFactor:OutQuark 24 -1
newdef ISGW2FormFactor:Incoming 25 541
newdef ISGW2FormFactor:Outgoing 25 513
newdef ISGW2FormFactor:Spin 25 1
newdef ISGW2FormFactor:Spectator 25 5
newdef ISGW2FormFactor:InQuark 25 -4
newdef ISGW2FormFactor:OutQuark 25 -1
newdef ISGW2FormFactor:Incoming 26 541
newdef ISGW2FormFactor:Outgoing 26 515
newdef ISGW2FormFactor:Spin 26 2
newdef ISGW2FormFactor:Spectator 26 5
newdef ISGW2FormFactor:InQuark 26 -4
newdef ISGW2FormFactor:OutQuark 26 -1
newdef ISGW2FormFactor:Incoming 27 541
newdef ISGW2FormFactor:Outgoing 27 10513
newdef ISGW2FormFactor:Spin 27 1
newdef ISGW2FormFactor:Spectator 27 5
newdef ISGW2FormFactor:InQuark 27 -4
newdef ISGW2FormFactor:OutQuark 27 -1
newdef ISGW2FormFactor:Incoming 28 541
newdef ISGW2FormFactor:Outgoing 28 20513
newdef ISGW2FormFactor:Spin 28 1
newdef ISGW2FormFactor:Spectator 28 5
newdef ISGW2FormFactor:InQuark 28 -4
newdef ISGW2FormFactor:OutQuark 28 -1
newdef ISGW2FormFactor:Incoming 29 541
newdef ISGW2FormFactor:Outgoing 29 10511
newdef ISGW2FormFactor:Spin 29 0
newdef ISGW2FormFactor:Spectator 29 5
newdef ISGW2FormFactor:InQuark 29 -4
newdef ISGW2FormFactor:OutQuark 29 -1
newdef ISGW2FormFactor:Incoming 30 541
newdef ISGW2FormFactor:Outgoing 30 521
newdef ISGW2FormFactor:Spin 30 0
newdef ISGW2FormFactor:Spectator 30 5
newdef ISGW2FormFactor:InQuark 30 -4
newdef ISGW2FormFactor:OutQuark 30 -2
newdef ISGW2FormFactor:Incoming 31 541
newdef ISGW2FormFactor:Outgoing 31 523
newdef ISGW2FormFactor:Spin 31 1
newdef ISGW2FormFactor:Spectator 31 5
newdef ISGW2FormFactor:InQuark 31 -4
newdef ISGW2FormFactor:OutQuark 31 -2
newdef ISGW2FormFactor:Incoming 32 541
newdef ISGW2FormFactor:Outgoing 32 525
newdef ISGW2FormFactor:Spin 32 2
newdef ISGW2FormFactor:Spectator 32 5
newdef ISGW2FormFactor:InQuark 32 -4
newdef ISGW2FormFactor:OutQuark 32 -2
newdef ISGW2FormFactor:Incoming 33 541
newdef ISGW2FormFactor:Outgoing 33 10523
newdef ISGW2FormFactor:Spin 33 1
newdef ISGW2FormFactor:Spectator 33 5
newdef ISGW2FormFactor:InQuark 33 -4
newdef ISGW2FormFactor:OutQuark 33 -2
newdef ISGW2FormFactor:Incoming 34 541
newdef ISGW2FormFactor:Outgoing 34 20523
newdef ISGW2FormFactor:Spin 34 1
newdef ISGW2FormFactor:Spectator 34 5
newdef ISGW2FormFactor:InQuark 34 -4
newdef ISGW2FormFactor:OutQuark 34 -2
newdef ISGW2FormFactor:Incoming 35 541
newdef ISGW2FormFactor:Outgoing 35 10521
newdef ISGW2FormFactor:Spin 35 0
newdef ISGW2FormFactor:Spectator 35 5
newdef ISGW2FormFactor:InQuark 35 -4
newdef ISGW2FormFactor:OutQuark 35 -2
newdef ISGW2FormFactor:Incoming 36 541
newdef ISGW2FormFactor:Outgoing 36 531
newdef ISGW2FormFactor:Spin 36 0
newdef ISGW2FormFactor:Spectator 36 5
newdef ISGW2FormFactor:InQuark 36 -4
newdef ISGW2FormFactor:OutQuark 36 -3
newdef ISGW2FormFactor:Incoming 37 541
newdef ISGW2FormFactor:Outgoing 37 533
newdef ISGW2FormFactor:Spin 37 1
newdef ISGW2FormFactor:Spectator 37 5
newdef ISGW2FormFactor:InQuark 37 -4
newdef ISGW2FormFactor:OutQuark 37 -3
newdef ISGW2FormFactor:Incoming 38 541
newdef ISGW2FormFactor:Outgoing 38 535
newdef ISGW2FormFactor:Spin 38 2
newdef ISGW2FormFactor:Spectator 38 5
newdef ISGW2FormFactor:InQuark 38 -4
newdef ISGW2FormFactor:OutQuark 38 -3
newdef ISGW2FormFactor:Incoming 39 541
newdef ISGW2FormFactor:Outgoing 39 10533
newdef ISGW2FormFactor:Spin 39 1
newdef ISGW2FormFactor:Spectator 39 5
newdef ISGW2FormFactor:InQuark 39 -4
newdef ISGW2FormFactor:OutQuark 39 -3
newdef ISGW2FormFactor:Incoming 40 541
newdef ISGW2FormFactor:Outgoing 40 20533
newdef ISGW2FormFactor:Spin 40 1
newdef ISGW2FormFactor:Spectator 40 5
newdef ISGW2FormFactor:InQuark 40 -4
newdef ISGW2FormFactor:OutQuark 40 -3
newdef ISGW2FormFactor:Incoming 41 541
newdef ISGW2FormFactor:Outgoing 41 10531
newdef ISGW2FormFactor:Spin 41 0
newdef ISGW2FormFactor:Spectator 41 5
newdef ISGW2FormFactor:InQuark 41 -4
newdef ISGW2FormFactor:OutQuark 41 -3
newdef ISGW2FormFactor:Incoming 42 -531
newdef ISGW2FormFactor:Outgoing 42 311
newdef ISGW2FormFactor:Spin 42 0
newdef ISGW2FormFactor:Spectator 42 3
newdef ISGW2FormFactor:InQuark 42 -5
newdef ISGW2FormFactor:OutQuark 42 -1
newdef ISGW2FormFactor:Incoming 43 -531
newdef ISGW2FormFactor:Outgoing 43 313
newdef ISGW2FormFactor:Spin 43 1
newdef ISGW2FormFactor:Spectator 43 3
newdef ISGW2FormFactor:InQuark 43 -5
newdef ISGW2FormFactor:OutQuark 43 -1
newdef ISGW2FormFactor:Incoming 44 -531
newdef ISGW2FormFactor:Outgoing 44 315
newdef ISGW2FormFactor:Spin 44 2
newdef ISGW2FormFactor:Spectator 44 3
newdef ISGW2FormFactor:InQuark 44 -5
newdef ISGW2FormFactor:OutQuark 44 -1
newdef ISGW2FormFactor:Incoming 45 -531
newdef ISGW2FormFactor:Outgoing 45 10313
newdef ISGW2FormFactor:Spin 45 1
newdef ISGW2FormFactor:Spectator 45 3
newdef ISGW2FormFactor:InQuark 45 -5
newdef ISGW2FormFactor:OutQuark 45 -1
newdef ISGW2FormFactor:Incoming 46 -531
newdef ISGW2FormFactor:Outgoing 46 20313
newdef ISGW2FormFactor:Spin 46 1
newdef ISGW2FormFactor:Spectator 46 3
newdef ISGW2FormFactor:InQuark 46 -5
newdef ISGW2FormFactor:OutQuark 46 -1
newdef ISGW2FormFactor:Incoming 47 -531
newdef ISGW2FormFactor:Outgoing 47 10311
newdef ISGW2FormFactor:Spin 47 0
newdef ISGW2FormFactor:Spectator 47 3
newdef ISGW2FormFactor:InQuark 47 -5
newdef ISGW2FormFactor:OutQuark 47 -1
newdef ISGW2FormFactor:Incoming 48 -531
newdef ISGW2FormFactor:Outgoing 48 321
newdef ISGW2FormFactor:Spin 48 0
newdef ISGW2FormFactor:Spectator 48 3
newdef ISGW2FormFactor:InQuark 48 -5
newdef ISGW2FormFactor:OutQuark 48 -2
newdef ISGW2FormFactor:Incoming 49 -531
newdef ISGW2FormFactor:Outgoing 49 323
newdef ISGW2FormFactor:Spin 49 1
newdef ISGW2FormFactor:Spectator 49 3
newdef ISGW2FormFactor:InQuark 49 -5
newdef ISGW2FormFactor:OutQuark 49 -2
newdef ISGW2FormFactor:Incoming 50 -531
newdef ISGW2FormFactor:Outgoing 50 325
newdef ISGW2FormFactor:Spin 50 2
newdef ISGW2FormFactor:Spectator 50 3
newdef ISGW2FormFactor:InQuark 50 -5
newdef ISGW2FormFactor:OutQuark 50 -2
newdef ISGW2FormFactor:Incoming 51 -531
newdef ISGW2FormFactor:Outgoing 51 10323
newdef ISGW2FormFactor:Spin 51 1
newdef ISGW2FormFactor:Spectator 51 3
newdef ISGW2FormFactor:InQuark 51 -5
newdef ISGW2FormFactor:OutQuark 51 -2
newdef ISGW2FormFactor:Incoming 52 -531
newdef ISGW2FormFactor:Outgoing 52 20323
newdef ISGW2FormFactor:Spin 52 1
newdef ISGW2FormFactor:Spectator 52 3
newdef ISGW2FormFactor:InQuark 52 -5
newdef ISGW2FormFactor:OutQuark 52 -2
newdef ISGW2FormFactor:Incoming 53 -531
newdef ISGW2FormFactor:Outgoing 53 10321
newdef ISGW2FormFactor:Spin 53 0
newdef ISGW2FormFactor:Spectator 53 3
newdef ISGW2FormFactor:InQuark 53 -5
newdef ISGW2FormFactor:OutQuark 53 -2
newdef ISGW2FormFactor:Incoming 54 -531
newdef ISGW2FormFactor:Outgoing 54 221
newdef ISGW2FormFactor:Spin 54 0
newdef ISGW2FormFactor:Spectator 54 3
newdef ISGW2FormFactor:InQuark 54 -5
newdef ISGW2FormFactor:OutQuark 54 -3
newdef ISGW2FormFactor:Incoming 55 -531
newdef ISGW2FormFactor:Outgoing 55 331
newdef ISGW2FormFactor:Spin 55 0
newdef ISGW2FormFactor:Spectator 55 3
newdef ISGW2FormFactor:InQuark 55 -5
newdef ISGW2FormFactor:OutQuark 55 -3
newdef ISGW2FormFactor:Incoming 56 -531
newdef ISGW2FormFactor:Outgoing 56 333
newdef ISGW2FormFactor:Spin 56 1
newdef ISGW2FormFactor:Spectator 56 3
newdef ISGW2FormFactor:InQuark 56 -5
newdef ISGW2FormFactor:OutQuark 56 -3
newdef ISGW2FormFactor:Incoming 57 -531
newdef ISGW2FormFactor:Outgoing 57 335
newdef ISGW2FormFactor:Spin 57 2
newdef ISGW2FormFactor:Spectator 57 3
newdef ISGW2FormFactor:InQuark 57 -5
newdef ISGW2FormFactor:OutQuark 57 -3
newdef ISGW2FormFactor:Incoming 58 -531
newdef ISGW2FormFactor:Outgoing 58 10333
newdef ISGW2FormFactor:Spin 58 1
newdef ISGW2FormFactor:Spectator 58 3
newdef ISGW2FormFactor:InQuark 58 -5
newdef ISGW2FormFactor:OutQuark 58 -3
newdef ISGW2FormFactor:Incoming 59 -531
newdef ISGW2FormFactor:Outgoing 59 20333
newdef ISGW2FormFactor:Spin 59 1
newdef ISGW2FormFactor:Spectator 59 3
newdef ISGW2FormFactor:InQuark 59 -5
newdef ISGW2FormFactor:OutQuark 59 -3
newdef ISGW2FormFactor:Incoming 60 -531
newdef ISGW2FormFactor:Outgoing 60 10331
newdef ISGW2FormFactor:Spin 60 0
newdef ISGW2FormFactor:Spectator 60 3
newdef ISGW2FormFactor:InQuark 60 -5
newdef ISGW2FormFactor:OutQuark 60 -3
newdef ISGW2FormFactor:Incoming 61 -531
newdef ISGW2FormFactor:Outgoing 61 431
newdef ISGW2FormFactor:Spin 61 0
newdef ISGW2FormFactor:Spectator 61 3
newdef ISGW2FormFactor:InQuark 61 -5
newdef ISGW2FormFactor:OutQuark 61 -4
newdef ISGW2FormFactor:Incoming 62 -531
newdef ISGW2FormFactor:Outgoing 62 433
newdef ISGW2FormFactor:Spin 62 1
newdef ISGW2FormFactor:Spectator 62 3
newdef ISGW2FormFactor:InQuark 62 -5
newdef ISGW2FormFactor:OutQuark 62 -4
newdef ISGW2FormFactor:Incoming 63 -531
newdef ISGW2FormFactor:Outgoing 63 435
newdef ISGW2FormFactor:Spin 63 2
newdef ISGW2FormFactor:Spectator 63 3
newdef ISGW2FormFactor:InQuark 63 -5
newdef ISGW2FormFactor:OutQuark 63 -4
newdef ISGW2FormFactor:Incoming 64 -531
newdef ISGW2FormFactor:Outgoing 64 10433
newdef ISGW2FormFactor:Spin 64 1
newdef ISGW2FormFactor:Spectator 64 3
newdef ISGW2FormFactor:InQuark 64 -5
newdef ISGW2FormFactor:OutQuark 64 -4
newdef ISGW2FormFactor:Incoming 65 -531
newdef ISGW2FormFactor:Outgoing 65 20433
newdef ISGW2FormFactor:Spin 65 1
newdef ISGW2FormFactor:Spectator 65 3
newdef ISGW2FormFactor:InQuark 65 -5
newdef ISGW2FormFactor:OutQuark 65 -4
newdef ISGW2FormFactor:Incoming 66 -531
newdef ISGW2FormFactor:Outgoing 66 10431
newdef ISGW2FormFactor:Spin 66 0
newdef ISGW2FormFactor:Spectator 66 3
newdef ISGW2FormFactor:InQuark 66 -5
newdef ISGW2FormFactor:OutQuark 66 -4
newdef ISGW2FormFactor:Incoming 67 -521
newdef ISGW2FormFactor:Outgoing 67 -211
newdef ISGW2FormFactor:Spin 67 0
newdef ISGW2FormFactor:Spectator 67 -2
newdef ISGW2FormFactor:InQuark 67 5
newdef ISGW2FormFactor:OutQuark 67 1
newdef ISGW2FormFactor:Incoming 68 -521
newdef ISGW2FormFactor:Outgoing 68 -213
newdef ISGW2FormFactor:Spin 68 1
newdef ISGW2FormFactor:Spectator 68 -2
newdef ISGW2FormFactor:InQuark 68 5
newdef ISGW2FormFactor:OutQuark 68 1
newdef ISGW2FormFactor:Incoming 69 -521
newdef ISGW2FormFactor:Outgoing 69 -215
newdef ISGW2FormFactor:Spin 69 2
newdef ISGW2FormFactor:Spectator 69 -2
newdef ISGW2FormFactor:InQuark 69 5
newdef ISGW2FormFactor:OutQuark 69 1
newdef ISGW2FormFactor:Incoming 70 -521
newdef ISGW2FormFactor:Outgoing 70 -10213
newdef ISGW2FormFactor:Spin 70 1
newdef ISGW2FormFactor:Spectator 70 -2
newdef ISGW2FormFactor:InQuark 70 5
newdef ISGW2FormFactor:OutQuark 70 1
newdef ISGW2FormFactor:Incoming 71 -521
newdef ISGW2FormFactor:Outgoing 71 -20213
newdef ISGW2FormFactor:Spin 71 1
newdef ISGW2FormFactor:Spectator 71 -2
newdef ISGW2FormFactor:InQuark 71 5
newdef ISGW2FormFactor:OutQuark 71 1
newdef ISGW2FormFactor:Incoming 72 -521
newdef ISGW2FormFactor:Outgoing 72 -10211
newdef ISGW2FormFactor:Spin 72 0
newdef ISGW2FormFactor:Spectator 72 -2
newdef ISGW2FormFactor:InQuark 72 5
newdef ISGW2FormFactor:OutQuark 72 1
newdef ISGW2FormFactor:Incoming 73 -521
newdef ISGW2FormFactor:Outgoing 73 221
newdef ISGW2FormFactor:Spin 73 0
newdef ISGW2FormFactor:Spectator 73 -2
newdef ISGW2FormFactor:InQuark 73 5
newdef ISGW2FormFactor:OutQuark 73 2
newdef ISGW2FormFactor:Incoming 74 -521
newdef ISGW2FormFactor:Outgoing 74 331
newdef ISGW2FormFactor:Spin 74 0
newdef ISGW2FormFactor:Spectator 74 -2
newdef ISGW2FormFactor:InQuark 74 5
newdef ISGW2FormFactor:OutQuark 74 2
newdef ISGW2FormFactor:Incoming 75 -521
newdef ISGW2FormFactor:Outgoing 75 223
newdef ISGW2FormFactor:Spin 75 1
newdef ISGW2FormFactor:Spectator 75 -2
newdef ISGW2FormFactor:InQuark 75 5
newdef ISGW2FormFactor:OutQuark 75 2
newdef ISGW2FormFactor:Incoming 76 -521
newdef ISGW2FormFactor:Outgoing 76 225
newdef ISGW2FormFactor:Spin 76 2
newdef ISGW2FormFactor:Spectator 76 -2
newdef ISGW2FormFactor:InQuark 76 5
newdef ISGW2FormFactor:OutQuark 76 2
newdef ISGW2FormFactor:Incoming 77 -521
newdef ISGW2FormFactor:Outgoing 77 10223
newdef ISGW2FormFactor:Spin 77 1
newdef ISGW2FormFactor:Spectator 77 -2
newdef ISGW2FormFactor:InQuark 77 5
newdef ISGW2FormFactor:OutQuark 77 2
newdef ISGW2FormFactor:Incoming 78 -521
newdef ISGW2FormFactor:Outgoing 78 20223
newdef ISGW2FormFactor:Spin 78 1
newdef ISGW2FormFactor:Spectator 78 -2
newdef ISGW2FormFactor:InQuark 78 5
newdef ISGW2FormFactor:OutQuark 78 2
newdef ISGW2FormFactor:Incoming 79 -521
newdef ISGW2FormFactor:Outgoing 79 10221
newdef ISGW2FormFactor:Spin 79 0
newdef ISGW2FormFactor:Spectator 79 -2
newdef ISGW2FormFactor:InQuark 79 5
newdef ISGW2FormFactor:OutQuark 79 2
newdef ISGW2FormFactor:Incoming 80 -521
newdef ISGW2FormFactor:Outgoing 80 111
newdef ISGW2FormFactor:Spin 80 0
newdef ISGW2FormFactor:Spectator 80 -2
newdef ISGW2FormFactor:InQuark 80 5
newdef ISGW2FormFactor:OutQuark 80 2
newdef ISGW2FormFactor:Incoming 81 -521
newdef ISGW2FormFactor:Outgoing 81 113
newdef ISGW2FormFactor:Spin 81 1
newdef ISGW2FormFactor:Spectator 81 -2
newdef ISGW2FormFactor:InQuark 81 5
newdef ISGW2FormFactor:OutQuark 81 2
newdef ISGW2FormFactor:Incoming 82 -521
newdef ISGW2FormFactor:Outgoing 82 115
newdef ISGW2FormFactor:Spin 82 2
newdef ISGW2FormFactor:Spectator 82 -2
newdef ISGW2FormFactor:InQuark 82 5
newdef ISGW2FormFactor:OutQuark 82 2
newdef ISGW2FormFactor:Incoming 83 -521
newdef ISGW2FormFactor:Outgoing 83 10113
newdef ISGW2FormFactor:Spin 83 1
newdef ISGW2FormFactor:Spectator 83 -2
newdef ISGW2FormFactor:InQuark 83 5
newdef ISGW2FormFactor:OutQuark 83 2
newdef ISGW2FormFactor:Incoming 84 -521
newdef ISGW2FormFactor:Outgoing 84 20113
newdef ISGW2FormFactor:Spin 84 1
newdef ISGW2FormFactor:Spectator 84 -2
newdef ISGW2FormFactor:InQuark 84 5
newdef ISGW2FormFactor:OutQuark 84 2
newdef ISGW2FormFactor:Incoming 85 -521
newdef ISGW2FormFactor:Outgoing 85 10111
newdef ISGW2FormFactor:Spin 85 0
newdef ISGW2FormFactor:Spectator 85 -2
newdef ISGW2FormFactor:InQuark 85 5
newdef ISGW2FormFactor:OutQuark 85 2
newdef ISGW2FormFactor:Incoming 86 -521
newdef ISGW2FormFactor:Outgoing 86 -321
newdef ISGW2FormFactor:Spin 86 0
newdef ISGW2FormFactor:Spectator 86 -2
newdef ISGW2FormFactor:InQuark 86 5
newdef ISGW2FormFactor:OutQuark 86 3
newdef ISGW2FormFactor:Incoming 87 -521
newdef ISGW2FormFactor:Outgoing 87 -323
newdef ISGW2FormFactor:Spin 87 1
newdef ISGW2FormFactor:Spectator 87 -2
newdef ISGW2FormFactor:InQuark 87 5
newdef ISGW2FormFactor:OutQuark 87 3
newdef ISGW2FormFactor:Incoming 88 -521
newdef ISGW2FormFactor:Outgoing 88 -325
newdef ISGW2FormFactor:Spin 88 2
newdef ISGW2FormFactor:Spectator 88 -2
newdef ISGW2FormFactor:InQuark 88 5
newdef ISGW2FormFactor:OutQuark 88 3
newdef ISGW2FormFactor:Incoming 89 -521
newdef ISGW2FormFactor:Outgoing 89 -10323
newdef ISGW2FormFactor:Spin 89 1
newdef ISGW2FormFactor:Spectator 89 -2
newdef ISGW2FormFactor:InQuark 89 5
newdef ISGW2FormFactor:OutQuark 89 3
newdef ISGW2FormFactor:Incoming 90 -521
newdef ISGW2FormFactor:Outgoing 90 -20323
newdef ISGW2FormFactor:Spin 90 1
newdef ISGW2FormFactor:Spectator 90 -2
newdef ISGW2FormFactor:InQuark 90 5
newdef ISGW2FormFactor:OutQuark 90 3
newdef ISGW2FormFactor:Incoming 91 -521
newdef ISGW2FormFactor:Outgoing 91 -10321
newdef ISGW2FormFactor:Spin 91 0
newdef ISGW2FormFactor:Spectator 91 -2
newdef ISGW2FormFactor:InQuark 91 5
newdef ISGW2FormFactor:OutQuark 91 3
newdef ISGW2FormFactor:Incoming 92 -521
newdef ISGW2FormFactor:Outgoing 92 421
newdef ISGW2FormFactor:Spin 92 0
newdef ISGW2FormFactor:Spectator 92 -2
newdef ISGW2FormFactor:InQuark 92 5
newdef ISGW2FormFactor:OutQuark 92 4
newdef ISGW2FormFactor:Incoming 93 -521
newdef ISGW2FormFactor:Outgoing 93 423
newdef ISGW2FormFactor:Spin 93 1
newdef ISGW2FormFactor:Spectator 93 -2
newdef ISGW2FormFactor:InQuark 93 5
newdef ISGW2FormFactor:OutQuark 93 4
newdef ISGW2FormFactor:Incoming 94 -521
newdef ISGW2FormFactor:Outgoing 94 425
newdef ISGW2FormFactor:Spin 94 2
newdef ISGW2FormFactor:Spectator 94 -2
newdef ISGW2FormFactor:InQuark 94 5
newdef ISGW2FormFactor:OutQuark 94 4
newdef ISGW2FormFactor:Incoming 95 -521
newdef ISGW2FormFactor:Outgoing 95 10423
newdef ISGW2FormFactor:Spin 95 1
newdef ISGW2FormFactor:Spectator 95 -2
newdef ISGW2FormFactor:InQuark 95 5
newdef ISGW2FormFactor:OutQuark 95 4
newdef ISGW2FormFactor:Incoming 96 -521
newdef ISGW2FormFactor:Outgoing 96 20423
newdef ISGW2FormFactor:Spin 96 1
newdef ISGW2FormFactor:Spectator 96 -2
newdef ISGW2FormFactor:InQuark 96 5
newdef ISGW2FormFactor:OutQuark 96 4
newdef ISGW2FormFactor:Incoming 97 -521
newdef ISGW2FormFactor:Outgoing 97 10421
newdef ISGW2FormFactor:Spin 97 0
newdef ISGW2FormFactor:Spectator 97 -2
newdef ISGW2FormFactor:InQuark 97 5
newdef ISGW2FormFactor:OutQuark 97 4
newdef ISGW2FormFactor:Incoming 98 -511
newdef ISGW2FormFactor:Outgoing 98 221
newdef ISGW2FormFactor:Spin 98 0
newdef ISGW2FormFactor:Spectator 98 1
newdef ISGW2FormFactor:InQuark 98 -5
newdef ISGW2FormFactor:OutQuark 98 -1
newdef ISGW2FormFactor:Incoming 99 -511
newdef ISGW2FormFactor:Outgoing 99 331
newdef ISGW2FormFactor:Spin 99 0
newdef ISGW2FormFactor:Spectator 99 1
newdef ISGW2FormFactor:InQuark 99 -5
newdef ISGW2FormFactor:OutQuark 99 -1
newdef ISGW2FormFactor:Incoming 100 -511
newdef ISGW2FormFactor:Outgoing 100 223
newdef ISGW2FormFactor:Spin 100 1
newdef ISGW2FormFactor:Spectator 100 1
newdef ISGW2FormFactor:InQuark 100 -5
newdef ISGW2FormFactor:OutQuark 100 -1
newdef ISGW2FormFactor:Incoming 101 -511
newdef ISGW2FormFactor:Outgoing 101 225
newdef ISGW2FormFactor:Spin 101 2
newdef ISGW2FormFactor:Spectator 101 1
newdef ISGW2FormFactor:InQuark 101 -5
newdef ISGW2FormFactor:OutQuark 101 -1
newdef ISGW2FormFactor:Incoming 102 -511
newdef ISGW2FormFactor:Outgoing 102 10223
newdef ISGW2FormFactor:Spin 102 1
newdef ISGW2FormFactor:Spectator 102 1
newdef ISGW2FormFactor:InQuark 102 -5
newdef ISGW2FormFactor:OutQuark 102 -1
newdef ISGW2FormFactor:Incoming 103 -511
newdef ISGW2FormFactor:Outgoing 103 20223
newdef ISGW2FormFactor:Spin 103 1
newdef ISGW2FormFactor:Spectator 103 1
newdef ISGW2FormFactor:InQuark 103 -5
newdef ISGW2FormFactor:OutQuark 103 -1
newdef ISGW2FormFactor:Incoming 104 -511
newdef ISGW2FormFactor:Outgoing 104 10221
newdef ISGW2FormFactor:Spin 104 0
newdef ISGW2FormFactor:Spectator 104 1
newdef ISGW2FormFactor:InQuark 104 -5
newdef ISGW2FormFactor:OutQuark 104 -1
newdef ISGW2FormFactor:Incoming 105 -511
newdef ISGW2FormFactor:Outgoing 105 111
newdef ISGW2FormFactor:Spin 105 0
newdef ISGW2FormFactor:Spectator 105 1
newdef ISGW2FormFactor:InQuark 105 -5
newdef ISGW2FormFactor:OutQuark 105 -1
newdef ISGW2FormFactor:Incoming 106 -511
newdef ISGW2FormFactor:Outgoing 106 113
newdef ISGW2FormFactor:Spin 106 1
newdef ISGW2FormFactor:Spectator 106 1
newdef ISGW2FormFactor:InQuark 106 -5
newdef ISGW2FormFactor:OutQuark 106 -1
newdef ISGW2FormFactor:Incoming 107 -511
newdef ISGW2FormFactor:Outgoing 107 115
newdef ISGW2FormFactor:Spin 107 2
newdef ISGW2FormFactor:Spectator 107 1
newdef ISGW2FormFactor:InQuark 107 -5
newdef ISGW2FormFactor:OutQuark 107 -1
newdef ISGW2FormFactor:Incoming 108 -511
newdef ISGW2FormFactor:Outgoing 108 10113
newdef ISGW2FormFactor:Spin 108 1
newdef ISGW2FormFactor:Spectator 108 1
newdef ISGW2FormFactor:InQuark 108 -5
newdef ISGW2FormFactor:OutQuark 108 -1
newdef ISGW2FormFactor:Incoming 109 -511
newdef ISGW2FormFactor:Outgoing 109 20113
newdef ISGW2FormFactor:Spin 109 1
newdef ISGW2FormFactor:Spectator 109 1
newdef ISGW2FormFactor:InQuark 109 -5
newdef ISGW2FormFactor:OutQuark 109 -1
newdef ISGW2FormFactor:Incoming 110 -511
newdef ISGW2FormFactor:Outgoing 110 10111
newdef ISGW2FormFactor:Spin 110 0
newdef ISGW2FormFactor:Spectator 110 1
newdef ISGW2FormFactor:InQuark 110 -5
newdef ISGW2FormFactor:OutQuark 110 -1
newdef ISGW2FormFactor:Incoming 111 -511
newdef ISGW2FormFactor:Outgoing 111 211
newdef ISGW2FormFactor:Spin 111 0
newdef ISGW2FormFactor:Spectator 111 1
newdef ISGW2FormFactor:InQuark 111 -5
newdef ISGW2FormFactor:OutQuark 111 -2
newdef ISGW2FormFactor:Incoming 112 -511
newdef ISGW2FormFactor:Outgoing 112 213
newdef ISGW2FormFactor:Spin 112 1
newdef ISGW2FormFactor:Spectator 112 1
newdef ISGW2FormFactor:InQuark 112 -5
newdef ISGW2FormFactor:OutQuark 112 -2
newdef ISGW2FormFactor:Incoming 113 -511
newdef ISGW2FormFactor:Outgoing 113 215
newdef ISGW2FormFactor:Spin 113 2
newdef ISGW2FormFactor:Spectator 113 1
newdef ISGW2FormFactor:InQuark 113 -5
newdef ISGW2FormFactor:OutQuark 113 -2
newdef ISGW2FormFactor:Incoming 114 -511
newdef ISGW2FormFactor:Outgoing 114 10213
newdef ISGW2FormFactor:Spin 114 1
newdef ISGW2FormFactor:Spectator 114 1
newdef ISGW2FormFactor:InQuark 114 -5
newdef ISGW2FormFactor:OutQuark 114 -2
newdef ISGW2FormFactor:Incoming 115 -511
newdef ISGW2FormFactor:Outgoing 115 20213
newdef ISGW2FormFactor:Spin 115 1
newdef ISGW2FormFactor:Spectator 115 1
newdef ISGW2FormFactor:InQuark 115 -5
newdef ISGW2FormFactor:OutQuark 115 -2
newdef ISGW2FormFactor:Incoming 116 -511
newdef ISGW2FormFactor:Outgoing 116 10211
newdef ISGW2FormFactor:Spin 116 0
newdef ISGW2FormFactor:Spectator 116 1
newdef ISGW2FormFactor:InQuark 116 -5
newdef ISGW2FormFactor:OutQuark 116 -2
newdef ISGW2FormFactor:Incoming 117 -511
newdef ISGW2FormFactor:Outgoing 117 311
newdef ISGW2FormFactor:Spin 117 0
newdef ISGW2FormFactor:Spectator 117 1
newdef ISGW2FormFactor:InQuark 117 -5
newdef ISGW2FormFactor:OutQuark 117 -3
newdef ISGW2FormFactor:Incoming 118 -511
newdef ISGW2FormFactor:Outgoing 118 313
newdef ISGW2FormFactor:Spin 118 1
newdef ISGW2FormFactor:Spectator 118 1
newdef ISGW2FormFactor:InQuark 118 -5
newdef ISGW2FormFactor:OutQuark 118 -3
newdef ISGW2FormFactor:Incoming 119 -511
newdef ISGW2FormFactor:Outgoing 119 315
newdef ISGW2FormFactor:Spin 119 2
newdef ISGW2FormFactor:Spectator 119 1
newdef ISGW2FormFactor:InQuark 119 -5
newdef ISGW2FormFactor:OutQuark 119 -3
newdef ISGW2FormFactor:Incoming 120 -511
newdef ISGW2FormFactor:Outgoing 120 10313
newdef ISGW2FormFactor:Spin 120 1
newdef ISGW2FormFactor:Spectator 120 1
newdef ISGW2FormFactor:InQuark 120 -5
newdef ISGW2FormFactor:OutQuark 120 -3
newdef ISGW2FormFactor:Incoming 121 -511
newdef ISGW2FormFactor:Outgoing 121 20313
newdef ISGW2FormFactor:Spin 121 1
newdef ISGW2FormFactor:Spectator 121 1
newdef ISGW2FormFactor:InQuark 121 -5
newdef ISGW2FormFactor:OutQuark 121 -3
newdef ISGW2FormFactor:Incoming 122 -511
newdef ISGW2FormFactor:Outgoing 122 10311
newdef ISGW2FormFactor:Spin 122 0
newdef ISGW2FormFactor:Spectator 122 1
newdef ISGW2FormFactor:InQuark 122 -5
newdef ISGW2FormFactor:OutQuark 122 -3
newdef ISGW2FormFactor:Incoming 123 -511
newdef ISGW2FormFactor:Outgoing 123 411
newdef ISGW2FormFactor:Spin 123 0
newdef ISGW2FormFactor:Spectator 123 1
newdef ISGW2FormFactor:InQuark 123 -5
newdef ISGW2FormFactor:OutQuark 123 -4
newdef ISGW2FormFactor:Incoming 124 -511
newdef ISGW2FormFactor:Outgoing 124 413
newdef ISGW2FormFactor:Spin 124 1
newdef ISGW2FormFactor:Spectator 124 1
newdef ISGW2FormFactor:InQuark 124 -5
newdef ISGW2FormFactor:OutQuark 124 -4
newdef ISGW2FormFactor:Incoming 125 -511
newdef ISGW2FormFactor:Outgoing 125 415
newdef ISGW2FormFactor:Spin 125 2
newdef ISGW2FormFactor:Spectator 125 1
newdef ISGW2FormFactor:InQuark 125 -5
newdef ISGW2FormFactor:OutQuark 125 -4
newdef ISGW2FormFactor:Incoming 126 -511
newdef ISGW2FormFactor:Outgoing 126 10413
newdef ISGW2FormFactor:Spin 126 1
newdef ISGW2FormFactor:Spectator 126 1
newdef ISGW2FormFactor:InQuark 126 -5
newdef ISGW2FormFactor:OutQuark 126 -4
newdef ISGW2FormFactor:Incoming 127 -511
newdef ISGW2FormFactor:Outgoing 127 20413
newdef ISGW2FormFactor:Spin 127 1
newdef ISGW2FormFactor:Spectator 127 1
newdef ISGW2FormFactor:InQuark 127 -5
newdef ISGW2FormFactor:OutQuark 127 -4
newdef ISGW2FormFactor:Incoming 128 -511
newdef ISGW2FormFactor:Outgoing 128 10411
newdef ISGW2FormFactor:Spin 128 0
newdef ISGW2FormFactor:Spectator 128 1
newdef ISGW2FormFactor:InQuark 128 -5
newdef ISGW2FormFactor:OutQuark 128 -4
newdef ISGW2FormFactor:Incoming 129 431
newdef ISGW2FormFactor:Outgoing 129 311
newdef ISGW2FormFactor:Spin 129 0
newdef ISGW2FormFactor:Spectator 129 -3
newdef ISGW2FormFactor:InQuark 129 4
newdef ISGW2FormFactor:OutQuark 129 1
newdef ISGW2FormFactor:Incoming 130 431
newdef ISGW2FormFactor:Outgoing 130 313
newdef ISGW2FormFactor:Spin 130 1
newdef ISGW2FormFactor:Spectator 130 -3
newdef ISGW2FormFactor:InQuark 130 4
newdef ISGW2FormFactor:OutQuark 130 1
newdef ISGW2FormFactor:Incoming 131 431
newdef ISGW2FormFactor:Outgoing 131 315
newdef ISGW2FormFactor:Spin 131 2
newdef ISGW2FormFactor:Spectator 131 -3
newdef ISGW2FormFactor:InQuark 131 4
newdef ISGW2FormFactor:OutQuark 131 1
newdef ISGW2FormFactor:Incoming 132 431
newdef ISGW2FormFactor:Outgoing 132 10313
newdef ISGW2FormFactor:Spin 132 1
newdef ISGW2FormFactor:Spectator 132 -3
newdef ISGW2FormFactor:InQuark 132 4
newdef ISGW2FormFactor:OutQuark 132 1
newdef ISGW2FormFactor:Incoming 133 431
newdef ISGW2FormFactor:Outgoing 133 20313
newdef ISGW2FormFactor:Spin 133 1
newdef ISGW2FormFactor:Spectator 133 -3
newdef ISGW2FormFactor:InQuark 133 4
newdef ISGW2FormFactor:OutQuark 133 1
newdef ISGW2FormFactor:Incoming 134 431
newdef ISGW2FormFactor:Outgoing 134 10311
newdef ISGW2FormFactor:Spin 134 0
newdef ISGW2FormFactor:Spectator 134 -3
newdef ISGW2FormFactor:InQuark 134 4
newdef ISGW2FormFactor:OutQuark 134 1
newdef ISGW2FormFactor:Incoming 135 431
newdef ISGW2FormFactor:Outgoing 135 321
newdef ISGW2FormFactor:Spin 135 0
newdef ISGW2FormFactor:Spectator 135 -3
newdef ISGW2FormFactor:InQuark 135 4
newdef ISGW2FormFactor:OutQuark 135 2
newdef ISGW2FormFactor:Incoming 136 431
newdef ISGW2FormFactor:Outgoing 136 323
newdef ISGW2FormFactor:Spin 136 1
newdef ISGW2FormFactor:Spectator 136 -3
newdef ISGW2FormFactor:InQuark 136 4
newdef ISGW2FormFactor:OutQuark 136 2
newdef ISGW2FormFactor:Incoming 137 431
newdef ISGW2FormFactor:Outgoing 137 325
newdef ISGW2FormFactor:Spin 137 2
newdef ISGW2FormFactor:Spectator 137 -3
newdef ISGW2FormFactor:InQuark 137 4
newdef ISGW2FormFactor:OutQuark 137 2
newdef ISGW2FormFactor:Incoming 138 431
newdef ISGW2FormFactor:Outgoing 138 10323
newdef ISGW2FormFactor:Spin 138 1
newdef ISGW2FormFactor:Spectator 138 -3
newdef ISGW2FormFactor:InQuark 138 4
newdef ISGW2FormFactor:OutQuark 138 2
newdef ISGW2FormFactor:Incoming 139 431
newdef ISGW2FormFactor:Outgoing 139 20323
newdef ISGW2FormFactor:Spin 139 1
newdef ISGW2FormFactor:Spectator 139 -3
newdef ISGW2FormFactor:InQuark 139 4
newdef ISGW2FormFactor:OutQuark 139 2
newdef ISGW2FormFactor:Incoming 140 431
newdef ISGW2FormFactor:Outgoing 140 10321
newdef ISGW2FormFactor:Spin 140 0
newdef ISGW2FormFactor:Spectator 140 -3
newdef ISGW2FormFactor:InQuark 140 4
newdef ISGW2FormFactor:OutQuark 140 2
newdef ISGW2FormFactor:Incoming 141 431
newdef ISGW2FormFactor:Outgoing 141 221
newdef ISGW2FormFactor:Spin 141 0
newdef ISGW2FormFactor:Spectator 141 -3
newdef ISGW2FormFactor:InQuark 141 4
newdef ISGW2FormFactor:OutQuark 141 3
newdef ISGW2FormFactor:Incoming 142 431
newdef ISGW2FormFactor:Outgoing 142 331
newdef ISGW2FormFactor:Spin 142 0
newdef ISGW2FormFactor:Spectator 142 -3
newdef ISGW2FormFactor:InQuark 142 4
newdef ISGW2FormFactor:OutQuark 142 3
newdef ISGW2FormFactor:Incoming 143 431
newdef ISGW2FormFactor:Outgoing 143 333
newdef ISGW2FormFactor:Spin 143 1
newdef ISGW2FormFactor:Spectator 143 -3
newdef ISGW2FormFactor:InQuark 143 4
newdef ISGW2FormFactor:OutQuark 143 3
newdef ISGW2FormFactor:Incoming 144 431
newdef ISGW2FormFactor:Outgoing 144 335
newdef ISGW2FormFactor:Spin 144 2
newdef ISGW2FormFactor:Spectator 144 -3
newdef ISGW2FormFactor:InQuark 144 4
newdef ISGW2FormFactor:OutQuark 144 3
newdef ISGW2FormFactor:Incoming 145 431
newdef ISGW2FormFactor:Outgoing 145 10333
newdef ISGW2FormFactor:Spin 145 1
newdef ISGW2FormFactor:Spectator 145 -3
newdef ISGW2FormFactor:InQuark 145 4
newdef ISGW2FormFactor:OutQuark 145 3
newdef ISGW2FormFactor:Incoming 146 431
newdef ISGW2FormFactor:Outgoing 146 20333
newdef ISGW2FormFactor:Spin 146 1
newdef ISGW2FormFactor:Spectator 146 -3
newdef ISGW2FormFactor:InQuark 146 4
newdef ISGW2FormFactor:OutQuark 146 3
newdef ISGW2FormFactor:Incoming 147 431
newdef ISGW2FormFactor:Outgoing 147 10331
newdef ISGW2FormFactor:Spin 147 0
newdef ISGW2FormFactor:Spectator 147 -3
newdef ISGW2FormFactor:InQuark 147 4
newdef ISGW2FormFactor:OutQuark 147 3
newdef ISGW2FormFactor:Incoming 148 421
newdef ISGW2FormFactor:Outgoing 148 -211
newdef ISGW2FormFactor:Spin 148 0
newdef ISGW2FormFactor:Spectator 148 -2
newdef ISGW2FormFactor:InQuark 148 4
newdef ISGW2FormFactor:OutQuark 148 1
newdef ISGW2FormFactor:Incoming 149 421
newdef ISGW2FormFactor:Outgoing 149 -213
newdef ISGW2FormFactor:Spin 149 1
newdef ISGW2FormFactor:Spectator 149 -2
newdef ISGW2FormFactor:InQuark 149 4
newdef ISGW2FormFactor:OutQuark 149 1
newdef ISGW2FormFactor:Incoming 150 421
newdef ISGW2FormFactor:Outgoing 150 -215
newdef ISGW2FormFactor:Spin 150 2
newdef ISGW2FormFactor:Spectator 150 -2
newdef ISGW2FormFactor:InQuark 150 4
newdef ISGW2FormFactor:OutQuark 150 1
newdef ISGW2FormFactor:Incoming 151 421
newdef ISGW2FormFactor:Outgoing 151 -10213
newdef ISGW2FormFactor:Spin 151 1
newdef ISGW2FormFactor:Spectator 151 -2
newdef ISGW2FormFactor:InQuark 151 4
newdef ISGW2FormFactor:OutQuark 151 1
newdef ISGW2FormFactor:Incoming 152 421
newdef ISGW2FormFactor:Outgoing 152 -20213
newdef ISGW2FormFactor:Spin 152 1
newdef ISGW2FormFactor:Spectator 152 -2
newdef ISGW2FormFactor:InQuark 152 4
newdef ISGW2FormFactor:OutQuark 152 1
newdef ISGW2FormFactor:Incoming 153 421
newdef ISGW2FormFactor:Outgoing 153 -10211
newdef ISGW2FormFactor:Spin 153 0
newdef ISGW2FormFactor:Spectator 153 -2
newdef ISGW2FormFactor:InQuark 153 4
newdef ISGW2FormFactor:OutQuark 153 1
newdef ISGW2FormFactor:Incoming 154 421
newdef ISGW2FormFactor:Outgoing 154 111
newdef ISGW2FormFactor:Spin 154 0
newdef ISGW2FormFactor:Spectator 154 -2
newdef ISGW2FormFactor:InQuark 154 4
newdef ISGW2FormFactor:OutQuark 154 2
newdef ISGW2FormFactor:Incoming 155 421
newdef ISGW2FormFactor:Outgoing 155 113
newdef ISGW2FormFactor:Spin 155 1
newdef ISGW2FormFactor:Spectator 155 -2
newdef ISGW2FormFactor:InQuark 155 4
newdef ISGW2FormFactor:OutQuark 155 2
newdef ISGW2FormFactor:Incoming 156 421
newdef ISGW2FormFactor:Outgoing 156 115
newdef ISGW2FormFactor:Spin 156 2
newdef ISGW2FormFactor:Spectator 156 -2
newdef ISGW2FormFactor:InQuark 156 4
newdef ISGW2FormFactor:OutQuark 156 2
newdef ISGW2FormFactor:Incoming 157 421
newdef ISGW2FormFactor:Outgoing 157 10113
newdef ISGW2FormFactor:Spin 157 1
newdef ISGW2FormFactor:Spectator 157 -2
newdef ISGW2FormFactor:InQuark 157 4
newdef ISGW2FormFactor:OutQuark 157 2
newdef ISGW2FormFactor:Incoming 158 421
newdef ISGW2FormFactor:Outgoing 158 20113
newdef ISGW2FormFactor:Spin 158 1
newdef ISGW2FormFactor:Spectator 158 -2
newdef ISGW2FormFactor:InQuark 158 4
newdef ISGW2FormFactor:OutQuark 158 2
newdef ISGW2FormFactor:Incoming 159 421
newdef ISGW2FormFactor:Outgoing 159 10111
newdef ISGW2FormFactor:Spin 159 0
newdef ISGW2FormFactor:Spectator 159 -2
newdef ISGW2FormFactor:InQuark 159 4
newdef ISGW2FormFactor:OutQuark 159 2
newdef ISGW2FormFactor:Incoming 160 421
newdef ISGW2FormFactor:Outgoing 160 221
newdef ISGW2FormFactor:Spin 160 0
newdef ISGW2FormFactor:Spectator 160 -2
newdef ISGW2FormFactor:InQuark 160 4
newdef ISGW2FormFactor:OutQuark 160 2
newdef ISGW2FormFactor:Incoming 161 421
newdef ISGW2FormFactor:Outgoing 161 331
newdef ISGW2FormFactor:Spin 161 0
newdef ISGW2FormFactor:Spectator 161 -2
newdef ISGW2FormFactor:InQuark 161 4
newdef ISGW2FormFactor:OutQuark 161 2
newdef ISGW2FormFactor:Incoming 162 421
newdef ISGW2FormFactor:Outgoing 162 223
newdef ISGW2FormFactor:Spin 162 1
newdef ISGW2FormFactor:Spectator 162 -2
newdef ISGW2FormFactor:InQuark 162 4
newdef ISGW2FormFactor:OutQuark 162 2
newdef ISGW2FormFactor:Incoming 163 421
newdef ISGW2FormFactor:Outgoing 163 225
newdef ISGW2FormFactor:Spin 163 2
newdef ISGW2FormFactor:Spectator 163 -2
newdef ISGW2FormFactor:InQuark 163 4
newdef ISGW2FormFactor:OutQuark 163 2
newdef ISGW2FormFactor:Incoming 164 421
newdef ISGW2FormFactor:Outgoing 164 10223
newdef ISGW2FormFactor:Spin 164 1
newdef ISGW2FormFactor:Spectator 164 -2
newdef ISGW2FormFactor:InQuark 164 4
newdef ISGW2FormFactor:OutQuark 164 2
newdef ISGW2FormFactor:Incoming 165 421
newdef ISGW2FormFactor:Outgoing 165 20223
newdef ISGW2FormFactor:Spin 165 1
newdef ISGW2FormFactor:Spectator 165 -2
newdef ISGW2FormFactor:InQuark 165 4
newdef ISGW2FormFactor:OutQuark 165 2
newdef ISGW2FormFactor:Incoming 166 421
newdef ISGW2FormFactor:Outgoing 166 10221
newdef ISGW2FormFactor:Spin 166 0
newdef ISGW2FormFactor:Spectator 166 -2
newdef ISGW2FormFactor:InQuark 166 4
newdef ISGW2FormFactor:OutQuark 166 2
newdef ISGW2FormFactor:Incoming 167 421
newdef ISGW2FormFactor:Outgoing 167 -321
newdef ISGW2FormFactor:Spin 167 0
newdef ISGW2FormFactor:Spectator 167 -2
newdef ISGW2FormFactor:InQuark 167 4
newdef ISGW2FormFactor:OutQuark 167 3
newdef ISGW2FormFactor:Incoming 168 421
newdef ISGW2FormFactor:Outgoing 168 -323
newdef ISGW2FormFactor:Spin 168 1
newdef ISGW2FormFactor:Spectator 168 -2
newdef ISGW2FormFactor:InQuark 168 4
newdef ISGW2FormFactor:OutQuark 168 3
newdef ISGW2FormFactor:Incoming 169 421
newdef ISGW2FormFactor:Outgoing 169 -325
newdef ISGW2FormFactor:Spin 169 2
newdef ISGW2FormFactor:Spectator 169 -2
newdef ISGW2FormFactor:InQuark 169 4
newdef ISGW2FormFactor:OutQuark 169 3
newdef ISGW2FormFactor:Incoming 170 421
newdef ISGW2FormFactor:Outgoing 170 -10323
newdef ISGW2FormFactor:Spin 170 1
newdef ISGW2FormFactor:Spectator 170 -2
newdef ISGW2FormFactor:InQuark 170 4
newdef ISGW2FormFactor:OutQuark 170 3
newdef ISGW2FormFactor:Incoming 171 421
newdef ISGW2FormFactor:Outgoing 171 -20323
newdef ISGW2FormFactor:Spin 171 1
newdef ISGW2FormFactor:Spectator 171 -2
newdef ISGW2FormFactor:InQuark 171 4
newdef ISGW2FormFactor:OutQuark 171 3
newdef ISGW2FormFactor:Incoming 172 421
newdef ISGW2FormFactor:Outgoing 172 -10321
newdef ISGW2FormFactor:Spin 172 0
newdef ISGW2FormFactor:Spectator 172 -2
newdef ISGW2FormFactor:InQuark 172 4
newdef ISGW2FormFactor:OutQuark 172 3
newdef ISGW2FormFactor:Incoming 173 411
newdef ISGW2FormFactor:Outgoing 173 221
newdef ISGW2FormFactor:Spin 173 0
newdef ISGW2FormFactor:Spectator 173 -1
newdef ISGW2FormFactor:InQuark 173 4
newdef ISGW2FormFactor:OutQuark 173 1
newdef ISGW2FormFactor:Incoming 174 411
newdef ISGW2FormFactor:Outgoing 174 331
newdef ISGW2FormFactor:Spin 174 0
newdef ISGW2FormFactor:Spectator 174 -1
newdef ISGW2FormFactor:InQuark 174 4
newdef ISGW2FormFactor:OutQuark 174 1
newdef ISGW2FormFactor:Incoming 175 411
newdef ISGW2FormFactor:Outgoing 175 223
newdef ISGW2FormFactor:Spin 175 1
newdef ISGW2FormFactor:Spectator 175 -1
newdef ISGW2FormFactor:InQuark 175 4
newdef ISGW2FormFactor:OutQuark 175 1
newdef ISGW2FormFactor:Incoming 176 411
newdef ISGW2FormFactor:Outgoing 176 225
newdef ISGW2FormFactor:Spin 176 2
newdef ISGW2FormFactor:Spectator 176 -1
newdef ISGW2FormFactor:InQuark 176 4
newdef ISGW2FormFactor:OutQuark 176 1
newdef ISGW2FormFactor:Incoming 177 411
newdef ISGW2FormFactor:Outgoing 177 10223
newdef ISGW2FormFactor:Spin 177 1
newdef ISGW2FormFactor:Spectator 177 -1
newdef ISGW2FormFactor:InQuark 177 4
newdef ISGW2FormFactor:OutQuark 177 1
newdef ISGW2FormFactor:Incoming 178 411
newdef ISGW2FormFactor:Outgoing 178 20223
newdef ISGW2FormFactor:Spin 178 1
newdef ISGW2FormFactor:Spectator 178 -1
newdef ISGW2FormFactor:InQuark 178 4
newdef ISGW2FormFactor:OutQuark 178 1
newdef ISGW2FormFactor:Incoming 179 411
newdef ISGW2FormFactor:Outgoing 179 10221
newdef ISGW2FormFactor:Spin 179 0
newdef ISGW2FormFactor:Spectator 179 -1
newdef ISGW2FormFactor:InQuark 179 4
newdef ISGW2FormFactor:OutQuark 179 1
newdef ISGW2FormFactor:Incoming 180 411
newdef ISGW2FormFactor:Outgoing 180 111
newdef ISGW2FormFactor:Spin 180 0
newdef ISGW2FormFactor:Spectator 180 -1
newdef ISGW2FormFactor:InQuark 180 4
newdef ISGW2FormFactor:OutQuark 180 1
newdef ISGW2FormFactor:Incoming 181 411
newdef ISGW2FormFactor:Outgoing 181 113
newdef ISGW2FormFactor:Spin 181 1
newdef ISGW2FormFactor:Spectator 181 -1
newdef ISGW2FormFactor:InQuark 181 4
newdef ISGW2FormFactor:OutQuark 181 1
newdef ISGW2FormFactor:Incoming 182 411
newdef ISGW2FormFactor:Outgoing 182 115
newdef ISGW2FormFactor:Spin 182 2
newdef ISGW2FormFactor:Spectator 182 -1
newdef ISGW2FormFactor:InQuark 182 4
newdef ISGW2FormFactor:OutQuark 182 1
newdef ISGW2FormFactor:Incoming 183 411
newdef ISGW2FormFactor:Outgoing 183 10113
newdef ISGW2FormFactor:Spin 183 1
newdef ISGW2FormFactor:Spectator 183 -1
newdef ISGW2FormFactor:InQuark 183 4
newdef ISGW2FormFactor:OutQuark 183 1
newdef ISGW2FormFactor:Incoming 184 411
newdef ISGW2FormFactor:Outgoing 184 20113
newdef ISGW2FormFactor:Spin 184 1
newdef ISGW2FormFactor:Spectator 184 -1
newdef ISGW2FormFactor:InQuark 184 4
newdef ISGW2FormFactor:OutQuark 184 1
newdef ISGW2FormFactor:Incoming 185 411
newdef ISGW2FormFactor:Outgoing 185 10111
newdef ISGW2FormFactor:Spin 185 0
newdef ISGW2FormFactor:Spectator 185 -1
newdef ISGW2FormFactor:InQuark 185 4
newdef ISGW2FormFactor:OutQuark 185 1
newdef ISGW2FormFactor:Incoming 186 411
newdef ISGW2FormFactor:Outgoing 186 211
newdef ISGW2FormFactor:Spin 186 0
newdef ISGW2FormFactor:Spectator 186 -1
newdef ISGW2FormFactor:InQuark 186 4
newdef ISGW2FormFactor:OutQuark 186 2
newdef ISGW2FormFactor:Incoming 187 411
newdef ISGW2FormFactor:Outgoing 187 213
newdef ISGW2FormFactor:Spin 187 1
newdef ISGW2FormFactor:Spectator 187 -1
newdef ISGW2FormFactor:InQuark 187 4
newdef ISGW2FormFactor:OutQuark 187 2
newdef ISGW2FormFactor:Incoming 188 411
newdef ISGW2FormFactor:Outgoing 188 215
newdef ISGW2FormFactor:Spin 188 2
newdef ISGW2FormFactor:Spectator 188 -1
newdef ISGW2FormFactor:InQuark 188 4
newdef ISGW2FormFactor:OutQuark 188 2
newdef ISGW2FormFactor:Incoming 189 411
newdef ISGW2FormFactor:Outgoing 189 10213
newdef ISGW2FormFactor:Spin 189 1
newdef ISGW2FormFactor:Spectator 189 -1
newdef ISGW2FormFactor:InQuark 189 4
newdef ISGW2FormFactor:OutQuark 189 2
newdef ISGW2FormFactor:Incoming 190 411
newdef ISGW2FormFactor:Outgoing 190 20213
newdef ISGW2FormFactor:Spin 190 1
newdef ISGW2FormFactor:Spectator 190 -1
newdef ISGW2FormFactor:InQuark 190 4
newdef ISGW2FormFactor:OutQuark 190 2
newdef ISGW2FormFactor:Incoming 191 411
newdef ISGW2FormFactor:Outgoing 191 10211
newdef ISGW2FormFactor:Spin 191 0
newdef ISGW2FormFactor:Spectator 191 -1
newdef ISGW2FormFactor:InQuark 191 4
newdef ISGW2FormFactor:OutQuark 191 2
newdef ISGW2FormFactor:Incoming 192 411
newdef ISGW2FormFactor:Outgoing 192 -311
newdef ISGW2FormFactor:Spin 192 0
newdef ISGW2FormFactor:Spectator 192 -1
newdef ISGW2FormFactor:InQuark 192 4
newdef ISGW2FormFactor:OutQuark 192 3
newdef ISGW2FormFactor:Incoming 193 411
newdef ISGW2FormFactor:Outgoing 193 -313
newdef ISGW2FormFactor:Spin 193 1
newdef ISGW2FormFactor:Spectator 193 -1
newdef ISGW2FormFactor:InQuark 193 4
newdef ISGW2FormFactor:OutQuark 193 3
newdef ISGW2FormFactor:Incoming 194 411
newdef ISGW2FormFactor:Outgoing 194 -315
newdef ISGW2FormFactor:Spin 194 2
newdef ISGW2FormFactor:Spectator 194 -1
newdef ISGW2FormFactor:InQuark 194 4
newdef ISGW2FormFactor:OutQuark 194 3
newdef ISGW2FormFactor:Incoming 195 411
newdef ISGW2FormFactor:Outgoing 195 -10313
newdef ISGW2FormFactor:Spin 195 1
newdef ISGW2FormFactor:Spectator 195 -1
newdef ISGW2FormFactor:InQuark 195 4
newdef ISGW2FormFactor:OutQuark 195 3
newdef ISGW2FormFactor:Incoming 196 411
newdef ISGW2FormFactor:Outgoing 196 -20313
newdef ISGW2FormFactor:Spin 196 1
newdef ISGW2FormFactor:Spectator 196 -1
newdef ISGW2FormFactor:InQuark 196 4
newdef ISGW2FormFactor:OutQuark 196 3
newdef ISGW2FormFactor:Incoming 197 411
newdef ISGW2FormFactor:Outgoing 197 -10311
newdef ISGW2FormFactor:Spin 197 0
newdef ISGW2FormFactor:Spectator 197 -1
newdef ISGW2FormFactor:InQuark 197 4
newdef ISGW2FormFactor:OutQuark 197 3
newdef ISGW2:FormFactor ISGW2FormFactor
#
create Herwig::SMZDecayer ZDecayer
newdef ZDecayer:AlphaS /Herwig/Shower/AlphaQCDFSR
newdef ZDecayer:AlphaEM /Herwig/Shower/AlphaQED
newdef ZDecayer:QuarkMax 0 3.
newdef ZDecayer:QuarkMax 1 3.
newdef ZDecayer:QuarkMax 2 3.
newdef ZDecayer:QuarkMax 3 3.
newdef ZDecayer:QuarkMax 4 3.
newdef ZDecayer:LeptonMax 0 3.
newdef ZDecayer:LeptonMax 1 3.
newdef ZDecayer:LeptonMax 2 3.
newdef ZDecayer:LeptonMax 3 3.
newdef ZDecayer:LeptonMax 4 3.
newdef ZDecayer:LeptonMax 5 3.
newdef ZDecayer:Iteration 1
newdef ZDecayer:Ntry 500
newdef ZDecayer:Points 10000
newdef ZDecayer:GenerateIntermediates 0
newdef ZDecayer:PhotonGenerator /Herwig/QEDRadiation/SOPHTY
#
create Herwig::ScalarTo3ScalarDalitz DsPipPi0Pi0BES
newdef DsPipPi0Pi0BES:Iteration 10
newdef DsPipPi0Pi0BES:Ntry 500
newdef DsPipPi0Pi0BES:Points 10000
newdef DsPipPi0Pi0BES:GenerateIntermediates 1
newdef DsPipPi0Pi0BES:ParentRadius 5
newdef DsPipPi0Pi0BES:UseAllK0 0
newdef DsPipPi0Pi0BES:MaximumWeight 2.92164e+09
insert DsPipPi0Pi0BES:Weights 0 0.421024
insert DsPipPi0Pi0BES:Weights 1 0.275114
insert DsPipPi0Pi0BES:Weights 2 0.303862
do DsPipPi0Pi0BES:AddChannel 9010221 41 0.955 0.05 1 2 0 1 0 3 0.396 0.814
do DsPipPi0Pi0BES:AddChannel 10221 1 1.35 0.35 1 2 0 1.07 -0.7 3
do DsPipPi0Pi0BES:AddChannel 225 5 1.2755 0.1867 1 2 0 0.352 -0.9 3
do DsPipPi0Pi0BES:AddChannel 0 105 0 0 1 2 0 0.601 1.88319 3
do DsPipPi0Pi0BES:AddChannel 0 105 0 0 0 1 2 0.267 -2.3 3
do DsPipPi0Pi0BES:AddChannel 0 105 0 0 0 2 1 0.267 -2.3 3
do DsPipPi0Pi0BES:SetExternal 431 211 111 111
newdef DsPipPi0Pi0BES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpKpKbar0Pi0BES
newdef DpKpKbar0Pi0BES:Iteration 10
newdef DpKpKbar0Pi0BES:Ntry 500
newdef DpKpKbar0Pi0BES:Points 10000
newdef DpKpKbar0Pi0BES:GenerateIntermediates 1
newdef DpKpKbar0Pi0BES:ParentRadius 5
newdef DpKpKbar0Pi0BES:UseAllK0 0
newdef DpKpKbar0Pi0BES:MaximumWeight 1.5161e+10
insert DpKpKbar0Pi0BES:Weights 0 0.397195
insert DpKpKbar0Pi0BES:Weights 1 0.153766
insert DpKpKbar0Pi0BES:Weights 2 0.164972
insert DpKpKbar0Pi0BES:Weights 3 0.284066
do DpKpKbar0Pi0BES:AddChannel 323 3 0.89167 0.0514 0 2 1 1 0 1.5
do DpKpKbar0Pi0BES:AddChannel -313 3 0.89555 0.0473 1 2 0 0.41 -0.314159 1.5
do DpKpKbar0Pi0BES:AddChannel -10311 -31 1.441 0.193 0 2 1 2.02 2.44346 1.5 0 0.96 0.00174533 1 -1.91463 0.113 -33.8
do DpKpKbar0Pi0BES:AddChannel -10311 -31 1.441 0.193 1 2 0 3.14 -3.03164 1.5 0 0.96 0.00174533 1 -1.91463 0.113 -33.8
do DpKpKbar0Pi0BES:SetExternal 411 321 310 111
newdef DpKpKbar0Pi0BES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPipPimBES
newdef DsPipPipPimBES:Iteration 5
newdef DsPipPipPimBES:Ntry 500
newdef DsPipPipPimBES:Points 100000
newdef DsPipPipPimBES:GenerateIntermediates 1
newdef DsPipPipPimBES:ParentRadius 5
newdef DsPipPipPimBES:UseAllK0 0
newdef DsPipPipPimBES:MaximumWeight 1.2786e+11
insert DsPipPipPimBES:Weights 0 0.154792
insert DsPipPipPimBES:Weights 1 0.1531
insert DsPipPipPimBES:Weights 2 0.14591
insert DsPipPipPimBES:Weights 3 0.145421
insert DsPipPipPimBES:Weights 4 0.0748867
insert DsPipPipPimBES:Weights 5 0.0728593
insert DsPipPipPimBES:Weights 6 0.127339
insert DsPipPipPimBES:Weights 7 0.125692
do DsPipPipPimBES:AddChannel 9010221 -1 0.977 0.044 1 0 2 1 0 1.5 29 0.28 1.23 -3.59 0.448 2.8 -3.82 0.55 3.42 -3.87 0.647 3.32 -3.74 0.736 5.45 -3.38 0.803 6.22 -3.1 0.873 7.88 -2.6 0.921 11.85 -2.16 0.951 16.84 -1.77 0.968 21.74 -1.21 0.981 26.45 -0.58 0.993 18.64 -0.25 1.024 11.17 0.17 1.078 8 0.55 1.135 6.74 0.98 1.193 6.1 1.28 1.235 6.63 1.32 1.267 6.27 1.56 1.297 6.5 1.47 1.323 7.5 1.6 1.35 7.27 1.75 1.376 7.53 1.8 1.402 8.49 1.94 1.427 8.08 2.09 1.455 8.28 2.54 1.492 5.82 3.07 1.557 1.64 3.05 1.64 1.38 7.06 1.735 2.09 7.32
do DsPipPipPimBES:AddChannel 9010221 -1 0.977 0.044 2 0 1 1 0 1.5 29 0.28 1.23 -3.59 0.448 2.8 -3.82 0.55 3.42 -3.87 0.647 3.32 -3.74 0.736 5.45 -3.38 0.803 6.22 -3.1 0.873 7.88 -2.6 0.921 11.85 -2.16 0.951 16.84 -1.77 0.968 21.74 -1.21 0.981 26.45 -0.58 0.993 18.64 -0.25 1.024 11.17 0.17 1.078 8 0.55 1.135 6.74 0.98 1.193 6.1 1.28 1.235 6.63 1.32 1.267 6.27 1.56 1.297 6.5 1.47 1.323 7.5 1.6 1.35 7.27 1.75 1.376 7.53 1.8 1.402 8.49 1.94 1.427 8.08 2.09 1.455 8.28 2.54 1.492 5.82 3.07 1.557 1.64 3.05 1.64 1.38 7.06 1.735 2.09 7.32
do DsPipPipPimBES:AddChannel 225 5 1.2755 0.1867 1 0 2 1 0 1.5
do DsPipPipPimBES:AddChannel 225 5 1.2755 0.1867 2 0 1 1 0 1.5
do DsPipPipPimBES:AddChannel 113 3 0.77526 0.1477 1 0 2 0.13 -0.843185 1.5
do DsPipPipPimBES:AddChannel 113 3 0.77526 0.1477 2 0 1 0.13 -0.843185 1.5
do DsPipPipPimBES:AddChannel 100113 3 1.465 0.4 1 0 2 0.91 1.03 1.5
do DsPipPipPimBES:AddChannel 100113 3 1.465 0.4 2 0 1 0.91 1.03 1.5
do DsPipPipPimBES:SetExternal 431 -211 211 211
newdef DsPipPipPimBES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPipPimBABAR
newdef DsPipPipPimBABAR:Iteration 5
newdef DsPipPipPimBABAR:Ntry 500
newdef DsPipPipPimBABAR:Points 100000
newdef DsPipPipPimBABAR:GenerateIntermediates 1
newdef DsPipPipPimBABAR:ParentRadius 5
newdef DsPipPipPimBABAR:UseAllK0 0
newdef DsPipPipPimBABAR:MaximumWeight 1.36319e+11
insert DsPipPipPimBABAR:Weights 0 0.155922
insert DsPipPipPimBABAR:Weights 1 0.154512
insert DsPipPipPimBABAR:Weights 2 0.146145
insert DsPipPipPimBABAR:Weights 3 0.145845
insert DsPipPipPimBABAR:Weights 4 0.0706347
insert DsPipPipPimBABAR:Weights 5 0.0690422
insert DsPipPipPimBABAR:Weights 6 0.129849
insert DsPipPipPimBABAR:Weights 7 0.12805
do DsPipPipPimBABAR:AddChannel 9010221 -1 0.977 0.044 1 0 2 1 0 1.5 29 0.28 2.7 -3.4 0.448 2.2 -3.9 0.55 3.2 -3.7 0.647 3.3 -3.7 0.736 5 -3.4 0.803 5.1 -2.9 0.873 6.7 -2.6 0.921 10.7 -2.2 0.951 16.3 -1.9 0.968 22.9 -1.4 0.981 27.2 -0.8 0.993 20.4 -0.3 1.024 11.8 0.1 1.078 8.8 0.4 1.135 7.4 0.9 1.193 6.3 1.1 1.235 7 1.4 1.267 6.9 1.4 1.297 6.1 1.8 1.323 6.7 1.7 1.35 7 1.8 1.376 7.5 2 1.402 9.2 2.1 1.427 9.1 2.3 1.455 9.1 2.6 1.492 7 3.1 1.557 2.3 4.3 1.64 2.8 4.7 1.735 3.1 6
do DsPipPipPimBABAR:AddChannel 9010221 -1 0.977 0.044 2 0 1 1 0 1.5 29 0.28 2.7 -3.4 0.448 2.2 -3.9 0.55 3.2 -3.7 0.647 3.3 -3.7 0.736 5 -3.4 0.803 5.1 -2.9 0.873 6.7 -2.6 0.921 10.7 -2.2 0.951 16.3 -1.9 0.968 22.9 -1.4 0.981 27.2 -0.8 0.993 20.4 -0.3 1.024 11.8 0.1 1.078 8.8 0.4 1.135 7.4 0.9 1.193 6.3 1.1 1.235 7 1.4 1.267 6.9 1.4 1.297 6.1 1.8 1.323 6.7 1.7 1.35 7 1.8 1.376 7.5 2 1.402 9.2 2.1 1.427 9.1 2.3 1.455 9.1 2.6 1.492 7 3.1 1.557 2.3 4.3 1.64 2.8 4.7 1.735 3.1 6
do DsPipPipPimBABAR:AddChannel 225 5 1.2751 0.185 1 0 2 1 0 1.5
do DsPipPipPimBABAR:AddChannel 225 5 1.2751 0.185 2 0 1 1 0 1.5
do DsPipPipPimBABAR:AddChannel 113 3 0.77549 0.1462 1 0 2 0.19 -2.04159 1.5
do DsPipPipPimBABAR:AddChannel 113 3 0.77549 0.1462 2 0 1 0.19 -2.04159 1.5
do DsPipPipPimBABAR:AddChannel 100113 3 1.465 0.4 1 0 2 1.2 0.958407 1.5
do DsPipPipPimBABAR:AddChannel 100113 3 1.465 0.4 2 0 1 1.2 0.958407 1.5
do DsPipPipPimBABAR:SetExternal 431 -211 211 211
newdef DsPipPipPimBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPipPimFOCUS
create Herwig::PiPiAnisovichKMatrix /Herwig/Decays/FOCUSPiPiAnisovichKMatrix
newdef DsPipPipPimFOCUS:Iteration 5
newdef DsPipPipPimFOCUS:Ntry 500
newdef DsPipPipPimFOCUS:Points 100000
newdef DsPipPipPimFOCUS:GenerateIntermediates 1
newdef DsPipPipPimFOCUS:ParentRadius 5
newdef DsPipPipPimFOCUS:UseAllK0 0
newdef DsPipPipPimFOCUS:MaximumWeight 4.9007e+08
insert DsPipPipPimFOCUS:KMatrices 0 /Herwig/Decays/FOCUSPiPiAnisovichKMatrix
insert DsPipPipPimFOCUS:Weights 0 0.181819
insert DsPipPipPimFOCUS:Weights 1 0.181611
insert DsPipPipPimFOCUS:Weights 2 0.167905
insert DsPipPipPimFOCUS:Weights 3 0.166896
insert DsPipPipPimFOCUS:Weights 4 0.152066
insert DsPipPipPimFOCUS:Weights 5 0.149703
do DsPipPipPimFOCUS:AddChannel 9010221 -21 0.953 0.044 1 0 2 1 0 1.5 5 5 0 0 -3 1 0 0.974 -2.67035 0.755 1.49575 1.76 2.07869 0 0 1 0.863 3.5308 1 0 0 1 3.768 2.4487 1 2.179 1.86052 1 2.452 4.1277
do DsPipPipPimFOCUS:AddChannel 9010221 -21 0.953 0.044 2 0 1 1 0 1.5 5 5 0 0 -3 1 0 0.974 -2.67035 0.755 1.49575 1.76 2.07869 0 0 1 0.863 3.5308 1 0 0 1 3.768 2.4487 1 2.179 1.86052 1 2.452 4.1277
do DsPipPipPimFOCUS:AddChannel 225 5 1.2751 0.185 1 0 2 0.06 2.93215 1.5
do DsPipPipPimFOCUS:AddChannel 225 5 1.2751 0.185 2 0 1 0.06 2.93215 1.5
do DsPipPipPimFOCUS:AddChannel 100113 3 1.465 0.4 1 0 2 0.126 -2.18341 1.5
do DsPipPipPimFOCUS:AddChannel 100113 3 1.465 0.4 2 0 1 0.126 -2.18341 1.5
do DsPipPipPimFOCUS:SetExternal 431 -211 211 211
newdef DsPipPipPimFOCUS:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsKpKmPipBES
newdef DsKpKmPipBES:Iteration 5
newdef DsKpKmPipBES:Ntry 500
newdef DsKpKmPipBES:Points 100000
newdef DsKpKmPipBES:GenerateIntermediates 1
newdef DsKpKmPipBES:ParentRadius 5
newdef DsKpKmPipBES:UseAllK0 0
newdef DsKpKmPipBES:MaximumWeight 1.92226e+10
insert DsKpKmPipBES:Weights 0 0.271191
insert DsKpKmPipBES:Weights 1 0.27439
insert DsKpKmPipBES:Weights 2 0.143114
insert DsKpKmPipBES:Weights 3 0.0908046
insert DsKpKmPipBES:Weights 4 0.141826
insert DsKpKmPipBES:Weights 5 0.0786757
do DsKpKmPipBES:AddChannel -313 3 0.89555 0.0473 1 2 0 1 0 3
do DsKpKmPipBES:AddChannel 333 3 1.01946 0.004249 0 1 2 1.09 -0.0631855 3
do DsKpKmPipBES:AddChannel 9010221 21 0.919 0.272 0 1 2 2.88 1.62841 3
do DsKpKmPipBES:AddChannel -10311 71 1.4712 0.178 1 2 0 1.26 2.91 3 0.5468 0.23
do DsKpKmPipBES:AddChannel 10331 1 1.704 0.123 0 1 2 0.79 1.02 3
do DsKpKmPipBES:AddChannel 10221 1 1.35 0.265 0 1 2 0.58 0.59 3
do DsKpKmPipBES:SetExternal 431 321 -321 211
newdef DsKpKmPipBES:ResonanceMass 0
#
create Herwig::PScalarLeptonNeutrinoDecayer PScalarlnu
newdef PScalarlnu:Iteration 1
newdef PScalarlnu:Ntry 500
newdef PScalarlnu:Points 100
newdef PScalarlnu:GenerateIntermediates 0
do PScalarlnu:SetUpDecayMode 211 127.27 2 0.000138471 1.08315 0
do PScalarlnu:SetUpDecayMode 321 36.06 2 1.87067e-05 0.731058 0
do PScalarlnu:SetUpDecayMode 431 281.36 3 1.83428e-07 0.00782778 0.0760936
do PScalarlnu:SetUpDecayMode 411 51.2 3 1.19915e-08 0.000511418 0.00135052
do PScalarlnu:SetUpDecayMode 541 16 3 1.7429e-09 7.47667e-05 0.0179128
do PScalarlnu:SetUpDecayMode 521 0.759 3 1.19578e-11 5.12844e-07 0.000114138
#
create Herwig::VectorMesonVectorVectorDecayer VectorVV
newdef VectorVV:Iteration 1
newdef VectorVV:Ntry 1000
newdef VectorVV:Points 10000
newdef VectorVV:GenerateIntermediates 0
do VectorVV:SetUpDecayMode 30213 213 113 3.21 35.
do VectorVV:SetUpDecayMode 30113 -213 213 3.21 35.
do VectorVV:SetUpDecayMode 100213 213 113 9.59 52.2482
do VectorVV:SetUpDecayMode 100113 -213 213 9.59 45.0477
do VectorVV:SetUpDecayMode 9000553 533 -533 5.2 1.50168
do VectorVV:SetUpDecayMode 9000553 513 -513 1.9 1.50069
do VectorVV:SetUpDecayMode 9000553 523 -523 1.9 1.50134
#
create Herwig::ScalarMesonFactorizedDecayer ISGW2Hadronic
newdef ISGW2Hadronic:Iteration 1
newdef ISGW2Hadronic:Ntry 500
newdef ISGW2Hadronic:Points 10000
newdef ISGW2Hadronic:GenerateIntermediates 0
newdef ISGW2Hadronic:a1Bottom 1.1
newdef ISGW2Hadronic:a2Bottom -0.24
newdef ISGW2Hadronic:a1Charm 1.3
newdef ISGW2Hadronic:a2Charm -0.55
create Herwig::ScalarMesonCurrent ISGW2HadronicScalarCurrent HwWeakCurrents.so
newdef ISGW2HadronicScalarCurrent:ThetaEtaEtaPrime -0.194
newdef ISGW2HadronicScalarCurrent:ID 0 211
newdef ISGW2HadronicScalarCurrent:Decay_Constant 0 130.7
newdef ISGW2HadronicScalarCurrent:ID 1 111
newdef ISGW2HadronicScalarCurrent:Decay_Constant 1 130.7
newdef ISGW2HadronicScalarCurrent:ID 2 111
newdef ISGW2HadronicScalarCurrent:Decay_Constant 2 130.7
newdef ISGW2HadronicScalarCurrent:ID 3 221
newdef ISGW2HadronicScalarCurrent:Decay_Constant 3 130.7
newdef ISGW2HadronicScalarCurrent:ID 4 221
newdef ISGW2HadronicScalarCurrent:Decay_Constant 4 130.7
newdef ISGW2HadronicScalarCurrent:ID 5 221
newdef ISGW2HadronicScalarCurrent:Decay_Constant 5 130.7
newdef ISGW2HadronicScalarCurrent:ID 6 331
newdef ISGW2HadronicScalarCurrent:Decay_Constant 6 130.7
newdef ISGW2HadronicScalarCurrent:ID 7 331
newdef ISGW2HadronicScalarCurrent:Decay_Constant 7 130.7
newdef ISGW2HadronicScalarCurrent:ID 8 331
newdef ISGW2HadronicScalarCurrent:Decay_Constant 8 130.7
newdef ISGW2HadronicScalarCurrent:ID 9 311
newdef ISGW2HadronicScalarCurrent:Decay_Constant 9 159.8
newdef ISGW2HadronicScalarCurrent:ID 10 321
newdef ISGW2HadronicScalarCurrent:Decay_Constant 10 159.8
newdef ISGW2HadronicScalarCurrent:ID 11 411
newdef ISGW2HadronicScalarCurrent:Decay_Constant 11 200
newdef ISGW2HadronicScalarCurrent:ID 12 421
newdef ISGW2HadronicScalarCurrent:Decay_Constant 12 200
newdef ISGW2HadronicScalarCurrent:ID 13 431
newdef ISGW2HadronicScalarCurrent:Decay_Constant 13 241
newdef ISGW2HadronicScalarCurrent:ID 14 10431
newdef ISGW2HadronicScalarCurrent:Decay_Constant 14 73.7
newdef ISGW2HadronicScalarCurrent:Quark 0 2
newdef ISGW2HadronicScalarCurrent:AntiQuark 0 -1
newdef ISGW2HadronicScalarCurrent:Quark 1 1
newdef ISGW2HadronicScalarCurrent:AntiQuark 1 -1
newdef ISGW2HadronicScalarCurrent:Quark 2 2
newdef ISGW2HadronicScalarCurrent:AntiQuark 2 -2
newdef ISGW2HadronicScalarCurrent:Quark 3 1
newdef ISGW2HadronicScalarCurrent:AntiQuark 3 -1
newdef ISGW2HadronicScalarCurrent:Quark 4 2
newdef ISGW2HadronicScalarCurrent:AntiQuark 4 -2
newdef ISGW2HadronicScalarCurrent:Quark 5 3
newdef ISGW2HadronicScalarCurrent:AntiQuark 5 -3
newdef ISGW2HadronicScalarCurrent:Quark 6 1
newdef ISGW2HadronicScalarCurrent:AntiQuark 6 -1
newdef ISGW2HadronicScalarCurrent:Quark 7 2
newdef ISGW2HadronicScalarCurrent:AntiQuark 7 -2
newdef ISGW2HadronicScalarCurrent:Quark 8 3
newdef ISGW2HadronicScalarCurrent:AntiQuark 8 -3
newdef ISGW2HadronicScalarCurrent:Quark 9 1
newdef ISGW2HadronicScalarCurrent:AntiQuark 9 -3
newdef ISGW2HadronicScalarCurrent:Quark 10 2
newdef ISGW2HadronicScalarCurrent:AntiQuark 10 -3
newdef ISGW2HadronicScalarCurrent:Quark 11 4
newdef ISGW2HadronicScalarCurrent:AntiQuark 11 -1
newdef ISGW2HadronicScalarCurrent:Quark 12 4
newdef ISGW2HadronicScalarCurrent:AntiQuark 12 -2
newdef ISGW2HadronicScalarCurrent:Quark 13 4
newdef ISGW2HadronicScalarCurrent:AntiQuark 13 -3
newdef ISGW2HadronicScalarCurrent:Quark 14 4
newdef ISGW2HadronicScalarCurrent:AntiQuark 14 -3
insert ISGW2Hadronic:Currents 0 ISGW2HadronicScalarCurrent
create Herwig::VectorMesonCurrent ISGW2HadronicVectorCurrent HwWeakCurrents.so
newdef ISGW2HadronicVectorCurrent:ID 0 213
newdef ISGW2HadronicVectorCurrent:Decay_Constant 0 0.1764
newdef ISGW2HadronicVectorCurrent:ID 1 113
newdef ISGW2HadronicVectorCurrent:Decay_Constant 1 0.1764
newdef ISGW2HadronicVectorCurrent:ID 2 113
newdef ISGW2HadronicVectorCurrent:Decay_Constant 2 0.1764
newdef ISGW2HadronicVectorCurrent:ID 3 223
newdef ISGW2HadronicVectorCurrent:Decay_Constant 3 0.1764
newdef ISGW2HadronicVectorCurrent:ID 4 223
newdef ISGW2HadronicVectorCurrent:Decay_Constant 4 0.1764
newdef ISGW2HadronicVectorCurrent:ID 5 333
newdef ISGW2HadronicVectorCurrent:Decay_Constant 5 0.238
newdef ISGW2HadronicVectorCurrent:ID 6 313
newdef ISGW2HadronicVectorCurrent:Decay_Constant 6 0.2019
newdef ISGW2HadronicVectorCurrent:ID 7 323
newdef ISGW2HadronicVectorCurrent:Decay_Constant 7 0.2019
newdef ISGW2HadronicVectorCurrent:ID 8 20213
newdef ISGW2HadronicVectorCurrent:Decay_Constant 8 0.4626
newdef ISGW2HadronicVectorCurrent:ID 9 20113
newdef ISGW2HadronicVectorCurrent:Decay_Constant 9 0.4626
newdef ISGW2HadronicVectorCurrent:ID 10 20113
newdef ISGW2HadronicVectorCurrent:Decay_Constant 10 0.4626
newdef ISGW2HadronicVectorCurrent:ID 11 413
newdef ISGW2HadronicVectorCurrent:Decay_Constant 11 0.402
newdef ISGW2HadronicVectorCurrent:ID 12 423
newdef ISGW2HadronicVectorCurrent:Decay_Constant 12 0.402
newdef ISGW2HadronicVectorCurrent:ID 13 433
newdef ISGW2HadronicVectorCurrent:Decay_Constant 13 0.509
newdef ISGW2HadronicVectorCurrent:ID 14 443
newdef ISGW2HadronicVectorCurrent:Decay_Constant 14 1.223
newdef ISGW2HadronicVectorCurrent:ID 15 100443
newdef ISGW2HadronicVectorCurrent:Decay_Constant 15 1.08
newdef ISGW2HadronicVectorCurrent:ID 16 10433
newdef ISGW2HadronicVectorCurrent:Decay_Constant 16 0.397
newdef ISGW2HadronicVectorCurrent:Quark 0 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 0 -1
newdef ISGW2HadronicVectorCurrent:Quark 1 1
newdef ISGW2HadronicVectorCurrent:AntiQuark 1 -1
newdef ISGW2HadronicVectorCurrent:Quark 2 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 2 -2
newdef ISGW2HadronicVectorCurrent:Quark 3 1
newdef ISGW2HadronicVectorCurrent:AntiQuark 3 -1
newdef ISGW2HadronicVectorCurrent:Quark 4 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 4 -2
newdef ISGW2HadronicVectorCurrent:Quark 5 3
newdef ISGW2HadronicVectorCurrent:AntiQuark 5 -3
newdef ISGW2HadronicVectorCurrent:Quark 6 1
newdef ISGW2HadronicVectorCurrent:AntiQuark 6 -3
newdef ISGW2HadronicVectorCurrent:Quark 7 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 7 -3
newdef ISGW2HadronicVectorCurrent:Quark 8 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 8 -1
newdef ISGW2HadronicVectorCurrent:Quark 9 1
newdef ISGW2HadronicVectorCurrent:AntiQuark 9 -1
newdef ISGW2HadronicVectorCurrent:Quark 10 2
newdef ISGW2HadronicVectorCurrent:AntiQuark 10 -2
newdef ISGW2HadronicVectorCurrent:Quark 11 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 11 -1
newdef ISGW2HadronicVectorCurrent:Quark 12 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 12 -2
newdef ISGW2HadronicVectorCurrent:Quark 13 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 13 -3
newdef ISGW2HadronicVectorCurrent:Quark 14 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 14 -4
newdef ISGW2HadronicVectorCurrent:Quark 15 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 15 -4
newdef ISGW2HadronicVectorCurrent:Quark 16 4
newdef ISGW2HadronicVectorCurrent:AntiQuark 16 -3
insert ISGW2Hadronic:Currents 1 ISGW2HadronicVectorCurrent
create Herwig::ISGW2FormFactor ISGW2HadronicFormFactor
newdef ISGW2HadronicFormFactor:DownMass 0.33
newdef ISGW2HadronicFormFactor:UpMass 0.33
newdef ISGW2HadronicFormFactor:StrangeMass 0.55
newdef ISGW2HadronicFormFactor:CharmMass 1.82
newdef ISGW2HadronicFormFactor:BottomMass 5.2
newdef ISGW2HadronicFormFactor:Beta1S0ud 0.41
newdef ISGW2HadronicFormFactor:Beta1S0us 0.44
newdef ISGW2HadronicFormFactor:Beta1S0ss 0.53
newdef ISGW2HadronicFormFactor:Beta1S0cu 0.45
newdef ISGW2HadronicFormFactor:Beta1S0cs 0.56
newdef ISGW2HadronicFormFactor:Beta1S0ub 0.43
newdef ISGW2HadronicFormFactor:Beta1S0sb 0.54
newdef ISGW2HadronicFormFactor:Beta1S0cc 0.88
newdef ISGW2HadronicFormFactor:Beta1S0bc 0.92
newdef ISGW2HadronicFormFactor:Beta1Pud 0.28
newdef ISGW2HadronicFormFactor:Beta1Pus 0.3
newdef ISGW2HadronicFormFactor:Beta1Pss 0.33
newdef ISGW2HadronicFormFactor:Beta1Pcu 0.33
newdef ISGW2HadronicFormFactor:Beta1Pcs 0.38
newdef ISGW2HadronicFormFactor:Beta1Pub 0.35
newdef ISGW2HadronicFormFactor:Beta1Psb 0.41
newdef ISGW2HadronicFormFactor:Beta1Pcc 0.52
newdef ISGW2HadronicFormFactor:Beta1Pbc 0.6
newdef ISGW2HadronicFormFactor:Beta3S1ud 0.3
newdef ISGW2HadronicFormFactor:Beta3S1us 0.33
newdef ISGW2HadronicFormFactor:Beta3S1ss 0.37
newdef ISGW2HadronicFormFactor:Beta3S1cu 0.38
newdef ISGW2HadronicFormFactor:Beta3S1cs 0.44
newdef ISGW2HadronicFormFactor:Beta3S1ub 0.4
newdef ISGW2HadronicFormFactor:Beta3S1sb 0.49
newdef ISGW2HadronicFormFactor:Beta3S1cc 0.62
newdef ISGW2HadronicFormFactor:Beta3S1bc 0.75
newdef ISGW2HadronicFormFactor:AlphaCutOff 0.6
newdef ISGW2HadronicFormFactor:CfDrho 0.889
newdef ISGW2HadronicFormFactor:CfDKstar 0.928
newdef ISGW2HadronicFormFactor:CfDsKstar 0.873
newdef ISGW2HadronicFormFactor:CfDsphi 0.911
newdef ISGW2HadronicFormFactor:CfBrho 0.905
newdef ISGW2HadronicFormFactor:CfBDstar 0.989
newdef ISGW2HadronicFormFactor:CfBsKstar 0.892
newdef ISGW2HadronicFormFactor:CfBsDstar 0.984
newdef ISGW2HadronicFormFactor:CfBcDstar 0.868
newdef ISGW2HadronicFormFactor:CfBcpsi 0.967
newdef ISGW2HadronicFormFactor:CfBcBsstar 1
newdef ISGW2HadronicFormFactor:CfBcBstar 1
newdef ISGW2HadronicFormFactor:ThetaEtaEtaPrime -0.349066
newdef ISGW2HadronicFormFactor:Incoming 0 -541
newdef ISGW2HadronicFormFactor:Outgoing 0 -411
newdef ISGW2HadronicFormFactor:Spin 0 0
newdef ISGW2HadronicFormFactor:Spectator 0 -4
newdef ISGW2HadronicFormFactor:InQuark 0 5
newdef ISGW2HadronicFormFactor:OutQuark 0 1
newdef ISGW2HadronicFormFactor:Incoming 1 -541
newdef ISGW2HadronicFormFactor:Outgoing 1 -413
newdef ISGW2HadronicFormFactor:Spin 1 1
newdef ISGW2HadronicFormFactor:Spectator 1 -4
newdef ISGW2HadronicFormFactor:InQuark 1 5
newdef ISGW2HadronicFormFactor:OutQuark 1 1
newdef ISGW2HadronicFormFactor:Incoming 2 -541
newdef ISGW2HadronicFormFactor:Outgoing 2 -415
newdef ISGW2HadronicFormFactor:Spin 2 2
newdef ISGW2HadronicFormFactor:Spectator 2 -4
newdef ISGW2HadronicFormFactor:InQuark 2 5
newdef ISGW2HadronicFormFactor:OutQuark 2 1
newdef ISGW2HadronicFormFactor:Incoming 3 -541
newdef ISGW2HadronicFormFactor:Outgoing 3 10413
newdef ISGW2HadronicFormFactor:Spin 3 1
newdef ISGW2HadronicFormFactor:Spectator 3 -2
newdef ISGW2HadronicFormFactor:InQuark 3 5
newdef ISGW2HadronicFormFactor:OutQuark 3 1
newdef ISGW2HadronicFormFactor:Incoming 4 -541
newdef ISGW2HadronicFormFactor:Outgoing 4 -20413
newdef ISGW2HadronicFormFactor:Spin 4 1
newdef ISGW2HadronicFormFactor:Spectator 4 -4
newdef ISGW2HadronicFormFactor:InQuark 4 5
newdef ISGW2HadronicFormFactor:OutQuark 4 1
newdef ISGW2HadronicFormFactor:Incoming 5 -541
newdef ISGW2HadronicFormFactor:Outgoing 5 10411
newdef ISGW2HadronicFormFactor:Spin 5 0
newdef ISGW2HadronicFormFactor:Spectator 5 4
newdef ISGW2HadronicFormFactor:InQuark 5 5
newdef ISGW2HadronicFormFactor:OutQuark 5 1
newdef ISGW2HadronicFormFactor:Incoming 6 -541
newdef ISGW2HadronicFormFactor:Outgoing 6 -421
newdef ISGW2HadronicFormFactor:Spin 6 0
newdef ISGW2HadronicFormFactor:Spectator 6 -4
newdef ISGW2HadronicFormFactor:InQuark 6 5
newdef ISGW2HadronicFormFactor:OutQuark 6 2
newdef ISGW2HadronicFormFactor:Incoming 7 -541
newdef ISGW2HadronicFormFactor:Outgoing 7 -423
newdef ISGW2HadronicFormFactor:Spin 7 1
newdef ISGW2HadronicFormFactor:Spectator 7 -4
newdef ISGW2HadronicFormFactor:InQuark 7 5
newdef ISGW2HadronicFormFactor:OutQuark 7 2
newdef ISGW2HadronicFormFactor:Incoming 8 -541
newdef ISGW2HadronicFormFactor:Outgoing 8 -425
newdef ISGW2HadronicFormFactor:Spin 8 2
newdef ISGW2HadronicFormFactor:Spectator 8 -4
newdef ISGW2HadronicFormFactor:InQuark 8 5
newdef ISGW2HadronicFormFactor:OutQuark 8 2
newdef ISGW2HadronicFormFactor:Incoming 9 -541
newdef ISGW2HadronicFormFactor:Outgoing 9 -10423
newdef ISGW2HadronicFormFactor:Spin 9 1
newdef ISGW2HadronicFormFactor:Spectator 9 -4
newdef ISGW2HadronicFormFactor:InQuark 9 5
newdef ISGW2HadronicFormFactor:OutQuark 9 2
newdef ISGW2HadronicFormFactor:Incoming 10 -541
newdef ISGW2HadronicFormFactor:Outgoing 10 -20423
newdef ISGW2HadronicFormFactor:Spin 10 1
newdef ISGW2HadronicFormFactor:Spectator 10 -4
newdef ISGW2HadronicFormFactor:InQuark 10 5
newdef ISGW2HadronicFormFactor:OutQuark 10 2
newdef ISGW2HadronicFormFactor:Incoming 11 -541
newdef ISGW2HadronicFormFactor:Outgoing 11 -10421
newdef ISGW2HadronicFormFactor:Spin 11 0
newdef ISGW2HadronicFormFactor:Spectator 11 -4
newdef ISGW2HadronicFormFactor:InQuark 11 5
newdef ISGW2HadronicFormFactor:OutQuark 11 2
newdef ISGW2HadronicFormFactor:Incoming 12 -541
newdef ISGW2HadronicFormFactor:Outgoing 12 -431
newdef ISGW2HadronicFormFactor:Spin 12 0
newdef ISGW2HadronicFormFactor:Spectator 12 -4
newdef ISGW2HadronicFormFactor:InQuark 12 5
newdef ISGW2HadronicFormFactor:OutQuark 12 3
newdef ISGW2HadronicFormFactor:Incoming 13 -541
newdef ISGW2HadronicFormFactor:Outgoing 13 -433
newdef ISGW2HadronicFormFactor:Spin 13 1
newdef ISGW2HadronicFormFactor:Spectator 13 -4
newdef ISGW2HadronicFormFactor:InQuark 13 5
newdef ISGW2HadronicFormFactor:OutQuark 13 3
newdef ISGW2HadronicFormFactor:Incoming 14 -541
newdef ISGW2HadronicFormFactor:Outgoing 14 -435
newdef ISGW2HadronicFormFactor:Spin 14 2
newdef ISGW2HadronicFormFactor:Spectator 14 -4
newdef ISGW2HadronicFormFactor:InQuark 14 5
newdef ISGW2HadronicFormFactor:OutQuark 14 3
newdef ISGW2HadronicFormFactor:Incoming 15 -541
newdef ISGW2HadronicFormFactor:Outgoing 15 -10433
newdef ISGW2HadronicFormFactor:Spin 15 1
newdef ISGW2HadronicFormFactor:Spectator 15 -4
newdef ISGW2HadronicFormFactor:InQuark 15 5
newdef ISGW2HadronicFormFactor:OutQuark 15 3
newdef ISGW2HadronicFormFactor:Incoming 16 -541
newdef ISGW2HadronicFormFactor:Outgoing 16 -20433
newdef ISGW2HadronicFormFactor:Spin 16 1
newdef ISGW2HadronicFormFactor:Spectator 16 -4
newdef ISGW2HadronicFormFactor:InQuark 16 5
newdef ISGW2HadronicFormFactor:OutQuark 16 3
newdef ISGW2HadronicFormFactor:Incoming 17 -541
newdef ISGW2HadronicFormFactor:Outgoing 17 -10431
newdef ISGW2HadronicFormFactor:Spin 17 0
newdef ISGW2HadronicFormFactor:Spectator 17 4
newdef ISGW2HadronicFormFactor:InQuark 17 5
newdef ISGW2HadronicFormFactor:OutQuark 17 3
newdef ISGW2HadronicFormFactor:Incoming 18 -541
newdef ISGW2HadronicFormFactor:Outgoing 18 441
newdef ISGW2HadronicFormFactor:Spin 18 0
newdef ISGW2HadronicFormFactor:Spectator 18 -4
newdef ISGW2HadronicFormFactor:InQuark 18 5
newdef ISGW2HadronicFormFactor:OutQuark 18 4
newdef ISGW2HadronicFormFactor:Incoming 19 -541
newdef ISGW2HadronicFormFactor:Outgoing 19 443
newdef ISGW2HadronicFormFactor:Spin 19 1
newdef ISGW2HadronicFormFactor:Spectator 19 -4
newdef ISGW2HadronicFormFactor:InQuark 19 5
newdef ISGW2HadronicFormFactor:OutQuark 19 4
newdef ISGW2HadronicFormFactor:Incoming 20 -541
newdef ISGW2HadronicFormFactor:Outgoing 20 445
newdef ISGW2HadronicFormFactor:Spin 20 2
newdef ISGW2HadronicFormFactor:Spectator 20 -4
newdef ISGW2HadronicFormFactor:InQuark 20 5
newdef ISGW2HadronicFormFactor:OutQuark 20 4
newdef ISGW2HadronicFormFactor:Incoming 21 -541
newdef ISGW2HadronicFormFactor:Outgoing 21 10443
newdef ISGW2HadronicFormFactor:Spin 21 1
newdef ISGW2HadronicFormFactor:Spectator 21 -4
newdef ISGW2HadronicFormFactor:InQuark 21 5
newdef ISGW2HadronicFormFactor:OutQuark 21 4
newdef ISGW2HadronicFormFactor:Incoming 22 -541
newdef ISGW2HadronicFormFactor:Outgoing 22 20443
newdef ISGW2HadronicFormFactor:Spin 22 1
newdef ISGW2HadronicFormFactor:Spectator 22 -4
newdef ISGW2HadronicFormFactor:InQuark 22 5
newdef ISGW2HadronicFormFactor:OutQuark 22 4
newdef ISGW2HadronicFormFactor:Incoming 23 -541
newdef ISGW2HadronicFormFactor:Outgoing 23 10441
newdef ISGW2HadronicFormFactor:Spin 23 0
newdef ISGW2HadronicFormFactor:Spectator 23 4
newdef ISGW2HadronicFormFactor:InQuark 23 5
newdef ISGW2HadronicFormFactor:OutQuark 23 4
newdef ISGW2HadronicFormFactor:Incoming 24 541
newdef ISGW2HadronicFormFactor:Outgoing 24 511
newdef ISGW2HadronicFormFactor:Spin 24 0
newdef ISGW2HadronicFormFactor:Spectator 24 5
newdef ISGW2HadronicFormFactor:InQuark 24 -4
newdef ISGW2HadronicFormFactor:OutQuark 24 -1
newdef ISGW2HadronicFormFactor:Incoming 25 541
newdef ISGW2HadronicFormFactor:Outgoing 25 513
newdef ISGW2HadronicFormFactor:Spin 25 1
newdef ISGW2HadronicFormFactor:Spectator 25 5
newdef ISGW2HadronicFormFactor:InQuark 25 -4
newdef ISGW2HadronicFormFactor:OutQuark 25 -1
newdef ISGW2HadronicFormFactor:Incoming 26 541
newdef ISGW2HadronicFormFactor:Outgoing 26 515
newdef ISGW2HadronicFormFactor:Spin 26 2
newdef ISGW2HadronicFormFactor:Spectator 26 5
newdef ISGW2HadronicFormFactor:InQuark 26 -4
newdef ISGW2HadronicFormFactor:OutQuark 26 -1
newdef ISGW2HadronicFormFactor:Incoming 27 541
newdef ISGW2HadronicFormFactor:Outgoing 27 10513
newdef ISGW2HadronicFormFactor:Spin 27 1
newdef ISGW2HadronicFormFactor:Spectator 27 5
newdef ISGW2HadronicFormFactor:InQuark 27 -4
newdef ISGW2HadronicFormFactor:OutQuark 27 -1
newdef ISGW2HadronicFormFactor:Incoming 28 541
newdef ISGW2HadronicFormFactor:Outgoing 28 20513
newdef ISGW2HadronicFormFactor:Spin 28 1
newdef ISGW2HadronicFormFactor:Spectator 28 5
newdef ISGW2HadronicFormFactor:InQuark 28 -4
newdef ISGW2HadronicFormFactor:OutQuark 28 -1
newdef ISGW2HadronicFormFactor:Incoming 29 541
newdef ISGW2HadronicFormFactor:Outgoing 29 10511
newdef ISGW2HadronicFormFactor:Spin 29 0
newdef ISGW2HadronicFormFactor:Spectator 29 5
newdef ISGW2HadronicFormFactor:InQuark 29 -4
newdef ISGW2HadronicFormFactor:OutQuark 29 -1
newdef ISGW2HadronicFormFactor:Incoming 30 541
newdef ISGW2HadronicFormFactor:Outgoing 30 521
newdef ISGW2HadronicFormFactor:Spin 30 0
newdef ISGW2HadronicFormFactor:Spectator 30 5
newdef ISGW2HadronicFormFactor:InQuark 30 -4
newdef ISGW2HadronicFormFactor:OutQuark 30 -2
newdef ISGW2HadronicFormFactor:Incoming 31 541
newdef ISGW2HadronicFormFactor:Outgoing 31 523
newdef ISGW2HadronicFormFactor:Spin 31 1
newdef ISGW2HadronicFormFactor:Spectator 31 5
newdef ISGW2HadronicFormFactor:InQuark 31 -4
newdef ISGW2HadronicFormFactor:OutQuark 31 -2
newdef ISGW2HadronicFormFactor:Incoming 32 541
newdef ISGW2HadronicFormFactor:Outgoing 32 525
newdef ISGW2HadronicFormFactor:Spin 32 2
newdef ISGW2HadronicFormFactor:Spectator 32 5
newdef ISGW2HadronicFormFactor:InQuark 32 -4
newdef ISGW2HadronicFormFactor:OutQuark 32 -2
newdef ISGW2HadronicFormFactor:Incoming 33 541
newdef ISGW2HadronicFormFactor:Outgoing 33 10523
newdef ISGW2HadronicFormFactor:Spin 33 1
newdef ISGW2HadronicFormFactor:Spectator 33 5
newdef ISGW2HadronicFormFactor:InQuark 33 -4
newdef ISGW2HadronicFormFactor:OutQuark 33 -2
newdef ISGW2HadronicFormFactor:Incoming 34 541
newdef ISGW2HadronicFormFactor:Outgoing 34 20523
newdef ISGW2HadronicFormFactor:Spin 34 1
newdef ISGW2HadronicFormFactor:Spectator 34 5
newdef ISGW2HadronicFormFactor:InQuark 34 -4
newdef ISGW2HadronicFormFactor:OutQuark 34 -2
newdef ISGW2HadronicFormFactor:Incoming 35 541
newdef ISGW2HadronicFormFactor:Outgoing 35 10521
newdef ISGW2HadronicFormFactor:Spin 35 0
newdef ISGW2HadronicFormFactor:Spectator 35 5
newdef ISGW2HadronicFormFactor:InQuark 35 -4
newdef ISGW2HadronicFormFactor:OutQuark 35 -2
newdef ISGW2HadronicFormFactor:Incoming 36 541
newdef ISGW2HadronicFormFactor:Outgoing 36 531
newdef ISGW2HadronicFormFactor:Spin 36 0
newdef ISGW2HadronicFormFactor:Spectator 36 5
newdef ISGW2HadronicFormFactor:InQuark 36 -4
newdef ISGW2HadronicFormFactor:OutQuark 36 -3
newdef ISGW2HadronicFormFactor:Incoming 37 541
newdef ISGW2HadronicFormFactor:Outgoing 37 533
newdef ISGW2HadronicFormFactor:Spin 37 1
newdef ISGW2HadronicFormFactor:Spectator 37 5
newdef ISGW2HadronicFormFactor:InQuark 37 -4
newdef ISGW2HadronicFormFactor:OutQuark 37 -3
newdef ISGW2HadronicFormFactor:Incoming 38 541
newdef ISGW2HadronicFormFactor:Outgoing 38 535
newdef ISGW2HadronicFormFactor:Spin 38 2
newdef ISGW2HadronicFormFactor:Spectator 38 5
newdef ISGW2HadronicFormFactor:InQuark 38 -4
newdef ISGW2HadronicFormFactor:OutQuark 38 -3
newdef ISGW2HadronicFormFactor:Incoming 39 541
newdef ISGW2HadronicFormFactor:Outgoing 39 10533
newdef ISGW2HadronicFormFactor:Spin 39 1
newdef ISGW2HadronicFormFactor:Spectator 39 5
newdef ISGW2HadronicFormFactor:InQuark 39 -4
newdef ISGW2HadronicFormFactor:OutQuark 39 -3
newdef ISGW2HadronicFormFactor:Incoming 40 541
newdef ISGW2HadronicFormFactor:Outgoing 40 20533
newdef ISGW2HadronicFormFactor:Spin 40 1
newdef ISGW2HadronicFormFactor:Spectator 40 5
newdef ISGW2HadronicFormFactor:InQuark 40 -4
newdef ISGW2HadronicFormFactor:OutQuark 40 -3
newdef ISGW2HadronicFormFactor:Incoming 41 541
newdef ISGW2HadronicFormFactor:Outgoing 41 10531
newdef ISGW2HadronicFormFactor:Spin 41 0
newdef ISGW2HadronicFormFactor:Spectator 41 5
newdef ISGW2HadronicFormFactor:InQuark 41 -4
newdef ISGW2HadronicFormFactor:OutQuark 41 -3
newdef ISGW2HadronicFormFactor:Incoming 42 -531
newdef ISGW2HadronicFormFactor:Outgoing 42 311
newdef ISGW2HadronicFormFactor:Spin 42 0
newdef ISGW2HadronicFormFactor:Spectator 42 3
newdef ISGW2HadronicFormFactor:InQuark 42 -5
newdef ISGW2HadronicFormFactor:OutQuark 42 -1
newdef ISGW2HadronicFormFactor:Incoming 43 -531
newdef ISGW2HadronicFormFactor:Outgoing 43 313
newdef ISGW2HadronicFormFactor:Spin 43 1
newdef ISGW2HadronicFormFactor:Spectator 43 3
newdef ISGW2HadronicFormFactor:InQuark 43 -5
newdef ISGW2HadronicFormFactor:OutQuark 43 -1
newdef ISGW2HadronicFormFactor:Incoming 44 -531
newdef ISGW2HadronicFormFactor:Outgoing 44 315
newdef ISGW2HadronicFormFactor:Spin 44 2
newdef ISGW2HadronicFormFactor:Spectator 44 3
newdef ISGW2HadronicFormFactor:InQuark 44 -5
newdef ISGW2HadronicFormFactor:OutQuark 44 -1
newdef ISGW2HadronicFormFactor:Incoming 45 -531
newdef ISGW2HadronicFormFactor:Outgoing 45 10313
newdef ISGW2HadronicFormFactor:Spin 45 1
newdef ISGW2HadronicFormFactor:Spectator 45 3
newdef ISGW2HadronicFormFactor:InQuark 45 -5
newdef ISGW2HadronicFormFactor:OutQuark 45 -1
newdef ISGW2HadronicFormFactor:Incoming 46 -531
newdef ISGW2HadronicFormFactor:Outgoing 46 20313
newdef ISGW2HadronicFormFactor:Spin 46 1
newdef ISGW2HadronicFormFactor:Spectator 46 3
newdef ISGW2HadronicFormFactor:InQuark 46 -5
newdef ISGW2HadronicFormFactor:OutQuark 46 -1
newdef ISGW2HadronicFormFactor:Incoming 47 -531
newdef ISGW2HadronicFormFactor:Outgoing 47 10311
newdef ISGW2HadronicFormFactor:Spin 47 0
newdef ISGW2HadronicFormFactor:Spectator 47 3
newdef ISGW2HadronicFormFactor:InQuark 47 -5
newdef ISGW2HadronicFormFactor:OutQuark 47 -1
newdef ISGW2HadronicFormFactor:Incoming 48 -531
newdef ISGW2HadronicFormFactor:Outgoing 48 321
newdef ISGW2HadronicFormFactor:Spin 48 0
newdef ISGW2HadronicFormFactor:Spectator 48 3
newdef ISGW2HadronicFormFactor:InQuark 48 -5
newdef ISGW2HadronicFormFactor:OutQuark 48 -2
newdef ISGW2HadronicFormFactor:Incoming 49 -531
newdef ISGW2HadronicFormFactor:Outgoing 49 323
newdef ISGW2HadronicFormFactor:Spin 49 1
newdef ISGW2HadronicFormFactor:Spectator 49 3
newdef ISGW2HadronicFormFactor:InQuark 49 -5
newdef ISGW2HadronicFormFactor:OutQuark 49 -2
newdef ISGW2HadronicFormFactor:Incoming 50 -531
newdef ISGW2HadronicFormFactor:Outgoing 50 325
newdef ISGW2HadronicFormFactor:Spin 50 2
newdef ISGW2HadronicFormFactor:Spectator 50 3
newdef ISGW2HadronicFormFactor:InQuark 50 -5
newdef ISGW2HadronicFormFactor:OutQuark 50 -2
newdef ISGW2HadronicFormFactor:Incoming 51 -531
newdef ISGW2HadronicFormFactor:Outgoing 51 10323
newdef ISGW2HadronicFormFactor:Spin 51 1
newdef ISGW2HadronicFormFactor:Spectator 51 3
newdef ISGW2HadronicFormFactor:InQuark 51 -5
newdef ISGW2HadronicFormFactor:OutQuark 51 -2
newdef ISGW2HadronicFormFactor:Incoming 52 -531
newdef ISGW2HadronicFormFactor:Outgoing 52 20323
newdef ISGW2HadronicFormFactor:Spin 52 1
newdef ISGW2HadronicFormFactor:Spectator 52 3
newdef ISGW2HadronicFormFactor:InQuark 52 -5
newdef ISGW2HadronicFormFactor:OutQuark 52 -2
newdef ISGW2HadronicFormFactor:Incoming 53 -531
newdef ISGW2HadronicFormFactor:Outgoing 53 10321
newdef ISGW2HadronicFormFactor:Spin 53 0
newdef ISGW2HadronicFormFactor:Spectator 53 3
newdef ISGW2HadronicFormFactor:InQuark 53 -5
newdef ISGW2HadronicFormFactor:OutQuark 53 -2
newdef ISGW2HadronicFormFactor:Incoming 54 -531
newdef ISGW2HadronicFormFactor:Outgoing 54 221
newdef ISGW2HadronicFormFactor:Spin 54 0
newdef ISGW2HadronicFormFactor:Spectator 54 3
newdef ISGW2HadronicFormFactor:InQuark 54 -5
newdef ISGW2HadronicFormFactor:OutQuark 54 -3
newdef ISGW2HadronicFormFactor:Incoming 55 -531
newdef ISGW2HadronicFormFactor:Outgoing 55 331
newdef ISGW2HadronicFormFactor:Spin 55 0
newdef ISGW2HadronicFormFactor:Spectator 55 3
newdef ISGW2HadronicFormFactor:InQuark 55 -5
newdef ISGW2HadronicFormFactor:OutQuark 55 -3
newdef ISGW2HadronicFormFactor:Incoming 56 -531
newdef ISGW2HadronicFormFactor:Outgoing 56 333
newdef ISGW2HadronicFormFactor:Spin 56 1
newdef ISGW2HadronicFormFactor:Spectator 56 3
newdef ISGW2HadronicFormFactor:InQuark 56 -5
newdef ISGW2HadronicFormFactor:OutQuark 56 -3
newdef ISGW2HadronicFormFactor:Incoming 57 -531
newdef ISGW2HadronicFormFactor:Outgoing 57 335
newdef ISGW2HadronicFormFactor:Spin 57 2
newdef ISGW2HadronicFormFactor:Spectator 57 3
newdef ISGW2HadronicFormFactor:InQuark 57 -5
newdef ISGW2HadronicFormFactor:OutQuark 57 -3
newdef ISGW2HadronicFormFactor:Incoming 58 -531
newdef ISGW2HadronicFormFactor:Outgoing 58 10333
newdef ISGW2HadronicFormFactor:Spin 58 1
newdef ISGW2HadronicFormFactor:Spectator 58 3
newdef ISGW2HadronicFormFactor:InQuark 58 -5
newdef ISGW2HadronicFormFactor:OutQuark 58 -3
newdef ISGW2HadronicFormFactor:Incoming 59 -531
newdef ISGW2HadronicFormFactor:Outgoing 59 20333
newdef ISGW2HadronicFormFactor:Spin 59 1
newdef ISGW2HadronicFormFactor:Spectator 59 3
newdef ISGW2HadronicFormFactor:InQuark 59 -5
newdef ISGW2HadronicFormFactor:OutQuark 59 -3
newdef ISGW2HadronicFormFactor:Incoming 60 -531
newdef ISGW2HadronicFormFactor:Outgoing 60 10331
newdef ISGW2HadronicFormFactor:Spin 60 0
newdef ISGW2HadronicFormFactor:Spectator 60 3
newdef ISGW2HadronicFormFactor:InQuark 60 -5
newdef ISGW2HadronicFormFactor:OutQuark 60 -3
newdef ISGW2HadronicFormFactor:Incoming 61 -531
newdef ISGW2HadronicFormFactor:Outgoing 61 431
newdef ISGW2HadronicFormFactor:Spin 61 0
newdef ISGW2HadronicFormFactor:Spectator 61 3
newdef ISGW2HadronicFormFactor:InQuark 61 -5
newdef ISGW2HadronicFormFactor:OutQuark 61 -4
newdef ISGW2HadronicFormFactor:Incoming 62 -531
newdef ISGW2HadronicFormFactor:Outgoing 62 433
newdef ISGW2HadronicFormFactor:Spin 62 1
newdef ISGW2HadronicFormFactor:Spectator 62 3
newdef ISGW2HadronicFormFactor:InQuark 62 -5
newdef ISGW2HadronicFormFactor:OutQuark 62 -4
newdef ISGW2HadronicFormFactor:Incoming 63 -531
newdef ISGW2HadronicFormFactor:Outgoing 63 435
newdef ISGW2HadronicFormFactor:Spin 63 2
newdef ISGW2HadronicFormFactor:Spectator 63 3
newdef ISGW2HadronicFormFactor:InQuark 63 -5
newdef ISGW2HadronicFormFactor:OutQuark 63 -4
newdef ISGW2HadronicFormFactor:Incoming 64 -531
newdef ISGW2HadronicFormFactor:Outgoing 64 10433
newdef ISGW2HadronicFormFactor:Spin 64 1
newdef ISGW2HadronicFormFactor:Spectator 64 3
newdef ISGW2HadronicFormFactor:InQuark 64 -5
newdef ISGW2HadronicFormFactor:OutQuark 64 -4
newdef ISGW2HadronicFormFactor:Incoming 65 -531
newdef ISGW2HadronicFormFactor:Outgoing 65 20433
newdef ISGW2HadronicFormFactor:Spin 65 1
newdef ISGW2HadronicFormFactor:Spectator 65 3
newdef ISGW2HadronicFormFactor:InQuark 65 -5
newdef ISGW2HadronicFormFactor:OutQuark 65 -4
newdef ISGW2HadronicFormFactor:Incoming 66 -531
newdef ISGW2HadronicFormFactor:Outgoing 66 10431
newdef ISGW2HadronicFormFactor:Spin 66 0
newdef ISGW2HadronicFormFactor:Spectator 66 3
newdef ISGW2HadronicFormFactor:InQuark 66 -5
newdef ISGW2HadronicFormFactor:OutQuark 66 -4
newdef ISGW2HadronicFormFactor:Incoming 67 -521
newdef ISGW2HadronicFormFactor:Outgoing 67 -211
newdef ISGW2HadronicFormFactor:Spin 67 0
newdef ISGW2HadronicFormFactor:Spectator 67 -2
newdef ISGW2HadronicFormFactor:InQuark 67 5
newdef ISGW2HadronicFormFactor:OutQuark 67 1
newdef ISGW2HadronicFormFactor:Incoming 68 -521
newdef ISGW2HadronicFormFactor:Outgoing 68 -213
newdef ISGW2HadronicFormFactor:Spin 68 1
newdef ISGW2HadronicFormFactor:Spectator 68 -2
newdef ISGW2HadronicFormFactor:InQuark 68 5
newdef ISGW2HadronicFormFactor:OutQuark 68 1
newdef ISGW2HadronicFormFactor:Incoming 69 -521
newdef ISGW2HadronicFormFactor:Outgoing 69 -215
newdef ISGW2HadronicFormFactor:Spin 69 2
newdef ISGW2HadronicFormFactor:Spectator 69 -2
newdef ISGW2HadronicFormFactor:InQuark 69 5
newdef ISGW2HadronicFormFactor:OutQuark 69 1
newdef ISGW2HadronicFormFactor:Incoming 70 -521
newdef ISGW2HadronicFormFactor:Outgoing 70 -10213
newdef ISGW2HadronicFormFactor:Spin 70 1
newdef ISGW2HadronicFormFactor:Spectator 70 -2
newdef ISGW2HadronicFormFactor:InQuark 70 5
newdef ISGW2HadronicFormFactor:OutQuark 70 1
newdef ISGW2HadronicFormFactor:Incoming 71 -521
newdef ISGW2HadronicFormFactor:Outgoing 71 -20213
newdef ISGW2HadronicFormFactor:Spin 71 1
newdef ISGW2HadronicFormFactor:Spectator 71 -2
newdef ISGW2HadronicFormFactor:InQuark 71 5
newdef ISGW2HadronicFormFactor:OutQuark 71 1
newdef ISGW2HadronicFormFactor:Incoming 72 -521
newdef ISGW2HadronicFormFactor:Outgoing 72 -10211
newdef ISGW2HadronicFormFactor:Spin 72 0
newdef ISGW2HadronicFormFactor:Spectator 72 -2
newdef ISGW2HadronicFormFactor:InQuark 72 5
newdef ISGW2HadronicFormFactor:OutQuark 72 1
newdef ISGW2HadronicFormFactor:Incoming 73 -521
newdef ISGW2HadronicFormFactor:Outgoing 73 221
newdef ISGW2HadronicFormFactor:Spin 73 0
newdef ISGW2HadronicFormFactor:Spectator 73 -2
newdef ISGW2HadronicFormFactor:InQuark 73 5
newdef ISGW2HadronicFormFactor:OutQuark 73 2
newdef ISGW2HadronicFormFactor:Incoming 74 -521
newdef ISGW2HadronicFormFactor:Outgoing 74 331
newdef ISGW2HadronicFormFactor:Spin 74 0
newdef ISGW2HadronicFormFactor:Spectator 74 -2
newdef ISGW2HadronicFormFactor:InQuark 74 5
newdef ISGW2HadronicFormFactor:OutQuark 74 2
newdef ISGW2HadronicFormFactor:Incoming 75 -521
newdef ISGW2HadronicFormFactor:Outgoing 75 223
newdef ISGW2HadronicFormFactor:Spin 75 1
newdef ISGW2HadronicFormFactor:Spectator 75 -2
newdef ISGW2HadronicFormFactor:InQuark 75 5
newdef ISGW2HadronicFormFactor:OutQuark 75 2
newdef ISGW2HadronicFormFactor:Incoming 76 -521
newdef ISGW2HadronicFormFactor:Outgoing 76 225
newdef ISGW2HadronicFormFactor:Spin 76 2
newdef ISGW2HadronicFormFactor:Spectator 76 -2
newdef ISGW2HadronicFormFactor:InQuark 76 5
newdef ISGW2HadronicFormFactor:OutQuark 76 2
newdef ISGW2HadronicFormFactor:Incoming 77 -521
newdef ISGW2HadronicFormFactor:Outgoing 77 10223
newdef ISGW2HadronicFormFactor:Spin 77 1
newdef ISGW2HadronicFormFactor:Spectator 77 -2
newdef ISGW2HadronicFormFactor:InQuark 77 5
newdef ISGW2HadronicFormFactor:OutQuark 77 2
newdef ISGW2HadronicFormFactor:Incoming 78 -521
newdef ISGW2HadronicFormFactor:Outgoing 78 20223
newdef ISGW2HadronicFormFactor:Spin 78 1
newdef ISGW2HadronicFormFactor:Spectator 78 -2
newdef ISGW2HadronicFormFactor:InQuark 78 5
newdef ISGW2HadronicFormFactor:OutQuark 78 2
newdef ISGW2HadronicFormFactor:Incoming 79 -521
newdef ISGW2HadronicFormFactor:Outgoing 79 10221
newdef ISGW2HadronicFormFactor:Spin 79 0
newdef ISGW2HadronicFormFactor:Spectator 79 -2
newdef ISGW2HadronicFormFactor:InQuark 79 5
newdef ISGW2HadronicFormFactor:OutQuark 79 2
newdef ISGW2HadronicFormFactor:Incoming 80 -521
newdef ISGW2HadronicFormFactor:Outgoing 80 111
newdef ISGW2HadronicFormFactor:Spin 80 0
newdef ISGW2HadronicFormFactor:Spectator 80 -2
newdef ISGW2HadronicFormFactor:InQuark 80 5
newdef ISGW2HadronicFormFactor:OutQuark 80 2
newdef ISGW2HadronicFormFactor:Incoming 81 -521
newdef ISGW2HadronicFormFactor:Outgoing 81 113
newdef ISGW2HadronicFormFactor:Spin 81 1
newdef ISGW2HadronicFormFactor:Spectator 81 -2
newdef ISGW2HadronicFormFactor:InQuark 81 5
newdef ISGW2HadronicFormFactor:OutQuark 81 2
newdef ISGW2HadronicFormFactor:Incoming 82 -521
newdef ISGW2HadronicFormFactor:Outgoing 82 115
newdef ISGW2HadronicFormFactor:Spin 82 2
newdef ISGW2HadronicFormFactor:Spectator 82 -2
newdef ISGW2HadronicFormFactor:InQuark 82 5
newdef ISGW2HadronicFormFactor:OutQuark 82 2
newdef ISGW2HadronicFormFactor:Incoming 83 -521
newdef ISGW2HadronicFormFactor:Outgoing 83 10113
newdef ISGW2HadronicFormFactor:Spin 83 1
newdef ISGW2HadronicFormFactor:Spectator 83 -2
newdef ISGW2HadronicFormFactor:InQuark 83 5
newdef ISGW2HadronicFormFactor:OutQuark 83 2
newdef ISGW2HadronicFormFactor:Incoming 84 -521
newdef ISGW2HadronicFormFactor:Outgoing 84 20113
newdef ISGW2HadronicFormFactor:Spin 84 1
newdef ISGW2HadronicFormFactor:Spectator 84 -2
newdef ISGW2HadronicFormFactor:InQuark 84 5
newdef ISGW2HadronicFormFactor:OutQuark 84 2
newdef ISGW2HadronicFormFactor:Incoming 85 -521
newdef ISGW2HadronicFormFactor:Outgoing 85 10111
newdef ISGW2HadronicFormFactor:Spin 85 0
newdef ISGW2HadronicFormFactor:Spectator 85 -2
newdef ISGW2HadronicFormFactor:InQuark 85 5
newdef ISGW2HadronicFormFactor:OutQuark 85 2
newdef ISGW2HadronicFormFactor:Incoming 86 -521
newdef ISGW2HadronicFormFactor:Outgoing 86 -321
newdef ISGW2HadronicFormFactor:Spin 86 0
newdef ISGW2HadronicFormFactor:Spectator 86 -2
newdef ISGW2HadronicFormFactor:InQuark 86 5
newdef ISGW2HadronicFormFactor:OutQuark 86 3
newdef ISGW2HadronicFormFactor:Incoming 87 -521
newdef ISGW2HadronicFormFactor:Outgoing 87 -323
newdef ISGW2HadronicFormFactor:Spin 87 1
newdef ISGW2HadronicFormFactor:Spectator 87 -2
newdef ISGW2HadronicFormFactor:InQuark 87 5
newdef ISGW2HadronicFormFactor:OutQuark 87 3
newdef ISGW2HadronicFormFactor:Incoming 88 -521
newdef ISGW2HadronicFormFactor:Outgoing 88 -325
newdef ISGW2HadronicFormFactor:Spin 88 2
newdef ISGW2HadronicFormFactor:Spectator 88 -2
newdef ISGW2HadronicFormFactor:InQuark 88 5
newdef ISGW2HadronicFormFactor:OutQuark 88 3
newdef ISGW2HadronicFormFactor:Incoming 89 -521
newdef ISGW2HadronicFormFactor:Outgoing 89 -10323
newdef ISGW2HadronicFormFactor:Spin 89 1
newdef ISGW2HadronicFormFactor:Spectator 89 -2
newdef ISGW2HadronicFormFactor:InQuark 89 5
newdef ISGW2HadronicFormFactor:OutQuark 89 3
newdef ISGW2HadronicFormFactor:Incoming 90 -521
newdef ISGW2HadronicFormFactor:Outgoing 90 -20323
newdef ISGW2HadronicFormFactor:Spin 90 1
newdef ISGW2HadronicFormFactor:Spectator 90 -2
newdef ISGW2HadronicFormFactor:InQuark 90 5
newdef ISGW2HadronicFormFactor:OutQuark 90 3
newdef ISGW2HadronicFormFactor:Incoming 91 -521
newdef ISGW2HadronicFormFactor:Outgoing 91 -10321
newdef ISGW2HadronicFormFactor:Spin 91 0
newdef ISGW2HadronicFormFactor:Spectator 91 -2
newdef ISGW2HadronicFormFactor:InQuark 91 5
newdef ISGW2HadronicFormFactor:OutQuark 91 3
newdef ISGW2HadronicFormFactor:Incoming 92 -521
newdef ISGW2HadronicFormFactor:Outgoing 92 421
newdef ISGW2HadronicFormFactor:Spin 92 0
newdef ISGW2HadronicFormFactor:Spectator 92 -2
newdef ISGW2HadronicFormFactor:InQuark 92 5
newdef ISGW2HadronicFormFactor:OutQuark 92 4
newdef ISGW2HadronicFormFactor:Incoming 93 -521
newdef ISGW2HadronicFormFactor:Outgoing 93 423
newdef ISGW2HadronicFormFactor:Spin 93 1
newdef ISGW2HadronicFormFactor:Spectator 93 -2
newdef ISGW2HadronicFormFactor:InQuark 93 5
newdef ISGW2HadronicFormFactor:OutQuark 93 4
newdef ISGW2HadronicFormFactor:Incoming 94 -521
newdef ISGW2HadronicFormFactor:Outgoing 94 425
newdef ISGW2HadronicFormFactor:Spin 94 2
newdef ISGW2HadronicFormFactor:Spectator 94 -2
newdef ISGW2HadronicFormFactor:InQuark 94 5
newdef ISGW2HadronicFormFactor:OutQuark 94 4
newdef ISGW2HadronicFormFactor:Incoming 95 -521
newdef ISGW2HadronicFormFactor:Outgoing 95 10423
newdef ISGW2HadronicFormFactor:Spin 95 1
newdef ISGW2HadronicFormFactor:Spectator 95 -2
newdef ISGW2HadronicFormFactor:InQuark 95 5
newdef ISGW2HadronicFormFactor:OutQuark 95 4
newdef ISGW2HadronicFormFactor:Incoming 96 -521
newdef ISGW2HadronicFormFactor:Outgoing 96 20423
newdef ISGW2HadronicFormFactor:Spin 96 1
newdef ISGW2HadronicFormFactor:Spectator 96 -2
newdef ISGW2HadronicFormFactor:InQuark 96 5
newdef ISGW2HadronicFormFactor:OutQuark 96 4
newdef ISGW2HadronicFormFactor:Incoming 97 -521
newdef ISGW2HadronicFormFactor:Outgoing 97 10421
newdef ISGW2HadronicFormFactor:Spin 97 0
newdef ISGW2HadronicFormFactor:Spectator 97 -2
newdef ISGW2HadronicFormFactor:InQuark 97 5
newdef ISGW2HadronicFormFactor:OutQuark 97 4
newdef ISGW2HadronicFormFactor:Incoming 98 -511
newdef ISGW2HadronicFormFactor:Outgoing 98 221
newdef ISGW2HadronicFormFactor:Spin 98 0
newdef ISGW2HadronicFormFactor:Spectator 98 1
newdef ISGW2HadronicFormFactor:InQuark 98 -5
newdef ISGW2HadronicFormFactor:OutQuark 98 -1
newdef ISGW2HadronicFormFactor:Incoming 99 -511
newdef ISGW2HadronicFormFactor:Outgoing 99 331
newdef ISGW2HadronicFormFactor:Spin 99 0
newdef ISGW2HadronicFormFactor:Spectator 99 1
newdef ISGW2HadronicFormFactor:InQuark 99 -5
newdef ISGW2HadronicFormFactor:OutQuark 99 -1
newdef ISGW2HadronicFormFactor:Incoming 100 -511
newdef ISGW2HadronicFormFactor:Outgoing 100 223
newdef ISGW2HadronicFormFactor:Spin 100 1
newdef ISGW2HadronicFormFactor:Spectator 100 1
newdef ISGW2HadronicFormFactor:InQuark 100 -5
newdef ISGW2HadronicFormFactor:OutQuark 100 -1
newdef ISGW2HadronicFormFactor:Incoming 101 -511
newdef ISGW2HadronicFormFactor:Outgoing 101 225
newdef ISGW2HadronicFormFactor:Spin 101 2
newdef ISGW2HadronicFormFactor:Spectator 101 1
newdef ISGW2HadronicFormFactor:InQuark 101 -5
newdef ISGW2HadronicFormFactor:OutQuark 101 -1
newdef ISGW2HadronicFormFactor:Incoming 102 -511
newdef ISGW2HadronicFormFactor:Outgoing 102 10223
newdef ISGW2HadronicFormFactor:Spin 102 1
newdef ISGW2HadronicFormFactor:Spectator 102 1
newdef ISGW2HadronicFormFactor:InQuark 102 -5
newdef ISGW2HadronicFormFactor:OutQuark 102 -1
newdef ISGW2HadronicFormFactor:Incoming 103 -511
newdef ISGW2HadronicFormFactor:Outgoing 103 20223
newdef ISGW2HadronicFormFactor:Spin 103 1
newdef ISGW2HadronicFormFactor:Spectator 103 1
newdef ISGW2HadronicFormFactor:InQuark 103 -5
newdef ISGW2HadronicFormFactor:OutQuark 103 -1
newdef ISGW2HadronicFormFactor:Incoming 104 -511
newdef ISGW2HadronicFormFactor:Outgoing 104 10221
newdef ISGW2HadronicFormFactor:Spin 104 0
newdef ISGW2HadronicFormFactor:Spectator 104 1
newdef ISGW2HadronicFormFactor:InQuark 104 -5
newdef ISGW2HadronicFormFactor:OutQuark 104 -1
newdef ISGW2HadronicFormFactor:Incoming 105 -511
newdef ISGW2HadronicFormFactor:Outgoing 105 111
newdef ISGW2HadronicFormFactor:Spin 105 0
newdef ISGW2HadronicFormFactor:Spectator 105 1
newdef ISGW2HadronicFormFactor:InQuark 105 -5
newdef ISGW2HadronicFormFactor:OutQuark 105 -1
newdef ISGW2HadronicFormFactor:Incoming 106 -511
newdef ISGW2HadronicFormFactor:Outgoing 106 113
newdef ISGW2HadronicFormFactor:Spin 106 1
newdef ISGW2HadronicFormFactor:Spectator 106 1
newdef ISGW2HadronicFormFactor:InQuark 106 -5
newdef ISGW2HadronicFormFactor:OutQuark 106 -1
newdef ISGW2HadronicFormFactor:Incoming 107 -511
newdef ISGW2HadronicFormFactor:Outgoing 107 115
newdef ISGW2HadronicFormFactor:Spin 107 2
newdef ISGW2HadronicFormFactor:Spectator 107 1
newdef ISGW2HadronicFormFactor:InQuark 107 -5
newdef ISGW2HadronicFormFactor:OutQuark 107 -1
newdef ISGW2HadronicFormFactor:Incoming 108 -511
newdef ISGW2HadronicFormFactor:Outgoing 108 10113
newdef ISGW2HadronicFormFactor:Spin 108 1
newdef ISGW2HadronicFormFactor:Spectator 108 1
newdef ISGW2HadronicFormFactor:InQuark 108 -5
newdef ISGW2HadronicFormFactor:OutQuark 108 -1
newdef ISGW2HadronicFormFactor:Incoming 109 -511
newdef ISGW2HadronicFormFactor:Outgoing 109 20113
newdef ISGW2HadronicFormFactor:Spin 109 1
newdef ISGW2HadronicFormFactor:Spectator 109 1
newdef ISGW2HadronicFormFactor:InQuark 109 -5
newdef ISGW2HadronicFormFactor:OutQuark 109 -1
newdef ISGW2HadronicFormFactor:Incoming 110 -511
newdef ISGW2HadronicFormFactor:Outgoing 110 10111
newdef ISGW2HadronicFormFactor:Spin 110 0
newdef ISGW2HadronicFormFactor:Spectator 110 1
newdef ISGW2HadronicFormFactor:InQuark 110 -5
newdef ISGW2HadronicFormFactor:OutQuark 110 -1
newdef ISGW2HadronicFormFactor:Incoming 111 -511
newdef ISGW2HadronicFormFactor:Outgoing 111 211
newdef ISGW2HadronicFormFactor:Spin 111 0
newdef ISGW2HadronicFormFactor:Spectator 111 1
newdef ISGW2HadronicFormFactor:InQuark 111 -5
newdef ISGW2HadronicFormFactor:OutQuark 111 -2
newdef ISGW2HadronicFormFactor:Incoming 112 -511
newdef ISGW2HadronicFormFactor:Outgoing 112 213
newdef ISGW2HadronicFormFactor:Spin 112 1
newdef ISGW2HadronicFormFactor:Spectator 112 1
newdef ISGW2HadronicFormFactor:InQuark 112 -5
newdef ISGW2HadronicFormFactor:OutQuark 112 -2
newdef ISGW2HadronicFormFactor:Incoming 113 -511
newdef ISGW2HadronicFormFactor:Outgoing 113 215
newdef ISGW2HadronicFormFactor:Spin 113 2
newdef ISGW2HadronicFormFactor:Spectator 113 1
newdef ISGW2HadronicFormFactor:InQuark 113 -5
newdef ISGW2HadronicFormFactor:OutQuark 113 -2
newdef ISGW2HadronicFormFactor:Incoming 114 -511
newdef ISGW2HadronicFormFactor:Outgoing 114 10213
newdef ISGW2HadronicFormFactor:Spin 114 1
newdef ISGW2HadronicFormFactor:Spectator 114 1
newdef ISGW2HadronicFormFactor:InQuark 114 -5
newdef ISGW2HadronicFormFactor:OutQuark 114 -2
newdef ISGW2HadronicFormFactor:Incoming 115 -511
newdef ISGW2HadronicFormFactor:Outgoing 115 20213
newdef ISGW2HadronicFormFactor:Spin 115 1
newdef ISGW2HadronicFormFactor:Spectator 115 1
newdef ISGW2HadronicFormFactor:InQuark 115 -5
newdef ISGW2HadronicFormFactor:OutQuark 115 -2
newdef ISGW2HadronicFormFactor:Incoming 116 -511
newdef ISGW2HadronicFormFactor:Outgoing 116 10211
newdef ISGW2HadronicFormFactor:Spin 116 0
newdef ISGW2HadronicFormFactor:Spectator 116 1
newdef ISGW2HadronicFormFactor:InQuark 116 -5
newdef ISGW2HadronicFormFactor:OutQuark 116 -2
newdef ISGW2HadronicFormFactor:Incoming 117 -511
newdef ISGW2HadronicFormFactor:Outgoing 117 311
newdef ISGW2HadronicFormFactor:Spin 117 0
newdef ISGW2HadronicFormFactor:Spectator 117 1
newdef ISGW2HadronicFormFactor:InQuark 117 -5
newdef ISGW2HadronicFormFactor:OutQuark 117 -3
newdef ISGW2HadronicFormFactor:Incoming 118 -511
newdef ISGW2HadronicFormFactor:Outgoing 118 313
newdef ISGW2HadronicFormFactor:Spin 118 1
newdef ISGW2HadronicFormFactor:Spectator 118 1
newdef ISGW2HadronicFormFactor:InQuark 118 -5
newdef ISGW2HadronicFormFactor:OutQuark 118 -3
newdef ISGW2HadronicFormFactor:Incoming 119 -511
newdef ISGW2HadronicFormFactor:Outgoing 119 315
newdef ISGW2HadronicFormFactor:Spin 119 2
newdef ISGW2HadronicFormFactor:Spectator 119 1
newdef ISGW2HadronicFormFactor:InQuark 119 -5
newdef ISGW2HadronicFormFactor:OutQuark 119 -3
newdef ISGW2HadronicFormFactor:Incoming 120 -511
newdef ISGW2HadronicFormFactor:Outgoing 120 10313
newdef ISGW2HadronicFormFactor:Spin 120 1
newdef ISGW2HadronicFormFactor:Spectator 120 1
newdef ISGW2HadronicFormFactor:InQuark 120 -5
newdef ISGW2HadronicFormFactor:OutQuark 120 -3
newdef ISGW2HadronicFormFactor:Incoming 121 -511
newdef ISGW2HadronicFormFactor:Outgoing 121 20313
newdef ISGW2HadronicFormFactor:Spin 121 1
newdef ISGW2HadronicFormFactor:Spectator 121 1
newdef ISGW2HadronicFormFactor:InQuark 121 -5
newdef ISGW2HadronicFormFactor:OutQuark 121 -3
newdef ISGW2HadronicFormFactor:Incoming 122 -511
newdef ISGW2HadronicFormFactor:Outgoing 122 10311
newdef ISGW2HadronicFormFactor:Spin 122 0
newdef ISGW2HadronicFormFactor:Spectator 122 1
newdef ISGW2HadronicFormFactor:InQuark 122 -5
newdef ISGW2HadronicFormFactor:OutQuark 122 -3
newdef ISGW2HadronicFormFactor:Incoming 123 -511
newdef ISGW2HadronicFormFactor:Outgoing 123 411
newdef ISGW2HadronicFormFactor:Spin 123 0
newdef ISGW2HadronicFormFactor:Spectator 123 1
newdef ISGW2HadronicFormFactor:InQuark 123 -5
newdef ISGW2HadronicFormFactor:OutQuark 123 -4
newdef ISGW2HadronicFormFactor:Incoming 124 -511
newdef ISGW2HadronicFormFactor:Outgoing 124 413
newdef ISGW2HadronicFormFactor:Spin 124 1
newdef ISGW2HadronicFormFactor:Spectator 124 1
newdef ISGW2HadronicFormFactor:InQuark 124 -5
newdef ISGW2HadronicFormFactor:OutQuark 124 -4
newdef ISGW2HadronicFormFactor:Incoming 125 -511
newdef ISGW2HadronicFormFactor:Outgoing 125 415
newdef ISGW2HadronicFormFactor:Spin 125 2
newdef ISGW2HadronicFormFactor:Spectator 125 1
newdef ISGW2HadronicFormFactor:InQuark 125 -5
newdef ISGW2HadronicFormFactor:OutQuark 125 -4
newdef ISGW2HadronicFormFactor:Incoming 126 -511
newdef ISGW2HadronicFormFactor:Outgoing 126 10413
newdef ISGW2HadronicFormFactor:Spin 126 1
newdef ISGW2HadronicFormFactor:Spectator 126 1
newdef ISGW2HadronicFormFactor:InQuark 126 -5
newdef ISGW2HadronicFormFactor:OutQuark 126 -4
newdef ISGW2HadronicFormFactor:Incoming 127 -511
newdef ISGW2HadronicFormFactor:Outgoing 127 20413
newdef ISGW2HadronicFormFactor:Spin 127 1
newdef ISGW2HadronicFormFactor:Spectator 127 1
newdef ISGW2HadronicFormFactor:InQuark 127 -5
newdef ISGW2HadronicFormFactor:OutQuark 127 -4
newdef ISGW2HadronicFormFactor:Incoming 128 -511
newdef ISGW2HadronicFormFactor:Outgoing 128 10411
newdef ISGW2HadronicFormFactor:Spin 128 0
newdef ISGW2HadronicFormFactor:Spectator 128 1
newdef ISGW2HadronicFormFactor:InQuark 128 -5
newdef ISGW2HadronicFormFactor:OutQuark 128 -4
newdef ISGW2HadronicFormFactor:Incoming 129 431
newdef ISGW2HadronicFormFactor:Outgoing 129 311
newdef ISGW2HadronicFormFactor:Spin 129 0
newdef ISGW2HadronicFormFactor:Spectator 129 -3
newdef ISGW2HadronicFormFactor:InQuark 129 4
newdef ISGW2HadronicFormFactor:OutQuark 129 1
newdef ISGW2HadronicFormFactor:Incoming 130 431
newdef ISGW2HadronicFormFactor:Outgoing 130 313
newdef ISGW2HadronicFormFactor:Spin 130 1
newdef ISGW2HadronicFormFactor:Spectator 130 -3
newdef ISGW2HadronicFormFactor:InQuark 130 4
newdef ISGW2HadronicFormFactor:OutQuark 130 1
newdef ISGW2HadronicFormFactor:Incoming 131 431
newdef ISGW2HadronicFormFactor:Outgoing 131 315
newdef ISGW2HadronicFormFactor:Spin 131 2
newdef ISGW2HadronicFormFactor:Spectator 131 -3
newdef ISGW2HadronicFormFactor:InQuark 131 4
newdef ISGW2HadronicFormFactor:OutQuark 131 1
newdef ISGW2HadronicFormFactor:Incoming 132 431
newdef ISGW2HadronicFormFactor:Outgoing 132 10313
newdef ISGW2HadronicFormFactor:Spin 132 1
newdef ISGW2HadronicFormFactor:Spectator 132 -3
newdef ISGW2HadronicFormFactor:InQuark 132 4
newdef ISGW2HadronicFormFactor:OutQuark 132 1
newdef ISGW2HadronicFormFactor:Incoming 133 431
newdef ISGW2HadronicFormFactor:Outgoing 133 20313
newdef ISGW2HadronicFormFactor:Spin 133 1
newdef ISGW2HadronicFormFactor:Spectator 133 -3
newdef ISGW2HadronicFormFactor:InQuark 133 4
newdef ISGW2HadronicFormFactor:OutQuark 133 1
newdef ISGW2HadronicFormFactor:Incoming 134 431
newdef ISGW2HadronicFormFactor:Outgoing 134 10311
newdef ISGW2HadronicFormFactor:Spin 134 0
newdef ISGW2HadronicFormFactor:Spectator 134 -3
newdef ISGW2HadronicFormFactor:InQuark 134 4
newdef ISGW2HadronicFormFactor:OutQuark 134 1
newdef ISGW2HadronicFormFactor:Incoming 135 431
newdef ISGW2HadronicFormFactor:Outgoing 135 321
newdef ISGW2HadronicFormFactor:Spin 135 0
newdef ISGW2HadronicFormFactor:Spectator 135 -3
newdef ISGW2HadronicFormFactor:InQuark 135 4
newdef ISGW2HadronicFormFactor:OutQuark 135 2
newdef ISGW2HadronicFormFactor:Incoming 136 431
newdef ISGW2HadronicFormFactor:Outgoing 136 323
newdef ISGW2HadronicFormFactor:Spin 136 1
newdef ISGW2HadronicFormFactor:Spectator 136 -3
newdef ISGW2HadronicFormFactor:InQuark 136 4
newdef ISGW2HadronicFormFactor:OutQuark 136 2
newdef ISGW2HadronicFormFactor:Incoming 137 431
newdef ISGW2HadronicFormFactor:Outgoing 137 325
newdef ISGW2HadronicFormFactor:Spin 137 2
newdef ISGW2HadronicFormFactor:Spectator 137 -3
newdef ISGW2HadronicFormFactor:InQuark 137 4
newdef ISGW2HadronicFormFactor:OutQuark 137 2
newdef ISGW2HadronicFormFactor:Incoming 138 431
newdef ISGW2HadronicFormFactor:Outgoing 138 10323
newdef ISGW2HadronicFormFactor:Spin 138 1
newdef ISGW2HadronicFormFactor:Spectator 138 -3
newdef ISGW2HadronicFormFactor:InQuark 138 4
newdef ISGW2HadronicFormFactor:OutQuark 138 2
newdef ISGW2HadronicFormFactor:Incoming 139 431
newdef ISGW2HadronicFormFactor:Outgoing 139 20323
newdef ISGW2HadronicFormFactor:Spin 139 1
newdef ISGW2HadronicFormFactor:Spectator 139 -3
newdef ISGW2HadronicFormFactor:InQuark 139 4
newdef ISGW2HadronicFormFactor:OutQuark 139 2
newdef ISGW2HadronicFormFactor:Incoming 140 431
newdef ISGW2HadronicFormFactor:Outgoing 140 10321
newdef ISGW2HadronicFormFactor:Spin 140 0
newdef ISGW2HadronicFormFactor:Spectator 140 -3
newdef ISGW2HadronicFormFactor:InQuark 140 4
newdef ISGW2HadronicFormFactor:OutQuark 140 2
newdef ISGW2HadronicFormFactor:Incoming 141 431
newdef ISGW2HadronicFormFactor:Outgoing 141 221
newdef ISGW2HadronicFormFactor:Spin 141 0
newdef ISGW2HadronicFormFactor:Spectator 141 -3
newdef ISGW2HadronicFormFactor:InQuark 141 4
newdef ISGW2HadronicFormFactor:OutQuark 141 3
newdef ISGW2HadronicFormFactor:Incoming 142 431
newdef ISGW2HadronicFormFactor:Outgoing 142 331
newdef ISGW2HadronicFormFactor:Spin 142 0
newdef ISGW2HadronicFormFactor:Spectator 142 -3
newdef ISGW2HadronicFormFactor:InQuark 142 4
newdef ISGW2HadronicFormFactor:OutQuark 142 3
newdef ISGW2HadronicFormFactor:Incoming 143 431
newdef ISGW2HadronicFormFactor:Outgoing 143 333
newdef ISGW2HadronicFormFactor:Spin 143 1
newdef ISGW2HadronicFormFactor:Spectator 143 -3
newdef ISGW2HadronicFormFactor:InQuark 143 4
newdef ISGW2HadronicFormFactor:OutQuark 143 3
newdef ISGW2HadronicFormFactor:Incoming 144 431
newdef ISGW2HadronicFormFactor:Outgoing 144 335
newdef ISGW2HadronicFormFactor:Spin 144 2
newdef ISGW2HadronicFormFactor:Spectator 144 -3
newdef ISGW2HadronicFormFactor:InQuark 144 4
newdef ISGW2HadronicFormFactor:OutQuark 144 3
newdef ISGW2HadronicFormFactor:Incoming 145 431
newdef ISGW2HadronicFormFactor:Outgoing 145 10333
newdef ISGW2HadronicFormFactor:Spin 145 1
newdef ISGW2HadronicFormFactor:Spectator 145 -3
newdef ISGW2HadronicFormFactor:InQuark 145 4
newdef ISGW2HadronicFormFactor:OutQuark 145 3
newdef ISGW2HadronicFormFactor:Incoming 146 431
newdef ISGW2HadronicFormFactor:Outgoing 146 20333
newdef ISGW2HadronicFormFactor:Spin 146 1
newdef ISGW2HadronicFormFactor:Spectator 146 -3
newdef ISGW2HadronicFormFactor:InQuark 146 4
newdef ISGW2HadronicFormFactor:OutQuark 146 3
newdef ISGW2HadronicFormFactor:Incoming 147 431
newdef ISGW2HadronicFormFactor:Outgoing 147 10331
newdef ISGW2HadronicFormFactor:Spin 147 0
newdef ISGW2HadronicFormFactor:Spectator 147 -3
newdef ISGW2HadronicFormFactor:InQuark 147 4
newdef ISGW2HadronicFormFactor:OutQuark 147 3
newdef ISGW2HadronicFormFactor:Incoming 148 421
newdef ISGW2HadronicFormFactor:Outgoing 148 -211
newdef ISGW2HadronicFormFactor:Spin 148 0
newdef ISGW2HadronicFormFactor:Spectator 148 -2
newdef ISGW2HadronicFormFactor:InQuark 148 4
newdef ISGW2HadronicFormFactor:OutQuark 148 1
newdef ISGW2HadronicFormFactor:Incoming 149 421
newdef ISGW2HadronicFormFactor:Outgoing 149 -213
newdef ISGW2HadronicFormFactor:Spin 149 1
newdef ISGW2HadronicFormFactor:Spectator 149 -2
newdef ISGW2HadronicFormFactor:InQuark 149 4
newdef ISGW2HadronicFormFactor:OutQuark 149 1
newdef ISGW2HadronicFormFactor:Incoming 150 421
newdef ISGW2HadronicFormFactor:Outgoing 150 -215
newdef ISGW2HadronicFormFactor:Spin 150 2
newdef ISGW2HadronicFormFactor:Spectator 150 -2
newdef ISGW2HadronicFormFactor:InQuark 150 4
newdef ISGW2HadronicFormFactor:OutQuark 150 1
newdef ISGW2HadronicFormFactor:Incoming 151 421
newdef ISGW2HadronicFormFactor:Outgoing 151 -10213
newdef ISGW2HadronicFormFactor:Spin 151 1
newdef ISGW2HadronicFormFactor:Spectator 151 -2
newdef ISGW2HadronicFormFactor:InQuark 151 4
newdef ISGW2HadronicFormFactor:OutQuark 151 1
newdef ISGW2HadronicFormFactor:Incoming 152 421
newdef ISGW2HadronicFormFactor:Outgoing 152 -20213
newdef ISGW2HadronicFormFactor:Spin 152 1
newdef ISGW2HadronicFormFactor:Spectator 152 -2
newdef ISGW2HadronicFormFactor:InQuark 152 4
newdef ISGW2HadronicFormFactor:OutQuark 152 1
newdef ISGW2HadronicFormFactor:Incoming 153 421
newdef ISGW2HadronicFormFactor:Outgoing 153 -10211
newdef ISGW2HadronicFormFactor:Spin 153 0
newdef ISGW2HadronicFormFactor:Spectator 153 -2
newdef ISGW2HadronicFormFactor:InQuark 153 4
newdef ISGW2HadronicFormFactor:OutQuark 153 1
newdef ISGW2HadronicFormFactor:Incoming 154 421
newdef ISGW2HadronicFormFactor:Outgoing 154 111
newdef ISGW2HadronicFormFactor:Spin 154 0
newdef ISGW2HadronicFormFactor:Spectator 154 -2
newdef ISGW2HadronicFormFactor:InQuark 154 4
newdef ISGW2HadronicFormFactor:OutQuark 154 2
newdef ISGW2HadronicFormFactor:Incoming 155 421
newdef ISGW2HadronicFormFactor:Outgoing 155 113
newdef ISGW2HadronicFormFactor:Spin 155 1
newdef ISGW2HadronicFormFactor:Spectator 155 -2
newdef ISGW2HadronicFormFactor:InQuark 155 4
newdef ISGW2HadronicFormFactor:OutQuark 155 2
newdef ISGW2HadronicFormFactor:Incoming 156 421
newdef ISGW2HadronicFormFactor:Outgoing 156 115
newdef ISGW2HadronicFormFactor:Spin 156 2
newdef ISGW2HadronicFormFactor:Spectator 156 -2
newdef ISGW2HadronicFormFactor:InQuark 156 4
newdef ISGW2HadronicFormFactor:OutQuark 156 2
newdef ISGW2HadronicFormFactor:Incoming 157 421
newdef ISGW2HadronicFormFactor:Outgoing 157 10113
newdef ISGW2HadronicFormFactor:Spin 157 1
newdef ISGW2HadronicFormFactor:Spectator 157 -2
newdef ISGW2HadronicFormFactor:InQuark 157 4
newdef ISGW2HadronicFormFactor:OutQuark 157 2
newdef ISGW2HadronicFormFactor:Incoming 158 421
newdef ISGW2HadronicFormFactor:Outgoing 158 20113
newdef ISGW2HadronicFormFactor:Spin 158 1
newdef ISGW2HadronicFormFactor:Spectator 158 -2
newdef ISGW2HadronicFormFactor:InQuark 158 4
newdef ISGW2HadronicFormFactor:OutQuark 158 2
newdef ISGW2HadronicFormFactor:Incoming 159 421
newdef ISGW2HadronicFormFactor:Outgoing 159 10111
newdef ISGW2HadronicFormFactor:Spin 159 0
newdef ISGW2HadronicFormFactor:Spectator 159 -2
newdef ISGW2HadronicFormFactor:InQuark 159 4
newdef ISGW2HadronicFormFactor:OutQuark 159 2
newdef ISGW2HadronicFormFactor:Incoming 160 421
newdef ISGW2HadronicFormFactor:Outgoing 160 221
newdef ISGW2HadronicFormFactor:Spin 160 0
newdef ISGW2HadronicFormFactor:Spectator 160 -2
newdef ISGW2HadronicFormFactor:InQuark 160 4
newdef ISGW2HadronicFormFactor:OutQuark 160 2
newdef ISGW2HadronicFormFactor:Incoming 161 421
newdef ISGW2HadronicFormFactor:Outgoing 161 331
newdef ISGW2HadronicFormFactor:Spin 161 0
newdef ISGW2HadronicFormFactor:Spectator 161 -2
newdef ISGW2HadronicFormFactor:InQuark 161 4
newdef ISGW2HadronicFormFactor:OutQuark 161 2
newdef ISGW2HadronicFormFactor:Incoming 162 421
newdef ISGW2HadronicFormFactor:Outgoing 162 223
newdef ISGW2HadronicFormFactor:Spin 162 1
newdef ISGW2HadronicFormFactor:Spectator 162 -2
newdef ISGW2HadronicFormFactor:InQuark 162 4
newdef ISGW2HadronicFormFactor:OutQuark 162 2
newdef ISGW2HadronicFormFactor:Incoming 163 421
newdef ISGW2HadronicFormFactor:Outgoing 163 225
newdef ISGW2HadronicFormFactor:Spin 163 2
newdef ISGW2HadronicFormFactor:Spectator 163 -2
newdef ISGW2HadronicFormFactor:InQuark 163 4
newdef ISGW2HadronicFormFactor:OutQuark 163 2
newdef ISGW2HadronicFormFactor:Incoming 164 421
newdef ISGW2HadronicFormFactor:Outgoing 164 10223
newdef ISGW2HadronicFormFactor:Spin 164 1
newdef ISGW2HadronicFormFactor:Spectator 164 -2
newdef ISGW2HadronicFormFactor:InQuark 164 4
newdef ISGW2HadronicFormFactor:OutQuark 164 2
newdef ISGW2HadronicFormFactor:Incoming 165 421
newdef ISGW2HadronicFormFactor:Outgoing 165 20223
newdef ISGW2HadronicFormFactor:Spin 165 1
newdef ISGW2HadronicFormFactor:Spectator 165 -2
newdef ISGW2HadronicFormFactor:InQuark 165 4
newdef ISGW2HadronicFormFactor:OutQuark 165 2
newdef ISGW2HadronicFormFactor:Incoming 166 421
newdef ISGW2HadronicFormFactor:Outgoing 166 10221
newdef ISGW2HadronicFormFactor:Spin 166 0
newdef ISGW2HadronicFormFactor:Spectator 166 -2
newdef ISGW2HadronicFormFactor:InQuark 166 4
newdef ISGW2HadronicFormFactor:OutQuark 166 2
newdef ISGW2HadronicFormFactor:Incoming 167 421
newdef ISGW2HadronicFormFactor:Outgoing 167 -321
newdef ISGW2HadronicFormFactor:Spin 167 0
newdef ISGW2HadronicFormFactor:Spectator 167 -2
newdef ISGW2HadronicFormFactor:InQuark 167 4
newdef ISGW2HadronicFormFactor:OutQuark 167 3
newdef ISGW2HadronicFormFactor:Incoming 168 421
newdef ISGW2HadronicFormFactor:Outgoing 168 -323
newdef ISGW2HadronicFormFactor:Spin 168 1
newdef ISGW2HadronicFormFactor:Spectator 168 -2
newdef ISGW2HadronicFormFactor:InQuark 168 4
newdef ISGW2HadronicFormFactor:OutQuark 168 3
newdef ISGW2HadronicFormFactor:Incoming 169 421
newdef ISGW2HadronicFormFactor:Outgoing 169 -325
newdef ISGW2HadronicFormFactor:Spin 169 2
newdef ISGW2HadronicFormFactor:Spectator 169 -2
newdef ISGW2HadronicFormFactor:InQuark 169 4
newdef ISGW2HadronicFormFactor:OutQuark 169 3
newdef ISGW2HadronicFormFactor:Incoming 170 421
newdef ISGW2HadronicFormFactor:Outgoing 170 -10323
newdef ISGW2HadronicFormFactor:Spin 170 1
newdef ISGW2HadronicFormFactor:Spectator 170 -2
newdef ISGW2HadronicFormFactor:InQuark 170 4
newdef ISGW2HadronicFormFactor:OutQuark 170 3
newdef ISGW2HadronicFormFactor:Incoming 171 421
newdef ISGW2HadronicFormFactor:Outgoing 171 -20323
newdef ISGW2HadronicFormFactor:Spin 171 1
newdef ISGW2HadronicFormFactor:Spectator 171 -2
newdef ISGW2HadronicFormFactor:InQuark 171 4
newdef ISGW2HadronicFormFactor:OutQuark 171 3
newdef ISGW2HadronicFormFactor:Incoming 172 421
newdef ISGW2HadronicFormFactor:Outgoing 172 -10321
newdef ISGW2HadronicFormFactor:Spin 172 0
newdef ISGW2HadronicFormFactor:Spectator 172 -2
newdef ISGW2HadronicFormFactor:InQuark 172 4
newdef ISGW2HadronicFormFactor:OutQuark 172 3
newdef ISGW2HadronicFormFactor:Incoming 173 411
newdef ISGW2HadronicFormFactor:Outgoing 173 221
newdef ISGW2HadronicFormFactor:Spin 173 0
newdef ISGW2HadronicFormFactor:Spectator 173 -1
newdef ISGW2HadronicFormFactor:InQuark 173 4
newdef ISGW2HadronicFormFactor:OutQuark 173 1
newdef ISGW2HadronicFormFactor:Incoming 174 411
newdef ISGW2HadronicFormFactor:Outgoing 174 331
newdef ISGW2HadronicFormFactor:Spin 174 0
newdef ISGW2HadronicFormFactor:Spectator 174 -1
newdef ISGW2HadronicFormFactor:InQuark 174 4
newdef ISGW2HadronicFormFactor:OutQuark 174 1
newdef ISGW2HadronicFormFactor:Incoming 175 411
newdef ISGW2HadronicFormFactor:Outgoing 175 223
newdef ISGW2HadronicFormFactor:Spin 175 1
newdef ISGW2HadronicFormFactor:Spectator 175 -1
newdef ISGW2HadronicFormFactor:InQuark 175 4
newdef ISGW2HadronicFormFactor:OutQuark 175 1
newdef ISGW2HadronicFormFactor:Incoming 176 411
newdef ISGW2HadronicFormFactor:Outgoing 176 225
newdef ISGW2HadronicFormFactor:Spin 176 2
newdef ISGW2HadronicFormFactor:Spectator 176 -1
newdef ISGW2HadronicFormFactor:InQuark 176 4
newdef ISGW2HadronicFormFactor:OutQuark 176 1
newdef ISGW2HadronicFormFactor:Incoming 177 411
newdef ISGW2HadronicFormFactor:Outgoing 177 10223
newdef ISGW2HadronicFormFactor:Spin 177 1
newdef ISGW2HadronicFormFactor:Spectator 177 -1
newdef ISGW2HadronicFormFactor:InQuark 177 4
newdef ISGW2HadronicFormFactor:OutQuark 177 1
newdef ISGW2HadronicFormFactor:Incoming 178 411
newdef ISGW2HadronicFormFactor:Outgoing 178 20223
newdef ISGW2HadronicFormFactor:Spin 178 1
newdef ISGW2HadronicFormFactor:Spectator 178 -1
newdef ISGW2HadronicFormFactor:InQuark 178 4
newdef ISGW2HadronicFormFactor:OutQuark 178 1
newdef ISGW2HadronicFormFactor:Incoming 179 411
newdef ISGW2HadronicFormFactor:Outgoing 179 10221
newdef ISGW2HadronicFormFactor:Spin 179 0
newdef ISGW2HadronicFormFactor:Spectator 179 -1
newdef ISGW2HadronicFormFactor:InQuark 179 4
newdef ISGW2HadronicFormFactor:OutQuark 179 1
newdef ISGW2HadronicFormFactor:Incoming 180 411
newdef ISGW2HadronicFormFactor:Outgoing 180 111
newdef ISGW2HadronicFormFactor:Spin 180 0
newdef ISGW2HadronicFormFactor:Spectator 180 -1
newdef ISGW2HadronicFormFactor:InQuark 180 4
newdef ISGW2HadronicFormFactor:OutQuark 180 1
newdef ISGW2HadronicFormFactor:Incoming 181 411
newdef ISGW2HadronicFormFactor:Outgoing 181 113
newdef ISGW2HadronicFormFactor:Spin 181 1
newdef ISGW2HadronicFormFactor:Spectator 181 -1
newdef ISGW2HadronicFormFactor:InQuark 181 4
newdef ISGW2HadronicFormFactor:OutQuark 181 1
newdef ISGW2HadronicFormFactor:Incoming 182 411
newdef ISGW2HadronicFormFactor:Outgoing 182 115
newdef ISGW2HadronicFormFactor:Spin 182 2
newdef ISGW2HadronicFormFactor:Spectator 182 -1
newdef ISGW2HadronicFormFactor:InQuark 182 4
newdef ISGW2HadronicFormFactor:OutQuark 182 1
newdef ISGW2HadronicFormFactor:Incoming 183 411
newdef ISGW2HadronicFormFactor:Outgoing 183 10113
newdef ISGW2HadronicFormFactor:Spin 183 1
newdef ISGW2HadronicFormFactor:Spectator 183 -1
newdef ISGW2HadronicFormFactor:InQuark 183 4
newdef ISGW2HadronicFormFactor:OutQuark 183 1
newdef ISGW2HadronicFormFactor:Incoming 184 411
newdef ISGW2HadronicFormFactor:Outgoing 184 20113
newdef ISGW2HadronicFormFactor:Spin 184 1
newdef ISGW2HadronicFormFactor:Spectator 184 -1
newdef ISGW2HadronicFormFactor:InQuark 184 4
newdef ISGW2HadronicFormFactor:OutQuark 184 1
newdef ISGW2HadronicFormFactor:Incoming 185 411
newdef ISGW2HadronicFormFactor:Outgoing 185 10111
newdef ISGW2HadronicFormFactor:Spin 185 0
newdef ISGW2HadronicFormFactor:Spectator 185 -1
newdef ISGW2HadronicFormFactor:InQuark 185 4
newdef ISGW2HadronicFormFactor:OutQuark 185 1
newdef ISGW2HadronicFormFactor:Incoming 186 411
newdef ISGW2HadronicFormFactor:Outgoing 186 211
newdef ISGW2HadronicFormFactor:Spin 186 0
newdef ISGW2HadronicFormFactor:Spectator 186 -1
newdef ISGW2HadronicFormFactor:InQuark 186 4
newdef ISGW2HadronicFormFactor:OutQuark 186 2
newdef ISGW2HadronicFormFactor:Incoming 187 411
newdef ISGW2HadronicFormFactor:Outgoing 187 213
newdef ISGW2HadronicFormFactor:Spin 187 1
newdef ISGW2HadronicFormFactor:Spectator 187 -1
newdef ISGW2HadronicFormFactor:InQuark 187 4
newdef ISGW2HadronicFormFactor:OutQuark 187 2
newdef ISGW2HadronicFormFactor:Incoming 188 411
newdef ISGW2HadronicFormFactor:Outgoing 188 215
newdef ISGW2HadronicFormFactor:Spin 188 2
newdef ISGW2HadronicFormFactor:Spectator 188 -1
newdef ISGW2HadronicFormFactor:InQuark 188 4
newdef ISGW2HadronicFormFactor:OutQuark 188 2
newdef ISGW2HadronicFormFactor:Incoming 189 411
newdef ISGW2HadronicFormFactor:Outgoing 189 10213
newdef ISGW2HadronicFormFactor:Spin 189 1
newdef ISGW2HadronicFormFactor:Spectator 189 -1
newdef ISGW2HadronicFormFactor:InQuark 189 4
newdef ISGW2HadronicFormFactor:OutQuark 189 2
newdef ISGW2HadronicFormFactor:Incoming 190 411
newdef ISGW2HadronicFormFactor:Outgoing 190 20213
newdef ISGW2HadronicFormFactor:Spin 190 1
newdef ISGW2HadronicFormFactor:Spectator 190 -1
newdef ISGW2HadronicFormFactor:InQuark 190 4
newdef ISGW2HadronicFormFactor:OutQuark 190 2
newdef ISGW2HadronicFormFactor:Incoming 191 411
newdef ISGW2HadronicFormFactor:Outgoing 191 10211
newdef ISGW2HadronicFormFactor:Spin 191 0
newdef ISGW2HadronicFormFactor:Spectator 191 -1
newdef ISGW2HadronicFormFactor:InQuark 191 4
newdef ISGW2HadronicFormFactor:OutQuark 191 2
newdef ISGW2HadronicFormFactor:Incoming 192 411
newdef ISGW2HadronicFormFactor:Outgoing 192 -311
newdef ISGW2HadronicFormFactor:Spin 192 0
newdef ISGW2HadronicFormFactor:Spectator 192 -1
newdef ISGW2HadronicFormFactor:InQuark 192 4
newdef ISGW2HadronicFormFactor:OutQuark 192 3
newdef ISGW2HadronicFormFactor:Incoming 193 411
newdef ISGW2HadronicFormFactor:Outgoing 193 -313
newdef ISGW2HadronicFormFactor:Spin 193 1
newdef ISGW2HadronicFormFactor:Spectator 193 -1
newdef ISGW2HadronicFormFactor:InQuark 193 4
newdef ISGW2HadronicFormFactor:OutQuark 193 3
newdef ISGW2HadronicFormFactor:Incoming 194 411
newdef ISGW2HadronicFormFactor:Outgoing 194 -315
newdef ISGW2HadronicFormFactor:Spin 194 2
newdef ISGW2HadronicFormFactor:Spectator 194 -1
newdef ISGW2HadronicFormFactor:InQuark 194 4
newdef ISGW2HadronicFormFactor:OutQuark 194 3
newdef ISGW2HadronicFormFactor:Incoming 195 411
newdef ISGW2HadronicFormFactor:Outgoing 195 -10313
newdef ISGW2HadronicFormFactor:Spin 195 1
newdef ISGW2HadronicFormFactor:Spectator 195 -1
newdef ISGW2HadronicFormFactor:InQuark 195 4
newdef ISGW2HadronicFormFactor:OutQuark 195 3
newdef ISGW2HadronicFormFactor:Incoming 196 411
newdef ISGW2HadronicFormFactor:Outgoing 196 -20313
newdef ISGW2HadronicFormFactor:Spin 196 1
newdef ISGW2HadronicFormFactor:Spectator 196 -1
newdef ISGW2HadronicFormFactor:InQuark 196 4
newdef ISGW2HadronicFormFactor:OutQuark 196 3
newdef ISGW2HadronicFormFactor:Incoming 197 411
newdef ISGW2HadronicFormFactor:Outgoing 197 -10311
newdef ISGW2HadronicFormFactor:Spin 197 0
newdef ISGW2HadronicFormFactor:Spectator 197 -1
newdef ISGW2HadronicFormFactor:InQuark 197 4
newdef ISGW2HadronicFormFactor:OutQuark 197 3
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insert ISGW2Hadronic:MaximumWeight 1621 2.15809e-08
insert ISGW2Hadronic:MaximumWeight 1622 5.10599e-07
insert ISGW2Hadronic:MaximumWeight 1623 8.03246e-15
insert ISGW2Hadronic:MaximumWeight 1624 9.84887e-05
insert ISGW2Hadronic:MaximumWeight 1625 0.0859114
insert ISGW2Hadronic:MaximumWeight 1626 0.00665947
insert ISGW2Hadronic:MaximumWeight 1627 0.000152355
insert ISGW2Hadronic:MaximumWeight 1628 0.115277
insert ISGW2Hadronic:MaximumWeight 1629 1.59278e-05
insert ISGW2Hadronic:MaximumWeight 1630 0.501858
insert ISGW2Hadronic:MaximumWeight 1631 0.00487397
insert ISGW2Hadronic:MaximumWeight 1632 0.00014329
insert ISGW2Hadronic:MaximumWeight 1633 0.18175
insert ISGW2Hadronic:MaximumWeight 1634 3.02994e-06
insert ISGW2Hadronic:MaximumWeight 1635 4.46212e-07
insert ISGW2Hadronic:MaximumWeight 1636 5.80007e-08
insert ISGW2Hadronic:MaximumWeight 1637 2.0662e-05
insert ISGW2Hadronic:MaximumWeight 1638 9.99202e-07
insert ISGW2Hadronic:MaximumWeight 1639 5.19569e-10
insert ISGW2Hadronic:MaximumWeight 1640 3.80089e-11
insert ISGW2Hadronic:MaximumWeight 1641 1.36745e-08
insert ISGW2Hadronic:MaximumWeight 1642 1.00467e-10
insert ISGW2Hadronic:MaximumWeight 1643 0.000169181
insert ISGW2Hadronic:MaximumWeight 1644 0.000152837
insert ISGW2Hadronic:MaximumWeight 1645 1.13787e-05
insert ISGW2Hadronic:MaximumWeight 1646 0.00405351
insert ISGW2Hadronic:MaximumWeight 1647 0.000190006
insert ISGW2Hadronic:MaximumWeight 1648 5.21745e-05
insert ISGW2Hadronic:MaximumWeight 1649 2.48955e-06
insert ISGW2Hadronic:MaximumWeight 1650 0.000885514
insert ISGW2Hadronic:MaximumWeight 1651 1.80427e-06
insert ISGW2Hadronic:MaximumWeight 1652 9.29678e-06
insert ISGW2Hadronic:MaximumWeight 1653 0.433737
insert ISGW2Hadronic:MaximumWeight 1654 8.81207e-06
insert ISGW2Hadronic:MaximumWeight 1655 7.74234e-06
insert ISGW2Hadronic:MaximumWeight 1656 0.207994
insert ISGW2Hadronic:MaximumWeight 1657 1.58071e-06
insert ISGW2Hadronic:MaximumWeight 1658 3.06389e-08
insert ISGW2Hadronic:MaximumWeight 1659 7.03968e-09
insert ISGW2Hadronic:MaximumWeight 1660 2.50744e-06
insert ISGW2Hadronic:MaximumWeight 1661 9.03655e-08
insert ISGW2Hadronic:MaximumWeight 1662 1.77767e-15
insert ISGW2Hadronic:MaximumWeight 1663 6.34078e-13
insert ISGW2Hadronic:MaximumWeight 1664 0.0167046
insert ISGW2Hadronic:MaximumWeight 1665 0.0183919
insert ISGW2Hadronic:MaximumWeight 1666 0.00327335
insert ISGW2Hadronic:MaximumWeight 1667 0.016342
insert ISGW2Hadronic:MaximumWeight 1668 0.000318794
insert ISGW2Hadronic:MaximumWeight 1669 6.91014e-07
insert ISGW2Hadronic:MaximumWeight 1670 3.74945e-05
insert ISGW2Hadronic:MaximumWeight 1671 8.81558e-14
insert ISGW2Hadronic:MaximumWeight 1672 0.0230301
insert ISGW2Hadronic:MaximumWeight 1673 0.000433045
insert ISGW2Hadronic:MaximumWeight 1674 0.00440227
insert ISGW2Hadronic:MaximumWeight 1675 7.14496e-07
insert ISGW2Hadronic:MaximumWeight 1676 0.00016
insert ISGW2Hadronic:MaximumWeight 1677 0.000165861
insert ISGW2Hadronic:MaximumWeight 1678 1.98216e-06
insert ISGW2Hadronic:MaximumWeight 1679 6.41893e-05
insert ISGW2Hadronic:MaximumWeight 1680 3.34973e-09
insert ISGW2Hadronic:MaximumWeight 1681 1.15405e-08
insert ISGW2Hadronic:MaximumWeight 1682 0.000563589
insert ISGW2Hadronic:MaximumWeight 1683 4.93522e-06
insert ISGW2Hadronic:MaximumWeight 1684 0.000655498
insert ISGW2Hadronic:MaximumWeight 1685 4.05064e-06
insert ISGW2Hadronic:MaximumWeight 1686 2.96856e-05
#
create Herwig::PScalar4FermionsDecayer PScalar4f
newdef PScalar4f:Iteration 1
newdef PScalar4f:Ntry 500
newdef PScalar4f:Points 10000
newdef PScalar4f:GenerateIntermediates 0
do PScalar4f:SetUpDecayMode 111 11 11 0.0251591 2 113 0.7758 0.1503 0.000287254
do PScalar4f:SetUpDecayMode 221 11 11 0.0248 2 113 0.7758 0.1503 0.000268792
#
create Herwig::ScalarScalarScalarDecayer ScalarSS
newdef ScalarSS:Iteration 1
newdef ScalarSS:Ntry 500
newdef ScalarSS:Points 10000
newdef ScalarSS:GenerateIntermediates 0
do ScalarSS:SetUpDecayMode 9010221 111 111 1660 1.1
do ScalarSS:SetUpDecayMode 9010221 211 -211 2350 1.1
do ScalarSS:SetUpDecayMode 9010221 321 -321 1020 1.1
do ScalarSS:SetUpDecayMode 9010221 130 130 721 1.1
do ScalarSS:SetUpDecayMode 9010221 310 310 721 1.1
do ScalarSS:SetUpDecayMode 10221 111 111 745 1.18096
do ScalarSS:SetUpDecayMode 10221 211 -211 1054 1.18029
do ScalarSS:SetUpDecayMode 10221 100111 111 5027 2.3846
do ScalarSS:SetUpDecayMode 10221 100211 -211 5027 2.30756
do ScalarSS:SetUpDecayMode 10221 321 -321 886 1.19989
do ScalarSS:SetUpDecayMode 10221 130 130 627 1.19012
do ScalarSS:SetUpDecayMode 10221 310 310 627 1.19012
do ScalarSS:SetUpDecayMode 10331 111 111 503 1.1012
do ScalarSS:SetUpDecayMode 10331 211 -211 711 1.09915
do ScalarSS:SetUpDecayMode 10331 321 -321 2096 1.05631
do ScalarSS:SetUpDecayMode 10331 130 130 1482 1.05209
do ScalarSS:SetUpDecayMode 10331 310 310 1482 1.05209
do ScalarSS:SetUpDecayMode 9000221 111 111 3654 1.09971
do ScalarSS:SetUpDecayMode 9000221 211 -211 5178 1.09997
do ScalarSS:SetUpDecayMode 9000111 221 111 3330 1.10192
do ScalarSS:SetUpDecayMode 9000211 221 211 3330 1.10212
do ScalarSS:SetUpDecayMode 9000111 321 -321 2540 1.1
do ScalarSS:SetUpDecayMode 9000111 130 130 1796 1.1
do ScalarSS:SetUpDecayMode 9000111 310 310 1796 1.1
do ScalarSS:SetUpDecayMode 9000211 321 -311 3590 1.1
do ScalarSS:SetUpDecayMode 10111 221 111 1357 1.09914
do ScalarSS:SetUpDecayMode 10211 221 211 1357 1.09815
do ScalarSS:SetUpDecayMode 10111 331 111 995 1.13279
do ScalarSS:SetUpDecayMode 10211 331 211 995 1.13026
do ScalarSS:SetUpDecayMode 10111 321 -321 950 1.10325
do ScalarSS:SetUpDecayMode 10111 310 310 672 1.09597
do ScalarSS:SetUpDecayMode 10111 130 130 672 1.09597
do ScalarSS:SetUpDecayMode 10211 321 -311 1344 1.10042
do ScalarSS:SetUpDecayMode 10221 221 221 235 1.26383
do ScalarSS:SetUpDecayMode 10331 221 221 2189 5.4
do ScalarSS:SetUpDecayMode 10221 9000221 9000221 21460 7.54408
do ScalarSS:SetUpDecayMode 10311 311 111 2837 1.1139
do ScalarSS:SetUpDecayMode 10311 321 -211 4000 1.1087
do ScalarSS:SetUpDecayMode 10321 321 111 2837 1.1165
do ScalarSS:SetUpDecayMode 10321 311 211 4000 1.10612
do ScalarSS:SetUpDecayMode 10411 411 111 5472 1.09982
do ScalarSS:SetUpDecayMode 10411 421 211 7714 1.09992
do ScalarSS:SetUpDecayMode 10421 421 111 5447 1.09983
do ScalarSS:SetUpDecayMode 10421 411 -211 7818 1.1194
do ScalarSS:SetUpDecayMode 10511 511 111 9698 1.10058
do ScalarSS:SetUpDecayMode 10511 521 -211 13710 1.09697
do ScalarSS:SetUpDecayMode 10521 521 111 9698 1.10162
do ScalarSS:SetUpDecayMode 10521 511 211 13710 1.09592
do ScalarSS:SetUpDecayMode 100311 10311 111 6595 2.13753
do ScalarSS:SetUpDecayMode 100311 10321 -211 9445 2.13275
do ScalarSS:SetUpDecayMode 100321 10321 111 6595 2.13257
do ScalarSS:SetUpDecayMode 100321 10311 211 9445 2.13815
do ScalarSS:SetUpDecayMode 10431 431 111 103 1.10901
do ScalarSS:SetUpDecayMode 10531 531 111 8314 0.664961
do ScalarSS:SetUpDecayMode 100221 9000111 111 2057 1.89242
do ScalarSS:SetUpDecayMode 100221 9000211 -211 2057 1.91997
do ScalarSS:SetUpDecayMode 9020221 9000111 111 1470 1.85695
do ScalarSS:SetUpDecayMode 9020221 9000211 -211 1470 1.89707
do ScalarSS:SetUpDecayMode 9020221 221 9000221 4051 1.76697
do ScalarSS:SetUpDecayMode 100221 9000221 221 4316 1.75782
do ScalarSS:SetUpDecayMode 10441 321 -321 104 1.18153
do ScalarSS:SetUpDecayMode 10441 130 130 73.5 1.18066
do ScalarSS:SetUpDecayMode 10441 310 310 73.5 1.18066
do ScalarSS:SetUpDecayMode 10441 211 -211 93 1.10662
do ScalarSS:SetUpDecayMode 10441 111 111 66 1.11492
do ScalarSS:SetUpDecayMode 10441 221 221 64 1.17978
do ScalarSS:SetUpDecayMode 9030221 211 -211 1398 1.09972
do ScalarSS:SetUpDecayMode 9030221 111 111 989 1.10202
do ScalarSS:SetUpDecayMode 9030221 9000221 9000221 6079 7.35565
do ScalarSS:SetUpDecayMode 9030221 221 221 809 1.12039
do ScalarSS:SetUpDecayMode 9030221 221 331 2844 6.5
do ScalarSS:SetUpDecayMode 9030221 321 -321 686 1.1015
do ScalarSS:SetUpDecayMode 9030221 130 130 485 1.09478
do ScalarSS:SetUpDecayMode 9030221 310 310 485 1.09478
do ScalarSS:SetUpDecayMode 9030221 100111 111 2615 2.28089
do ScalarSS:SetUpDecayMode 9030221 100211 -211 2615 2.23395
do ScalarSS:SetUpDecayMode 9000311 311 111 3834 1.10384
do ScalarSS:SetUpDecayMode 9000311 321 -211 5406 1.10171
do ScalarSS:SetUpDecayMode 9000321 321 111 3834 1.11557
do ScalarSS:SetUpDecayMode 9000321 311 211 5406 1.08994
do ScalarSS:SetUpDecayMode 10441 10321 -10321 104 1.53966
do ScalarSS:SetUpDecayMode 10441 10311 -10311 104 1.50609
do ScalarSS:SetUpDecayMode 10531 511 -311 12170 1.07391
do ScalarSS:SetUpDecayMode 10531 521 -321 12170 1.1278
do ScalarSS:SetUpDecayMode 10441 9010221 9010221 84 1.31568
do ScalarSS:SetUpDecayMode 10311 311 221 5973 1.25177
do ScalarSS:SetUpDecayMode 10321 321 221 5973 1.25638
do ScalarSS:SetUpDecayMode 10441 10221 10331 488 2.37167
do ScalarSS:SetUpDecayMode 10441 331 331 70.7 1.15928
do ScalarSS:SetUpDecayMode 10441 331 221 13.9 1.12892
+do ScalarSS:SetUpDecayMode 110441 411 -411 1460 1.08771
+do ScalarSS:SetUpDecayMode 110441 421 -421 1460 1.11538
#
create Herwig::PScalarPScalarVectorDecayer PPVDecayer
newdef PPVDecayer:Iteration 1
newdef PPVDecayer:Ntry 500
newdef PPVDecayer:Points 10000
newdef PPVDecayer:GenerateIntermediates 0
do PPVDecayer:SetUpDecayMode 100111 -211 213 3.57 0 4.85468
do PPVDecayer:SetUpDecayMode 100211 111 213 3.57 4.92159
do PPVDecayer:SetUpDecayMode 100211 211 113 3.57 4.77463
do PPVDecayer:SetUpDecayMode 100311 311 113 1 3.79851
do PPVDecayer:SetUpDecayMode 100321 321 113 1 3.8839
do PPVDecayer:SetUpDecayMode 100311 321 -213 1.41 3.92582
do PPVDecayer:SetUpDecayMode 100321 311 213 1.41 3.83809
do PPVDecayer:SetUpDecayMode 100311 111 313 1.55 1.63383
do PPVDecayer:SetUpDecayMode 100321 111 323 1.55 1.64466
do PPVDecayer:SetUpDecayMode 100311 -211 323 2.19 1.64501
do PPVDecayer:SetUpDecayMode 100321 211 313 2.19 1.61787
do PPVDecayer:SetUpDecayMode 100331 -321 323 2.92 4.09876
do PPVDecayer:SetUpDecayMode 100331 -311 313 2.92 3.68371
do PPVDecayer:SetUpDecayMode 9020221 -321 323 0.956 4.40423
do PPVDecayer:SetUpDecayMode 9020221 -311 313 0.956 3.48178
do PPVDecayer:SetUpDecayMode 10221 -211 20213 2.68 3.30881
do PPVDecayer:SetUpDecayMode 10221 111 20113 2.68 3.42189
do PPVDecayer:SetUpDecayMode 9030221 -211 20213 1.147 3.21729
do PPVDecayer:SetUpDecayMode 9030221 111 20113 1.147 3.28207
do PPVDecayer:SetUpDecayMode 10441 321 -10323 0.023 2.
do PPVDecayer:SetUpDecayMode 10441 311 -10313 0.023 2.
#
create Herwig::ScalarTo3ScalarDalitz DsPipPi0EtaBES
newdef DsPipPi0EtaBES:Iteration 5
newdef DsPipPi0EtaBES:Ntry 500
newdef DsPipPi0EtaBES:Points 100000
newdef DsPipPi0EtaBES:GenerateIntermediates 1
newdef DsPipPi0EtaBES:ParentRadius 3
newdef DsPipPi0EtaBES:UseAllK0 0
newdef DsPipPi0EtaBES:MaximumWeight 1.51603e+10
insert DsPipPi0EtaBES:Weights 0 0.520644
insert DsPipPi0EtaBES:Weights 1 0.239311
insert DsPipPi0EtaBES:Weights 2 0.240046
do DsPipPi0EtaBES:AddChannel 213 3 0.77511 0.1491 0 1 2 1 0 1.5
do DsPipPi0EtaBES:AddChannel 9000211 61 0.99 0.24 0 2 1 1.421 2.794 1.5 0.584 0.511
do DsPipPi0EtaBES:AddChannel 9000211 61 0.99 0.24 1 2 0 1.421 -0.347593 1.5 0.584 0.511
do DsPipPi0EtaBES:AddChannel 0 103 0 0 0 1 2 1.238 0.612 0
do DsPipPi0EtaBES:SetExternal 431 211 111 221
newdef DsPipPi0EtaBES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPi0K0BES
newdef DsPipPi0K0BES:Iteration 5
newdef DsPipPi0K0BES:Ntry 500
newdef DsPipPi0K0BES:Points 100000
newdef DsPipPi0K0BES:GenerateIntermediates 1
newdef DsPipPi0K0BES:ParentRadius 5
newdef DsPipPi0K0BES:UseAllK0 1
newdef DsPipPi0K0BES:MaximumWeight 3.08916e+10
insert DsPipPi0K0BES:Weights 0 0.382473
insert DsPipPi0K0BES:Weights 1 0.140298
insert DsPipPi0K0BES:Weights 2 0.165916
insert DsPipPi0K0BES:Weights 3 0.145034
insert DsPipPi0K0BES:Weights 4 0.166279
do DsPipPi0K0BES:AddChannel 213 23 0.77511 0.1491 0 1 2 1 0 3 0.13957061
do DsPipPi0K0BES:AddChannel 100213 23 1.465 0.4 0 1 2 7.84 2.2 3 0.13957061
do DsPipPi0K0BES:AddChannel 313 3 0.89555 0.0473 1 2 0 0.433 0.0584074 3
do DsPipPi0K0BES:AddChannel 323 3 0.89167 0.0514 0 2 1 0.338 -2.94159 3
do DsPipPi0K0BES:AddChannel 100313 3 1.414 0.232 1 2 0 1.072 -2.94159 3
do DsPipPi0K0BES:SetExternal 431 211 111 311
newdef DsPipPi0K0BES:ResonanceMass 0
#
create Herwig::QuarkoniumDecayer QDecayME0
newdef QDecayME0:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef QDecayME0:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef QDecayME0:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef QDecayME0:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef QDecayME0:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef QDecayME0:PartnerFinder /Herwig/Shower/PartnerFinder
newdef QDecayME0:SplittingGenerator /Herwig/Shower/SplittingGenerator
newdef QDecayME0:KinematicsReconstructor /Herwig/Shower/KinematicsReconstructor
newdef QDecayME0:Shower Yes
newdef QDecayME0:Exclusive 1
newdef QDecayME0:Intermediates 0
newdef QDecayME0:Partonic_Tries 100
newdef QDecayME0:MECode 0
#
create Herwig::QuarkoniumDecayer QDecayME130
newdef QDecayME130:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef QDecayME130:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef QDecayME130:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef QDecayME130:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef QDecayME130:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef QDecayME130:PartnerFinder /Herwig/Shower/PartnerFinder
newdef QDecayME130:SplittingGenerator /Herwig/Shower/SplittingGenerator
newdef QDecayME130:KinematicsReconstructor /Herwig/Shower/KinematicsReconstructor
newdef QDecayME130:Shower Yes
newdef QDecayME130:Exclusive 1
newdef QDecayME130:Intermediates 0
newdef QDecayME130:Partonic_Tries 100
newdef QDecayME130:MECode 130
#
create Herwig::VectorMesonVectorScalarDecayer VVSDecayer
newdef VVSDecayer:Iteration 1
newdef VVSDecayer:Ntry 500
newdef VVSDecayer:Points 10000
newdef VVSDecayer:GenerateIntermediates 0
do VVSDecayer:SetUpDecayMode 333 22 9000111 0.238 9.00936
do VVSDecayer:SetUpDecayMode 333 22 9010221 0.267 14.2908
do VVSDecayer:SetUpDecayMode 443 22 10331 0.00207 2.22552
do VVSDecayer:SetUpDecayMode 443 223 10331 0.00144 8.11845
do VVSDecayer:SetUpDecayMode 443 333 10331 0.00127 7.04697
do VVSDecayer:SetUpDecayMode 443 333 9010221 0.00064 5.78346
do VVSDecayer:SetUpDecayMode 443 223 9010221 0.00044 6.12632
do VVSDecayer:SetUpDecayMode 100553 22 10551 0.105 1.84492
do VVSDecayer:SetUpDecayMode 200553 22 110551 0.16 1.95828
do VVSDecayer:SetUpDecayMode 100443 22 10441 0.258 3.80961
do VVSDecayer:SetUpDecayMode 100443 22 331 0.0508 1.64121
do VVSDecayer:SetUpDecayMode 100443 22 10331 0.00068 1.8543
do VVSDecayer:SetUpDecayMode 100443 333 9010221 0.000509 5.66804
do VVSDecayer:SetUpDecayMode 100213 213 9000221 5.056 4.95975
do VVSDecayer:SetUpDecayMode 100113 113 9000221 5.056 5.10698
do VVSDecayer:SetUpDecayMode 443 22 9030221 0.00114 2.8072
do VVSDecayer:SetUpDecayMode 443 20313 -311 0.00127 3.57449
do VVSDecayer:SetUpDecayMode 443 20323 -321 0.00127 3.58
do VVSDecayer:SetUpDecayMode 443 10213 -211 0.00106 7.98666
do VVSDecayer:SetUpDecayMode 443 10113 111 0.00106 8.01101
do VVSDecayer:SetUpDecayMode 100443 10313 -311 0.00152 3.70225
do VVSDecayer:SetUpDecayMode 100443 10323 -321 0.00152 4.09967
do VVSDecayer:SetUpDecayMode 100443 10213 -211 0.000694 8.30558
do VVSDecayer:SetUpDecayMode 100443 10113 111 0.000694 8.31092
do VVSDecayer:SetUpDecayMode 30213 10223 211 1.45 2.82326
do VVSDecayer:SetUpDecayMode 30113 10223 111 1.45 2.83643
do VVSDecayer:SetUpDecayMode 30213 20213 111 1.09 2.82168
do VVSDecayer:SetUpDecayMode 30213 20113 211 1.09 2.78114
do VVSDecayer:SetUpDecayMode 30113 20213 -211 1.09 2.79808
do VVSDecayer:SetUpDecayMode 100213 10223 211 1.2 2.81029
do VVSDecayer:SetUpDecayMode 100113 10223 111 1.2 2.85301
do VVSDecayer:SetUpDecayMode 100213 20213 111 1.83 2.96886
do VVSDecayer:SetUpDecayMode 100213 20113 211 1.83 2.92035
do VVSDecayer:SetUpDecayMode 100113 20213 -211 1.83 2.92087
do VVSDecayer:SetUpDecayMode 100223 10113 111 1.659 2.55908
do VVSDecayer:SetUpDecayMode 100223 10213 -211 1.659 2.33324
do VVSDecayer:SetUpDecayMode 100443 10443 111 0.0029 1.86135
do VVSDecayer:SetUpDecayMode 10333 313 -311 4.889 2.44776
do VVSDecayer:SetUpDecayMode 10333 323 -321 4.156 2.51169
do VVSDecayer:SetUpDecayMode 10223 113 111 4.411 3.29541
do VVSDecayer:SetUpDecayMode 10223 -213 211 4.411 3.32547
do VVSDecayer:SetUpDecayMode 10113 223 111 3.862 5.9555
do VVSDecayer:SetUpDecayMode 10213 223 211 3.862 5.6102
do VVSDecayer:SetUpDecayMode 10213 22 211 0.195 1.58726
do VVSDecayer:SetUpDecayMode 10433 413 311 0.161 2.09271
do VVSDecayer:SetUpDecayMode 10433 423 321 0.161 1.62303
do VVSDecayer:SetUpDecayMode 20533 513 -311 0.389 1.57892
do VVSDecayer:SetUpDecayMode 20533 523 -321 0.389 1.65181
do VVSDecayer:SetUpDecayMode 10323 213 311 4.98 2.21683
do VVSDecayer:SetUpDecayMode 10323 113 321 3.4 2.22014
do VVSDecayer:SetUpDecayMode 10313 -213 321 4.87 2.21695
do VVSDecayer:SetUpDecayMode 10313 113 311 3.55 2.21985
do VVSDecayer:SetUpDecayMode 20323 213 311 0.97 2.5873
do VVSDecayer:SetUpDecayMode 20323 113 321 0.69 2.67905
do VVSDecayer:SetUpDecayMode 20313 -213 321 0.97 2.62517
do VVSDecayer:SetUpDecayMode 20313 113 311 0.707 2.67986
do VVSDecayer:SetUpDecayMode 10323 223 321 4.76 3.5592
do VVSDecayer:SetUpDecayMode 10313 223 311 6 3.13577
do VVSDecayer:SetUpDecayMode 20323 223 321 0.6 5.60103
do VVSDecayer:SetUpDecayMode 20313 223 311 0.6 5.65356
do VVSDecayer:SetUpDecayMode 10323 313 211 0.941 3.34513
do VVSDecayer:SetUpDecayMode 10323 323 111 0.656 3.44165
do VVSDecayer:SetUpDecayMode 10313 323 -211 0.932 3.52483
do VVSDecayer:SetUpDecayMode 10313 313 111 0.658 3.35878
do VVSDecayer:SetUpDecayMode 20323 313 211 2.845 6.20364
do VVSDecayer:SetUpDecayMode 20323 323 111 1.99 7.14694
do VVSDecayer:SetUpDecayMode 20313 323 -211 2.84 6.18289
do VVSDecayer:SetUpDecayMode 20313 313 111 2 6.27914
do VVSDecayer:SetUpDecayMode 10423 413 -211 0.489 1.97898
do VVSDecayer:SetUpDecayMode 10423 423 111 0.347 1.76435
do VVSDecayer:SetUpDecayMode 10413 423 211 0.542 1.75368
do VVSDecayer:SetUpDecayMode 10413 413 111 0.383 2.00289
do VVSDecayer:SetUpDecayMode 20423 413 -211 1.933 3.82352
do VVSDecayer:SetUpDecayMode 20423 423 111 1.367 1.81635
do VVSDecayer:SetUpDecayMode 20413 423 211 1.926 1.91055
do VVSDecayer:SetUpDecayMode 20413 413 111 1.367 2.01247
do VVSDecayer:SetUpDecayMode 10523 513 211 0.13 1.5882
do VVSDecayer:SetUpDecayMode 10523 523 111 0.0924 1.61264
do VVSDecayer:SetUpDecayMode 10513 523 -211 0.13 1.58872
do VVSDecayer:SetUpDecayMode 10513 513 111 0.0924 1.61211
do VVSDecayer:SetUpDecayMode 20523 513 211 0.445 1.59926
do VVSDecayer:SetUpDecayMode 20523 523 111 0.314 1.59799
do VVSDecayer:SetUpDecayMode 20513 523 -211 0.445 1.59924
do VVSDecayer:SetUpDecayMode 20513 513 111 0.314 1.59793
do VVSDecayer:SetUpDecayMode 20433 433 111 0.022 1.6163
do VVSDecayer:SetUpDecayMode 20433 22 431 0.0587 1.60079
do VVSDecayer:SetUpDecayMode 10533 22 531 0.142 0.253632
do VVSDecayer:SetUpDecayMode 10533 533 111 0.0074 0.126654
do VVSDecayer:SetUpDecayMode 10543 22 541 0.0759 1.60144
do VVSDecayer:SetUpDecayMode 20543 22 541 0.175 1.60099
do VVSDecayer:SetUpDecayMode 10443 22 441 0.329 3.98776
do VVSDecayer:SetUpDecayMode 10553 22 551 0.0356 0.221701
do VVSDecayer:SetUpDecayMode 20213 323 -311 3.42 3.19968
do VVSDecayer:SetUpDecayMode 20213 -313 321 3.42 3.53218
do VVSDecayer:SetUpDecayMode 20113 -323 321 3.42 3.57566
do VVSDecayer:SetUpDecayMode 20113 -313 311 3.42 3.31095
do VVSDecayer:SetUpDecayMode 20113 22 111 0.01 1.6
do VVSDecayer:SetUpDecayMode 20213 22 211 0.01 1.6
do VVSDecayer:SetUpDecayMode 20333 -323 321 1.637 5.43736
do VVSDecayer:SetUpDecayMode 20333 -313 311 1.737 4.63598
do VVSDecayer:SetUpDecayMode 10313 22 311 0.119 1.6
do VVSDecayer:SetUpDecayMode 20313 22 311 0.22 1.6
do VVSDecayer:SetUpDecayMode 10533 513 -311 0.0418 1.60089
do VVSDecayer:SetUpDecayMode 10533 523 -321 0.0373 1.60358
do VVSDecayer:SetUpDecayMode 30333 333 9010221 1.73 6.54072
do VVSDecayer:SetUpDecayMode 200553 10553 111 0.00356 1.71427
do VVSDecayer:SetUpDecayMode 200553 22 10551 0.00458 1.67882
do VVSDecayer:SetUpDecayMode 30553 22 10551 0.184 1.73869
do VVSDecayer:SetUpDecayMode 30543 22 10541 0.39 1.60556
do VVSDecayer:SetUpDecayMode 100543 22 10541 0.943 1.61657
do VVSDecayer:SetUpDecayMode 130553 22 10551 0.0248 1.67021
do VVSDecayer:SetUpDecayMode 130553 22 110551 0.262 1.81534
do VVSDecayer:SetUpDecayMode 30443 22 10441 4.94 4.70124
do VVSDecayer:SetUpDecayMode 30553 22 10551 0.236 1.72189
do VVSDecayer:SetUpDecayMode 130553 22 10551 0.0766 1.66645
do VVSDecayer:SetUpDecayMode 130553 22 110551 0.357 1.80865
do VVSDecayer:SetUpDecayMode 30543 22 10541 0.39 1.60559
do VVSDecayer:SetUpDecayMode 100543 22 10541 0.943 1.61644
do VVSDecayer:SetUpDecayMode 110553 22 551 0.0263 2.16152
do VVSDecayer:SetUpDecayMode 110553 22 100551 0.187 2.42924
do VVSDecayer:SetUpDecayMode 30213 213 9000221 4.043 14.5531
do VVSDecayer:SetUpDecayMode 30113 113 9000221 4.043 16.3508
do VVSDecayer:SetUpDecayMode 100223 223 9000221 4.82 25.6739
do VVSDecayer:SetUpDecayMode 100443 223 10331 0.000894 6.75282
do VVSDecayer:SetUpDecayMode 300553 10553 221 0.118 2.82317
do VVSDecayer:SetUpDecayMode 10443 22 221 0.00283 1.60273
do VVSDecayer:SetUpDecayMode 10443 22 331 0.00172 1.65219
do VVSDecayer:SetUpDecayMode 100443 22 9030221 0.000606 3.27098
#
create Herwig::HeavyDecayer HvyDecayME0
newdef HvyDecayME0:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef HvyDecayME0:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef HvyDecayME0:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef HvyDecayME0:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef HvyDecayME0:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef HvyDecayME0:Exclusive 1
newdef HvyDecayME0:Intermediates 0
newdef HvyDecayME0:Partonic_Tries 100
newdef HvyDecayME0:MECode 0
#
create Herwig::HeavyDecayer HvyDecayME100
newdef HvyDecayME100:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef HvyDecayME100:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef HvyDecayME100:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef HvyDecayME100:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef HvyDecayME100:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef HvyDecayME100:Exclusive 1
newdef HvyDecayME100:Intermediates 0
newdef HvyDecayME100:Partonic_Tries 100
newdef HvyDecayME100:MECode 100
#
create Herwig::ScalarMesonTensorScalarDecayer STSDecayer
newdef STSDecayer:Iteration 1
newdef STSDecayer:Ntry 500
newdef STSDecayer:Points 10000
newdef STSDecayer:GenerateIntermediates 0
do STSDecayer:SetUpDecayMode 10441 325 -10321 0.0217 4.36393
do STSDecayer:SetUpDecayMode 10441 315 -10311 0.0217 4.35748
#
create Herwig::SemiLeptonicBaryonDecayer BaryonLight1
newdef BaryonLight1:Iteration 1
newdef BaryonLight1:Ntry 500
newdef BaryonLight1:Points 10000
newdef BaryonLight1:GenerateIntermediates 0
insert BaryonLight1:MaximumWeight 0 2.29031
insert BaryonLight1:MaximumWeight 1 3.98905e-05
insert BaryonLight1:MaximumWeight 2 0.000122986
insert BaryonLight1:MaximumWeight 3 4.63043e-10
insert BaryonLight1:MaximumWeight 4 2.99887e-20
insert BaryonLight1:MaximumWeight 5 1.02435e-09
insert BaryonLight1:MaximumWeight 6 0.0037
insert BaryonLight1:MaximumWeight 7 0.00055
insert BaryonLight1:MaximumWeight 8 9.60594e-13
insert BaryonLight1:MaximumWeight 9 3.14573e-13
insert BaryonLight1:MaximumWeight 10 0.00404325
insert BaryonLight1:MaximumWeight 11 0.00135948
insert BaryonLight1:MaximumWeight 12 0.00239575
insert BaryonLight1:MaximumWeight 13 0.000490015
insert BaryonLight1:MaximumWeight 14 0.000228
insert BaryonLight1:MaximumWeight 15 3.58814e-06
insert BaryonLight1:MaximumWeight 16 0.00075
insert BaryonLight1:MaximumWeight 17 7.52759e-06
create Herwig::LeptonNeutrinoCurrent BaryonLight1Current HwWeakCurrents.so
newdef BaryonLight1Current:Quark 0 11
newdef BaryonLight1Current:AntiQuark 0 -12
newdef BaryonLight1Current:Quark 1 13
newdef BaryonLight1Current:AntiQuark 1 -15
newdef BaryonLight1Current:Quark 2 15
newdef BaryonLight1Current:AntiQuark 2 -16
newdef BaryonLight1:Current BaryonLight1Current
create Herwig::LightBaryonQuarkModelFormFactor BaryonLight1Form
newdef BaryonLight1Form:f1 0 1
newdef BaryonLight1Form:g1 0 1.25
newdef BaryonLight1Form:f2 0 1.81
newdef BaryonLight1Form:g2 0 0
newdef BaryonLight1Form:Lambdaf1 0 0.69
newdef BaryonLight1Form:Lambdaf2 0 0.96
newdef BaryonLight1Form:Lambdag1 0 0.76
newdef BaryonLight1Form:Lambdag2 0 1.04
newdef BaryonLight1Form:f1 1 0
newdef BaryonLight1Form:g1 1 0.6
newdef BaryonLight1Form:f2 1 1.04
newdef BaryonLight1Form:g2 1 0
newdef BaryonLight1Form:Lambdaf1 1 -0.32
newdef BaryonLight1Form:Lambdaf2 1 -1.72
newdef BaryonLight1Form:Lambdag1 1 0.77
newdef BaryonLight1Form:Lambdag2 1 1.05
newdef BaryonLight1Form:f1 2 0
newdef BaryonLight1Form:g1 2 0.6
newdef BaryonLight1Form:f2 2 1.04
newdef BaryonLight1Form:g2 2 0
newdef BaryonLight1Form:Lambdaf1 2 -0.32
newdef BaryonLight1Form:Lambdaf2 2 -1.72
newdef BaryonLight1Form:Lambdag1 2 0.77
newdef BaryonLight1Form:Lambdag2 2 1.05
newdef BaryonLight1Form:f1 3 1.41
newdef BaryonLight1Form:g1 3 0.69
newdef BaryonLight1Form:f2 3 0.76
newdef BaryonLight1Form:g2 3 0
newdef BaryonLight1Form:Lambdaf1 3 0.6
newdef BaryonLight1Form:Lambdaf2 3 0.81
newdef BaryonLight1Form:Lambdag1 3 0.77
newdef BaryonLight1Form:Lambdag2 3 1.04
newdef BaryonLight1Form:f1 4 -1.41
newdef BaryonLight1Form:g1 4 -0.69
newdef BaryonLight1Form:f2 4 -0.76
newdef BaryonLight1Form:g2 4 0
newdef BaryonLight1Form:Lambdaf1 4 0.6
newdef BaryonLight1Form:Lambdaf2 4 0.81
newdef BaryonLight1Form:Lambdag1 4 0.77
newdef BaryonLight1Form:Lambdag2 4 1.04
newdef BaryonLight1Form:f1 5 -1
newdef BaryonLight1Form:g1 5 0.24
newdef BaryonLight1Form:f2 5 0.73
newdef BaryonLight1Form:g2 5 0
newdef BaryonLight1Form:Lambdaf1 5 0.56
newdef BaryonLight1Form:Lambdaf2 5 0.71
newdef BaryonLight1Form:Lambdag1 5 0.76
newdef BaryonLight1Form:Lambdag2 5 1.04
newdef BaryonLight1Form:f1 6 -1.19
newdef BaryonLight1Form:g1 6 -0.99
newdef BaryonLight1Form:f2 6 -0.85
newdef BaryonLight1Form:g2 6 -0.025
newdef BaryonLight1Form:Lambdaf1 6 0.71
newdef BaryonLight1Form:Lambdaf2 6 0.98
newdef BaryonLight1Form:Lambdag1 6 0.81
newdef BaryonLight1Form:Lambdag2 6 1.12
newdef BaryonLight1Form:f1 7 -0.69
newdef BaryonLight1Form:g1 7 0.19
newdef BaryonLight1Form:f2 7 0.44
newdef BaryonLight1Form:g2 7 0.0043
newdef BaryonLight1Form:Lambdaf1 7 0.64
newdef BaryonLight1Form:Lambdaf2 7 0.84
newdef BaryonLight1Form:Lambdag1 7 0.83
newdef BaryonLight1Form:Lambdag2 7 1.16
newdef BaryonLight1Form:f1 8 -0.97
newdef BaryonLight1Form:g1 8 0.27
newdef BaryonLight1Form:f2 8 0.62
newdef BaryonLight1Form:g2 8 0.0061
newdef BaryonLight1Form:Lambdaf1 8 0.64
newdef BaryonLight1Form:Lambdaf2 8 0.9
newdef BaryonLight1Form:Lambdag1 8 0.83
newdef BaryonLight1Form:Lambdag2 8 1.16
newdef BaryonLight1Form:f1 9 1.19
newdef BaryonLight1Form:g1 9 0.33
newdef BaryonLight1Form:f2 9 0.07
newdef BaryonLight1Form:g2 9 0.0076
newdef BaryonLight1Form:Lambdaf1 9 0.68
newdef BaryonLight1Form:Lambdaf2 9 0.89
newdef BaryonLight1Form:Lambdag1 9 0.81
newdef BaryonLight1Form:Lambdag2 9 1.1
newdef BaryonLight1Form:f1 10 0.69
newdef BaryonLight1Form:g1 10 0.94
newdef BaryonLight1Form:f2 10 0.98
newdef BaryonLight1Form:g2 10 0.022
newdef BaryonLight1Form:Lambdaf1 10 0.75
newdef BaryonLight1Form:Lambdaf2 10 1.05
newdef BaryonLight1Form:Lambdag1 10 0.81
newdef BaryonLight1Form:Lambdag2 10 1.12
newdef BaryonLight1Form:f1 11 0.98
newdef BaryonLight1Form:g1 11 1.33
newdef BaryonLight1Form:f2 11 1.38
newdef BaryonLight1Form:g2 11 0.031
newdef BaryonLight1Form:Lambdaf1 11 0.75
newdef BaryonLight1Form:Lambdaf2 11 1.05
newdef BaryonLight1Form:Lambdag1 11 0.81
newdef BaryonLight1Form:Lambdag2 11 1.12
newdef BaryonLight1Form:Incoming 0 2112
newdef BaryonLight1Form:Outgoing 0 2212
newdef BaryonLight1Form:InSpin 0 2
newdef BaryonLight1Form:OutSpin 0 2
newdef BaryonLight1Form:Spectator1 0 2
newdef BaryonLight1Form:Spectator2 0 1
newdef BaryonLight1Form:InQuark 0 1
newdef BaryonLight1Form:OutQuark 0 2
newdef BaryonLight1Form:Incoming 1 3222
newdef BaryonLight1Form:Outgoing 1 3122
newdef BaryonLight1Form:InSpin 1 2
newdef BaryonLight1Form:OutSpin 1 2
newdef BaryonLight1Form:Spectator1 1 3
newdef BaryonLight1Form:Spectator2 1 2
newdef BaryonLight1Form:InQuark 1 2
newdef BaryonLight1Form:OutQuark 1 1
newdef BaryonLight1Form:Incoming 2 3112
newdef BaryonLight1Form:Outgoing 2 3122
newdef BaryonLight1Form:InSpin 2 2
newdef BaryonLight1Form:OutSpin 2 2
newdef BaryonLight1Form:Spectator1 2 3
newdef BaryonLight1Form:Spectator2 2 1
newdef BaryonLight1Form:InQuark 2 1
newdef BaryonLight1Form:OutQuark 2 2
newdef BaryonLight1Form:Incoming 3 3112
newdef BaryonLight1Form:Outgoing 3 3212
newdef BaryonLight1Form:InSpin 3 2
newdef BaryonLight1Form:OutSpin 3 2
newdef BaryonLight1Form:Spectator1 3 3
newdef BaryonLight1Form:Spectator2 3 1
newdef BaryonLight1Form:InQuark 3 1
newdef BaryonLight1Form:OutQuark 3 2
newdef BaryonLight1Form:Incoming 4 3212
newdef BaryonLight1Form:Outgoing 4 3222
newdef BaryonLight1Form:InSpin 4 2
newdef BaryonLight1Form:OutSpin 4 2
newdef BaryonLight1Form:Spectator1 4 3
newdef BaryonLight1Form:Spectator2 4 2
newdef BaryonLight1Form:InQuark 4 1
newdef BaryonLight1Form:OutQuark 4 2
newdef BaryonLight1Form:Incoming 5 3312
newdef BaryonLight1Form:Outgoing 5 3322
newdef BaryonLight1Form:InSpin 5 2
newdef BaryonLight1Form:OutSpin 5 2
newdef BaryonLight1Form:Spectator1 5 3
newdef BaryonLight1Form:Spectator2 5 3
newdef BaryonLight1Form:InQuark 5 1
newdef BaryonLight1Form:OutQuark 5 2
newdef BaryonLight1Form:Incoming 6 3122
newdef BaryonLight1Form:Outgoing 6 2212
newdef BaryonLight1Form:InSpin 6 2
newdef BaryonLight1Form:OutSpin 6 2
newdef BaryonLight1Form:Spectator1 6 1
newdef BaryonLight1Form:Spectator2 6 2
newdef BaryonLight1Form:InQuark 6 3
newdef BaryonLight1Form:OutQuark 6 2
newdef BaryonLight1Form:Incoming 7 3212
newdef BaryonLight1Form:Outgoing 7 2212
newdef BaryonLight1Form:InSpin 7 2
newdef BaryonLight1Form:OutSpin 7 2
newdef BaryonLight1Form:Spectator1 7 2
newdef BaryonLight1Form:Spectator2 7 1
newdef BaryonLight1Form:InQuark 7 3
newdef BaryonLight1Form:OutQuark 7 2
newdef BaryonLight1Form:Incoming 8 3112
newdef BaryonLight1Form:Outgoing 8 2112
newdef BaryonLight1Form:InSpin 8 2
newdef BaryonLight1Form:OutSpin 8 2
newdef BaryonLight1Form:Spectator1 8 1
newdef BaryonLight1Form:Spectator2 8 1
newdef BaryonLight1Form:InQuark 8 3
newdef BaryonLight1Form:OutQuark 8 2
newdef BaryonLight1Form:Incoming 9 3312
newdef BaryonLight1Form:Outgoing 9 3122
newdef BaryonLight1Form:InSpin 9 2
newdef BaryonLight1Form:OutSpin 9 2
newdef BaryonLight1Form:Spectator1 9 3
newdef BaryonLight1Form:Spectator2 9 1
newdef BaryonLight1Form:InQuark 9 3
newdef BaryonLight1Form:OutQuark 9 2
newdef BaryonLight1Form:Incoming 10 3312
newdef BaryonLight1Form:Outgoing 10 3212
newdef BaryonLight1Form:InSpin 10 2
newdef BaryonLight1Form:OutSpin 10 2
newdef BaryonLight1Form:Spectator1 10 3
newdef BaryonLight1Form:Spectator2 10 1
newdef BaryonLight1Form:InQuark 10 3
newdef BaryonLight1Form:OutQuark 10 2
newdef BaryonLight1Form:Incoming 11 3322
newdef BaryonLight1Form:Outgoing 11 3222
newdef BaryonLight1Form:InSpin 11 2
newdef BaryonLight1Form:OutSpin 11 2
newdef BaryonLight1Form:Spectator1 11 3
newdef BaryonLight1Form:Spectator2 11 2
newdef BaryonLight1Form:InQuark 11 3
newdef BaryonLight1Form:OutQuark 11 2
newdef BaryonLight1:FormFactor BaryonLight1Form
#
create Herwig::SemiLeptonicBaryonDecayer BaryonHeavy1
newdef BaryonHeavy1:Iteration 1
newdef BaryonHeavy1:Ntry 500
newdef BaryonHeavy1:Points 10000
insert BaryonHeavy1:MaximumWeight 0 0.224655
insert BaryonHeavy1:MaximumWeight 1 0.223647
insert BaryonHeavy1:MaximumWeight 2 0.0680859
insert BaryonHeavy1:MaximumWeight 3 0.261028
insert BaryonHeavy1:MaximumWeight 4 0.259932
insert BaryonHeavy1:MaximumWeight 5 0.081155
insert BaryonHeavy1:MaximumWeight 6 0.261825
insert BaryonHeavy1:MaximumWeight 7 0.260714
insert BaryonHeavy1:MaximumWeight 8 0.0813646
insert BaryonHeavy1:MaximumWeight 9 6.31228e-11
insert BaryonHeavy1:MaximumWeight 10 6.64235e-11
insert BaryonHeavy1:MaximumWeight 11 1.66042e-11
insert BaryonHeavy1:MaximumWeight 12 6.40337e-11
insert BaryonHeavy1:MaximumWeight 13 5.98422e-11
insert BaryonHeavy1:MaximumWeight 14 1.57092e-11
insert BaryonHeavy1:MaximumWeight 15 6.19344e-11
insert BaryonHeavy1:MaximumWeight 16 5.98856e-11
insert BaryonHeavy1:MaximumWeight 17 1.59245e-11
insert BaryonHeavy1:MaximumWeight 18 0.116794
insert BaryonHeavy1:MaximumWeight 19 0.111392
insert BaryonHeavy1:MaximumWeight 20 0.031394
insert BaryonHeavy1:MaximumWeight 21 8.71083e-11
insert BaryonHeavy1:MaximumWeight 22 8.08105e-11
insert BaryonHeavy1:MaximumWeight 23 2.10457e-11
insert BaryonHeavy1:MaximumWeight 24 8.60724e-11
insert BaryonHeavy1:MaximumWeight 25 8.27541e-11
insert BaryonHeavy1:MaximumWeight 26 2.03931e-11
insert BaryonHeavy1:MaximumWeight 27 1.07084e-10
insert BaryonHeavy1:MaximumWeight 28 1.06392e-10
insert BaryonHeavy1:MaximumWeight 29 2.51075e-11
insert BaryonHeavy1:MaximumWeight 30 0.164188
insert BaryonHeavy1:MaximumWeight 31 0.164551
insert BaryonHeavy1:MaximumWeight 32 0.0460406
create Herwig::LeptonNeutrinoCurrent BaryonHeavy1Current
newdef BaryonHeavy1Current:Quark 0 11
newdef BaryonHeavy1Current:AntiQuark 0 -12
newdef BaryonHeavy1Current:Quark 1 13
newdef BaryonHeavy1Current:AntiQuark 1 -15
newdef BaryonHeavy1Current:Quark 2 15
newdef BaryonHeavy1Current:AntiQuark 2 -16
newdef BaryonHeavy1:Current BaryonHeavy1Current
create Herwig::BaryonThreeQuarkModelFormFactor BaryonHeavy1Form
newdef BaryonHeavy1Form:Order 50
newdef BaryonHeavy1Form:LightMass 0.42
newdef BaryonHeavy1Form:StrangeMass 0.57
newdef BaryonHeavy1Form:LambdaQ 2.5
newdef BaryonHeavy1Form:Lambdaqq 0.71
newdef BaryonHeavy1Form:Lambdasq 0.85
newdef BaryonHeavy1Form:Lambdass 1
insert BaryonHeavy1Form:C0 0 0.000375628
insert BaryonHeavy1Form:C0 1 0.00343009
insert BaryonHeavy1Form:C0 2 0.0199814
insert BaryonHeavy1Form:C0 3 0.0917634
insert BaryonHeavy1Form:C0 4 0.359697
insert BaryonHeavy1Form:C0 5 1.2551
insert BaryonHeavy1Form:C0 6 4.00327
insert BaryonHeavy1Form:C0 7 11.8929
insert BaryonHeavy1Form:C0 8 33.3858
insert BaryonHeavy1Form:C0 9 89.612
insert BaryonHeavy1Form:C0 10 232.335
insert BaryonHeavy1Form:C0 11 587.125
insert BaryonHeavy1Form:C0 12 1457.96
insert BaryonHeavy1Form:C0 13 3583.66
insert BaryonHeavy1Form:C0 14 8774.68
insert BaryonHeavy1Form:C0 15 21515.4
insert BaryonHeavy1Form:C0 16 53045.1
insert BaryonHeavy1Form:C0 17 131869
insert BaryonHeavy1Form:C0 18 331096
insert BaryonHeavy1Form:C0 19 840161
insert BaryonHeavy1Form:C0 20 2.15444e+06
insert BaryonHeavy1Form:C0 21 5.57995e+06
insert BaryonHeavy1Form:C0 22 1.45848e+07
insert BaryonHeavy1Form:C0 23 3.84373e+07
insert BaryonHeavy1Form:C0 24 1.0205e+08
insert BaryonHeavy1Form:C0 25 2.72723e+08
insert BaryonHeavy1Form:C0 26 7.33119e+08
insert BaryonHeavy1Form:C0 27 1.98107e+09
insert BaryonHeavy1Form:C0 28 5.37853e+09
insert BaryonHeavy1Form:C0 29 1.46646e+10
insert BaryonHeavy1Form:C0 30 4.01372e+10
insert BaryonHeavy1Form:C0 31 1.10242e+11
insert BaryonHeavy1Form:C0 32 3.03769e+11
insert BaryonHeavy1Form:C0 33 8.39505e+11
insert BaryonHeavy1Form:C0 34 2.32642e+12
insert BaryonHeavy1Form:C0 35 6.46325e+12
insert BaryonHeavy1Form:C0 36 1.79984e+13
insert BaryonHeavy1Form:C0 37 5.02307e+13
insert BaryonHeavy1Form:C0 38 1.40473e+14
insert BaryonHeavy1Form:C0 39 3.93594e+14
insert BaryonHeavy1Form:C0 40 1.10481e+15
insert BaryonHeavy1Form:C0 41 3.10643e+15
insert BaryonHeavy1Form:C0 42 8.74841e+15
insert BaryonHeavy1Form:C0 43 2.46747e+16
insert BaryonHeavy1Form:C0 44 6.96937e+16
insert BaryonHeavy1Form:C0 45 1.97116e+17
insert BaryonHeavy1Form:C0 46 5.58224e+17
insert BaryonHeavy1Form:C0 47 1.58279e+18
insert BaryonHeavy1Form:C0 48 4.49307e+18
insert BaryonHeavy1Form:C0 49 1.27686e+19
insert BaryonHeavy1Form:C0 50 3.63244e+19
insert BaryonHeavy1Form:C0 51 1.58249e-43
insert BaryonHeavy1Form:C0 52 1.55096e-43
insert BaryonHeavy1Form:C0 53 7.6833e-42
insert BaryonHeavy1Form:C0 54 3.77428e-42
insert BaryonHeavy1Form:C0 55 1.25131e-40
insert BaryonHeavy1Form:C0 56 4.63466e-41
insert BaryonHeavy1Form:C0 57 1.23766e-39
insert BaryonHeavy1Form:C0 58 3.85248e-40
insert BaryonHeavy1Form:C0 59 8.90842e-39
insert BaryonHeavy1Form:C0 60 2.45582e-39
insert BaryonHeavy1Form:C0 61 5.11996e-38
insert BaryonHeavy1Form:C0 62 1.29144e-38
insert BaryonHeavy1Form:C0 63 2.4948e-37
insert BaryonHeavy1Form:C0 64 5.89613e-38
insert BaryonHeavy1Form:C0 65 1.07799e-36
insert BaryonHeavy1Form:C0 66 2.43358e-37
insert BaryonHeavy1Form:C0 67 4.28681e-36
insert BaryonHeavy1Form:C0 68 9.39947e-37
insert BaryonHeavy1Form:C0 69 1.62026e-35
insert BaryonHeavy1Form:C0 70 3.50054e-36
insert BaryonHeavy1Form:C0 71 5.98256e-35
insert BaryonHeavy1Form:C0 72 1.28841e-35
insert BaryonHeavy1Form:C0 73 2.20484e-34
insert BaryonHeavy1Form:C0 74 4.77162e-35
insert BaryonHeavy1Form:C0 75 8.22738e-34
insert BaryonHeavy1Form:C0 76 1.7972e-34
insert BaryonHeavy1Form:C0 77 3.13098e-33
insert BaryonHeavy1Form:C0 78 6.91323e-34
insert BaryonHeavy1Form:C0 79 1.21734e-32
insert BaryonHeavy1Form:C0 80 2.71581e-33
insert BaryonHeavy1Form:C0 81 4.82921e-32
insert BaryonHeavy1Form:C0 82 1.08724e-32
insert BaryonHeavy1Form:C0 83 1.94969e-31
insert BaryonHeavy1Form:C0 84 4.42369e-32
insert BaryonHeavy1Form:C0 85 7.9895e-31
insert BaryonHeavy1Form:C0 86 1.82466e-31
insert BaryonHeavy1Form:C0 87 3.31537e-30
insert BaryonHeavy1Form:C0 88 7.61387e-31
insert BaryonHeavy1Form:C0 89 1.39053e-29
insert BaryonHeavy1Form:C0 90 3.20863e-30
insert BaryonHeavy1Form:C0 91 5.88593e-29
insert BaryonHeavy1Form:C0 92 1.36377e-29
insert BaryonHeavy1Form:C0 93 2.51135e-28
insert BaryonHeavy1Form:C0 94 5.83983e-29
insert BaryonHeavy1Form:C0 95 1.07904e-27
insert BaryonHeavy1Form:C0 96 2.51718e-28
insert BaryonHeavy1Form:C0 97 4.66507e-27
insert BaryonHeavy1Form:C0 98 1.09136e-27
insert BaryonHeavy1Form:C0 99 2.02805e-26
insert BaryonHeavy1Form:C0 100 4.75657e-27
insert BaryonHeavy1Form:C0 101 8.86043e-26
insert BaryonHeavy1Form:C1 0 0.000303248
insert BaryonHeavy1Form:C1 1 0.00283105
insert BaryonHeavy1Form:C1 2 0.01681
insert BaryonHeavy1Form:C1 3 0.0785061
insert BaryonHeavy1Form:C1 4 0.312373
insert BaryonHeavy1Form:C1 5 1.10482
insert BaryonHeavy1Form:C1 6 3.56784
insert BaryonHeavy1Form:C1 7 10.7214
insert BaryonHeavy1Form:C1 8 30.4204
insert BaryonHeavy1Form:C1 9 82.4753
insert BaryonHeavy1Form:C1 10 215.861
insert BaryonHeavy1Form:C1 11 550.36
insert BaryonHeavy1Form:C1 12 1378.07
insert BaryonHeavy1Form:C1 13 3413.44
insert BaryonHeavy1Form:C1 14 8416.66
insert BaryonHeavy1Form:C1 15 20767.3
insert BaryonHeavy1Form:C1 16 51482.6
insert BaryonHeavy1Form:C1 17 128588
insert BaryonHeavy1Form:C1 18 324138
insert BaryonHeavy1Form:C1 19 825199
insert BaryonHeavy1Form:C1 20 2.12174e+06
insert BaryonHeavy1Form:C1 21 5.50721e+06
insert BaryonHeavy1Form:C1 22 1.442e+07
insert BaryonHeavy1Form:C1 23 3.8058e+07
insert BaryonHeavy1Form:C1 24 1.01162e+08
insert BaryonHeavy1Form:C1 25 2.70614e+08
insert BaryonHeavy1Form:C1 26 7.28045e+08
insert BaryonHeavy1Form:C1 27 1.96871e+09
insert BaryonHeavy1Form:C1 28 5.34813e+09
insert BaryonHeavy1Form:C1 29 1.45891e+10
insert BaryonHeavy1Form:C1 30 3.99481e+10
insert BaryonHeavy1Form:C1 31 1.09765e+11
insert BaryonHeavy1Form:C1 32 3.02556e+11
insert BaryonHeavy1Form:C1 33 8.36403e+11
insert BaryonHeavy1Form:C1 34 2.31844e+12
insert BaryonHeavy1Form:C1 35 6.44261e+12
insert BaryonHeavy1Form:C1 36 1.79448e+13
insert BaryonHeavy1Form:C1 37 5.00906e+13
insert BaryonHeavy1Form:C1 38 1.40106e+14
insert BaryonHeavy1Form:C1 39 3.92627e+14
insert BaryonHeavy1Form:C1 40 1.10225e+15
insert BaryonHeavy1Form:C1 41 3.09965e+15
insert BaryonHeavy1Form:C1 42 8.73037e+15
insert BaryonHeavy1Form:C1 43 2.46265e+16
insert BaryonHeavy1Form:C1 44 6.95648e+16
insert BaryonHeavy1Form:C1 45 1.9677e+17
insert BaryonHeavy1Form:C1 46 5.57293e+17
insert BaryonHeavy1Form:C1 47 1.58028e+18
insert BaryonHeavy1Form:C1 48 4.48627e+18
insert BaryonHeavy1Form:C1 49 1.27501e+19
insert BaryonHeavy1Form:C1 50 3.62743e+19
insert BaryonHeavy1Form:C1 51 1.33486e-43
insert BaryonHeavy1Form:C1 52 1.3252e-43
insert BaryonHeavy1Form:C1 53 6.64089e-42
insert BaryonHeavy1Form:C1 54 3.29627e-42
insert BaryonHeavy1Form:C1 55 1.10321e-40
insert BaryonHeavy1Form:C1 56 4.12175e-41
insert BaryonHeavy1Form:C1 57 1.10956e-39
insert BaryonHeavy1Form:C1 58 3.47961e-40
insert BaryonHeavy1Form:C1 59 8.10273e-39
insert BaryonHeavy1Form:C1 60 2.24852e-39
insert BaryonHeavy1Form:C1 61 4.71724e-38
insert BaryonHeavy1Form:C1 62 1.197e-38
insert BaryonHeavy1Form:C1 63 2.32564e-37
insert BaryonHeavy1Form:C1 64 5.52664e-38
insert BaryonHeavy1Form:C1 65 1.0158e-36
insert BaryonHeavy1Form:C1 66 2.30489e-37
insert BaryonHeavy1Form:C1 67 4.07999e-36
insert BaryonHeavy1Form:C1 68 8.98784e-37
insert BaryonHeavy1Form:C1 69 1.55618e-35
insert BaryonHeavy1Form:C1 70 3.37615e-36
insert BaryonHeavy1Form:C1 71 5.79239e-35
insert BaryonHeavy1Form:C1 72 1.25191e-35
insert BaryonHeavy1Form:C1 73 2.14933e-34
insert BaryonHeavy1Form:C1 74 4.66503e-35
insert BaryonHeavy1Form:C1 75 8.06432e-34
insert BaryonHeavy1Form:C1 76 1.76556e-34
insert BaryonHeavy1Form:C1 77 3.0819e-33
insert BaryonHeavy1Form:C1 78 6.81643e-34
insert BaryonHeavy1Form:C1 79 1.20205e-32
insert BaryonHeavy1Form:C1 80 2.68509e-33
insert BaryonHeavy1Form:C1 81 4.77975e-32
insert BaryonHeavy1Form:C1 82 1.07712e-32
insert BaryonHeavy1Form:C1 83 1.9331e-31
insert BaryonHeavy1Form:C1 84 4.38918e-32
insert BaryonHeavy1Form:C1 85 7.93209e-31
insert BaryonHeavy1Form:C1 86 1.81255e-31
insert BaryonHeavy1Form:C1 87 3.29495e-30
insert BaryonHeavy1Form:C1 88 7.57025e-31
insert BaryonHeavy1Form:C1 89 1.3831e-29
insert BaryonHeavy1Form:C1 90 3.19259e-30
insert BaryonHeavy1Form:C1 91 5.85835e-29
insert BaryonHeavy1Form:C1 92 1.35777e-29
insert BaryonHeavy1Form:C1 93 2.50095e-28
insert BaryonHeavy1Form:C1 94 5.81701e-29
insert BaryonHeavy1Form:C1 95 1.07506e-27
insert BaryonHeavy1Form:C1 96 2.50838e-28
insert BaryonHeavy1Form:C1 97 4.64961e-27
insert BaryonHeavy1Form:C1 98 1.08793e-27
insert BaryonHeavy1Form:C1 99 2.02198e-26
insert BaryonHeavy1Form:C1 100 4.74303e-27
insert BaryonHeavy1Form:C1 101 8.83639e-26
insert BaryonHeavy1Form:C2 0 5.97614e-05
insert BaryonHeavy1Form:C2 1 0.000758598
insert BaryonHeavy1Form:C2 2 0.00548822
insert BaryonHeavy1Form:C2 3 0.0294731
insert BaryonHeavy1Form:C2 4 0.13017
insert BaryonHeavy1Form:C2 5 0.499099
insert BaryonHeavy1Form:C2 6 1.71799
insert BaryonHeavy1Form:C2 7 5.43326
insert BaryonHeavy1Form:C2 8 16.0622
insert BaryonHeavy1Form:C2 9 45.0003
insert BaryonHeavy1Form:C2 10 120.858
insert BaryonHeavy1Form:C2 11 314.271
insert BaryonHeavy1Form:C2 12 798.245
insert BaryonHeavy1Form:C2 13 1996.12
insert BaryonHeavy1Form:C2 14 4948.31
insert BaryonHeavy1Form:C2 15 12232
insert BaryonHeavy1Form:C2 16 30294.2
insert BaryonHeavy1Form:C2 17 75435.4
insert BaryonHeavy1Form:C2 18 189304
insert BaryonHeavy1Form:C2 19 479380
insert BaryonHeavy1Form:C2 20 1.22556e+06
insert BaryonHeavy1Form:C2 21 3.16273e+06
insert BaryonHeavy1Form:C2 22 8.23472e+06
insert BaryonHeavy1Form:C2 23 2.16168e+07
insert BaryonHeavy1Form:C2 24 5.71691e+07
insert BaryonHeavy1Form:C2 25 1.52209e+08
insert BaryonHeavy1Form:C2 26 4.0769e+08
insert BaryonHeavy1Form:C2 27 1.09792e+09
insert BaryonHeavy1Form:C2 28 2.97116e+09
insert BaryonHeavy1Form:C2 29 8.07608e+09
insert BaryonHeavy1Form:C2 30 2.20403e+10
insert BaryonHeavy1Form:C2 31 6.03707e+10
insert BaryonHeavy1Form:C2 32 1.65918e+11
insert BaryonHeavy1Form:C2 33 4.57408e+11
insert BaryonHeavy1Form:C2 34 1.2646e+12
insert BaryonHeavy1Form:C2 35 3.50554e+12
insert BaryonHeavy1Form:C2 36 9.74144e+12
insert BaryonHeavy1Form:C2 37 2.71324e+13
insert BaryonHeavy1Form:C2 38 7.57327e+13
insert BaryonHeavy1Form:C2 39 2.11812e+14
insert BaryonHeavy1Form:C2 40 5.93521e+14
insert BaryonHeavy1Form:C2 41 1.66606e+15
insert BaryonHeavy1Form:C2 42 4.68459e+15
insert BaryonHeavy1Form:C2 43 1.31928e+16
insert BaryonHeavy1Form:C2 44 3.72091e+16
insert BaryonHeavy1Form:C2 45 1.05093e+17
insert BaryonHeavy1Form:C2 46 2.97223e+17
insert BaryonHeavy1Form:C2 47 8.41671e+17
insert BaryonHeavy1Form:C2 48 2.38631e+18
insert BaryonHeavy1Form:C2 49 6.7735e+18
insert BaryonHeavy1Form:C2 50 1.92476e+19
insert BaryonHeavy1Form:C2 51 1.86707e-44
insert BaryonHeavy1Form:C2 52 2.5887e-44
insert BaryonHeavy1Form:C2 53 1.61756e-42
insert BaryonHeavy1Form:C2 54 9.42145e-43
insert BaryonHeavy1Form:C2 55 3.56394e-41
insert BaryonHeavy1Form:C2 56 1.46742e-41
insert BaryonHeavy1Form:C2 57 4.27536e-40
insert BaryonHeavy1Form:C2 58 1.43162e-40
insert BaryonHeavy1Form:C2 59 3.52241e-39
insert BaryonHeavy1Form:C2 60 1.02417e-39
insert BaryonHeavy1Form:C2 61 2.23583e-38
insert BaryonHeavy1Form:C2 62 5.86951e-39
insert BaryonHeavy1Form:C2 63 1.17394e-37
insert BaryonHeavy1Form:C2 64 2.85934e-38
insert BaryonHeavy1Form:C2 65 5.36564e-37
insert BaryonHeavy1Form:C2 66 1.23864e-37
insert BaryonHeavy1Form:C2 67 2.22353e-36
insert BaryonHeavy1Form:C2 68 4.95279e-37
insert BaryonHeavy1Form:C2 69 8.64771e-36
insert BaryonHeavy1Form:C2 70 1.88739e-36
insert BaryonHeavy1Form:C2 71 3.25063e-35
insert BaryonHeavy1Form:C2 72 7.03967e-36
insert BaryonHeavy1Form:C2 73 1.20917e-34
insert BaryonHeavy1Form:C2 74 2.62249e-35
insert BaryonHeavy1Form:C2 75 4.52583e-34
insert BaryonHeavy1Form:C2 76 9.88547e-35
insert BaryonHeavy1Form:C2 77 1.72081e-33
insert BaryonHeavy1Form:C2 78 3.79455e-34
insert BaryonHeavy1Form:C2 79 6.67068e-33
insert BaryonHeavy1Form:C2 80 1.48541e-33
insert BaryonHeavy1Form:C2 81 2.6361e-32
insert BaryonHeavy1Form:C2 82 5.92285e-33
insert BaryonHeavy1Form:C2 83 1.05996e-31
insert BaryonHeavy1Form:C2 84 2.40017e-32
insert BaryonHeavy1Form:C2 85 4.32644e-31
insert BaryonHeavy1Form:C2 86 9.86219e-32
insert BaryonHeavy1Form:C2 87 1.78867e-30
insert BaryonHeavy1Form:C2 88 4.10053e-31
insert BaryonHeavy1Form:C2 89 7.47622e-30
insert BaryonHeavy1Form:C2 90 1.72232e-30
insert BaryonHeavy1Form:C2 91 3.15449e-29
insert BaryonHeavy1Form:C2 92 7.298e-30
insert BaryonHeavy1Form:C2 93 1.34197e-28
insert BaryonHeavy1Form:C2 94 3.11625e-29
insert BaryonHeavy1Form:C2 95 5.7503e-28
insert BaryonHeavy1Form:C2 96 1.3397e-28
insert BaryonHeavy1Form:C2 97 2.47979e-27
insert BaryonHeavy1Form:C2 98 5.79439e-28
insert BaryonHeavy1Form:C2 99 1.07552e-26
insert BaryonHeavy1Form:C2 100 2.51974e-27
insert BaryonHeavy1Form:C2 101 4.6887e-26
newdef BaryonHeavy1Form:Incoming 0 5122
newdef BaryonHeavy1Form:Outgoing 0 4122
newdef BaryonHeavy1Form:InSpin 0 2
newdef BaryonHeavy1Form:OutSpin 0 2
newdef BaryonHeavy1Form:Spectator1 0 1
newdef BaryonHeavy1Form:Spectator2 0 2
newdef BaryonHeavy1Form:InQuark 0 5
newdef BaryonHeavy1Form:OutQuark 0 4
newdef BaryonHeavy1Form:Incoming 1 5232
newdef BaryonHeavy1Form:Outgoing 1 4232
newdef BaryonHeavy1Form:InSpin 1 2
newdef BaryonHeavy1Form:OutSpin 1 2
newdef BaryonHeavy1Form:Spectator1 1 2
newdef BaryonHeavy1Form:Spectator2 1 3
newdef BaryonHeavy1Form:InQuark 1 5
newdef BaryonHeavy1Form:OutQuark 1 4
newdef BaryonHeavy1Form:Incoming 2 5132
newdef BaryonHeavy1Form:Outgoing 2 4132
newdef BaryonHeavy1Form:InSpin 2 2
newdef BaryonHeavy1Form:OutSpin 2 2
newdef BaryonHeavy1Form:Spectator1 2 1
newdef BaryonHeavy1Form:Spectator2 2 3
newdef BaryonHeavy1Form:InQuark 2 5
newdef BaryonHeavy1Form:OutQuark 2 4
newdef BaryonHeavy1Form:Incoming 3 5112
newdef BaryonHeavy1Form:Outgoing 3 4112
newdef BaryonHeavy1Form:InSpin 3 2
newdef BaryonHeavy1Form:OutSpin 3 2
newdef BaryonHeavy1Form:Spectator1 3 1
newdef BaryonHeavy1Form:Spectator2 3 1
newdef BaryonHeavy1Form:InQuark 3 5
newdef BaryonHeavy1Form:OutQuark 3 4
newdef BaryonHeavy1Form:Incoming 4 5212
newdef BaryonHeavy1Form:Outgoing 4 4212
newdef BaryonHeavy1Form:InSpin 4 2
newdef BaryonHeavy1Form:OutSpin 4 2
newdef BaryonHeavy1Form:Spectator1 4 2
newdef BaryonHeavy1Form:Spectator2 4 1
newdef BaryonHeavy1Form:InQuark 4 5
newdef BaryonHeavy1Form:OutQuark 4 4
newdef BaryonHeavy1Form:Incoming 5 5222
newdef BaryonHeavy1Form:Outgoing 5 4222
newdef BaryonHeavy1Form:InSpin 5 2
newdef BaryonHeavy1Form:OutSpin 5 2
newdef BaryonHeavy1Form:Spectator1 5 2
newdef BaryonHeavy1Form:Spectator2 5 2
newdef BaryonHeavy1Form:InQuark 5 5
newdef BaryonHeavy1Form:OutQuark 5 4
newdef BaryonHeavy1Form:Incoming 6 5332
newdef BaryonHeavy1Form:Outgoing 6 4332
newdef BaryonHeavy1Form:InSpin 6 2
newdef BaryonHeavy1Form:OutSpin 6 2
newdef BaryonHeavy1Form:Spectator1 6 3
newdef BaryonHeavy1Form:Spectator2 6 3
newdef BaryonHeavy1Form:InQuark 6 5
newdef BaryonHeavy1Form:OutQuark 6 4
newdef BaryonHeavy1Form:Incoming 7 5112
newdef BaryonHeavy1Form:Outgoing 7 4114
newdef BaryonHeavy1Form:InSpin 7 2
newdef BaryonHeavy1Form:OutSpin 7 4
newdef BaryonHeavy1Form:Spectator1 7 1
newdef BaryonHeavy1Form:Spectator2 7 1
newdef BaryonHeavy1Form:InQuark 7 5
newdef BaryonHeavy1Form:OutQuark 7 4
newdef BaryonHeavy1Form:Incoming 8 5212
newdef BaryonHeavy1Form:Outgoing 8 4214
newdef BaryonHeavy1Form:InSpin 8 2
newdef BaryonHeavy1Form:OutSpin 8 4
newdef BaryonHeavy1Form:Spectator1 8 2
newdef BaryonHeavy1Form:Spectator2 8 1
newdef BaryonHeavy1Form:InQuark 8 5
newdef BaryonHeavy1Form:OutQuark 8 4
newdef BaryonHeavy1Form:Incoming 9 5222
newdef BaryonHeavy1Form:Outgoing 9 4224
newdef BaryonHeavy1Form:InSpin 9 2
newdef BaryonHeavy1Form:OutSpin 9 4
newdef BaryonHeavy1Form:Spectator1 9 2
newdef BaryonHeavy1Form:Spectator2 9 2
newdef BaryonHeavy1Form:InQuark 9 5
newdef BaryonHeavy1Form:OutQuark 9 4
newdef BaryonHeavy1Form:Incoming 10 5332
newdef BaryonHeavy1Form:Outgoing 10 4334
newdef BaryonHeavy1Form:InSpin 10 2
newdef BaryonHeavy1Form:OutSpin 10 4
newdef BaryonHeavy1Form:Spectator1 10 3
newdef BaryonHeavy1Form:Spectator2 10 3
newdef BaryonHeavy1Form:InQuark 10 5
newdef BaryonHeavy1Form:OutQuark 10 4
newdef BaryonHeavy1:FormFactor BaryonHeavy1Form
#
create Herwig::SemiLeptonicBaryonDecayer BaryonHeavy2
newdef BaryonHeavy2:Iteration 1
newdef BaryonHeavy2:Ntry 500
newdef BaryonHeavy2:Points 10000
insert BaryonHeavy2:MaximumWeight 0 0.224529
insert BaryonHeavy2:MaximumWeight 1 0.220339
insert BaryonHeavy2:MaximumWeight 2 0.0563864
insert BaryonHeavy2:MaximumWeight 3 2.99041e-11
insert BaryonHeavy2:MaximumWeight 4 3.16203e-11
insert BaryonHeavy2:MaximumWeight 5 5.07564e-12
insert BaryonHeavy2:MaximumWeight 6 2.20245e-11
insert BaryonHeavy2:MaximumWeight 7 2.73425e-11
insert BaryonHeavy2:MaximumWeight 8 4.50209e-12
insert BaryonHeavy2:MaximumWeight 9 3.83095e-11
insert BaryonHeavy2:MaximumWeight 10 3.46566e-11
insert BaryonHeavy2:MaximumWeight 11 6.57251e-12
insert BaryonHeavy2:MaximumWeight 12 0.266394
insert BaryonHeavy2:MaximumWeight 13 0.247822
insert BaryonHeavy2:MaximumWeight 14 0.0409128
insert BaryonHeavy2:MaximumWeight 15 0.273397
insert BaryonHeavy2:MaximumWeight 16 0.267639
insert BaryonHeavy2:MaximumWeight 17 0.0666931
insert BaryonHeavy2:MaximumWeight 18 0.273754
insert BaryonHeavy2:MaximumWeight 19 0.268016
insert BaryonHeavy2:MaximumWeight 20 0.0667733
insert BaryonHeavy2:MaximumWeight 21 0.100
insert BaryonHeavy2:MaximumWeight 22 0.098
insert BaryonHeavy2:MaximumWeight 23 1.72323e-10
insert BaryonHeavy2:MaximumWeight 24 1.46686e-10
insert BaryonHeavy2:MaximumWeight 25 1.71899e-10
insert BaryonHeavy2:MaximumWeight 26 1.45838e-10
insert BaryonHeavy2:MaximumWeight 27 1.75848e-10
insert BaryonHeavy2:MaximumWeight 28 1.49537e-10
insert BaryonHeavy2:MaximumWeight 29 0.164607
insert BaryonHeavy2:MaximumWeight 30 0.143456
insert BaryonHeavy2:MaximumWeight 31 0.041659
insert BaryonHeavy2:MaximumWeight 32 0.0362478
create Herwig::LeptonNeutrinoCurrent BaryonHeavy2Current HwWeakCurrents.so
newdef BaryonHeavy2Current:Quark 0 11
newdef BaryonHeavy2Current:AntiQuark 0 -12
newdef BaryonHeavy2Current:Quark 1 13
newdef BaryonHeavy2Current:AntiQuark 1 -15
newdef BaryonHeavy2Current:Quark 2 15
newdef BaryonHeavy2Current:AntiQuark 2 -16
newdef BaryonHeavy2:Current BaryonHeavy2Current
create Herwig::SingletonFormFactor BaryonHeavy2Form
newdef BaryonHeavy2Form:CharmMass 1.8
newdef BaryonHeavy2Form:StrangeMass 0.51
newdef BaryonHeavy2Form:ThetaLambda 0.785398
newdef BaryonHeavy2Form:ThetaSigma 0.785398
newdef BaryonHeavy2Form:ThetaXi 0.785398
newdef BaryonHeavy2Form:ThetaXiPrime 0.785398
newdef BaryonHeavy2Form:PoleMass 0 6
newdef BaryonHeavy2Form:PoleMass 1 6
newdef BaryonHeavy2Form:PoleMass 2 6
newdef BaryonHeavy2Form:PoleMass 3 6
newdef BaryonHeavy2Form:PoleMass 4 6.4
newdef BaryonHeavy2Form:PoleMass 5 6
newdef BaryonHeavy2Form:PoleMass 6 6
newdef BaryonHeavy2Form:PoleMass 7 2.5
newdef BaryonHeavy2Form:PoleMass 8 2.8
newdef BaryonHeavy2Form:PoleMass 9 2.8
newdef BaryonHeavy2Form:PoleMass 10 2.8
newdef BaryonHeavy2Form:PoleMass 11 2.8
newdef BaryonHeavy2Form:PoleMass 12 2.8
newdef BaryonHeavy2Form:Incoming 0 5122
newdef BaryonHeavy2Form:Outgoing 0 4122
newdef BaryonHeavy2Form:InSpin 0 2
newdef BaryonHeavy2Form:OutSpin 0 2
newdef BaryonHeavy2Form:Spectator1 0 1
newdef BaryonHeavy2Form:Spectator2 0 2
newdef BaryonHeavy2Form:InQuark 0 5
newdef BaryonHeavy2Form:OutQuark 0 4
newdef BaryonHeavy2Form:Incoming 1 5112
newdef BaryonHeavy2Form:Outgoing 1 4112
newdef BaryonHeavy2Form:InSpin 1 2
newdef BaryonHeavy2Form:OutSpin 1 2
newdef BaryonHeavy2Form:Spectator1 1 1
newdef BaryonHeavy2Form:Spectator2 1 1
newdef BaryonHeavy2Form:InQuark 1 5
newdef BaryonHeavy2Form:OutQuark 1 4
newdef BaryonHeavy2Form:Incoming 2 5212
newdef BaryonHeavy2Form:Outgoing 2 4212
newdef BaryonHeavy2Form:InSpin 2 2
newdef BaryonHeavy2Form:OutSpin 2 2
newdef BaryonHeavy2Form:Spectator1 2 2
newdef BaryonHeavy2Form:Spectator2 2 1
newdef BaryonHeavy2Form:InQuark 2 5
newdef BaryonHeavy2Form:OutQuark 2 4
newdef BaryonHeavy2Form:Incoming 3 5222
newdef BaryonHeavy2Form:Outgoing 3 4222
newdef BaryonHeavy2Form:InSpin 3 2
newdef BaryonHeavy2Form:OutSpin 3 2
newdef BaryonHeavy2Form:Spectator1 3 2
newdef BaryonHeavy2Form:Spectator2 3 2
newdef BaryonHeavy2Form:InQuark 3 5
newdef BaryonHeavy2Form:OutQuark 3 4
newdef BaryonHeavy2Form:Incoming 4 5332
newdef BaryonHeavy2Form:Outgoing 4 4332
newdef BaryonHeavy2Form:InSpin 4 2
newdef BaryonHeavy2Form:OutSpin 4 2
newdef BaryonHeavy2Form:Spectator1 4 3
newdef BaryonHeavy2Form:Spectator2 4 3
newdef BaryonHeavy2Form:InQuark 4 5
newdef BaryonHeavy2Form:OutQuark 4 4
newdef BaryonHeavy2Form:Incoming 5 5232
newdef BaryonHeavy2Form:Outgoing 5 4232
newdef BaryonHeavy2Form:InSpin 5 2
newdef BaryonHeavy2Form:OutSpin 5 2
newdef BaryonHeavy2Form:Spectator1 5 2
newdef BaryonHeavy2Form:Spectator2 5 3
newdef BaryonHeavy2Form:InQuark 5 5
newdef BaryonHeavy2Form:OutQuark 5 4
newdef BaryonHeavy2Form:Incoming 6 5132
newdef BaryonHeavy2Form:Outgoing 6 4132
newdef BaryonHeavy2Form:InSpin 6 2
newdef BaryonHeavy2Form:OutSpin 6 2
newdef BaryonHeavy2Form:Spectator1 6 1
newdef BaryonHeavy2Form:Spectator2 6 3
newdef BaryonHeavy2Form:InQuark 6 5
newdef BaryonHeavy2Form:OutQuark 6 4
newdef BaryonHeavy2Form:Incoming 7 4122
newdef BaryonHeavy2Form:Outgoing 7 3122
newdef BaryonHeavy2Form:InSpin 7 2
newdef BaryonHeavy2Form:OutSpin 7 2
newdef BaryonHeavy2Form:Spectator1 7 1
newdef BaryonHeavy2Form:Spectator2 7 2
newdef BaryonHeavy2Form:InQuark 7 4
newdef BaryonHeavy2Form:OutQuark 7 3
newdef BaryonHeavy2Form:Incoming 8 4112
newdef BaryonHeavy2Form:Outgoing 8 3112
newdef BaryonHeavy2Form:InSpin 8 2
newdef BaryonHeavy2Form:OutSpin 8 2
newdef BaryonHeavy2Form:Spectator1 8 1
newdef BaryonHeavy2Form:Spectator2 8 1
newdef BaryonHeavy2Form:InQuark 8 4
newdef BaryonHeavy2Form:OutQuark 8 3
newdef BaryonHeavy2Form:Incoming 9 4212
newdef BaryonHeavy2Form:Outgoing 9 3212
newdef BaryonHeavy2Form:InSpin 9 2
newdef BaryonHeavy2Form:OutSpin 9 2
newdef BaryonHeavy2Form:Spectator1 9 2
newdef BaryonHeavy2Form:Spectator2 9 1
newdef BaryonHeavy2Form:InQuark 9 4
newdef BaryonHeavy2Form:OutQuark 9 3
newdef BaryonHeavy2Form:Incoming 10 4222
newdef BaryonHeavy2Form:Outgoing 10 3222
newdef BaryonHeavy2Form:InSpin 10 2
newdef BaryonHeavy2Form:OutSpin 10 2
newdef BaryonHeavy2Form:Spectator1 10 2
newdef BaryonHeavy2Form:Spectator2 10 2
newdef BaryonHeavy2Form:InQuark 10 4
newdef BaryonHeavy2Form:OutQuark 10 3
newdef BaryonHeavy2Form:Incoming 11 4232
newdef BaryonHeavy2Form:Outgoing 11 3322
newdef BaryonHeavy2Form:InSpin 11 2
newdef BaryonHeavy2Form:OutSpin 11 2
newdef BaryonHeavy2Form:Spectator1 11 2
newdef BaryonHeavy2Form:Spectator2 11 3
newdef BaryonHeavy2Form:InQuark 11 4
newdef BaryonHeavy2Form:OutQuark 11 3
newdef BaryonHeavy2Form:Incoming 12 4132
newdef BaryonHeavy2Form:Outgoing 12 3312
newdef BaryonHeavy2Form:InSpin 12 2
newdef BaryonHeavy2Form:OutSpin 12 2
newdef BaryonHeavy2Form:Spectator1 12 1
newdef BaryonHeavy2Form:Spectator2 12 3
newdef BaryonHeavy2Form:InQuark 12 4
newdef BaryonHeavy2Form:OutQuark 12 3
newdef BaryonHeavy2:FormFactor BaryonHeavy2Form
#
create Herwig::KornerKramerCharmDecayer CharmBaryon1
newdef CharmBaryon1:Iteration 1
newdef CharmBaryon1:Ntry 500
newdef CharmBaryon1:Points 10000
newdef CharmBaryon1:GenerateIntermediates 0
newdef CharmBaryon1:OneOverNc 0
newdef CharmBaryon1:Fpi 131.7
newdef CharmBaryon1:FK 160.6
newdef CharmBaryon1:Frho 0.272
newdef CharmBaryon1:fKstar 0.238
newdef CharmBaryon1:Mdcplus 2.42
newdef CharmBaryon1:Mscplus 2.54
newdef CharmBaryon1:Mdcminus 2.01
newdef CharmBaryon1:Mscminus 2.11
newdef CharmBaryon1:Cplus 0.73
newdef CharmBaryon1:Cminus 1.9
newdef CharmBaryon1:H2 0.119
newdef CharmBaryon1:H3 -0.011
newdef CharmBaryon1:I1 0 -0.333333
newdef CharmBaryon1:I2 0 -0.333333
newdef CharmBaryon1:I3 0 -0.333333
newdef CharmBaryon1:I4 0 0.666667
newdef CharmBaryon1:I5 0 0.166667
newdef CharmBaryon1:Ihat3 0 -0.333333
newdef CharmBaryon1:Ihat4 0 0.666667
newdef CharmBaryon1:Incoming 0 4122
newdef CharmBaryon1:OutgoingB 0 3122
newdef CharmBaryon1:OutgoingM 0 211
newdef CharmBaryon1:MaxWeight 0 0.0131
newdef CharmBaryon1:I1 1 0
newdef CharmBaryon1:I2 1 0
newdef CharmBaryon1:I3 1 -0.57735
newdef CharmBaryon1:I4 1 0
newdef CharmBaryon1:I5 1 -0.288675
newdef CharmBaryon1:Ihat3 1 0.57735
newdef CharmBaryon1:Ihat4 1 -1.1547
newdef CharmBaryon1:Incoming 1 4122
newdef CharmBaryon1:OutgoingB 1 3212
newdef CharmBaryon1:OutgoingM 1 211
newdef CharmBaryon1:MaxWeight 1 0.00585
newdef CharmBaryon1:I1 2 0
newdef CharmBaryon1:I2 2 0
newdef CharmBaryon1:I3 2 0.57735
newdef CharmBaryon1:I4 2 0
newdef CharmBaryon1:I5 2 0.288675
newdef CharmBaryon1:Ihat3 2 -0.57735
newdef CharmBaryon1:Ihat4 2 1.1547
newdef CharmBaryon1:Incoming 2 4122
newdef CharmBaryon1:OutgoingB 2 3222
newdef CharmBaryon1:OutgoingM 2 111
newdef CharmBaryon1:MaxWeight 2 0.0059
newdef CharmBaryon1:I1 3 0
newdef CharmBaryon1:I2 3 0
newdef CharmBaryon1:I3 3 -0.169102
newdef CharmBaryon1:I4 3 0.57735
newdef CharmBaryon1:I5 3 0.204124
newdef CharmBaryon1:Ihat3 3 0.408248
newdef CharmBaryon1:Ihat4 3 -0.816497
newdef CharmBaryon1:Incoming 3 4122
newdef CharmBaryon1:OutgoingB 3 3222
newdef CharmBaryon1:OutgoingM 3 221
newdef CharmBaryon1:MaxWeight 3 0.00247881
newdef CharmBaryon1:I1 4 0
newdef CharmBaryon1:I2 4 0
newdef CharmBaryon1:I3 4 0.985599
newdef CharmBaryon1:I4 4 -0.57735
newdef CharmBaryon1:I5 4 0.204124
newdef CharmBaryon1:Ihat3 4 0.408248
newdef CharmBaryon1:Ihat4 4 -0.816497
newdef CharmBaryon1:Incoming 4 4122
newdef CharmBaryon1:OutgoingB 4 3222
newdef CharmBaryon1:OutgoingM 4 331
newdef CharmBaryon1:MaxWeight 4 0.0215345
newdef CharmBaryon1:I1 5 -0.408248
newdef CharmBaryon1:I2 5 -0.408248
newdef CharmBaryon1:I3 5 -0.816497
newdef CharmBaryon1:I4 5 0.816497
newdef CharmBaryon1:I5 5 0
newdef CharmBaryon1:Ihat3 5 0
newdef CharmBaryon1:Ihat4 5 0
newdef CharmBaryon1:Incoming 5 4122
newdef CharmBaryon1:OutgoingB 5 2212
newdef CharmBaryon1:OutgoingM 5 -311
newdef CharmBaryon1:MaxWeight 5 0.045
newdef CharmBaryon1:I1 6 0
newdef CharmBaryon1:I2 6 0
newdef CharmBaryon1:I3 6 0
newdef CharmBaryon1:I4 6 0.816497
newdef CharmBaryon1:I5 6 0.408248
newdef CharmBaryon1:Ihat3 6 0
newdef CharmBaryon1:Ihat4 6 0
newdef CharmBaryon1:Incoming 6 4122
newdef CharmBaryon1:OutgoingB 6 3322
newdef CharmBaryon1:OutgoingM 6 321
newdef CharmBaryon1:MaxWeight 6 0.00427652
newdef CharmBaryon1:I1 7 -0.408248
newdef CharmBaryon1:I2 7 -0.408248
newdef CharmBaryon1:I3 7 0
newdef CharmBaryon1:I4 7 0
newdef CharmBaryon1:I5 7 0
newdef CharmBaryon1:Ihat3 7 -0.816497
newdef CharmBaryon1:Ihat4 7 1.63299
newdef CharmBaryon1:Incoming 7 4232
newdef CharmBaryon1:OutgoingB 7 3222
newdef CharmBaryon1:OutgoingM 7 -311
newdef CharmBaryon1:MaxWeight 7 0.136
newdef CharmBaryon1:I1 8 0.408248
newdef CharmBaryon1:I2 8 0.408248
newdef CharmBaryon1:I3 8 0
newdef CharmBaryon1:I4 8 0
newdef CharmBaryon1:I5 8 0
newdef CharmBaryon1:Ihat3 8 0.816497
newdef CharmBaryon1:Ihat4 8 -1.63299
newdef CharmBaryon1:Incoming 8 4232
newdef CharmBaryon1:OutgoingB 8 3322
newdef CharmBaryon1:OutgoingM 8 211
newdef CharmBaryon1:MaxWeight 8 0.067
newdef CharmBaryon1:I1 9 0.166667
newdef CharmBaryon1:I2 9 0.166667
newdef CharmBaryon1:I3 9 0.666667
newdef CharmBaryon1:I4 9 -0.333333
newdef CharmBaryon1:I5 9 0.166667
newdef CharmBaryon1:Ihat3 9 -0.333333
newdef CharmBaryon1:Ihat4 9 0.666667
newdef CharmBaryon1:Incoming 9 4132
newdef CharmBaryon1:OutgoingB 9 3122
newdef CharmBaryon1:OutgoingM 9 -311
newdef CharmBaryon1:MaxWeight 9 0.0023
newdef CharmBaryon1:I1 10 0.288675
newdef CharmBaryon1:I2 10 0.288675
newdef CharmBaryon1:I3 10 0
newdef CharmBaryon1:I4 10 -0.57735
newdef CharmBaryon1:I5 10 -0.288675
newdef CharmBaryon1:Ihat3 10 0.57735
newdef CharmBaryon1:Ihat4 10 -1.1547
newdef CharmBaryon1:Incoming 10 4132
newdef CharmBaryon1:OutgoingB 10 3212
newdef CharmBaryon1:OutgoingM 10 -311
newdef CharmBaryon1:MaxWeight 10 0.025
newdef CharmBaryon1:I1 11 0
newdef CharmBaryon1:I2 11 0
newdef CharmBaryon1:I3 11 0
newdef CharmBaryon1:I4 11 0.816497
newdef CharmBaryon1:I5 11 0.408248
newdef CharmBaryon1:Ihat3 11 0
newdef CharmBaryon1:Ihat4 11 0
newdef CharmBaryon1:Incoming 11 4132
newdef CharmBaryon1:OutgoingB 11 3222
newdef CharmBaryon1:OutgoingM 11 -321
newdef CharmBaryon1:MaxWeight 11 0.00201135
newdef CharmBaryon1:I1 12 0
newdef CharmBaryon1:I2 12 0
newdef CharmBaryon1:I3 12 0.57735
newdef CharmBaryon1:I4 12 -0.57735
newdef CharmBaryon1:I5 12 0
newdef CharmBaryon1:Ihat3 12 -0.57735
newdef CharmBaryon1:Ihat4 12 1.1547
newdef CharmBaryon1:Incoming 12 4132
newdef CharmBaryon1:OutgoingB 12 3322
newdef CharmBaryon1:OutgoingM 12 111
newdef CharmBaryon1:MaxWeight 12 0.00075
newdef CharmBaryon1:I1 13 0
newdef CharmBaryon1:I2 13 0
newdef CharmBaryon1:I3 13 -0.169102
newdef CharmBaryon1:I4 13 -0.408248
newdef CharmBaryon1:I5 13 -0.288675
newdef CharmBaryon1:Ihat3 13 0.408248
newdef CharmBaryon1:Ihat4 13 -0.816497
newdef CharmBaryon1:Incoming 13 4132
newdef CharmBaryon1:OutgoingB 13 3322
newdef CharmBaryon1:OutgoingM 13 221
newdef CharmBaryon1:MaxWeight 13 0.0048
newdef CharmBaryon1:I1 14 0
newdef CharmBaryon1:I2 14 0
newdef CharmBaryon1:I3 14 0.985599
newdef CharmBaryon1:I4 14 -0.408248
newdef CharmBaryon1:I5 14 0.288675
newdef CharmBaryon1:Ihat3 14 0.408248
newdef CharmBaryon1:Ihat4 14 -0.816497
newdef CharmBaryon1:Incoming 14 4132
newdef CharmBaryon1:OutgoingB 14 3322
newdef CharmBaryon1:OutgoingM 14 331
newdef CharmBaryon1:MaxWeight 14 0.0142804
newdef CharmBaryon1:I1 15 -0.408248
newdef CharmBaryon1:I2 15 -0.408248
newdef CharmBaryon1:I3 15 -0.816497
newdef CharmBaryon1:I4 15 0.816497
newdef CharmBaryon1:I5 15 0
newdef CharmBaryon1:Ihat3 15 0
newdef CharmBaryon1:Ihat4 15 0
newdef CharmBaryon1:Incoming 15 4132
newdef CharmBaryon1:OutgoingB 15 3312
newdef CharmBaryon1:OutgoingM 15 211
newdef CharmBaryon1:MaxWeight 15 0.0176031
newdef CharmBaryon1:I1 16 1
newdef CharmBaryon1:I2 16 -1
newdef CharmBaryon1:I3 16 0
newdef CharmBaryon1:I4 16 0
newdef CharmBaryon1:I5 16 0
newdef CharmBaryon1:Ihat3 16 2
newdef CharmBaryon1:Ihat4 16 0
newdef CharmBaryon1:Incoming 16 4332
newdef CharmBaryon1:OutgoingB 16 3322
newdef CharmBaryon1:OutgoingM 16 -311
newdef CharmBaryon1:MaxWeight 16 0.0200215
newdef CharmBaryon1:I1 17 -0.333333
newdef CharmBaryon1:I2 17 -0.333333
newdef CharmBaryon1:I3 17 -0.333333
newdef CharmBaryon1:I4 17 0.666667
newdef CharmBaryon1:I5 17 0.166667
newdef CharmBaryon1:Ihat3 17 -0.333333
newdef CharmBaryon1:Ihat4 17 0.666667
newdef CharmBaryon1:Incoming 17 4122
newdef CharmBaryon1:OutgoingB 17 3122
newdef CharmBaryon1:OutgoingM 17 213
newdef CharmBaryon1:MaxWeight 17 0.41
newdef CharmBaryon1:I1 18 0
newdef CharmBaryon1:I2 18 0
newdef CharmBaryon1:I3 18 -0.57735
newdef CharmBaryon1:I4 18 0
newdef CharmBaryon1:I5 18 -0.288675
newdef CharmBaryon1:Ihat3 18 0.57735
newdef CharmBaryon1:Ihat4 18 -1.1547
newdef CharmBaryon1:Incoming 18 4122
newdef CharmBaryon1:OutgoingB 18 3212
newdef CharmBaryon1:OutgoingM 18 213
newdef CharmBaryon1:MaxWeight 18 0.0554171
newdef CharmBaryon1:I1 19 0
newdef CharmBaryon1:I2 19 0
newdef CharmBaryon1:I3 19 0.57735
newdef CharmBaryon1:I4 19 0
newdef CharmBaryon1:I5 19 0.288675
newdef CharmBaryon1:Ihat3 19 -0.57735
newdef CharmBaryon1:Ihat4 19 1.1547
newdef CharmBaryon1:Incoming 19 4122
newdef CharmBaryon1:OutgoingB 19 3222
newdef CharmBaryon1:OutgoingM 19 113
newdef CharmBaryon1:MaxWeight 19 0.0550436
newdef CharmBaryon1:I1 20 0
newdef CharmBaryon1:I2 20 0
newdef CharmBaryon1:I3 20 0.57735
newdef CharmBaryon1:I4 20 0
newdef CharmBaryon1:I5 20 0.288675
newdef CharmBaryon1:Ihat3 20 0.57735
newdef CharmBaryon1:Ihat4 20 -1.1547
newdef CharmBaryon1:Incoming 20 4122
newdef CharmBaryon1:OutgoingB 20 3222
newdef CharmBaryon1:OutgoingM 20 223
newdef CharmBaryon1:MaxWeight 20 0.201805
newdef CharmBaryon1:I1 21 0
newdef CharmBaryon1:I2 21 0
newdef CharmBaryon1:I3 21 0.816497
newdef CharmBaryon1:I4 21 -0.816497
newdef CharmBaryon1:I5 21 0
newdef CharmBaryon1:Ihat3 21 0
newdef CharmBaryon1:Ihat4 21 0
newdef CharmBaryon1:Incoming 21 4122
newdef CharmBaryon1:OutgoingB 21 3222
newdef CharmBaryon1:OutgoingM 21 333
newdef CharmBaryon1:MaxWeight 21 0.00524444
newdef CharmBaryon1:I1 22 -0.408248
newdef CharmBaryon1:I2 22 -0.408248
newdef CharmBaryon1:I3 22 -0.816497
newdef CharmBaryon1:I4 22 0.816497
newdef CharmBaryon1:I5 22 0
newdef CharmBaryon1:Ihat3 22 0
newdef CharmBaryon1:Ihat4 22 0
newdef CharmBaryon1:Incoming 22 4122
newdef CharmBaryon1:OutgoingB 22 2212
newdef CharmBaryon1:OutgoingM 22 -313
newdef CharmBaryon1:MaxWeight 22 0.0798045
newdef CharmBaryon1:I1 23 0
newdef CharmBaryon1:I2 23 0
newdef CharmBaryon1:I3 23 0
newdef CharmBaryon1:I4 23 0.816497
newdef CharmBaryon1:I5 23 0.408248
newdef CharmBaryon1:Ihat3 23 0
newdef CharmBaryon1:Ihat4 23 0
newdef CharmBaryon1:Incoming 23 4122
newdef CharmBaryon1:OutgoingB 23 3322
newdef CharmBaryon1:OutgoingM 23 323
newdef CharmBaryon1:MaxWeight 23 0.00335682
newdef CharmBaryon1:I1 24 -0.408248
newdef CharmBaryon1:I2 24 -0.408248
newdef CharmBaryon1:I3 24 0
newdef CharmBaryon1:I4 24 0
newdef CharmBaryon1:I5 24 0
newdef CharmBaryon1:Ihat3 24 -0.816497
newdef CharmBaryon1:Ihat4 24 1.63299
newdef CharmBaryon1:Incoming 24 4232
newdef CharmBaryon1:OutgoingB 24 3222
newdef CharmBaryon1:OutgoingM 24 -313
newdef CharmBaryon1:MaxWeight 24 0.0465517
newdef CharmBaryon1:I1 25 0.408248
newdef CharmBaryon1:I2 25 0.408248
newdef CharmBaryon1:I3 25 0
newdef CharmBaryon1:I4 25 0
newdef CharmBaryon1:I5 25 0
newdef CharmBaryon1:Ihat3 25 0.816497
newdef CharmBaryon1:Ihat4 25 -1.63299
newdef CharmBaryon1:Incoming 25 4232
newdef CharmBaryon1:OutgoingB 25 3322
newdef CharmBaryon1:OutgoingM 25 213
newdef CharmBaryon1:MaxWeight 25 1.72674
newdef CharmBaryon1:I1 26 0.166667
newdef CharmBaryon1:I2 26 0.166667
newdef CharmBaryon1:I3 26 0.666667
newdef CharmBaryon1:I4 26 -0.333333
newdef CharmBaryon1:I5 26 0.166667
newdef CharmBaryon1:Ihat3 26 -0.333333
newdef CharmBaryon1:Ihat4 26 0.666667
newdef CharmBaryon1:Incoming 26 4132
newdef CharmBaryon1:OutgoingB 26 3122
newdef CharmBaryon1:OutgoingM 26 -313
newdef CharmBaryon1:MaxWeight 26 0.0299461
newdef CharmBaryon1:I1 27 0.288675
newdef CharmBaryon1:I2 27 0.288675
newdef CharmBaryon1:I3 27 0
newdef CharmBaryon1:I4 27 -0.57735
newdef CharmBaryon1:I5 27 -0.288675
newdef CharmBaryon1:Ihat3 27 0.57735
newdef CharmBaryon1:Ihat4 27 -1.1547
newdef CharmBaryon1:Incoming 27 4132
newdef CharmBaryon1:OutgoingB 27 3212
newdef CharmBaryon1:OutgoingM 27 -313
newdef CharmBaryon1:MaxWeight 27 0.0108903
newdef CharmBaryon1:I1 28 0
newdef CharmBaryon1:I2 28 0
newdef CharmBaryon1:I3 28 0
newdef CharmBaryon1:I4 28 0.816497
newdef CharmBaryon1:I5 28 0.408248
newdef CharmBaryon1:Ihat3 28 0
newdef CharmBaryon1:Ihat4 28 0
newdef CharmBaryon1:Incoming 28 4132
newdef CharmBaryon1:OutgoingB 28 3222
newdef CharmBaryon1:OutgoingM 28 -323
newdef CharmBaryon1:MaxWeight 28 0.0072
newdef CharmBaryon1:I1 29 0
newdef CharmBaryon1:I2 29 0
newdef CharmBaryon1:I3 29 0.57735
newdef CharmBaryon1:I4 29 -0.57735
newdef CharmBaryon1:I5 29 0
newdef CharmBaryon1:Ihat3 29 -0.57735
newdef CharmBaryon1:Ihat4 29 1.1547
newdef CharmBaryon1:Incoming 29 4132
newdef CharmBaryon1:OutgoingB 29 3322
newdef CharmBaryon1:OutgoingM 29 113
newdef CharmBaryon1:MaxWeight 29 0.0288654
newdef CharmBaryon1:I1 30 0
newdef CharmBaryon1:I2 30 0
newdef CharmBaryon1:I3 30 0.57735
newdef CharmBaryon1:I4 30 -0.57735
newdef CharmBaryon1:I5 30 0
newdef CharmBaryon1:Ihat3 30 0.57735
newdef CharmBaryon1:Ihat4 30 -1.1547
newdef CharmBaryon1:Incoming 30 4132
newdef CharmBaryon1:OutgoingB 30 3322
newdef CharmBaryon1:OutgoingM 30 223
newdef CharmBaryon1:MaxWeight 30 0.12
newdef CharmBaryon1:I1 31 0
newdef CharmBaryon1:I2 31 0
newdef CharmBaryon1:I3 31 0.816497
newdef CharmBaryon1:I4 31 0
newdef CharmBaryon1:I5 31 0.408248
newdef CharmBaryon1:Ihat3 31 0
newdef CharmBaryon1:Ihat4 31 0
newdef CharmBaryon1:Incoming 31 4132
newdef CharmBaryon1:OutgoingB 31 3322
newdef CharmBaryon1:OutgoingM 31 333
newdef CharmBaryon1:MaxWeight 31 0.00536368
newdef CharmBaryon1:I1 32 -0.408248
newdef CharmBaryon1:I2 32 -0.408248
newdef CharmBaryon1:I3 32 -0.816497
newdef CharmBaryon1:I4 32 0.816497
newdef CharmBaryon1:I5 32 0
newdef CharmBaryon1:Ihat3 32 0
newdef CharmBaryon1:Ihat4 32 0
newdef CharmBaryon1:Incoming 32 4132
newdef CharmBaryon1:OutgoingB 32 3312
newdef CharmBaryon1:OutgoingM 32 213
newdef CharmBaryon1:MaxWeight 32 0.27
newdef CharmBaryon1:I1 33 1
newdef CharmBaryon1:I2 33 -1
newdef CharmBaryon1:I3 33 0
newdef CharmBaryon1:I4 33 0
newdef CharmBaryon1:I5 33 0
newdef CharmBaryon1:Ihat3 33 2
newdef CharmBaryon1:Ihat4 33 0
newdef CharmBaryon1:Incoming 33 4332
newdef CharmBaryon1:OutgoingB 33 3322
newdef CharmBaryon1:OutgoingM 33 -313
newdef CharmBaryon1:MaxWeight 33 0.0159979
newdef CharmBaryon1:I1 34 0
newdef CharmBaryon1:I2 34 0.333333
newdef CharmBaryon1:I3 34 0
newdef CharmBaryon1:I4 34 0
newdef CharmBaryon1:I5 34 0
newdef CharmBaryon1:Ihat3 34 0
newdef CharmBaryon1:Ihat4 34 0
newdef CharmBaryon1:Incoming 34 4122
newdef CharmBaryon1:OutgoingB 34 3214
newdef CharmBaryon1:OutgoingM 34 211
newdef CharmBaryon1:MaxWeight 34 0.0203127
newdef CharmBaryon1:I1 35 0
newdef CharmBaryon1:I2 35 0.333333
newdef CharmBaryon1:I3 35 0
newdef CharmBaryon1:I4 35 0
newdef CharmBaryon1:I5 35 0
newdef CharmBaryon1:Ihat3 35 0
newdef CharmBaryon1:Ihat4 35 0
newdef CharmBaryon1:Incoming 35 4122
newdef CharmBaryon1:OutgoingB 35 3224
newdef CharmBaryon1:OutgoingM 35 111
newdef CharmBaryon1:MaxWeight 35 0.0206847
newdef CharmBaryon1:I1 36 0
newdef CharmBaryon1:I2 36 0.569036
newdef CharmBaryon1:I3 36 0
newdef CharmBaryon1:I4 36 0
newdef CharmBaryon1:I5 36 0
newdef CharmBaryon1:Ihat3 36 0
newdef CharmBaryon1:Ihat4 36 0
newdef CharmBaryon1:Incoming 36 4122
newdef CharmBaryon1:OutgoingB 36 3224
newdef CharmBaryon1:OutgoingM 36 221
newdef CharmBaryon1:MaxWeight 36 0.0243183
newdef CharmBaryon1:I1 37 0
newdef CharmBaryon1:I2 37 -0.097631
newdef CharmBaryon1:I3 37 0
newdef CharmBaryon1:I4 37 0
newdef CharmBaryon1:I5 37 0
newdef CharmBaryon1:Ihat3 37 0
newdef CharmBaryon1:Ihat4 37 0
newdef CharmBaryon1:Incoming 37 4122
newdef CharmBaryon1:OutgoingB 37 3224
newdef CharmBaryon1:OutgoingM 37 331
newdef CharmBaryon1:MaxWeight 37 3.90584e-07
newdef CharmBaryon1:I1 38 0
newdef CharmBaryon1:I2 38 -0.471405
newdef CharmBaryon1:I3 38 0
newdef CharmBaryon1:I4 38 0
newdef CharmBaryon1:I5 38 0
newdef CharmBaryon1:Ihat3 38 0
newdef CharmBaryon1:Ihat4 38 0
newdef CharmBaryon1:Incoming 38 4122
newdef CharmBaryon1:OutgoingB 38 2214
newdef CharmBaryon1:OutgoingM 38 -311
newdef CharmBaryon1:MaxWeight 38 0.0172628
newdef CharmBaryon1:I1 39 0
newdef CharmBaryon1:I2 39 -0.816497
newdef CharmBaryon1:I3 39 0
newdef CharmBaryon1:I4 39 0
newdef CharmBaryon1:I5 39 0
newdef CharmBaryon1:Ihat3 39 0
newdef CharmBaryon1:Ihat4 39 0
newdef CharmBaryon1:Incoming 39 4122
newdef CharmBaryon1:OutgoingB 39 2224
newdef CharmBaryon1:OutgoingM 39 -321
newdef CharmBaryon1:MaxWeight 39 0.0519786
newdef CharmBaryon1:I1 40 0
newdef CharmBaryon1:I2 40 0.471405
newdef CharmBaryon1:I3 40 0
newdef CharmBaryon1:I4 40 0
newdef CharmBaryon1:I5 40 0
newdef CharmBaryon1:Ihat3 40 0
newdef CharmBaryon1:Ihat4 40 0
newdef CharmBaryon1:Incoming 40 4122
newdef CharmBaryon1:OutgoingB 40 3324
newdef CharmBaryon1:OutgoingM 40 321
newdef CharmBaryon1:MaxWeight 40 0.0160487
newdef CharmBaryon1:I1 41 0
newdef CharmBaryon1:I2 41 -0.333333
newdef CharmBaryon1:I3 41 0
newdef CharmBaryon1:I4 41 0
newdef CharmBaryon1:I5 41 0
newdef CharmBaryon1:Ihat3 41 0
newdef CharmBaryon1:Ihat4 41 0
newdef CharmBaryon1:Incoming 41 4132
newdef CharmBaryon1:OutgoingB 41 3214
newdef CharmBaryon1:OutgoingM 41 -311
newdef CharmBaryon1:MaxWeight 41 0.00944063
newdef CharmBaryon1:I1 42 0
newdef CharmBaryon1:I2 42 -0.471405
newdef CharmBaryon1:I3 42 0
newdef CharmBaryon1:I4 42 0
newdef CharmBaryon1:I5 42 0
newdef CharmBaryon1:Ihat3 42 0
newdef CharmBaryon1:Ihat4 42 0
newdef CharmBaryon1:Incoming 42 4132
newdef CharmBaryon1:OutgoingB 42 3224
newdef CharmBaryon1:OutgoingM 42 -321
newdef CharmBaryon1:MaxWeight 42 0.0193036
newdef CharmBaryon1:I1 43 0
newdef CharmBaryon1:I2 43 -0.333333
newdef CharmBaryon1:I3 43 0
newdef CharmBaryon1:I4 43 0
newdef CharmBaryon1:I5 43 0
newdef CharmBaryon1:Ihat3 43 0
newdef CharmBaryon1:Ihat4 43 0
newdef CharmBaryon1:Incoming 43 4132
newdef CharmBaryon1:OutgoingB 43 3324
newdef CharmBaryon1:OutgoingM 43 111
newdef CharmBaryon1:MaxWeight 43 0.0138565
newdef CharmBaryon1:I1 44 0
newdef CharmBaryon1:I2 44 0.097631
newdef CharmBaryon1:I3 44 0
newdef CharmBaryon1:I4 44 0
newdef CharmBaryon1:I5 44 0
newdef CharmBaryon1:Ihat3 44 0
newdef CharmBaryon1:Ihat4 44 0
newdef CharmBaryon1:Incoming 44 4132
newdef CharmBaryon1:OutgoingB 44 3324
newdef CharmBaryon1:OutgoingM 44 221
newdef CharmBaryon1:MaxWeight 44 0.000755889
newdef CharmBaryon1:I1 45 0
newdef CharmBaryon1:I2 45 -0.569036
newdef CharmBaryon1:I3 45 0
newdef CharmBaryon1:I4 45 0
newdef CharmBaryon1:I5 45 0
newdef CharmBaryon1:Ihat3 45 0
newdef CharmBaryon1:Ihat4 45 0
newdef CharmBaryon1:Incoming 45 4132
newdef CharmBaryon1:OutgoingB 45 3324
newdef CharmBaryon1:OutgoingM 45 331
newdef CharmBaryon1:MaxWeight 45 9.59072e-06
newdef CharmBaryon1:I1 46 0
newdef CharmBaryon1:I2 46 0.471405
newdef CharmBaryon1:I3 46 0
newdef CharmBaryon1:I4 46 0
newdef CharmBaryon1:I5 46 0
newdef CharmBaryon1:Ihat3 46 0
newdef CharmBaryon1:Ihat4 46 0
newdef CharmBaryon1:Incoming 46 4132
newdef CharmBaryon1:OutgoingB 46 3314
newdef CharmBaryon1:OutgoingM 46 211
newdef CharmBaryon1:MaxWeight 46 0.0273069
newdef CharmBaryon1:I1 47 0
newdef CharmBaryon1:I2 47 0.471405
newdef CharmBaryon1:I3 47 0
newdef CharmBaryon1:I4 47 0
newdef CharmBaryon1:I5 47 0
newdef CharmBaryon1:Ihat3 47 0
newdef CharmBaryon1:Ihat4 47 0
newdef CharmBaryon1:Incoming 47 4132
newdef CharmBaryon1:OutgoingB 47 3334
newdef CharmBaryon1:OutgoingM 47 321
newdef CharmBaryon1:MaxWeight 47 0.00570461
newdef CharmBaryon1:I1 48 -0.57735
newdef CharmBaryon1:I2 48 0
newdef CharmBaryon1:I3 48 0
newdef CharmBaryon1:I4 48 0
newdef CharmBaryon1:I5 48 0
newdef CharmBaryon1:Ihat3 48 0
newdef CharmBaryon1:Ihat4 48 0
newdef CharmBaryon1:Incoming 48 4332
newdef CharmBaryon1:OutgoingB 48 3324
newdef CharmBaryon1:OutgoingM 48 -311
newdef CharmBaryon1:MaxWeight 48 0.00685019
newdef CharmBaryon1:I1 49 -0.57735
newdef CharmBaryon1:I2 49 0
newdef CharmBaryon1:I3 49 0
newdef CharmBaryon1:I4 49 0
newdef CharmBaryon1:I5 49 0
newdef CharmBaryon1:Ihat3 49 0
newdef CharmBaryon1:Ihat4 49 0
newdef CharmBaryon1:Incoming 49 4332
newdef CharmBaryon1:OutgoingB 49 3334
newdef CharmBaryon1:OutgoingM 49 211
newdef CharmBaryon1:MaxWeight 49 0.0101584
newdef CharmBaryon1:I1 50 0
newdef CharmBaryon1:I2 50 0.333333
newdef CharmBaryon1:I3 50 0
newdef CharmBaryon1:I4 50 0
newdef CharmBaryon1:I5 50 0
newdef CharmBaryon1:Ihat3 50 0
newdef CharmBaryon1:Ihat4 50 0
newdef CharmBaryon1:Incoming 50 4122
newdef CharmBaryon1:OutgoingB 50 3214
newdef CharmBaryon1:OutgoingM 50 213
newdef CharmBaryon1:MaxWeight 50 0.0380711
newdef CharmBaryon1:I1 51 0
newdef CharmBaryon1:I2 51 0.333333
newdef CharmBaryon1:I3 51 0
newdef CharmBaryon1:I4 51 0
newdef CharmBaryon1:I5 51 0
newdef CharmBaryon1:Ihat3 51 0
newdef CharmBaryon1:Ihat4 51 0
newdef CharmBaryon1:Incoming 51 4122
newdef CharmBaryon1:OutgoingB 51 3224
newdef CharmBaryon1:OutgoingM 51 113
newdef CharmBaryon1:MaxWeight 51 0.0380348
newdef CharmBaryon1:I1 52 0
newdef CharmBaryon1:I2 52 0.333333
newdef CharmBaryon1:I3 52 0
newdef CharmBaryon1:I4 52 0
newdef CharmBaryon1:I5 52 0
newdef CharmBaryon1:Ihat3 52 0
newdef CharmBaryon1:Ihat4 52 0
newdef CharmBaryon1:Incoming 52 4122
newdef CharmBaryon1:OutgoingB 52 3224
newdef CharmBaryon1:OutgoingM 52 223
newdef CharmBaryon1:MaxWeight 52 0.0213052
newdef CharmBaryon1:I1 53 0
newdef CharmBaryon1:I2 53 -0.471405
newdef CharmBaryon1:I3 53 0
newdef CharmBaryon1:I4 53 0
newdef CharmBaryon1:I5 53 0
newdef CharmBaryon1:Ihat3 53 0
newdef CharmBaryon1:Ihat4 53 0
newdef CharmBaryon1:Incoming 53 4122
newdef CharmBaryon1:OutgoingB 53 3224
newdef CharmBaryon1:OutgoingM 53 333
newdef CharmBaryon1:MaxWeight 53 3.89911e-07
newdef CharmBaryon1:I1 54 0
newdef CharmBaryon1:I2 54 -0.471405
newdef CharmBaryon1:I3 54 0
newdef CharmBaryon1:I4 54 0
newdef CharmBaryon1:I5 54 0
newdef CharmBaryon1:Ihat3 54 0
newdef CharmBaryon1:Ihat4 54 0
newdef CharmBaryon1:Incoming 54 4122
newdef CharmBaryon1:OutgoingB 54 2214
newdef CharmBaryon1:OutgoingM 54 -313
newdef CharmBaryon1:MaxWeight 54 0.0797601
newdef CharmBaryon1:I1 55 0
newdef CharmBaryon1:I2 55 -0.816497
newdef CharmBaryon1:I3 55 0
newdef CharmBaryon1:I4 55 0
newdef CharmBaryon1:I5 55 0
newdef CharmBaryon1:Ihat3 55 0
newdef CharmBaryon1:Ihat4 55 0
newdef CharmBaryon1:Incoming 55 4122
newdef CharmBaryon1:OutgoingB 55 2224
newdef CharmBaryon1:OutgoingM 55 -323
newdef CharmBaryon1:MaxWeight 55 0.244574
newdef CharmBaryon1:I1 56 0
newdef CharmBaryon1:I2 56 0.471405
newdef CharmBaryon1:I3 56 0
newdef CharmBaryon1:I4 56 0
newdef CharmBaryon1:I5 56 0
newdef CharmBaryon1:Ihat3 56 0
newdef CharmBaryon1:Ihat4 56 0
newdef CharmBaryon1:Incoming 56 4122
newdef CharmBaryon1:OutgoingB 56 3324
newdef CharmBaryon1:OutgoingM 56 323
newdef CharmBaryon1:MaxWeight 56 8.19361e-05
newdef CharmBaryon1:I1 57 0
newdef CharmBaryon1:I2 57 -0.333333
newdef CharmBaryon1:I3 57 0
newdef CharmBaryon1:I4 57 0
newdef CharmBaryon1:I5 57 0
newdef CharmBaryon1:Ihat3 57 0
newdef CharmBaryon1:Ihat4 57 0
newdef CharmBaryon1:Incoming 57 4132
newdef CharmBaryon1:OutgoingB 57 3214
newdef CharmBaryon1:OutgoingM 57 -313
newdef CharmBaryon1:MaxWeight 57 0.0224257
newdef CharmBaryon1:I1 58 0
newdef CharmBaryon1:I2 58 -0.471405
newdef CharmBaryon1:I3 58 0
newdef CharmBaryon1:I4 58 0
newdef CharmBaryon1:I5 58 0
newdef CharmBaryon1:Ihat3 58 0
newdef CharmBaryon1:Ihat4 58 0
newdef CharmBaryon1:Incoming 58 4132
newdef CharmBaryon1:OutgoingB 58 3224
newdef CharmBaryon1:OutgoingM 58 -323
newdef CharmBaryon1:MaxWeight 58 0.0459226
newdef CharmBaryon1:I1 59 0
newdef CharmBaryon1:I2 59 -0.333333
newdef CharmBaryon1:I3 59 0
newdef CharmBaryon1:I4 59 0
newdef CharmBaryon1:I5 59 0
newdef CharmBaryon1:Ihat3 59 0
newdef CharmBaryon1:Ihat4 59 0
newdef CharmBaryon1:Incoming 59 4132
newdef CharmBaryon1:OutgoingB 59 3324
newdef CharmBaryon1:OutgoingM 59 113
newdef CharmBaryon1:MaxWeight 59 0.0405582
newdef CharmBaryon1:I1 60 0
newdef CharmBaryon1:I2 60 -0.333333
newdef CharmBaryon1:I3 60 0
newdef CharmBaryon1:I4 60 0
newdef CharmBaryon1:I5 60 0
newdef CharmBaryon1:Ihat3 60 0
newdef CharmBaryon1:Ihat4 60 0
newdef CharmBaryon1:Incoming 60 4132
newdef CharmBaryon1:OutgoingB 60 3324
newdef CharmBaryon1:OutgoingM 60 223
newdef CharmBaryon1:MaxWeight 60 0.0176579
newdef CharmBaryon1:I1 61 0
newdef CharmBaryon1:I2 61 -0.471405
newdef CharmBaryon1:I3 61 0
newdef CharmBaryon1:I4 61 0
newdef CharmBaryon1:I5 61 0
newdef CharmBaryon1:Ihat3 61 0
newdef CharmBaryon1:Ihat4 61 0
newdef CharmBaryon1:Incoming 61 4132
newdef CharmBaryon1:OutgoingB 61 3324
newdef CharmBaryon1:OutgoingM 61 333
newdef CharmBaryon1:MaxWeight 61 2.00738e-09
newdef CharmBaryon1:I1 62 0
newdef CharmBaryon1:I2 62 0.471405
newdef CharmBaryon1:I3 62 0
newdef CharmBaryon1:I4 62 0
newdef CharmBaryon1:I5 62 0
newdef CharmBaryon1:Ihat3 62 0
newdef CharmBaryon1:Ihat4 62 0
newdef CharmBaryon1:Incoming 62 4132
newdef CharmBaryon1:OutgoingB 62 3314
newdef CharmBaryon1:OutgoingM 62 213
newdef CharmBaryon1:MaxWeight 62 0.0742392
newdef CharmBaryon1:I1 63 0
newdef CharmBaryon1:I2 63 0.471405
newdef CharmBaryon1:I3 63 0
newdef CharmBaryon1:I4 63 0
newdef CharmBaryon1:I5 63 0
newdef CharmBaryon1:Ihat3 63 0
newdef CharmBaryon1:Ihat4 63 0
newdef CharmBaryon1:Incoming 63 4132
newdef CharmBaryon1:OutgoingB 63 3334
newdef CharmBaryon1:OutgoingM 63 323
newdef CharmBaryon1:MaxWeight 63 0.000160371
newdef CharmBaryon1:I1 64 -0.57735
newdef CharmBaryon1:I2 64 0
newdef CharmBaryon1:I3 64 0
newdef CharmBaryon1:I4 64 0
newdef CharmBaryon1:I5 64 0
newdef CharmBaryon1:Ihat3 64 0
newdef CharmBaryon1:Ihat4 64 0
newdef CharmBaryon1:Incoming 64 4332
newdef CharmBaryon1:OutgoingB 64 3324
newdef CharmBaryon1:OutgoingM 64 -313
newdef CharmBaryon1:MaxWeight 64 0.041161
newdef CharmBaryon1:I1 65 -0.57735
newdef CharmBaryon1:I2 65 0
newdef CharmBaryon1:I3 65 0
newdef CharmBaryon1:I4 65 0
newdef CharmBaryon1:I5 65 0
newdef CharmBaryon1:Ihat3 65 0
newdef CharmBaryon1:Ihat4 65 0
newdef CharmBaryon1:Incoming 65 4332
newdef CharmBaryon1:OutgoingB 65 3334
newdef CharmBaryon1:OutgoingM 65 213
newdef CharmBaryon1:MaxWeight 65 0.0643286
#
create Herwig::SemiLeptonicBaryonDecayer BaryonHeavy3
newdef BaryonHeavy3:Iteration 1
newdef BaryonHeavy3:Ntry 500
newdef BaryonHeavy3:Points 10000
insert BaryonHeavy3:MaximumWeight 0 0.155059
insert BaryonHeavy3:MaximumWeight 1 0.154479
insert BaryonHeavy3:MaximumWeight 2 0.0478423
insert BaryonHeavy3:MaximumWeight 3 0.183107
insert BaryonHeavy3:MaximumWeight 4 0.18242
insert BaryonHeavy3:MaximumWeight 5 0.0558729
insert BaryonHeavy3:MaximumWeight 6 0.183291
insert BaryonHeavy3:MaximumWeight 7 0.182598
insert BaryonHeavy3:MaximumWeight 8 0.0559255
insert BaryonHeavy3:MaximumWeight 9 0.116825
insert BaryonHeavy3:MaximumWeight 10 0.110605
insert BaryonHeavy3:MaximumWeight 11 0.0267389
insert BaryonHeavy3:MaximumWeight 12 0.132773
insert BaryonHeavy3:MaximumWeight 13 0.132352
insert BaryonHeavy3:MaximumWeight 14 0.0365608
insert BaryonHeavy3:MaximumWeight 15 0.0227486
insert BaryonHeavy3:MaximumWeight 16 0.0222433
insert BaryonHeavy3:MaximumWeight 17 0.0338862
insert BaryonHeavy3:MaximumWeight 18 0.0334095
insert BaryonHeavy3:MaximumWeight 19 0.1
insert BaryonHeavy3:MaximumWeight 20 0.097
insert BaryonHeavy3:MaximumWeight 21 0.025
insert BaryonHeavy3:MaximumWeight 22 0.025
create Herwig::LeptonNeutrinoCurrent BaryonHeavy3Current HwWeakCurrents.so
newdef BaryonHeavy3Current:Quark 0 11
newdef BaryonHeavy3Current:AntiQuark 0 -12
newdef BaryonHeavy3Current:Quark 1 13
newdef BaryonHeavy3Current:AntiQuark 1 -15
newdef BaryonHeavy3Current:Quark 2 15
newdef BaryonHeavy3Current:AntiQuark 2 -16
newdef BaryonHeavy3:Current BaryonHeavy3Current
create Herwig::ChengHeavyBaryonFormFactor BaryonHeavy3Form
newdef BaryonHeavy3Form:DownMass 0.322
newdef BaryonHeavy3Form:UpMass 0.338
newdef BaryonHeavy3Form:StrangeMass 0.51
newdef BaryonHeavy3Form:CharmMass 1.6
newdef BaryonHeavy3Form:BottomMass 5
newdef BaryonHeavy3Form:VectorMassbc 6.34
newdef BaryonHeavy3Form:AxialMassbc 6.73
newdef BaryonHeavy3Form:VectorMassbs 5.42
newdef BaryonHeavy3Form:AxialMassbs 5.86
newdef BaryonHeavy3Form:VectorMassbd 5.32
newdef BaryonHeavy3Form:AxialMassbd 5.71
newdef BaryonHeavy3Form:VectorMasscs 2.11
newdef BaryonHeavy3Form:AxialMasscs 2.54
newdef BaryonHeavy3Form:VectorMasscu 2.01
newdef BaryonHeavy3Form:AxialMasscu 2.42
newdef BaryonHeavy3Form:Nfi 0 1
newdef BaryonHeavy3Form:Eta 0 1
newdef BaryonHeavy3Form:Nfi 1 0.57735
newdef BaryonHeavy3Form:Eta 1 1
newdef BaryonHeavy3Form:Nfi 2 0.707107
newdef BaryonHeavy3Form:Eta 2 1
newdef BaryonHeavy3Form:Nfi 3 1
newdef BaryonHeavy3Form:Eta 3 1
newdef BaryonHeavy3Form:Nfi 4 1
newdef BaryonHeavy3Form:Eta 4 1
newdef BaryonHeavy3Form:Nfi 5 0.707107
newdef BaryonHeavy3Form:Eta 5 1
newdef BaryonHeavy3Form:Nfi 6 0.707107
newdef BaryonHeavy3Form:Eta 6 1
newdef BaryonHeavy3Form:Nfi 7 0.5
newdef BaryonHeavy3Form:Eta 7 1
newdef BaryonHeavy3Form:Nfi 8 0.5
newdef BaryonHeavy3Form:Eta 8 1
newdef BaryonHeavy3Form:Nfi 9 0.288675
newdef BaryonHeavy3Form:Eta 9 1
newdef BaryonHeavy3Form:Nfi 10 1
newdef BaryonHeavy3Form:Eta 10 -0.333333
newdef BaryonHeavy3Form:Nfi 11 0.57735
newdef BaryonHeavy3Form:Eta 11 -0.333333
newdef BaryonHeavy3Form:Nfi 12 1
newdef BaryonHeavy3Form:Eta 12 0
newdef BaryonHeavy3Form:Nfi 13 1
newdef BaryonHeavy3Form:Eta 13 0
newdef BaryonHeavy3Form:Nfi 14 0.57735
newdef BaryonHeavy3Form:Eta 14 0
newdef BaryonHeavy3Form:Nfi 15 1
newdef BaryonHeavy3Form:Eta 15 0
newdef BaryonHeavy3Form:Nfi 16 0.57735
newdef BaryonHeavy3Form:Eta 16 0
newdef BaryonHeavy3Form:Nfi 17 0.57735
newdef BaryonHeavy3Form:Eta 17 1
newdef BaryonHeavy3Form:Nfi 18 0.57735
newdef BaryonHeavy3Form:Eta 18 1
newdef BaryonHeavy3Form:Nfi 19 0.57735
newdef BaryonHeavy3Form:Eta 19 1
newdef BaryonHeavy3Form:Incoming 0 5122
newdef BaryonHeavy3Form:Outgoing 0 4122
newdef BaryonHeavy3Form:InSpin 0 2
newdef BaryonHeavy3Form:OutSpin 0 2
newdef BaryonHeavy3Form:Spectator1 0 1
newdef BaryonHeavy3Form:Spectator2 0 2
newdef BaryonHeavy3Form:InQuark 0 5
newdef BaryonHeavy3Form:OutQuark 0 4
newdef BaryonHeavy3Form:Incoming 1 5122
newdef BaryonHeavy3Form:Outgoing 1 3122
newdef BaryonHeavy3Form:InSpin 1 2
newdef BaryonHeavy3Form:OutSpin 1 2
newdef BaryonHeavy3Form:Spectator1 1 1
newdef BaryonHeavy3Form:Spectator2 1 2
newdef BaryonHeavy3Form:InQuark 1 5
newdef BaryonHeavy3Form:OutQuark 1 3
newdef BaryonHeavy3Form:Incoming 2 5122
newdef BaryonHeavy3Form:Outgoing 2 2112
newdef BaryonHeavy3Form:InSpin 2 2
newdef BaryonHeavy3Form:OutSpin 2 2
newdef BaryonHeavy3Form:Spectator1 2 1
newdef BaryonHeavy3Form:Spectator2 2 2
newdef BaryonHeavy3Form:InQuark 2 5
newdef BaryonHeavy3Form:OutQuark 2 1
newdef BaryonHeavy3Form:Incoming 3 5232
newdef BaryonHeavy3Form:Outgoing 3 4232
newdef BaryonHeavy3Form:InSpin 3 2
newdef BaryonHeavy3Form:OutSpin 3 2
newdef BaryonHeavy3Form:Spectator1 3 2
newdef BaryonHeavy3Form:Spectator2 3 3
newdef BaryonHeavy3Form:InQuark 3 5
newdef BaryonHeavy3Form:OutQuark 3 4
newdef BaryonHeavy3Form:Incoming 4 5132
newdef BaryonHeavy3Form:Outgoing 4 4132
newdef BaryonHeavy3Form:InSpin 4 2
newdef BaryonHeavy3Form:OutSpin 4 2
newdef BaryonHeavy3Form:Spectator1 4 1
newdef BaryonHeavy3Form:Spectator2 4 3
newdef BaryonHeavy3Form:InQuark 4 5
newdef BaryonHeavy3Form:OutQuark 4 4
newdef BaryonHeavy3Form:Incoming 5 5232
newdef BaryonHeavy3Form:Outgoing 5 3322
newdef BaryonHeavy3Form:InSpin 5 2
newdef BaryonHeavy3Form:OutSpin 5 2
newdef BaryonHeavy3Form:Spectator1 5 2
newdef BaryonHeavy3Form:Spectator2 5 3
newdef BaryonHeavy3Form:InQuark 5 5
newdef BaryonHeavy3Form:OutQuark 5 3
newdef BaryonHeavy3Form:Incoming 6 5132
newdef BaryonHeavy3Form:Outgoing 6 3312
newdef BaryonHeavy3Form:InSpin 6 2
newdef BaryonHeavy3Form:OutSpin 6 2
newdef BaryonHeavy3Form:Spectator1 6 1
newdef BaryonHeavy3Form:Spectator2 6 3
newdef BaryonHeavy3Form:InQuark 6 5
newdef BaryonHeavy3Form:OutQuark 6 3
newdef BaryonHeavy3Form:Incoming 7 5232
newdef BaryonHeavy3Form:Outgoing 7 3212
newdef BaryonHeavy3Form:InSpin 7 2
newdef BaryonHeavy3Form:OutSpin 7 2
newdef BaryonHeavy3Form:Spectator1 7 2
newdef BaryonHeavy3Form:Spectator2 7 3
newdef BaryonHeavy3Form:InQuark 7 5
newdef BaryonHeavy3Form:OutQuark 7 1
newdef BaryonHeavy3Form:Incoming 8 5132
newdef BaryonHeavy3Form:Outgoing 8 3112
newdef BaryonHeavy3Form:InSpin 8 2
newdef BaryonHeavy3Form:OutSpin 8 2
newdef BaryonHeavy3Form:Spectator1 8 1
newdef BaryonHeavy3Form:Spectator2 8 3
newdef BaryonHeavy3Form:InQuark 8 5
newdef BaryonHeavy3Form:OutQuark 8 1
newdef BaryonHeavy3Form:Incoming 9 5232
newdef BaryonHeavy3Form:Outgoing 9 3122
newdef BaryonHeavy3Form:InSpin 9 2
newdef BaryonHeavy3Form:OutSpin 9 2
newdef BaryonHeavy3Form:Spectator1 9 2
newdef BaryonHeavy3Form:Spectator2 9 3
newdef BaryonHeavy3Form:InQuark 9 5
newdef BaryonHeavy3Form:OutQuark 9 1
newdef BaryonHeavy3Form:Incoming 10 5332
newdef BaryonHeavy3Form:Outgoing 10 4332
newdef BaryonHeavy3Form:InSpin 10 2
newdef BaryonHeavy3Form:OutSpin 10 2
newdef BaryonHeavy3Form:Spectator1 10 3
newdef BaryonHeavy3Form:Spectator2 10 3
newdef BaryonHeavy3Form:InQuark 10 5
newdef BaryonHeavy3Form:OutQuark 10 4
newdef BaryonHeavy3Form:Incoming 11 5332
newdef BaryonHeavy3Form:Outgoing 11 3312
newdef BaryonHeavy3Form:InSpin 11 2
newdef BaryonHeavy3Form:OutSpin 11 2
newdef BaryonHeavy3Form:Spectator1 11 3
newdef BaryonHeavy3Form:Spectator2 11 3
newdef BaryonHeavy3Form:InQuark 11 5
newdef BaryonHeavy3Form:OutQuark 11 1
newdef BaryonHeavy3Form:Incoming 12 5332
newdef BaryonHeavy3Form:Outgoing 12 4334
newdef BaryonHeavy3Form:InSpin 12 2
newdef BaryonHeavy3Form:OutSpin 12 4
newdef BaryonHeavy3Form:Spectator1 12 3
newdef BaryonHeavy3Form:Spectator2 12 3
newdef BaryonHeavy3Form:InQuark 12 5
newdef BaryonHeavy3Form:OutQuark 12 4
newdef BaryonHeavy3Form:Incoming 13 5332
newdef BaryonHeavy3Form:Outgoing 13 3334
newdef BaryonHeavy3Form:InSpin 13 2
newdef BaryonHeavy3Form:OutSpin 13 4
newdef BaryonHeavy3Form:Spectator1 13 3
newdef BaryonHeavy3Form:Spectator2 13 3
newdef BaryonHeavy3Form:InQuark 13 5
newdef BaryonHeavy3Form:OutQuark 13 3
newdef BaryonHeavy3Form:Incoming 14 5332
newdef BaryonHeavy3Form:Outgoing 14 3314
newdef BaryonHeavy3Form:InSpin 14 2
newdef BaryonHeavy3Form:OutSpin 14 4
newdef BaryonHeavy3Form:Spectator1 14 3
newdef BaryonHeavy3Form:Spectator2 14 3
newdef BaryonHeavy3Form:InQuark 14 5
newdef BaryonHeavy3Form:OutQuark 14 1
newdef BaryonHeavy3Form:Incoming 15 4332
newdef BaryonHeavy3Form:Outgoing 15 3334
newdef BaryonHeavy3Form:InSpin 15 2
newdef BaryonHeavy3Form:OutSpin 15 4
newdef BaryonHeavy3Form:Spectator1 15 3
newdef BaryonHeavy3Form:Spectator2 15 3
newdef BaryonHeavy3Form:InQuark 15 4
newdef BaryonHeavy3Form:OutQuark 15 3
newdef BaryonHeavy3Form:Incoming 16 4332
newdef BaryonHeavy3Form:Outgoing 16 3324
newdef BaryonHeavy3Form:InSpin 16 2
newdef BaryonHeavy3Form:OutSpin 16 4
newdef BaryonHeavy3Form:Spectator1 16 3
newdef BaryonHeavy3Form:Spectator2 16 3
newdef BaryonHeavy3Form:InQuark 16 4
newdef BaryonHeavy3Form:OutQuark 16 2
newdef BaryonHeavy3Form:Incoming 17 4122
newdef BaryonHeavy3Form:Outgoing 17 3122
newdef BaryonHeavy3Form:InSpin 17 2
newdef BaryonHeavy3Form:OutSpin 17 2
newdef BaryonHeavy3Form:Spectator1 17 1
newdef BaryonHeavy3Form:Spectator2 17 2
newdef BaryonHeavy3Form:InQuark 17 4
newdef BaryonHeavy3Form:OutQuark 17 3
newdef BaryonHeavy3Form:Incoming 18 4232
newdef BaryonHeavy3Form:Outgoing 18 3322
newdef BaryonHeavy3Form:InSpin 18 2
newdef BaryonHeavy3Form:OutSpin 18 2
newdef BaryonHeavy3Form:Spectator1 18 2
newdef BaryonHeavy3Form:Spectator2 18 3
newdef BaryonHeavy3Form:InQuark 18 4
newdef BaryonHeavy3Form:OutQuark 18 3
newdef BaryonHeavy3Form:Incoming 19 4132
newdef BaryonHeavy3Form:Outgoing 19 3312
newdef BaryonHeavy3Form:InSpin 19 2
newdef BaryonHeavy3Form:OutSpin 19 2
newdef BaryonHeavy3Form:Spectator1 19 1
newdef BaryonHeavy3Form:Spectator2 19 3
newdef BaryonHeavy3Form:InQuark 19 4
newdef BaryonHeavy3Form:OutQuark 19 3
newdef BaryonHeavy3:FormFactor BaryonHeavy3Form
#
create Herwig::SemiLeptonicScalarDecayer WSB
newdef WSB:Iteration 1
newdef WSB:Ntry 500
newdef WSB:Points 10000
newdef WSB:GenerateIntermediates 0
insert WSB:MaximumWeight 0 0.21439
insert WSB:MaximumWeight 1 0.0902162
insert WSB:MaximumWeight 2 2.29241e-14
insert WSB:MaximumWeight 3 9.67869e-15
insert WSB:MaximumWeight 4 0.126126
insert WSB:MaximumWeight 5 0.10663
insert WSB:MaximumWeight 6 0.320113
insert WSB:MaximumWeight 7 0.272174
insert WSB:MaximumWeight 8 0.0107195
insert WSB:MaximumWeight 9 0.00938398
insert WSB:MaximumWeight 10 0.013847
insert WSB:MaximumWeight 11 0.0121369
insert WSB:MaximumWeight 12 0.00305138
insert WSB:MaximumWeight 13 0.00258198
insert WSB:MaximumWeight 14 0.000647596
insert WSB:MaximumWeight 15 0.000490013
insert WSB:MaximumWeight 16 0.0787667
insert WSB:MaximumWeight 17 0.0764814
insert WSB:MaximumWeight 18 0.19791
insert WSB:MaximumWeight 19 0.193905
insert WSB:MaximumWeight 20 0.00689828
insert WSB:MaximumWeight 21 0.00673749
insert WSB:MaximumWeight 22 0.00898338
insert WSB:MaximumWeight 23 0.0087807
insert WSB:MaximumWeight 24 0.0152457
insert WSB:MaximumWeight 25 0.0144707
insert WSB:MaximumWeight 26 0.0790222
insert WSB:MaximumWeight 27 0.0674034
insert WSB:MaximumWeight 28 0.0235821
insert WSB:MaximumWeight 29 0.0185835
insert WSB:MaximumWeight 30 0.00803963
insert WSB:MaximumWeight 31 0.00695707
insert WSB:MaximumWeight 32 0.00646112
insert WSB:MaximumWeight 33 0.00630702
insert WSB:MaximumWeight 34 0.183436
insert WSB:MaximumWeight 35 0.188816
insert WSB:MaximumWeight 36 0.0893685
insert WSB:MaximumWeight 37 0.0834068
insert WSB:MaximumWeight 38 0.0188587
insert WSB:MaximumWeight 39 0.0814216
insert WSB:MaximumWeight 40 0.0762031
insert WSB:MaximumWeight 41 0.0171754
insert WSB:MaximumWeight 42 0.000282313
insert WSB:MaximumWeight 43 0.00027201
insert WSB:MaximumWeight 44 0.000143382
insert WSB:MaximumWeight 45 0.000516226
insert WSB:MaximumWeight 46 0.000498686
insert WSB:MaximumWeight 47 0.000262857
insert WSB:MaximumWeight 48 0.000100106
insert WSB:MaximumWeight 49 9.60475e-05
insert WSB:MaximumWeight 50 4.7111e-05
insert WSB:MaximumWeight 51 4.8426e-05
insert WSB:MaximumWeight 52 4.66258e-05
insert WSB:MaximumWeight 53 2.04411e-05
insert WSB:MaximumWeight 54 0.115875
insert WSB:MaximumWeight 55 0.114911
insert WSB:MaximumWeight 56 0.0302228
insert WSB:MaximumWeight 57 0.117263
insert WSB:MaximumWeight 58 0.114856
insert WSB:MaximumWeight 59 0.032145
insert WSB:MaximumWeight 60 0.000700866
insert WSB:MaximumWeight 61 0.000690372
insert WSB:MaximumWeight 62 0.000331167
insert WSB:MaximumWeight 63 0.00126096
insert WSB:MaximumWeight 64 0.00130993
insert WSB:MaximumWeight 65 0.000608944
insert WSB:MaximumWeight 66 0.00170589
insert WSB:MaximumWeight 67 0.00165399
insert WSB:MaximumWeight 68 0.000855379
create Herwig::LeptonNeutrinoCurrent WSBCurrent HwWeakCurrents.so
newdef WSBCurrent:Quark 0 11
newdef WSBCurrent:AntiQuark 0 -12
newdef WSBCurrent:Quark 1 13
newdef WSBCurrent:AntiQuark 1 -15
newdef WSBCurrent:Quark 2 15
newdef WSBCurrent:AntiQuark 2 -16
newdef WSB:Current WSBCurrent
create Herwig::WSBFormFactor WSBFormFactor
newdef WSBFormFactor:ThetaEtaEtaPrime -0.194
newdef WSBFormFactor:F0 0 0.992
newdef WSBFormFactor:V 0 0
newdef WSBFormFactor:A0 0 0
newdef WSBFormFactor:A1 0 0
newdef WSBFormFactor:A2 0 0
newdef WSBFormFactor:ScalarMass 0 0.494
newdef WSBFormFactor:PseudoScalarMass 0 1.43
newdef WSBFormFactor:VectorMass 0 0.892
newdef WSBFormFactor:PseudoVectorMass 0 1.273
newdef WSBFormFactor:F0 1 0.992
newdef WSBFormFactor:V 1 0
newdef WSBFormFactor:A0 1 0
newdef WSBFormFactor:A1 1 0
newdef WSBFormFactor:A2 1 0
newdef WSBFormFactor:ScalarMass 1 0.494
newdef WSBFormFactor:PseudoScalarMass 1 1.43
newdef WSBFormFactor:VectorMass 1 0.892
newdef WSBFormFactor:PseudoVectorMass 1 1.273
newdef WSBFormFactor:F0 2 0.992
newdef WSBFormFactor:V 2 0
newdef WSBFormFactor:A0 2 0
newdef WSBFormFactor:A1 2 0
newdef WSBFormFactor:A2 2 0
newdef WSBFormFactor:ScalarMass 2 0.494
newdef WSBFormFactor:PseudoScalarMass 2 1.43
newdef WSBFormFactor:VectorMass 2 0.892
newdef WSBFormFactor:PseudoVectorMass 2 1.273
newdef WSBFormFactor:F0 3 0.992
newdef WSBFormFactor:V 3 0
newdef WSBFormFactor:A0 3 0
newdef WSBFormFactor:A1 3 0
newdef WSBFormFactor:A2 3 0
newdef WSBFormFactor:ScalarMass 3 0.494
newdef WSBFormFactor:PseudoScalarMass 3 1.43
newdef WSBFormFactor:VectorMass 3 0.892
newdef WSBFormFactor:PseudoVectorMass 3 1.273
newdef WSBFormFactor:F0 4 0.762
newdef WSBFormFactor:V 4 0
newdef WSBFormFactor:A0 4 0
newdef WSBFormFactor:A1 4 0
newdef WSBFormFactor:A2 4 0
newdef WSBFormFactor:ScalarMass 4 1.97
newdef WSBFormFactor:PseudoScalarMass 4 2.6
newdef WSBFormFactor:VectorMass 4 2.11
newdef WSBFormFactor:PseudoVectorMass 4 2.53
newdef WSBFormFactor:F0 5 0.762
newdef WSBFormFactor:V 5 0
newdef WSBFormFactor:A0 5 0
newdef WSBFormFactor:A1 5 0
newdef WSBFormFactor:A2 5 0
newdef WSBFormFactor:ScalarMass 5 1.97
newdef WSBFormFactor:PseudoScalarMass 5 2.6
newdef WSBFormFactor:VectorMass 5 2.11
newdef WSBFormFactor:PseudoVectorMass 5 2.53
newdef WSBFormFactor:F0 6 0.692
newdef WSBFormFactor:V 6 0
newdef WSBFormFactor:A0 6 0
newdef WSBFormFactor:A1 6 0
newdef WSBFormFactor:A2 6 0
newdef WSBFormFactor:ScalarMass 6 1.87
newdef WSBFormFactor:PseudoScalarMass 6 2.47
newdef WSBFormFactor:VectorMass 6 2.01
newdef WSBFormFactor:PseudoVectorMass 6 2.42
newdef WSBFormFactor:F0 7 0.692
newdef WSBFormFactor:V 7 0
newdef WSBFormFactor:A0 7 0
newdef WSBFormFactor:A1 7 0
newdef WSBFormFactor:A2 7 0
newdef WSBFormFactor:ScalarMass 7 1.87
newdef WSBFormFactor:PseudoScalarMass 7 2.47
newdef WSBFormFactor:VectorMass 7 2.01
newdef WSBFormFactor:PseudoVectorMass 7 2.42
newdef WSBFormFactor:F0 8 0.692
newdef WSBFormFactor:V 8 0
newdef WSBFormFactor:A0 8 0
newdef WSBFormFactor:A1 8 0
newdef WSBFormFactor:A2 8 0
newdef WSBFormFactor:ScalarMass 8 1.87
newdef WSBFormFactor:PseudoScalarMass 8 2.47
newdef WSBFormFactor:VectorMass 8 2.01
newdef WSBFormFactor:PseudoVectorMass 8 2.42
newdef WSBFormFactor:F0 9 0.692
newdef WSBFormFactor:V 9 0
newdef WSBFormFactor:A0 9 0
newdef WSBFormFactor:A1 9 0
newdef WSBFormFactor:A2 9 0
newdef WSBFormFactor:ScalarMass 9 1.87
newdef WSBFormFactor:PseudoScalarMass 9 2.47
newdef WSBFormFactor:VectorMass 9 2.01
newdef WSBFormFactor:PseudoVectorMass 9 2.42
newdef WSBFormFactor:F0 10 0.681
newdef WSBFormFactor:V 10 0
newdef WSBFormFactor:A0 10 0
newdef WSBFormFactor:A1 10 0
newdef WSBFormFactor:A2 10 0
newdef WSBFormFactor:ScalarMass 10 1.87
newdef WSBFormFactor:PseudoScalarMass 10 2.47
newdef WSBFormFactor:VectorMass 10 2.01
newdef WSBFormFactor:PseudoVectorMass 10 2.42
newdef WSBFormFactor:F0 11 0.681
newdef WSBFormFactor:V 11 0
newdef WSBFormFactor:A0 11 0
newdef WSBFormFactor:A1 11 0
newdef WSBFormFactor:A2 11 0
newdef WSBFormFactor:ScalarMass 11 1.87
newdef WSBFormFactor:PseudoScalarMass 11 2.47
newdef WSBFormFactor:VectorMass 11 2.01
newdef WSBFormFactor:PseudoVectorMass 11 2.42
newdef WSBFormFactor:F0 12 0.655
newdef WSBFormFactor:V 12 0
newdef WSBFormFactor:A0 12 0
newdef WSBFormFactor:A1 12 0
newdef WSBFormFactor:A2 12 0
newdef WSBFormFactor:ScalarMass 12 1.87
newdef WSBFormFactor:PseudoScalarMass 12 2.47
newdef WSBFormFactor:VectorMass 12 2.01
newdef WSBFormFactor:PseudoVectorMass 12 2.42
newdef WSBFormFactor:F0 13 0.655
newdef WSBFormFactor:V 13 0
newdef WSBFormFactor:A0 13 0
newdef WSBFormFactor:A1 13 0
newdef WSBFormFactor:A2 13 0
newdef WSBFormFactor:ScalarMass 13 1.87
newdef WSBFormFactor:PseudoScalarMass 13 2.47
newdef WSBFormFactor:VectorMass 13 2.01
newdef WSBFormFactor:PseudoVectorMass 13 2.42
newdef WSBFormFactor:F0 14 0
newdef WSBFormFactor:V 14 1.226
newdef WSBFormFactor:A0 14 0.733
newdef WSBFormFactor:A1 14 0.88
newdef WSBFormFactor:A2 14 1.147
newdef WSBFormFactor:ScalarMass 14 1.97
newdef WSBFormFactor:PseudoScalarMass 14 2.6
newdef WSBFormFactor:VectorMass 14 2.11
newdef WSBFormFactor:PseudoVectorMass 14 2.53
newdef WSBFormFactor:F0 15 0
newdef WSBFormFactor:V 15 1.226
newdef WSBFormFactor:A0 15 0.733
newdef WSBFormFactor:A1 15 0.88
newdef WSBFormFactor:A2 15 1.147
newdef WSBFormFactor:ScalarMass 15 1.97
newdef WSBFormFactor:PseudoScalarMass 15 2.6
newdef WSBFormFactor:VectorMass 15 2.11
newdef WSBFormFactor:PseudoVectorMass 15 2.53
newdef WSBFormFactor:F0 16 0
newdef WSBFormFactor:V 16 1.225
newdef WSBFormFactor:A0 16 0.669
newdef WSBFormFactor:A1 16 0.775
newdef WSBFormFactor:A2 16 0.923
newdef WSBFormFactor:ScalarMass 16 1.87
newdef WSBFormFactor:PseudoScalarMass 16 2.47
newdef WSBFormFactor:VectorMass 16 2.01
newdef WSBFormFactor:PseudoVectorMass 16 2.42
newdef WSBFormFactor:F0 17 0
newdef WSBFormFactor:V 17 1.225
newdef WSBFormFactor:A0 17 0.669
newdef WSBFormFactor:A1 17 0.775
newdef WSBFormFactor:A2 17 0.923
newdef WSBFormFactor:ScalarMass 17 1.87
newdef WSBFormFactor:PseudoScalarMass 17 2.47
newdef WSBFormFactor:VectorMass 17 2.01
newdef WSBFormFactor:PseudoVectorMass 17 2.42
newdef WSBFormFactor:F0 18 0
newdef WSBFormFactor:V 18 1.225
newdef WSBFormFactor:A0 18 0.669
newdef WSBFormFactor:A1 18 0.775
newdef WSBFormFactor:A2 18 0.923
newdef WSBFormFactor:ScalarMass 18 1.87
newdef WSBFormFactor:PseudoScalarMass 18 2.47
newdef WSBFormFactor:VectorMass 18 2.01
newdef WSBFormFactor:PseudoVectorMass 18 2.42
newdef WSBFormFactor:F0 19 0
newdef WSBFormFactor:V 19 1.225
newdef WSBFormFactor:A0 19 0.669
newdef WSBFormFactor:A1 19 0.775
newdef WSBFormFactor:A2 19 0.923
newdef WSBFormFactor:ScalarMass 19 1.87
newdef WSBFormFactor:PseudoScalarMass 19 2.47
newdef WSBFormFactor:VectorMass 19 2.01
newdef WSBFormFactor:PseudoVectorMass 19 2.42
newdef WSBFormFactor:F0 20 0
newdef WSBFormFactor:V 20 1.236
newdef WSBFormFactor:A0 20 0.669
newdef WSBFormFactor:A1 20 0.772
newdef WSBFormFactor:A2 20 0.92
newdef WSBFormFactor:ScalarMass 20 1.87
newdef WSBFormFactor:PseudoScalarMass 20 2.47
newdef WSBFormFactor:VectorMass 20 2.01
newdef WSBFormFactor:PseudoVectorMass 20 2.42
newdef WSBFormFactor:F0 21 0
newdef WSBFormFactor:V 21 1.236
newdef WSBFormFactor:A0 21 0.669
newdef WSBFormFactor:A1 21 0.772
newdef WSBFormFactor:A2 21 0.92
newdef WSBFormFactor:ScalarMass 21 1.87
newdef WSBFormFactor:PseudoScalarMass 21 2.47
newdef WSBFormFactor:VectorMass 21 2.01
newdef WSBFormFactor:PseudoVectorMass 21 2.42
newdef WSBFormFactor:F0 22 0.723
newdef WSBFormFactor:V 22 0
newdef WSBFormFactor:A0 22 0
newdef WSBFormFactor:A1 22 0
newdef WSBFormFactor:A2 22 0
newdef WSBFormFactor:ScalarMass 22 1.97
newdef WSBFormFactor:PseudoScalarMass 22 2.6
newdef WSBFormFactor:VectorMass 22 2.11
newdef WSBFormFactor:PseudoVectorMass 22 2.53
newdef WSBFormFactor:F0 23 0.704
newdef WSBFormFactor:V 23 0
newdef WSBFormFactor:A0 23 0
newdef WSBFormFactor:A1 23 0
newdef WSBFormFactor:A2 23 0
newdef WSBFormFactor:ScalarMass 23 1.97
newdef WSBFormFactor:PseudoScalarMass 23 2.6
newdef WSBFormFactor:VectorMass 23 2.11
newdef WSBFormFactor:PseudoVectorMass 23 2.53
newdef WSBFormFactor:F0 24 0.643
newdef WSBFormFactor:V 24 0
newdef WSBFormFactor:A0 24 0
newdef WSBFormFactor:A1 24 0
newdef WSBFormFactor:A2 24 0
newdef WSBFormFactor:ScalarMass 24 1.87
newdef WSBFormFactor:PseudoScalarMass 24 2.47
newdef WSBFormFactor:VectorMass 24 2.01
newdef WSBFormFactor:PseudoVectorMass 24 2.42
newdef WSBFormFactor:F0 25 0.643
newdef WSBFormFactor:V 25 0
newdef WSBFormFactor:A0 25 0
newdef WSBFormFactor:A1 25 0
newdef WSBFormFactor:A2 25 0
newdef WSBFormFactor:ScalarMass 25 1.87
newdef WSBFormFactor:PseudoScalarMass 25 2.47
newdef WSBFormFactor:VectorMass 25 2.01
newdef WSBFormFactor:PseudoVectorMass 25 2.42
newdef WSBFormFactor:F0 26 0
newdef WSBFormFactor:V 26 1.25
newdef WSBFormFactor:A0 26 0.634
newdef WSBFormFactor:A1 26 0.717
newdef WSBFormFactor:A2 26 0.853
newdef WSBFormFactor:ScalarMass 26 1.87
newdef WSBFormFactor:PseudoScalarMass 26 2.47
newdef WSBFormFactor:VectorMass 26 2.01
newdef WSBFormFactor:PseudoVectorMass 26 2.42
newdef WSBFormFactor:F0 27 0
newdef WSBFormFactor:V 27 1.25
newdef WSBFormFactor:A0 27 0.634
newdef WSBFormFactor:A1 27 0.717
newdef WSBFormFactor:A2 27 0.853
newdef WSBFormFactor:ScalarMass 27 1.87
newdef WSBFormFactor:PseudoScalarMass 27 2.47
newdef WSBFormFactor:VectorMass 27 2.01
newdef WSBFormFactor:PseudoVectorMass 27 2.42
newdef WSBFormFactor:F0 28 0
newdef WSBFormFactor:V 28 1.319
newdef WSBFormFactor:A0 28 0.7
newdef WSBFormFactor:A1 28 0.82
newdef WSBFormFactor:A2 28 1.076
newdef WSBFormFactor:ScalarMass 28 1.97
newdef WSBFormFactor:PseudoScalarMass 28 2.6
newdef WSBFormFactor:VectorMass 28 2.11
newdef WSBFormFactor:PseudoVectorMass 28 2.53
newdef WSBFormFactor:F0 29 0.69
newdef WSBFormFactor:V 29 0
newdef WSBFormFactor:A0 29 0
newdef WSBFormFactor:A1 29 0
newdef WSBFormFactor:A2 29 0
newdef WSBFormFactor:ScalarMass 29 6.3
newdef WSBFormFactor:PseudoScalarMass 29 6.8
newdef WSBFormFactor:VectorMass 29 6.34
newdef WSBFormFactor:PseudoVectorMass 29 6.73
newdef WSBFormFactor:F0 30 0.69
newdef WSBFormFactor:V 30 0
newdef WSBFormFactor:A0 30 0
newdef WSBFormFactor:A1 30 0
newdef WSBFormFactor:A2 30 0
newdef WSBFormFactor:ScalarMass 30 6.3
newdef WSBFormFactor:PseudoScalarMass 30 6.8
newdef WSBFormFactor:VectorMass 30 6.34
newdef WSBFormFactor:PseudoVectorMass 30 6.73
newdef WSBFormFactor:F0 31 0.379
newdef WSBFormFactor:V 31 0
newdef WSBFormFactor:A0 31 0
newdef WSBFormFactor:A1 31 0
newdef WSBFormFactor:A2 31 0
newdef WSBFormFactor:ScalarMass 31 5.38
newdef WSBFormFactor:PseudoScalarMass 31 5.89
newdef WSBFormFactor:VectorMass 31 5.43
newdef WSBFormFactor:PseudoVectorMass 31 5.82
newdef WSBFormFactor:F0 32 0.379
newdef WSBFormFactor:V 32 0
newdef WSBFormFactor:A0 32 0
newdef WSBFormFactor:A1 32 0
newdef WSBFormFactor:A2 32 0
newdef WSBFormFactor:ScalarMass 32 5.38
newdef WSBFormFactor:PseudoScalarMass 32 5.89
newdef WSBFormFactor:VectorMass 32 5.43
newdef WSBFormFactor:PseudoVectorMass 32 5.82
newdef WSBFormFactor:F0 33 0.333
newdef WSBFormFactor:V 33 0
newdef WSBFormFactor:A0 33 0
newdef WSBFormFactor:A1 33 0
newdef WSBFormFactor:A2 33 0
newdef WSBFormFactor:ScalarMass 33 5.27
newdef WSBFormFactor:PseudoScalarMass 33 5.78
newdef WSBFormFactor:VectorMass 33 5.32
newdef WSBFormFactor:PseudoVectorMass 33 5.71
newdef WSBFormFactor:F0 34 0.333
newdef WSBFormFactor:V 34 0
newdef WSBFormFactor:A0 34 0
newdef WSBFormFactor:A1 34 0
newdef WSBFormFactor:A2 34 0
newdef WSBFormFactor:ScalarMass 34 5.27
newdef WSBFormFactor:PseudoScalarMass 34 5.78
newdef WSBFormFactor:VectorMass 34 5.32
newdef WSBFormFactor:PseudoVectorMass 34 5.71
newdef WSBFormFactor:F0 35 0.333
newdef WSBFormFactor:V 35 0
newdef WSBFormFactor:A0 35 0
newdef WSBFormFactor:A1 35 0
newdef WSBFormFactor:A2 35 0
newdef WSBFormFactor:ScalarMass 35 5.27
newdef WSBFormFactor:PseudoScalarMass 35 5.78
newdef WSBFormFactor:VectorMass 35 5.32
newdef WSBFormFactor:PseudoVectorMass 35 5.71
newdef WSBFormFactor:F0 36 0.333
newdef WSBFormFactor:V 36 0
newdef WSBFormFactor:A0 36 0
newdef WSBFormFactor:A1 36 0
newdef WSBFormFactor:A2 36 0
newdef WSBFormFactor:ScalarMass 36 5.27
newdef WSBFormFactor:PseudoScalarMass 36 5.78
newdef WSBFormFactor:VectorMass 36 5.32
newdef WSBFormFactor:PseudoVectorMass 36 5.71
newdef WSBFormFactor:F0 37 0.307
newdef WSBFormFactor:V 37 0
newdef WSBFormFactor:A0 37 0
newdef WSBFormFactor:A1 37 0
newdef WSBFormFactor:A2 37 0
newdef WSBFormFactor:ScalarMass 37 5.27
newdef WSBFormFactor:PseudoScalarMass 37 5.78
newdef WSBFormFactor:VectorMass 37 5.32
newdef WSBFormFactor:PseudoVectorMass 37 5.71
newdef WSBFormFactor:F0 38 0.307
newdef WSBFormFactor:V 38 0
newdef WSBFormFactor:A0 38 0
newdef WSBFormFactor:A1 38 0
newdef WSBFormFactor:A2 38 0
newdef WSBFormFactor:ScalarMass 38 5.27
newdef WSBFormFactor:PseudoScalarMass 38 5.78
newdef WSBFormFactor:VectorMass 38 5.32
newdef WSBFormFactor:PseudoVectorMass 38 5.71
newdef WSBFormFactor:F0 39 0.254
newdef WSBFormFactor:V 39 0
newdef WSBFormFactor:A0 39 0
newdef WSBFormFactor:A1 39 0
newdef WSBFormFactor:A2 39 0
newdef WSBFormFactor:ScalarMass 39 5.27
newdef WSBFormFactor:PseudoScalarMass 39 5.78
newdef WSBFormFactor:VectorMass 39 5.32
newdef WSBFormFactor:PseudoVectorMass 39 5.71
newdef WSBFormFactor:F0 40 0.254
newdef WSBFormFactor:V 40 0
newdef WSBFormFactor:A0 40 0
newdef WSBFormFactor:A1 40 0
newdef WSBFormFactor:A2 40 0
newdef WSBFormFactor:ScalarMass 40 5.27
newdef WSBFormFactor:PseudoScalarMass 40 5.78
newdef WSBFormFactor:VectorMass 40 5.32
newdef WSBFormFactor:PseudoVectorMass 40 5.71
newdef WSBFormFactor:F0 41 0
newdef WSBFormFactor:V 41 0.705
newdef WSBFormFactor:A0 41 0.623
newdef WSBFormFactor:A1 41 0.651
newdef WSBFormFactor:A2 41 0.686
newdef WSBFormFactor:ScalarMass 41 6.3
newdef WSBFormFactor:PseudoScalarMass 41 6.8
newdef WSBFormFactor:VectorMass 41 6.34
newdef WSBFormFactor:PseudoVectorMass 41 6.73
newdef WSBFormFactor:F0 42 0
newdef WSBFormFactor:V 42 0.705
newdef WSBFormFactor:A0 42 0.623
newdef WSBFormFactor:A1 42 0.651
newdef WSBFormFactor:A2 42 0.686
newdef WSBFormFactor:ScalarMass 42 6.3
newdef WSBFormFactor:PseudoScalarMass 42 6.8
newdef WSBFormFactor:VectorMass 42 6.34
newdef WSBFormFactor:PseudoVectorMass 42 6.73
newdef WSBFormFactor:F0 43 0
newdef WSBFormFactor:V 43 0.369
newdef WSBFormFactor:A0 43 0.321
newdef WSBFormFactor:A1 43 0.328
newdef WSBFormFactor:A2 43 0.331
newdef WSBFormFactor:ScalarMass 43 5.38
newdef WSBFormFactor:PseudoScalarMass 43 5.89
newdef WSBFormFactor:VectorMass 43 5.43
newdef WSBFormFactor:PseudoVectorMass 43 5.82
newdef WSBFormFactor:F0 44 0
newdef WSBFormFactor:V 44 0.369
newdef WSBFormFactor:A0 44 0.321
newdef WSBFormFactor:A1 44 0.328
newdef WSBFormFactor:A2 44 0.331
newdef WSBFormFactor:ScalarMass 44 5.38
newdef WSBFormFactor:PseudoScalarMass 44 5.89
newdef WSBFormFactor:VectorMass 44 5.43
newdef WSBFormFactor:PseudoVectorMass 44 5.82
newdef WSBFormFactor:F0 45 0
newdef WSBFormFactor:V 45 0.329
newdef WSBFormFactor:A0 45 0.281
newdef WSBFormFactor:A1 45 0.283
newdef WSBFormFactor:A2 45 0.283
newdef WSBFormFactor:ScalarMass 45 5.27
newdef WSBFormFactor:PseudoScalarMass 45 5.78
newdef WSBFormFactor:VectorMass 45 5.32
newdef WSBFormFactor:PseudoVectorMass 45 5.71
newdef WSBFormFactor:F0 46 0
newdef WSBFormFactor:V 46 0.329
newdef WSBFormFactor:A0 46 0.281
newdef WSBFormFactor:A1 46 0.283
newdef WSBFormFactor:A2 46 0.283
newdef WSBFormFactor:ScalarMass 46 5.27
newdef WSBFormFactor:PseudoScalarMass 46 5.78
newdef WSBFormFactor:VectorMass 46 5.32
newdef WSBFormFactor:PseudoVectorMass 46 5.71
newdef WSBFormFactor:F0 47 0
newdef WSBFormFactor:V 47 0.329
newdef WSBFormFactor:A0 47 0.281
newdef WSBFormFactor:A1 47 0.283
newdef WSBFormFactor:A2 47 0.283
newdef WSBFormFactor:ScalarMass 47 5.27
newdef WSBFormFactor:PseudoScalarMass 47 5.78
newdef WSBFormFactor:VectorMass 47 5.32
newdef WSBFormFactor:PseudoVectorMass 47 5.71
newdef WSBFormFactor:F0 48 0
newdef WSBFormFactor:V 48 0.329
newdef WSBFormFactor:A0 48 0.281
newdef WSBFormFactor:A1 48 0.283
newdef WSBFormFactor:A2 48 0.283
newdef WSBFormFactor:ScalarMass 48 5.27
newdef WSBFormFactor:PseudoScalarMass 48 5.78
newdef WSBFormFactor:VectorMass 48 5.32
newdef WSBFormFactor:PseudoVectorMass 48 5.71
newdef WSBFormFactor:F0 49 0
newdef WSBFormFactor:V 49 0.328
newdef WSBFormFactor:A0 49 0.28
newdef WSBFormFactor:A1 49 0.281
newdef WSBFormFactor:A2 49 0.281
newdef WSBFormFactor:ScalarMass 49 5.27
newdef WSBFormFactor:PseudoScalarMass 49 5.78
newdef WSBFormFactor:VectorMass 49 5.32
newdef WSBFormFactor:PseudoVectorMass 49 5.71
newdef WSBFormFactor:F0 50 0
newdef WSBFormFactor:V 50 0.328
newdef WSBFormFactor:A0 50 0.28
newdef WSBFormFactor:A1 50 0.281
newdef WSBFormFactor:A2 50 0.281
newdef WSBFormFactor:ScalarMass 50 5.27
newdef WSBFormFactor:PseudoScalarMass 50 5.78
newdef WSBFormFactor:VectorMass 50 5.32
newdef WSBFormFactor:PseudoVectorMass 50 5.71
newdef WSBFormFactor:Incoming 0 -321
newdef WSBFormFactor:Outgoing 0 111
newdef WSBFormFactor:Spin 0 0
newdef WSBFormFactor:Spectator 0 -2
newdef WSBFormFactor:InQuark 0 3
newdef WSBFormFactor:OutQuark 0 2
newdef WSBFormFactor:Incoming 1 -311
newdef WSBFormFactor:Outgoing 1 211
newdef WSBFormFactor:Spin 1 0
newdef WSBFormFactor:Spectator 1 -1
newdef WSBFormFactor:InQuark 1 3
newdef WSBFormFactor:OutQuark 1 2
newdef WSBFormFactor:Incoming 2 -321
newdef WSBFormFactor:Outgoing 2 -211
newdef WSBFormFactor:Spin 2 0
newdef WSBFormFactor:Spectator 2 -2
newdef WSBFormFactor:InQuark 2 3
newdef WSBFormFactor:OutQuark 2 1
newdef WSBFormFactor:Incoming 3 -311
newdef WSBFormFactor:Outgoing 3 111
newdef WSBFormFactor:Spin 3 0
newdef WSBFormFactor:Spectator 3 -1
newdef WSBFormFactor:InQuark 3 3
newdef WSBFormFactor:OutQuark 3 1
newdef WSBFormFactor:Incoming 4 421
newdef WSBFormFactor:Outgoing 4 -321
newdef WSBFormFactor:Spin 4 0
newdef WSBFormFactor:Spectator 4 -2
newdef WSBFormFactor:InQuark 4 4
newdef WSBFormFactor:OutQuark 4 3
newdef WSBFormFactor:Incoming 5 411
newdef WSBFormFactor:Outgoing 5 -311
newdef WSBFormFactor:Spin 5 0
newdef WSBFormFactor:Spectator 5 -1
newdef WSBFormFactor:InQuark 5 4
newdef WSBFormFactor:OutQuark 5 3
newdef WSBFormFactor:Incoming 6 421
newdef WSBFormFactor:Outgoing 6 -211
newdef WSBFormFactor:Spin 6 0
newdef WSBFormFactor:Spectator 6 -2
newdef WSBFormFactor:InQuark 6 4
newdef WSBFormFactor:OutQuark 6 1
newdef WSBFormFactor:Incoming 7 421
newdef WSBFormFactor:Outgoing 7 111
newdef WSBFormFactor:Spin 7 0
newdef WSBFormFactor:Spectator 7 -2
newdef WSBFormFactor:InQuark 7 4
newdef WSBFormFactor:OutQuark 7 2
newdef WSBFormFactor:Incoming 8 411
newdef WSBFormFactor:Outgoing 8 111
newdef WSBFormFactor:Spin 8 0
newdef WSBFormFactor:Spectator 8 -1
newdef WSBFormFactor:InQuark 8 4
newdef WSBFormFactor:OutQuark 8 1
newdef WSBFormFactor:Incoming 9 411
newdef WSBFormFactor:Outgoing 9 211
newdef WSBFormFactor:Spin 9 0
newdef WSBFormFactor:Spectator 9 -1
newdef WSBFormFactor:InQuark 9 4
newdef WSBFormFactor:OutQuark 9 2
newdef WSBFormFactor:Incoming 10 421
newdef WSBFormFactor:Outgoing 10 221
newdef WSBFormFactor:Spin 10 0
newdef WSBFormFactor:Spectator 10 -2
newdef WSBFormFactor:InQuark 10 4
newdef WSBFormFactor:OutQuark 10 2
newdef WSBFormFactor:Incoming 11 411
newdef WSBFormFactor:Outgoing 11 221
newdef WSBFormFactor:Spin 11 0
newdef WSBFormFactor:Spectator 11 -1
newdef WSBFormFactor:InQuark 11 4
newdef WSBFormFactor:OutQuark 11 1
newdef WSBFormFactor:Incoming 12 421
newdef WSBFormFactor:Outgoing 12 331
newdef WSBFormFactor:Spin 12 0
newdef WSBFormFactor:Spectator 12 -2
newdef WSBFormFactor:InQuark 12 4
newdef WSBFormFactor:OutQuark 12 2
newdef WSBFormFactor:Incoming 13 411
newdef WSBFormFactor:Outgoing 13 331
newdef WSBFormFactor:Spin 13 0
newdef WSBFormFactor:Spectator 13 -1
newdef WSBFormFactor:InQuark 13 4
newdef WSBFormFactor:OutQuark 13 1
newdef WSBFormFactor:Incoming 14 421
newdef WSBFormFactor:Outgoing 14 -323
newdef WSBFormFactor:Spin 14 1
newdef WSBFormFactor:Spectator 14 -2
newdef WSBFormFactor:InQuark 14 4
newdef WSBFormFactor:OutQuark 14 3
newdef WSBFormFactor:Incoming 15 411
newdef WSBFormFactor:Outgoing 15 -313
newdef WSBFormFactor:Spin 15 1
newdef WSBFormFactor:Spectator 15 -1
newdef WSBFormFactor:InQuark 15 4
newdef WSBFormFactor:OutQuark 15 3
newdef WSBFormFactor:Incoming 16 421
newdef WSBFormFactor:Outgoing 16 -213
newdef WSBFormFactor:Spin 16 1
newdef WSBFormFactor:Spectator 16 -2
newdef WSBFormFactor:InQuark 16 4
newdef WSBFormFactor:OutQuark 16 1
newdef WSBFormFactor:Incoming 17 421
newdef WSBFormFactor:Outgoing 17 113
newdef WSBFormFactor:Spin 17 1
newdef WSBFormFactor:Spectator 17 -2
newdef WSBFormFactor:InQuark 17 4
newdef WSBFormFactor:OutQuark 17 2
newdef WSBFormFactor:Incoming 18 411
newdef WSBFormFactor:Outgoing 18 113
newdef WSBFormFactor:Spin 18 1
newdef WSBFormFactor:Spectator 18 -1
newdef WSBFormFactor:InQuark 18 4
newdef WSBFormFactor:OutQuark 18 1
newdef WSBFormFactor:Incoming 19 411
newdef WSBFormFactor:Outgoing 19 213
newdef WSBFormFactor:Spin 19 1
newdef WSBFormFactor:Spectator 19 -1
newdef WSBFormFactor:InQuark 19 4
newdef WSBFormFactor:OutQuark 19 2
newdef WSBFormFactor:Incoming 20 411
newdef WSBFormFactor:Outgoing 20 223
newdef WSBFormFactor:Spin 20 1
newdef WSBFormFactor:Spectator 20 -1
newdef WSBFormFactor:InQuark 20 4
newdef WSBFormFactor:OutQuark 20 1
newdef WSBFormFactor:Incoming 21 421
newdef WSBFormFactor:Outgoing 21 223
newdef WSBFormFactor:Spin 21 1
newdef WSBFormFactor:Spectator 21 -2
newdef WSBFormFactor:InQuark 21 4
newdef WSBFormFactor:OutQuark 21 2
newdef WSBFormFactor:Incoming 22 431
newdef WSBFormFactor:Outgoing 22 221
newdef WSBFormFactor:Spin 22 0
newdef WSBFormFactor:Spectator 22 -3
newdef WSBFormFactor:InQuark 22 4
newdef WSBFormFactor:OutQuark 22 3
newdef WSBFormFactor:Incoming 23 431
newdef WSBFormFactor:Outgoing 23 331
newdef WSBFormFactor:Spin 23 0
newdef WSBFormFactor:Spectator 23 -3
newdef WSBFormFactor:InQuark 23 4
newdef WSBFormFactor:OutQuark 23 3
newdef WSBFormFactor:Incoming 24 431
newdef WSBFormFactor:Outgoing 24 311
newdef WSBFormFactor:Spin 24 0
newdef WSBFormFactor:Spectator 24 -3
newdef WSBFormFactor:InQuark 24 4
newdef WSBFormFactor:OutQuark 24 1
newdef WSBFormFactor:Incoming 25 431
newdef WSBFormFactor:Outgoing 25 321
newdef WSBFormFactor:Spin 25 0
newdef WSBFormFactor:Spectator 25 -3
newdef WSBFormFactor:InQuark 25 4
newdef WSBFormFactor:OutQuark 25 2
newdef WSBFormFactor:Incoming 26 431
newdef WSBFormFactor:Outgoing 26 313
newdef WSBFormFactor:Spin 26 1
newdef WSBFormFactor:Spectator 26 -3
newdef WSBFormFactor:InQuark 26 4
newdef WSBFormFactor:OutQuark 26 1
newdef WSBFormFactor:Incoming 27 431
newdef WSBFormFactor:Outgoing 27 323
newdef WSBFormFactor:Spin 27 1
newdef WSBFormFactor:Spectator 27 -3
newdef WSBFormFactor:InQuark 27 4
newdef WSBFormFactor:OutQuark 27 2
newdef WSBFormFactor:Incoming 28 431
newdef WSBFormFactor:Outgoing 28 333
newdef WSBFormFactor:Spin 28 1
newdef WSBFormFactor:Spectator 28 -3
newdef WSBFormFactor:InQuark 28 4
newdef WSBFormFactor:OutQuark 28 3
newdef WSBFormFactor:Incoming 29 -521
newdef WSBFormFactor:Outgoing 29 421
newdef WSBFormFactor:Spin 29 0
newdef WSBFormFactor:Spectator 29 -2
newdef WSBFormFactor:InQuark 29 5
newdef WSBFormFactor:OutQuark 29 4
newdef WSBFormFactor:Incoming 30 -511
newdef WSBFormFactor:Outgoing 30 411
newdef WSBFormFactor:Spin 30 0
newdef WSBFormFactor:Spectator 30 -2
newdef WSBFormFactor:InQuark 30 5
newdef WSBFormFactor:OutQuark 30 4
newdef WSBFormFactor:Incoming 31 -521
newdef WSBFormFactor:Outgoing 31 -321
newdef WSBFormFactor:Spin 31 0
newdef WSBFormFactor:Spectator 31 -2
newdef WSBFormFactor:InQuark 31 5
newdef WSBFormFactor:OutQuark 31 3
newdef WSBFormFactor:Incoming 32 -511
newdef WSBFormFactor:Outgoing 32 -311
newdef WSBFormFactor:Spin 32 0
newdef WSBFormFactor:Spectator 32 -1
newdef WSBFormFactor:InQuark 32 5
newdef WSBFormFactor:OutQuark 32 3
newdef WSBFormFactor:Incoming 33 -521
newdef WSBFormFactor:Outgoing 33 111
newdef WSBFormFactor:Spin 33 0
newdef WSBFormFactor:Spectator 33 -2
newdef WSBFormFactor:InQuark 33 5
newdef WSBFormFactor:OutQuark 33 2
newdef WSBFormFactor:Incoming 34 -511
newdef WSBFormFactor:Outgoing 34 211
newdef WSBFormFactor:Spin 34 0
newdef WSBFormFactor:Spectator 34 -1
newdef WSBFormFactor:InQuark 34 5
newdef WSBFormFactor:OutQuark 34 2
newdef WSBFormFactor:Incoming 35 -521
newdef WSBFormFactor:Outgoing 35 -211
newdef WSBFormFactor:Spin 35 0
newdef WSBFormFactor:Spectator 35 -2
newdef WSBFormFactor:InQuark 35 5
newdef WSBFormFactor:OutQuark 35 1
newdef WSBFormFactor:Incoming 36 -511
newdef WSBFormFactor:Outgoing 36 111
newdef WSBFormFactor:Spin 36 0
newdef WSBFormFactor:Spectator 36 -1
newdef WSBFormFactor:InQuark 36 5
newdef WSBFormFactor:OutQuark 36 1
newdef WSBFormFactor:Incoming 37 -521
newdef WSBFormFactor:Outgoing 37 221
newdef WSBFormFactor:Spin 37 0
newdef WSBFormFactor:Spectator 37 -2
newdef WSBFormFactor:InQuark 37 5
newdef WSBFormFactor:OutQuark 37 2
newdef WSBFormFactor:Incoming 38 -511
newdef WSBFormFactor:Outgoing 38 221
newdef WSBFormFactor:Spin 38 0
newdef WSBFormFactor:Spectator 38 -1
newdef WSBFormFactor:InQuark 38 5
newdef WSBFormFactor:OutQuark 38 1
newdef WSBFormFactor:Incoming 39 -521
newdef WSBFormFactor:Outgoing 39 331
newdef WSBFormFactor:Spin 39 0
newdef WSBFormFactor:Spectator 39 -2
newdef WSBFormFactor:InQuark 39 5
newdef WSBFormFactor:OutQuark 39 2
newdef WSBFormFactor:Incoming 40 -511
newdef WSBFormFactor:Outgoing 40 331
newdef WSBFormFactor:Spin 40 0
newdef WSBFormFactor:Spectator 40 -1
newdef WSBFormFactor:InQuark 40 5
newdef WSBFormFactor:OutQuark 40 1
newdef WSBFormFactor:Incoming 41 -521
newdef WSBFormFactor:Outgoing 41 423
newdef WSBFormFactor:Spin 41 1
newdef WSBFormFactor:Spectator 41 -2
newdef WSBFormFactor:InQuark 41 5
newdef WSBFormFactor:OutQuark 41 4
newdef WSBFormFactor:Incoming 42 -511
newdef WSBFormFactor:Outgoing 42 413
newdef WSBFormFactor:Spin 42 1
newdef WSBFormFactor:Spectator 42 -1
newdef WSBFormFactor:InQuark 42 5
newdef WSBFormFactor:OutQuark 42 4
newdef WSBFormFactor:Incoming 43 -521
newdef WSBFormFactor:Outgoing 43 -323
newdef WSBFormFactor:Spin 43 1
newdef WSBFormFactor:Spectator 43 -2
newdef WSBFormFactor:InQuark 43 5
newdef WSBFormFactor:OutQuark 43 3
newdef WSBFormFactor:Incoming 44 -511
newdef WSBFormFactor:Outgoing 44 -313
newdef WSBFormFactor:Spin 44 1
newdef WSBFormFactor:Spectator 44 -1
newdef WSBFormFactor:InQuark 44 5
newdef WSBFormFactor:OutQuark 44 3
newdef WSBFormFactor:Incoming 45 -521
newdef WSBFormFactor:Outgoing 45 113
newdef WSBFormFactor:Spin 45 1
newdef WSBFormFactor:Spectator 45 -2
newdef WSBFormFactor:InQuark 45 5
newdef WSBFormFactor:OutQuark 45 2
newdef WSBFormFactor:Incoming 46 -511
newdef WSBFormFactor:Outgoing 46 213
newdef WSBFormFactor:Spin 46 1
newdef WSBFormFactor:Spectator 46 -1
newdef WSBFormFactor:InQuark 46 5
newdef WSBFormFactor:OutQuark 46 2
newdef WSBFormFactor:Incoming 47 -521
newdef WSBFormFactor:Outgoing 47 -213
newdef WSBFormFactor:Spin 47 1
newdef WSBFormFactor:Spectator 47 -2
newdef WSBFormFactor:InQuark 47 5
newdef WSBFormFactor:OutQuark 47 1
newdef WSBFormFactor:Incoming 48 -511
newdef WSBFormFactor:Outgoing 48 113
newdef WSBFormFactor:Spin 48 1
newdef WSBFormFactor:Spectator 48 -1
newdef WSBFormFactor:InQuark 48 5
newdef WSBFormFactor:OutQuark 48 1
newdef WSBFormFactor:Incoming 49 -521
newdef WSBFormFactor:Outgoing 49 223
newdef WSBFormFactor:Spin 49 1
newdef WSBFormFactor:Spectator 49 -2
newdef WSBFormFactor:InQuark 49 5
newdef WSBFormFactor:OutQuark 49 2
newdef WSBFormFactor:Incoming 50 -511
newdef WSBFormFactor:Outgoing 50 223
newdef WSBFormFactor:Spin 50 1
newdef WSBFormFactor:Spectator 50 -1
newdef WSBFormFactor:InQuark 50 5
newdef WSBFormFactor:OutQuark 50 1
newdef WSB:FormFactor WSBFormFactor
#
create Herwig::BaryonFactorizedDecayer BottomBaryonScalar
newdef BottomBaryonScalar:Iteration 1
newdef BottomBaryonScalar:Ntry 500
newdef BottomBaryonScalar:Points 10000
newdef BottomBaryonScalar:a1Bottom 1.23
newdef BottomBaryonScalar:a2Bottom 0.33
newdef BottomBaryonScalar:a1Charm 1.1
newdef BottomBaryonScalar:a2Charm -0.5
newdef BottomBaryonScalar:CKM /Herwig/CKM
insert BottomBaryonScalar:WeightLocation 0 0
insert BottomBaryonScalar:WeightLocation 1 0
insert BottomBaryonScalar:WeightLocation 2 0
insert BottomBaryonScalar:WeightLocation 3 0
insert BottomBaryonScalar:WeightLocation 4 0
insert BottomBaryonScalar:WeightLocation 5 0
insert BottomBaryonScalar:WeightLocation 6 0
insert BottomBaryonScalar:WeightLocation 7 0
insert BottomBaryonScalar:WeightLocation 8 0
insert BottomBaryonScalar:WeightLocation 9 0
insert BottomBaryonScalar:WeightLocation 10 0
insert BottomBaryonScalar:WeightLocation 11 0
insert BottomBaryonScalar:WeightLocation 12 0
insert BottomBaryonScalar:WeightLocation 13 0
insert BottomBaryonScalar:WeightLocation 14 0
insert BottomBaryonScalar:WeightLocation 15 0
insert BottomBaryonScalar:WeightLocation 16 0
insert BottomBaryonScalar:WeightLocation 17 0
insert BottomBaryonScalar:WeightLocation 18 0
insert BottomBaryonScalar:WeightLocation 19 0
insert BottomBaryonScalar:WeightLocation 20 0
insert BottomBaryonScalar:WeightLocation 21 0
insert BottomBaryonScalar:WeightLocation 22 0
insert BottomBaryonScalar:WeightLocation 23 0
insert BottomBaryonScalar:WeightLocation 24 0
insert BottomBaryonScalar:WeightLocation 25 0
insert BottomBaryonScalar:WeightLocation 26 0
insert BottomBaryonScalar:WeightLocation 27 0
insert BottomBaryonScalar:WeightLocation 28 0
insert BottomBaryonScalar:WeightLocation 29 0
insert BottomBaryonScalar:WeightLocation 30 0
insert BottomBaryonScalar:WeightLocation 31 0
insert BottomBaryonScalar:WeightLocation 32 0
insert BottomBaryonScalar:WeightLocation 33 0
insert BottomBaryonScalar:WeightLocation 34 0
insert BottomBaryonScalar:WeightLocation 35 0
insert BottomBaryonScalar:WeightLocation 36 0
insert BottomBaryonScalar:WeightLocation 37 0
insert BottomBaryonScalar:WeightLocation 38 0
insert BottomBaryonScalar:WeightLocation 39 0
insert BottomBaryonScalar:WeightLocation 40 0
insert BottomBaryonScalar:WeightLocation 41 0
insert BottomBaryonScalar:WeightLocation 42 0
insert BottomBaryonScalar:WeightLocation 43 0
insert BottomBaryonScalar:WeightLocation 44 0
insert BottomBaryonScalar:WeightLocation 45 0
insert BottomBaryonScalar:WeightLocation 46 0
insert BottomBaryonScalar:WeightLocation 47 0
insert BottomBaryonScalar:WeightLocation 48 0
insert BottomBaryonScalar:WeightLocation 49 0
insert BottomBaryonScalar:WeightLocation 50 0
insert BottomBaryonScalar:WeightLocation 51 0
insert BottomBaryonScalar:WeightLocation 52 0
insert BottomBaryonScalar:WeightLocation 53 0
insert BottomBaryonScalar:WeightLocation 54 0
insert BottomBaryonScalar:WeightLocation 55 0
insert BottomBaryonScalar:WeightLocation 56 0
insert BottomBaryonScalar:WeightLocation 57 0
insert BottomBaryonScalar:WeightLocation 58 0
insert BottomBaryonScalar:WeightLocation 59 0
insert BottomBaryonScalar:WeightLocation 60 0
insert BottomBaryonScalar:WeightLocation 61 0
insert BottomBaryonScalar:WeightLocation 62 0
insert BottomBaryonScalar:WeightLocation 63 0
insert BottomBaryonScalar:WeightLocation 64 0
insert BottomBaryonScalar:WeightLocation 65 0
insert BottomBaryonScalar:WeightLocation 66 0
insert BottomBaryonScalar:WeightLocation 67 0
insert BottomBaryonScalar:WeightLocation 68 0
insert BottomBaryonScalar:WeightLocation 69 0
insert BottomBaryonScalar:WeightLocation 70 0
insert BottomBaryonScalar:WeightLocation 71 0
insert BottomBaryonScalar:WeightLocation 72 0
insert BottomBaryonScalar:WeightLocation 73 0
insert BottomBaryonScalar:WeightLocation 74 0
insert BottomBaryonScalar:WeightLocation 75 0
insert BottomBaryonScalar:WeightLocation 76 0
insert BottomBaryonScalar:WeightLocation 77 0
insert BottomBaryonScalar:WeightLocation 78 0
insert BottomBaryonScalar:WeightLocation 79 0
insert BottomBaryonScalar:WeightLocation 80 0
insert BottomBaryonScalar:WeightLocation 81 0
insert BottomBaryonScalar:WeightLocation 82 0
insert BottomBaryonScalar:WeightLocation 83 0
insert BottomBaryonScalar:WeightLocation 84 0
insert BottomBaryonScalar:WeightLocation 85 0
insert BottomBaryonScalar:WeightLocation 86 0
insert BottomBaryonScalar:WeightLocation 87 0
insert BottomBaryonScalar:MaximumWeight 0 0.021
insert BottomBaryonScalar:MaximumWeight 1 0.0018
insert BottomBaryonScalar:MaximumWeight 2 0.0024
insert BottomBaryonScalar:MaximumWeight 3 0.070
insert BottomBaryonScalar:MaximumWeight 4 0.006
insert BottomBaryonScalar:MaximumWeight 5 8.56063e-09
insert BottomBaryonScalar:MaximumWeight 6 4.41438e-09
insert BottomBaryonScalar:MaximumWeight 7 4.27007e-09
insert BottomBaryonScalar:MaximumWeight 8 6.07688e-06
insert BottomBaryonScalar:MaximumWeight 9 9.19826e-07
insert BottomBaryonScalar:MaximumWeight 10 1.19065e-07
insert BottomBaryonScalar:MaximumWeight 11 6.16384e-08
insert BottomBaryonScalar:MaximumWeight 12 6.01101e-08
insert BottomBaryonScalar:MaximumWeight 13 8.8887e-05
insert BottomBaryonScalar:MaximumWeight 14 3.7768e-08
insert BottomBaryonScalar:MaximumWeight 15 0.027
insert BottomBaryonScalar:MaximumWeight 16 0.0025
insert BottomBaryonScalar:MaximumWeight 17 0.0035
insert BottomBaryonScalar:MaximumWeight 18 0.09
insert BottomBaryonScalar:MaximumWeight 19 0.0045673
insert BottomBaryonScalar:MaximumWeight 20 0.028
insert BottomBaryonScalar:MaximumWeight 21 0.0025
insert BottomBaryonScalar:MaximumWeight 22 0.003
insert BottomBaryonScalar:MaximumWeight 23 0.088
insert BottomBaryonScalar:MaximumWeight 24 0.00457512
insert BottomBaryonScalar:MaximumWeight 25 1.77806e-08
insert BottomBaryonScalar:MaximumWeight 26 9.17422e-09
insert BottomBaryonScalar:MaximumWeight 27 8.88518e-09
insert BottomBaryonScalar:MaximumWeight 28 1.27117e-05
insert BottomBaryonScalar:MaximumWeight 29 1.9241e-06
insert BottomBaryonScalar:MaximumWeight 30 1.79105e-08
insert BottomBaryonScalar:MaximumWeight 31 9.24135e-09
insert BottomBaryonScalar:MaximumWeight 32 8.95234e-09
insert BottomBaryonScalar:MaximumWeight 33 1.28062e-05
insert BottomBaryonScalar:MaximumWeight 34 1.9384e-06
insert BottomBaryonScalar:MaximumWeight 35 1.12622e-07
insert BottomBaryonScalar:MaximumWeight 36 5.83167e-08
insert BottomBaryonScalar:MaximumWeight 37 5.69376e-08
insert BottomBaryonScalar:MaximumWeight 38 8.42658e-05
insert BottomBaryonScalar:MaximumWeight 39 3.58044e-08
insert BottomBaryonScalar:MaximumWeight 40 1.12936e-07
insert BottomBaryonScalar:MaximumWeight 41 5.84801e-08
insert BottomBaryonScalar:MaximumWeight 42 5.70908e-08
insert BottomBaryonScalar:MaximumWeight 43 8.4519e-05
insert BottomBaryonScalar:MaximumWeight 44 3.5912e-08
insert BottomBaryonScalar:MaximumWeight 45 2.69015e-08
insert BottomBaryonScalar:MaximumWeight 46 1.39361e-08
insert BottomBaryonScalar:MaximumWeight 47 1.36195e-08
insert BottomBaryonScalar:MaximumWeight 48 2.02555e-05
insert BottomBaryonScalar:MaximumWeight 49 8.60654e-09
insert BottomBaryonScalar:MaximumWeight 50 0.018
insert BottomBaryonScalar:MaximumWeight 51 0.00110106
insert BottomBaryonScalar:MaximumWeight 52 0.0023
insert BottomBaryonScalar:MaximumWeight 53 0.07
insert BottomBaryonScalar:MaximumWeight 54 0.00367262
insert BottomBaryonScalar:MaximumWeight 55 1.43709e-07
insert BottomBaryonScalar:MaximumWeight 56 7.35099e-08
insert BottomBaryonScalar:MaximumWeight 57 6.98837e-08
insert BottomBaryonScalar:MaximumWeight 58 9.30994e-05
insert BottomBaryonScalar:MaximumWeight 59 3.95578e-08
insert BottomBaryonScalar:MaximumWeight 60 0.00598854
insert BottomBaryonScalar:MaximumWeight 61 0.000472722
insert BottomBaryonScalar:MaximumWeight 62 0.000640993
insert BottomBaryonScalar:MaximumWeight 63 0.0169935
insert BottomBaryonScalar:MaximumWeight 64 0.00128473
insert BottomBaryonScalar:MaximumWeight 65 1.61781e-08
insert BottomBaryonScalar:MaximumWeight 66 7.84416e-09
insert BottomBaryonScalar:MaximumWeight 67 6.68216e-09
insert BottomBaryonScalar:MaximumWeight 68 6.88474e-06
insert BottomBaryonScalar:MaximumWeight 69 1.04211e-06
insert BottomBaryonScalar:MaximumWeight 70 8.01444e-07
insert BottomBaryonScalar:MaximumWeight 71 3.82459e-07
insert BottomBaryonScalar:MaximumWeight 72 3.05222e-07
insert BottomBaryonScalar:MaximumWeight 73 0.000225103
insert BottomBaryonScalar:MaximumWeight 74 9.43004e-08
insert BottomBaryonScalar:MaximumWeight 75 0.0131163
insert BottomBaryonScalar:MaximumWeight 76 0.000866485
insert BottomBaryonScalar:MaximumWeight 77 0.000102483
insert BottomBaryonScalar:MaximumWeight 78 0.0002451
insert BottomBaryonScalar:MaximumWeight 79 2.59124e-06
insert BottomBaryonScalar:MaximumWeight 80 1.44122e-05
insert BottomBaryonScalar:MaximumWeight 81 0.00511908
insert BottomBaryonScalar:MaximumWeight 82 0.020127
insert BottomBaryonScalar:MaximumWeight 83 0.00153056
insert BottomBaryonScalar:MaximumWeight 84 0.0501601
insert BottomBaryonScalar:MaximumWeight 85 0.00379703
insert BottomBaryonScalar:MaximumWeight 86 0.0128147
insert BottomBaryonScalar:MaximumWeight 87 0.000969737
create Herwig::ScalarMesonCurrent BottomBaryonScalarCurrent
newdef BottomBaryonScalarCurrent:ThetaEtaEtaPrime -0.194
newdef BottomBaryonScalarCurrent:ID 0 211
newdef BottomBaryonScalarCurrent:Decay_Constant 0 130.7
newdef BottomBaryonScalarCurrent:ID 1 111
newdef BottomBaryonScalarCurrent:Decay_Constant 1 130.7
newdef BottomBaryonScalarCurrent:ID 2 111
newdef BottomBaryonScalarCurrent:Decay_Constant 2 130.7
newdef BottomBaryonScalarCurrent:ID 3 221
newdef BottomBaryonScalarCurrent:Decay_Constant 3 130.7
newdef BottomBaryonScalarCurrent:ID 4 221
newdef BottomBaryonScalarCurrent:Decay_Constant 4 130.7
newdef BottomBaryonScalarCurrent:ID 5 221
newdef BottomBaryonScalarCurrent:Decay_Constant 5 130.7
newdef BottomBaryonScalarCurrent:ID 6 331
newdef BottomBaryonScalarCurrent:Decay_Constant 6 130.7
newdef BottomBaryonScalarCurrent:ID 7 331
newdef BottomBaryonScalarCurrent:Decay_Constant 7 130.7
newdef BottomBaryonScalarCurrent:ID 8 331
newdef BottomBaryonScalarCurrent:Decay_Constant 8 130.7
newdef BottomBaryonScalarCurrent:ID 9 311
newdef BottomBaryonScalarCurrent:Decay_Constant 9 159.8
newdef BottomBaryonScalarCurrent:ID 10 321
newdef BottomBaryonScalarCurrent:Decay_Constant 10 159.8
newdef BottomBaryonScalarCurrent:ID 11 411
newdef BottomBaryonScalarCurrent:Decay_Constant 11 200
newdef BottomBaryonScalarCurrent:ID 12 421
newdef BottomBaryonScalarCurrent:Decay_Constant 12 200
newdef BottomBaryonScalarCurrent:ID 13 431
newdef BottomBaryonScalarCurrent:Decay_Constant 13 241
newdef BottomBaryonScalarCurrent:ID 14 10431
newdef BottomBaryonScalarCurrent:Decay_Constant 14 73.7
newdef BottomBaryonScalarCurrent:Quark 0 2
newdef BottomBaryonScalarCurrent:AntiQuark 0 -1
newdef BottomBaryonScalarCurrent:Quark 1 1
newdef BottomBaryonScalarCurrent:AntiQuark 1 -1
newdef BottomBaryonScalarCurrent:Quark 2 2
newdef BottomBaryonScalarCurrent:AntiQuark 2 -2
newdef BottomBaryonScalarCurrent:Quark 3 1
newdef BottomBaryonScalarCurrent:AntiQuark 3 -1
newdef BottomBaryonScalarCurrent:Quark 4 2
newdef BottomBaryonScalarCurrent:AntiQuark 4 -2
newdef BottomBaryonScalarCurrent:Quark 5 3
newdef BottomBaryonScalarCurrent:AntiQuark 5 -3
newdef BottomBaryonScalarCurrent:Quark 6 1
newdef BottomBaryonScalarCurrent:AntiQuark 6 -1
newdef BottomBaryonScalarCurrent:Quark 7 2
newdef BottomBaryonScalarCurrent:AntiQuark 7 -2
newdef BottomBaryonScalarCurrent:Quark 8 3
newdef BottomBaryonScalarCurrent:AntiQuark 8 -3
newdef BottomBaryonScalarCurrent:Quark 9 1
newdef BottomBaryonScalarCurrent:AntiQuark 9 -3
newdef BottomBaryonScalarCurrent:Quark 10 2
newdef BottomBaryonScalarCurrent:AntiQuark 10 -3
newdef BottomBaryonScalarCurrent:Quark 11 4
newdef BottomBaryonScalarCurrent:AntiQuark 11 -1
newdef BottomBaryonScalarCurrent:Quark 12 4
newdef BottomBaryonScalarCurrent:AntiQuark 12 -2
newdef BottomBaryonScalarCurrent:Quark 13 4
newdef BottomBaryonScalarCurrent:AntiQuark 13 -3
newdef BottomBaryonScalarCurrent:Quark 14 4
newdef BottomBaryonScalarCurrent:AntiQuark 14 -3
newdef BottomBaryonScalar:Current BottomBaryonScalarCurrent
create Herwig::ChengHeavyBaryonFormFactor BottomBaryonScalarForm
newdef BottomBaryonScalarForm:DownMass 0.322
newdef BottomBaryonScalarForm:UpMass 0.338
newdef BottomBaryonScalarForm:StrangeMass 0.51
newdef BottomBaryonScalarForm:CharmMass 1.6
newdef BottomBaryonScalarForm:BottomMass 5
newdef BottomBaryonScalarForm:VectorMassbc 6.34
newdef BottomBaryonScalarForm:AxialMassbc 6.73
newdef BottomBaryonScalarForm:VectorMassbs 5.42
newdef BottomBaryonScalarForm:AxialMassbs 5.86
newdef BottomBaryonScalarForm:VectorMassbd 5.32
newdef BottomBaryonScalarForm:AxialMassbd 5.71
newdef BottomBaryonScalarForm:VectorMasscs 2.11
newdef BottomBaryonScalarForm:AxialMasscs 2.54
newdef BottomBaryonScalarForm:VectorMasscu 2.01
newdef BottomBaryonScalarForm:AxialMasscu 2.42
newdef BottomBaryonScalarForm:Nfi 0 1
newdef BottomBaryonScalarForm:Eta 0 1
newdef BottomBaryonScalarForm:Nfi 1 0.57735
newdef BottomBaryonScalarForm:Eta 1 1
newdef BottomBaryonScalarForm:Nfi 2 0.707107
newdef BottomBaryonScalarForm:Eta 2 1
newdef BottomBaryonScalarForm:Nfi 3 1
newdef BottomBaryonScalarForm:Eta 3 1
newdef BottomBaryonScalarForm:Nfi 4 1
newdef BottomBaryonScalarForm:Eta 4 1
newdef BottomBaryonScalarForm:Nfi 5 0.707107
newdef BottomBaryonScalarForm:Eta 5 1
newdef BottomBaryonScalarForm:Nfi 6 0.707107
newdef BottomBaryonScalarForm:Eta 6 1
newdef BottomBaryonScalarForm:Nfi 7 0.5
newdef BottomBaryonScalarForm:Eta 7 1
newdef BottomBaryonScalarForm:Nfi 8 0.5
newdef BottomBaryonScalarForm:Eta 8 1
newdef BottomBaryonScalarForm:Nfi 9 0.288675
newdef BottomBaryonScalarForm:Eta 9 1
newdef BottomBaryonScalarForm:Nfi 10 1
newdef BottomBaryonScalarForm:Eta 10 -0.333333
newdef BottomBaryonScalarForm:Nfi 11 0.57735
newdef BottomBaryonScalarForm:Eta 11 -0.333333
newdef BottomBaryonScalarForm:Nfi 12 1
newdef BottomBaryonScalarForm:Eta 12 0
newdef BottomBaryonScalarForm:Nfi 13 1
newdef BottomBaryonScalarForm:Eta 13 0
newdef BottomBaryonScalarForm:Nfi 14 0.57735
newdef BottomBaryonScalarForm:Eta 14 0
newdef BottomBaryonScalarForm:Nfi 15 1
newdef BottomBaryonScalarForm:Eta 15 0
newdef BottomBaryonScalarForm:Nfi 16 0.57735
newdef BottomBaryonScalarForm:Eta 16 0
newdef BottomBaryonScalarForm:Nfi 17 0.57735
newdef BottomBaryonScalarForm:Eta 17 1
newdef BottomBaryonScalarForm:Nfi 18 0.57735
newdef BottomBaryonScalarForm:Eta 18 1
newdef BottomBaryonScalarForm:Nfi 19 0.57735
newdef BottomBaryonScalarForm:Eta 19 1
newdef BottomBaryonScalarForm:Incoming 0 5122
newdef BottomBaryonScalarForm:Outgoing 0 4122
newdef BottomBaryonScalarForm:InSpin 0 2
newdef BottomBaryonScalarForm:OutSpin 0 2
newdef BottomBaryonScalarForm:Spectator1 0 1
newdef BottomBaryonScalarForm:Spectator2 0 2
newdef BottomBaryonScalarForm:InQuark 0 5
newdef BottomBaryonScalarForm:OutQuark 0 4
newdef BottomBaryonScalarForm:Incoming 1 5122
newdef BottomBaryonScalarForm:Outgoing 1 3122
newdef BottomBaryonScalarForm:InSpin 1 2
newdef BottomBaryonScalarForm:OutSpin 1 2
newdef BottomBaryonScalarForm:Spectator1 1 1
newdef BottomBaryonScalarForm:Spectator2 1 2
newdef BottomBaryonScalarForm:InQuark 1 5
newdef BottomBaryonScalarForm:OutQuark 1 3
newdef BottomBaryonScalarForm:Incoming 2 5122
newdef BottomBaryonScalarForm:Outgoing 2 2112
newdef BottomBaryonScalarForm:InSpin 2 2
newdef BottomBaryonScalarForm:OutSpin 2 2
newdef BottomBaryonScalarForm:Spectator1 2 1
newdef BottomBaryonScalarForm:Spectator2 2 2
newdef BottomBaryonScalarForm:InQuark 2 5
newdef BottomBaryonScalarForm:OutQuark 2 1
newdef BottomBaryonScalarForm:Incoming 3 5232
newdef BottomBaryonScalarForm:Outgoing 3 4232
newdef BottomBaryonScalarForm:InSpin 3 2
newdef BottomBaryonScalarForm:OutSpin 3 2
newdef BottomBaryonScalarForm:Spectator1 3 2
newdef BottomBaryonScalarForm:Spectator2 3 3
newdef BottomBaryonScalarForm:InQuark 3 5
newdef BottomBaryonScalarForm:OutQuark 3 4
newdef BottomBaryonScalarForm:Incoming 4 5132
newdef BottomBaryonScalarForm:Outgoing 4 4132
newdef BottomBaryonScalarForm:InSpin 4 2
newdef BottomBaryonScalarForm:OutSpin 4 2
newdef BottomBaryonScalarForm:Spectator1 4 1
newdef BottomBaryonScalarForm:Spectator2 4 3
newdef BottomBaryonScalarForm:InQuark 4 5
newdef BottomBaryonScalarForm:OutQuark 4 4
newdef BottomBaryonScalarForm:Incoming 5 5232
newdef BottomBaryonScalarForm:Outgoing 5 3322
newdef BottomBaryonScalarForm:InSpin 5 2
newdef BottomBaryonScalarForm:OutSpin 5 2
newdef BottomBaryonScalarForm:Spectator1 5 2
newdef BottomBaryonScalarForm:Spectator2 5 3
newdef BottomBaryonScalarForm:InQuark 5 5
newdef BottomBaryonScalarForm:OutQuark 5 3
newdef BottomBaryonScalarForm:Incoming 6 5132
newdef BottomBaryonScalarForm:Outgoing 6 3312
newdef BottomBaryonScalarForm:InSpin 6 2
newdef BottomBaryonScalarForm:OutSpin 6 2
newdef BottomBaryonScalarForm:Spectator1 6 1
newdef BottomBaryonScalarForm:Spectator2 6 3
newdef BottomBaryonScalarForm:InQuark 6 5
newdef BottomBaryonScalarForm:OutQuark 6 3
newdef BottomBaryonScalarForm:Incoming 7 5232
newdef BottomBaryonScalarForm:Outgoing 7 3212
newdef BottomBaryonScalarForm:InSpin 7 2
newdef BottomBaryonScalarForm:OutSpin 7 2
newdef BottomBaryonScalarForm:Spectator1 7 2
newdef BottomBaryonScalarForm:Spectator2 7 3
newdef BottomBaryonScalarForm:InQuark 7 5
newdef BottomBaryonScalarForm:OutQuark 7 1
newdef BottomBaryonScalarForm:Incoming 8 5132
newdef BottomBaryonScalarForm:Outgoing 8 3112
newdef BottomBaryonScalarForm:InSpin 8 2
newdef BottomBaryonScalarForm:OutSpin 8 2
newdef BottomBaryonScalarForm:Spectator1 8 1
newdef BottomBaryonScalarForm:Spectator2 8 3
newdef BottomBaryonScalarForm:InQuark 8 5
newdef BottomBaryonScalarForm:OutQuark 8 1
newdef BottomBaryonScalarForm:Incoming 9 5232
newdef BottomBaryonScalarForm:Outgoing 9 3122
newdef BottomBaryonScalarForm:InSpin 9 2
newdef BottomBaryonScalarForm:OutSpin 9 2
newdef BottomBaryonScalarForm:Spectator1 9 2
newdef BottomBaryonScalarForm:Spectator2 9 3
newdef BottomBaryonScalarForm:InQuark 9 5
newdef BottomBaryonScalarForm:OutQuark 9 1
newdef BottomBaryonScalarForm:Incoming 10 5332
newdef BottomBaryonScalarForm:Outgoing 10 4332
newdef BottomBaryonScalarForm:InSpin 10 2
newdef BottomBaryonScalarForm:OutSpin 10 2
newdef BottomBaryonScalarForm:Spectator1 10 3
newdef BottomBaryonScalarForm:Spectator2 10 3
newdef BottomBaryonScalarForm:InQuark 10 5
newdef BottomBaryonScalarForm:OutQuark 10 4
newdef BottomBaryonScalarForm:Incoming 11 5332
newdef BottomBaryonScalarForm:Outgoing 11 3312
newdef BottomBaryonScalarForm:InSpin 11 2
newdef BottomBaryonScalarForm:OutSpin 11 2
newdef BottomBaryonScalarForm:Spectator1 11 3
newdef BottomBaryonScalarForm:Spectator2 11 3
newdef BottomBaryonScalarForm:InQuark 11 5
newdef BottomBaryonScalarForm:OutQuark 11 1
newdef BottomBaryonScalarForm:Incoming 12 5332
newdef BottomBaryonScalarForm:Outgoing 12 4334
newdef BottomBaryonScalarForm:InSpin 12 2
newdef BottomBaryonScalarForm:OutSpin 12 4
newdef BottomBaryonScalarForm:Spectator1 12 3
newdef BottomBaryonScalarForm:Spectator2 12 3
newdef BottomBaryonScalarForm:InQuark 12 5
newdef BottomBaryonScalarForm:OutQuark 12 4
newdef BottomBaryonScalarForm:Incoming 13 5332
newdef BottomBaryonScalarForm:Outgoing 13 3334
newdef BottomBaryonScalarForm:InSpin 13 2
newdef BottomBaryonScalarForm:OutSpin 13 4
newdef BottomBaryonScalarForm:Spectator1 13 3
newdef BottomBaryonScalarForm:Spectator2 13 3
newdef BottomBaryonScalarForm:InQuark 13 5
newdef BottomBaryonScalarForm:OutQuark 13 3
newdef BottomBaryonScalarForm:Incoming 14 5332
newdef BottomBaryonScalarForm:Outgoing 14 3314
newdef BottomBaryonScalarForm:InSpin 14 2
newdef BottomBaryonScalarForm:OutSpin 14 4
newdef BottomBaryonScalarForm:Spectator1 14 3
newdef BottomBaryonScalarForm:Spectator2 14 3
newdef BottomBaryonScalarForm:InQuark 14 5
newdef BottomBaryonScalarForm:OutQuark 14 1
newdef BottomBaryonScalarForm:Incoming 15 4332
newdef BottomBaryonScalarForm:Outgoing 15 3334
newdef BottomBaryonScalarForm:InSpin 15 2
newdef BottomBaryonScalarForm:OutSpin 15 4
newdef BottomBaryonScalarForm:Spectator1 15 3
newdef BottomBaryonScalarForm:Spectator2 15 3
newdef BottomBaryonScalarForm:InQuark 15 4
newdef BottomBaryonScalarForm:OutQuark 15 3
newdef BottomBaryonScalarForm:Incoming 16 4332
newdef BottomBaryonScalarForm:Outgoing 16 3324
newdef BottomBaryonScalarForm:InSpin 16 2
newdef BottomBaryonScalarForm:OutSpin 16 4
newdef BottomBaryonScalarForm:Spectator1 16 3
newdef BottomBaryonScalarForm:Spectator2 16 3
newdef BottomBaryonScalarForm:InQuark 16 4
newdef BottomBaryonScalarForm:OutQuark 16 2
newdef BottomBaryonScalarForm:Incoming 17 4122
newdef BottomBaryonScalarForm:Outgoing 17 3122
newdef BottomBaryonScalarForm:InSpin 17 2
newdef BottomBaryonScalarForm:OutSpin 17 2
newdef BottomBaryonScalarForm:Spectator1 17 1
newdef BottomBaryonScalarForm:Spectator2 17 2
newdef BottomBaryonScalarForm:InQuark 17 4
newdef BottomBaryonScalarForm:OutQuark 17 3
newdef BottomBaryonScalarForm:Incoming 18 4232
newdef BottomBaryonScalarForm:Outgoing 18 3322
newdef BottomBaryonScalarForm:InSpin 18 2
newdef BottomBaryonScalarForm:OutSpin 18 2
newdef BottomBaryonScalarForm:Spectator1 18 2
newdef BottomBaryonScalarForm:Spectator2 18 3
newdef BottomBaryonScalarForm:InQuark 18 4
newdef BottomBaryonScalarForm:OutQuark 18 3
newdef BottomBaryonScalarForm:Incoming 19 4132
newdef BottomBaryonScalarForm:Outgoing 19 3312
newdef BottomBaryonScalarForm:InSpin 19 2
newdef BottomBaryonScalarForm:OutSpin 19 2
newdef BottomBaryonScalarForm:Spectator1 19 1
newdef BottomBaryonScalarForm:Spectator2 19 3
newdef BottomBaryonScalarForm:InQuark 19 4
newdef BottomBaryonScalarForm:OutQuark 19 3
newdef BottomBaryonScalar:FormFactor BottomBaryonScalarForm
#
create Herwig::BaryonFactorizedDecayer BottomBaryonVector
newdef BottomBaryonVector:Iteration 1
newdef BottomBaryonVector:Ntry 500
newdef BottomBaryonVector:Points 10000
newdef BottomBaryonVector:a1Bottom 1.23
newdef BottomBaryonVector:a2Bottom 0.33
newdef BottomBaryonVector:a1Charm 1.1
newdef BottomBaryonVector:a2Charm -0.5
newdef BottomBaryonVector:CKM /Herwig/CKM
insert BottomBaryonVector:WeightLocation 0 0
insert BottomBaryonVector:WeightLocation 1 0
insert BottomBaryonVector:WeightLocation 2 0
insert BottomBaryonVector:WeightLocation 3 0
insert BottomBaryonVector:WeightLocation 4 0
insert BottomBaryonVector:WeightLocation 5 0
insert BottomBaryonVector:WeightLocation 6 0
insert BottomBaryonVector:WeightLocation 7 0
insert BottomBaryonVector:WeightLocation 8 0
insert BottomBaryonVector:WeightLocation 9 0
insert BottomBaryonVector:WeightLocation 10 0
insert BottomBaryonVector:WeightLocation 11 0
insert BottomBaryonVector:WeightLocation 12 0
insert BottomBaryonVector:WeightLocation 13 0
insert BottomBaryonVector:WeightLocation 14 0
insert BottomBaryonVector:WeightLocation 15 0
insert BottomBaryonVector:WeightLocation 16 0
insert BottomBaryonVector:WeightLocation 17 0
insert BottomBaryonVector:WeightLocation 18 0
insert BottomBaryonVector:WeightLocation 19 0
insert BottomBaryonVector:WeightLocation 20 0
insert BottomBaryonVector:WeightLocation 21 0
insert BottomBaryonVector:WeightLocation 22 0
insert BottomBaryonVector:WeightLocation 23 0
insert BottomBaryonVector:WeightLocation 24 0
insert BottomBaryonVector:WeightLocation 25 0
insert BottomBaryonVector:WeightLocation 26 0
insert BottomBaryonVector:WeightLocation 27 0
insert BottomBaryonVector:WeightLocation 28 0
insert BottomBaryonVector:WeightLocation 29 0
insert BottomBaryonVector:WeightLocation 30 0
insert BottomBaryonVector:WeightLocation 31 0
insert BottomBaryonVector:WeightLocation 32 0
insert BottomBaryonVector:WeightLocation 33 0
insert BottomBaryonVector:WeightLocation 34 0
insert BottomBaryonVector:WeightLocation 35 0
insert BottomBaryonVector:WeightLocation 36 0
insert BottomBaryonVector:WeightLocation 37 0
insert BottomBaryonVector:WeightLocation 38 0
insert BottomBaryonVector:WeightLocation 39 0
insert BottomBaryonVector:WeightLocation 40 0
insert BottomBaryonVector:WeightLocation 41 0
insert BottomBaryonVector:WeightLocation 42 0
insert BottomBaryonVector:WeightLocation 43 0
insert BottomBaryonVector:WeightLocation 44 0
insert BottomBaryonVector:WeightLocation 45 0
insert BottomBaryonVector:WeightLocation 46 0
insert BottomBaryonVector:WeightLocation 47 0
insert BottomBaryonVector:WeightLocation 48 0
insert BottomBaryonVector:WeightLocation 49 0
insert BottomBaryonVector:WeightLocation 50 0
insert BottomBaryonVector:WeightLocation 51 0
insert BottomBaryonVector:WeightLocation 52 0
insert BottomBaryonVector:WeightLocation 53 0
insert BottomBaryonVector:WeightLocation 54 0
insert BottomBaryonVector:WeightLocation 55 0
insert BottomBaryonVector:WeightLocation 56 0
insert BottomBaryonVector:WeightLocation 57 0
insert BottomBaryonVector:WeightLocation 58 0
insert BottomBaryonVector:WeightLocation 59 0
insert BottomBaryonVector:WeightLocation 60 0
insert BottomBaryonVector:WeightLocation 61 0
insert BottomBaryonVector:WeightLocation 62 0
insert BottomBaryonVector:WeightLocation 63 0
insert BottomBaryonVector:WeightLocation 64 0
insert BottomBaryonVector:WeightLocation 65 0
insert BottomBaryonVector:WeightLocation 66 0
insert BottomBaryonVector:WeightLocation 67 0
insert BottomBaryonVector:WeightLocation 68 0
insert BottomBaryonVector:WeightLocation 69 0
insert BottomBaryonVector:WeightLocation 70 0
insert BottomBaryonVector:WeightLocation 71 0
insert BottomBaryonVector:WeightLocation 72 0
insert BottomBaryonVector:WeightLocation 73 0
insert BottomBaryonVector:WeightLocation 74 0
insert BottomBaryonVector:WeightLocation 75 0
insert BottomBaryonVector:WeightLocation 76 0
insert BottomBaryonVector:WeightLocation 77 0
insert BottomBaryonVector:WeightLocation 78 0
insert BottomBaryonVector:WeightLocation 79 0
insert BottomBaryonVector:WeightLocation 80 0
insert BottomBaryonVector:WeightLocation 81 0
insert BottomBaryonVector:WeightLocation 82 0
insert BottomBaryonVector:WeightLocation 83 0
insert BottomBaryonVector:WeightLocation 84 0
insert BottomBaryonVector:WeightLocation 85 0
insert BottomBaryonVector:WeightLocation 86 0
insert BottomBaryonVector:WeightLocation 87 0
insert BottomBaryonVector:WeightLocation 88 0
insert BottomBaryonVector:WeightLocation 89 0
insert BottomBaryonVector:WeightLocation 90 0
insert BottomBaryonVector:WeightLocation 91 0
insert BottomBaryonVector:WeightLocation 92 0
insert BottomBaryonVector:WeightLocation 93 0
insert BottomBaryonVector:WeightLocation 94 0
insert BottomBaryonVector:WeightLocation 95 0
insert BottomBaryonVector:WeightLocation 96 0
insert BottomBaryonVector:WeightLocation 97 0
insert BottomBaryonVector:WeightLocation 98 0
insert BottomBaryonVector:WeightLocation 99 0
insert BottomBaryonVector:WeightLocation 100 0
insert BottomBaryonVector:WeightLocation 101 0
insert BottomBaryonVector:WeightLocation 102 0
insert BottomBaryonVector:WeightLocation 103 0
insert BottomBaryonVector:WeightLocation 104 0
insert BottomBaryonVector:WeightLocation 105 0
insert BottomBaryonVector:WeightLocation 106 0
insert BottomBaryonVector:WeightLocation 107 0
insert BottomBaryonVector:WeightLocation 108 0
insert BottomBaryonVector:WeightLocation 109 0
insert BottomBaryonVector:WeightLocation 110 0
insert BottomBaryonVector:WeightLocation 111 0
insert BottomBaryonVector:WeightLocation 112 0
insert BottomBaryonVector:WeightLocation 113 0
insert BottomBaryonVector:WeightLocation 114 0
insert BottomBaryonVector:WeightLocation 115 0
insert BottomBaryonVector:WeightLocation 116 0
insert BottomBaryonVector:WeightLocation 117 0
insert BottomBaryonVector:MaximumWeight 0 0.06
insert BottomBaryonVector:MaximumWeight 1 0.00612163
insert BottomBaryonVector:MaximumWeight 2 0.18
insert BottomBaryonVector:MaximumWeight 3 0.00309077
insert BottomBaryonVector:MaximumWeight 4 0.0695929
insert BottomBaryonVector:MaximumWeight 5 0.0324241
insert BottomBaryonVector:MaximumWeight 6 2.65172e-08
insert BottomBaryonVector:MaximumWeight 7 8.37622e-08
insert BottomBaryonVector:MaximumWeight 8 7.93362e-08
insert BottomBaryonVector:MaximumWeight 9 8.953e-06
insert BottomBaryonVector:MaximumWeight 10 1.3552e-06
insert BottomBaryonVector:MaximumWeight 11 0.00115009
insert BottomBaryonVector:MaximumWeight 12 0.000972447
insert BottomBaryonVector:MaximumWeight 13 3.66488e-07
insert BottomBaryonVector:MaximumWeight 14 1.13877e-06
insert BottomBaryonVector:MaximumWeight 15 1.08871e-06
insert BottomBaryonVector:MaximumWeight 16 0.000121201
insert BottomBaryonVector:MaximumWeight 17 5.14972e-08
insert BottomBaryonVector:MaximumWeight 18 4.50002e-05
insert BottomBaryonVector:MaximumWeight 19 4.13094e-05
insert BottomBaryonVector:MaximumWeight 20 0.08
insert BottomBaryonVector:MaximumWeight 21 0.00731867
insert BottomBaryonVector:MaximumWeight 22 0.23
insert BottomBaryonVector:MaximumWeight 23 0.00368031
insert BottomBaryonVector:MaximumWeight 24 0.0833327
insert BottomBaryonVector:MaximumWeight 25 0.038913
insert BottomBaryonVector:MaximumWeight 26 0.08
insert BottomBaryonVector:MaximumWeight 27 0.00731593
insert BottomBaryonVector:MaximumWeight 28 0.24
insert BottomBaryonVector:MaximumWeight 29 0.00370561
insert BottomBaryonVector:MaximumWeight 30 0.083468
insert BottomBaryonVector:MaximumWeight 31 0.038978
insert BottomBaryonVector:MaximumWeight 32 5.49863e-08
insert BottomBaryonVector:MaximumWeight 33 1.72936e-07
insert BottomBaryonVector:MaximumWeight 34 1.64202e-07
insert BottomBaryonVector:MaximumWeight 35 1.84595e-05
insert BottomBaryonVector:MaximumWeight 36 2.79291e-06
insert BottomBaryonVector:MaximumWeight 37 0.00237386
insert BottomBaryonVector:MaximumWeight 38 0.00201395
insert BottomBaryonVector:MaximumWeight 39 5.53851e-08
insert BottomBaryonVector:MaximumWeight 40 1.7474e-07
insert BottomBaryonVector:MaximumWeight 41 1.65383e-07
insert BottomBaryonVector:MaximumWeight 42 1.85805e-05
insert BottomBaryonVector:MaximumWeight 43 2.81345e-06
insert BottomBaryonVector:MaximumWeight 44 0.00239027
insert BottomBaryonVector:MaximumWeight 45 0.00202752
insert BottomBaryonVector:MaximumWeight 46 3.45745e-07
insert BottomBaryonVector:MaximumWeight 47 1.08706e-06
insert BottomBaryonVector:MaximumWeight 48 1.02367e-06
insert BottomBaryonVector:MaximumWeight 49 0.000112858
insert BottomBaryonVector:MaximumWeight 50 4.79645e-08
insert BottomBaryonVector:MaximumWeight 51 4.13834e-05
insert BottomBaryonVector:MaximumWeight 52 3.74634e-05
insert BottomBaryonVector:MaximumWeight 53 3.46681e-07
insert BottomBaryonVector:MaximumWeight 54 1.0836e-06
insert BottomBaryonVector:MaximumWeight 55 1.02634e-06
insert BottomBaryonVector:MaximumWeight 56 0.000113141
insert BottomBaryonVector:MaximumWeight 57 4.80722e-08
insert BottomBaryonVector:MaximumWeight 58 4.14795e-05
insert BottomBaryonVector:MaximumWeight 59 3.75666e-05
insert BottomBaryonVector:MaximumWeight 60 8.25592e-08
insert BottomBaryonVector:MaximumWeight 61 2.59006e-07
insert BottomBaryonVector:MaximumWeight 62 2.44365e-07
insert BottomBaryonVector:MaximumWeight 63 2.69568e-05
insert BottomBaryonVector:MaximumWeight 64 1.1447e-08
insert BottomBaryonVector:MaximumWeight 65 9.97623e-06
insert BottomBaryonVector:MaximumWeight 66 9.23672e-06
insert BottomBaryonVector:MaximumWeight 67 0.05
insert BottomBaryonVector:MaximumWeight 68 0.00425156
insert BottomBaryonVector:MaximumWeight 69 0.15
insert BottomBaryonVector:MaximumWeight 70 0.00155878
insert BottomBaryonVector:MaximumWeight 71 0.041
insert BottomBaryonVector:MaximumWeight 72 0.0119752
insert BottomBaryonVector:MaximumWeight 73 4.20717e-07
insert BottomBaryonVector:MaximumWeight 74 1.29436e-06
insert BottomBaryonVector:MaximumWeight 75 1.16536e-06
insert BottomBaryonVector:MaximumWeight 76 0.000100101
insert BottomBaryonVector:MaximumWeight 77 4.25338e-08
insert BottomBaryonVector:MaximumWeight 78 2.30658e-05
insert BottomBaryonVector:MaximumWeight 79 1.52993e-05
insert BottomBaryonVector:MaximumWeight 80 0.0225479
insert BottomBaryonVector:MaximumWeight 81 0.00340359
insert BottomBaryonVector:MaximumWeight 82 0.0670545
insert BottomBaryonVector:MaximumWeight 83 0.00207781
insert BottomBaryonVector:MaximumWeight 84 0.0485642
insert BottomBaryonVector:MaximumWeight 85 0.0249597
insert BottomBaryonVector:MaximumWeight 86 5.19428e-08
insert BottomBaryonVector:MaximumWeight 87 1.602e-07
insert BottomBaryonVector:MaximumWeight 88 1.55161e-07
insert BottomBaryonVector:MaximumWeight 89 2.07183e-05
insert BottomBaryonVector:MaximumWeight 90 3.13573e-06
insert BottomBaryonVector:MaximumWeight 91 0.006
insert BottomBaryonVector:MaximumWeight 92 0.00355305
insert BottomBaryonVector:MaximumWeight 93 2.20399e-06
insert BottomBaryonVector:MaximumWeight 94 4.56021e-06
insert BottomBaryonVector:MaximumWeight 95 6.2865e-06
insert BottomBaryonVector:MaximumWeight 96 0.000590819
insert BottomBaryonVector:MaximumWeight 97 2.72562e-07
insert BottomBaryonVector:MaximumWeight 98 0.000250635
insert BottomBaryonVector:MaximumWeight 99 0.000233231
insert BottomBaryonVector:MaximumWeight 100 0.0666776
insert BottomBaryonVector:MaximumWeight 101 0.00385387
insert BottomBaryonVector:MaximumWeight 102 0.00895393
insert BottomBaryonVector:MaximumWeight 103 0.000482572
insert BottomBaryonVector:MaximumWeight 104 0.000972852
insert BottomBaryonVector:MaximumWeight 105 0.00180393
insert BottomBaryonVector:MaximumWeight 106 6.10446e-05
insert BottomBaryonVector:MaximumWeight 107 0.0217848
insert BottomBaryonVector:MaximumWeight 108 0.000128913
insert BottomBaryonVector:MaximumWeight 109 0.0832288
insert BottomBaryonVector:MaximumWeight 110 0.00593006
insert BottomBaryonVector:MaximumWeight 111 0.0408944
insert BottomBaryonVector:MaximumWeight 112 0.203886
insert BottomBaryonVector:MaximumWeight 113 0.0137325
insert BottomBaryonVector:MaximumWeight 114 0.0871771
insert BottomBaryonVector:MaximumWeight 115 0.0520421
insert BottomBaryonVector:MaximumWeight 116 0.00349373
insert BottomBaryonVector:MaximumWeight 117 0.0220737
create Herwig::VectorMesonCurrent BottomBaryonVectorCurrent
newdef BottomBaryonVectorCurrent:ID 0 213
newdef BottomBaryonVectorCurrent:Decay_Constant 0 0.16632
newdef BottomBaryonVectorCurrent:ID 1 113
newdef BottomBaryonVectorCurrent:Decay_Constant 1 0.16632
newdef BottomBaryonVectorCurrent:ID 2 113
newdef BottomBaryonVectorCurrent:Decay_Constant 2 0.16632
newdef BottomBaryonVectorCurrent:ID 3 223
newdef BottomBaryonVectorCurrent:Decay_Constant 3 0.1764
newdef BottomBaryonVectorCurrent:ID 4 223
newdef BottomBaryonVectorCurrent:Decay_Constant 4 0.1764
newdef BottomBaryonVectorCurrent:ID 5 333
newdef BottomBaryonVectorCurrent:Decay_Constant 5 0.238
newdef BottomBaryonVectorCurrent:ID 6 313
newdef BottomBaryonVectorCurrent:Decay_Constant 6 0.2019
newdef BottomBaryonVectorCurrent:ID 7 323
newdef BottomBaryonVectorCurrent:Decay_Constant 7 0.2019
newdef BottomBaryonVectorCurrent:ID 8 20213
newdef BottomBaryonVectorCurrent:Decay_Constant 8 0.4626
newdef BottomBaryonVectorCurrent:ID 9 20113
newdef BottomBaryonVectorCurrent:Decay_Constant 9 0.4626
newdef BottomBaryonVectorCurrent:ID 10 20113
newdef BottomBaryonVectorCurrent:Decay_Constant 10 0.4626
newdef BottomBaryonVectorCurrent:ID 11 413
newdef BottomBaryonVectorCurrent:Decay_Constant 11 0.402
newdef BottomBaryonVectorCurrent:ID 12 423
newdef BottomBaryonVectorCurrent:Decay_Constant 12 0.402
newdef BottomBaryonVectorCurrent:ID 13 433
newdef BottomBaryonVectorCurrent:Decay_Constant 13 0.509
newdef BottomBaryonVectorCurrent:ID 14 443
newdef BottomBaryonVectorCurrent:Decay_Constant 14 1.223
newdef BottomBaryonVectorCurrent:ID 15 100443
newdef BottomBaryonVectorCurrent:Decay_Constant 15 1.08
newdef BottomBaryonVectorCurrent:ID 16 20433
newdef BottomBaryonVectorCurrent:Decay_Constant 16 0.397
newdef BottomBaryonVectorCurrent:Quark 0 2
newdef BottomBaryonVectorCurrent:AntiQuark 0 -1
newdef BottomBaryonVectorCurrent:Quark 1 1
newdef BottomBaryonVectorCurrent:AntiQuark 1 -1
newdef BottomBaryonVectorCurrent:Quark 2 2
newdef BottomBaryonVectorCurrent:AntiQuark 2 -2
newdef BottomBaryonVectorCurrent:Quark 3 1
newdef BottomBaryonVectorCurrent:AntiQuark 3 -1
newdef BottomBaryonVectorCurrent:Quark 4 2
newdef BottomBaryonVectorCurrent:AntiQuark 4 -2
newdef BottomBaryonVectorCurrent:Quark 5 3
newdef BottomBaryonVectorCurrent:AntiQuark 5 -3
newdef BottomBaryonVectorCurrent:Quark 6 1
newdef BottomBaryonVectorCurrent:AntiQuark 6 -3
newdef BottomBaryonVectorCurrent:Quark 7 2
newdef BottomBaryonVectorCurrent:AntiQuark 7 -3
newdef BottomBaryonVectorCurrent:Quark 8 2
newdef BottomBaryonVectorCurrent:AntiQuark 8 -1
newdef BottomBaryonVectorCurrent:Quark 9 1
newdef BottomBaryonVectorCurrent:AntiQuark 9 -1
newdef BottomBaryonVectorCurrent:Quark 10 2
newdef BottomBaryonVectorCurrent:AntiQuark 10 -2
newdef BottomBaryonVectorCurrent:Quark 11 4
newdef BottomBaryonVectorCurrent:AntiQuark 11 -1
newdef BottomBaryonVectorCurrent:Quark 12 4
newdef BottomBaryonVectorCurrent:AntiQuark 12 -2
newdef BottomBaryonVectorCurrent:Quark 13 4
newdef BottomBaryonVectorCurrent:AntiQuark 13 -3
newdef BottomBaryonVectorCurrent:Quark 14 4
newdef BottomBaryonVectorCurrent:AntiQuark 14 -4
newdef BottomBaryonVectorCurrent:Quark 15 4
newdef BottomBaryonVectorCurrent:AntiQuark 15 -4
newdef BottomBaryonVectorCurrent:Quark 16 4
newdef BottomBaryonVectorCurrent:AntiQuark 16 -3
newdef BottomBaryonVector:Current BottomBaryonVectorCurrent
create Herwig::ChengHeavyBaryonFormFactor BottomBaryonVectorForm
newdef BottomBaryonVectorForm:DownMass 0.322
newdef BottomBaryonVectorForm:UpMass 0.338
newdef BottomBaryonVectorForm:StrangeMass 0.51
newdef BottomBaryonVectorForm:CharmMass 1.6
newdef BottomBaryonVectorForm:BottomMass 5
newdef BottomBaryonVectorForm:VectorMassbc 6.34
newdef BottomBaryonVectorForm:AxialMassbc 6.73
newdef BottomBaryonVectorForm:VectorMassbs 5.42
newdef BottomBaryonVectorForm:AxialMassbs 5.86
newdef BottomBaryonVectorForm:VectorMassbd 5.32
newdef BottomBaryonVectorForm:AxialMassbd 5.71
newdef BottomBaryonVectorForm:VectorMasscs 2.11
newdef BottomBaryonVectorForm:AxialMasscs 2.54
newdef BottomBaryonVectorForm:VectorMasscu 2.01
newdef BottomBaryonVectorForm:AxialMasscu 2.42
newdef BottomBaryonVectorForm:Nfi 0 1
newdef BottomBaryonVectorForm:Eta 0 1
newdef BottomBaryonVectorForm:Nfi 1 0.57735
newdef BottomBaryonVectorForm:Eta 1 1
newdef BottomBaryonVectorForm:Nfi 2 0.707107
newdef BottomBaryonVectorForm:Eta 2 1
newdef BottomBaryonVectorForm:Nfi 3 1
newdef BottomBaryonVectorForm:Eta 3 1
newdef BottomBaryonVectorForm:Nfi 4 1
newdef BottomBaryonVectorForm:Eta 4 1
newdef BottomBaryonVectorForm:Nfi 5 0.707107
newdef BottomBaryonVectorForm:Eta 5 1
newdef BottomBaryonVectorForm:Nfi 6 0.707107
newdef BottomBaryonVectorForm:Eta 6 1
newdef BottomBaryonVectorForm:Nfi 7 0.5
newdef BottomBaryonVectorForm:Eta 7 1
newdef BottomBaryonVectorForm:Nfi 8 0.5
newdef BottomBaryonVectorForm:Eta 8 1
newdef BottomBaryonVectorForm:Nfi 9 0.288675
newdef BottomBaryonVectorForm:Eta 9 1
newdef BottomBaryonVectorForm:Nfi 10 1
newdef BottomBaryonVectorForm:Eta 10 -0.333333
newdef BottomBaryonVectorForm:Nfi 11 0.57735
newdef BottomBaryonVectorForm:Eta 11 -0.333333
newdef BottomBaryonVectorForm:Nfi 12 1
newdef BottomBaryonVectorForm:Eta 12 0
newdef BottomBaryonVectorForm:Nfi 13 1
newdef BottomBaryonVectorForm:Eta 13 0
newdef BottomBaryonVectorForm:Nfi 14 0.57735
newdef BottomBaryonVectorForm:Eta 14 0
newdef BottomBaryonVectorForm:Nfi 15 1
newdef BottomBaryonVectorForm:Eta 15 0
newdef BottomBaryonVectorForm:Nfi 16 0.57735
newdef BottomBaryonVectorForm:Eta 16 0
newdef BottomBaryonVectorForm:Nfi 17 0.57735
newdef BottomBaryonVectorForm:Eta 17 1
newdef BottomBaryonVectorForm:Nfi 18 0.57735
newdef BottomBaryonVectorForm:Eta 18 1
newdef BottomBaryonVectorForm:Nfi 19 0.57735
newdef BottomBaryonVectorForm:Eta 19 1
newdef BottomBaryonVectorForm:Incoming 0 5122
newdef BottomBaryonVectorForm:Outgoing 0 4122
newdef BottomBaryonVectorForm:InSpin 0 2
newdef BottomBaryonVectorForm:OutSpin 0 2
newdef BottomBaryonVectorForm:Spectator1 0 1
newdef BottomBaryonVectorForm:Spectator2 0 2
newdef BottomBaryonVectorForm:InQuark 0 5
newdef BottomBaryonVectorForm:OutQuark 0 4
newdef BottomBaryonVectorForm:Incoming 1 5122
newdef BottomBaryonVectorForm:Outgoing 1 3122
newdef BottomBaryonVectorForm:InSpin 1 2
newdef BottomBaryonVectorForm:OutSpin 1 2
newdef BottomBaryonVectorForm:Spectator1 1 1
newdef BottomBaryonVectorForm:Spectator2 1 2
newdef BottomBaryonVectorForm:InQuark 1 5
newdef BottomBaryonVectorForm:OutQuark 1 3
newdef BottomBaryonVectorForm:Incoming 2 5122
newdef BottomBaryonVectorForm:Outgoing 2 2112
newdef BottomBaryonVectorForm:InSpin 2 2
newdef BottomBaryonVectorForm:OutSpin 2 2
newdef BottomBaryonVectorForm:Spectator1 2 1
newdef BottomBaryonVectorForm:Spectator2 2 2
newdef BottomBaryonVectorForm:InQuark 2 5
newdef BottomBaryonVectorForm:OutQuark 2 1
newdef BottomBaryonVectorForm:Incoming 3 5232
newdef BottomBaryonVectorForm:Outgoing 3 4232
newdef BottomBaryonVectorForm:InSpin 3 2
newdef BottomBaryonVectorForm:OutSpin 3 2
newdef BottomBaryonVectorForm:Spectator1 3 2
newdef BottomBaryonVectorForm:Spectator2 3 3
newdef BottomBaryonVectorForm:InQuark 3 5
newdef BottomBaryonVectorForm:OutQuark 3 4
newdef BottomBaryonVectorForm:Incoming 4 5132
newdef BottomBaryonVectorForm:Outgoing 4 4132
newdef BottomBaryonVectorForm:InSpin 4 2
newdef BottomBaryonVectorForm:OutSpin 4 2
newdef BottomBaryonVectorForm:Spectator1 4 1
newdef BottomBaryonVectorForm:Spectator2 4 3
newdef BottomBaryonVectorForm:InQuark 4 5
newdef BottomBaryonVectorForm:OutQuark 4 4
newdef BottomBaryonVectorForm:Incoming 5 5232
newdef BottomBaryonVectorForm:Outgoing 5 3322
newdef BottomBaryonVectorForm:InSpin 5 2
newdef BottomBaryonVectorForm:OutSpin 5 2
newdef BottomBaryonVectorForm:Spectator1 5 2
newdef BottomBaryonVectorForm:Spectator2 5 3
newdef BottomBaryonVectorForm:InQuark 5 5
newdef BottomBaryonVectorForm:OutQuark 5 3
newdef BottomBaryonVectorForm:Incoming 6 5132
newdef BottomBaryonVectorForm:Outgoing 6 3312
newdef BottomBaryonVectorForm:InSpin 6 2
newdef BottomBaryonVectorForm:OutSpin 6 2
newdef BottomBaryonVectorForm:Spectator1 6 1
newdef BottomBaryonVectorForm:Spectator2 6 3
newdef BottomBaryonVectorForm:InQuark 6 5
newdef BottomBaryonVectorForm:OutQuark 6 3
newdef BottomBaryonVectorForm:Incoming 7 5232
newdef BottomBaryonVectorForm:Outgoing 7 3212
newdef BottomBaryonVectorForm:InSpin 7 2
newdef BottomBaryonVectorForm:OutSpin 7 2
newdef BottomBaryonVectorForm:Spectator1 7 2
newdef BottomBaryonVectorForm:Spectator2 7 3
newdef BottomBaryonVectorForm:InQuark 7 5
newdef BottomBaryonVectorForm:OutQuark 7 1
newdef BottomBaryonVectorForm:Incoming 8 5132
newdef BottomBaryonVectorForm:Outgoing 8 3112
newdef BottomBaryonVectorForm:InSpin 8 2
newdef BottomBaryonVectorForm:OutSpin 8 2
newdef BottomBaryonVectorForm:Spectator1 8 1
newdef BottomBaryonVectorForm:Spectator2 8 3
newdef BottomBaryonVectorForm:InQuark 8 5
newdef BottomBaryonVectorForm:OutQuark 8 1
newdef BottomBaryonVectorForm:Incoming 9 5232
newdef BottomBaryonVectorForm:Outgoing 9 3122
newdef BottomBaryonVectorForm:InSpin 9 2
newdef BottomBaryonVectorForm:OutSpin 9 2
newdef BottomBaryonVectorForm:Spectator1 9 2
newdef BottomBaryonVectorForm:Spectator2 9 3
newdef BottomBaryonVectorForm:InQuark 9 5
newdef BottomBaryonVectorForm:OutQuark 9 1
newdef BottomBaryonVectorForm:Incoming 10 5332
newdef BottomBaryonVectorForm:Outgoing 10 4332
newdef BottomBaryonVectorForm:InSpin 10 2
newdef BottomBaryonVectorForm:OutSpin 10 2
newdef BottomBaryonVectorForm:Spectator1 10 3
newdef BottomBaryonVectorForm:Spectator2 10 3
newdef BottomBaryonVectorForm:InQuark 10 5
newdef BottomBaryonVectorForm:OutQuark 10 4
newdef BottomBaryonVectorForm:Incoming 11 5332
newdef BottomBaryonVectorForm:Outgoing 11 3312
newdef BottomBaryonVectorForm:InSpin 11 2
newdef BottomBaryonVectorForm:OutSpin 11 2
newdef BottomBaryonVectorForm:Spectator1 11 3
newdef BottomBaryonVectorForm:Spectator2 11 3
newdef BottomBaryonVectorForm:InQuark 11 5
newdef BottomBaryonVectorForm:OutQuark 11 1
newdef BottomBaryonVectorForm:Incoming 12 5332
newdef BottomBaryonVectorForm:Outgoing 12 4334
newdef BottomBaryonVectorForm:InSpin 12 2
newdef BottomBaryonVectorForm:OutSpin 12 4
newdef BottomBaryonVectorForm:Spectator1 12 3
newdef BottomBaryonVectorForm:Spectator2 12 3
newdef BottomBaryonVectorForm:InQuark 12 5
newdef BottomBaryonVectorForm:OutQuark 12 4
newdef BottomBaryonVectorForm:Incoming 13 5332
newdef BottomBaryonVectorForm:Outgoing 13 3334
newdef BottomBaryonVectorForm:InSpin 13 2
newdef BottomBaryonVectorForm:OutSpin 13 4
newdef BottomBaryonVectorForm:Spectator1 13 3
newdef BottomBaryonVectorForm:Spectator2 13 3
newdef BottomBaryonVectorForm:InQuark 13 5
newdef BottomBaryonVectorForm:OutQuark 13 3
newdef BottomBaryonVectorForm:Incoming 14 5332
newdef BottomBaryonVectorForm:Outgoing 14 3314
newdef BottomBaryonVectorForm:InSpin 14 2
newdef BottomBaryonVectorForm:OutSpin 14 4
newdef BottomBaryonVectorForm:Spectator1 14 3
newdef BottomBaryonVectorForm:Spectator2 14 3
newdef BottomBaryonVectorForm:InQuark 14 5
newdef BottomBaryonVectorForm:OutQuark 14 1
newdef BottomBaryonVectorForm:Incoming 15 4332
newdef BottomBaryonVectorForm:Outgoing 15 3334
newdef BottomBaryonVectorForm:InSpin 15 2
newdef BottomBaryonVectorForm:OutSpin 15 4
newdef BottomBaryonVectorForm:Spectator1 15 3
newdef BottomBaryonVectorForm:Spectator2 15 3
newdef BottomBaryonVectorForm:InQuark 15 4
newdef BottomBaryonVectorForm:OutQuark 15 3
newdef BottomBaryonVectorForm:Incoming 16 4332
newdef BottomBaryonVectorForm:Outgoing 16 3324
newdef BottomBaryonVectorForm:InSpin 16 2
newdef BottomBaryonVectorForm:OutSpin 16 4
newdef BottomBaryonVectorForm:Spectator1 16 3
newdef BottomBaryonVectorForm:Spectator2 16 3
newdef BottomBaryonVectorForm:InQuark 16 4
newdef BottomBaryonVectorForm:OutQuark 16 2
newdef BottomBaryonVectorForm:Incoming 17 4122
newdef BottomBaryonVectorForm:Outgoing 17 3122
newdef BottomBaryonVectorForm:InSpin 17 2
newdef BottomBaryonVectorForm:OutSpin 17 2
newdef BottomBaryonVectorForm:Spectator1 17 1
newdef BottomBaryonVectorForm:Spectator2 17 2
newdef BottomBaryonVectorForm:InQuark 17 4
newdef BottomBaryonVectorForm:OutQuark 17 3
newdef BottomBaryonVectorForm:Incoming 18 4232
newdef BottomBaryonVectorForm:Outgoing 18 3322
newdef BottomBaryonVectorForm:InSpin 18 2
newdef BottomBaryonVectorForm:OutSpin 18 2
newdef BottomBaryonVectorForm:Spectator1 18 2
newdef BottomBaryonVectorForm:Spectator2 18 3
newdef BottomBaryonVectorForm:InQuark 18 4
newdef BottomBaryonVectorForm:OutQuark 18 3
newdef BottomBaryonVectorForm:Incoming 19 4132
newdef BottomBaryonVectorForm:Outgoing 19 3312
newdef BottomBaryonVectorForm:InSpin 19 2
newdef BottomBaryonVectorForm:OutSpin 19 2
newdef BottomBaryonVectorForm:Spectator1 19 1
newdef BottomBaryonVectorForm:Spectator2 19 3
newdef BottomBaryonVectorForm:InQuark 19 4
newdef BottomBaryonVectorForm:OutQuark 19 3
newdef BottomBaryonVector:FormFactor BottomBaryonVectorForm
#
create Herwig::StrongHeavyBaryonDecayer HeavyStrong
newdef HeavyStrong:Iteration 1
newdef HeavyStrong:Ntry 500
newdef HeavyStrong:Points 10000
newdef HeavyStrong:GenerateIntermediates 0
newdef HeavyStrong:gSigma_cLambda_cPi 8.88
newdef HeavyStrong:gXiStar_cXi_cPi 8.34
newdef HeavyStrong:fLambda_c1Sigma_cPi 0.52
newdef HeavyStrong:fXi_c1Xi_cPi 0.36
newdef HeavyStrong:fLambda_c1*Sigma_cPi 21.5
newdef HeavyStrong:fXi_c1*Xi_cPi 20
newdef HeavyStrong:gSigma_bLambda_bPi 8.88
newdef HeavyStrong:gXiStar_bXi_bPi 8.34
newdef HeavyStrong:fLambda_b1Sigma_bPi 0.52
newdef HeavyStrong:fXi_b1Xi_bPi 0.36
newdef HeavyStrong:fLambda_b1*Sigma_bPi 21.5
newdef HeavyStrong:fXi_b1*Xi_bPi 20
do HeavyStrong:SetUpDecayMode 4222 4122 211 1 2.00656
do HeavyStrong:SetUpDecayMode 4212 4122 111 1 2.32796
do HeavyStrong:SetUpDecayMode 4112 4122 -211 1 2.00361
do HeavyStrong:SetUpDecayMode 4224 4122 211 1 2.25125
do HeavyStrong:SetUpDecayMode 4214 4122 111 1 2.16303
do HeavyStrong:SetUpDecayMode 4114 4122 -211 1 2.06737
do HeavyStrong:SetUpDecayMode 4324 4232 111 1 1.99324
do HeavyStrong:SetUpDecayMode 4324 4132 211 1 1.50601
do HeavyStrong:SetUpDecayMode 4314 4132 111 1 1.72816
do HeavyStrong:SetUpDecayMode 4314 4232 -211 1 1.68833
do HeavyStrong:SetUpDecayMode 101242 4222 -211 0 2.34015
do HeavyStrong:SetUpDecayMode 101242 4212 111 0 5.25433
do HeavyStrong:SetUpDecayMode 101242 4112 211 0 2.50106
do HeavyStrong:SetUpDecayMode 101244 4222 -211 1 11.5795
do HeavyStrong:SetUpDecayMode 101244 4212 111 1 13.7322
do HeavyStrong:SetUpDecayMode 101244 4112 211 1 11.5641
do HeavyStrong:SetUpDecayMode 5222 5122 211 1 1.60113
do HeavyStrong:SetUpDecayMode 5212 5122 111 1 1.59965
do HeavyStrong:SetUpDecayMode 5112 5122 -211 1 1.5982
do HeavyStrong:SetUpDecayMode 5224 5122 211 1 1.5944
do HeavyStrong:SetUpDecayMode 5214 5122 111 1 1.60103
do HeavyStrong:SetUpDecayMode 5114 5122 -211 1 1.60585
do HeavyStrong:SetUpDecayMode 5324 5232 111 1 1.88378
do HeavyStrong:SetUpDecayMode 5324 5132 211 1 1.42109
do HeavyStrong:SetUpDecayMode 5314 5132 111 1 1.63003
do HeavyStrong:SetUpDecayMode 5314 5232 -211 1 1.59544
do HeavyStrong:SetUpDecayMode 101252 5222 -211 0 4.22387
do HeavyStrong:SetUpDecayMode 101252 5212 111 0 4.21194
do HeavyStrong:SetUpDecayMode 101252 5112 211 0 1.96324
do HeavyStrong:SetUpDecayMode 101254 5222 -211 2 0.107134
do HeavyStrong:SetUpDecayMode 101254 5212 111 2 0.132231
do HeavyStrong:SetUpDecayMode 101254 5112 211 2 0.0747326
do HeavyStrong:SetUpDecayMode 102344 4322 111 2 1.50908
do HeavyStrong:SetUpDecayMode 102344 4312 211 2 1.5594
do HeavyStrong:SetUpDecayMode 101344 4312 111 2 1.48272
do HeavyStrong:SetUpDecayMode 101344 4322 -211 2 1.75973
do HeavyStrong:SetUpDecayMode 102344 4324 111 0 2.24229
do HeavyStrong:SetUpDecayMode 102344 4314 211 0 2.09263
do HeavyStrong:SetUpDecayMode 101344 4314 111 0 2.36559
do HeavyStrong:SetUpDecayMode 101344 4324 -211 0 2.18137
do HeavyStrong:SetUpDecayMode 102342 4322 111 0 1.56278
do HeavyStrong:SetUpDecayMode 102342 4312 211 0 1.49557
do HeavyStrong:SetUpDecayMode 101342 4312 111 0 1.56355
do HeavyStrong:SetUpDecayMode 101342 4322 -211 0 1.55762
do HeavyStrong:SetUpDecayMode 102342 4324 111 2 0.00928127
do HeavyStrong:SetUpDecayMode 102342 4314 211 2 0.0125624
do HeavyStrong:SetUpDecayMode 101342 4314 111 2 0.0120602
do HeavyStrong:SetUpDecayMode 101342 4324 -211 2 0.0167952
do HeavyStrong:SetUpDecayMode 102354 5322 111 2 1.87626
do HeavyStrong:SetUpDecayMode 102354 5312 211 2 1.616
do HeavyStrong:SetUpDecayMode 101354 5312 111 2 1.84227
do HeavyStrong:SetUpDecayMode 101354 5322 -211 2 1.82865
do HeavyStrong:SetUpDecayMode 102354 5324 111 0 2.77725
do HeavyStrong:SetUpDecayMode 102354 5314 211 0 2.5378
do HeavyStrong:SetUpDecayMode 101354 5314 111 0 2.93925
do HeavyStrong:SetUpDecayMode 101354 5324 -211 0 2.69015
do HeavyStrong:SetUpDecayMode 102352 5322 111 0 1.34628
do HeavyStrong:SetUpDecayMode 102352 5312 211 0 1.28732
do HeavyStrong:SetUpDecayMode 101352 5312 111 0 1.34676
do HeavyStrong:SetUpDecayMode 101352 5322 -211 0 1.34286
do HeavyStrong:SetUpDecayMode 102352 5324 111 2 0.00860417
do HeavyStrong:SetUpDecayMode 102352 5314 211 2 0.0153272
do HeavyStrong:SetUpDecayMode 101352 5314 111 2 0.0115148
do HeavyStrong:SetUpDecayMode 101352 5324 -211 2 0.0153888
do HeavyStrong:SetUpDecayMode 4322 4232 111 1 0
do HeavyStrong:SetUpDecayMode 4322 4132 211 1 0
do HeavyStrong:SetUpDecayMode 4312 4132 111 1 0
do HeavyStrong:SetUpDecayMode 4312 4232 -211 1 0
do HeavyStrong:SetUpDecayMode 5322 5232 111 1 1.66621
do HeavyStrong:SetUpDecayMode 5322 5132 211 1 0
do HeavyStrong:SetUpDecayMode 5312 5132 111 1 1.73754
do HeavyStrong:SetUpDecayMode 5312 5232 -211 1 1.73712
#
create Herwig::SU3BaryonOctetOctetScalarDecayer SU3StrongRoper
newdef SU3StrongRoper:Iteration 1
newdef SU3StrongRoper:Ntry 500
newdef SU3StrongRoper:Points 10000
newdef SU3StrongRoper:GenerateIntermediates 0
newdef SU3StrongRoper:Fcoupling 0.11
newdef SU3StrongRoper:Dcoupling 0.6
newdef SU3StrongRoper:Parity 1
newdef SU3StrongRoper:Fpi 130.7
newdef SU3StrongRoper:Proton 2212
newdef SU3StrongRoper:Neutron 2112
newdef SU3StrongRoper:Sigma+ 3222
newdef SU3StrongRoper:Sigma0 3212
newdef SU3StrongRoper:Sigma- 3112
newdef SU3StrongRoper:Lambda 3122
newdef SU3StrongRoper:Xi0 3322
newdef SU3StrongRoper:Xi- 3312
newdef SU3StrongRoper:ExcitedProton 202212
newdef SU3StrongRoper:ExcitedNeutron 202112
newdef SU3StrongRoper:ExcitedSigma+ 203222
newdef SU3StrongRoper:ExcitedSigma0 203212
newdef SU3StrongRoper:ExcitedSigma- 203112
newdef SU3StrongRoper:ExcitedLambda 203122
newdef SU3StrongRoper:ExcitedXi0 203322
newdef SU3StrongRoper:ExcitedXi- 203312
insert SU3StrongRoper:MaxWeight 0 1.80705
insert SU3StrongRoper:MaxWeight 1 1.83437
insert SU3StrongRoper:MaxWeight 2 0.626841
insert SU3StrongRoper:MaxWeight 3 0.315783
insert SU3StrongRoper:MaxWeight 4 0.0801244
insert SU3StrongRoper:MaxWeight 5 0.495582
insert SU3StrongRoper:MaxWeight 6 1.81893
insert SU3StrongRoper:MaxWeight 7 1.82169
insert SU3StrongRoper:MaxWeight 8 0.796182
insert SU3StrongRoper:MaxWeight 9 0.417085
insert SU3StrongRoper:MaxWeight 10 0.0805194
insert SU3StrongRoper:MaxWeight 11 0.473075
insert SU3StrongRoper:MaxWeight 12 1.67933
insert SU3StrongRoper:MaxWeight 13 1.69741
insert SU3StrongRoper:MaxWeight 14 1.601
insert SU3StrongRoper:MaxWeight 15 3.86444
insert SU3StrongRoper:MaxWeight 16 0.114795
insert SU3StrongRoper:MaxWeight 17 0.119024
insert SU3StrongRoper:MaxWeight 18 3.04579
insert SU3StrongRoper:MaxWeight 19 2.91748
insert SU3StrongRoper:MaxWeight 20 0.469575
insert SU3StrongRoper:MaxWeight 21 0.45577
insert SU3StrongRoper:MaxWeight 22 6.20849
insert SU3StrongRoper:MaxWeight 23 10.9318
insert SU3StrongRoper:MaxWeight 24 3.41669
insert SU3StrongRoper:MaxWeight 25 4.09249
insert SU3StrongRoper:MaxWeight 26 0.444487
insert SU3StrongRoper:MaxWeight 27 0.464752
insert SU3StrongRoper:MaxWeight 28 2.93537
insert SU3StrongRoper:MaxWeight 29 3.02507
insert SU3StrongRoper:MaxWeight 30 11.1723
insert SU3StrongRoper:MaxWeight 31 10.8365
insert SU3StrongRoper:MaxWeight 32 4.04486
insert SU3StrongRoper:MaxWeight 33 3.44034
insert SU3StrongRoper:MaxWeight 34 0.45577
insert SU3StrongRoper:MaxWeight 35 0.448599
insert SU3StrongRoper:MaxWeight 36 5.93298
insert SU3StrongRoper:MaxWeight 37 11.0765
insert SU3StrongRoper:MaxWeight 38 3.41669
insert SU3StrongRoper:MaxWeight 39 3.94553
insert SU3StrongRoper:MaxWeight 40 2.10871
insert SU3StrongRoper:MaxWeight 41 0.177081
insert SU3StrongRoper:MaxWeight 42 10.815
insert SU3StrongRoper:MaxWeight 43 5.22192
insert SU3StrongRoper:MaxWeight 44 0.225516
insert SU3StrongRoper:MaxWeight 45 0.46041
insert SU3StrongRoper:MaxWeight 46 1.59995
insert SU3StrongRoper:MaxWeight 47 10.3094
insert SU3StrongRoper:MaxWeight 48 5.47674
insert SU3StrongRoper:MaxWeight 49 0.210177
#
create Herwig::SU3BaryonOctetOctetScalarDecayer SU3Strong2
newdef SU3Strong2:Iteration 1
newdef SU3Strong2:Ntry 500
newdef SU3Strong2:Points 10000
newdef SU3Strong2:GenerateIntermediates 0
newdef SU3Strong2:Fcoupling -0.33
newdef SU3Strong2:Dcoupling 0.6
newdef SU3Strong2:Parity 0
newdef SU3Strong2:Fpi 130.7
newdef SU3Strong2:Proton 2212
newdef SU3Strong2:Neutron 2112
newdef SU3Strong2:Sigma+ 3222
newdef SU3Strong2:Sigma0 3212
newdef SU3Strong2:Sigma- 3112
newdef SU3Strong2:Lambda 3122
newdef SU3Strong2:Xi0 3322
newdef SU3Strong2:Xi- 3312
newdef SU3Strong2:ExcitedProton 102212
newdef SU3Strong2:ExcitedNeutron 102112
newdef SU3Strong2:ExcitedSigma+ 103222
newdef SU3Strong2:ExcitedSigma0 103212
newdef SU3Strong2:ExcitedSigma- 103112
newdef SU3Strong2:ExcitedLambda 103122
newdef SU3Strong2:ExcitedXi0 103322
newdef SU3Strong2:ExcitedXi- 103312
insert SU3Strong2:MaxWeight 0 1.62119
insert SU3Strong2:MaxWeight 1 1.63297
insert SU3Strong2:MaxWeight 2 13.6826
insert SU3Strong2:MaxWeight 3 6.91591
insert SU3Strong2:MaxWeight 4 7.5876
insert SU3Strong2:MaxWeight 5 0.497088
insert SU3Strong2:MaxWeight 6 1.62475
insert SU3Strong2:MaxWeight 7 1.62009
insert SU3Strong2:MaxWeight 8 11.8384
insert SU3Strong2:MaxWeight 9 6.60507
insert SU3Strong2:MaxWeight 10 7.74213
insert SU3Strong2:MaxWeight 11 0.472179
insert SU3Strong2:MaxWeight 12 18.252
insert SU3Strong2:MaxWeight 13 18.5175
insert SU3Strong2:MaxWeight 14 17.7211
insert SU3Strong2:MaxWeight 15 11.4144
insert SU3Strong2:MaxWeight 16 11.7404
insert SU3Strong2:MaxWeight 17 11.9092
insert SU3Strong2:MaxWeight 18 7.03876
insert SU3Strong2:MaxWeight 19 6.94796
insert SU3Strong2:MaxWeight 20 8.3926
insert SU3Strong2:MaxWeight 21 8.33094
insert SU3Strong2:MaxWeight 22 1.70959
insert SU3Strong2:MaxWeight 23 52.0614
insert SU3Strong2:MaxWeight 24 13.5324
insert SU3Strong2:MaxWeight 25 3.05822
insert SU3Strong2:MaxWeight 26 8.14647
insert SU3Strong2:MaxWeight 27 8.37524
insert SU3Strong2:MaxWeight 28 0.841043
insert SU3Strong2:MaxWeight 29 0.854517
insert SU3Strong2:MaxWeight 30 52.3542
insert SU3Strong2:MaxWeight 31 51.8405
insert SU3Strong2:MaxWeight 32 2.9055
insert SU3Strong2:MaxWeight 33 13.5578
insert SU3Strong2:MaxWeight 34 8.27111
insert SU3Strong2:MaxWeight 35 8.18578
insert SU3Strong2:MaxWeight 36 1.63768
insert SU3Strong2:MaxWeight 37 52.1333
insert SU3Strong2:MaxWeight 38 13.5324
insert SU3Strong2:MaxWeight 39 1.94042
insert SU3Strong2:MaxWeight 40 8.1767
insert SU3Strong2:MaxWeight 41 4.11344
insert SU3Strong2:MaxWeight 42 48.938
insert SU3Strong2:MaxWeight 43 47.8208
insert SU3Strong2:MaxWeight 44 23.6554
insert SU3Strong2:MaxWeight 45 2.17309
insert SU3Strong2:MaxWeight 46 8.21707
insert SU3Strong2:MaxWeight 47 4.06565
insert SU3Strong2:MaxWeight 48 47.7349
insert SU3Strong2:MaxWeight 49 49.0244
insert SU3Strong2:MaxWeight 50 23.5405
insert SU3Strong2:MaxWeight 51 2.21665
#
create Herwig::SU3BaryonDecupletOctetScalarDecayer SU3Decuplet
newdef SU3Decuplet:Iteration 1
newdef SU3Decuplet:Ntry 500
newdef SU3Decuplet:Points 10000
newdef SU3Decuplet:GenerateIntermediates 0
newdef SU3Decuplet:Ccoupling 1.5
newdef SU3Decuplet:Parity 1
newdef SU3Decuplet:Fpi 92.4
newdef SU3Decuplet:Proton 2212
newdef SU3Decuplet:Neutron 2112
newdef SU3Decuplet:Sigma+ 3222
newdef SU3Decuplet:Sigma0 3212
newdef SU3Decuplet:Sigma- 3112
newdef SU3Decuplet:Lambda 3122
newdef SU3Decuplet:Xi0 3322
newdef SU3Decuplet:Xi- 3312
newdef SU3Decuplet:Delta++ 2224
newdef SU3Decuplet:Delta+ 2214
newdef SU3Decuplet:Delta0 2114
newdef SU3Decuplet:Delta- 1114
newdef SU3Decuplet:Sigma*+ 3224
newdef SU3Decuplet:Sigma*0 3214
newdef SU3Decuplet:Sigma*- 3114
newdef SU3Decuplet:Omega 3334
newdef SU3Decuplet:Xi*0 3324
newdef SU3Decuplet:Xi*- 3314
insert SU3Decuplet:MaxWeight 0 2.20000
insert SU3Decuplet:MaxWeight 1 4.52362
insert SU3Decuplet:MaxWeight 2 2.20000
insert SU3Decuplet:MaxWeight 3 2.20000
insert SU3Decuplet:MaxWeight 4 2.64073
insert SU3Decuplet:MaxWeight 5 1.44792
insert SU3Decuplet:MaxWeight 6 2.20000
insert SU3Decuplet:MaxWeight 7 2.20000
insert SU3Decuplet:MaxWeight 8 2.63609
insert SU3Decuplet:MaxWeight 9 1.41052
insert SU3Decuplet:MaxWeight 10 2.20000
insert SU3Decuplet:MaxWeight 11 4.06786
insert SU3Decuplet:MaxWeight 12 4.8
insert SU3Decuplet:MaxWeight 13 3.0
insert SU3Decuplet:MaxWeight 14 12.761
insert SU3Decuplet:MaxWeight 15 3.20000
insert SU3Decuplet:MaxWeight 16 6.30188
insert SU3Decuplet:MaxWeight 17 6.54799
insert SU3Decuplet:MaxWeight 18 3.0
insert SU3Decuplet:MaxWeight 19 3.8
insert SU3Decuplet:MaxWeight 20 4.8
insert SU3Decuplet:MaxWeight 21 3.0
insert SU3Decuplet:MaxWeight 22 3.2
insert SU3Decuplet:MaxWeight 23 14.29
insert SU3Decuplet:MaxWeight 24 3.2
insert SU3Decuplet:MaxWeight 25 4.2
insert SU3Decuplet:MaxWeight 26 5.2
insert SU3Decuplet:MaxWeight 27 0.356554
insert SU3Decuplet:MaxWeight 28 4.8
insert SU3Decuplet:MaxWeight 29 4.8
insert SU3Decuplet:MaxWeight 30 1.72199
#
create Herwig::SU3BaryonOctetDecupletScalarDecayer SU3RoperDecuplet
newdef SU3RoperDecuplet:Iteration 1
newdef SU3RoperDecuplet:Ntry 500
newdef SU3RoperDecuplet:Points 10000
newdef SU3RoperDecuplet:GenerateIntermediates 0
newdef SU3RoperDecuplet:Coupling 1.35
newdef SU3RoperDecuplet:Parity 1
newdef SU3RoperDecuplet:Fpi 130.7
newdef SU3RoperDecuplet:Proton 202212
newdef SU3RoperDecuplet:Neutron 202112
newdef SU3RoperDecuplet:Sigma+ 203222
newdef SU3RoperDecuplet:Sigma0 203212
newdef SU3RoperDecuplet:Sigma- 203112
newdef SU3RoperDecuplet:Lambda 203122
newdef SU3RoperDecuplet:Xi0 203322
newdef SU3RoperDecuplet:Xi- 203312
newdef SU3RoperDecuplet:Delta++ 2224
newdef SU3RoperDecuplet:Delta+ 2214
newdef SU3RoperDecuplet:Delta0 2114
newdef SU3RoperDecuplet:Delta- 1114
newdef SU3RoperDecuplet:Sigma*+ 3224
newdef SU3RoperDecuplet:Sigma*0 3214
newdef SU3RoperDecuplet:Sigma*- 3114
newdef SU3RoperDecuplet:Omega 3334
newdef SU3RoperDecuplet:Xi*0 3324
newdef SU3RoperDecuplet:Xi*- 3314
insert SU3RoperDecuplet:MaxWeight 0 2.56576
insert SU3RoperDecuplet:MaxWeight 1 84.0227
insert SU3RoperDecuplet:MaxWeight 2 2.56781
insert SU3RoperDecuplet:MaxWeight 3 2.73098
insert SU3RoperDecuplet:MaxWeight 4 56.7064
insert SU3RoperDecuplet:MaxWeight 5 28.0791
insert SU3RoperDecuplet:MaxWeight 6 2.57358
insert SU3RoperDecuplet:MaxWeight 7 2.72882
insert SU3RoperDecuplet:MaxWeight 8 57.6277
insert SU3RoperDecuplet:MaxWeight 9 28.2219
insert SU3RoperDecuplet:MaxWeight 10 2.56025
insert SU3RoperDecuplet:MaxWeight 11 74.9779
insert SU3RoperDecuplet:MaxWeight 12 16.1559
insert SU3RoperDecuplet:MaxWeight 13 14.0751
insert SU3RoperDecuplet:MaxWeight 14 0.791015
insert SU3RoperDecuplet:MaxWeight 15 0.00104774
insert SU3RoperDecuplet:MaxWeight 16 12.8492
insert SU3RoperDecuplet:MaxWeight 17 43.7074
insert SU3RoperDecuplet:MaxWeight 18 0.590208
insert SU3RoperDecuplet:MaxWeight 19 0.608962
insert SU3RoperDecuplet:MaxWeight 20 0.000397168
insert SU3RoperDecuplet:MaxWeight 21 0.000528759
insert SU3RoperDecuplet:MaxWeight 22 20.9576
insert SU3RoperDecuplet:MaxWeight 23 12.4322
insert SU3RoperDecuplet:MaxWeight 24 47.985
insert SU3RoperDecuplet:MaxWeight 25 38.7633
insert SU3RoperDecuplet:MaxWeight 26 12.8808
insert SU3RoperDecuplet:MaxWeight 27 22.1448
insert SU3RoperDecuplet:MaxWeight 28 1.10029
insert SU3RoperDecuplet:MaxWeight 29 0.000365739
insert SU3RoperDecuplet:MaxWeight 30 44.9148
insert SU3RoperDecuplet:MaxWeight 31 12.3086
insert SU3RoperDecuplet:MaxWeight 32 5.64695
insert SU3RoperDecuplet:MaxWeight 33 2.7869
insert SU3RoperDecuplet:MaxWeight 34 2.73645
insert SU3RoperDecuplet:MaxWeight 35 1.57765
insert SU3RoperDecuplet:MaxWeight 36 4.1449
insert SU3RoperDecuplet:MaxWeight 37 5.09824
insert SU3RoperDecuplet:MaxWeight 38 2.73002
insert SU3RoperDecuplet:MaxWeight 39 2.48197
insert SU3RoperDecuplet:MaxWeight 40 1.43915
insert SU3RoperDecuplet:MaxWeight 41 4.43562
#
create Herwig::SU3BaryonOctetOctetScalarDecayer SU3Strong3
newdef SU3Strong3:Iteration 1
newdef SU3Strong3:Ntry 500
newdef SU3Strong3:Points 10000
newdef SU3Strong3:GenerateIntermediates 0
newdef SU3Strong3:Fcoupling -0.69
newdef SU3Strong3:Dcoupling 1.75
newdef SU3Strong3:Parity 1
newdef SU3Strong3:Fpi 130.7
newdef SU3Strong3:Proton 2212
newdef SU3Strong3:Neutron 2112
newdef SU3Strong3:Sigma+ 3222
newdef SU3Strong3:Sigma0 3212
newdef SU3Strong3:Sigma- 3112
newdef SU3Strong3:Lambda 3122
newdef SU3Strong3:Xi0 3322
newdef SU3Strong3:Xi- 3312
newdef SU3Strong3:ExcitedProton 102214
newdef SU3Strong3:ExcitedNeutron 102114
newdef SU3Strong3:ExcitedSigma+ 103224
newdef SU3Strong3:ExcitedSigma0 103214
newdef SU3Strong3:ExcitedSigma- 103114
newdef SU3Strong3:ExcitedLambda 103124
newdef SU3Strong3:ExcitedXi0 103324
newdef SU3Strong3:ExcitedXi- 103314
insert SU3Strong3:MaxWeight 0 3.76502
insert SU3Strong3:MaxWeight 1 3.80624
insert SU3Strong3:MaxWeight 2 15.886
insert SU3Strong3:MaxWeight 3 8.10483
insert SU3Strong3:MaxWeight 4 49.1548
insert SU3Strong3:MaxWeight 5 0.056859
insert SU3Strong3:MaxWeight 6 3.7818
insert SU3Strong3:MaxWeight 7 3.78946
insert SU3Strong3:MaxWeight 8 16.046
insert SU3Strong3:MaxWeight 9 8.07833
insert SU3Strong3:MaxWeight 10 46.8005
insert SU3Strong3:MaxWeight 11 0.0570574
insert SU3Strong3:MaxWeight 12 38.4119
insert SU3Strong3:MaxWeight 13 38.6815
insert SU3Strong3:MaxWeight 14 37.2037
insert SU3Strong3:MaxWeight 15 5.04034
insert SU3Strong3:MaxWeight 16 1.81489
insert SU3Strong3:MaxWeight 17 1.85277
insert SU3Strong3:MaxWeight 18 0.297424
insert SU3Strong3:MaxWeight 19 0.289611
insert SU3Strong3:MaxWeight 20 4.94361
insert SU3Strong3:MaxWeight 21 4.81691
insert SU3Strong3:MaxWeight 22 1.3823
insert SU3Strong3:MaxWeight 23 95.9447
insert SU3Strong3:MaxWeight 24 29.2431
insert SU3Strong3:MaxWeight 25 4.33187
insert SU3Strong3:MaxWeight 26 4.6988
insert SU3Strong3:MaxWeight 27 4.89784
insert SU3Strong3:MaxWeight 28 0.662332
insert SU3Strong3:MaxWeight 29 0.682562
insert SU3Strong3:MaxWeight 30 98.0671
insert SU3Strong3:MaxWeight 31 95.2452
insert SU3Strong3:MaxWeight 32 4.18468
insert SU3Strong3:MaxWeight 33 29.4475
insert SU3Strong3:MaxWeight 34 4.81691
insert SU3Strong3:MaxWeight 35 4.7443
insert SU3Strong3:MaxWeight 36 1.28206
insert SU3Strong3:MaxWeight 37 97.3651
insert SU3Strong3:MaxWeight 38 29.2431
insert SU3Strong3:MaxWeight 39 4.11443
insert SU3Strong3:MaxWeight 40 26.6185
insert SU3Strong3:MaxWeight 41 29.2309
insert SU3Strong3:MaxWeight 42 460.632
insert SU3Strong3:MaxWeight 43 450.193
insert SU3Strong3:MaxWeight 44 18.8397
insert SU3Strong3:MaxWeight 45 0.0169732
insert SU3Strong3:MaxWeight 46 30.2496
insert SU3Strong3:MaxWeight 47 28.0834
insert SU3Strong3:MaxWeight 48 446.415
insert SU3Strong3:MaxWeight 49 464.428
insert SU3Strong3:MaxWeight 50 18.3862
insert SU3Strong3:MaxWeight 51 0.0191169
#
create Herwig::SU3BaryonOctetDecupletScalarDecayer SU3OctetDecuplet2
newdef SU3OctetDecuplet2:Iteration 1
newdef SU3OctetDecuplet2:Ntry 500
newdef SU3OctetDecuplet2:Points 10000
newdef SU3OctetDecuplet2:GenerateIntermediates 0
newdef SU3OctetDecuplet2:Coupling 0.085
newdef SU3OctetDecuplet2:Parity 1
newdef SU3OctetDecuplet2:Fpi 130.7
newdef SU3OctetDecuplet2:Proton 102212
newdef SU3OctetDecuplet2:Neutron 102112
newdef SU3OctetDecuplet2:Sigma+ 103222
newdef SU3OctetDecuplet2:Sigma0 103212
newdef SU3OctetDecuplet2:Sigma- 103112
newdef SU3OctetDecuplet2:Lambda 103122
newdef SU3OctetDecuplet2:Xi0 103322
newdef SU3OctetDecuplet2:Xi- 103312
newdef SU3OctetDecuplet2:Delta++ 2224
newdef SU3OctetDecuplet2:Delta+ 2214
newdef SU3OctetDecuplet2:Delta0 2114
newdef SU3OctetDecuplet2:Delta- 1114
newdef SU3OctetDecuplet2:Sigma*+ 3224
newdef SU3OctetDecuplet2:Sigma*0 3214
newdef SU3OctetDecuplet2:Sigma*- 3114
newdef SU3OctetDecuplet2:Omega 3334
newdef SU3OctetDecuplet2:Xi*0 3324
newdef SU3OctetDecuplet2:Xi*- 3314
insert SU3OctetDecuplet2:MaxWeight 0 2.32934
insert SU3OctetDecuplet2:MaxWeight 1 0.416437
insert SU3OctetDecuplet2:MaxWeight 2 2.32724
insert SU3OctetDecuplet2:MaxWeight 3 2.39008
insert SU3OctetDecuplet2:MaxWeight 4 0.288323
insert SU3OctetDecuplet2:MaxWeight 5 0.115812
insert SU3OctetDecuplet2:MaxWeight 6 2.32373
insert SU3OctetDecuplet2:MaxWeight 7 2.38921
insert SU3OctetDecuplet2:MaxWeight 8 0.281336
insert SU3OctetDecuplet2:MaxWeight 9 0.146149
insert SU3OctetDecuplet2:MaxWeight 10 2.32736
insert SU3OctetDecuplet2:MaxWeight 11 0.436271
insert SU3OctetDecuplet2:MaxWeight 12 0.101687
insert SU3OctetDecuplet2:MaxWeight 13 0.116201
insert SU3OctetDecuplet2:MaxWeight 14 0.0246518
insert SU3OctetDecuplet2:MaxWeight 15 0.748111
insert SU3OctetDecuplet2:MaxWeight 16 0.0736602
insert SU3OctetDecuplet2:MaxWeight 17 0.201734
insert SU3OctetDecuplet2:MaxWeight 18 0.00868203
insert SU3OctetDecuplet2:MaxWeight 19 0.00795239
insert SU3OctetDecuplet2:MaxWeight 20 0.362188
insert SU3OctetDecuplet2:MaxWeight 21 0.378257
insert SU3OctetDecuplet2:MaxWeight 22 0.0641479
insert SU3OctetDecuplet2:MaxWeight 23 0.08768
insert SU3OctetDecuplet2:MaxWeight 24 0.215179
insert SU3OctetDecuplet2:MaxWeight 25 0.302509
insert SU3OctetDecuplet2:MaxWeight 26 0.0757243
insert SU3OctetDecuplet2:MaxWeight 27 0.086701
insert SU3OctetDecuplet2:MaxWeight 28 0.0197644
insert SU3OctetDecuplet2:MaxWeight 29 0.83081
insert SU3OctetDecuplet2:MaxWeight 30 0.27337
insert SU3OctetDecuplet2:MaxWeight 31 0.0652819
insert SU3OctetDecuplet2:MaxWeight 32 0.644853
insert SU3OctetDecuplet2:MaxWeight 33 0.308066
insert SU3OctetDecuplet2:MaxWeight 34 0.0241458
insert SU3OctetDecuplet2:MaxWeight 35 0.00953046
insert SU3OctetDecuplet2:MaxWeight 36 0.438785
insert SU3OctetDecuplet2:MaxWeight 37 4.80464e-05
insert SU3OctetDecuplet2:MaxWeight 38 0.713118
insert SU3OctetDecuplet2:MaxWeight 39 0.298617
insert SU3OctetDecuplet2:MaxWeight 40 0.0186567
insert SU3OctetDecuplet2:MaxWeight 41 0.0109833
insert SU3OctetDecuplet2:MaxWeight 42 0.341691
insert SU3OctetDecuplet2:MaxWeight 43 5.03293e-05
#
create Herwig::SU3BaryonSingletOctetScalarDecayer SU3SingletOctet1
newdef SU3SingletOctet1:Iteration 1
newdef SU3SingletOctet1:Ntry 500
newdef SU3SingletOctet1:Points 10000
newdef SU3SingletOctet1:GenerateIntermediates 0
newdef SU3SingletOctet1:Coupling 0.39
newdef SU3SingletOctet1:Parity 0
newdef SU3SingletOctet1:Fpi 130.7
newdef SU3SingletOctet1:Proton 2212
newdef SU3SingletOctet1:Neutron 2112
newdef SU3SingletOctet1:Sigma+ 3222
newdef SU3SingletOctet1:Sigma0 3212
newdef SU3SingletOctet1:Sigma- 3112
newdef SU3SingletOctet1:Lambda 3122
newdef SU3SingletOctet1:Xi0 3322
newdef SU3SingletOctet1:Xi- 3312
newdef SU3SingletOctet1:ExcitedLambda 101232
insert SU3SingletOctet1:MaxWeight 0 1.60862
insert SU3SingletOctet1:MaxWeight 1 1.65601
insert SU3SingletOctet1:MaxWeight 2 1.44904
insert SU3SingletOctet1:MaxWeight 3 10.9271
insert SU3SingletOctet1:MaxWeight 4 10.791
#
create Herwig::SU3BaryonSingletOctetScalarDecayer SU3SingletOctet2
newdef SU3SingletOctet2:Iteration 1
newdef SU3SingletOctet2:Ntry 500
newdef SU3SingletOctet2:Points 10000
newdef SU3SingletOctet2:GenerateIntermediates 0
newdef SU3SingletOctet2:Coupling 1.5
newdef SU3SingletOctet2:Parity 0
newdef SU3SingletOctet2:Fpi 130.7
newdef SU3SingletOctet2:Proton 2212
newdef SU3SingletOctet2:Neutron 2112
newdef SU3SingletOctet2:Sigma+ 3222
newdef SU3SingletOctet2:Sigma0 3212
newdef SU3SingletOctet2:Sigma- 3112
newdef SU3SingletOctet2:Lambda 3122
newdef SU3SingletOctet2:Xi0 3322
newdef SU3SingletOctet2:Xi- 3312
newdef SU3SingletOctet2:ExcitedLambda 101234
insert SU3SingletOctet2:MaxWeight 0 1.84716
insert SU3SingletOctet2:MaxWeight 1 1.88647
insert SU3SingletOctet2:MaxWeight 2 1.63557
insert SU3SingletOctet2:MaxWeight 3 0.00132433
insert SU3SingletOctet2:MaxWeight 4 0.93801
insert SU3SingletOctet2:MaxWeight 5 0.80882
#
create Herwig::SU3BaryonOctetOctetScalarDecayer SU3Strong4
newdef SU3Strong4:Iteration 1
newdef SU3Strong4:Ntry 500
newdef SU3Strong4:Points 10000
newdef SU3Strong4:GenerateIntermediates 0
newdef SU3Strong4:Fcoupling -0.48
newdef SU3Strong4:Dcoupling 0.68
newdef SU3Strong4:Parity 1
newdef SU3Strong4:Fpi 130.7
newdef SU3Strong4:Proton 202212
newdef SU3Strong4:Neutron 202112
newdef SU3Strong4:Sigma+ 203222
newdef SU3Strong4:Sigma0 203212
newdef SU3Strong4:Sigma- 203112
newdef SU3Strong4:Lambda 203122
newdef SU3Strong4:Xi0 203322
newdef SU3Strong4:Xi- 203312
newdef SU3Strong4:ExcitedProton 102212
newdef SU3Strong4:ExcitedNeutron 102112
newdef SU3Strong4:ExcitedSigma+ 103222
newdef SU3Strong4:ExcitedSigma0 103212
newdef SU3Strong4:ExcitedSigma- 103112
newdef SU3Strong4:ExcitedLambda 103122
newdef SU3Strong4:ExcitedXi0 103322
newdef SU3Strong4:ExcitedXi- 103312
insert SU3Strong4:MaxWeight 0 0.0639544
insert SU3Strong4:MaxWeight 1 0.0683901
insert SU3Strong4:MaxWeight 2 0.0719544
insert SU3Strong4:MaxWeight 3 0.0190191
insert SU3Strong4:MaxWeight 4 1.56023
insert SU3Strong4:MaxWeight 5 0.0352242
insert SU3Strong4:MaxWeight 6 0.063882
insert SU3Strong4:MaxWeight 7 0.0681114
insert SU3Strong4:MaxWeight 8 0.189404
insert SU3Strong4:MaxWeight 9 0.0737446
insert SU3Strong4:MaxWeight 10 1.43798
insert SU3Strong4:MaxWeight 11 0.0475399
insert SU3Strong4:MaxWeight 12 1.83818
insert SU3Strong4:MaxWeight 13 2.27413
insert SU3Strong4:MaxWeight 14 2.14365
insert SU3Strong4:MaxWeight 15 0.00257397
insert SU3Strong4:MaxWeight 16 0.439475
insert SU3Strong4:MaxWeight 17 0.494001
insert SU3Strong4:MaxWeight 18 3.83517
insert SU3Strong4:MaxWeight 19 3.9436
insert SU3Strong4:MaxWeight 20 0.00603613
insert SU3Strong4:MaxWeight 21 14.2647
insert SU3Strong4:MaxWeight 22 3.48259
insert SU3Strong4:MaxWeight 23 0.0893589
insert SU3Strong4:MaxWeight 24 3.94828
insert SU3Strong4:MaxWeight 25 3.98963
insert SU3Strong4:MaxWeight 26 0.00113937
insert SU3Strong4:MaxWeight 27 0.000501017
insert SU3Strong4:MaxWeight 28 4.56376
insert SU3Strong4:MaxWeight 29 6.14187
insert SU3Strong4:MaxWeight 30 0.119288
insert SU3Strong4:MaxWeight 31 3.62416
insert SU3Strong4:MaxWeight 32 3.74573
insert SU3Strong4:MaxWeight 33 2.9989
insert SU3Strong4:MaxWeight 34 0.00187852
insert SU3Strong4:MaxWeight 35 13.8324
insert SU3Strong4:MaxWeight 36 2.84881
insert SU3Strong4:MaxWeight 37 0.117276
insert SU3Strong4:MaxWeight 38 1.19996
insert SU3Strong4:MaxWeight 39 0.609627
insert SU3Strong4:MaxWeight 40 164.291
insert SU3Strong4:MaxWeight 41 84.1802
insert SU3Strong4:MaxWeight 42 27.2875
insert SU3Strong4:MaxWeight 43 2.56877
insert SU3Strong4:MaxWeight 44 1.25728
insert SU3Strong4:MaxWeight 45 0.647119
insert SU3Strong4:MaxWeight 46 187.091
insert SU3Strong4:MaxWeight 47 77.3773
insert SU3Strong4:MaxWeight 48 25.0159
insert SU3Strong4:MaxWeight 49 5.49723
#
create Herwig::SU3BaryonOctetDecupletScalarDecayer SU3OctetDecuplet3
newdef SU3OctetDecuplet3:Iteration 1
newdef SU3OctetDecuplet3:Ntry 500
newdef SU3OctetDecuplet3:Points 10000
newdef SU3OctetDecuplet3:GenerateIntermediates 0
newdef SU3OctetDecuplet3:Coupling 0.35
newdef SU3OctetDecuplet3:Parity 1
newdef SU3OctetDecuplet3:Fpi 130.7
newdef SU3OctetDecuplet3:Proton 102214
newdef SU3OctetDecuplet3:Neutron 102114
newdef SU3OctetDecuplet3:Sigma+ 103224
newdef SU3OctetDecuplet3:Sigma0 103214
newdef SU3OctetDecuplet3:Sigma- 103114
newdef SU3OctetDecuplet3:Lambda 103124
newdef SU3OctetDecuplet3:Xi0 103324
newdef SU3OctetDecuplet3:Xi- 103314
newdef SU3OctetDecuplet3:Delta++ 2224
newdef SU3OctetDecuplet3:Delta+ 2214
newdef SU3OctetDecuplet3:Delta0 2114
newdef SU3OctetDecuplet3:Delta- 1114
newdef SU3OctetDecuplet3:Sigma*+ 3224
newdef SU3OctetDecuplet3:Sigma*0 3214
newdef SU3OctetDecuplet3:Sigma*- 3114
newdef SU3OctetDecuplet3:Omega 3334
newdef SU3OctetDecuplet3:Xi*0 3324
newdef SU3OctetDecuplet3:Xi*- 3314
insert SU3OctetDecuplet3:MaxWeight 0 1.08203
insert SU3OctetDecuplet3:MaxWeight 1 1.6621
insert SU3OctetDecuplet3:MaxWeight 2 1.08106
insert SU3OctetDecuplet3:MaxWeight 3 1.11398
insert SU3OctetDecuplet3:MaxWeight 4 1.13352
insert SU3OctetDecuplet3:MaxWeight 5 0.555956
insert SU3OctetDecuplet3:MaxWeight 6 1.08058
insert SU3OctetDecuplet3:MaxWeight 7 1.11181
insert SU3OctetDecuplet3:MaxWeight 8 1.10991
insert SU3OctetDecuplet3:MaxWeight 9 0.577804
insert SU3OctetDecuplet3:MaxWeight 10 1.08122
insert SU3OctetDecuplet3:MaxWeight 11 1.66787
insert SU3OctetDecuplet3:MaxWeight 12 0.511277
insert SU3OctetDecuplet3:MaxWeight 13 0.428777
insert SU3OctetDecuplet3:MaxWeight 14 0.262264
insert SU3OctetDecuplet3:MaxWeight 15 0.187729
insert SU3OctetDecuplet3:MaxWeight 16 0.0581627
insert SU3OctetDecuplet3:MaxWeight 17 1.16719
insert SU3OctetDecuplet3:MaxWeight 18 0.134985
insert SU3OctetDecuplet3:MaxWeight 19 0.132211
insert SU3OctetDecuplet3:MaxWeight 20 0.0842445
insert SU3OctetDecuplet3:MaxWeight 21 0.0831287
insert SU3OctetDecuplet3:MaxWeight 22 0.405935
insert SU3OctetDecuplet3:MaxWeight 23 0.429367
insert SU3OctetDecuplet3:MaxWeight 24 1.07034
insert SU3OctetDecuplet3:MaxWeight 25 1.26643
insert SU3OctetDecuplet3:MaxWeight 26 0.442732
insert SU3OctetDecuplet3:MaxWeight 27 0.385974
insert SU3OctetDecuplet3:MaxWeight 28 0.201153
insert SU3OctetDecuplet3:MaxWeight 29 0.15828
insert SU3OctetDecuplet3:MaxWeight 30 0.941479
insert SU3OctetDecuplet3:MaxWeight 31 0.0514224
insert SU3OctetDecuplet3:MaxWeight 32 2.16926
insert SU3OctetDecuplet3:MaxWeight 33 2.19241
insert SU3OctetDecuplet3:MaxWeight 34 3.46377e-07
insert SU3OctetDecuplet3:MaxWeight 35 8.02372e-08
insert SU3OctetDecuplet3:MaxWeight 36 1.97192
insert SU3OctetDecuplet3:MaxWeight 37 1.84709
insert SU3OctetDecuplet3:MaxWeight 38 1.3873e-08
insert SU3OctetDecuplet3:MaxWeight 39 3.14856e-07
#
create Herwig::OmegaXiStarPionDecayer OmegaXiStar
newdef OmegaXiStar:Iteration 1
newdef OmegaXiStar:Ntry 500
newdef OmegaXiStar:Points 10000
newdef OmegaXiStar:GenerateIntermediates 0
newdef OmegaXiStar:Acomm 2.091e-07
newdef OmegaXiStar:AP -9.2e-08
newdef OmegaXiStar:AS -6.32e-08
newdef OmegaXiStar:BP 2.301e-06
newdef OmegaXiStar:BS -1.008e-06
newdef OmegaXiStar:MaximumWeight 0.00252403
newdef OmegaXiStar:Incoming 3334
newdef OmegaXiStar:Outgoing 3324
#
create Herwig::NonLeptonicOmegaDecayer OmegaNL
newdef OmegaNL:DStar -3.98e-07
newdef OmegaNL:FStar 5e-08
newdef OmegaNL:omegad -6.44444e-09
newdef OmegaNL:omegaf 8.5e-09
newdef OmegaNL:CBstar 1.35
newdef OmegaNL:sc -0.85
newdef OmegaNL:C 1.5
newdef OmegaNL:Fpi 92.4
newdef OmegaNL:hc 3.9e-08
newdef OmegaNL:hpi 3.2e-07
newdef OmegaNL:d 4.4e-08
newdef OmegaNL:f -5e-08
newdef OmegaNL:MLambda 1115.68
newdef OmegaNL:MXi 1314.83
newdef OmegaNL:MOmega 1672.45
newdef OmegaNL:MXiStar 1531.8
newdef OmegaNL:Mpiplus 139.57
newdef OmegaNL:MKplus 493.667
newdef OmegaNL:Mpi0 134.977
newdef OmegaNL:MK0 497.648
newdef OmegaNL:MBstar 1620
newdef OmegaNL:MR 1500
newdef OmegaNL:LocalMasses 1
insert OmegaNL:MaxWeight 0 1.5
insert OmegaNL:MaxWeight 1 0.40
insert OmegaNL:MaxWeight 2 0.20
newdef OmegaNL:Iteration 1
newdef OmegaNL:Ntry 500
newdef OmegaNL:Points 10000
newdef OmegaNL:GenerateIntermediates 0
#
create Herwig::NonLeptonicHyperonDecayer HyperonNL
newdef HyperonNL:Iteration 1
newdef HyperonNL:Ntry 500
newdef HyperonNL:Points 10000
newdef HyperonNL:GenerateIntermediates 0
do HyperonNL:SetUpDecayMode 3122 2212 -211 3.15441e-07 -2.56965e-06 1.02233
do HyperonNL:SetUpDecayMode 3122 2112 111 -2.34823e-07 1.71077e-06 0.572769
do HyperonNL:SetUpDecayMode 3222 2212 111 -2.6763e-07 -3.24965e-06 0.825223
do HyperonNL:SetUpDecayMode 3222 2112 211 1.39742e-08 -4.2112e-06 0.773064
do HyperonNL:SetUpDecayMode 3112 2112 -211 4.26814e-07 1.42866e-07 1.59759
do HyperonNL:SetUpDecayMode 3322 3122 111 3.45387e-07 1.05341e-06 1.59532
do HyperonNL:SetUpDecayMode 3312 3122 -211 -4.51957e-07 -1.5189e-06 1.59161
do HyperonNL:SetUpDecayMode 4132 3312 211 2.89666e-07 2.71413e-06 0.0167771
do HyperonNL:SetUpDecayMode 4122 3122 211 3.56697e-07 1.91559e-06 0.0205336
do HyperonNL:SetUpDecayMode 4122 3222 111 2.10027e-07 2.23662e-06 0.0197528
do HyperonNL:SetUpDecayMode 4122 3212 211 2.95892e-07 2.18669e-06 0.0203823
do HyperonNL:SetUpDecayMode 4122 2212 211 -8.18977e-08 1.99027e-06 0.025117
#
create Herwig::SU3BaryonOctetOctetPhotonDecayer SU3RoperGamma
newdef SU3RoperGamma:Iteration 1
newdef SU3RoperGamma:Ntry 500
newdef SU3RoperGamma:Points 10000
newdef SU3RoperGamma:GenerateIntermediates 0
newdef SU3RoperGamma:Fcoupling -0.009
newdef SU3RoperGamma:Dcoupling -0.024
newdef SU3RoperGamma:Parity 1
newdef SU3RoperGamma:Proton 2212
newdef SU3RoperGamma:Neutron 2112
newdef SU3RoperGamma:Sigma+ 3222
newdef SU3RoperGamma:Sigma0 3212
newdef SU3RoperGamma:Sigma- 3112
newdef SU3RoperGamma:Lambda 3122
newdef SU3RoperGamma:Xi0 3322
newdef SU3RoperGamma:Xi- 3312
newdef SU3RoperGamma:ExcitedProton 202212
newdef SU3RoperGamma:ExcitedNeutron 202112
newdef SU3RoperGamma:ExcitedSigma+ 203222
newdef SU3RoperGamma:ExcitedSigma0 203212
newdef SU3RoperGamma:ExcitedSigma- 203112
newdef SU3RoperGamma:ExcitedLambda 203122
newdef SU3RoperGamma:ExcitedXi0 203322
newdef SU3RoperGamma:ExcitedXi- 203312
insert SU3RoperGamma:MaxWeight 0 1.34534
insert SU3RoperGamma:MaxWeight 1 2.3978
insert SU3RoperGamma:MaxWeight 2 0.01954
insert SU3RoperGamma:MaxWeight 3 0.00189107
insert SU3RoperGamma:MaxWeight 4 0.00998248
insert SU3RoperGamma:MaxWeight 5 0.000310286
insert SU3RoperGamma:MaxWeight 6 0.0310247
insert SU3RoperGamma:MaxWeight 7 0.024809
insert SU3RoperGamma:MaxWeight 8 5.2804e-05
insert SU3RoperGamma:MaxWeight 9 0.014572
#
create Herwig::SU3BaryonOctetOctetPhotonDecayer SU3Gamma2
newdef SU3Gamma2:Iteration 1
newdef SU3Gamma2:Ntry 500
newdef SU3Gamma2:Points 10000
newdef SU3Gamma2:GenerateIntermediates 0
newdef SU3Gamma2:Fcoupling -0.046
newdef SU3Gamma2:Dcoupling 0.033
newdef SU3Gamma2:Parity 0
newdef SU3Gamma2:Proton 2212
newdef SU3Gamma2:Neutron 2112
newdef SU3Gamma2:Sigma+ 3222
newdef SU3Gamma2:Sigma0 3212
newdef SU3Gamma2:Sigma- 3112
newdef SU3Gamma2:Lambda 3122
newdef SU3Gamma2:Xi0 3322
newdef SU3Gamma2:Xi- 3312
newdef SU3Gamma2:ExcitedProton 102212
newdef SU3Gamma2:ExcitedNeutron 102112
newdef SU3Gamma2:ExcitedSigma+ 103222
newdef SU3Gamma2:ExcitedSigma0 103212
newdef SU3Gamma2:ExcitedSigma- 103112
newdef SU3Gamma2:ExcitedLambda 103122
newdef SU3Gamma2:ExcitedXi0 103322
newdef SU3Gamma2:ExcitedXi- 103312
insert SU3Gamma2:MaxWeight 0 2.9575
insert SU3Gamma2:MaxWeight 1 1.97747
insert SU3Gamma2:MaxWeight 2 0.0962338
insert SU3Gamma2:MaxWeight 3 0.00969098
insert SU3Gamma2:MaxWeight 4 0.0522884
insert SU3Gamma2:MaxWeight 5 0.00991625
insert SU3Gamma2:MaxWeight 6 0.0712376
insert SU3Gamma2:MaxWeight 7 0.0130695
insert SU3Gamma2:MaxWeight 8 0.36402
insert SU3Gamma2:MaxWeight 9 0.0548153
#
create Herwig::SU3BaryonOctetOctetPhotonDecayer SU3Gamma3
newdef SU3Gamma3:Iteration 1
newdef SU3Gamma3:Ntry 500
newdef SU3Gamma3:Points 10000
newdef SU3Gamma3:GenerateIntermediates 0
newdef SU3Gamma3:Fcoupling 0
newdef SU3Gamma3:Dcoupling 0.056
newdef SU3Gamma3:Parity 1
newdef SU3Gamma3:Proton 2212
newdef SU3Gamma3:Neutron 2112
newdef SU3Gamma3:Sigma+ 3222
newdef SU3Gamma3:Sigma0 3212
newdef SU3Gamma3:Sigma- 3112
newdef SU3Gamma3:Lambda 3122
newdef SU3Gamma3:Xi0 3322
newdef SU3Gamma3:Xi- 3312
newdef SU3Gamma3:ExcitedProton 2212
newdef SU3Gamma3:ExcitedNeutron 2112
newdef SU3Gamma3:ExcitedSigma+ 3222
newdef SU3Gamma3:ExcitedSigma0 3212
newdef SU3Gamma3:ExcitedSigma- 3112
newdef SU3Gamma3:ExcitedLambda 3122
newdef SU3Gamma3:ExcitedXi0 3322
newdef SU3Gamma3:ExcitedXi- 3312
insert SU3Gamma3:MaxWeight 0 1.58351
#
create Herwig::SU3BaryonDecupletOctetPhotonDecayer DecupletGamma
newdef DecupletGamma:Iteration 1
newdef DecupletGamma:Ntry 500
newdef DecupletGamma:Points 10000
newdef DecupletGamma:GenerateIntermediates 0
newdef DecupletGamma:Ccoupling 1
newdef DecupletGamma:Parity 1
newdef DecupletGamma:Proton 2212
newdef DecupletGamma:Neutron 2112
newdef DecupletGamma:Sigma+ 3222
newdef DecupletGamma:Sigma0 3212
newdef DecupletGamma:Sigma- 3112
newdef DecupletGamma:Lambda 3122
newdef DecupletGamma:Xi0 3322
newdef DecupletGamma:Xi- 3312
newdef DecupletGamma:Delta++ 2224
newdef DecupletGamma:Delta+ 2214
newdef DecupletGamma:Delta0 2114
newdef DecupletGamma:Delta- 1114
newdef DecupletGamma:Sigma*+ 3224
newdef DecupletGamma:Sigma*0 3214
newdef DecupletGamma:Sigma*- 3114
newdef DecupletGamma:Omega 3334
newdef DecupletGamma:Xi*0 3324
newdef DecupletGamma:Xi*- 3314
insert DecupletGamma:MaxWeight 0 1.35718
insert DecupletGamma:MaxWeight 1 1.34224
insert DecupletGamma:MaxWeight 2 0.0314619
insert DecupletGamma:MaxWeight 3 3.09183
insert DecupletGamma:MaxWeight 4 0.00772277
insert DecupletGamma:MaxWeight 5 0.122963
#
create Herwig::SU3BaryonOctetOctetPhotonDecayer SU3Gamma4
newdef SU3Gamma4:Iteration 1
newdef SU3Gamma4:Ntry 500
newdef SU3Gamma4:Points 10000
newdef SU3Gamma4:GenerateIntermediates 0
newdef SU3Gamma4:Fcoupling -0.093
newdef SU3Gamma4:Dcoupling 0.087
newdef SU3Gamma4:Parity 1
newdef SU3Gamma4:Proton 2212
newdef SU3Gamma4:Neutron 2112
newdef SU3Gamma4:Sigma+ 3222
newdef SU3Gamma4:Sigma0 3212
newdef SU3Gamma4:Sigma- 3112
newdef SU3Gamma4:Lambda 3122
newdef SU3Gamma4:Xi0 3322
newdef SU3Gamma4:Xi- 3312
newdef SU3Gamma4:ExcitedProton 102214
newdef SU3Gamma4:ExcitedNeutron 102114
newdef SU3Gamma4:ExcitedSigma+ 103224
newdef SU3Gamma4:ExcitedSigma0 103214
newdef SU3Gamma4:ExcitedSigma- 103114
newdef SU3Gamma4:ExcitedLambda 103124
newdef SU3Gamma4:ExcitedXi0 103324
newdef SU3Gamma4:ExcitedXi- 103314
insert SU3Gamma4:MaxWeight 0 0.415222
insert SU3Gamma4:MaxWeight 1 0.417084
insert SU3Gamma4:MaxWeight 2 0.0204893
insert SU3Gamma4:MaxWeight 3 0.00210252
insert SU3Gamma4:MaxWeight 4 0.00955353
insert SU3Gamma4:MaxWeight 5 0.00222245
insert SU3Gamma4:MaxWeight 6 0.0283485
insert SU3Gamma4:MaxWeight 7 0.00715258
insert SU3Gamma4:MaxWeight 8 0.0517918
insert SU3Gamma4:MaxWeight 9 0.0120169
#
create Herwig::SU3BaryonSingletOctetPhotonDecayer SU3Gamma5
newdef SU3Gamma5:Iteration 1
newdef SU3Gamma5:Ntry 500
newdef SU3Gamma5:Points 10000
newdef SU3Gamma5:GenerateIntermediates 0
newdef SU3Gamma5:Coupling 0.252
newdef SU3Gamma5:Parity 0
newdef SU3Gamma5:Sigma0 3212
newdef SU3Gamma5:Lambda 3122
newdef SU3Gamma5:ExcitedLambda 101234
insert SU3Gamma5:MaxWeight 0 1.60087
insert SU3Gamma5:MaxWeight 1 2.20194
#
create Herwig::TauDecayer Tau1Vector
newdef Tau1Vector:Iteration 1
newdef Tau1Vector:Ntry 500
newdef Tau1Vector:Points 10000
newdef Tau1Vector:GenerateIntermediates 0
insert Tau1Vector:WeightLocation 0 0
insert Tau1Vector:WeightLocation 1 0
insert Tau1Vector:WeightLocation 2 0
insert Tau1Vector:MaximumWeight 0 0.655878
insert Tau1Vector:MaximumWeight 1 0.0320164
insert Tau1Vector:MaximumWeight 2 1.05267
create Herwig::VectorMesonCurrent Tau1VectorCurrent HwWeakCurrents.so
newdef Tau1VectorCurrent:ID 0 213
newdef Tau1VectorCurrent:Decay_Constant 0 0.1764
newdef Tau1VectorCurrent:ID 1 113
newdef Tau1VectorCurrent:Decay_Constant 1 0.1764
newdef Tau1VectorCurrent:ID 2 113
newdef Tau1VectorCurrent:Decay_Constant 2 0.1764
newdef Tau1VectorCurrent:ID 3 223
newdef Tau1VectorCurrent:Decay_Constant 3 0.1764
newdef Tau1VectorCurrent:ID 4 223
newdef Tau1VectorCurrent:Decay_Constant 4 0.1764
newdef Tau1VectorCurrent:ID 5 333
newdef Tau1VectorCurrent:Decay_Constant 5 0.238
newdef Tau1VectorCurrent:ID 6 313
newdef Tau1VectorCurrent:Decay_Constant 6 0.2019
newdef Tau1VectorCurrent:ID 7 323
newdef Tau1VectorCurrent:Decay_Constant 7 0.2019
newdef Tau1VectorCurrent:ID 8 20213
newdef Tau1VectorCurrent:Decay_Constant 8 0.4626
newdef Tau1VectorCurrent:ID 9 20113
newdef Tau1VectorCurrent:Decay_Constant 9 0.4626
newdef Tau1VectorCurrent:ID 10 20113
newdef Tau1VectorCurrent:Decay_Constant 10 0.4626
newdef Tau1VectorCurrent:ID 11 413
newdef Tau1VectorCurrent:Decay_Constant 11 0.402
newdef Tau1VectorCurrent:ID 12 423
newdef Tau1VectorCurrent:Decay_Constant 12 0.402
newdef Tau1VectorCurrent:ID 13 433
newdef Tau1VectorCurrent:Decay_Constant 13 0.509
newdef Tau1VectorCurrent:ID 14 443
newdef Tau1VectorCurrent:Decay_Constant 14 1.223
newdef Tau1VectorCurrent:ID 15 100443
newdef Tau1VectorCurrent:Decay_Constant 15 1.08
newdef Tau1VectorCurrent:ID 16 20433
newdef Tau1VectorCurrent:Decay_Constant 16 0.397
newdef Tau1VectorCurrent:Quark 0 2
newdef Tau1VectorCurrent:AntiQuark 0 -1
newdef Tau1VectorCurrent:Quark 1 1
newdef Tau1VectorCurrent:AntiQuark 1 -1
newdef Tau1VectorCurrent:Quark 2 2
newdef Tau1VectorCurrent:AntiQuark 2 -2
newdef Tau1VectorCurrent:Quark 3 1
newdef Tau1VectorCurrent:AntiQuark 3 -1
newdef Tau1VectorCurrent:Quark 4 2
newdef Tau1VectorCurrent:AntiQuark 4 -2
newdef Tau1VectorCurrent:Quark 5 3
newdef Tau1VectorCurrent:AntiQuark 5 -3
newdef Tau1VectorCurrent:Quark 6 1
newdef Tau1VectorCurrent:AntiQuark 6 -3
newdef Tau1VectorCurrent:Quark 7 2
newdef Tau1VectorCurrent:AntiQuark 7 -3
newdef Tau1VectorCurrent:Quark 8 2
newdef Tau1VectorCurrent:AntiQuark 8 -1
newdef Tau1VectorCurrent:Quark 9 1
newdef Tau1VectorCurrent:AntiQuark 9 -1
newdef Tau1VectorCurrent:Quark 10 2
newdef Tau1VectorCurrent:AntiQuark 10 -2
newdef Tau1VectorCurrent:Quark 11 4
newdef Tau1VectorCurrent:AntiQuark 11 -1
newdef Tau1VectorCurrent:Quark 12 4
newdef Tau1VectorCurrent:AntiQuark 12 -2
newdef Tau1VectorCurrent:Quark 13 4
newdef Tau1VectorCurrent:AntiQuark 13 -3
newdef Tau1VectorCurrent:Quark 14 4
newdef Tau1VectorCurrent:AntiQuark 14 -4
newdef Tau1VectorCurrent:Quark 15 4
newdef Tau1VectorCurrent:AntiQuark 15 -4
newdef Tau1VectorCurrent:Quark 16 4
newdef Tau1VectorCurrent:AntiQuark 16 -3
newdef Tau1Vector:WeakCurrent Tau1VectorCurrent
#
create Herwig::SemiLeptonicScalarDecayer BZVector
newdef BZVector:Iteration 1
newdef BZVector:Ntry 500
newdef BZVector:Points 10000
newdef BZVector:GenerateIntermediates 0
insert BZVector:MaximumWeight 0 0.000599733
insert BZVector:MaximumWeight 1 0.000579422
insert BZVector:MaximumWeight 2 0.000339457
insert BZVector:MaximumWeight 3 0.00104623
insert BZVector:MaximumWeight 4 0.00103622
insert BZVector:MaximumWeight 5 0.000630363
insert BZVector:MaximumWeight 6 0.00128096
insert BZVector:MaximumWeight 7 0.00124115
insert BZVector:MaximumWeight 8 0.000739429
insert BZVector:MaximumWeight 9 0.0022
insert BZVector:MaximumWeight 10 0.0022
insert BZVector:MaximumWeight 11 0.00122368
create Herwig::LeptonNeutrinoCurrent BZVectorCurrent HwWeakCurrents.so
newdef BZVectorCurrent:Quark 0 11
newdef BZVectorCurrent:AntiQuark 0 -12
newdef BZVectorCurrent:Quark 1 13
newdef BZVectorCurrent:AntiQuark 1 -15
newdef BZVectorCurrent:Quark 2 15
newdef BZVectorCurrent:AntiQuark 2 -16
newdef BZVector:Current BZVectorCurrent
create Herwig::BallZwickyVectorFormFactor BZVectorFormFactor
newdef BZVectorFormFactor:CutOff 0.01
newdef BZVectorFormFactor:Vr_1 0 0.738927
newdef BZVectorFormFactor:Vr_2 0 -0.509824
newdef BZVectorFormFactor:A0r_1 0 1.07975
newdef BZVectorFormFactor:A0r_2 0 -0.86267
newdef BZVectorFormFactor:A1r_1 0 0.169706
newdef BZVectorFormFactor:A1r_2 0 0
newdef BZVectorFormFactor:A2r_1 0 0.00636396
newdef BZVectorFormFactor:A2r_2 0 0.149907
newdef BZVectorFormFactor:T1r_1 0 0.634275
newdef BZVectorFormFactor:T1r_2 0 -0.44477
newdef BZVectorFormFactor:T2r_1 0 0.188798
newdef BZVectorFormFactor:T2r_2 0 0
newdef BZVectorFormFactor:T3r_1 0 0.0155563
newdef BZVectorFormFactor:T3r_2 0 0.173241
newdef BZVectorFormFactor:VmR2 0 28.3024
newdef BZVectorFormFactor:Vmfit2 0 38.34
newdef BZVectorFormFactor:A0mR2 0 27.8784
newdef BZVectorFormFactor:A0mfit2 0 33.36
newdef BZVectorFormFactor:A1mR2 0 -1
newdef BZVectorFormFactor:A1mfit2 0 37.51
newdef BZVectorFormFactor:A2mR2 0 -1
newdef BZVectorFormFactor:A2mfit2 0 40.82
newdef BZVectorFormFactor:T1mR2 0 28.3024
newdef BZVectorFormFactor:T1mfit2 0 38.04
newdef BZVectorFormFactor:T2mR2 0 -1
newdef BZVectorFormFactor:T2mfit2 0 38.59
newdef BZVectorFormFactor:T3mR2 0 -1
newdef BZVectorFormFactor:T3mfit2 0 40.88
newdef BZVectorFormFactor:Vr_1 1 -0.738927
newdef BZVectorFormFactor:Vr_2 1 0.509824
newdef BZVectorFormFactor:A0r_1 1 -1.07975
newdef BZVectorFormFactor:A0r_2 1 0.86267
newdef BZVectorFormFactor:A1r_1 1 -0.169706
newdef BZVectorFormFactor:A1r_2 1 -0
newdef BZVectorFormFactor:A2r_1 1 -0.00636396
newdef BZVectorFormFactor:A2r_2 1 -0.149907
newdef BZVectorFormFactor:T1r_1 1 -0.634275
newdef BZVectorFormFactor:T1r_2 1 0.44477
newdef BZVectorFormFactor:T2r_1 1 -0.188798
newdef BZVectorFormFactor:T2r_2 1 -0
newdef BZVectorFormFactor:T3r_1 1 -0.0155563
newdef BZVectorFormFactor:T3r_2 1 -0.173241
newdef BZVectorFormFactor:VmR2 1 28.3024
newdef BZVectorFormFactor:Vmfit2 1 38.34
newdef BZVectorFormFactor:A0mR2 1 27.8784
newdef BZVectorFormFactor:A0mfit2 1 33.36
newdef BZVectorFormFactor:A1mR2 1 -1
newdef BZVectorFormFactor:A1mfit2 1 37.51
newdef BZVectorFormFactor:A2mR2 1 -1
newdef BZVectorFormFactor:A2mfit2 1 40.82
newdef BZVectorFormFactor:T1mR2 1 28.3024
newdef BZVectorFormFactor:T1mfit2 1 38.04
newdef BZVectorFormFactor:T2mR2 1 -1
newdef BZVectorFormFactor:T2mfit2 1 38.59
newdef BZVectorFormFactor:T3mR2 1 -1
newdef BZVectorFormFactor:T3mfit2 1 40.88
newdef BZVectorFormFactor:Vr_1 2 1.045
newdef BZVectorFormFactor:Vr_2 2 -0.721
newdef BZVectorFormFactor:A0r_1 2 1.527
newdef BZVectorFormFactor:A0r_2 2 -1.22
newdef BZVectorFormFactor:A1r_1 2 0.24
newdef BZVectorFormFactor:A1r_2 2 0
newdef BZVectorFormFactor:A2r_1 2 0.009
newdef BZVectorFormFactor:A2r_2 2 0.212
newdef BZVectorFormFactor:T1r_1 2 0.897
newdef BZVectorFormFactor:T1r_2 2 -0.629
newdef BZVectorFormFactor:T2r_1 2 0.267
newdef BZVectorFormFactor:T2r_2 2 0
newdef BZVectorFormFactor:T3r_1 2 0.022
newdef BZVectorFormFactor:T3r_2 2 0.245
newdef BZVectorFormFactor:VmR2 2 28.3024
newdef BZVectorFormFactor:Vmfit2 2 38.34
newdef BZVectorFormFactor:A0mR2 2 27.8784
newdef BZVectorFormFactor:A0mfit2 2 33.36
newdef BZVectorFormFactor:A1mR2 2 -1
newdef BZVectorFormFactor:A1mfit2 2 37.51
newdef BZVectorFormFactor:A2mR2 2 -1
newdef BZVectorFormFactor:A2mfit2 2 40.82
newdef BZVectorFormFactor:T1mR2 2 28.3024
newdef BZVectorFormFactor:T1mfit2 2 38.04
newdef BZVectorFormFactor:T2mR2 2 -1
newdef BZVectorFormFactor:T2mfit2 2 38.59
newdef BZVectorFormFactor:T3mR2 2 -1
newdef BZVectorFormFactor:T3mfit2 2 40.88
newdef BZVectorFormFactor:Vr_1 3 1.045
newdef BZVectorFormFactor:Vr_2 3 -0.721
newdef BZVectorFormFactor:A0r_1 3 1.527
newdef BZVectorFormFactor:A0r_2 3 -1.22
newdef BZVectorFormFactor:A1r_1 3 0.24
newdef BZVectorFormFactor:A1r_2 3 0
newdef BZVectorFormFactor:A2r_1 3 0.009
newdef BZVectorFormFactor:A2r_2 3 0.212
newdef BZVectorFormFactor:T1r_1 3 0.897
newdef BZVectorFormFactor:T1r_2 3 -0.629
newdef BZVectorFormFactor:T2r_1 3 0.267
newdef BZVectorFormFactor:T2r_2 3 0
newdef BZVectorFormFactor:T3r_1 3 0.022
newdef BZVectorFormFactor:T3r_2 3 0.245
newdef BZVectorFormFactor:VmR2 3 28.3024
newdef BZVectorFormFactor:Vmfit2 3 38.34
newdef BZVectorFormFactor:A0mR2 3 27.8784
newdef BZVectorFormFactor:A0mfit2 3 33.36
newdef BZVectorFormFactor:A1mR2 3 -1
newdef BZVectorFormFactor:A1mfit2 3 37.51
newdef BZVectorFormFactor:A2mR2 3 -1
newdef BZVectorFormFactor:A2mfit2 3 40.82
newdef BZVectorFormFactor:T1mR2 3 28.3024
newdef BZVectorFormFactor:T1mfit2 3 38.04
newdef BZVectorFormFactor:T2mR2 3 -1
newdef BZVectorFormFactor:T2mfit2 3 38.59
newdef BZVectorFormFactor:T3mR2 3 -1
newdef BZVectorFormFactor:T3mfit2 3 40.88
newdef BZVectorFormFactor:Vr_1 4 0.923
newdef BZVectorFormFactor:Vr_2 4 -0.511
newdef BZVectorFormFactor:A0r_1 4 1.364
newdef BZVectorFormFactor:A0r_2 4 -0.99
newdef BZVectorFormFactor:A1r_1 4 0.29
newdef BZVectorFormFactor:A1r_2 4 0
newdef BZVectorFormFactor:A2r_1 4 -0.084
newdef BZVectorFormFactor:A2r_2 4 0.342
newdef BZVectorFormFactor:T1r_1 4 0.823
newdef BZVectorFormFactor:T1r_2 4 -0.491
newdef BZVectorFormFactor:T2r_1 4 0.333
newdef BZVectorFormFactor:T2r_2 4 0
newdef BZVectorFormFactor:T3r_1 4 -0.036
newdef BZVectorFormFactor:T3r_2 4 0.369
newdef BZVectorFormFactor:VmR2 4 28.3024
newdef BZVectorFormFactor:Vmfit2 4 49.4
newdef BZVectorFormFactor:A0mR2 4 27.8784
newdef BZVectorFormFactor:A0mfit2 4 36.78
newdef BZVectorFormFactor:A1mR2 4 -1
newdef BZVectorFormFactor:A1mfit2 4 40.38
newdef BZVectorFormFactor:A2mR2 4 -1
newdef BZVectorFormFactor:A2mfit2 4 52
newdef BZVectorFormFactor:T1mR2 4 28.3024
newdef BZVectorFormFactor:T1mfit2 4 46.31
newdef BZVectorFormFactor:T2mR2 4 -1
newdef BZVectorFormFactor:T2mfit2 4 41.41
newdef BZVectorFormFactor:T3mR2 4 -1
newdef BZVectorFormFactor:T3mfit2 4 48.1
newdef BZVectorFormFactor:Vr_1 5 0.923
newdef BZVectorFormFactor:Vr_2 5 -0.511
newdef BZVectorFormFactor:A0r_1 5 1.364
newdef BZVectorFormFactor:A0r_2 5 -0.99
newdef BZVectorFormFactor:A1r_1 5 0.29
newdef BZVectorFormFactor:A1r_2 5 0
newdef BZVectorFormFactor:A2r_1 5 -0.084
newdef BZVectorFormFactor:A2r_2 5 0.342
newdef BZVectorFormFactor:T1r_1 5 0.823
newdef BZVectorFormFactor:T1r_2 5 -0.491
newdef BZVectorFormFactor:T2r_1 5 0.333
newdef BZVectorFormFactor:T2r_2 5 0
newdef BZVectorFormFactor:T3r_1 5 -0.036
newdef BZVectorFormFactor:T3r_2 5 0.369
newdef BZVectorFormFactor:VmR2 5 28.3024
newdef BZVectorFormFactor:Vmfit2 5 49.4
newdef BZVectorFormFactor:A0mR2 5 27.8784
newdef BZVectorFormFactor:A0mfit2 5 36.78
newdef BZVectorFormFactor:A1mR2 5 -1
newdef BZVectorFormFactor:A1mfit2 5 40.38
newdef BZVectorFormFactor:A2mR2 5 -1
newdef BZVectorFormFactor:A2mfit2 5 52
newdef BZVectorFormFactor:T1mR2 5 28.3024
newdef BZVectorFormFactor:T1mfit2 5 46.31
newdef BZVectorFormFactor:T2mR2 5 -1
newdef BZVectorFormFactor:T2mfit2 5 41.41
newdef BZVectorFormFactor:T3mR2 5 -1
newdef BZVectorFormFactor:T3mfit2 5 48.1
newdef BZVectorFormFactor:Vr_1 6 0.711349
newdef BZVectorFormFactor:Vr_2 6 -0.504167
newdef BZVectorFormFactor:A0r_1 6 0.934088
newdef BZVectorFormFactor:A0r_2 6 -0.735391
newdef BZVectorFormFactor:A1r_1 6 0.153442
newdef BZVectorFormFactor:A1r_2 6 0
newdef BZVectorFormFactor:A2r_1 6 0.00424264
newdef BZVectorFormFactor:A2r_2 6 0.135765
newdef BZVectorFormFactor:T1r_1 6 0.611647
newdef BZVectorFormFactor:T1r_2 6 -0.43982
newdef BZVectorFormFactor:T2r_1 6 0.17112
newdef BZVectorFormFactor:T2r_2 6 0
newdef BZVectorFormFactor:T3r_1 6 0.0162635
newdef BZVectorFormFactor:T3r_2 6 0.154856
newdef BZVectorFormFactor:VmR2 6 28.3024
newdef BZVectorFormFactor:Vmfit2 6 37.45
newdef BZVectorFormFactor:A0mR2 6 27.8784
newdef BZVectorFormFactor:A0mfit2 6 34.47
newdef BZVectorFormFactor:A1mR2 6 -1
newdef BZVectorFormFactor:A1mfit2 6 37.01
newdef BZVectorFormFactor:A2mR2 6 -1
newdef BZVectorFormFactor:A2mfit2 6 41.24
newdef BZVectorFormFactor:T1mR2 6 28.3024
newdef BZVectorFormFactor:T1mfit2 6 37.19
newdef BZVectorFormFactor:T2mR2 6 -1
newdef BZVectorFormFactor:T2mfit2 6 37.95
newdef BZVectorFormFactor:T3mR2 6 -1
newdef BZVectorFormFactor:T3mfit2 6 40.87
newdef BZVectorFormFactor:Vr_1 7 2.351
newdef BZVectorFormFactor:Vr_2 7 -2.039
newdef BZVectorFormFactor:A0r_1 7 2.813
newdef BZVectorFormFactor:A0r_2 7 -2.45
newdef BZVectorFormFactor:A1r_1 7 0.231
newdef BZVectorFormFactor:A1r_2 7 0
newdef BZVectorFormFactor:A2r_1 7 -0.011
newdef BZVectorFormFactor:A2r_2 7 0.192
newdef BZVectorFormFactor:T1r_1 7 2.047
newdef BZVectorFormFactor:T1r_2 7 -1.787
newdef BZVectorFormFactor:T2r_1 7 0.26
newdef BZVectorFormFactor:T2r_2 7 0
newdef BZVectorFormFactor:T3r_1 7 0.043
newdef BZVectorFormFactor:T3r_2 7 0.217
newdef BZVectorFormFactor:VmR2 7 29.3764
newdef BZVectorFormFactor:Vmfit2 7 33.1
newdef BZVectorFormFactor:A0mR2 7 28.8369
newdef BZVectorFormFactor:A0mfit2 7 31.58
newdef BZVectorFormFactor:A1mR2 7 -1
newdef BZVectorFormFactor:A1mfit2 7 32.94
newdef BZVectorFormFactor:A2mR2 7 -1
newdef BZVectorFormFactor:A2mfit2 7 40.14
newdef BZVectorFormFactor:T1mR2 7 29.3764
newdef BZVectorFormFactor:T1mfit2 7 32.83
newdef BZVectorFormFactor:T2mR2 7 -1
newdef BZVectorFormFactor:T2mfit2 7 33.01
newdef BZVectorFormFactor:T3mR2 7 -1
newdef BZVectorFormFactor:T3mfit2 7 39.38
newdef BZVectorFormFactor:Vr_1 8 1.484
newdef BZVectorFormFactor:Vr_2 8 -1.049
newdef BZVectorFormFactor:A0r_1 8 3.31
newdef BZVectorFormFactor:A0r_2 8 -2.835
newdef BZVectorFormFactor:A1r_1 8 0.308
newdef BZVectorFormFactor:A1r_2 8 0
newdef BZVectorFormFactor:A2r_1 8 -0.054
newdef BZVectorFormFactor:A2r_2 8 0.288
newdef BZVectorFormFactor:T1r_1 8 1.303
newdef BZVectorFormFactor:T1r_2 8 -0.954
newdef BZVectorFormFactor:T2r_1 8 0.349
newdef BZVectorFormFactor:T2r_2 8 0
newdef BZVectorFormFactor:T3r_1 8 0.027
newdef BZVectorFormFactor:T3r_2 8 0.322
newdef BZVectorFormFactor:VmR2 8 29.3764
newdef BZVectorFormFactor:Vmfit2 8 39.52
newdef BZVectorFormFactor:A0mR2 8 28.8369
newdef BZVectorFormFactor:A0mfit2 8 31.57
newdef BZVectorFormFactor:A1mR2 8 -1
newdef BZVectorFormFactor:A1mfit2 8 36.54
newdef BZVectorFormFactor:A2mR2 8 -1
newdef BZVectorFormFactor:A2mfit2 8 48.94
newdef BZVectorFormFactor:T1mR2 8 29.3764
newdef BZVectorFormFactor:T1mfit2 8 38.28
newdef BZVectorFormFactor:T2mR2 8 -1
newdef BZVectorFormFactor:T2mfit2 8 37.21
newdef BZVectorFormFactor:T3mR2 8 -1
newdef BZVectorFormFactor:T3mfit2 8 45.56
newdef BZVectorFormFactor:Incoming 0 -521
newdef BZVectorFormFactor:Outgoing 0 113
newdef BZVectorFormFactor:Spin 0 1
newdef BZVectorFormFactor:Spectator 0 -2
newdef BZVectorFormFactor:InQuark 0 5
newdef BZVectorFormFactor:OutQuark 0 2
newdef BZVectorFormFactor:Incoming 1 -511
newdef BZVectorFormFactor:Outgoing 1 113
newdef BZVectorFormFactor:Spin 1 1
newdef BZVectorFormFactor:Spectator 1 -2
newdef BZVectorFormFactor:InQuark 1 5
newdef BZVectorFormFactor:OutQuark 1 1
newdef BZVectorFormFactor:Incoming 2 -511
newdef BZVectorFormFactor:Outgoing 2 213
newdef BZVectorFormFactor:Spin 2 1
newdef BZVectorFormFactor:Spectator 2 -2
newdef BZVectorFormFactor:InQuark 2 5
newdef BZVectorFormFactor:OutQuark 2 2
newdef BZVectorFormFactor:Incoming 3 -521
newdef BZVectorFormFactor:Outgoing 3 213
newdef BZVectorFormFactor:Spin 3 1
newdef BZVectorFormFactor:Spectator 3 -2
newdef BZVectorFormFactor:InQuark 3 5
newdef BZVectorFormFactor:OutQuark 3 1
newdef BZVectorFormFactor:Incoming 4 -521
newdef BZVectorFormFactor:Outgoing 4 -323
newdef BZVectorFormFactor:Spin 4 1
newdef BZVectorFormFactor:Spectator 4 -2
newdef BZVectorFormFactor:InQuark 4 5
newdef BZVectorFormFactor:OutQuark 4 3
newdef BZVectorFormFactor:Incoming 5 -511
newdef BZVectorFormFactor:Outgoing 5 -313
newdef BZVectorFormFactor:Spin 5 1
newdef BZVectorFormFactor:Spectator 5 -2
newdef BZVectorFormFactor:InQuark 5 5
newdef BZVectorFormFactor:OutQuark 5 3
newdef BZVectorFormFactor:Incoming 6 -521
newdef BZVectorFormFactor:Outgoing 6 223
newdef BZVectorFormFactor:Spin 6 1
newdef BZVectorFormFactor:Spectator 6 -2
newdef BZVectorFormFactor:InQuark 6 5
newdef BZVectorFormFactor:OutQuark 6 2
newdef BZVectorFormFactor:Incoming 7 -531
newdef BZVectorFormFactor:Outgoing 7 323
newdef BZVectorFormFactor:Spin 7 1
newdef BZVectorFormFactor:Spectator 7 -3
newdef BZVectorFormFactor:InQuark 7 5
newdef BZVectorFormFactor:OutQuark 7 2
newdef BZVectorFormFactor:Incoming 8 -531
newdef BZVectorFormFactor:Outgoing 8 333
newdef BZVectorFormFactor:Spin 8 1
newdef BZVectorFormFactor:Spectator 8 -3
newdef BZVectorFormFactor:InQuark 8 5
newdef BZVectorFormFactor:OutQuark 8 3
newdef BZVector:FormFactor BZVectorFormFactor
#
create Herwig::SemiLeptonicScalarDecayer BZScalar
newdef BZScalar:Iteration 1
newdef BZScalar:Ntry 500
newdef BZScalar:Points 10000
newdef BZScalar:GenerateIntermediates 0
insert BZScalar:MaximumWeight 0 0.000172345
insert BZScalar:MaximumWeight 1 0.00017204
insert BZScalar:MaximumWeight 2 0.00012728
insert BZScalar:MaximumWeight 3 0.000315966
insert BZScalar:MaximumWeight 4 0.000315402
insert BZScalar:MaximumWeight 5 0.000233225
insert BZScalar:MaximumWeight 6 0.000105173
insert BZScalar:MaximumWeight 7 0.000104496
insert BZScalar:MaximumWeight 8 7.67637e-05
create Herwig::LeptonNeutrinoCurrent BZScalarCurrent HwWeakCurrents.so
newdef BZScalarCurrent:Quark 0 11
newdef BZScalarCurrent:AntiQuark 0 -12
newdef BZScalarCurrent:Quark 1 13
newdef BZScalarCurrent:AntiQuark 1 -14
newdef BZScalarCurrent:Quark 2 15
newdef BZScalarCurrent:AntiQuark 2 -16
newdef BZScalar:Current BZScalarCurrent
create Herwig::BallZwickyScalarFormFactor BZScalarFormFactor
newdef BZScalarFormFactor:ThetaEtaEtaPrime -0.349066
newdef BZScalarFormFactor:r_10 0 0
newdef BZScalarFormFactor:r_20 0 0.182434
newdef BZScalarFormFactor:r_1plus 0 0.526087
newdef BZScalarFormFactor:r_2plus 0 -0.343654
newdef BZScalarFormFactor:r_1T 0 0.980757
newdef BZScalarFormFactor:r_2T 0 -0.801859
newdef BZScalarFormFactor:m_120 0 -1
newdef BZScalarFormFactor:mfit20 0 33.81
newdef BZScalarFormFactor:m_12plus 0 28.3024
newdef BZScalarFormFactor:mfit2plus 0 40.73
newdef BZScalarFormFactor:m_12T 0 28.3024
newdef BZScalarFormFactor:mfit2T 0 32.22
newdef BZScalarFormFactor:r_10 1 0
newdef BZScalarFormFactor:r_20 1 -0.182434
newdef BZScalarFormFactor:r_1plus 1 -0.526087
newdef BZScalarFormFactor:r_2plus 1 0.343654
newdef BZScalarFormFactor:r_1T 1 -0.980757
newdef BZScalarFormFactor:r_2T 1 0.801859
newdef BZScalarFormFactor:m_120 1 -1
newdef BZScalarFormFactor:mfit20 1 33.81
newdef BZScalarFormFactor:m_12plus 1 28.3024
newdef BZScalarFormFactor:mfit2plus 1 40.73
newdef BZScalarFormFactor:m_12T 1 28.3024
newdef BZScalarFormFactor:mfit2T 1 32.22
newdef BZScalarFormFactor:r_10 2 0
newdef BZScalarFormFactor:r_20 2 0.258
newdef BZScalarFormFactor:r_1plus 2 0.744
newdef BZScalarFormFactor:r_2plus 2 -0.486
newdef BZScalarFormFactor:r_1T 2 1.387
newdef BZScalarFormFactor:r_2T 2 -1.134
newdef BZScalarFormFactor:m_120 2 -1
newdef BZScalarFormFactor:mfit20 2 33.81
newdef BZScalarFormFactor:m_12plus 2 28.3024
newdef BZScalarFormFactor:mfit2plus 2 40.73
newdef BZScalarFormFactor:m_12T 2 28.3024
newdef BZScalarFormFactor:mfit2T 2 32.22
newdef BZScalarFormFactor:r_10 3 0
newdef BZScalarFormFactor:r_20 3 0.258
newdef BZScalarFormFactor:r_1plus 3 0.744
newdef BZScalarFormFactor:r_2plus 3 -0.486
newdef BZScalarFormFactor:r_1T 3 1.387
newdef BZScalarFormFactor:r_2T 3 -1.134
newdef BZScalarFormFactor:m_120 3 -1
newdef BZScalarFormFactor:mfit20 3 33.81
newdef BZScalarFormFactor:m_12plus 3 28.3024
newdef BZScalarFormFactor:mfit2plus 3 40.73
newdef BZScalarFormFactor:m_12T 3 28.3024
newdef BZScalarFormFactor:mfit2T 3 32.22
newdef BZScalarFormFactor:r_10 4 0
newdef BZScalarFormFactor:r_20 4 0.33
newdef BZScalarFormFactor:r_1plus 4 0.162
newdef BZScalarFormFactor:r_2plus 4 0.173
newdef BZScalarFormFactor:r_1T 4 0.161
newdef BZScalarFormFactor:r_2T 4 0.198
newdef BZScalarFormFactor:m_120 4 -1
newdef BZScalarFormFactor:mfit20 4 37.46
newdef BZScalarFormFactor:m_12plus 4 29.2681
newdef BZScalarFormFactor:mfit2plus 4 -1
newdef BZScalarFormFactor:m_12T 4 29.2681
newdef BZScalarFormFactor:mfit2T 4 -1
newdef BZScalarFormFactor:r_10 5 0
newdef BZScalarFormFactor:r_20 5 0.33
newdef BZScalarFormFactor:r_1plus 5 0.162
newdef BZScalarFormFactor:r_2plus 5 0.173
newdef BZScalarFormFactor:r_1T 5 0.161
newdef BZScalarFormFactor:r_2T 5 0.198
newdef BZScalarFormFactor:m_120 5 -1
newdef BZScalarFormFactor:mfit20 5 37.46
newdef BZScalarFormFactor:m_12plus 5 29.2681
newdef BZScalarFormFactor:mfit2plus 5 -1
newdef BZScalarFormFactor:m_12T 5 29.2681
newdef BZScalarFormFactor:mfit2T 5 -1
newdef BZScalarFormFactor:r_10 6 0
newdef BZScalarFormFactor:r_20 6 0.273
newdef BZScalarFormFactor:r_1plus 6 0.122
newdef BZScalarFormFactor:r_2plus 6 0.155
newdef BZScalarFormFactor:r_1T 6 0.111
newdef BZScalarFormFactor:r_2T 6 0.175
newdef BZScalarFormFactor:m_120 6 -1
newdef BZScalarFormFactor:mfit20 6 31.03
newdef BZScalarFormFactor:m_12plus 6 28.3024
newdef BZScalarFormFactor:mfit2plus 6 -1
newdef BZScalarFormFactor:m_12T 6 28.3024
newdef BZScalarFormFactor:mfit2T 6 -1
newdef BZScalarFormFactor:Incoming 0 -521
newdef BZScalarFormFactor:Outgoing 0 111
newdef BZScalarFormFactor:Spin 0 0
newdef BZScalarFormFactor:Spectator 0 -2
newdef BZScalarFormFactor:InQuark 0 5
newdef BZScalarFormFactor:OutQuark 0 2
newdef BZScalarFormFactor:Incoming 1 -511
newdef BZScalarFormFactor:Outgoing 1 111
newdef BZScalarFormFactor:Spin 1 0
newdef BZScalarFormFactor:Spectator 1 -2
newdef BZScalarFormFactor:InQuark 1 5
newdef BZScalarFormFactor:OutQuark 1 1
newdef BZScalarFormFactor:Incoming 2 -511
newdef BZScalarFormFactor:Outgoing 2 211
newdef BZScalarFormFactor:Spin 2 0
newdef BZScalarFormFactor:Spectator 2 -2
newdef BZScalarFormFactor:InQuark 2 5
newdef BZScalarFormFactor:OutQuark 2 2
newdef BZScalarFormFactor:Incoming 3 -521
newdef BZScalarFormFactor:Outgoing 3 211
newdef BZScalarFormFactor:Spin 3 0
newdef BZScalarFormFactor:Spectator 3 -2
newdef BZScalarFormFactor:InQuark 3 5
newdef BZScalarFormFactor:OutQuark 3 1
newdef BZScalarFormFactor:Incoming 4 -521
newdef BZScalarFormFactor:Outgoing 4 -321
newdef BZScalarFormFactor:Spin 4 0
newdef BZScalarFormFactor:Spectator 4 -2
newdef BZScalarFormFactor:InQuark 4 5
newdef BZScalarFormFactor:OutQuark 4 3
newdef BZScalarFormFactor:Incoming 5 -511
newdef BZScalarFormFactor:Outgoing 5 -311
newdef BZScalarFormFactor:Spin 5 0
newdef BZScalarFormFactor:Spectator 5 -2
newdef BZScalarFormFactor:InQuark 5 5
newdef BZScalarFormFactor:OutQuark 5 3
newdef BZScalarFormFactor:Incoming 6 521
newdef BZScalarFormFactor:Outgoing 6 221
newdef BZScalarFormFactor:Spin 6 0
newdef BZScalarFormFactor:Spectator 6 2
newdef BZScalarFormFactor:InQuark 6 -5
newdef BZScalarFormFactor:OutQuark 6 -2
newdef BZScalar:FormFactor BZScalarFormFactor
#
create Herwig::ScalarMesonFactorizedDecayer WSBHadronic
newdef WSBHadronic:Iteration 1
newdef WSBHadronic:Ntry 500
newdef WSBHadronic:Points 10000
newdef WSBHadronic:GenerateIntermediates 0
newdef WSBHadronic:a1Bottom 1.1
newdef WSBHadronic:a2Bottom -0.24
newdef WSBHadronic:a1Charm 1.3
newdef WSBHadronic:a2Charm -0.55
create Herwig::ScalarMesonCurrent WSBHadronicScalarCurrent HwWeakCurrents.so
newdef WSBHadronicScalarCurrent:ThetaEtaEtaPrime -0.194
newdef WSBHadronicScalarCurrent:ID 0 211
newdef WSBHadronicScalarCurrent:Decay_Constant 0 130.7
newdef WSBHadronicScalarCurrent:ID 1 111
newdef WSBHadronicScalarCurrent:Decay_Constant 1 130.7
newdef WSBHadronicScalarCurrent:ID 2 111
newdef WSBHadronicScalarCurrent:Decay_Constant 2 130.7
newdef WSBHadronicScalarCurrent:ID 3 221
newdef WSBHadronicScalarCurrent:Decay_Constant 3 130.7
newdef WSBHadronicScalarCurrent:ID 4 221
newdef WSBHadronicScalarCurrent:Decay_Constant 4 130.7
newdef WSBHadronicScalarCurrent:ID 5 221
newdef WSBHadronicScalarCurrent:Decay_Constant 5 130.7
newdef WSBHadronicScalarCurrent:ID 6 331
newdef WSBHadronicScalarCurrent:Decay_Constant 6 130.7
newdef WSBHadronicScalarCurrent:ID 7 331
newdef WSBHadronicScalarCurrent:Decay_Constant 7 130.7
newdef WSBHadronicScalarCurrent:ID 8 331
newdef WSBHadronicScalarCurrent:Decay_Constant 8 130.7
newdef WSBHadronicScalarCurrent:ID 9 311
newdef WSBHadronicScalarCurrent:Decay_Constant 9 159.8
newdef WSBHadronicScalarCurrent:ID 10 321
newdef WSBHadronicScalarCurrent:Decay_Constant 10 159.8
newdef WSBHadronicScalarCurrent:ID 11 411
newdef WSBHadronicScalarCurrent:Decay_Constant 11 200
newdef WSBHadronicScalarCurrent:ID 12 421
newdef WSBHadronicScalarCurrent:Decay_Constant 12 200
newdef WSBHadronicScalarCurrent:ID 13 431
newdef WSBHadronicScalarCurrent:Decay_Constant 13 241
newdef WSBHadronicScalarCurrent:ID 14 10431
newdef WSBHadronicScalarCurrent:Decay_Constant 14 73.7
newdef WSBHadronicScalarCurrent:Quark 0 2
newdef WSBHadronicScalarCurrent:AntiQuark 0 -1
newdef WSBHadronicScalarCurrent:Quark 1 1
newdef WSBHadronicScalarCurrent:AntiQuark 1 -1
newdef WSBHadronicScalarCurrent:Quark 2 2
newdef WSBHadronicScalarCurrent:AntiQuark 2 -2
newdef WSBHadronicScalarCurrent:Quark 3 1
newdef WSBHadronicScalarCurrent:AntiQuark 3 -1
newdef WSBHadronicScalarCurrent:Quark 4 2
newdef WSBHadronicScalarCurrent:AntiQuark 4 -2
newdef WSBHadronicScalarCurrent:Quark 5 3
newdef WSBHadronicScalarCurrent:AntiQuark 5 -3
newdef WSBHadronicScalarCurrent:Quark 6 1
newdef WSBHadronicScalarCurrent:AntiQuark 6 -1
newdef WSBHadronicScalarCurrent:Quark 7 2
newdef WSBHadronicScalarCurrent:AntiQuark 7 -2
newdef WSBHadronicScalarCurrent:Quark 8 3
newdef WSBHadronicScalarCurrent:AntiQuark 8 -3
newdef WSBHadronicScalarCurrent:Quark 9 1
newdef WSBHadronicScalarCurrent:AntiQuark 9 -3
newdef WSBHadronicScalarCurrent:Quark 10 2
newdef WSBHadronicScalarCurrent:AntiQuark 10 -3
newdef WSBHadronicScalarCurrent:Quark 11 4
newdef WSBHadronicScalarCurrent:AntiQuark 11 -1
newdef WSBHadronicScalarCurrent:Quark 12 4
newdef WSBHadronicScalarCurrent:AntiQuark 12 -2
newdef WSBHadronicScalarCurrent:Quark 13 4
newdef WSBHadronicScalarCurrent:AntiQuark 13 -3
newdef WSBHadronicScalarCurrent:Quark 14 4
newdef WSBHadronicScalarCurrent:AntiQuark 14 -3
insert WSBHadronic:Currents 0 WSBHadronicScalarCurrent
create Herwig::VectorMesonCurrent WSBHadronicVectorCurrent HwWeakCurrents.so
newdef WSBHadronicVectorCurrent:ID 0 213
newdef WSBHadronicVectorCurrent:Decay_Constant 0 0.1764
newdef WSBHadronicVectorCurrent:ID 1 113
newdef WSBHadronicVectorCurrent:Decay_Constant 1 0.1764
newdef WSBHadronicVectorCurrent:ID 2 113
newdef WSBHadronicVectorCurrent:Decay_Constant 2 0.1764
newdef WSBHadronicVectorCurrent:ID 3 223
newdef WSBHadronicVectorCurrent:Decay_Constant 3 0.1764
newdef WSBHadronicVectorCurrent:ID 4 223
newdef WSBHadronicVectorCurrent:Decay_Constant 4 0.1764
newdef WSBHadronicVectorCurrent:ID 5 333
newdef WSBHadronicVectorCurrent:Decay_Constant 5 0.238
newdef WSBHadronicVectorCurrent:ID 6 313
newdef WSBHadronicVectorCurrent:Decay_Constant 6 0.2019
newdef WSBHadronicVectorCurrent:ID 7 323
newdef WSBHadronicVectorCurrent:Decay_Constant 7 0.2019
newdef WSBHadronicVectorCurrent:ID 8 20213
newdef WSBHadronicVectorCurrent:Decay_Constant 8 0.4626
newdef WSBHadronicVectorCurrent:ID 9 20113
newdef WSBHadronicVectorCurrent:Decay_Constant 9 0.4626
newdef WSBHadronicVectorCurrent:ID 10 20113
newdef WSBHadronicVectorCurrent:Decay_Constant 10 0.4626
newdef WSBHadronicVectorCurrent:ID 11 413
newdef WSBHadronicVectorCurrent:Decay_Constant 11 0.402
newdef WSBHadronicVectorCurrent:ID 12 423
newdef WSBHadronicVectorCurrent:Decay_Constant 12 0.402
newdef WSBHadronicVectorCurrent:ID 13 433
newdef WSBHadronicVectorCurrent:Decay_Constant 13 0.509
newdef WSBHadronicVectorCurrent:ID 14 443
newdef WSBHadronicVectorCurrent:Decay_Constant 14 1.223
newdef WSBHadronicVectorCurrent:ID 15 100443
newdef WSBHadronicVectorCurrent:Decay_Constant 15 1.08
newdef WSBHadronicVectorCurrent:ID 16 20433
newdef WSBHadronicVectorCurrent:Decay_Constant 16 0.397
newdef WSBHadronicVectorCurrent:Quark 0 2
newdef WSBHadronicVectorCurrent:AntiQuark 0 -1
newdef WSBHadronicVectorCurrent:Quark 1 1
newdef WSBHadronicVectorCurrent:AntiQuark 1 -1
newdef WSBHadronicVectorCurrent:Quark 2 2
newdef WSBHadronicVectorCurrent:AntiQuark 2 -2
newdef WSBHadronicVectorCurrent:Quark 3 1
newdef WSBHadronicVectorCurrent:AntiQuark 3 -1
newdef WSBHadronicVectorCurrent:Quark 4 2
newdef WSBHadronicVectorCurrent:AntiQuark 4 -2
newdef WSBHadronicVectorCurrent:Quark 5 3
newdef WSBHadronicVectorCurrent:AntiQuark 5 -3
newdef WSBHadronicVectorCurrent:Quark 6 1
newdef WSBHadronicVectorCurrent:AntiQuark 6 -3
newdef WSBHadronicVectorCurrent:Quark 7 2
newdef WSBHadronicVectorCurrent:AntiQuark 7 -3
newdef WSBHadronicVectorCurrent:Quark 8 2
newdef WSBHadronicVectorCurrent:AntiQuark 8 -1
newdef WSBHadronicVectorCurrent:Quark 9 1
newdef WSBHadronicVectorCurrent:AntiQuark 9 -1
newdef WSBHadronicVectorCurrent:Quark 10 2
newdef WSBHadronicVectorCurrent:AntiQuark 10 -2
newdef WSBHadronicVectorCurrent:Quark 11 4
newdef WSBHadronicVectorCurrent:AntiQuark 11 -1
newdef WSBHadronicVectorCurrent:Quark 12 4
newdef WSBHadronicVectorCurrent:AntiQuark 12 -2
newdef WSBHadronicVectorCurrent:Quark 13 4
newdef WSBHadronicVectorCurrent:AntiQuark 13 -3
newdef WSBHadronicVectorCurrent:Quark 14 4
newdef WSBHadronicVectorCurrent:AntiQuark 14 -4
newdef WSBHadronicVectorCurrent:Quark 15 4
newdef WSBHadronicVectorCurrent:AntiQuark 15 -4
newdef WSBHadronicVectorCurrent:Quark 16 4
newdef WSBHadronicVectorCurrent:AntiQuark 16 -3
insert WSBHadronic:Currents 1 WSBHadronicVectorCurrent
create Herwig::WSBFormFactor WSBHadronicFormFactor
newdef WSBHadronicFormFactor:ThetaEtaEtaPrime -0.194
newdef WSBHadronicFormFactor:F0 0 0.992
newdef WSBHadronicFormFactor:V 0 0
newdef WSBHadronicFormFactor:A0 0 0
newdef WSBHadronicFormFactor:A1 0 0
newdef WSBHadronicFormFactor:A2 0 0
newdef WSBHadronicFormFactor:ScalarMass 0 0.494
newdef WSBHadronicFormFactor:PseudoScalarMass 0 1.43
newdef WSBHadronicFormFactor:VectorMass 0 0.892
newdef WSBHadronicFormFactor:PseudoVectorMass 0 1.273
newdef WSBHadronicFormFactor:F0 1 0.992
newdef WSBHadronicFormFactor:V 1 0
newdef WSBHadronicFormFactor:A0 1 0
newdef WSBHadronicFormFactor:A1 1 0
newdef WSBHadronicFormFactor:A2 1 0
newdef WSBHadronicFormFactor:ScalarMass 1 0.494
newdef WSBHadronicFormFactor:PseudoScalarMass 1 1.43
newdef WSBHadronicFormFactor:VectorMass 1 0.892
newdef WSBHadronicFormFactor:PseudoVectorMass 1 1.273
newdef WSBHadronicFormFactor:F0 2 0.992
newdef WSBHadronicFormFactor:V 2 0
newdef WSBHadronicFormFactor:A0 2 0
newdef WSBHadronicFormFactor:A1 2 0
newdef WSBHadronicFormFactor:A2 2 0
newdef WSBHadronicFormFactor:ScalarMass 2 0.494
newdef WSBHadronicFormFactor:PseudoScalarMass 2 1.43
newdef WSBHadronicFormFactor:VectorMass 2 0.892
newdef WSBHadronicFormFactor:PseudoVectorMass 2 1.273
newdef WSBHadronicFormFactor:F0 3 0.992
newdef WSBHadronicFormFactor:V 3 0
newdef WSBHadronicFormFactor:A0 3 0
newdef WSBHadronicFormFactor:A1 3 0
newdef WSBHadronicFormFactor:A2 3 0
newdef WSBHadronicFormFactor:ScalarMass 3 0.494
newdef WSBHadronicFormFactor:PseudoScalarMass 3 1.43
newdef WSBHadronicFormFactor:VectorMass 3 0.892
newdef WSBHadronicFormFactor:PseudoVectorMass 3 1.273
newdef WSBHadronicFormFactor:F0 4 0.762
newdef WSBHadronicFormFactor:V 4 0
newdef WSBHadronicFormFactor:A0 4 0
newdef WSBHadronicFormFactor:A1 4 0
newdef WSBHadronicFormFactor:A2 4 0
newdef WSBHadronicFormFactor:ScalarMass 4 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 4 2.6
newdef WSBHadronicFormFactor:VectorMass 4 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 4 2.53
newdef WSBHadronicFormFactor:F0 5 0.762
newdef WSBHadronicFormFactor:V 5 0
newdef WSBHadronicFormFactor:A0 5 0
newdef WSBHadronicFormFactor:A1 5 0
newdef WSBHadronicFormFactor:A2 5 0
newdef WSBHadronicFormFactor:ScalarMass 5 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 5 2.6
newdef WSBHadronicFormFactor:VectorMass 5 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 5 2.53
newdef WSBHadronicFormFactor:F0 6 0.692
newdef WSBHadronicFormFactor:V 6 0
newdef WSBHadronicFormFactor:A0 6 0
newdef WSBHadronicFormFactor:A1 6 0
newdef WSBHadronicFormFactor:A2 6 0
newdef WSBHadronicFormFactor:ScalarMass 6 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 6 2.47
newdef WSBHadronicFormFactor:VectorMass 6 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 6 2.42
newdef WSBHadronicFormFactor:F0 7 0.692
newdef WSBHadronicFormFactor:V 7 0
newdef WSBHadronicFormFactor:A0 7 0
newdef WSBHadronicFormFactor:A1 7 0
newdef WSBHadronicFormFactor:A2 7 0
newdef WSBHadronicFormFactor:ScalarMass 7 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 7 2.47
newdef WSBHadronicFormFactor:VectorMass 7 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 7 2.42
newdef WSBHadronicFormFactor:F0 8 0.692
newdef WSBHadronicFormFactor:V 8 0
newdef WSBHadronicFormFactor:A0 8 0
newdef WSBHadronicFormFactor:A1 8 0
newdef WSBHadronicFormFactor:A2 8 0
newdef WSBHadronicFormFactor:ScalarMass 8 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 8 2.47
newdef WSBHadronicFormFactor:VectorMass 8 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 8 2.42
newdef WSBHadronicFormFactor:F0 9 0.692
newdef WSBHadronicFormFactor:V 9 0
newdef WSBHadronicFormFactor:A0 9 0
newdef WSBHadronicFormFactor:A1 9 0
newdef WSBHadronicFormFactor:A2 9 0
newdef WSBHadronicFormFactor:ScalarMass 9 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 9 2.47
newdef WSBHadronicFormFactor:VectorMass 9 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 9 2.42
newdef WSBHadronicFormFactor:F0 10 0.681
newdef WSBHadronicFormFactor:V 10 0
newdef WSBHadronicFormFactor:A0 10 0
newdef WSBHadronicFormFactor:A1 10 0
newdef WSBHadronicFormFactor:A2 10 0
newdef WSBHadronicFormFactor:ScalarMass 10 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 10 2.47
newdef WSBHadronicFormFactor:VectorMass 10 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 10 2.42
newdef WSBHadronicFormFactor:F0 11 0.681
newdef WSBHadronicFormFactor:V 11 0
newdef WSBHadronicFormFactor:A0 11 0
newdef WSBHadronicFormFactor:A1 11 0
newdef WSBHadronicFormFactor:A2 11 0
newdef WSBHadronicFormFactor:ScalarMass 11 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 11 2.47
newdef WSBHadronicFormFactor:VectorMass 11 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 11 2.42
newdef WSBHadronicFormFactor:F0 12 0.655
newdef WSBHadronicFormFactor:V 12 0
newdef WSBHadronicFormFactor:A0 12 0
newdef WSBHadronicFormFactor:A1 12 0
newdef WSBHadronicFormFactor:A2 12 0
newdef WSBHadronicFormFactor:ScalarMass 12 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 12 2.47
newdef WSBHadronicFormFactor:VectorMass 12 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 12 2.42
newdef WSBHadronicFormFactor:F0 13 0.655
newdef WSBHadronicFormFactor:V 13 0
newdef WSBHadronicFormFactor:A0 13 0
newdef WSBHadronicFormFactor:A1 13 0
newdef WSBHadronicFormFactor:A2 13 0
newdef WSBHadronicFormFactor:ScalarMass 13 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 13 2.47
newdef WSBHadronicFormFactor:VectorMass 13 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 13 2.42
newdef WSBHadronicFormFactor:F0 14 0
newdef WSBHadronicFormFactor:V 14 1.226
newdef WSBHadronicFormFactor:A0 14 0.733
newdef WSBHadronicFormFactor:A1 14 0.88
newdef WSBHadronicFormFactor:A2 14 1.147
newdef WSBHadronicFormFactor:ScalarMass 14 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 14 2.6
newdef WSBHadronicFormFactor:VectorMass 14 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 14 2.53
newdef WSBHadronicFormFactor:F0 15 0
newdef WSBHadronicFormFactor:V 15 1.226
newdef WSBHadronicFormFactor:A0 15 0.733
newdef WSBHadronicFormFactor:A1 15 0.88
newdef WSBHadronicFormFactor:A2 15 1.147
newdef WSBHadronicFormFactor:ScalarMass 15 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 15 2.6
newdef WSBHadronicFormFactor:VectorMass 15 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 15 2.53
newdef WSBHadronicFormFactor:F0 16 0
newdef WSBHadronicFormFactor:V 16 1.225
newdef WSBHadronicFormFactor:A0 16 0.669
newdef WSBHadronicFormFactor:A1 16 0.775
newdef WSBHadronicFormFactor:A2 16 0.923
newdef WSBHadronicFormFactor:ScalarMass 16 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 16 2.47
newdef WSBHadronicFormFactor:VectorMass 16 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 16 2.42
newdef WSBHadronicFormFactor:F0 17 0
newdef WSBHadronicFormFactor:V 17 1.225
newdef WSBHadronicFormFactor:A0 17 0.669
newdef WSBHadronicFormFactor:A1 17 0.775
newdef WSBHadronicFormFactor:A2 17 0.923
newdef WSBHadronicFormFactor:ScalarMass 17 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 17 2.47
newdef WSBHadronicFormFactor:VectorMass 17 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 17 2.42
newdef WSBHadronicFormFactor:F0 18 0
newdef WSBHadronicFormFactor:V 18 1.225
newdef WSBHadronicFormFactor:A0 18 0.669
newdef WSBHadronicFormFactor:A1 18 0.775
newdef WSBHadronicFormFactor:A2 18 0.923
newdef WSBHadronicFormFactor:ScalarMass 18 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 18 2.47
newdef WSBHadronicFormFactor:VectorMass 18 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 18 2.42
newdef WSBHadronicFormFactor:F0 19 0
newdef WSBHadronicFormFactor:V 19 1.225
newdef WSBHadronicFormFactor:A0 19 0.669
newdef WSBHadronicFormFactor:A1 19 0.775
newdef WSBHadronicFormFactor:A2 19 0.923
newdef WSBHadronicFormFactor:ScalarMass 19 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 19 2.47
newdef WSBHadronicFormFactor:VectorMass 19 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 19 2.42
newdef WSBHadronicFormFactor:F0 20 0
newdef WSBHadronicFormFactor:V 20 1.236
newdef WSBHadronicFormFactor:A0 20 0.669
newdef WSBHadronicFormFactor:A1 20 0.772
newdef WSBHadronicFormFactor:A2 20 0.92
newdef WSBHadronicFormFactor:ScalarMass 20 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 20 2.47
newdef WSBHadronicFormFactor:VectorMass 20 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 20 2.42
newdef WSBHadronicFormFactor:F0 21 0
newdef WSBHadronicFormFactor:V 21 1.236
newdef WSBHadronicFormFactor:A0 21 0.669
newdef WSBHadronicFormFactor:A1 21 0.772
newdef WSBHadronicFormFactor:A2 21 0.92
newdef WSBHadronicFormFactor:ScalarMass 21 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 21 2.47
newdef WSBHadronicFormFactor:VectorMass 21 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 21 2.42
newdef WSBHadronicFormFactor:F0 22 0.723
newdef WSBHadronicFormFactor:V 22 0
newdef WSBHadronicFormFactor:A0 22 0
newdef WSBHadronicFormFactor:A1 22 0
newdef WSBHadronicFormFactor:A2 22 0
newdef WSBHadronicFormFactor:ScalarMass 22 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 22 2.6
newdef WSBHadronicFormFactor:VectorMass 22 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 22 2.53
newdef WSBHadronicFormFactor:F0 23 0.704
newdef WSBHadronicFormFactor:V 23 0
newdef WSBHadronicFormFactor:A0 23 0
newdef WSBHadronicFormFactor:A1 23 0
newdef WSBHadronicFormFactor:A2 23 0
newdef WSBHadronicFormFactor:ScalarMass 23 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 23 2.6
newdef WSBHadronicFormFactor:VectorMass 23 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 23 2.53
newdef WSBHadronicFormFactor:F0 24 0.643
newdef WSBHadronicFormFactor:V 24 0
newdef WSBHadronicFormFactor:A0 24 0
newdef WSBHadronicFormFactor:A1 24 0
newdef WSBHadronicFormFactor:A2 24 0
newdef WSBHadronicFormFactor:ScalarMass 24 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 24 2.47
newdef WSBHadronicFormFactor:VectorMass 24 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 24 2.42
newdef WSBHadronicFormFactor:F0 25 0.643
newdef WSBHadronicFormFactor:V 25 0
newdef WSBHadronicFormFactor:A0 25 0
newdef WSBHadronicFormFactor:A1 25 0
newdef WSBHadronicFormFactor:A2 25 0
newdef WSBHadronicFormFactor:ScalarMass 25 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 25 2.47
newdef WSBHadronicFormFactor:VectorMass 25 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 25 2.42
newdef WSBHadronicFormFactor:F0 26 0
newdef WSBHadronicFormFactor:V 26 1.25
newdef WSBHadronicFormFactor:A0 26 0.634
newdef WSBHadronicFormFactor:A1 26 0.717
newdef WSBHadronicFormFactor:A2 26 0.853
newdef WSBHadronicFormFactor:ScalarMass 26 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 26 2.47
newdef WSBHadronicFormFactor:VectorMass 26 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 26 2.42
newdef WSBHadronicFormFactor:F0 27 0
newdef WSBHadronicFormFactor:V 27 1.25
newdef WSBHadronicFormFactor:A0 27 0.634
newdef WSBHadronicFormFactor:A1 27 0.717
newdef WSBHadronicFormFactor:A2 27 0.853
newdef WSBHadronicFormFactor:ScalarMass 27 1.87
newdef WSBHadronicFormFactor:PseudoScalarMass 27 2.47
newdef WSBHadronicFormFactor:VectorMass 27 2.01
newdef WSBHadronicFormFactor:PseudoVectorMass 27 2.42
newdef WSBHadronicFormFactor:F0 28 0
newdef WSBHadronicFormFactor:V 28 1.319
newdef WSBHadronicFormFactor:A0 28 0.7
newdef WSBHadronicFormFactor:A1 28 0.82
newdef WSBHadronicFormFactor:A2 28 1.076
newdef WSBHadronicFormFactor:ScalarMass 28 1.97
newdef WSBHadronicFormFactor:PseudoScalarMass 28 2.6
newdef WSBHadronicFormFactor:VectorMass 28 2.11
newdef WSBHadronicFormFactor:PseudoVectorMass 28 2.53
newdef WSBHadronicFormFactor:F0 29 0.69
newdef WSBHadronicFormFactor:V 29 0
newdef WSBHadronicFormFactor:A0 29 0
newdef WSBHadronicFormFactor:A1 29 0
newdef WSBHadronicFormFactor:A2 29 0
newdef WSBHadronicFormFactor:ScalarMass 29 6.3
newdef WSBHadronicFormFactor:PseudoScalarMass 29 6.8
newdef WSBHadronicFormFactor:VectorMass 29 6.34
newdef WSBHadronicFormFactor:PseudoVectorMass 29 6.73
newdef WSBHadronicFormFactor:F0 30 0.69
newdef WSBHadronicFormFactor:V 30 0
newdef WSBHadronicFormFactor:A0 30 0
newdef WSBHadronicFormFactor:A1 30 0
newdef WSBHadronicFormFactor:A2 30 0
newdef WSBHadronicFormFactor:ScalarMass 30 6.3
newdef WSBHadronicFormFactor:PseudoScalarMass 30 6.8
newdef WSBHadronicFormFactor:VectorMass 30 6.34
newdef WSBHadronicFormFactor:PseudoVectorMass 30 6.73
newdef WSBHadronicFormFactor:F0 31 0.379
newdef WSBHadronicFormFactor:V 31 0
newdef WSBHadronicFormFactor:A0 31 0
newdef WSBHadronicFormFactor:A1 31 0
newdef WSBHadronicFormFactor:A2 31 0
newdef WSBHadronicFormFactor:ScalarMass 31 5.38
newdef WSBHadronicFormFactor:PseudoScalarMass 31 5.89
newdef WSBHadronicFormFactor:VectorMass 31 5.43
newdef WSBHadronicFormFactor:PseudoVectorMass 31 5.82
newdef WSBHadronicFormFactor:F0 32 0.379
newdef WSBHadronicFormFactor:V 32 0
newdef WSBHadronicFormFactor:A0 32 0
newdef WSBHadronicFormFactor:A1 32 0
newdef WSBHadronicFormFactor:A2 32 0
newdef WSBHadronicFormFactor:ScalarMass 32 5.38
newdef WSBHadronicFormFactor:PseudoScalarMass 32 5.89
newdef WSBHadronicFormFactor:VectorMass 32 5.43
newdef WSBHadronicFormFactor:PseudoVectorMass 32 5.82
newdef WSBHadronicFormFactor:F0 33 0.333
newdef WSBHadronicFormFactor:V 33 0
newdef WSBHadronicFormFactor:A0 33 0
newdef WSBHadronicFormFactor:A1 33 0
newdef WSBHadronicFormFactor:A2 33 0
newdef WSBHadronicFormFactor:ScalarMass 33 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 33 5.78
newdef WSBHadronicFormFactor:VectorMass 33 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 33 5.71
newdef WSBHadronicFormFactor:F0 34 0.333
newdef WSBHadronicFormFactor:V 34 0
newdef WSBHadronicFormFactor:A0 34 0
newdef WSBHadronicFormFactor:A1 34 0
newdef WSBHadronicFormFactor:A2 34 0
newdef WSBHadronicFormFactor:ScalarMass 34 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 34 5.78
newdef WSBHadronicFormFactor:VectorMass 34 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 34 5.71
newdef WSBHadronicFormFactor:F0 35 0.333
newdef WSBHadronicFormFactor:V 35 0
newdef WSBHadronicFormFactor:A0 35 0
newdef WSBHadronicFormFactor:A1 35 0
newdef WSBHadronicFormFactor:A2 35 0
newdef WSBHadronicFormFactor:ScalarMass 35 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 35 5.78
newdef WSBHadronicFormFactor:VectorMass 35 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 35 5.71
newdef WSBHadronicFormFactor:F0 36 0.333
newdef WSBHadronicFormFactor:V 36 0
newdef WSBHadronicFormFactor:A0 36 0
newdef WSBHadronicFormFactor:A1 36 0
newdef WSBHadronicFormFactor:A2 36 0
newdef WSBHadronicFormFactor:ScalarMass 36 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 36 5.78
newdef WSBHadronicFormFactor:VectorMass 36 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 36 5.71
newdef WSBHadronicFormFactor:F0 37 0.307
newdef WSBHadronicFormFactor:V 37 0
newdef WSBHadronicFormFactor:A0 37 0
newdef WSBHadronicFormFactor:A1 37 0
newdef WSBHadronicFormFactor:A2 37 0
newdef WSBHadronicFormFactor:ScalarMass 37 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 37 5.78
newdef WSBHadronicFormFactor:VectorMass 37 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 37 5.71
newdef WSBHadronicFormFactor:F0 38 0.307
newdef WSBHadronicFormFactor:V 38 0
newdef WSBHadronicFormFactor:A0 38 0
newdef WSBHadronicFormFactor:A1 38 0
newdef WSBHadronicFormFactor:A2 38 0
newdef WSBHadronicFormFactor:ScalarMass 38 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 38 5.78
newdef WSBHadronicFormFactor:VectorMass 38 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 38 5.71
newdef WSBHadronicFormFactor:F0 39 0.254
newdef WSBHadronicFormFactor:V 39 0
newdef WSBHadronicFormFactor:A0 39 0
newdef WSBHadronicFormFactor:A1 39 0
newdef WSBHadronicFormFactor:A2 39 0
newdef WSBHadronicFormFactor:ScalarMass 39 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 39 5.78
newdef WSBHadronicFormFactor:VectorMass 39 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 39 5.71
newdef WSBHadronicFormFactor:F0 40 0.254
newdef WSBHadronicFormFactor:V 40 0
newdef WSBHadronicFormFactor:A0 40 0
newdef WSBHadronicFormFactor:A1 40 0
newdef WSBHadronicFormFactor:A2 40 0
newdef WSBHadronicFormFactor:ScalarMass 40 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 40 5.78
newdef WSBHadronicFormFactor:VectorMass 40 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 40 5.71
newdef WSBHadronicFormFactor:F0 41 0
newdef WSBHadronicFormFactor:V 41 0.705
newdef WSBHadronicFormFactor:A0 41 0.623
newdef WSBHadronicFormFactor:A1 41 0.651
newdef WSBHadronicFormFactor:A2 41 0.686
newdef WSBHadronicFormFactor:ScalarMass 41 6.3
newdef WSBHadronicFormFactor:PseudoScalarMass 41 6.8
newdef WSBHadronicFormFactor:VectorMass 41 6.34
newdef WSBHadronicFormFactor:PseudoVectorMass 41 6.73
newdef WSBHadronicFormFactor:F0 42 0
newdef WSBHadronicFormFactor:V 42 0.705
newdef WSBHadronicFormFactor:A0 42 0.623
newdef WSBHadronicFormFactor:A1 42 0.651
newdef WSBHadronicFormFactor:A2 42 0.686
newdef WSBHadronicFormFactor:ScalarMass 42 6.3
newdef WSBHadronicFormFactor:PseudoScalarMass 42 6.8
newdef WSBHadronicFormFactor:VectorMass 42 6.34
newdef WSBHadronicFormFactor:PseudoVectorMass 42 6.73
newdef WSBHadronicFormFactor:F0 43 0
newdef WSBHadronicFormFactor:V 43 0.369
newdef WSBHadronicFormFactor:A0 43 0.321
newdef WSBHadronicFormFactor:A1 43 0.328
newdef WSBHadronicFormFactor:A2 43 0.331
newdef WSBHadronicFormFactor:ScalarMass 43 5.38
newdef WSBHadronicFormFactor:PseudoScalarMass 43 5.89
newdef WSBHadronicFormFactor:VectorMass 43 5.43
newdef WSBHadronicFormFactor:PseudoVectorMass 43 5.82
newdef WSBHadronicFormFactor:F0 44 0
newdef WSBHadronicFormFactor:V 44 0.369
newdef WSBHadronicFormFactor:A0 44 0.321
newdef WSBHadronicFormFactor:A1 44 0.328
newdef WSBHadronicFormFactor:A2 44 0.331
newdef WSBHadronicFormFactor:ScalarMass 44 5.38
newdef WSBHadronicFormFactor:PseudoScalarMass 44 5.89
newdef WSBHadronicFormFactor:VectorMass 44 5.43
newdef WSBHadronicFormFactor:PseudoVectorMass 44 5.82
newdef WSBHadronicFormFactor:F0 45 0
newdef WSBHadronicFormFactor:V 45 0.329
newdef WSBHadronicFormFactor:A0 45 0.281
newdef WSBHadronicFormFactor:A1 45 0.283
newdef WSBHadronicFormFactor:A2 45 0.283
newdef WSBHadronicFormFactor:ScalarMass 45 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 45 5.78
newdef WSBHadronicFormFactor:VectorMass 45 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 45 5.71
newdef WSBHadronicFormFactor:F0 46 0
newdef WSBHadronicFormFactor:V 46 0.329
newdef WSBHadronicFormFactor:A0 46 0.281
newdef WSBHadronicFormFactor:A1 46 0.283
newdef WSBHadronicFormFactor:A2 46 0.283
newdef WSBHadronicFormFactor:ScalarMass 46 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 46 5.78
newdef WSBHadronicFormFactor:VectorMass 46 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 46 5.71
newdef WSBHadronicFormFactor:F0 47 0
newdef WSBHadronicFormFactor:V 47 0.329
newdef WSBHadronicFormFactor:A0 47 0.281
newdef WSBHadronicFormFactor:A1 47 0.283
newdef WSBHadronicFormFactor:A2 47 0.283
newdef WSBHadronicFormFactor:ScalarMass 47 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 47 5.78
newdef WSBHadronicFormFactor:VectorMass 47 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 47 5.71
newdef WSBHadronicFormFactor:F0 48 0
newdef WSBHadronicFormFactor:V 48 0.329
newdef WSBHadronicFormFactor:A0 48 0.281
newdef WSBHadronicFormFactor:A1 48 0.283
newdef WSBHadronicFormFactor:A2 48 0.283
newdef WSBHadronicFormFactor:ScalarMass 48 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 48 5.78
newdef WSBHadronicFormFactor:VectorMass 48 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 48 5.71
newdef WSBHadronicFormFactor:F0 49 0
newdef WSBHadronicFormFactor:V 49 0.328
newdef WSBHadronicFormFactor:A0 49 0.28
newdef WSBHadronicFormFactor:A1 49 0.281
newdef WSBHadronicFormFactor:A2 49 0.281
newdef WSBHadronicFormFactor:ScalarMass 49 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 49 5.78
newdef WSBHadronicFormFactor:VectorMass 49 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 49 5.71
newdef WSBHadronicFormFactor:F0 50 0
newdef WSBHadronicFormFactor:V 50 0.328
newdef WSBHadronicFormFactor:A0 50 0.28
newdef WSBHadronicFormFactor:A1 50 0.281
newdef WSBHadronicFormFactor:A2 50 0.281
newdef WSBHadronicFormFactor:ScalarMass 50 5.27
newdef WSBHadronicFormFactor:PseudoScalarMass 50 5.78
newdef WSBHadronicFormFactor:VectorMass 50 5.32
newdef WSBHadronicFormFactor:PseudoVectorMass 50 5.71
newdef WSBHadronicFormFactor:Incoming 0 -321
newdef WSBHadronicFormFactor:Outgoing 0 111
newdef WSBHadronicFormFactor:Spin 0 0
newdef WSBHadronicFormFactor:Spectator 0 -2
newdef WSBHadronicFormFactor:InQuark 0 3
newdef WSBHadronicFormFactor:OutQuark 0 2
newdef WSBHadronicFormFactor:Incoming 1 -311
newdef WSBHadronicFormFactor:Outgoing 1 211
newdef WSBHadronicFormFactor:Spin 1 0
newdef WSBHadronicFormFactor:Spectator 1 -1
newdef WSBHadronicFormFactor:InQuark 1 3
newdef WSBHadronicFormFactor:OutQuark 1 2
newdef WSBHadronicFormFactor:Incoming 2 -321
newdef WSBHadronicFormFactor:Outgoing 2 -211
newdef WSBHadronicFormFactor:Spin 2 0
newdef WSBHadronicFormFactor:Spectator 2 -2
newdef WSBHadronicFormFactor:InQuark 2 3
newdef WSBHadronicFormFactor:OutQuark 2 1
newdef WSBHadronicFormFactor:Incoming 3 -311
newdef WSBHadronicFormFactor:Outgoing 3 111
newdef WSBHadronicFormFactor:Spin 3 0
newdef WSBHadronicFormFactor:Spectator 3 -1
newdef WSBHadronicFormFactor:InQuark 3 3
newdef WSBHadronicFormFactor:OutQuark 3 1
newdef WSBHadronicFormFactor:Incoming 4 421
newdef WSBHadronicFormFactor:Outgoing 4 -321
newdef WSBHadronicFormFactor:Spin 4 0
newdef WSBHadronicFormFactor:Spectator 4 -2
newdef WSBHadronicFormFactor:InQuark 4 4
newdef WSBHadronicFormFactor:OutQuark 4 3
newdef WSBHadronicFormFactor:Incoming 5 411
newdef WSBHadronicFormFactor:Outgoing 5 -311
newdef WSBHadronicFormFactor:Spin 5 0
newdef WSBHadronicFormFactor:Spectator 5 -1
newdef WSBHadronicFormFactor:InQuark 5 4
newdef WSBHadronicFormFactor:OutQuark 5 3
newdef WSBHadronicFormFactor:Incoming 6 421
newdef WSBHadronicFormFactor:Outgoing 6 -211
newdef WSBHadronicFormFactor:Spin 6 0
newdef WSBHadronicFormFactor:Spectator 6 -2
newdef WSBHadronicFormFactor:InQuark 6 4
newdef WSBHadronicFormFactor:OutQuark 6 1
newdef WSBHadronicFormFactor:Incoming 7 421
newdef WSBHadronicFormFactor:Outgoing 7 111
newdef WSBHadronicFormFactor:Spin 7 0
newdef WSBHadronicFormFactor:Spectator 7 -2
newdef WSBHadronicFormFactor:InQuark 7 4
newdef WSBHadronicFormFactor:OutQuark 7 2
newdef WSBHadronicFormFactor:Incoming 8 411
newdef WSBHadronicFormFactor:Outgoing 8 111
newdef WSBHadronicFormFactor:Spin 8 0
newdef WSBHadronicFormFactor:Spectator 8 -1
newdef WSBHadronicFormFactor:InQuark 8 4
newdef WSBHadronicFormFactor:OutQuark 8 1
newdef WSBHadronicFormFactor:Incoming 9 411
newdef WSBHadronicFormFactor:Outgoing 9 211
newdef WSBHadronicFormFactor:Spin 9 0
newdef WSBHadronicFormFactor:Spectator 9 -1
newdef WSBHadronicFormFactor:InQuark 9 4
newdef WSBHadronicFormFactor:OutQuark 9 2
newdef WSBHadronicFormFactor:Incoming 10 421
newdef WSBHadronicFormFactor:Outgoing 10 221
newdef WSBHadronicFormFactor:Spin 10 0
newdef WSBHadronicFormFactor:Spectator 10 -2
newdef WSBHadronicFormFactor:InQuark 10 4
newdef WSBHadronicFormFactor:OutQuark 10 2
newdef WSBHadronicFormFactor:Incoming 11 411
newdef WSBHadronicFormFactor:Outgoing 11 221
newdef WSBHadronicFormFactor:Spin 11 0
newdef WSBHadronicFormFactor:Spectator 11 -1
newdef WSBHadronicFormFactor:InQuark 11 4
newdef WSBHadronicFormFactor:OutQuark 11 1
newdef WSBHadronicFormFactor:Incoming 12 421
newdef WSBHadronicFormFactor:Outgoing 12 331
newdef WSBHadronicFormFactor:Spin 12 0
newdef WSBHadronicFormFactor:Spectator 12 -2
newdef WSBHadronicFormFactor:InQuark 12 4
newdef WSBHadronicFormFactor:OutQuark 12 2
newdef WSBHadronicFormFactor:Incoming 13 411
newdef WSBHadronicFormFactor:Outgoing 13 331
newdef WSBHadronicFormFactor:Spin 13 0
newdef WSBHadronicFormFactor:Spectator 13 -1
newdef WSBHadronicFormFactor:InQuark 13 4
newdef WSBHadronicFormFactor:OutQuark 13 1
newdef WSBHadronicFormFactor:Incoming 14 421
newdef WSBHadronicFormFactor:Outgoing 14 -323
newdef WSBHadronicFormFactor:Spin 14 1
newdef WSBHadronicFormFactor:Spectator 14 -2
newdef WSBHadronicFormFactor:InQuark 14 4
newdef WSBHadronicFormFactor:OutQuark 14 3
newdef WSBHadronicFormFactor:Incoming 15 411
newdef WSBHadronicFormFactor:Outgoing 15 -313
newdef WSBHadronicFormFactor:Spin 15 1
newdef WSBHadronicFormFactor:Spectator 15 -1
newdef WSBHadronicFormFactor:InQuark 15 4
newdef WSBHadronicFormFactor:OutQuark 15 3
newdef WSBHadronicFormFactor:Incoming 16 421
newdef WSBHadronicFormFactor:Outgoing 16 -213
newdef WSBHadronicFormFactor:Spin 16 1
newdef WSBHadronicFormFactor:Spectator 16 -2
newdef WSBHadronicFormFactor:InQuark 16 4
newdef WSBHadronicFormFactor:OutQuark 16 1
newdef WSBHadronicFormFactor:Incoming 17 421
newdef WSBHadronicFormFactor:Outgoing 17 113
newdef WSBHadronicFormFactor:Spin 17 1
newdef WSBHadronicFormFactor:Spectator 17 -2
newdef WSBHadronicFormFactor:InQuark 17 4
newdef WSBHadronicFormFactor:OutQuark 17 2
newdef WSBHadronicFormFactor:Incoming 18 411
newdef WSBHadronicFormFactor:Outgoing 18 113
newdef WSBHadronicFormFactor:Spin 18 1
newdef WSBHadronicFormFactor:Spectator 18 -1
newdef WSBHadronicFormFactor:InQuark 18 4
newdef WSBHadronicFormFactor:OutQuark 18 1
newdef WSBHadronicFormFactor:Incoming 19 411
newdef WSBHadronicFormFactor:Outgoing 19 213
newdef WSBHadronicFormFactor:Spin 19 1
newdef WSBHadronicFormFactor:Spectator 19 -1
newdef WSBHadronicFormFactor:InQuark 19 4
newdef WSBHadronicFormFactor:OutQuark 19 2
newdef WSBHadronicFormFactor:Incoming 20 411
newdef WSBHadronicFormFactor:Outgoing 20 223
newdef WSBHadronicFormFactor:Spin 20 1
newdef WSBHadronicFormFactor:Spectator 20 -1
newdef WSBHadronicFormFactor:InQuark 20 4
newdef WSBHadronicFormFactor:OutQuark 20 1
newdef WSBHadronicFormFactor:Incoming 21 421
newdef WSBHadronicFormFactor:Outgoing 21 223
newdef WSBHadronicFormFactor:Spin 21 1
newdef WSBHadronicFormFactor:Spectator 21 -2
newdef WSBHadronicFormFactor:InQuark 21 4
newdef WSBHadronicFormFactor:OutQuark 21 2
newdef WSBHadronicFormFactor:Incoming 22 431
newdef WSBHadronicFormFactor:Outgoing 22 221
newdef WSBHadronicFormFactor:Spin 22 0
newdef WSBHadronicFormFactor:Spectator 22 -3
newdef WSBHadronicFormFactor:InQuark 22 4
newdef WSBHadronicFormFactor:OutQuark 22 3
newdef WSBHadronicFormFactor:Incoming 23 431
newdef WSBHadronicFormFactor:Outgoing 23 331
newdef WSBHadronicFormFactor:Spin 23 0
newdef WSBHadronicFormFactor:Spectator 23 -3
newdef WSBHadronicFormFactor:InQuark 23 4
newdef WSBHadronicFormFactor:OutQuark 23 3
newdef WSBHadronicFormFactor:Incoming 24 431
newdef WSBHadronicFormFactor:Outgoing 24 311
newdef WSBHadronicFormFactor:Spin 24 0
newdef WSBHadronicFormFactor:Spectator 24 -3
newdef WSBHadronicFormFactor:InQuark 24 4
newdef WSBHadronicFormFactor:OutQuark 24 1
newdef WSBHadronicFormFactor:Incoming 25 431
newdef WSBHadronicFormFactor:Outgoing 25 321
newdef WSBHadronicFormFactor:Spin 25 0
newdef WSBHadronicFormFactor:Spectator 25 -3
newdef WSBHadronicFormFactor:InQuark 25 4
newdef WSBHadronicFormFactor:OutQuark 25 2
newdef WSBHadronicFormFactor:Incoming 26 431
newdef WSBHadronicFormFactor:Outgoing 26 313
newdef WSBHadronicFormFactor:Spin 26 1
newdef WSBHadronicFormFactor:Spectator 26 -3
newdef WSBHadronicFormFactor:InQuark 26 4
newdef WSBHadronicFormFactor:OutQuark 26 1
newdef WSBHadronicFormFactor:Incoming 27 431
newdef WSBHadronicFormFactor:Outgoing 27 323
newdef WSBHadronicFormFactor:Spin 27 1
newdef WSBHadronicFormFactor:Spectator 27 -3
newdef WSBHadronicFormFactor:InQuark 27 4
newdef WSBHadronicFormFactor:OutQuark 27 2
newdef WSBHadronicFormFactor:Incoming 28 431
newdef WSBHadronicFormFactor:Outgoing 28 333
newdef WSBHadronicFormFactor:Spin 28 1
newdef WSBHadronicFormFactor:Spectator 28 -3
newdef WSBHadronicFormFactor:InQuark 28 4
newdef WSBHadronicFormFactor:OutQuark 28 3
newdef WSBHadronicFormFactor:Incoming 29 -521
newdef WSBHadronicFormFactor:Outgoing 29 421
newdef WSBHadronicFormFactor:Spin 29 0
newdef WSBHadronicFormFactor:Spectator 29 -2
newdef WSBHadronicFormFactor:InQuark 29 5
newdef WSBHadronicFormFactor:OutQuark 29 4
newdef WSBHadronicFormFactor:Incoming 30 -511
newdef WSBHadronicFormFactor:Outgoing 30 411
newdef WSBHadronicFormFactor:Spin 30 0
newdef WSBHadronicFormFactor:Spectator 30 -2
newdef WSBHadronicFormFactor:InQuark 30 5
newdef WSBHadronicFormFactor:OutQuark 30 4
newdef WSBHadronicFormFactor:Incoming 31 -521
newdef WSBHadronicFormFactor:Outgoing 31 -321
newdef WSBHadronicFormFactor:Spin 31 0
newdef WSBHadronicFormFactor:Spectator 31 -2
newdef WSBHadronicFormFactor:InQuark 31 5
newdef WSBHadronicFormFactor:OutQuark 31 3
newdef WSBHadronicFormFactor:Incoming 32 -511
newdef WSBHadronicFormFactor:Outgoing 32 -311
newdef WSBHadronicFormFactor:Spin 32 0
newdef WSBHadronicFormFactor:Spectator 32 -1
newdef WSBHadronicFormFactor:InQuark 32 5
newdef WSBHadronicFormFactor:OutQuark 32 3
newdef WSBHadronicFormFactor:Incoming 33 -521
newdef WSBHadronicFormFactor:Outgoing 33 111
newdef WSBHadronicFormFactor:Spin 33 0
newdef WSBHadronicFormFactor:Spectator 33 -2
newdef WSBHadronicFormFactor:InQuark 33 5
newdef WSBHadronicFormFactor:OutQuark 33 2
newdef WSBHadronicFormFactor:Incoming 34 -511
newdef WSBHadronicFormFactor:Outgoing 34 211
newdef WSBHadronicFormFactor:Spin 34 0
newdef WSBHadronicFormFactor:Spectator 34 -1
newdef WSBHadronicFormFactor:InQuark 34 5
newdef WSBHadronicFormFactor:OutQuark 34 2
newdef WSBHadronicFormFactor:Incoming 35 -521
newdef WSBHadronicFormFactor:Outgoing 35 -211
newdef WSBHadronicFormFactor:Spin 35 0
newdef WSBHadronicFormFactor:Spectator 35 -2
newdef WSBHadronicFormFactor:InQuark 35 5
newdef WSBHadronicFormFactor:OutQuark 35 1
newdef WSBHadronicFormFactor:Incoming 36 -511
newdef WSBHadronicFormFactor:Outgoing 36 111
newdef WSBHadronicFormFactor:Spin 36 0
newdef WSBHadronicFormFactor:Spectator 36 -1
newdef WSBHadronicFormFactor:InQuark 36 5
newdef WSBHadronicFormFactor:OutQuark 36 1
newdef WSBHadronicFormFactor:Incoming 37 -521
newdef WSBHadronicFormFactor:Outgoing 37 221
newdef WSBHadronicFormFactor:Spin 37 0
newdef WSBHadronicFormFactor:Spectator 37 -2
newdef WSBHadronicFormFactor:InQuark 37 5
newdef WSBHadronicFormFactor:OutQuark 37 2
newdef WSBHadronicFormFactor:Incoming 38 -511
newdef WSBHadronicFormFactor:Outgoing 38 221
newdef WSBHadronicFormFactor:Spin 38 0
newdef WSBHadronicFormFactor:Spectator 38 -1
newdef WSBHadronicFormFactor:InQuark 38 5
newdef WSBHadronicFormFactor:OutQuark 38 1
newdef WSBHadronicFormFactor:Incoming 39 -521
newdef WSBHadronicFormFactor:Outgoing 39 331
newdef WSBHadronicFormFactor:Spin 39 0
newdef WSBHadronicFormFactor:Spectator 39 -2
newdef WSBHadronicFormFactor:InQuark 39 5
newdef WSBHadronicFormFactor:OutQuark 39 2
newdef WSBHadronicFormFactor:Incoming 40 -511
newdef WSBHadronicFormFactor:Outgoing 40 331
newdef WSBHadronicFormFactor:Spin 40 0
newdef WSBHadronicFormFactor:Spectator 40 -1
newdef WSBHadronicFormFactor:InQuark 40 5
newdef WSBHadronicFormFactor:OutQuark 40 1
newdef WSBHadronicFormFactor:Incoming 41 -521
newdef WSBHadronicFormFactor:Outgoing 41 423
newdef WSBHadronicFormFactor:Spin 41 1
newdef WSBHadronicFormFactor:Spectator 41 -2
newdef WSBHadronicFormFactor:InQuark 41 5
newdef WSBHadronicFormFactor:OutQuark 41 4
newdef WSBHadronicFormFactor:Incoming 42 -511
newdef WSBHadronicFormFactor:Outgoing 42 413
newdef WSBHadronicFormFactor:Spin 42 1
newdef WSBHadronicFormFactor:Spectator 42 -1
newdef WSBHadronicFormFactor:InQuark 42 5
newdef WSBHadronicFormFactor:OutQuark 42 4
newdef WSBHadronicFormFactor:Incoming 43 -521
newdef WSBHadronicFormFactor:Outgoing 43 -323
newdef WSBHadronicFormFactor:Spin 43 1
newdef WSBHadronicFormFactor:Spectator 43 -2
newdef WSBHadronicFormFactor:InQuark 43 5
newdef WSBHadronicFormFactor:OutQuark 43 3
newdef WSBHadronicFormFactor:Incoming 44 -511
newdef WSBHadronicFormFactor:Outgoing 44 -313
newdef WSBHadronicFormFactor:Spin 44 1
newdef WSBHadronicFormFactor:Spectator 44 -1
newdef WSBHadronicFormFactor:InQuark 44 5
newdef WSBHadronicFormFactor:OutQuark 44 3
newdef WSBHadronicFormFactor:Incoming 45 -521
newdef WSBHadronicFormFactor:Outgoing 45 113
newdef WSBHadronicFormFactor:Spin 45 1
newdef WSBHadronicFormFactor:Spectator 45 -2
newdef WSBHadronicFormFactor:InQuark 45 5
newdef WSBHadronicFormFactor:OutQuark 45 2
newdef WSBHadronicFormFactor:Incoming 46 -511
newdef WSBHadronicFormFactor:Outgoing 46 213
newdef WSBHadronicFormFactor:Spin 46 1
newdef WSBHadronicFormFactor:Spectator 46 -1
newdef WSBHadronicFormFactor:InQuark 46 5
newdef WSBHadronicFormFactor:OutQuark 46 2
newdef WSBHadronicFormFactor:Incoming 47 -521
newdef WSBHadronicFormFactor:Outgoing 47 -213
newdef WSBHadronicFormFactor:Spin 47 1
newdef WSBHadronicFormFactor:Spectator 47 -2
newdef WSBHadronicFormFactor:InQuark 47 5
newdef WSBHadronicFormFactor:OutQuark 47 1
newdef WSBHadronicFormFactor:Incoming 48 -511
newdef WSBHadronicFormFactor:Outgoing 48 113
newdef WSBHadronicFormFactor:Spin 48 1
newdef WSBHadronicFormFactor:Spectator 48 -1
newdef WSBHadronicFormFactor:InQuark 48 5
newdef WSBHadronicFormFactor:OutQuark 48 1
newdef WSBHadronicFormFactor:Incoming 49 -521
newdef WSBHadronicFormFactor:Outgoing 49 223
newdef WSBHadronicFormFactor:Spin 49 1
newdef WSBHadronicFormFactor:Spectator 49 -2
newdef WSBHadronicFormFactor:InQuark 49 5
newdef WSBHadronicFormFactor:OutQuark 49 2
newdef WSBHadronicFormFactor:Incoming 50 -511
newdef WSBHadronicFormFactor:Outgoing 50 223
newdef WSBHadronicFormFactor:Spin 50 1
newdef WSBHadronicFormFactor:Spectator 50 -1
newdef WSBHadronicFormFactor:InQuark 50 5
newdef WSBHadronicFormFactor:OutQuark 50 1
insert WSBHadronic:FormFactors 0 WSBHadronicFormFactor
insert WSBHadronic:WeightLocation 0 0
insert WSBHadronic:WeightLocation 1 0
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insert WSBHadronic:WeightLocation 3 0
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insert WSBHadronic:MaximumWeight 0 0.557009
insert WSBHadronic:MaximumWeight 1 1.78347e-13
insert WSBHadronic:MaximumWeight 2 1.63561e-14
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insert WSBHadronic:MaximumWeight 4 0.00567313
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insert WSBHadronic:MaximumWeight 6 0.00633936
insert WSBHadronic:MaximumWeight 7 0.154232
insert WSBHadronic:MaximumWeight 8 0.0423515
insert WSBHadronic:MaximumWeight 9 0.0144604
insert WSBHadronic:MaximumWeight 10 0.253468
insert WSBHadronic:MaximumWeight 11 0.0162035
insert WSBHadronic:MaximumWeight 12 0.395527
insert WSBHadronic:MaximumWeight 13 0.00390394
insert WSBHadronic:MaximumWeight 14 0.000311206
insert WSBHadronic:MaximumWeight 15 0.0102362
insert WSBHadronic:MaximumWeight 16 0.000521172
insert WSBHadronic:MaximumWeight 17 0.0195025
insert WSBHadronic:MaximumWeight 18 0.00034976
insert WSBHadronic:MaximumWeight 19 0.000197375
insert WSBHadronic:MaximumWeight 20 9.7655e-05
insert WSBHadronic:MaximumWeight 21 2.78878e-05
insert WSBHadronic:MaximumWeight 22 0.00993469
insert WSBHadronic:MaximumWeight 23 0.00096261
insert WSBHadronic:MaximumWeight 24 0.000267229
insert WSBHadronic:MaximumWeight 25 0.00196102
insert WSBHadronic:MaximumWeight 26 4.55158e-05
insert WSBHadronic:MaximumWeight 27 0.0162144
insert WSBHadronic:MaximumWeight 28 0.000877908
insert WSBHadronic:MaximumWeight 29 0.0016631
insert WSBHadronic:MaximumWeight 30 0.000398163
insert WSBHadronic:MaximumWeight 31 0.00865771
insert WSBHadronic:MaximumWeight 32 0.000674851
insert WSBHadronic:MaximumWeight 33 0.025273
insert WSBHadronic:MaximumWeight 34 4.31676e-05
insert WSBHadronic:MaximumWeight 35 0.00153867
insert WSBHadronic:MaximumWeight 36 0.000142386
insert WSBHadronic:MaximumWeight 37 0.000131464
insert WSBHadronic:MaximumWeight 38 0.000228226
insert WSBHadronic:MaximumWeight 39 0.0099712
insert WSBHadronic:MaximumWeight 40 0.000233923
insert WSBHadronic:MaximumWeight 41 0.00563139
insert WSBHadronic:MaximumWeight 42 0.00450505
insert WSBHadronic:MaximumWeight 43 0.000364691
insert WSBHadronic:MaximumWeight 44 3.56039e-05
insert WSBHadronic:MaximumWeight 45 1.03757e-05
insert WSBHadronic:MaximumWeight 46 0.00369622
insert WSBHadronic:MaximumWeight 47 1.00154e-05
insert WSBHadronic:MaximumWeight 48 0.00164718
insert WSBHadronic:MaximumWeight 49 0.000373777
insert WSBHadronic:MaximumWeight 50 1.09145e-05
insert WSBHadronic:MaximumWeight 51 0.00388833
insert WSBHadronic:MaximumWeight 52 0.000114629
insert WSBHadronic:MaximumWeight 53 0.000148446
insert WSBHadronic:MaximumWeight 54 0.00133781
insert WSBHadronic:MaximumWeight 55 0.000160792
insert WSBHadronic:MaximumWeight 56 0.00336156
insert WSBHadronic:MaximumWeight 57 4.23374e-06
insert WSBHadronic:MaximumWeight 58 0.00150806
insert WSBHadronic:MaximumWeight 59 5.30379e-05
insert WSBHadronic:MaximumWeight 60 6.38052e-06
insert WSBHadronic:MaximumWeight 61 4.87735e-07
insert WSBHadronic:MaximumWeight 62 0.000173241
insert WSBHadronic:MaximumWeight 63 3.40529e-07
insert WSBHadronic:MaximumWeight 64 6.10353e-05
insert WSBHadronic:MaximumWeight 65 0.00121756
insert WSBHadronic:MaximumWeight 66 8.4437e-06
insert WSBHadronic:MaximumWeight 67 1.04425e-05
insert WSBHadronic:MaximumWeight 68 0.0527204
insert WSBHadronic:MaximumWeight 69 0.00224479
insert WSBHadronic:MaximumWeight 70 0.280061
insert WSBHadronic:MaximumWeight 71 0.012778
insert WSBHadronic:MaximumWeight 72 0.0708723
insert WSBHadronic:MaximumWeight 73 0.00567116
insert WSBHadronic:MaximumWeight 74 0.230608
insert WSBHadronic:MaximumWeight 75 0.0325325
insert WSBHadronic:MaximumWeight 76 0.184892
insert WSBHadronic:MaximumWeight 77 0.0020894
insert WSBHadronic:MaximumWeight 78 0.000134383
insert WSBHadronic:MaximumWeight 79 0.0158326
insert WSBHadronic:MaximumWeight 80 0.00098963
insert WSBHadronic:MaximumWeight 81 0.0168167
insert WSBHadronic:MaximumWeight 82 1.19813e-05
insert WSBHadronic:MaximumWeight 83 0.0042682
insert WSBHadronic:MaximumWeight 84 0.00141805
insert WSBHadronic:MaximumWeight 85 4.71951e-05
insert WSBHadronic:MaximumWeight 86 0.00311744
insert WSBHadronic:MaximumWeight 87 8.60579e-05
insert WSBHadronic:MaximumWeight 88 0.0306552
insert WSBHadronic:MaximumWeight 89 0.000747719
insert WSBHadronic:MaximumWeight 90 0.000172703
insert WSBHadronic:MaximumWeight 91 0.0067618
insert WSBHadronic:MaximumWeight 92 0.00128433
insert WSBHadronic:MaximumWeight 93 0.0218434
insert WSBHadronic:MaximumWeight 94 6.15586e-05
insert WSBHadronic:MaximumWeight 95 0.018769
insert WSBHadronic:MaximumWeight 96 0.0164155
insert WSBHadronic:MaximumWeight 97 0.000447911
insert WSBHadronic:MaximumWeight 98 0.00393579
insert WSBHadronic:MaximumWeight 99 0.000478632
insert WSBHadronic:MaximumWeight 100 0.00267122
insert WSBHadronic:MaximumWeight 101 0.0127802
insert WSBHadronic:MaximumWeight 102 3.29165e-05
insert WSBHadronic:MaximumWeight 103 0.0117301
insert WSBHadronic:MaximumWeight 104 0.00805338
insert WSBHadronic:MaximumWeight 105 0.00201896
insert WSBHadronic:MaximumWeight 106 0.000180546
insert WSBHadronic:MaximumWeight 107 0.0640599
insert WSBHadronic:MaximumWeight 108 0.000425624
insert WSBHadronic:MaximumWeight 109 0.0424012
insert WSBHadronic:MaximumWeight 110 0.000666888
insert WSBHadronic:MaximumWeight 111 0.100724
insert WSBHadronic:MaximumWeight 112 0.00181883
insert WSBHadronic:MaximumWeight 113 0.115609
insert WSBHadronic:MaximumWeight 114 0.0255546
insert WSBHadronic:MaximumWeight 115 0.00137845
insert WSBHadronic:MaximumWeight 116 0.0373765
insert WSBHadronic:MaximumWeight 117 0.000573224
insert WSBHadronic:MaximumWeight 118 0.0018898
insert WSBHadronic:MaximumWeight 119 0.00403168
insert WSBHadronic:MaximumWeight 120 0.000106079
insert WSBHadronic:MaximumWeight 121 0.0100848
insert WSBHadronic:MaximumWeight 122 0.000237637
insert WSBHadronic:MaximumWeight 123 0.0138073
insert WSBHadronic:MaximumWeight 124 0.000362
insert WSBHadronic:MaximumWeight 125 0.0204465
insert WSBHadronic:MaximumWeight 126 0.000907068
insert WSBHadronic:MaximumWeight 127 0.00209602
insert WSBHadronic:MaximumWeight 128 0.000561256
insert WSBHadronic:MaximumWeight 129 2.06348e-05
insert WSBHadronic:MaximumWeight 130 0.0268117
insert WSBHadronic:MaximumWeight 131 0.00125649
insert WSBHadronic:MaximumWeight 132 0.00358176
insert WSBHadronic:MaximumWeight 133 0.0202186
insert WSBHadronic:MaximumWeight 134 0.000302234
insert WSBHadronic:MaximumWeight 135 0.00955449
insert WSBHadronic:MaximumWeight 136 0.000330813
insert WSBHadronic:MaximumWeight 137 0.0112905
insert WSBHadronic:MaximumWeight 138 0.00186137
insert WSBHadronic:MaximumWeight 139 0.00438625
insert WSBHadronic:MaximumWeight 140 0.0082771
insert WSBHadronic:MaximumWeight 141 0.0579115
insert WSBHadronic:MaximumWeight 142 0.000890613
insert WSBHadronic:MaximumWeight 143 0.126085
insert WSBHadronic:MaximumWeight 144 0.791607
insert WSBHadronic:MaximumWeight 145 0.0405113
insert WSBHadronic:MaximumWeight 146 0.00375097
insert WSBHadronic:MaximumWeight 147 0.000309481
insert WSBHadronic:MaximumWeight 148 0.000695472
insert WSBHadronic:MaximumWeight 149 0.0188644
insert WSBHadronic:MaximumWeight 150 0.00162422
insert WSBHadronic:MaximumWeight 151 0.0154084
insert WSBHadronic:MaximumWeight 152 0.00116469
insert WSBHadronic:MaximumWeight 153 0.0458991
insert WSBHadronic:MaximumWeight 154 0.000514126
insert WSBHadronic:MaximumWeight 155 0.0105728
insert WSBHadronic:MaximumWeight 156 0.00335736
insert WSBHadronic:MaximumWeight 157 0.00544205
insert WSBHadronic:MaximumWeight 158 0.00042991
insert WSBHadronic:MaximumWeight 159 0.000637019
insert WSBHadronic:MaximumWeight 160 0.0172774
insert WSBHadronic:MaximumWeight 161 0.00148694
insert WSBHadronic:MaximumWeight 162 0.0167193
insert WSBHadronic:MaximumWeight 163 0.00148333
insert WSBHadronic:MaximumWeight 164 0.0420472
insert WSBHadronic:MaximumWeight 165 0.000470778
insert WSBHadronic:MaximumWeight 166 0.00966728
insert WSBHadronic:MaximumWeight 167 0.00306477
insert WSBHadronic:MaximumWeight 168 4.21318e-07
insert WSBHadronic:MaximumWeight 169 1.67109e-07
insert WSBHadronic:MaximumWeight 170 8.55296e-08
insert WSBHadronic:MaximumWeight 171 2.50422e-06
insert WSBHadronic:MaximumWeight 172 5.1013e-07
insert WSBHadronic:MaximumWeight 173 5.88594e-07
insert WSBHadronic:MaximumWeight 174 2.20376e-07
insert WSBHadronic:MaximumWeight 175 0.00024117
insert WSBHadronic:MaximumWeight 176 2.0473e-06
insert WSBHadronic:MaximumWeight 177 0.000639815
insert WSBHadronic:MaximumWeight 178 0.000251343
insert WSBHadronic:MaximumWeight 179 2.42005e-08
insert WSBHadronic:MaximumWeight 180 1.23536e-08
insert WSBHadronic:MaximumWeight 181 1.16893e-08
insert WSBHadronic:MaximumWeight 182 1.51866e-05
insert WSBHadronic:MaximumWeight 183 2.29872e-06
insert WSBHadronic:MaximumWeight 184 7.69508e-08
insert WSBHadronic:MaximumWeight 185 2.07139e-07
insert WSBHadronic:MaximumWeight 186 2.02295e-07
insert WSBHadronic:MaximumWeight 187 1.24153e-05
insert WSBHadronic:MaximumWeight 188 1.87898e-06
insert WSBHadronic:MaximumWeight 189 0.000586926
insert WSBHadronic:MaximumWeight 190 0.000230364
insert WSBHadronic:MaximumWeight 191 5.05645e-06
insert WSBHadronic:MaximumWeight 192 1.1171e-06
insert WSBHadronic:MaximumWeight 193 3.09059e-05
insert WSBHadronic:MaximumWeight 194 2.91272e-06
insert WSBHadronic:MaximumWeight 195 2.15663e-05
insert WSBHadronic:MaximumWeight 196 1.78876e-06
insert WSBHadronic:MaximumWeight 197 6.9607e-05
insert WSBHadronic:MaximumWeight 198 1.05599e-06
insert WSBHadronic:MaximumWeight 199 2.29413e-05
insert WSBHadronic:MaximumWeight 200 9.4595e-06
insert WSBHadronic:MaximumWeight 201 1.51916e-05
insert WSBHadronic:MaximumWeight 202 1.20926e-06
insert WSBHadronic:MaximumWeight 203 2.05155e-06
insert WSBHadronic:MaximumWeight 204 5.67586e-05
insert WSBHadronic:MaximumWeight 205 5.3492e-06
insert WSBHadronic:MaximumWeight 206 4.84362e-05
insert WSBHadronic:MaximumWeight 207 4.83883e-06
insert WSBHadronic:MaximumWeight 208 0.000127833
insert WSBHadronic:MaximumWeight 209 1.939e-06
insert WSBHadronic:MaximumWeight 210 4.21346e-05
insert WSBHadronic:MaximumWeight 211 1.73721e-05
insert WSBHadronic:MaximumWeight 212 1.99322e-06
insert WSBHadronic:MaximumWeight 213 1.00113e-06
insert WSBHadronic:MaximumWeight 214 1.0629e-07
insert WSBHadronic:MaximumWeight 215 6.10961e-06
insert WSBHadronic:MaximumWeight 216 6.66537e-06
insert WSBHadronic:MaximumWeight 217 3.31242e-06
insert WSBHadronic:MaximumWeight 218 0.0029994
insert WSBHadronic:MaximumWeight 219 8.81898e-08
insert WSBHadronic:MaximumWeight 220 2.94592e-05
insert WSBHadronic:MaximumWeight 221 1.27859e-05
insert WSBHadronic:MaximumWeight 222 3.61624e-07
insert WSBHadronic:MaximumWeight 223 8.35368e-10
insert WSBHadronic:MaximumWeight 224 6.9609e-09
insert WSBHadronic:MaximumWeight 225 0.000114887
insert WSBHadronic:MaximumWeight 226 4.88155e-08
insert WSBHadronic:MaximumWeight 227 1.44343e-06
insert WSBHadronic:MaximumWeight 228 3.48502e-07
insert WSBHadronic:MaximumWeight 229 1.52128e-06
insert WSBHadronic:MaximumWeight 230 9.528e-05
insert WSBHadronic:MaximumWeight 231 4.04999e-08
insert WSBHadronic:MaximumWeight 232 1.35363e-05
insert WSBHadronic:MaximumWeight 233 5.87803e-06
insert WSBHadronic:MaximumWeight 234 4.65095e-07
insert WSBHadronic:MaximumWeight 235 1.28586e-05
insert WSBHadronic:MaximumWeight 236 1.208e-06
insert WSBHadronic:MaximumWeight 237 8.82559e-06
insert WSBHadronic:MaximumWeight 238 7.12659e-07
insert WSBHadronic:MaximumWeight 239 2.90052e-05
insert WSBHadronic:MaximumWeight 240 4.32948e-07
insert WSBHadronic:MaximumWeight 241 9.40713e-06
insert WSBHadronic:MaximumWeight 242 3.83708e-06
insert WSBHadronic:MaximumWeight 243 7.72687e-08
insert WSBHadronic:MaximumWeight 244 1.17734e-07
insert WSBHadronic:MaximumWeight 245 4.78341e-05
insert WSBHadronic:MaximumWeight 246 2.03247e-08
insert WSBHadronic:MaximumWeight 247 6.99655e-08
insert WSBHadronic:MaximumWeight 248 1.61131e-06
insert WSBHadronic:MaximumWeight 249 6.33857e-07
insert WSBHadronic:MaximumWeight 250 3.91856e-05
insert WSBHadronic:MaximumWeight 251 1.66465e-08
insert WSBHadronic:MaximumWeight 252 5.2945e-06
insert WSBHadronic:MaximumWeight 253 2.10942e-06
insert WSBHadronic:MaximumWeight 254 2.74357e-07
insert WSBHadronic:MaximumWeight 255 7.57677e-06
insert WSBHadronic:MaximumWeight 256 7.06115e-07
insert WSBHadronic:MaximumWeight 257 4.94403e-06
insert WSBHadronic:MaximumWeight 258 3.6335e-07
insert WSBHadronic:MaximumWeight 259 1.70184e-05
insert WSBHadronic:MaximumWeight 260 2.4168e-07
insert WSBHadronic:MaximumWeight 261 5.33038e-06
insert WSBHadronic:MaximumWeight 262 2.12479e-06
insert WSBHadronic:MaximumWeight 263 4.29607e-08
insert WSBHadronic:MaximumWeight 264 2.82302e-05
insert WSBHadronic:MaximumWeight 265 1.19968e-08
insert WSBHadronic:MaximumWeight 266 3.07128e-08
insert WSBHadronic:MaximumWeight 267 1.09718e-06
insert WSBHadronic:MaximumWeight 268 3.72352e-07
insert WSBHadronic:MaximumWeight 269 2.19064e-05
insert WSBHadronic:MaximumWeight 270 9.44089e-09
insert WSBHadronic:MaximumWeight 271 2.66611e-06
insert WSBHadronic:MaximumWeight 272 8.02166e-07
insert WSBHadronic:MaximumWeight 273 0.000356451
insert WSBHadronic:MaximumWeight 274 0.00909298
insert WSBHadronic:MaximumWeight 275 0.000591044
insert WSBHadronic:MaximumWeight 276 0.0130001
insert WSBHadronic:MaximumWeight 277 0.00146361
insert WSBHadronic:MaximumWeight 278 0.0538321
insert WSBHadronic:MaximumWeight 279 0.00125783
insert WSBHadronic:MaximumWeight 280 0.0305713
insert WSBHadronic:MaximumWeight 281 0.0145916
insert WSBHadronic:MaximumWeight 282 0.00501841
insert WSBHadronic:MaximumWeight 283 0.000386697
insert WSBHadronic:MaximumWeight 284 0.00037333
insert WSBHadronic:MaximumWeight 285 0.00952274
insert WSBHadronic:MaximumWeight 286 0.000617276
insert WSBHadronic:MaximumWeight 287 0.0183709
insert WSBHadronic:MaximumWeight 288 0.00210945
insert WSBHadronic:MaximumWeight 289 0.0561577
insert WSBHadronic:MaximumWeight 290 0.00125504
insert WSBHadronic:MaximumWeight 291 0.032033
insert WSBHadronic:MaximumWeight 292 0.0152999
insert WSBHadronic:MaximumWeight 293 5.67462e-06
insert WSBHadronic:MaximumWeight 294 3.32679e-06
insert WSBHadronic:MaximumWeight 295 2.94639e-06
insert WSBHadronic:MaximumWeight 296 8.82582e-07
insert WSBHadronic:MaximumWeight 297 1.45723e-05
insert WSBHadronic:MaximumWeight 298 0.0100071
insert WSBHadronic:MaximumWeight 299 0.00428907
insert WSBHadronic:MaximumWeight 300 7.30277e-08
insert WSBHadronic:MaximumWeight 301 3.66623e-08
insert WSBHadronic:MaximumWeight 302 3.21478e-08
insert WSBHadronic:MaximumWeight 303 3.33074e-05
insert WSBHadronic:MaximumWeight 304 5.0465e-06
insert WSBHadronic:MaximumWeight 305 2.78834e-07
insert WSBHadronic:MaximumWeight 306 4.83759e-07
insert WSBHadronic:MaximumWeight 307 8.37436e-07
insert WSBHadronic:MaximumWeight 308 8.58625e-05
insert WSBHadronic:MaximumWeight 309 1.32262e-05
insert WSBHadronic:MaximumWeight 310 0.0088891
insert WSBHadronic:MaximumWeight 311 0.00389875
insert WSBHadronic:MaximumWeight 312 1.2021e-06
insert WSBHadronic:MaximumWeight 313 3.19538e-05
insert WSBHadronic:MaximumWeight 314 2.54088e-06
insert WSBHadronic:MaximumWeight 315 3.18195e-05
insert WSBHadronic:MaximumWeight 316 0.000139886
insert WSBHadronic:MaximumWeight 317 3.51218e-06
insert WSBHadronic:MaximumWeight 318 8.72898e-05
insert WSBHadronic:MaximumWeight 319 4.55348e-05
insert WSBHadronic:MaximumWeight 320 2.22658e-05
insert WSBHadronic:MaximumWeight 321 1.74051e-06
insert WSBHadronic:MaximumWeight 322 2.19717e-06
insert WSBHadronic:MaximumWeight 323 5.8463e-05
insert WSBHadronic:MaximumWeight 324 4.67133e-06
insert WSBHadronic:MaximumWeight 325 8.3142e-05
insert WSBHadronic:MaximumWeight 326 9.33899e-06
insert WSBHadronic:MaximumWeight 327 0.000259491
insert WSBHadronic:MaximumWeight 328 6.11303e-06
insert WSBHadronic:MaximumWeight 329 0.000160028
insert WSBHadronic:MaximumWeight 330 8.33209e-05
insert WSBHadronic:MaximumWeight 331 1.13692e-07
insert WSBHadronic:MaximumWeight 332 4.39093e-05
insert WSBHadronic:MaximumWeight 333 6.67366e-06
insert WSBHadronic:MaximumWeight 334 3.00292e-07
insert WSBHadronic:MaximumWeight 335 0.000206543
insert WSBHadronic:MaximumWeight 336 0.00010703
insert WSBHadronic:MaximumWeight 337 0.000123779
insert WSBHadronic:MaximumWeight 338 5.25496e-08
insert WSBHadronic:MaximumWeight 339 1.96087e-06
insert WSBHadronic:MaximumWeight 340 1.15348e-07
insert WSBHadronic:MaximumWeight 341 3.01429e-06
insert WSBHadronic:MaximumWeight 342 0.000318598
insert WSBHadronic:MaximumWeight 343 1.35584e-07
insert WSBHadronic:MaximumWeight 344 9.56531e-05
insert WSBHadronic:MaximumWeight 345 4.91327e-05
insert WSBHadronic:MaximumWeight 346 2.05039e-06
insert WSBHadronic:MaximumWeight 347 5.47924e-05
insert WSBHadronic:MaximumWeight 348 4.50713e-06
insert WSBHadronic:MaximumWeight 349 0.000207201
insert WSBHadronic:MaximumWeight 350 5.52843e-06
insert WSBHadronic:MaximumWeight 351 0.000159173
insert WSBHadronic:MaximumWeight 352 8.48333e-05
insert WSBHadronic:MaximumWeight 353 0.000211542
insert WSBHadronic:MaximumWeight 354 8.94187e-08
insert WSBHadronic:MaximumWeight 355 4.96693e-06
insert WSBHadronic:MaximumWeight 356 4.87691e-06
insert WSBHadronic:MaximumWeight 357 0.000568379
insert WSBHadronic:MaximumWeight 358 2.4122e-07
insert WSBHadronic:MaximumWeight 359 0.000188805
insert WSBHadronic:MaximumWeight 360 0.000117368
#
create Herwig::SemiLeptonicScalarDecayer Melikhov
newdef Melikhov:Iteration 1
newdef Melikhov:Ntry 500
newdef Melikhov:Points 10000
newdef Melikhov:GenerateIntermediates 0
insert Melikhov:MaximumWeight 0 0.000574253
insert Melikhov:MaximumWeight 1 0.000523847
insert Melikhov:MaximumWeight 2 0.000240896
insert Melikhov:MaximumWeight 3 0.000999546
insert Melikhov:MaximumWeight 4 0.00102111
insert Melikhov:MaximumWeight 5 0.000430377
insert Melikhov:MaximumWeight 6 0.000224393
insert Melikhov:MaximumWeight 7 0.000224168
insert Melikhov:MaximumWeight 8 0.000271174
insert Melikhov:MaximumWeight 9 0.000411405
insert Melikhov:MaximumWeight 10 0.000411092
insert Melikhov:MaximumWeight 11 0.000496488
create Herwig::LeptonNeutrinoCurrent MelikhovCurrent HwWeakCurrents.so
newdef MelikhovCurrent:Quark 0 11
newdef MelikhovCurrent:AntiQuark 0 -12
newdef MelikhovCurrent:Quark 1 13
newdef MelikhovCurrent:AntiQuark 1 -15
newdef MelikhovCurrent:Quark 2 15
newdef MelikhovCurrent:AntiQuark 2 -16
newdef Melikhov:Current MelikhovCurrent
create Herwig::MelikhovFormFactor MelikhovFormFactor
newdef MelikhovFormFactor:Fit 1
newdef MelikhovFormFactor:Incoming 0 -521
newdef MelikhovFormFactor:Outgoing 0 113
newdef MelikhovFormFactor:Spin 0 1
newdef MelikhovFormFactor:Spectator 0 2
newdef MelikhovFormFactor:InQuark 0 5
newdef MelikhovFormFactor:OutQuark 0 2
newdef MelikhovFormFactor:Incoming 1 -511
newdef MelikhovFormFactor:Outgoing 1 213
newdef MelikhovFormFactor:Spin 1 1
newdef MelikhovFormFactor:Spectator 1 1
newdef MelikhovFormFactor:InQuark 1 5
newdef MelikhovFormFactor:OutQuark 1 2
newdef MelikhovFormFactor:Incoming 2 -521
newdef MelikhovFormFactor:Outgoing 2 -213
newdef MelikhovFormFactor:Spin 2 1
newdef MelikhovFormFactor:Spectator 2 2
newdef MelikhovFormFactor:InQuark 2 5
newdef MelikhovFormFactor:OutQuark 2 1
newdef MelikhovFormFactor:Incoming 3 -511
newdef MelikhovFormFactor:Outgoing 3 113
newdef MelikhovFormFactor:Spin 3 1
newdef MelikhovFormFactor:Spectator 3 1
newdef MelikhovFormFactor:InQuark 3 5
newdef MelikhovFormFactor:OutQuark 3 1
newdef MelikhovFormFactor:Incoming 4 -521
newdef MelikhovFormFactor:Outgoing 4 111
newdef MelikhovFormFactor:Spin 4 0
newdef MelikhovFormFactor:Spectator 4 2
newdef MelikhovFormFactor:InQuark 4 5
newdef MelikhovFormFactor:OutQuark 4 2
newdef MelikhovFormFactor:Incoming 5 -511
newdef MelikhovFormFactor:Outgoing 5 211
newdef MelikhovFormFactor:Spin 5 0
newdef MelikhovFormFactor:Spectator 5 1
newdef MelikhovFormFactor:InQuark 5 5
newdef MelikhovFormFactor:OutQuark 5 2
newdef MelikhovFormFactor:Incoming 6 -521
newdef MelikhovFormFactor:Outgoing 6 -211
newdef MelikhovFormFactor:Spin 6 0
newdef MelikhovFormFactor:Spectator 6 2
newdef MelikhovFormFactor:InQuark 6 5
newdef MelikhovFormFactor:OutQuark 6 1
newdef MelikhovFormFactor:Incoming 7 -511
newdef MelikhovFormFactor:Outgoing 7 111
newdef MelikhovFormFactor:Spin 7 0
newdef MelikhovFormFactor:Spectator 7 1
newdef MelikhovFormFactor:InQuark 7 5
newdef MelikhovFormFactor:OutQuark 7 1
newdef Melikhov:FormFactor MelikhovFormFactor
#
create Herwig::SemiLeptonicScalarDecayer MelikhovStech
newdef MelikhovStech:Iteration 1
newdef MelikhovStech:Ntry 500
newdef MelikhovStech:Points 10000
newdef MelikhovStech:GenerateIntermediates 0
insert MelikhovStech:MaximumWeight 0 0.132629
insert MelikhovStech:MaximumWeight 1 0.113122
insert MelikhovStech:MaximumWeight 2 0.337711
insert MelikhovStech:MaximumWeight 3 0.288721
insert MelikhovStech:MaximumWeight 4 0.043953
insert MelikhovStech:MaximumWeight 5 0.0431442
insert MelikhovStech:MaximumWeight 6 0.11173
insert MelikhovStech:MaximumWeight 7 0.109121
insert MelikhovStech:MaximumWeight 8 0.0106357
insert MelikhovStech:MaximumWeight 9 0.00957266
insert MelikhovStech:MaximumWeight 10 0.0137684
insert MelikhovStech:MaximumWeight 11 0.0123875
insert MelikhovStech:MaximumWeight 12 0.00391499
insert MelikhovStech:MaximumWeight 13 0.00386552
insert MelikhovStech:MaximumWeight 14 0.0051021
insert MelikhovStech:MaximumWeight 15 0.00504751
insert MelikhovStech:MaximumWeight 16 0.0843044
insert MelikhovStech:MaximumWeight 17 0.0792922
insert MelikhovStech:MaximumWeight 18 0.0187027
insert MelikhovStech:MaximumWeight 19 0.0770893
insert MelikhovStech:MaximumWeight 20 0.072427
insert MelikhovStech:MaximumWeight 21 0.0169877
insert MelikhovStech:MaximumWeight 22 0.124776
insert MelikhovStech:MaximumWeight 23 0.121677
insert MelikhovStech:MaximumWeight 24 0.0305758
insert MelikhovStech:MaximumWeight 25 0.125676
insert MelikhovStech:MaximumWeight 26 0.125481
insert MelikhovStech:MaximumWeight 27 0.0311555
insert MelikhovStech:MaximumWeight 28 0.000214676
insert MelikhovStech:MaximumWeight 29 0.000211978
insert MelikhovStech:MaximumWeight 30 0.000128561
insert MelikhovStech:MaximumWeight 31 0.000394065
insert MelikhovStech:MaximumWeight 32 0.000388644
insert MelikhovStech:MaximumWeight 33 0.000235631
insert MelikhovStech:MaximumWeight 34 0.000598245
insert MelikhovStech:MaximumWeight 35 0.000610799
insert MelikhovStech:MaximumWeight 36 0.000268044
insert MelikhovStech:MaximumWeight 37 0.00112259
insert MelikhovStech:MaximumWeight 38 0.0011597
insert MelikhovStech:MaximumWeight 39 0.000483222
insert MelikhovStech:MaximumWeight 40 0.0100923
insert MelikhovStech:MaximumWeight 41 0.00884077
insert MelikhovStech:MaximumWeight 42 0.00381443
insert MelikhovStech:MaximumWeight 43 0.00374616
insert MelikhovStech:MaximumWeight 44 0.0794698
insert MelikhovStech:MaximumWeight 45 0.068976
insert MelikhovStech:MaximumWeight 46 0.0324752
insert MelikhovStech:MaximumWeight 47 0.0258154
insert MelikhovStech:MaximumWeight 48 0.118027
insert MelikhovStech:MaximumWeight 49 0.113887
insert MelikhovStech:MaximumWeight 50 0.000401303
insert MelikhovStech:MaximumWeight 51 0.000399862
insert MelikhovStech:MaximumWeight 52 0.000234707
insert MelikhovStech:MaximumWeight 53 0.0028559
insert MelikhovStech:MaximumWeight 54 0.00274908
insert MelikhovStech:MaximumWeight 55 0.00116194
create Herwig::LeptonNeutrinoCurrent MelikhovStechCurrent HwWeakCurrents.so
newdef MelikhovStechCurrent:Quark 0 11
newdef MelikhovStechCurrent:AntiQuark 0 -12
newdef MelikhovStechCurrent:Quark 1 13
newdef MelikhovStechCurrent:AntiQuark 1 -15
newdef MelikhovStechCurrent:Quark 2 15
newdef MelikhovStechCurrent:AntiQuark 2 -16
newdef MelikhovStech:Current MelikhovStechCurrent
create Herwig::MelikhovStechFormFactor MelikhovStechFormFactor
newdef MelikhovStechFormFactor:ThetaEtaEtaPrime 0.698132
newdef MelikhovStechFormFactor:FPlus0 0 0.78
newdef MelikhovStechFormFactor:F+sigma_1 0 0.24
newdef MelikhovStechFormFactor:F+sigma_2 0 0
newdef MelikhovStechFormFactor:F00 0 0.78
newdef MelikhovStechFormFactor:F0sigma_1 0 0.38
newdef MelikhovStechFormFactor:F0sigma_2 0 0.46
newdef MelikhovStechFormFactor:FT0 0 0.75
newdef MelikhovStechFormFactor:FTsigma_1 0 0.27
newdef MelikhovStechFormFactor:FTsigma_2 0 0
newdef MelikhovStechFormFactor:V00 0 0
newdef MelikhovStechFormFactor:V0sigma_1 0 0
newdef MelikhovStechFormFactor:V0sigma_2 0 0
newdef MelikhovStechFormFactor:A00 0 0
newdef MelikhovStechFormFactor:A0sigma_1 0 0
newdef MelikhovStechFormFactor:A0sigma_2 0 0
newdef MelikhovStechFormFactor:A10 0 0
newdef MelikhovStechFormFactor:A1sigma_1 0 0
newdef MelikhovStechFormFactor:A1sigma_2 0 0
newdef MelikhovStechFormFactor:A20 0 0
newdef MelikhovStechFormFactor:A2sigma_1 0 0
newdef MelikhovStechFormFactor:A2sigma_2 0 0
newdef MelikhovStechFormFactor:T10 0 0
newdef MelikhovStechFormFactor:T1sigma_1 0 0
newdef MelikhovStechFormFactor:T1sigma_2 0 0
newdef MelikhovStechFormFactor:T20 0 0
newdef MelikhovStechFormFactor:T2sigma_1 0 0
newdef MelikhovStechFormFactor:T2sigma_2 0 0
newdef MelikhovStechFormFactor:T30 0 0
newdef MelikhovStechFormFactor:T3sigma_1 0 0
newdef MelikhovStechFormFactor:T3sigma_2 0 0
newdef MelikhovStechFormFactor:MassP 0 1.97
newdef MelikhovStechFormFactor:MassV 0 2.11
newdef MelikhovStechFormFactor:FPlus0 1 0.78
newdef MelikhovStechFormFactor:F+sigma_1 1 0.24
newdef MelikhovStechFormFactor:F+sigma_2 1 0
newdef MelikhovStechFormFactor:F00 1 0.78
newdef MelikhovStechFormFactor:F0sigma_1 1 0.38
newdef MelikhovStechFormFactor:F0sigma_2 1 0.46
newdef MelikhovStechFormFactor:FT0 1 0.75
newdef MelikhovStechFormFactor:FTsigma_1 1 0.27
newdef MelikhovStechFormFactor:FTsigma_2 1 0
newdef MelikhovStechFormFactor:V00 1 0
newdef MelikhovStechFormFactor:V0sigma_1 1 0
newdef MelikhovStechFormFactor:V0sigma_2 1 0
newdef MelikhovStechFormFactor:A00 1 0
newdef MelikhovStechFormFactor:A0sigma_1 1 0
newdef MelikhovStechFormFactor:A0sigma_2 1 0
newdef MelikhovStechFormFactor:A10 1 0
newdef MelikhovStechFormFactor:A1sigma_1 1 0
newdef MelikhovStechFormFactor:A1sigma_2 1 0
newdef MelikhovStechFormFactor:A20 1 0
newdef MelikhovStechFormFactor:A2sigma_1 1 0
newdef MelikhovStechFormFactor:A2sigma_2 1 0
newdef MelikhovStechFormFactor:T10 1 0
newdef MelikhovStechFormFactor:T1sigma_1 1 0
newdef MelikhovStechFormFactor:T1sigma_2 1 0
newdef MelikhovStechFormFactor:T20 1 0
newdef MelikhovStechFormFactor:T2sigma_1 1 0
newdef MelikhovStechFormFactor:T2sigma_2 1 0
newdef MelikhovStechFormFactor:T30 1 0
newdef MelikhovStechFormFactor:T3sigma_1 1 0
newdef MelikhovStechFormFactor:T3sigma_2 1 0
newdef MelikhovStechFormFactor:MassP 1 1.97
newdef MelikhovStechFormFactor:MassV 1 2.11
newdef MelikhovStechFormFactor:FPlus0 2 0
newdef MelikhovStechFormFactor:F+sigma_1 2 0
newdef MelikhovStechFormFactor:F+sigma_2 2 0
newdef MelikhovStechFormFactor:F00 2 0
newdef MelikhovStechFormFactor:F0sigma_1 2 0
newdef MelikhovStechFormFactor:F0sigma_2 2 0
newdef MelikhovStechFormFactor:FT0 2 0
newdef MelikhovStechFormFactor:FTsigma_1 2 0
newdef MelikhovStechFormFactor:FTsigma_2 2 0
newdef MelikhovStechFormFactor:V00 2 1.03
newdef MelikhovStechFormFactor:V0sigma_1 2 0.27
newdef MelikhovStechFormFactor:V0sigma_2 2 0
newdef MelikhovStechFormFactor:A00 2 0.76
newdef MelikhovStechFormFactor:A0sigma_1 2 0.17
newdef MelikhovStechFormFactor:A0sigma_2 2 0
newdef MelikhovStechFormFactor:A10 2 0.66
newdef MelikhovStechFormFactor:A1sigma_1 2 0.3
newdef MelikhovStechFormFactor:A1sigma_2 2 0.2
newdef MelikhovStechFormFactor:A20 2 0.49
newdef MelikhovStechFormFactor:A2sigma_1 2 0.67
newdef MelikhovStechFormFactor:A2sigma_2 2 0.16
newdef MelikhovStechFormFactor:T10 2 0.78
newdef MelikhovStechFormFactor:T1sigma_1 2 0.25
newdef MelikhovStechFormFactor:T1sigma_2 2 0
newdef MelikhovStechFormFactor:T20 2 0.78
newdef MelikhovStechFormFactor:T2sigma_1 2 0.02
newdef MelikhovStechFormFactor:T2sigma_2 2 1.8
newdef MelikhovStechFormFactor:T30 2 0.45
newdef MelikhovStechFormFactor:T3sigma_1 2 1.23
newdef MelikhovStechFormFactor:T3sigma_2 2 0.34
newdef MelikhovStechFormFactor:MassP 2 1.97
newdef MelikhovStechFormFactor:MassV 2 2.11
newdef MelikhovStechFormFactor:FPlus0 3 0
newdef MelikhovStechFormFactor:F+sigma_1 3 0
newdef MelikhovStechFormFactor:F+sigma_2 3 0
newdef MelikhovStechFormFactor:F00 3 0
newdef MelikhovStechFormFactor:F0sigma_1 3 0
newdef MelikhovStechFormFactor:F0sigma_2 3 0
newdef MelikhovStechFormFactor:FT0 3 0
newdef MelikhovStechFormFactor:FTsigma_1 3 0
newdef MelikhovStechFormFactor:FTsigma_2 3 0
newdef MelikhovStechFormFactor:V00 3 1.03
newdef MelikhovStechFormFactor:V0sigma_1 3 0.27
newdef MelikhovStechFormFactor:V0sigma_2 3 0
newdef MelikhovStechFormFactor:A00 3 0.76
newdef MelikhovStechFormFactor:A0sigma_1 3 0.17
newdef MelikhovStechFormFactor:A0sigma_2 3 0
newdef MelikhovStechFormFactor:A10 3 0.66
newdef MelikhovStechFormFactor:A1sigma_1 3 0.3
newdef MelikhovStechFormFactor:A1sigma_2 3 0.2
newdef MelikhovStechFormFactor:A20 3 0.49
newdef MelikhovStechFormFactor:A2sigma_1 3 0.67
newdef MelikhovStechFormFactor:A2sigma_2 3 0.16
newdef MelikhovStechFormFactor:T10 3 0.78
newdef MelikhovStechFormFactor:T1sigma_1 3 0.25
newdef MelikhovStechFormFactor:T1sigma_2 3 0
newdef MelikhovStechFormFactor:T20 3 0.78
newdef MelikhovStechFormFactor:T2sigma_1 3 0.02
newdef MelikhovStechFormFactor:T2sigma_2 3 1.8
newdef MelikhovStechFormFactor:T30 3 0.45
newdef MelikhovStechFormFactor:T3sigma_1 3 1.23
newdef MelikhovStechFormFactor:T3sigma_2 3 0.34
newdef MelikhovStechFormFactor:MassP 3 1.97
newdef MelikhovStechFormFactor:MassV 3 2.11
newdef MelikhovStechFormFactor:FPlus0 4 0.69
newdef MelikhovStechFormFactor:F+sigma_1 4 0.3
newdef MelikhovStechFormFactor:F+sigma_2 4 0
newdef MelikhovStechFormFactor:F00 4 0.69
newdef MelikhovStechFormFactor:F0sigma_1 4 0.54
newdef MelikhovStechFormFactor:F0sigma_2 4 0.32
newdef MelikhovStechFormFactor:FT0 4 0.6
newdef MelikhovStechFormFactor:FTsigma_1 4 0.34
newdef MelikhovStechFormFactor:FTsigma_2 4 0
newdef MelikhovStechFormFactor:V00 4 0
newdef MelikhovStechFormFactor:V0sigma_1 4 0
newdef MelikhovStechFormFactor:V0sigma_2 4 0
newdef MelikhovStechFormFactor:A00 4 0
newdef MelikhovStechFormFactor:A0sigma_1 4 0
newdef MelikhovStechFormFactor:A0sigma_2 4 0
newdef MelikhovStechFormFactor:A10 4 0
newdef MelikhovStechFormFactor:A1sigma_1 4 0
newdef MelikhovStechFormFactor:A1sigma_2 4 0
newdef MelikhovStechFormFactor:A20 4 0
newdef MelikhovStechFormFactor:A2sigma_1 4 0
newdef MelikhovStechFormFactor:A2sigma_2 4 0
newdef MelikhovStechFormFactor:T10 4 0
newdef MelikhovStechFormFactor:T1sigma_1 4 0
newdef MelikhovStechFormFactor:T1sigma_2 4 0
newdef MelikhovStechFormFactor:T20 4 0
newdef MelikhovStechFormFactor:T2sigma_1 4 0
newdef MelikhovStechFormFactor:T2sigma_2 4 0
newdef MelikhovStechFormFactor:T30 4 0
newdef MelikhovStechFormFactor:T3sigma_1 4 0
newdef MelikhovStechFormFactor:T3sigma_2 4 0
newdef MelikhovStechFormFactor:MassP 4 1.87
newdef MelikhovStechFormFactor:MassV 4 2.01
newdef MelikhovStechFormFactor:FPlus0 5 0.69
newdef MelikhovStechFormFactor:F+sigma_1 5 0.3
newdef MelikhovStechFormFactor:F+sigma_2 5 0
newdef MelikhovStechFormFactor:F00 5 0.69
newdef MelikhovStechFormFactor:F0sigma_1 5 0.54
newdef MelikhovStechFormFactor:F0sigma_2 5 0.32
newdef MelikhovStechFormFactor:FT0 5 0.6
newdef MelikhovStechFormFactor:FTsigma_1 5 0.34
newdef MelikhovStechFormFactor:FTsigma_2 5 0
newdef MelikhovStechFormFactor:V00 5 0
newdef MelikhovStechFormFactor:V0sigma_1 5 0
newdef MelikhovStechFormFactor:V0sigma_2 5 0
newdef MelikhovStechFormFactor:A00 5 0
newdef MelikhovStechFormFactor:A0sigma_1 5 0
newdef MelikhovStechFormFactor:A0sigma_2 5 0
newdef MelikhovStechFormFactor:A10 5 0
newdef MelikhovStechFormFactor:A1sigma_1 5 0
newdef MelikhovStechFormFactor:A1sigma_2 5 0
newdef MelikhovStechFormFactor:A20 5 0
newdef MelikhovStechFormFactor:A2sigma_1 5 0
newdef MelikhovStechFormFactor:A2sigma_2 5 0
newdef MelikhovStechFormFactor:T10 5 0
newdef MelikhovStechFormFactor:T1sigma_1 5 0
newdef MelikhovStechFormFactor:T1sigma_2 5 0
newdef MelikhovStechFormFactor:T20 5 0
newdef MelikhovStechFormFactor:T2sigma_1 5 0
newdef MelikhovStechFormFactor:T2sigma_2 5 0
newdef MelikhovStechFormFactor:T30 5 0
newdef MelikhovStechFormFactor:T3sigma_1 5 0
newdef MelikhovStechFormFactor:T3sigma_2 5 0
newdef MelikhovStechFormFactor:MassP 5 1.87
newdef MelikhovStechFormFactor:MassV 5 2.01
newdef MelikhovStechFormFactor:FPlus0 6 0.69
newdef MelikhovStechFormFactor:F+sigma_1 6 0.3
newdef MelikhovStechFormFactor:F+sigma_2 6 0
newdef MelikhovStechFormFactor:F00 6 0.69
newdef MelikhovStechFormFactor:F0sigma_1 6 0.54
newdef MelikhovStechFormFactor:F0sigma_2 6 0.32
newdef MelikhovStechFormFactor:FT0 6 0.6
newdef MelikhovStechFormFactor:FTsigma_1 6 0.34
newdef MelikhovStechFormFactor:FTsigma_2 6 0
newdef MelikhovStechFormFactor:V00 6 0
newdef MelikhovStechFormFactor:V0sigma_1 6 0
newdef MelikhovStechFormFactor:V0sigma_2 6 0
newdef MelikhovStechFormFactor:A00 6 0
newdef MelikhovStechFormFactor:A0sigma_1 6 0
newdef MelikhovStechFormFactor:A0sigma_2 6 0
newdef MelikhovStechFormFactor:A10 6 0
newdef MelikhovStechFormFactor:A1sigma_1 6 0
newdef MelikhovStechFormFactor:A1sigma_2 6 0
newdef MelikhovStechFormFactor:A20 6 0
newdef MelikhovStechFormFactor:A2sigma_1 6 0
newdef MelikhovStechFormFactor:A2sigma_2 6 0
newdef MelikhovStechFormFactor:T10 6 0
newdef MelikhovStechFormFactor:T1sigma_1 6 0
newdef MelikhovStechFormFactor:T1sigma_2 6 0
newdef MelikhovStechFormFactor:T20 6 0
newdef MelikhovStechFormFactor:T2sigma_1 6 0
newdef MelikhovStechFormFactor:T2sigma_2 6 0
newdef MelikhovStechFormFactor:T30 6 0
newdef MelikhovStechFormFactor:T3sigma_1 6 0
newdef MelikhovStechFormFactor:T3sigma_2 6 0
newdef MelikhovStechFormFactor:MassP 6 1.87
newdef MelikhovStechFormFactor:MassV 6 2.01
newdef MelikhovStechFormFactor:FPlus0 7 0.69
newdef MelikhovStechFormFactor:F+sigma_1 7 0.3
newdef MelikhovStechFormFactor:F+sigma_2 7 0
newdef MelikhovStechFormFactor:F00 7 0.69
newdef MelikhovStechFormFactor:F0sigma_1 7 0.54
newdef MelikhovStechFormFactor:F0sigma_2 7 0.32
newdef MelikhovStechFormFactor:FT0 7 0.6
newdef MelikhovStechFormFactor:FTsigma_1 7 0.34
newdef MelikhovStechFormFactor:FTsigma_2 7 0
newdef MelikhovStechFormFactor:V00 7 0
newdef MelikhovStechFormFactor:V0sigma_1 7 0
newdef MelikhovStechFormFactor:V0sigma_2 7 0
newdef MelikhovStechFormFactor:A00 7 0
newdef MelikhovStechFormFactor:A0sigma_1 7 0
newdef MelikhovStechFormFactor:A0sigma_2 7 0
newdef MelikhovStechFormFactor:A10 7 0
newdef MelikhovStechFormFactor:A1sigma_1 7 0
newdef MelikhovStechFormFactor:A1sigma_2 7 0
newdef MelikhovStechFormFactor:A20 7 0
newdef MelikhovStechFormFactor:A2sigma_1 7 0
newdef MelikhovStechFormFactor:A2sigma_2 7 0
newdef MelikhovStechFormFactor:T10 7 0
newdef MelikhovStechFormFactor:T1sigma_1 7 0
newdef MelikhovStechFormFactor:T1sigma_2 7 0
newdef MelikhovStechFormFactor:T20 7 0
newdef MelikhovStechFormFactor:T2sigma_1 7 0
newdef MelikhovStechFormFactor:T2sigma_2 7 0
newdef MelikhovStechFormFactor:T30 7 0
newdef MelikhovStechFormFactor:T3sigma_1 7 0
newdef MelikhovStechFormFactor:T3sigma_2 7 0
newdef MelikhovStechFormFactor:MassP 7 1.87
newdef MelikhovStechFormFactor:MassV 7 2.01
newdef MelikhovStechFormFactor:FPlus0 8 0
newdef MelikhovStechFormFactor:F+sigma_1 8 0
newdef MelikhovStechFormFactor:F+sigma_2 8 0
newdef MelikhovStechFormFactor:F00 8 0
newdef MelikhovStechFormFactor:F0sigma_1 8 0
newdef MelikhovStechFormFactor:F0sigma_2 8 0
newdef MelikhovStechFormFactor:FT0 8 0
newdef MelikhovStechFormFactor:FTsigma_1 8 0
newdef MelikhovStechFormFactor:FTsigma_2 8 0
newdef MelikhovStechFormFactor:V00 8 0.9
newdef MelikhovStechFormFactor:V0sigma_1 8 0.46
newdef MelikhovStechFormFactor:V0sigma_2 8 0
newdef MelikhovStechFormFactor:A00 8 0.66
newdef MelikhovStechFormFactor:A0sigma_1 8 0.36
newdef MelikhovStechFormFactor:A0sigma_2 8 0
newdef MelikhovStechFormFactor:A10 8 0.59
newdef MelikhovStechFormFactor:A1sigma_1 8 0.5
newdef MelikhovStechFormFactor:A1sigma_2 8 0
newdef MelikhovStechFormFactor:A20 8 0.49
newdef MelikhovStechFormFactor:A2sigma_1 8 0.89
newdef MelikhovStechFormFactor:A2sigma_2 8 0
newdef MelikhovStechFormFactor:T10 8 0.66
newdef MelikhovStechFormFactor:T1sigma_1 8 0.44
newdef MelikhovStechFormFactor:T1sigma_2 8 0
newdef MelikhovStechFormFactor:T20 8 0.66
newdef MelikhovStechFormFactor:T2sigma_1 8 0.38
newdef MelikhovStechFormFactor:T2sigma_2 8 0.5
newdef MelikhovStechFormFactor:T30 8 0.31
newdef MelikhovStechFormFactor:T3sigma_1 8 1.1
newdef MelikhovStechFormFactor:T3sigma_2 8 0.17
newdef MelikhovStechFormFactor:MassP 8 1.87
newdef MelikhovStechFormFactor:MassV 8 2.01
newdef MelikhovStechFormFactor:FPlus0 9 0
newdef MelikhovStechFormFactor:F+sigma_1 9 0
newdef MelikhovStechFormFactor:F+sigma_2 9 0
newdef MelikhovStechFormFactor:F00 9 0
newdef MelikhovStechFormFactor:F0sigma_1 9 0
newdef MelikhovStechFormFactor:F0sigma_2 9 0
newdef MelikhovStechFormFactor:FT0 9 0
newdef MelikhovStechFormFactor:FTsigma_1 9 0
newdef MelikhovStechFormFactor:FTsigma_2 9 0
newdef MelikhovStechFormFactor:V00 9 0.9
newdef MelikhovStechFormFactor:V0sigma_1 9 0.46
newdef MelikhovStechFormFactor:V0sigma_2 9 0
newdef MelikhovStechFormFactor:A00 9 0.66
newdef MelikhovStechFormFactor:A0sigma_1 9 0.36
newdef MelikhovStechFormFactor:A0sigma_2 9 0
newdef MelikhovStechFormFactor:A10 9 0.59
newdef MelikhovStechFormFactor:A1sigma_1 9 0.5
newdef MelikhovStechFormFactor:A1sigma_2 9 0
newdef MelikhovStechFormFactor:A20 9 0.49
newdef MelikhovStechFormFactor:A2sigma_1 9 0.89
newdef MelikhovStechFormFactor:A2sigma_2 9 0
newdef MelikhovStechFormFactor:T10 9 0.66
newdef MelikhovStechFormFactor:T1sigma_1 9 0.44
newdef MelikhovStechFormFactor:T1sigma_2 9 0
newdef MelikhovStechFormFactor:T20 9 0.66
newdef MelikhovStechFormFactor:T2sigma_1 9 0.38
newdef MelikhovStechFormFactor:T2sigma_2 9 0.5
newdef MelikhovStechFormFactor:T30 9 0.31
newdef MelikhovStechFormFactor:T3sigma_1 9 1.1
newdef MelikhovStechFormFactor:T3sigma_2 9 0.17
newdef MelikhovStechFormFactor:MassP 9 1.87
newdef MelikhovStechFormFactor:MassV 9 2.01
newdef MelikhovStechFormFactor:FPlus0 10 0
newdef MelikhovStechFormFactor:F+sigma_1 10 0
newdef MelikhovStechFormFactor:F+sigma_2 10 0
newdef MelikhovStechFormFactor:F00 10 0
newdef MelikhovStechFormFactor:F0sigma_1 10 0
newdef MelikhovStechFormFactor:F0sigma_2 10 0
newdef MelikhovStechFormFactor:FT0 10 0
newdef MelikhovStechFormFactor:FTsigma_1 10 0
newdef MelikhovStechFormFactor:FTsigma_2 10 0
newdef MelikhovStechFormFactor:V00 10 0.9
newdef MelikhovStechFormFactor:V0sigma_1 10 0.46
newdef MelikhovStechFormFactor:V0sigma_2 10 0
newdef MelikhovStechFormFactor:A00 10 0.66
newdef MelikhovStechFormFactor:A0sigma_1 10 0.36
newdef MelikhovStechFormFactor:A0sigma_2 10 0
newdef MelikhovStechFormFactor:A10 10 0.59
newdef MelikhovStechFormFactor:A1sigma_1 10 0.5
newdef MelikhovStechFormFactor:A1sigma_2 10 0
newdef MelikhovStechFormFactor:A20 10 0.49
newdef MelikhovStechFormFactor:A2sigma_1 10 0.89
newdef MelikhovStechFormFactor:A2sigma_2 10 0
newdef MelikhovStechFormFactor:T10 10 0.66
newdef MelikhovStechFormFactor:T1sigma_1 10 0.44
newdef MelikhovStechFormFactor:T1sigma_2 10 0
newdef MelikhovStechFormFactor:T20 10 0.66
newdef MelikhovStechFormFactor:T2sigma_1 10 0.38
newdef MelikhovStechFormFactor:T2sigma_2 10 0.5
newdef MelikhovStechFormFactor:T30 10 0.31
newdef MelikhovStechFormFactor:T3sigma_1 10 1.1
newdef MelikhovStechFormFactor:T3sigma_2 10 0.17
newdef MelikhovStechFormFactor:MassP 10 1.87
newdef MelikhovStechFormFactor:MassV 10 2.01
newdef MelikhovStechFormFactor:FPlus0 11 0
newdef MelikhovStechFormFactor:F+sigma_1 11 0
newdef MelikhovStechFormFactor:F+sigma_2 11 0
newdef MelikhovStechFormFactor:F00 11 0
newdef MelikhovStechFormFactor:F0sigma_1 11 0
newdef MelikhovStechFormFactor:F0sigma_2 11 0
newdef MelikhovStechFormFactor:FT0 11 0
newdef MelikhovStechFormFactor:FTsigma_1 11 0
newdef MelikhovStechFormFactor:FTsigma_2 11 0
newdef MelikhovStechFormFactor:V00 11 0.9
newdef MelikhovStechFormFactor:V0sigma_1 11 0.46
newdef MelikhovStechFormFactor:V0sigma_2 11 0
newdef MelikhovStechFormFactor:A00 11 0.66
newdef MelikhovStechFormFactor:A0sigma_1 11 0.36
newdef MelikhovStechFormFactor:A0sigma_2 11 0
newdef MelikhovStechFormFactor:A10 11 0.59
newdef MelikhovStechFormFactor:A1sigma_1 11 0.5
newdef MelikhovStechFormFactor:A1sigma_2 11 0
newdef MelikhovStechFormFactor:A20 11 0.49
newdef MelikhovStechFormFactor:A2sigma_1 11 0.89
newdef MelikhovStechFormFactor:A2sigma_2 11 0
newdef MelikhovStechFormFactor:T10 11 0.66
newdef MelikhovStechFormFactor:T1sigma_1 11 0.44
newdef MelikhovStechFormFactor:T1sigma_2 11 0
newdef MelikhovStechFormFactor:T20 11 0.66
newdef MelikhovStechFormFactor:T2sigma_1 11 0.38
newdef MelikhovStechFormFactor:T2sigma_2 11 0.5
newdef MelikhovStechFormFactor:T30 11 0.31
newdef MelikhovStechFormFactor:T3sigma_1 11 1.1
newdef MelikhovStechFormFactor:T3sigma_2 11 0.17
newdef MelikhovStechFormFactor:MassP 11 1.87
newdef MelikhovStechFormFactor:MassV 11 2.01
newdef MelikhovStechFormFactor:FPlus0 12 0.67
newdef MelikhovStechFormFactor:F+sigma_1 12 0.57
newdef MelikhovStechFormFactor:F+sigma_2 12 0
newdef MelikhovStechFormFactor:F00 12 0.67
newdef MelikhovStechFormFactor:F0sigma_1 12 0.78
newdef MelikhovStechFormFactor:F0sigma_2 12 0
newdef MelikhovStechFormFactor:FT0 12 0.69
newdef MelikhovStechFormFactor:FTsigma_1 12 0.56
newdef MelikhovStechFormFactor:FTsigma_2 12 0
newdef MelikhovStechFormFactor:V00 12 0
newdef MelikhovStechFormFactor:V0sigma_1 12 0
newdef MelikhovStechFormFactor:V0sigma_2 12 0
newdef MelikhovStechFormFactor:A00 12 0
newdef MelikhovStechFormFactor:A0sigma_1 12 0
newdef MelikhovStechFormFactor:A0sigma_2 12 0
newdef MelikhovStechFormFactor:A10 12 0
newdef MelikhovStechFormFactor:A1sigma_1 12 0
newdef MelikhovStechFormFactor:A1sigma_2 12 0
newdef MelikhovStechFormFactor:A20 12 0
newdef MelikhovStechFormFactor:A2sigma_1 12 0
newdef MelikhovStechFormFactor:A2sigma_2 12 0
newdef MelikhovStechFormFactor:T10 12 0
newdef MelikhovStechFormFactor:T1sigma_1 12 0
newdef MelikhovStechFormFactor:T1sigma_2 12 0
newdef MelikhovStechFormFactor:T20 12 0
newdef MelikhovStechFormFactor:T2sigma_1 12 0
newdef MelikhovStechFormFactor:T2sigma_2 12 0
newdef MelikhovStechFormFactor:T30 12 0
newdef MelikhovStechFormFactor:T3sigma_1 12 0
newdef MelikhovStechFormFactor:T3sigma_2 12 0
newdef MelikhovStechFormFactor:MassP 12 6.4
newdef MelikhovStechFormFactor:MassV 12 6.4
newdef MelikhovStechFormFactor:FPlus0 13 0.67
newdef MelikhovStechFormFactor:F+sigma_1 13 0.57
newdef MelikhovStechFormFactor:F+sigma_2 13 0
newdef MelikhovStechFormFactor:F00 13 0.67
newdef MelikhovStechFormFactor:F0sigma_1 13 0.78
newdef MelikhovStechFormFactor:F0sigma_2 13 0
newdef MelikhovStechFormFactor:FT0 13 0.69
newdef MelikhovStechFormFactor:FTsigma_1 13 0.56
newdef MelikhovStechFormFactor:FTsigma_2 13 0
newdef MelikhovStechFormFactor:V00 13 0
newdef MelikhovStechFormFactor:V0sigma_1 13 0
newdef MelikhovStechFormFactor:V0sigma_2 13 0
newdef MelikhovStechFormFactor:A00 13 0
newdef MelikhovStechFormFactor:A0sigma_1 13 0
newdef MelikhovStechFormFactor:A0sigma_2 13 0
newdef MelikhovStechFormFactor:A10 13 0
newdef MelikhovStechFormFactor:A1sigma_1 13 0
newdef MelikhovStechFormFactor:A1sigma_2 13 0
newdef MelikhovStechFormFactor:A20 13 0
newdef MelikhovStechFormFactor:A2sigma_1 13 0
newdef MelikhovStechFormFactor:A2sigma_2 13 0
newdef MelikhovStechFormFactor:T10 13 0
newdef MelikhovStechFormFactor:T1sigma_1 13 0
newdef MelikhovStechFormFactor:T1sigma_2 13 0
newdef MelikhovStechFormFactor:T20 13 0
newdef MelikhovStechFormFactor:T2sigma_1 13 0
newdef MelikhovStechFormFactor:T2sigma_2 13 0
newdef MelikhovStechFormFactor:T30 13 0
newdef MelikhovStechFormFactor:T3sigma_1 13 0
newdef MelikhovStechFormFactor:T3sigma_2 13 0
newdef MelikhovStechFormFactor:MassP 13 6.4
newdef MelikhovStechFormFactor:MassV 13 6.4
newdef MelikhovStechFormFactor:FPlus0 14 0
newdef MelikhovStechFormFactor:F+sigma_1 14 0
newdef MelikhovStechFormFactor:F+sigma_2 14 0
newdef MelikhovStechFormFactor:F00 14 0
newdef MelikhovStechFormFactor:F0sigma_1 14 0
newdef MelikhovStechFormFactor:F0sigma_2 14 0
newdef MelikhovStechFormFactor:FT0 14 0
newdef MelikhovStechFormFactor:FTsigma_1 14 0
newdef MelikhovStechFormFactor:FTsigma_2 14 0
newdef MelikhovStechFormFactor:V00 14 0.76
newdef MelikhovStechFormFactor:V0sigma_1 14 0.57
newdef MelikhovStechFormFactor:V0sigma_2 14 0
newdef MelikhovStechFormFactor:A00 14 0.69
newdef MelikhovStechFormFactor:A0sigma_1 14 0.58
newdef MelikhovStechFormFactor:A0sigma_2 14 0
newdef MelikhovStechFormFactor:A10 14 0.66
newdef MelikhovStechFormFactor:A1sigma_1 14 0.78
newdef MelikhovStechFormFactor:A1sigma_2 14 0
newdef MelikhovStechFormFactor:A20 14 0.62
newdef MelikhovStechFormFactor:A2sigma_1 14 1.4
newdef MelikhovStechFormFactor:A2sigma_2 14 0.41
newdef MelikhovStechFormFactor:T10 14 0.68
newdef MelikhovStechFormFactor:T1sigma_1 14 0.57
newdef MelikhovStechFormFactor:T1sigma_2 14 0
newdef MelikhovStechFormFactor:T20 14 0.68
newdef MelikhovStechFormFactor:T2sigma_1 14 0.64
newdef MelikhovStechFormFactor:T2sigma_2 14 0
newdef MelikhovStechFormFactor:T30 14 0.33
newdef MelikhovStechFormFactor:T3sigma_1 14 1.46
newdef MelikhovStechFormFactor:T3sigma_2 14 0.5
newdef MelikhovStechFormFactor:MassP 14 6.4
newdef MelikhovStechFormFactor:MassV 14 6.4
newdef MelikhovStechFormFactor:FPlus0 15 0
newdef MelikhovStechFormFactor:F+sigma_1 15 0
newdef MelikhovStechFormFactor:F+sigma_2 15 0
newdef MelikhovStechFormFactor:F00 15 0
newdef MelikhovStechFormFactor:F0sigma_1 15 0
newdef MelikhovStechFormFactor:F0sigma_2 15 0
newdef MelikhovStechFormFactor:FT0 15 0
newdef MelikhovStechFormFactor:FTsigma_1 15 0
newdef MelikhovStechFormFactor:FTsigma_2 15 0
newdef MelikhovStechFormFactor:V00 15 0.76
newdef MelikhovStechFormFactor:V0sigma_1 15 0.57
newdef MelikhovStechFormFactor:V0sigma_2 15 0
newdef MelikhovStechFormFactor:A00 15 0.69
newdef MelikhovStechFormFactor:A0sigma_1 15 0.58
newdef MelikhovStechFormFactor:A0sigma_2 15 0
newdef MelikhovStechFormFactor:A10 15 0.66
newdef MelikhovStechFormFactor:A1sigma_1 15 0.78
newdef MelikhovStechFormFactor:A1sigma_2 15 0
newdef MelikhovStechFormFactor:A20 15 0.62
newdef MelikhovStechFormFactor:A2sigma_1 15 1.4
newdef MelikhovStechFormFactor:A2sigma_2 15 0.41
newdef MelikhovStechFormFactor:T10 15 0.68
newdef MelikhovStechFormFactor:T1sigma_1 15 0.57
newdef MelikhovStechFormFactor:T1sigma_2 15 0
newdef MelikhovStechFormFactor:T20 15 0.68
newdef MelikhovStechFormFactor:T2sigma_1 15 0.64
newdef MelikhovStechFormFactor:T2sigma_2 15 0
newdef MelikhovStechFormFactor:T30 15 0.33
newdef MelikhovStechFormFactor:T3sigma_1 15 1.46
newdef MelikhovStechFormFactor:T3sigma_2 15 0.5
newdef MelikhovStechFormFactor:MassP 15 6.4
newdef MelikhovStechFormFactor:MassV 15 6.4
newdef MelikhovStechFormFactor:FPlus0 16 0.36
newdef MelikhovStechFormFactor:F+sigma_1 16 0.43
newdef MelikhovStechFormFactor:F+sigma_2 16 0
newdef MelikhovStechFormFactor:F00 16 0.36
newdef MelikhovStechFormFactor:F0sigma_1 16 0.7
newdef MelikhovStechFormFactor:F0sigma_2 16 0.27
newdef MelikhovStechFormFactor:FT0 16 0.35
newdef MelikhovStechFormFactor:FTsigma_1 16 0.43
newdef MelikhovStechFormFactor:FTsigma_2 16 0
newdef MelikhovStechFormFactor:V00 16 0
newdef MelikhovStechFormFactor:V0sigma_1 16 0
newdef MelikhovStechFormFactor:V0sigma_2 16 0
newdef MelikhovStechFormFactor:A00 16 0
newdef MelikhovStechFormFactor:A0sigma_1 16 0
newdef MelikhovStechFormFactor:A0sigma_2 16 0
newdef MelikhovStechFormFactor:A10 16 0
newdef MelikhovStechFormFactor:A1sigma_1 16 0
newdef MelikhovStechFormFactor:A1sigma_2 16 0
newdef MelikhovStechFormFactor:A20 16 0
newdef MelikhovStechFormFactor:A2sigma_1 16 0
newdef MelikhovStechFormFactor:A2sigma_2 16 0
newdef MelikhovStechFormFactor:T10 16 0
newdef MelikhovStechFormFactor:T1sigma_1 16 0
newdef MelikhovStechFormFactor:T1sigma_2 16 0
newdef MelikhovStechFormFactor:T20 16 0
newdef MelikhovStechFormFactor:T2sigma_1 16 0
newdef MelikhovStechFormFactor:T2sigma_2 16 0
newdef MelikhovStechFormFactor:T30 16 0
newdef MelikhovStechFormFactor:T3sigma_1 16 0
newdef MelikhovStechFormFactor:T3sigma_2 16 0
newdef MelikhovStechFormFactor:MassP 16 5.37
newdef MelikhovStechFormFactor:MassV 16 5.42
newdef MelikhovStechFormFactor:FPlus0 17 0.36
newdef MelikhovStechFormFactor:F+sigma_1 17 0.43
newdef MelikhovStechFormFactor:F+sigma_2 17 0
newdef MelikhovStechFormFactor:F00 17 0.36
newdef MelikhovStechFormFactor:F0sigma_1 17 0.7
newdef MelikhovStechFormFactor:F0sigma_2 17 0.27
newdef MelikhovStechFormFactor:FT0 17 0.35
newdef MelikhovStechFormFactor:FTsigma_1 17 0.43
newdef MelikhovStechFormFactor:FTsigma_2 17 0
newdef MelikhovStechFormFactor:V00 17 0
newdef MelikhovStechFormFactor:V0sigma_1 17 0
newdef MelikhovStechFormFactor:V0sigma_2 17 0
newdef MelikhovStechFormFactor:A00 17 0
newdef MelikhovStechFormFactor:A0sigma_1 17 0
newdef MelikhovStechFormFactor:A0sigma_2 17 0
newdef MelikhovStechFormFactor:A10 17 0
newdef MelikhovStechFormFactor:A1sigma_1 17 0
newdef MelikhovStechFormFactor:A1sigma_2 17 0
newdef MelikhovStechFormFactor:A20 17 0
newdef MelikhovStechFormFactor:A2sigma_1 17 0
newdef MelikhovStechFormFactor:A2sigma_2 17 0
newdef MelikhovStechFormFactor:T10 17 0
newdef MelikhovStechFormFactor:T1sigma_1 17 0
newdef MelikhovStechFormFactor:T1sigma_2 17 0
newdef MelikhovStechFormFactor:T20 17 0
newdef MelikhovStechFormFactor:T2sigma_1 17 0
newdef MelikhovStechFormFactor:T2sigma_2 17 0
newdef MelikhovStechFormFactor:T30 17 0
newdef MelikhovStechFormFactor:T3sigma_1 17 0
newdef MelikhovStechFormFactor:T3sigma_2 17 0
newdef MelikhovStechFormFactor:MassP 17 5.37
newdef MelikhovStechFormFactor:MassV 17 5.42
newdef MelikhovStechFormFactor:FPlus0 18 0
newdef MelikhovStechFormFactor:F+sigma_1 18 0
newdef MelikhovStechFormFactor:F+sigma_2 18 0
newdef MelikhovStechFormFactor:F00 18 0
newdef MelikhovStechFormFactor:F0sigma_1 18 0
newdef MelikhovStechFormFactor:F0sigma_2 18 0
newdef MelikhovStechFormFactor:FT0 18 0
newdef MelikhovStechFormFactor:FTsigma_1 18 0
newdef MelikhovStechFormFactor:FTsigma_2 18 0
newdef MelikhovStechFormFactor:V00 18 0.44
newdef MelikhovStechFormFactor:V0sigma_1 18 0.45
newdef MelikhovStechFormFactor:V0sigma_2 18 0
newdef MelikhovStechFormFactor:A00 18 0.45
newdef MelikhovStechFormFactor:A0sigma_1 18 0.46
newdef MelikhovStechFormFactor:A0sigma_2 18 0
newdef MelikhovStechFormFactor:A10 18 0.36
newdef MelikhovStechFormFactor:A1sigma_1 18 0.64
newdef MelikhovStechFormFactor:A1sigma_2 18 0.36
newdef MelikhovStechFormFactor:A20 18 0.32
newdef MelikhovStechFormFactor:A2sigma_1 18 1.23
newdef MelikhovStechFormFactor:A2sigma_2 18 0.38
newdef MelikhovStechFormFactor:T10 18 0.39
newdef MelikhovStechFormFactor:T1sigma_1 18 0.45
newdef MelikhovStechFormFactor:T1sigma_2 18 0
newdef MelikhovStechFormFactor:T20 18 0.39
newdef MelikhovStechFormFactor:T2sigma_1 18 0.72
newdef MelikhovStechFormFactor:T2sigma_2 18 0.62
newdef MelikhovStechFormFactor:T30 18 0.27
newdef MelikhovStechFormFactor:T3sigma_1 18 1.31
newdef MelikhovStechFormFactor:T3sigma_2 18 0.41
newdef MelikhovStechFormFactor:MassP 18 5.37
newdef MelikhovStechFormFactor:MassV 18 5.42
newdef MelikhovStechFormFactor:FPlus0 19 0
newdef MelikhovStechFormFactor:F+sigma_1 19 0
newdef MelikhovStechFormFactor:F+sigma_2 19 0
newdef MelikhovStechFormFactor:F00 19 0
newdef MelikhovStechFormFactor:F0sigma_1 19 0
newdef MelikhovStechFormFactor:F0sigma_2 19 0
newdef MelikhovStechFormFactor:FT0 19 0
newdef MelikhovStechFormFactor:FTsigma_1 19 0
newdef MelikhovStechFormFactor:FTsigma_2 19 0
newdef MelikhovStechFormFactor:V00 19 0.44
newdef MelikhovStechFormFactor:V0sigma_1 19 0.45
newdef MelikhovStechFormFactor:V0sigma_2 19 0
newdef MelikhovStechFormFactor:A00 19 0.45
newdef MelikhovStechFormFactor:A0sigma_1 19 0.46
newdef MelikhovStechFormFactor:A0sigma_2 19 0
newdef MelikhovStechFormFactor:A10 19 0.36
newdef MelikhovStechFormFactor:A1sigma_1 19 0.64
newdef MelikhovStechFormFactor:A1sigma_2 19 0.36
newdef MelikhovStechFormFactor:A20 19 0.32
newdef MelikhovStechFormFactor:A2sigma_1 19 1.23
newdef MelikhovStechFormFactor:A2sigma_2 19 0.38
newdef MelikhovStechFormFactor:T10 19 0.39
newdef MelikhovStechFormFactor:T1sigma_1 19 0.45
newdef MelikhovStechFormFactor:T1sigma_2 19 0
newdef MelikhovStechFormFactor:T20 19 0.39
newdef MelikhovStechFormFactor:T2sigma_1 19 0.72
newdef MelikhovStechFormFactor:T2sigma_2 19 0.62
newdef MelikhovStechFormFactor:T30 19 0.27
newdef MelikhovStechFormFactor:T3sigma_1 19 1.31
newdef MelikhovStechFormFactor:T3sigma_2 19 0.41
newdef MelikhovStechFormFactor:MassP 19 5.37
newdef MelikhovStechFormFactor:MassV 19 5.42
newdef MelikhovStechFormFactor:FPlus0 20 0.29
newdef MelikhovStechFormFactor:F+sigma_1 20 0.48
newdef MelikhovStechFormFactor:F+sigma_2 20 0
newdef MelikhovStechFormFactor:F00 20 0.29
newdef MelikhovStechFormFactor:F0sigma_1 20 0.76
newdef MelikhovStechFormFactor:F0sigma_2 20 0.28
newdef MelikhovStechFormFactor:FT0 20 0.28
newdef MelikhovStechFormFactor:FTsigma_1 20 0.48
newdef MelikhovStechFormFactor:FTsigma_2 20 0
newdef MelikhovStechFormFactor:V00 20 0
newdef MelikhovStechFormFactor:V0sigma_1 20 0
newdef MelikhovStechFormFactor:V0sigma_2 20 0
newdef MelikhovStechFormFactor:A00 20 0
newdef MelikhovStechFormFactor:A0sigma_1 20 0
newdef MelikhovStechFormFactor:A0sigma_2 20 0
newdef MelikhovStechFormFactor:A10 20 0
newdef MelikhovStechFormFactor:A1sigma_1 20 0
newdef MelikhovStechFormFactor:A1sigma_2 20 0
newdef MelikhovStechFormFactor:A20 20 0
newdef MelikhovStechFormFactor:A2sigma_1 20 0
newdef MelikhovStechFormFactor:A2sigma_2 20 0
newdef MelikhovStechFormFactor:T10 20 0
newdef MelikhovStechFormFactor:T1sigma_1 20 0
newdef MelikhovStechFormFactor:T1sigma_2 20 0
newdef MelikhovStechFormFactor:T20 20 0
newdef MelikhovStechFormFactor:T2sigma_1 20 0
newdef MelikhovStechFormFactor:T2sigma_2 20 0
newdef MelikhovStechFormFactor:T30 20 0
newdef MelikhovStechFormFactor:T3sigma_1 20 0
newdef MelikhovStechFormFactor:T3sigma_2 20 0
newdef MelikhovStechFormFactor:MassP 20 5.27
newdef MelikhovStechFormFactor:MassV 20 5.32
newdef MelikhovStechFormFactor:FPlus0 21 0.29
newdef MelikhovStechFormFactor:F+sigma_1 21 0.48
newdef MelikhovStechFormFactor:F+sigma_2 21 0
newdef MelikhovStechFormFactor:F00 21 0.29
newdef MelikhovStechFormFactor:F0sigma_1 21 0.76
newdef MelikhovStechFormFactor:F0sigma_2 21 0.28
newdef MelikhovStechFormFactor:FT0 21 0.28
newdef MelikhovStechFormFactor:FTsigma_1 21 0.48
newdef MelikhovStechFormFactor:FTsigma_2 21 0
newdef MelikhovStechFormFactor:V00 21 0
newdef MelikhovStechFormFactor:V0sigma_1 21 0
newdef MelikhovStechFormFactor:V0sigma_2 21 0
newdef MelikhovStechFormFactor:A00 21 0
newdef MelikhovStechFormFactor:A0sigma_1 21 0
newdef MelikhovStechFormFactor:A0sigma_2 21 0
newdef MelikhovStechFormFactor:A10 21 0
newdef MelikhovStechFormFactor:A1sigma_1 21 0
newdef MelikhovStechFormFactor:A1sigma_2 21 0
newdef MelikhovStechFormFactor:A20 21 0
newdef MelikhovStechFormFactor:A2sigma_1 21 0
newdef MelikhovStechFormFactor:A2sigma_2 21 0
newdef MelikhovStechFormFactor:T10 21 0
newdef MelikhovStechFormFactor:T1sigma_1 21 0
newdef MelikhovStechFormFactor:T1sigma_2 21 0
newdef MelikhovStechFormFactor:T20 21 0
newdef MelikhovStechFormFactor:T2sigma_1 21 0
newdef MelikhovStechFormFactor:T2sigma_2 21 0
newdef MelikhovStechFormFactor:T30 21 0
newdef MelikhovStechFormFactor:T3sigma_1 21 0
newdef MelikhovStechFormFactor:T3sigma_2 21 0
newdef MelikhovStechFormFactor:MassP 21 5.27
newdef MelikhovStechFormFactor:MassV 21 5.32
newdef MelikhovStechFormFactor:FPlus0 22 0.29
newdef MelikhovStechFormFactor:F+sigma_1 22 0.48
newdef MelikhovStechFormFactor:F+sigma_2 22 0
newdef MelikhovStechFormFactor:F00 22 0.29
newdef MelikhovStechFormFactor:F0sigma_1 22 0.76
newdef MelikhovStechFormFactor:F0sigma_2 22 0.28
newdef MelikhovStechFormFactor:FT0 22 0.28
newdef MelikhovStechFormFactor:FTsigma_1 22 0.48
newdef MelikhovStechFormFactor:FTsigma_2 22 0
newdef MelikhovStechFormFactor:V00 22 0
newdef MelikhovStechFormFactor:V0sigma_1 22 0
newdef MelikhovStechFormFactor:V0sigma_2 22 0
newdef MelikhovStechFormFactor:A00 22 0
newdef MelikhovStechFormFactor:A0sigma_1 22 0
newdef MelikhovStechFormFactor:A0sigma_2 22 0
newdef MelikhovStechFormFactor:A10 22 0
newdef MelikhovStechFormFactor:A1sigma_1 22 0
newdef MelikhovStechFormFactor:A1sigma_2 22 0
newdef MelikhovStechFormFactor:A20 22 0
newdef MelikhovStechFormFactor:A2sigma_1 22 0
newdef MelikhovStechFormFactor:A2sigma_2 22 0
newdef MelikhovStechFormFactor:T10 22 0
newdef MelikhovStechFormFactor:T1sigma_1 22 0
newdef MelikhovStechFormFactor:T1sigma_2 22 0
newdef MelikhovStechFormFactor:T20 22 0
newdef MelikhovStechFormFactor:T2sigma_1 22 0
newdef MelikhovStechFormFactor:T2sigma_2 22 0
newdef MelikhovStechFormFactor:T30 22 0
newdef MelikhovStechFormFactor:T3sigma_1 22 0
newdef MelikhovStechFormFactor:T3sigma_2 22 0
newdef MelikhovStechFormFactor:MassP 22 5.27
newdef MelikhovStechFormFactor:MassV 22 5.32
newdef MelikhovStechFormFactor:FPlus0 23 0.29
newdef MelikhovStechFormFactor:F+sigma_1 23 0.48
newdef MelikhovStechFormFactor:F+sigma_2 23 0
newdef MelikhovStechFormFactor:F00 23 0.29
newdef MelikhovStechFormFactor:F0sigma_1 23 0.76
newdef MelikhovStechFormFactor:F0sigma_2 23 0.28
newdef MelikhovStechFormFactor:FT0 23 0.28
newdef MelikhovStechFormFactor:FTsigma_1 23 0.48
newdef MelikhovStechFormFactor:FTsigma_2 23 0
newdef MelikhovStechFormFactor:V00 23 0
newdef MelikhovStechFormFactor:V0sigma_1 23 0
newdef MelikhovStechFormFactor:V0sigma_2 23 0
newdef MelikhovStechFormFactor:A00 23 0
newdef MelikhovStechFormFactor:A0sigma_1 23 0
newdef MelikhovStechFormFactor:A0sigma_2 23 0
newdef MelikhovStechFormFactor:A10 23 0
newdef MelikhovStechFormFactor:A1sigma_1 23 0
newdef MelikhovStechFormFactor:A1sigma_2 23 0
newdef MelikhovStechFormFactor:A20 23 0
newdef MelikhovStechFormFactor:A2sigma_1 23 0
newdef MelikhovStechFormFactor:A2sigma_2 23 0
newdef MelikhovStechFormFactor:T10 23 0
newdef MelikhovStechFormFactor:T1sigma_1 23 0
newdef MelikhovStechFormFactor:T1sigma_2 23 0
newdef MelikhovStechFormFactor:T20 23 0
newdef MelikhovStechFormFactor:T2sigma_1 23 0
newdef MelikhovStechFormFactor:T2sigma_2 23 0
newdef MelikhovStechFormFactor:T30 23 0
newdef MelikhovStechFormFactor:T3sigma_1 23 0
newdef MelikhovStechFormFactor:T3sigma_2 23 0
newdef MelikhovStechFormFactor:MassP 23 5.27
newdef MelikhovStechFormFactor:MassV 23 5.32
newdef MelikhovStechFormFactor:FPlus0 24 0
newdef MelikhovStechFormFactor:F+sigma_1 24 0
newdef MelikhovStechFormFactor:F+sigma_2 24 0
newdef MelikhovStechFormFactor:F00 24 0
newdef MelikhovStechFormFactor:F0sigma_1 24 0
newdef MelikhovStechFormFactor:F0sigma_2 24 0
newdef MelikhovStechFormFactor:FT0 24 0
newdef MelikhovStechFormFactor:FTsigma_1 24 0
newdef MelikhovStechFormFactor:FTsigma_2 24 0
newdef MelikhovStechFormFactor:V00 24 0.31
newdef MelikhovStechFormFactor:V0sigma_1 24 0.59
newdef MelikhovStechFormFactor:V0sigma_2 24 0
newdef MelikhovStechFormFactor:A00 24 0.3
newdef MelikhovStechFormFactor:A0sigma_1 24 0.54
newdef MelikhovStechFormFactor:A0sigma_2 24 0
newdef MelikhovStechFormFactor:A10 24 0.26
newdef MelikhovStechFormFactor:A1sigma_1 24 0.73
newdef MelikhovStechFormFactor:A1sigma_2 24 0.1
newdef MelikhovStechFormFactor:A20 24 0.24
newdef MelikhovStechFormFactor:A2sigma_1 24 1.4
newdef MelikhovStechFormFactor:A2sigma_2 24 0.5
newdef MelikhovStechFormFactor:T10 24 0.27
newdef MelikhovStechFormFactor:T1sigma_1 24 0.6
newdef MelikhovStechFormFactor:T1sigma_2 24 0
newdef MelikhovStechFormFactor:T20 24 0.27
newdef MelikhovStechFormFactor:T2sigma_1 24 0.74
newdef MelikhovStechFormFactor:T2sigma_2 24 0.19
newdef MelikhovStechFormFactor:T30 24 0.19
newdef MelikhovStechFormFactor:T3sigma_1 24 1.42
newdef MelikhovStechFormFactor:T3sigma_2 24 0.51
newdef MelikhovStechFormFactor:MassP 24 5.27
newdef MelikhovStechFormFactor:MassV 24 5.32
newdef MelikhovStechFormFactor:FPlus0 25 0
newdef MelikhovStechFormFactor:F+sigma_1 25 0
newdef MelikhovStechFormFactor:F+sigma_2 25 0
newdef MelikhovStechFormFactor:F00 25 0
newdef MelikhovStechFormFactor:F0sigma_1 25 0
newdef MelikhovStechFormFactor:F0sigma_2 25 0
newdef MelikhovStechFormFactor:FT0 25 0
newdef MelikhovStechFormFactor:FTsigma_1 25 0
newdef MelikhovStechFormFactor:FTsigma_2 25 0
newdef MelikhovStechFormFactor:V00 25 0.31
newdef MelikhovStechFormFactor:V0sigma_1 25 0.59
newdef MelikhovStechFormFactor:V0sigma_2 25 0
newdef MelikhovStechFormFactor:A00 25 0.3
newdef MelikhovStechFormFactor:A0sigma_1 25 0.54
newdef MelikhovStechFormFactor:A0sigma_2 25 0
newdef MelikhovStechFormFactor:A10 25 0.26
newdef MelikhovStechFormFactor:A1sigma_1 25 0.73
newdef MelikhovStechFormFactor:A1sigma_2 25 0.1
newdef MelikhovStechFormFactor:A20 25 0.24
newdef MelikhovStechFormFactor:A2sigma_1 25 1.4
newdef MelikhovStechFormFactor:A2sigma_2 25 0.5
newdef MelikhovStechFormFactor:T10 25 0.27
newdef MelikhovStechFormFactor:T1sigma_1 25 0.6
newdef MelikhovStechFormFactor:T1sigma_2 25 0
newdef MelikhovStechFormFactor:T20 25 0.27
newdef MelikhovStechFormFactor:T2sigma_1 25 0.74
newdef MelikhovStechFormFactor:T2sigma_2 25 0.19
newdef MelikhovStechFormFactor:T30 25 0.19
newdef MelikhovStechFormFactor:T3sigma_1 25 1.42
newdef MelikhovStechFormFactor:T3sigma_2 25 0.51
newdef MelikhovStechFormFactor:MassP 25 5.27
newdef MelikhovStechFormFactor:MassV 25 5.32
newdef MelikhovStechFormFactor:FPlus0 26 0
newdef MelikhovStechFormFactor:F+sigma_1 26 0
newdef MelikhovStechFormFactor:F+sigma_2 26 0
newdef MelikhovStechFormFactor:F00 26 0
newdef MelikhovStechFormFactor:F0sigma_1 26 0
newdef MelikhovStechFormFactor:F0sigma_2 26 0
newdef MelikhovStechFormFactor:FT0 26 0
newdef MelikhovStechFormFactor:FTsigma_1 26 0
newdef MelikhovStechFormFactor:FTsigma_2 26 0
newdef MelikhovStechFormFactor:V00 26 0.31
newdef MelikhovStechFormFactor:V0sigma_1 26 0.59
newdef MelikhovStechFormFactor:V0sigma_2 26 0
newdef MelikhovStechFormFactor:A00 26 0.3
newdef MelikhovStechFormFactor:A0sigma_1 26 0.54
newdef MelikhovStechFormFactor:A0sigma_2 26 0
newdef MelikhovStechFormFactor:A10 26 0.26
newdef MelikhovStechFormFactor:A1sigma_1 26 0.73
newdef MelikhovStechFormFactor:A1sigma_2 26 0.1
newdef MelikhovStechFormFactor:A20 26 0.24
newdef MelikhovStechFormFactor:A2sigma_1 26 1.4
newdef MelikhovStechFormFactor:A2sigma_2 26 0.5
newdef MelikhovStechFormFactor:T10 26 0.27
newdef MelikhovStechFormFactor:T1sigma_1 26 0.6
newdef MelikhovStechFormFactor:T1sigma_2 26 0
newdef MelikhovStechFormFactor:T20 26 0.27
newdef MelikhovStechFormFactor:T2sigma_1 26 0.74
newdef MelikhovStechFormFactor:T2sigma_2 26 0.19
newdef MelikhovStechFormFactor:T30 26 0.19
newdef MelikhovStechFormFactor:T3sigma_1 26 1.42
newdef MelikhovStechFormFactor:T3sigma_2 26 0.51
newdef MelikhovStechFormFactor:MassP 26 5.27
newdef MelikhovStechFormFactor:MassV 26 5.32
newdef MelikhovStechFormFactor:FPlus0 27 0
newdef MelikhovStechFormFactor:F+sigma_1 27 0
newdef MelikhovStechFormFactor:F+sigma_2 27 0
newdef MelikhovStechFormFactor:F00 27 0
newdef MelikhovStechFormFactor:F0sigma_1 27 0
newdef MelikhovStechFormFactor:F0sigma_2 27 0
newdef MelikhovStechFormFactor:FT0 27 0
newdef MelikhovStechFormFactor:FTsigma_1 27 0
newdef MelikhovStechFormFactor:FTsigma_2 27 0
newdef MelikhovStechFormFactor:V00 27 0.31
newdef MelikhovStechFormFactor:V0sigma_1 27 0.59
newdef MelikhovStechFormFactor:V0sigma_2 27 0
newdef MelikhovStechFormFactor:A00 27 0.3
newdef MelikhovStechFormFactor:A0sigma_1 27 0.54
newdef MelikhovStechFormFactor:A0sigma_2 27 0
newdef MelikhovStechFormFactor:A10 27 0.26
newdef MelikhovStechFormFactor:A1sigma_1 27 0.73
newdef MelikhovStechFormFactor:A1sigma_2 27 0.1
newdef MelikhovStechFormFactor:A20 27 0.24
newdef MelikhovStechFormFactor:A2sigma_1 27 1.4
newdef MelikhovStechFormFactor:A2sigma_2 27 0.5
newdef MelikhovStechFormFactor:T10 27 0.27
newdef MelikhovStechFormFactor:T1sigma_1 27 0.6
newdef MelikhovStechFormFactor:T1sigma_2 27 0
newdef MelikhovStechFormFactor:T20 27 0.27
newdef MelikhovStechFormFactor:T2sigma_1 27 0.74
newdef MelikhovStechFormFactor:T2sigma_2 27 0.19
newdef MelikhovStechFormFactor:T30 27 0.19
newdef MelikhovStechFormFactor:T3sigma_1 27 1.42
newdef MelikhovStechFormFactor:T3sigma_2 27 0.51
newdef MelikhovStechFormFactor:MassP 27 5.27
newdef MelikhovStechFormFactor:MassV 27 5.32
newdef MelikhovStechFormFactor:FPlus0 28 0.72
newdef MelikhovStechFormFactor:F+sigma_1 28 0.2
newdef MelikhovStechFormFactor:F+sigma_2 28 0
newdef MelikhovStechFormFactor:F00 28 0.72
newdef MelikhovStechFormFactor:F0sigma_1 28 0.41
newdef MelikhovStechFormFactor:F0sigma_2 28 0.7
newdef MelikhovStechFormFactor:FT0 28 0.77
newdef MelikhovStechFormFactor:FTsigma_1 28 0.24
newdef MelikhovStechFormFactor:FTsigma_2 28 0
newdef MelikhovStechFormFactor:V00 28 0
newdef MelikhovStechFormFactor:V0sigma_1 28 0
newdef MelikhovStechFormFactor:V0sigma_2 28 0
newdef MelikhovStechFormFactor:A00 28 0
newdef MelikhovStechFormFactor:A0sigma_1 28 0
newdef MelikhovStechFormFactor:A0sigma_2 28 0
newdef MelikhovStechFormFactor:A10 28 0
newdef MelikhovStechFormFactor:A1sigma_1 28 0
newdef MelikhovStechFormFactor:A1sigma_2 28 0
newdef MelikhovStechFormFactor:A20 28 0
newdef MelikhovStechFormFactor:A2sigma_1 28 0
newdef MelikhovStechFormFactor:A2sigma_2 28 0
newdef MelikhovStechFormFactor:T10 28 0
newdef MelikhovStechFormFactor:T1sigma_1 28 0
newdef MelikhovStechFormFactor:T1sigma_2 28 0
newdef MelikhovStechFormFactor:T20 28 0
newdef MelikhovStechFormFactor:T2sigma_1 28 0
newdef MelikhovStechFormFactor:T2sigma_2 28 0
newdef MelikhovStechFormFactor:T30 28 0
newdef MelikhovStechFormFactor:T3sigma_1 28 0
newdef MelikhovStechFormFactor:T3sigma_2 28 0
newdef MelikhovStechFormFactor:MassP 28 1.87
newdef MelikhovStechFormFactor:MassV 28 2.01
newdef MelikhovStechFormFactor:FPlus0 29 0.72
newdef MelikhovStechFormFactor:F+sigma_1 29 0.2
newdef MelikhovStechFormFactor:F+sigma_2 29 0
newdef MelikhovStechFormFactor:F00 29 0.72
newdef MelikhovStechFormFactor:F0sigma_1 29 0.41
newdef MelikhovStechFormFactor:F0sigma_2 29 0.7
newdef MelikhovStechFormFactor:FT0 29 0.77
newdef MelikhovStechFormFactor:FTsigma_1 29 0.24
newdef MelikhovStechFormFactor:FTsigma_2 29 0
newdef MelikhovStechFormFactor:V00 29 0
newdef MelikhovStechFormFactor:V0sigma_1 29 0
newdef MelikhovStechFormFactor:V0sigma_2 29 0
newdef MelikhovStechFormFactor:A00 29 0
newdef MelikhovStechFormFactor:A0sigma_1 29 0
newdef MelikhovStechFormFactor:A0sigma_2 29 0
newdef MelikhovStechFormFactor:A10 29 0
newdef MelikhovStechFormFactor:A1sigma_1 29 0
newdef MelikhovStechFormFactor:A1sigma_2 29 0
newdef MelikhovStechFormFactor:A20 29 0
newdef MelikhovStechFormFactor:A2sigma_1 29 0
newdef MelikhovStechFormFactor:A2sigma_2 29 0
newdef MelikhovStechFormFactor:T10 29 0
newdef MelikhovStechFormFactor:T1sigma_1 29 0
newdef MelikhovStechFormFactor:T1sigma_2 29 0
newdef MelikhovStechFormFactor:T20 29 0
newdef MelikhovStechFormFactor:T2sigma_1 29 0
newdef MelikhovStechFormFactor:T2sigma_2 29 0
newdef MelikhovStechFormFactor:T30 29 0
newdef MelikhovStechFormFactor:T3sigma_1 29 0
newdef MelikhovStechFormFactor:T3sigma_2 29 0
newdef MelikhovStechFormFactor:MassP 29 1.87
newdef MelikhovStechFormFactor:MassV 29 2.01
newdef MelikhovStechFormFactor:FPlus0 30 0
newdef MelikhovStechFormFactor:F+sigma_1 30 0
newdef MelikhovStechFormFactor:F+sigma_2 30 0
newdef MelikhovStechFormFactor:F00 30 0
newdef MelikhovStechFormFactor:F0sigma_1 30 0
newdef MelikhovStechFormFactor:F0sigma_2 30 0
newdef MelikhovStechFormFactor:FT0 30 0
newdef MelikhovStechFormFactor:FTsigma_1 30 0
newdef MelikhovStechFormFactor:FTsigma_2 30 0
newdef MelikhovStechFormFactor:V00 30 1.04
newdef MelikhovStechFormFactor:V0sigma_1 30 0.24
newdef MelikhovStechFormFactor:V0sigma_2 30 0
newdef MelikhovStechFormFactor:A00 30 0.67
newdef MelikhovStechFormFactor:A0sigma_1 30 0.2
newdef MelikhovStechFormFactor:A0sigma_2 30 0
newdef MelikhovStechFormFactor:A10 30 0.57
newdef MelikhovStechFormFactor:A1sigma_1 30 0.29
newdef MelikhovStechFormFactor:A1sigma_2 30 0.42
newdef MelikhovStechFormFactor:A20 30 0.42
newdef MelikhovStechFormFactor:A2sigma_1 30 0.58
newdef MelikhovStechFormFactor:A2sigma_2 30 0
newdef MelikhovStechFormFactor:T10 30 0.71
newdef MelikhovStechFormFactor:T1sigma_1 30 0.22
newdef MelikhovStechFormFactor:T1sigma_2 30 0
newdef MelikhovStechFormFactor:T20 30 0.71
newdef MelikhovStechFormFactor:T2sigma_1 30 -0.06
newdef MelikhovStechFormFactor:T2sigma_2 30 0.44
newdef MelikhovStechFormFactor:T30 30 0.45
newdef MelikhovStechFormFactor:T3sigma_1 30 1.08
newdef MelikhovStechFormFactor:T3sigma_2 30 0.68
newdef MelikhovStechFormFactor:MassP 30 1.87
newdef MelikhovStechFormFactor:MassV 30 2.01
newdef MelikhovStechFormFactor:FPlus0 31 0
newdef MelikhovStechFormFactor:F+sigma_1 31 0
newdef MelikhovStechFormFactor:F+sigma_2 31 0
newdef MelikhovStechFormFactor:F00 31 0
newdef MelikhovStechFormFactor:F0sigma_1 31 0
newdef MelikhovStechFormFactor:F0sigma_2 31 0
newdef MelikhovStechFormFactor:FT0 31 0
newdef MelikhovStechFormFactor:FTsigma_1 31 0
newdef MelikhovStechFormFactor:FTsigma_2 31 0
newdef MelikhovStechFormFactor:V00 31 1.04
newdef MelikhovStechFormFactor:V0sigma_1 31 0.24
newdef MelikhovStechFormFactor:V0sigma_2 31 0
newdef MelikhovStechFormFactor:A00 31 0.67
newdef MelikhovStechFormFactor:A0sigma_1 31 0.2
newdef MelikhovStechFormFactor:A0sigma_2 31 0
newdef MelikhovStechFormFactor:A10 31 0.57
newdef MelikhovStechFormFactor:A1sigma_1 31 0.29
newdef MelikhovStechFormFactor:A1sigma_2 31 0.42
newdef MelikhovStechFormFactor:A20 31 0.42
newdef MelikhovStechFormFactor:A2sigma_1 31 0.58
newdef MelikhovStechFormFactor:A2sigma_2 31 0
newdef MelikhovStechFormFactor:T10 31 0.71
newdef MelikhovStechFormFactor:T1sigma_1 31 0.22
newdef MelikhovStechFormFactor:T1sigma_2 31 0
newdef MelikhovStechFormFactor:T20 31 0.71
newdef MelikhovStechFormFactor:T2sigma_1 31 -0.06
newdef MelikhovStechFormFactor:T2sigma_2 31 0.44
newdef MelikhovStechFormFactor:T30 31 0.45
newdef MelikhovStechFormFactor:T3sigma_1 31 1.08
newdef MelikhovStechFormFactor:T3sigma_2 31 0.68
newdef MelikhovStechFormFactor:MassP 31 1.87
newdef MelikhovStechFormFactor:MassV 31 2.01
newdef MelikhovStechFormFactor:FPlus0 32 0.78
newdef MelikhovStechFormFactor:F+sigma_1 32 0.23
newdef MelikhovStechFormFactor:F+sigma_2 32 0
newdef MelikhovStechFormFactor:F00 32 0.78
newdef MelikhovStechFormFactor:F0sigma_1 32 0.33
newdef MelikhovStechFormFactor:F0sigma_2 32 0.38
newdef MelikhovStechFormFactor:FT0 32 0.8
newdef MelikhovStechFormFactor:FTsigma_1 32 0.24
newdef MelikhovStechFormFactor:FTsigma_2 32 0
newdef MelikhovStechFormFactor:V00 32 0
newdef MelikhovStechFormFactor:V0sigma_1 32 0
newdef MelikhovStechFormFactor:V0sigma_2 32 0
newdef MelikhovStechFormFactor:A00 32 0
newdef MelikhovStechFormFactor:A0sigma_1 32 0
newdef MelikhovStechFormFactor:A0sigma_2 32 0
newdef MelikhovStechFormFactor:A10 32 0
newdef MelikhovStechFormFactor:A1sigma_1 32 0
newdef MelikhovStechFormFactor:A1sigma_2 32 0
newdef MelikhovStechFormFactor:A20 32 0
newdef MelikhovStechFormFactor:A2sigma_1 32 0
newdef MelikhovStechFormFactor:A2sigma_2 32 0
newdef MelikhovStechFormFactor:T10 32 0
newdef MelikhovStechFormFactor:T1sigma_1 32 0
newdef MelikhovStechFormFactor:T1sigma_2 32 0
newdef MelikhovStechFormFactor:T20 32 0
newdef MelikhovStechFormFactor:T2sigma_1 32 0
newdef MelikhovStechFormFactor:T2sigma_2 32 0
newdef MelikhovStechFormFactor:T30 32 0
newdef MelikhovStechFormFactor:T3sigma_1 32 0
newdef MelikhovStechFormFactor:T3sigma_2 32 0
newdef MelikhovStechFormFactor:MassP 32 1.97
newdef MelikhovStechFormFactor:MassV 32 2.11
newdef MelikhovStechFormFactor:FPlus0 33 0.78
newdef MelikhovStechFormFactor:F+sigma_1 33 0.23
newdef MelikhovStechFormFactor:F+sigma_2 33 0
newdef MelikhovStechFormFactor:F00 33 0.78
newdef MelikhovStechFormFactor:F0sigma_1 33 0.21
newdef MelikhovStechFormFactor:F0sigma_2 33 0.76
newdef MelikhovStechFormFactor:FT0 33 0.94
newdef MelikhovStechFormFactor:FTsigma_1 33 0.24
newdef MelikhovStechFormFactor:FTsigma_2 33 0
newdef MelikhovStechFormFactor:V00 33 0
newdef MelikhovStechFormFactor:V0sigma_1 33 0
newdef MelikhovStechFormFactor:V0sigma_2 33 0
newdef MelikhovStechFormFactor:A00 33 0
newdef MelikhovStechFormFactor:A0sigma_1 33 0
newdef MelikhovStechFormFactor:A0sigma_2 33 0
newdef MelikhovStechFormFactor:A10 33 0
newdef MelikhovStechFormFactor:A1sigma_1 33 0
newdef MelikhovStechFormFactor:A1sigma_2 33 0
newdef MelikhovStechFormFactor:A20 33 0
newdef MelikhovStechFormFactor:A2sigma_1 33 0
newdef MelikhovStechFormFactor:A2sigma_2 33 0
newdef MelikhovStechFormFactor:T10 33 0
newdef MelikhovStechFormFactor:T1sigma_1 33 0
newdef MelikhovStechFormFactor:T1sigma_2 33 0
newdef MelikhovStechFormFactor:T20 33 0
newdef MelikhovStechFormFactor:T2sigma_1 33 0
newdef MelikhovStechFormFactor:T2sigma_2 33 0
newdef MelikhovStechFormFactor:T30 33 0
newdef MelikhovStechFormFactor:T3sigma_1 33 0
newdef MelikhovStechFormFactor:T3sigma_2 33 0
newdef MelikhovStechFormFactor:MassP 33 1.97
newdef MelikhovStechFormFactor:MassV 33 2.11
newdef MelikhovStechFormFactor:FPlus0 34 0
newdef MelikhovStechFormFactor:F+sigma_1 34 0
newdef MelikhovStechFormFactor:F+sigma_2 34 0
newdef MelikhovStechFormFactor:F00 34 0
newdef MelikhovStechFormFactor:F0sigma_1 34 0
newdef MelikhovStechFormFactor:F0sigma_2 34 0
newdef MelikhovStechFormFactor:FT0 34 0
newdef MelikhovStechFormFactor:FTsigma_1 34 0
newdef MelikhovStechFormFactor:FTsigma_2 34 0
newdef MelikhovStechFormFactor:V00 34 1.1
newdef MelikhovStechFormFactor:V0sigma_1 34 0.26
newdef MelikhovStechFormFactor:V0sigma_2 34 0
newdef MelikhovStechFormFactor:A00 34 0.73
newdef MelikhovStechFormFactor:A0sigma_1 34 0.1
newdef MelikhovStechFormFactor:A0sigma_2 34 0
newdef MelikhovStechFormFactor:A10 34 0.64
newdef MelikhovStechFormFactor:A1sigma_1 34 0.29
newdef MelikhovStechFormFactor:A1sigma_2 34 0
newdef MelikhovStechFormFactor:A20 34 0.47
newdef MelikhovStechFormFactor:A2sigma_1 34 0.63
newdef MelikhovStechFormFactor:A2sigma_2 34 0
newdef MelikhovStechFormFactor:T10 34 0.77
newdef MelikhovStechFormFactor:T1sigma_1 34 0.25
newdef MelikhovStechFormFactor:T1sigma_2 34 0
newdef MelikhovStechFormFactor:T20 34 0.77
newdef MelikhovStechFormFactor:T2sigma_1 34 0.02
newdef MelikhovStechFormFactor:T2sigma_2 34 2.01
newdef MelikhovStechFormFactor:T30 34 0.46
newdef MelikhovStechFormFactor:T3sigma_1 34 1.34
newdef MelikhovStechFormFactor:T3sigma_2 34 0.45
newdef MelikhovStechFormFactor:MassP 34 1.97
newdef MelikhovStechFormFactor:MassV 34 2.11
newdef MelikhovStechFormFactor:FPlus0 35 0.31
newdef MelikhovStechFormFactor:F+sigma_1 35 0.63
newdef MelikhovStechFormFactor:F+sigma_2 35 0.33
newdef MelikhovStechFormFactor:F00 35 0.31
newdef MelikhovStechFormFactor:F0sigma_1 35 0.93
newdef MelikhovStechFormFactor:F0sigma_2 35 0.7
newdef MelikhovStechFormFactor:FT0 35 0.31
newdef MelikhovStechFormFactor:FTsigma_1 35 0.61
newdef MelikhovStechFormFactor:FTsigma_2 35 0.3
newdef MelikhovStechFormFactor:V00 35 0
newdef MelikhovStechFormFactor:V0sigma_1 35 0
newdef MelikhovStechFormFactor:V0sigma_2 35 0
newdef MelikhovStechFormFactor:A00 35 0
newdef MelikhovStechFormFactor:A0sigma_1 35 0
newdef MelikhovStechFormFactor:A0sigma_2 35 0
newdef MelikhovStechFormFactor:A10 35 0
newdef MelikhovStechFormFactor:A1sigma_1 35 0
newdef MelikhovStechFormFactor:A1sigma_2 35 0
newdef MelikhovStechFormFactor:A20 35 0
newdef MelikhovStechFormFactor:A2sigma_1 35 0
newdef MelikhovStechFormFactor:A2sigma_2 35 0
newdef MelikhovStechFormFactor:T10 35 0
newdef MelikhovStechFormFactor:T1sigma_1 35 0
newdef MelikhovStechFormFactor:T1sigma_2 35 0
newdef MelikhovStechFormFactor:T20 35 0
newdef MelikhovStechFormFactor:T2sigma_1 35 0
newdef MelikhovStechFormFactor:T2sigma_2 35 0
newdef MelikhovStechFormFactor:T30 35 0
newdef MelikhovStechFormFactor:T3sigma_1 35 0
newdef MelikhovStechFormFactor:T3sigma_2 35 0
newdef MelikhovStechFormFactor:MassP 35 5.27
newdef MelikhovStechFormFactor:MassV 35 5.32
newdef MelikhovStechFormFactor:FPlus0 36 0.31
newdef MelikhovStechFormFactor:F+sigma_1 36 0.63
newdef MelikhovStechFormFactor:F+sigma_2 36 0.33
newdef MelikhovStechFormFactor:F00 36 0.31
newdef MelikhovStechFormFactor:F0sigma_1 36 0.93
newdef MelikhovStechFormFactor:F0sigma_2 36 0.7
newdef MelikhovStechFormFactor:FT0 36 0.31
newdef MelikhovStechFormFactor:FTsigma_1 36 0.61
newdef MelikhovStechFormFactor:FTsigma_2 36 0.3
newdef MelikhovStechFormFactor:V00 36 0
newdef MelikhovStechFormFactor:V0sigma_1 36 0
newdef MelikhovStechFormFactor:V0sigma_2 36 0
newdef MelikhovStechFormFactor:A00 36 0
newdef MelikhovStechFormFactor:A0sigma_1 36 0
newdef MelikhovStechFormFactor:A0sigma_2 36 0
newdef MelikhovStechFormFactor:A10 36 0
newdef MelikhovStechFormFactor:A1sigma_1 36 0
newdef MelikhovStechFormFactor:A1sigma_2 36 0
newdef MelikhovStechFormFactor:A20 36 0
newdef MelikhovStechFormFactor:A2sigma_1 36 0
newdef MelikhovStechFormFactor:A2sigma_2 36 0
newdef MelikhovStechFormFactor:T10 36 0
newdef MelikhovStechFormFactor:T1sigma_1 36 0
newdef MelikhovStechFormFactor:T1sigma_2 36 0
newdef MelikhovStechFormFactor:T20 36 0
newdef MelikhovStechFormFactor:T2sigma_1 36 0
newdef MelikhovStechFormFactor:T2sigma_2 36 0
newdef MelikhovStechFormFactor:T30 36 0
newdef MelikhovStechFormFactor:T3sigma_1 36 0
newdef MelikhovStechFormFactor:T3sigma_2 36 0
newdef MelikhovStechFormFactor:MassP 36 5.27
newdef MelikhovStechFormFactor:MassV 36 5.32
newdef MelikhovStechFormFactor:FPlus0 37 0
newdef MelikhovStechFormFactor:F+sigma_1 37 0
newdef MelikhovStechFormFactor:F+sigma_2 37 0
newdef MelikhovStechFormFactor:F00 37 0
newdef MelikhovStechFormFactor:F0sigma_1 37 0
newdef MelikhovStechFormFactor:F0sigma_2 37 0
newdef MelikhovStechFormFactor:FT0 37 0
newdef MelikhovStechFormFactor:FTsigma_1 37 0
newdef MelikhovStechFormFactor:FTsigma_2 37 0
newdef MelikhovStechFormFactor:V00 37 0.38
newdef MelikhovStechFormFactor:V0sigma_1 37 0.66
newdef MelikhovStechFormFactor:V0sigma_2 37 0.3
newdef MelikhovStechFormFactor:A00 37 0.37
newdef MelikhovStechFormFactor:A0sigma_1 37 0.6
newdef MelikhovStechFormFactor:A0sigma_2 37 0.16
newdef MelikhovStechFormFactor:A10 37 0.29
newdef MelikhovStechFormFactor:A1sigma_1 37 0.86
newdef MelikhovStechFormFactor:A1sigma_2 37 0.6
newdef MelikhovStechFormFactor:A20 37 0.26
newdef MelikhovStechFormFactor:A2sigma_1 37 1.32
newdef MelikhovStechFormFactor:A2sigma_2 37 0.54
newdef MelikhovStechFormFactor:T10 37 0.32
newdef MelikhovStechFormFactor:T1sigma_1 37 0.66
newdef MelikhovStechFormFactor:T1sigma_2 37 0.31
newdef MelikhovStechFormFactor:T20 37 0.32
newdef MelikhovStechFormFactor:T2sigma_1 37 0.98
newdef MelikhovStechFormFactor:T2sigma_2 37 0.9
newdef MelikhovStechFormFactor:T30 37 0.23
newdef MelikhovStechFormFactor:T3sigma_1 37 1.42
newdef MelikhovStechFormFactor:T3sigma_2 37 0.62
newdef MelikhovStechFormFactor:MassP 37 5.27
newdef MelikhovStechFormFactor:MassV 37 5.32
newdef MelikhovStechFormFactor:FPlus0 38 0
newdef MelikhovStechFormFactor:F+sigma_1 38 0
newdef MelikhovStechFormFactor:F+sigma_2 38 0
newdef MelikhovStechFormFactor:F00 38 0
newdef MelikhovStechFormFactor:F0sigma_1 38 0
newdef MelikhovStechFormFactor:F0sigma_2 38 0
newdef MelikhovStechFormFactor:FT0 38 0
newdef MelikhovStechFormFactor:FTsigma_1 38 0
newdef MelikhovStechFormFactor:FTsigma_2 38 0
newdef MelikhovStechFormFactor:V00 38 0.38
newdef MelikhovStechFormFactor:V0sigma_1 38 0.66
newdef MelikhovStechFormFactor:V0sigma_2 38 0.3
newdef MelikhovStechFormFactor:A00 38 0.37
newdef MelikhovStechFormFactor:A0sigma_1 38 0.6
newdef MelikhovStechFormFactor:A0sigma_2 38 0.16
newdef MelikhovStechFormFactor:A10 38 0.29
newdef MelikhovStechFormFactor:A1sigma_1 38 0.86
newdef MelikhovStechFormFactor:A1sigma_2 38 0.6
newdef MelikhovStechFormFactor:A20 38 0.26
newdef MelikhovStechFormFactor:A2sigma_1 38 1.32
newdef MelikhovStechFormFactor:A2sigma_2 38 0.54
newdef MelikhovStechFormFactor:T10 38 0.32
newdef MelikhovStechFormFactor:T1sigma_1 38 0.66
newdef MelikhovStechFormFactor:T1sigma_2 38 0.31
newdef MelikhovStechFormFactor:T20 38 0.32
newdef MelikhovStechFormFactor:T2sigma_1 38 0.98
newdef MelikhovStechFormFactor:T2sigma_2 38 0.9
newdef MelikhovStechFormFactor:T30 38 0.23
newdef MelikhovStechFormFactor:T3sigma_1 38 1.42
newdef MelikhovStechFormFactor:T3sigma_2 38 0.62
newdef MelikhovStechFormFactor:MassP 38 5.27
newdef MelikhovStechFormFactor:MassV 38 5.32
newdef MelikhovStechFormFactor:FPlus0 39 0.36
newdef MelikhovStechFormFactor:F+sigma_1 39 0.6
newdef MelikhovStechFormFactor:F+sigma_2 39 0.2
newdef MelikhovStechFormFactor:F00 39 0.36
newdef MelikhovStechFormFactor:F0sigma_1 39 0.8
newdef MelikhovStechFormFactor:F0sigma_2 39 0.4
newdef MelikhovStechFormFactor:FT0 39 0.36
newdef MelikhovStechFormFactor:FTsigma_1 39 0.58
newdef MelikhovStechFormFactor:FTsigma_2 39 0.18
newdef MelikhovStechFormFactor:V00 39 0
newdef MelikhovStechFormFactor:V0sigma_1 39 0
newdef MelikhovStechFormFactor:V0sigma_2 39 0
newdef MelikhovStechFormFactor:A00 39 0
newdef MelikhovStechFormFactor:A0sigma_1 39 0
newdef MelikhovStechFormFactor:A0sigma_2 39 0
newdef MelikhovStechFormFactor:A10 39 0
newdef MelikhovStechFormFactor:A1sigma_1 39 0
newdef MelikhovStechFormFactor:A1sigma_2 39 0
newdef MelikhovStechFormFactor:A20 39 0
newdef MelikhovStechFormFactor:A2sigma_1 39 0
newdef MelikhovStechFormFactor:A2sigma_2 39 0
newdef MelikhovStechFormFactor:T10 39 0
newdef MelikhovStechFormFactor:T1sigma_1 39 0
newdef MelikhovStechFormFactor:T1sigma_2 39 0
newdef MelikhovStechFormFactor:T20 39 0
newdef MelikhovStechFormFactor:T2sigma_1 39 0
newdef MelikhovStechFormFactor:T2sigma_2 39 0
newdef MelikhovStechFormFactor:T30 39 0
newdef MelikhovStechFormFactor:T3sigma_1 39 0
newdef MelikhovStechFormFactor:T3sigma_2 39 0
newdef MelikhovStechFormFactor:MassP 39 5.37
newdef MelikhovStechFormFactor:MassV 39 5.42
newdef MelikhovStechFormFactor:FPlus0 40 0.36
newdef MelikhovStechFormFactor:F+sigma_1 40 0.6
newdef MelikhovStechFormFactor:F+sigma_2 40 0.2
newdef MelikhovStechFormFactor:F00 40 0.36
newdef MelikhovStechFormFactor:F0sigma_1 40 0.8
newdef MelikhovStechFormFactor:F0sigma_2 40 0.45
newdef MelikhovStechFormFactor:FT0 40 0.39
newdef MelikhovStechFormFactor:FTsigma_1 40 0.58
newdef MelikhovStechFormFactor:FTsigma_2 40 0.18
newdef MelikhovStechFormFactor:V00 40 0
newdef MelikhovStechFormFactor:V0sigma_1 40 0
newdef MelikhovStechFormFactor:V0sigma_2 40 0
newdef MelikhovStechFormFactor:A00 40 0
newdef MelikhovStechFormFactor:A0sigma_1 40 0
newdef MelikhovStechFormFactor:A0sigma_2 40 0
newdef MelikhovStechFormFactor:A10 40 0
newdef MelikhovStechFormFactor:A1sigma_1 40 0
newdef MelikhovStechFormFactor:A1sigma_2 40 0
newdef MelikhovStechFormFactor:A20 40 0
newdef MelikhovStechFormFactor:A2sigma_1 40 0
newdef MelikhovStechFormFactor:A2sigma_2 40 0
newdef MelikhovStechFormFactor:T10 40 0
newdef MelikhovStechFormFactor:T1sigma_1 40 0
newdef MelikhovStechFormFactor:T1sigma_2 40 0
newdef MelikhovStechFormFactor:T20 40 0
newdef MelikhovStechFormFactor:T2sigma_1 40 0
newdef MelikhovStechFormFactor:T2sigma_2 40 0
newdef MelikhovStechFormFactor:T30 40 0
newdef MelikhovStechFormFactor:T3sigma_1 40 0
newdef MelikhovStechFormFactor:T3sigma_2 40 0
newdef MelikhovStechFormFactor:MassP 40 5.37
newdef MelikhovStechFormFactor:MassV 40 5.42
newdef MelikhovStechFormFactor:FPlus0 41 0
newdef MelikhovStechFormFactor:F+sigma_1 41 0
newdef MelikhovStechFormFactor:F+sigma_2 41 0
newdef MelikhovStechFormFactor:F00 41 0
newdef MelikhovStechFormFactor:F0sigma_1 41 0
newdef MelikhovStechFormFactor:F0sigma_2 41 0
newdef MelikhovStechFormFactor:FT0 41 0
newdef MelikhovStechFormFactor:FTsigma_1 41 0
newdef MelikhovStechFormFactor:FTsigma_2 41 0
newdef MelikhovStechFormFactor:V00 41 0.44
newdef MelikhovStechFormFactor:V0sigma_1 41 0.62
newdef MelikhovStechFormFactor:V0sigma_2 41 0.2
newdef MelikhovStechFormFactor:A00 41 0.42
newdef MelikhovStechFormFactor:A0sigma_1 41 0.55
newdef MelikhovStechFormFactor:A0sigma_2 41 0.12
newdef MelikhovStechFormFactor:A10 41 0.34
newdef MelikhovStechFormFactor:A1sigma_1 41 0.73
newdef MelikhovStechFormFactor:A1sigma_2 41 0.42
newdef MelikhovStechFormFactor:A20 41 0.31
newdef MelikhovStechFormFactor:A2sigma_1 41 1.3
newdef MelikhovStechFormFactor:A2sigma_2 41 0.52
newdef MelikhovStechFormFactor:T10 41 0.38
newdef MelikhovStechFormFactor:T1sigma_1 41 0.62
newdef MelikhovStechFormFactor:T1sigma_2 41 0.2
newdef MelikhovStechFormFactor:T20 41 0.38
newdef MelikhovStechFormFactor:T2sigma_1 41 0.83
newdef MelikhovStechFormFactor:T2sigma_2 41 0.71
newdef MelikhovStechFormFactor:T30 41 0.26
newdef MelikhovStechFormFactor:T3sigma_1 41 1.41
newdef MelikhovStechFormFactor:T3sigma_2 41 0.57
newdef MelikhovStechFormFactor:MassP 41 5.37
newdef MelikhovStechFormFactor:MassV 41 5.42
newdef MelikhovStechFormFactor:Incoming 0 421
newdef MelikhovStechFormFactor:Outgoing 0 -321
newdef MelikhovStechFormFactor:Spin 0 0
newdef MelikhovStechFormFactor:Spectator 0 -2
newdef MelikhovStechFormFactor:InQuark 0 4
newdef MelikhovStechFormFactor:OutQuark 0 3
newdef MelikhovStechFormFactor:Incoming 1 411
newdef MelikhovStechFormFactor:Outgoing 1 -311
newdef MelikhovStechFormFactor:Spin 1 0
newdef MelikhovStechFormFactor:Spectator 1 -1
newdef MelikhovStechFormFactor:InQuark 1 4
newdef MelikhovStechFormFactor:OutQuark 1 3
newdef MelikhovStechFormFactor:Incoming 2 421
newdef MelikhovStechFormFactor:Outgoing 2 -323
newdef MelikhovStechFormFactor:Spin 2 1
newdef MelikhovStechFormFactor:Spectator 2 -2
newdef MelikhovStechFormFactor:InQuark 2 4
newdef MelikhovStechFormFactor:OutQuark 2 3
newdef MelikhovStechFormFactor:Incoming 3 411
newdef MelikhovStechFormFactor:Outgoing 3 -313
newdef MelikhovStechFormFactor:Spin 3 1
newdef MelikhovStechFormFactor:Spectator 3 -1
newdef MelikhovStechFormFactor:InQuark 3 4
newdef MelikhovStechFormFactor:OutQuark 3 3
newdef MelikhovStechFormFactor:Incoming 4 421
newdef MelikhovStechFormFactor:Outgoing 4 -211
newdef MelikhovStechFormFactor:Spin 4 0
newdef MelikhovStechFormFactor:Spectator 4 -2
newdef MelikhovStechFormFactor:InQuark 4 4
newdef MelikhovStechFormFactor:OutQuark 4 1
newdef MelikhovStechFormFactor:Incoming 5 421
newdef MelikhovStechFormFactor:Outgoing 5 111
newdef MelikhovStechFormFactor:Spin 5 0
newdef MelikhovStechFormFactor:Spectator 5 -2
newdef MelikhovStechFormFactor:InQuark 5 4
newdef MelikhovStechFormFactor:OutQuark 5 2
newdef MelikhovStechFormFactor:Incoming 6 411
newdef MelikhovStechFormFactor:Outgoing 6 111
newdef MelikhovStechFormFactor:Spin 6 0
newdef MelikhovStechFormFactor:Spectator 6 -1
newdef MelikhovStechFormFactor:InQuark 6 4
newdef MelikhovStechFormFactor:OutQuark 6 1
newdef MelikhovStechFormFactor:Incoming 7 411
newdef MelikhovStechFormFactor:Outgoing 7 211
newdef MelikhovStechFormFactor:Spin 7 0
newdef MelikhovStechFormFactor:Spectator 7 -1
newdef MelikhovStechFormFactor:InQuark 7 4
newdef MelikhovStechFormFactor:OutQuark 7 2
newdef MelikhovStechFormFactor:Incoming 8 421
newdef MelikhovStechFormFactor:Outgoing 8 -213
newdef MelikhovStechFormFactor:Spin 8 1
newdef MelikhovStechFormFactor:Spectator 8 -2
newdef MelikhovStechFormFactor:InQuark 8 4
newdef MelikhovStechFormFactor:OutQuark 8 1
newdef MelikhovStechFormFactor:Incoming 9 421
newdef MelikhovStechFormFactor:Outgoing 9 113
newdef MelikhovStechFormFactor:Spin 9 1
newdef MelikhovStechFormFactor:Spectator 9 -2
newdef MelikhovStechFormFactor:InQuark 9 4
newdef MelikhovStechFormFactor:OutQuark 9 2
newdef MelikhovStechFormFactor:Incoming 10 411
newdef MelikhovStechFormFactor:Outgoing 10 113
newdef MelikhovStechFormFactor:Spin 10 1
newdef MelikhovStechFormFactor:Spectator 10 -1
newdef MelikhovStechFormFactor:InQuark 10 4
newdef MelikhovStechFormFactor:OutQuark 10 1
newdef MelikhovStechFormFactor:Incoming 11 411
newdef MelikhovStechFormFactor:Outgoing 11 213
newdef MelikhovStechFormFactor:Spin 11 1
newdef MelikhovStechFormFactor:Spectator 11 -1
newdef MelikhovStechFormFactor:InQuark 11 4
newdef MelikhovStechFormFactor:OutQuark 11 2
newdef MelikhovStechFormFactor:Incoming 12 -521
newdef MelikhovStechFormFactor:Outgoing 12 421
newdef MelikhovStechFormFactor:Spin 12 0
newdef MelikhovStechFormFactor:Spectator 12 -2
newdef MelikhovStechFormFactor:InQuark 12 5
newdef MelikhovStechFormFactor:OutQuark 12 4
newdef MelikhovStechFormFactor:Incoming 13 -511
newdef MelikhovStechFormFactor:Outgoing 13 411
newdef MelikhovStechFormFactor:Spin 13 0
newdef MelikhovStechFormFactor:Spectator 13 -2
newdef MelikhovStechFormFactor:InQuark 13 5
newdef MelikhovStechFormFactor:OutQuark 13 4
newdef MelikhovStechFormFactor:Incoming 14 -521
newdef MelikhovStechFormFactor:Outgoing 14 423
newdef MelikhovStechFormFactor:Spin 14 1
newdef MelikhovStechFormFactor:Spectator 14 -2
newdef MelikhovStechFormFactor:InQuark 14 5
newdef MelikhovStechFormFactor:OutQuark 14 4
newdef MelikhovStechFormFactor:Incoming 15 -511
newdef MelikhovStechFormFactor:Outgoing 15 413
newdef MelikhovStechFormFactor:Spin 15 1
newdef MelikhovStechFormFactor:Spectator 15 -1
newdef MelikhovStechFormFactor:InQuark 15 5
newdef MelikhovStechFormFactor:OutQuark 15 4
newdef MelikhovStechFormFactor:Incoming 16 -521
newdef MelikhovStechFormFactor:Outgoing 16 -321
newdef MelikhovStechFormFactor:Spin 16 0
newdef MelikhovStechFormFactor:Spectator 16 -2
newdef MelikhovStechFormFactor:InQuark 16 5
newdef MelikhovStechFormFactor:OutQuark 16 3
newdef MelikhovStechFormFactor:Incoming 17 -511
newdef MelikhovStechFormFactor:Outgoing 17 -311
newdef MelikhovStechFormFactor:Spin 17 0
newdef MelikhovStechFormFactor:Spectator 17 -1
newdef MelikhovStechFormFactor:InQuark 17 5
newdef MelikhovStechFormFactor:OutQuark 17 3
newdef MelikhovStechFormFactor:Incoming 18 -521
newdef MelikhovStechFormFactor:Outgoing 18 -323
newdef MelikhovStechFormFactor:Spin 18 1
newdef MelikhovStechFormFactor:Spectator 18 -2
newdef MelikhovStechFormFactor:InQuark 18 5
newdef MelikhovStechFormFactor:OutQuark 18 3
newdef MelikhovStechFormFactor:Incoming 19 -511
newdef MelikhovStechFormFactor:Outgoing 19 -313
newdef MelikhovStechFormFactor:Spin 19 1
newdef MelikhovStechFormFactor:Spectator 19 -1
newdef MelikhovStechFormFactor:InQuark 19 5
newdef MelikhovStechFormFactor:OutQuark 19 3
newdef MelikhovStechFormFactor:Incoming 20 -521
newdef MelikhovStechFormFactor:Outgoing 20 111
newdef MelikhovStechFormFactor:Spin 20 0
newdef MelikhovStechFormFactor:Spectator 20 -2
newdef MelikhovStechFormFactor:InQuark 20 5
newdef MelikhovStechFormFactor:OutQuark 20 2
newdef MelikhovStechFormFactor:Incoming 21 -511
newdef MelikhovStechFormFactor:Outgoing 21 211
newdef MelikhovStechFormFactor:Spin 21 0
newdef MelikhovStechFormFactor:Spectator 21 -1
newdef MelikhovStechFormFactor:InQuark 21 5
newdef MelikhovStechFormFactor:OutQuark 21 2
newdef MelikhovStechFormFactor:Incoming 22 -521
newdef MelikhovStechFormFactor:Outgoing 22 -211
newdef MelikhovStechFormFactor:Spin 22 0
newdef MelikhovStechFormFactor:Spectator 22 -2
newdef MelikhovStechFormFactor:InQuark 22 5
newdef MelikhovStechFormFactor:OutQuark 22 1
newdef MelikhovStechFormFactor:Incoming 23 -511
newdef MelikhovStechFormFactor:Outgoing 23 111
newdef MelikhovStechFormFactor:Spin 23 0
newdef MelikhovStechFormFactor:Spectator 23 -1
newdef MelikhovStechFormFactor:InQuark 23 5
newdef MelikhovStechFormFactor:OutQuark 23 1
newdef MelikhovStechFormFactor:Incoming 24 -521
newdef MelikhovStechFormFactor:Outgoing 24 113
newdef MelikhovStechFormFactor:Spin 24 1
newdef MelikhovStechFormFactor:Spectator 24 -2
newdef MelikhovStechFormFactor:InQuark 24 5
newdef MelikhovStechFormFactor:OutQuark 24 2
newdef MelikhovStechFormFactor:Incoming 25 -511
newdef MelikhovStechFormFactor:Outgoing 25 213
newdef MelikhovStechFormFactor:Spin 25 1
newdef MelikhovStechFormFactor:Spectator 25 -1
newdef MelikhovStechFormFactor:InQuark 25 5
newdef MelikhovStechFormFactor:OutQuark 25 2
newdef MelikhovStechFormFactor:Incoming 26 -521
newdef MelikhovStechFormFactor:Outgoing 26 -213
newdef MelikhovStechFormFactor:Spin 26 1
newdef MelikhovStechFormFactor:Spectator 26 -2
newdef MelikhovStechFormFactor:InQuark 26 5
newdef MelikhovStechFormFactor:OutQuark 26 1
newdef MelikhovStechFormFactor:Incoming 27 -511
newdef MelikhovStechFormFactor:Outgoing 27 113
newdef MelikhovStechFormFactor:Spin 27 1
newdef MelikhovStechFormFactor:Spectator 27 -1
newdef MelikhovStechFormFactor:InQuark 27 5
newdef MelikhovStechFormFactor:OutQuark 27 1
newdef MelikhovStechFormFactor:Incoming 28 431
newdef MelikhovStechFormFactor:Outgoing 28 311
newdef MelikhovStechFormFactor:Spin 28 0
newdef MelikhovStechFormFactor:Spectator 28 -3
newdef MelikhovStechFormFactor:InQuark 28 4
newdef MelikhovStechFormFactor:OutQuark 28 1
newdef MelikhovStechFormFactor:Incoming 29 431
newdef MelikhovStechFormFactor:Outgoing 29 321
newdef MelikhovStechFormFactor:Spin 29 0
newdef MelikhovStechFormFactor:Spectator 29 -3
newdef MelikhovStechFormFactor:InQuark 29 4
newdef MelikhovStechFormFactor:OutQuark 29 2
newdef MelikhovStechFormFactor:Incoming 30 431
newdef MelikhovStechFormFactor:Outgoing 30 313
newdef MelikhovStechFormFactor:Spin 30 1
newdef MelikhovStechFormFactor:Spectator 30 -3
newdef MelikhovStechFormFactor:InQuark 30 4
newdef MelikhovStechFormFactor:OutQuark 30 1
newdef MelikhovStechFormFactor:Incoming 31 431
newdef MelikhovStechFormFactor:Outgoing 31 323
newdef MelikhovStechFormFactor:Spin 31 1
newdef MelikhovStechFormFactor:Spectator 31 -3
newdef MelikhovStechFormFactor:InQuark 31 4
newdef MelikhovStechFormFactor:OutQuark 31 2
newdef MelikhovStechFormFactor:Incoming 32 431
newdef MelikhovStechFormFactor:Outgoing 32 221
newdef MelikhovStechFormFactor:Spin 32 0
newdef MelikhovStechFormFactor:Spectator 32 -3
newdef MelikhovStechFormFactor:InQuark 32 4
newdef MelikhovStechFormFactor:OutQuark 32 3
newdef MelikhovStechFormFactor:Incoming 33 431
newdef MelikhovStechFormFactor:Outgoing 33 331
newdef MelikhovStechFormFactor:Spin 33 0
newdef MelikhovStechFormFactor:Spectator 33 -3
newdef MelikhovStechFormFactor:InQuark 33 4
newdef MelikhovStechFormFactor:OutQuark 33 3
newdef MelikhovStechFormFactor:Incoming 34 431
newdef MelikhovStechFormFactor:Outgoing 34 333
newdef MelikhovStechFormFactor:Spin 34 1
newdef MelikhovStechFormFactor:Spectator 34 -3
newdef MelikhovStechFormFactor:InQuark 34 4
newdef MelikhovStechFormFactor:OutQuark 34 3
newdef MelikhovStechFormFactor:Incoming 35 -531
newdef MelikhovStechFormFactor:Outgoing 35 311
newdef MelikhovStechFormFactor:Spin 35 0
newdef MelikhovStechFormFactor:Spectator 35 -3
newdef MelikhovStechFormFactor:InQuark 35 5
newdef MelikhovStechFormFactor:OutQuark 35 1
newdef MelikhovStechFormFactor:Incoming 36 -531
newdef MelikhovStechFormFactor:Outgoing 36 321
newdef MelikhovStechFormFactor:Spin 36 0
newdef MelikhovStechFormFactor:Spectator 36 -3
newdef MelikhovStechFormFactor:InQuark 36 5
newdef MelikhovStechFormFactor:OutQuark 36 2
newdef MelikhovStechFormFactor:Incoming 37 -531
newdef MelikhovStechFormFactor:Outgoing 37 313
newdef MelikhovStechFormFactor:Spin 37 1
newdef MelikhovStechFormFactor:Spectator 37 -3
newdef MelikhovStechFormFactor:InQuark 37 5
newdef MelikhovStechFormFactor:OutQuark 37 1
newdef MelikhovStechFormFactor:Incoming 38 -531
newdef MelikhovStechFormFactor:Outgoing 38 323
newdef MelikhovStechFormFactor:Spin 38 1
newdef MelikhovStechFormFactor:Spectator 38 -3
newdef MelikhovStechFormFactor:InQuark 38 5
newdef MelikhovStechFormFactor:OutQuark 38 2
newdef MelikhovStechFormFactor:Incoming 39 -531
newdef MelikhovStechFormFactor:Outgoing 39 221
newdef MelikhovStechFormFactor:Spin 39 0
newdef MelikhovStechFormFactor:Spectator 39 -3
newdef MelikhovStechFormFactor:InQuark 39 5
newdef MelikhovStechFormFactor:OutQuark 39 3
newdef MelikhovStechFormFactor:Incoming 40 -531
newdef MelikhovStechFormFactor:Outgoing 40 331
newdef MelikhovStechFormFactor:Spin 40 0
newdef MelikhovStechFormFactor:Spectator 40 -3
newdef MelikhovStechFormFactor:InQuark 40 5
newdef MelikhovStechFormFactor:OutQuark 40 3
newdef MelikhovStechFormFactor:Incoming 41 -531
newdef MelikhovStechFormFactor:Outgoing 41 333
newdef MelikhovStechFormFactor:Spin 41 1
newdef MelikhovStechFormFactor:Spectator 41 -3
newdef MelikhovStechFormFactor:InQuark 41 5
newdef MelikhovStechFormFactor:OutQuark 41 3
newdef MelikhovStech:FormFactor MelikhovStechFormFactor
#
create Herwig::SemiLeptonicBaryonDecayer BaryonLight2
newdef BaryonLight2:Iteration 1
newdef BaryonLight2:Ntry 500
newdef BaryonLight2:Points 10000
newdef BaryonLight2:GenerateIntermediates 0
insert BaryonLight2:MaximumWeight 0 2.29013
insert BaryonLight2:MaximumWeight 1 4.14333e-05
insert BaryonLight2:MaximumWeight 2 0.00012764
insert BaryonLight2:MaximumWeight 3 4.70199e-10
insert BaryonLight2:MaximumWeight 4 3.04697e-20
insert BaryonLight2:MaximumWeight 5 1.02959e-09
insert BaryonLight2:MaximumWeight 6 0.0028835
insert BaryonLight2:MaximumWeight 7 0.000392968
insert BaryonLight2:MaximumWeight 8 9.43244e-13
insert BaryonLight2:MaximumWeight 9 2.69324e-13
insert BaryonLight2:MaximumWeight 10 0.00405493
insert BaryonLight2:MaximumWeight 11 0.00117335
insert BaryonLight2:MaximumWeight 12 0.00239207
insert BaryonLight2:MaximumWeight 13 0.000443089
insert BaryonLight2:MaximumWeight 14 0.000229395
insert BaryonLight2:MaximumWeight 15 3.35965e-06
insert BaryonLight2:MaximumWeight 16 0.000719781
insert BaryonLight2:MaximumWeight 17 7.04736e-06
create Herwig::LeptonNeutrinoCurrent BaryonLight2Current HwWeakCurrents.so
newdef BaryonLight2Current:Quark 0 11
newdef BaryonLight2Current:AntiQuark 0 -12
newdef BaryonLight2Current:Quark 1 13
newdef BaryonLight2Current:AntiQuark 1 -15
newdef BaryonLight2Current:Quark 2 15
newdef BaryonLight2Current:AntiQuark 2 -16
newdef BaryonLight2:Current BaryonLight2Current
create Herwig::BaryonSimpleFormFactor BaryonLight2Form
newdef BaryonLight2Form:g_A 1.25
newdef BaryonLight2Form:alpha_D 0.6
newdef BaryonLight2Form:eta_V 0.97
newdef BaryonLight2Form:eta_A 1.08
newdef BaryonLight2Form:rho_E 0.094
newdef BaryonLight2Form:rho_M 0.86
newdef BaryonLight2Form:Incoming 0 2112
newdef BaryonLight2Form:Outgoing 0 2212
newdef BaryonLight2Form:InSpin 0 2
newdef BaryonLight2Form:OutSpin 0 2
newdef BaryonLight2Form:Spectator1 0 2
newdef BaryonLight2Form:Spectator2 0 1
newdef BaryonLight2Form:InQuark 0 1
newdef BaryonLight2Form:OutQuark 0 2
newdef BaryonLight2Form:Incoming 1 3222
newdef BaryonLight2Form:Outgoing 1 3122
newdef BaryonLight2Form:InSpin 1 2
newdef BaryonLight2Form:OutSpin 1 2
newdef BaryonLight2Form:Spectator1 1 3
newdef BaryonLight2Form:Spectator2 1 2
newdef BaryonLight2Form:InQuark 1 1
newdef BaryonLight2Form:OutQuark 1 2
newdef BaryonLight2Form:Incoming 2 3112
newdef BaryonLight2Form:Outgoing 2 3122
newdef BaryonLight2Form:InSpin 2 2
newdef BaryonLight2Form:OutSpin 2 2
newdef BaryonLight2Form:Spectator1 2 3
newdef BaryonLight2Form:Spectator2 2 1
newdef BaryonLight2Form:InQuark 2 1
newdef BaryonLight2Form:OutQuark 2 2
newdef BaryonLight2Form:Incoming 3 3112
newdef BaryonLight2Form:Outgoing 3 3212
newdef BaryonLight2Form:InSpin 3 2
newdef BaryonLight2Form:OutSpin 3 2
newdef BaryonLight2Form:Spectator1 3 3
newdef BaryonLight2Form:Spectator2 3 1
newdef BaryonLight2Form:InQuark 3 1
newdef BaryonLight2Form:OutQuark 3 2
newdef BaryonLight2Form:Incoming 4 3212
newdef BaryonLight2Form:Outgoing 4 3222
newdef BaryonLight2Form:InSpin 4 2
newdef BaryonLight2Form:OutSpin 4 2
newdef BaryonLight2Form:Spectator1 4 3
newdef BaryonLight2Form:Spectator2 4 2
newdef BaryonLight2Form:InQuark 4 1
newdef BaryonLight2Form:OutQuark 4 2
newdef BaryonLight2Form:Incoming 5 3312
newdef BaryonLight2Form:Outgoing 5 3322
newdef BaryonLight2Form:InSpin 5 2
newdef BaryonLight2Form:OutSpin 5 2
newdef BaryonLight2Form:Spectator1 5 3
newdef BaryonLight2Form:Spectator2 5 3
newdef BaryonLight2Form:InQuark 5 1
newdef BaryonLight2Form:OutQuark 5 2
newdef BaryonLight2Form:Incoming 6 3122
newdef BaryonLight2Form:Outgoing 6 2212
newdef BaryonLight2Form:InSpin 6 2
newdef BaryonLight2Form:OutSpin 6 2
newdef BaryonLight2Form:Spectator1 6 2
newdef BaryonLight2Form:Spectator2 6 1
newdef BaryonLight2Form:InQuark 6 3
newdef BaryonLight2Form:OutQuark 6 2
newdef BaryonLight2Form:Incoming 7 3212
newdef BaryonLight2Form:Outgoing 7 2212
newdef BaryonLight2Form:InSpin 7 2
newdef BaryonLight2Form:OutSpin 7 2
newdef BaryonLight2Form:Spectator1 7 2
newdef BaryonLight2Form:Spectator2 7 1
newdef BaryonLight2Form:InQuark 7 3
newdef BaryonLight2Form:OutQuark 7 2
newdef BaryonLight2Form:Incoming 8 3112
newdef BaryonLight2Form:Outgoing 8 2112
newdef BaryonLight2Form:InSpin 8 2
newdef BaryonLight2Form:OutSpin 8 2
newdef BaryonLight2Form:Spectator1 8 1
newdef BaryonLight2Form:Spectator2 8 1
newdef BaryonLight2Form:InQuark 8 3
newdef BaryonLight2Form:OutQuark 8 2
newdef BaryonLight2Form:Incoming 9 3312
newdef BaryonLight2Form:Outgoing 9 3122
newdef BaryonLight2Form:InSpin 9 2
newdef BaryonLight2Form:OutSpin 9 2
newdef BaryonLight2Form:Spectator1 9 3
newdef BaryonLight2Form:Spectator2 9 1
newdef BaryonLight2Form:InQuark 9 3
newdef BaryonLight2Form:OutQuark 9 2
newdef BaryonLight2Form:Incoming 10 3312
newdef BaryonLight2Form:Outgoing 10 3212
newdef BaryonLight2Form:InSpin 10 2
newdef BaryonLight2Form:OutSpin 10 2
newdef BaryonLight2Form:Spectator1 10 3
newdef BaryonLight2Form:Spectator2 10 1
newdef BaryonLight2Form:InQuark 10 3
newdef BaryonLight2Form:OutQuark 10 2
newdef BaryonLight2Form:Incoming 11 3322
newdef BaryonLight2Form:Outgoing 11 3222
newdef BaryonLight2Form:InSpin 11 2
newdef BaryonLight2Form:OutSpin 11 2
newdef BaryonLight2Form:Spectator1 11 3
newdef BaryonLight2Form:Spectator2 11 2
newdef BaryonLight2Form:InQuark 11 3
newdef BaryonLight2Form:OutQuark 11 2
newdef BaryonLight2:FormFactor BaryonLight2Form
#
create Herwig::SemiLeptonicScalarDecayer KiselevBc
newdef KiselevBc:Iteration 1
newdef KiselevBc:Ntry 500
newdef KiselevBc:Points 10000
newdef KiselevBc:GenerateIntermediates 0
insert KiselevBc:MaximumWeight 0 0.175615
insert KiselevBc:MaximumWeight 1 0.136474
insert KiselevBc:MaximumWeight 2 0.137341
insert KiselevBc:MaximumWeight 3 0.131993
insert KiselevBc:MaximumWeight 4 0.0137226
insert KiselevBc:MaximumWeight 5 0.0111086
insert KiselevBc:MaximumWeight 6 0.0168782
insert KiselevBc:MaximumWeight 7 0.0163124
insert KiselevBc:MaximumWeight 8 0.000135914
insert KiselevBc:MaximumWeight 9 0.000132475
insert KiselevBc:MaximumWeight 10 6.16844e-05
insert KiselevBc:MaximumWeight 11 0.00106059
insert KiselevBc:MaximumWeight 12 0.00106038
insert KiselevBc:MaximumWeight 13 0.000447588
insert KiselevBc:MaximumWeight 14 0.027841
insert KiselevBc:MaximumWeight 15 0.0259921
insert KiselevBc:MaximumWeight 16 0.0101164
insert KiselevBc:MaximumWeight 17 0.0397051
insert KiselevBc:MaximumWeight 18 0.0395602
insert KiselevBc:MaximumWeight 19 0.00990111
insert KiselevBc:MaximumWeight 20 0.00068535
insert KiselevBc:MaximumWeight 21 0.000682114
insert KiselevBc:MaximumWeight 22 8.18378e-05
insert KiselevBc:MaximumWeight 23 0.00136992
insert KiselevBc:MaximumWeight 24 0.0013625
insert KiselevBc:MaximumWeight 25 0.00014084
create Herwig::LeptonNeutrinoCurrent KiselevBcCurrent HwWeakCurrents.so
newdef KiselevBcCurrent:Quark 0 11
newdef KiselevBcCurrent:AntiQuark 0 -12
newdef KiselevBcCurrent:Quark 1 13
newdef KiselevBcCurrent:AntiQuark 1 -15
newdef KiselevBcCurrent:Quark 2 15
newdef KiselevBcCurrent:AntiQuark 2 -16
newdef KiselevBc:Current KiselevBcCurrent
create Herwig::KiselevBcFormFactor KiselevBcFormFactor
newdef KiselevBcFormFactor:Fplus 0 1.3
newdef KiselevBcFormFactor:Fminus 0 -5.8
newdef KiselevBcFormFactor:FV 0 0
newdef KiselevBcFormFactor:F0A 0 0
newdef KiselevBcFormFactor:FplusA 0 0
newdef KiselevBcFormFactor:FminusA 0 0
newdef KiselevBcFormFactor:MpoleFplus 0 1.8
newdef KiselevBcFormFactor:MpoleFminus 0 1.8
newdef KiselevBcFormFactor:MpoleFV 0 0
newdef KiselevBcFormFactor:MpoleF0A 0 0
newdef KiselevBcFormFactor:MpoleFplusA 0 0
newdef KiselevBcFormFactor:MpoleFminusA 0 0
newdef KiselevBcFormFactor:Fplus 1 0
newdef KiselevBcFormFactor:Fminus 1 0
newdef KiselevBcFormFactor:FV 1 1.1
newdef KiselevBcFormFactor:F0A 1 8.1
newdef KiselevBcFormFactor:FplusA 1 0.2
newdef KiselevBcFormFactor:FminusA 1 1.8
newdef KiselevBcFormFactor:MpoleFplus 1 0
newdef KiselevBcFormFactor:MpoleFminus 1 0
newdef KiselevBcFormFactor:MpoleFV 1 1.8
newdef KiselevBcFormFactor:MpoleF0A 1 1.8
newdef KiselevBcFormFactor:MpoleFplusA 1 1.8
newdef KiselevBcFormFactor:MpoleFminusA 1 1.8
newdef KiselevBcFormFactor:Fplus 2 1.27
newdef KiselevBcFormFactor:Fminus 2 -7.3
newdef KiselevBcFormFactor:FV 2 0
newdef KiselevBcFormFactor:F0A 2 0
newdef KiselevBcFormFactor:FplusA 2 0
newdef KiselevBcFormFactor:FminusA 2 0
newdef KiselevBcFormFactor:MpoleFplus 2 1.7
newdef KiselevBcFormFactor:MpoleFminus 2 1.7
newdef KiselevBcFormFactor:MpoleFV 2 0
newdef KiselevBcFormFactor:MpoleF0A 2 0
newdef KiselevBcFormFactor:MpoleFplusA 2 0
newdef KiselevBcFormFactor:MpoleFminusA 2 0
newdef KiselevBcFormFactor:Fplus 3 1.27
newdef KiselevBcFormFactor:Fminus 3 -7.3
newdef KiselevBcFormFactor:FV 3 0
newdef KiselevBcFormFactor:F0A 3 0
newdef KiselevBcFormFactor:FplusA 3 0
newdef KiselevBcFormFactor:FminusA 3 0
newdef KiselevBcFormFactor:MpoleFplus 3 1.7
newdef KiselevBcFormFactor:MpoleFminus 3 1.7
newdef KiselevBcFormFactor:MpoleFV 3 0
newdef KiselevBcFormFactor:MpoleF0A 3 0
newdef KiselevBcFormFactor:MpoleFplusA 3 0
newdef KiselevBcFormFactor:MpoleFminusA 3 0
newdef KiselevBcFormFactor:Fplus 4 0
newdef KiselevBcFormFactor:Fminus 4 0
newdef KiselevBcFormFactor:FV 4 1.35
newdef KiselevBcFormFactor:F0A 4 9.8
newdef KiselevBcFormFactor:FplusA 4 0.35
newdef KiselevBcFormFactor:FminusA 4 2.5
newdef KiselevBcFormFactor:MpoleFplus 4 0
newdef KiselevBcFormFactor:MpoleFminus 4 0
newdef KiselevBcFormFactor:MpoleFV 4 2.2
newdef KiselevBcFormFactor:MpoleF0A 4 3.2
newdef KiselevBcFormFactor:MpoleFplusA 4 2.2
newdef KiselevBcFormFactor:MpoleFminusA 4 3.2
newdef KiselevBcFormFactor:Fplus 5 0
newdef KiselevBcFormFactor:Fminus 5 0
newdef KiselevBcFormFactor:FV 5 1.35
newdef KiselevBcFormFactor:F0A 5 9.8
newdef KiselevBcFormFactor:FplusA 5 0.35
newdef KiselevBcFormFactor:FminusA 5 2.5
newdef KiselevBcFormFactor:MpoleFplus 5 0
newdef KiselevBcFormFactor:MpoleFminus 5 0
newdef KiselevBcFormFactor:MpoleFV 5 2.2
newdef KiselevBcFormFactor:MpoleF0A 5 3.2
newdef KiselevBcFormFactor:MpoleFplusA 5 2.2
newdef KiselevBcFormFactor:MpoleFminusA 5 3.2
newdef KiselevBcFormFactor:Fplus 6 0.32
newdef KiselevBcFormFactor:Fminus 6 -0.34
newdef KiselevBcFormFactor:FV 6 0
newdef KiselevBcFormFactor:F0A 6 0
newdef KiselevBcFormFactor:FplusA 6 0
newdef KiselevBcFormFactor:FminusA 6 0
newdef KiselevBcFormFactor:MpoleFplus 6 5
newdef KiselevBcFormFactor:MpoleFminus 6 5
newdef KiselevBcFormFactor:MpoleFV 6 0
newdef KiselevBcFormFactor:MpoleF0A 6 0
newdef KiselevBcFormFactor:MpoleFplusA 6 0
newdef KiselevBcFormFactor:MpoleFminusA 6 0
newdef KiselevBcFormFactor:Fplus 7 0.32
newdef KiselevBcFormFactor:Fminus 7 -0.34
newdef KiselevBcFormFactor:FV 7 0
newdef KiselevBcFormFactor:F0A 7 0
newdef KiselevBcFormFactor:FplusA 7 0
newdef KiselevBcFormFactor:FminusA 7 0
newdef KiselevBcFormFactor:MpoleFplus 7 5
newdef KiselevBcFormFactor:MpoleFminus 7 5
newdef KiselevBcFormFactor:MpoleFV 7 0
newdef KiselevBcFormFactor:MpoleF0A 7 0
newdef KiselevBcFormFactor:MpoleFplusA 7 0
newdef KiselevBcFormFactor:MpoleFminusA 7 0
newdef KiselevBcFormFactor:Fplus 8 0
newdef KiselevBcFormFactor:Fminus 8 0
newdef KiselevBcFormFactor:FV 8 0.2
newdef KiselevBcFormFactor:F0A 8 3.6
newdef KiselevBcFormFactor:FplusA 8 -0.062
newdef KiselevBcFormFactor:FminusA 8 0.1
newdef KiselevBcFormFactor:MpoleFplus 8 0
newdef KiselevBcFormFactor:MpoleFminus 8 0
newdef KiselevBcFormFactor:MpoleFV 8 6.2
newdef KiselevBcFormFactor:MpoleF0A 8 -1
newdef KiselevBcFormFactor:MpoleFplusA 8 6.2
newdef KiselevBcFormFactor:MpoleFminusA 8 6.2
newdef KiselevBcFormFactor:Fplus 9 0
newdef KiselevBcFormFactor:Fminus 9 0
newdef KiselevBcFormFactor:FV 9 0.2
newdef KiselevBcFormFactor:F0A 9 3.6
newdef KiselevBcFormFactor:FplusA 9 -0.062
newdef KiselevBcFormFactor:FminusA 9 0.1
newdef KiselevBcFormFactor:MpoleFplus 9 0
newdef KiselevBcFormFactor:MpoleFminus 9 0
newdef KiselevBcFormFactor:MpoleFV 9 6.2
newdef KiselevBcFormFactor:MpoleF0A 9 -1
newdef KiselevBcFormFactor:MpoleFplusA 9 6.2
newdef KiselevBcFormFactor:MpoleFminusA 9 6.2
newdef KiselevBcFormFactor:Fplus 10 0.45
newdef KiselevBcFormFactor:Fminus 10 -0.43
newdef KiselevBcFormFactor:FV 10 0
newdef KiselevBcFormFactor:F0A 10 0
newdef KiselevBcFormFactor:FplusA 10 0
newdef KiselevBcFormFactor:FminusA 10 0
newdef KiselevBcFormFactor:MpoleFplus 10 5
newdef KiselevBcFormFactor:MpoleFminus 10 5
newdef KiselevBcFormFactor:MpoleFV 10 0
newdef KiselevBcFormFactor:MpoleF0A 10 0
newdef KiselevBcFormFactor:MpoleFplusA 10 0
newdef KiselevBcFormFactor:MpoleFminusA 10 0
newdef KiselevBcFormFactor:Fplus 11 0
newdef KiselevBcFormFactor:Fminus 11 0
newdef KiselevBcFormFactor:FV 11 0.24
newdef KiselevBcFormFactor:F0A 11 4.7
newdef KiselevBcFormFactor:FplusA 11 -0.077
newdef KiselevBcFormFactor:FminusA 11 0.13
newdef KiselevBcFormFactor:MpoleFplus 11 0
newdef KiselevBcFormFactor:MpoleFminus 11 0
newdef KiselevBcFormFactor:MpoleFV 11 6.2
newdef KiselevBcFormFactor:MpoleF0A 11 -1
newdef KiselevBcFormFactor:MpoleFplusA 11 6.2
newdef KiselevBcFormFactor:MpoleFminusA 11 6.2
newdef KiselevBcFormFactor:Fplus 12 0.66
newdef KiselevBcFormFactor:Fminus 12 -0.36
newdef KiselevBcFormFactor:FV 12 0
newdef KiselevBcFormFactor:F0A 12 0
newdef KiselevBcFormFactor:FplusA 12 0
newdef KiselevBcFormFactor:FminusA 12 0
newdef KiselevBcFormFactor:MpoleFplus 12 4.5
newdef KiselevBcFormFactor:MpoleFminus 12 4.5
newdef KiselevBcFormFactor:MpoleFV 12 0
newdef KiselevBcFormFactor:MpoleF0A 12 0
newdef KiselevBcFormFactor:MpoleFplusA 12 0
newdef KiselevBcFormFactor:MpoleFminusA 12 0
newdef KiselevBcFormFactor:Fplus 13 0
newdef KiselevBcFormFactor:Fminus 13 0
newdef KiselevBcFormFactor:FV 13 0.11
newdef KiselevBcFormFactor:F0A 13 5.9
newdef KiselevBcFormFactor:FplusA 13 -0.074
newdef KiselevBcFormFactor:FminusA 13 0.12
newdef KiselevBcFormFactor:MpoleFplus 13 0
newdef KiselevBcFormFactor:MpoleFminus 13 0
newdef KiselevBcFormFactor:MpoleFV 13 5.5
newdef KiselevBcFormFactor:MpoleF0A 13 5.5
newdef KiselevBcFormFactor:MpoleFplusA 13 5.5
newdef KiselevBcFormFactor:MpoleFminusA 13 5.5
newdef KiselevBcFormFactor:Fplus 14 0.17
newdef KiselevBcFormFactor:Fminus 14 -0.16
newdef KiselevBcFormFactor:FV 14 0
newdef KiselevBcFormFactor:F0A 14 0
newdef KiselevBcFormFactor:FplusA 14 0
newdef KiselevBcFormFactor:FminusA 14 0
newdef KiselevBcFormFactor:MpoleFplus 14 4.5
newdef KiselevBcFormFactor:MpoleFminus 14 4.5
newdef KiselevBcFormFactor:MpoleFV 14 0
newdef KiselevBcFormFactor:MpoleF0A 14 0
newdef KiselevBcFormFactor:MpoleFplusA 14 0
newdef KiselevBcFormFactor:MpoleFminusA 14 0
newdef KiselevBcFormFactor:Fplus 15 0
newdef KiselevBcFormFactor:Fminus 15 0
newdef KiselevBcFormFactor:FV 15 0.035
newdef KiselevBcFormFactor:F0A 15 1.686
newdef KiselevBcFormFactor:FplusA 15 -0.015
newdef KiselevBcFormFactor:FminusA 15 0.052
newdef KiselevBcFormFactor:MpoleFplus 15 0
newdef KiselevBcFormFactor:MpoleFminus 15 0
newdef KiselevBcFormFactor:MpoleFV 15 4.2
newdef KiselevBcFormFactor:MpoleF0A 15 4.2
newdef KiselevBcFormFactor:MpoleFplusA 15 4.2
newdef KiselevBcFormFactor:MpoleFminusA 15 4.2
newdef KiselevBcFormFactor:Incoming 0 541
newdef KiselevBcFormFactor:Outgoing 0 531
newdef KiselevBcFormFactor:Spin 0 0
newdef KiselevBcFormFactor:Spectator 0 -5
newdef KiselevBcFormFactor:InQuark 0 4
newdef KiselevBcFormFactor:OutQuark 0 3
newdef KiselevBcFormFactor:Incoming 1 541
newdef KiselevBcFormFactor:Outgoing 1 533
newdef KiselevBcFormFactor:Spin 1 1
newdef KiselevBcFormFactor:Spectator 1 -5
newdef KiselevBcFormFactor:InQuark 1 4
newdef KiselevBcFormFactor:OutQuark 1 3
newdef KiselevBcFormFactor:Incoming 2 541
newdef KiselevBcFormFactor:Outgoing 2 511
newdef KiselevBcFormFactor:Spin 2 0
newdef KiselevBcFormFactor:Spectator 2 -5
newdef KiselevBcFormFactor:InQuark 2 4
newdef KiselevBcFormFactor:OutQuark 2 1
newdef KiselevBcFormFactor:Incoming 3 541
newdef KiselevBcFormFactor:Outgoing 3 521
newdef KiselevBcFormFactor:Spin 3 0
newdef KiselevBcFormFactor:Spectator 3 -5
newdef KiselevBcFormFactor:InQuark 3 4
newdef KiselevBcFormFactor:OutQuark 3 2
newdef KiselevBcFormFactor:Incoming 4 541
newdef KiselevBcFormFactor:Outgoing 4 513
newdef KiselevBcFormFactor:Spin 4 1
newdef KiselevBcFormFactor:Spectator 4 -5
newdef KiselevBcFormFactor:InQuark 4 4
newdef KiselevBcFormFactor:OutQuark 4 1
newdef KiselevBcFormFactor:Incoming 5 541
newdef KiselevBcFormFactor:Outgoing 5 523
newdef KiselevBcFormFactor:Spin 5 1
newdef KiselevBcFormFactor:Spectator 5 -5
newdef KiselevBcFormFactor:InQuark 5 4
newdef KiselevBcFormFactor:OutQuark 5 2
newdef KiselevBcFormFactor:Incoming 6 -541
newdef KiselevBcFormFactor:Outgoing 6 -411
newdef KiselevBcFormFactor:Spin 6 0
newdef KiselevBcFormFactor:Spectator 6 -4
newdef KiselevBcFormFactor:InQuark 6 5
newdef KiselevBcFormFactor:OutQuark 6 1
newdef KiselevBcFormFactor:Incoming 7 -541
newdef KiselevBcFormFactor:Outgoing 7 -421
newdef KiselevBcFormFactor:Spin 7 0
newdef KiselevBcFormFactor:Spectator 7 -4
newdef KiselevBcFormFactor:InQuark 7 5
newdef KiselevBcFormFactor:OutQuark 7 2
newdef KiselevBcFormFactor:Incoming 8 -541
newdef KiselevBcFormFactor:Outgoing 8 -413
newdef KiselevBcFormFactor:Spin 8 1
newdef KiselevBcFormFactor:Spectator 8 -4
newdef KiselevBcFormFactor:InQuark 8 5
newdef KiselevBcFormFactor:OutQuark 8 1
newdef KiselevBcFormFactor:Incoming 9 -541
newdef KiselevBcFormFactor:Outgoing 9 -423
newdef KiselevBcFormFactor:Spin 9 1
newdef KiselevBcFormFactor:Spectator 9 -4
newdef KiselevBcFormFactor:InQuark 9 5
newdef KiselevBcFormFactor:OutQuark 9 2
newdef KiselevBcFormFactor:Incoming 10 -541
newdef KiselevBcFormFactor:Outgoing 10 -431
newdef KiselevBcFormFactor:Spin 10 0
newdef KiselevBcFormFactor:Spectator 10 -4
newdef KiselevBcFormFactor:InQuark 10 5
newdef KiselevBcFormFactor:OutQuark 10 3
newdef KiselevBcFormFactor:Incoming 11 -541
newdef KiselevBcFormFactor:Outgoing 11 -433
newdef KiselevBcFormFactor:Spin 11 1
newdef KiselevBcFormFactor:Spectator 11 -4
newdef KiselevBcFormFactor:InQuark 11 5
newdef KiselevBcFormFactor:OutQuark 11 3
newdef KiselevBcFormFactor:Incoming 12 -541
newdef KiselevBcFormFactor:Outgoing 12 441
newdef KiselevBcFormFactor:Spin 12 0
newdef KiselevBcFormFactor:Spectator 12 -4
newdef KiselevBcFormFactor:InQuark 12 5
newdef KiselevBcFormFactor:OutQuark 12 4
newdef KiselevBcFormFactor:Incoming 13 -541
newdef KiselevBcFormFactor:Outgoing 13 443
newdef KiselevBcFormFactor:Spin 13 1
newdef KiselevBcFormFactor:Spectator 13 -4
newdef KiselevBcFormFactor:InQuark 13 5
newdef KiselevBcFormFactor:OutQuark 13 4
newdef KiselevBcFormFactor:Incoming 14 -541
newdef KiselevBcFormFactor:Outgoing 14 100441
newdef KiselevBcFormFactor:Spin 14 0
newdef KiselevBcFormFactor:Spectator 14 -4
newdef KiselevBcFormFactor:InQuark 14 5
newdef KiselevBcFormFactor:OutQuark 14 4
newdef KiselevBcFormFactor:Incoming 15 -541
newdef KiselevBcFormFactor:Outgoing 15 100443
newdef KiselevBcFormFactor:Spin 15 1
newdef KiselevBcFormFactor:Spectator 15 -4
newdef KiselevBcFormFactor:InQuark 15 5
newdef KiselevBcFormFactor:OutQuark 15 4
newdef KiselevBc:FormFactor KiselevBcFormFactor
#
create Herwig::ScalarMesonFactorizedDecayer BcHadronic
newdef BcHadronic:Iteration 1
newdef BcHadronic:Ntry 500
newdef BcHadronic:Points 10000
newdef BcHadronic:GenerateIntermediates 0
newdef BcHadronic:a1Bottom 1.14
newdef BcHadronic:a2Bottom -0.2
newdef BcHadronic:a1Charm 1.2
newdef BcHadronic:a2Charm -0.317
create Herwig::ScalarMesonCurrent BcHadronicScalarCurrent HwWeakCurrents.so
newdef BcHadronicScalarCurrent:ThetaEtaEtaPrime -0.194
newdef BcHadronicScalarCurrent:ID 0 211
newdef BcHadronicScalarCurrent:Decay_Constant 0 -132
newdef BcHadronicScalarCurrent:ID 1 111
newdef BcHadronicScalarCurrent:Decay_Constant 1 -132
newdef BcHadronicScalarCurrent:ID 2 111
newdef BcHadronicScalarCurrent:Decay_Constant 2 -132
newdef BcHadronicScalarCurrent:ID 3 221
newdef BcHadronicScalarCurrent:Decay_Constant 3 -132
newdef BcHadronicScalarCurrent:ID 4 221
newdef BcHadronicScalarCurrent:Decay_Constant 4 -132
newdef BcHadronicScalarCurrent:ID 5 221
newdef BcHadronicScalarCurrent:Decay_Constant 5 -132
newdef BcHadronicScalarCurrent:ID 6 331
newdef BcHadronicScalarCurrent:Decay_Constant 6 -132
newdef BcHadronicScalarCurrent:ID 7 331
newdef BcHadronicScalarCurrent:Decay_Constant 7 -132
newdef BcHadronicScalarCurrent:ID 8 331
newdef BcHadronicScalarCurrent:Decay_Constant 8 -132
newdef BcHadronicScalarCurrent:ID 9 311
newdef BcHadronicScalarCurrent:Decay_Constant 9 -162
newdef BcHadronicScalarCurrent:ID 10 321
newdef BcHadronicScalarCurrent:Decay_Constant 10 -162
newdef BcHadronicScalarCurrent:ID 11 411
newdef BcHadronicScalarCurrent:Decay_Constant 11 -214
newdef BcHadronicScalarCurrent:ID 12 421
newdef BcHadronicScalarCurrent:Decay_Constant 12 -214
newdef BcHadronicScalarCurrent:ID 13 431
newdef BcHadronicScalarCurrent:Decay_Constant 13 -237
newdef BcHadronicScalarCurrent:ID 14 10431
newdef BcHadronicScalarCurrent:Decay_Constant 14 -73.7
insert BcHadronicScalarCurrent:ID 15 441
insert BcHadronicScalarCurrent:Decay_Constant 15 -564
newdef BcHadronicScalarCurrent:Quark 0 2
newdef BcHadronicScalarCurrent:AntiQuark 0 -1
newdef BcHadronicScalarCurrent:Quark 1 1
newdef BcHadronicScalarCurrent:AntiQuark 1 -1
newdef BcHadronicScalarCurrent:Quark 2 2
newdef BcHadronicScalarCurrent:AntiQuark 2 -2
newdef BcHadronicScalarCurrent:Quark 3 1
newdef BcHadronicScalarCurrent:AntiQuark 3 -1
newdef BcHadronicScalarCurrent:Quark 4 2
newdef BcHadronicScalarCurrent:AntiQuark 4 -2
newdef BcHadronicScalarCurrent:Quark 5 3
newdef BcHadronicScalarCurrent:AntiQuark 5 -3
newdef BcHadronicScalarCurrent:Quark 6 1
newdef BcHadronicScalarCurrent:AntiQuark 6 -1
newdef BcHadronicScalarCurrent:Quark 7 2
newdef BcHadronicScalarCurrent:AntiQuark 7 -2
newdef BcHadronicScalarCurrent:Quark 8 3
newdef BcHadronicScalarCurrent:AntiQuark 8 -3
newdef BcHadronicScalarCurrent:Quark 9 1
newdef BcHadronicScalarCurrent:AntiQuark 9 -3
newdef BcHadronicScalarCurrent:Quark 10 2
newdef BcHadronicScalarCurrent:AntiQuark 10 -3
newdef BcHadronicScalarCurrent:Quark 11 4
newdef BcHadronicScalarCurrent:AntiQuark 11 -1
newdef BcHadronicScalarCurrent:Quark 12 4
newdef BcHadronicScalarCurrent:AntiQuark 12 -2
newdef BcHadronicScalarCurrent:Quark 13 4
newdef BcHadronicScalarCurrent:AntiQuark 13 -3
newdef BcHadronicScalarCurrent:Quark 14 4
newdef BcHadronicScalarCurrent:AntiQuark 14 -3
insert BcHadronicScalarCurrent:Quark 15 4
insert BcHadronicScalarCurrent:AntiQuark 15 -4
insert BcHadronic:Currents 0 BcHadronicScalarCurrent
create Herwig::VectorMesonCurrent BcHadronicVectorCurrent HwWeakCurrents.so
newdef BcHadronicVectorCurrent:ID 0 213
newdef BcHadronicVectorCurrent:Decay_Constant 0 0.16
newdef BcHadronicVectorCurrent:ID 1 113
newdef BcHadronicVectorCurrent:Decay_Constant 1 0.16
newdef BcHadronicVectorCurrent:ID 2 113
newdef BcHadronicVectorCurrent:Decay_Constant 2 0.16
newdef BcHadronicVectorCurrent:ID 3 223
newdef BcHadronicVectorCurrent:Decay_Constant 3 0.16
newdef BcHadronicVectorCurrent:ID 4 223
newdef BcHadronicVectorCurrent:Decay_Constant 4 0.16
newdef BcHadronicVectorCurrent:ID 5 333
newdef BcHadronicVectorCurrent:Decay_Constant 5 0.238
newdef BcHadronicVectorCurrent:ID 6 313
newdef BcHadronicVectorCurrent:Decay_Constant 6 0.197
newdef BcHadronicVectorCurrent:ID 7 323
newdef BcHadronicVectorCurrent:Decay_Constant 7 0.197
newdef BcHadronicVectorCurrent:ID 8 20213
newdef BcHadronicVectorCurrent:Decay_Constant 8 0.278
newdef BcHadronicVectorCurrent:ID 9 20113
newdef BcHadronicVectorCurrent:Decay_Constant 9 0.278
newdef BcHadronicVectorCurrent:ID 10 20113
newdef BcHadronicVectorCurrent:Decay_Constant 10 0.278
newdef BcHadronicVectorCurrent:ID 11 413
newdef BcHadronicVectorCurrent:Decay_Constant 11 0.457
newdef BcHadronicVectorCurrent:ID 12 423
newdef BcHadronicVectorCurrent:Decay_Constant 12 0.457
newdef BcHadronicVectorCurrent:ID 13 433
newdef BcHadronicVectorCurrent:Decay_Constant 13 0.55
newdef BcHadronicVectorCurrent:ID 14 443
newdef BcHadronicVectorCurrent:Decay_Constant 14 1.256
newdef BcHadronicVectorCurrent:ID 15 100443
newdef BcHadronicVectorCurrent:Decay_Constant 15 1.08
newdef BcHadronicVectorCurrent:ID 16 20433
newdef BcHadronicVectorCurrent:Decay_Constant 16 0.397
newdef BcHadronicVectorCurrent:Quark 0 2
newdef BcHadronicVectorCurrent:AntiQuark 0 -1
newdef BcHadronicVectorCurrent:Quark 1 1
newdef BcHadronicVectorCurrent:AntiQuark 1 -1
newdef BcHadronicVectorCurrent:Quark 2 2
newdef BcHadronicVectorCurrent:AntiQuark 2 -2
newdef BcHadronicVectorCurrent:Quark 3 1
newdef BcHadronicVectorCurrent:AntiQuark 3 -1
newdef BcHadronicVectorCurrent:Quark 4 2
newdef BcHadronicVectorCurrent:AntiQuark 4 -2
newdef BcHadronicVectorCurrent:Quark 5 3
newdef BcHadronicVectorCurrent:AntiQuark 5 -3
newdef BcHadronicVectorCurrent:Quark 6 1
newdef BcHadronicVectorCurrent:AntiQuark 6 -3
newdef BcHadronicVectorCurrent:Quark 7 2
newdef BcHadronicVectorCurrent:AntiQuark 7 -3
newdef BcHadronicVectorCurrent:Quark 8 2
newdef BcHadronicVectorCurrent:AntiQuark 8 -1
newdef BcHadronicVectorCurrent:Quark 9 1
newdef BcHadronicVectorCurrent:AntiQuark 9 -1
newdef BcHadronicVectorCurrent:Quark 10 2
newdef BcHadronicVectorCurrent:AntiQuark 10 -2
newdef BcHadronicVectorCurrent:Quark 11 4
newdef BcHadronicVectorCurrent:AntiQuark 11 -1
newdef BcHadronicVectorCurrent:Quark 12 4
newdef BcHadronicVectorCurrent:AntiQuark 12 -2
newdef BcHadronicVectorCurrent:Quark 13 4
newdef BcHadronicVectorCurrent:AntiQuark 13 -3
newdef BcHadronicVectorCurrent:Quark 14 4
newdef BcHadronicVectorCurrent:AntiQuark 14 -4
newdef BcHadronicVectorCurrent:Quark 15 4
newdef BcHadronicVectorCurrent:AntiQuark 15 -4
newdef BcHadronicVectorCurrent:Quark 16 4
newdef BcHadronicVectorCurrent:AntiQuark 16 -3
insert BcHadronic:Currents 1 BcHadronicVectorCurrent
create Herwig::KiselevBcFormFactor BcHadronicFormFactor
newdef BcHadronicFormFactor:Fplus 0 1.3
newdef BcHadronicFormFactor:Fminus 0 -5.8
newdef BcHadronicFormFactor:FV 0 0
newdef BcHadronicFormFactor:F0A 0 0
newdef BcHadronicFormFactor:FplusA 0 0
newdef BcHadronicFormFactor:FminusA 0 0
newdef BcHadronicFormFactor:MpoleFplus 0 1.8
newdef BcHadronicFormFactor:MpoleFminus 0 1.8
newdef BcHadronicFormFactor:MpoleFV 0 0
newdef BcHadronicFormFactor:MpoleF0A 0 0
newdef BcHadronicFormFactor:MpoleFplusA 0 0
newdef BcHadronicFormFactor:MpoleFminusA 0 0
newdef BcHadronicFormFactor:Fplus 1 0
newdef BcHadronicFormFactor:Fminus 1 0
newdef BcHadronicFormFactor:FV 1 1.1
newdef BcHadronicFormFactor:F0A 1 8.1
newdef BcHadronicFormFactor:FplusA 1 0.2
newdef BcHadronicFormFactor:FminusA 1 1.8
newdef BcHadronicFormFactor:MpoleFplus 1 0
newdef BcHadronicFormFactor:MpoleFminus 1 0
newdef BcHadronicFormFactor:MpoleFV 1 1.8
newdef BcHadronicFormFactor:MpoleF0A 1 1.8
newdef BcHadronicFormFactor:MpoleFplusA 1 1.8
newdef BcHadronicFormFactor:MpoleFminusA 1 1.8
newdef BcHadronicFormFactor:Fplus 2 1.27
newdef BcHadronicFormFactor:Fminus 2 -7.3
newdef BcHadronicFormFactor:FV 2 0
newdef BcHadronicFormFactor:F0A 2 0
newdef BcHadronicFormFactor:FplusA 2 0
newdef BcHadronicFormFactor:FminusA 2 0
newdef BcHadronicFormFactor:MpoleFplus 2 1.7
newdef BcHadronicFormFactor:MpoleFminus 2 1.7
newdef BcHadronicFormFactor:MpoleFV 2 0
newdef BcHadronicFormFactor:MpoleF0A 2 0
newdef BcHadronicFormFactor:MpoleFplusA 2 0
newdef BcHadronicFormFactor:MpoleFminusA 2 0
newdef BcHadronicFormFactor:Fplus 3 1.27
newdef BcHadronicFormFactor:Fminus 3 -7.3
newdef BcHadronicFormFactor:FV 3 0
newdef BcHadronicFormFactor:F0A 3 0
newdef BcHadronicFormFactor:FplusA 3 0
newdef BcHadronicFormFactor:FminusA 3 0
newdef BcHadronicFormFactor:MpoleFplus 3 1.7
newdef BcHadronicFormFactor:MpoleFminus 3 1.7
newdef BcHadronicFormFactor:MpoleFV 3 0
newdef BcHadronicFormFactor:MpoleF0A 3 0
newdef BcHadronicFormFactor:MpoleFplusA 3 0
newdef BcHadronicFormFactor:MpoleFminusA 3 0
newdef BcHadronicFormFactor:Fplus 4 0
newdef BcHadronicFormFactor:Fminus 4 0
newdef BcHadronicFormFactor:FV 4 1.35
newdef BcHadronicFormFactor:F0A 4 9.8
newdef BcHadronicFormFactor:FplusA 4 0.35
newdef BcHadronicFormFactor:FminusA 4 2.5
newdef BcHadronicFormFactor:MpoleFplus 4 0
newdef BcHadronicFormFactor:MpoleFminus 4 0
newdef BcHadronicFormFactor:MpoleFV 4 2.2
newdef BcHadronicFormFactor:MpoleF0A 4 3.2
newdef BcHadronicFormFactor:MpoleFplusA 4 2.2
newdef BcHadronicFormFactor:MpoleFminusA 4 3.2
newdef BcHadronicFormFactor:Fplus 5 0
newdef BcHadronicFormFactor:Fminus 5 0
newdef BcHadronicFormFactor:FV 5 1.35
newdef BcHadronicFormFactor:F0A 5 9.8
newdef BcHadronicFormFactor:FplusA 5 0.35
newdef BcHadronicFormFactor:FminusA 5 2.5
newdef BcHadronicFormFactor:MpoleFplus 5 0
newdef BcHadronicFormFactor:MpoleFminus 5 0
newdef BcHadronicFormFactor:MpoleFV 5 2.2
newdef BcHadronicFormFactor:MpoleF0A 5 3.2
newdef BcHadronicFormFactor:MpoleFplusA 5 2.2
newdef BcHadronicFormFactor:MpoleFminusA 5 3.2
newdef BcHadronicFormFactor:Fplus 6 0.32
newdef BcHadronicFormFactor:Fminus 6 -0.34
newdef BcHadronicFormFactor:FV 6 0
newdef BcHadronicFormFactor:F0A 6 0
newdef BcHadronicFormFactor:FplusA 6 0
newdef BcHadronicFormFactor:FminusA 6 0
newdef BcHadronicFormFactor:MpoleFplus 6 5
newdef BcHadronicFormFactor:MpoleFminus 6 5
newdef BcHadronicFormFactor:MpoleFV 6 0
newdef BcHadronicFormFactor:MpoleF0A 6 0
newdef BcHadronicFormFactor:MpoleFplusA 6 0
newdef BcHadronicFormFactor:MpoleFminusA 6 0
newdef BcHadronicFormFactor:Fplus 7 0.32
newdef BcHadronicFormFactor:Fminus 7 -0.34
newdef BcHadronicFormFactor:FV 7 0
newdef BcHadronicFormFactor:F0A 7 0
newdef BcHadronicFormFactor:FplusA 7 0
newdef BcHadronicFormFactor:FminusA 7 0
newdef BcHadronicFormFactor:MpoleFplus 7 5
newdef BcHadronicFormFactor:MpoleFminus 7 5
newdef BcHadronicFormFactor:MpoleFV 7 0
newdef BcHadronicFormFactor:MpoleF0A 7 0
newdef BcHadronicFormFactor:MpoleFplusA 7 0
newdef BcHadronicFormFactor:MpoleFminusA 7 0
newdef BcHadronicFormFactor:Fplus 8 0
newdef BcHadronicFormFactor:Fminus 8 0
newdef BcHadronicFormFactor:FV 8 0.2
newdef BcHadronicFormFactor:F0A 8 3.6
newdef BcHadronicFormFactor:FplusA 8 -0.062
newdef BcHadronicFormFactor:FminusA 8 0.1
newdef BcHadronicFormFactor:MpoleFplus 8 0
newdef BcHadronicFormFactor:MpoleFminus 8 0
newdef BcHadronicFormFactor:MpoleFV 8 6.2
newdef BcHadronicFormFactor:MpoleF0A 8 -1
newdef BcHadronicFormFactor:MpoleFplusA 8 6.2
newdef BcHadronicFormFactor:MpoleFminusA 8 6.2
newdef BcHadronicFormFactor:Fplus 9 0
newdef BcHadronicFormFactor:Fminus 9 0
newdef BcHadronicFormFactor:FV 9 0.2
newdef BcHadronicFormFactor:F0A 9 3.6
newdef BcHadronicFormFactor:FplusA 9 -0.062
newdef BcHadronicFormFactor:FminusA 9 0.1
newdef BcHadronicFormFactor:MpoleFplus 9 0
newdef BcHadronicFormFactor:MpoleFminus 9 0
newdef BcHadronicFormFactor:MpoleFV 9 6.2
newdef BcHadronicFormFactor:MpoleF0A 9 -1
newdef BcHadronicFormFactor:MpoleFplusA 9 6.2
newdef BcHadronicFormFactor:MpoleFminusA 9 6.2
newdef BcHadronicFormFactor:Fplus 10 0.45
newdef BcHadronicFormFactor:Fminus 10 -0.43
newdef BcHadronicFormFactor:FV 10 0
newdef BcHadronicFormFactor:F0A 10 0
newdef BcHadronicFormFactor:FplusA 10 0
newdef BcHadronicFormFactor:FminusA 10 0
newdef BcHadronicFormFactor:MpoleFplus 10 5
newdef BcHadronicFormFactor:MpoleFminus 10 5
newdef BcHadronicFormFactor:MpoleFV 10 0
newdef BcHadronicFormFactor:MpoleF0A 10 0
newdef BcHadronicFormFactor:MpoleFplusA 10 0
newdef BcHadronicFormFactor:MpoleFminusA 10 0
newdef BcHadronicFormFactor:Fplus 11 0
newdef BcHadronicFormFactor:Fminus 11 0
newdef BcHadronicFormFactor:FV 11 0.24
newdef BcHadronicFormFactor:F0A 11 4.7
newdef BcHadronicFormFactor:FplusA 11 -0.077
newdef BcHadronicFormFactor:FminusA 11 0.13
newdef BcHadronicFormFactor:MpoleFplus 11 0
newdef BcHadronicFormFactor:MpoleFminus 11 0
newdef BcHadronicFormFactor:MpoleFV 11 6.2
newdef BcHadronicFormFactor:MpoleF0A 11 -1
newdef BcHadronicFormFactor:MpoleFplusA 11 6.2
newdef BcHadronicFormFactor:MpoleFminusA 11 6.2
newdef BcHadronicFormFactor:Fplus 12 0.66
newdef BcHadronicFormFactor:Fminus 12 -0.36
newdef BcHadronicFormFactor:FV 12 0
newdef BcHadronicFormFactor:F0A 12 0
newdef BcHadronicFormFactor:FplusA 12 0
newdef BcHadronicFormFactor:FminusA 12 0
newdef BcHadronicFormFactor:MpoleFplus 12 4.5
newdef BcHadronicFormFactor:MpoleFminus 12 4.5
newdef BcHadronicFormFactor:MpoleFV 12 0
newdef BcHadronicFormFactor:MpoleF0A 12 0
newdef BcHadronicFormFactor:MpoleFplusA 12 0
newdef BcHadronicFormFactor:MpoleFminusA 12 0
newdef BcHadronicFormFactor:Fplus 13 0
newdef BcHadronicFormFactor:Fminus 13 0
newdef BcHadronicFormFactor:FV 13 0.11
newdef BcHadronicFormFactor:F0A 13 5.9
newdef BcHadronicFormFactor:FplusA 13 -0.074
newdef BcHadronicFormFactor:FminusA 13 0.12
newdef BcHadronicFormFactor:MpoleFplus 13 0
newdef BcHadronicFormFactor:MpoleFminus 13 0
newdef BcHadronicFormFactor:MpoleFV 13 5.5
newdef BcHadronicFormFactor:MpoleF0A 13 5.5
newdef BcHadronicFormFactor:MpoleFplusA 13 5.5
newdef BcHadronicFormFactor:MpoleFminusA 13 5.5
newdef BcHadronicFormFactor:Fplus 14 0.17
newdef BcHadronicFormFactor:Fminus 14 -0.16
newdef BcHadronicFormFactor:FV 14 0
newdef BcHadronicFormFactor:F0A 14 0
newdef BcHadronicFormFactor:FplusA 14 0
newdef BcHadronicFormFactor:FminusA 14 0
newdef BcHadronicFormFactor:MpoleFplus 14 4.5
newdef BcHadronicFormFactor:MpoleFminus 14 4.5
newdef BcHadronicFormFactor:MpoleFV 14 0
newdef BcHadronicFormFactor:MpoleF0A 14 0
newdef BcHadronicFormFactor:MpoleFplusA 14 0
newdef BcHadronicFormFactor:MpoleFminusA 14 0
newdef BcHadronicFormFactor:Fplus 15 0
newdef BcHadronicFormFactor:Fminus 15 0
newdef BcHadronicFormFactor:FV 15 0.035
newdef BcHadronicFormFactor:F0A 15 1.686
newdef BcHadronicFormFactor:FplusA 15 -0.015
newdef BcHadronicFormFactor:FminusA 15 0.052
newdef BcHadronicFormFactor:MpoleFplus 15 0
newdef BcHadronicFormFactor:MpoleFminus 15 0
newdef BcHadronicFormFactor:MpoleFV 15 4.2
newdef BcHadronicFormFactor:MpoleF0A 15 4.2
newdef BcHadronicFormFactor:MpoleFplusA 15 4.2
newdef BcHadronicFormFactor:MpoleFminusA 15 4.2
newdef BcHadronicFormFactor:Incoming 0 541
newdef BcHadronicFormFactor:Outgoing 0 531
newdef BcHadronicFormFactor:Spin 0 0
newdef BcHadronicFormFactor:Spectator 0 -5
newdef BcHadronicFormFactor:InQuark 0 4
newdef BcHadronicFormFactor:OutQuark 0 3
newdef BcHadronicFormFactor:Incoming 1 541
newdef BcHadronicFormFactor:Outgoing 1 533
newdef BcHadronicFormFactor:Spin 1 1
newdef BcHadronicFormFactor:Spectator 1 -5
newdef BcHadronicFormFactor:InQuark 1 4
newdef BcHadronicFormFactor:OutQuark 1 3
newdef BcHadronicFormFactor:Incoming 2 541
newdef BcHadronicFormFactor:Outgoing 2 511
newdef BcHadronicFormFactor:Spin 2 0
newdef BcHadronicFormFactor:Spectator 2 -5
newdef BcHadronicFormFactor:InQuark 2 4
newdef BcHadronicFormFactor:OutQuark 2 1
newdef BcHadronicFormFactor:Incoming 3 541
newdef BcHadronicFormFactor:Outgoing 3 521
newdef BcHadronicFormFactor:Spin 3 0
newdef BcHadronicFormFactor:Spectator 3 -5
newdef BcHadronicFormFactor:InQuark 3 4
newdef BcHadronicFormFactor:OutQuark 3 2
newdef BcHadronicFormFactor:Incoming 4 541
newdef BcHadronicFormFactor:Outgoing 4 513
newdef BcHadronicFormFactor:Spin 4 1
newdef BcHadronicFormFactor:Spectator 4 -5
newdef BcHadronicFormFactor:InQuark 4 4
newdef BcHadronicFormFactor:OutQuark 4 1
newdef BcHadronicFormFactor:Incoming 5 541
newdef BcHadronicFormFactor:Outgoing 5 523
newdef BcHadronicFormFactor:Spin 5 1
newdef BcHadronicFormFactor:Spectator 5 -5
newdef BcHadronicFormFactor:InQuark 5 4
newdef BcHadronicFormFactor:OutQuark 5 2
newdef BcHadronicFormFactor:Incoming 6 -541
newdef BcHadronicFormFactor:Outgoing 6 -411
newdef BcHadronicFormFactor:Spin 6 0
newdef BcHadronicFormFactor:Spectator 6 -4
newdef BcHadronicFormFactor:InQuark 6 5
newdef BcHadronicFormFactor:OutQuark 6 1
newdef BcHadronicFormFactor:Incoming 7 -541
newdef BcHadronicFormFactor:Outgoing 7 -421
newdef BcHadronicFormFactor:Spin 7 0
newdef BcHadronicFormFactor:Spectator 7 -4
newdef BcHadronicFormFactor:InQuark 7 5
newdef BcHadronicFormFactor:OutQuark 7 2
newdef BcHadronicFormFactor:Incoming 8 -541
newdef BcHadronicFormFactor:Outgoing 8 -413
newdef BcHadronicFormFactor:Spin 8 1
newdef BcHadronicFormFactor:Spectator 8 -4
newdef BcHadronicFormFactor:InQuark 8 5
newdef BcHadronicFormFactor:OutQuark 8 1
newdef BcHadronicFormFactor:Incoming 9 -541
newdef BcHadronicFormFactor:Outgoing 9 -423
newdef BcHadronicFormFactor:Spin 9 1
newdef BcHadronicFormFactor:Spectator 9 -4
newdef BcHadronicFormFactor:InQuark 9 5
newdef BcHadronicFormFactor:OutQuark 9 2
newdef BcHadronicFormFactor:Incoming 10 -541
newdef BcHadronicFormFactor:Outgoing 10 -431
newdef BcHadronicFormFactor:Spin 10 0
newdef BcHadronicFormFactor:Spectator 10 -4
newdef BcHadronicFormFactor:InQuark 10 5
newdef BcHadronicFormFactor:OutQuark 10 3
newdef BcHadronicFormFactor:Incoming 11 -541
newdef BcHadronicFormFactor:Outgoing 11 -433
newdef BcHadronicFormFactor:Spin 11 1
newdef BcHadronicFormFactor:Spectator 11 -4
newdef BcHadronicFormFactor:InQuark 11 5
newdef BcHadronicFormFactor:OutQuark 11 3
newdef BcHadronicFormFactor:Incoming 12 -541
newdef BcHadronicFormFactor:Outgoing 12 441
newdef BcHadronicFormFactor:Spin 12 0
newdef BcHadronicFormFactor:Spectator 12 -4
newdef BcHadronicFormFactor:InQuark 12 5
newdef BcHadronicFormFactor:OutQuark 12 4
newdef BcHadronicFormFactor:Incoming 13 -541
newdef BcHadronicFormFactor:Outgoing 13 443
newdef BcHadronicFormFactor:Spin 13 1
newdef BcHadronicFormFactor:Spectator 13 -4
newdef BcHadronicFormFactor:InQuark 13 5
newdef BcHadronicFormFactor:OutQuark 13 4
newdef BcHadronicFormFactor:Incoming 14 -541
newdef BcHadronicFormFactor:Outgoing 14 100441
newdef BcHadronicFormFactor:Spin 14 0
newdef BcHadronicFormFactor:Spectator 14 -4
newdef BcHadronicFormFactor:InQuark 14 5
newdef BcHadronicFormFactor:OutQuark 14 4
newdef BcHadronicFormFactor:Incoming 15 -541
newdef BcHadronicFormFactor:Outgoing 15 100443
newdef BcHadronicFormFactor:Spin 15 1
newdef BcHadronicFormFactor:Spectator 15 -4
newdef BcHadronicFormFactor:InQuark 15 5
newdef BcHadronicFormFactor:OutQuark 15 4
insert BcHadronic:FormFactors 0 BcHadronicFormFactor
insert BcHadronic:WeightLocation 0 0
insert BcHadronic:WeightLocation 1 0
insert BcHadronic:WeightLocation 2 0
insert BcHadronic:WeightLocation 3 0
insert BcHadronic:WeightLocation 4 0
insert BcHadronic:WeightLocation 5 0
insert BcHadronic:WeightLocation 6 0
insert BcHadronic:WeightLocation 7 0
insert BcHadronic:WeightLocation 8 0
insert BcHadronic:WeightLocation 9 0
insert BcHadronic:WeightLocation 10 0
insert BcHadronic:WeightLocation 11 0
insert BcHadronic:WeightLocation 12 0
insert BcHadronic:WeightLocation 13 0
insert BcHadronic:WeightLocation 14 0
insert BcHadronic:WeightLocation 15 0
insert BcHadronic:WeightLocation 16 0
insert BcHadronic:WeightLocation 17 0
insert BcHadronic:WeightLocation 18 0
insert BcHadronic:WeightLocation 19 0
insert BcHadronic:WeightLocation 20 0
insert BcHadronic:WeightLocation 21 0
insert BcHadronic:WeightLocation 22 0
insert BcHadronic:WeightLocation 23 0
insert BcHadronic:WeightLocation 24 0
insert BcHadronic:WeightLocation 25 0
insert BcHadronic:WeightLocation 26 0
insert BcHadronic:WeightLocation 27 0
insert BcHadronic:WeightLocation 28 0
insert BcHadronic:WeightLocation 29 0
insert BcHadronic:WeightLocation 30 0
insert BcHadronic:WeightLocation 31 0
insert BcHadronic:WeightLocation 32 0
insert BcHadronic:WeightLocation 33 0
insert BcHadronic:WeightLocation 34 0
insert BcHadronic:WeightLocation 35 0
insert BcHadronic:WeightLocation 36 0
insert BcHadronic:WeightLocation 37 0
insert BcHadronic:WeightLocation 38 0
insert BcHadronic:WeightLocation 39 0
insert BcHadronic:WeightLocation 40 0
insert BcHadronic:WeightLocation 41 0
insert BcHadronic:WeightLocation 42 0
insert BcHadronic:WeightLocation 43 0
insert BcHadronic:WeightLocation 44 0
insert BcHadronic:WeightLocation 45 0
insert BcHadronic:WeightLocation 46 0
insert BcHadronic:WeightLocation 47 0
insert BcHadronic:WeightLocation 48 0
insert BcHadronic:WeightLocation 49 0
insert BcHadronic:WeightLocation 50 0
insert BcHadronic:WeightLocation 51 0
insert BcHadronic:WeightLocation 52 0
insert BcHadronic:WeightLocation 53 0
insert BcHadronic:WeightLocation 54 0
insert BcHadronic:WeightLocation 55 0
insert BcHadronic:WeightLocation 56 0
insert BcHadronic:WeightLocation 57 0
insert BcHadronic:WeightLocation 58 0
insert BcHadronic:WeightLocation 59 0
insert BcHadronic:WeightLocation 60 0
insert BcHadronic:WeightLocation 61 0
insert BcHadronic:WeightLocation 62 0
insert BcHadronic:WeightLocation 63 0
insert BcHadronic:WeightLocation 64 0
insert BcHadronic:WeightLocation 65 0
insert BcHadronic:WeightLocation 66 0
insert BcHadronic:WeightLocation 67 0
insert BcHadronic:WeightLocation 68 0
insert BcHadronic:WeightLocation 69 0
insert BcHadronic:WeightLocation 70 0
insert BcHadronic:WeightLocation 71 0
insert BcHadronic:WeightLocation 72 0
insert BcHadronic:WeightLocation 73 0
insert BcHadronic:WeightLocation 74 0
insert BcHadronic:WeightLocation 75 0
insert BcHadronic:WeightLocation 76 0
insert BcHadronic:WeightLocation 77 0
insert BcHadronic:WeightLocation 78 0
insert BcHadronic:WeightLocation 79 0
insert BcHadronic:WeightLocation 80 0
insert BcHadronic:WeightLocation 81 0
insert BcHadronic:WeightLocation 82 0
insert BcHadronic:WeightLocation 83 0
insert BcHadronic:WeightLocation 84 0
insert BcHadronic:WeightLocation 85 0
insert BcHadronic:WeightLocation 86 0
insert BcHadronic:WeightLocation 87 0
insert BcHadronic:WeightLocation 88 0
insert BcHadronic:WeightLocation 89 0
insert BcHadronic:WeightLocation 90 0
insert BcHadronic:WeightLocation 91 0
insert BcHadronic:WeightLocation 92 0
insert BcHadronic:WeightLocation 93 0
insert BcHadronic:WeightLocation 94 0
insert BcHadronic:WeightLocation 95 0
insert BcHadronic:WeightLocation 96 0
insert BcHadronic:WeightLocation 97 0
insert BcHadronic:WeightLocation 98 0
insert BcHadronic:WeightLocation 99 0
insert BcHadronic:WeightLocation 100 0
insert BcHadronic:WeightLocation 101 0
insert BcHadronic:WeightLocation 102 0
insert BcHadronic:WeightLocation 103 0
insert BcHadronic:WeightLocation 104 0
insert BcHadronic:WeightLocation 105 0
insert BcHadronic:WeightLocation 106 0
insert BcHadronic:WeightLocation 107 0
insert BcHadronic:WeightLocation 108 0
insert BcHadronic:WeightLocation 109 0
insert BcHadronic:WeightLocation 110 0
insert BcHadronic:WeightLocation 111 0
insert BcHadronic:WeightLocation 112 0
insert BcHadronic:WeightLocation 113 0
insert BcHadronic:WeightLocation 114 0
insert BcHadronic:WeightLocation 115 0
insert BcHadronic:WeightLocation 116 0
insert BcHadronic:WeightLocation 117 0
insert BcHadronic:WeightLocation 118 0
insert BcHadronic:WeightLocation 119 0
insert BcHadronic:WeightLocation 120 0
insert BcHadronic:WeightLocation 121 0
insert BcHadronic:WeightLocation 122 0
insert BcHadronic:WeightLocation 123 0
insert BcHadronic:WeightLocation 124 0
insert BcHadronic:WeightLocation 125 0
insert BcHadronic:WeightLocation 126 0
insert BcHadronic:WeightLocation 127 0
insert BcHadronic:WeightLocation 128 0
insert BcHadronic:WeightLocation 129 0
insert BcHadronic:WeightLocation 130 0
insert BcHadronic:WeightLocation 131 0
insert BcHadronic:WeightLocation 132 0
insert BcHadronic:WeightLocation 133 0
insert BcHadronic:WeightLocation 134 0
insert BcHadronic:WeightLocation 135 0
insert BcHadronic:WeightLocation 136 0
insert BcHadronic:WeightLocation 137 0
insert BcHadronic:WeightLocation 138 0
insert BcHadronic:MaximumWeight 0 0.193116
insert BcHadronic:MaximumWeight 1 0.0124475
insert BcHadronic:MaximumWeight 2 0.20794
insert BcHadronic:MaximumWeight 3 0.0025397
insert BcHadronic:MaximumWeight 4 0.00122669
insert BcHadronic:MaximumWeight 5 0.084093
insert BcHadronic:MaximumWeight 6 0.00487514
insert BcHadronic:MaximumWeight 7 0.282946
insert BcHadronic:MaximumWeight 8 0.00246642
insert BcHadronic:MaximumWeight 9 0.00277351
insert BcHadronic:MaximumWeight 10 0.0125732
insert BcHadronic:MaximumWeight 11 0.000818638
insert BcHadronic:MaximumWeight 12 0.0175067
insert BcHadronic:MaximumWeight 13 0.000433506
insert BcHadronic:MaximumWeight 14 0.000472281
insert BcHadronic:MaximumWeight 15 0.000439635
insert BcHadronic:MaximumWeight 16 0.000944917
insert BcHadronic:MaximumWeight 17 9.54905e-06
insert BcHadronic:MaximumWeight 18 5.69733e-05
insert BcHadronic:MaximumWeight 19 0.020296
insert BcHadronic:MaximumWeight 20 0.000609773
insert BcHadronic:MaximumWeight 21 0.000755185
insert BcHadronic:MaximumWeight 22 1.69391e-07
insert BcHadronic:MaximumWeight 23 2.91996e-05
insert BcHadronic:MaximumWeight 24 0.010402
insert BcHadronic:MaximumWeight 25 1.69718e-05
insert BcHadronic:MaximumWeight 26 0.0109577
insert BcHadronic:MaximumWeight 27 0.00065288
insert BcHadronic:MaximumWeight 28 0.0341826
insert BcHadronic:MaximumWeight 29 0.00119113
insert BcHadronic:MaximumWeight 30 0.00118643
insert BcHadronic:MaximumWeight 31 0.000382964
insert BcHadronic:MaximumWeight 32 0.000725851
insert BcHadronic:MaximumWeight 33 7.9988e-08
insert BcHadronic:MaximumWeight 34 4.52867e-05
insert BcHadronic:MaximumWeight 35 0.0161328
insert BcHadronic:MaximumWeight 36 0.00119259
insert BcHadronic:MaximumWeight 37 0.00221337
insert BcHadronic:MaximumWeight 38 7.96752e-05
insert BcHadronic:MaximumWeight 39 0.0283814
insert BcHadronic:MaximumWeight 40 4.22191e-05
insert BcHadronic:MaximumWeight 41 9.08505e-08
insert BcHadronic:MaximumWeight 42 4.59476e-08
insert BcHadronic:MaximumWeight 43 4.25866e-08
insert BcHadronic:MaximumWeight 44 5.70395e-05
insert BcHadronic:MaximumWeight 45 5.36411e-07
insert BcHadronic:MaximumWeight 46 0.000198872
insert BcHadronic:MaximumWeight 47 2.3597e-07
insert BcHadronic:MaximumWeight 48 6.31403e-07
insert BcHadronic:MaximumWeight 49 2.76313e-07
insert BcHadronic:MaximumWeight 50 6.53392e-05
insert BcHadronic:MaximumWeight 51 1.16228e-06
insert BcHadronic:MaximumWeight 52 0.000235939
insert BcHadronic:MaximumWeight 53 2.05836e-05
insert BcHadronic:MaximumWeight 54 5.9122e-06
insert BcHadronic:MaximumWeight 55 4.70365e-07
insert BcHadronic:MaximumWeight 56 1.10156e-05
insert BcHadronic:MaximumWeight 57 1.67266e-06
insert BcHadronic:MaximumWeight 58 1.53556e-05
insert BcHadronic:MaximumWeight 59 1.82907e-06
insert BcHadronic:MaximumWeight 60 1.79884e-05
insert BcHadronic:MaximumWeight 61 1.40662e-06
insert BcHadronic:MaximumWeight 62 2.91319e-05
insert BcHadronic:MaximumWeight 63 7.40867e-06
insert BcHadronic:MaximumWeight 64 1.24654e-07
insert BcHadronic:MaximumWeight 65 6.23803e-08
insert BcHadronic:MaximumWeight 66 5.52852e-08
insert BcHadronic:MaximumWeight 67 6.86018e-05
insert BcHadronic:MaximumWeight 68 0.000379401
insert BcHadronic:MaximumWeight 69 5.19375e-07
insert BcHadronic:MaximumWeight 70 1.2337e-06
insert BcHadronic:MaximumWeight 71 7.15604e-07
insert BcHadronic:MaximumWeight 72 0.000326321
insert BcHadronic:MaximumWeight 73 3.0374e-06
insert BcHadronic:MaximumWeight 74 0.00032888
insert BcHadronic:MaximumWeight 75 1.19174e-05
insert BcHadronic:MaximumWeight 76 7.10892e-06
insert BcHadronic:MaximumWeight 77 5.61702e-07
insert BcHadronic:MaximumWeight 78 2.84121e-05
insert BcHadronic:MaximumWeight 79 1.59808e-06
insert BcHadronic:MaximumWeight 80 3.1846e-05
insert BcHadronic:MaximumWeight 81 4.98412e-06
insert BcHadronic:MaximumWeight 82 4.0687e-05
insert BcHadronic:MaximumWeight 83 6.63582e-05
insert BcHadronic:MaximumWeight 84 4.36959e-05
insert BcHadronic:MaximumWeight 85 9.2186e-09
insert BcHadronic:MaximumWeight 86 4.66808e-09
insert BcHadronic:MaximumWeight 87 4.33871e-09
insert BcHadronic:MaximumWeight 88 5.88252e-06
insert BcHadronic:MaximumWeight 89 0.00413246
insert BcHadronic:MaximumWeight 90 2.39036e-08
insert BcHadronic:MaximumWeight 91 6.43915e-08
insert BcHadronic:MaximumWeight 92 2.79334e-08
insert BcHadronic:MaximumWeight 93 6.52122e-06
insert BcHadronic:MaximumWeight 94 0.00570196
insert BcHadronic:MaximumWeight 95 0.000504975
insert BcHadronic:MaximumWeight 96 9.5212e-09
insert BcHadronic:MaximumWeight 97 4.76489e-09
insert BcHadronic:MaximumWeight 98 4.31181e-09
insert BcHadronic:MaximumWeight 99 5.13987e-06
insert BcHadronic:MaximumWeight 100 0.00820037
insert BcHadronic:MaximumWeight 101 4.05699e-08
insert BcHadronic:MaximumWeight 102 9.73322e-08
insert BcHadronic:MaximumWeight 103 4.94781e-08
insert BcHadronic:MaximumWeight 104 2.19891e-05
insert BcHadronic:MaximumWeight 105 0.00646066
insert BcHadronic:MaximumWeight 106 0.00019162
insert BcHadronic:MaximumWeight 107 0.00194861
insert BcHadronic:MaximumWeight 108 0.000156104
insert BcHadronic:MaximumWeight 109 0.000658833
insert BcHadronic:MaximumWeight 110 0.00495538
insert BcHadronic:MaximumWeight 111 0.000541734
insert BcHadronic:MaximumWeight 112 0.00568466
insert BcHadronic:MaximumWeight 113 0.00192927
insert BcHadronic:MaximumWeight 114 0.00141085
insert BcHadronic:MaximumWeight 115 0.000111666
insert BcHadronic:MaximumWeight 116 0.000256352
insert BcHadronic:MaximumWeight 117 0.00473289
insert BcHadronic:MaximumWeight 118 0.000725369
insert BcHadronic:MaximumWeight 119 0.00597086
insert BcHadronic:MaximumWeight 120 0.00507513
insert BcHadronic:MaximumWeight 121 8.38225e-05
insert BcHadronic:MaximumWeight 122 6.62744e-06
insert BcHadronic:MaximumWeight 123 9.59456e-06
insert BcHadronic:MaximumWeight 124 0.000214975
insert BcHadronic:MaximumWeight 125 1.67729e-05
insert BcHadronic:MaximumWeight 126 0.000202917
insert BcHadronic:MaximumWeight 127 2.00142e-05
insert BcHadronic:MaximumWeight 128 0.00022541
insert BcHadronic:MaximumWeight 129 7.04733e-06
insert BcHadronic:MaximumWeight 130 0.000134124
insert BcHadronic:MaximumWeight 131 2.3384e-05
insert BcHadronic:MaximumWeight 132 8.24132e-05
insert BcHadronic:MaximumWeight 133 6.50316e-06
insert BcHadronic:MaximumWeight 134 6.40716e-06
insert BcHadronic:MaximumWeight 135 0.000286851
insert BcHadronic:MaximumWeight 136 4.44615e-05
insert BcHadronic:MaximumWeight 137 0.000366705
insert BcHadronic:MaximumWeight 138 0.000226844
#
create Herwig::SemiLeptonicBaryonDecayer ExcitedLambda
newdef ExcitedLambda:Iteration 1
newdef ExcitedLambda:Ntry 500
newdef ExcitedLambda:Points 10000
insert ExcitedLambda:MaximumWeight 0 0.00284407
insert ExcitedLambda:MaximumWeight 1 0.00277839
insert ExcitedLambda:MaximumWeight 2 0.000412905
insert ExcitedLambda:MaximumWeight 3 0.00244756
insert ExcitedLambda:MaximumWeight 4 0.0024288
insert ExcitedLambda:MaximumWeight 5 0.000347225
create Herwig::LeptonNeutrinoCurrent ExcitedLambdaCurrent
newdef ExcitedLambdaCurrent:Quark 0 11
newdef ExcitedLambdaCurrent:AntiQuark 0 -12
newdef ExcitedLambdaCurrent:Quark 1 13
newdef ExcitedLambdaCurrent:AntiQuark 1 -15
newdef ExcitedLambdaCurrent:Quark 2 15
newdef ExcitedLambdaCurrent:AntiQuark 2 -16
newdef ExcitedLambda:Current ExcitedLambdaCurrent
create Herwig::LambdabExcitedLambdacSumRuleFormFactor ExcitedLambdaForm
newdef ExcitedLambdaForm:Xi 0.29
newdef ExcitedLambdaForm:Rho2 2.01
newdef ExcitedLambdaForm:Incoming 0 5122
newdef ExcitedLambdaForm:Outgoing 0 101242
newdef ExcitedLambdaForm:InSpin 0 2
newdef ExcitedLambdaForm:OutSpin 0 2
newdef ExcitedLambdaForm:Spectator1 0 1
newdef ExcitedLambdaForm:Spectator2 0 2
newdef ExcitedLambdaForm:InQuark 0 5
newdef ExcitedLambdaForm:OutQuark 0 4
newdef ExcitedLambdaForm:Incoming 1 5122
newdef ExcitedLambdaForm:Outgoing 1 101244
newdef ExcitedLambdaForm:InSpin 1 2
newdef ExcitedLambdaForm:OutSpin 1 4
newdef ExcitedLambdaForm:Spectator1 1 1
newdef ExcitedLambdaForm:Spectator2 1 2
newdef ExcitedLambdaForm:InQuark 1 5
newdef ExcitedLambdaForm:OutQuark 1 4
newdef ExcitedLambda:FormFactor ExcitedLambdaForm
#
create Herwig::RadiativeHeavyBaryonDecayer HeavyGamma
newdef HeavyGamma:Iteration 1
newdef HeavyGamma:Ntry 500
newdef HeavyGamma:Points 10000
newdef HeavyGamma:GenerateIntermediates 0
do HeavyGamma:SetUpDecayMode 4312 4132 1 1.1004e-05 0 1.66921
do HeavyGamma:SetUpDecayMode 4322 4232 1 9.4102e-05 0 1.67004
do HeavyGamma:SetUpDecayMode 5312 5132 1 1.1004e-05 0 1.63358
do HeavyGamma:SetUpDecayMode 5322 5232 1 9.4102e-05 0 1.60473
do HeavyGamma:SetUpDecayMode 4214 4122 1 0.000376 0 0.035949
do HeavyGamma:SetUpDecayMode 5214 5122 1 0.000376 0 0.03294
do HeavyGamma:SetUpDecayMode 4314 4132 1 3.74e-05 0 0.000579519
do HeavyGamma:SetUpDecayMode 4324 4232 1 0.00032486 0 0.0462769
do HeavyGamma:SetUpDecayMode 5314 5132 1 0.00010132 0 0.00429418
do HeavyGamma:SetUpDecayMode 5324 5232 1 0.00032486 0 0.0463449
do HeavyGamma:SetUpDecayMode 4212 4122 1 0.0001088 0 0.064517
do HeavyGamma:SetUpDecayMode 5212 5122 1 0.0001088 0 0.0325132
do HeavyGamma:SetUpDecayMode 4224 4222 1 0.0003337 0 0.00297666
do HeavyGamma:SetUpDecayMode 4214 4212 1 8.34e-05 0 0.000203503
do HeavyGamma:SetUpDecayMode 4114 4112 1 -0.0001688 0 0.000903461
do HeavyGamma:SetUpDecayMode 4314 4312 1 -0.000611 0 0.0178619
do HeavyGamma:SetUpDecayMode 4324 4322 1 -0.0003607 0 0.00671238
do HeavyGamma:SetUpDecayMode 4334 4332 1 0.001055 0 1.59261
do HeavyGamma:SetUpDecayMode 5224 5222 1 0.0009945 0 0.00818774
do HeavyGamma:SetUpDecayMode 5214 5212 1 0.0002486 0 0.000627892
do HeavyGamma:SetUpDecayMode 5114 5112 1 -0.0004973 0 0.0025886
do HeavyGamma:SetUpDecayMode 5314 5312 1 -0.0004371 0 0.00938573
do HeavyGamma:SetUpDecayMode 5324 5322 1 0.0003088 0 0.00506067
do HeavyGamma:SetUpDecayMode 5334 5332 1 -0.0003769 0 1.67242
#
create Herwig::VectorMesonTensorVectorDecayer VTV
newdef VTV:Iteration 1
newdef VTV:Ntry 1000
newdef VTV:Points 10000
newdef VTV:GenerateIntermediates 0
do VTV:SetUpDecayMode 100443 445 22 0.261 1.81532
do VTV:SetUpDecayMode 100553 555 22 0.22 1.61337
do VTV:SetUpDecayMode 200553 555 22 0.343 1.60543
do VTV:SetUpDecayMode 200553 100555 22 0.278 1.62572
do VTV:SetUpDecayMode 100543 545 22 0.932 1.60201
do VTV:SetUpDecayMode 443 225 22 0.00569 1.97513
do VTV:SetUpDecayMode 443 225 223 0.00875 6.58074
do VTV:SetUpDecayMode 443 335 22 0.00286 4.9067
do VTV:SetUpDecayMode 443 335 333 0.0037 8.55267
do VTV:SetUpDecayMode 100443 225 22 0.00447 2.02213
do VTV:SetUpDecayMode 100443 225 223 0.0037 6.54684
do VTV:SetUpDecayMode 100443 335 333 0.00158 9.75511
do VTV:SetUpDecayMode 553 225 22 0.00187 2.09182
do VTV:SetUpDecayMode 553 335 22 0.000958 5.81227
do VTV:SetUpDecayMode 30553 555 22 0.0756 1.60734
do VTV:SetUpDecayMode 130553 555 22 0.0224 1.60475
do VTV:SetUpDecayMode 130553 100555 22 0.0766 1.61267
do VTV:SetUpDecayMode 30543 545 22 0.692 1.60605
do VTV:SetUpDecayMode 110553 10555 22 0.257 1.61525
do VTV:SetUpDecayMode 120553 20555 22 0.224 1.67225
do VTV:SetUpDecayMode 220553 120555 22 0.273 1.61934
do VTV:SetUpDecayMode 443 325 -323 0.00762 6.97145
do VTV:SetUpDecayMode 443 315 -313 0.00762 6.65196
do VTV:SetUpDecayMode 100443 325 -323 0.00343 11.1829
do VTV:SetUpDecayMode 100443 315 -313 0.00343 10.2958
do VTV:SetUpDecayMode 443 115 113 0.00785 5.44984
do VTV:SetUpDecayMode 443 215 -213 0.00785 5.47947
do VTV:SetUpDecayMode 100443 115 113 0.00235 6.97004
do VTV:SetUpDecayMode 100443 215 -213 0.00235 6.31133
do VTV:SetUpDecayMode 100443 335 22 0.00153 4.11875
#
create Herwig::ScalarVectorVectorDecayer SVV
newdef SVV:Iteration 1
newdef SVV:Ntry 2000
newdef SVV:Points 10000
newdef SVV:GenerateIntermediates 0
do SVV:SetUpDecayMode 10221 113 113 5.24 17.5926
do SVV:SetUpDecayMode 10221 213 -213 7.49 19.1659
do SVV:SetUpDecayMode 9030221 113 113 0.979 16.8
do SVV:SetUpDecayMode 9030221 213 -213 1.390 17.
do SVV:SetUpDecayMode 10441 443 22 0.258 1.1081
do SVV:SetUpDecayMode 10441 323 -323 0.0358 12.5
do SVV:SetUpDecayMode 10441 313 -313 0.0358 12.5
do SVV:SetUpDecayMode 10441 333 333 0.0264 9.85019
do SVV:SetUpDecayMode 10441 22 22 0.0384 1.10652
do SVV:SetUpDecayMode 10111 113 223 13.9 8.
do SVV:SetUpDecayMode 10211 213 223 13.9 8.
do SVV:SetUpDecayMode 10441 223 223 0.0397 11.5
do SVV:SetUpDecayMode 10111 22 22 3.12 1.32957
do SVV:SetUpDecayMode 10551 553 22 0.29 1.11692
do SVV:SetUpDecayMode 110551 553 22 0.121 1.11335
do SVV:SetUpDecayMode 110551 100553 22 0.517 1.14139
do SVV:SetUpDecayMode 210551 553 22 0.0717 1.10623
do SVV:SetUpDecayMode 210551 100553 22 0.1 1.11241
do SVV:SetUpDecayMode 210551 200553 22 0.272 1.15405
do SVV:SetUpDecayMode 100551 10553 22 0.554 1.64308
do SVV:SetUpDecayMode 200551 10553 22 0.0662 1.22834
do SVV:SetUpDecayMode 200551 110553 22 0.242 1.47835
do SVV:SetUpDecayMode 100441 10443 22 0.326 2.05629
do SVV:SetUpDecayMode 110551 30553 22 0.153 1.22153
do SVV:SetUpDecayMode 210551 130553 22 0.201 1.21858
do SVV:SetUpDecayMode 10541 543 22 0.286 1.09678
do SVV:SetUpDecayMode 100541 10543 22 0.56 1.10508
do SVV:SetUpDecayMode 100541 20543 22 0.615 1.10454
do SVV:SetUpDecayMode 9010221 22 22 0.0049 1.51007
do SVV:SetUpDecayMode 9000111 22 22 0.00369 1.47195
do SVV:SetUpDecayMode 10331 22 22 0.00103 1.1077
do SVV:SetUpDecayMode 10441 333 223 0.0102 5.74139
+do SVV:SetUpDecayMode 110441 443 223 2.756 1.92673
+do SVV:SetUpDecayMode 110441 22 22 0.00272 1.09799
#
create Herwig::a1SimpleDecayer a1Simple
newdef a1Simple:Iteration 5
newdef a1Simple:Ntry 500
newdef a1Simple:Points 10000
newdef a1Simple:GenerateIntermediates 1
newdef a1Simple:LocalParameters 1
newdef a1Simple:Coupling 47.95
newdef a1Simple:OneMax 12.
newdef a1Simple:TwoMax 12.
newdef a1Simple:ThreeMax 12.
newdef a1Simple:RhoMasses 0 773
newdef a1Simple:RhoMasses 1 1370
newdef a1Simple:RhoMasses 2 1750
newdef a1Simple:RhoWidths 0 145
newdef a1Simple:RhoWidths 1 510
newdef a1Simple:RhoWidths 2 120
newdef a1Simple:RhoWeights 0 1
newdef a1Simple:RhoWeights 1 -0.145
newdef a1Simple:RhoWeights 2 0
newdef a1Simple:OneChargedWeights 0 0.224559
newdef a1Simple:OneChargedWeights 1 0.2198
newdef a1Simple:OneChargedWeights 2 0.137131
newdef a1Simple:OneChargedWeights 3 0.138579
newdef a1Simple:OneChargedWeights 4 0.138346
newdef a1Simple:OneChargedWeights 5 0.141585
newdef a1Simple:TwoChargedWeights 0 0.224847
newdef a1Simple:TwoChargedWeights 1 0.220554
newdef a1Simple:TwoChargedWeights 2 0.135879
newdef a1Simple:TwoChargedWeights 3 0.13917
newdef a1Simple:TwoChargedWeights 4 0.138596
newdef a1Simple:TwoChargedWeights 5 0.140955
newdef a1Simple:ThreeChargedWeights 0 0.223434
newdef a1Simple:ThreeChargedWeights 1 0.222521
newdef a1Simple:ThreeChargedWeights 2 0.141309
newdef a1Simple:ThreeChargedWeights 3 0.134317
newdef a1Simple:ThreeChargedWeights 4 0.139732
newdef a1Simple:ThreeChargedWeights 5 0.138687
#
create Herwig::MamboDecayer Mambo
#
create Herwig::TauDecayer Tau5Pion
newdef Tau5Pion:Iteration 10
newdef Tau5Pion:Ntry 4000
newdef Tau5Pion:Points 10000
newdef Tau5Pion:GenerateIntermediates 1
insert Tau5Pion:WeightLocation 0 0
insert Tau5Pion:WeightLocation 1 12
insert Tau5Pion:WeightLocation 2 30
insert Tau5Pion:MaximumWeight 0 0.12
insert Tau5Pion:MaximumWeight 1 1.10
insert Tau5Pion:MaximumWeight 2 0.19
insert Tau5Pion:Weights 0 0.0829231
insert Tau5Pion:Weights 1 0.0837284
insert Tau5Pion:Weights 2 0.0832389
insert Tau5Pion:Weights 3 0.0828526
insert Tau5Pion:Weights 4 0.0841606
insert Tau5Pion:Weights 5 0.0834426
insert Tau5Pion:Weights 6 0.0834811
insert Tau5Pion:Weights 7 0.0824631
insert Tau5Pion:Weights 8 0.0836733
insert Tau5Pion:Weights 9 0.0830621
insert Tau5Pion:Weights 10 0.0832661
insert Tau5Pion:Weights 11 0.083708
insert Tau5Pion:Weights 12 0.0655493
insert Tau5Pion:Weights 13 0.0669399
insert Tau5Pion:Weights 14 0.06701
insert Tau5Pion:Weights 15 0.065621
insert Tau5Pion:Weights 16 0.066326
insert Tau5Pion:Weights 17 0.069194
insert Tau5Pion:Weights 18 0.0643572
insert Tau5Pion:Weights 19 0.0671479
insert Tau5Pion:Weights 20 0.0680149
insert Tau5Pion:Weights 21 0.0660456
insert Tau5Pion:Weights 22 0.0667967
insert Tau5Pion:Weights 23 0.0674793
insert Tau5Pion:Weights 24 0.0355917
insert Tau5Pion:Weights 25 0.0340749
insert Tau5Pion:Weights 26 0.03507
insert Tau5Pion:Weights 27 0.0355398
insert Tau5Pion:Weights 28 0.0292482
insert Tau5Pion:Weights 29 0.0299938
insert Tau5Pion:Weights 30 0.0832497
insert Tau5Pion:Weights 31 0.083435
insert Tau5Pion:Weights 32 0.0839012
insert Tau5Pion:Weights 33 0.0831666
insert Tau5Pion:Weights 34 0.0820835
insert Tau5Pion:Weights 35 0.0843757
insert Tau5Pion:Weights 36 0.0825918
insert Tau5Pion:Weights 37 0.0838889
insert Tau5Pion:Weights 38 0.0838214
insert Tau5Pion:Weights 39 0.0830818
insert Tau5Pion:Weights 40 0.0826944
insert Tau5Pion:Weights 41 0.08371
create Herwig::FivePionCurrent Tau5PionCurrent HwWeakCurrents.so
newdef Tau5PionCurrent:RhoMass 776
newdef Tau5PionCurrent:A1Mass 1260
newdef Tau5PionCurrent:SigmaMass 800
newdef Tau5PionCurrent:OmegaMass 782
newdef Tau5PionCurrent:RhoWidth 150
newdef Tau5PionCurrent:A1Width 400
newdef Tau5PionCurrent:SigmaWidth 600
newdef Tau5PionCurrent:OmegaWidth 8.5
newdef Tau5PionCurrent:LocalParameters 1
newdef Tau5PionCurrent:RhoOmega 0
newdef Tau5PionCurrent:C 4
newdef Tau5PionCurrent:C0 3
newdef Tau5PionCurrent:fomegarhopi 0.07
newdef Tau5PionCurrent:grhopipi 6
newdef Tau5PionCurrent:garhopi 6
newdef Tau5PionCurrent:faaf 4
newdef Tau5PionCurrent:ffpipi 5
newdef Tau5PionCurrent:Quark 0 2
newdef Tau5PionCurrent:AntiQuark 0 -1
newdef Tau5PionCurrent:Quark 1 2
newdef Tau5PionCurrent:AntiQuark 1 -1
newdef Tau5PionCurrent:Quark 2 2
newdef Tau5PionCurrent:AntiQuark 2 -1
newdef Tau5Pion:WeakCurrent Tau5PionCurrent
#
create Herwig::OniumToOniumPiPiDecayer OniumPiPi
newdef OniumPiPi:Iteration 1
newdef OniumPiPi:Ntry 500
newdef OniumPiPi:Points 10000
newdef OniumPiPi:GenerateIntermediates 0
do OniumPiPi:SetUpDecayMode 200553 553 3.92e-06 1 0 -2.523 1.189 0 0 4.26075 4.82302
do OniumPiPi:SetUpDecayMode 200553 100553 0.000311 1 0 -0.395 0.001 0 0 2.40535 2.36975
do OniumPiPi:SetUpDecayMode 100553 553 6.14e-05 1 0 -0.753 0 0 0 3.26611 3.64848
do OniumPiPi:SetUpDecayMode 300553 553 1.77e-06 1 0 0 0 0 0 2.94445 2.98196
do OniumPiPi:SetUpDecayMode 300553 100553 6.88e-05 1 0 -2.35 0.55 0 0 5.1262 5.45035
do OniumPiPi:SetUpDecayMode 100443 443 6.62e-05 1 0 -0.336 0 0 0 3.04451 3.08418
do OniumPiPi:SetUpDecayMode 30443 443 2.06e-05 1 0 0 0 0 0 2.60132 3.2421
#
create Herwig::Spin3MesonTensorVectorDecayer Spin3TV
newdef Spin3TV:Iteration 1
newdef Spin3TV:Ntry 500
newdef Spin3TV:Points 10000
newdef Spin3TV:GenerateIntermediates 0
do Spin3TV:SetUpDecayMode 547 545 22 0.867 1.60331
do Spin3TV:SetUpDecayMode 557 555 22 0.626 1.60704
do Spin3TV:SetUpDecayMode 100557 555 22 0.18 1.60953
do Spin3TV:SetUpDecayMode 100557 100555 22 0.63 1.60791
#
create Herwig::TauDecayer Tau2K1Pi
newdef Tau2K1Pi:Iteration 10
newdef Tau2K1Pi:Ntry 500
newdef Tau2K1Pi:Points 1000000
newdef Tau2K1Pi:GenerateIntermediates 1
insert Tau2K1Pi:WeightLocation 0 0
insert Tau2K1Pi:WeightLocation 1 15
insert Tau2K1Pi:WeightLocation 2 30
insert Tau2K1Pi:WeightLocation 3 57
insert Tau2K1Pi:WeightLocation 4 81
insert Tau2K1Pi:WeightLocation 5 105
insert Tau2K1Pi:MaximumWeight 0 0.0432342
insert Tau2K1Pi:MaximumWeight 1 0.0402371
insert Tau2K1Pi:MaximumWeight 2 0.0377649
insert Tau2K1Pi:MaximumWeight 3 0.00891024
insert Tau2K1Pi:MaximumWeight 4 0.00892244
insert Tau2K1Pi:MaximumWeight 5 0.0289829
insert Tau2K1Pi:Weights 0 0.135963
insert Tau2K1Pi:Weights 1 0.0544693
insert Tau2K1Pi:Weights 2 0.103456
insert Tau2K1Pi:Weights 3 0.0407584
insert Tau2K1Pi:Weights 4 0.0406337
insert Tau2K1Pi:Weights 5 0.055166
insert Tau2K1Pi:Weights 6 0.0410856
insert Tau2K1Pi:Weights 7 0.17814
insert Tau2K1Pi:Weights 8 0.0714935
insert Tau2K1Pi:Weights 9 0.0701645
insert Tau2K1Pi:Weights 10 0.0533418
insert Tau2K1Pi:Weights 11 0.038983
insert Tau2K1Pi:Weights 12 0.0671185
insert Tau2K1Pi:Weights 13 0.0251201
insert Tau2K1Pi:Weights 14 0.0241059
insert Tau2K1Pi:Weights 15 0.134816
insert Tau2K1Pi:Weights 16 0.0533723
insert Tau2K1Pi:Weights 17 0.104429
insert Tau2K1Pi:Weights 18 0.0421405
insert Tau2K1Pi:Weights 19 0.0408935
insert Tau2K1Pi:Weights 20 0.0542975
insert Tau2K1Pi:Weights 21 0.0412704
insert Tau2K1Pi:Weights 22 0.177165
insert Tau2K1Pi:Weights 23 0.0707521
insert Tau2K1Pi:Weights 24 0.0697738
insert Tau2K1Pi:Weights 25 0.0541069
insert Tau2K1Pi:Weights 26 0.0395385
insert Tau2K1Pi:Weights 27 0.0677817
insert Tau2K1Pi:Weights 28 0.024839
insert Tau2K1Pi:Weights 29 0.0248236
insert Tau2K1Pi:Weights 30 0.060583
insert Tau2K1Pi:Weights 31 0.0599504
insert Tau2K1Pi:Weights 32 0.0321508
insert Tau2K1Pi:Weights 33 0.0461654
insert Tau2K1Pi:Weights 34 0.0453398
insert Tau2K1Pi:Weights 35 0.0260173
insert Tau2K1Pi:Weights 36 0.0267423
insert Tau2K1Pi:Weights 37 0.0259576
insert Tau2K1Pi:Weights 38 0.0259962
insert Tau2K1Pi:Weights 39 0.0343573
insert Tau2K1Pi:Weights 40 0.0344674
insert Tau2K1Pi:Weights 41 0.0270866
insert Tau2K1Pi:Weights 42 0.0805987
insert Tau2K1Pi:Weights 43 0.0787342
insert Tau2K1Pi:Weights 44 0.0453765
insert Tau2K1Pi:Weights 45 0.0443932
insert Tau2K1Pi:Weights 46 0.0443514
insert Tau2K1Pi:Weights 47 0.043594
insert Tau2K1Pi:Weights 48 0.0332234
insert Tau2K1Pi:Weights 49 0.0332983
insert Tau2K1Pi:Weights 50 0.0247822
insert Tau2K1Pi:Weights 51 0.030008
insert Tau2K1Pi:Weights 52 0.0303925
insert Tau2K1Pi:Weights 53 0.0170077
insert Tau2K1Pi:Weights 54 0.0162828
insert Tau2K1Pi:Weights 55 0.0163017
insert Tau2K1Pi:Weights 56 0.0168413
insert Tau2K1Pi:Weights 57 0.0689969
insert Tau2K1Pi:Weights 58 0.0688125
insert Tau2K1Pi:Weights 59 0.0530756
insert Tau2K1Pi:Weights 60 0.0532699
insert Tau2K1Pi:Weights 61 0.0281161
insert Tau2K1Pi:Weights 62 0.0283676
insert Tau2K1Pi:Weights 63 0.0286176
insert Tau2K1Pi:Weights 64 0.0286531
insert Tau2K1Pi:Weights 65 0.0371487
insert Tau2K1Pi:Weights 66 0.0369731
insert Tau2K1Pi:Weights 67 0.089269
insert Tau2K1Pi:Weights 68 0.0897125
insert Tau2K1Pi:Weights 69 0.0478451
insert Tau2K1Pi:Weights 70 0.0480762
insert Tau2K1Pi:Weights 71 0.0481653
insert Tau2K1Pi:Weights 72 0.0467581
insert Tau2K1Pi:Weights 73 0.0360446
insert Tau2K1Pi:Weights 74 0.0353376
insert Tau2K1Pi:Weights 75 0.0316765
insert Tau2K1Pi:Weights 76 0.0313933
insert Tau2K1Pi:Weights 77 0.0154869
insert Tau2K1Pi:Weights 78 0.0159134
insert Tau2K1Pi:Weights 79 0.0160241
insert Tau2K1Pi:Weights 80 0.0162663
insert Tau2K1Pi:Weights 81 0.0691784
insert Tau2K1Pi:Weights 82 0.06884
insert Tau2K1Pi:Weights 83 0.0527187
insert Tau2K1Pi:Weights 84 0.0533145
insert Tau2K1Pi:Weights 85 0.0281019
insert Tau2K1Pi:Weights 86 0.0287812
insert Tau2K1Pi:Weights 87 0.0286907
insert Tau2K1Pi:Weights 88 0.0283158
insert Tau2K1Pi:Weights 89 0.0370588
insert Tau2K1Pi:Weights 90 0.0371021
insert Tau2K1Pi:Weights 91 0.0897679
insert Tau2K1Pi:Weights 92 0.0899712
insert Tau2K1Pi:Weights 93 0.0477173
insert Tau2K1Pi:Weights 94 0.0483365
insert Tau2K1Pi:Weights 95 0.0479435
insert Tau2K1Pi:Weights 96 0.0459924
insert Tau2K1Pi:Weights 97 0.0356369
insert Tau2K1Pi:Weights 98 0.0363713
insert Tau2K1Pi:Weights 99 0.0315165
insert Tau2K1Pi:Weights 100 0.031417
insert Tau2K1Pi:Weights 101 0.0157208
insert Tau2K1Pi:Weights 102 0.0154267
insert Tau2K1Pi:Weights 103 0.0160225
insert Tau2K1Pi:Weights 104 0.0160575
insert Tau2K1Pi:Weights 105 0.0662738
insert Tau2K1Pi:Weights 106 0.0667806
insert Tau2K1Pi:Weights 107 0.0329099
insert Tau2K1Pi:Weights 108 0.051158
insert Tau2K1Pi:Weights 109 0.0519009
insert Tau2K1Pi:Weights 110 0.0518297
insert Tau2K1Pi:Weights 111 0.0515922
insert Tau2K1Pi:Weights 112 0.0518303
insert Tau2K1Pi:Weights 113 0.051487
insert Tau2K1Pi:Weights 114 0.0320661
insert Tau2K1Pi:Weights 115 0.0320866
insert Tau2K1Pi:Weights 116 0.0263489
insert Tau2K1Pi:Weights 117 0.0421899
insert Tau2K1Pi:Weights 118 0.0420786
insert Tau2K1Pi:Weights 119 0.042311
insert Tau2K1Pi:Weights 120 0.0404591
insert Tau2K1Pi:Weights 121 0.0405805
insert Tau2K1Pi:Weights 122 0.0409838
insert Tau2K1Pi:Weights 123 0.0308081
insert Tau2K1Pi:Weights 124 0.0313261
insert Tau2K1Pi:Weights 125 0.0241062
insert Tau2K1Pi:Weights 126 0.0163214
insert Tau2K1Pi:Weights 127 0.0165679
insert Tau2K1Pi:Weights 128 0.0159972
insert Tau2K1Pi:Weights 129 0.0166933
insert Tau2K1Pi:Weights 130 0.0167966
insert Tau2K1Pi:Weights 131 0.0165165
create Herwig::TwoKaonOnePionCurrent Tau2K1PiCurrent HwWeakCurrents.so
newdef Tau2K1PiCurrent:AxialRhoWeight 0 1
newdef Tau2K1PiCurrent:AxialRhoWeight 1 -0.145
newdef Tau2K1PiCurrent:AxialRhoWeight 2 0
newdef Tau2K1PiCurrent:AxialKStarWeight 0 1
newdef Tau2K1PiCurrent:AxialKStarWeight 1 -0.135
newdef Tau2K1PiCurrent:AxialKStarWeight 2 0
newdef Tau2K1PiCurrent:VectorRhoWeight 0 1
newdef Tau2K1PiCurrent:VectorRhoWeight 1 -0.25
newdef Tau2K1PiCurrent:VectorRhoWeight 2 -0.038
newdef Tau2K1PiCurrent:OmegaKStarWeight 0.707107
newdef Tau2K1PiCurrent:EpsOmega 0.05
newdef Tau2K1PiCurrent:Initializea1 0
newdef Tau2K1PiCurrent:a1WidthOption 1
newdef Tau2K1PiCurrent:a1RunningWidth 0 0
newdef Tau2K1PiCurrent:a1RunningWidth 1 0
newdef Tau2K1PiCurrent:a1RunningWidth 2 0
newdef Tau2K1PiCurrent:a1RunningWidth 3 0
newdef Tau2K1PiCurrent:a1RunningWidth 4 0
newdef Tau2K1PiCurrent:a1RunningWidth 5 0
newdef Tau2K1PiCurrent:a1RunningWidth 6 0
newdef Tau2K1PiCurrent:a1RunningWidth 7 0
newdef Tau2K1PiCurrent:a1RunningWidth 8 0
newdef Tau2K1PiCurrent:a1RunningWidth 9 0
newdef Tau2K1PiCurrent:a1RunningWidth 10 0
newdef Tau2K1PiCurrent:a1RunningWidth 11 0
newdef Tau2K1PiCurrent:a1RunningWidth 12 1.47729e-06
newdef Tau2K1PiCurrent:a1RunningWidth 13 1.19209e-05
newdef Tau2K1PiCurrent:a1RunningWidth 14 3.884e-05
newdef Tau2K1PiCurrent:a1RunningWidth 15 8.83255e-05
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newdef Tau2K1PiCurrent:PhiWidth 0.00443
newdef Tau2K1PiCurrent:PhiMass 1.02
newdef Tau2K1PiCurrent:FPi 92.4189
newdef Tau2K1PiCurrent:RhoAxialMasses 0 0.773
newdef Tau2K1PiCurrent:RhoAxialMasses 1 1.37
newdef Tau2K1PiCurrent:RhoAxialMasses 2 1.75
newdef Tau2K1PiCurrent:RhoAxialWidths 0 0.145
newdef Tau2K1PiCurrent:RhoAxialWidths 1 0.51
newdef Tau2K1PiCurrent:RhoAxialWidths 2 0.12
newdef Tau2K1PiCurrent:RhoVectorMasses 0 0.773
newdef Tau2K1PiCurrent:RhoVectorMasses 1 1.5
newdef Tau2K1PiCurrent:RhoVectorMasses 2 1.75
newdef Tau2K1PiCurrent:RhoVectorWidths 0 0.145
newdef Tau2K1PiCurrent:RhoVectorWidths 1 0.22
newdef Tau2K1PiCurrent:RhoVectorWidths 2 0.12
newdef Tau2K1PiCurrent:KstarAxialMasses 0 0.892
newdef Tau2K1PiCurrent:KstarAxialMasses 1 1.412
newdef Tau2K1PiCurrent:KstarAxialMasses 2 1.714
newdef Tau2K1PiCurrent:KstarAxialWidths 0 0.05
newdef Tau2K1PiCurrent:KstarAxialWidths 1 0.227
newdef Tau2K1PiCurrent:KstarAxialWidths 2 0.323
newdef Tau2K1PiCurrent:Quark 0 2
newdef Tau2K1PiCurrent:AntiQuark 0 -1
newdef Tau2K1PiCurrent:Quark 1 2
newdef Tau2K1PiCurrent:AntiQuark 1 -1
newdef Tau2K1PiCurrent:Quark 2 2
newdef Tau2K1PiCurrent:AntiQuark 2 -1
newdef Tau2K1PiCurrent:Quark 3 2
newdef Tau2K1PiCurrent:AntiQuark 3 -1
newdef Tau2K1PiCurrent:Quark 4 2
newdef Tau2K1PiCurrent:AntiQuark 4 -1
newdef Tau2K1PiCurrent:Quark 5 2
newdef Tau2K1PiCurrent:AntiQuark 5 -1
newdef Tau2K1Pi:WeakCurrent Tau2K1PiCurrent
#
create Herwig::TauDecayer TauKPi
newdef TauKPi:Iteration 5
newdef TauKPi:Ntry 500
newdef TauKPi:Points 10000
newdef TauKPi:GenerateIntermediates 1
insert TauKPi:WeightLocation 0 0
insert TauKPi:WeightLocation 1 5
insert TauKPi:MaximumWeight 0 0.07
insert TauKPi:MaximumWeight 1 0.14
insert TauKPi:Weights 0 0.667015
insert TauKPi:Weights 1 0.0215203
insert TauKPi:Weights 2 0.0176676
insert TauKPi:Weights 3 0.253612
insert TauKPi:Weights 4 0.040185
insert TauKPi:Weights 5 0.652889
insert TauKPi:Weights 6 0.0361892
insert TauKPi:Weights 7 0.0173992
insert TauKPi:Weights 8 0.261652
insert TauKPi:Weights 9 0.0318708
create Herwig::KPiCurrent TauKPiCurrent HeWeakCurrents.so
newdef TauKPiCurrent:LocalParameters 1
newdef TauKPiCurrent:Transverse 1
newdef TauKPiCurrent:cV 1
newdef TauKPiCurrent:cS 0.465
newdef TauKPiCurrent:VectorMagnitude 0 1
newdef TauKPiCurrent:VectorPhase 0 0
newdef TauKPiCurrent:VectorMagnitude 1 0.075
newdef TauKPiCurrent:VectorPhase 1 82.5
newdef TauKPiCurrent:ScalarMagnitude 0 1
newdef TauKPiCurrent:ScalarPhase 0 0
newdef TauKPiCurrent:ScalarMagnitude 1 0
newdef TauKPiCurrent:ScalarPhase 1 0
newdef TauKPiCurrent:VectorMass 0 895.47
newdef TauKPiCurrent:VectorWidth 0 46.19
newdef TauKPiCurrent:VectorMass 1 1414
newdef TauKPiCurrent:VectorWidth 1 232
insert TauKPiCurrent:VectorMass 2 1717
insert TauKPiCurrent:VectorWidth 2 322
newdef TauKPiCurrent:ScalarMass 0 878
newdef TauKPiCurrent:ScalarWidth 0 499
newdef TauKPiCurrent:ScalarMass 1 1429
newdef TauKPiCurrent:ScalarWidth 1 287
newdef TauKPiCurrent:Quark 0 2
newdef TauKPiCurrent:AntiQuark 0 -3
newdef TauKPiCurrent:Quark 1 2
newdef TauKPiCurrent:AntiQuark 1 -3
newdef TauKPi:WeakCurrent TauKPiCurrent
#
create Herwig::BtoSGammaDecayer BtosgammaKagan
newdef BtosgammaKagan:PartonSplitter /Herwig/Hadronization/PartonSplitter
newdef BtosgammaKagan:ClusterFinder /Herwig/Hadronization/ClusterFinder
newdef BtosgammaKagan:ClusterFissioner /Herwig/Hadronization/ClusterFissioner
newdef BtosgammaKagan:LightClusterDecayer /Herwig/Hadronization/LightClusterDecayer
newdef BtosgammaKagan:ClusterDecayer /Herwig/Hadronization/ClusterDecayer
newdef BtosgammaKagan:Exclusive 1
newdef BtosgammaKagan:Intermediates 0
newdef BtosgammaKagan:Partonic_Tries 100
create Herwig::BtoSGammaKagan BtosgammaMass
newdef BtosgammaMass:TopMass 175
newdef BtosgammaMass:BottomMass 4.8
newdef BtosgammaMass:CharmMass 1.392
newdef BtosgammaMass:StrangeMassRatio 0.02
newdef BtosgammaMass:WMass 80.425
newdef BtosgammaMass:ZMass 91.1876
newdef BtosgammaMass:Lambda2 0.12
newdef BtosgammaMass:BMesonMass 5.2794
newdef BtosgammaMass:Mu 4.8
newdef BtosgammaMass:Delta 0.9
newdef BtosgammaMass:Lambda1 -0.3
newdef BtosgammaMass:alpha 0.00729735
newdef BtosgammaMass:CKM 0.976
newdef BtosgammaMass:FermiNormalisation 1.21691
newdef BtosgammaMass:MaximumTries 100
newdef BtosgammaMass:ycut 1
newdef BtosgammaMass:NSpectrum 100
newdef BtosgammaMass:mHValues 0 0.825
newdef BtosgammaMass:mHValues 1 0.867257
newdef BtosgammaMass:mHValues 2 0.909515
newdef BtosgammaMass:mHValues 3 0.951772
newdef BtosgammaMass:mHValues 4 0.994029
newdef BtosgammaMass:mHValues 5 1.03629
newdef BtosgammaMass:mHValues 6 1.07854
newdef BtosgammaMass:mHValues 7 1.1208
newdef BtosgammaMass:mHValues 8 1.16306
newdef BtosgammaMass:mHValues 9 1.20532
newdef BtosgammaMass:mHValues 10 1.24757
newdef BtosgammaMass:mHValues 11 1.28983
newdef BtosgammaMass:mHValues 12 1.33209
newdef BtosgammaMass:mHValues 13 1.37435
newdef BtosgammaMass:mHValues 14 1.4166
newdef BtosgammaMass:mHValues 15 1.45886
newdef BtosgammaMass:mHValues 16 1.50112
newdef BtosgammaMass:mHValues 17 1.54338
newdef BtosgammaMass:mHValues 18 1.58563
newdef BtosgammaMass:mHValues 19 1.62789
newdef BtosgammaMass:mHValues 20 1.67015
newdef BtosgammaMass:mHValues 21 1.7124
newdef BtosgammaMass:mHValues 22 1.75466
newdef BtosgammaMass:mHValues 23 1.79692
newdef BtosgammaMass:mHValues 24 1.83918
newdef BtosgammaMass:mHValues 25 1.88143
newdef BtosgammaMass:mHValues 26 1.92369
newdef BtosgammaMass:mHValues 27 1.96595
newdef BtosgammaMass:mHValues 28 2.00821
newdef BtosgammaMass:mHValues 29 2.05046
newdef BtosgammaMass:mHValues 30 2.09272
newdef BtosgammaMass:mHValues 31 2.13498
newdef BtosgammaMass:mHValues 32 2.17724
newdef BtosgammaMass:mHValues 33 2.21949
newdef BtosgammaMass:mHValues 34 2.26175
newdef BtosgammaMass:mHValues 35 2.30401
newdef BtosgammaMass:mHValues 36 2.34626
newdef BtosgammaMass:mHValues 37 2.38852
newdef BtosgammaMass:mHValues 38 2.43078
newdef BtosgammaMass:mHValues 39 2.47304
newdef BtosgammaMass:mHValues 40 2.51529
newdef BtosgammaMass:mHValues 41 2.55755
newdef BtosgammaMass:mHValues 42 2.59981
newdef BtosgammaMass:mHValues 43 2.64207
newdef BtosgammaMass:mHValues 44 2.68432
newdef BtosgammaMass:mHValues 45 2.72658
newdef BtosgammaMass:mHValues 46 2.76884
newdef BtosgammaMass:mHValues 47 2.8111
newdef BtosgammaMass:mHValues 48 2.85335
newdef BtosgammaMass:mHValues 49 2.89561
newdef BtosgammaMass:mHValues 50 2.93787
newdef BtosgammaMass:mHValues 51 2.98013
newdef BtosgammaMass:mHValues 52 3.02238
newdef BtosgammaMass:mHValues 53 3.06464
newdef BtosgammaMass:mHValues 54 3.1069
newdef BtosgammaMass:mHValues 55 3.14915
newdef BtosgammaMass:mHValues 56 3.19141
newdef BtosgammaMass:mHValues 57 3.23367
newdef BtosgammaMass:mHValues 58 3.27593
newdef BtosgammaMass:mHValues 59 3.31818
newdef BtosgammaMass:mHValues 60 3.36044
newdef BtosgammaMass:mHValues 61 3.4027
newdef BtosgammaMass:mHValues 62 3.44496
newdef BtosgammaMass:mHValues 63 3.48721
newdef BtosgammaMass:mHValues 64 3.52947
newdef BtosgammaMass:mHValues 65 3.57173
newdef BtosgammaMass:mHValues 66 3.61399
newdef BtosgammaMass:mHValues 67 3.65624
newdef BtosgammaMass:mHValues 68 3.6985
newdef BtosgammaMass:mHValues 69 3.74076
newdef BtosgammaMass:mHValues 70 3.78302
newdef BtosgammaMass:mHValues 71 3.82527
newdef BtosgammaMass:mHValues 72 3.86753
newdef BtosgammaMass:mHValues 73 3.90979
newdef BtosgammaMass:mHValues 74 3.95204
newdef BtosgammaMass:mHValues 75 3.9943
newdef BtosgammaMass:mHValues 76 4.03656
newdef BtosgammaMass:mHValues 77 4.07882
newdef BtosgammaMass:mHValues 78 4.12107
newdef BtosgammaMass:mHValues 79 4.16333
newdef BtosgammaMass:mHValues 80 4.20559
newdef BtosgammaMass:mHValues 81 4.24785
newdef BtosgammaMass:mHValues 82 4.2901
newdef BtosgammaMass:mHValues 83 4.33236
newdef BtosgammaMass:mHValues 84 4.37462
newdef BtosgammaMass:mHValues 85 4.41688
newdef BtosgammaMass:mHValues 86 4.45913
newdef BtosgammaMass:mHValues 87 4.50139
newdef BtosgammaMass:mHValues 88 4.54365
newdef BtosgammaMass:mHValues 89 4.58591
newdef BtosgammaMass:mHValues 90 4.62816
newdef BtosgammaMass:mHValues 91 4.67042
newdef BtosgammaMass:mHValues 92 4.71268
newdef BtosgammaMass:mHValues 93 4.75493
newdef BtosgammaMass:mHValues 94 4.79719
newdef BtosgammaMass:mHValues 95 4.83945
newdef BtosgammaMass:mHValues 96 4.88171
newdef BtosgammaMass:mHValues 97 4.92396
newdef BtosgammaMass:mHValues 98 4.96622
newdef BtosgammaMass:mHValues 99 5.00848
newdef BtosgammaMass:Spectrum 0 7.66578e-05
newdef BtosgammaMass:Spectrum 1 8.88774e-05
newdef BtosgammaMass:Spectrum 2 0.000101655
newdef BtosgammaMass:Spectrum 3 0.000114816
newdef BtosgammaMass:Spectrum 4 0.000128169
newdef BtosgammaMass:Spectrum 5 0.000141542
newdef BtosgammaMass:Spectrum 6 0.000154679
newdef BtosgammaMass:Spectrum 7 0.000167399
newdef BtosgammaMass:Spectrum 8 0.000179472
newdef BtosgammaMass:Spectrum 9 0.00019078
newdef BtosgammaMass:Spectrum 10 0.000201121
newdef BtosgammaMass:Spectrum 11 0.000210346
newdef BtosgammaMass:Spectrum 12 0.00021833
newdef BtosgammaMass:Spectrum 13 0.00022497
newdef BtosgammaMass:Spectrum 14 0.000230231
newdef BtosgammaMass:Spectrum 15 0.000233996
newdef BtosgammaMass:Spectrum 16 0.000236281
newdef BtosgammaMass:Spectrum 17 0.000237093
newdef BtosgammaMass:Spectrum 18 0.000236431
newdef BtosgammaMass:Spectrum 19 0.000234426
newdef BtosgammaMass:Spectrum 20 0.000231119
newdef BtosgammaMass:Spectrum 21 0.000226602
newdef BtosgammaMass:Spectrum 22 0.000220987
newdef BtosgammaMass:Spectrum 23 0.000214393
newdef BtosgammaMass:Spectrum 24 0.000206948
newdef BtosgammaMass:Spectrum 25 0.000198784
newdef BtosgammaMass:Spectrum 26 0.000190058
newdef BtosgammaMass:Spectrum 27 0.000180856
newdef BtosgammaMass:Spectrum 28 0.00017133
newdef BtosgammaMass:Spectrum 29 0.000161602
newdef BtosgammaMass:Spectrum 30 0.000151786
newdef BtosgammaMass:Spectrum 31 0.000141971
newdef BtosgammaMass:Spectrum 32 0.000132288
newdef BtosgammaMass:Spectrum 33 0.0001228
newdef BtosgammaMass:Spectrum 34 0.000113581
newdef BtosgammaMass:Spectrum 35 0.00010469
newdef BtosgammaMass:Spectrum 36 9.61778e-05
newdef BtosgammaMass:Spectrum 37 8.80815e-05
newdef BtosgammaMass:Spectrum 38 8.04295e-05
newdef BtosgammaMass:Spectrum 39 7.32403e-05
newdef BtosgammaMass:Spectrum 40 6.65241e-05
newdef BtosgammaMass:Spectrum 41 6.02879e-05
newdef BtosgammaMass:Spectrum 42 5.45173e-05
newdef BtosgammaMass:Spectrum 43 4.92076e-05
newdef BtosgammaMass:Spectrum 44 4.43443e-05
newdef BtosgammaMass:Spectrum 45 3.9909e-05
newdef BtosgammaMass:Spectrum 46 3.58802e-05
newdef BtosgammaMass:Spectrum 47 3.22326e-05
newdef BtosgammaMass:Spectrum 48 2.8946e-05
newdef BtosgammaMass:Spectrum 49 2.59925e-05
newdef BtosgammaMass:Spectrum 50 2.33464e-05
newdef BtosgammaMass:Spectrum 51 2.09823e-05
newdef BtosgammaMass:Spectrum 52 1.88754e-05
newdef BtosgammaMass:Spectrum 53 1.70019e-05
newdef BtosgammaMass:Spectrum 54 1.5339e-05
newdef BtosgammaMass:Spectrum 55 1.38655e-05
newdef BtosgammaMass:Spectrum 56 1.25614e-05
newdef BtosgammaMass:Spectrum 57 1.14085e-05
newdef BtosgammaMass:Spectrum 58 1.03894e-05
newdef BtosgammaMass:Spectrum 59 9.48883e-06
newdef BtosgammaMass:Spectrum 60 8.69297e-06
newdef BtosgammaMass:Spectrum 61 7.9892e-06
newdef BtosgammaMass:Spectrum 62 7.36625e-06
newdef BtosgammaMass:Spectrum 63 6.81403e-06
newdef BtosgammaMass:Spectrum 64 6.32388e-06
newdef BtosgammaMass:Spectrum 65 5.88784e-06
newdef BtosgammaMass:Spectrum 66 5.49905e-06
newdef BtosgammaMass:Spectrum 67 5.1515e-06
newdef BtosgammaMass:Spectrum 68 4.83997e-06
newdef BtosgammaMass:Spectrum 69 4.55992e-06
newdef BtosgammaMass:Spectrum 70 4.30743e-06
newdef BtosgammaMass:Spectrum 71 4.07914e-06
newdef BtosgammaMass:Spectrum 72 3.87217e-06
newdef BtosgammaMass:Spectrum 73 3.68409e-06
newdef BtosgammaMass:Spectrum 74 3.51284e-06
newdef BtosgammaMass:Spectrum 75 3.35671e-06
newdef BtosgammaMass:Spectrum 76 3.2143e-06
newdef BtosgammaMass:Spectrum 77 3.08444e-06
newdef BtosgammaMass:Spectrum 78 2.9662e-06
newdef BtosgammaMass:Spectrum 79 2.85934e-06
newdef BtosgammaMass:Spectrum 80 2.76345e-06
newdef BtosgammaMass:Spectrum 81 2.67832e-06
newdef BtosgammaMass:Spectrum 82 2.60408e-06
newdef BtosgammaMass:Spectrum 83 2.54259e-06
newdef BtosgammaMass:Spectrum 84 2.51139e-06
newdef BtosgammaMass:Spectrum 85 2.5295e-06
newdef BtosgammaMass:Spectrum 86 2.60152e-06
newdef BtosgammaMass:Spectrum 87 2.72469e-06
newdef BtosgammaMass:Spectrum 88 2.89586e-06
newdef BtosgammaMass:Spectrum 89 3.11368e-06
newdef BtosgammaMass:Spectrum 90 3.37949e-06
newdef BtosgammaMass:Spectrum 91 3.69773e-06
newdef BtosgammaMass:Spectrum 92 4.07611e-06
newdef BtosgammaMass:Spectrum 93 4.52598e-06
newdef BtosgammaMass:Spectrum 94 5.06366e-06
newdef BtosgammaMass:Spectrum 95 5.71246e-06
newdef BtosgammaMass:Spectrum 96 6.50607e-06
newdef BtosgammaMass:Spectrum 97 7.49463e-06
newdef BtosgammaMass:Spectrum 98 8.75571e-06
newdef BtosgammaMass:Spectrum 99 1.04156e-05
newdef BtosgammaKagan:HadronicMass BtosgammaMass
#
create Herwig::SMTopDecayer Top
newdef Top:AlphaS /Herwig/Shower/AlphaQCDFSR
newdef Top:AlphaEM /Herwig/Shower/AlphaQED
newdef Top:QuarkWeights 0 5.
newdef Top:QuarkWeights 1 5.
newdef Top:QuarkWeights 2 5.
newdef Top:QuarkWeights 3 5.
newdef Top:QuarkWeights 4 1.5e-05
newdef Top:QuarkWeights 5 5.
newdef Top:LeptonWeights 0 5.
newdef Top:LeptonWeights 1 5.
newdef Top:LeptonWeights 2 5.
newdef Top:Iteration 1
newdef Top:Ntry 500
newdef Top:Points 10000
newdef Top:GenerateIntermediates 1
newdef Top:PhotonGenerator /Herwig/QEDRadiation/SOPHTY
#
create Herwig::SMHiggsFermionsDecayer Hff
newdef Hff:NLO Yes
newdef Hff:MaxWeights 0 2.116e-06
newdef Hff:MaxWeights 1 4.47418e-07
newdef Hff:MaxWeights 2 0.000763237
newdef Hff:MaxWeights 3 0.0276405
newdef Hff:MaxWeights 4 0.571455
newdef Hff:MaxWeights 5 0
newdef Hff:MaxWeights 6 5.76739e-09
newdef Hff:MaxWeights 7 0.000246492
newdef Hff:MaxWeights 8 0.0696381
newdef Hff:Iteration 1
newdef Hff:Ntry 500
newdef Hff:Points 10000
newdef Hff:GenerateIntermediates 0
newdef Hff:AlphaS /Herwig/Shower/AlphaQCDFSR
newdef Hff:AlphaEM /Herwig/Shower/AlphaQED
newdef Hff:PhotonGenerator /Herwig/QEDRadiation/SOPHTY
#
create Herwig::SMHiggsWWDecayer HWW
newdef HWW:WMaximum 0 19.5935
newdef HWW:ZMaximum 0 1.84109
newdef HWW:WMaximum 1 183.963
newdef HWW:ZMaximum 1 39.4542
newdef HWW:Iteration 1
newdef HWW:Ntry 2000
newdef HWW:Points 10000
newdef HWW:GenerateIntermediates 0
newdef HWW:PhotonGenerator /Herwig/QEDRadiation/SOPHTY
#
create Herwig::SemiLeptonicScalarDecayer HQET
newdef HQET:Iteration 1
newdef HQET:Ntry 500
newdef HQET:Points 10000
newdef HQET:GenerateIntermediates 0
insert HQET:MaximumWeight 0 0.0762401
insert HQET:MaximumWeight 1 0.0723751
insert HQET:MaximumWeight 2 0.0189018
insert HQET:MaximumWeight 3 0.105976
insert HQET:MaximumWeight 4 0.105066
insert HQET:MaximumWeight 5 0.0261202
insert HQET:MaximumWeight 6 0.0700031
insert HQET:MaximumWeight 7 0.066446
insert HQET:MaximumWeight 8 0.0172756
insert HQET:MaximumWeight 9 0.10208
insert HQET:MaximumWeight 10 0.106631
insert HQET:MaximumWeight 11 0.0278126
create Herwig::LeptonNeutrinoCurrent HQETCurrent HwWeakCurrents.so
newdef HQETCurrent:Quark 0 11
newdef HQETCurrent:AntiQuark 0 -12
newdef HQETCurrent:Quark 1 13
newdef HQETCurrent:AntiQuark 1 -15
newdef HQETCurrent:Quark 2 15
newdef HQETCurrent:AntiQuark 2 -16
newdef HQET:Current HQETCurrent
create Herwig::HQETFormFactor HQETFormFactor
newdef HQETFormFactor:Incoming 0 -521
newdef HQETFormFactor:Outgoing 0 421
newdef HQETFormFactor:Spin 0 0
newdef HQETFormFactor:Spectator 0 -2
newdef HQETFormFactor:InQuark 0 5
newdef HQETFormFactor:OutQuark 0 4
newdef HQETFormFactor:Incoming 1 -521
newdef HQETFormFactor:Outgoing 1 423
newdef HQETFormFactor:Spin 1 1
newdef HQETFormFactor:Spectator 1 -2
newdef HQETFormFactor:InQuark 1 5
newdef HQETFormFactor:OutQuark 1 4
newdef HQETFormFactor:Incoming 2 -511
newdef HQETFormFactor:Outgoing 2 411
newdef HQETFormFactor:Spin 2 0
newdef HQETFormFactor:Spectator 2 1
newdef HQETFormFactor:InQuark 2 5
newdef HQETFormFactor:OutQuark 2 4
newdef HQETFormFactor:Incoming 3 -511
newdef HQETFormFactor:Outgoing 3 413
newdef HQETFormFactor:Spin 3 1
newdef HQETFormFactor:Spectator 3 1
newdef HQETFormFactor:InQuark 3 5
newdef HQETFormFactor:OutQuark 3 4
newdef HQETFormFactor:F1Scalar 1.02693
newdef HQETFormFactor:F1Vector 0.84
newdef HQETFormFactor:Rho2Scalar 1.17
newdef HQETFormFactor:Rho2Vector 1.179
newdef HQETFormFactor:R1 1.417
newdef HQETFormFactor:R2 0.836
newdef HQET:FormFactor HQETFormFactor
#
create Herwig::ScalarTo3ScalarDalitz DpKbar0PipPi0MarkIII
newdef DpKbar0PipPi0MarkIII:Iteration 10
newdef DpKbar0PipPi0MarkIII:Ntry 500
newdef DpKbar0PipPi0MarkIII:Points 10000
newdef DpKbar0PipPi0MarkIII:GenerateIntermediates 1
newdef DpKbar0PipPi0MarkIII:ParentRadius 0
newdef DpKbar0PipPi0MarkIII:ResonanceMass 1
newdef DpKbar0PipPi0MarkIII:UseAllK0 1
newdef DpKbar0PipPi0MarkIII:MaximumWeight 1.01496e+11
insert DpKbar0PipPi0MarkIII:Weights 0 0.683657
insert DpKbar0PipPi0MarkIII:Weights 1 0.316343
do DpKbar0PipPi0MarkIII:AddChannel 0 0 0 0 0 1 2 2.725 -1.91986 0
do DpKbar0PipPi0MarkIII:AddChannel 213 3 0.77 0.1533 1 2 0 1 -3.14159 25.3387
do DpKbar0PipPi0MarkIII:AddChannel -313 3 0.8921 0.0511 0 2 1 0.5617 0.750492 10.1355
do DpKbar0PipPi0MarkIII:SetExternal 411 -311 211 111
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipMarkIII
do /Herwig/Decays/DpKmPipPipMarkIII:AddChannel 0 0 0. 0. 0 1 2 1. 0. 0.
do /Herwig/Decays/DpKmPipPipMarkIII:AddChannel -313 3 0.8695 0.0502 1 0 2 0.04749 1.8325957145940461 10.1355
do /Herwig/Decays/DpKmPipPipMarkIII:AddChannel -313 3 0.8695 0.0502 2 0 1 0.04749 1.8325957145940461 10.1355
set /Herwig/Decays/DpKmPipPipMarkIII:Initialize 1
set /Herwig/Decays/DpKmPipPipMarkIII:DatabaseOutput 1
set /Herwig/Decays/DpKmPipPipMarkIII:ParentRadius 0
set /Herwig/Decays/DpKmPipPipMarkIII:ResonanceMass 1
do /Herwig/Decays/DpKmPipPipMarkIII:SetExternal 411 -321 211 211#
create Herwig::ScalarTo3ScalarDalitz D0Kbar0PipPimMarkIII
newdef D0Kbar0PipPimMarkIII:Iteration 10
newdef D0Kbar0PipPimMarkIII:Ntry 500
newdef D0Kbar0PipPimMarkIII:Points 10000
newdef D0Kbar0PipPimMarkIII:GenerateIntermediates 1
newdef D0Kbar0PipPimMarkIII:ParentRadius 0
newdef D0Kbar0PipPimMarkIII:ResonanceMass 1
newdef D0Kbar0PipPimMarkIII:UseAllK0 0
newdef D0Kbar0PipPimMarkIII:MaximumWeight 1.28484e+09
insert D0Kbar0PipPimMarkIII:Weights 0 0.438054
insert D0Kbar0PipPimMarkIII:Weights 1 0.561946
do D0Kbar0PipPimMarkIII:AddChannel 0 0 0 0 0 1 2 1 0 0
do D0Kbar0PipPimMarkIII:AddChannel 113 3 0.77 0.1533 1 2 0 0.0975 1.62316 25.3387
do D0Kbar0PipPimMarkIII:AddChannel -323 3 0.8921 0.0511 2 0 1 0.2225 0 10.1355
do D0Kbar0PipPimMarkIII:SetExternal 421 -311 211 -211
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PipPimCLEO
newdef D0KS0PipPimCLEO:Iteration 10
newdef D0KS0PipPimCLEO:Ntry 500
newdef D0KS0PipPimCLEO:Points 10000
newdef D0KS0PipPimCLEO:GenerateIntermediates 1
newdef D0KS0PipPimCLEO:ParentRadius 5
newdef D0KS0PipPimCLEO:UseAllK0 0
newdef D0KS0PipPimCLEO:MaximumWeight 3.24646e+10
insert D0KS0PipPimCLEO:Weights 0 0.0288213
insert D0KS0PipPimCLEO:Weights 1 0.136035
insert D0KS0PipPimCLEO:Weights 2 0.0613148
insert D0KS0PipPimCLEO:Weights 3 0.308878
insert D0KS0PipPimCLEO:Weights 4 0.0586135
insert D0KS0PipPimCLEO:Weights 5 0.107635
insert D0KS0PipPimCLEO:Weights 6 0.115036
insert D0KS0PipPimCLEO:Weights 7 0.0670064
insert D0KS0PipPimCLEO:Weights 8 0.0486612
insert D0KS0PipPimCLEO:Weights 9 0.0679996
do D0KS0PipPimCLEO:AddChannel 0 0 0 0 0 1 2 1.1 -0.349066 1.5
do D0KS0PipPimCLEO:AddChannel 323 3 0.89166 0.0508 1 0 2 0.11 -0.680679 1.5
do D0KS0PipPimCLEO:AddChannel 113 3 0.7693 0.1502 2 1 0 1 0 1.5
do D0KS0PipPimCLEO:AddChannel 223 3 0.78257 0.00844 2 1 0 0.037 1.98968 1.5
do D0KS0PipPimCLEO:AddChannel -323 3 0.89166 0.0508 2 0 1 1.56 2.61799 1.5
do D0KS0PipPimCLEO:AddChannel 9010221 41 0.977 0.05 2 1 0 0.34 -3.00197 1.5 0.207 0.0977
do D0KS0PipPimCLEO:AddChannel 225 5 1.2754 0.1851 2 1 0 0.7 -0.907571 1.5
do D0KS0PipPimCLEO:AddChannel 10221 1 1.31 0.272 2 1 0 1.8 1.48353 1.5
do D0KS0PipPimCLEO:AddChannel -10321 1 1.412 0.294 2 0 1 2 0.0523599 1.5
do D0KS0PipPimCLEO:AddChannel -325 5 1.4256 0.0985 2 0 1 1 -0.436333 1.5
do D0KS0PipPimCLEO:AddChannel -30323 3 1.717 0.322 2 0 1 5.6 3.03687 1.5
do D0KS0PipPimCLEO:SetExternal 421 310 211 -211
newdef D0KS0PipPimCLEO:ResonanceMass 1
#
create Herwig::ScalarTo3ScalarDalitz DpKbar0PipPi0BES
newdef DpKbar0PipPi0BES:Iteration 10
newdef DpKbar0PipPi0BES:Ntry 500
newdef DpKbar0PipPi0BES:Points 10000
newdef DpKbar0PipPi0BES:GenerateIntermediates 1
newdef DpKbar0PipPi0BES:ParentRadius 5
newdef DpKbar0PipPi0BES:ResonanceMass 0
newdef DpKbar0PipPi0BES:UseAllK0 1
newdef DpKbar0PipPi0BES:MaximumWeight 1.89908e+10
insert DpKbar0PipPi0BES:Weights 0 0.26496
insert DpKbar0PipPi0BES:Weights 1 0.0740731
insert DpKbar0PipPi0BES:Weights 2 0.109362
insert DpKbar0PipPi0BES:Weights 3 0.132708
insert DpKbar0PipPi0BES:Weights 4 0.213948
insert DpKbar0PipPi0BES:Weights 5 0.204948
do DpKbar0PipPi0BES:AddChannel 0 0 0 0 0 1 2 1.55 -1.46608 1.5
do DpKbar0PipPi0BES:AddChannel 213 3 0.77511 0.1491 2 1 0 1 0 1.5
do DpKbar0PipPi0BES:AddChannel 100213 3 1.465 0.4 2 1 0 2.81 -3.07702 1.5
do DpKbar0PipPi0BES:AddChannel -313 3 0.89594 0.0487 2 0 1 0.194 -1.17461 1.5
do DpKbar0PipPi0BES:AddChannel -10311 1 1.47 0.187 2 0 1 0.658 -0.366519 1.5
do DpKbar0PipPi0BES:AddChannel -30313 3 1.717 0.27 2 0 1 2.04 -1.82736 1.5
do DpKbar0PipPi0BES:AddChannel -9000311 51 0.75 -0.23 2 0 1 1.06 1.6057 1.5
do DpKbar0PipPi0BES:SetExternal 411 -311 211 111
#
create Herwig::ScalarTo3ScalarDalitz DsKL0KpPi0BES
newdef DsKL0KpPi0BES:Iteration 5
newdef DsKL0KpPi0BES:Ntry 500
newdef DsKL0KpPi0BES:Points 100000
newdef DsKL0KpPi0BES:GenerateIntermediates 1
newdef DsKL0KpPi0BES:ParentRadius 5
newdef DsKL0KpPi0BES:UseAllK0 0
newdef DsKL0KpPi0BES:MaximumWeight 4.44668e+10
insert DsKL0KpPi0BES:Weights 0 0.442357
insert DsKL0KpPi0BES:Weights 1 0.324631
insert DsKL0KpPi0BES:Weights 2 0.132282
insert DsKL0KpPi0BES:Weights 3 0.100731
do DsKL0KpPi0BES:AddChannel 313 3 0.89555 0.0473 0 2 1 1 0 3
do DsKL0KpPi0BES:AddChannel 323 3 0.89167 0.0514 1 2 0 0.676 -0.16 3
do DsKL0KpPi0BES:AddChannel 9000211 1 1.0041 0.0972 0 1 2 1.746 -0.97 3
do DsKL0KpPi0BES:AddChannel 100313 3 1.414 0.232 0 2 1 3.567 0.17 3
do DsKL0KpPi0BES:AddChannel 0 1 1.817 0.097 0 1 2 4.214 -2.55 3
do DsKL0KpPi0BES:SetExternal 431 130 321 111
newdef DsKL0KpPi0BES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsKL0KL0PipBES
newdef DsKL0KL0PipBES:Iteration 5
newdef DsKL0KL0PipBES:Ntry 500
newdef DsKL0KL0PipBES:Points 100000
newdef DsKL0KL0PipBES:GenerateIntermediates 1
newdef DsKL0KL0PipBES:ParentRadius 5
newdef DsKL0KL0PipBES:UseAllK0 0
newdef DsKL0KL0PipBES:MaximumWeight 2.2222e+10
insert DsKL0KL0PipBES:Weights 0 0.323694
insert DsKL0KL0PipBES:Weights 1 0.323191
insert DsKL0KL0PipBES:Weights 2 0.353115
do DsKL0KL0PipBES:AddChannel 323 3 0.89167 0.0514 0 2 1 1 0 3
do DsKL0KL0PipBES:AddChannel 323 3 0.89167 0.0514 1 2 0 1 0 3
do DsKL0KL0PipBES:AddChannel 10331 1 1.723 0.14 0 1 2 5.65 2.3 3
do DsKL0KL0PipBES:SetExternal 431 130 130 211
newdef DsKL0KL0PipBES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpKmPipPipFOCUSIsobar
newdef DpKmPipPipFOCUSIsobar:Iteration 10
newdef DpKmPipPipFOCUSIsobar:Ntry 500
newdef DpKmPipPipFOCUSIsobar:Points 10000
newdef DpKmPipPipFOCUSIsobar:GenerateIntermediates 1
newdef DpKmPipPipFOCUSIsobar:ParentRadius 5
newdef DpKmPipPipFOCUSIsobar:UseAllK0 0
newdef DpKmPipPipFOCUSIsobar:MaximumWeight 3.58426e+11
insert DpKmPipPipFOCUSIsobar:Weights 0 0.107489
insert DpKmPipPipFOCUSIsobar:Weights 1 0.106963
insert DpKmPipPipFOCUSIsobar:Weights 2 0.0786231
insert DpKmPipPipFOCUSIsobar:Weights 3 0.0774254
insert DpKmPipPipFOCUSIsobar:Weights 4 0.0506913
insert DpKmPipPipFOCUSIsobar:Weights 5 0.0536319
insert DpKmPipPipFOCUSIsobar:Weights 6 0.0515796
insert DpKmPipPipFOCUSIsobar:Weights 7 0.0511357
insert DpKmPipPipFOCUSIsobar:Weights 8 0.078321
insert DpKmPipPipFOCUSIsobar:Weights 9 0.0811541
insert DpKmPipPipFOCUSIsobar:Weights 10 0.13053
insert DpKmPipPipFOCUSIsobar:Weights 11 0.132457
do DpKmPipPipFOCUSIsobar:AddChannel 0 0 0 0 0 1 2 12.2 -0.610865 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -313 3 0.896 0.0503 0 1 2 1 -3.14159 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -313 3 0.896 0.0503 0 2 1 1 -3.14159 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -100313 3 1.414 0.232 0 1 2 0.55 2.96706 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -100313 3 1.414 0.232 0 2 1 0.55 2.96706 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -30313 3 1.717 0.322 0 1 2 6.98 -3.08923 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -30313 3 1.717 0.322 0 2 1 6.98 -3.08923 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -315 5 1.4324 0.109 0 1 2 0.89 -0.715585 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -315 5 1.4324 0.109 0 2 1 0.89 -0.715585 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -10311 1 1.461 0.177 0 1 2 3.45 0.628319 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -10311 1 1.461 0.177 0 2 1 3.45 0.628319 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -9000311 1 0.856 0.464 0 1 2 4.71 -2.80998 1.5
do DpKmPipPipFOCUSIsobar:AddChannel -9000311 1 0.856 0.464 0 2 1 4.71 -2.80998 1.5
do DpKmPipPipFOCUSIsobar:SetExternal 411 -321 211 211
newdef DpKmPipPipFOCUSIsobar:ResonanceMass 0
#
create Herwig::RadiativeHyperonDecayer RadiativeHyperon
newdef RadiativeHyperon:Iteration 1
newdef RadiativeHyperon:Ntry 500
newdef RadiativeHyperon:Points 10000
newdef RadiativeHyperon:GenerateIntermediates 0
do RadiativeHyperon:SetUpDecayMode 3222 2212 -1.81e-07 4.7e-08 0.0245809
do RadiativeHyperon:SetUpDecayMode 3312 3112 8e-09 1.5e-08 6.02591e-05
do RadiativeHyperon:SetUpDecayMode 3212 2112 -2e-09 -4.5e-08 1.34599e-12
do RadiativeHyperon:SetUpDecayMode 3122 2112 -5.2e-08 -5e-09 0.00237221
do RadiativeHyperon:SetUpDecayMode 3322 3212 5e-09 7e-08 0.00175107
do RadiativeHyperon:SetUpDecayMode 3322 3122 -3.4e-08 -8e-09 0.00171032
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PipPimCLEO2
newdef D0KS0PipPimCLEO2:Iteration 10
newdef D0KS0PipPimCLEO2:Ntry 500
newdef D0KS0PipPimCLEO2:Points 10000
newdef D0KS0PipPimCLEO2:GenerateIntermediates 1
newdef D0KS0PipPimCLEO2:ParentRadius 5
newdef D0KS0PipPimCLEO2:UseAllK0 0
newdef D0KS0PipPimCLEO2:MaximumWeight 3.09848e+10
insert D0KS0PipPimCLEO2:Weights 0 0.0313976
insert D0KS0PipPimCLEO2:Weights 1 0.138102
insert D0KS0PipPimCLEO2:Weights 2 0.062948
insert D0KS0PipPimCLEO2:Weights 3 0.311012
insert D0KS0PipPimCLEO2:Weights 4 0.0600748
insert D0KS0PipPimCLEO2:Weights 5 0.107397
insert D0KS0PipPimCLEO2:Weights 6 0.113649
insert D0KS0PipPimCLEO2:Weights 7 0.0607273
insert D0KS0PipPimCLEO2:Weights 8 0.0401992
insert D0KS0PipPimCLEO2:Weights 9 0.0744928
do D0KS0PipPimCLEO2:AddChannel 323 3 0.89166 0.0508 1 0 2 0.11 -0.628319 1.5
do D0KS0PipPimCLEO2:AddChannel 113 3 0.7693 0.1502 2 1 0 1 0 1.5
do D0KS0PipPimCLEO2:AddChannel 223 3 0.78257 0.00844 2 1 0 0.04 2.00713 1.5
do D0KS0PipPimCLEO2:AddChannel -323 3 0.89166 0.0508 2 0 1 1.54 2.61799 1.5
do D0KS0PipPimCLEO2:AddChannel 9010221 41 0.977 0.05 2 1 0 0.34 -3.00197 1.5 0.207 0.0977
do D0KS0PipPimCLEO2:AddChannel 225 5 1.2754 0.1851 2 1 0 0.79 -0.942478 1.5
do D0KS0PipPimCLEO2:AddChannel 10221 1 1.31 0.272 2 1 0 1.74 1.48353 1.5
do D0KS0PipPimCLEO2:AddChannel -10321 1 1.412 0.294 2 0 1 1.93 0.0174533 1.5
do D0KS0PipPimCLEO2:AddChannel -325 5 1.4256 0.94 2 0 1 0.94 -0.436333 1.5
do D0KS0PipPimCLEO2:AddChannel -30323 3 1.717 0.322 2 0 1 5.49 3.05433 1.5
do D0KS0PipPimCLEO2:AddChannel 0 0 0 0 0 1 2 0.93 -0.296706 1.5
do D0KS0PipPimCLEO2:SetExternal 421 310 211 -211
newdef D0KS0PipPimCLEO2:ResonanceMass 1
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PipPimBFactory
create Herwig::PiPiAnisovichKMatrix /Herwig/Decays/BFactoryPiPiAnisovichKMatrix
do /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:SetPoles 5 0.42380100000000004 1.44865296 2.4278937489000003 1.4641 3.3199026436
do /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:SetCouplings 5 5 0.22889 -0.55377 0.0 -0.39899 -0.34639 0.94128 0.55095 0.0 0.39065 0.31503 0.36856 0.23888 0.55639 0.1834 0.18681 0.3365 0.40907 0.85679 0.19906 -0.00984 0.18171 -0.17558 -0.79658 -0.00355 0.22358 set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:s0Scatt -3.92637
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:sA0 -0.15
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:sA 1.0
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:F1A 0 0.23399
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:F1A 1 0.15044
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:F1A 2 -0.20545
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:F1A 3 0.32825
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:F1A 4 0.35412
set /Herwig/Decays/BFactoryPiPiAnisovichKMatrix:Power 0.5
newdef D0KS0PipPimBFactory:Iteration 10
newdef D0KS0PipPimBFactory:Ntry 500
newdef D0KS0PipPimBFactory:Points 10000
newdef D0KS0PipPimBFactory:GenerateIntermediates 1
newdef D0KS0PipPimBFactory:ParentRadius 5
newdef D0KS0PipPimBFactory:UseAllK0 0
newdef D0KS0PipPimBFactory:MaximumWeight 5.68354e+10
insert D0KS0PipPimBFactory:KMatrices 0 /Herwig/Decays/BFactoryPiPiAnisovichKMatrix
insert D0KS0PipPimBFactory:Weights 0 0.0731448
insert D0KS0PipPimBFactory:Weights 1 0.0420579
insert D0KS0PipPimBFactory:Weights 2 0.101592
insert D0KS0PipPimBFactory:Weights 3 0.101836
insert D0KS0PipPimBFactory:Weights 4 0.248286
insert D0KS0PipPimBFactory:Weights 5 0.0397021
insert D0KS0PipPimBFactory:Weights 6 0.054909
insert D0KS0PipPimBFactory:Weights 7 0.042363
insert D0KS0PipPimBFactory:Weights 8 0.0263072
insert D0KS0PipPimBFactory:Weights 9 0.0380728
insert D0KS0PipPimBFactory:Weights 10 0.073135
insert D0KS0PipPimBFactory:Weights 11 0.0483004
insert D0KS0PipPimBFactory:Weights 12 0.0757819
insert D0KS0PipPimBFactory:Weights 13 0.0345126
do D0KS0PipPimBFactory:AddChannel 113 3 0.77526 0.1478 2 1 0 1.058 0 1.5
do D0KS0PipPimBFactory:AddChannel 223 3 0.78265 0.00849 2 1 0 0.0388 2.10661 1.5
do D0KS0PipPimBFactory:AddChannel 225 5 1.2755 0.1867 2 1 0 1.43 -0.633555 1.5
do D0KS0PipPimBFactory:AddChannel 100113 3 1.465 0.4 2 1 0 2.85 1.78198 1.5
do D0KS0PipPimBFactory:AddChannel -323 3 0.8937 0.0472 2 0 1 1.72 2.38761 1.5
do D0KS0PipPimBFactory:AddChannel -325 5 1.4256 0.0985 2 0 1 1.27 -0.76969 1.5
do D0KS0PipPimBFactory:AddChannel -30323 3 1.717 0.322 2 0 1 3.31 -2.06298 1.5
do D0KS0PipPimBFactory:AddChannel -100323 3 1.414 0.232 2 0 1 0.29 1.73486 1.5
do D0KS0PipPimBFactory:AddChannel 323 3 0.8937 0.0472 1 0 2 0.164 -0.736529 1.5
do D0KS0PipPimBFactory:AddChannel 325 5 1.4256 0.0985 1 0 2 0.1 -1.56381 1.5
do D0KS0PipPimBFactory:AddChannel 100323 3 1.414 0.232 1 0 2 0.21 2.62148 1.5
do D0KS0PipPimBFactory:AddChannel -10321 -31 1.441 0.193 2 0 1 2.36 1.73486 1.5 0 0.96 0.00174533 1 -1.91463 0.113 -33.8
do D0KS0PipPimBFactory:AddChannel 10321 -31 1.441 0.193 1 0 2 0.11 2.83267 1.5 0 0.96 0.00174533 1 -1.91463 0.113 -33.8
do D0KS0PipPimBFactory:AddChannel 9010221 -21 0.953 0.044 2 1 0 1 0 1.5 5 5 0 0 -0.07 1 8.5 1.19555 12.2 0.418879 29.2 -0.00174533 10.8 -0.905826 0 0 1 8 -2.19911 1 26.3 -2.65814 1 33 -1.62665 1 26.2 -2.11883 1 0 0
do D0KS0PipPimBFactory:SetExternal 421 310 211 -211
newdef D0KS0PipPimBFactory:ResonanceMass 0
#
create Herwig::SMWDecayer WDecayer
newdef WDecayer:AlphaS /Herwig/Shower/AlphaQCDFSR
newdef WDecayer:AlphaEM /Herwig/Shower/AlphaQED
newdef WDecayer:QuarkMax 0 3.
newdef WDecayer:QuarkMax 1 3.
newdef WDecayer:QuarkMax 2 3.
newdef WDecayer:QuarkMax 3 3.
newdef WDecayer:QuarkMax 4 3.
newdef WDecayer:QuarkMax 5 3.
newdef WDecayer:LeptonMax 0 3.
newdef WDecayer:LeptonMax 1 3.
newdef WDecayer:LeptonMax 2 3.
newdef WDecayer:Iteration 1
newdef WDecayer:Ntry 500
newdef WDecayer:Points 10000
newdef WDecayer:GenerateIntermediates 0
newdef WDecayer:PhotonGenerator /Herwig/QEDRadiation/SOPHTY
#
create Herwig::SMHiggsGGHiggsPPDecayer HPP
newdef HPP:MaxWeights 0 0.624291
newdef HPP:MaxWeights 1 1.17718
newdef HPP:MaxWeights 2 1.15963
newdef HPP:SMHGGVertex /Herwig/Vertices/HGGVertex
newdef HPP:SMHPPVertex /Herwig/Vertices/HPPVertex
newdef HPP:SMHZPVertex /Herwig/Vertices/HZPVertex
newdef HPP:Iteration 10
newdef HPP:Ntry 500
newdef HPP:Points 10000
newdef HPP:AlphaS /Herwig/Shower/AlphaQCDFSR
newdef HPP:GenerateIntermediates 0
#
create Herwig::TauDecayer Tau2Kaon
newdef Tau2Kaon:Ntry 500
newdef Tau2Kaon:Points 10000
newdef Tau2Kaon:GenerateIntermediates 1
insert Tau2Kaon:WeightLocation 0 0
insert Tau2Kaon:MaximumWeight 0 0.014
insert Tau2Kaon:Weights 0 0.505259
insert Tau2Kaon:Weights 1 0.43015
insert Tau2Kaon:Weights 2 0.064591
newdef Tau2Kaon:WeakCurrent TwoKaonCzyzCurrent
#
create Herwig::ScalarTo3ScalarDalitz DpKpPipPimFOCUS
newdef DpKpPipPimFOCUS:Iteration 5
newdef DpKpPipPimFOCUS:Ntry 500
newdef DpKpPipPimFOCUS:Points 100000
newdef DpKpPipPimFOCUS:GenerateIntermediates 1
newdef DpKpPipPimFOCUS:ParentRadius 5
newdef DpKpPipPimFOCUS:UseAllK0 0
newdef DpKpPipPimFOCUS:MaximumWeight 5.26461e+10
insert DpKpPipPimFOCUS:Weights 0 0.318979
insert DpKpPipPimFOCUS:Weights 1 0.380276
insert DpKpPipPimFOCUS:Weights 2 0.146808
insert DpKpPipPimFOCUS:Weights 3 0.153938
do DpKpPipPimFOCUS:AddChannel 113 3 0.7711 0.1492 1 2 0 1 0 1.5
do DpKpPipPimFOCUS:AddChannel 313 3 0.8961 0.0507 0 2 1 1.12344 -2.91645 1.5
do DpKpPipPimFOCUS:AddChannel 9020221 1 0.972 0.059 1 2 0 0.47496 -2.34747 1.5
do DpKpPipPimFOCUS:AddChannel 315 5 1.4324 0.109 0 2 1 2.27739 0.951204 1.5
do DpKpPipPimFOCUS:SetExternal 411 321 211 -211
newdef DpKpPipPimFOCUS:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DpKpKmPipCLEO
newdef DpKpKmPipCLEO:Iteration 5
newdef DpKpKmPipCLEO:Ntry 500
newdef DpKpKmPipCLEO:Points 100000
newdef DpKpKmPipCLEO:GenerateIntermediates 1
newdef DpKpKmPipCLEO:ParentRadius 5
newdef DpKpKmPipCLEO:UseAllK0 0
newdef DpKpKmPipCLEO:MaximumWeight 5.13147e+10
insert DpKpKmPipCLEO:Weights 0 0.262273
insert DpKpKmPipCLEO:Weights 1 0.168794
insert DpKpKmPipCLEO:Weights 2 0.237705
insert DpKpKmPipCLEO:Weights 3 0.125164
insert DpKpKmPipCLEO:Weights 4 0.0611726
insert DpKpKmPipCLEO:Weights 5 0.144891
do DpKpKmPipCLEO:AddChannel -313 3 0.896 0.0503 1 2 0 1 0 1.5
do DpKpKmPipCLEO:AddChannel -10311 1 1.414 0.29 1 2 0 3.7 1.27409 1.5
do DpKpKmPipCLEO:AddChannel 333 3 1.01946 0.00426 0 1 2 1.189 0.0174533 1.5
do DpKpKmPipCLEO:AddChannel 10111 1 1.474 0.265 0 1 2 1.72 2.14675 1.5
do DpKpKmPipCLEO:AddChannel 100333 3 1.68 0.15 0 1 2 1.9 2.23402 1.5
do DpKpKmPipCLEO:AddChannel -315 5 1.4324 0.109 1 2 0 6.4 2.61799 1.5
do DpKpKmPipCLEO:AddChannel 0 0 0 0 0 1 2 5.1 0.925025 1.5
do DpKpKmPipCLEO:SetExternal 411 321 -321 211
newdef DpKpKmPipCLEO:ResonanceMass 0
#
create Herwig::PseudoVectorMesonVectorVectorDecayer AVV
newdef AVV:Iteration 1
newdef AVV:Ntry 1000
newdef AVV:Points 10000
newdef AVV:GenerateIntermediates 0
do AVV:SetUpDecayMode 553 20443 22 0.000126 1.64082
do AVV:SetUpDecayMode 100443 20443 22 1.197 1.8084
do AVV:SetUpDecayMode 100553 20553 22 1.398 1.62234
do AVV:SetUpDecayMode 200553 20553 22 0.0199 1.6114
do AVV:SetUpDecayMode 200553 120553 22 2.327 1.63357
do AVV:SetUpDecayMode 20443 443 22 1.01 1.58483
do AVV:SetUpDecayMode 20553 553 22 0.775 1.60502
do AVV:SetUpDecayMode 120553 553 22 0.181 1.5987
do AVV:SetUpDecayMode 120553 100553 22 1.535 1.6034
do AVV:SetUpDecayMode 120553 553 223 0.0119 1.9846
do AVV:SetUpDecayMode 220553 553 22 0.0842 1.60067
do AVV:SetUpDecayMode 220553 100553 22 0.258 1.60029
do AVV:SetUpDecayMode 220553 200553 22 2.352 1.60268
do AVV:SetUpDecayMode 20223 113 22 0.595 3.71525
do AVV:SetUpDecayMode 20223 333 22 0.18 3.71333
do AVV:SetUpDecayMode 20333 333 22 0.311 4.28451
do AVV:SetUpDecayMode 443 20223 22 0.00121 2.86317
do AVV:SetUpDecayMode 443 20333 22 0.00168 3.67923
do AVV:SetUpDecayMode 443 20333 223 0.000666 12.8832
do AVV:SetUpDecayMode 443 20223 333 0.000445 5.60728
do AVV:SetUpDecayMode 30443 20443 22 1.03 1.72944
do AVV:SetUpDecayMode 30553 20553 22 1.129 1.60966
do AVV:SetUpDecayMode 130553 20553 22 0.154 1.59471
do AVV:SetUpDecayMode 130553 120553 22 1.631 1.61572
do AVV:SetUpDecayMode 30543 10543 22 0.431 1.60146
do AVV:SetUpDecayMode 30543 20543 22 1.226 1.60602
do AVV:SetUpDecayMode 100543 10543 22 0.538 1.61833
do AVV:SetUpDecayMode 100543 20543 22 1.814 1.62915
do AVV:SetUpDecayMode 10543 543 22 0.852 1.60079
do AVV:SetUpDecayMode 20543 543 22 0.338 1.59603
do AVV:SetUpDecayMode 120553 30553 22 1.247 1.61262
do AVV:SetUpDecayMode 220553 130553 22 1.961 1.61036
do AVV:SetUpDecayMode 20443 313 -313 0.0019 10.9518
do AVV:SetUpDecayMode 20443 323 -323 0.0019 12.6978
do AVV:SetUpDecayMode 20433 433 22 0.0892 1.70908
do AVV:SetUpDecayMode 20443 113 22 0.000987 2.01926
do AVV:SetUpDecayMode 20443 223 22 0.000526 4.94487
do AVV:SetUpDecayMode 20443 333 22 0.000424 4.88968
#
create Herwig::VectorTo3PseudoScalarDalitz PhiDalitz
newdef PhiDalitz:Coupling 8.788
newdef PhiDalitz:Iteration 5
newdef PhiDalitz:Ntry 500
newdef PhiDalitz:Points 100000
newdef PhiDalitz:GenerateIntermediates 1
newdef PhiDalitz:ParentRadius 0
newdef PhiDalitz:UseAllK0 0
newdef PhiDalitz:MaximumWeight 8.38399
insert PhiDalitz:Weights 0 0.333557
insert PhiDalitz:Weights 1 0.332802
insert PhiDalitz:Weights 2 0.333641
do PhiDalitz:AddChannel 0 0 0 0 0 1 2 1.29597 0.671593 0
do PhiDalitz:AddChannel 213 3 0.7758 0.1439 2 0 1 1 0 0
do PhiDalitz:AddChannel -213 3 0.7758 0.1439 1 2 0 1 0 0
do PhiDalitz:AddChannel 113 3 0.7758 0.1439 0 1 2 1 0 0
do PhiDalitz:SetExternal 333 211 -211 111
#
create Herwig::HQETStrongDecayer BottomMeson
newdef BottomMeson:Iteration 10
newdef BottomMeson:Ntry 500
newdef BottomMeson:Points 10000
newdef BottomMeson:GenerateIntermediates 0
newdef BottomMeson:fPi 130.2
newdef BottomMeson:g 0.566
newdef BottomMeson:h 0.544
newdef BottomMeson:hp 0.413
newdef BottomMeson:k 0.407
newdef BottomMeson:kp 0.242
newdef BottomMeson:gtilde 0.283
newdef BottomMeson:Lambda 1
newdef BottomMeson:psiL 0
newdef BottomMeson:psiS 0.041
newdef BottomMeson:DeltaEta 0.0228833
do BottomMeson:SetUpDecayMode 515 511 111 1.95802
do BottomMeson:SetUpDecayMode 515 521 -211 1.9329
do BottomMeson:SetUpDecayMode 525 511 211 1.87623
do BottomMeson:SetUpDecayMode 525 521 111 1.91432
do BottomMeson:SetUpDecayMode 535 511 -311 1.54908
do BottomMeson:SetUpDecayMode 535 521 -321 1.80933
do BottomMeson:SetUpDecayMode 515 513 111 1.97116
do BottomMeson:SetUpDecayMode 515 523 -211 1.93093
do BottomMeson:SetUpDecayMode 525 513 211 1.87396
do BottomMeson:SetUpDecayMode 525 523 111 1.913
do BottomMeson:SetUpDecayMode 535 513 -311 1.35449
do BottomMeson:SetUpDecayMode 535 523 -321 2.22418
do BottomMeson:SetUpDecayMode 10513 513 111 7.62316
do BottomMeson:SetUpDecayMode 10513 523 -211 7.51603
do BottomMeson:SetUpDecayMode 10523 513 211 8.21482
do BottomMeson:SetUpDecayMode 10523 523 111 8.32594
do BottomMeson:SetUpDecayMode 10533 513 -311 1.05995
do BottomMeson:SetUpDecayMode 10533 523 -321 1.51482
do BottomMeson:SetUpDecayMode 10511 511 111 6.05498
do BottomMeson:SetUpDecayMode 10511 521 -211 6.04809
do BottomMeson:SetUpDecayMode 10521 511 211 6.03197
do BottomMeson:SetUpDecayMode 10521 521 111 6.06396
do BottomMeson:SetUpDecayMode 10531 511 -311 6.94284
do BottomMeson:SetUpDecayMode 10531 521 -321 7.28808
do BottomMeson:SetUpDecayMode 20513 513 111 7.60088
do BottomMeson:SetUpDecayMode 20513 523 -211 7.57955
do BottomMeson:SetUpDecayMode 20523 513 211 7.57639
do BottomMeson:SetUpDecayMode 20523 523 111 7.6011
do BottomMeson:SetUpDecayMode 20533 513 -311 9.14945
do BottomMeson:SetUpDecayMode 20533 523 -321 9.64881
#
create Herwig::EtaPiPiFermionsDecayer EtapipiFermions
newdef EtapipiFermions:Iteration 1
newdef EtapipiFermions:Ntry 500
newdef EtapipiFermions:Points 10000
newdef EtapipiFermions:GenerateIntermediates 0
newdef EtapipiFermions:fpi 130.7
newdef EtapipiFermions:RhoMass 771.1
newdef EtapipiFermions:RhoWidth 149.2
newdef EtapipiFermions:LocalParameters 1
newdef EtapipiFermions:OmnesC 1
newdef EtapipiFermions:OmnesA 0.840908
do EtapipiFermions:SetUpDecayMode 221 11 3 0.00506 0.00231953
do EtapipiFermions:SetUpDecayMode 331 11 3 0.004278 7.47352
do EtapipiFermions:SetUpDecayMode 331 13 3 0.004278 0.000162846
create Herwig::ExperimentalOmnesFunction ExperimentalOmnesFunction2
newdef ExperimentalOmnesFunction2:Initialize 0
newdef ExperimentalOmnesFunction2:OmnesPoints 100
newdef ExperimentalOmnesFunction2:OmnesCut 0.4
newdef ExperimentalOmnesFunction2:Phase_Energy 0 300
newdef ExperimentalOmnesFunction2:Phase_Shift 0 0.1
newdef ExperimentalOmnesFunction2:Phase_Energy 1 320
newdef ExperimentalOmnesFunction2:Phase_Shift 1 0.4
newdef ExperimentalOmnesFunction2:Phase_Energy 2 340
newdef ExperimentalOmnesFunction2:Phase_Shift 2 0.7
newdef ExperimentalOmnesFunction2:Phase_Energy 3 360
newdef ExperimentalOmnesFunction2:Phase_Shift 3 1
newdef ExperimentalOmnesFunction2:Phase_Energy 4 380
newdef ExperimentalOmnesFunction2:Phase_Shift 4 1.5
newdef ExperimentalOmnesFunction2:Phase_Energy 5 400
newdef ExperimentalOmnesFunction2:Phase_Shift 5 2
newdef ExperimentalOmnesFunction2:Phase_Energy 6 420
newdef ExperimentalOmnesFunction2:Phase_Shift 6 2.5
newdef ExperimentalOmnesFunction2:Phase_Energy 7 440
newdef ExperimentalOmnesFunction2:Phase_Shift 7 3.2
newdef ExperimentalOmnesFunction2:Phase_Energy 8 460
newdef ExperimentalOmnesFunction2:Phase_Shift 8 4
newdef ExperimentalOmnesFunction2:Phase_Energy 9 480
newdef ExperimentalOmnesFunction2:Phase_Shift 9 4.9
newdef ExperimentalOmnesFunction2:Phase_Energy 10 500
newdef ExperimentalOmnesFunction2:Phase_Shift 10 5.9
newdef ExperimentalOmnesFunction2:Phase_Energy 11 520
newdef ExperimentalOmnesFunction2:Phase_Shift 11 7.1
newdef ExperimentalOmnesFunction2:Phase_Energy 12 540
newdef ExperimentalOmnesFunction2:Phase_Shift 12 8.5
newdef ExperimentalOmnesFunction2:Phase_Energy 13 560
newdef ExperimentalOmnesFunction2:Phase_Shift 13 10.1
newdef ExperimentalOmnesFunction2:Phase_Energy 14 580
newdef ExperimentalOmnesFunction2:Phase_Shift 14 12.1
newdef ExperimentalOmnesFunction2:Phase_Energy 15 600
newdef ExperimentalOmnesFunction2:Phase_Shift 15 14.4
newdef ExperimentalOmnesFunction2:Phase_Energy 16 620
newdef ExperimentalOmnesFunction2:Phase_Shift 16 17.3
newdef ExperimentalOmnesFunction2:Phase_Energy 17 640
newdef ExperimentalOmnesFunction2:Phase_Shift 17 20.9
newdef ExperimentalOmnesFunction2:Phase_Energy 18 660
newdef ExperimentalOmnesFunction2:Phase_Shift 18 25.4
newdef ExperimentalOmnesFunction2:Phase_Energy 19 680
newdef ExperimentalOmnesFunction2:Phase_Shift 19 31.2
newdef ExperimentalOmnesFunction2:Phase_Energy 20 700
newdef ExperimentalOmnesFunction2:Phase_Shift 20 38.7
newdef ExperimentalOmnesFunction2:Phase_Energy 21 720
newdef ExperimentalOmnesFunction2:Phase_Shift 21 48.4
newdef ExperimentalOmnesFunction2:Phase_Energy 22 740
newdef ExperimentalOmnesFunction2:Phase_Shift 22 60.6
newdef ExperimentalOmnesFunction2:Phase_Energy 23 760
newdef ExperimentalOmnesFunction2:Phase_Shift 23 74.9
newdef ExperimentalOmnesFunction2:Phase_Energy 24 780
newdef ExperimentalOmnesFunction2:Phase_Shift 24 90
newdef ExperimentalOmnesFunction2:Phase_Energy 25 800
newdef ExperimentalOmnesFunction2:Phase_Shift 25 103.8
newdef ExperimentalOmnesFunction2:Phase_Energy 26 820
newdef ExperimentalOmnesFunction2:Phase_Shift 26 115.3
newdef ExperimentalOmnesFunction2:Phase_Energy 27 840
newdef ExperimentalOmnesFunction2:Phase_Shift 27 124.3
newdef ExperimentalOmnesFunction2:Phase_Energy 28 860
newdef ExperimentalOmnesFunction2:Phase_Shift 28 131.3
newdef ExperimentalOmnesFunction2:Phase_Energy 29 880
newdef ExperimentalOmnesFunction2:Phase_Shift 29 136.7
newdef ExperimentalOmnesFunction2:Phase_Energy 30 900
newdef ExperimentalOmnesFunction2:Phase_Shift 30 141
newdef ExperimentalOmnesFunction2:Phase_Energy 31 920
newdef ExperimentalOmnesFunction2:Phase_Shift 31 144.5
newdef ExperimentalOmnesFunction2:Phase_Energy 32 940
newdef ExperimentalOmnesFunction2:Phase_Shift 32 147.3
newdef ExperimentalOmnesFunction2:Phase_Energy 33 960
newdef ExperimentalOmnesFunction2:Phase_Shift 33 149.7
newdef ExperimentalOmnesFunction2:Phase_Energy 34 980
newdef ExperimentalOmnesFunction2:Phase_Shift 34 151.8
newdef ExperimentalOmnesFunction2:OmnesEnergy 0 282.534
newdef ExperimentalOmnesFunction2:OmnesReal 0 0.860715
newdef ExperimentalOmnesFunction2:OmnesImag 0 0.00243348
newdef ExperimentalOmnesFunction2:OmnesEnergy 1 289.32
newdef ExperimentalOmnesFunction2:OmnesReal 1 0.851815
newdef ExperimentalOmnesFunction2:OmnesImag 1 0.00089491
newdef ExperimentalOmnesFunction2:OmnesEnergy 2 296.107
newdef ExperimentalOmnesFunction2:OmnesReal 2 0.843732
newdef ExperimentalOmnesFunction2:OmnesImag 2 -0.000612618
newdef ExperimentalOmnesFunction2:OmnesEnergy 3 302.893
newdef ExperimentalOmnesFunction2:OmnesReal 3 0.835875
newdef ExperimentalOmnesFunction2:OmnesImag 3 -0.00209199
newdef ExperimentalOmnesFunction2:OmnesEnergy 4 309.68
newdef ExperimentalOmnesFunction2:OmnesReal 4 0.828085
newdef ExperimentalOmnesFunction2:OmnesImag 4 -0.00354375
newdef ExperimentalOmnesFunction2:OmnesEnergy 5 316.466
newdef ExperimentalOmnesFunction2:OmnesReal 5 0.820287
newdef ExperimentalOmnesFunction2:OmnesImag 5 -0.0049678
newdef ExperimentalOmnesFunction2:OmnesEnergy 6 323.252
newdef ExperimentalOmnesFunction2:OmnesReal 6 0.812437
newdef ExperimentalOmnesFunction2:OmnesImag 6 -0.00636377
newdef ExperimentalOmnesFunction2:OmnesEnergy 7 330.039
newdef ExperimentalOmnesFunction2:OmnesReal 7 0.804502
newdef ExperimentalOmnesFunction2:OmnesImag 7 -0.00773106
newdef ExperimentalOmnesFunction2:OmnesEnergy 8 336.825
newdef ExperimentalOmnesFunction2:OmnesReal 8 0.796459
newdef ExperimentalOmnesFunction2:OmnesImag 8 -0.00906897
newdef ExperimentalOmnesFunction2:OmnesEnergy 9 343.612
newdef ExperimentalOmnesFunction2:OmnesReal 9 0.788299
newdef ExperimentalOmnesFunction2:OmnesImag 9 -0.0102967
newdef ExperimentalOmnesFunction2:OmnesEnergy 10 350.398
newdef ExperimentalOmnesFunction2:OmnesReal 10 0.77978
newdef ExperimentalOmnesFunction2:OmnesImag 10 -0.0114782
newdef ExperimentalOmnesFunction2:OmnesEnergy 11 357.184
newdef ExperimentalOmnesFunction2:OmnesReal 11 0.770921
newdef ExperimentalOmnesFunction2:OmnesImag 11 -0.0127871
newdef ExperimentalOmnesFunction2:OmnesEnergy 12 363.971
newdef ExperimentalOmnesFunction2:OmnesReal 12 0.761746
newdef ExperimentalOmnesFunction2:OmnesImag 12 -0.0144895
newdef ExperimentalOmnesFunction2:OmnesEnergy 13 370.757
newdef ExperimentalOmnesFunction2:OmnesReal 13 0.752725
newdef ExperimentalOmnesFunction2:OmnesImag 13 -0.0165141
newdef ExperimentalOmnesFunction2:OmnesEnergy 14 377.543
newdef ExperimentalOmnesFunction2:OmnesReal 14 0.743833
newdef ExperimentalOmnesFunction2:OmnesImag 14 -0.0186278
newdef ExperimentalOmnesFunction2:OmnesEnergy 15 384.33
newdef ExperimentalOmnesFunction2:OmnesReal 15 0.735053
newdef ExperimentalOmnesFunction2:OmnesImag 15 -0.0206378
newdef ExperimentalOmnesFunction2:OmnesEnergy 16 391.116
newdef ExperimentalOmnesFunction2:OmnesReal 16 0.726157
newdef ExperimentalOmnesFunction2:OmnesImag 16 -0.0225401
newdef ExperimentalOmnesFunction2:OmnesEnergy 17 397.903
newdef ExperimentalOmnesFunction2:OmnesReal 17 0.717151
newdef ExperimentalOmnesFunction2:OmnesImag 17 -0.0243864
newdef ExperimentalOmnesFunction2:OmnesEnergy 18 404.689
newdef ExperimentalOmnesFunction2:OmnesReal 18 0.70801
newdef ExperimentalOmnesFunction2:OmnesImag 18 -0.0260833
newdef ExperimentalOmnesFunction2:OmnesEnergy 19 411.475
newdef ExperimentalOmnesFunction2:OmnesReal 19 0.698521
newdef ExperimentalOmnesFunction2:OmnesImag 19 -0.0277387
newdef ExperimentalOmnesFunction2:OmnesEnergy 20 418.262
newdef ExperimentalOmnesFunction2:OmnesReal 20 0.688706
newdef ExperimentalOmnesFunction2:OmnesImag 20 -0.0294853
newdef ExperimentalOmnesFunction2:OmnesEnergy 21 425.048
newdef ExperimentalOmnesFunction2:OmnesReal 21 0.678618
newdef ExperimentalOmnesFunction2:OmnesImag 21 -0.0315488
newdef ExperimentalOmnesFunction2:OmnesEnergy 22 431.835
newdef ExperimentalOmnesFunction2:OmnesReal 22 0.668555
newdef ExperimentalOmnesFunction2:OmnesImag 22 -0.0338262
newdef ExperimentalOmnesFunction2:OmnesEnergy 23 438.621
newdef ExperimentalOmnesFunction2:OmnesReal 23 0.658496
newdef ExperimentalOmnesFunction2:OmnesImag 23 -0.036209
newdef ExperimentalOmnesFunction2:OmnesEnergy 24 445.407
newdef ExperimentalOmnesFunction2:OmnesReal 24 0.648429
newdef ExperimentalOmnesFunction2:OmnesImag 24 -0.0385969
newdef ExperimentalOmnesFunction2:OmnesEnergy 25 452.194
newdef ExperimentalOmnesFunction2:OmnesReal 25 0.638272
newdef ExperimentalOmnesFunction2:OmnesImag 25 -0.0410051
newdef ExperimentalOmnesFunction2:OmnesEnergy 26 458.98
newdef ExperimentalOmnesFunction2:OmnesReal 26 0.628033
newdef ExperimentalOmnesFunction2:OmnesImag 26 -0.0434404
newdef ExperimentalOmnesFunction2:OmnesEnergy 27 465.767
newdef ExperimentalOmnesFunction2:OmnesReal 27 0.61771
newdef ExperimentalOmnesFunction2:OmnesImag 27 -0.0458955
newdef ExperimentalOmnesFunction2:OmnesEnergy 28 472.553
newdef ExperimentalOmnesFunction2:OmnesReal 28 0.607297
newdef ExperimentalOmnesFunction2:OmnesImag 28 -0.0483627
newdef ExperimentalOmnesFunction2:OmnesEnergy 29 479.339
newdef ExperimentalOmnesFunction2:OmnesReal 29 0.596791
newdef ExperimentalOmnesFunction2:OmnesImag 29 -0.0508343
newdef ExperimentalOmnesFunction2:OmnesEnergy 30 486.126
newdef ExperimentalOmnesFunction2:OmnesReal 30 0.586171
newdef ExperimentalOmnesFunction2:OmnesImag 30 -0.0532532
newdef ExperimentalOmnesFunction2:OmnesEnergy 31 492.912
newdef ExperimentalOmnesFunction2:OmnesReal 31 0.575358
newdef ExperimentalOmnesFunction2:OmnesImag 31 -0.0556833
newdef ExperimentalOmnesFunction2:OmnesEnergy 32 499.699
newdef ExperimentalOmnesFunction2:OmnesReal 32 0.564361
newdef ExperimentalOmnesFunction2:OmnesImag 32 -0.0581587
newdef ExperimentalOmnesFunction2:OmnesEnergy 33 506.485
newdef ExperimentalOmnesFunction2:OmnesReal 33 0.553214
newdef ExperimentalOmnesFunction2:OmnesImag 33 -0.0607547
newdef ExperimentalOmnesFunction2:OmnesEnergy 34 513.271
newdef ExperimentalOmnesFunction2:OmnesReal 34 0.541985
newdef ExperimentalOmnesFunction2:OmnesImag 34 -0.0634188
newdef ExperimentalOmnesFunction2:OmnesEnergy 35 520.058
newdef ExperimentalOmnesFunction2:OmnesReal 35 0.530667
newdef ExperimentalOmnesFunction2:OmnesImag 35 -0.0661334
newdef ExperimentalOmnesFunction2:OmnesEnergy 36 526.844
newdef ExperimentalOmnesFunction2:OmnesReal 36 0.519264
newdef ExperimentalOmnesFunction2:OmnesImag 36 -0.0688841
newdef ExperimentalOmnesFunction2:OmnesEnergy 37 533.63
newdef ExperimentalOmnesFunction2:OmnesReal 37 0.507774
newdef ExperimentalOmnesFunction2:OmnesImag 37 -0.0716561
newdef ExperimentalOmnesFunction2:OmnesEnergy 38 540.417
newdef ExperimentalOmnesFunction2:OmnesReal 38 0.496218
newdef ExperimentalOmnesFunction2:OmnesImag 38 -0.0744314
newdef ExperimentalOmnesFunction2:OmnesEnergy 39 547.203
newdef ExperimentalOmnesFunction2:OmnesReal 39 0.484506
newdef ExperimentalOmnesFunction2:OmnesImag 39 -0.077109
newdef ExperimentalOmnesFunction2:OmnesEnergy 40 553.99
newdef ExperimentalOmnesFunction2:OmnesReal 40 0.472569
newdef ExperimentalOmnesFunction2:OmnesImag 40 -0.0798124
newdef ExperimentalOmnesFunction2:OmnesEnergy 41 560.776
newdef ExperimentalOmnesFunction2:OmnesReal 41 0.460391
newdef ExperimentalOmnesFunction2:OmnesImag 41 -0.0825951
newdef ExperimentalOmnesFunction2:OmnesEnergy 42 567.562
newdef ExperimentalOmnesFunction2:OmnesReal 42 0.448121
newdef ExperimentalOmnesFunction2:OmnesImag 42 -0.0856021
newdef ExperimentalOmnesFunction2:OmnesEnergy 43 574.349
newdef ExperimentalOmnesFunction2:OmnesReal 43 0.43585
newdef ExperimentalOmnesFunction2:OmnesImag 43 -0.0886757
newdef ExperimentalOmnesFunction2:OmnesEnergy 44 581.135
newdef ExperimentalOmnesFunction2:OmnesReal 44 0.423613
newdef ExperimentalOmnesFunction2:OmnesImag 44 -0.0917407
newdef ExperimentalOmnesFunction2:OmnesEnergy 45 587.922
newdef ExperimentalOmnesFunction2:OmnesReal 45 0.411225
newdef ExperimentalOmnesFunction2:OmnesImag 45 -0.0946244
newdef ExperimentalOmnesFunction2:OmnesEnergy 46 594.708
newdef ExperimentalOmnesFunction2:OmnesReal 46 0.398597
newdef ExperimentalOmnesFunction2:OmnesImag 46 -0.0975017
newdef ExperimentalOmnesFunction2:OmnesEnergy 47 601.494
newdef ExperimentalOmnesFunction2:OmnesReal 47 0.385723
newdef ExperimentalOmnesFunction2:OmnesImag 47 -0.100435
newdef ExperimentalOmnesFunction2:OmnesEnergy 48 608.281
newdef ExperimentalOmnesFunction2:OmnesReal 48 0.372704
newdef ExperimentalOmnesFunction2:OmnesImag 48 -0.103516
newdef ExperimentalOmnesFunction2:OmnesEnergy 49 615.067
newdef ExperimentalOmnesFunction2:OmnesReal 49 0.35959
newdef ExperimentalOmnesFunction2:OmnesImag 49 -0.106676
newdef ExperimentalOmnesFunction2:OmnesEnergy 50 621.854
newdef ExperimentalOmnesFunction2:OmnesReal 50 0.3464
newdef ExperimentalOmnesFunction2:OmnesImag 50 -0.109892
newdef ExperimentalOmnesFunction2:OmnesEnergy 51 628.64
newdef ExperimentalOmnesFunction2:OmnesReal 51 0.333098
newdef ExperimentalOmnesFunction2:OmnesImag 51 -0.113121
newdef ExperimentalOmnesFunction2:OmnesEnergy 52 635.426
newdef ExperimentalOmnesFunction2:OmnesReal 52 0.319686
newdef ExperimentalOmnesFunction2:OmnesImag 52 -0.116385
newdef ExperimentalOmnesFunction2:OmnesEnergy 53 642.213
newdef ExperimentalOmnesFunction2:OmnesReal 53 0.306191
newdef ExperimentalOmnesFunction2:OmnesImag 53 -0.119664
newdef ExperimentalOmnesFunction2:OmnesEnergy 54 648.999
newdef ExperimentalOmnesFunction2:OmnesReal 54 0.292541
newdef ExperimentalOmnesFunction2:OmnesImag 54 -0.12291
newdef ExperimentalOmnesFunction2:OmnesEnergy 55 655.786
newdef ExperimentalOmnesFunction2:OmnesReal 55 0.278725
newdef ExperimentalOmnesFunction2:OmnesImag 55 -0.126184
newdef ExperimentalOmnesFunction2:OmnesEnergy 56 662.572
newdef ExperimentalOmnesFunction2:OmnesReal 56 0.264753
newdef ExperimentalOmnesFunction2:OmnesImag 56 -0.129498
newdef ExperimentalOmnesFunction2:OmnesEnergy 57 669.358
newdef ExperimentalOmnesFunction2:OmnesReal 57 0.250639
newdef ExperimentalOmnesFunction2:OmnesImag 57 -0.132862
newdef ExperimentalOmnesFunction2:OmnesEnergy 58 676.145
newdef ExperimentalOmnesFunction2:OmnesReal 58 0.236391
newdef ExperimentalOmnesFunction2:OmnesImag 58 -0.136272
newdef ExperimentalOmnesFunction2:OmnesEnergy 59 682.931
newdef ExperimentalOmnesFunction2:OmnesReal 59 0.222033
newdef ExperimentalOmnesFunction2:OmnesImag 59 -0.139718
newdef ExperimentalOmnesFunction2:OmnesEnergy 60 689.718
newdef ExperimentalOmnesFunction2:OmnesReal 60 0.207536
newdef ExperimentalOmnesFunction2:OmnesImag 60 -0.143174
newdef ExperimentalOmnesFunction2:OmnesEnergy 61 696.504
newdef ExperimentalOmnesFunction2:OmnesReal 61 0.192894
newdef ExperimentalOmnesFunction2:OmnesImag 61 -0.14665
newdef ExperimentalOmnesFunction2:OmnesEnergy 62 703.29
newdef ExperimentalOmnesFunction2:OmnesReal 62 0.178087
newdef ExperimentalOmnesFunction2:OmnesImag 62 -0.150158
newdef ExperimentalOmnesFunction2:OmnesEnergy 63 710.077
newdef ExperimentalOmnesFunction2:OmnesReal 63 0.163157
newdef ExperimentalOmnesFunction2:OmnesImag 63 -0.153716
newdef ExperimentalOmnesFunction2:OmnesEnergy 64 716.863
newdef ExperimentalOmnesFunction2:OmnesReal 64 0.148098
newdef ExperimentalOmnesFunction2:OmnesImag 64 -0.157273
newdef ExperimentalOmnesFunction2:OmnesEnergy 65 723.649
newdef ExperimentalOmnesFunction2:OmnesReal 65 0.132821
newdef ExperimentalOmnesFunction2:OmnesImag 65 -0.160847
newdef ExperimentalOmnesFunction2:OmnesEnergy 66 730.436
newdef ExperimentalOmnesFunction2:OmnesReal 66 0.117442
newdef ExperimentalOmnesFunction2:OmnesImag 66 -0.164522
newdef ExperimentalOmnesFunction2:OmnesEnergy 67 737.222
newdef ExperimentalOmnesFunction2:OmnesReal 67 0.101967
newdef ExperimentalOmnesFunction2:OmnesImag 67 -0.168175
newdef ExperimentalOmnesFunction2:OmnesEnergy 68 744.009
newdef ExperimentalOmnesFunction2:OmnesReal 68 0.0862558
newdef ExperimentalOmnesFunction2:OmnesImag 68 -0.171796
newdef ExperimentalOmnesFunction2:OmnesEnergy 69 750.795
newdef ExperimentalOmnesFunction2:OmnesReal 69 0.0704105
newdef ExperimentalOmnesFunction2:OmnesImag 69 -0.17551
newdef ExperimentalOmnesFunction2:OmnesEnergy 70 757.581
newdef ExperimentalOmnesFunction2:OmnesReal 70 0.0544364
newdef ExperimentalOmnesFunction2:OmnesImag 70 -0.179198
newdef ExperimentalOmnesFunction2:OmnesEnergy 71 764.368
newdef ExperimentalOmnesFunction2:OmnesReal 71 0.0381918
newdef ExperimentalOmnesFunction2:OmnesImag 71 -0.182849
newdef ExperimentalOmnesFunction2:OmnesEnergy 72 771.154
newdef ExperimentalOmnesFunction2:OmnesReal 72 0.0217336
newdef ExperimentalOmnesFunction2:OmnesImag 72 -0.186618
newdef ExperimentalOmnesFunction2:OmnesEnergy 73 777.941
newdef ExperimentalOmnesFunction2:OmnesReal 73 0.00508918
newdef ExperimentalOmnesFunction2:OmnesImag 73 -0.190478
newdef ExperimentalOmnesFunction2:OmnesEnergy 74 784.727
newdef ExperimentalOmnesFunction2:OmnesReal 74 -0.0116074
newdef ExperimentalOmnesFunction2:OmnesImag 74 -0.19445
newdef ExperimentalOmnesFunction2:OmnesEnergy 75 791.513
newdef ExperimentalOmnesFunction2:OmnesReal 75 -0.028463
newdef ExperimentalOmnesFunction2:OmnesImag 75 -0.198325
newdef ExperimentalOmnesFunction2:OmnesEnergy 76 798.3
newdef ExperimentalOmnesFunction2:OmnesReal 76 -0.0455796
newdef ExperimentalOmnesFunction2:OmnesImag 76 -0.202216
newdef ExperimentalOmnesFunction2:OmnesEnergy 77 805.086
newdef ExperimentalOmnesFunction2:OmnesReal 77 -0.0628507
newdef ExperimentalOmnesFunction2:OmnesImag 77 -0.206212
newdef ExperimentalOmnesFunction2:OmnesEnergy 78 811.873
newdef ExperimentalOmnesFunction2:OmnesReal 78 -0.0803257
newdef ExperimentalOmnesFunction2:OmnesImag 78 -0.210165
newdef ExperimentalOmnesFunction2:OmnesEnergy 79 818.659
newdef ExperimentalOmnesFunction2:OmnesReal 79 -0.0980796
newdef ExperimentalOmnesFunction2:OmnesImag 79 -0.214176
newdef ExperimentalOmnesFunction2:OmnesEnergy 80 825.445
newdef ExperimentalOmnesFunction2:OmnesReal 80 -0.115981
newdef ExperimentalOmnesFunction2:OmnesImag 80 -0.21834
newdef ExperimentalOmnesFunction2:OmnesEnergy 81 832.232
newdef ExperimentalOmnesFunction2:OmnesReal 81 -0.134042
newdef ExperimentalOmnesFunction2:OmnesImag 81 -0.222474
newdef ExperimentalOmnesFunction2:OmnesEnergy 82 839.018
newdef ExperimentalOmnesFunction2:OmnesReal 82 -0.15233
newdef ExperimentalOmnesFunction2:OmnesImag 82 -0.226615
newdef ExperimentalOmnesFunction2:OmnesEnergy 83 845.805
newdef ExperimentalOmnesFunction2:OmnesReal 83 -0.170884
newdef ExperimentalOmnesFunction2:OmnesImag 83 -0.230769
newdef ExperimentalOmnesFunction2:OmnesEnergy 84 852.591
newdef ExperimentalOmnesFunction2:OmnesReal 84 -0.189711
newdef ExperimentalOmnesFunction2:OmnesImag 84 -0.234988
newdef ExperimentalOmnesFunction2:OmnesEnergy 85 859.377
newdef ExperimentalOmnesFunction2:OmnesReal 85 -0.208805
newdef ExperimentalOmnesFunction2:OmnesImag 85 -0.239289
newdef ExperimentalOmnesFunction2:OmnesEnergy 86 866.164
newdef ExperimentalOmnesFunction2:OmnesReal 86 -0.228132
newdef ExperimentalOmnesFunction2:OmnesImag 86 -0.243689
newdef ExperimentalOmnesFunction2:OmnesEnergy 87 872.95
newdef ExperimentalOmnesFunction2:OmnesReal 87 -0.247688
newdef ExperimentalOmnesFunction2:OmnesImag 87 -0.24814
newdef ExperimentalOmnesFunction2:OmnesEnergy 88 879.736
newdef ExperimentalOmnesFunction2:OmnesReal 88 -0.267485
newdef ExperimentalOmnesFunction2:OmnesImag 88 -0.25262
newdef ExperimentalOmnesFunction2:OmnesEnergy 89 886.523
newdef ExperimentalOmnesFunction2:OmnesReal 89 -0.287624
newdef ExperimentalOmnesFunction2:OmnesImag 89 -0.257087
newdef ExperimentalOmnesFunction2:OmnesEnergy 90 893.309
newdef ExperimentalOmnesFunction2:OmnesReal 90 -0.308122
newdef ExperimentalOmnesFunction2:OmnesImag 90 -0.261627
newdef ExperimentalOmnesFunction2:OmnesEnergy 91 900.096
newdef ExperimentalOmnesFunction2:OmnesReal 91 -0.328979
newdef ExperimentalOmnesFunction2:OmnesImag 91 -0.266226
newdef ExperimentalOmnesFunction2:OmnesEnergy 92 906.882
newdef ExperimentalOmnesFunction2:OmnesReal 92 -0.350331
newdef ExperimentalOmnesFunction2:OmnesImag 92 -0.270868
newdef ExperimentalOmnesFunction2:OmnesEnergy 93 913.668
newdef ExperimentalOmnesFunction2:OmnesReal 93 -0.372196
newdef ExperimentalOmnesFunction2:OmnesImag 93 -0.275687
newdef ExperimentalOmnesFunction2:OmnesEnergy 94 920.455
newdef ExperimentalOmnesFunction2:OmnesReal 94 -0.394597
newdef ExperimentalOmnesFunction2:OmnesImag 94 -0.280733
newdef ExperimentalOmnesFunction2:OmnesEnergy 95 927.241
newdef ExperimentalOmnesFunction2:OmnesReal 95 -0.417472
newdef ExperimentalOmnesFunction2:OmnesImag 95 -0.286075
newdef ExperimentalOmnesFunction2:OmnesEnergy 96 934.028
newdef ExperimentalOmnesFunction2:OmnesReal 96 -0.440914
newdef ExperimentalOmnesFunction2:OmnesImag 96 -0.291621
newdef ExperimentalOmnesFunction2:OmnesEnergy 97 940.814
newdef ExperimentalOmnesFunction2:OmnesReal 97 -0.465088
newdef ExperimentalOmnesFunction2:OmnesImag 97 -0.297381
newdef ExperimentalOmnesFunction2:OmnesEnergy 98 947.6
newdef ExperimentalOmnesFunction2:OmnesReal 98 -0.490461
newdef ExperimentalOmnesFunction2:OmnesImag 98 -0.303462
newdef ExperimentalOmnesFunction2:OmnesEnergy 99 954.387
newdef ExperimentalOmnesFunction2:OmnesReal 99 -0.51781
newdef ExperimentalOmnesFunction2:OmnesImag 99 -0.310381
newdef EtapipiFermions:OmnesFunction ExperimentalOmnesFunction2
#
create Herwig::PseudoScalar2FermionsDecayer PFF
newdef PFF:Iteration 1
newdef PFF:Ntry 500
newdef PFF:Points 100000
newdef PFF:GenerateIntermediates 0
do PFF:SetUpDecayMode 441 2212 -2212 0.022 1.08427
do PFF:SetUpDecayMode 441 2112 -2112 0.022 1.08333
do PFF:SetUpDecayMode 441 3122 -3122 0.021 1.15225
do PFF:SetUpDecayMode 441 3222 -3222 0.031 1.15516
do PFF:SetUpDecayMode 441 3212 -3212 0.031 1.14972
do PFF:SetUpDecayMode 441 3112 -3112 0.031 1.14164
do PFF:SetUpDecayMode 441 3312 -3312 0.023 1.14479
do PFF:SetUpDecayMode 441 3322 -3322 0.023 1.16599
#
create Herwig::ScalarTo3ScalarDalitz DsKS0KS0PipBES
newdef DsKS0KS0PipBES:Iteration 5
newdef DsKS0KS0PipBES:Ntry 500
newdef DsKS0KS0PipBES:Points 100000
newdef DsKS0KS0PipBES:GenerateIntermediates 1
newdef DsKS0KS0PipBES:ParentRadius 5
newdef DsKS0KS0PipBES:UseAllK0 0
newdef DsKS0KS0PipBES:MaximumWeight 2.2222e+10
insert DsKS0KS0PipBES:Weights 0 0.323694
insert DsKS0KS0PipBES:Weights 1 0.323191
insert DsKS0KS0PipBES:Weights 2 0.353115
do DsKS0KS0PipBES:AddChannel 323 3 0.89167 0.0514 0 2 1 1 0 3
do DsKS0KS0PipBES:AddChannel 323 3 0.89167 0.0514 1 2 0 1 0 3
do DsKS0KS0PipBES:AddChannel 10331 1 1.723 0.14 0 1 2 5.65 2.3 3
do DsKS0KS0PipBES:SetExternal 431 310 310 211
newdef DsKS0KS0PipBES:ResonanceMass 0
#
create Herwig::Spin3Meson2PScalarDecayer Spin3PP
newdef Spin3PP:Iteration 1
newdef Spin3PP:Ntry 500
newdef Spin3PP:Points 10000
newdef Spin3PP:GenerateIntermediates 0
do Spin3PP:SetUpDecayMode 447 411 -411 6.01096 1.59891
do Spin3PP:SetUpDecayMode 447 421 -421 6.01096 1.6008
do Spin3PP:SetUpDecayMode 117 211 -211 1.548 7.52271
do Spin3PP:SetUpDecayMode 217 211 111 1.548 7.54001
do Spin3PP:SetUpDecayMode 117 321 -321 0.53 13.8703
do Spin3PP:SetUpDecayMode 117 130 310 0.53 13.7072
do Spin3PP:SetUpDecayMode 217 321 -311 0.737 13.3601
do Spin3PP:SetUpDecayMode 317 311 221 3.04 8.38239
do Spin3PP:SetUpDecayMode 327 321 221 3.04 8.44805
do Spin3PP:SetUpDecayMode 327 321 111 0.92 6.12415
do Spin3PP:SetUpDecayMode 327 311 211 1.3 6.09512
do Spin3PP:SetUpDecayMode 317 311 111 0.92 6.11427
do Spin3PP:SetUpDecayMode 317 321 -211 1.3 6.13277
do Spin3PP:SetUpDecayMode 337 321 -321 1.83 6.56579
do Spin3PP:SetUpDecayMode 337 310 130 1.83 2.10003
#
create Herwig::RadiativeDoublyHeavyBaryonDecayer RadiativeDoublyHeavy
newdef RadiativeDoublyHeavy:Iteration 1
newdef RadiativeDoublyHeavy:Ntry 500
newdef RadiativeDoublyHeavy:Points 10000
newdef RadiativeDoublyHeavy:GenerateIntermediates 0
do RadiativeDoublyHeavy:SetUpDecayMode 4414 4412 0.134 1.
do RadiativeDoublyHeavy:SetUpDecayMode 4424 4422 0.121 1.
do RadiativeDoublyHeavy:SetUpDecayMode 4434 4432 0.0412 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5514 5512 0.0111 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5524 5522 0.0256 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5534 5532 0.00858 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5414 5142 0.0213 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5424 5242 0.0305 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5434 5342 0.0175 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5412 5142 0.00615 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5422 5242 0.00615 1.
do RadiativeDoublyHeavy:SetUpDecayMode 5432 5342 0.00600 1.
#
create Herwig::TauDecayer Tau1K2Pi
newdef Tau1K2Pi:Iteration 10
newdef Tau1K2Pi:Ntry 500
newdef Tau1K2Pi:Points 1000000
newdef Tau1K2Pi:GenerateIntermediates 1
insert Tau1K2Pi:WeightLocation 0 0
insert Tau1K2Pi:WeightLocation 1 30
insert Tau1K2Pi:WeightLocation 2 60
insert Tau1K2Pi:MaximumWeight 0 0.0273874
insert Tau1K2Pi:MaximumWeight 1 0.0811559
insert Tau1K2Pi:MaximumWeight 2 0.0860745
insert Tau1K2Pi:Weights 0 0.0982712
insert Tau1K2Pi:Weights 1 0.0985845
insert Tau1K2Pi:Weights 2 0.0754198
insert Tau1K2Pi:Weights 3 0.0751768
insert Tau1K2Pi:Weights 4 0.00576148
insert Tau1K2Pi:Weights 5 0.0054422
insert Tau1K2Pi:Weights 6 0.0030416
insert Tau1K2Pi:Weights 7 0.00282067
insert Tau1K2Pi:Weights 8 0.00292896
insert Tau1K2Pi:Weights 9 0.00333228
insert Tau1K2Pi:Weights 10 0.0354826
insert Tau1K2Pi:Weights 11 0.0362049
insert Tau1K2Pi:Weights 12 0.0288883
insert Tau1K2Pi:Weights 13 0.0290415
insert Tau1K2Pi:Weights 14 0.0706914
insert Tau1K2Pi:Weights 15 0.070505
insert Tau1K2Pi:Weights 16 0.0273647
insert Tau1K2Pi:Weights 17 0.0276436
insert Tau1K2Pi:Weights 18 0.0318761
insert Tau1K2Pi:Weights 19 0.0313382
insert Tau1K2Pi:Weights 20 0.0386597
insert Tau1K2Pi:Weights 21 0.0385886
insert Tau1K2Pi:Weights 22 0.0334508
insert Tau1K2Pi:Weights 23 0.0337579
insert Tau1K2Pi:Weights 24 0.0256563
insert Tau1K2Pi:Weights 25 0.0256098
insert Tau1K2Pi:Weights 26 0.0105038
insert Tau1K2Pi:Weights 27 0.0103908
insert Tau1K2Pi:Weights 28 0.0116108
insert Tau1K2Pi:Weights 29 0.0119557
insert Tau1K2Pi:Weights 30 0.0643114
insert Tau1K2Pi:Weights 31 0.135241
insert Tau1K2Pi:Weights 32 0.0462792
insert Tau1K2Pi:Weights 33 0.132393
insert Tau1K2Pi:Weights 34 0.00228711
insert Tau1K2Pi:Weights 35 0.00712326
insert Tau1K2Pi:Weights 36 0.00250683
insert Tau1K2Pi:Weights 37 0.00711817
insert Tau1K2Pi:Weights 38 0.00214168
insert Tau1K2Pi:Weights 39 0.00734524
insert Tau1K2Pi:Weights 40 0.056539
insert Tau1K2Pi:Weights 41 0.0371129
insert Tau1K2Pi:Weights 42 0.0419097
insert Tau1K2Pi:Weights 43 0.024564
insert Tau1K2Pi:Weights 44 0.0387979
insert Tau1K2Pi:Weights 45 0.0235521
insert Tau1K2Pi:Weights 46 0.0389098
insert Tau1K2Pi:Weights 47 0.023459
insert Tau1K2Pi:Weights 48 0.0389241
insert Tau1K2Pi:Weights 49 0.0234025
insert Tau1K2Pi:Weights 50 0.0564586
insert Tau1K2Pi:Weights 51 0.0414258
insert Tau1K2Pi:Weights 52 0.0424572
insert Tau1K2Pi:Weights 53 0.0306962
insert Tau1K2Pi:Weights 54 0.014456
insert Tau1K2Pi:Weights 55 0.0105052
insert Tau1K2Pi:Weights 56 0.0143489
insert Tau1K2Pi:Weights 57 0.0105307
insert Tau1K2Pi:Weights 58 0.0143897
insert Tau1K2Pi:Weights 59 0.0108141
insert Tau1K2Pi:Weights 60 0.0689819
insert Tau1K2Pi:Weights 61 0.061703
insert Tau1K2Pi:Weights 62 0.0616514
insert Tau1K2Pi:Weights 63 0.0386958
insert Tau1K2Pi:Weights 64 0.0453983
insert Tau1K2Pi:Weights 65 0.045033
insert Tau1K2Pi:Weights 66 0.00234914
insert Tau1K2Pi:Weights 67 0.0017299
insert Tau1K2Pi:Weights 68 0.00225587
insert Tau1K2Pi:Weights 69 0.00149289
insert Tau1K2Pi:Weights 70 0.00146865
insert Tau1K2Pi:Weights 71 0.00133644
insert Tau1K2Pi:Weights 72 0.00127344
insert Tau1K2Pi:Weights 73 0.00154511
insert Tau1K2Pi:Weights 74 0.0013302
insert Tau1K2Pi:Weights 75 0.0491598
insert Tau1K2Pi:Weights 76 0.0264942
insert Tau1K2Pi:Weights 77 0.0264046
insert Tau1K2Pi:Weights 78 0.0288977
insert Tau1K2Pi:Weights 79 0.0179427
insert Tau1K2Pi:Weights 80 0.017631
insert Tau1K2Pi:Weights 81 0.0417104
insert Tau1K2Pi:Weights 82 0.0358827
insert Tau1K2Pi:Weights 83 0.0414594
insert Tau1K2Pi:Weights 84 0.0165004
insert Tau1K2Pi:Weights 85 0.0267491
insert Tau1K2Pi:Weights 86 0.0163126
insert Tau1K2Pi:Weights 87 0.0191507
insert Tau1K2Pi:Weights 88 0.026621
insert Tau1K2Pi:Weights 89 0.0189324
insert Tau1K2Pi:Weights 90 0.0464448
insert Tau1K2Pi:Weights 91 0.0292149
insert Tau1K2Pi:Weights 92 0.0286853
insert Tau1K2Pi:Weights 93 0.0277957
insert Tau1K2Pi:Weights 94 0.0201043
insert Tau1K2Pi:Weights 95 0.0201356
insert Tau1K2Pi:Weights 96 0.0138683
insert Tau1K2Pi:Weights 97 0.0116343
insert Tau1K2Pi:Weights 98 0.0140018
insert Tau1K2Pi:Weights 99 0.00576547
insert Tau1K2Pi:Weights 100 0.00879157
insert Tau1K2Pi:Weights 101 0.00565538
insert Tau1K2Pi:Weights 102 0.00658881
insert Tau1K2Pi:Weights 103 0.00871664
insert Tau1K2Pi:Weights 104 0.00650336
create Herwig::OneKaonTwoPionCurrent Tau1K2PiCurrent HwWeakCurrents.so
newdef Tau1K2PiCurrent:AxialRhoWeight 0 1
newdef Tau1K2PiCurrent:AxialRhoWeight 1 -0.145
newdef Tau1K2PiCurrent:AxialRhoWeight 2 0
newdef Tau1K2PiCurrent:AxialKStarWeight 0 1
newdef Tau1K2PiCurrent:AxialKStarWeight 1 -0.135
newdef Tau1K2PiCurrent:AxialKStarWeight 2 0
newdef Tau1K2PiCurrent:VectorKStarWeight 0 1
newdef Tau1K2PiCurrent:VectorKStarWeight 1 -0.25
newdef Tau1K2PiCurrent:VectorKStarWeight 2 -0.038
newdef Tau1K2PiCurrent:FPi 92.4189
newdef Tau1K2PiCurrent:K1Masses 0 1.27
newdef Tau1K2PiCurrent:K1Masses 1 1.402
newdef Tau1K2PiCurrent:K1Widths 0 0.09
newdef Tau1K2PiCurrent:K1Widths 1 0.174
newdef Tau1K2PiCurrent:RhoAxialMasses 0 0.773
newdef Tau1K2PiCurrent:RhoAxialMasses 1 1.37
newdef Tau1K2PiCurrent:RhoAxialMasses 2 1.75
newdef Tau1K2PiCurrent:RhoAxialWidths 0 0.145
newdef Tau1K2PiCurrent:RhoAxialWidths 1 0.51
newdef Tau1K2PiCurrent:RhoAxialWidths 2 0.12
newdef Tau1K2PiCurrent:KstarAxialMasses 0 0.892
newdef Tau1K2PiCurrent:KstarAxialMasses 1 1.412
newdef Tau1K2PiCurrent:KstarAxialMasses 2 1.714
newdef Tau1K2PiCurrent:KstarAxialWidths 0 0.05
newdef Tau1K2PiCurrent:KstarAxialWidths 1 0.227
newdef Tau1K2PiCurrent:KstarAxialWidths 2 0.323
newdef Tau1K2PiCurrent:KstarVectorMasses 0 0.892
newdef Tau1K2PiCurrent:KstarVectorMasses 1 1.412
newdef Tau1K2PiCurrent:KstarVectorMasses 2 1.714
newdef Tau1K2PiCurrent:KstarVectorWidths 0 0.05
newdef Tau1K2PiCurrent:KstarVectorWidths 1 0.227
newdef Tau1K2PiCurrent:KstarVectorWidths 2 0.323
newdef Tau1K2PiCurrent:K1WeightKStarPi 0 0.33
newdef Tau1K2PiCurrent:K1WeightKStarPi 1 1
newdef Tau1K2PiCurrent:K1WeightRhoK 0 1
newdef Tau1K2PiCurrent:K1WeightRhoK 1 0
newdef Tau1K2PiCurrent:Quark 0 2
newdef Tau1K2PiCurrent:AntiQuark 0 -3
newdef Tau1K2PiCurrent:Quark 1 2
newdef Tau1K2PiCurrent:AntiQuark 1 -3
newdef Tau1K2PiCurrent:Quark 2 2
newdef Tau1K2PiCurrent:AntiQuark 2 -3
newdef Tau1K2Pi:WeakCurrent Tau1K2PiCurrent
#
create Herwig::VectorMeson2SpinHalfBaryonsDecayer Vector2BaryonsHalf
newdef Vector2BaryonsHalf:Iteration 1
newdef Vector2BaryonsHalf:Ntry 500
newdef Vector2BaryonsHalf:Points 10000
newdef Vector2BaryonsHalf:GenerateIntermediates 0
do Vector2BaryonsHalf:SetUpDecayMode 443 2212 -2212 0.00135736265293 0.00163222616377 0. 1.6
do Vector2BaryonsHalf:SetUpDecayMode 443 2112 -2112 0.0015117595557 0.00158881446341 0. 1.6
do Vector2BaryonsHalf:SetUpDecayMode 443 3122 -3122 0.0013583482575 0.001640057086 0.7521 2.1
do Vector2BaryonsHalf:SetUpDecayMode 443 3212 -3212 0.001988067505 0.000944247071286 0. 1.5
do Vector2BaryonsHalf:SetUpDecayMode 443 3222 -3222 0.00233118573611 0.00102277134344 -0.270 2.0
do Vector2BaryonsHalf:SetUpDecayMode 443 3312 -3312 0.00084583872007 0.00141311651639 1.213 2.
do Vector2BaryonsHalf:SetUpDecayMode 443 3322 -3322 0.000801719253474 0.00150424724997 0. 2.1
do Vector2BaryonsHalf:SetUpDecayMode 100443 2212 -2212 0. 0.00103222902272 0. 1.7
do Vector2BaryonsHalf:SetUpDecayMode 100443 2112 -2112 0.00084599445285 0.00098818310509 0. 1.7
do Vector2BaryonsHalf:SetUpDecayMode 100443 3122 -3122 0.000621041230885 0.00119542938517 0. 2.5
do Vector2BaryonsHalf:SetUpDecayMode 100443 3212 -3212 0.000599393812308 0.000941856299908 0. 1.6
do Vector2BaryonsHalf:SetUpDecayMode 100443 3222 -3222 0.00194199600339 0.00288222568159 0.379 15.
do Vector2BaryonsHalf:SetUpDecayMode 100443 3312 -3312 0.00062269682478 0.0010486615740 0.667 2.
do Vector2BaryonsHalf:SetUpDecayMode 100443 3322 -3322 0.000664382626732 0.00102912698738 0. 2.
do Vector2BaryonsHalf:SetUpDecayMode 30443 3122 -3122 0.003288395355944 0.006828537525113 1.2392 0.000242397
do Vector2BaryonsHalf:SetUpDecayMode 100443 3112 -3112 0.000621041230885 0.00119542938517 0. 2.5
#
create Herwig::ScalarTo3ScalarDalitz D0KmPipPi0CLEO
newdef D0KmPipPi0CLEO:Iteration 10
newdef D0KmPipPi0CLEO:Ntry 500
newdef D0KmPipPi0CLEO:Points 10000
newdef D0KmPipPi0CLEO:GenerateIntermediates 1
newdef D0KmPipPi0CLEO:ParentRadius 5
newdef D0KmPipPi0CLEO:ResonanceMass 1
newdef D0KmPipPi0CLEO:MaximumWeight 1.5069e+10
insert D0KmPipPi0CLEO:Weights 0 0.27933
insert D0KmPipPi0CLEO:Weights 1 0.139113
insert D0KmPipPi0CLEO:Weights 2 0.0791496
insert D0KmPipPi0CLEO:Weights 3 0.0865894
insert D0KmPipPi0CLEO:Weights 4 0.173267
insert D0KmPipPi0CLEO:Weights 5 0.0888929
insert D0KmPipPi0CLEO:Weights 6 0.153658
do D0KmPipPi0CLEO:AddChannel 0 0 0 0 0 1 2 1.75 0.544543 1.5
do D0KmPipPi0CLEO:AddChannel 213 3 0.77 0.1507 2 1 0 1 0 1.5
do D0KmPipPi0CLEO:AddChannel -323 3 0.8915 0.05 2 0 1 0.44 2.84489 1.5
do D0KmPipPi0CLEO:AddChannel -313 3 0.8961 0.0505 1 0 2 0.39 -0.00349066 1.5
do D0KmPipPi0CLEO:AddChannel -10321 1 1.412 0.294 2 0 1 0.77 0.959931 1.5
do D0KmPipPi0CLEO:AddChannel -10311 1 1.412 0.294 1 0 2 0.85 2.89725 1.5
do D0KmPipPi0CLEO:AddChannel 30213 3 1.7 0.24 2 1 0 2.5 2.98451 1.5
do D0KmPipPi0CLEO:AddChannel -30323 3 1.717 0.322 2 0 1 2.5 1.79769 1.5
do D0KmPipPi0CLEO:SetExternal 421 -321 211 111
#
create Herwig::ScalarTo3ScalarDalitz DpKpKpKmLHCB
newdef DpKpKpKmLHCB:Iteration 5
newdef DpKpKpKmLHCB:Ntry 500
newdef DpKpKpKmLHCB:Points 100000
newdef DpKpKpKmLHCB:GenerateIntermediates 1
newdef DpKpKpKmLHCB:ParentRadius 5
newdef DpKpKpKmLHCB:UseAllK0 0
newdef DpKpKpKmLHCB:MaximumWeight 1.76488e+11
insert DpKpKpKmLHCB:Weights 0 0.104231
insert DpKpKpKmLHCB:Weights 1 0.105053
insert DpKpKpKmLHCB:Weights 2 0.146671
insert DpKpKpKmLHCB:Weights 3 0.144912
insert DpKpKpKmLHCB:Weights 4 0.249732
insert DpKpKpKmLHCB:Weights 5 0.249401
do DpKpKpKmLHCB:AddChannel 333 3 1.01946 0.004249 0 2 1 1 0 1.5
do DpKpKpKmLHCB:AddChannel 333 3 1.01946 0.004249 1 2 0 1 0 1.5
do DpKpKpKmLHCB:AddChannel 9020221 41 0.965 0.059 0 2 1 6.24 -1.028 1.5 0.399 0.818
do DpKpKpKmLHCB:AddChannel 9020221 41 0.965 0.059 1 2 0 6.24 -1.028 1.5 0.399 0.818
do DpKpKpKmLHCB:AddChannel 10221 1 1.422 0.324 0 2 1 6.92 0.228638 1.5
do DpKpKpKmLHCB:AddChannel 10221 1 1.422 0.324 1 2 0 6.92 0.228638 1.5
do DpKpKpKmLHCB:SetExternal 411 321 321 -321
newdef DpKpKpKmLHCB:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KS0KpKmBABAR
newdef D0KS0KpKmBABAR:Iteration 5
newdef D0KS0KpKmBABAR:Ntry 500
newdef D0KS0KpKmBABAR:Points 100000
newdef D0KS0KpKmBABAR:GenerateIntermediates 1
newdef D0KS0KpKmBABAR:ParentRadius 5
newdef D0KS0KpKmBABAR:UseAllK0 0
newdef D0KS0KpKmBABAR:MaximumWeight 9.19001e+08
insert D0KS0KpKmBABAR:Weights 0 0.249044
insert D0KS0KpKmBABAR:Weights 1 0.335059
insert D0KS0KpKmBABAR:Weights 2 0.107772
insert D0KS0KpKmBABAR:Weights 3 0.0711498
insert D0KS0KpKmBABAR:Weights 4 0.0685624
insert D0KS0KpKmBABAR:Weights 5 0.0640033
insert D0KS0KpKmBABAR:Weights 6 0.0557078
insert D0KS0KpKmBABAR:Weights 7 0.0487022
do D0KS0KpKmBABAR:AddChannel 9000111 61 0.999 0.1 1 2 0 1 0 1.5 0.324 0.537
do D0KS0KpKmBABAR:AddChannel 333 3 1.01955 0.0046 1 2 0 0.415 -0.977 1.5
do D0KS0KpKmBABAR:AddChannel 10211 1 1.474 0.265 0 1 2 1.656 1.66 1.5
do D0KS0KpKmBABAR:AddChannel 9000211 61 0.999 0.1 0 1 2 0.635 -2.91 1.5 0.324 0.537
do D0KS0KpKmBABAR:AddChannel 10111 1 1.474 0.265 1 2 0 1.455 -1.93 1.5
do D0KS0KpKmBABAR:AddChannel 10221 1 1.434 0.173 1 2 0 0.334 0.2 1.5
do D0KS0KpKmBABAR:AddChannel 225 5 1.2751 0.185 1 2 0 0.851 0.06 1.5
do D0KS0KpKmBABAR:AddChannel -9000211 61 0.999 0.1 0 2 1 0.125 2.47 1.5 0.324 0.537
do D0KS0KpKmBABAR:SetExternal 421 310 321 -321
newdef D0KS0KpKmBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KpKmPi0BABAR
newdef D0KpKmPi0BABAR:Iteration 10
newdef D0KpKmPi0BABAR:Ntry 500
newdef D0KpKmPi0BABAR:Points 10000
newdef D0KpKmPi0BABAR:GenerateIntermediates 1
newdef D0KpKmPi0BABAR:ParentRadius 5
newdef D0KpKmPi0BABAR:UseAllK0 0
newdef D0KpKmPi0BABAR:MaximumWeight 1.16865e+10
insert D0KpKmPi0BABAR:Weights 0 0.343357
insert D0KpKmPi0BABAR:Weights 1 0.126398
insert D0KpKmPi0BABAR:Weights 2 0.16327
insert D0KpKmPi0BABAR:Weights 3 0.0882327
insert D0KpKmPi0BABAR:Weights 4 0.161081
insert D0KpKmPi0BABAR:Weights 5 0.117661
do D0KpKmPi0BABAR:AddChannel 323 3 0.89166 0.0508 0 2 1 1 0 1.5
do D0KpKmPi0BABAR:AddChannel 10321 -31 1.414 0.29 0 2 1 3.78 -2.58309 1.5 2 0 0 1 0 1.95 1.76
do D0KpKmPi0BABAR:AddChannel 333 3 1.01956 0.00426 1 0 2 0.73 0.314159 1.5
do D0KpKmPi0BABAR:AddChannel 9010221 41 0.965 0.05 1 0 2 2.51 -1.06116 1.5 0.406 0.833
do D0KpKmPi0BABAR:AddChannel -323 3 0.89166 0.0508 2 1 0 0.597 -0.595157 1.5
do D0KpKmPi0BABAR:AddChannel -10321 -31 1.414 0.29 2 1 0 0.887 1.89194 1.5 2 0 0 1 0 1.95 1.76
do D0KpKmPi0BABAR:SetExternal 421 321 -321 111
newdef D0KpKmPi0BABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz DsPipPi0EtaPBES
newdef DsPipPi0EtaPBES:Iteration 5
newdef DsPipPi0EtaPBES:Ntry 500
newdef DsPipPi0EtaPBES:Points 100000
newdef DsPipPi0EtaPBES:GenerateIntermediates 1
newdef DsPipPi0EtaPBES:ParentRadius 3
newdef DsPipPi0EtaPBES:UseAllK0 0
newdef DsPipPi0EtaPBES:MaximumWeight 2.90872e+09
insert DsPipPi0EtaPBES:Weights 0 1
do DsPipPi0EtaPBES:AddChannel 213 23 0.77511 0.1491 0 1 2 1 0 1.5 0.139571
do DsPipPi0EtaPBES:SetExternal 431 211 111 331
newdef DsPipPi0EtaPBES:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KS0Pi0EtaCLEO
newdef D0KS0Pi0EtaCLEO:Iteration 5
newdef D0KS0Pi0EtaCLEO:Ntry 500
newdef D0KS0Pi0EtaCLEO:Points 100000
newdef D0KS0Pi0EtaCLEO:GenerateIntermediates 1
newdef D0KS0Pi0EtaCLEO:ParentRadius 5
newdef D0KS0Pi0EtaCLEO:UseAllK0 0
newdef D0KS0Pi0EtaCLEO:MaximumWeight 4.09325e+08
insert D0KS0Pi0EtaCLEO:Weights 0 0.627275
insert D0KS0Pi0EtaCLEO:Weights 1 0.372725
do D0KS0Pi0EtaCLEO:AddChannel 9000111 61 0.999 0.1 1 2 0 1 0 3 0.47 0.506
do D0KS0Pi0EtaCLEO:AddChannel -323 3 0.8961 0.0507 0 2 1 0.234 -1.74619 3
do D0KS0Pi0EtaCLEO:AddChannel 0 0 0 0 0 1 2 1.43 -1.78319 3
do D0KS0Pi0EtaCLEO:SetExternal 421 310 221 111
newdef D0KS0Pi0EtaCLEO:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KmPipEtaBELLE
newdef D0KmPipEtaBELLE:Iteration 5
newdef D0KmPipEtaBELLE:Ntry 500
newdef D0KmPipEtaBELLE:Points 100000
newdef D0KmPipEtaBELLE:GenerateIntermediates 1
newdef D0KmPipEtaBELLE:ParentRadius 5
newdef D0KmPipEtaBELLE:UseAllK0 0
newdef D0KmPipEtaBELLE:MaximumWeight 6.39265e+09
insert D0KmPipEtaBELLE:Weights 0 0.209108
insert D0KmPipEtaBELLE:Weights 1 0.126735
insert D0KmPipEtaBELLE:Weights 2 0.0970208
insert D0KmPipEtaBELLE:Weights 3 0.142866
insert D0KmPipEtaBELLE:Weights 4 0.187095
insert D0KmPipEtaBELLE:Weights 5 0.0946442
insert D0KmPipEtaBELLE:Weights 6 0.142532
do D0KmPipEtaBELLE:AddChannel -313 3 0.89555 0.0473 0 2 1 1 -3.14159 1.5
do D0KmPipEtaBELLE:AddChannel 9000211 61 0.99 0.1 1 2 0 2.779 -0.867429 1.5 0.596 0.585 0.424
do D0KmPipEtaBELLE:AddChannel -10311 -31 1.425 0.27 0 2 1 10.82 0.872665 1.5 0 0.1195 -0.0366519 0.5 -0.0122173 5.36 -3.3
do D0KmPipEtaBELLE:AddChannel -10321 -31 1.425 0.27 0 1 2 1.7 1.98618 1.5 0 0.3465 0.0226893 0.5 0.445059 0.293 -15.9
do D0KmPipEtaBELLE:AddChannel 215 5 1.319 0.105 1 2 0 1.64 -1.33692 1.5
do D0KmPipEtaBELLE:AddChannel -100313 3 1.421 0.236 0 2 1 6.98 3.01418 1.5
do D0KmPipEtaBELLE:AddChannel -30323 3 1.718 0.322 0 1 2 3.41 0.911062 1.5
do D0KmPipEtaBELLE:AddChannel 0 5 1.974 0.376 0 1 2 13.98 -2.65814 1.5
do D0KmPipEtaBELLE:SetExternal 421 -321 221 211
newdef D0KmPipEtaBELLE:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PipKmCLEO
newdef D0KS0PipKmCLEO:Iteration 5
newdef D0KS0PipKmCLEO:Ntry 500
newdef D0KS0PipKmCLEO:Points 100000
newdef D0KS0PipKmCLEO:GenerateIntermediates 1
newdef D0KS0PipKmCLEO:ParentRadius 5
newdef D0KS0PipKmCLEO:UseAllK0 0
newdef D0KS0PipKmCLEO:MaximumWeight 8.18968e+09
insert D0KS0PipKmCLEO:Weights 0 0.377484
insert D0KS0PipKmCLEO:Weights 1 0.0773891
insert D0KS0PipKmCLEO:Weights 2 0.183331
insert D0KS0PipKmCLEO:Weights 3 0.103191
insert D0KS0PipKmCLEO:Weights 4 0.0732188
insert D0KS0PipKmCLEO:Weights 5 0.185387
do D0KS0PipKmCLEO:AddChannel 323 3 0.89166 0.0508 1 0 2 1 0 1.5
do D0KS0PipKmCLEO:AddChannel 313 3 0.89594 0.0487 1 2 0 0.2 1.67726 1.5
do D0KS0PipKmCLEO:AddChannel 100313 3 1.414 0.232 1 2 0 8.4 -0.29147 1.5
do D0KS0PipKmCLEO:AddChannel 30323 3 1.717 0.322 1 0 2 15.3 2.58832 1.5
do D0KS0PipKmCLEO:AddChannel 10321 -31 1.463 0.233 1 0 2 1.3 -1.76278 1.5 1 0.8 2.33 1 -5.31 1.07 -1.8
do D0KS0PipKmCLEO:AddChannel -10211 1 1.474 0.265 0 2 1 0.4 -0.467748 1.5
do D0KS0PipKmCLEO:SetExternal 421 310 211 -321
newdef D0KS0PipKmCLEO:ResonanceMass 1
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PimKpCLEO
newdef D0KS0PimKpCLEO:Iteration 5
newdef D0KS0PimKpCLEO:Ntry 500
newdef D0KS0PimKpCLEO:Points 100000
newdef D0KS0PimKpCLEO:GenerateIntermediates 1
newdef D0KS0PimKpCLEO:ParentRadius 5
newdef D0KS0PimKpCLEO:UseAllK0 0
newdef D0KS0PimKpCLEO:MaximumWeight 1.22713e+10
insert D0KS0PimKpCLEO:Weights 0 0.360638
insert D0KS0PimKpCLEO:Weights 1 0.102405
insert D0KS0PimKpCLEO:Weights 2 0.155327
insert D0KS0PimKpCLEO:Weights 3 0.19101
insert D0KS0PimKpCLEO:Weights 4 0.19062
do D0KS0PimKpCLEO:AddChannel -323 3 0.89166 0.0508 1 0 2 1 0 1.5
do D0KS0PimKpCLEO:AddChannel 313 3 0.89594 0.0487 1 2 0 0.4 1.91812 1.5
do D0KS0PimKpCLEO:AddChannel -10321 -31 1.463 0.233 1 0 2 6.2 -1.99666 1.5 1 0.8 2.33 1 -5.31 1.07 -1.8
do D0KS0PimKpCLEO:AddChannel 10211 1 1.474 0.265 2 0 1 3.1 -0.942478 1.5
do D0KS0PimKpCLEO:AddChannel 30213 3 1.72 0.25 2 0 1 11.4 1.57603 1.5
do D0KS0PimKpCLEO:SetExternal 421 310 -211 321
newdef D0KS0PimKpCLEO:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PipKmLHCB
newdef D0KS0PipKmLHCB:Iteration 5
newdef D0KS0PipKmLHCB:Ntry 500
newdef D0KS0PipKmLHCB:Points 100000
newdef D0KS0PipKmLHCB:GenerateIntermediates 1
newdef D0KS0PipKmLHCB:ParentRadius 5
newdef D0KS0PipKmLHCB:UseAllK0 0
newdef D0KS0PipKmLHCB:MaximumWeight 1.257e+11
insert D0KS0PipKmLHCB:Weights 0 0.229876
insert D0KS0PipKmLHCB:Weights 1 0.030525
insert D0KS0PipKmLHCB:Weights 2 0.0352478
insert D0KS0PipKmLHCB:Weights 3 0.0404057
insert D0KS0PipKmLHCB:Weights 4 0.09982
insert D0KS0PipKmLHCB:Weights 5 0.102873
insert D0KS0PipKmLHCB:Weights 6 0.0977819
insert D0KS0PipKmLHCB:Weights 7 0.0512257
insert D0KS0PipKmLHCB:Weights 8 0.0799366
insert D0KS0PipKmLHCB:Weights 9 0.0849499
insert D0KS0PipKmLHCB:Weights 10 0.147358
do D0KS0PipKmLHCB:AddChannel 323 3 0.8931 0.0469 1 0 2 1 0 1.5
do D0KS0PipKmLHCB:AddChannel 100323 3 1.414 0.21 1 0 2 4.3 -2.79253 1.5
do D0KS0PipKmLHCB:AddChannel 10321 -31 1.435 0.279 1 0 2 0.62 -1.16937 1.5 0 1.785 0.28 1 2.8 4.7 -5.3
do D0KS0PipKmLHCB:AddChannel -313 3 0.89594 0.0487 2 1 0 0.213 -1.88496 1.5
do D0KS0PipKmLHCB:AddChannel -100313 3 1.426 0.27 2 1 0 6 -3.12414 1.5
do D0KS0PipKmLHCB:AddChannel -315 5 1.4324 0.109 2 1 0 3.2 -3.00197 1.5
do D0KS0PipKmLHCB:AddChannel -10311 -31 1.435 0.279 2 1 0 2.5 0.872665 1.5 0 0.15 -2.5 1 -1.1 4.2 -3
do D0KS0PipKmLHCB:AddChannel 215 5 1.3181 0.1098 0 2 1 0.19 -2.25147 1.5
do D0KS0PipKmLHCB:AddChannel -10211 1 1.43 0.265 0 2 1 0.52 -1.43117 1.5
do D0KS0PipKmLHCB:AddChannel -100213 23 1.182 0.41 0 2 1 1.6 -3.08923 1.5 0.493677
do D0KS0PipKmLHCB:AddChannel -30213 23 1.53 0.259 0 2 1 0.38 -1.22173 1.5 0.493677
do D0KS0PipKmLHCB:SetExternal 421 310 211 -321
newdef D0KS0PipKmLHCB:ResonanceMass 1
#
create Herwig::ScalarTo3ScalarDalitz D0KS0PimKpLHCB
newdef D0KS0PimKpLHCB:Iteration 5
newdef D0KS0PimKpLHCB:Ntry 500
newdef D0KS0PimKpLHCB:Points 100000
newdef D0KS0PimKpLHCB:GenerateIntermediates 1
newdef D0KS0PimKpLHCB:ParentRadius 5
newdef D0KS0PimKpLHCB:UseAllK0 0
newdef D0KS0PimKpLHCB:MaximumWeight 2.14848e+10
insert D0KS0PimKpLHCB:Weights 0 0.133344
insert D0KS0PimKpLHCB:Weights 1 0.0879782
insert D0KS0PimKpLHCB:Weights 2 0.0880309
insert D0KS0PimKpLHCB:Weights 3 0.0818903
insert D0KS0PimKpLHCB:Weights 4 0.0985817
insert D0KS0PimKpLHCB:Weights 5 0.095388
insert D0KS0PimKpLHCB:Weights 6 0.098542
insert D0KS0PimKpLHCB:Weights 7 0.0693463
insert D0KS0PimKpLHCB:Weights 8 0.0840913
insert D0KS0PimKpLHCB:Weights 9 0.0879037
insert D0KS0PimKpLHCB:Weights 10 0.0749034
do D0KS0PimKpLHCB:AddChannel -323 3 0.8931 0.0469 1 0 2 1.1 0 1.5
do D0KS0PimKpLHCB:AddChannel -100323 3 1.414 0.21 1 0 2 4.7 -1.85005 1.5
do D0KS0PimKpLHCB:AddChannel -10321 -31 1.435 0.279 1 0 2 0.58 -2.86234 1.5 0 1.785 0.28 1 2.8 4.7 -5.3
do D0KS0PimKpLHCB:AddChannel 313 3 0.89594 0.0487 2 1 0 0.41 3.07178 1.5
do D0KS0PimKpLHCB:AddChannel 100313 3 1.426 0.27 2 1 0 6.2 3.05433 1.5
do D0KS0PimKpLHCB:AddChannel 315 5 1.4324 0.109 2 1 0 6.3 -2.42601 1.5
do D0KS0PimKpLHCB:AddChannel 10311 -31 1.435 0.279 2 1 0 3.7 1.74533 1.5 0 0.15 -2.5 1 -1.1 4.2 -3
do D0KS0PimKpLHCB:AddChannel 9000211 61 0.98 0.05 0 2 1 1.8 1.11701 1.5 0.324 0.329
do D0KS0PimKpLHCB:AddChannel 10211 1 1.43 0.265 0 2 1 0.44 -2.44346 1.5
do D0KS0PimKpLHCB:AddChannel 100213 23 1.182 0.41 0 2 1 2.33 -1.0472 1.5 0.493677
do D0KS0PimKpLHCB:AddChannel 30213 23 1.53 0.259 0 2 1 1.04 0.0698132 1.5 0.493677
do D0KS0PimKpLHCB:SetExternal 421 310 -211 321
newdef D0KS0PimKpLHCB:ResonanceMass 1
#
create Herwig::ScalarTo3ScalarDalitz D0PipPimPi0CLEO
newdef D0PipPimPi0CLEO:Iteration 10
newdef D0PipPimPi0CLEO:Ntry 500
newdef D0PipPimPi0CLEO:Points 10000
newdef D0PipPimPi0CLEO:GenerateIntermediates 1
newdef D0PipPimPi0CLEO:ParentRadius 5
newdef D0PipPimPi0CLEO:UseAllK0 0
newdef D0PipPimPi0CLEO:MaximumWeight 1.45159e+10
insert D0PipPimPi0CLEO:Weights 0 0.46577
insert D0PipPimPi0CLEO:Weights 1 0.255208
insert D0PipPimPi0CLEO:Weights 2 0.279022
do D0PipPimPi0CLEO:AddChannel 213 3 0.7755 0.1493 2 0 1 1 0 1.5
do D0PipPimPi0CLEO:AddChannel 113 3 0.7755 0.1493 0 1 2 0.56 0.1745 1.5
do D0PipPimPi0CLEO:AddChannel -213 3 0.7755 0.1493 1 2 0 0.65 -0.0697927 1.5
do D0PipPimPi0CLEO:AddChannel 0 0 0 0 0 1 2 1.03 1.3439 0
do D0PipPimPi0CLEO:SetExternal 421 211 -211 111
newdef D0PipPimPi0CLEO:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0PipPimPi0BABAR
newdef D0PipPimPi0BABAR:Iteration 10
newdef D0PipPimPi0BABAR:Ntry 500
newdef D0PipPimPi0BABAR:Points 10000
newdef D0PipPimPi0BABAR:GenerateIntermediates 1
newdef D0PipPimPi0BABAR:ParentRadius 5
newdef D0PipPimPi0BABAR:UseAllK0 0
newdef D0PipPimPi0BABAR:MaximumWeight 1.20139e+10
insert D0PipPimPi0BABAR:Weights 0 0.0998954
insert D0PipPimPi0BABAR:Weights 1 0.0716971
insert D0PipPimPi0BABAR:Weights 2 0.0808757
insert D0PipPimPi0BABAR:Weights 3 0.0823334
insert D0PipPimPi0BABAR:Weights 4 0.0595569
insert D0PipPimPi0BABAR:Weights 5 0.0669702
insert D0PipPimPi0BABAR:Weights 6 0.0921341
insert D0PipPimPi0BABAR:Weights 7 0.0829435
insert D0PipPimPi0BABAR:Weights 8 0.0891334
insert D0PipPimPi0BABAR:Weights 9 0.0455144
insert D0PipPimPi0BABAR:Weights 10 0.072181
insert D0PipPimPi0BABAR:Weights 11 0.07131
insert D0PipPimPi0BABAR:Weights 12 0.025525
insert D0PipPimPi0BABAR:Weights 13 0.0599298
do D0PipPimPi0BABAR:AddChannel 213 3 0.7755 0.1493 2 0 1 1 0 1.5
do D0PipPimPi0BABAR:AddChannel 113 3 0.7755 0.1493 0 1 2 0.602018 0.281 1.5
do D0PipPimPi0BABAR:AddChannel -213 3 0.7755 0.1493 1 2 0 0.732578 -0.0279 1.5
do D0PipPimPi0BABAR:AddChannel 100213 3 1.459 0.4 2 0 1 0.80986 -0.1344 1.5
do D0PipPimPi0BABAR:AddChannel 100113 3 1.459 0.4 0 1 2 0.243196 -1.2287 1.5
do D0PipPimPi0BABAR:AddChannel -100213 3 1.459 0.4 1 2 0 0.771728 0.1431 1.5
do D0PipPimPi0BABAR:AddChannel 30213 3 1.72 0.25 2 0 1 2.53429 -0.4067 1.5
do D0PipPimPi0BABAR:AddChannel 30113 3 1.72 0.25 0 1 2 1.69986 -0.9826 1.5
do D0PipPimPi0BABAR:AddChannel -30213 3 1.72 0.25 1 2 0 2.69767 1.3771 1.5
do D0PipPimPi0BABAR:AddChannel 9010211 1 0.98 0.07 0 1 2 0.0804203 -1.0263 1.5
do D0PipPimPi0BABAR:AddChannel 10221 1 1.35 0.35 0 1 2 0.282406 -0.3421 1.5
do D0PipPimPi0BABAR:AddChannel 9030221 1 1.507 0.109 0 1 2 0.18407 0.1292 1.5
do D0PipPimPi0BABAR:AddChannel 10331 1 1.718 0.137 0 1 2 0.377418 0.7487 1.5
do D0PipPimPi0BABAR:AddChannel 225 5 1.2754 0.1852 0 1 2 0.323674 0.1536 1.5
do D0PipPimPi0BABAR:AddChannel 9000221 1 0.4 0.6 0 1 2 0.344028 -0.0716 1.5
do D0PipPimPi0BABAR:AddChannel 0 0 0 0 0 1 2 0.422573 -0.3857 0
do D0PipPimPi0BABAR:SetExternal 421 211 -211 111
newdef D0PipPimPi0BABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz D0PipPimPi0BABAR2
newdef D0PipPimPi0BABAR2:Iteration 10
newdef D0PipPimPi0BABAR2:Ntry 500
newdef D0PipPimPi0BABAR2:Points 10000
newdef D0PipPimPi0BABAR2:GenerateIntermediates 1
newdef D0PipPimPi0BABAR2:ParentRadius 5
newdef D0PipPimPi0BABAR2:UseAllK0 0
newdef D0PipPimPi0BABAR2:MaximumWeight 1.20835e+10
insert D0PipPimPi0BABAR2:Weights 0 0.109915
insert D0PipPimPi0BABAR2:Weights 1 0.0692565
insert D0PipPimPi0BABAR2:Weights 2 0.0760525
insert D0PipPimPi0BABAR2:Weights 3 0.067592
insert D0PipPimPi0BABAR2:Weights 4 0.0609495
insert D0PipPimPi0BABAR2:Weights 5 0.0693793
insert D0PipPimPi0BABAR2:Weights 6 0.0858475
insert D0PipPimPi0BABAR2:Weights 7 0.0869637
insert D0PipPimPi0BABAR2:Weights 8 0.0997246
insert D0PipPimPi0BABAR2:Weights 9 0.0459907
insert D0PipPimPi0BABAR2:Weights 10 0.0757169
insert D0PipPimPi0BABAR2:Weights 11 0.0749656
insert D0PipPimPi0BABAR2:Weights 12 0.0215097
insert D0PipPimPi0BABAR2:Weights 13 0.056137
do D0PipPimPi0BABAR2:AddChannel 213 3 0.7758 0.1503 2 0 1 1 0 1.5
do D0PipPimPi0BABAR2:AddChannel 113 3 0.7758 0.1503 0 1 2 0.55 0.280998 1.5
do D0PipPimPi0BABAR2:AddChannel -213 3 0.7758 0.1503 1 2 0 0.73 -0.0279253 1.5
do D0PipPimPi0BABAR2:AddChannel 100213 3 1.465 0.4 2 0 1 0.55 -0.13439 1.5
do D0PipPimPi0BABAR2:AddChannel 100113 3 1.465 0.4 0 1 2 0.19 -1.22871 1.5
do D0PipPimPi0BABAR2:AddChannel -100213 3 1.465 0.4 1 2 0 0.53 0.143117 1.5
do D0PipPimPi0BABAR2:AddChannel 30213 3 1.72 0.25 2 0 1 0.91 -0.406662 1.5
do D0PipPimPi0BABAR2:AddChannel 30113 3 1.72 0.25 0 1 2 0.6 -0.98262 1.5
do D0PipPimPi0BABAR2:AddChannel -30213 3 1.72 0.25 1 2 0 0.98 1.37706 1.5
do D0PipPimPi0BABAR2:AddChannel 9010211 1 0.98 0.044 0 1 2 0.06 -1.02625 1.5
do D0PipPimPi0BABAR2:AddChannel 10221 1 1.434 0.173 0 1 2 0.2 -0.342085 1.5
do D0PipPimPi0BABAR2:AddChannel 9030221 1 1.507 0.109 0 1 2 0.18 0.129154 1.5
do D0PipPimPi0BABAR2:AddChannel 10331 1 1.714 0.14 0 1 2 0.4 0.748746 1.5
do D0PipPimPi0BABAR2:AddChannel 225 5 1.2754 0.1851 0 1 2 0.25 0.153589 1.5
do D0PipPimPi0BABAR2:AddChannel 9000221 1 0.5 0.4 0 1 2 0.26 -0.0715585 1.5
do D0PipPimPi0BABAR2:AddChannel 0 0 0 0 0 1 2 0.43 -0.385718 0
do D0PipPimPi0BABAR2:SetExternal 421 211 -211 111
newdef D0PipPimPi0BABAR2:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKpKmEtaPBABAR
newdef EtacKpKmEtaPBABAR:Iteration 5
newdef EtacKpKmEtaPBABAR:Ntry 500
newdef EtacKpKmEtaPBABAR:Points 100000
newdef EtacKpKmEtaPBABAR:GenerateIntermediates 1
newdef EtacKpKmEtaPBABAR:ParentRadius 5
newdef EtacKpKmEtaPBABAR:UseAllK0 0
newdef EtacKpKmEtaPBABAR:MaximumWeight 0.14561
insert EtacKpKmEtaPBABAR:Weights 0 0.281828
insert EtacKpKmEtaPBABAR:Weights 1 0.24359
insert EtacKpKmEtaPBABAR:Weights 2 0.24463
insert EtacKpKmEtaPBABAR:Weights 3 0.0906574
insert EtacKpKmEtaPBABAR:Weights 4 0.0584243
insert EtacKpKmEtaPBABAR:Weights 5 0.0808699
do EtacKpKmEtaPBABAR:AddChannel 10331 1 1.757 0.175 0 1 2 1 0 1.5
do EtacKpKmEtaPBABAR:AddChannel 10321 71 1.453 0.414 0 2 1 1.92 0.79 1.5 0.68 0.832
do EtacKpKmEtaPBABAR:AddChannel -10321 71 1.453 0.414 1 2 0 1.92 0.79 1.5 0.68 0.832
do EtacKpKmEtaPBABAR:AddChannel 0 1 1.942 0.08 0 2 1 0.138 0.21 1.5
do EtacKpKmEtaPBABAR:AddChannel 0 1 1.942 0.08 1 2 0 0.138 0.21 1.5
do EtacKpKmEtaPBABAR:AddChannel 9030221 1 1.506 0.112 0 1 2 0.111 0.24 1.5
do EtacKpKmEtaPBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 0.553 -1.01 1.5 0.366 0.518
do EtacKpKmEtaPBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.0633 2.73 1.5
do EtacKpKmEtaPBABAR:SetExternal 441 321 -321 331
newdef EtacKpKmEtaPBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKS0KS0EtaPBABAR
newdef EtacKS0KS0EtaPBABAR:Iteration 5
newdef EtacKS0KS0EtaPBABAR:Ntry 5000
newdef EtacKS0KS0EtaPBABAR:Points 100000
newdef EtacKS0KS0EtaPBABAR:GenerateIntermediates 1
newdef EtacKS0KS0EtaPBABAR:ParentRadius 5
newdef EtacKS0KS0EtaPBABAR:UseAllK0 0
newdef EtacKS0KS0EtaPBABAR:MaximumWeight 0.144995
insert EtacKS0KS0EtaPBABAR:Weights 0 0.205365
insert EtacKS0KS0EtaPBABAR:Weights 1 0.155253
insert EtacKS0KS0EtaPBABAR:Weights 2 0.155781
insert EtacKS0KS0EtaPBABAR:Weights 3 0.155518
insert EtacKS0KS0EtaPBABAR:Weights 4 0.156274
insert EtacKS0KS0EtaPBABAR:Weights 5 0.068097
insert EtacKS0KS0EtaPBABAR:Weights 6 0.0441395
insert EtacKS0KS0EtaPBABAR:Weights 7 0.0595741
do EtacKS0KS0EtaPBABAR:AddChannel 10331 1 1.757 0.175 0 1 2 1 0 1.5
do EtacKS0KS0EtaPBABAR:AddChannel 10311 71 1.453 0.414 0 2 1 0.96 0.79 1.5 0.68 0.832
do EtacKS0KS0EtaPBABAR:AddChannel 10311 71 1.453 0.414 1 2 0 0.96 0.79 1.5 0.68 0.832
do EtacKS0KS0EtaPBABAR:AddChannel -10311 71 1.453 0.414 0 2 1 0.96 0.79 1.5 0.68 0.832
do EtacKS0KS0EtaPBABAR:AddChannel -10311 71 1.453 0.414 1 2 0 0.96 0.79 1.5 0.68 0.832
do EtacKS0KS0EtaPBABAR:AddChannel 0 1 1.942 0.08 0 2 1 0.138 0.21 1.5
do EtacKS0KS0EtaPBABAR:AddChannel 0 1 1.942 0.08 1 2 0 0.138 0.21 1.5
do EtacKS0KS0EtaPBABAR:AddChannel 9030221 1 1.506 0.112 0 1 2 0.111 0.24 1.5
do EtacKS0KS0EtaPBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 0.553 -1.01 1.5 0.366 0.518
do EtacKS0KS0EtaPBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.0633 2.73 1.5
do EtacKS0KS0EtaPBABAR:SetExternal 441 310 310 331
newdef EtacKS0KS0EtaPBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacPi0Pi0EtaPBABAR
newdef EtacPi0Pi0EtaPBABAR:Iteration 5
newdef EtacPi0Pi0EtaPBABAR:Ntry 5000
newdef EtacPi0Pi0EtaPBABAR:Points 100000
newdef EtacPi0Pi0EtaPBABAR:GenerateIntermediates 1
newdef EtacPi0Pi0EtaPBABAR:ParentRadius 5
newdef EtacPi0Pi0EtaPBABAR:UseAllK0 0
newdef EtacPi0Pi0EtaPBABAR:MaximumWeight 4.06892
insert EtacPi0Pi0EtaPBABAR:Weights 0 0.166925
insert EtacPi0Pi0EtaPBABAR:Weights 1 0.0901217
insert EtacPi0Pi0EtaPBABAR:Weights 2 0.0950313
insert EtacPi0Pi0EtaPBABAR:Weights 3 0.0891488
insert EtacPi0Pi0EtaPBABAR:Weights 4 0.0840518
insert EtacPi0Pi0EtaPBABAR:Weights 5 0.237553
insert EtacPi0Pi0EtaPBABAR:Weights 6 0.237169
do EtacPi0Pi0EtaPBABAR:AddChannel 0 1 2.116 0.289 0 1 2 1 0 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 9000221 1 0.953 0.335 0 1 2 0.068 0.393185 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 0.1018 0.973185 1.5 0.366 0.518
do EtacPi0Pi0EtaPBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.0137 2.68319 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 0 5 1.44 0.046 0 1 2 0.0027 -2.45 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 115 5 1.705 0.258 0 2 1 0.0124 -0.75 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 115 5 1.705 0.258 1 2 0 0.0124 -0.75 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 10111 1 1.931 0.271 0 2 1 0.0556 -0.02 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 10111 1 1.931 0.271 1 2 0 0.0556 -0.02 1.5
do EtacPi0Pi0EtaPBABAR:AddChannel 0 5 1.815 0.197 0 1 2 0.0336 0.67 1.5
do EtacPi0Pi0EtaPBABAR:SetExternal 441 111 111 331
newdef EtacPi0Pi0EtaPBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacPi0Pi0EtaBABAR
newdef EtacPi0Pi0EtaBABAR:Iteration 5
newdef EtacPi0Pi0EtaBABAR:Ntry 500
newdef EtacPi0Pi0EtaBABAR:Points 100000
newdef EtacPi0Pi0EtaBABAR:GenerateIntermediates 1
newdef EtacPi0Pi0EtaBABAR:ParentRadius 5
newdef EtacPi0Pi0EtaBABAR:UseAllK0 0
newdef EtacPi0Pi0EtaBABAR:MaximumWeight 339.927
insert EtacPi0Pi0EtaBABAR:Weights 0 0.152954
insert EtacPi0Pi0EtaBABAR:Weights 1 0.152653
insert EtacPi0Pi0EtaBABAR:Weights 2 0.0814028
insert EtacPi0Pi0EtaBABAR:Weights 3 0.0806023
insert EtacPi0Pi0EtaBABAR:Weights 4 0.109316
insert EtacPi0Pi0EtaBABAR:Weights 5 0.106708
insert EtacPi0Pi0EtaBABAR:Weights 6 0.0607462
insert EtacPi0Pi0EtaBABAR:Weights 7 0.0766538
insert EtacPi0Pi0EtaBABAR:Weights 8 0.0894617
insert EtacPi0Pi0EtaBABAR:Weights 9 0.0895021
do EtacPi0Pi0EtaBABAR:AddChannel 9000111 1 0.98 0.075 0 2 1 1 0 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 9000111 1 0.98 0.075 1 2 0 1 0 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 115 5 1.3169 0.105 0 2 1 0.0585 -1.04 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 115 5 1.3169 0.105 1 2 0 0.0585 -1.04 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 9000221 1 0.953 0.335 0 1 2 1.583 -2.60159 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.107 -1.15 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 1.413 -2.41 1.5 0.366 0.518
do EtacPi0Pi0EtaBABAR:AddChannel 9030221 1 1.506 0.112 0 1 2 1.17 2.32 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 10111 1 1.474 0.265 0 2 1 2.399 2.6 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 10111 1 1.474 0.265 1 2 0 2.399 2.6 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 0 1 1.704 0.11 0 2 1 0.823 1.39 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 0 1 1.704 0.11 1 2 0 0.823 1.39 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 0 5 1.936 0.464 0 1 2 0.541 -1.59 1.5
do EtacPi0Pi0EtaBABAR:AddChannel 0 0 0 0 0 1 2 14.5 1.67 1.5
do EtacPi0Pi0EtaBABAR:SetExternal 441 111 111 221
newdef EtacPi0Pi0EtaBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacPipPimEtaBABAR
newdef EtacPipPimEtaBABAR:Iteration 5
newdef EtacPipPimEtaBABAR:Ntry 500
newdef EtacPipPimEtaBABAR:Points 100000
newdef EtacPipPimEtaBABAR:GenerateIntermediates 1
newdef EtacPipPimEtaBABAR:ParentRadius 5
newdef EtacPipPimEtaBABAR:UseAllK0 0
newdef EtacPipPimEtaBABAR:MaximumWeight 169.588
insert EtacPipPimEtaBABAR:Weights 0 0.153063
insert EtacPipPimEtaBABAR:Weights 1 0.15282
insert EtacPipPimEtaBABAR:Weights 2 0.0815226
insert EtacPipPimEtaBABAR:Weights 3 0.0807404
insert EtacPipPimEtaBABAR:Weights 4 0.108738
insert EtacPipPimEtaBABAR:Weights 5 0.106738
insert EtacPipPimEtaBABAR:Weights 6 0.060595
insert EtacPipPimEtaBABAR:Weights 7 0.0767368
insert EtacPipPimEtaBABAR:Weights 8 0.0895071
insert EtacPipPimEtaBABAR:Weights 9 0.0895388
do EtacPipPimEtaBABAR:AddChannel 9000211 1 0.98 0.075 0 2 1 1 0 1.5
do EtacPipPimEtaBABAR:AddChannel -9000211 1 0.98 0.075 1 2 0 1 0 1.5
do EtacPipPimEtaBABAR:AddChannel 215 5 1.3169 0.105 0 2 1 0.0585 -1.04 1.5
do EtacPipPimEtaBABAR:AddChannel -215 5 1.3169 0.105 1 2 0 0.0585 -1.04 1.5
do EtacPipPimEtaBABAR:AddChannel 9000221 1 0.953 0.335 0 1 2 1.583 -2.60159 1.5
do EtacPipPimEtaBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.107 -1.15 1.5
do EtacPipPimEtaBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 1.413 -2.41 1.5 0.366 0.518
do EtacPipPimEtaBABAR:AddChannel 9030221 1 1.506 0.112 0 1 2 1.17 2.32 1.5
do EtacPipPimEtaBABAR:AddChannel 10211 1 1.474 0.265 0 2 1 2.399 2.6 1.5
do EtacPipPimEtaBABAR:AddChannel -10211 1 1.474 0.265 1 2 0 2.399 2.6 1.5
do EtacPipPimEtaBABAR:AddChannel 0 1 1.704 0.11 0 2 1 0.823 1.39 1.5
do EtacPipPimEtaBABAR:AddChannel 0 1 1.704 0.11 1 2 0 0.823 1.39 1.5
do EtacPipPimEtaBABAR:AddChannel 0 5 1.936 0.464 0 1 2 0.541 -1.59 1.5
do EtacPipPimEtaBABAR:AddChannel 0 0 0 0 0 1 2 14.5 1.67 1.5
do EtacPipPimEtaBABAR:SetExternal 441 211 -211 221
newdef EtacPipPimEtaBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacPipPimEtaPBABAR
newdef EtacPipPimEtaPBABAR:Iteration 5
newdef EtacPipPimEtaPBABAR:Ntry 5000
newdef EtacPipPimEtaPBABAR:Points 100000
newdef EtacPipPimEtaPBABAR:GenerateIntermediates 1
newdef EtacPipPimEtaPBABAR:ParentRadius 5
newdef EtacPipPimEtaPBABAR:UseAllK0 0
newdef EtacPipPimEtaPBABAR:MaximumWeight 2.02818
insert EtacPipPimEtaPBABAR:Weights 0 0.16717
insert EtacPipPimEtaPBABAR:Weights 1 0.0901361
insert EtacPipPimEtaPBABAR:Weights 2 0.0947056
insert EtacPipPimEtaPBABAR:Weights 3 0.0889924
insert EtacPipPimEtaPBABAR:Weights 4 0.0838669
insert EtacPipPimEtaPBABAR:Weights 5 0.237829
insert EtacPipPimEtaPBABAR:Weights 6 0.2373
do EtacPipPimEtaPBABAR:AddChannel 0 1 2.116 0.289 0 1 2 1 0 1.5
do EtacPipPimEtaPBABAR:AddChannel 9000221 1 0.953 0.335 0 1 2 0.068 0.393185 1.5
do EtacPipPimEtaPBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 0.1018 0.973185 1.5 0.366 0.518
do EtacPipPimEtaPBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.0137 2.68319 1.5
do EtacPipPimEtaPBABAR:AddChannel 0 5 1.44 0.046 0 1 2 0.0027 -2.45 1.5
do EtacPipPimEtaPBABAR:AddChannel 215 5 1.705 0.258 0 2 1 0.0124 -0.75 1.5
do EtacPipPimEtaPBABAR:AddChannel -215 5 1.705 0.258 1 2 0 0.0124 -0.75 1.5
do EtacPipPimEtaPBABAR:AddChannel 10211 1 1.931 0.271 0 2 1 0.0556 -0.02 1.5
do EtacPipPimEtaPBABAR:AddChannel -10211 1 1.931 0.271 1 2 0 0.0556 -0.02 1.5
do EtacPipPimEtaPBABAR:AddChannel 0 5 1.815 0.197 0 1 2 0.0336 0.67 1.5
do EtacPipPimEtaPBABAR:SetExternal 441 211 -211 331
newdef EtacPipPimEtaPBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKL0KL0EtaPBABAR
newdef EtacKL0KL0EtaPBABAR:Iteration 5
newdef EtacKL0KL0EtaPBABAR:Ntry 5000
newdef EtacKL0KL0EtaPBABAR:Points 100000
newdef EtacKL0KL0EtaPBABAR:GenerateIntermediates 1
newdef EtacKL0KL0EtaPBABAR:ParentRadius 5
newdef EtacKL0KL0EtaPBABAR:UseAllK0 0
newdef EtacKL0KL0EtaPBABAR:MaximumWeight 0.143325
insert EtacKL0KL0EtaPBABAR:Weights 0 0.205545
insert EtacKL0KL0EtaPBABAR:Weights 1 0.154709
insert EtacKL0KL0EtaPBABAR:Weights 2 0.156071
insert EtacKL0KL0EtaPBABAR:Weights 3 0.155051
insert EtacKL0KL0EtaPBABAR:Weights 4 0.154567
insert EtacKL0KL0EtaPBABAR:Weights 5 0.067933
insert EtacKL0KL0EtaPBABAR:Weights 6 0.0461846
insert EtacKL0KL0EtaPBABAR:Weights 7 0.059939
do EtacKL0KL0EtaPBABAR:AddChannel 10331 1 1.757 0.175 0 1 2 1 0 1.5
do EtacKL0KL0EtaPBABAR:AddChannel 10311 71 1.453 0.414 0 2 1 0.96 0.79 1.5 0.68 0.832
do EtacKL0KL0EtaPBABAR:AddChannel 10311 71 1.453 0.414 1 2 0 0.96 0.79 1.5 0.68 0.832
do EtacKL0KL0EtaPBABAR:AddChannel -10311 71 1.453 0.414 0 2 1 0.96 0.79 1.5 0.68 0.832
do EtacKL0KL0EtaPBABAR:AddChannel -10311 71 1.453 0.414 1 2 0 0.96 0.79 1.5 0.68 0.832
do EtacKL0KL0EtaPBABAR:AddChannel 0 1 1.942 0.08 0 2 1 0.138 0.21 1.5
do EtacKL0KL0EtaPBABAR:AddChannel 0 1 1.942 0.08 1 2 0 0.138 0.21 1.5
do EtacKL0KL0EtaPBABAR:AddChannel 9030221 1 1.506 0.112 0 1 2 0.111 0.24 1.5
do EtacKL0KL0EtaPBABAR:AddChannel 9010221 41 0.979 0.1 0 1 2 0.553 -1.01 1.5 0.366 0.518
do EtacKL0KL0EtaPBABAR:AddChannel 225 5 1.2755 0.1867 0 1 2 0.0633 2.73 1.5
do EtacKL0KL0EtaPBABAR:SetExternal 441 130 130 331
newdef EtacKL0KL0EtaPBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKpKmEtaBABAR
newdef EtacKpKmEtaBABAR:Iteration 5
newdef EtacKpKmEtaBABAR:Ntry 500
newdef EtacKpKmEtaBABAR:Points 100000
newdef EtacKpKmEtaBABAR:GenerateIntermediates 1
newdef EtacKpKmEtaBABAR:ParentRadius 5
newdef EtacKpKmEtaBABAR:UseAllK0 0
newdef EtacKpKmEtaBABAR:MaximumWeight 0.46255
insert EtacKpKmEtaBABAR:Weights 0 0.136794
insert EtacKpKmEtaBABAR:Weights 1 0.163503
insert EtacKpKmEtaBABAR:Weights 2 0.202187
insert EtacKpKmEtaBABAR:Weights 3 0.202364
insert EtacKpKmEtaBABAR:Weights 4 0.159633
insert EtacKpKmEtaBABAR:Weights 5 0.0865053
insert EtacKpKmEtaBABAR:Weights 6 0.049015
do EtacKpKmEtaBABAR:AddChannel 9030221 1 1.505 0.109 0 1 2 1 0 1.5
do EtacKpKmEtaBABAR:AddChannel 10331 1 1.72 0.135 0 1 2 0.754 2.2 1.5
do EtacKpKmEtaBABAR:AddChannel 10321 1 1.438 0.21 0 2 1 0.79 2.3 1.5
do EtacKpKmEtaBABAR:AddChannel -10321 1 1.438 0.21 1 2 0 0.79 2.3 1.5
do EtacKpKmEtaBABAR:AddChannel 0 1 2.189 0.238 0 1 2 1.685 2.1 1.5
do EtacKpKmEtaBABAR:AddChannel 0 1 1.945 0.201 0 2 1 0.339 -0.2 1.5
do EtacKpKmEtaBABAR:AddChannel 0 1 1.945 0.201 1 2 0 0.339 -0.2 1.5
do EtacKpKmEtaBABAR:AddChannel 335 5 1.525 0.073 0 1 2 0.0724 1 1.5
do EtacKpKmEtaBABAR:AddChannel 10221 1 1.41 0.27 0 1 2 0.748 0.9 1.5
do EtacKpKmEtaBABAR:AddChannel 9010221 21 0.922 0.24 0 1 2 1.386 -0.3 1.5
do EtacKpKmEtaBABAR:AddChannel 0 0 0 0 0 1 2 1.786 -1.2 1.5
do EtacKpKmEtaBABAR:SetExternal 441 321 -321 221
newdef EtacKpKmEtaBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKS0KS0EtaBABAR
newdef EtacKS0KS0EtaBABAR:Iteration 5
newdef EtacKS0KS0EtaBABAR:Ntry 500
newdef EtacKS0KS0EtaBABAR:Points 100000
newdef EtacKS0KS0EtaBABAR:GenerateIntermediates 1
newdef EtacKS0KS0EtaBABAR:ParentRadius 5
newdef EtacKS0KS0EtaBABAR:UseAllK0 0
newdef EtacKS0KS0EtaBABAR:MaximumWeight 0.454261
insert EtacKS0KS0EtaBABAR:Weights 0 0.135935
insert EtacKS0KS0EtaBABAR:Weights 1 0.164251
insert EtacKS0KS0EtaBABAR:Weights 2 0.203788
insert EtacKS0KS0EtaBABAR:Weights 3 0.203893
insert EtacKS0KS0EtaBABAR:Weights 4 0.158626
insert EtacKS0KS0EtaBABAR:Weights 5 0.0871637
insert EtacKS0KS0EtaBABAR:Weights 6 0.0463435
do EtacKS0KS0EtaBABAR:AddChannel 9030221 1 1.505 0.109 0 1 2 1 0 1.5
do EtacKS0KS0EtaBABAR:AddChannel 10331 1 1.72 0.135 0 1 2 0.754 2.2 1.5
do EtacKS0KS0EtaBABAR:AddChannel 10321 1 1.438 0.21 0 2 1 0.79 2.3 1.5
do EtacKS0KS0EtaBABAR:AddChannel -10321 1 1.438 0.21 1 2 0 0.79 2.3 1.5
do EtacKS0KS0EtaBABAR:AddChannel 0 1 2.189 0.238 0 1 2 1.685 2.1 1.5
do EtacKS0KS0EtaBABAR:AddChannel 0 1 1.945 0.201 0 2 1 0.339 -0.2 1.5
do EtacKS0KS0EtaBABAR:AddChannel 0 1 1.945 0.201 1 2 0 0.339 -0.2 1.5
do EtacKS0KS0EtaBABAR:AddChannel 335 5 1.525 0.073 0 1 2 0.0724 1 1.5
do EtacKS0KS0EtaBABAR:AddChannel 10221 1 1.41 0.27 0 1 2 0.748 0.9 1.5
do EtacKS0KS0EtaBABAR:AddChannel 9010221 21 0.922 0.24 0 1 2 1.386 -0.3 1.5
do EtacKS0KS0EtaBABAR:AddChannel 0 0 0 0 0 1 2 1.786 -1.2 1.5
do EtacKS0KS0EtaBABAR:SetExternal 441 310 310 221
newdef EtacKS0KS0EtaBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKL0KL0EtaBABAR
newdef EtacKL0KL0EtaBABAR:Iteration 5
newdef EtacKL0KL0EtaBABAR:Ntry 500
newdef EtacKL0KL0EtaBABAR:Points 100000
newdef EtacKL0KL0EtaBABAR:GenerateIntermediates 1
newdef EtacKL0KL0EtaBABAR:ParentRadius 5
newdef EtacKL0KL0EtaBABAR:UseAllK0 0
newdef EtacKL0KL0EtaBABAR:MaximumWeight 0.48378
insert EtacKL0KL0EtaBABAR:Weights 0 0.13617
insert EtacKL0KL0EtaBABAR:Weights 1 0.163721
insert EtacKL0KL0EtaBABAR:Weights 2 0.204176
insert EtacKL0KL0EtaBABAR:Weights 3 0.203262
insert EtacKL0KL0EtaBABAR:Weights 4 0.158758
insert EtacKL0KL0EtaBABAR:Weights 5 0.0878308
insert EtacKL0KL0EtaBABAR:Weights 6 0.0460827
do EtacKL0KL0EtaBABAR:AddChannel 9030221 1 1.505 0.109 0 1 2 1 0 1.5
do EtacKL0KL0EtaBABAR:AddChannel 10331 1 1.72 0.135 0 1 2 0.754 2.2 1.5
do EtacKL0KL0EtaBABAR:AddChannel 10321 1 1.438 0.21 0 2 1 0.79 2.3 1.5
do EtacKL0KL0EtaBABAR:AddChannel -10321 1 1.438 0.21 1 2 0 0.79 2.3 1.5
do EtacKL0KL0EtaBABAR:AddChannel 0 1 2.189 0.238 0 1 2 1.685 2.1 1.5
do EtacKL0KL0EtaBABAR:AddChannel 0 1 1.945 0.201 0 2 1 0.339 -0.2 1.5
do EtacKL0KL0EtaBABAR:AddChannel 0 1 1.945 0.201 1 2 0 0.339 -0.2 1.5
do EtacKL0KL0EtaBABAR:AddChannel 335 5 1.525 0.073 0 1 2 0.0724 1 1.5
do EtacKL0KL0EtaBABAR:AddChannel 10221 1 1.41 0.27 0 1 2 0.748 0.9 1.5
do EtacKL0KL0EtaBABAR:AddChannel 9010221 21 0.922 0.24 0 1 2 1.386 -0.3 1.5
do EtacKL0KL0EtaBABAR:AddChannel 0 0 0 0 0 1 2 1.786 -1.2 1.5
do EtacKL0KL0EtaBABAR:SetExternal 441 130 130 221
newdef EtacKL0KL0EtaBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKL0KL0Pi0BABAR
newdef EtacKL0KL0Pi0BABAR:Iteration 5
newdef EtacKL0KL0Pi0BABAR:Ntry 5000
newdef EtacKL0KL0Pi0BABAR:Points 100000
newdef EtacKL0KL0Pi0BABAR:GenerateIntermediates 1
newdef EtacKL0KL0Pi0BABAR:ParentRadius 5
newdef EtacKL0KL0Pi0BABAR:UseAllK0 0
newdef EtacKL0KL0Pi0BABAR:MaximumWeight 0.329007
insert EtacKL0KL0Pi0BABAR:Weights 0 0.0970497
insert EtacKL0KL0Pi0BABAR:Weights 1 0.100858
insert EtacKL0KL0Pi0BABAR:Weights 2 0.0946529
insert EtacKL0KL0Pi0BABAR:Weights 3 0.0995436
insert EtacKL0KL0Pi0BABAR:Weights 4 0.0916953
insert EtacKL0KL0Pi0BABAR:Weights 5 0.105277
insert EtacKL0KL0Pi0BABAR:Weights 6 0.0989058
insert EtacKL0KL0Pi0BABAR:Weights 7 0.0786982
insert EtacKL0KL0Pi0BABAR:Weights 8 0.0818711
insert EtacKL0KL0Pi0BABAR:Weights 9 0.0761961
insert EtacKL0KL0Pi0BABAR:Weights 10 0.0752524
do EtacKL0KL0Pi0BABAR:AddChannel 10311 -1 1.438 0.21 1 2 0 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKL0KL0Pi0BABAR:AddChannel 10311 -1 1.438 0.21 0 2 1 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKL0KL0Pi0BABAR:AddChannel -10311 -1 1.438 0.21 1 2 0 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKL0KL0Pi0BABAR:AddChannel -10311 -1 1.438 0.21 0 2 1 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKL0KL0Pi0BABAR:AddChannel 9000111 61 0.999 0.1 0 1 2 0.0543 1.08 1.5 0.324 0.329
do EtacKL0KL0Pi0BABAR:AddChannel 10111 1 1.474 0.265 0 1 2 0.0785 2.73 1.5
do EtacKL0KL0Pi0BABAR:AddChannel 0 1 1.931 0.271 0 1 2 0.178 -1.4 1.5
do EtacKL0KL0Pi0BABAR:AddChannel 115 5 1.3183 0.105 0 1 2 0.00354 1.83 1.5
do EtacKL0KL0Pi0BABAR:AddChannel 315 5 1.4256 0.0985 1 2 0 0.00313 -1.34319 1.5
do EtacKL0KL0Pi0BABAR:AddChannel 315 5 1.4256 0.0985 0 2 1 0.00313 -1.34319 1.5
do EtacKL0KL0Pi0BABAR:AddChannel -315 5 1.4256 0.0985 1 2 0 0.00313 -1.34319 1.5
do EtacKL0KL0Pi0BABAR:AddChannel -315 5 1.4256 0.0985 0 2 1 0.00313 -1.34319 1.5
do EtacKL0KL0Pi0BABAR:SetExternal 441 130 130 111
newdef EtacKL0KL0Pi0BABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKS0KS0Pi0BABAR
newdef EtacKS0KS0Pi0BABAR:Iteration 5
newdef EtacKS0KS0Pi0BABAR:Ntry 5000
newdef EtacKS0KS0Pi0BABAR:Points 100000
newdef EtacKS0KS0Pi0BABAR:GenerateIntermediates 1
newdef EtacKS0KS0Pi0BABAR:ParentRadius 5
newdef EtacKS0KS0Pi0BABAR:UseAllK0 0
newdef EtacKS0KS0Pi0BABAR:MaximumWeight 0.291059
insert EtacKS0KS0Pi0BABAR:Weights 0 0.0966465
insert EtacKS0KS0Pi0BABAR:Weights 1 0.0937202
insert EtacKS0KS0Pi0BABAR:Weights 2 0.0983306
insert EtacKS0KS0Pi0BABAR:Weights 3 0.0958421
insert EtacKS0KS0Pi0BABAR:Weights 4 0.0982743
insert EtacKS0KS0Pi0BABAR:Weights 5 0.112177
insert EtacKS0KS0Pi0BABAR:Weights 6 0.085968
insert EtacKS0KS0Pi0BABAR:Weights 7 0.0873712
insert EtacKS0KS0Pi0BABAR:Weights 8 0.0778486
insert EtacKS0KS0Pi0BABAR:Weights 9 0.0751527
insert EtacKS0KS0Pi0BABAR:Weights 10 0.0786683
do EtacKS0KS0Pi0BABAR:AddChannel 10311 -1 1.438 0.21 1 2 0 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKS0KS0Pi0BABAR:AddChannel 10311 -1 1.438 0.21 0 2 1 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKS0KS0Pi0BABAR:AddChannel -10311 -1 1.438 0.21 1 2 0 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKS0KS0Pi0BABAR:AddChannel -10311 -1 1.438 0.21 0 2 1 0.5 0 1.5 30 0.67 0.125733 1.94847 0.73 0.121118 3.50979 0.79 0.159899 1.39954 0.85 0.145667 2.46328 0.91 0.407368 0.317052 0.97 0.460674 0.158039 1.03 0.296832 0.377543 1.09 0.354611 0.32561 1.15 0.378761 0.639111 1.21 0.443909 0.70592 1.27 0.579285 0.652895 1.33 0.631517 1.11345 1.39 0.857273 1.46494 1.45 1 1.57 1.51 0.738576 1.87175 1.57 0.480795 2.11966 1.63 0.316841 2.45726 1.69 0.24425 1.9175 1.75 0.297801 1.94115 1.81 0.414482 2.32344 1.87 0.502267 2.2462 1.93 0.60127 2.4103 1.99 0.667464 2.34216 2.05 0.631569 2.33903 2.11 0.678071 2.39201 2.17 0.740038 2.4721 2.23 0.810344 2.41485 2.29 0.801925 2.44073 2.35 0.761501 2.30201 2.41 0.827926 2.27807
do EtacKS0KS0Pi0BABAR:AddChannel 9000111 61 0.999 0.1 0 1 2 0.0543 1.08 1.5 0.324 0.329
do EtacKS0KS0Pi0BABAR:AddChannel 10111 1 1.474 0.265 0 1 2 0.0785 2.73 1.5
do EtacKS0KS0Pi0BABAR:AddChannel 0 1 1.931 0.271 0 1 2 0.178 -1.4 1.5
do EtacKS0KS0Pi0BABAR:AddChannel 115 5 1.3183 0.105 0 1 2 0.00354 1.83 1.5
do EtacKS0KS0Pi0BABAR:AddChannel 315 5 1.4256 0.0985 1 2 0 0.00313 -1.34319 1.5
do EtacKS0KS0Pi0BABAR:AddChannel 315 5 1.4256 0.0985 0 2 1 0.00313 -1.34319 1.5
do EtacKS0KS0Pi0BABAR:AddChannel -315 5 1.4256 0.0985 1 2 0 0.00313 -1.34319 1.5
do EtacKS0KS0Pi0BABAR:AddChannel -315 5 1.4256 0.0985 0 2 1 0.00313 -1.34319 1.5
do EtacKS0KS0Pi0BABAR:SetExternal 441 310 310 111
newdef EtacKS0KS0Pi0BABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKpKmPi0BABAR
newdef EtacKpKmPi0BABAR:Iteration 5
newdef EtacKpKmPi0BABAR:Ntry 5000
newdef EtacKpKmPi0BABAR:Points 100000
newdef EtacKpKmPi0BABAR:GenerateIntermediates 1
newdef EtacKpKmPi0BABAR:ParentRadius 5
newdef EtacKpKmPi0BABAR:UseAllK0 0
newdef EtacKpKmPi0BABAR:MaximumWeight 53.0765
insert EtacKpKmPi0BABAR:Weights 0 0.168321
insert EtacKpKmPi0BABAR:Weights 1 0.166661
insert EtacKpKmPi0BABAR:Weights 2 0.227501
insert EtacKpKmPi0BABAR:Weights 3 0.181966
insert EtacKpKmPi0BABAR:Weights 4 0.123621
insert EtacKpKmPi0BABAR:Weights 5 0.13193
do EtacKpKmPi0BABAR:AddChannel 10321 -1 1.438 0.21 0 2 1 1 0 1.5 30 0.67 0.154 3.786 0.73 0.198 3.944 0.79 0.161 1.634 0.85 0.125 3.094 0.91 0.307 0.735 0.97 0.528 -0.083 1.03 0.215 0.541 1.09 0.39 0.254 1.15 0.49 0.618 1.21 0.422 0.723 1.27 0.581 0.605 1.33 0.643 1.33 1.39 0.92 1.528 1.45 1 1.57 1.51 0.75 1.844 1.57 0.585 2.128 1.63 0.366 2.389 1.69 0.312 1.962 1.75 0.427 1.939 1.81 0.511 2.426 1.87 0.588 2.242 1.93 0.729 2.427 1.99 0.777 2.306 2.05 0.775 2.347 2.11 0.83 2.374 2.17 0.825 2.401 2.23 0.86 2.296 2.29 0.891 2.32 2.35 0.994 2.297 2.41 0.892 2.143
do EtacKpKmPi0BABAR:AddChannel -10321 -1 1.438 0.21 1 2 0 1 0 1.5 30 0.67 0.154 3.786 0.73 0.198 3.944 0.79 0.161 1.634 0.85 0.125 3.094 0.91 0.307 0.735 0.97 0.528 -0.083 1.03 0.215 0.541 1.09 0.39 0.254 1.15 0.49 0.618 1.21 0.422 0.723 1.27 0.581 0.605 1.33 0.643 1.33 1.39 0.92 1.528 1.45 1 1.57 1.51 0.75 1.844 1.57 0.585 2.128 1.63 0.366 2.389 1.69 0.312 1.962 1.75 0.427 1.939 1.81 0.511 2.426 1.87 0.588 2.242 1.93 0.729 2.427 1.99 0.777 2.306 2.05 0.775 2.347 2.11 0.83 2.374 2.17 0.825 2.401 2.23 0.86 2.296 2.29 0.891 2.32 2.35 0.994 2.297 2.41 0.892 2.143
do EtacKpKmPi0BABAR:AddChannel 10111 1 1.474 0.265 0 1 2 0.0925 2.9 1.5
do EtacKpKmPi0BABAR:AddChannel 0 1 1.931 0.271 0 1 2 0.213 -1.45 1.5
do EtacKpKmPi0BABAR:AddChannel 115 5 1.3183 0.105 0 1 2 0.00595 1.75 1.5
do EtacKpKmPi0BABAR:AddChannel 325 5 1.4256 0.0985 0 2 1 0.00569 -1.21319 1.5
do EtacKpKmPi0BABAR:AddChannel -325 5 1.4256 0.0985 1 2 0 0.00569 -1.21319 1.5
do EtacKpKmPi0BABAR:SetExternal 441 321 -321 111
newdef EtacKpKmPi0BABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKS0KpPimBABAR
newdef EtacKS0KpPimBABAR:Iteration 5
newdef EtacKS0KpPimBABAR:Ntry 5000
newdef EtacKS0KpPimBABAR:Points 100000
newdef EtacKS0KpPimBABAR:GenerateIntermediates 1
newdef EtacKS0KpPimBABAR:ParentRadius 5
newdef EtacKS0KpPimBABAR:UseAllK0 0
newdef EtacKS0KpPimBABAR:MaximumWeight 0.888692
insert EtacKS0KpPimBABAR:Weights 0 0.126935
insert EtacKS0KpPimBABAR:Weights 1 0.14215
insert EtacKS0KpPimBABAR:Weights 2 0.0972488
insert EtacKS0KpPimBABAR:Weights 3 0.269105
insert EtacKS0KpPimBABAR:Weights 4 0.161253
insert EtacKS0KpPimBABAR:Weights 5 0.107028
insert EtacKS0KpPimBABAR:Weights 6 0.0962795
do EtacKS0KpPimBABAR:AddChannel 10311 -1 1.438 0.21 1 2 0 1 0 1.5 30 0.67 0.119 0.259 0.73 0.103 -0.969 0.79 0.158 0.363 0.85 0.232 0.448 0.91 0.468 0.091 0.97 0.371 0.276 1.03 0.329 0.345 1.09 0.343 0.449 1.15 0.33 0.687 1.21 0.45 0.696 1.27 0.578 0.785 1.33 0.627 0.986 1.39 0.826 1.334 1.45 1 1.57 1.51 0.736 1.918 1.57 0.451 2.098 1.63 0.289 2.539 1.69 0.159 1.566 1.75 0.24 1.962 1.81 0.381 2.17 1.87 0.457 2.258 1.93 0.565 2.386 1.99 0.64 2.361 2.05 0.593 2.329 2.11 0.614 2.421 2.17 0.677 2.563 2.23 0.788 2.539 2.29 0.753 2.55 2.35 0.646 2.315 2.41 0.789 2.364
do EtacKS0KpPimBABAR:AddChannel -10321 -1 1.438 0.21 0 2 1 1 0 1.5 30 0.67 0.119 0.259 0.73 0.103 -0.969 0.79 0.158 0.363 0.85 0.232 0.448 0.91 0.468 0.091 0.97 0.371 0.276 1.03 0.329 0.345 1.09 0.343 0.449 1.15 0.33 0.687 1.21 0.45 0.696 1.27 0.578 0.785 1.33 0.627 0.986 1.39 0.826 1.334 1.45 1 1.57 1.51 0.736 1.918 1.57 0.451 2.098 1.63 0.289 2.539 1.69 0.159 1.566 1.75 0.24 1.962 1.81 0.381 2.17 1.87 0.457 2.258 1.93 0.565 2.386 1.99 0.64 2.361 2.05 0.593 2.329 2.11 0.614 2.421 2.17 0.677 2.563 2.23 0.788 2.539 2.29 0.753 2.55 2.35 0.646 2.315 2.41 0.789 2.364
do EtacKS0KpPimBABAR:AddChannel 9000211 61 0.999 0.1 0 1 2 0.0625 1.08 1.5 0.324 0.329
do EtacKS0KpPimBABAR:AddChannel 10211 1 1.474 0.265 0 1 2 0.0656 2.63 1.5
do EtacKS0KpPimBABAR:AddChannel 0 1 1.931 0.271 0 1 2 0.166 -1.04 1.5
do EtacKS0KpPimBABAR:AddChannel 215 5 1.3183 0.105 0 1 2 0.00323 1.85 1.5
do EtacKS0KpPimBABAR:AddChannel 315 5 1.4256 0.0985 1 2 0 0.00664 -1.36319 1.5
do EtacKS0KpPimBABAR:AddChannel -325 5 1.4256 0.0985 0 2 1 0.00664 -1.36319 1.5
do EtacKS0KpPimBABAR:SetExternal 441 310 321 -211
newdef EtacKS0KpPimBABAR:ResonanceMass 0
#
create Herwig::ScalarTo3ScalarDalitz EtacKL0KpPimBABAR
newdef EtacKL0KpPimBABAR:Iteration 5
newdef EtacKL0KpPimBABAR:Ntry 5000
newdef EtacKL0KpPimBABAR:Points 100000
newdef EtacKL0KpPimBABAR:GenerateIntermediates 1
newdef EtacKL0KpPimBABAR:ParentRadius 5
newdef EtacKL0KpPimBABAR:UseAllK0 0
newdef EtacKL0KpPimBABAR:MaximumWeight 1.44204
insert EtacKL0KpPimBABAR:Weights 0 0.167286
insert EtacKL0KpPimBABAR:Weights 1 0.121615
insert EtacKL0KpPimBABAR:Weights 2 0.11639
insert EtacKL0KpPimBABAR:Weights 3 0.223158
insert EtacKL0KpPimBABAR:Weights 4 0.168495
insert EtacKL0KpPimBABAR:Weights 5 0.110926
insert EtacKL0KpPimBABAR:Weights 6 0.0921306
do EtacKL0KpPimBABAR:AddChannel 10311 -1 1.438 0.21 1 2 0 1 0 1.5 30 0.67 0.119 0.259 0.73 0.103 -0.969 0.79 0.158 0.363 0.85 0.232 0.448 0.91 0.468 0.091 0.97 0.371 0.276 1.03 0.329 0.345 1.09 0.343 0.449 1.15 0.33 0.687 1.21 0.45 0.696 1.27 0.578 0.785 1.33 0.627 0.986 1.39 0.826 1.334 1.45 1 1.57 1.51 0.736 1.918 1.57 0.451 2.098 1.63 0.289 2.539 1.69 0.159 1.566 1.75 0.24 1.962 1.81 0.381 2.17 1.87 0.457 2.258 1.93 0.565 2.386 1.99 0.64 2.361 2.05 0.593 2.329 2.11 0.614 2.421 2.17 0.677 2.563 2.23 0.788 2.539 2.29 0.753 2.55 2.35 0.646 2.315 2.41 0.789 2.364
do EtacKL0KpPimBABAR:AddChannel -10321 -1 1.438 0.21 0 2 1 1 0 1.5 30 0.67 0.119 0.259 0.73 0.103 -0.969 0.79 0.158 0.363 0.85 0.232 0.448 0.91 0.468 0.091 0.97 0.371 0.276 1.03 0.329 0.345 1.09 0.343 0.449 1.15 0.33 0.687 1.21 0.45 0.696 1.27 0.578 0.785 1.33 0.627 0.986 1.39 0.826 1.334 1.45 1 1.57 1.51 0.736 1.918 1.57 0.451 2.098 1.63 0.289 2.539 1.69 0.159 1.566 1.75 0.24 1.962 1.81 0.381 2.17 1.87 0.457 2.258 1.93 0.565 2.386 1.99 0.64 2.361 2.05 0.593 2.329 2.11 0.614 2.421 2.17 0.677 2.563 2.23 0.788 2.539 2.29 0.753 2.55 2.35 0.646 2.315 2.41 0.789 2.364
do EtacKL0KpPimBABAR:AddChannel 9000211 61 0.999 0.1 0 1 2 0.0625 1.08 1.5 0.324 0.329
do EtacKL0KpPimBABAR:AddChannel 10211 1 1.474 0.265 0 1 2 0.0656 2.63 1.5
do EtacKL0KpPimBABAR:AddChannel 0 1 1.931 0.271 0 1 2 0.166 -1.04 1.5
do EtacKL0KpPimBABAR:AddChannel 215 5 1.3183 0.105 0 1 2 0.00323 1.85 1.5
do EtacKL0KpPimBABAR:AddChannel 315 5 1.4256 0.0985 1 2 0 0.00664 -1.36319 1.5
do EtacKL0KpPimBABAR:AddChannel -325 5 1.4256 0.0985 0 2 1 0.00664 -1.36319 1.5
do EtacKL0KpPimBABAR:SetExternal 441 130 321 -211
newdef EtacKL0KpPimBABAR:ResonanceMass 0
#
create Herwig::VectorTo3PseudoScalarDalitz JpsiPipPimPi0BABAR
newdef JpsiPipPimPi0BABAR:Coupling 178.71
newdef JpsiPipPimPi0BABAR:Iteration 5
newdef JpsiPipPimPi0BABAR:Ntry 500
newdef JpsiPipPimPi0BABAR:Points 100000
newdef JpsiPipPimPi0BABAR:GenerateIntermediates 1
newdef JpsiPipPimPi0BABAR:ParentRadius 1.5
newdef JpsiPipPimPi0BABAR:UseAllK0 0
newdef JpsiPipPimPi0BABAR:MaximumWeight 8.03937e+08
insert JpsiPipPimPi0BABAR:Weights 0 0.175797
insert JpsiPipPimPi0BABAR:Weights 1 0.175917
insert JpsiPipPimPi0BABAR:Weights 2 0.15083
insert JpsiPipPimPi0BABAR:Weights 3 0.0726852
insert JpsiPipPimPi0BABAR:Weights 4 0.0714469
insert JpsiPipPimPi0BABAR:Weights 5 0.0725041
insert JpsiPipPimPi0BABAR:Weights 6 0.0733257
insert JpsiPipPimPi0BABAR:Weights 7 0.0728376
insert JpsiPipPimPi0BABAR:Weights 8 0.0743336
insert JpsiPipPimPi0BABAR:Weights 9 0.0603233
do JpsiPipPimPi0BABAR:AddChannel 213 3 0.77526 0.1478 2 0 1 1 0 1.5
do JpsiPipPimPi0BABAR:AddChannel -213 3 0.77526 0.1478 1 2 0 1 0 1.5
do JpsiPipPimPi0BABAR:AddChannel 113 3 0.77526 0.1478 0 1 2 1 0 1.5
do JpsiPipPimPi0BABAR:AddChannel 100213 3 1.429 0.576 2 0 1 0.513 -2.63 1.5
do JpsiPipPimPi0BABAR:AddChannel -100213 3 1.429 0.576 1 2 0 0.513 -2.63 1.5
do JpsiPipPimPi0BABAR:AddChannel 100113 3 1.429 0.576 0 1 2 0.513 -2.63 1.5
do JpsiPipPimPi0BABAR:AddChannel 30213 3 1.644 0.109 2 0 1 0.067 -0.46 1.5
do JpsiPipPimPi0BABAR:AddChannel -30213 3 1.644 0.109 1 2 0 0.067 -0.46 1.5
do JpsiPipPimPi0BABAR:AddChannel 30113 3 1.644 0.109 0 1 2 0.067 -0.46 1.5
do JpsiPipPimPi0BABAR:AddChannel 0 3 2.155 0.32 2 0 1 0.042 1.7 1.5
do JpsiPipPimPi0BABAR:AddChannel 0 3 2.155 0.32 1 2 0 0.042 1.7 1.5
do JpsiPipPimPi0BABAR:AddChannel 0 3 2.155 0.32 0 1 2 0.042 1.7 1.5
do JpsiPipPimPi0BABAR:AddChannel 223 3 0.78265 0.00849 0 1 2 0.013 2.78 1.5
do JpsiPipPimPi0BABAR:SetExternal 443 211 -211 111
#
create Herwig::Scalar2FermionsDecayer SFF
newdef SFF:Iteration 1
newdef SFF:Ntry 500
newdef SFF:Points 100000
newdef SFF:GenerateIntermediates 0
do SFF:SetUpDecayMode 10441 2212 -2212 0.0054 1.10577
do SFF:SetUpDecayMode 10441 2112 -2112 0.0054 1.10379
do SFF:SetUpDecayMode 10441 3122 -3122 0.008 1.11123
do SFF:SetUpDecayMode 10441 3222 -3222 0.01 1.11029
do SFF:SetUpDecayMode 10441 3212 -3212 0.01 1.10165
do SFF:SetUpDecayMode 10441 3112 -3112 0.01 1.08895
do SFF:SetUpDecayMode 10441 3312 -3312 0.011 1.08653
do SFF:SetUpDecayMode 10441 3322 -3322 0.011 1.11182
#
@LOAD_EVTGEN_DECAYER@
diff --git a/src/defaults/masses.in b/src/defaults/masses.in
--- a/src/defaults/masses.in
+++ b/src/defaults/masses.in
@@ -1,2408 +1,2417 @@
# -*- ThePEG-repository -*-
#
# This file contains the set-up of the mass generators for Herwig outputted
# from the Herwig Particles Database at 15:48:2 on the 4/10/2022.
#
create Herwig::GenericMassGenerator rho+mass
newdef rho+mass:Particle /Herwig/Particles/rho+
newdef /Herwig/Masses/rho+mass:BreitWignerShape 0
newdef /Herwig/Masses/rho+mass:MaximumWeight 0.98019
newdef /Herwig/Masses/rho+mass:NGenerate 100
newdef /Herwig/Masses/rho+mass:WidthOption 0
newdef /Herwig/Particles/rho+:Mass_generator rho+mass
newdef /Herwig/Particles/rho-:Mass_generator rho+mass
#
create Herwig::GenericMassGenerator rho0mass
newdef rho0mass:Particle /Herwig/Particles/rho0
newdef /Herwig/Masses/rho0mass:BreitWignerShape 0
newdef /Herwig/Masses/rho0mass:MaximumWeight 0.980189
newdef /Herwig/Masses/rho0mass:NGenerate 100
newdef /Herwig/Masses/rho0mass:WidthOption 0
newdef /Herwig/Particles/rho0:Mass_generator rho0mass
#
create Herwig::GenericMassGenerator etamass
newdef etamass:Particle /Herwig/Particles/eta
newdef etamass:BreitWignerShape 0
newdef etamass:MaximumWeight 0.968201
newdef etamass:NGenerate 100
newdef /Herwig/Particles/eta:Mass_generator etamass
#
create Herwig::GenericMassGenerator K_20mass
newdef K_20mass:Particle /Herwig/Particles/K*_20
newdef /Herwig/Masses/K_20mass:BreitWignerShape 0
newdef /Herwig/Masses/K_20mass:MaximumWeight 0.876573
newdef /Herwig/Masses/K_20mass:NGenerate 100
newdef /Herwig/Masses/K_20mass:WidthOption 0
newdef /Herwig/Particles/K*_20:Mass_generator K_20mass
newdef /Herwig/Particles/K*_2bar0:Mass_generator K_20mass
#
create Herwig::GenericMassGenerator omegamass
newdef omegamass:Particle /Herwig/Particles/omega
newdef /Herwig/Masses/omegamass:BreitWignerShape 0
newdef /Herwig/Masses/omegamass:MaximumWeight 0.973496
newdef /Herwig/Masses/omegamass:NGenerate 100
newdef /Herwig/Masses/omegamass:WidthOption 0
newdef /Herwig/Particles/omega:Mass_generator omegamass
#
create Herwig::GenericMassGenerator h_1mass
newdef h_1mass:Particle /Herwig/Particles/h_1
newdef h_1mass:BreitWignerShape 0
newdef h_1mass:MaximumWeight 1.49322
newdef h_1mass:NGenerate 100
newdef /Herwig/Particles/h_1:Mass_generator h_1mass
#
create Herwig::GenericMassGenerator b_10mass
newdef b_10mass:Particle /Herwig/Particles/b_10
newdef b_10mass:BreitWignerShape 0
newdef b_10mass:MaximumWeight 1.13468
newdef b_10mass:NGenerate 100
newdef /Herwig/Particles/b_10:Mass_generator b_10mass
#
create Herwig::GenericMassGenerator K_2+mass
newdef K_2+mass:Particle /Herwig/Particles/K*_2+
newdef /Herwig/Masses/K_2+mass:BreitWignerShape 0
newdef /Herwig/Masses/K_2+mass:MaximumWeight 0.873963
newdef /Herwig/Masses/K_2+mass:NGenerate 100
newdef /Herwig/Masses/K_2+mass:WidthOption 0
newdef /Herwig/Particles/K*_2+:Mass_generator K_2+mass
newdef /Herwig/Particles/K*_2-:Mass_generator K_2+mass
#
create Herwig::GenericMassGenerator b_1+mass
newdef b_1+mass:Particle /Herwig/Particles/b_1+
newdef b_1+mass:BreitWignerShape 0
newdef b_1+mass:MaximumWeight 1.13628
newdef b_1+mass:NGenerate 100
newdef /Herwig/Particles/b_1+:Mass_generator b_1+mass
newdef /Herwig/Particles/b_1-:Mass_generator b_1+mass
#
create Herwig::GenericMassGenerator h'_1mass
newdef h'_1mass:Particle /Herwig/Particles/h'_1
newdef h'_1mass:BreitWignerShape 0
newdef h'_1mass:MaximumWeight 2.70983
newdef h'_1mass:NGenerate 100
newdef /Herwig/Particles/h'_1:Mass_generator h'_1mass
#
create Herwig::GenericMassGenerator eta'mass
newdef eta'mass:Particle /Herwig/Particles/eta'
newdef /Herwig/Masses/eta'mass:BreitWignerShape 0
newdef /Herwig/Masses/eta'mass:MaximumWeight 0.968298
newdef /Herwig/Masses/eta'mass:NGenerate 100
newdef /Herwig/Masses/eta'mass:WidthOption 0
newdef /Herwig/Particles/eta':Mass_generator eta'mass
#
create Herwig::GenericMassGenerator f'_2mass
newdef f'_2mass:Particle /Herwig/Particles/f'_2
newdef /Herwig/Masses/f'_2mass:BreitWignerShape 0
newdef /Herwig/Masses/f'_2mass:MaximumWeight 0.958585
newdef /Herwig/Masses/f'_2mass:NGenerate 100
newdef /Herwig/Masses/f'_2mass:WidthOption 0
newdef /Herwig/Particles/f'_2:Mass_generator f'_2mass
#
create Herwig::GenericMassGenerator phimass
newdef phimass:Particle /Herwig/Particles/phi
newdef /Herwig/Masses/phimass:BreitWignerShape 0
newdef /Herwig/Masses/phimass:MaximumWeight 0.963591
newdef /Herwig/Masses/phimass:NGenerate 100
newdef /Herwig/Masses/phimass:WidthOption 0
newdef /Herwig/Particles/phi:Mass_generator phimass
#
create Herwig::GenericMassGenerator B_c1+mass
newdef B_c1+mass:Particle /Herwig/Particles/B_c1+
newdef /Herwig/Masses/B_c1+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c1+mass:MaximumWeight 0.968201
newdef /Herwig/Masses/B_c1+mass:NGenerate 100
newdef /Herwig/Masses/B_c1+mass:WidthOption 0
newdef /Herwig/Particles/B_c1+:Mass_generator B_c1+mass
newdef /Herwig/Particles/B_c1-:Mass_generator B_c1+mass
#
create Herwig::GenericMassGenerator K*+mass
newdef K*+mass:Particle /Herwig/Particles/K*+
newdef K*+mass:BreitWignerShape 0
newdef K*+mass:MaximumWeight 1.11306
newdef K*+mass:NGenerate 100
newdef /Herwig/Particles/K*+:Mass_generator K*+mass
newdef /Herwig/Particles/K*-:Mass_generator K*+mass
#
create Herwig::GenericMassGenerator K*0mass
newdef K*0mass:Particle /Herwig/Particles/K*0
newdef K*0mass:BreitWignerShape 0
newdef K*0mass:MaximumWeight 1.10806
newdef K*0mass:NGenerate 100
newdef /Herwig/Particles/K*0:Mass_generator K*0mass
newdef /Herwig/Particles/K*bar0:Mass_generator K*0mass
#
create Herwig::GenericMassGenerator sigmamass
newdef sigmamass:Particle /Herwig/Particles/sigma
newdef sigmamass:BreitWignerShape 0
newdef sigmamass:MaximumWeight 1.21203
newdef sigmamass:NGenerate 100
newdef /Herwig/Particles/sigma:Mass_generator sigmamass
#
create Herwig::ScalarMassGenerator f_0mass
newdef f_0mass:Particle /Herwig/Particles/f_0
newdef f_0mass:BreitWignerShape 0
newdef f_0mass:MaximumWeight 0.859932
newdef f_0mass:NGenerate 100
insert f_0mass:Coupling 0 0.331
insert f_0mass:Coupling 1 0.234
insert f_0mass:Coupling 2 0.144
insert f_0mass:Coupling 3 0.144
insert f_0mass:Mass1 0 0.13957
insert f_0mass:Mass1 1 0.13498
insert f_0mass:Mass1 2 0.49368
insert f_0mass:Mass1 3 0.49765
insert f_0mass:Mass2 0 0.13957
insert f_0mass:Mass2 1 0.13498
insert f_0mass:Mass2 2 0.49368
insert f_0mass:Mass2 3 0.49765
newdef /Herwig/Particles/f_0:Mass_generator f_0mass
#
create Herwig::ScalarMassGenerator a_00mass
newdef a_00mass:Particle /Herwig/Particles/a_00
newdef a_00mass:BreitWignerShape 0
newdef a_00mass:MaximumWeight 1.18216
newdef a_00mass:NGenerate 100
insert a_00mass:Coupling 0 0.47
insert a_00mass:Coupling 1 0.358
insert a_00mass:Coupling 2 0.358
insert a_00mass:Mass1 0 0.13957
insert a_00mass:Mass1 1 0.49368
insert a_00mass:Mass1 2 0.49765
insert a_00mass:Mass2 0 0.54751
insert a_00mass:Mass2 1 0.49368
insert a_00mass:Mass2 2 0.49765
newdef /Herwig/Particles/a_00:Mass_generator a_00mass
#
create Herwig::GenericMassGenerator f_2mass
newdef f_2mass:Particle /Herwig/Particles/f_2
newdef /Herwig/Masses/f_2mass:BreitWignerShape 0
newdef /Herwig/Masses/f_2mass:MaximumWeight 0.750592
newdef /Herwig/Masses/f_2mass:NGenerate 100
newdef /Herwig/Masses/f_2mass:WidthOption 0
newdef /Herwig/Particles/f_2:Mass_generator f_2mass
#
create Herwig::ScalarMassGenerator a_0+mass
newdef a_0+mass:Particle /Herwig/Particles/a_0+
newdef a_0+mass:BreitWignerShape 0
newdef a_0+mass:MaximumWeight 1.23286
newdef a_0+mass:NGenerate 100
insert a_0+mass:Coupling 0 0.47
insert a_0+mass:Coupling 1 0.507
insert a_0+mass:Mass1 0 0.13957
insert a_0+mass:Mass1 1 0.49368
insert a_0+mass:Mass2 0 0.54751
insert a_0+mass:Mass2 1 0.49765
newdef /Herwig/Particles/a_0+:Mass_generator a_0+mass
newdef /Herwig/Particles/a_0-:Mass_generator a_0+mass
#
create Herwig::GenericMassGenerator D*0mass
newdef D*0mass:Particle /Herwig/Particles/D*0
newdef /Herwig/Masses/D*0mass:BreitWignerShape 0
newdef /Herwig/Masses/D*0mass:MaximumWeight 0.968212
newdef /Herwig/Masses/D*0mass:NGenerate 100
newdef /Herwig/Masses/D*0mass:WidthOption 0
newdef /Herwig/Particles/D*0:Mass_generator D*0mass
newdef /Herwig/Particles/D*bar0:Mass_generator D*0mass
#
create Herwig::GenericMassGenerator D*+mass
newdef D*+mass:Particle /Herwig/Particles/D*+
newdef /Herwig/Masses/D*+mass:BreitWignerShape 0
newdef /Herwig/Masses/D*+mass:MaximumWeight 0.968216
newdef /Herwig/Masses/D*+mass:NGenerate 100
newdef /Herwig/Masses/D*+mass:WidthOption 0
newdef /Herwig/Particles/D*+:Mass_generator D*+mass
newdef /Herwig/Particles/D*-:Mass_generator D*+mass
#
create Herwig::GenericMassGenerator B*+mass
newdef B*+mass:Particle /Herwig/Particles/B*+
newdef /Herwig/Masses/B*+mass:BreitWignerShape 0
newdef /Herwig/Masses/B*+mass:MaximumWeight 0.968196
newdef /Herwig/Masses/B*+mass:NGenerate 100
newdef /Herwig/Masses/B*+mass:WidthOption 0
newdef /Herwig/Particles/B*+:Mass_generator B*+mass
newdef /Herwig/Particles/B*-:Mass_generator B*+mass
#
create Herwig::GenericMassGenerator a_2+mass
newdef a_2+mass:Particle /Herwig/Particles/a_2+
newdef /Herwig/Masses/a_2+mass:BreitWignerShape 0
newdef /Herwig/Masses/a_2+mass:MaximumWeight 0.878115
newdef /Herwig/Masses/a_2+mass:NGenerate 100
newdef /Herwig/Masses/a_2+mass:WidthOption 0
newdef /Herwig/Particles/a_2-:Mass_generator a_2+mass
newdef /Herwig/Particles/a_2+:Mass_generator a_2+mass
#
create Herwig::GenericMassGenerator B*0mass
newdef B*0mass:Particle /Herwig/Particles/B*0
newdef /Herwig/Masses/B*0mass:BreitWignerShape 0
newdef /Herwig/Masses/B*0mass:MaximumWeight 0.968196
newdef /Herwig/Masses/B*0mass:NGenerate 100
newdef /Herwig/Masses/B*0mass:WidthOption 0
newdef /Herwig/Particles/B*bar0:Mass_generator B*0mass
newdef /Herwig/Particles/B*0:Mass_generator B*0mass
#
create Herwig::GenericMassGenerator D_s*mass
newdef D_s*mass:Particle /Herwig/Particles/D_s*+
newdef /Herwig/Masses/D_s*mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s*mass:MaximumWeight 0.968206
newdef /Herwig/Masses/D_s*mass:NGenerate 100
newdef /Herwig/Masses/D_s*mass:WidthOption 0
newdef /Herwig/Particles/D_s*+:Mass_generator D_s*mass
newdef /Herwig/Particles/D_s*-:Mass_generator D_s*mass
#
create Herwig::GenericMassGenerator B_s*mass
newdef B_s*mass:Particle /Herwig/Particles/B_s*0
newdef /Herwig/Masses/B_s*mass:BreitWignerShape 0
newdef /Herwig/Masses/B_s*mass:MaximumWeight 0.968196
newdef /Herwig/Masses/B_s*mass:NGenerate 100
newdef /Herwig/Masses/B_s*mass:WidthOption 0
newdef /Herwig/Particles/B_s*bar0:Mass_generator B_s*mass
newdef /Herwig/Particles/B_s*0:Mass_generator B_s*mass
#
create Herwig::GenericMassGenerator B_c*mass
newdef B_c*mass:Particle /Herwig/Particles/B_c*+
newdef /Herwig/Masses/B_c*mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c*mass:MaximumWeight 0.968196
newdef /Herwig/Masses/B_c*mass:NGenerate 100
newdef /Herwig/Masses/B_c*mass:WidthOption 0
newdef /Herwig/Particles/B_c*+:Mass_generator B_c*mass
newdef /Herwig/Particles/B_c*-:Mass_generator B_c*mass
#
create Herwig::GenericMassGenerator a_20mass
newdef a_20mass:Particle /Herwig/Particles/a_20
newdef /Herwig/Masses/a_20mass:BreitWignerShape 0
newdef /Herwig/Masses/a_20mass:MaximumWeight 0.878115
newdef /Herwig/Masses/a_20mass:NGenerate 100
newdef /Herwig/Masses/a_20mass:WidthOption 0
newdef /Herwig/Particles/a_20:Mass_generator a_20mass
#
create Herwig::GenericMassGenerator D_20mass
newdef D_20mass:Particle /Herwig/Particles/D*_20
newdef D_20mass:BreitWignerShape 0
newdef D_20mass:MaximumWeight 1.12173
newdef D_20mass:NGenerate 100
newdef /Herwig/Particles/D*_20:Mass_generator D_20mass
newdef /Herwig/Particles/D*_2bar0:Mass_generator D_20mass
#
create Herwig::GenericMassGenerator D_2+mass
newdef D_2+mass:Particle /Herwig/Particles/D*_2+
newdef D_2+mass:BreitWignerShape 0
newdef D_2+mass:MaximumWeight 1.09634
newdef D_2+mass:NGenerate 100
newdef /Herwig/Particles/D*_2+:Mass_generator D_2+mass
newdef /Herwig/Particles/D*_2-:Mass_generator D_2+mass
#
create Herwig::GenericMassGenerator B_2+mass
newdef B_2+mass:Particle /Herwig/Particles/B_2+
newdef /Herwig/Masses/B_2+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_2+mass:MaximumWeight 0.938521
newdef /Herwig/Masses/B_2+mass:NGenerate 100
newdef /Herwig/Masses/B_2+mass:WidthOption 0
newdef /Herwig/Particles/B_2-:Mass_generator B_2+mass
newdef /Herwig/Particles/B_2+:Mass_generator B_2+mass
#
create Herwig::GenericMassGenerator B_20mass
newdef B_20mass:Particle /Herwig/Particles/B_20
newdef /Herwig/Masses/B_20mass:BreitWignerShape 0
newdef /Herwig/Masses/B_20mass:MaximumWeight 0.938521
newdef /Herwig/Masses/B_20mass:NGenerate 100
newdef /Herwig/Masses/B_20mass:WidthOption 0
newdef /Herwig/Particles/B_20:Mass_generator B_20mass
newdef /Herwig/Particles/B_2bar0:Mass_generator B_20mass
#
create Herwig::GenericMassGenerator B_s20mass
newdef B_s20mass:Particle /Herwig/Particles/B_s20
newdef /Herwig/Masses/B_s20mass:BreitWignerShape 0
newdef /Herwig/Masses/B_s20mass:MaximumWeight 0.968319
newdef /Herwig/Masses/B_s20mass:NGenerate 100
newdef /Herwig/Masses/B_s20mass:WidthOption 0
newdef /Herwig/Particles/B_s2bar0:Mass_generator B_s20mass
newdef /Herwig/Particles/B_s20:Mass_generator B_s20mass
#
create Herwig::GenericMassGenerator B_c2+mass
newdef B_c2+mass:Particle /Herwig/Particles/B_c2+
newdef /Herwig/Masses/B_c2+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c2+mass:MaximumWeight 0.968201
newdef /Herwig/Masses/B_c2+mass:NGenerate 100
newdef /Herwig/Masses/B_c2+mass:WidthOption 0
newdef /Herwig/Particles/B_c2-:Mass_generator B_c2+mass
newdef /Herwig/Particles/B_c2+:Mass_generator B_c2+mass
#
create Herwig::GenericMassGenerator D_s2+mass
newdef D_s2+mass:Particle /Herwig/Particles/D_s2+
newdef /Herwig/Masses/D_s2+mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s2+mass:MaximumWeight 0.897806
newdef /Herwig/Masses/D_s2+mass:NGenerate 100
newdef /Herwig/Masses/D_s2+mass:WidthOption 0
newdef /Herwig/Particles/D_s2+:Mass_generator D_s2+mass
newdef /Herwig/Particles/D_s2-:Mass_generator D_s2+mass
#
create Herwig::GenericMassGenerator K_1+mass
newdef K_1+mass:Particle /Herwig/Particles/K_1+
newdef /Herwig/Masses/K_1+mass:BreitWignerShape 0
newdef /Herwig/Masses/K_1+mass:MaximumWeight 0.874262
newdef /Herwig/Masses/K_1+mass:NGenerate 100
newdef /Herwig/Masses/K_1+mass:WidthOption 0
newdef /Herwig/Particles/K_1+:Mass_generator K_1+mass
newdef /Herwig/Particles/K_1-:Mass_generator K_1+mass
#
create Herwig::GenericMassGenerator K_10mass
newdef K_10mass:Particle /Herwig/Particles/K_10
newdef /Herwig/Masses/K_10mass:BreitWignerShape 0
newdef /Herwig/Masses/K_10mass:MaximumWeight 0.874262
newdef /Herwig/Masses/K_10mass:NGenerate 100
newdef /Herwig/Masses/K_10mass:WidthOption 0
newdef /Herwig/Particles/K_10:Mass_generator K_10mass
newdef /Herwig/Particles/K_1bar0:Mass_generator K_10mass
#
create Herwig::GenericMassGenerator K'_10mass
newdef K'_10mass:Particle /Herwig/Particles/K'_10
newdef /Herwig/Masses/K'_10mass:BreitWignerShape 0
newdef /Herwig/Masses/K'_10mass:MaximumWeight 0.897499
newdef /Herwig/Masses/K'_10mass:NGenerate 100
newdef /Herwig/Masses/K'_10mass:WidthOption 0
newdef /Herwig/Particles/K'_10:Mass_generator K'_10mass
newdef /Herwig/Particles/K'_1bar0:Mass_generator K'_10mass
#
create Herwig::GenericMassGenerator K'_1+mass
newdef K'_1+mass:Particle /Herwig/Particles/K'_1+
newdef /Herwig/Masses/K'_1+mass:BreitWignerShape 0
newdef /Herwig/Masses/K'_1+mass:MaximumWeight 0.897499
newdef /Herwig/Masses/K'_1+mass:NGenerate 100
newdef /Herwig/Masses/K'_1+mass:WidthOption 0
newdef /Herwig/Particles/K'_1+:Mass_generator K'_1+mass
newdef /Herwig/Particles/K'_1-:Mass_generator K'_1+mass
#
create Herwig::GenericMassGenerator D'_1+mass
newdef D'_1+mass:Particle /Herwig/Particles/D'_1+
newdef D'_1+mass:BreitWignerShape 0
newdef D'_1+mass:MaximumWeight 1.22561
newdef D'_1+mass:NGenerate 100
newdef /Herwig/Particles/D'_1+:Mass_generator D'_1+mass
newdef /Herwig/Particles/D'_1-:Mass_generator D'_1+mass
#
create Herwig::GenericMassGenerator D'_10mass
newdef D'_10mass:Particle /Herwig/Particles/D'_10
newdef D'_10mass:BreitWignerShape 0
newdef D'_10mass:MaximumWeight 1.2274
newdef D'_10mass:NGenerate 100
newdef /Herwig/Particles/D'_1bar0:Mass_generator D'_10mass
newdef /Herwig/Particles/D'_10:Mass_generator D'_10mass
#
create Herwig::GenericMassGenerator D_10mass
newdef D_10mass:Particle /Herwig/Particles/D_10
newdef D_10mass:BreitWignerShape 0
newdef D_10mass:MaximumWeight 0.966144
newdef D_10mass:NGenerate 100
newdef /Herwig/Particles/D_10:Mass_generator D_10mass
newdef /Herwig/Particles/D_1bar0:Mass_generator D_10mass
#
create Herwig::GenericMassGenerator D_1+mass
newdef D_1+mass:Particle /Herwig/Particles/D_1+
newdef D_1+mass:BreitWignerShape 0
newdef D_1+mass:MaximumWeight 0.972723
newdef D_1+mass:NGenerate 100
newdef /Herwig/Particles/D_1+:Mass_generator D_1+mass
newdef /Herwig/Particles/D_1-:Mass_generator D_1+mass
#
create Herwig::GenericMassGenerator B_1+mass
newdef B_1+mass:Particle /Herwig/Particles/B_1+
newdef /Herwig/Masses/B_1+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_1+mass:MaximumWeight 0.897285
newdef /Herwig/Masses/B_1+mass:NGenerate 100
newdef /Herwig/Masses/B_1+mass:WidthOption 0
newdef /Herwig/Particles/B_1-:Mass_generator B_1+mass
newdef /Herwig/Particles/B_1+:Mass_generator B_1+mass
#
create Herwig::GenericMassGenerator B_10mass
newdef B_10mass:Particle /Herwig/Particles/B_10
newdef /Herwig/Masses/B_10mass:BreitWignerShape 0
newdef /Herwig/Masses/B_10mass:MaximumWeight 0.897012
newdef /Herwig/Masses/B_10mass:NGenerate 100
newdef /Herwig/Masses/B_10mass:WidthOption 0
newdef /Herwig/Particles/B_10:Mass_generator B_10mass
newdef /Herwig/Particles/B_1bar0:Mass_generator B_10mass
#
create Herwig::GenericMassGenerator B'_10mass
newdef B'_10mass:Particle /Herwig/Particles/B'_10
newdef /Herwig/Masses/B'_10mass:BreitWignerShape 0
newdef /Herwig/Masses/B'_10mass:MaximumWeight 0.853599
newdef /Herwig/Masses/B'_10mass:NGenerate 100
newdef /Herwig/Masses/B'_10mass:WidthOption 0
newdef /Herwig/Particles/B'_10:Mass_generator B'_10mass
newdef /Herwig/Particles/B'_1bar0:Mass_generator B'_10mass
#
create Herwig::GenericMassGenerator B'_1+mass
newdef B'_1+mass:Particle /Herwig/Particles/B'_1+
newdef /Herwig/Masses/B'_1+mass:BreitWignerShape 0
newdef /Herwig/Masses/B'_1+mass:MaximumWeight 0.853599
newdef /Herwig/Masses/B'_1+mass:NGenerate 100
newdef /Herwig/Masses/B'_1+mass:WidthOption 0
newdef /Herwig/Particles/B'_1-:Mass_generator B'_1+mass
newdef /Herwig/Particles/B'_1+:Mass_generator B'_1+mass
#
create Herwig::GenericMassGenerator B'_s10mass
newdef B'_s10mass:Particle /Herwig/Particles/B'_s10
newdef /Herwig/Masses/B'_s10mass:BreitWignerShape 0
newdef /Herwig/Masses/B'_s10mass:MaximumWeight 0.675835
newdef /Herwig/Masses/B'_s10mass:NGenerate 100
newdef /Herwig/Masses/B'_s10mass:WidthOption 0
newdef /Herwig/Particles/B'_s10:Mass_generator B'_s10mass
newdef /Herwig/Particles/B'_s1bar0:Mass_generator B'_s10mass
#
create Herwig::GenericMassGenerator B_s10mass
newdef B_s10mass:Particle /Herwig/Particles/B_s10
newdef /Herwig/Masses/B_s10mass:BreitWignerShape 0
newdef /Herwig/Masses/B_s10mass:MaximumWeight 0.968237
newdef /Herwig/Masses/B_s10mass:NGenerate 100
newdef /Herwig/Masses/B_s10mass:WidthOption 0
newdef /Herwig/Particles/B_s1bar0:Mass_generator B_s10mass
newdef /Herwig/Particles/B_s10:Mass_generator B_s10mass
#
create Herwig::GenericMassGenerator D'_s1+mass
newdef D'_s1+mass:Particle /Herwig/Particles/D'_s1+
newdef /Herwig/Masses/D'_s1+mass:BreitWignerShape 0
newdef /Herwig/Masses/D'_s1+mass:MaximumWeight 0.968203
newdef /Herwig/Masses/D'_s1+mass:NGenerate 100
newdef /Herwig/Masses/D'_s1+mass:WidthOption 0
newdef /Herwig/Particles/D'_s1+:Mass_generator D'_s1+mass
newdef /Herwig/Particles/D'_s1-:Mass_generator D'_s1+mass
#
create Herwig::GenericMassGenerator D_s1+mass
newdef D_s1+mass:Particle /Herwig/Particles/D_s1+
newdef D_s1+mass:BreitWignerShape 0
newdef D_s1+mass:MaximumWeight 0.978872
newdef D_s1+mass:NGenerate 100
newdef /Herwig/Particles/D_s1-:Mass_generator D_s1+mass
newdef /Herwig/Particles/D_s1+:Mass_generator D_s1+mass
#
create Herwig::GenericMassGenerator B'_c1+mass
newdef B'_c1+mass:Particle /Herwig/Particles/B'_c1+
newdef /Herwig/Masses/B'_c1+mass:BreitWignerShape 0
newdef /Herwig/Masses/B'_c1+mass:MaximumWeight 0.968202
newdef /Herwig/Masses/B'_c1+mass:NGenerate 100
newdef /Herwig/Masses/B'_c1+mass:WidthOption 0
newdef /Herwig/Particles/B'_c1+:Mass_generator B'_c1+mass
newdef /Herwig/Particles/B'_c1-:Mass_generator B'_c1+mass
#
create Herwig::GenericMassGenerator B_c0+mass
newdef B_c0+mass:Particle /Herwig/Particles/B*_c0+
newdef /Herwig/Masses/B_c0+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c0+mass:MaximumWeight 0.968199
newdef /Herwig/Masses/B_c0+mass:NGenerate 100
newdef /Herwig/Masses/B_c0+mass:WidthOption 0
newdef /Herwig/Particles/B*_c0+:Mass_generator B_c0+mass
newdef /Herwig/Particles/B*_c0-:Mass_generator B_c0+mass
#
create Herwig::GenericMassGenerator D_s0+mass
newdef D_s0+mass:Particle /Herwig/Particles/D_s0+
newdef /Herwig/Masses/D_s0+mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s0+mass:MaximumWeight 0.9682
newdef /Herwig/Masses/D_s0+mass:NGenerate 100
newdef /Herwig/Masses/D_s0+mass:WidthOption 0
newdef /Herwig/Particles/D_s0+:Mass_generator D_s0+mass
newdef /Herwig/Particles/D_s0-:Mass_generator D_s0+mass
#
create Herwig::GenericMassGenerator B_s00mass
newdef B_s00mass:Particle /Herwig/Particles/B*_s00
newdef /Herwig/Masses/B_s00mass:BreitWignerShape 0
newdef /Herwig/Masses/B_s00mass:MaximumWeight 0.676502
newdef /Herwig/Masses/B_s00mass:NGenerate 100
newdef /Herwig/Masses/B_s00mass:WidthOption 0
newdef /Herwig/Particles/B*_s00:Mass_generator B_s00mass
newdef /Herwig/Particles/B*_s0bar0:Mass_generator B_s00mass
#
create Herwig::GenericMassGenerator B_00mass
newdef B_00mass:Particle /Herwig/Particles/B*_00
newdef /Herwig/Masses/B_00mass:BreitWignerShape 0
newdef /Herwig/Masses/B_00mass:MaximumWeight 0.854402
newdef /Herwig/Masses/B_00mass:NGenerate 100
newdef /Herwig/Masses/B_00mass:WidthOption 0
newdef /Herwig/Particles/B*_00:Mass_generator B_00mass
newdef /Herwig/Particles/B*_0bar0:Mass_generator B_00mass
#
create Herwig::GenericMassGenerator B_0+mass
newdef B_0+mass:Particle /Herwig/Particles/B*_0+
newdef /Herwig/Masses/B_0+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_0+mass:MaximumWeight 0.854402
newdef /Herwig/Masses/B_0+mass:NGenerate 100
newdef /Herwig/Masses/B_0+mass:WidthOption 0
newdef /Herwig/Particles/B*_0+:Mass_generator B_0+mass
newdef /Herwig/Particles/B*_0-:Mass_generator B_0+mass
#
create Herwig::GenericMassGenerator D_0+mass
newdef D_0+mass:Particle /Herwig/Particles/D_0*+
newdef D_0+mass:BreitWignerShape 0
newdef D_0+mass:MaximumWeight 1.01819
newdef D_0+mass:NGenerate 100
newdef /Herwig/Particles/D_0*+:Mass_generator D_0+mass
newdef /Herwig/Particles/D_0*-:Mass_generator D_0+mass
#
create Herwig::GenericMassGenerator D_00mass
newdef D_00mass:Particle /Herwig/Particles/D_0*0
newdef D_00mass:BreitWignerShape 0
newdef D_00mass:MaximumWeight 1.01951
newdef D_00mass:NGenerate 100
newdef /Herwig/Particles/D_0*bar0:Mass_generator D_00mass
newdef /Herwig/Particles/D_0*0:Mass_generator D_00mass
#
create Herwig::GenericMassGenerator K_00mass
newdef K_00mass:Particle /Herwig/Particles/K*_00
newdef /Herwig/Masses/K_00mass:BreitWignerShape 0
newdef /Herwig/Masses/K_00mass:MaximumWeight 0.976372
newdef /Herwig/Masses/K_00mass:NGenerate 100
newdef /Herwig/Masses/K_00mass:WidthOption 0
newdef /Herwig/Particles/K*_00:Mass_generator K_00mass
newdef /Herwig/Particles/K*_0bar0:Mass_generator K_00mass
#
create Herwig::GenericMassGenerator K_0+mass
newdef K_0+mass:Particle /Herwig/Particles/K*_0+
newdef /Herwig/Masses/K_0+mass:BreitWignerShape 0
newdef /Herwig/Masses/K_0+mass:MaximumWeight 0.976372
newdef /Herwig/Masses/K_0+mass:NGenerate 100
newdef /Herwig/Masses/K_0+mass:WidthOption 0
newdef /Herwig/Particles/K*_0+:Mass_generator K_0+mass
newdef /Herwig/Particles/K*_0-:Mass_generator K_0+mass
#
create Herwig::GenericMassGenerator f'_00mass
newdef f'_00mass:Particle /Herwig/Particles/f'_0
newdef /Herwig/Masses/f'_00mass:BreitWignerShape 0
newdef /Herwig/Masses/f'_00mass:MaximumWeight 0.779696
newdef /Herwig/Masses/f'_00mass:NGenerate 100
newdef /Herwig/Masses/f'_00mass:WidthOption 0
newdef /Herwig/Particles/f'_0:Mass_generator f'_00mass
#
create Herwig::GenericMassGenerator f''_00mass
newdef f''_00mass:Particle /Herwig/Particles/f_0(1710)
newdef /Herwig/Masses/f''_00mass:BreitWignerShape 0
newdef /Herwig/Masses/f''_00mass:MaximumWeight 0.927134
newdef /Herwig/Masses/f''_00mass:NGenerate 100
newdef /Herwig/Masses/f''_00mass:WidthOption 0
newdef /Herwig/Particles/f_0(1710):Mass_generator f''_00mass
#
create Herwig::GenericMassGenerator a'_00mass
newdef a'_00mass:Particle /Herwig/Particles/a'_00
newdef /Herwig/Masses/a'_00mass:BreitWignerShape 1
newdef /Herwig/Masses/a'_00mass:MaximumWeight 0.772633
newdef /Herwig/Masses/a'_00mass:NGenerate 100
newdef /Herwig/Masses/a'_00mass:WidthOption 0
newdef /Herwig/Particles/a'_00:Mass_generator a'_00mass
#
create Herwig::GenericMassGenerator a'_0+mass
newdef a'_0+mass:Particle /Herwig/Particles/a'_0+
newdef /Herwig/Masses/a'_0+mass:BreitWignerShape 1
newdef /Herwig/Masses/a'_0+mass:MaximumWeight 0.772633
newdef /Herwig/Masses/a'_0+mass:NGenerate 100
newdef /Herwig/Masses/a'_0+mass:WidthOption 0
newdef /Herwig/Particles/a'_0+:Mass_generator a'_0+mass
newdef /Herwig/Particles/a'_0-:Mass_generator a'_0+mass
#
create Herwig::GenericMassGenerator pi'+mass
newdef pi'+mass:Particle /Herwig/Particles/pi'+
newdef pi'+mass:BreitWignerShape 0
newdef pi'+mass:MaximumWeight 1.71276
newdef pi'+mass:NGenerate 100
newdef /Herwig/Particles/pi'+:Mass_generator pi'+mass
newdef /Herwig/Particles/pi'-:Mass_generator pi'+mass
#
create Herwig::GenericMassGenerator pi'0mass
newdef pi'0mass:Particle /Herwig/Particles/pi'0
newdef pi'0mass:BreitWignerShape 0
newdef pi'0mass:MaximumWeight 1.7152
newdef pi'0mass:NGenerate 100
newdef /Herwig/Particles/pi'0:Mass_generator pi'0mass
#
create Herwig::GenericMassGenerator eta''mass
newdef eta''mass:Particle /Herwig/Particles/eta(1295)
newdef eta''mass:BreitWignerShape 0
newdef eta''mass:MaximumWeight 1.0715
newdef eta''mass:NGenerate 100
newdef /Herwig/Particles/eta(1295):Mass_generator eta''mass
#
create Herwig::GenericMassGenerator eta(1475)mass
newdef eta(1475)mass:Particle /Herwig/Particles/eta(1475)
newdef eta(1475)mass:BreitWignerShape 0
newdef eta(1475)mass:MaximumWeight 1.57951
newdef eta(1475)mass:NGenerate 100
newdef /Herwig/Particles/eta(1475):Mass_generator eta(1475)mass
#
create Herwig::GenericMassGenerator K'+mass
newdef K'+mass:Particle /Herwig/Particles/K'+
newdef K'+mass:BreitWignerShape 0
newdef K'+mass:MaximumWeight 1.32706
newdef K'+mass:NGenerate 100
newdef /Herwig/Particles/K'+:Mass_generator K'+mass
newdef /Herwig/Particles/K'-:Mass_generator K'+mass
#
create Herwig::GenericMassGenerator K'0mass
newdef K'0mass:Particle /Herwig/Particles/K'0
newdef K'0mass:BreitWignerShape 0
newdef K'0mass:MaximumWeight 1.32599
newdef K'0mass:NGenerate 100
newdef /Herwig/Particles/K'0:Mass_generator K'0mass
newdef /Herwig/Particles/K'bar0:Mass_generator K'0mass
#
create Herwig::GenericMassGenerator rho'0mass
newdef rho'0mass:Particle /Herwig/Particles/rho'0
newdef /Herwig/Masses/rho'0mass:BreitWignerShape 0
newdef /Herwig/Masses/rho'0mass:MaximumWeight 0.81183
newdef /Herwig/Masses/rho'0mass:NGenerate 100
newdef /Herwig/Masses/rho'0mass:WidthOption 0
newdef /Herwig/Particles/rho'0:Mass_generator rho'0mass
#
create Herwig::GenericMassGenerator rho'+mass
newdef rho'+mass:Particle /Herwig/Particles/rho'+
newdef /Herwig/Masses/rho'+mass:BreitWignerShape 0
newdef /Herwig/Masses/rho'+mass:MaximumWeight 0.811832
newdef /Herwig/Masses/rho'+mass:NGenerate 100
newdef /Herwig/Masses/rho'+mass:WidthOption 0
newdef /Herwig/Particles/rho'+:Mass_generator rho'+mass
newdef /Herwig/Particles/rho'-:Mass_generator rho'+mass
#
create Herwig::GenericMassGenerator omega'mass
newdef omega'mass:Particle /Herwig/Particles/omega'
newdef omega'mass:BreitWignerShape 0
newdef omega'mass:MaximumWeight 1.40588
newdef omega'mass:NGenerate 100
newdef /Herwig/Particles/omega':Mass_generator omega'mass
#
create Herwig::GenericMassGenerator phi'mass
newdef phi'mass:Particle /Herwig/Particles/phi'
newdef phi'mass:BreitWignerShape 0
newdef phi'mass:MaximumWeight 1.28961
newdef phi'mass:NGenerate 100
newdef /Herwig/Particles/phi':Mass_generator phi'mass
#
create Herwig::GenericMassGenerator rho''0mass
newdef rho''0mass:Particle /Herwig/Particles/rho''0
newdef rho''0mass:BreitWignerShape 0
newdef rho''0mass:MaximumWeight 1.22837
newdef rho''0mass:NGenerate 100
newdef /Herwig/Particles/rho''0:Mass_generator rho''0mass
#
create Herwig::GenericMassGenerator rho''+mass
newdef rho''+mass:Particle /Herwig/Particles/rho''+
newdef rho''+mass:BreitWignerShape 0
newdef rho''+mass:MaximumWeight 1.23956
newdef rho''+mass:NGenerate 100
newdef /Herwig/Particles/rho''+:Mass_generator rho''+mass
newdef /Herwig/Particles/rho''-:Mass_generator rho''+mass
#
create Herwig::GenericMassGenerator omega''mass
newdef omega''mass:Particle /Herwig/Particles/omega''
newdef /Herwig/Masses/omega''mass:BreitWignerShape 0
newdef /Herwig/Masses/omega''mass:MaximumWeight 0.926227
newdef /Herwig/Masses/omega''mass:NGenerate 100
newdef /Herwig/Masses/omega''mass:WidthOption 0
newdef /Herwig/Particles/omega'':Mass_generator omega''mass
#
create Herwig::GenericMassGenerator K''*+mass
newdef K''*+mass:Particle /Herwig/Particles/K''*+
newdef K''*+mass:BreitWignerShape 0
newdef K''*+mass:MaximumWeight 1.1067
newdef K''*+mass:NGenerate 100
newdef /Herwig/Particles/K''*+:Mass_generator K''*+mass
newdef /Herwig/Particles/K''*-:Mass_generator K''*+mass
#
create Herwig::GenericMassGenerator K''*0mass
newdef K''*0mass:Particle /Herwig/Particles/K''*0
newdef K''*0mass:BreitWignerShape 0
newdef K''*0mass:MaximumWeight 1.10602
newdef K''*0mass:NGenerate 100
newdef /Herwig/Particles/K''*0:Mass_generator K''*0mass
newdef /Herwig/Particles/K''*bar0:Mass_generator K''*0mass
#
create Herwig::GenericMassGenerator K'*0mass
newdef K'*0mass:Particle /Herwig/Particles/K'*0
newdef K'*0mass:BreitWignerShape 0
newdef K'*0mass:MaximumWeight 1.51467
newdef K'*0mass:NGenerate 100
newdef /Herwig/Particles/K'*0:Mass_generator K'*0mass
newdef /Herwig/Particles/K'*bar0:Mass_generator K'*0mass
#
create Herwig::GenericMassGenerator K'*+mass
newdef K'*+mass:Particle /Herwig/Particles/K'*+
newdef K'*+mass:BreitWignerShape 0
newdef K'*+mass:MaximumWeight 1.51677
newdef K'*+mass:NGenerate 100
newdef /Herwig/Particles/K'*+:Mass_generator K'*+mass
newdef /Herwig/Particles/K'*-:Mass_generator K'*+mass
#
create Herwig::GenericMassGenerator f_1mass
newdef f_1mass:Particle /Herwig/Particles/f_1
newdef /Herwig/Masses/f_1mass:BreitWignerShape 0
newdef /Herwig/Masses/f_1mass:MaximumWeight 0.978561
newdef /Herwig/Masses/f_1mass:NGenerate 100
newdef /Herwig/Masses/f_1mass:WidthOption 0
newdef /Herwig/Particles/f_1:Mass_generator f_1mass
#
create Herwig::GenericMassGenerator f'_1mass
newdef f'_1mass:Particle /Herwig/Particles/f'_1
newdef /Herwig/Masses/f'_1mass:BreitWignerShape 0
newdef /Herwig/Masses/f'_1mass:MaximumWeight 0.97013
newdef /Herwig/Masses/f'_1mass:NGenerate 100
newdef /Herwig/Masses/f'_1mass:WidthOption 0
newdef /Herwig/Particles/f'_1:Mass_generator f'_1mass
#
create Herwig::GenericMassGenerator a_1+mass
newdef a_1+mass:Particle /Herwig/Particles/a_1+
newdef a_1+mass:BreitWignerShape 0
newdef a_1+mass:MaximumWeight 1.35479
newdef a_1+mass:NGenerate 100
newdef /Herwig/Particles/a_1+:Mass_generator a_1+mass
newdef /Herwig/Particles/a_1-:Mass_generator a_1+mass
#
create Herwig::GenericMassGenerator a_10mass
newdef a_10mass:Particle /Herwig/Particles/a_10
newdef a_10mass:BreitWignerShape 0
newdef a_10mass:MaximumWeight 1.34964
newdef a_10mass:NGenerate 100
newdef /Herwig/Particles/a_10:Mass_generator a_10mass
#
create Herwig::GenericMassGenerator eta_cmass
newdef eta_cmass:Particle /Herwig/Particles/eta_c
newdef /Herwig/Masses/eta_cmass:BreitWignerShape 0
newdef /Herwig/Masses/eta_cmass:MaximumWeight 0.941553
newdef /Herwig/Masses/eta_cmass:NGenerate 100
newdef /Herwig/Masses/eta_cmass:WidthOption 0
newdef /Herwig/Particles/eta_c:Mass_generator eta_cmass
#
create Herwig::GenericMassGenerator eta_bmass
newdef eta_bmass:Particle /Herwig/Particles/eta_b
newdef eta_bmass:BreitWignerShape 0
newdef eta_bmass:MaximumWeight 0.968618
newdef eta_bmass:NGenerate 100
newdef /Herwig/Particles/eta_b:Mass_generator eta_bmass
#
create Herwig::GenericMassGenerator jpsimass
newdef jpsimass:Particle /Herwig/Particles/Jpsi
newdef /Herwig/Masses/jpsimass:BreitWignerShape 0
newdef /Herwig/Masses/jpsimass:MaximumWeight 0.96821
newdef /Herwig/Masses/jpsimass:NGenerate 100
newdef /Herwig/Masses/jpsimass:WidthOption 0
newdef /Herwig/Particles/Jpsi:Mass_generator jpsimass
#
create Herwig::GenericMassGenerator Upsilon1Smass
newdef Upsilon1Smass:Particle /Herwig/Particles/Upsilon
newdef /Herwig/Masses/Upsilon1Smass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon1Smass:MaximumWeight 0.968187
newdef /Herwig/Masses/Upsilon1Smass:NGenerate 100
newdef /Herwig/Masses/Upsilon1Smass:WidthOption 0
newdef /Herwig/Particles/Upsilon:Mass_generator Upsilon1Smass
#
create Herwig::GenericMassGenerator Upsilon2Smass
newdef Upsilon2Smass:Particle /Herwig/Particles/Upsilon(2S)
newdef /Herwig/Masses/Upsilon2Smass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon2Smass:MaximumWeight 0.968197
newdef /Herwig/Masses/Upsilon2Smass:NGenerate 100
newdef /Herwig/Masses/Upsilon2Smass:WidthOption 0
newdef /Herwig/Particles/Upsilon(2S):Mass_generator Upsilon2Smass
#
create Herwig::GenericMassGenerator Upsilon3Smass
newdef Upsilon3Smass:Particle /Herwig/Particles/Upsilon(3S)
newdef /Herwig/Masses/Upsilon3Smass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon3Smass:MaximumWeight 0.968196
newdef /Herwig/Masses/Upsilon3Smass:NGenerate 100
newdef /Herwig/Masses/Upsilon3Smass:WidthOption 0
newdef /Herwig/Particles/Upsilon(3S):Mass_generator Upsilon3Smass
#
create Herwig::GenericMassGenerator Upsilon4Smass
newdef Upsilon4Smass:Particle /Herwig/Particles/Upsilon(4S)
newdef /Herwig/Masses/Upsilon4Smass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon4Smass:MaximumWeight 0.837354
newdef /Herwig/Masses/Upsilon4Smass:NGenerate 100
newdef /Herwig/Masses/Upsilon4Smass:WidthOption 0
newdef /Herwig/Particles/Upsilon(4S):Mass_generator Upsilon4Smass
#
create Herwig::GenericMassGenerator h_cmass
newdef h_cmass:Particle /Herwig/Particles/h_c
newdef /Herwig/Masses/h_cmass:BreitWignerShape 0
newdef /Herwig/Masses/h_cmass:MaximumWeight 0.968292
newdef /Herwig/Masses/h_cmass:NGenerate 100
newdef /Herwig/Masses/h_cmass:WidthOption 0
newdef /Herwig/Particles/h_c:Mass_generator h_cmass
#
create Herwig::GenericMassGenerator h_bmass
newdef h_bmass:Particle /Herwig/Particles/h_b
newdef h_bmass:BreitWignerShape 0
newdef h_bmass:MaximumWeight 0.96831
newdef h_bmass:NGenerate 100
newdef /Herwig/Particles/h_b:Mass_generator h_bmass
#
create Herwig::GenericMassGenerator chi_c0mass
newdef chi_c0mass:Particle /Herwig/Particles/chi_c0
newdef /Herwig/Masses/chi_c0mass:BreitWignerShape 0
newdef /Herwig/Masses/chi_c0mass:MaximumWeight 0.969665
newdef /Herwig/Masses/chi_c0mass:NGenerate 100
newdef /Herwig/Masses/chi_c0mass:WidthOption 0
newdef /Herwig/Particles/chi_c0:Mass_generator chi_c0mass
#
create Herwig::GenericMassGenerator chi_b01Pmass
newdef chi_b01Pmass:Particle /Herwig/Particles/chi_b0
newdef /Herwig/Masses/chi_b01Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b01Pmass:MaximumWeight 0.968236
newdef /Herwig/Masses/chi_b01Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b01Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b0:Mass_generator chi_b01Pmass
#
create Herwig::GenericMassGenerator chi_c11Pmass
newdef chi_c11Pmass:Particle /Herwig/Particles/chi_c1
newdef /Herwig/Masses/chi_c11Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_c11Pmass:MaximumWeight 0.970096
newdef /Herwig/Masses/chi_c11Pmass:NGenerate 100
newdef /Herwig/Masses/chi_c11Pmass:WidthOption 0
newdef /Herwig/Particles/chi_c1:Mass_generator chi_c11Pmass
#
create Herwig::GenericMassGenerator chi_b11Pmass
newdef chi_b11Pmass:Particle /Herwig/Particles/chi_b1
newdef /Herwig/Masses/chi_b11Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b11Pmass:MaximumWeight 0.968199
newdef /Herwig/Masses/chi_b11Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b11Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b1:Mass_generator chi_b11Pmass
#
create Herwig::GenericMassGenerator chi_b21Pmass
newdef chi_b21Pmass:Particle /Herwig/Particles/chi_b2
newdef /Herwig/Masses/chi_b21Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b21Pmass:MaximumWeight 0.968204
newdef /Herwig/Masses/chi_b21Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b21Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b2:Mass_generator chi_b21Pmass
#
create Herwig::GenericMassGenerator chi_c21Pmass
newdef chi_c21Pmass:Particle /Herwig/Particles/chi_c2
newdef /Herwig/Masses/chi_c21Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_c21Pmass:MaximumWeight 0.969682
newdef /Herwig/Masses/chi_c21Pmass:NGenerate 100
newdef /Herwig/Masses/chi_c21Pmass:WidthOption 0
newdef /Herwig/Particles/chi_c2:Mass_generator chi_c21Pmass
#
create Herwig::GenericMassGenerator psi1dmass
newdef psi1dmass:Particle /Herwig/Particles/psi(3770)
newdef /Herwig/Masses/psi1dmass:BreitWignerShape 0
newdef /Herwig/Masses/psi1dmass:MaximumWeight 0.823757
newdef /Herwig/Masses/psi1dmass:NGenerate 100
newdef /Herwig/Masses/psi1dmass:WidthOption 0
newdef /Herwig/Particles/psi(3770):Mass_generator psi1dmass
#
create Herwig::GenericMassGenerator Upsilon_1(1D)mass
newdef Upsilon_1(1D)mass:Particle /Herwig/Particles/Upsilon_1(1D)
newdef /Herwig/Masses/Upsilon_1(1D)mass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon_1(1D)mass:MaximumWeight 0.968197
newdef /Herwig/Masses/Upsilon_1(1D)mass:NGenerate 100
newdef /Herwig/Masses/Upsilon_1(1D)mass:WidthOption 0
newdef /Herwig/Particles/Upsilon_1(1D):Mass_generator Upsilon_1(1D)mass
#
create Herwig::GenericMassGenerator eta_c2Smass
newdef eta_c2Smass:Particle /Herwig/Particles/eta_c(2S)
newdef /Herwig/Masses/eta_c2Smass:BreitWignerShape 0
newdef /Herwig/Masses/eta_c2Smass:MaximumWeight 0.969694
newdef /Herwig/Masses/eta_c2Smass:NGenerate 100
newdef /Herwig/Masses/eta_c2Smass:WidthOption 0
newdef /Herwig/Particles/eta_c(2S):Mass_generator eta_c2Smass
#
create Herwig::GenericMassGenerator eta_b2Smass
newdef eta_b2Smass:Particle /Herwig/Particles/eta_b(2S)
newdef /Herwig/Masses/eta_b2Smass:BreitWignerShape 0
newdef /Herwig/Masses/eta_b2Smass:MaximumWeight 0.968394
newdef /Herwig/Masses/eta_b2Smass:NGenerate 100
newdef /Herwig/Masses/eta_b2Smass:WidthOption 0
newdef /Herwig/Particles/eta_b(2S):Mass_generator eta_b2Smass
#
create Herwig::GenericMassGenerator psi2smass
newdef psi2smass:Particle /Herwig/Particles/psi(2S)
newdef /Herwig/Masses/psi2smass:BreitWignerShape 0
newdef /Herwig/Masses/psi2smass:MaximumWeight 0.972287
newdef /Herwig/Masses/psi2smass:NGenerate 100
newdef /Herwig/Masses/psi2smass:WidthOption 0
newdef /Herwig/Particles/psi(2S):Mass_generator psi2smass
#
create Herwig::GenericMassGenerator eta'''mass
newdef eta'''mass:Particle /Herwig/Particles/eta(1405)
newdef eta'''mass:BreitWignerShape 0
newdef eta'''mass:MaximumWeight 1.05081
newdef eta'''mass:NGenerate 100
newdef /Herwig/Particles/eta(1405):Mass_generator eta'''mass
#
create Herwig::GenericMassGenerator chi_b02Pmass
newdef chi_b02Pmass:Particle /Herwig/Particles/chi_b0(2P)
newdef /Herwig/Masses/chi_b02Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b02Pmass:MaximumWeight 0.968237
newdef /Herwig/Masses/chi_b02Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b02Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b0(2P):Mass_generator chi_b02Pmass
#
create Herwig::GenericMassGenerator chi_b12Pmass
newdef chi_b12Pmass:Particle /Herwig/Particles/chi_b1(2P)
newdef /Herwig/Masses/chi_b12Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b12Pmass:MaximumWeight 0.968199
newdef /Herwig/Masses/chi_b12Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b12Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b1(2P):Mass_generator chi_b12Pmass
#
create Herwig::GenericMassGenerator chi_b22Pmass
newdef chi_b22Pmass:Particle /Herwig/Particles/chi_b2(2P)
newdef /Herwig/Masses/chi_b22Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b22Pmass:MaximumWeight 0.968204
newdef /Herwig/Masses/chi_b22Pmass:NGenerate 100
newdef /Herwig/Masses/chi_b22Pmass:WidthOption 0
newdef /Herwig/Particles/chi_b2(2P):Mass_generator chi_b22Pmass
#
create Herwig::GenericMassGenerator ZMass
newdef ZMass:Particle /Herwig/Particles/Z0
newdef ZMass:BreitWignerShape 0
newdef ZMass:MaximumWeight 0.994276
newdef ZMass:NGenerate 100
newdef /Herwig/Particles/Z0:Mass_generator ZMass
#
create Herwig::GenericMassGenerator WMass
newdef WMass:Particle /Herwig/Particles/W+
newdef WMass:BreitWignerShape 0
newdef WMass:MaximumWeight 0.99292
newdef WMass:NGenerate 100
newdef /Herwig/Particles/W+:Mass_generator WMass
newdef /Herwig/Particles/W-:Mass_generator WMass
#
create Herwig::GenericMassGenerator Sigma(1660)-Mass
newdef Sigma(1660)-Mass:Particle /Herwig/Particles/Sigma(1660)-
newdef Sigma(1660)-Mass:BreitWignerShape 0
newdef Sigma(1660)-Mass:MaximumWeight 1.25314
newdef Sigma(1660)-Mass:NGenerate 100
newdef Sigma(1660)-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1660)-:Mass_generator Sigma(1660)-Mass
newdef /Herwig/Particles/Sigmabar(1660)+:Mass_generator Sigma(1660)-Mass
#
create Herwig::GenericMassGenerator Sigma(1660)0Mass
newdef Sigma(1660)0Mass:Particle /Herwig/Particles/Sigma(1660)0
newdef Sigma(1660)0Mass:BreitWignerShape 0
newdef Sigma(1660)0Mass:MaximumWeight 1.25258
newdef Sigma(1660)0Mass:NGenerate 100
newdef Sigma(1660)0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1660)0:Mass_generator Sigma(1660)0Mass
newdef /Herwig/Particles/Sigmabar(1660)0:Mass_generator Sigma(1660)0Mass
#
create Herwig::GenericMassGenerator Sigma(1660)+Mass
newdef Sigma(1660)+Mass:Particle /Herwig/Particles/Sigma(1660)+
newdef Sigma(1660)+Mass:BreitWignerShape 0
newdef Sigma(1660)+Mass:MaximumWeight 1.25193
newdef Sigma(1660)+Mass:NGenerate 100
newdef Sigma(1660)+Mass:WidthOption 0
newdef /Herwig/Particles/Sigmabar(1660)-:Mass_generator Sigma(1660)+Mass
newdef /Herwig/Particles/Sigma(1660)+:Mass_generator Sigma(1660)+Mass
#
create Herwig::GenericMassGenerator Lambda(1600)0Mass
newdef Lambda(1600)0Mass:Particle /Herwig/Particles/Lambda(1600)0
newdef Lambda(1600)0Mass:BreitWignerShape 0
newdef Lambda(1600)0Mass:MaximumWeight 1.52256
newdef Lambda(1600)0Mass:NGenerate 100
newdef Lambda(1600)0Mass:WidthOption 0
newdef /Herwig/Particles/Lambda(1600)0:Mass_generator Lambda(1600)0Mass
newdef /Herwig/Particles/Lambdabar(1600)0:Mass_generator Lambda(1600)0Mass
#
create Herwig::GenericMassGenerator Xi(1690)0Mass
newdef Xi(1690)0Mass:Particle /Herwig/Particles/Xi(1690)0
newdef Xi(1690)0Mass:BreitWignerShape 0
newdef Xi(1690)0Mass:MaximumWeight 1.39215
newdef Xi(1690)0Mass:NGenerate 100
newdef Xi(1690)0Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1690)0:Mass_generator Xi(1690)0Mass
newdef /Herwig/Particles/Xibar(1690)0:Mass_generator Xi(1690)0Mass
#
create Herwig::GenericMassGenerator Xi(1690)-Mass
newdef Xi(1690)-Mass:Particle /Herwig/Particles/Xi(1690)-
newdef Xi(1690)-Mass:BreitWignerShape 0
newdef Xi(1690)-Mass:MaximumWeight 1.37563
newdef Xi(1690)-Mass:NGenerate 100
newdef Xi(1690)-Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1690)-:Mass_generator Xi(1690)-Mass
newdef /Herwig/Particles/Xibar(1690)+:Mass_generator Xi(1690)-Mass
#
create Herwig::GenericMassGenerator Xi(1950)-Mass
newdef Xi(1950)-Mass:Particle /Herwig/Particles/Xi(1950)-
newdef Xi(1950)-Mass:BreitWignerShape 0
newdef Xi(1950)-Mass:MaximumWeight 1.08485
newdef Xi(1950)-Mass:NGenerate 100
newdef Xi(1950)-Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1950)-:Mass_generator Xi(1950)-Mass
newdef /Herwig/Particles/Xibar(1950)+:Mass_generator Xi(1950)-Mass
#
create Herwig::GenericMassGenerator Xi(1950)0Mass
newdef Xi(1950)0Mass:Particle /Herwig/Particles/Xi(1950)0
newdef Xi(1950)0Mass:BreitWignerShape 0
newdef Xi(1950)0Mass:MaximumWeight 1.08534
newdef Xi(1950)0Mass:NGenerate 100
newdef Xi(1950)0Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1950)0:Mass_generator Xi(1950)0Mass
newdef /Herwig/Particles/Xibar(1950)0:Mass_generator Xi(1950)0Mass
#
create Herwig::GenericMassGenerator Lambda(1670)0Mass
newdef Lambda(1670)0Mass:Particle /Herwig/Particles/Lambda(1670)0
newdef Lambda(1670)0Mass:BreitWignerShape 0
newdef Lambda(1670)0Mass:MaximumWeight 1.64537
newdef Lambda(1670)0Mass:NGenerate 100
newdef Lambda(1670)0Mass:WidthOption 0
newdef /Herwig/Particles/Lambda(1670)0:Mass_generator Lambda(1670)0Mass
newdef /Herwig/Particles/Lambdabar(1670)0:Mass_generator Lambda(1670)0Mass
#
create Herwig::GenericMassGenerator Sigma(1750)-Mass
newdef Sigma(1750)-Mass:Particle /Herwig/Particles/Sigma(1750)-
newdef Sigma(1750)-Mass:BreitWignerShape 0
newdef Sigma(1750)-Mass:MaximumWeight 4.47503
newdef Sigma(1750)-Mass:NGenerate 100
newdef Sigma(1750)-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1750)-:Mass_generator Sigma(1750)-Mass
newdef /Herwig/Particles/Sigmabar(1750)+:Mass_generator Sigma(1750)-Mass
#
create Herwig::GenericMassGenerator Sigma(1750)0Mass
newdef Sigma(1750)0Mass:Particle /Herwig/Particles/Sigma(1750)0
newdef Sigma(1750)0Mass:BreitWignerShape 0
newdef Sigma(1750)0Mass:MaximumWeight 4.09
newdef Sigma(1750)0Mass:NGenerate 100
newdef Sigma(1750)0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1750)0:Mass_generator Sigma(1750)0Mass
newdef /Herwig/Particles/Sigmabar(1750)0:Mass_generator Sigma(1750)0Mass
#
create Herwig::GenericMassGenerator Sigma(1750)+Mass
newdef Sigma(1750)+Mass:Particle /Herwig/Particles/Sigma(1750)+
newdef Sigma(1750)+Mass:BreitWignerShape 0
newdef Sigma(1750)+Mass:MaximumWeight 3.7098
newdef Sigma(1750)+Mass:NGenerate 100
newdef Sigma(1750)+Mass:WidthOption 0
newdef /Herwig/Particles/Sigmabar(1750)-:Mass_generator Sigma(1750)+Mass
newdef /Herwig/Particles/Sigma(1750)+:Mass_generator Sigma(1750)+Mass
#
create Herwig::GenericMassGenerator Delta-Mass
newdef Delta-Mass:Particle /Herwig/Particles/Delta-
newdef Delta-Mass:BreitWignerShape 0
newdef Delta-Mass:MaximumWeight 1.60348
newdef Delta-Mass:NGenerate 100
newdef Delta-Mass:WidthOption 0
newdef /Herwig/Particles/Delta-:Mass_generator Delta-Mass
newdef /Herwig/Particles/Deltabar+:Mass_generator Delta-Mass
#
create Herwig::GenericMassGenerator Delta++Mass
newdef Delta++Mass:Particle /Herwig/Particles/Delta++
newdef Delta++Mass:BreitWignerShape 0
newdef Delta++Mass:MaximumWeight 1.59686
newdef Delta++Mass:NGenerate 100
newdef Delta++Mass:WidthOption 0
newdef /Herwig/Particles/Delta++:Mass_generator Delta++Mass
newdef /Herwig/Particles/Deltabar--:Mass_generator Delta++Mass
#
create Herwig::GenericMassGenerator Sigma*-Mass
newdef Sigma*-Mass:Particle /Herwig/Particles/Sigma*-
newdef Sigma*-Mass:BreitWignerShape 0
newdef Sigma*-Mass:MaximumWeight 1.25525
newdef Sigma*-Mass:NGenerate 100
newdef Sigma*-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*-:Mass_generator Sigma*-Mass
newdef /Herwig/Particles/Sigma*bar+:Mass_generator Sigma*-Mass
#
create Herwig::GenericMassGenerator Sigma*0Mass
newdef Sigma*0Mass:Particle /Herwig/Particles/Sigma*0
newdef Sigma*0Mass:BreitWignerShape 0
newdef Sigma*0Mass:MaximumWeight 1.22803
newdef Sigma*0Mass:NGenerate 100
newdef Sigma*0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*0:Mass_generator Sigma*0Mass
newdef /Herwig/Particles/Sigma*bar0:Mass_generator Sigma*0Mass
#
create Herwig::GenericMassGenerator Sigma*+Mass
newdef Sigma*+Mass:Particle /Herwig/Particles/Sigma*+
newdef Sigma*+Mass:BreitWignerShape 0
newdef Sigma*+Mass:MaximumWeight 1.23799
newdef Sigma*+Mass:NGenerate 100
newdef Sigma*+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*+:Mass_generator Sigma*+Mass
newdef /Herwig/Particles/Sigma*bar-:Mass_generator Sigma*+Mass
#
create Herwig::GenericMassGenerator Xi*-Mass
newdef Xi*-Mass:Particle /Herwig/Particles/Xi*-
newdef Xi*-Mass:BreitWignerShape 0
newdef Xi*-Mass:MaximumWeight 1.07001
newdef Xi*-Mass:NGenerate 100
newdef Xi*-Mass:WidthOption 0
newdef /Herwig/Particles/Xi*-:Mass_generator Xi*-Mass
newdef /Herwig/Particles/Xi*bar+:Mass_generator Xi*-Mass
#
create Herwig::GenericMassGenerator Xi*0Mass
newdef Xi*0Mass:Particle /Herwig/Particles/Xi*0
newdef Xi*0Mass:BreitWignerShape 0
newdef Xi*0Mass:MaximumWeight 1.06997
newdef Xi*0Mass:NGenerate 100
newdef Xi*0Mass:WidthOption 0
newdef /Herwig/Particles/Xi*0:Mass_generator Xi*0Mass
newdef /Herwig/Particles/Xi*bar0:Mass_generator Xi*0Mass
#
create Herwig::GenericMassGenerator n(1440)0Mass
newdef n(1440)0Mass:Particle /Herwig/Particles/n(1440)0
newdef n(1440)0Mass:BreitWignerShape 0
newdef n(1440)0Mass:MaximumWeight 1.97368
newdef n(1440)0Mass:NGenerate 100
newdef n(1440)0Mass:WidthOption 0
newdef /Herwig/Particles/nbar(1440):Mass_generator n(1440)0Mass
newdef /Herwig/Particles/n(1440)0:Mass_generator n(1440)0Mass
#
create Herwig::GenericMassGenerator p(1440)+Mass
newdef p(1440)+Mass:Particle /Herwig/Particles/p(1440)+
newdef p(1440)+Mass:BreitWignerShape 0
newdef p(1440)+Mass:MaximumWeight 1.97418
newdef p(1440)+Mass:NGenerate 100
newdef p(1440)+Mass:WidthOption 0
newdef /Herwig/Particles/p(1440)+:Mass_generator p(1440)+Mass
newdef /Herwig/Particles/pbar(1440):Mass_generator p(1440)+Mass
#
create Herwig::GenericMassGenerator n(1535)0Mass
newdef n(1535)0Mass:Particle /Herwig/Particles/n(1535)0
newdef n(1535)0Mass:BreitWignerShape 0
newdef n(1535)0Mass:MaximumWeight 2.49438
newdef n(1535)0Mass:NGenerate 100
newdef n(1535)0Mass:WidthOption 0
newdef /Herwig/Particles/nbar(1535):Mass_generator n(1535)0Mass
newdef /Herwig/Particles/n(1535)0:Mass_generator n(1535)0Mass
#
create Herwig::GenericMassGenerator p(1535)+Mass
newdef p(1535)+Mass:Particle /Herwig/Particles/p(1535)+
newdef p(1535)+Mass:BreitWignerShape 0
newdef p(1535)+Mass:MaximumWeight 2.44019
newdef p(1535)+Mass:NGenerate 100
newdef p(1535)+Mass:WidthOption 0
newdef /Herwig/Particles/p(1535)+:Mass_generator p(1535)+Mass
newdef /Herwig/Particles/pbar(1535):Mass_generator p(1535)+Mass
#
create Herwig::GenericMassGenerator p(1520)+Mass
newdef p(1520)+Mass:Particle /Herwig/Particles/p(1520)+
newdef p(1520)+Mass:BreitWignerShape 0
newdef p(1520)+Mass:MaximumWeight 1.27705
newdef p(1520)+Mass:NGenerate 100
newdef p(1520)+Mass:WidthOption 0
newdef /Herwig/Particles/pbar(1520)-:Mass_generator p(1520)+Mass
newdef /Herwig/Particles/p(1520)+:Mass_generator p(1520)+Mass
#
create Herwig::GenericMassGenerator n(1520)0Mass
newdef n(1520)0Mass:Particle /Herwig/Particles/n(1520)0
newdef n(1520)0Mass:BreitWignerShape 0
newdef n(1520)0Mass:MaximumWeight 1.27659
newdef n(1520)0Mass:NGenerate 100
newdef n(1520)0Mass:WidthOption 0
newdef /Herwig/Particles/n(1520)0:Mass_generator n(1520)0Mass
newdef /Herwig/Particles/nbar(1520)0:Mass_generator n(1520)0Mass
#
create Herwig::GenericMassGenerator Delta+Mass
newdef Delta+Mass:Particle /Herwig/Particles/Delta+
newdef Delta+Mass:BreitWignerShape 0
newdef Delta+Mass:MaximumWeight 1.58661
newdef Delta+Mass:NGenerate 100
newdef Delta+Mass:WidthOption 0
newdef /Herwig/Particles/Delta+:Mass_generator Delta+Mass
newdef /Herwig/Particles/Deltabar-:Mass_generator Delta+Mass
#
create Herwig::GenericMassGenerator Delta0Mass
newdef Delta0Mass:Particle /Herwig/Particles/Delta0
newdef Delta0Mass:BreitWignerShape 0
newdef Delta0Mass:MaximumWeight 1.58872
newdef Delta0Mass:NGenerate 100
newdef Delta0Mass:WidthOption 0
newdef /Herwig/Particles/Delta0:Mass_generator Delta0Mass
newdef /Herwig/Particles/Deltabar0:Mass_generator Delta0Mass
#
create Herwig::GenericMassGenerator Lambda(1690)0Mass
newdef Lambda(1690)0Mass:Particle /Herwig/Particles/Lambda(1690)0
newdef Lambda(1690)0Mass:BreitWignerShape 0
newdef Lambda(1690)0Mass:MaximumWeight 1.0242
newdef Lambda(1690)0Mass:NGenerate 100
newdef Lambda(1690)0Mass:WidthOption 0
newdef /Herwig/Particles/Lambda(1690)0:Mass_generator Lambda(1690)0Mass
newdef /Herwig/Particles/Lambdabar(1690)0:Mass_generator Lambda(1690)0Mass
#
create Herwig::GenericMassGenerator Sigma(1670)+Mass
newdef Sigma(1670)+Mass:Particle /Herwig/Particles/Sigma(1670)+
newdef Sigma(1670)+Mass:BreitWignerShape 0
newdef Sigma(1670)+Mass:MaximumWeight 1.1161
newdef Sigma(1670)+Mass:NGenerate 100
newdef Sigma(1670)+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1670)+:Mass_generator Sigma(1670)+Mass
newdef /Herwig/Particles/Sigmabar(1670)-:Mass_generator Sigma(1670)+Mass
#
create Herwig::GenericMassGenerator Sigma(1670)0Mass
newdef Sigma(1670)0Mass:Particle /Herwig/Particles/Sigma(1670)0
newdef Sigma(1670)0Mass:BreitWignerShape 0
newdef Sigma(1670)0Mass:MaximumWeight 1.11718
newdef Sigma(1670)0Mass:NGenerate 100
newdef Sigma(1670)0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1670)0:Mass_generator Sigma(1670)0Mass
newdef /Herwig/Particles/Sigmabar(1670)0:Mass_generator Sigma(1670)0Mass
#
create Herwig::GenericMassGenerator Sigma(1670)-Mass
newdef Sigma(1670)-Mass:Particle /Herwig/Particles/Sigma(1670)-
newdef Sigma(1670)-Mass:BreitWignerShape 0
newdef Sigma(1670)-Mass:MaximumWeight 1.11731
newdef Sigma(1670)-Mass:NGenerate 100
newdef Sigma(1670)-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma(1670)-:Mass_generator Sigma(1670)-Mass
newdef /Herwig/Particles/Sigmabar(1670)+:Mass_generator Sigma(1670)-Mass
#
create Herwig::GenericMassGenerator Xi(1820)0Mass
newdef Xi(1820)0Mass:Particle /Herwig/Particles/Xi(1820)0
newdef Xi(1820)0Mass:BreitWignerShape 0
newdef Xi(1820)0Mass:MaximumWeight 1.04511
newdef Xi(1820)0Mass:NGenerate 100
newdef Xi(1820)0Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1820)0:Mass_generator Xi(1820)0Mass
newdef /Herwig/Particles/Xibar(1820)0:Mass_generator Xi(1820)0Mass
#
create Herwig::GenericMassGenerator Xi(1820)-Mass
newdef Xi(1820)-Mass:Particle /Herwig/Particles/Xi(1820)-
newdef Xi(1820)-Mass:BreitWignerShape 0
newdef Xi(1820)-Mass:MaximumWeight 1.04486
newdef Xi(1820)-Mass:NGenerate 100
newdef Xi(1820)-Mass:WidthOption 0
newdef /Herwig/Particles/Xi(1820)-:Mass_generator Xi(1820)-Mass
newdef /Herwig/Particles/Xibar(1820)+:Mass_generator Xi(1820)-Mass
#
create Herwig::GenericMassGenerator Lambda(1405)0Mass
newdef Lambda(1405)0Mass:Particle /Herwig/Particles/Lambda(1405)0
newdef Lambda(1405)0Mass:BreitWignerShape 0
newdef Lambda(1405)0Mass:MaximumWeight 1.24865
newdef Lambda(1405)0Mass:NGenerate 100
newdef Lambda(1405)0Mass:WidthOption 0
newdef /Herwig/Particles/Lambda(1405)0:Mass_generator Lambda(1405)0Mass
newdef /Herwig/Particles/Lambdabar(1405)0:Mass_generator Lambda(1405)0Mass
#
create Herwig::GenericMassGenerator Lambda(1520)0Mass
newdef Lambda(1520)0Mass:Particle /Herwig/Particles/Lambda(1520)0
newdef Lambda(1520)0Mass:BreitWignerShape 0
newdef Lambda(1520)0Mass:MaximumWeight 1.11507
newdef Lambda(1520)0Mass:NGenerate 100
newdef Lambda(1520)0Mass:WidthOption 0
newdef /Herwig/Particles/Lambda(1520)0:Mass_generator Lambda(1520)0Mass
newdef /Herwig/Particles/Lambdabar(1520)0:Mass_generator Lambda(1520)0Mass
#
create Herwig::GenericMassGenerator Sigma_c++Mass
newdef Sigma_c++Mass:Particle /Herwig/Particles/Sigma_c++
newdef Sigma_c++Mass:BreitWignerShape 0
newdef Sigma_c++Mass:MaximumWeight 1.03189
newdef Sigma_c++Mass:NGenerate 100
newdef Sigma_c++Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_c++:Mass_generator Sigma_c++Mass
newdef /Herwig/Particles/Sigmabar_c--:Mass_generator Sigma_c++Mass
#
create Herwig::GenericMassGenerator Sigma_c+Mass
newdef Sigma_c+Mass:Particle /Herwig/Particles/Sigma_c+
newdef Sigma_c+Mass:BreitWignerShape 0
newdef Sigma_c+Mass:MaximumWeight 1.02536
newdef Sigma_c+Mass:NGenerate 100
newdef Sigma_c+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_c+:Mass_generator Sigma_c+Mass
newdef /Herwig/Particles/Sigmabar_c-:Mass_generator Sigma_c+Mass
#
create Herwig::GenericMassGenerator Sigma_c0Mass
newdef Sigma_c0Mass:Particle /Herwig/Particles/Sigma_c0
newdef Sigma_c0Mass:BreitWignerShape 0
newdef Sigma_c0Mass:MaximumWeight 1.03157
newdef Sigma_c0Mass:NGenerate 100
newdef Sigma_c0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_c0:Mass_generator Sigma_c0Mass
newdef /Herwig/Particles/Sigmabar_c0:Mass_generator Sigma_c0Mass
#
create Herwig::GenericMassGenerator Sigma*_c++Mass
newdef Sigma*_c++Mass:Particle /Herwig/Particles/Sigma*_c++
newdef Sigma*_c++Mass:BreitWignerShape 0
newdef Sigma*_c++Mass:MaximumWeight 1.07934
newdef Sigma*_c++Mass:NGenerate 100
newdef Sigma*_c++Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*_c++:Mass_generator Sigma*_c++Mass
newdef /Herwig/Particles/Sigmabar*_c--:Mass_generator Sigma*_c++Mass
#
create Herwig::GenericMassGenerator Sigma*_c+Mass
newdef Sigma*_c+Mass:Particle /Herwig/Particles/Sigma*_c+
newdef Sigma*_c+Mass:BreitWignerShape 0
newdef Sigma*_c+Mass:MaximumWeight 1.0884
newdef Sigma*_c+Mass:NGenerate 100
newdef Sigma*_c+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*_c+:Mass_generator Sigma*_c+Mass
newdef /Herwig/Particles/Sigmabar*_c-:Mass_generator Sigma*_c+Mass
#
create Herwig::GenericMassGenerator Sigma*_c0Mass
newdef Sigma*_c0Mass:Particle /Herwig/Particles/Sigma*_c0
newdef Sigma*_c0Mass:BreitWignerShape 0
newdef Sigma*_c0Mass:MaximumWeight 1.09369
newdef Sigma*_c0Mass:NGenerate 100
newdef Sigma*_c0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma*_c0:Mass_generator Sigma*_c0Mass
newdef /Herwig/Particles/Sigmabar*_c0:Mass_generator Sigma*_c0Mass
#
create Herwig::GenericMassGenerator Sigma_b+Mass
newdef Sigma_b+Mass:Particle /Herwig/Particles/Sigma_b+
newdef Sigma_b+Mass:BreitWignerShape 0
newdef Sigma_b+Mass:MaximumWeight 1.05901
newdef Sigma_b+Mass:NGenerate 100
newdef Sigma_b+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_b+:Mass_generator Sigma_b+Mass
newdef /Herwig/Particles/Sigma_bbar-:Mass_generator Sigma_b+Mass
#
create Herwig::GenericMassGenerator Sigma_b0Mass
newdef Sigma_b0Mass:Particle /Herwig/Particles/Sigma_b0
newdef Sigma_b0Mass:BreitWignerShape 0
newdef Sigma_b0Mass:MaximumWeight 1.0726
newdef Sigma_b0Mass:NGenerate 100
newdef Sigma_b0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_bbar0:Mass_generator Sigma_b0Mass
newdef /Herwig/Particles/Sigma_b0:Mass_generator Sigma_b0Mass
#
create Herwig::GenericMassGenerator Sigma_b-Mass
newdef Sigma_b-Mass:Particle /Herwig/Particles/Sigma_b-
newdef Sigma_b-Mass:BreitWignerShape 0
newdef Sigma_b-Mass:MaximumWeight 1.07594
newdef Sigma_b-Mass:NGenerate 100
newdef Sigma_b-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_b-:Mass_generator Sigma_b-Mass
newdef /Herwig/Particles/Sigma_bbar+:Mass_generator Sigma_b-Mass
#
create Herwig::GenericMassGenerator Sigma*_b+Mass
newdef Sigma*_b+Mass:Particle /Herwig/Particles/Sigma_b*+
newdef Sigma*_b+Mass:BreitWignerShape 0
newdef Sigma*_b+Mass:MaximumWeight 1.10853
newdef Sigma*_b+Mass:NGenerate 100
newdef Sigma*_b+Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_b*+:Mass_generator Sigma*_b+Mass
newdef /Herwig/Particles/Sigma_b*bar-:Mass_generator Sigma*_b+Mass
#
create Herwig::GenericMassGenerator Sigma*_b0Mass
newdef Sigma*_b0Mass:Particle /Herwig/Particles/Sigma_b*0
newdef Sigma*_b0Mass:BreitWignerShape 0
newdef Sigma*_b0Mass:MaximumWeight 1.12129
newdef Sigma*_b0Mass:NGenerate 100
newdef Sigma*_b0Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_b*bar0:Mass_generator Sigma*_b0Mass
newdef /Herwig/Particles/Sigma_b*0:Mass_generator Sigma*_b0Mass
#
create Herwig::GenericMassGenerator Sigma*_b-Mass
newdef Sigma*_b-Mass:Particle /Herwig/Particles/Sigma_b*-
newdef Sigma*_b-Mass:BreitWignerShape 0
newdef Sigma*_b-Mass:MaximumWeight 1.12506
newdef Sigma*_b-Mass:NGenerate 100
newdef Sigma*_b-Mass:WidthOption 0
newdef /Herwig/Particles/Sigma_b*-:Mass_generator Sigma*_b-Mass
newdef /Herwig/Particles/Sigma_b*bar+:Mass_generator Sigma*_b-Mass
#
create Herwig::GenericMassGenerator Xi'_c+Mass
newdef Xi'_c+Mass:Particle /Herwig/Particles/Xi'_c+
newdef Xi'_c+Mass:BreitWignerShape 0
newdef Xi'_c+Mass:MaximumWeight 0.968365
newdef Xi'_c+Mass:NGenerate 100
newdef Xi'_c+Mass:WidthOption 0
newdef /Herwig/Particles/Xi'_c+:Mass_generator Xi'_c+Mass
newdef /Herwig/Particles/Xi'_cbar-:Mass_generator Xi'_c+Mass
#
create Herwig::GenericMassGenerator Xi'_c0Mass
newdef Xi'_c0Mass:Particle /Herwig/Particles/Xi'_c0
newdef Xi'_c0Mass:BreitWignerShape 0
newdef Xi'_c0Mass:MaximumWeight 0.968198
newdef Xi'_c0Mass:NGenerate 100
newdef Xi'_c0Mass:WidthOption 0
newdef /Herwig/Particles/Xi'_c0:Mass_generator Xi'_c0Mass
newdef /Herwig/Particles/Xi'_cbar0:Mass_generator Xi'_c0Mass
#
create Herwig::GenericMassGenerator Xi'_b0Mass
newdef Xi'_b0Mass:Particle /Herwig/Particles/Xi_b'0
newdef /Herwig/Masses/Xi'_b0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi'_b0Mass:MaximumWeight 0.968197
newdef /Herwig/Masses/Xi'_b0Mass:NGenerate 100
newdef /Herwig/Masses/Xi'_b0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b'bar0:Mass_generator Xi'_b0Mass
newdef /Herwig/Particles/Xi_b'0:Mass_generator Xi'_b0Mass
#
create Herwig::GenericMassGenerator Xi'_b-Mass
newdef Xi'_b-Mass:Particle /Herwig/Particles/Xi_b'-
newdef /Herwig/Masses/Xi'_b-Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi'_b-Mass:MaximumWeight 0.968201
newdef /Herwig/Masses/Xi'_b-Mass:NGenerate 100
newdef /Herwig/Masses/Xi'_b-Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b'-:Mass_generator Xi'_b-Mass
newdef /Herwig/Particles/Xi_b'bar+:Mass_generator Xi'_b-Mass
#
create Herwig::GenericMassGenerator Xi*_c+Mass
newdef Xi*_c+Mass:Particle /Herwig/Particles/Xi_c*+
newdef Xi*_c+Mass:BreitWignerShape 0
newdef Xi*_c+Mass:MaximumWeight 1.03241
newdef Xi*_c+Mass:NGenerate 100
newdef Xi*_c+Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c*+:Mass_generator Xi*_c+Mass
newdef /Herwig/Particles/Xi_c*bar-:Mass_generator Xi*_c+Mass
#
create Herwig::GenericMassGenerator Xi*_c0Mass
newdef Xi*_c0Mass:Particle /Herwig/Particles/Xi_c*0
newdef Xi*_c0Mass:BreitWignerShape 0
newdef Xi*_c0Mass:MaximumWeight 1.03114
newdef Xi*_c0Mass:NGenerate 100
newdef Xi*_c0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c*bar0:Mass_generator Xi*_c0Mass
newdef /Herwig/Particles/Xi_c*0:Mass_generator Xi*_c0Mass
#
create Herwig::GenericMassGenerator Xi*_b0Mass
newdef Xi*_b0Mass:Particle /Herwig/Particles/Xi_b*0
newdef Xi*_b0Mass:BreitWignerShape 0
newdef Xi*_b0Mass:MaximumWeight 1.04382
newdef Xi*_b0Mass:NGenerate 100
newdef Xi*_b0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b*bar0:Mass_generator Xi*_b0Mass
newdef /Herwig/Particles/Xi_b*0:Mass_generator Xi*_b0Mass
#
create Herwig::GenericMassGenerator Xi*_b-Mass
newdef Xi*_b-Mass:Particle /Herwig/Particles/Xi_b*-
newdef Xi*_b-Mass:BreitWignerShape 0
newdef Xi*_b-Mass:MaximumWeight 1.04232
newdef Xi*_b-Mass:NGenerate 100
newdef Xi*_b-Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b*-:Mass_generator Xi*_b-Mass
newdef /Herwig/Particles/Xi_b*bar+:Mass_generator Xi*_b-Mass
#
create Herwig::GenericMassGenerator Lambda'_cMass
newdef Lambda'_cMass:Particle /Herwig/Particles/Lambda_c(2593)+
newdef Lambda'_cMass:BreitWignerShape 0
newdef Lambda'_cMass:MaximumWeight 1.25388
newdef Lambda'_cMass:NGenerate 100
newdef Lambda'_cMass:WidthOption 0
newdef /Herwig/Particles/Lambda_c(2593)+:Mass_generator Lambda'_cMass
newdef /Herwig/Particles/Lambda_c(2593)bar-:Mass_generator Lambda'_cMass
#
create Herwig::GenericMassGenerator Lambda*_cMass
newdef Lambda*_cMass:Particle /Herwig/Particles/Lambda_c(2625)+
newdef Lambda*_cMass:BreitWignerShape 0
newdef Lambda*_cMass:MaximumWeight 0.936816
newdef Lambda*_cMass:NGenerate 100
newdef Lambda*_cMass:WidthOption 0
newdef /Herwig/Particles/Lambda_c(2625)+:Mass_generator Lambda*_cMass
newdef /Herwig/Particles/Lambda_c(2625)bar-:Mass_generator Lambda*_cMass
#
create Herwig::GenericMassGenerator Lambda'_bMass
newdef Lambda'_bMass:Particle /Herwig/Particles/Lambda_b10
newdef /Herwig/Masses/Lambda'_bMass:BreitWignerShape 0
newdef /Herwig/Masses/Lambda'_bMass:MaximumWeight 0.997155
newdef /Herwig/Masses/Lambda'_bMass:NGenerate 100
newdef /Herwig/Masses/Lambda'_bMass:WidthOption 0
newdef /Herwig/Particles/Lambda_b1bar0:Mass_generator Lambda'_bMass
newdef /Herwig/Particles/Lambda_b10:Mass_generator Lambda'_bMass
#
create Herwig::GenericMassGenerator Lambda*_bMass
newdef Lambda*_bMass:Particle /Herwig/Particles/Lambda_b1*0
newdef Lambda*_bMass:BreitWignerShape 0
newdef Lambda*_bMass:MaximumWeight 0.968317
newdef Lambda*_bMass:NGenerate 100
newdef Lambda*_bMass:WidthOption 0
newdef /Herwig/Particles/Lambda_b1*0:Mass_generator Lambda*_bMass
newdef /Herwig/Particles/Lambda_b1*bar0:Mass_generator Lambda*_bMass
#
create Herwig::GenericMassGenerator Omega_c*0Mass
newdef Omega_c*0Mass:Particle /Herwig/Particles/Omega_c*0
newdef Omega_c*0Mass:BreitWignerShape 0
newdef Omega_c*0Mass:MaximumWeight 0.969009
newdef Omega_c*0Mass:NGenerate 100
newdef Omega_c*0Mass:WidthOption 0
newdef /Herwig/Particles/Omega_c*0:Mass_generator Omega_c*0Mass
newdef /Herwig/Particles/Omega_c*bar0:Mass_generator Omega_c*0Mass
#
create Herwig::GenericMassGenerator Omega_b*-Mass
newdef Omega_b*-Mass:Particle /Herwig/Particles/Omega_b*-
newdef Omega_b*-Mass:BreitWignerShape 0
newdef Omega_b*-Mass:MaximumWeight 0.968299
newdef Omega_b*-Mass:NGenerate 100
newdef Omega_b*-Mass:WidthOption 0
newdef /Herwig/Particles/Omega_b*bar+:Mass_generator Omega_b*-Mass
newdef /Herwig/Particles/Omega_b*-:Mass_generator Omega_b*-Mass
#
create Herwig::GenericMassGenerator Xi_c1+Mass
newdef Xi_c1+Mass:Particle /Herwig/Particles/Xi_c(2790)+
newdef Xi_c1+Mass:BreitWignerShape 0
newdef Xi_c1+Mass:MaximumWeight 0.972612
newdef Xi_c1+Mass:NGenerate 100
newdef Xi_c1+Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c(2790)+:Mass_generator Xi_c1+Mass
newdef /Herwig/Particles/Xi_c(2790)bar-:Mass_generator Xi_c1+Mass
#
create Herwig::GenericMassGenerator Xi_c10Mass
newdef Xi_c10Mass:Particle /Herwig/Particles/Xi_c(2790)0
newdef Xi_c10Mass:BreitWignerShape 0
newdef Xi_c10Mass:MaximumWeight 0.972432
newdef Xi_c10Mass:NGenerate 100
newdef Xi_c10Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c(2790)0:Mass_generator Xi_c10Mass
newdef /Herwig/Particles/Xi_c(2790)bar0:Mass_generator Xi_c10Mass
#
create Herwig::GenericMassGenerator Xi_c1*0Mass
newdef Xi_c1*0Mass:Particle /Herwig/Particles/Xi_c(2815)0
newdef Xi_c1*0Mass:BreitWignerShape 0
newdef Xi_c1*0Mass:MaximumWeight 0.982198
newdef Xi_c1*0Mass:NGenerate 100
newdef Xi_c1*0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c(2815)0:Mass_generator Xi_c1*0Mass
newdef /Herwig/Particles/Xi_c(2815)bar0:Mass_generator Xi_c1*0Mass
#
create Herwig::GenericMassGenerator Xi_c1*+Mass
newdef Xi_c1*+Mass:Particle /Herwig/Particles/Xi_c(2815)+
newdef Xi_c1*+Mass:BreitWignerShape 0
newdef Xi_c1*+Mass:MaximumWeight 0.982659
newdef Xi_c1*+Mass:NGenerate 100
newdef Xi_c1*+Mass:WidthOption 0
newdef /Herwig/Particles/Xi_c(2815)+:Mass_generator Xi_c1*+Mass
newdef /Herwig/Particles/Xi_c(2815)bar-:Mass_generator Xi_c1*+Mass
#
create Herwig::GenericMassGenerator Xi_b1*0Mass
newdef Xi_b1*0Mass:Particle /Herwig/Particles/Xi_b1*0
newdef /Herwig/Masses/Xi_b1*0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_b1*0Mass:MaximumWeight 0.968275
newdef /Herwig/Masses/Xi_b1*0Mass:NGenerate 100
newdef /Herwig/Masses/Xi_b1*0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b1*0:Mass_generator Xi_b1*0Mass
newdef /Herwig/Particles/Xi_b1*bar0:Mass_generator Xi_b1*0Mass
#
create Herwig::GenericMassGenerator Xi_b1*-Mass
newdef Xi_b1*-Mass:Particle /Herwig/Particles/Xi_b1*-
newdef /Herwig/Masses/Xi_b1*-Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_b1*-Mass:MaximumWeight 0.968275
newdef /Herwig/Masses/Xi_b1*-Mass:NGenerate 100
newdef /Herwig/Masses/Xi_b1*-Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b1*-:Mass_generator Xi_b1*-Mass
newdef /Herwig/Particles/Xi_b1*bar+:Mass_generator Xi_b1*-Mass
#
create Herwig::GenericMassGenerator Xi_b1-Mass
newdef Xi_b1-Mass:Particle /Herwig/Particles/Xi_b1-
newdef Xi_b1-Mass:BreitWignerShape 0
newdef Xi_b1-Mass:MaximumWeight 0.973502
newdef Xi_b1-Mass:NGenerate 100
newdef Xi_b1-Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b1-:Mass_generator Xi_b1-Mass
newdef /Herwig/Particles/Xi_b1bar+:Mass_generator Xi_b1-Mass
#
create Herwig::GenericMassGenerator Xi_b10Mass
newdef Xi_b10Mass:Particle /Herwig/Particles/Xi_b10
newdef Xi_b10Mass:BreitWignerShape 0
newdef Xi_b10Mass:MaximumWeight 0.973726
newdef Xi_b10Mass:NGenerate 100
newdef Xi_b10Mass:WidthOption 0
newdef /Herwig/Particles/Xi_b1bar0:Mass_generator Xi_b10Mass
newdef /Herwig/Particles/Xi_b10:Mass_generator Xi_b10Mass
#
create Herwig::GenericMassGenerator f0(1500)Mass
newdef f0(1500)Mass:Particle /Herwig/Particles/f_0(1500)
newdef /Herwig/Masses/f0(1500)Mass:BreitWignerShape 0
newdef /Herwig/Masses/f0(1500)Mass:MaximumWeight 0.92811
newdef /Herwig/Masses/f0(1500)Mass:NGenerate 100
newdef /Herwig/Masses/f0(1500)Mass:WidthOption 0
newdef /Herwig/Particles/f_0(1500):Mass_generator f0(1500)Mass
#
create Herwig::GenericMassGenerator rho_30Mass
newdef rho_30Mass:Particle /Herwig/Particles/rho_30
newdef /Herwig/Masses/rho_30Mass:BreitWignerShape 0
newdef /Herwig/Masses/rho_30Mass:MaximumWeight 0.956393
newdef /Herwig/Masses/rho_30Mass:NGenerate 100
newdef /Herwig/Masses/rho_30Mass:WidthOption 0
newdef /Herwig/Particles/rho_30:Mass_generator rho_30Mass
#
create Herwig::GenericMassGenerator rho_3+Mass
newdef rho_3+Mass:Particle /Herwig/Particles/rho_3+
newdef /Herwig/Masses/rho_3+Mass:BreitWignerShape 0
newdef /Herwig/Masses/rho_3+Mass:MaximumWeight 0.956393
newdef /Herwig/Masses/rho_3+Mass:NGenerate 100
newdef /Herwig/Masses/rho_3+Mass:WidthOption 0
newdef /Herwig/Particles/rho_3+:Mass_generator rho_3+Mass
newdef /Herwig/Particles/rho_3-:Mass_generator rho_3+Mass
#
create Herwig::GenericMassGenerator omega_3Mass
newdef omega_3Mass:Particle /Herwig/Particles/omega_3
newdef /Herwig/Masses/omega_3Mass:BreitWignerShape 0
newdef /Herwig/Masses/omega_3Mass:MaximumWeight 0.887309
newdef /Herwig/Masses/omega_3Mass:NGenerate 100
newdef /Herwig/Masses/omega_3Mass:WidthOption 0
newdef /Herwig/Particles/omega_3:Mass_generator omega_3Mass
#
create Herwig::GenericMassGenerator phi_3Mass
newdef phi_3Mass:Particle /Herwig/Particles/phi_3
newdef /Herwig/Masses/phi_3Mass:BreitWignerShape 0
newdef /Herwig/Masses/phi_3Mass:MaximumWeight 0.95816
newdef /Herwig/Masses/phi_3Mass:NGenerate 100
newdef /Herwig/Masses/phi_3Mass:WidthOption 0
newdef /Herwig/Particles/phi_3:Mass_generator phi_3Mass
#
create Herwig::GenericMassGenerator pi_20Mass
newdef pi_20Mass:Particle /Herwig/Particles/pi_20
newdef /Herwig/Masses/pi_20Mass:BreitWignerShape 0
newdef /Herwig/Masses/pi_20Mass:MaximumWeight 0.762493
newdef /Herwig/Masses/pi_20Mass:NGenerate 100
newdef /Herwig/Masses/pi_20Mass:WidthOption 0
newdef /Herwig/Particles/pi_20:Mass_generator pi_20Mass
#
create Herwig::GenericMassGenerator pi_2+Mass
newdef pi_2+Mass:Particle /Herwig/Particles/pi_2+
newdef /Herwig/Masses/pi_2+Mass:BreitWignerShape 0
newdef /Herwig/Masses/pi_2+Mass:MaximumWeight 0.762493
newdef /Herwig/Masses/pi_2+Mass:NGenerate 100
newdef /Herwig/Masses/pi_2+Mass:WidthOption 0
newdef /Herwig/Particles/pi_2+:Mass_generator pi_2+Mass
newdef /Herwig/Particles/pi_2-:Mass_generator pi_2+Mass
#
create Herwig::GenericMassGenerator eta_2Mass
newdef eta_2Mass:Particle /Herwig/Particles/eta_2
newdef /Herwig/Masses/eta_2Mass:BreitWignerShape 0
newdef /Herwig/Masses/eta_2Mass:MaximumWeight 0.892191
newdef /Herwig/Masses/eta_2Mass:NGenerate 100
newdef /Herwig/Masses/eta_2Mass:WidthOption 0
newdef /Herwig/Particles/eta_2:Mass_generator eta_2Mass
#
create Herwig::GenericMassGenerator eta'_2Mass
newdef eta'_2Mass:Particle /Herwig/Particles/eta'_2
newdef /Herwig/Masses/eta'_2Mass:BreitWignerShape 0
newdef /Herwig/Masses/eta'_2Mass:MaximumWeight 0.749869
newdef /Herwig/Masses/eta'_2Mass:NGenerate 100
newdef /Herwig/Masses/eta'_2Mass:WidthOption 0
newdef /Herwig/Particles/eta'_2:Mass_generator eta'_2Mass
#
create Herwig::GenericMassGenerator Upsilon_2(1D)mass
newdef Upsilon_2(1D)mass:Particle /Herwig/Particles/Upsilon_2(1D)
newdef /Herwig/Masses/Upsilon_2(1D)mass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon_2(1D)mass:MaximumWeight 0.968197
newdef /Herwig/Masses/Upsilon_2(1D)mass:NGenerate 100
newdef /Herwig/Masses/Upsilon_2(1D)mass:WidthOption 0
newdef /Herwig/Particles/Upsilon_2(1D):Mass_generator Upsilon_2(1D)mass
#
create Herwig::GenericMassGenerator Upsilon_3(1D)mass
newdef Upsilon_3(1D)mass:Particle /Herwig/Particles/Upsilon_3(1D)
newdef /Herwig/Masses/Upsilon_3(1D)mass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon_3(1D)mass:MaximumWeight 0.968197
newdef /Herwig/Masses/Upsilon_3(1D)mass:NGenerate 100
newdef /Herwig/Masses/Upsilon_3(1D)mass:WidthOption 0
newdef /Herwig/Particles/Upsilon_3(1D):Mass_generator Upsilon_3(1D)mass
#
create Herwig::GenericMassGenerator Upsilon_1(2D)Mass
newdef Upsilon_1(2D)Mass:Particle /Herwig/Particles/Upsilon_1(2D)
newdef /Herwig/Masses/Upsilon_1(2D)Mass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon_1(2D)Mass:MaximumWeight 0.968197
newdef /Herwig/Masses/Upsilon_1(2D)Mass:NGenerate 100
newdef /Herwig/Masses/Upsilon_1(2D)Mass:WidthOption 0
newdef /Herwig/Particles/Upsilon_1(2D):Mass_generator Upsilon_1(2D)Mass
#
create Herwig::GenericMassGenerator Upsilon_2(2D)Mass
newdef Upsilon_2(2D)Mass:Particle /Herwig/Particles/Upsilon_2(2D)
newdef Upsilon_2(2D)Mass:BreitWignerShape 0
newdef Upsilon_2(2D)Mass:MaximumWeight 0.968197
newdef Upsilon_2(2D)Mass:NGenerate 100
newdef /Herwig/Particles/Upsilon_2(2D):Mass_generator Upsilon_2(2D)Mass
#
create Herwig::GenericMassGenerator Upsilon_3(2D)Mass
newdef Upsilon_3(2D)Mass:Particle /Herwig/Particles/Upsilon_3(2D)
newdef Upsilon_3(2D)Mass:BreitWignerShape 0
newdef Upsilon_3(2D)Mass:MaximumWeight 0.968196
newdef Upsilon_3(2D)Mass:NGenerate 100
newdef /Herwig/Particles/Upsilon_3(2D):Mass_generator Upsilon_3(2D)Mass
#
create Herwig::GenericMassGenerator chi_b03PMass
newdef chi_b03PMass:Particle /Herwig/Particles/chi_b0(3P)
newdef /Herwig/Masses/chi_b03PMass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b03PMass:MaximumWeight 0.968228
newdef /Herwig/Masses/chi_b03PMass:NGenerate 100
newdef /Herwig/Masses/chi_b03PMass:WidthOption 0
newdef /Herwig/Particles/chi_b0(3P):Mass_generator chi_b03PMass
#
create Herwig::GenericMassGenerator chi_b13PMass
newdef chi_b13PMass:Particle /Herwig/Particles/chi_b1(3P)
newdef /Herwig/Masses/chi_b13PMass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b13PMass:MaximumWeight 0.968199
newdef /Herwig/Masses/chi_b13PMass:NGenerate 100
newdef /Herwig/Masses/chi_b13PMass:WidthOption 0
newdef /Herwig/Particles/chi_b1(3P):Mass_generator chi_b13PMass
#
create Herwig::GenericMassGenerator chi_b23PMass
newdef chi_b23PMass:Particle /Herwig/Particles/chi_b2(3P)
newdef /Herwig/Masses/chi_b23PMass:BreitWignerShape 0
newdef /Herwig/Masses/chi_b23PMass:MaximumWeight 0.968202
newdef /Herwig/Masses/chi_b23PMass:NGenerate 100
newdef /Herwig/Masses/chi_b23PMass:WidthOption 0
newdef /Herwig/Particles/chi_b2(3P):Mass_generator chi_b23PMass
#
create Herwig::GenericMassGenerator eta_b(3S)Mass
newdef eta_b(3S)Mass:Particle /Herwig/Particles/eta_b(3S)
newdef /Herwig/Masses/eta_b(3S)Mass:BreitWignerShape 0
newdef /Herwig/Masses/eta_b(3S)Mass:MaximumWeight 0.968322
newdef /Herwig/Masses/eta_b(3S)Mass:NGenerate 100
newdef /Herwig/Masses/eta_b(3S)Mass:WidthOption 0
newdef /Herwig/Particles/eta_b(3S):Mass_generator eta_b(3S)Mass
#
create Herwig::GenericMassGenerator h_b(2P)Mass
newdef h_b(2P)Mass:Particle /Herwig/Particles/h_b(2P)
newdef /Herwig/Masses/h_b(2P)Mass:BreitWignerShape 0
newdef /Herwig/Masses/h_b(2P)Mass:MaximumWeight 0.968199
newdef /Herwig/Masses/h_b(2P)Mass:NGenerate 100
newdef /Herwig/Masses/h_b(2P)Mass:WidthOption 0
newdef /Herwig/Particles/h_b(2P):Mass_generator h_b(2P)Mass
#
create Herwig::GenericMassGenerator eta_b2(1D)Mass
newdef eta_b2(1D)Mass:Particle /Herwig/Particles/eta_b2
newdef /Herwig/Masses/eta_b2(1D)Mass:BreitWignerShape 0
newdef /Herwig/Masses/eta_b2(1D)Mass:MaximumWeight 0.968197
newdef /Herwig/Masses/eta_b2(1D)Mass:NGenerate 100
newdef /Herwig/Masses/eta_b2(1D)Mass:WidthOption 0
newdef /Herwig/Particles/eta_b2:Mass_generator eta_b2(1D)Mass
#
create Herwig::GenericMassGenerator K_3+Mass
newdef K_3+Mass:Particle /Herwig/Particles/K_3*+
newdef /Herwig/Masses/K_3+Mass:BreitWignerShape 0
newdef /Herwig/Masses/K_3+Mass:MaximumWeight 0.933971
newdef /Herwig/Masses/K_3+Mass:NGenerate 100
newdef /Herwig/Masses/K_3+Mass:WidthOption 0
newdef /Herwig/Particles/K_3*+:Mass_generator K_3+Mass
newdef /Herwig/Particles/K_3*-:Mass_generator K_3+Mass
#
create Herwig::GenericMassGenerator K_30Mass
newdef K_30Mass:Particle /Herwig/Particles/K_3*0
newdef /Herwig/Masses/K_30Mass:BreitWignerShape 0
newdef /Herwig/Masses/K_30Mass:MaximumWeight 0.933971
newdef /Herwig/Masses/K_30Mass:NGenerate 100
newdef /Herwig/Masses/K_30Mass:WidthOption 0
newdef /Herwig/Particles/K_3*bar0:Mass_generator K_30Mass
newdef /Herwig/Particles/K_3*0:Mass_generator K_30Mass
#
create Herwig::GenericMassGenerator HiggsMass
newdef HiggsMass:Particle /Herwig/Particles/h0
newdef /Herwig/Masses/HiggsMass:BreitWignerShape 0
newdef /Herwig/Masses/HiggsMass:MaximumWeight 0.968276
newdef /Herwig/Masses/HiggsMass:NGenerate 100
newdef /Herwig/Masses/HiggsMass:WidthOption 0
newdef /Herwig/Particles/h0:Mass_generator HiggsMass
#
create Herwig::GenericMassGenerator chi_c22Pmass
newdef chi_c22Pmass:Particle /Herwig/Particles/chi_c2(2P)
newdef /Herwig/Masses/chi_c22Pmass:BreitWignerShape 0
newdef /Herwig/Masses/chi_c22Pmass:MaximumWeight 0.963375
newdef /Herwig/Masses/chi_c22Pmass:NGenerate 100
newdef /Herwig/Masses/chi_c22Pmass:WidthOption 0
newdef /Herwig/Particles/chi_c2(2P):Mass_generator chi_c22Pmass
#
create Herwig::GenericMassGenerator kappa0mass
newdef kappa0mass:Particle /Herwig/Particles/kappa0
newdef kappa0mass:BreitWignerShape 0
newdef kappa0mass:MaximumWeight 2.31832
newdef kappa0mass:NGenerate 100
newdef /Herwig/Particles/kappa0:Mass_generator kappa0mass
newdef /Herwig/Particles/kappabar0:Mass_generator kappa0mass
#
create Herwig::GenericMassGenerator kappa+mass
newdef kappa+mass:Particle /Herwig/Particles/kappa+
newdef kappa+mass:BreitWignerShape 0
newdef kappa+mass:MaximumWeight 2.42552
newdef kappa+mass:NGenerate 100
newdef /Herwig/Particles/kappa-:Mass_generator kappa+mass
newdef /Herwig/Particles/kappa+:Mass_generator kappa+mass
#
create Herwig::GenericMassGenerator K_2(1770)+Mass
newdef K_2(1770)+Mass:Particle /Herwig/Particles/K_2(1770)+
newdef K_2(1770)+Mass:BreitWignerShape 0
newdef K_2(1770)+Mass:MaximumWeight 1.11706
newdef K_2(1770)+Mass:NGenerate 100
newdef /Herwig/Particles/K_2(1770)+:Mass_generator K_2(1770)+Mass
newdef /Herwig/Particles/K_2(1770)-:Mass_generator K_2(1770)+Mass
#
create Herwig::GenericMassGenerator K_2(1770)0Mass
newdef K_2(1770)0Mass:Particle /Herwig/Particles/K_2(1770)0
newdef K_2(1770)0Mass:BreitWignerShape 0
newdef K_2(1770)0Mass:MaximumWeight 1.12579
newdef K_2(1770)0Mass:NGenerate 100
newdef /Herwig/Particles/K_2(1770)0:Mass_generator K_2(1770)0Mass
newdef /Herwig/Particles/K_2(1770)bar0:Mass_generator K_2(1770)0Mass
#
create Herwig::GenericMassGenerator K_2(1820)0Mass
newdef K_2(1820)0Mass:Particle /Herwig/Particles/K_2(1820)0
newdef K_2(1820)0Mass:BreitWignerShape 0
newdef K_2(1820)0Mass:MaximumWeight 0.980384
newdef K_2(1820)0Mass:NGenerate 100
newdef /Herwig/Particles/K_2(1820)bar0:Mass_generator K_2(1820)0Mass
newdef /Herwig/Particles/K_2(1820)0:Mass_generator K_2(1820)0Mass
#
create Herwig::GenericMassGenerator K_2(1820)+Mass
newdef K_2(1820)+Mass:Particle /Herwig/Particles/K_2(1820)+
newdef K_2(1820)+Mass:BreitWignerShape 0
newdef K_2(1820)+Mass:MaximumWeight 0.975717
newdef K_2(1820)+Mass:NGenerate 100
newdef /Herwig/Particles/K_2(1820)+:Mass_generator K_2(1820)+Mass
newdef /Herwig/Particles/K_2(1820)-:Mass_generator K_2(1820)+Mass
#
create Herwig::GenericMassGenerator TopMass
newdef TopMass:Particle /Herwig/Particles/t
newdef TopMass:BreitWignerShape 0
newdef TopMass:MaximumWeight 0.985846
newdef TopMass:NGenerate 100
newdef TopMass:WidthOption 0
newdef /Herwig/Particles/t:Mass_generator TopMass
newdef /Herwig/Particles/tbar:Mass_generator TopMass
#
create Herwig::GenericMassGenerator psi_3_1Dmass
newdef psi_3_1Dmass:Particle /Herwig/Particles/psi_3(1D)
newdef psi_3_1Dmass:BreitWignerShape 0
newdef psi_3_1Dmass:MaximumWeight 0.93689
newdef psi_3_1Dmass:NGenerate 100
newdef psi_3_1Dmass:WidthOption 0
newdef /Herwig/Particles/psi_3(1D):Mass_generator psi_3_1Dmass
#
create Herwig::GenericMassGenerator Upsilon5Smass
newdef Upsilon5Smass:Particle /Herwig/Particles/Upsilon(5S)
newdef /Herwig/Masses/Upsilon5Smass:BreitWignerShape 0
newdef /Herwig/Masses/Upsilon5Smass:MaximumWeight 0.938139
newdef /Herwig/Masses/Upsilon5Smass:NGenerate 100
newdef /Herwig/Masses/Upsilon5Smass:WidthOption 0
newdef /Herwig/Particles/Upsilon(5S):Mass_generator Upsilon5Smass
#
create Herwig::GenericMassGenerator psi_2_1Dmass
newdef psi_2_1Dmass:Particle /Herwig/Particles/psi_2(1D)
newdef /Herwig/Masses/psi_2_1Dmass:BreitWignerShape 0
newdef /Herwig/Masses/psi_2_1Dmass:MaximumWeight 0.968289
newdef /Herwig/Masses/psi_2_1Dmass:NGenerate 100
newdef /Herwig/Masses/psi_2_1Dmass:WidthOption 0
newdef /Herwig/Particles/psi_2(1D):Mass_generator psi_2_1Dmass
#
create Herwig::GenericMassGenerator D_0(2550)0Mass
newdef D_0(2550)0Mass:Particle /Herwig/Particles/D_0(2550)0
newdef /Herwig/Masses/D_0(2550)0Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_0(2550)0Mass:MaximumWeight 0.871661
newdef /Herwig/Masses/D_0(2550)0Mass:NGenerate 100
newdef /Herwig/Masses/D_0(2550)0Mass:WidthOption 0
newdef /Herwig/Particles/D_0(2550)0:Mass_generator D_0(2550)0Mass
newdef /Herwig/Particles/Dbar_0(2550)0:Mass_generator D_0(2550)0Mass
#
create Herwig::GenericMassGenerator D_0(2550)+Mass
newdef D_0(2550)+Mass:Particle /Herwig/Particles/D_0(2550)+
newdef /Herwig/Masses/D_0(2550)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_0(2550)+Mass:MaximumWeight 0.871661
newdef /Herwig/Masses/D_0(2550)+Mass:NGenerate 100
newdef /Herwig/Masses/D_0(2550)+Mass:WidthOption 0
newdef /Herwig/Particles/D_0(2550)-:Mass_generator D_0(2550)+Mass
newdef /Herwig/Particles/D_0(2550)+:Mass_generator D_0(2550)+Mass
#
create Herwig::GenericMassGenerator D_1*(2600)0Mass
newdef D_1*(2600)0Mass:Particle /Herwig/Particles/D_1*(2600)0
newdef /Herwig/Masses/D_1*(2600)0Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_1*(2600)0Mass:MaximumWeight 0.866899
newdef /Herwig/Masses/D_1*(2600)0Mass:NGenerate 100
newdef /Herwig/Masses/D_1*(2600)0Mass:WidthOption 0
newdef /Herwig/Particles/Dbar_1*(2600)0:Mass_generator D_1*(2600)0Mass
newdef /Herwig/Particles/D_1*(2600)0:Mass_generator D_1*(2600)0Mass
#
create Herwig::GenericMassGenerator D_1*(2600)+Mass
newdef D_1*(2600)+Mass:Particle /Herwig/Particles/D_1*(2600)+
newdef /Herwig/Masses/D_1*(2600)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_1*(2600)+Mass:MaximumWeight 0.866899
newdef /Herwig/Masses/D_1*(2600)+Mass:NGenerate 100
newdef /Herwig/Masses/D_1*(2600)+Mass:WidthOption 0
newdef /Herwig/Particles/D_1*(2600)+:Mass_generator D_1*(2600)+Mass
newdef /Herwig/Particles/D_1*(2600)-:Mass_generator D_1*(2600)+Mass
#
create Herwig::GenericMassGenerator D_1*(2760)+Mass
newdef D_1*(2760)+Mass:Particle /Herwig/Particles/D_1*(2760)+
newdef /Herwig/Masses/D_1*(2760)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_1*(2760)+Mass:MaximumWeight 0.871193
newdef /Herwig/Masses/D_1*(2760)+Mass:NGenerate 100
newdef /Herwig/Masses/D_1*(2760)+Mass:WidthOption 0
newdef /Herwig/Particles/D_1*(2760)+:Mass_generator D_1*(2760)+Mass
newdef /Herwig/Particles/D_1*(2760)-:Mass_generator D_1*(2760)+Mass
#
create Herwig::GenericMassGenerator D_1*(2760)0Mass
newdef D_1*(2760)0Mass:Particle /Herwig/Particles/D_1*(2760)0
newdef /Herwig/Masses/D_1*(2760)0Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_1*(2760)0Mass:MaximumWeight 0.871193
newdef /Herwig/Masses/D_1*(2760)0Mass:NGenerate 100
newdef /Herwig/Masses/D_1*(2760)0Mass:WidthOption 0
newdef /Herwig/Particles/D_1*(2760)0:Mass_generator D_1*(2760)0Mass
newdef /Herwig/Particles/Dbar_1*(2760)0:Mass_generator D_1*(2760)0Mass
#
create Herwig::GenericMassGenerator D_2(2740)0Mass
newdef D_2(2740)0Mass:Particle /Herwig/Particles/D_2(2740)0
newdef /Herwig/Masses/D_2(2740)0Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_2(2740)0Mass:MaximumWeight 0.909194
newdef /Herwig/Masses/D_2(2740)0Mass:NGenerate 100
newdef /Herwig/Masses/D_2(2740)0Mass:WidthOption 0
newdef /Herwig/Particles/D_2(2740)0:Mass_generator D_2(2740)0Mass
newdef /Herwig/Particles/Dbar_2(2740)0:Mass_generator D_2(2740)0Mass
#
create Herwig::GenericMassGenerator D_2(2740)+Mass
newdef D_2(2740)+Mass:Particle /Herwig/Particles/D_2(2740)+
newdef /Herwig/Masses/D_2(2740)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_2(2740)+Mass:MaximumWeight 0.909193
newdef /Herwig/Masses/D_2(2740)+Mass:NGenerate 100
newdef /Herwig/Masses/D_2(2740)+Mass:WidthOption 0
newdef /Herwig/Particles/D_2(2740)-:Mass_generator D_2(2740)+Mass
newdef /Herwig/Particles/D_2(2740)+:Mass_generator D_2(2740)+Mass
#
create Herwig::GenericMassGenerator D_3*(2750)0Mass
newdef D_3*(2750)0Mass:Particle /Herwig/Particles/D_3*(2750)0
newdef /Herwig/Masses/D_3*(2750)0Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_3*(2750)0Mass:MaximumWeight 0.902291
newdef /Herwig/Masses/D_3*(2750)0Mass:NGenerate 100
newdef /Herwig/Masses/D_3*(2750)0Mass:WidthOption 0
newdef /Herwig/Particles/D_3*(2750)0:Mass_generator D_3*(2750)0Mass
newdef /Herwig/Particles/Dbar_3*(2750)0:Mass_generator D_3*(2750)0Mass
#
create Herwig::GenericMassGenerator D_3*(2750)+Mass
newdef D_3*(2750)+Mass:Particle /Herwig/Particles/D_3*(2750)+
newdef /Herwig/Masses/D_3*(2750)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_3*(2750)+Mass:MaximumWeight 0.902291
newdef /Herwig/Masses/D_3*(2750)+Mass:NGenerate 100
newdef /Herwig/Masses/D_3*(2750)+Mass:WidthOption 0
newdef /Herwig/Particles/D_3*(2750)-:Mass_generator D_3*(2750)+Mass
newdef /Herwig/Particles/D_3*(2750)+:Mass_generator D_3*(2750)+Mass
#
create Herwig::GenericMassGenerator D_s0(2590)+Mass
newdef D_s0(2590)+Mass:Particle /Herwig/Particles/D_s0(2590)+
newdef /Herwig/Masses/D_s0(2590)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s0(2590)+Mass:MaximumWeight 0.910229
newdef /Herwig/Masses/D_s0(2590)+Mass:NGenerate 100
newdef /Herwig/Masses/D_s0(2590)+Mass:WidthOption 0
newdef /Herwig/Particles/D_s0(2590)+:Mass_generator D_s0(2590)+Mass
newdef /Herwig/Particles/D_s0(2590)-:Mass_generator D_s0(2590)+Mass
#
create Herwig::GenericMassGenerator D_s1*(2700)+Mass
newdef D_s1*(2700)+Mass:Particle /Herwig/Particles/D_s1*(2700)+
newdef /Herwig/Masses/D_s1*(2700)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s1*(2700)+Mass:MaximumWeight 0.863157
newdef /Herwig/Masses/D_s1*(2700)+Mass:NGenerate 100
newdef /Herwig/Masses/D_s1*(2700)+Mass:WidthOption 0
newdef /Herwig/Particles/D_s1*(2700)+:Mass_generator D_s1*(2700)+Mass
newdef /Herwig/Particles/D_s1*(2700)-:Mass_generator D_s1*(2700)+Mass
#
create Herwig::GenericMassGenerator D_s1*(2860)+Mass
newdef D_s1*(2860)+Mass:Particle /Herwig/Particles/D_s1*(2860)+
newdef /Herwig/Masses/D_s1*(2860)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s1*(2860)+Mass:MaximumWeight 0.867725
newdef /Herwig/Masses/D_s1*(2860)+Mass:NGenerate 100
newdef /Herwig/Masses/D_s1*(2860)+Mass:WidthOption 0
newdef /Herwig/Particles/D_s1*(2860)+:Mass_generator D_s1*(2860)+Mass
newdef /Herwig/Particles/D_s1*(2860)-:Mass_generator D_s1*(2860)+Mass
#
create Herwig::GenericMassGenerator D_s2(2850)+Mass
newdef D_s2(2850)+Mass:Particle /Herwig/Particles/D_s2(2850)+
newdef /Herwig/Masses/D_s2(2850)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s2(2850)+Mass:MaximumWeight 0.903023
newdef /Herwig/Masses/D_s2(2850)+Mass:NGenerate 100
newdef /Herwig/Masses/D_s2(2850)+Mass:WidthOption 0
newdef /Herwig/Particles/D_s2(2850)+:Mass_generator D_s2(2850)+Mass
newdef /Herwig/Particles/D_s2(2850)-:Mass_generator D_s2(2850)+Mass
#
create Herwig::GenericMassGenerator D_s3*(2860)+Mass
newdef D_s3*(2860)+Mass:Particle /Herwig/Particles/D_s3*(2860)+
newdef /Herwig/Masses/D_s3*(2860)+Mass:BreitWignerShape 0
newdef /Herwig/Masses/D_s3*(2860)+Mass:MaximumWeight 0.903152
newdef /Herwig/Masses/D_s3*(2860)+Mass:NGenerate 100
newdef /Herwig/Masses/D_s3*(2860)+Mass:WidthOption 0
newdef /Herwig/Particles/D_s3*(2860)+:Mass_generator D_s3*(2860)+Mass
newdef /Herwig/Particles/D_s3*(2860)-:Mass_generator D_s3*(2860)+Mass
#
create Herwig::GenericMassGenerator phi2170Mass
newdef phi2170Mass:Particle /Herwig/Particles/phi(2170)
newdef /Herwig/Masses/phi2170Mass:BreitWignerShape 0
newdef /Herwig/Masses/phi2170Mass:MaximumWeight 0.923238
newdef /Herwig/Masses/phi2170Mass:NGenerate 100
newdef /Herwig/Masses/phi2170Mass:WidthOption 0
newdef /Herwig/Particles/phi(2170):Mass_generator phi2170Mass
#
create Herwig::GenericMassGenerator Xi_cc*+Mass
newdef Xi_cc*+Mass:Particle /Herwig/Particles/Xi_cc*+
newdef /Herwig/Masses/Xi_cc*+Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_cc*+Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_cc*+Mass:NGenerate 100
newdef /Herwig/Masses/Xi_cc*+Mass:WidthOption 0
newdef /Herwig/Particles/Xibar_cc*-:Mass_generator Xi_cc*+Mass
newdef /Herwig/Particles/Xi_cc*+:Mass_generator Xi_cc*+Mass
#
create Herwig::GenericMassGenerator Xi_cc*++Mass
newdef Xi_cc*++Mass:Particle /Herwig/Particles/Xi_cc*++
newdef /Herwig/Masses/Xi_cc*++Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_cc*++Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_cc*++Mass:NGenerate 100
newdef /Herwig/Masses/Xi_cc*++Mass:WidthOption 0
newdef /Herwig/Particles/Xi_cc*++:Mass_generator Xi_cc*++Mass
newdef /Herwig/Particles/Xibar_cc*--:Mass_generator Xi_cc*++Mass
#
create Herwig::GenericMassGenerator Omega_cc*+Mass
newdef Omega_cc*+Mass:Particle /Herwig/Particles/Omega_cc*+
newdef /Herwig/Masses/Omega_cc*+Mass:BreitWignerShape 0
newdef /Herwig/Masses/Omega_cc*+Mass:MaximumWeight 0
newdef /Herwig/Masses/Omega_cc*+Mass:NGenerate 100
newdef /Herwig/Masses/Omega_cc*+Mass:WidthOption 0
newdef /Herwig/Particles/Omega_cc*+:Mass_generator Omega_cc*+Mass
newdef /Herwig/Particles/Omegabar_cc*-:Mass_generator Omega_cc*+Mass
#
create Herwig::GenericMassGenerator Omega_bb*-Mass
newdef Omega_bb*-Mass:Particle /Herwig/Particles/Omega_bb*-
newdef /Herwig/Masses/Omega_bb*-Mass:BreitWignerShape 0
newdef /Herwig/Masses/Omega_bb*-Mass:MaximumWeight 0
newdef /Herwig/Masses/Omega_bb*-Mass:NGenerate 100
newdef /Herwig/Masses/Omega_bb*-Mass:WidthOption 0
newdef /Herwig/Particles/Omega_bb*-:Mass_generator Omega_bb*-Mass
newdef /Herwig/Particles/Omegabar_bb*+:Mass_generator Omega_bb*-Mass
#
create Herwig::GenericMassGenerator Xi_bb*-Mass
newdef Xi_bb*-Mass:Particle /Herwig/Particles/Xi_bb*-
newdef /Herwig/Masses/Xi_bb*-Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bb*-Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bb*-Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bb*-Mass:WidthOption 0
newdef /Herwig/Particles/Xibar_bb*+:Mass_generator Xi_bb*-Mass
newdef /Herwig/Particles/Xi_bb*-:Mass_generator Xi_bb*-Mass
#
create Herwig::GenericMassGenerator Xi_bb*0Mass
newdef Xi_bb*0Mass:Particle /Herwig/Particles/Xi_bb*0
newdef /Herwig/Masses/Xi_bb*0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bb*0Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bb*0Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bb*0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_bb*0:Mass_generator Xi_bb*0Mass
newdef /Herwig/Particles/Xibar_bb*0:Mass_generator Xi_bb*0Mass
#
create Herwig::GenericMassGenerator Xi_bc*+Mass
newdef Xi_bc*+Mass:Particle /Herwig/Particles/Xi_bc*+
newdef /Herwig/Masses/Xi_bc*+Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bc*+Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bc*+Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bc*+Mass:WidthOption 0
newdef /Herwig/Particles/Xibar_bc*-:Mass_generator Xi_bc*+Mass
newdef /Herwig/Particles/Xi_bc*+:Mass_generator Xi_bc*+Mass
#
create Herwig::GenericMassGenerator Xi_bc*0Mass
newdef Xi_bc*0Mass:Particle /Herwig/Particles/Xi_bc*0
newdef /Herwig/Masses/Xi_bc*0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bc*0Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bc*0Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bc*0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_bc*0:Mass_generator Xi_bc*0Mass
newdef /Herwig/Particles/Xibar_bc*0:Mass_generator Xi_bc*0Mass
#
create Herwig::GenericMassGenerator Omega_bc*0Mass
newdef Omega_bc*0Mass:Particle /Herwig/Particles/Omega_bc*0
newdef /Herwig/Masses/Omega_bc*0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Omega_bc*0Mass:MaximumWeight 0
newdef /Herwig/Masses/Omega_bc*0Mass:NGenerate 100
newdef /Herwig/Masses/Omega_bc*0Mass:WidthOption 0
newdef /Herwig/Particles/Omegabar_bc*0:Mass_generator Omega_bc*0Mass
newdef /Herwig/Particles/Omega_bc*0:Mass_generator Omega_bc*0Mass
#
create Herwig::GenericMassGenerator Omega_bc'0Mass
newdef Omega_bc'0Mass:Particle /Herwig/Particles/Omega_bc'0
newdef /Herwig/Masses/Omega_bc'0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Omega_bc'0Mass:MaximumWeight 0
newdef /Herwig/Masses/Omega_bc'0Mass:NGenerate 100
newdef /Herwig/Masses/Omega_bc'0Mass:WidthOption 0
newdef /Herwig/Particles/Omega_bc'0:Mass_generator Omega_bc'0Mass
newdef /Herwig/Particles/Omegabar_bc'0:Mass_generator Omega_bc'0Mass
#
create Herwig::GenericMassGenerator Xi_bc'0Mass
newdef Xi_bc'0Mass:Particle /Herwig/Particles/Xi_bc'0
newdef /Herwig/Masses/Xi_bc'0Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bc'0Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bc'0Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bc'0Mass:WidthOption 0
newdef /Herwig/Particles/Xi_bc'0:Mass_generator Xi_bc'0Mass
newdef /Herwig/Particles/Xibar_bc'0:Mass_generator Xi_bc'0Mass
#
create Herwig::GenericMassGenerator Xi_bc'+Mass
newdef Xi_bc'+Mass:Particle /Herwig/Particles/Xi_bc'+
newdef /Herwig/Masses/Xi_bc'+Mass:BreitWignerShape 0
newdef /Herwig/Masses/Xi_bc'+Mass:MaximumWeight 0
newdef /Herwig/Masses/Xi_bc'+Mass:NGenerate 100
newdef /Herwig/Masses/Xi_bc'+Mass:WidthOption 0
newdef /Herwig/Particles/Xi_bc'+:Mass_generator Xi_bc'+Mass
newdef /Herwig/Particles/Xibar_bc'-:Mass_generator Xi_bc'+Mass
#
create Herwig::GenericMassGenerator B_c2(L)+mass
newdef B_c2(L)+mass:Particle /Herwig/Particles/B_c2(L)+
newdef /Herwig/Masses/B_c2(L)+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c2(L)+mass:MaximumWeight 0.968201
newdef /Herwig/Masses/B_c2(L)+mass:NGenerate 100
newdef /Herwig/Masses/B_c2(L)+mass:WidthOption 0
newdef /Herwig/Particles/B_c2(L)+:Mass_generator B_c2(L)+mass
newdef /Herwig/Particles/B_c2(L)-:Mass_generator B_c2(L)+mass
#
create Herwig::GenericMassGenerator B_c2(H)+mass
newdef B_c2(H)+mass:Particle /Herwig/Particles/B_c2(H)+
newdef /Herwig/Masses/B_c2(H)+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c2(H)+mass:MaximumWeight 0.968202
newdef /Herwig/Masses/B_c2(H)+mass:NGenerate 100
newdef /Herwig/Masses/B_c2(H)+mass:WidthOption 0
newdef /Herwig/Particles/B_c2(H)+:Mass_generator B_c2(H)+mass
newdef /Herwig/Particles/B_c2(H)-:Mass_generator B_c2(H)+mass
#
create Herwig::GenericMassGenerator B_c3+mass
newdef B_c3+mass:Particle /Herwig/Particles/B_c3(1D)*+
newdef /Herwig/Masses/B_c3+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c3+mass:MaximumWeight 0.968201
newdef /Herwig/Masses/B_c3+mass:NGenerate 100
newdef /Herwig/Masses/B_c3+mass:WidthOption 0
newdef /Herwig/Particles/B_c3(1D)*+:Mass_generator B_c3+mass
newdef /Herwig/Particles/B_c3(1D)*-:Mass_generator B_c3+mass
#
create Herwig::GenericMassGenerator B_c(1D)*+mass
newdef B_c(1D)*+mass:Particle /Herwig/Particles/B_c(1D)*+
newdef /Herwig/Masses/B_c(1D)*+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c(1D)*+mass:MaximumWeight 0.968202
newdef /Herwig/Masses/B_c(1D)*+mass:NGenerate 100
newdef /Herwig/Masses/B_c(1D)*+mass:WidthOption 0
newdef /Herwig/Particles/B_c(1D)*+:Mass_generator B_c(1D)*+mass
newdef /Herwig/Particles/B_c(1D)*-:Mass_generator B_c(1D)*+mass
#
create Herwig::GenericMassGenerator B_c(2S)+mass
newdef B_c(2S)+mass:Particle /Herwig/Particles/B_c(2S)+
newdef /Herwig/Masses/B_c(2S)+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c(2S)+mass:MaximumWeight 0.9682
newdef /Herwig/Masses/B_c(2S)+mass:NGenerate 100
newdef /Herwig/Masses/B_c(2S)+mass:WidthOption 0
newdef /Herwig/Particles/B_c(2S)+:Mass_generator B_c(2S)+mass
newdef /Herwig/Particles/B_c(2S)-:Mass_generator B_c(2S)+mass
#
create Herwig::GenericMassGenerator B_c(2S)*+mass
newdef B_c(2S)*+mass:Particle /Herwig/Particles/B_c(2S)*+
newdef /Herwig/Masses/B_c(2S)*+mass:BreitWignerShape 0
newdef /Herwig/Masses/B_c(2S)*+mass:MaximumWeight 0.968201
newdef /Herwig/Masses/B_c(2S)*+mass:NGenerate 100
newdef /Herwig/Masses/B_c(2S)*+mass:WidthOption 0
newdef /Herwig/Particles/B_c(2S)*+:Mass_generator B_c(2S)*+mass
newdef /Herwig/Particles/B_c(2S)*-:Mass_generator B_c(2S)*+mass
#
+create Herwig::GenericMassGenerator chi_c02Pmass
+newdef chi_c02Pmass:Particle /Herwig/Particles/chi_c0(2P)
+newdef /Herwig/Masses/chi_c02Pmass:BreitWignerShape 0
+newdef /Herwig/Masses/chi_c02Pmass:MaximumWeight 0.897008
+newdef /Herwig/Masses/chi_c02Pmass:NGenerate 100
+newdef /Herwig/Masses/chi_c02Pmass:WidthOption 0
+
+newdef /Herwig/Particles/chi_c0(2P):Mass_generator chi_c02Pmass
+#
diff --git a/src/defaults/meson_decays.in b/src/defaults/meson_decays.in
--- a/src/defaults/meson_decays.in
+++ b/src/defaults/meson_decays.in
@@ -1,2437 +1,2442 @@
# -*- ThePEG-repository -*-
#
# file containing the decays for the mesons
#
#
# the 1^1S_0 multiplet
#
#
decaymode pi+->mu+,nu_mu; 0.999877 1 /Herwig/Decays/PScalarlnu
decaymode pi+->e+,nu_e; 0.000123 1 /Herwig/Decays/PScalarlnu
#
decaymode pi0->gamma,gamma; 0.988227 1 /Herwig/Decays/DecayME0
decaymode pi0->gamma,e-,e+; 0.01174 1 /Herwig/Decays/PVff
decaymode pi0->e-,e+,e-,e+; 3.3E-5 1 /Herwig/Decays/PScalar4f
#
decaymode pi-->mu-,nu_mubar; 0.999877 1 /Herwig/Decays/PScalarlnu
decaymode pi-->e-,nu_ebar; 0.000123 1 /Herwig/Decays/PScalarlnu
#
decaymode eta->gamma,gamma; 0.393575 1 /Herwig/Decays/PVV
decaymode eta->pi0,pi0,pi0; 0.325683 1 /Herwig/Decays/Etapipipi
decaymode eta->pi+,pi-,pi0; 0.230179 1 /Herwig/Decays/Etapipipi
decaymode eta->pi+,pi-,gamma; 0.0428 1 /Herwig/Decays/Etapipigamma
decaymode eta->e-,e+,gamma; 0.0069 1 /Herwig/Decays/PVff
decaymode eta->mu-,mu+,gamma; 0.00031 1 /Herwig/Decays/PVff
decaymode eta->pi+,pi-,e-,e+; 0.000268 1 /Herwig/Decays/EtapipiFermions
decaymode eta->pi0,gamma,gamma; 0.000255 1 /Herwig/Decays/Etapigammagamma
decaymode eta->e-,e+,e-,e+; 2.4E-5 1 /Herwig/Decays/PScalar4f
decaymode eta->mu-,mu+; 6.0E-6 1 /Herwig/Decays/DecayME0
#
decaymode eta'->pi+,pi-,eta; 0.424395 1 /Herwig/Decays/Etapipipi
decaymode eta'->pi+,pi-,gamma; 0.294517 1 /Herwig/Decays/Etapipigamma
decaymode eta'->pi0,pi0,eta; 0.223396 1 /Herwig/Decays/Etapipipi
decaymode eta'->omega,gamma; 0.025 1 /Herwig/Decays/PVV
decaymode eta'->gamma,gamma; 0.022466 1 /Herwig/Decays/PVV
decaymode eta'->pi+,pi-,pi0; 0.00361 1 /Herwig/Decays/Etapipipi
decaymode eta'->pi0,pi0,pi0; 0.0025 1 /Herwig/Decays/Etapipipi
decaymode eta'->pi+,pi-,e-,e+; 0.00242 1 /Herwig/Decays/EtapipiFermions
decaymode eta'->pi0,gamma,gamma; 0.00062 1 /Herwig/Decays/Etapigammagamma
decaymode eta'->e-,e+,gamma; 0.000494 1 /Herwig/Decays/PVff
decaymode eta'->omega,e-,e+; 0.0002 1 /Herwig/Decays/PVff
decaymode eta'->pi+,pi-,pi0,pi0; 0.00018 1 /Herwig/Decays/Mambo
decaymode eta'->mu-,mu+,gamma; 9.8E-5 1 /Herwig/Decays/PVff
decaymode eta'->pi+,pi-,pi+,pi-; 8.4E-5 1 /Herwig/Decays/Mambo
decaymode eta'->pi+,pi-,mu-,mu+; 2.0E-5 1 /Herwig/Decays/EtapipiFermions
#
decaymode eta_c->g,g; 0.654494 1 /Herwig/Decays/QDecayME0
decaymode eta_c->pi+,pi-,pi0,pi0; 0.035 1 /Herwig/Decays/Mambo
decaymode eta_c->eta',pi+,pi-; 0.027333 1 /Herwig/Decays/EtacPipPimEtaPBABAR
decaymode eta_c->eta',K+,K-; 0.0175 1 /Herwig/Decays/EtacKpKmEtaPBABAR
decaymode eta_c->eta,pi+,pi-; 0.017 1 /Herwig/Decays/EtacPipPimEtaBABAR
decaymode eta_c->eta',pi0,pi0; 0.013667 1 /Herwig/Decays/EtacPi0Pi0EtaPBABAR
decaymode eta_c->K_L0,K-,pi+; 0.012167 1 /Herwig/Decays/EtacKL0KpPimBABAR
decaymode eta_c->K_L0,K+,pi-; 0.012167 1 /Herwig/Decays/EtacKL0KpPimBABAR
decaymode eta_c->K_S0,K-,pi+; 0.012167 1 /Herwig/Decays/EtacKS0KpPimBABAR
decaymode eta_c->K_S0,K+,pi-; 0.012167 1 /Herwig/Decays/EtacKS0KpPimBABAR
decaymode eta_c->K+,K-,pi0; 0.012167 1 /Herwig/Decays/EtacKpKmPi0BABAR
decaymode eta_c->rho+,rho-; 0.012 1 /Herwig/Decays/PVV
decaymode eta_c->f_2,f_2; 0.0098 1 /Herwig/Decays/DecayME0
decaymode eta_c->f_2,f'_2; 0.0095 1 /Herwig/Decays/DecayME0
decaymode eta_c->eta',K_L0,K_L0; 0.00875 1 /Herwig/Decays/EtacKL0KL0EtaPBABAR
decaymode eta_c->eta',K_S0,K_S0; 0.00875 1 /Herwig/Decays/EtacKS0KS0EtaPBABAR
decaymode eta_c->eta,pi0,pi0; 0.0085 1 /Herwig/Decays/EtacPi0Pi0EtaBABAR
decaymode eta_c->n0,pbar-,pi+; 0.0072 1 /Herwig/Decays/DecayME0
decaymode eta_c->p+,nbar0,pi-; 0.0072 1 /Herwig/Decays/DecayME0
decaymode eta_c->eta,K+,K-; 0.0068 1 /Herwig/Decays/EtacKpKmEtaBABAR
decaymode eta_c->K_L0,K_L0,pi0; 0.006083 1 /Herwig/Decays/EtacKL0KL0Pi0BABAR
decaymode eta_c->K_S0,K_S0,pi0; 0.006083 1 /Herwig/Decays/EtacKS0KS0Pi0BABAR
decaymode eta_c->rho0,rho0; 0.006 1 /Herwig/Decays/PVV
decaymode eta_c->pi+,pi-,p+,pbar-; 0.004867 1 /Herwig/Decays/Mambo
decaymode eta_c->K*-,K0,pi+; 0.0038 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*bar0,K+,pi-; 0.0038 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*0,K-,pi+; 0.0038 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*+,Kbar0,pi-; 0.0038 1 /Herwig/Decays/DecayME0
decaymode eta_c->n0,nbar0,pi0; 0.0036 1 /Herwig/Decays/DecayME0
decaymode eta_c->p+,pbar-,pi0; 0.0036 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*0,K*bar0; 0.00345 1 /Herwig/Decays/PVV
decaymode eta_c->K*+,K*-; 0.00345 1 /Herwig/Decays/PVV
decaymode eta_c->eta,K_L0,K_L0; 0.0034 1 /Herwig/Decays/EtacKL0KL0EtaBABAR
decaymode eta_c->eta,K_S0,K_S0; 0.0034 1 /Herwig/Decays/EtacKS0KS0EtaBABAR
decaymode eta_c->pi+,pi-,pi+,pi-; 0.0031 1 /Herwig/Decays/Mambo
decaymode eta_c->omega,omega; 0.0029 1 /Herwig/Decays/PVV
decaymode eta_c->Sigma-,Sigmabar+; 0.0021 1 /Herwig/Decays/PFF
decaymode eta_c->Sigma0,Sigmabar0; 0.0021 1 /Herwig/Decays/PFF
decaymode eta_c->Sigma+,Sigmabar-; 0.0021 1 /Herwig/Decays/PFF
decaymode eta_c->phi,K0,Kbar0; 0.002045 1 /Herwig/Decays/DecayME0
decaymode eta_c->phi,K+,K-; 0.002045 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*-,K+,pi0; 0.0019 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*bar0,K0,pi0; 0.0019 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*0,Kbar0,pi0; 0.0019 1 /Herwig/Decays/DecayME0
decaymode eta_c->K*+,K-,pi0; 0.0019 1 /Herwig/Decays/DecayME0
decaymode eta_c->phi,phi; 0.00174 1 /Herwig/Decays/PVV
decaymode eta_c->Lambdabar(1520)0,Lambda0; 0.00155 1 /Herwig/Decays/DecayME0
decaymode eta_c->Lambda(1520)0,Lambdabar0; 0.00155 1 /Herwig/Decays/DecayME0
decaymode eta_c->n0,nbar0; 0.00144 1 /Herwig/Decays/PFF
decaymode eta_c->p+,pbar-; 0.00144 1 /Herwig/Decays/PFF
decaymode eta_c->Lambda0,Lambdabar0; 0.00106 1 /Herwig/Decays/PFF
decaymode eta_c->Lambdabar0,p+,K-; 0.000901 1 /Herwig/Decays/DecayME0
decaymode eta_c->Lambda0,pbar-,K+; 0.000901 1 /Herwig/Decays/DecayME0
decaymode eta_c->Xi-,Xibar+; 0.0009 1 /Herwig/Decays/PFF
decaymode eta_c->Xi0,Xibar0; 0.0009 1 /Herwig/Decays/PFF
decaymode eta_c->gamma,gamma; 0.000161 1 /Herwig/Decays/PVV
decaymode eta_c->K+,K-,K+,K-; 5.0E-6 1 /Herwig/Decays/Mambo
decaymode eta_c->K+,K-,pi+,pi-; 0 1 /Herwig/Decays/Mambo
#
decaymode eta_b->g,g; 1 1 /Herwig/Decays/QDecayME0
#
decaymode K+->mu+,nu_mu; 0.635573 1 /Herwig/Decays/PScalarlnu
decaymode K+->pi+,pi0; 0.206679 1 /Herwig/Decays/DecayME0
decaymode K+->pi+,pi+,pi-; 0.05583 1 /Herwig/Decays/DecayME0
decaymode K+->pi0,e+,nu_e; 0.0507 1 /Herwig/Decays/DecayME101
decaymode K+->pi0,mu+,nu_mu; 0.03352 1 /Herwig/Decays/DecayME101
decaymode K+->pi+,pi0,pi0; 0.0176 1 /Herwig/Decays/DecayME0
decaymode K+->pi+,pi-,e+,nu_e; 4.2E-5 1 /Herwig/Decays/Mambo
decaymode K+->pi0,pi0,e+,nu_e; 2.5E-5 1 /Herwig/Decays/Mambo
decaymode K+->e+,nu_e; 1.6E-5 1 /Herwig/Decays/PScalarlnu
decaymode K+->pi+,pi-,mu+,nu_mu; 1.4E-5 1 /Herwig/Decays/Mambo
decaymode K+->pi+,gamma,gamma; 1.0E-6 1 /Herwig/Decays/DecayME0
#
decaymode K0->K_L0; 0.5 1 /Herwig/Decays/DecayME0
decaymode K0->K_S0; 0.5 1 /Herwig/Decays/DecayME0
#
decaymode K-->mu-,nu_mubar; 0.635573 1 /Herwig/Decays/PScalarlnu
decaymode K-->pi-,pi0; 0.206679 1 /Herwig/Decays/DecayME0
decaymode K-->pi-,pi-,pi+; 0.05583 1 /Herwig/Decays/DecayME0
decaymode K-->pi0,e-,nu_ebar; 0.0507 1 /Herwig/Decays/DecayME101
decaymode K-->pi0,mu-,nu_mubar; 0.03352 1 /Herwig/Decays/DecayME101
decaymode K-->pi-,pi0,pi0; 0.0176 1 /Herwig/Decays/DecayME0
decaymode K-->pi-,pi+,e-,nu_ebar; 4.2E-5 1 /Herwig/Decays/Mambo
decaymode K-->pi0,pi0,e-,nu_ebar; 2.5E-5 1 /Herwig/Decays/Mambo
decaymode K-->e-,nu_ebar; 1.6E-5 1 /Herwig/Decays/PScalarlnu
decaymode K-->pi-,pi+,mu-,nu_mubar; 1.4E-5 1 /Herwig/Decays/Mambo
decaymode K-->pi-,gamma,gamma; 1.0E-6 1 /Herwig/Decays/DecayME0
#
decaymode Kbar0->K_L0; 0.5 1 /Herwig/Decays/DecayME0
decaymode Kbar0->K_S0; 0.5 1 /Herwig/Decays/DecayME0
#
decaymode B_c+->B_s*0,rho+; 0.202 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s0,pi+; 0.164 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s0,rho+; 0.072 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s*0,pi+; 0.065 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s*0,mu+,nu_mu; 0.0506 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B_s*0,e+,nu_e; 0.0506 1 /Herwig/Decays/KiselevBc
decaymode B_c+->c,sbar; 0.049 1 /Herwig/Decays/QDecayME0
decaymode B_c+->B_s0,mu+,nu_mu; 0.0403 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B_s0,e+,nu_e; 0.0403 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B*0,rho+; 0.0257 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B+,Kbar0; 0.0198 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,mu+,nu_mu; 0.019 1 /Herwig/Decays/KiselevBc
decaymode B_c+->Jpsi,e+,nu_e; 0.019 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B*+,K*bar0; 0.0167 1 /Herwig/Decays/BcHadronic
decaymode B_c+->tau+,nu_tau; 0.016 1 /Herwig/Decays/PScalarlnu
decaymode B_c+->B*+,Kbar0; 0.016 1 /Herwig/Decays/BcHadronic
decaymode B_c+->dbar=u,cbar=c; 0.011134 1 /Herwig/Decays/WeakPartonic100
decaymode B_c+->B0,pi+; 0.0106 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s0,K+; 0.0106 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B0,rho+; 0.0096 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B*0,pi+; 0.0095 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,mu+,nu_mu; 0.0075 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c,e+,nu_e; 0.0075 1 /Herwig/Decays/KiselevBc
decaymode B_c+->Jpsi,D_s*+; 0.0067 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B*0,mu+,nu_mu; 0.0058 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B*0,e+,nu_e; 0.0058 1 /Herwig/Decays/KiselevBc
decaymode B_c+->Jpsi,tau+,nu_tau; 0.0048 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B+,K*bar0; 0.0043 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,rho+; 0.0042 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,rho+; 0.004 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B_s*0,K+; 0.0037 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B0,mu+,nu_mu; 0.0034 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B0,e+,nu_e; 0.0034 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c,D_s+; 0.0028 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,D_s*+; 0.0027 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,tau+,nu_tau; 0.0023 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c,pi+; 0.002 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,D_s+; 0.0017 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,pi+; 0.0013 1 /Herwig/Decays/BcHadronic
decaymode B_c+->psi(2S),mu+,nu_mu; 0.00094 1 /Herwig/Decays/KiselevBc
decaymode B_c+->psi(2S),e+,nu_e; 0.00094 1 /Herwig/Decays/KiselevBc
decaymode B_c+->B*+,rho0; 0.0009 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B0,K+; 0.0007 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B*0,K*+; 0.00058 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B*0,K+; 0.00055 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B+,pi0; 0.00037 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B+,rho0; 0.00034 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D*+,D*bar0; 0.00033 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B*+,pi0; 0.00033 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,D*+; 0.00028 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,K*+; 0.00022 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,K*+; 0.0002 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c(2S),mu+,nu_mu; 0.0002 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c(2S),e+,nu_e; 0.0002 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D*0,mu+,nu_mu; 0.00018 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D*0,e+,nu_e; 0.00018 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c,D+; 0.00015 1 /Herwig/Decays/BcHadronic
decaymode B_c+->B0,K*+; 0.00015 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,K+; 0.00013 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,K+; 0.00011 1 /Herwig/Decays/BcHadronic
decaymode B_c+->eta_c,D*+; 0.0001 1 /Herwig/Decays/BcHadronic
decaymode B_c+->Jpsi,D+; 9.0E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D*0,tau+,nu_tau; 8.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->psi(2S),tau+,nu_tau; 8.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D+,D*bar0; 7.5E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D+,Dbar0; 5.3E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D*+,Dbar0; 4.9E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D0,mu+,nu_mu; 4.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D0,e+,nu_e; 4.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D_s*+,D*bar0; 2.6E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D0,tau+,nu_tau; 2.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->eta_c(2S),tau+,nu_tau; 1.6E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c+->D_s+,D*bar0; 7.0E-6 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D_s+,Dbar0; 5.0E-6 1 /Herwig/Decays/BcHadronic
decaymode B_c+->D_s*+,Dbar0; 5.0E-6 1 /Herwig/Decays/BcHadronic
#
decaymode B_c-->B_s*bar0,rho-; 0.202 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B_sbar0,pi-; 0.164 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B_sbar0,rho-; 0.072 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B_s*bar0,pi-; 0.065 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B_s*bar0,e-,nu_ebar; 0.0506 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B_s*bar0,mu-,nu_mubar; 0.0506 1 /Herwig/Decays/KiselevBc
decaymode B_c-->cbar,s; 0.049 1 /Herwig/Decays/QDecayME0
decaymode B_c-->B_sbar0,e-,nu_ebar; 0.0403 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B_sbar0,mu-,nu_mubar; 0.0403 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B*bar0,rho-; 0.0257 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B-,K0; 0.0198 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,e-,nu_ebar; 0.019 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Jpsi,mu-,nu_mubar; 0.019 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B*-,K*0; 0.0167 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*-,K0; 0.016 1 /Herwig/Decays/BcHadronic
decaymode B_c-->tau-,nu_taubar; 0.016 1 /Herwig/Decays/PScalarlnu
decaymode B_c-->d=ubar,c=cbar; 0.011134 1 /Herwig/Decays/WeakPartonic100
decaymode B_c-->B_sbar0,K-; 0.0106 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Bbar0,pi-; 0.0106 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Bbar0,rho-; 0.0096 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*bar0,pi-; 0.0095 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,e-,nu_ebar; 0.0075 1 /Herwig/Decays/KiselevBc
decaymode B_c-->eta_c,mu-,nu_mubar; 0.0075 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Jpsi,D_s*-; 0.0067 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*bar0,e-,nu_ebar; 0.0058 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B*bar0,mu-,nu_mubar; 0.0058 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Jpsi,tau-,nu_taubar; 0.0048 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B-,K*0; 0.0043 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,rho-; 0.0042 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,rho-; 0.004 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B_s*bar0,K-; 0.0037 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Bbar0,e-,nu_ebar; 0.0034 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Bbar0,mu-,nu_mubar; 0.0034 1 /Herwig/Decays/KiselevBc
decaymode B_c-->eta_c,D_s-; 0.0028 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,D_s*-; 0.0027 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,tau-,nu_taubar; 0.0023 1 /Herwig/Decays/KiselevBc
decaymode B_c-->eta_c,pi-; 0.002 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,D_s-; 0.0017 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,pi-; 0.0013 1 /Herwig/Decays/BcHadronic
decaymode B_c-->psi(2S),e-,nu_ebar; 0.00094 1 /Herwig/Decays/KiselevBc
decaymode B_c-->psi(2S),mu-,nu_mubar; 0.00094 1 /Herwig/Decays/KiselevBc
decaymode B_c-->B*-,rho0; 0.0009 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Bbar0,K-; 0.0007 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*bar0,K*-; 0.00058 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*bar0,K-; 0.00055 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B-,pi0; 0.00037 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B-,rho0; 0.00034 1 /Herwig/Decays/BcHadronic
decaymode B_c-->B*-,pi0; 0.00033 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D*-,D*0; 0.00033 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,D*-; 0.00028 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,K*-; 0.00022 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,K*-; 0.0002 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c(2S),e-,nu_ebar; 0.0002 1 /Herwig/Decays/KiselevBc
decaymode B_c-->eta_c(2S),mu-,nu_mubar; 0.0002 1 /Herwig/Decays/KiselevBc
decaymode B_c-->D*bar0,e-,nu_ebar; 0.00018 1 /Herwig/Decays/KiselevBc
decaymode B_c-->D*bar0,mu-,nu_mubar; 0.00018 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Bbar0,K*-; 0.00015 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,D-; 0.00015 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,K-; 0.00013 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,K-; 0.00011 1 /Herwig/Decays/BcHadronic
decaymode B_c-->eta_c,D*-; 0.0001 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Jpsi,D-; 9.0E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D*bar0,tau-,nu_taubar; 8.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->psi(2S),tau-,nu_taubar; 8.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->D-,D*0; 7.5E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D-,D0; 5.3E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D*-,D0; 4.9E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Dbar0,e-,nu_ebar; 4.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->Dbar0,mu-,nu_mubar; 4.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->D_s*-,D*0; 2.6E-5 1 /Herwig/Decays/BcHadronic
decaymode B_c-->Dbar0,tau-,nu_taubar; 2.0E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->eta_c(2S),tau-,nu_taubar; 1.6E-5 1 /Herwig/Decays/KiselevBc
decaymode B_c-->D_s-,D*0; 7.0E-6 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D_s*-,D0; 5.0E-6 1 /Herwig/Decays/BcHadronic
decaymode B_c-->D_s-,D0; 5.0E-6 1 /Herwig/Decays/BcHadronic
#
# the 1^3S_1 multiplet
#
#
decaymode rho+->pi+,pi0; 0.99955 1 /Herwig/Decays/Vector2Meson
decaymode rho+->pi+,gamma; 0.00045 1 /Herwig/Decays/VectorVP
#
decaymode rho0->pi+,pi-; 0.998956 1 /Herwig/Decays/Vector2Meson
decaymode rho0->pi0,gamma; 0.00047 1 /Herwig/Decays/VectorVP
decaymode rho0->eta,gamma; 0.0003 1 /Herwig/Decays/VectorVP
decaymode rho0->pi+,pi-,pi0; 0.000101 1 /Herwig/Decays/DecayME0
decaymode rho0->e-,e+; 4.7E-5 1 /Herwig/Decays/Vector2Leptons
decaymode rho0->mu-,mu+; 4.7E-5 1 /Herwig/Decays/Vector2Leptons
decaymode rho0->pi0,pi0,gamma; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode rho0->pi+,pi-,pi+,pi-; 1.8E-5 1 /Herwig/Decays/Mambo
decaymode rho0->pi+,pi-,pi0,pi0; 1.6E-5 1 /Herwig/Decays/Mambo
#
decaymode rho-->pi-,pi0; 0.99955 1 /Herwig/Decays/Vector2Meson
decaymode rho-->pi-,gamma; 0.00045 1 /Herwig/Decays/VectorVP
#
decaymode omega->pi+,pi-,pi0; 0.897507 1 /Herwig/Decays/OmegaDalitz
decaymode omega->pi0,gamma; 0.085624 1 /Herwig/Decays/VectorVP
decaymode omega->pi+,pi-; 0.0153 1 /Herwig/Decays/Vector2Meson
decaymode omega->pi0,e-,e+; 0.00077 1 /Herwig/Decays/VectorVPff
decaymode omega->eta,gamma; 0.00045 1 /Herwig/Decays/VectorVP
decaymode omega->pi0,mu-,mu+; 0.000134 1 /Herwig/Decays/VectorVPff
decaymode omega->e-,e+; 7.4E-5 1 /Herwig/Decays/Vector2Leptons
decaymode omega->mu-,mu+; 7.4E-5 1 /Herwig/Decays/Vector2Leptons
decaymode omega->pi0,pi0,gamma; 6.7E-5 1 /Herwig/Decays/DecayME0
#
decaymode phi->K+,K-; 0.491241 1 /Herwig/Decays/Vector2Meson
decaymode phi->K_L0,K_S0; 0.339193 1 /Herwig/Decays/Vector2Meson
decaymode phi->pi+,pi-,pi0; 0.154 1 /Herwig/Decays/PhiDalitz
decaymode phi->eta,gamma; 0.01301 1 /Herwig/Decays/VectorVP
decaymode phi->pi0,gamma; 0.00132 1 /Herwig/Decays/VectorVP
decaymode phi->f_0,gamma; 0.000322 1 /Herwig/Decays/VVSDecayer
decaymode phi->e-,e+; 0.000298 1 /Herwig/Decays/Vector2Leptons
decaymode phi->mu-,mu+; 0.000297 1 /Herwig/Decays/Vector2Leptons
decaymode phi->eta,e-,e+; 0.000108 1 /Herwig/Decays/VectorVPff
decaymode phi->a_00,gamma; 7.6E-5 1 /Herwig/Decays/VVSDecayer
decaymode phi->eta',gamma; 6.2E-5 1 /Herwig/Decays/VectorVP
decaymode phi->omega,pi0; 4.7E-5 1 /Herwig/Decays/VectorVP
decaymode phi->pi0,e-,e+; 1.3E-5 1 /Herwig/Decays/VectorVPff
decaymode phi->eta,mu-,mu+; 6.0E-6 1 /Herwig/Decays/VectorVPff
decaymode phi->pi+,pi-,pi+,pi-; 4.0E-6 1 /Herwig/Decays/Mambo
decaymode phi->pi0,mu-,mu+; 3.0E-6 1 /Herwig/Decays/VectorVPff
#
decaymode Jpsi->g,g,g; 0.486225 1 /Herwig/Decays/QDecayME130
decaymode Jpsi->u,ubar; 0.0791 1 /Herwig/Decays/QDecayME0
decaymode Jpsi->e-,e+; 0.05935 1 /Herwig/Decays/Vector2Leptons
decaymode Jpsi->mu-,mu+; 0.05935 1 /Herwig/Decays/Vector2Leptons
decaymode Jpsi->g,g,gamma; 0.05 1 /Herwig/Decays/QDecayME130
decaymode Jpsi->d,dbar; 0.0198 1 /Herwig/Decays/QDecayME0
decaymode Jpsi->s,sbar; 0.0198 1 /Herwig/Decays/QDecayME0
decaymode Jpsi->gamma,eta_c; 0.013 1 /Herwig/Decays/VectorVP
decaymode Jpsi->omega,pi+,pi-,pi+,pi-; 0.0085 1 /Herwig/Decays/Mambo
decaymode Jpsi->rho-,pi+; 0.00563 1 /Herwig/Decays/VectorVP
decaymode Jpsi->rho0,pi0; 0.00563 1 /Herwig/Decays/VectorVP
decaymode Jpsi->rho+,pi-; 0.00563 1 /Herwig/Decays/VectorVP
decaymode Jpsi->gamma,pi+,pi-,pi0,pi0; 0.005 1 /Herwig/Decays/Mambo
decaymode Jpsi->omega,pi+,pi-; 0.00475 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,eta'; 0.00471 1 /Herwig/Decays/VectorVP
decaymode Jpsi->n0,nbar0,pi+,pi-; 0.0045 1 /Herwig/Decays/Mambo
decaymode Jpsi->p+,pbar-,pi+,pi-; 0.0045 1 /Herwig/Decays/Mambo
decaymode Jpsi->f_2,omega; 0.0043 1 /Herwig/Decays/VTV
decaymode Jpsi->a_20,rho0; 0.003634 1 /Herwig/Decays/VTV
decaymode Jpsi->a_2-,rho+; 0.003633 1 /Herwig/Decays/VTV
decaymode Jpsi->a_2+,rho-; 0.003633 1 /Herwig/Decays/VTV
decaymode Jpsi->omega,pi+,pi-,pi0; 0.0036 1 /Herwig/Decays/Mambo
decaymode Jpsi->K*-,K*_2+; 0.00335 1 /Herwig/Decays/VTV
decaymode Jpsi->K*bar0,K*_20; 0.00335 1 /Herwig/Decays/VTV
decaymode Jpsi->K*0,K*_2bar0; 0.00335 1 /Herwig/Decays/VTV
decaymode Jpsi->K*+,K*_2-; 0.00335 1 /Herwig/Decays/VTV
decaymode Jpsi->pi+,pi-,pi0; 0.0033 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,eta,pi+,pi-; 0.0031 1 /Herwig/Decays/Mambo
decaymode Jpsi->gamma,rho+,rho-; 0.003 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,eta(1475); 0.0028 1 /Herwig/Decays/VectorVP
decaymode Jpsi->K-,K*+; 0.0023 1 /Herwig/Decays/VectorVP
decaymode Jpsi->Kbar0,K*0; 0.0023 1 /Herwig/Decays/VectorVP
decaymode Jpsi->K0,K*bar0; 0.0023 1 /Herwig/Decays/VectorVP
decaymode Jpsi->K+,K*-; 0.0023 1 /Herwig/Decays/VectorVP
decaymode Jpsi->p+,pbar-,pi+,pi-,pi0; 0.0023 1 /Herwig/Decays/Mambo
decaymode Jpsi->omega,pi0,pi0; 0.00217 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,nbar0; 0.00217 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->p+,pbar-; 0.00217 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->gamma,K+,K-,pi+,pi-; 0.0021 1 /Herwig/Decays/Mambo
decaymode Jpsi->n0,nbar0,eta; 0.00209 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,pbar-,eta; 0.00209 1 /Herwig/Decays/DecayME0
decaymode Jpsi->pbar-,n0,pi+; 0.00204 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,nbar0,pi-; 0.00204 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,K*0,K*bar0; 0.002 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,K*+,K*-; 0.002 1 /Herwig/Decays/DecayME0
decaymode Jpsi->K'_1-,K+; 0.0019 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->K'_1bar0,K0; 0.0019 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->K'_10,Kbar0; 0.0019 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->K'_1+,K-; 0.0019 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->omega,eta; 0.00174 1 /Herwig/Decays/VectorVP
decaymode Jpsi->phi,pi+,pi-,pi+,pi-; 0.00166 1 /Herwig/Decays/Mambo
decaymode Jpsi->b_1-,pi+; 0.00162 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->b_10,pi0; 0.00162 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->b_1+,pi-; 0.00162 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->gamma,eta,pi0,pi0; 0.0016 1 /Herwig/Decays/Mambo
decaymode Jpsi->gamma,omega,omega; 0.00159 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Lambda0,Lambdabar0; 0.00154 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->gamma,rho0,rho0; 0.0015 1 /Herwig/Decays/DecayME0
decaymode Jpsi->pi+,pi-; 0.00147 1 /Herwig/Decays/Vector2Meson
decaymode Jpsi->gamma,f_2; 0.00138 1 /Herwig/Decays/VTV
decaymode Jpsi->gamma,f_0(1710); 0.00134 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->omega,K*-,K+; 0.001325 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,K*bar0,K0; 0.001325 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,K*0,Kbar0; 0.001325 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,K*+,K-; 0.001325 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma-,Sigmabar+; 0.00131 1 /Herwig/Decays/Vector2Leptons
decaymode Jpsi->Sigma0,Sigmabar0; 0.00131 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->Sigma+,Sigmabar-; 0.00131 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->n0,nbar0,omega; 0.0013 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,pbar-,omega; 0.0013 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Delta-,Deltabar+; 0.0011 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Delta0,Deltabar0; 0.0011 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Delta+,Deltabar-; 0.0011 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Delta++,Deltabar--; 0.0011 1 /Herwig/Decays/DecayME0
decaymode Jpsi->pbar-,K0,Sigma*+; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->pbar-,p+,pi0; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->nbar0,K+,Sigma*-; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,nbar0,pi0; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,K-,Sigma*bar+; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,Kbar0,Sigma*bar-; 0.00102 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,pi+,pi-,pi+,pi-; 0.001 1 /Herwig/Decays/Mambo
decaymode Jpsi->gamma,eta; 0.000966 1 /Herwig/Decays/VectorVP
decaymode Jpsi->gamma,f_2,f_2; 0.00095 1 /Herwig/Decays/DecayME0
decaymode Jpsi->eta',n0,nbar0; 0.0009 1 /Herwig/Decays/DecayME0
decaymode Jpsi->eta',p+,pbar-; 0.0009 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Xi-,Xibar+; 0.0009 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->Xi0,Xibar0; 0.0009 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode Jpsi->pbar-,K+,Lambda0; 0.00089 1 /Herwig/Decays/DecayME0
decaymode Jpsi->nbar0,K0,Lambda0; 0.00089 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,Kbar0,Lambdabar0; 0.00089 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,K-,Lambdabar0; 0.00089 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,f'_2; 0.0008 1 /Herwig/Decays/VTV
decaymode Jpsi->gamma,f'_1; 0.00079 1 /Herwig/Decays/AVV
decaymode Jpsi->phi,pi+,pi-; 0.00078 1 /Herwig/Decays/DecayME0
decaymode Jpsi->f_0(1710),omega; 0.00076 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->phi,eta; 0.00074 1 /Herwig/Decays/VectorVP
decaymode Jpsi->phi,K0,Kbar0; 0.00074 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,K+,K-; 0.00074 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,K0,Kbar0; 0.00071 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,K+,K-; 0.00071 1 /Herwig/Decays/DecayME0
decaymode Jpsi->omega,f'_1; 0.00068 1 /Herwig/Decays/AVV
decaymode Jpsi->gamma,f_1; 0.00061 1 /Herwig/Decays/AVV
decaymode Jpsi->pbar-,K0,Sigma+; 0.00058 1 /Herwig/Decays/DecayME0
decaymode Jpsi->nbar0,K+,Sigma-; 0.00058 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,K-,Sigmabar+; 0.00058 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,Kbar0,Sigmabar-; 0.00058 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,f_0(1500); 0.00057 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->f_0(1710),phi; 0.00057 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->Sigmabar-,pi+,Lambda0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigmabar0,pi0,Lambda0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigmabar+,pi-,Lambda0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma-,pi+,Lambdabar0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma0,pi0,Lambdabar0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma+,pi-,Lambdabar0; 0.00053 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*-,Sigma*bar+; 0.000515 1 /Herwig/Decays/Vector2Baryons3Half
decaymode Jpsi->Sigma*0,Sigma*bar0; 0.000515 1 /Herwig/Decays/Vector2Baryons3Half
decaymode Jpsi->Sigma*+,Sigma*bar-; 0.000515 1 /Herwig/Decays/Vector2Baryons3Half
decaymode Jpsi->pbar-,K+,Sigma*0; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->nbar0,K0,Sigma*0; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->K-,K*+,phi; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Kbar0,K*0,phi; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->K0,K*bar0,phi; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->K+,K*-,phi; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,Kbar0,Sigma*bar0; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,K-,Sigma*bar0; 0.00051 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,f'_2; 0.00045 1 /Herwig/Decays/VTV
decaymode Jpsi->gamma,eta(1405); 0.00045 1 /Herwig/Decays/VectorVP
decaymode Jpsi->omega,pi0; 0.00045 1 /Herwig/Decays/VectorVP
decaymode Jpsi->Xi*bar0,Xi0; 0.000446 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Xi*bar+,Xi-; 0.000446 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Xi*-,Xibar+; 0.000446 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Xi*0,Xibar0; 0.000446 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,phi,phi; 0.0004 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,eta'; 0.0004 1 /Herwig/Decays/VectorVP
decaymode Jpsi->gamma,n0,nbar0; 0.00038 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,p+,pbar-; 0.00038 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,f_0; 0.00032 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->pbar-,K+,Sigma0; 0.00029 1 /Herwig/Decays/DecayME0
decaymode Jpsi->nbar0,K0,Sigma0; 0.00029 1 /Herwig/Decays/DecayME0
decaymode Jpsi->n0,Kbar0,Sigmabar0; 0.00029 1 /Herwig/Decays/DecayME0
decaymode Jpsi->p+,K-,Sigmabar0; 0.00029 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,f_1; 0.00026 1 /Herwig/Decays/AVV
decaymode Jpsi->K-,K+; 0.000237 1 /Herwig/Decays/Vector2Meson
decaymode Jpsi->Lambda0,Lambdabar0,pi0; 0.00022 1 /Herwig/Decays/DecayME0
decaymode Jpsi->rho0,eta; 0.000193 1 /Herwig/Decays/VectorVP
decaymode Jpsi->omega,eta'; 0.000182 1 /Herwig/Decays/VectorVP
decaymode Jpsi->Sigma*bar-,Sigma+; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*bar0,Sigma0; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*bar+,Sigma-; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*-,Sigmabar+; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*0,Sigmabar0; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->Sigma*+,Sigmabar-; 0.000155 1 /Herwig/Decays/DecayME0
decaymode Jpsi->K_L0,K_S0; 0.000146 1 /Herwig/Decays/Vector2Meson
decaymode Jpsi->omega,f_0; 0.00014 1 /Herwig/Decays/VVSDecayer
decaymode Jpsi->rho0,eta'; 0.000105 1 /Herwig/Decays/VectorVP
decaymode Jpsi->phi,n0,nbar0; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode Jpsi->phi,p+,pbar-; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode Jpsi->gamma,pi0; 3.3E-5 1 /Herwig/Decays/VectorVP
decaymode Jpsi->eta,e-,e+; 1.4E-5 1 /Herwig/Decays/VectorVPff
#
decaymode Upsilon->g,g,g; 0.820252 1 /Herwig/Decays/QDecayME130
decaymode Upsilon->u,ubar; 0.033195 1 /Herwig/Decays/QDecayME0
decaymode Upsilon->c,cbar; 0.033195 1 /Herwig/Decays/QDecayME0
decaymode Upsilon->e-,e+; 0.024896 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon->mu-,mu+; 0.024896 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon->tau-,tau+; 0.0247 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon->g,g,gamma; 0.022 1 /Herwig/Decays/QDecayME130
decaymode Upsilon->d,dbar; 0.008299 1 /Herwig/Decays/QDecayME0
decaymode Upsilon->s,sbar; 0.008299 1 /Herwig/Decays/QDecayME0
decaymode Upsilon->gamma,f_2; 0.000101 1 /Herwig/Decays/VTV
decaymode Upsilon->gamma,pi+,pi-; 6.3E-5 1 /Herwig/Decays/DecayME0
decaymode Upsilon->gamma,chi_c1; 4.7E-5 1 /Herwig/Decays/AVV
decaymode Upsilon->gamma,f'_2; 2.9E-5 1 /Herwig/Decays/VTV
decaymode Upsilon->gamma,pi0,pi0; 1.7E-5 1 /Herwig/Decays/DecayME0
decaymode Upsilon->gamma,K+,K-; 1.1E-5 1 /Herwig/Decays/DecayME0
#
decaymode K*+->K0,pi+; 0.666013 1 /Herwig/Decays/Vector2Meson
decaymode K*+->K+,pi0; 0.333007 1 /Herwig/Decays/Vector2Meson
decaymode K*+->K+,gamma; 0.00098 1 /Herwig/Decays/VectorVP
#
decaymode K*0->K+,pi-; 0.665027 1 /Herwig/Decays/Vector2Meson
decaymode K*0->K0,pi0; 0.332513 1 /Herwig/Decays/Vector2Meson
decaymode K*0->K0,gamma; 0.00246 1 /Herwig/Decays/VectorVP
#
decaymode K*-->Kbar0,pi-; 0.666013 1 /Herwig/Decays/Vector2Meson
decaymode K*-->K-,pi0; 0.333007 1 /Herwig/Decays/Vector2Meson
decaymode K*-->K-,gamma; 0.00098 1 /Herwig/Decays/VectorVP
#
decaymode K*bar0->K-,pi+; 0.665027 1 /Herwig/Decays/Vector2Meson
decaymode K*bar0->Kbar0,pi0; 0.332513 1 /Herwig/Decays/Vector2Meson
decaymode K*bar0->Kbar0,gamma; 0.00246 1 /Herwig/Decays/VectorVP
#
decaymode D*0->D0,pi0; 0.647 1 /Herwig/Decays/CharmMeson
decaymode D*0->D0,gamma; 0.353 1 /Herwig/Decays/HQETMesonEM
#
decaymode D*+->D0,pi+; 0.677 1 /Herwig/Decays/CharmMeson
decaymode D*+->D+,pi0; 0.307 1 /Herwig/Decays/CharmMeson
decaymode D*+->D+,gamma; 0.016 1 /Herwig/Decays/HQETMesonEM
#
decaymode D*bar0->Dbar0,pi0; 0.647 1 /Herwig/Decays/CharmMeson
decaymode D*bar0->Dbar0,gamma; 0.353 1 /Herwig/Decays/HQETMesonEM
#
decaymode D*-->Dbar0,pi-; 0.677 1 /Herwig/Decays/CharmMeson
decaymode D*-->D-,pi0; 0.307 1 /Herwig/Decays/CharmMeson
decaymode D*-->D-,gamma; 0.016 1 /Herwig/Decays/HQETMesonEM
#
decaymode D_s*+->D_s+,gamma; 0.942 1 /Herwig/Decays/HQETMesonEM
decaymode D_s*+->D_s+,pi0; 0.058 1 /Herwig/Decays/CharmMeson
#
decaymode D_s*-->D_s-,gamma; 0.942 1 /Herwig/Decays/HQETMesonEM
decaymode D_s*-->D_s-,pi0; 0.058 1 /Herwig/Decays/CharmMeson
#
decaymode B*0->B0,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B*+->B+,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B*bar0->Bbar0,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B*-->B-,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B_s*0->B_s0,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B_s*bar0->B_sbar0,gamma; 1 1 /Herwig/Decays/HQETMesonEM
#
decaymode B_c*+->B_c+,gamma; 1 1 /Herwig/Decays/VectorVP
#
decaymode B_c*-->B_c-,gamma; 1 1 /Herwig/Decays/VectorVP
#
# the 1^1P_1 multiplet
#
#
decaymode b_1+->omega,pi+; 0.9984 1 /Herwig/Decays/VVSDecayer
decaymode b_1+->pi+,gamma; 0.0016 1 /Herwig/Decays/VVSDecayer
#
decaymode b_10->omega,pi0; 1 1 /Herwig/Decays/VVSDecayer
#
decaymode b_1-->omega,pi-; 0.9984 1 /Herwig/Decays/VVSDecayer
decaymode b_1-->pi-,gamma; 0.0016 1 /Herwig/Decays/VVSDecayer
#
decaymode h_1->rho0,pi0; 0.333334 1 /Herwig/Decays/VVSDecayer
decaymode h_1->rho-,pi+; 0.333333 1 /Herwig/Decays/VVSDecayer
decaymode h_1->rho+,pi-; 0.333333 1 /Herwig/Decays/VVSDecayer
#
decaymode h'_1->K*-,K+; 0.25 1 /Herwig/Decays/VVSDecayer
decaymode h'_1->K*bar0,K0; 0.25 1 /Herwig/Decays/VVSDecayer
decaymode h'_1->K*0,Kbar0; 0.25 1 /Herwig/Decays/VVSDecayer
decaymode h'_1->K*+,K-; 0.25 1 /Herwig/Decays/VVSDecayer
#
decaymode h_c->eta_c,gamma; 0.5 1 /Herwig/Decays/VVSDecayer
decaymode h_c->g,g,g; 0.49803 1 /Herwig/Decays/QDecayME130
decaymode h_c->eta,gamma; 0.0015 1 /Herwig/Decays/VVSDecayer
decaymode h_c->eta',gamma; 0.00047 1 /Herwig/Decays/VVSDecayer
#
decaymode h_b->eta_b,gamma; 0.52 1 /Herwig/Decays/VVSDecayer
decaymode h_b->g,g,g; 0.462 1 /Herwig/Decays/QDecayME130
decaymode h_b->g,g,gamma; 0.018 1 /Herwig/Decays/QDecayME130
#
decaymode K_1+->K0,rho+; 0.250538 1 /Herwig/Decays/VVSDecayer
decaymode K_1+->K*_00,pi+; 0.185806 1 /Herwig/Decays/Vector2Meson
decaymode K_1+->K*0,pi+; 0.137849 1 /Herwig/Decays/VVSDecayer
decaymode K_1+->K+,rho0; 0.125269 1 /Herwig/Decays/VVSDecayer
decaymode K_1+->K+,omega; 0.109355 1 /Herwig/Decays/VVSDecayer
decaymode K_1+->K*_0+,pi0; 0.092903 1 /Herwig/Decays/Vector2Meson
decaymode K_1+->K*+,pi0; 0.068925 1 /Herwig/Decays/VVSDecayer
decaymode K_1+->K+,f'_0; 0.029355 1 /Herwig/Decays/Vector2Meson
#
decaymode K_10->K+,rho-; 0.250537 1 /Herwig/Decays/VVSDecayer
decaymode K_10->K*_0+,pi-; 0.185806 1 /Herwig/Decays/Vector2Meson
decaymode K_10->K*+,pi-; 0.137849 1 /Herwig/Decays/VVSDecayer
decaymode K_10->K0,rho0; 0.125269 1 /Herwig/Decays/VVSDecayer
decaymode K_10->K0,omega; 0.109355 1 /Herwig/Decays/VVSDecayer
decaymode K_10->K*_00,pi0; 0.092903 1 /Herwig/Decays/Vector2Meson
decaymode K_10->K*0,pi0; 0.068925 1 /Herwig/Decays/VVSDecayer
decaymode K_10->K0,f'_0; 0.029355 1 /Herwig/Decays/Vector2Meson
decaymode K_10->K0,gamma; 1.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode K_1-->Kbar0,rho-; 0.250538 1 /Herwig/Decays/VVSDecayer
decaymode K_1-->K*_0bar0,pi-; 0.185806 1 /Herwig/Decays/Vector2Meson
decaymode K_1-->K*bar0,pi-; 0.137849 1 /Herwig/Decays/VVSDecayer
decaymode K_1-->K-,rho0; 0.125269 1 /Herwig/Decays/VVSDecayer
decaymode K_1-->K-,omega; 0.109355 1 /Herwig/Decays/VVSDecayer
decaymode K_1-->K*_0-,pi0; 0.092903 1 /Herwig/Decays/Vector2Meson
decaymode K_1-->K*-,pi0; 0.068925 1 /Herwig/Decays/VVSDecayer
decaymode K_1-->K-,f'_0; 0.029355 1 /Herwig/Decays/Vector2Meson
#
decaymode K_1bar0->K-,rho+; 0.250537 1 /Herwig/Decays/VVSDecayer
decaymode K_1bar0->K*_0-,pi+; 0.185806 1 /Herwig/Decays/Vector2Meson
decaymode K_1bar0->K*-,pi+; 0.137849 1 /Herwig/Decays/VVSDecayer
decaymode K_1bar0->Kbar0,rho0; 0.125269 1 /Herwig/Decays/VVSDecayer
decaymode K_1bar0->Kbar0,omega; 0.109355 1 /Herwig/Decays/VVSDecayer
decaymode K_1bar0->K*_0bar0,pi0; 0.092903 1 /Herwig/Decays/Vector2Meson
decaymode K_1bar0->K*bar0,pi0; 0.068925 1 /Herwig/Decays/VVSDecayer
decaymode K_1bar0->Kbar0,f'_0; 0.029355 1 /Herwig/Decays/Vector2Meson
decaymode K_1bar0->Kbar0,gamma; 1.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode D_10->D*+,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_10->D*0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_1+->D*0,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_1+->D*+,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_1bar0->D*-,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_1bar0->D*bar0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_1-->D*bar0,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_1-->D*-,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1+->D*0,K+; 0.540541 1 /Herwig/Decays/CharmMeson
decaymode D_s1+->D*+,K0; 0.459459 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1-->D*bar0,K-; 0.540541 1 /Herwig/Decays/CharmMeson
decaymode D_s1-->D*-,Kbar0; 0.459459 1 /Herwig/Decays/CharmMeson
#
decaymode B_10->B*+,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B_10->B*0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B_1+->B*0,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B_1+->B*+,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B_1bar0->B*-,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B_1bar0->B*bar0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B_1-->B*bar0,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B_1-->B*-,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B_s10->B*0,Kbar0; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B_s10->B*+,K-; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B_s1bar0->B*-,K+; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B_s1bar0->B*bar0,K0; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B_c1+->B_c*+,gamma; 0.82 1 /Herwig/Decays/AVV
decaymode B_c1+->B_c+,gamma; 0.18 1 /Herwig/Decays/VVSDecayer
#
decaymode B_c1-->B_c*-,gamma; 0.82 1 /Herwig/Decays/AVV
decaymode B_c1-->B_c-,gamma; 0.18 1 /Herwig/Decays/VVSDecayer
#
# the 1^3P_0 multiplet
#
#
decaymode a'_0+->omega,rho+; 0.827814 1 /Herwig/Decays/SVV
decaymode a'_0+->pi+,eta; 0.076987 1 /Herwig/Decays/ScalarSS
decaymode a'_0+->K+,Kbar0; 0.067881 1 /Herwig/Decays/ScalarSS
decaymode a'_0+->pi+,eta'; 0.027318 1 /Herwig/Decays/ScalarSS
#
decaymode a'_00->omega,rho0; 0.827797 1 /Herwig/Decays/SVV
decaymode a'_00->pi0,eta; 0.076985 1 /Herwig/Decays/ScalarSS
decaymode a'_00->K-,K+; 0.03394 1 /Herwig/Decays/ScalarSS
decaymode a'_00->pi0,eta'; 0.027317 1 /Herwig/Decays/ScalarSS
decaymode a'_00->K_L0,K_L0; 0.01697 1 /Herwig/Decays/ScalarSS
decaymode a'_00->K_S0,K_S0; 0.01697 1 /Herwig/Decays/ScalarSS
decaymode a'_00->gamma,gamma; 2.1E-5 1 /Herwig/Decays/SVV
#
decaymode a'_0-->omega,rho-; 0.827814 1 /Herwig/Decays/SVV
decaymode a'_0-->pi-,eta; 0.076987 1 /Herwig/Decays/ScalarSS
decaymode a'_0-->K-,K0; 0.067881 1 /Herwig/Decays/ScalarSS
decaymode a'_0-->pi-,eta'; 0.027318 1 /Herwig/Decays/ScalarSS
#
decaymode f'_0->sigma,sigma; 0.438181 1 /Herwig/Decays/ScalarSS
decaymode f'_0->rho+,rho-; 0.150788 1 /Herwig/Decays/SVV
decaymode f'_0->rho0,rho0; 0.075394 1 /Herwig/Decays/SVV
decaymode f'_0->pi+,pi-; 0.052606 1 /Herwig/Decays/ScalarSS
decaymode f'_0->pi'-,pi+; 0.050424 1 /Herwig/Decays/ScalarSS
decaymode f'_0->pi'0,pi0; 0.050424 1 /Herwig/Decays/ScalarSS
decaymode f'_0->pi'+,pi-; 0.050424 1 /Herwig/Decays/ScalarSS
decaymode f'_0->K+,K-; 0.026364 1 /Herwig/Decays/ScalarSS
decaymode f'_0->pi0,pi0; 0.026303 1 /Herwig/Decays/ScalarSS
decaymode f'_0->a_1-,pi+; 0.017091 1 /Herwig/Decays/PPVDecayer
decaymode f'_0->a_10,pi0; 0.017091 1 /Herwig/Decays/PPVDecayer
decaymode f'_0->a_1+,pi-; 0.017091 1 /Herwig/Decays/PPVDecayer
decaymode f'_0->K_L0,K_L0; 0.013182 1 /Herwig/Decays/ScalarSS
decaymode f'_0->K_S0,K_S0; 0.013182 1 /Herwig/Decays/ScalarSS
decaymode f'_0->eta,eta; 0.001455 1 /Herwig/Decays/ScalarSS
#
decaymode f_0(1710)->K+,K-; 0.2923976 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->eta,eta; 0.2807017 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->K_L0,K_L0; 0.1461988 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->K_S0,K_S0; 0.1461988 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->pi+,pi-; 0.0896686 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->pi0,pi0; 0.0448343 1 /Herwig/Decays/ScalarSS
decaymode f_0(1710)->gamma,gamma; 2.0E-7 1 /Herwig/Decays/SVV
#
decaymode chi_c0->g,g; 0.7352 1 /Herwig/Decays/QDecayME0
decaymode chi_c0->f'_0,f_0(1710); 0.028605 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->pi+,pi-,K+,K-; 0.015197 1 /Herwig/Decays/Mambo
decaymode chi_c0->Jpsi,gamma; 0.014 1 /Herwig/Decays/SVV
decaymode chi_c0->rho-,pi+,pi0; 0.012759 1 /Herwig/Decays/DecayME0
decaymode chi_c0->rho0,pi+,pi-; 0.012759 1 /Herwig/Decays/DecayME0
decaymode chi_c0->rho+,pi-,pi0; 0.012759 1 /Herwig/Decays/DecayME0
decaymode chi_c0->pi-,pi+,pi-,pi+; 0.009846 1 /Herwig/Decays/Mambo
decaymode chi_c0->K_1-,K+; 0.009236 1 /Herwig/Decays/PPVDecayer
decaymode chi_c0->K_1bar0,K0; 0.009236 1 /Herwig/Decays/PPVDecayer
decaymode chi_c0->K_10,Kbar0; 0.009236 1 /Herwig/Decays/PPVDecayer
decaymode chi_c0->K_1+,K-; 0.009236 1 /Herwig/Decays/PPVDecayer
decaymode chi_c0->pi+,pi-,pi0,pi0; 0.006686 1 /Herwig/Decays/Mambo
decaymode chi_c0->K+,K-; 0.00605 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->pi+,pi-; 0.005673 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K_L0,K_L0,pi+,pi-; 0.004732 1 /Herwig/Decays/Mambo
decaymode chi_c0->K_S0,K_S0,pi+,pi-; 0.004732 1 /Herwig/Decays/Mambo
decaymode chi_c0->K+,K-,pi0,pi0; 0.004632 1 /Herwig/Decays/Mambo
decaymode chi_c0->K-,pi+,K0,pi0; 0.003864 1 /Herwig/Decays/Mambo
decaymode chi_c0->K+,pi-,Kbar0,pi0; 0.003864 1 /Herwig/Decays/Mambo
decaymode chi_c0->rho-,K+,Kbar0; 0.003736 1 /Herwig/Decays/DecayME0
decaymode chi_c0->rho+,K-,K0; 0.003736 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_L0,K_L0; 0.00316 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K_S0,K_S0; 0.00316 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->pi0,pi0,pi0,pi0; 0.003101 1 /Herwig/Decays/Mambo
decaymode chi_c0->eta,eta; 0.00301 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K+,K-,eta,pi0; 0.003 1 /Herwig/Decays/Mambo
decaymode chi_c0->pi0,pi0; 0.002837 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K*_00,K*_0bar0; 0.002639 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K*_0+,K*_0-; 0.002639 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K+,K-,K+,K-; 0.002345 1 /Herwig/Decays/Mambo
decaymode chi_c0->pbar-,n0,pi+,pi0; 0.002265 1 /Herwig/Decays/Mambo
decaymode chi_c0->p+,nbar0,pi-,pi0; 0.002265 1 /Herwig/Decays/Mambo
decaymode chi_c0->eta',eta'; 0.00217 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->f_0,f_0; 0.002004 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->K*_0-,K*_2+; 0.001972 1 /Herwig/Decays/STSDecayer
decaymode chi_c0->K*_0bar0,K*_20; 0.001972 1 /Herwig/Decays/STSDecayer
decaymode chi_c0->K*_00,K*_2bar0; 0.001972 1 /Herwig/Decays/STSDecayer
decaymode chi_c0->K*_0+,K*_2-; 0.001972 1 /Herwig/Decays/STSDecayer
decaymode chi_c0->pi+,pi-,p+,pbar-; 0.001953 1 /Herwig/Decays/Mambo
decaymode chi_c0->K*0,K*bar0; 0.0017 1 /Herwig/Decays/SVV
decaymode chi_c0->K*+,K*-; 0.0017 1 /Herwig/Decays/SVV
decaymode chi_c0->K*-,K+,pi0; 0.001533 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K*+,K-,pi0; 0.001533 1 /Herwig/Decays/DecayME0
decaymode chi_c0->omega,K+,K-; 0.001465 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K+,K-,K_S0,K_S0; 0.0014 1 /Herwig/Decays/Mambo
decaymode chi_c0->pbar-,n0,pi+; 0.001337 1 /Herwig/Decays/DecayME0
decaymode chi_c0->p+,nbar0,pi-; 0.001337 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Lambda0,Lambdabar0,pi+,pi-; 0.00118 1 /Herwig/Decays/Mambo
decaymode chi_c0->p+,pbar-,pi0,pi0; 0.00104 1 /Herwig/Decays/Mambo
decaymode chi_c0->omega,omega; 0.00097 1 /Herwig/Decays/SVV
decaymode chi_c0->phi,phi,eta; 0.00084 1 /Herwig/Decays/DecayME0
decaymode chi_c0->phi,phi; 0.0008 1 /Herwig/Decays/SVV
decaymode chi_c0->n0,nbar0,pi0; 0.000668 1 /Herwig/Decays/DecayME0
decaymode chi_c0->p+,pbar-,pi0; 0.000668 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K-,p+,Lambdabar0; 0.000625 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K+,pbar-,Lambda0; 0.000625 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_S0,K_S0,K_S0,K_S0; 0.00058 1 /Herwig/Decays/Mambo
decaymode chi_c0->K+,K-,phi; 0.000578 1 /Herwig/Decays/DecayME0
decaymode chi_c0->n0,nbar0,omega; 0.00052 1 /Herwig/Decays/DecayME0
decaymode chi_c0->p+,pbar-,omega; 0.00052 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma-,Sigmabar+; 0.000478 1 /Herwig/Decays/SFF
decaymode chi_c0->Sigma0,Sigmabar0; 0.000478 1 /Herwig/Decays/SFF
decaymode chi_c0->Sigma+,Sigmabar-; 0.000478 1 /Herwig/Decays/SFF
decaymode chi_c0->Xi-,Xibar+; 0.000406 1 /Herwig/Decays/SFF
decaymode chi_c0->Xi0,Xibar0; 0.000406 1 /Herwig/Decays/SFF
decaymode chi_c0->Lambda0,Lambdabar0; 0.000359 1 /Herwig/Decays/SFF
decaymode chi_c0->n0,nbar0,eta; 0.00035 1 /Herwig/Decays/DecayME0
decaymode chi_c0->p+,pbar-,eta; 0.00035 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_L0,nbar0,Lambda0; 0.00033 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_L0,n0,Lambdabar0; 0.00033 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_S0,nbar0,Lambda0; 0.00033 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K_S0,n0,Lambdabar0; 0.00033 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Lambda(1520)0,Lambdabar(1520)0; 0.00031 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K*-,p+,Lambdabar0; 0.00024 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K*+,pbar-,Lambda0; 0.00024 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma*-,Sigma*bar+; 0.00023 1 /Herwig/Decays/DecayME0
decaymode chi_c0->n0,nbar0; 0.000221 1 /Herwig/Decays/SFF
decaymode chi_c0->p+,pbar-; 0.000221 1 /Herwig/Decays/SFF
decaymode chi_c0->gamma,gamma; 0.000204 1 /Herwig/Decays/SVV
decaymode chi_c0->Sigmabar-,p+,K_L0; 0.000176 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigmabar-,p+,K_S0; 0.000176 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma+,pbar-,K_L0; 0.000176 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma+,pbar-,K_S0; 0.000176 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma*+,Sigma*bar-; 0.00016 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigmabar0,p+,K-; 0.000151 1 /Herwig/Decays/DecayME0
decaymode chi_c0->Sigma0,pbar-,K+; 0.000151 1 /Herwig/Decays/DecayME0
decaymode chi_c0->omega,phi; 0.000141 1 /Herwig/Decays/SVV
decaymode chi_c0->p+,pbar-,K+,K-; 0.000122 1 /Herwig/Decays/Mambo
decaymode chi_c0->K-,p+,Lambdabar(1520)0; 0.00011 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K+,pbar-,Lambda(1520)0; 0.00011 1 /Herwig/Decays/DecayME0
decaymode chi_c0->eta,eta'; 9.1E-5 1 /Herwig/Decays/ScalarSS
decaymode chi_c0->n0,nbar0,phi; 6.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c0->p+,pbar-,phi; 6.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K-,Lambda0,Xibar+; 1.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c0->K+,Lambdabar0,Xi-; 1.0E-5 1 /Herwig/Decays/DecayME0
#
decaymode chi_b0->g,g; 0.9806 1 /Herwig/Decays/QDecayME0
decaymode chi_b0->Upsilon,gamma; 0.0194 1 /Herwig/Decays/SVV
#
decaymode K*_0+->K0,pi+; 0.609333 1 /Herwig/Decays/ScalarSS
decaymode K*_0+->K+,pi0; 0.304667 1 /Herwig/Decays/ScalarSS
decaymode K*_0+->K+,eta; 0.086 1 /Herwig/Decays/ScalarSS
#
decaymode K*_00->K+,pi-; 0.609333 1 /Herwig/Decays/ScalarSS
decaymode K*_00->K0,pi0; 0.304667 1 /Herwig/Decays/ScalarSS
decaymode K*_00->K0,eta; 0.086 1 /Herwig/Decays/ScalarSS
#
decaymode K*_0-->Kbar0,pi-; 0.609333 1 /Herwig/Decays/ScalarSS
decaymode K*_0-->K-,pi0; 0.304667 1 /Herwig/Decays/ScalarSS
decaymode K*_0-->K-,eta; 0.086 1 /Herwig/Decays/ScalarSS
#
decaymode K*_0bar0->K-,pi+; 0.609333 1 /Herwig/Decays/ScalarSS
decaymode K*_0bar0->Kbar0,pi0; 0.304667 1 /Herwig/Decays/ScalarSS
decaymode K*_0bar0->Kbar0,eta; 0.086 1 /Herwig/Decays/ScalarSS
#
decaymode D_0*+->D0,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_0*+->D+,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_0*0->D+,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_0*0->D0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_0*-->Dbar0,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_0*-->D-,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_0*bar0->D-,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D_0*bar0->Dbar0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D_s0+->D_s+,pi0; 1 1 /Herwig/Decays/CharmMeson
#
decaymode D_s0-->D_s-,pi0; 1 1 /Herwig/Decays/CharmMeson
#
decaymode B*_00->B+,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B*_00->B0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B*_0+->B0,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B*_0+->B+,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B*_0bar0->B-,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B*_0bar0->Bbar0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B*_0-->Bbar0,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B*_0-->B-,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B*_s00->B0,Kbar0; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B*_s00->B+,K-; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B*_s0bar0->B-,K+; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B*_s0bar0->Bbar0,K0; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B*_c0+->B_c*+,gamma; 1 1 /Herwig/Decays/SVV
#
decaymode B*_c0-->B_c*-,gamma; 1 1 /Herwig/Decays/SVV
#
# the 1^3P_1 multiplet
#
#
decaymode a_1+->pi+,pi0,pi0; 0.499099 1 /Herwig/Decays/a1Simple
decaymode a_1+->pi+,pi+,pi-; 0.4881 1 /Herwig/Decays/a1Simple
decaymode a_1+->K+,K*bar0; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_1+->K*+,Kbar0; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_1+->pi+,gamma; 1.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode a_10->pi+,pi-,pi0; 0.987199 1 /Herwig/Decays/a1Simple
decaymode a_10->K*0,Kbar0; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_10->K*+,K-; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_10->pi0,gamma; 1.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode a_1-->pi-,pi0,pi0; 0.499099 1 /Herwig/Decays/a1Simple
decaymode a_1-->pi-,pi-,pi+; 0.4881 1 /Herwig/Decays/a1Simple
decaymode a_1-->K*-,K0; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_1-->K-,K*0; 0.0064 1 /Herwig/Decays/VVSDecayer
decaymode a_1-->pi-,gamma; 1.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode f_1->a_0-,pi+; 0.14257 1 /Herwig/Decays/Vector2Meson
decaymode f_1->a_00,pi0; 0.14257 1 /Herwig/Decays/Vector2Meson
decaymode f_1->a_0+,pi-; 0.14257 1 /Herwig/Decays/Vector2Meson
decaymode f_1->rho-,pi+,pi0; 0.110471 1 /Herwig/Decays/DecayME0
decaymode f_1->rho0,pi+,pi-; 0.110471 1 /Herwig/Decays/DecayME0
decaymode f_1->rho+,pi-,pi0; 0.110471 1 /Herwig/Decays/DecayME0
decaymode f_1->eta,pi+,pi-; 0.107123 1 /Herwig/Decays/DecayME0
decaymode f_1->rho0,gamma; 0.055235 1 /Herwig/Decays/AVV
decaymode f_1->eta,pi0,pi0; 0.053562 1 /Herwig/Decays/DecayME0
decaymode f_1->K-,K0,pi+; 0.008071 1 /Herwig/Decays/DecayME0
decaymode f_1->K+,Kbar0,pi-; 0.008071 1 /Herwig/Decays/DecayME0
decaymode f_1->K0,Kbar0,pi0; 0.004036 1 /Herwig/Decays/DecayME0
decaymode f_1->K+,K-,pi0; 0.004036 1 /Herwig/Decays/DecayME0
decaymode f_1->phi,gamma; 0.000743 1 /Herwig/Decays/AVV
#
decaymode f'_1->K*-,K+; 0.1886 1 /Herwig/Decays/VVSDecayer
decaymode f'_1->K*bar0,K0; 0.1886 1 /Herwig/Decays/VVSDecayer
decaymode f'_1->K*0,Kbar0; 0.1886 1 /Herwig/Decays/VVSDecayer
decaymode f'_1->K*+,K-; 0.1886 1 /Herwig/Decays/VVSDecayer
decaymode f'_1->K-,K0,pi+; 0.0709 1 /Herwig/Decays/DecayME0
decaymode f'_1->K+,Kbar0,pi-; 0.0709 1 /Herwig/Decays/DecayME0
decaymode f'_1->K0,Kbar0,pi0; 0.0355 1 /Herwig/Decays/DecayME0
decaymode f'_1->K+,K-,pi0; 0.0355 1 /Herwig/Decays/DecayME0
decaymode f'_1->a_0-,pi+; 0.01 1 /Herwig/Decays/Vector2Meson
decaymode f'_1->a_00,pi0; 0.01 1 /Herwig/Decays/Vector2Meson
decaymode f'_1->a_0+,pi-; 0.01 1 /Herwig/Decays/Vector2Meson
decaymode f'_1->phi,gamma; 0.0028 1 /Herwig/Decays/AVV
#
decaymode chi_c1->g,g; 0.579012 1 /Herwig/Decays/QDecayME0
decaymode chi_c1->Jpsi,gamma; 0.346693 1 /Herwig/Decays/AVV
decaymode chi_c1->rho-,pi+,pi0; 0.00725 1 /Herwig/Decays/DecayME0
decaymode chi_c1->rho+,pi-,pi0; 0.00725 1 /Herwig/Decays/DecayME0
decaymode chi_c1->eta,pi+,pi-; 0.00462 1 /Herwig/Decays/DecayME0
decaymode chi_c1->rho0,pi+,pi-; 0.0039 1 /Herwig/Decays/DecayME0
decaymode chi_c1->pi+,pi-,pi+,pi-; 0.003704 1 /Herwig/Decays/Mambo
decaymode chi_c1->K-,K0,pi+; 0.0035 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K+,Kbar0,pi-; 0.0035 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K+,K-,pi+,pi-; 0.003425 1 /Herwig/Decays/Mambo
decaymode chi_c1->rho-,K+,Kbar0; 0.0025 1 /Herwig/Decays/DecayME0
decaymode chi_c1->rho+,K-,K0; 0.0025 1 /Herwig/Decays/DecayME0
decaymode chi_c1->eta',pi+,pi-; 0.0022 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K0,Kbar0,pi0; 0.00181 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K+,K-,pi0; 0.00181 1 /Herwig/Decays/DecayME0
decaymode chi_c1->phi,K-,K0,pi+; 0.00165 1 /Herwig/Decays/Mambo
decaymode chi_c1->phi,K+,Kbar0,pi-; 0.00165 1 /Herwig/Decays/Mambo
decaymode chi_c1->phi,K+,K-,pi0; 0.00162 1 /Herwig/Decays/Mambo
decaymode chi_c1->K*-,K0,pi+; 0.0016 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*+,Kbar0,pi-; 0.0016 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*bar0,K+,pi-; 0.001598 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*0,K-,pi+; 0.001598 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*0,K*bar0; 0.0014 1 /Herwig/Decays/AVV
decaymode chi_c1->K*+,K*-; 0.0014 1 /Herwig/Decays/AVV
decaymode chi_c1->eta',K+,K-; 0.00088 1 /Herwig/Decays/DecayME0
decaymode chi_c1->omega,K+,K-; 0.00078 1 /Herwig/Decays/DecayME0
decaymode chi_c1->phi,pi+,pi-,pi0; 0.000685 1 /Herwig/Decays/Mambo
decaymode chi_c1->f_2,eta; 0.00067 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*-,K+,pi0; 0.000575 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*bar0,K0,pi0; 0.000575 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*0,Kbar0,pi0; 0.000575 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K*+,K-,pi0; 0.000575 1 /Herwig/Decays/DecayME0
decaymode chi_c1->omega,omega; 0.00057 1 /Herwig/Decays/DecayME0
decaymode chi_c1->n0,nbar0,pi+,pi-; 0.0005 1 /Herwig/Decays/Mambo
decaymode chi_c1->p+,pbar-,pi+,pi-; 0.000448 1 /Herwig/Decays/Mambo
decaymode chi_c1->K+,K-,K+,K-; 0.000439 1 /Herwig/Decays/Mambo
decaymode chi_c1->phi,phi; 0.00042 1 /Herwig/Decays/DecayME0
decaymode chi_c1->phi,K+,K-; 0.00041 1 /Herwig/Decays/DecayME0
decaymode chi_c1->pbar-,n0,pi+; 0.000385 1 /Herwig/Decays/DecayME0
decaymode chi_c1->p+,nbar0,pi-; 0.000385 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K+,K-,eta; 0.00032 1 /Herwig/Decays/DecayME0
decaymode chi_c1->phi,phi,eta; 0.0003 1 /Herwig/Decays/DecayME0
decaymode chi_c1->n0,nbar0,pi0,pi0; 0.00025 1 /Herwig/Decays/Mambo
decaymode chi_c1->p+,pbar-,pi0,pi0; 0.00025 1 /Herwig/Decays/Mambo
decaymode chi_c1->Lambda0,Lambdabar0,pi+,pi-; 0.00025 1 /Herwig/Decays/Mambo
decaymode chi_c1->rho0,gamma; 0.000216 1 /Herwig/Decays/AVV
decaymode chi_c1->n0,nbar0,omega; 0.000212 1 /Herwig/Decays/DecayME0
decaymode chi_c1->p+,pbar-,omega; 0.000212 1 /Herwig/Decays/DecayME0
decaymode chi_c1->n0,nbar0,pi0; 0.000155 1 /Herwig/Decays/DecayME0
decaymode chi_c1->p+,pbar-,pi0; 0.000155 1 /Herwig/Decays/DecayME0
decaymode chi_c1->n0,nbar0,eta; 0.000145 1 /Herwig/Decays/DecayME0
decaymode chi_c1->p+,pbar-,eta; 0.000145 1 /Herwig/Decays/DecayME0
decaymode chi_c1->Lambda0,Lambdabar0; 0.000127 1 /Herwig/Decays/DecayME0
decaymode chi_c1->Xi-,Xibar+; 8.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->Xi0,Xibar0; 8.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->n0,nbar0; 7.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->p+,pbar-; 7.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->omega,gamma; 6.8E-5 1 /Herwig/Decays/AVV
decaymode chi_c1->Sigma-,Sigmabar+; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->Sigma0,Sigmabar0; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->Sigma+,Sigmabar-; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->K_S0,K_S0,K_S0,K_S0; 3.5E-5 1 /Herwig/Decays/Mambo
decaymode chi_c1->omega,phi; 2.7E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c1->phi,gamma; 2.4E-5 1 /Herwig/Decays/AVV
#
decaymode chi_b1->g,g; 0.648 1 /Herwig/Decays/QDecayME0
decaymode chi_b1->Upsilon,gamma; 0.352 1 /Herwig/Decays/AVV
#
decaymode K'_1+->K*0,pi+; 0.626667 1 /Herwig/Decays/VVSDecayer
decaymode K'_1+->K*+,pi0; 0.313333 1 /Herwig/Decays/VVSDecayer
decaymode K'_1+->K0,rho+; 0.02 1 /Herwig/Decays/VVSDecayer
decaymode K'_1+->K+,f'_0; 0.02 1 /Herwig/Decays/Vector2Meson
decaymode K'_1+->K+,rho0; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_1+->K+,omega; 0.01 1 /Herwig/Decays/VVSDecayer
#
decaymode K'_10->K*+,pi-; 0.626665 1 /Herwig/Decays/VVSDecayer
decaymode K'_10->K*0,pi0; 0.313333 1 /Herwig/Decays/VVSDecayer
decaymode K'_10->K0,f'_0; 0.02 1 /Herwig/Decays/Vector2Meson
decaymode K'_10->K+,rho-; 0.02 1 /Herwig/Decays/VVSDecayer
decaymode K'_10->K0,rho0; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_10->K0,omega; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_10->K0,gamma; 2.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode K'_1-->K*bar0,pi-; 0.626667 1 /Herwig/Decays/VVSDecayer
decaymode K'_1-->K*-,pi0; 0.313333 1 /Herwig/Decays/VVSDecayer
decaymode K'_1-->K-,f'_0; 0.02 1 /Herwig/Decays/Vector2Meson
decaymode K'_1-->Kbar0,rho-; 0.02 1 /Herwig/Decays/VVSDecayer
decaymode K'_1-->K-,rho0; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_1-->K-,omega; 0.01 1 /Herwig/Decays/VVSDecayer
#
decaymode K'_1bar0->K*-,pi+; 0.626665 1 /Herwig/Decays/VVSDecayer
decaymode K'_1bar0->K*bar0,pi0; 0.313333 1 /Herwig/Decays/VVSDecayer
decaymode K'_1bar0->K-,rho+; 0.02 1 /Herwig/Decays/VVSDecayer
decaymode K'_1bar0->Kbar0,f'_0; 0.02 1 /Herwig/Decays/Vector2Meson
decaymode K'_1bar0->Kbar0,rho0; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_1bar0->Kbar0,omega; 0.01 1 /Herwig/Decays/VVSDecayer
decaymode K'_1bar0->Kbar0,gamma; 2.0E-6 1 /Herwig/Decays/VVSDecayer
#
decaymode D'_10->D*+,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D'_10->D*0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D'_1+->D*0,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D'_1+->D*+,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D'_1bar0->D*-,pi+; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D'_1bar0->D*bar0,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D'_1-->D*bar0,pi-; 0.666667 1 /Herwig/Decays/CharmMeson
decaymode D'_1-->D*-,pi0; 0.333333 1 /Herwig/Decays/CharmMeson
#
decaymode D'_s1+->D_s*+,pi0; 0.581009 1 /Herwig/Decays/CharmMeson
decaymode D'_s1+->D_s+,gamma; 0.216731 1 /Herwig/Decays/VVSDecayer
decaymode D'_s1+->D_s*+,gamma; 0.07 1 /Herwig/Decays/AVV
decaymode D'_s1+->D_s+,pi0,pi0; 0.052053 1 /Herwig/Decays/DecayME0
decaymode D'_s1+->D_s+,pi+,pi-; 0.043 1 /Herwig/Decays/DecayME0
decaymode D'_s1+->D_s0+,gamma; 0.037 1 /Herwig/Decays/VectorVP
decaymode D'_s1+->D_s0+,pi0; 0.000207 1 /Herwig/Decays/CharmMeson
#
decaymode D'_s1-->D_s*-,pi0; 0.581009 1 /Herwig/Decays/CharmMeson
decaymode D'_s1-->D_s-,gamma; 0.216731 1 /Herwig/Decays/VVSDecayer
decaymode D'_s1-->D_s*-,gamma; 0.07 1 /Herwig/Decays/AVV
decaymode D'_s1-->D_s-,pi0,pi0; 0.052053 1 /Herwig/Decays/DecayME0
decaymode D'_s1-->D_s-,pi-,pi+; 0.043 1 /Herwig/Decays/DecayME0
decaymode D'_s1-->D_s0-,gamma; 0.037 1 /Herwig/Decays/VectorVP
decaymode D'_s1-->D_s0-,pi0; 0.000207 1 /Herwig/Decays/CharmMeson
#
decaymode B'_10->B*+,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B'_10->B*0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B'_1+->B*0,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B'_1+->B*+,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B'_1bar0->B*-,pi+; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B'_1bar0->B*bar0,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B'_1-->B*bar0,pi-; 0.666667 1 /Herwig/Decays/BottomMeson
decaymode B'_1-->B*-,pi0; 0.333333 1 /Herwig/Decays/BottomMeson
#
decaymode B'_s10->B*0,Kbar0; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B'_s10->B*+,K-; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B'_s1bar0->B*-,K+; 0.5 1 /Herwig/Decays/BottomMeson
decaymode B'_s1bar0->B*bar0,K0; 0.5 1 /Herwig/Decays/BottomMeson
#
decaymode B'_c1+->B_c+,gamma; 0.88 1 /Herwig/Decays/VVSDecayer
decaymode B'_c1+->B_c*+,gamma; 0.12 1 /Herwig/Decays/AVV
#
decaymode B'_c1-->B_c-,gamma; 0.88 1 /Herwig/Decays/VVSDecayer
decaymode B'_c1-->B_c*-,gamma; 0.12 1 /Herwig/Decays/AVV
#
# the 1^3P_2 multiplet
#
#
decaymode a_2+->rho0,pi+; 0.3397 1 /Herwig/Decays/TensorVP
decaymode a_2+->rho+,pi0; 0.3397 1 /Herwig/Decays/TensorVP
decaymode a_2+->pi+,eta; 0.143105 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2+->omega,pi+,pi0; 0.100946 1 /Herwig/Decays/DecayME0
decaymode a_2+->K+,Kbar0; 0.047736 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2+->f_2,pi+; 0.020588 1 /Herwig/Decays/TTP
decaymode a_2+->eta',pi+; 0.005358 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2+->pi+,gamma; 0.002867 1 /Herwig/Decays/TensorVP
#
decaymode a_20->rho-,pi+; 0.339699 1 /Herwig/Decays/TensorVP
decaymode a_20->rho+,pi-; 0.339699 1 /Herwig/Decays/TensorVP
decaymode a_20->pi0,eta; 0.143102 1 /Herwig/Decays/Tensor2PScalar
decaymode a_20->omega,pi+,pi-; 0.100942 1 /Herwig/Decays/DecayME0
decaymode a_20->K+,K-; 0.023868 1 /Herwig/Decays/Tensor2PScalar
decaymode a_20->f_2,pi0; 0.020588 1 /Herwig/Decays/TTP
decaymode a_20->K_L0,K_L0; 0.011934 1 /Herwig/Decays/Tensor2PScalar
decaymode a_20->K_S0,K_S0; 0.011934 1 /Herwig/Decays/Tensor2PScalar
decaymode a_20->eta',pi0; 0.005358 1 /Herwig/Decays/Tensor2PScalar
decaymode a_20->pi0,gamma; 0.002867 1 /Herwig/Decays/TensorVP
decaymode a_20->gamma,gamma; 9.0E-6 1 /Herwig/Decays/TVV
#
decaymode a_2-->rho-,pi0; 0.3397 1 /Herwig/Decays/TensorVP
decaymode a_2-->rho0,pi-; 0.3397 1 /Herwig/Decays/TensorVP
decaymode a_2-->pi-,eta; 0.143105 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2-->omega,pi-,pi0; 0.100946 1 /Herwig/Decays/DecayME0
decaymode a_2-->K-,K0; 0.047736 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2-->f_2,pi-; 0.020588 1 /Herwig/Decays/TTP
decaymode a_2-->eta',pi-; 0.005358 1 /Herwig/Decays/Tensor2PScalar
decaymode a_2-->pi-,gamma; 0.002867 1 /Herwig/Decays/TensorVP
#
decaymode f_2->pi+,pi-; 0.581171 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->pi0,pi0; 0.290586 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->rho+,rho-; 0.03487 1 /Herwig/Decays/TVV
decaymode f_2->sigma,sigma; 0.025924 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->K+,K-; 0.023 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->rho0,rho0; 0.017435 1 /Herwig/Decays/TVV
decaymode f_2->K_L0,K_L0; 0.0115 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->K_S0,K_S0; 0.0115 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->eta,eta; 0.004 1 /Herwig/Decays/Tensor2PScalar
decaymode f_2->gamma,gamma; 1.4E-5 1 /Herwig/Decays/TVV
#
decaymode f'_2->K+,K-; 0.437927 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->K_L0,K_L0; 0.218964 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->K_S0,K_S0; 0.218964 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->eta,eta; 0.115855 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->pi+,pi-; 0.005526 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->pi0,pi0; 0.002763 1 /Herwig/Decays/Tensor2PScalar
decaymode f'_2->gamma,gamma; 1.0E-6 1 /Herwig/Decays/TVV
#
decaymode chi_c2->g,g; 0.693164 1 /Herwig/Decays/QDecayME0
decaymode chi_c2->Jpsi,gamma; 0.19 1 /Herwig/Decays/TVV
decaymode chi_c2->rho-,pi+,pi0; 0.00915 1 /Herwig/Decays/DecayME0
decaymode chi_c2->rho+,pi-,pi0; 0.00915 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pi+,pi-,pi+,pi-; 0.0065 1 /Herwig/Decays/Mambo
decaymode chi_c2->K*-,K0,pi+; 0.00435 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*bar0,K+,pi-; 0.00435 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*0,K-,pi+; 0.00435 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*+,Kbar0,pi-; 0.00435 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K-,pi+,K0,pi0; 0.003917 1 /Herwig/Decays/Mambo
decaymode chi_c2->K+,pi-,Kbar0,pi0; 0.003917 1 /Herwig/Decays/Mambo
decaymode chi_c2->rho0,pi+,pi-; 0.0037 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*bar0,K0,pi0; 0.00285 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*0,Kbar0,pi0; 0.00285 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*-,K+,pi0; 0.002775 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*+,K-,pi0; 0.002775 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pbar-,n0,pi+,pi0; 0.00214 1 /Herwig/Decays/Mambo
decaymode chi_c2->p+,nbar0,pi-,pi0; 0.00214 1 /Herwig/Decays/Mambo
decaymode chi_c2->K*0,K*bar0; 0.0021 1 /Herwig/Decays/TVV
decaymode chi_c2->K*+,K*-; 0.0021 1 /Herwig/Decays/TVV
decaymode chi_c2->rho-,K+,Kbar0; 0.00205 1 /Herwig/Decays/DecayME0
decaymode chi_c2->rho+,K-,K0; 0.00205 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_L0,K_L0,pi+,pi-; 0.001967 1 /Herwig/Decays/Mambo
decaymode chi_c2->K_S0,K_S0,pi+,pi-; 0.001967 1 /Herwig/Decays/Mambo
decaymode chi_c2->K+,K-,pi0,pi0; 0.001867 1 /Herwig/Decays/Mambo
decaymode chi_c2->pi+,pi-; 0.001487 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->K+,K-,eta,pi0; 0.0013 1 /Herwig/Decays/Mambo
decaymode chi_c2->Lambda0,Lambdabar0,pi+,pi-; 0.00125 1 /Herwig/Decays/Mambo
decaymode chi_c2->pi+,pi-,p+,pbar-; 0.001245 1 /Herwig/Decays/Mambo
decaymode chi_c2->pi0,pi0,pi0,pi0; 0.00111 1 /Herwig/Decays/Mambo
decaymode chi_c2->a_2-,pi+; 0.001071 1 /Herwig/Decays/TTP
decaymode chi_c2->a_20,pi0; 0.001071 1 /Herwig/Decays/TTP
decaymode chi_c2->a_2+,pi-; 0.001071 1 /Herwig/Decays/TTP
decaymode chi_c2->phi,phi; 0.00106 1 /Herwig/Decays/TVV
decaymode chi_c2->K+,K-; 0.00101 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->K+,K-,K+,K-; 0.000954 1 /Herwig/Decays/Mambo
decaymode chi_c2->K+,K-,phi; 0.000901 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pbar-,n0,pi+; 0.000897 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,nbar0,pi-; 0.000897 1 /Herwig/Decays/DecayME0
decaymode chi_c2->omega,omega; 0.00084 1 /Herwig/Decays/TVV
decaymode chi_c2->p+,pbar-,pi0,pi0; 0.00078 1 /Herwig/Decays/Mambo
decaymode chi_c2->pi0,pi0; 0.000743 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->K*_2-,K+; 0.0007 1 /Herwig/Decays/TTP
decaymode chi_c2->K*_2bar0,K0; 0.0007 1 /Herwig/Decays/TTP
decaymode chi_c2->K*_20,Kbar0; 0.0007 1 /Herwig/Decays/TTP
decaymode chi_c2->K*_2+,K-; 0.0007 1 /Herwig/Decays/TTP
decaymode chi_c2->Kbar0,K+,pi-; 0.000549 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K0,K-,pi+; 0.000549 1 /Herwig/Decays/DecayME0
decaymode chi_c2->eta,eta; 0.00054 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->phi,phi,eta; 0.00053 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_L0,K_L0; 0.00052 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->K_S0,K_S0; 0.00052 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->pi+,pi-,eta'; 0.0005 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Lambda(1520)0,Lambdabar(1520)0; 0.00046 1 /Herwig/Decays/DecayME0
decaymode chi_c2->n0,nbar0,pi0; 0.000448 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-,pi0; 0.000448 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*-,p+,Lambdabar0; 0.00041 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*+,pbar-,Lambda0; 0.00041 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K-,p+,Lambdabar0; 0.00039 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K+,pbar-,Lambda0; 0.00039 1 /Herwig/Decays/DecayME0
decaymode chi_c2->n0,nbar0,omega; 0.00036 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-,omega; 0.00036 1 /Herwig/Decays/DecayME0
decaymode chi_c2->omega,K+,K-; 0.000318 1 /Herwig/Decays/DecayME0
decaymode chi_c2->gamma,gamma; 0.000285 1 /Herwig/Decays/TVV
decaymode chi_c2->K_3*-,K+; 0.000263 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_3*bar0,K0; 0.000263 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_3*0,Kbar0; 0.000263 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_3*+,K-; 0.000263 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K+,K-,pi0; 0.000255 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pi0,pi0,eta'; 0.00025 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K+,K-,eta'; 0.000194 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Lambda0,Lambdabar0; 0.000183 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_L0,nbar0,Lambda0; 0.000179 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_L0,n0,Lambdabar0; 0.000179 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_S0,nbar0,Lambda0; 0.000179 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K_S0,n0,Lambdabar0; 0.000179 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pi+,pi-,eta; 0.000174 1 /Herwig/Decays/DecayME0
decaymode chi_c2->n0,nbar0,eta; 0.000172 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-,eta; 0.000172 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-,K+,K-; 0.000119 1 /Herwig/Decays/Mambo
decaymode chi_c2->K_S0,K_S0,K_S0,K_S0; 0.000113 1 /Herwig/Decays/Mambo
decaymode chi_c2->Xi-,Xibar+; 0.00011 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Xi0,Xibar0; 0.00011 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K-,p+,Lambdabar(1520)0; 8.9E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K+,pbar-,Lambda(1520)0; 8.9E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K-,Lambda0,Xibar+; 8.8E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K+,Lambdabar0,Xi-; 8.8E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->pi0,pi0,eta; 8.7E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->n0,nbar0; 7.3E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-; 7.3E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->K*-,K+; 6.8E-5 1 /Herwig/Decays/TensorVP
decaymode chi_c2->K*bar0,K0; 6.8E-5 1 /Herwig/Decays/TensorVP
decaymode chi_c2->K*0,Kbar0; 6.8E-5 1 /Herwig/Decays/TensorVP
decaymode chi_c2->K*+,K-; 6.8E-5 1 /Herwig/Decays/TensorVP
decaymode chi_c2->Sigmabar0,p+,K-; 4.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->eta',eta'; 4.6E-5 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->Sigma0,pbar-,K+; 4.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigmabar-,p+,K_L0; 4.1E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigmabar-,p+,K_S0; 4.1E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigma+,pbar-,K_L0; 4.1E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigma+,pbar-,K_S0; 4.1E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigma-,Sigmabar+; 3.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigma0,Sigmabar0; 3.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->Sigma+,Sigmabar-; 3.6E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->n0,nbar0,phi; 2.8E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->p+,pbar-,phi; 2.8E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->eta,eta'; 2.2E-5 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2->pi+,pi-,pi0; 2.0E-5 1 /Herwig/Decays/DecayME0
decaymode chi_c2->omega,phi; 1.0E-5 1 /Herwig/Decays/TVV
decaymode chi_c2->pi+,pi-,pi0,pi0; 0 1 /Herwig/Decays/Mambo
#
decaymode chi_b2->g,g; 0.82 1 /Herwig/Decays/QDecayME0
decaymode chi_b2->Upsilon,gamma; 0.18 1 /Herwig/Decays/TVV
#
decaymode K*_2+->K0,pi+; 0.332677 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2+->K+,pi0; 0.166339 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2+->K*0,pi+; 0.164681 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K*0,rho+; 0.089355 1 /Herwig/Decays/TVV
decaymode K*_2+->K*+,pi0; 0.082341 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K0,rho+; 0.058008 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K*+,rho0; 0.044677 1 /Herwig/Decays/TVV
decaymode K*_2+->K+,omega; 0.029012 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K+,rho0; 0.029004 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K+,gamma; 0.002401 1 /Herwig/Decays/TensorVP
decaymode K*_2+->K+,eta; 0.001505 1 /Herwig/Decays/Tensor2PScalar
#
decaymode K*_20->K+,pi-; 0.33296 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_20->K0,pi0; 0.16648 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_20->K*+,pi-; 0.165032 1 /Herwig/Decays/TensorVP
decaymode K*_20->K*+,rho-; 0.089869 1 /Herwig/Decays/TVV
decaymode K*_20->K*0,pi0; 0.082516 1 /Herwig/Decays/TensorVP
decaymode K*_20->K+,rho-; 0.058195 1 /Herwig/Decays/TensorVP
decaymode K*_20->K*0,rho0; 0.044935 1 /Herwig/Decays/TVV
decaymode K*_20->K0,omega; 0.029292 1 /Herwig/Decays/TensorVP
decaymode K*_20->K0,rho0; 0.029097 1 /Herwig/Decays/TensorVP
decaymode K*_20->K0,eta; 0.001624 1 /Herwig/Decays/Tensor2PScalar
#
decaymode K*_2-->Kbar0,pi-; 0.332677 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2-->K-,pi0; 0.166339 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2-->K*bar0,pi-; 0.164681 1 /Herwig/Decays/TensorVP
decaymode K*_2-->K*bar0,rho-; 0.089355 1 /Herwig/Decays/TVV
decaymode K*_2-->K*-,pi0; 0.082341 1 /Herwig/Decays/TensorVP
decaymode K*_2-->Kbar0,rho-; 0.058008 1 /Herwig/Decays/TensorVP
decaymode K*_2-->K*-,rho0; 0.044677 1 /Herwig/Decays/TVV
decaymode K*_2-->K-,omega; 0.029012 1 /Herwig/Decays/TensorVP
decaymode K*_2-->K-,rho0; 0.029004 1 /Herwig/Decays/TensorVP
decaymode K*_2-->K-,gamma; 0.002401 1 /Herwig/Decays/TensorVP
decaymode K*_2-->K-,eta; 0.001505 1 /Herwig/Decays/Tensor2PScalar
#
decaymode K*_2bar0->K-,pi+; 0.33296 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2bar0->Kbar0,pi0; 0.16648 1 /Herwig/Decays/Tensor2PScalar
decaymode K*_2bar0->K*-,pi+; 0.165032 1 /Herwig/Decays/TensorVP
decaymode K*_2bar0->K*-,rho+; 0.089869 1 /Herwig/Decays/TVV
decaymode K*_2bar0->K*bar0,pi0; 0.082516 1 /Herwig/Decays/TensorVP
decaymode K*_2bar0->K-,rho+; 0.058195 1 /Herwig/Decays/TensorVP
decaymode K*_2bar0->K*bar0,rho0; 0.044935 1 /Herwig/Decays/TVV
decaymode K*_2bar0->Kbar0,omega; 0.029292 1 /Herwig/Decays/TensorVP
decaymode K*_2bar0->Kbar0,rho0; 0.029097 1 /Herwig/Decays/TensorVP
decaymode K*_2bar0->Kbar0,eta; 0.001624 1 /Herwig/Decays/Tensor2PScalar
#
decaymode D*_20->D+,pi-; 0.402117 1 /Herwig/Decays/CharmMeson
decaymode D*_20->D*+,pi-; 0.26455 1 /Herwig/Decays/CharmMeson
decaymode D*_20->D0,pi0; 0.201058 1 /Herwig/Decays/CharmMeson
decaymode D*_20->D*0,pi0; 0.132275 1 /Herwig/Decays/CharmMeson
#
decaymode D*_2+->D0,pi+; 0.402117 1 /Herwig/Decays/CharmMeson
decaymode D*_2+->D*0,pi+; 0.26455 1 /Herwig/Decays/CharmMeson
decaymode D*_2+->D+,pi0; 0.201058 1 /Herwig/Decays/CharmMeson
decaymode D*_2+->D*+,pi0; 0.132275 1 /Herwig/Decays/CharmMeson
#
decaymode D*_2bar0->D-,pi+; 0.402117 1 /Herwig/Decays/CharmMeson
decaymode D*_2bar0->D*-,pi+; 0.26455 1 /Herwig/Decays/CharmMeson
decaymode D*_2bar0->Dbar0,pi0; 0.201058 1 /Herwig/Decays/CharmMeson
decaymode D*_2bar0->D*bar0,pi0; 0.132275 1 /Herwig/Decays/CharmMeson
#
decaymode D*_2-->Dbar0,pi-; 0.402117 1 /Herwig/Decays/CharmMeson
decaymode D*_2-->D*bar0,pi-; 0.26455 1 /Herwig/Decays/CharmMeson
decaymode D*_2-->D-,pi0; 0.201058 1 /Herwig/Decays/CharmMeson
decaymode D*_2-->D*-,pi0; 0.132275 1 /Herwig/Decays/CharmMeson
#
decaymode D_s2+->D+,K0; 0.478927 1 /Herwig/Decays/CharmMeson
decaymode D_s2+->D0,K+; 0.478927 1 /Herwig/Decays/CharmMeson
decaymode D_s2+->D*+,K0; 0.021073 1 /Herwig/Decays/CharmMeson
decaymode D_s2+->D*0,K+; 0.021073 1 /Herwig/Decays/CharmMeson
#
decaymode D_s2-->Dbar0,K-; 0.478927 1 /Herwig/Decays/CharmMeson
decaymode D_s2-->D-,Kbar0; 0.478927 1 /Herwig/Decays/CharmMeson
decaymode D_s2-->D*bar0,K-; 0.021073 1 /Herwig/Decays/CharmMeson
decaymode D_s2-->D*-,Kbar0; 0.021073 1 /Herwig/Decays/CharmMeson
#
decaymode B_20->B+,pi-; 0.362319 1 /Herwig/Decays/BottomMeson
decaymode B_20->B*+,pi-; 0.304348 1 /Herwig/Decays/BottomMeson
decaymode B_20->B0,pi0; 0.181159 1 /Herwig/Decays/BottomMeson
decaymode B_20->B*0,pi0; 0.152174 1 /Herwig/Decays/BottomMeson
#
decaymode B_2+->B0,pi+; 0.362319 1 /Herwig/Decays/BottomMeson
decaymode B_2+->B*0,pi+; 0.304348 1 /Herwig/Decays/BottomMeson
decaymode B_2+->B+,pi0; 0.181159 1 /Herwig/Decays/BottomMeson
decaymode B_2+->B*+,pi0; 0.152174 1 /Herwig/Decays/BottomMeson
#
decaymode B_2bar0->B-,pi+; 0.362319 1 /Herwig/Decays/BottomMeson
decaymode B_2bar0->B*-,pi+; 0.304348 1 /Herwig/Decays/BottomMeson
decaymode B_2bar0->Bbar0,pi0; 0.181159 1 /Herwig/Decays/BottomMeson
decaymode B_2bar0->B*bar0,pi0; 0.152174 1 /Herwig/Decays/BottomMeson
#
decaymode B_2-->Bbar0,pi-; 0.362319 1 /Herwig/Decays/BottomMeson
decaymode B_2-->B*bar0,pi-; 0.304348 1 /Herwig/Decays/BottomMeson
decaymode B_2-->B-,pi0; 0.181159 1 /Herwig/Decays/BottomMeson
decaymode B_2-->B*-,pi0; 0.152174 1 /Herwig/Decays/BottomMeson
#
decaymode B_s20->B+,K-; 0.498805 1 /Herwig/Decays/BottomMeson
decaymode B_s20->B0,Kbar0; 0.427058 1 /Herwig/Decays/BottomMeson
decaymode B_s20->B*+,K-; 0.046077 1 /Herwig/Decays/BottomMeson
decaymode B_s20->B*0,Kbar0; 0.02806 1 /Herwig/Decays/BottomMeson
#
decaymode B_s2bar0->B-,K+; 0.498805 1 /Herwig/Decays/BottomMeson
decaymode B_s2bar0->Bbar0,K0; 0.427058 1 /Herwig/Decays/BottomMeson
decaymode B_s2bar0->B*-,K+; 0.046077 1 /Herwig/Decays/BottomMeson
decaymode B_s2bar0->B*bar0,K0; 0.02806 1 /Herwig/Decays/BottomMeson
#
decaymode B_c2+->B_c*+,gamma; 1 1 /Herwig/Decays/TVV
#
decaymode B_c2-->B_c*-,gamma; 1 1 /Herwig/Decays/TVV
#
# the 1^1D_2 multiplet
#
#
decaymode pi_2+->pi+,f_2; 0.553034 1 /Herwig/Decays/TensorTS
decaymode pi_2+->rho0,pi+; 0.148772 1 /Herwig/Decays/TensorVS
decaymode pi_2+->rho+,pi0; 0.148772 1 /Herwig/Decays/TensorVS
decaymode pi_2+->pi+,sigma; 0.087544 1 /Herwig/Decays/Tensor2PScalar
decaymode pi_2+->rho+,omega; 0.023575 1 /Herwig/Decays/PTVV
decaymode pi_2+->K*bar0,K+; 0.01882 1 /Herwig/Decays/TensorVS
decaymode pi_2+->K*+,Kbar0; 0.01882 1 /Herwig/Decays/TensorVS
decaymode pi_2+->pi+,gamma; 0.000663 1 /Herwig/Decays/TensorVS
#
decaymode pi_20->pi0,f_2; 0.553189 1 /Herwig/Decays/TensorTS
decaymode pi_20->rho-,pi+; 0.148869 1 /Herwig/Decays/TensorVS
decaymode pi_20->rho+,pi-; 0.148869 1 /Herwig/Decays/TensorVS
decaymode pi_20->pi0,sigma; 0.087737 1 /Herwig/Decays/Tensor2PScalar
decaymode pi_20->rho0,omega; 0.023628 1 /Herwig/Decays/PTVV
decaymode pi_20->K*-,K+; 0.009427 1 /Herwig/Decays/TensorVS
decaymode pi_20->K*bar0,K0; 0.009427 1 /Herwig/Decays/TensorVS
decaymode pi_20->K*0,Kbar0; 0.009427 1 /Herwig/Decays/TensorVS
decaymode pi_20->K*+,K-; 0.009427 1 /Herwig/Decays/TensorVS
#
decaymode pi_2-->pi-,f_2; 0.553034 1 /Herwig/Decays/TensorTS
decaymode pi_2-->rho-,pi0; 0.148772 1 /Herwig/Decays/TensorVS
decaymode pi_2-->rho0,pi-; 0.148772 1 /Herwig/Decays/TensorVS
decaymode pi_2-->pi-,sigma; 0.087544 1 /Herwig/Decays/Tensor2PScalar
decaymode pi_2-->rho-,omega; 0.023575 1 /Herwig/Decays/PTVV
decaymode pi_2-->K*-,K0; 0.01882 1 /Herwig/Decays/TensorVS
decaymode pi_2-->K*0,K-; 0.01882 1 /Herwig/Decays/TensorVS
decaymode pi_2-->pi-,gamma; 0.000663 1 /Herwig/Decays/TensorVS
#
decaymode eta_2->a_20,pi0; 0.29078 1 /Herwig/Decays/TensorTS
decaymode eta_2->a_2-,pi+; 0.290779 1 /Herwig/Decays/TensorTS
decaymode eta_2->a_2+,pi-; 0.290779 1 /Herwig/Decays/TensorTS
decaymode eta_2->a_0-,pi+; 0.02219 1 /Herwig/Decays/Tensor2PScalar
decaymode eta_2->a_00,pi0; 0.02219 1 /Herwig/Decays/Tensor2PScalar
decaymode eta_2->a_0+,pi-; 0.02219 1 /Herwig/Decays/Tensor2PScalar
decaymode eta_2->K*-,K+; 0.015273 1 /Herwig/Decays/TensorVS
decaymode eta_2->K*bar0,K0; 0.015273 1 /Herwig/Decays/TensorVS
decaymode eta_2->K*0,Kbar0; 0.015273 1 /Herwig/Decays/TensorVS
decaymode eta_2->K*+,K-; 0.015273 1 /Herwig/Decays/TensorVS
#
decaymode eta'_2->f_2,eta; 0.361849 1 /Herwig/Decays/TensorTS
decaymode eta'_2->a_2-,pi+; 0.20627 1 /Herwig/Decays/TensorTS
decaymode eta'_2->a_20,pi0; 0.20627 1 /Herwig/Decays/TensorTS
decaymode eta'_2->a_2+,pi-; 0.20627 1 /Herwig/Decays/TensorTS
decaymode eta'_2->a_0-,pi+; 0.006447 1 /Herwig/Decays/Tensor2PScalar
decaymode eta'_2->a_00,pi0; 0.006447 1 /Herwig/Decays/Tensor2PScalar
decaymode eta'_2->a_0+,pi-; 0.006447 1 /Herwig/Decays/Tensor2PScalar
#
decaymode eta_b2->h_b,gamma; 0.9 1 /Herwig/Decays/TVV
decaymode eta_b2->g,g; 0.1 1 /Herwig/Decays/QDecayME0
#
decaymode K_2(1770)+->K+,f_2; 0.74 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)+->K*0,pi+; 0.153333 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)+->K*+,pi0; 0.076667 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)+->K*_20,pi+; 0.02 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)+->K*_2+,pi0; 0.01 1 /Herwig/Decays/TensorTS
#
decaymode K_2(1770)0->K0,f_2; 0.74 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)0->K*+,pi-; 0.153333 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)0->K*0,pi0; 0.076667 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)0->K*_2+,pi-; 0.02 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)0->K*_20,pi0; 0.01 1 /Herwig/Decays/TensorTS
#
decaymode K_2(1770)-->K-,f_2; 0.74 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)-->K*bar0,pi-; 0.153333 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)-->K*-,pi0; 0.076667 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)-->K*_2bar0,pi-; 0.02 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)-->K*_2-,pi0; 0.01 1 /Herwig/Decays/TensorTS
#
decaymode K_2(1770)bar0->Kbar0,f_2; 0.74 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)bar0->K*-,pi+; 0.153333 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)bar0->K*bar0,pi0; 0.076667 1 /Herwig/Decays/TensorVS
decaymode K_2(1770)bar0->K*_2-,pi+; 0.02 1 /Herwig/Decays/TensorTS
decaymode K_2(1770)bar0->K*_2bar0,pi0; 0.01 1 /Herwig/Decays/TensorTS
#
decaymode B_c2(L)+->B_c1+,gamma; 0.758 1 /Herwig/Decays/TVV
decaymode B_c2(L)+->B_c2+,gamma; 0.106 1 /Herwig/Decays/PTTV
decaymode B_c2(L)+->B'_c1+,gamma; 0.084 1 /Herwig/Decays/TVV
decaymode B_c2(L)+->B_c+,pi+,pi-; 0.017 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)+->B_c*+,pi+,pi-; 0.017 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)+->B_c+,pi0,pi0; 0.009 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)+->B_c*+,pi0,pi0; 0.009 1 /Herwig/Decays/DecayME0
#
decaymode B_c2(L)-->B_c1-,gamma; 0.758 1 /Herwig/Decays/TVV
decaymode B_c2(L)-->B_c2-,gamma; 0.106 1 /Herwig/Decays/PTTV
decaymode B_c2(L)-->B'_c1-,gamma; 0.084 1 /Herwig/Decays/TVV
decaymode B_c2(L)-->B_c*-,pi+,pi-; 0.017 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)-->B_c-,pi+,pi-; 0.017 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)-->B_c*-,pi0,pi0; 0.009 1 /Herwig/Decays/DecayME0
decaymode B_c2(L)-->B_c-,pi0,pi0; 0.009 1 /Herwig/Decays/DecayME0
#
# the 1^3D_1 multiplet
#
#
decaymode rho''+->rho+,sigma; 0.22375 1 /Herwig/Decays/VVSDecayer
decaymode rho''+->h_1,pi+; 0.135848 1 /Herwig/Decays/VVSDecayer
decaymode rho''+->pi+,pi0; 0.126949 1 /Herwig/Decays/Vector2Meson
decaymode rho''+->pi'0,pi+; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''+->pi'+,pi0; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''+->rho+,rho0; 0.07192 1 /Herwig/Decays/VectorVV
decaymode rho''+->a_10,pi+; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''+->a_1+,pi0; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''+->rho+,eta; 0.031757 1 /Herwig/Decays/VectorVP
decaymode rho''+->K*bar0,K+; 0.01999 1 /Herwig/Decays/VectorVP
decaymode rho''+->K*+,Kbar0; 0.01999 1 /Herwig/Decays/VectorVP
decaymode rho''+->K+,Kbar0; 0.002206 1 /Herwig/Decays/Vector2Meson
#
decaymode rho''0->rho0,sigma; 0.22375 1 /Herwig/Decays/VVSDecayer
decaymode rho''0->h_1,pi0; 0.135848 1 /Herwig/Decays/VVSDecayer
decaymode rho''0->pi+,pi-; 0.126949 1 /Herwig/Decays/Vector2Meson
decaymode rho''0->pi'-,pi+; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''0->pi'+,pi-; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''0->rho+,rho-; 0.07192 1 /Herwig/Decays/VectorVV
decaymode rho''0->a_1-,pi+; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''0->a_1+,pi-; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''0->rho0,eta; 0.031757 1 /Herwig/Decays/VectorVP
decaymode rho''0->K*-,K+; 0.009995 1 /Herwig/Decays/VectorVP
decaymode rho''0->K*bar0,K0; 0.009995 1 /Herwig/Decays/VectorVP
decaymode rho''0->K*0,Kbar0; 0.009995 1 /Herwig/Decays/VectorVP
decaymode rho''0->K*+,K-; 0.009995 1 /Herwig/Decays/VectorVP
decaymode rho''0->K-,K+; 0.001103 1 /Herwig/Decays/Vector2Meson
decaymode rho''0->K_S0,K_L0; 0.001103 1 /Herwig/Decays/Vector2Meson
#
decaymode rho''-->rho-,sigma; 0.22375 1 /Herwig/Decays/VVSDecayer
decaymode rho''-->h_1,pi-; 0.135848 1 /Herwig/Decays/VVSDecayer
decaymode rho''-->pi-,pi0; 0.126949 1 /Herwig/Decays/Vector2Meson
decaymode rho''-->pi'-,pi0; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''-->pi'0,pi-; 0.119866 1 /Herwig/Decays/Vector2Meson
decaymode rho''-->rho-,rho0; 0.07192 1 /Herwig/Decays/VectorVV
decaymode rho''-->a_1-,pi0; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''-->a_10,pi-; 0.063929 1 /Herwig/Decays/VVSDecayer
decaymode rho''-->rho-,eta; 0.031757 1 /Herwig/Decays/VectorVP
decaymode rho''-->K*-,K0; 0.01999 1 /Herwig/Decays/VectorVP
decaymode rho''-->K*0,K-; 0.01999 1 /Herwig/Decays/VectorVP
decaymode rho''-->K-,K0; 0.002206 1 /Herwig/Decays/Vector2Meson
#
decaymode omega''->omega,eta; 0.201478 1 /Herwig/Decays/VectorVP
decaymode omega''->rho-,pi+; 0.180746 1 /Herwig/Decays/VectorVP
decaymode omega''->rho0,pi0; 0.180746 1 /Herwig/Decays/VectorVP
decaymode omega''->rho+,pi-; 0.180746 1 /Herwig/Decays/VectorVP
decaymode omega''->omega,pi+,pi-; 0.170854 1 /Herwig/Decays/DecayME0
decaymode omega''->omega,pi0,pi0; 0.085427 1 /Herwig/Decays/DecayME0
decaymode omega''->e-,e+; 3.0E-6 1 /Herwig/Decays/Vector2Leptons
#
decaymode phi(2170)->phi,eta'; 0.722283 1 /Herwig/Decays/VectorVP
decaymode phi(2170)->phi,f_0; 0.233975 1 /Herwig/Decays/VVSDecayer
decaymode phi(2170)->omega,eta; 0.043742 1 /Herwig/Decays/VectorVP
#
decaymode psi(3770)->D0,Dbar0; 0.583281 1 /Herwig/Decays/Vector2Meson
decaymode psi(3770)->D+,D-; 0.403366 1 /Herwig/Decays/Vector2Meson
decaymode psi(3770)->gamma,chi_c0; 0.0069 1 /Herwig/Decays/VVSDecayer
decaymode psi(3770)->gamma,chi_c1; 0.00249 1 /Herwig/Decays/AVV
decaymode psi(3770)->Jpsi,pi+,pi-; 0.00193 1 /Herwig/Decays/OniumPiPi
decaymode psi(3770)->Jpsi,eta; 0.0009 1 /Herwig/Decays/VectorVP
decaymode psi(3770)->Jpsi,pi0,pi0; 0.0008 1 /Herwig/Decays/OniumPiPi
decaymode psi(3770)->phi,eta; 0.00031 1 /Herwig/Decays/VectorVP
decaymode psi(3770)->e-,e+; 9.0E-6 1 /Herwig/Decays/Vector2Leptons
decaymode psi(3770)->mu-,mu+; 9.0E-6 1 /Herwig/Decays/Vector2Leptons
decaymode psi(3770)->tau-,tau+; 5.0E-6 1 /Herwig/Decays/Vector2Leptons
#
decaymode Upsilon_1(1D)->chi_b0,gamma; 0.602 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon_1(1D)->chi_b1,gamma; 0.318 1 /Herwig/Decays/AVV
decaymode Upsilon_1(1D)->g,g,g; 0.062 1 /Herwig/Decays/QDecayME130
decaymode Upsilon_1(1D)->chi_b2,gamma; 0.016 1 /Herwig/Decays/VTV
decaymode Upsilon_1(1D)->Upsilon,pi+,pi-; 0.001333 1 /Herwig/Decays/DecayME0
decaymode Upsilon_1(1D)->Upsilon,pi0,pi0; 0.000667 1 /Herwig/Decays/DecayME0
#
decaymode K''*+->K0,pi+; 0.256271 1 /Herwig/Decays/Vector2Meson
decaymode K''*+->K0,rho+; 0.205877 1 /Herwig/Decays/VectorVP
decaymode K''*+->K*0,pi+; 0.195877 1 /Herwig/Decays/VectorVP
decaymode K''*+->K+,pi0; 0.128136 1 /Herwig/Decays/Vector2Meson
decaymode K''*+->K+,rho0; 0.102938 1 /Herwig/Decays/VectorVP
decaymode K''*+->K*+,pi0; 0.097938 1 /Herwig/Decays/VectorVP
decaymode K''*+->K+,eta; 0.012963 1 /Herwig/Decays/Vector2Meson
#
decaymode K''*0->K+,pi-; 0.256271 1 /Herwig/Decays/Vector2Meson
decaymode K''*0->K+,rho-; 0.205877 1 /Herwig/Decays/VectorVP
decaymode K''*0->K*+,pi-; 0.195877 1 /Herwig/Decays/VectorVP
decaymode K''*0->K0,pi0; 0.128136 1 /Herwig/Decays/Vector2Meson
decaymode K''*0->K0,rho0; 0.102938 1 /Herwig/Decays/VectorVP
decaymode K''*0->K*0,pi0; 0.097938 1 /Herwig/Decays/VectorVP
decaymode K''*0->K0,eta; 0.012963 1 /Herwig/Decays/Vector2Meson
#
decaymode K''*-->Kbar0,pi-; 0.256271 1 /Herwig/Decays/Vector2Meson
decaymode K''*-->Kbar0,rho-; 0.205877 1 /Herwig/Decays/VectorVP
decaymode K''*-->K*bar0,pi-; 0.195877 1 /Herwig/Decays/VectorVP
decaymode K''*-->K-,pi0; 0.128136 1 /Herwig/Decays/Vector2Meson
decaymode K''*-->K-,rho0; 0.102938 1 /Herwig/Decays/VectorVP
decaymode K''*-->K*-,pi0; 0.097938 1 /Herwig/Decays/VectorVP
decaymode K''*-->K-,eta; 0.012963 1 /Herwig/Decays/Vector2Meson
#
decaymode K''*bar0->K-,pi+; 0.256271 1 /Herwig/Decays/Vector2Meson
decaymode K''*bar0->K-,rho+; 0.205877 1 /Herwig/Decays/VectorVP
decaymode K''*bar0->K*-,pi+; 0.195877 1 /Herwig/Decays/VectorVP
decaymode K''*bar0->Kbar0,pi0; 0.128136 1 /Herwig/Decays/Vector2Meson
decaymode K''*bar0->Kbar0,rho0; 0.102938 1 /Herwig/Decays/VectorVP
decaymode K''*bar0->K*bar0,pi0; 0.097938 1 /Herwig/Decays/VectorVP
decaymode K''*bar0->Kbar0,eta; 0.012963 1 /Herwig/Decays/Vector2Meson
#
decaymode D_1*(2760)0->D+,pi-; 0.52278 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)0->D0,pi0; 0.26687 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)0->D*+,pi-; 0.139301 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)0->D*0,pi0; 0.071049 1 /Herwig/Decays/CharmMeson
#
decaymode D_1*(2760)+->D0,pi+; 0.529493 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)+->D+,pi0; 0.260253 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)+->D*0,pi+; 0.140847 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)+->D*+,pi0; 0.069407 1 /Herwig/Decays/CharmMeson
#
decaymode Dbar_1*(2760)0->D-,pi+; 0.52278 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2760)0->Dbar0,pi0; 0.26687 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2760)0->D*-,pi+; 0.139301 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2760)0->D*bar0,pi0; 0.071049 1 /Herwig/Decays/CharmMeson
#
decaymode D_1*(2760)-->Dbar0,pi-; 0.529493 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)-->D-,pi0; 0.260253 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)-->D*bar0,pi-; 0.140847 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2760)-->D*-,pi0; 0.069407 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1*(2860)+->D*0,K+; 0.265999 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)+->D*+,K0; 0.25781 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)+->D0,K+; 0.241382 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)+->D+,K0; 0.234809 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1*(2860)-->D*bar0,K-; 0.265999 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)-->D*-,Kbar0; 0.25781 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)-->Dbar0,K-; 0.241382 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2860)-->D-,Kbar0; 0.234809 1 /Herwig/Decays/CharmMeson
#
decaymode B_c(1D)*+->B*_c0+,gamma; 0.588 1 /Herwig/Decays/VVSDecayer
decaymode B_c(1D)*+->B'_c1+,gamma; 0.299 1 /Herwig/Decays/AVV
decaymode B_c(1D)*+->B_c1+,gamma; 0.047 1 /Herwig/Decays/AVV
decaymode B_c(1D)*+->B_c*+,pi+,pi-; 0.031 1 /Herwig/Decays/DecayME0
decaymode B_c(1D)*+->B_c2+,gamma; 0.019 1 /Herwig/Decays/VTV
decaymode B_c(1D)*+->B_c*+,pi0,pi0; 0.016 1 /Herwig/Decays/DecayME0
#
decaymode B_c(1D)*-->B*_c0-,gamma; 0.588 1 /Herwig/Decays/VVSDecayer
decaymode B_c(1D)*-->B'_c1-,gamma; 0.299 1 /Herwig/Decays/AVV
decaymode B_c(1D)*-->B_c1-,gamma; 0.047 1 /Herwig/Decays/AVV
decaymode B_c(1D)*-->B_c*-,pi+,pi-; 0.031 1 /Herwig/Decays/DecayME0
decaymode B_c(1D)*-->B_c2-,gamma; 0.019 1 /Herwig/Decays/VTV
decaymode B_c(1D)*-->B_c*-,pi0,pi0; 0.016 1 /Herwig/Decays/DecayME0
#
# the 1^3D_2 multiplet
#
#
decaymode psi_2(1D)->chi_c1,gamma; 0.486 1 /Herwig/Decays/TVV
decaymode psi_2(1D)->Jpsi,pi+,pi-; 0.1893 1 /Herwig/Decays/DecayME0
decaymode psi_2(1D)->chi_c2,gamma; 0.122 1 /Herwig/Decays/PTTV
decaymode psi_2(1D)->g,g,g; 0.108 1 /Herwig/Decays/QDecayME130
decaymode psi_2(1D)->Jpsi,pi0,pi0; 0.0947 1 /Herwig/Decays/DecayME0
#
decaymode Upsilon_2(1D)->chi_b0,gamma; 0.7781 1 /Herwig/Decays/TensorVP
decaymode Upsilon_2(1D)->chi_b2,gamma; 0.203 1 /Herwig/Decays/PTTV
decaymode Upsilon_2(1D)->g,g,g; 0.009 1 /Herwig/Decays/QDecayME130
decaymode Upsilon_2(1D)->Upsilon,pi+,pi-; 0.0066 1 /Herwig/Decays/DecayME0
decaymode Upsilon_2(1D)->Upsilon,pi0,pi0; 0.0033 1 /Herwig/Decays/DecayME0
#
decaymode K_2(1820)+->K*_20,pi+; 0.513333 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)+->K*_2+,pi0; 0.256667 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)+->K+,f_2; 0.18 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)+->K*0,pi+; 0.033333 1 /Herwig/Decays/TensorVS
decaymode K_2(1820)+->K*+,pi0; 0.016667 1 /Herwig/Decays/TensorVS
#
decaymode K_2(1820)0->K*_2+,pi-; 0.513333 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)0->K*_20,pi0; 0.256667 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)0->K0,f_2; 0.18 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)0->K*+,pi-; 0.033333 1 /Herwig/Decays/TensorVS
decaymode K_2(1820)0->K*0,pi0; 0.016667 1 /Herwig/Decays/TensorVS
#
decaymode K_2(1820)-->K*_2bar0,pi-; 0.513333 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)-->K*_2-,pi0; 0.256667 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)-->K-,f_2; 0.18 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)-->K*bar0,pi-; 0.033333 1 /Herwig/Decays/TensorVS
decaymode K_2(1820)-->K*-,pi0; 0.016667 1 /Herwig/Decays/TensorVS
#
decaymode K_2(1820)bar0->K*_2-,pi+; 0.513333 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)bar0->K*_2bar0,pi0; 0.256667 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)bar0->Kbar0,f_2; 0.18 1 /Herwig/Decays/TensorTS
decaymode K_2(1820)bar0->K*-,pi+; 0.033333 1 /Herwig/Decays/TensorVS
decaymode K_2(1820)bar0->K*bar0,pi0; 0.016667 1 /Herwig/Decays/TensorVS
#
decaymode D_2(2740)0->D*+,pi-; 0.657996 1 /Herwig/Decays/CharmMeson
decaymode D_2(2740)0->D*0,pi0; 0.342004 1 /Herwig/Decays/CharmMeson
#
decaymode D_2(2740)+->D*0,pi+; 0.671485 1 /Herwig/Decays/CharmMeson
decaymode D_2(2740)+->D*+,pi0; 0.328515 1 /Herwig/Decays/CharmMeson
#
decaymode Dbar_2(2740)0->D*-,pi+; 0.657996 1 /Herwig/Decays/CharmMeson
decaymode Dbar_2(2740)0->D*bar0,pi0; 0.342004 1 /Herwig/Decays/CharmMeson
#
decaymode D_2(2740)-->D*bar0,pi-; 0.671485 1 /Herwig/Decays/CharmMeson
decaymode D_2(2740)-->D*-,pi0; 0.328515 1 /Herwig/Decays/CharmMeson
#
decaymode D_s2(2850)+->D*0,K+; 0.517484 1 /Herwig/Decays/CharmMeson
decaymode D_s2(2850)+->D*+,K0; 0.482516 1 /Herwig/Decays/CharmMeson
#
decaymode D_s2(2850)-->D*bar0,K-; 0.517484 1 /Herwig/Decays/CharmMeson
decaymode D_s2(2850)-->D*-,Kbar0; 0.482516 1 /Herwig/Decays/CharmMeson
#
decaymode B_c2(H)+->B'_c1+,gamma; 0.689 1 /Herwig/Decays/TVV
decaymode B_c2(H)+->B_c1+,gamma; 0.161 1 /Herwig/Decays/TVV
decaymode B_c2(H)+->B_c2+,gamma; 0.103 1 /Herwig/Decays/PTTV
decaymode B_c2(H)+->B_c+,pi+,pi-; 0.016 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)+->B_c*+,pi+,pi-; 0.015 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)+->B_c+,pi0,pi0; 0.008 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)+->B_c*+,pi0,pi0; 0.008 1 /Herwig/Decays/DecayME0
#
decaymode B_c2(H)-->B'_c1-,gamma; 0.689 1 /Herwig/Decays/TVV
decaymode B_c2(H)-->B_c1-,gamma; 0.161 1 /Herwig/Decays/TVV
decaymode B_c2(H)-->B_c2-,gamma; 0.103 1 /Herwig/Decays/PTTV
decaymode B_c2(H)-->B_c-,pi+,pi-; 0.016 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)-->B_c*-,pi+,pi-; 0.015 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)-->B_c*-,pi0,pi0; 0.008 1 /Herwig/Decays/DecayME0
decaymode B_c2(H)-->B_c-,pi0,pi0; 0.008 1 /Herwig/Decays/DecayME0
#
# the 1^3D_3 multiplet
#
#
decaymode rho_3+->pi+,pi0; 0.235974 1 /Herwig/Decays/Spin3PP
decaymode rho_3+->a_20,pi+; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_3+->a_2+,pi0; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_3+->pi+,omega; 0.159883 1 /Herwig/Decays/Spin3VP
decaymode rho_3+->rho+,rho0; 0.108474 1 /Herwig/Decays/DecayME0
decaymode rho_3+->K*bar0,K+; 0.018988 1 /Herwig/Decays/Spin3VP
decaymode rho_3+->K*+,Kbar0; 0.018988 1 /Herwig/Decays/Spin3VP
decaymode rho_3+->K+,Kbar0; 0.015795 1 /Herwig/Decays/Spin3PP
#
decaymode rho_30->pi+,pi-; 0.235975 1 /Herwig/Decays/Spin3PP
decaymode rho_30->a_2-,pi+; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_30->a_2+,pi-; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_30->pi0,omega; 0.159883 1 /Herwig/Decays/Spin3VP
decaymode rho_30->rho+,rho-; 0.108474 1 /Herwig/Decays/DecayME0
decaymode rho_30->K*-,K+; 0.009494 1 /Herwig/Decays/Spin3VP
decaymode rho_30->K*bar0,K0; 0.009494 1 /Herwig/Decays/Spin3VP
decaymode rho_30->K*0,Kbar0; 0.009494 1 /Herwig/Decays/Spin3VP
decaymode rho_30->K*+,K-; 0.009494 1 /Herwig/Decays/Spin3VP
decaymode rho_30->K_S0,K_L0; 0.007897 1 /Herwig/Decays/Spin3PP
decaymode rho_30->K+,K-; 0.007897 1 /Herwig/Decays/Spin3PP
#
decaymode rho_3-->pi-,pi0; 0.235974 1 /Herwig/Decays/Spin3PP
decaymode rho_3-->a_2-,pi0; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_3-->a_20,pi-; 0.220949 1 /Herwig/Decays/Spin3TP
decaymode rho_3-->pi-,omega; 0.159883 1 /Herwig/Decays/Spin3VP
decaymode rho_3-->rho-,rho0; 0.108474 1 /Herwig/Decays/DecayME0
decaymode rho_3-->K*-,K0; 0.018988 1 /Herwig/Decays/Spin3VP
decaymode rho_3-->K*0,K-; 0.018988 1 /Herwig/Decays/Spin3VP
decaymode rho_3-->K-,K0; 0.015795 1 /Herwig/Decays/Spin3PP
#
decaymode omega_3->rho0,pi0; 0.194933 1 /Herwig/Decays/Spin3VP
decaymode omega_3->rho-,pi+; 0.194932 1 /Herwig/Decays/Spin3VP
decaymode omega_3->rho+,pi-; 0.194932 1 /Herwig/Decays/Spin3VP
decaymode omega_3->b_1-,pi+; 0.138401 1 /Herwig/Decays/Spin3VS
decaymode omega_3->b_10,pi0; 0.138401 1 /Herwig/Decays/Spin3VS
decaymode omega_3->b_1+,pi-; 0.138401 1 /Herwig/Decays/Spin3VS
#
decaymode phi_3->K_S0,K_L0; 0.322582 1 /Herwig/Decays/Spin3PP
decaymode phi_3->K+,K-; 0.322582 1 /Herwig/Decays/Spin3PP
decaymode phi_3->K*-,K+; 0.088709 1 /Herwig/Decays/Spin3VP
decaymode phi_3->K*bar0,K0; 0.088709 1 /Herwig/Decays/Spin3VP
decaymode phi_3->K*0,Kbar0; 0.088709 1 /Herwig/Decays/Spin3VP
decaymode phi_3->K*+,K-; 0.088709 1 /Herwig/Decays/Spin3VP
#
decaymode psi_3(1D)->D0,Dbar0; 0.576 1 /Herwig/Decays/Spin3PP
decaymode psi_3(1D)->D+,D-; 0.424 1 /Herwig/Decays/Spin3PP
#
decaymode Upsilon_3(1D)->chi_b2,gamma; 0.954 1 /Herwig/Decays/Spin3TV
decaymode Upsilon_3(1D)->g,g,g; 0.043 1 /Herwig/Decays/QDecayME130
decaymode Upsilon_3(1D)->Upsilon,pi+,pi-; 0.002 1 /Herwig/Decays/DecayME0
decaymode Upsilon_3(1D)->Upsilon,pi0,pi0; 0.001 1 /Herwig/Decays/DecayME0
#
decaymode K_3*+->K+,eta; 0.300929 1 /Herwig/Decays/Spin3PP
decaymode K_3*+->K0,rho+; 0.207095 1 /Herwig/Decays/Spin3VP
decaymode K_3*+->K*0,pi+; 0.133571 1 /Herwig/Decays/Spin3VP
decaymode K_3*+->K0,pi+; 0.125381 1 /Herwig/Decays/Spin3PP
decaymode K_3*+->K+,rho0; 0.103548 1 /Herwig/Decays/Spin3VP
decaymode K_3*+->K*+,pi0; 0.066786 1 /Herwig/Decays/Spin3VP
decaymode K_3*+->K+,pi0; 0.06269 1 /Herwig/Decays/Spin3PP
#
decaymode K_3*0->K0,eta; 0.300929 1 /Herwig/Decays/Spin3PP
decaymode K_3*0->K+,rho-; 0.207095 1 /Herwig/Decays/Spin3VP
decaymode K_3*0->K*+,pi-; 0.133571 1 /Herwig/Decays/Spin3VP
decaymode K_3*0->K+,pi-; 0.125381 1 /Herwig/Decays/Spin3PP
decaymode K_3*0->K0,rho0; 0.103548 1 /Herwig/Decays/Spin3VP
decaymode K_3*0->K*0,pi0; 0.066786 1 /Herwig/Decays/Spin3VP
decaymode K_3*0->K0,pi0; 0.06269 1 /Herwig/Decays/Spin3PP
#
decaymode K_3*-->K-,eta; 0.300929 1 /Herwig/Decays/Spin3PP
decaymode K_3*-->Kbar0,rho-; 0.207095 1 /Herwig/Decays/Spin3VP
decaymode K_3*-->K*bar0,pi-; 0.133571 1 /Herwig/Decays/Spin3VP
decaymode K_3*-->Kbar0,pi-; 0.125381 1 /Herwig/Decays/Spin3PP
decaymode K_3*-->K-,rho0; 0.103548 1 /Herwig/Decays/Spin3VP
decaymode K_3*-->K*-,pi0; 0.066786 1 /Herwig/Decays/Spin3VP
decaymode K_3*-->K-,pi0; 0.06269 1 /Herwig/Decays/Spin3PP
#
decaymode K_3*bar0->Kbar0,eta; 0.300929 1 /Herwig/Decays/Spin3PP
decaymode K_3*bar0->K-,rho+; 0.207095 1 /Herwig/Decays/Spin3VP
decaymode K_3*bar0->K*-,pi+; 0.133571 1 /Herwig/Decays/Spin3VP
decaymode K_3*bar0->K-,pi+; 0.125381 1 /Herwig/Decays/Spin3PP
decaymode K_3*bar0->Kbar0,rho0; 0.103548 1 /Herwig/Decays/Spin3VP
decaymode K_3*bar0->K*bar0,pi0; 0.066786 1 /Herwig/Decays/Spin3VP
decaymode K_3*bar0->Kbar0,pi0; 0.06269 1 /Herwig/Decays/Spin3PP
#
decaymode D_3*(2750)0->D*+,pi-; 0.464082 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)0->D*0,pi0; 0.240121 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)0->D+,pi-; 0.194915 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)0->D0,pi0; 0.100882 1 /Herwig/Decays/CharmMeson
#
decaymode D_3*(2750)+->D*0,pi+; 0.47212 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)+->D*+,pi0; 0.231895 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)+->D0,pi+; 0.198821 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)+->D+,pi0; 0.097164 1 /Herwig/Decays/CharmMeson
#
decaymode Dbar_3*(2750)0->D*-,pi+; 0.464082 1 /Herwig/Decays/CharmMeson
decaymode Dbar_3*(2750)0->D*bar0,pi0; 0.240121 1 /Herwig/Decays/CharmMeson
decaymode Dbar_3*(2750)0->D-,pi+; 0.194915 1 /Herwig/Decays/CharmMeson
decaymode Dbar_3*(2750)0->Dbar0,pi0; 0.100882 1 /Herwig/Decays/CharmMeson
#
decaymode D_3*(2750)-->D*bar0,pi-; 0.47212 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)-->D*-,pi0; 0.231895 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)-->Dbar0,pi-; 0.198821 1 /Herwig/Decays/CharmMeson
decaymode D_3*(2750)-->D-,pi0; 0.097164 1 /Herwig/Decays/CharmMeson
#
decaymode D_s3*(2860)+->D0,K+; 0.37044 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)+->D+,K0; 0.350777 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)+->D*0,K+; 0.143907 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)+->D*+,K0; 0.134876 1 /Herwig/Decays/CharmMeson
#
decaymode D_s3*(2860)-->Dbar0,K-; 0.37044 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)-->D-,Kbar0; 0.350777 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)-->D*bar0,K-; 0.143907 1 /Herwig/Decays/CharmMeson
decaymode D_s3*(2860)-->D*-,Kbar0; 0.134876 1 /Herwig/Decays/CharmMeson
#
decaymode B_c3(1D)*+->B_c2+,gamma; 0.948 1 /Herwig/Decays/Spin3TV
decaymode B_c3(1D)*+->B_c*+,pi+,pi-; 0.035 1 /Herwig/Decays/DecayME0
decaymode B_c3(1D)*+->B_c*+,pi0,pi0; 0.017 1 /Herwig/Decays/DecayME0
#
decaymode B_c3(1D)*-->B_c2-,gamma; 0.948 1 /Herwig/Decays/Spin3TV
decaymode B_c3(1D)*-->B_c*-,pi+,pi-; 0.035 1 /Herwig/Decays/DecayME0
decaymode B_c3(1D)*-->B_c*-,pi0,pi0; 0.017 1 /Herwig/Decays/DecayME0
#
# the 1^3F_4 multiplet
#
#
# the 2^1S_0 multiplet
#
#
decaymode pi'+->rho0,pi+; 0.5 1 /Herwig/Decays/PPVDecayer
decaymode pi'+->rho+,pi0; 0.5 1 /Herwig/Decays/PPVDecayer
#
decaymode pi'0->rho-,pi+; 0.5 1 /Herwig/Decays/PPVDecayer
decaymode pi'0->rho+,pi-; 0.5 1 /Herwig/Decays/PPVDecayer
#
decaymode pi'-->rho-,pi0; 0.5 1 /Herwig/Decays/PPVDecayer
decaymode pi'-->rho0,pi-; 0.5 1 /Herwig/Decays/PPVDecayer
#
decaymode eta(1295)->sigma,eta; 0.349999 1 /Herwig/Decays/ScalarSS
decaymode eta(1295)->a_0-,pi+; 0.216667 1 /Herwig/Decays/ScalarSS
decaymode eta(1295)->a_00,pi0; 0.216667 1 /Herwig/Decays/ScalarSS
decaymode eta(1295)->a_0+,pi-; 0.216667 1 /Herwig/Decays/ScalarSS
#
decaymode eta(1475)->K*-,K+; 0.25 1 /Herwig/Decays/PPVDecayer
decaymode eta(1475)->K*bar0,K0; 0.25 1 /Herwig/Decays/PPVDecayer
decaymode eta(1475)->K*0,Kbar0; 0.25 1 /Herwig/Decays/PPVDecayer
decaymode eta(1475)->K*+,K-; 0.25 1 /Herwig/Decays/PPVDecayer
#
decaymode eta_c(2S)->g,g; 0.97501 1 /Herwig/Decays/QDecayME0
decaymode eta_c(2S)->eta_c,pi+,pi-; 0.0125 1 /Herwig/Decays/DecayME0
decaymode eta_c(2S)->eta_c,pi0,pi0; 0.0063 1 /Herwig/Decays/DecayME0
decaymode eta_c(2S)->h_c,gamma; 0.006 1 /Herwig/Decays/SVV
decaymode eta_c(2S)->gamma,gamma; 0.00019 1 /Herwig/Decays/PVV
#
decaymode eta_b(2S)->g,g; 0.9943 1 /Herwig/Decays/QDecayME0
decaymode eta_b(2S)->h_b,gamma; 0.0057 1 /Herwig/Decays/SVV
#
decaymode K'+->K*_00,pi+; 0.3 1 /Herwig/Decays/ScalarSS
decaymode K'+->K*0,pi+; 0.279487 1 /Herwig/Decays/PPVDecayer
decaymode K'+->K*_0+,pi0; 0.15 1 /Herwig/Decays/ScalarSS
decaymode K'+->K*+,pi0; 0.139744 1 /Herwig/Decays/PPVDecayer
decaymode K'+->K0,rho+; 0.087179 1 /Herwig/Decays/PPVDecayer
decaymode K'+->K+,rho0; 0.04359 1 /Herwig/Decays/PPVDecayer
#
decaymode K'0->K*_0+,pi-; 0.3 1 /Herwig/Decays/ScalarSS
decaymode K'0->K*+,pi-; 0.279487 1 /Herwig/Decays/PPVDecayer
decaymode K'0->K*_00,pi0; 0.15 1 /Herwig/Decays/ScalarSS
decaymode K'0->K*0,pi0; 0.139744 1 /Herwig/Decays/PPVDecayer
decaymode K'0->K+,rho-; 0.087179 1 /Herwig/Decays/PPVDecayer
decaymode K'0->K0,rho0; 0.04359 1 /Herwig/Decays/PPVDecayer
#
decaymode K'-->K*_0bar0,pi-; 0.3 1 /Herwig/Decays/ScalarSS
decaymode K'-->K*bar0,pi-; 0.279487 1 /Herwig/Decays/PPVDecayer
decaymode K'-->K*_0-,pi0; 0.15 1 /Herwig/Decays/ScalarSS
decaymode K'-->K*-,pi0; 0.139744 1 /Herwig/Decays/PPVDecayer
decaymode K'-->Kbar0,rho-; 0.087179 1 /Herwig/Decays/PPVDecayer
decaymode K'-->K-,rho0; 0.04359 1 /Herwig/Decays/PPVDecayer
#
decaymode K'bar0->K*_0-,pi+; 0.3 1 /Herwig/Decays/ScalarSS
decaymode K'bar0->K*-,pi+; 0.279487 1 /Herwig/Decays/PPVDecayer
decaymode K'bar0->K*_0bar0,pi0; 0.15 1 /Herwig/Decays/ScalarSS
decaymode K'bar0->K*bar0,pi0; 0.139744 1 /Herwig/Decays/PPVDecayer
decaymode K'bar0->K-,rho+; 0.087179 1 /Herwig/Decays/PPVDecayer
decaymode K'bar0->Kbar0,rho0; 0.04359 1 /Herwig/Decays/PPVDecayer
#
decaymode D_0(2550)0->D*+,pi-; 0.660707 1 /Herwig/Decays/CharmMeson
decaymode D_0(2550)0->D*0,pi0; 0.339293 1 /Herwig/Decays/CharmMeson
#
decaymode D_0(2550)+->D*0,pi+; 0.669476 1 /Herwig/Decays/CharmMeson
decaymode D_0(2550)+->D*+,pi0; 0.330524 1 /Herwig/Decays/CharmMeson
#
decaymode Dbar_0(2550)0->D*-,pi+; 0.660707 1 /Herwig/Decays/CharmMeson
decaymode Dbar_0(2550)0->D*bar0,pi0; 0.339293 1 /Herwig/Decays/CharmMeson
#
decaymode D_0(2550)-->D*bar0,pi-; 0.669476 1 /Herwig/Decays/CharmMeson
decaymode D_0(2550)-->D*-,pi0; 0.330524 1 /Herwig/Decays/CharmMeson
#
decaymode D_s0(2590)+->D*0,K+; 0.531455 1 /Herwig/Decays/CharmMeson
decaymode D_s0(2590)+->D*+,K0; 0.468545 1 /Herwig/Decays/CharmMeson
#
decaymode D_s0(2590)-->D*bar0,K-; 0.531455 1 /Herwig/Decays/CharmMeson
decaymode D_s0(2590)-->D*-,Kbar0; 0.468545 1 /Herwig/Decays/CharmMeson
#
decaymode B_c(2S)+->B_c+,pi+,pi-; 0.587 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)+->B_c+,pi0,pi0; 0.294 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)+->B_c1+,gamma; 0.094 1 /Herwig/Decays/SVV
decaymode B_c(2S)+->B'_c1+,gamma; 0.02 1 /Herwig/Decays/SVV
decaymode B_c(2S)+->B_c*+,gamma; 0.005 1 /Herwig/Decays/PVV
#
decaymode B_c(2S)-->B_c-,pi+,pi-; 0.587 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)-->B_c-,pi0,pi0; 0.294 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)-->B_c1-,gamma; 0.094 1 /Herwig/Decays/SVV
decaymode B_c(2S)-->B'_c1-,gamma; 0.02 1 /Herwig/Decays/SVV
decaymode B_c(2S)-->B_c*-,gamma; 0.005 1 /Herwig/Decays/PVV
#
# the 2^3S_1 multiplet
#
#
decaymode rho'+->pi+,pi0; 0.270074 1 /Herwig/Decays/Vector2Meson
decaymode rho'+->pi'0,pi+; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'+->pi'+,pi0; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'+->rho+,sigma; 0.124088 1 /Herwig/Decays/VVSDecayer
decaymode rho'+->a_10,pi+; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'+->a_1+,pi0; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'+->rho+,rho0; 0.080292 1 /Herwig/Decays/VectorVV
decaymode rho'+->h_1,pi+; 0.058394 1 /Herwig/Decays/VVSDecayer
#
decaymode rho'0->pi+,pi-; 0.270074 1 /Herwig/Decays/Vector2Meson
decaymode rho'0->pi'-,pi+; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'0->pi'+,pi-; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'0->rho0,sigma; 0.124088 1 /Herwig/Decays/VVSDecayer
decaymode rho'0->a_1-,pi+; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'0->a_1+,pi-; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'0->rho+,rho-; 0.080292 1 /Herwig/Decays/VectorVV
decaymode rho'0->h_1,pi0; 0.058394 1 /Herwig/Decays/VVSDecayer
#
decaymode rho'-->pi-,pi0; 0.270074 1 /Herwig/Decays/Vector2Meson
decaymode rho'-->pi'-,pi0; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'-->pi'0,pi-; 0.135036 1 /Herwig/Decays/Vector2Meson
decaymode rho'-->rho-,sigma; 0.124088 1 /Herwig/Decays/VVSDecayer
decaymode rho'-->a_1-,pi0; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'-->a_10,pi-; 0.09854 1 /Herwig/Decays/VVSDecayer
decaymode rho'-->rho-,rho0; 0.080292 1 /Herwig/Decays/VectorVV
decaymode rho'-->h_1,pi-; 0.058394 1 /Herwig/Decays/VVSDecayer
#
decaymode omega'->rho-,pi+; 0.233 1 /Herwig/Decays/VectorVP
decaymode omega'->rho0,pi0; 0.233 1 /Herwig/Decays/VectorVP
decaymode omega'->rho+,pi-; 0.233 1 /Herwig/Decays/VectorVP
decaymode omega'->omega,sigma; 0.112876 1 /Herwig/Decays/VVSDecayer
decaymode omega'->b_1-,pi+; 0.062708 1 /Herwig/Decays/VVSDecayer
decaymode omega'->b_10,pi0; 0.062708 1 /Herwig/Decays/VVSDecayer
decaymode omega'->b_1+,pi-; 0.062708 1 /Herwig/Decays/VVSDecayer
#
decaymode phi'->K*-,K+; 0.233645 1 /Herwig/Decays/VectorVP
decaymode phi'->K*bar0,K0; 0.233645 1 /Herwig/Decays/VectorVP
decaymode phi'->K*0,Kbar0; 0.233645 1 /Herwig/Decays/VectorVP
decaymode phi'->K*+,K-; 0.233645 1 /Herwig/Decays/VectorVP
decaymode phi'->K_L0,K_S0; 0.03271 1 /Herwig/Decays/Vector2Meson
decaymode phi'->K+,K-; 0.03271 1 /Herwig/Decays/Vector2Meson
#
decaymode psi(2S)->Jpsi,pi-,pi+; 0.3468 1 /Herwig/Decays/OniumPiPi
decaymode psi(2S)->Jpsi,pi0,pi0; 0.1824 1 /Herwig/Decays/OniumPiPi
decaymode psi(2S)->chi_c0,gamma; 0.0979 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->chi_c1,gamma; 0.0975 1 /Herwig/Decays/AVV
decaymode psi(2S)->g,g,g; 0.09678 1 /Herwig/Decays/QDecayME0
decaymode psi(2S)->chi_c2,gamma; 0.0952 1 /Herwig/Decays/VTV
decaymode psi(2S)->Jpsi,eta; 0.0337 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->mu-,mu+; 0.008 1 /Herwig/Decays/Vector2Leptons
decaymode psi(2S)->e-,e+; 0.00793 1 /Herwig/Decays/Vector2Leptons
decaymode psi(2S)->eta_c,gamma; 0.0034 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->tau-,tau+; 0.0031 1 /Herwig/Decays/Vector2Leptons
decaymode psi(2S)->K_L0,K_S0,pi0,pi0; 0.0013 1 /Herwig/Decays/Mambo
decaymode psi(2S)->Jpsi,pi0; 0.001268 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->K_1-,K+; 0.001 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->K_1bar0,K0; 0.001 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->K_10,Kbar0; 0.001 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->K_1+,K-; 0.001 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->eta,pi+,pi-,pi0; 0.00095 1 /Herwig/Decays/Mambo
decaymode psi(2S)->h_c,pi0; 0.00086 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->omega,pi0,pi0; 0.000806 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,pi+,pi-,pi0; 0.000729 1 /Herwig/Decays/Mambo
decaymode psi(2S)->eta_c(2S),gamma; 0.0007 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->omega,pi+,pi-; 0.000602 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,pi+,pi-; 0.000549 1 /Herwig/Decays/Mambo
decaymode psi(2S)->K+,K-,pi+,pi-; 0.000518 1 /Herwig/Decays/Mambo
decaymode psi(2S)->eta',pi+,pi-,pi0; 0.000421 1 /Herwig/Decays/Mambo
decaymode psi(2S)->Lambda0,Lambdabar0; 0.000381 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->K-,K0,pi+; 0.000335 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*bar0,K+,pi-; 0.000335 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*0,K-,pi+; 0.000335 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K+,Kbar0,pi-; 0.000335 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->pbar-,n0,pi+,pi0; 0.00032 1 /Herwig/Decays/Mambo
decaymode psi(2S)->p+,nbar0,pi-,pi0; 0.00032 1 /Herwig/Decays/Mambo
decaymode psi(2S)->n0,nbar0; 0.0003 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->p+,pbar-; 0.0003 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->Lambda0,Lambdabar0,pi+,pi-; 0.00028 1 /Herwig/Decays/Mambo
decaymode psi(2S)->f_2,gamma; 0.000273 1 /Herwig/Decays/VTV
decaymode psi(2S)->K+,K-,pi0,pi0; 0.00026 1 /Herwig/Decays/Mambo
decaymode psi(2S)->Xi-,Xibar+; 0.000258 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->Xi0,Xibar0; 0.000258 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->n0,pbar-,pi+; 0.000248 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,nbar0,pi-; 0.000248 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Sigma-,Sigmabar+; 0.00024 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->Sigma0,Sigmabar0; 0.00024 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->Sigma+,Sigmabar-; 0.00024 1 /Herwig/Decays/Vector2BaryonsHalf
decaymode psi(2S)->rho-,pi+,pi0; 0.00022 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->rho0,pi+,pi-; 0.00022 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K_L0,K_S0,pi+,pi-; 0.00022 1 /Herwig/Decays/Mambo
decaymode psi(2S)->rho+,pi-,pi0; 0.00022 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,f_2; 0.00022 1 /Herwig/Decays/VTV
decaymode psi(2S)->b_1-,pi+; 0.0002 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->b_10,pi0; 0.0002 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->b_1+,pi-; 0.0002 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->K*-,K*_2+; 0.00019 1 /Herwig/Decays/VTV
decaymode psi(2S)->K*bar0,K*_20; 0.00019 1 /Herwig/Decays/VTV
decaymode psi(2S)->K*0,K*_2bar0; 0.00019 1 /Herwig/Decays/VTV
decaymode psi(2S)->K*+,K*_2-; 0.00019 1 /Herwig/Decays/VTV
decaymode psi(2S)->K*-,K+,rho0; 0.000182 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*bar0,K0,rho0; 0.000182 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*0,Kbar0,rho0; 0.000182 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*+,K-,rho0; 0.000182 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Lambdabar0,p+,K-,pi+,pi-; 0.00018 1 /Herwig/Decays/Mambo
decaymode psi(2S)->Lambda0,pbar-,K+,pi+,pi-; 0.00018 1 /Herwig/Decays/Mambo
decaymode psi(2S)->pi+,pi-,pi0; 0.000169 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*bar0,K0; 0.000168 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*0,Kbar0; 0.000168 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->n0,nbar0,pi0; 0.000153 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,pi0; 0.000153 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K-,K0,rho+; 0.000152 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*bar0,K+,rho-; 0.000152 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*0,K-,rho+; 0.000152 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K+,Kbar0,rho-; 0.000152 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Delta-,Deltabar+; 0.000128 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Delta0,Deltabar0; 0.000128 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Delta+,Deltabar-; 0.000128 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Delta++,Deltabar--; 0.000128 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->eta',gamma; 0.000124 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->Xi*-,Xi*bar+; 0.000115 1 /Herwig/Decays/Vector2Baryons3Half
decaymode psi(2S)->omega,K*_2-,K+; 0.000103 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*-,K+; 0.000103 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*+,K-; 0.000103 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*_2+,K-; 0.000103 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->f_0(1710),gamma; 0.000101 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->Lambdabar0,p+,K-; 0.0001 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Lambda0,pbar-,K+; 0.0001 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->f_0(1500),gamma; 9.3E-5 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->rho-,a_2+; 8.7E-5 1 /Herwig/Decays/VTV
decaymode psi(2S)->rho0,a_20; 8.7E-5 1 /Herwig/Decays/VTV
decaymode psi(2S)->rho+,a_2-; 8.7E-5 1 /Herwig/Decays/VTV
decaymode psi(2S)->rho0,K+,K-; 8.6E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->phi,pi+,pi-; 8.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Sigma*-,Sigma*bar+; 8.0E-5 1 /Herwig/Decays/Vector2Baryons3Half
decaymode psi(2S)->Sigma*0,Sigma*bar0; 8.0E-5 1 /Herwig/Decays/Vector2Baryons3Half
decaymode psi(2S)->Sigma*+,Sigma*bar-; 8.0E-5 1 /Herwig/Decays/Vector2Baryons3Half
decaymode psi(2S)->K+,K-; 7.5E-5 1 /Herwig/Decays/Vector2Meson
decaymode psi(2S)->phi,f_0; 7.5E-5 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->K*_2-,K+; 7.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*_2bar0,K0; 7.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*_20,Kbar0; 7.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*_2+,K-; 7.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->phi,K+,K-; 7.0E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->n0,nbar0,omega; 6.9E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,omega; 6.9E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Xi*0,Xi*bar0; 6.8E-5 1 /Herwig/Decays/Vector2Baryons3Half
decaymode psi(2S)->K+,K-,K+,K-; 6.3E-5 1 /Herwig/Decays/Mambo
decaymode psi(2S)->p+,pbar-,eta; 6.0E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,f_0(1710); 5.9E-5 1 /Herwig/Decays/VVSDecayer
decaymode psi(2S)->omega,K*_2bar0,K0; 5.8E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K*_20,Kbar0; 5.8E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Omega-,Omegabar+; 5.7E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->K*bar0,K0; 5.5E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->K*0,Kbar0; 5.5E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->K_L0,K_S0; 5.3E-5 1 /Herwig/Decays/Vector2Meson
decaymode psi(2S)->n0,nbar0,rho0; 5.0E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,rho0; 5.0E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->omega,K+,K-; 4.5E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->phi,f'_2; 4.4E-5 1 /Herwig/Decays/VTV
decaymode psi(2S)->K+,K-,pi0; 4.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->f'_2,gamma; 3.3E-5 1 /Herwig/Decays/VTV
decaymode psi(2S)->omega,eta'; 3.2E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->Lambdabar0,p+,K*-; 3.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->phi,eta; 3.1E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->Lambda0,pbar-,K*+; 3.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->phi,f_1; 3.0E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->Lambda0,Lambdabar0,eta; 2.5E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,K+,K-; 2.4E-5 1 /Herwig/Decays/Mambo
decaymode psi(2S)->eta,rho0; 2.2E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->omega,pi0; 2.1E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->pi+,pi-,pi+,pi-; 2.0E-5 1 /Herwig/Decays/Mambo
decaymode psi(2S)->eta',rho0; 1.9E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->K*-,K+; 1.5E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->K*+,K-; 1.5E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->phi,eta'; 1.5E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->rho-,pi+; 1.1E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->rho0,pi0; 1.1E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->rho+,pi-; 1.1E-5 1 /Herwig/Decays/VectorVP
decaymode psi(2S)->n0,nbar0,eta'; 1.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,eta'; 1.1E-5 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->n0,nbar0,phi; 6.0E-6 1 /Herwig/Decays/DecayME0
decaymode psi(2S)->p+,pbar-,phi; 6.0E-6 1 /Herwig/Decays/DecayME0
#
decaymode Upsilon(2S)->g,g,g; 0.414645 1 /Herwig/Decays/QDecayME130
decaymode Upsilon(2S)->Upsilon,pi+,pi-; 0.1785 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(2S)->Upsilon,pi0,pi0; 0.086 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(2S)->chi_b2,gamma; 0.0715 1 /Herwig/Decays/VTV
decaymode Upsilon(2S)->chi_b1,gamma; 0.069 1 /Herwig/Decays/AVV
decaymode Upsilon(2S)->chi_b0,gamma; 0.038 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon(2S)->u,ubar; 0.025881 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(2S)->c,cbar; 0.025881 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(2S)->e-,e+; 0.019411 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(2S)->mu-,mu+; 0.019411 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(2S)->tau-,tau+; 0.019291 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(2S)->g,g,gamma; 0.0187 1 /Herwig/Decays/QDecayME130
decaymode Upsilon(2S)->d,dbar; 0.00647 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(2S)->s,sbar; 0.00647 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(2S)->eta_b,gamma; 0.00055 1 /Herwig/Decays/VectorVP
decaymode Upsilon(2S)->Upsilon,eta; 0.00029 1 /Herwig/Decays/VectorVP
#
decaymode K'*+->K*0,pi+; 0.622667 1 /Herwig/Decays/VectorVP
decaymode K'*+->K*+,pi0; 0.311333 1 /Herwig/Decays/VectorVP
decaymode K'*+->K0,pi+; 0.044 1 /Herwig/Decays/Vector2Meson
decaymode K'*+->K+,pi0; 0.022 1 /Herwig/Decays/Vector2Meson
#
decaymode K'*0->K*+,pi-; 0.622667 1 /Herwig/Decays/VectorVP
decaymode K'*0->K*0,pi0; 0.311333 1 /Herwig/Decays/VectorVP
decaymode K'*0->K+,pi-; 0.044 1 /Herwig/Decays/Vector2Meson
decaymode K'*0->K0,pi0; 0.022 1 /Herwig/Decays/Vector2Meson
#
decaymode K'*-->K*bar0,pi-; 0.622667 1 /Herwig/Decays/VectorVP
decaymode K'*-->K*-,pi0; 0.311333 1 /Herwig/Decays/VectorVP
decaymode K'*-->Kbar0,pi-; 0.044 1 /Herwig/Decays/Vector2Meson
decaymode K'*-->K-,pi0; 0.022 1 /Herwig/Decays/Vector2Meson
#
decaymode K'*bar0->K*-,pi+; 0.622667 1 /Herwig/Decays/VectorVP
decaymode K'*bar0->K*bar0,pi0; 0.311333 1 /Herwig/Decays/VectorVP
decaymode K'*bar0->K-,pi+; 0.044 1 /Herwig/Decays/Vector2Meson
decaymode K'*bar0->Kbar0,pi0; 0.022 1 /Herwig/Decays/Vector2Meson
#
decaymode D_1*(2600)0->D*+,pi-; 0.501937 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)0->D*0,pi0; 0.255727 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)0->D+,pi-; 0.16062 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)0->D0,pi0; 0.081716 1 /Herwig/Decays/CharmMeson
#
decaymode D_1*(2600)+->D*0,pi+; 0.506472 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)+->D*+,pi0; 0.251168 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)+->D0,pi+; 0.162132 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)+->D+,pi0; 0.080228 1 /Herwig/Decays/CharmMeson
#
decaymode Dbar_1*(2600)0->D*-,pi+; 0.501937 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2600)0->D*bar0,pi0; 0.255727 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2600)0->D-,pi+; 0.16062 1 /Herwig/Decays/CharmMeson
decaymode Dbar_1*(2600)0->Dbar0,pi0; 0.081716 1 /Herwig/Decays/CharmMeson
#
decaymode D_1*(2600)-->D*bar0,pi-; 0.506472 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)-->D*-,pi0; 0.251168 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)-->Dbar0,pi-; 0.162132 1 /Herwig/Decays/CharmMeson
decaymode D_1*(2600)-->D-,pi0; 0.080228 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1*(2700)+->D0,K+; 0.264387 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)+->D+,K0; 0.25583 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)+->D*0,K+; 0.245676 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)+->D*+,K0; 0.234107 1 /Herwig/Decays/CharmMeson
#
decaymode D_s1*(2700)-->Dbar0,K-; 0.264387 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)-->D-,Kbar0; 0.25583 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)-->D*bar0,K-; 0.245676 1 /Herwig/Decays/CharmMeson
decaymode D_s1*(2700)-->D*-,Kbar0; 0.234107 1 /Herwig/Decays/CharmMeson
#
decaymode B_c(2S)*+->B_c*+,pi+,pi-; 0.531 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)*+->B_c*+,pi0,pi0; 0.265 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)*+->B_c2+,gamma; 0.08 1 /Herwig/Decays/VTV
decaymode B_c(2S)*+->B'_c1+,gamma; 0.066 1 /Herwig/Decays/AVV
decaymode B_c(2S)*+->B*_c0+,gamma; 0.04 1 /Herwig/Decays/VVSDecayer
decaymode B_c(2S)*+->B_c1+,gamma; 0.01 1 /Herwig/Decays/AVV
decaymode B_c(2S)*+->B_c+,gamma; 0.008 1 /Herwig/Decays/VectorVP
#
decaymode B_c(2S)*-->B_c*-,pi+,pi-; 0.531 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)*-->B_c*-,pi0,pi0; 0.265 1 /Herwig/Decays/DecayME0
decaymode B_c(2S)*-->B_c2-,gamma; 0.08 1 /Herwig/Decays/VTV
decaymode B_c(2S)*-->B'_c1-,gamma; 0.066 1 /Herwig/Decays/AVV
decaymode B_c(2S)*-->B*_c0-,gamma; 0.04 1 /Herwig/Decays/VVSDecayer
decaymode B_c(2S)*-->B_c1-,gamma; 0.01 1 /Herwig/Decays/AVV
decaymode B_c(2S)*-->B_c-,gamma; 0.008 1 /Herwig/Decays/VectorVP
#
# the 2^1P_1 multiplet
#
#
decaymode h_b(2P)->eta_b(2S),gamma; 0.48 1 /Herwig/Decays/VVSDecayer
decaymode h_b(2P)->g,g,g; 0.246 1 /Herwig/Decays/QDecayME130
decaymode h_b(2P)->eta_b,gamma; 0.22 1 /Herwig/Decays/VVSDecayer
decaymode h_b(2P)->eta_b2,gamma; 0.034 1 /Herwig/Decays/VTV
decaymode h_b(2P)->g,g,gamma; 0.02 1 /Herwig/Decays/QDecayME130
#
# the 2^3P_0 multiplet
#
#
+decaymode chi_c0(2P)->omega,Jpsi; 0.649348 1 /Herwig/Decays/SVV
+decaymode chi_c0(2P)->D+,D-; 0.175324 1 /Herwig/Decays/ScalarSS
+decaymode chi_c0(2P)->D0,Dbar0; 0.175324 1 /Herwig/Decays/ScalarSS
+decaymode chi_c0(2P)->gamma,gamma; 4.0E-6 1 /Herwig/Decays/SVV
+#
decaymode chi_b0(2P)->g,g; 0.9809 1 /Herwig/Decays/QDecayME0
decaymode chi_b0(2P)->Upsilon(2S),gamma; 0.0138 1 /Herwig/Decays/SVV
decaymode chi_b0(2P)->Upsilon,gamma; 0.0038 1 /Herwig/Decays/SVV
decaymode chi_b0(2P)->Upsilon_1(1D),gamma; 0.0015 1 /Herwig/Decays/SVV
#
# the 2^3P_1 multiplet
#
#
decaymode chi_b1(2P)->g,g; 0.6613 1 /Herwig/Decays/QDecayME0
decaymode chi_b1(2P)->Upsilon(2S),gamma; 0.181 1 /Herwig/Decays/AVV
decaymode chi_b1(2P)->Upsilon,gamma; 0.099 1 /Herwig/Decays/AVV
decaymode chi_b1(2P)->Upsilon_2(1D),gamma; 0.0236 1 /Herwig/Decays/VTV
decaymode chi_b1(2P)->omega,Upsilon; 0.0163 1 /Herwig/Decays/AVV
decaymode chi_b1(2P)->Upsilon_1(1D),gamma; 0.0097 1 /Herwig/Decays/AVV
decaymode chi_b1(2P)->chi_b1,pi+,pi-; 0.00607 1 /Herwig/Decays/DecayME0
decaymode chi_b1(2P)->chi_b1,pi0,pi0; 0.00303 1 /Herwig/Decays/DecayME0
#
# the 2^3P_2 multiplet
#
#
decaymode chi_c2(2P)->D0,Dbar0; 0.529097 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2(2P)->D+,D-; 0.470897 1 /Herwig/Decays/Tensor2PScalar
decaymode chi_c2(2P)->gamma,gamma; 6.0E-6 1 /Herwig/Decays/TVV
#
decaymode chi_b2(2P)->g,g; 0.81157 1 /Herwig/Decays/QDecayME0
decaymode chi_b2(2P)->Upsilon(2S),gamma; 0.089 1 /Herwig/Decays/TVV
decaymode chi_b2(2P)->Upsilon,gamma; 0.066 1 /Herwig/Decays/TVV
decaymode chi_b2(2P)->Upsilon_3(1D),gamma; 0.0142 1 /Herwig/Decays/T3V
decaymode chi_b2(2P)->omega,Upsilon; 0.011 1 /Herwig/Decays/TVV
decaymode chi_b2(2P)->chi_b2,pi+,pi-; 0.0034 1 /Herwig/Decays/DecayME0
decaymode chi_b2(2P)->Upsilon_2(1D),gamma; 0.0029 1 /Herwig/Decays/PTTV
decaymode chi_b2(2P)->chi_b2,pi0,pi0; 0.0017 1 /Herwig/Decays/DecayME0
decaymode chi_b2(2P)->Upsilon_1(1D),gamma; 0.00023 1 /Herwig/Decays/TVV
#
# the 2^1D_2 multiplet
#
#
# the 2^3D_1 multiplet
#
#
decaymode Upsilon_1(2D)->chi_b0(2P),gamma; 0.5381 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon_1(2D)->chi_b1(2P),gamma; 0.2728 1 /Herwig/Decays/AVV
decaymode Upsilon_1(2D)->chi_b0,gamma; 0.1046 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon_1(2D)->chi_b1,gamma; 0.0663 1 /Herwig/Decays/AVV
decaymode Upsilon_1(2D)->chi_b2(2P),gamma; 0.0144 1 /Herwig/Decays/VTV
decaymode Upsilon_1(2D)->chi_b2,gamma; 0.0038 1 /Herwig/Decays/VTV
#
# the 2^3D_2 multiplet
#
#
decaymode Upsilon_2(2D)->chi_b1(2P),gamma; 0.6382 1 /Herwig/Decays/TVV
decaymode Upsilon_2(2D)->chi_b2(2P),gamma; 0.1721 1 /Herwig/Decays/PTTV
decaymode Upsilon_2(2D)->chi_b1,gamma; 0.1461 1 /Herwig/Decays/TVV
decaymode Upsilon_2(2D)->chi_b2,gamma; 0.0436 1 /Herwig/Decays/PTTV
#
# the 2^3D_3 multiplet
#
#
decaymode Upsilon_3(2D)->chi_b2(2P),gamma; 0.8053 1 /Herwig/Decays/Spin3TV
decaymode Upsilon_3(2D)->chi_b2,gamma; 0.1947 1 /Herwig/Decays/Spin3TV
#
# the 3^1S_0 multiplet
#
#
decaymode eta_b(3S)->g,g; 0.9983 1 /Herwig/Decays/QDecayME0
decaymode eta_b(3S)->h_b(2P),gamma; 0.0012 1 /Herwig/Decays/SVV
decaymode eta_b(3S)->h_b,gamma; 0.0005 1 /Herwig/Decays/SVV
#
# the 3^3S_1 multiplet
#
#
decaymode Upsilon(3S)->g,g,g; 0.357563 1 /Herwig/Decays/QDecayME130
decaymode Upsilon(3S)->chi_b2(2P),gamma; 0.131 1 /Herwig/Decays/VTV
decaymode Upsilon(3S)->chi_b1(2P),gamma; 0.126 1 /Herwig/Decays/AVV
decaymode Upsilon(3S)->chi_b0(2P),gamma; 0.059 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon(3S)->Upsilon(2S),gamma,gamma; 0.05 1 /Herwig/Decays/DecayME0
decaymode Upsilon(3S)->Upsilon,pi+,pi-; 0.0437 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(3S)->u,ubar; 0.029373 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(3S)->c,cbar; 0.029373 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(3S)->Upsilon(2S),pi+,pi-; 0.0282 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(3S)->e-,e+; 0.022029 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(3S)->mu-,mu+; 0.022029 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(3S)->Upsilon,pi0,pi0; 0.022 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(3S)->tau-,tau+; 0.02191 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(3S)->Upsilon(2S),pi0,pi0; 0.0185 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(3S)->chi_b2,gamma; 0.01 1 /Herwig/Decays/VTV
decaymode Upsilon(3S)->g,g,gamma; 0.0097 1 /Herwig/Decays/QDecayME130
decaymode Upsilon(3S)->d,dbar; 0.007343 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(3S)->s,sbar; 0.007343 1 /Herwig/Decays/QDecayME0
decaymode Upsilon(3S)->chi_b0,gamma; 0.0027 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon(3S)->chi_b1,gamma; 0.0009 1 /Herwig/Decays/AVV
decaymode Upsilon(3S)->h_b,pi0; 0.000827 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon(3S)->eta_b,gamma; 0.00051 1 /Herwig/Decays/VectorVP
#
# the 3^1P_1 multiplet
#
#
# the 3^3P_0 multiplet
#
#
decaymode chi_b0(3P)->g,g; 0.9773 1 /Herwig/Decays/QDecayME0
decaymode chi_b0(3P)->Upsilon(3S),gamma; 0.0105 1 /Herwig/Decays/SVV
decaymode chi_b0(3P)->Upsilon,gamma; 0.005 1 /Herwig/Decays/SVV
decaymode chi_b0(3P)->Upsilon(2S),gamma; 0.0046 1 /Herwig/Decays/SVV
decaymode chi_b0(3P)->Upsilon_1(2D),gamma; 0.0026 1 /Herwig/Decays/SVV
#
# the 3^3P_1 multiplet
#
#
decaymode chi_b1(3P)->g,g; 0.6925 1 /Herwig/Decays/QDecayME0
decaymode chi_b1(3P)->Upsilon(3S),gamma; 0.1531 1 /Herwig/Decays/AVV
decaymode chi_b1(3P)->Upsilon,gamma; 0.0559 1 /Herwig/Decays/AVV
decaymode chi_b1(3P)->Upsilon(2S),gamma; 0.054 1 /Herwig/Decays/AVV
decaymode chi_b1(3P)->Upsilon_2(2D),gamma; 0.0315 1 /Herwig/Decays/VTV
decaymode chi_b1(3P)->Upsilon_1(2D),gamma; 0.013 1 /Herwig/Decays/AVV
#
# the 3^3P_2 multiplet
#
#
decaymode chi_b2(3P)->g,g; 0.8404 1 /Herwig/Decays/QDecayME0
decaymode chi_b2(3P)->Upsilon(3S),gamma; 0.0827 1 /Herwig/Decays/TVV
decaymode chi_b2(3P)->Upsilon,gamma; 0.026 1 /Herwig/Decays/TVV
decaymode chi_b2(3P)->Upsilon(2S),gamma; 0.0258 1 /Herwig/Decays/TVV
decaymode chi_b2(3P)->Upsilon_3(2D),gamma; 0.0206 1 /Herwig/Decays/T3V
decaymode chi_b2(3P)->Upsilon_2(2D),gamma; 0.0042 1 /Herwig/Decays/PTTV
decaymode chi_b2(3P)->Upsilon_1(2D),gamma; 0.0003 1 /Herwig/Decays/TVV
#
# the 4^3S_1 multiplet
#
#
decaymode Upsilon(4S)->B+,B-; 0.510004 1 /Herwig/Decays/Vector2Meson
decaymode Upsilon(4S)->B0,Bbar0; 0.487307 1 /Herwig/Decays/Vector2Meson
decaymode Upsilon(4S)->h_b,eta; 0.00218 1 /Herwig/Decays/VVSDecayer
decaymode Upsilon(4S)->Upsilon,eta; 0.000181 1 /Herwig/Decays/VectorVP
decaymode Upsilon(4S)->Upsilon,pi+,pi-; 8.2E-5 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(4S)->Upsilon(2S),pi+,pi-; 8.2E-5 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(4S)->Upsilon,pi0,pi0; 4.1E-5 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(4S)->Upsilon(2S),pi0,pi0; 4.1E-5 1 /Herwig/Decays/OniumPiPi
decaymode Upsilon(4S)->Upsilon,eta'; 3.4E-5 1 /Herwig/Decays/VectorVP
decaymode Upsilon(4S)->e-,e+; 1.6E-5 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(4S)->mu-,mu+; 1.6E-5 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(4S)->tau-,tau+; 1.6E-5 1 /Herwig/Decays/Vector2Leptons
#
# the 5^3S_1 multiplet
#
#
decaymode Upsilon(5S)->B*0,B*bar0; 0.184007 1 /Herwig/Decays/VectorVV
decaymode Upsilon(5S)->B*+,B*-; 0.184007 1 /Herwig/Decays/VectorVV
decaymode Upsilon(5S)->B_s*0,B_s*bar0; 0.179726 1 /Herwig/Decays/VectorVV
decaymode Upsilon(5S)->B-,B*+; 0.050276 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->Bbar0,B*0; 0.050276 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->B0,B*bar0; 0.050276 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->B+,B*-; 0.050276 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->B0,Bbar0; 0.04927 1 /Herwig/Decays/Vector2Meson
decaymode Upsilon(5S)->B+,B-; 0.04927 1 /Herwig/Decays/Vector2Meson
decaymode Upsilon(5S)->B*-,B0,pi+; 0.012234 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B-,B*0,pi+; 0.012234 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B+,B*bar0,pi-; 0.012234 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*+,Bbar0,pi-; 0.012234 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon(2S),pi+,pi-; 0.0078 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B_sbar0,B_s*0; 0.006893 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->B_s0,B_s*bar0; 0.006893 1 /Herwig/Decays/VectorVP
decaymode Upsilon(5S)->B0,B*bar0,pi0; 0.006117 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*0,Bbar0,pi0; 0.006117 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B+,B*-,pi0; 0.006117 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*+,B-,pi0; 0.006117 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->h_b(2P),pi+,pi-; 0.0057 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon,pi+,pi-; 0.0053 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B_s0,B_sbar0; 0.005106 1 /Herwig/Decays/Vector2Meson
decaymode Upsilon(5S)->Upsilon_2(1D),eta; 0.0048 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon(3S),pi+,pi-; 0.0048 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon(2S),pi0,pi0; 0.0039 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->h_b,pi+,pi-; 0.0035 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*-,B*0,pi+; 0.003352 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*+,B*bar0,pi-; 0.003352 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->h_b(2P),pi0,pi0; 0.00285 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon,pi0,pi0; 0.00265 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon(3S),pi0,pi0; 0.0024 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->chi_b1,omega; 0.00185 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->h_b,pi0,pi0; 0.00175 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*0,B*bar0,pi0; 0.001676 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->B*+,B*-,pi0; 0.001676 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon,K0,Kbar0; 0.00061 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->Upsilon,K+,K-; 0.00061 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->chi_b2,pi+,pi-,pi0; 0.0006 1 /Herwig/Decays/Mambo
decaymode Upsilon(5S)->chi_b2,omega; 0.0006 1 /Herwig/Decays/DecayME0
decaymode Upsilon(5S)->chi_b1,pi+,pi-,pi0; 0.00052 1 /Herwig/Decays/Mambo
decaymode Upsilon(5S)->e-,e+; 8.0E-6 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(5S)->mu-,mu+; 8.0E-6 1 /Herwig/Decays/Vector2Leptons
decaymode Upsilon(5S)->tau-,tau+; 8.0E-6 1 /Herwig/Decays/Vector2Leptons
#
# The meson which are not part of a multiplet
#
#
decaymode f_0(1500)->pi+,pi-; 0.23 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->rho+,rho-; 0.159412 1 /Herwig/Decays/SVV
decaymode f_0(1500)->sigma,sigma; 0.12688 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->pi0,pi0; 0.115 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->rho0,rho0; 0.079707 1 /Herwig/Decays/SVV
decaymode f_0(1500)->eta,eta; 0.06 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->K+,K-; 0.0425 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->eta,eta'; 0.022 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->K_L0,K_L0; 0.02125 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->K_S0,K_S0; 0.02125 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->a_1-,pi+; 0.021147 1 /Herwig/Decays/PPVDecayer
decaymode f_0(1500)->a_10,pi0; 0.021147 1 /Herwig/Decays/PPVDecayer
decaymode f_0(1500)->a_1+,pi-; 0.021147 1 /Herwig/Decays/PPVDecayer
decaymode f_0(1500)->pi'-,pi+; 0.01952 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->pi'0,pi0; 0.01952 1 /Herwig/Decays/ScalarSS
decaymode f_0(1500)->pi'+,pi-; 0.01952 1 /Herwig/Decays/ScalarSS
#
decaymode sigma->pi+,pi-; 0.666667 1 /Herwig/Decays/ScalarSS
decaymode sigma->pi0,pi0; 0.333333 1 /Herwig/Decays/ScalarSS
#
decaymode f_0->pi+,pi-; 0.493994 1 /Herwig/Decays/ScalarSS
decaymode f_0->pi0,pi0; 0.247 1 /Herwig/Decays/ScalarSS
decaymode f_0->K+,K-; 0.139 1 /Herwig/Decays/ScalarSS
decaymode f_0->K_L0,K_L0; 0.06 1 /Herwig/Decays/ScalarSS
decaymode f_0->K_S0,K_S0; 0.06 1 /Herwig/Decays/ScalarSS
decaymode f_0->gamma,gamma; 6.0E-6 1 /Herwig/Decays/SVV
#
decaymode a_00->eta,pi0; 0.906997 1 /Herwig/Decays/ScalarSS
decaymode a_00->K+,K-; 0.049 1 /Herwig/Decays/ScalarSS
decaymode a_00->K_L0,K_L0; 0.022 1 /Herwig/Decays/ScalarSS
decaymode a_00->K_S0,K_S0; 0.022 1 /Herwig/Decays/ScalarSS
decaymode a_00->gamma,gamma; 3.0E-6 1 /Herwig/Decays/SVV
#
decaymode a_0+->eta,pi+; 0.907 1 /Herwig/Decays/ScalarSS
decaymode a_0+->K+,Kbar0; 0.093 1 /Herwig/Decays/ScalarSS
#
decaymode a_0-->eta,pi-; 0.907 1 /Herwig/Decays/ScalarSS
decaymode a_0-->K-,K0; 0.093 1 /Herwig/Decays/ScalarSS
#
decaymode eta(1405)->eta,sigma; 0.479845 1 /Herwig/Decays/ScalarSS
decaymode eta(1405)->a_0-,pi+; 0.159949 1 /Herwig/Decays/ScalarSS
decaymode eta(1405)->a_00,pi0; 0.159949 1 /Herwig/Decays/ScalarSS
decaymode eta(1405)->a_0+,pi-; 0.159949 1 /Herwig/Decays/ScalarSS
decaymode eta(1405)->K*-,K+; 0.010077 1 /Herwig/Decays/PPVDecayer
decaymode eta(1405)->K*bar0,K0; 0.010077 1 /Herwig/Decays/PPVDecayer
decaymode eta(1405)->K*0,Kbar0; 0.010077 1 /Herwig/Decays/PPVDecayer
decaymode eta(1405)->K*+,K-; 0.010077 1 /Herwig/Decays/PPVDecayer
#
decaymode K_S0->pi+,pi-; 0.691968 1 /Herwig/Decays/DecayME0
decaymode K_S0->pi0,pi0; 0.306869 1 /Herwig/Decays/DecayME0
decaymode K_S0->pi-,e+,nu_e; 0.000352 1 /Herwig/Decays/DecayME101
decaymode K_S0->pi+,e-,nu_ebar; 0.000352 1 /Herwig/Decays/DecayME101
decaymode K_S0->pi-,mu+,nu_mu; 0.000228 1 /Herwig/Decays/DecayME101
decaymode K_S0->pi+,mu-,nu_mubar; 0.000228 1 /Herwig/Decays/DecayME101
decaymode K_S0->gamma,gamma; 3.0E-6 1 /Herwig/Decays/DecayME0
#
decaymode K_L0->pi-,e+,nu_e; 0.202758 1 /Herwig/Decays/DecayME101
decaymode K_L0->pi+,e-,nu_ebar; 0.202758 1 /Herwig/Decays/DecayME101
decaymode K_L0->pi0,pi0,pi0; 0.195202 1 /Herwig/Decays/DecayME0
decaymode K_L0->pi-,mu+,nu_mu; 0.1352 1 /Herwig/Decays/DecayME101
decaymode K_L0->pi+,mu-,nu_mubar; 0.1352 1 /Herwig/Decays/DecayME101
decaymode K_L0->pi+,pi-,pi0; 0.125401 1 /Herwig/Decays/DecayME0
decaymode K_L0->pi+,pi-; 0.002008 1 /Herwig/Decays/DecayME0
decaymode K_L0->pi0,pi0; 0.000864 1 /Herwig/Decays/DecayME0
decaymode K_L0->gamma,gamma; 0.000547 1 /Herwig/Decays/DecayME0
decaymode K_L0->pi0,pi-,e+,nu_e; 2.6E-5 1 /Herwig/Decays/Mambo
decaymode K_L0->pi0,pi+,e-,nu_ebar; 2.6E-5 1 /Herwig/Decays/Mambo
decaymode K_L0->e-,e+,gamma; 9.0E-6 1 /Herwig/Decays/DecayME0
decaymode K_L0->pi0,gamma,gamma; 1.0E-6 1 /Herwig/Decays/DecayME0
decaymode K_L0->mu-,mu+,gamma; 0 1 /Herwig/Decays/DecayME0
#
decaymode kappa0->K+,pi-; 0.666667 1 /Herwig/Decays/ScalarSS
decaymode kappa0->K0,pi0; 0.333333 1 /Herwig/Decays/ScalarSS
#
decaymode kappabar0->K-,pi+; 0.666667 1 /Herwig/Decays/ScalarSS
decaymode kappabar0->Kbar0,pi0; 0.333333 1 /Herwig/Decays/ScalarSS
#
decaymode kappa-->Kbar0,pi-; 0.666667 1 /Herwig/Decays/ScalarSS
decaymode kappa-->K-,pi0; 0.333333 1 /Herwig/Decays/ScalarSS
#
decaymode kappa+->K0,pi+; 0.666667 1 /Herwig/Decays/ScalarSS
decaymode kappa+->K+,pi0; 0.333333 1 /Herwig/Decays/ScalarSS
diff --git a/src/defaults/mesons.in b/src/defaults/mesons.in
--- a/src/defaults/mesons.in
+++ b/src/defaults/mesons.in
@@ -1,893 +1,895 @@
# -*- ThePEG-repository -*-
#
# file containing the particle data for the mesons
#
#
# the 1^1S_0 multiplet
#
create ThePEG::ParticleData pi+
setup pi+ 211 pi+ 0.13957039 2.5283740149914E-17 0 7804.5 3 0 1 1
create ThePEG::ParticleData pi0
setup pi0 111 pi0 0.1349768 7.7994841897233E-9 0 2.53E-5 0 0 1 0
create ThePEG::ParticleData pi-
setup pi- -211 pi- 0.13957039 2.5283740149914E-17 0 7804.5 -3 0 1 1
makeanti pi- pi+
create ThePEG::ParticleData eta
setup eta 221 eta 0.547862 1.31E-6 1.31E-5 0 0 0 1 0
create ThePEG::ParticleData eta'
setup eta' 331 eta' 0.95778 0.000203 0.00203 0 0 0 1 0
create ThePEG::ParticleData eta_c
setup eta_c 441 eta_c 2.9839 0.032 0.16 0 0 0 1 0
create ThePEG::ParticleData eta_b
setup eta_b 551 eta_b 9.3987 0.01 0.1 0 0 0 1 0
create ThePEG::ParticleData K+
setup K+ 321 K+ 0.493677 5.3173524656427E-17 0 3711 3 0 1 1
create ThePEG::ParticleData K0
setup K0 311 K0 0.497611 1.0E+27 0 0 0 0 1 0
create ThePEG::ParticleData K-
setup K- -321 K- 0.493677 5.3173524656427E-17 0 3711 -3 0 1 1
makeanti K- K+
create ThePEG::ParticleData Kbar0
setup Kbar0 -311 Kbar0 0.497611 1.0E+27 0 0 0 0 1 0
makeanti Kbar0 K0
create ThePEG::ParticleData D0
setup D0 421 D0 1.86484 1.6042841463415E-12 0 0.123 0 0 1 0
create ThePEG::ParticleData D+
setup D+ 411 D+ 1.86966 6.3286385503528E-13 0 0.3118 3 0 1 0
create ThePEG::ParticleData Dbar0
setup Dbar0 -421 Dbar0 1.86484 1.6042841463415E-12 0 0.123 0 0 1 0
makeanti Dbar0 D0
create ThePEG::ParticleData D-
setup D- -411 D- 1.86966 6.3286385503528E-13 0 0.3118 -3 0 1 0
makeanti D- D+
create ThePEG::ParticleData D_s+
setup D_s+ 431 D_s+ 1.9682 1.315513E-12 0 0.15 3 0 1 0
create ThePEG::ParticleData D_s-
setup D_s- -431 D_s- 1.9682 1.315513E-12 0 0.15 -3 0 1 0
makeanti D_s- D_s+
create ThePEG::MixedParticleData B0
setup B0 511 B0 5.27965 4.2897163043478E-13 0 0.46 0 0 1 0
newdef B0:DeltaM 3.337134e-13*GeV
newdef B0:DeltaGamma 0.*GeV
newdef B0:PQMagnitude 1.
newdef B0:PQPhase 1.
newdef B0:ZMagnitude 0.
newdef B0:ZPhase 0.
create ThePEG::ParticleData B+
setup B+ 521 B+ 5.27934 3.9386616766467E-13 0 0.501 3 0 1 0
create ThePEG::MixedParticleData Bbar0
setup Bbar0 -511 Bbar0 5.27965 4.2897163043478E-13 0 0.46 0 0 1 0
makeanti Bbar0 B0
newdef Bbar0:Synchronized 0
newdef Bbar0:DeltaM 3.337134e-13*GeV
newdef Bbar0:DeltaGamma 0.*GeV
newdef Bbar0:PQMagnitude 1.
newdef Bbar0:PQPhase 1.
newdef Bbar0:ZMagnitude 0.
newdef Bbar0:ZPhase 0.
create ThePEG::ParticleData B-
setup B- -521 B- 5.27934 3.9386616766467E-13 0 0.501 -3 0 1 0
makeanti B- B+
newdef B-:Synchronized 0
create ThePEG::MixedParticleData B_s0
setup B_s0 531 B_s0 5.36688 4.5051815068493E-13 0 0.438 0 0 1 0
newdef B_s0:DeltaM 1.169642e-11*GeV
newdef B_s0:DeltaGamma 6.676243e-14*GeV
newdef B_s0:PQMagnitude 1.
newdef B_s0:PQPhase 1.
newdef B_s0:ZMagnitude 0.
newdef B_s0:ZPhase 0.
create ThePEG::MixedParticleData B_sbar0
setup B_sbar0 -531 B_sbar0 5.36688 4.5051815068493E-13 0 0.438 0 0 1 0
makeanti B_sbar0 B_s0
newdef B_sbar0:Synchronized 0
newdef B_sbar0:DeltaM 1.169642e-11*GeV
newdef B_sbar0:DeltaGamma 6.676243e-14*GeV
newdef B_sbar0:PQMagnitude 1.
newdef B_sbar0:PQPhase 1.
newdef B_sbar0:ZMagnitude 0.
newdef B_sbar0:ZPhase 0.
create ThePEG::ParticleData B_c+
setup B_c+ 541 B_c+ 6.286 1.4299054347826E-12 0 0.138 3 0 1 0
create ThePEG::ParticleData B_c-
setup B_c- -541 B_c- 6.286 1.4299054347826E-12 0 0.138 -3 0 1 0
makeanti B_c- B_c+
#
# the 1^3S_1 multiplet
#
create ThePEG::ParticleData rho+
setup rho+ 213 rho+ 0.77526 0.1491 0.45 0 3 0 3 0
newdef rho+:WidthLoCut 0.4
newdef rho+:WidthUpCut 0.5
create ThePEG::ParticleData rho0
setup rho0 113 rho0 0.77526 0.1491 0.45 0 0 0 3 0
newdef rho0:WidthLoCut 0.4
newdef rho0:WidthUpCut 0.5
create ThePEG::ParticleData rho-
setup rho- -213 rho- 0.77526 0.1491 0.45 0 -3 0 3 0
makeanti rho- rho+
newdef rho-:WidthLoCut 0.4
newdef rho-:WidthUpCut 0.5
create ThePEG::ParticleData omega
setup omega 223 omega 0.78266 0.00868 0.0868 0 0 0 3 0
create ThePEG::ParticleData phi
setup phi 333 phi 1.019461 0.004249 0.036245 0 0 0 3 0
newdef phi:WidthLoCut 0.03
newdef phi:WidthUpCut 0.04249
create ThePEG::ParticleData Jpsi
setup Jpsi 443 Jpsi 3.096916 9.34E-5 0.000934 0 0 0 3 0
create ThePEG::ParticleData Upsilon
setup Upsilon 553 Upsilon 9.4603 5.402E-5 0.00054 0 0 0 3 0
create ThePEG::ParticleData K*+
setup K*+ 323 K*+ 0.89167 0.0514 0.382 0 3 0 3 0
newdef K*+:WidthLoCut 0.25
newdef K*+:WidthUpCut 0.514
create ThePEG::ParticleData K*0
setup K*0 313 K*0 0.89555 0.0473 0.3615 0 0 0 3 0
newdef K*0:WidthLoCut 0.25
newdef K*0:WidthUpCut 0.473
create ThePEG::ParticleData K*-
setup K*- -323 K*- 0.89167 0.0514 0.382 0 -3 0 3 0
makeanti K*- K*+
newdef K*-:WidthLoCut 0.25
newdef K*-:WidthUpCut 0.514
create ThePEG::ParticleData K*bar0
setup K*bar0 -313 K*bar0 0.89555 0.0473 0.3615 0 0 0 3 0
makeanti K*bar0 K*0
newdef K*bar0:WidthLoCut 0.25
newdef K*bar0:WidthUpCut 0.473
create ThePEG::ParticleData D*0
setup D*0 423 D*0 2.00685 6.8E-5 0.00068 0 0 0 3 0
create ThePEG::ParticleData D*+
setup D*+ 413 D*+ 2.01026 8.34E-5 0.000834 0 3 0 3 0
create ThePEG::ParticleData D*bar0
setup D*bar0 -423 D*bar0 2.00685 6.8E-5 0.00068 0 0 0 3 0
makeanti D*bar0 D*0
create ThePEG::ParticleData D*-
setup D*- -413 D*- 2.01026 8.34E-5 0.000834 0 -3 0 3 0
makeanti D*- D*+
create ThePEG::ParticleData D_s*+
setup D_s*+ 433 D_s*+ 2.1122 4.4E-5 0.00044 0 3 0 3 0
create ThePEG::ParticleData D_s*-
setup D_s*- -433 D_s*- 2.1122 4.4E-5 0.00044 0 -3 0 3 0
makeanti D_s*- D_s*+
create ThePEG::ParticleData B*0
setup B*0 513 B*0 5.32471 2.4E-7 2.4E-6 0 0 0 3 0
create ThePEG::ParticleData B*+
setup B*+ 523 B*+ 5.32471 7.8E-7 7.8E-6 0 3 0 3 0
create ThePEG::ParticleData B*bar0
setup B*bar0 -513 B*bar0 5.32471 2.4E-7 2.4E-6 0 0 0 3 0
makeanti B*bar0 B*0
create ThePEG::ParticleData B*-
setup B*- -523 B*- 5.32471 7.8E-7 7.8E-6 0 -3 0 3 0
makeanti B*- B*+
create ThePEG::ParticleData B_s*0
setup B_s*0 533 B_s*0 5.4154 1.5E-7 1.5E-6 0 0 0 3 0
create ThePEG::ParticleData B_s*bar0
setup B_s*bar0 -533 B_s*bar0 5.4154 1.5E-7 1.5E-6 0 0 0 3 0
makeanti B_s*bar0 B_s*0
create ThePEG::ParticleData B_c*+
setup B_c*+ 543 B_c*+ 6.321 8.0E-8 8.0E-7 0 3 0 3 0
create ThePEG::ParticleData B_c*-
setup B_c*- -543 B_c*- 6.321 8.0E-8 8.0E-7 0 -3 0 3 0
makeanti B_c*- B_c*+
#
# the 1^1P_1 multiplet
#
create ThePEG::ParticleData b_1+
setup b_1+ 10213 b_1+ 1.2295 0.142 0.505 0 3 0 3 0
newdef b_1+:WidthLoCut 0.3
newdef b_1+:WidthUpCut 0.71
create ThePEG::ParticleData b_10
setup b_10 10113 b_10 1.2295 0.142 0.505 0 0 0 3 0
newdef b_10:WidthLoCut 0.3
newdef b_10:WidthUpCut 0.71
create ThePEG::ParticleData b_1-
setup b_1- -10213 b_1- 1.2295 0.142 0.505 0 -3 0 3 0
makeanti b_1- b_1+
newdef b_1-:WidthLoCut 0.3
newdef b_1-:WidthUpCut 0.71
create ThePEG::ParticleData h_1
setup h_1 10223 h_1 1.166 0.375 0.375 0 0 0 3 0
create ThePEG::ParticleData h'_1
setup h'_1 10333 h'_1 1.416 0.09 0.18 0 0 0 3 0
create ThePEG::ParticleData h_c
setup h_c 10443 h_c 3.52538 0.0007 0.007 0 0 0 3 0
create ThePEG::ParticleData h_b
setup h_b 10553 h_b 9.8993 8.94E-5 0.000894 0 0 0 3 0
create ThePEG::ParticleData K_1+
setup K_1+ 10323 K_1+ 1.27 0.09 0.18 0 3 0 3 0
newdef K_1+:VariableRatio 1
create ThePEG::ParticleData K_10
setup K_10 10313 K_10 1.272 0.09 0.18 0 0 0 3 0
newdef K_10:VariableRatio 1
create ThePEG::ParticleData K_1-
setup K_1- -10323 K_1- 1.272 0.09 0.18 0 -3 0 3 0
makeanti K_1- K_1+
newdef K_1-:VariableRatio 1
create ThePEG::ParticleData K_1bar0
setup K_1bar0 -10313 K_1bar0 1.272 0.09 0.18 0 0 0 3 0
makeanti K_1bar0 K_10
newdef K_1bar0:VariableRatio 1
create ThePEG::ParticleData D_10
setup D_10 10423 D_10 2.4221 0.0313 0.0939 0 0 0 3 0
create ThePEG::ParticleData D_1+
setup D_1+ 10413 D_1+ 2.4221 0.0313 0.0939 0 3 0 3 0
create ThePEG::ParticleData D_1bar0
setup D_1bar0 -10423 D_1bar0 2.4221 0.0313 0.0939 0 0 0 3 0
makeanti D_1bar0 D_10
create ThePEG::ParticleData D_1-
setup D_1- -10413 D_1- 2.4221 0.0313 0.0939 0 -3 0 3 0
makeanti D_1- D_1+
create ThePEG::ParticleData D_s1+
setup D_s1+ 10433 D_s1+ 2.53511 0.00092 0.0092 0 3 0 3 0
create ThePEG::ParticleData D_s1-
setup D_s1- -10433 D_s1- 2.53511 0.00092 0.0092 0 -3 0 3 0
makeanti D_s1- D_s1+
create ThePEG::ParticleData B_10
setup B_10 10513 B_10 5.7261 0.0275 0.0825 0 0 0 3 0
create ThePEG::ParticleData B_1+
setup B_1+ 10523 B_1+ 5.7259 0.031 0.093 0 3 0 3 0
create ThePEG::ParticleData B_1bar0
setup B_1bar0 -10513 B_1bar0 5.7261 0.0275 0.0825 0 0 0 3 0
makeanti B_1bar0 B_10
create ThePEG::ParticleData B_1-
setup B_1- -10523 B_1- 5.7259 0.031 0.093 0 -3 0 3 0
makeanti B_1- B_1+
create ThePEG::ParticleData B_s10
setup B_s10 10533 B_s10 5.8287 0.0005 0.005 0 0 0 3 0
create ThePEG::ParticleData B_s1bar0
setup B_s1bar0 -10533 B_s1bar0 5.8287 0.0005 0.005 0 0 0 3 0
makeanti B_s1bar0 B_s10
create ThePEG::ParticleData B_c1+
setup B_c1+ 10543 B_c1+ 6.743 7.3E-5 0.00073 0 3 0 3 0
create ThePEG::ParticleData B_c1-
setup B_c1- -10543 B_c1- 6.743 7.3E-5 0.00073 0 -3 0 3 0
makeanti B_c1- B_c1+
#
# the 1^3P_0 multiplet
#
create ThePEG::ParticleData a'_0+
setup a'_0+ 10211 a'_0+ 1.474 0.265 0.265 0 3 0 1 0
create ThePEG::ParticleData a'_00
setup a'_00 10111 a'_00 1.474 0.265 0.265 0 0 0 1 0
create ThePEG::ParticleData a'_0-
setup a'_0- -10211 a'_0- 1.474 0.265 0.265 0 -3 0 1 0
makeanti a'_0- a'_0+
create ThePEG::ParticleData f'_0
setup f'_0 10221 f'_0 1.395 0.275 0.275 0 0 0 1 0
create ThePEG::ParticleData f_0(1710)
setup f_0(1710) 10331 f_0(1710) 1.704 0.123 0.369 0 0 0 1 0
create ThePEG::ParticleData chi_c0
setup chi_c0 10441 chi_c0 3.41476 0.0104 0.104 0 0 0 1 0
create ThePEG::ParticleData chi_b0
setup chi_b0 10551 chi_b0 9.85944 0.000817 0.00817 0 0 0 1 0
create ThePEG::ParticleData K*_0+
setup K*_0+ 10321 K*_0+ 1.425 0.27 0.79 0 3 0 1 0
newdef K*_0+:WidthLoCut 0.77
newdef K*_0+:WidthUpCut 0.81
create ThePEG::ParticleData K*_00
setup K*_00 10311 K*_00 1.425 0.27 0.79 0 0 0 1 0
newdef K*_00:WidthLoCut 0.77
newdef K*_00:WidthUpCut 0.81
create ThePEG::ParticleData K*_0-
setup K*_0- -10321 K*_0- 1.425 0.27 0.79 0 -3 0 1 0
makeanti K*_0- K*_0+
newdef K*_0-:WidthLoCut 0.77
newdef K*_0-:WidthUpCut 0.81
create ThePEG::ParticleData K*_0bar0
setup K*_0bar0 -10311 K*_0bar0 1.425 0.27 0.79 0 0 0 1 0
makeanti K*_0bar0 K*_00
newdef K*_0bar0:WidthLoCut 0.77
newdef K*_0bar0:WidthUpCut 0.81
create ThePEG::ParticleData D_0*+
setup D_0*+ 10411 D_0*+ 2.343 0.229 0.458 0 3 0 1 0
newdef D_0*+:WidthLoCut 0.229
newdef D_0*+:WidthUpCut 0.687
create ThePEG::ParticleData D_0*0
setup D_0*0 10421 D_0*0 2.343 0.229 0.458 0 0 0 1 0
newdef D_0*0:WidthLoCut 0.229
newdef D_0*0:WidthUpCut 0.687
create ThePEG::ParticleData D_0*-
setup D_0*- -10411 D_0*- 2.343 0.229 0.458 0 -3 0 1 0
makeanti D_0*- D_0*+
newdef D_0*-:WidthLoCut 0.229
newdef D_0*-:WidthUpCut 0.687
create ThePEG::ParticleData D_0*bar0
setup D_0*bar0 -10421 D_0*bar0 2.343 0.229 0.458 0 0 0 1 0
makeanti D_0*bar0 D_0*0
newdef D_0*bar0:WidthLoCut 0.229
newdef D_0*bar0:WidthUpCut 0.687
create ThePEG::ParticleData D_s0+
setup D_s0+ 10431 D_s0+ 2.3178 2.32E-5 0.000232 0 3 0 1 0
create ThePEG::ParticleData D_s0-
setup D_s0- -10431 D_s0- 2.3178 2.32E-5 0.000232 0 -3 0 1 0
makeanti D_s0- D_s0+
create ThePEG::ParticleData B*_00
setup B*_00 10511 B*_00 5.726 0.14 0.28 0 0 0 1 0
create ThePEG::ParticleData B*_0+
setup B*_0+ 10521 B*_0+ 5.726 0.14 0.28 0 3 0 1 0
create ThePEG::ParticleData B*_0bar0
setup B*_0bar0 -10511 B*_0bar0 5.726 0.14 0.28 0 0 0 1 0
makeanti B*_0bar0 B*_00
create ThePEG::ParticleData B*_0-
setup B*_0- -10521 B*_0- 5.726 0.14 0.28 0 -3 0 1 0
makeanti B*_0- B*_0+
create ThePEG::ParticleData B*_s00
setup B*_s00 10531 B*_s00 5.818 0.07 0.0875 0 0 0 1 0
newdef B*_s00:WidthLoCut 0.035
newdef B*_s00:WidthUpCut 0.14
create ThePEG::ParticleData B*_s0bar0
setup B*_s0bar0 -10531 B*_s0bar0 5.818 0.07 0.0875 0 0 0 1 0
makeanti B*_s0bar0 B*_s00
newdef B*_s0bar0:WidthLoCut 0.035
newdef B*_s0bar0:WidthUpCut 0.14
create ThePEG::ParticleData B*_c0+
setup B*_c0+ 10541 B*_c0+ 6.727 5.5E-5 0.00055 0 3 0 1 0
create ThePEG::ParticleData B*_c0-
setup B*_c0- -10541 B*_c0- 6.727 5.5E-5 0.00055 0 -3 0 1 0
makeanti B*_c0- B*_c0+
#
# the 1^3P_1 multiplet
#
create ThePEG::ParticleData a_1+
setup a_1+ 20213 a_1+ 1.23 0.42 0.56 0 3 0 3 0
newdef a_1+:VariableRatio 1
create ThePEG::ParticleData a_10
setup a_10 20113 a_10 1.23 0.42 0.56 0 0 0 3 0
newdef a_10:VariableRatio 1
create ThePEG::ParticleData a_1-
setup a_1- -20213 a_1- 1.23 0.42 0.56 0 -3 0 3 0
makeanti a_1- a_1+
newdef a_1-:VariableRatio 1
create ThePEG::ParticleData f_1
setup f_1 20223 f_1 1.2819 0.0227 0.242 0 0 0 3 0
create ThePEG::ParticleData f'_1
setup f'_1 20333 f'_1 1.4263 0.0545 0.40875 0 0 0 3 0
newdef f'_1:WidthLoCut 0.2725
newdef f'_1:WidthUpCut 0.545
create ThePEG::ParticleData chi_c1
setup chi_c1 20443 chi_c1 3.51067 0.00084 0.0089 0 0 0 3 0
create ThePEG::ParticleData chi_b1
setup chi_b1 20553 chi_b1 9.89278 7.1E-5 0.00071 0 0 0 3 0
create ThePEG::ParticleData K'_1+
setup K'_1+ 20323 K'_1+ 1.403 0.174 0.348 0 3 0 3 0
newdef K'_1+:VariableRatio 1
create ThePEG::ParticleData K'_10
setup K'_10 20313 K'_10 1.403 0.174 0.348 0 0 0 3 0
newdef K'_10:VariableRatio 1
create ThePEG::ParticleData K'_1-
setup K'_1- -20323 K'_1- 1.403 0.174 0.348 0 -3 0 3 0
makeanti K'_1- K'_1+
newdef K'_1-:VariableRatio 1
create ThePEG::ParticleData K'_1bar0
setup K'_1bar0 -20313 K'_1bar0 1.403 0.174 0.348 0 0 0 3 0
makeanti K'_1bar0 K'_10
newdef K'_1bar0:VariableRatio 1
create ThePEG::ParticleData D'_10
setup D'_10 20423 D'_10 2.412 0.314 0.439 0 0 0 3 0
newdef D'_10:WidthLoCut 0.25
newdef D'_10:WidthUpCut 0.628
create ThePEG::ParticleData D'_1+
setup D'_1+ 20413 D'_1+ 2.412 0.314 0.439 0 3 0 3 0
newdef D'_1+:WidthLoCut 0.25
newdef D'_1+:WidthUpCut 0.628
create ThePEG::ParticleData D'_1bar0
setup D'_1bar0 -20423 D'_1bar0 2.412 0.314 0.439 0 0 0 3 0
makeanti D'_1bar0 D'_10
newdef D'_1bar0:WidthLoCut 0.25
newdef D'_1bar0:WidthUpCut 0.628
create ThePEG::ParticleData D'_1-
setup D'_1- -20413 D'_1- 2.412 0.314 0.439 0 -3 0 3 0
makeanti D'_1- D'_1+
newdef D'_1-:WidthLoCut 0.25
newdef D'_1-:WidthUpCut 0.628
create ThePEG::ParticleData D'_s1+
setup D'_s1+ 20433 D'_s1+ 2.4595 3.82E-5 0.000382 0 3 0 3 0
create ThePEG::ParticleData D'_s1-
setup D'_s1- -20433 D'_s1- 2.4595 3.82E-5 0.000382 0 -3 0 3 0
makeanti D'_s1- D'_s1+
create ThePEG::ParticleData B'_10
setup B'_10 20513 B'_10 5.762 0.13 0.26 0 0 0 3 0
create ThePEG::ParticleData B'_1+
setup B'_1+ 20523 B'_1+ 5.762 0.13 0.26 0 3 0 3 0
create ThePEG::ParticleData B'_1bar0
setup B'_1bar0 -20513 B'_1bar0 5.762 0.13 0.26 0 0 0 3 0
makeanti B'_1bar0 B'_10
create ThePEG::ParticleData B'_1-
setup B'_1- -20523 B'_1- 5.762 0.13 0.26 0 -3 0 3 0
makeanti B'_1- B'_1+
create ThePEG::ParticleData B'_s10
setup B'_s10 20533 B'_s10 5.856 0.06 0.075 0 0 0 3 0
newdef B'_s10:WidthLoCut 0.03
newdef B'_s10:WidthUpCut 0.12
create ThePEG::ParticleData B'_s1bar0
setup B'_s1bar0 -20533 B'_s1bar0 5.856 0.06 0.075 0 0 0 3 0
makeanti B'_s1bar0 B'_s10
newdef B'_s1bar0:WidthLoCut 0.03
newdef B'_s1bar0:WidthUpCut 0.12
create ThePEG::ParticleData B'_c1+
setup B'_c1+ 20543 B'_c1+ 6.765 9.1E-5 0.00091 0 3 0 3 0
create ThePEG::ParticleData B'_c1-
setup B'_c1- -20543 B'_c1- 6.765 9.1E-5 0.00091 0 -3 0 3 0
makeanti B'_c1- B'_c1+
#
# the 1^3P_2 multiplet
#
create ThePEG::ParticleData a_2+
setup a_2+ 215 a_2+ 1.3182 0.105 0.21 0 3 0 5 0
create ThePEG::ParticleData a_20
setup a_20 115 a_20 1.3182 0.105 0.21 0 0 0 5 0
create ThePEG::ParticleData a_2-
setup a_2- -215 a_2- 1.3182 0.105 0.21 0 -3 0 5 0
makeanti a_2- a_2+
create ThePEG::ParticleData f_2
setup f_2 225 f_2 1.2755 0.1867 0.18085 0 0 0 5 0
newdef f_2:WidthLoCut 0.175
newdef f_2:WidthUpCut 0.1867
create ThePEG::ParticleData f'_2
setup f'_2 335 f'_2 1.5174 0.086 0.344 0 0 0 5 0
create ThePEG::ParticleData chi_c2
setup chi_c2 445 chi_c2 3.55617 0.00197 0.0206 0 0 0 5 0
create ThePEG::ParticleData chi_b2
setup chi_b2 555 chi_b2 9.91221 0.00017 0.0017 0 0 0 5 0
create ThePEG::ParticleData K*_2+
setup K*_2+ 325 K*_2+ 1.4273 0.1 0.2 0 3 0 5 0
create ThePEG::ParticleData K*_20
setup K*_20 315 K*_20 1.4324 0.109 0.218 0 0 0 5 0
create ThePEG::ParticleData K*_2-
setup K*_2- -325 K*_2- 1.4273 0.1 0.2 0 -3 0 5 0
makeanti K*_2- K*_2+
create ThePEG::ParticleData K*_2bar0
setup K*_2bar0 -315 K*_2bar0 1.4324 0.109 0.218 0 0 0 5 0
makeanti K*_2bar0 K*_20
create ThePEG::ParticleData D*_20
setup D*_20 425 D*_20 2.4611 0.0473 0.2365 0 0 0 5 0
create ThePEG::ParticleData D*_2+
setup D*_2+ 415 D*_2+ 2.4611 0.0473 0.2365 0 3 0 5 0
create ThePEG::ParticleData D*_2bar0
setup D*_2bar0 -425 D*_2bar0 2.4611 0.0473 0.2365 0 0 0 5 0
makeanti D*_2bar0 D*_20
create ThePEG::ParticleData D*_2-
setup D*_2- -415 D*_2- 2.4611 0.0473 0.2365 0 -3 0 5 0
makeanti D*_2- D*_2+
create ThePEG::ParticleData D_s2+
setup D_s2+ 435 D_s2+ 2.5691 0.0169 0.0507 0 3 0 5 0
create ThePEG::ParticleData D_s2-
setup D_s2- -435 D_s2- 2.5691 0.0169 0.0507 0 -3 0 5 0
makeanti D_s2- D_s2+
create ThePEG::ParticleData B_20
setup B_20 515 B_20 5.7395 0.0242 0.121 0 0 0 5 0
create ThePEG::ParticleData B_2+
setup B_2+ 525 B_2+ 5.7372 0.0242 0.121 0 3 0 5 0
create ThePEG::ParticleData B_2bar0
setup B_2bar0 -515 B_2bar0 5.7395 0.0242 0.121 0 0 0 5 0
makeanti B_2bar0 B_20
create ThePEG::ParticleData B_2-
setup B_2- -525 B_2- 5.7372 0.0242 0.121 0 -3 0 5 0
makeanti B_2- B_2+
create ThePEG::ParticleData B_s20
setup B_s20 535 B_s20 5.83986 0.00149 0.0149 0 0 0 5 0
create ThePEG::ParticleData B_s2bar0
setup B_s2bar0 -535 B_s2bar0 5.83986 0.00149 0.0149 0 0 0 5 0
makeanti B_s2bar0 B_s20
create ThePEG::ParticleData B_c2+
setup B_c2+ 545 B_c2+ 6.783 8.3E-5 0.00083 0 3 0 5 0
create ThePEG::ParticleData B_c2-
setup B_c2- -545 B_c2- 6.783 8.3E-5 0.00083 0 -3 0 5 0
makeanti B_c2- B_c2+
#
# the 1^1D_2 multiplet
#
create ThePEG::ParticleData pi_2+
setup pi_2+ 10215 pi_2+ 1.6706 0.258 0.258 0 3 0 5 0
create ThePEG::ParticleData pi_20
setup pi_20 10115 pi_20 1.6706 0.258 0.258 0 0 0 5 0
create ThePEG::ParticleData pi_2-
setup pi_2- -10215 pi_2- 1.6706 0.258 0.258 0 -3 0 5 0
makeanti pi_2- pi_2+
create ThePEG::ParticleData eta_2
setup eta_2 10225 eta_2 1.617 0.181 0.362 0 0 0 5 0
create ThePEG::ParticleData eta'_2
setup eta'_2 10335 eta'_2 1.842 0.225 0.225 0 0 0 5 0
create ThePEG::ParticleData eta_b2
setup eta_b2 10555 eta_b2 10.158 3.2E-5 0.00032 0 0 0 5 0
create ThePEG::ParticleData K_2(1770)+
setup K_2(1770)+ 10325 K_2(1770)+ 1.773 0.186 0.558 0 3 0 5 0
create ThePEG::ParticleData K_2(1770)0
setup K_2(1770)0 10315 K_2(1770)0 1.773 0.186 0.558 0 0 0 5 0
create ThePEG::ParticleData K_2(1770)-
setup K_2(1770)- -10325 K_2(1770)- 1.773 0.186 0.558 0 -3 0 5 0
makeanti K_2(1770)- K_2(1770)+
create ThePEG::ParticleData K_2(1770)bar0
setup K_2(1770)bar0 -10315 K_2(1770)bar0 1.773 0.186 0.558 0 0 0 5 0
makeanti K_2(1770)bar0 K_2(1770)0
create ThePEG::ParticleData B_c2(L)+
setup B_c2(L)+ 10545 B_c2(L)+ 7.036 8.3E-5 0.00083 0 3 0 5 0
create ThePEG::ParticleData B_c2(L)-
setup B_c2(L)- -10545 B_c2(L)- 7.036 8.3E-5 0.00083 0 -3 0 5 0
makeanti B_c2(L)- B_c2(L)+
#
# the 1^3D_1 multiplet
#
create ThePEG::ParticleData rho''+
setup rho''+ 30213 rho''+ 1.72 0.25 0.5 0 3 0 3 0
create ThePEG::ParticleData rho''0
setup rho''0 30113 rho''0 1.72 0.25 0.5 0 0 0 3 0
create ThePEG::ParticleData rho''-
setup rho''- -30213 rho''- 1.72 0.25 0.5 0 -3 0 3 0
makeanti rho''- rho''+
create ThePEG::ParticleData omega''
setup omega'' 30223 omega'' 1.67 0.315 0.63 0 0 0 3 0
create ThePEG::ParticleData phi(2170)
setup phi(2170) 30333 phi(2170) 2.162 0.1 0.3 0 0 0 3 0
create ThePEG::ParticleData psi(3770)
setup psi(3770) 30443 psi(3770) 3.7737 0.0272 0.0816 0 0 0 3 0
newdef psi(3770):WidthLoCut 0.0272
newdef psi(3770):WidthUpCut 0.136
create ThePEG::ParticleData Upsilon_1(1D)
setup Upsilon_1(1D) 30553 Upsilon_1(1D) 10.1551 3.56E-5 0.000356 0 0 0 3 0
create ThePEG::ParticleData K''*+
setup K''*+ 30323 K''*+ 1.718 0.322 0.322 0 3 0 3 0
create ThePEG::ParticleData K''*0
setup K''*0 30313 K''*0 1.718 0.322 0.322 0 0 0 3 0
create ThePEG::ParticleData K''*-
setup K''*- -30323 K''*- 1.718 0.322 0.322 0 -3 0 3 0
makeanti K''*- K''*+
create ThePEG::ParticleData K''*bar0
setup K''*bar0 -30313 K''*bar0 1.718 0.322 0.322 0 0 0 3 0
makeanti K''*bar0 K''*0
create ThePEG::ParticleData D_1*(2760)0
setup D_1*(2760)0 30423 D_1*(2760)0 2.781 0.177 0.354 0 0 0 3 0
create ThePEG::ParticleData D_1*(2760)+
setup D_1*(2760)+ 30413 D_1*(2760)+ 2.781 0.177 0.354 0 3 0 3 0
create ThePEG::ParticleData Dbar_1*(2760)0
setup Dbar_1*(2760)0 -30423 Dbar_1*(2760)0 2.781 0.177 0.354 0 0 0 3 0
makeanti Dbar_1*(2760)0 D_1*(2760)0
create ThePEG::ParticleData D_1*(2760)-
setup D_1*(2760)- -30413 D_1*(2760)- 2.781 0.177 0.354 0 -3 0 3 0
makeanti D_1*(2760)- D_1*(2760)+
create ThePEG::ParticleData D_s1*(2860)+
setup D_s1*(2860)+ 30433 D_s1*(2860)+ 2.859 0.159 0.318 0 3 0 3 0
create ThePEG::ParticleData D_s1*(2860)-
setup D_s1*(2860)- -30433 D_s1*(2860)- 2.859 0.159 0.318 0 -3 0 3 0
makeanti D_s1*(2860)- D_s1*(2860)+
create ThePEG::ParticleData B_c(1D)*+
setup B_c(1D)*+ 30543 B_c(1D)*+ 7.028 9.35E-5 0.000935 0 3 0 3 0
create ThePEG::ParticleData B_c(1D)*-
setup B_c(1D)*- -30543 B_c(1D)*- 7.028 9.35E-5 0.000935 0 -3 0 3 0
makeanti B_c(1D)*- B_c(1D)*+
#
# the 1^3D_2 multiplet
#
create ThePEG::ParticleData psi_2(1D)
setup psi_2(1D) 20445 psi_2(1D) 3.8237 0.00074 0.0074 0 0 0 5 0
create ThePEG::ParticleData Upsilon_2(1D)
setup Upsilon_2(1D) 20555 Upsilon_2(1D) 10.1637 2.8E-5 0.00028 0 0 0 5 0
create ThePEG::ParticleData K_2(1820)+
setup K_2(1820)+ 20325 K_2(1820)+ 1.819 0.264 0.528 0 3 0 5 0
create ThePEG::ParticleData K_2(1820)0
setup K_2(1820)0 20315 K_2(1820)0 1.819 0.264 0.528 0 0 0 5 0
create ThePEG::ParticleData K_2(1820)-
setup K_2(1820)- -20325 K_2(1820)- 1.819 0.264 0.528 0 -3 0 5 0
makeanti K_2(1820)- K_2(1820)+
create ThePEG::ParticleData K_2(1820)bar0
setup K_2(1820)bar0 -20315 K_2(1820)bar0 1.819 0.264 0.528 0 0 0 5 0
makeanti K_2(1820)bar0 K_2(1820)0
create ThePEG::ParticleData D_2(2740)0
setup D_2(2740)0 20425 D_2(2740)0 2.747 0.088 0.264 0 0 0 5 0
create ThePEG::ParticleData D_2(2740)+
setup D_2(2740)+ 20415 D_2(2740)+ 2.747 0.088 0.264 0 3 0 5 0
create ThePEG::ParticleData Dbar_2(2740)0
setup Dbar_2(2740)0 -20425 Dbar_2(2740)0 2.747 0.088 0.264 0 0 0 5 0
makeanti Dbar_2(2740)0 D_2(2740)0
create ThePEG::ParticleData D_2(2740)-
setup D_2(2740)- -20415 D_2(2740)- 2.747 0.088 0.264 0 -3 0 5 0
makeanti D_2(2740)- D_2(2740)+
create ThePEG::ParticleData D_s2(2850)+
setup D_s2(2850)+ 20435 D_s2(2850)+ 2.851 0.052 0.156 0 3 0 5 0
create ThePEG::ParticleData D_s2(2850)-
setup D_s2(2850)- -20435 D_s2(2850)- 2.851 0.052 0.156 0 -3 0 5 0
makeanti D_s2(2850)- D_s2(2850)+
create ThePEG::ParticleData B_c2(H)+
setup B_c2(H)+ 20545 B_c2(H)+ 7.041 9.3E-5 0.00093 0 3 0 5 0
create ThePEG::ParticleData B_c2(H)-
setup B_c2(H)- -20545 B_c2(H)- 7.041 9.3E-5 0.00093 0 -3 0 5 0
makeanti B_c2(H)- B_c2(H)+
#
# the 1^3D_3 multiplet
#
create ThePEG::ParticleData rho_3+
setup rho_3+ 217 rho_3+ 1.6888 0.161 0.592 0 3 0 7 0
newdef rho_3+:WidthLoCut 0.54
newdef rho_3+:WidthUpCut 0.644
create ThePEG::ParticleData rho_30
setup rho_30 117 rho_30 1.6888 0.161 0.592 0 0 0 7 0
newdef rho_30:WidthLoCut 0.54
newdef rho_30:WidthUpCut 0.644
create ThePEG::ParticleData rho_3-
setup rho_3- -217 rho_3- 1.6888 0.161 0.592 0 -3 0 7 0
makeanti rho_3- rho_3+
newdef rho_3-:WidthLoCut 0.54
newdef rho_3-:WidthUpCut 0.644
create ThePEG::ParticleData omega_3
setup omega_3 227 omega_3 1.667 0.168 0.336 0 0 0 7 0
create ThePEG::ParticleData phi_3
setup phi_3 337 phi_3 1.854 0.087 0.435 0 0 0 7 0
create ThePEG::ParticleData psi_3(1D)
setup psi_3(1D) 447 psi_3(1D) 3.84271 0.0028 0.014 0 0 0 7 0
create ThePEG::ParticleData Upsilon_3(1D)
setup Upsilon_3(1D) 557 Upsilon_3(1D) 10.1651 2.55E-5 0.000255 0 0 0 7 0
create ThePEG::ParticleData K_3*+
setup K_3*+ 327 K_3*+ 1.779 0.161 0.477 0 3 0 7 0
create ThePEG::ParticleData K_3*0
setup K_3*0 317 K_3*0 1.779 0.161 0.477 0 0 0 7 0
create ThePEG::ParticleData K_3*-
setup K_3*- -327 K_3*- 1.779 0.161 0.477 0 -3 0 7 0
makeanti K_3*- K_3*+
create ThePEG::ParticleData K_3*bar0
setup K_3*bar0 -317 K_3*bar0 1.779 0.161 0.477 0 0 0 7 0
makeanti K_3*bar0 K_3*0
create ThePEG::ParticleData D_3*(2750)0
setup D_3*(2750)0 427 D_3*(2750)0 2.7631 0.066 0.192 0 0 0 7 0
create ThePEG::ParticleData D_3*(2750)+
setup D_3*(2750)+ 417 D_3*(2750)+ 2.7631 0.066 0.192 0 3 0 7 0
create ThePEG::ParticleData Dbar_3*(2750)0
setup Dbar_3*(2750)0 -427 Dbar_3*(2750)0 2.7631 0.066 0.192 0 0 0 7 0
makeanti Dbar_3*(2750)0 D_3*(2750)0
create ThePEG::ParticleData D_3*(2750)-
setup D_3*(2750)- -417 D_3*(2750)- 2.7631 0.066 0.192 0 -3 0 7 0
makeanti D_3*(2750)- D_3*(2750)+
create ThePEG::ParticleData D_s3*(2860)+
setup D_s3*(2860)+ 437 D_s3*(2860)+ 2.86 0.053 0.159 0 3 0 7 0
create ThePEG::ParticleData D_s3*(2860)-
setup D_s3*(2860)- -437 D_s3*(2860)- 2.86 0.053 0.159 0 -3 0 7 0
makeanti D_s3*(2860)- D_s3*(2860)+
create ThePEG::ParticleData B_c3(1D)*+
setup B_c3(1D)*+ 547 B_c3(1D)*+ 7.045 8.23E-5 0.000823 0 3 0 7 0
create ThePEG::ParticleData B_c3(1D)*-
setup B_c3(1D)*- -547 B_c3(1D)*- 7.045 8.23E-5 0.000823 0 -3 0 7 0
makeanti B_c3(1D)*- B_c3(1D)*+
#
# the 1^3F_4 multiplet
#
#
# the 2^1S_0 multiplet
#
create ThePEG::ParticleData pi'+
setup pi'+ 100211 pi'+ 1.3 0.4 0.4 0 3 0 1 0
create ThePEG::ParticleData pi'0
setup pi'0 100111 pi'0 1.3 0.4 0.4 0 0 0 1 0
create ThePEG::ParticleData pi'-
setup pi'- -100211 pi'- 1.3 0.4 0.4 0 -3 0 1 0
makeanti pi'- pi'+
create ThePEG::ParticleData eta(1295)
setup eta(1295) 100221 eta(1295) 1.294 0.055 0.395 0 0 0 1 0
newdef eta(1295):WidthLoCut 0.24
newdef eta(1295):WidthUpCut 0.55
create ThePEG::ParticleData eta(1475)
setup eta(1475) 100331 eta(1475) 1.475 0.09 0.174 0 0 0 1 0
create ThePEG::ParticleData eta_c(2S)
setup eta_c(2S) 100441 eta_c(2S) 3.6375 0.0113 0.113 0 0 0 1 0
create ThePEG::ParticleData eta_b(2S)
setup eta_b(2S) 100551 eta_b(2S) 9.999 0.0041 0.041 0 0 0 1 0
create ThePEG::ParticleData K'+
setup K'+ 100321 K'+ 1.46 0.26 0.26 0 3 0 1 0
create ThePEG::ParticleData K'0
setup K'0 100311 K'0 1.46 0.26 0.26 0 0 0 1 0
create ThePEG::ParticleData K'-
setup K'- -100321 K'- 1.46 0.26 0.26 0 -3 0 1 0
makeanti K'- K'+
create ThePEG::ParticleData K'bar0
setup K'bar0 -100311 K'bar0 1.46 0.26 0.26 0 0 0 1 0
makeanti K'bar0 K'0
create ThePEG::ParticleData D_0(2550)0
setup D_0(2550)0 100421 D_0(2550)0 2.549 0.165 0.33 0 0 0 1 0
create ThePEG::ParticleData D_0(2550)+
setup D_0(2550)+ 100411 D_0(2550)+ 2.549 0.165 0.33 0 3 0 1 0
create ThePEG::ParticleData Dbar_0(2550)0
setup Dbar_0(2550)0 -100421 Dbar_0(2550)0 2.549 0.165 0.33 0 0 0 1 0
makeanti Dbar_0(2550)0 D_0(2550)0
create ThePEG::ParticleData D_0(2550)-
setup D_0(2550)- -100411 D_0(2550)- 2.549 0.165 0.33 0 -3 0 1 0
makeanti D_0(2550)- D_0(2550)+
create ThePEG::ParticleData D_s0(2590)+
setup D_s0(2590)+ 100431 D_s0(2590)+ 2.591 0.089 0.267 0 3 0 1 0
create ThePEG::ParticleData D_s0(2590)-
setup D_s0(2590)- -100431 D_s0(2590)- 2.591 0.089 0.267 0 -3 0 1 0
makeanti D_s0(2590)- D_s0(2590)+
create ThePEG::ParticleData B_c(2S)+
setup B_c(2S)+ 100541 B_c(2S)+ 6.8712 6.5E-5 0.00065 0 3 0 1 0
create ThePEG::ParticleData B_c(2S)-
setup B_c(2S)- -100541 B_c(2S)- 6.8712 6.5E-5 0.00065 0 -3 0 1 0
makeanti B_c(2S)- B_c(2S)+
#
# the 2^3S_1 multiplet
#
create ThePEG::ParticleData rho'+
setup rho'+ 100213 rho'+ 1.465 0.4 0.4 0 3 0 3 0
create ThePEG::ParticleData rho'0
setup rho'0 100113 rho'0 1.465 0.4 0.4 0 0 0 3 0
create ThePEG::ParticleData rho'-
setup rho'- -100213 rho'- 1.465 0.4 0.4 0 -3 0 3 0
makeanti rho'- rho'+
create ThePEG::ParticleData omega'
setup omega' 100223 omega' 1.41 0.29 0.3225 0 0 0 3 0
newdef omega':WidthLoCut 0.215
newdef omega':WidthUpCut 0.43
create ThePEG::ParticleData phi'
setup phi' 100333 phi' 1.68 0.15 0.3 0 0 0 3 0
create ThePEG::ParticleData psi(2S)
setup psi(2S) 100443 psi(2S) 3.6861 0.000294 0.00337 0 0 0 3 0
create ThePEG::ParticleData Upsilon(2S)
setup Upsilon(2S) 100553 Upsilon(2S) 10.02326 3.198E-5 0.0003198 0 0 0 3 0
create ThePEG::ParticleData K'*+
setup K'*+ 100323 K'*+ 1.414 0.232 0.464 0 3 0 3 0
create ThePEG::ParticleData K'*0
setup K'*0 100313 K'*0 1.414 0.232 0.464 0 0 0 3 0
create ThePEG::ParticleData K'*-
setup K'*- -100323 K'*- 1.414 0.232 0.464 0 -3 0 3 0
makeanti K'*- K'*+
create ThePEG::ParticleData K'*bar0
setup K'*bar0 -100313 K'*bar0 1.414 0.232 0.464 0 0 0 3 0
makeanti K'*bar0 K'*0
create ThePEG::ParticleData D_1*(2600)0
setup D_1*(2600)0 100423 D_1*(2600)0 2.627 0.141 0.282 0 0 0 3 0
create ThePEG::ParticleData D_1*(2600)+
setup D_1*(2600)+ 100413 D_1*(2600)+ 2.627 0.141 0.282 0 3 0 3 0
create ThePEG::ParticleData Dbar_1*(2600)0
setup Dbar_1*(2600)0 -100423 Dbar_1*(2600)0 2.627 0.141 0.282 0 0 0 3 0
makeanti Dbar_1*(2600)0 D_1*(2600)0
create ThePEG::ParticleData D_1*(2600)-
setup D_1*(2600)- -100413 D_1*(2600)- 2.627 0.141 0.282 0 -3 0 3 0
makeanti D_1*(2600)- D_1*(2600)+
create ThePEG::ParticleData D_s1*(2700)+
setup D_s1*(2700)+ 100433 D_s1*(2700)+ 2.714 0.122 0.244 0 3 0 3 0
create ThePEG::ParticleData D_s1*(2700)-
setup D_s1*(2700)- -100433 D_s1*(2700)- 2.714 0.122 0.244 0 -3 0 3 0
makeanti D_s1*(2700)- D_s1*(2700)+
create ThePEG::ParticleData B_c(2S)*+
setup B_c(2S)*+ 100543 B_c(2S)*+ 6.8752 7.2E-5 0.00072 0 3 0 3 0
create ThePEG::ParticleData B_c(2S)*-
setup B_c(2S)*- -100543 B_c(2S)*- 6.8752 7.2E-5 0.00072 0 -3 0 3 0
makeanti B_c(2S)*- B_c(2S)*+
#
# the 2^1P_1 multiplet
#
create ThePEG::ParticleData h_b(2P)
setup h_b(2P) 110553 h_b(2P) 10.2598 8.0E-5 0.0008 0 0 0 3 0
#
# the 2^3P_0 multiplet
#
+create ThePEG::ParticleData chi_c0(2P)
+setup chi_c0(2P) 110441 chi_c0(2P) 3.9217 0.0188 0.0564 0 0 0 1 0
create ThePEG::ParticleData chi_b0(2P)
setup chi_b0(2P) 110551 chi_b0(2P) 10.2325 0.000887 0.00887 0 0 0 1 0
#
# the 2^3P_1 multiplet
#
create ThePEG::ParticleData chi_b1(2P)
setup chi_b1(2P) 120553 chi_b1(2P) 10.25546 7.87E-5 0.000787 0 0 0 3 0
#
# the 2^3P_2 multiplet
#
create ThePEG::ParticleData chi_c2(2P)
setup chi_c2(2P) 100445 chi_c2(2P) 3.929 0.029 0.24 0 0 0 5 0
newdef chi_c2(2P):WidthLoCut 0.19
newdef chi_c2(2P):WidthUpCut 0.29
create ThePEG::ParticleData chi_b2(2P)
setup chi_b2(2P) 100555 chi_b2(2P) 10.26865 0.0001847 0.001847 0 0 0 5 0
#
# the 2^1D_2 multiplet
#
#
# the 2^3D_1 multiplet
#
create ThePEG::ParticleData Upsilon_1(2D)
setup Upsilon_1(2D) 130553 Upsilon_1(2D) 10.435 2.64E-5 0.000264 0 0 0 3 0
#
# the 2^3D_2 multiplet
#
create ThePEG::ParticleData Upsilon_2(2D)
setup Upsilon_2(2D) 120555 Upsilon_2(2D) 10.441 2.23E-5 0.000223 0 0 0 5 0
#
# the 2^3D_3 multiplet
#
create ThePEG::ParticleData Upsilon_3(2D)
setup Upsilon_3(2D) 100557 Upsilon_3(2D) 10.444 2.02E-5 0.000202 0 0 0 7 0
#
# the 3^1S_0 multiplet
#
create ThePEG::ParticleData eta_b(3S)
setup eta_b(3S) 200551 eta_b(3S) 10.337 0.0027 0.027 0 0 0 1 0
#
# the 3^3S_1 multiplet
#
create ThePEG::ParticleData Upsilon(3S)
setup Upsilon(3S) 200553 Upsilon(3S) 10.3552 2.032E-5 0.0002032 0 0 0 3 0
#
# the 3^1P_1 multiplet
#
#
# the 3^3P_0 multiplet
#
create ThePEG::ParticleData chi_b0(3P)
setup chi_b0(3P) 210551 chi_b0(3P) 10.5007 0.00071 0.0071 0 0 0 1 0
#
# the 3^3P_1 multiplet
#
create ThePEG::ParticleData chi_b1(3P)
setup chi_b1(3P) 220553 chi_b1(3P) 10.5134 6.6E-5 0.00066 0 0 0 3 0
#
# the 3^3P_2 multiplet
#
create ThePEG::ParticleData chi_b2(3P)
setup chi_b2(3P) 200555 chi_b2(3P) 10.524 0.000146 0.00146 0 0 0 5 0
#
# the 4^3S_1 multiplet
#
create ThePEG::ParticleData Upsilon(4S)
setup Upsilon(4S) 300553 Upsilon(4S) 10.5794 0.0205 0.11275 0 0 0 3 0
newdef Upsilon(4S):WidthLoCut 0.0205
newdef Upsilon(4S):WidthUpCut 0.205
#
# the 5^3S_1 multiplet
#
create ThePEG::ParticleData Upsilon(5S)
setup Upsilon(5S) 9000553 Upsilon(5S) 10.8852 0.037 0.185 0 0 0 3 0
#
# The meson which are not part of a multiplet
#
create ThePEG::ParticleData f_0(1500)
setup f_0(1500) 9030221 f_0(1500) 1.506 0.112 0.336 0 0 0 1 0
newdef f_0(1500):VariableRatio 1
create ThePEG::ParticleData sigma
setup sigma 9000221 sigma 0.86 0.88 1.155 0 0 0 1 0
newdef sigma:WidthLoCut 0.55
newdef sigma:WidthUpCut 1.76
create ThePEG::ParticleData f_0
setup f_0 9010221 f_0 0.965 0.1635 0.384 0 0 0 1 0
newdef f_0:VariableRatio 1
newdef f_0:WidthLoCut 0.256
newdef f_0:WidthUpCut 0.512
create ThePEG::ParticleData a_00
setup a_00 9000111 a_00 0.999 0.1778 0.4 0 0 0 1 0
newdef a_00:VariableRatio 1
newdef a_00:WidthLoCut 0.24
newdef a_00:WidthUpCut 0.56
create ThePEG::ParticleData a_0+
setup a_0+ 9000211 a_0+ 0.999 0.1778 0.4 0 3 0 1 0
newdef a_0+:VariableRatio 1
newdef a_0+:WidthLoCut 0.24
newdef a_0+:WidthUpCut 0.56
create ThePEG::ParticleData a_0-
setup a_0- -9000211 a_0- 0.999 0.1778 0.4 0 -3 0 1 0
makeanti a_0- a_0+
newdef a_0-:VariableRatio 1
newdef a_0-:WidthLoCut 0.24
newdef a_0-:WidthUpCut 0.56
create ThePEG::ParticleData eta(1405)
setup eta(1405) 9020221 eta(1405) 1.4098 0.0511 0.38325 0 0 0 1 0
newdef eta(1405):WidthLoCut 0.2555
newdef eta(1405):WidthUpCut 0.511
create ThePEG::ParticleData K_S0
setup K_S0 310 K_S0 0.497611 7.3514250055883E-15 0 26.842 0 0 1 0
create ThePEG::ParticleData K_L0
setup K_L0 130 K_L0 0.497611 1.2871947162427E-17 0 15330 0 0 1 1
create ThePEG::ParticleData kappa0
setup kappa0 9000311 kappa0 0.845 0.468 0.5895 0 0 0 1 0
newdef kappa0:WidthLoCut 0.207
newdef kappa0:WidthUpCut 0.972
create ThePEG::ParticleData kappabar0
setup kappabar0 -9000311 kappabar0 0.845 0.468 0.5895 0 0 0 1 0
makeanti kappabar0 kappa0
newdef kappabar0:WidthLoCut 0.207
newdef kappabar0:WidthUpCut 0.972
create ThePEG::ParticleData kappa-
setup kappa- -9000321 kappa- 0.845 0.468 0.5895 0 -3 0 1 0
newdef kappa-:WidthLoCut 0.207
newdef kappa-:WidthUpCut 0.972
create ThePEG::ParticleData kappa+
setup kappa+ 9000321 kappa+ 0.845 0.468 0.5895 0 3 0 1 0
makeanti kappa+ kappa-
newdef kappa+:WidthLoCut 0.207
newdef kappa+:WidthUpCut 0.972
diff --git a/src/defaults/widths.in b/src/defaults/widths.in
--- a/src/defaults/widths.in
+++ b/src/defaults/widths.in
@@ -32659,65535 +32659,65690 @@
insert f'_1width:InterpolationWidths 67 0.00046324139
insert f'_1width:InterpolationWidths 68 0.00084222963
insert f'_1width:InterpolationWidths 69 0.0016306289
insert f'_1width:InterpolationWidths 70 0.0033230477
insert f'_1width:InterpolationWidths 71 0.0061406133
insert f'_1width:InterpolationWidths 72 0.0093128602
insert f'_1width:InterpolationWidths 73 0.012351191
insert f'_1width:InterpolationWidths 74 0.015200589
insert f'_1width:InterpolationWidths 75 0.017895872
insert f'_1width:InterpolationWidths 76 0.020474974
insert f'_1width:InterpolationWidths 77 0.022967626
insert f'_1width:InterpolationWidths 78 0.025396143
insert f'_1width:InterpolationWidths 79 0.027777337
insert f'_1width:InterpolationWidths 80 0.030124128
insert f'_1width:InterpolationWidths 81 0.032446646
insert f'_1width:InterpolationWidths 82 0.03475299
insert f'_1width:InterpolationWidths 83 0.037049731
insert f'_1width:InterpolationWidths 84 0.039342358
insert f'_1width:InterpolationWidths 85 0.041635434
insert f'_1width:InterpolationWidths 86 0.043932852
insert f'_1width:InterpolationWidths 87 0.046237967
insert f'_1width:InterpolationWidths 88 0.048553698
insert f'_1width:InterpolationWidths 89 0.050882608
insert f'_1width:InterpolationWidths 90 0.053226973
insert f'_1width:InterpolationWidths 91 0.05558883
insert f'_1width:InterpolationWidths 92 0.057970015
insert f'_1width:InterpolationWidths 93 0.060372192
insert f'_1width:InterpolationWidths 94 0.062796884
insert f'_1width:InterpolationWidths 95 0.065245493
insert f'_1width:InterpolationWidths 96 0.067719312
insert f'_1width:InterpolationWidths 97 0.070219545
insert f'_1width:InterpolationWidths 98 0.072747316
insert f'_1width:InterpolationWidths 99 0.075295696
insert f'_1width:InterpolationWidths 100 0.077818021
insert f'_1width:InterpolationWidths 101 0.080337398
insert f'_1width:InterpolationWidths 102 0.082863504
insert f'_1width:InterpolationWidths 103 0.085401083
insert f'_1width:InterpolationWidths 104 0.087953264
insert f'_1width:InterpolationWidths 105 0.090522372
insert f'_1width:InterpolationWidths 106 0.093110262
insert f'_1width:InterpolationWidths 107 0.095718488
insert f'_1width:InterpolationWidths 108 0
insert f'_1width:InterpolationWidths 109 0
insert f'_1width:InterpolationWidths 110 4.7666885e-08
insert f'_1width:InterpolationWidths 111 3.80621e-07
insert f'_1width:InterpolationWidths 112 1.3403793e-06
insert f'_1width:InterpolationWidths 113 3.4817854e-06
insert f'_1width:InterpolationWidths 114 7.6828609e-06
insert f'_1width:InterpolationWidths 115 1.5333328e-05
insert f'_1width:InterpolationWidths 116 2.8657724e-05
insert f'_1width:InterpolationWidths 117 5.1292624e-05
insert f'_1width:InterpolationWidths 118 8.9374108e-05
insert f'_1width:InterpolationWidths 119 0.00015372485
insert f'_1width:InterpolationWidths 120 0.00026462091
insert f'_1width:InterpolationWidths 121 0.00046324139
insert f'_1width:InterpolationWidths 122 0.00084222963
insert f'_1width:InterpolationWidths 123 0.0016306289
insert f'_1width:InterpolationWidths 124 0.0033230477
insert f'_1width:InterpolationWidths 125 0.0061406133
insert f'_1width:InterpolationWidths 126 0.0093128602
insert f'_1width:InterpolationWidths 127 0.012351191
insert f'_1width:InterpolationWidths 128 0.015200589
insert f'_1width:InterpolationWidths 129 0.017895872
insert f'_1width:InterpolationWidths 130 0.020474974
insert f'_1width:InterpolationWidths 131 0.022967626
insert f'_1width:InterpolationWidths 132 0.025396143
insert f'_1width:InterpolationWidths 133 0.027777337
insert f'_1width:InterpolationWidths 134 0.030124128
insert f'_1width:InterpolationWidths 135 0.032446646
insert f'_1width:InterpolationWidths 136 0.03475299
insert f'_1width:InterpolationWidths 137 0.037049731
insert f'_1width:InterpolationWidths 138 0.039342358
insert f'_1width:InterpolationWidths 139 0.041635434
insert f'_1width:InterpolationWidths 140 0.043932852
insert f'_1width:InterpolationWidths 141 0.046237967
insert f'_1width:InterpolationWidths 142 0.048553698
insert f'_1width:InterpolationWidths 143 0.050882608
insert f'_1width:InterpolationWidths 144 0.053226973
insert f'_1width:InterpolationWidths 145 0.05558883
insert f'_1width:InterpolationWidths 146 0.057970015
insert f'_1width:InterpolationWidths 147 0.060372192
insert f'_1width:InterpolationWidths 148 0.062796884
insert f'_1width:InterpolationWidths 149 0.065245493
insert f'_1width:InterpolationWidths 150 0.067719312
insert f'_1width:InterpolationWidths 151 0.070219545
insert f'_1width:InterpolationWidths 152 0.072747316
insert f'_1width:InterpolationWidths 153 0.075295696
insert f'_1width:InterpolationWidths 154 0.077818021
insert f'_1width:InterpolationWidths 155 0.080337398
insert f'_1width:InterpolationWidths 156 0.082863504
insert f'_1width:InterpolationWidths 157 0.085401083
insert f'_1width:InterpolationWidths 158 0.087953264
insert f'_1width:InterpolationWidths 159 0.090522372
insert f'_1width:InterpolationWidths 160 0.093110262
insert f'_1width:InterpolationWidths 161 0.095718488
insert f'_1width:InterpolationWidths 162 0
insert f'_1width:InterpolationWidths 163 0
insert f'_1width:InterpolationWidths 164 9.0795361e-08
insert f'_1width:InterpolationWidths 165 4.9390388e-07
insert f'_1width:InterpolationWidths 166 1.5775348e-06
insert f'_1width:InterpolationWidths 167 3.9318394e-06
insert f'_1width:InterpolationWidths 168 8.4960937e-06
insert f'_1width:InterpolationWidths 169 1.6771725e-05
insert f'_1width:InterpolationWidths 170 3.1194213e-05
insert f'_1width:InterpolationWidths 171 5.5814022e-05
insert f'_1width:InterpolationWidths 172 9.761832e-05
insert f'_1width:InterpolationWidths 173 0.00016928729
insert f'_1width:InterpolationWidths 174 0.00029546849
insert f'_1width:InterpolationWidths 175 0.00052859801
insert f'_1width:InterpolationWidths 176 0.00099255671
insert f'_1width:InterpolationWidths 177 0.0019902448
insert f'_1width:InterpolationWidths 178 0.0039673392
insert f'_1width:InterpolationWidths 179 0.0066581013
insert f'_1width:InterpolationWidths 180 0.0093909562
insert f'_1width:InterpolationWidths 181 0.011968274
insert f'_1width:InterpolationWidths 182 0.014396183
insert f'_1width:InterpolationWidths 183 0.016707902
insert f'_1width:InterpolationWidths 184 0.018932696
insert f'_1width:InterpolationWidths 185 0.021092918
insert f'_1width:InterpolationWidths 186 0.023205418
insert f'_1width:InterpolationWidths 187 0.025283023
insert f'_1width:InterpolationWidths 188 0.027335706
insert f'_1width:InterpolationWidths 189 0.029371368
insert f'_1width:InterpolationWidths 190 0.031396392
insert f'_1width:InterpolationWidths 191 0.033416004
insert f'_1width:InterpolationWidths 192 0.035434601
insert f'_1width:InterpolationWidths 193 0.037455868
insert f'_1width:InterpolationWidths 194 0.03948297
insert f'_1width:InterpolationWidths 195 0.041518647
insert f'_1width:InterpolationWidths 196 0.043565302
insert f'_1width:InterpolationWidths 197 0.04562505
insert f'_1width:InterpolationWidths 198 0.047699784
insert f'_1width:InterpolationWidths 199 0.049791202
insert f'_1width:InterpolationWidths 200 0.05190084
insert f'_1width:InterpolationWidths 201 0.0540301
insert f'_1width:InterpolationWidths 202 0.056180265
insert f'_1width:InterpolationWidths 203 0.058352523
insert f'_1width:InterpolationWidths 204 0.060547973
insert f'_1width:InterpolationWidths 205 0.06276764
insert f'_1width:InterpolationWidths 206 0.065012487
insert f'_1width:InterpolationWidths 207 0.067283418
insert f'_1width:InterpolationWidths 208 0.069581287
insert f'_1width:InterpolationWidths 209 0.071899405
insert f'_1width:InterpolationWidths 210 0.074196398
insert f'_1width:InterpolationWidths 211 0.076492806
insert f'_1width:InterpolationWidths 212 0.078797005
insert f'_1width:InterpolationWidths 213 0.081113088
insert f'_1width:InterpolationWidths 214 0.083443733
insert f'_1width:InterpolationWidths 215 0.085790927
insert f'_1width:InterpolationWidths 216 1.8270174e-05
insert f'_1width:InterpolationWidths 217 2.4755381e-05
insert f'_1width:InterpolationWidths 218 3.3365406e-05
insert f'_1width:InterpolationWidths 219 4.4343036e-05
insert f'_1width:InterpolationWidths 220 5.7841869e-05
insert f'_1width:InterpolationWidths 221 7.3968626e-05
insert f'_1width:InterpolationWidths 222 9.2784485e-05
insert f'_1width:InterpolationWidths 223 0.00011432313
insert f'_1width:InterpolationWidths 224 0.00013857865
insert f'_1width:InterpolationWidths 225 0.00016559598
insert f'_1width:InterpolationWidths 226 0.00019529772
insert f'_1width:InterpolationWidths 227 0.00022766408
insert f'_1width:InterpolationWidths 228 0.00026268176
insert f'_1width:InterpolationWidths 229 0.00030026167
insert f'_1width:InterpolationWidths 230 0.00034040288
insert f'_1width:InterpolationWidths 231 0.0003829534
insert f'_1width:InterpolationWidths 232 0.00042792974
insert f'_1width:InterpolationWidths 233 0.00047525558
insert f'_1width:InterpolationWidths 234 0.0005248409
insert f'_1width:InterpolationWidths 235 0.00057666083
insert f'_1width:InterpolationWidths 236 0.00063057335
insert f'_1width:InterpolationWidths 237 0.00068657299
insert f'_1width:InterpolationWidths 238 0.00074458496
insert f'_1width:InterpolationWidths 239 0.00080458528
insert f'_1width:InterpolationWidths 240 0.00086632634
insert f'_1width:InterpolationWidths 241 0.00092993401
insert f'_1width:InterpolationWidths 242 0.00099523327
insert f'_1width:InterpolationWidths 243 0.0010622934
insert f'_1width:InterpolationWidths 244 0.0011309171
insert f'_1width:InterpolationWidths 245 0.0012010975
insert f'_1width:InterpolationWidths 246 0.0012726531
insert f'_1width:InterpolationWidths 247 0.0013456202
insert f'_1width:InterpolationWidths 248 0.0014202753
insert f'_1width:InterpolationWidths 249 0.0014961402
insert f'_1width:InterpolationWidths 250 0.0015732561
insert f'_1width:InterpolationWidths 251 0.0016515093
insert f'_1width:InterpolationWidths 252 0.0017309638
insert f'_1width:InterpolationWidths 253 0.0018115159
insert f'_1width:InterpolationWidths 254 0.00189311
insert f'_1width:InterpolationWidths 255 0.0019756934
insert f'_1width:InterpolationWidths 256 0.002059216
insert f'_1width:InterpolationWidths 257 0.0021436297
insert f'_1width:InterpolationWidths 258 0.0022288884
insert f'_1width:InterpolationWidths 259 0.002314948
insert f'_1width:InterpolationWidths 260 0.0024017661
insert f'_1width:InterpolationWidths 261 0.0024893022
insert f'_1width:InterpolationWidths 262 0.0025775174
insert f'_1width:InterpolationWidths 263 0.0026663746
insert f'_1width:InterpolationWidths 264 0.002755838
insert f'_1width:InterpolationWidths 265 0.0028458736
insert f'_1width:InterpolationWidths 266 0.0029364487
insert f'_1width:InterpolationWidths 267 0.0030275323
insert f'_1width:InterpolationWidths 268 0.0031190943
insert f'_1width:InterpolationWidths 269 0.0032111064
insert f'_1width:InterpolationWidths 270 1.94896e-05
insert f'_1width:InterpolationWidths 271 2.6390237e-05
insert f'_1width:InterpolationWidths 272 3.5453865e-05
insert f'_1width:InterpolationWidths 273 4.6892969e-05
insert f'_1width:InterpolationWidths 274 6.0848587e-05
insert f'_1width:InterpolationWidths 275 7.7416606e-05
insert f'_1width:InterpolationWidths 276 9.6655059e-05
insert f'_1width:InterpolationWidths 277 0.00011858465
insert f'_1width:InterpolationWidths 278 0.00014324302
insert f'_1width:InterpolationWidths 279 0.0001706081
insert f'_1width:InterpolationWidths 280 0.00020065186
insert f'_1width:InterpolationWidths 281 0.00023334413
insert f'_1width:InterpolationWidths 282 0.00026864205
insert f'_1width:InterpolationWidths 283 0.00030650327
insert f'_1width:InterpolationWidths 284 0.00034686399
insert f'_1width:InterpolationWidths 285 0.00038969427
insert f'_1width:InterpolationWidths 286 0.00043488992
insert f'_1width:InterpolationWidths 287 0.00048241902
insert f'_1width:InterpolationWidths 288 0.00053220481
insert f'_1width:InterpolationWidths 289 0.00058417706
insert f'_1width:InterpolationWidths 290 0.00063829694
insert f'_1width:InterpolationWidths 291 0.00069445156
insert f'_1width:InterpolationWidths 292 0.00075260279
insert f'_1width:InterpolationWidths 293 0.00081269944
insert f'_1width:InterpolationWidths 294 0.00087454326
insert f'_1width:InterpolationWidths 295 0.00093836046
insert f'_1width:InterpolationWidths 296 0.0010038205
insert f'_1width:InterpolationWidths 297 0.0010709438
insert f'_1width:InterpolationWidths 298 0.0011396653
insert f'_1width:InterpolationWidths 299 0.0012099373
insert f'_1width:InterpolationWidths 300 0.0012817345
insert f'_1width:InterpolationWidths 301 0.0013548737
insert f'_1width:InterpolationWidths 302 0.0014294356
insert f'_1width:InterpolationWidths 303 0.0015053887
insert f'_1width:InterpolationWidths 304 0.0015824262
insert f'_1width:InterpolationWidths 305 0.0016608004
insert f'_1width:InterpolationWidths 306 0.0017403091
insert f'_1width:InterpolationWidths 307 0.0018209098
insert f'_1width:InterpolationWidths 308 0.0019025479
insert f'_1width:InterpolationWidths 309 0.0019851712
insert f'_1width:InterpolationWidths 310 0.0020687301
insert f'_1width:InterpolationWidths 311 0.0021531768
insert f'_1width:InterpolationWidths 312 0.0022384657
insert f'_1width:InterpolationWidths 313 0.0023245528
insert f'_1width:InterpolationWidths 314 0.002411396
insert f'_1width:InterpolationWidths 315 0.0024989551
insert f'_1width:InterpolationWidths 316 0.0025871913
insert f'_1width:InterpolationWidths 317 0.0026760677
insert f'_1width:InterpolationWidths 318 0.0027655487
insert f'_1width:InterpolationWidths 319 0.0028556004
insert f'_1width:InterpolationWidths 320 0.0029461903
insert f'_1width:InterpolationWidths 321 0.0030372873
insert f'_1width:InterpolationWidths 322 0.0031288618
insert f'_1width:InterpolationWidths 323 0.0032208853
insert f'_1width:InterpolationWidths 324 1.8270174e-05
insert f'_1width:InterpolationWidths 325 2.4755381e-05
insert f'_1width:InterpolationWidths 326 3.3365406e-05
insert f'_1width:InterpolationWidths 327 4.4343036e-05
insert f'_1width:InterpolationWidths 328 5.7841869e-05
insert f'_1width:InterpolationWidths 329 7.3968626e-05
insert f'_1width:InterpolationWidths 330 9.2784485e-05
insert f'_1width:InterpolationWidths 331 0.00011432313
insert f'_1width:InterpolationWidths 332 0.00013857865
insert f'_1width:InterpolationWidths 333 0.00016559598
insert f'_1width:InterpolationWidths 334 0.00019529772
insert f'_1width:InterpolationWidths 335 0.00022766408
insert f'_1width:InterpolationWidths 336 0.00026268176
insert f'_1width:InterpolationWidths 337 0.00030026167
insert f'_1width:InterpolationWidths 338 0.00034040288
insert f'_1width:InterpolationWidths 339 0.0003829534
insert f'_1width:InterpolationWidths 340 0.00042792974
insert f'_1width:InterpolationWidths 341 0.00047525558
insert f'_1width:InterpolationWidths 342 0.0005248409
insert f'_1width:InterpolationWidths 343 0.00057666083
insert f'_1width:InterpolationWidths 344 0.00063057335
insert f'_1width:InterpolationWidths 345 0.00068657299
insert f'_1width:InterpolationWidths 346 0.00074458496
insert f'_1width:InterpolationWidths 347 0.00080458528
insert f'_1width:InterpolationWidths 348 0.00086632634
insert f'_1width:InterpolationWidths 349 0.00092993401
insert f'_1width:InterpolationWidths 350 0.00099523327
insert f'_1width:InterpolationWidths 351 0.0010622934
insert f'_1width:InterpolationWidths 352 0.0011309171
insert f'_1width:InterpolationWidths 353 0.0012010975
insert f'_1width:InterpolationWidths 354 0.0012726531
insert f'_1width:InterpolationWidths 355 0.0013456202
insert f'_1width:InterpolationWidths 356 0.0014202753
insert f'_1width:InterpolationWidths 357 0.0014961402
insert f'_1width:InterpolationWidths 358 0.0015732561
insert f'_1width:InterpolationWidths 359 0.0016515093
insert f'_1width:InterpolationWidths 360 0.0017309638
insert f'_1width:InterpolationWidths 361 0.0018115159
insert f'_1width:InterpolationWidths 362 0.00189311
insert f'_1width:InterpolationWidths 363 0.0019756934
insert f'_1width:InterpolationWidths 364 0.002059216
insert f'_1width:InterpolationWidths 365 0.0021436297
insert f'_1width:InterpolationWidths 366 0.0022288884
insert f'_1width:InterpolationWidths 367 0.002314948
insert f'_1width:InterpolationWidths 368 0.0024017661
insert f'_1width:InterpolationWidths 369 0.0024893022
insert f'_1width:InterpolationWidths 370 0.0025775174
insert f'_1width:InterpolationWidths 371 0.0026663746
insert f'_1width:InterpolationWidths 372 0.002755838
insert f'_1width:InterpolationWidths 373 0.0028458736
insert f'_1width:InterpolationWidths 374 0.0029364487
insert f'_1width:InterpolationWidths 375 0.0030275323
insert f'_1width:InterpolationWidths 376 0.0031190943
insert f'_1width:InterpolationWidths 377 0.0032111064
insert f'_1width:InterpolationWidths 378 3.7826561e-06
insert f'_1width:InterpolationWidths 379 5.8095446e-06
insert f'_1width:InterpolationWidths 380 8.3961666e-06
insert f'_1width:InterpolationWidths 381 1.1584217e-05
insert f'_1width:InterpolationWidths 382 1.5409541e-05
insert f'_1width:InterpolationWidths 383 1.990302e-05
insert f'_1width:InterpolationWidths 384 2.5091328e-05
insert f'_1width:InterpolationWidths 385 3.0997575e-05
insert f'_1width:InterpolationWidths 386 3.7641847e-05
insert f'_1width:InterpolationWidths 387 4.5041672e-05
insert f'_1width:InterpolationWidths 388 5.3212415e-05
insert f'_1width:InterpolationWidths 389 6.2167607e-05
insert f'_1width:InterpolationWidths 390 7.1919255e-05
insert f'_1width:InterpolationWidths 391 8.2478053e-05
insert f'_1width:InterpolationWidths 392 9.3853613e-05
insert f'_1width:InterpolationWidths 393 0.00010605465
insert f'_1width:InterpolationWidths 394 0.00011908909
insert f'_1width:InterpolationWidths 395 0.00013296426
insert f'_1width:InterpolationWidths 396 0.00014768696
insert f'_1width:InterpolationWidths 397 0.00016326359
insert f'_1width:InterpolationWidths 398 0.00017970017
insert f'_1width:InterpolationWidths 399 0.00019700248
insert f'_1width:InterpolationWidths 400 0.00021517608
insert f'_1width:InterpolationWidths 401 0.00023422636
insert f'_1width:InterpolationWidths 402 0.00025415858
insert f'_1width:InterpolationWidths 403 0.00027497795
insert f'_1width:InterpolationWidths 404 0.00029668959
insert f'_1width:InterpolationWidths 405 0.0003192986
insert f'_1width:InterpolationWidths 406 0.00034281007
insert f'_1width:InterpolationWidths 407 0.00036722912
insert f'_1width:InterpolationWidths 408 0.00039256086
insert f'_1width:InterpolationWidths 409 0.00041881047
insert f'_1width:InterpolationWidths 410 0.00044598315
insert f'_1width:InterpolationWidths 411 0.00047408418
insert f'_1width:InterpolationWidths 412 0.00050311888
insert f'_1width:InterpolationWidths 413 0.00053309265
insert f'_1width:InterpolationWidths 414 0.00056401095
insert f'_1width:InterpolationWidths 415 0.00059587932
insert f'_1width:InterpolationWidths 416 0.00062870338
insert f'_1width:InterpolationWidths 417 0.00066248882
insert f'_1width:InterpolationWidths 418 0.00069724141
insert f'_1width:InterpolationWidths 419 0.000732967
insert f'_1width:InterpolationWidths 420 0.00076967151
insert f'_1width:InterpolationWidths 421 0.00080736094
insert f'_1width:InterpolationWidths 422 0.00084604137
insert f'_1width:InterpolationWidths 423 0.00088571896
insert f'_1width:InterpolationWidths 424 0.00092639994
insert f'_1width:InterpolationWidths 425 0.0009680906
insert f'_1width:InterpolationWidths 426 0.0010107973
insert f'_1width:InterpolationWidths 427 0.0010545265
insert f'_1width:InterpolationWidths 428 0.0010992847
insert f'_1width:InterpolationWidths 429 0.0011450785
insert f'_1width:InterpolationWidths 430 0.0011919145
insert f'_1width:InterpolationWidths 431 0.0012397994
insert f'_1width:NumberofEntries 0 54
insert f'_1width:NumberofEntries 1 108
insert f'_1width:NumberofEntries 2 162
insert f'_1width:NumberofEntries 3 216
insert f'_1width:NumberofEntries 4 216
insert f'_1width:NumberofEntries 5 216
insert f'_1width:NumberofEntries 6 216
insert f'_1width:NumberofEntries 7 216
insert f'_1width:NumberofEntries 8 270
insert f'_1width:NumberofEntries 9 324
insert f'_1width:NumberofEntries 10 378
insert f'_1width:NumberofEntries 11 432
newdef /Herwig/Particles/f'_1:Width_generator f'_1width
#
create Herwig::GenericWidthGenerator a_1+width
newdef a_1+width:Particle /Herwig/Particles/a_1+
newdef a_1+width:Prefactor 0.999644
newdef a_1+width:BRNormalize 0
newdef a_1+width:BRMinimum 0.001
newdef a_1+width:Points 50
newdef a_1+width:InterpolationOrder 1
insert a_1+width:MEtype 0 2
insert a_1+width:MEtype 1 2
insert a_1+width:MEtype 2 2
insert a_1+width:MEtype 3 1
insert a_1+width:MEtype 4 2
insert a_1+width:MEcode 0 0
insert a_1+width:MEcode 1 0
insert a_1+width:MEcode 2 0
insert a_1+width:MEcode 3 4
insert a_1+width:MEcode 4 0
insert a_1+width:MEcoupling 0 1
insert a_1+width:MEcoupling 1 1
insert a_1+width:MEcoupling 2 1
insert a_1+width:MEcoupling 3 0.0124
insert a_1+width:MEcoupling 4 1
insert a_1+width:ModeOn 0 1
insert a_1+width:ModeOn 1 1
insert a_1+width:ModeOn 2 1
insert a_1+width:ModeOn 3 0
insert a_1+width:ModeOn 4 1
insert a_1+width:MinimumMasses 0 1.13931
insert a_1+width:MinimumMasses 1 1.13968
insert a_1+width:MinimumMasses 2 0.418711
insert a_1+width:MinimumMasses 3 0.13957
insert a_1+width:MinimumMasses 4 0.409525
insert a_1+width:MEmass1 0 0.89166
insert a_1+width:MEmass1 1 0.896
insert a_1+width:MEmass1 2 0
insert a_1+width:MEmass1 3 0
insert a_1+width:MEmass1 4 0
insert a_1+width:MEmass2 0 0.497648
insert a_1+width:MEmass2 1 0.493677
insert a_1+width:MEmass2 2 0
insert a_1+width:MEmass2 3 0.13957
insert a_1+width:MEmass2 4 0
insert a_1+width:DecayModes 0 a_1+->K*+,Kbar0;
insert a_1+width:DecayModes 1 a_1+->K+,K*bar0;
insert a_1+width:DecayModes 2 a_1+->pi+,pi+,pi-;
insert a_1+width:DecayModes 3 a_1+->pi+,gamma;
insert a_1+width:DecayModes 4 a_1+->pi+,pi0,pi0;
insert a_1+width:InterpolationMasses 0 1.112341
insert a_1+width:InterpolationMasses 1 1.139308
insert a_1+width:InterpolationMasses 2 1.139308
insert a_1+width:InterpolationMasses 3 1.1527915
insert a_1+width:InterpolationMasses 4 1.166275
insert a_1+width:InterpolationMasses 5 1.1797585
insert a_1+width:InterpolationMasses 6 1.193242
insert a_1+width:InterpolationMasses 7 1.2067256
insert a_1+width:InterpolationMasses 8 1.2202091
insert a_1+width:InterpolationMasses 9 1.2336926
insert a_1+width:InterpolationMasses 10 1.2471761
insert a_1+width:InterpolationMasses 11 1.2606596
insert a_1+width:InterpolationMasses 12 1.2741431
insert a_1+width:InterpolationMasses 13 1.2876266
insert a_1+width:InterpolationMasses 14 1.3011101
insert a_1+width:InterpolationMasses 15 1.3145936
insert a_1+width:InterpolationMasses 16 1.3280771
insert a_1+width:InterpolationMasses 17 1.3415607
insert a_1+width:InterpolationMasses 18 1.3550442
insert a_1+width:InterpolationMasses 19 1.3685277
insert a_1+width:InterpolationMasses 20 1.3820112
insert a_1+width:InterpolationMasses 21 1.3954947
insert a_1+width:InterpolationMasses 22 1.4089782
insert a_1+width:InterpolationMasses 23 1.4224617
insert a_1+width:InterpolationMasses 24 1.4359452
insert a_1+width:InterpolationMasses 25 1.4494287
insert a_1+width:InterpolationMasses 26 1.4629122
insert a_1+width:InterpolationMasses 27 1.4763958
insert a_1+width:InterpolationMasses 28 1.4898793
insert a_1+width:InterpolationMasses 29 1.5033628
insert a_1+width:InterpolationMasses 30 1.5168463
insert a_1+width:InterpolationMasses 31 1.5303298
insert a_1+width:InterpolationMasses 32 1.5438133
insert a_1+width:InterpolationMasses 33 1.5572968
insert a_1+width:InterpolationMasses 34 1.5707803
insert a_1+width:InterpolationMasses 35 1.5842638
insert a_1+width:InterpolationMasses 36 1.5977473
insert a_1+width:InterpolationMasses 37 1.6112309
insert a_1+width:InterpolationMasses 38 1.6247144
insert a_1+width:InterpolationMasses 39 1.6381979
insert a_1+width:InterpolationMasses 40 1.6516814
insert a_1+width:InterpolationMasses 41 1.6651649
insert a_1+width:InterpolationMasses 42 1.6786484
insert a_1+width:InterpolationMasses 43 1.6921319
insert a_1+width:InterpolationMasses 44 1.7056154
insert a_1+width:InterpolationMasses 45 1.7190989
insert a_1+width:InterpolationMasses 46 1.7325824
insert a_1+width:InterpolationMasses 47 1.746066
insert a_1+width:InterpolationMasses 48 1.7595495
insert a_1+width:InterpolationMasses 49 1.773033
insert a_1+width:InterpolationMasses 50 1.7865165
insert a_1+width:InterpolationMasses 51 1.8
insert a_1+width:InterpolationMasses 52 1.8134835
insert a_1+width:InterpolationMasses 53 1.826967
insert a_1+width:InterpolationMasses 54 1.112725
insert a_1+width:InterpolationMasses 55 1.139677
insert a_1+width:InterpolationMasses 56 1.139677
insert a_1+width:InterpolationMasses 57 1.153153
insert a_1+width:InterpolationMasses 58 1.166629
insert a_1+width:InterpolationMasses 59 1.1801049
insert a_1+width:InterpolationMasses 60 1.1935809
insert a_1+width:InterpolationMasses 61 1.2070569
insert a_1+width:InterpolationMasses 62 1.2205329
insert a_1+width:InterpolationMasses 63 1.2340089
insert a_1+width:InterpolationMasses 64 1.2474848
insert a_1+width:InterpolationMasses 65 1.2609608
insert a_1+width:InterpolationMasses 66 1.2744368
insert a_1+width:InterpolationMasses 67 1.2879128
insert a_1+width:InterpolationMasses 68 1.3013888
insert a_1+width:InterpolationMasses 69 1.3148647
insert a_1+width:InterpolationMasses 70 1.3283407
insert a_1+width:InterpolationMasses 71 1.3418167
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insert a_1+width:InterpolationMasses 73 1.3687687
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insert a_1+width:InterpolationMasses 172 1
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insert a_1+width:InterpolationMasses 185 1.2971429
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insert a_1+width:InterpolationMasses 193 1.48
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insert a_1+width:InterpolationMasses 200 1.64
insert a_1+width:InterpolationMasses 201 1.6628571
insert a_1+width:InterpolationMasses 202 1.6857143
insert a_1+width:InterpolationMasses 203 1.7085714
insert a_1+width:InterpolationMasses 204 1.7314286
insert a_1+width:InterpolationMasses 205 1.7542857
insert a_1+width:InterpolationMasses 206 1.7771429
insert a_1+width:InterpolationMasses 207 1.8
insert a_1+width:InterpolationWidths 0 0
insert a_1+width:InterpolationWidths 1 0
insert a_1+width:InterpolationWidths 2 0
insert a_1+width:InterpolationWidths 3 1.9029588e-07
insert a_1+width:InterpolationWidths 4 1.0422522e-06
insert a_1+width:InterpolationWidths 5 3.2461398e-06
insert a_1+width:InterpolationWidths 6 7.8278922e-06
insert a_1+width:InterpolationWidths 7 1.6285514e-05
insert a_1+width:InterpolationWidths 8 3.0798633e-05
insert a_1+width:InterpolationWidths 9 5.4547704e-05
insert a_1+width:InterpolationWidths 10 9.2212034e-05
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insert a_1+width:InterpolationWidths 30 0.097162177
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insert a_1+width:InterpolationWidths 53 0.26604923
insert a_1+width:InterpolationWidths 54 0
insert a_1+width:InterpolationWidths 55 0
insert a_1+width:InterpolationWidths 56 0
insert a_1+width:InterpolationWidths 57 3.0912138e-07
insert a_1+width:InterpolationWidths 58 1.4644837e-06
insert a_1+width:InterpolationWidths 59 4.1847738e-06
insert a_1+width:InterpolationWidths 60 9.5383216e-06
insert a_1+width:InterpolationWidths 61 1.9073527e-05
insert a_1+width:InterpolationWidths 62 3.5028699e-05
insert a_1+width:InterpolationWidths 63 6.0652088e-05
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insert a_1+width:InterpolationWidths 65 0.00016224025
insert a_1+width:InterpolationWidths 66 0.00025597445
insert a_1+width:InterpolationWidths 67 0.00039854254
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insert a_1+width:InterpolationWidths 71 0.0023815504
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insert a_1+width:InterpolationWidths 73 0.0067587498
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insert a_1+width:InterpolationWidths 199 0.33861933
insert a_1+width:InterpolationWidths 200 0.34022321
insert a_1+width:InterpolationWidths 201 0.34172257
insert a_1+width:InterpolationWidths 202 0.34313714
insert a_1+width:InterpolationWidths 203 0.34447071
insert a_1+width:InterpolationWidths 204 0.34574251
insert a_1+width:InterpolationWidths 205 0.3469448
insert a_1+width:InterpolationWidths 206 0.3480842
insert a_1+width:InterpolationWidths 207 0.34918211
insert a_1+width:NumberofEntries 0 54
insert a_1+width:NumberofEntries 1 108
insert a_1+width:NumberofEntries 2 158
insert a_1+width:NumberofEntries 3 158
insert a_1+width:NumberofEntries 4 208
newdef /Herwig/Particles/a_1+:Width_generator a_1+width
newdef /Herwig/Particles/a_1-:Width_generator a_1+width
#
create Herwig::GenericWidthGenerator a_10width
newdef a_10width:Particle /Herwig/Particles/a_10
newdef a_10width:Prefactor 1.00101
newdef a_10width:BRNormalize 0
newdef a_10width:BRMinimum 0.001
newdef a_10width:Points 50
newdef a_10width:InterpolationOrder 1
insert a_10width:MEtype 0 2
insert a_10width:MEtype 1 2
insert a_10width:MEtype 2 2
insert a_10width:MEtype 3 1
insert a_10width:MEcode 0 0
insert a_10width:MEcode 1 0
insert a_10width:MEcode 2 0
insert a_10width:MEcode 3 4
insert a_10width:MEcoupling 0 1
insert a_10width:MEcoupling 1 1
insert a_10width:MEcoupling 2 1
insert a_10width:MEcoupling 3 0.0124
insert a_10width:ModeOn 0 1
insert a_10width:ModeOn 1 1
insert a_10width:ModeOn 2 1
insert a_10width:ModeOn 3 0
insert a_10width:MinimumMasses 0 1.13534
insert a_10width:MinimumMasses 1 1.14365
insert a_10width:MinimumMasses 2 0.414118
insert a_10width:MinimumMasses 3 0.134978
insert a_10width:MEmass1 0 0.89166
insert a_10width:MEmass1 1 0.896
insert a_10width:MEmass1 2 0
insert a_10width:MEmass1 3 0
insert a_10width:MEmass2 0 0.493677
insert a_10width:MEmass2 1 0.497648
insert a_10width:MEmass2 2 0
insert a_10width:MEmass2 3 0.134978
insert a_10width:DecayModes 0 a_10->K*+,K-;
insert a_10width:DecayModes 1 a_10->K*0,Kbar0;
insert a_10width:DecayModes 2 a_10->pi+,pi-,pi0;
insert a_10width:DecayModes 3 a_10->pi0,gamma;
insert a_10width:InterpolationMasses 0 1.1082079
insert a_10width:InterpolationMasses 1 1.135337
insert a_10width:InterpolationMasses 2 1.135337
insert a_10width:InterpolationMasses 3 1.1489016
insert a_10width:InterpolationMasses 4 1.1624661
insert a_10width:InterpolationMasses 5 1.1760307
insert a_10width:InterpolationMasses 6 1.1895952
insert a_10width:InterpolationMasses 7 1.2031598
insert a_10width:InterpolationMasses 8 1.2167243
insert a_10width:InterpolationMasses 9 1.2302889
insert a_10width:InterpolationMasses 10 1.2438534
insert a_10width:InterpolationMasses 11 1.257418
insert a_10width:InterpolationMasses 12 1.2709825
insert a_10width:InterpolationMasses 13 1.2845471
insert a_10width:InterpolationMasses 14 1.2981116
insert a_10width:InterpolationMasses 15 1.3116762
insert a_10width:InterpolationMasses 16 1.3252407
insert a_10width:InterpolationMasses 17 1.3388053
insert a_10width:InterpolationMasses 18 1.3523698
insert a_10width:InterpolationMasses 19 1.3659344
insert a_10width:InterpolationMasses 20 1.3794989
insert a_10width:InterpolationMasses 21 1.3930635
insert a_10width:InterpolationMasses 22 1.406628
insert a_10width:InterpolationMasses 23 1.4201926
insert a_10width:InterpolationMasses 24 1.4337571
insert a_10width:InterpolationMasses 25 1.4473217
insert a_10width:InterpolationMasses 26 1.4608862
insert a_10width:InterpolationMasses 27 1.4744508
insert a_10width:InterpolationMasses 28 1.4880153
insert a_10width:InterpolationMasses 29 1.5015799
insert a_10width:InterpolationMasses 30 1.5151444
insert a_10width:InterpolationMasses 31 1.528709
insert a_10width:InterpolationMasses 32 1.5422735
insert a_10width:InterpolationMasses 33 1.5558381
insert a_10width:InterpolationMasses 34 1.5694026
insert a_10width:InterpolationMasses 35 1.5829672
insert a_10width:InterpolationMasses 36 1.5965317
insert a_10width:InterpolationMasses 37 1.6100963
insert a_10width:InterpolationMasses 38 1.6236608
insert a_10width:InterpolationMasses 39 1.6372254
insert a_10width:InterpolationMasses 40 1.6507899
insert a_10width:InterpolationMasses 41 1.6643545
insert a_10width:InterpolationMasses 42 1.677919
insert a_10width:InterpolationMasses 43 1.6914836
insert a_10width:InterpolationMasses 44 1.7050481
insert a_10width:InterpolationMasses 45 1.7186127
insert a_10width:InterpolationMasses 46 1.7321772
insert a_10width:InterpolationMasses 47 1.7457418
insert a_10width:InterpolationMasses 48 1.7593063
insert a_10width:InterpolationMasses 49 1.7728709
insert a_10width:InterpolationMasses 50 1.7864354
insert a_10width:InterpolationMasses 51 1.8
insert a_10width:InterpolationMasses 52 1.8135646
insert a_10width:InterpolationMasses 53 1.8271291
insert a_10width:InterpolationMasses 54 1.1168581
insert a_10width:InterpolationMasses 55 1.143648
insert a_10width:InterpolationMasses 56 1.143648
insert a_10width:InterpolationMasses 57 1.1570429
insert a_10width:InterpolationMasses 58 1.1704379
insert a_10width:InterpolationMasses 59 1.1838328
insert a_10width:InterpolationMasses 60 1.1972278
insert a_10width:InterpolationMasses 61 1.2106227
insert a_10width:InterpolationMasses 62 1.2240176
insert a_10width:InterpolationMasses 63 1.2374126
insert a_10width:InterpolationMasses 64 1.2508075
insert a_10width:InterpolationMasses 65 1.2642024
insert a_10width:InterpolationMasses 66 1.2775974
insert a_10width:InterpolationMasses 67 1.2909923
insert a_10width:InterpolationMasses 68 1.3043873
insert a_10width:InterpolationMasses 69 1.3177822
insert a_10width:InterpolationMasses 70 1.3311771
insert a_10width:InterpolationMasses 71 1.3445721
insert a_10width:InterpolationMasses 72 1.357967
insert a_10width:InterpolationMasses 73 1.371362
insert a_10width:InterpolationMasses 74 1.3847569
insert a_10width:InterpolationMasses 75 1.3981518
insert a_10width:InterpolationMasses 76 1.4115468
insert a_10width:InterpolationMasses 77 1.4249417
insert a_10width:InterpolationMasses 78 1.4383367
insert a_10width:InterpolationMasses 79 1.4517316
insert a_10width:InterpolationMasses 80 1.4651265
insert a_10width:InterpolationMasses 81 1.4785215
insert a_10width:InterpolationMasses 82 1.4919164
insert a_10width:InterpolationMasses 83 1.5053113
insert a_10width:InterpolationMasses 84 1.5187063
insert a_10width:InterpolationMasses 85 1.5321012
insert a_10width:InterpolationMasses 86 1.5454962
insert a_10width:InterpolationMasses 87 1.5588911
insert a_10width:InterpolationMasses 88 1.572286
insert a_10width:InterpolationMasses 89 1.585681
insert a_10width:InterpolationMasses 90 1.5990759
insert a_10width:InterpolationMasses 91 1.6124709
insert a_10width:InterpolationMasses 92 1.6258658
insert a_10width:InterpolationMasses 93 1.6392607
insert a_10width:InterpolationMasses 94 1.6526557
insert a_10width:InterpolationMasses 95 1.6660506
insert a_10width:InterpolationMasses 96 1.6794456
insert a_10width:InterpolationMasses 97 1.6928405
insert a_10width:InterpolationMasses 98 1.7062354
insert a_10width:InterpolationMasses 99 1.7196304
insert a_10width:InterpolationMasses 100 1.7330253
insert a_10width:InterpolationMasses 101 1.7464202
insert a_10width:InterpolationMasses 102 1.7598152
insert a_10width:InterpolationMasses 103 1.7732101
insert a_10width:InterpolationMasses 104 1.7866051
insert a_10width:InterpolationMasses 105 1.8
insert a_10width:InterpolationMasses 106 1.8133949
insert a_10width:InterpolationMasses 107 1.8267899
insert a_10width:InterpolationMasses 108 0.68
insert a_10width:InterpolationMasses 109 0.70285714
insert a_10width:InterpolationMasses 110 0.72571429
insert a_10width:InterpolationMasses 111 0.74857143
insert a_10width:InterpolationMasses 112 0.77142857
insert a_10width:InterpolationMasses 113 0.79428571
insert a_10width:InterpolationMasses 114 0.81714286
insert a_10width:InterpolationMasses 115 0.84
insert a_10width:InterpolationMasses 116 0.86285714
insert a_10width:InterpolationMasses 117 0.88571429
insert a_10width:InterpolationMasses 118 0.90857143
insert a_10width:InterpolationMasses 119 0.93142857
insert a_10width:InterpolationMasses 120 0.95428571
insert a_10width:InterpolationMasses 121 0.97714286
insert a_10width:InterpolationMasses 122 1
insert a_10width:InterpolationMasses 123 1.0228571
insert a_10width:InterpolationMasses 124 1.0457143
insert a_10width:InterpolationMasses 125 1.0685714
insert a_10width:InterpolationMasses 126 1.0914286
insert a_10width:InterpolationMasses 127 1.1142857
insert a_10width:InterpolationMasses 128 1.1371429
insert a_10width:InterpolationMasses 129 1.16
insert a_10width:InterpolationMasses 130 1.1828571
insert a_10width:InterpolationMasses 131 1.2057143
insert a_10width:InterpolationMasses 132 1.2285714
insert a_10width:InterpolationMasses 133 1.2514286
insert a_10width:InterpolationMasses 134 1.2742857
insert a_10width:InterpolationMasses 135 1.2971429
insert a_10width:InterpolationMasses 136 1.32
insert a_10width:InterpolationMasses 137 1.3428571
insert a_10width:InterpolationMasses 138 1.3657143
insert a_10width:InterpolationMasses 139 1.3885714
insert a_10width:InterpolationMasses 140 1.4114286
insert a_10width:InterpolationMasses 141 1.4342857
insert a_10width:InterpolationMasses 142 1.4571429
insert a_10width:InterpolationMasses 143 1.48
insert a_10width:InterpolationMasses 144 1.5028571
insert a_10width:InterpolationMasses 145 1.5257143
insert a_10width:InterpolationMasses 146 1.5485714
insert a_10width:InterpolationMasses 147 1.5714286
insert a_10width:InterpolationMasses 148 1.5942857
insert a_10width:InterpolationMasses 149 1.6171429
insert a_10width:InterpolationMasses 150 1.64
insert a_10width:InterpolationMasses 151 1.6628571
insert a_10width:InterpolationMasses 152 1.6857143
insert a_10width:InterpolationMasses 153 1.7085714
insert a_10width:InterpolationMasses 154 1.7314286
insert a_10width:InterpolationMasses 155 1.7542857
insert a_10width:InterpolationMasses 156 1.7771429
insert a_10width:InterpolationMasses 157 1.8
insert a_10width:InterpolationWidths 0 0
insert a_10width:InterpolationWidths 1 0
insert a_10width:InterpolationWidths 2 0
insert a_10width:InterpolationWidths 3 1.924486e-07
insert a_10width:InterpolationWidths 4 1.0565953e-06
insert a_10width:InterpolationWidths 5 3.2963148e-06
insert a_10width:InterpolationWidths 6 7.9598414e-06
insert a_10width:InterpolationWidths 7 1.6580994e-05
insert a_10width:InterpolationWidths 8 3.1396524e-05
insert a_10width:InterpolationWidths 9 5.5678228e-05
insert a_10width:InterpolationWidths 10 9.4252945e-05
insert a_10width:InterpolationWidths 11 0.00015434142
insert a_10width:InterpolationWidths 12 0.00024696
insert a_10width:InterpolationWidths 13 0.00038936172
insert a_10width:InterpolationWidths 14 0.0006095002
insert a_10width:InterpolationWidths 15 0.00095467412
insert a_10width:InterpolationWidths 16 0.0015094099
insert a_10width:InterpolationWidths 17 0.00243513
insert a_10width:InterpolationWidths 18 0.0040625077
insert a_10width:InterpolationWidths 19 0.00708667
insert a_10width:InterpolationWidths 20 0.012666253
insert a_10width:InterpolationWidths 21 0.021163759
insert a_10width:InterpolationWidths 22 0.030937782
insert a_10width:InterpolationWidths 23 0.040614632
insert a_10width:InterpolationWidths 24 0.049833104
insert a_10width:InterpolationWidths 25 0.058600801
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insert a_10width:InterpolationWidths 27 0.075089636
insert a_10width:InterpolationWidths 28 0.082950738
insert a_10width:InterpolationWidths 29 0.090627857
insert a_10width:InterpolationWidths 30 0.098160291
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insert a_10width:InterpolationWidths 32 0.11291634
insert a_10width:InterpolationWidths 33 0.12018663
insert a_10width:InterpolationWidths 34 0.12740993
insert a_10width:InterpolationWidths 35 0.13460114
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insert a_10width:InterpolationWidths 43 0.19219819
insert a_10width:InterpolationWidths 44 0.1995143
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insert a_10width:InterpolationWidths 46 0.21428094
insert a_10width:InterpolationWidths 47 0.22173916
insert a_10width:InterpolationWidths 48 0.22925196
insert a_10width:InterpolationWidths 49 0.23682251
insert a_10width:InterpolationWidths 50 0.24445378
insert a_10width:InterpolationWidths 51 0.25214854
insert a_10width:InterpolationWidths 52 0.2599094
insert a_10width:InterpolationWidths 53 0.26773884
insert a_10width:InterpolationWidths 54 0
insert a_10width:InterpolationWidths 55 0
insert a_10width:InterpolationWidths 56 0
insert a_10width:InterpolationWidths 57 3.0599849e-07
insert a_10width:InterpolationWidths 58 1.4463864e-06
insert a_10width:InterpolationWidths 59 4.1258246e-06
insert a_10width:InterpolationWidths 60 9.389924e-06
insert a_10width:InterpolationWidths 61 1.8750994e-05
insert a_10width:InterpolationWidths 62 3.4390295e-05
insert a_10width:InterpolationWidths 63 5.9465593e-05
insert a_10width:InterpolationWidths 64 9.8588788e-05
insert a_10width:InterpolationWidths 65 0.00015858909
insert a_10width:InterpolationWidths 66 0.00024977438
insert a_10width:InterpolationWidths 67 0.00038810064
insert a_10width:InterpolationWidths 68 0.00059908181
insert a_10width:InterpolationWidths 69 0.00092523569
insert a_10width:InterpolationWidths 70 0.0014411964
insert a_10width:InterpolationWidths 71 0.0022865879
insert a_10width:InterpolationWidths 72 0.003741734
insert a_10width:InterpolationWidths 73 0.0063958412
insert a_10width:InterpolationWidths 74 0.011328181
insert a_10width:InterpolationWidths 75 0.019294277
insert a_10width:InterpolationWidths 76 0.029003539
insert a_10width:InterpolationWidths 77 0.038823648
insert a_10width:InterpolationWidths 78 0.048209098
insert a_10width:InterpolationWidths 79 0.057121268
insert a_10width:InterpolationWidths 80 0.065631317
insert a_10width:InterpolationWidths 81 0.073819058
insert a_10width:InterpolationWidths 82 0.081752041
insert a_10width:InterpolationWidths 83 0.089484242
insert a_10width:InterpolationWidths 84 0.097057765
insert a_10width:InterpolationWidths 85 0.10450794
insert a_10width:InterpolationWidths 86 0.11186178
insert a_10width:InterpolationWidths 87 0.11914185
insert a_10width:InterpolationWidths 88 0.12636685
insert a_10width:InterpolationWidths 89 0.13355246
insert a_10width:InterpolationWidths 90 0.14071198
insert a_10width:InterpolationWidths 91 0.14785685
insert a_10width:InterpolationWidths 92 0.15499694
insert a_10width:InterpolationWidths 93 0.1621409
insert a_10width:InterpolationWidths 94 0.16929632
insert a_10width:InterpolationWidths 95 0.17646996
insert a_10width:InterpolationWidths 96 0.18366786
insert a_10width:InterpolationWidths 97 0.19089543
insert a_10width:InterpolationWidths 98 0.1981576
insert a_10width:InterpolationWidths 99 0.20545884
insert a_10width:InterpolationWidths 100 0.21280322
insert a_10width:InterpolationWidths 101 0.22019452
insert a_10width:InterpolationWidths 102 0.22763621
insert a_10width:InterpolationWidths 103 0.23513152
insert a_10width:InterpolationWidths 104 0.24268344
insert a_10width:InterpolationWidths 105 0.25118404
insert a_10width:InterpolationWidths 106 0.2579682
insert a_10width:InterpolationWidths 107 0.26570617
insert a_10width:InterpolationWidths 108 0.0080044575
insert a_10width:InterpolationWidths 109 0.010906731
insert a_10width:InterpolationWidths 110 0.014738848
insert a_10width:InterpolationWidths 111 0.019829444
insert a_10width:InterpolationWidths 112 0.026656882
insert a_10width:InterpolationWidths 113 0.03593025
insert a_10width:InterpolationWidths 114 0.048707743
insert a_10width:InterpolationWidths 115 0.066518153
insert a_10width:InterpolationWidths 116 0.091291112
insert a_10width:InterpolationWidths 117 0.12452108
insert a_10width:InterpolationWidths 118 0.16536806
insert a_10width:InterpolationWidths 119 0.20996924
insert a_10width:InterpolationWidths 120 0.25402682
insert a_10width:InterpolationWidths 121 0.29507944
insert a_10width:InterpolationWidths 122 0.33234003
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insert a_10width:InterpolationWidths 125 0.42293826
insert a_10width:InterpolationWidths 126 0.44729324
insert a_10width:InterpolationWidths 127 0.4693079
insert a_10width:InterpolationWidths 128 0.48926803
insert a_10width:InterpolationWidths 129 0.50741785
insert a_10width:InterpolationWidths 130 0.52396526
insert a_10width:InterpolationWidths 131 0.53908713
insert a_10width:InterpolationWidths 132 0.55293413
insert a_10width:InterpolationWidths 133 0.56563436
insert a_10width:InterpolationWidths 134 0.57729703
insert a_10width:InterpolationWidths 135 0.58801529
insert a_10width:InterpolationWidths 136 0.59786763
insert a_10width:InterpolationWidths 137 0.6069258
insert a_10width:InterpolationWidths 138 0.61524838
insert a_10width:InterpolationWidths 139 0.62289173
insert a_10width:InterpolationWidths 140 0.62990693
insert a_10width:InterpolationWidths 141 0.63634359
insert a_10width:InterpolationWidths 142 0.64225398
insert a_10width:InterpolationWidths 143 0.64767421
insert a_10width:InterpolationWidths 144 0.65267189
insert a_10width:InterpolationWidths 145 0.65725685
insert a_10width:InterpolationWidths 146 0.6615021
insert a_10width:InterpolationWidths 147 0.66543506
insert a_10width:InterpolationWidths 148 0.66909693
insert a_10width:InterpolationWidths 149 0.67249241
insert a_10width:InterpolationWidths 150 0.67567861
insert a_10width:InterpolationWidths 151 0.67866664
insert a_10width:InterpolationWidths 152 0.68147994
insert a_10width:InterpolationWidths 153 0.68413606
insert a_10width:InterpolationWidths 154 0.68666217
insert a_10width:InterpolationWidths 155 0.6890507
insert a_10width:InterpolationWidths 156 0.69132791
insert a_10width:InterpolationWidths 157 0.69351
insert a_10width:NumberofEntries 0 54
insert a_10width:NumberofEntries 1 108
insert a_10width:NumberofEntries 2 158
insert a_10width:NumberofEntries 3 158
newdef /Herwig/Particles/a_10:Width_generator a_10width
#
create Herwig::GenericWidthGenerator eta_cwidth
newdef eta_cwidth:Particle /Herwig/Particles/eta_c
newdef eta_cwidth:Prefactor 1.19356
newdef eta_cwidth:BRNormalize 1
newdef eta_cwidth:BRMinimum 0.01
newdef eta_cwidth:Points 50
newdef eta_cwidth:InterpolationOrder 1
insert eta_cwidth:MEtype 0 0
insert eta_cwidth:MEtype 1 0
insert eta_cwidth:MEtype 2 0
insert eta_cwidth:MEtype 3 0
insert eta_cwidth:MEtype 4 0
insert eta_cwidth:MEtype 5 0
insert eta_cwidth:MEtype 6 0
insert eta_cwidth:MEtype 7 0
insert eta_cwidth:MEtype 8 0
insert eta_cwidth:MEtype 9 0
insert eta_cwidth:MEtype 10 0
insert eta_cwidth:MEtype 11 2
insert eta_cwidth:MEtype 12 0
insert eta_cwidth:MEtype 13 0
insert eta_cwidth:MEtype 14 0
insert eta_cwidth:MEtype 15 0
insert eta_cwidth:MEtype 16 0
insert eta_cwidth:MEtype 17 0
insert eta_cwidth:MEtype 18 0
insert eta_cwidth:MEtype 19 0
insert eta_cwidth:MEtype 20 0
insert eta_cwidth:MEtype 21 0
insert eta_cwidth:MEtype 22 2
insert eta_cwidth:MEtype 23 0
insert eta_cwidth:MEtype 24 0
insert eta_cwidth:MEtype 25 0
insert eta_cwidth:MEtype 26 0
insert eta_cwidth:MEtype 27 0
insert eta_cwidth:MEtype 28 0
insert eta_cwidth:MEtype 29 0
insert eta_cwidth:MEtype 30 2
insert eta_cwidth:MEtype 31 2
insert eta_cwidth:MEtype 32 0
insert eta_cwidth:MEtype 33 0
insert eta_cwidth:MEtype 34 0
insert eta_cwidth:MEtype 35 2
insert eta_cwidth:MEtype 36 1
insert eta_cwidth:MEtype 37 1
insert eta_cwidth:MEtype 38 1
insert eta_cwidth:MEtype 39 0
insert eta_cwidth:MEtype 40 0
insert eta_cwidth:MEtype 41 0
insert eta_cwidth:MEtype 42 0
insert eta_cwidth:MEtype 43 0
insert eta_cwidth:MEtype 44 0
insert eta_cwidth:MEtype 45 2
insert eta_cwidth:MEtype 46 0
insert eta_cwidth:MEtype 47 0
insert eta_cwidth:MEtype 48 1
insert eta_cwidth:MEtype 49 1
insert eta_cwidth:MEtype 50 1
insert eta_cwidth:MEtype 51 0
insert eta_cwidth:MEtype 52 0
insert eta_cwidth:MEtype 53 1
insert eta_cwidth:MEtype 54 1
insert eta_cwidth:MEtype 55 1
insert eta_cwidth:MEtype 56 0
insert eta_cwidth:MEcode 0 0
insert eta_cwidth:MEcode 1 0
insert eta_cwidth:MEcode 2 0
insert eta_cwidth:MEcode 3 0
insert eta_cwidth:MEcode 4 0
insert eta_cwidth:MEcode 5 0
insert eta_cwidth:MEcode 6 0
insert eta_cwidth:MEcode 7 0
insert eta_cwidth:MEcode 8 0
insert eta_cwidth:MEcode 9 0
insert eta_cwidth:MEcode 10 0
insert eta_cwidth:MEcode 11 0
insert eta_cwidth:MEcode 12 0
insert eta_cwidth:MEcode 13 0
insert eta_cwidth:MEcode 14 0
insert eta_cwidth:MEcode 15 0
insert eta_cwidth:MEcode 16 0
insert eta_cwidth:MEcode 17 0
insert eta_cwidth:MEcode 18 0
insert eta_cwidth:MEcode 19 0
insert eta_cwidth:MEcode 20 0
insert eta_cwidth:MEcode 21 0
insert eta_cwidth:MEcode 22 0
insert eta_cwidth:MEcode 23 0
insert eta_cwidth:MEcode 24 0
insert eta_cwidth:MEcode 25 0
insert eta_cwidth:MEcode 26 0
insert eta_cwidth:MEcode 27 0
insert eta_cwidth:MEcode 28 0
insert eta_cwidth:MEcode 29 0
insert eta_cwidth:MEcode 30 0
insert eta_cwidth:MEcode 31 0
insert eta_cwidth:MEcode 32 0
insert eta_cwidth:MEcode 33 0
insert eta_cwidth:MEcode 34 0
insert eta_cwidth:MEcode 35 0
insert eta_cwidth:MEcode 36 24
insert eta_cwidth:MEcode 37 24
insert eta_cwidth:MEcode 38 24
insert eta_cwidth:MEcode 39 0
insert eta_cwidth:MEcode 40 0
insert eta_cwidth:MEcode 41 0
insert eta_cwidth:MEcode 42 0
insert eta_cwidth:MEcode 43 0
insert eta_cwidth:MEcode 44 0
insert eta_cwidth:MEcode 45 0
insert eta_cwidth:MEcode 46 0
insert eta_cwidth:MEcode 47 0
insert eta_cwidth:MEcode 48 24
insert eta_cwidth:MEcode 49 24
insert eta_cwidth:MEcode 50 24
insert eta_cwidth:MEcode 51 0
insert eta_cwidth:MEcode 52 0
insert eta_cwidth:MEcode 53 24
insert eta_cwidth:MEcode 54 24
insert eta_cwidth:MEcode 55 3
insert eta_cwidth:MEcode 56 0
insert eta_cwidth:MEcoupling 0 0.654494
insert eta_cwidth:MEcoupling 1 0.035
insert eta_cwidth:MEcoupling 2 0.027333
insert eta_cwidth:MEcoupling 3 0.0175
insert eta_cwidth:MEcoupling 4 0.017
insert eta_cwidth:MEcoupling 5 0.013667
insert eta_cwidth:MEcoupling 6 0.012167
insert eta_cwidth:MEcoupling 7 0.012167
insert eta_cwidth:MEcoupling 8 0.012167
insert eta_cwidth:MEcoupling 9 0.012167
insert eta_cwidth:MEcoupling 10 0.012167
insert eta_cwidth:MEcoupling 11 1.12709
insert eta_cwidth:MEcoupling 12 0.0098
insert eta_cwidth:MEcoupling 13 0.0095
insert eta_cwidth:MEcoupling 14 0.00875
insert eta_cwidth:MEcoupling 15 0.00875
insert eta_cwidth:MEcoupling 16 0.0085
insert eta_cwidth:MEcoupling 17 0.0072
insert eta_cwidth:MEcoupling 18 0.0072
insert eta_cwidth:MEcoupling 19 0.0068
insert eta_cwidth:MEcoupling 20 0.006083
insert eta_cwidth:MEcoupling 21 0.006083
insert eta_cwidth:MEcoupling 22 1.12914
insert eta_cwidth:MEcoupling 23 0.004867
insert eta_cwidth:MEcoupling 24 0.0038
insert eta_cwidth:MEcoupling 25 0.0038
insert eta_cwidth:MEcoupling 26 0.0038
insert eta_cwidth:MEcoupling 27 0.0038
insert eta_cwidth:MEcoupling 28 0.0036
insert eta_cwidth:MEcoupling 29 0.0036
insert eta_cwidth:MEcoupling 30 0.938092
insert eta_cwidth:MEcoupling 31 0.924515
insert eta_cwidth:MEcoupling 32 0.0034
insert eta_cwidth:MEcoupling 33 0.0034
insert eta_cwidth:MEcoupling 34 0.0031
insert eta_cwidth:MEcoupling 35 1.00594
insert eta_cwidth:MEcoupling 36 0.0308038
insert eta_cwidth:MEcoupling 37 0.0306931
insert eta_cwidth:MEcoupling 38 0.0306191
insert eta_cwidth:MEcoupling 39 0.002045
insert eta_cwidth:MEcoupling 40 0.002045
insert eta_cwidth:MEcoupling 41 0.0019
insert eta_cwidth:MEcoupling 42 0.0019
insert eta_cwidth:MEcoupling 43 0.0019
insert eta_cwidth:MEcoupling 44 0.0019
insert eta_cwidth:MEcoupling 45 0.816236
insert eta_cwidth:MEcoupling 46 0.00155
insert eta_cwidth:MEcoupling 47 0.00155
insert eta_cwidth:MEcoupling 48 0.0223528
insert eta_cwidth:MEcoupling 49 0.0223427
insert eta_cwidth:MEcoupling 50 0.0207442
insert eta_cwidth:MEcoupling 51 0.000901
insert eta_cwidth:MEcoupling 52 0.000901
insert eta_cwidth:MEcoupling 53 0.0228675
insert eta_cwidth:MEcoupling 54 0.0226559
insert eta_cwidth:MEcoupling 55 0.0131749
insert eta_cwidth:MEcoupling 56 5e-06
insert eta_cwidth:ModeOn 0 1
insert eta_cwidth:ModeOn 1 1
insert eta_cwidth:ModeOn 2 1
insert eta_cwidth:ModeOn 3 1
insert eta_cwidth:ModeOn 4 1
insert eta_cwidth:ModeOn 5 1
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insert eta_cwidth:ModeOn 8 1
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insert eta_cwidth:ModeOn 10 1
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insert eta_cwidth:DecayModes 0 eta_c->g,g;
insert eta_cwidth:DecayModes 1 eta_c->pi+,pi-,pi0,pi0;
insert eta_cwidth:DecayModes 2 eta_c->eta',pi+,pi-;
insert eta_cwidth:DecayModes 3 eta_c->eta',K+,K-;
insert eta_cwidth:DecayModes 4 eta_c->eta,pi+,pi-;
insert eta_cwidth:DecayModes 5 eta_c->eta',pi0,pi0;
insert eta_cwidth:DecayModes 6 eta_c->K-,pi+,K_L0;
insert eta_cwidth:DecayModes 7 eta_c->K+,pi-,K_L0;
insert eta_cwidth:DecayModes 8 eta_c->K-,K_S0,pi+;
insert eta_cwidth:DecayModes 9 eta_c->K+,K_S0,pi-;
insert eta_cwidth:DecayModes 10 eta_c->K+,K-,pi0;
insert eta_cwidth:DecayModes 11 eta_c->rho+,rho-;
insert eta_cwidth:DecayModes 12 eta_c->f_2,f_2;
insert eta_cwidth:DecayModes 13 eta_c->f'_2,f_2;
insert eta_cwidth:DecayModes 14 eta_c->eta',K_L0,K_L0;
insert eta_cwidth:DecayModes 15 eta_c->eta',K_S0,K_S0;
insert eta_cwidth:DecayModes 16 eta_c->eta,pi0,pi0;
insert eta_cwidth:DecayModes 17 eta_c->pbar-,n0,pi+;
insert eta_cwidth:DecayModes 18 eta_c->p+,nbar0,pi-;
insert eta_cwidth:DecayModes 19 eta_c->K+,K-,eta;
insert eta_cwidth:DecayModes 20 eta_c->K_L0,K_L0,pi0;
insert eta_cwidth:DecayModes 21 eta_c->K_S0,K_S0,pi0;
insert eta_cwidth:DecayModes 22 eta_c->rho0,rho0;
insert eta_cwidth:DecayModes 23 eta_c->p+,pbar-,pi+,pi-;
insert eta_cwidth:DecayModes 24 eta_c->K*-,K0,pi+;
insert eta_cwidth:DecayModes 25 eta_c->K+,K*bar0,pi-;
insert eta_cwidth:DecayModes 26 eta_c->K-,K*0,pi+;
insert eta_cwidth:DecayModes 27 eta_c->K*+,Kbar0,pi-;
insert eta_cwidth:DecayModes 28 eta_c->n0,nbar0,pi0;
insert eta_cwidth:DecayModes 29 eta_c->p+,pbar-,pi0;
insert eta_cwidth:DecayModes 30 eta_c->K*0,K*bar0;
insert eta_cwidth:DecayModes 31 eta_c->K*+,K*-;
insert eta_cwidth:DecayModes 32 eta_c->eta,K_L0,K_L0;
insert eta_cwidth:DecayModes 33 eta_c->K_S0,K_S0,eta;
insert eta_cwidth:DecayModes 34 eta_c->pi+,pi+,pi-,pi-;
insert eta_cwidth:DecayModes 35 eta_c->omega,omega;
insert eta_cwidth:DecayModes 36 eta_c->Sigma-,Sigmabar+;
insert eta_cwidth:DecayModes 37 eta_c->Sigma0,Sigmabar0;
insert eta_cwidth:DecayModes 38 eta_c->Sigma+,Sigmabar-;
insert eta_cwidth:DecayModes 39 eta_c->phi,K0,Kbar0;
insert eta_cwidth:DecayModes 40 eta_c->phi,K+,K-;
insert eta_cwidth:DecayModes 41 eta_c->K*-,K+,pi0;
insert eta_cwidth:DecayModes 42 eta_c->K*bar0,K0,pi0;
insert eta_cwidth:DecayModes 43 eta_c->K*0,Kbar0,pi0;
insert eta_cwidth:DecayModes 44 eta_c->K*+,K-,pi0;
insert eta_cwidth:DecayModes 45 eta_c->phi,phi;
insert eta_cwidth:DecayModes 46 eta_c->Lambdabar(1520)0,Lambda0;
insert eta_cwidth:DecayModes 47 eta_c->Lambda(1520)0,Lambdabar0;
insert eta_cwidth:DecayModes 48 eta_c->n0,nbar0;
insert eta_cwidth:DecayModes 49 eta_c->p+,pbar-;
insert eta_cwidth:DecayModes 50 eta_c->Lambda0,Lambdabar0;
insert eta_cwidth:DecayModes 51 eta_c->Lambdabar0,p+,K-;
insert eta_cwidth:DecayModes 52 eta_c->Lambda0,pbar-,K+;
insert eta_cwidth:DecayModes 53 eta_c->Xi-,Xibar+;
insert eta_cwidth:DecayModes 54 eta_c->Xi0,Xibar0;
insert eta_cwidth:DecayModes 55 eta_c->gamma,gamma;
insert eta_cwidth:DecayModes 56 eta_c->K+,K+,K-,K-;
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insert eta_cwidth:InterpolationWidths 225 7.8231737e-05
insert eta_cwidth:InterpolationWidths 226 7.8997613e-05
insert eta_cwidth:InterpolationWidths 227 7.9767723e-05
insert eta_cwidth:InterpolationWidths 228 8.0542074e-05
insert eta_cwidth:InterpolationWidths 229 8.1320677e-05
insert eta_cwidth:InterpolationWidths 230 8.2103539e-05
insert eta_cwidth:InterpolationWidths 231 8.289067e-05
insert eta_cwidth:InterpolationWidths 232 8.3682079e-05
insert eta_cwidth:InterpolationWidths 233 8.4477775e-05
insert eta_cwidth:InterpolationWidths 234 8.5277766e-05
insert eta_cwidth:InterpolationWidths 235 8.6082061e-05
insert eta_cwidth:InterpolationWidths 236 8.689067e-05
insert eta_cwidth:InterpolationWidths 237 8.7703601e-05
insert eta_cwidth:InterpolationWidths 238 8.8520863e-05
insert eta_cwidth:InterpolationWidths 239 8.9342466e-05
insert eta_cwidth:InterpolationWidths 240 9.0168418e-05
insert eta_cwidth:InterpolationWidths 241 9.0998728e-05
insert eta_cwidth:InterpolationWidths 242 9.1833405e-05
insert eta_cwidth:InterpolationWidths 243 9.2672459e-05
insert eta_cwidth:InterpolationWidths 244 9.3515898e-05
insert eta_cwidth:InterpolationWidths 245 9.436373e-05
insert eta_cwidth:InterpolationWidths 246 9.5215966e-05
insert eta_cwidth:InterpolationWidths 247 9.6072614e-05
insert eta_cwidth:InterpolationWidths 248 9.6933684e-05
insert eta_cwidth:InterpolationWidths 249 9.7799183e-05
insert eta_cwidth:InterpolationWidths 250 9.8669122e-05
insert eta_cwidth:InterpolationWidths 251 9.9543509e-05
insert eta_cwidth:InterpolationWidths 252 0.00010042235
insert eta_cwidth:InterpolationWidths 253 0.00010130566
insert eta_cwidth:InterpolationWidths 254 0.00010219345
insert eta_cwidth:InterpolationWidths 255 0.00010308572
insert eta_cwidth:InterpolationWidths 256 0.00010398248
insert eta_cwidth:InterpolationWidths 257 0.00010488375
insert eta_cwidth:InterpolationWidths 258 0.00010578953
insert eta_cwidth:InterpolationWidths 259 0.00010669982
insert eta_cwidth:InterpolationWidths 260 0.00010761465
insert eta_cwidth:InterpolationWidths 261 0.00010853402
insert eta_cwidth:InterpolationWidths 262 0.00010945793
insert eta_cwidth:InterpolationWidths 263 0.00011038641
insert eta_cwidth:InterpolationWidths 264 0.00011131944
insert eta_cwidth:InterpolationWidths 265 0.00011225706
insert eta_cwidth:InterpolationWidths 266 0.00011319925
insert eta_cwidth:InterpolationWidths 267 0.00011414604
insert eta_cwidth:InterpolationWidths 268 0.00011509743
insert eta_cwidth:InterpolationWidths 269 0.00011605344
insert eta_cwidth:InterpolationWidths 270 4.7758626e-05
insert eta_cwidth:InterpolationWidths 271 4.84648e-05
insert eta_cwidth:InterpolationWidths 272 4.9176072e-05
insert eta_cwidth:InterpolationWidths 273 4.9892449e-05
insert eta_cwidth:InterpolationWidths 274 5.0613939e-05
insert eta_cwidth:InterpolationWidths 275 5.1340548e-05
insert eta_cwidth:InterpolationWidths 276 5.2072285e-05
insert eta_cwidth:InterpolationWidths 277 5.2809156e-05
insert eta_cwidth:InterpolationWidths 278 5.355117e-05
insert eta_cwidth:InterpolationWidths 279 5.4298333e-05
insert eta_cwidth:InterpolationWidths 280 5.5050653e-05
insert eta_cwidth:InterpolationWidths 281 5.5808139e-05
insert eta_cwidth:InterpolationWidths 282 5.6570798e-05
insert eta_cwidth:InterpolationWidths 283 5.7338637e-05
insert eta_cwidth:InterpolationWidths 284 5.8111665e-05
insert eta_cwidth:InterpolationWidths 285 5.8889889e-05
insert eta_cwidth:InterpolationWidths 286 5.9673317e-05
insert eta_cwidth:InterpolationWidths 287 6.0461958e-05
insert eta_cwidth:InterpolationWidths 288 6.125582e-05
insert eta_cwidth:InterpolationWidths 289 6.205491e-05
insert eta_cwidth:InterpolationWidths 290 6.2859237e-05
insert eta_cwidth:InterpolationWidths 291 6.3668809e-05
insert eta_cwidth:InterpolationWidths 292 6.4483634e-05
insert eta_cwidth:InterpolationWidths 293 6.530372e-05
insert eta_cwidth:InterpolationWidths 294 6.6129077e-05
insert eta_cwidth:InterpolationWidths 295 6.6959711e-05
insert eta_cwidth:InterpolationWidths 296 6.7795632e-05
insert eta_cwidth:InterpolationWidths 297 6.8636848e-05
insert eta_cwidth:InterpolationWidths 298 6.9483368e-05
insert eta_cwidth:InterpolationWidths 299 7.03352e-05
insert eta_cwidth:InterpolationWidths 300 7.1192352e-05
insert eta_cwidth:InterpolationWidths 301 7.2054834e-05
insert eta_cwidth:InterpolationWidths 302 7.2922653e-05
insert eta_cwidth:InterpolationWidths 303 7.3795819e-05
insert eta_cwidth:InterpolationWidths 304 7.467434e-05
insert eta_cwidth:InterpolationWidths 305 7.5558225e-05
insert eta_cwidth:InterpolationWidths 306 7.6447483e-05
insert eta_cwidth:InterpolationWidths 307 7.7342123e-05
insert eta_cwidth:InterpolationWidths 308 7.8242152e-05
insert eta_cwidth:InterpolationWidths 309 7.9147582e-05
insert eta_cwidth:InterpolationWidths 310 8.0058419e-05
insert eta_cwidth:InterpolationWidths 311 8.0974673e-05
insert eta_cwidth:InterpolationWidths 312 8.1896353e-05
insert eta_cwidth:InterpolationWidths 313 8.2823469e-05
insert eta_cwidth:InterpolationWidths 314 8.3756028e-05
insert eta_cwidth:InterpolationWidths 315 8.4694041e-05
insert eta_cwidth:InterpolationWidths 316 8.5637515e-05
insert eta_cwidth:InterpolationWidths 317 8.6586461e-05
insert eta_cwidth:InterpolationWidths 318 8.7540887e-05
insert eta_cwidth:InterpolationWidths 319 8.8500803e-05
insert eta_cwidth:InterpolationWidths 320 8.9466217e-05
insert eta_cwidth:InterpolationWidths 321 9.043714e-05
insert eta_cwidth:InterpolationWidths 322 9.1413579e-05
insert eta_cwidth:InterpolationWidths 323 9.2395545e-05
insert eta_cwidth:NumberofEntries 0 0
insert eta_cwidth:NumberofEntries 1 0
insert eta_cwidth:NumberofEntries 2 0
insert eta_cwidth:NumberofEntries 3 0
insert eta_cwidth:NumberofEntries 4 0
insert eta_cwidth:NumberofEntries 5 0
insert eta_cwidth:NumberofEntries 6 0
insert eta_cwidth:NumberofEntries 7 0
insert eta_cwidth:NumberofEntries 8 0
insert eta_cwidth:NumberofEntries 9 0
insert eta_cwidth:NumberofEntries 10 0
insert eta_cwidth:NumberofEntries 11 54
insert eta_cwidth:NumberofEntries 12 54
insert eta_cwidth:NumberofEntries 13 54
insert eta_cwidth:NumberofEntries 14 54
insert eta_cwidth:NumberofEntries 15 54
insert eta_cwidth:NumberofEntries 16 54
insert eta_cwidth:NumberofEntries 17 54
insert eta_cwidth:NumberofEntries 18 54
insert eta_cwidth:NumberofEntries 19 54
insert eta_cwidth:NumberofEntries 20 54
insert eta_cwidth:NumberofEntries 21 54
insert eta_cwidth:NumberofEntries 22 108
insert eta_cwidth:NumberofEntries 23 108
insert eta_cwidth:NumberofEntries 24 108
insert eta_cwidth:NumberofEntries 25 108
insert eta_cwidth:NumberofEntries 26 108
insert eta_cwidth:NumberofEntries 27 108
insert eta_cwidth:NumberofEntries 28 108
insert eta_cwidth:NumberofEntries 29 108
insert eta_cwidth:NumberofEntries 30 162
insert eta_cwidth:NumberofEntries 31 216
insert eta_cwidth:NumberofEntries 32 216
insert eta_cwidth:NumberofEntries 33 216
insert eta_cwidth:NumberofEntries 34 216
insert eta_cwidth:NumberofEntries 35 270
insert eta_cwidth:NumberofEntries 36 270
insert eta_cwidth:NumberofEntries 37 270
insert eta_cwidth:NumberofEntries 38 270
insert eta_cwidth:NumberofEntries 39 270
insert eta_cwidth:NumberofEntries 40 270
insert eta_cwidth:NumberofEntries 41 270
insert eta_cwidth:NumberofEntries 42 270
insert eta_cwidth:NumberofEntries 43 270
insert eta_cwidth:NumberofEntries 44 270
insert eta_cwidth:NumberofEntries 45 324
insert eta_cwidth:NumberofEntries 46 324
insert eta_cwidth:NumberofEntries 47 324
insert eta_cwidth:NumberofEntries 48 324
insert eta_cwidth:NumberofEntries 49 324
insert eta_cwidth:NumberofEntries 50 324
insert eta_cwidth:NumberofEntries 51 324
insert eta_cwidth:NumberofEntries 52 324
insert eta_cwidth:NumberofEntries 53 324
insert eta_cwidth:NumberofEntries 54 324
insert eta_cwidth:NumberofEntries 55 324
insert eta_cwidth:NumberofEntries 56 324
newdef /Herwig/Particles/eta_c:Width_generator eta_cwidth
#
create Herwig::GenericWidthGenerator eta_bwidth
newdef eta_bwidth:Particle /Herwig/Particles/eta_b
newdef eta_bwidth:Prefactor 1
newdef eta_bwidth:BRNormalize 1
newdef eta_bwidth:BRMinimum 0.01
newdef eta_bwidth:Points 50
newdef eta_bwidth:InterpolationOrder 1
insert eta_bwidth:MEtype 0 0
insert eta_bwidth:MEcode 0 0
insert eta_bwidth:MEcoupling 0 1
insert eta_bwidth:ModeOn 0 1
insert eta_bwidth:MinimumMasses 0 0
insert eta_bwidth:MEmass1 0 0
insert eta_bwidth:MEmass2 0 0
insert eta_bwidth:DecayModes 0 eta_b->g,g;
insert eta_bwidth:NumberofEntries 0 0
newdef /Herwig/Particles/eta_b:Width_generator eta_bwidth
#
create Herwig::GenericWidthGenerator eta_b2Swidth
newdef eta_b2Swidth:Particle /Herwig/Particles/eta_b(2S)
newdef eta_b2Swidth:Prefactor 1.00573
newdef eta_b2Swidth:BRNormalize 1
newdef eta_b2Swidth:BRMinimum 0.01
newdef eta_b2Swidth:Points 50
newdef eta_b2Swidth:InterpolationOrder 1
insert eta_b2Swidth:MEtype 0 0
insert eta_b2Swidth:MEtype 1 2
insert eta_b2Swidth:MEcode 0 0
insert eta_b2Swidth:MEcode 1 0
insert eta_b2Swidth:MEcoupling 0 0.9943
insert eta_b2Swidth:MEcoupling 1 0.665488
insert eta_b2Swidth:ModeOn 0 1
insert eta_b2Swidth:ModeOn 1 0
insert eta_b2Swidth:MinimumMasses 0 0
insert eta_b2Swidth:MinimumMasses 1 9.89841
insert eta_b2Swidth:MEmass1 0 0
insert eta_b2Swidth:MEmass1 1 9.8993
insert eta_b2Swidth:MEmass2 0 0
insert eta_b2Swidth:MEmass2 1 0
insert eta_b2Swidth:DecayModes 0 eta_b(2S)->g,g;
insert eta_b2Swidth:DecayModes 1 eta_b(2S)->h_b,gamma;
insert eta_b2Swidth:InterpolationMasses 0 9.9546531
insert eta_b2Swidth:InterpolationMasses 1 9.9563265
insert eta_b2Swidth:InterpolationMasses 2 9.958
insert eta_b2Swidth:InterpolationMasses 3 9.9596735
insert eta_b2Swidth:InterpolationMasses 4 9.9613469
insert eta_b2Swidth:InterpolationMasses 5 9.9630204
insert eta_b2Swidth:InterpolationMasses 6 9.9646939
insert eta_b2Swidth:InterpolationMasses 7 9.9663673
insert eta_b2Swidth:InterpolationMasses 8 9.9680408
insert eta_b2Swidth:InterpolationMasses 9 9.9697143
insert eta_b2Swidth:InterpolationMasses 10 9.9713878
insert eta_b2Swidth:InterpolationMasses 11 9.9730612
insert eta_b2Swidth:InterpolationMasses 12 9.9747347
insert eta_b2Swidth:InterpolationMasses 13 9.9764082
insert eta_b2Swidth:InterpolationMasses 14 9.9780816
insert eta_b2Swidth:InterpolationMasses 15 9.9797551
insert eta_b2Swidth:InterpolationMasses 16 9.9814286
insert eta_b2Swidth:InterpolationMasses 17 9.983102
insert eta_b2Swidth:InterpolationMasses 18 9.9847755
insert eta_b2Swidth:InterpolationMasses 19 9.986449
insert eta_b2Swidth:InterpolationMasses 20 9.9881224
insert eta_b2Swidth:InterpolationMasses 21 9.9897959
insert eta_b2Swidth:InterpolationMasses 22 9.9914694
insert eta_b2Swidth:InterpolationMasses 23 9.9931429
insert eta_b2Swidth:InterpolationMasses 24 9.9948163
insert eta_b2Swidth:InterpolationMasses 25 9.9964898
insert eta_b2Swidth:InterpolationMasses 26 9.9981633
insert eta_b2Swidth:InterpolationMasses 27 9.9998367
insert eta_b2Swidth:InterpolationMasses 28 10.00151
insert eta_b2Swidth:InterpolationMasses 29 10.003184
insert eta_b2Swidth:InterpolationMasses 30 10.004857
insert eta_b2Swidth:InterpolationMasses 31 10.006531
insert eta_b2Swidth:InterpolationMasses 32 10.008204
insert eta_b2Swidth:InterpolationMasses 33 10.009878
insert eta_b2Swidth:InterpolationMasses 34 10.011551
insert eta_b2Swidth:InterpolationMasses 35 10.013224
insert eta_b2Swidth:InterpolationMasses 36 10.014898
insert eta_b2Swidth:InterpolationMasses 37 10.016571
insert eta_b2Swidth:InterpolationMasses 38 10.018245
insert eta_b2Swidth:InterpolationMasses 39 10.019918
insert eta_b2Swidth:InterpolationMasses 40 10.021592
insert eta_b2Swidth:InterpolationMasses 41 10.023265
insert eta_b2Swidth:InterpolationMasses 42 10.024939
insert eta_b2Swidth:InterpolationMasses 43 10.026612
insert eta_b2Swidth:InterpolationMasses 44 10.028286
insert eta_b2Swidth:InterpolationMasses 45 10.029959
insert eta_b2Swidth:InterpolationMasses 46 10.031633
insert eta_b2Swidth:InterpolationMasses 47 10.033306
insert eta_b2Swidth:InterpolationMasses 48 10.03498
insert eta_b2Swidth:InterpolationMasses 49 10.036653
insert eta_b2Swidth:InterpolationMasses 50 10.038327
insert eta_b2Swidth:InterpolationMasses 51 10.04
insert eta_b2Swidth:InterpolationMasses 52 10.041673
insert eta_b2Swidth:InterpolationMasses 53 10.043347
insert eta_b2Swidth:InterpolationWidths 0 1.9714552e-05
insert eta_b2Swidth:InterpolationWidths 1 2.0302047e-05
insert eta_b2Swidth:InterpolationWidths 2 2.0889047e-05
insert eta_b2Swidth:InterpolationWidths 3 2.1475552e-05
insert eta_b2Swidth:InterpolationWidths 4 2.2061563e-05
insert eta_b2Swidth:InterpolationWidths 5 2.2647079e-05
insert eta_b2Swidth:InterpolationWidths 6 2.3232103e-05
insert eta_b2Swidth:InterpolationWidths 7 2.3816633e-05
insert eta_b2Swidth:InterpolationWidths 8 2.4400671e-05
insert eta_b2Swidth:InterpolationWidths 9 2.4984216e-05
insert eta_b2Swidth:InterpolationWidths 10 2.556727e-05
insert eta_b2Swidth:InterpolationWidths 11 2.6149833e-05
insert eta_b2Swidth:InterpolationWidths 12 2.6731905e-05
insert eta_b2Swidth:InterpolationWidths 13 2.7313487e-05
insert eta_b2Swidth:InterpolationWidths 14 2.7894578e-05
insert eta_b2Swidth:InterpolationWidths 15 2.8475181e-05
insert eta_b2Swidth:InterpolationWidths 16 2.9055294e-05
insert eta_b2Swidth:InterpolationWidths 17 2.9634919e-05
insert eta_b2Swidth:InterpolationWidths 18 3.0214056e-05
insert eta_b2Swidth:InterpolationWidths 19 3.0792705e-05
insert eta_b2Swidth:InterpolationWidths 20 3.1370866e-05
insert eta_b2Swidth:InterpolationWidths 21 3.1948541e-05
insert eta_b2Swidth:InterpolationWidths 22 3.252573e-05
insert eta_b2Swidth:InterpolationWidths 23 3.3102433e-05
insert eta_b2Swidth:InterpolationWidths 24 3.367865e-05
insert eta_b2Swidth:InterpolationWidths 25 3.4254382e-05
insert eta_b2Swidth:InterpolationWidths 26 3.482963e-05
insert eta_b2Swidth:InterpolationWidths 27 3.5404394e-05
insert eta_b2Swidth:InterpolationWidths 28 3.5978674e-05
insert eta_b2Swidth:InterpolationWidths 29 3.655247e-05
insert eta_b2Swidth:InterpolationWidths 30 3.7125784e-05
insert eta_b2Swidth:InterpolationWidths 31 3.7698615e-05
insert eta_b2Swidth:InterpolationWidths 32 3.8270965e-05
insert eta_b2Swidth:InterpolationWidths 33 3.8842833e-05
insert eta_b2Swidth:InterpolationWidths 34 3.941422e-05
insert eta_b2Swidth:InterpolationWidths 35 3.9985126e-05
insert eta_b2Swidth:InterpolationWidths 36 4.0555552e-05
insert eta_b2Swidth:InterpolationWidths 37 4.1125498e-05
insert eta_b2Swidth:InterpolationWidths 38 4.1694965e-05
insert eta_b2Swidth:InterpolationWidths 39 4.2263953e-05
insert eta_b2Swidth:InterpolationWidths 40 4.2832462e-05
insert eta_b2Swidth:InterpolationWidths 41 4.3400493e-05
insert eta_b2Swidth:InterpolationWidths 42 4.3968047e-05
insert eta_b2Swidth:InterpolationWidths 43 4.4535124e-05
insert eta_b2Swidth:InterpolationWidths 44 4.5101724e-05
insert eta_b2Swidth:InterpolationWidths 45 4.5667847e-05
insert eta_b2Swidth:InterpolationWidths 46 4.6233495e-05
insert eta_b2Swidth:InterpolationWidths 47 4.6798667e-05
insert eta_b2Swidth:InterpolationWidths 48 4.7363364e-05
insert eta_b2Swidth:InterpolationWidths 49 4.7927586e-05
insert eta_b2Swidth:InterpolationWidths 50 4.8491335e-05
insert eta_b2Swidth:InterpolationWidths 51 4.9054609e-05
insert eta_b2Swidth:InterpolationWidths 52 4.961741e-05
insert eta_b2Swidth:InterpolationWidths 53 5.0179739e-05
insert eta_b2Swidth:NumberofEntries 0 0
insert eta_b2Swidth:NumberofEntries 1 54
newdef /Herwig/Particles/eta_b(2S):Width_generator eta_b2Swidth
#
create Herwig::GenericWidthGenerator eta_c2Swidth
newdef eta_c2Swidth:Particle /Herwig/Particles/eta_c(2S)
newdef eta_c2Swidth:Prefactor 1.01265
newdef eta_c2Swidth:BRNormalize 1
newdef eta_c2Swidth:BRMinimum 0.01
newdef eta_c2Swidth:Points 50
newdef eta_c2Swidth:InterpolationOrder 1
insert eta_c2Swidth:MEtype 0 0
insert eta_c2Swidth:MEtype 1 0
insert eta_c2Swidth:MEtype 2 0
insert eta_c2Swidth:MEtype 3 2
insert eta_c2Swidth:MEtype 4 1
insert eta_c2Swidth:MEcode 0 0
insert eta_c2Swidth:MEcode 1 0
insert eta_c2Swidth:MEcode 2 0
insert eta_c2Swidth:MEcode 3 0
insert eta_c2Swidth:MEcode 4 3
insert eta_c2Swidth:MEcoupling 0 0.97501
insert eta_c2Swidth:MEcoupling 1 0.0125
insert eta_c2Swidth:MEcoupling 2 0.0063
insert eta_c2Swidth:MEcoupling 3 0.661655
insert eta_c2Swidth:MEcoupling 4 0.00770308
insert eta_c2Swidth:ModeOn 0 1
insert eta_c2Swidth:ModeOn 1 1
insert eta_c2Swidth:ModeOn 2 0
insert eta_c2Swidth:ModeOn 3 0
insert eta_c2Swidth:ModeOn 4 0
insert eta_c2Swidth:MinimumMasses 0 0
insert eta_c2Swidth:MinimumMasses 1 3.00454
insert eta_c2Swidth:MinimumMasses 2 2.99535
insert eta_c2Swidth:MinimumMasses 3 3.51838
insert eta_c2Swidth:MinimumMasses 4 0
insert eta_c2Swidth:MEmass1 0 0
insert eta_c2Swidth:MEmass1 1 0
insert eta_c2Swidth:MEmass1 2 0
insert eta_c2Swidth:MEmass1 3 3.52538
insert eta_c2Swidth:MEmass1 4 0
insert eta_c2Swidth:MEmass2 0 0
insert eta_c2Swidth:MEmass2 1 0
insert eta_c2Swidth:MEmass2 2 0
insert eta_c2Swidth:MEmass2 3 0
insert eta_c2Swidth:MEmass2 4 0
insert eta_c2Swidth:DecayModes 0 eta_c(2S)->g,g;
insert eta_c2Swidth:DecayModes 1 eta_c(2S)->eta_c,pi+,pi-;
insert eta_c2Swidth:DecayModes 2 eta_c(2S)->eta_c,pi0,pi0;
insert eta_c2Swidth:DecayModes 3 eta_c(2S)->h_c,gamma;
insert eta_c2Swidth:DecayModes 4 eta_c(2S)->gamma,gamma;
insert eta_c2Swidth:InterpolationMasses 0 3.5152755
insert eta_c2Swidth:InterpolationMasses 1 3.51838
insert eta_c2Swidth:InterpolationMasses 2 3.5245
insert eta_c2Swidth:InterpolationMasses 3 3.5291122
insert eta_c2Swidth:InterpolationMasses 4 3.5337245
insert eta_c2Swidth:InterpolationMasses 5 3.5383367
insert eta_c2Swidth:InterpolationMasses 6 3.542949
insert eta_c2Swidth:InterpolationMasses 7 3.5475612
insert eta_c2Swidth:InterpolationMasses 8 3.5521735
insert eta_c2Swidth:InterpolationMasses 9 3.5567857
insert eta_c2Swidth:InterpolationMasses 10 3.561398
insert eta_c2Swidth:InterpolationMasses 11 3.5660102
insert eta_c2Swidth:InterpolationMasses 12 3.5706224
insert eta_c2Swidth:InterpolationMasses 13 3.5752347
insert eta_c2Swidth:InterpolationMasses 14 3.5798469
insert eta_c2Swidth:InterpolationMasses 15 3.5844592
insert eta_c2Swidth:InterpolationMasses 16 3.5890714
insert eta_c2Swidth:InterpolationMasses 17 3.5936837
insert eta_c2Swidth:InterpolationMasses 18 3.5982959
insert eta_c2Swidth:InterpolationMasses 19 3.6029082
insert eta_c2Swidth:InterpolationMasses 20 3.6075204
insert eta_c2Swidth:InterpolationMasses 21 3.6121327
insert eta_c2Swidth:InterpolationMasses 22 3.6167449
insert eta_c2Swidth:InterpolationMasses 23 3.6213571
insert eta_c2Swidth:InterpolationMasses 24 3.6259694
insert eta_c2Swidth:InterpolationMasses 25 3.6305816
insert eta_c2Swidth:InterpolationMasses 26 3.6351939
insert eta_c2Swidth:InterpolationMasses 27 3.6398061
insert eta_c2Swidth:InterpolationMasses 28 3.6444184
insert eta_c2Swidth:InterpolationMasses 29 3.6490306
insert eta_c2Swidth:InterpolationMasses 30 3.6536429
insert eta_c2Swidth:InterpolationMasses 31 3.6582551
insert eta_c2Swidth:InterpolationMasses 32 3.6628673
insert eta_c2Swidth:InterpolationMasses 33 3.6674796
insert eta_c2Swidth:InterpolationMasses 34 3.6720918
insert eta_c2Swidth:InterpolationMasses 35 3.6767041
insert eta_c2Swidth:InterpolationMasses 36 3.6813163
insert eta_c2Swidth:InterpolationMasses 37 3.6859286
insert eta_c2Swidth:InterpolationMasses 38 3.6905408
insert eta_c2Swidth:InterpolationMasses 39 3.6951531
insert eta_c2Swidth:InterpolationMasses 40 3.6997653
insert eta_c2Swidth:InterpolationMasses 41 3.7043776
insert eta_c2Swidth:InterpolationMasses 42 3.7089898
insert eta_c2Swidth:InterpolationMasses 43 3.713602
insert eta_c2Swidth:InterpolationMasses 44 3.7182143
insert eta_c2Swidth:InterpolationMasses 45 3.7228265
insert eta_c2Swidth:InterpolationMasses 46 3.7274388
insert eta_c2Swidth:InterpolationMasses 47 3.732051
insert eta_c2Swidth:InterpolationMasses 48 3.7366633
insert eta_c2Swidth:InterpolationMasses 49 3.7412755
insert eta_c2Swidth:InterpolationMasses 50 3.7458878
insert eta_c2Swidth:InterpolationMasses 51 3.7505
insert eta_c2Swidth:InterpolationMasses 52 3.7551122
insert eta_c2Swidth:InterpolationMasses 53 3.7597245
insert eta_c2Swidth:InterpolationWidths 0 0
insert eta_c2Swidth:InterpolationWidths 1 0
insert eta_c2Swidth:InterpolationWidths 2 1.3235648e-07
insert eta_c2Swidth:InterpolationWidths 3 3.6932648e-06
insert eta_c2Swidth:InterpolationWidths 4 8.1939041e-06
insert eta_c2Swidth:InterpolationWidths 5 1.2683721e-05
insert eta_c2Swidth:InterpolationWidths 6 1.7144307e-05
insert eta_c2Swidth:InterpolationWidths 7 2.1575864e-05
insert eta_c2Swidth:InterpolationWidths 8 2.5978599e-05
insert eta_c2Swidth:InterpolationWidths 9 3.0352712e-05
insert eta_c2Swidth:InterpolationWidths 10 3.4698405e-05
insert eta_c2Swidth:InterpolationWidths 11 3.9015874e-05
insert eta_c2Swidth:InterpolationWidths 12 4.3305317e-05
insert eta_c2Swidth:InterpolationWidths 13 4.756693e-05
insert eta_c2Swidth:InterpolationWidths 14 5.1800905e-05
insert eta_c2Swidth:InterpolationWidths 15 5.6007437e-05
insert eta_c2Swidth:InterpolationWidths 16 6.0186714e-05
insert eta_c2Swidth:InterpolationWidths 17 6.4338927e-05
insert eta_c2Swidth:InterpolationWidths 18 6.8464262e-05
insert eta_c2Swidth:InterpolationWidths 19 7.2562907e-05
insert eta_c2Swidth:InterpolationWidths 20 7.6635046e-05
insert eta_c2Swidth:InterpolationWidths 21 8.0680861e-05
insert eta_c2Swidth:InterpolationWidths 22 8.4700536e-05
insert eta_c2Swidth:InterpolationWidths 23 8.869425e-05
insert eta_c2Swidth:InterpolationWidths 24 9.2662182e-05
insert eta_c2Swidth:InterpolationWidths 25 9.6604509e-05
insert eta_c2Swidth:InterpolationWidths 26 0.00010052141
insert eta_c2Swidth:InterpolationWidths 27 0.00010441305
insert eta_c2Swidth:InterpolationWidths 28 0.00010827962
insert eta_c2Swidth:InterpolationWidths 29 0.00011212128
insert eta_c2Swidth:InterpolationWidths 30 0.0001159382
insert eta_c2Swidth:InterpolationWidths 31 0.00011973055
insert eta_c2Swidth:InterpolationWidths 32 0.0001234985
insert eta_c2Swidth:InterpolationWidths 33 0.00012724221
insert eta_c2Swidth:InterpolationWidths 34 0.00013096186
insert eta_c2Swidth:InterpolationWidths 35 0.0001346576
insert eta_c2Swidth:InterpolationWidths 36 0.00013832961
insert eta_c2Swidth:InterpolationWidths 37 0.00014197803
insert eta_c2Swidth:InterpolationWidths 38 0.00014560303
insert eta_c2Swidth:InterpolationWidths 39 0.00014920477
insert eta_c2Swidth:InterpolationWidths 40 0.0001527834
insert eta_c2Swidth:InterpolationWidths 41 0.00015633909
insert eta_c2Swidth:InterpolationWidths 42 0.00015987199
insert eta_c2Swidth:InterpolationWidths 43 0.00016338225
insert eta_c2Swidth:InterpolationWidths 44 0.00016687003
insert eta_c2Swidth:InterpolationWidths 45 0.00017033547
insert eta_c2Swidth:InterpolationWidths 46 0.00017377873
insert eta_c2Swidth:InterpolationWidths 47 0.00017719995
insert eta_c2Swidth:InterpolationWidths 48 0.0001805993
insert eta_c2Swidth:InterpolationWidths 49 0.0001839769
insert eta_c2Swidth:InterpolationWidths 50 0.00018733291
insert eta_c2Swidth:InterpolationWidths 51 0.00019066748
insert eta_c2Swidth:InterpolationWidths 52 0.00019398074
insert eta_c2Swidth:InterpolationWidths 53 0.00019727284
insert eta_c2Swidth:NumberofEntries 0 0
insert eta_c2Swidth:NumberofEntries 1 0
insert eta_c2Swidth:NumberofEntries 2 0
insert eta_c2Swidth:NumberofEntries 3 54
insert eta_c2Swidth:NumberofEntries 4 54
newdef /Herwig/Particles/eta_c(2S):Width_generator eta_c2Swidth
#
create Herwig::GenericWidthGenerator jpsiwidth
newdef jpsiwidth:Particle /Herwig/Particles/Jpsi
newdef jpsiwidth:Prefactor 1.27125
newdef jpsiwidth:BRNormalize 1
newdef jpsiwidth:BRMinimum 0.01
newdef jpsiwidth:Points 50
newdef jpsiwidth:InterpolationOrder 1
insert jpsiwidth:MEtype 0 0
insert jpsiwidth:MEtype 1 0
insert jpsiwidth:MEtype 2 1
insert jpsiwidth:MEtype 3 1
insert jpsiwidth:MEtype 4 0
insert jpsiwidth:MEtype 5 0
insert jpsiwidth:MEtype 6 0
insert jpsiwidth:MEtype 7 2
insert jpsiwidth:MEtype 8 0
insert jpsiwidth:MEtype 9 2
insert jpsiwidth:MEtype 10 2
insert jpsiwidth:MEtype 11 2
insert jpsiwidth:MEtype 12 0
insert jpsiwidth:MEtype 13 0
insert jpsiwidth:MEtype 14 2
insert jpsiwidth:MEtype 15 0
insert jpsiwidth:MEtype 16 0
insert jpsiwidth:MEtype 17 2
insert jpsiwidth:MEtype 18 2
insert jpsiwidth:MEtype 19 2
insert jpsiwidth:MEtype 20 2
insert jpsiwidth:MEtype 21 0
insert jpsiwidth:MEtype 22 2
insert jpsiwidth:MEtype 23 2
insert jpsiwidth:MEtype 24 2
insert jpsiwidth:MEtype 25 2
insert jpsiwidth:MEtype 26 0
insert jpsiwidth:MEtype 27 0
insert jpsiwidth:MEtype 28 0
insert jpsiwidth:MEtype 29 2
insert jpsiwidth:MEtype 30 2
insert jpsiwidth:MEtype 31 2
insert jpsiwidth:MEtype 32 2
insert jpsiwidth:MEtype 33 2
insert jpsiwidth:MEtype 34 0
insert jpsiwidth:MEtype 35 0
insert jpsiwidth:MEtype 36 1
insert jpsiwidth:MEtype 37 1
insert jpsiwidth:MEtype 38 0
insert jpsiwidth:MEtype 39 0
insert jpsiwidth:MEtype 40 0
insert jpsiwidth:MEtype 41 0
insert jpsiwidth:MEtype 42 0
insert jpsiwidth:MEtype 43 0
insert jpsiwidth:MEtype 44 0
insert jpsiwidth:MEtype 45 2
insert jpsiwidth:MEtype 46 2
insert jpsiwidth:MEtype 47 2
insert jpsiwidth:MEtype 48 2
insert jpsiwidth:MEtype 49 2
insert jpsiwidth:MEtype 50 0
insert jpsiwidth:MEtype 51 2
insert jpsiwidth:MEtype 52 2
insert jpsiwidth:MEtype 53 2
insert jpsiwidth:MEtype 54 0
insert jpsiwidth:MEtype 55 0
insert jpsiwidth:MEtype 56 1
insert jpsiwidth:MEtype 57 0
insert jpsiwidth:MEtype 58 1
insert jpsiwidth:MEtype 59 2
insert jpsiwidth:MEtype 60 2
insert jpsiwidth:MEtype 61 0
insert jpsiwidth:MEtype 62 0
insert jpsiwidth:MEtype 63 0
insert jpsiwidth:MEtype 64 0
insert jpsiwidth:MEtype 65 1
insert jpsiwidth:MEtype 66 1
insert jpsiwidth:MEtype 67 1
insert jpsiwidth:MEtype 68 0
insert jpsiwidth:MEtype 69 0
insert jpsiwidth:MEtype 70 0
insert jpsiwidth:MEtype 71 0
insert jpsiwidth:MEtype 72 0
insert jpsiwidth:MEtype 73 0
insert jpsiwidth:MEtype 74 0
insert jpsiwidth:MEtype 75 0
insert jpsiwidth:MEtype 76 0
insert jpsiwidth:MEtype 77 0
insert jpsiwidth:MEtype 78 0
insert jpsiwidth:MEtype 79 0
insert jpsiwidth:MEtype 80 0
insert jpsiwidth:MEtype 81 2
insert jpsiwidth:MEtype 82 0
insert jpsiwidth:MEtype 83 0
insert jpsiwidth:MEtype 84 0
insert jpsiwidth:MEtype 85 1
insert jpsiwidth:MEtype 86 1
insert jpsiwidth:MEtype 87 0
insert jpsiwidth:MEtype 88 0
insert jpsiwidth:MEtype 89 0
insert jpsiwidth:MEtype 90 0
insert jpsiwidth:MEtype 91 2
insert jpsiwidth:MEtype 92 2
insert jpsiwidth:MEtype 93 0
insert jpsiwidth:MEtype 94 2
insert jpsiwidth:MEtype 95 2
insert jpsiwidth:MEtype 96 0
insert jpsiwidth:MEtype 97 0
insert jpsiwidth:MEtype 98 0
insert jpsiwidth:MEtype 99 0
insert jpsiwidth:MEtype 100 2
insert jpsiwidth:MEtype 101 2
insert jpsiwidth:MEtype 102 0
insert jpsiwidth:MEtype 103 0
insert jpsiwidth:MEtype 104 0
insert jpsiwidth:MEtype 105 0
insert jpsiwidth:MEtype 106 2
insert jpsiwidth:MEtype 107 2
insert jpsiwidth:MEtype 108 0
insert jpsiwidth:MEtype 109 0
insert jpsiwidth:MEtype 110 0
insert jpsiwidth:MEtype 111 0
insert jpsiwidth:MEtype 112 0
insert jpsiwidth:MEtype 113 0
insert jpsiwidth:MEtype 114 2
insert jpsiwidth:MEtype 115 2
insert jpsiwidth:MEtype 116 2
insert jpsiwidth:MEtype 117 0
insert jpsiwidth:MEtype 118 0
insert jpsiwidth:MEtype 119 0
insert jpsiwidth:MEtype 120 0
insert jpsiwidth:MEtype 121 0
insert jpsiwidth:MEtype 122 0
insert jpsiwidth:MEtype 123 0
insert jpsiwidth:MEtype 124 0
insert jpsiwidth:MEtype 125 2
insert jpsiwidth:MEtype 126 2
insert jpsiwidth:MEtype 127 2
insert jpsiwidth:MEtype 128 0
insert jpsiwidth:MEtype 129 0
insert jpsiwidth:MEtype 130 0
insert jpsiwidth:MEtype 131 0
insert jpsiwidth:MEtype 132 0
insert jpsiwidth:MEtype 133 2
insert jpsiwidth:MEtype 134 0
insert jpsiwidth:MEtype 135 0
insert jpsiwidth:MEtype 136 2
insert jpsiwidth:MEtype 137 0
insert jpsiwidth:MEtype 138 0
insert jpsiwidth:MEtype 139 0
insert jpsiwidth:MEtype 140 0
insert jpsiwidth:MEtype 141 2
insert jpsiwidth:MEtype 142 1
insert jpsiwidth:MEtype 143 0
insert jpsiwidth:MEtype 144 2
insert jpsiwidth:MEtype 145 2
insert jpsiwidth:MEtype 146 0
insert jpsiwidth:MEtype 147 0
insert jpsiwidth:MEtype 148 0
insert jpsiwidth:MEtype 149 0
insert jpsiwidth:MEtype 150 0
insert jpsiwidth:MEtype 151 0
insert jpsiwidth:MEtype 152 1
insert jpsiwidth:MEtype 153 2
insert jpsiwidth:MEtype 154 2
insert jpsiwidth:MEtype 155 0
insert jpsiwidth:MEtype 156 0
insert jpsiwidth:MEtype 157 1
insert jpsiwidth:MEtype 158 2
insert jpsiwidth:MEcode 0 0
insert jpsiwidth:MEcode 1 0
insert jpsiwidth:MEcode 2 2
insert jpsiwidth:MEcode 3 2
insert jpsiwidth:MEcode 4 0
insert jpsiwidth:MEcode 5 0
insert jpsiwidth:MEcode 6 0
insert jpsiwidth:MEcode 7 0
insert jpsiwidth:MEcode 8 0
insert jpsiwidth:MEcode 9 0
insert jpsiwidth:MEcode 10 0
insert jpsiwidth:MEcode 11 0
insert jpsiwidth:MEcode 12 0
insert jpsiwidth:MEcode 13 0
insert jpsiwidth:MEcode 14 0
insert jpsiwidth:MEcode 15 0
insert jpsiwidth:MEcode 16 0
insert jpsiwidth:MEcode 17 0
insert jpsiwidth:MEcode 18 0
insert jpsiwidth:MEcode 19 0
insert jpsiwidth:MEcode 20 0
insert jpsiwidth:MEcode 21 0
insert jpsiwidth:MEcode 22 0
insert jpsiwidth:MEcode 23 0
insert jpsiwidth:MEcode 24 0
insert jpsiwidth:MEcode 25 0
insert jpsiwidth:MEcode 26 0
insert jpsiwidth:MEcode 27 0
insert jpsiwidth:MEcode 28 0
insert jpsiwidth:MEcode 29 0
insert jpsiwidth:MEcode 30 0
insert jpsiwidth:MEcode 31 0
insert jpsiwidth:MEcode 32 0
insert jpsiwidth:MEcode 33 0
insert jpsiwidth:MEcode 34 0
insert jpsiwidth:MEcode 35 0
insert jpsiwidth:MEcode 36 -1
insert jpsiwidth:MEcode 37 -1
insert jpsiwidth:MEcode 38 0
insert jpsiwidth:MEcode 39 0
insert jpsiwidth:MEcode 40 0
insert jpsiwidth:MEcode 41 0
insert jpsiwidth:MEcode 42 0
insert jpsiwidth:MEcode 43 0
insert jpsiwidth:MEcode 44 0
insert jpsiwidth:MEcode 45 0
insert jpsiwidth:MEcode 46 0
insert jpsiwidth:MEcode 47 0
insert jpsiwidth:MEcode 48 0
insert jpsiwidth:MEcode 49 0
insert jpsiwidth:MEcode 50 0
insert jpsiwidth:MEcode 51 0
insert jpsiwidth:MEcode 52 0
insert jpsiwidth:MEcode 53 0
insert jpsiwidth:MEcode 54 0
insert jpsiwidth:MEcode 55 0
insert jpsiwidth:MEcode 56 -1
insert jpsiwidth:MEcode 57 0
insert jpsiwidth:MEcode 58 0
insert jpsiwidth:MEcode 59 0
insert jpsiwidth:MEcode 60 0
insert jpsiwidth:MEcode 61 0
insert jpsiwidth:MEcode 62 0
insert jpsiwidth:MEcode 63 0
insert jpsiwidth:MEcode 64 0
insert jpsiwidth:MEcode 65 2
insert jpsiwidth:MEcode 66 -1
insert jpsiwidth:MEcode 67 -1
insert jpsiwidth:MEcode 68 0
insert jpsiwidth:MEcode 69 0
insert jpsiwidth:MEcode 70 0
insert jpsiwidth:MEcode 71 0
insert jpsiwidth:MEcode 72 0
insert jpsiwidth:MEcode 73 0
insert jpsiwidth:MEcode 74 0
insert jpsiwidth:MEcode 75 0
insert jpsiwidth:MEcode 76 0
insert jpsiwidth:MEcode 77 0
insert jpsiwidth:MEcode 78 0
insert jpsiwidth:MEcode 79 0
insert jpsiwidth:MEcode 80 0
insert jpsiwidth:MEcode 81 0
insert jpsiwidth:MEcode 82 0
insert jpsiwidth:MEcode 83 0
insert jpsiwidth:MEcode 84 0
insert jpsiwidth:MEcode 85 -1
insert jpsiwidth:MEcode 86 -1
insert jpsiwidth:MEcode 87 0
insert jpsiwidth:MEcode 88 0
insert jpsiwidth:MEcode 89 0
insert jpsiwidth:MEcode 90 0
insert jpsiwidth:MEcode 91 0
insert jpsiwidth:MEcode 92 0
insert jpsiwidth:MEcode 93 0
insert jpsiwidth:MEcode 94 0
insert jpsiwidth:MEcode 95 0
insert jpsiwidth:MEcode 96 0
insert jpsiwidth:MEcode 97 0
insert jpsiwidth:MEcode 98 0
insert jpsiwidth:MEcode 99 0
insert jpsiwidth:MEcode 100 0
insert jpsiwidth:MEcode 101 0
insert jpsiwidth:MEcode 102 0
insert jpsiwidth:MEcode 103 0
insert jpsiwidth:MEcode 104 0
insert jpsiwidth:MEcode 105 0
insert jpsiwidth:MEcode 106 0
insert jpsiwidth:MEcode 107 0
insert jpsiwidth:MEcode 108 0
insert jpsiwidth:MEcode 109 0
insert jpsiwidth:MEcode 110 0
insert jpsiwidth:MEcode 111 0
insert jpsiwidth:MEcode 112 0
insert jpsiwidth:MEcode 113 0
insert jpsiwidth:MEcode 114 0
insert jpsiwidth:MEcode 115 0
insert jpsiwidth:MEcode 116 0
insert jpsiwidth:MEcode 117 0
insert jpsiwidth:MEcode 118 0
insert jpsiwidth:MEcode 119 0
insert jpsiwidth:MEcode 120 0
insert jpsiwidth:MEcode 121 0
insert jpsiwidth:MEcode 122 0
insert jpsiwidth:MEcode 123 0
insert jpsiwidth:MEcode 124 0
insert jpsiwidth:MEcode 125 0
insert jpsiwidth:MEcode 126 0
insert jpsiwidth:MEcode 127 0
insert jpsiwidth:MEcode 128 0
insert jpsiwidth:MEcode 129 0
insert jpsiwidth:MEcode 130 0
insert jpsiwidth:MEcode 131 0
insert jpsiwidth:MEcode 132 0
insert jpsiwidth:MEcode 133 0
insert jpsiwidth:MEcode 134 0
insert jpsiwidth:MEcode 135 0
insert jpsiwidth:MEcode 136 0
insert jpsiwidth:MEcode 137 0
insert jpsiwidth:MEcode 138 0
insert jpsiwidth:MEcode 139 0
insert jpsiwidth:MEcode 140 0
insert jpsiwidth:MEcode 141 0
insert jpsiwidth:MEcode 142 0
insert jpsiwidth:MEcode 143 0
insert jpsiwidth:MEcode 144 0
insert jpsiwidth:MEcode 145 0
insert jpsiwidth:MEcode 146 0
insert jpsiwidth:MEcode 147 0
insert jpsiwidth:MEcode 148 0
insert jpsiwidth:MEcode 149 0
insert jpsiwidth:MEcode 150 0
insert jpsiwidth:MEcode 151 0
insert jpsiwidth:MEcode 152 0
insert jpsiwidth:MEcode 153 0
insert jpsiwidth:MEcode 154 0
insert jpsiwidth:MEcode 155 0
insert jpsiwidth:MEcode 156 0
insert jpsiwidth:MEcode 157 1
insert jpsiwidth:MEcode 158 0
insert jpsiwidth:MEcoupling 0 0.486225
insert jpsiwidth:MEcoupling 1 0.0791
insert jpsiwidth:MEcoupling 2 0.00821457
insert jpsiwidth:MEcoupling 3 0.0082146
insert jpsiwidth:MEcoupling 4 0.05
insert jpsiwidth:MEcoupling 5 0.0198
insert jpsiwidth:MEcoupling 6 0.0198
insert jpsiwidth:MEcoupling 7 1.23102
insert jpsiwidth:MEcoupling 8 0.0085
insert jpsiwidth:MEcoupling 9 0.992943
insert jpsiwidth:MEcoupling 10 0.992681
insert jpsiwidth:MEcoupling 11 0.992943
insert jpsiwidth:MEcoupling 12 0.005
insert jpsiwidth:MEcoupling 13 0.00475
insert jpsiwidth:MEcoupling 14 0.998027
insert jpsiwidth:MEcoupling 15 0.0045
insert jpsiwidth:MEcoupling 16 0.0045
insert jpsiwidth:MEcoupling 17 1.00091
insert jpsiwidth:MEcoupling 18 0.994529
insert jpsiwidth:MEcoupling 19 0.995039
insert jpsiwidth:MEcoupling 20 0.995039
insert jpsiwidth:MEcoupling 21 0.0036
insert jpsiwidth:MEcoupling 22 0.988366
insert jpsiwidth:MEcoupling 23 1.01427
insert jpsiwidth:MEcoupling 24 1.01427
insert jpsiwidth:MEcoupling 25 0.988366
insert jpsiwidth:MEcoupling 26 0.0033
insert jpsiwidth:MEcoupling 27 0.0031
insert jpsiwidth:MEcoupling 28 0.003
insert jpsiwidth:MEcoupling 29 0.998324
insert jpsiwidth:MEcoupling 30 0.991723
insert jpsiwidth:MEcoupling 31 1.00073
insert jpsiwidth:MEcoupling 32 1.00073
insert jpsiwidth:MEcoupling 33 0.991723
insert jpsiwidth:MEcoupling 34 0.0023
insert jpsiwidth:MEcoupling 35 0.00217
insert jpsiwidth:MEcoupling 36 0.0465833
insert jpsiwidth:MEcoupling 37 0.0465833
insert jpsiwidth:MEcoupling 38 0.0021
insert jpsiwidth:MEcoupling 39 0.00209
insert jpsiwidth:MEcoupling 40 0.00209
insert jpsiwidth:MEcoupling 41 0.00204
insert jpsiwidth:MEcoupling 42 0.00204
insert jpsiwidth:MEcoupling 43 0.002
insert jpsiwidth:MEcoupling 44 0.002
insert jpsiwidth:MEcoupling 45 0.988722
insert jpsiwidth:MEcoupling 46 0.989939
insert jpsiwidth:MEcoupling 47 0.989939
insert jpsiwidth:MEcoupling 48 0.988722
insert jpsiwidth:MEcoupling 49 0.994578
insert jpsiwidth:MEcoupling 50 0.00166
insert jpsiwidth:MEcoupling 51 1.00694
insert jpsiwidth:MEcoupling 52 1.00634
insert jpsiwidth:MEcoupling 53 1.00694
insert jpsiwidth:MEcoupling 54 0.0016
insert jpsiwidth:MEcoupling 55 0.00159
insert jpsiwidth:MEcoupling 56 0.0392428
insert jpsiwidth:MEcoupling 57 0.0015
insert jpsiwidth:MEcoupling 58 0.00260148
insert jpsiwidth:MEcoupling 59 1.00136
insert jpsiwidth:MEcoupling 60 0.983546
insert jpsiwidth:MEcoupling 61 0.001325
insert jpsiwidth:MEcoupling 62 0.001325
insert jpsiwidth:MEcoupling 63 0.001325
insert jpsiwidth:MEcoupling 64 0.001325
insert jpsiwidth:MEcoupling 65 0.00134478
insert jpsiwidth:MEcoupling 66 0.0361939
insert jpsiwidth:MEcoupling 67 0.0361939
insert jpsiwidth:MEcoupling 68 0.0013
insert jpsiwidth:MEcoupling 69 0.0013
insert jpsiwidth:MEcoupling 70 0.0011
insert jpsiwidth:MEcoupling 71 0.0011
insert jpsiwidth:MEcoupling 72 0.0011
insert jpsiwidth:MEcoupling 73 0.0011
insert jpsiwidth:MEcoupling 74 0.00102
insert jpsiwidth:MEcoupling 75 0.00102
insert jpsiwidth:MEcoupling 76 0.00102
insert jpsiwidth:MEcoupling 77 0.00102
insert jpsiwidth:MEcoupling 78 0.00102
insert jpsiwidth:MEcoupling 79 0.00102
insert jpsiwidth:MEcoupling 80 0.001
insert jpsiwidth:MEcoupling 81 0.981021
insert jpsiwidth:MEcoupling 82 0.00095
insert jpsiwidth:MEcoupling 83 0.0009
insert jpsiwidth:MEcoupling 84 0.0009
insert jpsiwidth:MEcoupling 85 0.03
insert jpsiwidth:MEcoupling 86 0.03
insert jpsiwidth:MEcoupling 87 0.00089
insert jpsiwidth:MEcoupling 88 0.00089
insert jpsiwidth:MEcoupling 89 0.00089
insert jpsiwidth:MEcoupling 90 0.00089
insert jpsiwidth:MEcoupling 91 0.994937
insert jpsiwidth:MEcoupling 92 0.995191
insert jpsiwidth:MEcoupling 93 0.00078
insert jpsiwidth:MEcoupling 94 0.980526
insert jpsiwidth:MEcoupling 95 0.988857
insert jpsiwidth:MEcoupling 96 0.00074
insert jpsiwidth:MEcoupling 97 0.00074
insert jpsiwidth:MEcoupling 98 0.00071
insert jpsiwidth:MEcoupling 99 0.00071
insert jpsiwidth:MEcoupling 100 1.00454
insert jpsiwidth:MEcoupling 101 0.998465
insert jpsiwidth:MEcoupling 102 0.00058
insert jpsiwidth:MEcoupling 103 0.00058
insert jpsiwidth:MEcoupling 104 0.00058
insert jpsiwidth:MEcoupling 105 0.00058
insert jpsiwidth:MEcoupling 106 1.06136
insert jpsiwidth:MEcoupling 107 0.966754
insert jpsiwidth:MEcoupling 108 0.00053
insert jpsiwidth:MEcoupling 109 0.00053
insert jpsiwidth:MEcoupling 110 0.00053
insert jpsiwidth:MEcoupling 111 0.00053
insert jpsiwidth:MEcoupling 112 0.00053
insert jpsiwidth:MEcoupling 113 0.00053
insert jpsiwidth:MEcoupling 114 0.000656781
insert jpsiwidth:MEcoupling 115 0.000631758
insert jpsiwidth:MEcoupling 116 0.000633992
insert jpsiwidth:MEcoupling 117 0.00051
insert jpsiwidth:MEcoupling 118 0.00051
insert jpsiwidth:MEcoupling 119 0.00051
insert jpsiwidth:MEcoupling 120 0.00051
insert jpsiwidth:MEcoupling 121 0.00051
insert jpsiwidth:MEcoupling 122 0.00051
insert jpsiwidth:MEcoupling 123 0.00051
insert jpsiwidth:MEcoupling 124 0.00051
insert jpsiwidth:MEcoupling 125 1.00606
insert jpsiwidth:MEcoupling 126 1.00205
insert jpsiwidth:MEcoupling 127 0.99299
insert jpsiwidth:MEcoupling 128 0.000446
insert jpsiwidth:MEcoupling 129 0.000446
insert jpsiwidth:MEcoupling 130 0.000446
insert jpsiwidth:MEcoupling 131 0.000446
insert jpsiwidth:MEcoupling 132 0.0004
insert jpsiwidth:MEcoupling 133 1.21769
insert jpsiwidth:MEcoupling 134 0.00038
insert jpsiwidth:MEcoupling 135 0.00038
insert jpsiwidth:MEcoupling 136 0.988144
insert jpsiwidth:MEcoupling 137 0.00029
insert jpsiwidth:MEcoupling 138 0.00029
insert jpsiwidth:MEcoupling 139 0.00029
insert jpsiwidth:MEcoupling 140 0.00029
insert jpsiwidth:MEcoupling 141 1.00042
insert jpsiwidth:MEcoupling 142 0.0011251
insert jpsiwidth:MEcoupling 143 0.00022
insert jpsiwidth:MEcoupling 144 1.01269
insert jpsiwidth:MEcoupling 145 0.951341
insert jpsiwidth:MEcoupling 146 0.000155
insert jpsiwidth:MEcoupling 147 0.000155
insert jpsiwidth:MEcoupling 148 0.000155
insert jpsiwidth:MEcoupling 149 0.000155
insert jpsiwidth:MEcoupling 150 0.000155
insert jpsiwidth:MEcoupling 151 0.000155
insert jpsiwidth:MEcoupling 152 0.00088427
insert jpsiwidth:MEcoupling 153 0.979682
insert jpsiwidth:MEcoupling 154 1.0364
insert jpsiwidth:MEcoupling 155 4.5e-05
insert jpsiwidth:MEcoupling 156 4.5e-05
insert jpsiwidth:MEcoupling 157 0.000549433
insert jpsiwidth:MEcoupling 158 2.90181e-05
insert jpsiwidth:ModeOn 0 1
insert jpsiwidth:ModeOn 1 1
insert jpsiwidth:ModeOn 2 1
insert jpsiwidth:ModeOn 3 1
insert jpsiwidth:ModeOn 4 1
insert jpsiwidth:ModeOn 5 1
insert jpsiwidth:ModeOn 6 1
insert jpsiwidth:ModeOn 7 1
insert jpsiwidth:ModeOn 8 0
insert jpsiwidth:ModeOn 9 0
insert jpsiwidth:ModeOn 10 0
insert jpsiwidth:ModeOn 11 0
insert jpsiwidth:ModeOn 12 0
insert jpsiwidth:ModeOn 13 0
insert jpsiwidth:ModeOn 14 0
insert jpsiwidth:ModeOn 15 0
insert jpsiwidth:ModeOn 16 0
insert jpsiwidth:ModeOn 17 0
insert jpsiwidth:ModeOn 18 0
insert jpsiwidth:ModeOn 19 0
insert jpsiwidth:ModeOn 20 0
insert jpsiwidth:ModeOn 21 0
insert jpsiwidth:ModeOn 22 0
insert jpsiwidth:ModeOn 23 0
insert jpsiwidth:ModeOn 24 0
insert jpsiwidth:ModeOn 25 0
insert jpsiwidth:ModeOn 26 0
insert jpsiwidth:ModeOn 27 0
insert jpsiwidth:ModeOn 28 0
insert jpsiwidth:ModeOn 29 0
insert jpsiwidth:ModeOn 30 0
insert jpsiwidth:ModeOn 31 0
insert jpsiwidth:ModeOn 32 0
insert jpsiwidth:ModeOn 33 0
insert jpsiwidth:ModeOn 34 0
insert jpsiwidth:ModeOn 35 0
insert jpsiwidth:ModeOn 36 0
insert jpsiwidth:ModeOn 37 0
insert jpsiwidth:ModeOn 38 0
insert jpsiwidth:ModeOn 39 0
insert jpsiwidth:ModeOn 40 0
insert jpsiwidth:ModeOn 41 0
insert jpsiwidth:ModeOn 42 0
insert jpsiwidth:ModeOn 43 0
insert jpsiwidth:ModeOn 44 0
insert jpsiwidth:ModeOn 45 0
insert jpsiwidth:ModeOn 46 0
insert jpsiwidth:ModeOn 47 0
insert jpsiwidth:ModeOn 48 0
insert jpsiwidth:ModeOn 49 0
insert jpsiwidth:ModeOn 50 0
insert jpsiwidth:ModeOn 51 0
insert jpsiwidth:ModeOn 52 0
insert jpsiwidth:ModeOn 53 0
insert jpsiwidth:ModeOn 54 0
insert jpsiwidth:ModeOn 55 0
insert jpsiwidth:ModeOn 56 0
insert jpsiwidth:ModeOn 57 0
insert jpsiwidth:ModeOn 58 0
insert jpsiwidth:ModeOn 59 0
insert jpsiwidth:ModeOn 60 0
insert jpsiwidth:ModeOn 61 0
insert jpsiwidth:ModeOn 62 0
insert jpsiwidth:ModeOn 63 0
insert jpsiwidth:ModeOn 64 0
insert jpsiwidth:ModeOn 65 0
insert jpsiwidth:ModeOn 66 0
insert jpsiwidth:ModeOn 67 0
insert jpsiwidth:ModeOn 68 0
insert jpsiwidth:ModeOn 69 0
insert jpsiwidth:ModeOn 70 0
insert jpsiwidth:ModeOn 71 0
insert jpsiwidth:ModeOn 72 0
insert jpsiwidth:ModeOn 73 0
insert jpsiwidth:ModeOn 74 0
insert jpsiwidth:ModeOn 75 0
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insert jpsiwidth:ModeOn 77 0
insert jpsiwidth:ModeOn 78 0
insert jpsiwidth:ModeOn 79 0
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insert jpsiwidth:ModeOn 81 0
insert jpsiwidth:ModeOn 82 0
insert jpsiwidth:ModeOn 83 0
insert jpsiwidth:ModeOn 84 0
insert jpsiwidth:ModeOn 85 0
insert jpsiwidth:ModeOn 86 0
insert jpsiwidth:ModeOn 87 0
insert jpsiwidth:ModeOn 88 0
insert jpsiwidth:ModeOn 89 0
insert jpsiwidth:ModeOn 90 0
insert jpsiwidth:ModeOn 91 0
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insert jpsiwidth:ModeOn 93 0
insert jpsiwidth:ModeOn 94 0
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insert jpsiwidth:ModeOn 96 0
insert jpsiwidth:ModeOn 97 0
insert jpsiwidth:ModeOn 98 0
insert jpsiwidth:ModeOn 99 0
insert jpsiwidth:ModeOn 100 0
insert jpsiwidth:ModeOn 101 0
insert jpsiwidth:ModeOn 102 0
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insert jpsiwidth:ModeOn 105 0
insert jpsiwidth:ModeOn 106 0
insert jpsiwidth:ModeOn 107 0
insert jpsiwidth:ModeOn 108 0
insert jpsiwidth:ModeOn 109 0
insert jpsiwidth:ModeOn 110 0
insert jpsiwidth:ModeOn 111 0
insert jpsiwidth:ModeOn 112 0
insert jpsiwidth:ModeOn 113 0
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insert jpsiwidth:ModeOn 115 0
insert jpsiwidth:ModeOn 116 0
insert jpsiwidth:ModeOn 117 0
insert jpsiwidth:ModeOn 118 0
insert jpsiwidth:ModeOn 119 0
insert jpsiwidth:ModeOn 120 0
insert jpsiwidth:ModeOn 121 0
insert jpsiwidth:ModeOn 122 0
insert jpsiwidth:ModeOn 123 0
insert jpsiwidth:ModeOn 124 0
insert jpsiwidth:ModeOn 125 0
insert jpsiwidth:ModeOn 126 0
insert jpsiwidth:ModeOn 127 0
insert jpsiwidth:ModeOn 128 0
insert jpsiwidth:ModeOn 129 0
insert jpsiwidth:ModeOn 130 0
insert jpsiwidth:ModeOn 131 0
insert jpsiwidth:ModeOn 132 0
insert jpsiwidth:ModeOn 133 0
insert jpsiwidth:ModeOn 134 0
insert jpsiwidth:ModeOn 135 0
insert jpsiwidth:ModeOn 136 0
insert jpsiwidth:ModeOn 137 0
insert jpsiwidth:ModeOn 138 0
insert jpsiwidth:ModeOn 139 0
insert jpsiwidth:ModeOn 140 0
insert jpsiwidth:ModeOn 141 0
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insert jpsiwidth:ModeOn 145 0
insert jpsiwidth:ModeOn 146 0
insert jpsiwidth:ModeOn 147 0
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insert jpsiwidth:ModeOn 149 0
insert jpsiwidth:ModeOn 150 0
insert jpsiwidth:ModeOn 151 0
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insert jpsiwidth:ModeOn 153 0
insert jpsiwidth:ModeOn 154 0
insert jpsiwidth:ModeOn 155 0
insert jpsiwidth:ModeOn 156 0
insert jpsiwidth:ModeOn 157 0
insert jpsiwidth:ModeOn 158 0
insert jpsiwidth:MinimumMasses 0 0
insert jpsiwidth:MinimumMasses 1 0.00432
insert jpsiwidth:MinimumMasses 2 0.001022
insert jpsiwidth:MinimumMasses 3 0.211317
insert jpsiwidth:MinimumMasses 4 0
insert jpsiwidth:MinimumMasses 5 0.00934
insert jpsiwidth:MinimumMasses 6 0.1868
insert jpsiwidth:MinimumMasses 7 2.8239
insert jpsiwidth:MinimumMasses 8 1.25414
insert jpsiwidth:MinimumMasses 9 0.51483
insert jpsiwidth:MinimumMasses 10 0.510237
insert jpsiwidth:MinimumMasses 11 0.51483
insert jpsiwidth:MinimumMasses 12 0.549094
insert jpsiwidth:MinimumMasses 13 0.975001
insert jpsiwidth:MinimumMasses 14 0.95575
insert jpsiwidth:MinimumMasses 15 2.15827
insert jpsiwidth:MinimumMasses 16 2.15568
insert jpsiwidth:MinimumMasses 17 1.79636
insert jpsiwidth:MinimumMasses 18 1.48346
insert jpsiwidth:MinimumMasses 19 1.48346
insert jpsiwidth:MinimumMasses 20 1.48346
insert jpsiwidth:MinimumMasses 21 1.10998
insert jpsiwidth:MinimumMasses 22 1.86897
insert jpsiwidth:MinimumMasses 23 1.85995
insert jpsiwidth:MinimumMasses 24 1.85995
insert jpsiwidth:MinimumMasses 25 1.86897
insert jpsiwidth:MinimumMasses 26 0.414118
insert jpsiwidth:MinimumMasses 27 0.82699
insert jpsiwidth:MinimumMasses 28 0.75052
insert jpsiwidth:MinimumMasses 29 1.301
insert jpsiwidth:MinimumMasses 30 1.13535
insert jpsiwidth:MinimumMasses 31 1.14316
insert jpsiwidth:MinimumMasses 32 1.14316
insert jpsiwidth:MinimumMasses 33 1.13535
insert jpsiwidth:MinimumMasses 34 2.29066
insert jpsiwidth:MinimumMasses 35 0.965814
insert jpsiwidth:MinimumMasses 36 1.87913
insert jpsiwidth:MinimumMasses 37 1.87654
insert jpsiwidth:MinimumMasses 38 1.26649
insert jpsiwidth:MinimumMasses 39 2.42698
insert jpsiwidth:MinimumMasses 40 2.42439
insert jpsiwidth:MinimumMasses 41 2.01741
insert jpsiwidth:MinimumMasses 42 2.01741
insert jpsiwidth:MinimumMasses 43 1.2911
insert jpsiwidth:MinimumMasses 44 1.28334
insert jpsiwidth:MinimumMasses 45 1.54868
insert jpsiwidth:MinimumMasses 46 1.55261
insert jpsiwidth:MinimumMasses 47 1.55261
insert jpsiwidth:MinimumMasses 48 1.54868
insert jpsiwidth:MinimumMasses 49 1.24371
insert jpsiwidth:MinimumMasses 50 1.54774
insert jpsiwidth:MinimumMasses 51 1.06907
insert jpsiwidth:MinimumMasses 52 1.06448
insert jpsiwidth:MinimumMasses 53 1.06907
insert jpsiwidth:MinimumMasses 54 0.817802
insert jpsiwidth:MinimumMasses 55 1.39172
insert jpsiwidth:MinimumMasses 56 2.23137
insert jpsiwidth:MinimumMasses 57 0.75052
insert jpsiwidth:MinimumMasses 58 0.279141
insert jpsiwidth:MinimumMasses 59 1.1005
insert jpsiwidth:MinimumMasses 60 1.335
insert jpsiwidth:MinimumMasses 61 1.83121
insert jpsiwidth:MinimumMasses 62 1.83902
insert jpsiwidth:MinimumMasses 63 1.83902
insert jpsiwidth:MinimumMasses 64 1.83121
insert jpsiwidth:MinimumMasses 65 2.3949
insert jpsiwidth:MinimumMasses 66 2.38528
insert jpsiwidth:MinimumMasses 67 2.37874
insert jpsiwidth:MinimumMasses 68 2.57499
insert jpsiwidth:MinimumMasses 69 2.5724
insert jpsiwidth:MinimumMasses 70 2.164
insert jpsiwidth:MinimumMasses 71 2.164
insert jpsiwidth:MinimumMasses 72 2.164
insert jpsiwidth:MinimumMasses 73 2.164
insert jpsiwidth:MinimumMasses 74 2.69871
insert jpsiwidth:MinimumMasses 75 2.01152
insert jpsiwidth:MinimumMasses 76 2.70044
insert jpsiwidth:MinimumMasses 77 2.01411
insert jpsiwidth:MinimumMasses 78 2.70044
insert jpsiwidth:MinimumMasses 79 2.69871
insert jpsiwidth:MinimumMasses 80 0.558282
insert jpsiwidth:MinimumMasses 81 0.547849
insert jpsiwidth:MinimumMasses 82 2.201
insert jpsiwidth:MinimumMasses 83 2.83488
insert jpsiwidth:MinimumMasses 84 2.83229
insert jpsiwidth:MinimumMasses 85 2.64342
insert jpsiwidth:MinimumMasses 86 2.62972
insert jpsiwidth:MinimumMasses 87 2.54763
insert jpsiwidth:MinimumMasses 88 2.55286
insert jpsiwidth:MinimumMasses 89 2.55286
insert jpsiwidth:MinimumMasses 90 2.54763
insert jpsiwidth:MinimumMasses 91 2.16286
insert jpsiwidth:MinimumMasses 92 1.1538
insert jpsiwidth:MinimumMasses 93 1.2686
insert jpsiwidth:MinimumMasses 94 2.03086
insert jpsiwidth:MinimumMasses 95 1.53731
insert jpsiwidth:MinimumMasses 96 1.98468
insert jpsiwidth:MinimumMasses 97 1.97681
insert jpsiwidth:MinimumMasses 98 1.69108
insert jpsiwidth:MinimumMasses 99 1.68321
insert jpsiwidth:MinimumMasses 100 1.84966
insert jpsiwidth:MinimumMasses 101 1.0399
insert jpsiwidth:MinimumMasses 102 2.62525
insert jpsiwidth:MinimumMasses 103 2.63069
insert jpsiwidth:MinimumMasses 104 2.63069
insert jpsiwidth:MinimumMasses 105 2.62525
insert jpsiwidth:MinimumMasses 106 1.17
insert jpsiwidth:MinimumMasses 107 2.32446
insert jpsiwidth:MinimumMasses 108 2.44462
insert jpsiwidth:MinimumMasses 109 2.4433
insert jpsiwidth:MinimumMasses 110 2.4527
insert jpsiwidth:MinimumMasses 111 2.4527
insert jpsiwidth:MinimumMasses 112 2.4433
insert jpsiwidth:MinimumMasses 113 2.44462
insert jpsiwidth:MinimumMasses 114 2.5344
insert jpsiwidth:MinimumMasses 115 2.5274
insert jpsiwidth:MinimumMasses 116 2.52566
insert jpsiwidth:MinimumMasses 117 2.69565
insert jpsiwidth:MinimumMasses 118 2.70088
insert jpsiwidth:MinimumMasses 119 2.12481
insert jpsiwidth:MinimumMasses 120 2.13262
insert jpsiwidth:MinimumMasses 121 2.13262
insert jpsiwidth:MinimumMasses 122 2.12481
insert jpsiwidth:MinimumMasses 123 2.70088
insert jpsiwidth:MinimumMasses 124 2.69565
insert jpsiwidth:MinimumMasses 125 1.1734
insert jpsiwidth:MinimumMasses 126 1.1543
insert jpsiwidth:MinimumMasses 127 0.830837
insert jpsiwidth:MinimumMasses 128 2.77666
insert jpsiwidth:MinimumMasses 129 2.78671
insert jpsiwidth:MinimumMasses 130 2.78671
insert jpsiwidth:MinimumMasses 131 2.77666
insert jpsiwidth:MinimumMasses 132 1.97892
insert jpsiwidth:MinimumMasses 133 1.94521
insert jpsiwidth:MinimumMasses 134 1.87913
insert jpsiwidth:MinimumMasses 135 1.87654
insert jpsiwidth:MinimumMasses 136 1.69846
insert jpsiwidth:MinimumMasses 137 2.62459
insert jpsiwidth:MinimumMasses 138 2.62982
insert jpsiwidth:MinimumMasses 139 2.62982
insert jpsiwidth:MinimumMasses 140 2.62459
insert jpsiwidth:MinimumMasses 141 2.02936
insert jpsiwidth:MinimumMasses 142 0.987354
insert jpsiwidth:MinimumMasses 143 2.36634
insert jpsiwidth:MinimumMasses 144 0.923109
insert jpsiwidth:MinimumMasses 145 1.65161
insert jpsiwidth:MinimumMasses 146 2.4522
insert jpsiwidth:MinimumMasses 147 2.45634
insert jpsiwidth:MinimumMasses 148 2.46465
insert jpsiwidth:MinimumMasses 149 2.46465
insert jpsiwidth:MinimumMasses 150 2.45634
insert jpsiwidth:MinimumMasses 151 2.4522
insert jpsiwidth:MinimumMasses 152 0.995222
insert jpsiwidth:MinimumMasses 153 1.40486
insert jpsiwidth:MinimumMasses 154 1.33101
insert jpsiwidth:MinimumMasses 155 2.86859
insert jpsiwidth:MinimumMasses 156 2.86601
insert jpsiwidth:MinimumMasses 157 0.134977
insert jpsiwidth:MinimumMasses 158 0.548871
insert jpsiwidth:MEmass1 0 0
insert jpsiwidth:MEmass1 1 0
insert jpsiwidth:MEmass1 2 0.000510999
insert jpsiwidth:MEmass1 3 0.105658
insert jpsiwidth:MEmass1 4 0
insert jpsiwidth:MEmass1 5 0
insert jpsiwidth:MEmass1 6 0
insert jpsiwidth:MEmass1 7 0
insert jpsiwidth:MEmass1 8 0
insert jpsiwidth:MEmass1 9 0.77526
insert jpsiwidth:MEmass1 10 0.77526
insert jpsiwidth:MEmass1 11 0.77526
insert jpsiwidth:MEmass1 12 0
insert jpsiwidth:MEmass1 13 0
insert jpsiwidth:MEmass1 14 0
insert jpsiwidth:MEmass1 15 0
insert jpsiwidth:MEmass1 16 0
insert jpsiwidth:MEmass1 17 1.2755
insert jpsiwidth:MEmass1 18 1.3182
insert jpsiwidth:MEmass1 19 1.3182
insert jpsiwidth:MEmass1 20 1.3182
insert jpsiwidth:MEmass1 21 0
insert jpsiwidth:MEmass1 22 1.4273
insert jpsiwidth:MEmass1 23 1.4324
insert jpsiwidth:MEmass1 24 1.4324
insert jpsiwidth:MEmass1 25 1.4273
insert jpsiwidth:MEmass1 26 0
insert jpsiwidth:MEmass1 27 0
insert jpsiwidth:MEmass1 28 0
insert jpsiwidth:MEmass1 29 0
insert jpsiwidth:MEmass1 30 0.89167
insert jpsiwidth:MEmass1 31 0.89555
insert jpsiwidth:MEmass1 32 0.89555
insert jpsiwidth:MEmass1 33 0.89167
insert jpsiwidth:MEmass1 34 0
insert jpsiwidth:MEmass1 35 0
insert jpsiwidth:MEmass1 36 0.939565
insert jpsiwidth:MEmass1 37 0.938272
insert jpsiwidth:MEmass1 38 0
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insert jpsiwidth:MEmass1 40 0
insert jpsiwidth:MEmass1 41 0
insert jpsiwidth:MEmass1 42 0
insert jpsiwidth:MEmass1 43 0
insert jpsiwidth:MEmass1 44 0
insert jpsiwidth:MEmass1 45 1.403
insert jpsiwidth:MEmass1 46 1.403
insert jpsiwidth:MEmass1 47 1.403
insert jpsiwidth:MEmass1 48 1.403
insert jpsiwidth:MEmass1 49 0.78266
insert jpsiwidth:MEmass1 50 0
insert jpsiwidth:MEmass1 51 1.2295
insert jpsiwidth:MEmass1 52 1.2295
insert jpsiwidth:MEmass1 53 1.2295
insert jpsiwidth:MEmass1 54 0
insert jpsiwidth:MEmass1 55 0
insert jpsiwidth:MEmass1 56 1.11568
insert jpsiwidth:MEmass1 57 0
insert jpsiwidth:MEmass1 58 0.13957
insert jpsiwidth:MEmass1 59 1.2755
insert jpsiwidth:MEmass1 60 0
insert jpsiwidth:MEmass1 61 0
insert jpsiwidth:MEmass1 62 0
insert jpsiwidth:MEmass1 63 0
insert jpsiwidth:MEmass1 64 0
insert jpsiwidth:MEmass1 65 1.19745
insert jpsiwidth:MEmass1 66 1.19264
insert jpsiwidth:MEmass1 67 1.18937
insert jpsiwidth:MEmass1 68 0
insert jpsiwidth:MEmass1 69 0
insert jpsiwidth:MEmass1 70 0
insert jpsiwidth:MEmass1 71 0
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insert jpsiwidth:MEmass1 81 0
insert jpsiwidth:MEmass1 82 0
insert jpsiwidth:MEmass1 83 0
insert jpsiwidth:MEmass1 84 0
insert jpsiwidth:MEmass1 85 1.32171
insert jpsiwidth:MEmass1 86 1.31486
insert jpsiwidth:MEmass1 87 0
insert jpsiwidth:MEmass1 88 0
insert jpsiwidth:MEmass1 89 0
insert jpsiwidth:MEmass1 90 0
insert jpsiwidth:MEmass1 91 1.5174
insert jpsiwidth:MEmass1 92 1.4263
insert jpsiwidth:MEmass1 93 0
insert jpsiwidth:MEmass1 94 0.78266
insert jpsiwidth:MEmass1 95 1.01946
insert jpsiwidth:MEmass1 96 0
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insert jpsiwidth:MEmass1 98 0
insert jpsiwidth:MEmass1 99 0
insert jpsiwidth:MEmass1 100 1.4263
insert jpsiwidth:MEmass1 101 1.2819
insert jpsiwidth:MEmass1 102 0
insert jpsiwidth:MEmass1 103 0
insert jpsiwidth:MEmass1 104 0
insert jpsiwidth:MEmass1 105 0
insert jpsiwidth:MEmass1 106 0
insert jpsiwidth:MEmass1 107 1.01946
insert jpsiwidth:MEmass1 108 0
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insert jpsiwidth:MEmass1 110 0
insert jpsiwidth:MEmass1 111 0
insert jpsiwidth:MEmass1 112 0
insert jpsiwidth:MEmass1 113 0
insert jpsiwidth:MEmass1 114 1.3872
insert jpsiwidth:MEmass1 115 1.3837
insert jpsiwidth:MEmass1 116 1.38283
insert jpsiwidth:MEmass1 117 0
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insert jpsiwidth:MEmass1 120 0
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insert jpsiwidth:MEmass1 122 0
insert jpsiwidth:MEmass1 123 0
insert jpsiwidth:MEmass1 124 0
insert jpsiwidth:MEmass1 125 1.5174
insert jpsiwidth:MEmass1 126 0
insert jpsiwidth:MEmass1 127 0.78266
insert jpsiwidth:MEmass1 128 0
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insert jpsiwidth:MEmass1 130 0
insert jpsiwidth:MEmass1 131 0
insert jpsiwidth:MEmass1 132 0
insert jpsiwidth:MEmass1 133 1.01946
insert jpsiwidth:MEmass1 134 0
insert jpsiwidth:MEmass1 135 0
insert jpsiwidth:MEmass1 136 1.01946
insert jpsiwidth:MEmass1 137 0
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insert jpsiwidth:MEmass1 139 0
insert jpsiwidth:MEmass1 140 0
insert jpsiwidth:MEmass1 141 1.2819
insert jpsiwidth:MEmass1 142 0.493677
insert jpsiwidth:MEmass1 143 0
insert jpsiwidth:MEmass1 144 0.77526
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insert jpsiwidth:MEmass1 150 0
insert jpsiwidth:MEmass1 151 0
insert jpsiwidth:MEmass1 152 0.497611
insert jpsiwidth:MEmass1 153 0.78266
insert jpsiwidth:MEmass1 154 0.77526
insert jpsiwidth:MEmass1 155 0
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insert jpsiwidth:MEmass1 157 0
insert jpsiwidth:MEmass1 158 0
insert jpsiwidth:MEmass2 0 0
insert jpsiwidth:MEmass2 1 0
insert jpsiwidth:MEmass2 2 0.000510999
insert jpsiwidth:MEmass2 3 0.105658
insert jpsiwidth:MEmass2 4 0
insert jpsiwidth:MEmass2 5 0
insert jpsiwidth:MEmass2 6 0
insert jpsiwidth:MEmass2 7 2.9839
insert jpsiwidth:MEmass2 8 0
insert jpsiwidth:MEmass2 9 0.13957
insert jpsiwidth:MEmass2 10 0.134977
insert jpsiwidth:MEmass2 11 0.13957
insert jpsiwidth:MEmass2 12 0
insert jpsiwidth:MEmass2 13 0
insert jpsiwidth:MEmass2 14 0.95778
insert jpsiwidth:MEmass2 15 0
insert jpsiwidth:MEmass2 16 0
insert jpsiwidth:MEmass2 17 0.78266
insert jpsiwidth:MEmass2 18 0.77526
insert jpsiwidth:MEmass2 19 0.77526
insert jpsiwidth:MEmass2 20 0.77526
insert jpsiwidth:MEmass2 21 0
insert jpsiwidth:MEmass2 22 0.89167
insert jpsiwidth:MEmass2 23 0.89555
insert jpsiwidth:MEmass2 24 0.89555
insert jpsiwidth:MEmass2 25 0.89167
insert jpsiwidth:MEmass2 26 0
insert jpsiwidth:MEmass2 27 0
insert jpsiwidth:MEmass2 28 0
insert jpsiwidth:MEmass2 29 1.475
insert jpsiwidth:MEmass2 30 0.493677
insert jpsiwidth:MEmass2 31 0.497611
insert jpsiwidth:MEmass2 32 0.497611
insert jpsiwidth:MEmass2 33 0.493677
insert jpsiwidth:MEmass2 34 0
insert jpsiwidth:MEmass2 35 0
insert jpsiwidth:MEmass2 36 0.939565
insert jpsiwidth:MEmass2 37 0.938272
insert jpsiwidth:MEmass2 38 0
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insert jpsiwidth:MEmass2 40 0
insert jpsiwidth:MEmass2 41 0
insert jpsiwidth:MEmass2 42 0
insert jpsiwidth:MEmass2 43 0
insert jpsiwidth:MEmass2 44 0
insert jpsiwidth:MEmass2 45 0.493677
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insert jpsiwidth:MEmass2 47 0.497611
insert jpsiwidth:MEmass2 48 0.493677
insert jpsiwidth:MEmass2 49 0.547862
insert jpsiwidth:MEmass2 50 0
insert jpsiwidth:MEmass2 51 0.13957
insert jpsiwidth:MEmass2 52 0.134977
insert jpsiwidth:MEmass2 53 0.13957
insert jpsiwidth:MEmass2 54 0
insert jpsiwidth:MEmass2 55 0
insert jpsiwidth:MEmass2 56 1.11568
insert jpsiwidth:MEmass2 57 0
insert jpsiwidth:MEmass2 58 0.13957
insert jpsiwidth:MEmass2 59 0
insert jpsiwidth:MEmass2 60 1.704
insert jpsiwidth:MEmass2 61 0
insert jpsiwidth:MEmass2 62 0
insert jpsiwidth:MEmass2 63 0
insert jpsiwidth:MEmass2 64 0
insert jpsiwidth:MEmass2 65 1.19745
insert jpsiwidth:MEmass2 66 1.19264
insert jpsiwidth:MEmass2 67 1.18937
insert jpsiwidth:MEmass2 68 0
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insert jpsiwidth:MEmass2 79 0
insert jpsiwidth:MEmass2 80 0
insert jpsiwidth:MEmass2 81 0.547862
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insert jpsiwidth:MEmass2 83 0
insert jpsiwidth:MEmass2 84 0
insert jpsiwidth:MEmass2 85 1.32171
insert jpsiwidth:MEmass2 86 1.31486
insert jpsiwidth:MEmass2 87 0
insert jpsiwidth:MEmass2 88 0
insert jpsiwidth:MEmass2 89 0
insert jpsiwidth:MEmass2 90 0
insert jpsiwidth:MEmass2 91 1.01946
insert jpsiwidth:MEmass2 92 0
insert jpsiwidth:MEmass2 93 0
insert jpsiwidth:MEmass2 94 1.704
insert jpsiwidth:MEmass2 95 0.547862
insert jpsiwidth:MEmass2 96 0
insert jpsiwidth:MEmass2 97 0
insert jpsiwidth:MEmass2 98 0
insert jpsiwidth:MEmass2 99 0
insert jpsiwidth:MEmass2 100 0.78266
insert jpsiwidth:MEmass2 101 0
insert jpsiwidth:MEmass2 102 0
insert jpsiwidth:MEmass2 103 0
insert jpsiwidth:MEmass2 104 0
insert jpsiwidth:MEmass2 105 0
insert jpsiwidth:MEmass2 106 1.506
insert jpsiwidth:MEmass2 107 1.704
insert jpsiwidth:MEmass2 108 0
insert jpsiwidth:MEmass2 109 0
insert jpsiwidth:MEmass2 110 0
insert jpsiwidth:MEmass2 111 0
insert jpsiwidth:MEmass2 112 0
insert jpsiwidth:MEmass2 113 0
insert jpsiwidth:MEmass2 114 1.3872
insert jpsiwidth:MEmass2 115 1.3837
insert jpsiwidth:MEmass2 116 1.38283
insert jpsiwidth:MEmass2 117 0
insert jpsiwidth:MEmass2 118 0
insert jpsiwidth:MEmass2 119 0
insert jpsiwidth:MEmass2 120 0
insert jpsiwidth:MEmass2 121 0
insert jpsiwidth:MEmass2 122 0
insert jpsiwidth:MEmass2 123 0
insert jpsiwidth:MEmass2 124 0
insert jpsiwidth:MEmass2 125 0
insert jpsiwidth:MEmass2 126 1.4098
insert jpsiwidth:MEmass2 127 0.134977
insert jpsiwidth:MEmass2 128 0
insert jpsiwidth:MEmass2 129 0
insert jpsiwidth:MEmass2 130 0
insert jpsiwidth:MEmass2 131 0
insert jpsiwidth:MEmass2 132 0
insert jpsiwidth:MEmass2 133 0.95778
insert jpsiwidth:MEmass2 134 0
insert jpsiwidth:MEmass2 135 0
insert jpsiwidth:MEmass2 136 0.965
insert jpsiwidth:MEmass2 137 0
insert jpsiwidth:MEmass2 138 0
insert jpsiwidth:MEmass2 139 0
insert jpsiwidth:MEmass2 140 0
insert jpsiwidth:MEmass2 141 1.01946
insert jpsiwidth:MEmass2 142 0.493677
insert jpsiwidth:MEmass2 143 0
insert jpsiwidth:MEmass2 144 0.547862
insert jpsiwidth:MEmass2 145 0.95778
insert jpsiwidth:MEmass2 146 0
insert jpsiwidth:MEmass2 147 0
insert jpsiwidth:MEmass2 148 0
insert jpsiwidth:MEmass2 149 0
insert jpsiwidth:MEmass2 150 0
insert jpsiwidth:MEmass2 151 0
insert jpsiwidth:MEmass2 152 0.497611
insert jpsiwidth:MEmass2 153 0.965
insert jpsiwidth:MEmass2 154 0.95778
insert jpsiwidth:MEmass2 155 0
insert jpsiwidth:MEmass2 156 0
insert jpsiwidth:MEmass2 157 0.134977
insert jpsiwidth:MEmass2 158 0
insert jpsiwidth:DecayModes 0 Jpsi->g,g,g;
insert jpsiwidth:DecayModes 1 Jpsi->u,ubar;
insert jpsiwidth:DecayModes 2 Jpsi->e-,e+;
insert jpsiwidth:DecayModes 3 Jpsi->mu-,mu+;
insert jpsiwidth:DecayModes 4 Jpsi->gamma,g,g;
insert jpsiwidth:DecayModes 5 Jpsi->d,dbar;
insert jpsiwidth:DecayModes 6 Jpsi->s,sbar;
insert jpsiwidth:DecayModes 7 Jpsi->eta_c,gamma;
insert jpsiwidth:DecayModes 8 Jpsi->omega,pi+,pi+,pi-,pi-;
insert jpsiwidth:DecayModes 9 Jpsi->rho-,pi+;
insert jpsiwidth:DecayModes 10 Jpsi->rho0,pi0;
insert jpsiwidth:DecayModes 11 Jpsi->rho+,pi-;
insert jpsiwidth:DecayModes 12 Jpsi->pi+,pi-,pi0,pi0,gamma;
insert jpsiwidth:DecayModes 13 Jpsi->omega,pi+,pi-;
insert jpsiwidth:DecayModes 14 Jpsi->eta',gamma;
insert jpsiwidth:DecayModes 15 Jpsi->n0,nbar0,pi+,pi-;
insert jpsiwidth:DecayModes 16 Jpsi->p+,pbar-,pi+,pi-;
insert jpsiwidth:DecayModes 17 Jpsi->f_2,omega;
insert jpsiwidth:DecayModes 18 Jpsi->a_20,rho0;
insert jpsiwidth:DecayModes 19 Jpsi->a_2-,rho+;
insert jpsiwidth:DecayModes 20 Jpsi->a_2+,rho-;
insert jpsiwidth:DecayModes 21 Jpsi->omega,pi+,pi-,pi0;
insert jpsiwidth:DecayModes 22 Jpsi->K*_2+,K*-;
insert jpsiwidth:DecayModes 23 Jpsi->K*_20,K*bar0;
insert jpsiwidth:DecayModes 24 Jpsi->K*_2bar0,K*0;
insert jpsiwidth:DecayModes 25 Jpsi->K*_2-,K*+;
insert jpsiwidth:DecayModes 26 Jpsi->pi+,pi-,pi0;
insert jpsiwidth:DecayModes 27 Jpsi->eta,pi+,pi-,gamma;
insert jpsiwidth:DecayModes 28 Jpsi->rho+,rho-,gamma;
insert jpsiwidth:DecayModes 29 Jpsi->eta(1475),gamma;
insert jpsiwidth:DecayModes 30 Jpsi->K*+,K-;
insert jpsiwidth:DecayModes 31 Jpsi->K*0,Kbar0;
insert jpsiwidth:DecayModes 32 Jpsi->K*bar0,K0;
insert jpsiwidth:DecayModes 33 Jpsi->K*-,K+;
insert jpsiwidth:DecayModes 34 Jpsi->p+,pbar-,pi+,pi-,pi0;
insert jpsiwidth:DecayModes 35 Jpsi->omega,pi0,pi0;
insert jpsiwidth:DecayModes 36 Jpsi->n0,nbar0;
insert jpsiwidth:DecayModes 37 Jpsi->p+,pbar-;
insert jpsiwidth:DecayModes 38 Jpsi->K+,K-,pi+,pi-,gamma;
insert jpsiwidth:DecayModes 39 Jpsi->n0,nbar0,eta;
insert jpsiwidth:DecayModes 40 Jpsi->p+,pbar-,eta;
insert jpsiwidth:DecayModes 41 Jpsi->pbar-,n0,pi+;
insert jpsiwidth:DecayModes 42 Jpsi->p+,nbar0,pi-;
insert jpsiwidth:DecayModes 43 Jpsi->K*0,K*bar0,gamma;
insert jpsiwidth:DecayModes 44 Jpsi->K*+,K*-,gamma;
insert jpsiwidth:DecayModes 45 Jpsi->K'_1-,K+;
insert jpsiwidth:DecayModes 46 Jpsi->K'_1bar0,K0;
insert jpsiwidth:DecayModes 47 Jpsi->K'_10,Kbar0;
insert jpsiwidth:DecayModes 48 Jpsi->K'_1+,K-;
insert jpsiwidth:DecayModes 49 Jpsi->omega,eta;
insert jpsiwidth:DecayModes 50 Jpsi->phi,pi+,pi+,pi-,pi-;
insert jpsiwidth:DecayModes 51 Jpsi->b_1-,pi+;
insert jpsiwidth:DecayModes 52 Jpsi->b_10,pi0;
insert jpsiwidth:DecayModes 53 Jpsi->b_1+,pi-;
insert jpsiwidth:DecayModes 54 Jpsi->eta,pi0,pi0,gamma;
insert jpsiwidth:DecayModes 55 Jpsi->omega,omega,gamma;
insert jpsiwidth:DecayModes 56 Jpsi->Lambda0,Lambdabar0;
insert jpsiwidth:DecayModes 57 Jpsi->rho0,rho0,gamma;
insert jpsiwidth:DecayModes 58 Jpsi->pi+,pi-;
insert jpsiwidth:DecayModes 59 Jpsi->f_2,gamma;
insert jpsiwidth:DecayModes 60 Jpsi->f_0(1710),gamma;
insert jpsiwidth:DecayModes 61 Jpsi->K*-,K+,omega;
insert jpsiwidth:DecayModes 62 Jpsi->K*bar0,K0,omega;
insert jpsiwidth:DecayModes 63 Jpsi->K*0,Kbar0,omega;
insert jpsiwidth:DecayModes 64 Jpsi->K*+,K-,omega;
insert jpsiwidth:DecayModes 65 Jpsi->Sigma-,Sigmabar+;
insert jpsiwidth:DecayModes 66 Jpsi->Sigma0,Sigmabar0;
insert jpsiwidth:DecayModes 67 Jpsi->Sigma+,Sigmabar-;
insert jpsiwidth:DecayModes 68 Jpsi->n0,nbar0,omega;
insert jpsiwidth:DecayModes 69 Jpsi->p+,pbar-,omega;
insert jpsiwidth:DecayModes 70 Jpsi->Delta-,Deltabar+;
insert jpsiwidth:DecayModes 71 Jpsi->Delta0,Deltabar0;
insert jpsiwidth:DecayModes 72 Jpsi->Delta+,Deltabar-;
insert jpsiwidth:DecayModes 73 Jpsi->Delta++,Deltabar--;
insert jpsiwidth:DecayModes 74 Jpsi->Sigma*+,pbar-,K0;
insert jpsiwidth:DecayModes 75 Jpsi->p+,pbar-,pi0;
insert jpsiwidth:DecayModes 76 Jpsi->Sigma*-,nbar0,K+;
insert jpsiwidth:DecayModes 77 Jpsi->n0,nbar0,pi0;
insert jpsiwidth:DecayModes 78 Jpsi->Sigma*bar+,n0,K-;
insert jpsiwidth:DecayModes 79 Jpsi->Sigma*bar-,p+,Kbar0;
insert jpsiwidth:DecayModes 80 Jpsi->pi+,pi+,pi-,pi-,gamma;
insert jpsiwidth:DecayModes 81 Jpsi->eta,gamma;
insert jpsiwidth:DecayModes 82 Jpsi->f_2,f_2,gamma;
insert jpsiwidth:DecayModes 83 Jpsi->n0,nbar0,eta';
insert jpsiwidth:DecayModes 84 Jpsi->p+,pbar-,eta';
insert jpsiwidth:DecayModes 85 Jpsi->Xi-,Xibar+;
insert jpsiwidth:DecayModes 86 Jpsi->Xi0,Xibar0;
insert jpsiwidth:DecayModes 87 Jpsi->Lambda0,pbar-,K+;
insert jpsiwidth:DecayModes 88 Jpsi->Lambda0,nbar0,K0;
insert jpsiwidth:DecayModes 89 Jpsi->Lambdabar0,n0,Kbar0;
insert jpsiwidth:DecayModes 90 Jpsi->Lambdabar0,p+,K-;
insert jpsiwidth:DecayModes 91 Jpsi->f'_2,phi;
insert jpsiwidth:DecayModes 92 Jpsi->f'_1,gamma;
insert jpsiwidth:DecayModes 93 Jpsi->phi,pi+,pi-;
insert jpsiwidth:DecayModes 94 Jpsi->f_0(1710),omega;
insert jpsiwidth:DecayModes 95 Jpsi->phi,eta;
insert jpsiwidth:DecayModes 96 Jpsi->phi,K0,Kbar0;
insert jpsiwidth:DecayModes 97 Jpsi->phi,K+,K-;
insert jpsiwidth:DecayModes 98 Jpsi->K0,Kbar0,omega;
insert jpsiwidth:DecayModes 99 Jpsi->K+,K-,omega;
insert jpsiwidth:DecayModes 100 Jpsi->f'_1,omega;
insert jpsiwidth:DecayModes 101 Jpsi->f_1,gamma;
insert jpsiwidth:DecayModes 102 Jpsi->Sigma+,pbar-,K0;
insert jpsiwidth:DecayModes 103 Jpsi->Sigma-,nbar0,K+;
insert jpsiwidth:DecayModes 104 Jpsi->Sigmabar+,n0,K-;
insert jpsiwidth:DecayModes 105 Jpsi->Sigmabar-,p+,Kbar0;
insert jpsiwidth:DecayModes 106 Jpsi->f_0(1500),gamma;
insert jpsiwidth:DecayModes 107 Jpsi->f_0(1710),phi;
insert jpsiwidth:DecayModes 108 Jpsi->Sigmabar-,Lambda0,pi+;
insert jpsiwidth:DecayModes 109 Jpsi->Sigmabar0,Lambda0,pi0;
insert jpsiwidth:DecayModes 110 Jpsi->Lambda0,Sigmabar+,pi-;
insert jpsiwidth:DecayModes 111 Jpsi->Lambdabar0,Sigma-,pi+;
insert jpsiwidth:DecayModes 112 Jpsi->Sigma0,Lambdabar0,pi0;
insert jpsiwidth:DecayModes 113 Jpsi->Sigma+,Lambdabar0,pi-;
insert jpsiwidth:DecayModes 114 Jpsi->Sigma*-,Sigma*bar+;
insert jpsiwidth:DecayModes 115 Jpsi->Sigma*0,Sigma*bar0;
insert jpsiwidth:DecayModes 116 Jpsi->Sigma*+,Sigma*bar-;
insert jpsiwidth:DecayModes 117 Jpsi->Sigma*0,pbar-,K+;
insert jpsiwidth:DecayModes 118 Jpsi->Sigma*0,nbar0,K0;
insert jpsiwidth:DecayModes 119 Jpsi->phi,K*+,K-;
insert jpsiwidth:DecayModes 120 Jpsi->phi,K*0,Kbar0;
insert jpsiwidth:DecayModes 121 Jpsi->phi,K*bar0,K0;
insert jpsiwidth:DecayModes 122 Jpsi->phi,K*-,K+;
insert jpsiwidth:DecayModes 123 Jpsi->Sigma*bar0,n0,Kbar0;
insert jpsiwidth:DecayModes 124 Jpsi->Sigma*bar0,p+,K-;
insert jpsiwidth:DecayModes 125 Jpsi->f'_2,gamma;
insert jpsiwidth:DecayModes 126 Jpsi->eta(1405),gamma;
insert jpsiwidth:DecayModes 127 Jpsi->omega,pi0;
insert jpsiwidth:DecayModes 128 Jpsi->Xi*bar0,Xi0;
insert jpsiwidth:DecayModes 129 Jpsi->Xi*bar+,Xi-;
insert jpsiwidth:DecayModes 130 Jpsi->Xi*-,Xibar+;
insert jpsiwidth:DecayModes 131 Jpsi->Xi*0,Xibar0;
insert jpsiwidth:DecayModes 132 Jpsi->phi,phi,gamma;
insert jpsiwidth:DecayModes 133 Jpsi->phi,eta';
insert jpsiwidth:DecayModes 134 Jpsi->n0,nbar0,gamma;
insert jpsiwidth:DecayModes 135 Jpsi->p+,pbar-,gamma;
insert jpsiwidth:DecayModes 136 Jpsi->f_0,phi;
insert jpsiwidth:DecayModes 137 Jpsi->Sigma0,pbar-,K+;
insert jpsiwidth:DecayModes 138 Jpsi->Sigma0,nbar0,K0;
insert jpsiwidth:DecayModes 139 Jpsi->Sigmabar0,n0,Kbar0;
insert jpsiwidth:DecayModes 140 Jpsi->Sigmabar0,p+,K-;
insert jpsiwidth:DecayModes 141 Jpsi->f_1,phi;
insert jpsiwidth:DecayModes 142 Jpsi->K+,K-;
insert jpsiwidth:DecayModes 143 Jpsi->Lambda0,Lambdabar0,pi0;
insert jpsiwidth:DecayModes 144 Jpsi->eta,rho0;
insert jpsiwidth:DecayModes 145 Jpsi->eta',omega;
insert jpsiwidth:DecayModes 146 Jpsi->Sigma*bar-,Sigma+;
insert jpsiwidth:DecayModes 147 Jpsi->Sigma*bar0,Sigma0;
insert jpsiwidth:DecayModes 148 Jpsi->Sigma*bar+,Sigma-;
insert jpsiwidth:DecayModes 149 Jpsi->Sigma*-,Sigmabar+;
insert jpsiwidth:DecayModes 150 Jpsi->Sigma*0,Sigmabar0;
insert jpsiwidth:DecayModes 151 Jpsi->Sigma*+,Sigmabar-;
insert jpsiwidth:DecayModes 152 Jpsi->K_S0,K_L0;
insert jpsiwidth:DecayModes 153 Jpsi->f_0,omega;
insert jpsiwidth:DecayModes 154 Jpsi->eta',rho0;
insert jpsiwidth:DecayModes 155 Jpsi->n0,nbar0,phi;
insert jpsiwidth:DecayModes 156 Jpsi->p+,pbar-,phi;
insert jpsiwidth:DecayModes 157 Jpsi->pi0,gamma;
insert jpsiwidth:DecayModes 158 Jpsi->eta,e-,e+;
insert jpsiwidth:InterpolationMasses 0 3.0959058
insert jpsiwidth:InterpolationMasses 1 3.0959439
insert jpsiwidth:InterpolationMasses 2 3.095982
insert jpsiwidth:InterpolationMasses 3 3.0960201
insert jpsiwidth:InterpolationMasses 4 3.0960582
insert jpsiwidth:InterpolationMasses 5 3.0960964
insert jpsiwidth:InterpolationMasses 6 3.0961345
insert jpsiwidth:InterpolationMasses 7 3.0961726
insert jpsiwidth:InterpolationMasses 8 3.0962107
insert jpsiwidth:InterpolationMasses 9 3.0962489
insert jpsiwidth:InterpolationMasses 10 3.096287
insert jpsiwidth:InterpolationMasses 11 3.0963251
insert jpsiwidth:InterpolationMasses 12 3.0963632
insert jpsiwidth:InterpolationMasses 13 3.0964013
insert jpsiwidth:InterpolationMasses 14 3.0964395
insert jpsiwidth:InterpolationMasses 15 3.0964776
insert jpsiwidth:InterpolationMasses 16 3.0965157
insert jpsiwidth:InterpolationMasses 17 3.0965538
insert jpsiwidth:InterpolationMasses 18 3.096592
insert jpsiwidth:InterpolationMasses 19 3.0966301
insert jpsiwidth:InterpolationMasses 20 3.0966682
insert jpsiwidth:InterpolationMasses 21 3.0967063
insert jpsiwidth:InterpolationMasses 22 3.0967444
insert jpsiwidth:InterpolationMasses 23 3.0967826
insert jpsiwidth:InterpolationMasses 24 3.0968207
insert jpsiwidth:InterpolationMasses 25 3.0968588
insert jpsiwidth:InterpolationMasses 26 3.0968969
insert jpsiwidth:InterpolationMasses 27 3.0969351
insert jpsiwidth:InterpolationMasses 28 3.0969732
insert jpsiwidth:InterpolationMasses 29 3.0970113
insert jpsiwidth:InterpolationMasses 30 3.0970494
insert jpsiwidth:InterpolationMasses 31 3.0970876
insert jpsiwidth:InterpolationMasses 32 3.0971257
insert jpsiwidth:InterpolationMasses 33 3.0971638
insert jpsiwidth:InterpolationMasses 34 3.0972019
insert jpsiwidth:InterpolationMasses 35 3.09724
insert jpsiwidth:InterpolationMasses 36 3.0972782
insert jpsiwidth:InterpolationMasses 37 3.0973163
insert jpsiwidth:InterpolationMasses 38 3.0973544
insert jpsiwidth:InterpolationMasses 39 3.0973925
insert jpsiwidth:InterpolationMasses 40 3.0974307
insert jpsiwidth:InterpolationMasses 41 3.0974688
insert jpsiwidth:InterpolationMasses 42 3.0975069
insert jpsiwidth:InterpolationMasses 43 3.097545
insert jpsiwidth:InterpolationMasses 44 3.0975831
insert jpsiwidth:InterpolationMasses 45 3.0976213
insert jpsiwidth:InterpolationMasses 46 3.0976594
insert jpsiwidth:InterpolationMasses 47 3.0976975
insert jpsiwidth:InterpolationMasses 48 3.0977356
insert jpsiwidth:InterpolationMasses 49 3.0977738
insert jpsiwidth:InterpolationMasses 50 3.0978119
insert jpsiwidth:InterpolationMasses 51 3.09785
insert jpsiwidth:InterpolationMasses 52 3.0978881
insert jpsiwidth:InterpolationMasses 53 3.0979262
insert jpsiwidth:InterpolationMasses 54 3.0959058
insert jpsiwidth:InterpolationMasses 55 3.0959439
insert jpsiwidth:InterpolationMasses 56 3.095982
insert jpsiwidth:InterpolationMasses 57 3.0960201
insert jpsiwidth:InterpolationMasses 58 3.0960582
insert jpsiwidth:InterpolationMasses 59 3.0960964
insert jpsiwidth:InterpolationMasses 60 3.0961345
insert jpsiwidth:InterpolationMasses 61 3.0961726
insert jpsiwidth:InterpolationMasses 62 3.0962107
insert jpsiwidth:InterpolationMasses 63 3.0962489
insert jpsiwidth:InterpolationMasses 64 3.096287
insert jpsiwidth:InterpolationMasses 65 3.0963251
insert jpsiwidth:InterpolationMasses 66 3.0963632
insert jpsiwidth:InterpolationMasses 67 3.0964013
insert jpsiwidth:InterpolationMasses 68 3.0964395
insert jpsiwidth:InterpolationMasses 69 3.0964776
insert jpsiwidth:InterpolationMasses 70 3.0965157
insert jpsiwidth:InterpolationMasses 71 3.0965538
insert jpsiwidth:InterpolationMasses 72 3.096592
insert jpsiwidth:InterpolationMasses 73 3.0966301
insert jpsiwidth:InterpolationMasses 74 3.0966682
insert jpsiwidth:InterpolationMasses 75 3.0967063
insert jpsiwidth:InterpolationMasses 76 3.0967444
insert jpsiwidth:InterpolationMasses 77 3.0967826
insert jpsiwidth:InterpolationMasses 78 3.0968207
insert jpsiwidth:InterpolationMasses 79 3.0968588
insert jpsiwidth:InterpolationMasses 80 3.0968969
insert jpsiwidth:InterpolationMasses 81 3.0969351
insert jpsiwidth:InterpolationMasses 82 3.0969732
insert jpsiwidth:InterpolationMasses 83 3.0970113
insert jpsiwidth:InterpolationMasses 84 3.0970494
insert jpsiwidth:InterpolationMasses 85 3.0970876
insert jpsiwidth:InterpolationMasses 86 3.0971257
insert jpsiwidth:InterpolationMasses 87 3.0971638
insert jpsiwidth:InterpolationMasses 88 3.0972019
insert jpsiwidth:InterpolationMasses 89 3.09724
insert jpsiwidth:InterpolationMasses 90 3.0972782
insert jpsiwidth:InterpolationMasses 91 3.0973163
insert jpsiwidth:InterpolationMasses 92 3.0973544
insert jpsiwidth:InterpolationMasses 93 3.0973925
insert jpsiwidth:InterpolationMasses 94 3.0974307
insert jpsiwidth:InterpolationMasses 95 3.0974688
insert jpsiwidth:InterpolationMasses 96 3.0975069
insert jpsiwidth:InterpolationMasses 97 3.097545
insert jpsiwidth:InterpolationMasses 98 3.0975831
insert jpsiwidth:InterpolationMasses 99 3.0976213
insert jpsiwidth:InterpolationMasses 100 3.0976594
insert jpsiwidth:InterpolationMasses 101 3.0976975
insert jpsiwidth:InterpolationMasses 102 3.0977356
insert jpsiwidth:InterpolationMasses 103 3.0977738
insert jpsiwidth:InterpolationMasses 104 3.0978119
insert jpsiwidth:InterpolationMasses 105 3.09785
insert jpsiwidth:InterpolationMasses 106 3.0978881
insert jpsiwidth:InterpolationMasses 107 3.0979262
insert jpsiwidth:InterpolationMasses 108 3.0959058
insert jpsiwidth:InterpolationMasses 109 3.0959439
insert jpsiwidth:InterpolationMasses 110 3.095982
insert jpsiwidth:InterpolationMasses 111 3.0960201
insert jpsiwidth:InterpolationMasses 112 3.0960582
insert jpsiwidth:InterpolationMasses 113 3.0960964
insert jpsiwidth:InterpolationMasses 114 3.0961345
insert jpsiwidth:InterpolationMasses 115 3.0961726
insert jpsiwidth:InterpolationMasses 116 3.0962107
insert jpsiwidth:InterpolationMasses 117 3.0962489
insert jpsiwidth:InterpolationMasses 118 3.096287
insert jpsiwidth:InterpolationMasses 119 3.0963251
insert jpsiwidth:InterpolationMasses 120 3.0963632
insert jpsiwidth:InterpolationMasses 121 3.0964013
insert jpsiwidth:InterpolationMasses 122 3.0964395
insert jpsiwidth:InterpolationMasses 123 3.0964776
insert jpsiwidth:InterpolationMasses 124 3.0965157
insert jpsiwidth:InterpolationMasses 125 3.0965538
insert jpsiwidth:InterpolationMasses 126 3.096592
insert jpsiwidth:InterpolationMasses 127 3.0966301
insert jpsiwidth:InterpolationMasses 128 3.0966682
insert jpsiwidth:InterpolationMasses 129 3.0967063
insert jpsiwidth:InterpolationMasses 130 3.0967444
insert jpsiwidth:InterpolationMasses 131 3.0967826
insert jpsiwidth:InterpolationMasses 132 3.0968207
insert jpsiwidth:InterpolationMasses 133 3.0968588
insert jpsiwidth:InterpolationMasses 134 3.0968969
insert jpsiwidth:InterpolationMasses 135 3.0969351
insert jpsiwidth:InterpolationMasses 136 3.0969732
insert jpsiwidth:InterpolationMasses 137 3.0970113
insert jpsiwidth:InterpolationMasses 138 3.0970494
insert jpsiwidth:InterpolationMasses 139 3.0970876
insert jpsiwidth:InterpolationMasses 140 3.0971257
insert jpsiwidth:InterpolationMasses 141 3.0971638
insert jpsiwidth:InterpolationMasses 142 3.0972019
insert jpsiwidth:InterpolationMasses 143 3.09724
insert jpsiwidth:InterpolationMasses 144 3.0972782
insert jpsiwidth:InterpolationMasses 145 3.0973163
insert jpsiwidth:InterpolationMasses 146 3.0973544
insert jpsiwidth:InterpolationMasses 147 3.0973925
insert jpsiwidth:InterpolationMasses 148 3.0974307
insert jpsiwidth:InterpolationMasses 149 3.0974688
insert jpsiwidth:InterpolationMasses 150 3.0975069
insert jpsiwidth:InterpolationMasses 151 3.097545
insert jpsiwidth:InterpolationMasses 152 3.0975831
insert jpsiwidth:InterpolationMasses 153 3.0976213
insert jpsiwidth:InterpolationMasses 154 3.0976594
insert jpsiwidth:InterpolationMasses 155 3.0976975
insert jpsiwidth:InterpolationMasses 156 3.0977356
insert jpsiwidth:InterpolationMasses 157 3.0977738
insert jpsiwidth:InterpolationMasses 158 3.0978119
insert jpsiwidth:InterpolationMasses 159 3.09785
insert jpsiwidth:InterpolationMasses 160 3.0978881
insert jpsiwidth:InterpolationMasses 161 3.0979262
insert jpsiwidth:InterpolationMasses 162 3.0959058
insert jpsiwidth:InterpolationMasses 163 3.0959439
insert jpsiwidth:InterpolationMasses 164 3.095982
insert jpsiwidth:InterpolationMasses 165 3.0960201
insert jpsiwidth:InterpolationMasses 166 3.0960582
insert jpsiwidth:InterpolationMasses 167 3.0960964
insert jpsiwidth:InterpolationMasses 168 3.0961345
insert jpsiwidth:InterpolationMasses 169 3.0961726
insert jpsiwidth:InterpolationMasses 170 3.0962107
insert jpsiwidth:InterpolationMasses 171 3.0962489
insert jpsiwidth:InterpolationMasses 172 3.096287
insert jpsiwidth:InterpolationMasses 173 3.0963251
insert jpsiwidth:InterpolationMasses 174 3.0963632
insert jpsiwidth:InterpolationMasses 175 3.0964013
insert jpsiwidth:InterpolationMasses 176 3.0964395
insert jpsiwidth:InterpolationMasses 177 3.0964776
insert jpsiwidth:InterpolationMasses 178 3.0965157
insert jpsiwidth:InterpolationMasses 179 3.0965538
insert jpsiwidth:InterpolationMasses 180 3.096592
insert jpsiwidth:InterpolationMasses 181 3.0966301
insert jpsiwidth:InterpolationMasses 182 3.0966682
insert jpsiwidth:InterpolationMasses 183 3.0967063
insert jpsiwidth:InterpolationMasses 184 3.0967444
insert jpsiwidth:InterpolationMasses 185 3.0967826
insert jpsiwidth:InterpolationMasses 186 3.0968207
insert jpsiwidth:InterpolationMasses 187 3.0968588
insert jpsiwidth:InterpolationMasses 188 3.0968969
insert jpsiwidth:InterpolationMasses 189 3.0969351
insert jpsiwidth:InterpolationMasses 190 3.0969732
insert jpsiwidth:InterpolationMasses 191 3.0970113
insert jpsiwidth:InterpolationMasses 192 3.0970494
insert jpsiwidth:InterpolationMasses 193 3.0970876
insert jpsiwidth:InterpolationMasses 194 3.0971257
insert jpsiwidth:InterpolationMasses 195 3.0971638
insert jpsiwidth:InterpolationMasses 196 3.0972019
insert jpsiwidth:InterpolationMasses 197 3.09724
insert jpsiwidth:InterpolationMasses 198 3.0972782
insert jpsiwidth:InterpolationMasses 199 3.0973163
insert jpsiwidth:InterpolationMasses 200 3.0973544
insert jpsiwidth:InterpolationMasses 201 3.0973925
insert jpsiwidth:InterpolationMasses 202 3.0974307
insert jpsiwidth:InterpolationMasses 203 3.0974688
insert jpsiwidth:InterpolationMasses 204 3.0975069
insert jpsiwidth:InterpolationMasses 205 3.097545
insert jpsiwidth:InterpolationMasses 206 3.0975831
insert jpsiwidth:InterpolationMasses 207 3.0976213
insert jpsiwidth:InterpolationMasses 208 3.0976594
insert jpsiwidth:InterpolationMasses 209 3.0976975
insert jpsiwidth:InterpolationMasses 210 3.0977356
insert jpsiwidth:InterpolationMasses 211 3.0977738
insert jpsiwidth:InterpolationMasses 212 3.0978119
insert jpsiwidth:InterpolationMasses 213 3.09785
insert jpsiwidth:InterpolationMasses 214 3.0978881
insert jpsiwidth:InterpolationMasses 215 3.0979262
insert jpsiwidth:InterpolationMasses 216 3.0959058
insert jpsiwidth:InterpolationMasses 217 3.0959439
insert jpsiwidth:InterpolationMasses 218 3.095982
insert jpsiwidth:InterpolationMasses 219 3.0960201
insert jpsiwidth:InterpolationMasses 220 3.0960582
insert jpsiwidth:InterpolationMasses 221 3.0960964
insert jpsiwidth:InterpolationMasses 222 3.0961345
insert jpsiwidth:InterpolationMasses 223 3.0961726
insert jpsiwidth:InterpolationMasses 224 3.0962107
insert jpsiwidth:InterpolationMasses 225 3.0962489
insert jpsiwidth:InterpolationMasses 226 3.096287
insert jpsiwidth:InterpolationMasses 227 3.0963251
insert jpsiwidth:InterpolationMasses 228 3.0963632
insert jpsiwidth:InterpolationMasses 229 3.0964013
insert jpsiwidth:InterpolationMasses 230 3.0964395
insert jpsiwidth:InterpolationMasses 231 3.0964776
insert jpsiwidth:InterpolationMasses 232 3.0965157
insert jpsiwidth:InterpolationMasses 233 3.0965538
insert jpsiwidth:InterpolationMasses 234 3.096592
insert jpsiwidth:InterpolationMasses 235 3.0966301
insert jpsiwidth:InterpolationMasses 236 3.0966682
insert jpsiwidth:InterpolationMasses 237 3.0967063
insert jpsiwidth:InterpolationMasses 238 3.0967444
insert jpsiwidth:InterpolationMasses 239 3.0967826
insert jpsiwidth:InterpolationMasses 240 3.0968207
insert jpsiwidth:InterpolationMasses 241 3.0968588
insert jpsiwidth:InterpolationMasses 242 3.0968969
insert jpsiwidth:InterpolationMasses 243 3.0969351
insert jpsiwidth:InterpolationMasses 244 3.0969732
insert jpsiwidth:InterpolationMasses 245 3.0970113
insert jpsiwidth:InterpolationMasses 246 3.0970494
insert jpsiwidth:InterpolationMasses 247 3.0970876
insert jpsiwidth:InterpolationMasses 248 3.0971257
insert jpsiwidth:InterpolationMasses 249 3.0971638
insert jpsiwidth:InterpolationMasses 250 3.0972019
insert jpsiwidth:InterpolationMasses 251 3.09724
insert jpsiwidth:InterpolationMasses 252 3.0972782
insert jpsiwidth:InterpolationMasses 253 3.0973163
insert jpsiwidth:InterpolationMasses 254 3.0973544
insert jpsiwidth:InterpolationMasses 255 3.0973925
insert jpsiwidth:InterpolationMasses 256 3.0974307
insert jpsiwidth:InterpolationMasses 257 3.0974688
insert jpsiwidth:InterpolationMasses 258 3.0975069
insert jpsiwidth:InterpolationMasses 259 3.097545
insert jpsiwidth:InterpolationMasses 260 3.0975831
insert jpsiwidth:InterpolationMasses 261 3.0976213
insert jpsiwidth:InterpolationMasses 262 3.0976594
insert jpsiwidth:InterpolationMasses 263 3.0976975
insert jpsiwidth:InterpolationMasses 264 3.0977356
insert jpsiwidth:InterpolationMasses 265 3.0977738
insert jpsiwidth:InterpolationMasses 266 3.0978119
insert jpsiwidth:InterpolationMasses 267 3.09785
insert jpsiwidth:InterpolationMasses 268 3.0978881
insert jpsiwidth:InterpolationMasses 269 3.0979262
insert jpsiwidth:InterpolationMasses 270 3.0959058
insert jpsiwidth:InterpolationMasses 271 3.0959439
insert jpsiwidth:InterpolationMasses 272 3.095982
insert jpsiwidth:InterpolationMasses 273 3.0960201
insert jpsiwidth:InterpolationMasses 274 3.0960582
insert jpsiwidth:InterpolationMasses 275 3.0960964
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insert jpsiwidth:InterpolationMasses 1969 3.0968588
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insert jpsiwidth:InterpolationMasses 1977 3.0971638
insert jpsiwidth:InterpolationMasses 1978 3.0972019
insert jpsiwidth:InterpolationMasses 1979 3.09724
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insert jpsiwidth:InterpolationMasses 1982 3.0973544
insert jpsiwidth:InterpolationMasses 1983 3.0973925
insert jpsiwidth:InterpolationMasses 1984 3.0974307
insert jpsiwidth:InterpolationMasses 1985 3.0974688
insert jpsiwidth:InterpolationMasses 1986 3.0975069
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insert jpsiwidth:InterpolationMasses 1988 3.0975831
insert jpsiwidth:InterpolationMasses 1989 3.0976213
insert jpsiwidth:InterpolationMasses 1990 3.0976594
insert jpsiwidth:InterpolationMasses 1991 3.0976975
insert jpsiwidth:InterpolationMasses 1992 3.0977356
insert jpsiwidth:InterpolationMasses 1993 3.0977738
insert jpsiwidth:InterpolationMasses 1994 3.0978119
insert jpsiwidth:InterpolationMasses 1995 3.09785
insert jpsiwidth:InterpolationMasses 1996 3.0978881
insert jpsiwidth:InterpolationMasses 1997 3.0979262
insert jpsiwidth:InterpolationMasses 1998 3.0959058
insert jpsiwidth:InterpolationMasses 1999 3.0959439
insert jpsiwidth:InterpolationMasses 2000 3.095982
insert jpsiwidth:InterpolationMasses 2001 3.0960201
insert jpsiwidth:InterpolationMasses 2002 3.0960582
insert jpsiwidth:InterpolationMasses 2003 3.0960964
insert jpsiwidth:InterpolationMasses 2004 3.0961345
insert jpsiwidth:InterpolationMasses 2005 3.0961726
insert jpsiwidth:InterpolationMasses 2006 3.0962107
insert jpsiwidth:InterpolationMasses 2007 3.0962489
insert jpsiwidth:InterpolationMasses 2008 3.096287
insert jpsiwidth:InterpolationMasses 2009 3.0963251
insert jpsiwidth:InterpolationMasses 2010 3.0963632
insert jpsiwidth:InterpolationMasses 2011 3.0964013
insert jpsiwidth:InterpolationMasses 2012 3.0964395
insert jpsiwidth:InterpolationMasses 2013 3.0964776
insert jpsiwidth:InterpolationMasses 2014 3.0965157
insert jpsiwidth:InterpolationMasses 2015 3.0965538
insert jpsiwidth:InterpolationMasses 2016 3.096592
insert jpsiwidth:InterpolationMasses 2017 3.0966301
insert jpsiwidth:InterpolationMasses 2018 3.0966682
insert jpsiwidth:InterpolationMasses 2019 3.0967063
insert jpsiwidth:InterpolationMasses 2020 3.0967444
insert jpsiwidth:InterpolationMasses 2021 3.0967826
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insert jpsiwidth:InterpolationWidths 1632 7.4084728e-08
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insert jpsiwidth:InterpolationWidths 1641 7.4120611e-08
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insert jpsiwidth:InterpolationWidths 1654 7.417246e-08
insert jpsiwidth:InterpolationWidths 1655 7.4176449e-08
insert jpsiwidth:InterpolationWidths 1656 7.4180438e-08
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insert jpsiwidth:InterpolationWidths 1659 7.4192407e-08
insert jpsiwidth:InterpolationWidths 1660 7.4196397e-08
insert jpsiwidth:InterpolationWidths 1661 7.4200387e-08
insert jpsiwidth:InterpolationWidths 1662 7.4204377e-08
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insert jpsiwidth:InterpolationWidths 1664 7.4212357e-08
insert jpsiwidth:InterpolationWidths 1665 7.4216348e-08
insert jpsiwidth:InterpolationWidths 1666 7.4220338e-08
insert jpsiwidth:InterpolationWidths 1667 7.4224329e-08
insert jpsiwidth:InterpolationWidths 1668 7.422832e-08
insert jpsiwidth:InterpolationWidths 1669 7.4232311e-08
insert jpsiwidth:InterpolationWidths 1670 7.4236302e-08
insert jpsiwidth:InterpolationWidths 1671 7.4240293e-08
insert jpsiwidth:InterpolationWidths 1672 7.4244284e-08
insert jpsiwidth:InterpolationWidths 1673 7.4248276e-08
insert jpsiwidth:InterpolationWidths 1674 7.2261691e-08
insert jpsiwidth:InterpolationWidths 1675 7.2266673e-08
insert jpsiwidth:InterpolationWidths 1676 7.2271655e-08
insert jpsiwidth:InterpolationWidths 1677 7.2276638e-08
insert jpsiwidth:InterpolationWidths 1678 7.2281621e-08
insert jpsiwidth:InterpolationWidths 1679 7.2286604e-08
insert jpsiwidth:InterpolationWidths 1680 7.2291587e-08
insert jpsiwidth:InterpolationWidths 1681 7.229657e-08
insert jpsiwidth:InterpolationWidths 1682 7.2301553e-08
insert jpsiwidth:InterpolationWidths 1683 7.2306537e-08
insert jpsiwidth:InterpolationWidths 1684 7.231152e-08
insert jpsiwidth:InterpolationWidths 1685 7.2316504e-08
insert jpsiwidth:InterpolationWidths 1686 7.2321488e-08
insert jpsiwidth:InterpolationWidths 1687 7.2326472e-08
insert jpsiwidth:InterpolationWidths 1688 7.2331457e-08
insert jpsiwidth:InterpolationWidths 1689 7.2336441e-08
insert jpsiwidth:InterpolationWidths 1690 7.2341426e-08
insert jpsiwidth:InterpolationWidths 1691 7.234641e-08
insert jpsiwidth:InterpolationWidths 1692 7.2351395e-08
insert jpsiwidth:InterpolationWidths 1693 7.235638e-08
insert jpsiwidth:InterpolationWidths 1694 7.2361365e-08
insert jpsiwidth:InterpolationWidths 1695 7.2366351e-08
insert jpsiwidth:InterpolationWidths 1696 7.2371336e-08
insert jpsiwidth:InterpolationWidths 1697 7.2376322e-08
insert jpsiwidth:InterpolationWidths 1698 7.2381308e-08
insert jpsiwidth:InterpolationWidths 1699 7.2386293e-08
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insert jpsiwidth:InterpolationWidths 1701 7.2396266e-08
insert jpsiwidth:InterpolationWidths 1702 7.2401252e-08
insert jpsiwidth:InterpolationWidths 1703 7.2406239e-08
insert jpsiwidth:InterpolationWidths 1704 7.2411225e-08
insert jpsiwidth:InterpolationWidths 1705 7.2416212e-08
insert jpsiwidth:InterpolationWidths 1706 7.2421199e-08
insert jpsiwidth:InterpolationWidths 1707 7.2426186e-08
insert jpsiwidth:InterpolationWidths 1708 7.2431174e-08
insert jpsiwidth:InterpolationWidths 1709 7.2436161e-08
insert jpsiwidth:InterpolationWidths 1710 7.2441149e-08
insert jpsiwidth:InterpolationWidths 1711 7.2446136e-08
insert jpsiwidth:InterpolationWidths 1712 7.2451124e-08
insert jpsiwidth:InterpolationWidths 1713 7.2456112e-08
insert jpsiwidth:InterpolationWidths 1714 7.24611e-08
insert jpsiwidth:InterpolationWidths 1715 7.2466089e-08
insert jpsiwidth:InterpolationWidths 1716 7.2471077e-08
insert jpsiwidth:InterpolationWidths 1717 7.2476066e-08
insert jpsiwidth:InterpolationWidths 1718 7.2481055e-08
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insert jpsiwidth:InterpolationWidths 1720 7.2491033e-08
insert jpsiwidth:InterpolationWidths 1721 7.2496022e-08
insert jpsiwidth:InterpolationWidths 1722 7.2501011e-08
insert jpsiwidth:InterpolationWidths 1723 7.2506001e-08
insert jpsiwidth:InterpolationWidths 1724 7.2510991e-08
insert jpsiwidth:InterpolationWidths 1725 7.251598e-08
insert jpsiwidth:InterpolationWidths 1726 7.252097e-08
insert jpsiwidth:InterpolationWidths 1727 7.2525961e-08
insert jpsiwidth:InterpolationWidths 1728 6.9801185e-08
insert jpsiwidth:InterpolationWidths 1729 6.9804718e-08
insert jpsiwidth:InterpolationWidths 1730 6.980825e-08
insert jpsiwidth:InterpolationWidths 1731 6.9811783e-08
insert jpsiwidth:InterpolationWidths 1732 6.9815315e-08
insert jpsiwidth:InterpolationWidths 1733 6.9818848e-08
insert jpsiwidth:InterpolationWidths 1734 6.9822381e-08
insert jpsiwidth:InterpolationWidths 1735 6.9825914e-08
insert jpsiwidth:InterpolationWidths 1736 6.9829447e-08
insert jpsiwidth:InterpolationWidths 1737 6.983298e-08
insert jpsiwidth:InterpolationWidths 1738 6.9836514e-08
insert jpsiwidth:InterpolationWidths 1739 6.9840047e-08
insert jpsiwidth:InterpolationWidths 1740 6.9843581e-08
insert jpsiwidth:InterpolationWidths 1741 6.9847114e-08
insert jpsiwidth:InterpolationWidths 1742 6.9850648e-08
insert jpsiwidth:InterpolationWidths 1743 6.9854182e-08
insert jpsiwidth:InterpolationWidths 1744 6.9857716e-08
insert jpsiwidth:InterpolationWidths 1745 6.986125e-08
insert jpsiwidth:InterpolationWidths 1746 6.9864784e-08
insert jpsiwidth:InterpolationWidths 1747 6.9868318e-08
insert jpsiwidth:InterpolationWidths 1748 6.9871852e-08
insert jpsiwidth:InterpolationWidths 1749 6.9875387e-08
insert jpsiwidth:InterpolationWidths 1750 6.9878921e-08
insert jpsiwidth:InterpolationWidths 1751 6.9882456e-08
insert jpsiwidth:InterpolationWidths 1752 6.9885991e-08
insert jpsiwidth:InterpolationWidths 1753 6.9889525e-08
insert jpsiwidth:InterpolationWidths 1754 6.989306e-08
insert jpsiwidth:InterpolationWidths 1755 6.9896595e-08
insert jpsiwidth:InterpolationWidths 1756 6.9900131e-08
insert jpsiwidth:InterpolationWidths 1757 6.9903666e-08
insert jpsiwidth:InterpolationWidths 1758 6.9907201e-08
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insert jpsiwidth:InterpolationWidths 1760 6.9914272e-08
insert jpsiwidth:InterpolationWidths 1761 6.9917808e-08
insert jpsiwidth:InterpolationWidths 1762 6.9921344e-08
insert jpsiwidth:InterpolationWidths 1763 6.992488e-08
insert jpsiwidth:InterpolationWidths 1764 6.9928416e-08
insert jpsiwidth:InterpolationWidths 1765 6.9931952e-08
insert jpsiwidth:InterpolationWidths 1766 6.9935488e-08
insert jpsiwidth:InterpolationWidths 1767 6.9939024e-08
insert jpsiwidth:InterpolationWidths 1768 6.9942561e-08
insert jpsiwidth:InterpolationWidths 1769 6.9946097e-08
insert jpsiwidth:InterpolationWidths 1770 6.9949634e-08
insert jpsiwidth:InterpolationWidths 1771 6.9953171e-08
insert jpsiwidth:InterpolationWidths 1772 6.9956707e-08
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insert jpsiwidth:InterpolationWidths 1777 6.9974393e-08
insert jpsiwidth:InterpolationWidths 1778 6.9977931e-08
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insert jpsiwidth:InterpolationWidths 1780 6.9985006e-08
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insert jpsiwidth:InterpolationWidths 1782 6.3140784e-08
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insert jpsiwidth:InterpolationWidths 1784 6.3147142e-08
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insert jpsiwidth:InterpolationWidths 1787 6.3156678e-08
insert jpsiwidth:InterpolationWidths 1788 6.3159857e-08
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insert jpsiwidth:InterpolationWidths 1796 6.3185292e-08
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insert jpsiwidth:InterpolationWidths 1798 6.3191651e-08
insert jpsiwidth:InterpolationWidths 1799 6.3194831e-08
insert jpsiwidth:InterpolationWidths 1800 6.3198011e-08
insert jpsiwidth:InterpolationWidths 1801 6.3201191e-08
insert jpsiwidth:InterpolationWidths 1802 6.3204371e-08
insert jpsiwidth:InterpolationWidths 1803 6.3207551e-08
insert jpsiwidth:InterpolationWidths 1804 6.3210731e-08
insert jpsiwidth:InterpolationWidths 1805 6.3213911e-08
insert jpsiwidth:InterpolationWidths 1806 6.3217092e-08
insert jpsiwidth:InterpolationWidths 1807 6.3220272e-08
insert jpsiwidth:InterpolationWidths 1808 6.3223453e-08
insert jpsiwidth:InterpolationWidths 1809 6.3226633e-08
insert jpsiwidth:InterpolationWidths 1810 6.3229814e-08
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insert jpsiwidth:InterpolationWidths 1818 6.3255261e-08
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insert jpsiwidth:InterpolationWidths 1820 6.3261624e-08
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insert jpsiwidth:InterpolationWidths 1823 6.3271169e-08
insert jpsiwidth:InterpolationWidths 1824 6.327435e-08
insert jpsiwidth:InterpolationWidths 1825 6.3277532e-08
insert jpsiwidth:InterpolationWidths 1826 6.3280714e-08
insert jpsiwidth:InterpolationWidths 1827 6.3283896e-08
insert jpsiwidth:InterpolationWidths 1828 6.3287078e-08
insert jpsiwidth:InterpolationWidths 1829 6.329026e-08
insert jpsiwidth:InterpolationWidths 1830 6.3293442e-08
insert jpsiwidth:InterpolationWidths 1831 6.3296624e-08
insert jpsiwidth:InterpolationWidths 1832 6.3299807e-08
insert jpsiwidth:InterpolationWidths 1833 6.3302989e-08
insert jpsiwidth:InterpolationWidths 1834 6.3306171e-08
insert jpsiwidth:InterpolationWidths 1835 6.3309354e-08
insert jpsiwidth:InterpolationWidths 1836 5.6987931e-08
insert jpsiwidth:InterpolationWidths 1837 5.6990709e-08
insert jpsiwidth:InterpolationWidths 1838 5.6993488e-08
insert jpsiwidth:InterpolationWidths 1839 5.6996266e-08
insert jpsiwidth:InterpolationWidths 1840 5.6999045e-08
insert jpsiwidth:InterpolationWidths 1841 5.7001823e-08
insert jpsiwidth:InterpolationWidths 1842 5.7004602e-08
insert jpsiwidth:InterpolationWidths 1843 5.7007381e-08
insert jpsiwidth:InterpolationWidths 1844 5.701016e-08
insert jpsiwidth:InterpolationWidths 1845 5.7012939e-08
insert jpsiwidth:InterpolationWidths 1846 5.7015718e-08
insert jpsiwidth:InterpolationWidths 1847 5.7018497e-08
insert jpsiwidth:InterpolationWidths 1848 5.7021277e-08
insert jpsiwidth:InterpolationWidths 1849 5.7024056e-08
insert jpsiwidth:InterpolationWidths 1850 5.7026835e-08
insert jpsiwidth:InterpolationWidths 1851 5.7029615e-08
insert jpsiwidth:InterpolationWidths 1852 5.7032395e-08
insert jpsiwidth:InterpolationWidths 1853 5.7035174e-08
insert jpsiwidth:InterpolationWidths 1854 5.7037954e-08
insert jpsiwidth:InterpolationWidths 1855 5.7040734e-08
insert jpsiwidth:InterpolationWidths 1856 5.7043514e-08
insert jpsiwidth:InterpolationWidths 1857 5.7046294e-08
insert jpsiwidth:InterpolationWidths 1858 5.7049074e-08
insert jpsiwidth:InterpolationWidths 1859 5.7051854e-08
insert jpsiwidth:InterpolationWidths 1860 5.7054634e-08
insert jpsiwidth:InterpolationWidths 1861 5.7057414e-08
insert jpsiwidth:InterpolationWidths 1862 5.7060195e-08
insert jpsiwidth:InterpolationWidths 1863 5.7062975e-08
insert jpsiwidth:InterpolationWidths 1864 5.7065756e-08
insert jpsiwidth:InterpolationWidths 1865 5.7068536e-08
insert jpsiwidth:InterpolationWidths 1866 5.7071317e-08
insert jpsiwidth:InterpolationWidths 1867 5.7074098e-08
insert jpsiwidth:InterpolationWidths 1868 5.7076879e-08
insert jpsiwidth:InterpolationWidths 1869 5.707966e-08
insert jpsiwidth:InterpolationWidths 1870 5.7082441e-08
insert jpsiwidth:InterpolationWidths 1871 5.7085222e-08
insert jpsiwidth:InterpolationWidths 1872 5.7088003e-08
insert jpsiwidth:InterpolationWidths 1873 5.7090784e-08
insert jpsiwidth:InterpolationWidths 1874 5.7093566e-08
insert jpsiwidth:InterpolationWidths 1875 5.7096347e-08
insert jpsiwidth:InterpolationWidths 1876 5.7099128e-08
insert jpsiwidth:InterpolationWidths 1877 5.710191e-08
insert jpsiwidth:InterpolationWidths 1878 5.7104692e-08
insert jpsiwidth:InterpolationWidths 1879 5.7107473e-08
insert jpsiwidth:InterpolationWidths 1880 5.7110255e-08
insert jpsiwidth:InterpolationWidths 1881 5.7113037e-08
insert jpsiwidth:InterpolationWidths 1882 5.7115819e-08
insert jpsiwidth:InterpolationWidths 1883 5.7118601e-08
insert jpsiwidth:InterpolationWidths 1884 5.7121383e-08
insert jpsiwidth:InterpolationWidths 1885 5.7124165e-08
insert jpsiwidth:InterpolationWidths 1886 5.7126948e-08
insert jpsiwidth:InterpolationWidths 1887 5.712973e-08
insert jpsiwidth:InterpolationWidths 1888 5.7132513e-08
insert jpsiwidth:InterpolationWidths 1889 5.7135295e-08
insert jpsiwidth:InterpolationWidths 1890 5.0079708e-08
insert jpsiwidth:InterpolationWidths 1891 5.0082748e-08
insert jpsiwidth:InterpolationWidths 1892 5.0085789e-08
insert jpsiwidth:InterpolationWidths 1893 5.0088829e-08
insert jpsiwidth:InterpolationWidths 1894 5.0091869e-08
insert jpsiwidth:InterpolationWidths 1895 5.0094909e-08
insert jpsiwidth:InterpolationWidths 1896 5.009795e-08
insert jpsiwidth:InterpolationWidths 1897 5.010099e-08
insert jpsiwidth:InterpolationWidths 1898 5.0104031e-08
insert jpsiwidth:InterpolationWidths 1899 5.0107072e-08
insert jpsiwidth:InterpolationWidths 1900 5.0110113e-08
insert jpsiwidth:InterpolationWidths 1901 5.0113154e-08
insert jpsiwidth:InterpolationWidths 1902 5.0116195e-08
insert jpsiwidth:InterpolationWidths 1903 5.0119236e-08
insert jpsiwidth:InterpolationWidths 1904 5.0122278e-08
insert jpsiwidth:InterpolationWidths 1905 5.0125319e-08
insert jpsiwidth:InterpolationWidths 1906 5.0128361e-08
insert jpsiwidth:InterpolationWidths 1907 5.0131402e-08
insert jpsiwidth:InterpolationWidths 1908 5.0134444e-08
insert jpsiwidth:InterpolationWidths 1909 5.0137486e-08
insert jpsiwidth:InterpolationWidths 1910 5.0140528e-08
insert jpsiwidth:InterpolationWidths 1911 5.014357e-08
insert jpsiwidth:InterpolationWidths 1912 5.0146613e-08
insert jpsiwidth:InterpolationWidths 1913 5.0149655e-08
insert jpsiwidth:InterpolationWidths 1914 5.0152697e-08
insert jpsiwidth:InterpolationWidths 1915 5.015574e-08
insert jpsiwidth:InterpolationWidths 1916 5.0158783e-08
insert jpsiwidth:InterpolationWidths 1917 5.0161825e-08
insert jpsiwidth:InterpolationWidths 1918 5.0164868e-08
insert jpsiwidth:InterpolationWidths 1919 5.0167911e-08
insert jpsiwidth:InterpolationWidths 1920 5.0170954e-08
insert jpsiwidth:InterpolationWidths 1921 5.0173998e-08
insert jpsiwidth:InterpolationWidths 1922 5.0177041e-08
insert jpsiwidth:InterpolationWidths 1923 5.0180084e-08
insert jpsiwidth:InterpolationWidths 1924 5.0183128e-08
insert jpsiwidth:InterpolationWidths 1925 5.0186172e-08
insert jpsiwidth:InterpolationWidths 1926 5.0189215e-08
insert jpsiwidth:InterpolationWidths 1927 5.0192259e-08
insert jpsiwidth:InterpolationWidths 1928 5.0195303e-08
insert jpsiwidth:InterpolationWidths 1929 5.0198347e-08
insert jpsiwidth:InterpolationWidths 1930 5.0201392e-08
insert jpsiwidth:InterpolationWidths 1931 5.0204436e-08
insert jpsiwidth:InterpolationWidths 1932 5.020748e-08
insert jpsiwidth:InterpolationWidths 1933 5.0210525e-08
insert jpsiwidth:InterpolationWidths 1934 5.021357e-08
insert jpsiwidth:InterpolationWidths 1935 5.0216614e-08
insert jpsiwidth:InterpolationWidths 1936 5.0219659e-08
insert jpsiwidth:InterpolationWidths 1937 5.0222704e-08
insert jpsiwidth:InterpolationWidths 1938 5.0225749e-08
insert jpsiwidth:InterpolationWidths 1939 5.0228794e-08
insert jpsiwidth:InterpolationWidths 1940 5.023184e-08
insert jpsiwidth:InterpolationWidths 1941 5.0234885e-08
insert jpsiwidth:InterpolationWidths 1942 5.0237931e-08
insert jpsiwidth:InterpolationWidths 1943 5.0240976e-08
insert jpsiwidth:InterpolationWidths 1944 5.4944144e-08
insert jpsiwidth:InterpolationWidths 1945 5.494885e-08
insert jpsiwidth:InterpolationWidths 1946 5.4953555e-08
insert jpsiwidth:InterpolationWidths 1947 5.4958261e-08
insert jpsiwidth:InterpolationWidths 1948 5.4962967e-08
insert jpsiwidth:InterpolationWidths 1949 5.4967673e-08
insert jpsiwidth:InterpolationWidths 1950 5.4972378e-08
insert jpsiwidth:InterpolationWidths 1951 5.4977084e-08
insert jpsiwidth:InterpolationWidths 1952 5.4981789e-08
insert jpsiwidth:InterpolationWidths 1953 5.4986495e-08
insert jpsiwidth:InterpolationWidths 1954 5.49912e-08
insert jpsiwidth:InterpolationWidths 1955 5.4995905e-08
insert jpsiwidth:InterpolationWidths 1956 5.5000611e-08
insert jpsiwidth:InterpolationWidths 1957 5.5005316e-08
insert jpsiwidth:InterpolationWidths 1958 5.5010021e-08
insert jpsiwidth:InterpolationWidths 1959 5.5014727e-08
insert jpsiwidth:InterpolationWidths 1960 5.5019432e-08
insert jpsiwidth:InterpolationWidths 1961 5.5024137e-08
insert jpsiwidth:InterpolationWidths 1962 5.5028842e-08
insert jpsiwidth:InterpolationWidths 1963 5.5033547e-08
insert jpsiwidth:InterpolationWidths 1964 5.5038252e-08
insert jpsiwidth:InterpolationWidths 1965 5.5042956e-08
insert jpsiwidth:InterpolationWidths 1966 5.5047661e-08
insert jpsiwidth:InterpolationWidths 1967 5.5052366e-08
insert jpsiwidth:InterpolationWidths 1968 5.5057071e-08
insert jpsiwidth:InterpolationWidths 1969 5.5061775e-08
insert jpsiwidth:InterpolationWidths 1970 5.506648e-08
insert jpsiwidth:InterpolationWidths 1971 5.5071185e-08
insert jpsiwidth:InterpolationWidths 1972 5.5075889e-08
insert jpsiwidth:InterpolationWidths 1973 5.5080594e-08
insert jpsiwidth:InterpolationWidths 1974 5.5085298e-08
insert jpsiwidth:InterpolationWidths 1975 5.5090002e-08
insert jpsiwidth:InterpolationWidths 1976 5.5094707e-08
insert jpsiwidth:InterpolationWidths 1977 5.5099411e-08
insert jpsiwidth:InterpolationWidths 1978 5.5104115e-08
insert jpsiwidth:InterpolationWidths 1979 5.5108819e-08
insert jpsiwidth:InterpolationWidths 1980 5.5113524e-08
insert jpsiwidth:InterpolationWidths 1981 5.5118228e-08
insert jpsiwidth:InterpolationWidths 1982 5.5122932e-08
insert jpsiwidth:InterpolationWidths 1983 5.5127636e-08
insert jpsiwidth:InterpolationWidths 1984 5.513234e-08
insert jpsiwidth:InterpolationWidths 1985 5.5137044e-08
insert jpsiwidth:InterpolationWidths 1986 5.5141748e-08
insert jpsiwidth:InterpolationWidths 1987 5.5146452e-08
insert jpsiwidth:InterpolationWidths 1988 5.5151156e-08
insert jpsiwidth:InterpolationWidths 1989 5.5155859e-08
insert jpsiwidth:InterpolationWidths 1990 5.5160563e-08
insert jpsiwidth:InterpolationWidths 1991 5.5165267e-08
insert jpsiwidth:InterpolationWidths 1992 5.5169971e-08
insert jpsiwidth:InterpolationWidths 1993 5.5174674e-08
insert jpsiwidth:InterpolationWidths 1994 5.5179378e-08
insert jpsiwidth:InterpolationWidths 1995 5.5184082e-08
insert jpsiwidth:InterpolationWidths 1996 5.5188785e-08
insert jpsiwidth:InterpolationWidths 1997 5.5193489e-08
insert jpsiwidth:InterpolationWidths 1998 7.3213592e-05
insert jpsiwidth:InterpolationWidths 1999 7.3214494e-05
insert jpsiwidth:InterpolationWidths 2000 7.3215395e-05
insert jpsiwidth:InterpolationWidths 2001 7.3216297e-05
insert jpsiwidth:InterpolationWidths 2002 7.3217199e-05
insert jpsiwidth:InterpolationWidths 2003 7.32181e-05
insert jpsiwidth:InterpolationWidths 2004 7.3219002e-05
insert jpsiwidth:InterpolationWidths 2005 7.3219903e-05
insert jpsiwidth:InterpolationWidths 2006 7.3220805e-05
insert jpsiwidth:InterpolationWidths 2007 7.3221706e-05
insert jpsiwidth:InterpolationWidths 2008 7.3222608e-05
insert jpsiwidth:InterpolationWidths 2009 7.3223509e-05
insert jpsiwidth:InterpolationWidths 2010 7.3224411e-05
insert jpsiwidth:InterpolationWidths 2011 7.3225312e-05
insert jpsiwidth:InterpolationWidths 2012 7.3226214e-05
insert jpsiwidth:InterpolationWidths 2013 7.3227115e-05
insert jpsiwidth:InterpolationWidths 2014 7.3228017e-05
insert jpsiwidth:InterpolationWidths 2015 7.3228919e-05
insert jpsiwidth:InterpolationWidths 2016 7.322982e-05
insert jpsiwidth:InterpolationWidths 2017 7.3230722e-05
insert jpsiwidth:InterpolationWidths 2018 7.3231623e-05
insert jpsiwidth:InterpolationWidths 2019 7.3232525e-05
insert jpsiwidth:InterpolationWidths 2020 7.3233426e-05
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insert jpsiwidth:NumberofEntries 0 0
insert jpsiwidth:NumberofEntries 1 0
insert jpsiwidth:NumberofEntries 2 0
insert jpsiwidth:NumberofEntries 3 0
insert jpsiwidth:NumberofEntries 4 0
insert jpsiwidth:NumberofEntries 5 0
insert jpsiwidth:NumberofEntries 6 0
insert jpsiwidth:NumberofEntries 7 54
insert jpsiwidth:NumberofEntries 8 54
insert jpsiwidth:NumberofEntries 9 108
insert jpsiwidth:NumberofEntries 10 162
insert jpsiwidth:NumberofEntries 11 216
insert jpsiwidth:NumberofEntries 12 216
insert jpsiwidth:NumberofEntries 13 216
insert jpsiwidth:NumberofEntries 14 270
insert jpsiwidth:NumberofEntries 15 270
insert jpsiwidth:NumberofEntries 16 270
insert jpsiwidth:NumberofEntries 17 324
insert jpsiwidth:NumberofEntries 18 378
insert jpsiwidth:NumberofEntries 19 432
insert jpsiwidth:NumberofEntries 20 486
insert jpsiwidth:NumberofEntries 21 486
insert jpsiwidth:NumberofEntries 22 540
insert jpsiwidth:NumberofEntries 23 594
insert jpsiwidth:NumberofEntries 24 648
insert jpsiwidth:NumberofEntries 25 702
insert jpsiwidth:NumberofEntries 26 702
insert jpsiwidth:NumberofEntries 27 702
insert jpsiwidth:NumberofEntries 28 702
insert jpsiwidth:NumberofEntries 29 756
insert jpsiwidth:NumberofEntries 30 810
insert jpsiwidth:NumberofEntries 31 864
insert jpsiwidth:NumberofEntries 32 918
insert jpsiwidth:NumberofEntries 33 972
insert jpsiwidth:NumberofEntries 34 972
insert jpsiwidth:NumberofEntries 35 972
insert jpsiwidth:NumberofEntries 36 972
insert jpsiwidth:NumberofEntries 37 972
insert jpsiwidth:NumberofEntries 38 972
insert jpsiwidth:NumberofEntries 39 972
insert jpsiwidth:NumberofEntries 40 972
insert jpsiwidth:NumberofEntries 41 972
insert jpsiwidth:NumberofEntries 42 972
insert jpsiwidth:NumberofEntries 43 972
insert jpsiwidth:NumberofEntries 44 972
insert jpsiwidth:NumberofEntries 45 1026
insert jpsiwidth:NumberofEntries 46 1080
insert jpsiwidth:NumberofEntries 47 1134
insert jpsiwidth:NumberofEntries 48 1188
insert jpsiwidth:NumberofEntries 49 1242
insert jpsiwidth:NumberofEntries 50 1242
insert jpsiwidth:NumberofEntries 51 1296
insert jpsiwidth:NumberofEntries 52 1350
insert jpsiwidth:NumberofEntries 53 1404
insert jpsiwidth:NumberofEntries 54 1404
insert jpsiwidth:NumberofEntries 55 1404
insert jpsiwidth:NumberofEntries 56 1404
insert jpsiwidth:NumberofEntries 57 1404
insert jpsiwidth:NumberofEntries 58 1404
insert jpsiwidth:NumberofEntries 59 1458
insert jpsiwidth:NumberofEntries 60 1512
insert jpsiwidth:NumberofEntries 61 1512
insert jpsiwidth:NumberofEntries 62 1512
insert jpsiwidth:NumberofEntries 63 1512
insert jpsiwidth:NumberofEntries 64 1512
insert jpsiwidth:NumberofEntries 65 1512
insert jpsiwidth:NumberofEntries 66 1512
insert jpsiwidth:NumberofEntries 67 1512
insert jpsiwidth:NumberofEntries 68 1512
insert jpsiwidth:NumberofEntries 69 1512
insert jpsiwidth:NumberofEntries 70 1512
insert jpsiwidth:NumberofEntries 71 1512
insert jpsiwidth:NumberofEntries 72 1512
insert jpsiwidth:NumberofEntries 73 1512
insert jpsiwidth:NumberofEntries 74 1512
insert jpsiwidth:NumberofEntries 75 1512
insert jpsiwidth:NumberofEntries 76 1512
insert jpsiwidth:NumberofEntries 77 1512
insert jpsiwidth:NumberofEntries 78 1512
insert jpsiwidth:NumberofEntries 79 1512
insert jpsiwidth:NumberofEntries 80 1512
insert jpsiwidth:NumberofEntries 81 1566
insert jpsiwidth:NumberofEntries 82 1566
insert jpsiwidth:NumberofEntries 83 1566
insert jpsiwidth:NumberofEntries 84 1566
insert jpsiwidth:NumberofEntries 85 1566
insert jpsiwidth:NumberofEntries 86 1566
insert jpsiwidth:NumberofEntries 87 1566
insert jpsiwidth:NumberofEntries 88 1566
insert jpsiwidth:NumberofEntries 89 1566
insert jpsiwidth:NumberofEntries 90 1566
insert jpsiwidth:NumberofEntries 91 1620
insert jpsiwidth:NumberofEntries 92 1674
insert jpsiwidth:NumberofEntries 93 1674
insert jpsiwidth:NumberofEntries 94 1728
insert jpsiwidth:NumberofEntries 95 1782
insert jpsiwidth:NumberofEntries 96 1782
insert jpsiwidth:NumberofEntries 97 1782
insert jpsiwidth:NumberofEntries 98 1782
insert jpsiwidth:NumberofEntries 99 1782
insert jpsiwidth:NumberofEntries 100 1836
insert jpsiwidth:NumberofEntries 101 1890
insert jpsiwidth:NumberofEntries 102 1890
insert jpsiwidth:NumberofEntries 103 1890
insert jpsiwidth:NumberofEntries 104 1890
insert jpsiwidth:NumberofEntries 105 1890
insert jpsiwidth:NumberofEntries 106 1944
insert jpsiwidth:NumberofEntries 107 1998
insert jpsiwidth:NumberofEntries 108 1998
insert jpsiwidth:NumberofEntries 109 1998
insert jpsiwidth:NumberofEntries 110 1998
insert jpsiwidth:NumberofEntries 111 1998
insert jpsiwidth:NumberofEntries 112 1998
insert jpsiwidth:NumberofEntries 113 1998
insert jpsiwidth:NumberofEntries 114 2052
insert jpsiwidth:NumberofEntries 115 2106
insert jpsiwidth:NumberofEntries 116 2160
insert jpsiwidth:NumberofEntries 117 2160
insert jpsiwidth:NumberofEntries 118 2160
insert jpsiwidth:NumberofEntries 119 2160
insert jpsiwidth:NumberofEntries 120 2160
insert jpsiwidth:NumberofEntries 121 2160
insert jpsiwidth:NumberofEntries 122 2160
insert jpsiwidth:NumberofEntries 123 2160
insert jpsiwidth:NumberofEntries 124 2160
insert jpsiwidth:NumberofEntries 125 2214
insert jpsiwidth:NumberofEntries 126 2268
insert jpsiwidth:NumberofEntries 127 2322
insert jpsiwidth:NumberofEntries 128 2322
insert jpsiwidth:NumberofEntries 129 2322
insert jpsiwidth:NumberofEntries 130 2322
insert jpsiwidth:NumberofEntries 131 2322
insert jpsiwidth:NumberofEntries 132 2322
insert jpsiwidth:NumberofEntries 133 2376
insert jpsiwidth:NumberofEntries 134 2376
insert jpsiwidth:NumberofEntries 135 2376
insert jpsiwidth:NumberofEntries 136 2430
insert jpsiwidth:NumberofEntries 137 2430
insert jpsiwidth:NumberofEntries 138 2430
insert jpsiwidth:NumberofEntries 139 2430
insert jpsiwidth:NumberofEntries 140 2430
insert jpsiwidth:NumberofEntries 141 2484
insert jpsiwidth:NumberofEntries 142 2484
insert jpsiwidth:NumberofEntries 143 2484
insert jpsiwidth:NumberofEntries 144 2538
insert jpsiwidth:NumberofEntries 145 2592
insert jpsiwidth:NumberofEntries 146 2592
insert jpsiwidth:NumberofEntries 147 2592
insert jpsiwidth:NumberofEntries 148 2592
insert jpsiwidth:NumberofEntries 149 2592
insert jpsiwidth:NumberofEntries 150 2592
insert jpsiwidth:NumberofEntries 151 2592
insert jpsiwidth:NumberofEntries 152 2592
insert jpsiwidth:NumberofEntries 153 2646
insert jpsiwidth:NumberofEntries 154 2700
insert jpsiwidth:NumberofEntries 155 2700
insert jpsiwidth:NumberofEntries 156 2700
insert jpsiwidth:NumberofEntries 157 2700
insert jpsiwidth:NumberofEntries 158 2750
newdef /Herwig/Particles/Jpsi:Width_generator jpsiwidth
#
create Herwig::GenericWidthGenerator psi2Swidth
newdef psi2Swidth:Particle /Herwig/Particles/psi(2S)
newdef psi2Swidth:Prefactor 1.05232
newdef psi2Swidth:BRNormalize 1
newdef psi2Swidth:BRMinimum 0.01
newdef psi2Swidth:Points 50
newdef psi2Swidth:InterpolationOrder 1
insert psi2Swidth:MEtype 0 2
insert psi2Swidth:MEtype 1 2
insert psi2Swidth:MEtype 2 2
insert psi2Swidth:MEtype 3 2
insert psi2Swidth:MEtype 4 0
insert psi2Swidth:MEtype 5 2
insert psi2Swidth:MEtype 6 2
insert psi2Swidth:MEtype 7 1
insert psi2Swidth:MEtype 8 1
insert psi2Swidth:MEtype 9 2
insert psi2Swidth:MEtype 10 1
insert psi2Swidth:MEtype 11 0
insert psi2Swidth:MEtype 12 2
insert psi2Swidth:MEtype 13 2
insert psi2Swidth:MEtype 14 2
insert psi2Swidth:MEtype 15 2
insert psi2Swidth:MEtype 16 2
insert psi2Swidth:MEtype 17 0
insert psi2Swidth:MEtype 18 2
insert psi2Swidth:MEtype 19 0
insert psi2Swidth:MEtype 20 0
insert psi2Swidth:MEtype 21 2
insert psi2Swidth:MEtype 22 0
insert psi2Swidth:MEtype 23 0
insert psi2Swidth:MEtype 24 0
insert psi2Swidth:MEtype 25 0
insert psi2Swidth:MEtype 26 1
insert psi2Swidth:MEtype 27 0
insert psi2Swidth:MEtype 28 0
insert psi2Swidth:MEtype 29 0
insert psi2Swidth:MEtype 30 0
insert psi2Swidth:MEtype 31 0
insert psi2Swidth:MEtype 32 0
insert psi2Swidth:MEtype 33 1
insert psi2Swidth:MEtype 34 1
insert psi2Swidth:MEtype 35 0
insert psi2Swidth:MEtype 36 2
insert psi2Swidth:MEtype 37 0
insert psi2Swidth:MEtype 38 1
insert psi2Swidth:MEtype 39 1
insert psi2Swidth:MEtype 40 0
insert psi2Swidth:MEtype 41 0
insert psi2Swidth:MEtype 42 1
insert psi2Swidth:MEtype 43 1
insert psi2Swidth:MEtype 44 1
insert psi2Swidth:MEtype 45 0
insert psi2Swidth:MEtype 46 0
insert psi2Swidth:MEtype 47 0
insert psi2Swidth:MEtype 48 0
insert psi2Swidth:MEtype 49 2
insert psi2Swidth:MEtype 50 2
insert psi2Swidth:MEtype 51 2
insert psi2Swidth:MEtype 52 2
insert psi2Swidth:MEtype 53 2
insert psi2Swidth:MEtype 54 2
insert psi2Swidth:MEtype 55 2
insert psi2Swidth:MEtype 56 2
insert psi2Swidth:MEtype 57 0
insert psi2Swidth:MEtype 58 0
insert psi2Swidth:MEtype 59 0
insert psi2Swidth:MEtype 60 0
insert psi2Swidth:MEtype 61 0
insert psi2Swidth:MEtype 62 0
insert psi2Swidth:MEtype 63 0
insert psi2Swidth:MEtype 64 0
insert psi2Swidth:MEtype 65 0
insert psi2Swidth:MEtype 66 0
insert psi2Swidth:MEtype 67 0
insert psi2Swidth:MEtype 68 0
insert psi2Swidth:MEtype 69 0
insert psi2Swidth:MEtype 70 0
insert psi2Swidth:MEtype 71 0
insert psi2Swidth:MEtype 72 0
insert psi2Swidth:MEtype 73 0
insert psi2Swidth:MEtype 74 0
insert psi2Swidth:MEtype 75 0
insert psi2Swidth:MEtype 76 2
insert psi2Swidth:MEtype 77 2
insert psi2Swidth:MEtype 78 0
insert psi2Swidth:MEtype 79 0
insert psi2Swidth:MEtype 80 0
insert psi2Swidth:MEtype 81 0
insert psi2Swidth:MEtype 82 2
insert psi2Swidth:MEtype 83 0
insert psi2Swidth:MEtype 84 0
insert psi2Swidth:MEtype 85 2
insert psi2Swidth:MEtype 86 2
insert psi2Swidth:MEtype 87 2
insert psi2Swidth:MEtype 88 2
insert psi2Swidth:MEtype 89 0
insert psi2Swidth:MEtype 90 0
insert psi2Swidth:MEtype 91 2
insert psi2Swidth:MEtype 92 2
insert psi2Swidth:MEtype 93 2
insert psi2Swidth:MEtype 94 1
insert psi2Swidth:MEtype 95 2
insert psi2Swidth:MEtype 96 0
insert psi2Swidth:MEtype 97 0
insert psi2Swidth:MEtype 98 0
insert psi2Swidth:MEtype 99 0
insert psi2Swidth:MEtype 100 0
insert psi2Swidth:MEtype 101 0
insert psi2Swidth:MEtype 102 0
insert psi2Swidth:MEtype 103 2
insert psi2Swidth:MEtype 104 0
insert psi2Swidth:MEtype 105 0
insert psi2Swidth:MEtype 106 2
insert psi2Swidth:MEtype 107 0
insert psi2Swidth:MEtype 108 0
insert psi2Swidth:MEtype 109 0
insert psi2Swidth:MEtype 110 2
insert psi2Swidth:MEtype 111 2
insert psi2Swidth:MEtype 112 1
insert psi2Swidth:MEtype 113 0
insert psi2Swidth:MEtype 114 0
insert psi2Swidth:MEtype 115 0
insert psi2Swidth:MEtype 116 2
insert psi2Swidth:MEtype 117 0
insert psi2Swidth:MEtype 118 2
insert psi2Swidth:MEtype 119 2
insert psi2Swidth:MEtype 120 0
insert psi2Swidth:MEtype 121 2
insert psi2Swidth:MEtype 122 0
insert psi2Swidth:MEtype 123 0
insert psi2Swidth:MEtype 124 0
insert psi2Swidth:MEtype 125 0
insert psi2Swidth:MEtype 126 2
insert psi2Swidth:MEtype 127 2
insert psi2Swidth:MEtype 128 0
insert psi2Swidth:MEtype 129 2
insert psi2Swidth:MEtype 130 2
insert psi2Swidth:MEtype 131 2
insert psi2Swidth:MEtype 132 2
insert psi2Swidth:MEtype 133 2
insert psi2Swidth:MEtype 134 2
insert psi2Swidth:MEtype 135 2
insert psi2Swidth:MEtype 136 0
insert psi2Swidth:MEtype 137 0
insert psi2Swidth:MEtype 138 0
insert psi2Swidth:MEtype 139 0
insert psi2Swidth:MEcode 0 0
insert psi2Swidth:MEcode 1 0
insert psi2Swidth:MEcode 2 0
insert psi2Swidth:MEcode 3 0
insert psi2Swidth:MEcode 4 0
insert psi2Swidth:MEcode 5 0
insert psi2Swidth:MEcode 6 0
insert psi2Swidth:MEcode 7 2
insert psi2Swidth:MEcode 8 2
insert psi2Swidth:MEcode 9 0
insert psi2Swidth:MEcode 10 2
insert psi2Swidth:MEcode 11 0
insert psi2Swidth:MEcode 12 0
insert psi2Swidth:MEcode 13 0
insert psi2Swidth:MEcode 14 0
insert psi2Swidth:MEcode 15 0
insert psi2Swidth:MEcode 16 0
insert psi2Swidth:MEcode 17 0
insert psi2Swidth:MEcode 18 0
insert psi2Swidth:MEcode 19 0
insert psi2Swidth:MEcode 20 0
insert psi2Swidth:MEcode 21 0
insert psi2Swidth:MEcode 22 0
insert psi2Swidth:MEcode 23 0
insert psi2Swidth:MEcode 24 0
insert psi2Swidth:MEcode 25 0
insert psi2Swidth:MEcode 26 -1
insert psi2Swidth:MEcode 27 0
insert psi2Swidth:MEcode 28 0
insert psi2Swidth:MEcode 29 0
insert psi2Swidth:MEcode 30 0
insert psi2Swidth:MEcode 31 0
insert psi2Swidth:MEcode 32 0
insert psi2Swidth:MEcode 33 -1
insert psi2Swidth:MEcode 34 -1
insert psi2Swidth:MEcode 35 0
insert psi2Swidth:MEcode 36 0
insert psi2Swidth:MEcode 37 0
insert psi2Swidth:MEcode 38 -1
insert psi2Swidth:MEcode 39 -1
insert psi2Swidth:MEcode 40 0
insert psi2Swidth:MEcode 41 0
insert psi2Swidth:MEcode 42 -1
insert psi2Swidth:MEcode 43 -1
insert psi2Swidth:MEcode 44 -1
insert psi2Swidth:MEcode 45 0
insert psi2Swidth:MEcode 46 0
insert psi2Swidth:MEcode 47 0
insert psi2Swidth:MEcode 48 0
insert psi2Swidth:MEcode 49 0
insert psi2Swidth:MEcode 50 0
insert psi2Swidth:MEcode 51 0
insert psi2Swidth:MEcode 52 0
insert psi2Swidth:MEcode 53 0
insert psi2Swidth:MEcode 54 0
insert psi2Swidth:MEcode 55 0
insert psi2Swidth:MEcode 56 0
insert psi2Swidth:MEcode 57 0
insert psi2Swidth:MEcode 58 0
insert psi2Swidth:MEcode 59 0
insert psi2Swidth:MEcode 60 0
insert psi2Swidth:MEcode 61 0
insert psi2Swidth:MEcode 62 0
insert psi2Swidth:MEcode 63 0
insert psi2Swidth:MEcode 64 0
insert psi2Swidth:MEcode 65 0
insert psi2Swidth:MEcode 66 0
insert psi2Swidth:MEcode 67 0
insert psi2Swidth:MEcode 68 0
insert psi2Swidth:MEcode 69 0
insert psi2Swidth:MEcode 70 0
insert psi2Swidth:MEcode 71 0
insert psi2Swidth:MEcode 72 0
insert psi2Swidth:MEcode 73 0
insert psi2Swidth:MEcode 74 0
insert psi2Swidth:MEcode 75 0
insert psi2Swidth:MEcode 76 0
insert psi2Swidth:MEcode 77 0
insert psi2Swidth:MEcode 78 0
insert psi2Swidth:MEcode 79 0
insert psi2Swidth:MEcode 80 0
insert psi2Swidth:MEcode 81 0
insert psi2Swidth:MEcode 82 0
insert psi2Swidth:MEcode 83 0
insert psi2Swidth:MEcode 84 0
insert psi2Swidth:MEcode 85 0
insert psi2Swidth:MEcode 86 0
insert psi2Swidth:MEcode 87 0
insert psi2Swidth:MEcode 88 0
insert psi2Swidth:MEcode 89 0
insert psi2Swidth:MEcode 90 0
insert psi2Swidth:MEcode 91 0
insert psi2Swidth:MEcode 92 0
insert psi2Swidth:MEcode 93 0
insert psi2Swidth:MEcode 94 0
insert psi2Swidth:MEcode 95 0
insert psi2Swidth:MEcode 96 0
insert psi2Swidth:MEcode 97 0
insert psi2Swidth:MEcode 98 0
insert psi2Swidth:MEcode 99 0
insert psi2Swidth:MEcode 100 0
insert psi2Swidth:MEcode 101 0
insert psi2Swidth:MEcode 102 0
insert psi2Swidth:MEcode 103 0
insert psi2Swidth:MEcode 104 0
insert psi2Swidth:MEcode 105 0
insert psi2Swidth:MEcode 106 0
insert psi2Swidth:MEcode 107 0
insert psi2Swidth:MEcode 108 0
insert psi2Swidth:MEcode 109 0
insert psi2Swidth:MEcode 110 0
insert psi2Swidth:MEcode 111 0
insert psi2Swidth:MEcode 112 0
insert psi2Swidth:MEcode 113 0
insert psi2Swidth:MEcode 114 0
insert psi2Swidth:MEcode 115 0
insert psi2Swidth:MEcode 116 0
insert psi2Swidth:MEcode 117 0
insert psi2Swidth:MEcode 118 0
insert psi2Swidth:MEcode 119 0
insert psi2Swidth:MEcode 120 0
insert psi2Swidth:MEcode 121 0
insert psi2Swidth:MEcode 122 0
insert psi2Swidth:MEcode 123 0
insert psi2Swidth:MEcode 124 0
insert psi2Swidth:MEcode 125 0
insert psi2Swidth:MEcode 126 0
insert psi2Swidth:MEcode 127 0
insert psi2Swidth:MEcode 128 0
insert psi2Swidth:MEcode 129 0
insert psi2Swidth:MEcode 130 0
insert psi2Swidth:MEcode 131 0
insert psi2Swidth:MEcode 132 0
insert psi2Swidth:MEcode 133 0
insert psi2Swidth:MEcode 134 0
insert psi2Swidth:MEcode 135 0
insert psi2Swidth:MEcode 136 0
insert psi2Swidth:MEcode 137 0
insert psi2Swidth:MEcode 138 0
insert psi2Swidth:MEcode 139 0
insert psi2Swidth:MEcoupling 0 0.919605
insert psi2Swidth:MEcoupling 1 0.92262
insert psi2Swidth:MEcoupling 2 0.933322
insert psi2Swidth:MEcoupling 3 1.00035
insert psi2Swidth:MEcoupling 4 0.09678
insert psi2Swidth:MEcoupling 5 1.02047
insert psi2Swidth:MEcoupling 6 0.958748
insert psi2Swidth:MEcoupling 7 0.00490458
insert psi2Swidth:MEcoupling 8 0.00488306
insert psi2Swidth:MEcoupling 9 1.20212
insert psi2Swidth:MEcoupling 10 0.00489501
insert psi2Swidth:MEcoupling 11 0.0013
insert psi2Swidth:MEcoupling 12 0.879772
insert psi2Swidth:MEcoupling 13 0.845382
insert psi2Swidth:MEcoupling 14 0.90544
insert psi2Swidth:MEcoupling 15 0.90544
insert psi2Swidth:MEcoupling 16 0.845382
insert psi2Swidth:MEcoupling 17 0.00095
insert psi2Swidth:MEcoupling 18 0.73584
insert psi2Swidth:MEcoupling 19 0.000806
insert psi2Swidth:MEcoupling 20 0.000729
insert psi2Swidth:MEcoupling 21 0.000608488
insert psi2Swidth:MEcoupling 22 0.000602
insert psi2Swidth:MEcoupling 23 0.000549
insert psi2Swidth:MEcoupling 24 0.000518
insert psi2Swidth:MEcoupling 25 0.000421
insert psi2Swidth:MEcoupling 26 0.0195192
insert psi2Swidth:MEcoupling 27 0.000335
insert psi2Swidth:MEcoupling 28 0.000335
insert psi2Swidth:MEcoupling 29 0.000335
insert psi2Swidth:MEcoupling 30 0.000335
insert psi2Swidth:MEcoupling 31 0.00032
insert psi2Swidth:MEcoupling 32 0.00032
insert psi2Swidth:MEcoupling 33 0.0173205
insert psi2Swidth:MEcoupling 34 0.0173205
insert psi2Swidth:MEcoupling 35 0.00028
insert psi2Swidth:MEcoupling 36 1.13319
insert psi2Swidth:MEcoupling 37 0.00026
insert psi2Swidth:MEcoupling 38 0.0160624
insert psi2Swidth:MEcoupling 39 0.0160624
insert psi2Swidth:MEcoupling 40 0.000248
insert psi2Swidth:MEcoupling 41 0.000248
insert psi2Swidth:MEcoupling 42 0.0154919
insert psi2Swidth:MEcoupling 43 0.0154919
insert psi2Swidth:MEcoupling 44 0.0154919
insert psi2Swidth:MEcoupling 45 0.00022
insert psi2Swidth:MEcoupling 46 0.00022
insert psi2Swidth:MEcoupling 47 0.00022
insert psi2Swidth:MEcoupling 48 0.00022
insert psi2Swidth:MEcoupling 49 0.960252
insert psi2Swidth:MEcoupling 50 0.581332
insert psi2Swidth:MEcoupling 51 0.581066
insert psi2Swidth:MEcoupling 52 0.581332
insert psi2Swidth:MEcoupling 53 0.862274
insert psi2Swidth:MEcoupling 54 0.883476
insert psi2Swidth:MEcoupling 55 0.883476
insert psi2Swidth:MEcoupling 56 0.862274
insert psi2Swidth:MEcoupling 57 0.000182
insert psi2Swidth:MEcoupling 58 0.000182
insert psi2Swidth:MEcoupling 59 0.000182
insert psi2Swidth:MEcoupling 60 0.000182
insert psi2Swidth:MEcoupling 61 0.00018
insert psi2Swidth:MEcoupling 62 0.00018
insert psi2Swidth:MEcoupling 63 0.000169
insert psi2Swidth:MEcoupling 64 0.000168
insert psi2Swidth:MEcoupling 65 0.000168
insert psi2Swidth:MEcoupling 66 0.000153
insert psi2Swidth:MEcoupling 67 0.000153
insert psi2Swidth:MEcoupling 68 0.000152
insert psi2Swidth:MEcoupling 69 0.000152
insert psi2Swidth:MEcoupling 70 0.000152
insert psi2Swidth:MEcoupling 71 0.000152
insert psi2Swidth:MEcoupling 72 0.000128
insert psi2Swidth:MEcoupling 73 0.000128
insert psi2Swidth:MEcoupling 74 0.000128
insert psi2Swidth:MEcoupling 75 0.000128
insert psi2Swidth:MEcoupling 76 0.727469
insert psi2Swidth:MEcoupling 77 0.000117525
insert psi2Swidth:MEcoupling 78 0.000103
insert psi2Swidth:MEcoupling 79 0.000103
insert psi2Swidth:MEcoupling 80 0.000103
insert psi2Swidth:MEcoupling 81 0.000103
insert psi2Swidth:MEcoupling 82 0.895542
insert psi2Swidth:MEcoupling 83 0.0001
insert psi2Swidth:MEcoupling 84 0.0001
insert psi2Swidth:MEcoupling 85 0.871797
insert psi2Swidth:MEcoupling 86 0.873771
insert psi2Swidth:MEcoupling 87 0.873015
insert psi2Swidth:MEcoupling 88 0.873771
insert psi2Swidth:MEcoupling 89 8.6e-05
insert psi2Swidth:MEcoupling 90 8.1e-05
insert psi2Swidth:MEcoupling 91 0.000102024
insert psi2Swidth:MEcoupling 92 9.81371e-05
insert psi2Swidth:MEcoupling 93 9.84842e-05
insert psi2Swidth:MEcoupling 94 0.00100431
insert psi2Swidth:MEcoupling 95 0.654532
insert psi2Swidth:MEcoupling 96 7.1e-05
insert psi2Swidth:MEcoupling 97 7.1e-05
insert psi2Swidth:MEcoupling 98 7.1e-05
insert psi2Swidth:MEcoupling 99 7.1e-05
insert psi2Swidth:MEcoupling 100 7e-05
insert psi2Swidth:MEcoupling 101 6.9e-05
insert psi2Swidth:MEcoupling 102 6.9e-05
insert psi2Swidth:MEcoupling 103 6.96316e-05
insert psi2Swidth:MEcoupling 104 6.3e-05
insert psi2Swidth:MEcoupling 105 6e-05
insert psi2Swidth:MEcoupling 106 0.265385
insert psi2Swidth:MEcoupling 107 5.8e-05
insert psi2Swidth:MEcoupling 108 5.8e-05
insert psi2Swidth:MEcoupling 109 5.7e-05
insert psi2Swidth:MEcoupling 110 0.438526
insert psi2Swidth:MEcoupling 111 0.438526
insert psi2Swidth:MEcoupling 112 0.00084504
insert psi2Swidth:MEcoupling 113 5e-05
insert psi2Swidth:MEcoupling 114 5e-05
insert psi2Swidth:MEcoupling 115 4.5e-05
insert psi2Swidth:MEcoupling 116 0.868969
insert psi2Swidth:MEcoupling 117 4.1e-05
insert psi2Swidth:MEcoupling 118 0.879506
insert psi2Swidth:MEcoupling 119 0.845324
insert psi2Swidth:MEcoupling 120 3.1e-05
insert psi2Swidth:MEcoupling 121 0.952138
insert psi2Swidth:MEcoupling 122 3.1e-05
insert psi2Swidth:MEcoupling 123 3e-05
insert psi2Swidth:MEcoupling 124 2.5e-05
insert psi2Swidth:MEcoupling 125 2.4e-05
insert psi2Swidth:MEcoupling 126 0.901921
insert psi2Swidth:MEcoupling 127 0.894693
insert psi2Swidth:MEcoupling 128 2e-05
insert psi2Swidth:MEcoupling 129 0.853432
insert psi2Swidth:MEcoupling 130 0.784106
insert psi2Swidth:MEcoupling 131 0.784106
insert psi2Swidth:MEcoupling 132 0.428459
insert psi2Swidth:MEcoupling 133 0.877288
insert psi2Swidth:MEcoupling 134 0.877166
insert psi2Swidth:MEcoupling 135 0.877288
insert psi2Swidth:MEcoupling 136 1.1e-05
insert psi2Swidth:MEcoupling 137 1.1e-05
insert psi2Swidth:MEcoupling 138 6e-06
insert psi2Swidth:MEcoupling 139 6e-06
insert psi2Swidth:ModeOn 0 1
insert psi2Swidth:ModeOn 1 1
insert psi2Swidth:ModeOn 2 1
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insert psi2Swidth:MEmass2 120 0
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insert psi2Swidth:MEmass2 122 0
insert psi2Swidth:MEmass2 123 0
insert psi2Swidth:MEmass2 124 0
insert psi2Swidth:MEmass2 125 0
insert psi2Swidth:MEmass2 126 0.547862
insert psi2Swidth:MEmass2 127 0.134977
insert psi2Swidth:MEmass2 128 0
insert psi2Swidth:MEmass2 129 0.95778
insert psi2Swidth:MEmass2 130 0.493677
insert psi2Swidth:MEmass2 131 0.493677
insert psi2Swidth:MEmass2 132 0.95778
insert psi2Swidth:MEmass2 133 0.13957
insert psi2Swidth:MEmass2 134 0.134977
insert psi2Swidth:MEmass2 135 0.13957
insert psi2Swidth:MEmass2 136 0
insert psi2Swidth:MEmass2 137 0
insert psi2Swidth:MEmass2 138 0
insert psi2Swidth:MEmass2 139 0
insert psi2Swidth:DecayModes 0 psi(2S)->Jpsi,pi+,pi-;
insert psi2Swidth:DecayModes 1 psi(2S)->Jpsi,pi0,pi0;
insert psi2Swidth:DecayModes 2 psi(2S)->chi_c0,gamma;
insert psi2Swidth:DecayModes 3 psi(2S)->chi_c1,gamma;
insert psi2Swidth:DecayModes 4 psi(2S)->g,g,g;
insert psi2Swidth:DecayModes 5 psi(2S)->chi_c2,gamma;
insert psi2Swidth:DecayModes 6 psi(2S)->Jpsi,eta;
insert psi2Swidth:DecayModes 7 psi(2S)->mu-,mu+;
insert psi2Swidth:DecayModes 8 psi(2S)->e-,e+;
insert psi2Swidth:DecayModes 9 psi(2S)->eta_c,gamma;
insert psi2Swidth:DecayModes 10 psi(2S)->tau-,tau+;
insert psi2Swidth:DecayModes 11 psi(2S)->K_S0,K_L0,pi0,pi0;
insert psi2Swidth:DecayModes 12 psi(2S)->Jpsi,pi0;
insert psi2Swidth:DecayModes 13 psi(2S)->K_1-,K+;
insert psi2Swidth:DecayModes 14 psi(2S)->K_1bar0,K0;
insert psi2Swidth:DecayModes 15 psi(2S)->K_10,Kbar0;
insert psi2Swidth:DecayModes 16 psi(2S)->K_1+,K-;
insert psi2Swidth:DecayModes 17 psi(2S)->eta,pi+,pi-,pi0;
insert psi2Swidth:DecayModes 18 psi(2S)->h_c,pi0;
insert psi2Swidth:DecayModes 19 psi(2S)->omega,pi0,pi0;
insert psi2Swidth:DecayModes 20 psi(2S)->p+,pbar-,pi+,pi-,pi0;
insert psi2Swidth:DecayModes 21 psi(2S)->eta_c(2S),gamma;
insert psi2Swidth:DecayModes 22 psi(2S)->omega,pi+,pi-;
insert psi2Swidth:DecayModes 23 psi(2S)->p+,pbar-,pi+,pi-;
insert psi2Swidth:DecayModes 24 psi(2S)->K+,K-,pi+,pi-;
insert psi2Swidth:DecayModes 25 psi(2S)->eta',pi+,pi-,pi0;
insert psi2Swidth:DecayModes 26 psi(2S)->Lambda0,Lambdabar0;
insert psi2Swidth:DecayModes 27 psi(2S)->K-,K0,pi+;
insert psi2Swidth:DecayModes 28 psi(2S)->K+,K*bar0,pi-;
insert psi2Swidth:DecayModes 29 psi(2S)->K-,K*0,pi+;
insert psi2Swidth:DecayModes 30 psi(2S)->K+,Kbar0,pi-;
insert psi2Swidth:DecayModes 31 psi(2S)->pbar-,n0,pi+,pi0;
insert psi2Swidth:DecayModes 32 psi(2S)->p+,nbar0,pi-,pi0;
insert psi2Swidth:DecayModes 33 psi(2S)->n0,nbar0;
insert psi2Swidth:DecayModes 34 psi(2S)->p+,pbar-;
insert psi2Swidth:DecayModes 35 psi(2S)->Lambda0,Lambdabar0,pi+,pi-;
insert psi2Swidth:DecayModes 36 psi(2S)->f_2,gamma;
insert psi2Swidth:DecayModes 37 psi(2S)->K+,K-,pi0,pi0;
insert psi2Swidth:DecayModes 38 psi(2S)->Xi-,Xibar+;
insert psi2Swidth:DecayModes 39 psi(2S)->Xi0,Xibar0;
insert psi2Swidth:DecayModes 40 psi(2S)->pbar-,n0,pi+;
insert psi2Swidth:DecayModes 41 psi(2S)->p+,nbar0,pi-;
insert psi2Swidth:DecayModes 42 psi(2S)->Sigma-,Sigmabar+;
insert psi2Swidth:DecayModes 43 psi(2S)->Sigma0,Sigmabar0;
insert psi2Swidth:DecayModes 44 psi(2S)->Sigma+,Sigmabar-;
insert psi2Swidth:DecayModes 45 psi(2S)->rho-,pi+,pi0;
insert psi2Swidth:DecayModes 46 psi(2S)->pi+,pi-,rho0;
insert psi2Swidth:DecayModes 47 psi(2S)->K_S0,pi+,pi-,K_L0;
insert psi2Swidth:DecayModes 48 psi(2S)->rho+,pi-,pi0;
insert psi2Swidth:DecayModes 49 psi(2S)->f_2,omega;
insert psi2Swidth:DecayModes 50 psi(2S)->b_1-,pi+;
insert psi2Swidth:DecayModes 51 psi(2S)->b_10,pi0;
insert psi2Swidth:DecayModes 52 psi(2S)->b_1+,pi-;
insert psi2Swidth:DecayModes 53 psi(2S)->K*_2+,K*-;
insert psi2Swidth:DecayModes 54 psi(2S)->K*_20,K*bar0;
insert psi2Swidth:DecayModes 55 psi(2S)->K*_2bar0,K*0;
insert psi2Swidth:DecayModes 56 psi(2S)->K*_2-,K*+;
insert psi2Swidth:DecayModes 57 psi(2S)->K*-,K+,rho0;
insert psi2Swidth:DecayModes 58 psi(2S)->K*bar0,K0,rho0;
insert psi2Swidth:DecayModes 59 psi(2S)->K*0,Kbar0,rho0;
insert psi2Swidth:DecayModes 60 psi(2S)->K*+,K-,rho0;
insert psi2Swidth:DecayModes 61 psi(2S)->Lambdabar0,p+,K-,pi+,pi-;
insert psi2Swidth:DecayModes 62 psi(2S)->Lambda0,pbar-,K+,pi+,pi-;
insert psi2Swidth:DecayModes 63 psi(2S)->pi+,pi-,pi0;
insert psi2Swidth:DecayModes 64 psi(2S)->K*bar0,K0,omega;
insert psi2Swidth:DecayModes 65 psi(2S)->K*0,Kbar0,omega;
insert psi2Swidth:DecayModes 66 psi(2S)->n0,nbar0,pi0;
insert psi2Swidth:DecayModes 67 psi(2S)->p+,pbar-,pi0;
insert psi2Swidth:DecayModes 68 psi(2S)->K-,K0,rho+;
insert psi2Swidth:DecayModes 69 psi(2S)->K+,K*bar0,rho-;
insert psi2Swidth:DecayModes 70 psi(2S)->K-,K*0,rho+;
insert psi2Swidth:DecayModes 71 psi(2S)->K+,Kbar0,rho-;
insert psi2Swidth:DecayModes 72 psi(2S)->Delta-,Deltabar+;
insert psi2Swidth:DecayModes 73 psi(2S)->Delta0,Deltabar0;
insert psi2Swidth:DecayModes 74 psi(2S)->Delta+,Deltabar-;
insert psi2Swidth:DecayModes 75 psi(2S)->Delta++,Deltabar--;
insert psi2Swidth:DecayModes 76 psi(2S)->eta',gamma;
insert psi2Swidth:DecayModes 77 psi(2S)->Xi*-,Xi*bar+;
insert psi2Swidth:DecayModes 78 psi(2S)->K*_2-,K+,omega;
insert psi2Swidth:DecayModes 79 psi(2S)->K*-,K+,omega;
insert psi2Swidth:DecayModes 80 psi(2S)->K*+,K-,omega;
insert psi2Swidth:DecayModes 81 psi(2S)->K*_2+,K-,omega;
insert psi2Swidth:DecayModes 82 psi(2S)->f_0(1710),gamma;
insert psi2Swidth:DecayModes 83 psi(2S)->Lambdabar0,p+,K-;
insert psi2Swidth:DecayModes 84 psi(2S)->Lambda0,pbar-,K+;
insert psi2Swidth:DecayModes 85 psi(2S)->f_0(1500),gamma;
insert psi2Swidth:DecayModes 86 psi(2S)->a_2+,rho-;
insert psi2Swidth:DecayModes 87 psi(2S)->a_20,rho0;
insert psi2Swidth:DecayModes 88 psi(2S)->a_2-,rho+;
insert psi2Swidth:DecayModes 89 psi(2S)->K+,K-,rho0;
insert psi2Swidth:DecayModes 90 psi(2S)->phi,pi+,pi-;
insert psi2Swidth:DecayModes 91 psi(2S)->Sigma*-,Sigma*bar+;
insert psi2Swidth:DecayModes 92 psi(2S)->Sigma*0,Sigma*bar0;
insert psi2Swidth:DecayModes 93 psi(2S)->Sigma*+,Sigma*bar-;
insert psi2Swidth:DecayModes 94 psi(2S)->K+,K-;
insert psi2Swidth:DecayModes 95 psi(2S)->f_0,phi;
insert psi2Swidth:DecayModes 96 psi(2S)->K*_2-,K+;
insert psi2Swidth:DecayModes 97 psi(2S)->K*_2bar0,K0;
insert psi2Swidth:DecayModes 98 psi(2S)->K*_20,Kbar0;
insert psi2Swidth:DecayModes 99 psi(2S)->K*_2+,K-;
insert psi2Swidth:DecayModes 100 psi(2S)->phi,K+,K-;
insert psi2Swidth:DecayModes 101 psi(2S)->n0,nbar0,omega;
insert psi2Swidth:DecayModes 102 psi(2S)->p+,pbar-,omega;
insert psi2Swidth:DecayModes 103 psi(2S)->Xi*0,Xi*bar0;
insert psi2Swidth:DecayModes 104 psi(2S)->K+,K+,K-,K-;
insert psi2Swidth:DecayModes 105 psi(2S)->p+,pbar-,eta;
insert psi2Swidth:DecayModes 106 psi(2S)->f_0(1710),omega;
insert psi2Swidth:DecayModes 107 psi(2S)->K*_2bar0,K0,omega;
insert psi2Swidth:DecayModes 108 psi(2S)->K*_20,Kbar0,omega;
insert psi2Swidth:DecayModes 109 psi(2S)->Omega-,Omegabar+;
insert psi2Swidth:DecayModes 110 psi(2S)->K*bar0,K0;
insert psi2Swidth:DecayModes 111 psi(2S)->K*0,Kbar0;
insert psi2Swidth:DecayModes 112 psi(2S)->K_S0,K_L0;
insert psi2Swidth:DecayModes 113 psi(2S)->n0,nbar0,rho0;
insert psi2Swidth:DecayModes 114 psi(2S)->p+,pbar-,rho0;
insert psi2Swidth:DecayModes 115 psi(2S)->K+,K-,omega;
insert psi2Swidth:DecayModes 116 psi(2S)->f'_2,phi;
insert psi2Swidth:DecayModes 117 psi(2S)->K+,K-,pi0;
insert psi2Swidth:DecayModes 118 psi(2S)->f'_2,gamma;
insert psi2Swidth:DecayModes 119 psi(2S)->eta',omega;
insert psi2Swidth:DecayModes 120 psi(2S)->Lambdabar0,p+,K*-;
insert psi2Swidth:DecayModes 121 psi(2S)->phi,eta;
insert psi2Swidth:DecayModes 122 psi(2S)->Lambda0,pbar-,K*+;
insert psi2Swidth:DecayModes 123 psi(2S)->f_1,phi;
insert psi2Swidth:DecayModes 124 psi(2S)->Lambda0,Lambdabar0,eta;
insert psi2Swidth:DecayModes 125 psi(2S)->p+,pbar-,K+,K-;
insert psi2Swidth:DecayModes 126 psi(2S)->eta,rho0;
insert psi2Swidth:DecayModes 127 psi(2S)->omega,pi0;
insert psi2Swidth:DecayModes 128 psi(2S)->pi+,pi+,pi-,pi-;
insert psi2Swidth:DecayModes 129 psi(2S)->eta',rho0;
insert psi2Swidth:DecayModes 130 psi(2S)->K*-,K+;
insert psi2Swidth:DecayModes 131 psi(2S)->K*+,K-;
insert psi2Swidth:DecayModes 132 psi(2S)->phi,eta';
insert psi2Swidth:DecayModes 133 psi(2S)->rho-,pi+;
insert psi2Swidth:DecayModes 134 psi(2S)->rho0,pi0;
insert psi2Swidth:DecayModes 135 psi(2S)->rho+,pi-;
insert psi2Swidth:DecayModes 136 psi(2S)->n0,nbar0,eta';
insert psi2Swidth:DecayModes 137 psi(2S)->p+,pbar-,eta';
insert psi2Swidth:DecayModes 138 psi(2S)->n0,nbar0,phi;
insert psi2Swidth:DecayModes 139 psi(2S)->p+,pbar-,phi;
insert psi2Swidth:InterpolationMasses 0 3.68273
insert psi2Swidth:InterpolationMasses 1 3.6828676
insert psi2Swidth:InterpolationMasses 2 3.6830051
insert psi2Swidth:InterpolationMasses 3 3.6831427
insert psi2Swidth:InterpolationMasses 4 3.6832802
insert psi2Swidth:InterpolationMasses 5 3.6834178
insert psi2Swidth:InterpolationMasses 6 3.6835553
insert psi2Swidth:InterpolationMasses 7 3.6836929
insert psi2Swidth:InterpolationMasses 8 3.6838304
insert psi2Swidth:InterpolationMasses 9 3.683968
insert psi2Swidth:InterpolationMasses 10 3.6841055
insert psi2Swidth:InterpolationMasses 11 3.6842431
insert psi2Swidth:InterpolationMasses 12 3.6843806
insert psi2Swidth:InterpolationMasses 13 3.6845182
insert psi2Swidth:InterpolationMasses 14 3.6846557
insert psi2Swidth:InterpolationMasses 15 3.6847933
insert psi2Swidth:InterpolationMasses 16 3.6849308
insert psi2Swidth:InterpolationMasses 17 3.6850684
insert psi2Swidth:InterpolationMasses 18 3.6852059
insert psi2Swidth:InterpolationMasses 19 3.6853435
insert psi2Swidth:InterpolationMasses 20 3.685481
insert psi2Swidth:InterpolationMasses 21 3.6856186
insert psi2Swidth:InterpolationMasses 22 3.6857561
insert psi2Swidth:InterpolationMasses 23 3.6858937
insert psi2Swidth:InterpolationMasses 24 3.6860312
insert psi2Swidth:InterpolationMasses 25 3.6861688
insert psi2Swidth:InterpolationMasses 26 3.6863063
insert psi2Swidth:InterpolationMasses 27 3.6864439
insert psi2Swidth:InterpolationMasses 28 3.6865814
insert psi2Swidth:InterpolationMasses 29 3.686719
insert psi2Swidth:InterpolationMasses 30 3.6868565
insert psi2Swidth:InterpolationMasses 31 3.6869941
insert psi2Swidth:InterpolationMasses 32 3.6871316
insert psi2Swidth:InterpolationMasses 33 3.6872692
insert psi2Swidth:InterpolationMasses 34 3.6874067
insert psi2Swidth:InterpolationMasses 35 3.6875443
insert psi2Swidth:InterpolationMasses 36 3.6876818
insert psi2Swidth:InterpolationMasses 37 3.6878194
insert psi2Swidth:InterpolationMasses 38 3.6879569
insert psi2Swidth:InterpolationMasses 39 3.6880945
insert psi2Swidth:InterpolationMasses 40 3.688232
insert psi2Swidth:InterpolationMasses 41 3.6883696
insert psi2Swidth:InterpolationMasses 42 3.6885071
insert psi2Swidth:InterpolationMasses 43 3.6886447
insert psi2Swidth:InterpolationMasses 44 3.6887822
insert psi2Swidth:InterpolationMasses 45 3.6889198
insert psi2Swidth:InterpolationMasses 46 3.6890573
insert psi2Swidth:InterpolationMasses 47 3.6891949
insert psi2Swidth:InterpolationMasses 48 3.6893324
insert psi2Swidth:InterpolationMasses 49 3.68947
insert psi2Swidth:InterpolationMasses 50 3.68273
insert psi2Swidth:InterpolationMasses 51 3.6828676
insert psi2Swidth:InterpolationMasses 52 3.6830051
insert psi2Swidth:InterpolationMasses 53 3.6831427
insert psi2Swidth:InterpolationMasses 54 3.6832802
insert psi2Swidth:InterpolationMasses 55 3.6834178
insert psi2Swidth:InterpolationMasses 56 3.6835553
insert psi2Swidth:InterpolationMasses 57 3.6836929
insert psi2Swidth:InterpolationMasses 58 3.6838304
insert psi2Swidth:InterpolationMasses 59 3.683968
insert psi2Swidth:InterpolationMasses 60 3.6841055
insert psi2Swidth:InterpolationMasses 61 3.6842431
insert psi2Swidth:InterpolationMasses 62 3.6843806
insert psi2Swidth:InterpolationMasses 63 3.6845182
insert psi2Swidth:InterpolationMasses 64 3.6846557
insert psi2Swidth:InterpolationMasses 65 3.6847933
insert psi2Swidth:InterpolationMasses 66 3.6849308
insert psi2Swidth:InterpolationMasses 67 3.6850684
insert psi2Swidth:InterpolationMasses 68 3.6852059
insert psi2Swidth:InterpolationMasses 69 3.6853435
insert psi2Swidth:InterpolationMasses 70 3.685481
insert psi2Swidth:InterpolationMasses 71 3.6856186
insert psi2Swidth:InterpolationMasses 72 3.6857561
insert psi2Swidth:InterpolationMasses 73 3.6858937
insert psi2Swidth:InterpolationMasses 74 3.6860312
insert psi2Swidth:InterpolationMasses 75 3.6861688
insert psi2Swidth:InterpolationMasses 76 3.6863063
insert psi2Swidth:InterpolationMasses 77 3.6864439
insert psi2Swidth:InterpolationMasses 78 3.6865814
insert psi2Swidth:InterpolationMasses 79 3.686719
insert psi2Swidth:InterpolationMasses 80 3.6868565
insert psi2Swidth:InterpolationMasses 81 3.6869941
insert psi2Swidth:InterpolationMasses 82 3.6871316
insert psi2Swidth:InterpolationMasses 83 3.6872692
insert psi2Swidth:InterpolationMasses 84 3.6874067
insert psi2Swidth:InterpolationMasses 85 3.6875443
insert psi2Swidth:InterpolationMasses 86 3.6876818
insert psi2Swidth:InterpolationMasses 87 3.6878194
insert psi2Swidth:InterpolationMasses 88 3.6879569
insert psi2Swidth:InterpolationMasses 89 3.6880945
insert psi2Swidth:InterpolationMasses 90 3.688232
insert psi2Swidth:InterpolationMasses 91 3.6883696
insert psi2Swidth:InterpolationMasses 92 3.6885071
insert psi2Swidth:InterpolationMasses 93 3.6886447
insert psi2Swidth:InterpolationMasses 94 3.6887822
insert psi2Swidth:InterpolationMasses 95 3.6889198
insert psi2Swidth:InterpolationMasses 96 3.6890573
insert psi2Swidth:InterpolationMasses 97 3.6891949
insert psi2Swidth:InterpolationMasses 98 3.6893324
insert psi2Swidth:InterpolationMasses 99 3.68947
insert psi2Swidth:InterpolationMasses 100 3.6824549
insert psi2Swidth:InterpolationMasses 101 3.6825924
insert psi2Swidth:InterpolationMasses 102 3.68273
insert psi2Swidth:InterpolationMasses 103 3.6828676
insert psi2Swidth:InterpolationMasses 104 3.6830051
insert psi2Swidth:InterpolationMasses 105 3.6831427
insert psi2Swidth:InterpolationMasses 106 3.6832802
insert psi2Swidth:InterpolationMasses 107 3.6834178
insert psi2Swidth:InterpolationMasses 108 3.6835553
insert psi2Swidth:InterpolationMasses 109 3.6836929
insert psi2Swidth:InterpolationMasses 110 3.6838304
insert psi2Swidth:InterpolationMasses 111 3.683968
insert psi2Swidth:InterpolationMasses 112 3.6841055
insert psi2Swidth:InterpolationMasses 113 3.6842431
insert psi2Swidth:InterpolationMasses 114 3.6843806
insert psi2Swidth:InterpolationMasses 115 3.6845182
insert psi2Swidth:InterpolationMasses 116 3.6846557
insert psi2Swidth:InterpolationMasses 117 3.6847933
insert psi2Swidth:InterpolationMasses 118 3.6849308
insert psi2Swidth:InterpolationMasses 119 3.6850684
insert psi2Swidth:InterpolationMasses 120 3.6852059
insert psi2Swidth:InterpolationMasses 121 3.6853435
insert psi2Swidth:InterpolationMasses 122 3.685481
insert psi2Swidth:InterpolationMasses 123 3.6856186
insert psi2Swidth:InterpolationMasses 124 3.6857561
insert psi2Swidth:InterpolationMasses 125 3.6858937
insert psi2Swidth:InterpolationMasses 126 3.6860312
insert psi2Swidth:InterpolationMasses 127 3.6861688
insert psi2Swidth:InterpolationMasses 128 3.6863063
insert psi2Swidth:InterpolationMasses 129 3.6864439
insert psi2Swidth:InterpolationMasses 130 3.6865814
insert psi2Swidth:InterpolationMasses 131 3.686719
insert psi2Swidth:InterpolationMasses 132 3.6868565
insert psi2Swidth:InterpolationMasses 133 3.6869941
insert psi2Swidth:InterpolationMasses 134 3.6871316
insert psi2Swidth:InterpolationMasses 135 3.6872692
insert psi2Swidth:InterpolationMasses 136 3.6874067
insert psi2Swidth:InterpolationMasses 137 3.6875443
insert psi2Swidth:InterpolationMasses 138 3.6876818
insert psi2Swidth:InterpolationMasses 139 3.6878194
insert psi2Swidth:InterpolationMasses 140 3.6879569
insert psi2Swidth:InterpolationMasses 141 3.6880945
insert psi2Swidth:InterpolationMasses 142 3.688232
insert psi2Swidth:InterpolationMasses 143 3.6883696
insert psi2Swidth:InterpolationMasses 144 3.6885071
insert psi2Swidth:InterpolationMasses 145 3.6886447
insert psi2Swidth:InterpolationMasses 146 3.6887822
insert psi2Swidth:InterpolationMasses 147 3.6889198
insert psi2Swidth:InterpolationMasses 148 3.6890573
insert psi2Swidth:InterpolationMasses 149 3.6891949
insert psi2Swidth:InterpolationMasses 150 3.6893324
insert psi2Swidth:InterpolationMasses 151 3.68947
insert psi2Swidth:InterpolationMasses 152 3.6896076
insert psi2Swidth:InterpolationMasses 153 3.6897451
insert psi2Swidth:InterpolationMasses 154 3.6824549
insert psi2Swidth:InterpolationMasses 155 3.6825924
insert psi2Swidth:InterpolationMasses 156 3.68273
insert psi2Swidth:InterpolationMasses 157 3.6828676
insert psi2Swidth:InterpolationMasses 158 3.6830051
insert psi2Swidth:InterpolationMasses 159 3.6831427
insert psi2Swidth:InterpolationMasses 160 3.6832802
insert psi2Swidth:InterpolationMasses 161 3.6834178
insert psi2Swidth:InterpolationMasses 162 3.6835553
insert psi2Swidth:InterpolationMasses 163 3.6836929
insert psi2Swidth:InterpolationMasses 164 3.6838304
insert psi2Swidth:InterpolationMasses 165 3.683968
insert psi2Swidth:InterpolationMasses 166 3.6841055
insert psi2Swidth:InterpolationMasses 167 3.6842431
insert psi2Swidth:InterpolationMasses 168 3.6843806
insert psi2Swidth:InterpolationMasses 169 3.6845182
insert psi2Swidth:InterpolationMasses 170 3.6846557
insert psi2Swidth:InterpolationMasses 171 3.6847933
insert psi2Swidth:InterpolationMasses 172 3.6849308
insert psi2Swidth:InterpolationMasses 173 3.6850684
insert psi2Swidth:InterpolationMasses 174 3.6852059
insert psi2Swidth:InterpolationMasses 175 3.6853435
insert psi2Swidth:InterpolationMasses 176 3.685481
insert psi2Swidth:InterpolationMasses 177 3.6856186
insert psi2Swidth:InterpolationMasses 178 3.6857561
insert psi2Swidth:InterpolationMasses 179 3.6858937
insert psi2Swidth:InterpolationMasses 180 3.6860312
insert psi2Swidth:InterpolationMasses 181 3.6861688
insert psi2Swidth:InterpolationMasses 182 3.6863063
insert psi2Swidth:InterpolationMasses 183 3.6864439
insert psi2Swidth:InterpolationMasses 184 3.6865814
insert psi2Swidth:InterpolationMasses 185 3.686719
insert psi2Swidth:InterpolationMasses 186 3.6868565
insert psi2Swidth:InterpolationMasses 187 3.6869941
insert psi2Swidth:InterpolationMasses 188 3.6871316
insert psi2Swidth:InterpolationMasses 189 3.6872692
insert psi2Swidth:InterpolationMasses 190 3.6874067
insert psi2Swidth:InterpolationMasses 191 3.6875443
insert psi2Swidth:InterpolationMasses 192 3.6876818
insert psi2Swidth:InterpolationMasses 193 3.6878194
insert psi2Swidth:InterpolationMasses 194 3.6879569
insert psi2Swidth:InterpolationMasses 195 3.6880945
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insert psi2Swidth:NumberofEntries 139 2746
newdef /Herwig/Particles/psi(2S):Width_generator psi2Swidth
#
create Herwig::GenericWidthGenerator Upsilon1Swidth
newdef Upsilon1Swidth:Particle /Herwig/Particles/Upsilon
newdef Upsilon1Swidth:Prefactor 1.01716
newdef Upsilon1Swidth:BRNormalize 1
newdef Upsilon1Swidth:BRMinimum 0.01
newdef Upsilon1Swidth:Points 50
newdef Upsilon1Swidth:InterpolationOrder 1
insert Upsilon1Swidth:MEtype 0 0
insert Upsilon1Swidth:MEtype 1 0
insert Upsilon1Swidth:MEtype 2 0
insert Upsilon1Swidth:MEtype 3 1
insert Upsilon1Swidth:MEtype 4 1
insert Upsilon1Swidth:MEtype 5 1
insert Upsilon1Swidth:MEtype 6 0
insert Upsilon1Swidth:MEtype 7 0
insert Upsilon1Swidth:MEtype 8 0
insert Upsilon1Swidth:MEtype 9 2
insert Upsilon1Swidth:MEtype 10 0
insert Upsilon1Swidth:MEtype 11 2
insert Upsilon1Swidth:MEtype 12 2
insert Upsilon1Swidth:MEtype 13 0
insert Upsilon1Swidth:MEtype 14 0
insert Upsilon1Swidth:MEcode 0 0
insert Upsilon1Swidth:MEcode 1 0
insert Upsilon1Swidth:MEcode 2 0
insert Upsilon1Swidth:MEcode 3 2
insert Upsilon1Swidth:MEcode 4 2
insert Upsilon1Swidth:MEcode 5 2
insert Upsilon1Swidth:MEcode 6 0
insert Upsilon1Swidth:MEcode 7 0
insert Upsilon1Swidth:MEcode 8 0
insert Upsilon1Swidth:MEcode 9 0
insert Upsilon1Swidth:MEcode 10 0
insert Upsilon1Swidth:MEcode 11 0
insert Upsilon1Swidth:MEcode 12 0
insert Upsilon1Swidth:MEcode 13 0
insert Upsilon1Swidth:MEcode 14 0
insert Upsilon1Swidth:MEcoupling 0 0.820252
insert Upsilon1Swidth:MEcoupling 1 0.033195
insert Upsilon1Swidth:MEcoupling 2 0.033195
insert Upsilon1Swidth:MEcoupling 3 0.00231502
insert Upsilon1Swidth:MEcoupling 4 0.00231502
insert Upsilon1Swidth:MEcoupling 5 0.00231499
insert Upsilon1Swidth:MEcoupling 6 0.022
insert Upsilon1Swidth:MEcoupling 7 0.008299
insert Upsilon1Swidth:MEcoupling 8 0.008299
insert Upsilon1Swidth:MEcoupling 9 1.01088
insert Upsilon1Swidth:MEcoupling 10 6.3e-05
insert Upsilon1Swidth:MEcoupling 11 0.992298
insert Upsilon1Swidth:MEcoupling 12 0.786515
insert Upsilon1Swidth:MEcoupling 13 1.7e-05
insert Upsilon1Swidth:MEcoupling 14 1.1e-05
insert Upsilon1Swidth:ModeOn 0 1
insert Upsilon1Swidth:ModeOn 1 1
insert Upsilon1Swidth:ModeOn 2 1
insert Upsilon1Swidth:ModeOn 3 1
insert Upsilon1Swidth:ModeOn 4 1
insert Upsilon1Swidth:ModeOn 5 1
insert Upsilon1Swidth:ModeOn 6 1
insert Upsilon1Swidth:ModeOn 7 0
insert Upsilon1Swidth:ModeOn 8 0
insert Upsilon1Swidth:ModeOn 9 0
insert Upsilon1Swidth:ModeOn 10 0
insert Upsilon1Swidth:ModeOn 11 0
insert Upsilon1Swidth:ModeOn 12 0
insert Upsilon1Swidth:ModeOn 13 0
insert Upsilon1Swidth:ModeOn 14 0
insert Upsilon1Swidth:MinimumMasses 0 0
insert Upsilon1Swidth:MinimumMasses 1 0.00432
insert Upsilon1Swidth:MinimumMasses 2 2.54
insert Upsilon1Swidth:MinimumMasses 3 0.001022
insert Upsilon1Swidth:MinimumMasses 4 0.211317
insert Upsilon1Swidth:MinimumMasses 5 3.55372
insert Upsilon1Swidth:MinimumMasses 6 0
insert Upsilon1Swidth:MinimumMasses 7 0.00934
insert Upsilon1Swidth:MinimumMasses 8 0.1868
insert Upsilon1Swidth:MinimumMasses 9 1.1005
insert Upsilon1Swidth:MinimumMasses 10 0.279141
insert Upsilon1Swidth:MinimumMasses 11 3.50177
insert Upsilon1Swidth:MinimumMasses 12 1.1734
insert Upsilon1Swidth:MinimumMasses 13 0.269954
insert Upsilon1Swidth:MinimumMasses 14 0.987354
insert Upsilon1Swidth:MEmass1 0 0
insert Upsilon1Swidth:MEmass1 1 0
insert Upsilon1Swidth:MEmass1 2 0
insert Upsilon1Swidth:MEmass1 3 0.000510999
insert Upsilon1Swidth:MEmass1 4 0.105658
insert Upsilon1Swidth:MEmass1 5 1.77686
insert Upsilon1Swidth:MEmass1 6 0
insert Upsilon1Swidth:MEmass1 7 0
insert Upsilon1Swidth:MEmass1 8 0
insert Upsilon1Swidth:MEmass1 9 1.2755
insert Upsilon1Swidth:MEmass1 10 0
insert Upsilon1Swidth:MEmass1 11 3.51067
insert Upsilon1Swidth:MEmass1 12 1.5174
insert Upsilon1Swidth:MEmass1 13 0
insert Upsilon1Swidth:MEmass1 14 0
insert Upsilon1Swidth:MEmass2 0 0
insert Upsilon1Swidth:MEmass2 1 0
insert Upsilon1Swidth:MEmass2 2 0
insert Upsilon1Swidth:MEmass2 3 0.000510999
insert Upsilon1Swidth:MEmass2 4 0.105658
insert Upsilon1Swidth:MEmass2 5 1.77686
insert Upsilon1Swidth:MEmass2 6 0
insert Upsilon1Swidth:MEmass2 7 0
insert Upsilon1Swidth:MEmass2 8 0
insert Upsilon1Swidth:MEmass2 9 0
insert Upsilon1Swidth:MEmass2 10 0
insert Upsilon1Swidth:MEmass2 11 0
insert Upsilon1Swidth:MEmass2 12 0
insert Upsilon1Swidth:MEmass2 13 0
insert Upsilon1Swidth:MEmass2 14 0
insert Upsilon1Swidth:DecayModes 0 Upsilon->g,g,g;
insert Upsilon1Swidth:DecayModes 1 Upsilon->u,ubar;
insert Upsilon1Swidth:DecayModes 2 Upsilon->c,cbar;
insert Upsilon1Swidth:DecayModes 3 Upsilon->e-,e+;
insert Upsilon1Swidth:DecayModes 4 Upsilon->mu-,mu+;
insert Upsilon1Swidth:DecayModes 5 Upsilon->tau-,tau+;
insert Upsilon1Swidth:DecayModes 6 Upsilon->gamma,g,g;
insert Upsilon1Swidth:DecayModes 7 Upsilon->d,dbar;
insert Upsilon1Swidth:DecayModes 8 Upsilon->s,sbar;
insert Upsilon1Swidth:DecayModes 9 Upsilon->f_2,gamma;
insert Upsilon1Swidth:DecayModes 10 Upsilon->pi+,pi-,gamma;
insert Upsilon1Swidth:DecayModes 11 Upsilon->chi_c1,gamma;
insert Upsilon1Swidth:DecayModes 12 Upsilon->f'_2,gamma;
insert Upsilon1Swidth:DecayModes 13 Upsilon->pi0,pi0,gamma;
insert Upsilon1Swidth:DecayModes 14 Upsilon->K+,K-,gamma;
insert Upsilon1Swidth:InterpolationMasses 0 9.4597159
insert Upsilon1Swidth:InterpolationMasses 1 9.459738
insert Upsilon1Swidth:InterpolationMasses 2 9.45976
insert Upsilon1Swidth:InterpolationMasses 3 9.459782
insert Upsilon1Swidth:InterpolationMasses 4 9.4598041
insert Upsilon1Swidth:InterpolationMasses 5 9.4598261
insert Upsilon1Swidth:InterpolationMasses 6 9.4598482
insert Upsilon1Swidth:InterpolationMasses 7 9.4598702
insert Upsilon1Swidth:InterpolationMasses 8 9.4598922
insert Upsilon1Swidth:InterpolationMasses 9 9.4599143
insert Upsilon1Swidth:InterpolationMasses 10 9.4599363
insert Upsilon1Swidth:InterpolationMasses 11 9.4599584
insert Upsilon1Swidth:InterpolationMasses 12 9.4599804
insert Upsilon1Swidth:InterpolationMasses 13 9.4600024
insert Upsilon1Swidth:InterpolationMasses 14 9.4600245
insert Upsilon1Swidth:InterpolationMasses 15 9.4600465
insert Upsilon1Swidth:InterpolationMasses 16 9.4600686
insert Upsilon1Swidth:InterpolationMasses 17 9.4600906
insert Upsilon1Swidth:InterpolationMasses 18 9.4601127
insert Upsilon1Swidth:InterpolationMasses 19 9.4601347
insert Upsilon1Swidth:InterpolationMasses 20 9.4601567
insert Upsilon1Swidth:InterpolationMasses 21 9.4601788
insert Upsilon1Swidth:InterpolationMasses 22 9.4602008
insert Upsilon1Swidth:InterpolationMasses 23 9.4602229
insert Upsilon1Swidth:InterpolationMasses 24 9.4602449
insert Upsilon1Swidth:InterpolationMasses 25 9.4602669
insert Upsilon1Swidth:InterpolationMasses 26 9.460289
insert Upsilon1Swidth:InterpolationMasses 27 9.460311
insert Upsilon1Swidth:InterpolationMasses 28 9.4603331
insert Upsilon1Swidth:InterpolationMasses 29 9.4603551
insert Upsilon1Swidth:InterpolationMasses 30 9.4603771
insert Upsilon1Swidth:InterpolationMasses 31 9.4603992
insert Upsilon1Swidth:InterpolationMasses 32 9.4604212
insert Upsilon1Swidth:InterpolationMasses 33 9.4604433
insert Upsilon1Swidth:InterpolationMasses 34 9.4604653
insert Upsilon1Swidth:InterpolationMasses 35 9.4604873
insert Upsilon1Swidth:InterpolationMasses 36 9.4605094
insert Upsilon1Swidth:InterpolationMasses 37 9.4605314
insert Upsilon1Swidth:InterpolationMasses 38 9.4605535
insert Upsilon1Swidth:InterpolationMasses 39 9.4605755
insert Upsilon1Swidth:InterpolationMasses 40 9.4605976
insert Upsilon1Swidth:InterpolationMasses 41 9.4606196
insert Upsilon1Swidth:InterpolationMasses 42 9.4606416
insert Upsilon1Swidth:InterpolationMasses 43 9.4606637
insert Upsilon1Swidth:InterpolationMasses 44 9.4606857
insert Upsilon1Swidth:InterpolationMasses 45 9.4607078
insert Upsilon1Swidth:InterpolationMasses 46 9.4607298
insert Upsilon1Swidth:InterpolationMasses 47 9.4607518
insert Upsilon1Swidth:InterpolationMasses 48 9.4607739
insert Upsilon1Swidth:InterpolationMasses 49 9.4607959
insert Upsilon1Swidth:InterpolationMasses 50 9.460818
insert Upsilon1Swidth:InterpolationMasses 51 9.46084
insert Upsilon1Swidth:InterpolationMasses 52 9.460862
insert Upsilon1Swidth:InterpolationMasses 53 9.4608841
insert Upsilon1Swidth:InterpolationMasses 54 9.4597159
insert Upsilon1Swidth:InterpolationMasses 55 9.459738
insert Upsilon1Swidth:InterpolationMasses 56 9.45976
insert Upsilon1Swidth:InterpolationMasses 57 9.459782
insert Upsilon1Swidth:InterpolationMasses 58 9.4598041
insert Upsilon1Swidth:InterpolationMasses 59 9.4598261
insert Upsilon1Swidth:InterpolationMasses 60 9.4598482
insert Upsilon1Swidth:InterpolationMasses 61 9.4598702
insert Upsilon1Swidth:InterpolationMasses 62 9.4598922
insert Upsilon1Swidth:InterpolationMasses 63 9.4599143
insert Upsilon1Swidth:InterpolationMasses 64 9.4599363
insert Upsilon1Swidth:InterpolationMasses 65 9.4599584
insert Upsilon1Swidth:InterpolationMasses 66 9.4599804
insert Upsilon1Swidth:InterpolationMasses 67 9.4600024
insert Upsilon1Swidth:InterpolationMasses 68 9.4600245
insert Upsilon1Swidth:InterpolationMasses 69 9.4600465
insert Upsilon1Swidth:InterpolationMasses 70 9.4600686
insert Upsilon1Swidth:InterpolationMasses 71 9.4600906
insert Upsilon1Swidth:InterpolationMasses 72 9.4601127
insert Upsilon1Swidth:InterpolationMasses 73 9.4601347
insert Upsilon1Swidth:InterpolationMasses 74 9.4601567
insert Upsilon1Swidth:InterpolationMasses 75 9.4601788
insert Upsilon1Swidth:InterpolationMasses 76 9.4602008
insert Upsilon1Swidth:InterpolationMasses 77 9.4602229
insert Upsilon1Swidth:InterpolationMasses 78 9.4602449
insert Upsilon1Swidth:InterpolationMasses 79 9.4602669
insert Upsilon1Swidth:InterpolationMasses 80 9.460289
insert Upsilon1Swidth:InterpolationMasses 81 9.460311
insert Upsilon1Swidth:InterpolationMasses 82 9.4603331
insert Upsilon1Swidth:InterpolationMasses 83 9.4603551
insert Upsilon1Swidth:InterpolationMasses 84 9.4603771
insert Upsilon1Swidth:InterpolationMasses 85 9.4603992
insert Upsilon1Swidth:InterpolationMasses 86 9.4604212
insert Upsilon1Swidth:InterpolationMasses 87 9.4604433
insert Upsilon1Swidth:InterpolationMasses 88 9.4604653
insert Upsilon1Swidth:InterpolationMasses 89 9.4604873
insert Upsilon1Swidth:InterpolationMasses 90 9.4605094
insert Upsilon1Swidth:InterpolationMasses 91 9.4605314
insert Upsilon1Swidth:InterpolationMasses 92 9.4605535
insert Upsilon1Swidth:InterpolationMasses 93 9.4605755
insert Upsilon1Swidth:InterpolationMasses 94 9.4605976
insert Upsilon1Swidth:InterpolationMasses 95 9.4606196
insert Upsilon1Swidth:InterpolationMasses 96 9.4606416
insert Upsilon1Swidth:InterpolationMasses 97 9.4606637
insert Upsilon1Swidth:InterpolationMasses 98 9.4606857
insert Upsilon1Swidth:InterpolationMasses 99 9.4607078
insert Upsilon1Swidth:InterpolationMasses 100 9.4607298
insert Upsilon1Swidth:InterpolationMasses 101 9.4607518
insert Upsilon1Swidth:InterpolationMasses 102 9.4607739
insert Upsilon1Swidth:InterpolationMasses 103 9.4607959
insert Upsilon1Swidth:InterpolationMasses 104 9.460818
insert Upsilon1Swidth:InterpolationMasses 105 9.46084
insert Upsilon1Swidth:InterpolationMasses 106 9.460862
insert Upsilon1Swidth:InterpolationMasses 107 9.4608841
insert Upsilon1Swidth:InterpolationMasses 108 9.4597159
insert Upsilon1Swidth:InterpolationMasses 109 9.459738
insert Upsilon1Swidth:InterpolationMasses 110 9.45976
insert Upsilon1Swidth:InterpolationMasses 111 9.459782
insert Upsilon1Swidth:InterpolationMasses 112 9.4598041
insert Upsilon1Swidth:InterpolationMasses 113 9.4598261
insert Upsilon1Swidth:InterpolationMasses 114 9.4598482
insert Upsilon1Swidth:InterpolationMasses 115 9.4598702
insert Upsilon1Swidth:InterpolationMasses 116 9.4598922
insert Upsilon1Swidth:InterpolationMasses 117 9.4599143
insert Upsilon1Swidth:InterpolationMasses 118 9.4599363
insert Upsilon1Swidth:InterpolationMasses 119 9.4599584
insert Upsilon1Swidth:InterpolationMasses 120 9.4599804
insert Upsilon1Swidth:InterpolationMasses 121 9.4600024
insert Upsilon1Swidth:InterpolationMasses 122 9.4600245
insert Upsilon1Swidth:InterpolationMasses 123 9.4600465
insert Upsilon1Swidth:InterpolationMasses 124 9.4600686
insert Upsilon1Swidth:InterpolationMasses 125 9.4600906
insert Upsilon1Swidth:InterpolationMasses 126 9.4601127
insert Upsilon1Swidth:InterpolationMasses 127 9.4601347
insert Upsilon1Swidth:InterpolationMasses 128 9.4601567
insert Upsilon1Swidth:InterpolationMasses 129 9.4601788
insert Upsilon1Swidth:InterpolationMasses 130 9.4602008
insert Upsilon1Swidth:InterpolationMasses 131 9.4602229
insert Upsilon1Swidth:InterpolationMasses 132 9.4602449
insert Upsilon1Swidth:InterpolationMasses 133 9.4602669
insert Upsilon1Swidth:InterpolationMasses 134 9.460289
insert Upsilon1Swidth:InterpolationMasses 135 9.460311
insert Upsilon1Swidth:InterpolationMasses 136 9.4603331
insert Upsilon1Swidth:InterpolationMasses 137 9.4603551
insert Upsilon1Swidth:InterpolationMasses 138 9.4603771
insert Upsilon1Swidth:InterpolationMasses 139 9.4603992
insert Upsilon1Swidth:InterpolationMasses 140 9.4604212
insert Upsilon1Swidth:InterpolationMasses 141 9.4604433
insert Upsilon1Swidth:InterpolationMasses 142 9.4604653
insert Upsilon1Swidth:InterpolationMasses 143 9.4604873
insert Upsilon1Swidth:InterpolationMasses 144 9.4605094
insert Upsilon1Swidth:InterpolationMasses 145 9.4605314
insert Upsilon1Swidth:InterpolationMasses 146 9.4605535
insert Upsilon1Swidth:InterpolationMasses 147 9.4605755
insert Upsilon1Swidth:InterpolationMasses 148 9.4605976
insert Upsilon1Swidth:InterpolationMasses 149 9.4606196
insert Upsilon1Swidth:InterpolationMasses 150 9.4606416
insert Upsilon1Swidth:InterpolationMasses 151 9.4606637
insert Upsilon1Swidth:InterpolationMasses 152 9.4606857
insert Upsilon1Swidth:InterpolationMasses 153 9.4607078
insert Upsilon1Swidth:InterpolationMasses 154 9.4607298
insert Upsilon1Swidth:InterpolationMasses 155 9.4607518
insert Upsilon1Swidth:InterpolationMasses 156 9.4607739
insert Upsilon1Swidth:InterpolationMasses 157 9.4607959
insert Upsilon1Swidth:InterpolationMasses 158 9.460818
insert Upsilon1Swidth:InterpolationMasses 159 9.46084
insert Upsilon1Swidth:InterpolationMasses 160 9.460862
insert Upsilon1Swidth:InterpolationMasses 161 9.4608841
insert Upsilon1Swidth:InterpolationWidths 0 5.3975937e-09
insert Upsilon1Swidth:InterpolationWidths 1 5.3975816e-09
insert Upsilon1Swidth:InterpolationWidths 2 5.3975695e-09
insert Upsilon1Swidth:InterpolationWidths 3 5.3975574e-09
insert Upsilon1Swidth:InterpolationWidths 4 5.3975453e-09
insert Upsilon1Swidth:InterpolationWidths 5 5.3975332e-09
insert Upsilon1Swidth:InterpolationWidths 6 5.3975211e-09
insert Upsilon1Swidth:InterpolationWidths 7 5.397509e-09
insert Upsilon1Swidth:InterpolationWidths 8 5.3974969e-09
insert Upsilon1Swidth:InterpolationWidths 9 5.3974848e-09
insert Upsilon1Swidth:InterpolationWidths 10 5.3974727e-09
insert Upsilon1Swidth:InterpolationWidths 11 5.3974606e-09
insert Upsilon1Swidth:InterpolationWidths 12 5.3974485e-09
insert Upsilon1Swidth:InterpolationWidths 13 5.3974364e-09
insert Upsilon1Swidth:InterpolationWidths 14 5.3974243e-09
insert Upsilon1Swidth:InterpolationWidths 15 5.3974122e-09
insert Upsilon1Swidth:InterpolationWidths 16 5.3974001e-09
insert Upsilon1Swidth:InterpolationWidths 17 5.397388e-09
insert Upsilon1Swidth:InterpolationWidths 18 5.3973759e-09
insert Upsilon1Swidth:InterpolationWidths 19 5.3973638e-09
insert Upsilon1Swidth:InterpolationWidths 20 5.3973517e-09
insert Upsilon1Swidth:InterpolationWidths 21 5.3973396e-09
insert Upsilon1Swidth:InterpolationWidths 22 5.3973275e-09
insert Upsilon1Swidth:InterpolationWidths 23 5.3973154e-09
insert Upsilon1Swidth:InterpolationWidths 24 5.3973033e-09
insert Upsilon1Swidth:InterpolationWidths 25 5.3972912e-09
insert Upsilon1Swidth:InterpolationWidths 26 5.3972791e-09
insert Upsilon1Swidth:InterpolationWidths 27 5.397267e-09
insert Upsilon1Swidth:InterpolationWidths 28 5.3972549e-09
insert Upsilon1Swidth:InterpolationWidths 29 5.3972428e-09
insert Upsilon1Swidth:InterpolationWidths 30 5.3972307e-09
insert Upsilon1Swidth:InterpolationWidths 31 5.3972186e-09
insert Upsilon1Swidth:InterpolationWidths 32 5.3972065e-09
insert Upsilon1Swidth:InterpolationWidths 33 5.3971944e-09
insert Upsilon1Swidth:InterpolationWidths 34 5.3971823e-09
insert Upsilon1Swidth:InterpolationWidths 35 5.3971702e-09
insert Upsilon1Swidth:InterpolationWidths 36 5.3971581e-09
insert Upsilon1Swidth:InterpolationWidths 37 5.397146e-09
insert Upsilon1Swidth:InterpolationWidths 38 5.3971339e-09
insert Upsilon1Swidth:InterpolationWidths 39 5.3971218e-09
insert Upsilon1Swidth:InterpolationWidths 40 5.3971097e-09
insert Upsilon1Swidth:InterpolationWidths 41 5.3970976e-09
insert Upsilon1Swidth:InterpolationWidths 42 5.3970855e-09
insert Upsilon1Swidth:InterpolationWidths 43 5.3970734e-09
insert Upsilon1Swidth:InterpolationWidths 44 5.3970613e-09
insert Upsilon1Swidth:InterpolationWidths 45 5.3970492e-09
insert Upsilon1Swidth:InterpolationWidths 46 5.3970371e-09
insert Upsilon1Swidth:InterpolationWidths 47 5.397025e-09
insert Upsilon1Swidth:InterpolationWidths 48 5.3970129e-09
insert Upsilon1Swidth:InterpolationWidths 49 5.3970008e-09
insert Upsilon1Swidth:InterpolationWidths 50 5.3969887e-09
insert Upsilon1Swidth:InterpolationWidths 51 5.3969766e-09
insert Upsilon1Swidth:InterpolationWidths 52 5.3969645e-09
insert Upsilon1Swidth:InterpolationWidths 53 5.3969524e-09
insert Upsilon1Swidth:InterpolationWidths 54 2.5580591e-09
insert Upsilon1Swidth:InterpolationWidths 55 2.5580812e-09
insert Upsilon1Swidth:InterpolationWidths 56 2.5581034e-09
insert Upsilon1Swidth:InterpolationWidths 57 2.5581255e-09
insert Upsilon1Swidth:InterpolationWidths 58 2.5581477e-09
insert Upsilon1Swidth:InterpolationWidths 59 2.5581698e-09
insert Upsilon1Swidth:InterpolationWidths 60 2.558192e-09
insert Upsilon1Swidth:InterpolationWidths 61 2.5582141e-09
insert Upsilon1Swidth:InterpolationWidths 62 2.5582363e-09
insert Upsilon1Swidth:InterpolationWidths 63 2.5582584e-09
insert Upsilon1Swidth:InterpolationWidths 64 2.5582806e-09
insert Upsilon1Swidth:InterpolationWidths 65 2.5583027e-09
insert Upsilon1Swidth:InterpolationWidths 66 2.5583249e-09
insert Upsilon1Swidth:InterpolationWidths 67 2.558347e-09
insert Upsilon1Swidth:InterpolationWidths 68 2.5583692e-09
insert Upsilon1Swidth:InterpolationWidths 69 2.5583913e-09
insert Upsilon1Swidth:InterpolationWidths 70 2.5584135e-09
insert Upsilon1Swidth:InterpolationWidths 71 2.5584356e-09
insert Upsilon1Swidth:InterpolationWidths 72 2.5584578e-09
insert Upsilon1Swidth:InterpolationWidths 73 2.5584799e-09
insert Upsilon1Swidth:InterpolationWidths 74 2.5585021e-09
insert Upsilon1Swidth:InterpolationWidths 75 2.5585243e-09
insert Upsilon1Swidth:InterpolationWidths 76 2.5585464e-09
insert Upsilon1Swidth:InterpolationWidths 77 2.5585686e-09
insert Upsilon1Swidth:InterpolationWidths 78 2.5585907e-09
insert Upsilon1Swidth:InterpolationWidths 79 2.5586129e-09
insert Upsilon1Swidth:InterpolationWidths 80 2.558635e-09
insert Upsilon1Swidth:InterpolationWidths 81 2.5586572e-09
insert Upsilon1Swidth:InterpolationWidths 82 2.5586793e-09
insert Upsilon1Swidth:InterpolationWidths 83 2.5587015e-09
insert Upsilon1Swidth:InterpolationWidths 84 2.5587236e-09
insert Upsilon1Swidth:InterpolationWidths 85 2.5587458e-09
insert Upsilon1Swidth:InterpolationWidths 86 2.5587679e-09
insert Upsilon1Swidth:InterpolationWidths 87 2.5587901e-09
insert Upsilon1Swidth:InterpolationWidths 88 2.5588122e-09
insert Upsilon1Swidth:InterpolationWidths 89 2.5588344e-09
insert Upsilon1Swidth:InterpolationWidths 90 2.5588565e-09
insert Upsilon1Swidth:InterpolationWidths 91 2.5588787e-09
insert Upsilon1Swidth:InterpolationWidths 92 2.5589009e-09
insert Upsilon1Swidth:InterpolationWidths 93 2.558923e-09
insert Upsilon1Swidth:InterpolationWidths 94 2.5589452e-09
insert Upsilon1Swidth:InterpolationWidths 95 2.5589673e-09
insert Upsilon1Swidth:InterpolationWidths 96 2.5589895e-09
insert Upsilon1Swidth:InterpolationWidths 97 2.5590116e-09
insert Upsilon1Swidth:InterpolationWidths 98 2.5590338e-09
insert Upsilon1Swidth:InterpolationWidths 99 2.5590559e-09
insert Upsilon1Swidth:InterpolationWidths 100 2.5590781e-09
insert Upsilon1Swidth:InterpolationWidths 101 2.5591002e-09
insert Upsilon1Swidth:InterpolationWidths 102 2.5591224e-09
insert Upsilon1Swidth:InterpolationWidths 103 2.5591446e-09
insert Upsilon1Swidth:InterpolationWidths 104 2.5591667e-09
insert Upsilon1Swidth:InterpolationWidths 105 2.5591889e-09
insert Upsilon1Swidth:InterpolationWidths 106 2.559211e-09
insert Upsilon1Swidth:InterpolationWidths 107 2.5592332e-09
insert Upsilon1Swidth:InterpolationWidths 108 1.9919146e-09
insert Upsilon1Swidth:InterpolationWidths 109 1.9919102e-09
insert Upsilon1Swidth:InterpolationWidths 110 1.9919058e-09
insert Upsilon1Swidth:InterpolationWidths 111 1.9919014e-09
insert Upsilon1Swidth:InterpolationWidths 112 1.991897e-09
insert Upsilon1Swidth:InterpolationWidths 113 1.9918926e-09
insert Upsilon1Swidth:InterpolationWidths 114 1.9918882e-09
insert Upsilon1Swidth:InterpolationWidths 115 1.9918839e-09
insert Upsilon1Swidth:InterpolationWidths 116 1.9918795e-09
insert Upsilon1Swidth:InterpolationWidths 117 1.9918751e-09
insert Upsilon1Swidth:InterpolationWidths 118 1.9918707e-09
insert Upsilon1Swidth:InterpolationWidths 119 1.9918663e-09
insert Upsilon1Swidth:InterpolationWidths 120 1.9918619e-09
insert Upsilon1Swidth:InterpolationWidths 121 1.9918575e-09
insert Upsilon1Swidth:InterpolationWidths 122 1.9918532e-09
insert Upsilon1Swidth:InterpolationWidths 123 1.9918488e-09
insert Upsilon1Swidth:InterpolationWidths 124 1.9918444e-09
insert Upsilon1Swidth:InterpolationWidths 125 1.99184e-09
insert Upsilon1Swidth:InterpolationWidths 126 1.9918356e-09
insert Upsilon1Swidth:InterpolationWidths 127 1.9918312e-09
insert Upsilon1Swidth:InterpolationWidths 128 1.9918269e-09
insert Upsilon1Swidth:InterpolationWidths 129 1.9918225e-09
insert Upsilon1Swidth:InterpolationWidths 130 1.9918181e-09
insert Upsilon1Swidth:InterpolationWidths 131 1.9918137e-09
insert Upsilon1Swidth:InterpolationWidths 132 1.9918093e-09
insert Upsilon1Swidth:InterpolationWidths 133 1.9918049e-09
insert Upsilon1Swidth:InterpolationWidths 134 1.9918005e-09
insert Upsilon1Swidth:InterpolationWidths 135 1.9917962e-09
insert Upsilon1Swidth:InterpolationWidths 136 1.9917918e-09
insert Upsilon1Swidth:InterpolationWidths 137 1.9917874e-09
insert Upsilon1Swidth:InterpolationWidths 138 1.991783e-09
insert Upsilon1Swidth:InterpolationWidths 139 1.9917786e-09
insert Upsilon1Swidth:InterpolationWidths 140 1.9917742e-09
insert Upsilon1Swidth:InterpolationWidths 141 1.9917699e-09
insert Upsilon1Swidth:InterpolationWidths 142 1.9917655e-09
insert Upsilon1Swidth:InterpolationWidths 143 1.9917611e-09
insert Upsilon1Swidth:InterpolationWidths 144 1.9917567e-09
insert Upsilon1Swidth:InterpolationWidths 145 1.9917523e-09
insert Upsilon1Swidth:InterpolationWidths 146 1.9917479e-09
insert Upsilon1Swidth:InterpolationWidths 147 1.9917435e-09
insert Upsilon1Swidth:InterpolationWidths 148 1.9917392e-09
insert Upsilon1Swidth:InterpolationWidths 149 1.9917348e-09
insert Upsilon1Swidth:InterpolationWidths 150 1.9917304e-09
insert Upsilon1Swidth:InterpolationWidths 151 1.991726e-09
insert Upsilon1Swidth:InterpolationWidths 152 1.9917216e-09
insert Upsilon1Swidth:InterpolationWidths 153 1.9917172e-09
insert Upsilon1Swidth:InterpolationWidths 154 1.9917129e-09
insert Upsilon1Swidth:InterpolationWidths 155 1.9917085e-09
insert Upsilon1Swidth:InterpolationWidths 156 1.9917041e-09
insert Upsilon1Swidth:InterpolationWidths 157 1.9916997e-09
insert Upsilon1Swidth:InterpolationWidths 158 1.9916953e-09
insert Upsilon1Swidth:InterpolationWidths 159 1.9916909e-09
insert Upsilon1Swidth:InterpolationWidths 160 1.9916865e-09
insert Upsilon1Swidth:InterpolationWidths 161 1.9916822e-09
insert Upsilon1Swidth:NumberofEntries 0 0
insert Upsilon1Swidth:NumberofEntries 1 0
insert Upsilon1Swidth:NumberofEntries 2 0
insert Upsilon1Swidth:NumberofEntries 3 0
insert Upsilon1Swidth:NumberofEntries 4 0
insert Upsilon1Swidth:NumberofEntries 5 0
insert Upsilon1Swidth:NumberofEntries 6 0
insert Upsilon1Swidth:NumberofEntries 7 0
insert Upsilon1Swidth:NumberofEntries 8 0
insert Upsilon1Swidth:NumberofEntries 9 54
insert Upsilon1Swidth:NumberofEntries 10 54
insert Upsilon1Swidth:NumberofEntries 11 108
insert Upsilon1Swidth:NumberofEntries 12 162
insert Upsilon1Swidth:NumberofEntries 13 162
insert Upsilon1Swidth:NumberofEntries 14 162
newdef /Herwig/Particles/Upsilon:Width_generator Upsilon1Swidth
#
create Herwig::GenericWidthGenerator Upsilon2Swidth
newdef Upsilon2Swidth:Particle /Herwig/Particles/Upsilon(2S)
newdef Upsilon2Swidth:Prefactor 1.01397
newdef Upsilon2Swidth:BRNormalize 1
newdef Upsilon2Swidth:BRMinimum 0.01
newdef Upsilon2Swidth:Points 50
newdef Upsilon2Swidth:InterpolationOrder 1
insert Upsilon2Swidth:MEtype 0 0
insert Upsilon2Swidth:MEtype 1 2
insert Upsilon2Swidth:MEtype 2 2
insert Upsilon2Swidth:MEtype 3 2
insert Upsilon2Swidth:MEtype 4 2
insert Upsilon2Swidth:MEtype 5 2
insert Upsilon2Swidth:MEtype 6 0
insert Upsilon2Swidth:MEtype 7 0
insert Upsilon2Swidth:MEtype 8 1
insert Upsilon2Swidth:MEtype 9 1
insert Upsilon2Swidth:MEtype 10 1
insert Upsilon2Swidth:MEtype 11 0
insert Upsilon2Swidth:MEtype 12 0
insert Upsilon2Swidth:MEtype 13 0
insert Upsilon2Swidth:MEtype 14 2
insert Upsilon2Swidth:MEtype 15 2
insert Upsilon2Swidth:MEcode 0 0
insert Upsilon2Swidth:MEcode 1 0
insert Upsilon2Swidth:MEcode 2 0
insert Upsilon2Swidth:MEcode 3 0
insert Upsilon2Swidth:MEcode 4 0
insert Upsilon2Swidth:MEcode 5 0
insert Upsilon2Swidth:MEcode 6 0
insert Upsilon2Swidth:MEcode 7 0
insert Upsilon2Swidth:MEcode 8 2
insert Upsilon2Swidth:MEcode 9 2
insert Upsilon2Swidth:MEcode 10 2
insert Upsilon2Swidth:MEcode 11 0
insert Upsilon2Swidth:MEcode 12 0
insert Upsilon2Swidth:MEcode 13 0
insert Upsilon2Swidth:MEcode 14 0
insert Upsilon2Swidth:MEcode 15 0
insert Upsilon2Swidth:MEcoupling 0 0.414645
insert Upsilon2Swidth:MEcoupling 1 0.963475
insert Upsilon2Swidth:MEcoupling 2 0.876344
insert Upsilon2Swidth:MEcoupling 3 1.00409
insert Upsilon2Swidth:MEcoupling 4 1.0005
insert Upsilon2Swidth:MEcoupling 5 1.00034
insert Upsilon2Swidth:MEcoupling 6 0.025881
insert Upsilon2Swidth:MEcoupling 7 0.025881
insert Upsilon2Swidth:MEcoupling 8 0.001528
insert Upsilon2Swidth:MEcoupling 9 0.001528
insert Upsilon2Swidth:MEcoupling 10 0.00152801
insert Upsilon2Swidth:MEcoupling 11 0.0187
insert Upsilon2Swidth:MEcoupling 12 0.00647
insert Upsilon2Swidth:MEcoupling 13 0.00647
insert Upsilon2Swidth:MEcoupling 14 0.00054993
insert Upsilon2Swidth:MEcoupling 15 0.000289656
insert Upsilon2Swidth:ModeOn 0 1
insert Upsilon2Swidth:ModeOn 1 1
insert Upsilon2Swidth:ModeOn 2 1
insert Upsilon2Swidth:ModeOn 3 1
insert Upsilon2Swidth:ModeOn 4 1
insert Upsilon2Swidth:ModeOn 5 1
insert Upsilon2Swidth:ModeOn 6 1
insert Upsilon2Swidth:ModeOn 7 1
insert Upsilon2Swidth:ModeOn 8 1
insert Upsilon2Swidth:ModeOn 9 1
insert Upsilon2Swidth:ModeOn 10 1
insert Upsilon2Swidth:ModeOn 11 1
insert Upsilon2Swidth:ModeOn 12 0
insert Upsilon2Swidth:ModeOn 13 0
insert Upsilon2Swidth:ModeOn 14 0
insert Upsilon2Swidth:ModeOn 15 0
insert Upsilon2Swidth:MinimumMasses 0 0
insert Upsilon2Swidth:MinimumMasses 1 9.7389
insert Upsilon2Swidth:MinimumMasses 2 9.72971
insert Upsilon2Swidth:MinimumMasses 3 9.91051
insert Upsilon2Swidth:MinimumMasses 4 9.89207
insert Upsilon2Swidth:MinimumMasses 5 9.85127
insert Upsilon2Swidth:MinimumMasses 6 0.00432
insert Upsilon2Swidth:MinimumMasses 7 2.54
insert Upsilon2Swidth:MinimumMasses 8 0.001022
insert Upsilon2Swidth:MinimumMasses 9 0.211317
insert Upsilon2Swidth:MinimumMasses 10 3.55372
insert Upsilon2Swidth:MinimumMasses 11 0
insert Upsilon2Swidth:MinimumMasses 12 0.00934
insert Upsilon2Swidth:MinimumMasses 13 0.1868
insert Upsilon2Swidth:MinimumMasses 14 9.2987
insert Upsilon2Swidth:MinimumMasses 15 10.0076
insert Upsilon2Swidth:MEmass1 0 0
insert Upsilon2Swidth:MEmass1 1 0
insert Upsilon2Swidth:MEmass1 2 0
insert Upsilon2Swidth:MEmass1 3 9.91221
insert Upsilon2Swidth:MEmass1 4 9.89278
insert Upsilon2Swidth:MEmass1 5 0
insert Upsilon2Swidth:MEmass1 6 0
insert Upsilon2Swidth:MEmass1 7 0
insert Upsilon2Swidth:MEmass1 8 0.000510999
insert Upsilon2Swidth:MEmass1 9 0.105658
insert Upsilon2Swidth:MEmass1 10 1.77686
insert Upsilon2Swidth:MEmass1 11 0
insert Upsilon2Swidth:MEmass1 12 0
insert Upsilon2Swidth:MEmass1 13 0
insert Upsilon2Swidth:MEmass1 14 0
insert Upsilon2Swidth:MEmass1 15 9.4603
insert Upsilon2Swidth:MEmass2 0 0
insert Upsilon2Swidth:MEmass2 1 0
insert Upsilon2Swidth:MEmass2 2 0
insert Upsilon2Swidth:MEmass2 3 0
insert Upsilon2Swidth:MEmass2 4 0
insert Upsilon2Swidth:MEmass2 5 9.85944
insert Upsilon2Swidth:MEmass2 6 0
insert Upsilon2Swidth:MEmass2 7 0
insert Upsilon2Swidth:MEmass2 8 0.000510999
insert Upsilon2Swidth:MEmass2 9 0.105658
insert Upsilon2Swidth:MEmass2 10 1.77686
insert Upsilon2Swidth:MEmass2 11 0
insert Upsilon2Swidth:MEmass2 12 0
insert Upsilon2Swidth:MEmass2 13 0
insert Upsilon2Swidth:MEmass2 14 9.3987
insert Upsilon2Swidth:MEmass2 15 0.547862
insert Upsilon2Swidth:DecayModes 0 Upsilon(2S)->g,g,g;
insert Upsilon2Swidth:DecayModes 1 Upsilon(2S)->Upsilon,pi+,pi-;
insert Upsilon2Swidth:DecayModes 2 Upsilon(2S)->Upsilon,pi0,pi0;
insert Upsilon2Swidth:DecayModes 3 Upsilon(2S)->chi_b2,gamma;
insert Upsilon2Swidth:DecayModes 4 Upsilon(2S)->chi_b1,gamma;
insert Upsilon2Swidth:DecayModes 5 Upsilon(2S)->chi_b0,gamma;
insert Upsilon2Swidth:DecayModes 6 Upsilon(2S)->u,ubar;
insert Upsilon2Swidth:DecayModes 7 Upsilon(2S)->c,cbar;
insert Upsilon2Swidth:DecayModes 8 Upsilon(2S)->e-,e+;
insert Upsilon2Swidth:DecayModes 9 Upsilon(2S)->mu-,mu+;
insert Upsilon2Swidth:DecayModes 10 Upsilon(2S)->tau-,tau+;
insert Upsilon2Swidth:DecayModes 11 Upsilon(2S)->gamma,g,g;
insert Upsilon2Swidth:DecayModes 12 Upsilon(2S)->d,dbar;
insert Upsilon2Swidth:DecayModes 13 Upsilon(2S)->s,sbar;
insert Upsilon2Swidth:DecayModes 14 Upsilon(2S)->eta_b,gamma;
insert Upsilon2Swidth:DecayModes 15 Upsilon(2S)->Upsilon,eta;
insert Upsilon2Swidth:InterpolationMasses 0 10.02294
insert Upsilon2Swidth:InterpolationMasses 1 10.022953
insert Upsilon2Swidth:InterpolationMasses 2 10.022966
insert Upsilon2Swidth:InterpolationMasses 3 10.022979
insert Upsilon2Swidth:InterpolationMasses 4 10.022992
insert Upsilon2Swidth:InterpolationMasses 5 10.023005
insert Upsilon2Swidth:InterpolationMasses 6 10.023019
insert Upsilon2Swidth:InterpolationMasses 7 10.023032
insert Upsilon2Swidth:InterpolationMasses 8 10.023045
insert Upsilon2Swidth:InterpolationMasses 9 10.023058
insert Upsilon2Swidth:InterpolationMasses 10 10.023071
insert Upsilon2Swidth:InterpolationMasses 11 10.023084
insert Upsilon2Swidth:InterpolationMasses 12 10.023097
insert Upsilon2Swidth:InterpolationMasses 13 10.02311
insert Upsilon2Swidth:InterpolationMasses 14 10.023123
insert Upsilon2Swidth:InterpolationMasses 15 10.023136
insert Upsilon2Swidth:InterpolationMasses 16 10.023149
insert Upsilon2Swidth:InterpolationMasses 17 10.023162
insert Upsilon2Swidth:InterpolationMasses 18 10.023175
insert Upsilon2Swidth:InterpolationMasses 19 10.023188
insert Upsilon2Swidth:InterpolationMasses 20 10.023201
insert Upsilon2Swidth:InterpolationMasses 21 10.023214
insert Upsilon2Swidth:InterpolationMasses 22 10.023227
insert Upsilon2Swidth:InterpolationMasses 23 10.02324
insert Upsilon2Swidth:InterpolationMasses 24 10.023253
insert Upsilon2Swidth:InterpolationMasses 25 10.023267
insert Upsilon2Swidth:InterpolationMasses 26 10.02328
insert Upsilon2Swidth:InterpolationMasses 27 10.023293
insert Upsilon2Swidth:InterpolationMasses 28 10.023306
insert Upsilon2Swidth:InterpolationMasses 29 10.023319
insert Upsilon2Swidth:InterpolationMasses 30 10.023332
insert Upsilon2Swidth:InterpolationMasses 31 10.023345
insert Upsilon2Swidth:InterpolationMasses 32 10.023358
insert Upsilon2Swidth:InterpolationMasses 33 10.023371
insert Upsilon2Swidth:InterpolationMasses 34 10.023384
insert Upsilon2Swidth:InterpolationMasses 35 10.023397
insert Upsilon2Swidth:InterpolationMasses 36 10.02341
insert Upsilon2Swidth:InterpolationMasses 37 10.023423
insert Upsilon2Swidth:InterpolationMasses 38 10.023436
insert Upsilon2Swidth:InterpolationMasses 39 10.023449
insert Upsilon2Swidth:InterpolationMasses 40 10.023462
insert Upsilon2Swidth:InterpolationMasses 41 10.023475
insert Upsilon2Swidth:InterpolationMasses 42 10.023488
insert Upsilon2Swidth:InterpolationMasses 43 10.023501
insert Upsilon2Swidth:InterpolationMasses 44 10.023515
insert Upsilon2Swidth:InterpolationMasses 45 10.023528
insert Upsilon2Swidth:InterpolationMasses 46 10.023541
insert Upsilon2Swidth:InterpolationMasses 47 10.023554
insert Upsilon2Swidth:InterpolationMasses 48 10.023567
insert Upsilon2Swidth:InterpolationMasses 49 10.02358
insert Upsilon2Swidth:InterpolationMasses 50 10.02294
insert Upsilon2Swidth:InterpolationMasses 51 10.022953
insert Upsilon2Swidth:InterpolationMasses 52 10.022966
insert Upsilon2Swidth:InterpolationMasses 53 10.022979
insert Upsilon2Swidth:InterpolationMasses 54 10.022992
insert Upsilon2Swidth:InterpolationMasses 55 10.023005
insert Upsilon2Swidth:InterpolationMasses 56 10.023019
insert Upsilon2Swidth:InterpolationMasses 57 10.023032
insert Upsilon2Swidth:InterpolationMasses 58 10.023045
insert Upsilon2Swidth:InterpolationMasses 59 10.023058
insert Upsilon2Swidth:InterpolationMasses 60 10.023071
insert Upsilon2Swidth:InterpolationMasses 61 10.023084
insert Upsilon2Swidth:InterpolationMasses 62 10.023097
insert Upsilon2Swidth:InterpolationMasses 63 10.02311
insert Upsilon2Swidth:InterpolationMasses 64 10.023123
insert Upsilon2Swidth:InterpolationMasses 65 10.023136
insert Upsilon2Swidth:InterpolationMasses 66 10.023149
insert Upsilon2Swidth:InterpolationMasses 67 10.023162
insert Upsilon2Swidth:InterpolationMasses 68 10.023175
insert Upsilon2Swidth:InterpolationMasses 69 10.023188
insert Upsilon2Swidth:InterpolationMasses 70 10.023201
insert Upsilon2Swidth:InterpolationMasses 71 10.023214
insert Upsilon2Swidth:InterpolationMasses 72 10.023227
insert Upsilon2Swidth:InterpolationMasses 73 10.02324
insert Upsilon2Swidth:InterpolationMasses 74 10.023253
insert Upsilon2Swidth:InterpolationMasses 75 10.023267
insert Upsilon2Swidth:InterpolationMasses 76 10.02328
insert Upsilon2Swidth:InterpolationMasses 77 10.023293
insert Upsilon2Swidth:InterpolationMasses 78 10.023306
insert Upsilon2Swidth:InterpolationMasses 79 10.023319
insert Upsilon2Swidth:InterpolationMasses 80 10.023332
insert Upsilon2Swidth:InterpolationMasses 81 10.023345
insert Upsilon2Swidth:InterpolationMasses 82 10.023358
insert Upsilon2Swidth:InterpolationMasses 83 10.023371
insert Upsilon2Swidth:InterpolationMasses 84 10.023384
insert Upsilon2Swidth:InterpolationMasses 85 10.023397
insert Upsilon2Swidth:InterpolationMasses 86 10.02341
insert Upsilon2Swidth:InterpolationMasses 87 10.023423
insert Upsilon2Swidth:InterpolationMasses 88 10.023436
insert Upsilon2Swidth:InterpolationMasses 89 10.023449
insert Upsilon2Swidth:InterpolationMasses 90 10.023462
insert Upsilon2Swidth:InterpolationMasses 91 10.023475
insert Upsilon2Swidth:InterpolationMasses 92 10.023488
insert Upsilon2Swidth:InterpolationMasses 93 10.023501
insert Upsilon2Swidth:InterpolationMasses 94 10.023515
insert Upsilon2Swidth:InterpolationMasses 95 10.023528
insert Upsilon2Swidth:InterpolationMasses 96 10.023541
insert Upsilon2Swidth:InterpolationMasses 97 10.023554
insert Upsilon2Swidth:InterpolationMasses 98 10.023567
insert Upsilon2Swidth:InterpolationMasses 99 10.02358
insert Upsilon2Swidth:InterpolationMasses 100 10.022914
insert Upsilon2Swidth:InterpolationMasses 101 10.022927
insert Upsilon2Swidth:InterpolationMasses 102 10.02294
insert Upsilon2Swidth:InterpolationMasses 103 10.022953
insert Upsilon2Swidth:InterpolationMasses 104 10.022966
insert Upsilon2Swidth:InterpolationMasses 105 10.022979
insert Upsilon2Swidth:InterpolationMasses 106 10.022992
insert Upsilon2Swidth:InterpolationMasses 107 10.023005
insert Upsilon2Swidth:InterpolationMasses 108 10.023019
insert Upsilon2Swidth:InterpolationMasses 109 10.023032
insert Upsilon2Swidth:InterpolationMasses 110 10.023045
insert Upsilon2Swidth:InterpolationMasses 111 10.023058
insert Upsilon2Swidth:InterpolationMasses 112 10.023071
insert Upsilon2Swidth:InterpolationMasses 113 10.023084
insert Upsilon2Swidth:InterpolationMasses 114 10.023097
insert Upsilon2Swidth:InterpolationMasses 115 10.02311
insert Upsilon2Swidth:InterpolationMasses 116 10.023123
insert Upsilon2Swidth:InterpolationMasses 117 10.023136
insert Upsilon2Swidth:InterpolationMasses 118 10.023149
insert Upsilon2Swidth:InterpolationMasses 119 10.023162
insert Upsilon2Swidth:InterpolationMasses 120 10.023175
insert Upsilon2Swidth:InterpolationMasses 121 10.023188
insert Upsilon2Swidth:InterpolationMasses 122 10.023201
insert Upsilon2Swidth:InterpolationMasses 123 10.023214
insert Upsilon2Swidth:InterpolationMasses 124 10.023227
insert Upsilon2Swidth:InterpolationMasses 125 10.02324
insert Upsilon2Swidth:InterpolationMasses 126 10.023253
insert Upsilon2Swidth:InterpolationMasses 127 10.023267
insert Upsilon2Swidth:InterpolationMasses 128 10.02328
insert Upsilon2Swidth:InterpolationMasses 129 10.023293
insert Upsilon2Swidth:InterpolationMasses 130 10.023306
insert Upsilon2Swidth:InterpolationMasses 131 10.023319
insert Upsilon2Swidth:InterpolationMasses 132 10.023332
insert Upsilon2Swidth:InterpolationMasses 133 10.023345
insert Upsilon2Swidth:InterpolationMasses 134 10.023358
insert Upsilon2Swidth:InterpolationMasses 135 10.023371
insert Upsilon2Swidth:InterpolationMasses 136 10.023384
insert Upsilon2Swidth:InterpolationMasses 137 10.023397
insert Upsilon2Swidth:InterpolationMasses 138 10.02341
insert Upsilon2Swidth:InterpolationMasses 139 10.023423
insert Upsilon2Swidth:InterpolationMasses 140 10.023436
insert Upsilon2Swidth:InterpolationMasses 141 10.023449
insert Upsilon2Swidth:InterpolationMasses 142 10.023462
insert Upsilon2Swidth:InterpolationMasses 143 10.023475
insert Upsilon2Swidth:InterpolationMasses 144 10.023488
insert Upsilon2Swidth:InterpolationMasses 145 10.023501
insert Upsilon2Swidth:InterpolationMasses 146 10.023515
insert Upsilon2Swidth:InterpolationMasses 147 10.023528
insert Upsilon2Swidth:InterpolationMasses 148 10.023541
insert Upsilon2Swidth:InterpolationMasses 149 10.023554
insert Upsilon2Swidth:InterpolationMasses 150 10.023567
insert Upsilon2Swidth:InterpolationMasses 151 10.02358
insert Upsilon2Swidth:InterpolationMasses 152 10.023593
insert Upsilon2Swidth:InterpolationMasses 153 10.023606
insert Upsilon2Swidth:InterpolationMasses 154 10.022914
insert Upsilon2Swidth:InterpolationMasses 155 10.022927
insert Upsilon2Swidth:InterpolationMasses 156 10.02294
insert Upsilon2Swidth:InterpolationMasses 157 10.022953
insert Upsilon2Swidth:InterpolationMasses 158 10.022966
insert Upsilon2Swidth:InterpolationMasses 159 10.022979
insert Upsilon2Swidth:InterpolationMasses 160 10.022992
insert Upsilon2Swidth:InterpolationMasses 161 10.023005
insert Upsilon2Swidth:InterpolationMasses 162 10.023019
insert Upsilon2Swidth:InterpolationMasses 163 10.023032
insert Upsilon2Swidth:InterpolationMasses 164 10.023045
insert Upsilon2Swidth:InterpolationMasses 165 10.023058
insert Upsilon2Swidth:InterpolationMasses 166 10.023071
insert Upsilon2Swidth:InterpolationMasses 167 10.023084
insert Upsilon2Swidth:InterpolationMasses 168 10.023097
insert Upsilon2Swidth:InterpolationMasses 169 10.02311
insert Upsilon2Swidth:InterpolationMasses 170 10.023123
insert Upsilon2Swidth:InterpolationMasses 171 10.023136
insert Upsilon2Swidth:InterpolationMasses 172 10.023149
insert Upsilon2Swidth:InterpolationMasses 173 10.023162
insert Upsilon2Swidth:InterpolationMasses 174 10.023175
insert Upsilon2Swidth:InterpolationMasses 175 10.023188
insert Upsilon2Swidth:InterpolationMasses 176 10.023201
insert Upsilon2Swidth:InterpolationMasses 177 10.023214
insert Upsilon2Swidth:InterpolationMasses 178 10.023227
insert Upsilon2Swidth:InterpolationMasses 179 10.02324
insert Upsilon2Swidth:InterpolationMasses 180 10.023253
insert Upsilon2Swidth:InterpolationMasses 181 10.023267
insert Upsilon2Swidth:InterpolationMasses 182 10.02328
insert Upsilon2Swidth:InterpolationMasses 183 10.023293
insert Upsilon2Swidth:InterpolationMasses 184 10.023306
insert Upsilon2Swidth:InterpolationMasses 185 10.023319
insert Upsilon2Swidth:InterpolationMasses 186 10.023332
insert Upsilon2Swidth:InterpolationMasses 187 10.023345
insert Upsilon2Swidth:InterpolationMasses 188 10.023358
insert Upsilon2Swidth:InterpolationMasses 189 10.023371
insert Upsilon2Swidth:InterpolationMasses 190 10.023384
insert Upsilon2Swidth:InterpolationMasses 191 10.023397
insert Upsilon2Swidth:InterpolationMasses 192 10.02341
insert Upsilon2Swidth:InterpolationMasses 193 10.023423
insert Upsilon2Swidth:InterpolationMasses 194 10.023436
insert Upsilon2Swidth:InterpolationMasses 195 10.023449
insert Upsilon2Swidth:InterpolationMasses 196 10.023462
insert Upsilon2Swidth:InterpolationMasses 197 10.023475
insert Upsilon2Swidth:InterpolationMasses 198 10.023488
insert Upsilon2Swidth:InterpolationMasses 199 10.023501
insert Upsilon2Swidth:InterpolationMasses 200 10.023515
insert Upsilon2Swidth:InterpolationMasses 201 10.023528
insert Upsilon2Swidth:InterpolationMasses 202 10.023541
insert Upsilon2Swidth:InterpolationMasses 203 10.023554
insert Upsilon2Swidth:InterpolationMasses 204 10.023567
insert Upsilon2Swidth:InterpolationMasses 205 10.02358
insert Upsilon2Swidth:InterpolationMasses 206 10.023593
insert Upsilon2Swidth:InterpolationMasses 207 10.023606
insert Upsilon2Swidth:InterpolationMasses 208 10.022914
insert Upsilon2Swidth:InterpolationMasses 209 10.022927
insert Upsilon2Swidth:InterpolationMasses 210 10.02294
insert Upsilon2Swidth:InterpolationMasses 211 10.022953
insert Upsilon2Swidth:InterpolationMasses 212 10.022966
insert Upsilon2Swidth:InterpolationMasses 213 10.022979
insert Upsilon2Swidth:InterpolationMasses 214 10.022992
insert Upsilon2Swidth:InterpolationMasses 215 10.023005
insert Upsilon2Swidth:InterpolationMasses 216 10.023019
insert Upsilon2Swidth:InterpolationMasses 217 10.023032
insert Upsilon2Swidth:InterpolationMasses 218 10.023045
insert Upsilon2Swidth:InterpolationMasses 219 10.023058
insert Upsilon2Swidth:InterpolationMasses 220 10.023071
insert Upsilon2Swidth:InterpolationMasses 221 10.023084
insert Upsilon2Swidth:InterpolationMasses 222 10.023097
insert Upsilon2Swidth:InterpolationMasses 223 10.02311
insert Upsilon2Swidth:InterpolationMasses 224 10.023123
insert Upsilon2Swidth:InterpolationMasses 225 10.023136
insert Upsilon2Swidth:InterpolationMasses 226 10.023149
insert Upsilon2Swidth:InterpolationMasses 227 10.023162
insert Upsilon2Swidth:InterpolationMasses 228 10.023175
insert Upsilon2Swidth:InterpolationMasses 229 10.023188
insert Upsilon2Swidth:InterpolationMasses 230 10.023201
insert Upsilon2Swidth:InterpolationMasses 231 10.023214
insert Upsilon2Swidth:InterpolationMasses 232 10.023227
insert Upsilon2Swidth:InterpolationMasses 233 10.02324
insert Upsilon2Swidth:InterpolationMasses 234 10.023253
insert Upsilon2Swidth:InterpolationMasses 235 10.023267
insert Upsilon2Swidth:InterpolationMasses 236 10.02328
insert Upsilon2Swidth:InterpolationMasses 237 10.023293
insert Upsilon2Swidth:InterpolationMasses 238 10.023306
insert Upsilon2Swidth:InterpolationMasses 239 10.023319
insert Upsilon2Swidth:InterpolationMasses 240 10.023332
insert Upsilon2Swidth:InterpolationMasses 241 10.023345
insert Upsilon2Swidth:InterpolationMasses 242 10.023358
insert Upsilon2Swidth:InterpolationMasses 243 10.023371
insert Upsilon2Swidth:InterpolationMasses 244 10.023384
insert Upsilon2Swidth:InterpolationMasses 245 10.023397
insert Upsilon2Swidth:InterpolationMasses 246 10.02341
insert Upsilon2Swidth:InterpolationMasses 247 10.023423
insert Upsilon2Swidth:InterpolationMasses 248 10.023436
insert Upsilon2Swidth:InterpolationMasses 249 10.023449
insert Upsilon2Swidth:InterpolationMasses 250 10.023462
insert Upsilon2Swidth:InterpolationMasses 251 10.023475
insert Upsilon2Swidth:InterpolationMasses 252 10.023488
insert Upsilon2Swidth:InterpolationMasses 253 10.023501
insert Upsilon2Swidth:InterpolationMasses 254 10.023515
insert Upsilon2Swidth:InterpolationMasses 255 10.023528
insert Upsilon2Swidth:InterpolationMasses 256 10.023541
insert Upsilon2Swidth:InterpolationMasses 257 10.023554
insert Upsilon2Swidth:InterpolationMasses 258 10.023567
insert Upsilon2Swidth:InterpolationMasses 259 10.02358
insert Upsilon2Swidth:InterpolationMasses 260 10.023593
insert Upsilon2Swidth:InterpolationMasses 261 10.023606
insert Upsilon2Swidth:InterpolationMasses 262 10.022914
insert Upsilon2Swidth:InterpolationMasses 263 10.022927
insert Upsilon2Swidth:InterpolationMasses 264 10.02294
insert Upsilon2Swidth:InterpolationMasses 265 10.022953
insert Upsilon2Swidth:InterpolationMasses 266 10.022966
insert Upsilon2Swidth:InterpolationMasses 267 10.022979
insert Upsilon2Swidth:InterpolationMasses 268 10.022992
insert Upsilon2Swidth:InterpolationMasses 269 10.023005
insert Upsilon2Swidth:InterpolationMasses 270 10.023019
insert Upsilon2Swidth:InterpolationMasses 271 10.023032
insert Upsilon2Swidth:InterpolationMasses 272 10.023045
insert Upsilon2Swidth:InterpolationMasses 273 10.023058
insert Upsilon2Swidth:InterpolationMasses 274 10.023071
insert Upsilon2Swidth:InterpolationMasses 275 10.023084
insert Upsilon2Swidth:InterpolationMasses 276 10.023097
insert Upsilon2Swidth:InterpolationMasses 277 10.02311
insert Upsilon2Swidth:InterpolationMasses 278 10.023123
insert Upsilon2Swidth:InterpolationMasses 279 10.023136
insert Upsilon2Swidth:InterpolationMasses 280 10.023149
insert Upsilon2Swidth:InterpolationMasses 281 10.023162
insert Upsilon2Swidth:InterpolationMasses 282 10.023175
insert Upsilon2Swidth:InterpolationMasses 283 10.023188
insert Upsilon2Swidth:InterpolationMasses 284 10.023201
insert Upsilon2Swidth:InterpolationMasses 285 10.023214
insert Upsilon2Swidth:InterpolationMasses 286 10.023227
insert Upsilon2Swidth:InterpolationMasses 287 10.02324
insert Upsilon2Swidth:InterpolationMasses 288 10.023253
insert Upsilon2Swidth:InterpolationMasses 289 10.023267
insert Upsilon2Swidth:InterpolationMasses 290 10.02328
insert Upsilon2Swidth:InterpolationMasses 291 10.023293
insert Upsilon2Swidth:InterpolationMasses 292 10.023306
insert Upsilon2Swidth:InterpolationMasses 293 10.023319
insert Upsilon2Swidth:InterpolationMasses 294 10.023332
insert Upsilon2Swidth:InterpolationMasses 295 10.023345
insert Upsilon2Swidth:InterpolationMasses 296 10.023358
insert Upsilon2Swidth:InterpolationMasses 297 10.023371
insert Upsilon2Swidth:InterpolationMasses 298 10.023384
insert Upsilon2Swidth:InterpolationMasses 299 10.023397
insert Upsilon2Swidth:InterpolationMasses 300 10.02341
insert Upsilon2Swidth:InterpolationMasses 301 10.023423
insert Upsilon2Swidth:InterpolationMasses 302 10.023436
insert Upsilon2Swidth:InterpolationMasses 303 10.023449
insert Upsilon2Swidth:InterpolationMasses 304 10.023462
insert Upsilon2Swidth:InterpolationMasses 305 10.023475
insert Upsilon2Swidth:InterpolationMasses 306 10.023488
insert Upsilon2Swidth:InterpolationMasses 307 10.023501
insert Upsilon2Swidth:InterpolationMasses 308 10.023515
insert Upsilon2Swidth:InterpolationMasses 309 10.023528
insert Upsilon2Swidth:InterpolationMasses 310 10.023541
insert Upsilon2Swidth:InterpolationMasses 311 10.023554
insert Upsilon2Swidth:InterpolationMasses 312 10.023567
insert Upsilon2Swidth:InterpolationMasses 313 10.02358
insert Upsilon2Swidth:InterpolationMasses 314 10.023593
insert Upsilon2Swidth:InterpolationMasses 315 10.023606
insert Upsilon2Swidth:InterpolationMasses 316 10.022914
insert Upsilon2Swidth:InterpolationMasses 317 10.022927
insert Upsilon2Swidth:InterpolationMasses 318 10.02294
insert Upsilon2Swidth:InterpolationMasses 319 10.022953
insert Upsilon2Swidth:InterpolationMasses 320 10.022966
insert Upsilon2Swidth:InterpolationMasses 321 10.022979
insert Upsilon2Swidth:InterpolationMasses 322 10.022992
insert Upsilon2Swidth:InterpolationMasses 323 10.023005
insert Upsilon2Swidth:InterpolationMasses 324 10.023019
insert Upsilon2Swidth:InterpolationMasses 325 10.023032
insert Upsilon2Swidth:InterpolationMasses 326 10.023045
insert Upsilon2Swidth:InterpolationMasses 327 10.023058
insert Upsilon2Swidth:InterpolationMasses 328 10.023071
insert Upsilon2Swidth:InterpolationMasses 329 10.023084
insert Upsilon2Swidth:InterpolationMasses 330 10.023097
insert Upsilon2Swidth:InterpolationMasses 331 10.02311
insert Upsilon2Swidth:InterpolationMasses 332 10.023123
insert Upsilon2Swidth:InterpolationMasses 333 10.023136
insert Upsilon2Swidth:InterpolationMasses 334 10.023149
insert Upsilon2Swidth:InterpolationMasses 335 10.023162
insert Upsilon2Swidth:InterpolationMasses 336 10.023175
insert Upsilon2Swidth:InterpolationMasses 337 10.023188
insert Upsilon2Swidth:InterpolationMasses 338 10.023201
insert Upsilon2Swidth:InterpolationMasses 339 10.023214
insert Upsilon2Swidth:InterpolationMasses 340 10.023227
insert Upsilon2Swidth:InterpolationMasses 341 10.02324
insert Upsilon2Swidth:InterpolationMasses 342 10.023253
insert Upsilon2Swidth:InterpolationMasses 343 10.023267
insert Upsilon2Swidth:InterpolationMasses 344 10.02328
insert Upsilon2Swidth:InterpolationMasses 345 10.023293
insert Upsilon2Swidth:InterpolationMasses 346 10.023306
insert Upsilon2Swidth:InterpolationMasses 347 10.023319
insert Upsilon2Swidth:InterpolationMasses 348 10.023332
insert Upsilon2Swidth:InterpolationMasses 349 10.023345
insert Upsilon2Swidth:InterpolationMasses 350 10.023358
insert Upsilon2Swidth:InterpolationMasses 351 10.023371
insert Upsilon2Swidth:InterpolationMasses 352 10.023384
insert Upsilon2Swidth:InterpolationMasses 353 10.023397
insert Upsilon2Swidth:InterpolationMasses 354 10.02341
insert Upsilon2Swidth:InterpolationMasses 355 10.023423
insert Upsilon2Swidth:InterpolationMasses 356 10.023436
insert Upsilon2Swidth:InterpolationMasses 357 10.023449
insert Upsilon2Swidth:InterpolationMasses 358 10.023462
insert Upsilon2Swidth:InterpolationMasses 359 10.023475
insert Upsilon2Swidth:InterpolationMasses 360 10.023488
insert Upsilon2Swidth:InterpolationMasses 361 10.023501
insert Upsilon2Swidth:InterpolationMasses 362 10.023515
insert Upsilon2Swidth:InterpolationMasses 363 10.023528
insert Upsilon2Swidth:InterpolationMasses 364 10.023541
insert Upsilon2Swidth:InterpolationMasses 365 10.023554
insert Upsilon2Swidth:InterpolationMasses 366 10.023567
insert Upsilon2Swidth:InterpolationMasses 367 10.02358
insert Upsilon2Swidth:InterpolationMasses 368 10.023593
insert Upsilon2Swidth:InterpolationMasses 369 10.023606
insert Upsilon2Swidth:InterpolationWidths 0 5.8957333e-06
insert Upsilon2Swidth:InterpolationWidths 1 5.8969188e-06
insert Upsilon2Swidth:InterpolationWidths 2 5.8981045e-06
insert Upsilon2Swidth:InterpolationWidths 3 5.8992904e-06
insert Upsilon2Swidth:InterpolationWidths 4 5.9004765e-06
insert Upsilon2Swidth:InterpolationWidths 5 5.9016628e-06
insert Upsilon2Swidth:InterpolationWidths 6 5.9028493e-06
insert Upsilon2Swidth:InterpolationWidths 7 5.9040359e-06
insert Upsilon2Swidth:InterpolationWidths 8 5.9052228e-06
insert Upsilon2Swidth:InterpolationWidths 9 5.9064099e-06
insert Upsilon2Swidth:InterpolationWidths 10 5.9075972e-06
insert Upsilon2Swidth:InterpolationWidths 11 5.9087846e-06
insert Upsilon2Swidth:InterpolationWidths 12 5.9099723e-06
insert Upsilon2Swidth:InterpolationWidths 13 5.9111602e-06
insert Upsilon2Swidth:InterpolationWidths 14 5.9123483e-06
insert Upsilon2Swidth:InterpolationWidths 15 5.9135365e-06
insert Upsilon2Swidth:InterpolationWidths 16 5.914725e-06
insert Upsilon2Swidth:InterpolationWidths 17 5.9159136e-06
insert Upsilon2Swidth:InterpolationWidths 18 5.9171025e-06
insert Upsilon2Swidth:InterpolationWidths 19 5.9182915e-06
insert Upsilon2Swidth:InterpolationWidths 20 5.9194808e-06
insert Upsilon2Swidth:InterpolationWidths 21 5.9206702e-06
insert Upsilon2Swidth:InterpolationWidths 22 5.9218599e-06
insert Upsilon2Swidth:InterpolationWidths 23 5.9230497e-06
insert Upsilon2Swidth:InterpolationWidths 24 5.9242398e-06
insert Upsilon2Swidth:InterpolationWidths 25 5.92543e-06
insert Upsilon2Swidth:InterpolationWidths 26 5.9266204e-06
insert Upsilon2Swidth:InterpolationWidths 27 5.9278111e-06
insert Upsilon2Swidth:InterpolationWidths 28 5.9290019e-06
insert Upsilon2Swidth:InterpolationWidths 29 5.9301929e-06
insert Upsilon2Swidth:InterpolationWidths 30 5.9313842e-06
insert Upsilon2Swidth:InterpolationWidths 31 5.9325756e-06
insert Upsilon2Swidth:InterpolationWidths 32 5.9337672e-06
insert Upsilon2Swidth:InterpolationWidths 33 5.934959e-06
insert Upsilon2Swidth:InterpolationWidths 34 5.936151e-06
insert Upsilon2Swidth:InterpolationWidths 35 5.9373433e-06
insert Upsilon2Swidth:InterpolationWidths 36 5.9385357e-06
insert Upsilon2Swidth:InterpolationWidths 37 5.9397283e-06
insert Upsilon2Swidth:InterpolationWidths 38 5.9409211e-06
insert Upsilon2Swidth:InterpolationWidths 39 5.9421141e-06
insert Upsilon2Swidth:InterpolationWidths 40 5.9433073e-06
insert Upsilon2Swidth:InterpolationWidths 41 5.9445007e-06
insert Upsilon2Swidth:InterpolationWidths 42 5.9456943e-06
insert Upsilon2Swidth:InterpolationWidths 43 5.9468881e-06
insert Upsilon2Swidth:InterpolationWidths 44 5.9480821e-06
insert Upsilon2Swidth:InterpolationWidths 45 5.9492763e-06
insert Upsilon2Swidth:InterpolationWidths 46 5.9504707e-06
insert Upsilon2Swidth:InterpolationWidths 47 5.9516653e-06
insert Upsilon2Swidth:InterpolationWidths 48 5.9528601e-06
insert Upsilon2Swidth:InterpolationWidths 49 5.9540551e-06
insert Upsilon2Swidth:InterpolationWidths 50 3.1231829e-06
insert Upsilon2Swidth:InterpolationWidths 51 3.1238011e-06
insert Upsilon2Swidth:InterpolationWidths 52 3.1244193e-06
insert Upsilon2Swidth:InterpolationWidths 53 3.1250377e-06
insert Upsilon2Swidth:InterpolationWidths 54 3.1256562e-06
insert Upsilon2Swidth:InterpolationWidths 55 3.1262747e-06
insert Upsilon2Swidth:InterpolationWidths 56 3.1268934e-06
insert Upsilon2Swidth:InterpolationWidths 57 3.1275122e-06
insert Upsilon2Swidth:InterpolationWidths 58 3.1281311e-06
insert Upsilon2Swidth:InterpolationWidths 59 3.12875e-06
insert Upsilon2Swidth:InterpolationWidths 60 3.1293691e-06
insert Upsilon2Swidth:InterpolationWidths 61 3.1299883e-06
insert Upsilon2Swidth:InterpolationWidths 62 3.1306076e-06
insert Upsilon2Swidth:InterpolationWidths 63 3.1312269e-06
insert Upsilon2Swidth:InterpolationWidths 64 3.1318464e-06
insert Upsilon2Swidth:InterpolationWidths 65 3.132466e-06
insert Upsilon2Swidth:InterpolationWidths 66 3.1330857e-06
insert Upsilon2Swidth:InterpolationWidths 67 3.1337055e-06
insert Upsilon2Swidth:InterpolationWidths 68 3.1343254e-06
insert Upsilon2Swidth:InterpolationWidths 69 3.1349453e-06
insert Upsilon2Swidth:InterpolationWidths 70 3.1355654e-06
insert Upsilon2Swidth:InterpolationWidths 71 3.1361856e-06
insert Upsilon2Swidth:InterpolationWidths 72 3.1368059e-06
insert Upsilon2Swidth:InterpolationWidths 73 3.1374263e-06
insert Upsilon2Swidth:InterpolationWidths 74 3.1380468e-06
insert Upsilon2Swidth:InterpolationWidths 75 3.1386674e-06
insert Upsilon2Swidth:InterpolationWidths 76 3.1392881e-06
insert Upsilon2Swidth:InterpolationWidths 77 3.1399089e-06
insert Upsilon2Swidth:InterpolationWidths 78 3.1405298e-06
insert Upsilon2Swidth:InterpolationWidths 79 3.1411508e-06
insert Upsilon2Swidth:InterpolationWidths 80 3.1417719e-06
insert Upsilon2Swidth:InterpolationWidths 81 3.1423931e-06
insert Upsilon2Swidth:InterpolationWidths 82 3.1430144e-06
insert Upsilon2Swidth:InterpolationWidths 83 3.1436358e-06
insert Upsilon2Swidth:InterpolationWidths 84 3.1442573e-06
insert Upsilon2Swidth:InterpolationWidths 85 3.144879e-06
insert Upsilon2Swidth:InterpolationWidths 86 3.1455007e-06
insert Upsilon2Swidth:InterpolationWidths 87 3.1461225e-06
insert Upsilon2Swidth:InterpolationWidths 88 3.1467444e-06
insert Upsilon2Swidth:InterpolationWidths 89 3.1473664e-06
insert Upsilon2Swidth:InterpolationWidths 90 3.1479886e-06
insert Upsilon2Swidth:InterpolationWidths 91 3.1486108e-06
insert Upsilon2Swidth:InterpolationWidths 92 3.1492331e-06
insert Upsilon2Swidth:InterpolationWidths 93 3.1498555e-06
insert Upsilon2Swidth:InterpolationWidths 94 3.1504781e-06
insert Upsilon2Swidth:InterpolationWidths 95 3.1511007e-06
insert Upsilon2Swidth:InterpolationWidths 96 3.1517234e-06
insert Upsilon2Swidth:InterpolationWidths 97 3.1523463e-06
insert Upsilon2Swidth:InterpolationWidths 98 3.1529692e-06
insert Upsilon2Swidth:InterpolationWidths 99 3.1535922e-06
insert Upsilon2Swidth:InterpolationWidths 100 2.2703684e-06
insert Upsilon2Swidth:InterpolationWidths 101 2.2706287e-06
insert Upsilon2Swidth:InterpolationWidths 102 2.270889e-06
insert Upsilon2Swidth:InterpolationWidths 103 2.2711493e-06
insert Upsilon2Swidth:InterpolationWidths 104 2.2714096e-06
insert Upsilon2Swidth:InterpolationWidths 105 2.2716699e-06
insert Upsilon2Swidth:InterpolationWidths 106 2.2719302e-06
insert Upsilon2Swidth:InterpolationWidths 107 2.2721905e-06
insert Upsilon2Swidth:InterpolationWidths 108 2.2724508e-06
insert Upsilon2Swidth:InterpolationWidths 109 2.2727111e-06
insert Upsilon2Swidth:InterpolationWidths 110 2.2729714e-06
insert Upsilon2Swidth:InterpolationWidths 111 2.2732317e-06
insert Upsilon2Swidth:InterpolationWidths 112 2.273492e-06
insert Upsilon2Swidth:InterpolationWidths 113 2.2737523e-06
insert Upsilon2Swidth:InterpolationWidths 114 2.2740126e-06
insert Upsilon2Swidth:InterpolationWidths 115 2.2742729e-06
insert Upsilon2Swidth:InterpolationWidths 116 2.2745332e-06
insert Upsilon2Swidth:InterpolationWidths 117 2.2747935e-06
insert Upsilon2Swidth:InterpolationWidths 118 2.2750537e-06
insert Upsilon2Swidth:InterpolationWidths 119 2.275314e-06
insert Upsilon2Swidth:InterpolationWidths 120 2.2755743e-06
insert Upsilon2Swidth:InterpolationWidths 121 2.2758346e-06
insert Upsilon2Swidth:InterpolationWidths 122 2.2760949e-06
insert Upsilon2Swidth:InterpolationWidths 123 2.2763551e-06
insert Upsilon2Swidth:InterpolationWidths 124 2.2766154e-06
insert Upsilon2Swidth:InterpolationWidths 125 2.2768757e-06
insert Upsilon2Swidth:InterpolationWidths 126 2.277136e-06
insert Upsilon2Swidth:InterpolationWidths 127 2.2773962e-06
insert Upsilon2Swidth:InterpolationWidths 128 2.2776565e-06
insert Upsilon2Swidth:InterpolationWidths 129 2.2779168e-06
insert Upsilon2Swidth:InterpolationWidths 130 2.278177e-06
insert Upsilon2Swidth:InterpolationWidths 131 2.2784373e-06
insert Upsilon2Swidth:InterpolationWidths 132 2.2786975e-06
insert Upsilon2Swidth:InterpolationWidths 133 2.2789578e-06
insert Upsilon2Swidth:InterpolationWidths 134 2.2792181e-06
insert Upsilon2Swidth:InterpolationWidths 135 2.2794783e-06
insert Upsilon2Swidth:InterpolationWidths 136 2.2797386e-06
insert Upsilon2Swidth:InterpolationWidths 137 2.2799988e-06
insert Upsilon2Swidth:InterpolationWidths 138 2.2802591e-06
insert Upsilon2Swidth:InterpolationWidths 139 2.2805193e-06
insert Upsilon2Swidth:InterpolationWidths 140 2.2807796e-06
insert Upsilon2Swidth:InterpolationWidths 141 2.2810398e-06
insert Upsilon2Swidth:InterpolationWidths 142 2.2813001e-06
insert Upsilon2Swidth:InterpolationWidths 143 2.2815603e-06
insert Upsilon2Swidth:InterpolationWidths 144 2.2818205e-06
insert Upsilon2Swidth:InterpolationWidths 145 2.2820808e-06
insert Upsilon2Swidth:InterpolationWidths 146 2.282341e-06
insert Upsilon2Swidth:InterpolationWidths 147 2.2826013e-06
insert Upsilon2Swidth:InterpolationWidths 148 2.2828615e-06
insert Upsilon2Swidth:InterpolationWidths 149 2.2831217e-06
insert Upsilon2Swidth:InterpolationWidths 150 2.283382e-06
insert Upsilon2Swidth:InterpolationWidths 151 2.2836422e-06
insert Upsilon2Swidth:InterpolationWidths 152 2.2839024e-06
insert Upsilon2Swidth:InterpolationWidths 153 2.2841626e-06
insert Upsilon2Swidth:InterpolationWidths 154 2.1882124e-06
insert Upsilon2Swidth:InterpolationWidths 155 2.1888638e-06
insert Upsilon2Swidth:InterpolationWidths 156 2.1895154e-06
insert Upsilon2Swidth:InterpolationWidths 157 2.1901671e-06
insert Upsilon2Swidth:InterpolationWidths 158 2.190819e-06
insert Upsilon2Swidth:InterpolationWidths 159 2.191471e-06
insert Upsilon2Swidth:InterpolationWidths 160 2.1921231e-06
insert Upsilon2Swidth:InterpolationWidths 161 2.1927753e-06
insert Upsilon2Swidth:InterpolationWidths 162 2.1934277e-06
insert Upsilon2Swidth:InterpolationWidths 163 2.1940802e-06
insert Upsilon2Swidth:InterpolationWidths 164 2.1947328e-06
insert Upsilon2Swidth:InterpolationWidths 165 2.1953855e-06
insert Upsilon2Swidth:InterpolationWidths 166 2.1960384e-06
insert Upsilon2Swidth:InterpolationWidths 167 2.1966914e-06
insert Upsilon2Swidth:InterpolationWidths 168 2.1973446e-06
insert Upsilon2Swidth:InterpolationWidths 169 2.1979978e-06
insert Upsilon2Swidth:InterpolationWidths 170 2.1986512e-06
insert Upsilon2Swidth:InterpolationWidths 171 2.1993047e-06
insert Upsilon2Swidth:InterpolationWidths 172 2.1999584e-06
insert Upsilon2Swidth:InterpolationWidths 173 2.2006121e-06
insert Upsilon2Swidth:InterpolationWidths 174 2.201266e-06
insert Upsilon2Swidth:InterpolationWidths 175 2.2019201e-06
insert Upsilon2Swidth:InterpolationWidths 176 2.2025742e-06
insert Upsilon2Swidth:InterpolationWidths 177 2.2032285e-06
insert Upsilon2Swidth:InterpolationWidths 178 2.2038829e-06
insert Upsilon2Swidth:InterpolationWidths 179 2.2045374e-06
insert Upsilon2Swidth:InterpolationWidths 180 2.2051921e-06
insert Upsilon2Swidth:InterpolationWidths 181 2.2058469e-06
insert Upsilon2Swidth:InterpolationWidths 182 2.2065018e-06
insert Upsilon2Swidth:InterpolationWidths 183 2.2071569e-06
insert Upsilon2Swidth:InterpolationWidths 184 2.2078121e-06
insert Upsilon2Swidth:InterpolationWidths 185 2.2084674e-06
insert Upsilon2Swidth:InterpolationWidths 186 2.2091228e-06
insert Upsilon2Swidth:InterpolationWidths 187 2.2097784e-06
insert Upsilon2Swidth:InterpolationWidths 188 2.2104341e-06
insert Upsilon2Swidth:InterpolationWidths 189 2.2110899e-06
insert Upsilon2Swidth:InterpolationWidths 190 2.2117459e-06
insert Upsilon2Swidth:InterpolationWidths 191 2.2124019e-06
insert Upsilon2Swidth:InterpolationWidths 192 2.2130581e-06
insert Upsilon2Swidth:InterpolationWidths 193 2.2137145e-06
insert Upsilon2Swidth:InterpolationWidths 194 2.2143709e-06
insert Upsilon2Swidth:InterpolationWidths 195 2.2150275e-06
insert Upsilon2Swidth:InterpolationWidths 196 2.2156843e-06
insert Upsilon2Swidth:InterpolationWidths 197 2.2163411e-06
insert Upsilon2Swidth:InterpolationWidths 198 2.2169981e-06
insert Upsilon2Swidth:InterpolationWidths 199 2.2176552e-06
insert Upsilon2Swidth:InterpolationWidths 200 2.2183124e-06
insert Upsilon2Swidth:InterpolationWidths 201 2.2189698e-06
insert Upsilon2Swidth:InterpolationWidths 202 2.2196273e-06
insert Upsilon2Swidth:InterpolationWidths 203 2.2202849e-06
insert Upsilon2Swidth:InterpolationWidths 204 2.2209427e-06
insert Upsilon2Swidth:InterpolationWidths 205 2.2216005e-06
insert Upsilon2Swidth:InterpolationWidths 206 2.2222585e-06
insert Upsilon2Swidth:InterpolationWidths 207 2.2229167e-06
insert Upsilon2Swidth:InterpolationWidths 208 1.2072103e-06
insert Upsilon2Swidth:InterpolationWidths 209 1.2074971e-06
insert Upsilon2Swidth:InterpolationWidths 210 1.207784e-06
insert Upsilon2Swidth:InterpolationWidths 211 1.2080709e-06
insert Upsilon2Swidth:InterpolationWidths 212 1.2083578e-06
insert Upsilon2Swidth:InterpolationWidths 213 1.2086448e-06
insert Upsilon2Swidth:InterpolationWidths 214 1.2089319e-06
insert Upsilon2Swidth:InterpolationWidths 215 1.209219e-06
insert Upsilon2Swidth:InterpolationWidths 216 1.2095061e-06
insert Upsilon2Swidth:InterpolationWidths 217 1.2097933e-06
insert Upsilon2Swidth:InterpolationWidths 218 1.2100805e-06
insert Upsilon2Swidth:InterpolationWidths 219 1.2103678e-06
insert Upsilon2Swidth:InterpolationWidths 220 1.2106551e-06
insert Upsilon2Swidth:InterpolationWidths 221 1.2109425e-06
insert Upsilon2Swidth:InterpolationWidths 222 1.2112299e-06
insert Upsilon2Swidth:InterpolationWidths 223 1.2115173e-06
insert Upsilon2Swidth:InterpolationWidths 224 1.2118048e-06
insert Upsilon2Swidth:InterpolationWidths 225 1.2120924e-06
insert Upsilon2Swidth:InterpolationWidths 226 1.2123799e-06
insert Upsilon2Swidth:InterpolationWidths 227 1.2126676e-06
insert Upsilon2Swidth:InterpolationWidths 228 1.2129552e-06
insert Upsilon2Swidth:InterpolationWidths 229 1.213243e-06
insert Upsilon2Swidth:InterpolationWidths 230 1.2135307e-06
insert Upsilon2Swidth:InterpolationWidths 231 1.2138185e-06
insert Upsilon2Swidth:InterpolationWidths 232 1.2141064e-06
insert Upsilon2Swidth:InterpolationWidths 233 1.2143943e-06
insert Upsilon2Swidth:InterpolationWidths 234 1.2146823e-06
insert Upsilon2Swidth:InterpolationWidths 235 1.2149703e-06
insert Upsilon2Swidth:InterpolationWidths 236 1.2152583e-06
insert Upsilon2Swidth:InterpolationWidths 237 1.2155464e-06
insert Upsilon2Swidth:InterpolationWidths 238 1.2158345e-06
insert Upsilon2Swidth:InterpolationWidths 239 1.2161227e-06
insert Upsilon2Swidth:InterpolationWidths 240 1.2164109e-06
insert Upsilon2Swidth:InterpolationWidths 241 1.2166992e-06
insert Upsilon2Swidth:InterpolationWidths 242 1.2169875e-06
insert Upsilon2Swidth:InterpolationWidths 243 1.2172758e-06
insert Upsilon2Swidth:InterpolationWidths 244 1.2175642e-06
insert Upsilon2Swidth:InterpolationWidths 245 1.2178527e-06
insert Upsilon2Swidth:InterpolationWidths 246 1.2181412e-06
insert Upsilon2Swidth:InterpolationWidths 247 1.2184297e-06
insert Upsilon2Swidth:InterpolationWidths 248 1.2187183e-06
insert Upsilon2Swidth:InterpolationWidths 249 1.2190069e-06
insert Upsilon2Swidth:InterpolationWidths 250 1.2192956e-06
insert Upsilon2Swidth:InterpolationWidths 251 1.2195843e-06
insert Upsilon2Swidth:InterpolationWidths 252 1.219873e-06
insert Upsilon2Swidth:InterpolationWidths 253 1.2201619e-06
insert Upsilon2Swidth:InterpolationWidths 254 1.2204507e-06
insert Upsilon2Swidth:InterpolationWidths 255 1.2207396e-06
insert Upsilon2Swidth:InterpolationWidths 256 1.2210285e-06
insert Upsilon2Swidth:InterpolationWidths 257 1.2213175e-06
insert Upsilon2Swidth:InterpolationWidths 258 1.2216066e-06
insert Upsilon2Swidth:InterpolationWidths 259 1.2218956e-06
insert Upsilon2Swidth:InterpolationWidths 260 1.2221848e-06
insert Upsilon2Swidth:InterpolationWidths 261 1.2224739e-06
insert Upsilon2Swidth:InterpolationWidths 262 3.1932634e-05
insert Upsilon2Swidth:InterpolationWidths 263 3.1934574e-05
insert Upsilon2Swidth:InterpolationWidths 264 3.1936514e-05
insert Upsilon2Swidth:InterpolationWidths 265 3.1938454e-05
insert Upsilon2Swidth:InterpolationWidths 266 3.1940395e-05
insert Upsilon2Swidth:InterpolationWidths 267 3.1942335e-05
insert Upsilon2Swidth:InterpolationWidths 268 3.1944275e-05
insert Upsilon2Swidth:InterpolationWidths 269 3.1946216e-05
insert Upsilon2Swidth:InterpolationWidths 270 3.1948157e-05
insert Upsilon2Swidth:InterpolationWidths 271 3.1950097e-05
insert Upsilon2Swidth:InterpolationWidths 272 3.1952038e-05
insert Upsilon2Swidth:InterpolationWidths 273 3.1953979e-05
insert Upsilon2Swidth:InterpolationWidths 274 3.195592e-05
insert Upsilon2Swidth:InterpolationWidths 275 3.1957861e-05
insert Upsilon2Swidth:InterpolationWidths 276 3.1959802e-05
insert Upsilon2Swidth:InterpolationWidths 277 3.1961743e-05
insert Upsilon2Swidth:InterpolationWidths 278 3.1963684e-05
insert Upsilon2Swidth:InterpolationWidths 279 3.1965625e-05
insert Upsilon2Swidth:InterpolationWidths 280 3.1967567e-05
insert Upsilon2Swidth:InterpolationWidths 281 3.1969508e-05
insert Upsilon2Swidth:InterpolationWidths 282 3.197145e-05
insert Upsilon2Swidth:InterpolationWidths 283 3.1973391e-05
insert Upsilon2Swidth:InterpolationWidths 284 3.1975333e-05
insert Upsilon2Swidth:InterpolationWidths 285 3.1977274e-05
insert Upsilon2Swidth:InterpolationWidths 286 3.1979216e-05
insert Upsilon2Swidth:InterpolationWidths 287 3.1981158e-05
insert Upsilon2Swidth:InterpolationWidths 288 3.19831e-05
insert Upsilon2Swidth:InterpolationWidths 289 3.1985042e-05
insert Upsilon2Swidth:InterpolationWidths 290 3.1986984e-05
insert Upsilon2Swidth:InterpolationWidths 291 3.1988926e-05
insert Upsilon2Swidth:InterpolationWidths 292 3.1990869e-05
insert Upsilon2Swidth:InterpolationWidths 293 3.1992811e-05
insert Upsilon2Swidth:InterpolationWidths 294 3.1994753e-05
insert Upsilon2Swidth:InterpolationWidths 295 3.1996696e-05
insert Upsilon2Swidth:InterpolationWidths 296 3.1998639e-05
insert Upsilon2Swidth:InterpolationWidths 297 3.2000581e-05
insert Upsilon2Swidth:InterpolationWidths 298 3.2002524e-05
insert Upsilon2Swidth:InterpolationWidths 299 3.2004467e-05
insert Upsilon2Swidth:InterpolationWidths 300 3.200641e-05
insert Upsilon2Swidth:InterpolationWidths 301 3.2008353e-05
insert Upsilon2Swidth:InterpolationWidths 302 3.2010296e-05
insert Upsilon2Swidth:InterpolationWidths 303 3.2012239e-05
insert Upsilon2Swidth:InterpolationWidths 304 3.2014182e-05
insert Upsilon2Swidth:InterpolationWidths 305 3.2016125e-05
insert Upsilon2Swidth:InterpolationWidths 306 3.2018068e-05
insert Upsilon2Swidth:InterpolationWidths 307 3.2020012e-05
insert Upsilon2Swidth:InterpolationWidths 308 3.2021955e-05
insert Upsilon2Swidth:InterpolationWidths 309 3.2023899e-05
insert Upsilon2Swidth:InterpolationWidths 310 3.2025843e-05
insert Upsilon2Swidth:InterpolationWidths 311 3.2027786e-05
insert Upsilon2Swidth:InterpolationWidths 312 3.202973e-05
insert Upsilon2Swidth:InterpolationWidths 313 3.2031674e-05
insert Upsilon2Swidth:InterpolationWidths 314 3.2033618e-05
insert Upsilon2Swidth:InterpolationWidths 315 3.2035562e-05
insert Upsilon2Swidth:InterpolationWidths 316 3.0911116e-05
insert Upsilon2Swidth:InterpolationWidths 317 3.0952638e-05
insert Upsilon2Swidth:InterpolationWidths 318 3.0994179e-05
insert Upsilon2Swidth:InterpolationWidths 319 3.103574e-05
insert Upsilon2Swidth:InterpolationWidths 320 3.107732e-05
insert Upsilon2Swidth:InterpolationWidths 321 3.111892e-05
insert Upsilon2Swidth:InterpolationWidths 322 3.1160538e-05
insert Upsilon2Swidth:InterpolationWidths 323 3.1202177e-05
insert Upsilon2Swidth:InterpolationWidths 324 3.1243834e-05
insert Upsilon2Swidth:InterpolationWidths 325 3.1285512e-05
insert Upsilon2Swidth:InterpolationWidths 326 3.1327208e-05
insert Upsilon2Swidth:InterpolationWidths 327 3.1368924e-05
insert Upsilon2Swidth:InterpolationWidths 328 3.1410659e-05
insert Upsilon2Swidth:InterpolationWidths 329 3.1452414e-05
insert Upsilon2Swidth:InterpolationWidths 330 3.1494188e-05
insert Upsilon2Swidth:InterpolationWidths 331 3.1535981e-05
insert Upsilon2Swidth:InterpolationWidths 332 3.1577793e-05
insert Upsilon2Swidth:InterpolationWidths 333 3.1619625e-05
insert Upsilon2Swidth:InterpolationWidths 334 3.1661477e-05
insert Upsilon2Swidth:InterpolationWidths 335 3.1703347e-05
insert Upsilon2Swidth:InterpolationWidths 336 3.1745237e-05
insert Upsilon2Swidth:InterpolationWidths 337 3.1787146e-05
insert Upsilon2Swidth:InterpolationWidths 338 3.1829075e-05
insert Upsilon2Swidth:InterpolationWidths 339 3.1871022e-05
insert Upsilon2Swidth:InterpolationWidths 340 3.1912989e-05
insert Upsilon2Swidth:InterpolationWidths 341 3.1954976e-05
insert Upsilon2Swidth:InterpolationWidths 342 3.1996981e-05
insert Upsilon2Swidth:InterpolationWidths 343 3.2039006e-05
insert Upsilon2Swidth:InterpolationWidths 344 3.208105e-05
insert Upsilon2Swidth:InterpolationWidths 345 3.2123114e-05
insert Upsilon2Swidth:InterpolationWidths 346 3.2165196e-05
insert Upsilon2Swidth:InterpolationWidths 347 3.2207298e-05
insert Upsilon2Swidth:InterpolationWidths 348 3.2249419e-05
insert Upsilon2Swidth:InterpolationWidths 349 3.2291559e-05
insert Upsilon2Swidth:InterpolationWidths 350 3.2333719e-05
insert Upsilon2Swidth:InterpolationWidths 351 3.2375897e-05
insert Upsilon2Swidth:InterpolationWidths 352 3.2418095e-05
insert Upsilon2Swidth:InterpolationWidths 353 3.2460312e-05
insert Upsilon2Swidth:InterpolationWidths 354 3.2502549e-05
insert Upsilon2Swidth:InterpolationWidths 355 3.2544804e-05
insert Upsilon2Swidth:InterpolationWidths 356 3.2587079e-05
insert Upsilon2Swidth:InterpolationWidths 357 3.2629372e-05
insert Upsilon2Swidth:InterpolationWidths 358 3.2671685e-05
insert Upsilon2Swidth:InterpolationWidths 359 3.2714017e-05
insert Upsilon2Swidth:InterpolationWidths 360 3.2756369e-05
insert Upsilon2Swidth:InterpolationWidths 361 3.2798739e-05
insert Upsilon2Swidth:InterpolationWidths 362 3.2841128e-05
insert Upsilon2Swidth:InterpolationWidths 363 3.2883537e-05
insert Upsilon2Swidth:InterpolationWidths 364 3.2925965e-05
insert Upsilon2Swidth:InterpolationWidths 365 3.2968412e-05
insert Upsilon2Swidth:InterpolationWidths 366 3.3010877e-05
insert Upsilon2Swidth:InterpolationWidths 367 3.3053363e-05
insert Upsilon2Swidth:InterpolationWidths 368 3.3095867e-05
insert Upsilon2Swidth:InterpolationWidths 369 3.313839e-05
insert Upsilon2Swidth:NumberofEntries 0 0
insert Upsilon2Swidth:NumberofEntries 1 50
insert Upsilon2Swidth:NumberofEntries 2 100
insert Upsilon2Swidth:NumberofEntries 3 154
insert Upsilon2Swidth:NumberofEntries 4 208
insert Upsilon2Swidth:NumberofEntries 5 262
insert Upsilon2Swidth:NumberofEntries 6 262
insert Upsilon2Swidth:NumberofEntries 7 262
insert Upsilon2Swidth:NumberofEntries 8 262
insert Upsilon2Swidth:NumberofEntries 9 262
insert Upsilon2Swidth:NumberofEntries 10 262
insert Upsilon2Swidth:NumberofEntries 11 262
insert Upsilon2Swidth:NumberofEntries 12 262
insert Upsilon2Swidth:NumberofEntries 13 262
insert Upsilon2Swidth:NumberofEntries 14 316
insert Upsilon2Swidth:NumberofEntries 15 370
newdef /Herwig/Particles/Upsilon(2S):Width_generator Upsilon2Swidth
#
create Herwig::GenericWidthGenerator Upsilon3Swidth
newdef Upsilon3Swidth:Particle /Herwig/Particles/Upsilon(3S)
newdef Upsilon3Swidth:Prefactor 1.04093
newdef Upsilon3Swidth:BRNormalize 1
newdef Upsilon3Swidth:BRMinimum 0.01
newdef Upsilon3Swidth:Points 50
newdef Upsilon3Swidth:InterpolationOrder 1
insert Upsilon3Swidth:MEtype 0 0
insert Upsilon3Swidth:MEtype 1 2
insert Upsilon3Swidth:MEtype 2 2
insert Upsilon3Swidth:MEtype 3 2
insert Upsilon3Swidth:MEtype 4 0
insert Upsilon3Swidth:MEtype 5 2
insert Upsilon3Swidth:MEtype 6 0
insert Upsilon3Swidth:MEtype 7 0
insert Upsilon3Swidth:MEtype 8 2
insert Upsilon3Swidth:MEtype 9 1
insert Upsilon3Swidth:MEtype 10 1
insert Upsilon3Swidth:MEtype 11 2
insert Upsilon3Swidth:MEtype 12 1
insert Upsilon3Swidth:MEtype 13 2
insert Upsilon3Swidth:MEtype 14 2
insert Upsilon3Swidth:MEtype 15 0
insert Upsilon3Swidth:MEtype 16 0
insert Upsilon3Swidth:MEtype 17 0
insert Upsilon3Swidth:MEtype 18 2
insert Upsilon3Swidth:MEtype 19 2
insert Upsilon3Swidth:MEtype 20 2
insert Upsilon3Swidth:MEtype 21 2
insert Upsilon3Swidth:MEcode 0 0
insert Upsilon3Swidth:MEcode 1 0
insert Upsilon3Swidth:MEcode 2 0
insert Upsilon3Swidth:MEcode 3 0
insert Upsilon3Swidth:MEcode 4 0
insert Upsilon3Swidth:MEcode 5 0
insert Upsilon3Swidth:MEcode 6 0
insert Upsilon3Swidth:MEcode 7 0
insert Upsilon3Swidth:MEcode 8 0
insert Upsilon3Swidth:MEcode 9 2
insert Upsilon3Swidth:MEcode 10 2
insert Upsilon3Swidth:MEcode 11 0
insert Upsilon3Swidth:MEcode 12 2
insert Upsilon3Swidth:MEcode 13 0
insert Upsilon3Swidth:MEcode 14 0
insert Upsilon3Swidth:MEcode 15 0
insert Upsilon3Swidth:MEcode 16 0
insert Upsilon3Swidth:MEcode 17 0
insert Upsilon3Swidth:MEcode 18 0
insert Upsilon3Swidth:MEcode 19 0
insert Upsilon3Swidth:MEcode 20 0
insert Upsilon3Swidth:MEcode 21 0
insert Upsilon3Swidth:MEcoupling 0 0.357563
insert Upsilon3Swidth:MEcoupling 1 1.00114
insert Upsilon3Swidth:MEcoupling 2 0.999569
insert Upsilon3Swidth:MEcoupling 3 1.00441
insert Upsilon3Swidth:MEcoupling 4 0.05
insert Upsilon3Swidth:MEcoupling 5 1.00132
insert Upsilon3Swidth:MEcoupling 6 0.029373
insert Upsilon3Swidth:MEcoupling 7 0.029373
insert Upsilon3Swidth:MEcoupling 8 0.958979
insert Upsilon3Swidth:MEcoupling 9 0.00127657
insert Upsilon3Swidth:MEcoupling 10 0.00127657
insert Upsilon3Swidth:MEcoupling 11 0.98795
insert Upsilon3Swidth:MEcoupling 12 0.00127658
insert Upsilon3Swidth:MEcoupling 13 0.92111
insert Upsilon3Swidth:MEcoupling 14 0.00998086
insert Upsilon3Swidth:MEcoupling 15 0.0097
insert Upsilon3Swidth:MEcoupling 16 0.007343
insert Upsilon3Swidth:MEcoupling 17 0.007343
insert Upsilon3Swidth:MEcoupling 18 0.898811
insert Upsilon3Swidth:MEcoupling 19 0.995709
insert Upsilon3Swidth:MEcoupling 20 0.000825555
insert Upsilon3Swidth:MEcoupling 21 0.000508955
insert Upsilon3Swidth:ModeOn 0 1
insert Upsilon3Swidth:ModeOn 1 1
insert Upsilon3Swidth:ModeOn 2 1
insert Upsilon3Swidth:ModeOn 3 1
insert Upsilon3Swidth:ModeOn 4 1
insert Upsilon3Swidth:ModeOn 5 1
insert Upsilon3Swidth:ModeOn 6 1
insert Upsilon3Swidth:ModeOn 7 1
insert Upsilon3Swidth:ModeOn 8 1
insert Upsilon3Swidth:ModeOn 9 1
insert Upsilon3Swidth:ModeOn 10 1
insert Upsilon3Swidth:ModeOn 11 1
insert Upsilon3Swidth:ModeOn 12 1
insert Upsilon3Swidth:ModeOn 13 1
insert Upsilon3Swidth:ModeOn 14 0
insert Upsilon3Swidth:ModeOn 15 0
insert Upsilon3Swidth:ModeOn 16 0
insert Upsilon3Swidth:ModeOn 17 0
insert Upsilon3Swidth:ModeOn 18 0
insert Upsilon3Swidth:ModeOn 19 0
insert Upsilon3Swidth:ModeOn 20 0
insert Upsilon3Swidth:ModeOn 21 0
insert Upsilon3Swidth:MinimumMasses 0 0
insert Upsilon3Swidth:MinimumMasses 1 10.2668
insert Upsilon3Swidth:MinimumMasses 2 10.2547
insert Upsilon3Swidth:MinimumMasses 3 10.2236
insert Upsilon3Swidth:MinimumMasses 4 10.0229
insert Upsilon3Swidth:MinimumMasses 5 9.7389
insert Upsilon3Swidth:MinimumMasses 6 0.00432
insert Upsilon3Swidth:MinimumMasses 7 2.54
insert Upsilon3Swidth:MinimumMasses 8 10.3021
insert Upsilon3Swidth:MinimumMasses 9 0.001022
insert Upsilon3Swidth:MinimumMasses 10 0.211317
insert Upsilon3Swidth:MinimumMasses 11 9.72971
insert Upsilon3Swidth:MinimumMasses 12 3.55372
insert Upsilon3Swidth:MinimumMasses 13 10.2929
insert Upsilon3Swidth:MinimumMasses 14 9.91051
insert Upsilon3Swidth:MinimumMasses 15 0
insert Upsilon3Swidth:MinimumMasses 16 0.00934
insert Upsilon3Swidth:MinimumMasses 17 0.1868
insert Upsilon3Swidth:MinimumMasses 18 9.85127
insert Upsilon3Swidth:MinimumMasses 19 9.89207
insert Upsilon3Swidth:MinimumMasses 20 10.0334
insert Upsilon3Swidth:MinimumMasses 21 9.2987
insert Upsilon3Swidth:MEmass1 0 0
insert Upsilon3Swidth:MEmass1 1 10.2686
insert Upsilon3Swidth:MEmass1 2 10.2555
insert Upsilon3Swidth:MEmass1 3 0
insert Upsilon3Swidth:MEmass1 4 0
insert Upsilon3Swidth:MEmass1 5 0
insert Upsilon3Swidth:MEmass1 6 0
insert Upsilon3Swidth:MEmass1 7 0
insert Upsilon3Swidth:MEmass1 8 0
insert Upsilon3Swidth:MEmass1 9 0.000510999
insert Upsilon3Swidth:MEmass1 10 0.105658
insert Upsilon3Swidth:MEmass1 11 0
insert Upsilon3Swidth:MEmass1 12 1.77686
insert Upsilon3Swidth:MEmass1 13 0
insert Upsilon3Swidth:MEmass1 14 9.91221
insert Upsilon3Swidth:MEmass1 15 0
insert Upsilon3Swidth:MEmass1 16 0
insert Upsilon3Swidth:MEmass1 17 0
insert Upsilon3Swidth:MEmass1 18 0
insert Upsilon3Swidth:MEmass1 19 9.89278
insert Upsilon3Swidth:MEmass1 20 9.8993
insert Upsilon3Swidth:MEmass1 21 0
insert Upsilon3Swidth:MEmass2 0 0
insert Upsilon3Swidth:MEmass2 1 0
insert Upsilon3Swidth:MEmass2 2 0
insert Upsilon3Swidth:MEmass2 3 10.2325
insert Upsilon3Swidth:MEmass2 4 0
insert Upsilon3Swidth:MEmass2 5 0
insert Upsilon3Swidth:MEmass2 6 0
insert Upsilon3Swidth:MEmass2 7 0
insert Upsilon3Swidth:MEmass2 8 0
insert Upsilon3Swidth:MEmass2 9 0.000510999
insert Upsilon3Swidth:MEmass2 10 0.105658
insert Upsilon3Swidth:MEmass2 11 0
insert Upsilon3Swidth:MEmass2 12 1.77686
insert Upsilon3Swidth:MEmass2 13 0
insert Upsilon3Swidth:MEmass2 14 0
insert Upsilon3Swidth:MEmass2 15 0
insert Upsilon3Swidth:MEmass2 16 0
insert Upsilon3Swidth:MEmass2 17 0
insert Upsilon3Swidth:MEmass2 18 9.85944
insert Upsilon3Swidth:MEmass2 19 0
insert Upsilon3Swidth:MEmass2 20 0.134977
insert Upsilon3Swidth:MEmass2 21 9.3987
insert Upsilon3Swidth:DecayModes 0 Upsilon(3S)->g,g,g;
insert Upsilon3Swidth:DecayModes 1 Upsilon(3S)->chi_b2(2P),gamma;
insert Upsilon3Swidth:DecayModes 2 Upsilon(3S)->chi_b1(2P),gamma;
insert Upsilon3Swidth:DecayModes 3 Upsilon(3S)->chi_b0(2P),gamma;
insert Upsilon3Swidth:DecayModes 4 Upsilon(3S)->Upsilon(2S),gamma,gamma;
insert Upsilon3Swidth:DecayModes 5 Upsilon(3S)->Upsilon,pi+,pi-;
insert Upsilon3Swidth:DecayModes 6 Upsilon(3S)->u,ubar;
insert Upsilon3Swidth:DecayModes 7 Upsilon(3S)->c,cbar;
insert Upsilon3Swidth:DecayModes 8 Upsilon(3S)->Upsilon(2S),pi+,pi-;
insert Upsilon3Swidth:DecayModes 9 Upsilon(3S)->e-,e+;
insert Upsilon3Swidth:DecayModes 10 Upsilon(3S)->mu-,mu+;
insert Upsilon3Swidth:DecayModes 11 Upsilon(3S)->Upsilon,pi0,pi0;
insert Upsilon3Swidth:DecayModes 12 Upsilon(3S)->tau-,tau+;
insert Upsilon3Swidth:DecayModes 13 Upsilon(3S)->Upsilon(2S),pi0,pi0;
insert Upsilon3Swidth:DecayModes 14 Upsilon(3S)->chi_b2,gamma;
insert Upsilon3Swidth:DecayModes 15 Upsilon(3S)->gamma,g,g;
insert Upsilon3Swidth:DecayModes 16 Upsilon(3S)->d,dbar;
insert Upsilon3Swidth:DecayModes 17 Upsilon(3S)->s,sbar;
insert Upsilon3Swidth:DecayModes 18 Upsilon(3S)->chi_b0,gamma;
insert Upsilon3Swidth:DecayModes 19 Upsilon(3S)->chi_b1,gamma;
insert Upsilon3Swidth:DecayModes 20 Upsilon(3S)->h_b,pi0;
insert Upsilon3Swidth:DecayModes 21 Upsilon(3S)->eta_b,gamma;
insert Upsilon3Swidth:InterpolationMasses 0 10.35498
insert Upsilon3Swidth:InterpolationMasses 1 10.354989
insert Upsilon3Swidth:InterpolationMasses 2 10.354997
insert Upsilon3Swidth:InterpolationMasses 3 10.355005
insert Upsilon3Swidth:InterpolationMasses 4 10.355013
insert Upsilon3Swidth:InterpolationMasses 5 10.355022
insert Upsilon3Swidth:InterpolationMasses 6 10.35503
insert Upsilon3Swidth:InterpolationMasses 7 10.355038
insert Upsilon3Swidth:InterpolationMasses 8 10.355047
insert Upsilon3Swidth:InterpolationMasses 9 10.355055
insert Upsilon3Swidth:InterpolationMasses 10 10.355063
insert Upsilon3Swidth:InterpolationMasses 11 10.355071
insert Upsilon3Swidth:InterpolationMasses 12 10.35508
insert Upsilon3Swidth:InterpolationMasses 13 10.355088
insert Upsilon3Swidth:InterpolationMasses 14 10.355096
insert Upsilon3Swidth:InterpolationMasses 15 10.355105
insert Upsilon3Swidth:InterpolationMasses 16 10.355113
insert Upsilon3Swidth:InterpolationMasses 17 10.355121
insert Upsilon3Swidth:InterpolationMasses 18 10.35513
insert Upsilon3Swidth:InterpolationMasses 19 10.355138
insert Upsilon3Swidth:InterpolationMasses 20 10.355146
insert Upsilon3Swidth:InterpolationMasses 21 10.355154
insert Upsilon3Swidth:InterpolationMasses 22 10.355163
insert Upsilon3Swidth:InterpolationMasses 23 10.355171
insert Upsilon3Swidth:InterpolationMasses 24 10.355179
insert Upsilon3Swidth:InterpolationMasses 25 10.355188
insert Upsilon3Swidth:InterpolationMasses 26 10.355196
insert Upsilon3Swidth:InterpolationMasses 27 10.355204
insert Upsilon3Swidth:InterpolationMasses 28 10.355212
insert Upsilon3Swidth:InterpolationMasses 29 10.355221
insert Upsilon3Swidth:InterpolationMasses 30 10.355229
insert Upsilon3Swidth:InterpolationMasses 31 10.355237
insert Upsilon3Swidth:InterpolationMasses 32 10.355246
insert Upsilon3Swidth:InterpolationMasses 33 10.355254
insert Upsilon3Swidth:InterpolationMasses 34 10.355262
insert Upsilon3Swidth:InterpolationMasses 35 10.35527
insert Upsilon3Swidth:InterpolationMasses 36 10.355279
insert Upsilon3Swidth:InterpolationMasses 37 10.355287
insert Upsilon3Swidth:InterpolationMasses 38 10.355295
insert Upsilon3Swidth:InterpolationMasses 39 10.355304
insert Upsilon3Swidth:InterpolationMasses 40 10.355312
insert Upsilon3Swidth:InterpolationMasses 41 10.35532
insert Upsilon3Swidth:InterpolationMasses 42 10.355329
insert Upsilon3Swidth:InterpolationMasses 43 10.355337
insert Upsilon3Swidth:InterpolationMasses 44 10.355345
insert Upsilon3Swidth:InterpolationMasses 45 10.355353
insert Upsilon3Swidth:InterpolationMasses 46 10.355362
insert Upsilon3Swidth:InterpolationMasses 47 10.35537
insert Upsilon3Swidth:InterpolationMasses 48 10.355378
insert Upsilon3Swidth:InterpolationMasses 49 10.355387
insert Upsilon3Swidth:InterpolationMasses 50 10.355395
insert Upsilon3Swidth:InterpolationMasses 51 10.355403
insert Upsilon3Swidth:InterpolationMasses 52 10.355411
insert Upsilon3Swidth:InterpolationMasses 53 10.35542
insert Upsilon3Swidth:InterpolationMasses 54 10.35498
insert Upsilon3Swidth:InterpolationMasses 55 10.354989
insert Upsilon3Swidth:InterpolationMasses 56 10.354997
insert Upsilon3Swidth:InterpolationMasses 57 10.355005
insert Upsilon3Swidth:InterpolationMasses 58 10.355013
insert Upsilon3Swidth:InterpolationMasses 59 10.355022
insert Upsilon3Swidth:InterpolationMasses 60 10.35503
insert Upsilon3Swidth:InterpolationMasses 61 10.355038
insert Upsilon3Swidth:InterpolationMasses 62 10.355047
insert Upsilon3Swidth:InterpolationMasses 63 10.355055
insert Upsilon3Swidth:InterpolationMasses 64 10.355063
insert Upsilon3Swidth:InterpolationMasses 65 10.355071
insert Upsilon3Swidth:InterpolationMasses 66 10.35508
insert Upsilon3Swidth:InterpolationMasses 67 10.355088
insert Upsilon3Swidth:InterpolationMasses 68 10.355096
insert Upsilon3Swidth:InterpolationMasses 69 10.355105
insert Upsilon3Swidth:InterpolationMasses 70 10.355113
insert Upsilon3Swidth:InterpolationMasses 71 10.355121
insert Upsilon3Swidth:InterpolationMasses 72 10.35513
insert Upsilon3Swidth:InterpolationMasses 73 10.355138
insert Upsilon3Swidth:InterpolationMasses 74 10.355146
insert Upsilon3Swidth:InterpolationMasses 75 10.355154
insert Upsilon3Swidth:InterpolationMasses 76 10.355163
insert Upsilon3Swidth:InterpolationMasses 77 10.355171
insert Upsilon3Swidth:InterpolationMasses 78 10.355179
insert Upsilon3Swidth:InterpolationMasses 79 10.355188
insert Upsilon3Swidth:InterpolationMasses 80 10.355196
insert Upsilon3Swidth:InterpolationMasses 81 10.355204
insert Upsilon3Swidth:InterpolationMasses 82 10.355212
insert Upsilon3Swidth:InterpolationMasses 83 10.355221
insert Upsilon3Swidth:InterpolationMasses 84 10.355229
insert Upsilon3Swidth:InterpolationMasses 85 10.355237
insert Upsilon3Swidth:InterpolationMasses 86 10.355246
insert Upsilon3Swidth:InterpolationMasses 87 10.355254
insert Upsilon3Swidth:InterpolationMasses 88 10.355262
insert Upsilon3Swidth:InterpolationMasses 89 10.35527
insert Upsilon3Swidth:InterpolationMasses 90 10.355279
insert Upsilon3Swidth:InterpolationMasses 91 10.355287
insert Upsilon3Swidth:InterpolationMasses 92 10.355295
insert Upsilon3Swidth:InterpolationMasses 93 10.355304
insert Upsilon3Swidth:InterpolationMasses 94 10.355312
insert Upsilon3Swidth:InterpolationMasses 95 10.35532
insert Upsilon3Swidth:InterpolationMasses 96 10.355329
insert Upsilon3Swidth:InterpolationMasses 97 10.355337
insert Upsilon3Swidth:InterpolationMasses 98 10.355345
insert Upsilon3Swidth:InterpolationMasses 99 10.355353
insert Upsilon3Swidth:InterpolationMasses 100 10.355362
insert Upsilon3Swidth:InterpolationMasses 101 10.35537
insert Upsilon3Swidth:InterpolationMasses 102 10.355378
insert Upsilon3Swidth:InterpolationMasses 103 10.355387
insert Upsilon3Swidth:InterpolationMasses 104 10.355395
insert Upsilon3Swidth:InterpolationMasses 105 10.355403
insert Upsilon3Swidth:InterpolationMasses 106 10.355411
insert Upsilon3Swidth:InterpolationMasses 107 10.35542
insert Upsilon3Swidth:InterpolationMasses 108 10.35498
insert Upsilon3Swidth:InterpolationMasses 109 10.354989
insert Upsilon3Swidth:InterpolationMasses 110 10.354997
insert Upsilon3Swidth:InterpolationMasses 111 10.355005
insert Upsilon3Swidth:InterpolationMasses 112 10.355013
insert Upsilon3Swidth:InterpolationMasses 113 10.355022
insert Upsilon3Swidth:InterpolationMasses 114 10.35503
insert Upsilon3Swidth:InterpolationMasses 115 10.355038
insert Upsilon3Swidth:InterpolationMasses 116 10.355047
insert Upsilon3Swidth:InterpolationMasses 117 10.355055
insert Upsilon3Swidth:InterpolationMasses 118 10.355063
insert Upsilon3Swidth:InterpolationMasses 119 10.355071
insert Upsilon3Swidth:InterpolationMasses 120 10.35508
insert Upsilon3Swidth:InterpolationMasses 121 10.355088
insert Upsilon3Swidth:InterpolationMasses 122 10.355096
insert Upsilon3Swidth:InterpolationMasses 123 10.355105
insert Upsilon3Swidth:InterpolationMasses 124 10.355113
insert Upsilon3Swidth:InterpolationMasses 125 10.355121
insert Upsilon3Swidth:InterpolationMasses 126 10.35513
insert Upsilon3Swidth:InterpolationMasses 127 10.355138
insert Upsilon3Swidth:InterpolationMasses 128 10.355146
insert Upsilon3Swidth:InterpolationMasses 129 10.355154
insert Upsilon3Swidth:InterpolationMasses 130 10.355163
insert Upsilon3Swidth:InterpolationMasses 131 10.355171
insert Upsilon3Swidth:InterpolationMasses 132 10.355179
insert Upsilon3Swidth:InterpolationMasses 133 10.355188
insert Upsilon3Swidth:InterpolationMasses 134 10.355196
insert Upsilon3Swidth:InterpolationMasses 135 10.355204
insert Upsilon3Swidth:InterpolationMasses 136 10.355212
insert Upsilon3Swidth:InterpolationMasses 137 10.355221
insert Upsilon3Swidth:InterpolationMasses 138 10.355229
insert Upsilon3Swidth:InterpolationMasses 139 10.355237
insert Upsilon3Swidth:InterpolationMasses 140 10.355246
insert Upsilon3Swidth:InterpolationMasses 141 10.355254
insert Upsilon3Swidth:InterpolationMasses 142 10.355262
insert Upsilon3Swidth:InterpolationMasses 143 10.35527
insert Upsilon3Swidth:InterpolationMasses 144 10.355279
insert Upsilon3Swidth:InterpolationMasses 145 10.355287
insert Upsilon3Swidth:InterpolationMasses 146 10.355295
insert Upsilon3Swidth:InterpolationMasses 147 10.355304
insert Upsilon3Swidth:InterpolationMasses 148 10.355312
insert Upsilon3Swidth:InterpolationMasses 149 10.35532
insert Upsilon3Swidth:InterpolationMasses 150 10.355329
insert Upsilon3Swidth:InterpolationMasses 151 10.355337
insert Upsilon3Swidth:InterpolationMasses 152 10.355345
insert Upsilon3Swidth:InterpolationMasses 153 10.355353
insert Upsilon3Swidth:InterpolationMasses 154 10.355362
insert Upsilon3Swidth:InterpolationMasses 155 10.35537
insert Upsilon3Swidth:InterpolationMasses 156 10.355378
insert Upsilon3Swidth:InterpolationMasses 157 10.355387
insert Upsilon3Swidth:InterpolationMasses 158 10.355395
insert Upsilon3Swidth:InterpolationMasses 159 10.355403
insert Upsilon3Swidth:InterpolationMasses 160 10.355411
insert Upsilon3Swidth:InterpolationMasses 161 10.35542
insert Upsilon3Swidth:InterpolationMasses 162 10.354997
insert Upsilon3Swidth:InterpolationMasses 163 10.355005
insert Upsilon3Swidth:InterpolationMasses 164 10.355013
insert Upsilon3Swidth:InterpolationMasses 165 10.355022
insert Upsilon3Swidth:InterpolationMasses 166 10.35503
insert Upsilon3Swidth:InterpolationMasses 167 10.355038
insert Upsilon3Swidth:InterpolationMasses 168 10.355047
insert Upsilon3Swidth:InterpolationMasses 169 10.355055
insert Upsilon3Swidth:InterpolationMasses 170 10.355063
insert Upsilon3Swidth:InterpolationMasses 171 10.355071
insert Upsilon3Swidth:InterpolationMasses 172 10.35508
insert Upsilon3Swidth:InterpolationMasses 173 10.355088
insert Upsilon3Swidth:InterpolationMasses 174 10.355096
insert Upsilon3Swidth:InterpolationMasses 175 10.355105
insert Upsilon3Swidth:InterpolationMasses 176 10.355113
insert Upsilon3Swidth:InterpolationMasses 177 10.355121
insert Upsilon3Swidth:InterpolationMasses 178 10.35513
insert Upsilon3Swidth:InterpolationMasses 179 10.355138
insert Upsilon3Swidth:InterpolationMasses 180 10.355146
insert Upsilon3Swidth:InterpolationMasses 181 10.355154
insert Upsilon3Swidth:InterpolationMasses 182 10.355163
insert Upsilon3Swidth:InterpolationMasses 183 10.355171
insert Upsilon3Swidth:InterpolationMasses 184 10.355179
insert Upsilon3Swidth:InterpolationMasses 185 10.355188
insert Upsilon3Swidth:InterpolationMasses 186 10.355196
insert Upsilon3Swidth:InterpolationMasses 187 10.355204
insert Upsilon3Swidth:InterpolationMasses 188 10.355212
insert Upsilon3Swidth:InterpolationMasses 189 10.355221
insert Upsilon3Swidth:InterpolationMasses 190 10.355229
insert Upsilon3Swidth:InterpolationMasses 191 10.355237
insert Upsilon3Swidth:InterpolationMasses 192 10.355246
insert Upsilon3Swidth:InterpolationMasses 193 10.355254
insert Upsilon3Swidth:InterpolationMasses 194 10.355262
insert Upsilon3Swidth:InterpolationMasses 195 10.35527
insert Upsilon3Swidth:InterpolationMasses 196 10.355279
insert Upsilon3Swidth:InterpolationMasses 197 10.355287
insert Upsilon3Swidth:InterpolationMasses 198 10.355295
insert Upsilon3Swidth:InterpolationMasses 199 10.355304
insert Upsilon3Swidth:InterpolationMasses 200 10.355312
insert Upsilon3Swidth:InterpolationMasses 201 10.35532
insert Upsilon3Swidth:InterpolationMasses 202 10.355329
insert Upsilon3Swidth:InterpolationMasses 203 10.355337
insert Upsilon3Swidth:InterpolationMasses 204 10.355345
insert Upsilon3Swidth:InterpolationMasses 205 10.355353
insert Upsilon3Swidth:InterpolationMasses 206 10.355362
insert Upsilon3Swidth:InterpolationMasses 207 10.35537
insert Upsilon3Swidth:InterpolationMasses 208 10.355378
insert Upsilon3Swidth:InterpolationMasses 209 10.355387
insert Upsilon3Swidth:InterpolationMasses 210 10.355395
insert Upsilon3Swidth:InterpolationMasses 211 10.355403
insert Upsilon3Swidth:InterpolationMasses 212 10.354997
insert Upsilon3Swidth:InterpolationMasses 213 10.355005
insert Upsilon3Swidth:InterpolationMasses 214 10.355013
insert Upsilon3Swidth:InterpolationMasses 215 10.355022
insert Upsilon3Swidth:InterpolationMasses 216 10.35503
insert Upsilon3Swidth:InterpolationMasses 217 10.355038
insert Upsilon3Swidth:InterpolationMasses 218 10.355047
insert Upsilon3Swidth:InterpolationMasses 219 10.355055
insert Upsilon3Swidth:InterpolationMasses 220 10.355063
insert Upsilon3Swidth:InterpolationMasses 221 10.355071
insert Upsilon3Swidth:InterpolationMasses 222 10.35508
insert Upsilon3Swidth:InterpolationMasses 223 10.355088
insert Upsilon3Swidth:InterpolationMasses 224 10.355096
insert Upsilon3Swidth:InterpolationMasses 225 10.355105
insert Upsilon3Swidth:InterpolationMasses 226 10.355113
insert Upsilon3Swidth:InterpolationMasses 227 10.355121
insert Upsilon3Swidth:InterpolationMasses 228 10.35513
insert Upsilon3Swidth:InterpolationMasses 229 10.355138
insert Upsilon3Swidth:InterpolationMasses 230 10.355146
insert Upsilon3Swidth:InterpolationMasses 231 10.355154
insert Upsilon3Swidth:InterpolationMasses 232 10.355163
insert Upsilon3Swidth:InterpolationMasses 233 10.355171
insert Upsilon3Swidth:InterpolationMasses 234 10.355179
insert Upsilon3Swidth:InterpolationMasses 235 10.355188
insert Upsilon3Swidth:InterpolationMasses 236 10.355196
insert Upsilon3Swidth:InterpolationMasses 237 10.355204
insert Upsilon3Swidth:InterpolationMasses 238 10.355212
insert Upsilon3Swidth:InterpolationMasses 239 10.355221
insert Upsilon3Swidth:InterpolationMasses 240 10.355229
insert Upsilon3Swidth:InterpolationMasses 241 10.355237
insert Upsilon3Swidth:InterpolationMasses 242 10.355246
insert Upsilon3Swidth:InterpolationMasses 243 10.355254
insert Upsilon3Swidth:InterpolationMasses 244 10.355262
insert Upsilon3Swidth:InterpolationMasses 245 10.35527
insert Upsilon3Swidth:InterpolationMasses 246 10.355279
insert Upsilon3Swidth:InterpolationMasses 247 10.355287
insert Upsilon3Swidth:InterpolationMasses 248 10.355295
insert Upsilon3Swidth:InterpolationMasses 249 10.355304
insert Upsilon3Swidth:InterpolationMasses 250 10.355312
insert Upsilon3Swidth:InterpolationMasses 251 10.35532
insert Upsilon3Swidth:InterpolationMasses 252 10.355329
insert Upsilon3Swidth:InterpolationMasses 253 10.355337
insert Upsilon3Swidth:InterpolationMasses 254 10.355345
insert Upsilon3Swidth:InterpolationMasses 255 10.355353
insert Upsilon3Swidth:InterpolationMasses 256 10.355362
insert Upsilon3Swidth:InterpolationMasses 257 10.35537
insert Upsilon3Swidth:InterpolationMasses 258 10.355378
insert Upsilon3Swidth:InterpolationMasses 259 10.355387
insert Upsilon3Swidth:InterpolationMasses 260 10.355395
insert Upsilon3Swidth:InterpolationMasses 261 10.355403
insert Upsilon3Swidth:InterpolationMasses 262 10.354997
insert Upsilon3Swidth:InterpolationMasses 263 10.355005
insert Upsilon3Swidth:InterpolationMasses 264 10.355013
insert Upsilon3Swidth:InterpolationMasses 265 10.355022
insert Upsilon3Swidth:InterpolationMasses 266 10.35503
insert Upsilon3Swidth:InterpolationMasses 267 10.355038
insert Upsilon3Swidth:InterpolationMasses 268 10.355047
insert Upsilon3Swidth:InterpolationMasses 269 10.355055
insert Upsilon3Swidth:InterpolationMasses 270 10.355063
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insert Upsilon3Swidth:InterpolationWidths 403 2.0363899e-05
insert Upsilon3Swidth:InterpolationWidths 404 2.036424e-05
insert Upsilon3Swidth:InterpolationWidths 405 2.036458e-05
insert Upsilon3Swidth:InterpolationWidths 406 2.0364921e-05
insert Upsilon3Swidth:InterpolationWidths 407 2.0365261e-05
insert Upsilon3Swidth:InterpolationWidths 408 2.0365602e-05
insert Upsilon3Swidth:InterpolationWidths 409 2.0365942e-05
insert Upsilon3Swidth:InterpolationWidths 410 2.0366283e-05
insert Upsilon3Swidth:InterpolationWidths 411 2.0366623e-05
insert Upsilon3Swidth:InterpolationWidths 412 2.0366964e-05
insert Upsilon3Swidth:InterpolationWidths 413 2.0367305e-05
insert Upsilon3Swidth:InterpolationWidths 414 2.0367645e-05
insert Upsilon3Swidth:InterpolationWidths 415 2.0367986e-05
insert Upsilon3Swidth:InterpolationWidths 416 6.0961396e-08
insert Upsilon3Swidth:InterpolationWidths 417 6.0964386e-08
insert Upsilon3Swidth:InterpolationWidths 418 6.0967376e-08
insert Upsilon3Swidth:InterpolationWidths 419 6.0970365e-08
insert Upsilon3Swidth:InterpolationWidths 420 6.0973355e-08
insert Upsilon3Swidth:InterpolationWidths 421 6.0976345e-08
insert Upsilon3Swidth:InterpolationWidths 422 6.0979335e-08
insert Upsilon3Swidth:InterpolationWidths 423 6.0982325e-08
insert Upsilon3Swidth:InterpolationWidths 424 6.0985315e-08
insert Upsilon3Swidth:InterpolationWidths 425 6.0988305e-08
insert Upsilon3Swidth:InterpolationWidths 426 6.0991296e-08
insert Upsilon3Swidth:InterpolationWidths 427 6.0994286e-08
insert Upsilon3Swidth:InterpolationWidths 428 6.0997277e-08
insert Upsilon3Swidth:InterpolationWidths 429 6.1000267e-08
insert Upsilon3Swidth:InterpolationWidths 430 6.1003258e-08
insert Upsilon3Swidth:InterpolationWidths 431 6.1006249e-08
insert Upsilon3Swidth:InterpolationWidths 432 6.100924e-08
insert Upsilon3Swidth:InterpolationWidths 433 6.1012231e-08
insert Upsilon3Swidth:InterpolationWidths 434 6.1015222e-08
insert Upsilon3Swidth:InterpolationWidths 435 6.1018213e-08
insert Upsilon3Swidth:InterpolationWidths 436 6.1021205e-08
insert Upsilon3Swidth:InterpolationWidths 437 6.1024196e-08
insert Upsilon3Swidth:InterpolationWidths 438 6.1027187e-08
insert Upsilon3Swidth:InterpolationWidths 439 6.1030179e-08
insert Upsilon3Swidth:InterpolationWidths 440 6.1033171e-08
insert Upsilon3Swidth:InterpolationWidths 441 6.1036163e-08
insert Upsilon3Swidth:InterpolationWidths 442 6.1039154e-08
insert Upsilon3Swidth:InterpolationWidths 443 6.1042146e-08
insert Upsilon3Swidth:InterpolationWidths 444 6.1045138e-08
insert Upsilon3Swidth:InterpolationWidths 445 6.1048131e-08
insert Upsilon3Swidth:InterpolationWidths 446 6.1051123e-08
insert Upsilon3Swidth:InterpolationWidths 447 6.1054115e-08
insert Upsilon3Swidth:InterpolationWidths 448 6.1057108e-08
insert Upsilon3Swidth:InterpolationWidths 449 6.10601e-08
insert Upsilon3Swidth:InterpolationWidths 450 6.1063093e-08
insert Upsilon3Swidth:InterpolationWidths 451 6.1066086e-08
insert Upsilon3Swidth:InterpolationWidths 452 6.1069078e-08
insert Upsilon3Swidth:InterpolationWidths 453 6.1072071e-08
insert Upsilon3Swidth:InterpolationWidths 454 6.1075064e-08
insert Upsilon3Swidth:InterpolationWidths 455 6.1078058e-08
insert Upsilon3Swidth:InterpolationWidths 456 6.1081051e-08
insert Upsilon3Swidth:InterpolationWidths 457 6.1084044e-08
insert Upsilon3Swidth:InterpolationWidths 458 6.1087038e-08
insert Upsilon3Swidth:InterpolationWidths 459 6.1090031e-08
insert Upsilon3Swidth:InterpolationWidths 460 6.1093025e-08
insert Upsilon3Swidth:InterpolationWidths 461 6.1096018e-08
insert Upsilon3Swidth:InterpolationWidths 462 6.1099012e-08
insert Upsilon3Swidth:InterpolationWidths 463 6.1102006e-08
insert Upsilon3Swidth:InterpolationWidths 464 6.1105e-08
insert Upsilon3Swidth:InterpolationWidths 465 6.1107994e-08
insert Upsilon3Swidth:InterpolationWidths 466 6.1110988e-08
insert Upsilon3Swidth:InterpolationWidths 467 6.1113982e-08
insert Upsilon3Swidth:InterpolationWidths 468 6.1116977e-08
insert Upsilon3Swidth:InterpolationWidths 469 6.1119971e-08
insert Upsilon3Swidth:InterpolationWidths 470 1.8341577e-08
insert Upsilon3Swidth:InterpolationWidths 471 1.8342528e-08
insert Upsilon3Swidth:InterpolationWidths 472 1.834348e-08
insert Upsilon3Swidth:InterpolationWidths 473 1.8344432e-08
insert Upsilon3Swidth:InterpolationWidths 474 1.8345384e-08
insert Upsilon3Swidth:InterpolationWidths 475 1.8346336e-08
insert Upsilon3Swidth:InterpolationWidths 476 1.8347288e-08
insert Upsilon3Swidth:InterpolationWidths 477 1.834824e-08
insert Upsilon3Swidth:InterpolationWidths 478 1.8349192e-08
insert Upsilon3Swidth:InterpolationWidths 479 1.8350144e-08
insert Upsilon3Swidth:InterpolationWidths 480 1.8351096e-08
insert Upsilon3Swidth:InterpolationWidths 481 1.8352049e-08
insert Upsilon3Swidth:InterpolationWidths 482 1.8353001e-08
insert Upsilon3Swidth:InterpolationWidths 483 1.8353953e-08
insert Upsilon3Swidth:InterpolationWidths 484 1.8354905e-08
insert Upsilon3Swidth:InterpolationWidths 485 1.8355858e-08
insert Upsilon3Swidth:InterpolationWidths 486 1.835681e-08
insert Upsilon3Swidth:InterpolationWidths 487 1.8357762e-08
insert Upsilon3Swidth:InterpolationWidths 488 1.8358715e-08
insert Upsilon3Swidth:InterpolationWidths 489 1.8359667e-08
insert Upsilon3Swidth:InterpolationWidths 490 1.836062e-08
insert Upsilon3Swidth:InterpolationWidths 491 1.8361572e-08
insert Upsilon3Swidth:InterpolationWidths 492 1.8362525e-08
insert Upsilon3Swidth:InterpolationWidths 493 1.8363477e-08
insert Upsilon3Swidth:InterpolationWidths 494 1.836443e-08
insert Upsilon3Swidth:InterpolationWidths 495 1.8365382e-08
insert Upsilon3Swidth:InterpolationWidths 496 1.8366335e-08
insert Upsilon3Swidth:InterpolationWidths 497 1.8367288e-08
insert Upsilon3Swidth:InterpolationWidths 498 1.836824e-08
insert Upsilon3Swidth:InterpolationWidths 499 1.8369193e-08
insert Upsilon3Swidth:InterpolationWidths 500 1.8370146e-08
insert Upsilon3Swidth:InterpolationWidths 501 1.8371099e-08
insert Upsilon3Swidth:InterpolationWidths 502 1.8372051e-08
insert Upsilon3Swidth:InterpolationWidths 503 1.8373004e-08
insert Upsilon3Swidth:InterpolationWidths 504 1.8373957e-08
insert Upsilon3Swidth:InterpolationWidths 505 1.837491e-08
insert Upsilon3Swidth:InterpolationWidths 506 1.8375863e-08
insert Upsilon3Swidth:InterpolationWidths 507 1.8376816e-08
insert Upsilon3Swidth:InterpolationWidths 508 1.8377769e-08
insert Upsilon3Swidth:InterpolationWidths 509 1.8378722e-08
insert Upsilon3Swidth:InterpolationWidths 510 1.8379675e-08
insert Upsilon3Swidth:InterpolationWidths 511 1.8380628e-08
insert Upsilon3Swidth:InterpolationWidths 512 1.8381581e-08
insert Upsilon3Swidth:InterpolationWidths 513 1.8382535e-08
insert Upsilon3Swidth:InterpolationWidths 514 1.8383488e-08
insert Upsilon3Swidth:InterpolationWidths 515 1.8384441e-08
insert Upsilon3Swidth:InterpolationWidths 516 1.8385394e-08
insert Upsilon3Swidth:InterpolationWidths 517 1.8386348e-08
insert Upsilon3Swidth:InterpolationWidths 518 1.8387301e-08
insert Upsilon3Swidth:InterpolationWidths 519 1.8388254e-08
insert Upsilon3Swidth:InterpolationWidths 520 1.8389208e-08
insert Upsilon3Swidth:InterpolationWidths 521 1.8390161e-08
insert Upsilon3Swidth:InterpolationWidths 522 1.8391115e-08
insert Upsilon3Swidth:InterpolationWidths 523 1.8392068e-08
insert Upsilon3Swidth:InterpolationWidths 524 2.0344994e-05
insert Upsilon3Swidth:InterpolationWidths 525 2.0345393e-05
insert Upsilon3Swidth:InterpolationWidths 526 2.0345792e-05
insert Upsilon3Swidth:InterpolationWidths 527 2.0346191e-05
insert Upsilon3Swidth:InterpolationWidths 528 2.034659e-05
insert Upsilon3Swidth:InterpolationWidths 529 2.0346989e-05
insert Upsilon3Swidth:InterpolationWidths 530 2.0347388e-05
insert Upsilon3Swidth:InterpolationWidths 531 2.0347787e-05
insert Upsilon3Swidth:InterpolationWidths 532 2.0348185e-05
insert Upsilon3Swidth:InterpolationWidths 533 2.0348584e-05
insert Upsilon3Swidth:InterpolationWidths 534 2.0348983e-05
insert Upsilon3Swidth:InterpolationWidths 535 2.0349382e-05
insert Upsilon3Swidth:InterpolationWidths 536 2.0349781e-05
insert Upsilon3Swidth:InterpolationWidths 537 2.035018e-05
insert Upsilon3Swidth:InterpolationWidths 538 2.0350579e-05
insert Upsilon3Swidth:InterpolationWidths 539 2.0350978e-05
insert Upsilon3Swidth:InterpolationWidths 540 2.0351377e-05
insert Upsilon3Swidth:InterpolationWidths 541 2.0351776e-05
insert Upsilon3Swidth:InterpolationWidths 542 2.0352175e-05
insert Upsilon3Swidth:InterpolationWidths 543 2.0352574e-05
insert Upsilon3Swidth:InterpolationWidths 544 2.0352972e-05
insert Upsilon3Swidth:InterpolationWidths 545 2.0353371e-05
insert Upsilon3Swidth:InterpolationWidths 546 2.035377e-05
insert Upsilon3Swidth:InterpolationWidths 547 2.0354169e-05
insert Upsilon3Swidth:InterpolationWidths 548 2.0354568e-05
insert Upsilon3Swidth:InterpolationWidths 549 2.0354967e-05
insert Upsilon3Swidth:InterpolationWidths 550 2.0355366e-05
insert Upsilon3Swidth:InterpolationWidths 551 2.0355765e-05
insert Upsilon3Swidth:InterpolationWidths 552 2.0356164e-05
insert Upsilon3Swidth:InterpolationWidths 553 2.0356563e-05
insert Upsilon3Swidth:InterpolationWidths 554 2.0356962e-05
insert Upsilon3Swidth:InterpolationWidths 555 2.035736e-05
insert Upsilon3Swidth:InterpolationWidths 556 2.0357759e-05
insert Upsilon3Swidth:InterpolationWidths 557 2.0358158e-05
insert Upsilon3Swidth:InterpolationWidths 558 2.0358557e-05
insert Upsilon3Swidth:InterpolationWidths 559 2.0358956e-05
insert Upsilon3Swidth:InterpolationWidths 560 2.0359355e-05
insert Upsilon3Swidth:InterpolationWidths 561 2.0359754e-05
insert Upsilon3Swidth:InterpolationWidths 562 2.0360153e-05
insert Upsilon3Swidth:InterpolationWidths 563 2.0360552e-05
insert Upsilon3Swidth:InterpolationWidths 564 2.0360951e-05
insert Upsilon3Swidth:InterpolationWidths 565 2.0361349e-05
insert Upsilon3Swidth:InterpolationWidths 566 2.0361748e-05
insert Upsilon3Swidth:InterpolationWidths 567 2.0362147e-05
insert Upsilon3Swidth:InterpolationWidths 568 2.0362546e-05
insert Upsilon3Swidth:InterpolationWidths 569 2.0362945e-05
insert Upsilon3Swidth:InterpolationWidths 570 2.0363344e-05
insert Upsilon3Swidth:InterpolationWidths 571 2.0363743e-05
insert Upsilon3Swidth:InterpolationWidths 572 2.0364142e-05
insert Upsilon3Swidth:InterpolationWidths 573 2.0364541e-05
insert Upsilon3Swidth:InterpolationWidths 574 2.0364939e-05
insert Upsilon3Swidth:InterpolationWidths 575 2.0365338e-05
insert Upsilon3Swidth:InterpolationWidths 576 2.0365737e-05
insert Upsilon3Swidth:InterpolationWidths 577 2.0366136e-05
insert Upsilon3Swidth:InterpolationWidths 578 2.034833e-05
insert Upsilon3Swidth:InterpolationWidths 579 2.0348836e-05
insert Upsilon3Swidth:InterpolationWidths 580 2.0349342e-05
insert Upsilon3Swidth:InterpolationWidths 581 2.0349848e-05
insert Upsilon3Swidth:InterpolationWidths 582 2.0350354e-05
insert Upsilon3Swidth:InterpolationWidths 583 2.035086e-05
insert Upsilon3Swidth:InterpolationWidths 584 2.0351366e-05
insert Upsilon3Swidth:InterpolationWidths 585 2.0351872e-05
insert Upsilon3Swidth:InterpolationWidths 586 2.0352378e-05
insert Upsilon3Swidth:InterpolationWidths 587 2.0352884e-05
insert Upsilon3Swidth:InterpolationWidths 588 2.0353389e-05
insert Upsilon3Swidth:InterpolationWidths 589 2.0353895e-05
insert Upsilon3Swidth:InterpolationWidths 590 2.0354401e-05
insert Upsilon3Swidth:InterpolationWidths 591 2.0354907e-05
insert Upsilon3Swidth:InterpolationWidths 592 2.0355413e-05
insert Upsilon3Swidth:InterpolationWidths 593 2.0355919e-05
insert Upsilon3Swidth:InterpolationWidths 594 2.0356425e-05
insert Upsilon3Swidth:InterpolationWidths 595 2.0356931e-05
insert Upsilon3Swidth:InterpolationWidths 596 2.0357437e-05
insert Upsilon3Swidth:InterpolationWidths 597 2.0357943e-05
insert Upsilon3Swidth:InterpolationWidths 598 2.0358449e-05
insert Upsilon3Swidth:InterpolationWidths 599 2.0358955e-05
insert Upsilon3Swidth:InterpolationWidths 600 2.0359462e-05
insert Upsilon3Swidth:InterpolationWidths 601 2.0359968e-05
insert Upsilon3Swidth:InterpolationWidths 602 2.0360474e-05
insert Upsilon3Swidth:InterpolationWidths 603 2.036098e-05
insert Upsilon3Swidth:InterpolationWidths 604 2.0361486e-05
insert Upsilon3Swidth:InterpolationWidths 605 2.0361992e-05
insert Upsilon3Swidth:InterpolationWidths 606 2.0362498e-05
insert Upsilon3Swidth:InterpolationWidths 607 2.0363004e-05
insert Upsilon3Swidth:InterpolationWidths 608 2.036351e-05
insert Upsilon3Swidth:InterpolationWidths 609 2.0364016e-05
insert Upsilon3Swidth:InterpolationWidths 610 2.0364522e-05
insert Upsilon3Swidth:InterpolationWidths 611 2.0365029e-05
insert Upsilon3Swidth:InterpolationWidths 612 2.0365535e-05
insert Upsilon3Swidth:InterpolationWidths 613 2.0366041e-05
insert Upsilon3Swidth:InterpolationWidths 614 2.0366547e-05
insert Upsilon3Swidth:InterpolationWidths 615 2.0367053e-05
insert Upsilon3Swidth:InterpolationWidths 616 2.0367559e-05
insert Upsilon3Swidth:InterpolationWidths 617 2.0368066e-05
insert Upsilon3Swidth:InterpolationWidths 618 2.0368572e-05
insert Upsilon3Swidth:InterpolationWidths 619 2.0369078e-05
insert Upsilon3Swidth:InterpolationWidths 620 2.0369584e-05
insert Upsilon3Swidth:InterpolationWidths 621 2.037009e-05
insert Upsilon3Swidth:InterpolationWidths 622 2.0370597e-05
insert Upsilon3Swidth:InterpolationWidths 623 2.0371103e-05
insert Upsilon3Swidth:InterpolationWidths 624 2.0371609e-05
insert Upsilon3Swidth:InterpolationWidths 625 2.0372115e-05
insert Upsilon3Swidth:InterpolationWidths 626 2.0372622e-05
insert Upsilon3Swidth:InterpolationWidths 627 2.0373128e-05
insert Upsilon3Swidth:InterpolationWidths 628 2.0373634e-05
insert Upsilon3Swidth:InterpolationWidths 629 2.037414e-05
insert Upsilon3Swidth:InterpolationWidths 630 2.0374647e-05
insert Upsilon3Swidth:InterpolationWidths 631 2.0375153e-05
insert Upsilon3Swidth:NumberofEntries 0 0
insert Upsilon3Swidth:NumberofEntries 1 54
insert Upsilon3Swidth:NumberofEntries 2 108
insert Upsilon3Swidth:NumberofEntries 3 162
insert Upsilon3Swidth:NumberofEntries 4 162
insert Upsilon3Swidth:NumberofEntries 5 212
insert Upsilon3Swidth:NumberofEntries 6 212
insert Upsilon3Swidth:NumberofEntries 7 212
insert Upsilon3Swidth:NumberofEntries 8 262
insert Upsilon3Swidth:NumberofEntries 9 262
insert Upsilon3Swidth:NumberofEntries 10 262
insert Upsilon3Swidth:NumberofEntries 11 312
insert Upsilon3Swidth:NumberofEntries 12 312
insert Upsilon3Swidth:NumberofEntries 13 362
insert Upsilon3Swidth:NumberofEntries 14 416
insert Upsilon3Swidth:NumberofEntries 15 416
insert Upsilon3Swidth:NumberofEntries 16 416
insert Upsilon3Swidth:NumberofEntries 17 416
insert Upsilon3Swidth:NumberofEntries 18 470
insert Upsilon3Swidth:NumberofEntries 19 524
insert Upsilon3Swidth:NumberofEntries 20 578
insert Upsilon3Swidth:NumberofEntries 21 632
newdef /Herwig/Particles/Upsilon(3S):Width_generator Upsilon3Swidth
#
create Herwig::GenericWidthGenerator Upsilon4Swidth
newdef Upsilon4Swidth:Particle /Herwig/Particles/Upsilon(4S)
newdef Upsilon4Swidth:Prefactor 1.0027
newdef Upsilon4Swidth:BRNormalize 1
newdef Upsilon4Swidth:BRMinimum 0.01
newdef Upsilon4Swidth:Points 50
newdef Upsilon4Swidth:InterpolationOrder 1
insert Upsilon4Swidth:MEtype 0 1
insert Upsilon4Swidth:MEtype 1 1
insert Upsilon4Swidth:MEtype 2 2
insert Upsilon4Swidth:MEtype 3 2
insert Upsilon4Swidth:MEtype 4 2
insert Upsilon4Swidth:MEtype 5 2
insert Upsilon4Swidth:MEtype 6 2
insert Upsilon4Swidth:MEtype 7 2
insert Upsilon4Swidth:MEtype 8 2
insert Upsilon4Swidth:MEtype 9 1
insert Upsilon4Swidth:MEtype 10 1
insert Upsilon4Swidth:MEtype 11 1
insert Upsilon4Swidth:MEcode 0 0
insert Upsilon4Swidth:MEcode 1 0
insert Upsilon4Swidth:MEcode 2 0
insert Upsilon4Swidth:MEcode 3 0
insert Upsilon4Swidth:MEcode 4 0
insert Upsilon4Swidth:MEcode 5 0
insert Upsilon4Swidth:MEcode 6 0
insert Upsilon4Swidth:MEcode 7 0
insert Upsilon4Swidth:MEcode 8 0
insert Upsilon4Swidth:MEcode 9 2
insert Upsilon4Swidth:MEcode 10 2
insert Upsilon4Swidth:MEcode 11 2
insert Upsilon4Swidth:MEcoupling 0 24.6734
insert Upsilon4Swidth:MEcoupling 1 24.6734
insert Upsilon4Swidth:MEcoupling 2 0.00225458
insert Upsilon4Swidth:MEcoupling 3 0.000185481
insert Upsilon4Swidth:MEcoupling 4 0.887042
insert Upsilon4Swidth:MEcoupling 5 0.635462
insert Upsilon4Swidth:MEcoupling 6 0.877355
insert Upsilon4Swidth:MEcoupling 7 0.589833
insert Upsilon4Swidth:MEcoupling 8 3.72781e-05
insert Upsilon4Swidth:MEcoupling 9 0.00108112
insert Upsilon4Swidth:MEcoupling 10 0.00108112
insert Upsilon4Swidth:MEcoupling 11 0.00108381
insert Upsilon4Swidth:ModeOn 0 1
insert Upsilon4Swidth:ModeOn 1 1
insert Upsilon4Swidth:ModeOn 2 0
insert Upsilon4Swidth:ModeOn 3 0
insert Upsilon4Swidth:ModeOn 4 0
insert Upsilon4Swidth:ModeOn 5 0
insert Upsilon4Swidth:ModeOn 6 0
insert Upsilon4Swidth:ModeOn 7 0
insert Upsilon4Swidth:ModeOn 8 0
insert Upsilon4Swidth:ModeOn 9 0
insert Upsilon4Swidth:ModeOn 10 0
insert Upsilon4Swidth:ModeOn 11 0
insert Upsilon4Swidth:MinimumMasses 0 10.5587
insert Upsilon4Swidth:MinimumMasses 1 10.5593
insert Upsilon4Swidth:MinimumMasses 2 10.4463
insert Upsilon4Swidth:MinimumMasses 3 10.0076
insert Upsilon4Swidth:MinimumMasses 4 9.7389
insert Upsilon4Swidth:MinimumMasses 5 10.3021
insert Upsilon4Swidth:MinimumMasses 6 9.72971
insert Upsilon4Swidth:MinimumMasses 7 10.2929
insert Upsilon4Swidth:MinimumMasses 8 10.4155
insert Upsilon4Swidth:MinimumMasses 9 0.001022
insert Upsilon4Swidth:MinimumMasses 10 0.211317
insert Upsilon4Swidth:MinimumMasses 11 3.55372
insert Upsilon4Swidth:MEmass1 0 5.27934
insert Upsilon4Swidth:MEmass1 1 5.27965
insert Upsilon4Swidth:MEmass1 2 9.8993
insert Upsilon4Swidth:MEmass1 3 9.4603
insert Upsilon4Swidth:MEmass1 4 0
insert Upsilon4Swidth:MEmass1 5 0
insert Upsilon4Swidth:MEmass1 6 0
insert Upsilon4Swidth:MEmass1 7 0
insert Upsilon4Swidth:MEmass1 8 9.4603
insert Upsilon4Swidth:MEmass1 9 0.000510999
insert Upsilon4Swidth:MEmass1 10 0.105658
insert Upsilon4Swidth:MEmass1 11 1.77686
insert Upsilon4Swidth:MEmass2 0 5.27934
insert Upsilon4Swidth:MEmass2 1 5.27965
insert Upsilon4Swidth:MEmass2 2 0.547862
insert Upsilon4Swidth:MEmass2 3 0.547862
insert Upsilon4Swidth:MEmass2 4 0
insert Upsilon4Swidth:MEmass2 5 0
insert Upsilon4Swidth:MEmass2 6 0
insert Upsilon4Swidth:MEmass2 7 0
insert Upsilon4Swidth:MEmass2 8 0.95778
insert Upsilon4Swidth:MEmass2 9 0.000510999
insert Upsilon4Swidth:MEmass2 10 0.105658
insert Upsilon4Swidth:MEmass2 11 1.77686
insert Upsilon4Swidth:DecayModes 0 Upsilon(4S)->B+,B-;
insert Upsilon4Swidth:DecayModes 1 Upsilon(4S)->B0,Bbar0;
insert Upsilon4Swidth:DecayModes 2 Upsilon(4S)->h_b,eta;
insert Upsilon4Swidth:DecayModes 3 Upsilon(4S)->Upsilon,eta;
insert Upsilon4Swidth:DecayModes 4 Upsilon(4S)->Upsilon,pi+,pi-;
insert Upsilon4Swidth:DecayModes 5 Upsilon(4S)->Upsilon(2S),pi+,pi-;
insert Upsilon4Swidth:DecayModes 6 Upsilon(4S)->Upsilon,pi0,pi0;
insert Upsilon4Swidth:DecayModes 7 Upsilon(4S)->Upsilon(2S),pi0,pi0;
insert Upsilon4Swidth:DecayModes 8 Upsilon(4S)->Upsilon,eta';
insert Upsilon4Swidth:DecayModes 9 Upsilon(4S)->e-,e+;
insert Upsilon4Swidth:DecayModes 10 Upsilon(4S)->mu-,mu+;
insert Upsilon4Swidth:DecayModes 11 Upsilon(4S)->tau-,tau+;
insert Upsilon4Swidth:InterpolationMasses 0 10.549696
insert Upsilon4Swidth:InterpolationMasses 1 10.554298
insert Upsilon4Swidth:InterpolationMasses 2 10.5589
insert Upsilon4Swidth:InterpolationMasses 3 10.563502
insert Upsilon4Swidth:InterpolationMasses 4 10.568104
insert Upsilon4Swidth:InterpolationMasses 5 10.572706
insert Upsilon4Swidth:InterpolationMasses 6 10.577308
insert Upsilon4Swidth:InterpolationMasses 7 10.58191
insert Upsilon4Swidth:InterpolationMasses 8 10.586512
insert Upsilon4Swidth:InterpolationMasses 9 10.591114
insert Upsilon4Swidth:InterpolationMasses 10 10.595716
insert Upsilon4Swidth:InterpolationMasses 11 10.600318
insert Upsilon4Swidth:InterpolationMasses 12 10.60492
insert Upsilon4Swidth:InterpolationMasses 13 10.609522
insert Upsilon4Swidth:InterpolationMasses 14 10.614124
insert Upsilon4Swidth:InterpolationMasses 15 10.618727
insert Upsilon4Swidth:InterpolationMasses 16 10.623329
insert Upsilon4Swidth:InterpolationMasses 17 10.627931
insert Upsilon4Swidth:InterpolationMasses 18 10.632533
insert Upsilon4Swidth:InterpolationMasses 19 10.637135
insert Upsilon4Swidth:InterpolationMasses 20 10.641737
insert Upsilon4Swidth:InterpolationMasses 21 10.646339
insert Upsilon4Swidth:InterpolationMasses 22 10.650941
insert Upsilon4Swidth:InterpolationMasses 23 10.655543
insert Upsilon4Swidth:InterpolationMasses 24 10.660145
insert Upsilon4Swidth:InterpolationMasses 25 10.664747
insert Upsilon4Swidth:InterpolationMasses 26 10.669349
insert Upsilon4Swidth:InterpolationMasses 27 10.673951
insert Upsilon4Swidth:InterpolationMasses 28 10.678553
insert Upsilon4Swidth:InterpolationMasses 29 10.683155
insert Upsilon4Swidth:InterpolationMasses 30 10.687757
insert Upsilon4Swidth:InterpolationMasses 31 10.692359
insert Upsilon4Swidth:InterpolationMasses 32 10.696961
insert Upsilon4Swidth:InterpolationMasses 33 10.701563
insert Upsilon4Swidth:InterpolationMasses 34 10.706165
insert Upsilon4Swidth:InterpolationMasses 35 10.710767
insert Upsilon4Swidth:InterpolationMasses 36 10.715369
insert Upsilon4Swidth:InterpolationMasses 37 10.719971
insert Upsilon4Swidth:InterpolationMasses 38 10.724573
insert Upsilon4Swidth:InterpolationMasses 39 10.729176
insert Upsilon4Swidth:InterpolationMasses 40 10.733778
insert Upsilon4Swidth:InterpolationMasses 41 10.73838
insert Upsilon4Swidth:InterpolationMasses 42 10.742982
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insert Upsilon4Swidth:InterpolationWidths 90 0.030442872
insert Upsilon4Swidth:InterpolationWidths 91 0.030839667
insert Upsilon4Swidth:InterpolationWidths 92 0.031239384
insert Upsilon4Swidth:InterpolationWidths 93 0.031642029
insert Upsilon4Swidth:InterpolationWidths 94 0.03204761
insert Upsilon4Swidth:InterpolationWidths 95 0.032456132
insert Upsilon4Swidth:InterpolationWidths 96 0.032867604
insert Upsilon4Swidth:InterpolationWidths 97 0.033282032
insert Upsilon4Swidth:InterpolationWidths 98 0.033699423
insert Upsilon4Swidth:InterpolationWidths 99 0.034119783
insert Upsilon4Swidth:InterpolationWidths 100 0.034543119
insert Upsilon4Swidth:InterpolationWidths 101 0.034969438
insert Upsilon4Swidth:InterpolationWidths 102 0.035398748
insert Upsilon4Swidth:InterpolationWidths 103 0.035831053
insert Upsilon4Swidth:InterpolationWidths 104 0.036266363
insert Upsilon4Swidth:InterpolationWidths 105 0.036704682
insert Upsilon4Swidth:InterpolationWidths 106 0.037146018
insert Upsilon4Swidth:InterpolationWidths 107 0.037590377
insert Upsilon4Swidth:InterpolationWidths 108 1.6623255e-06
insert Upsilon4Swidth:InterpolationWidths 109 1.7123615e-06
insert Upsilon4Swidth:InterpolationWidths 110 1.7636564e-06
insert Upsilon4Swidth:InterpolationWidths 111 1.8162358e-06
insert Upsilon4Swidth:InterpolationWidths 112 1.8701258e-06
insert Upsilon4Swidth:InterpolationWidths 113 1.9253526e-06
insert Upsilon4Swidth:InterpolationWidths 114 1.981943e-06
insert Upsilon4Swidth:InterpolationWidths 115 2.0399241e-06
insert Upsilon4Swidth:InterpolationWidths 116 2.0993235e-06
insert Upsilon4Swidth:InterpolationWidths 117 2.1601692e-06
insert Upsilon4Swidth:InterpolationWidths 118 2.2224895e-06
insert Upsilon4Swidth:InterpolationWidths 119 2.2863134e-06
insert Upsilon4Swidth:InterpolationWidths 120 2.3516701e-06
insert Upsilon4Swidth:InterpolationWidths 121 2.4185891e-06
insert Upsilon4Swidth:InterpolationWidths 122 2.4871008e-06
insert Upsilon4Swidth:InterpolationWidths 123 2.5572357e-06
insert Upsilon4Swidth:InterpolationWidths 124 2.6290247e-06
insert Upsilon4Swidth:InterpolationWidths 125 2.7024993e-06
insert Upsilon4Swidth:InterpolationWidths 126 2.7776915e-06
insert Upsilon4Swidth:InterpolationWidths 127 2.8546337e-06
insert Upsilon4Swidth:InterpolationWidths 128 2.9333586e-06
insert Upsilon4Swidth:InterpolationWidths 129 3.0138997e-06
insert Upsilon4Swidth:InterpolationWidths 130 3.0962906e-06
insert Upsilon4Swidth:InterpolationWidths 131 3.1805658e-06
insert Upsilon4Swidth:InterpolationWidths 132 3.2667599e-06
insert Upsilon4Swidth:InterpolationWidths 133 3.3549081e-06
insert Upsilon4Swidth:InterpolationWidths 134 3.4450463e-06
insert Upsilon4Swidth:InterpolationWidths 135 3.5372106e-06
insert Upsilon4Swidth:InterpolationWidths 136 3.6314378e-06
insert Upsilon4Swidth:InterpolationWidths 137 3.7277652e-06
insert Upsilon4Swidth:InterpolationWidths 138 3.8262304e-06
insert Upsilon4Swidth:InterpolationWidths 139 3.9268718e-06
insert Upsilon4Swidth:InterpolationWidths 140 4.0297281e-06
insert Upsilon4Swidth:InterpolationWidths 141 4.1348387e-06
insert Upsilon4Swidth:InterpolationWidths 142 4.2422434e-06
insert Upsilon4Swidth:InterpolationWidths 143 4.3519826e-06
insert Upsilon4Swidth:InterpolationWidths 144 4.4640972e-06
insert Upsilon4Swidth:InterpolationWidths 145 4.5786287e-06
insert Upsilon4Swidth:InterpolationWidths 146 4.6956191e-06
insert Upsilon4Swidth:InterpolationWidths 147 4.8151111e-06
insert Upsilon4Swidth:InterpolationWidths 148 4.9371476e-06
insert Upsilon4Swidth:InterpolationWidths 149 5.0617725e-06
insert Upsilon4Swidth:InterpolationWidths 150 5.1890301e-06
insert Upsilon4Swidth:InterpolationWidths 151 5.318965e-06
insert Upsilon4Swidth:InterpolationWidths 152 5.4516229e-06
insert Upsilon4Swidth:InterpolationWidths 153 5.5870497e-06
insert Upsilon4Swidth:InterpolationWidths 154 5.7252921e-06
insert Upsilon4Swidth:InterpolationWidths 155 5.8663971e-06
insert Upsilon4Swidth:InterpolationWidths 156 6.0104128e-06
insert Upsilon4Swidth:InterpolationWidths 157 6.1573873e-06
insert Upsilon4Swidth:InterpolationWidths 158 1.8711659e-06
insert Upsilon4Swidth:InterpolationWidths 159 2.0262e-06
insert Upsilon4Swidth:InterpolationWidths 160 2.1916418e-06
insert Upsilon4Swidth:InterpolationWidths 161 2.3680348e-06
insert Upsilon4Swidth:InterpolationWidths 162 2.5559437e-06
insert Upsilon4Swidth:InterpolationWidths 163 2.7559539e-06
insert Upsilon4Swidth:InterpolationWidths 164 2.9686731e-06
insert Upsilon4Swidth:InterpolationWidths 165 3.1947312e-06
insert Upsilon4Swidth:InterpolationWidths 166 3.434781e-06
insert Upsilon4Swidth:InterpolationWidths 167 3.6894987e-06
insert Upsilon4Swidth:InterpolationWidths 168 3.9595847e-06
insert Upsilon4Swidth:InterpolationWidths 169 4.2457637e-06
insert Upsilon4Swidth:InterpolationWidths 170 4.5487858e-06
insert Upsilon4Swidth:InterpolationWidths 171 4.8694267e-06
insert Upsilon4Swidth:InterpolationWidths 172 5.2084884e-06
insert Upsilon4Swidth:InterpolationWidths 173 5.5667999e-06
insert Upsilon4Swidth:InterpolationWidths 174 5.9452176e-06
insert Upsilon4Swidth:InterpolationWidths 175 6.3446261e-06
insert Upsilon4Swidth:InterpolationWidths 176 6.7659386e-06
insert Upsilon4Swidth:InterpolationWidths 177 7.2100977e-06
insert Upsilon4Swidth:InterpolationWidths 178 7.6780759e-06
insert Upsilon4Swidth:InterpolationWidths 179 8.1708764e-06
insert Upsilon4Swidth:InterpolationWidths 180 8.6895337e-06
insert Upsilon4Swidth:InterpolationWidths 181 9.2351139e-06
insert Upsilon4Swidth:InterpolationWidths 182 9.8087158e-06
insert Upsilon4Swidth:InterpolationWidths 183 1.0411471e-05
insert Upsilon4Swidth:InterpolationWidths 184 1.1044547e-05
insert Upsilon4Swidth:InterpolationWidths 185 1.1709142e-05
insert Upsilon4Swidth:InterpolationWidths 186 1.2406493e-05
insert Upsilon4Swidth:InterpolationWidths 187 1.313787e-05
insert Upsilon4Swidth:InterpolationWidths 188 1.3904583e-05
insert Upsilon4Swidth:InterpolationWidths 189 1.4707977e-05
insert Upsilon4Swidth:InterpolationWidths 190 1.5549435e-05
insert Upsilon4Swidth:InterpolationWidths 191 1.6430378e-05
insert Upsilon4Swidth:InterpolationWidths 192 1.735227e-05
insert Upsilon4Swidth:InterpolationWidths 193 1.8316611e-05
insert Upsilon4Swidth:InterpolationWidths 194 1.9324944e-05
insert Upsilon4Swidth:InterpolationWidths 195 2.0378853e-05
insert Upsilon4Swidth:InterpolationWidths 196 2.1479966e-05
insert Upsilon4Swidth:InterpolationWidths 197 2.2629934e-05
insert Upsilon4Swidth:InterpolationWidths 198 2.3830506e-05
insert Upsilon4Swidth:InterpolationWidths 199 2.5083423e-05
insert Upsilon4Swidth:InterpolationWidths 200 2.639049e-05
insert Upsilon4Swidth:InterpolationWidths 201 2.7753557e-05
insert Upsilon4Swidth:InterpolationWidths 202 2.917452e-05
insert Upsilon4Swidth:InterpolationWidths 203 3.0655326e-05
insert Upsilon4Swidth:InterpolationWidths 204 3.2197968e-05
insert Upsilon4Swidth:InterpolationWidths 205 3.3804489e-05
insert Upsilon4Swidth:InterpolationWidths 206 3.5476983e-05
insert Upsilon4Swidth:InterpolationWidths 207 3.7217594e-05
insert Upsilon4Swidth:InterpolationWidths 208 8.4070249e-07
insert Upsilon4Swidth:InterpolationWidths 209 8.6592188e-07
insert Upsilon4Swidth:InterpolationWidths 210 8.9177403e-07
insert Upsilon4Swidth:InterpolationWidths 211 9.1827175e-07
insert Upsilon4Swidth:InterpolationWidths 212 9.4542805e-07
insert Upsilon4Swidth:InterpolationWidths 213 9.7325615e-07
insert Upsilon4Swidth:InterpolationWidths 214 1.0017694e-06
insert Upsilon4Swidth:InterpolationWidths 215 1.0309816e-06
insert Upsilon4Swidth:InterpolationWidths 216 1.0609063e-06
insert Upsilon4Swidth:InterpolationWidths 217 1.0915577e-06
insert Upsilon4Swidth:InterpolationWidths 218 1.12295e-06
insert Upsilon4Swidth:InterpolationWidths 219 1.1550977e-06
insert Upsilon4Swidth:InterpolationWidths 220 1.1880154e-06
insert Upsilon4Swidth:InterpolationWidths 221 1.221718e-06
insert Upsilon4Swidth:InterpolationWidths 222 1.2562206e-06
insert Upsilon4Swidth:InterpolationWidths 223 1.2915385e-06
insert Upsilon4Swidth:InterpolationWidths 224 1.3276873e-06
insert Upsilon4Swidth:InterpolationWidths 225 1.3646828e-06
insert Upsilon4Swidth:InterpolationWidths 226 1.402541e-06
insert Upsilon4Swidth:InterpolationWidths 227 1.441278e-06
insert Upsilon4Swidth:InterpolationWidths 228 1.4809104e-06
insert Upsilon4Swidth:InterpolationWidths 229 1.5214548e-06
insert Upsilon4Swidth:InterpolationWidths 230 1.5629283e-06
insert Upsilon4Swidth:InterpolationWidths 231 1.6053479e-06
insert Upsilon4Swidth:InterpolationWidths 232 1.6487311e-06
insert Upsilon4Swidth:InterpolationWidths 233 1.6930956e-06
insert Upsilon4Swidth:InterpolationWidths 234 1.7384592e-06
insert Upsilon4Swidth:InterpolationWidths 235 1.7848402e-06
insert Upsilon4Swidth:InterpolationWidths 236 1.8322569e-06
insert Upsilon4Swidth:InterpolationWidths 237 1.880728e-06
insert Upsilon4Swidth:InterpolationWidths 238 1.9302724e-06
insert Upsilon4Swidth:InterpolationWidths 239 1.9809094e-06
insert Upsilon4Swidth:InterpolationWidths 240 2.0326582e-06
insert Upsilon4Swidth:InterpolationWidths 241 2.0855388e-06
insert Upsilon4Swidth:InterpolationWidths 242 2.1395709e-06
insert Upsilon4Swidth:InterpolationWidths 243 2.1947749e-06
insert Upsilon4Swidth:InterpolationWidths 244 2.2511712e-06
insert Upsilon4Swidth:InterpolationWidths 245 2.3087807e-06
insert Upsilon4Swidth:InterpolationWidths 246 2.3676243e-06
insert Upsilon4Swidth:InterpolationWidths 247 2.4277235e-06
insert Upsilon4Swidth:InterpolationWidths 248 2.4890999e-06
insert Upsilon4Swidth:InterpolationWidths 249 2.5517753e-06
insert Upsilon4Swidth:InterpolationWidths 250 2.6157719e-06
insert Upsilon4Swidth:InterpolationWidths 251 2.6811122e-06
insert Upsilon4Swidth:InterpolationWidths 252 2.7478189e-06
insert Upsilon4Swidth:InterpolationWidths 253 2.8159152e-06
insert Upsilon4Swidth:InterpolationWidths 254 2.8854244e-06
insert Upsilon4Swidth:InterpolationWidths 255 2.9563701e-06
insert Upsilon4Swidth:InterpolationWidths 256 3.0287762e-06
insert Upsilon4Swidth:InterpolationWidths 257 3.1026671e-06
insert Upsilon4Swidth:InterpolationWidths 258 1.0148484e-06
insert Upsilon4Swidth:InterpolationWidths 259 1.0971588e-06
insert Upsilon4Swidth:InterpolationWidths 260 1.1848889e-06
insert Upsilon4Swidth:InterpolationWidths 261 1.278317e-06
insert Upsilon4Swidth:InterpolationWidths 262 1.377732e-06
insert Upsilon4Swidth:InterpolationWidths 263 1.4834336e-06
insert Upsilon4Swidth:InterpolationWidths 264 1.5957323e-06
insert Upsilon4Swidth:InterpolationWidths 265 1.7149501e-06
insert Upsilon4Swidth:InterpolationWidths 266 1.8414205e-06
insert Upsilon4Swidth:InterpolationWidths 267 1.9754888e-06
insert Upsilon4Swidth:InterpolationWidths 268 2.1175123e-06
insert Upsilon4Swidth:InterpolationWidths 269 2.2678611e-06
insert Upsilon4Swidth:InterpolationWidths 270 2.4269175e-06
insert Upsilon4Swidth:InterpolationWidths 271 2.5950771e-06
insert Upsilon4Swidth:InterpolationWidths 272 2.7727486e-06
insert Upsilon4Swidth:InterpolationWidths 273 2.9603544e-06
insert Upsilon4Swidth:InterpolationWidths 274 3.1583306e-06
insert Upsilon4Swidth:InterpolationWidths 275 3.3671276e-06
insert Upsilon4Swidth:InterpolationWidths 276 3.5872102e-06
insert Upsilon4Swidth:InterpolationWidths 277 3.819058e-06
insert Upsilon4Swidth:InterpolationWidths 278 4.0631657e-06
insert Upsilon4Swidth:InterpolationWidths 279 4.3200434e-06
insert Upsilon4Swidth:InterpolationWidths 280 4.5902169e-06
insert Upsilon4Swidth:InterpolationWidths 281 4.8742281e-06
insert Upsilon4Swidth:InterpolationWidths 282 5.1726352e-06
insert Upsilon4Swidth:InterpolationWidths 283 5.4860133e-06
insert Upsilon4Swidth:InterpolationWidths 284 5.8149544e-06
insert Upsilon4Swidth:InterpolationWidths 285 6.1600679e-06
insert Upsilon4Swidth:InterpolationWidths 286 6.5219808e-06
insert Upsilon4Swidth:InterpolationWidths 287 6.9013384e-06
insert Upsilon4Swidth:InterpolationWidths 288 7.2988043e-06
insert Upsilon4Swidth:InterpolationWidths 289 7.7150608e-06
insert Upsilon4Swidth:InterpolationWidths 290 8.1508095e-06
insert Upsilon4Swidth:InterpolationWidths 291 8.6067713e-06
insert Upsilon4Swidth:InterpolationWidths 292 9.0836797e-06
insert Upsilon4Swidth:InterpolationWidths 293 9.58231e-06
insert Upsilon4Swidth:InterpolationWidths 294 1.0103437e-05
insert Upsilon4Swidth:InterpolationWidths 295 1.0647863e-05
insert Upsilon4Swidth:InterpolationWidths 296 1.1216411e-05
insert Upsilon4Swidth:InterpolationWidths 297 1.1809928e-05
insert Upsilon4Swidth:InterpolationWidths 298 1.2429282e-05
insert Upsilon4Swidth:InterpolationWidths 299 1.3075361e-05
insert Upsilon4Swidth:InterpolationWidths 300 1.3749079e-05
insert Upsilon4Swidth:InterpolationWidths 301 1.4451373e-05
insert Upsilon4Swidth:InterpolationWidths 302 1.5183202e-05
insert Upsilon4Swidth:InterpolationWidths 303 1.594555e-05
insert Upsilon4Swidth:InterpolationWidths 304 1.6739426e-05
insert Upsilon4Swidth:InterpolationWidths 305 1.7565862e-05
insert Upsilon4Swidth:InterpolationWidths 306 1.8425917e-05
insert Upsilon4Swidth:InterpolationWidths 307 1.9320675e-05
insert Upsilon4Swidth:InterpolationWidths 308 0.013537868
insert Upsilon4Swidth:InterpolationWidths 309 0.014293357
insert Upsilon4Swidth:InterpolationWidths 310 0.015065071
insert Upsilon4Swidth:InterpolationWidths 311 0.015852906
insert Upsilon4Swidth:InterpolationWidths 312 0.01665677
insert Upsilon4Swidth:InterpolationWidths 313 0.017476575
insert Upsilon4Swidth:InterpolationWidths 314 0.018312243
insert Upsilon4Swidth:InterpolationWidths 315 0.019163697
insert Upsilon4Swidth:InterpolationWidths 316 0.02003087
insert Upsilon4Swidth:InterpolationWidths 317 0.020913697
insert Upsilon4Swidth:InterpolationWidths 318 0.02181212
insert Upsilon4Swidth:InterpolationWidths 319 0.022726081
insert Upsilon4Swidth:InterpolationWidths 320 0.023655532
insert Upsilon4Swidth:InterpolationWidths 321 0.024600424
insert Upsilon4Swidth:InterpolationWidths 322 0.025560715
insert Upsilon4Swidth:InterpolationWidths 323 0.026536362
insert Upsilon4Swidth:InterpolationWidths 324 0.027527329
insert Upsilon4Swidth:InterpolationWidths 325 0.028533581
insert Upsilon4Swidth:InterpolationWidths 326 0.029555087
insert Upsilon4Swidth:InterpolationWidths 327 0.030591816
insert Upsilon4Swidth:InterpolationWidths 328 0.031643742
insert Upsilon4Swidth:InterpolationWidths 329 0.032710841
insert Upsilon4Swidth:InterpolationWidths 330 0.033793089
insert Upsilon4Swidth:InterpolationWidths 331 0.034890465
insert Upsilon4Swidth:InterpolationWidths 332 0.036002952
insert Upsilon4Swidth:InterpolationWidths 333 0.037130532
insert Upsilon4Swidth:InterpolationWidths 334 0.03827319
insert Upsilon4Swidth:InterpolationWidths 335 0.039430912
insert Upsilon4Swidth:InterpolationWidths 336 0.040603686
insert Upsilon4Swidth:InterpolationWidths 337 0.041791501
insert Upsilon4Swidth:InterpolationWidths 338 0.042994347
insert Upsilon4Swidth:InterpolationWidths 339 0.044212218
insert Upsilon4Swidth:InterpolationWidths 340 0.045445106
insert Upsilon4Swidth:InterpolationWidths 341 0.046693004
insert Upsilon4Swidth:InterpolationWidths 342 0.04795591
insert Upsilon4Swidth:InterpolationWidths 343 0.049233819
insert Upsilon4Swidth:InterpolationWidths 344 0.050526728
insert Upsilon4Swidth:InterpolationWidths 345 0.051834637
insert Upsilon4Swidth:InterpolationWidths 346 0.053157544
insert Upsilon4Swidth:InterpolationWidths 347 0.05449545
insert Upsilon4Swidth:InterpolationWidths 348 0.055848356
insert Upsilon4Swidth:InterpolationWidths 349 0.057216264
insert Upsilon4Swidth:InterpolationWidths 350 0.058599177
insert Upsilon4Swidth:InterpolationWidths 351 0.059997098
insert Upsilon4Swidth:InterpolationWidths 352 0.061410032
insert Upsilon4Swidth:InterpolationWidths 353 0.062837982
insert Upsilon4Swidth:InterpolationWidths 354 0.064280955
insert Upsilon4Swidth:InterpolationWidths 355 0.065738957
insert Upsilon4Swidth:InterpolationWidths 356 0.067211994
insert Upsilon4Swidth:InterpolationWidths 357 0.068700074
insert Upsilon4Swidth:InterpolationWidths 358 0.070203204
insert Upsilon4Swidth:InterpolationWidths 359 0.071721393
insert Upsilon4Swidth:InterpolationWidths 360 0.073254649
insert Upsilon4Swidth:InterpolationWidths 361 0.074802982
insert Upsilon4Swidth:NumberofEntries 0 0
insert Upsilon4Swidth:NumberofEntries 1 0
insert Upsilon4Swidth:NumberofEntries 2 54
insert Upsilon4Swidth:NumberofEntries 3 108
insert Upsilon4Swidth:NumberofEntries 4 158
insert Upsilon4Swidth:NumberofEntries 5 208
insert Upsilon4Swidth:NumberofEntries 6 258
insert Upsilon4Swidth:NumberofEntries 7 308
insert Upsilon4Swidth:NumberofEntries 8 362
insert Upsilon4Swidth:NumberofEntries 9 362
insert Upsilon4Swidth:NumberofEntries 10 362
insert Upsilon4Swidth:NumberofEntries 11 362
newdef /Herwig/Particles/Upsilon(4S):Width_generator Upsilon4Swidth
#
create Herwig::GenericWidthGenerator h_cwidth
newdef h_cwidth:Particle /Herwig/Particles/h_c
newdef h_cwidth:Prefactor 1.00197
newdef h_cwidth:BRNormalize 1
newdef h_cwidth:BRMinimum 0.01
newdef h_cwidth:Points 50
newdef h_cwidth:InterpolationOrder 1
insert h_cwidth:MEtype 0 2
insert h_cwidth:MEtype 1 0
insert h_cwidth:MEtype 2 2
insert h_cwidth:MEtype 3 2
insert h_cwidth:MEcode 0 0
insert h_cwidth:MEcode 1 0
insert h_cwidth:MEcode 2 0
insert h_cwidth:MEcode 3 0
insert h_cwidth:MEcoupling 0 0.978913
insert h_cwidth:MEcoupling 1 0.49803
insert h_cwidth:MEcoupling 2 1.00286
insert h_cwidth:MEcoupling 3 0.995127
insert h_cwidth:ModeOn 0 1
insert h_cwidth:ModeOn 1 1
insert h_cwidth:ModeOn 2 0
insert h_cwidth:ModeOn 3 0
insert h_cwidth:MinimumMasses 0 2.7254
insert h_cwidth:MinimumMasses 1 0
insert h_cwidth:MinimumMasses 2 0.547849
insert h_cwidth:MinimumMasses 3 0.95575
insert h_cwidth:MEmass1 0 0
insert h_cwidth:MEmass1 1 0
insert h_cwidth:MEmass1 2 0
insert h_cwidth:MEmass1 3 0
insert h_cwidth:MEmass2 0 2.9804
insert h_cwidth:MEmass2 1 0
insert h_cwidth:MEmass2 2 0.547862
insert h_cwidth:MEmass2 3 0.95778
insert h_cwidth:DecayModes 0 h_c->eta_c,gamma;
insert h_cwidth:DecayModes 1 h_c->g,g,g;
insert h_cwidth:DecayModes 2 h_c->eta,gamma;
insert h_cwidth:DecayModes 3 h_c->eta',gamma;
insert h_cwidth:InterpolationMasses 0 3.5178086
insert h_cwidth:InterpolationMasses 1 3.5180943
insert h_cwidth:InterpolationMasses 2 3.51838
insert h_cwidth:InterpolationMasses 3 3.5186657
insert h_cwidth:InterpolationMasses 4 3.5189514
insert h_cwidth:InterpolationMasses 5 3.5192371
insert h_cwidth:InterpolationMasses 6 3.5195229
insert h_cwidth:InterpolationMasses 7 3.5198086
insert h_cwidth:InterpolationMasses 8 3.5200943
insert h_cwidth:InterpolationMasses 9 3.52038
insert h_cwidth:InterpolationMasses 10 3.5206657
insert h_cwidth:InterpolationMasses 11 3.5209514
insert h_cwidth:InterpolationMasses 12 3.5212371
insert h_cwidth:InterpolationMasses 13 3.5215229
insert h_cwidth:InterpolationMasses 14 3.5218086
insert h_cwidth:InterpolationMasses 15 3.5220943
insert h_cwidth:InterpolationMasses 16 3.52238
insert h_cwidth:InterpolationMasses 17 3.5226657
insert h_cwidth:InterpolationMasses 18 3.5229514
insert h_cwidth:InterpolationMasses 19 3.5232371
insert h_cwidth:InterpolationMasses 20 3.5235229
insert h_cwidth:InterpolationMasses 21 3.5238086
insert h_cwidth:InterpolationMasses 22 3.5240943
insert h_cwidth:InterpolationMasses 23 3.52438
insert h_cwidth:InterpolationMasses 24 3.5246657
insert h_cwidth:InterpolationMasses 25 3.5249514
insert h_cwidth:InterpolationMasses 26 3.5252371
insert h_cwidth:InterpolationMasses 27 3.5255229
insert h_cwidth:InterpolationMasses 28 3.5258086
insert h_cwidth:InterpolationMasses 29 3.5260943
insert h_cwidth:InterpolationMasses 30 3.52638
insert h_cwidth:InterpolationMasses 31 3.5266657
insert h_cwidth:InterpolationMasses 32 3.5269514
insert h_cwidth:InterpolationMasses 33 3.5272371
insert h_cwidth:InterpolationMasses 34 3.5275229
insert h_cwidth:InterpolationMasses 35 3.5278086
insert h_cwidth:InterpolationMasses 36 3.5280943
insert h_cwidth:InterpolationMasses 37 3.52838
insert h_cwidth:InterpolationMasses 38 3.5286657
insert h_cwidth:InterpolationMasses 39 3.5289514
insert h_cwidth:InterpolationMasses 40 3.5292371
insert h_cwidth:InterpolationMasses 41 3.5295229
insert h_cwidth:InterpolationMasses 42 3.5298086
insert h_cwidth:InterpolationMasses 43 3.5300943
insert h_cwidth:InterpolationMasses 44 3.53038
insert h_cwidth:InterpolationMasses 45 3.5306657
insert h_cwidth:InterpolationMasses 46 3.5309514
insert h_cwidth:InterpolationMasses 47 3.5312371
insert h_cwidth:InterpolationMasses 48 3.5315229
insert h_cwidth:InterpolationMasses 49 3.5318086
insert h_cwidth:InterpolationMasses 50 3.5320943
insert h_cwidth:InterpolationMasses 51 3.53238
insert h_cwidth:InterpolationMasses 52 3.5326657
insert h_cwidth:InterpolationMasses 53 3.5329514
insert h_cwidth:InterpolationMasses 54 3.5178086
insert h_cwidth:InterpolationMasses 55 3.5180943
insert h_cwidth:InterpolationMasses 56 3.51838
insert h_cwidth:InterpolationMasses 57 3.5186657
insert h_cwidth:InterpolationMasses 58 3.5189514
insert h_cwidth:InterpolationMasses 59 3.5192371
insert h_cwidth:InterpolationMasses 60 3.5195229
insert h_cwidth:InterpolationMasses 61 3.5198086
insert h_cwidth:InterpolationMasses 62 3.5200943
insert h_cwidth:InterpolationMasses 63 3.52038
insert h_cwidth:InterpolationMasses 64 3.5206657
insert h_cwidth:InterpolationMasses 65 3.5209514
insert h_cwidth:InterpolationMasses 66 3.5212371
insert h_cwidth:InterpolationMasses 67 3.5215229
insert h_cwidth:InterpolationMasses 68 3.5218086
insert h_cwidth:InterpolationMasses 69 3.5220943
insert h_cwidth:InterpolationMasses 70 3.52238
insert h_cwidth:InterpolationMasses 71 3.5226657
insert h_cwidth:InterpolationMasses 72 3.5229514
insert h_cwidth:InterpolationMasses 73 3.5232371
insert h_cwidth:InterpolationMasses 74 3.5235229
insert h_cwidth:InterpolationMasses 75 3.5238086
insert h_cwidth:InterpolationMasses 76 3.5240943
insert h_cwidth:InterpolationMasses 77 3.52438
insert h_cwidth:InterpolationMasses 78 3.5246657
insert h_cwidth:InterpolationMasses 79 3.5249514
insert h_cwidth:InterpolationMasses 80 3.5252371
insert h_cwidth:InterpolationMasses 81 3.5255229
insert h_cwidth:InterpolationMasses 82 3.5258086
insert h_cwidth:InterpolationMasses 83 3.5260943
insert h_cwidth:InterpolationMasses 84 3.52638
insert h_cwidth:InterpolationMasses 85 3.5266657
insert h_cwidth:InterpolationMasses 86 3.5269514
insert h_cwidth:InterpolationMasses 87 3.5272371
insert h_cwidth:InterpolationMasses 88 3.5275229
insert h_cwidth:InterpolationMasses 89 3.5278086
insert h_cwidth:InterpolationMasses 90 3.5280943
insert h_cwidth:InterpolationMasses 91 3.52838
insert h_cwidth:InterpolationMasses 92 3.5286657
insert h_cwidth:InterpolationMasses 93 3.5289514
insert h_cwidth:InterpolationMasses 94 3.5292371
insert h_cwidth:InterpolationMasses 95 3.5295229
insert h_cwidth:InterpolationMasses 96 3.5298086
insert h_cwidth:InterpolationMasses 97 3.5300943
insert h_cwidth:InterpolationMasses 98 3.53038
insert h_cwidth:InterpolationMasses 99 3.5306657
insert h_cwidth:InterpolationMasses 100 3.5309514
insert h_cwidth:InterpolationMasses 101 3.5312371
insert h_cwidth:InterpolationMasses 102 3.5315229
insert h_cwidth:InterpolationMasses 103 3.5318086
insert h_cwidth:InterpolationMasses 104 3.5320943
insert h_cwidth:InterpolationMasses 105 3.53238
insert h_cwidth:InterpolationMasses 106 3.5326657
insert h_cwidth:InterpolationMasses 107 3.5329514
insert h_cwidth:InterpolationMasses 108 3.5178086
insert h_cwidth:InterpolationMasses 109 3.5180943
insert h_cwidth:InterpolationMasses 110 3.51838
insert h_cwidth:InterpolationMasses 111 3.5186657
insert h_cwidth:InterpolationMasses 112 3.5189514
insert h_cwidth:InterpolationMasses 113 3.5192371
insert h_cwidth:InterpolationMasses 114 3.5195229
insert h_cwidth:InterpolationMasses 115 3.5198086
insert h_cwidth:InterpolationMasses 116 3.5200943
insert h_cwidth:InterpolationMasses 117 3.52038
insert h_cwidth:InterpolationMasses 118 3.5206657
insert h_cwidth:InterpolationMasses 119 3.5209514
insert h_cwidth:InterpolationMasses 120 3.5212371
insert h_cwidth:InterpolationMasses 121 3.5215229
insert h_cwidth:InterpolationMasses 122 3.5218086
insert h_cwidth:InterpolationMasses 123 3.5220943
insert h_cwidth:InterpolationMasses 124 3.52238
insert h_cwidth:InterpolationMasses 125 3.5226657
insert h_cwidth:InterpolationMasses 126 3.5229514
insert h_cwidth:InterpolationMasses 127 3.5232371
insert h_cwidth:InterpolationMasses 128 3.5235229
insert h_cwidth:InterpolationMasses 129 3.5238086
insert h_cwidth:InterpolationMasses 130 3.5240943
insert h_cwidth:InterpolationMasses 131 3.52438
insert h_cwidth:InterpolationMasses 132 3.5246657
insert h_cwidth:InterpolationMasses 133 3.5249514
insert h_cwidth:InterpolationMasses 134 3.5252371
insert h_cwidth:InterpolationMasses 135 3.5255229
insert h_cwidth:InterpolationMasses 136 3.5258086
insert h_cwidth:InterpolationMasses 137 3.5260943
insert h_cwidth:InterpolationMasses 138 3.52638
insert h_cwidth:InterpolationMasses 139 3.5266657
insert h_cwidth:InterpolationMasses 140 3.5269514
insert h_cwidth:InterpolationMasses 141 3.5272371
insert h_cwidth:InterpolationMasses 142 3.5275229
insert h_cwidth:InterpolationMasses 143 3.5278086
insert h_cwidth:InterpolationMasses 144 3.5280943
insert h_cwidth:InterpolationMasses 145 3.52838
insert h_cwidth:InterpolationMasses 146 3.5286657
insert h_cwidth:InterpolationMasses 147 3.5289514
insert h_cwidth:InterpolationMasses 148 3.5292371
insert h_cwidth:InterpolationMasses 149 3.5295229
insert h_cwidth:InterpolationMasses 150 3.5298086
insert h_cwidth:InterpolationMasses 151 3.5300943
insert h_cwidth:InterpolationMasses 152 3.53038
insert h_cwidth:InterpolationMasses 153 3.5306657
insert h_cwidth:InterpolationMasses 154 3.5309514
insert h_cwidth:InterpolationMasses 155 3.5312371
insert h_cwidth:InterpolationMasses 156 3.5315229
insert h_cwidth:InterpolationMasses 157 3.5318086
insert h_cwidth:InterpolationMasses 158 3.5320943
insert h_cwidth:InterpolationMasses 159 3.53238
insert h_cwidth:InterpolationMasses 160 3.5326657
insert h_cwidth:InterpolationMasses 161 3.5329514
insert h_cwidth:InterpolationWidths 0 0.00034400504
insert h_cwidth:InterpolationWidths 1 0.00034450985
insert h_cwidth:InterpolationWidths 2 0.00034501512
insert h_cwidth:InterpolationWidths 3 0.00034552085
insert h_cwidth:InterpolationWidths 4 0.00034602705
insert h_cwidth:InterpolationWidths 5 0.00034653371
insert h_cwidth:InterpolationWidths 6 0.00034704083
insert h_cwidth:InterpolationWidths 7 0.00034754842
insert h_cwidth:InterpolationWidths 8 0.00034805647
insert h_cwidth:InterpolationWidths 9 0.00034856498
insert h_cwidth:InterpolationWidths 10 0.00034907396
insert h_cwidth:InterpolationWidths 11 0.00034958341
insert h_cwidth:InterpolationWidths 12 0.00035009332
insert h_cwidth:InterpolationWidths 13 0.00035060369
insert h_cwidth:InterpolationWidths 14 0.00035111453
insert h_cwidth:InterpolationWidths 15 0.00035162583
insert h_cwidth:InterpolationWidths 16 0.0003521376
insert h_cwidth:InterpolationWidths 17 0.00035264984
insert h_cwidth:InterpolationWidths 18 0.00035316254
insert h_cwidth:InterpolationWidths 19 0.0003536757
insert h_cwidth:InterpolationWidths 20 0.00035418933
insert h_cwidth:InterpolationWidths 21 0.00035470343
insert h_cwidth:InterpolationWidths 22 0.000355218
insert h_cwidth:InterpolationWidths 23 0.00035573303
insert h_cwidth:InterpolationWidths 24 0.00035624852
insert h_cwidth:InterpolationWidths 25 0.00035676449
insert h_cwidth:InterpolationWidths 26 0.00035728091
insert h_cwidth:InterpolationWidths 27 0.00035779781
insert h_cwidth:InterpolationWidths 28 0.00035831518
insert h_cwidth:InterpolationWidths 29 0.00035883301
insert h_cwidth:InterpolationWidths 30 0.0003593513
insert h_cwidth:InterpolationWidths 31 0.00035987007
insert h_cwidth:InterpolationWidths 32 0.0003603893
insert h_cwidth:InterpolationWidths 33 0.00036090901
insert h_cwidth:InterpolationWidths 34 0.00036142917
insert h_cwidth:InterpolationWidths 35 0.00036194981
insert h_cwidth:InterpolationWidths 36 0.00036247092
insert h_cwidth:InterpolationWidths 37 0.00036299249
insert h_cwidth:InterpolationWidths 38 0.00036351453
insert h_cwidth:InterpolationWidths 39 0.00036403705
insert h_cwidth:InterpolationWidths 40 0.00036456003
insert h_cwidth:InterpolationWidths 41 0.00036508348
insert h_cwidth:InterpolationWidths 42 0.00036560739
insert h_cwidth:InterpolationWidths 43 0.00036613178
insert h_cwidth:InterpolationWidths 44 0.00036665664
insert h_cwidth:InterpolationWidths 45 0.00036718197
insert h_cwidth:InterpolationWidths 46 0.00036770776
insert h_cwidth:InterpolationWidths 47 0.00036823403
insert h_cwidth:InterpolationWidths 48 0.00036876077
insert h_cwidth:InterpolationWidths 49 0.00036928797
insert h_cwidth:InterpolationWidths 50 0.00036981565
insert h_cwidth:InterpolationWidths 51 0.0003703438
insert h_cwidth:InterpolationWidths 52 0.00037087242
insert h_cwidth:InterpolationWidths 53 0.00037140151
insert h_cwidth:InterpolationWidths 54 1.0399385e-06
insert h_cwidth:InterpolationWidths 55 1.0402045e-06
insert h_cwidth:InterpolationWidths 56 1.0404705e-06
insert h_cwidth:InterpolationWidths 57 1.0407366e-06
insert h_cwidth:InterpolationWidths 58 1.0410028e-06
insert h_cwidth:InterpolationWidths 59 1.0412689e-06
insert h_cwidth:InterpolationWidths 60 1.0415352e-06
insert h_cwidth:InterpolationWidths 61 1.0418015e-06
insert h_cwidth:InterpolationWidths 62 1.0420678e-06
insert h_cwidth:InterpolationWidths 63 1.0423341e-06
insert h_cwidth:InterpolationWidths 64 1.0426005e-06
insert h_cwidth:InterpolationWidths 65 1.042867e-06
insert h_cwidth:InterpolationWidths 66 1.0431335e-06
insert h_cwidth:InterpolationWidths 67 1.0434e-06
insert h_cwidth:InterpolationWidths 68 1.0436666e-06
insert h_cwidth:InterpolationWidths 69 1.0439333e-06
insert h_cwidth:InterpolationWidths 70 1.0441999e-06
insert h_cwidth:InterpolationWidths 71 1.0444666e-06
insert h_cwidth:InterpolationWidths 72 1.0447334e-06
insert h_cwidth:InterpolationWidths 73 1.0450002e-06
insert h_cwidth:InterpolationWidths 74 1.0452671e-06
insert h_cwidth:InterpolationWidths 75 1.045534e-06
insert h_cwidth:InterpolationWidths 76 1.0458009e-06
insert h_cwidth:InterpolationWidths 77 1.0460679e-06
insert h_cwidth:InterpolationWidths 78 1.0463349e-06
insert h_cwidth:InterpolationWidths 79 1.046602e-06
insert h_cwidth:InterpolationWidths 80 1.0468691e-06
insert h_cwidth:InterpolationWidths 81 1.0471363e-06
insert h_cwidth:InterpolationWidths 82 1.0474035e-06
insert h_cwidth:InterpolationWidths 83 1.0476707e-06
insert h_cwidth:InterpolationWidths 84 1.047938e-06
insert h_cwidth:InterpolationWidths 85 1.0482054e-06
insert h_cwidth:InterpolationWidths 86 1.0484728e-06
insert h_cwidth:InterpolationWidths 87 1.0487402e-06
insert h_cwidth:InterpolationWidths 88 1.0490077e-06
insert h_cwidth:InterpolationWidths 89 1.0492752e-06
insert h_cwidth:InterpolationWidths 90 1.0495427e-06
insert h_cwidth:InterpolationWidths 91 1.0498103e-06
insert h_cwidth:InterpolationWidths 92 1.050078e-06
insert h_cwidth:InterpolationWidths 93 1.0503457e-06
insert h_cwidth:InterpolationWidths 94 1.0506134e-06
insert h_cwidth:InterpolationWidths 95 1.0508812e-06
insert h_cwidth:InterpolationWidths 96 1.0511491e-06
insert h_cwidth:InterpolationWidths 97 1.0514169e-06
insert h_cwidth:InterpolationWidths 98 1.0516848e-06
insert h_cwidth:InterpolationWidths 99 1.0519528e-06
insert h_cwidth:InterpolationWidths 100 1.0522208e-06
insert h_cwidth:InterpolationWidths 101 1.0524889e-06
insert h_cwidth:InterpolationWidths 102 1.052757e-06
insert h_cwidth:InterpolationWidths 103 1.0530251e-06
insert h_cwidth:InterpolationWidths 104 1.0532933e-06
insert h_cwidth:InterpolationWidths 105 1.0535615e-06
insert h_cwidth:InterpolationWidths 106 1.0538298e-06
insert h_cwidth:InterpolationWidths 107 1.0540981e-06
insert h_cwidth:InterpolationWidths 108 3.2814729e-07
insert h_cwidth:InterpolationWidths 109 3.2824005e-07
insert h_cwidth:InterpolationWidths 110 3.2833284e-07
insert h_cwidth:InterpolationWidths 111 3.2842564e-07
insert h_cwidth:InterpolationWidths 112 3.2851845e-07
insert h_cwidth:InterpolationWidths 113 3.2861129e-07
insert h_cwidth:InterpolationWidths 114 3.2870414e-07
insert h_cwidth:InterpolationWidths 115 3.28797e-07
insert h_cwidth:InterpolationWidths 116 3.2888988e-07
insert h_cwidth:InterpolationWidths 117 3.2898278e-07
insert h_cwidth:InterpolationWidths 118 3.290757e-07
insert h_cwidth:InterpolationWidths 119 3.2916863e-07
insert h_cwidth:InterpolationWidths 120 3.2926158e-07
insert h_cwidth:InterpolationWidths 121 3.2935454e-07
insert h_cwidth:InterpolationWidths 122 3.2944752e-07
insert h_cwidth:InterpolationWidths 123 3.2954052e-07
insert h_cwidth:InterpolationWidths 124 3.2963353e-07
insert h_cwidth:InterpolationWidths 125 3.2972656e-07
insert h_cwidth:InterpolationWidths 126 3.2981961e-07
insert h_cwidth:InterpolationWidths 127 3.2991268e-07
insert h_cwidth:InterpolationWidths 128 3.3000575e-07
insert h_cwidth:InterpolationWidths 129 3.3009885e-07
insert h_cwidth:InterpolationWidths 130 3.3019196e-07
insert h_cwidth:InterpolationWidths 131 3.3028509e-07
insert h_cwidth:InterpolationWidths 132 3.3037824e-07
insert h_cwidth:InterpolationWidths 133 3.304714e-07
insert h_cwidth:InterpolationWidths 134 3.3056458e-07
insert h_cwidth:InterpolationWidths 135 3.3065777e-07
insert h_cwidth:InterpolationWidths 136 3.3075099e-07
insert h_cwidth:InterpolationWidths 137 3.3084421e-07
insert h_cwidth:InterpolationWidths 138 3.3093746e-07
insert h_cwidth:InterpolationWidths 139 3.3103072e-07
insert h_cwidth:InterpolationWidths 140 3.31124e-07
insert h_cwidth:InterpolationWidths 141 3.3121729e-07
insert h_cwidth:InterpolationWidths 142 3.313106e-07
insert h_cwidth:InterpolationWidths 143 3.3140393e-07
insert h_cwidth:InterpolationWidths 144 3.3149727e-07
insert h_cwidth:InterpolationWidths 145 3.3159063e-07
insert h_cwidth:InterpolationWidths 146 3.3168401e-07
insert h_cwidth:InterpolationWidths 147 3.317774e-07
insert h_cwidth:InterpolationWidths 148 3.3187081e-07
insert h_cwidth:InterpolationWidths 149 3.3196424e-07
insert h_cwidth:InterpolationWidths 150 3.3205768e-07
insert h_cwidth:InterpolationWidths 151 3.3215114e-07
insert h_cwidth:InterpolationWidths 152 3.3224461e-07
insert h_cwidth:InterpolationWidths 153 3.323381e-07
insert h_cwidth:InterpolationWidths 154 3.3243161e-07
insert h_cwidth:InterpolationWidths 155 3.3252514e-07
insert h_cwidth:InterpolationWidths 156 3.3261868e-07
insert h_cwidth:InterpolationWidths 157 3.3271224e-07
insert h_cwidth:InterpolationWidths 158 3.3280581e-07
insert h_cwidth:InterpolationWidths 159 3.328994e-07
insert h_cwidth:InterpolationWidths 160 3.3299301e-07
insert h_cwidth:InterpolationWidths 161 3.3308663e-07
insert h_cwidth:NumberofEntries 0 54
insert h_cwidth:NumberofEntries 1 54
insert h_cwidth:NumberofEntries 2 108
insert h_cwidth:NumberofEntries 3 162
newdef /Herwig/Particles/h_c:Width_generator h_cwidth
#
create Herwig::GenericWidthGenerator h_bwidth
newdef h_bwidth:Particle /Herwig/Particles/h_b
newdef h_bwidth:Prefactor 1
newdef h_bwidth:BRNormalize 1
newdef h_bwidth:BRMinimum 0.01
newdef h_bwidth:Points 50
newdef h_bwidth:InterpolationOrder 1
insert h_bwidth:MEtype 0 2
insert h_bwidth:MEtype 1 0
insert h_bwidth:MEtype 2 0
insert h_bwidth:MEcode 0 0
insert h_bwidth:MEcode 1 0
insert h_bwidth:MEcode 2 0
insert h_bwidth:MEcoupling 0 11.3174
insert h_bwidth:MEcoupling 1 0.568
insert h_bwidth:MEcoupling 2 0.018
insert h_bwidth:ModeOn 0 1
insert h_bwidth:ModeOn 1 1
insert h_bwidth:ModeOn 2 1
insert h_bwidth:MinimumMasses 0 9.315
insert h_bwidth:MinimumMasses 1 0
insert h_bwidth:MinimumMasses 2 0
insert h_bwidth:MEmass1 0 0
insert h_bwidth:MEmass1 1 0
insert h_bwidth:MEmass1 2 0
insert h_bwidth:MEmass2 0 9.397
insert h_bwidth:MEmass2 1 0
insert h_bwidth:MEmass2 2 0
insert h_bwidth:DecayModes 0 h_b->eta_b,gamma;
insert h_bwidth:DecayModes 1 h_b->g,g,g;
insert h_bwidth:DecayModes 2 h_b->gamma,g,g;
insert h_bwidth:InterpolationMasses 0 9.872033
insert h_bwidth:InterpolationMasses 1 9.8720695
insert h_bwidth:InterpolationMasses 2 9.872106
insert h_bwidth:InterpolationMasses 3 9.8721425
insert h_bwidth:InterpolationMasses 4 9.872179
insert h_bwidth:InterpolationMasses 5 9.8722155
insert h_bwidth:InterpolationMasses 6 9.872252
insert h_bwidth:InterpolationMasses 7 9.8722884
insert h_bwidth:InterpolationMasses 8 9.8723249
insert h_bwidth:InterpolationMasses 9 9.8723614
insert h_bwidth:InterpolationMasses 10 9.8723979
insert h_bwidth:InterpolationMasses 11 9.8724344
insert h_bwidth:InterpolationMasses 12 9.8724709
insert h_bwidth:InterpolationMasses 13 9.8725074
insert h_bwidth:InterpolationMasses 14 9.8725439
insert h_bwidth:InterpolationMasses 15 9.8725804
insert h_bwidth:InterpolationMasses 16 9.8726169
insert h_bwidth:InterpolationMasses 17 9.8726533
insert h_bwidth:InterpolationMasses 18 9.8726898
insert h_bwidth:InterpolationMasses 19 9.8727263
insert h_bwidth:InterpolationMasses 20 9.8727628
insert h_bwidth:InterpolationMasses 21 9.8727993
insert h_bwidth:InterpolationMasses 22 9.8728358
insert h_bwidth:InterpolationMasses 23 9.8728723
insert h_bwidth:InterpolationMasses 24 9.8729088
insert h_bwidth:InterpolationMasses 25 9.8729453
insert h_bwidth:InterpolationMasses 26 9.8729818
insert h_bwidth:InterpolationMasses 27 9.8730182
insert h_bwidth:InterpolationMasses 28 9.8730547
insert h_bwidth:InterpolationMasses 29 9.8730912
insert h_bwidth:InterpolationMasses 30 9.8731277
insert h_bwidth:InterpolationMasses 31 9.8731642
insert h_bwidth:InterpolationMasses 32 9.8732007
insert h_bwidth:InterpolationMasses 33 9.8732372
insert h_bwidth:InterpolationMasses 34 9.8732737
insert h_bwidth:InterpolationMasses 35 9.8733102
insert h_bwidth:InterpolationMasses 36 9.8733467
insert h_bwidth:InterpolationMasses 37 9.8733831
insert h_bwidth:InterpolationMasses 38 9.8734196
insert h_bwidth:InterpolationMasses 39 9.8734561
insert h_bwidth:InterpolationMasses 40 9.8734926
insert h_bwidth:InterpolationMasses 41 9.8735291
insert h_bwidth:InterpolationMasses 42 9.8735656
insert h_bwidth:InterpolationMasses 43 9.8736021
insert h_bwidth:InterpolationMasses 44 9.8736386
insert h_bwidth:InterpolationMasses 45 9.8736751
insert h_bwidth:InterpolationMasses 46 9.8737116
insert h_bwidth:InterpolationMasses 47 9.873748
insert h_bwidth:InterpolationMasses 48 9.8737845
insert h_bwidth:InterpolationMasses 49 9.873821
insert h_bwidth:InterpolationMasses 50 9.8738575
insert h_bwidth:InterpolationMasses 51 9.873894
insert h_bwidth:InterpolationMasses 52 9.8739305
insert h_bwidth:InterpolationMasses 53 9.873967
insert h_bwidth:InterpolationWidths 0 3.2509352e-06
insert h_bwidth:InterpolationWidths 1 3.2516656e-06
insert h_bwidth:InterpolationWidths 2 3.2523961e-06
insert h_bwidth:InterpolationWidths 3 3.2531266e-06
insert h_bwidth:InterpolationWidths 4 3.2538573e-06
insert h_bwidth:InterpolationWidths 5 3.2545881e-06
insert h_bwidth:InterpolationWidths 6 3.255319e-06
insert h_bwidth:InterpolationWidths 7 3.25605e-06
insert h_bwidth:InterpolationWidths 8 3.2567812e-06
insert h_bwidth:InterpolationWidths 9 3.2575124e-06
insert h_bwidth:InterpolationWidths 10 3.2582437e-06
insert h_bwidth:InterpolationWidths 11 3.2589752e-06
insert h_bwidth:InterpolationWidths 12 3.2597067e-06
insert h_bwidth:InterpolationWidths 13 3.2604384e-06
insert h_bwidth:InterpolationWidths 14 3.2611701e-06
insert h_bwidth:InterpolationWidths 15 3.261902e-06
insert h_bwidth:InterpolationWidths 16 3.262634e-06
insert h_bwidth:InterpolationWidths 17 3.263366e-06
insert h_bwidth:InterpolationWidths 18 3.2640982e-06
insert h_bwidth:InterpolationWidths 19 3.2648305e-06
insert h_bwidth:InterpolationWidths 20 3.2655629e-06
insert h_bwidth:InterpolationWidths 21 3.2662954e-06
insert h_bwidth:InterpolationWidths 22 3.2670281e-06
insert h_bwidth:InterpolationWidths 23 3.2677608e-06
insert h_bwidth:InterpolationWidths 24 3.2684936e-06
insert h_bwidth:InterpolationWidths 25 3.2692265e-06
insert h_bwidth:InterpolationWidths 26 3.2699596e-06
insert h_bwidth:InterpolationWidths 27 3.2706927e-06
insert h_bwidth:InterpolationWidths 28 3.271426e-06
insert h_bwidth:InterpolationWidths 29 3.2721594e-06
insert h_bwidth:InterpolationWidths 30 3.2728928e-06
insert h_bwidth:InterpolationWidths 31 3.2736264e-06
insert h_bwidth:InterpolationWidths 32 3.2743601e-06
insert h_bwidth:InterpolationWidths 33 3.2750939e-06
insert h_bwidth:InterpolationWidths 34 3.2758278e-06
insert h_bwidth:InterpolationWidths 35 3.2765618e-06
insert h_bwidth:InterpolationWidths 36 3.2772959e-06
insert h_bwidth:InterpolationWidths 37 3.2780302e-06
insert h_bwidth:InterpolationWidths 38 3.2787645e-06
insert h_bwidth:InterpolationWidths 39 3.2794989e-06
insert h_bwidth:InterpolationWidths 40 3.2802335e-06
insert h_bwidth:InterpolationWidths 41 3.2809681e-06
insert h_bwidth:InterpolationWidths 42 3.2817029e-06
insert h_bwidth:InterpolationWidths 43 3.2824377e-06
insert h_bwidth:InterpolationWidths 44 3.2831727e-06
insert h_bwidth:InterpolationWidths 45 3.2839078e-06
insert h_bwidth:InterpolationWidths 46 3.284643e-06
insert h_bwidth:InterpolationWidths 47 3.2853783e-06
insert h_bwidth:InterpolationWidths 48 3.2861137e-06
insert h_bwidth:InterpolationWidths 49 3.2868492e-06
insert h_bwidth:InterpolationWidths 50 3.2875848e-06
insert h_bwidth:InterpolationWidths 51 3.2883205e-06
insert h_bwidth:InterpolationWidths 52 3.2890564e-06
insert h_bwidth:InterpolationWidths 53 3.2897923e-06
insert h_bwidth:NumberofEntries 0 54
insert h_bwidth:NumberofEntries 1 54
insert h_bwidth:NumberofEntries 2 54
newdef /Herwig/Particles/h_b:Width_generator h_bwidth
#
create Herwig::GenericWidthGenerator chi_c01Pwidth
newdef chi_c01Pwidth:Particle /Herwig/Particles/chi_c0
newdef chi_c01Pwidth:Prefactor 1.20297
newdef chi_c01Pwidth:BRNormalize 1
newdef chi_c01Pwidth:BRMinimum 0.01
newdef chi_c01Pwidth:Points 50
newdef chi_c01Pwidth:InterpolationOrder 1
insert chi_c01Pwidth:MEtype 0 0
insert chi_c01Pwidth:MEtype 1 2
insert chi_c01Pwidth:MEtype 2 0
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insert chi_c01Pwidth:MEmass1 48 0
insert chi_c01Pwidth:MEmass1 49 0
insert chi_c01Pwidth:MEmass1 50 0.78266
insert chi_c01Pwidth:MEmass1 51 0
insert chi_c01Pwidth:MEmass1 52 1.01946
insert chi_c01Pwidth:MEmass1 53 0
insert chi_c01Pwidth:MEmass1 54 0
insert chi_c01Pwidth:MEmass1 55 0
insert chi_c01Pwidth:MEmass1 56 0
insert chi_c01Pwidth:MEmass1 57 0
insert chi_c01Pwidth:MEmass1 58 0
insert chi_c01Pwidth:MEmass1 59 0
insert chi_c01Pwidth:MEmass1 60 0
insert chi_c01Pwidth:MEmass1 61 1.19745
insert chi_c01Pwidth:MEmass1 62 1.19264
insert chi_c01Pwidth:MEmass1 63 1.18937
insert chi_c01Pwidth:MEmass1 64 1.32171
insert chi_c01Pwidth:MEmass1 65 1.31486
insert chi_c01Pwidth:MEmass1 66 1.11568
insert chi_c01Pwidth:MEmass1 67 0
insert chi_c01Pwidth:MEmass1 68 0
insert chi_c01Pwidth:MEmass1 69 0
insert chi_c01Pwidth:MEmass1 70 0
insert chi_c01Pwidth:MEmass1 71 0
insert chi_c01Pwidth:MEmass1 72 0
insert chi_c01Pwidth:MEmass1 73 0
insert chi_c01Pwidth:MEmass1 74 0
insert chi_c01Pwidth:MEmass1 75 0
insert chi_c01Pwidth:MEmass1 76 0
insert chi_c01Pwidth:MEmass1 77 0.939565
insert chi_c01Pwidth:MEmass1 78 0.938272
insert chi_c01Pwidth:MEmass1 79 0
insert chi_c01Pwidth:MEmass1 80 0
insert chi_c01Pwidth:MEmass1 81 0
insert chi_c01Pwidth:MEmass1 82 0
insert chi_c01Pwidth:MEmass1 83 0
insert chi_c01Pwidth:MEmass1 84 0
insert chi_c01Pwidth:MEmass1 85 0
insert chi_c01Pwidth:MEmass1 86 0
insert chi_c01Pwidth:MEmass1 87 1.01946
insert chi_c01Pwidth:MEmass1 88 0
insert chi_c01Pwidth:MEmass1 89 0
insert chi_c01Pwidth:MEmass1 90 0
insert chi_c01Pwidth:MEmass1 91 0.95778
insert chi_c01Pwidth:MEmass1 92 0
insert chi_c01Pwidth:MEmass1 93 0
insert chi_c01Pwidth:MEmass1 94 0
insert chi_c01Pwidth:MEmass1 95 0
insert chi_c01Pwidth:MEmass2 0 0
insert chi_c01Pwidth:MEmass2 1 1.704
insert chi_c01Pwidth:MEmass2 2 0
insert chi_c01Pwidth:MEmass2 3 0
insert chi_c01Pwidth:MEmass2 4 0
insert chi_c01Pwidth:MEmass2 5 0
insert chi_c01Pwidth:MEmass2 6 0
insert chi_c01Pwidth:MEmass2 7 0
insert chi_c01Pwidth:MEmass2 8 1.272
insert chi_c01Pwidth:MEmass2 9 1.272
insert chi_c01Pwidth:MEmass2 10 1.272
insert chi_c01Pwidth:MEmass2 11 1.27
insert chi_c01Pwidth:MEmass2 12 0
insert chi_c01Pwidth:MEmass2 13 0.493677
insert chi_c01Pwidth:MEmass2 14 0.13957
insert chi_c01Pwidth:MEmass2 15 0
insert chi_c01Pwidth:MEmass2 16 0
insert chi_c01Pwidth:MEmass2 17 0
insert chi_c01Pwidth:MEmass2 18 0
insert chi_c01Pwidth:MEmass2 19 0
insert chi_c01Pwidth:MEmass2 20 0
insert chi_c01Pwidth:MEmass2 21 0
insert chi_c01Pwidth:MEmass2 22 0.497611
insert chi_c01Pwidth:MEmass2 23 0.497611
insert chi_c01Pwidth:MEmass2 24 0
insert chi_c01Pwidth:MEmass2 25 0.547862
insert chi_c01Pwidth:MEmass2 26 0
insert chi_c01Pwidth:MEmass2 27 0.134977
insert chi_c01Pwidth:MEmass2 28 1.425
insert chi_c01Pwidth:MEmass2 29 1.425
insert chi_c01Pwidth:MEmass2 30 0
insert chi_c01Pwidth:MEmass2 31 0
insert chi_c01Pwidth:MEmass2 32 0
insert chi_c01Pwidth:MEmass2 33 0.95778
insert chi_c01Pwidth:MEmass2 34 0.965
insert chi_c01Pwidth:MEmass2 35 1.425
insert chi_c01Pwidth:MEmass2 36 1.425
insert chi_c01Pwidth:MEmass2 37 1.425
insert chi_c01Pwidth:MEmass2 38 1.425
insert chi_c01Pwidth:MEmass2 39 0
insert chi_c01Pwidth:MEmass2 40 0.89555
insert chi_c01Pwidth:MEmass2 41 0.89167
insert chi_c01Pwidth:MEmass2 42 0
insert chi_c01Pwidth:MEmass2 43 0
insert chi_c01Pwidth:MEmass2 44 0
insert chi_c01Pwidth:MEmass2 45 0
insert chi_c01Pwidth:MEmass2 46 0
insert chi_c01Pwidth:MEmass2 47 0
insert chi_c01Pwidth:MEmass2 48 0
insert chi_c01Pwidth:MEmass2 49 0
insert chi_c01Pwidth:MEmass2 50 0.78266
insert chi_c01Pwidth:MEmass2 51 0
insert chi_c01Pwidth:MEmass2 52 1.01946
insert chi_c01Pwidth:MEmass2 53 0
insert chi_c01Pwidth:MEmass2 54 0
insert chi_c01Pwidth:MEmass2 55 0
insert chi_c01Pwidth:MEmass2 56 0
insert chi_c01Pwidth:MEmass2 57 0
insert chi_c01Pwidth:MEmass2 58 0
insert chi_c01Pwidth:MEmass2 59 0
insert chi_c01Pwidth:MEmass2 60 0
insert chi_c01Pwidth:MEmass2 61 1.19745
insert chi_c01Pwidth:MEmass2 62 1.19264
insert chi_c01Pwidth:MEmass2 63 1.18937
insert chi_c01Pwidth:MEmass2 64 1.32171
insert chi_c01Pwidth:MEmass2 65 1.31486
insert chi_c01Pwidth:MEmass2 66 1.11568
insert chi_c01Pwidth:MEmass2 67 0
insert chi_c01Pwidth:MEmass2 68 0
insert chi_c01Pwidth:MEmass2 69 0
insert chi_c01Pwidth:MEmass2 70 0
insert chi_c01Pwidth:MEmass2 71 0
insert chi_c01Pwidth:MEmass2 72 0
insert chi_c01Pwidth:MEmass2 73 0
insert chi_c01Pwidth:MEmass2 74 0
insert chi_c01Pwidth:MEmass2 75 0
insert chi_c01Pwidth:MEmass2 76 0
insert chi_c01Pwidth:MEmass2 77 0.939565
insert chi_c01Pwidth:MEmass2 78 0.938272
insert chi_c01Pwidth:MEmass2 79 0
insert chi_c01Pwidth:MEmass2 80 0
insert chi_c01Pwidth:MEmass2 81 0
insert chi_c01Pwidth:MEmass2 82 0
insert chi_c01Pwidth:MEmass2 83 0
insert chi_c01Pwidth:MEmass2 84 0
insert chi_c01Pwidth:MEmass2 85 0
insert chi_c01Pwidth:MEmass2 86 0
insert chi_c01Pwidth:MEmass2 87 0.78266
insert chi_c01Pwidth:MEmass2 88 0
insert chi_c01Pwidth:MEmass2 89 0
insert chi_c01Pwidth:MEmass2 90 0
insert chi_c01Pwidth:MEmass2 91 0.547862
insert chi_c01Pwidth:MEmass2 92 0
insert chi_c01Pwidth:MEmass2 93 0
insert chi_c01Pwidth:MEmass2 94 0
insert chi_c01Pwidth:MEmass2 95 0
insert chi_c01Pwidth:DecayModes 0 chi_c0->g,g;
insert chi_c01Pwidth:DecayModes 1 chi_c0->f_0(1710),f'_0;
insert chi_c01Pwidth:DecayModes 2 chi_c0->K+,K-,pi+,pi-;
insert chi_c01Pwidth:DecayModes 3 chi_c0->Jpsi,gamma;
insert chi_c01Pwidth:DecayModes 4 chi_c0->rho-,pi+,pi0;
insert chi_c01Pwidth:DecayModes 5 chi_c0->pi+,pi-,rho0;
insert chi_c01Pwidth:DecayModes 6 chi_c0->rho+,pi-,pi0;
insert chi_c01Pwidth:DecayModes 7 chi_c0->pi+,pi+,pi-,pi-;
insert chi_c01Pwidth:DecayModes 8 chi_c0->K_1-,K+;
insert chi_c01Pwidth:DecayModes 9 chi_c0->K_1bar0,K0;
insert chi_c01Pwidth:DecayModes 10 chi_c0->K_10,Kbar0;
insert chi_c01Pwidth:DecayModes 11 chi_c0->K_1+,K-;
insert chi_c01Pwidth:DecayModes 12 chi_c0->pi+,pi-,pi0,pi0;
insert chi_c01Pwidth:DecayModes 13 chi_c0->K+,K-;
insert chi_c01Pwidth:DecayModes 14 chi_c0->pi+,pi-;
insert chi_c01Pwidth:DecayModes 15 chi_c0->pi+,pi-,K_L0,K_L0;
insert chi_c01Pwidth:DecayModes 16 chi_c0->K_S0,K_S0,pi+,pi-;
insert chi_c01Pwidth:DecayModes 17 chi_c0->K+,K-,pi0,pi0;
insert chi_c01Pwidth:DecayModes 18 chi_c0->K-,K0,pi+,pi0;
insert chi_c01Pwidth:DecayModes 19 chi_c0->K+,Kbar0,pi-,pi0;
insert chi_c01Pwidth:DecayModes 20 chi_c0->K+,Kbar0,rho-;
insert chi_c01Pwidth:DecayModes 21 chi_c0->K-,K0,rho+;
insert chi_c01Pwidth:DecayModes 22 chi_c0->K_L0,K_L0;
insert chi_c01Pwidth:DecayModes 23 chi_c0->K_S0,K_S0;
insert chi_c01Pwidth:DecayModes 24 chi_c0->pi0,pi0,pi0,pi0;
insert chi_c01Pwidth:DecayModes 25 chi_c0->eta,eta;
insert chi_c01Pwidth:DecayModes 26 chi_c0->K+,K-,eta,pi0;
insert chi_c01Pwidth:DecayModes 27 chi_c0->pi0,pi0;
insert chi_c01Pwidth:DecayModes 28 chi_c0->K*_00,K*_0bar0;
insert chi_c01Pwidth:DecayModes 29 chi_c0->K*_0+,K*_0-;
insert chi_c01Pwidth:DecayModes 30 chi_c0->K+,K+,K-,K-;
insert chi_c01Pwidth:DecayModes 31 chi_c0->pbar-,n0,pi+,pi0;
insert chi_c01Pwidth:DecayModes 32 chi_c0->p+,nbar0,pi-,pi0;
insert chi_c01Pwidth:DecayModes 33 chi_c0->eta',eta';
insert chi_c01Pwidth:DecayModes 34 chi_c0->f_0,f_0;
insert chi_c01Pwidth:DecayModes 35 chi_c0->K*_0-,K*_2+;
insert chi_c01Pwidth:DecayModes 36 chi_c0->K*_0bar0,K*_20;
insert chi_c01Pwidth:DecayModes 37 chi_c0->K*_00,K*_2bar0;
insert chi_c01Pwidth:DecayModes 38 chi_c0->K*_0+,K*_2-;
insert chi_c01Pwidth:DecayModes 39 chi_c0->p+,pbar-,pi+,pi-;
insert chi_c01Pwidth:DecayModes 40 chi_c0->K*0,K*bar0;
insert chi_c01Pwidth:DecayModes 41 chi_c0->K*+,K*-;
insert chi_c01Pwidth:DecayModes 42 chi_c0->K*-,K+,pi0;
insert chi_c01Pwidth:DecayModes 43 chi_c0->K*+,K-,pi0;
insert chi_c01Pwidth:DecayModes 44 chi_c0->K+,K-,omega;
insert chi_c01Pwidth:DecayModes 45 chi_c0->K+,K-,K_S0,K_S0;
insert chi_c01Pwidth:DecayModes 46 chi_c0->pbar-,n0,pi+;
insert chi_c01Pwidth:DecayModes 47 chi_c0->p+,nbar0,pi-;
insert chi_c01Pwidth:DecayModes 48 chi_c0->Lambda0,Lambdabar0,pi+,pi-;
insert chi_c01Pwidth:DecayModes 49 chi_c0->p+,pbar-,pi0,pi0;
insert chi_c01Pwidth:DecayModes 50 chi_c0->omega,omega;
insert chi_c01Pwidth:DecayModes 51 chi_c0->phi,phi,eta;
insert chi_c01Pwidth:DecayModes 52 chi_c0->phi,phi;
insert chi_c01Pwidth:DecayModes 53 chi_c0->n0,nbar0,pi0;
insert chi_c01Pwidth:DecayModes 54 chi_c0->p+,pbar-,pi0;
insert chi_c01Pwidth:DecayModes 55 chi_c0->Lambdabar0,p+,K-;
insert chi_c01Pwidth:DecayModes 56 chi_c0->Lambda0,pbar-,K+;
insert chi_c01Pwidth:DecayModes 57 chi_c0->K_S0,K_S0,K_S0,K_S0;
insert chi_c01Pwidth:DecayModes 58 chi_c0->phi,K+,K-;
insert chi_c01Pwidth:DecayModes 59 chi_c0->n0,nbar0,omega;
insert chi_c01Pwidth:DecayModes 60 chi_c0->p+,pbar-,omega;
insert chi_c01Pwidth:DecayModes 61 chi_c0->Sigma-,Sigmabar+;
insert chi_c01Pwidth:DecayModes 62 chi_c0->Sigma0,Sigmabar0;
insert chi_c01Pwidth:DecayModes 63 chi_c0->Sigma+,Sigmabar-;
insert chi_c01Pwidth:DecayModes 64 chi_c0->Xi-,Xibar+;
insert chi_c01Pwidth:DecayModes 65 chi_c0->Xi0,Xibar0;
insert chi_c01Pwidth:DecayModes 66 chi_c0->Lambda0,Lambdabar0;
insert chi_c01Pwidth:DecayModes 67 chi_c0->n0,nbar0,eta;
insert chi_c01Pwidth:DecayModes 68 chi_c0->p+,pbar-,eta;
insert chi_c01Pwidth:DecayModes 69 chi_c0->Lambda0,nbar0,K_L0;
insert chi_c01Pwidth:DecayModes 70 chi_c0->Lambdabar0,n0,K_L0;
insert chi_c01Pwidth:DecayModes 71 chi_c0->Lambda0,nbar0,K_S0;
insert chi_c01Pwidth:DecayModes 72 chi_c0->Lambdabar0,n0,K_S0;
insert chi_c01Pwidth:DecayModes 73 chi_c0->Lambda(1520)0,Lambdabar(1520)0;
insert chi_c01Pwidth:DecayModes 74 chi_c0->Lambdabar0,p+,K*-;
insert chi_c01Pwidth:DecayModes 75 chi_c0->Lambda0,pbar-,K*+;
insert chi_c01Pwidth:DecayModes 76 chi_c0->Sigma*-,Sigma*bar+;
insert chi_c01Pwidth:DecayModes 77 chi_c0->n0,nbar0;
insert chi_c01Pwidth:DecayModes 78 chi_c0->p+,pbar-;
insert chi_c01Pwidth:DecayModes 79 chi_c0->gamma,gamma;
insert chi_c01Pwidth:DecayModes 80 chi_c0->Sigmabar-,p+,K_L0;
insert chi_c01Pwidth:DecayModes 81 chi_c0->Sigmabar-,p+,K_S0;
insert chi_c01Pwidth:DecayModes 82 chi_c0->Sigma+,pbar-,K_L0;
insert chi_c01Pwidth:DecayModes 83 chi_c0->Sigma+,pbar-,K_S0;
insert chi_c01Pwidth:DecayModes 84 chi_c0->Sigma*+,Sigma*bar-;
insert chi_c01Pwidth:DecayModes 85 chi_c0->Sigmabar0,p+,K-;
insert chi_c01Pwidth:DecayModes 86 chi_c0->Sigma0,pbar-,K+;
insert chi_c01Pwidth:DecayModes 87 chi_c0->phi,omega;
insert chi_c01Pwidth:DecayModes 88 chi_c0->p+,pbar-,K+,K-;
insert chi_c01Pwidth:DecayModes 89 chi_c0->Lambdabar(1520)0,p+,K-;
insert chi_c01Pwidth:DecayModes 90 chi_c0->Lambda(1520)0,pbar-,K+;
insert chi_c01Pwidth:DecayModes 91 chi_c0->eta',eta;
insert chi_c01Pwidth:DecayModes 92 chi_c0->n0,nbar0,phi;
insert chi_c01Pwidth:DecayModes 93 chi_c0->p+,pbar-,phi;
insert chi_c01Pwidth:DecayModes 94 chi_c0->Xibar+,Lambda0,K-;
insert chi_c01Pwidth:DecayModes 95 chi_c0->Xi-,Lambdabar0,K+;
insert chi_c01Pwidth:InterpolationMasses 0 3.3022702
insert chi_c01Pwidth:InterpolationMasses 1 3.3065151
insert chi_c01Pwidth:InterpolationMasses 2 3.31076
insert chi_c01Pwidth:InterpolationMasses 3 3.3150049
insert chi_c01Pwidth:InterpolationMasses 4 3.3192498
insert chi_c01Pwidth:InterpolationMasses 5 3.3234947
insert chi_c01Pwidth:InterpolationMasses 6 3.3277396
insert chi_c01Pwidth:InterpolationMasses 7 3.3319845
insert chi_c01Pwidth:InterpolationMasses 8 3.3362294
insert chi_c01Pwidth:InterpolationMasses 9 3.3404743
insert chi_c01Pwidth:InterpolationMasses 10 3.3447192
insert chi_c01Pwidth:InterpolationMasses 11 3.3489641
insert chi_c01Pwidth:InterpolationMasses 12 3.353209
insert chi_c01Pwidth:InterpolationMasses 13 3.3574539
insert chi_c01Pwidth:InterpolationMasses 14 3.3616988
insert chi_c01Pwidth:InterpolationMasses 15 3.3659437
insert chi_c01Pwidth:InterpolationMasses 16 3.3701886
insert chi_c01Pwidth:InterpolationMasses 17 3.3744335
insert chi_c01Pwidth:InterpolationMasses 18 3.3786784
insert chi_c01Pwidth:InterpolationMasses 19 3.3829233
insert chi_c01Pwidth:InterpolationMasses 20 3.3871682
insert chi_c01Pwidth:InterpolationMasses 21 3.3914131
insert chi_c01Pwidth:InterpolationMasses 22 3.395658
insert chi_c01Pwidth:InterpolationMasses 23 3.3999029
insert chi_c01Pwidth:InterpolationMasses 24 3.4041478
insert chi_c01Pwidth:InterpolationMasses 25 3.4083927
insert chi_c01Pwidth:InterpolationMasses 26 3.4126376
insert chi_c01Pwidth:InterpolationMasses 27 3.4168824
insert chi_c01Pwidth:InterpolationMasses 28 3.4211273
insert chi_c01Pwidth:InterpolationMasses 29 3.4253722
insert chi_c01Pwidth:InterpolationMasses 30 3.4296171
insert chi_c01Pwidth:InterpolationMasses 31 3.433862
insert chi_c01Pwidth:InterpolationMasses 32 3.4381069
insert chi_c01Pwidth:InterpolationMasses 33 3.4423518
insert chi_c01Pwidth:InterpolationMasses 34 3.4465967
insert chi_c01Pwidth:InterpolationMasses 35 3.4508416
insert chi_c01Pwidth:InterpolationMasses 36 3.4550865
insert chi_c01Pwidth:InterpolationMasses 37 3.4593314
insert chi_c01Pwidth:InterpolationMasses 38 3.4635763
insert chi_c01Pwidth:InterpolationMasses 39 3.4678212
insert chi_c01Pwidth:InterpolationMasses 40 3.4720661
insert chi_c01Pwidth:InterpolationMasses 41 3.476311
insert chi_c01Pwidth:InterpolationMasses 42 3.4805559
insert chi_c01Pwidth:InterpolationMasses 43 3.4848008
insert chi_c01Pwidth:InterpolationMasses 44 3.4890457
insert chi_c01Pwidth:InterpolationMasses 45 3.4932906
insert chi_c01Pwidth:InterpolationMasses 46 3.4975355
insert chi_c01Pwidth:InterpolationMasses 47 3.5017804
insert chi_c01Pwidth:InterpolationMasses 48 3.5060253
insert chi_c01Pwidth:InterpolationMasses 49 3.5102702
insert chi_c01Pwidth:InterpolationMasses 50 3.5145151
insert chi_c01Pwidth:InterpolationMasses 51 3.51876
insert chi_c01Pwidth:InterpolationMasses 52 3.5230049
insert chi_c01Pwidth:InterpolationMasses 53 3.5272498
insert chi_c01Pwidth:InterpolationMasses 54 3.3022702
insert chi_c01Pwidth:InterpolationMasses 55 3.3065151
insert chi_c01Pwidth:InterpolationMasses 56 3.31076
insert chi_c01Pwidth:InterpolationMasses 57 3.3150049
insert chi_c01Pwidth:InterpolationMasses 58 3.3192498
insert chi_c01Pwidth:InterpolationMasses 59 3.3234947
insert chi_c01Pwidth:InterpolationMasses 60 3.3277396
insert chi_c01Pwidth:InterpolationMasses 61 3.3319845
insert chi_c01Pwidth:InterpolationMasses 62 3.3362294
insert chi_c01Pwidth:InterpolationMasses 63 3.3404743
insert chi_c01Pwidth:InterpolationMasses 64 3.3447192
insert chi_c01Pwidth:InterpolationMasses 65 3.3489641
insert chi_c01Pwidth:InterpolationMasses 66 3.353209
insert chi_c01Pwidth:InterpolationMasses 67 3.3574539
insert chi_c01Pwidth:InterpolationMasses 68 3.3616988
insert chi_c01Pwidth:InterpolationMasses 69 3.3659437
insert chi_c01Pwidth:InterpolationMasses 70 3.3701886
insert chi_c01Pwidth:InterpolationMasses 71 3.3744335
insert chi_c01Pwidth:InterpolationMasses 72 3.3786784
insert chi_c01Pwidth:InterpolationMasses 73 3.3829233
insert chi_c01Pwidth:InterpolationMasses 74 3.3871682
insert chi_c01Pwidth:InterpolationMasses 75 3.3914131
insert chi_c01Pwidth:InterpolationMasses 76 3.395658
insert chi_c01Pwidth:InterpolationMasses 77 3.3999029
insert chi_c01Pwidth:InterpolationMasses 78 3.4041478
insert chi_c01Pwidth:InterpolationMasses 79 3.4083927
insert chi_c01Pwidth:InterpolationMasses 80 3.4126376
insert chi_c01Pwidth:InterpolationMasses 81 3.4168824
insert chi_c01Pwidth:InterpolationMasses 82 3.4211273
insert chi_c01Pwidth:InterpolationMasses 83 3.4253722
insert chi_c01Pwidth:InterpolationMasses 84 3.4296171
insert chi_c01Pwidth:InterpolationMasses 85 3.433862
insert chi_c01Pwidth:InterpolationMasses 86 3.4381069
insert chi_c01Pwidth:InterpolationMasses 87 3.4423518
insert chi_c01Pwidth:InterpolationMasses 88 3.4465967
insert chi_c01Pwidth:InterpolationMasses 89 3.4508416
insert chi_c01Pwidth:InterpolationMasses 90 3.4550865
insert chi_c01Pwidth:InterpolationMasses 91 3.4593314
insert chi_c01Pwidth:InterpolationMasses 92 3.4635763
insert chi_c01Pwidth:InterpolationMasses 93 3.4678212
insert chi_c01Pwidth:InterpolationMasses 94 3.4720661
insert chi_c01Pwidth:InterpolationMasses 95 3.476311
insert chi_c01Pwidth:InterpolationMasses 96 3.4805559
insert chi_c01Pwidth:InterpolationMasses 97 3.4848008
insert chi_c01Pwidth:InterpolationMasses 98 3.4890457
insert chi_c01Pwidth:InterpolationMasses 99 3.4932906
insert chi_c01Pwidth:InterpolationMasses 100 3.4975355
insert chi_c01Pwidth:InterpolationMasses 101 3.5017804
insert chi_c01Pwidth:InterpolationMasses 102 3.5060253
insert chi_c01Pwidth:InterpolationMasses 103 3.5102702
insert chi_c01Pwidth:InterpolationMasses 104 3.5145151
insert chi_c01Pwidth:InterpolationMasses 105 3.51876
insert chi_c01Pwidth:InterpolationMasses 106 3.5230049
insert chi_c01Pwidth:InterpolationMasses 107 3.5272498
insert chi_c01Pwidth:InterpolationMasses 108 3.3022702
insert chi_c01Pwidth:InterpolationMasses 109 3.3065151
insert chi_c01Pwidth:InterpolationMasses 110 3.31076
insert chi_c01Pwidth:InterpolationMasses 111 3.3150049
insert chi_c01Pwidth:InterpolationMasses 112 3.3192498
insert chi_c01Pwidth:InterpolationMasses 113 3.3234947
insert chi_c01Pwidth:InterpolationMasses 114 3.3277396
insert chi_c01Pwidth:InterpolationMasses 115 3.3319845
insert chi_c01Pwidth:InterpolationMasses 116 3.3362294
insert chi_c01Pwidth:InterpolationMasses 117 3.3404743
insert chi_c01Pwidth:InterpolationMasses 118 3.3447192
insert chi_c01Pwidth:InterpolationMasses 119 3.3489641
insert chi_c01Pwidth:InterpolationMasses 120 3.353209
insert chi_c01Pwidth:InterpolationMasses 121 3.3574539
insert chi_c01Pwidth:InterpolationMasses 122 3.3616988
insert chi_c01Pwidth:InterpolationMasses 123 3.3659437
insert chi_c01Pwidth:InterpolationMasses 124 3.3701886
insert chi_c01Pwidth:InterpolationMasses 125 3.3744335
insert chi_c01Pwidth:InterpolationMasses 126 3.3786784
insert chi_c01Pwidth:InterpolationMasses 127 3.3829233
insert chi_c01Pwidth:InterpolationMasses 128 3.3871682
insert chi_c01Pwidth:InterpolationMasses 129 3.3914131
insert chi_c01Pwidth:InterpolationMasses 130 3.395658
insert chi_c01Pwidth:InterpolationMasses 131 3.3999029
insert chi_c01Pwidth:InterpolationMasses 132 3.4041478
insert chi_c01Pwidth:InterpolationMasses 133 3.4083927
insert chi_c01Pwidth:InterpolationMasses 134 3.4126376
insert chi_c01Pwidth:InterpolationMasses 135 3.4168824
insert chi_c01Pwidth:InterpolationMasses 136 3.4211273
insert chi_c01Pwidth:InterpolationMasses 137 3.4253722
insert chi_c01Pwidth:InterpolationMasses 138 3.4296171
insert chi_c01Pwidth:InterpolationMasses 139 3.433862
insert chi_c01Pwidth:InterpolationMasses 140 3.4381069
insert chi_c01Pwidth:InterpolationMasses 141 3.4423518
insert chi_c01Pwidth:InterpolationMasses 142 3.4465967
insert chi_c01Pwidth:InterpolationMasses 143 3.4508416
insert chi_c01Pwidth:InterpolationMasses 144 3.4550865
insert chi_c01Pwidth:InterpolationMasses 145 3.4593314
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insert chi_c01Pwidth:NumberofEntries 30 486
insert chi_c01Pwidth:NumberofEntries 31 486
insert chi_c01Pwidth:NumberofEntries 32 486
insert chi_c01Pwidth:NumberofEntries 33 540
insert chi_c01Pwidth:NumberofEntries 34 594
insert chi_c01Pwidth:NumberofEntries 35 648
insert chi_c01Pwidth:NumberofEntries 36 702
insert chi_c01Pwidth:NumberofEntries 37 756
insert chi_c01Pwidth:NumberofEntries 38 810
insert chi_c01Pwidth:NumberofEntries 39 810
insert chi_c01Pwidth:NumberofEntries 40 864
insert chi_c01Pwidth:NumberofEntries 41 918
insert chi_c01Pwidth:NumberofEntries 42 918
insert chi_c01Pwidth:NumberofEntries 43 918
insert chi_c01Pwidth:NumberofEntries 44 918
insert chi_c01Pwidth:NumberofEntries 45 918
insert chi_c01Pwidth:NumberofEntries 46 918
insert chi_c01Pwidth:NumberofEntries 47 918
insert chi_c01Pwidth:NumberofEntries 48 918
insert chi_c01Pwidth:NumberofEntries 49 918
insert chi_c01Pwidth:NumberofEntries 50 972
insert chi_c01Pwidth:NumberofEntries 51 972
insert chi_c01Pwidth:NumberofEntries 52 1026
insert chi_c01Pwidth:NumberofEntries 53 1026
insert chi_c01Pwidth:NumberofEntries 54 1026
insert chi_c01Pwidth:NumberofEntries 55 1026
insert chi_c01Pwidth:NumberofEntries 56 1026
insert chi_c01Pwidth:NumberofEntries 57 1026
insert chi_c01Pwidth:NumberofEntries 58 1026
insert chi_c01Pwidth:NumberofEntries 59 1026
insert chi_c01Pwidth:NumberofEntries 60 1026
insert chi_c01Pwidth:NumberofEntries 61 1026
insert chi_c01Pwidth:NumberofEntries 62 1026
insert chi_c01Pwidth:NumberofEntries 63 1026
insert chi_c01Pwidth:NumberofEntries 64 1026
insert chi_c01Pwidth:NumberofEntries 65 1026
insert chi_c01Pwidth:NumberofEntries 66 1026
insert chi_c01Pwidth:NumberofEntries 67 1026
insert chi_c01Pwidth:NumberofEntries 68 1026
insert chi_c01Pwidth:NumberofEntries 69 1026
insert chi_c01Pwidth:NumberofEntries 70 1026
insert chi_c01Pwidth:NumberofEntries 71 1026
insert chi_c01Pwidth:NumberofEntries 72 1026
insert chi_c01Pwidth:NumberofEntries 73 1026
insert chi_c01Pwidth:NumberofEntries 74 1026
insert chi_c01Pwidth:NumberofEntries 75 1026
insert chi_c01Pwidth:NumberofEntries 76 1026
insert chi_c01Pwidth:NumberofEntries 77 1026
insert chi_c01Pwidth:NumberofEntries 78 1026
insert chi_c01Pwidth:NumberofEntries 79 1026
insert chi_c01Pwidth:NumberofEntries 80 1026
insert chi_c01Pwidth:NumberofEntries 81 1026
insert chi_c01Pwidth:NumberofEntries 82 1026
insert chi_c01Pwidth:NumberofEntries 83 1026
insert chi_c01Pwidth:NumberofEntries 84 1026
insert chi_c01Pwidth:NumberofEntries 85 1026
insert chi_c01Pwidth:NumberofEntries 86 1026
insert chi_c01Pwidth:NumberofEntries 87 1080
insert chi_c01Pwidth:NumberofEntries 88 1080
insert chi_c01Pwidth:NumberofEntries 89 1080
insert chi_c01Pwidth:NumberofEntries 90 1080
insert chi_c01Pwidth:NumberofEntries 91 1134
insert chi_c01Pwidth:NumberofEntries 92 1134
insert chi_c01Pwidth:NumberofEntries 93 1134
insert chi_c01Pwidth:NumberofEntries 94 1134
insert chi_c01Pwidth:NumberofEntries 95 1134
newdef /Herwig/Particles/chi_c0:Width_generator chi_c01Pwidth
#
create Herwig::GenericWidthGenerator chi_b01Pwidth
newdef chi_b01Pwidth:Particle /Herwig/Particles/chi_b0
newdef chi_b01Pwidth:Prefactor 1
newdef chi_b01Pwidth:BRNormalize 1
newdef chi_b01Pwidth:BRMinimum 0.01
newdef chi_b01Pwidth:Points 50
newdef chi_b01Pwidth:InterpolationOrder 1
insert chi_b01Pwidth:MEtype 0 0
insert chi_b01Pwidth:MEtype 1 2
insert chi_b01Pwidth:MEcode 0 0
insert chi_b01Pwidth:MEcode 1 0
insert chi_b01Pwidth:MEcoupling 0 0.9806
insert chi_b01Pwidth:MEcoupling 1 0.405363
insert chi_b01Pwidth:ModeOn 0 1
insert chi_b01Pwidth:ModeOn 1 1
insert chi_b01Pwidth:MinimumMasses 0 0
insert chi_b01Pwidth:MinimumMasses 1 9.45976
insert chi_b01Pwidth:MEmass1 0 0
insert chi_b01Pwidth:MEmass1 1 9.4603
insert chi_b01Pwidth:MEmass2 0 0
insert chi_b01Pwidth:MEmass2 1 0
insert chi_b01Pwidth:DecayModes 0 chi_b0->g,g;
insert chi_b01Pwidth:DecayModes 1 chi_b0->Upsilon,gamma;
insert chi_b01Pwidth:InterpolationMasses 0 9.8506031
insert chi_b01Pwidth:InterpolationMasses 1 9.8509365
insert chi_b01Pwidth:InterpolationMasses 2 9.85127
insert chi_b01Pwidth:InterpolationMasses 3 9.8516035
insert chi_b01Pwidth:InterpolationMasses 4 9.8519369
insert chi_b01Pwidth:InterpolationMasses 5 9.8522704
insert chi_b01Pwidth:InterpolationMasses 6 9.8526039
insert chi_b01Pwidth:InterpolationMasses 7 9.8529373
insert chi_b01Pwidth:InterpolationMasses 8 9.8532708
insert chi_b01Pwidth:InterpolationMasses 9 9.8536043
insert chi_b01Pwidth:InterpolationMasses 10 9.8539378
insert chi_b01Pwidth:InterpolationMasses 11 9.8542712
insert chi_b01Pwidth:InterpolationMasses 12 9.8546047
insert chi_b01Pwidth:InterpolationMasses 13 9.8549382
insert chi_b01Pwidth:InterpolationMasses 14 9.8552716
insert chi_b01Pwidth:InterpolationMasses 15 9.8556051
insert chi_b01Pwidth:InterpolationMasses 16 9.8559386
insert chi_b01Pwidth:InterpolationMasses 17 9.856272
insert chi_b01Pwidth:InterpolationMasses 18 9.8566055
insert chi_b01Pwidth:InterpolationMasses 19 9.856939
insert chi_b01Pwidth:InterpolationMasses 20 9.8572724
insert chi_b01Pwidth:InterpolationMasses 21 9.8576059
insert chi_b01Pwidth:InterpolationMasses 22 9.8579394
insert chi_b01Pwidth:InterpolationMasses 23 9.8582729
insert chi_b01Pwidth:InterpolationMasses 24 9.8586063
insert chi_b01Pwidth:InterpolationMasses 25 9.8589398
insert chi_b01Pwidth:InterpolationMasses 26 9.8592733
insert chi_b01Pwidth:InterpolationMasses 27 9.8596067
insert chi_b01Pwidth:InterpolationMasses 28 9.8599402
insert chi_b01Pwidth:InterpolationMasses 29 9.8602737
insert chi_b01Pwidth:InterpolationMasses 30 9.8606071
insert chi_b01Pwidth:InterpolationMasses 31 9.8609406
insert chi_b01Pwidth:InterpolationMasses 32 9.8612741
insert chi_b01Pwidth:InterpolationMasses 33 9.8616076
insert chi_b01Pwidth:InterpolationMasses 34 9.861941
insert chi_b01Pwidth:InterpolationMasses 35 9.8622745
insert chi_b01Pwidth:InterpolationMasses 36 9.862608
insert chi_b01Pwidth:InterpolationMasses 37 9.8629414
insert chi_b01Pwidth:InterpolationMasses 38 9.8632749
insert chi_b01Pwidth:InterpolationMasses 39 9.8636084
insert chi_b01Pwidth:InterpolationMasses 40 9.8639418
insert chi_b01Pwidth:InterpolationMasses 41 9.8642753
insert chi_b01Pwidth:InterpolationMasses 42 9.8646088
insert chi_b01Pwidth:InterpolationMasses 43 9.8649422
insert chi_b01Pwidth:InterpolationMasses 44 9.8652757
insert chi_b01Pwidth:InterpolationMasses 45 9.8656092
insert chi_b01Pwidth:InterpolationMasses 46 9.8659427
insert chi_b01Pwidth:InterpolationMasses 47 9.8662761
insert chi_b01Pwidth:InterpolationMasses 48 9.8666096
insert chi_b01Pwidth:InterpolationMasses 49 9.8669431
insert chi_b01Pwidth:InterpolationMasses 50 9.8672765
insert chi_b01Pwidth:InterpolationMasses 51 9.86761
insert chi_b01Pwidth:InterpolationMasses 52 9.8679435
insert chi_b01Pwidth:InterpolationMasses 53 9.8682769
insert chi_b01Pwidth:InterpolationWidths 0 3.8320085e-05
insert chi_b01Pwidth:InterpolationWidths 1 3.8349592e-05
insert chi_b01Pwidth:InterpolationWidths 2 3.8379095e-05
insert chi_b01Pwidth:InterpolationWidths 3 3.8408592e-05
insert chi_b01Pwidth:InterpolationWidths 4 3.8438084e-05
insert chi_b01Pwidth:InterpolationWidths 5 3.8467571e-05
insert chi_b01Pwidth:InterpolationWidths 6 3.8497053e-05
insert chi_b01Pwidth:InterpolationWidths 7 3.852653e-05
insert chi_b01Pwidth:InterpolationWidths 8 3.8556002e-05
insert chi_b01Pwidth:InterpolationWidths 9 3.8585469e-05
insert chi_b01Pwidth:InterpolationWidths 10 3.861493e-05
insert chi_b01Pwidth:InterpolationWidths 11 3.8644386e-05
insert chi_b01Pwidth:InterpolationWidths 12 3.8673838e-05
insert chi_b01Pwidth:InterpolationWidths 13 3.8703284e-05
insert chi_b01Pwidth:InterpolationWidths 14 3.8732725e-05
insert chi_b01Pwidth:InterpolationWidths 15 3.8762161e-05
insert chi_b01Pwidth:InterpolationWidths 16 3.8791592e-05
insert chi_b01Pwidth:InterpolationWidths 17 3.8821017e-05
insert chi_b01Pwidth:InterpolationWidths 18 3.8850438e-05
insert chi_b01Pwidth:InterpolationWidths 19 3.8879853e-05
insert chi_b01Pwidth:InterpolationWidths 20 3.8909264e-05
insert chi_b01Pwidth:InterpolationWidths 21 3.8938669e-05
insert chi_b01Pwidth:InterpolationWidths 22 3.8968069e-05
insert chi_b01Pwidth:InterpolationWidths 23 3.8997464e-05
insert chi_b01Pwidth:InterpolationWidths 24 3.9026854e-05
insert chi_b01Pwidth:InterpolationWidths 25 3.9056239e-05
insert chi_b01Pwidth:InterpolationWidths 26 3.9085619e-05
insert chi_b01Pwidth:InterpolationWidths 27 3.9114993e-05
insert chi_b01Pwidth:InterpolationWidths 28 3.9144363e-05
insert chi_b01Pwidth:InterpolationWidths 29 3.9173727e-05
insert chi_b01Pwidth:InterpolationWidths 30 3.9203086e-05
insert chi_b01Pwidth:InterpolationWidths 31 3.9232441e-05
insert chi_b01Pwidth:InterpolationWidths 32 3.926179e-05
insert chi_b01Pwidth:InterpolationWidths 33 3.9291134e-05
insert chi_b01Pwidth:InterpolationWidths 34 3.9320473e-05
insert chi_b01Pwidth:InterpolationWidths 35 3.9349807e-05
insert chi_b01Pwidth:InterpolationWidths 36 3.9379135e-05
insert chi_b01Pwidth:InterpolationWidths 37 3.9408459e-05
insert chi_b01Pwidth:InterpolationWidths 38 3.9437778e-05
insert chi_b01Pwidth:InterpolationWidths 39 3.9467091e-05
insert chi_b01Pwidth:InterpolationWidths 40 3.9496399e-05
insert chi_b01Pwidth:InterpolationWidths 41 3.9525703e-05
insert chi_b01Pwidth:InterpolationWidths 42 3.9555001e-05
insert chi_b01Pwidth:InterpolationWidths 43 3.9584294e-05
insert chi_b01Pwidth:InterpolationWidths 44 3.9613582e-05
insert chi_b01Pwidth:InterpolationWidths 45 3.9642865e-05
insert chi_b01Pwidth:InterpolationWidths 46 3.9672143e-05
insert chi_b01Pwidth:InterpolationWidths 47 3.9701416e-05
insert chi_b01Pwidth:InterpolationWidths 48 3.9730683e-05
insert chi_b01Pwidth:InterpolationWidths 49 3.9759946e-05
insert chi_b01Pwidth:InterpolationWidths 50 3.9789203e-05
insert chi_b01Pwidth:InterpolationWidths 51 3.9818456e-05
insert chi_b01Pwidth:InterpolationWidths 52 3.9847703e-05
insert chi_b01Pwidth:InterpolationWidths 53 3.9876946e-05
insert chi_b01Pwidth:NumberofEntries 0 0
insert chi_b01Pwidth:NumberofEntries 1 54
newdef /Herwig/Particles/chi_b0:Width_generator chi_b01Pwidth
#
create Herwig::GenericWidthGenerator chi_b11Pwidth
newdef chi_b11Pwidth:Particle /Herwig/Particles/chi_b1
newdef chi_b11Pwidth:Prefactor 1
newdef chi_b11Pwidth:BRNormalize 1
newdef chi_b11Pwidth:BRMinimum 0.01
newdef chi_b11Pwidth:Points 50
newdef chi_b11Pwidth:InterpolationOrder 1
insert chi_b11Pwidth:MEtype 0 0
insert chi_b11Pwidth:MEtype 1 2
insert chi_b11Pwidth:MEcode 0 0
insert chi_b11Pwidth:MEcode 1 0
insert chi_b11Pwidth:MEcoupling 0 0.648
insert chi_b11Pwidth:MEcoupling 1 1.00052
insert chi_b11Pwidth:ModeOn 0 1
insert chi_b11Pwidth:ModeOn 1 1
insert chi_b11Pwidth:MinimumMasses 0 0
insert chi_b11Pwidth:MinimumMasses 1 9.45976
insert chi_b11Pwidth:MEmass1 0 0
insert chi_b11Pwidth:MEmass1 1 9.4603
insert chi_b11Pwidth:MEmass2 0 0
insert chi_b11Pwidth:MEmass2 1 0
insert chi_b11Pwidth:DecayModes 0 chi_b1->g,g;
insert chi_b11Pwidth:DecayModes 1 chi_b1->Upsilon,gamma;
insert chi_b11Pwidth:InterpolationMasses 0 9.892012
insert chi_b11Pwidth:InterpolationMasses 1 9.892041
insert chi_b11Pwidth:InterpolationMasses 2 9.89207
insert chi_b11Pwidth:InterpolationMasses 3 9.892099
insert chi_b11Pwidth:InterpolationMasses 4 9.892128
insert chi_b11Pwidth:InterpolationMasses 5 9.8921569
insert chi_b11Pwidth:InterpolationMasses 6 9.8921859
insert chi_b11Pwidth:InterpolationMasses 7 9.8922149
insert chi_b11Pwidth:InterpolationMasses 8 9.8922439
insert chi_b11Pwidth:InterpolationMasses 9 9.8922729
insert chi_b11Pwidth:InterpolationMasses 10 9.8923018
insert chi_b11Pwidth:InterpolationMasses 11 9.8923308
insert chi_b11Pwidth:InterpolationMasses 12 9.8923598
insert chi_b11Pwidth:InterpolationMasses 13 9.8923888
insert chi_b11Pwidth:InterpolationMasses 14 9.8924178
insert chi_b11Pwidth:InterpolationMasses 15 9.8924467
insert chi_b11Pwidth:InterpolationMasses 16 9.8924757
insert chi_b11Pwidth:InterpolationMasses 17 9.8925047
insert chi_b11Pwidth:InterpolationMasses 18 9.8925337
insert chi_b11Pwidth:InterpolationMasses 19 9.8925627
insert chi_b11Pwidth:InterpolationMasses 20 9.8925916
insert chi_b11Pwidth:InterpolationMasses 21 9.8926206
insert chi_b11Pwidth:InterpolationMasses 22 9.8926496
insert chi_b11Pwidth:InterpolationMasses 23 9.8926786
insert chi_b11Pwidth:InterpolationMasses 24 9.8927076
insert chi_b11Pwidth:InterpolationMasses 25 9.8927365
insert chi_b11Pwidth:InterpolationMasses 26 9.8927655
insert chi_b11Pwidth:InterpolationMasses 27 9.8927945
insert chi_b11Pwidth:InterpolationMasses 28 9.8928235
insert chi_b11Pwidth:InterpolationMasses 29 9.8928524
insert chi_b11Pwidth:InterpolationMasses 30 9.8928814
insert chi_b11Pwidth:InterpolationMasses 31 9.8929104
insert chi_b11Pwidth:InterpolationMasses 32 9.8929394
insert chi_b11Pwidth:InterpolationMasses 33 9.8929684
insert chi_b11Pwidth:InterpolationMasses 34 9.8929973
insert chi_b11Pwidth:InterpolationMasses 35 9.8930263
insert chi_b11Pwidth:InterpolationMasses 36 9.8930553
insert chi_b11Pwidth:InterpolationMasses 37 9.8930843
insert chi_b11Pwidth:InterpolationMasses 38 9.8931133
insert chi_b11Pwidth:InterpolationMasses 39 9.8931422
insert chi_b11Pwidth:InterpolationMasses 40 9.8931712
insert chi_b11Pwidth:InterpolationMasses 41 9.8932002
insert chi_b11Pwidth:InterpolationMasses 42 9.8932292
insert chi_b11Pwidth:InterpolationMasses 43 9.8932582
insert chi_b11Pwidth:InterpolationMasses 44 9.8932871
insert chi_b11Pwidth:InterpolationMasses 45 9.8933161
insert chi_b11Pwidth:InterpolationMasses 46 9.8933451
insert chi_b11Pwidth:InterpolationMasses 47 9.8933741
insert chi_b11Pwidth:InterpolationMasses 48 9.8934031
insert chi_b11Pwidth:InterpolationMasses 49 9.893432
insert chi_b11Pwidth:InterpolationMasses 50 9.893461
insert chi_b11Pwidth:InterpolationMasses 51 9.89349
insert chi_b11Pwidth:InterpolationMasses 52 9.893519
insert chi_b11Pwidth:InterpolationMasses 53 9.893548
insert chi_b11Pwidth:InterpolationWidths 0 2.4850777e-05
insert chi_b11Pwidth:InterpolationWidths 1 2.4855605e-05
insert chi_b11Pwidth:InterpolationWidths 2 2.4860434e-05
insert chi_b11Pwidth:InterpolationWidths 3 2.4865264e-05
insert chi_b11Pwidth:InterpolationWidths 4 2.4870094e-05
insert chi_b11Pwidth:InterpolationWidths 5 2.4874925e-05
insert chi_b11Pwidth:InterpolationWidths 6 2.4879757e-05
insert chi_b11Pwidth:InterpolationWidths 7 2.4884589e-05
insert chi_b11Pwidth:InterpolationWidths 8 2.4889421e-05
insert chi_b11Pwidth:InterpolationWidths 9 2.4894255e-05
insert chi_b11Pwidth:InterpolationWidths 10 2.4899088e-05
insert chi_b11Pwidth:InterpolationWidths 11 2.4903923e-05
insert chi_b11Pwidth:InterpolationWidths 12 2.4908758e-05
insert chi_b11Pwidth:InterpolationWidths 13 2.4913594e-05
insert chi_b11Pwidth:InterpolationWidths 14 2.491843e-05
insert chi_b11Pwidth:InterpolationWidths 15 2.4923267e-05
insert chi_b11Pwidth:InterpolationWidths 16 2.4928104e-05
insert chi_b11Pwidth:InterpolationWidths 17 2.4932943e-05
insert chi_b11Pwidth:InterpolationWidths 18 2.4937781e-05
insert chi_b11Pwidth:InterpolationWidths 19 2.4942621e-05
insert chi_b11Pwidth:InterpolationWidths 20 2.4947461e-05
insert chi_b11Pwidth:InterpolationWidths 21 2.4952301e-05
insert chi_b11Pwidth:InterpolationWidths 22 2.4957142e-05
insert chi_b11Pwidth:InterpolationWidths 23 2.4961984e-05
insert chi_b11Pwidth:InterpolationWidths 24 2.4966826e-05
insert chi_b11Pwidth:InterpolationWidths 25 2.4971669e-05
insert chi_b11Pwidth:InterpolationWidths 26 2.4976513e-05
insert chi_b11Pwidth:InterpolationWidths 27 2.4981357e-05
insert chi_b11Pwidth:InterpolationWidths 28 2.4986202e-05
insert chi_b11Pwidth:InterpolationWidths 29 2.4991047e-05
insert chi_b11Pwidth:InterpolationWidths 30 2.4995893e-05
insert chi_b11Pwidth:InterpolationWidths 31 2.500074e-05
insert chi_b11Pwidth:InterpolationWidths 32 2.5005587e-05
insert chi_b11Pwidth:InterpolationWidths 33 2.5010434e-05
insert chi_b11Pwidth:InterpolationWidths 34 2.5015283e-05
insert chi_b11Pwidth:InterpolationWidths 35 2.5020132e-05
insert chi_b11Pwidth:InterpolationWidths 36 2.5024981e-05
insert chi_b11Pwidth:InterpolationWidths 37 2.5029832e-05
insert chi_b11Pwidth:InterpolationWidths 38 2.5034682e-05
insert chi_b11Pwidth:InterpolationWidths 39 2.5039534e-05
insert chi_b11Pwidth:InterpolationWidths 40 2.5044386e-05
insert chi_b11Pwidth:InterpolationWidths 41 2.5049238e-05
insert chi_b11Pwidth:InterpolationWidths 42 2.5054092e-05
insert chi_b11Pwidth:InterpolationWidths 43 2.5058945e-05
insert chi_b11Pwidth:InterpolationWidths 44 2.50638e-05
insert chi_b11Pwidth:InterpolationWidths 45 2.5068655e-05
insert chi_b11Pwidth:InterpolationWidths 46 2.5073511e-05
insert chi_b11Pwidth:InterpolationWidths 47 2.5078367e-05
insert chi_b11Pwidth:InterpolationWidths 48 2.5083224e-05
insert chi_b11Pwidth:InterpolationWidths 49 2.5088081e-05
insert chi_b11Pwidth:InterpolationWidths 50 2.5092939e-05
insert chi_b11Pwidth:InterpolationWidths 51 2.5097798e-05
insert chi_b11Pwidth:InterpolationWidths 52 2.5102657e-05
insert chi_b11Pwidth:InterpolationWidths 53 2.5107517e-05
insert chi_b11Pwidth:NumberofEntries 0 0
insert chi_b11Pwidth:NumberofEntries 1 54
newdef /Herwig/Particles/chi_b1:Width_generator chi_b11Pwidth
#
create Herwig::GenericWidthGenerator chi_c11Pwidth
newdef chi_c11Pwidth:Particle /Herwig/Particles/chi_c1
newdef chi_c11Pwidth:Prefactor 1.08026
newdef chi_c11Pwidth:BRNormalize 1
newdef chi_c11Pwidth:BRMinimum 0.01
newdef chi_c11Pwidth:Points 50
newdef chi_c11Pwidth:InterpolationOrder 1
insert chi_c11Pwidth:MEtype 0 0
insert chi_c11Pwidth:MEtype 1 2
insert chi_c11Pwidth:MEtype 2 0
insert chi_c11Pwidth:MEtype 3 0
insert chi_c11Pwidth:MEtype 4 0
insert chi_c11Pwidth:MEtype 5 0
insert chi_c11Pwidth:MEtype 6 0
insert chi_c11Pwidth:MEtype 7 0
insert chi_c11Pwidth:MEtype 8 0
insert chi_c11Pwidth:MEtype 9 0
insert chi_c11Pwidth:MEtype 10 0
insert chi_c11Pwidth:MEtype 11 0
insert chi_c11Pwidth:MEtype 12 0
insert chi_c11Pwidth:MEtype 13 0
insert chi_c11Pwidth:MEtype 14 0
insert chi_c11Pwidth:MEtype 15 0
insert chi_c11Pwidth:MEtype 16 0
insert chi_c11Pwidth:MEtype 17 0
insert chi_c11Pwidth:MEtype 18 0
insert chi_c11Pwidth:MEtype 19 0
insert chi_c11Pwidth:MEtype 20 0
insert chi_c11Pwidth:MEtype 21 0
insert chi_c11Pwidth:MEtype 22 2
insert chi_c11Pwidth:MEtype 23 2
insert chi_c11Pwidth:MEtype 24 0
insert chi_c11Pwidth:MEtype 25 0
insert chi_c11Pwidth:MEtype 26 0
insert chi_c11Pwidth:MEtype 27 0
insert chi_c11Pwidth:MEtype 28 0
insert chi_c11Pwidth:MEtype 29 0
insert chi_c11Pwidth:MEtype 30 0
insert chi_c11Pwidth:MEtype 31 0
insert chi_c11Pwidth:MEtype 32 0
insert chi_c11Pwidth:MEtype 33 0
insert chi_c11Pwidth:MEtype 34 0
insert chi_c11Pwidth:MEtype 35 0
insert chi_c11Pwidth:MEtype 36 0
insert chi_c11Pwidth:MEtype 37 0
insert chi_c11Pwidth:MEtype 38 0
insert chi_c11Pwidth:MEtype 39 0
insert chi_c11Pwidth:MEtype 40 0
insert chi_c11Pwidth:MEtype 41 0
insert chi_c11Pwidth:MEtype 42 0
insert chi_c11Pwidth:MEtype 43 0
insert chi_c11Pwidth:MEtype 44 0
insert chi_c11Pwidth:MEtype 45 2
insert chi_c11Pwidth:MEtype 46 0
insert chi_c11Pwidth:MEtype 47 0
insert chi_c11Pwidth:MEtype 48 0
insert chi_c11Pwidth:MEtype 49 0
insert chi_c11Pwidth:MEtype 50 0
insert chi_c11Pwidth:MEtype 51 0
insert chi_c11Pwidth:MEtype 52 0
insert chi_c11Pwidth:MEtype 53 0
insert chi_c11Pwidth:MEtype 54 0
insert chi_c11Pwidth:MEtype 55 0
insert chi_c11Pwidth:MEtype 56 0
insert chi_c11Pwidth:MEtype 57 2
insert chi_c11Pwidth:MEtype 58 0
insert chi_c11Pwidth:MEtype 59 0
insert chi_c11Pwidth:MEtype 60 0
insert chi_c11Pwidth:MEtype 61 0
insert chi_c11Pwidth:MEtype 62 0
insert chi_c11Pwidth:MEtype 63 2
insert chi_c11Pwidth:MEcode 0 0
insert chi_c11Pwidth:MEcode 1 0
insert chi_c11Pwidth:MEcode 2 0
insert chi_c11Pwidth:MEcode 3 0
insert chi_c11Pwidth:MEcode 4 0
insert chi_c11Pwidth:MEcode 5 0
insert chi_c11Pwidth:MEcode 6 0
insert chi_c11Pwidth:MEcode 7 0
insert chi_c11Pwidth:MEcode 8 0
insert chi_c11Pwidth:MEcode 9 0
insert chi_c11Pwidth:MEcode 10 0
insert chi_c11Pwidth:MEcode 11 0
insert chi_c11Pwidth:MEcode 12 0
insert chi_c11Pwidth:MEcode 13 0
insert chi_c11Pwidth:MEcode 14 0
insert chi_c11Pwidth:MEcode 15 0
insert chi_c11Pwidth:MEcode 16 0
insert chi_c11Pwidth:MEcode 17 0
insert chi_c11Pwidth:MEcode 18 0
insert chi_c11Pwidth:MEcode 19 0
insert chi_c11Pwidth:MEcode 20 0
insert chi_c11Pwidth:MEcode 21 0
insert chi_c11Pwidth:MEcode 22 0
insert chi_c11Pwidth:MEcode 23 0
insert chi_c11Pwidth:MEcode 24 0
insert chi_c11Pwidth:MEcode 25 0
insert chi_c11Pwidth:MEcode 26 0
insert chi_c11Pwidth:MEcode 27 0
insert chi_c11Pwidth:MEcode 28 0
insert chi_c11Pwidth:MEcode 29 0
insert chi_c11Pwidth:MEcode 30 0
insert chi_c11Pwidth:MEcode 31 0
insert chi_c11Pwidth:MEcode 32 0
insert chi_c11Pwidth:MEcode 33 0
insert chi_c11Pwidth:MEcode 34 0
insert chi_c11Pwidth:MEcode 35 0
insert chi_c11Pwidth:MEcode 36 0
insert chi_c11Pwidth:MEcode 37 0
insert chi_c11Pwidth:MEcode 38 0
insert chi_c11Pwidth:MEcode 39 0
insert chi_c11Pwidth:MEcode 40 0
insert chi_c11Pwidth:MEcode 41 0
insert chi_c11Pwidth:MEcode 42 0
insert chi_c11Pwidth:MEcode 43 0
insert chi_c11Pwidth:MEcode 44 0
insert chi_c11Pwidth:MEcode 45 0
insert chi_c11Pwidth:MEcode 46 0
insert chi_c11Pwidth:MEcode 47 0
insert chi_c11Pwidth:MEcode 48 0
insert chi_c11Pwidth:MEcode 49 0
insert chi_c11Pwidth:MEcode 50 0
insert chi_c11Pwidth:MEcode 51 0
insert chi_c11Pwidth:MEcode 52 0
insert chi_c11Pwidth:MEcode 53 0
insert chi_c11Pwidth:MEcode 54 0
insert chi_c11Pwidth:MEcode 55 0
insert chi_c11Pwidth:MEcode 56 0
insert chi_c11Pwidth:MEcode 57 0
insert chi_c11Pwidth:MEcode 58 0
insert chi_c11Pwidth:MEcode 59 0
insert chi_c11Pwidth:MEcode 60 0
insert chi_c11Pwidth:MEcode 61 0
insert chi_c11Pwidth:MEcode 62 0
insert chi_c11Pwidth:MEcode 63 0
insert chi_c11Pwidth:MEcoupling 0 0.579012
insert chi_c11Pwidth:MEcoupling 1 1.01564
insert chi_c11Pwidth:MEcoupling 2 0.00725
insert chi_c11Pwidth:MEcoupling 3 0.00725
insert chi_c11Pwidth:MEcoupling 4 0.00462
insert chi_c11Pwidth:MEcoupling 5 0.0039
insert chi_c11Pwidth:MEcoupling 6 0.003704
insert chi_c11Pwidth:MEcoupling 7 0.0035
insert chi_c11Pwidth:MEcoupling 8 0.0035
insert chi_c11Pwidth:MEcoupling 9 0.003425
insert chi_c11Pwidth:MEcoupling 10 0.0025
insert chi_c11Pwidth:MEcoupling 11 0.0025
insert chi_c11Pwidth:MEcoupling 12 0.0022
insert chi_c11Pwidth:MEcoupling 13 0.00181
insert chi_c11Pwidth:MEcoupling 14 0.00181
insert chi_c11Pwidth:MEcoupling 15 0.00165
insert chi_c11Pwidth:MEcoupling 16 0.00165
insert chi_c11Pwidth:MEcoupling 17 0.00162
insert chi_c11Pwidth:MEcoupling 18 0.0016
insert chi_c11Pwidth:MEcoupling 19 0.0016
insert chi_c11Pwidth:MEcoupling 20 0.001598
insert chi_c11Pwidth:MEcoupling 21 0.001598
insert chi_c11Pwidth:MEcoupling 22 1.01065
insert chi_c11Pwidth:MEcoupling 23 0.992971
insert chi_c11Pwidth:MEcoupling 24 0.00088
insert chi_c11Pwidth:MEcoupling 25 0.00078
insert chi_c11Pwidth:MEcoupling 26 0.000685
insert chi_c11Pwidth:MEcoupling 27 0.00067
insert chi_c11Pwidth:MEcoupling 28 0.000575
insert chi_c11Pwidth:MEcoupling 29 0.000575
insert chi_c11Pwidth:MEcoupling 30 0.000575
insert chi_c11Pwidth:MEcoupling 31 0.000575
insert chi_c11Pwidth:MEcoupling 32 0.00057
insert chi_c11Pwidth:MEcoupling 33 0.0005
insert chi_c11Pwidth:MEcoupling 34 0.000448
insert chi_c11Pwidth:MEcoupling 35 0.000439
insert chi_c11Pwidth:MEcoupling 36 0.00042
insert chi_c11Pwidth:MEcoupling 37 0.00041
insert chi_c11Pwidth:MEcoupling 38 0.000385
insert chi_c11Pwidth:MEcoupling 39 0.000385
insert chi_c11Pwidth:MEcoupling 40 0.00032
insert chi_c11Pwidth:MEcoupling 41 0.0003
insert chi_c11Pwidth:MEcoupling 42 0.00025
insert chi_c11Pwidth:MEcoupling 43 0.00025
insert chi_c11Pwidth:MEcoupling 44 0.00025
insert chi_c11Pwidth:MEcoupling 45 1.0019
insert chi_c11Pwidth:MEcoupling 46 0.000212
insert chi_c11Pwidth:MEcoupling 47 0.000212
insert chi_c11Pwidth:MEcoupling 48 0.000155
insert chi_c11Pwidth:MEcoupling 49 0.000155
insert chi_c11Pwidth:MEcoupling 50 0.000145
insert chi_c11Pwidth:MEcoupling 51 0.000145
insert chi_c11Pwidth:MEcoupling 52 0.000127
insert chi_c11Pwidth:MEcoupling 53 8e-05
insert chi_c11Pwidth:MEcoupling 54 8e-05
insert chi_c11Pwidth:MEcoupling 55 7.6e-05
insert chi_c11Pwidth:MEcoupling 56 7.6e-05
insert chi_c11Pwidth:MEcoupling 57 0.995519
insert chi_c11Pwidth:MEcoupling 58 4.5e-05
insert chi_c11Pwidth:MEcoupling 59 4.5e-05
insert chi_c11Pwidth:MEcoupling 60 4.5e-05
insert chi_c11Pwidth:MEcoupling 61 3.5e-05
insert chi_c11Pwidth:MEcoupling 62 2.7e-05
insert chi_c11Pwidth:MEcoupling 63 1.00094
insert chi_c11Pwidth:ModeOn 0 1
insert chi_c11Pwidth:ModeOn 1 1
insert chi_c11Pwidth:ModeOn 2 0
insert chi_c11Pwidth:ModeOn 3 0
insert chi_c11Pwidth:ModeOn 4 0
insert chi_c11Pwidth:ModeOn 5 0
insert chi_c11Pwidth:ModeOn 6 0
insert chi_c11Pwidth:ModeOn 7 0
insert chi_c11Pwidth:ModeOn 8 0
insert chi_c11Pwidth:ModeOn 9 0
insert chi_c11Pwidth:ModeOn 10 0
insert chi_c11Pwidth:ModeOn 11 0
insert chi_c11Pwidth:ModeOn 12 0
insert chi_c11Pwidth:ModeOn 13 0
insert chi_c11Pwidth:ModeOn 14 0
insert chi_c11Pwidth:ModeOn 15 0
insert chi_c11Pwidth:ModeOn 16 0
insert chi_c11Pwidth:ModeOn 17 0
insert chi_c11Pwidth:ModeOn 18 0
insert chi_c11Pwidth:ModeOn 19 0
insert chi_c11Pwidth:ModeOn 20 0
insert chi_c11Pwidth:ModeOn 21 0
insert chi_c11Pwidth:ModeOn 22 0
insert chi_c11Pwidth:ModeOn 23 0
insert chi_c11Pwidth:ModeOn 24 0
insert chi_c11Pwidth:ModeOn 25 0
insert chi_c11Pwidth:ModeOn 26 0
insert chi_c11Pwidth:ModeOn 27 0
insert chi_c11Pwidth:ModeOn 28 0
insert chi_c11Pwidth:ModeOn 29 0
insert chi_c11Pwidth:ModeOn 30 0
insert chi_c11Pwidth:ModeOn 31 0
insert chi_c11Pwidth:ModeOn 32 0
insert chi_c11Pwidth:ModeOn 33 0
insert chi_c11Pwidth:ModeOn 34 0
insert chi_c11Pwidth:ModeOn 35 0
insert chi_c11Pwidth:ModeOn 36 0
insert chi_c11Pwidth:ModeOn 37 0
insert chi_c11Pwidth:ModeOn 38 0
insert chi_c11Pwidth:ModeOn 39 0
insert chi_c11Pwidth:ModeOn 40 0
insert chi_c11Pwidth:ModeOn 41 0
insert chi_c11Pwidth:ModeOn 42 0
insert chi_c11Pwidth:ModeOn 43 0
insert chi_c11Pwidth:ModeOn 44 0
insert chi_c11Pwidth:ModeOn 45 0
insert chi_c11Pwidth:ModeOn 46 0
insert chi_c11Pwidth:ModeOn 47 0
insert chi_c11Pwidth:ModeOn 48 0
insert chi_c11Pwidth:ModeOn 49 0
insert chi_c11Pwidth:ModeOn 50 0
insert chi_c11Pwidth:ModeOn 51 0
insert chi_c11Pwidth:ModeOn 52 0
insert chi_c11Pwidth:ModeOn 53 0
insert chi_c11Pwidth:ModeOn 54 0
insert chi_c11Pwidth:ModeOn 55 0
insert chi_c11Pwidth:ModeOn 56 0
insert chi_c11Pwidth:ModeOn 57 0
insert chi_c11Pwidth:ModeOn 58 0
insert chi_c11Pwidth:ModeOn 59 0
insert chi_c11Pwidth:ModeOn 60 0
insert chi_c11Pwidth:ModeOn 61 0
insert chi_c11Pwidth:ModeOn 62 0
insert chi_c11Pwidth:ModeOn 63 0
insert chi_c11Pwidth:MinimumMasses 0 0
insert chi_c11Pwidth:MinimumMasses 1 3.09598
insert chi_c11Pwidth:MinimumMasses 2 0.649807
insert chi_c11Pwidth:MinimumMasses 3 0.649807
insert chi_c11Pwidth:MinimumMasses 4 0.82699
insert chi_c11Pwidth:MinimumMasses 5 0.654401
insert chi_c11Pwidth:MinimumMasses 6 0.558282
insert chi_c11Pwidth:MinimumMasses 7 1.13086
insert chi_c11Pwidth:MinimumMasses 8 1.13086
insert chi_c11Pwidth:MinimumMasses 9 1.26649
insert chi_c11Pwidth:MinimumMasses 10 1.36655
insert chi_c11Pwidth:MinimumMasses 11 1.36655
insert chi_c11Pwidth:MinimumMasses 12 1.23489
insert chi_c11Pwidth:MinimumMasses 13 1.1302
insert chi_c11Pwidth:MinimumMasses 14 1.12233
insert chi_c11Pwidth:MinimumMasses 15 2.12032
insert chi_c11Pwidth:MinimumMasses 16 2.12032
insert chi_c11Pwidth:MinimumMasses 17 2.11179
insert chi_c11Pwidth:MinimumMasses 18 1.27885
insert chi_c11Pwidth:MinimumMasses 19 1.27885
insert chi_c11Pwidth:MinimumMasses 20 1.2788
insert chi_c11Pwidth:MinimumMasses 21 1.2788
insert chi_c11Pwidth:MinimumMasses 22 1.2911
insert chi_c11Pwidth:MinimumMasses 23 1.28334
insert chi_c11Pwidth:MinimumMasses 24 1.9431
insert chi_c11Pwidth:MinimumMasses 25 1.68321
insert chi_c11Pwidth:MinimumMasses 26 1.40358
insert chi_c11Pwidth:MinimumMasses 27 1.64835
insert chi_c11Pwidth:MinimumMasses 28 1.27032
insert chi_c11Pwidth:MinimumMasses 29 1.27814
insert chi_c11Pwidth:MinimumMasses 30 1.27814
insert chi_c11Pwidth:MinimumMasses 31 1.27032
insert chi_c11Pwidth:MinimumMasses 32 1.39172
insert chi_c11Pwidth:MinimumMasses 33 2.15827
insert chi_c11Pwidth:MinimumMasses 34 2.15568
insert chi_c11Pwidth:MinimumMasses 35 1.97471
insert chi_c11Pwidth:MinimumMasses 36 1.97892
insert chi_c11Pwidth:MinimumMasses 37 1.97681
insert chi_c11Pwidth:MinimumMasses 38 2.01741
insert chi_c11Pwidth:MinimumMasses 39 2.01741
insert chi_c11Pwidth:MinimumMasses 40 1.5352
insert chi_c11Pwidth:MinimumMasses 41 2.52677
insert chi_c11Pwidth:MinimumMasses 42 2.14908
insert chi_c11Pwidth:MinimumMasses 43 2.1465
insert chi_c11Pwidth:MinimumMasses 44 2.51051
insert chi_c11Pwidth:MinimumMasses 45 0.37526
insert chi_c11Pwidth:MinimumMasses 46 2.57499
insert chi_c11Pwidth:MinimumMasses 47 2.5724
insert chi_c11Pwidth:MinimumMasses 48 2.01411
insert chi_c11Pwidth:MinimumMasses 49 2.01152
insert chi_c11Pwidth:MinimumMasses 50 2.42698
insert chi_c11Pwidth:MinimumMasses 51 2.42439
insert chi_c11Pwidth:MinimumMasses 52 2.23137
insert chi_c11Pwidth:MinimumMasses 53 2.64342
insert chi_c11Pwidth:MinimumMasses 54 2.62972
insert chi_c11Pwidth:MinimumMasses 55 1.87913
insert chi_c11Pwidth:MinimumMasses 56 1.87654
insert chi_c11Pwidth:MinimumMasses 57 0.69586
insert chi_c11Pwidth:MinimumMasses 58 2.3949
insert chi_c11Pwidth:MinimumMasses 59 2.38528
insert chi_c11Pwidth:MinimumMasses 60 2.37874
insert chi_c11Pwidth:MinimumMasses 61 1.99044
insert chi_c11Pwidth:MinimumMasses 62 1.68532
insert chi_c11Pwidth:MinimumMasses 63 0.989461
insert chi_c11Pwidth:MEmass1 0 0
insert chi_c11Pwidth:MEmass1 1 3.09692
insert chi_c11Pwidth:MEmass1 2 0
insert chi_c11Pwidth:MEmass1 3 0
insert chi_c11Pwidth:MEmass1 4 0
insert chi_c11Pwidth:MEmass1 5 0
insert chi_c11Pwidth:MEmass1 6 0
insert chi_c11Pwidth:MEmass1 7 0
insert chi_c11Pwidth:MEmass1 8 0
insert chi_c11Pwidth:MEmass1 9 0
insert chi_c11Pwidth:MEmass1 10 0
insert chi_c11Pwidth:MEmass1 11 0
insert chi_c11Pwidth:MEmass1 12 0
insert chi_c11Pwidth:MEmass1 13 0
insert chi_c11Pwidth:MEmass1 14 0
insert chi_c11Pwidth:MEmass1 15 0
insert chi_c11Pwidth:MEmass1 16 0
insert chi_c11Pwidth:MEmass1 17 0
insert chi_c11Pwidth:MEmass1 18 0
insert chi_c11Pwidth:MEmass1 19 0
insert chi_c11Pwidth:MEmass1 20 0
insert chi_c11Pwidth:MEmass1 21 0
insert chi_c11Pwidth:MEmass1 22 0.89555
insert chi_c11Pwidth:MEmass1 23 0.89167
insert chi_c11Pwidth:MEmass1 24 0
insert chi_c11Pwidth:MEmass1 25 0
insert chi_c11Pwidth:MEmass1 26 0
insert chi_c11Pwidth:MEmass1 27 0
insert chi_c11Pwidth:MEmass1 28 0
insert chi_c11Pwidth:MEmass1 29 0
insert chi_c11Pwidth:MEmass1 30 0
insert chi_c11Pwidth:MEmass1 31 0
insert chi_c11Pwidth:MEmass1 32 0
insert chi_c11Pwidth:MEmass1 33 0
insert chi_c11Pwidth:MEmass1 34 0
insert chi_c11Pwidth:MEmass1 35 0
insert chi_c11Pwidth:MEmass1 36 0
insert chi_c11Pwidth:MEmass1 37 0
insert chi_c11Pwidth:MEmass1 38 0
insert chi_c11Pwidth:MEmass1 39 0
insert chi_c11Pwidth:MEmass1 40 0
insert chi_c11Pwidth:MEmass1 41 0
insert chi_c11Pwidth:MEmass1 42 0
insert chi_c11Pwidth:MEmass1 43 0
insert chi_c11Pwidth:MEmass1 44 0
insert chi_c11Pwidth:MEmass1 45 0.77526
insert chi_c11Pwidth:MEmass1 46 0
insert chi_c11Pwidth:MEmass1 47 0
insert chi_c11Pwidth:MEmass1 48 0
insert chi_c11Pwidth:MEmass1 49 0
insert chi_c11Pwidth:MEmass1 50 0
insert chi_c11Pwidth:MEmass1 51 0
insert chi_c11Pwidth:MEmass1 52 0
insert chi_c11Pwidth:MEmass1 53 0
insert chi_c11Pwidth:MEmass1 54 0
insert chi_c11Pwidth:MEmass1 55 0
insert chi_c11Pwidth:MEmass1 56 0
insert chi_c11Pwidth:MEmass1 57 0.78266
insert chi_c11Pwidth:MEmass1 58 0
insert chi_c11Pwidth:MEmass1 59 0
insert chi_c11Pwidth:MEmass1 60 0
insert chi_c11Pwidth:MEmass1 61 0
insert chi_c11Pwidth:MEmass1 62 0
insert chi_c11Pwidth:MEmass1 63 1.01946
insert chi_c11Pwidth:MEmass2 0 0
insert chi_c11Pwidth:MEmass2 1 0
insert chi_c11Pwidth:MEmass2 2 0
insert chi_c11Pwidth:MEmass2 3 0
insert chi_c11Pwidth:MEmass2 4 0
insert chi_c11Pwidth:MEmass2 5 0
insert chi_c11Pwidth:MEmass2 6 0
insert chi_c11Pwidth:MEmass2 7 0
insert chi_c11Pwidth:MEmass2 8 0
insert chi_c11Pwidth:MEmass2 9 0
insert chi_c11Pwidth:MEmass2 10 0
insert chi_c11Pwidth:MEmass2 11 0
insert chi_c11Pwidth:MEmass2 12 0
insert chi_c11Pwidth:MEmass2 13 0
insert chi_c11Pwidth:MEmass2 14 0
insert chi_c11Pwidth:MEmass2 15 0
insert chi_c11Pwidth:MEmass2 16 0
insert chi_c11Pwidth:MEmass2 17 0
insert chi_c11Pwidth:MEmass2 18 0
insert chi_c11Pwidth:MEmass2 19 0
insert chi_c11Pwidth:MEmass2 20 0
insert chi_c11Pwidth:MEmass2 21 0
insert chi_c11Pwidth:MEmass2 22 0.89555
insert chi_c11Pwidth:MEmass2 23 0.89167
insert chi_c11Pwidth:MEmass2 24 0
insert chi_c11Pwidth:MEmass2 25 0
insert chi_c11Pwidth:MEmass2 26 0
insert chi_c11Pwidth:MEmass2 27 0
insert chi_c11Pwidth:MEmass2 28 0
insert chi_c11Pwidth:MEmass2 29 0
insert chi_c11Pwidth:MEmass2 30 0
insert chi_c11Pwidth:MEmass2 31 0
insert chi_c11Pwidth:MEmass2 32 0
insert chi_c11Pwidth:MEmass2 33 0
insert chi_c11Pwidth:MEmass2 34 0
insert chi_c11Pwidth:MEmass2 35 0
insert chi_c11Pwidth:MEmass2 36 0
insert chi_c11Pwidth:MEmass2 37 0
insert chi_c11Pwidth:MEmass2 38 0
insert chi_c11Pwidth:MEmass2 39 0
insert chi_c11Pwidth:MEmass2 40 0
insert chi_c11Pwidth:MEmass2 41 0
insert chi_c11Pwidth:MEmass2 42 0
insert chi_c11Pwidth:MEmass2 43 0
insert chi_c11Pwidth:MEmass2 44 0
insert chi_c11Pwidth:MEmass2 45 0
insert chi_c11Pwidth:MEmass2 46 0
insert chi_c11Pwidth:MEmass2 47 0
insert chi_c11Pwidth:MEmass2 48 0
insert chi_c11Pwidth:MEmass2 49 0
insert chi_c11Pwidth:MEmass2 50 0
insert chi_c11Pwidth:MEmass2 51 0
insert chi_c11Pwidth:MEmass2 52 0
insert chi_c11Pwidth:MEmass2 53 0
insert chi_c11Pwidth:MEmass2 54 0
insert chi_c11Pwidth:MEmass2 55 0
insert chi_c11Pwidth:MEmass2 56 0
insert chi_c11Pwidth:MEmass2 57 0
insert chi_c11Pwidth:MEmass2 58 0
insert chi_c11Pwidth:MEmass2 59 0
insert chi_c11Pwidth:MEmass2 60 0
insert chi_c11Pwidth:MEmass2 61 0
insert chi_c11Pwidth:MEmass2 62 0
insert chi_c11Pwidth:MEmass2 63 0
insert chi_c11Pwidth:DecayModes 0 chi_c1->g,g;
insert chi_c11Pwidth:DecayModes 1 chi_c1->Jpsi,gamma;
insert chi_c11Pwidth:DecayModes 2 chi_c1->rho-,pi+,pi0;
insert chi_c11Pwidth:DecayModes 3 chi_c1->rho+,pi-,pi0;
insert chi_c11Pwidth:DecayModes 4 chi_c1->eta,pi+,pi-;
insert chi_c11Pwidth:DecayModes 5 chi_c1->pi+,pi-,rho0;
insert chi_c11Pwidth:DecayModes 6 chi_c1->pi+,pi+,pi-,pi-;
insert chi_c11Pwidth:DecayModes 7 chi_c1->K-,K0,pi+;
insert chi_c11Pwidth:DecayModes 8 chi_c1->K+,Kbar0,pi-;
insert chi_c11Pwidth:DecayModes 9 chi_c1->K+,K-,pi+,pi-;
insert chi_c11Pwidth:DecayModes 10 chi_c1->K+,Kbar0,rho-;
insert chi_c11Pwidth:DecayModes 11 chi_c1->K-,K0,rho+;
insert chi_c11Pwidth:DecayModes 12 chi_c1->eta',pi+,pi-;
insert chi_c11Pwidth:DecayModes 13 chi_c1->K0,Kbar0,pi0;
insert chi_c11Pwidth:DecayModes 14 chi_c1->K+,K-,pi0;
insert chi_c11Pwidth:DecayModes 15 chi_c1->phi,K-,K0,pi+;
insert chi_c11Pwidth:DecayModes 16 chi_c1->phi,K+,Kbar0,pi-;
insert chi_c11Pwidth:DecayModes 17 chi_c1->phi,K+,K-,pi0;
insert chi_c11Pwidth:DecayModes 18 chi_c1->K*-,K0,pi+;
insert chi_c11Pwidth:DecayModes 19 chi_c1->K*+,Kbar0,pi-;
insert chi_c11Pwidth:DecayModes 20 chi_c1->K+,K*bar0,pi-;
insert chi_c11Pwidth:DecayModes 21 chi_c1->K-,K*0,pi+;
insert chi_c11Pwidth:DecayModes 22 chi_c1->K*0,K*bar0;
insert chi_c11Pwidth:DecayModes 23 chi_c1->K*+,K*-;
insert chi_c11Pwidth:DecayModes 24 chi_c1->eta',K+,K-;
insert chi_c11Pwidth:DecayModes 25 chi_c1->K+,K-,omega;
insert chi_c11Pwidth:DecayModes 26 chi_c1->phi,pi+,pi-,pi0;
insert chi_c11Pwidth:DecayModes 27 chi_c1->f_2,eta;
insert chi_c11Pwidth:DecayModes 28 chi_c1->K*-,K+,pi0;
insert chi_c11Pwidth:DecayModes 29 chi_c1->K*bar0,K0,pi0;
insert chi_c11Pwidth:DecayModes 30 chi_c1->K*0,Kbar0,pi0;
insert chi_c11Pwidth:DecayModes 31 chi_c1->K*+,K-,pi0;
insert chi_c11Pwidth:DecayModes 32 chi_c1->omega,omega;
insert chi_c11Pwidth:DecayModes 33 chi_c1->n0,nbar0,pi+,pi-;
insert chi_c11Pwidth:DecayModes 34 chi_c1->p+,pbar-,pi+,pi-;
insert chi_c11Pwidth:DecayModes 35 chi_c1->K+,K+,K-,K-;
insert chi_c11Pwidth:DecayModes 36 chi_c1->phi,phi;
insert chi_c11Pwidth:DecayModes 37 chi_c1->phi,K+,K-;
insert chi_c11Pwidth:DecayModes 38 chi_c1->pbar-,n0,pi+;
insert chi_c11Pwidth:DecayModes 39 chi_c1->p+,nbar0,pi-;
insert chi_c11Pwidth:DecayModes 40 chi_c1->K+,K-,eta;
insert chi_c11Pwidth:DecayModes 41 chi_c1->phi,phi,eta;
insert chi_c11Pwidth:DecayModes 42 chi_c1->n0,nbar0,pi0,pi0;
insert chi_c11Pwidth:DecayModes 43 chi_c1->p+,pbar-,pi0,pi0;
insert chi_c11Pwidth:DecayModes 44 chi_c1->Lambda0,Lambdabar0,pi+,pi-;
insert chi_c11Pwidth:DecayModes 45 chi_c1->rho0,gamma;
insert chi_c11Pwidth:DecayModes 46 chi_c1->n0,nbar0,omega;
insert chi_c11Pwidth:DecayModes 47 chi_c1->p+,pbar-,omega;
insert chi_c11Pwidth:DecayModes 48 chi_c1->n0,nbar0,pi0;
insert chi_c11Pwidth:DecayModes 49 chi_c1->p+,pbar-,pi0;
insert chi_c11Pwidth:DecayModes 50 chi_c1->n0,nbar0,eta;
insert chi_c11Pwidth:DecayModes 51 chi_c1->p+,pbar-,eta;
insert chi_c11Pwidth:DecayModes 52 chi_c1->Lambda0,Lambdabar0;
insert chi_c11Pwidth:DecayModes 53 chi_c1->Xi-,Xibar+;
insert chi_c11Pwidth:DecayModes 54 chi_c1->Xi0,Xibar0;
insert chi_c11Pwidth:DecayModes 55 chi_c1->n0,nbar0;
insert chi_c11Pwidth:DecayModes 56 chi_c1->p+,pbar-;
insert chi_c11Pwidth:DecayModes 57 chi_c1->omega,gamma;
insert chi_c11Pwidth:DecayModes 58 chi_c1->Sigma-,Sigmabar+;
insert chi_c11Pwidth:DecayModes 59 chi_c1->Sigma0,Sigmabar0;
insert chi_c11Pwidth:DecayModes 60 chi_c1->Sigma+,Sigmabar-;
insert chi_c11Pwidth:DecayModes 61 chi_c1->K_S0,K_S0,K_S0,K_S0;
insert chi_c11Pwidth:DecayModes 62 chi_c1->phi,omega;
insert chi_c11Pwidth:DecayModes 63 chi_c1->phi,gamma;
insert chi_c11Pwidth:InterpolationMasses 0 3.5010435
insert chi_c11Pwidth:InterpolationMasses 1 3.5014067
insert chi_c11Pwidth:InterpolationMasses 2 3.50177
insert chi_c11Pwidth:InterpolationMasses 3 3.5021333
insert chi_c11Pwidth:InterpolationMasses 4 3.5024965
insert chi_c11Pwidth:InterpolationMasses 5 3.5028598
insert chi_c11Pwidth:InterpolationMasses 6 3.5032231
insert chi_c11Pwidth:InterpolationMasses 7 3.5035863
insert chi_c11Pwidth:InterpolationMasses 8 3.5039496
insert chi_c11Pwidth:InterpolationMasses 9 3.5043129
insert chi_c11Pwidth:InterpolationMasses 10 3.5046761
insert chi_c11Pwidth:InterpolationMasses 11 3.5050394
insert chi_c11Pwidth:InterpolationMasses 12 3.5054027
insert chi_c11Pwidth:InterpolationMasses 13 3.5057659
insert chi_c11Pwidth:InterpolationMasses 14 3.5061292
insert chi_c11Pwidth:InterpolationMasses 15 3.5064924
insert chi_c11Pwidth:InterpolationMasses 16 3.5068557
insert chi_c11Pwidth:InterpolationMasses 17 3.507219
insert chi_c11Pwidth:InterpolationMasses 18 3.5075822
insert chi_c11Pwidth:InterpolationMasses 19 3.5079455
insert chi_c11Pwidth:InterpolationMasses 20 3.5083088
insert chi_c11Pwidth:InterpolationMasses 21 3.508672
insert chi_c11Pwidth:InterpolationMasses 22 3.5090353
insert chi_c11Pwidth:InterpolationMasses 23 3.5093986
insert chi_c11Pwidth:InterpolationMasses 24 3.5097618
insert chi_c11Pwidth:InterpolationMasses 25 3.5101251
insert chi_c11Pwidth:InterpolationMasses 26 3.5104884
insert chi_c11Pwidth:InterpolationMasses 27 3.5108516
insert chi_c11Pwidth:InterpolationMasses 28 3.5112149
insert chi_c11Pwidth:InterpolationMasses 29 3.5115782
insert chi_c11Pwidth:InterpolationMasses 30 3.5119414
insert chi_c11Pwidth:InterpolationMasses 31 3.5123047
insert chi_c11Pwidth:InterpolationMasses 32 3.512668
insert chi_c11Pwidth:InterpolationMasses 33 3.5130312
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insert chi_c11Pwidth:InterpolationWidths 90 1.1672191e-06
insert chi_c11Pwidth:InterpolationWidths 91 1.1675997e-06
insert chi_c11Pwidth:InterpolationWidths 92 1.1679805e-06
insert chi_c11Pwidth:InterpolationWidths 93 1.1683613e-06
insert chi_c11Pwidth:InterpolationWidths 94 1.1687422e-06
insert chi_c11Pwidth:InterpolationWidths 95 1.1691231e-06
insert chi_c11Pwidth:InterpolationWidths 96 1.1695042e-06
insert chi_c11Pwidth:InterpolationWidths 97 1.1698853e-06
insert chi_c11Pwidth:InterpolationWidths 98 1.1702665e-06
insert chi_c11Pwidth:InterpolationWidths 99 1.1706477e-06
insert chi_c11Pwidth:InterpolationWidths 100 1.1710291e-06
insert chi_c11Pwidth:InterpolationWidths 101 1.1714105e-06
insert chi_c11Pwidth:InterpolationWidths 102 1.171792e-06
insert chi_c11Pwidth:InterpolationWidths 103 1.1721736e-06
insert chi_c11Pwidth:InterpolationWidths 104 1.1725553e-06
insert chi_c11Pwidth:InterpolationWidths 105 1.172937e-06
insert chi_c11Pwidth:InterpolationWidths 106 1.1733188e-06
insert chi_c11Pwidth:InterpolationWidths 107 1.1737007e-06
insert chi_c11Pwidth:InterpolationWidths 108 1.1740997e-06
insert chi_c11Pwidth:InterpolationWidths 109 1.1744846e-06
insert chi_c11Pwidth:InterpolationWidths 110 1.1748695e-06
insert chi_c11Pwidth:InterpolationWidths 111 1.1752545e-06
insert chi_c11Pwidth:InterpolationWidths 112 1.1756396e-06
insert chi_c11Pwidth:InterpolationWidths 113 1.1760247e-06
insert chi_c11Pwidth:InterpolationWidths 114 1.1764099e-06
insert chi_c11Pwidth:InterpolationWidths 115 1.1767952e-06
insert chi_c11Pwidth:InterpolationWidths 116 1.1771806e-06
insert chi_c11Pwidth:InterpolationWidths 117 1.1775661e-06
insert chi_c11Pwidth:InterpolationWidths 118 1.1779516e-06
insert chi_c11Pwidth:InterpolationWidths 119 1.1783372e-06
insert chi_c11Pwidth:InterpolationWidths 120 1.1787229e-06
insert chi_c11Pwidth:InterpolationWidths 121 1.1791087e-06
insert chi_c11Pwidth:InterpolationWidths 122 1.1794945e-06
insert chi_c11Pwidth:InterpolationWidths 123 1.1798805e-06
insert chi_c11Pwidth:InterpolationWidths 124 1.1802665e-06
insert chi_c11Pwidth:InterpolationWidths 125 1.1806526e-06
insert chi_c11Pwidth:InterpolationWidths 126 1.1810387e-06
insert chi_c11Pwidth:InterpolationWidths 127 1.1814249e-06
insert chi_c11Pwidth:InterpolationWidths 128 1.1818113e-06
insert chi_c11Pwidth:InterpolationWidths 129 1.1821977e-06
insert chi_c11Pwidth:InterpolationWidths 130 1.1825841e-06
insert chi_c11Pwidth:InterpolationWidths 131 1.1829707e-06
insert chi_c11Pwidth:InterpolationWidths 132 1.1833573e-06
insert chi_c11Pwidth:InterpolationWidths 133 1.183744e-06
insert chi_c11Pwidth:InterpolationWidths 134 1.1841308e-06
insert chi_c11Pwidth:InterpolationWidths 135 1.1845176e-06
insert chi_c11Pwidth:InterpolationWidths 136 1.1849046e-06
insert chi_c11Pwidth:InterpolationWidths 137 1.1852916e-06
insert chi_c11Pwidth:InterpolationWidths 138 1.1856787e-06
insert chi_c11Pwidth:InterpolationWidths 139 1.1860658e-06
insert chi_c11Pwidth:InterpolationWidths 140 1.1864531e-06
insert chi_c11Pwidth:InterpolationWidths 141 1.1868404e-06
insert chi_c11Pwidth:InterpolationWidths 142 1.1872278e-06
insert chi_c11Pwidth:InterpolationWidths 143 1.1876153e-06
insert chi_c11Pwidth:InterpolationWidths 144 1.1880029e-06
insert chi_c11Pwidth:InterpolationWidths 145 1.1883905e-06
insert chi_c11Pwidth:InterpolationWidths 146 1.1887782e-06
insert chi_c11Pwidth:InterpolationWidths 147 1.189166e-06
insert chi_c11Pwidth:InterpolationWidths 148 1.1895539e-06
insert chi_c11Pwidth:InterpolationWidths 149 1.1899418e-06
insert chi_c11Pwidth:InterpolationWidths 150 1.1903298e-06
insert chi_c11Pwidth:InterpolationWidths 151 1.1907179e-06
insert chi_c11Pwidth:InterpolationWidths 152 1.1911061e-06
insert chi_c11Pwidth:InterpolationWidths 153 1.1914944e-06
insert chi_c11Pwidth:InterpolationWidths 154 1.1918827e-06
insert chi_c11Pwidth:InterpolationWidths 155 1.1922711e-06
insert chi_c11Pwidth:InterpolationWidths 156 1.1926596e-06
insert chi_c11Pwidth:InterpolationWidths 157 1.1930482e-06
insert chi_c11Pwidth:InterpolationWidths 158 1.1934369e-06
insert chi_c11Pwidth:InterpolationWidths 159 1.1938256e-06
insert chi_c11Pwidth:InterpolationWidths 160 1.1942144e-06
insert chi_c11Pwidth:InterpolationWidths 161 1.1946033e-06
insert chi_c11Pwidth:InterpolationWidths 162 1.7949953e-07
insert chi_c11Pwidth:InterpolationWidths 163 1.795596e-07
insert chi_c11Pwidth:InterpolationWidths 164 1.7961969e-07
insert chi_c11Pwidth:InterpolationWidths 165 1.796798e-07
insert chi_c11Pwidth:InterpolationWidths 166 1.7973991e-07
insert chi_c11Pwidth:InterpolationWidths 167 1.7980004e-07
insert chi_c11Pwidth:InterpolationWidths 168 1.7986018e-07
insert chi_c11Pwidth:InterpolationWidths 169 1.7992033e-07
insert chi_c11Pwidth:InterpolationWidths 170 1.799805e-07
insert chi_c11Pwidth:InterpolationWidths 171 1.8004068e-07
insert chi_c11Pwidth:InterpolationWidths 172 1.8010087e-07
insert chi_c11Pwidth:InterpolationWidths 173 1.8016108e-07
insert chi_c11Pwidth:InterpolationWidths 174 1.802213e-07
insert chi_c11Pwidth:InterpolationWidths 175 1.8028153e-07
insert chi_c11Pwidth:InterpolationWidths 176 1.8034177e-07
insert chi_c11Pwidth:InterpolationWidths 177 1.8040203e-07
insert chi_c11Pwidth:InterpolationWidths 178 1.804623e-07
insert chi_c11Pwidth:InterpolationWidths 179 1.8052258e-07
insert chi_c11Pwidth:InterpolationWidths 180 1.8058288e-07
insert chi_c11Pwidth:InterpolationWidths 181 1.8064319e-07
insert chi_c11Pwidth:InterpolationWidths 182 1.8070351e-07
insert chi_c11Pwidth:InterpolationWidths 183 1.8076384e-07
insert chi_c11Pwidth:InterpolationWidths 184 1.8082419e-07
insert chi_c11Pwidth:InterpolationWidths 185 1.8088455e-07
insert chi_c11Pwidth:InterpolationWidths 186 1.8094493e-07
insert chi_c11Pwidth:InterpolationWidths 187 1.8100531e-07
insert chi_c11Pwidth:InterpolationWidths 188 1.8106571e-07
insert chi_c11Pwidth:InterpolationWidths 189 1.8112612e-07
insert chi_c11Pwidth:InterpolationWidths 190 1.8118655e-07
insert chi_c11Pwidth:InterpolationWidths 191 1.8124699e-07
insert chi_c11Pwidth:InterpolationWidths 192 1.8130744e-07
insert chi_c11Pwidth:InterpolationWidths 193 1.813679e-07
insert chi_c11Pwidth:InterpolationWidths 194 1.8142838e-07
insert chi_c11Pwidth:InterpolationWidths 195 1.8148887e-07
insert chi_c11Pwidth:InterpolationWidths 196 1.8154937e-07
insert chi_c11Pwidth:InterpolationWidths 197 1.8160989e-07
insert chi_c11Pwidth:InterpolationWidths 198 1.8167042e-07
insert chi_c11Pwidth:InterpolationWidths 199 1.8173096e-07
insert chi_c11Pwidth:InterpolationWidths 200 1.8179152e-07
insert chi_c11Pwidth:InterpolationWidths 201 1.8185208e-07
insert chi_c11Pwidth:InterpolationWidths 202 1.8191267e-07
insert chi_c11Pwidth:InterpolationWidths 203 1.8197326e-07
insert chi_c11Pwidth:InterpolationWidths 204 1.8203387e-07
insert chi_c11Pwidth:InterpolationWidths 205 1.8209449e-07
insert chi_c11Pwidth:InterpolationWidths 206 1.8215512e-07
insert chi_c11Pwidth:InterpolationWidths 207 1.8221577e-07
insert chi_c11Pwidth:InterpolationWidths 208 1.8227642e-07
insert chi_c11Pwidth:InterpolationWidths 209 1.823371e-07
insert chi_c11Pwidth:InterpolationWidths 210 1.8239778e-07
insert chi_c11Pwidth:InterpolationWidths 211 1.8245848e-07
insert chi_c11Pwidth:InterpolationWidths 212 1.8251919e-07
insert chi_c11Pwidth:InterpolationWidths 213 1.8257991e-07
insert chi_c11Pwidth:InterpolationWidths 214 1.8264065e-07
insert chi_c11Pwidth:InterpolationWidths 215 1.827014e-07
insert chi_c11Pwidth:InterpolationWidths 216 5.6871764e-08
insert chi_c11Pwidth:InterpolationWidths 217 5.6890782e-08
insert chi_c11Pwidth:InterpolationWidths 218 5.6909803e-08
insert chi_c11Pwidth:InterpolationWidths 219 5.6928829e-08
insert chi_c11Pwidth:InterpolationWidths 220 5.6947859e-08
insert chi_c11Pwidth:InterpolationWidths 221 5.6966892e-08
insert chi_c11Pwidth:InterpolationWidths 222 5.698593e-08
insert chi_c11Pwidth:InterpolationWidths 223 5.7004972e-08
insert chi_c11Pwidth:InterpolationWidths 224 5.7024018e-08
insert chi_c11Pwidth:InterpolationWidths 225 5.7043069e-08
insert chi_c11Pwidth:InterpolationWidths 226 5.7062123e-08
insert chi_c11Pwidth:InterpolationWidths 227 5.7081181e-08
insert chi_c11Pwidth:InterpolationWidths 228 5.7100244e-08
insert chi_c11Pwidth:InterpolationWidths 229 5.711931e-08
insert chi_c11Pwidth:InterpolationWidths 230 5.7138381e-08
insert chi_c11Pwidth:InterpolationWidths 231 5.7157455e-08
insert chi_c11Pwidth:InterpolationWidths 232 5.7176534e-08
insert chi_c11Pwidth:InterpolationWidths 233 5.7195617e-08
insert chi_c11Pwidth:InterpolationWidths 234 5.7214704e-08
insert chi_c11Pwidth:InterpolationWidths 235 5.7233795e-08
insert chi_c11Pwidth:InterpolationWidths 236 5.725289e-08
insert chi_c11Pwidth:InterpolationWidths 237 5.727199e-08
insert chi_c11Pwidth:InterpolationWidths 238 5.7291093e-08
insert chi_c11Pwidth:InterpolationWidths 239 5.73102e-08
insert chi_c11Pwidth:InterpolationWidths 240 5.7329312e-08
insert chi_c11Pwidth:InterpolationWidths 241 5.7348428e-08
insert chi_c11Pwidth:InterpolationWidths 242 5.7367547e-08
insert chi_c11Pwidth:InterpolationWidths 243 5.7386671e-08
insert chi_c11Pwidth:InterpolationWidths 244 5.7405799e-08
insert chi_c11Pwidth:InterpolationWidths 245 5.7424931e-08
insert chi_c11Pwidth:InterpolationWidths 246 5.7444067e-08
insert chi_c11Pwidth:InterpolationWidths 247 5.7463207e-08
insert chi_c11Pwidth:InterpolationWidths 248 5.7482352e-08
insert chi_c11Pwidth:InterpolationWidths 249 5.75015e-08
insert chi_c11Pwidth:InterpolationWidths 250 5.7520653e-08
insert chi_c11Pwidth:InterpolationWidths 251 5.7539809e-08
insert chi_c11Pwidth:InterpolationWidths 252 5.755897e-08
insert chi_c11Pwidth:InterpolationWidths 253 5.7578135e-08
insert chi_c11Pwidth:InterpolationWidths 254 5.7597304e-08
insert chi_c11Pwidth:InterpolationWidths 255 5.7616477e-08
insert chi_c11Pwidth:InterpolationWidths 256 5.7635654e-08
insert chi_c11Pwidth:InterpolationWidths 257 5.7654835e-08
insert chi_c11Pwidth:InterpolationWidths 258 5.7674021e-08
insert chi_c11Pwidth:InterpolationWidths 259 5.769321e-08
insert chi_c11Pwidth:InterpolationWidths 260 5.7712404e-08
insert chi_c11Pwidth:InterpolationWidths 261 5.7731601e-08
insert chi_c11Pwidth:InterpolationWidths 262 5.7750803e-08
insert chi_c11Pwidth:InterpolationWidths 263 5.7770009e-08
insert chi_c11Pwidth:InterpolationWidths 264 5.7789219e-08
insert chi_c11Pwidth:InterpolationWidths 265 5.7808433e-08
insert chi_c11Pwidth:InterpolationWidths 266 5.7827651e-08
insert chi_c11Pwidth:InterpolationWidths 267 5.7846873e-08
insert chi_c11Pwidth:InterpolationWidths 268 5.78661e-08
insert chi_c11Pwidth:InterpolationWidths 269 5.788533e-08
insert chi_c11Pwidth:InterpolationWidths 270 1.9953869e-08
insert chi_c11Pwidth:InterpolationWidths 271 1.9960912e-08
insert chi_c11Pwidth:InterpolationWidths 272 1.9967957e-08
insert chi_c11Pwidth:InterpolationWidths 273 1.9975003e-08
insert chi_c11Pwidth:InterpolationWidths 274 1.9982051e-08
insert chi_c11Pwidth:InterpolationWidths 275 1.99891e-08
insert chi_c11Pwidth:InterpolationWidths 276 1.9996151e-08
insert chi_c11Pwidth:InterpolationWidths 277 2.0003204e-08
insert chi_c11Pwidth:InterpolationWidths 278 2.0010257e-08
insert chi_c11Pwidth:InterpolationWidths 279 2.0017313e-08
insert chi_c11Pwidth:InterpolationWidths 280 2.002437e-08
insert chi_c11Pwidth:InterpolationWidths 281 2.0031429e-08
insert chi_c11Pwidth:InterpolationWidths 282 2.0038489e-08
insert chi_c11Pwidth:InterpolationWidths 283 2.0045551e-08
insert chi_c11Pwidth:InterpolationWidths 284 2.0052614e-08
insert chi_c11Pwidth:InterpolationWidths 285 2.0059679e-08
insert chi_c11Pwidth:InterpolationWidths 286 2.0066745e-08
insert chi_c11Pwidth:InterpolationWidths 287 2.0073813e-08
insert chi_c11Pwidth:InterpolationWidths 288 2.0080883e-08
insert chi_c11Pwidth:InterpolationWidths 289 2.0087954e-08
insert chi_c11Pwidth:InterpolationWidths 290 2.0095026e-08
insert chi_c11Pwidth:InterpolationWidths 291 2.0102101e-08
insert chi_c11Pwidth:InterpolationWidths 292 2.0109176e-08
insert chi_c11Pwidth:InterpolationWidths 293 2.0116254e-08
insert chi_c11Pwidth:InterpolationWidths 294 2.0123332e-08
insert chi_c11Pwidth:InterpolationWidths 295 2.0130413e-08
insert chi_c11Pwidth:InterpolationWidths 296 2.0137495e-08
insert chi_c11Pwidth:InterpolationWidths 297 2.0144578e-08
insert chi_c11Pwidth:InterpolationWidths 298 2.0151663e-08
insert chi_c11Pwidth:InterpolationWidths 299 2.015875e-08
insert chi_c11Pwidth:InterpolationWidths 300 2.0165838e-08
insert chi_c11Pwidth:InterpolationWidths 301 2.0172928e-08
insert chi_c11Pwidth:InterpolationWidths 302 2.0180019e-08
insert chi_c11Pwidth:InterpolationWidths 303 2.0187112e-08
insert chi_c11Pwidth:InterpolationWidths 304 2.0194207e-08
insert chi_c11Pwidth:InterpolationWidths 305 2.0201303e-08
insert chi_c11Pwidth:InterpolationWidths 306 2.02084e-08
insert chi_c11Pwidth:InterpolationWidths 307 2.02155e-08
insert chi_c11Pwidth:InterpolationWidths 308 2.02226e-08
insert chi_c11Pwidth:InterpolationWidths 309 2.0229703e-08
insert chi_c11Pwidth:InterpolationWidths 310 2.0236806e-08
insert chi_c11Pwidth:InterpolationWidths 311 2.0243912e-08
insert chi_c11Pwidth:InterpolationWidths 312 2.0251019e-08
insert chi_c11Pwidth:InterpolationWidths 313 2.0258127e-08
insert chi_c11Pwidth:InterpolationWidths 314 2.0265237e-08
insert chi_c11Pwidth:InterpolationWidths 315 2.0272349e-08
insert chi_c11Pwidth:InterpolationWidths 316 2.0279462e-08
insert chi_c11Pwidth:InterpolationWidths 317 2.0286577e-08
insert chi_c11Pwidth:InterpolationWidths 318 2.0293693e-08
insert chi_c11Pwidth:InterpolationWidths 319 2.0300811e-08
insert chi_c11Pwidth:InterpolationWidths 320 2.030793e-08
insert chi_c11Pwidth:InterpolationWidths 321 2.0315051e-08
insert chi_c11Pwidth:InterpolationWidths 322 2.0322174e-08
insert chi_c11Pwidth:InterpolationWidths 323 2.0329298e-08
insert chi_c11Pwidth:NumberofEntries 0 0
insert chi_c11Pwidth:NumberofEntries 1 54
insert chi_c11Pwidth:NumberofEntries 2 54
insert chi_c11Pwidth:NumberofEntries 3 54
insert chi_c11Pwidth:NumberofEntries 4 54
insert chi_c11Pwidth:NumberofEntries 5 54
insert chi_c11Pwidth:NumberofEntries 6 54
insert chi_c11Pwidth:NumberofEntries 7 54
insert chi_c11Pwidth:NumberofEntries 8 54
insert chi_c11Pwidth:NumberofEntries 9 54
insert chi_c11Pwidth:NumberofEntries 10 54
insert chi_c11Pwidth:NumberofEntries 11 54
insert chi_c11Pwidth:NumberofEntries 12 54
insert chi_c11Pwidth:NumberofEntries 13 54
insert chi_c11Pwidth:NumberofEntries 14 54
insert chi_c11Pwidth:NumberofEntries 15 54
insert chi_c11Pwidth:NumberofEntries 16 54
insert chi_c11Pwidth:NumberofEntries 17 54
insert chi_c11Pwidth:NumberofEntries 18 54
insert chi_c11Pwidth:NumberofEntries 19 54
insert chi_c11Pwidth:NumberofEntries 20 54
insert chi_c11Pwidth:NumberofEntries 21 54
insert chi_c11Pwidth:NumberofEntries 22 108
insert chi_c11Pwidth:NumberofEntries 23 162
insert chi_c11Pwidth:NumberofEntries 24 162
insert chi_c11Pwidth:NumberofEntries 25 162
insert chi_c11Pwidth:NumberofEntries 26 162
insert chi_c11Pwidth:NumberofEntries 27 162
insert chi_c11Pwidth:NumberofEntries 28 162
insert chi_c11Pwidth:NumberofEntries 29 162
insert chi_c11Pwidth:NumberofEntries 30 162
insert chi_c11Pwidth:NumberofEntries 31 162
insert chi_c11Pwidth:NumberofEntries 32 162
insert chi_c11Pwidth:NumberofEntries 33 162
insert chi_c11Pwidth:NumberofEntries 34 162
insert chi_c11Pwidth:NumberofEntries 35 162
insert chi_c11Pwidth:NumberofEntries 36 162
insert chi_c11Pwidth:NumberofEntries 37 162
insert chi_c11Pwidth:NumberofEntries 38 162
insert chi_c11Pwidth:NumberofEntries 39 162
insert chi_c11Pwidth:NumberofEntries 40 162
insert chi_c11Pwidth:NumberofEntries 41 162
insert chi_c11Pwidth:NumberofEntries 42 162
insert chi_c11Pwidth:NumberofEntries 43 162
insert chi_c11Pwidth:NumberofEntries 44 162
insert chi_c11Pwidth:NumberofEntries 45 216
insert chi_c11Pwidth:NumberofEntries 46 216
insert chi_c11Pwidth:NumberofEntries 47 216
insert chi_c11Pwidth:NumberofEntries 48 216
insert chi_c11Pwidth:NumberofEntries 49 216
insert chi_c11Pwidth:NumberofEntries 50 216
insert chi_c11Pwidth:NumberofEntries 51 216
insert chi_c11Pwidth:NumberofEntries 52 216
insert chi_c11Pwidth:NumberofEntries 53 216
insert chi_c11Pwidth:NumberofEntries 54 216
insert chi_c11Pwidth:NumberofEntries 55 216
insert chi_c11Pwidth:NumberofEntries 56 216
insert chi_c11Pwidth:NumberofEntries 57 270
insert chi_c11Pwidth:NumberofEntries 58 270
insert chi_c11Pwidth:NumberofEntries 59 270
insert chi_c11Pwidth:NumberofEntries 60 270
insert chi_c11Pwidth:NumberofEntries 61 270
insert chi_c11Pwidth:NumberofEntries 62 270
insert chi_c11Pwidth:NumberofEntries 63 324
newdef /Herwig/Particles/chi_c1:Width_generator chi_c11Pwidth
#
create Herwig::GenericWidthGenerator chi_c21Pwidth
newdef chi_c21Pwidth:Particle /Herwig/Particles/chi_c2
newdef chi_c21Pwidth:Prefactor 1.13229
newdef chi_c21Pwidth:BRNormalize 1
newdef chi_c21Pwidth:BRMinimum 0.01
newdef chi_c21Pwidth:Points 50
newdef chi_c21Pwidth:InterpolationOrder 1
insert chi_c21Pwidth:MEtype 0 0
insert chi_c21Pwidth:MEtype 1 2
insert chi_c21Pwidth:MEtype 2 0
insert chi_c21Pwidth:MEtype 3 0
insert chi_c21Pwidth:MEtype 4 0
insert chi_c21Pwidth:MEtype 5 0
insert chi_c21Pwidth:MEtype 6 0
insert chi_c21Pwidth:MEtype 7 0
insert chi_c21Pwidth:MEtype 8 0
insert chi_c21Pwidth:MEtype 9 0
insert chi_c21Pwidth:MEtype 10 0
insert chi_c21Pwidth:MEtype 11 0
insert chi_c21Pwidth:MEtype 12 0
insert chi_c21Pwidth:MEtype 13 0
insert chi_c21Pwidth:MEtype 14 0
insert chi_c21Pwidth:MEtype 15 0
insert chi_c21Pwidth:MEtype 16 0
insert chi_c21Pwidth:MEtype 17 0
insert chi_c21Pwidth:MEtype 18 2
insert chi_c21Pwidth:MEtype 19 2
insert chi_c21Pwidth:MEtype 20 0
insert chi_c21Pwidth:MEtype 21 0
insert chi_c21Pwidth:MEtype 22 0
insert chi_c21Pwidth:MEtype 23 0
insert chi_c21Pwidth:MEtype 24 0
insert chi_c21Pwidth:MEtype 25 1
insert chi_c21Pwidth:MEtype 26 0
insert chi_c21Pwidth:MEtype 27 0
insert chi_c21Pwidth:MEtype 28 0
insert chi_c21Pwidth:MEtype 29 0
insert chi_c21Pwidth:MEtype 30 2
insert chi_c21Pwidth:MEtype 31 2
insert chi_c21Pwidth:MEtype 32 2
insert chi_c21Pwidth:MEtype 33 2
insert chi_c21Pwidth:MEtype 34 1
insert chi_c21Pwidth:MEtype 35 0
insert chi_c21Pwidth:MEtype 36 0
insert chi_c21Pwidth:MEtype 37 0
insert chi_c21Pwidth:MEtype 38 0
insert chi_c21Pwidth:MEtype 39 2
insert chi_c21Pwidth:MEtype 40 0
insert chi_c21Pwidth:MEtype 41 1
insert chi_c21Pwidth:MEtype 42 2
insert chi_c21Pwidth:MEtype 43 2
insert chi_c21Pwidth:MEtype 44 2
insert chi_c21Pwidth:MEtype 45 2
insert chi_c21Pwidth:MEtype 46 0
insert chi_c21Pwidth:MEtype 47 0
insert chi_c21Pwidth:MEtype 48 2
insert chi_c21Pwidth:MEtype 49 0
insert chi_c21Pwidth:MEtype 50 1
insert chi_c21Pwidth:MEtype 51 1
insert chi_c21Pwidth:MEtype 52 0
insert chi_c21Pwidth:MEtype 53 0
insert chi_c21Pwidth:MEtype 54 0
insert chi_c21Pwidth:MEtype 55 0
insert chi_c21Pwidth:MEtype 56 0
insert chi_c21Pwidth:MEtype 57 0
insert chi_c21Pwidth:MEtype 58 0
insert chi_c21Pwidth:MEtype 59 0
insert chi_c21Pwidth:MEtype 60 0
insert chi_c21Pwidth:MEtype 61 0
insert chi_c21Pwidth:MEtype 62 0
insert chi_c21Pwidth:MEtype 63 1
insert chi_c21Pwidth:MEtype 64 0
insert chi_c21Pwidth:MEtype 65 0
insert chi_c21Pwidth:MEtype 66 0
insert chi_c21Pwidth:MEtype 67 0
insert chi_c21Pwidth:MEtype 68 0
insert chi_c21Pwidth:MEtype 69 0
insert chi_c21Pwidth:MEtype 70 0
insert chi_c21Pwidth:MEtype 71 0
insert chi_c21Pwidth:MEtype 72 0
insert chi_c21Pwidth:MEtype 73 0
insert chi_c21Pwidth:MEtype 74 0
insert chi_c21Pwidth:MEtype 75 0
insert chi_c21Pwidth:MEtype 76 0
insert chi_c21Pwidth:MEtype 77 0
insert chi_c21Pwidth:MEtype 78 0
insert chi_c21Pwidth:MEtype 79 0
insert chi_c21Pwidth:MEtype 80 0
insert chi_c21Pwidth:MEtype 81 0
insert chi_c21Pwidth:MEtype 82 0
insert chi_c21Pwidth:MEtype 83 0
insert chi_c21Pwidth:MEtype 84 0
insert chi_c21Pwidth:MEtype 85 0
insert chi_c21Pwidth:MEtype 86 0
insert chi_c21Pwidth:MEtype 87 0
insert chi_c21Pwidth:MEtype 88 0
insert chi_c21Pwidth:MEtype 89 0
insert chi_c21Pwidth:MEtype 90 2
insert chi_c21Pwidth:MEtype 91 2
insert chi_c21Pwidth:MEtype 92 2
insert chi_c21Pwidth:MEtype 93 2
insert chi_c21Pwidth:MEtype 94 0
insert chi_c21Pwidth:MEtype 95 2
insert chi_c21Pwidth:MEtype 96 0
insert chi_c21Pwidth:MEtype 97 0
insert chi_c21Pwidth:MEtype 98 0
insert chi_c21Pwidth:MEtype 99 0
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insert chi_c21Pwidth:MEmass1 78 0
insert chi_c21Pwidth:MEmass1 79 0
insert chi_c21Pwidth:MEmass1 80 0
insert chi_c21Pwidth:MEmass1 81 0
insert chi_c21Pwidth:MEmass1 82 0
insert chi_c21Pwidth:MEmass1 83 0
insert chi_c21Pwidth:MEmass1 84 0
insert chi_c21Pwidth:MEmass1 85 0
insert chi_c21Pwidth:MEmass1 86 0
insert chi_c21Pwidth:MEmass1 87 0
insert chi_c21Pwidth:MEmass1 88 0
insert chi_c21Pwidth:MEmass1 89 0
insert chi_c21Pwidth:MEmass1 90 0.493677
insert chi_c21Pwidth:MEmass1 91 0.497611
insert chi_c21Pwidth:MEmass1 92 0.497611
insert chi_c21Pwidth:MEmass1 93 0.493677
insert chi_c21Pwidth:MEmass1 94 0
insert chi_c21Pwidth:MEmass1 95 0.95778
insert chi_c21Pwidth:MEmass1 96 0
insert chi_c21Pwidth:MEmass1 97 0
insert chi_c21Pwidth:MEmass1 98 0
insert chi_c21Pwidth:MEmass1 99 0
insert chi_c21Pwidth:MEmass1 100 0
insert chi_c21Pwidth:MEmass1 101 0
insert chi_c21Pwidth:MEmass1 102 0
insert chi_c21Pwidth:MEmass1 103 0
insert chi_c21Pwidth:MEmass1 104 0
insert chi_c21Pwidth:MEmass1 105 0
insert chi_c21Pwidth:MEmass1 106 0.547862
insert chi_c21Pwidth:MEmass1 107 0.78266
insert chi_c21Pwidth:MEmass2 0 0
insert chi_c21Pwidth:MEmass2 1 0
insert chi_c21Pwidth:MEmass2 2 0
insert chi_c21Pwidth:MEmass2 3 0
insert chi_c21Pwidth:MEmass2 4 0
insert chi_c21Pwidth:MEmass2 5 0
insert chi_c21Pwidth:MEmass2 6 0
insert chi_c21Pwidth:MEmass2 7 0
insert chi_c21Pwidth:MEmass2 8 0
insert chi_c21Pwidth:MEmass2 9 0
insert chi_c21Pwidth:MEmass2 10 0
insert chi_c21Pwidth:MEmass2 11 0
insert chi_c21Pwidth:MEmass2 12 0
insert chi_c21Pwidth:MEmass2 13 0
insert chi_c21Pwidth:MEmass2 14 0
insert chi_c21Pwidth:MEmass2 15 0
insert chi_c21Pwidth:MEmass2 16 0
insert chi_c21Pwidth:MEmass2 17 0
insert chi_c21Pwidth:MEmass2 18 0.89555
insert chi_c21Pwidth:MEmass2 19 0.89167
insert chi_c21Pwidth:MEmass2 20 0
insert chi_c21Pwidth:MEmass2 21 0
insert chi_c21Pwidth:MEmass2 22 0
insert chi_c21Pwidth:MEmass2 23 0
insert chi_c21Pwidth:MEmass2 24 0
insert chi_c21Pwidth:MEmass2 25 0.13957
insert chi_c21Pwidth:MEmass2 26 0
insert chi_c21Pwidth:MEmass2 27 0
insert chi_c21Pwidth:MEmass2 28 0
insert chi_c21Pwidth:MEmass2 29 0
insert chi_c21Pwidth:MEmass2 30 1.3182
insert chi_c21Pwidth:MEmass2 31 1.3182
insert chi_c21Pwidth:MEmass2 32 1.3182
insert chi_c21Pwidth:MEmass2 33 1.01946
insert chi_c21Pwidth:MEmass2 34 0.493677
insert chi_c21Pwidth:MEmass2 35 0
insert chi_c21Pwidth:MEmass2 36 0
insert chi_c21Pwidth:MEmass2 37 0
insert chi_c21Pwidth:MEmass2 38 0
insert chi_c21Pwidth:MEmass2 39 0.78266
insert chi_c21Pwidth:MEmass2 40 0
insert chi_c21Pwidth:MEmass2 41 0.134977
insert chi_c21Pwidth:MEmass2 42 1.4273
insert chi_c21Pwidth:MEmass2 43 1.4324
insert chi_c21Pwidth:MEmass2 44 1.4324
insert chi_c21Pwidth:MEmass2 45 1.4273
insert chi_c21Pwidth:MEmass2 46 0
insert chi_c21Pwidth:MEmass2 47 0
insert chi_c21Pwidth:MEmass2 48 0.547862
insert chi_c21Pwidth:MEmass2 49 0
insert chi_c21Pwidth:MEmass2 50 0.497611
insert chi_c21Pwidth:MEmass2 51 0.497611
insert chi_c21Pwidth:MEmass2 52 0
insert chi_c21Pwidth:MEmass2 53 0
insert chi_c21Pwidth:MEmass2 54 0
insert chi_c21Pwidth:MEmass2 55 0
insert chi_c21Pwidth:MEmass2 56 0
insert chi_c21Pwidth:MEmass2 57 0
insert chi_c21Pwidth:MEmass2 58 0
insert chi_c21Pwidth:MEmass2 59 0
insert chi_c21Pwidth:MEmass2 60 0
insert chi_c21Pwidth:MEmass2 61 0
insert chi_c21Pwidth:MEmass2 62 0
insert chi_c21Pwidth:MEmass2 63 0
insert chi_c21Pwidth:MEmass2 64 0
insert chi_c21Pwidth:MEmass2 65 0
insert chi_c21Pwidth:MEmass2 66 0
insert chi_c21Pwidth:MEmass2 67 0
insert chi_c21Pwidth:MEmass2 68 0
insert chi_c21Pwidth:MEmass2 69 0
insert chi_c21Pwidth:MEmass2 70 0
insert chi_c21Pwidth:MEmass2 71 0
insert chi_c21Pwidth:MEmass2 72 0
insert chi_c21Pwidth:MEmass2 73 0
insert chi_c21Pwidth:MEmass2 74 0
insert chi_c21Pwidth:MEmass2 75 0
insert chi_c21Pwidth:MEmass2 76 0
insert chi_c21Pwidth:MEmass2 77 0
insert chi_c21Pwidth:MEmass2 78 0
insert chi_c21Pwidth:MEmass2 79 0
insert chi_c21Pwidth:MEmass2 80 0
insert chi_c21Pwidth:MEmass2 81 0
insert chi_c21Pwidth:MEmass2 82 0
insert chi_c21Pwidth:MEmass2 83 0
insert chi_c21Pwidth:MEmass2 84 0
insert chi_c21Pwidth:MEmass2 85 0
insert chi_c21Pwidth:MEmass2 86 0
insert chi_c21Pwidth:MEmass2 87 0
insert chi_c21Pwidth:MEmass2 88 0
insert chi_c21Pwidth:MEmass2 89 0
insert chi_c21Pwidth:MEmass2 90 0.89167
insert chi_c21Pwidth:MEmass2 91 0.89555
insert chi_c21Pwidth:MEmass2 92 0.89555
insert chi_c21Pwidth:MEmass2 93 0.89167
insert chi_c21Pwidth:MEmass2 94 0
insert chi_c21Pwidth:MEmass2 95 0.95778
insert chi_c21Pwidth:MEmass2 96 0
insert chi_c21Pwidth:MEmass2 97 0
insert chi_c21Pwidth:MEmass2 98 0
insert chi_c21Pwidth:MEmass2 99 0
insert chi_c21Pwidth:MEmass2 100 0
insert chi_c21Pwidth:MEmass2 101 0
insert chi_c21Pwidth:MEmass2 102 0
insert chi_c21Pwidth:MEmass2 103 0
insert chi_c21Pwidth:MEmass2 104 0
insert chi_c21Pwidth:MEmass2 105 0
insert chi_c21Pwidth:MEmass2 106 0.95778
insert chi_c21Pwidth:MEmass2 107 1.01946
insert chi_c21Pwidth:DecayModes 0 chi_c2->g,g;
insert chi_c21Pwidth:DecayModes 1 chi_c2->Jpsi,gamma;
insert chi_c21Pwidth:DecayModes 2 chi_c2->rho-,pi+,pi0;
insert chi_c21Pwidth:DecayModes 3 chi_c2->rho+,pi-,pi0;
insert chi_c21Pwidth:DecayModes 4 chi_c2->pi+,pi+,pi-,pi-;
insert chi_c21Pwidth:DecayModes 5 chi_c2->K*-,K0,pi+;
insert chi_c21Pwidth:DecayModes 6 chi_c2->K+,K*bar0,pi-;
insert chi_c21Pwidth:DecayModes 7 chi_c2->K-,K*0,pi+;
insert chi_c21Pwidth:DecayModes 8 chi_c2->K*+,Kbar0,pi-;
insert chi_c21Pwidth:DecayModes 9 chi_c2->K-,K0,pi+,pi0;
insert chi_c21Pwidth:DecayModes 10 chi_c2->K+,Kbar0,pi-,pi0;
insert chi_c21Pwidth:DecayModes 11 chi_c2->pi+,pi-,rho0;
insert chi_c21Pwidth:DecayModes 12 chi_c2->K*bar0,K0,pi0;
insert chi_c21Pwidth:DecayModes 13 chi_c2->K*0,Kbar0,pi0;
insert chi_c21Pwidth:DecayModes 14 chi_c2->K*-,K+,pi0;
insert chi_c21Pwidth:DecayModes 15 chi_c2->K*+,K-,pi0;
insert chi_c21Pwidth:DecayModes 16 chi_c2->pbar-,n0,pi+,pi0;
insert chi_c21Pwidth:DecayModes 17 chi_c2->p+,nbar0,pi-,pi0;
insert chi_c21Pwidth:DecayModes 18 chi_c2->K*0,K*bar0;
insert chi_c21Pwidth:DecayModes 19 chi_c2->K*+,K*-;
insert chi_c21Pwidth:DecayModes 20 chi_c2->K+,Kbar0,rho-;
insert chi_c21Pwidth:DecayModes 21 chi_c2->K-,K0,rho+;
insert chi_c21Pwidth:DecayModes 22 chi_c2->pi+,pi-,K_L0,K_L0;
insert chi_c21Pwidth:DecayModes 23 chi_c2->K_S0,K_S0,pi+,pi-;
insert chi_c21Pwidth:DecayModes 24 chi_c2->K+,K-,pi0,pi0;
insert chi_c21Pwidth:DecayModes 25 chi_c2->pi+,pi-;
insert chi_c21Pwidth:DecayModes 26 chi_c2->K+,K-,eta,pi0;
insert chi_c21Pwidth:DecayModes 27 chi_c2->Lambda0,Lambdabar0,pi+,pi-;
insert chi_c21Pwidth:DecayModes 28 chi_c2->p+,pbar-,pi+,pi-;
insert chi_c21Pwidth:DecayModes 29 chi_c2->pi0,pi0,pi0,pi0;
insert chi_c21Pwidth:DecayModes 30 chi_c2->a_2-,pi+;
insert chi_c21Pwidth:DecayModes 31 chi_c2->a_20,pi0;
insert chi_c21Pwidth:DecayModes 32 chi_c2->a_2+,pi-;
insert chi_c21Pwidth:DecayModes 33 chi_c2->phi,phi;
insert chi_c21Pwidth:DecayModes 34 chi_c2->K+,K-;
insert chi_c21Pwidth:DecayModes 35 chi_c2->K+,K+,K-,K-;
insert chi_c21Pwidth:DecayModes 36 chi_c2->phi,K+,K-;
insert chi_c21Pwidth:DecayModes 37 chi_c2->pbar-,n0,pi+;
insert chi_c21Pwidth:DecayModes 38 chi_c2->p+,nbar0,pi-;
insert chi_c21Pwidth:DecayModes 39 chi_c2->omega,omega;
insert chi_c21Pwidth:DecayModes 40 chi_c2->p+,pbar-,pi0,pi0;
insert chi_c21Pwidth:DecayModes 41 chi_c2->pi0,pi0;
insert chi_c21Pwidth:DecayModes 42 chi_c2->K*_2-,K+;
insert chi_c21Pwidth:DecayModes 43 chi_c2->K*_2bar0,K0;
insert chi_c21Pwidth:DecayModes 44 chi_c2->K*_20,Kbar0;
insert chi_c21Pwidth:DecayModes 45 chi_c2->K*_2+,K-;
insert chi_c21Pwidth:DecayModes 46 chi_c2->K+,Kbar0,pi-;
insert chi_c21Pwidth:DecayModes 47 chi_c2->K-,K0,pi+;
insert chi_c21Pwidth:DecayModes 48 chi_c2->eta,eta;
insert chi_c21Pwidth:DecayModes 49 chi_c2->phi,phi,eta;
insert chi_c21Pwidth:DecayModes 50 chi_c2->K_L0,K_L0;
insert chi_c21Pwidth:DecayModes 51 chi_c2->K_S0,K_S0;
insert chi_c21Pwidth:DecayModes 52 chi_c2->eta',pi+,pi-;
insert chi_c21Pwidth:DecayModes 53 chi_c2->Lambda(1520)0,Lambdabar(1520)0;
insert chi_c21Pwidth:DecayModes 54 chi_c2->n0,nbar0,pi0;
insert chi_c21Pwidth:DecayModes 55 chi_c2->p+,pbar-,pi0;
insert chi_c21Pwidth:DecayModes 56 chi_c2->Lambdabar0,p+,K*-;
insert chi_c21Pwidth:DecayModes 57 chi_c2->Lambda0,pbar-,K*+;
insert chi_c21Pwidth:DecayModes 58 chi_c2->Lambdabar0,p+,K-;
insert chi_c21Pwidth:DecayModes 59 chi_c2->Lambda0,pbar-,K+;
insert chi_c21Pwidth:DecayModes 60 chi_c2->n0,nbar0,omega;
insert chi_c21Pwidth:DecayModes 61 chi_c2->p+,pbar-,omega;
insert chi_c21Pwidth:DecayModes 62 chi_c2->K+,K-,omega;
insert chi_c21Pwidth:DecayModes 63 chi_c2->gamma,gamma;
insert chi_c21Pwidth:DecayModes 64 chi_c2->K_3*-,K+;
insert chi_c21Pwidth:DecayModes 65 chi_c2->K_3*bar0,K0;
insert chi_c21Pwidth:DecayModes 66 chi_c2->K_3*0,Kbar0;
insert chi_c21Pwidth:DecayModes 67 chi_c2->K_3*+,K-;
insert chi_c21Pwidth:DecayModes 68 chi_c2->K+,K-,pi0;
insert chi_c21Pwidth:DecayModes 69 chi_c2->eta',pi0,pi0;
insert chi_c21Pwidth:DecayModes 70 chi_c2->eta',K+,K-;
insert chi_c21Pwidth:DecayModes 71 chi_c2->Lambda0,Lambdabar0;
insert chi_c21Pwidth:DecayModes 72 chi_c2->Lambda0,nbar0,K_L0;
insert chi_c21Pwidth:DecayModes 73 chi_c2->Lambdabar0,n0,K_L0;
insert chi_c21Pwidth:DecayModes 74 chi_c2->Lambda0,nbar0,K_S0;
insert chi_c21Pwidth:DecayModes 75 chi_c2->Lambdabar0,n0,K_S0;
insert chi_c21Pwidth:DecayModes 76 chi_c2->eta,pi+,pi-;
insert chi_c21Pwidth:DecayModes 77 chi_c2->n0,nbar0,eta;
insert chi_c21Pwidth:DecayModes 78 chi_c2->p+,pbar-,eta;
insert chi_c21Pwidth:DecayModes 79 chi_c2->p+,pbar-,K+,K-;
insert chi_c21Pwidth:DecayModes 80 chi_c2->K_S0,K_S0,K_S0,K_S0;
insert chi_c21Pwidth:DecayModes 81 chi_c2->Xi-,Xibar+;
insert chi_c21Pwidth:DecayModes 82 chi_c2->Xi0,Xibar0;
insert chi_c21Pwidth:DecayModes 83 chi_c2->Lambdabar(1520)0,p+,K-;
insert chi_c21Pwidth:DecayModes 84 chi_c2->Lambda(1520)0,pbar-,K+;
insert chi_c21Pwidth:DecayModes 85 chi_c2->Xibar+,Lambda0,K-;
insert chi_c21Pwidth:DecayModes 86 chi_c2->Xi-,Lambdabar0,K+;
insert chi_c21Pwidth:DecayModes 87 chi_c2->eta,pi0,pi0;
insert chi_c21Pwidth:DecayModes 88 chi_c2->n0,nbar0;
insert chi_c21Pwidth:DecayModes 89 chi_c2->p+,pbar-;
insert chi_c21Pwidth:DecayModes 90 chi_c2->K*-,K+;
insert chi_c21Pwidth:DecayModes 91 chi_c2->K*bar0,K0;
insert chi_c21Pwidth:DecayModes 92 chi_c2->K*0,Kbar0;
insert chi_c21Pwidth:DecayModes 93 chi_c2->K*+,K-;
insert chi_c21Pwidth:DecayModes 94 chi_c2->Sigmabar0,p+,K-;
insert chi_c21Pwidth:DecayModes 95 chi_c2->eta',eta';
insert chi_c21Pwidth:DecayModes 96 chi_c2->Sigma0,pbar-,K+;
insert chi_c21Pwidth:DecayModes 97 chi_c2->Sigmabar-,p+,K_L0;
insert chi_c21Pwidth:DecayModes 98 chi_c2->Sigmabar-,p+,K_S0;
insert chi_c21Pwidth:DecayModes 99 chi_c2->Sigma+,pbar-,K_L0;
insert chi_c21Pwidth:DecayModes 100 chi_c2->Sigma+,pbar-,K_S0;
insert chi_c21Pwidth:DecayModes 101 chi_c2->Sigma-,Sigmabar+;
insert chi_c21Pwidth:DecayModes 102 chi_c2->Sigma0,Sigmabar0;
insert chi_c21Pwidth:DecayModes 103 chi_c2->Sigma+,Sigmabar-;
insert chi_c21Pwidth:DecayModes 104 chi_c2->n0,nbar0,phi;
insert chi_c21Pwidth:DecayModes 105 chi_c2->p+,pbar-,phi;
insert chi_c21Pwidth:DecayModes 106 chi_c2->eta',eta;
insert chi_c21Pwidth:DecayModes 107 chi_c2->phi,omega;
insert chi_c21Pwidth:InterpolationMasses 0 3.5338884
insert chi_c21Pwidth:InterpolationMasses 1 3.5347292
insert chi_c21Pwidth:InterpolationMasses 2 3.53557
insert chi_c21Pwidth:InterpolationMasses 3 3.5364108
insert chi_c21Pwidth:InterpolationMasses 4 3.5372516
insert chi_c21Pwidth:InterpolationMasses 5 3.5380924
insert chi_c21Pwidth:InterpolationMasses 6 3.5389333
insert chi_c21Pwidth:InterpolationMasses 7 3.5397741
insert chi_c21Pwidth:InterpolationMasses 8 3.5406149
insert chi_c21Pwidth:InterpolationMasses 9 3.5414557
insert chi_c21Pwidth:InterpolationMasses 10 3.5422965
insert chi_c21Pwidth:InterpolationMasses 11 3.5431373
insert chi_c21Pwidth:InterpolationMasses 12 3.5439782
insert chi_c21Pwidth:InterpolationMasses 13 3.544819
insert chi_c21Pwidth:InterpolationMasses 14 3.5456598
insert chi_c21Pwidth:InterpolationMasses 15 3.5465006
insert chi_c21Pwidth:InterpolationMasses 16 3.5473414
insert chi_c21Pwidth:InterpolationMasses 17 3.5481822
insert chi_c21Pwidth:InterpolationMasses 18 3.5490231
insert chi_c21Pwidth:InterpolationMasses 19 3.5498639
insert chi_c21Pwidth:InterpolationMasses 20 3.5507047
insert chi_c21Pwidth:InterpolationMasses 21 3.5515455
insert chi_c21Pwidth:InterpolationMasses 22 3.5523863
insert chi_c21Pwidth:InterpolationMasses 23 3.5532271
insert chi_c21Pwidth:InterpolationMasses 24 3.554068
insert chi_c21Pwidth:InterpolationMasses 25 3.5549088
insert chi_c21Pwidth:InterpolationMasses 26 3.5557496
insert chi_c21Pwidth:InterpolationMasses 27 3.5565904
insert chi_c21Pwidth:InterpolationMasses 28 3.5574312
insert chi_c21Pwidth:InterpolationMasses 29 3.558272
insert chi_c21Pwidth:InterpolationMasses 30 3.5591129
insert chi_c21Pwidth:InterpolationMasses 31 3.5599537
insert chi_c21Pwidth:InterpolationMasses 32 3.5607945
insert chi_c21Pwidth:InterpolationMasses 33 3.5616353
insert chi_c21Pwidth:InterpolationMasses 34 3.5624761
insert chi_c21Pwidth:InterpolationMasses 35 3.5633169
insert chi_c21Pwidth:InterpolationMasses 36 3.5641578
insert chi_c21Pwidth:InterpolationMasses 37 3.5649986
insert chi_c21Pwidth:InterpolationMasses 38 3.5658394
insert chi_c21Pwidth:InterpolationMasses 39 3.5666802
insert chi_c21Pwidth:InterpolationMasses 40 3.567521
insert chi_c21Pwidth:InterpolationMasses 41 3.5683618
insert chi_c21Pwidth:InterpolationMasses 42 3.5692027
insert chi_c21Pwidth:InterpolationMasses 43 3.5700435
insert chi_c21Pwidth:InterpolationMasses 44 3.5708843
insert chi_c21Pwidth:InterpolationMasses 45 3.5717251
insert chi_c21Pwidth:InterpolationMasses 46 3.5725659
insert chi_c21Pwidth:InterpolationMasses 47 3.5734067
insert chi_c21Pwidth:InterpolationMasses 48 3.5742476
insert chi_c21Pwidth:InterpolationMasses 49 3.5750884
insert chi_c21Pwidth:InterpolationMasses 50 3.5759292
insert chi_c21Pwidth:InterpolationMasses 51 3.57677
insert chi_c21Pwidth:InterpolationMasses 52 3.5776108
insert chi_c21Pwidth:InterpolationMasses 53 3.5784516
insert chi_c21Pwidth:InterpolationMasses 54 3.5338884
insert chi_c21Pwidth:InterpolationMasses 55 3.5347292
insert chi_c21Pwidth:InterpolationMasses 56 3.53557
insert chi_c21Pwidth:InterpolationMasses 57 3.5364108
insert chi_c21Pwidth:InterpolationMasses 58 3.5372516
insert chi_c21Pwidth:InterpolationMasses 59 3.5380924
insert chi_c21Pwidth:InterpolationMasses 60 3.5389333
insert chi_c21Pwidth:InterpolationMasses 61 3.5397741
insert chi_c21Pwidth:InterpolationMasses 62 3.5406149
insert chi_c21Pwidth:InterpolationMasses 63 3.5414557
insert chi_c21Pwidth:InterpolationMasses 64 3.5422965
insert chi_c21Pwidth:InterpolationMasses 65 3.5431373
insert chi_c21Pwidth:InterpolationMasses 66 3.5439782
insert chi_c21Pwidth:InterpolationMasses 67 3.544819
insert chi_c21Pwidth:InterpolationMasses 68 3.5456598
insert chi_c21Pwidth:InterpolationMasses 69 3.5465006
insert chi_c21Pwidth:InterpolationMasses 70 3.5473414
insert chi_c21Pwidth:InterpolationMasses 71 3.5481822
insert chi_c21Pwidth:InterpolationMasses 72 3.5490231
insert chi_c21Pwidth:InterpolationMasses 73 3.5498639
insert chi_c21Pwidth:InterpolationMasses 74 3.5507047
insert chi_c21Pwidth:InterpolationMasses 75 3.5515455
insert chi_c21Pwidth:InterpolationMasses 76 3.5523863
insert chi_c21Pwidth:InterpolationMasses 77 3.5532271
insert chi_c21Pwidth:InterpolationMasses 78 3.554068
insert chi_c21Pwidth:InterpolationMasses 79 3.5549088
insert chi_c21Pwidth:InterpolationMasses 80 3.5557496
insert chi_c21Pwidth:InterpolationMasses 81 3.5565904
insert chi_c21Pwidth:InterpolationMasses 82 3.5574312
insert chi_c21Pwidth:InterpolationMasses 83 3.558272
insert chi_c21Pwidth:InterpolationMasses 84 3.5591129
insert chi_c21Pwidth:InterpolationMasses 85 3.5599537
insert chi_c21Pwidth:InterpolationMasses 86 3.5607945
insert chi_c21Pwidth:InterpolationMasses 87 3.5616353
insert chi_c21Pwidth:InterpolationMasses 88 3.5624761
insert chi_c21Pwidth:InterpolationMasses 89 3.5633169
insert chi_c21Pwidth:InterpolationMasses 90 3.5641578
insert chi_c21Pwidth:InterpolationMasses 91 3.5649986
insert chi_c21Pwidth:InterpolationMasses 92 3.5658394
insert chi_c21Pwidth:InterpolationMasses 93 3.5666802
insert chi_c21Pwidth:InterpolationMasses 94 3.567521
insert chi_c21Pwidth:InterpolationMasses 95 3.5683618
insert chi_c21Pwidth:InterpolationMasses 96 3.5692027
insert chi_c21Pwidth:InterpolationMasses 97 3.5700435
insert chi_c21Pwidth:InterpolationMasses 98 3.5708843
insert chi_c21Pwidth:InterpolationMasses 99 3.5717251
insert chi_c21Pwidth:InterpolationMasses 100 3.5725659
insert chi_c21Pwidth:InterpolationMasses 101 3.5734067
insert chi_c21Pwidth:InterpolationMasses 102 3.5742476
insert chi_c21Pwidth:InterpolationMasses 103 3.5750884
insert chi_c21Pwidth:InterpolationMasses 104 3.5759292
insert chi_c21Pwidth:InterpolationMasses 105 3.57677
insert chi_c21Pwidth:InterpolationMasses 106 3.5776108
insert chi_c21Pwidth:InterpolationMasses 107 3.5784516
insert chi_c21Pwidth:InterpolationMasses 108 3.5338884
insert chi_c21Pwidth:InterpolationMasses 109 3.5347292
insert chi_c21Pwidth:InterpolationMasses 110 3.53557
insert chi_c21Pwidth:InterpolationMasses 111 3.5364108
insert chi_c21Pwidth:InterpolationMasses 112 3.5372516
insert chi_c21Pwidth:InterpolationMasses 113 3.5380924
insert chi_c21Pwidth:InterpolationMasses 114 3.5389333
insert chi_c21Pwidth:InterpolationMasses 115 3.5397741
insert chi_c21Pwidth:InterpolationMasses 116 3.5406149
insert chi_c21Pwidth:InterpolationMasses 117 3.5414557
insert chi_c21Pwidth:InterpolationMasses 118 3.5422965
insert chi_c21Pwidth:InterpolationMasses 119 3.5431373
insert chi_c21Pwidth:InterpolationMasses 120 3.5439782
insert chi_c21Pwidth:InterpolationMasses 121 3.544819
insert chi_c21Pwidth:InterpolationMasses 122 3.5456598
insert chi_c21Pwidth:InterpolationMasses 123 3.5465006
insert chi_c21Pwidth:InterpolationMasses 124 3.5473414
insert chi_c21Pwidth:InterpolationMasses 125 3.5481822
insert chi_c21Pwidth:InterpolationMasses 126 3.5490231
insert chi_c21Pwidth:InterpolationMasses 127 3.5498639
insert chi_c21Pwidth:InterpolationMasses 128 3.5507047
insert chi_c21Pwidth:InterpolationMasses 129 3.5515455
insert chi_c21Pwidth:InterpolationMasses 130 3.5523863
insert chi_c21Pwidth:InterpolationMasses 131 3.5532271
insert chi_c21Pwidth:InterpolationMasses 132 3.554068
insert chi_c21Pwidth:InterpolationMasses 133 3.5549088
insert chi_c21Pwidth:InterpolationMasses 134 3.5557496
insert chi_c21Pwidth:InterpolationMasses 135 3.5565904
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insert chi_c21Pwidth:InterpolationWidths 900 1.348407e-07
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insert chi_c21Pwidth:InterpolationWidths 997 4.3244803e-08
insert chi_c21Pwidth:InterpolationWidths 998 4.3287369e-08
insert chi_c21Pwidth:InterpolationWidths 999 4.3329961e-08
insert chi_c21Pwidth:InterpolationWidths 1000 4.3372577e-08
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insert chi_c21Pwidth:InterpolationWidths 1078 4.9277206e-09
insert chi_c21Pwidth:InterpolationWidths 1079 4.9300834e-09
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insert chi_c21Pwidth:NumberofEntries 105 972
insert chi_c21Pwidth:NumberofEntries 106 1026
insert chi_c21Pwidth:NumberofEntries 107 1080
newdef /Herwig/Particles/chi_c2:Width_generator chi_c21Pwidth
#
create Herwig::GenericWidthGenerator chi_b21Pwidth
newdef chi_b21Pwidth:Particle /Herwig/Particles/chi_b2
newdef chi_b21Pwidth:Prefactor 1
newdef chi_b21Pwidth:BRNormalize 1
newdef chi_b21Pwidth:BRMinimum 0.01
newdef chi_b21Pwidth:Points 50
newdef chi_b21Pwidth:InterpolationOrder 1
insert chi_b21Pwidth:MEtype 0 0
insert chi_b21Pwidth:MEtype 1 2
insert chi_b21Pwidth:MEcode 0 0
insert chi_b21Pwidth:MEcode 1 0
insert chi_b21Pwidth:MEcoupling 0 0.82
insert chi_b21Pwidth:MEcoupling 1 206.255
insert chi_b21Pwidth:ModeOn 0 1
insert chi_b21Pwidth:ModeOn 1 1
insert chi_b21Pwidth:MinimumMasses 0 0
insert chi_b21Pwidth:MinimumMasses 1 9.45976
insert chi_b21Pwidth:MEmass1 0 0
insert chi_b21Pwidth:MEmass1 1 9.4603
insert chi_b21Pwidth:MEmass2 0 0
insert chi_b21Pwidth:MEmass2 1 0
insert chi_b21Pwidth:DecayModes 0 chi_b2->g,g;
insert chi_b21Pwidth:DecayModes 1 chi_b2->Upsilon,gamma;
insert chi_b21Pwidth:InterpolationMasses 0 9.9103712
insert chi_b21Pwidth:InterpolationMasses 1 9.9104406
insert chi_b21Pwidth:InterpolationMasses 2 9.91051
insert chi_b21Pwidth:InterpolationMasses 3 9.9105794
insert chi_b21Pwidth:InterpolationMasses 4 9.9106488
insert chi_b21Pwidth:InterpolationMasses 5 9.9107182
insert chi_b21Pwidth:InterpolationMasses 6 9.9107876
insert chi_b21Pwidth:InterpolationMasses 7 9.9108569
insert chi_b21Pwidth:InterpolationMasses 8 9.9109263
insert chi_b21Pwidth:InterpolationMasses 9 9.9109957
insert chi_b21Pwidth:InterpolationMasses 10 9.9110651
insert chi_b21Pwidth:InterpolationMasses 11 9.9111345
insert chi_b21Pwidth:InterpolationMasses 12 9.9112039
insert chi_b21Pwidth:InterpolationMasses 13 9.9112733
insert chi_b21Pwidth:InterpolationMasses 14 9.9113427
insert chi_b21Pwidth:InterpolationMasses 15 9.911412
insert chi_b21Pwidth:InterpolationMasses 16 9.9114814
insert chi_b21Pwidth:InterpolationMasses 17 9.9115508
insert chi_b21Pwidth:InterpolationMasses 18 9.9116202
insert chi_b21Pwidth:InterpolationMasses 19 9.9116896
insert chi_b21Pwidth:InterpolationMasses 20 9.911759
insert chi_b21Pwidth:InterpolationMasses 21 9.9118284
insert chi_b21Pwidth:InterpolationMasses 22 9.9118978
insert chi_b21Pwidth:InterpolationMasses 23 9.9119671
insert chi_b21Pwidth:InterpolationMasses 24 9.9120365
insert chi_b21Pwidth:InterpolationMasses 25 9.9121059
insert chi_b21Pwidth:InterpolationMasses 26 9.9121753
insert chi_b21Pwidth:InterpolationMasses 27 9.9122447
insert chi_b21Pwidth:InterpolationMasses 28 9.9123141
insert chi_b21Pwidth:InterpolationMasses 29 9.9123835
insert chi_b21Pwidth:InterpolationMasses 30 9.9124529
insert chi_b21Pwidth:InterpolationMasses 31 9.9125222
insert chi_b21Pwidth:InterpolationMasses 32 9.9125916
insert chi_b21Pwidth:InterpolationMasses 33 9.912661
insert chi_b21Pwidth:InterpolationMasses 34 9.9127304
insert chi_b21Pwidth:InterpolationMasses 35 9.9127998
insert chi_b21Pwidth:InterpolationMasses 36 9.9128692
insert chi_b21Pwidth:InterpolationMasses 37 9.9129386
insert chi_b21Pwidth:InterpolationMasses 38 9.913008
insert chi_b21Pwidth:InterpolationMasses 39 9.9130773
insert chi_b21Pwidth:InterpolationMasses 40 9.9131467
insert chi_b21Pwidth:InterpolationMasses 41 9.9132161
insert chi_b21Pwidth:InterpolationMasses 42 9.9132855
insert chi_b21Pwidth:InterpolationMasses 43 9.9133549
insert chi_b21Pwidth:InterpolationMasses 44 9.9134243
insert chi_b21Pwidth:InterpolationMasses 45 9.9134937
insert chi_b21Pwidth:InterpolationMasses 46 9.9135631
insert chi_b21Pwidth:InterpolationMasses 47 9.9136324
insert chi_b21Pwidth:InterpolationMasses 48 9.9137018
insert chi_b21Pwidth:InterpolationMasses 49 9.9137712
insert chi_b21Pwidth:InterpolationMasses 50 9.9138406
insert chi_b21Pwidth:InterpolationMasses 51 9.91391
insert chi_b21Pwidth:InterpolationMasses 52 9.9139794
insert chi_b21Pwidth:InterpolationMasses 53 9.9140488
insert chi_b21Pwidth:InterpolationWidths 0 1.4665053e-07
insert chi_b21Pwidth:InterpolationWidths 1 1.4671481e-07
insert chi_b21Pwidth:InterpolationWidths 2 1.4677911e-07
insert chi_b21Pwidth:InterpolationWidths 3 1.4684342e-07
insert chi_b21Pwidth:InterpolationWidths 4 1.4690775e-07
insert chi_b21Pwidth:InterpolationWidths 5 1.469721e-07
insert chi_b21Pwidth:InterpolationWidths 6 1.4703647e-07
insert chi_b21Pwidth:InterpolationWidths 7 1.4710085e-07
insert chi_b21Pwidth:InterpolationWidths 8 1.4716526e-07
insert chi_b21Pwidth:InterpolationWidths 9 1.4722968e-07
insert chi_b21Pwidth:InterpolationWidths 10 1.4729411e-07
insert chi_b21Pwidth:InterpolationWidths 11 1.4735857e-07
insert chi_b21Pwidth:InterpolationWidths 12 1.4742304e-07
insert chi_b21Pwidth:InterpolationWidths 13 1.4748754e-07
insert chi_b21Pwidth:InterpolationWidths 14 1.4755205e-07
insert chi_b21Pwidth:InterpolationWidths 15 1.4761657e-07
insert chi_b21Pwidth:InterpolationWidths 16 1.4768112e-07
insert chi_b21Pwidth:InterpolationWidths 17 1.4774568e-07
insert chi_b21Pwidth:InterpolationWidths 18 1.4781026e-07
insert chi_b21Pwidth:InterpolationWidths 19 1.4787486e-07
insert chi_b21Pwidth:InterpolationWidths 20 1.4793947e-07
insert chi_b21Pwidth:InterpolationWidths 21 1.4800411e-07
insert chi_b21Pwidth:InterpolationWidths 22 1.4806876e-07
insert chi_b21Pwidth:InterpolationWidths 23 1.4813343e-07
insert chi_b21Pwidth:InterpolationWidths 24 1.4819812e-07
insert chi_b21Pwidth:InterpolationWidths 25 1.4826282e-07
insert chi_b21Pwidth:InterpolationWidths 26 1.4832754e-07
insert chi_b21Pwidth:InterpolationWidths 27 1.4839228e-07
insert chi_b21Pwidth:InterpolationWidths 28 1.4845704e-07
insert chi_b21Pwidth:InterpolationWidths 29 1.4852182e-07
insert chi_b21Pwidth:InterpolationWidths 30 1.4858661e-07
insert chi_b21Pwidth:InterpolationWidths 31 1.4865142e-07
insert chi_b21Pwidth:InterpolationWidths 32 1.4871625e-07
insert chi_b21Pwidth:InterpolationWidths 33 1.487811e-07
insert chi_b21Pwidth:InterpolationWidths 34 1.4884596e-07
insert chi_b21Pwidth:InterpolationWidths 35 1.4891085e-07
insert chi_b21Pwidth:InterpolationWidths 36 1.4897575e-07
insert chi_b21Pwidth:InterpolationWidths 37 1.4904067e-07
insert chi_b21Pwidth:InterpolationWidths 38 1.491056e-07
insert chi_b21Pwidth:InterpolationWidths 39 1.4917056e-07
insert chi_b21Pwidth:InterpolationWidths 40 1.4923553e-07
insert chi_b21Pwidth:InterpolationWidths 41 1.4930052e-07
insert chi_b21Pwidth:InterpolationWidths 42 1.4936553e-07
insert chi_b21Pwidth:InterpolationWidths 43 1.4943055e-07
insert chi_b21Pwidth:InterpolationWidths 44 1.4949559e-07
insert chi_b21Pwidth:InterpolationWidths 45 1.4956065e-07
insert chi_b21Pwidth:InterpolationWidths 46 1.4962573e-07
insert chi_b21Pwidth:InterpolationWidths 47 1.4969083e-07
insert chi_b21Pwidth:InterpolationWidths 48 1.4975594e-07
insert chi_b21Pwidth:InterpolationWidths 49 1.4982108e-07
insert chi_b21Pwidth:InterpolationWidths 50 1.4988623e-07
insert chi_b21Pwidth:InterpolationWidths 51 1.4995139e-07
insert chi_b21Pwidth:InterpolationWidths 52 1.5001658e-07
insert chi_b21Pwidth:InterpolationWidths 53 1.5008178e-07
insert chi_b21Pwidth:NumberofEntries 0 0
insert chi_b21Pwidth:NumberofEntries 1 54
newdef /Herwig/Particles/chi_b2:Width_generator chi_b21Pwidth
#
create Herwig::GenericWidthGenerator chi_b22Pwidth
newdef chi_b22Pwidth:Particle /Herwig/Particles/chi_b2(2P)
newdef chi_b22Pwidth:Prefactor 1.0083
newdef chi_b22Pwidth:BRNormalize 1
newdef chi_b22Pwidth:BRMinimum 0.01
newdef chi_b22Pwidth:Points 50
newdef chi_b22Pwidth:InterpolationOrder 1
insert chi_b22Pwidth:MEtype 0 0
insert chi_b22Pwidth:MEtype 1 2
insert chi_b22Pwidth:MEtype 2 2
insert chi_b22Pwidth:MEtype 3 2
insert chi_b22Pwidth:MEtype 4 2
insert chi_b22Pwidth:MEtype 5 0
insert chi_b22Pwidth:MEtype 6 2
insert chi_b22Pwidth:MEtype 7 0
insert chi_b22Pwidth:MEtype 8 2
insert chi_b22Pwidth:MEcode 0 0
insert chi_b22Pwidth:MEcode 1 0
insert chi_b22Pwidth:MEcode 2 0
insert chi_b22Pwidth:MEcode 3 0
insert chi_b22Pwidth:MEcode 4 0
insert chi_b22Pwidth:MEcode 5 0
insert chi_b22Pwidth:MEcode 6 0
insert chi_b22Pwidth:MEcode 7 0
insert chi_b22Pwidth:MEcode 8 0
insert chi_b22Pwidth:MEcoupling 0 0.81157
insert chi_b22Pwidth:MEcoupling 1 492.469
insert chi_b22Pwidth:MEcoupling 2 81.4724
insert chi_b22Pwidth:MEcoupling 3 1.00171
insert chi_b22Pwidth:MEcoupling 4 1989.58
insert chi_b22Pwidth:MEcoupling 5 0.0034
insert chi_b22Pwidth:MEcoupling 6 1.00328
insert chi_b22Pwidth:MEcoupling 7 0.0017
insert chi_b22Pwidth:MEcoupling 8 4134.88
insert chi_b22Pwidth:ModeOn 0 1
insert chi_b22Pwidth:ModeOn 1 1
insert chi_b22Pwidth:ModeOn 2 1
insert chi_b22Pwidth:ModeOn 3 1
insert chi_b22Pwidth:ModeOn 4 1
insert chi_b22Pwidth:ModeOn 5 0
insert chi_b22Pwidth:ModeOn 6 0
insert chi_b22Pwidth:ModeOn 7 0
insert chi_b22Pwidth:ModeOn 8 0
insert chi_b22Pwidth:MinimumMasses 0 0
insert chi_b22Pwidth:MinimumMasses 1 10.0229
insert chi_b22Pwidth:MinimumMasses 2 9.45976
insert chi_b22Pwidth:MinimumMasses 3 10.1648
insert chi_b22Pwidth:MinimumMasses 4 10.1556
insert chi_b22Pwidth:MinimumMasses 5 10.1897
insert chi_b22Pwidth:MinimumMasses 6 10.1634
insert chi_b22Pwidth:MinimumMasses 7 10.1805
insert chi_b22Pwidth:MinimumMasses 8 10.1547
insert chi_b22Pwidth:MEmass1 0 0
insert chi_b22Pwidth:MEmass1 1 10.0233
insert chi_b22Pwidth:MEmass1 2 9.4603
insert chi_b22Pwidth:MEmass1 3 10.1651
insert chi_b22Pwidth:MEmass1 4 9.4603
insert chi_b22Pwidth:MEmass1 5 0
insert chi_b22Pwidth:MEmass1 6 10.1637
insert chi_b22Pwidth:MEmass1 7 0
insert chi_b22Pwidth:MEmass1 8 10.1551
insert chi_b22Pwidth:MEmass2 0 0
insert chi_b22Pwidth:MEmass2 1 0
insert chi_b22Pwidth:MEmass2 2 0
insert chi_b22Pwidth:MEmass2 3 0
insert chi_b22Pwidth:MEmass2 4 0.78266
insert chi_b22Pwidth:MEmass2 5 0
insert chi_b22Pwidth:MEmass2 6 0
insert chi_b22Pwidth:MEmass2 7 0
insert chi_b22Pwidth:MEmass2 8 0
insert chi_b22Pwidth:DecayModes 0 chi_b2(2P)->g,g;
insert chi_b22Pwidth:DecayModes 1 chi_b2(2P)->Upsilon(2S),gamma;
insert chi_b22Pwidth:DecayModes 2 chi_b2(2P)->Upsilon,gamma;
insert chi_b22Pwidth:DecayModes 3 chi_b2(2P)->Upsilon_3(1D),gamma;
insert chi_b22Pwidth:DecayModes 4 chi_b2(2P)->Upsilon,omega;
insert chi_b22Pwidth:DecayModes 5 chi_b2(2P)->chi_b2,pi+,pi-;
insert chi_b22Pwidth:DecayModes 6 chi_b2(2P)->Upsilon_2(1D),gamma;
insert chi_b22Pwidth:DecayModes 7 chi_b2(2P)->chi_b2,pi0,pi0;
insert chi_b22Pwidth:DecayModes 8 chi_b2(2P)->Upsilon_1(1D),gamma;
insert chi_b22Pwidth:InterpolationMasses 0 10.266652
insert chi_b22Pwidth:InterpolationMasses 1 10.266728
insert chi_b22Pwidth:InterpolationMasses 2 10.266803
insert chi_b22Pwidth:InterpolationMasses 3 10.266878
insert chi_b22Pwidth:InterpolationMasses 4 10.266954
insert chi_b22Pwidth:InterpolationMasses 5 10.267029
insert chi_b22Pwidth:InterpolationMasses 6 10.267105
insert chi_b22Pwidth:InterpolationMasses 7 10.26718
insert chi_b22Pwidth:InterpolationMasses 8 10.267255
insert chi_b22Pwidth:InterpolationMasses 9 10.267331
insert chi_b22Pwidth:InterpolationMasses 10 10.267406
insert chi_b22Pwidth:InterpolationMasses 11 10.267481
insert chi_b22Pwidth:InterpolationMasses 12 10.267557
insert chi_b22Pwidth:InterpolationMasses 13 10.267632
insert chi_b22Pwidth:InterpolationMasses 14 10.267708
insert chi_b22Pwidth:InterpolationMasses 15 10.267783
insert chi_b22Pwidth:InterpolationMasses 16 10.267858
insert chi_b22Pwidth:InterpolationMasses 17 10.267934
insert chi_b22Pwidth:InterpolationMasses 18 10.268009
insert chi_b22Pwidth:InterpolationMasses 19 10.268085
insert chi_b22Pwidth:InterpolationMasses 20 10.26816
insert chi_b22Pwidth:InterpolationMasses 21 10.268235
insert chi_b22Pwidth:InterpolationMasses 22 10.268311
insert chi_b22Pwidth:InterpolationMasses 23 10.268386
insert chi_b22Pwidth:InterpolationMasses 24 10.268462
insert chi_b22Pwidth:InterpolationMasses 25 10.268537
insert chi_b22Pwidth:InterpolationMasses 26 10.268612
insert chi_b22Pwidth:InterpolationMasses 27 10.268688
insert chi_b22Pwidth:InterpolationMasses 28 10.268763
insert chi_b22Pwidth:InterpolationMasses 29 10.268838
insert chi_b22Pwidth:InterpolationMasses 30 10.268914
insert chi_b22Pwidth:InterpolationMasses 31 10.268989
insert chi_b22Pwidth:InterpolationMasses 32 10.269065
insert chi_b22Pwidth:InterpolationMasses 33 10.26914
insert chi_b22Pwidth:InterpolationMasses 34 10.269215
insert chi_b22Pwidth:InterpolationMasses 35 10.269291
insert chi_b22Pwidth:InterpolationMasses 36 10.269366
insert chi_b22Pwidth:InterpolationMasses 37 10.269442
insert chi_b22Pwidth:InterpolationMasses 38 10.269517
insert chi_b22Pwidth:InterpolationMasses 39 10.269592
insert chi_b22Pwidth:InterpolationMasses 40 10.269668
insert chi_b22Pwidth:InterpolationMasses 41 10.269743
insert chi_b22Pwidth:InterpolationMasses 42 10.269819
insert chi_b22Pwidth:InterpolationMasses 43 10.269894
insert chi_b22Pwidth:InterpolationMasses 44 10.269969
insert chi_b22Pwidth:InterpolationMasses 45 10.270045
insert chi_b22Pwidth:InterpolationMasses 46 10.27012
insert chi_b22Pwidth:InterpolationMasses 47 10.270195
insert chi_b22Pwidth:InterpolationMasses 48 10.270271
insert chi_b22Pwidth:InterpolationMasses 49 10.270346
insert chi_b22Pwidth:InterpolationMasses 50 10.270422
insert chi_b22Pwidth:InterpolationMasses 51 10.270497
insert chi_b22Pwidth:InterpolationMasses 52 10.270572
insert chi_b22Pwidth:InterpolationMasses 53 10.270648
insert chi_b22Pwidth:InterpolationMasses 54 10.266652
insert chi_b22Pwidth:InterpolationMasses 55 10.266728
insert chi_b22Pwidth:InterpolationMasses 56 10.266803
insert chi_b22Pwidth:InterpolationMasses 57 10.266878
insert chi_b22Pwidth:InterpolationMasses 58 10.266954
insert chi_b22Pwidth:InterpolationMasses 59 10.267029
insert chi_b22Pwidth:InterpolationMasses 60 10.267105
insert chi_b22Pwidth:InterpolationMasses 61 10.26718
insert chi_b22Pwidth:InterpolationMasses 62 10.267255
insert chi_b22Pwidth:InterpolationMasses 63 10.267331
insert chi_b22Pwidth:InterpolationMasses 64 10.267406
insert chi_b22Pwidth:InterpolationMasses 65 10.267481
insert chi_b22Pwidth:InterpolationMasses 66 10.267557
insert chi_b22Pwidth:InterpolationMasses 67 10.267632
insert chi_b22Pwidth:InterpolationMasses 68 10.267708
insert chi_b22Pwidth:InterpolationMasses 69 10.267783
insert chi_b22Pwidth:InterpolationMasses 70 10.267858
insert chi_b22Pwidth:InterpolationMasses 71 10.267934
insert chi_b22Pwidth:InterpolationMasses 72 10.268009
insert chi_b22Pwidth:InterpolationMasses 73 10.268085
insert chi_b22Pwidth:InterpolationMasses 74 10.26816
insert chi_b22Pwidth:InterpolationMasses 75 10.268235
insert chi_b22Pwidth:InterpolationMasses 76 10.268311
insert chi_b22Pwidth:InterpolationMasses 77 10.268386
insert chi_b22Pwidth:InterpolationMasses 78 10.268462
insert chi_b22Pwidth:InterpolationMasses 79 10.268537
insert chi_b22Pwidth:InterpolationMasses 80 10.268612
insert chi_b22Pwidth:InterpolationMasses 81 10.268688
insert chi_b22Pwidth:InterpolationMasses 82 10.268763
insert chi_b22Pwidth:InterpolationMasses 83 10.268838
insert chi_b22Pwidth:InterpolationMasses 84 10.268914
insert chi_b22Pwidth:InterpolationMasses 85 10.268989
insert chi_b22Pwidth:InterpolationMasses 86 10.269065
insert chi_b22Pwidth:InterpolationMasses 87 10.26914
insert chi_b22Pwidth:InterpolationMasses 88 10.269215
insert chi_b22Pwidth:InterpolationMasses 89 10.269291
insert chi_b22Pwidth:InterpolationMasses 90 10.269366
insert chi_b22Pwidth:InterpolationMasses 91 10.269442
insert chi_b22Pwidth:InterpolationMasses 92 10.269517
insert chi_b22Pwidth:InterpolationMasses 93 10.269592
insert chi_b22Pwidth:InterpolationMasses 94 10.269668
insert chi_b22Pwidth:InterpolationMasses 95 10.269743
insert chi_b22Pwidth:InterpolationMasses 96 10.269819
insert chi_b22Pwidth:InterpolationMasses 97 10.269894
insert chi_b22Pwidth:InterpolationMasses 98 10.269969
insert chi_b22Pwidth:InterpolationMasses 99 10.270045
insert chi_b22Pwidth:InterpolationMasses 100 10.27012
insert chi_b22Pwidth:InterpolationMasses 101 10.270195
insert chi_b22Pwidth:InterpolationMasses 102 10.270271
insert chi_b22Pwidth:InterpolationMasses 103 10.270346
insert chi_b22Pwidth:InterpolationMasses 104 10.270422
insert chi_b22Pwidth:InterpolationMasses 105 10.270497
insert chi_b22Pwidth:InterpolationMasses 106 10.270572
insert chi_b22Pwidth:InterpolationMasses 107 10.270648
insert chi_b22Pwidth:InterpolationMasses 108 10.266652
insert chi_b22Pwidth:InterpolationMasses 109 10.266728
insert chi_b22Pwidth:InterpolationMasses 110 10.266803
insert chi_b22Pwidth:InterpolationMasses 111 10.266878
insert chi_b22Pwidth:InterpolationMasses 112 10.266954
insert chi_b22Pwidth:InterpolationMasses 113 10.267029
insert chi_b22Pwidth:InterpolationMasses 114 10.267105
insert chi_b22Pwidth:InterpolationMasses 115 10.26718
insert chi_b22Pwidth:InterpolationMasses 116 10.267255
insert chi_b22Pwidth:InterpolationMasses 117 10.267331
insert chi_b22Pwidth:InterpolationMasses 118 10.267406
insert chi_b22Pwidth:InterpolationMasses 119 10.267481
insert chi_b22Pwidth:InterpolationMasses 120 10.267557
insert chi_b22Pwidth:InterpolationMasses 121 10.267632
insert chi_b22Pwidth:InterpolationMasses 122 10.267708
insert chi_b22Pwidth:InterpolationMasses 123 10.267783
insert chi_b22Pwidth:InterpolationMasses 124 10.267858
insert chi_b22Pwidth:InterpolationMasses 125 10.267934
insert chi_b22Pwidth:InterpolationMasses 126 10.268009
insert chi_b22Pwidth:InterpolationMasses 127 10.268085
insert chi_b22Pwidth:InterpolationMasses 128 10.26816
insert chi_b22Pwidth:InterpolationMasses 129 10.268235
insert chi_b22Pwidth:InterpolationMasses 130 10.268311
insert chi_b22Pwidth:InterpolationMasses 131 10.268386
insert chi_b22Pwidth:InterpolationMasses 132 10.268462
insert chi_b22Pwidth:InterpolationMasses 133 10.268537
insert chi_b22Pwidth:InterpolationMasses 134 10.268612
insert chi_b22Pwidth:InterpolationMasses 135 10.268688
insert chi_b22Pwidth:InterpolationMasses 136 10.268763
insert chi_b22Pwidth:InterpolationMasses 137 10.268838
insert chi_b22Pwidth:InterpolationMasses 138 10.268914
insert chi_b22Pwidth:InterpolationMasses 139 10.268989
insert chi_b22Pwidth:InterpolationMasses 140 10.269065
insert chi_b22Pwidth:InterpolationMasses 141 10.26914
insert chi_b22Pwidth:InterpolationMasses 142 10.269215
insert chi_b22Pwidth:InterpolationMasses 143 10.269291
insert chi_b22Pwidth:InterpolationMasses 144 10.269366
insert chi_b22Pwidth:InterpolationMasses 145 10.269442
insert chi_b22Pwidth:InterpolationMasses 146 10.269517
insert chi_b22Pwidth:InterpolationMasses 147 10.269592
insert chi_b22Pwidth:InterpolationMasses 148 10.269668
insert chi_b22Pwidth:InterpolationMasses 149 10.269743
insert chi_b22Pwidth:InterpolationMasses 150 10.269819
insert chi_b22Pwidth:InterpolationMasses 151 10.269894
insert chi_b22Pwidth:InterpolationMasses 152 10.269969
insert chi_b22Pwidth:InterpolationMasses 153 10.270045
insert chi_b22Pwidth:InterpolationMasses 154 10.27012
insert chi_b22Pwidth:InterpolationMasses 155 10.270195
insert chi_b22Pwidth:InterpolationMasses 156 10.270271
insert chi_b22Pwidth:InterpolationMasses 157 10.270346
insert chi_b22Pwidth:InterpolationMasses 158 10.270422
insert chi_b22Pwidth:InterpolationMasses 159 10.270497
insert chi_b22Pwidth:InterpolationMasses 160 10.270572
insert chi_b22Pwidth:InterpolationMasses 161 10.270648
insert chi_b22Pwidth:InterpolationMasses 162 10.266652
insert chi_b22Pwidth:InterpolationMasses 163 10.266728
insert chi_b22Pwidth:InterpolationMasses 164 10.266803
insert chi_b22Pwidth:InterpolationMasses 165 10.266878
insert chi_b22Pwidth:InterpolationMasses 166 10.266954
insert chi_b22Pwidth:InterpolationMasses 167 10.267029
insert chi_b22Pwidth:InterpolationMasses 168 10.267105
insert chi_b22Pwidth:InterpolationMasses 169 10.26718
insert chi_b22Pwidth:InterpolationMasses 170 10.267255
insert chi_b22Pwidth:InterpolationMasses 171 10.267331
insert chi_b22Pwidth:InterpolationMasses 172 10.267406
insert chi_b22Pwidth:InterpolationMasses 173 10.267481
insert chi_b22Pwidth:InterpolationMasses 174 10.267557
insert chi_b22Pwidth:InterpolationMasses 175 10.267632
insert chi_b22Pwidth:InterpolationMasses 176 10.267708
insert chi_b22Pwidth:InterpolationMasses 177 10.267783
insert chi_b22Pwidth:InterpolationMasses 178 10.267858
insert chi_b22Pwidth:InterpolationMasses 179 10.267934
insert chi_b22Pwidth:InterpolationMasses 180 10.268009
insert chi_b22Pwidth:InterpolationMasses 181 10.268085
insert chi_b22Pwidth:InterpolationMasses 182 10.26816
insert chi_b22Pwidth:InterpolationMasses 183 10.268235
insert chi_b22Pwidth:InterpolationMasses 184 10.268311
insert chi_b22Pwidth:InterpolationMasses 185 10.268386
insert chi_b22Pwidth:InterpolationMasses 186 10.268462
insert chi_b22Pwidth:InterpolationMasses 187 10.268537
insert chi_b22Pwidth:InterpolationMasses 188 10.268612
insert chi_b22Pwidth:InterpolationMasses 189 10.268688
insert chi_b22Pwidth:InterpolationMasses 190 10.268763
insert chi_b22Pwidth:InterpolationMasses 191 10.268838
insert chi_b22Pwidth:InterpolationMasses 192 10.268914
insert chi_b22Pwidth:InterpolationMasses 193 10.268989
insert chi_b22Pwidth:InterpolationMasses 194 10.269065
insert chi_b22Pwidth:InterpolationMasses 195 10.26914
insert chi_b22Pwidth:InterpolationMasses 196 10.269215
insert chi_b22Pwidth:InterpolationMasses 197 10.269291
insert chi_b22Pwidth:InterpolationMasses 198 10.269366
insert chi_b22Pwidth:InterpolationMasses 199 10.269442
insert chi_b22Pwidth:InterpolationMasses 200 10.269517
insert chi_b22Pwidth:InterpolationMasses 201 10.269592
insert chi_b22Pwidth:InterpolationMasses 202 10.269668
insert chi_b22Pwidth:InterpolationMasses 203 10.269743
insert chi_b22Pwidth:InterpolationMasses 204 10.269819
insert chi_b22Pwidth:InterpolationMasses 205 10.269894
insert chi_b22Pwidth:InterpolationMasses 206 10.269969
insert chi_b22Pwidth:InterpolationMasses 207 10.270045
insert chi_b22Pwidth:InterpolationMasses 208 10.27012
insert chi_b22Pwidth:InterpolationMasses 209 10.270195
insert chi_b22Pwidth:InterpolationMasses 210 10.270271
insert chi_b22Pwidth:InterpolationMasses 211 10.270346
insert chi_b22Pwidth:InterpolationMasses 212 10.270422
insert chi_b22Pwidth:InterpolationMasses 213 10.270497
insert chi_b22Pwidth:InterpolationMasses 214 10.270572
insert chi_b22Pwidth:InterpolationMasses 215 10.270648
insert chi_b22Pwidth:InterpolationMasses 216 10.266652
insert chi_b22Pwidth:InterpolationMasses 217 10.266728
insert chi_b22Pwidth:InterpolationMasses 218 10.266803
insert chi_b22Pwidth:InterpolationMasses 219 10.266878
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insert chi_b22Pwidth:InterpolationWidths 251 5.4363157e-07
insert chi_b22Pwidth:InterpolationWidths 252 5.447869e-07
insert chi_b22Pwidth:InterpolationWidths 253 5.4594384e-07
insert chi_b22Pwidth:InterpolationWidths 254 5.4710241e-07
insert chi_b22Pwidth:InterpolationWidths 255 5.4826261e-07
insert chi_b22Pwidth:InterpolationWidths 256 5.4942443e-07
insert chi_b22Pwidth:InterpolationWidths 257 5.5058787e-07
insert chi_b22Pwidth:InterpolationWidths 258 5.5175294e-07
insert chi_b22Pwidth:InterpolationWidths 259 5.5291964e-07
insert chi_b22Pwidth:InterpolationWidths 260 5.5408797e-07
insert chi_b22Pwidth:InterpolationWidths 261 5.5525793e-07
insert chi_b22Pwidth:InterpolationWidths 262 5.5642952e-07
insert chi_b22Pwidth:InterpolationWidths 263 5.5760275e-07
insert chi_b22Pwidth:InterpolationWidths 264 5.5877761e-07
insert chi_b22Pwidth:InterpolationWidths 265 5.599541e-07
insert chi_b22Pwidth:InterpolationWidths 266 5.6113223e-07
insert chi_b22Pwidth:InterpolationWidths 267 5.62312e-07
insert chi_b22Pwidth:InterpolationWidths 268 5.634934e-07
insert chi_b22Pwidth:InterpolationWidths 269 5.6467645e-07
insert chi_b22Pwidth:InterpolationWidths 270 9.7476502e-12
insert chi_b22Pwidth:InterpolationWidths 271 9.7671757e-12
insert chi_b22Pwidth:InterpolationWidths 272 9.7867269e-12
insert chi_b22Pwidth:InterpolationWidths 273 9.8063039e-12
insert chi_b22Pwidth:InterpolationWidths 274 9.8259066e-12
insert chi_b22Pwidth:InterpolationWidths 275 9.8455351e-12
insert chi_b22Pwidth:InterpolationWidths 276 9.8651894e-12
insert chi_b22Pwidth:InterpolationWidths 277 9.8848695e-12
insert chi_b22Pwidth:InterpolationWidths 278 9.9045754e-12
insert chi_b22Pwidth:InterpolationWidths 279 9.9243071e-12
insert chi_b22Pwidth:InterpolationWidths 280 9.9440647e-12
insert chi_b22Pwidth:InterpolationWidths 281 9.9638481e-12
insert chi_b22Pwidth:InterpolationWidths 282 9.9836575e-12
insert chi_b22Pwidth:InterpolationWidths 283 1.0003493e-11
insert chi_b22Pwidth:InterpolationWidths 284 1.0023354e-11
insert chi_b22Pwidth:InterpolationWidths 285 1.0043241e-11
insert chi_b22Pwidth:InterpolationWidths 286 1.0063154e-11
insert chi_b22Pwidth:InterpolationWidths 287 1.0083093e-11
insert chi_b22Pwidth:InterpolationWidths 288 1.0103058e-11
insert chi_b22Pwidth:InterpolationWidths 289 1.0123049e-11
insert chi_b22Pwidth:InterpolationWidths 290 1.0143066e-11
insert chi_b22Pwidth:InterpolationWidths 291 1.0163109e-11
insert chi_b22Pwidth:InterpolationWidths 292 1.0183178e-11
insert chi_b22Pwidth:InterpolationWidths 293 1.0203273e-11
insert chi_b22Pwidth:InterpolationWidths 294 1.0223394e-11
insert chi_b22Pwidth:InterpolationWidths 295 1.0243541e-11
insert chi_b22Pwidth:InterpolationWidths 296 1.0263715e-11
insert chi_b22Pwidth:InterpolationWidths 297 1.0283914e-11
insert chi_b22Pwidth:InterpolationWidths 298 1.030414e-11
insert chi_b22Pwidth:InterpolationWidths 299 1.0324392e-11
insert chi_b22Pwidth:InterpolationWidths 300 1.034467e-11
insert chi_b22Pwidth:InterpolationWidths 301 1.0364974e-11
insert chi_b22Pwidth:InterpolationWidths 302 1.0385304e-11
insert chi_b22Pwidth:InterpolationWidths 303 1.0405661e-11
insert chi_b22Pwidth:InterpolationWidths 304 1.0426044e-11
insert chi_b22Pwidth:InterpolationWidths 305 1.0446453e-11
insert chi_b22Pwidth:InterpolationWidths 306 1.0466888e-11
insert chi_b22Pwidth:InterpolationWidths 307 1.048735e-11
insert chi_b22Pwidth:InterpolationWidths 308 1.0507838e-11
insert chi_b22Pwidth:InterpolationWidths 309 1.0528352e-11
insert chi_b22Pwidth:InterpolationWidths 310 1.0548892e-11
insert chi_b22Pwidth:InterpolationWidths 311 1.0569459e-11
insert chi_b22Pwidth:InterpolationWidths 312 1.0590053e-11
insert chi_b22Pwidth:InterpolationWidths 313 1.0610672e-11
insert chi_b22Pwidth:InterpolationWidths 314 1.0631318e-11
insert chi_b22Pwidth:InterpolationWidths 315 1.0651991e-11
insert chi_b22Pwidth:InterpolationWidths 316 1.067269e-11
insert chi_b22Pwidth:InterpolationWidths 317 1.0693415e-11
insert chi_b22Pwidth:InterpolationWidths 318 1.0714167e-11
insert chi_b22Pwidth:InterpolationWidths 319 1.0734945e-11
insert chi_b22Pwidth:InterpolationWidths 320 1.075575e-11
insert chi_b22Pwidth:InterpolationWidths 321 1.0776581e-11
insert chi_b22Pwidth:InterpolationWidths 322 1.0797439e-11
insert chi_b22Pwidth:InterpolationWidths 323 1.0818323e-11
insert chi_b22Pwidth:NumberofEntries 0 0
insert chi_b22Pwidth:NumberofEntries 1 54
insert chi_b22Pwidth:NumberofEntries 2 108
insert chi_b22Pwidth:NumberofEntries 3 162
insert chi_b22Pwidth:NumberofEntries 4 216
insert chi_b22Pwidth:NumberofEntries 5 216
insert chi_b22Pwidth:NumberofEntries 6 270
insert chi_b22Pwidth:NumberofEntries 7 270
insert chi_b22Pwidth:NumberofEntries 8 324
newdef /Herwig/Particles/chi_b2(2P):Width_generator chi_b22Pwidth
#
create Herwig::GenericWidthGenerator chi_b12Pwidth
newdef chi_b12Pwidth:Particle /Herwig/Particles/chi_b1(2P)
newdef chi_b12Pwidth:Prefactor 1.01916
newdef chi_b12Pwidth:BRNormalize 1
newdef chi_b12Pwidth:BRMinimum 0.01
newdef chi_b12Pwidth:Points 50
newdef chi_b12Pwidth:InterpolationOrder 1
insert chi_b12Pwidth:MEtype 0 0
insert chi_b12Pwidth:MEtype 1 2
insert chi_b12Pwidth:MEtype 2 2
insert chi_b12Pwidth:MEtype 3 2
insert chi_b12Pwidth:MEtype 4 2
insert chi_b12Pwidth:MEtype 5 2
insert chi_b12Pwidth:MEtype 6 0
insert chi_b12Pwidth:MEtype 7 0
insert chi_b12Pwidth:MEcode 0 0
insert chi_b12Pwidth:MEcode 1 0
insert chi_b12Pwidth:MEcode 2 0
insert chi_b12Pwidth:MEcode 3 0
insert chi_b12Pwidth:MEcode 4 0
insert chi_b12Pwidth:MEcode 5 0
insert chi_b12Pwidth:MEcode 6 0
insert chi_b12Pwidth:MEcode 7 0
insert chi_b12Pwidth:MEcoupling 0 0.6613
insert chi_b12Pwidth:MEcoupling 1 0.999705
insert chi_b12Pwidth:MEcoupling 2 1.00275
insert chi_b12Pwidth:MEcoupling 3 0.995667
insert chi_b12Pwidth:MEcoupling 4 1.0005
insert chi_b12Pwidth:MEcoupling 5 0.99926
insert chi_b12Pwidth:MEcoupling 6 0.00607
insert chi_b12Pwidth:MEcoupling 7 0.00303
insert chi_b12Pwidth:ModeOn 0 1
insert chi_b12Pwidth:ModeOn 1 1
insert chi_b12Pwidth:ModeOn 2 1
insert chi_b12Pwidth:ModeOn 3 1
insert chi_b12Pwidth:ModeOn 4 1
insert chi_b12Pwidth:ModeOn 5 0
insert chi_b12Pwidth:ModeOn 6 0
insert chi_b12Pwidth:ModeOn 7 0
insert chi_b12Pwidth:MinimumMasses 0 0
insert chi_b12Pwidth:MinimumMasses 1 10.0229
insert chi_b12Pwidth:MinimumMasses 2 9.45976
insert chi_b12Pwidth:MinimumMasses 3 10.1634
insert chi_b12Pwidth:MinimumMasses 4 10.1556
insert chi_b12Pwidth:MinimumMasses 5 10.1547
insert chi_b12Pwidth:MinimumMasses 6 10.1712
insert chi_b12Pwidth:MinimumMasses 7 10.162
insert chi_b12Pwidth:MEmass1 0 0
insert chi_b12Pwidth:MEmass1 1 10.0233
insert chi_b12Pwidth:MEmass1 2 9.4603
insert chi_b12Pwidth:MEmass1 3 10.1637
insert chi_b12Pwidth:MEmass1 4 9.4603
insert chi_b12Pwidth:MEmass1 5 10.1551
insert chi_b12Pwidth:MEmass1 6 0
insert chi_b12Pwidth:MEmass1 7 0
insert chi_b12Pwidth:MEmass2 0 0
insert chi_b12Pwidth:MEmass2 1 0
insert chi_b12Pwidth:MEmass2 2 0
insert chi_b12Pwidth:MEmass2 3 0
insert chi_b12Pwidth:MEmass2 4 0.78266
insert chi_b12Pwidth:MEmass2 5 0
insert chi_b12Pwidth:MEmass2 6 0
insert chi_b12Pwidth:MEmass2 7 0
insert chi_b12Pwidth:DecayModes 0 chi_b1(2P)->g,g;
insert chi_b12Pwidth:DecayModes 1 chi_b1(2P)->Upsilon(2S),gamma;
insert chi_b12Pwidth:DecayModes 2 chi_b1(2P)->Upsilon,gamma;
insert chi_b12Pwidth:DecayModes 3 chi_b1(2P)->Upsilon_2(1D),gamma;
insert chi_b12Pwidth:DecayModes 4 chi_b1(2P)->Upsilon,omega;
insert chi_b12Pwidth:DecayModes 5 chi_b1(2P)->Upsilon_1(1D),gamma;
insert chi_b12Pwidth:DecayModes 6 chi_b1(2P)->chi_b1,pi+,pi-;
insert chi_b12Pwidth:DecayModes 7 chi_b1(2P)->chi_b1,pi0,pi0;
insert chi_b12Pwidth:InterpolationMasses 0 10.254609
insert chi_b12Pwidth:InterpolationMasses 1 10.254641
insert chi_b12Pwidth:InterpolationMasses 2 10.254673
insert chi_b12Pwidth:InterpolationMasses 3 10.254705
insert chi_b12Pwidth:InterpolationMasses 4 10.254737
insert chi_b12Pwidth:InterpolationMasses 5 10.254769
insert chi_b12Pwidth:InterpolationMasses 6 10.254801
insert chi_b12Pwidth:InterpolationMasses 7 10.254834
insert chi_b12Pwidth:InterpolationMasses 8 10.254866
insert chi_b12Pwidth:InterpolationMasses 9 10.254898
insert chi_b12Pwidth:InterpolationMasses 10 10.25493
insert chi_b12Pwidth:InterpolationMasses 11 10.254962
insert chi_b12Pwidth:InterpolationMasses 12 10.254994
insert chi_b12Pwidth:InterpolationMasses 13 10.255026
insert chi_b12Pwidth:InterpolationMasses 14 10.255058
insert chi_b12Pwidth:InterpolationMasses 15 10.255091
insert chi_b12Pwidth:InterpolationMasses 16 10.255123
insert chi_b12Pwidth:InterpolationMasses 17 10.255155
insert chi_b12Pwidth:InterpolationMasses 18 10.255187
insert chi_b12Pwidth:InterpolationMasses 19 10.255219
insert chi_b12Pwidth:InterpolationMasses 20 10.255251
insert chi_b12Pwidth:InterpolationMasses 21 10.255283
insert chi_b12Pwidth:InterpolationMasses 22 10.255315
insert chi_b12Pwidth:InterpolationMasses 23 10.255348
insert chi_b12Pwidth:InterpolationMasses 24 10.25538
insert chi_b12Pwidth:InterpolationMasses 25 10.255412
insert chi_b12Pwidth:InterpolationMasses 26 10.255444
insert chi_b12Pwidth:InterpolationMasses 27 10.255476
insert chi_b12Pwidth:InterpolationMasses 28 10.255508
insert chi_b12Pwidth:InterpolationMasses 29 10.25554
insert chi_b12Pwidth:InterpolationMasses 30 10.255572
insert chi_b12Pwidth:InterpolationMasses 31 10.255605
insert chi_b12Pwidth:InterpolationMasses 32 10.255637
insert chi_b12Pwidth:InterpolationMasses 33 10.255669
insert chi_b12Pwidth:InterpolationMasses 34 10.255701
insert chi_b12Pwidth:InterpolationMasses 35 10.255733
insert chi_b12Pwidth:InterpolationMasses 36 10.255765
insert chi_b12Pwidth:InterpolationMasses 37 10.255797
insert chi_b12Pwidth:InterpolationMasses 38 10.255829
insert chi_b12Pwidth:InterpolationMasses 39 10.255862
insert chi_b12Pwidth:InterpolationMasses 40 10.255894
insert chi_b12Pwidth:InterpolationMasses 41 10.255926
insert chi_b12Pwidth:InterpolationMasses 42 10.255958
insert chi_b12Pwidth:InterpolationMasses 43 10.25599
insert chi_b12Pwidth:InterpolationMasses 44 10.256022
insert chi_b12Pwidth:InterpolationMasses 45 10.256054
insert chi_b12Pwidth:InterpolationMasses 46 10.256086
insert chi_b12Pwidth:InterpolationMasses 47 10.256119
insert chi_b12Pwidth:InterpolationMasses 48 10.256151
insert chi_b12Pwidth:InterpolationMasses 49 10.256183
insert chi_b12Pwidth:InterpolationMasses 50 10.256215
insert chi_b12Pwidth:InterpolationMasses 51 10.256247
insert chi_b12Pwidth:InterpolationMasses 52 10.256279
insert chi_b12Pwidth:InterpolationMasses 53 10.256311
insert chi_b12Pwidth:InterpolationMasses 54 10.254609
insert chi_b12Pwidth:InterpolationMasses 55 10.254641
insert chi_b12Pwidth:InterpolationMasses 56 10.254673
insert chi_b12Pwidth:InterpolationMasses 57 10.254705
insert chi_b12Pwidth:InterpolationMasses 58 10.254737
insert chi_b12Pwidth:InterpolationMasses 59 10.254769
insert chi_b12Pwidth:InterpolationMasses 60 10.254801
insert chi_b12Pwidth:InterpolationMasses 61 10.254834
insert chi_b12Pwidth:InterpolationMasses 62 10.254866
insert chi_b12Pwidth:InterpolationMasses 63 10.254898
insert chi_b12Pwidth:InterpolationMasses 64 10.25493
insert chi_b12Pwidth:InterpolationMasses 65 10.254962
insert chi_b12Pwidth:InterpolationMasses 66 10.254994
insert chi_b12Pwidth:InterpolationMasses 67 10.255026
insert chi_b12Pwidth:InterpolationMasses 68 10.255058
insert chi_b12Pwidth:InterpolationMasses 69 10.255091
insert chi_b12Pwidth:InterpolationMasses 70 10.255123
insert chi_b12Pwidth:InterpolationMasses 71 10.255155
insert chi_b12Pwidth:InterpolationMasses 72 10.255187
insert chi_b12Pwidth:InterpolationMasses 73 10.255219
insert chi_b12Pwidth:InterpolationMasses 74 10.255251
insert chi_b12Pwidth:InterpolationMasses 75 10.255283
insert chi_b12Pwidth:InterpolationMasses 76 10.255315
insert chi_b12Pwidth:InterpolationMasses 77 10.255348
insert chi_b12Pwidth:InterpolationMasses 78 10.25538
insert chi_b12Pwidth:InterpolationMasses 79 10.255412
insert chi_b12Pwidth:InterpolationMasses 80 10.255444
insert chi_b12Pwidth:InterpolationMasses 81 10.255476
insert chi_b12Pwidth:InterpolationMasses 82 10.255508
insert chi_b12Pwidth:InterpolationMasses 83 10.25554
insert chi_b12Pwidth:InterpolationMasses 84 10.255572
insert chi_b12Pwidth:InterpolationMasses 85 10.255605
insert chi_b12Pwidth:InterpolationMasses 86 10.255637
insert chi_b12Pwidth:InterpolationMasses 87 10.255669
insert chi_b12Pwidth:InterpolationMasses 88 10.255701
insert chi_b12Pwidth:InterpolationMasses 89 10.255733
insert chi_b12Pwidth:InterpolationMasses 90 10.255765
insert chi_b12Pwidth:InterpolationMasses 91 10.255797
insert chi_b12Pwidth:InterpolationMasses 92 10.255829
insert chi_b12Pwidth:InterpolationMasses 93 10.255862
insert chi_b12Pwidth:InterpolationMasses 94 10.255894
insert chi_b12Pwidth:InterpolationMasses 95 10.255926
insert chi_b12Pwidth:InterpolationMasses 96 10.255958
insert chi_b12Pwidth:InterpolationMasses 97 10.25599
insert chi_b12Pwidth:InterpolationMasses 98 10.256022
insert chi_b12Pwidth:InterpolationMasses 99 10.256054
insert chi_b12Pwidth:InterpolationMasses 100 10.256086
insert chi_b12Pwidth:InterpolationMasses 101 10.256119
insert chi_b12Pwidth:InterpolationMasses 102 10.256151
insert chi_b12Pwidth:InterpolationMasses 103 10.256183
insert chi_b12Pwidth:InterpolationMasses 104 10.256215
insert chi_b12Pwidth:InterpolationMasses 105 10.256247
insert chi_b12Pwidth:InterpolationMasses 106 10.256279
insert chi_b12Pwidth:InterpolationMasses 107 10.256311
insert chi_b12Pwidth:InterpolationMasses 108 10.254609
insert chi_b12Pwidth:InterpolationMasses 109 10.254641
insert chi_b12Pwidth:InterpolationMasses 110 10.254673
insert chi_b12Pwidth:InterpolationMasses 111 10.254705
insert chi_b12Pwidth:InterpolationMasses 112 10.254737
insert chi_b12Pwidth:InterpolationMasses 113 10.254769
insert chi_b12Pwidth:InterpolationMasses 114 10.254801
insert chi_b12Pwidth:InterpolationMasses 115 10.254834
insert chi_b12Pwidth:InterpolationMasses 116 10.254866
insert chi_b12Pwidth:InterpolationMasses 117 10.254898
insert chi_b12Pwidth:InterpolationMasses 118 10.25493
insert chi_b12Pwidth:InterpolationMasses 119 10.254962
insert chi_b12Pwidth:InterpolationMasses 120 10.254994
insert chi_b12Pwidth:InterpolationMasses 121 10.255026
insert chi_b12Pwidth:InterpolationMasses 122 10.255058
insert chi_b12Pwidth:InterpolationMasses 123 10.255091
insert chi_b12Pwidth:InterpolationMasses 124 10.255123
insert chi_b12Pwidth:InterpolationMasses 125 10.255155
insert chi_b12Pwidth:InterpolationMasses 126 10.255187
insert chi_b12Pwidth:InterpolationMasses 127 10.255219
insert chi_b12Pwidth:InterpolationMasses 128 10.255251
insert chi_b12Pwidth:InterpolationMasses 129 10.255283
insert chi_b12Pwidth:InterpolationMasses 130 10.255315
insert chi_b12Pwidth:InterpolationMasses 131 10.255348
insert chi_b12Pwidth:InterpolationMasses 132 10.25538
insert chi_b12Pwidth:InterpolationMasses 133 10.255412
insert chi_b12Pwidth:InterpolationMasses 134 10.255444
insert chi_b12Pwidth:InterpolationMasses 135 10.255476
insert chi_b12Pwidth:InterpolationMasses 136 10.255508
insert chi_b12Pwidth:InterpolationMasses 137 10.25554
insert chi_b12Pwidth:InterpolationMasses 138 10.255572
insert chi_b12Pwidth:InterpolationMasses 139 10.255605
insert chi_b12Pwidth:InterpolationMasses 140 10.255637
insert chi_b12Pwidth:InterpolationMasses 141 10.255669
insert chi_b12Pwidth:InterpolationMasses 142 10.255701
insert chi_b12Pwidth:InterpolationMasses 143 10.255733
insert chi_b12Pwidth:InterpolationMasses 144 10.255765
insert chi_b12Pwidth:InterpolationMasses 145 10.255797
insert chi_b12Pwidth:InterpolationMasses 146 10.255829
insert chi_b12Pwidth:InterpolationMasses 147 10.255862
insert chi_b12Pwidth:InterpolationMasses 148 10.255894
insert chi_b12Pwidth:InterpolationMasses 149 10.255926
insert chi_b12Pwidth:InterpolationMasses 150 10.255958
insert chi_b12Pwidth:InterpolationMasses 151 10.25599
insert chi_b12Pwidth:InterpolationMasses 152 10.256022
insert chi_b12Pwidth:InterpolationMasses 153 10.256054
insert chi_b12Pwidth:InterpolationMasses 154 10.256086
insert chi_b12Pwidth:InterpolationMasses 155 10.256119
insert chi_b12Pwidth:InterpolationMasses 156 10.256151
insert chi_b12Pwidth:InterpolationMasses 157 10.256183
insert chi_b12Pwidth:InterpolationMasses 158 10.256215
insert chi_b12Pwidth:InterpolationMasses 159 10.256247
insert chi_b12Pwidth:InterpolationMasses 160 10.256279
insert chi_b12Pwidth:InterpolationMasses 161 10.256311
insert chi_b12Pwidth:InterpolationMasses 162 10.254609
insert chi_b12Pwidth:InterpolationMasses 163 10.254641
insert chi_b12Pwidth:InterpolationMasses 164 10.254673
insert chi_b12Pwidth:InterpolationMasses 165 10.254705
insert chi_b12Pwidth:InterpolationMasses 166 10.254737
insert chi_b12Pwidth:InterpolationMasses 167 10.254769
insert chi_b12Pwidth:InterpolationMasses 168 10.254801
insert chi_b12Pwidth:InterpolationMasses 169 10.254834
insert chi_b12Pwidth:InterpolationMasses 170 10.254866
insert chi_b12Pwidth:InterpolationMasses 171 10.254898
insert chi_b12Pwidth:InterpolationMasses 172 10.25493
insert chi_b12Pwidth:InterpolationMasses 173 10.254962
insert chi_b12Pwidth:InterpolationMasses 174 10.254994
insert chi_b12Pwidth:InterpolationMasses 175 10.255026
insert chi_b12Pwidth:InterpolationMasses 176 10.255058
insert chi_b12Pwidth:InterpolationMasses 177 10.255091
insert chi_b12Pwidth:InterpolationMasses 178 10.255123
insert chi_b12Pwidth:InterpolationMasses 179 10.255155
insert chi_b12Pwidth:InterpolationMasses 180 10.255187
insert chi_b12Pwidth:InterpolationMasses 181 10.255219
insert chi_b12Pwidth:InterpolationMasses 182 10.255251
insert chi_b12Pwidth:InterpolationMasses 183 10.255283
insert chi_b12Pwidth:InterpolationMasses 184 10.255315
insert chi_b12Pwidth:InterpolationMasses 185 10.255348
insert chi_b12Pwidth:InterpolationMasses 186 10.25538
insert chi_b12Pwidth:InterpolationMasses 187 10.255412
insert chi_b12Pwidth:InterpolationMasses 188 10.255444
insert chi_b12Pwidth:InterpolationMasses 189 10.255476
insert chi_b12Pwidth:InterpolationMasses 190 10.255508
insert chi_b12Pwidth:InterpolationMasses 191 10.25554
insert chi_b12Pwidth:InterpolationMasses 192 10.255572
insert chi_b12Pwidth:InterpolationMasses 193 10.255605
insert chi_b12Pwidth:InterpolationMasses 194 10.255637
insert chi_b12Pwidth:InterpolationMasses 195 10.255669
insert chi_b12Pwidth:InterpolationMasses 196 10.255701
insert chi_b12Pwidth:InterpolationMasses 197 10.255733
insert chi_b12Pwidth:InterpolationMasses 198 10.255765
insert chi_b12Pwidth:InterpolationMasses 199 10.255797
insert chi_b12Pwidth:InterpolationMasses 200 10.255829
insert chi_b12Pwidth:InterpolationMasses 201 10.255862
insert chi_b12Pwidth:InterpolationMasses 202 10.255894
insert chi_b12Pwidth:InterpolationMasses 203 10.255926
insert chi_b12Pwidth:InterpolationMasses 204 10.255958
insert chi_b12Pwidth:InterpolationMasses 205 10.25599
insert chi_b12Pwidth:InterpolationMasses 206 10.256022
insert chi_b12Pwidth:InterpolationMasses 207 10.256054
insert chi_b12Pwidth:InterpolationMasses 208 10.256086
insert chi_b12Pwidth:InterpolationMasses 209 10.256119
insert chi_b12Pwidth:InterpolationMasses 210 10.256151
insert chi_b12Pwidth:InterpolationMasses 211 10.256183
insert chi_b12Pwidth:InterpolationMasses 212 10.256215
insert chi_b12Pwidth:InterpolationMasses 213 10.256247
insert chi_b12Pwidth:InterpolationMasses 214 10.256279
insert chi_b12Pwidth:InterpolationMasses 215 10.256311
insert chi_b12Pwidth:InterpolationMasses 216 10.254609
insert chi_b12Pwidth:InterpolationMasses 217 10.254641
insert chi_b12Pwidth:InterpolationMasses 218 10.254673
insert chi_b12Pwidth:InterpolationMasses 219 10.254705
insert chi_b12Pwidth:InterpolationMasses 220 10.254737
insert chi_b12Pwidth:InterpolationMasses 221 10.254769
insert chi_b12Pwidth:InterpolationMasses 222 10.254801
insert chi_b12Pwidth:InterpolationMasses 223 10.254834
insert chi_b12Pwidth:InterpolationMasses 224 10.254866
insert chi_b12Pwidth:InterpolationMasses 225 10.254898
insert chi_b12Pwidth:InterpolationMasses 226 10.25493
insert chi_b12Pwidth:InterpolationMasses 227 10.254962
insert chi_b12Pwidth:InterpolationMasses 228 10.254994
insert chi_b12Pwidth:InterpolationMasses 229 10.255026
insert chi_b12Pwidth:InterpolationMasses 230 10.255058
insert chi_b12Pwidth:InterpolationMasses 231 10.255091
insert chi_b12Pwidth:InterpolationMasses 232 10.255123
insert chi_b12Pwidth:InterpolationMasses 233 10.255155
insert chi_b12Pwidth:InterpolationMasses 234 10.255187
insert chi_b12Pwidth:InterpolationMasses 235 10.255219
insert chi_b12Pwidth:InterpolationMasses 236 10.255251
insert chi_b12Pwidth:InterpolationMasses 237 10.255283
insert chi_b12Pwidth:InterpolationMasses 238 10.255315
insert chi_b12Pwidth:InterpolationMasses 239 10.255348
insert chi_b12Pwidth:InterpolationMasses 240 10.25538
insert chi_b12Pwidth:InterpolationMasses 241 10.255412
insert chi_b12Pwidth:InterpolationMasses 242 10.255444
insert chi_b12Pwidth:InterpolationMasses 243 10.255476
insert chi_b12Pwidth:InterpolationMasses 244 10.255508
insert chi_b12Pwidth:InterpolationMasses 245 10.25554
insert chi_b12Pwidth:InterpolationMasses 246 10.255572
insert chi_b12Pwidth:InterpolationMasses 247 10.255605
insert chi_b12Pwidth:InterpolationMasses 248 10.255637
insert chi_b12Pwidth:InterpolationMasses 249 10.255669
insert chi_b12Pwidth:InterpolationMasses 250 10.255701
insert chi_b12Pwidth:InterpolationMasses 251 10.255733
insert chi_b12Pwidth:InterpolationMasses 252 10.255765
insert chi_b12Pwidth:InterpolationMasses 253 10.255797
insert chi_b12Pwidth:InterpolationMasses 254 10.255829
insert chi_b12Pwidth:InterpolationMasses 255 10.255862
insert chi_b12Pwidth:InterpolationMasses 256 10.255894
insert chi_b12Pwidth:InterpolationMasses 257 10.255926
insert chi_b12Pwidth:InterpolationMasses 258 10.255958
insert chi_b12Pwidth:InterpolationMasses 259 10.25599
insert chi_b12Pwidth:InterpolationMasses 260 10.256022
insert chi_b12Pwidth:InterpolationMasses 261 10.256054
insert chi_b12Pwidth:InterpolationMasses 262 10.256086
insert chi_b12Pwidth:InterpolationMasses 263 10.256119
insert chi_b12Pwidth:InterpolationMasses 264 10.256151
insert chi_b12Pwidth:InterpolationMasses 265 10.256183
insert chi_b12Pwidth:InterpolationMasses 266 10.256215
insert chi_b12Pwidth:InterpolationMasses 267 10.256247
insert chi_b12Pwidth:InterpolationMasses 268 10.256279
insert chi_b12Pwidth:InterpolationMasses 269 10.256311
insert chi_b12Pwidth:InterpolationWidths 0 1.409564e-05
insert chi_b12Pwidth:InterpolationWidths 1 1.4101404e-05
insert chi_b12Pwidth:InterpolationWidths 2 1.4107169e-05
insert chi_b12Pwidth:InterpolationWidths 3 1.4112936e-05
insert chi_b12Pwidth:InterpolationWidths 4 1.4118704e-05
insert chi_b12Pwidth:InterpolationWidths 5 1.4124474e-05
insert chi_b12Pwidth:InterpolationWidths 6 1.4130245e-05
insert chi_b12Pwidth:InterpolationWidths 7 1.4136018e-05
insert chi_b12Pwidth:InterpolationWidths 8 1.4141792e-05
insert chi_b12Pwidth:InterpolationWidths 9 1.4147568e-05
insert chi_b12Pwidth:InterpolationWidths 10 1.4153346e-05
insert chi_b12Pwidth:InterpolationWidths 11 1.4159125e-05
insert chi_b12Pwidth:InterpolationWidths 12 1.4164905e-05
insert chi_b12Pwidth:InterpolationWidths 13 1.4170688e-05
insert chi_b12Pwidth:InterpolationWidths 14 1.4176471e-05
insert chi_b12Pwidth:InterpolationWidths 15 1.4182256e-05
insert chi_b12Pwidth:InterpolationWidths 16 1.4188043e-05
insert chi_b12Pwidth:InterpolationWidths 17 1.4193832e-05
insert chi_b12Pwidth:InterpolationWidths 18 1.4199621e-05
insert chi_b12Pwidth:InterpolationWidths 19 1.4205413e-05
insert chi_b12Pwidth:InterpolationWidths 20 1.4211206e-05
insert chi_b12Pwidth:InterpolationWidths 21 1.4217e-05
insert chi_b12Pwidth:InterpolationWidths 22 1.4222796e-05
insert chi_b12Pwidth:InterpolationWidths 23 1.4228594e-05
insert chi_b12Pwidth:InterpolationWidths 24 1.4234393e-05
insert chi_b12Pwidth:InterpolationWidths 25 1.4240194e-05
insert chi_b12Pwidth:InterpolationWidths 26 1.4245996e-05
insert chi_b12Pwidth:InterpolationWidths 27 1.42518e-05
insert chi_b12Pwidth:InterpolationWidths 28 1.4257605e-05
insert chi_b12Pwidth:InterpolationWidths 29 1.4263412e-05
insert chi_b12Pwidth:InterpolationWidths 30 1.426922e-05
insert chi_b12Pwidth:InterpolationWidths 31 1.427503e-05
insert chi_b12Pwidth:InterpolationWidths 32 1.4280842e-05
insert chi_b12Pwidth:InterpolationWidths 33 1.4286655e-05
insert chi_b12Pwidth:InterpolationWidths 34 1.4292469e-05
insert chi_b12Pwidth:InterpolationWidths 35 1.4298286e-05
insert chi_b12Pwidth:InterpolationWidths 36 1.4304103e-05
insert chi_b12Pwidth:InterpolationWidths 37 1.4309922e-05
insert chi_b12Pwidth:InterpolationWidths 38 1.4315743e-05
insert chi_b12Pwidth:InterpolationWidths 39 1.4321566e-05
insert chi_b12Pwidth:InterpolationWidths 40 1.432739e-05
insert chi_b12Pwidth:InterpolationWidths 41 1.4333215e-05
insert chi_b12Pwidth:InterpolationWidths 42 1.4339042e-05
insert chi_b12Pwidth:InterpolationWidths 43 1.434487e-05
insert chi_b12Pwidth:InterpolationWidths 44 1.4350701e-05
insert chi_b12Pwidth:InterpolationWidths 45 1.4356532e-05
insert chi_b12Pwidth:InterpolationWidths 46 1.4362365e-05
insert chi_b12Pwidth:InterpolationWidths 47 1.43682e-05
insert chi_b12Pwidth:InterpolationWidths 48 1.4374036e-05
insert chi_b12Pwidth:InterpolationWidths 49 1.4379874e-05
insert chi_b12Pwidth:InterpolationWidths 50 1.4385714e-05
insert chi_b12Pwidth:InterpolationWidths 51 1.4391555e-05
insert chi_b12Pwidth:InterpolationWidths 52 1.4397397e-05
insert chi_b12Pwidth:InterpolationWidths 53 1.4403241e-05
insert chi_b12Pwidth:InterpolationWidths 54 7.7464877e-06
insert chi_b12Pwidth:InterpolationWidths 55 7.7473703e-06
insert chi_b12Pwidth:InterpolationWidths 56 7.748253e-06
insert chi_b12Pwidth:InterpolationWidths 57 7.7491357e-06
insert chi_b12Pwidth:InterpolationWidths 58 7.7500185e-06
insert chi_b12Pwidth:InterpolationWidths 59 7.7509014e-06
insert chi_b12Pwidth:InterpolationWidths 60 7.7517843e-06
insert chi_b12Pwidth:InterpolationWidths 61 7.7526673e-06
insert chi_b12Pwidth:InterpolationWidths 62 7.7535503e-06
insert chi_b12Pwidth:InterpolationWidths 63 7.7544334e-06
insert chi_b12Pwidth:InterpolationWidths 64 7.7553166e-06
insert chi_b12Pwidth:InterpolationWidths 65 7.7561998e-06
insert chi_b12Pwidth:InterpolationWidths 66 7.7570831e-06
insert chi_b12Pwidth:InterpolationWidths 67 7.7579665e-06
insert chi_b12Pwidth:InterpolationWidths 68 7.7588499e-06
insert chi_b12Pwidth:InterpolationWidths 69 7.7597334e-06
insert chi_b12Pwidth:InterpolationWidths 70 7.7606169e-06
insert chi_b12Pwidth:InterpolationWidths 71 7.7615006e-06
insert chi_b12Pwidth:InterpolationWidths 72 7.7623842e-06
insert chi_b12Pwidth:InterpolationWidths 73 7.763268e-06
insert chi_b12Pwidth:InterpolationWidths 74 7.7641518e-06
insert chi_b12Pwidth:InterpolationWidths 75 7.7650356e-06
insert chi_b12Pwidth:InterpolationWidths 76 7.7659196e-06
insert chi_b12Pwidth:InterpolationWidths 77 7.7668036e-06
insert chi_b12Pwidth:InterpolationWidths 78 7.7676876e-06
insert chi_b12Pwidth:InterpolationWidths 79 7.7685717e-06
insert chi_b12Pwidth:InterpolationWidths 80 7.7694559e-06
insert chi_b12Pwidth:InterpolationWidths 81 7.7703402e-06
insert chi_b12Pwidth:InterpolationWidths 82 7.7712245e-06
insert chi_b12Pwidth:InterpolationWidths 83 7.7721088e-06
insert chi_b12Pwidth:InterpolationWidths 84 7.7729933e-06
insert chi_b12Pwidth:InterpolationWidths 85 7.7738777e-06
insert chi_b12Pwidth:InterpolationWidths 86 7.7747623e-06
insert chi_b12Pwidth:InterpolationWidths 87 7.7756469e-06
insert chi_b12Pwidth:InterpolationWidths 88 7.7765316e-06
insert chi_b12Pwidth:InterpolationWidths 89 7.7774164e-06
insert chi_b12Pwidth:InterpolationWidths 90 7.7783012e-06
insert chi_b12Pwidth:InterpolationWidths 91 7.779186e-06
insert chi_b12Pwidth:InterpolationWidths 92 7.780071e-06
insert chi_b12Pwidth:InterpolationWidths 93 7.780956e-06
insert chi_b12Pwidth:InterpolationWidths 94 7.781841e-06
insert chi_b12Pwidth:InterpolationWidths 95 7.7827261e-06
insert chi_b12Pwidth:InterpolationWidths 96 7.7836113e-06
insert chi_b12Pwidth:InterpolationWidths 97 7.7844966e-06
insert chi_b12Pwidth:InterpolationWidths 98 7.7853819e-06
insert chi_b12Pwidth:InterpolationWidths 99 7.7862673e-06
insert chi_b12Pwidth:InterpolationWidths 100 7.7871527e-06
insert chi_b12Pwidth:InterpolationWidths 101 7.7880382e-06
insert chi_b12Pwidth:InterpolationWidths 102 7.7889238e-06
insert chi_b12Pwidth:InterpolationWidths 103 7.7898094e-06
insert chi_b12Pwidth:InterpolationWidths 104 7.7906951e-06
insert chi_b12Pwidth:InterpolationWidths 105 7.7915808e-06
insert chi_b12Pwidth:InterpolationWidths 106 7.7924666e-06
insert chi_b12Pwidth:InterpolationWidths 107 7.7933525e-06
insert chi_b12Pwidth:InterpolationWidths 108 1.8484807e-06
insert chi_b12Pwidth:InterpolationWidths 109 1.8491194e-06
insert chi_b12Pwidth:InterpolationWidths 110 1.849758e-06
insert chi_b12Pwidth:InterpolationWidths 111 1.8503967e-06
insert chi_b12Pwidth:InterpolationWidths 112 1.8510354e-06
insert chi_b12Pwidth:InterpolationWidths 113 1.851674e-06
insert chi_b12Pwidth:InterpolationWidths 114 1.8523127e-06
insert chi_b12Pwidth:InterpolationWidths 115 1.8529513e-06
insert chi_b12Pwidth:InterpolationWidths 116 1.8535899e-06
insert chi_b12Pwidth:InterpolationWidths 117 1.8542285e-06
insert chi_b12Pwidth:InterpolationWidths 118 1.8548671e-06
insert chi_b12Pwidth:InterpolationWidths 119 1.8555057e-06
insert chi_b12Pwidth:InterpolationWidths 120 1.8561443e-06
insert chi_b12Pwidth:InterpolationWidths 121 1.8567829e-06
insert chi_b12Pwidth:InterpolationWidths 122 1.8574214e-06
insert chi_b12Pwidth:InterpolationWidths 123 1.85806e-06
insert chi_b12Pwidth:InterpolationWidths 124 1.8586985e-06
insert chi_b12Pwidth:InterpolationWidths 125 1.859337e-06
insert chi_b12Pwidth:InterpolationWidths 126 1.8599756e-06
insert chi_b12Pwidth:InterpolationWidths 127 1.8606141e-06
insert chi_b12Pwidth:InterpolationWidths 128 1.8612526e-06
insert chi_b12Pwidth:InterpolationWidths 129 1.8618911e-06
insert chi_b12Pwidth:InterpolationWidths 130 1.8625295e-06
insert chi_b12Pwidth:InterpolationWidths 131 1.863168e-06
insert chi_b12Pwidth:InterpolationWidths 132 1.8638065e-06
insert chi_b12Pwidth:InterpolationWidths 133 1.8644449e-06
insert chi_b12Pwidth:InterpolationWidths 134 1.8650833e-06
insert chi_b12Pwidth:InterpolationWidths 135 1.8657218e-06
insert chi_b12Pwidth:InterpolationWidths 136 1.8663602e-06
insert chi_b12Pwidth:InterpolationWidths 137 1.8669986e-06
insert chi_b12Pwidth:InterpolationWidths 138 1.867637e-06
insert chi_b12Pwidth:InterpolationWidths 139 1.8682754e-06
insert chi_b12Pwidth:InterpolationWidths 140 1.8689138e-06
insert chi_b12Pwidth:InterpolationWidths 141 1.8695521e-06
insert chi_b12Pwidth:InterpolationWidths 142 1.8701905e-06
insert chi_b12Pwidth:InterpolationWidths 143 1.8708288e-06
insert chi_b12Pwidth:InterpolationWidths 144 1.8714672e-06
insert chi_b12Pwidth:InterpolationWidths 145 1.8721055e-06
insert chi_b12Pwidth:InterpolationWidths 146 1.8727438e-06
insert chi_b12Pwidth:InterpolationWidths 147 1.8733821e-06
insert chi_b12Pwidth:InterpolationWidths 148 1.8740204e-06
insert chi_b12Pwidth:InterpolationWidths 149 1.8746587e-06
insert chi_b12Pwidth:InterpolationWidths 150 1.875297e-06
insert chi_b12Pwidth:InterpolationWidths 151 1.8759353e-06
insert chi_b12Pwidth:InterpolationWidths 152 1.8765735e-06
insert chi_b12Pwidth:InterpolationWidths 153 1.8772118e-06
insert chi_b12Pwidth:InterpolationWidths 154 1.87785e-06
insert chi_b12Pwidth:InterpolationWidths 155 1.8784882e-06
insert chi_b12Pwidth:InterpolationWidths 156 1.8791264e-06
insert chi_b12Pwidth:InterpolationWidths 157 1.8797646e-06
insert chi_b12Pwidth:InterpolationWidths 158 1.8804028e-06
insert chi_b12Pwidth:InterpolationWidths 159 1.881041e-06
insert chi_b12Pwidth:InterpolationWidths 160 1.8816792e-06
insert chi_b12Pwidth:InterpolationWidths 161 1.8823174e-06
insert chi_b12Pwidth:InterpolationWidths 162 1.2321279e-06
insert chi_b12Pwidth:InterpolationWidths 163 1.2340391e-06
insert chi_b12Pwidth:InterpolationWidths 164 1.2359484e-06
insert chi_b12Pwidth:InterpolationWidths 165 1.2378558e-06
insert chi_b12Pwidth:InterpolationWidths 166 1.2397615e-06
insert chi_b12Pwidth:InterpolationWidths 167 1.2416653e-06
insert chi_b12Pwidth:InterpolationWidths 168 1.2435673e-06
insert chi_b12Pwidth:InterpolationWidths 169 1.2454674e-06
insert chi_b12Pwidth:InterpolationWidths 170 1.2473658e-06
insert chi_b12Pwidth:InterpolationWidths 171 1.2492623e-06
insert chi_b12Pwidth:InterpolationWidths 172 1.251157e-06
insert chi_b12Pwidth:InterpolationWidths 173 1.25305e-06
insert chi_b12Pwidth:InterpolationWidths 174 1.2549411e-06
insert chi_b12Pwidth:InterpolationWidths 175 1.2568304e-06
insert chi_b12Pwidth:InterpolationWidths 176 1.258718e-06
insert chi_b12Pwidth:InterpolationWidths 177 1.2606038e-06
insert chi_b12Pwidth:InterpolationWidths 178 1.2624879e-06
insert chi_b12Pwidth:InterpolationWidths 179 1.2643701e-06
insert chi_b12Pwidth:InterpolationWidths 180 1.2662506e-06
insert chi_b12Pwidth:InterpolationWidths 181 1.2681294e-06
insert chi_b12Pwidth:InterpolationWidths 182 1.2700064e-06
insert chi_b12Pwidth:InterpolationWidths 183 1.2718817e-06
insert chi_b12Pwidth:InterpolationWidths 184 1.2737552e-06
insert chi_b12Pwidth:InterpolationWidths 185 1.275627e-06
insert chi_b12Pwidth:InterpolationWidths 186 1.277497e-06
insert chi_b12Pwidth:InterpolationWidths 187 1.2793653e-06
insert chi_b12Pwidth:InterpolationWidths 188 1.281232e-06
insert chi_b12Pwidth:InterpolationWidths 189 1.2830969e-06
insert chi_b12Pwidth:InterpolationWidths 190 1.2849601e-06
insert chi_b12Pwidth:InterpolationWidths 191 1.2868217e-06
insert chi_b12Pwidth:InterpolationWidths 192 1.2886816e-06
insert chi_b12Pwidth:InterpolationWidths 193 1.2905398e-06
insert chi_b12Pwidth:InterpolationWidths 194 1.2923963e-06
insert chi_b12Pwidth:InterpolationWidths 195 1.2942511e-06
insert chi_b12Pwidth:InterpolationWidths 196 1.2961042e-06
insert chi_b12Pwidth:InterpolationWidths 197 1.2979557e-06
insert chi_b12Pwidth:InterpolationWidths 198 1.2998055e-06
insert chi_b12Pwidth:InterpolationWidths 199 1.3016536e-06
insert chi_b12Pwidth:InterpolationWidths 200 1.3035e-06
insert chi_b12Pwidth:InterpolationWidths 201 1.3053448e-06
insert chi_b12Pwidth:InterpolationWidths 202 1.3071879e-06
insert chi_b12Pwidth:InterpolationWidths 203 1.3090294e-06
insert chi_b12Pwidth:InterpolationWidths 204 1.3108692e-06
insert chi_b12Pwidth:InterpolationWidths 205 1.3127074e-06
insert chi_b12Pwidth:InterpolationWidths 206 1.3145439e-06
insert chi_b12Pwidth:InterpolationWidths 207 1.3163788e-06
insert chi_b12Pwidth:InterpolationWidths 208 1.3182121e-06
insert chi_b12Pwidth:InterpolationWidths 209 1.3200438e-06
insert chi_b12Pwidth:InterpolationWidths 210 1.3218738e-06
insert chi_b12Pwidth:InterpolationWidths 211 1.3237023e-06
insert chi_b12Pwidth:InterpolationWidths 212 1.3255291e-06
insert chi_b12Pwidth:InterpolationWidths 213 1.3273543e-06
insert chi_b12Pwidth:InterpolationWidths 214 1.3291779e-06
insert chi_b12Pwidth:InterpolationWidths 215 1.3309999e-06
insert chi_b12Pwidth:InterpolationWidths 216 7.4483366e-07
insert chi_b12Pwidth:InterpolationWidths 217 7.4554942e-07
insert chi_b12Pwidth:InterpolationWidths 218 7.4626562e-07
insert chi_b12Pwidth:InterpolationWidths 219 7.4698229e-07
insert chi_b12Pwidth:InterpolationWidths 220 7.4769941e-07
insert chi_b12Pwidth:InterpolationWidths 221 7.4841698e-07
insert chi_b12Pwidth:InterpolationWidths 222 7.4913501e-07
insert chi_b12Pwidth:InterpolationWidths 223 7.4985349e-07
insert chi_b12Pwidth:InterpolationWidths 224 7.5057243e-07
insert chi_b12Pwidth:InterpolationWidths 225 7.5129183e-07
insert chi_b12Pwidth:InterpolationWidths 226 7.5201168e-07
insert chi_b12Pwidth:InterpolationWidths 227 7.5273198e-07
insert chi_b12Pwidth:InterpolationWidths 228 7.5345275e-07
insert chi_b12Pwidth:InterpolationWidths 229 7.5417397e-07
insert chi_b12Pwidth:InterpolationWidths 230 7.5489564e-07
insert chi_b12Pwidth:InterpolationWidths 231 7.5561777e-07
insert chi_b12Pwidth:InterpolationWidths 232 7.5634036e-07
insert chi_b12Pwidth:InterpolationWidths 233 7.5706341e-07
insert chi_b12Pwidth:InterpolationWidths 234 7.5778691e-07
insert chi_b12Pwidth:InterpolationWidths 235 7.5851087e-07
insert chi_b12Pwidth:InterpolationWidths 236 7.5923529e-07
insert chi_b12Pwidth:InterpolationWidths 237 7.5996016e-07
insert chi_b12Pwidth:InterpolationWidths 238 7.6068549e-07
insert chi_b12Pwidth:InterpolationWidths 239 7.6141128e-07
insert chi_b12Pwidth:InterpolationWidths 240 7.6213753e-07
insert chi_b12Pwidth:InterpolationWidths 241 7.6286423e-07
insert chi_b12Pwidth:InterpolationWidths 242 7.635914e-07
insert chi_b12Pwidth:InterpolationWidths 243 7.6431902e-07
insert chi_b12Pwidth:InterpolationWidths 244 7.650471e-07
insert chi_b12Pwidth:InterpolationWidths 245 7.6577564e-07
insert chi_b12Pwidth:InterpolationWidths 246 7.6650463e-07
insert chi_b12Pwidth:InterpolationWidths 247 7.6723409e-07
insert chi_b12Pwidth:InterpolationWidths 248 7.67964e-07
insert chi_b12Pwidth:InterpolationWidths 249 7.6869438e-07
insert chi_b12Pwidth:InterpolationWidths 250 7.6942521e-07
insert chi_b12Pwidth:InterpolationWidths 251 7.701565e-07
insert chi_b12Pwidth:InterpolationWidths 252 7.7088825e-07
insert chi_b12Pwidth:InterpolationWidths 253 7.7162046e-07
insert chi_b12Pwidth:InterpolationWidths 254 7.7235313e-07
insert chi_b12Pwidth:InterpolationWidths 255 7.7308626e-07
insert chi_b12Pwidth:InterpolationWidths 256 7.7381985e-07
insert chi_b12Pwidth:InterpolationWidths 257 7.745539e-07
insert chi_b12Pwidth:InterpolationWidths 258 7.7528841e-07
insert chi_b12Pwidth:InterpolationWidths 259 7.7602338e-07
insert chi_b12Pwidth:InterpolationWidths 260 7.7675882e-07
insert chi_b12Pwidth:InterpolationWidths 261 7.7749471e-07
insert chi_b12Pwidth:InterpolationWidths 262 7.7823106e-07
insert chi_b12Pwidth:InterpolationWidths 263 7.7896788e-07
insert chi_b12Pwidth:InterpolationWidths 264 7.7970515e-07
insert chi_b12Pwidth:InterpolationWidths 265 7.8044289e-07
insert chi_b12Pwidth:InterpolationWidths 266 7.8118108e-07
insert chi_b12Pwidth:InterpolationWidths 267 7.8191974e-07
insert chi_b12Pwidth:InterpolationWidths 268 7.8265887e-07
insert chi_b12Pwidth:InterpolationWidths 269 7.8339845e-07
insert chi_b12Pwidth:NumberofEntries 0 0
insert chi_b12Pwidth:NumberofEntries 1 54
insert chi_b12Pwidth:NumberofEntries 2 108
insert chi_b12Pwidth:NumberofEntries 3 162
insert chi_b12Pwidth:NumberofEntries 4 216
insert chi_b12Pwidth:NumberofEntries 5 270
insert chi_b12Pwidth:NumberofEntries 6 270
insert chi_b12Pwidth:NumberofEntries 7 270
newdef /Herwig/Particles/chi_b1(2P):Width_generator chi_b12Pwidth
#
create Herwig::GenericWidthGenerator chi_b02Pwidth
newdef chi_b02Pwidth:Particle /Herwig/Particles/chi_b0(2P)
newdef chi_b02Pwidth:Prefactor 1.00533
newdef chi_b02Pwidth:BRNormalize 1
newdef chi_b02Pwidth:BRMinimum 0.01
newdef chi_b02Pwidth:Points 50
newdef chi_b02Pwidth:InterpolationOrder 1
insert chi_b02Pwidth:MEtype 0 0
insert chi_b02Pwidth:MEtype 1 2
insert chi_b02Pwidth:MEtype 2 2
insert chi_b02Pwidth:MEtype 3 2
insert chi_b02Pwidth:MEcode 0 0
insert chi_b02Pwidth:MEcode 1 0
insert chi_b02Pwidth:MEcode 2 0
insert chi_b02Pwidth:MEcode 3 0
insert chi_b02Pwidth:MEcoupling 0 0.9809
insert chi_b02Pwidth:MEcoupling 1 0.200336
insert chi_b02Pwidth:MEcoupling 2 0.280692
insert chi_b02Pwidth:MEcoupling 3 0.667814
insert chi_b02Pwidth:ModeOn 0 1
insert chi_b02Pwidth:ModeOn 1 1
insert chi_b02Pwidth:ModeOn 2 0
insert chi_b02Pwidth:ModeOn 3 0
insert chi_b02Pwidth:MinimumMasses 0 0
insert chi_b02Pwidth:MinimumMasses 1 10.0229
insert chi_b02Pwidth:MinimumMasses 2 9.45976
insert chi_b02Pwidth:MinimumMasses 3 10.1547
insert chi_b02Pwidth:MEmass1 0 0
insert chi_b02Pwidth:MEmass1 1 10.0233
insert chi_b02Pwidth:MEmass1 2 9.4603
insert chi_b02Pwidth:MEmass1 3 10.1551
insert chi_b02Pwidth:MEmass2 0 0
insert chi_b02Pwidth:MEmass2 1 0
insert chi_b02Pwidth:MEmass2 2 0
insert chi_b02Pwidth:MEmass2 3 0
insert chi_b02Pwidth:DecayModes 0 chi_b0(2P)->g,g;
insert chi_b02Pwidth:DecayModes 1 chi_b0(2P)->Upsilon(2S),gamma;
insert chi_b02Pwidth:DecayModes 2 chi_b0(2P)->Upsilon,gamma;
insert chi_b02Pwidth:DecayModes 3 chi_b0(2P)->Upsilon_1(1D),gamma;
insert chi_b02Pwidth:InterpolationMasses 0 10.222906
insert chi_b02Pwidth:InterpolationMasses 1 10.223268
insert chi_b02Pwidth:InterpolationMasses 2 10.22363
insert chi_b02Pwidth:InterpolationMasses 3 10.223992
insert chi_b02Pwidth:InterpolationMasses 4 10.224354
insert chi_b02Pwidth:InterpolationMasses 5 10.224716
insert chi_b02Pwidth:InterpolationMasses 6 10.225078
insert chi_b02Pwidth:InterpolationMasses 7 10.22544
insert chi_b02Pwidth:InterpolationMasses 8 10.225802
insert chi_b02Pwidth:InterpolationMasses 9 10.226164
insert chi_b02Pwidth:InterpolationMasses 10 10.226526
insert chi_b02Pwidth:InterpolationMasses 11 10.226888
insert chi_b02Pwidth:InterpolationMasses 12 10.22725
insert chi_b02Pwidth:InterpolationMasses 13 10.227612
insert chi_b02Pwidth:InterpolationMasses 14 10.227974
insert chi_b02Pwidth:InterpolationMasses 15 10.228337
insert chi_b02Pwidth:InterpolationMasses 16 10.228699
insert chi_b02Pwidth:InterpolationMasses 17 10.229061
insert chi_b02Pwidth:InterpolationMasses 18 10.229423
insert chi_b02Pwidth:InterpolationMasses 19 10.229785
insert chi_b02Pwidth:InterpolationMasses 20 10.230147
insert chi_b02Pwidth:InterpolationMasses 21 10.230509
insert chi_b02Pwidth:InterpolationMasses 22 10.230871
insert chi_b02Pwidth:InterpolationMasses 23 10.231233
insert chi_b02Pwidth:InterpolationMasses 24 10.231595
insert chi_b02Pwidth:InterpolationMasses 25 10.231957
insert chi_b02Pwidth:InterpolationMasses 26 10.232319
insert chi_b02Pwidth:InterpolationMasses 27 10.232681
insert chi_b02Pwidth:InterpolationMasses 28 10.233043
insert chi_b02Pwidth:InterpolationMasses 29 10.233405
insert chi_b02Pwidth:InterpolationMasses 30 10.233767
insert chi_b02Pwidth:InterpolationMasses 31 10.234129
insert chi_b02Pwidth:InterpolationMasses 32 10.234491
insert chi_b02Pwidth:InterpolationMasses 33 10.234853
insert chi_b02Pwidth:InterpolationMasses 34 10.235215
insert chi_b02Pwidth:InterpolationMasses 35 10.235577
insert chi_b02Pwidth:InterpolationMasses 36 10.235939
insert chi_b02Pwidth:InterpolationMasses 37 10.236301
insert chi_b02Pwidth:InterpolationMasses 38 10.236663
insert chi_b02Pwidth:InterpolationMasses 39 10.237026
insert chi_b02Pwidth:InterpolationMasses 40 10.237388
insert chi_b02Pwidth:InterpolationMasses 41 10.23775
insert chi_b02Pwidth:InterpolationMasses 42 10.238112
insert chi_b02Pwidth:InterpolationMasses 43 10.238474
insert chi_b02Pwidth:InterpolationMasses 44 10.238836
insert chi_b02Pwidth:InterpolationMasses 45 10.239198
insert chi_b02Pwidth:InterpolationMasses 46 10.23956
insert chi_b02Pwidth:InterpolationMasses 47 10.239922
insert chi_b02Pwidth:InterpolationMasses 48 10.240284
insert chi_b02Pwidth:InterpolationMasses 49 10.240646
insert chi_b02Pwidth:InterpolationMasses 50 10.241008
insert chi_b02Pwidth:InterpolationMasses 51 10.24137
insert chi_b02Pwidth:InterpolationMasses 52 10.241732
insert chi_b02Pwidth:InterpolationMasses 53 10.242094
insert chi_b02Pwidth:InterpolationMasses 54 10.222906
insert chi_b02Pwidth:InterpolationMasses 55 10.223268
insert chi_b02Pwidth:InterpolationMasses 56 10.22363
insert chi_b02Pwidth:InterpolationMasses 57 10.223992
insert chi_b02Pwidth:InterpolationMasses 58 10.224354
insert chi_b02Pwidth:InterpolationMasses 59 10.224716
insert chi_b02Pwidth:InterpolationMasses 60 10.225078
insert chi_b02Pwidth:InterpolationMasses 61 10.22544
insert chi_b02Pwidth:InterpolationMasses 62 10.225802
insert chi_b02Pwidth:InterpolationMasses 63 10.226164
insert chi_b02Pwidth:InterpolationMasses 64 10.226526
insert chi_b02Pwidth:InterpolationMasses 65 10.226888
insert chi_b02Pwidth:InterpolationMasses 66 10.22725
insert chi_b02Pwidth:InterpolationMasses 67 10.227612
insert chi_b02Pwidth:InterpolationMasses 68 10.227974
insert chi_b02Pwidth:InterpolationMasses 69 10.228337
insert chi_b02Pwidth:InterpolationMasses 70 10.228699
insert chi_b02Pwidth:InterpolationMasses 71 10.229061
insert chi_b02Pwidth:InterpolationMasses 72 10.229423
insert chi_b02Pwidth:InterpolationMasses 73 10.229785
insert chi_b02Pwidth:InterpolationMasses 74 10.230147
insert chi_b02Pwidth:InterpolationMasses 75 10.230509
insert chi_b02Pwidth:InterpolationMasses 76 10.230871
insert chi_b02Pwidth:InterpolationMasses 77 10.231233
insert chi_b02Pwidth:InterpolationMasses 78 10.231595
insert chi_b02Pwidth:InterpolationMasses 79 10.231957
insert chi_b02Pwidth:InterpolationMasses 80 10.232319
insert chi_b02Pwidth:InterpolationMasses 81 10.232681
insert chi_b02Pwidth:InterpolationMasses 82 10.233043
insert chi_b02Pwidth:InterpolationMasses 83 10.233405
insert chi_b02Pwidth:InterpolationMasses 84 10.233767
insert chi_b02Pwidth:InterpolationMasses 85 10.234129
insert chi_b02Pwidth:InterpolationMasses 86 10.234491
insert chi_b02Pwidth:InterpolationMasses 87 10.234853
insert chi_b02Pwidth:InterpolationMasses 88 10.235215
insert chi_b02Pwidth:InterpolationMasses 89 10.235577
insert chi_b02Pwidth:InterpolationMasses 90 10.235939
insert chi_b02Pwidth:InterpolationMasses 91 10.236301
insert chi_b02Pwidth:InterpolationMasses 92 10.236663
insert chi_b02Pwidth:InterpolationMasses 93 10.237026
insert chi_b02Pwidth:InterpolationMasses 94 10.237388
insert chi_b02Pwidth:InterpolationMasses 95 10.23775
insert chi_b02Pwidth:InterpolationMasses 96 10.238112
insert chi_b02Pwidth:InterpolationMasses 97 10.238474
insert chi_b02Pwidth:InterpolationMasses 98 10.238836
insert chi_b02Pwidth:InterpolationMasses 99 10.239198
insert chi_b02Pwidth:InterpolationMasses 100 10.23956
insert chi_b02Pwidth:InterpolationMasses 101 10.239922
insert chi_b02Pwidth:InterpolationMasses 102 10.240284
insert chi_b02Pwidth:InterpolationMasses 103 10.240646
insert chi_b02Pwidth:InterpolationMasses 104 10.241008
insert chi_b02Pwidth:InterpolationMasses 105 10.24137
insert chi_b02Pwidth:InterpolationMasses 106 10.241732
insert chi_b02Pwidth:InterpolationMasses 107 10.242094
insert chi_b02Pwidth:InterpolationMasses 108 10.222906
insert chi_b02Pwidth:InterpolationMasses 109 10.223268
insert chi_b02Pwidth:InterpolationMasses 110 10.22363
insert chi_b02Pwidth:InterpolationMasses 111 10.223992
insert chi_b02Pwidth:InterpolationMasses 112 10.224354
insert chi_b02Pwidth:InterpolationMasses 113 10.224716
insert chi_b02Pwidth:InterpolationMasses 114 10.225078
insert chi_b02Pwidth:InterpolationMasses 115 10.22544
insert chi_b02Pwidth:InterpolationMasses 116 10.225802
insert chi_b02Pwidth:InterpolationMasses 117 10.226164
insert chi_b02Pwidth:InterpolationMasses 118 10.226526
insert chi_b02Pwidth:InterpolationMasses 119 10.226888
insert chi_b02Pwidth:InterpolationMasses 120 10.22725
insert chi_b02Pwidth:InterpolationMasses 121 10.227612
insert chi_b02Pwidth:InterpolationMasses 122 10.227974
insert chi_b02Pwidth:InterpolationMasses 123 10.228337
insert chi_b02Pwidth:InterpolationMasses 124 10.228699
insert chi_b02Pwidth:InterpolationMasses 125 10.229061
insert chi_b02Pwidth:InterpolationMasses 126 10.229423
insert chi_b02Pwidth:InterpolationMasses 127 10.229785
insert chi_b02Pwidth:InterpolationMasses 128 10.230147
insert chi_b02Pwidth:InterpolationMasses 129 10.230509
insert chi_b02Pwidth:InterpolationMasses 130 10.230871
insert chi_b02Pwidth:InterpolationMasses 131 10.231233
insert chi_b02Pwidth:InterpolationMasses 132 10.231595
insert chi_b02Pwidth:InterpolationMasses 133 10.231957
insert chi_b02Pwidth:InterpolationMasses 134 10.232319
insert chi_b02Pwidth:InterpolationMasses 135 10.232681
insert chi_b02Pwidth:InterpolationMasses 136 10.233043
insert chi_b02Pwidth:InterpolationMasses 137 10.233405
insert chi_b02Pwidth:InterpolationMasses 138 10.233767
insert chi_b02Pwidth:InterpolationMasses 139 10.234129
insert chi_b02Pwidth:InterpolationMasses 140 10.234491
insert chi_b02Pwidth:InterpolationMasses 141 10.234853
insert chi_b02Pwidth:InterpolationMasses 142 10.235215
insert chi_b02Pwidth:InterpolationMasses 143 10.235577
insert chi_b02Pwidth:InterpolationMasses 144 10.235939
insert chi_b02Pwidth:InterpolationMasses 145 10.236301
insert chi_b02Pwidth:InterpolationMasses 146 10.236663
insert chi_b02Pwidth:InterpolationMasses 147 10.237026
insert chi_b02Pwidth:InterpolationMasses 148 10.237388
insert chi_b02Pwidth:InterpolationMasses 149 10.23775
insert chi_b02Pwidth:InterpolationMasses 150 10.238112
insert chi_b02Pwidth:InterpolationMasses 151 10.238474
insert chi_b02Pwidth:InterpolationMasses 152 10.238836
insert chi_b02Pwidth:InterpolationMasses 153 10.239198
insert chi_b02Pwidth:InterpolationMasses 154 10.23956
insert chi_b02Pwidth:InterpolationMasses 155 10.239922
insert chi_b02Pwidth:InterpolationMasses 156 10.240284
insert chi_b02Pwidth:InterpolationMasses 157 10.240646
insert chi_b02Pwidth:InterpolationMasses 158 10.241008
insert chi_b02Pwidth:InterpolationMasses 159 10.24137
insert chi_b02Pwidth:InterpolationMasses 160 10.241732
insert chi_b02Pwidth:InterpolationMasses 161 10.242094
insert chi_b02Pwidth:InterpolationWidths 0 5.8435362e-05
insert chi_b02Pwidth:InterpolationWidths 1 5.8536158e-05
insert chi_b02Pwidth:InterpolationWidths 2 5.8636934e-05
insert chi_b02Pwidth:InterpolationWidths 3 5.8737693e-05
insert chi_b02Pwidth:InterpolationWidths 4 5.8838434e-05
insert chi_b02Pwidth:InterpolationWidths 5 5.8939157e-05
insert chi_b02Pwidth:InterpolationWidths 6 5.9039862e-05
insert chi_b02Pwidth:InterpolationWidths 7 5.9140549e-05
insert chi_b02Pwidth:InterpolationWidths 8 5.9241217e-05
insert chi_b02Pwidth:InterpolationWidths 9 5.9341868e-05
insert chi_b02Pwidth:InterpolationWidths 10 5.94425e-05
insert chi_b02Pwidth:InterpolationWidths 11 5.9543115e-05
insert chi_b02Pwidth:InterpolationWidths 12 5.9643711e-05
insert chi_b02Pwidth:InterpolationWidths 13 5.974429e-05
insert chi_b02Pwidth:InterpolationWidths 14 5.984485e-05
insert chi_b02Pwidth:InterpolationWidths 15 5.9945393e-05
insert chi_b02Pwidth:InterpolationWidths 16 6.0045917e-05
insert chi_b02Pwidth:InterpolationWidths 17 6.0146424e-05
insert chi_b02Pwidth:InterpolationWidths 18 6.0246912e-05
insert chi_b02Pwidth:InterpolationWidths 19 6.0347382e-05
insert chi_b02Pwidth:InterpolationWidths 20 6.0447835e-05
insert chi_b02Pwidth:InterpolationWidths 21 6.0548269e-05
insert chi_b02Pwidth:InterpolationWidths 22 6.0648685e-05
insert chi_b02Pwidth:InterpolationWidths 23 6.0749084e-05
insert chi_b02Pwidth:InterpolationWidths 24 6.0849464e-05
insert chi_b02Pwidth:InterpolationWidths 25 6.0949827e-05
insert chi_b02Pwidth:InterpolationWidths 26 6.1050171e-05
insert chi_b02Pwidth:InterpolationWidths 27 6.1150498e-05
insert chi_b02Pwidth:InterpolationWidths 28 6.1250806e-05
insert chi_b02Pwidth:InterpolationWidths 29 6.1351097e-05
insert chi_b02Pwidth:InterpolationWidths 30 6.1451369e-05
insert chi_b02Pwidth:InterpolationWidths 31 6.1551624e-05
insert chi_b02Pwidth:InterpolationWidths 32 6.165186e-05
insert chi_b02Pwidth:InterpolationWidths 33 6.1752079e-05
insert chi_b02Pwidth:InterpolationWidths 34 6.185228e-05
insert chi_b02Pwidth:InterpolationWidths 35 6.1952462e-05
insert chi_b02Pwidth:InterpolationWidths 36 6.2052627e-05
insert chi_b02Pwidth:InterpolationWidths 37 6.2152774e-05
insert chi_b02Pwidth:InterpolationWidths 38 6.2252903e-05
insert chi_b02Pwidth:InterpolationWidths 39 6.2353014e-05
insert chi_b02Pwidth:InterpolationWidths 40 6.2453107e-05
insert chi_b02Pwidth:InterpolationWidths 41 6.2553182e-05
insert chi_b02Pwidth:InterpolationWidths 42 6.2653239e-05
insert chi_b02Pwidth:InterpolationWidths 43 6.2753278e-05
insert chi_b02Pwidth:InterpolationWidths 44 6.28533e-05
insert chi_b02Pwidth:InterpolationWidths 45 6.2953303e-05
insert chi_b02Pwidth:InterpolationWidths 46 6.3053289e-05
insert chi_b02Pwidth:InterpolationWidths 47 6.3153256e-05
insert chi_b02Pwidth:InterpolationWidths 48 6.3253206e-05
insert chi_b02Pwidth:InterpolationWidths 49 6.3353138e-05
insert chi_b02Pwidth:InterpolationWidths 50 6.3453051e-05
insert chi_b02Pwidth:InterpolationWidths 51 6.3552947e-05
insert chi_b02Pwidth:InterpolationWidths 52 6.3652825e-05
insert chi_b02Pwidth:InterpolationWidths 53 6.3752686e-05
insert chi_b02Pwidth:InterpolationWidths 54 1.1886611e-05
insert chi_b02Pwidth:InterpolationWidths 55 1.189121e-05
insert chi_b02Pwidth:InterpolationWidths 56 1.1895807e-05
insert chi_b02Pwidth:InterpolationWidths 57 1.1900404e-05
insert chi_b02Pwidth:InterpolationWidths 58 1.1905e-05
insert chi_b02Pwidth:InterpolationWidths 59 1.1909595e-05
insert chi_b02Pwidth:InterpolationWidths 60 1.1914189e-05
insert chi_b02Pwidth:InterpolationWidths 61 1.1918782e-05
insert chi_b02Pwidth:InterpolationWidths 62 1.1923374e-05
insert chi_b02Pwidth:InterpolationWidths 63 1.1927966e-05
insert chi_b02Pwidth:InterpolationWidths 64 1.1932557e-05
insert chi_b02Pwidth:InterpolationWidths 65 1.1937146e-05
insert chi_b02Pwidth:InterpolationWidths 66 1.1941735e-05
insert chi_b02Pwidth:InterpolationWidths 67 1.1946323e-05
insert chi_b02Pwidth:InterpolationWidths 68 1.1950911e-05
insert chi_b02Pwidth:InterpolationWidths 69 1.1955497e-05
insert chi_b02Pwidth:InterpolationWidths 70 1.1960083e-05
insert chi_b02Pwidth:InterpolationWidths 71 1.1964667e-05
insert chi_b02Pwidth:InterpolationWidths 72 1.1969251e-05
insert chi_b02Pwidth:InterpolationWidths 73 1.1973834e-05
insert chi_b02Pwidth:InterpolationWidths 74 1.1978416e-05
insert chi_b02Pwidth:InterpolationWidths 75 1.1982997e-05
insert chi_b02Pwidth:InterpolationWidths 76 1.1987578e-05
insert chi_b02Pwidth:InterpolationWidths 77 1.1992157e-05
insert chi_b02Pwidth:InterpolationWidths 78 1.1996736e-05
insert chi_b02Pwidth:InterpolationWidths 79 1.2001314e-05
insert chi_b02Pwidth:InterpolationWidths 80 1.2005891e-05
insert chi_b02Pwidth:InterpolationWidths 81 1.2010467e-05
insert chi_b02Pwidth:InterpolationWidths 82 1.2015042e-05
insert chi_b02Pwidth:InterpolationWidths 83 1.2019617e-05
insert chi_b02Pwidth:InterpolationWidths 84 1.202419e-05
insert chi_b02Pwidth:InterpolationWidths 85 1.2028763e-05
insert chi_b02Pwidth:InterpolationWidths 86 1.2033335e-05
insert chi_b02Pwidth:InterpolationWidths 87 1.2037906e-05
insert chi_b02Pwidth:InterpolationWidths 88 1.2042476e-05
insert chi_b02Pwidth:InterpolationWidths 89 1.2047045e-05
insert chi_b02Pwidth:InterpolationWidths 90 1.2051613e-05
insert chi_b02Pwidth:InterpolationWidths 91 1.2056181e-05
insert chi_b02Pwidth:InterpolationWidths 92 1.2060748e-05
insert chi_b02Pwidth:InterpolationWidths 93 1.2065314e-05
insert chi_b02Pwidth:InterpolationWidths 94 1.2069879e-05
insert chi_b02Pwidth:InterpolationWidths 95 1.2074443e-05
insert chi_b02Pwidth:InterpolationWidths 96 1.2079006e-05
insert chi_b02Pwidth:InterpolationWidths 97 1.2083569e-05
insert chi_b02Pwidth:InterpolationWidths 98 1.208813e-05
insert chi_b02Pwidth:InterpolationWidths 99 1.2092691e-05
insert chi_b02Pwidth:InterpolationWidths 100 1.2097251e-05
insert chi_b02Pwidth:InterpolationWidths 101 1.210181e-05
insert chi_b02Pwidth:InterpolationWidths 102 1.2106368e-05
insert chi_b02Pwidth:InterpolationWidths 103 1.2110926e-05
insert chi_b02Pwidth:InterpolationWidths 104 1.2115482e-05
insert chi_b02Pwidth:InterpolationWidths 105 1.2120038e-05
insert chi_b02Pwidth:InterpolationWidths 106 1.2124593e-05
insert chi_b02Pwidth:InterpolationWidths 107 1.2129146e-05
insert chi_b02Pwidth:InterpolationWidths 108 1.7494575e-06
insert chi_b02Pwidth:InterpolationWidths 109 1.7586429e-06
insert chi_b02Pwidth:InterpolationWidths 110 1.7678267e-06
insert chi_b02Pwidth:InterpolationWidths 111 1.7770088e-06
insert chi_b02Pwidth:InterpolationWidths 112 1.7861893e-06
insert chi_b02Pwidth:InterpolationWidths 113 1.7953682e-06
insert chi_b02Pwidth:InterpolationWidths 114 1.8045454e-06
insert chi_b02Pwidth:InterpolationWidths 115 1.813721e-06
insert chi_b02Pwidth:InterpolationWidths 116 1.822895e-06
insert chi_b02Pwidth:InterpolationWidths 117 1.8320674e-06
insert chi_b02Pwidth:InterpolationWidths 118 1.8412381e-06
insert chi_b02Pwidth:InterpolationWidths 119 1.8504072e-06
insert chi_b02Pwidth:InterpolationWidths 120 1.8595746e-06
insert chi_b02Pwidth:InterpolationWidths 121 1.8687404e-06
insert chi_b02Pwidth:InterpolationWidths 122 1.8779046e-06
insert chi_b02Pwidth:InterpolationWidths 123 1.8870672e-06
insert chi_b02Pwidth:InterpolationWidths 124 1.8962281e-06
insert chi_b02Pwidth:InterpolationWidths 125 1.9053874e-06
insert chi_b02Pwidth:InterpolationWidths 126 1.9145451e-06
insert chi_b02Pwidth:InterpolationWidths 127 1.9237012e-06
insert chi_b02Pwidth:InterpolationWidths 128 1.9328556e-06
insert chi_b02Pwidth:InterpolationWidths 129 1.9420084e-06
insert chi_b02Pwidth:InterpolationWidths 130 1.9511596e-06
insert chi_b02Pwidth:InterpolationWidths 131 1.9603091e-06
insert chi_b02Pwidth:InterpolationWidths 132 1.969457e-06
insert chi_b02Pwidth:InterpolationWidths 133 1.9786033e-06
insert chi_b02Pwidth:InterpolationWidths 134 1.987748e-06
insert chi_b02Pwidth:InterpolationWidths 135 1.996891e-06
insert chi_b02Pwidth:InterpolationWidths 136 2.0060325e-06
insert chi_b02Pwidth:InterpolationWidths 137 2.0151723e-06
insert chi_b02Pwidth:InterpolationWidths 138 2.0243104e-06
insert chi_b02Pwidth:InterpolationWidths 139 2.033447e-06
insert chi_b02Pwidth:InterpolationWidths 140 2.0425819e-06
insert chi_b02Pwidth:InterpolationWidths 141 2.0517152e-06
insert chi_b02Pwidth:InterpolationWidths 142 2.0608469e-06
insert chi_b02Pwidth:InterpolationWidths 143 2.0699769e-06
insert chi_b02Pwidth:InterpolationWidths 144 2.0791054e-06
insert chi_b02Pwidth:InterpolationWidths 145 2.0882322e-06
insert chi_b02Pwidth:InterpolationWidths 146 2.0973574e-06
insert chi_b02Pwidth:InterpolationWidths 147 2.1064809e-06
insert chi_b02Pwidth:InterpolationWidths 148 2.1156029e-06
insert chi_b02Pwidth:InterpolationWidths 149 2.1247232e-06
insert chi_b02Pwidth:InterpolationWidths 150 2.1338419e-06
insert chi_b02Pwidth:InterpolationWidths 151 2.142959e-06
insert chi_b02Pwidth:InterpolationWidths 152 2.1520745e-06
insert chi_b02Pwidth:InterpolationWidths 153 2.1611883e-06
insert chi_b02Pwidth:InterpolationWidths 154 2.1703005e-06
insert chi_b02Pwidth:InterpolationWidths 155 2.1794111e-06
insert chi_b02Pwidth:InterpolationWidths 156 2.1885201e-06
insert chi_b02Pwidth:InterpolationWidths 157 2.1976275e-06
insert chi_b02Pwidth:InterpolationWidths 158 2.2067332e-06
insert chi_b02Pwidth:InterpolationWidths 159 2.2158374e-06
insert chi_b02Pwidth:InterpolationWidths 160 2.2249399e-06
insert chi_b02Pwidth:InterpolationWidths 161 2.2340408e-06
insert chi_b02Pwidth:NumberofEntries 0 0
insert chi_b02Pwidth:NumberofEntries 1 54
insert chi_b02Pwidth:NumberofEntries 2 108
insert chi_b02Pwidth:NumberofEntries 3 162
newdef /Herwig/Particles/chi_b0(2P):Width_generator chi_b02Pwidth
#
create Herwig::GenericWidthGenerator psi(3770)width
newdef psi(3770)width:Particle /Herwig/Particles/psi(3770)
newdef psi(3770)width:Prefactor 1.01353
newdef psi(3770)width:BRNormalize 1
newdef psi(3770)width:BRMinimum 0.01
newdef psi(3770)width:Points 50
newdef psi(3770)width:InterpolationOrder 1
insert psi(3770)width:MEtype 0 1
insert psi(3770)width:MEtype 1 1
insert psi(3770)width:MEtype 2 2
insert psi(3770)width:MEtype 3 2
insert psi(3770)width:MEtype 4 2
insert psi(3770)width:MEtype 5 2
insert psi(3770)width:MEtype 6 2
insert psi(3770)width:MEtype 7 2
insert psi(3770)width:MEtype 8 1
insert psi(3770)width:MEtype 9 1
insert psi(3770)width:MEtype 10 1
insert psi(3770)width:MEcode 0 0
insert psi(3770)width:MEcode 1 0
insert psi(3770)width:MEcode 2 0
insert psi(3770)width:MEcode 3 0
insert psi(3770)width:MEcode 4 0
insert psi(3770)width:MEcode 5 0
insert psi(3770)width:MEcode 6 0
insert psi(3770)width:MEcode 7 0
insert psi(3770)width:MEcode 8 2
insert psi(3770)width:MEcode 9 2
insert psi(3770)width:MEcode 10 2
insert psi(3770)width:MEcoupling 0 13.397
insert psi(3770)width:MEcoupling 1 13.397
insert psi(3770)width:MEcoupling 2 0.00745351
insert psi(3770)width:MEcoupling 3 1.00194
insert psi(3770)width:MEcoupling 4 1.24318
insert psi(3770)width:MEcoupling 5 1.15222
insert psi(3770)width:MEcoupling 6 0.997607
insert psi(3770)width:MEcoupling 7 1.17598
insert psi(3770)width:MEcoupling 8 0.00156382
insert psi(3770)width:MEcoupling 9 0.00156383
insert psi(3770)width:MEcoupling 10 0.00167266
insert psi(3770)width:ModeOn 0 1
insert psi(3770)width:ModeOn 1 1
insert psi(3770)width:ModeOn 2 0
insert psi(3770)width:ModeOn 3 0
insert psi(3770)width:ModeOn 4 0
insert psi(3770)width:ModeOn 5 0
insert psi(3770)width:ModeOn 6 0
insert psi(3770)width:ModeOn 7 0
insert psi(3770)width:ModeOn 8 0
insert psi(3770)width:ModeOn 9 0
insert psi(3770)width:ModeOn 10 0
insert psi(3770)width:MinimumMasses 0 3.72968
insert psi(3770)width:MinimumMasses 1 3.73932
insert psi(3770)width:MinimumMasses 2 3.31076
insert psi(3770)width:MinimumMasses 3 3.50177
insert psi(3770)width:MinimumMasses 4 3.37512
insert psi(3770)width:MinimumMasses 5 3.64383
insert psi(3770)width:MinimumMasses 6 3.36594
insert psi(3770)width:MinimumMasses 7 1.53731
insert psi(3770)width:MinimumMasses 8 0.001022
insert psi(3770)width:MinimumMasses 9 0.211317
insert psi(3770)width:MinimumMasses 10 3.55372
insert psi(3770)width:MEmass1 0 1.86484
insert psi(3770)width:MEmass1 1 1.86966
insert psi(3770)width:MEmass1 2 0
insert psi(3770)width:MEmass1 3 3.51067
insert psi(3770)width:MEmass1 4 0
insert psi(3770)width:MEmass1 5 3.09692
insert psi(3770)width:MEmass1 6 0
insert psi(3770)width:MEmass1 7 1.01946
insert psi(3770)width:MEmass1 8 0.000510999
insert psi(3770)width:MEmass1 9 0.105658
insert psi(3770)width:MEmass1 10 1.77686
insert psi(3770)width:MEmass2 0 1.86484
insert psi(3770)width:MEmass2 1 1.86966
insert psi(3770)width:MEmass2 2 3.41476
insert psi(3770)width:MEmass2 3 0
insert psi(3770)width:MEmass2 4 0
insert psi(3770)width:MEmass2 5 0.547862
insert psi(3770)width:MEmass2 6 0
insert psi(3770)width:MEmass2 7 0.547862
insert psi(3770)width:MEmass2 8 0.000510999
insert psi(3770)width:MEmass2 9 0.105658
insert psi(3770)width:MEmass2 10 1.77686
insert psi(3770)width:DecayModes 0 psi(3770)->D0,Dbar0;
insert psi(3770)width:DecayModes 1 psi(3770)->D+,D-;
insert psi(3770)width:DecayModes 2 psi(3770)->chi_c0,gamma;
insert psi(3770)width:DecayModes 3 psi(3770)->chi_c1,gamma;
insert psi(3770)width:DecayModes 4 psi(3770)->Jpsi,pi+,pi-;
insert psi(3770)width:DecayModes 5 psi(3770)->Jpsi,eta;
insert psi(3770)width:DecayModes 6 psi(3770)->Jpsi,pi0,pi0;
insert psi(3770)width:DecayModes 7 psi(3770)->phi,eta;
insert psi(3770)width:DecayModes 8 psi(3770)->e-,e+;
insert psi(3770)width:DecayModes 9 psi(3770)->mu-,mu+;
insert psi(3770)width:DecayModes 10 psi(3770)->tau-,tau+;
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insert psi(3770)width:InterpolationWidths 26 0.037190142
insert psi(3770)width:InterpolationWidths 27 0.038050327
insert psi(3770)width:InterpolationWidths 28 0.038923025
insert psi(3770)width:InterpolationWidths 29 0.039808308
insert psi(3770)width:InterpolationWidths 30 0.040706246
insert psi(3770)width:InterpolationWidths 31 0.041616911
insert psi(3770)width:InterpolationWidths 32 0.042540373
insert psi(3770)width:InterpolationWidths 33 0.043476703
insert psi(3770)width:InterpolationWidths 34 0.04442597
insert psi(3770)width:InterpolationWidths 35 0.045388245
insert psi(3770)width:InterpolationWidths 36 0.046363595
insert psi(3770)width:InterpolationWidths 37 0.047352091
insert psi(3770)width:InterpolationWidths 38 0.0483538
insert psi(3770)width:InterpolationWidths 39 0.049368791
insert psi(3770)width:InterpolationWidths 40 0.050397133
insert psi(3770)width:InterpolationWidths 41 0.051438892
insert psi(3770)width:InterpolationWidths 42 0.052494136
insert psi(3770)width:InterpolationWidths 43 0.053562932
insert psi(3770)width:InterpolationWidths 44 0.054645347
insert psi(3770)width:InterpolationWidths 45 0.055741447
insert psi(3770)width:InterpolationWidths 46 0.056851298
insert psi(3770)width:InterpolationWidths 47 0.057974966
insert psi(3770)width:InterpolationWidths 48 0.059112517
insert psi(3770)width:InterpolationWidths 49 0.060264016
insert psi(3770)width:InterpolationWidths 50 0.061429528
insert psi(3770)width:InterpolationWidths 51 0.062609117
insert psi(3770)width:InterpolationWidths 52 0.063802847
insert psi(3770)width:InterpolationWidths 53 0.065010784
insert psi(3770)width:InterpolationWidths 54 4.5678389e-05
insert psi(3770)width:InterpolationWidths 55 4.759763e-05
insert psi(3770)width:InterpolationWidths 56 4.956715e-05
insert psi(3770)width:InterpolationWidths 57 5.158746e-05
insert psi(3770)width:InterpolationWidths 58 5.3659064e-05
insert psi(3770)width:InterpolationWidths 59 5.5782463e-05
insert psi(3770)width:InterpolationWidths 60 5.7958153e-05
insert psi(3770)width:InterpolationWidths 61 6.0186626e-05
insert psi(3770)width:InterpolationWidths 62 6.2468366e-05
insert psi(3770)width:InterpolationWidths 63 6.4803859e-05
insert psi(3770)width:InterpolationWidths 64 6.719358e-05
insert psi(3770)width:InterpolationWidths 65 6.9638004e-05
insert psi(3770)width:InterpolationWidths 66 7.2137601e-05
insert psi(3770)width:InterpolationWidths 67 7.4692835e-05
insert psi(3770)width:InterpolationWidths 68 7.7304168e-05
insert psi(3770)width:InterpolationWidths 69 7.9972055e-05
insert psi(3770)width:InterpolationWidths 70 8.269695e-05
insert psi(3770)width:InterpolationWidths 71 8.5479301e-05
insert psi(3770)width:InterpolationWidths 72 8.8319552e-05
insert psi(3770)width:InterpolationWidths 73 9.1218144e-05
insert psi(3770)width:InterpolationWidths 74 9.4175513e-05
insert psi(3770)width:InterpolationWidths 75 9.7192092e-05
insert psi(3770)width:InterpolationWidths 76 0.00010026831
insert psi(3770)width:InterpolationWidths 77 0.00010340459
insert psi(3770)width:InterpolationWidths 78 0.00010660135
insert psi(3770)width:InterpolationWidths 79 0.00010985902
insert psi(3770)width:InterpolationWidths 80 0.000113178
insert psi(3770)width:InterpolationWidths 81 0.0001165587
insert psi(3770)width:InterpolationWidths 82 0.00012000153
insert psi(3770)width:InterpolationWidths 83 0.0001235069
insert psi(3770)width:InterpolationWidths 84 0.00012707519
insert psi(3770)width:InterpolationWidths 85 0.00013070681
insert psi(3770)width:InterpolationWidths 86 0.00013440215
insert psi(3770)width:InterpolationWidths 87 0.00013816159
insert psi(3770)width:InterpolationWidths 88 0.00014198552
insert psi(3770)width:InterpolationWidths 89 0.00014587432
insert psi(3770)width:InterpolationWidths 90 0.00014982837
insert psi(3770)width:InterpolationWidths 91 0.00015384805
insert psi(3770)width:InterpolationWidths 92 0.00015793371
insert psi(3770)width:InterpolationWidths 93 0.00016208574
insert psi(3770)width:InterpolationWidths 94 0.00016630449
insert psi(3770)width:InterpolationWidths 95 0.00017059033
insert psi(3770)width:InterpolationWidths 96 0.00017494361
insert psi(3770)width:InterpolationWidths 97 0.00017936469
insert psi(3770)width:InterpolationWidths 98 0.00018385393
insert psi(3770)width:InterpolationWidths 99 0.00018841166
insert psi(3770)width:InterpolationWidths 100 0.00019303823
insert psi(3770)width:InterpolationWidths 101 0.00019773399
insert psi(3770)width:InterpolationWidths 102 0.00020249928
insert psi(3770)width:InterpolationWidths 103 0.00020733443
insert psi(3770)width:InterpolationWidths 104 0.00021223977
insert psi(3770)width:InterpolationWidths 105 0.00021721564
insert psi(3770)width:InterpolationWidths 106 0.00022226236
insert psi(3770)width:InterpolationWidths 107 0.00022738025
insert psi(3770)width:InterpolationWidths 108 3.0881633e-05
insert psi(3770)width:InterpolationWidths 109 3.211848e-05
insert psi(3770)width:InterpolationWidths 110 3.3395688e-05
insert psi(3770)width:InterpolationWidths 111 3.4714284e-05
insert psi(3770)width:InterpolationWidths 112 3.6075318e-05
insert psi(3770)width:InterpolationWidths 113 3.7479856e-05
insert psi(3770)width:InterpolationWidths 114 3.8928985e-05
insert psi(3770)width:InterpolationWidths 115 4.0423813e-05
insert psi(3770)width:InterpolationWidths 116 4.1965466e-05
insert psi(3770)width:InterpolationWidths 117 4.3555092e-05
insert psi(3770)width:InterpolationWidths 118 4.5193857e-05
insert psi(3770)width:InterpolationWidths 119 4.6882951e-05
insert psi(3770)width:InterpolationWidths 120 4.8623583e-05
insert psi(3770)width:InterpolationWidths 121 5.0416983e-05
insert psi(3770)width:InterpolationWidths 122 5.2264403e-05
insert psi(3770)width:InterpolationWidths 123 5.4167117e-05
insert psi(3770)width:InterpolationWidths 124 5.6126421e-05
insert psi(3770)width:InterpolationWidths 125 5.8143633e-05
insert psi(3770)width:InterpolationWidths 126 6.0220092e-05
insert psi(3770)width:InterpolationWidths 127 6.2357161e-05
insert psi(3770)width:InterpolationWidths 128 6.4556227e-05
insert psi(3770)width:InterpolationWidths 129 6.6818698e-05
insert psi(3770)width:InterpolationWidths 130 6.9146005e-05
insert psi(3770)width:InterpolationWidths 131 7.1539606e-05
insert psi(3770)width:InterpolationWidths 132 7.4000979e-05
insert psi(3770)width:InterpolationWidths 133 7.6531628e-05
insert psi(3770)width:InterpolationWidths 134 7.9133082e-05
insert psi(3770)width:InterpolationWidths 135 8.1806893e-05
insert psi(3770)width:InterpolationWidths 136 8.4554639e-05
insert psi(3770)width:InterpolationWidths 137 8.7377922e-05
insert psi(3770)width:InterpolationWidths 138 9.0278371e-05
insert psi(3770)width:InterpolationWidths 139 9.3257639e-05
insert psi(3770)width:InterpolationWidths 140 9.6317406e-05
insert psi(3770)width:InterpolationWidths 141 9.9459377e-05
insert psi(3770)width:InterpolationWidths 142 0.00010268529
insert psi(3770)width:InterpolationWidths 143 0.00010599689
insert psi(3770)width:InterpolationWidths 144 0.00010939597
insert psi(3770)width:InterpolationWidths 145 0.00011288435
insert psi(3770)width:InterpolationWidths 146 0.00011646386
insert psi(3770)width:InterpolationWidths 147 0.00012013637
insert psi(3770)width:InterpolationWidths 148 0.00012390378
insert psi(3770)width:InterpolationWidths 149 0.00012776801
insert psi(3770)width:InterpolationWidths 150 0.00013173102
insert psi(3770)width:InterpolationWidths 151 0.00013579478
insert psi(3770)width:InterpolationWidths 152 0.0001399613
insert psi(3770)width:InterpolationWidths 153 0.00014423263
insert psi(3770)width:InterpolationWidths 154 0.00014861084
insert psi(3770)width:InterpolationWidths 155 0.00015309801
insert psi(3770)width:InterpolationWidths 156 0.00015769629
insert psi(3770)width:InterpolationWidths 157 0.00016240783
insert psi(3770)width:InterpolationWidths 158 1.3055291e-05
insert psi(3770)width:InterpolationWidths 159 1.3788547e-05
insert psi(3770)width:InterpolationWidths 160 1.4537818e-05
insert psi(3770)width:InterpolationWidths 161 1.530301e-05
insert psi(3770)width:InterpolationWidths 162 1.6084037e-05
insert psi(3770)width:InterpolationWidths 163 1.688082e-05
insert psi(3770)width:InterpolationWidths 164 1.7693285e-05
insert psi(3770)width:InterpolationWidths 165 1.8521364e-05
insert psi(3770)width:InterpolationWidths 166 1.9364993e-05
insert psi(3770)width:InterpolationWidths 167 2.0224114e-05
insert psi(3770)width:InterpolationWidths 168 2.1098672e-05
insert psi(3770)width:InterpolationWidths 169 2.1988618e-05
insert psi(3770)width:InterpolationWidths 170 2.2893905e-05
insert psi(3770)width:InterpolationWidths 171 2.381449e-05
insert psi(3770)width:InterpolationWidths 172 2.4750332e-05
insert psi(3770)width:InterpolationWidths 173 2.5701396e-05
insert psi(3770)width:InterpolationWidths 174 2.6667646e-05
insert psi(3770)width:InterpolationWidths 175 2.7649052e-05
insert psi(3770)width:InterpolationWidths 176 2.8645584e-05
insert psi(3770)width:InterpolationWidths 177 2.9657216e-05
insert psi(3770)width:InterpolationWidths 178 3.0683924e-05
insert psi(3770)width:InterpolationWidths 179 3.1725684e-05
insert psi(3770)width:InterpolationWidths 180 3.2782476e-05
insert psi(3770)width:InterpolationWidths 181 3.3854282e-05
insert psi(3770)width:InterpolationWidths 182 3.4941085e-05
insert psi(3770)width:InterpolationWidths 183 3.6042868e-05
insert psi(3770)width:InterpolationWidths 184 3.7159618e-05
insert psi(3770)width:InterpolationWidths 185 3.8291323e-05
insert psi(3770)width:InterpolationWidths 186 3.9437972e-05
insert psi(3770)width:InterpolationWidths 187 4.0599553e-05
insert psi(3770)width:InterpolationWidths 188 4.177606e-05
insert psi(3770)width:InterpolationWidths 189 4.2967484e-05
insert psi(3770)width:InterpolationWidths 190 4.417382e-05
insert psi(3770)width:InterpolationWidths 191 4.5395061e-05
insert psi(3770)width:InterpolationWidths 192 4.6631203e-05
insert psi(3770)width:InterpolationWidths 193 4.7882243e-05
insert psi(3770)width:InterpolationWidths 194 4.9148179e-05
insert psi(3770)width:InterpolationWidths 195 5.0429008e-05
insert psi(3770)width:InterpolationWidths 196 5.172473e-05
insert psi(3770)width:InterpolationWidths 197 5.3035345e-05
insert psi(3770)width:InterpolationWidths 198 5.4360854e-05
insert psi(3770)width:InterpolationWidths 199 5.5701256e-05
insert psi(3770)width:InterpolationWidths 200 5.7056556e-05
insert psi(3770)width:InterpolationWidths 201 5.8426755e-05
insert psi(3770)width:InterpolationWidths 202 5.9811856e-05
insert psi(3770)width:InterpolationWidths 203 6.1211864e-05
insert psi(3770)width:InterpolationWidths 204 6.2626782e-05
insert psi(3770)width:InterpolationWidths 205 6.4056616e-05
insert psi(3770)width:InterpolationWidths 206 6.550137e-05
insert psi(3770)width:InterpolationWidths 207 6.6961052e-05
insert psi(3770)width:InterpolationWidths 208 6.8435667e-05
insert psi(3770)width:InterpolationWidths 209 6.9925221e-05
insert psi(3770)width:InterpolationWidths 210 7.1429723e-05
insert psi(3770)width:InterpolationWidths 211 7.294918e-05
insert psi(3770)width:InterpolationWidths 212 1.6003089e-05
insert psi(3770)width:InterpolationWidths 213 1.6637048e-05
insert psi(3770)width:InterpolationWidths 214 1.7291504e-05
insert psi(3770)width:InterpolationWidths 215 1.7966976e-05
insert psi(3770)width:InterpolationWidths 216 1.8663991e-05
insert psi(3770)width:InterpolationWidths 217 1.9383089e-05
insert psi(3770)width:InterpolationWidths 218 2.0124817e-05
insert psi(3770)width:InterpolationWidths 219 2.0889733e-05
insert psi(3770)width:InterpolationWidths 220 2.1678404e-05
insert psi(3770)width:InterpolationWidths 221 2.2491408e-05
insert psi(3770)width:InterpolationWidths 222 2.3329334e-05
insert psi(3770)width:InterpolationWidths 223 2.419278e-05
insert psi(3770)width:InterpolationWidths 224 2.5082356e-05
insert psi(3770)width:InterpolationWidths 225 2.5998681e-05
insert psi(3770)width:InterpolationWidths 226 2.6942386e-05
insert psi(3770)width:InterpolationWidths 227 2.7914112e-05
insert psi(3770)width:InterpolationWidths 228 2.8914512e-05
insert psi(3770)width:InterpolationWidths 229 2.9944248e-05
insert psi(3770)width:InterpolationWidths 230 3.1003997e-05
insert psi(3770)width:InterpolationWidths 231 3.2094443e-05
insert psi(3770)width:InterpolationWidths 232 3.3216285e-05
insert psi(3770)width:InterpolationWidths 233 3.4370231e-05
insert psi(3770)width:InterpolationWidths 234 3.5557003e-05
insert psi(3770)width:InterpolationWidths 235 3.6777332e-05
insert psi(3770)width:InterpolationWidths 236 3.8031964e-05
insert psi(3770)width:InterpolationWidths 237 3.9321656e-05
insert psi(3770)width:InterpolationWidths 238 4.0647175e-05
insert psi(3770)width:InterpolationWidths 239 4.2009304e-05
insert psi(3770)width:InterpolationWidths 240 4.3408836e-05
insert psi(3770)width:InterpolationWidths 241 4.4846578e-05
insert psi(3770)width:InterpolationWidths 242 4.6323348e-05
insert psi(3770)width:InterpolationWidths 243 4.7839978e-05
insert psi(3770)width:InterpolationWidths 244 4.9397313e-05
insert psi(3770)width:InterpolationWidths 245 5.0996211e-05
insert psi(3770)width:InterpolationWidths 246 5.2637542e-05
insert psi(3770)width:InterpolationWidths 247 5.4322192e-05
insert psi(3770)width:InterpolationWidths 248 5.6051058e-05
insert psi(3770)width:InterpolationWidths 249 5.7825052e-05
insert psi(3770)width:InterpolationWidths 250 5.9645098e-05
insert psi(3770)width:InterpolationWidths 251 6.1512137e-05
insert psi(3770)width:InterpolationWidths 252 6.342712e-05
insert psi(3770)width:InterpolationWidths 253 6.5391016e-05
insert psi(3770)width:InterpolationWidths 254 6.7404806e-05
insert psi(3770)width:InterpolationWidths 255 6.9469485e-05
insert psi(3770)width:InterpolationWidths 256 7.1586064e-05
insert psi(3770)width:InterpolationWidths 257 7.3755568e-05
insert psi(3770)width:InterpolationWidths 258 7.5979037e-05
insert psi(3770)width:InterpolationWidths 259 7.8257525e-05
insert psi(3770)width:InterpolationWidths 260 8.0592103e-05
insert psi(3770)width:InterpolationWidths 261 8.2983855e-05
insert psi(3770)width:InterpolationWidths 262 6.9360592e-06
insert psi(3770)width:InterpolationWidths 263 6.9588769e-06
insert psi(3770)width:InterpolationWidths 264 6.9817401e-06
insert psi(3770)width:InterpolationWidths 265 7.0046489e-06
insert psi(3770)width:InterpolationWidths 266 7.0276033e-06
insert psi(3770)width:InterpolationWidths 267 7.0506034e-06
insert psi(3770)width:InterpolationWidths 268 7.0736491e-06
insert psi(3770)width:InterpolationWidths 269 7.0967406e-06
insert psi(3770)width:InterpolationWidths 270 7.1198779e-06
insert psi(3770)width:InterpolationWidths 271 7.1430611e-06
insert psi(3770)width:InterpolationWidths 272 7.16629e-06
insert psi(3770)width:InterpolationWidths 273 7.1895649e-06
insert psi(3770)width:InterpolationWidths 274 7.2128857e-06
insert psi(3770)width:InterpolationWidths 275 7.2362525e-06
insert psi(3770)width:InterpolationWidths 276 7.2596653e-06
insert psi(3770)width:InterpolationWidths 277 7.2831241e-06
insert psi(3770)width:InterpolationWidths 278 7.3066291e-06
insert psi(3770)width:InterpolationWidths 279 7.3301801e-06
insert psi(3770)width:InterpolationWidths 280 7.3537774e-06
insert psi(3770)width:InterpolationWidths 281 7.3774209e-06
insert psi(3770)width:InterpolationWidths 282 7.4011106e-06
insert psi(3770)width:InterpolationWidths 283 7.4248466e-06
insert psi(3770)width:InterpolationWidths 284 7.448629e-06
insert psi(3770)width:InterpolationWidths 285 7.4724577e-06
insert psi(3770)width:InterpolationWidths 286 7.4963328e-06
insert psi(3770)width:InterpolationWidths 287 7.5202544e-06
insert psi(3770)width:InterpolationWidths 288 7.5442225e-06
insert psi(3770)width:InterpolationWidths 289 7.5682371e-06
insert psi(3770)width:InterpolationWidths 290 7.5922983e-06
insert psi(3770)width:InterpolationWidths 291 7.616406e-06
insert psi(3770)width:InterpolationWidths 292 7.6405605e-06
insert psi(3770)width:InterpolationWidths 293 7.6647616e-06
insert psi(3770)width:InterpolationWidths 294 7.6890095e-06
insert psi(3770)width:InterpolationWidths 295 7.7133041e-06
insert psi(3770)width:InterpolationWidths 296 7.7376455e-06
insert psi(3770)width:InterpolationWidths 297 7.7620338e-06
insert psi(3770)width:InterpolationWidths 298 7.7864689e-06
insert psi(3770)width:InterpolationWidths 299 7.810951e-06
insert psi(3770)width:InterpolationWidths 300 7.8354801e-06
insert psi(3770)width:InterpolationWidths 301 7.8600561e-06
insert psi(3770)width:InterpolationWidths 302 7.8846792e-06
insert psi(3770)width:InterpolationWidths 303 7.9093494e-06
insert psi(3770)width:InterpolationWidths 304 7.9340667e-06
insert psi(3770)width:InterpolationWidths 305 7.9588312e-06
insert psi(3770)width:InterpolationWidths 306 7.9836429e-06
insert psi(3770)width:InterpolationWidths 307 8.0085018e-06
insert psi(3770)width:InterpolationWidths 308 8.033408e-06
insert psi(3770)width:InterpolationWidths 309 8.0583615e-06
insert psi(3770)width:InterpolationWidths 310 8.0833624e-06
insert psi(3770)width:InterpolationWidths 311 8.1084107e-06
insert psi(3770)width:InterpolationWidths 312 8.1335065e-06
insert psi(3770)width:InterpolationWidths 313 8.1586497e-06
insert psi(3770)width:InterpolationWidths 314 8.1838404e-06
insert psi(3770)width:InterpolationWidths 315 8.2090787e-06
insert psi(3770)width:NumberofEntries 0 0
insert psi(3770)width:NumberofEntries 1 0
insert psi(3770)width:NumberofEntries 2 54
insert psi(3770)width:NumberofEntries 3 108
insert psi(3770)width:NumberofEntries 4 158
insert psi(3770)width:NumberofEntries 5 212
insert psi(3770)width:NumberofEntries 6 262
insert psi(3770)width:NumberofEntries 7 316
insert psi(3770)width:NumberofEntries 8 316
insert psi(3770)width:NumberofEntries 9 316
insert psi(3770)width:NumberofEntries 10 316
newdef /Herwig/Particles/psi(3770):Width_generator psi(3770)width
#
create Herwig::GenericWidthGenerator ZWidth
newdef ZWidth:Particle /Herwig/Particles/Z0
newdef ZWidth:Prefactor 1
newdef ZWidth:BRNormalize 1
newdef ZWidth:BRMinimum 0.01
newdef ZWidth:Points 50
newdef ZWidth:InterpolationOrder 1
insert ZWidth:MEtype 0 1
insert ZWidth:MEtype 1 1
insert ZWidth:MEtype 2 1
insert ZWidth:MEtype 3 1
insert ZWidth:MEtype 4 1
insert ZWidth:MEtype 5 1
insert ZWidth:MEtype 6 1
insert ZWidth:MEtype 7 1
insert ZWidth:MEtype 8 1
insert ZWidth:MEtype 9 1
insert ZWidth:MEtype 10 1
insert ZWidth:MEcode 0 -1
insert ZWidth:MEcode 1 -1
insert ZWidth:MEcode 2 -1
insert ZWidth:MEcode 3 -1
insert ZWidth:MEcode 4 -1
insert ZWidth:MEcode 5 -1
insert ZWidth:MEcode 6 -1
insert ZWidth:MEcode 7 -1
insert ZWidth:MEcode 8 -1
insert ZWidth:MEcode 9 -1
insert ZWidth:MEcode 10 -1
insert ZWidth:MEcoupling 0 0.392189
insert ZWidth:MEcoupling 1 0.392187
insert ZWidth:MEcoupling 2 0.390457
insert ZWidth:MEcoupling 3 0.345368
insert ZWidth:MEcoupling 4 0.345198
insert ZWidth:MEcoupling 5 0.258645
insert ZWidth:MEcoupling 6 0.258645
insert ZWidth:MEcoupling 7 0.258645
insert ZWidth:MEcoupling 8 0.18336
insert ZWidth:MEcoupling 9 0.18336
insert ZWidth:MEcoupling 10 0.183156
insert ZWidth:ModeOn 0 1
insert ZWidth:ModeOn 1 1
insert ZWidth:ModeOn 2 1
insert ZWidth:ModeOn 3 1
insert ZWidth:ModeOn 4 1
insert ZWidth:ModeOn 5 1
insert ZWidth:ModeOn 6 1
insert ZWidth:ModeOn 7 1
insert ZWidth:ModeOn 8 1
insert ZWidth:ModeOn 9 1
insert ZWidth:ModeOn 10 1
insert ZWidth:MinimumMasses 0 0.01
insert ZWidth:MinimumMasses 1 0.19
insert ZWidth:MinimumMasses 2 8.4
insert ZWidth:MinimumMasses 3 0.0046
insert ZWidth:MinimumMasses 4 2.5
insert ZWidth:MinimumMasses 5 0
insert ZWidth:MinimumMasses 6 0
insert ZWidth:MinimumMasses 7 0
insert ZWidth:MinimumMasses 8 0.001022
insert ZWidth:MinimumMasses 9 0.211317
insert ZWidth:MinimumMasses 10 3.55398
insert ZWidth:MEmass1 0 0.005
insert ZWidth:MEmass1 1 0.095
insert ZWidth:MEmass1 2 4.2
insert ZWidth:MEmass1 3 0.0023
insert ZWidth:MEmass1 4 1.25
insert ZWidth:MEmass1 5 0
insert ZWidth:MEmass1 6 0
insert ZWidth:MEmass1 7 0
insert ZWidth:MEmass1 8 0.000510999
insert ZWidth:MEmass1 9 0.105658
insert ZWidth:MEmass1 10 1.77699
insert ZWidth:MEmass2 0 0.005
insert ZWidth:MEmass2 1 0.095
insert ZWidth:MEmass2 2 4.2
insert ZWidth:MEmass2 3 0.0023
insert ZWidth:MEmass2 4 1.25
insert ZWidth:MEmass2 5 0
insert ZWidth:MEmass2 6 0
insert ZWidth:MEmass2 7 0
insert ZWidth:MEmass2 8 0.000510999
insert ZWidth:MEmass2 9 0.105658
insert ZWidth:MEmass2 10 1.77699
insert ZWidth:DecayModes 0 Z0->d,dbar;
insert ZWidth:DecayModes 1 Z0->s,sbar;
insert ZWidth:DecayModes 2 Z0->b,bbar;
insert ZWidth:DecayModes 3 Z0->u,ubar;
insert ZWidth:DecayModes 4 Z0->c,cbar;
insert ZWidth:DecayModes 5 Z0->nu_e,nu_ebar;
insert ZWidth:DecayModes 6 Z0->nu_mu,nu_mubar;
insert ZWidth:DecayModes 7 Z0->nu_tau,nu_taubar;
insert ZWidth:DecayModes 8 Z0->e-,e+;
insert ZWidth:DecayModes 9 Z0->mu-,mu+;
insert ZWidth:DecayModes 10 Z0->tau-,tau+;
insert ZWidth:NumberofEntries 0 0
insert ZWidth:NumberofEntries 1 0
insert ZWidth:NumberofEntries 2 0
insert ZWidth:NumberofEntries 3 0
insert ZWidth:NumberofEntries 4 0
insert ZWidth:NumberofEntries 5 0
insert ZWidth:NumberofEntries 6 0
insert ZWidth:NumberofEntries 7 0
insert ZWidth:NumberofEntries 8 0
insert ZWidth:NumberofEntries 9 0
insert ZWidth:NumberofEntries 10 0
newdef /Herwig/Particles/Z0:Width_generator ZWidth
#
create Herwig::GenericWidthGenerator WWidth
newdef WWidth:Particle /Herwig/Particles/W+
newdef WWidth:Prefactor 1.00051
newdef WWidth:BRNormalize 1
newdef WWidth:BRMinimum 0.01
newdef WWidth:Points 50
newdef WWidth:InterpolationOrder 1
insert WWidth:MEtype 0 1
insert WWidth:MEtype 1 1
insert WWidth:MEtype 2 1
insert WWidth:MEtype 3 1
insert WWidth:MEtype 4 1
insert WWidth:MEtype 5 1
insert WWidth:MEtype 6 1
insert WWidth:MEtype 7 1
insert WWidth:MEcode 0 -1
insert WWidth:MEcode 1 -1
insert WWidth:MEcode 2 -1
insert WWidth:MEcode 3 -1
insert WWidth:MEcode 4 -1
insert WWidth:MEcode 5 -1
insert WWidth:MEcode 6 -1
insert WWidth:MEcode 7 -1
insert WWidth:MEcoupling 0 0.567086
insert WWidth:MEcoupling 1 0.566531
insert WWidth:MEcoupling 2 0.328723
insert WWidth:MEcoupling 3 0.328723
insert WWidth:MEcoupling 4 0.328603
insert WWidth:MEcoupling 5 0.128219
insert WWidth:MEcoupling 6 0.12809
insert WWidth:MEcoupling 7 0.0226274
insert WWidth:ModeOn 0 1
insert WWidth:ModeOn 1 1
insert WWidth:ModeOn 2 1
insert WWidth:ModeOn 3 1
insert WWidth:ModeOn 4 1
insert WWidth:ModeOn 5 1
insert WWidth:ModeOn 6 1
insert WWidth:ModeOn 7 0
insert WWidth:MinimumMasses 0 0.0073
insert WWidth:MinimumMasses 1 1.345
insert WWidth:MinimumMasses 2 0.105658
insert WWidth:MinimumMasses 3 0.000510999
insert WWidth:MinimumMasses 4 1.77699
insert WWidth:MinimumMasses 5 0.0973
insert WWidth:MinimumMasses 6 1.255
insert WWidth:MinimumMasses 7 5.45
insert WWidth:MEmass1 0 0.0023
insert WWidth:MEmass1 1 0.095
insert WWidth:MEmass1 2 0
insert WWidth:MEmass1 3 0
insert WWidth:MEmass1 4 0
insert WWidth:MEmass1 5 0.095
insert WWidth:MEmass1 6 1.25
insert WWidth:MEmass1 7 4.2
insert WWidth:MEmass2 0 0.005
insert WWidth:MEmass2 1 1.25
insert WWidth:MEmass2 2 0.105658
insert WWidth:MEmass2 3 0.000510999
insert WWidth:MEmass2 4 1.77699
insert WWidth:MEmass2 5 0.0023
insert WWidth:MEmass2 6 0.005
insert WWidth:MEmass2 7 1.25
insert WWidth:DecayModes 0 W+->u,dbar;
insert WWidth:DecayModes 1 W+->c,sbar;
insert WWidth:DecayModes 2 W+->nu_mu,mu+;
insert WWidth:DecayModes 3 W+->nu_e,e+;
insert WWidth:DecayModes 4 W+->nu_tau,tau+;
insert WWidth:DecayModes 5 W+->sbar,u;
insert WWidth:DecayModes 6 W+->c,dbar;
insert WWidth:DecayModes 7 W+->bbar,c;
insert WWidth:NumberofEntries 0 0
insert WWidth:NumberofEntries 1 0
insert WWidth:NumberofEntries 2 0
insert WWidth:NumberofEntries 3 0
insert WWidth:NumberofEntries 4 0
insert WWidth:NumberofEntries 5 0
insert WWidth:NumberofEntries 6 0
insert WWidth:NumberofEntries 7 0
newdef /Herwig/Particles/W+:Width_generator WWidth
newdef /Herwig/Particles/W-:Width_generator WWidth
#
create Herwig::GenericWidthGenerator Upsilon_1(1D)width
newdef Upsilon_1(1D)width:Particle /Herwig/Particles/Upsilon_1(1D)
newdef Upsilon_1(1D)width:Prefactor 1.002
newdef Upsilon_1(1D)width:BRNormalize 1
newdef Upsilon_1(1D)width:BRMinimum 0.01
newdef Upsilon_1(1D)width:Points 50
newdef Upsilon_1(1D)width:InterpolationOrder 1
insert Upsilon_1(1D)width:MEtype 0 2
insert Upsilon_1(1D)width:MEtype 1 2
insert Upsilon_1(1D)width:MEtype 2 0
insert Upsilon_1(1D)width:MEtype 3 2
insert Upsilon_1(1D)width:MEtype 4 0
insert Upsilon_1(1D)width:MEtype 5 0
insert Upsilon_1(1D)width:MEcode 0 0
insert Upsilon_1(1D)width:MEcode 1 0
insert Upsilon_1(1D)width:MEcode 2 0
insert Upsilon_1(1D)width:MEcode 3 0
insert Upsilon_1(1D)width:MEcode 4 0
insert Upsilon_1(1D)width:MEcode 5 0
insert Upsilon_1(1D)width:MEcoupling 0 0.996505
insert Upsilon_1(1D)width:MEcoupling 1 1.00029
insert Upsilon_1(1D)width:MEcoupling 2 0.062
insert Upsilon_1(1D)width:MEcoupling 3 1.00053
insert Upsilon_1(1D)width:MEcoupling 4 0.001333
insert Upsilon_1(1D)width:MEcoupling 5 0.000667
insert Upsilon_1(1D)width:ModeOn 0 1
insert Upsilon_1(1D)width:ModeOn 1 1
insert Upsilon_1(1D)width:ModeOn 2 1
insert Upsilon_1(1D)width:ModeOn 3 1
insert Upsilon_1(1D)width:ModeOn 4 0
insert Upsilon_1(1D)width:ModeOn 5 0
insert Upsilon_1(1D)width:MinimumMasses 0 9.85127
insert Upsilon_1(1D)width:MinimumMasses 1 9.89207
insert Upsilon_1(1D)width:MinimumMasses 2 0
insert Upsilon_1(1D)width:MinimumMasses 3 9.91051
insert Upsilon_1(1D)width:MinimumMasses 4 9.7389
insert Upsilon_1(1D)width:MinimumMasses 5 9.72971
insert Upsilon_1(1D)width:MEmass1 0 0
insert Upsilon_1(1D)width:MEmass1 1 9.89278
insert Upsilon_1(1D)width:MEmass1 2 0
insert Upsilon_1(1D)width:MEmass1 3 9.91221
insert Upsilon_1(1D)width:MEmass1 4 0
insert Upsilon_1(1D)width:MEmass1 5 0
insert Upsilon_1(1D)width:MEmass2 0 9.85944
insert Upsilon_1(1D)width:MEmass2 1 0
insert Upsilon_1(1D)width:MEmass2 2 0
insert Upsilon_1(1D)width:MEmass2 3 0
insert Upsilon_1(1D)width:MEmass2 4 0
insert Upsilon_1(1D)width:MEmass2 5 0
insert Upsilon_1(1D)width:DecayModes 0 Upsilon_1(1D)->chi_b0,gamma;
insert Upsilon_1(1D)width:DecayModes 1 Upsilon_1(1D)->chi_b1,gamma;
insert Upsilon_1(1D)width:DecayModes 2 Upsilon_1(1D)->g,g,g;
insert Upsilon_1(1D)width:DecayModes 3 Upsilon_1(1D)->chi_b2,gamma;
insert Upsilon_1(1D)width:DecayModes 4 Upsilon_1(1D)->Upsilon,pi+,pi-;
insert Upsilon_1(1D)width:DecayModes 5 Upsilon_1(1D)->Upsilon,pi0,pi0;
insert Upsilon_1(1D)width:InterpolationMasses 0 10.154715
insert Upsilon_1(1D)width:InterpolationMasses 1 10.154729
insert Upsilon_1(1D)width:InterpolationMasses 2 10.154744
insert Upsilon_1(1D)width:InterpolationMasses 3 10.154759
insert Upsilon_1(1D)width:InterpolationMasses 4 10.154773
insert Upsilon_1(1D)width:InterpolationMasses 5 10.154788
insert Upsilon_1(1D)width:InterpolationMasses 6 10.154802
insert Upsilon_1(1D)width:InterpolationMasses 7 10.154817
insert Upsilon_1(1D)width:InterpolationMasses 8 10.154831
insert Upsilon_1(1D)width:InterpolationMasses 9 10.154846
insert Upsilon_1(1D)width:InterpolationMasses 10 10.15486
insert Upsilon_1(1D)width:InterpolationMasses 11 10.154875
insert Upsilon_1(1D)width:InterpolationMasses 12 10.154889
insert Upsilon_1(1D)width:InterpolationMasses 13 10.154904
insert Upsilon_1(1D)width:InterpolationMasses 14 10.154918
insert Upsilon_1(1D)width:InterpolationMasses 15 10.154933
insert Upsilon_1(1D)width:InterpolationMasses 16 10.154947
insert Upsilon_1(1D)width:InterpolationMasses 17 10.154962
insert Upsilon_1(1D)width:InterpolationMasses 18 10.154976
insert Upsilon_1(1D)width:InterpolationMasses 19 10.154991
insert Upsilon_1(1D)width:InterpolationMasses 20 10.155006
insert Upsilon_1(1D)width:InterpolationMasses 21 10.15502
insert Upsilon_1(1D)width:InterpolationMasses 22 10.155035
insert Upsilon_1(1D)width:InterpolationMasses 23 10.155049
insert Upsilon_1(1D)width:InterpolationMasses 24 10.155064
insert Upsilon_1(1D)width:InterpolationMasses 25 10.155078
insert Upsilon_1(1D)width:InterpolationMasses 26 10.155093
insert Upsilon_1(1D)width:InterpolationMasses 27 10.155107
insert Upsilon_1(1D)width:InterpolationMasses 28 10.155122
insert Upsilon_1(1D)width:InterpolationMasses 29 10.155136
insert Upsilon_1(1D)width:InterpolationMasses 30 10.155151
insert Upsilon_1(1D)width:InterpolationMasses 31 10.155165
insert Upsilon_1(1D)width:InterpolationMasses 32 10.15518
insert Upsilon_1(1D)width:InterpolationMasses 33 10.155194
insert Upsilon_1(1D)width:InterpolationMasses 34 10.155209
insert Upsilon_1(1D)width:InterpolationMasses 35 10.155224
insert Upsilon_1(1D)width:InterpolationMasses 36 10.155238
insert Upsilon_1(1D)width:InterpolationMasses 37 10.155253
insert Upsilon_1(1D)width:InterpolationMasses 38 10.155267
insert Upsilon_1(1D)width:InterpolationMasses 39 10.155282
insert Upsilon_1(1D)width:InterpolationMasses 40 10.155296
insert Upsilon_1(1D)width:InterpolationMasses 41 10.155311
insert Upsilon_1(1D)width:InterpolationMasses 42 10.155325
insert Upsilon_1(1D)width:InterpolationMasses 43 10.15534
insert Upsilon_1(1D)width:InterpolationMasses 44 10.155354
insert Upsilon_1(1D)width:InterpolationMasses 45 10.155369
insert Upsilon_1(1D)width:InterpolationMasses 46 10.155383
insert Upsilon_1(1D)width:InterpolationMasses 47 10.155398
insert Upsilon_1(1D)width:InterpolationMasses 48 10.155412
insert Upsilon_1(1D)width:InterpolationMasses 49 10.155427
insert Upsilon_1(1D)width:InterpolationMasses 50 10.155441
insert Upsilon_1(1D)width:InterpolationMasses 51 10.155456
insert Upsilon_1(1D)width:InterpolationMasses 52 10.155471
insert Upsilon_1(1D)width:InterpolationMasses 53 10.155485
insert Upsilon_1(1D)width:InterpolationMasses 54 10.154715
insert Upsilon_1(1D)width:InterpolationMasses 55 10.154729
insert Upsilon_1(1D)width:InterpolationMasses 56 10.154744
insert Upsilon_1(1D)width:InterpolationMasses 57 10.154759
insert Upsilon_1(1D)width:InterpolationMasses 58 10.154773
insert Upsilon_1(1D)width:InterpolationMasses 59 10.154788
insert Upsilon_1(1D)width:InterpolationMasses 60 10.154802
insert Upsilon_1(1D)width:InterpolationMasses 61 10.154817
insert Upsilon_1(1D)width:InterpolationMasses 62 10.154831
insert Upsilon_1(1D)width:InterpolationMasses 63 10.154846
insert Upsilon_1(1D)width:InterpolationMasses 64 10.15486
insert Upsilon_1(1D)width:InterpolationMasses 65 10.154875
insert Upsilon_1(1D)width:InterpolationMasses 66 10.154889
insert Upsilon_1(1D)width:InterpolationMasses 67 10.154904
insert Upsilon_1(1D)width:InterpolationMasses 68 10.154918
insert Upsilon_1(1D)width:InterpolationMasses 69 10.154933
insert Upsilon_1(1D)width:InterpolationMasses 70 10.154947
insert Upsilon_1(1D)width:InterpolationMasses 71 10.154962
insert Upsilon_1(1D)width:InterpolationMasses 72 10.154976
insert Upsilon_1(1D)width:InterpolationMasses 73 10.154991
insert Upsilon_1(1D)width:InterpolationMasses 74 10.155006
insert Upsilon_1(1D)width:InterpolationMasses 75 10.15502
insert Upsilon_1(1D)width:InterpolationMasses 76 10.155035
insert Upsilon_1(1D)width:InterpolationMasses 77 10.155049
insert Upsilon_1(1D)width:InterpolationMasses 78 10.155064
insert Upsilon_1(1D)width:InterpolationMasses 79 10.155078
insert Upsilon_1(1D)width:InterpolationMasses 80 10.155093
insert Upsilon_1(1D)width:InterpolationMasses 81 10.155107
insert Upsilon_1(1D)width:InterpolationMasses 82 10.155122
insert Upsilon_1(1D)width:InterpolationMasses 83 10.155136
insert Upsilon_1(1D)width:InterpolationMasses 84 10.155151
insert Upsilon_1(1D)width:InterpolationMasses 85 10.155165
insert Upsilon_1(1D)width:InterpolationMasses 86 10.15518
insert Upsilon_1(1D)width:InterpolationMasses 87 10.155194
insert Upsilon_1(1D)width:InterpolationMasses 88 10.155209
insert Upsilon_1(1D)width:InterpolationMasses 89 10.155224
insert Upsilon_1(1D)width:InterpolationMasses 90 10.155238
insert Upsilon_1(1D)width:InterpolationMasses 91 10.155253
insert Upsilon_1(1D)width:InterpolationMasses 92 10.155267
insert Upsilon_1(1D)width:InterpolationMasses 93 10.155282
insert Upsilon_1(1D)width:InterpolationMasses 94 10.155296
insert Upsilon_1(1D)width:InterpolationMasses 95 10.155311
insert Upsilon_1(1D)width:InterpolationMasses 96 10.155325
insert Upsilon_1(1D)width:InterpolationMasses 97 10.15534
insert Upsilon_1(1D)width:InterpolationMasses 98 10.155354
insert Upsilon_1(1D)width:InterpolationMasses 99 10.155369
insert Upsilon_1(1D)width:InterpolationMasses 100 10.155383
insert Upsilon_1(1D)width:InterpolationMasses 101 10.155398
insert Upsilon_1(1D)width:InterpolationMasses 102 10.155412
insert Upsilon_1(1D)width:InterpolationMasses 103 10.155427
insert Upsilon_1(1D)width:InterpolationMasses 104 10.155441
insert Upsilon_1(1D)width:InterpolationMasses 105 10.155456
insert Upsilon_1(1D)width:InterpolationMasses 106 10.155471
insert Upsilon_1(1D)width:InterpolationMasses 107 10.155485
insert Upsilon_1(1D)width:InterpolationMasses 108 10.154715
insert Upsilon_1(1D)width:InterpolationMasses 109 10.154729
insert Upsilon_1(1D)width:InterpolationMasses 110 10.154744
insert Upsilon_1(1D)width:InterpolationMasses 111 10.154759
insert Upsilon_1(1D)width:InterpolationMasses 112 10.154773
insert Upsilon_1(1D)width:InterpolationMasses 113 10.154788
insert Upsilon_1(1D)width:InterpolationMasses 114 10.154802
insert Upsilon_1(1D)width:InterpolationMasses 115 10.154817
insert Upsilon_1(1D)width:InterpolationMasses 116 10.154831
insert Upsilon_1(1D)width:InterpolationMasses 117 10.154846
insert Upsilon_1(1D)width:InterpolationMasses 118 10.15486
insert Upsilon_1(1D)width:InterpolationMasses 119 10.154875
insert Upsilon_1(1D)width:InterpolationMasses 120 10.154889
insert Upsilon_1(1D)width:InterpolationMasses 121 10.154904
insert Upsilon_1(1D)width:InterpolationMasses 122 10.154918
insert Upsilon_1(1D)width:InterpolationMasses 123 10.154933
insert Upsilon_1(1D)width:InterpolationMasses 124 10.154947
insert Upsilon_1(1D)width:InterpolationMasses 125 10.154962
insert Upsilon_1(1D)width:InterpolationMasses 126 10.154976
insert Upsilon_1(1D)width:InterpolationMasses 127 10.154991
insert Upsilon_1(1D)width:InterpolationMasses 128 10.155006
insert Upsilon_1(1D)width:InterpolationMasses 129 10.15502
insert Upsilon_1(1D)width:InterpolationMasses 130 10.155035
insert Upsilon_1(1D)width:InterpolationMasses 131 10.155049
insert Upsilon_1(1D)width:InterpolationMasses 132 10.155064
insert Upsilon_1(1D)width:InterpolationMasses 133 10.155078
insert Upsilon_1(1D)width:InterpolationMasses 134 10.155093
insert Upsilon_1(1D)width:InterpolationMasses 135 10.155107
insert Upsilon_1(1D)width:InterpolationMasses 136 10.155122
insert Upsilon_1(1D)width:InterpolationMasses 137 10.155136
insert Upsilon_1(1D)width:InterpolationMasses 138 10.155151
insert Upsilon_1(1D)width:InterpolationMasses 139 10.155165
insert Upsilon_1(1D)width:InterpolationMasses 140 10.15518
insert Upsilon_1(1D)width:InterpolationMasses 141 10.155194
insert Upsilon_1(1D)width:InterpolationMasses 142 10.155209
insert Upsilon_1(1D)width:InterpolationMasses 143 10.155224
insert Upsilon_1(1D)width:InterpolationMasses 144 10.155238
insert Upsilon_1(1D)width:InterpolationMasses 145 10.155253
insert Upsilon_1(1D)width:InterpolationMasses 146 10.155267
insert Upsilon_1(1D)width:InterpolationMasses 147 10.155282
insert Upsilon_1(1D)width:InterpolationMasses 148 10.155296
insert Upsilon_1(1D)width:InterpolationMasses 149 10.155311
insert Upsilon_1(1D)width:InterpolationMasses 150 10.155325
insert Upsilon_1(1D)width:InterpolationMasses 151 10.15534
insert Upsilon_1(1D)width:InterpolationMasses 152 10.155354
insert Upsilon_1(1D)width:InterpolationMasses 153 10.155369
insert Upsilon_1(1D)width:InterpolationMasses 154 10.155383
insert Upsilon_1(1D)width:InterpolationMasses 155 10.155398
insert Upsilon_1(1D)width:InterpolationMasses 156 10.155412
insert Upsilon_1(1D)width:InterpolationMasses 157 10.155427
insert Upsilon_1(1D)width:InterpolationMasses 158 10.155441
insert Upsilon_1(1D)width:InterpolationMasses 159 10.155456
insert Upsilon_1(1D)width:InterpolationMasses 160 10.155471
insert Upsilon_1(1D)width:InterpolationMasses 161 10.155485
insert Upsilon_1(1D)width:InterpolationWidths 0 2.1423661e-05
insert Upsilon_1(1D)width:InterpolationWidths 1 2.1426778e-05
insert Upsilon_1(1D)width:InterpolationWidths 2 2.1429896e-05
insert Upsilon_1(1D)width:InterpolationWidths 3 2.1433014e-05
insert Upsilon_1(1D)width:InterpolationWidths 4 2.1436132e-05
insert Upsilon_1(1D)width:InterpolationWidths 5 2.1439251e-05
insert Upsilon_1(1D)width:InterpolationWidths 6 2.144237e-05
insert Upsilon_1(1D)width:InterpolationWidths 7 2.1445489e-05
insert Upsilon_1(1D)width:InterpolationWidths 8 2.1448609e-05
insert Upsilon_1(1D)width:InterpolationWidths 9 2.1451729e-05
insert Upsilon_1(1D)width:InterpolationWidths 10 2.1454849e-05
insert Upsilon_1(1D)width:InterpolationWidths 11 2.145797e-05
insert Upsilon_1(1D)width:InterpolationWidths 12 2.146109e-05
insert Upsilon_1(1D)width:InterpolationWidths 13 2.1464211e-05
insert Upsilon_1(1D)width:InterpolationWidths 14 2.1467333e-05
insert Upsilon_1(1D)width:InterpolationWidths 15 2.1470455e-05
insert Upsilon_1(1D)width:InterpolationWidths 16 2.1473576e-05
insert Upsilon_1(1D)width:InterpolationWidths 17 2.1476699e-05
insert Upsilon_1(1D)width:InterpolationWidths 18 2.1479821e-05
insert Upsilon_1(1D)width:InterpolationWidths 19 2.1482944e-05
insert Upsilon_1(1D)width:InterpolationWidths 20 2.1486067e-05
insert Upsilon_1(1D)width:InterpolationWidths 21 2.1489191e-05
insert Upsilon_1(1D)width:InterpolationWidths 22 2.1492315e-05
insert Upsilon_1(1D)width:InterpolationWidths 23 2.1495439e-05
insert Upsilon_1(1D)width:InterpolationWidths 24 2.1498563e-05
insert Upsilon_1(1D)width:InterpolationWidths 25 2.1501688e-05
insert Upsilon_1(1D)width:InterpolationWidths 26 2.1504813e-05
insert Upsilon_1(1D)width:InterpolationWidths 27 2.1507938e-05
insert Upsilon_1(1D)width:InterpolationWidths 28 2.1511064e-05
insert Upsilon_1(1D)width:InterpolationWidths 29 2.1514189e-05
insert Upsilon_1(1D)width:InterpolationWidths 30 2.1517316e-05
insert Upsilon_1(1D)width:InterpolationWidths 31 2.1520442e-05
insert Upsilon_1(1D)width:InterpolationWidths 32 2.1523569e-05
insert Upsilon_1(1D)width:InterpolationWidths 33 2.1526696e-05
insert Upsilon_1(1D)width:InterpolationWidths 34 2.1529823e-05
insert Upsilon_1(1D)width:InterpolationWidths 35 2.1532951e-05
insert Upsilon_1(1D)width:InterpolationWidths 36 2.1536079e-05
insert Upsilon_1(1D)width:InterpolationWidths 37 2.1539207e-05
insert Upsilon_1(1D)width:InterpolationWidths 38 2.1542336e-05
insert Upsilon_1(1D)width:InterpolationWidths 39 2.1545464e-05
insert Upsilon_1(1D)width:InterpolationWidths 40 2.1548594e-05
insert Upsilon_1(1D)width:InterpolationWidths 41 2.1551723e-05
insert Upsilon_1(1D)width:InterpolationWidths 42 2.1554853e-05
insert Upsilon_1(1D)width:InterpolationWidths 43 2.1557983e-05
insert Upsilon_1(1D)width:InterpolationWidths 44 2.1561113e-05
insert Upsilon_1(1D)width:InterpolationWidths 45 2.1564244e-05
insert Upsilon_1(1D)width:InterpolationWidths 46 2.1567375e-05
insert Upsilon_1(1D)width:InterpolationWidths 47 2.1570506e-05
insert Upsilon_1(1D)width:InterpolationWidths 48 2.1573637e-05
insert Upsilon_1(1D)width:InterpolationWidths 49 2.1576769e-05
insert Upsilon_1(1D)width:InterpolationWidths 50 2.1579901e-05
insert Upsilon_1(1D)width:InterpolationWidths 51 2.1583034e-05
insert Upsilon_1(1D)width:InterpolationWidths 52 2.1586167e-05
insert Upsilon_1(1D)width:InterpolationWidths 53 2.15893e-05
insert Upsilon_1(1D)width:InterpolationWidths 54 1.1268849e-05
insert Upsilon_1(1D)width:InterpolationWidths 55 1.1270685e-05
insert Upsilon_1(1D)width:InterpolationWidths 56 1.1272521e-05
insert Upsilon_1(1D)width:InterpolationWidths 57 1.1274357e-05
insert Upsilon_1(1D)width:InterpolationWidths 58 1.1276194e-05
insert Upsilon_1(1D)width:InterpolationWidths 59 1.127803e-05
insert Upsilon_1(1D)width:InterpolationWidths 60 1.1279867e-05
insert Upsilon_1(1D)width:InterpolationWidths 61 1.1281704e-05
insert Upsilon_1(1D)width:InterpolationWidths 62 1.1283542e-05
insert Upsilon_1(1D)width:InterpolationWidths 63 1.1285379e-05
insert Upsilon_1(1D)width:InterpolationWidths 64 1.1287217e-05
insert Upsilon_1(1D)width:InterpolationWidths 65 1.1289055e-05
insert Upsilon_1(1D)width:InterpolationWidths 66 1.1290893e-05
insert Upsilon_1(1D)width:InterpolationWidths 67 1.1292731e-05
insert Upsilon_1(1D)width:InterpolationWidths 68 1.1294569e-05
insert Upsilon_1(1D)width:InterpolationWidths 69 1.1296408e-05
insert Upsilon_1(1D)width:InterpolationWidths 70 1.1298247e-05
insert Upsilon_1(1D)width:InterpolationWidths 71 1.1300086e-05
insert Upsilon_1(1D)width:InterpolationWidths 72 1.1301925e-05
insert Upsilon_1(1D)width:InterpolationWidths 73 1.1303765e-05
insert Upsilon_1(1D)width:InterpolationWidths 74 1.1305604e-05
insert Upsilon_1(1D)width:InterpolationWidths 75 1.1307444e-05
insert Upsilon_1(1D)width:InterpolationWidths 76 1.1309284e-05
insert Upsilon_1(1D)width:InterpolationWidths 77 1.1311124e-05
insert Upsilon_1(1D)width:InterpolationWidths 78 1.1312965e-05
insert Upsilon_1(1D)width:InterpolationWidths 79 1.1314805e-05
insert Upsilon_1(1D)width:InterpolationWidths 80 1.1316646e-05
insert Upsilon_1(1D)width:InterpolationWidths 81 1.1318487e-05
insert Upsilon_1(1D)width:InterpolationWidths 82 1.1320328e-05
insert Upsilon_1(1D)width:InterpolationWidths 83 1.132217e-05
insert Upsilon_1(1D)width:InterpolationWidths 84 1.1324011e-05
insert Upsilon_1(1D)width:InterpolationWidths 85 1.1325853e-05
insert Upsilon_1(1D)width:InterpolationWidths 86 1.1327695e-05
insert Upsilon_1(1D)width:InterpolationWidths 87 1.1329537e-05
insert Upsilon_1(1D)width:InterpolationWidths 88 1.1331379e-05
insert Upsilon_1(1D)width:InterpolationWidths 89 1.1333222e-05
insert Upsilon_1(1D)width:InterpolationWidths 90 1.1335065e-05
insert Upsilon_1(1D)width:InterpolationWidths 91 1.1336908e-05
insert Upsilon_1(1D)width:InterpolationWidths 92 1.1338751e-05
insert Upsilon_1(1D)width:InterpolationWidths 93 1.1340594e-05
insert Upsilon_1(1D)width:InterpolationWidths 94 1.1342438e-05
insert Upsilon_1(1D)width:InterpolationWidths 95 1.1344281e-05
insert Upsilon_1(1D)width:InterpolationWidths 96 1.1346125e-05
insert Upsilon_1(1D)width:InterpolationWidths 97 1.1347969e-05
insert Upsilon_1(1D)width:InterpolationWidths 98 1.1349814e-05
insert Upsilon_1(1D)width:InterpolationWidths 99 1.1351658e-05
insert Upsilon_1(1D)width:InterpolationWidths 100 1.1353503e-05
insert Upsilon_1(1D)width:InterpolationWidths 101 1.1355348e-05
insert Upsilon_1(1D)width:InterpolationWidths 102 1.1357193e-05
insert Upsilon_1(1D)width:InterpolationWidths 103 1.1359038e-05
insert Upsilon_1(1D)width:InterpolationWidths 104 1.1360884e-05
insert Upsilon_1(1D)width:InterpolationWidths 105 1.1362729e-05
insert Upsilon_1(1D)width:InterpolationWidths 106 1.1364575e-05
insert Upsilon_1(1D)width:InterpolationWidths 107 1.1366421e-05
insert Upsilon_1(1D)width:InterpolationWidths 108 5.6845012e-07
insert Upsilon_1(1D)width:InterpolationWidths 109 5.6848216e-07
insert Upsilon_1(1D)width:InterpolationWidths 110 5.6851419e-07
insert Upsilon_1(1D)width:InterpolationWidths 111 5.6854622e-07
insert Upsilon_1(1D)width:InterpolationWidths 112 5.6857825e-07
insert Upsilon_1(1D)width:InterpolationWidths 113 5.6861028e-07
insert Upsilon_1(1D)width:InterpolationWidths 114 5.6864231e-07
insert Upsilon_1(1D)width:InterpolationWidths 115 5.6867434e-07
insert Upsilon_1(1D)width:InterpolationWidths 116 5.6870637e-07
insert Upsilon_1(1D)width:InterpolationWidths 117 5.6873841e-07
insert Upsilon_1(1D)width:InterpolationWidths 118 5.6877044e-07
insert Upsilon_1(1D)width:InterpolationWidths 119 5.6880247e-07
insert Upsilon_1(1D)width:InterpolationWidths 120 5.6883449e-07
insert Upsilon_1(1D)width:InterpolationWidths 121 5.6886652e-07
insert Upsilon_1(1D)width:InterpolationWidths 122 5.6889855e-07
insert Upsilon_1(1D)width:InterpolationWidths 123 5.6893058e-07
insert Upsilon_1(1D)width:InterpolationWidths 124 5.6896261e-07
insert Upsilon_1(1D)width:InterpolationWidths 125 5.6899464e-07
insert Upsilon_1(1D)width:InterpolationWidths 126 5.6902667e-07
insert Upsilon_1(1D)width:InterpolationWidths 127 5.690587e-07
insert Upsilon_1(1D)width:InterpolationWidths 128 5.6909072e-07
insert Upsilon_1(1D)width:InterpolationWidths 129 5.6912275e-07
insert Upsilon_1(1D)width:InterpolationWidths 130 5.6915478e-07
insert Upsilon_1(1D)width:InterpolationWidths 131 5.691868e-07
insert Upsilon_1(1D)width:InterpolationWidths 132 5.6921883e-07
insert Upsilon_1(1D)width:InterpolationWidths 133 5.6925086e-07
insert Upsilon_1(1D)width:InterpolationWidths 134 5.6928288e-07
insert Upsilon_1(1D)width:InterpolationWidths 135 5.6931491e-07
insert Upsilon_1(1D)width:InterpolationWidths 136 5.6934694e-07
insert Upsilon_1(1D)width:InterpolationWidths 137 5.6937896e-07
insert Upsilon_1(1D)width:InterpolationWidths 138 5.6941099e-07
insert Upsilon_1(1D)width:InterpolationWidths 139 5.6944301e-07
insert Upsilon_1(1D)width:InterpolationWidths 140 5.6947504e-07
insert Upsilon_1(1D)width:InterpolationWidths 141 5.6950706e-07
insert Upsilon_1(1D)width:InterpolationWidths 142 5.6953909e-07
insert Upsilon_1(1D)width:InterpolationWidths 143 5.6957111e-07
insert Upsilon_1(1D)width:InterpolationWidths 144 5.6960314e-07
insert Upsilon_1(1D)width:InterpolationWidths 145 5.6963516e-07
insert Upsilon_1(1D)width:InterpolationWidths 146 5.6966718e-07
insert Upsilon_1(1D)width:InterpolationWidths 147 5.6969921e-07
insert Upsilon_1(1D)width:InterpolationWidths 148 5.6973123e-07
insert Upsilon_1(1D)width:InterpolationWidths 149 5.6976325e-07
insert Upsilon_1(1D)width:InterpolationWidths 150 5.6979527e-07
insert Upsilon_1(1D)width:InterpolationWidths 151 5.698273e-07
insert Upsilon_1(1D)width:InterpolationWidths 152 5.6985932e-07
insert Upsilon_1(1D)width:InterpolationWidths 153 5.6989134e-07
insert Upsilon_1(1D)width:InterpolationWidths 154 5.6992336e-07
insert Upsilon_1(1D)width:InterpolationWidths 155 5.6995538e-07
insert Upsilon_1(1D)width:InterpolationWidths 156 5.6998741e-07
insert Upsilon_1(1D)width:InterpolationWidths 157 5.7001943e-07
insert Upsilon_1(1D)width:InterpolationWidths 158 5.7005145e-07
insert Upsilon_1(1D)width:InterpolationWidths 159 5.7008347e-07
insert Upsilon_1(1D)width:InterpolationWidths 160 5.7011549e-07
insert Upsilon_1(1D)width:InterpolationWidths 161 5.7014751e-07
insert Upsilon_1(1D)width:NumberofEntries 0 54
insert Upsilon_1(1D)width:NumberofEntries 1 108
insert Upsilon_1(1D)width:NumberofEntries 2 108
insert Upsilon_1(1D)width:NumberofEntries 3 162
insert Upsilon_1(1D)width:NumberofEntries 4 162
insert Upsilon_1(1D)width:NumberofEntries 5 162
newdef /Herwig/Particles/Upsilon_1(1D):Width_generator Upsilon_1(1D)width
#
create Herwig::GenericWidthGenerator eta(1405)width
newdef eta(1405)width:Particle /Herwig/Particles/eta(1405)
newdef eta(1405)width:Prefactor 0.999302
newdef eta(1405)width:BRNormalize 1
newdef eta(1405)width:BRMinimum 0.01
newdef eta(1405)width:Points 50
newdef eta(1405)width:InterpolationOrder 1
insert eta(1405)width:MEtype 0 2
insert eta(1405)width:MEtype 1 2
insert eta(1405)width:MEtype 2 2
insert eta(1405)width:MEtype 3 2
insert eta(1405)width:MEtype 4 2
insert eta(1405)width:MEtype 5 2
insert eta(1405)width:MEtype 6 2
insert eta(1405)width:MEtype 7 2
insert eta(1405)width:MEcode 0 0
insert eta(1405)width:MEcode 1 0
insert eta(1405)width:MEcode 2 0
insert eta(1405)width:MEcode 3 0
insert eta(1405)width:MEcode 4 0
insert eta(1405)width:MEcode 5 0
insert eta(1405)width:MEcode 6 0
insert eta(1405)width:MEcode 7 0
insert eta(1405)width:MEcoupling 0 0.876915
insert eta(1405)width:MEcoupling 1 0.876915
insert eta(1405)width:MEcoupling 2 1.12543
insert eta(1405)width:MEcoupling 3 1.12543
insert eta(1405)width:MEcoupling 4 1.00438
insert eta(1405)width:MEcoupling 5 1.00438
insert eta(1405)width:MEcoupling 6 0.996445
insert eta(1405)width:MEcoupling 7 0.99486
insert eta(1405)width:ModeOn 0 1
insert eta(1405)width:ModeOn 1 1
insert eta(1405)width:ModeOn 2 1
insert eta(1405)width:ModeOn 3 1
insert eta(1405)width:ModeOn 4 1
insert eta(1405)width:ModeOn 5 1
insert eta(1405)width:ModeOn 6 1
insert eta(1405)width:ModeOn 7 1
insert eta(1405)width:MinimumMasses 0 1.13534
insert eta(1405)width:MinimumMasses 1 1.13534
insert eta(1405)width:MinimumMasses 2 1.14365
insert eta(1405)width:MinimumMasses 3 1.14365
insert eta(1405)width:MinimumMasses 4 0.89857
insert eta(1405)width:MinimumMasses 5 0.89857
insert eta(1405)width:MinimumMasses 6 0.893978
insert eta(1405)width:MinimumMasses 7 0.857497
insert eta(1405)width:MEmass1 0 0.493677
insert eta(1405)width:MEmass1 1 0.493677
insert eta(1405)width:MEmass1 2 0.497648
insert eta(1405)width:MEmass1 3 0.497648
insert eta(1405)width:MEmass1 4 0.999
insert eta(1405)width:MEmass1 5 0.999
insert eta(1405)width:MEmass1 6 0.999
insert eta(1405)width:MEmass1 7 0.54751
insert eta(1405)width:MEmass2 0 0.89166
insert eta(1405)width:MEmass2 1 0.89166
insert eta(1405)width:MEmass2 2 0.896
insert eta(1405)width:MEmass2 3 0.896
insert eta(1405)width:MEmass2 4 0.13957
insert eta(1405)width:MEmass2 5 0.13957
insert eta(1405)width:MEmass2 6 0.134978
insert eta(1405)width:MEmass2 7 0.86
insert eta(1405)width:DecayModes 0 eta(1405)->K*+,K-;
insert eta(1405)width:DecayModes 1 eta(1405)->K*-,K+;
insert eta(1405)width:DecayModes 2 eta(1405)->K*0,Kbar0;
insert eta(1405)width:DecayModes 3 eta(1405)->K*bar0,K0;
insert eta(1405)width:DecayModes 4 eta(1405)->a_0+,pi-;
insert eta(1405)width:DecayModes 5 eta(1405)->a_0-,pi+;
insert eta(1405)width:DecayModes 6 eta(1405)->a_00,pi0;
insert eta(1405)width:DecayModes 7 eta(1405)->sigma,eta;
insert eta(1405)width:InterpolationMasses 0 1.1230143
insert eta(1405)width:InterpolationMasses 1 1.135337
insert eta(1405)width:InterpolationMasses 2 1.1543
insert eta(1405)width:InterpolationMasses 3 1.1699429
insert eta(1405)width:InterpolationMasses 4 1.1855857
insert eta(1405)width:InterpolationMasses 5 1.2012286
insert eta(1405)width:InterpolationMasses 6 1.2168714
insert eta(1405)width:InterpolationMasses 7 1.2325143
insert eta(1405)width:InterpolationMasses 8 1.2481571
insert eta(1405)width:InterpolationMasses 9 1.2638
insert eta(1405)width:InterpolationMasses 10 1.2794429
insert eta(1405)width:InterpolationMasses 11 1.2950857
insert eta(1405)width:InterpolationMasses 12 1.3107286
insert eta(1405)width:InterpolationMasses 13 1.3263714
insert eta(1405)width:InterpolationMasses 14 1.3420143
insert eta(1405)width:InterpolationMasses 15 1.3576571
insert eta(1405)width:InterpolationMasses 16 1.3733
insert eta(1405)width:InterpolationMasses 17 1.3889429
insert eta(1405)width:InterpolationMasses 18 1.4045857
insert eta(1405)width:InterpolationMasses 19 1.4202286
insert eta(1405)width:InterpolationMasses 20 1.4358714
insert eta(1405)width:InterpolationMasses 21 1.4515143
insert eta(1405)width:InterpolationMasses 22 1.4671571
insert eta(1405)width:InterpolationMasses 23 1.4828
insert eta(1405)width:InterpolationMasses 24 1.4984429
insert eta(1405)width:InterpolationMasses 25 1.5140857
insert eta(1405)width:InterpolationMasses 26 1.5297286
insert eta(1405)width:InterpolationMasses 27 1.5453714
insert eta(1405)width:InterpolationMasses 28 1.5610143
insert eta(1405)width:InterpolationMasses 29 1.5766571
insert eta(1405)width:InterpolationMasses 30 1.5923
insert eta(1405)width:InterpolationMasses 31 1.6079429
insert eta(1405)width:InterpolationMasses 32 1.6235857
insert eta(1405)width:InterpolationMasses 33 1.6392286
insert eta(1405)width:InterpolationMasses 34 1.6548714
insert eta(1405)width:InterpolationMasses 35 1.6705143
insert eta(1405)width:InterpolationMasses 36 1.6861571
insert eta(1405)width:InterpolationMasses 37 1.7018
insert eta(1405)width:InterpolationMasses 38 1.7174429
insert eta(1405)width:InterpolationMasses 39 1.7330857
insert eta(1405)width:InterpolationMasses 40 1.7487286
insert eta(1405)width:InterpolationMasses 41 1.7643714
insert eta(1405)width:InterpolationMasses 42 1.7800143
insert eta(1405)width:InterpolationMasses 43 1.7956571
insert eta(1405)width:InterpolationMasses 44 1.8113
insert eta(1405)width:InterpolationMasses 45 1.8269429
insert eta(1405)width:InterpolationMasses 46 1.8425857
insert eta(1405)width:InterpolationMasses 47 1.8582286
insert eta(1405)width:InterpolationMasses 48 1.8738714
insert eta(1405)width:InterpolationMasses 49 1.8895143
insert eta(1405)width:InterpolationMasses 50 1.9051571
insert eta(1405)width:InterpolationMasses 51 1.9208
insert eta(1405)width:InterpolationMasses 52 1.9364429
insert eta(1405)width:InterpolationMasses 53 1.9520857
insert eta(1405)width:InterpolationMasses 54 1.1230143
insert eta(1405)width:InterpolationMasses 55 1.135337
insert eta(1405)width:InterpolationMasses 56 1.1543
insert eta(1405)width:InterpolationMasses 57 1.1699429
insert eta(1405)width:InterpolationMasses 58 1.1855857
insert eta(1405)width:InterpolationMasses 59 1.2012286
insert eta(1405)width:InterpolationMasses 60 1.2168714
insert eta(1405)width:InterpolationMasses 61 1.2325143
insert eta(1405)width:InterpolationMasses 62 1.2481571
insert eta(1405)width:InterpolationMasses 63 1.2638
insert eta(1405)width:InterpolationMasses 64 1.2794429
insert eta(1405)width:InterpolationMasses 65 1.2950857
insert eta(1405)width:InterpolationMasses 66 1.3107286
insert eta(1405)width:InterpolationMasses 67 1.3263714
insert eta(1405)width:InterpolationMasses 68 1.3420143
insert eta(1405)width:InterpolationMasses 69 1.3576571
insert eta(1405)width:InterpolationMasses 70 1.3733
insert eta(1405)width:InterpolationMasses 71 1.3889429
insert eta(1405)width:InterpolationMasses 72 1.4045857
insert eta(1405)width:InterpolationMasses 73 1.4202286
insert eta(1405)width:InterpolationMasses 74 1.4358714
insert eta(1405)width:InterpolationMasses 75 1.4515143
insert eta(1405)width:InterpolationMasses 76 1.4671571
insert eta(1405)width:InterpolationMasses 77 1.4828
insert eta(1405)width:InterpolationMasses 78 1.4984429
insert eta(1405)width:InterpolationMasses 79 1.5140857
insert eta(1405)width:InterpolationMasses 80 1.5297286
insert eta(1405)width:InterpolationMasses 81 1.5453714
insert eta(1405)width:InterpolationMasses 82 1.5610143
insert eta(1405)width:InterpolationMasses 83 1.5766571
insert eta(1405)width:InterpolationMasses 84 1.5923
insert eta(1405)width:InterpolationMasses 85 1.6079429
insert eta(1405)width:InterpolationMasses 86 1.6235857
insert eta(1405)width:InterpolationMasses 87 1.6392286
insert eta(1405)width:InterpolationMasses 88 1.6548714
insert eta(1405)width:InterpolationMasses 89 1.6705143
insert eta(1405)width:InterpolationMasses 90 1.6861571
insert eta(1405)width:InterpolationMasses 91 1.7018
insert eta(1405)width:InterpolationMasses 92 1.7174429
insert eta(1405)width:InterpolationMasses 93 1.7330857
insert eta(1405)width:InterpolationMasses 94 1.7487286
insert eta(1405)width:InterpolationMasses 95 1.7643714
insert eta(1405)width:InterpolationMasses 96 1.7800143
insert eta(1405)width:InterpolationMasses 97 1.7956571
insert eta(1405)width:InterpolationMasses 98 1.8113
insert eta(1405)width:InterpolationMasses 99 1.8269429
insert eta(1405)width:InterpolationMasses 100 1.8425857
insert eta(1405)width:InterpolationMasses 101 1.8582286
insert eta(1405)width:InterpolationMasses 102 1.8738714
insert eta(1405)width:InterpolationMasses 103 1.8895143
insert eta(1405)width:InterpolationMasses 104 1.9051571
insert eta(1405)width:InterpolationMasses 105 1.9208
insert eta(1405)width:InterpolationMasses 106 1.9364429
insert eta(1405)width:InterpolationMasses 107 1.9520857
insert eta(1405)width:InterpolationMasses 108 1.1230143
insert eta(1405)width:InterpolationMasses 109 1.143648
insert eta(1405)width:InterpolationMasses 110 1.1543
insert eta(1405)width:InterpolationMasses 111 1.1699429
insert eta(1405)width:InterpolationMasses 112 1.1855857
insert eta(1405)width:InterpolationMasses 113 1.2012286
insert eta(1405)width:InterpolationMasses 114 1.2168714
insert eta(1405)width:InterpolationMasses 115 1.2325143
insert eta(1405)width:InterpolationMasses 116 1.2481571
insert eta(1405)width:InterpolationMasses 117 1.2638
insert eta(1405)width:InterpolationMasses 118 1.2794429
insert eta(1405)width:InterpolationMasses 119 1.2950857
insert eta(1405)width:InterpolationMasses 120 1.3107286
insert eta(1405)width:InterpolationMasses 121 1.3263714
insert eta(1405)width:InterpolationMasses 122 1.3420143
insert eta(1405)width:InterpolationMasses 123 1.3576571
insert eta(1405)width:InterpolationMasses 124 1.3733
insert eta(1405)width:InterpolationMasses 125 1.3889429
insert eta(1405)width:InterpolationMasses 126 1.4045857
insert eta(1405)width:InterpolationMasses 127 1.4202286
insert eta(1405)width:InterpolationMasses 128 1.4358714
insert eta(1405)width:InterpolationMasses 129 1.4515143
insert eta(1405)width:InterpolationMasses 130 1.4671571
insert eta(1405)width:InterpolationMasses 131 1.4828
insert eta(1405)width:InterpolationMasses 132 1.4984429
insert eta(1405)width:InterpolationMasses 133 1.5140857
insert eta(1405)width:InterpolationMasses 134 1.5297286
insert eta(1405)width:InterpolationMasses 135 1.5453714
insert eta(1405)width:InterpolationMasses 136 1.5610143
insert eta(1405)width:InterpolationMasses 137 1.5766571
insert eta(1405)width:InterpolationMasses 138 1.5923
insert eta(1405)width:InterpolationMasses 139 1.6079429
insert eta(1405)width:InterpolationMasses 140 1.6235857
insert eta(1405)width:InterpolationMasses 141 1.6392286
insert eta(1405)width:InterpolationMasses 142 1.6548714
insert eta(1405)width:InterpolationMasses 143 1.6705143
insert eta(1405)width:InterpolationMasses 144 1.6861571
insert eta(1405)width:InterpolationMasses 145 1.7018
insert eta(1405)width:InterpolationMasses 146 1.7174429
insert eta(1405)width:InterpolationMasses 147 1.7330857
insert eta(1405)width:InterpolationMasses 148 1.7487286
insert eta(1405)width:InterpolationMasses 149 1.7643714
insert eta(1405)width:InterpolationMasses 150 1.7800143
insert eta(1405)width:InterpolationMasses 151 1.7956571
insert eta(1405)width:InterpolationMasses 152 1.8113
insert eta(1405)width:InterpolationMasses 153 1.8269429
insert eta(1405)width:InterpolationMasses 154 1.8425857
insert eta(1405)width:InterpolationMasses 155 1.8582286
insert eta(1405)width:InterpolationMasses 156 1.8738714
insert eta(1405)width:InterpolationMasses 157 1.8895143
insert eta(1405)width:InterpolationMasses 158 1.9051571
insert eta(1405)width:InterpolationMasses 159 1.9208
insert eta(1405)width:InterpolationMasses 160 1.9364429
insert eta(1405)width:InterpolationMasses 161 1.9520857
insert eta(1405)width:InterpolationMasses 162 1.1230143
insert eta(1405)width:InterpolationMasses 163 1.143648
insert eta(1405)width:InterpolationMasses 164 1.1543
insert eta(1405)width:InterpolationMasses 165 1.1699429
insert eta(1405)width:InterpolationMasses 166 1.1855857
insert eta(1405)width:InterpolationMasses 167 1.2012286
insert eta(1405)width:InterpolationMasses 168 1.2168714
insert eta(1405)width:InterpolationMasses 169 1.2325143
insert eta(1405)width:InterpolationMasses 170 1.2481571
insert eta(1405)width:InterpolationMasses 171 1.2638
insert eta(1405)width:InterpolationMasses 172 1.2794429
insert eta(1405)width:InterpolationMasses 173 1.2950857
insert eta(1405)width:InterpolationMasses 174 1.3107286
insert eta(1405)width:InterpolationMasses 175 1.3263714
insert eta(1405)width:InterpolationMasses 176 1.3420143
insert eta(1405)width:InterpolationMasses 177 1.3576571
insert eta(1405)width:InterpolationMasses 178 1.3733
insert eta(1405)width:InterpolationMasses 179 1.3889429
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insert eta(1405)width:InterpolationWidths 114 5.7081014e-07
insert eta(1405)width:InterpolationWidths 115 1.2216932e-06
insert eta(1405)width:InterpolationWidths 116 2.3765078e-06
insert eta(1405)width:InterpolationWidths 117 4.31806e-06
insert eta(1405)width:InterpolationWidths 118 7.4640698e-06
insert eta(1405)width:InterpolationWidths 119 1.2440224e-05
insert eta(1405)width:InterpolationWidths 120 2.0207713e-05
insert eta(1405)width:InterpolationWidths 121 3.2301198e-05
insert eta(1405)width:InterpolationWidths 122 5.1310391e-05
insert eta(1405)width:InterpolationWidths 123 8.1948898e-05
insert eta(1405)width:InterpolationWidths 124 0.00013359092
insert eta(1405)width:InterpolationWidths 125 0.00022529459
insert eta(1405)width:InterpolationWidths 126 0.00038536802
insert eta(1405)width:InterpolationWidths 127 0.00063116923
insert eta(1405)width:InterpolationWidths 128 0.00096269712
insert eta(1405)width:InterpolationWidths 129 0.0013748514
insert eta(1405)width:InterpolationWidths 130 0.0018628658
insert eta(1405)width:InterpolationWidths 131 0.0024230493
insert eta(1405)width:InterpolationWidths 132 0.0030526253
insert eta(1405)width:InterpolationWidths 133 0.0037495016
insert eta(1405)width:InterpolationWidths 134 0.0045120918
insert eta(1405)width:InterpolationWidths 135 0.0053391875
insert eta(1405)width:InterpolationWidths 136 0.0062298681
insert eta(1405)width:InterpolationWidths 137 0.0071834365
insert eta(1405)width:InterpolationWidths 138 0.0081993713
insert eta(1405)width:InterpolationWidths 139 0.0092772926
insert eta(1405)width:InterpolationWidths 140 0.010416935
insert eta(1405)width:InterpolationWidths 141 0.011618128
insert eta(1405)width:InterpolationWidths 142 0.012880778
insert eta(1405)width:InterpolationWidths 143 0.01420486
insert eta(1405)width:InterpolationWidths 144 0.015590402
insert eta(1405)width:InterpolationWidths 145 0.017037483
insert eta(1405)width:InterpolationWidths 146 0.01854622
insert eta(1405)width:InterpolationWidths 147 0.020116768
insert eta(1405)width:InterpolationWidths 148 0.021749312
insert eta(1405)width:InterpolationWidths 149 0.023444065
insert eta(1405)width:InterpolationWidths 150 0.025201262
insert eta(1405)width:InterpolationWidths 151 0.027021162
insert eta(1405)width:InterpolationWidths 152 0.028904042
insert eta(1405)width:InterpolationWidths 153 0.030850195
insert eta(1405)width:InterpolationWidths 154 0.032859931
insert eta(1405)width:InterpolationWidths 155 0.034933571
insert eta(1405)width:InterpolationWidths 156 0.037071452
insert eta(1405)width:InterpolationWidths 157 0.039273919
insert eta(1405)width:InterpolationWidths 158 0.041541318
insert eta(1405)width:InterpolationWidths 159 0.043873786
insert eta(1405)width:InterpolationWidths 160 0.046271022
insert eta(1405)width:InterpolationWidths 161 0.048734309
insert eta(1405)width:InterpolationWidths 162 0
insert eta(1405)width:InterpolationWidths 163 0
insert eta(1405)width:InterpolationWidths 164 1.06821e-09
insert eta(1405)width:InterpolationWidths 165 1.5995496e-08
insert eta(1405)width:InterpolationWidths 166 7.5157727e-08
insert eta(1405)width:InterpolationWidths 167 2.3175411e-07
insert eta(1405)width:InterpolationWidths 168 5.7081014e-07
insert eta(1405)width:InterpolationWidths 169 1.2216932e-06
insert eta(1405)width:InterpolationWidths 170 2.3765078e-06
insert eta(1405)width:InterpolationWidths 171 4.31806e-06
insert eta(1405)width:InterpolationWidths 172 7.4640698e-06
insert eta(1405)width:InterpolationWidths 173 1.2440224e-05
insert eta(1405)width:InterpolationWidths 174 2.0207713e-05
insert eta(1405)width:InterpolationWidths 175 3.2301198e-05
insert eta(1405)width:InterpolationWidths 176 5.1310391e-05
insert eta(1405)width:InterpolationWidths 177 8.1948898e-05
insert eta(1405)width:InterpolationWidths 178 0.00013359092
insert eta(1405)width:InterpolationWidths 179 0.00022529459
insert eta(1405)width:InterpolationWidths 180 0.00038536802
insert eta(1405)width:InterpolationWidths 181 0.00063116923
insert eta(1405)width:InterpolationWidths 182 0.00096269712
insert eta(1405)width:InterpolationWidths 183 0.0013748514
insert eta(1405)width:InterpolationWidths 184 0.0018628658
insert eta(1405)width:InterpolationWidths 185 0.0024230493
insert eta(1405)width:InterpolationWidths 186 0.0030526253
insert eta(1405)width:InterpolationWidths 187 0.0037495016
insert eta(1405)width:InterpolationWidths 188 0.0045120918
insert eta(1405)width:InterpolationWidths 189 0.0053391875
insert eta(1405)width:InterpolationWidths 190 0.0062298681
insert eta(1405)width:InterpolationWidths 191 0.0071834365
insert eta(1405)width:InterpolationWidths 192 0.0081993713
insert eta(1405)width:InterpolationWidths 193 0.0092772926
insert eta(1405)width:InterpolationWidths 194 0.010416935
insert eta(1405)width:InterpolationWidths 195 0.011618128
insert eta(1405)width:InterpolationWidths 196 0.012880778
insert eta(1405)width:InterpolationWidths 197 0.01420486
insert eta(1405)width:InterpolationWidths 198 0.015590402
insert eta(1405)width:InterpolationWidths 199 0.017037483
insert eta(1405)width:InterpolationWidths 200 0.01854622
insert eta(1405)width:InterpolationWidths 201 0.020116768
insert eta(1405)width:InterpolationWidths 202 0.021749312
insert eta(1405)width:InterpolationWidths 203 0.023444065
insert eta(1405)width:InterpolationWidths 204 0.025201262
insert eta(1405)width:InterpolationWidths 205 0.027021162
insert eta(1405)width:InterpolationWidths 206 0.028904042
insert eta(1405)width:InterpolationWidths 207 0.030850195
insert eta(1405)width:InterpolationWidths 208 0.032859931
insert eta(1405)width:InterpolationWidths 209 0.034933571
insert eta(1405)width:InterpolationWidths 210 0.037071452
insert eta(1405)width:InterpolationWidths 211 0.039273919
insert eta(1405)width:InterpolationWidths 212 0.041541318
insert eta(1405)width:InterpolationWidths 213 0.043873786
insert eta(1405)width:InterpolationWidths 214 0.046271022
insert eta(1405)width:InterpolationWidths 215 0.048734309
insert eta(1405)width:InterpolationWidths 216 0.0013284419
insert eta(1405)width:InterpolationWidths 217 0.0017470155
insert eta(1405)width:InterpolationWidths 218 0.002208228
insert eta(1405)width:InterpolationWidths 219 0.0026813524
insert eta(1405)width:InterpolationWidths 220 0.0031539917
insert eta(1405)width:InterpolationWidths 221 0.0036183717
insert eta(1405)width:InterpolationWidths 222 0.0040693484
insert eta(1405)width:InterpolationWidths 223 0.0045040997
insert eta(1405)width:InterpolationWidths 224 0.0049199829
insert eta(1405)width:InterpolationWidths 225 0.0053167511
insert eta(1405)width:InterpolationWidths 226 0.0056938629
insert eta(1405)width:InterpolationWidths 227 0.0060516701
insert eta(1405)width:InterpolationWidths 228 0.0063904397
insert eta(1405)width:InterpolationWidths 229 0.0067107762
insert eta(1405)width:InterpolationWidths 230 0.0070135662
insert eta(1405)width:InterpolationWidths 231 0.0072989128
insert eta(1405)width:InterpolationWidths 232 0.0075682085
insert eta(1405)width:InterpolationWidths 233 0.0078220255
insert eta(1405)width:InterpolationWidths 234 0.0080611022
insert eta(1405)width:InterpolationWidths 235 0.0082861906
insert eta(1405)width:InterpolationWidths 236 0.0084980197
insert eta(1405)width:InterpolationWidths 237 0.0086972023
insert eta(1405)width:InterpolationWidths 238 0.0088844929
insert eta(1405)width:InterpolationWidths 239 0.0090608473
insert eta(1405)width:InterpolationWidths 240 0.0092258892
insert eta(1405)width:InterpolationWidths 241 0.0093855798
insert eta(1405)width:InterpolationWidths 242 0.0095262171
insert eta(1405)width:InterpolationWidths 243 0.0096625378
insert eta(1405)width:InterpolationWidths 244 0.009790236
insert eta(1405)width:InterpolationWidths 245 0.0099097069
insert eta(1405)width:InterpolationWidths 246 0.010021617
insert eta(1405)width:InterpolationWidths 247 0.010125779
insert eta(1405)width:InterpolationWidths 248 0.010223626
insert eta(1405)width:InterpolationWidths 249 0.010313912
insert eta(1405)width:InterpolationWidths 250 0.01039836
insert eta(1405)width:InterpolationWidths 251 0.010476558
insert eta(1405)width:InterpolationWidths 252 0.010549673
insert eta(1405)width:InterpolationWidths 253 0.010616883
insert eta(1405)width:InterpolationWidths 254 0.01067514
insert eta(1405)width:InterpolationWidths 255 0.010726391
insert eta(1405)width:InterpolationWidths 256 0.0107717
insert eta(1405)width:InterpolationWidths 257 0.010811685
insert eta(1405)width:InterpolationWidths 258 0.010846805
insert eta(1405)width:InterpolationWidths 259 0.010877438
insert eta(1405)width:InterpolationWidths 260 0.01090391
insert eta(1405)width:InterpolationWidths 261 0.010926508
insert eta(1405)width:InterpolationWidths 262 0.010945493
insert eta(1405)width:InterpolationWidths 263 0.010961097
insert eta(1405)width:InterpolationWidths 264 0.010973536
insert eta(1405)width:InterpolationWidths 265 0.010983008
insert eta(1405)width:InterpolationWidths 266 0.010989695
insert eta(1405)width:InterpolationWidths 267 0.010993768
insert eta(1405)width:InterpolationWidths 268 0.010995385
insert eta(1405)width:InterpolationWidths 269 0.010994692
insert eta(1405)width:InterpolationWidths 270 0.0013284419
insert eta(1405)width:InterpolationWidths 271 0.0017470155
insert eta(1405)width:InterpolationWidths 272 0.002208228
insert eta(1405)width:InterpolationWidths 273 0.0026813524
insert eta(1405)width:InterpolationWidths 274 0.0031539917
insert eta(1405)width:InterpolationWidths 275 0.0036183717
insert eta(1405)width:InterpolationWidths 276 0.0040693484
insert eta(1405)width:InterpolationWidths 277 0.0045040997
insert eta(1405)width:InterpolationWidths 278 0.0049199829
insert eta(1405)width:InterpolationWidths 279 0.0053167511
insert eta(1405)width:InterpolationWidths 280 0.0056938629
insert eta(1405)width:InterpolationWidths 281 0.0060516701
insert eta(1405)width:InterpolationWidths 282 0.0063904397
insert eta(1405)width:InterpolationWidths 283 0.0067107762
insert eta(1405)width:InterpolationWidths 284 0.0070135662
insert eta(1405)width:InterpolationWidths 285 0.0072989128
insert eta(1405)width:InterpolationWidths 286 0.0075682085
insert eta(1405)width:InterpolationWidths 287 0.0078220255
insert eta(1405)width:InterpolationWidths 288 0.0080611022
insert eta(1405)width:InterpolationWidths 289 0.0082861906
insert eta(1405)width:InterpolationWidths 290 0.0084980197
insert eta(1405)width:InterpolationWidths 291 0.0086972023
insert eta(1405)width:InterpolationWidths 292 0.0088844929
insert eta(1405)width:InterpolationWidths 293 0.0090608473
insert eta(1405)width:InterpolationWidths 294 0.0092258892
insert eta(1405)width:InterpolationWidths 295 0.0093855798
insert eta(1405)width:InterpolationWidths 296 0.0095262171
insert eta(1405)width:InterpolationWidths 297 0.0096625378
insert eta(1405)width:InterpolationWidths 298 0.009790236
insert eta(1405)width:InterpolationWidths 299 0.0099097069
insert eta(1405)width:InterpolationWidths 300 0.010021617
insert eta(1405)width:InterpolationWidths 301 0.010125779
insert eta(1405)width:InterpolationWidths 302 0.010223626
insert eta(1405)width:InterpolationWidths 303 0.010313912
insert eta(1405)width:InterpolationWidths 304 0.01039836
insert eta(1405)width:InterpolationWidths 305 0.010476558
insert eta(1405)width:InterpolationWidths 306 0.010549673
insert eta(1405)width:InterpolationWidths 307 0.010616883
insert eta(1405)width:InterpolationWidths 308 0.01067514
insert eta(1405)width:InterpolationWidths 309 0.010726391
insert eta(1405)width:InterpolationWidths 310 0.0107717
insert eta(1405)width:InterpolationWidths 311 0.010811685
insert eta(1405)width:InterpolationWidths 312 0.010846805
insert eta(1405)width:InterpolationWidths 313 0.010877438
insert eta(1405)width:InterpolationWidths 314 0.01090391
insert eta(1405)width:InterpolationWidths 315 0.010926508
insert eta(1405)width:InterpolationWidths 316 0.010945493
insert eta(1405)width:InterpolationWidths 317 0.010961097
insert eta(1405)width:InterpolationWidths 318 0.010973536
insert eta(1405)width:InterpolationWidths 319 0.010983008
insert eta(1405)width:InterpolationWidths 320 0.010989695
insert eta(1405)width:InterpolationWidths 321 0.010993768
insert eta(1405)width:InterpolationWidths 322 0.010995385
insert eta(1405)width:InterpolationWidths 323 0.010994692
insert eta(1405)width:InterpolationWidths 324 0.0014402649
insert eta(1405)width:InterpolationWidths 325 0.0018763506
insert eta(1405)width:InterpolationWidths 326 0.0023417396
insert eta(1405)width:InterpolationWidths 327 0.0028155599
insert eta(1405)width:InterpolationWidths 328 0.0032851892
insert eta(1405)width:InterpolationWidths 329 0.0037456563
insert eta(1405)width:InterpolationWidths 330 0.0041918656
insert eta(1405)width:InterpolationWidths 331 0.00462092
insert eta(1405)width:InterpolationWidths 332 0.0050314988
insert eta(1405)width:InterpolationWidths 333 0.0054226487
insert eta(1405)width:InterpolationWidths 334 0.0057947649
insert eta(1405)width:InterpolationWidths 335 0.0061473415
insert eta(1405)width:InterpolationWidths 336 0.0064813791
insert eta(1405)width:InterpolationWidths 337 0.0067968906
insert eta(1405)width:InterpolationWidths 338 0.0070952023
insert eta(1405)width:InterpolationWidths 339 0.0073765234
insert eta(1405)width:InterpolationWidths 340 0.0076417407
insert eta(1405)width:InterpolationWidths 341 0.0078917047
insert eta(1405)width:InterpolationWidths 342 0.0081278001
insert eta(1405)width:InterpolationWidths 343 0.0083497177
insert eta(1405)width:InterpolationWidths 344 0.0085585452
insert eta(1405)width:InterpolationWidths 345 0.0087549804
insert eta(1405)width:InterpolationWidths 346 0.0089396152
insert eta(1405)width:InterpolationWidths 347 0.009113128
insert eta(1405)width:InterpolationWidths 348 0.0092760935
insert eta(1405)width:InterpolationWidths 349 0.009429107
insert eta(1405)width:InterpolationWidths 350 0.009572411
insert eta(1405)width:InterpolationWidths 351 0.0097070983
insert eta(1405)width:InterpolationWidths 352 0.0098319934
insert eta(1405)width:InterpolationWidths 353 0.0099505532
insert eta(1405)width:InterpolationWidths 354 0.010060674
insert eta(1405)width:InterpolationWidths 355 0.010163619
insert eta(1405)width:InterpolationWidths 356 0.010259472
insert eta(1405)width:InterpolationWidths 357 0.010348877
insert eta(1405)width:InterpolationWidths 358 0.010432043
insert eta(1405)width:InterpolationWidths 359 0.010509495
insert eta(1405)width:InterpolationWidths 360 0.010581902
insert eta(1405)width:InterpolationWidths 361 0.010646249
insert eta(1405)width:InterpolationWidths 362 0.010702746
insert eta(1405)width:InterpolationWidths 363 0.010752642
insert eta(1405)width:InterpolationWidths 364 0.010796787
insert eta(1405)width:InterpolationWidths 365 0.010835735
insert eta(1405)width:InterpolationWidths 366 0.010869917
insert eta(1405)width:InterpolationWidths 367 0.010899691
insert eta(1405)width:InterpolationWidths 368 0.010925372
insert eta(1405)width:InterpolationWidths 369 0.010947238
insert eta(1405)width:InterpolationWidths 370 0.010965539
insert eta(1405)width:InterpolationWidths 371 0.010980505
insert eta(1405)width:InterpolationWidths 372 0.010992346
insert eta(1405)width:InterpolationWidths 373 0.011001256
insert eta(1405)width:InterpolationWidths 374 0.011007415
insert eta(1405)width:InterpolationWidths 375 0.011010989
insert eta(1405)width:InterpolationWidths 376 0.011012133
insert eta(1405)width:InterpolationWidths 377 0.011010993
insert eta(1405)width:InterpolationWidths 378 0.0077235189
insert eta(1405)width:InterpolationWidths 379 0.0084485779
insert eta(1405)width:InterpolationWidths 380 0.0091985174
insert eta(1405)width:InterpolationWidths 381 0.0099731188
insert eta(1405)width:InterpolationWidths 382 0.010772172
insert eta(1405)width:InterpolationWidths 383 0.01159546
insert eta(1405)width:InterpolationWidths 384 0.012442738
insert eta(1405)width:InterpolationWidths 385 0.01331372
insert eta(1405)width:InterpolationWidths 386 0.014208058
insert eta(1405)width:InterpolationWidths 387 0.015125328
insert eta(1405)width:InterpolationWidths 388 0.016065009
insert eta(1405)width:InterpolationWidths 389 0.017026467
insert eta(1405)width:InterpolationWidths 390 0.018008941
insert eta(1405)width:InterpolationWidths 391 0.019011524
insert eta(1405)width:InterpolationWidths 392 0.020033155
insert eta(1405)width:InterpolationWidths 393 0.021072604
insert eta(1405)width:InterpolationWidths 394 0.022128467
insert eta(1405)width:InterpolationWidths 395 0.023199161
insert eta(1405)width:InterpolationWidths 396 0.024282925
insert eta(1405)width:InterpolationWidths 397 0.025377827
insert eta(1405)width:InterpolationWidths 398 0.026481771
insert eta(1405)width:InterpolationWidths 399 0.027592516
insert eta(1405)width:InterpolationWidths 400 0.028707695
insert eta(1405)width:InterpolationWidths 401 0.029824839
insert eta(1405)width:InterpolationWidths 402 0.030941409
insert eta(1405)width:InterpolationWidths 403 0.032054824
insert eta(1405)width:InterpolationWidths 404 0.033162501
insert eta(1405)width:InterpolationWidths 405 0.034261879
insert eta(1405)width:InterpolationWidths 406 0.035350463
insert eta(1405)width:InterpolationWidths 407 0.036425848
insert eta(1405)width:InterpolationWidths 408 0.037485752
insert eta(1405)width:InterpolationWidths 409 0.038528039
insert eta(1405)width:InterpolationWidths 410 0.039550737
insert eta(1405)width:InterpolationWidths 411 0.040552058
insert eta(1405)width:InterpolationWidths 412 0.041530407
insert eta(1405)width:InterpolationWidths 413 0.042484385
insert eta(1405)width:InterpolationWidths 414 0.043412797
insert eta(1405)width:InterpolationWidths 415 0.044314641
insert eta(1405)width:InterpolationWidths 416 0.045189112
insert eta(1405)width:InterpolationWidths 417 0.046035586
insert eta(1405)width:InterpolationWidths 418 0.046853613
insert eta(1405)width:InterpolationWidths 419 0.047642904
insert eta(1405)width:InterpolationWidths 420 0.048403317
insert eta(1405)width:InterpolationWidths 421 0.049134847
insert eta(1405)width:InterpolationWidths 422 0.049837607
insert eta(1405)width:InterpolationWidths 423 0.050511817
insert eta(1405)width:InterpolationWidths 424 0.051157793
insert eta(1405)width:InterpolationWidths 425 0.051775928
insert eta(1405)width:InterpolationWidths 426 0.052366688
insert eta(1405)width:InterpolationWidths 427 0.052930595
insert eta(1405)width:InterpolationWidths 428 0.05346822
insert eta(1405)width:InterpolationWidths 429 0.053980174
insert eta(1405)width:InterpolationWidths 430 0.054467096
insert eta(1405)width:InterpolationWidths 431 0.054929651
insert eta(1405)width:NumberofEntries 0 54
insert eta(1405)width:NumberofEntries 1 108
insert eta(1405)width:NumberofEntries 2 162
insert eta(1405)width:NumberofEntries 3 216
insert eta(1405)width:NumberofEntries 4 270
insert eta(1405)width:NumberofEntries 5 324
insert eta(1405)width:NumberofEntries 6 378
insert eta(1405)width:NumberofEntries 7 432
newdef /Herwig/Particles/eta(1405):Width_generator eta(1405)width
#
create Herwig::BaryonWidthGenerator Sigma(1660)-Width
newdef Sigma(1660)-Width:Particle /Herwig/Particles/Sigma(1660)-
newdef Sigma(1660)-Width:Prefactor 1
newdef Sigma(1660)-Width:BRNormalize 1
newdef Sigma(1660)-Width:BRMinimum 0.01
newdef Sigma(1660)-Width:Points 50
newdef Sigma(1660)-Width:InterpolationOrder 1
insert Sigma(1660)-Width:MEtype 0 1
insert Sigma(1660)-Width:MEtype 1 1
insert Sigma(1660)-Width:MEtype 2 1
insert Sigma(1660)-Width:MEtype 3 1
insert Sigma(1660)-Width:MEcode 0 101
insert Sigma(1660)-Width:MEcode 1 101
insert Sigma(1660)-Width:MEcode 2 101
insert Sigma(1660)-Width:MEcode 3 101
insert Sigma(1660)-Width:MEcoupling 0 0.684315
insert Sigma(1660)-Width:MEcoupling 1 1.89177
insert Sigma(1660)-Width:MEcoupling 2 1.87364
insert Sigma(1660)-Width:MEcoupling 3 0.380066
insert Sigma(1660)-Width:ModeOn 0 1
insert Sigma(1660)-Width:ModeOn 1 1
insert Sigma(1660)-Width:ModeOn 2 1
insert Sigma(1660)-Width:ModeOn 3 1
insert Sigma(1660)-Width:MinimumMasses 0 1.25525
insert Sigma(1660)-Width:MinimumMasses 1 1.33243
insert Sigma(1660)-Width:MinimumMasses 2 1.33221
insert Sigma(1660)-Width:MinimumMasses 3 1.43324
insert Sigma(1660)-Width:MEmass1 0 1.11568
insert Sigma(1660)-Width:MEmass1 1 1.19745
insert Sigma(1660)-Width:MEmass1 2 1.19264
insert Sigma(1660)-Width:MEmass1 3 0.939565
insert Sigma(1660)-Width:MEmass2 0 0.13957
insert Sigma(1660)-Width:MEmass2 1 0.134978
insert Sigma(1660)-Width:MEmass2 2 0.13957
insert Sigma(1660)-Width:MEmass2 3 0.493677
insert Sigma(1660)-Width:DecayModes 0 Sigma(1660)-->Lambda0,pi-;
insert Sigma(1660)-Width:DecayModes 1 Sigma(1660)-->Sigma-,pi0;
insert Sigma(1660)-Width:DecayModes 2 Sigma(1660)-->Sigma0,pi-;
insert Sigma(1660)-Width:DecayModes 3 Sigma(1660)-->n0,K-;
insert Sigma(1660)-Width:NumberofEntries 0 0
insert Sigma(1660)-Width:NumberofEntries 1 0
insert Sigma(1660)-Width:NumberofEntries 2 0
insert Sigma(1660)-Width:NumberofEntries 3 0
insert Sigma(1660)-Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)-Width:ModeLocation 0 38
insert Sigma(1660)-Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)-Width:ModeLocation 1 35
insert Sigma(1660)-Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)-Width:ModeLocation 2 34
insert Sigma(1660)-Width:BaryonDecayers 3 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)-Width:ModeLocation 3 37
newdef /Herwig/Particles/Sigma(1660)-:Width_generator Sigma(1660)-Width
newdef /Herwig/Particles/Sigmabar(1660)+:Width_generator Sigma(1660)-Width
#
create Herwig::BaryonWidthGenerator Sigma(1660)0Width
newdef Sigma(1660)0Width:Particle /Herwig/Particles/Sigma(1660)0
newdef Sigma(1660)0Width:Prefactor 1
newdef Sigma(1660)0Width:BRNormalize 1
newdef Sigma(1660)0Width:BRMinimum 0.01
newdef Sigma(1660)0Width:Points 50
newdef Sigma(1660)0Width:InterpolationOrder 1
insert Sigma(1660)0Width:MEtype 0 1
insert Sigma(1660)0Width:MEtype 1 1
insert Sigma(1660)0Width:MEtype 2 1
insert Sigma(1660)0Width:MEtype 3 1
insert Sigma(1660)0Width:MEtype 4 1
insert Sigma(1660)0Width:MEcode 0 101
insert Sigma(1660)0Width:MEcode 1 101
insert Sigma(1660)0Width:MEcode 2 101
insert Sigma(1660)0Width:MEcode 3 101
insert Sigma(1660)0Width:MEcode 4 101
insert Sigma(1660)0Width:MEcoupling 0 0.681959
insert Sigma(1660)0Width:MEcoupling 1 1.90104
insert Sigma(1660)0Width:MEcoupling 2 1.85545
insert Sigma(1660)0Width:MEcoupling 3 0.384252
insert Sigma(1660)0Width:MEcoupling 4 0.378432
insert Sigma(1660)0Width:ModeOn 0 1
insert Sigma(1660)0Width:ModeOn 1 1
insert Sigma(1660)0Width:ModeOn 2 1
insert Sigma(1660)0Width:ModeOn 3 1
insert Sigma(1660)0Width:ModeOn 4 1
insert Sigma(1660)0Width:MinimumMasses 0 1.25066
insert Sigma(1660)0Width:MinimumMasses 1 1.33702
insert Sigma(1660)0Width:MinimumMasses 2 1.32894
insert Sigma(1660)0Width:MinimumMasses 3 1.43721
insert Sigma(1660)0Width:MinimumMasses 4 1.43195
insert Sigma(1660)0Width:MEmass1 0 1.11568
insert Sigma(1660)0Width:MEmass1 1 1.19745
insert Sigma(1660)0Width:MEmass1 2 1.18937
insert Sigma(1660)0Width:MEmass1 3 0.939565
insert Sigma(1660)0Width:MEmass1 4 0.938272
insert Sigma(1660)0Width:MEmass2 0 0.134978
insert Sigma(1660)0Width:MEmass2 1 0.13957
insert Sigma(1660)0Width:MEmass2 2 0.13957
insert Sigma(1660)0Width:MEmass2 3 0.497648
insert Sigma(1660)0Width:MEmass2 4 0.493677
insert Sigma(1660)0Width:DecayModes 0 Sigma(1660)0->Lambda0,pi0;
insert Sigma(1660)0Width:DecayModes 1 Sigma(1660)0->Sigma-,pi+;
insert Sigma(1660)0Width:DecayModes 2 Sigma(1660)0->Sigma+,pi-;
insert Sigma(1660)0Width:DecayModes 3 Sigma(1660)0->n0,Kbar0;
insert Sigma(1660)0Width:DecayModes 4 Sigma(1660)0->p+,K-;
insert Sigma(1660)0Width:NumberofEntries 0 0
insert Sigma(1660)0Width:NumberofEntries 1 0
insert Sigma(1660)0Width:NumberofEntries 2 0
insert Sigma(1660)0Width:NumberofEntries 3 0
insert Sigma(1660)0Width:NumberofEntries 4 0
insert Sigma(1660)0Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)0Width:ModeLocation 0 33
insert Sigma(1660)0Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)0Width:ModeLocation 1 26
insert Sigma(1660)0Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)0Width:ModeLocation 2 27
insert Sigma(1660)0Width:BaryonDecayers 3 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)0Width:ModeLocation 3 31
insert Sigma(1660)0Width:BaryonDecayers 4 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)0Width:ModeLocation 4 30
newdef /Herwig/Particles/Sigma(1660)0:Width_generator Sigma(1660)0Width
newdef /Herwig/Particles/Sigmabar(1660)0:Width_generator Sigma(1660)0Width
#
create Herwig::BaryonWidthGenerator Sigma(1660)+Width
newdef Sigma(1660)+Width:Particle /Herwig/Particles/Sigma(1660)+
newdef Sigma(1660)+Width:Prefactor 1
newdef Sigma(1660)+Width:BRNormalize 1
newdef Sigma(1660)+Width:BRMinimum 0.01
newdef Sigma(1660)+Width:Points 50
newdef Sigma(1660)+Width:InterpolationOrder 1
insert Sigma(1660)+Width:MEtype 0 1
insert Sigma(1660)+Width:MEtype 1 1
insert Sigma(1660)+Width:MEtype 2 1
insert Sigma(1660)+Width:MEtype 3 1
insert Sigma(1660)+Width:MEcode 0 101
insert Sigma(1660)+Width:MEcode 1 101
insert Sigma(1660)+Width:MEcode 2 101
insert Sigma(1660)+Width:MEcode 3 101
insert Sigma(1660)+Width:MEcoupling 0 0.684315
insert Sigma(1660)+Width:MEcoupling 1 1.84674
insert Sigma(1660)+Width:MEcoupling 2 1.87364
insert Sigma(1660)+Width:MEcoupling 3 0.382572
insert Sigma(1660)+Width:ModeOn 0 1
insert Sigma(1660)+Width:ModeOn 1 1
insert Sigma(1660)+Width:ModeOn 2 1
insert Sigma(1660)+Width:ModeOn 3 1
insert Sigma(1660)+Width:MinimumMasses 0 1.25525
insert Sigma(1660)+Width:MinimumMasses 1 1.32435
insert Sigma(1660)+Width:MinimumMasses 2 1.33221
insert Sigma(1660)+Width:MinimumMasses 3 1.43592
insert Sigma(1660)+Width:MEmass1 0 1.11568
insert Sigma(1660)+Width:MEmass1 1 1.18937
insert Sigma(1660)+Width:MEmass1 2 1.19264
insert Sigma(1660)+Width:MEmass1 3 0.938272
insert Sigma(1660)+Width:MEmass2 0 0.13957
insert Sigma(1660)+Width:MEmass2 1 0.134978
insert Sigma(1660)+Width:MEmass2 2 0.13957
insert Sigma(1660)+Width:MEmass2 3 0.497648
insert Sigma(1660)+Width:DecayModes 0 Sigma(1660)+->Lambda0,pi+;
insert Sigma(1660)+Width:DecayModes 1 Sigma(1660)+->Sigma+,pi0;
insert Sigma(1660)+Width:DecayModes 2 Sigma(1660)+->Sigma0,pi+;
insert Sigma(1660)+Width:DecayModes 3 Sigma(1660)+->p+,Kbar0;
insert Sigma(1660)+Width:NumberofEntries 0 0
insert Sigma(1660)+Width:NumberofEntries 1 0
insert Sigma(1660)+Width:NumberofEntries 2 0
insert Sigma(1660)+Width:NumberofEntries 3 0
insert Sigma(1660)+Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)+Width:ModeLocation 0 24
insert Sigma(1660)+Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)+Width:ModeLocation 1 20
insert Sigma(1660)+Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)+Width:ModeLocation 2 21
insert Sigma(1660)+Width:BaryonDecayers 3 /Herwig/Decays/SU3StrongRoper
insert Sigma(1660)+Width:ModeLocation 3 23
newdef /Herwig/Particles/Sigmabar(1660)-:Width_generator Sigma(1660)+Width
newdef /Herwig/Particles/Sigma(1660)+:Width_generator Sigma(1660)+Width
#
create Herwig::BaryonWidthGenerator Lambda(1600)0Width
newdef Lambda(1600)0Width:Particle /Herwig/Particles/Lambda(1600)0
newdef Lambda(1600)0Width:Prefactor 1
newdef Lambda(1600)0Width:BRNormalize 1
newdef Lambda(1600)0Width:BRMinimum 0.01
newdef Lambda(1600)0Width:Points 50
newdef Lambda(1600)0Width:InterpolationOrder 1
insert Lambda(1600)0Width:MEtype 0 1
insert Lambda(1600)0Width:MEtype 1 1
insert Lambda(1600)0Width:MEtype 2 1
insert Lambda(1600)0Width:MEtype 3 1
insert Lambda(1600)0Width:MEtype 4 1
insert Lambda(1600)0Width:MEcode 0 101
insert Lambda(1600)0Width:MEcode 1 101
insert Lambda(1600)0Width:MEcode 2 101
insert Lambda(1600)0Width:MEcode 3 101
insert Lambda(1600)0Width:MEcode 4 101
insert Lambda(1600)0Width:MEcoupling 0 0.970882
insert Lambda(1600)0Width:MEcoupling 1 0.999894
insert Lambda(1600)0Width:MEcoupling 2 0.976092
insert Lambda(1600)0Width:MEcoupling 3 0.740552
insert Lambda(1600)0Width:MEcoupling 4 0.724786
insert Lambda(1600)0Width:ModeOn 0 1
insert Lambda(1600)0Width:ModeOn 1 1
insert Lambda(1600)0Width:ModeOn 2 1
insert Lambda(1600)0Width:ModeOn 3 1
insert Lambda(1600)0Width:ModeOn 4 1
insert Lambda(1600)0Width:MinimumMasses 0 1.32894
insert Lambda(1600)0Width:MinimumMasses 1 1.33702
insert Lambda(1600)0Width:MinimumMasses 2 1.32762
insert Lambda(1600)0Width:MinimumMasses 3 1.43721
insert Lambda(1600)0Width:MinimumMasses 4 1.43195
insert Lambda(1600)0Width:MEmass1 0 1.18937
insert Lambda(1600)0Width:MEmass1 1 1.19745
insert Lambda(1600)0Width:MEmass1 2 1.19264
insert Lambda(1600)0Width:MEmass1 3 0.939565
insert Lambda(1600)0Width:MEmass1 4 0.938272
insert Lambda(1600)0Width:MEmass2 0 0.13957
insert Lambda(1600)0Width:MEmass2 1 0.13957
insert Lambda(1600)0Width:MEmass2 2 0.134978
insert Lambda(1600)0Width:MEmass2 3 0.497648
insert Lambda(1600)0Width:MEmass2 4 0.493677
insert Lambda(1600)0Width:DecayModes 0 Lambda(1600)0->Sigma+,pi-;
insert Lambda(1600)0Width:DecayModes 1 Lambda(1600)0->Sigma-,pi+;
insert Lambda(1600)0Width:DecayModes 2 Lambda(1600)0->Sigma0,pi0;
insert Lambda(1600)0Width:DecayModes 3 Lambda(1600)0->n0,Kbar0;
insert Lambda(1600)0Width:DecayModes 4 Lambda(1600)0->p+,K-;
insert Lambda(1600)0Width:NumberofEntries 0 0
insert Lambda(1600)0Width:NumberofEntries 1 0
insert Lambda(1600)0Width:NumberofEntries 2 0
insert Lambda(1600)0Width:NumberofEntries 3 0
insert Lambda(1600)0Width:NumberofEntries 4 0
insert Lambda(1600)0Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Lambda(1600)0Width:ModeLocation 0 13
insert Lambda(1600)0Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Lambda(1600)0Width:ModeLocation 1 14
insert Lambda(1600)0Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Lambda(1600)0Width:ModeLocation 2 12
insert Lambda(1600)0Width:BaryonDecayers 3 /Herwig/Decays/SU3StrongRoper
insert Lambda(1600)0Width:ModeLocation 3 19
insert Lambda(1600)0Width:BaryonDecayers 4 /Herwig/Decays/SU3StrongRoper
insert Lambda(1600)0Width:ModeLocation 4 18
newdef /Herwig/Particles/Lambda(1600)0:Width_generator Lambda(1600)0Width
newdef /Herwig/Particles/Lambdabar(1600)0:Width_generator Lambda(1600)0Width
#
create Herwig::BaryonWidthGenerator Xi(1690)0Width
newdef Xi(1690)0Width:Particle /Herwig/Particles/Xi(1690)0
newdef Xi(1690)0Width:Prefactor 1.16667
newdef Xi(1690)0Width:BRNormalize 1
newdef Xi(1690)0Width:BRMinimum 0.01
newdef Xi(1690)0Width:Points 50
newdef Xi(1690)0Width:InterpolationOrder 1
insert Xi(1690)0Width:MEtype 0 1
insert Xi(1690)0Width:MEtype 1 1
insert Xi(1690)0Width:MEtype 2 1
insert Xi(1690)0Width:MEcode 0 101
insert Xi(1690)0Width:MEcode 1 101
insert Xi(1690)0Width:MEcode 2 101
insert Xi(1690)0Width:MEcoupling 0 2.75906
insert Xi(1690)0Width:MEcoupling 1 1.86418
insert Xi(1690)0Width:MEcoupling 2 1
insert Xi(1690)0Width:ModeOn 0 1
insert Xi(1690)0Width:ModeOn 1 1
insert Xi(1690)0Width:ModeOn 2 1
insert Xi(1690)0Width:MinimumMasses 0 1.61333
insert Xi(1690)0Width:MinimumMasses 1 1.68305
insert Xi(1690)0Width:MinimumMasses 2 1.69029
insert Xi(1690)0Width:MEmass1 0 1.11568
insert Xi(1690)0Width:MEmass1 1 1.18937
insert Xi(1690)0Width:MEmass1 2 1.19264
insert Xi(1690)0Width:MEmass2 0 0.497648
insert Xi(1690)0Width:MEmass2 1 0.493677
insert Xi(1690)0Width:MEmass2 2 0.497648
insert Xi(1690)0Width:DecayModes 0 Xi(1690)0->Lambda0,Kbar0;
insert Xi(1690)0Width:DecayModes 1 Xi(1690)0->Sigma+,K-;
insert Xi(1690)0Width:DecayModes 2 Xi(1690)0->Sigma0,Kbar0;
insert Xi(1690)0Width:NumberofEntries 0 0
insert Xi(1690)0Width:NumberofEntries 1 0
insert Xi(1690)0Width:NumberofEntries 2 0
insert Xi(1690)0Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)0Width:ModeLocation 0 49
insert Xi(1690)0Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)0Width:ModeLocation 1 45
insert Xi(1690)0Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)0Width:ModeLocation 2 46
newdef /Herwig/Particles/Xi(1690)0:Width_generator Xi(1690)0Width
newdef /Herwig/Particles/Xibar(1690)0:Width_generator Xi(1690)0Width
#
create Herwig::BaryonWidthGenerator Xi(1690)-Width
newdef Xi(1690)-Width:Particle /Herwig/Particles/Xi(1690)-
newdef Xi(1690)-Width:Prefactor 1.4
newdef Xi(1690)-Width:BRNormalize 1
newdef Xi(1690)-Width:BRMinimum 0.01
newdef Xi(1690)-Width:Points 50
newdef Xi(1690)-Width:InterpolationOrder 1
insert Xi(1690)-Width:MEtype 0 1
insert Xi(1690)-Width:MEtype 1 1
insert Xi(1690)-Width:MEtype 2 1
insert Xi(1690)-Width:MEcode 0 101
insert Xi(1690)-Width:MEcode 1 101
insert Xi(1690)-Width:MEcode 2 101
insert Xi(1690)-Width:MEcoupling 0 2.66358
insert Xi(1690)-Width:MEcoupling 1 1
insert Xi(1690)-Width:MEcoupling 2 3.00585
insert Xi(1690)-Width:ModeOn 0 1
insert Xi(1690)-Width:ModeOn 1 1
insert Xi(1690)-Width:ModeOn 2 1
insert Xi(1690)-Width:MinimumMasses 0 1.60936
insert Xi(1690)-Width:MinimumMasses 1 1.6951
insert Xi(1690)-Width:MinimumMasses 2 1.68632
insert Xi(1690)-Width:MEmass1 0 1.11568
insert Xi(1690)-Width:MEmass1 1 1.19745
insert Xi(1690)-Width:MEmass1 2 1.19264
insert Xi(1690)-Width:MEmass2 0 0.493677
insert Xi(1690)-Width:MEmass2 1 0.497648
insert Xi(1690)-Width:MEmass2 2 0.493677
insert Xi(1690)-Width:DecayModes 0 Xi(1690)-->Lambda0,K-;
insert Xi(1690)-Width:DecayModes 1 Xi(1690)-->Sigma-,Kbar0;
insert Xi(1690)-Width:DecayModes 2 Xi(1690)-->Sigma0,K-;
insert Xi(1690)-Width:NumberofEntries 0 0
insert Xi(1690)-Width:NumberofEntries 1 0
insert Xi(1690)-Width:NumberofEntries 2 0
insert Xi(1690)-Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)-Width:ModeLocation 0 44
insert Xi(1690)-Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)-Width:ModeLocation 1 40
insert Xi(1690)-Width:BaryonDecayers 2 /Herwig/Decays/SU3StrongRoper
insert Xi(1690)-Width:ModeLocation 2 41
newdef /Herwig/Particles/Xi(1690)-:Width_generator Xi(1690)-Width
newdef /Herwig/Particles/Xibar(1690)+:Width_generator Xi(1690)-Width
#
create Herwig::BaryonWidthGenerator Xi_b1*-Width
newdef Xi_b1*-Width:Particle /Herwig/Particles/Xi_b1*-
newdef Xi_b1*-Width:Prefactor 1.00007
newdef Xi_b1*-Width:BRNormalize 1
newdef Xi_b1*-Width:BRMinimum 0.01
newdef Xi_b1*-Width:Points 50
newdef Xi_b1*-Width:InterpolationOrder 1
insert Xi_b1*-Width:MEtype 0 2
insert Xi_b1*-Width:MEtype 1 2
insert Xi_b1*-Width:MEcode 0 0
insert Xi_b1*-Width:MEcode 1 0
insert Xi_b1*-Width:MEcoupling 0 2.93816
insert Xi_b1*-Width:MEcoupling 1 2.73191
insert Xi_b1*-Width:ModeOn 0 1
insert Xi_b1*-Width:ModeOn 1 1
insert Xi_b1*-Width:MinimumMasses 0 6.08287
insert Xi_b1*-Width:MinimumMasses 1 6.07381
insert Xi_b1*-Width:MEmass1 0 5.9523
insert Xi_b1*-Width:MEmass1 1 5.95533
insert Xi_b1*-Width:MEmass2 0 0.13957
insert Xi_b1*-Width:MEmass2 1 0.134977
insert Xi_b1*-Width:DecayModes 0 Xi_b1*-->Xi_b*0,pi-;
insert Xi_b1*-Width:DecayModes 1 Xi_b1*-->Xi_b*-,pi0;
insert Xi_b1*-Width:InterpolationMasses 0 6.0894837
insert Xi_b1*-Width:InterpolationMasses 1 6.0898918
insert Xi_b1*-Width:InterpolationMasses 2 6.0903
insert Xi_b1*-Width:InterpolationMasses 3 6.0907082
insert Xi_b1*-Width:InterpolationMasses 4 6.0911163
insert Xi_b1*-Width:InterpolationMasses 5 6.0915245
insert Xi_b1*-Width:InterpolationMasses 6 6.0919327
insert Xi_b1*-Width:InterpolationMasses 7 6.0923408
insert Xi_b1*-Width:InterpolationMasses 8 6.092749
insert Xi_b1*-Width:InterpolationMasses 9 6.0931571
insert Xi_b1*-Width:InterpolationMasses 10 6.0935653
insert Xi_b1*-Width:InterpolationMasses 11 6.0939735
insert Xi_b1*-Width:InterpolationMasses 12 6.0943816
insert Xi_b1*-Width:InterpolationMasses 13 6.0947898
insert Xi_b1*-Width:InterpolationMasses 14 6.095198
insert Xi_b1*-Width:InterpolationMasses 15 6.0956061
insert Xi_b1*-Width:InterpolationMasses 16 6.0960143
insert Xi_b1*-Width:InterpolationMasses 17 6.0964224
insert Xi_b1*-Width:InterpolationMasses 18 6.0968306
insert Xi_b1*-Width:InterpolationMasses 19 6.0972388
insert Xi_b1*-Width:InterpolationMasses 20 6.0976469
insert Xi_b1*-Width:InterpolationMasses 21 6.0980551
insert Xi_b1*-Width:InterpolationMasses 22 6.0984633
insert Xi_b1*-Width:InterpolationMasses 23 6.0988714
insert Xi_b1*-Width:InterpolationMasses 24 6.0992796
insert Xi_b1*-Width:InterpolationMasses 25 6.0996878
insert Xi_b1*-Width:InterpolationMasses 26 6.1000959
insert Xi_b1*-Width:InterpolationMasses 27 6.1005041
insert Xi_b1*-Width:InterpolationMasses 28 6.1009122
insert Xi_b1*-Width:InterpolationMasses 29 6.1013204
insert Xi_b1*-Width:InterpolationMasses 30 6.1017286
insert Xi_b1*-Width:InterpolationMasses 31 6.1021367
insert Xi_b1*-Width:InterpolationMasses 32 6.1025449
insert Xi_b1*-Width:InterpolationMasses 33 6.1029531
insert Xi_b1*-Width:InterpolationMasses 34 6.1033612
insert Xi_b1*-Width:InterpolationMasses 35 6.1037694
insert Xi_b1*-Width:InterpolationMasses 36 6.1041776
insert Xi_b1*-Width:InterpolationMasses 37 6.1045857
insert Xi_b1*-Width:InterpolationMasses 38 6.1049939
insert Xi_b1*-Width:InterpolationMasses 39 6.105402
insert Xi_b1*-Width:InterpolationMasses 40 6.1058102
insert Xi_b1*-Width:InterpolationMasses 41 6.1062184
insert Xi_b1*-Width:InterpolationMasses 42 6.1066265
insert Xi_b1*-Width:InterpolationMasses 43 6.1070347
insert Xi_b1*-Width:InterpolationMasses 44 6.1074429
insert Xi_b1*-Width:InterpolationMasses 45 6.107851
insert Xi_b1*-Width:InterpolationMasses 46 6.1082592
insert Xi_b1*-Width:InterpolationMasses 47 6.1086673
insert Xi_b1*-Width:InterpolationMasses 48 6.1090755
insert Xi_b1*-Width:InterpolationMasses 49 6.1094837
insert Xi_b1*-Width:InterpolationMasses 50 6.1098918
insert Xi_b1*-Width:InterpolationMasses 51 6.1103
insert Xi_b1*-Width:InterpolationMasses 52 6.1107082
insert Xi_b1*-Width:InterpolationMasses 53 6.1111163
insert Xi_b1*-Width:InterpolationMasses 54 6.0894837
insert Xi_b1*-Width:InterpolationMasses 55 6.0898918
insert Xi_b1*-Width:InterpolationMasses 56 6.0903
insert Xi_b1*-Width:InterpolationMasses 57 6.0907082
insert Xi_b1*-Width:InterpolationMasses 58 6.0911163
insert Xi_b1*-Width:InterpolationMasses 59 6.0915245
insert Xi_b1*-Width:InterpolationMasses 60 6.0919327
insert Xi_b1*-Width:InterpolationMasses 61 6.0923408
insert Xi_b1*-Width:InterpolationMasses 62 6.092749
insert Xi_b1*-Width:InterpolationMasses 63 6.0931571
insert Xi_b1*-Width:InterpolationMasses 64 6.0935653
insert Xi_b1*-Width:InterpolationMasses 65 6.0939735
insert Xi_b1*-Width:InterpolationMasses 66 6.0943816
insert Xi_b1*-Width:InterpolationMasses 67 6.0947898
insert Xi_b1*-Width:InterpolationMasses 68 6.095198
insert Xi_b1*-Width:InterpolationMasses 69 6.0956061
insert Xi_b1*-Width:InterpolationMasses 70 6.0960143
insert Xi_b1*-Width:InterpolationMasses 71 6.0964224
insert Xi_b1*-Width:InterpolationMasses 72 6.0968306
insert Xi_b1*-Width:InterpolationMasses 73 6.0972388
insert Xi_b1*-Width:InterpolationMasses 74 6.0976469
insert Xi_b1*-Width:InterpolationMasses 75 6.0980551
insert Xi_b1*-Width:InterpolationMasses 76 6.0984633
insert Xi_b1*-Width:InterpolationMasses 77 6.0988714
insert Xi_b1*-Width:InterpolationMasses 78 6.0992796
insert Xi_b1*-Width:InterpolationMasses 79 6.0996878
insert Xi_b1*-Width:InterpolationMasses 80 6.1000959
insert Xi_b1*-Width:InterpolationMasses 81 6.1005041
insert Xi_b1*-Width:InterpolationMasses 82 6.1009122
insert Xi_b1*-Width:InterpolationMasses 83 6.1013204
insert Xi_b1*-Width:InterpolationMasses 84 6.1017286
insert Xi_b1*-Width:InterpolationMasses 85 6.1021367
insert Xi_b1*-Width:InterpolationMasses 86 6.1025449
insert Xi_b1*-Width:InterpolationMasses 87 6.1029531
insert Xi_b1*-Width:InterpolationMasses 88 6.1033612
insert Xi_b1*-Width:InterpolationMasses 89 6.1037694
insert Xi_b1*-Width:InterpolationMasses 90 6.1041776
insert Xi_b1*-Width:InterpolationMasses 91 6.1045857
insert Xi_b1*-Width:InterpolationMasses 92 6.1049939
insert Xi_b1*-Width:InterpolationMasses 93 6.105402
insert Xi_b1*-Width:InterpolationMasses 94 6.1058102
insert Xi_b1*-Width:InterpolationMasses 95 6.1062184
insert Xi_b1*-Width:InterpolationMasses 96 6.1066265
insert Xi_b1*-Width:InterpolationMasses 97 6.1070347
insert Xi_b1*-Width:InterpolationMasses 98 6.1074429
insert Xi_b1*-Width:InterpolationMasses 99 6.107851
insert Xi_b1*-Width:InterpolationMasses 100 6.1082592
insert Xi_b1*-Width:InterpolationMasses 101 6.1086673
insert Xi_b1*-Width:InterpolationMasses 102 6.1090755
insert Xi_b1*-Width:InterpolationMasses 103 6.1094837
insert Xi_b1*-Width:InterpolationMasses 104 6.1098918
insert Xi_b1*-Width:InterpolationMasses 105 6.1103
insert Xi_b1*-Width:InterpolationMasses 106 6.1107082
insert Xi_b1*-Width:InterpolationMasses 107 6.1111163
insert Xi_b1*-Width:InterpolationWidths 0 4.6968143e-06
insert Xi_b1*-Width:InterpolationWidths 1 6.0436327e-06
insert Xi_b1*-Width:InterpolationWidths 2 7.9378743e-06
insert Xi_b1*-Width:InterpolationWidths 3 1.0752043e-05
insert Xi_b1*-Width:InterpolationWidths 4 1.5237012e-05
insert Xi_b1*-Width:InterpolationWidths 5 2.2855448e-05
insert Xi_b1*-Width:InterpolationWidths 6 3.5181026e-05
insert Xi_b1*-Width:InterpolationWidths 7 5.0675171e-05
insert Xi_b1*-Width:InterpolationWidths 8 6.6056668e-05
insert Xi_b1*-Width:InterpolationWidths 9 8.013957e-05
insert Xi_b1*-Width:InterpolationWidths 10 9.2927045e-05
insert Xi_b1*-Width:InterpolationWidths 11 0.00010463813
insert Xi_b1*-Width:InterpolationWidths 12 0.00011547684
insert Xi_b1*-Width:InterpolationWidths 13 0.00012560241
insert Xi_b1*-Width:InterpolationWidths 14 0.000135136
insert Xi_b1*-Width:InterpolationWidths 15 0.00014417015
insert Xi_b1*-Width:InterpolationWidths 16 0.00015277682
insert Xi_b1*-Width:InterpolationWidths 17 0.00016101289
insert Xi_b1*-Width:InterpolationWidths 18 0.0001689241
insert Xi_b1*-Width:InterpolationWidths 19 0.00017654776
insert Xi_b1*-Width:InterpolationWidths 20 0.00018391475
insert Xi_b1*-Width:InterpolationWidths 21 0.00019105096
insert Xi_b1*-Width:InterpolationWidths 22 0.00019797827
insert Xi_b1*-Width:InterpolationWidths 23 0.00020471543
insert Xi_b1*-Width:InterpolationWidths 24 0.00021127857
insert Xi_b1*-Width:InterpolationWidths 25 0.00021768163
insert Xi_b1*-Width:InterpolationWidths 26 0.00022393711
insert Xi_b1*-Width:InterpolationWidths 27 0.00023005575
insert Xi_b1*-Width:InterpolationWidths 28 0.00023604488
insert Xi_b1*-Width:InterpolationWidths 29 0.00024184191
insert Xi_b1*-Width:InterpolationWidths 30 0.00024748137
insert Xi_b1*-Width:InterpolationWidths 31 0.00025298885
insert Xi_b1*-Width:InterpolationWidths 32 0.0002583784
insert Xi_b1*-Width:InterpolationWidths 33 0.00026366033
insert Xi_b1*-Width:InterpolationWidths 34 0.00026884295
insert Xi_b1*-Width:InterpolationWidths 35 0.00027393323
insert Xi_b1*-Width:InterpolationWidths 36 0.00027893719
insert Xi_b1*-Width:InterpolationWidths 37 0.00028386013
insert Xi_b1*-Width:InterpolationWidths 38 0.00028870673
insert Xi_b1*-Width:InterpolationWidths 39 0.00029348124
insert Xi_b1*-Width:InterpolationWidths 40 0.00029818745
insert Xi_b1*-Width:InterpolationWidths 41 0.00030282884
insert Xi_b1*-Width:InterpolationWidths 42 0.00030740857
insert Xi_b1*-Width:InterpolationWidths 43 0.00031192956
insert Xi_b1*-Width:InterpolationWidths 44 0.00031639449
insert Xi_b1*-Width:InterpolationWidths 45 0.00032080583
insert Xi_b1*-Width:InterpolationWidths 46 0.00032516587
insert Xi_b1*-Width:InterpolationWidths 47 0.00032947677
insert Xi_b1*-Width:InterpolationWidths 48 0.0003337405
insert Xi_b1*-Width:InterpolationWidths 49 0.00033795892
insert Xi_b1*-Width:InterpolationWidths 50 0.00034213378
insert Xi_b1*-Width:InterpolationWidths 51 0.00034626669
insert Xi_b1*-Width:InterpolationWidths 52 0.00035035921
insert Xi_b1*-Width:InterpolationWidths 53 0.00035441276
insert Xi_b1*-Width:InterpolationWidths 54 9.6596271e-06
insert Xi_b1*-Width:InterpolationWidths 55 1.3263051e-05
insert Xi_b1*-Width:InterpolationWidths 56 1.8511573e-05
insert Xi_b1*-Width:InterpolationWidths 57 2.5043521e-05
insert Xi_b1*-Width:InterpolationWidths 58 3.1883289e-05
insert Xi_b1*-Width:InterpolationWidths 59 3.8423483e-05
insert Xi_b1*-Width:InterpolationWidths 60 4.4508348e-05
insert Xi_b1*-Width:InterpolationWidths 61 5.01556e-05
insert Xi_b1*-Width:InterpolationWidths 62 5.5422261e-05
insert Xi_b1*-Width:InterpolationWidths 63 6.036548e-05
insert Xi_b1*-Width:InterpolationWidths 64 6.5033714e-05
insert Xi_b1*-Width:InterpolationWidths 65 6.9466401e-05
insert Xi_b1*-Width:InterpolationWidths 66 7.3695378e-05
insert Xi_b1*-Width:InterpolationWidths 67 7.774646e-05
insert Xi_b1*-Width:InterpolationWidths 68 8.164077e-05
insert Xi_b1*-Width:InterpolationWidths 69 8.5395773e-05
insert Xi_b1*-Width:InterpolationWidths 70 8.9026058e-05
insert Xi_b1*-Width:InterpolationWidths 71 9.2543933e-05
insert Xi_b1*-Width:InterpolationWidths 72 9.5959844e-05
insert Xi_b1*-Width:InterpolationWidths 73 9.9282865e-05
insert Xi_b1*-Width:InterpolationWidths 74 0.00010252076
insert Xi_b1*-Width:InterpolationWidths 75 0.00010568031
insert Xi_b1*-Width:InterpolationWidths 76 0.00010876749
insert Xi_b1*-Width:InterpolationWidths 77 0.00011178757
insert Xi_b1*-Width:InterpolationWidths 78 0.00011474522
insert Xi_b1*-Width:InterpolationWidths 79 0.00011764461
insert Xi_b1*-Width:InterpolationWidths 80 0.00012048948
insert Xi_b1*-Width:InterpolationWidths 81 0.0001232832
insert Xi_b1*-Width:InterpolationWidths 82 0.00012602882
insert Xi_b1*-Width:InterpolationWidths 83 0.00012872909
insert Xi_b1*-Width:InterpolationWidths 84 0.00013138654
insert Xi_b1*-Width:InterpolationWidths 85 0.00013400346
insert Xi_b1*-Width:InterpolationWidths 86 0.00013658195
insert Xi_b1*-Width:InterpolationWidths 87 0.00013912397
insert Xi_b1*-Width:InterpolationWidths 88 0.00014163128
insert Xi_b1*-Width:InterpolationWidths 89 0.00014410553
insert Xi_b1*-Width:InterpolationWidths 90 0.00014654826
insert Xi_b1*-Width:InterpolationWidths 91 0.00014896087
insert Xi_b1*-Width:InterpolationWidths 92 0.00015134468
insert Xi_b1*-Width:InterpolationWidths 93 0.00015370085
insert Xi_b1*-Width:InterpolationWidths 94 0.00015603065
insert Xi_b1*-Width:InterpolationWidths 95 0.00015833511
insert Xi_b1*-Width:InterpolationWidths 96 0.00016061521
insert Xi_b1*-Width:InterpolationWidths 97 0.00016286492
insert Xi_b1*-Width:InterpolationWidths 98 0.00016507394
insert Xi_b1*-Width:InterpolationWidths 99 0.00016725179
insert Xi_b1*-Width:InterpolationWidths 100 0.00016940191
insert Xi_b1*-Width:InterpolationWidths 101 0.00017152644
insert Xi_b1*-Width:InterpolationWidths 102 0.00017362699
insert Xi_b1*-Width:InterpolationWidths 103 0.00017570489
insert Xi_b1*-Width:InterpolationWidths 104 0.00017776126
insert Xi_b1*-Width:InterpolationWidths 105 0.00017979708
insert Xi_b1*-Width:InterpolationWidths 106 0.00018181324
insert Xi_b1*-Width:InterpolationWidths 107 0.00018381055
insert Xi_b1*-Width:NumberofEntries 0 54
insert Xi_b1*-Width:NumberofEntries 1 108
insert Xi_b1*-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_b1*-Width:ModeLocation 0 55
insert Xi_b1*-Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_b1*-Width:ModeLocation 1 54
newdef /Herwig/Particles/Xi_b1*-:Width_generator Xi_b1*-Width
newdef /Herwig/Particles/Xi_b1*bar+:Width_generator Xi_b1*-Width
#
create Herwig::BaryonWidthGenerator Xi_b1-Width
newdef Xi_b1-Width:Particle /Herwig/Particles/Xi_b1-
newdef Xi_b1-Width:Prefactor 1
newdef Xi_b1-Width:BRNormalize 1
newdef Xi_b1-Width:BRMinimum 0.01
newdef Xi_b1-Width:Points 50
newdef Xi_b1-Width:InterpolationOrder 1
insert Xi_b1-Width:MEtype 0 2
insert Xi_b1-Width:MEtype 1 2
insert Xi_b1-Width:MEcode 0 0
insert Xi_b1-Width:MEcode 1 0
insert Xi_b1-Width:MEcoupling 0 1.18808
insert Xi_b1-Width:MEcoupling 1 1.19469
insert Xi_b1-Width:ModeOn 0 1
insert Xi_b1-Width:ModeOn 1 1
insert Xi_b1-Width:MinimumMasses 0 6.03488
insert Xi_b1-Width:MinimumMasses 1 6.03703
insert Xi_b1-Width:MEmass1 0 5.8999
insert Xi_b1-Width:MEmass1 1 5.8976
insert Xi_b1-Width:MEmass2 0 0.134978
insert Xi_b1-Width:MEmass2 1 0.13957
insert Xi_b1-Width:DecayModes 0 Xi_b1-->Xi_b'-,pi0;
insert Xi_b1-Width:DecayModes 1 Xi_b1-->Xi_b'0,pi-;
insert Xi_b1-Width:InterpolationMasses 0 6.0986571
insert Xi_b1-Width:InterpolationMasses 1 6.0992286
insert Xi_b1-Width:InterpolationMasses 2 6.0998
insert Xi_b1-Width:InterpolationMasses 3 6.1003714
insert Xi_b1-Width:InterpolationMasses 4 6.1009429
insert Xi_b1-Width:InterpolationMasses 5 6.1015143
insert Xi_b1-Width:InterpolationMasses 6 6.1020857
insert Xi_b1-Width:InterpolationMasses 7 6.1026571
insert Xi_b1-Width:InterpolationMasses 8 6.1032286
insert Xi_b1-Width:InterpolationMasses 9 6.1038
insert Xi_b1-Width:InterpolationMasses 10 6.1043714
insert Xi_b1-Width:InterpolationMasses 11 6.1049429
insert Xi_b1-Width:InterpolationMasses 12 6.1055143
insert Xi_b1-Width:InterpolationMasses 13 6.1060857
insert Xi_b1-Width:InterpolationMasses 14 6.1066571
insert Xi_b1-Width:InterpolationMasses 15 6.1072286
insert Xi_b1-Width:InterpolationMasses 16 6.1078
insert Xi_b1-Width:InterpolationMasses 17 6.1083714
insert Xi_b1-Width:InterpolationMasses 18 6.1089429
insert Xi_b1-Width:InterpolationMasses 19 6.1095143
insert Xi_b1-Width:InterpolationMasses 20 6.1100857
insert Xi_b1-Width:InterpolationMasses 21 6.1106571
insert Xi_b1-Width:InterpolationMasses 22 6.1112286
insert Xi_b1-Width:InterpolationMasses 23 6.1118
insert Xi_b1-Width:InterpolationMasses 24 6.1123714
insert Xi_b1-Width:InterpolationMasses 25 6.1129429
insert Xi_b1-Width:InterpolationMasses 26 6.1135143
insert Xi_b1-Width:InterpolationMasses 27 6.1140857
insert Xi_b1-Width:InterpolationMasses 28 6.1146571
insert Xi_b1-Width:InterpolationMasses 29 6.1152286
insert Xi_b1-Width:InterpolationMasses 30 6.1158
insert Xi_b1-Width:InterpolationMasses 31 6.1163714
insert Xi_b1-Width:InterpolationMasses 32 6.1169429
insert Xi_b1-Width:InterpolationMasses 33 6.1175143
insert Xi_b1-Width:InterpolationMasses 34 6.1180857
insert Xi_b1-Width:InterpolationMasses 35 6.1186571
insert Xi_b1-Width:InterpolationMasses 36 6.1192286
insert Xi_b1-Width:InterpolationMasses 37 6.1198
insert Xi_b1-Width:InterpolationMasses 38 6.1203714
insert Xi_b1-Width:InterpolationMasses 39 6.1209429
insert Xi_b1-Width:InterpolationMasses 40 6.1215143
insert Xi_b1-Width:InterpolationMasses 41 6.1220857
insert Xi_b1-Width:InterpolationMasses 42 6.1226571
insert Xi_b1-Width:InterpolationMasses 43 6.1232286
insert Xi_b1-Width:InterpolationMasses 44 6.1238
insert Xi_b1-Width:InterpolationMasses 45 6.1243714
insert Xi_b1-Width:InterpolationMasses 46 6.1249429
insert Xi_b1-Width:InterpolationMasses 47 6.1255143
insert Xi_b1-Width:InterpolationMasses 48 6.1260857
insert Xi_b1-Width:InterpolationMasses 49 6.1266571
insert Xi_b1-Width:InterpolationMasses 50 6.1272286
insert Xi_b1-Width:InterpolationMasses 51 6.1278
insert Xi_b1-Width:InterpolationMasses 52 6.1283714
insert Xi_b1-Width:InterpolationMasses 53 6.1289429
insert Xi_b1-Width:InterpolationMasses 54 6.0986571
insert Xi_b1-Width:InterpolationMasses 55 6.0992286
insert Xi_b1-Width:InterpolationMasses 56 6.0998
insert Xi_b1-Width:InterpolationMasses 57 6.1003714
insert Xi_b1-Width:InterpolationMasses 58 6.1009429
insert Xi_b1-Width:InterpolationMasses 59 6.1015143
insert Xi_b1-Width:InterpolationMasses 60 6.1020857
insert Xi_b1-Width:InterpolationMasses 61 6.1026571
insert Xi_b1-Width:InterpolationMasses 62 6.1032286
insert Xi_b1-Width:InterpolationMasses 63 6.1038
insert Xi_b1-Width:InterpolationMasses 64 6.1043714
insert Xi_b1-Width:InterpolationMasses 65 6.1049429
insert Xi_b1-Width:InterpolationMasses 66 6.1055143
insert Xi_b1-Width:InterpolationMasses 67 6.1060857
insert Xi_b1-Width:InterpolationMasses 68 6.1066571
insert Xi_b1-Width:InterpolationMasses 69 6.1072286
insert Xi_b1-Width:InterpolationMasses 70 6.1078
insert Xi_b1-Width:InterpolationMasses 71 6.1083714
insert Xi_b1-Width:InterpolationMasses 72 6.1089429
insert Xi_b1-Width:InterpolationMasses 73 6.1095143
insert Xi_b1-Width:InterpolationMasses 74 6.1100857
insert Xi_b1-Width:InterpolationMasses 75 6.1106571
insert Xi_b1-Width:InterpolationMasses 76 6.1112286
insert Xi_b1-Width:InterpolationMasses 77 6.1118
insert Xi_b1-Width:InterpolationMasses 78 6.1123714
insert Xi_b1-Width:InterpolationMasses 79 6.1129429
insert Xi_b1-Width:InterpolationMasses 80 6.1135143
insert Xi_b1-Width:InterpolationMasses 81 6.1140857
insert Xi_b1-Width:InterpolationMasses 82 6.1146571
insert Xi_b1-Width:InterpolationMasses 83 6.1152286
insert Xi_b1-Width:InterpolationMasses 84 6.1158
insert Xi_b1-Width:InterpolationMasses 85 6.1163714
insert Xi_b1-Width:InterpolationMasses 86 6.1169429
insert Xi_b1-Width:InterpolationMasses 87 6.1175143
insert Xi_b1-Width:InterpolationMasses 88 6.1180857
insert Xi_b1-Width:InterpolationMasses 89 6.1186571
insert Xi_b1-Width:InterpolationMasses 90 6.1192286
insert Xi_b1-Width:InterpolationMasses 91 6.1198
insert Xi_b1-Width:InterpolationMasses 92 6.1203714
insert Xi_b1-Width:InterpolationMasses 93 6.1209429
insert Xi_b1-Width:InterpolationMasses 94 6.1215143
insert Xi_b1-Width:InterpolationMasses 95 6.1220857
insert Xi_b1-Width:InterpolationMasses 96 6.1226571
insert Xi_b1-Width:InterpolationMasses 97 6.1232286
insert Xi_b1-Width:InterpolationMasses 98 6.1238
insert Xi_b1-Width:InterpolationMasses 99 6.1243714
insert Xi_b1-Width:InterpolationMasses 100 6.1249429
insert Xi_b1-Width:InterpolationMasses 101 6.1255143
insert Xi_b1-Width:InterpolationMasses 102 6.1260857
insert Xi_b1-Width:InterpolationMasses 103 6.1266571
insert Xi_b1-Width:InterpolationMasses 104 6.1272286
insert Xi_b1-Width:InterpolationMasses 105 6.1278
insert Xi_b1-Width:InterpolationMasses 106 6.1283714
insert Xi_b1-Width:InterpolationMasses 107 6.1289429
insert Xi_b1-Width:InterpolationWidths 0 0.00034661839
insert Xi_b1-Width:InterpolationWidths 1 0.00034841747
insert Xi_b1-Width:InterpolationWidths 2 0.00035021158
insert Xi_b1-Width:InterpolationWidths 3 0.00035200078
insert Xi_b1-Width:InterpolationWidths 4 0.00035378515
insert Xi_b1-Width:InterpolationWidths 5 0.00035556476
insert Xi_b1-Width:InterpolationWidths 6 0.00035733967
insert Xi_b1-Width:InterpolationWidths 7 0.00035910996
insert Xi_b1-Width:InterpolationWidths 8 0.00036087568
insert Xi_b1-Width:InterpolationWidths 9 0.00036263689
insert Xi_b1-Width:InterpolationWidths 10 0.00036439367
insert Xi_b1-Width:InterpolationWidths 11 0.00036614606
insert Xi_b1-Width:InterpolationWidths 12 0.00036789414
insert Xi_b1-Width:InterpolationWidths 13 0.00036963795
insert Xi_b1-Width:InterpolationWidths 14 0.00037137756
insert Xi_b1-Width:InterpolationWidths 15 0.00037311301
insert Xi_b1-Width:InterpolationWidths 16 0.00037484437
insert Xi_b1-Width:InterpolationWidths 17 0.00037657169
insert Xi_b1-Width:InterpolationWidths 18 0.00037829501
insert Xi_b1-Width:InterpolationWidths 19 0.00038001439
insert Xi_b1-Width:InterpolationWidths 20 0.00038172988
insert Xi_b1-Width:InterpolationWidths 21 0.00038344153
insert Xi_b1-Width:InterpolationWidths 22 0.00038514939
insert Xi_b1-Width:InterpolationWidths 23 0.00038685349
insert Xi_b1-Width:InterpolationWidths 24 0.0003885539
insert Xi_b1-Width:InterpolationWidths 25 0.00039025065
insert Xi_b1-Width:InterpolationWidths 26 0.00039194378
insert Xi_b1-Width:InterpolationWidths 27 0.00039363335
insert Xi_b1-Width:InterpolationWidths 28 0.0003953194
insert Xi_b1-Width:InterpolationWidths 29 0.00039700195
insert Xi_b1-Width:InterpolationWidths 30 0.00039868107
insert Xi_b1-Width:InterpolationWidths 31 0.00040035678
insert Xi_b1-Width:InterpolationWidths 32 0.00040202913
insert Xi_b1-Width:InterpolationWidths 33 0.00040369815
insert Xi_b1-Width:InterpolationWidths 34 0.00040536388
insert Xi_b1-Width:InterpolationWidths 35 0.00040702636
insert Xi_b1-Width:InterpolationWidths 36 0.00040868563
insert Xi_b1-Width:InterpolationWidths 37 0.00041034173
insert Xi_b1-Width:InterpolationWidths 38 0.00041199468
insert Xi_b1-Width:InterpolationWidths 39 0.00041364452
insert Xi_b1-Width:InterpolationWidths 40 0.00041529129
insert Xi_b1-Width:InterpolationWidths 41 0.00041693501
insert Xi_b1-Width:InterpolationWidths 42 0.00041857573
insert Xi_b1-Width:InterpolationWidths 43 0.00042021348
insert Xi_b1-Width:InterpolationWidths 44 0.00042184828
insert Xi_b1-Width:InterpolationWidths 45 0.00042348016
insert Xi_b1-Width:InterpolationWidths 46 0.00042510917
insert Xi_b1-Width:InterpolationWidths 47 0.00042673532
insert Xi_b1-Width:InterpolationWidths 48 0.00042835865
insert Xi_b1-Width:InterpolationWidths 49 0.00042997919
insert Xi_b1-Width:InterpolationWidths 50 0.00043159696
insert Xi_b1-Width:InterpolationWidths 51 0.000433212
insert Xi_b1-Width:InterpolationWidths 52 0.00043482432
insert Xi_b1-Width:InterpolationWidths 53 0.00043643397
insert Xi_b1-Width:InterpolationWidths 54 0.00068725184
insert Xi_b1-Width:InterpolationWidths 55 0.00069092136
insert Xi_b1-Width:InterpolationWidths 56 0.00069458007
insert Xi_b1-Width:InterpolationWidths 57 0.00069822813
insert Xi_b1-Width:InterpolationWidths 58 0.00070186569
insert Xi_b1-Width:InterpolationWidths 59 0.00070549292
insert Xi_b1-Width:InterpolationWidths 60 0.00070910996
insert Xi_b1-Width:InterpolationWidths 61 0.00071271695
insert Xi_b1-Width:InterpolationWidths 62 0.00071631406
insert Xi_b1-Width:InterpolationWidths 63 0.00071990141
insert Xi_b1-Width:InterpolationWidths 64 0.00072347914
insert Xi_b1-Width:InterpolationWidths 65 0.00072704739
insert Xi_b1-Width:InterpolationWidths 66 0.0007306063
insert Xi_b1-Width:InterpolationWidths 67 0.00073415598
insert Xi_b1-Width:InterpolationWidths 68 0.00073769657
insert Xi_b1-Width:InterpolationWidths 69 0.00074122819
insert Xi_b1-Width:InterpolationWidths 70 0.00074475096
insert Xi_b1-Width:InterpolationWidths 71 0.00074826499
insert Xi_b1-Width:InterpolationWidths 72 0.00075177041
insert Xi_b1-Width:InterpolationWidths 73 0.00075526733
insert Xi_b1-Width:InterpolationWidths 74 0.00075875585
insert Xi_b1-Width:InterpolationWidths 75 0.00076223609
insert Xi_b1-Width:InterpolationWidths 76 0.00076570815
insert Xi_b1-Width:InterpolationWidths 77 0.00076917214
insert Xi_b1-Width:InterpolationWidths 78 0.00077262816
insert Xi_b1-Width:InterpolationWidths 79 0.0007760763
insert Xi_b1-Width:InterpolationWidths 80 0.00077951668
insert Xi_b1-Width:InterpolationWidths 81 0.00078294937
insert Xi_b1-Width:InterpolationWidths 82 0.00078637448
insert Xi_b1-Width:InterpolationWidths 83 0.0007897921
insert Xi_b1-Width:InterpolationWidths 84 0.00079320231
insert Xi_b1-Width:InterpolationWidths 85 0.00079660522
insert Xi_b1-Width:InterpolationWidths 86 0.00080000089
insert Xi_b1-Width:InterpolationWidths 87 0.00080338943
insert Xi_b1-Width:InterpolationWidths 88 0.00080677091
insert Xi_b1-Width:InterpolationWidths 89 0.00081014542
insert Xi_b1-Width:InterpolationWidths 90 0.00081351303
insert Xi_b1-Width:InterpolationWidths 91 0.00081687383
insert Xi_b1-Width:InterpolationWidths 92 0.00082022789
insert Xi_b1-Width:InterpolationWidths 93 0.00082357529
insert Xi_b1-Width:InterpolationWidths 94 0.0008269161
insert Xi_b1-Width:InterpolationWidths 95 0.0008302504
insert Xi_b1-Width:InterpolationWidths 96 0.00083357826
insert Xi_b1-Width:InterpolationWidths 97 0.00083689975
insert Xi_b1-Width:InterpolationWidths 98 0.00084021493
insert Xi_b1-Width:InterpolationWidths 99 0.00084352389
insert Xi_b1-Width:InterpolationWidths 100 0.00084682668
insert Xi_b1-Width:InterpolationWidths 101 0.00085012337
insert Xi_b1-Width:InterpolationWidths 102 0.00085341403
insert Xi_b1-Width:InterpolationWidths 103 0.00085669872
insert Xi_b1-Width:InterpolationWidths 104 0.00085997749
insert Xi_b1-Width:InterpolationWidths 105 0.00086325043
insert Xi_b1-Width:InterpolationWidths 106 0.00086651757
insert Xi_b1-Width:InterpolationWidths 107 0.00086977899
insert Xi_b1-Width:NumberofEntries 0 54
insert Xi_b1-Width:NumberofEntries 1 108
insert Xi_b1-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_b1-Width:ModeLocation 0 58
insert Xi_b1-Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_b1-Width:ModeLocation 1 59
newdef /Herwig/Particles/Xi_b1-:Width_generator Xi_b1-Width
newdef /Herwig/Particles/Xi_b1bar+:Width_generator Xi_b1-Width
#
create Herwig::BaryonWidthGenerator Xi_b10Width
newdef Xi_b10Width:Particle /Herwig/Particles/Xi_b10
newdef Xi_b10Width:Prefactor 1
newdef Xi_b10Width:BRNormalize 1
newdef Xi_b10Width:BRMinimum 0.01
newdef Xi_b10Width:Points 50
newdef Xi_b10Width:InterpolationOrder 1
insert Xi_b10Width:MEtype 0 2
insert Xi_b10Width:MEtype 1 2
insert Xi_b10Width:MEcode 0 0
insert Xi_b10Width:MEcode 1 0
insert Xi_b10Width:MEcoupling 0 1.24294
insert Xi_b10Width:MEcoupling 1 1.1917
insert Xi_b10Width:ModeOn 0 1
insert Xi_b10Width:ModeOn 1 1
insert Xi_b10Width:MinimumMasses 0 6.03947
insert Xi_b10Width:MinimumMasses 1 6.03244
insert Xi_b10Width:MEmass1 0 5.8999
insert Xi_b10Width:MEmass1 1 5.8976
insert Xi_b10Width:MEmass2 0 0.13957
insert Xi_b10Width:MEmass2 1 0.134978
insert Xi_b10Width:DecayModes 0 Xi_b10->Xi_b'-,pi+;
insert Xi_b10Width:DecayModes 1 Xi_b10->Xi_b'0,pi0;
insert Xi_b10Width:InterpolationMasses 0 6.0959571
insert Xi_b10Width:InterpolationMasses 1 6.0965286
insert Xi_b10Width:InterpolationMasses 2 6.0971
insert Xi_b10Width:InterpolationMasses 3 6.0976714
insert Xi_b10Width:InterpolationMasses 4 6.0982429
insert Xi_b10Width:InterpolationMasses 5 6.0988143
insert Xi_b10Width:InterpolationMasses 6 6.0993857
insert Xi_b10Width:InterpolationMasses 7 6.0999571
insert Xi_b10Width:InterpolationMasses 8 6.1005286
insert Xi_b10Width:InterpolationMasses 9 6.1011
insert Xi_b10Width:InterpolationMasses 10 6.1016714
insert Xi_b10Width:InterpolationMasses 11 6.1022429
insert Xi_b10Width:InterpolationMasses 12 6.1028143
insert Xi_b10Width:InterpolationMasses 13 6.1033857
insert Xi_b10Width:InterpolationMasses 14 6.1039571
insert Xi_b10Width:InterpolationMasses 15 6.1045286
insert Xi_b10Width:InterpolationMasses 16 6.1051
insert Xi_b10Width:InterpolationMasses 17 6.1056714
insert Xi_b10Width:InterpolationMasses 18 6.1062429
insert Xi_b10Width:InterpolationMasses 19 6.1068143
insert Xi_b10Width:InterpolationMasses 20 6.1073857
insert Xi_b10Width:InterpolationMasses 21 6.1079571
insert Xi_b10Width:InterpolationMasses 22 6.1085286
insert Xi_b10Width:InterpolationMasses 23 6.1091
insert Xi_b10Width:InterpolationMasses 24 6.1096714
insert Xi_b10Width:InterpolationMasses 25 6.1102429
insert Xi_b10Width:InterpolationMasses 26 6.1108143
insert Xi_b10Width:InterpolationMasses 27 6.1113857
insert Xi_b10Width:InterpolationMasses 28 6.1119571
insert Xi_b10Width:InterpolationMasses 29 6.1125286
insert Xi_b10Width:InterpolationMasses 30 6.1131
insert Xi_b10Width:InterpolationMasses 31 6.1136714
insert Xi_b10Width:InterpolationMasses 32 6.1142429
insert Xi_b10Width:InterpolationMasses 33 6.1148143
insert Xi_b10Width:InterpolationMasses 34 6.1153857
insert Xi_b10Width:InterpolationMasses 35 6.1159571
insert Xi_b10Width:InterpolationMasses 36 6.1165286
insert Xi_b10Width:InterpolationMasses 37 6.1171
insert Xi_b10Width:InterpolationMasses 38 6.1176714
insert Xi_b10Width:InterpolationMasses 39 6.1182429
insert Xi_b10Width:InterpolationMasses 40 6.1188143
insert Xi_b10Width:InterpolationMasses 41 6.1193857
insert Xi_b10Width:InterpolationMasses 42 6.1199571
insert Xi_b10Width:InterpolationMasses 43 6.1205286
insert Xi_b10Width:InterpolationMasses 44 6.1211
insert Xi_b10Width:InterpolationMasses 45 6.1216714
insert Xi_b10Width:InterpolationMasses 46 6.1222429
insert Xi_b10Width:InterpolationMasses 47 6.1228143
insert Xi_b10Width:InterpolationMasses 48 6.1233857
insert Xi_b10Width:InterpolationMasses 49 6.1239571
insert Xi_b10Width:InterpolationMasses 50 6.1245286
insert Xi_b10Width:InterpolationMasses 51 6.1251
insert Xi_b10Width:InterpolationMasses 52 6.1256714
insert Xi_b10Width:InterpolationMasses 53 6.1262429
insert Xi_b10Width:InterpolationMasses 54 6.0959571
insert Xi_b10Width:InterpolationMasses 55 6.0965286
insert Xi_b10Width:InterpolationMasses 56 6.0971
insert Xi_b10Width:InterpolationMasses 57 6.0976714
insert Xi_b10Width:InterpolationMasses 58 6.0982429
insert Xi_b10Width:InterpolationMasses 59 6.0988143
insert Xi_b10Width:InterpolationMasses 60 6.0993857
insert Xi_b10Width:InterpolationMasses 61 6.0999571
insert Xi_b10Width:InterpolationMasses 62 6.1005286
insert Xi_b10Width:InterpolationMasses 63 6.1011
insert Xi_b10Width:InterpolationMasses 64 6.1016714
insert Xi_b10Width:InterpolationMasses 65 6.1022429
insert Xi_b10Width:InterpolationMasses 66 6.1028143
insert Xi_b10Width:InterpolationMasses 67 6.1033857
insert Xi_b10Width:InterpolationMasses 68 6.1039571
insert Xi_b10Width:InterpolationMasses 69 6.1045286
insert Xi_b10Width:InterpolationMasses 70 6.1051
insert Xi_b10Width:InterpolationMasses 71 6.1056714
insert Xi_b10Width:InterpolationMasses 72 6.1062429
insert Xi_b10Width:InterpolationMasses 73 6.1068143
insert Xi_b10Width:InterpolationMasses 74 6.1073857
insert Xi_b10Width:InterpolationMasses 75 6.1079571
insert Xi_b10Width:InterpolationMasses 76 6.1085286
insert Xi_b10Width:InterpolationMasses 77 6.1091
insert Xi_b10Width:InterpolationMasses 78 6.1096714
insert Xi_b10Width:InterpolationMasses 79 6.1102429
insert Xi_b10Width:InterpolationMasses 80 6.1108143
insert Xi_b10Width:InterpolationMasses 81 6.1113857
insert Xi_b10Width:InterpolationMasses 82 6.1119571
insert Xi_b10Width:InterpolationMasses 83 6.1125286
insert Xi_b10Width:InterpolationMasses 84 6.1131
insert Xi_b10Width:InterpolationMasses 85 6.1136714
insert Xi_b10Width:InterpolationMasses 86 6.1142429
insert Xi_b10Width:InterpolationMasses 87 6.1148143
insert Xi_b10Width:InterpolationMasses 88 6.1153857
insert Xi_b10Width:InterpolationMasses 89 6.1159571
insert Xi_b10Width:InterpolationMasses 90 6.1165286
insert Xi_b10Width:InterpolationMasses 91 6.1171
insert Xi_b10Width:InterpolationMasses 92 6.1176714
insert Xi_b10Width:InterpolationMasses 93 6.1182429
insert Xi_b10Width:InterpolationMasses 94 6.1188143
insert Xi_b10Width:InterpolationMasses 95 6.1193857
insert Xi_b10Width:InterpolationMasses 96 6.1199571
insert Xi_b10Width:InterpolationMasses 97 6.1205286
insert Xi_b10Width:InterpolationMasses 98 6.1211
insert Xi_b10Width:InterpolationMasses 99 6.1216714
insert Xi_b10Width:InterpolationMasses 100 6.1222429
insert Xi_b10Width:InterpolationMasses 101 6.1228143
insert Xi_b10Width:InterpolationMasses 102 6.1233857
insert Xi_b10Width:InterpolationMasses 103 6.1239571
insert Xi_b10Width:InterpolationMasses 104 6.1245286
insert Xi_b10Width:InterpolationMasses 105 6.1251
insert Xi_b10Width:InterpolationMasses 106 6.1256714
insert Xi_b10Width:InterpolationMasses 107 6.1262429
insert Xi_b10Width:InterpolationWidths 0 0.00065466772
insert Xi_b10Width:InterpolationWidths 1 0.00065843956
insert Xi_b10Width:InterpolationWidths 2 0.00066219898
insert Xi_b10Width:InterpolationWidths 3 0.00066594618
insert Xi_b10Width:InterpolationWidths 4 0.00066968135
insert Xi_b10Width:InterpolationWidths 5 0.00067340469
insert Xi_b10Width:InterpolationWidths 6 0.00067711639
insert Xi_b10Width:InterpolationWidths 7 0.00068081663
insert Xi_b10Width:InterpolationWidths 8 0.00068450559
insert Xi_b10Width:InterpolationWidths 9 0.00068818344
insert Xi_b10Width:InterpolationWidths 10 0.00069185035
insert Xi_b10Width:InterpolationWidths 11 0.00069550648
insert Xi_b10Width:InterpolationWidths 12 0.00069915201
insert Xi_b10Width:InterpolationWidths 13 0.00070278708
insert Xi_b10Width:InterpolationWidths 14 0.00070641185
insert Xi_b10Width:InterpolationWidths 15 0.00071002647
insert Xi_b10Width:InterpolationWidths 16 0.00071363108
insert Xi_b10Width:InterpolationWidths 17 0.00071722584
insert Xi_b10Width:InterpolationWidths 18 0.00072081088
insert Xi_b10Width:InterpolationWidths 19 0.00072438634
insert Xi_b10Width:InterpolationWidths 20 0.00072795235
insert Xi_b10Width:InterpolationWidths 21 0.00073150904
insert Xi_b10Width:InterpolationWidths 22 0.00073505655
insert Xi_b10Width:InterpolationWidths 23 0.00073859499
insert Xi_b10Width:InterpolationWidths 24 0.00074212449
insert Xi_b10Width:InterpolationWidths 25 0.00074564517
insert Xi_b10Width:InterpolationWidths 26 0.00074915715
insert Xi_b10Width:InterpolationWidths 27 0.00075266054
insert Xi_b10Width:InterpolationWidths 28 0.00075615546
insert Xi_b10Width:InterpolationWidths 29 0.00075964201
insert Xi_b10Width:InterpolationWidths 30 0.0007631203
insert Xi_b10Width:InterpolationWidths 31 0.00076659044
insert Xi_b10Width:InterpolationWidths 32 0.00077005254
insert Xi_b10Width:InterpolationWidths 33 0.00077350669
insert Xi_b10Width:InterpolationWidths 34 0.00077695299
insert Xi_b10Width:InterpolationWidths 35 0.00078039154
insert Xi_b10Width:InterpolationWidths 36 0.00078382244
insert Xi_b10Width:InterpolationWidths 37 0.00078724577
insert Xi_b10Width:InterpolationWidths 38 0.00079066164
insert Xi_b10Width:InterpolationWidths 39 0.00079407013
insert Xi_b10Width:InterpolationWidths 40 0.00079747133
insert Xi_b10Width:InterpolationWidths 41 0.00080086533
insert Xi_b10Width:InterpolationWidths 42 0.0008042522
insert Xi_b10Width:InterpolationWidths 43 0.00080763204
insert Xi_b10Width:InterpolationWidths 44 0.00081100493
insert Xi_b10Width:InterpolationWidths 45 0.00081437094
insert Xi_b10Width:InterpolationWidths 46 0.00081773016
insert Xi_b10Width:InterpolationWidths 47 0.00082108266
insert Xi_b10Width:InterpolationWidths 48 0.00082442851
insert Xi_b10Width:InterpolationWidths 49 0.0008277678
insert Xi_b10Width:InterpolationWidths 50 0.0008311006
insert Xi_b10Width:InterpolationWidths 51 0.00083442697
insert Xi_b10Width:InterpolationWidths 52 0.00083774699
insert Xi_b10Width:InterpolationWidths 53 0.00084106073
insert Xi_b10Width:InterpolationWidths 54 0.0003453495
insert Xi_b10Width:InterpolationWidths 55 0.00034715206
insert Xi_b10Width:InterpolationWidths 56 0.00034894959
insert Xi_b10Width:InterpolationWidths 57 0.00035074217
insert Xi_b10Width:InterpolationWidths 58 0.00035252986
insert Xi_b10Width:InterpolationWidths 59 0.00035431275
insert Xi_b10Width:InterpolationWidths 60 0.00035609089
insert Xi_b10Width:InterpolationWidths 61 0.00035786435
insert Xi_b10Width:InterpolationWidths 62 0.00035963321
insert Xi_b10Width:InterpolationWidths 63 0.00036139752
insert Xi_b10Width:InterpolationWidths 64 0.00036315734
insert Xi_b10Width:InterpolationWidths 65 0.00036491275
insert Xi_b10Width:InterpolationWidths 66 0.00036666379
insert Xi_b10Width:InterpolationWidths 67 0.00036841053
insert Xi_b10Width:InterpolationWidths 68 0.00037015302
insert Xi_b10Width:InterpolationWidths 69 0.00037189132
insert Xi_b10Width:InterpolationWidths 70 0.00037362549
insert Xi_b10Width:InterpolationWidths 71 0.00037535557
insert Xi_b10Width:InterpolationWidths 72 0.00037708163
insert Xi_b10Width:InterpolationWidths 73 0.00037880371
insert Xi_b10Width:InterpolationWidths 74 0.00038052187
insert Xi_b10Width:InterpolationWidths 75 0.00038223615
insert Xi_b10Width:InterpolationWidths 76 0.0003839466
insert Xi_b10Width:InterpolationWidths 77 0.00038565327
insert Xi_b10Width:InterpolationWidths 78 0.00038735621
insert Xi_b10Width:InterpolationWidths 79 0.00038905546
insert Xi_b10Width:InterpolationWidths 80 0.00039075107
insert Xi_b10Width:InterpolationWidths 81 0.00039244308
insert Xi_b10Width:InterpolationWidths 82 0.00039413153
insert Xi_b10Width:InterpolationWidths 83 0.00039581647
insert Xi_b10Width:InterpolationWidths 84 0.00039749794
insert Xi_b10Width:InterpolationWidths 85 0.00039917597
insert Xi_b10Width:InterpolationWidths 86 0.00040085061
insert Xi_b10Width:InterpolationWidths 87 0.00040252191
insert Xi_b10Width:InterpolationWidths 88 0.00040418988
insert Xi_b10Width:InterpolationWidths 89 0.00040585458
insert Xi_b10Width:InterpolationWidths 90 0.00040751604
insert Xi_b10Width:InterpolationWidths 91 0.0004091743
insert Xi_b10Width:InterpolationWidths 92 0.00041082939
insert Xi_b10Width:InterpolationWidths 93 0.00041248135
insert Xi_b10Width:InterpolationWidths 94 0.00041413021
insert Xi_b10Width:InterpolationWidths 95 0.00041577601
insert Xi_b10Width:InterpolationWidths 96 0.00041741878
insert Xi_b10Width:InterpolationWidths 97 0.00041905854
insert Xi_b10Width:InterpolationWidths 98 0.00042069535
insert Xi_b10Width:InterpolationWidths 99 0.00042232921
insert Xi_b10Width:InterpolationWidths 100 0.00042396018
insert Xi_b10Width:InterpolationWidths 101 0.00042558827
insert Xi_b10Width:InterpolationWidths 102 0.00042721352
insert Xi_b10Width:InterpolationWidths 103 0.00042883595
insert Xi_b10Width:InterpolationWidths 104 0.0004304556
insert Xi_b10Width:InterpolationWidths 105 0.00043207249
insert Xi_b10Width:InterpolationWidths 106 0.00043368665
insert Xi_b10Width:InterpolationWidths 107 0.00043529811
insert Xi_b10Width:NumberofEntries 0 54
insert Xi_b10Width:NumberofEntries 1 108
insert Xi_b10Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_b10Width:ModeLocation 0 57
insert Xi_b10Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_b10Width:ModeLocation 1 56
newdef /Herwig/Particles/Xi_b1bar0:Width_generator Xi_b10Width
newdef /Herwig/Particles/Xi_b10:Width_generator Xi_b10Width
#
create Herwig::BaryonWidthGenerator Xi(1950)-Width
newdef Xi(1950)-Width:Particle /Herwig/Particles/Xi(1950)-
newdef Xi(1950)-Width:Prefactor 1
newdef Xi(1950)-Width:BRNormalize 1
newdef Xi(1950)-Width:BRMinimum 0.01
newdef Xi(1950)-Width:Points 50
newdef Xi(1950)-Width:InterpolationOrder 1
insert Xi(1950)-Width:MEtype 0 1
insert Xi(1950)-Width:MEtype 1 1
insert Xi(1950)-Width:MEtype 2 1
insert Xi(1950)-Width:MEcode 0 101
insert Xi(1950)-Width:MEcode 1 101
insert Xi(1950)-Width:MEcode 2 101
insert Xi(1950)-Width:MEcoupling 0 0.260073
insert Xi(1950)-Width:MEcoupling 1 0.182916
insert Xi(1950)-Width:MEcoupling 2 0.180816
insert Xi(1950)-Width:ModeOn 0 1
insert Xi(1950)-Width:ModeOn 1 1
insert Xi(1950)-Width:ModeOn 2 1
insert Xi(1950)-Width:MinimumMasses 0 1.60936
insert Xi(1950)-Width:MinimumMasses 1 1.45629
insert Xi(1950)-Width:MinimumMasses 2 1.4544
insert Xi(1950)-Width:MEmass1 0 1.11568
insert Xi(1950)-Width:MEmass1 1 1.32131
insert Xi(1950)-Width:MEmass1 2 1.31483
insert Xi(1950)-Width:MEmass2 0 0.493677
insert Xi(1950)-Width:MEmass2 1 0.134978
insert Xi(1950)-Width:MEmass2 2 0.13957
insert Xi(1950)-Width:DecayModes 0 Xi(1950)-->Lambda0,K-;
insert Xi(1950)-Width:DecayModes 1 Xi(1950)-->Xi-,pi0;
insert Xi(1950)-Width:DecayModes 2 Xi(1950)-->Xi0,pi-;
insert Xi(1950)-Width:NumberofEntries 0 0
insert Xi(1950)-Width:NumberofEntries 1 0
insert Xi(1950)-Width:NumberofEntries 2 0
insert Xi(1950)-Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Xi(1950)-Width:ModeLocation 0 44
insert Xi(1950)-Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Xi(1950)-Width:ModeLocation 1 43
insert Xi(1950)-Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Xi(1950)-Width:ModeLocation 2 42
newdef /Herwig/Particles/Xi(1950)-:Width_generator Xi(1950)-Width
newdef /Herwig/Particles/Xibar(1950)+:Width_generator Xi(1950)-Width
#
create Herwig::BaryonWidthGenerator Lambda(1670)0Width
newdef Lambda(1670)0Width:Particle /Herwig/Particles/Lambda(1670)0
newdef Lambda(1670)0Width:Prefactor 1.00007
newdef Lambda(1670)0Width:BRNormalize 1
newdef Lambda(1670)0Width:BRMinimum 0.01
newdef Lambda(1670)0Width:Points 50
newdef Lambda(1670)0Width:InterpolationOrder 1
insert Lambda(1670)0Width:MEtype 0 2
insert Lambda(1670)0Width:MEtype 1 1
insert Lambda(1670)0Width:MEtype 2 1
insert Lambda(1670)0Width:MEtype 3 1
insert Lambda(1670)0Width:MEtype 4 1
insert Lambda(1670)0Width:MEtype 5 1
insert Lambda(1670)0Width:MEcode 0 0
insert Lambda(1670)0Width:MEcode 1 101
insert Lambda(1670)0Width:MEcode 2 101
insert Lambda(1670)0Width:MEcode 3 101
insert Lambda(1670)0Width:MEcode 4 101
insert Lambda(1670)0Width:MEcode 5 101
insert Lambda(1670)0Width:MEcoupling 0 0.555461
insert Lambda(1670)0Width:MEcoupling 1 0.30048
insert Lambda(1670)0Width:MEcoupling 2 0.293947
insert Lambda(1670)0Width:MEcoupling 3 0.296077
insert Lambda(1670)0Width:MEcoupling 4 0.479879
insert Lambda(1670)0Width:MEcoupling 5 0.476773
insert Lambda(1670)0Width:ModeOn 0 1
insert Lambda(1670)0Width:ModeOn 1 1
insert Lambda(1670)0Width:ModeOn 2 1
insert Lambda(1670)0Width:ModeOn 3 1
insert Lambda(1670)0Width:ModeOn 4 1
insert Lambda(1670)0Width:ModeOn 5 1
insert Lambda(1670)0Width:MinimumMasses 0 1.66318
insert Lambda(1670)0Width:MinimumMasses 1 1.33702
insert Lambda(1670)0Width:MinimumMasses 2 1.32894
insert Lambda(1670)0Width:MinimumMasses 3 1.32762
insert Lambda(1670)0Width:MinimumMasses 4 1.43721
insert Lambda(1670)0Width:MinimumMasses 5 1.43195
insert Lambda(1670)0Width:MEmass1 0 1.11568
insert Lambda(1670)0Width:MEmass1 1 1.19745
insert Lambda(1670)0Width:MEmass1 2 1.18937
insert Lambda(1670)0Width:MEmass1 3 1.19264
insert Lambda(1670)0Width:MEmass1 4 0.939565
insert Lambda(1670)0Width:MEmass1 5 0.938272
insert Lambda(1670)0Width:MEmass2 0 0.54751
insert Lambda(1670)0Width:MEmass2 1 0.13957
insert Lambda(1670)0Width:MEmass2 2 0.13957
insert Lambda(1670)0Width:MEmass2 3 0.134978
insert Lambda(1670)0Width:MEmass2 4 0.497648
insert Lambda(1670)0Width:MEmass2 5 0.493677
insert Lambda(1670)0Width:DecayModes 0 Lambda(1670)0->Lambda0,eta;
insert Lambda(1670)0Width:DecayModes 1 Lambda(1670)0->Sigma-,pi+;
insert Lambda(1670)0Width:DecayModes 2 Lambda(1670)0->Sigma+,pi-;
insert Lambda(1670)0Width:DecayModes 3 Lambda(1670)0->Sigma0,pi0;
insert Lambda(1670)0Width:DecayModes 4 Lambda(1670)0->n0,Kbar0;
insert Lambda(1670)0Width:DecayModes 5 Lambda(1670)0->p+,K-;
insert Lambda(1670)0Width:InterpolationMasses 0 1.6486159
insert Lambda(1670)0Width:InterpolationMasses 1 1.655898
insert Lambda(1670)0Width:InterpolationMasses 2 1.66318
insert Lambda(1670)0Width:InterpolationMasses 3 1.6639068
insert Lambda(1670)0Width:InterpolationMasses 4 1.6646339
insert Lambda(1670)0Width:InterpolationMasses 5 1.6653613
insert Lambda(1670)0Width:InterpolationMasses 6 1.666089
insert Lambda(1670)0Width:InterpolationMasses 7 1.666817
insert Lambda(1670)0Width:InterpolationMasses 8 1.6675454
insert Lambda(1670)0Width:InterpolationMasses 9 1.6682741
insert Lambda(1670)0Width:InterpolationMasses 10 1.6690031
insert Lambda(1670)0Width:InterpolationMasses 11 1.6697324
insert Lambda(1670)0Width:InterpolationMasses 12 1.670462
insert Lambda(1670)0Width:InterpolationMasses 13 1.6777441
insert Lambda(1670)0Width:InterpolationMasses 14 1.6850261
insert Lambda(1670)0Width:InterpolationMasses 15 1.6923082
insert Lambda(1670)0Width:InterpolationMasses 16 1.6995902
insert Lambda(1670)0Width:InterpolationMasses 17 1.7068722
insert Lambda(1670)0Width:InterpolationMasses 18 1.7141543
insert Lambda(1670)0Width:InterpolationMasses 19 1.7214363
insert Lambda(1670)0Width:InterpolationMasses 20 1.7287184
insert Lambda(1670)0Width:InterpolationMasses 21 1.7360004
insert Lambda(1670)0Width:InterpolationMasses 22 1.7432824
insert Lambda(1670)0Width:InterpolationMasses 23 1.7505645
insert Lambda(1670)0Width:InterpolationMasses 24 1.7578465
insert Lambda(1670)0Width:InterpolationMasses 25 1.7651286
insert Lambda(1670)0Width:InterpolationMasses 26 1.7724106
insert Lambda(1670)0Width:InterpolationMasses 27 1.7796927
insert Lambda(1670)0Width:InterpolationMasses 28 1.7869747
insert Lambda(1670)0Width:InterpolationMasses 29 1.7942567
insert Lambda(1670)0Width:InterpolationMasses 30 1.8015388
insert Lambda(1670)0Width:InterpolationMasses 31 1.8088208
insert Lambda(1670)0Width:InterpolationMasses 32 1.8161029
insert Lambda(1670)0Width:InterpolationMasses 33 1.8233849
insert Lambda(1670)0Width:InterpolationMasses 34 1.8306669
insert Lambda(1670)0Width:InterpolationMasses 35 1.837949
insert Lambda(1670)0Width:InterpolationMasses 36 1.845231
insert Lambda(1670)0Width:InterpolationMasses 37 1.8525131
insert Lambda(1670)0Width:InterpolationMasses 38 1.8597951
insert Lambda(1670)0Width:InterpolationMasses 39 1.8670771
insert Lambda(1670)0Width:InterpolationMasses 40 1.8743592
insert Lambda(1670)0Width:InterpolationMasses 41 1.8816412
insert Lambda(1670)0Width:InterpolationMasses 42 1.8889233
insert Lambda(1670)0Width:InterpolationMasses 43 1.8962053
insert Lambda(1670)0Width:InterpolationMasses 44 1.9034873
insert Lambda(1670)0Width:InterpolationMasses 45 1.9107694
insert Lambda(1670)0Width:InterpolationMasses 46 1.9180514
insert Lambda(1670)0Width:InterpolationMasses 47 1.9253335
insert Lambda(1670)0Width:InterpolationMasses 48 1.9326155
insert Lambda(1670)0Width:InterpolationMasses 49 1.9398976
insert Lambda(1670)0Width:InterpolationMasses 50 1.9471796
insert Lambda(1670)0Width:InterpolationMasses 51 1.9544616
insert Lambda(1670)0Width:InterpolationMasses 52 1.9617437
insert Lambda(1670)0Width:InterpolationMasses 53 1.9690257
insert Lambda(1670)0Width:InterpolationMasses 54 1.9763078
insert Lambda(1670)0Width:InterpolationMasses 55 1.9835898
insert Lambda(1670)0Width:InterpolationMasses 56 1.9908718
insert Lambda(1670)0Width:InterpolationMasses 57 1.9981539
insert Lambda(1670)0Width:InterpolationMasses 58 2.0054359
insert Lambda(1670)0Width:InterpolationMasses 59 2.012718
insert Lambda(1670)0Width:InterpolationMasses 60 2.02
insert Lambda(1670)0Width:InterpolationMasses 61 2.027282
insert Lambda(1670)0Width:InterpolationMasses 62 2.0345641
insert Lambda(1670)0Width:InterpolationWidths 0 0
insert Lambda(1670)0Width:InterpolationWidths 1 0
insert Lambda(1670)0Width:InterpolationWidths 2 0
insert Lambda(1670)0Width:InterpolationWidths 3 0.0049962877
insert Lambda(1670)0Width:InterpolationWidths 4 0.0071163908
insert Lambda(1670)0Width:InterpolationWidths 5 0.0087515479
insert Lambda(1670)0Width:InterpolationWidths 6 0.010139248
insert Lambda(1670)0Width:InterpolationWidths 7 0.011370533
insert Lambda(1670)0Width:InterpolationWidths 8 0.012491811
insert Lambda(1670)0Width:InterpolationWidths 9 0.013530524
insert Lambda(1670)0Width:InterpolationWidths 10 0.014504482
insert Lambda(1670)0Width:InterpolationWidths 11 0.015426011
insert Lambda(1670)0Width:InterpolationWidths 12 0.016304059
insert Lambda(1670)0Width:InterpolationWidths 13 0.023639123
insert Lambda(1670)0Width:InterpolationWidths 14 0.029663857
insert Lambda(1670)0Width:InterpolationWidths 15 0.035081519
insert Lambda(1670)0Width:InterpolationWidths 16 0.040157671
insert Lambda(1670)0Width:InterpolationWidths 17 0.045025428
insert Lambda(1670)0Width:InterpolationWidths 18 0.0497622
insert Lambda(1670)0Width:InterpolationWidths 19 0.054417433
insert Lambda(1670)0Width:InterpolationWidths 20 0.059024836
insert Lambda(1670)0Width:InterpolationWidths 21 0.063608535
insert Lambda(1670)0Width:InterpolationWidths 22 0.06818645
insert Lambda(1670)0Width:InterpolationWidths 23 0.072772305
insert Lambda(1670)0Width:InterpolationWidths 24 0.077376867
insert Lambda(1670)0Width:InterpolationWidths 25 0.082008764
insert Lambda(1670)0Width:InterpolationWidths 26 0.086675035
insert Lambda(1670)0Width:InterpolationWidths 27 0.091381508
insert Lambda(1670)0Width:InterpolationWidths 28 0.096133079
insert Lambda(1670)0Width:InterpolationWidths 29 0.10093391
insert Lambda(1670)0Width:InterpolationWidths 30 0.10578757
insert Lambda(1670)0Width:InterpolationWidths 31 0.11069716
insert Lambda(1670)0Width:InterpolationWidths 32 0.11566539
insert Lambda(1670)0Width:InterpolationWidths 33 0.12069468
insert Lambda(1670)0Width:InterpolationWidths 34 0.12578713
insert Lambda(1670)0Width:InterpolationWidths 35 0.13094467
insert Lambda(1670)0Width:InterpolationWidths 36 0.13616902
insert Lambda(1670)0Width:InterpolationWidths 37 0.14146173
insert Lambda(1670)0Width:InterpolationWidths 38 0.14682423
insert Lambda(1670)0Width:InterpolationWidths 39 0.15225783
insert Lambda(1670)0Width:InterpolationWidths 40 0.15776372
insert Lambda(1670)0Width:InterpolationWidths 41 0.16334304
insert Lambda(1670)0Width:InterpolationWidths 42 0.1689968
insert Lambda(1670)0Width:InterpolationWidths 43 0.17472599
insert Lambda(1670)0Width:InterpolationWidths 44 0.18053151
insert Lambda(1670)0Width:InterpolationWidths 45 0.18641421
insert Lambda(1670)0Width:InterpolationWidths 46 0.19237491
insert Lambda(1670)0Width:InterpolationWidths 47 0.19841437
insert Lambda(1670)0Width:InterpolationWidths 48 0.20453332
insert Lambda(1670)0Width:InterpolationWidths 49 0.21073245
insert Lambda(1670)0Width:InterpolationWidths 50 0.21701242
insert Lambda(1670)0Width:InterpolationWidths 51 0.22337388
insert Lambda(1670)0Width:InterpolationWidths 52 0.22981743
insert Lambda(1670)0Width:InterpolationWidths 53 0.23634367
insert Lambda(1670)0Width:InterpolationWidths 54 0.24295316
insert Lambda(1670)0Width:InterpolationWidths 55 0.24964644
insert Lambda(1670)0Width:InterpolationWidths 56 0.25642406
insert Lambda(1670)0Width:InterpolationWidths 57 0.26328654
insert Lambda(1670)0Width:InterpolationWidths 58 0.27023437
insert Lambda(1670)0Width:InterpolationWidths 59 0.27726804
insert Lambda(1670)0Width:InterpolationWidths 60 0.28438803
insert Lambda(1670)0Width:InterpolationWidths 61 0.29159482
insert Lambda(1670)0Width:InterpolationWidths 62 0.29888885
insert Lambda(1670)0Width:NumberofEntries 0 63
insert Lambda(1670)0Width:NumberofEntries 1 63
insert Lambda(1670)0Width:NumberofEntries 2 63
insert Lambda(1670)0Width:NumberofEntries 3 63
insert Lambda(1670)0Width:NumberofEntries 4 63
insert Lambda(1670)0Width:NumberofEntries 5 63
insert Lambda(1670)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 0 15
insert Lambda(1670)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 1 14
insert Lambda(1670)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 2 13
insert Lambda(1670)0Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 3 12
insert Lambda(1670)0Width:BaryonDecayers 4 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 4 19
insert Lambda(1670)0Width:BaryonDecayers 5 /Herwig/Decays/SU3Strong2
insert Lambda(1670)0Width:ModeLocation 5 18
newdef /Herwig/Particles/Lambda(1670)0:Width_generator Lambda(1670)0Width
newdef /Herwig/Particles/Lambdabar(1670)0:Width_generator Lambda(1670)0Width
#
create Herwig::BaryonWidthGenerator Xi(1950)0Width
newdef Xi(1950)0Width:Particle /Herwig/Particles/Xi(1950)0
newdef Xi(1950)0Width:Prefactor 1
newdef Xi(1950)0Width:BRNormalize 1
newdef Xi(1950)0Width:BRMinimum 0.01
newdef Xi(1950)0Width:Points 50
newdef Xi(1950)0Width:InterpolationOrder 1
insert Xi(1950)0Width:MEtype 0 1
insert Xi(1950)0Width:MEtype 1 1
insert Xi(1950)0Width:MEtype 2 1
insert Xi(1950)0Width:MEcode 0 101
insert Xi(1950)0Width:MEcode 1 101
insert Xi(1950)0Width:MEcode 2 101
insert Xi(1950)0Width:MEcoupling 0 0.260707
insert Xi(1950)0Width:MEcoupling 1 0.183081
insert Xi(1950)0Width:MEcoupling 2 0.180657
insert Xi(1950)0Width:ModeOn 0 1
insert Xi(1950)0Width:ModeOn 1 1
insert Xi(1950)0Width:ModeOn 2 1
insert Xi(1950)0Width:MinimumMasses 0 1.61333
insert Xi(1950)0Width:MinimumMasses 1 1.46088
insert Xi(1950)0Width:MinimumMasses 2 1.44981
insert Xi(1950)0Width:MEmass1 0 1.11568
insert Xi(1950)0Width:MEmass1 1 1.32131
insert Xi(1950)0Width:MEmass1 2 1.31483
insert Xi(1950)0Width:MEmass2 0 0.497648
insert Xi(1950)0Width:MEmass2 1 0.13957
insert Xi(1950)0Width:MEmass2 2 0.134978
insert Xi(1950)0Width:DecayModes 0 Xi(1950)0->Lambda0,Kbar0;
insert Xi(1950)0Width:DecayModes 1 Xi(1950)0->Xi-,pi+;
insert Xi(1950)0Width:DecayModes 2 Xi(1950)0->Xi0,pi0;
insert Xi(1950)0Width:NumberofEntries 0 0
insert Xi(1950)0Width:NumberofEntries 1 0
insert Xi(1950)0Width:NumberofEntries 2 0
insert Xi(1950)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Xi(1950)0Width:ModeLocation 0 50
insert Xi(1950)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Xi(1950)0Width:ModeLocation 1 48
insert Xi(1950)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Xi(1950)0Width:ModeLocation 2 49
newdef /Herwig/Particles/Xi(1950)0:Width_generator Xi(1950)0Width
newdef /Herwig/Particles/Xibar(1950)0:Width_generator Xi(1950)0Width
#
create Herwig::BaryonWidthGenerator Sigma(1750)-Width
newdef Sigma(1750)-Width:Particle /Herwig/Particles/Sigma(1750)-
newdef Sigma(1750)-Width:Prefactor 1.00053
newdef Sigma(1750)-Width:BRNormalize 1
newdef Sigma(1750)-Width:BRMinimum 0.01
newdef Sigma(1750)-Width:Points 50
newdef Sigma(1750)-Width:InterpolationOrder 1
insert Sigma(1750)-Width:MEtype 0 1
insert Sigma(1750)-Width:MEtype 1 2
insert Sigma(1750)-Width:MEtype 2 1
insert Sigma(1750)-Width:MEcode 0 101
insert Sigma(1750)-Width:MEcode 1 0
insert Sigma(1750)-Width:MEcode 2 101
insert Sigma(1750)-Width:MEcoupling 0 0.343853
insert Sigma(1750)-Width:MEcoupling 1 3.54994
insert Sigma(1750)-Width:MEcoupling 2 0.175187
insert Sigma(1750)-Width:ModeOn 0 1
insert Sigma(1750)-Width:ModeOn 1 1
insert Sigma(1750)-Width:ModeOn 2 1
insert Sigma(1750)-Width:MinimumMasses 0 1.25525
insert Sigma(1750)-Width:MinimumMasses 1 1.74495
insert Sigma(1750)-Width:MinimumMasses 2 1.43324
insert Sigma(1750)-Width:MEmass1 0 1.11568
insert Sigma(1750)-Width:MEmass1 1 1.19745
insert Sigma(1750)-Width:MEmass1 2 0.939565
insert Sigma(1750)-Width:MEmass2 0 0.13957
insert Sigma(1750)-Width:MEmass2 1 0.54751
insert Sigma(1750)-Width:MEmass2 2 0.493677
insert Sigma(1750)-Width:DecayModes 0 Sigma(1750)-->Lambda0,pi-;
insert Sigma(1750)-Width:DecayModes 1 Sigma(1750)-->Sigma-,eta;
insert Sigma(1750)-Width:DecayModes 2 Sigma(1750)-->n0,K-;
insert Sigma(1750)-Width:InterpolationMasses 0 1.7263724
insert Sigma(1750)-Width:InterpolationMasses 1 1.7356592
insert Sigma(1750)-Width:InterpolationMasses 2 1.744946
insert Sigma(1750)-Width:InterpolationMasses 3 1.7458725
insert Sigma(1750)-Width:InterpolationMasses 4 1.7467994
insert Sigma(1750)-Width:InterpolationMasses 5 1.7477269
insert Sigma(1750)-Width:InterpolationMasses 6 1.7486548
insert Sigma(1750)-Width:InterpolationMasses 7 1.7495832
insert Sigma(1750)-Width:InterpolationMasses 8 1.7505122
insert Sigma(1750)-Width:InterpolationMasses 9 1.7514416
insert Sigma(1750)-Width:InterpolationMasses 10 1.7523715
insert Sigma(1750)-Width:InterpolationMasses 11 1.7533019
insert Sigma(1750)-Width:InterpolationMasses 12 1.7542328
insert Sigma(1750)-Width:InterpolationMasses 13 1.7635196
insert Sigma(1750)-Width:InterpolationMasses 14 1.7728064
insert Sigma(1750)-Width:InterpolationMasses 15 1.7820933
insert Sigma(1750)-Width:InterpolationMasses 16 1.7913801
insert Sigma(1750)-Width:InterpolationMasses 17 1.8006669
insert Sigma(1750)-Width:InterpolationMasses 18 1.8099537
insert Sigma(1750)-Width:InterpolationMasses 19 1.8192405
insert Sigma(1750)-Width:InterpolationMasses 20 1.8285273
insert Sigma(1750)-Width:InterpolationMasses 21 1.8378142
insert Sigma(1750)-Width:InterpolationMasses 22 1.847101
insert Sigma(1750)-Width:InterpolationMasses 23 1.8563878
insert Sigma(1750)-Width:InterpolationMasses 24 1.8656746
insert Sigma(1750)-Width:InterpolationMasses 25 1.8749614
insert Sigma(1750)-Width:InterpolationMasses 26 1.8842482
insert Sigma(1750)-Width:InterpolationMasses 27 1.8935351
insert Sigma(1750)-Width:InterpolationMasses 28 1.9028219
insert Sigma(1750)-Width:InterpolationMasses 29 1.9121087
insert Sigma(1750)-Width:InterpolationMasses 30 1.9213955
insert Sigma(1750)-Width:InterpolationMasses 31 1.9306823
insert Sigma(1750)-Width:InterpolationMasses 32 1.9399691
insert Sigma(1750)-Width:InterpolationMasses 33 1.949256
insert Sigma(1750)-Width:InterpolationMasses 34 1.9585428
insert Sigma(1750)-Width:InterpolationMasses 35 1.9678296
insert Sigma(1750)-Width:InterpolationMasses 36 1.9771164
insert Sigma(1750)-Width:InterpolationMasses 37 1.9864032
insert Sigma(1750)-Width:InterpolationMasses 38 1.99569
insert Sigma(1750)-Width:InterpolationMasses 39 2.0049769
insert Sigma(1750)-Width:InterpolationMasses 40 2.0142637
insert Sigma(1750)-Width:InterpolationMasses 41 2.0235505
insert Sigma(1750)-Width:InterpolationMasses 42 2.0328373
insert Sigma(1750)-Width:InterpolationMasses 43 2.0421241
insert Sigma(1750)-Width:InterpolationMasses 44 2.0514109
insert Sigma(1750)-Width:InterpolationMasses 45 2.0606978
insert Sigma(1750)-Width:InterpolationMasses 46 2.0699846
insert Sigma(1750)-Width:InterpolationMasses 47 2.0792714
insert Sigma(1750)-Width:InterpolationMasses 48 2.0885582
insert Sigma(1750)-Width:InterpolationMasses 49 2.097845
insert Sigma(1750)-Width:InterpolationMasses 50 2.1071318
insert Sigma(1750)-Width:InterpolationMasses 51 2.1164187
insert Sigma(1750)-Width:InterpolationMasses 52 2.1257055
insert Sigma(1750)-Width:InterpolationMasses 53 2.1349923
insert Sigma(1750)-Width:InterpolationMasses 54 2.1442791
insert Sigma(1750)-Width:InterpolationMasses 55 2.1535659
insert Sigma(1750)-Width:InterpolationMasses 56 2.1628527
insert Sigma(1750)-Width:InterpolationMasses 57 2.1721396
insert Sigma(1750)-Width:InterpolationMasses 58 2.1814264
insert Sigma(1750)-Width:InterpolationMasses 59 2.1907132
insert Sigma(1750)-Width:InterpolationMasses 60 2.2
insert Sigma(1750)-Width:InterpolationMasses 61 2.2092868
insert Sigma(1750)-Width:InterpolationMasses 62 2.2185736
insert Sigma(1750)-Width:InterpolationWidths 0 0
insert Sigma(1750)-Width:InterpolationWidths 1 0
insert Sigma(1750)-Width:InterpolationWidths 2 0
insert Sigma(1750)-Width:InterpolationWidths 3 0.0058523157
insert Sigma(1750)-Width:InterpolationWidths 4 0.0083334451
insert Sigma(1750)-Width:InterpolationWidths 5 0.010252293
insert Sigma(1750)-Width:InterpolationWidths 6 0.011884573
insert Sigma(1750)-Width:InterpolationWidths 7 0.013336073
insert Sigma(1750)-Width:InterpolationWidths 8 0.01466072
insert Sigma(1750)-Width:InterpolationWidths 9 0.015890392
insert Sigma(1750)-Width:InterpolationWidths 10 0.017045772
insert Sigma(1750)-Width:InterpolationWidths 11 0.018141168
insert Sigma(1750)-Width:InterpolationWidths 12 0.019186961
insert Sigma(1750)-Width:InterpolationWidths 13 0.028003922
insert Sigma(1750)-Width:InterpolationWidths 14 0.03536989
insert Sigma(1750)-Width:InterpolationWidths 15 0.042094699
insert Sigma(1750)-Width:InterpolationWidths 16 0.048482408
insert Sigma(1750)-Width:InterpolationWidths 17 0.054684699
insert Sigma(1750)-Width:InterpolationWidths 18 0.06078944
insert Sigma(1750)-Width:InterpolationWidths 19 0.066852581
insert Sigma(1750)-Width:InterpolationWidths 20 0.072912189
insert Sigma(1750)-Width:InterpolationWidths 21 0.078995471
insert Sigma(1750)-Width:InterpolationWidths 22 0.085122638
insert Sigma(1750)-Width:InterpolationWidths 23 0.091309175
insert Sigma(1750)-Width:InterpolationWidths 24 0.097567259
insert Sigma(1750)-Width:InterpolationWidths 25 0.10390667
insert Sigma(1750)-Width:InterpolationWidths 26 0.11033543
insert Sigma(1750)-Width:InterpolationWidths 27 0.1168602
insert Sigma(1750)-Width:InterpolationWidths 28 0.12348662
insert Sigma(1750)-Width:InterpolationWidths 29 0.13021952
insert Sigma(1750)-Width:InterpolationWidths 30 0.13706306
insert Sigma(1750)-Width:InterpolationWidths 31 0.14402092
insert Sigma(1750)-Width:InterpolationWidths 32 0.15109631
insert Sigma(1750)-Width:InterpolationWidths 33 0.15829214
insert Sigma(1750)-Width:InterpolationWidths 34 0.16561099
insert Sigma(1750)-Width:InterpolationWidths 35 0.17305523
insert Sigma(1750)-Width:InterpolationWidths 36 0.18062699
insert Sigma(1750)-Width:InterpolationWidths 37 0.18832826
insert Sigma(1750)-Width:InterpolationWidths 38 0.19616086
insert Sigma(1750)-Width:InterpolationWidths 39 0.2041265
insert Sigma(1750)-Width:InterpolationWidths 40 0.21222675
insert Sigma(1750)-Width:InterpolationWidths 41 0.22046312
insert Sigma(1750)-Width:InterpolationWidths 42 0.22883701
insert Sigma(1750)-Width:InterpolationWidths 43 0.23734975
insert Sigma(1750)-Width:InterpolationWidths 44 0.24600262
insert Sigma(1750)-Width:InterpolationWidths 45 0.25479682
insert Sigma(1750)-Width:InterpolationWidths 46 0.26373353
insert Sigma(1750)-Width:InterpolationWidths 47 0.27281384
insert Sigma(1750)-Width:InterpolationWidths 48 0.28203885
insert Sigma(1750)-Width:InterpolationWidths 49 0.29140959
insert Sigma(1750)-Width:InterpolationWidths 50 0.30092706
insert Sigma(1750)-Width:InterpolationWidths 51 0.31059224
insert Sigma(1750)-Width:InterpolationWidths 52 0.32040608
insert Sigma(1750)-Width:InterpolationWidths 53 0.33036951
insert Sigma(1750)-Width:InterpolationWidths 54 0.34048343
insert Sigma(1750)-Width:InterpolationWidths 55 0.35074873
insert Sigma(1750)-Width:InterpolationWidths 56 0.36116626
insert Sigma(1750)-Width:InterpolationWidths 57 0.37173689
insert Sigma(1750)-Width:InterpolationWidths 58 0.38246143
insert Sigma(1750)-Width:InterpolationWidths 59 0.39334072
insert Sigma(1750)-Width:InterpolationWidths 60 0.40437556
insert Sigma(1750)-Width:InterpolationWidths 61 0.41556675
insert Sigma(1750)-Width:InterpolationWidths 62 0.42691506
insert Sigma(1750)-Width:NumberofEntries 0 0
insert Sigma(1750)-Width:NumberofEntries 1 63
insert Sigma(1750)-Width:NumberofEntries 2 63
insert Sigma(1750)-Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Sigma(1750)-Width:ModeLocation 0 38
insert Sigma(1750)-Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Sigma(1750)-Width:ModeLocation 1 39
insert Sigma(1750)-Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Sigma(1750)-Width:ModeLocation 2 37
newdef /Herwig/Particles/Sigma(1750)-:Width_generator Sigma(1750)-Width
newdef /Herwig/Particles/Sigmabar(1750)+:Width_generator Sigma(1750)-Width
#
create Herwig::BaryonWidthGenerator Sigma(1750)0Width
newdef Sigma(1750)0Width:Particle /Herwig/Particles/Sigma(1750)0
newdef Sigma(1750)0Width:Prefactor 1.00183
newdef Sigma(1750)0Width:BRNormalize 1
newdef Sigma(1750)0Width:BRMinimum 0.01
newdef Sigma(1750)0Width:Points 50
newdef Sigma(1750)0Width:InterpolationOrder 1
insert Sigma(1750)0Width:MEtype 0 1
insert Sigma(1750)0Width:MEtype 1 2
insert Sigma(1750)0Width:MEtype 2 1
insert Sigma(1750)0Width:MEtype 3 1
insert Sigma(1750)0Width:MEcode 0 101
insert Sigma(1750)0Width:MEcode 1 0
insert Sigma(1750)0Width:MEcode 2 101
insert Sigma(1750)0Width:MEcode 3 101
insert Sigma(1750)0Width:MEcoupling 0 0.343531
insert Sigma(1750)0Width:MEcoupling 1 2.50344
insert Sigma(1750)0Width:MEcoupling 2 0.175681
insert Sigma(1750)0Width:MEcoupling 3 0.174817
insert Sigma(1750)0Width:ModeOn 0 1
insert Sigma(1750)0Width:ModeOn 1 1
insert Sigma(1750)0Width:ModeOn 2 1
insert Sigma(1750)0Width:ModeOn 3 1
insert Sigma(1750)0Width:MinimumMasses 0 1.25066
insert Sigma(1750)0Width:MinimumMasses 1 1.74014
insert Sigma(1750)0Width:MinimumMasses 2 1.43721
insert Sigma(1750)0Width:MinimumMasses 3 1.43195
insert Sigma(1750)0Width:MEmass1 0 1.11568
insert Sigma(1750)0Width:MEmass1 1 1.19264
insert Sigma(1750)0Width:MEmass1 2 0.939565
insert Sigma(1750)0Width:MEmass1 3 0.938272
insert Sigma(1750)0Width:MEmass2 0 0.134978
insert Sigma(1750)0Width:MEmass2 1 0.54751
insert Sigma(1750)0Width:MEmass2 2 0.497648
insert Sigma(1750)0Width:MEmass2 3 0.493677
insert Sigma(1750)0Width:DecayModes 0 Sigma(1750)0->Lambda0,pi0;
insert Sigma(1750)0Width:DecayModes 1 Sigma(1750)0->Sigma0,eta;
insert Sigma(1750)0Width:DecayModes 2 Sigma(1750)0->n0,Kbar0;
insert Sigma(1750)0Width:DecayModes 3 Sigma(1750)0->p+,K-;
insert Sigma(1750)0Width:InterpolationMasses 0 1.7213692
insert Sigma(1750)0Width:InterpolationMasses 1 1.7307541
insert Sigma(1750)0Width:InterpolationMasses 2 1.740139
insert Sigma(1750)0Width:InterpolationMasses 3 1.7410752
insert Sigma(1750)0Width:InterpolationMasses 4 1.7420119
insert Sigma(1750)0Width:InterpolationMasses 5 1.7429492
insert Sigma(1750)0Width:InterpolationMasses 6 1.7438869
insert Sigma(1750)0Width:InterpolationMasses 7 1.7448251
insert Sigma(1750)0Width:InterpolationMasses 8 1.7457639
insert Sigma(1750)0Width:InterpolationMasses 9 1.7467031
insert Sigma(1750)0Width:InterpolationMasses 10 1.7476429
insert Sigma(1750)0Width:InterpolationMasses 11 1.7485832
insert Sigma(1750)0Width:InterpolationMasses 12 1.7495239
insert Sigma(1750)0Width:InterpolationMasses 13 1.7589088
insert Sigma(1750)0Width:InterpolationMasses 14 1.7682938
insert Sigma(1750)0Width:InterpolationMasses 15 1.7776787
insert Sigma(1750)0Width:InterpolationMasses 16 1.7870636
insert Sigma(1750)0Width:InterpolationMasses 17 1.7964485
insert Sigma(1750)0Width:InterpolationMasses 18 1.8058334
insert Sigma(1750)0Width:InterpolationMasses 19 1.8152183
insert Sigma(1750)0Width:InterpolationMasses 20 1.8246033
insert Sigma(1750)0Width:InterpolationMasses 21 1.8339882
insert Sigma(1750)0Width:InterpolationMasses 22 1.8433731
insert Sigma(1750)0Width:InterpolationMasses 23 1.852758
insert Sigma(1750)0Width:InterpolationMasses 24 1.8621429
insert Sigma(1750)0Width:InterpolationMasses 25 1.8715279
insert Sigma(1750)0Width:InterpolationMasses 26 1.8809128
insert Sigma(1750)0Width:InterpolationMasses 27 1.8902977
insert Sigma(1750)0Width:InterpolationMasses 28 1.8996826
insert Sigma(1750)0Width:InterpolationMasses 29 1.9090675
insert Sigma(1750)0Width:InterpolationMasses 30 1.9184524
insert Sigma(1750)0Width:InterpolationMasses 31 1.9278374
insert Sigma(1750)0Width:InterpolationMasses 32 1.9372223
insert Sigma(1750)0Width:InterpolationMasses 33 1.9466072
insert Sigma(1750)0Width:InterpolationMasses 34 1.9559921
insert Sigma(1750)0Width:InterpolationMasses 35 1.965377
insert Sigma(1750)0Width:InterpolationMasses 36 1.974762
insert Sigma(1750)0Width:InterpolationMasses 37 1.9841469
insert Sigma(1750)0Width:InterpolationMasses 38 1.9935318
insert Sigma(1750)0Width:InterpolationMasses 39 2.0029167
insert Sigma(1750)0Width:InterpolationMasses 40 2.0123016
insert Sigma(1750)0Width:InterpolationMasses 41 2.0216866
insert Sigma(1750)0Width:InterpolationMasses 42 2.0310715
insert Sigma(1750)0Width:InterpolationMasses 43 2.0404564
insert Sigma(1750)0Width:InterpolationMasses 44 2.0498413
insert Sigma(1750)0Width:InterpolationMasses 45 2.0592262
insert Sigma(1750)0Width:InterpolationMasses 46 2.0686111
insert Sigma(1750)0Width:InterpolationMasses 47 2.0779961
insert Sigma(1750)0Width:InterpolationMasses 48 2.087381
insert Sigma(1750)0Width:InterpolationMasses 49 2.0967659
insert Sigma(1750)0Width:InterpolationMasses 50 2.1061508
insert Sigma(1750)0Width:InterpolationMasses 51 2.1155357
insert Sigma(1750)0Width:InterpolationMasses 52 2.1249207
insert Sigma(1750)0Width:InterpolationMasses 53 2.1343056
insert Sigma(1750)0Width:InterpolationMasses 54 2.1436905
insert Sigma(1750)0Width:InterpolationMasses 55 2.1530754
insert Sigma(1750)0Width:InterpolationMasses 56 2.1624603
insert Sigma(1750)0Width:InterpolationMasses 57 2.1718452
insert Sigma(1750)0Width:InterpolationMasses 58 2.1812302
insert Sigma(1750)0Width:InterpolationMasses 59 2.1906151
insert Sigma(1750)0Width:InterpolationMasses 60 2.2
insert Sigma(1750)0Width:InterpolationMasses 61 2.2093849
insert Sigma(1750)0Width:InterpolationMasses 62 2.2187698
insert Sigma(1750)0Width:InterpolationWidths 0 0
insert Sigma(1750)0Width:InterpolationWidths 1 0
insert Sigma(1750)0Width:InterpolationWidths 2 0
insert Sigma(1750)0Width:InterpolationWidths 3 0.0058725361
insert Sigma(1750)0Width:InterpolationWidths 4 0.0083622126
insert Sigma(1750)0Width:InterpolationWidths 5 0.01028791
insert Sigma(1750)0Width:InterpolationWidths 6 0.011926194
insert Sigma(1750)0Width:InterpolationWidths 7 0.013383184
insert Sigma(1750)0Width:InterpolationWidths 8 0.014712975
insert Sigma(1750)0Width:InterpolationWidths 9 0.015947543
insert Sigma(1750)0Width:InterpolationWidths 10 0.017107635
insert Sigma(1750)0Width:InterpolationWidths 11 0.018207603
insert Sigma(1750)0Width:InterpolationWidths 12 0.019257859
insert Sigma(1750)0Width:InterpolationWidths 13 0.028116056
insert Sigma(1750)0Width:InterpolationWidths 14 0.035522169
insert Sigma(1750)0Width:InterpolationWidths 15 0.042288214
insert Sigma(1750)0Width:InterpolationWidths 16 0.048718989
insert Sigma(1750)0Width:InterpolationWidths 17 0.054966514
insert Sigma(1750)0Width:InterpolationWidths 18 0.061118838
insert Sigma(1750)0Width:InterpolationWidths 19 0.06723202
insert Sigma(1750)0Width:InterpolationWidths 20 0.073344199
insert Sigma(1750)0Width:InterpolationWidths 21 0.079482634
insert Sigma(1750)0Width:InterpolationWidths 22 0.085667575
insert Sigma(1750)0Width:InterpolationWidths 23 0.091914537
insert Sigma(1750)0Width:InterpolationWidths 24 0.098235725
insert Sigma(1750)0Width:InterpolationWidths 25 0.10464095
insert Sigma(1750)0Width:InterpolationWidths 26 0.11113823
insert Sigma(1750)0Width:InterpolationWidths 27 0.11773428
insert Sigma(1750)0Width:InterpolationWidths 28 0.12443474
insert Sigma(1750)0Width:InterpolationWidths 29 0.13124445
insert Sigma(1750)0Width:InterpolationWidths 30 0.13816762
insert Sigma(1750)0Width:InterpolationWidths 31 0.14520791
insert Sigma(1750)0Width:InterpolationWidths 32 0.15236859
insert Sigma(1750)0Width:InterpolationWidths 33 0.15965255
insert Sigma(1750)0Width:InterpolationWidths 34 0.16706241
insert Sigma(1750)0Width:InterpolationWidths 35 0.17460054
insert Sigma(1750)0Width:InterpolationWidths 36 0.1822691
insert Sigma(1750)0Width:InterpolationWidths 37 0.1900701
insert Sigma(1750)0Width:InterpolationWidths 38 0.19800538
insert Sigma(1750)0Width:InterpolationWidths 39 0.20607665
insert Sigma(1750)0Width:InterpolationWidths 40 0.21428552
insert Sigma(1750)0Width:InterpolationWidths 41 0.2226335
insert Sigma(1750)0Width:InterpolationWidths 42 0.23112202
insert Sigma(1750)0Width:InterpolationWidths 43 0.23975243
insert Sigma(1750)0Width:InterpolationWidths 44 0.24852601
insert Sigma(1750)0Width:InterpolationWidths 45 0.257444
insert Sigma(1750)0Width:InterpolationWidths 46 0.26650759
insert Sigma(1750)0Width:InterpolationWidths 47 0.27571789
insert Sigma(1750)0Width:InterpolationWidths 48 0.28507601
insert Sigma(1750)0Width:InterpolationWidths 49 0.29458299
insert Sigma(1750)0Width:InterpolationWidths 50 0.30423988
insert Sigma(1750)0Width:InterpolationWidths 51 0.31404766
insert Sigma(1750)0Width:InterpolationWidths 52 0.3240073
insert Sigma(1750)0Width:InterpolationWidths 53 0.33411974
insert Sigma(1750)0Width:InterpolationWidths 54 0.34438591
insert Sigma(1750)0Width:InterpolationWidths 55 0.35480671
insert Sigma(1750)0Width:InterpolationWidths 56 0.36538303
insert Sigma(1750)0Width:InterpolationWidths 57 0.37611572
insert Sigma(1750)0Width:InterpolationWidths 58 0.38700565
insert Sigma(1750)0Width:InterpolationWidths 59 0.39805366
insert Sigma(1750)0Width:InterpolationWidths 60 0.40926056
insert Sigma(1750)0Width:InterpolationWidths 61 0.42062718
insert Sigma(1750)0Width:InterpolationWidths 62 0.43215431
insert Sigma(1750)0Width:NumberofEntries 0 0
insert Sigma(1750)0Width:NumberofEntries 1 63
insert Sigma(1750)0Width:NumberofEntries 2 63
insert Sigma(1750)0Width:NumberofEntries 3 63
insert Sigma(1750)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Sigma(1750)0Width:ModeLocation 0 33
insert Sigma(1750)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Sigma(1750)0Width:ModeLocation 1 32
insert Sigma(1750)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Sigma(1750)0Width:ModeLocation 2 31
insert Sigma(1750)0Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong2
insert Sigma(1750)0Width:ModeLocation 3 30
newdef /Herwig/Particles/Sigma(1750)0:Width_generator Sigma(1750)0Width
newdef /Herwig/Particles/Sigmabar(1750)0:Width_generator Sigma(1750)0Width
#
create Herwig::BaryonWidthGenerator Sigma(1750)+Width
newdef Sigma(1750)+Width:Particle /Herwig/Particles/Sigma(1750)+
newdef Sigma(1750)+Width:Prefactor 1.0067
newdef Sigma(1750)+Width:BRNormalize 1
newdef Sigma(1750)+Width:BRMinimum 0.01
newdef Sigma(1750)+Width:Points 50
newdef Sigma(1750)+Width:InterpolationOrder 1
insert Sigma(1750)+Width:MEtype 0 1
insert Sigma(1750)+Width:MEtype 1 2
insert Sigma(1750)+Width:MEtype 2 1
insert Sigma(1750)+Width:MEcode 0 101
insert Sigma(1750)+Width:MEcode 1 0
insert Sigma(1750)+Width:MEcode 2 101
insert Sigma(1750)+Width:MEcoupling 0 0.343853
insert Sigma(1750)+Width:MEcoupling 1 2.14793
insert Sigma(1750)+Width:MEcoupling 2 0.175308
insert Sigma(1750)+Width:ModeOn 0 1
insert Sigma(1750)+Width:ModeOn 1 1
insert Sigma(1750)+Width:ModeOn 2 1
insert Sigma(1750)+Width:MinimumMasses 0 1.25525
insert Sigma(1750)+Width:MinimumMasses 1 1.73687
insert Sigma(1750)+Width:MinimumMasses 2 1.43592
insert Sigma(1750)+Width:MEmass1 0 1.11568
insert Sigma(1750)+Width:MEmass1 1 1.18937
insert Sigma(1750)+Width:MEmass1 2 0.938272
insert Sigma(1750)+Width:MEmass2 0 0.13957
insert Sigma(1750)+Width:MEmass2 1 0.54751
insert Sigma(1750)+Width:MEmass2 2 0.497648
insert Sigma(1750)+Width:DecayModes 0 Sigma(1750)+->Lambda0,pi+;
insert Sigma(1750)+Width:DecayModes 1 Sigma(1750)+->Sigma+,eta;
insert Sigma(1750)+Width:DecayModes 2 Sigma(1750)+->p+,Kbar0;
insert Sigma(1750)+Width:InterpolationMasses 0 1.7179636
insert Sigma(1750)+Width:InterpolationMasses 1 1.7274153
insert Sigma(1750)+Width:InterpolationMasses 2 1.736867
insert Sigma(1750)+Width:InterpolationMasses 3 1.7378099
insert Sigma(1750)+Width:InterpolationMasses 4 1.7387532
insert Sigma(1750)+Width:InterpolationMasses 5 1.7396971
insert Sigma(1750)+Width:InterpolationMasses 6 1.7406415
insert Sigma(1750)+Width:InterpolationMasses 7 1.7415864
insert Sigma(1750)+Width:InterpolationMasses 8 1.7425319
insert Sigma(1750)+Width:InterpolationMasses 9 1.7434778
insert Sigma(1750)+Width:InterpolationMasses 10 1.7444242
insert Sigma(1750)+Width:InterpolationMasses 11 1.7453712
insert Sigma(1750)+Width:InterpolationMasses 12 1.7463187
insert Sigma(1750)+Width:InterpolationMasses 13 1.7557704
insert Sigma(1750)+Width:InterpolationMasses 14 1.7652221
insert Sigma(1750)+Width:InterpolationMasses 15 1.7746738
insert Sigma(1750)+Width:InterpolationMasses 16 1.7841255
insert Sigma(1750)+Width:InterpolationMasses 17 1.7935772
insert Sigma(1750)+Width:InterpolationMasses 18 1.8030289
insert Sigma(1750)+Width:InterpolationMasses 19 1.8124806
insert Sigma(1750)+Width:InterpolationMasses 20 1.8219322
insert Sigma(1750)+Width:InterpolationMasses 21 1.8313839
insert Sigma(1750)+Width:InterpolationMasses 22 1.8408356
insert Sigma(1750)+Width:InterpolationMasses 23 1.8502873
insert Sigma(1750)+Width:InterpolationMasses 24 1.859739
insert Sigma(1750)+Width:InterpolationMasses 25 1.8691907
insert Sigma(1750)+Width:InterpolationMasses 26 1.8786424
insert Sigma(1750)+Width:InterpolationMasses 27 1.8880941
insert Sigma(1750)+Width:InterpolationMasses 28 1.8975458
insert Sigma(1750)+Width:InterpolationMasses 29 1.9069975
insert Sigma(1750)+Width:InterpolationMasses 30 1.9164492
insert Sigma(1750)+Width:InterpolationMasses 31 1.9259009
insert Sigma(1750)+Width:InterpolationMasses 32 1.9353526
insert Sigma(1750)+Width:InterpolationMasses 33 1.9448043
insert Sigma(1750)+Width:InterpolationMasses 34 1.954256
insert Sigma(1750)+Width:InterpolationMasses 35 1.9637077
insert Sigma(1750)+Width:InterpolationMasses 36 1.9731593
insert Sigma(1750)+Width:InterpolationMasses 37 1.982611
insert Sigma(1750)+Width:InterpolationMasses 38 1.9920627
insert Sigma(1750)+Width:InterpolationMasses 39 2.0015144
insert Sigma(1750)+Width:InterpolationMasses 40 2.0109661
insert Sigma(1750)+Width:InterpolationMasses 41 2.0204178
insert Sigma(1750)+Width:InterpolationMasses 42 2.0298695
insert Sigma(1750)+Width:InterpolationMasses 43 2.0393212
insert Sigma(1750)+Width:InterpolationMasses 44 2.0487729
insert Sigma(1750)+Width:InterpolationMasses 45 2.0582246
insert Sigma(1750)+Width:InterpolationMasses 46 2.0676763
insert Sigma(1750)+Width:InterpolationMasses 47 2.077128
insert Sigma(1750)+Width:InterpolationMasses 48 2.0865797
insert Sigma(1750)+Width:InterpolationMasses 49 2.0960314
insert Sigma(1750)+Width:InterpolationMasses 50 2.1054831
insert Sigma(1750)+Width:InterpolationMasses 51 2.1149348
insert Sigma(1750)+Width:InterpolationMasses 52 2.1243864
insert Sigma(1750)+Width:InterpolationMasses 53 2.1338381
insert Sigma(1750)+Width:InterpolationMasses 54 2.1432898
insert Sigma(1750)+Width:InterpolationMasses 55 2.1527415
insert Sigma(1750)+Width:InterpolationMasses 56 2.1621932
insert Sigma(1750)+Width:InterpolationMasses 57 2.1716449
insert Sigma(1750)+Width:InterpolationMasses 58 2.1810966
insert Sigma(1750)+Width:InterpolationMasses 59 2.1905483
insert Sigma(1750)+Width:InterpolationMasses 60 2.2
insert Sigma(1750)+Width:InterpolationMasses 61 2.2094517
insert Sigma(1750)+Width:InterpolationMasses 62 2.2189034
insert Sigma(1750)+Width:InterpolationWidths 0 0
insert Sigma(1750)+Width:InterpolationWidths 1 0
insert Sigma(1750)+Width:InterpolationWidths 2 0
insert Sigma(1750)+Width:InterpolationWidths 3 0.0058861062
insert Sigma(1750)+Width:InterpolationWidths 4 0.008381522
insert Sigma(1750)+Width:InterpolationWidths 5 0.010311821
insert Sigma(1750)+Width:InterpolationWidths 6 0.011954142
insert Sigma(1750)+Width:InterpolationWidths 7 0.013414824
insert Sigma(1750)+Width:InterpolationWidths 8 0.014748075
insert Sigma(1750)+Width:InterpolationWidths 9 0.015985939
insert Sigma(1750)+Width:InterpolationWidths 10 0.017149204
insert Sigma(1750)+Width:InterpolationWidths 11 0.018252252
insert Sigma(1750)+Width:InterpolationWidths 12 0.019305516
insert Sigma(1750)+Width:InterpolationWidths 13 0.028191537
insert Sigma(1750)+Width:InterpolationWidths 14 0.035624796
insert Sigma(1750)+Width:InterpolationWidths 15 0.042418763
insert Sigma(1750)+Width:InterpolationWidths 16 0.04887873
insert Sigma(1750)+Width:InterpolationWidths 17 0.055156943
insert Sigma(1750)+Width:InterpolationWidths 18 0.061341571
insert Sigma(1750)+Width:InterpolationWidths 19 0.067488746
insert Sigma(1750)+Width:InterpolationWidths 20 0.073636654
insert Sigma(1750)+Width:InterpolationWidths 21 0.079812588
insert Sigma(1750)+Width:InterpolationWidths 22 0.086036824
insert Sigma(1750)+Width:InterpolationWidths 23 0.0923249
insert Sigma(1750)+Width:InterpolationWidths 24 0.098689037
insert Sigma(1750)+Width:InterpolationWidths 25 0.10513906
insert Sigma(1750)+Width:InterpolationWidths 26 0.11168301
insert Sigma(1750)+Width:InterpolationWidths 27 0.11832761
insert Sigma(1750)+Width:InterpolationWidths 28 0.12507851
insert Sigma(1750)+Width:InterpolationWidths 29 0.13194057
insert Sigma(1750)+Width:InterpolationWidths 30 0.138918
insert Sigma(1750)+Width:InterpolationWidths 31 0.14601449
insert Sigma(1750)+Width:InterpolationWidths 32 0.15323331
insert Sigma(1750)+Width:InterpolationWidths 33 0.16057737
insert Sigma(1750)+Width:InterpolationWidths 34 0.16804929
insert Sigma(1750)+Width:InterpolationWidths 35 0.17565147
insert Sigma(1750)+Width:InterpolationWidths 36 0.18338608
insert Sigma(1750)+Width:InterpolationWidths 37 0.19125512
insert Sigma(1750)+Width:InterpolationWidths 38 0.19926046
insert Sigma(1750)+Width:InterpolationWidths 39 0.20740383
insert Sigma(1750)+Width:InterpolationWidths 40 0.21568683
insert Sigma(1750)+Width:InterpolationWidths 41 0.22411101
insert Sigma(1750)+Width:InterpolationWidths 42 0.23267778
insert Sigma(1750)+Width:InterpolationWidths 43 0.24138853
insert Sigma(1750)+Width:InterpolationWidths 44 0.25024455
insert Sigma(1750)+Width:InterpolationWidths 45 0.25924708
insert Sigma(1750)+Width:InterpolationWidths 46 0.26839731
insert Sigma(1750)+Width:InterpolationWidths 47 0.2776964
insert Sigma(1750)+Width:InterpolationWidths 48 0.28714545
insert Sigma(1750)+Width:InterpolationWidths 49 0.29674553
insert Sigma(1750)+Width:InterpolationWidths 50 0.30649767
insert Sigma(1750)+Width:InterpolationWidths 51 0.31640288
insert Sigma(1750)+Width:InterpolationWidths 52 0.32646215
insert Sigma(1750)+Width:InterpolationWidths 53 0.33667643
insert Sigma(1750)+Width:InterpolationWidths 54 0.34704666
insert Sigma(1750)+Width:InterpolationWidths 55 0.35757375
insert Sigma(1750)+Width:InterpolationWidths 56 0.36825861
insert Sigma(1750)+Width:InterpolationWidths 57 0.3791021
insert Sigma(1750)+Width:InterpolationWidths 58 0.3901051
insert Sigma(1750)+Width:InterpolationWidths 59 0.40126846
insert Sigma(1750)+Width:InterpolationWidths 60 0.41259301
insert Sigma(1750)+Width:InterpolationWidths 61 0.42407959
insert Sigma(1750)+Width:InterpolationWidths 62 0.43572901
insert Sigma(1750)+Width:NumberofEntries 0 0
insert Sigma(1750)+Width:NumberofEntries 1 63
insert Sigma(1750)+Width:NumberofEntries 2 63
insert Sigma(1750)+Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert Sigma(1750)+Width:ModeLocation 0 24
insert Sigma(1750)+Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert Sigma(1750)+Width:ModeLocation 1 25
insert Sigma(1750)+Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert Sigma(1750)+Width:ModeLocation 2 23
newdef /Herwig/Particles/Sigmabar(1750)-:Width_generator Sigma(1750)+Width
newdef /Herwig/Particles/Sigma(1750)+:Width_generator Sigma(1750)+Width
#
create Herwig::BaryonWidthGenerator Delta-Width
newdef Delta-Width:Particle /Herwig/Particles/Delta-
newdef Delta-Width:Prefactor 1
newdef Delta-Width:BRNormalize 1
newdef Delta-Width:BRMinimum 0.01
newdef Delta-Width:Points 50
newdef Delta-Width:InterpolationOrder 1
insert Delta-Width:MEtype 0 1
insert Delta-Width:MEcode 0 105
insert Delta-Width:MEcoupling 0 0.980375
insert Delta-Width:ModeOn 0 1
insert Delta-Width:MinimumMasses 0 1.07914
insert Delta-Width:MEmass1 0 0.939565
insert Delta-Width:MEmass2 0 0.13957
insert Delta-Width:DecayModes 0 Delta-->n0,pi-;
insert Delta-Width:NumberofEntries 0 0
insert Delta-Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Delta-Width:ModeLocation 0 10
newdef /Herwig/Particles/Delta-:Width_generator Delta-Width
newdef /Herwig/Particles/Deltabar+:Width_generator Delta-Width
#
create Herwig::BaryonWidthGenerator Delta++Width
newdef Delta++Width:Particle /Herwig/Particles/Delta++
newdef Delta++Width:Prefactor 1
newdef Delta++Width:BRNormalize 1
newdef Delta++Width:BRMinimum 0.01
newdef Delta++Width:Points 50
newdef Delta++Width:InterpolationOrder 1
insert Delta++Width:MEtype 0 1
insert Delta++Width:MEcode 0 105
insert Delta++Width:MEcoupling 0 0.973473
insert Delta++Width:ModeOn 0 1
insert Delta++Width:MinimumMasses 0 1.07784
insert Delta++Width:MEmass1 0 0.938272
insert Delta++Width:MEmass2 0 0.13957
insert Delta++Width:DecayModes 0 Delta++->p+,pi+;
insert Delta++Width:NumberofEntries 0 0
insert Delta++Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Delta++Width:ModeLocation 0 0
newdef /Herwig/Particles/Delta++:Width_generator Delta++Width
newdef /Herwig/Particles/Deltabar--:Width_generator Delta++Width
#
create Herwig::BaryonWidthGenerator Sigma*-Width
newdef Sigma*-Width:Particle /Herwig/Particles/Sigma*-
newdef Sigma*-Width:Prefactor 1
newdef Sigma*-Width:BRNormalize 1
newdef Sigma*-Width:BRMinimum 0.01
newdef Sigma*-Width:Points 50
newdef Sigma*-Width:InterpolationOrder 1
insert Sigma*-Width:MEtype 0 1
insert Sigma*-Width:MEtype 1 1
insert Sigma*-Width:MEtype 2 1
insert Sigma*-Width:MEcode 0 105
insert Sigma*-Width:MEcode 1 105
insert Sigma*-Width:MEcode 2 105
insert Sigma*-Width:MEcoupling 0 0.809126
insert Sigma*-Width:MEcoupling 1 0.815352
insert Sigma*-Width:MEcoupling 2 0.799665
insert Sigma*-Width:ModeOn 0 1
insert Sigma*-Width:ModeOn 1 1
insert Sigma*-Width:ModeOn 2 1
insert Sigma*-Width:MinimumMasses 0 1.25525
insert Sigma*-Width:MinimumMasses 1 1.33243
insert Sigma*-Width:MinimumMasses 2 1.33221
insert Sigma*-Width:MEmass1 0 1.11568
insert Sigma*-Width:MEmass1 1 1.19745
insert Sigma*-Width:MEmass1 2 1.19264
insert Sigma*-Width:MEmass2 0 0.13957
insert Sigma*-Width:MEmass2 1 0.134978
insert Sigma*-Width:MEmass2 2 0.13957
insert Sigma*-Width:DecayModes 0 Sigma*-->Lambda0,pi-;
insert Sigma*-Width:DecayModes 1 Sigma*-->Sigma-,pi0;
insert Sigma*-Width:DecayModes 2 Sigma*-->Sigma0,pi-;
insert Sigma*-Width:NumberofEntries 0 0
insert Sigma*-Width:NumberofEntries 1 0
insert Sigma*-Width:NumberofEntries 2 0
insert Sigma*-Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Sigma*-Width:ModeLocation 0 24
insert Sigma*-Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Sigma*-Width:ModeLocation 1 21
insert Sigma*-Width:BaryonDecayers 2 /Herwig/Decays/SU3Decuplet
insert Sigma*-Width:ModeLocation 2 22
newdef /Herwig/Particles/Sigma*-:Width_generator Sigma*-Width
newdef /Herwig/Particles/Sigma*bar+:Width_generator Sigma*-Width
#
create Herwig::BaryonWidthGenerator Sigma*0Width
newdef Sigma*0Width:Particle /Herwig/Particles/Sigma*0
newdef Sigma*0Width:Prefactor 1
newdef Sigma*0Width:BRNormalize 1
newdef Sigma*0Width:BRMinimum 0.01
newdef Sigma*0Width:Points 50
newdef Sigma*0Width:InterpolationOrder 1
insert Sigma*0Width:MEtype 0 0
insert Sigma*0Width:MEtype 1 1
insert Sigma*0Width:MEtype 2 1
insert Sigma*0Width:MEtype 3 1
insert Sigma*0Width:MEcode 0 0
insert Sigma*0Width:MEcode 1 105
insert Sigma*0Width:MEcode 2 105
insert Sigma*0Width:MEcode 3 105
insert Sigma*0Width:MEcoupling 0 0.013
insert Sigma*0Width:MEcoupling 1 0.777823
insert Sigma*0Width:MEcoupling 2 0.829248
insert Sigma*0Width:MEcoupling 3 0.727994
insert Sigma*0Width:ModeOn 0 1
insert Sigma*0Width:ModeOn 1 1
insert Sigma*0Width:ModeOn 2 1
insert Sigma*0Width:ModeOn 3 1
insert Sigma*0Width:MinimumMasses 0 1.11568
insert Sigma*0Width:MinimumMasses 1 1.25066
insert Sigma*0Width:MinimumMasses 2 1.33702
insert Sigma*0Width:MinimumMasses 3 1.32894
insert Sigma*0Width:MEmass1 0 0
insert Sigma*0Width:MEmass1 1 1.11568
insert Sigma*0Width:MEmass1 2 1.19745
insert Sigma*0Width:MEmass1 3 1.18937
insert Sigma*0Width:MEmass2 0 0
insert Sigma*0Width:MEmass2 1 0.134978
insert Sigma*0Width:MEmass2 2 0.13957
insert Sigma*0Width:MEmass2 3 0.13957
insert Sigma*0Width:DecayModes 0 Sigma*0->Lambda0,gamma;
insert Sigma*0Width:DecayModes 1 Sigma*0->Lambda0,pi0;
insert Sigma*0Width:DecayModes 2 Sigma*0->Sigma-,pi+;
insert Sigma*0Width:DecayModes 3 Sigma*0->Sigma+,pi-;
insert Sigma*0Width:NumberofEntries 0 0
insert Sigma*0Width:NumberofEntries 1 0
insert Sigma*0Width:NumberofEntries 2 0
insert Sigma*0Width:NumberofEntries 3 0
insert Sigma*0Width:BaryonDecayers 0 NULL
insert Sigma*0Width:ModeLocation 0 -1
insert Sigma*0Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Sigma*0Width:ModeLocation 1 20
insert Sigma*0Width:BaryonDecayers 2 /Herwig/Decays/SU3Decuplet
insert Sigma*0Width:ModeLocation 2 18
insert Sigma*0Width:BaryonDecayers 3 /Herwig/Decays/SU3Decuplet
insert Sigma*0Width:ModeLocation 3 29
newdef /Herwig/Particles/Sigma*0:Width_generator Sigma*0Width
newdef /Herwig/Particles/Sigma*bar0:Width_generator Sigma*0Width
#
create Herwig::BaryonWidthGenerator Sigma*+Width
newdef Sigma*+Width:Particle /Herwig/Particles/Sigma*+
newdef Sigma*+Width:Prefactor 1
newdef Sigma*+Width:BRNormalize 1
newdef Sigma*+Width:BRMinimum 0.01
newdef Sigma*+Width:Points 50
newdef Sigma*+Width:InterpolationOrder 1
insert Sigma*+Width:MEtype 0 1
insert Sigma*+Width:MEtype 1 1
insert Sigma*+Width:MEtype 2 1
insert Sigma*+Width:MEcode 0 105
insert Sigma*+Width:MEcode 1 105
insert Sigma*+Width:MEcode 2 105
insert Sigma*+Width:MEcoupling 0 0.794747
insert Sigma*+Width:MEcoupling 1 0.73708
insert Sigma*+Width:MEcoupling 2 0.816571
insert Sigma*+Width:ModeOn 0 1
insert Sigma*+Width:ModeOn 1 1
insert Sigma*+Width:ModeOn 2 1
insert Sigma*+Width:MinimumMasses 0 1.25525
insert Sigma*+Width:MinimumMasses 1 1.32435
insert Sigma*+Width:MinimumMasses 2 1.33221
insert Sigma*+Width:MEmass1 0 1.11568
insert Sigma*+Width:MEmass1 1 1.18937
insert Sigma*+Width:MEmass1 2 1.19264
insert Sigma*+Width:MEmass2 0 0.13957
insert Sigma*+Width:MEmass2 1 0.134978
insert Sigma*+Width:MEmass2 2 0.13957
insert Sigma*+Width:DecayModes 0 Sigma*+->Lambda0,pi+;
insert Sigma*+Width:DecayModes 1 Sigma*+->Sigma+,pi0;
insert Sigma*+Width:DecayModes 2 Sigma*+->Sigma0,pi+;
insert Sigma*+Width:NumberofEntries 0 0
insert Sigma*+Width:NumberofEntries 1 0
insert Sigma*+Width:NumberofEntries 2 0
insert Sigma*+Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Sigma*+Width:ModeLocation 0 15
insert Sigma*+Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Sigma*+Width:ModeLocation 1 12
insert Sigma*+Width:BaryonDecayers 2 /Herwig/Decays/SU3Decuplet
insert Sigma*+Width:ModeLocation 2 13
newdef /Herwig/Particles/Sigma*+:Width_generator Sigma*+Width
newdef /Herwig/Particles/Sigma*bar-:Width_generator Sigma*+Width
#
create Herwig::GenericWidthGenerator hWidth
newdef hWidth:Particle /Herwig/Particles/h0
newdef hWidth:Prefactor 1.0287
newdef hWidth:BRNormalize 1
newdef hWidth:BRMinimum 0.0001
newdef hWidth:Points 50
newdef hWidth:InterpolationOrder 1
insert hWidth:MEtype 0 1
insert hWidth:MEtype 1 2
insert hWidth:MEtype 2 1
insert hWidth:MEtype 3 0
insert hWidth:MEtype 4 1
insert hWidth:MEtype 5 2
insert hWidth:MEtype 6 0
insert hWidth:MEtype 7 0
insert hWidth:MEtype 8 1
insert hWidth:MEtype 9 1
insert hWidth:MEcode 0 -1
insert hWidth:MEcode 1 0
insert hWidth:MEcode 2 -1
insert hWidth:MEcode 3 0
insert hWidth:MEcode 4 -1
insert hWidth:MEcode 5 0
insert hWidth:MEcode 6 0
insert hWidth:MEcode 7 0
insert hWidth:MEcode 8 -1
insert hWidth:MEcode 9 -1
insert hWidth:MEcoupling 0 0.754565
insert hWidth:MEcoupling 1 23484.9
insert hWidth:MEcoupling 2 0.250599
insert hWidth:MEcoupling 3 0.085
insert hWidth:MEcoupling 4 0.162481
insert hWidth:MEcoupling 5 1
insert hWidth:MEcoupling 6 0.00159
insert hWidth:MEcoupling 7 0.00229
insert hWidth:MEcoupling 8 0.0208087
insert hWidth:MEcoupling 9 0.0147648
insert hWidth:ModeOn 0 1
insert hWidth:ModeOn 1 1
insert hWidth:ModeOn 2 1
insert hWidth:ModeOn 3 1
insert hWidth:ModeOn 4 1
insert hWidth:ModeOn 5 1
insert hWidth:ModeOn 6 1
insert hWidth:ModeOn 7 1
insert hWidth:ModeOn 8 1
insert hWidth:ModeOn 9 1
insert hWidth:MinimumMasses 0 8.4
insert hWidth:MinimumMasses 1 117.986
insert hWidth:MinimumMasses 2 3.55398
insert hWidth:MinimumMasses 3 0
insert hWidth:MinimumMasses 4 2.5
insert hWidth:MinimumMasses 5 132.471
insert hWidth:MinimumMasses 6 66.2356
insert hWidth:MinimumMasses 7 0
insert hWidth:MinimumMasses 8 0.19
insert hWidth:MinimumMasses 9 0.211317
insert hWidth:MEmass1 0 4.2
insert hWidth:MEmass1 1 80.403
insert hWidth:MEmass1 2 1.77699
insert hWidth:MEmass1 3 0
insert hWidth:MEmass1 4 1.25
insert hWidth:MEmass1 5 91.1876
insert hWidth:MEmass1 6 0
insert hWidth:MEmass1 7 0
insert hWidth:MEmass1 8 0.095
insert hWidth:MEmass1 9 0.105658
insert hWidth:MEmass2 0 4.2
insert hWidth:MEmass2 1 80.403
insert hWidth:MEmass2 2 1.77699
insert hWidth:MEmass2 3 0
insert hWidth:MEmass2 4 1.25
insert hWidth:MEmass2 5 91.1876
insert hWidth:MEmass2 6 0
insert hWidth:MEmass2 7 0
insert hWidth:MEmass2 8 0.095
insert hWidth:MEmass2 9 0.105658
insert hWidth:DecayModes 0 h0->b,bbar;
insert hWidth:DecayModes 1 h0->W+,W-;
insert hWidth:DecayModes 2 h0->tau-,tau+;
insert hWidth:DecayModes 3 h0->g,g;
insert hWidth:DecayModes 4 h0->c,cbar;
insert hWidth:DecayModes 5 h0->Z0,Z0;
insert hWidth:DecayModes 6 h0->Z0,gamma;
insert hWidth:DecayModes 7 h0->gamma,gamma;
insert hWidth:DecayModes 8 h0->s,sbar;
insert hWidth:DecayModes 9 h0->mu-,mu+;
insert hWidth:InterpolationMasses 0 125.65554
insert hWidth:InterpolationMasses 1 125.65722
insert hWidth:InterpolationMasses 2 125.6589
insert hWidth:InterpolationMasses 3 125.66058
insert hWidth:InterpolationMasses 4 125.66226
insert hWidth:InterpolationMasses 5 125.66393
insert hWidth:InterpolationMasses 6 125.66561
insert hWidth:InterpolationMasses 7 125.66729
insert hWidth:InterpolationMasses 8 125.66897
insert hWidth:InterpolationMasses 9 125.67064
insert hWidth:InterpolationMasses 10 125.67232
insert hWidth:InterpolationMasses 11 125.674
insert hWidth:InterpolationMasses 12 125.67568
insert hWidth:InterpolationMasses 13 125.67735
insert hWidth:InterpolationMasses 14 125.67903
insert hWidth:InterpolationMasses 15 125.68071
insert hWidth:InterpolationMasses 16 125.68239
insert hWidth:InterpolationMasses 17 125.68406
insert hWidth:InterpolationMasses 18 125.68574
insert hWidth:InterpolationMasses 19 125.68742
insert hWidth:InterpolationMasses 20 125.6891
insert hWidth:InterpolationMasses 21 125.69077
insert hWidth:InterpolationMasses 22 125.69245
insert hWidth:InterpolationMasses 23 125.69413
insert hWidth:InterpolationMasses 24 125.69581
insert hWidth:InterpolationMasses 25 125.69748
insert hWidth:InterpolationMasses 26 125.69916
insert hWidth:InterpolationMasses 27 125.70084
insert hWidth:InterpolationMasses 28 125.70252
insert hWidth:InterpolationMasses 29 125.70419
insert hWidth:InterpolationMasses 30 125.70587
insert hWidth:InterpolationMasses 31 125.70755
insert hWidth:InterpolationMasses 32 125.70923
insert hWidth:InterpolationMasses 33 125.7109
insert hWidth:InterpolationMasses 34 125.71258
insert hWidth:InterpolationMasses 35 125.71426
insert hWidth:InterpolationMasses 36 125.71594
insert hWidth:InterpolationMasses 37 125.71761
insert hWidth:InterpolationMasses 38 125.71929
insert hWidth:InterpolationMasses 39 125.72097
insert hWidth:InterpolationMasses 40 125.72265
insert hWidth:InterpolationMasses 41 125.72432
insert hWidth:InterpolationMasses 42 125.726
insert hWidth:InterpolationMasses 43 125.72768
insert hWidth:InterpolationMasses 44 125.72936
insert hWidth:InterpolationMasses 45 125.73103
insert hWidth:InterpolationMasses 46 125.73271
insert hWidth:InterpolationMasses 47 125.73439
insert hWidth:InterpolationMasses 48 125.73607
insert hWidth:InterpolationMasses 49 125.73774
insert hWidth:InterpolationMasses 50 125.73942
insert hWidth:InterpolationMasses 51 125.7411
insert hWidth:InterpolationMasses 52 125.74278
insert hWidth:InterpolationMasses 53 125.74446
insert hWidth:InterpolationMasses 54 132.7459
insert hWidth:InterpolationMasses 55 132.60855
insert hWidth:InterpolationMasses 56 132.4712
insert hWidth:InterpolationMasses 57 132.45746
insert hWidth:InterpolationMasses 58 132.44372
insert hWidth:InterpolationMasses 59 132.42998
insert hWidth:InterpolationMasses 60 132.41624
insert hWidth:InterpolationMasses 61 132.40251
insert hWidth:InterpolationMasses 62 132.38877
insert hWidth:InterpolationMasses 63 132.37504
insert hWidth:InterpolationMasses 64 132.36131
insert hWidth:InterpolationMasses 65 132.34758
insert hWidth:InterpolationMasses 66 132.33385
insert hWidth:InterpolationWidths 0 3.8550921e-08
insert hWidth:InterpolationWidths 1 3.857531e-08
insert hWidth:InterpolationWidths 2 3.8599711e-08
insert hWidth:InterpolationWidths 3 3.8624125e-08
insert hWidth:InterpolationWidths 4 3.864855e-08
insert hWidth:InterpolationWidths 5 3.8672988e-08
insert hWidth:InterpolationWidths 6 3.8697438e-08
insert hWidth:InterpolationWidths 7 3.87219e-08
insert hWidth:InterpolationWidths 8 3.8746374e-08
insert hWidth:InterpolationWidths 9 3.8770861e-08
insert hWidth:InterpolationWidths 10 3.879536e-08
insert hWidth:InterpolationWidths 11 3.881987e-08
insert hWidth:InterpolationWidths 12 3.8844393e-08
insert hWidth:InterpolationWidths 13 3.8868929e-08
insert hWidth:InterpolationWidths 14 3.8893476e-08
insert hWidth:InterpolationWidths 15 3.8918036e-08
insert hWidth:InterpolationWidths 16 3.8942608e-08
insert hWidth:InterpolationWidths 17 3.8967192e-08
insert hWidth:InterpolationWidths 18 3.8991788e-08
insert hWidth:InterpolationWidths 19 3.9016397e-08
insert hWidth:InterpolationWidths 20 3.9041018e-08
insert hWidth:InterpolationWidths 21 3.9065651e-08
insert hWidth:InterpolationWidths 22 3.9090296e-08
insert hWidth:InterpolationWidths 23 3.9114954e-08
insert hWidth:InterpolationWidths 24 3.9139624e-08
insert hWidth:InterpolationWidths 25 3.9164306e-08
insert hWidth:InterpolationWidths 26 3.9189e-08
insert hWidth:InterpolationWidths 27 3.9213707e-08
insert hWidth:InterpolationWidths 28 3.9238426e-08
insert hWidth:InterpolationWidths 29 3.9263157e-08
insert hWidth:InterpolationWidths 30 3.9287901e-08
insert hWidth:InterpolationWidths 31 3.9312657e-08
insert hWidth:InterpolationWidths 32 3.9337425e-08
insert hWidth:InterpolationWidths 33 3.9362205e-08
insert hWidth:InterpolationWidths 34 3.9386998e-08
insert hWidth:InterpolationWidths 35 3.9411803e-08
insert hWidth:InterpolationWidths 36 3.9436621e-08
insert hWidth:InterpolationWidths 37 3.9461451e-08
insert hWidth:InterpolationWidths 38 3.9486293e-08
insert hWidth:InterpolationWidths 39 3.9511147e-08
insert hWidth:InterpolationWidths 40 3.9536014e-08
insert hWidth:InterpolationWidths 41 3.9560893e-08
insert hWidth:InterpolationWidths 42 3.9585785e-08
insert hWidth:InterpolationWidths 43 3.9610689e-08
insert hWidth:InterpolationWidths 44 3.9635605e-08
insert hWidth:InterpolationWidths 45 3.9660534e-08
insert hWidth:InterpolationWidths 46 3.9685475e-08
insert hWidth:InterpolationWidths 47 3.9710428e-08
insert hWidth:InterpolationWidths 48 3.9735394e-08
insert hWidth:InterpolationWidths 49 3.9760372e-08
insert hWidth:InterpolationWidths 50 3.9785363e-08
insert hWidth:InterpolationWidths 51 3.9810366e-08
insert hWidth:InterpolationWidths 52 3.9835381e-08
insert hWidth:InterpolationWidths 53 3.9860409e-08
insert hWidth:InterpolationWidths 54 0
insert hWidth:InterpolationWidths 55 0
insert hWidth:InterpolationWidths 56 0
insert hWidth:InterpolationWidths 57 0
insert hWidth:InterpolationWidths 58 0
insert hWidth:InterpolationWidths 59 0
insert hWidth:InterpolationWidths 60 0
insert hWidth:InterpolationWidths 61 0
insert hWidth:InterpolationWidths 62 0
insert hWidth:InterpolationWidths 63 0
insert hWidth:InterpolationWidths 64 0
insert hWidth:InterpolationWidths 65 0
insert hWidth:InterpolationWidths 66 0
insert hWidth:NumberofEntries 0 0
insert hWidth:NumberofEntries 1 54
insert hWidth:NumberofEntries 2 54
insert hWidth:NumberofEntries 3 54
insert hWidth:NumberofEntries 4 54
insert hWidth:NumberofEntries 5 67
insert hWidth:NumberofEntries 6 67
insert hWidth:NumberofEntries 7 67
insert hWidth:NumberofEntries 8 67
insert hWidth:NumberofEntries 9 67
newdef /Herwig/Particles/h0:Width_generator hWidth
#
create Herwig::BaryonWidthGenerator Xi*-Width
newdef Xi*-Width:Particle /Herwig/Particles/Xi*-
newdef Xi*-Width:Prefactor 1
newdef Xi*-Width:BRNormalize 1
newdef Xi*-Width:BRMinimum 0.01
newdef Xi*-Width:Points 50
newdef Xi*-Width:InterpolationOrder 1
insert Xi*-Width:MEtype 0 1
insert Xi*-Width:MEtype 1 1
insert Xi*-Width:MEcode 0 105
insert Xi*-Width:MEcode 1 105
insert Xi*-Width:MEcoupling 0 0.670299
insert Xi*-Width:MEcoupling 1 0.647029
insert Xi*-Width:ModeOn 0 1
insert Xi*-Width:ModeOn 1 1
insert Xi*-Width:MinimumMasses 0 1.45629
insert Xi*-Width:MinimumMasses 1 1.4544
insert Xi*-Width:MEmass1 0 1.32131
insert Xi*-Width:MEmass1 1 1.31483
insert Xi*-Width:MEmass2 0 0.134978
insert Xi*-Width:MEmass2 1 0.13957
insert Xi*-Width:DecayModes 0 Xi*-->Xi-,pi0;
insert Xi*-Width:DecayModes 1 Xi*-->Xi0,pi-;
insert Xi*-Width:NumberofEntries 0 0
insert Xi*-Width:NumberofEntries 1 0
insert Xi*-Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Xi*-Width:ModeLocation 0 29
insert Xi*-Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Xi*-Width:ModeLocation 1 28
newdef /Herwig/Particles/Xi*-:Width_generator Xi*-Width
newdef /Herwig/Particles/Xi*bar+:Width_generator Xi*-Width
#
create Herwig::BaryonWidthGenerator Xi*0Width
newdef Xi*0Width:Particle /Herwig/Particles/Xi*0
newdef Xi*0Width:Prefactor 1
newdef Xi*0Width:BRNormalize 1
newdef Xi*0Width:BRMinimum 0.01
newdef Xi*0Width:Points 50
newdef Xi*0Width:InterpolationOrder 1
insert Xi*0Width:MEtype 0 1
insert Xi*0Width:MEtype 1 1
insert Xi*0Width:MEcode 0 105
insert Xi*0Width:MEcode 1 105
insert Xi*0Width:MEcoupling 0 0.691304
insert Xi*0Width:MEcoupling 1 0.620944
insert Xi*0Width:ModeOn 0 1
insert Xi*0Width:ModeOn 1 1
insert Xi*0Width:MinimumMasses 0 1.46088
insert Xi*0Width:MinimumMasses 1 1.44981
insert Xi*0Width:MEmass1 0 1.32131
insert Xi*0Width:MEmass1 1 1.31483
insert Xi*0Width:MEmass2 0 0.13957
insert Xi*0Width:MEmass2 1 0.134978
insert Xi*0Width:DecayModes 0 Xi*0->Xi-,pi+;
insert Xi*0Width:DecayModes 1 Xi*0->Xi0,pi0;
insert Xi*0Width:NumberofEntries 0 0
insert Xi*0Width:NumberofEntries 1 0
insert Xi*0Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Xi*0Width:ModeLocation 0 25
insert Xi*0Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Xi*0Width:ModeLocation 1 26
newdef /Herwig/Particles/Xi*0:Width_generator Xi*0Width
newdef /Herwig/Particles/Xi*bar0:Width_generator Xi*0Width
#
create Herwig::BaryonWidthGenerator n(1440)0Width
newdef n(1440)0Width:Particle /Herwig/Particles/n(1440)0
newdef n(1440)0Width:Prefactor 0.998955
newdef n(1440)0Width:BRNormalize 1
newdef n(1440)0Width:BRMinimum 0.01
newdef n(1440)0Width:Points 50
newdef n(1440)0Width:InterpolationOrder 1
insert n(1440)0Width:MEtype 0 1
insert n(1440)0Width:MEtype 1 1
insert n(1440)0Width:MEtype 2 0
insert n(1440)0Width:MEtype 3 2
insert n(1440)0Width:MEtype 4 2
insert n(1440)0Width:MEtype 5 2
insert n(1440)0Width:MEtype 6 1
insert n(1440)0Width:MEcode 0 101
insert n(1440)0Width:MEcode 1 101
insert n(1440)0Width:MEcode 2 0
insert n(1440)0Width:MEcode 3 0
insert n(1440)0Width:MEcode 4 0
insert n(1440)0Width:MEcode 5 0
insert n(1440)0Width:MEcode 6 102
insert n(1440)0Width:MEcoupling 0 1.01314
insert n(1440)0Width:MEcoupling 1 1.01237
insert n(1440)0Width:MEcoupling 2 0.1997
insert n(1440)0Width:MEcoupling 3 0.897481
insert n(1440)0Width:MEcoupling 4 0.83883
insert n(1440)0Width:MEcoupling 5 0.886905
insert n(1440)0Width:MEcoupling 6 1.06736
insert n(1440)0Width:ModeOn 0 1
insert n(1440)0Width:ModeOn 1 1
insert n(1440)0Width:ModeOn 2 1
insert n(1440)0Width:ModeOn 3 1
insert n(1440)0Width:ModeOn 4 1
insert n(1440)0Width:ModeOn 5 1
insert n(1440)0Width:ModeOn 6 0
insert n(1440)0Width:MinimumMasses 0 1.07784
insert n(1440)0Width:MinimumMasses 1 1.07454
insert n(1440)0Width:MinimumMasses 2 1.24957
insert n(1440)0Width:MinimumMasses 3 1.22157
insert n(1440)0Width:MinimumMasses 4 1.21698
insert n(1440)0Width:MinimumMasses 5 1.22157
insert n(1440)0Width:MinimumMasses 6 0.939565
insert n(1440)0Width:MEmass1 0 0.938272
insert n(1440)0Width:MEmass1 1 0.939565
insert n(1440)0Width:MEmass1 2 0
insert n(1440)0Width:MEmass1 3 1.232
insert n(1440)0Width:MEmass1 4 1.232
insert n(1440)0Width:MEmass1 5 1.232
insert n(1440)0Width:MEmass1 6 0.939565
insert n(1440)0Width:MEmass2 0 0.13957
insert n(1440)0Width:MEmass2 1 0.134977
insert n(1440)0Width:MEmass2 2 0
insert n(1440)0Width:MEmass2 3 0.13957
insert n(1440)0Width:MEmass2 4 0.134977
insert n(1440)0Width:MEmass2 5 0.13957
insert n(1440)0Width:MEmass2 6 0
insert n(1440)0Width:DecayModes 0 n(1440)0->p+,pi-;
insert n(1440)0Width:DecayModes 1 n(1440)0->n0,pi0;
insert n(1440)0Width:DecayModes 2 n(1440)0->sigma,n0;
insert n(1440)0Width:DecayModes 3 n(1440)0->Delta-,pi+;
insert n(1440)0Width:DecayModes 4 n(1440)0->Delta0,pi0;
insert n(1440)0Width:DecayModes 5 n(1440)0->Delta+,pi-;
insert n(1440)0Width:DecayModes 6 n(1440)0->n0,gamma;
insert n(1440)0Width:InterpolationMasses 0 1.1840835
insert n(1440)0Width:InterpolationMasses 1 1.2028269
insert n(1440)0Width:InterpolationMasses 2 1.2215704
insert n(1440)0Width:InterpolationMasses 3 1.2234319
insert n(1440)0Width:InterpolationMasses 4 1.2252963
insert n(1440)0Width:InterpolationMasses 5 1.2271635
insert n(1440)0Width:InterpolationMasses 6 1.2290335
insert n(1440)0Width:InterpolationMasses 7 1.2309064
insert n(1440)0Width:InterpolationMasses 8 1.2327822
insert n(1440)0Width:InterpolationMasses 9 1.2346608
insert n(1440)0Width:InterpolationMasses 10 1.2365423
insert n(1440)0Width:InterpolationMasses 11 1.2384266
insert n(1440)0Width:InterpolationMasses 12 1.2403139
insert n(1440)0Width:InterpolationMasses 13 1.2590573
insert n(1440)0Width:InterpolationMasses 14 1.2778008
insert n(1440)0Width:InterpolationMasses 15 1.2965442
insert n(1440)0Width:InterpolationMasses 16 1.3152877
insert n(1440)0Width:InterpolationMasses 17 1.3340312
insert n(1440)0Width:InterpolationMasses 18 1.3527746
insert n(1440)0Width:InterpolationMasses 19 1.3715181
insert n(1440)0Width:InterpolationMasses 20 1.3902615
insert n(1440)0Width:InterpolationMasses 21 1.409005
insert n(1440)0Width:InterpolationMasses 22 1.4277485
insert n(1440)0Width:InterpolationMasses 23 1.4464919
insert n(1440)0Width:InterpolationMasses 24 1.4652354
insert n(1440)0Width:InterpolationMasses 25 1.4839788
insert n(1440)0Width:InterpolationMasses 26 1.5027223
insert n(1440)0Width:InterpolationMasses 27 1.5214658
insert n(1440)0Width:InterpolationMasses 28 1.5402092
insert n(1440)0Width:InterpolationMasses 29 1.5589527
insert n(1440)0Width:InterpolationMasses 30 1.5776962
insert n(1440)0Width:InterpolationMasses 31 1.5964396
insert n(1440)0Width:InterpolationMasses 32 1.6151831
insert n(1440)0Width:InterpolationMasses 33 1.6339265
insert n(1440)0Width:InterpolationMasses 34 1.65267
insert n(1440)0Width:InterpolationMasses 35 1.6714135
insert n(1440)0Width:InterpolationMasses 36 1.6901569
insert n(1440)0Width:InterpolationMasses 37 1.7089004
insert n(1440)0Width:InterpolationMasses 38 1.7276438
insert n(1440)0Width:InterpolationMasses 39 1.7463873
insert n(1440)0Width:InterpolationMasses 40 1.7651308
insert n(1440)0Width:InterpolationMasses 41 1.7838742
insert n(1440)0Width:InterpolationMasses 42 1.8026177
insert n(1440)0Width:InterpolationMasses 43 1.8213612
insert n(1440)0Width:InterpolationMasses 44 1.8401046
insert n(1440)0Width:InterpolationMasses 45 1.8588481
insert n(1440)0Width:InterpolationMasses 46 1.8775915
insert n(1440)0Width:InterpolationMasses 47 1.896335
insert n(1440)0Width:InterpolationMasses 48 1.9150785
insert n(1440)0Width:InterpolationMasses 49 1.9338219
insert n(1440)0Width:InterpolationMasses 50 1.9525654
insert n(1440)0Width:InterpolationMasses 51 1.9713088
insert n(1440)0Width:InterpolationMasses 52 1.9900523
insert n(1440)0Width:InterpolationMasses 53 2.0087958
insert n(1440)0Width:InterpolationMasses 54 2.0275392
insert n(1440)0Width:InterpolationMasses 55 2.0462827
insert n(1440)0Width:InterpolationMasses 56 2.0650262
insert n(1440)0Width:InterpolationMasses 57 2.0837696
insert n(1440)0Width:InterpolationMasses 58 2.1025131
insert n(1440)0Width:InterpolationMasses 59 2.1212565
insert n(1440)0Width:InterpolationMasses 60 2.14
insert n(1440)0Width:InterpolationMasses 61 2.1587435
insert n(1440)0Width:InterpolationMasses 62 2.1774869
insert n(1440)0Width:InterpolationMasses 63 1.1793024
insert n(1440)0Width:InterpolationMasses 64 1.1981396
insert n(1440)0Width:InterpolationMasses 65 1.2169768
insert n(1440)0Width:InterpolationMasses 66 1.2188475
insert n(1440)0Width:InterpolationMasses 67 1.2207211
insert n(1440)0Width:InterpolationMasses 68 1.2225976
insert n(1440)0Width:InterpolationMasses 69 1.224477
insert n(1440)0Width:InterpolationMasses 70 1.2263592
insert n(1440)0Width:InterpolationMasses 71 1.2282444
insert n(1440)0Width:InterpolationMasses 72 1.2301324
insert n(1440)0Width:InterpolationMasses 73 1.2320234
insert n(1440)0Width:InterpolationMasses 74 1.2339172
insert n(1440)0Width:InterpolationMasses 75 1.235814
insert n(1440)0Width:InterpolationMasses 76 1.2546512
insert n(1440)0Width:InterpolationMasses 77 1.2734884
insert n(1440)0Width:InterpolationMasses 78 1.2923256
insert n(1440)0Width:InterpolationMasses 79 1.3111628
insert n(1440)0Width:InterpolationMasses 80 1.33
insert n(1440)0Width:InterpolationMasses 81 1.3488373
insert n(1440)0Width:InterpolationMasses 82 1.3676745
insert n(1440)0Width:InterpolationMasses 83 1.3865117
insert n(1440)0Width:InterpolationMasses 84 1.4053489
insert n(1440)0Width:InterpolationMasses 85 1.4241861
insert n(1440)0Width:InterpolationMasses 86 1.4430233
insert n(1440)0Width:InterpolationMasses 87 1.4618605
insert n(1440)0Width:InterpolationMasses 88 1.4806977
insert n(1440)0Width:InterpolationMasses 89 1.4995349
insert n(1440)0Width:InterpolationMasses 90 1.5183721
insert n(1440)0Width:InterpolationMasses 91 1.5372093
insert n(1440)0Width:InterpolationMasses 92 1.5560465
insert n(1440)0Width:InterpolationMasses 93 1.5748838
insert n(1440)0Width:InterpolationMasses 94 1.593721
insert n(1440)0Width:InterpolationMasses 95 1.6125582
insert n(1440)0Width:InterpolationMasses 96 1.6313954
insert n(1440)0Width:InterpolationMasses 97 1.6502326
insert n(1440)0Width:InterpolationMasses 98 1.6690698
insert n(1440)0Width:InterpolationMasses 99 1.687907
insert n(1440)0Width:InterpolationMasses 100 1.7067442
insert n(1440)0Width:InterpolationMasses 101 1.7255814
insert n(1440)0Width:InterpolationMasses 102 1.7444186
insert n(1440)0Width:InterpolationMasses 103 1.7632558
insert n(1440)0Width:InterpolationMasses 104 1.782093
insert n(1440)0Width:InterpolationMasses 105 1.8009303
insert n(1440)0Width:InterpolationMasses 106 1.8197675
insert n(1440)0Width:InterpolationMasses 107 1.8386047
insert n(1440)0Width:InterpolationMasses 108 1.8574419
insert n(1440)0Width:InterpolationMasses 109 1.8762791
insert n(1440)0Width:InterpolationMasses 110 1.8951163
insert n(1440)0Width:InterpolationMasses 111 1.9139535
insert n(1440)0Width:InterpolationMasses 112 1.9327907
insert n(1440)0Width:InterpolationMasses 113 1.9516279
insert n(1440)0Width:InterpolationMasses 114 1.9704651
insert n(1440)0Width:InterpolationMasses 115 1.9893023
insert n(1440)0Width:InterpolationMasses 116 2.0081395
insert n(1440)0Width:InterpolationMasses 117 2.0269768
insert n(1440)0Width:InterpolationMasses 118 2.045814
insert n(1440)0Width:InterpolationMasses 119 2.0646512
insert n(1440)0Width:InterpolationMasses 120 2.0834884
insert n(1440)0Width:InterpolationMasses 121 2.1023256
insert n(1440)0Width:InterpolationMasses 122 2.1211628
insert n(1440)0Width:InterpolationMasses 123 2.14
insert n(1440)0Width:InterpolationMasses 124 2.1588372
insert n(1440)0Width:InterpolationMasses 125 2.1776744
insert n(1440)0Width:InterpolationMasses 126 1.1840835
insert n(1440)0Width:InterpolationMasses 127 1.2028269
insert n(1440)0Width:InterpolationMasses 128 1.2215704
insert n(1440)0Width:InterpolationMasses 129 1.2234319
insert n(1440)0Width:InterpolationMasses 130 1.2252963
insert n(1440)0Width:InterpolationMasses 131 1.2271635
insert n(1440)0Width:InterpolationMasses 132 1.2290335
insert n(1440)0Width:InterpolationMasses 133 1.2309064
insert n(1440)0Width:InterpolationMasses 134 1.2327822
insert n(1440)0Width:InterpolationMasses 135 1.2346608
insert n(1440)0Width:InterpolationMasses 136 1.2365423
insert n(1440)0Width:InterpolationMasses 137 1.2384266
insert n(1440)0Width:InterpolationMasses 138 1.2403139
insert n(1440)0Width:InterpolationMasses 139 1.2590573
insert n(1440)0Width:InterpolationMasses 140 1.2778008
insert n(1440)0Width:InterpolationMasses 141 1.2965442
insert n(1440)0Width:InterpolationMasses 142 1.3152877
insert n(1440)0Width:InterpolationMasses 143 1.3340312
insert n(1440)0Width:InterpolationMasses 144 1.3527746
insert n(1440)0Width:InterpolationMasses 145 1.3715181
insert n(1440)0Width:InterpolationMasses 146 1.3902615
insert n(1440)0Width:InterpolationMasses 147 1.409005
insert n(1440)0Width:InterpolationMasses 148 1.4277485
insert n(1440)0Width:InterpolationMasses 149 1.4464919
insert n(1440)0Width:InterpolationMasses 150 1.4652354
insert n(1440)0Width:InterpolationMasses 151 1.4839788
insert n(1440)0Width:InterpolationMasses 152 1.5027223
insert n(1440)0Width:InterpolationMasses 153 1.5214658
insert n(1440)0Width:InterpolationMasses 154 1.5402092
insert n(1440)0Width:InterpolationMasses 155 1.5589527
insert n(1440)0Width:InterpolationMasses 156 1.5776962
insert n(1440)0Width:InterpolationMasses 157 1.5964396
insert n(1440)0Width:InterpolationMasses 158 1.6151831
insert n(1440)0Width:InterpolationMasses 159 1.6339265
insert n(1440)0Width:InterpolationMasses 160 1.65267
insert n(1440)0Width:InterpolationMasses 161 1.6714135
insert n(1440)0Width:InterpolationMasses 162 1.6901569
insert n(1440)0Width:InterpolationMasses 163 1.7089004
insert n(1440)0Width:InterpolationMasses 164 1.7276438
insert n(1440)0Width:InterpolationMasses 165 1.7463873
insert n(1440)0Width:InterpolationMasses 166 1.7651308
insert n(1440)0Width:InterpolationMasses 167 1.7838742
insert n(1440)0Width:InterpolationMasses 168 1.8026177
insert n(1440)0Width:InterpolationMasses 169 1.8213612
insert n(1440)0Width:InterpolationMasses 170 1.8401046
insert n(1440)0Width:InterpolationMasses 171 1.8588481
insert n(1440)0Width:InterpolationMasses 172 1.8775915
insert n(1440)0Width:InterpolationMasses 173 1.896335
insert n(1440)0Width:InterpolationMasses 174 1.9150785
insert n(1440)0Width:InterpolationMasses 175 1.9338219
insert n(1440)0Width:InterpolationMasses 176 1.9525654
insert n(1440)0Width:InterpolationMasses 177 1.9713088
insert n(1440)0Width:InterpolationMasses 178 1.9900523
insert n(1440)0Width:InterpolationMasses 179 2.0087958
insert n(1440)0Width:InterpolationMasses 180 2.0275392
insert n(1440)0Width:InterpolationMasses 181 2.0462827
insert n(1440)0Width:InterpolationMasses 182 2.0650262
insert n(1440)0Width:InterpolationMasses 183 2.0837696
insert n(1440)0Width:InterpolationMasses 184 2.1025131
insert n(1440)0Width:InterpolationMasses 185 2.1212565
insert n(1440)0Width:InterpolationMasses 186 2.14
insert n(1440)0Width:InterpolationMasses 187 2.1587435
insert n(1440)0Width:InterpolationMasses 188 2.1774869
insert n(1440)0Width:InterpolationWidths 0 0
insert n(1440)0Width:InterpolationWidths 1 0
insert n(1440)0Width:InterpolationWidths 2 0
insert n(1440)0Width:InterpolationWidths 3 1.6643895e-10
insert n(1440)0Width:InterpolationWidths 4 1.2073004e-09
insert n(1440)0Width:InterpolationWidths 5 4.1581957e-09
insert n(1440)0Width:InterpolationWidths 6 1.0446639e-08
insert n(1440)0Width:InterpolationWidths 7 2.1950555e-08
insert n(1440)0Width:InterpolationWidths 8 4.1051365e-08
insert n(1440)0Width:InterpolationWidths 9 7.0689736e-08
insert n(1440)0Width:InterpolationWidths 10 1.1442554e-07
insert n(1440)0Width:InterpolationWidths 11 1.7650283e-07
insert n(1440)0Width:InterpolationWidths 12 2.6192038e-07
insert n(1440)0Width:InterpolationWidths 13 4.0824224e-06
insert n(1440)0Width:InterpolationWidths 14 2.3967059e-05
insert n(1440)0Width:InterpolationWidths 15 9.3528693e-05
insert n(1440)0Width:InterpolationWidths 16 0.00029353025
insert n(1440)0Width:InterpolationWidths 17 0.00080531909
insert n(1440)0Width:InterpolationWidths 18 0.001981467
insert n(1440)0Width:InterpolationWidths 19 0.0043184379
insert n(1440)0Width:InterpolationWidths 20 0.0082839534
insert n(1440)0Width:InterpolationWidths 21 0.014239565
insert n(1440)0Width:InterpolationWidths 22 0.022485908
insert n(1440)0Width:InterpolationWidths 23 0.033303753
insert n(1440)0Width:InterpolationWidths 24 0.046970745
insert n(1440)0Width:InterpolationWidths 25 0.063767111
insert n(1440)0Width:InterpolationWidths 26 0.083977556
insert n(1440)0Width:InterpolationWidths 27 0.10789184
insert n(1440)0Width:InterpolationWidths 28 0.13580495
insert n(1440)0Width:InterpolationWidths 29 0.16801711
insert n(1440)0Width:InterpolationWidths 30 0.20483379
insert n(1440)0Width:InterpolationWidths 31 0.2465657
insert n(1440)0Width:InterpolationWidths 32 0.2935288
insert n(1440)0Width:InterpolationWidths 33 0.34604435
insert n(1440)0Width:InterpolationWidths 34 0.40443893
insert n(1440)0Width:InterpolationWidths 35 0.46904445
insert n(1440)0Width:InterpolationWidths 36 0.5401983
insert n(1440)0Width:InterpolationWidths 37 0.61824337
insert n(1440)0Width:InterpolationWidths 38 0.7035281
insert n(1440)0Width:InterpolationWidths 39 0.79640659
insert n(1440)0Width:InterpolationWidths 40 0.89723868
insert n(1440)0Width:InterpolationWidths 41 1.00639
insert n(1440)0Width:InterpolationWidths 42 1.124232
insert n(1440)0Width:InterpolationWidths 43 1.2511423
insert n(1440)0Width:InterpolationWidths 44 1.3875042
insert n(1440)0Width:InterpolationWidths 45 1.5337075
insert n(1440)0Width:InterpolationWidths 46 1.6901481
insert n(1440)0Width:InterpolationWidths 47 1.8572279
insert n(1440)0Width:InterpolationWidths 48 2.0353555
insert n(1440)0Width:InterpolationWidths 49 2.2249457
insert n(1440)0Width:InterpolationWidths 50 2.42642
insert n(1440)0Width:InterpolationWidths 51 2.6402021
insert n(1440)0Width:InterpolationWidths 52 2.8667041
insert n(1440)0Width:InterpolationWidths 53 3.1063474
insert n(1440)0Width:InterpolationWidths 54 3.359562
insert n(1440)0Width:InterpolationWidths 55 3.6267843
insert n(1440)0Width:InterpolationWidths 56 3.9084572
insert n(1440)0Width:InterpolationWidths 57 4.2050298
insert n(1440)0Width:InterpolationWidths 58 4.5169574
insert n(1440)0Width:InterpolationWidths 59 4.8447015
insert n(1440)0Width:InterpolationWidths 60 5.1887301
insert n(1440)0Width:InterpolationWidths 61 5.5495176
insert n(1440)0Width:InterpolationWidths 62 5.9275448
insert n(1440)0Width:InterpolationWidths 63 0
insert n(1440)0Width:InterpolationWidths 64 0
insert n(1440)0Width:InterpolationWidths 65 0
insert n(1440)0Width:InterpolationWidths 66 3.0038175e-10
insert n(1440)0Width:InterpolationWidths 67 1.9400769e-09
insert n(1440)0Width:InterpolationWidths 68 6.0707405e-09
insert n(1440)0Width:InterpolationWidths 69 1.4077877e-08
insert n(1440)0Width:InterpolationWidths 70 2.7648214e-08
insert n(1440)0Width:InterpolationWidths 71 4.8813275e-08
insert n(1440)0Width:InterpolationWidths 72 7.9990336e-08
insert n(1440)0Width:InterpolationWidths 73 1.2402465e-07
insert n(1440)0Width:InterpolationWidths 74 1.8423428e-07
insert n(1440)0Width:InterpolationWidths 75 2.6445838e-07
insert n(1440)0Width:InterpolationWidths 76 3.3987092e-06
insert n(1440)0Width:InterpolationWidths 77 1.8319347e-05
insert n(1440)0Width:InterpolationWidths 78 6.8180585e-05
insert n(1440)0Width:InterpolationWidths 79 0.00020768125
insert n(1440)0Width:InterpolationWidths 80 0.0005581802
insert n(1440)0Width:InterpolationWidths 81 0.0013527388
insert n(1440)0Width:InterpolationWidths 82 0.0029158289
insert n(1440)0Width:InterpolationWidths 83 0.0055527228
insert n(1440)0Width:InterpolationWidths 84 0.0095024859
insert n(1440)0Width:InterpolationWidths 85 0.014966827
insert n(1440)0Width:InterpolationWidths 86 0.022135528
insert n(1440)0Width:InterpolationWidths 87 0.03119677
insert n(1440)0Width:InterpolationWidths 88 0.04234065
insert n(1440)0Width:InterpolationWidths 89 0.055760349
insert n(1440)0Width:InterpolationWidths 90 0.071652489
insert n(1440)0Width:InterpolationWidths 91 0.090217235
insert n(1440)0Width:InterpolationWidths 92 0.11165831
insert n(1440)0Width:InterpolationWidths 93 0.13618301
insert n(1440)0Width:InterpolationWidths 94 0.16400218
insert n(1440)0Width:InterpolationWidths 95 0.19533025
insert n(1440)0Width:InterpolationWidths 96 0.23038524
insert n(1440)0Width:InterpolationWidths 97 0.26938883
insert n(1440)0Width:InterpolationWidths 98 0.31256632
insert n(1440)0Width:InterpolationWidths 99 0.36014674
insert n(1440)0Width:InterpolationWidths 100 0.41236289
insert n(1440)0Width:InterpolationWidths 101 0.46945137
insert n(1440)0Width:InterpolationWidths 102 0.53165264
insert n(1440)0Width:InterpolationWidths 103 0.59921106
insert n(1440)0Width:InterpolationWidths 104 0.67237498
insert n(1440)0Width:InterpolationWidths 105 0.75139676
insert n(1440)0Width:InterpolationWidths 106 0.83653282
insert n(1440)0Width:InterpolationWidths 107 0.92804374
insert n(1440)0Width:InterpolationWidths 108 1.0261943
insert n(1440)0Width:InterpolationWidths 109 1.1312535
insert n(1440)0Width:InterpolationWidths 110 1.2434945
insert n(1440)0Width:InterpolationWidths 111 1.3631951
insert n(1440)0Width:InterpolationWidths 112 1.4906373
insert n(1440)0Width:InterpolationWidths 113 1.6261075
insert n(1440)0Width:InterpolationWidths 114 1.7698919
insert n(1440)0Width:InterpolationWidths 115 1.9222704
insert n(1440)0Width:InterpolationWidths 116 2.0835305
insert n(1440)0Width:InterpolationWidths 117 2.2539648
insert n(1440)0Width:InterpolationWidths 118 2.4338703
insert n(1440)0Width:InterpolationWidths 119 2.6235483
insert n(1440)0Width:InterpolationWidths 120 2.8233041
insert n(1440)0Width:InterpolationWidths 121 3.0334476
insert n(1440)0Width:InterpolationWidths 122 3.2542926
insert n(1440)0Width:InterpolationWidths 123 3.4861576
insert n(1440)0Width:InterpolationWidths 124 3.7293653
insert n(1440)0Width:InterpolationWidths 125 3.9842427
insert n(1440)0Width:InterpolationWidths 126 0
insert n(1440)0Width:InterpolationWidths 127 0
insert n(1440)0Width:InterpolationWidths 128 0
insert n(1440)0Width:InterpolationWidths 129 1.7459874e-10
insert n(1440)0Width:InterpolationWidths 130 1.1144558e-09
insert n(1440)0Width:InterpolationWidths 131 3.4519001e-09
insert n(1440)0Width:InterpolationWidths 132 7.9341484e-09
insert n(1440)0Width:InterpolationWidths 133 1.5461565e-08
insert n(1440)0Width:InterpolationWidths 134 2.711102e-08
insert n(1440)0Width:InterpolationWidths 135 4.4157262e-08
insert n(1440)0Width:InterpolationWidths 136 6.809465e-08
insert n(1440)0Width:InterpolationWidths 137 1.0066011e-07
insert n(1440)0Width:InterpolationWidths 138 1.438577e-07
insert n(1440)0Width:InterpolationWidths 139 1.7983603e-06
insert n(1440)0Width:InterpolationWidths 140 9.5553544e-06
insert n(1440)0Width:InterpolationWidths 141 3.5230436e-05
insert n(1440)0Width:InterpolationWidths 142 0.00010655067
insert n(1440)0Width:InterpolationWidths 143 0.00028475252
insert n(1440)0Width:InterpolationWidths 144 0.0006874967
insert n(1440)0Width:InterpolationWidths 145 0.0014797604
insert n(1440)0Width:InterpolationWidths 146 0.0028175332
insert n(1440)0Width:InterpolationWidths 147 0.0048219873
insert n(1440)0Width:InterpolationWidths 148 0.0075939825
insert n(1440)0Width:InterpolationWidths 149 0.011227653
insert n(1440)0Width:InterpolationWidths 150 0.015816035
insert n(1440)0Width:InterpolationWidths 151 0.021453008
insert n(1440)0Width:InterpolationWidths 152 0.028233944
insert n(1440)0Width:InterpolationWidths 153 0.036255908
insert n(1440)0Width:InterpolationWidths 154 0.045617719
insert n(1440)0Width:InterpolationWidths 155 0.056419959
insert n(1440)0Width:InterpolationWidths 156 0.068764972
insert n(1440)0Width:InterpolationWidths 157 0.082756866
insert n(1440)0Width:InterpolationWidths 158 0.098501515
insert n(1440)0Width:InterpolationWidths 159 0.11610657
insert n(1440)0Width:InterpolationWidths 160 0.13568149
insert n(1440)0Width:InterpolationWidths 161 0.1573375
insert n(1440)0Width:InterpolationWidths 162 0.1811877
insert n(1440)0Width:InterpolationWidths 163 0.20734701
insert n(1440)0Width:InterpolationWidths 164 0.23593223
insert n(1440)0Width:InterpolationWidths 165 0.26706207
insert n(1440)0Width:InterpolationWidths 166 0.30085717
insert n(1440)0Width:InterpolationWidths 167 0.3374401
insert n(1440)0Width:InterpolationWidths 168 0.37693543
insert n(1440)0Width:InterpolationWidths 169 0.41946971
insert n(1440)0Width:InterpolationWidths 170 0.46517153
insert n(1440)0Width:InterpolationWidths 171 0.51417157
insert n(1440)0Width:InterpolationWidths 172 0.56660257
insert n(1440)0Width:InterpolationWidths 173 0.62259933
insert n(1440)0Width:InterpolationWidths 174 0.68229886
insert n(1440)0Width:InterpolationWidths 175 0.74584029
insert n(1440)0Width:InterpolationWidths 176 0.81336497
insert n(1440)0Width:InterpolationWidths 177 0.88501499
insert n(1440)0Width:InterpolationWidths 178 0.96092848
insert n(1440)0Width:InterpolationWidths 179 1.0412467
insert n(1440)0Width:InterpolationWidths 180 1.1261139
insert n(1440)0Width:InterpolationWidths 181 1.2156762
insert n(1440)0Width:InterpolationWidths 182 1.3100822
insert n(1440)0Width:InterpolationWidths 183 1.4094825
insert n(1440)0Width:InterpolationWidths 184 1.5140297
insert n(1440)0Width:InterpolationWidths 185 1.6238785
insert n(1440)0Width:InterpolationWidths 186 1.7391859
insert n(1440)0Width:InterpolationWidths 187 1.8601107
insert n(1440)0Width:InterpolationWidths 188 1.9868144
insert n(1440)0Width:NumberofEntries 0 0
insert n(1440)0Width:NumberofEntries 1 0
insert n(1440)0Width:NumberofEntries 2 0
insert n(1440)0Width:NumberofEntries 3 63
insert n(1440)0Width:NumberofEntries 4 126
insert n(1440)0Width:NumberofEntries 5 189
insert n(1440)0Width:NumberofEntries 6 189
insert n(1440)0Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert n(1440)0Width:ModeLocation 0 6
insert n(1440)0Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert n(1440)0Width:ModeLocation 1 7
insert n(1440)0Width:BaryonDecayers 2 NULL
insert n(1440)0Width:ModeLocation 2 -1
insert n(1440)0Width:BaryonDecayers 3 /Herwig/Decays/SU3RoperDecuplet
insert n(1440)0Width:ModeLocation 3 10
insert n(1440)0Width:BaryonDecayers 4 /Herwig/Decays/SU3RoperDecuplet
insert n(1440)0Width:ModeLocation 4 7
insert n(1440)0Width:BaryonDecayers 5 /Herwig/Decays/SU3RoperDecuplet
insert n(1440)0Width:ModeLocation 5 2
insert n(1440)0Width:BaryonDecayers 6 /Herwig/Decays/SU3RoperGamma
insert n(1440)0Width:ModeLocation 6 1
newdef /Herwig/Particles/nbar(1440):Width_generator n(1440)0Width
newdef /Herwig/Particles/n(1440)0:Width_generator n(1440)0Width
#
create Herwig::BaryonWidthGenerator p(1440)+Width
newdef p(1440)+Width:Particle /Herwig/Particles/p(1440)+
newdef p(1440)+Width:Prefactor 0.999071
newdef p(1440)+Width:BRNormalize 1
newdef p(1440)+Width:BRMinimum 0.01
newdef p(1440)+Width:Points 50
newdef p(1440)+Width:InterpolationOrder 1
insert p(1440)+Width:MEtype 0 1
insert p(1440)+Width:MEtype 1 1
insert p(1440)+Width:MEtype 2 0
insert p(1440)+Width:MEtype 3 2
insert p(1440)+Width:MEtype 4 2
insert p(1440)+Width:MEtype 5 2
insert p(1440)+Width:MEtype 6 1
insert p(1440)+Width:MEcode 0 101
insert p(1440)+Width:MEcode 1 101
insert p(1440)+Width:MEcode 2 0
insert p(1440)+Width:MEcode 3 0
insert p(1440)+Width:MEcode 4 0
insert p(1440)+Width:MEcode 5 0
insert p(1440)+Width:MEcode 6 102
insert p(1440)+Width:MEcoupling 0 1.01657
insert p(1440)+Width:MEcoupling 1 1.00898
insert p(1440)+Width:MEcoupling 2 0.199585
insert p(1440)+Width:MEcoupling 3 0.893585
insert p(1440)+Width:MEcoupling 4 0.837709
insert p(1440)+Width:MEcoupling 5 0.888125
insert p(1440)+Width:MEcoupling 6 1.17793
insert p(1440)+Width:ModeOn 0 1
insert p(1440)+Width:ModeOn 1 1
insert p(1440)+Width:ModeOn 2 1
insert p(1440)+Width:ModeOn 3 1
insert p(1440)+Width:ModeOn 4 1
insert p(1440)+Width:ModeOn 5 1
insert p(1440)+Width:ModeOn 6 0
insert p(1440)+Width:MinimumMasses 0 1.07914
insert p(1440)+Width:MinimumMasses 1 1.07325
insert p(1440)+Width:MinimumMasses 2 1.24827
insert p(1440)+Width:MinimumMasses 3 1.22157
insert p(1440)+Width:MinimumMasses 4 1.21698
insert p(1440)+Width:MinimumMasses 5 1.22157
insert p(1440)+Width:MinimumMasses 6 0.938272
insert p(1440)+Width:MEmass1 0 0.939565
insert p(1440)+Width:MEmass1 1 0.938272
insert p(1440)+Width:MEmass1 2 0
insert p(1440)+Width:MEmass1 3 1.232
insert p(1440)+Width:MEmass1 4 1.232
insert p(1440)+Width:MEmass1 5 1.232
insert p(1440)+Width:MEmass1 6 0.938272
insert p(1440)+Width:MEmass2 0 0.13957
insert p(1440)+Width:MEmass2 1 0.134977
insert p(1440)+Width:MEmass2 2 0
insert p(1440)+Width:MEmass2 3 0.13957
insert p(1440)+Width:MEmass2 4 0.134977
insert p(1440)+Width:MEmass2 5 0.13957
insert p(1440)+Width:MEmass2 6 0
insert p(1440)+Width:DecayModes 0 p(1440)+->n0,pi+;
insert p(1440)+Width:DecayModes 1 p(1440)+->p+,pi0;
insert p(1440)+Width:DecayModes 2 p(1440)+->sigma,p+;
insert p(1440)+Width:DecayModes 3 p(1440)+->Delta++,pi-;
insert p(1440)+Width:DecayModes 4 p(1440)+->Delta+,pi0;
insert p(1440)+Width:DecayModes 5 p(1440)+->Delta0,pi+;
insert p(1440)+Width:DecayModes 6 p(1440)+->p+,gamma;
insert p(1440)+Width:InterpolationMasses 0 1.1840835
insert p(1440)+Width:InterpolationMasses 1 1.2028269
insert p(1440)+Width:InterpolationMasses 2 1.2215704
insert p(1440)+Width:InterpolationMasses 3 1.2234319
insert p(1440)+Width:InterpolationMasses 4 1.2252963
insert p(1440)+Width:InterpolationMasses 5 1.2271635
insert p(1440)+Width:InterpolationMasses 6 1.2290335
insert p(1440)+Width:InterpolationMasses 7 1.2309064
insert p(1440)+Width:InterpolationMasses 8 1.2327822
insert p(1440)+Width:InterpolationMasses 9 1.2346608
insert p(1440)+Width:InterpolationMasses 10 1.2365423
insert p(1440)+Width:InterpolationMasses 11 1.2384266
insert p(1440)+Width:InterpolationMasses 12 1.2403139
insert p(1440)+Width:InterpolationMasses 13 1.2590573
insert p(1440)+Width:InterpolationMasses 14 1.2778008
insert p(1440)+Width:InterpolationMasses 15 1.2965442
insert p(1440)+Width:InterpolationMasses 16 1.3152877
insert p(1440)+Width:InterpolationMasses 17 1.3340312
insert p(1440)+Width:InterpolationMasses 18 1.3527746
insert p(1440)+Width:InterpolationMasses 19 1.3715181
insert p(1440)+Width:InterpolationMasses 20 1.3902615
insert p(1440)+Width:InterpolationMasses 21 1.409005
insert p(1440)+Width:InterpolationMasses 22 1.4277485
insert p(1440)+Width:InterpolationMasses 23 1.4464919
insert p(1440)+Width:InterpolationMasses 24 1.4652354
insert p(1440)+Width:InterpolationMasses 25 1.4839788
insert p(1440)+Width:InterpolationMasses 26 1.5027223
insert p(1440)+Width:InterpolationMasses 27 1.5214658
insert p(1440)+Width:InterpolationMasses 28 1.5402092
insert p(1440)+Width:InterpolationMasses 29 1.5589527
insert p(1440)+Width:InterpolationMasses 30 1.5776962
insert p(1440)+Width:InterpolationMasses 31 1.5964396
insert p(1440)+Width:InterpolationMasses 32 1.6151831
insert p(1440)+Width:InterpolationMasses 33 1.6339265
insert p(1440)+Width:InterpolationMasses 34 1.65267
insert p(1440)+Width:InterpolationMasses 35 1.6714135
insert p(1440)+Width:InterpolationMasses 36 1.6901569
insert p(1440)+Width:InterpolationMasses 37 1.7089004
insert p(1440)+Width:InterpolationMasses 38 1.7276438
insert p(1440)+Width:InterpolationMasses 39 1.7463873
insert p(1440)+Width:InterpolationMasses 40 1.7651308
insert p(1440)+Width:InterpolationMasses 41 1.7838742
insert p(1440)+Width:InterpolationMasses 42 1.8026177
insert p(1440)+Width:InterpolationMasses 43 1.8213612
insert p(1440)+Width:InterpolationMasses 44 1.8401046
insert p(1440)+Width:InterpolationMasses 45 1.8588481
insert p(1440)+Width:InterpolationMasses 46 1.8775915
insert p(1440)+Width:InterpolationMasses 47 1.896335
insert p(1440)+Width:InterpolationMasses 48 1.9150785
insert p(1440)+Width:InterpolationMasses 49 1.9338219
insert p(1440)+Width:InterpolationMasses 50 1.9525654
insert p(1440)+Width:InterpolationMasses 51 1.9713088
insert p(1440)+Width:InterpolationMasses 52 1.9900523
insert p(1440)+Width:InterpolationMasses 53 2.0087958
insert p(1440)+Width:InterpolationMasses 54 2.0275392
insert p(1440)+Width:InterpolationMasses 55 2.0462827
insert p(1440)+Width:InterpolationMasses 56 2.0650262
insert p(1440)+Width:InterpolationMasses 57 2.0837696
insert p(1440)+Width:InterpolationMasses 58 2.1025131
insert p(1440)+Width:InterpolationMasses 59 2.1212565
insert p(1440)+Width:InterpolationMasses 60 2.14
insert p(1440)+Width:InterpolationMasses 61 2.1587435
insert p(1440)+Width:InterpolationMasses 62 2.1774869
insert p(1440)+Width:InterpolationMasses 63 1.1793024
insert p(1440)+Width:InterpolationMasses 64 1.1981396
insert p(1440)+Width:InterpolationMasses 65 1.2169768
insert p(1440)+Width:InterpolationMasses 66 1.2188475
insert p(1440)+Width:InterpolationMasses 67 1.2207211
insert p(1440)+Width:InterpolationMasses 68 1.2225976
insert p(1440)+Width:InterpolationMasses 69 1.224477
insert p(1440)+Width:InterpolationMasses 70 1.2263592
insert p(1440)+Width:InterpolationMasses 71 1.2282444
insert p(1440)+Width:InterpolationMasses 72 1.2301324
insert p(1440)+Width:InterpolationMasses 73 1.2320234
insert p(1440)+Width:InterpolationMasses 74 1.2339172
insert p(1440)+Width:InterpolationMasses 75 1.235814
insert p(1440)+Width:InterpolationMasses 76 1.2546512
insert p(1440)+Width:InterpolationMasses 77 1.2734884
insert p(1440)+Width:InterpolationMasses 78 1.2923256
insert p(1440)+Width:InterpolationMasses 79 1.3111628
insert p(1440)+Width:InterpolationMasses 80 1.33
insert p(1440)+Width:InterpolationMasses 81 1.3488373
insert p(1440)+Width:InterpolationMasses 82 1.3676745
insert p(1440)+Width:InterpolationMasses 83 1.3865117
insert p(1440)+Width:InterpolationMasses 84 1.4053489
insert p(1440)+Width:InterpolationMasses 85 1.4241861
insert p(1440)+Width:InterpolationMasses 86 1.4430233
insert p(1440)+Width:InterpolationMasses 87 1.4618605
insert p(1440)+Width:InterpolationMasses 88 1.4806977
insert p(1440)+Width:InterpolationMasses 89 1.4995349
insert p(1440)+Width:InterpolationMasses 90 1.5183721
insert p(1440)+Width:InterpolationMasses 91 1.5372093
insert p(1440)+Width:InterpolationMasses 92 1.5560465
insert p(1440)+Width:InterpolationMasses 93 1.5748838
insert p(1440)+Width:InterpolationMasses 94 1.593721
insert p(1440)+Width:InterpolationMasses 95 1.6125582
insert p(1440)+Width:InterpolationMasses 96 1.6313954
insert p(1440)+Width:InterpolationMasses 97 1.6502326
insert p(1440)+Width:InterpolationMasses 98 1.6690698
insert p(1440)+Width:InterpolationMasses 99 1.687907
insert p(1440)+Width:InterpolationMasses 100 1.7067442
insert p(1440)+Width:InterpolationMasses 101 1.7255814
insert p(1440)+Width:InterpolationMasses 102 1.7444186
insert p(1440)+Width:InterpolationMasses 103 1.7632558
insert p(1440)+Width:InterpolationMasses 104 1.782093
insert p(1440)+Width:InterpolationMasses 105 1.8009303
insert p(1440)+Width:InterpolationMasses 106 1.8197675
insert p(1440)+Width:InterpolationMasses 107 1.8386047
insert p(1440)+Width:InterpolationMasses 108 1.8574419
insert p(1440)+Width:InterpolationMasses 109 1.8762791
insert p(1440)+Width:InterpolationMasses 110 1.8951163
insert p(1440)+Width:InterpolationMasses 111 1.9139535
insert p(1440)+Width:InterpolationMasses 112 1.9327907
insert p(1440)+Width:InterpolationMasses 113 1.9516279
insert p(1440)+Width:InterpolationMasses 114 1.9704651
insert p(1440)+Width:InterpolationMasses 115 1.9893023
insert p(1440)+Width:InterpolationMasses 116 2.0081395
insert p(1440)+Width:InterpolationMasses 117 2.0269768
insert p(1440)+Width:InterpolationMasses 118 2.045814
insert p(1440)+Width:InterpolationMasses 119 2.0646512
insert p(1440)+Width:InterpolationMasses 120 2.0834884
insert p(1440)+Width:InterpolationMasses 121 2.1023256
insert p(1440)+Width:InterpolationMasses 122 2.1211628
insert p(1440)+Width:InterpolationMasses 123 2.14
insert p(1440)+Width:InterpolationMasses 124 2.1588372
insert p(1440)+Width:InterpolationMasses 125 2.1776744
insert p(1440)+Width:InterpolationMasses 126 1.1840835
insert p(1440)+Width:InterpolationMasses 127 1.2028269
insert p(1440)+Width:InterpolationMasses 128 1.2215704
insert p(1440)+Width:InterpolationMasses 129 1.2234319
insert p(1440)+Width:InterpolationMasses 130 1.2252963
insert p(1440)+Width:InterpolationMasses 131 1.2271635
insert p(1440)+Width:InterpolationMasses 132 1.2290335
insert p(1440)+Width:InterpolationMasses 133 1.2309064
insert p(1440)+Width:InterpolationMasses 134 1.2327822
insert p(1440)+Width:InterpolationMasses 135 1.2346608
insert p(1440)+Width:InterpolationMasses 136 1.2365423
insert p(1440)+Width:InterpolationMasses 137 1.2384266
insert p(1440)+Width:InterpolationMasses 138 1.2403139
insert p(1440)+Width:InterpolationMasses 139 1.2590573
insert p(1440)+Width:InterpolationMasses 140 1.2778008
insert p(1440)+Width:InterpolationMasses 141 1.2965442
insert p(1440)+Width:InterpolationMasses 142 1.3152877
insert p(1440)+Width:InterpolationMasses 143 1.3340312
insert p(1440)+Width:InterpolationMasses 144 1.3527746
insert p(1440)+Width:InterpolationMasses 145 1.3715181
insert p(1440)+Width:InterpolationMasses 146 1.3902615
insert p(1440)+Width:InterpolationMasses 147 1.409005
insert p(1440)+Width:InterpolationMasses 148 1.4277485
insert p(1440)+Width:InterpolationMasses 149 1.4464919
insert p(1440)+Width:InterpolationMasses 150 1.4652354
insert p(1440)+Width:InterpolationMasses 151 1.4839788
insert p(1440)+Width:InterpolationMasses 152 1.5027223
insert p(1440)+Width:InterpolationMasses 153 1.5214658
insert p(1440)+Width:InterpolationMasses 154 1.5402092
insert p(1440)+Width:InterpolationMasses 155 1.5589527
insert p(1440)+Width:InterpolationMasses 156 1.5776962
insert p(1440)+Width:InterpolationMasses 157 1.5964396
insert p(1440)+Width:InterpolationMasses 158 1.6151831
insert p(1440)+Width:InterpolationMasses 159 1.6339265
insert p(1440)+Width:InterpolationMasses 160 1.65267
insert p(1440)+Width:InterpolationMasses 161 1.6714135
insert p(1440)+Width:InterpolationMasses 162 1.6901569
insert p(1440)+Width:InterpolationMasses 163 1.7089004
insert p(1440)+Width:InterpolationMasses 164 1.7276438
insert p(1440)+Width:InterpolationMasses 165 1.7463873
insert p(1440)+Width:InterpolationMasses 166 1.7651308
insert p(1440)+Width:InterpolationMasses 167 1.7838742
insert p(1440)+Width:InterpolationMasses 168 1.8026177
insert p(1440)+Width:InterpolationMasses 169 1.8213612
insert p(1440)+Width:InterpolationMasses 170 1.8401046
insert p(1440)+Width:InterpolationMasses 171 1.8588481
insert p(1440)+Width:InterpolationMasses 172 1.8775915
insert p(1440)+Width:InterpolationMasses 173 1.896335
insert p(1440)+Width:InterpolationMasses 174 1.9150785
insert p(1440)+Width:InterpolationMasses 175 1.9338219
insert p(1440)+Width:InterpolationMasses 176 1.9525654
insert p(1440)+Width:InterpolationMasses 177 1.9713088
insert p(1440)+Width:InterpolationMasses 178 1.9900523
insert p(1440)+Width:InterpolationMasses 179 2.0087958
insert p(1440)+Width:InterpolationMasses 180 2.0275392
insert p(1440)+Width:InterpolationMasses 181 2.0462827
insert p(1440)+Width:InterpolationMasses 182 2.0650262
insert p(1440)+Width:InterpolationMasses 183 2.0837696
insert p(1440)+Width:InterpolationMasses 184 2.1025131
insert p(1440)+Width:InterpolationMasses 185 2.1212565
insert p(1440)+Width:InterpolationMasses 186 2.14
insert p(1440)+Width:InterpolationMasses 187 2.1587435
insert p(1440)+Width:InterpolationMasses 188 2.1774869
insert p(1440)+Width:InterpolationWidths 0 0
insert p(1440)+Width:InterpolationWidths 1 0
insert p(1440)+Width:InterpolationWidths 2 0
insert p(1440)+Width:InterpolationWidths 3 2.664884e-10
insert p(1440)+Width:InterpolationWidths 4 1.8173797e-09
insert p(1440)+Width:InterpolationWidths 5 5.9575774e-09
insert p(1440)+Width:InterpolationWidths 6 1.4378688e-08
insert p(1440)+Width:InterpolationWidths 7 2.9231184e-08
insert p(1440)+Width:InterpolationWidths 8 5.3181563e-08
insert p(1440)+Width:InterpolationWidths 9 8.9470194e-08
insert p(1440)+Width:InterpolationWidths 10 1.4197271e-07
insert p(1440)+Width:InterpolationWidths 11 2.1526614e-07
insert p(1440)+Width:InterpolationWidths 12 3.1470045e-07
insert p(1440)+Width:InterpolationWidths 13 4.5112384e-06
insert p(1440)+Width:InterpolationWidths 14 2.5550239e-05
insert p(1440)+Width:InterpolationWidths 15 9.7723442e-05
insert p(1440)+Width:InterpolationWidths 16 0.00030271232
insert p(1440)+Width:InterpolationWidths 17 0.00082278173
insert p(1440)+Width:InterpolationWidths 18 0.0020106643
insert p(1440)+Width:InterpolationWidths 19 0.0043621994
insert p(1440)+Width:InterpolationWidths 20 0.0083451891
insert p(1440)+Width:InterpolationWidths 21 0.014321965
insert p(1440)+Width:InterpolationWidths 22 0.022593945
insert p(1440)+Width:InterpolationWidths 23 0.033442555
insert p(1440)+Width:InterpolationWidths 24 0.047146023
insert p(1440)+Width:InterpolationWidths 25 0.063985151
insert p(1440)+Width:InterpolationWidths 26 0.084245207
insert p(1440)+Width:InterpolationWidths 27 0.10821653
insert p(1440)+Width:InterpolationWidths 28 0.1361947
insert p(1440)+Width:InterpolationWidths 29 0.16848057
insert p(1440)+Width:InterpolationWidths 30 0.20538023
insert p(1440)+Width:InterpolationWidths 31 0.24720505
insert p(1440)+Width:InterpolationWidths 32 0.29427168
insert p(1440)+Width:InterpolationWidths 33 0.34690205
insert p(1440)+Width:InterpolationWidths 34 0.40542351
insert p(1440)+Width:InterpolationWidths 35 0.47016867
insert p(1440)+Width:InterpolationWidths 36 0.5414757
insert p(1440)+Width:InterpolationWidths 37 0.61968829
insert p(1440)+Width:InterpolationWidths 38 0.70515568
insert p(1440)+Width:InterpolationWidths 39 0.79823282
insert p(1440)+Width:InterpolationWidths 40 0.89928039
insert p(1440)+Width:InterpolationWidths 41 1.0086649
insert p(1440)+Width:InterpolationWidths 42 1.1267587
insert p(1440)+Width:InterpolationWidths 43 1.2539403
insert p(1440)+Width:InterpolationWidths 44 1.3905941
insert p(1440)+Width:InterpolationWidths 45 1.5371108
insert p(1440)+Width:InterpolationWidths 46 1.6938871
insert p(1440)+Width:InterpolationWidths 47 1.8613262
insert p(1440)+Width:InterpolationWidths 48 2.0398375
insert p(1440)+Width:InterpolationWidths 49 2.2298371
insert p(1440)+Width:InterpolationWidths 50 2.4317473
insert p(1440)+Width:InterpolationWidths 51 2.6459932
insert p(1440)+Width:InterpolationWidths 52 2.8729876
insert p(1440)+Width:InterpolationWidths 53 3.113153
insert p(1440)+Width:InterpolationWidths 54 3.3669204
insert p(1440)+Width:InterpolationWidths 55 3.6347273
insert p(1440)+Width:InterpolationWidths 56 3.9170175
insert p(1440)+Width:InterpolationWidths 57 4.2142413
insert p(1440)+Width:InterpolationWidths 58 4.5268551
insert p(1440)+Width:InterpolationWidths 59 4.8553215
insert p(1440)+Width:InterpolationWidths 60 5.2001095
insert p(1440)+Width:InterpolationWidths 61 5.5616948
insert p(1440)+Width:InterpolationWidths 62 5.9405592
insert p(1440)+Width:InterpolationWidths 63 0
insert p(1440)+Width:InterpolationWidths 64 0
insert p(1440)+Width:InterpolationWidths 65 0
insert p(1440)+Width:InterpolationWidths 66 3.3713059e-10
insert p(1440)+Width:InterpolationWidths 67 2.153595e-09
insert p(1440)+Width:InterpolationWidths 68 6.6754772e-09
insert p(1440)+Width:InterpolationWidths 69 1.5354214e-08
insert p(1440)+Width:InterpolationWidths 70 2.9940982e-08
insert p(1440)+Width:InterpolationWidths 71 5.2532479e-08
insert p(1440)+Width:InterpolationWidths 72 8.5612963e-08
insert p(1440)+Width:InterpolationWidths 73 1.3209711e-07
insert p(1440)+Width:InterpolationWidths 74 1.9537534e-07
insert p(1440)+Width:InterpolationWidths 75 2.7936235e-07
insert p(1440)+Width:InterpolationWidths 76 3.5063978e-06
insert p(1440)+Width:InterpolationWidths 77 1.869217e-05
insert p(1440)+Width:InterpolationWidths 78 6.9128585e-05
insert p(1440)+Width:InterpolationWidths 79 0.00020969796
insert p(1440)+Width:InterpolationWidths 80 0.00056193847
insert p(1440)+Width:InterpolationWidths 81 0.0013589394
insert p(1440)+Width:InterpolationWidths 82 0.0029250571
insert p(1440)+Width:InterpolationWidths 83 0.0055655916
insert p(1440)+Width:InterpolationWidths 84 0.0095197658
insert p(1440)+Width:InterpolationWidths 85 0.014989444
insert p(1440)+Width:InterpolationWidths 86 0.022164542
insert p(1440)+Width:InterpolationWidths 87 0.031233357
insert p(1440)+Width:InterpolationWidths 88 0.042386104
insert p(1440)+Width:InterpolationWidths 89 0.05581608
insert p(1440)+Width:InterpolationWidths 90 0.071720024
insert p(1440)+Width:InterpolationWidths 91 0.090298224
insert p(1440)+Width:InterpolationWidths 92 0.11175453
insert p(1440)+Width:InterpolationWidths 93 0.13629637
insert p(1440)+Width:InterpolationWidths 94 0.16413471
insert p(1440)+Width:InterpolationWidths 95 0.19548414
insert p(1440)+Width:InterpolationWidths 96 0.23056281
insert p(1440)+Width:InterpolationWidths 97 0.26959255
insert p(1440)+Width:InterpolationWidths 98 0.31279881
insert p(1440)+Width:InterpolationWidths 99 0.36041079
insert p(1440)+Width:InterpolationWidths 100 0.41266144
insert p(1440)+Width:InterpolationWidths 101 0.46978752
insert p(1440)+Width:InterpolationWidths 102 0.53202967
insert p(1440)+Width:InterpolationWidths 103 0.59963243
insert p(1440)+Width:InterpolationWidths 104 0.67284432
insert p(1440)+Width:InterpolationWidths 105 0.75191789
insert p(1440)+Width:InterpolationWidths 106 0.83710975
insert p(1440)+Width:InterpolationWidths 107 0.92868068
insert p(1440)+Width:InterpolationWidths 108 1.0268956
insert p(1440)+Width:InterpolationWidths 109 1.1320239
insert p(1440)+Width:InterpolationWidths 110 1.2443387
insert p(1440)+Width:InterpolationWidths 111 1.3641182
insert p(1440)+Width:InterpolationWidths 112 1.4916445
insert p(1440)+Width:InterpolationWidths 113 1.6272043
insert p(1440)+Width:InterpolationWidths 114 1.7710839
insert p(1440)+Width:InterpolationWidths 115 1.9235636
insert p(1440)+Width:InterpolationWidths 116 2.084931
insert p(1440)+Width:InterpolationWidths 117 2.2554788
insert p(1440)+Width:InterpolationWidths 118 2.4355044
insert p(1440)+Width:InterpolationWidths 119 2.6253091
insert p(1440)+Width:InterpolationWidths 120 2.8251987
insert p(1440)+Width:InterpolationWidths 121 3.0354831
insert p(1440)+Width:InterpolationWidths 122 3.2564765
insert p(1440)+Width:InterpolationWidths 123 3.4884974
insert p(1440)+Width:InterpolationWidths 124 3.7318689
insert p(1440)+Width:InterpolationWidths 125 3.9869182
insert p(1440)+Width:InterpolationWidths 126 0
insert p(1440)+Width:InterpolationWidths 127 0
insert p(1440)+Width:InterpolationWidths 128 0
insert p(1440)+Width:InterpolationWidths 129 1.5555765e-10
insert p(1440)+Width:InterpolationWidths 130 1.0038647e-09
insert p(1440)+Width:InterpolationWidths 131 3.1387952e-09
insert p(1440)+Width:InterpolationWidths 132 7.2735639e-09
insert p(1440)+Width:InterpolationWidths 133 1.4275347e-08
insert p(1440)+Width:InterpolationWidths 134 2.5187495e-08
insert p(1440)+Width:InterpolationWidths 135 4.1250342e-08
insert p(1440)+Width:InterpolationWidths 136 6.3922611e-08
insert p(1440)+Width:InterpolationWidths 137 9.4904131e-08
insert p(1440)+Width:InterpolationWidths 138 1.3616025e-07
insert p(1440)+Width:InterpolationWidths 139 1.7429052e-06
insert p(1440)+Width:InterpolationWidths 140 9.3638573e-06
insert p(1440)+Width:InterpolationWidths 141 3.4744595e-05
insert p(1440)+Width:InterpolationWidths 142 0.00010551899
insert p(1440)+Width:InterpolationWidths 143 0.00028283187
insert p(1440)+Width:InterpolationWidths 144 0.00068432856
insert p(1440)+Width:InterpolationWidths 145 0.0014750477
insert p(1440)+Width:InterpolationWidths 146 0.0028109697
insert p(1440)+Width:InterpolationWidths 147 0.004813187
insert p(1440)+Width:InterpolationWidths 148 0.0075824804
insert p(1440)+Width:InterpolationWidths 149 0.011212917
insert p(1440)+Width:InterpolationWidths 150 0.015797474
insert p(1440)+Width:InterpolationWidths 151 0.021429973
insert p(1440)+Width:InterpolationWidths 152 0.028205728
insert p(1440)+Width:InterpolationWidths 153 0.036221746
insert p(1440)+Width:InterpolationWidths 154 0.045576786
insert p(1440)+Width:InterpolationWidths 155 0.056371366
insert p(1440)+Width:InterpolationWidths 156 0.068707767
insert p(1440)+Width:InterpolationWidths 157 0.08269003
insert p(1440)+Width:InterpolationWidths 158 0.098423962
insert p(1440)+Width:InterpolationWidths 159 0.11601714
insert p(1440)+Width:InterpolationWidths 160 0.13557895
insert p(1440)+Width:InterpolationWidths 161 0.15722055
insert p(1440)+Width:InterpolationWidths 162 0.18105495
insert p(1440)+Width:InterpolationWidths 163 0.20719699
insert p(1440)+Width:InterpolationWidths 164 0.23576341
insert p(1440)+Width:InterpolationWidths 165 0.26687281
insert p(1440)+Width:InterpolationWidths 166 0.30064575
insert p(1440)+Width:InterpolationWidths 167 0.33720472
insert p(1440)+Width:InterpolationWidths 168 0.37667418
insert p(1440)+Width:InterpolationWidths 169 0.41918061
insert p(1440)+Width:InterpolationWidths 170 0.4648525
insert p(1440)+Width:InterpolationWidths 171 0.5138204
insert p(1440)+Width:InterpolationWidths 172 0.566217
insert p(1440)+Width:InterpolationWidths 173 0.62217696
insert p(1440)+Width:InterpolationWidths 174 0.68183718
insert p(1440)+Width:InterpolationWidths 175 0.74533672
insert p(1440)+Width:InterpolationWidths 176 0.81281678
insert p(1440)+Width:InterpolationWidths 177 0.88441937
insert p(1440)+Width:InterpolationWidths 178 0.96028251
insert p(1440)+Width:InterpolationWidths 179 1.0405474
insert p(1440)+Width:InterpolationWidths 180 1.125358
insert p(1440)+Width:InterpolationWidths 181 1.2148606
insert p(1440)+Width:InterpolationWidths 182 1.3092036
insert p(1440)+Width:InterpolationWidths 183 1.4085374
insert p(1440)+Width:InterpolationWidths 184 1.5130145
insert p(1440)+Width:InterpolationWidths 185 1.6227896
insert p(1440)+Width:InterpolationWidths 186 1.7380195
insert p(1440)+Width:InterpolationWidths 187 1.858863
insert p(1440)+Width:InterpolationWidths 188 1.9854812
insert p(1440)+Width:NumberofEntries 0 0
insert p(1440)+Width:NumberofEntries 1 0
insert p(1440)+Width:NumberofEntries 2 0
insert p(1440)+Width:NumberofEntries 3 63
insert p(1440)+Width:NumberofEntries 4 126
insert p(1440)+Width:NumberofEntries 5 189
insert p(1440)+Width:NumberofEntries 6 189
insert p(1440)+Width:BaryonDecayers 0 /Herwig/Decays/SU3StrongRoper
insert p(1440)+Width:ModeLocation 0 0
insert p(1440)+Width:BaryonDecayers 1 /Herwig/Decays/SU3StrongRoper
insert p(1440)+Width:ModeLocation 1 1
insert p(1440)+Width:BaryonDecayers 2 NULL
insert p(1440)+Width:ModeLocation 2 -1
insert p(1440)+Width:BaryonDecayers 3 /Herwig/Decays/SU3RoperDecuplet
insert p(1440)+Width:ModeLocation 3 0
insert p(1440)+Width:BaryonDecayers 4 /Herwig/Decays/SU3RoperDecuplet
insert p(1440)+Width:ModeLocation 4 3
insert p(1440)+Width:BaryonDecayers 5 /Herwig/Decays/SU3RoperDecuplet
insert p(1440)+Width:ModeLocation 5 6
insert p(1440)+Width:BaryonDecayers 6 /Herwig/Decays/SU3RoperGamma
insert p(1440)+Width:ModeLocation 6 0
newdef /Herwig/Particles/p(1440)+:Width_generator p(1440)+Width
newdef /Herwig/Particles/pbar(1440):Width_generator p(1440)+Width
#
create Herwig::GenericWidthGenerator chi_c22PWidth
newdef chi_c22PWidth:Particle /Herwig/Particles/chi_c2(2P)
newdef chi_c22PWidth:Prefactor 1.00001
newdef chi_c22PWidth:BRNormalize 1
newdef chi_c22PWidth:BRMinimum 0.01
newdef chi_c22PWidth:Points 50
newdef chi_c22PWidth:InterpolationOrder 1
insert chi_c22PWidth:MEtype 0 1
insert chi_c22PWidth:MEtype 1 1
insert chi_c22PWidth:MEtype 2 1
insert chi_c22PWidth:MEcode 0 7
insert chi_c22PWidth:MEcode 1 7
insert chi_c22PWidth:MEcode 2 0
insert chi_c22PWidth:MEcoupling 0 87.5236
insert chi_c22PWidth:MEcoupling 1 87.71
insert chi_c22PWidth:MEcoupling 2 0.00333621
insert chi_c22PWidth:ModeOn 0 1
insert chi_c22PWidth:ModeOn 1 1
insert chi_c22PWidth:ModeOn 2 0
insert chi_c22PWidth:MinimumMasses 0 3.72968
insert chi_c22PWidth:MinimumMasses 1 3.73932
insert chi_c22PWidth:MinimumMasses 2 0
insert chi_c22PWidth:MEmass1 0 1.86484
insert chi_c22PWidth:MEmass1 1 1.86966
insert chi_c22PWidth:MEmass1 2 0
insert chi_c22PWidth:MEmass2 0 1.86484
insert chi_c22PWidth:MEmass2 1 1.86966
insert chi_c22PWidth:MEmass2 2 0
insert chi_c22PWidth:DecayModes 0 chi_c2(2P)->D0,Dbar0;
insert chi_c22PWidth:DecayModes 1 chi_c2(2P)->D+,D-;
insert chi_c22PWidth:DecayModes 2 chi_c2(2P)->gamma,gamma;
insert chi_c22PWidth:NumberofEntries 0 0
insert chi_c22PWidth:NumberofEntries 1 0
insert chi_c22PWidth:NumberofEntries 2 0
newdef /Herwig/Particles/chi_c2(2P):Width_generator chi_c22PWidth
#
create Herwig::GenericWidthGenerator kappa0width
newdef kappa0width:Particle /Herwig/Particles/kappa0
newdef kappa0width:Prefactor 1
newdef kappa0width:BRNormalize 1
newdef kappa0width:BRMinimum 0.01
newdef kappa0width:Points 50
newdef kappa0width:InterpolationOrder 1
insert kappa0width:MEtype 0 1
insert kappa0width:MEtype 1 1
insert kappa0width:MEcode 0 6
insert kappa0width:MEcode 1 6
insert kappa0width:MEcoupling 0 6.42306
insert kappa0width:MEcoupling 1 4.55093
insert kappa0width:ModeOn 0 1
insert kappa0width:ModeOn 1 1
insert kappa0width:MinimumMasses 0 0.633247
insert kappa0width:MinimumMasses 1 0.632626
insert kappa0width:MEmass1 0 0.493677
insert kappa0width:MEmass1 1 0.497648
insert kappa0width:MEmass2 0 0.13957
insert kappa0width:MEmass2 1 0.134978
insert kappa0width:DecayModes 0 kappa0->K+,pi-;
insert kappa0width:DecayModes 1 kappa0->K0,pi0;
insert kappa0width:NumberofEntries 0 0
insert kappa0width:NumberofEntries 1 0
newdef /Herwig/Particles/kappa0:Width_generator kappa0width
newdef /Herwig/Particles/kappabar0:Width_generator kappa0width
#
create Herwig::GenericWidthGenerator kappa+width
newdef kappa+width:Particle /Herwig/Particles/kappa+
newdef kappa+width:Prefactor 1
newdef kappa+width:BRNormalize 1
newdef kappa+width:BRMinimum 0.01
newdef kappa+width:Points 50
newdef kappa+width:InterpolationOrder 1
insert kappa+width:MEtype 0 1
insert kappa+width:MEtype 1 1
insert kappa+width:MEcode 0 6
insert kappa+width:MEcode 1 6
insert kappa+width:MEcoupling 0 4.52693
insert kappa+width:MEcoupling 1 6.45765
insert kappa+width:ModeOn 0 1
insert kappa+width:ModeOn 1 1
insert kappa+width:MinimumMasses 0 0.628655
insert kappa+width:MinimumMasses 1 0.637218
insert kappa+width:MEmass1 0 0.493677
insert kappa+width:MEmass1 1 0.497648
insert kappa+width:MEmass2 0 0.134978
insert kappa+width:MEmass2 1 0.13957
insert kappa+width:DecayModes 0 kappa+->K+,pi0;
insert kappa+width:DecayModes 1 kappa+->K0,pi+;
insert kappa+width:NumberofEntries 0 0
insert kappa+width:NumberofEntries 1 0
newdef /Herwig/Particles/kappa-:Width_generator kappa+width
newdef /Herwig/Particles/kappa+:Width_generator kappa+width
#
create Herwig::BaryonWidthGenerator n(1535)0Width
newdef n(1535)0Width:Particle /Herwig/Particles/n(1535)0
newdef n(1535)0Width:Prefactor 1.02393
newdef n(1535)0Width:BRNormalize 1
newdef n(1535)0Width:BRMinimum 0.01
newdef n(1535)0Width:Points 50
newdef n(1535)0Width:InterpolationOrder 1
insert n(1535)0Width:MEtype 0 2
insert n(1535)0Width:MEtype 1 1
insert n(1535)0Width:MEtype 2 1
insert n(1535)0Width:MEtype 3 2
insert n(1535)0Width:MEtype 4 2
insert n(1535)0Width:MEtype 5 0
insert n(1535)0Width:MEtype 6 0
insert n(1535)0Width:MEtype 7 2
insert n(1535)0Width:MEtype 8 0
insert n(1535)0Width:MEtype 9 2
insert n(1535)0Width:MEtype 10 2
insert n(1535)0Width:MEtype 11 1
insert n(1535)0Width:MEcode 0 0
insert n(1535)0Width:MEcode 1 101
insert n(1535)0Width:MEcode 2 101
insert n(1535)0Width:MEcode 3 0
insert n(1535)0Width:MEcode 4 0
insert n(1535)0Width:MEcode 5 0
insert n(1535)0Width:MEcode 6 0
insert n(1535)0Width:MEcode 7 0
insert n(1535)0Width:MEcode 8 0
insert n(1535)0Width:MEcode 9 0
insert n(1535)0Width:MEcode 10 0
insert n(1535)0Width:MEcode 11 102
insert n(1535)0Width:MEcoupling 0 0.886282
insert n(1535)0Width:MEcoupling 1 1.08445
insert n(1535)0Width:MEcoupling 2 1.08602
insert n(1535)0Width:MEcoupling 3 79.7152
insert n(1535)0Width:MEcoupling 4 75.0954
insert n(1535)0Width:MEcoupling 5 0.02
insert n(1535)0Width:MEcoupling 6 0.01825
insert n(1535)0Width:MEcoupling 7 3.93853
insert n(1535)0Width:MEcoupling 8 0.01
insert n(1535)0Width:MEcoupling 9 3.80871
insert n(1535)0Width:MEcoupling 10 3.90787
insert n(1535)0Width:MEcoupling 11 0.992089
insert n(1535)0Width:ModeOn 0 1
insert n(1535)0Width:ModeOn 1 1
insert n(1535)0Width:ModeOn 2 1
insert n(1535)0Width:ModeOn 3 1
insert n(1535)0Width:ModeOn 4 1
insert n(1535)0Width:ModeOn 5 1
insert n(1535)0Width:ModeOn 6 1
insert n(1535)0Width:ModeOn 7 1
insert n(1535)0Width:ModeOn 8 0
insert n(1535)0Width:ModeOn 9 0
insert n(1535)0Width:ModeOn 10 0
insert n(1535)0Width:ModeOn 11 0
insert n(1535)0Width:MinimumMasses 0 1.48741
insert n(1535)0Width:MinimumMasses 1 1.07784
insert n(1535)0Width:MinimumMasses 2 1.07454
insert n(1535)0Width:MinimumMasses 3 1.22957
insert n(1535)0Width:MinimumMasses 4 1.22498
insert n(1535)0Width:MinimumMasses 5 1.31353
insert n(1535)0Width:MinimumMasses 6 1.24957
insert n(1535)0Width:MinimumMasses 7 1.22157
insert n(1535)0Width:MinimumMasses 8 1.31483
insert n(1535)0Width:MinimumMasses 9 1.21698
insert n(1535)0Width:MinimumMasses 10 1.22157
insert n(1535)0Width:MinimumMasses 11 0.939565
insert n(1535)0Width:MEmass1 0 0.939565
insert n(1535)0Width:MEmass1 1 0.938272
insert n(1535)0Width:MEmass1 2 0.939565
insert n(1535)0Width:MEmass1 3 1.44
insert n(1535)0Width:MEmass1 4 1.44
insert n(1535)0Width:MEmass1 5 0
insert n(1535)0Width:MEmass1 6 0
insert n(1535)0Width:MEmass1 7 1.232
insert n(1535)0Width:MEmass1 8 0
insert n(1535)0Width:MEmass1 9 1.232
insert n(1535)0Width:MEmass1 10 1.232
insert n(1535)0Width:MEmass1 11 0.939565
insert n(1535)0Width:MEmass2 0 0.547862
insert n(1535)0Width:MEmass2 1 0.13957
insert n(1535)0Width:MEmass2 2 0.134977
insert n(1535)0Width:MEmass2 3 0.13957
insert n(1535)0Width:MEmass2 4 0.134977
insert n(1535)0Width:MEmass2 5 0
insert n(1535)0Width:MEmass2 6 0
insert n(1535)0Width:MEmass2 7 0.13957
insert n(1535)0Width:MEmass2 8 0
insert n(1535)0Width:MEmass2 9 0.134977
insert n(1535)0Width:MEmass2 10 0.13957
insert n(1535)0Width:MEmass2 11 0
insert n(1535)0Width:DecayModes 0 n(1535)0->n0,eta;
insert n(1535)0Width:DecayModes 1 n(1535)0->p+,pi-;
insert n(1535)0Width:DecayModes 2 n(1535)0->n0,pi0;
insert n(1535)0Width:DecayModes 3 n(1535)0->p(1440)+,pi-;
insert n(1535)0Width:DecayModes 4 n(1535)0->n(1440)0,pi0;
insert n(1535)0Width:DecayModes 5 n(1535)0->p+,rho-;
insert n(1535)0Width:DecayModes 6 n(1535)0->sigma,n0;
insert n(1535)0Width:DecayModes 7 n(1535)0->Delta-,pi+;
insert n(1535)0Width:DecayModes 8 n(1535)0->n0,rho0;
insert n(1535)0Width:DecayModes 9 n(1535)0->Delta0,pi0;
insert n(1535)0Width:DecayModes 10 n(1535)0->Delta+,pi-;
insert n(1535)0Width:DecayModes 11 n(1535)0->n0,gamma;
insert n(1535)0Width:InterpolationMasses 0 1.4611863
insert n(1535)0Width:InterpolationMasses 1 1.4743003
insert n(1535)0Width:InterpolationMasses 2 1.4874143
insert n(1535)0Width:InterpolationMasses 3 1.4887205
insert n(1535)0Width:InterpolationMasses 4 1.4900279
insert n(1535)0Width:InterpolationMasses 5 1.4913364
insert n(1535)0Width:InterpolationMasses 6 1.4926461
insert n(1535)0Width:InterpolationMasses 7 1.4939569
insert n(1535)0Width:InterpolationMasses 8 1.4952689
insert n(1535)0Width:InterpolationMasses 9 1.496582
insert n(1535)0Width:InterpolationMasses 10 1.4978963
insert n(1535)0Width:InterpolationMasses 11 1.4992117
insert n(1535)0Width:InterpolationMasses 12 1.5005283
insert n(1535)0Width:InterpolationMasses 13 1.5136423
insert n(1535)0Width:InterpolationMasses 14 1.5267563
insert n(1535)0Width:InterpolationMasses 15 1.5398703
insert n(1535)0Width:InterpolationMasses 16 1.5529843
insert n(1535)0Width:InterpolationMasses 17 1.5660983
insert n(1535)0Width:InterpolationMasses 18 1.5792123
insert n(1535)0Width:InterpolationMasses 19 1.5923263
insert n(1535)0Width:InterpolationMasses 20 1.6054403
insert n(1535)0Width:InterpolationMasses 21 1.6185542
insert n(1535)0Width:InterpolationMasses 22 1.6316682
insert n(1535)0Width:InterpolationMasses 23 1.6447822
insert n(1535)0Width:InterpolationMasses 24 1.6578962
insert n(1535)0Width:InterpolationMasses 25 1.6710102
insert n(1535)0Width:InterpolationMasses 26 1.6841242
insert n(1535)0Width:InterpolationMasses 27 1.6972382
insert n(1535)0Width:InterpolationMasses 28 1.7103522
insert n(1535)0Width:InterpolationMasses 29 1.7234662
insert n(1535)0Width:InterpolationMasses 30 1.7365802
insert n(1535)0Width:InterpolationMasses 31 1.7496942
insert n(1535)0Width:InterpolationMasses 32 1.7628082
insert n(1535)0Width:InterpolationMasses 33 1.7759222
insert n(1535)0Width:InterpolationMasses 34 1.7890362
insert n(1535)0Width:InterpolationMasses 35 1.8021502
insert n(1535)0Width:InterpolationMasses 36 1.8152642
insert n(1535)0Width:InterpolationMasses 37 1.8283781
insert n(1535)0Width:InterpolationMasses 38 1.8414921
insert n(1535)0Width:InterpolationMasses 39 1.8546061
insert n(1535)0Width:InterpolationMasses 40 1.8677201
insert n(1535)0Width:InterpolationMasses 41 1.8808341
insert n(1535)0Width:InterpolationMasses 42 1.8939481
insert n(1535)0Width:InterpolationMasses 43 1.9070621
insert n(1535)0Width:InterpolationMasses 44 1.9201761
insert n(1535)0Width:InterpolationMasses 45 1.9332901
insert n(1535)0Width:InterpolationMasses 46 1.9464041
insert n(1535)0Width:InterpolationMasses 47 1.9595181
insert n(1535)0Width:InterpolationMasses 48 1.9726321
insert n(1535)0Width:InterpolationMasses 49 1.9857461
insert n(1535)0Width:InterpolationMasses 50 1.9988601
insert n(1535)0Width:InterpolationMasses 51 2.0119741
insert n(1535)0Width:InterpolationMasses 52 2.0250881
insert n(1535)0Width:InterpolationMasses 53 2.038202
insert n(1535)0Width:InterpolationMasses 54 2.051316
insert n(1535)0Width:InterpolationMasses 55 2.06443
insert n(1535)0Width:InterpolationMasses 56 2.077544
insert n(1535)0Width:InterpolationMasses 57 2.090658
insert n(1535)0Width:InterpolationMasses 58 2.103772
insert n(1535)0Width:InterpolationMasses 59 2.116886
insert n(1535)0Width:InterpolationMasses 60 2.13
insert n(1535)0Width:InterpolationMasses 61 2.143114
insert n(1535)0Width:InterpolationMasses 62 2.156228
insert n(1535)0Width:InterpolationMasses 63 1.1928182
insert n(1535)0Width:InterpolationMasses 64 1.2111943
insert n(1535)0Width:InterpolationMasses 65 1.2295704
insert n(1535)0Width:InterpolationMasses 66 1.2313958
insert n(1535)0Width:InterpolationMasses 67 1.2332238
insert n(1535)0Width:InterpolationMasses 68 1.2350546
insert n(1535)0Width:InterpolationMasses 69 1.2368881
insert n(1535)0Width:InterpolationMasses 70 1.2387244
insert n(1535)0Width:InterpolationMasses 71 1.2405633
insert n(1535)0Width:InterpolationMasses 72 1.242405
insert n(1535)0Width:InterpolationMasses 73 1.2442494
insert n(1535)0Width:InterpolationMasses 74 1.2460966
insert n(1535)0Width:InterpolationMasses 75 1.2479465
insert n(1535)0Width:InterpolationMasses 76 1.2663226
insert n(1535)0Width:InterpolationMasses 77 1.2846987
insert n(1535)0Width:InterpolationMasses 78 1.3030748
insert n(1535)0Width:InterpolationMasses 79 1.321451
insert n(1535)0Width:InterpolationMasses 80 1.3398271
insert n(1535)0Width:InterpolationMasses 81 1.3582032
insert n(1535)0Width:InterpolationMasses 82 1.3765793
insert n(1535)0Width:InterpolationMasses 83 1.3949554
insert n(1535)0Width:InterpolationMasses 84 1.4133315
insert n(1535)0Width:InterpolationMasses 85 1.4317076
insert n(1535)0Width:InterpolationMasses 86 1.4500838
insert n(1535)0Width:InterpolationMasses 87 1.4684599
insert n(1535)0Width:InterpolationMasses 88 1.486836
insert n(1535)0Width:InterpolationMasses 89 1.5052121
insert n(1535)0Width:InterpolationMasses 90 1.5235882
insert n(1535)0Width:InterpolationMasses 91 1.5419643
insert n(1535)0Width:InterpolationMasses 92 1.5603405
insert n(1535)0Width:InterpolationMasses 93 1.5787166
insert n(1535)0Width:InterpolationMasses 94 1.5970927
insert n(1535)0Width:InterpolationMasses 95 1.6154688
insert n(1535)0Width:InterpolationMasses 96 1.6338449
insert n(1535)0Width:InterpolationMasses 97 1.652221
insert n(1535)0Width:InterpolationMasses 98 1.6705971
insert n(1535)0Width:InterpolationMasses 99 1.6889733
insert n(1535)0Width:InterpolationMasses 100 1.7073494
insert n(1535)0Width:InterpolationMasses 101 1.7257255
insert n(1535)0Width:InterpolationMasses 102 1.7441016
insert n(1535)0Width:InterpolationMasses 103 1.7624777
insert n(1535)0Width:InterpolationMasses 104 1.7808538
insert n(1535)0Width:InterpolationMasses 105 1.7992299
insert n(1535)0Width:InterpolationMasses 106 1.8176061
insert n(1535)0Width:InterpolationMasses 107 1.8359822
insert n(1535)0Width:InterpolationMasses 108 1.8543583
insert n(1535)0Width:InterpolationMasses 109 1.8727344
insert n(1535)0Width:InterpolationMasses 110 1.8911105
insert n(1535)0Width:InterpolationMasses 111 1.9094866
insert n(1535)0Width:InterpolationMasses 112 1.9278627
insert n(1535)0Width:InterpolationMasses 113 1.9462389
insert n(1535)0Width:InterpolationMasses 114 1.964615
insert n(1535)0Width:InterpolationMasses 115 1.9829911
insert n(1535)0Width:InterpolationMasses 116 2.0013672
insert n(1535)0Width:InterpolationMasses 117 2.0197433
insert n(1535)0Width:InterpolationMasses 118 2.0381194
insert n(1535)0Width:InterpolationMasses 119 2.0564955
insert n(1535)0Width:InterpolationMasses 120 2.0748717
insert n(1535)0Width:InterpolationMasses 121 2.0932478
insert n(1535)0Width:InterpolationMasses 122 2.1116239
insert n(1535)0Width:InterpolationMasses 123 2.13
insert n(1535)0Width:InterpolationMasses 124 2.1483761
insert n(1535)0Width:InterpolationMasses 125 2.1667522
insert n(1535)0Width:InterpolationMasses 126 1.1880371
insert n(1535)0Width:InterpolationMasses 127 1.2065069
insert n(1535)0Width:InterpolationMasses 128 1.2249768
insert n(1535)0Width:InterpolationMasses 129 1.2268114
insert n(1535)0Width:InterpolationMasses 130 1.2286487
insert n(1535)0Width:InterpolationMasses 131 1.2304888
insert n(1535)0Width:InterpolationMasses 132 1.2323316
insert n(1535)0Width:InterpolationMasses 133 1.2341772
insert n(1535)0Width:InterpolationMasses 134 1.2360255
insert n(1535)0Width:InterpolationMasses 135 1.2378767
insert n(1535)0Width:InterpolationMasses 136 1.2397305
insert n(1535)0Width:InterpolationMasses 137 1.2415872
insert n(1535)0Width:InterpolationMasses 138 1.2434467
insert n(1535)0Width:InterpolationMasses 139 1.2619165
insert n(1535)0Width:InterpolationMasses 140 1.2803864
insert n(1535)0Width:InterpolationMasses 141 1.2988562
insert n(1535)0Width:InterpolationMasses 142 1.3173261
insert n(1535)0Width:InterpolationMasses 143 1.335796
insert n(1535)0Width:InterpolationMasses 144 1.3542658
insert n(1535)0Width:InterpolationMasses 145 1.3727357
insert n(1535)0Width:InterpolationMasses 146 1.3912056
insert n(1535)0Width:InterpolationMasses 147 1.4096754
insert n(1535)0Width:InterpolationMasses 148 1.4281453
insert n(1535)0Width:InterpolationMasses 149 1.4466151
insert n(1535)0Width:InterpolationMasses 150 1.465085
insert n(1535)0Width:InterpolationMasses 151 1.4835549
insert n(1535)0Width:InterpolationMasses 152 1.5020247
insert n(1535)0Width:InterpolationMasses 153 1.5204946
insert n(1535)0Width:InterpolationMasses 154 1.5389644
insert n(1535)0Width:InterpolationMasses 155 1.5574343
insert n(1535)0Width:InterpolationMasses 156 1.5759042
insert n(1535)0Width:InterpolationMasses 157 1.594374
insert n(1535)0Width:InterpolationMasses 158 1.6128439
insert n(1535)0Width:InterpolationMasses 159 1.6313137
insert n(1535)0Width:InterpolationMasses 160 1.6497836
insert n(1535)0Width:InterpolationMasses 161 1.6682535
insert n(1535)0Width:InterpolationMasses 162 1.6867233
insert n(1535)0Width:InterpolationMasses 163 1.7051932
insert n(1535)0Width:InterpolationMasses 164 1.7236631
insert n(1535)0Width:InterpolationMasses 165 1.7421329
insert n(1535)0Width:InterpolationMasses 166 1.7606028
insert n(1535)0Width:InterpolationMasses 167 1.7790726
insert n(1535)0Width:InterpolationMasses 168 1.7975425
insert n(1535)0Width:InterpolationMasses 169 1.8160124
insert n(1535)0Width:InterpolationMasses 170 1.8344822
insert n(1535)0Width:InterpolationMasses 171 1.8529521
insert n(1535)0Width:InterpolationMasses 172 1.8714219
insert n(1535)0Width:InterpolationMasses 173 1.8898918
insert n(1535)0Width:InterpolationMasses 174 1.9083617
insert n(1535)0Width:InterpolationMasses 175 1.9268315
insert n(1535)0Width:InterpolationMasses 176 1.9453014
insert n(1535)0Width:InterpolationMasses 177 1.9637712
insert n(1535)0Width:InterpolationMasses 178 1.9822411
insert n(1535)0Width:InterpolationMasses 179 2.000711
insert n(1535)0Width:InterpolationMasses 180 2.0191808
insert n(1535)0Width:InterpolationMasses 181 2.0376507
insert n(1535)0Width:InterpolationMasses 182 2.0561206
insert n(1535)0Width:InterpolationMasses 183 2.0745904
insert n(1535)0Width:InterpolationMasses 184 2.0930603
insert n(1535)0Width:InterpolationMasses 185 2.1115301
insert n(1535)0Width:InterpolationMasses 186 2.13
insert n(1535)0Width:InterpolationMasses 187 2.1484699
insert n(1535)0Width:InterpolationMasses 188 2.1669397
insert n(1535)0Width:InterpolationMasses 189 1.1844916
insert n(1535)0Width:InterpolationMasses 190 1.203031
insert n(1535)0Width:InterpolationMasses 191 1.2215704
insert n(1535)0Width:InterpolationMasses 192 1.2234118
insert n(1535)0Width:InterpolationMasses 193 1.225256
insert n(1535)0Width:InterpolationMasses 194 1.2271029
insert n(1535)0Width:InterpolationMasses 195 1.2289526
insert n(1535)0Width:InterpolationMasses 196 1.2308052
insert n(1535)0Width:InterpolationMasses 197 1.2326605
insert n(1535)0Width:InterpolationMasses 198 1.2345186
insert n(1535)0Width:InterpolationMasses 199 1.2363795
insert n(1535)0Width:InterpolationMasses 200 1.2382432
insert n(1535)0Width:InterpolationMasses 201 1.2401098
insert n(1535)0Width:InterpolationMasses 202 1.2586491
insert n(1535)0Width:InterpolationMasses 203 1.2771885
insert n(1535)0Width:InterpolationMasses 204 1.2957279
insert n(1535)0Width:InterpolationMasses 205 1.3142673
insert n(1535)0Width:InterpolationMasses 206 1.3328067
insert n(1535)0Width:InterpolationMasses 207 1.351346
insert n(1535)0Width:InterpolationMasses 208 1.3698854
insert n(1535)0Width:InterpolationMasses 209 1.3884248
insert n(1535)0Width:InterpolationMasses 210 1.4069642
insert n(1535)0Width:InterpolationMasses 211 1.4255036
insert n(1535)0Width:InterpolationMasses 212 1.4440429
insert n(1535)0Width:InterpolationMasses 213 1.4625823
insert n(1535)0Width:InterpolationMasses 214 1.4811217
insert n(1535)0Width:InterpolationMasses 215 1.4996611
insert n(1535)0Width:InterpolationMasses 216 1.5182005
insert n(1535)0Width:InterpolationMasses 217 1.5367398
insert n(1535)0Width:InterpolationMasses 218 1.5552792
insert n(1535)0Width:InterpolationMasses 219 1.5738186
insert n(1535)0Width:InterpolationMasses 220 1.592358
insert n(1535)0Width:InterpolationMasses 221 1.6108974
insert n(1535)0Width:InterpolationMasses 222 1.6294367
insert n(1535)0Width:InterpolationMasses 223 1.6479761
insert n(1535)0Width:InterpolationMasses 224 1.6665155
insert n(1535)0Width:InterpolationMasses 225 1.6850549
insert n(1535)0Width:InterpolationMasses 226 1.7035943
insert n(1535)0Width:InterpolationMasses 227 1.7221336
insert n(1535)0Width:InterpolationMasses 228 1.740673
insert n(1535)0Width:InterpolationMasses 229 1.7592124
insert n(1535)0Width:InterpolationMasses 230 1.7777518
insert n(1535)0Width:InterpolationMasses 231 1.7962912
insert n(1535)0Width:InterpolationMasses 232 1.8148305
insert n(1535)0Width:InterpolationMasses 233 1.8333699
insert n(1535)0Width:InterpolationMasses 234 1.8519093
insert n(1535)0Width:InterpolationMasses 235 1.8704487
insert n(1535)0Width:InterpolationMasses 236 1.8889881
insert n(1535)0Width:InterpolationMasses 237 1.9075274
insert n(1535)0Width:InterpolationMasses 238 1.9260668
insert n(1535)0Width:InterpolationMasses 239 1.9446062
insert n(1535)0Width:InterpolationMasses 240 1.9631456
insert n(1535)0Width:InterpolationMasses 241 1.981685
insert n(1535)0Width:InterpolationMasses 242 2.0002243
insert n(1535)0Width:InterpolationMasses 243 2.0187637
insert n(1535)0Width:InterpolationMasses 244 2.0373031
insert n(1535)0Width:InterpolationMasses 245 2.0558425
insert n(1535)0Width:InterpolationMasses 246 2.0743819
insert n(1535)0Width:InterpolationMasses 247 2.0929212
insert n(1535)0Width:InterpolationMasses 248 2.1114606
insert n(1535)0Width:InterpolationMasses 249 2.13
insert n(1535)0Width:InterpolationMasses 250 2.1485394
insert n(1535)0Width:InterpolationMasses 251 2.1670788
insert n(1535)0Width:InterpolationMasses 252 1.1797105
insert n(1535)0Width:InterpolationMasses 253 1.1983437
insert n(1535)0Width:InterpolationMasses 254 1.2169768
insert n(1535)0Width:InterpolationMasses 255 1.2188274
insert n(1535)0Width:InterpolationMasses 256 1.2206808
insert n(1535)0Width:InterpolationMasses 257 1.222537
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insert n(1535)0Width:InterpolationWidths 239 0.0092741143
insert n(1535)0Width:InterpolationWidths 240 0.010091433
insert n(1535)0Width:InterpolationWidths 241 0.010957389
insert n(1535)0Width:InterpolationWidths 242 0.011873579
insert n(1535)0Width:InterpolationWidths 243 0.012841639
insert n(1535)0Width:InterpolationWidths 244 0.013863231
insert n(1535)0Width:InterpolationWidths 245 0.014940044
insert n(1535)0Width:InterpolationWidths 246 0.016073788
insert n(1535)0Width:InterpolationWidths 247 0.017266199
insert n(1535)0Width:InterpolationWidths 248 0.018519035
insert n(1535)0Width:InterpolationWidths 249 0.019834078
insert n(1535)0Width:InterpolationWidths 250 0.021213135
insert n(1535)0Width:InterpolationWidths 251 0.022658038
insert n(1535)0Width:InterpolationWidths 252 0
insert n(1535)0Width:InterpolationWidths 253 0
insert n(1535)0Width:InterpolationWidths 254 0
insert n(1535)0Width:InterpolationWidths 255 1.157376e-12
insert n(1535)0Width:InterpolationWidths 256 7.4651671e-12
insert n(1535)0Width:InterpolationWidths 257 2.3330837e-11
insert n(1535)0Width:InterpolationWidths 258 5.4042735e-11
insert n(1535)0Width:InterpolationWidths 259 1.0602712e-10
insert n(1535)0Width:InterpolationWidths 260 1.8701256e-10
insert n(1535)0Width:InterpolationWidths 261 3.0618377e-10
insert n(1535)0Width:InterpolationWidths 262 4.7433961e-10
insert n(1535)0Width:InterpolationWidths 263 7.0406079e-10
insert n(1535)0Width:InterpolationWidths 264 1.0098899e-09
insert n(1535)0Width:InterpolationWidths 265 1.2905883e-08
insert n(1535)0Width:InterpolationWidths 266 6.9249695e-08
insert n(1535)0Width:InterpolationWidths 267 2.5658942e-07
insert n(1535)0Width:InterpolationWidths 268 7.7792785e-07
insert n(1535)0Width:InterpolationWidths 269 2.081577e-06
insert n(1535)0Width:InterpolationWidths 270 5.0339067e-06
insert n(1535)0Width:InterpolationWidths 271 1.0869155e-05
insert n(1535)0Width:InterpolationWidths 272 2.077824e-05
insert n(1535)0Width:InterpolationWidths 273 3.5698262e-05
insert n(1535)0Width:InterpolationWidths 274 5.6411873e-05
insert n(1535)0Width:InterpolationWidths 275 8.364958e-05
insert n(1535)0Width:InterpolationWidths 276 0.00011813309
insert n(1535)0Width:InterpolationWidths 277 0.00016059041
insert n(1535)0Width:InterpolationWidths 278 0.00021176088
insert n(1535)0Width:InterpolationWidths 279 0.00027239681
insert n(1535)0Width:InterpolationWidths 280 0.00034326391
insert n(1535)0Width:InterpolationWidths 281 0.00042514142
insert n(1535)0Width:InterpolationWidths 282 0.00051882207
insert n(1535)0Width:InterpolationWidths 283 0.00062511214
insert n(1535)0Width:InterpolationWidths 284 0.00074483144
insert n(1535)0Width:InterpolationWidths 285 0.00087881346
insert n(1535)0Width:InterpolationWidths 286 0.0010279054
insert n(1535)0Width:InterpolationWidths 287 0.0011929684
insert n(1535)0Width:InterpolationWidths 288 0.0013748776
insert n(1535)0Width:InterpolationWidths 289 0.0015745222
insert n(1535)0Width:InterpolationWidths 290 0.001792806
insert n(1535)0Width:InterpolationWidths 291 0.0020306474
insert n(1535)0Width:InterpolationWidths 292 0.0022889795
insert n(1535)0Width:InterpolationWidths 293 0.0025687505
insert n(1535)0Width:InterpolationWidths 294 0.0028709235
insert n(1535)0Width:InterpolationWidths 295 0.0031964774
insert n(1535)0Width:InterpolationWidths 296 0.0035464065
insert n(1535)0Width:InterpolationWidths 297 0.0039217209
insert n(1535)0Width:InterpolationWidths 298 0.0043234471
insert n(1535)0Width:InterpolationWidths 299 0.004752627
insert n(1535)0Width:InterpolationWidths 300 0.0052103196
insert n(1535)0Width:InterpolationWidths 301 0.0056976004
insert n(1535)0Width:InterpolationWidths 302 0.0062155616
insert n(1535)0Width:InterpolationWidths 303 0.0067653082
insert n(1535)0Width:InterpolationWidths 304 0.0073479176
insert n(1535)0Width:InterpolationWidths 305 0.0079644797
insert n(1535)0Width:InterpolationWidths 306 0.0086161089
insert n(1535)0Width:InterpolationWidths 307 0.0093039371
insert n(1535)0Width:InterpolationWidths 308 0.010029113
insert n(1535)0Width:InterpolationWidths 309 0.010792799
insert n(1535)0Width:InterpolationWidths 310 0.011596178
insert n(1535)0Width:InterpolationWidths 311 0.012440445
insert n(1535)0Width:InterpolationWidths 312 0.013326813
insert n(1535)0Width:InterpolationWidths 313 0.014256511
insert n(1535)0Width:InterpolationWidths 314 0.015230785
insert n(1535)0Width:InterpolationWidths 315 0
insert n(1535)0Width:InterpolationWidths 316 0
insert n(1535)0Width:InterpolationWidths 317 0
insert n(1535)0Width:InterpolationWidths 318 6.7272681e-13
insert n(1535)0Width:InterpolationWidths 319 4.2886474e-12
insert n(1535)0Width:InterpolationWidths 320 1.3268205e-11
insert n(1535)0Width:InterpolationWidths 321 3.0463896e-11
insert n(1535)0Width:InterpolationWidths 322 5.9306397e-11
insert n(1535)0Width:InterpolationWidths 323 1.0389281e-10
insert n(1535)0Width:InterpolationWidths 324 1.6906695e-10
insert n(1535)0Width:InterpolationWidths 325 2.6050072e-10
insert n(1535)0Width:InterpolationWidths 326 3.8477993e-10
insert n(1535)0Width:InterpolationWidths 327 5.4949603e-10
insert n(1535)0Width:InterpolationWidths 328 6.8302122e-09
insert n(1535)0Width:InterpolationWidths 329 3.6125223e-08
insert n(1535)0Width:InterpolationWidths 330 1.3259743e-07
insert n(1535)0Width:InterpolationWidths 331 3.9914112e-07
insert n(1535)0Width:InterpolationWidths 332 1.0619216e-06
insert n(1535)0Width:InterpolationWidths 333 2.5580623e-06
insert n(1535)0Width:InterpolationWidths 334 5.5145964e-06
insert n(1535)0Width:InterpolationWidths 335 1.0540052e-05
insert n(1535)0Width:InterpolationWidths 336 1.8109968e-05
insert n(1535)0Width:InterpolationWidths 337 2.8616115e-05
insert n(1535)0Width:InterpolationWidths 338 4.2420997e-05
insert n(1535)0Width:InterpolationWidths 339 5.9881454e-05
insert n(1535)0Width:InterpolationWidths 340 8.135698e-05
insert n(1535)0Width:InterpolationWidths 341 0.00010721253
insert n(1535)0Width:InterpolationWidths 342 0.00013781941
insert n(1535)0Width:InterpolationWidths 343 0.00017355559
insert n(1535)0Width:InterpolationWidths 344 0.0002148057
insert n(1535)0Width:InterpolationWidths 345 0.00026196107
insert n(1535)0Width:InterpolationWidths 346 0.00031541973
insert n(1535)0Width:InterpolationWidths 347 0.00037558638
insert n(1535)0Width:InterpolationWidths 348 0.00044287249
insert n(1535)0Width:InterpolationWidths 349 0.00051769629
insert n(1535)0Width:InterpolationWidths 350 0.00060048293
insert n(1535)0Width:InterpolationWidths 351 0.00069166429
insert n(1535)0Width:InterpolationWidths 352 0.00079167943
insert n(1535)0Width:InterpolationWidths 353 0.00090097442
insert n(1535)0Width:InterpolationWidths 354 0.0010200025
insert n(1535)0Width:InterpolationWidths 355 0.0011492243
insert n(1535)0Width:InterpolationWidths 356 0.0012891077
insert n(1535)0Width:InterpolationWidths 357 0.001440128
insert n(1535)0Width:InterpolationWidths 358 0.0016027683
insert n(1535)0Width:InterpolationWidths 359 0.0017775192
insert n(1535)0Width:InterpolationWidths 360 0.0019648791
insert n(1535)0Width:InterpolationWidths 361 0.0021653543
insert n(1535)0Width:InterpolationWidths 362 0.002379459
insert n(1535)0Width:InterpolationWidths 363 0.0026077155
insert n(1535)0Width:InterpolationWidths 364 0.0028506543
insert n(1535)0Width:InterpolationWidths 365 0.0031088142
insert n(1535)0Width:InterpolationWidths 366 0.0033827415
insert n(1535)0Width:InterpolationWidths 367 0.0036729714
insert n(1535)0Width:InterpolationWidths 368 0.0039800386
insert n(1535)0Width:InterpolationWidths 369 0.0043044917
insert n(1535)0Width:InterpolationWidths 370 0.0046468884
insert n(1535)0Width:InterpolationWidths 371 0.0050077943
insert n(1535)0Width:InterpolationWidths 372 0.0053877832
insert n(1535)0Width:InterpolationWidths 373 0.0057874366
insert n(1535)0Width:InterpolationWidths 374 0.0062073441
insert n(1535)0Width:InterpolationWidths 375 0.0066481032
insert n(1535)0Width:InterpolationWidths 376 0.0071103198
insert n(1535)0Width:InterpolationWidths 377 0.0075946077
insert n(1535)0Width:NumberofEntries 0 63
insert n(1535)0Width:NumberofEntries 1 63
insert n(1535)0Width:NumberofEntries 2 63
insert n(1535)0Width:NumberofEntries 3 126
insert n(1535)0Width:NumberofEntries 4 189
insert n(1535)0Width:NumberofEntries 5 189
insert n(1535)0Width:NumberofEntries 6 189
insert n(1535)0Width:NumberofEntries 7 252
insert n(1535)0Width:NumberofEntries 8 252
insert n(1535)0Width:NumberofEntries 9 315
insert n(1535)0Width:NumberofEntries 10 378
insert n(1535)0Width:NumberofEntries 11 378
insert n(1535)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert n(1535)0Width:ModeLocation 0 10
insert n(1535)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert n(1535)0Width:ModeLocation 1 6
insert n(1535)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert n(1535)0Width:ModeLocation 2 7
insert n(1535)0Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong4
insert n(1535)0Width:ModeLocation 3 6
insert n(1535)0Width:BaryonDecayers 4 /Herwig/Decays/SU3Strong4
insert n(1535)0Width:ModeLocation 4 7
insert n(1535)0Width:BaryonDecayers 5 NULL
insert n(1535)0Width:ModeLocation 5 -1
insert n(1535)0Width:BaryonDecayers 6 NULL
insert n(1535)0Width:ModeLocation 6 -1
insert n(1535)0Width:BaryonDecayers 7 /Herwig/Decays/SU3OctetDecuplet2
insert n(1535)0Width:ModeLocation 7 10
insert n(1535)0Width:BaryonDecayers 8 NULL
insert n(1535)0Width:ModeLocation 8 -1
insert n(1535)0Width:BaryonDecayers 9 /Herwig/Decays/SU3OctetDecuplet2
insert n(1535)0Width:ModeLocation 9 7
insert n(1535)0Width:BaryonDecayers 10 /Herwig/Decays/SU3OctetDecuplet2
insert n(1535)0Width:ModeLocation 10 2
insert n(1535)0Width:BaryonDecayers 11 /Herwig/Decays/SU3Gamma2
insert n(1535)0Width:ModeLocation 11 1
newdef /Herwig/Particles/nbar(1535):Width_generator n(1535)0Width
newdef /Herwig/Particles/n(1535)0:Width_generator n(1535)0Width
#
create Herwig::BaryonWidthGenerator p(1535)+Width
newdef p(1535)+Width:Particle /Herwig/Particles/p(1535)+
newdef p(1535)+Width:Prefactor 1.02452
newdef p(1535)+Width:BRNormalize 1
newdef p(1535)+Width:BRMinimum 0.01
newdef p(1535)+Width:Points 50
newdef p(1535)+Width:InterpolationOrder 1
insert p(1535)+Width:MEtype 0 2
insert p(1535)+Width:MEtype 1 1
insert p(1535)+Width:MEtype 2 1
insert p(1535)+Width:MEtype 3 2
insert p(1535)+Width:MEtype 4 2
insert p(1535)+Width:MEtype 5 0
insert p(1535)+Width:MEtype 6 0
insert p(1535)+Width:MEtype 7 2
insert p(1535)+Width:MEtype 8 0
insert p(1535)+Width:MEtype 9 2
insert p(1535)+Width:MEtype 10 2
insert p(1535)+Width:MEtype 11 1
insert p(1535)+Width:MEcode 0 0
insert p(1535)+Width:MEcode 1 101
insert p(1535)+Width:MEcode 2 101
insert p(1535)+Width:MEcode 3 0
insert p(1535)+Width:MEcode 4 0
insert p(1535)+Width:MEcode 5 0
insert p(1535)+Width:MEcode 6 0
insert p(1535)+Width:MEcode 7 0
insert p(1535)+Width:MEcode 8 0
insert p(1535)+Width:MEcode 9 0
insert p(1535)+Width:MEcode 10 0
insert p(1535)+Width:MEcode 11 102
insert p(1535)+Width:MEcoupling 0 0.87025
insert p(1535)+Width:MEcoupling 1 1.08723
insert p(1535)+Width:MEcoupling 2 1.08325
insert p(1535)+Width:MEcoupling 3 80.0357
insert p(1535)+Width:MEcoupling 4 74.7909
insert p(1535)+Width:MEcoupling 5 0.02
insert p(1535)+Width:MEcoupling 6 0.01775
insert p(1535)+Width:MEcoupling 7 3.92697
insert p(1535)+Width:MEcoupling 8 0.01
insert p(1535)+Width:MEcoupling 9 3.80524
insert p(1535)+Width:MEcoupling 10 3.91147
insert p(1535)+Width:MEcoupling 11 0.705332
insert p(1535)+Width:ModeOn 0 1
insert p(1535)+Width:ModeOn 1 1
insert p(1535)+Width:ModeOn 2 1
insert p(1535)+Width:ModeOn 3 1
insert p(1535)+Width:ModeOn 4 1
insert p(1535)+Width:ModeOn 5 1
insert p(1535)+Width:ModeOn 6 1
insert p(1535)+Width:ModeOn 7 1
insert p(1535)+Width:ModeOn 8 0
insert p(1535)+Width:ModeOn 9 0
insert p(1535)+Width:ModeOn 10 0
insert p(1535)+Width:ModeOn 11 0
insert p(1535)+Width:MinimumMasses 0 1.48612
insert p(1535)+Width:MinimumMasses 1 1.07914
insert p(1535)+Width:MinimumMasses 2 1.07325
insert p(1535)+Width:MinimumMasses 3 1.22957
insert p(1535)+Width:MinimumMasses 4 1.22498
insert p(1535)+Width:MinimumMasses 5 1.31483
insert p(1535)+Width:MinimumMasses 6 1.24827
insert p(1535)+Width:MinimumMasses 7 1.22157
insert p(1535)+Width:MinimumMasses 8 1.31353
insert p(1535)+Width:MinimumMasses 9 1.21698
insert p(1535)+Width:MinimumMasses 10 1.22157
insert p(1535)+Width:MinimumMasses 11 0.938272
insert p(1535)+Width:MEmass1 0 0.938272
insert p(1535)+Width:MEmass1 1 0.939565
insert p(1535)+Width:MEmass1 2 0.938272
insert p(1535)+Width:MEmass1 3 1.44
insert p(1535)+Width:MEmass1 4 1.44
insert p(1535)+Width:MEmass1 5 0
insert p(1535)+Width:MEmass1 6 0
insert p(1535)+Width:MEmass1 7 1.232
insert p(1535)+Width:MEmass1 8 0
insert p(1535)+Width:MEmass1 9 1.232
insert p(1535)+Width:MEmass1 10 1.232
insert p(1535)+Width:MEmass1 11 0.938272
insert p(1535)+Width:MEmass2 0 0.547862
insert p(1535)+Width:MEmass2 1 0.13957
insert p(1535)+Width:MEmass2 2 0.134977
insert p(1535)+Width:MEmass2 3 0.13957
insert p(1535)+Width:MEmass2 4 0.134977
insert p(1535)+Width:MEmass2 5 0
insert p(1535)+Width:MEmass2 6 0
insert p(1535)+Width:MEmass2 7 0.13957
insert p(1535)+Width:MEmass2 8 0
insert p(1535)+Width:MEmass2 9 0.134977
insert p(1535)+Width:MEmass2 10 0.13957
insert p(1535)+Width:MEmass2 11 0
insert p(1535)+Width:DecayModes 0 p(1535)+->p+,eta;
insert p(1535)+Width:DecayModes 1 p(1535)+->n0,pi+;
insert p(1535)+Width:DecayModes 2 p(1535)+->p+,pi0;
insert p(1535)+Width:DecayModes 3 p(1535)+->n(1440)0,pi+;
insert p(1535)+Width:DecayModes 4 p(1535)+->p(1440)+,pi0;
insert p(1535)+Width:DecayModes 5 p(1535)+->n0,rho+;
insert p(1535)+Width:DecayModes 6 p(1535)+->sigma,p+;
insert p(1535)+Width:DecayModes 7 p(1535)+->Delta++,pi-;
insert p(1535)+Width:DecayModes 8 p(1535)+->p+,rho0;
insert p(1535)+Width:DecayModes 9 p(1535)+->Delta+,pi0;
insert p(1535)+Width:DecayModes 10 p(1535)+->Delta0,pi+;
insert p(1535)+Width:DecayModes 11 p(1535)+->p+,gamma;
insert p(1535)+Width:InterpolationMasses 0 1.4598402
insert p(1535)+Width:InterpolationMasses 1 1.4729806
insert p(1535)+Width:InterpolationMasses 2 1.486121
insert p(1535)+Width:InterpolationMasses 3 1.4874298
insert p(1535)+Width:InterpolationMasses 4 1.4887398
insert p(1535)+Width:InterpolationMasses 5 1.490051
insert p(1535)+Width:InterpolationMasses 6 1.4913633
insert p(1535)+Width:InterpolationMasses 7 1.4926767
insert p(1535)+Width:InterpolationMasses 8 1.4939913
insert p(1535)+Width:InterpolationMasses 9 1.4953071
insert p(1535)+Width:InterpolationMasses 10 1.496624
insert p(1535)+Width:InterpolationMasses 11 1.4979421
insert p(1535)+Width:InterpolationMasses 12 1.4992614
insert p(1535)+Width:InterpolationMasses 13 1.5124018
insert p(1535)+Width:InterpolationMasses 14 1.5255421
insert p(1535)+Width:InterpolationMasses 15 1.5386825
insert p(1535)+Width:InterpolationMasses 16 1.5518229
insert p(1535)+Width:InterpolationMasses 17 1.5649633
insert p(1535)+Width:InterpolationMasses 18 1.5781037
insert p(1535)+Width:InterpolationMasses 19 1.5912441
insert p(1535)+Width:InterpolationMasses 20 1.6043845
insert p(1535)+Width:InterpolationMasses 21 1.6175249
insert p(1535)+Width:InterpolationMasses 22 1.6306653
insert p(1535)+Width:InterpolationMasses 23 1.6438056
insert p(1535)+Width:InterpolationMasses 24 1.656946
insert p(1535)+Width:InterpolationMasses 25 1.6700864
insert p(1535)+Width:InterpolationMasses 26 1.6832268
insert p(1535)+Width:InterpolationMasses 27 1.6963672
insert p(1535)+Width:InterpolationMasses 28 1.7095076
insert p(1535)+Width:InterpolationMasses 29 1.722648
insert p(1535)+Width:InterpolationMasses 30 1.7357884
insert p(1535)+Width:InterpolationMasses 31 1.7489287
insert p(1535)+Width:InterpolationMasses 32 1.7620691
insert p(1535)+Width:InterpolationMasses 33 1.7752095
insert p(1535)+Width:InterpolationMasses 34 1.7883499
insert p(1535)+Width:InterpolationMasses 35 1.8014903
insert p(1535)+Width:InterpolationMasses 36 1.8146307
insert p(1535)+Width:InterpolationMasses 37 1.8277711
insert p(1535)+Width:InterpolationMasses 38 1.8409115
insert p(1535)+Width:InterpolationMasses 39 1.8540518
insert p(1535)+Width:InterpolationMasses 40 1.8671922
insert p(1535)+Width:InterpolationMasses 41 1.8803326
insert p(1535)+Width:InterpolationMasses 42 1.893473
insert p(1535)+Width:InterpolationMasses 43 1.9066134
insert p(1535)+Width:InterpolationMasses 44 1.9197538
insert p(1535)+Width:InterpolationMasses 45 1.9328942
insert p(1535)+Width:InterpolationMasses 46 1.9460346
insert p(1535)+Width:InterpolationMasses 47 1.959175
insert p(1535)+Width:InterpolationMasses 48 1.9723153
insert p(1535)+Width:InterpolationMasses 49 1.9854557
insert p(1535)+Width:InterpolationMasses 50 1.9985961
insert p(1535)+Width:InterpolationMasses 51 2.0117365
insert p(1535)+Width:InterpolationMasses 52 2.0248769
insert p(1535)+Width:InterpolationMasses 53 2.0380173
insert p(1535)+Width:InterpolationMasses 54 2.0511577
insert p(1535)+Width:InterpolationMasses 55 2.0642981
insert p(1535)+Width:InterpolationMasses 56 2.0774384
insert p(1535)+Width:InterpolationMasses 57 2.0905788
insert p(1535)+Width:InterpolationMasses 58 2.1037192
insert p(1535)+Width:InterpolationMasses 59 2.1168596
insert p(1535)+Width:InterpolationMasses 60 2.13
insert p(1535)+Width:InterpolationMasses 61 2.1431404
insert p(1535)+Width:InterpolationMasses 62 2.1562808
insert p(1535)+Width:InterpolationMasses 63 1.1928182
insert p(1535)+Width:InterpolationMasses 64 1.2111943
insert p(1535)+Width:InterpolationMasses 65 1.2295704
insert p(1535)+Width:InterpolationMasses 66 1.2313958
insert p(1535)+Width:InterpolationMasses 67 1.2332238
insert p(1535)+Width:InterpolationMasses 68 1.2350546
insert p(1535)+Width:InterpolationMasses 69 1.2368881
insert p(1535)+Width:InterpolationMasses 70 1.2387244
insert p(1535)+Width:InterpolationMasses 71 1.2405633
insert p(1535)+Width:InterpolationMasses 72 1.242405
insert p(1535)+Width:InterpolationMasses 73 1.2442494
insert p(1535)+Width:InterpolationMasses 74 1.2460966
insert p(1535)+Width:InterpolationMasses 75 1.2479465
insert p(1535)+Width:InterpolationMasses 76 1.2663226
insert p(1535)+Width:InterpolationMasses 77 1.2846987
insert p(1535)+Width:InterpolationMasses 78 1.3030748
insert p(1535)+Width:InterpolationMasses 79 1.321451
insert p(1535)+Width:InterpolationMasses 80 1.3398271
insert p(1535)+Width:InterpolationMasses 81 1.3582032
insert p(1535)+Width:InterpolationMasses 82 1.3765793
insert p(1535)+Width:InterpolationMasses 83 1.3949554
insert p(1535)+Width:InterpolationMasses 84 1.4133315
insert p(1535)+Width:InterpolationMasses 85 1.4317076
insert p(1535)+Width:InterpolationMasses 86 1.4500838
insert p(1535)+Width:InterpolationMasses 87 1.4684599
insert p(1535)+Width:InterpolationMasses 88 1.486836
insert p(1535)+Width:InterpolationMasses 89 1.5052121
insert p(1535)+Width:InterpolationMasses 90 1.5235882
insert p(1535)+Width:InterpolationMasses 91 1.5419643
insert p(1535)+Width:InterpolationMasses 92 1.5603405
insert p(1535)+Width:InterpolationMasses 93 1.5787166
insert p(1535)+Width:InterpolationMasses 94 1.5970927
insert p(1535)+Width:InterpolationMasses 95 1.6154688
insert p(1535)+Width:InterpolationMasses 96 1.6338449
insert p(1535)+Width:InterpolationMasses 97 1.652221
insert p(1535)+Width:InterpolationMasses 98 1.6705971
insert p(1535)+Width:InterpolationMasses 99 1.6889733
insert p(1535)+Width:InterpolationMasses 100 1.7073494
insert p(1535)+Width:InterpolationMasses 101 1.7257255
insert p(1535)+Width:InterpolationMasses 102 1.7441016
insert p(1535)+Width:InterpolationMasses 103 1.7624777
insert p(1535)+Width:InterpolationMasses 104 1.7808538
insert p(1535)+Width:InterpolationMasses 105 1.7992299
insert p(1535)+Width:InterpolationMasses 106 1.8176061
insert p(1535)+Width:InterpolationMasses 107 1.8359822
insert p(1535)+Width:InterpolationMasses 108 1.8543583
insert p(1535)+Width:InterpolationMasses 109 1.8727344
insert p(1535)+Width:InterpolationMasses 110 1.8911105
insert p(1535)+Width:InterpolationMasses 111 1.9094866
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insert p(1535)+Width:InterpolationWidths 117 0.01129206
insert p(1535)+Width:InterpolationWidths 118 0.012274925
insert p(1535)+Width:InterpolationWidths 119 0.013311433
insert p(1535)+Width:InterpolationWidths 120 0.014398507
insert p(1535)+Width:InterpolationWidths 121 0.015538753
insert p(1535)+Width:InterpolationWidths 122 0.016732966
insert p(1535)+Width:InterpolationWidths 123 0.017980928
insert p(1535)+Width:InterpolationWidths 124 0.019284054
insert p(1535)+Width:InterpolationWidths 125 0.02064267
insert p(1535)+Width:InterpolationWidths 126 0
insert p(1535)+Width:InterpolationWidths 127 0
insert p(1535)+Width:InterpolationWidths 128 0
insert p(1535)+Width:InterpolationWidths 129 4.3672864e-13
insert p(1535)+Width:InterpolationWidths 130 2.653276e-12
insert p(1535)+Width:InterpolationWidths 131 7.8418068e-12
insert p(1535)+Width:InterpolationWidths 132 1.7241956e-11
insert p(1535)+Width:InterpolationWidths 133 3.2219242e-11
insert p(1535)+Width:InterpolationWidths 134 5.4295927e-11
insert p(1535)+Width:InterpolationWidths 135 8.5171577e-11
insert p(1535)+Width:InterpolationWidths 136 1.2674017e-10
insert p(1535)+Width:InterpolationWidths 137 1.8110593e-10
insert p(1535)+Width:InterpolationWidths 138 2.5059888e-10
insert p(1535)+Width:InterpolationWidths 139 2.4202148e-09
insert p(1535)+Width:InterpolationWidths 140 1.0535673e-08
insert p(1535)+Width:InterpolationWidths 141 3.2392114e-08
insert p(1535)+Width:InterpolationWidths 142 8.1591259e-08
insert p(1535)+Width:InterpolationWidths 143 1.8047091e-07
insert p(1535)+Width:InterpolationWidths 144 3.643462e-07
insert p(1535)+Width:InterpolationWidths 145 6.8769548e-07
insert p(1535)+Width:InterpolationWidths 146 1.2393094e-06
insert p(1535)+Width:InterpolationWidths 147 2.2594844e-06
insert p(1535)+Width:InterpolationWidths 148 4.1049968e-06
insert p(1535)+Width:InterpolationWidths 149 7.2141524e-06
insert p(1535)+Width:InterpolationWidths 150 1.2164528e-05
insert p(1535)+Width:InterpolationWidths 151 1.9714981e-05
insert p(1535)+Width:InterpolationWidths 152 3.0802026e-05
insert p(1535)+Width:InterpolationWidths 153 4.6524063e-05
insert p(1535)+Width:InterpolationWidths 154 6.8102534e-05
insert p(1535)+Width:InterpolationWidths 155 9.6772486e-05
insert p(1535)+Width:InterpolationWidths 156 0.00013371866
insert p(1535)+Width:InterpolationWidths 157 0.00017996359
insert p(1535)+Width:InterpolationWidths 158 0.00023666216
insert p(1535)+Width:InterpolationWidths 159 0.0003046131
insert p(1535)+Width:InterpolationWidths 160 0.00038480592
insert p(1535)+Width:InterpolationWidths 161 0.00047801507
insert p(1535)+Width:InterpolationWidths 162 0.0005851049
insert p(1535)+Width:InterpolationWidths 163 0.0007068181
insert p(1535)+Width:InterpolationWidths 164 0.00084392209
insert p(1535)+Width:InterpolationWidths 165 0.00099732388
insert p(1535)+Width:InterpolationWidths 166 0.0011673578
insert p(1535)+Width:InterpolationWidths 167 0.0013549117
insert p(1535)+Width:InterpolationWidths 168 0.001560725
insert p(1535)+Width:InterpolationWidths 169 0.0017855549
insert p(1535)+Width:InterpolationWidths 170 0.0020295458
insert p(1535)+Width:InterpolationWidths 171 0.0022943398
insert p(1535)+Width:InterpolationWidths 172 0.0025789711
insert p(1535)+Width:InterpolationWidths 173 0.0028831103
insert p(1535)+Width:InterpolationWidths 174 0.0032129793
insert p(1535)+Width:InterpolationWidths 175 0.0035628637
insert p(1535)+Width:InterpolationWidths 176 0.0039366065
insert p(1535)+Width:InterpolationWidths 177 0.0043333484
insert p(1535)+Width:InterpolationWidths 178 0.0047538542
insert p(1535)+Width:InterpolationWidths 179 0.0051989409
insert p(1535)+Width:InterpolationWidths 180 0.0056686464
insert p(1535)+Width:InterpolationWidths 181 0.0061638493
insert p(1535)+Width:InterpolationWidths 182 0.0066846625
insert p(1535)+Width:InterpolationWidths 183 0.0072311158
insert p(1535)+Width:InterpolationWidths 184 0.0078061603
insert p(1535)+Width:InterpolationWidths 185 0.0084065405
insert p(1535)+Width:InterpolationWidths 186 0.0090335541
insert p(1535)+Width:InterpolationWidths 187 0.0096923674
insert p(1535)+Width:InterpolationWidths 188 0.010375074
insert p(1535)+Width:InterpolationWidths 189 0
insert p(1535)+Width:InterpolationWidths 190 0
insert p(1535)+Width:InterpolationWidths 191 0
insert p(1535)+Width:InterpolationWidths 192 1.0259827e-12
insert p(1535)+Width:InterpolationWidths 193 6.9843838e-12
insert p(1535)+Width:InterpolationWidths 194 2.2860321e-11
insert p(1535)+Width:InterpolationWidths 195 5.5099808e-11
insert p(1535)+Width:InterpolationWidths 196 1.1188341e-10
insert p(1535)+Width:InterpolationWidths 197 2.0334107e-10
insert p(1535)+Width:InterpolationWidths 198 3.4176879e-10
insert p(1535)+Width:InterpolationWidths 199 5.4185817e-10
insert p(1535)+Width:InterpolationWidths 200 8.2094334e-10
insert p(1535)+Width:InterpolationWidths 201 1.1992679e-09
insert p(1535)+Width:InterpolationWidths 202 1.7100946e-08
insert p(1535)+Width:InterpolationWidths 203 9.6447692e-08
insert p(1535)+Width:InterpolationWidths 204 3.6733625e-07
insert p(1535)+Width:InterpolationWidths 205 1.1327317e-06
insert p(1535)+Width:InterpolationWidths 206 3.065481e-06
insert p(1535)+Width:InterpolationWidths 207 7.475604e-06
insert p(1535)+Width:InterpolationWidths 208 1.6247678e-05
insert p(1535)+Width:InterpolationWidths 209 3.1207142e-05
insert p(1535)+Width:InterpolationWidths 210 5.3776197e-05
insert p(1535)+Width:InterpolationWidths 211 8.5125618e-05
insert p(1535)+Width:InterpolationWidths 212 0.00012633911
insert p(1535)+Width:InterpolationWidths 213 0.00017848378
insert p(1535)+Width:InterpolationWidths 214 0.00024263489
insert p(1535)+Width:InterpolationWidths 215 0.00031988405
insert p(1535)+Width:InterpolationWidths 216 0.00041134195
insert p(1535)+Width:InterpolationWidths 217 0.0005181391
insert p(1535)+Width:InterpolationWidths 218 0.00064142596
insert p(1535)+Width:InterpolationWidths 219 0.00078237301
insert p(1535)+Width:InterpolationWidths 220 0.00094217063
insert p(1535)+Width:InterpolationWidths 221 0.0011220293
insert p(1535)+Width:InterpolationWidths 222 0.0013231794
insert p(1535)+Width:InterpolationWidths 223 0.0015468718
insert p(1535)+Width:InterpolationWidths 224 0.0017943778
insert p(1535)+Width:InterpolationWidths 225 0.0020669889
insert p(1535)+Width:InterpolationWidths 226 0.0023660181
insert p(1535)+Width:InterpolationWidths 227 0.0026927991
insert p(1535)+Width:InterpolationWidths 228 0.0030486873
insert p(1535)+Width:InterpolationWidths 229 0.0034350597
insert p(1535)+Width:InterpolationWidths 230 0.0038533154
insert p(1535)+Width:InterpolationWidths 231 0.0043048757
insert p(1535)+Width:InterpolationWidths 232 0.0047911846
insert p(1535)+Width:InterpolationWidths 233 0.0053137089
insert p(1535)+Width:InterpolationWidths 234 0.0058739388
insert p(1535)+Width:InterpolationWidths 235 0.0064733882
insert p(1535)+Width:InterpolationWidths 236 0.0071135938
insert p(1535)+Width:InterpolationWidths 237 0.0077961174
insert p(1535)+Width:InterpolationWidths 238 0.0085225448
insert p(1535)+Width:InterpolationWidths 239 0.0092944866
insert p(1535)+Width:InterpolationWidths 240 0.010113576
insert p(1535)+Width:InterpolationWidths 241 0.010981413
insert p(1535)+Width:InterpolationWidths 242 0.011899597
insert p(1535)+Width:InterpolationWidths 243 0.012869768
insert p(1535)+Width:InterpolationWidths 244 0.013893593
insert p(1535)+Width:InterpolationWidths 245 0.014972764
insert p(1535)+Width:InterpolationWidths 246 0.016108996
insert p(1535)+Width:InterpolationWidths 247 0.017304027
insert p(1535)+Width:InterpolationWidths 248 0.018559622
insert p(1535)+Width:InterpolationWidths 249 0.019877565
insert p(1535)+Width:InterpolationWidths 250 0.021259669
insert p(1535)+Width:InterpolationWidths 251 0.022707769
insert p(1535)+Width:InterpolationWidths 252 0
insert p(1535)+Width:InterpolationWidths 253 0
insert p(1535)+Width:InterpolationWidths 254 0
insert p(1535)+Width:InterpolationWidths 255 1.2991362e-12
insert p(1535)+Width:InterpolationWidths 256 8.2885735e-12
insert p(1535)+Width:InterpolationWidths 257 2.5662215e-11
insert p(1535)+Width:InterpolationWidths 258 5.8961754e-11
insert p(1535)+Width:InterpolationWidths 259 1.1486078e-10
insert p(1535)+Width:InterpolationWidths 260 2.0133775e-10
insert p(1535)+Width:InterpolationWidths 261 3.2783393e-10
insert p(1535)+Width:InterpolationWidths 262 5.0541392e-10
insert p(1535)+Width:InterpolationWidths 263 7.4693509e-10
insert p(1535)+Width:InterpolationWidths 264 1.0672289e-09
insert p(1535)+Width:InterpolationWidths 265 1.3319208e-08
insert p(1535)+Width:InterpolationWidths 266 7.067768e-08
insert p(1535)+Width:InterpolationWidths 267 2.6021398e-07
insert p(1535)+Width:InterpolationWidths 268 7.8562999e-07
insert p(1535)+Width:InterpolationWidths 269 2.095939e-06
insert p(1535)+Width:InterpolationWidths 270 5.0576678e-06
insert p(1535)+Width:InterpolationWidths 271 1.0904609e-05
insert p(1535)+Width:InterpolationWidths 272 2.0827725e-05
insert p(1535)+Width:InterpolationWidths 273 3.5764703e-05
insert p(1535)+Width:InterpolationWidths 274 5.6498804e-05
insert p(1535)+Width:InterpolationWidths 275 8.3761048e-05
insert p(1535)+Width:InterpolationWidths 276 0.0001182736
insert p(1535)+Width:InterpolationWidths 277 0.00016076492
insert p(1535)+Width:InterpolationWidths 278 0.00021197479
insert p(1535)+Width:InterpolationWidths 279 0.00027265597
insert p(1535)+Width:InterpolationWidths 280 0.00034357464
insert p(1535)+Width:InterpolationWidths 281 0.00042551051
insert p(1535)+Width:InterpolationWidths 282 0.00051925682
insert p(1535)+Width:InterpolationWidths 283 0.00062562036
insert p(1535)+Width:InterpolationWidths 284 0.00074542147
insert p(1535)+Width:InterpolationWidths 285 0.00087949416
insert p(1535)+Width:InterpolationWidths 286 0.0010286862
insert p(1535)+Width:InterpolationWidths 287 0.0011938594
insert p(1535)+Width:InterpolationWidths 288 0.0013758893
insert p(1535)+Width:InterpolationWidths 289 0.001575666
insert p(1535)+Width:InterpolationWidths 290 0.0017940937
insert p(1535)+Width:InterpolationWidths 291 0.0020320915
insert p(1535)+Width:InterpolationWidths 292 0.0022905932
insert p(1535)+Width:InterpolationWidths 293 0.0025705476
insert p(1535)+Width:InterpolationWidths 294 0.0028729188
insert p(1535)+Width:InterpolationWidths 295 0.003198686
insert p(1535)+Width:InterpolationWidths 296 0.0035488445
insert p(1535)+Width:InterpolationWidths 297 0.0039244052
insert p(1535)+Width:InterpolationWidths 298 0.0043263952
insert p(1535)+Width:InterpolationWidths 299 0.0047558572
insert p(1535)+Width:InterpolationWidths 300 0.0052138512
insert p(1535)+Width:InterpolationWidths 301 0.0057014533
insert p(1535)+Width:InterpolationWidths 302 0.0062197568
insert p(1535)+Width:InterpolationWidths 303 0.0067698673
insert p(1535)+Width:InterpolationWidths 304 0.0073528632
insert p(1535)+Width:InterpolationWidths 305 0.007969835
insert p(1535)+Width:InterpolationWidths 306 0.0086218979
insert p(1535)+Width:InterpolationWidths 307 0.0093101848
insert p(1535)+Width:InterpolationWidths 308 0.010035845
insert p(1535)+Width:InterpolationWidths 309 0.010800042
insert p(1535)+Width:InterpolationWidths 310 0.011603959
insert p(1535)+Width:InterpolationWidths 311 0.012448793
insert p(1535)+Width:InterpolationWidths 312 0.013335756
insert p(1535)+Width:InterpolationWidths 313 0.01426608
insert p(1535)+Width:InterpolationWidths 314 0.015241011
insert p(1535)+Width:InterpolationWidths 315 0
insert p(1535)+Width:InterpolationWidths 316 0
insert p(1535)+Width:InterpolationWidths 317 0
insert p(1535)+Width:InterpolationWidths 318 5.9928491e-13
insert p(1535)+Width:InterpolationWidths 319 3.8622227e-12
insert p(1535)+Width:InterpolationWidths 320 1.2061282e-11
insert p(1535)+Width:InterpolationWidths 321 2.7918321e-11
insert p(1535)+Width:InterpolationWidths 322 5.4736666e-11
insert p(1535)+Width:InterpolationWidths 323 9.6484923e-11
insert p(1535)+Width:InterpolationWidths 324 1.578751e-10
insert p(1535)+Width:InterpolationWidths 325 2.4444272e-10
insert p(1535)+Width:InterpolationWidths 326 3.6263174e-10
insert p(1535)+Width:InterpolationWidths 327 5.1988562e-10
insert p(1535)+Width:InterpolationWidths 328 6.6173891e-09
insert p(1535)+Width:InterpolationWidths 329 3.5391821e-08
insert p(1535)+Width:InterpolationWidths 330 1.3074005e-07
insert p(1535)+Width:InterpolationWidths 331 3.9520139e-07
insert p(1535)+Width:InterpolationWidths 332 1.054583e-06
insert p(1535)+Width:InterpolationWidths 333 2.5459238e-06
insert p(1535)+Width:InterpolationWidths 334 5.496492e-06
insert p(1535)+Width:InterpolationWidths 335 1.0514813e-05
insert p(1535)+Width:InterpolationWidths 336 1.807613e-05
insert p(1535)+Width:InterpolationWidths 337 2.8571907e-05
insert p(1535)+Width:InterpolationWidths 338 4.2364384e-05
insert p(1535)+Width:InterpolationWidths 339 5.9810171e-05
insert p(1535)+Width:InterpolationWidths 340 8.1268541e-05
insert p(1535)+Width:InterpolationWidths 341 0.00010710423
insert p(1535)+Width:InterpolationWidths 342 0.00013768832
insert p(1535)+Width:InterpolationWidths 343 0.00017339854
insert p(1535)+Width:InterpolationWidths 344 0.0002146193
insert p(1535)+Width:InterpolationWidths 345 0.00026174167
insert p(1535)+Width:InterpolationWidths 346 0.00031516344
insert p(1535)+Width:InterpolationWidths 347 0.00037528904
insert p(1535)+Width:InterpolationWidths 348 0.00044252967
insert p(1535)+Width:InterpolationWidths 349 0.00051730329
insert p(1535)+Width:InterpolationWidths 350 0.00060003474
insert p(1535)+Width:InterpolationWidths 351 0.00069115564
insert p(1535)+Width:InterpolationWidths 352 0.0007911047
insert p(1535)+Width:InterpolationWidths 353 0.00090032773
insert p(1535)+Width:InterpolationWidths 354 0.0010192776
insert p(1535)+Width:InterpolationWidths 355 0.0011484147
insert p(1535)+Width:InterpolationWidths 356 0.0012882064
insert p(1535)+Width:InterpolationWidths 357 0.0014391279
insert p(1535)+Width:InterpolationWidths 358 0.0016016617
insert p(1535)+Width:InterpolationWidths 359 0.0017762981
insert p(1535)+Width:InterpolationWidths 360 0.0019635351
insert p(1535)+Width:InterpolationWidths 361 0.0021638789
insert p(1535)+Width:InterpolationWidths 362 0.0023778429
insert p(1535)+Width:InterpolationWidths 363 0.0026059492
insert p(1535)+Width:InterpolationWidths 364 0.002848728
insert p(1535)+Width:InterpolationWidths 365 0.0031067174
insert p(1535)+Width:InterpolationWidths 366 0.0033804636
insert p(1535)+Width:InterpolationWidths 367 0.0036705011
insert p(1535)+Width:InterpolationWidths 368 0.0039773644
insert p(1535)+Width:InterpolationWidths 369 0.0043016017
insert p(1535)+Width:InterpolationWidths 370 0.0046437703
insert p(1535)+Width:InterpolationWidths 371 0.0050044353
insert p(1535)+Width:InterpolationWidths 372 0.0053841702
insert p(1535)+Width:InterpolationWidths 373 0.005783556
insert p(1535)+Width:InterpolationWidths 374 0.0062031819
insert p(1535)+Width:InterpolationWidths 375 0.006643645
insert p(1535)+Width:InterpolationWidths 376 0.0071055507
insert p(1535)+Width:InterpolationWidths 377 0.0075895125
insert p(1535)+Width:NumberofEntries 0 63
insert p(1535)+Width:NumberofEntries 1 63
insert p(1535)+Width:NumberofEntries 2 63
insert p(1535)+Width:NumberofEntries 3 126
insert p(1535)+Width:NumberofEntries 4 189
insert p(1535)+Width:NumberofEntries 5 189
insert p(1535)+Width:NumberofEntries 6 189
insert p(1535)+Width:NumberofEntries 7 252
insert p(1535)+Width:NumberofEntries 8 252
insert p(1535)+Width:NumberofEntries 9 315
insert p(1535)+Width:NumberofEntries 10 378
insert p(1535)+Width:NumberofEntries 11 378
insert p(1535)+Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong2
insert p(1535)+Width:ModeLocation 0 4
insert p(1535)+Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong2
insert p(1535)+Width:ModeLocation 1 0
insert p(1535)+Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong2
insert p(1535)+Width:ModeLocation 2 1
insert p(1535)+Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong4
insert p(1535)+Width:ModeLocation 3 0
insert p(1535)+Width:BaryonDecayers 4 /Herwig/Decays/SU3Strong4
insert p(1535)+Width:ModeLocation 4 1
insert p(1535)+Width:BaryonDecayers 5 NULL
insert p(1535)+Width:ModeLocation 5 -1
insert p(1535)+Width:BaryonDecayers 6 NULL
insert p(1535)+Width:ModeLocation 6 -1
insert p(1535)+Width:BaryonDecayers 7 /Herwig/Decays/SU3OctetDecuplet2
insert p(1535)+Width:ModeLocation 7 0
insert p(1535)+Width:BaryonDecayers 8 NULL
insert p(1535)+Width:ModeLocation 8 -1
insert p(1535)+Width:BaryonDecayers 9 /Herwig/Decays/SU3OctetDecuplet2
insert p(1535)+Width:ModeLocation 9 3
insert p(1535)+Width:BaryonDecayers 10 /Herwig/Decays/SU3OctetDecuplet2
insert p(1535)+Width:ModeLocation 10 6
insert p(1535)+Width:BaryonDecayers 11 /Herwig/Decays/SU3Gamma2
insert p(1535)+Width:ModeLocation 11 0
newdef /Herwig/Particles/p(1535)+:Width_generator p(1535)+Width
newdef /Herwig/Particles/pbar(1535):Width_generator p(1535)+Width
#
create Herwig::BaryonWidthGenerator p(1520)+Width
newdef p(1520)+Width:Particle /Herwig/Particles/p(1520)+
newdef p(1520)+Width:Prefactor 1.00661
newdef p(1520)+Width:BRNormalize 1
newdef p(1520)+Width:BRMinimum 0.01
newdef p(1520)+Width:Points 50
newdef p(1520)+Width:InterpolationOrder 1
insert p(1520)+Width:MEtype 0 2
insert p(1520)+Width:MEtype 1 2
insert p(1520)+Width:MEtype 2 2
insert p(1520)+Width:MEtype 3 1
insert p(1520)+Width:MEtype 4 0
insert p(1520)+Width:MEtype 5 2
insert p(1520)+Width:MEtype 6 1
insert p(1520)+Width:MEtype 7 1
insert p(1520)+Width:MEtype 8 0
insert p(1520)+Width:MEcode 0 0
insert p(1520)+Width:MEcode 1 0
insert p(1520)+Width:MEcode 2 0
insert p(1520)+Width:MEcode 3 105
insert p(1520)+Width:MEcode 4 0
insert p(1520)+Width:MEcode 5 0
insert p(1520)+Width:MEcode 6 106
insert p(1520)+Width:MEcode 7 105
insert p(1520)+Width:MEcode 8 0
insert p(1520)+Width:MEcoupling 0 3.16227
insert p(1520)+Width:MEcoupling 1 3.05802
insert p(1520)+Width:MEcoupling 2 3.1499
insert p(1520)+Width:MEcoupling 3 0.651893
insert p(1520)+Width:MEcoupling 4 0.115067
insert p(1520)+Width:MEcoupling 5 0.0326401
insert p(1520)+Width:MEcoupling 6 1.17191
insert p(1520)+Width:MEcoupling 7 0.648353
insert p(1520)+Width:MEcoupling 8 0.057533
insert p(1520)+Width:ModeOn 0 1
insert p(1520)+Width:ModeOn 1 1
insert p(1520)+Width:ModeOn 2 1
insert p(1520)+Width:ModeOn 3 1
insert p(1520)+Width:ModeOn 4 1
insert p(1520)+Width:ModeOn 5 0
insert p(1520)+Width:ModeOn 6 0
insert p(1520)+Width:ModeOn 7 1
insert p(1520)+Width:ModeOn 8 1
insert p(1520)+Width:MinimumMasses 0 1.22157
insert p(1520)+Width:MinimumMasses 1 1.21698
insert p(1520)+Width:MinimumMasses 2 1.22157
insert p(1520)+Width:MinimumMasses 3 1.07914
insert p(1520)+Width:MinimumMasses 4 1.31507
insert p(1520)+Width:MinimumMasses 5 1.48577
insert p(1520)+Width:MinimumMasses 6 0.938272
insert p(1520)+Width:MinimumMasses 7 1.07325
insert p(1520)+Width:MinimumMasses 8 1.31377
insert p(1520)+Width:MEmass1 0 1.232
insert p(1520)+Width:MEmass1 1 1.232
insert p(1520)+Width:MEmass1 2 1.232
insert p(1520)+Width:MEmass1 3 0.939565
insert p(1520)+Width:MEmass1 4 0
insert p(1520)+Width:MEmass1 5 0.938272
insert p(1520)+Width:MEmass1 6 0.938272
insert p(1520)+Width:MEmass1 7 0.938272
insert p(1520)+Width:MEmass1 8 0
insert p(1520)+Width:MEmass2 0 0.13957
insert p(1520)+Width:MEmass2 1 0.134978
insert p(1520)+Width:MEmass2 2 0.13957
insert p(1520)+Width:MEmass2 3 0.13957
insert p(1520)+Width:MEmass2 4 0
insert p(1520)+Width:MEmass2 5 0.54751
insert p(1520)+Width:MEmass2 6 0
insert p(1520)+Width:MEmass2 7 0.134978
insert p(1520)+Width:MEmass2 8 0
insert p(1520)+Width:DecayModes 0 p(1520)+->Delta++,pi-;
insert p(1520)+Width:DecayModes 1 p(1520)+->Delta+,pi0;
insert p(1520)+Width:DecayModes 2 p(1520)+->Delta0,pi+;
insert p(1520)+Width:DecayModes 3 p(1520)+->n0,pi+;
insert p(1520)+Width:DecayModes 4 p(1520)+->n0,rho+;
insert p(1520)+Width:DecayModes 5 p(1520)+->p+,eta;
insert p(1520)+Width:DecayModes 6 p(1520)+->p+,gamma;
insert p(1520)+Width:DecayModes 7 p(1520)+->p+,pi0;
insert p(1520)+Width:DecayModes 8 p(1520)+->p+,rho0;
insert p(1520)+Width:InterpolationMasses 0 1.1848996
insert p(1520)+Width:InterpolationMasses 1 1.2032349
insert p(1520)+Width:InterpolationMasses 2 1.2215702
insert p(1520)+Width:InterpolationMasses 3 1.2233914
insert p(1520)+Width:InterpolationMasses 4 1.2252154
insert p(1520)+Width:InterpolationMasses 5 1.2270421
insert p(1520)+Width:InterpolationMasses 6 1.2288715
insert p(1520)+Width:InterpolationMasses 7 1.2307037
insert p(1520)+Width:InterpolationMasses 8 1.2325386
insert p(1520)+Width:InterpolationMasses 9 1.2343762
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insert p(1520)+Width:InterpolationWidths 137 4.355964e-09
insert p(1520)+Width:InterpolationWidths 138 6.2358261e-09
insert p(1520)+Width:InterpolationWidths 139 7.8428084e-08
insert p(1520)+Width:InterpolationWidths 140 4.1532159e-07
insert p(1520)+Width:InterpolationWidths 141 1.5205257e-06
insert p(1520)+Width:InterpolationWidths 142 4.5579744e-06
insert p(1520)+Width:InterpolationWidths 143 1.2072683e-05
insert p(1520)+Width:InterpolationWidths 144 2.899396e-05
insert p(1520)+Width:InterpolationWidths 145 6.2449381e-05
insert p(1520)+Width:InterpolationWidths 146 0.00011926857
insert p(1520)+Width:InterpolationWidths 147 0.00020442322
insert p(1520)+Width:InterpolationWidths 148 0.00032159618
insert p(1520)+Width:InterpolationWidths 149 0.00047389419
insert p(1520)+Width:InterpolationWidths 150 0.00066419247
insert p(1520)+Width:InterpolationWidths 151 0.0008952496
insert p(1520)+Width:InterpolationWidths 152 0.001169753
insert p(1520)+Width:InterpolationWidths 153 0.0014903359
insert p(1520)+Width:InterpolationWidths 154 0.0018595852
insert p(1520)+Width:InterpolationWidths 155 0.0022800453
insert p(1520)+Width:InterpolationWidths 156 0.0027542212
insert p(1520)+Width:InterpolationWidths 157 0.0032845814
insert p(1520)+Width:InterpolationWidths 158 0.0038735607
insert p(1520)+Width:InterpolationWidths 159 0.0045235624
insert p(1520)+Width:InterpolationWidths 160 0.0052369614
insert p(1520)+Width:InterpolationWidths 161 0.0060161071
insert p(1520)+Width:InterpolationWidths 162 0.0068633254
insert p(1520)+Width:InterpolationWidths 163 0.007780922
insert p(1520)+Width:InterpolationWidths 164 0.0087711925
insert p(1520)+Width:InterpolationWidths 165 0.009836395
insert p(1520)+Width:InterpolationWidths 166 0.010978795
insert p(1520)+Width:InterpolationWidths 167 0.012200642
insert p(1520)+Width:InterpolationWidths 168 0.013504174
insert p(1520)+Width:InterpolationWidths 169 0.014891626
insert p(1520)+Width:InterpolationWidths 170 0.016365226
insert p(1520)+Width:InterpolationWidths 171 0.017927202
insert p(1520)+Width:InterpolationWidths 172 0.019579778
insert p(1520)+Width:InterpolationWidths 173 0.021325182
insert p(1520)+Width:InterpolationWidths 174 0.023165643
insert p(1520)+Width:InterpolationWidths 175 0.025103395
insert p(1520)+Width:InterpolationWidths 176 0.027140678
insert p(1520)+Width:InterpolationWidths 177 0.02927974
insert p(1520)+Width:InterpolationWidths 178 0.031522837
insert p(1520)+Width:InterpolationWidths 179 0.033872076
insert p(1520)+Width:InterpolationWidths 180 0.036329361
insert p(1520)+Width:InterpolationWidths 181 0.038896696
insert p(1520)+Width:InterpolationWidths 182 0.041576117
insert p(1520)+Width:InterpolationWidths 183 0.044369676
insert p(1520)+Width:InterpolationWidths 184 0.047279436
insert p(1520)+Width:InterpolationWidths 185 0.050307474
insert p(1520)+Width:InterpolationWidths 186 0.053455878
insert p(1520)+Width:InterpolationWidths 187 0.056726751
insert p(1520)+Width:InterpolationWidths 188 0.06012221
insert p(1520)+Width:InterpolationWidths 189 0
insert p(1520)+Width:InterpolationWidths 190 0
insert p(1520)+Width:InterpolationWidths 191 0
insert p(1520)+Width:InterpolationWidths 192 6.0555439e-05
insert p(1520)+Width:InterpolationWidths 193 0.00017273921
insert p(1520)+Width:InterpolationWidths 194 0.00031842723
insert p(1520)+Width:InterpolationWidths 195 0.00049130393
insert p(1520)+Width:InterpolationWidths 196 0.000687745
insert p(1520)+Width:InterpolationWidths 197 0.00090531931
insert p(1520)+Width:InterpolationWidths 198 0.0011422518
insert p(1520)+Width:InterpolationWidths 199 0.0013971742
insert p(1520)+Width:InterpolationWidths 200 0.0016689917
insert p(1520)+Width:InterpolationWidths 201 0.0019568031
insert p(1520)+Width:InterpolationWidths 202 0.005551667
insert p(1520)+Width:InterpolationWidths 203 0.010225278
insert p(1520)+Width:InterpolationWidths 204 0.015781398
insert p(1520)+Width:InterpolationWidths 205 0.02210818
insert p(1520)+Width:InterpolationWidths 206 0.029131218
insert p(1520)+Width:InterpolationWidths 207 0.036796681
insert p(1520)+Width:InterpolationWidths 208 0.045063492
insert p(1520)+Width:InterpolationWidths 209 0.053899125
insert p(1520)+Width:InterpolationWidths 210 0.063277121
insert p(1520)+Width:InterpolationWidths 211 0.0731755
insert p(1520)+Width:InterpolationWidths 212 0.083575712
insert p(1520)+Width:InterpolationWidths 213 0.094461889
insert p(1520)+Width:InterpolationWidths 214 0.10582032
insert p(1520)+Width:InterpolationWidths 215 0.11763904
insert p(1520)+Width:InterpolationWidths 216 0.12990756
insert p(1520)+Width:InterpolationWidths 217 0.14261659
insert p(1520)+Width:InterpolationWidths 218 0.15575789
insert p(1520)+Width:InterpolationWidths 219 0.1693241
insert p(1520)+Width:InterpolationWidths 220 0.18330863
insert p(1520)+Width:InterpolationWidths 221 0.19770557
insert p(1520)+Width:InterpolationWidths 222 0.21250959
insert p(1520)+Width:InterpolationWidths 223 0.22771588
insert p(1520)+Width:InterpolationWidths 224 0.24332009
insert p(1520)+Width:InterpolationWidths 225 0.2593183
insert p(1520)+Width:InterpolationWidths 226 0.27570694
insert p(1520)+Width:InterpolationWidths 227 0.29248278
insert p(1520)+Width:InterpolationWidths 228 0.30964289
insert p(1520)+Width:InterpolationWidths 229 0.32718463
insert p(1520)+Width:InterpolationWidths 230 0.34510559
insert p(1520)+Width:InterpolationWidths 231 0.36340359
insert p(1520)+Width:InterpolationWidths 232 0.38207668
insert p(1520)+Width:InterpolationWidths 233 0.40112309
insert p(1520)+Width:InterpolationWidths 234 0.42054121
insert p(1520)+Width:InterpolationWidths 235 0.44032962
insert p(1520)+Width:InterpolationWidths 236 0.46048705
insert p(1520)+Width:InterpolationWidths 237 0.48101236
insert p(1520)+Width:InterpolationWidths 238 0.50190453
insert p(1520)+Width:InterpolationWidths 239 0.5231627
insert p(1520)+Width:InterpolationWidths 240 0.54478608
insert p(1520)+Width:InterpolationWidths 241 0.56677403
insert p(1520)+Width:InterpolationWidths 242 0.58912596
insert p(1520)+Width:InterpolationWidths 243 0.61184142
insert p(1520)+Width:InterpolationWidths 244 0.63492002
insert p(1520)+Width:InterpolationWidths 245 0.65836146
insert p(1520)+Width:InterpolationWidths 246 0.68216552
insert p(1520)+Width:InterpolationWidths 247 0.70633205
insert p(1520)+Width:InterpolationWidths 248 0.73086096
insert p(1520)+Width:InterpolationWidths 249 0.75575225
insert p(1520)+Width:InterpolationWidths 250 0.78100595
insert p(1520)+Width:InterpolationWidths 251 0.80662217
insert p(1520)+Width:NumberofEntries 0 63
insert p(1520)+Width:NumberofEntries 1 126
insert p(1520)+Width:NumberofEntries 2 189
insert p(1520)+Width:NumberofEntries 3 189
insert p(1520)+Width:NumberofEntries 4 189
insert p(1520)+Width:NumberofEntries 5 252
insert p(1520)+Width:NumberofEntries 6 252
insert p(1520)+Width:NumberofEntries 7 252
insert p(1520)+Width:NumberofEntries 8 252
insert p(1520)+Width:BaryonDecayers 0 /Herwig/Decays/SU3OctetDecuplet3
insert p(1520)+Width:ModeLocation 0 0
insert p(1520)+Width:BaryonDecayers 1 /Herwig/Decays/SU3OctetDecuplet3
insert p(1520)+Width:ModeLocation 1 3
insert p(1520)+Width:BaryonDecayers 2 /Herwig/Decays/SU3OctetDecuplet3
insert p(1520)+Width:ModeLocation 2 6
insert p(1520)+Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong3
insert p(1520)+Width:ModeLocation 3 0
insert p(1520)+Width:BaryonDecayers 4 NULL
insert p(1520)+Width:ModeLocation 4 -1
insert p(1520)+Width:BaryonDecayers 5 /Herwig/Decays/SU3Strong3
insert p(1520)+Width:ModeLocation 5 4
insert p(1520)+Width:BaryonDecayers 6 /Herwig/Decays/SU3Gamma4
insert p(1520)+Width:ModeLocation 6 0
insert p(1520)+Width:BaryonDecayers 7 /Herwig/Decays/SU3Strong3
insert p(1520)+Width:ModeLocation 7 1
insert p(1520)+Width:BaryonDecayers 8 NULL
insert p(1520)+Width:ModeLocation 8 -1
newdef /Herwig/Particles/pbar(1520)-:Width_generator p(1520)+Width
newdef /Herwig/Particles/p(1520)+:Width_generator p(1520)+Width
#
create Herwig::BaryonWidthGenerator n(1520)0Width
newdef n(1520)0Width:Particle /Herwig/Particles/n(1520)0
newdef n(1520)0Width:Prefactor 1.00564
newdef n(1520)0Width:BRNormalize 1
newdef n(1520)0Width:BRMinimum 0.01
newdef n(1520)0Width:Points 50
newdef n(1520)0Width:InterpolationOrder 1
insert n(1520)0Width:MEtype 0 2
insert n(1520)0Width:MEtype 1 2
insert n(1520)0Width:MEtype 2 2
insert n(1520)0Width:MEtype 3 2
insert n(1520)0Width:MEtype 4 1
insert n(1520)0Width:MEtype 5 1
insert n(1520)0Width:MEtype 6 0
insert n(1520)0Width:MEtype 7 1
insert n(1520)0Width:MEtype 8 0
insert n(1520)0Width:MEcode 0 0
insert n(1520)0Width:MEcode 1 0
insert n(1520)0Width:MEcode 2 0
insert n(1520)0Width:MEcode 3 0
insert n(1520)0Width:MEcode 4 106
insert n(1520)0Width:MEcode 5 105
insert n(1520)0Width:MEcode 6 0
insert n(1520)0Width:MEcode 7 105
insert n(1520)0Width:MEcode 8 0
insert n(1520)0Width:MEcoupling 0 3.14708
insert n(1520)0Width:MEcoupling 1 3.17134
insert n(1520)0Width:MEcoupling 2 3.06073
insert n(1520)0Width:MEcoupling 3 0.0345458
insert n(1520)0Width:MEcoupling 4 1.16922
insert n(1520)0Width:MEcoupling 5 0.649788
insert n(1520)0Width:MEcoupling 6 0.05785
insert n(1520)0Width:MEcoupling 7 0.650445
insert n(1520)0Width:MEcoupling 8 0.1157
insert n(1520)0Width:ModeOn 0 1
insert n(1520)0Width:ModeOn 1 1
insert n(1520)0Width:ModeOn 2 1
insert n(1520)0Width:ModeOn 3 0
insert n(1520)0Width:ModeOn 4 0
insert n(1520)0Width:ModeOn 5 1
insert n(1520)0Width:ModeOn 6 1
insert n(1520)0Width:ModeOn 7 1
insert n(1520)0Width:ModeOn 8 1
insert n(1520)0Width:MinimumMasses 0 1.22157
insert n(1520)0Width:MinimumMasses 1 1.22157
insert n(1520)0Width:MinimumMasses 2 1.21698
insert n(1520)0Width:MinimumMasses 3 1.48706
insert n(1520)0Width:MinimumMasses 4 0.939565
insert n(1520)0Width:MinimumMasses 5 1.07454
insert n(1520)0Width:MinimumMasses 6 1.31507
insert n(1520)0Width:MinimumMasses 7 1.07784
insert n(1520)0Width:MinimumMasses 8 1.31377
insert n(1520)0Width:MEmass1 0 1.232
insert n(1520)0Width:MEmass1 1 1.232
insert n(1520)0Width:MEmass1 2 1.232
insert n(1520)0Width:MEmass1 3 0.939565
insert n(1520)0Width:MEmass1 4 0.939565
insert n(1520)0Width:MEmass1 5 0.939565
insert n(1520)0Width:MEmass1 6 0
insert n(1520)0Width:MEmass1 7 0.938272
insert n(1520)0Width:MEmass1 8 0
insert n(1520)0Width:MEmass2 0 0.13957
insert n(1520)0Width:MEmass2 1 0.13957
insert n(1520)0Width:MEmass2 2 0.134978
insert n(1520)0Width:MEmass2 3 0.54751
insert n(1520)0Width:MEmass2 4 0
insert n(1520)0Width:MEmass2 5 0.134978
insert n(1520)0Width:MEmass2 6 0
insert n(1520)0Width:MEmass2 7 0.13957
insert n(1520)0Width:MEmass2 8 0
insert n(1520)0Width:DecayModes 0 n(1520)0->Delta+,pi-;
insert n(1520)0Width:DecayModes 1 n(1520)0->Delta-,pi+;
insert n(1520)0Width:DecayModes 2 n(1520)0->Delta0,pi0;
insert n(1520)0Width:DecayModes 3 n(1520)0->n0,eta;
insert n(1520)0Width:DecayModes 4 n(1520)0->n0,gamma;
insert n(1520)0Width:DecayModes 5 n(1520)0->n0,pi0;
insert n(1520)0Width:DecayModes 6 n(1520)0->n0,rho0;
insert n(1520)0Width:DecayModes 7 n(1520)0->p+,pi-;
insert n(1520)0Width:DecayModes 8 n(1520)0->p+,rho-;
insert n(1520)0Width:InterpolationMasses 0 1.1848996
insert n(1520)0Width:InterpolationMasses 1 1.2032349
insert n(1520)0Width:InterpolationMasses 2 1.2215702
insert n(1520)0Width:InterpolationMasses 3 1.2233914
insert n(1520)0Width:InterpolationMasses 4 1.2252154
insert n(1520)0Width:InterpolationMasses 5 1.2270421
insert n(1520)0Width:InterpolationMasses 6 1.2288715
insert n(1520)0Width:InterpolationMasses 7 1.2307037
insert n(1520)0Width:InterpolationMasses 8 1.2325386
insert n(1520)0Width:InterpolationMasses 9 1.2343762
insert n(1520)0Width:InterpolationMasses 10 1.2362165
insert n(1520)0Width:InterpolationMasses 11 1.2380596
insert n(1520)0Width:InterpolationMasses 12 1.2399055
insert n(1520)0Width:InterpolationMasses 13 1.2582408
insert n(1520)0Width:InterpolationMasses 14 1.2765761
insert n(1520)0Width:InterpolationMasses 15 1.2949114
insert n(1520)0Width:InterpolationMasses 16 1.3132467
insert n(1520)0Width:InterpolationMasses 17 1.331582
insert n(1520)0Width:InterpolationMasses 18 1.3499173
insert n(1520)0Width:InterpolationMasses 19 1.3682526
insert n(1520)0Width:InterpolationMasses 20 1.3865879
insert n(1520)0Width:InterpolationMasses 21 1.4049232
insert n(1520)0Width:InterpolationMasses 22 1.4232585
insert n(1520)0Width:InterpolationMasses 23 1.4415938
insert n(1520)0Width:InterpolationMasses 24 1.4599291
insert n(1520)0Width:InterpolationMasses 25 1.4782644
insert n(1520)0Width:InterpolationMasses 26 1.4965997
insert n(1520)0Width:InterpolationMasses 27 1.514935
insert n(1520)0Width:InterpolationMasses 28 1.5332703
insert n(1520)0Width:InterpolationMasses 29 1.5516056
insert n(1520)0Width:InterpolationMasses 30 1.5699409
insert n(1520)0Width:InterpolationMasses 31 1.5882762
insert n(1520)0Width:InterpolationMasses 32 1.6066115
insert n(1520)0Width:InterpolationMasses 33 1.6249468
insert n(1520)0Width:InterpolationMasses 34 1.6432821
insert n(1520)0Width:InterpolationMasses 35 1.6616174
insert n(1520)0Width:InterpolationMasses 36 1.6799527
insert n(1520)0Width:InterpolationMasses 37 1.698288
insert n(1520)0Width:InterpolationMasses 38 1.7166233
insert n(1520)0Width:InterpolationMasses 39 1.7349586
insert n(1520)0Width:InterpolationMasses 40 1.753294
insert n(1520)0Width:InterpolationMasses 41 1.7716293
insert n(1520)0Width:InterpolationMasses 42 1.7899646
insert n(1520)0Width:InterpolationMasses 43 1.8082999
insert n(1520)0Width:InterpolationMasses 44 1.8266352
insert n(1520)0Width:InterpolationMasses 45 1.8449705
insert n(1520)0Width:InterpolationMasses 46 1.8633058
insert n(1520)0Width:InterpolationMasses 47 1.8816411
insert n(1520)0Width:InterpolationMasses 48 1.8999764
insert n(1520)0Width:InterpolationMasses 49 1.9183117
insert n(1520)0Width:InterpolationMasses 50 1.936647
insert n(1520)0Width:InterpolationMasses 51 1.9549823
insert n(1520)0Width:InterpolationMasses 52 1.9733176
insert n(1520)0Width:InterpolationMasses 53 1.9916529
insert n(1520)0Width:InterpolationMasses 54 2.0099882
insert n(1520)0Width:InterpolationMasses 55 2.0283235
insert n(1520)0Width:InterpolationMasses 56 2.0466588
insert n(1520)0Width:InterpolationMasses 57 2.0649941
insert n(1520)0Width:InterpolationMasses 58 2.0833294
insert n(1520)0Width:InterpolationMasses 59 2.1016647
insert n(1520)0Width:InterpolationMasses 60 2.12
insert n(1520)0Width:InterpolationMasses 61 2.1383353
insert n(1520)0Width:InterpolationMasses 62 2.1566706
insert n(1520)0Width:InterpolationMasses 63 1.1848996
insert n(1520)0Width:InterpolationMasses 64 1.2032349
insert n(1520)0Width:InterpolationMasses 65 1.2215702
insert n(1520)0Width:InterpolationMasses 66 1.2233914
insert n(1520)0Width:InterpolationMasses 67 1.2252154
insert n(1520)0Width:InterpolationMasses 68 1.2270421
insert n(1520)0Width:InterpolationMasses 69 1.2288715
insert n(1520)0Width:InterpolationMasses 70 1.2307037
insert n(1520)0Width:InterpolationMasses 71 1.2325386
insert n(1520)0Width:InterpolationMasses 72 1.2343762
insert n(1520)0Width:InterpolationMasses 73 1.2362165
insert n(1520)0Width:InterpolationMasses 74 1.2380596
insert n(1520)0Width:InterpolationMasses 75 1.2399055
insert n(1520)0Width:InterpolationMasses 76 1.2582408
insert n(1520)0Width:InterpolationMasses 77 1.2765761
insert n(1520)0Width:InterpolationMasses 78 1.2949114
insert n(1520)0Width:InterpolationMasses 79 1.3132467
insert n(1520)0Width:InterpolationMasses 80 1.331582
insert n(1520)0Width:InterpolationMasses 81 1.3499173
insert n(1520)0Width:InterpolationMasses 82 1.3682526
insert n(1520)0Width:InterpolationMasses 83 1.3865879
insert n(1520)0Width:InterpolationMasses 84 1.4049232
insert n(1520)0Width:InterpolationMasses 85 1.4232585
insert n(1520)0Width:InterpolationMasses 86 1.4415938
insert n(1520)0Width:InterpolationMasses 87 1.4599291
insert n(1520)0Width:InterpolationMasses 88 1.4782644
insert n(1520)0Width:InterpolationMasses 89 1.4965997
insert n(1520)0Width:InterpolationMasses 90 1.514935
insert n(1520)0Width:InterpolationMasses 91 1.5332703
insert n(1520)0Width:InterpolationMasses 92 1.5516056
insert n(1520)0Width:InterpolationMasses 93 1.5699409
insert n(1520)0Width:InterpolationMasses 94 1.5882762
insert n(1520)0Width:InterpolationMasses 95 1.6066115
insert n(1520)0Width:InterpolationMasses 96 1.6249468
insert n(1520)0Width:InterpolationMasses 97 1.6432821
insert n(1520)0Width:InterpolationMasses 98 1.6616174
insert n(1520)0Width:InterpolationMasses 99 1.6799527
insert n(1520)0Width:InterpolationMasses 100 1.698288
insert n(1520)0Width:InterpolationMasses 101 1.7166233
insert n(1520)0Width:InterpolationMasses 102 1.7349586
insert n(1520)0Width:InterpolationMasses 103 1.753294
insert n(1520)0Width:InterpolationMasses 104 1.7716293
insert n(1520)0Width:InterpolationMasses 105 1.7899646
insert n(1520)0Width:InterpolationMasses 106 1.8082999
insert n(1520)0Width:InterpolationMasses 107 1.8266352
insert n(1520)0Width:InterpolationMasses 108 1.8449705
insert n(1520)0Width:InterpolationMasses 109 1.8633058
insert n(1520)0Width:InterpolationMasses 110 1.8816411
insert n(1520)0Width:InterpolationMasses 111 1.8999764
insert n(1520)0Width:InterpolationMasses 112 1.9183117
insert n(1520)0Width:InterpolationMasses 113 1.936647
insert n(1520)0Width:InterpolationMasses 114 1.9549823
insert n(1520)0Width:InterpolationMasses 115 1.9733176
insert n(1520)0Width:InterpolationMasses 116 1.9916529
insert n(1520)0Width:InterpolationMasses 117 2.0099882
insert n(1520)0Width:InterpolationMasses 118 2.0283235
insert n(1520)0Width:InterpolationMasses 119 2.0466588
insert n(1520)0Width:InterpolationMasses 120 2.0649941
insert n(1520)0Width:InterpolationMasses 121 2.0833294
insert n(1520)0Width:InterpolationMasses 122 2.1016647
insert n(1520)0Width:InterpolationMasses 123 2.12
insert n(1520)0Width:InterpolationMasses 124 2.1383353
insert n(1520)0Width:InterpolationMasses 125 2.1566706
insert n(1520)0Width:InterpolationMasses 126 1.1801195
insert n(1520)0Width:InterpolationMasses 127 1.1985486
insert n(1520)0Width:InterpolationMasses 128 1.2169776
insert n(1520)0Width:InterpolationMasses 129 1.2188081
insert n(1520)0Width:InterpolationMasses 130 1.2206413
insert n(1520)0Width:InterpolationMasses 131 1.2224773
insert n(1520)0Width:InterpolationMasses 132 1.224316
insert n(1520)0Width:InterpolationMasses 133 1.2261575
insert n(1520)0Width:InterpolationMasses 134 1.2280018
insert n(1520)0Width:InterpolationMasses 135 1.2298488
insert n(1520)0Width:InterpolationMasses 136 1.2316986
insert n(1520)0Width:InterpolationMasses 137 1.2335512
insert n(1520)0Width:InterpolationMasses 138 1.2354066
insert n(1520)0Width:InterpolationMasses 139 1.2538357
insert n(1520)0Width:InterpolationMasses 140 1.2722647
insert n(1520)0Width:InterpolationMasses 141 1.2906937
insert n(1520)0Width:InterpolationMasses 142 1.3091227
insert n(1520)0Width:InterpolationMasses 143 1.3275518
insert n(1520)0Width:InterpolationMasses 144 1.3459808
insert n(1520)0Width:InterpolationMasses 145 1.3644098
insert n(1520)0Width:InterpolationMasses 146 1.3828389
insert n(1520)0Width:InterpolationMasses 147 1.4012679
insert n(1520)0Width:InterpolationMasses 148 1.4196969
insert n(1520)0Width:InterpolationMasses 149 1.4381259
insert n(1520)0Width:InterpolationMasses 150 1.456555
insert n(1520)0Width:InterpolationMasses 151 1.474984
insert n(1520)0Width:InterpolationMasses 152 1.493413
insert n(1520)0Width:InterpolationMasses 153 1.5118421
insert n(1520)0Width:InterpolationMasses 154 1.5302711
insert n(1520)0Width:InterpolationMasses 155 1.5487001
insert n(1520)0Width:InterpolationMasses 156 1.5671291
insert n(1520)0Width:InterpolationMasses 157 1.5855582
insert n(1520)0Width:InterpolationMasses 158 1.6039872
insert n(1520)0Width:InterpolationMasses 159 1.6224162
insert n(1520)0Width:InterpolationMasses 160 1.6408453
insert n(1520)0Width:InterpolationMasses 161 1.6592743
insert n(1520)0Width:InterpolationMasses 162 1.6777033
insert n(1520)0Width:InterpolationMasses 163 1.6961323
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insert n(1520)0Width:BaryonDecayers 6 NULL
insert n(1520)0Width:ModeLocation 6 -1
insert n(1520)0Width:BaryonDecayers 7 /Herwig/Decays/SU3Strong3
insert n(1520)0Width:ModeLocation 7 6
insert n(1520)0Width:BaryonDecayers 8 NULL
insert n(1520)0Width:ModeLocation 8 -1
newdef /Herwig/Particles/n(1520)0:Width_generator n(1520)0Width
newdef /Herwig/Particles/nbar(1520)0:Width_generator n(1520)0Width
#
create Herwig::BaryonWidthGenerator Sigma_c++Width
newdef Sigma_c++Width:Particle /Herwig/Particles/Sigma_c++
newdef Sigma_c++Width:Prefactor 1
newdef Sigma_c++Width:BRNormalize 1
newdef Sigma_c++Width:BRMinimum 0.01
newdef Sigma_c++Width:Points 50
newdef Sigma_c++Width:InterpolationOrder 1
insert Sigma_c++Width:MEtype 0 1
insert Sigma_c++Width:MEcode 0 101
insert Sigma_c++Width:MEcoupling 0 0.892963
insert Sigma_c++Width:ModeOn 0 1
insert Sigma_c++Width:MinimumMasses 0 2.42603
insert Sigma_c++Width:MEmass1 0 2.28646
insert Sigma_c++Width:MEmass2 0 0.13957
insert Sigma_c++Width:DecayModes 0 Sigma_c++->Lambda_c+,pi+;
insert Sigma_c++Width:NumberofEntries 0 0
insert Sigma_c++Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_c++Width:ModeLocation 0 0
newdef /Herwig/Particles/Sigma_c++:Width_generator Sigma_c++Width
newdef /Herwig/Particles/Sigmabar_c--:Width_generator Sigma_c++Width
#
create Herwig::BaryonWidthGenerator Sigma_c+Width
newdef Sigma_c+Width:Particle /Herwig/Particles/Sigma_c+
newdef Sigma_c+Width:Prefactor 1
newdef Sigma_c+Width:BRNormalize 1
newdef Sigma_c+Width:BRMinimum 0.01
newdef Sigma_c+Width:Points 50
newdef Sigma_c+Width:InterpolationOrder 1
insert Sigma_c+Width:MEtype 0 1
insert Sigma_c+Width:MEcode 0 101
insert Sigma_c+Width:MEcoupling 0 0.829059
insert Sigma_c+Width:ModeOn 0 1
insert Sigma_c+Width:MinimumMasses 0 2.42144
insert Sigma_c+Width:MEmass1 0 2.28646
insert Sigma_c+Width:MEmass2 0 0.134978
insert Sigma_c+Width:DecayModes 0 Sigma_c+->Lambda_c+,pi0;
insert Sigma_c+Width:NumberofEntries 0 0
insert Sigma_c+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_c+Width:ModeLocation 0 1
newdef /Herwig/Particles/Sigma_c+:Width_generator Sigma_c+Width
newdef /Herwig/Particles/Sigmabar_c-:Width_generator Sigma_c+Width
#
create Herwig::BaryonWidthGenerator Sigma_c0Width
newdef Sigma_c0Width:Particle /Herwig/Particles/Sigma_c0
newdef Sigma_c0Width:Prefactor 1
newdef Sigma_c0Width:BRNormalize 1
newdef Sigma_c0Width:BRMinimum 0.01
newdef Sigma_c0Width:Points 50
newdef Sigma_c0Width:InterpolationOrder 1
insert Sigma_c0Width:MEtype 0 1
insert Sigma_c0Width:MEcode 0 101
insert Sigma_c0Width:MEcoupling 0 0.893619
insert Sigma_c0Width:ModeOn 0 1
insert Sigma_c0Width:MinimumMasses 0 2.42603
insert Sigma_c0Width:MEmass1 0 2.28646
insert Sigma_c0Width:MEmass2 0 0.13957
insert Sigma_c0Width:DecayModes 0 Sigma_c0->Lambda_c+,pi-;
insert Sigma_c0Width:NumberofEntries 0 0
insert Sigma_c0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_c0Width:ModeLocation 0 2
newdef /Herwig/Particles/Sigma_c0:Width_generator Sigma_c0Width
newdef /Herwig/Particles/Sigmabar_c0:Width_generator Sigma_c0Width
#
create Herwig::BaryonWidthGenerator Sigma*_c++Width
newdef Sigma*_c++Width:Particle /Herwig/Particles/Sigma*_c++
newdef Sigma*_c++Width:Prefactor 1
newdef Sigma*_c++Width:BRNormalize 1
newdef Sigma*_c++Width:BRMinimum 0.01
newdef Sigma*_c++Width:Points 50
newdef Sigma*_c++Width:InterpolationOrder 1
insert Sigma*_c++Width:MEtype 0 1
insert Sigma*_c++Width:MEcode 0 105
insert Sigma*_c++Width:MEcoupling 0 0.84304
insert Sigma*_c++Width:ModeOn 0 1
insert Sigma*_c++Width:MinimumMasses 0 2.42603
insert Sigma*_c++Width:MEmass1 0 2.28646
insert Sigma*_c++Width:MEmass2 0 0.13957
insert Sigma*_c++Width:DecayModes 0 Sigma*_c++->Lambda_c+,pi+;
insert Sigma*_c++Width:NumberofEntries 0 0
insert Sigma*_c++Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_c++Width:ModeLocation 0 3
newdef /Herwig/Particles/Sigma*_c++:Width_generator Sigma*_c++Width
newdef /Herwig/Particles/Sigmabar*_c--:Width_generator Sigma*_c++Width
#
create Herwig::BaryonWidthGenerator Sigma*_c+Width
newdef Sigma*_c+Width:Particle /Herwig/Particles/Sigma*_c+
newdef Sigma*_c+Width:Prefactor 1
newdef Sigma*_c+Width:BRNormalize 1
newdef Sigma*_c+Width:BRMinimum 0.01
newdef Sigma*_c+Width:Points 50
newdef Sigma*_c+Width:InterpolationOrder 1
insert Sigma*_c+Width:MEtype 0 1
insert Sigma*_c+Width:MEcode 0 105
insert Sigma*_c+Width:MEcoupling 0 0.860078
insert Sigma*_c+Width:ModeOn 0 1
insert Sigma*_c+Width:MinimumMasses 0 2.42144
insert Sigma*_c+Width:MEmass1 0 2.28646
insert Sigma*_c+Width:MEmass2 0 0.134978
insert Sigma*_c+Width:DecayModes 0 Sigma*_c+->Lambda_c+,pi0;
insert Sigma*_c+Width:NumberofEntries 0 0
insert Sigma*_c+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_c+Width:ModeLocation 0 4
newdef /Herwig/Particles/Sigma*_c+:Width_generator Sigma*_c+Width
newdef /Herwig/Particles/Sigmabar*_c-:Width_generator Sigma*_c+Width
#
create Herwig::BaryonWidthGenerator Sigma*_c0Width
newdef Sigma*_c0Width:Particle /Herwig/Particles/Sigma*_c0
newdef Sigma*_c0Width:Prefactor 1
newdef Sigma*_c0Width:BRNormalize 1
newdef Sigma*_c0Width:BRMinimum 0.01
newdef Sigma*_c0Width:Points 50
newdef Sigma*_c0Width:InterpolationOrder 1
insert Sigma*_c0Width:MEtype 0 1
insert Sigma*_c0Width:MEcode 0 105
insert Sigma*_c0Width:MEcoupling 0 0.879732
insert Sigma*_c0Width:ModeOn 0 1
insert Sigma*_c0Width:MinimumMasses 0 2.42603
insert Sigma*_c0Width:MEmass1 0 2.28646
insert Sigma*_c0Width:MEmass2 0 0.13957
insert Sigma*_c0Width:DecayModes 0 Sigma*_c0->Lambda_c+,pi-;
insert Sigma*_c0Width:NumberofEntries 0 0
insert Sigma*_c0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_c0Width:ModeLocation 0 5
newdef /Herwig/Particles/Sigma*_c0:Width_generator Sigma*_c0Width
newdef /Herwig/Particles/Sigmabar*_c0:Width_generator Sigma*_c0Width
#
create Herwig::BaryonWidthGenerator Sigma_b+Width
newdef Sigma_b+Width:Particle /Herwig/Particles/Sigma_b+
newdef Sigma_b+Width:Prefactor 1
newdef Sigma_b+Width:BRNormalize 1
newdef Sigma_b+Width:BRMinimum 0.01
newdef Sigma_b+Width:Points 50
newdef Sigma_b+Width:InterpolationOrder 1
insert Sigma_b+Width:MEtype 0 1
insert Sigma_b+Width:MEcode 0 101
insert Sigma_b+Width:MEcoupling 0 0.999647
insert Sigma_b+Width:ModeOn 0 1
insert Sigma_b+Width:MinimumMasses 0 5.76357
insert Sigma_b+Width:MEmass1 0 5.624
insert Sigma_b+Width:MEmass2 0 0.13957
insert Sigma_b+Width:DecayModes 0 Sigma_b+->Lambda_b0,pi+;
insert Sigma_b+Width:NumberofEntries 0 0
insert Sigma_b+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_b+Width:ModeLocation 0 16
newdef /Herwig/Particles/Sigma_b+:Width_generator Sigma_b+Width
newdef /Herwig/Particles/Sigma_bbar-:Width_generator Sigma_b+Width
#
create Herwig::BaryonWidthGenerator Sigma_b0Width
newdef Sigma_b0Width:Particle /Herwig/Particles/Sigma_b0
newdef Sigma_b0Width:Prefactor 1
newdef Sigma_b0Width:BRNormalize 1
newdef Sigma_b0Width:BRMinimum 0.01
newdef Sigma_b0Width:Points 50
newdef Sigma_b0Width:InterpolationOrder 1
insert Sigma_b0Width:MEtype 0 1
insert Sigma_b0Width:MEcode 0 101
insert Sigma_b0Width:MEcoupling 0 1.00011
insert Sigma_b0Width:ModeOn 0 1
insert Sigma_b0Width:MinimumMasses 0 5.75898
insert Sigma_b0Width:MEmass1 0 5.624
insert Sigma_b0Width:MEmass2 0 0.134978
insert Sigma_b0Width:DecayModes 0 Sigma_b0->Lambda_b0,pi0;
insert Sigma_b0Width:NumberofEntries 0 0
insert Sigma_b0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_b0Width:ModeLocation 0 17
newdef /Herwig/Particles/Sigma_bbar0:Width_generator Sigma_b0Width
newdef /Herwig/Particles/Sigma_b0:Width_generator Sigma_b0Width
#
create Herwig::BaryonWidthGenerator Sigma_b-Width
newdef Sigma_b-Width:Particle /Herwig/Particles/Sigma_b-
newdef Sigma_b-Width:Prefactor 1
newdef Sigma_b-Width:BRNormalize 1
newdef Sigma_b-Width:BRMinimum 0.01
newdef Sigma_b-Width:Points 50
newdef Sigma_b-Width:InterpolationOrder 1
insert Sigma_b-Width:MEtype 0 1
insert Sigma_b-Width:MEcode 0 101
insert Sigma_b-Width:MEcoupling 0 1.00056
insert Sigma_b-Width:ModeOn 0 1
insert Sigma_b-Width:MinimumMasses 0 5.76357
insert Sigma_b-Width:MEmass1 0 5.624
insert Sigma_b-Width:MEmass2 0 0.13957
insert Sigma_b-Width:DecayModes 0 Sigma_b-->Lambda_b0,pi-;
insert Sigma_b-Width:NumberofEntries 0 0
insert Sigma_b-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma_b-Width:ModeLocation 0 18
newdef /Herwig/Particles/Sigma_b-:Width_generator Sigma_b-Width
newdef /Herwig/Particles/Sigma_bbar+:Width_generator Sigma_b-Width
#
create Herwig::BaryonWidthGenerator Sigma*_b+Width
newdef Sigma*_b+Width:Particle /Herwig/Particles/Sigma_b*+
newdef Sigma*_b+Width:Prefactor 1
newdef Sigma*_b+Width:BRNormalize 1
newdef Sigma*_b+Width:BRMinimum 0.01
newdef Sigma*_b+Width:Points 50
newdef Sigma*_b+Width:InterpolationOrder 1
insert Sigma*_b+Width:MEtype 0 1
insert Sigma*_b+Width:MEcode 0 105
insert Sigma*_b+Width:MEcoupling 0 1.00176
insert Sigma*_b+Width:ModeOn 0 1
insert Sigma*_b+Width:MinimumMasses 0 5.76357
insert Sigma*_b+Width:MEmass1 0 5.624
insert Sigma*_b+Width:MEmass2 0 0.13957
insert Sigma*_b+Width:DecayModes 0 Sigma_b*+->Lambda_b0,pi+;
insert Sigma*_b+Width:NumberofEntries 0 0
insert Sigma*_b+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_b+Width:ModeLocation 0 19
newdef /Herwig/Particles/Sigma_b*+:Width_generator Sigma*_b+Width
newdef /Herwig/Particles/Sigma_b*bar-:Width_generator Sigma*_b+Width
#
create Herwig::BaryonWidthGenerator Sigma*_b0Width
newdef Sigma*_b0Width:Particle /Herwig/Particles/Sigma_b*0
newdef Sigma*_b0Width:Prefactor 1
newdef Sigma*_b0Width:BRNormalize 1
newdef Sigma*_b0Width:BRMinimum 0.01
newdef Sigma*_b0Width:Points 50
newdef Sigma*_b0Width:InterpolationOrder 1
insert Sigma*_b0Width:MEtype 0 1
insert Sigma*_b0Width:MEcode 0 105
insert Sigma*_b0Width:MEcoupling 0 0.999679
insert Sigma*_b0Width:ModeOn 0 1
insert Sigma*_b0Width:MinimumMasses 0 5.75898
insert Sigma*_b0Width:MEmass1 0 5.624
insert Sigma*_b0Width:MEmass2 0 0.134978
insert Sigma*_b0Width:DecayModes 0 Sigma_b*0->Lambda_b0,pi0;
insert Sigma*_b0Width:NumberofEntries 0 0
insert Sigma*_b0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_b0Width:ModeLocation 0 20
newdef /Herwig/Particles/Sigma_b*bar0:Width_generator Sigma*_b0Width
newdef /Herwig/Particles/Sigma_b*0:Width_generator Sigma*_b0Width
#
create Herwig::BaryonWidthGenerator Sigma*_b-Width
newdef Sigma*_b-Width:Particle /Herwig/Particles/Sigma_b*-
newdef Sigma*_b-Width:Prefactor 1
newdef Sigma*_b-Width:BRNormalize 1
newdef Sigma*_b-Width:BRMinimum 0.01
newdef Sigma*_b-Width:Points 50
newdef Sigma*_b-Width:InterpolationOrder 1
insert Sigma*_b-Width:MEtype 0 1
insert Sigma*_b-Width:MEcode 0 105
insert Sigma*_b-Width:MEcoupling 0 0.998176
insert Sigma*_b-Width:ModeOn 0 1
insert Sigma*_b-Width:MinimumMasses 0 5.76357
insert Sigma*_b-Width:MEmass1 0 5.624
insert Sigma*_b-Width:MEmass2 0 0.13957
insert Sigma*_b-Width:DecayModes 0 Sigma_b*-->Lambda_b0,pi-;
insert Sigma*_b-Width:NumberofEntries 0 0
insert Sigma*_b-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Sigma*_b-Width:ModeLocation 0 21
newdef /Herwig/Particles/Sigma_b*-:Width_generator Sigma*_b-Width
newdef /Herwig/Particles/Sigma_b*bar+:Width_generator Sigma*_b-Width
#
create Herwig::BaryonWidthGenerator Xi'_c+Width
newdef Xi'_c+Width:Particle /Herwig/Particles/Xi'_c+
newdef Xi'_c+Width:Prefactor 1
newdef Xi'_c+Width:BRNormalize 1
newdef Xi'_c+Width:BRMinimum 0.01
newdef Xi'_c+Width:Points 50
newdef Xi'_c+Width:InterpolationOrder 1
insert Xi'_c+Width:MEtype 0 1
insert Xi'_c+Width:MEcode 0 102
insert Xi'_c+Width:MEcoupling 0 0.978806
insert Xi'_c+Width:ModeOn 0 1
insert Xi'_c+Width:MinimumMasses 0 2.4679
insert Xi'_c+Width:MEmass1 0 2.4679
insert Xi'_c+Width:MEmass2 0 0
insert Xi'_c+Width:DecayModes 0 Xi'_c+->Xi_c+,gamma;
insert Xi'_c+Width:NumberofEntries 0 0
insert Xi'_c+Width:BaryonDecayers 0 /Herwig/Decays/HeavyGamma
insert Xi'_c+Width:ModeLocation 0 1
newdef /Herwig/Particles/Xi'_c+:Width_generator Xi'_c+Width
newdef /Herwig/Particles/Xi'_cbar-:Width_generator Xi'_c+Width
#
create Herwig::BaryonWidthGenerator Xi'_c0Width
newdef Xi'_c0Width:Particle /Herwig/Particles/Xi'_c0
newdef Xi'_c0Width:Prefactor 1
newdef Xi'_c0Width:BRNormalize 1
newdef Xi'_c0Width:BRMinimum 0.01
newdef Xi'_c0Width:Points 50
newdef Xi'_c0Width:InterpolationOrder 1
insert Xi'_c0Width:MEtype 0 1
insert Xi'_c0Width:MEcode 0 102
insert Xi'_c0Width:MEcoupling 0 0.979049
insert Xi'_c0Width:ModeOn 0 1
insert Xi'_c0Width:MinimumMasses 0 2.471
insert Xi'_c0Width:MEmass1 0 2.471
insert Xi'_c0Width:MEmass2 0 0
insert Xi'_c0Width:DecayModes 0 Xi'_c0->Xi_c0,gamma;
insert Xi'_c0Width:NumberofEntries 0 0
insert Xi'_c0Width:BaryonDecayers 0 /Herwig/Decays/HeavyGamma
insert Xi'_c0Width:ModeLocation 0 0
newdef /Herwig/Particles/Xi'_c0:Width_generator Xi'_c0Width
newdef /Herwig/Particles/Xi'_cbar0:Width_generator Xi'_c0Width
#
create Herwig::BaryonWidthGenerator Xi'_b0Width
newdef Xi'_b0Width:Particle /Herwig/Particles/Xi_b'0
newdef Xi'_b0Width:Prefactor 1
newdef Xi'_b0Width:BRNormalize 1
newdef Xi'_b0Width:BRMinimum 0.01
newdef Xi'_b0Width:Points 50
newdef Xi'_b0Width:InterpolationOrder 1
insert Xi'_b0Width:MEtype 0 1
insert Xi'_b0Width:MEcode 0 101
insert Xi'_b0Width:MEcoupling 0 0.97993
insert Xi'_b0Width:ModeOn 0 1
insert Xi'_b0Width:MinimumMasses 0 5.92688
insert Xi'_b0Width:MEmass1 0 5.7919
insert Xi'_b0Width:MEmass2 0 0.134977
insert Xi'_b0Width:DecayModes 0 Xi_b'0->Xi_b0,pi0;
insert Xi'_b0Width:NumberofEntries 0 0
insert Xi'_b0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi'_b0Width:ModeLocation 0 68
newdef /Herwig/Particles/Xi_b'bar0:Width_generator Xi'_b0Width
newdef /Herwig/Particles/Xi_b'0:Width_generator Xi'_b0Width
#
create Herwig::BaryonWidthGenerator Xi'_b-Width
newdef Xi'_b-Width:Particle /Herwig/Particles/Xi_b'-
newdef Xi'_b-Width:Prefactor 1
newdef Xi'_b-Width:BRNormalize 1
newdef Xi'_b-Width:BRMinimum 0.01
newdef Xi'_b-Width:Points 50
newdef Xi'_b-Width:InterpolationOrder 1
insert Xi'_b-Width:MEtype 0 1
insert Xi'_b-Width:MEtype 1 1
insert Xi'_b-Width:MEcode 0 101
insert Xi'_b-Width:MEcode 1 101
insert Xi'_b-Width:MEcoupling 0 0.959722
insert Xi'_b-Width:MEcoupling 1 0.959606
insert Xi'_b-Width:ModeOn 0 1
insert Xi'_b-Width:ModeOn 1 1
insert Xi'_b-Width:MinimumMasses 0 5.93147
insert Xi'_b-Width:MinimumMasses 1 5.93198
insert Xi'_b-Width:MEmass1 0 5.7919
insert Xi'_b-Width:MEmass1 1 5.797
insert Xi'_b-Width:MEmass2 0 0.13957
insert Xi'_b-Width:MEmass2 1 0.134977
insert Xi'_b-Width:DecayModes 0 Xi_b'-->Xi_b0,pi-;
insert Xi'_b-Width:DecayModes 1 Xi_b'-->Xi_b-,pi0;
insert Xi'_b-Width:NumberofEntries 0 0
insert Xi'_b-Width:NumberofEntries 1 0
insert Xi'_b-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi'_b-Width:ModeLocation 0 71
insert Xi'_b-Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi'_b-Width:ModeLocation 1 70
newdef /Herwig/Particles/Xi_b'-:Width_generator Xi'_b-Width
newdef /Herwig/Particles/Xi_b'bar+:Width_generator Xi'_b-Width
#
create Herwig::BaryonWidthGenerator Xi*_c+Width
newdef Xi*_c+Width:Particle /Herwig/Particles/Xi_c*+
newdef Xi*_c+Width:Prefactor 1
newdef Xi*_c+Width:BRNormalize 1
newdef Xi*_c+Width:BRMinimum 0.01
newdef Xi*_c+Width:Points 50
newdef Xi*_c+Width:InterpolationOrder 1
insert Xi*_c+Width:MEtype 0 1
insert Xi*_c+Width:MEtype 1 1
insert Xi*_c+Width:MEcode 0 105
insert Xi*_c+Width:MEcode 1 105
insert Xi*_c+Width:MEcoupling 0 0.895962
insert Xi*_c+Width:MEcoupling 1 1.03073
insert Xi*_c+Width:ModeOn 0 1
insert Xi*_c+Width:ModeOn 1 1
insert Xi*_c+Width:MinimumMasses 0 2.60288
insert Xi*_c+Width:MinimumMasses 1 2.61057
insert Xi*_c+Width:MEmass1 0 2.4679
insert Xi*_c+Width:MEmass1 1 2.471
insert Xi*_c+Width:MEmass2 0 0.134978
insert Xi*_c+Width:MEmass2 1 0.13957
insert Xi*_c+Width:DecayModes 0 Xi_c*+->Xi_c+,pi0;
insert Xi*_c+Width:DecayModes 1 Xi_c*+->Xi_c0,pi+;
insert Xi*_c+Width:NumberofEntries 0 0
insert Xi*_c+Width:NumberofEntries 1 0
insert Xi*_c+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi*_c+Width:ModeLocation 0 6
insert Xi*_c+Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi*_c+Width:ModeLocation 1 7
newdef /Herwig/Particles/Xi_c*+:Width_generator Xi*_c+Width
newdef /Herwig/Particles/Xi_c*bar-:Width_generator Xi*_c+Width
#
create Herwig::BaryonWidthGenerator Xi*_c0Width
newdef Xi*_c0Width:Particle /Herwig/Particles/Xi_c*0
newdef Xi*_c0Width:Prefactor 1
newdef Xi*_c0Width:BRNormalize 1
newdef Xi*_c0Width:BRMinimum 0.01
newdef Xi*_c0Width:Points 50
newdef Xi*_c0Width:InterpolationOrder 1
insert Xi*_c0Width:MEtype 0 1
insert Xi*_c0Width:MEtype 1 1
insert Xi*_c0Width:MEcode 0 105
insert Xi*_c0Width:MEcode 1 105
insert Xi*_c0Width:MEcoupling 0 0.973489
insert Xi*_c0Width:MEcoupling 1 0.962233
insert Xi*_c0Width:ModeOn 0 1
insert Xi*_c0Width:ModeOn 1 1
insert Xi*_c0Width:MinimumMasses 0 2.60747
insert Xi*_c0Width:MinimumMasses 1 2.60598
insert Xi*_c0Width:MEmass1 0 2.4679
insert Xi*_c0Width:MEmass1 1 2.471
insert Xi*_c0Width:MEmass2 0 0.13957
insert Xi*_c0Width:MEmass2 1 0.134978
insert Xi*_c0Width:DecayModes 0 Xi_c*0->Xi_c+,pi-;
insert Xi*_c0Width:DecayModes 1 Xi_c*0->Xi_c0,pi0;
insert Xi*_c0Width:NumberofEntries 0 0
insert Xi*_c0Width:NumberofEntries 1 0
insert Xi*_c0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi*_c0Width:ModeLocation 0 9
insert Xi*_c0Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi*_c0Width:ModeLocation 1 8
newdef /Herwig/Particles/Xi_c*bar0:Width_generator Xi*_c0Width
newdef /Herwig/Particles/Xi_c*0:Width_generator Xi*_c0Width
#
create Herwig::BaryonWidthGenerator Xi*_b0Width
newdef Xi*_b0Width:Particle /Herwig/Particles/Xi_b*0
newdef Xi*_b0Width:Prefactor 1
newdef Xi*_b0Width:BRNormalize 1
newdef Xi*_b0Width:BRMinimum 0.01
newdef Xi*_b0Width:Points 50
newdef Xi*_b0Width:InterpolationOrder 1
insert Xi*_b0Width:MEtype 0 1
insert Xi*_b0Width:MEtype 1 1
insert Xi*_b0Width:MEcode 0 105
insert Xi*_b0Width:MEcode 1 105
insert Xi*_b0Width:MEcoupling 0 1.06108
insert Xi*_b0Width:MEcoupling 1 0.921606
insert Xi*_b0Width:ModeOn 0 1
insert Xi*_b0Width:ModeOn 1 1
insert Xi*_b0Width:MinimumMasses 0 5.93247
insert Xi*_b0Width:MinimumMasses 1 5.92478
insert Xi*_b0Width:MEmass1 0 5.7929
insert Xi*_b0Width:MEmass1 1 5.7898
insert Xi*_b0Width:MEmass2 0 0.13957
insert Xi*_b0Width:MEmass2 1 0.134978
insert Xi*_b0Width:DecayModes 0 Xi_b*0->Xi_b-,pi+;
insert Xi*_b0Width:DecayModes 1 Xi_b*0->Xi_b0,pi0;
insert Xi*_b0Width:NumberofEntries 0 0
insert Xi*_b0Width:NumberofEntries 1 0
insert Xi*_b0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi*_b0Width:ModeLocation 0 23
insert Xi*_b0Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi*_b0Width:ModeLocation 1 22
newdef /Herwig/Particles/Xi_b*bar0:Width_generator Xi*_b0Width
newdef /Herwig/Particles/Xi_b*0:Width_generator Xi*_b0Width
#
create Herwig::BaryonWidthGenerator Xi*_b-Width
newdef Xi*_b-Width:Particle /Herwig/Particles/Xi_b*-
newdef Xi*_b-Width:Prefactor 1
newdef Xi*_b-Width:BRNormalize 1
newdef Xi*_b-Width:BRMinimum 0.01
newdef Xi*_b-Width:Points 50
newdef Xi*_b-Width:InterpolationOrder 1
insert Xi*_b-Width:MEtype 0 1
insert Xi*_b-Width:MEtype 1 1
insert Xi*_b-Width:MEcode 0 105
insert Xi*_b-Width:MEcode 1 105
insert Xi*_b-Width:MEcoupling 0 0.990745
insert Xi*_b-Width:MEcoupling 1 1.00143
insert Xi*_b-Width:ModeOn 0 1
insert Xi*_b-Width:ModeOn 1 1
insert Xi*_b-Width:MinimumMasses 0 5.92788
insert Xi*_b-Width:MinimumMasses 1 5.92937
insert Xi*_b-Width:MEmass1 0 5.7929
insert Xi*_b-Width:MEmass1 1 5.7898
insert Xi*_b-Width:MEmass2 0 0.134978
insert Xi*_b-Width:MEmass2 1 0.13957
insert Xi*_b-Width:DecayModes 0 Xi_b*-->Xi_b-,pi0;
insert Xi*_b-Width:DecayModes 1 Xi_b*-->Xi_b0,pi-;
insert Xi*_b-Width:NumberofEntries 0 0
insert Xi*_b-Width:NumberofEntries 1 0
insert Xi*_b-Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi*_b-Width:ModeLocation 0 24
insert Xi*_b-Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi*_b-Width:ModeLocation 1 25
newdef /Herwig/Particles/Xi_b*-:Width_generator Xi*_b-Width
newdef /Herwig/Particles/Xi_b*bar+:Width_generator Xi*_b-Width
#
create Herwig::BaryonWidthGenerator Lambda'_cWidth
newdef Lambda'_cWidth:Particle /Herwig/Particles/Lambda_c(2593)+
newdef Lambda'_cWidth:Prefactor 1.00141
newdef Lambda'_cWidth:BRNormalize 1
newdef Lambda'_cWidth:BRMinimum 0.01
newdef Lambda'_cWidth:Points 50
newdef Lambda'_cWidth:InterpolationOrder 1
insert Lambda'_cWidth:MEtype 0 0
insert Lambda'_cWidth:MEtype 1 0
insert Lambda'_cWidth:MEtype 2 2
insert Lambda'_cWidth:MEtype 3 2
insert Lambda'_cWidth:MEtype 4 2
insert Lambda'_cWidth:MEcode 0 0
insert Lambda'_cWidth:MEcode 1 0
insert Lambda'_cWidth:MEcode 2 0
insert Lambda'_cWidth:MEcode 3 0
insert Lambda'_cWidth:MEcode 4 0
insert Lambda'_cWidth:MEcoupling 0 0.186667
insert Lambda'_cWidth:MEcoupling 1 0.093333
insert Lambda'_cWidth:MEcoupling 2 0.528332
insert Lambda'_cWidth:MEcoupling 3 1.15368
insert Lambda'_cWidth:MEcoupling 4 1.07405
insert Lambda'_cWidth:ModeOn 0 1
insert Lambda'_cWidth:ModeOn 1 1
insert Lambda'_cWidth:ModeOn 2 1
insert Lambda'_cWidth:ModeOn 3 1
insert Lambda'_cWidth:ModeOn 4 1
insert Lambda'_cWidth:MinimumMasses 0 2.5656
insert Lambda'_cWidth:MinimumMasses 1 2.55642
insert Lambda'_cWidth:MinimumMasses 2 2.56558
insert Lambda'_cWidth:MinimumMasses 3 2.57129
insert Lambda'_cWidth:MinimumMasses 4 2.57133
insert Lambda'_cWidth:MEmass1 0 0
insert Lambda'_cWidth:MEmass1 1 0
insert Lambda'_cWidth:MEmass1 2 2.4529
insert Lambda'_cWidth:MEmass1 3 2.45402
insert Lambda'_cWidth:MEmass1 4 2.45376
insert Lambda'_cWidth:MEmass2 0 0
insert Lambda'_cWidth:MEmass2 1 0
insert Lambda'_cWidth:MEmass2 2 0.134978
insert Lambda'_cWidth:MEmass2 3 0.13957
insert Lambda'_cWidth:MEmass2 4 0.13957
insert Lambda'_cWidth:DecayModes 0 Lambda_c(2593)+->Lambda_c+,pi+,pi-;
insert Lambda'_cWidth:DecayModes 1 Lambda_c(2593)+->Lambda_c+,pi0,pi0;
insert Lambda'_cWidth:DecayModes 2 Lambda_c(2593)+->Sigma_c+,pi0;
insert Lambda'_cWidth:DecayModes 3 Lambda_c(2593)+->Sigma_c++,pi-;
insert Lambda'_cWidth:DecayModes 4 Lambda_c(2593)+->Sigma_c0,pi+;
insert Lambda'_cWidth:InterpolationMasses 0 2.5759306
insert Lambda'_cWidth:InterpolationMasses 1 2.5766653
insert Lambda'_cWidth:InterpolationMasses 2 2.5774
insert Lambda'_cWidth:InterpolationMasses 3 2.5781347
insert Lambda'_cWidth:InterpolationMasses 4 2.5788694
insert Lambda'_cWidth:InterpolationMasses 5 2.5796041
insert Lambda'_cWidth:InterpolationMasses 6 2.5803388
insert Lambda'_cWidth:InterpolationMasses 7 2.5810735
insert Lambda'_cWidth:InterpolationMasses 8 2.5818082
insert Lambda'_cWidth:InterpolationMasses 9 2.5825429
insert Lambda'_cWidth:InterpolationMasses 10 2.5832776
insert Lambda'_cWidth:InterpolationMasses 11 2.5840122
insert Lambda'_cWidth:InterpolationMasses 12 2.5847469
insert Lambda'_cWidth:InterpolationMasses 13 2.5854816
insert Lambda'_cWidth:InterpolationMasses 14 2.5862163
insert Lambda'_cWidth:InterpolationMasses 15 2.586951
insert Lambda'_cWidth:InterpolationMasses 16 2.5876857
insert Lambda'_cWidth:InterpolationMasses 17 2.5884204
insert Lambda'_cWidth:InterpolationMasses 18 2.5891551
insert Lambda'_cWidth:InterpolationMasses 19 2.5898898
insert Lambda'_cWidth:InterpolationMasses 20 2.5906245
insert Lambda'_cWidth:InterpolationMasses 21 2.5913592
insert Lambda'_cWidth:InterpolationMasses 22 2.5920939
insert Lambda'_cWidth:InterpolationMasses 23 2.5928286
insert Lambda'_cWidth:InterpolationMasses 24 2.5935633
insert Lambda'_cWidth:InterpolationMasses 25 2.594298
insert Lambda'_cWidth:InterpolationMasses 26 2.5950327
insert Lambda'_cWidth:InterpolationMasses 27 2.5957673
insert Lambda'_cWidth:InterpolationMasses 28 2.596502
insert Lambda'_cWidth:InterpolationMasses 29 2.5972367
insert Lambda'_cWidth:InterpolationMasses 30 2.5979714
insert Lambda'_cWidth:InterpolationMasses 31 2.5987061
insert Lambda'_cWidth:InterpolationMasses 32 2.5994408
insert Lambda'_cWidth:InterpolationMasses 33 2.6001755
insert Lambda'_cWidth:InterpolationMasses 34 2.6009102
insert Lambda'_cWidth:InterpolationMasses 35 2.6016449
insert Lambda'_cWidth:InterpolationMasses 36 2.6023796
insert Lambda'_cWidth:InterpolationMasses 37 2.6031143
insert Lambda'_cWidth:InterpolationMasses 38 2.603849
insert Lambda'_cWidth:InterpolationMasses 39 2.6045837
insert Lambda'_cWidth:InterpolationMasses 40 2.6053184
insert Lambda'_cWidth:InterpolationMasses 41 2.6060531
insert Lambda'_cWidth:InterpolationMasses 42 2.6067878
insert Lambda'_cWidth:InterpolationMasses 43 2.6075224
insert Lambda'_cWidth:InterpolationMasses 44 2.6082571
insert Lambda'_cWidth:InterpolationMasses 45 2.6089918
insert Lambda'_cWidth:InterpolationMasses 46 2.6097265
insert Lambda'_cWidth:InterpolationMasses 47 2.6104612
insert Lambda'_cWidth:InterpolationMasses 48 2.6111959
insert Lambda'_cWidth:InterpolationMasses 49 2.6119306
insert Lambda'_cWidth:InterpolationMasses 50 2.6126653
insert Lambda'_cWidth:InterpolationMasses 51 2.6134
insert Lambda'_cWidth:InterpolationMasses 52 2.6141347
insert Lambda'_cWidth:InterpolationMasses 53 2.6148694
insert Lambda'_cWidth:InterpolationMasses 54 2.5759306
insert Lambda'_cWidth:InterpolationMasses 55 2.5766653
insert Lambda'_cWidth:InterpolationMasses 56 2.5774
insert Lambda'_cWidth:InterpolationMasses 57 2.5781347
insert Lambda'_cWidth:InterpolationMasses 58 2.5788694
insert Lambda'_cWidth:InterpolationMasses 59 2.5796041
insert Lambda'_cWidth:InterpolationMasses 60 2.5803388
insert Lambda'_cWidth:InterpolationMasses 61 2.5810735
insert Lambda'_cWidth:InterpolationMasses 62 2.5818082
insert Lambda'_cWidth:InterpolationMasses 63 2.5825429
insert Lambda'_cWidth:InterpolationMasses 64 2.5832776
insert Lambda'_cWidth:InterpolationMasses 65 2.5840122
insert Lambda'_cWidth:InterpolationMasses 66 2.5847469
insert Lambda'_cWidth:InterpolationMasses 67 2.5854816
insert Lambda'_cWidth:InterpolationMasses 68 2.5862163
insert Lambda'_cWidth:InterpolationMasses 69 2.586951
insert Lambda'_cWidth:InterpolationMasses 70 2.5876857
insert Lambda'_cWidth:InterpolationMasses 71 2.5884204
insert Lambda'_cWidth:InterpolationMasses 72 2.5891551
insert Lambda'_cWidth:InterpolationMasses 73 2.5898898
insert Lambda'_cWidth:InterpolationMasses 74 2.5906245
insert Lambda'_cWidth:InterpolationMasses 75 2.5913592
insert Lambda'_cWidth:InterpolationMasses 76 2.5920939
insert Lambda'_cWidth:InterpolationMasses 77 2.5928286
insert Lambda'_cWidth:InterpolationMasses 78 2.5935633
insert Lambda'_cWidth:InterpolationMasses 79 2.594298
insert Lambda'_cWidth:InterpolationMasses 80 2.5950327
insert Lambda'_cWidth:InterpolationMasses 81 2.5957673
insert Lambda'_cWidth:InterpolationMasses 82 2.596502
insert Lambda'_cWidth:InterpolationMasses 83 2.5972367
insert Lambda'_cWidth:InterpolationMasses 84 2.5979714
insert Lambda'_cWidth:InterpolationMasses 85 2.5987061
insert Lambda'_cWidth:InterpolationMasses 86 2.5994408
insert Lambda'_cWidth:InterpolationMasses 87 2.6001755
insert Lambda'_cWidth:InterpolationMasses 88 2.6009102
insert Lambda'_cWidth:InterpolationMasses 89 2.6016449
insert Lambda'_cWidth:InterpolationMasses 90 2.6023796
insert Lambda'_cWidth:InterpolationMasses 91 2.6031143
insert Lambda'_cWidth:InterpolationMasses 92 2.603849
insert Lambda'_cWidth:InterpolationMasses 93 2.6045837
insert Lambda'_cWidth:InterpolationMasses 94 2.6053184
insert Lambda'_cWidth:InterpolationMasses 95 2.6060531
insert Lambda'_cWidth:InterpolationMasses 96 2.6067878
insert Lambda'_cWidth:InterpolationMasses 97 2.6075224
insert Lambda'_cWidth:InterpolationMasses 98 2.6082571
insert Lambda'_cWidth:InterpolationMasses 99 2.6089918
insert Lambda'_cWidth:InterpolationMasses 100 2.6097265
insert Lambda'_cWidth:InterpolationMasses 101 2.6104612
insert Lambda'_cWidth:InterpolationMasses 102 2.6111959
insert Lambda'_cWidth:InterpolationMasses 103 2.6119306
insert Lambda'_cWidth:InterpolationMasses 104 2.6126653
insert Lambda'_cWidth:InterpolationMasses 105 2.6134
insert Lambda'_cWidth:InterpolationMasses 106 2.6141347
insert Lambda'_cWidth:InterpolationMasses 107 2.6148694
insert Lambda'_cWidth:InterpolationMasses 108 2.5759306
insert Lambda'_cWidth:InterpolationMasses 109 2.5766653
insert Lambda'_cWidth:InterpolationMasses 110 2.5774
insert Lambda'_cWidth:InterpolationMasses 111 2.5781347
insert Lambda'_cWidth:InterpolationMasses 112 2.5788694
insert Lambda'_cWidth:InterpolationMasses 113 2.5796041
insert Lambda'_cWidth:InterpolationMasses 114 2.5803388
insert Lambda'_cWidth:InterpolationMasses 115 2.5810735
insert Lambda'_cWidth:InterpolationMasses 116 2.5818082
insert Lambda'_cWidth:InterpolationMasses 117 2.5825429
insert Lambda'_cWidth:InterpolationMasses 118 2.5832776
insert Lambda'_cWidth:InterpolationMasses 119 2.5840122
insert Lambda'_cWidth:InterpolationMasses 120 2.5847469
insert Lambda'_cWidth:InterpolationMasses 121 2.5854816
insert Lambda'_cWidth:InterpolationMasses 122 2.5862163
insert Lambda'_cWidth:InterpolationMasses 123 2.586951
insert Lambda'_cWidth:InterpolationMasses 124 2.5876857
insert Lambda'_cWidth:InterpolationMasses 125 2.5884204
insert Lambda'_cWidth:InterpolationMasses 126 2.5891551
insert Lambda'_cWidth:InterpolationMasses 127 2.5898898
insert Lambda'_cWidth:InterpolationMasses 128 2.5906245
insert Lambda'_cWidth:InterpolationMasses 129 2.5913592
insert Lambda'_cWidth:InterpolationMasses 130 2.5920939
insert Lambda'_cWidth:InterpolationMasses 131 2.5928286
insert Lambda'_cWidth:InterpolationMasses 132 2.5935633
insert Lambda'_cWidth:InterpolationMasses 133 2.594298
insert Lambda'_cWidth:InterpolationMasses 134 2.5950327
insert Lambda'_cWidth:InterpolationMasses 135 2.5957673
insert Lambda'_cWidth:InterpolationMasses 136 2.596502
insert Lambda'_cWidth:InterpolationMasses 137 2.5972367
insert Lambda'_cWidth:InterpolationMasses 138 2.5979714
insert Lambda'_cWidth:InterpolationMasses 139 2.5987061
insert Lambda'_cWidth:InterpolationMasses 140 2.5994408
insert Lambda'_cWidth:InterpolationMasses 141 2.6001755
insert Lambda'_cWidth:InterpolationMasses 142 2.6009102
insert Lambda'_cWidth:InterpolationMasses 143 2.6016449
insert Lambda'_cWidth:InterpolationMasses 144 2.6023796
insert Lambda'_cWidth:InterpolationMasses 145 2.6031143
insert Lambda'_cWidth:InterpolationMasses 146 2.603849
insert Lambda'_cWidth:InterpolationMasses 147 2.6045837
insert Lambda'_cWidth:InterpolationMasses 148 2.6053184
insert Lambda'_cWidth:InterpolationMasses 149 2.6060531
insert Lambda'_cWidth:InterpolationMasses 150 2.6067878
insert Lambda'_cWidth:InterpolationMasses 151 2.6075224
insert Lambda'_cWidth:InterpolationMasses 152 2.6082571
insert Lambda'_cWidth:InterpolationMasses 153 2.6089918
insert Lambda'_cWidth:InterpolationMasses 154 2.6097265
insert Lambda'_cWidth:InterpolationMasses 155 2.6104612
insert Lambda'_cWidth:InterpolationMasses 156 2.6111959
insert Lambda'_cWidth:InterpolationMasses 157 2.6119306
insert Lambda'_cWidth:InterpolationMasses 158 2.6126653
insert Lambda'_cWidth:InterpolationMasses 159 2.6134
insert Lambda'_cWidth:InterpolationMasses 160 2.6141347
insert Lambda'_cWidth:InterpolationMasses 161 2.6148694
insert Lambda'_cWidth:InterpolationWidths 0 4.8223351e-06
insert Lambda'_cWidth:InterpolationWidths 1 5.9013195e-06
insert Lambda'_cWidth:InterpolationWidths 2 7.1986726e-06
insert Lambda'_cWidth:InterpolationWidths 3 8.7645742e-06
insert Lambda'_cWidth:InterpolationWidths 4 1.0664368e-05
insert Lambda'_cWidth:InterpolationWidths 5 1.2984658e-05
insert Lambda'_cWidth:InterpolationWidths 6 1.58426e-05
insert Lambda'_cWidth:InterpolationWidths 7 1.9400554e-05
insert Lambda'_cWidth:InterpolationWidths 8 2.3890048e-05
insert Lambda'_cWidth:InterpolationWidths 9 2.9652826e-05
insert Lambda'_cWidth:InterpolationWidths 10 3.7214975e-05
insert Lambda'_cWidth:InterpolationWidths 11 4.7429736e-05
insert Lambda'_cWidth:InterpolationWidths 12 6.1774764e-05
insert Lambda'_cWidth:InterpolationWidths 13 8.3029624e-05
insert Lambda'_cWidth:InterpolationWidths 14 0.00011696739
insert Lambda'_cWidth:InterpolationWidths 15 0.00017659449
insert Lambda'_cWidth:InterpolationWidths 16 0.00028667344
insert Lambda'_cWidth:InterpolationWidths 17 0.00045232841
insert Lambda'_cWidth:InterpolationWidths 18 0.00062807473
insert Lambda'_cWidth:InterpolationWidths 19 0.00078837408
insert Lambda'_cWidth:InterpolationWidths 20 0.0009320545
insert Lambda'_cWidth:InterpolationWidths 21 0.0010622965
insert Lambda'_cWidth:InterpolationWidths 22 0.0011819691
insert Lambda'_cWidth:InterpolationWidths 23 0.0012932069
insert Lambda'_cWidth:InterpolationWidths 24 0.0013975698
insert Lambda'_cWidth:InterpolationWidths 25 0.0014962161
insert Lambda'_cWidth:InterpolationWidths 26 0.0015900252
insert Lambda'_cWidth:InterpolationWidths 27 0.00167968
insert Lambda'_cWidth:InterpolationWidths 28 0.0017657211
insert Lambda'_cWidth:InterpolationWidths 29 0.0018485846
insert Lambda'_cWidth:InterpolationWidths 30 0.001928615
insert Lambda'_cWidth:InterpolationWidths 31 0.0020061328
insert Lambda'_cWidth:InterpolationWidths 32 0.002081376
insert Lambda'_cWidth:InterpolationWidths 33 0.0021545563
insert Lambda'_cWidth:InterpolationWidths 34 0.0022258553
insert Lambda'_cWidth:InterpolationWidths 35 0.0022954301
insert Lambda'_cWidth:InterpolationWidths 36 0.0023634175
insert Lambda'_cWidth:InterpolationWidths 37 0.0024299376
insert Lambda'_cWidth:InterpolationWidths 38 0.0024950967
insert Lambda'_cWidth:InterpolationWidths 39 0.0025589887
insert Lambda'_cWidth:InterpolationWidths 40 0.002621698
insert Lambda'_cWidth:InterpolationWidths 41 0.0026832998
insert Lambda'_cWidth:InterpolationWidths 42 0.0027438621
insert Lambda'_cWidth:InterpolationWidths 43 0.0028034465
insert Lambda'_cWidth:InterpolationWidths 44 0.0028621086
insert Lambda'_cWidth:InterpolationWidths 45 0.0029198993
insert Lambda'_cWidth:InterpolationWidths 46 0.0029768651
insert Lambda'_cWidth:InterpolationWidths 47 0.0030329294
insert Lambda'_cWidth:InterpolationWidths 48 0.0030877264
insert Lambda'_cWidth:InterpolationWidths 49 0.0031415356
insert Lambda'_cWidth:InterpolationWidths 50 0.0031944755
insert Lambda'_cWidth:InterpolationWidths 51 0.0032466231
insert Lambda'_cWidth:InterpolationWidths 52 0.0032980342
insert Lambda'_cWidth:InterpolationWidths 53 0.0033487549
insert Lambda'_cWidth:InterpolationWidths 54 5.0502879e-07
insert Lambda'_cWidth:InterpolationWidths 55 6.9891369e-07
insert Lambda'_cWidth:InterpolationWidths 56 9.4063693e-07
insert Lambda'_cWidth:InterpolationWidths 57 1.2393663e-06
insert Lambda'_cWidth:InterpolationWidths 58 1.606184e-06
insert Lambda'_cWidth:InterpolationWidths 59 2.0545587e-06
insert Lambda'_cWidth:InterpolationWidths 60 2.6009707e-06
insert Lambda'_cWidth:InterpolationWidths 61 3.2657464e-06
insert Lambda'_cWidth:InterpolationWidths 62 4.0741867e-06
insert Lambda'_cWidth:InterpolationWidths 63 5.0581161e-06
insert Lambda'_cWidth:InterpolationWidths 64 6.2580471e-06
insert Lambda'_cWidth:InterpolationWidths 65 7.7262612e-06
insert Lambda'_cWidth:InterpolationWidths 66 9.5312977e-06
insert Lambda'_cWidth:InterpolationWidths 67 1.1764658e-05
insert Lambda'_cWidth:InterpolationWidths 68 1.4551116e-05
insert Lambda'_cWidth:InterpolationWidths 69 1.8065125e-05
insert Lambda'_cWidth:InterpolationWidths 70 2.2557974e-05
insert Lambda'_cWidth:InterpolationWidths 71 2.840489e-05
insert Lambda'_cWidth:InterpolationWidths 72 3.6191451e-05
insert Lambda'_cWidth:InterpolationWidths 73 4.6883146e-05
insert Lambda'_cWidth:InterpolationWidths 74 6.2186129e-05
insert Lambda'_cWidth:InterpolationWidths 75 8.5389788e-05
insert Lambda'_cWidth:InterpolationWidths 76 0.00012351015
insert Lambda'_cWidth:InterpolationWidths 77 0.00019243062
insert Lambda'_cWidth:InterpolationWidths 78 0.00031816627
insert Lambda'_cWidth:InterpolationWidths 79 0.00049246085
insert Lambda'_cWidth:InterpolationWidths 80 0.00066758839
insert Lambda'_cWidth:InterpolationWidths 81 0.00082582323
insert Lambda'_cWidth:InterpolationWidths 82 0.00096797472
insert Lambda'_cWidth:InterpolationWidths 83 0.0010972975
insert Lambda'_cWidth:InterpolationWidths 84 0.0012165034
insert Lambda'_cWidth:InterpolationWidths 85 0.0013275917
insert Lambda'_cWidth:InterpolationWidths 86 0.0014320287
insert Lambda'_cWidth:InterpolationWidths 87 0.0015309091
insert Lambda'_cWidth:InterpolationWidths 88 0.0016250688
insert Lambda'_cWidth:InterpolationWidths 89 0.0017151604
insert Lambda'_cWidth:InterpolationWidths 90 0.0018017032
insert Lambda'_cWidth:InterpolationWidths 91 0.0018851051
insert Lambda'_cWidth:InterpolationWidths 92 0.0019657351
insert Lambda'_cWidth:InterpolationWidths 93 0.0020438699
insert Lambda'_cWidth:InterpolationWidths 94 0.0021197523
insert Lambda'_cWidth:InterpolationWidths 95 0.0021935888
insert Lambda'_cWidth:InterpolationWidths 96 0.002265557
insert Lambda'_cWidth:InterpolationWidths 97 0.002335811
insert Lambda'_cWidth:InterpolationWidths 98 0.002404485
insert Lambda'_cWidth:InterpolationWidths 99 0.0024716971
insert Lambda'_cWidth:InterpolationWidths 100 0.0025375519
insert Lambda'_cWidth:InterpolationWidths 101 0.0026021421
insert Lambda'_cWidth:InterpolationWidths 102 0.002665551
insert Lambda'_cWidth:InterpolationWidths 103 0.0027278529
insert Lambda'_cWidth:InterpolationWidths 104 0.0027891152
insert Lambda'_cWidth:InterpolationWidths 105 0.0028493987
insert Lambda'_cWidth:InterpolationWidths 106 0.0029087588
insert Lambda'_cWidth:InterpolationWidths 107 0.0029672458
insert Lambda'_cWidth:InterpolationWidths 108 5.1580176e-07
insert Lambda'_cWidth:InterpolationWidths 109 7.153467e-07
insert Lambda'_cWidth:InterpolationWidths 110 9.6447313e-07
insert Lambda'_cWidth:InterpolationWidths 111 1.2727822e-06
insert Lambda'_cWidth:InterpolationWidths 112 1.651912e-06
insert Lambda'_cWidth:InterpolationWidths 113 2.1160494e-06
insert Lambda'_cWidth:InterpolationWidths 114 2.6826104e-06
insert Lambda'_cWidth:InterpolationWidths 115 3.3731521e-06
insert Lambda'_cWidth:InterpolationWidths 116 4.2146146e-06
insert Lambda'_cWidth:InterpolationWidths 117 5.2410355e-06
insert Lambda'_cWidth:InterpolationWidths 118 6.4959611e-06
insert Lambda'_cWidth:InterpolationWidths 119 8.035908e-06
insert Lambda'_cWidth:InterpolationWidths 120 9.9354495e-06
insert Lambda'_cWidth:InterpolationWidths 121 1.2294892e-05
insert Lambda'_cWidth:InterpolationWidths 122 1.5252219e-05
insert Lambda'_cWidth:InterpolationWidths 123 1.9002365e-05
insert Lambda'_cWidth:InterpolationWidths 124 2.3829637e-05
insert Lambda'_cWidth:InterpolationWidths 125 3.0165065e-05
insert Lambda'_cWidth:InterpolationWidths 126 3.8694129e-05
insert Lambda'_cWidth:InterpolationWidths 127 5.0574336e-05
insert Lambda'_cWidth:InterpolationWidths 128 6.7914586e-05
insert Lambda'_cWidth:InterpolationWidths 129 9.4939332e-05
insert Lambda'_cWidth:InterpolationWidths 130 0.00014102134
insert Lambda'_cWidth:InterpolationWidths 131 0.00022697241
insert Lambda'_cWidth:InterpolationWidths 132 0.00037539889
insert Lambda'_cWidth:InterpolationWidths 133 0.00055569581
insert Lambda'_cWidth:InterpolationWidths 134 0.00072603738
insert Lambda'_cWidth:InterpolationWidths 135 0.00087861711
insert Lambda'_cWidth:InterpolationWidths 136 0.0010161028
insert Lambda'_cWidth:InterpolationWidths 137 0.0011417262
insert Lambda'_cWidth:InterpolationWidths 138 0.0012579681
insert Lambda'_cWidth:InterpolationWidths 139 0.0013666354
insert Lambda'_cWidth:InterpolationWidths 140 0.0014690567
insert Lambda'_cWidth:InterpolationWidths 141 0.0015662302
insert Lambda'_cWidth:InterpolationWidths 142 0.0016589234
insert Lambda'_cWidth:InterpolationWidths 143 0.0017477392
insert Lambda'_cWidth:InterpolationWidths 144 0.0018331598
insert Lambda'_cWidth:InterpolationWidths 145 0.0019155652
insert Lambda'_cWidth:InterpolationWidths 146 0.0019953039
insert Lambda'_cWidth:InterpolationWidths 147 0.0020726357
insert Lambda'_cWidth:InterpolationWidths 148 0.0021477899
insert Lambda'_cWidth:InterpolationWidths 149 0.0022209625
insert Lambda'_cWidth:InterpolationWidths 150 0.0022923224
insert Lambda'_cWidth:InterpolationWidths 151 0.0023620164
insert Lambda'_cWidth:InterpolationWidths 152 0.0024301729
insert Lambda'_cWidth:InterpolationWidths 153 0.0024969052
insert Lambda'_cWidth:InterpolationWidths 154 0.0025623135
insert Lambda'_cWidth:InterpolationWidths 155 0.002626487
insert Lambda'_cWidth:InterpolationWidths 156 0.0026895058
insert Lambda'_cWidth:InterpolationWidths 157 0.0027514417
insert Lambda'_cWidth:InterpolationWidths 158 0.0028123598
insert Lambda'_cWidth:InterpolationWidths 159 0.0028723188
insert Lambda'_cWidth:InterpolationWidths 160 0.0029313724
insert Lambda'_cWidth:InterpolationWidths 161 0.0029895694
insert Lambda'_cWidth:NumberofEntries 0 0
insert Lambda'_cWidth:NumberofEntries 1 0
insert Lambda'_cWidth:NumberofEntries 2 54
insert Lambda'_cWidth:NumberofEntries 3 108
insert Lambda'_cWidth:NumberofEntries 4 162
insert Lambda'_cWidth:BaryonDecayers 0 NULL
insert Lambda'_cWidth:ModeLocation 0 -1
insert Lambda'_cWidth:BaryonDecayers 1 NULL
insert Lambda'_cWidth:ModeLocation 1 -1
insert Lambda'_cWidth:BaryonDecayers 2 /Herwig/Decays/HeavyStrong
insert Lambda'_cWidth:ModeLocation 2 11
insert Lambda'_cWidth:BaryonDecayers 3 /Herwig/Decays/HeavyStrong
insert Lambda'_cWidth:ModeLocation 3 10
insert Lambda'_cWidth:BaryonDecayers 4 /Herwig/Decays/HeavyStrong
insert Lambda'_cWidth:ModeLocation 4 12
newdef /Herwig/Particles/Lambda_c(2593)+:Width_generator Lambda'_cWidth
newdef /Herwig/Particles/Lambda_c(2593)bar-:Width_generator Lambda'_cWidth
#
create Herwig::BaryonWidthGenerator Lambda*_cWidth
newdef Lambda*_cWidth:Particle /Herwig/Particles/Lambda_c(2625)+
newdef Lambda*_cWidth:Prefactor 1
newdef Lambda*_cWidth:BRNormalize 1
newdef Lambda*_cWidth:BRMinimum 0.01
newdef Lambda*_cWidth:Points 50
newdef Lambda*_cWidth:InterpolationOrder 1
insert Lambda*_cWidth:MEtype 0 0
insert Lambda*_cWidth:MEtype 1 0
insert Lambda*_cWidth:MEcode 0 0
insert Lambda*_cWidth:MEcode 1 0
insert Lambda*_cWidth:MEcoupling 0 0.666667
insert Lambda*_cWidth:MEcoupling 1 0.333333
insert Lambda*_cWidth:ModeOn 0 1
insert Lambda*_cWidth:ModeOn 1 1
insert Lambda*_cWidth:MinimumMasses 0 2.5656
insert Lambda*_cWidth:MinimumMasses 1 2.55642
insert Lambda*_cWidth:MEmass1 0 0
insert Lambda*_cWidth:MEmass1 1 0
insert Lambda*_cWidth:MEmass2 0 0
insert Lambda*_cWidth:MEmass2 1 0
insert Lambda*_cWidth:DecayModes 0 Lambda_c(2625)+->Lambda_c+,pi+,pi-;
insert Lambda*_cWidth:DecayModes 1 Lambda_c(2625)+->Lambda_c+,pi0,pi0;
insert Lambda*_cWidth:NumberofEntries 0 0
insert Lambda*_cWidth:NumberofEntries 1 0
insert Lambda*_cWidth:BaryonDecayers 0 NULL
insert Lambda*_cWidth:ModeLocation 0 -1
insert Lambda*_cWidth:BaryonDecayers 1 NULL
insert Lambda*_cWidth:ModeLocation 1 -1
newdef /Herwig/Particles/Lambda_c(2625)+:Width_generator Lambda*_cWidth
newdef /Herwig/Particles/Lambda_c(2625)bar-:Width_generator Lambda*_cWidth
#
create Herwig::BaryonWidthGenerator Lambda'_bWidth
newdef Lambda'_bWidth:Particle /Herwig/Particles/Lambda_b10
newdef Lambda'_bWidth:Prefactor 1
newdef Lambda'_bWidth:BRNormalize 1
newdef Lambda'_bWidth:BRMinimum 0.01
newdef Lambda'_bWidth:Points 50
newdef Lambda'_bWidth:InterpolationOrder 1
insert Lambda'_bWidth:MEtype 0 0
insert Lambda'_bWidth:MEtype 1 0
insert Lambda'_bWidth:MEcode 0 0
insert Lambda'_bWidth:MEcode 1 0
insert Lambda'_bWidth:MEcoupling 0 0.666667
insert Lambda'_bWidth:MEcoupling 1 0.333333
insert Lambda'_bWidth:ModeOn 0 1
insert Lambda'_bWidth:ModeOn 1 1
insert Lambda'_bWidth:MinimumMasses 0 5.89874
insert Lambda'_bWidth:MinimumMasses 1 5.88955
insert Lambda'_bWidth:MEmass1 0 0
insert Lambda'_bWidth:MEmass1 1 0
insert Lambda'_bWidth:MEmass2 0 0
insert Lambda'_bWidth:MEmass2 1 0
insert Lambda'_bWidth:DecayModes 0 Lambda_b10->Lambda_b0,pi+,pi-;
insert Lambda'_bWidth:DecayModes 1 Lambda_b10->Lambda_b0,pi0,pi0;
insert Lambda'_bWidth:NumberofEntries 0 0
insert Lambda'_bWidth:NumberofEntries 1 0
insert Lambda'_bWidth:BaryonDecayers 0 NULL
insert Lambda'_bWidth:ModeLocation 0 -1
insert Lambda'_bWidth:BaryonDecayers 1 NULL
insert Lambda'_bWidth:ModeLocation 1 -1
newdef /Herwig/Particles/Lambda_b1bar0:Width_generator Lambda'_bWidth
newdef /Herwig/Particles/Lambda_b10:Width_generator Lambda'_bWidth
#
create Herwig::BaryonWidthGenerator Lambda*_bWidth
newdef Lambda*_bWidth:Particle /Herwig/Particles/Lambda_b1*0
newdef Lambda*_bWidth:Prefactor 1
newdef Lambda*_bWidth:BRNormalize 1
newdef Lambda*_bWidth:BRMinimum 0.01
newdef Lambda*_bWidth:Points 50
newdef Lambda*_bWidth:InterpolationOrder 1
insert Lambda*_bWidth:MEtype 0 0
insert Lambda*_bWidth:MEtype 1 0
insert Lambda*_bWidth:MEcode 0 0
insert Lambda*_bWidth:MEcode 1 0
insert Lambda*_bWidth:MEcoupling 0 0.666667
insert Lambda*_bWidth:MEcoupling 1 0.333333
insert Lambda*_bWidth:ModeOn 0 1
insert Lambda*_bWidth:ModeOn 1 1
insert Lambda*_bWidth:MinimumMasses 0 5.90314
insert Lambda*_bWidth:MinimumMasses 1 5.89396
insert Lambda*_bWidth:MEmass1 0 0
insert Lambda*_bWidth:MEmass1 1 0
insert Lambda*_bWidth:MEmass2 0 0
insert Lambda*_bWidth:MEmass2 1 0
insert Lambda*_bWidth:DecayModes 0 Lambda_b1*0->Lambda_b0,pi+,pi-;
insert Lambda*_bWidth:DecayModes 1 Lambda_b1*0->Lambda_b0,pi0,pi0;
insert Lambda*_bWidth:NumberofEntries 0 0
insert Lambda*_bWidth:NumberofEntries 1 0
insert Lambda*_bWidth:BaryonDecayers 0 NULL
insert Lambda*_bWidth:ModeLocation 0 -1
insert Lambda*_bWidth:BaryonDecayers 1 NULL
insert Lambda*_bWidth:ModeLocation 1 -1
newdef /Herwig/Particles/Lambda_b1*0:Width_generator Lambda*_bWidth
newdef /Herwig/Particles/Lambda_b1*bar0:Width_generator Lambda*_bWidth
#
create Herwig::BaryonWidthGenerator Delta+Width
newdef Delta+Width:Particle /Herwig/Particles/Delta+
newdef Delta+Width:Prefactor 1.00563
newdef Delta+Width:BRNormalize 1
newdef Delta+Width:BRMinimum 0.01
newdef Delta+Width:Points 50
newdef Delta+Width:InterpolationOrder 1
insert Delta+Width:MEtype 0 1
insert Delta+Width:MEtype 1 1
insert Delta+Width:MEtype 2 1
insert Delta+Width:MEcode 0 105
insert Delta+Width:MEcode 1 106
insert Delta+Width:MEcode 2 105
insert Delta+Width:MEcoupling 0 0.977627
insert Delta+Width:MEcoupling 1 0.642674
insert Delta+Width:MEcoupling 2 0.956901
insert Delta+Width:ModeOn 0 1
insert Delta+Width:ModeOn 1 0
insert Delta+Width:ModeOn 2 1
insert Delta+Width:MinimumMasses 0 1.07914
insert Delta+Width:MinimumMasses 1 0.938272
insert Delta+Width:MinimumMasses 2 1.07325
insert Delta+Width:MEmass1 0 0.939565
insert Delta+Width:MEmass1 1 0.938272
insert Delta+Width:MEmass1 2 0.938272
insert Delta+Width:MEmass2 0 0.13957
insert Delta+Width:MEmass2 1 0
insert Delta+Width:MEmass2 2 0.134978
insert Delta+Width:DecayModes 0 Delta+->n0,pi+;
insert Delta+Width:DecayModes 1 Delta+->p+,gamma;
insert Delta+Width:DecayModes 2 Delta+->p+,pi0;
insert Delta+Width:NumberofEntries 0 0
insert Delta+Width:NumberofEntries 1 0
insert Delta+Width:NumberofEntries 2 0
insert Delta+Width:BaryonDecayers 0 /Herwig/Decays/SU3Decuplet
insert Delta+Width:ModeLocation 0 2
insert Delta+Width:BaryonDecayers 1 /Herwig/Decays/DecupletGamma
insert Delta+Width:ModeLocation 1 0
insert Delta+Width:BaryonDecayers 2 /Herwig/Decays/SU3Decuplet
insert Delta+Width:ModeLocation 2 3
newdef /Herwig/Particles/Delta+:Width_generator Delta+Width
newdef /Herwig/Particles/Deltabar-:Width_generator Delta+Width
#
create Herwig::BaryonWidthGenerator Delta0Width
newdef Delta0Width:Particle /Herwig/Particles/Delta0
newdef Delta0Width:Prefactor 1.00563
newdef Delta0Width:BRNormalize 1
newdef Delta0Width:BRMinimum 0.01
newdef Delta0Width:Points 50
newdef Delta0Width:InterpolationOrder 1
insert Delta0Width:MEtype 0 1
insert Delta0Width:MEtype 1 1
insert Delta0Width:MEtype 2 1
insert Delta0Width:MEcode 0 106
insert Delta0Width:MEcode 1 105
insert Delta0Width:MEcode 2 105
insert Delta0Width:MEcoupling 0 0.646188
insert Delta0Width:MEcoupling 1 0.963533
insert Delta0Width:MEcoupling 2 0.970744
insert Delta0Width:ModeOn 0 0
insert Delta0Width:ModeOn 1 1
insert Delta0Width:ModeOn 2 1
insert Delta0Width:MinimumMasses 0 0.939565
insert Delta0Width:MinimumMasses 1 1.07454
insert Delta0Width:MinimumMasses 2 1.07784
insert Delta0Width:MEmass1 0 0.939565
insert Delta0Width:MEmass1 1 0.939565
insert Delta0Width:MEmass1 2 0.938272
insert Delta0Width:MEmass2 0 0
insert Delta0Width:MEmass2 1 0.134978
insert Delta0Width:MEmass2 2 0.13957
insert Delta0Width:DecayModes 0 Delta0->n0,gamma;
insert Delta0Width:DecayModes 1 Delta0->n0,pi0;
insert Delta0Width:DecayModes 2 Delta0->p+,pi-;
insert Delta0Width:NumberofEntries 0 0
insert Delta0Width:NumberofEntries 1 0
insert Delta0Width:NumberofEntries 2 0
insert Delta0Width:BaryonDecayers 0 /Herwig/Decays/DecupletGamma
insert Delta0Width:ModeLocation 0 1
insert Delta0Width:BaryonDecayers 1 /Herwig/Decays/SU3Decuplet
insert Delta0Width:ModeLocation 1 7
insert Delta0Width:BaryonDecayers 2 /Herwig/Decays/SU3Decuplet
insert Delta0Width:ModeLocation 2 6
newdef /Herwig/Particles/Delta0:Width_generator Delta0Width
newdef /Herwig/Particles/Deltabar0:Width_generator Delta0Width
#
create Herwig::BaryonWidthGenerator Omega_c*0Width
newdef Omega_c*0Width:Particle /Herwig/Particles/Omega_c*0
newdef Omega_c*0Width:Prefactor 1
newdef Omega_c*0Width:BRNormalize 1
newdef Omega_c*0Width:BRMinimum 0.01
newdef Omega_c*0Width:Points 50
newdef Omega_c*0Width:InterpolationOrder 1
insert Omega_c*0Width:MEtype 0 1
insert Omega_c*0Width:MEcode 0 106
insert Omega_c*0Width:MEcoupling 0 0.578721
insert Omega_c*0Width:ModeOn 0 1
insert Omega_c*0Width:MinimumMasses 0 2.6975
insert Omega_c*0Width:MEmass1 0 2.6975
insert Omega_c*0Width:MEmass2 0 0
insert Omega_c*0Width:DecayModes 0 Omega_c*0->Omega_c0,gamma;
insert Omega_c*0Width:NumberofEntries 0 0
insert Omega_c*0Width:BaryonDecayers 0 /Herwig/Decays/HeavyGamma
insert Omega_c*0Width:ModeLocation 0 17
newdef /Herwig/Particles/Omega_c*0:Width_generator Omega_c*0Width
newdef /Herwig/Particles/Omega_c*bar0:Width_generator Omega_c*0Width
#
create Herwig::BaryonWidthGenerator Omega_b*-Width
newdef Omega_b*-Width:Particle /Herwig/Particles/Omega_b*-
newdef Omega_b*-Width:Prefactor 1
newdef Omega_b*-Width:BRNormalize 1
newdef Omega_b*-Width:BRMinimum 0.01
newdef Omega_b*-Width:Points 50
newdef Omega_b*-Width:InterpolationOrder 1
insert Omega_b*-Width:MEtype 0 1
insert Omega_b*-Width:MEcode 0 106
insert Omega_b*-Width:MEcoupling 0 0.564718
insert Omega_b*-Width:ModeOn 0 1
insert Omega_b*-Width:MinimumMasses 0 6.03504
insert Omega_b*-Width:MEmass1 0 6.03504
insert Omega_b*-Width:MEmass2 0 0
insert Omega_b*-Width:DecayModes 0 Omega_b*-->Omega_b-,gamma;
insert Omega_b*-Width:NumberofEntries 0 0
insert Omega_b*-Width:BaryonDecayers 0 /Herwig/Decays/HeavyGamma
insert Omega_b*-Width:ModeLocation 0 23
newdef /Herwig/Particles/Omega_b*bar+:Width_generator Omega_b*-Width
newdef /Herwig/Particles/Omega_b*-:Width_generator Omega_b*-Width
#
create Herwig::BaryonWidthGenerator Xi_c10Width
newdef Xi_c10Width:Particle /Herwig/Particles/Xi_c(2790)0
newdef Xi_c10Width:Prefactor 1
newdef Xi_c10Width:BRNormalize 1
newdef Xi_c10Width:BRMinimum 0.01
newdef Xi_c10Width:Points 50
newdef Xi_c10Width:InterpolationOrder 1
insert Xi_c10Width:MEtype 0 2
insert Xi_c10Width:MEtype 1 2
insert Xi_c10Width:MEcode 0 0
insert Xi_c10Width:MEcode 1 0
insert Xi_c10Width:MEcoupling 0 1.02983
insert Xi_c10Width:MEcoupling 1 1.02335
insert Xi_c10Width:ModeOn 0 1
insert Xi_c10Width:ModeOn 1 1
insert Xi_c10Width:MinimumMasses 0 2.71514
insert Xi_c10Width:MinimumMasses 1 2.71298
insert Xi_c10Width:MEmass1 0 2.5757
insert Xi_c10Width:MEmass1 1 2.578
insert Xi_c10Width:MEmass2 0 0.13957
insert Xi_c10Width:MEmass2 1 0.134978
insert Xi_c10Width:DecayModes 0 Xi_c(2790)0->Xi'_c+,pi-;
insert Xi_c10Width:DecayModes 1 Xi_c(2790)0->Xi'_c0,pi0;
insert Xi_c10Width:InterpolationMasses 0 2.7796776
insert Xi_c10Width:InterpolationMasses 1 2.7801388
insert Xi_c10Width:InterpolationMasses 2 2.7806
insert Xi_c10Width:InterpolationMasses 3 2.7810612
insert Xi_c10Width:InterpolationMasses 4 2.7815224
insert Xi_c10Width:InterpolationMasses 5 2.7819837
insert Xi_c10Width:InterpolationMasses 6 2.7824449
insert Xi_c10Width:InterpolationMasses 7 2.7829061
insert Xi_c10Width:InterpolationMasses 8 2.7833673
insert Xi_c10Width:InterpolationMasses 9 2.7838286
insert Xi_c10Width:InterpolationMasses 10 2.7842898
insert Xi_c10Width:InterpolationMasses 11 2.784751
insert Xi_c10Width:InterpolationMasses 12 2.7852122
insert Xi_c10Width:InterpolationMasses 13 2.7856735
insert Xi_c10Width:InterpolationMasses 14 2.7861347
insert Xi_c10Width:InterpolationMasses 15 2.7865959
insert Xi_c10Width:InterpolationMasses 16 2.7870571
insert Xi_c10Width:InterpolationMasses 17 2.7875184
insert Xi_c10Width:InterpolationMasses 18 2.7879796
insert Xi_c10Width:InterpolationMasses 19 2.7884408
insert Xi_c10Width:InterpolationMasses 20 2.788902
insert Xi_c10Width:InterpolationMasses 21 2.7893633
insert Xi_c10Width:InterpolationMasses 22 2.7898245
insert Xi_c10Width:InterpolationMasses 23 2.7902857
insert Xi_c10Width:InterpolationMasses 24 2.7907469
insert Xi_c10Width:InterpolationMasses 25 2.7912082
insert Xi_c10Width:InterpolationMasses 26 2.7916694
insert Xi_c10Width:InterpolationMasses 27 2.7921306
insert Xi_c10Width:InterpolationMasses 28 2.7925918
insert Xi_c10Width:InterpolationMasses 29 2.7930531
insert Xi_c10Width:InterpolationMasses 30 2.7935143
insert Xi_c10Width:InterpolationMasses 31 2.7939755
insert Xi_c10Width:InterpolationMasses 32 2.7944367
insert Xi_c10Width:InterpolationMasses 33 2.794898
insert Xi_c10Width:InterpolationMasses 34 2.7953592
insert Xi_c10Width:InterpolationMasses 35 2.7958204
insert Xi_c10Width:InterpolationMasses 36 2.7962816
insert Xi_c10Width:InterpolationMasses 37 2.7967429
insert Xi_c10Width:InterpolationMasses 38 2.7972041
insert Xi_c10Width:InterpolationMasses 39 2.7976653
insert Xi_c10Width:InterpolationMasses 40 2.7981265
insert Xi_c10Width:InterpolationMasses 41 2.7985878
insert Xi_c10Width:InterpolationMasses 42 2.799049
insert Xi_c10Width:InterpolationMasses 43 2.7995102
insert Xi_c10Width:InterpolationMasses 44 2.7999714
insert Xi_c10Width:InterpolationMasses 45 2.8004327
insert Xi_c10Width:InterpolationMasses 46 2.8008939
insert Xi_c10Width:InterpolationMasses 47 2.8013551
insert Xi_c10Width:InterpolationMasses 48 2.8018163
insert Xi_c10Width:InterpolationMasses 49 2.8022776
insert Xi_c10Width:InterpolationMasses 50 2.8027388
insert Xi_c10Width:InterpolationMasses 51 2.8032
insert Xi_c10Width:InterpolationMasses 52 2.8036612
insert Xi_c10Width:InterpolationMasses 53 2.8041224
insert Xi_c10Width:InterpolationMasses 54 2.7796776
insert Xi_c10Width:InterpolationMasses 55 2.7801388
insert Xi_c10Width:InterpolationMasses 56 2.7806
insert Xi_c10Width:InterpolationMasses 57 2.7810612
insert Xi_c10Width:InterpolationMasses 58 2.7815224
insert Xi_c10Width:InterpolationMasses 59 2.7819837
insert Xi_c10Width:InterpolationMasses 60 2.7824449
insert Xi_c10Width:InterpolationMasses 61 2.7829061
insert Xi_c10Width:InterpolationMasses 62 2.7833673
insert Xi_c10Width:InterpolationMasses 63 2.7838286
insert Xi_c10Width:InterpolationMasses 64 2.7842898
insert Xi_c10Width:InterpolationMasses 65 2.784751
insert Xi_c10Width:InterpolationMasses 66 2.7852122
insert Xi_c10Width:InterpolationMasses 67 2.7856735
insert Xi_c10Width:InterpolationMasses 68 2.7861347
insert Xi_c10Width:InterpolationMasses 69 2.7865959
insert Xi_c10Width:InterpolationMasses 70 2.7870571
insert Xi_c10Width:InterpolationMasses 71 2.7875184
insert Xi_c10Width:InterpolationMasses 72 2.7879796
insert Xi_c10Width:InterpolationMasses 73 2.7884408
insert Xi_c10Width:InterpolationMasses 74 2.788902
insert Xi_c10Width:InterpolationMasses 75 2.7893633
insert Xi_c10Width:InterpolationMasses 76 2.7898245
insert Xi_c10Width:InterpolationMasses 77 2.7902857
insert Xi_c10Width:InterpolationMasses 78 2.7907469
insert Xi_c10Width:InterpolationMasses 79 2.7912082
insert Xi_c10Width:InterpolationMasses 80 2.7916694
insert Xi_c10Width:InterpolationMasses 81 2.7921306
insert Xi_c10Width:InterpolationMasses 82 2.7925918
insert Xi_c10Width:InterpolationMasses 83 2.7930531
insert Xi_c10Width:InterpolationMasses 84 2.7935143
insert Xi_c10Width:InterpolationMasses 85 2.7939755
insert Xi_c10Width:InterpolationMasses 86 2.7944367
insert Xi_c10Width:InterpolationMasses 87 2.794898
insert Xi_c10Width:InterpolationMasses 88 2.7953592
insert Xi_c10Width:InterpolationMasses 89 2.7958204
insert Xi_c10Width:InterpolationMasses 90 2.7962816
insert Xi_c10Width:InterpolationMasses 91 2.7967429
insert Xi_c10Width:InterpolationMasses 92 2.7972041
insert Xi_c10Width:InterpolationMasses 93 2.7976653
insert Xi_c10Width:InterpolationMasses 94 2.7981265
insert Xi_c10Width:InterpolationMasses 95 2.7985878
insert Xi_c10Width:InterpolationMasses 96 2.799049
insert Xi_c10Width:InterpolationMasses 97 2.7995102
insert Xi_c10Width:InterpolationMasses 98 2.7999714
insert Xi_c10Width:InterpolationMasses 99 2.8004327
insert Xi_c10Width:InterpolationMasses 100 2.8008939
insert Xi_c10Width:InterpolationMasses 101 2.8013551
insert Xi_c10Width:InterpolationMasses 102 2.8018163
insert Xi_c10Width:InterpolationMasses 103 2.8022776
insert Xi_c10Width:InterpolationMasses 104 2.8027388
insert Xi_c10Width:InterpolationMasses 105 2.8032
insert Xi_c10Width:InterpolationMasses 106 2.8036612
insert Xi_c10Width:InterpolationMasses 107 2.8041224
insert Xi_c10Width:InterpolationWidths 0 0.00066319911
insert Xi_c10Width:InterpolationWidths 1 0.0006658568
insert Xi_c10Width:InterpolationWidths 2 0.00066850769
insert Xi_c10Width:InterpolationWidths 3 0.00067115184
insert Xi_c10Width:InterpolationWidths 4 0.00067378933
insert Xi_c10Width:InterpolationWidths 5 0.00067642023
insert Xi_c10Width:InterpolationWidths 6 0.00067904462
insert Xi_c10Width:InterpolationWidths 7 0.00068166255
insert Xi_c10Width:InterpolationWidths 8 0.0006842741
insert Xi_c10Width:InterpolationWidths 9 0.00068687934
insert Xi_c10Width:InterpolationWidths 10 0.00068947833
insert Xi_c10Width:InterpolationWidths 11 0.00069207113
insert Xi_c10Width:InterpolationWidths 12 0.00069465781
insert Xi_c10Width:InterpolationWidths 13 0.00069723843
insert Xi_c10Width:InterpolationWidths 14 0.00069981306
insert Xi_c10Width:InterpolationWidths 15 0.00070238174
insert Xi_c10Width:InterpolationWidths 16 0.00070494455
insert Xi_c10Width:InterpolationWidths 17 0.00070750154
insert Xi_c10Width:InterpolationWidths 18 0.00071005276
insert Xi_c10Width:InterpolationWidths 19 0.00071259827
insert Xi_c10Width:InterpolationWidths 20 0.00071513814
insert Xi_c10Width:InterpolationWidths 21 0.0007176724
insert Xi_c10Width:InterpolationWidths 22 0.00072020112
insert Xi_c10Width:InterpolationWidths 23 0.00072272435
insert Xi_c10Width:InterpolationWidths 24 0.00072524214
insert Xi_c10Width:InterpolationWidths 25 0.00072775454
insert Xi_c10Width:InterpolationWidths 26 0.0007302616
insert Xi_c10Width:InterpolationWidths 27 0.00073276337
insert Xi_c10Width:InterpolationWidths 28 0.0007352599
insert Xi_c10Width:InterpolationWidths 29 0.00073775124
insert Xi_c10Width:InterpolationWidths 30 0.00074023743
insert Xi_c10Width:InterpolationWidths 31 0.00074271852
insert Xi_c10Width:InterpolationWidths 32 0.00074519456
insert Xi_c10Width:InterpolationWidths 33 0.00074766559
insert Xi_c10Width:InterpolationWidths 34 0.00075013165
insert Xi_c10Width:InterpolationWidths 35 0.00075259279
insert Xi_c10Width:InterpolationWidths 36 0.00075504905
insert Xi_c10Width:InterpolationWidths 37 0.00075750047
insert Xi_c10Width:InterpolationWidths 38 0.0007599471
insert Xi_c10Width:InterpolationWidths 39 0.00076238898
insert Xi_c10Width:InterpolationWidths 40 0.00076482614
insert Xi_c10Width:InterpolationWidths 41 0.00076725863
insert Xi_c10Width:InterpolationWidths 42 0.00076968648
insert Xi_c10Width:InterpolationWidths 43 0.00077210974
insert Xi_c10Width:InterpolationWidths 44 0.00077452844
insert Xi_c10Width:InterpolationWidths 45 0.00077694261
insert Xi_c10Width:InterpolationWidths 46 0.00077935231
insert Xi_c10Width:InterpolationWidths 47 0.00078175756
insert Xi_c10Width:InterpolationWidths 48 0.0007841584
insert Xi_c10Width:InterpolationWidths 49 0.00078655486
insert Xi_c10Width:InterpolationWidths 50 0.00078894698
insert Xi_c10Width:InterpolationWidths 51 0.00079133479
insert Xi_c10Width:InterpolationWidths 52 0.00079371834
insert Xi_c10Width:InterpolationWidths 53 0.00079609764
insert Xi_c10Width:InterpolationWidths 54 0.00033450026
insert Xi_c10Width:InterpolationWidths 55 0.00033580426
insert Xi_c10Width:InterpolationWidths 56 0.0003371051
insert Xi_c10Width:InterpolationWidths 57 0.00033840281
insert Xi_c10Width:InterpolationWidths 58 0.00033969742
insert Xi_c10Width:InterpolationWidths 59 0.00034098898
insert Xi_c10Width:InterpolationWidths 60 0.0003422775
insert Xi_c10Width:InterpolationWidths 61 0.00034356302
insert Xi_c10Width:InterpolationWidths 62 0.00034484557
insert Xi_c10Width:InterpolationWidths 63 0.00034612518
insert Xi_c10Width:InterpolationWidths 64 0.00034740188
insert Xi_c10Width:InterpolationWidths 65 0.0003486757
insert Xi_c10Width:InterpolationWidths 66 0.00034994667
insert Xi_c10Width:InterpolationWidths 67 0.00035121481
insert Xi_c10Width:InterpolationWidths 68 0.00035248016
insert Xi_c10Width:InterpolationWidths 69 0.00035374273
insert Xi_c10Width:InterpolationWidths 70 0.00035500256
insert Xi_c10Width:InterpolationWidths 71 0.00035625968
insert Xi_c10Width:InterpolationWidths 72 0.0003575141
insert Xi_c10Width:InterpolationWidths 73 0.00035876586
insert Xi_c10Width:InterpolationWidths 74 0.00036001497
insert Xi_c10Width:InterpolationWidths 75 0.00036126147
insert Xi_c10Width:InterpolationWidths 76 0.00036250538
insert Xi_c10Width:InterpolationWidths 77 0.00036374672
insert Xi_c10Width:InterpolationWidths 78 0.00036498551
insert Xi_c10Width:InterpolationWidths 79 0.00036622178
insert Xi_c10Width:InterpolationWidths 80 0.00036745555
insert Xi_c10Width:InterpolationWidths 81 0.00036868685
insert Xi_c10Width:InterpolationWidths 82 0.00036991569
insert Xi_c10Width:InterpolationWidths 83 0.00037114209
insert Xi_c10Width:InterpolationWidths 84 0.00037236609
insert Xi_c10Width:InterpolationWidths 85 0.00037358769
insert Xi_c10Width:InterpolationWidths 86 0.00037480692
insert Xi_c10Width:InterpolationWidths 87 0.0003760238
insert Xi_c10Width:InterpolationWidths 88 0.00037723836
insert Xi_c10Width:InterpolationWidths 89 0.0003784506
insert Xi_c10Width:InterpolationWidths 90 0.00037966055
insert Xi_c10Width:InterpolationWidths 91 0.00038086823
insert Xi_c10Width:InterpolationWidths 92 0.00038207366
insert Xi_c10Width:InterpolationWidths 93 0.00038327686
insert Xi_c10Width:InterpolationWidths 94 0.00038447783
insert Xi_c10Width:InterpolationWidths 95 0.00038567662
insert Xi_c10Width:InterpolationWidths 96 0.00038687322
insert Xi_c10Width:InterpolationWidths 97 0.00038806766
insert Xi_c10Width:InterpolationWidths 98 0.00038925996
insert Xi_c10Width:InterpolationWidths 99 0.00039045012
insert Xi_c10Width:InterpolationWidths 100 0.00039163818
insert Xi_c10Width:InterpolationWidths 101 0.00039282415
insert Xi_c10Width:InterpolationWidths 102 0.00039400803
insert Xi_c10Width:InterpolationWidths 103 0.00039518986
insert Xi_c10Width:InterpolationWidths 104 0.00039636964
insert Xi_c10Width:InterpolationWidths 105 0.00039754739
insert Xi_c10Width:InterpolationWidths 106 0.00039872313
insert Xi_c10Width:InterpolationWidths 107 0.00039989687
insert Xi_c10Width:NumberofEntries 0 54
insert Xi_c10Width:NumberofEntries 1 108
insert Xi_c10Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_c10Width:ModeLocation 0 43
insert Xi_c10Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_c10Width:ModeLocation 1 42
newdef /Herwig/Particles/Xi_c(2790)0:Width_generator Xi_c10Width
newdef /Herwig/Particles/Xi_c(2790)bar0:Width_generator Xi_c10Width
#
create Herwig::BaryonWidthGenerator Xi_c1+Width
newdef Xi_c1+Width:Particle /Herwig/Particles/Xi_c(2790)+
newdef Xi_c1+Width:Prefactor 1
newdef Xi_c1+Width:BRNormalize 1
newdef Xi_c1+Width:BRMinimum 0.01
newdef Xi_c1+Width:Points 50
newdef Xi_c1+Width:InterpolationOrder 1
insert Xi_c1+Width:MEtype 0 2
insert Xi_c1+Width:MEtype 1 2
insert Xi_c1+Width:MEcode 0 0
insert Xi_c1+Width:MEcode 1 0
insert Xi_c1+Width:MEcoupling 0 1.02643
insert Xi_c1+Width:MEcoupling 1 1.06986
insert Xi_c1+Width:ModeOn 0 1
insert Xi_c1+Width:ModeOn 1 1
insert Xi_c1+Width:MinimumMasses 0 2.71055
insert Xi_c1+Width:MinimumMasses 1 2.71757
insert Xi_c1+Width:MEmass1 0 2.5757
insert Xi_c1+Width:MEmass1 1 2.578
insert Xi_c1+Width:MEmass2 0 0.134978
insert Xi_c1+Width:MEmass2 1 0.13957
insert Xi_c1+Width:DecayModes 0 Xi_c(2790)+->Xi'_c+,pi0;
insert Xi_c1+Width:DecayModes 1 Xi_c(2790)+->Xi'_c0,pi+;
insert Xi_c1+Width:InterpolationMasses 0 2.7769776
insert Xi_c1+Width:InterpolationMasses 1 2.7774388
insert Xi_c1+Width:InterpolationMasses 2 2.7779
insert Xi_c1+Width:InterpolationMasses 3 2.7783612
insert Xi_c1+Width:InterpolationMasses 4 2.7788224
insert Xi_c1+Width:InterpolationMasses 5 2.7792837
insert Xi_c1+Width:InterpolationMasses 6 2.7797449
insert Xi_c1+Width:InterpolationMasses 7 2.7802061
insert Xi_c1+Width:InterpolationMasses 8 2.7806673
insert Xi_c1+Width:InterpolationMasses 9 2.7811286
insert Xi_c1+Width:InterpolationMasses 10 2.7815898
insert Xi_c1+Width:InterpolationMasses 11 2.782051
insert Xi_c1+Width:InterpolationMasses 12 2.7825122
insert Xi_c1+Width:InterpolationMasses 13 2.7829735
insert Xi_c1+Width:InterpolationMasses 14 2.7834347
insert Xi_c1+Width:InterpolationMasses 15 2.7838959
insert Xi_c1+Width:InterpolationMasses 16 2.7843571
insert Xi_c1+Width:InterpolationMasses 17 2.7848184
insert Xi_c1+Width:InterpolationMasses 18 2.7852796
insert Xi_c1+Width:InterpolationMasses 19 2.7857408
insert Xi_c1+Width:InterpolationMasses 20 2.786202
insert Xi_c1+Width:InterpolationMasses 21 2.7866633
insert Xi_c1+Width:InterpolationMasses 22 2.7871245
insert Xi_c1+Width:InterpolationMasses 23 2.7875857
insert Xi_c1+Width:InterpolationMasses 24 2.7880469
insert Xi_c1+Width:InterpolationMasses 25 2.7885082
insert Xi_c1+Width:InterpolationMasses 26 2.7889694
insert Xi_c1+Width:InterpolationMasses 27 2.7894306
insert Xi_c1+Width:InterpolationMasses 28 2.7898918
insert Xi_c1+Width:InterpolationMasses 29 2.7903531
insert Xi_c1+Width:InterpolationMasses 30 2.7908143
insert Xi_c1+Width:InterpolationMasses 31 2.7912755
insert Xi_c1+Width:InterpolationMasses 32 2.7917367
insert Xi_c1+Width:InterpolationMasses 33 2.792198
insert Xi_c1+Width:InterpolationMasses 34 2.7926592
insert Xi_c1+Width:InterpolationMasses 35 2.7931204
insert Xi_c1+Width:InterpolationMasses 36 2.7935816
insert Xi_c1+Width:InterpolationMasses 37 2.7940429
insert Xi_c1+Width:InterpolationMasses 38 2.7945041
insert Xi_c1+Width:InterpolationMasses 39 2.7949653
insert Xi_c1+Width:InterpolationMasses 40 2.7954265
insert Xi_c1+Width:InterpolationMasses 41 2.7958878
insert Xi_c1+Width:InterpolationMasses 42 2.796349
insert Xi_c1+Width:InterpolationMasses 43 2.7968102
insert Xi_c1+Width:InterpolationMasses 44 2.7972714
insert Xi_c1+Width:InterpolationMasses 45 2.7977327
insert Xi_c1+Width:InterpolationMasses 46 2.7981939
insert Xi_c1+Width:InterpolationMasses 47 2.7986551
insert Xi_c1+Width:InterpolationMasses 48 2.7991163
insert Xi_c1+Width:InterpolationMasses 49 2.7995776
insert Xi_c1+Width:InterpolationMasses 50 2.8000388
insert Xi_c1+Width:InterpolationMasses 51 2.8005
insert Xi_c1+Width:InterpolationMasses 52 2.8009612
insert Xi_c1+Width:InterpolationMasses 53 2.8014224
insert Xi_c1+Width:InterpolationMasses 54 2.7769776
insert Xi_c1+Width:InterpolationMasses 55 2.7774388
insert Xi_c1+Width:InterpolationMasses 56 2.7779
insert Xi_c1+Width:InterpolationMasses 57 2.7783612
insert Xi_c1+Width:InterpolationMasses 58 2.7788224
insert Xi_c1+Width:InterpolationMasses 59 2.7792837
insert Xi_c1+Width:InterpolationMasses 60 2.7797449
insert Xi_c1+Width:InterpolationMasses 61 2.7802061
insert Xi_c1+Width:InterpolationMasses 62 2.7806673
insert Xi_c1+Width:InterpolationMasses 63 2.7811286
insert Xi_c1+Width:InterpolationMasses 64 2.7815898
insert Xi_c1+Width:InterpolationMasses 65 2.782051
insert Xi_c1+Width:InterpolationMasses 66 2.7825122
insert Xi_c1+Width:InterpolationMasses 67 2.7829735
insert Xi_c1+Width:InterpolationMasses 68 2.7834347
insert Xi_c1+Width:InterpolationMasses 69 2.7838959
insert Xi_c1+Width:InterpolationMasses 70 2.7843571
insert Xi_c1+Width:InterpolationMasses 71 2.7848184
insert Xi_c1+Width:InterpolationMasses 72 2.7852796
insert Xi_c1+Width:InterpolationMasses 73 2.7857408
insert Xi_c1+Width:InterpolationMasses 74 2.786202
insert Xi_c1+Width:InterpolationMasses 75 2.7866633
insert Xi_c1+Width:InterpolationMasses 76 2.7871245
insert Xi_c1+Width:InterpolationMasses 77 2.7875857
insert Xi_c1+Width:InterpolationMasses 78 2.7880469
insert Xi_c1+Width:InterpolationMasses 79 2.7885082
insert Xi_c1+Width:InterpolationMasses 80 2.7889694
insert Xi_c1+Width:InterpolationMasses 81 2.7894306
insert Xi_c1+Width:InterpolationMasses 82 2.7898918
insert Xi_c1+Width:InterpolationMasses 83 2.7903531
insert Xi_c1+Width:InterpolationMasses 84 2.7908143
insert Xi_c1+Width:InterpolationMasses 85 2.7912755
insert Xi_c1+Width:InterpolationMasses 86 2.7917367
insert Xi_c1+Width:InterpolationMasses 87 2.792198
insert Xi_c1+Width:InterpolationMasses 88 2.7926592
insert Xi_c1+Width:InterpolationMasses 89 2.7931204
insert Xi_c1+Width:InterpolationMasses 90 2.7935816
insert Xi_c1+Width:InterpolationMasses 91 2.7940429
insert Xi_c1+Width:InterpolationMasses 92 2.7945041
insert Xi_c1+Width:InterpolationMasses 93 2.7949653
insert Xi_c1+Width:InterpolationMasses 94 2.7954265
insert Xi_c1+Width:InterpolationMasses 95 2.7958878
insert Xi_c1+Width:InterpolationMasses 96 2.796349
insert Xi_c1+Width:InterpolationMasses 97 2.7968102
insert Xi_c1+Width:InterpolationMasses 98 2.7972714
insert Xi_c1+Width:InterpolationMasses 99 2.7977327
insert Xi_c1+Width:InterpolationMasses 100 2.7981939
insert Xi_c1+Width:InterpolationMasses 101 2.7986551
insert Xi_c1+Width:InterpolationMasses 102 2.7991163
insert Xi_c1+Width:InterpolationMasses 103 2.7995776
insert Xi_c1+Width:InterpolationMasses 104 2.8000388
insert Xi_c1+Width:InterpolationMasses 105 2.8005
insert Xi_c1+Width:InterpolationMasses 106 2.8009612
insert Xi_c1+Width:InterpolationMasses 107 2.8014224
insert Xi_c1+Width:InterpolationWidths 0 0.0003333351
insert Xi_c1+Width:InterpolationWidths 1 0.00033464168
insert Xi_c1+Width:InterpolationWidths 2 0.00033594507
insert Xi_c1+Width:InterpolationWidths 3 0.0003372453
insert Xi_c1+Width:InterpolationWidths 4 0.00033854241
insert Xi_c1+Width:InterpolationWidths 5 0.00033983643
insert Xi_c1+Width:InterpolationWidths 6 0.00034112739
insert Xi_c1+Width:InterpolationWidths 7 0.00034241532
insert Xi_c1+Width:InterpolationWidths 8 0.00034370026
insert Xi_c1+Width:InterpolationWidths 9 0.00034498223
insert Xi_c1+Width:InterpolationWidths 10 0.00034626126
insert Xi_c1+Width:InterpolationWidths 11 0.00034753739
insert Xi_c1+Width:InterpolationWidths 12 0.00034881064
insert Xi_c1+Width:InterpolationWidths 13 0.00035008104
insert Xi_c1+Width:InterpolationWidths 14 0.00035134862
insert Xi_c1+Width:InterpolationWidths 15 0.00035261341
insert Xi_c1+Width:InterpolationWidths 16 0.00035387543
insert Xi_c1+Width:InterpolationWidths 17 0.00035513471
insert Xi_c1+Width:InterpolationWidths 18 0.00035639127
insert Xi_c1+Width:InterpolationWidths 19 0.00035764515
insert Xi_c1+Width:InterpolationWidths 20 0.00035889636
insert Xi_c1+Width:InterpolationWidths 21 0.00036014494
insert Xi_c1+Width:InterpolationWidths 22 0.0003613909
insert Xi_c1+Width:InterpolationWidths 23 0.00036263427
insert Xi_c1+Width:InterpolationWidths 24 0.00036387508
insert Xi_c1+Width:InterpolationWidths 25 0.00036511335
insert Xi_c1+Width:InterpolationWidths 26 0.00036634909
insert Xi_c1+Width:InterpolationWidths 27 0.00036758234
insert Xi_c1+Width:InterpolationWidths 28 0.00036881312
insert Xi_c1+Width:InterpolationWidths 29 0.00037004144
insert Xi_c1+Width:InterpolationWidths 30 0.00037126733
insert Xi_c1+Width:InterpolationWidths 31 0.00037249082
insert Xi_c1+Width:InterpolationWidths 32 0.00037371191
insert Xi_c1+Width:InterpolationWidths 33 0.00037493064
insert Xi_c1+Width:InterpolationWidths 34 0.00037614702
insert Xi_c1+Width:InterpolationWidths 35 0.00037736107
insert Xi_c1+Width:InterpolationWidths 36 0.00037857281
insert Xi_c1+Width:InterpolationWidths 37 0.00037978227
insert Xi_c1+Width:InterpolationWidths 38 0.00038098946
insert Xi_c1+Width:InterpolationWidths 39 0.00038219439
insert Xi_c1+Width:InterpolationWidths 40 0.0003833971
insert Xi_c1+Width:InterpolationWidths 41 0.00038459759
insert Xi_c1+Width:InterpolationWidths 42 0.00038579589
insert Xi_c1+Width:InterpolationWidths 43 0.00038699201
insert Xi_c1+Width:InterpolationWidths 44 0.00038818597
insert Xi_c1+Width:InterpolationWidths 45 0.00038937778
insert Xi_c1+Width:InterpolationWidths 46 0.00039056748
insert Xi_c1+Width:InterpolationWidths 47 0.00039175506
insert Xi_c1+Width:InterpolationWidths 48 0.00039294055
insert Xi_c1+Width:InterpolationWidths 49 0.00039412397
insert Xi_c1+Width:InterpolationWidths 50 0.00039530533
insert Xi_c1+Width:InterpolationWidths 51 0.00039648464
insert Xi_c1+Width:InterpolationWidths 52 0.00039766193
insert Xi_c1+Width:InterpolationWidths 53 0.0003988372
insert Xi_c1+Width:InterpolationWidths 54 0.00063398869
insert Xi_c1+Width:InterpolationWidths 55 0.00063672576
insert Xi_c1+Width:InterpolationWidths 56 0.00063945512
insert Xi_c1+Width:InterpolationWidths 57 0.00064217686
insert Xi_c1+Width:InterpolationWidths 58 0.00064489106
insert Xi_c1+Width:InterpolationWidths 59 0.00064759783
insert Xi_c1+Width:InterpolationWidths 60 0.00065029723
insert Xi_c1+Width:InterpolationWidths 61 0.00065298936
insert Xi_c1+Width:InterpolationWidths 62 0.00065567431
insert Xi_c1+Width:InterpolationWidths 63 0.00065835214
insert Xi_c1+Width:InterpolationWidths 64 0.00066102295
insert Xi_c1+Width:InterpolationWidths 65 0.00066368681
insert Xi_c1+Width:InterpolationWidths 66 0.0006663438
insert Xi_c1+Width:InterpolationWidths 67 0.00066899399
insert Xi_c1+Width:InterpolationWidths 68 0.00067163746
insert Xi_c1+Width:InterpolationWidths 69 0.00067427428
insert Xi_c1+Width:InterpolationWidths 70 0.00067690452
insert Xi_c1+Width:InterpolationWidths 71 0.00067952825
insert Xi_c1+Width:InterpolationWidths 72 0.00068214555
insert Xi_c1+Width:InterpolationWidths 73 0.00068475647
insert Xi_c1+Width:InterpolationWidths 74 0.00068736109
insert Xi_c1+Width:InterpolationWidths 75 0.00068995948
insert Xi_c1+Width:InterpolationWidths 76 0.00069255168
insert Xi_c1+Width:InterpolationWidths 77 0.00069513778
insert Xi_c1+Width:InterpolationWidths 78 0.00069771783
insert Xi_c1+Width:InterpolationWidths 79 0.00070029189
insert Xi_c1+Width:InterpolationWidths 80 0.00070286002
insert Xi_c1+Width:InterpolationWidths 81 0.00070542228
insert Xi_c1+Width:InterpolationWidths 82 0.00070797873
insert Xi_c1+Width:InterpolationWidths 83 0.00071052943
insert Xi_c1+Width:InterpolationWidths 84 0.00071307442
insert Xi_c1+Width:InterpolationWidths 85 0.00071561378
insert Xi_c1+Width:InterpolationWidths 86 0.00071814754
insert Xi_c1+Width:InterpolationWidths 87 0.00072067578
insert Xi_c1+Width:InterpolationWidths 88 0.00072319852
insert Xi_c1+Width:InterpolationWidths 89 0.00072571584
insert Xi_c1+Width:InterpolationWidths 90 0.00072822777
insert Xi_c1+Width:InterpolationWidths 91 0.00073073438
insert Xi_c1+Width:InterpolationWidths 92 0.0007332357
insert Xi_c1+Width:InterpolationWidths 93 0.00073573179
insert Xi_c1+Width:InterpolationWidths 94 0.0007382227
insert Xi_c1+Width:InterpolationWidths 95 0.00074070846
insert Xi_c1+Width:InterpolationWidths 96 0.00074318913
insert Xi_c1+Width:InterpolationWidths 97 0.00074566476
insert Xi_c1+Width:InterpolationWidths 98 0.00074813539
insert Xi_c1+Width:InterpolationWidths 99 0.00075060105
insert Xi_c1+Width:InterpolationWidths 100 0.0007530618
insert Xi_c1+Width:InterpolationWidths 101 0.00075551768
insert Xi_c1+Width:InterpolationWidths 102 0.00075796874
insert Xi_c1+Width:InterpolationWidths 103 0.000760415
insert Xi_c1+Width:InterpolationWidths 104 0.00076285651
insert Xi_c1+Width:InterpolationWidths 105 0.00076529332
insert Xi_c1+Width:InterpolationWidths 106 0.00076772546
insert Xi_c1+Width:InterpolationWidths 107 0.00077015298
insert Xi_c1+Width:NumberofEntries 0 54
insert Xi_c1+Width:NumberofEntries 1 108
insert Xi_c1+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_c1+Width:ModeLocation 0 40
insert Xi_c1+Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_c1+Width:ModeLocation 1 41
newdef /Herwig/Particles/Xi_c(2790)+:Width_generator Xi_c1+Width
newdef /Herwig/Particles/Xi_c(2790)bar-:Width_generator Xi_c1+Width
#
create Herwig::BaryonWidthGenerator Xi_c1*0Width
newdef Xi_c1*0Width:Particle /Herwig/Particles/Xi_c(2815)0
newdef Xi_c1*0Width:Prefactor 0.999995
newdef Xi_c1*0Width:BRNormalize 1
newdef Xi_c1*0Width:BRMinimum 0.01
newdef Xi_c1*0Width:Points 50
newdef Xi_c1*0Width:InterpolationOrder 1
insert Xi_c1*0Width:MEtype 0 2
insert Xi_c1*0Width:MEtype 1 2
insert Xi_c1*0Width:MEtype 2 2
insert Xi_c1*0Width:MEtype 3 2
insert Xi_c1*0Width:MEcode 0 0
insert Xi_c1*0Width:MEcode 1 0
insert Xi_c1*0Width:MEcode 2 0
insert Xi_c1*0Width:MEcode 3 0
insert Xi_c1*0Width:MEcoupling 0 0.90965
insert Xi_c1*0Width:MEcoupling 1 1.0791
insert Xi_c1*0Width:MEcoupling 2 1.02953
insert Xi_c1*0Width:MEcoupling 3 0.998347
insert Xi_c1*0Width:ModeOn 0 1
insert Xi_c1*0Width:ModeOn 1 1
insert Xi_c1*0Width:ModeOn 2 1
insert Xi_c1*0Width:ModeOn 3 1
insert Xi_c1*0Width:MinimumMasses 0 2.71514
insert Xi_c1*0Width:MinimumMasses 1 2.71298
insert Xi_c1*0Width:MinimumMasses 2 2.75617
insert Xi_c1*0Width:MinimumMasses 3 2.75108
insert Xi_c1*0Width:MEmass1 0 2.5757
insert Xi_c1*0Width:MEmass1 1 2.578
insert Xi_c1*0Width:MEmass1 2 2.6466
insert Xi_c1*0Width:MEmass1 3 2.6461
insert Xi_c1*0Width:MEmass2 0 0.13957
insert Xi_c1*0Width:MEmass2 1 0.134978
insert Xi_c1*0Width:MEmass2 2 0.13957
insert Xi_c1*0Width:MEmass2 3 0.134978
insert Xi_c1*0Width:DecayModes 0 Xi_c(2815)0->Xi'_c+,pi-;
insert Xi_c1*0Width:DecayModes 1 Xi_c(2815)0->Xi'_c0,pi0;
insert Xi_c1*0Width:DecayModes 2 Xi_c(2815)0->Xi_c*+,pi-;
insert Xi_c1*0Width:DecayModes 3 Xi_c(2815)0->Xi_c*0,pi0;
insert Xi_c1*0Width:InterpolationMasses 0 2.8045714
insert Xi_c1*0Width:InterpolationMasses 1 2.8050857
insert Xi_c1*0Width:InterpolationMasses 2 2.8056
insert Xi_c1*0Width:InterpolationMasses 3 2.8061143
insert Xi_c1*0Width:InterpolationMasses 4 2.8066286
insert Xi_c1*0Width:InterpolationMasses 5 2.8071429
insert Xi_c1*0Width:InterpolationMasses 6 2.8076571
insert Xi_c1*0Width:InterpolationMasses 7 2.8081714
insert Xi_c1*0Width:InterpolationMasses 8 2.8086857
insert Xi_c1*0Width:InterpolationMasses 9 2.8092
insert Xi_c1*0Width:InterpolationMasses 10 2.8097143
insert Xi_c1*0Width:InterpolationMasses 11 2.8102286
insert Xi_c1*0Width:InterpolationMasses 12 2.8107429
insert Xi_c1*0Width:InterpolationMasses 13 2.8112571
insert Xi_c1*0Width:InterpolationMasses 14 2.8117714
insert Xi_c1*0Width:InterpolationMasses 15 2.8122857
insert Xi_c1*0Width:InterpolationMasses 16 2.8128
insert Xi_c1*0Width:InterpolationMasses 17 2.8133143
insert Xi_c1*0Width:InterpolationMasses 18 2.8138286
insert Xi_c1*0Width:InterpolationMasses 19 2.8143429
insert Xi_c1*0Width:InterpolationMasses 20 2.8148571
insert Xi_c1*0Width:InterpolationMasses 21 2.8153714
insert Xi_c1*0Width:InterpolationMasses 22 2.8158857
insert Xi_c1*0Width:InterpolationMasses 23 2.8164
insert Xi_c1*0Width:InterpolationMasses 24 2.8169143
insert Xi_c1*0Width:InterpolationMasses 25 2.8174286
insert Xi_c1*0Width:InterpolationMasses 26 2.8179429
insert Xi_c1*0Width:InterpolationMasses 27 2.8184571
insert Xi_c1*0Width:InterpolationMasses 28 2.8189714
insert Xi_c1*0Width:InterpolationMasses 29 2.8194857
insert Xi_c1*0Width:InterpolationMasses 30 2.82
insert Xi_c1*0Width:InterpolationMasses 31 2.8205143
insert Xi_c1*0Width:InterpolationMasses 32 2.8210286
insert Xi_c1*0Width:InterpolationMasses 33 2.8215429
insert Xi_c1*0Width:InterpolationMasses 34 2.8220571
insert Xi_c1*0Width:InterpolationMasses 35 2.8225714
insert Xi_c1*0Width:InterpolationMasses 36 2.8230857
insert Xi_c1*0Width:InterpolationMasses 37 2.8236
insert Xi_c1*0Width:InterpolationMasses 38 2.8241143
insert Xi_c1*0Width:InterpolationMasses 39 2.8246286
insert Xi_c1*0Width:InterpolationMasses 40 2.8251429
insert Xi_c1*0Width:InterpolationMasses 41 2.8256571
insert Xi_c1*0Width:InterpolationMasses 42 2.8261714
insert Xi_c1*0Width:InterpolationMasses 43 2.8266857
insert Xi_c1*0Width:InterpolationMasses 44 2.8272
insert Xi_c1*0Width:InterpolationMasses 45 2.8277143
insert Xi_c1*0Width:InterpolationMasses 46 2.8282286
insert Xi_c1*0Width:InterpolationMasses 47 2.8287429
insert Xi_c1*0Width:InterpolationMasses 48 2.8292571
insert Xi_c1*0Width:InterpolationMasses 49 2.8297714
insert Xi_c1*0Width:InterpolationMasses 50 2.8302857
insert Xi_c1*0Width:InterpolationMasses 51 2.8308
insert Xi_c1*0Width:InterpolationMasses 52 2.8313143
insert Xi_c1*0Width:InterpolationMasses 53 2.8318286
insert Xi_c1*0Width:InterpolationMasses 54 2.8045714
insert Xi_c1*0Width:InterpolationMasses 55 2.8050857
insert Xi_c1*0Width:InterpolationMasses 56 2.8056
insert Xi_c1*0Width:InterpolationMasses 57 2.8061143
insert Xi_c1*0Width:InterpolationMasses 58 2.8066286
insert Xi_c1*0Width:InterpolationMasses 59 2.8071429
insert Xi_c1*0Width:InterpolationMasses 60 2.8076571
insert Xi_c1*0Width:InterpolationMasses 61 2.8081714
insert Xi_c1*0Width:InterpolationMasses 62 2.8086857
insert Xi_c1*0Width:InterpolationMasses 63 2.8092
insert Xi_c1*0Width:InterpolationMasses 64 2.8097143
insert Xi_c1*0Width:InterpolationMasses 65 2.8102286
insert Xi_c1*0Width:InterpolationMasses 66 2.8107429
insert Xi_c1*0Width:InterpolationMasses 67 2.8112571
insert Xi_c1*0Width:InterpolationMasses 68 2.8117714
insert Xi_c1*0Width:InterpolationMasses 69 2.8122857
insert Xi_c1*0Width:InterpolationMasses 70 2.8128
insert Xi_c1*0Width:InterpolationMasses 71 2.8133143
insert Xi_c1*0Width:InterpolationMasses 72 2.8138286
insert Xi_c1*0Width:InterpolationMasses 73 2.8143429
insert Xi_c1*0Width:InterpolationMasses 74 2.8148571
insert Xi_c1*0Width:InterpolationMasses 75 2.8153714
insert Xi_c1*0Width:InterpolationMasses 76 2.8158857
insert Xi_c1*0Width:InterpolationMasses 77 2.8164
insert Xi_c1*0Width:InterpolationMasses 78 2.8169143
insert Xi_c1*0Width:InterpolationMasses 79 2.8174286
insert Xi_c1*0Width:InterpolationMasses 80 2.8179429
insert Xi_c1*0Width:InterpolationMasses 81 2.8184571
insert Xi_c1*0Width:InterpolationMasses 82 2.8189714
insert Xi_c1*0Width:InterpolationMasses 83 2.8194857
insert Xi_c1*0Width:InterpolationMasses 84 2.82
insert Xi_c1*0Width:InterpolationMasses 85 2.8205143
insert Xi_c1*0Width:InterpolationMasses 86 2.8210286
insert Xi_c1*0Width:InterpolationMasses 87 2.8215429
insert Xi_c1*0Width:InterpolationMasses 88 2.8220571
insert Xi_c1*0Width:InterpolationMasses 89 2.8225714
insert Xi_c1*0Width:InterpolationMasses 90 2.8230857
insert Xi_c1*0Width:InterpolationMasses 91 2.8236
insert Xi_c1*0Width:InterpolationMasses 92 2.8241143
insert Xi_c1*0Width:InterpolationMasses 93 2.8246286
insert Xi_c1*0Width:InterpolationMasses 94 2.8251429
insert Xi_c1*0Width:InterpolationMasses 95 2.8256571
insert Xi_c1*0Width:InterpolationMasses 96 2.8261714
insert Xi_c1*0Width:InterpolationMasses 97 2.8266857
insert Xi_c1*0Width:InterpolationMasses 98 2.8272
insert Xi_c1*0Width:InterpolationMasses 99 2.8277143
insert Xi_c1*0Width:InterpolationMasses 100 2.8282286
insert Xi_c1*0Width:InterpolationMasses 101 2.8287429
insert Xi_c1*0Width:InterpolationMasses 102 2.8292571
insert Xi_c1*0Width:InterpolationMasses 103 2.8297714
insert Xi_c1*0Width:InterpolationMasses 104 2.8302857
insert Xi_c1*0Width:InterpolationMasses 105 2.8308
insert Xi_c1*0Width:InterpolationMasses 106 2.8313143
insert Xi_c1*0Width:InterpolationMasses 107 2.8318286
insert Xi_c1*0Width:InterpolationMasses 108 2.8045714
insert Xi_c1*0Width:InterpolationMasses 109 2.8050857
insert Xi_c1*0Width:InterpolationMasses 110 2.8056
insert Xi_c1*0Width:InterpolationMasses 111 2.8061143
insert Xi_c1*0Width:InterpolationMasses 112 2.8066286
insert Xi_c1*0Width:InterpolationMasses 113 2.8071429
insert Xi_c1*0Width:InterpolationMasses 114 2.8076571
insert Xi_c1*0Width:InterpolationMasses 115 2.8081714
insert Xi_c1*0Width:InterpolationMasses 116 2.8086857
insert Xi_c1*0Width:InterpolationMasses 117 2.8092
insert Xi_c1*0Width:InterpolationMasses 118 2.8097143
insert Xi_c1*0Width:InterpolationMasses 119 2.8102286
insert Xi_c1*0Width:InterpolationMasses 120 2.8107429
insert Xi_c1*0Width:InterpolationMasses 121 2.8112571
insert Xi_c1*0Width:InterpolationMasses 122 2.8117714
insert Xi_c1*0Width:InterpolationMasses 123 2.8122857
insert Xi_c1*0Width:InterpolationMasses 124 2.8128
insert Xi_c1*0Width:InterpolationMasses 125 2.8133143
insert Xi_c1*0Width:InterpolationMasses 126 2.8138286
insert Xi_c1*0Width:InterpolationMasses 127 2.8143429
insert Xi_c1*0Width:InterpolationMasses 128 2.8148571
insert Xi_c1*0Width:InterpolationMasses 129 2.8153714
insert Xi_c1*0Width:InterpolationMasses 130 2.8158857
insert Xi_c1*0Width:InterpolationMasses 131 2.8164
insert Xi_c1*0Width:InterpolationMasses 132 2.8169143
insert Xi_c1*0Width:InterpolationMasses 133 2.8174286
insert Xi_c1*0Width:InterpolationMasses 134 2.8179429
insert Xi_c1*0Width:InterpolationMasses 135 2.8184571
insert Xi_c1*0Width:InterpolationMasses 136 2.8189714
insert Xi_c1*0Width:InterpolationMasses 137 2.8194857
insert Xi_c1*0Width:InterpolationMasses 138 2.82
insert Xi_c1*0Width:InterpolationMasses 139 2.8205143
insert Xi_c1*0Width:InterpolationMasses 140 2.8210286
insert Xi_c1*0Width:InterpolationMasses 141 2.8215429
insert Xi_c1*0Width:InterpolationMasses 142 2.8220571
insert Xi_c1*0Width:InterpolationMasses 143 2.8225714
insert Xi_c1*0Width:InterpolationMasses 144 2.8230857
insert Xi_c1*0Width:InterpolationMasses 145 2.8236
insert Xi_c1*0Width:InterpolationMasses 146 2.8241143
insert Xi_c1*0Width:InterpolationMasses 147 2.8246286
insert Xi_c1*0Width:InterpolationMasses 148 2.8251429
insert Xi_c1*0Width:InterpolationMasses 149 2.8256571
insert Xi_c1*0Width:InterpolationMasses 150 2.8261714
insert Xi_c1*0Width:InterpolationMasses 151 2.8266857
insert Xi_c1*0Width:InterpolationMasses 152 2.8272
insert Xi_c1*0Width:InterpolationMasses 153 2.8277143
insert Xi_c1*0Width:InterpolationMasses 154 2.8282286
insert Xi_c1*0Width:InterpolationMasses 155 2.8287429
insert Xi_c1*0Width:InterpolationMasses 156 2.8292571
insert Xi_c1*0Width:InterpolationMasses 157 2.8297714
insert Xi_c1*0Width:InterpolationMasses 158 2.8302857
insert Xi_c1*0Width:InterpolationMasses 159 2.8308
insert Xi_c1*0Width:InterpolationMasses 160 2.8313143
insert Xi_c1*0Width:InterpolationMasses 161 2.8318286
insert Xi_c1*0Width:InterpolationMasses 162 2.8045714
insert Xi_c1*0Width:InterpolationMasses 163 2.8050857
insert Xi_c1*0Width:InterpolationMasses 164 2.8056
insert Xi_c1*0Width:InterpolationMasses 165 2.8061143
insert Xi_c1*0Width:InterpolationMasses 166 2.8066286
insert Xi_c1*0Width:InterpolationMasses 167 2.8071429
insert Xi_c1*0Width:InterpolationMasses 168 2.8076571
insert Xi_c1*0Width:InterpolationMasses 169 2.8081714
insert Xi_c1*0Width:InterpolationMasses 170 2.8086857
insert Xi_c1*0Width:InterpolationMasses 171 2.8092
insert Xi_c1*0Width:InterpolationMasses 172 2.8097143
insert Xi_c1*0Width:InterpolationMasses 173 2.8102286
insert Xi_c1*0Width:InterpolationMasses 174 2.8107429
insert Xi_c1*0Width:InterpolationMasses 175 2.8112571
insert Xi_c1*0Width:InterpolationMasses 176 2.8117714
insert Xi_c1*0Width:InterpolationMasses 177 2.8122857
insert Xi_c1*0Width:InterpolationMasses 178 2.8128
insert Xi_c1*0Width:InterpolationMasses 179 2.8133143
insert Xi_c1*0Width:InterpolationMasses 180 2.8138286
insert Xi_c1*0Width:InterpolationMasses 181 2.8143429
insert Xi_c1*0Width:InterpolationMasses 182 2.8148571
insert Xi_c1*0Width:InterpolationMasses 183 2.8153714
insert Xi_c1*0Width:InterpolationMasses 184 2.8158857
insert Xi_c1*0Width:InterpolationMasses 185 2.8164
insert Xi_c1*0Width:InterpolationMasses 186 2.8169143
insert Xi_c1*0Width:InterpolationMasses 187 2.8174286
insert Xi_c1*0Width:InterpolationMasses 188 2.8179429
insert Xi_c1*0Width:InterpolationMasses 189 2.8184571
insert Xi_c1*0Width:InterpolationMasses 190 2.8189714
insert Xi_c1*0Width:InterpolationMasses 191 2.8194857
insert Xi_c1*0Width:InterpolationMasses 192 2.82
insert Xi_c1*0Width:InterpolationMasses 193 2.8205143
insert Xi_c1*0Width:InterpolationMasses 194 2.8210286
insert Xi_c1*0Width:InterpolationMasses 195 2.8215429
insert Xi_c1*0Width:InterpolationMasses 196 2.8220571
insert Xi_c1*0Width:InterpolationMasses 197 2.8225714
insert Xi_c1*0Width:InterpolationMasses 198 2.8230857
insert Xi_c1*0Width:InterpolationMasses 199 2.8236
insert Xi_c1*0Width:InterpolationMasses 200 2.8241143
insert Xi_c1*0Width:InterpolationMasses 201 2.8246286
insert Xi_c1*0Width:InterpolationMasses 202 2.8251429
insert Xi_c1*0Width:InterpolationMasses 203 2.8256571
insert Xi_c1*0Width:InterpolationMasses 204 2.8261714
insert Xi_c1*0Width:InterpolationMasses 205 2.8266857
insert Xi_c1*0Width:InterpolationMasses 206 2.8272
insert Xi_c1*0Width:InterpolationMasses 207 2.8277143
insert Xi_c1*0Width:InterpolationMasses 208 2.8282286
insert Xi_c1*0Width:InterpolationMasses 209 2.8287429
insert Xi_c1*0Width:InterpolationMasses 210 2.8292571
insert Xi_c1*0Width:InterpolationMasses 211 2.8297714
insert Xi_c1*0Width:InterpolationMasses 212 2.8302857
insert Xi_c1*0Width:InterpolationMasses 213 2.8308
insert Xi_c1*0Width:InterpolationMasses 214 2.8313143
insert Xi_c1*0Width:InterpolationMasses 215 2.8318286
insert Xi_c1*0Width:InterpolationWidths 0 0.00025057439
insert Xi_c1*0Width:InterpolationWidths 1 0.00025492904
insert Xi_c1*0Width:InterpolationWidths 2 0.0002593369
insert Xi_c1*0Width:InterpolationWidths 3 0.00026379835
insert Xi_c1*0Width:InterpolationWidths 4 0.00026831381
insert Xi_c1*0Width:InterpolationWidths 5 0.00027288368
insert Xi_c1*0Width:InterpolationWidths 6 0.00027750835
insert Xi_c1*0Width:InterpolationWidths 7 0.00028218823
insert Xi_c1*0Width:InterpolationWidths 8 0.00028692373
insert Xi_c1*0Width:InterpolationWidths 9 0.00029171524
insert Xi_c1*0Width:InterpolationWidths 10 0.00029656319
insert Xi_c1*0Width:InterpolationWidths 11 0.00030146799
insert Xi_c1*0Width:InterpolationWidths 12 0.00030643003
insert Xi_c1*0Width:InterpolationWidths 13 0.00031144974
insert Xi_c1*0Width:InterpolationWidths 14 0.00031652752
insert Xi_c1*0Width:InterpolationWidths 15 0.0003216638
insert Xi_c1*0Width:InterpolationWidths 16 0.00032685899
insert Xi_c1*0Width:InterpolationWidths 17 0.00033211351
insert Xi_c1*0Width:InterpolationWidths 18 0.00033742777
insert Xi_c1*0Width:InterpolationWidths 19 0.00034280221
insert Xi_c1*0Width:InterpolationWidths 20 0.00034823723
insert Xi_c1*0Width:InterpolationWidths 21 0.00035373327
insert Xi_c1*0Width:InterpolationWidths 22 0.00035929075
insert Xi_c1*0Width:InterpolationWidths 23 0.0003649101
insert Xi_c1*0Width:InterpolationWidths 24 0.00037059174
insert Xi_c1*0Width:InterpolationWidths 25 0.0003763361
insert Xi_c1*0Width:InterpolationWidths 26 0.00038214362
insert Xi_c1*0Width:InterpolationWidths 27 0.00038801473
insert Xi_c1*0Width:InterpolationWidths 28 0.00039394985
insert Xi_c1*0Width:InterpolationWidths 29 0.00039994943
insert Xi_c1*0Width:InterpolationWidths 30 0.0004060139
insert Xi_c1*0Width:InterpolationWidths 31 0.00041214371
insert Xi_c1*0Width:InterpolationWidths 32 0.00041833928
insert Xi_c1*0Width:InterpolationWidths 33 0.00042460105
insert Xi_c1*0Width:InterpolationWidths 34 0.00043092948
insert Xi_c1*0Width:InterpolationWidths 35 0.00043732501
insert Xi_c1*0Width:InterpolationWidths 36 0.00044378807
insert Xi_c1*0Width:InterpolationWidths 37 0.00045031912
insert Xi_c1*0Width:InterpolationWidths 38 0.0004569186
insert Xi_c1*0Width:InterpolationWidths 39 0.00046358697
insert Xi_c1*0Width:InterpolationWidths 40 0.00047032467
insert Xi_c1*0Width:InterpolationWidths 41 0.00047713215
insert Xi_c1*0Width:InterpolationWidths 42 0.00048400987
insert Xi_c1*0Width:InterpolationWidths 43 0.00049095829
insert Xi_c1*0Width:InterpolationWidths 44 0.00049797785
insert Xi_c1*0Width:InterpolationWidths 45 0.00050506902
insert Xi_c1*0Width:InterpolationWidths 46 0.00051223226
insert Xi_c1*0Width:InterpolationWidths 47 0.00051946802
insert Xi_c1*0Width:InterpolationWidths 48 0.00052677677
insert Xi_c1*0Width:InterpolationWidths 49 0.00053415897
insert Xi_c1*0Width:InterpolationWidths 50 0.00054161509
insert Xi_c1*0Width:InterpolationWidths 51 0.00054914559
insert Xi_c1*0Width:InterpolationWidths 52 0.00055675094
insert Xi_c1*0Width:InterpolationWidths 53 0.00056443161
insert Xi_c1*0Width:InterpolationWidths 54 0.00012772948
insert Xi_c1*0Width:InterpolationWidths 55 0.00012991128
insert Xi_c1*0Width:InterpolationWidths 56 0.00013211941
insert Xi_c1*0Width:InterpolationWidths 57 0.00013435407
insert Xi_c1*0Width:InterpolationWidths 58 0.00013661544
insert Xi_c1*0Width:InterpolationWidths 59 0.00013890373
insert Xi_c1*0Width:InterpolationWidths 60 0.00014121914
insert Xi_c1*0Width:InterpolationWidths 61 0.00014356186
insert Xi_c1*0Width:InterpolationWidths 62 0.0001459321
insert Xi_c1*0Width:InterpolationWidths 63 0.00014833006
insert Xi_c1*0Width:InterpolationWidths 64 0.00015075593
insert Xi_c1*0Width:InterpolationWidths 65 0.00015320993
insert Xi_c1*0Width:InterpolationWidths 66 0.00015569225
insert Xi_c1*0Width:InterpolationWidths 67 0.0001582031
insert Xi_c1*0Width:InterpolationWidths 68 0.00016074268
insert Xi_c1*0Width:InterpolationWidths 69 0.00016331119
insert Xi_c1*0Width:InterpolationWidths 70 0.00016590885
insert Xi_c1*0Width:InterpolationWidths 71 0.00016853585
insert Xi_c1*0Width:InterpolationWidths 72 0.00017119241
insert Xi_c1*0Width:InterpolationWidths 73 0.00017387874
insert Xi_c1*0Width:InterpolationWidths 74 0.00017659503
insert Xi_c1*0Width:InterpolationWidths 75 0.00017934151
insert Xi_c1*0Width:InterpolationWidths 76 0.00018211837
insert Xi_c1*0Width:InterpolationWidths 77 0.00018492584
insert Xi_c1*0Width:InterpolationWidths 78 0.00018776412
insert Xi_c1*0Width:InterpolationWidths 79 0.00019063342
insert Xi_c1*0Width:InterpolationWidths 80 0.00019353396
insert Xi_c1*0Width:InterpolationWidths 81 0.00019646595
insert Xi_c1*0Width:InterpolationWidths 82 0.0001994296
insert Xi_c1*0Width:InterpolationWidths 83 0.00020242514
insert Xi_c1*0Width:InterpolationWidths 84 0.00020545277
insert Xi_c1*0Width:InterpolationWidths 85 0.0002085127
insert Xi_c1*0Width:InterpolationWidths 86 0.00021160517
insert Xi_c1*0Width:InterpolationWidths 87 0.00021473038
insert Xi_c1*0Width:InterpolationWidths 88 0.00021788856
insert Xi_c1*0Width:InterpolationWidths 89 0.00022107991
insert Xi_c1*0Width:InterpolationWidths 90 0.00022430467
insert Xi_c1*0Width:InterpolationWidths 91 0.00022756306
insert Xi_c1*0Width:InterpolationWidths 92 0.00023085528
insert Xi_c1*0Width:InterpolationWidths 93 0.00023418157
insert Xi_c1*0Width:InterpolationWidths 94 0.00023754215
insert Xi_c1*0Width:InterpolationWidths 95 0.00024093725
insert Xi_c1*0Width:InterpolationWidths 96 0.00024436707
insert Xi_c1*0Width:InterpolationWidths 97 0.00024783186
insert Xi_c1*0Width:InterpolationWidths 98 0.00025133183
insert Xi_c1*0Width:InterpolationWidths 99 0.00025486721
insert Xi_c1*0Width:InterpolationWidths 100 0.00025843824
insert Xi_c1*0Width:InterpolationWidths 101 0.00026204512
insert Xi_c1*0Width:InterpolationWidths 102 0.0002656881
insert Xi_c1*0Width:InterpolationWidths 103 0.00026936741
insert Xi_c1*0Width:InterpolationWidths 104 0.00027308326
insert Xi_c1*0Width:InterpolationWidths 105 0.0002768359
insert Xi_c1*0Width:InterpolationWidths 106 0.00028062556
insert Xi_c1*0Width:InterpolationWidths 107 0.00028445246
insert Xi_c1*0Width:InterpolationWidths 108 0.00032529865
insert Xi_c1*0Width:InterpolationWidths 109 0.00033044819
insert Xi_c1*0Width:InterpolationWidths 110 0.00033553994
insert Xi_c1*0Width:InterpolationWidths 111 0.00034057621
insert Xi_c1*0Width:InterpolationWidths 112 0.00034555918
insert Xi_c1*0Width:InterpolationWidths 113 0.00035049088
insert Xi_c1*0Width:InterpolationWidths 114 0.00035537323
insert Xi_c1*0Width:InterpolationWidths 115 0.00036020805
insert Xi_c1*0Width:InterpolationWidths 116 0.00036499702
insert Xi_c1*0Width:InterpolationWidths 117 0.00036974176
insert Xi_c1*0Width:InterpolationWidths 118 0.00037444377
insert Xi_c1*0Width:InterpolationWidths 119 0.00037910451
insert Xi_c1*0Width:InterpolationWidths 120 0.00038372532
insert Xi_c1*0Width:InterpolationWidths 121 0.00038830749
insert Xi_c1*0Width:InterpolationWidths 122 0.00039285226
insert Xi_c1*0Width:InterpolationWidths 123 0.00039736077
insert Xi_c1*0Width:InterpolationWidths 124 0.00040183414
insert Xi_c1*0Width:InterpolationWidths 125 0.00040627342
insert Xi_c1*0Width:InterpolationWidths 126 0.00041067962
insert Xi_c1*0Width:InterpolationWidths 127 0.00041505368
insert Xi_c1*0Width:InterpolationWidths 128 0.00041939652
insert Xi_c1*0Width:InterpolationWidths 129 0.00042370902
insert Xi_c1*0Width:InterpolationWidths 130 0.000427992
insert Xi_c1*0Width:InterpolationWidths 131 0.00043223718
insert Xi_c1*0Width:InterpolationWidths 132 0.0004364242
insert Xi_c1*0Width:InterpolationWidths 133 0.00044056727
insert Xi_c1*0Width:InterpolationWidths 134 0.00044467169
insert Xi_c1*0Width:InterpolationWidths 135 0.00044874066
insert Xi_c1*0Width:InterpolationWidths 136 0.00045277585
insert Xi_c1*0Width:InterpolationWidths 137 0.00045677927
insert Xi_c1*0Width:InterpolationWidths 138 0.00046075231
insert Xi_c1*0Width:InterpolationWidths 139 0.0004646962
insert Xi_c1*0Width:InterpolationWidths 140 0.00046861201
insert Xi_c1*0Width:InterpolationWidths 141 0.00047250072
insert Xi_c1*0Width:InterpolationWidths 142 0.00047636323
insert Xi_c1*0Width:InterpolationWidths 143 0.00048020034
insert Xi_c1*0Width:InterpolationWidths 144 0.00048401282
insert Xi_c1*0Width:InterpolationWidths 145 0.00048780139
insert Xi_c1*0Width:InterpolationWidths 146 0.00049156672
insert Xi_c1*0Width:InterpolationWidths 147 0.00049530942
insert Xi_c1*0Width:InterpolationWidths 148 0.0004990301
insert Xi_c1*0Width:InterpolationWidths 149 0.00050272932
insert Xi_c1*0Width:InterpolationWidths 150 0.00050640762
insert Xi_c1*0Width:InterpolationWidths 151 0.0005100655
insert Xi_c1*0Width:InterpolationWidths 152 0.00051370344
insert Xi_c1*0Width:InterpolationWidths 153 0.00051732193
insert Xi_c1*0Width:InterpolationWidths 154 0.00052092139
insert Xi_c1*0Width:InterpolationWidths 155 0.00052450225
insert Xi_c1*0Width:InterpolationWidths 156 0.00052806493
insert Xi_c1*0Width:InterpolationWidths 157 0.00053160982
insert Xi_c1*0Width:InterpolationWidths 158 0.00053513728
insert Xi_c1*0Width:InterpolationWidths 159 0.00053864769
insert Xi_c1*0Width:InterpolationWidths 160 0.0005421414
insert Xi_c1*0Width:InterpolationWidths 161 0.00054561874
insert Xi_c1*0Width:InterpolationWidths 162 0.00018463079
insert Xi_c1*0Width:InterpolationWidths 163 0.00018693581
insert Xi_c1*0Width:InterpolationWidths 164 0.00018922115
insert Xi_c1*0Width:InterpolationWidths 165 0.00019148745
insert Xi_c1*0Width:InterpolationWidths 166 0.0001937353
insert Xi_c1*0Width:InterpolationWidths 167 0.00019596529
insert Xi_c1*0Width:InterpolationWidths 168 0.00019817796
insert Xi_c1*0Width:InterpolationWidths 169 0.00020037384
insert Xi_c1*0Width:InterpolationWidths 170 0.00020255341
insert Xi_c1*0Width:InterpolationWidths 171 0.00020471716
insert Xi_c1*0Width:InterpolationWidths 172 0.00020686552
insert Xi_c1*0Width:InterpolationWidths 173 0.00020899894
insert Xi_c1*0Width:InterpolationWidths 174 0.00021111783
insert Xi_c1*0Width:InterpolationWidths 175 0.00021321942
insert Xi_c1*0Width:InterpolationWidths 176 0.00021529234
insert Xi_c1*0Width:InterpolationWidths 177 0.00021734337
insert Xi_c1*0Width:InterpolationWidths 178 0.00021937531
insert Xi_c1*0Width:InterpolationWidths 179 0.00022138978
insert Xi_c1*0Width:InterpolationWidths 180 0.00022338762
insert Xi_c1*0Width:InterpolationWidths 181 0.00022536982
insert Xi_c1*0Width:InterpolationWidths 182 0.00022733709
insert Xi_c1*0Width:InterpolationWidths 183 0.00022929002
insert Xi_c1*0Width:InterpolationWidths 184 0.00023122916
insert Xi_c1*0Width:InterpolationWidths 185 0.00023315497
insert Xi_c1*0Width:InterpolationWidths 186 0.0002350679
insert Xi_c1*0Width:InterpolationWidths 187 0.00023696836
insert Xi_c1*0Width:InterpolationWidths 188 0.00023885672
insert Xi_c1*0Width:InterpolationWidths 189 0.00024073334
insert Xi_c1*0Width:InterpolationWidths 190 0.00024259853
insert Xi_c1*0Width:InterpolationWidths 191 0.00024445261
insert Xi_c1*0Width:InterpolationWidths 192 0.00024629588
insert Xi_c1*0Width:InterpolationWidths 193 0.00024812861
insert Xi_c1*0Width:InterpolationWidths 194 0.00024995106
insert Xi_c1*0Width:InterpolationWidths 195 0.00025176349
insert Xi_c1*0Width:InterpolationWidths 196 0.00025356613
insert Xi_c1*0Width:InterpolationWidths 197 0.00025535921
insert Xi_c1*0Width:InterpolationWidths 198 0.00025714296
insert Xi_c1*0Width:InterpolationWidths 199 0.00025891757
insert Xi_c1*0Width:InterpolationWidths 200 0.00026068326
insert Xi_c1*0Width:InterpolationWidths 201 0.00026244022
insert Xi_c1*0Width:InterpolationWidths 202 0.00026418862
insert Xi_c1*0Width:InterpolationWidths 203 0.00026592865
insert Xi_c1*0Width:InterpolationWidths 204 0.00026766049
insert Xi_c1*0Width:InterpolationWidths 205 0.00026938429
insert Xi_c1*0Width:InterpolationWidths 206 0.00027110022
insert Xi_c1*0Width:InterpolationWidths 207 0.00027280842
insert Xi_c1*0Width:InterpolationWidths 208 0.00027450906
insert Xi_c1*0Width:InterpolationWidths 209 0.00027620228
insert Xi_c1*0Width:InterpolationWidths 210 0.0002778882
insert Xi_c1*0Width:InterpolationWidths 211 0.00027956698
insert Xi_c1*0Width:InterpolationWidths 212 0.00028123873
insert Xi_c1*0Width:InterpolationWidths 213 0.00028290359
insert Xi_c1*0Width:InterpolationWidths 214 0.00028456168
insert Xi_c1*0Width:InterpolationWidths 215 0.00028621312
insert Xi_c1*0Width:NumberofEntries 0 54
insert Xi_c1*0Width:NumberofEntries 1 108
insert Xi_c1*0Width:NumberofEntries 2 162
insert Xi_c1*0Width:NumberofEntries 3 216
insert Xi_c1*0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_c1*0Width:ModeLocation 0 35
insert Xi_c1*0Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_c1*0Width:ModeLocation 1 34
insert Xi_c1*0Width:BaryonDecayers 2 /Herwig/Decays/HeavyStrong
insert Xi_c1*0Width:ModeLocation 2 39
insert Xi_c1*0Width:BaryonDecayers 3 /Herwig/Decays/HeavyStrong
insert Xi_c1*0Width:ModeLocation 3 38
newdef /Herwig/Particles/Xi_c(2815)0:Width_generator Xi_c1*0Width
newdef /Herwig/Particles/Xi_c(2815)bar0:Width_generator Xi_c1*0Width
#
create Herwig::BaryonWidthGenerator Xi_c1*+Width
newdef Xi_c1*+Width:Particle /Herwig/Particles/Xi_c(2815)+
newdef Xi_c1*+Width:Prefactor 0.999996
newdef Xi_c1*+Width:BRNormalize 1
newdef Xi_c1*+Width:BRMinimum 0.01
newdef Xi_c1*+Width:Points 50
newdef Xi_c1*+Width:InterpolationOrder 1
insert Xi_c1*+Width:MEtype 0 2
insert Xi_c1*+Width:MEtype 1 2
insert Xi_c1*+Width:MEtype 2 2
insert Xi_c1*+Width:MEtype 3 2
insert Xi_c1*+Width:MEcode 0 0
insert Xi_c1*+Width:MEcode 1 0
insert Xi_c1*+Width:MEcode 2 0
insert Xi_c1*+Width:MEcode 3 0
insert Xi_c1*+Width:MEcoupling 0 1.06066
insert Xi_c1*+Width:MEcoupling 1 1.02604
insert Xi_c1*+Width:MEcoupling 2 1.03348
insert Xi_c1*+Width:MEcoupling 3 1.052
insert Xi_c1*+Width:ModeOn 0 1
insert Xi_c1*+Width:ModeOn 1 1
insert Xi_c1*+Width:ModeOn 2 1
insert Xi_c1*+Width:ModeOn 3 1
insert Xi_c1*+Width:MinimumMasses 0 2.71055
insert Xi_c1*+Width:MinimumMasses 1 2.71757
insert Xi_c1*+Width:MinimumMasses 2 2.75158
insert Xi_c1*+Width:MinimumMasses 3 2.75567
insert Xi_c1*+Width:MEmass1 0 2.5757
insert Xi_c1*+Width:MEmass1 1 2.578
insert Xi_c1*+Width:MEmass1 2 2.6466
insert Xi_c1*+Width:MEmass1 3 2.6461
insert Xi_c1*+Width:MEmass2 0 0.134978
insert Xi_c1*+Width:MEmass2 1 0.13957
insert Xi_c1*+Width:MEmass2 2 0.134978
insert Xi_c1*+Width:MEmass2 3 0.13957
insert Xi_c1*+Width:DecayModes 0 Xi_c(2815)+->Xi'_c+,pi0;
insert Xi_c1*+Width:DecayModes 1 Xi_c(2815)+->Xi'_c0,pi+;
insert Xi_c1*+Width:DecayModes 2 Xi_c(2815)+->Xi_c*+,pi0;
insert Xi_c1*+Width:DecayModes 3 Xi_c(2815)+->Xi_c*0,pi+;
insert Xi_c1*+Width:InterpolationMasses 0 2.8028714
insert Xi_c1*+Width:InterpolationMasses 1 2.8033857
insert Xi_c1*+Width:InterpolationMasses 2 2.8039
insert Xi_c1*+Width:InterpolationMasses 3 2.8044143
insert Xi_c1*+Width:InterpolationMasses 4 2.8049286
insert Xi_c1*+Width:InterpolationMasses 5 2.8054429
insert Xi_c1*+Width:InterpolationMasses 6 2.8059571
insert Xi_c1*+Width:InterpolationMasses 7 2.8064714
insert Xi_c1*+Width:InterpolationMasses 8 2.8069857
insert Xi_c1*+Width:InterpolationMasses 9 2.8075
insert Xi_c1*+Width:InterpolationMasses 10 2.8080143
insert Xi_c1*+Width:InterpolationMasses 11 2.8085286
insert Xi_c1*+Width:InterpolationMasses 12 2.8090429
insert Xi_c1*+Width:InterpolationMasses 13 2.8095571
insert Xi_c1*+Width:InterpolationMasses 14 2.8100714
insert Xi_c1*+Width:InterpolationMasses 15 2.8105857
insert Xi_c1*+Width:InterpolationMasses 16 2.8111
insert Xi_c1*+Width:InterpolationMasses 17 2.8116143
insert Xi_c1*+Width:InterpolationMasses 18 2.8121286
insert Xi_c1*+Width:InterpolationMasses 19 2.8126429
insert Xi_c1*+Width:InterpolationMasses 20 2.8131571
insert Xi_c1*+Width:InterpolationMasses 21 2.8136714
insert Xi_c1*+Width:InterpolationMasses 22 2.8141857
insert Xi_c1*+Width:InterpolationMasses 23 2.8147
insert Xi_c1*+Width:InterpolationMasses 24 2.8152143
insert Xi_c1*+Width:InterpolationMasses 25 2.8157286
insert Xi_c1*+Width:InterpolationMasses 26 2.8162429
insert Xi_c1*+Width:InterpolationMasses 27 2.8167571
insert Xi_c1*+Width:InterpolationMasses 28 2.8172714
insert Xi_c1*+Width:InterpolationMasses 29 2.8177857
insert Xi_c1*+Width:InterpolationMasses 30 2.8183
insert Xi_c1*+Width:InterpolationMasses 31 2.8188143
insert Xi_c1*+Width:InterpolationMasses 32 2.8193286
insert Xi_c1*+Width:InterpolationMasses 33 2.8198429
insert Xi_c1*+Width:InterpolationMasses 34 2.8203571
insert Xi_c1*+Width:InterpolationMasses 35 2.8208714
insert Xi_c1*+Width:InterpolationMasses 36 2.8213857
insert Xi_c1*+Width:InterpolationMasses 37 2.8219
insert Xi_c1*+Width:InterpolationMasses 38 2.8224143
insert Xi_c1*+Width:InterpolationMasses 39 2.8229286
insert Xi_c1*+Width:InterpolationMasses 40 2.8234429
insert Xi_c1*+Width:InterpolationMasses 41 2.8239571
insert Xi_c1*+Width:InterpolationMasses 42 2.8244714
insert Xi_c1*+Width:InterpolationMasses 43 2.8249857
insert Xi_c1*+Width:InterpolationMasses 44 2.8255
insert Xi_c1*+Width:InterpolationMasses 45 2.8260143
insert Xi_c1*+Width:InterpolationMasses 46 2.8265286
insert Xi_c1*+Width:InterpolationMasses 47 2.8270429
insert Xi_c1*+Width:InterpolationMasses 48 2.8275571
insert Xi_c1*+Width:InterpolationMasses 49 2.8280714
insert Xi_c1*+Width:InterpolationMasses 50 2.8285857
insert Xi_c1*+Width:InterpolationMasses 51 2.8291
insert Xi_c1*+Width:InterpolationMasses 52 2.8296143
insert Xi_c1*+Width:InterpolationMasses 53 2.8301286
insert Xi_c1*+Width:InterpolationMasses 54 2.8028714
insert Xi_c1*+Width:InterpolationMasses 55 2.8033857
insert Xi_c1*+Width:InterpolationMasses 56 2.8039
insert Xi_c1*+Width:InterpolationMasses 57 2.8044143
insert Xi_c1*+Width:InterpolationMasses 58 2.8049286
insert Xi_c1*+Width:InterpolationMasses 59 2.8054429
insert Xi_c1*+Width:InterpolationMasses 60 2.8059571
insert Xi_c1*+Width:InterpolationMasses 61 2.8064714
insert Xi_c1*+Width:InterpolationMasses 62 2.8069857
insert Xi_c1*+Width:InterpolationMasses 63 2.8075
insert Xi_c1*+Width:InterpolationMasses 64 2.8080143
insert Xi_c1*+Width:InterpolationMasses 65 2.8085286
insert Xi_c1*+Width:InterpolationMasses 66 2.8090429
insert Xi_c1*+Width:InterpolationMasses 67 2.8095571
insert Xi_c1*+Width:InterpolationMasses 68 2.8100714
insert Xi_c1*+Width:InterpolationMasses 69 2.8105857
insert Xi_c1*+Width:InterpolationMasses 70 2.8111
insert Xi_c1*+Width:InterpolationMasses 71 2.8116143
insert Xi_c1*+Width:InterpolationMasses 72 2.8121286
insert Xi_c1*+Width:InterpolationMasses 73 2.8126429
insert Xi_c1*+Width:InterpolationMasses 74 2.8131571
insert Xi_c1*+Width:InterpolationMasses 75 2.8136714
insert Xi_c1*+Width:InterpolationMasses 76 2.8141857
insert Xi_c1*+Width:InterpolationMasses 77 2.8147
insert Xi_c1*+Width:InterpolationMasses 78 2.8152143
insert Xi_c1*+Width:InterpolationMasses 79 2.8157286
insert Xi_c1*+Width:InterpolationMasses 80 2.8162429
insert Xi_c1*+Width:InterpolationMasses 81 2.8167571
insert Xi_c1*+Width:InterpolationMasses 82 2.8172714
insert Xi_c1*+Width:InterpolationMasses 83 2.8177857
insert Xi_c1*+Width:InterpolationMasses 84 2.8183
insert Xi_c1*+Width:InterpolationMasses 85 2.8188143
insert Xi_c1*+Width:InterpolationMasses 86 2.8193286
insert Xi_c1*+Width:InterpolationMasses 87 2.8198429
insert Xi_c1*+Width:InterpolationMasses 88 2.8203571
insert Xi_c1*+Width:InterpolationMasses 89 2.8208714
insert Xi_c1*+Width:InterpolationMasses 90 2.8213857
insert Xi_c1*+Width:InterpolationMasses 91 2.8219
insert Xi_c1*+Width:InterpolationMasses 92 2.8224143
insert Xi_c1*+Width:InterpolationMasses 93 2.8229286
insert Xi_c1*+Width:InterpolationMasses 94 2.8234429
insert Xi_c1*+Width:InterpolationMasses 95 2.8239571
insert Xi_c1*+Width:InterpolationMasses 96 2.8244714
insert Xi_c1*+Width:InterpolationMasses 97 2.8249857
insert Xi_c1*+Width:InterpolationMasses 98 2.8255
insert Xi_c1*+Width:InterpolationMasses 99 2.8260143
insert Xi_c1*+Width:InterpolationMasses 100 2.8265286
insert Xi_c1*+Width:InterpolationMasses 101 2.8270429
insert Xi_c1*+Width:InterpolationMasses 102 2.8275571
insert Xi_c1*+Width:InterpolationMasses 103 2.8280714
insert Xi_c1*+Width:InterpolationMasses 104 2.8285857
insert Xi_c1*+Width:InterpolationMasses 105 2.8291
insert Xi_c1*+Width:InterpolationMasses 106 2.8296143
insert Xi_c1*+Width:InterpolationMasses 107 2.8301286
insert Xi_c1*+Width:InterpolationMasses 108 2.8028714
insert Xi_c1*+Width:InterpolationMasses 109 2.8033857
insert Xi_c1*+Width:InterpolationMasses 110 2.8039
insert Xi_c1*+Width:InterpolationMasses 111 2.8044143
insert Xi_c1*+Width:InterpolationMasses 112 2.8049286
insert Xi_c1*+Width:InterpolationMasses 113 2.8054429
insert Xi_c1*+Width:InterpolationMasses 114 2.8059571
insert Xi_c1*+Width:InterpolationMasses 115 2.8064714
insert Xi_c1*+Width:InterpolationMasses 116 2.8069857
insert Xi_c1*+Width:InterpolationMasses 117 2.8075
insert Xi_c1*+Width:InterpolationMasses 118 2.8080143
insert Xi_c1*+Width:InterpolationMasses 119 2.8085286
insert Xi_c1*+Width:InterpolationMasses 120 2.8090429
insert Xi_c1*+Width:InterpolationMasses 121 2.8095571
insert Xi_c1*+Width:InterpolationMasses 122 2.8100714
insert Xi_c1*+Width:InterpolationMasses 123 2.8105857
insert Xi_c1*+Width:InterpolationMasses 124 2.8111
insert Xi_c1*+Width:InterpolationMasses 125 2.8116143
insert Xi_c1*+Width:InterpolationMasses 126 2.8121286
insert Xi_c1*+Width:InterpolationMasses 127 2.8126429
insert Xi_c1*+Width:InterpolationMasses 128 2.8131571
insert Xi_c1*+Width:InterpolationMasses 129 2.8136714
insert Xi_c1*+Width:InterpolationMasses 130 2.8141857
insert Xi_c1*+Width:InterpolationMasses 131 2.8147
insert Xi_c1*+Width:InterpolationMasses 132 2.8152143
insert Xi_c1*+Width:InterpolationMasses 133 2.8157286
insert Xi_c1*+Width:InterpolationMasses 134 2.8162429
insert Xi_c1*+Width:InterpolationMasses 135 2.8167571
insert Xi_c1*+Width:InterpolationMasses 136 2.8172714
insert Xi_c1*+Width:InterpolationMasses 137 2.8177857
insert Xi_c1*+Width:InterpolationMasses 138 2.8183
insert Xi_c1*+Width:InterpolationMasses 139 2.8188143
insert Xi_c1*+Width:InterpolationMasses 140 2.8193286
insert Xi_c1*+Width:InterpolationMasses 141 2.8198429
insert Xi_c1*+Width:InterpolationMasses 142 2.8203571
insert Xi_c1*+Width:InterpolationMasses 143 2.8208714
insert Xi_c1*+Width:InterpolationMasses 144 2.8213857
insert Xi_c1*+Width:InterpolationMasses 145 2.8219
insert Xi_c1*+Width:InterpolationMasses 146 2.8224143
insert Xi_c1*+Width:InterpolationMasses 147 2.8229286
insert Xi_c1*+Width:InterpolationMasses 148 2.8234429
insert Xi_c1*+Width:InterpolationMasses 149 2.8239571
insert Xi_c1*+Width:InterpolationMasses 150 2.8244714
insert Xi_c1*+Width:InterpolationMasses 151 2.8249857
insert Xi_c1*+Width:InterpolationMasses 152 2.8255
insert Xi_c1*+Width:InterpolationMasses 153 2.8260143
insert Xi_c1*+Width:InterpolationMasses 154 2.8265286
insert Xi_c1*+Width:InterpolationMasses 155 2.8270429
insert Xi_c1*+Width:InterpolationMasses 156 2.8275571
insert Xi_c1*+Width:InterpolationMasses 157 2.8280714
insert Xi_c1*+Width:InterpolationMasses 158 2.8285857
insert Xi_c1*+Width:InterpolationMasses 159 2.8291
insert Xi_c1*+Width:InterpolationMasses 160 2.8296143
insert Xi_c1*+Width:InterpolationMasses 161 2.8301286
insert Xi_c1*+Width:InterpolationMasses 162 2.8028714
insert Xi_c1*+Width:InterpolationMasses 163 2.8033857
insert Xi_c1*+Width:InterpolationMasses 164 2.8039
insert Xi_c1*+Width:InterpolationMasses 165 2.8044143
insert Xi_c1*+Width:InterpolationMasses 166 2.8049286
insert Xi_c1*+Width:InterpolationMasses 167 2.8054429
insert Xi_c1*+Width:InterpolationMasses 168 2.8059571
insert Xi_c1*+Width:InterpolationMasses 169 2.8064714
insert Xi_c1*+Width:InterpolationMasses 170 2.8069857
insert Xi_c1*+Width:InterpolationMasses 171 2.8075
insert Xi_c1*+Width:InterpolationMasses 172 2.8080143
insert Xi_c1*+Width:InterpolationMasses 173 2.8085286
insert Xi_c1*+Width:InterpolationMasses 174 2.8090429
insert Xi_c1*+Width:InterpolationMasses 175 2.8095571
insert Xi_c1*+Width:InterpolationMasses 176 2.8100714
insert Xi_c1*+Width:InterpolationMasses 177 2.8105857
insert Xi_c1*+Width:InterpolationMasses 178 2.8111
insert Xi_c1*+Width:InterpolationMasses 179 2.8116143
insert Xi_c1*+Width:InterpolationMasses 180 2.8121286
insert Xi_c1*+Width:InterpolationMasses 181 2.8126429
insert Xi_c1*+Width:InterpolationMasses 182 2.8131571
insert Xi_c1*+Width:InterpolationMasses 183 2.8136714
insert Xi_c1*+Width:InterpolationMasses 184 2.8141857
insert Xi_c1*+Width:InterpolationMasses 185 2.8147
insert Xi_c1*+Width:InterpolationMasses 186 2.8152143
insert Xi_c1*+Width:InterpolationMasses 187 2.8157286
insert Xi_c1*+Width:InterpolationMasses 188 2.8162429
insert Xi_c1*+Width:InterpolationMasses 189 2.8167571
insert Xi_c1*+Width:InterpolationMasses 190 2.8172714
insert Xi_c1*+Width:InterpolationMasses 191 2.8177857
insert Xi_c1*+Width:InterpolationMasses 192 2.8183
insert Xi_c1*+Width:InterpolationMasses 193 2.8188143
insert Xi_c1*+Width:InterpolationMasses 194 2.8193286
insert Xi_c1*+Width:InterpolationMasses 195 2.8198429
insert Xi_c1*+Width:InterpolationMasses 196 2.8203571
insert Xi_c1*+Width:InterpolationMasses 197 2.8208714
insert Xi_c1*+Width:InterpolationMasses 198 2.8213857
insert Xi_c1*+Width:InterpolationMasses 199 2.8219
insert Xi_c1*+Width:InterpolationMasses 200 2.8224143
insert Xi_c1*+Width:InterpolationMasses 201 2.8229286
insert Xi_c1*+Width:InterpolationMasses 202 2.8234429
insert Xi_c1*+Width:InterpolationMasses 203 2.8239571
insert Xi_c1*+Width:InterpolationMasses 204 2.8244714
insert Xi_c1*+Width:InterpolationMasses 205 2.8249857
insert Xi_c1*+Width:InterpolationMasses 206 2.8255
insert Xi_c1*+Width:InterpolationMasses 207 2.8260143
insert Xi_c1*+Width:InterpolationMasses 208 2.8265286
insert Xi_c1*+Width:InterpolationMasses 209 2.8270429
insert Xi_c1*+Width:InterpolationMasses 210 2.8275571
insert Xi_c1*+Width:InterpolationMasses 211 2.8280714
insert Xi_c1*+Width:InterpolationMasses 212 2.8285857
insert Xi_c1*+Width:InterpolationMasses 213 2.8291
insert Xi_c1*+Width:InterpolationMasses 214 2.8296143
insert Xi_c1*+Width:InterpolationMasses 215 2.8301286
insert Xi_c1*+Width:InterpolationWidths 0 0.00013024539
insert Xi_c1*+Width:InterpolationWidths 1 0.00013245732
insert Xi_c1*+Width:InterpolationWidths 2 0.00013469579
insert Xi_c1*+Width:InterpolationWidths 3 0.00013696101
insert Xi_c1*+Width:InterpolationWidths 4 0.00013925317
insert Xi_c1*+Width:InterpolationWidths 5 0.00014157247
insert Xi_c1*+Width:InterpolationWidths 6 0.00014391912
insert Xi_c1*+Width:InterpolationWidths 7 0.0001462933
insert Xi_c1*+Width:InterpolationWidths 8 0.00014869523
insert Xi_c1*+Width:InterpolationWidths 9 0.0001511251
insert Xi_c1*+Width:InterpolationWidths 10 0.00015358311
insert Xi_c1*+Width:InterpolationWidths 11 0.00015606947
insert Xi_c1*+Width:InterpolationWidths 12 0.00015858439
insert Xi_c1*+Width:InterpolationWidths 13 0.00016112805
insert Xi_c1*+Width:InterpolationWidths 14 0.00016370068
insert Xi_c1*+Width:InterpolationWidths 15 0.00016630248
insert Xi_c1*+Width:InterpolationWidths 16 0.00016893365
insert Xi_c1*+Width:InterpolationWidths 17 0.0001715944
insert Xi_c1*+Width:InterpolationWidths 18 0.00017428493
insert Xi_c1*+Width:InterpolationWidths 19 0.00017700547
insert Xi_c1*+Width:InterpolationWidths 20 0.00017975621
insert Xi_c1*+Width:InterpolationWidths 21 0.00018253736
insert Xi_c1*+Width:InterpolationWidths 22 0.00018534914
insert Xi_c1*+Width:InterpolationWidths 23 0.00018819175
insert Xi_c1*+Width:InterpolationWidths 24 0.00019106542
insert Xi_c1*+Width:InterpolationWidths 25 0.00019397034
insert Xi_c1*+Width:InterpolationWidths 26 0.00019690674
insert Xi_c1*+Width:InterpolationWidths 27 0.00019987483
insert Xi_c1*+Width:InterpolationWidths 28 0.00020287483
insert Xi_c1*+Width:InterpolationWidths 29 0.00020590694
insert Xi_c1*+Width:InterpolationWidths 30 0.00020897139
insert Xi_c1*+Width:InterpolationWidths 31 0.00021206839
insert Xi_c1*+Width:InterpolationWidths 32 0.00021519816
insert Xi_c1*+Width:InterpolationWidths 33 0.00021836092
insert Xi_c1*+Width:InterpolationWidths 34 0.00022155689
insert Xi_c1*+Width:InterpolationWidths 35 0.00022478629
insert Xi_c1*+Width:InterpolationWidths 36 0.00022804933
insert Xi_c1*+Width:InterpolationWidths 37 0.00023134624
insert Xi_c1*+Width:InterpolationWidths 38 0.00023467724
insert Xi_c1*+Width:InterpolationWidths 39 0.00023804256
insert Xi_c1*+Width:InterpolationWidths 40 0.00024144241
insert Xi_c1*+Width:InterpolationWidths 41 0.00024487702
insert Xi_c1*+Width:InterpolationWidths 42 0.00024834662
insert Xi_c1*+Width:InterpolationWidths 43 0.00025185142
insert Xi_c1*+Width:InterpolationWidths 44 0.00025539167
insert Xi_c1*+Width:InterpolationWidths 45 0.00025896757
insert Xi_c1*+Width:InterpolationWidths 46 0.00026257937
insert Xi_c1*+Width:InterpolationWidths 47 0.00026622729
insert Xi_c1*+Width:InterpolationWidths 48 0.00026991155
insert Xi_c1*+Width:InterpolationWidths 49 0.00027363239
insert Xi_c1*+Width:InterpolationWidths 50 0.00027739004
insert Xi_c1*+Width:InterpolationWidths 51 0.00028118473
insert Xi_c1*+Width:InterpolationWidths 52 0.00028501669
insert Xi_c1*+Width:InterpolationWidths 53 0.00028888615
insert Xi_c1*+Width:InterpolationWidths 54 0.00021853054
insert Xi_c1*+Width:InterpolationWidths 55 0.0002224859
insert Xi_c1*+Width:InterpolationWidths 56 0.00022649143
insert Xi_c1*+Width:InterpolationWidths 57 0.00023054752
insert Xi_c1*+Width:InterpolationWidths 58 0.00023465455
insert Xi_c1*+Width:InterpolationWidths 59 0.00023881292
insert Xi_c1*+Width:InterpolationWidths 60 0.00024302302
insert Xi_c1*+Width:InterpolationWidths 61 0.00024728523
insert Xi_c1*+Width:InterpolationWidths 62 0.00025159997
insert Xi_c1*+Width:InterpolationWidths 63 0.00025596761
insert Xi_c1*+Width:InterpolationWidths 64 0.00026038857
insert Xi_c1*+Width:InterpolationWidths 65 0.00026486324
insert Xi_c1*+Width:InterpolationWidths 66 0.00026939201
insert Xi_c1*+Width:InterpolationWidths 67 0.0002739753
insert Xi_c1*+Width:InterpolationWidths 68 0.0002786135
insert Xi_c1*+Width:InterpolationWidths 69 0.00028330701
insert Xi_c1*+Width:InterpolationWidths 70 0.00028805626
insert Xi_c1*+Width:InterpolationWidths 71 0.00029286163
insert Xi_c1*+Width:InterpolationWidths 72 0.00029772355
insert Xi_c1*+Width:InterpolationWidths 73 0.00030264241
insert Xi_c1*+Width:InterpolationWidths 74 0.00030761864
insert Xi_c1*+Width:InterpolationWidths 75 0.00031265265
insert Xi_c1*+Width:InterpolationWidths 76 0.00031774484
insert Xi_c1*+Width:InterpolationWidths 77 0.00032289564
insert Xi_c1*+Width:InterpolationWidths 78 0.00032810547
insert Xi_c1*+Width:InterpolationWidths 79 0.00033337473
insert Xi_c1*+Width:InterpolationWidths 80 0.00033870386
insert Xi_c1*+Width:InterpolationWidths 81 0.00034409327
insert Xi_c1*+Width:InterpolationWidths 82 0.00034954338
insert Xi_c1*+Width:InterpolationWidths 83 0.00035505463
insert Xi_c1*+Width:InterpolationWidths 84 0.00036062743
insert Xi_c1*+Width:InterpolationWidths 85 0.00036626221
insert Xi_c1*+Width:InterpolationWidths 86 0.0003719594
insert Xi_c1*+Width:InterpolationWidths 87 0.00037771944
insert Xi_c1*+Width:InterpolationWidths 88 0.00038354275
insert Xi_c1*+Width:InterpolationWidths 89 0.00038942976
insert Xi_c1*+Width:InterpolationWidths 90 0.00039538091
insert Xi_c1*+Width:InterpolationWidths 91 0.00040139663
insert Xi_c1*+Width:InterpolationWidths 92 0.00040747737
insert Xi_c1*+Width:InterpolationWidths 93 0.00041362356
insert Xi_c1*+Width:InterpolationWidths 94 0.00041983563
insert Xi_c1*+Width:InterpolationWidths 95 0.00042611404
insert Xi_c1*+Width:InterpolationWidths 96 0.00043245922
insert Xi_c1*+Width:InterpolationWidths 97 0.00043887161
insert Xi_c1*+Width:InterpolationWidths 98 0.00044535167
insert Xi_c1*+Width:InterpolationWidths 99 0.00045189984
insert Xi_c1*+Width:InterpolationWidths 100 0.00045851656
insert Xi_c1*+Width:InterpolationWidths 101 0.00046520229
insert Xi_c1*+Width:InterpolationWidths 102 0.00047195748
insert Xi_c1*+Width:InterpolationWidths 103 0.00047878258
insert Xi_c1*+Width:InterpolationWidths 104 0.00048567805
insert Xi_c1*+Width:InterpolationWidths 105 0.00049264433
insert Xi_c1*+Width:InterpolationWidths 106 0.00049968189
insert Xi_c1*+Width:InterpolationWidths 107 0.00050679118
insert Xi_c1*+Width:InterpolationWidths 108 0.00017447288
insert Xi_c1*+Width:InterpolationWidths 109 0.00017687195
insert Xi_c1*+Width:InterpolationWidths 110 0.0001792482
insert Xi_c1*+Width:InterpolationWidths 111 0.00018160243
insert Xi_c1*+Width:InterpolationWidths 112 0.0001839354
insert Xi_c1*+Width:InterpolationWidths 113 0.00018624784
insert Xi_c1*+Width:InterpolationWidths 114 0.00018854043
insert Xi_c1*+Width:InterpolationWidths 115 0.00019081381
insert Xi_c1*+Width:InterpolationWidths 116 0.0001930686
insert Xi_c1*+Width:InterpolationWidths 117 0.00019530538
insert Xi_c1*+Width:InterpolationWidths 118 0.0001975247
insert Xi_c1*+Width:InterpolationWidths 119 0.0001997271
insert Xi_c1*+Width:InterpolationWidths 120 0.00020191308
insert Xi_c1*+Width:InterpolationWidths 121 0.00020408311
insert Xi_c1*+Width:InterpolationWidths 122 0.00020623765
insert Xi_c1*+Width:InterpolationWidths 123 0.00020837714
insert Xi_c1*+Width:InterpolationWidths 124 0.00021050199
insert Xi_c1*+Width:InterpolationWidths 125 0.00021261216
insert Xi_c1*+Width:InterpolationWidths 126 0.00021469396
insert Xi_c1*+Width:InterpolationWidths 127 0.00021675233
insert Xi_c1*+Width:InterpolationWidths 128 0.00021879094
insert Xi_c1*+Width:InterpolationWidths 129 0.00022081168
insert Xi_c1*+Width:InterpolationWidths 130 0.00022281542
insert Xi_c1*+Width:InterpolationWidths 131 0.00022480326
insert Xi_c1*+Width:InterpolationWidths 132 0.00022677595
insert Xi_c1*+Width:InterpolationWidths 133 0.0002287341
insert Xi_c1*+Width:InterpolationWidths 134 0.00023067827
insert Xi_c1*+Width:InterpolationWidths 135 0.00023260897
insert Xi_c1*+Width:InterpolationWidths 136 0.00023452663
insert Xi_c1*+Width:InterpolationWidths 137 0.00023643169
insert Xi_c1*+Width:InterpolationWidths 138 0.00023832451
insert Xi_c1*+Width:InterpolationWidths 139 0.00024020547
insert Xi_c1*+Width:InterpolationWidths 140 0.0002420749
insert Xi_c1*+Width:InterpolationWidths 141 0.00024393312
insert Xi_c1*+Width:InterpolationWidths 142 0.00024578041
insert Xi_c1*+Width:InterpolationWidths 143 0.00024761708
insert Xi_c1*+Width:InterpolationWidths 144 0.00024944338
insert Xi_c1*+Width:InterpolationWidths 145 0.00025125957
insert Xi_c1*+Width:InterpolationWidths 146 0.00025306589
insert Xi_c1*+Width:InterpolationWidths 147 0.00025486257
insert Xi_c1*+Width:InterpolationWidths 148 0.00025664985
insert Xi_c1*+Width:InterpolationWidths 149 0.00025842792
insert Xi_c1*+Width:InterpolationWidths 150 0.000260197
insert Xi_c1*+Width:InterpolationWidths 151 0.00026195727
insert Xi_c1*+Width:InterpolationWidths 152 0.00026370894
insert Xi_c1*+Width:InterpolationWidths 153 0.00026545217
insert Xi_c1*+Width:InterpolationWidths 154 0.00026718714
insert Xi_c1*+Width:InterpolationWidths 155 0.00026891403
insert Xi_c1*+Width:InterpolationWidths 156 0.00027063298
insert Xi_c1*+Width:InterpolationWidths 157 0.00027234417
insert Xi_c1*+Width:InterpolationWidths 158 0.00027404773
insert Xi_c1*+Width:InterpolationWidths 159 0.00027574382
insert Xi_c1*+Width:InterpolationWidths 160 0.00027743258
insert Xi_c1*+Width:InterpolationWidths 161 0.00027911414
insert Xi_c1*+Width:InterpolationWidths 162 0.0003131898
insert Xi_c1*+Width:InterpolationWidths 163 0.00031848087
insert Xi_c1*+Width:InterpolationWidths 164 0.00032370804
insert Xi_c1*+Width:InterpolationWidths 165 0.00032887402
insert Xi_c1*+Width:InterpolationWidths 166 0.00033398135
insert Xi_c1*+Width:InterpolationWidths 167 0.00033903242
insert Xi_c1*+Width:InterpolationWidths 168 0.00034402943
insert Xi_c1*+Width:InterpolationWidths 169 0.00034897448
insert Xi_c1*+Width:InterpolationWidths 170 0.00035386951
insert Xi_c1*+Width:InterpolationWidths 171 0.00035871639
insert Xi_c1*+Width:InterpolationWidths 172 0.00036351683
insert Xi_c1*+Width:InterpolationWidths 173 0.00036827248
insert Xi_c1*+Width:InterpolationWidths 174 0.00037298489
insert Xi_c1*+Width:InterpolationWidths 175 0.00037765551
insert Xi_c1*+Width:InterpolationWidths 176 0.00038228573
insert Xi_c1*+Width:InterpolationWidths 177 0.00038687687
insert Xi_c1*+Width:InterpolationWidths 178 0.00039143017
insert Xi_c1*+Width:InterpolationWidths 179 0.00039594682
insert Xi_c1*+Width:InterpolationWidths 180 0.00040042793
insert Xi_c1*+Width:InterpolationWidths 181 0.00040487458
insert Xi_c1*+Width:InterpolationWidths 182 0.00040928779
insert Xi_c1*+Width:InterpolationWidths 183 0.00041366852
insert Xi_c1*+Width:InterpolationWidths 184 0.00041801772
insert Xi_c1*+Width:InterpolationWidths 185 0.00042233626
insert Xi_c1*+Width:InterpolationWidths 186 0.000426625
insert Xi_c1*+Width:InterpolationWidths 187 0.00043088318
insert Xi_c1*+Width:InterpolationWidths 188 0.00043508364
insert Xi_c1*+Width:InterpolationWidths 189 0.00043923725
insert Xi_c1*+Width:InterpolationWidths 190 0.00044335101
insert Xi_c1*+Width:InterpolationWidths 191 0.00044742863
insert Xi_c1*+Width:InterpolationWidths 192 0.00045147187
insert Xi_c1*+Width:InterpolationWidths 193 0.00045548293
insert Xi_c1*+Width:InterpolationWidths 194 0.00045946326
insert Xi_c1*+Width:InterpolationWidths 195 0.00046341412
insert Xi_c1*+Width:InterpolationWidths 196 0.00046733663
insert Xi_c1*+Width:InterpolationWidths 197 0.00047123179
insert Xi_c1*+Width:InterpolationWidths 198 0.00047510051
insert Xi_c1*+Width:InterpolationWidths 199 0.00047894363
insert Xi_c1*+Width:InterpolationWidths 200 0.00048276192
insert Xi_c1*+Width:InterpolationWidths 201 0.00048655612
insert Xi_c1*+Width:InterpolationWidths 202 0.0004903269
insert Xi_c1*+Width:InterpolationWidths 203 0.0004940749
insert Xi_c1*+Width:InterpolationWidths 204 0.00049780072
insert Xi_c1*+Width:InterpolationWidths 205 0.00050150493
insert Xi_c1*+Width:InterpolationWidths 206 0.00050518808
insert Xi_c1*+Width:InterpolationWidths 207 0.00050885068
insert Xi_c1*+Width:InterpolationWidths 208 0.00051249322
insert Xi_c1*+Width:InterpolationWidths 209 0.00051611617
insert Xi_c1*+Width:InterpolationWidths 210 0.00051971999
insert Xi_c1*+Width:InterpolationWidths 211 0.0005233051
insert Xi_c1*+Width:InterpolationWidths 212 0.00052687192
insert Xi_c1*+Width:InterpolationWidths 213 0.00053042084
insert Xi_c1*+Width:InterpolationWidths 214 0.00053395224
insert Xi_c1*+Width:InterpolationWidths 215 0.00053746649
insert Xi_c1*+Width:NumberofEntries 0 54
insert Xi_c1*+Width:NumberofEntries 1 108
insert Xi_c1*+Width:NumberofEntries 2 162
insert Xi_c1*+Width:NumberofEntries 3 216
insert Xi_c1*+Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_c1*+Width:ModeLocation 0 32
insert Xi_c1*+Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_c1*+Width:ModeLocation 1 33
insert Xi_c1*+Width:BaryonDecayers 2 /Herwig/Decays/HeavyStrong
insert Xi_c1*+Width:ModeLocation 2 36
insert Xi_c1*+Width:BaryonDecayers 3 /Herwig/Decays/HeavyStrong
insert Xi_c1*+Width:ModeLocation 3 37
newdef /Herwig/Particles/Xi_c(2815)+:Width_generator Xi_c1*+Width
newdef /Herwig/Particles/Xi_c(2815)bar-:Width_generator Xi_c1*+Width
#
create Herwig::BaryonWidthGenerator Xi_b1*0Width
newdef Xi_b1*0Width:Particle /Herwig/Particles/Xi_b1*0
newdef Xi_b1*0Width:Prefactor 1.00013
newdef Xi_b1*0Width:BRNormalize 1
newdef Xi_b1*0Width:BRMinimum 0.01
newdef Xi_b1*0Width:Points 50
newdef Xi_b1*0Width:InterpolationOrder 1
insert Xi_b1*0Width:MEtype 0 2
insert Xi_b1*0Width:MEtype 1 2
insert Xi_b1*0Width:MEcode 0 0
insert Xi_b1*0Width:MEcode 1 0
insert Xi_b1*0Width:MEcoupling 0 3.80597
insert Xi_b1*0Width:MEcoupling 1 2.351
insert Xi_b1*0Width:ModeOn 0 1
insert Xi_b1*0Width:ModeOn 1 1
insert Xi_b1*0Width:MinimumMasses 0 6.0784
insert Xi_b1*0Width:MinimumMasses 1 6.07828
insert Xi_b1*0Width:MEmass1 0 5.95533
insert Xi_b1*0Width:MEmass1 1 5.9523
insert Xi_b1*0Width:MEmass2 0 0.13957
insert Xi_b1*0Width:MEmass2 1 0.134977
insert Xi_b1*0Width:DecayModes 0 Xi_b1*0->Xi_b*-,pi+;
insert Xi_b1*0Width:DecayModes 1 Xi_b1*0->Xi_b*0,pi0;
insert Xi_b1*0Width:InterpolationMasses 0 6.0894837
insert Xi_b1*0Width:InterpolationMasses 1 6.0898918
insert Xi_b1*0Width:InterpolationMasses 2 6.0903
insert Xi_b1*0Width:InterpolationMasses 3 6.0907082
insert Xi_b1*0Width:InterpolationMasses 4 6.0911163
insert Xi_b1*0Width:InterpolationMasses 5 6.0915245
insert Xi_b1*0Width:InterpolationMasses 6 6.0919327
insert Xi_b1*0Width:InterpolationMasses 7 6.0923408
insert Xi_b1*0Width:InterpolationMasses 8 6.092749
insert Xi_b1*0Width:InterpolationMasses 9 6.0931571
insert Xi_b1*0Width:InterpolationMasses 10 6.0935653
insert Xi_b1*0Width:InterpolationMasses 11 6.0939735
insert Xi_b1*0Width:InterpolationMasses 12 6.0943816
insert Xi_b1*0Width:InterpolationMasses 13 6.0947898
insert Xi_b1*0Width:InterpolationMasses 14 6.095198
insert Xi_b1*0Width:InterpolationMasses 15 6.0956061
insert Xi_b1*0Width:InterpolationMasses 16 6.0960143
insert Xi_b1*0Width:InterpolationMasses 17 6.0964224
insert Xi_b1*0Width:InterpolationMasses 18 6.0968306
insert Xi_b1*0Width:InterpolationMasses 19 6.0972388
insert Xi_b1*0Width:InterpolationMasses 20 6.0976469
insert Xi_b1*0Width:InterpolationMasses 21 6.0980551
insert Xi_b1*0Width:InterpolationMasses 22 6.0984633
insert Xi_b1*0Width:InterpolationMasses 23 6.0988714
insert Xi_b1*0Width:InterpolationMasses 24 6.0992796
insert Xi_b1*0Width:InterpolationMasses 25 6.0996878
insert Xi_b1*0Width:InterpolationMasses 26 6.1000959
insert Xi_b1*0Width:InterpolationMasses 27 6.1005041
insert Xi_b1*0Width:InterpolationMasses 28 6.1009122
insert Xi_b1*0Width:InterpolationMasses 29 6.1013204
insert Xi_b1*0Width:InterpolationMasses 30 6.1017286
insert Xi_b1*0Width:InterpolationMasses 31 6.1021367
insert Xi_b1*0Width:InterpolationMasses 32 6.1025449
insert Xi_b1*0Width:InterpolationMasses 33 6.1029531
insert Xi_b1*0Width:InterpolationMasses 34 6.1033612
insert Xi_b1*0Width:InterpolationMasses 35 6.1037694
insert Xi_b1*0Width:InterpolationMasses 36 6.1041776
insert Xi_b1*0Width:InterpolationMasses 37 6.1045857
insert Xi_b1*0Width:InterpolationMasses 38 6.1049939
insert Xi_b1*0Width:InterpolationMasses 39 6.105402
insert Xi_b1*0Width:InterpolationMasses 40 6.1058102
insert Xi_b1*0Width:InterpolationMasses 41 6.1062184
insert Xi_b1*0Width:InterpolationMasses 42 6.1066265
insert Xi_b1*0Width:InterpolationMasses 43 6.1070347
insert Xi_b1*0Width:InterpolationMasses 44 6.1074429
insert Xi_b1*0Width:InterpolationMasses 45 6.107851
insert Xi_b1*0Width:InterpolationMasses 46 6.1082592
insert Xi_b1*0Width:InterpolationMasses 47 6.1086673
insert Xi_b1*0Width:InterpolationMasses 48 6.1090755
insert Xi_b1*0Width:InterpolationMasses 49 6.1094837
insert Xi_b1*0Width:InterpolationMasses 50 6.1098918
insert Xi_b1*0Width:InterpolationMasses 51 6.1103
insert Xi_b1*0Width:InterpolationMasses 52 6.1107082
insert Xi_b1*0Width:InterpolationMasses 53 6.1111163
insert Xi_b1*0Width:InterpolationMasses 54 6.0894837
insert Xi_b1*0Width:InterpolationMasses 55 6.0898918
insert Xi_b1*0Width:InterpolationMasses 56 6.0903
insert Xi_b1*0Width:InterpolationMasses 57 6.0907082
insert Xi_b1*0Width:InterpolationMasses 58 6.0911163
insert Xi_b1*0Width:InterpolationMasses 59 6.0915245
insert Xi_b1*0Width:InterpolationMasses 60 6.0919327
insert Xi_b1*0Width:InterpolationMasses 61 6.0923408
insert Xi_b1*0Width:InterpolationMasses 62 6.092749
insert Xi_b1*0Width:InterpolationMasses 63 6.0931571
insert Xi_b1*0Width:InterpolationMasses 64 6.0935653
insert Xi_b1*0Width:InterpolationMasses 65 6.0939735
insert Xi_b1*0Width:InterpolationMasses 66 6.0943816
insert Xi_b1*0Width:InterpolationMasses 67 6.0947898
insert Xi_b1*0Width:InterpolationMasses 68 6.095198
insert Xi_b1*0Width:InterpolationMasses 69 6.0956061
insert Xi_b1*0Width:InterpolationMasses 70 6.0960143
insert Xi_b1*0Width:InterpolationMasses 71 6.0964224
insert Xi_b1*0Width:InterpolationMasses 72 6.0968306
insert Xi_b1*0Width:InterpolationMasses 73 6.0972388
insert Xi_b1*0Width:InterpolationMasses 74 6.0976469
insert Xi_b1*0Width:InterpolationMasses 75 6.0980551
insert Xi_b1*0Width:InterpolationMasses 76 6.0984633
insert Xi_b1*0Width:InterpolationMasses 77 6.0988714
insert Xi_b1*0Width:InterpolationMasses 78 6.0992796
insert Xi_b1*0Width:InterpolationMasses 79 6.0996878
insert Xi_b1*0Width:InterpolationMasses 80 6.1000959
insert Xi_b1*0Width:InterpolationMasses 81 6.1005041
insert Xi_b1*0Width:InterpolationMasses 82 6.1009122
insert Xi_b1*0Width:InterpolationMasses 83 6.1013204
insert Xi_b1*0Width:InterpolationMasses 84 6.1017286
insert Xi_b1*0Width:InterpolationMasses 85 6.1021367
insert Xi_b1*0Width:InterpolationMasses 86 6.1025449
insert Xi_b1*0Width:InterpolationMasses 87 6.1029531
insert Xi_b1*0Width:InterpolationMasses 88 6.1033612
insert Xi_b1*0Width:InterpolationMasses 89 6.1037694
insert Xi_b1*0Width:InterpolationMasses 90 6.1041776
insert Xi_b1*0Width:InterpolationMasses 91 6.1045857
insert Xi_b1*0Width:InterpolationMasses 92 6.1049939
insert Xi_b1*0Width:InterpolationMasses 93 6.105402
insert Xi_b1*0Width:InterpolationMasses 94 6.1058102
insert Xi_b1*0Width:InterpolationMasses 95 6.1062184
insert Xi_b1*0Width:InterpolationMasses 96 6.1066265
insert Xi_b1*0Width:InterpolationMasses 97 6.1070347
insert Xi_b1*0Width:InterpolationMasses 98 6.1074429
insert Xi_b1*0Width:InterpolationMasses 99 6.107851
insert Xi_b1*0Width:InterpolationMasses 100 6.1082592
insert Xi_b1*0Width:InterpolationMasses 101 6.1086673
insert Xi_b1*0Width:InterpolationMasses 102 6.1090755
insert Xi_b1*0Width:InterpolationMasses 103 6.1094837
insert Xi_b1*0Width:InterpolationMasses 104 6.1098918
insert Xi_b1*0Width:InterpolationMasses 105 6.1103
insert Xi_b1*0Width:InterpolationMasses 106 6.1107082
insert Xi_b1*0Width:InterpolationMasses 107 6.1111163
insert Xi_b1*0Width:InterpolationWidths 0 2.3661415e-06
insert Xi_b1*0Width:InterpolationWidths 1 2.7331359e-06
insert Xi_b1*0Width:InterpolationWidths 2 3.1669907e-06
insert Xi_b1*0Width:InterpolationWidths 3 3.6847283e-06
insert Xi_b1*0Width:InterpolationWidths 4 4.3095598e-06
insert Xi_b1*0Width:InterpolationWidths 5 5.0739489e-06
insert Xi_b1*0Width:InterpolationWidths 6 6.0246881e-06
insert Xi_b1*0Width:InterpolationWidths 7 7.2316353e-06
insert Xi_b1*0Width:InterpolationWidths 8 8.8034236e-06
insert Xi_b1*0Width:InterpolationWidths 9 1.091692e-05
insert Xi_b1*0Width:InterpolationWidths 10 1.3873755e-05
insert Xi_b1*0Width:InterpolationWidths 11 1.8202913e-05
insert Xi_b1*0Width:InterpolationWidths 12 2.4778936e-05
insert Xi_b1*0Width:InterpolationWidths 13 3.4574513e-05
insert Xi_b1*0Width:InterpolationWidths 14 4.7357774e-05
insert Xi_b1*0Width:InterpolationWidths 15 6.1256918e-05
insert Xi_b1*0Width:InterpolationWidths 16 7.4750311e-05
insert Xi_b1*0Width:InterpolationWidths 17 8.7347119e-05
insert Xi_b1*0Width:InterpolationWidths 18 9.9031841e-05
insert Xi_b1*0Width:InterpolationWidths 19 0.00010991204
insert Xi_b1*0Width:InterpolationWidths 20 0.00012010673
insert Xi_b1*0Width:InterpolationWidths 21 0.00012971923
insert Xi_b1*0Width:InterpolationWidths 22 0.00013883412
insert Xi_b1*0Width:InterpolationWidths 23 0.0001475197
insert Xi_b1*0Width:InterpolationWidths 24 0.00015583126
insert Xi_b1*0Width:InterpolationWidths 25 0.00016381394
insert Xi_b1*0Width:InterpolationWidths 26 0.00017150493
insert Xi_b1*0Width:InterpolationWidths 27 0.00017893524
insert Xi_b1*0Width:InterpolationWidths 28 0.00018613097
insert Xi_b1*0Width:InterpolationWidths 29 0.00019311423
insert Xi_b1*0Width:InterpolationWidths 30 0.00019990414
insert Xi_b1*0Width:InterpolationWidths 31 0.00020651708
insert Xi_b1*0Width:InterpolationWidths 32 0.00021296732
insert Xi_b1*0Width:InterpolationWidths 33 0.00021926739
insert Xi_b1*0Width:InterpolationWidths 34 0.00022542834
insert Xi_b1*0Width:InterpolationWidths 35 0.00023145994
insert Xi_b1*0Width:InterpolationWidths 36 0.00023737094
insert Xi_b1*0Width:InterpolationWidths 37 0.00024316913
insert Xi_b1*0Width:InterpolationWidths 38 0.00024886156
insert Xi_b1*0Width:InterpolationWidths 39 0.00025445456
insert Xi_b1*0Width:InterpolationWidths 40 0.0002599539
insert Xi_b1*0Width:InterpolationWidths 41 0.00026536481
insert Xi_b1*0Width:InterpolationWidths 42 0.00027069206
insert Xi_b1*0Width:InterpolationWidths 43 0.00027594005
insert Xi_b1*0Width:InterpolationWidths 44 0.00028111278
insert Xi_b1*0Width:InterpolationWidths 45 0.00028621397
insert Xi_b1*0Width:InterpolationWidths 46 0.00029124702
insert Xi_b1*0Width:InterpolationWidths 47 0.0002962151
insert Xi_b1*0Width:InterpolationWidths 48 0.00030112114
insert Xi_b1*0Width:InterpolationWidths 49 0.00030596786
insert Xi_b1*0Width:InterpolationWidths 50 0.00031075767
insert Xi_b1*0Width:InterpolationWidths 51 0.0003154932
insert Xi_b1*0Width:InterpolationWidths 52 0.00032017655
insert Xi_b1*0Width:InterpolationWidths 53 0.00032480977
insert Xi_b1*0Width:InterpolationWidths 54 5.2911977e-05
insert Xi_b1*0Width:InterpolationWidths 55 5.81536e-05
insert Xi_b1*0Width:InterpolationWidths 56 6.3061098e-05
insert Xi_b1*0Width:InterpolationWidths 57 6.7690101e-05
insert Xi_b1*0Width:InterpolationWidths 58 7.2083257e-05
insert Xi_b1*0Width:InterpolationWidths 59 7.6273866e-05
insert Xi_b1*0Width:InterpolationWidths 60 8.0288371e-05
insert Xi_b1*0Width:InterpolationWidths 61 8.4148114e-05
insert Xi_b1*0Width:InterpolationWidths 62 8.7870577e-05
insert Xi_b1*0Width:InterpolationWidths 63 9.1470271e-05
insert Xi_b1*0Width:InterpolationWidths 64 9.4959386e-05
insert Xi_b1*0Width:InterpolationWidths 65 9.8348269e-05
insert Xi_b1*0Width:InterpolationWidths 66 0.00010164579
insert Xi_b1*0Width:InterpolationWidths 67 0.00010485961
insert Xi_b1*0Width:InterpolationWidths 68 0.00010799634
insert Xi_b1*0Width:InterpolationWidths 69 0.00011106196
insert Xi_b1*0Width:InterpolationWidths 70 0.00011406156
insert Xi_b1*0Width:InterpolationWidths 71 0.00011699254
insert Xi_b1*0Width:InterpolationWidths 72 0.00011982856
insert Xi_b1*0Width:InterpolationWidths 73 0.00012259157
insert Xi_b1*0Width:InterpolationWidths 74 0.00012529173
insert Xi_b1*0Width:InterpolationWidths 75 0.00012793534
insert Xi_b1*0Width:InterpolationWidths 76 0.00013052718
insert Xi_b1*0Width:InterpolationWidths 77 0.00013307113
insert Xi_b1*0Width:InterpolationWidths 78 0.0001355705
insert Xi_b1*0Width:InterpolationWidths 79 0.00013802815
insert Xi_b1*0Width:InterpolationWidths 80 0.0001404466
insert Xi_b1*0Width:InterpolationWidths 81 0.00014282811
insert Xi_b1*0Width:InterpolationWidths 82 0.00014517468
insert Xi_b1*0Width:InterpolationWidths 83 0.00014748817
insert Xi_b1*0Width:InterpolationWidths 84 0.00014977022
insert Xi_b1*0Width:InterpolationWidths 85 0.00015202236
insert Xi_b1*0Width:InterpolationWidths 86 0.000154246
insert Xi_b1*0Width:InterpolationWidths 87 0.00015644243
insert Xi_b1*0Width:InterpolationWidths 88 0.00015861283
insert Xi_b1*0Width:InterpolationWidths 89 0.00016075833
insert Xi_b1*0Width:InterpolationWidths 90 0.00016287995
insert Xi_b1*0Width:InterpolationWidths 91 0.00016497865
insert Xi_b1*0Width:InterpolationWidths 92 0.00016705533
insert Xi_b1*0Width:InterpolationWidths 93 0.00016911084
insert Xi_b1*0Width:InterpolationWidths 94 0.00017114595
insert Xi_b1*0Width:InterpolationWidths 95 0.00017316142
insert Xi_b1*0Width:InterpolationWidths 96 0.00017515794
insert Xi_b1*0Width:InterpolationWidths 97 0.00017713617
insert Xi_b1*0Width:InterpolationWidths 98 0.00017909673
insert Xi_b1*0Width:InterpolationWidths 99 0.00018104019
insert Xi_b1*0Width:InterpolationWidths 100 0.00018296714
insert Xi_b1*0Width:InterpolationWidths 101 0.0001848781
insert Xi_b1*0Width:InterpolationWidths 102 0.00018677356
insert Xi_b1*0Width:InterpolationWidths 103 0.00018865399
insert Xi_b1*0Width:InterpolationWidths 104 0.00019051985
insert Xi_b1*0Width:InterpolationWidths 105 0.00019237157
insert Xi_b1*0Width:InterpolationWidths 106 0.00019420957
insert Xi_b1*0Width:InterpolationWidths 107 0.00019603422
insert Xi_b1*0Width:NumberofEntries 0 54
insert Xi_b1*0Width:NumberofEntries 1 108
insert Xi_b1*0Width:BaryonDecayers 0 /Herwig/Decays/HeavyStrong
insert Xi_b1*0Width:ModeLocation 0 53
insert Xi_b1*0Width:BaryonDecayers 1 /Herwig/Decays/HeavyStrong
insert Xi_b1*0Width:ModeLocation 1 52
newdef /Herwig/Particles/Xi_b1*0:Width_generator Xi_b1*0Width
newdef /Herwig/Particles/Xi_b1*bar0:Width_generator Xi_b1*0Width
#
create Herwig::BaryonWidthGenerator Lambda(1690)0Width
newdef Lambda(1690)0Width:Particle /Herwig/Particles/Lambda(1690)0
newdef Lambda(1690)0Width:Prefactor 1
newdef Lambda(1690)0Width:BRNormalize 1
newdef Lambda(1690)0Width:BRMinimum 0.01
newdef Lambda(1690)0Width:Points 50
newdef Lambda(1690)0Width:InterpolationOrder 1
insert Lambda(1690)0Width:MEtype 0 0
insert Lambda(1690)0Width:MEtype 1 0
insert Lambda(1690)0Width:MEtype 2 0
insert Lambda(1690)0Width:MEtype 3 1
insert Lambda(1690)0Width:MEtype 4 0
insert Lambda(1690)0Width:MEtype 5 1
insert Lambda(1690)0Width:MEtype 6 0
insert Lambda(1690)0Width:MEtype 7 1
insert Lambda(1690)0Width:MEtype 8 1
insert Lambda(1690)0Width:MEtype 9 1
insert Lambda(1690)0Width:MEcode 0 0
insert Lambda(1690)0Width:MEcode 1 0
insert Lambda(1690)0Width:MEcode 2 0
insert Lambda(1690)0Width:MEcode 3 105
insert Lambda(1690)0Width:MEcode 4 0
insert Lambda(1690)0Width:MEcode 5 105
insert Lambda(1690)0Width:MEcode 6 0
insert Lambda(1690)0Width:MEcode 7 105
insert Lambda(1690)0Width:MEcode 8 105
insert Lambda(1690)0Width:MEcode 9 105
insert Lambda(1690)0Width:MEcoupling 0 0.166667
insert Lambda(1690)0Width:MEcoupling 1 0.083333
insert Lambda(1690)0Width:MEcoupling 2 0.066667
insert Lambda(1690)0Width:MEcoupling 3 0.20738
insert Lambda(1690)0Width:MEcoupling 4 0.066667
insert Lambda(1690)0Width:MEcoupling 5 0.20338
insert Lambda(1690)0Width:MEcoupling 6 0.066667
insert Lambda(1690)0Width:MEcoupling 7 0.204092
insert Lambda(1690)0Width:MEcoupling 8 2.35046
insert Lambda(1690)0Width:MEcoupling 9 2.31938
insert Lambda(1690)0Width:ModeOn 0 1
insert Lambda(1690)0Width:ModeOn 1 1
insert Lambda(1690)0Width:ModeOn 2 1
insert Lambda(1690)0Width:ModeOn 3 1
insert Lambda(1690)0Width:ModeOn 4 1
insert Lambda(1690)0Width:ModeOn 5 1
insert Lambda(1690)0Width:ModeOn 6 1
insert Lambda(1690)0Width:ModeOn 7 1
insert Lambda(1690)0Width:ModeOn 8 1
insert Lambda(1690)0Width:ModeOn 9 1
insert Lambda(1690)0Width:MinimumMasses 0 1.39482
insert Lambda(1690)0Width:MinimumMasses 1 1.38564
insert Lambda(1690)0Width:MinimumMasses 2 1.472
insert Lambda(1690)0Width:MinimumMasses 3 1.33702
insert Lambda(1690)0Width:MinimumMasses 4 1.46392
insert Lambda(1690)0Width:MinimumMasses 5 1.32894
insert Lambda(1690)0Width:MinimumMasses 6 1.47178
insert Lambda(1690)0Width:MinimumMasses 7 1.32762
insert Lambda(1690)0Width:MinimumMasses 8 1.43721
insert Lambda(1690)0Width:MinimumMasses 9 1.43195
insert Lambda(1690)0Width:MEmass1 0 0
insert Lambda(1690)0Width:MEmass1 1 0
insert Lambda(1690)0Width:MEmass1 2 0
insert Lambda(1690)0Width:MEmass1 3 1.19745
insert Lambda(1690)0Width:MEmass1 4 0
insert Lambda(1690)0Width:MEmass1 5 1.18937
insert Lambda(1690)0Width:MEmass1 6 0
insert Lambda(1690)0Width:MEmass1 7 1.19264
insert Lambda(1690)0Width:MEmass1 8 0.939565
insert Lambda(1690)0Width:MEmass1 9 0.938272
insert Lambda(1690)0Width:MEmass2 0 0
insert Lambda(1690)0Width:MEmass2 1 0
insert Lambda(1690)0Width:MEmass2 2 0
insert Lambda(1690)0Width:MEmass2 3 0.13957
insert Lambda(1690)0Width:MEmass2 4 0
insert Lambda(1690)0Width:MEmass2 5 0.13957
insert Lambda(1690)0Width:MEmass2 6 0
insert Lambda(1690)0Width:MEmass2 7 0.134978
insert Lambda(1690)0Width:MEmass2 8 0.497648
insert Lambda(1690)0Width:MEmass2 9 0.493677
insert Lambda(1690)0Width:DecayModes 0 Lambda(1690)0->Lambda0,pi+,pi-;
insert Lambda(1690)0Width:DecayModes 1 Lambda(1690)0->Lambda0,pi0,pi0;
insert Lambda(1690)0Width:DecayModes 2 Lambda(1690)0->Sigma-,pi+,pi0;
insert Lambda(1690)0Width:DecayModes 3 Lambda(1690)0->Sigma-,pi+;
insert Lambda(1690)0Width:DecayModes 4 Lambda(1690)0->Sigma+,pi-,pi0;
insert Lambda(1690)0Width:DecayModes 5 Lambda(1690)0->Sigma+,pi-;
insert Lambda(1690)0Width:DecayModes 6 Lambda(1690)0->Sigma0,pi+,pi-;
insert Lambda(1690)0Width:DecayModes 7 Lambda(1690)0->Sigma0,pi0;
insert Lambda(1690)0Width:DecayModes 8 Lambda(1690)0->n0,Kbar0;
insert Lambda(1690)0Width:DecayModes 9 Lambda(1690)0->p+,K-;
insert Lambda(1690)0Width:NumberofEntries 0 0
insert Lambda(1690)0Width:NumberofEntries 1 0
insert Lambda(1690)0Width:NumberofEntries 2 0
insert Lambda(1690)0Width:NumberofEntries 3 0
insert Lambda(1690)0Width:NumberofEntries 4 0
insert Lambda(1690)0Width:NumberofEntries 5 0
insert Lambda(1690)0Width:NumberofEntries 6 0
insert Lambda(1690)0Width:NumberofEntries 7 0
insert Lambda(1690)0Width:NumberofEntries 8 0
insert Lambda(1690)0Width:NumberofEntries 9 0
insert Lambda(1690)0Width:BaryonDecayers 0 NULL
insert Lambda(1690)0Width:ModeLocation 0 -1
insert Lambda(1690)0Width:BaryonDecayers 1 NULL
insert Lambda(1690)0Width:ModeLocation 1 -1
insert Lambda(1690)0Width:BaryonDecayers 2 NULL
insert Lambda(1690)0Width:ModeLocation 2 -1
insert Lambda(1690)0Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong3
insert Lambda(1690)0Width:ModeLocation 3 14
insert Lambda(1690)0Width:BaryonDecayers 4 NULL
insert Lambda(1690)0Width:ModeLocation 4 -1
insert Lambda(1690)0Width:BaryonDecayers 5 /Herwig/Decays/SU3Strong3
insert Lambda(1690)0Width:ModeLocation 5 13
insert Lambda(1690)0Width:BaryonDecayers 6 NULL
insert Lambda(1690)0Width:ModeLocation 6 -1
insert Lambda(1690)0Width:BaryonDecayers 7 /Herwig/Decays/SU3Strong3
insert Lambda(1690)0Width:ModeLocation 7 12
insert Lambda(1690)0Width:BaryonDecayers 8 /Herwig/Decays/SU3Strong3
insert Lambda(1690)0Width:ModeLocation 8 19
insert Lambda(1690)0Width:BaryonDecayers 9 /Herwig/Decays/SU3Strong3
insert Lambda(1690)0Width:ModeLocation 9 18
newdef /Herwig/Particles/Lambda(1690)0:Width_generator Lambda(1690)0Width
newdef /Herwig/Particles/Lambdabar(1690)0:Width_generator Lambda(1690)0Width
#
create Herwig::GenericWidthGenerator K_2(1770)+Width
newdef K_2(1770)+Width:Particle /Herwig/Particles/K_2(1770)+
newdef K_2(1770)+Width:Prefactor 1.0101
newdef K_2(1770)+Width:BRNormalize 1
newdef K_2(1770)+Width:BRMinimum 0.01
newdef K_2(1770)+Width:Points 50
newdef K_2(1770)+Width:InterpolationOrder 1
insert K_2(1770)+Width:MEtype 0 0
insert K_2(1770)+Width:MEtype 1 0
insert K_2(1770)+Width:MEtype 2 0
insert K_2(1770)+Width:MEtype 3 0
insert K_2(1770)+Width:MEtype 4 0
insert K_2(1770)+Width:MEcode 0 0
insert K_2(1770)+Width:MEcode 1 0
insert K_2(1770)+Width:MEcode 2 0
insert K_2(1770)+Width:MEcode 3 0
insert K_2(1770)+Width:MEcode 4 0
insert K_2(1770)+Width:MEcoupling 0 0.076667
insert K_2(1770)+Width:MEcoupling 1 0.01
insert K_2(1770)+Width:MEcoupling 2 0.02
insert K_2(1770)+Width:MEcoupling 3 0.153333
insert K_2(1770)+Width:MEcoupling 4 0.74
insert K_2(1770)+Width:ModeOn 0 1
insert K_2(1770)+Width:ModeOn 1 0
insert K_2(1770)+Width:ModeOn 2 1
insert K_2(1770)+Width:ModeOn 3 1
insert K_2(1770)+Width:ModeOn 4 1
insert K_2(1770)+Width:MinimumMasses 0 0.776638
insert K_2(1770)+Width:MinimumMasses 1 1.36358
insert K_2(1770)+Width:MinimumMasses 2 1.35397
insert K_2(1770)+Width:MinimumMasses 3 0.78557
insert K_2(1770)+Width:MinimumMasses 4 1.58388
insert K_2(1770)+Width:MEmass1 0 0
insert K_2(1770)+Width:MEmass1 1 0
insert K_2(1770)+Width:MEmass1 2 0
insert K_2(1770)+Width:MEmass1 3 0
insert K_2(1770)+Width:MEmass1 4 0
insert K_2(1770)+Width:MEmass2 0 0
insert K_2(1770)+Width:MEmass2 1 0
insert K_2(1770)+Width:MEmass2 2 0
insert K_2(1770)+Width:MEmass2 3 0
insert K_2(1770)+Width:MEmass2 4 0
insert K_2(1770)+Width:DecayModes 0 K_2(1770)+->K*+,pi0;
insert K_2(1770)+Width:DecayModes 1 K_2(1770)+->K*_2+,pi0;
insert K_2(1770)+Width:DecayModes 2 K_2(1770)+->K*_20,pi+;
insert K_2(1770)+Width:DecayModes 3 K_2(1770)+->K*0,pi+;
insert K_2(1770)+Width:DecayModes 4 K_2(1770)+->K+,f_2;
insert K_2(1770)+Width:NumberofEntries 0 0
insert K_2(1770)+Width:NumberofEntries 1 0
insert K_2(1770)+Width:NumberofEntries 2 0
insert K_2(1770)+Width:NumberofEntries 3 0
insert K_2(1770)+Width:NumberofEntries 4 0
newdef /Herwig/Particles/K_2(1770)+:Width_generator K_2(1770)+Width
newdef /Herwig/Particles/K_2(1770)-:Width_generator K_2(1770)+Width
#
create Herwig::GenericWidthGenerator K_2(1770)0Width
newdef K_2(1770)0Width:Particle /Herwig/Particles/K_2(1770)0
newdef K_2(1770)0Width:Prefactor 1.0101
newdef K_2(1770)0Width:BRNormalize 1
newdef K_2(1770)0Width:BRMinimum 0.01
newdef K_2(1770)0Width:Points 50
newdef K_2(1770)0Width:InterpolationOrder 1
insert K_2(1770)0Width:MEtype 0 0
insert K_2(1770)0Width:MEtype 1 0
insert K_2(1770)0Width:MEtype 2 0
insert K_2(1770)0Width:MEtype 3 0
insert K_2(1770)0Width:MEtype 4 0
insert K_2(1770)0Width:MEcode 0 0
insert K_2(1770)0Width:MEcode 1 0
insert K_2(1770)0Width:MEcode 2 0
insert K_2(1770)0Width:MEcode 3 0
insert K_2(1770)0Width:MEcode 4 0
insert K_2(1770)0Width:MEcoupling 0 0.153333
insert K_2(1770)0Width:MEcoupling 1 0.02
insert K_2(1770)0Width:MEcoupling 2 0.01
insert K_2(1770)0Width:MEcoupling 3 0.076667
insert K_2(1770)0Width:MEcoupling 4 0.74
insert K_2(1770)0Width:ModeOn 0 1
insert K_2(1770)0Width:ModeOn 1 1
insert K_2(1770)0Width:ModeOn 2 0
insert K_2(1770)0Width:ModeOn 3 1
insert K_2(1770)0Width:ModeOn 4 1
insert K_2(1770)0Width:MinimumMasses 0 0.78123
insert K_2(1770)0Width:MinimumMasses 1 1.36817
insert K_2(1770)0Width:MinimumMasses 2 1.34938
insert K_2(1770)0Width:MinimumMasses 3 0.780978
insert K_2(1770)0Width:MinimumMasses 4 1.58785
insert K_2(1770)0Width:MEmass1 0 0
insert K_2(1770)0Width:MEmass1 1 0
insert K_2(1770)0Width:MEmass1 2 0
insert K_2(1770)0Width:MEmass1 3 0
insert K_2(1770)0Width:MEmass1 4 0
insert K_2(1770)0Width:MEmass2 0 0
insert K_2(1770)0Width:MEmass2 1 0
insert K_2(1770)0Width:MEmass2 2 0
insert K_2(1770)0Width:MEmass2 3 0
insert K_2(1770)0Width:MEmass2 4 0
insert K_2(1770)0Width:DecayModes 0 K_2(1770)0->K*+,pi-;
insert K_2(1770)0Width:DecayModes 1 K_2(1770)0->K*_2+,pi-;
insert K_2(1770)0Width:DecayModes 2 K_2(1770)0->K*_20,pi0;
insert K_2(1770)0Width:DecayModes 3 K_2(1770)0->K*0,pi0;
insert K_2(1770)0Width:DecayModes 4 K_2(1770)0->K0,f_2;
insert K_2(1770)0Width:NumberofEntries 0 0
insert K_2(1770)0Width:NumberofEntries 1 0
insert K_2(1770)0Width:NumberofEntries 2 0
insert K_2(1770)0Width:NumberofEntries 3 0
insert K_2(1770)0Width:NumberofEntries 4 0
newdef /Herwig/Particles/K_2(1770)0:Width_generator K_2(1770)0Width
newdef /Herwig/Particles/K_2(1770)bar0:Width_generator K_2(1770)0Width
#
create Herwig::GenericWidthGenerator K_2(1820)0Width
newdef K_2(1820)0Width:Particle /Herwig/Particles/K_2(1820)0
newdef K_2(1820)0Width:Prefactor 1
newdef K_2(1820)0Width:BRNormalize 1
newdef K_2(1820)0Width:BRMinimum 0.01
newdef K_2(1820)0Width:Points 50
newdef K_2(1820)0Width:InterpolationOrder 1
insert K_2(1820)0Width:MEtype 0 0
insert K_2(1820)0Width:MEtype 1 0
insert K_2(1820)0Width:MEtype 2 0
insert K_2(1820)0Width:MEtype 3 0
insert K_2(1820)0Width:MEtype 4 0
insert K_2(1820)0Width:MEcode 0 0
insert K_2(1820)0Width:MEcode 1 0
insert K_2(1820)0Width:MEcode 2 0
insert K_2(1820)0Width:MEcode 3 0
insert K_2(1820)0Width:MEcode 4 0
insert K_2(1820)0Width:MEcoupling 0 0.033333
insert K_2(1820)0Width:MEcoupling 1 0.513333
insert K_2(1820)0Width:MEcoupling 2 0.256667
insert K_2(1820)0Width:MEcoupling 3 0.016667
insert K_2(1820)0Width:MEcoupling 4 0.18
insert K_2(1820)0Width:ModeOn 0 1
insert K_2(1820)0Width:ModeOn 1 1
insert K_2(1820)0Width:ModeOn 2 1
insert K_2(1820)0Width:ModeOn 3 1
insert K_2(1820)0Width:ModeOn 4 1
insert K_2(1820)0Width:MinimumMasses 0 0.78123
insert K_2(1820)0Width:MinimumMasses 1 1.36817
insert K_2(1820)0Width:MinimumMasses 2 1.34938
insert K_2(1820)0Width:MinimumMasses 3 0.780978
insert K_2(1820)0Width:MinimumMasses 4 1.58785
insert K_2(1820)0Width:MEmass1 0 0
insert K_2(1820)0Width:MEmass1 1 0
insert K_2(1820)0Width:MEmass1 2 0
insert K_2(1820)0Width:MEmass1 3 0
insert K_2(1820)0Width:MEmass1 4 0
insert K_2(1820)0Width:MEmass2 0 0
insert K_2(1820)0Width:MEmass2 1 0
insert K_2(1820)0Width:MEmass2 2 0
insert K_2(1820)0Width:MEmass2 3 0
insert K_2(1820)0Width:MEmass2 4 0
insert K_2(1820)0Width:DecayModes 0 K_2(1820)0->K*+,pi-;
insert K_2(1820)0Width:DecayModes 1 K_2(1820)0->K*_2+,pi-;
insert K_2(1820)0Width:DecayModes 2 K_2(1820)0->K*_20,pi0;
insert K_2(1820)0Width:DecayModes 3 K_2(1820)0->K*0,pi0;
insert K_2(1820)0Width:DecayModes 4 K_2(1820)0->K0,f_2;
insert K_2(1820)0Width:NumberofEntries 0 0
insert K_2(1820)0Width:NumberofEntries 1 0
insert K_2(1820)0Width:NumberofEntries 2 0
insert K_2(1820)0Width:NumberofEntries 3 0
insert K_2(1820)0Width:NumberofEntries 4 0
newdef /Herwig/Particles/K_2(1820)bar0:Width_generator K_2(1820)0Width
newdef /Herwig/Particles/K_2(1820)0:Width_generator K_2(1820)0Width
#
create Herwig::GenericWidthGenerator K_2(1820)+Width
newdef K_2(1820)+Width:Particle /Herwig/Particles/K_2(1820)+
newdef K_2(1820)+Width:Prefactor 1
newdef K_2(1820)+Width:BRNormalize 1
newdef K_2(1820)+Width:BRMinimum 0.01
newdef K_2(1820)+Width:Points 50
newdef K_2(1820)+Width:InterpolationOrder 1
insert K_2(1820)+Width:MEtype 0 0
insert K_2(1820)+Width:MEtype 1 0
insert K_2(1820)+Width:MEtype 2 0
insert K_2(1820)+Width:MEtype 3 0
insert K_2(1820)+Width:MEtype 4 0
insert K_2(1820)+Width:MEcode 0 0
insert K_2(1820)+Width:MEcode 1 0
insert K_2(1820)+Width:MEcode 2 0
insert K_2(1820)+Width:MEcode 3 0
insert K_2(1820)+Width:MEcode 4 0
insert K_2(1820)+Width:MEcoupling 0 0.016667
insert K_2(1820)+Width:MEcoupling 1 0.256667
insert K_2(1820)+Width:MEcoupling 2 0.513333
insert K_2(1820)+Width:MEcoupling 3 0.033333
insert K_2(1820)+Width:MEcoupling 4 0.18
insert K_2(1820)+Width:ModeOn 0 1
insert K_2(1820)+Width:ModeOn 1 1
insert K_2(1820)+Width:ModeOn 2 1
insert K_2(1820)+Width:ModeOn 3 1
insert K_2(1820)+Width:ModeOn 4 1
insert K_2(1820)+Width:MinimumMasses 0 0.776638
insert K_2(1820)+Width:MinimumMasses 1 1.36358
insert K_2(1820)+Width:MinimumMasses 2 1.35397
insert K_2(1820)+Width:MinimumMasses 3 0.78557
insert K_2(1820)+Width:MinimumMasses 4 1.58388
insert K_2(1820)+Width:MEmass1 0 0
insert K_2(1820)+Width:MEmass1 1 0
insert K_2(1820)+Width:MEmass1 2 0
insert K_2(1820)+Width:MEmass1 3 0
insert K_2(1820)+Width:MEmass1 4 0
insert K_2(1820)+Width:MEmass2 0 0
insert K_2(1820)+Width:MEmass2 1 0
insert K_2(1820)+Width:MEmass2 2 0
insert K_2(1820)+Width:MEmass2 3 0
insert K_2(1820)+Width:MEmass2 4 0
insert K_2(1820)+Width:DecayModes 0 K_2(1820)+->K*+,pi0;
insert K_2(1820)+Width:DecayModes 1 K_2(1820)+->K*_2+,pi0;
insert K_2(1820)+Width:DecayModes 2 K_2(1820)+->K*_20,pi+;
insert K_2(1820)+Width:DecayModes 3 K_2(1820)+->K*0,pi+;
insert K_2(1820)+Width:DecayModes 4 K_2(1820)+->K+,f_2;
insert K_2(1820)+Width:NumberofEntries 0 0
insert K_2(1820)+Width:NumberofEntries 1 0
insert K_2(1820)+Width:NumberofEntries 2 0
insert K_2(1820)+Width:NumberofEntries 3 0
insert K_2(1820)+Width:NumberofEntries 4 0
newdef /Herwig/Particles/K_2(1820)+:Width_generator K_2(1820)+Width
newdef /Herwig/Particles/K_2(1820)-:Width_generator K_2(1820)+Width
#
create Herwig::BaryonWidthGenerator Sigma(1670)+Width
newdef Sigma(1670)+Width:Particle /Herwig/Particles/Sigma(1670)+
newdef Sigma(1670)+Width:Prefactor 1
newdef Sigma(1670)+Width:BRNormalize 1
newdef Sigma(1670)+Width:BRMinimum 0.01
newdef Sigma(1670)+Width:Points 50
newdef Sigma(1670)+Width:InterpolationOrder 1
insert Sigma(1670)+Width:MEtype 0 1
insert Sigma(1670)+Width:MEtype 1 1
insert Sigma(1670)+Width:MEtype 2 1
insert Sigma(1670)+Width:MEtype 3 1
insert Sigma(1670)+Width:MEcode 0 105
insert Sigma(1670)+Width:MEcode 1 105
insert Sigma(1670)+Width:MEcode 2 105
insert Sigma(1670)+Width:MEcode 3 105
insert Sigma(1670)+Width:MEcoupling 0 0.23391
insert Sigma(1670)+Width:MEcoupling 1 0.568903
insert Sigma(1670)+Width:MEcoupling 2 0.576336
insert Sigma(1670)+Width:MEcoupling 3 0.129137
insert Sigma(1670)+Width:ModeOn 0 1
insert Sigma(1670)+Width:ModeOn 1 1
insert Sigma(1670)+Width:ModeOn 2 1
insert Sigma(1670)+Width:ModeOn 3 1
insert Sigma(1670)+Width:MinimumMasses 0 1.25525
insert Sigma(1670)+Width:MinimumMasses 1 1.32435
insert Sigma(1670)+Width:MinimumMasses 2 1.33221
insert Sigma(1670)+Width:MinimumMasses 3 1.43592
insert Sigma(1670)+Width:MEmass1 0 1.11568
insert Sigma(1670)+Width:MEmass1 1 1.18937
insert Sigma(1670)+Width:MEmass1 2 1.19264
insert Sigma(1670)+Width:MEmass1 3 0.938272
insert Sigma(1670)+Width:MEmass2 0 0.13957
insert Sigma(1670)+Width:MEmass2 1 0.134978
insert Sigma(1670)+Width:MEmass2 2 0.13957
insert Sigma(1670)+Width:MEmass2 3 0.497648
insert Sigma(1670)+Width:DecayModes 0 Sigma(1670)+->Lambda0,pi+;
insert Sigma(1670)+Width:DecayModes 1 Sigma(1670)+->Sigma+,pi0;
insert Sigma(1670)+Width:DecayModes 2 Sigma(1670)+->Sigma0,pi+;
insert Sigma(1670)+Width:DecayModes 3 Sigma(1670)+->p+,Kbar0;
insert Sigma(1670)+Width:NumberofEntries 0 0
insert Sigma(1670)+Width:NumberofEntries 1 0
insert Sigma(1670)+Width:NumberofEntries 2 0
insert Sigma(1670)+Width:NumberofEntries 3 0
insert Sigma(1670)+Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong3
insert Sigma(1670)+Width:ModeLocation 0 24
insert Sigma(1670)+Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong3
insert Sigma(1670)+Width:ModeLocation 1 20
insert Sigma(1670)+Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong3
insert Sigma(1670)+Width:ModeLocation 2 21
insert Sigma(1670)+Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong3
insert Sigma(1670)+Width:ModeLocation 3 23
newdef /Herwig/Particles/Sigma(1670)+:Width_generator Sigma(1670)+Width
newdef /Herwig/Particles/Sigmabar(1670)-:Width_generator Sigma(1670)+Width
#
create Herwig::BaryonWidthGenerator Sigma(1670)0Width
newdef Sigma(1670)0Width:Particle /Herwig/Particles/Sigma(1670)0
newdef Sigma(1670)0Width:Prefactor 1
newdef Sigma(1670)0Width:BRNormalize 1
newdef Sigma(1670)0Width:BRMinimum 0.01
newdef Sigma(1670)0Width:Points 50
newdef Sigma(1670)0Width:InterpolationOrder 1
insert Sigma(1670)0Width:MEtype 0 1
insert Sigma(1670)0Width:MEtype 1 1
insert Sigma(1670)0Width:MEtype 2 1
insert Sigma(1670)0Width:MEtype 3 1
insert Sigma(1670)0Width:MEtype 4 1
insert Sigma(1670)0Width:MEcode 0 105
insert Sigma(1670)0Width:MEcode 1 105
insert Sigma(1670)0Width:MEcode 2 105
insert Sigma(1670)0Width:MEcode 3 105
insert Sigma(1670)0Width:MEcode 4 105
insert Sigma(1670)0Width:MEcoupling 0 0.233097
insert Sigma(1670)0Width:MEcoupling 1 0.583534
insert Sigma(1670)0Width:MEcoupling 2 0.571554
insert Sigma(1670)0Width:MEcoupling 3 0.12961
insert Sigma(1670)0Width:MEcoupling 4 0.127732
insert Sigma(1670)0Width:ModeOn 0 1
insert Sigma(1670)0Width:ModeOn 1 1
insert Sigma(1670)0Width:ModeOn 2 1
insert Sigma(1670)0Width:ModeOn 3 1
insert Sigma(1670)0Width:ModeOn 4 1
insert Sigma(1670)0Width:MinimumMasses 0 1.25066
insert Sigma(1670)0Width:MinimumMasses 1 1.33702
insert Sigma(1670)0Width:MinimumMasses 2 1.32894
insert Sigma(1670)0Width:MinimumMasses 3 1.43721
insert Sigma(1670)0Width:MinimumMasses 4 1.43195
insert Sigma(1670)0Width:MEmass1 0 1.11568
insert Sigma(1670)0Width:MEmass1 1 1.19745
insert Sigma(1670)0Width:MEmass1 2 1.18937
insert Sigma(1670)0Width:MEmass1 3 0.939565
insert Sigma(1670)0Width:MEmass1 4 0.938272
insert Sigma(1670)0Width:MEmass2 0 0.134978
insert Sigma(1670)0Width:MEmass2 1 0.13957
insert Sigma(1670)0Width:MEmass2 2 0.13957
insert Sigma(1670)0Width:MEmass2 3 0.497648
insert Sigma(1670)0Width:MEmass2 4 0.493677
insert Sigma(1670)0Width:DecayModes 0 Sigma(1670)0->Lambda0,pi0;
insert Sigma(1670)0Width:DecayModes 1 Sigma(1670)0->Sigma-,pi+;
insert Sigma(1670)0Width:DecayModes 2 Sigma(1670)0->Sigma+,pi-;
insert Sigma(1670)0Width:DecayModes 3 Sigma(1670)0->n0,Kbar0;
insert Sigma(1670)0Width:DecayModes 4 Sigma(1670)0->p+,K-;
insert Sigma(1670)0Width:NumberofEntries 0 0
insert Sigma(1670)0Width:NumberofEntries 1 0
insert Sigma(1670)0Width:NumberofEntries 2 0
insert Sigma(1670)0Width:NumberofEntries 3 0
insert Sigma(1670)0Width:NumberofEntries 4 0
insert Sigma(1670)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong3
insert Sigma(1670)0Width:ModeLocation 0 33
insert Sigma(1670)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong3
insert Sigma(1670)0Width:ModeLocation 1 26
insert Sigma(1670)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong3
insert Sigma(1670)0Width:ModeLocation 2 27
insert Sigma(1670)0Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong3
insert Sigma(1670)0Width:ModeLocation 3 31
insert Sigma(1670)0Width:BaryonDecayers 4 /Herwig/Decays/SU3Strong3
insert Sigma(1670)0Width:ModeLocation 4 30
newdef /Herwig/Particles/Sigma(1670)0:Width_generator Sigma(1670)0Width
newdef /Herwig/Particles/Sigmabar(1670)0:Width_generator Sigma(1670)0Width
#
create Herwig::BaryonWidthGenerator Sigma(1670)-Width
newdef Sigma(1670)-Width:Particle /Herwig/Particles/Sigma(1670)-
newdef Sigma(1670)-Width:Prefactor 1
newdef Sigma(1670)-Width:BRNormalize 1
newdef Sigma(1670)-Width:BRMinimum 0.01
newdef Sigma(1670)-Width:Points 50
newdef Sigma(1670)-Width:InterpolationOrder 1
insert Sigma(1670)-Width:MEtype 0 1
insert Sigma(1670)-Width:MEtype 1 1
insert Sigma(1670)-Width:MEtype 2 1
insert Sigma(1670)-Width:MEtype 3 1
insert Sigma(1670)-Width:MEcode 0 105
insert Sigma(1670)-Width:MEcode 1 105
insert Sigma(1670)-Width:MEcode 2 105
insert Sigma(1670)-Width:MEcode 3 105
insert Sigma(1670)-Width:MEcoupling 0 0.23391
insert Sigma(1670)-Width:MEcoupling 1 0.58073
insert Sigma(1670)-Width:MEcoupling 2 0.576336
insert Sigma(1670)-Width:MEcoupling 3 0.128191
insert Sigma(1670)-Width:ModeOn 0 1
insert Sigma(1670)-Width:ModeOn 1 1
insert Sigma(1670)-Width:ModeOn 2 1
insert Sigma(1670)-Width:ModeOn 3 1
insert Sigma(1670)-Width:MinimumMasses 0 1.25525
insert Sigma(1670)-Width:MinimumMasses 1 1.33243
insert Sigma(1670)-Width:MinimumMasses 2 1.33221
insert Sigma(1670)-Width:MinimumMasses 3 1.43324
insert Sigma(1670)-Width:MEmass1 0 1.11568
insert Sigma(1670)-Width:MEmass1 1 1.19745
insert Sigma(1670)-Width:MEmass1 2 1.19264
insert Sigma(1670)-Width:MEmass1 3 0.939565
insert Sigma(1670)-Width:MEmass2 0 0.13957
insert Sigma(1670)-Width:MEmass2 1 0.134978
insert Sigma(1670)-Width:MEmass2 2 0.13957
insert Sigma(1670)-Width:MEmass2 3 0.493677
insert Sigma(1670)-Width:DecayModes 0 Sigma(1670)-->Lambda0,pi-;
insert Sigma(1670)-Width:DecayModes 1 Sigma(1670)-->Sigma-,pi0;
insert Sigma(1670)-Width:DecayModes 2 Sigma(1670)-->Sigma0,pi-;
insert Sigma(1670)-Width:DecayModes 3 Sigma(1670)-->n0,K-;
insert Sigma(1670)-Width:NumberofEntries 0 0
insert Sigma(1670)-Width:NumberofEntries 1 0
insert Sigma(1670)-Width:NumberofEntries 2 0
insert Sigma(1670)-Width:NumberofEntries 3 0
insert Sigma(1670)-Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong3
insert Sigma(1670)-Width:ModeLocation 0 38
insert Sigma(1670)-Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong3
insert Sigma(1670)-Width:ModeLocation 1 35
insert Sigma(1670)-Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong3
insert Sigma(1670)-Width:ModeLocation 2 34
insert Sigma(1670)-Width:BaryonDecayers 3 /Herwig/Decays/SU3Strong3
insert Sigma(1670)-Width:ModeLocation 3 37
newdef /Herwig/Particles/Sigma(1670)-:Width_generator Sigma(1670)-Width
newdef /Herwig/Particles/Sigmabar(1670)+:Width_generator Sigma(1670)-Width
#
create Herwig::BaryonWidthGenerator Xi(1820)0Width
newdef Xi(1820)0Width:Particle /Herwig/Particles/Xi(1820)0
newdef Xi(1820)0Width:Prefactor 0.999941
newdef Xi(1820)0Width:BRNormalize 1
newdef Xi(1820)0Width:BRMinimum 0.01
newdef Xi(1820)0Width:Points 50
newdef Xi(1820)0Width:InterpolationOrder 1
insert Xi(1820)0Width:MEtype 0 1
insert Xi(1820)0Width:MEtype 1 1
insert Xi(1820)0Width:MEtype 2 1
insert Xi(1820)0Width:MEtype 3 2
insert Xi(1820)0Width:MEtype 4 2
insert Xi(1820)0Width:MEtype 5 1
insert Xi(1820)0Width:MEtype 6 1
insert Xi(1820)0Width:MEcode 0 105
insert Xi(1820)0Width:MEcode 1 105
insert Xi(1820)0Width:MEcode 2 105
insert Xi(1820)0Width:MEcode 3 0
insert Xi(1820)0Width:MEcode 4 0
insert Xi(1820)0Width:MEcode 5 105
insert Xi(1820)0Width:MEcode 6 105
insert Xi(1820)0Width:MEcoupling 0 0.294995
insert Xi(1820)0Width:MEcoupling 1 0.229985
insert Xi(1820)0Width:MEcoupling 2 0.23869
insert Xi(1820)0Width:MEcoupling 3 1.35985
insert Xi(1820)0Width:MEcoupling 4 1.26182
insert Xi(1820)0Width:MEcoupling 5 0.0598674
insert Xi(1820)0Width:MEcoupling 6 0.0586949
insert Xi(1820)0Width:ModeOn 0 1
insert Xi(1820)0Width:ModeOn 1 1
insert Xi(1820)0Width:ModeOn 2 1
insert Xi(1820)0Width:ModeOn 3 1
insert Xi(1820)0Width:ModeOn 4 1
insert Xi(1820)0Width:ModeOn 5 1
insert Xi(1820)0Width:ModeOn 6 1
insert Xi(1820)0Width:MinimumMasses 0 1.61333
insert Xi(1820)0Width:MinimumMasses 1 1.68305
insert Xi(1820)0Width:MinimumMasses 2 1.69029
insert Xi(1820)0Width:MinimumMasses 3 1.60457
insert Xi(1820)0Width:MinimumMasses 4 1.59678
insert Xi(1820)0Width:MinimumMasses 5 1.46088
insert Xi(1820)0Width:MinimumMasses 6 1.44981
insert Xi(1820)0Width:MEmass1 0 1.11568
insert Xi(1820)0Width:MEmass1 1 1.18937
insert Xi(1820)0Width:MEmass1 2 1.19264
insert Xi(1820)0Width:MEmass1 3 1.535
insert Xi(1820)0Width:MEmass1 4 1.5318
insert Xi(1820)0Width:MEmass1 5 1.32131
insert Xi(1820)0Width:MEmass1 6 1.31483
insert Xi(1820)0Width:MEmass2 0 0.497648
insert Xi(1820)0Width:MEmass2 1 0.493677
insert Xi(1820)0Width:MEmass2 2 0.497648
insert Xi(1820)0Width:MEmass2 3 0.13957
insert Xi(1820)0Width:MEmass2 4 0.134978
insert Xi(1820)0Width:MEmass2 5 0.13957
insert Xi(1820)0Width:MEmass2 6 0.134978
insert Xi(1820)0Width:DecayModes 0 Xi(1820)0->Lambda0,Kbar0;
insert Xi(1820)0Width:DecayModes 1 Xi(1820)0->Sigma+,K-;
insert Xi(1820)0Width:DecayModes 2 Xi(1820)0->Sigma0,Kbar0;
insert Xi(1820)0Width:DecayModes 3 Xi(1820)0->Xi*-,pi+;
insert Xi(1820)0Width:DecayModes 4 Xi(1820)0->Xi*0,pi0;
insert Xi(1820)0Width:DecayModes 5 Xi(1820)0->Xi-,pi+;
insert Xi(1820)0Width:DecayModes 6 Xi(1820)0->Xi0,pi0;
insert Xi(1820)0Width:InterpolationMasses 0 1.6932041
insert Xi(1820)0Width:InterpolationMasses 1 1.698102
insert Xi(1820)0Width:InterpolationMasses 2 1.703
insert Xi(1820)0Width:InterpolationMasses 3 1.707898
insert Xi(1820)0Width:InterpolationMasses 4 1.7127959
insert Xi(1820)0Width:InterpolationMasses 5 1.7176939
insert Xi(1820)0Width:InterpolationMasses 6 1.7225918
insert Xi(1820)0Width:InterpolationMasses 7 1.7274898
insert Xi(1820)0Width:InterpolationMasses 8 1.7323878
insert Xi(1820)0Width:InterpolationMasses 9 1.7372857
insert Xi(1820)0Width:InterpolationMasses 10 1.7421837
insert Xi(1820)0Width:InterpolationMasses 11 1.7470816
insert Xi(1820)0Width:InterpolationMasses 12 1.7519796
insert Xi(1820)0Width:InterpolationMasses 13 1.7568776
insert Xi(1820)0Width:InterpolationMasses 14 1.7617755
insert Xi(1820)0Width:InterpolationMasses 15 1.7666735
insert Xi(1820)0Width:InterpolationMasses 16 1.7715714
insert Xi(1820)0Width:InterpolationMasses 17 1.7764694
insert Xi(1820)0Width:InterpolationMasses 18 1.7813673
insert Xi(1820)0Width:InterpolationMasses 19 1.7862653
insert Xi(1820)0Width:InterpolationMasses 20 1.7911633
insert Xi(1820)0Width:InterpolationMasses 21 1.7960612
insert Xi(1820)0Width:InterpolationMasses 22 1.8009592
insert Xi(1820)0Width:InterpolationMasses 23 1.8058571
insert Xi(1820)0Width:InterpolationMasses 24 1.8107551
insert Xi(1820)0Width:InterpolationMasses 25 1.8156531
insert Xi(1820)0Width:InterpolationMasses 26 1.820551
insert Xi(1820)0Width:InterpolationMasses 27 1.825449
insert Xi(1820)0Width:InterpolationMasses 28 1.8303469
insert Xi(1820)0Width:InterpolationMasses 29 1.8352449
insert Xi(1820)0Width:InterpolationMasses 30 1.8401429
insert Xi(1820)0Width:InterpolationMasses 31 1.8450408
insert Xi(1820)0Width:InterpolationMasses 32 1.8499388
insert Xi(1820)0Width:InterpolationMasses 33 1.8548367
insert Xi(1820)0Width:InterpolationMasses 34 1.8597347
insert Xi(1820)0Width:InterpolationMasses 35 1.8646327
insert Xi(1820)0Width:InterpolationMasses 36 1.8695306
insert Xi(1820)0Width:InterpolationMasses 37 1.8744286
insert Xi(1820)0Width:InterpolationMasses 38 1.8793265
insert Xi(1820)0Width:InterpolationMasses 39 1.8842245
insert Xi(1820)0Width:InterpolationMasses 40 1.8891224
insert Xi(1820)0Width:InterpolationMasses 41 1.8940204
insert Xi(1820)0Width:InterpolationMasses 42 1.8989184
insert Xi(1820)0Width:InterpolationMasses 43 1.9038163
insert Xi(1820)0Width:InterpolationMasses 44 1.9087143
insert Xi(1820)0Width:InterpolationMasses 45 1.9136122
insert Xi(1820)0Width:InterpolationMasses 46 1.9185102
insert Xi(1820)0Width:InterpolationMasses 47 1.9234082
insert Xi(1820)0Width:InterpolationMasses 48 1.9283061
insert Xi(1820)0Width:InterpolationMasses 49 1.9332041
insert Xi(1820)0Width:InterpolationMasses 50 1.938102
insert Xi(1820)0Width:InterpolationMasses 51 1.943
insert Xi(1820)0Width:InterpolationMasses 52 1.947898
insert Xi(1820)0Width:InterpolationMasses 53 1.9527959
insert Xi(1820)0Width:InterpolationMasses 54 1.6932041
insert Xi(1820)0Width:InterpolationMasses 55 1.698102
insert Xi(1820)0Width:InterpolationMasses 56 1.703
insert Xi(1820)0Width:InterpolationMasses 57 1.707898
insert Xi(1820)0Width:InterpolationMasses 58 1.7127959
insert Xi(1820)0Width:InterpolationMasses 59 1.7176939
insert Xi(1820)0Width:InterpolationMasses 60 1.7225918
insert Xi(1820)0Width:InterpolationMasses 61 1.7274898
insert Xi(1820)0Width:InterpolationMasses 62 1.7323878
insert Xi(1820)0Width:InterpolationMasses 63 1.7372857
insert Xi(1820)0Width:InterpolationMasses 64 1.7421837
insert Xi(1820)0Width:InterpolationMasses 65 1.7470816
insert Xi(1820)0Width:InterpolationMasses 66 1.7519796
insert Xi(1820)0Width:InterpolationMasses 67 1.7568776
insert Xi(1820)0Width:InterpolationMasses 68 1.7617755
insert Xi(1820)0Width:InterpolationMasses 69 1.7666735
insert Xi(1820)0Width:InterpolationMasses 70 1.7715714
insert Xi(1820)0Width:InterpolationMasses 71 1.7764694
insert Xi(1820)0Width:InterpolationMasses 72 1.7813673
insert Xi(1820)0Width:InterpolationMasses 73 1.7862653
insert Xi(1820)0Width:InterpolationMasses 74 1.7911633
insert Xi(1820)0Width:InterpolationMasses 75 1.7960612
insert Xi(1820)0Width:InterpolationMasses 76 1.8009592
insert Xi(1820)0Width:InterpolationMasses 77 1.8058571
insert Xi(1820)0Width:InterpolationMasses 78 1.8107551
insert Xi(1820)0Width:InterpolationMasses 79 1.8156531
insert Xi(1820)0Width:InterpolationMasses 80 1.820551
insert Xi(1820)0Width:InterpolationMasses 81 1.825449
insert Xi(1820)0Width:InterpolationMasses 82 1.8303469
insert Xi(1820)0Width:InterpolationMasses 83 1.8352449
insert Xi(1820)0Width:InterpolationMasses 84 1.8401429
insert Xi(1820)0Width:InterpolationMasses 85 1.8450408
insert Xi(1820)0Width:InterpolationMasses 86 1.8499388
insert Xi(1820)0Width:InterpolationMasses 87 1.8548367
insert Xi(1820)0Width:InterpolationMasses 88 1.8597347
insert Xi(1820)0Width:InterpolationMasses 89 1.8646327
insert Xi(1820)0Width:InterpolationMasses 90 1.8695306
insert Xi(1820)0Width:InterpolationMasses 91 1.8744286
insert Xi(1820)0Width:InterpolationMasses 92 1.8793265
insert Xi(1820)0Width:InterpolationMasses 93 1.8842245
insert Xi(1820)0Width:InterpolationMasses 94 1.8891224
insert Xi(1820)0Width:InterpolationMasses 95 1.8940204
insert Xi(1820)0Width:InterpolationMasses 96 1.8989184
insert Xi(1820)0Width:InterpolationMasses 97 1.9038163
insert Xi(1820)0Width:InterpolationMasses 98 1.9087143
insert Xi(1820)0Width:InterpolationMasses 99 1.9136122
insert Xi(1820)0Width:InterpolationMasses 100 1.9185102
insert Xi(1820)0Width:InterpolationMasses 101 1.9234082
insert Xi(1820)0Width:InterpolationMasses 102 1.9283061
insert Xi(1820)0Width:InterpolationMasses 103 1.9332041
insert Xi(1820)0Width:InterpolationMasses 104 1.938102
insert Xi(1820)0Width:InterpolationMasses 105 1.943
insert Xi(1820)0Width:InterpolationMasses 106 1.947898
insert Xi(1820)0Width:InterpolationMasses 107 1.9527959
insert Xi(1820)0Width:InterpolationWidths 0 7.27668e-05
insert Xi(1820)0Width:InterpolationWidths 1 0.00010189018
insert Xi(1820)0Width:InterpolationWidths 2 0.00013570252
insert Xi(1820)0Width:InterpolationWidths 3 0.00017412709
insert Xi(1820)0Width:InterpolationWidths 4 0.00021712668
insert Xi(1820)0Width:InterpolationWidths 5 0.00026469512
insert Xi(1820)0Width:InterpolationWidths 6 0.00031684188
insert Xi(1820)0Width:InterpolationWidths 7 0.00037359399
insert Xi(1820)0Width:InterpolationWidths 8 0.0004349809
insert Xi(1820)0Width:InterpolationWidths 9 0.00050104654
insert Xi(1820)0Width:InterpolationWidths 10 0.00057183838
insert Xi(1820)0Width:InterpolationWidths 11 0.00064740826
insert Xi(1820)0Width:InterpolationWidths 12 0.00072781138
insert Xi(1820)0Width:InterpolationWidths 13 0.00081310559
insert Xi(1820)0Width:InterpolationWidths 14 0.00090333353
insert Xi(1820)0Width:InterpolationWidths 15 0.00099858672
insert Xi(1820)0Width:InterpolationWidths 16 0.0010989414
insert Xi(1820)0Width:InterpolationWidths 17 0.0012044103
insert Xi(1820)0Width:InterpolationWidths 18 0.0013150483
insert Xi(1820)0Width:InterpolationWidths 19 0.0014308941
insert Xi(1820)0Width:InterpolationWidths 20 0.0015519952
insert Xi(1820)0Width:InterpolationWidths 21 0.0016784022
insert Xi(1820)0Width:InterpolationWidths 22 0.0018101675
insert Xi(1820)0Width:InterpolationWidths 23 0.0019473443
insert Xi(1820)0Width:InterpolationWidths 24 0.0020899866
insert Xi(1820)0Width:InterpolationWidths 25 0.0022381488
insert Xi(1820)0Width:InterpolationWidths 26 0.0023918853
insert Xi(1820)0Width:InterpolationWidths 27 0.0025512509
insert Xi(1820)0Width:InterpolationWidths 28 0.0027163003
insert Xi(1820)0Width:InterpolationWidths 29 0.0028870879
insert Xi(1820)0Width:InterpolationWidths 30 0.0030636682
insert Xi(1820)0Width:InterpolationWidths 31 0.0032460956
insert Xi(1820)0Width:InterpolationWidths 32 0.0034344239
insert Xi(1820)0Width:InterpolationWidths 33 0.0036287071
insert Xi(1820)0Width:InterpolationWidths 34 0.0038289987
insert Xi(1820)0Width:InterpolationWidths 35 0.004035352
insert Xi(1820)0Width:InterpolationWidths 36 0.0042478198
insert Xi(1820)0Width:InterpolationWidths 37 0.004466455
insert Xi(1820)0Width:InterpolationWidths 38 0.0046913099
insert Xi(1820)0Width:InterpolationWidths 39 0.0049224365
insert Xi(1820)0Width:InterpolationWidths 40 0.0051598866
insert Xi(1820)0Width:InterpolationWidths 41 0.0054037115
insert Xi(1820)0Width:InterpolationWidths 42 0.0056539625
insert Xi(1820)0Width:InterpolationWidths 43 0.0059106902
insert Xi(1820)0Width:InterpolationWidths 44 0.0061739452
insert Xi(1820)0Width:InterpolationWidths 45 0.0064437775
insert Xi(1820)0Width:InterpolationWidths 46 0.0067202371
insert Xi(1820)0Width:InterpolationWidths 47 0.0070033735
insert Xi(1820)0Width:InterpolationWidths 48 0.0072932358
insert Xi(1820)0Width:InterpolationWidths 49 0.007589873
insert Xi(1820)0Width:InterpolationWidths 50 0.0078933337
insert Xi(1820)0Width:InterpolationWidths 51 0.0082036663
insert Xi(1820)0Width:InterpolationWidths 52 0.0085209188
insert Xi(1820)0Width:InterpolationWidths 53 0.0088451391
insert Xi(1820)0Width:InterpolationWidths 54 5.7913559e-05
insert Xi(1820)0Width:InterpolationWidths 55 7.5589869e-05
insert Xi(1820)0Width:InterpolationWidths 56 9.5503046e-05
insert Xi(1820)0Width:InterpolationWidths 57 0.00011764757
insert Xi(1820)0Width:InterpolationWidths 58 0.00014202441
insert Xi(1820)0Width:InterpolationWidths 59 0.0001686471
insert Xi(1820)0Width:InterpolationWidths 60 0.00019753298
insert Xi(1820)0Width:InterpolationWidths 61 0.00022870336
insert Xi(1820)0Width:InterpolationWidths 62 0.00026218256
insert Xi(1820)0Width:InterpolationWidths 63 0.00029799718
insert Xi(1820)0Width:InterpolationWidths 64 0.00033617555
insert Xi(1820)0Width:InterpolationWidths 65 0.00037674737
insert Xi(1820)0Width:InterpolationWidths 66 0.00041973203
insert Xi(1820)0Width:InterpolationWidths 67 0.00046519507
insert Xi(1820)0Width:InterpolationWidths 68 0.000513131
insert Xi(1820)0Width:InterpolationWidths 69 0.00056356621
insert Xi(1820)0Width:InterpolationWidths 70 0.00061652205
insert Xi(1820)0Width:InterpolationWidths 71 0.00067202317
insert Xi(1820)0Width:InterpolationWidths 72 0.00073009564
insert Xi(1820)0Width:InterpolationWidths 73 0.00079076632
insert Xi(1820)0Width:InterpolationWidths 74 0.00085406257
insert Xi(1820)0Width:InterpolationWidths 75 0.00092001206
insert Xi(1820)0Width:InterpolationWidths 76 0.00098864265
insert Xi(1820)0Width:InterpolationWidths 77 0.0010599823
insert Xi(1820)0Width:InterpolationWidths 78 0.001134059
insert Xi(1820)0Width:InterpolationWidths 79 0.0012109008
insert Xi(1820)0Width:InterpolationWidths 80 0.0012905356
insert Xi(1820)0Width:InterpolationWidths 81 0.0013729912
insert Xi(1820)0Width:InterpolationWidths 82 0.0014582955
insert Xi(1820)0Width:InterpolationWidths 83 0.001546476
insert Xi(1820)0Width:InterpolationWidths 84 0.0016375604
insert Xi(1820)0Width:InterpolationWidths 85 0.0017315758
insert Xi(1820)0Width:InterpolationWidths 86 0.0018285497
insert Xi(1820)0Width:InterpolationWidths 87 0.001928509
insert Xi(1820)0Width:InterpolationWidths 88 0.0020314807
insert Xi(1820)0Width:InterpolationWidths 89 0.0021374914
insert Xi(1820)0Width:InterpolationWidths 90 0.0022465677
insert Xi(1820)0Width:InterpolationWidths 91 0.002358736
insert Xi(1820)0Width:InterpolationWidths 92 0.0024740226
insert Xi(1820)0Width:InterpolationWidths 93 0.0025924535
insert Xi(1820)0Width:InterpolationWidths 94 0.0027140545
insert Xi(1820)0Width:InterpolationWidths 95 0.0028388513
insert Xi(1820)0Width:InterpolationWidths 96 0.0029668695
insert Xi(1820)0Width:InterpolationWidths 97 0.0030981345
insert Xi(1820)0Width:InterpolationWidths 98 0.0032326714
insert Xi(1820)0Width:InterpolationWidths 99 0.0033705053
insert Xi(1820)0Width:InterpolationWidths 100 0.003511661
insert Xi(1820)0Width:InterpolationWidths 101 0.0036561632
insert Xi(1820)0Width:InterpolationWidths 102 0.0038040366
insert Xi(1820)0Width:InterpolationWidths 103 0.0039553055
insert Xi(1820)0Width:InterpolationWidths 104 0.0041099942
insert Xi(1820)0Width:InterpolationWidths 105 0.0042681267
insert Xi(1820)0Width:InterpolationWidths 106 0.0044297195
insert Xi(1820)0Width:InterpolationWidths 107 0.0045948113
insert Xi(1820)0Width:NumberofEntries 0 0
insert Xi(1820)0Width:NumberofEntries 1 0
insert Xi(1820)0Width:NumberofEntries 2 0
insert Xi(1820)0Width:NumberofEntries 3 54
insert Xi(1820)0Width:NumberofEntries 4 108
insert Xi(1820)0Width:NumberofEntries 5 108
insert Xi(1820)0Width:NumberofEntries 6 108
insert Xi(1820)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong3
insert Xi(1820)0Width:ModeLocation 0 50
insert Xi(1820)0Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong3
insert Xi(1820)0Width:ModeLocation 1 46
insert Xi(1820)0Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong3
insert Xi(1820)0Width:ModeLocation 2 47
insert Xi(1820)0Width:BaryonDecayers 3 /Herwig/Decays/SU3OctetDecuplet3
insert Xi(1820)0Width:ModeLocation 3 36
insert Xi(1820)0Width:BaryonDecayers 4 /Herwig/Decays/SU3OctetDecuplet3
insert Xi(1820)0Width:ModeLocation 4 33
insert Xi(1820)0Width:BaryonDecayers 5 /Herwig/Decays/SU3Strong3
insert Xi(1820)0Width:ModeLocation 5 48
insert Xi(1820)0Width:BaryonDecayers 6 /Herwig/Decays/SU3Strong3
insert Xi(1820)0Width:ModeLocation 6 49
newdef /Herwig/Particles/Xi(1820)0:Width_generator Xi(1820)0Width
newdef /Herwig/Particles/Xibar(1820)0:Width_generator Xi(1820)0Width
#
create Herwig::BaryonWidthGenerator Xi(1820)-Width
newdef Xi(1820)-Width:Particle /Herwig/Particles/Xi(1820)-
newdef Xi(1820)-Width:Prefactor 0.999942
newdef Xi(1820)-Width:BRNormalize 1
newdef Xi(1820)-Width:BRMinimum 0.01
newdef Xi(1820)-Width:Points 50
newdef Xi(1820)-Width:InterpolationOrder 1
insert Xi(1820)-Width:MEtype 0 1
insert Xi(1820)-Width:MEtype 1 1
insert Xi(1820)-Width:MEtype 2 1
insert Xi(1820)-Width:MEtype 3 2
insert Xi(1820)-Width:MEtype 4 2
insert Xi(1820)-Width:MEtype 5 1
insert Xi(1820)-Width:MEtype 6 1
insert Xi(1820)-Width:MEcode 0 105
insert Xi(1820)-Width:MEcode 1 105
insert Xi(1820)-Width:MEcode 2 105
insert Xi(1820)-Width:MEcode 3 0
insert Xi(1820)-Width:MEcode 4 0
insert Xi(1820)-Width:MEcode 5 105
insert Xi(1820)-Width:MEcode 6 105
insert Xi(1820)-Width:MEcoupling 0 0.291423
insert Xi(1820)-Width:MEcoupling 1 0.24517
insert Xi(1820)-Width:MEcoupling 2 0.233958
insert Xi(1820)-Width:MEcoupling 3 1.31876
insert Xi(1820)-Width:MEcoupling 4 1.29993
insert Xi(1820)-Width:MEcoupling 5 0.0596157
insert Xi(1820)-Width:MEcoupling 6 0.0589363
insert Xi(1820)-Width:ModeOn 0 1
insert Xi(1820)-Width:ModeOn 1 1
insert Xi(1820)-Width:ModeOn 2 1
insert Xi(1820)-Width:ModeOn 3 1
insert Xi(1820)-Width:ModeOn 4 1
insert Xi(1820)-Width:ModeOn 5 1
insert Xi(1820)-Width:ModeOn 6 1
insert Xi(1820)-Width:MinimumMasses 0 1.60936
insert Xi(1820)-Width:MinimumMasses 1 1.6951
insert Xi(1820)-Width:MinimumMasses 2 1.68632
insert Xi(1820)-Width:MinimumMasses 3 1.59998
insert Xi(1820)-Width:MinimumMasses 4 1.60137
insert Xi(1820)-Width:MinimumMasses 5 1.45629
insert Xi(1820)-Width:MinimumMasses 6 1.4544
insert Xi(1820)-Width:MEmass1 0 1.11568
insert Xi(1820)-Width:MEmass1 1 1.19745
insert Xi(1820)-Width:MEmass1 2 1.19264
insert Xi(1820)-Width:MEmass1 3 1.535
insert Xi(1820)-Width:MEmass1 4 1.5318
insert Xi(1820)-Width:MEmass1 5 1.32131
insert Xi(1820)-Width:MEmass1 6 1.31483
insert Xi(1820)-Width:MEmass2 0 0.493677
insert Xi(1820)-Width:MEmass2 1 0.497648
insert Xi(1820)-Width:MEmass2 2 0.493677
insert Xi(1820)-Width:MEmass2 3 0.134978
insert Xi(1820)-Width:MEmass2 4 0.13957
insert Xi(1820)-Width:MEmass2 5 0.134978
insert Xi(1820)-Width:MEmass2 6 0.13957
insert Xi(1820)-Width:DecayModes 0 Xi(1820)-->Lambda0,K-;
insert Xi(1820)-Width:DecayModes 1 Xi(1820)-->Sigma-,Kbar0;
insert Xi(1820)-Width:DecayModes 2 Xi(1820)-->Sigma0,K-;
insert Xi(1820)-Width:DecayModes 3 Xi(1820)-->Xi*-,pi0;
insert Xi(1820)-Width:DecayModes 4 Xi(1820)-->Xi*0,pi-;
insert Xi(1820)-Width:DecayModes 5 Xi(1820)-->Xi-,pi0;
insert Xi(1820)-Width:DecayModes 6 Xi(1820)-->Xi0,pi-;
insert Xi(1820)-Width:InterpolationMasses 0 1.6932041
insert Xi(1820)-Width:InterpolationMasses 1 1.698102
insert Xi(1820)-Width:InterpolationMasses 2 1.703
insert Xi(1820)-Width:InterpolationMasses 3 1.707898
insert Xi(1820)-Width:InterpolationMasses 4 1.7127959
insert Xi(1820)-Width:InterpolationMasses 5 1.7176939
insert Xi(1820)-Width:InterpolationMasses 6 1.7225918
insert Xi(1820)-Width:InterpolationMasses 7 1.7274898
insert Xi(1820)-Width:InterpolationMasses 8 1.7323878
insert Xi(1820)-Width:InterpolationMasses 9 1.7372857
insert Xi(1820)-Width:InterpolationMasses 10 1.7421837
insert Xi(1820)-Width:InterpolationMasses 11 1.7470816
insert Xi(1820)-Width:InterpolationMasses 12 1.7519796
insert Xi(1820)-Width:InterpolationMasses 13 1.7568776
insert Xi(1820)-Width:InterpolationMasses 14 1.7617755
insert Xi(1820)-Width:InterpolationMasses 15 1.7666735
insert Xi(1820)-Width:InterpolationMasses 16 1.7715714
insert Xi(1820)-Width:InterpolationMasses 17 1.7764694
insert Xi(1820)-Width:InterpolationMasses 18 1.7813673
insert Xi(1820)-Width:InterpolationMasses 19 1.7862653
insert Xi(1820)-Width:InterpolationMasses 20 1.7911633
insert Xi(1820)-Width:InterpolationMasses 21 1.7960612
insert Xi(1820)-Width:InterpolationMasses 22 1.8009592
insert Xi(1820)-Width:InterpolationMasses 23 1.8058571
insert Xi(1820)-Width:InterpolationMasses 24 1.8107551
insert Xi(1820)-Width:InterpolationMasses 25 1.8156531
insert Xi(1820)-Width:InterpolationMasses 26 1.820551
insert Xi(1820)-Width:InterpolationMasses 27 1.825449
insert Xi(1820)-Width:InterpolationMasses 28 1.8303469
insert Xi(1820)-Width:InterpolationMasses 29 1.8352449
insert Xi(1820)-Width:InterpolationMasses 30 1.8401429
insert Xi(1820)-Width:InterpolationMasses 31 1.8450408
insert Xi(1820)-Width:InterpolationMasses 32 1.8499388
insert Xi(1820)-Width:InterpolationMasses 33 1.8548367
insert Xi(1820)-Width:InterpolationMasses 34 1.8597347
insert Xi(1820)-Width:InterpolationMasses 35 1.8646327
insert Xi(1820)-Width:InterpolationMasses 36 1.8695306
insert Xi(1820)-Width:InterpolationMasses 37 1.8744286
insert Xi(1820)-Width:InterpolationMasses 38 1.8793265
insert Xi(1820)-Width:InterpolationMasses 39 1.8842245
insert Xi(1820)-Width:InterpolationMasses 40 1.8891224
insert Xi(1820)-Width:InterpolationMasses 41 1.8940204
insert Xi(1820)-Width:InterpolationMasses 42 1.8989184
insert Xi(1820)-Width:InterpolationMasses 43 1.9038163
insert Xi(1820)-Width:InterpolationMasses 44 1.9087143
insert Xi(1820)-Width:InterpolationMasses 45 1.9136122
insert Xi(1820)-Width:InterpolationMasses 46 1.9185102
insert Xi(1820)-Width:InterpolationMasses 47 1.9234082
insert Xi(1820)-Width:InterpolationMasses 48 1.9283061
insert Xi(1820)-Width:InterpolationMasses 49 1.9332041
insert Xi(1820)-Width:InterpolationMasses 50 1.938102
insert Xi(1820)-Width:InterpolationMasses 51 1.943
insert Xi(1820)-Width:InterpolationMasses 52 1.947898
insert Xi(1820)-Width:InterpolationMasses 53 1.9527959
insert Xi(1820)-Width:InterpolationMasses 54 1.6932041
insert Xi(1820)-Width:InterpolationMasses 55 1.698102
insert Xi(1820)-Width:InterpolationMasses 56 1.703
insert Xi(1820)-Width:InterpolationMasses 57 1.707898
insert Xi(1820)-Width:InterpolationMasses 58 1.7127959
insert Xi(1820)-Width:InterpolationMasses 59 1.7176939
insert Xi(1820)-Width:InterpolationMasses 60 1.7225918
insert Xi(1820)-Width:InterpolationMasses 61 1.7274898
insert Xi(1820)-Width:InterpolationMasses 62 1.7323878
insert Xi(1820)-Width:InterpolationMasses 63 1.7372857
insert Xi(1820)-Width:InterpolationMasses 64 1.7421837
insert Xi(1820)-Width:InterpolationMasses 65 1.7470816
insert Xi(1820)-Width:InterpolationMasses 66 1.7519796
insert Xi(1820)-Width:InterpolationMasses 67 1.7568776
insert Xi(1820)-Width:InterpolationMasses 68 1.7617755
insert Xi(1820)-Width:InterpolationMasses 69 1.7666735
insert Xi(1820)-Width:InterpolationMasses 70 1.7715714
insert Xi(1820)-Width:InterpolationMasses 71 1.7764694
insert Xi(1820)-Width:InterpolationMasses 72 1.7813673
insert Xi(1820)-Width:InterpolationMasses 73 1.7862653
insert Xi(1820)-Width:InterpolationMasses 74 1.7911633
insert Xi(1820)-Width:InterpolationMasses 75 1.7960612
insert Xi(1820)-Width:InterpolationMasses 76 1.8009592
insert Xi(1820)-Width:InterpolationMasses 77 1.8058571
insert Xi(1820)-Width:InterpolationMasses 78 1.8107551
insert Xi(1820)-Width:InterpolationMasses 79 1.8156531
insert Xi(1820)-Width:InterpolationMasses 80 1.820551
insert Xi(1820)-Width:InterpolationMasses 81 1.825449
insert Xi(1820)-Width:InterpolationMasses 82 1.8303469
insert Xi(1820)-Width:InterpolationMasses 83 1.8352449
insert Xi(1820)-Width:InterpolationMasses 84 1.8401429
insert Xi(1820)-Width:InterpolationMasses 85 1.8450408
insert Xi(1820)-Width:InterpolationMasses 86 1.8499388
insert Xi(1820)-Width:InterpolationMasses 87 1.8548367
insert Xi(1820)-Width:InterpolationMasses 88 1.8597347
insert Xi(1820)-Width:InterpolationMasses 89 1.8646327
insert Xi(1820)-Width:InterpolationMasses 90 1.8695306
insert Xi(1820)-Width:InterpolationMasses 91 1.8744286
insert Xi(1820)-Width:InterpolationMasses 92 1.8793265
insert Xi(1820)-Width:InterpolationMasses 93 1.8842245
insert Xi(1820)-Width:InterpolationMasses 94 1.8891224
insert Xi(1820)-Width:InterpolationMasses 95 1.8940204
insert Xi(1820)-Width:InterpolationMasses 96 1.8989184
insert Xi(1820)-Width:InterpolationMasses 97 1.9038163
insert Xi(1820)-Width:InterpolationMasses 98 1.9087143
insert Xi(1820)-Width:InterpolationMasses 99 1.9136122
insert Xi(1820)-Width:InterpolationMasses 100 1.9185102
insert Xi(1820)-Width:InterpolationMasses 101 1.9234082
insert Xi(1820)-Width:InterpolationMasses 102 1.9283061
insert Xi(1820)-Width:InterpolationMasses 103 1.9332041
insert Xi(1820)-Width:InterpolationMasses 104 1.938102
insert Xi(1820)-Width:InterpolationMasses 105 1.943
insert Xi(1820)-Width:InterpolationMasses 106 1.947898
insert Xi(1820)-Width:InterpolationMasses 107 1.9527959
insert Xi(1820)-Width:InterpolationWidths 0 4.7931263e-05
insert Xi(1820)-Width:InterpolationWidths 1 6.4046524e-05
insert Xi(1820)-Width:InterpolationWidths 2 8.2397656e-05
insert Xi(1820)-Width:InterpolationWidths 3 0.00010296928
insert Xi(1820)-Width:InterpolationWidths 4 0.00012576097
insert Xi(1820)-Width:InterpolationWidths 5 0.00015077986
insert Xi(1820)-Width:InterpolationWidths 6 0.00017804143
insert Xi(1820)-Width:InterpolationWidths 7 0.00020756236
insert Xi(1820)-Width:InterpolationWidths 8 0.0002393662
insert Xi(1820)-Width:InterpolationWidths 9 0.00027347816
insert Xi(1820)-Width:InterpolationWidths 10 0.00030992547
insert Xi(1820)-Width:InterpolationWidths 11 0.00034873697
insert Xi(1820)-Width:InterpolationWidths 12 0.00038994271
insert Xi(1820)-Width:InterpolationWidths 13 0.00043356556
insert Xi(1820)-Width:InterpolationWidths 14 0.00047965136
insert Xi(1820)-Width:InterpolationWidths 15 0.00052823873
insert Xi(1820)-Width:InterpolationWidths 16 0.00057933675
insert Xi(1820)-Width:InterpolationWidths 17 0.00063297441
insert Xi(1820)-Width:InterpolationWidths 18 0.00068917187
insert Xi(1820)-Width:InterpolationWidths 19 0.00074795383
insert Xi(1820)-Width:InterpolationWidths 20 0.00080934646
insert Xi(1820)-Width:InterpolationWidths 21 0.00087337672
insert Xi(1820)-Width:InterpolationWidths 22 0.00094007205
insert Xi(1820)-Width:InterpolationWidths 23 0.0010094601
insert Xi(1820)-Width:InterpolationWidths 24 0.0010815688
insert Xi(1820)-Width:InterpolationWidths 25 0.0011564261
insert Xi(1820)-Width:InterpolationWidths 26 0.0012340599
insert Xi(1820)-Width:InterpolationWidths 27 0.0013144981
insert Xi(1820)-Width:InterpolationWidths 28 0.0013977685
insert Xi(1820)-Width:InterpolationWidths 29 0.001483899
insert Xi(1820)-Width:InterpolationWidths 30 0.0015729172
insert Xi(1820)-Width:InterpolationWidths 31 0.0016648506
insert Xi(1820)-Width:InterpolationWidths 32 0.0017597265
insert Xi(1820)-Width:InterpolationWidths 33 0.0018575723
insert Xi(1820)-Width:InterpolationWidths 34 0.001958415
insert Xi(1820)-Width:InterpolationWidths 35 0.0020622815
insert Xi(1820)-Width:InterpolationWidths 36 0.0021691985
insert Xi(1820)-Width:InterpolationWidths 37 0.0022791928
insert Xi(1820)-Width:InterpolationWidths 38 0.0023922906
insert Xi(1820)-Width:InterpolationWidths 39 0.0025085182
insert Xi(1820)-Width:InterpolationWidths 40 0.0026279017
insert Xi(1820)-Width:InterpolationWidths 41 0.0027504669
insert Xi(1820)-Width:InterpolationWidths 42 0.0028762397
insert Xi(1820)-Width:InterpolationWidths 43 0.0030052456
insert Xi(1820)-Width:InterpolationWidths 44 0.0031375099
insert Xi(1820)-Width:InterpolationWidths 45 0.0032730579
insert Xi(1820)-Width:InterpolationWidths 46 0.0034119146
insert Xi(1820)-Width:InterpolationWidths 47 0.0035541051
insert Xi(1820)-Width:InterpolationWidths 48 0.0036996539
insert Xi(1820)-Width:InterpolationWidths 49 0.0038485857
insert Xi(1820)-Width:InterpolationWidths 50 0.0040009249
insert Xi(1820)-Width:InterpolationWidths 51 0.0041566958
insert Xi(1820)-Width:InterpolationWidths 52 0.0043159226
insert Xi(1820)-Width:InterpolationWidths 53 0.0044786292
insert Xi(1820)-Width:InterpolationWidths 54 9.0487086e-05
insert Xi(1820)-Width:InterpolationWidths 55 0.0001228696
insert Xi(1820)-Width:InterpolationWidths 56 0.00015990762
insert Xi(1820)-Width:InterpolationWidths 57 0.00020155611
insert Xi(1820)-Width:InterpolationWidths 58 0.00024779829
insert Xi(1820)-Width:InterpolationWidths 59 0.00029863083
insert Xi(1820)-Width:InterpolationWidths 60 0.00035407661
insert Xi(1820)-Width:InterpolationWidths 61 0.00041416646
insert Xi(1820)-Width:InterpolationWidths 62 0.00047893961
insert Xi(1820)-Width:InterpolationWidths 63 0.00054844164
insert Xi(1820)-Width:InterpolationWidths 64 0.00062272297
insert Xi(1820)-Width:InterpolationWidths 65 0.00070183775
insert Xi(1820)-Width:InterpolationWidths 66 0.00078584303
insert Xi(1820)-Width:InterpolationWidths 67 0.00087477416
insert Xi(1820)-Width:InterpolationWidths 68 0.00096876413
insert Xi(1820)-Width:InterpolationWidths 69 0.0010677942
insert Xi(1820)-Width:InterpolationWidths 70 0.0011719148
insert Xi(1820)-Width:InterpolationWidths 71 0.0012811667
insert Xi(1820)-Width:InterpolationWidths 72 0.0013955972
insert Xi(1820)-Width:InterpolationWidths 73 0.0015152568
insert Xi(1820)-Width:InterpolationWidths 74 0.0016401973
insert Xi(1820)-Width:InterpolationWidths 75 0.0017704719
insert Xi(1820)-Width:InterpolationWidths 76 0.0019061343
insert Xi(1820)-Width:InterpolationWidths 77 0.002047239
insert Xi(1820)-Width:InterpolationWidths 78 0.0021938403
insert Xi(1820)-Width:InterpolationWidths 79 0.0023459931
insert Xi(1820)-Width:InterpolationWidths 80 0.0025037521
insert Xi(1820)-Width:InterpolationWidths 81 0.0026671719
insert Xi(1820)-Width:InterpolationWidths 82 0.0028363072
insert Xi(1820)-Width:InterpolationWidths 83 0.0030112124
insert Xi(1820)-Width:InterpolationWidths 84 0.0031919418
insert Xi(1820)-Width:InterpolationWidths 85 0.0033785493
insert Xi(1820)-Width:InterpolationWidths 86 0.0035710889
insert Xi(1820)-Width:InterpolationWidths 87 0.0037696139
insert Xi(1820)-Width:InterpolationWidths 88 0.0039741777
insert Xi(1820)-Width:InterpolationWidths 89 0.0041848331
insert Xi(1820)-Width:InterpolationWidths 90 0.0044016328
insert Xi(1820)-Width:InterpolationWidths 91 0.0046246291
insert Xi(1820)-Width:InterpolationWidths 92 0.004853874
insert Xi(1820)-Width:InterpolationWidths 93 0.0050894191
insert Xi(1820)-Width:InterpolationWidths 94 0.005331316
insert Xi(1820)-Width:InterpolationWidths 95 0.0055796155
insert Xi(1820)-Width:InterpolationWidths 96 0.0058343685
insert Xi(1820)-Width:InterpolationWidths 97 0.0060956252
insert Xi(1820)-Width:InterpolationWidths 98 0.0063634359
insert Xi(1820)-Width:InterpolationWidths 99 0.0066378503
insert Xi(1820)-Width:InterpolationWidths 100 0.0069189178
insert Xi(1820)-Width:InterpolationWidths 101 0.0072066876
insert Xi(1820)-Width:InterpolationWidths 102 0.0075012086
insert Xi(1820)-Width:InterpolationWidths 103 0.0078025293
insert Xi(1820)-Width:InterpolationWidths 104 0.0081106981
insert Xi(1820)-Width:InterpolationWidths 105 0.0084257628
insert Xi(1820)-Width:InterpolationWidths 106 0.0087477713
insert Xi(1820)-Width:InterpolationWidths 107 0.0090771619
insert Xi(1820)-Width:NumberofEntries 0 0
insert Xi(1820)-Width:NumberofEntries 1 0
insert Xi(1820)-Width:NumberofEntries 2 0
insert Xi(1820)-Width:NumberofEntries 3 54
insert Xi(1820)-Width:NumberofEntries 4 108
insert Xi(1820)-Width:NumberofEntries 5 108
insert Xi(1820)-Width:NumberofEntries 6 108
insert Xi(1820)-Width:BaryonDecayers 0 /Herwig/Decays/SU3Strong3
insert Xi(1820)-Width:ModeLocation 0 44
insert Xi(1820)-Width:BaryonDecayers 1 /Herwig/Decays/SU3Strong3
insert Xi(1820)-Width:ModeLocation 1 40
insert Xi(1820)-Width:BaryonDecayers 2 /Herwig/Decays/SU3Strong3
insert Xi(1820)-Width:ModeLocation 2 41
insert Xi(1820)-Width:BaryonDecayers 3 /Herwig/Decays/SU3OctetDecuplet3
insert Xi(1820)-Width:ModeLocation 3 37
insert Xi(1820)-Width:BaryonDecayers 4 /Herwig/Decays/SU3OctetDecuplet3
insert Xi(1820)-Width:ModeLocation 4 32
insert Xi(1820)-Width:BaryonDecayers 5 /Herwig/Decays/SU3Strong3
insert Xi(1820)-Width:ModeLocation 5 43
insert Xi(1820)-Width:BaryonDecayers 6 /Herwig/Decays/SU3Strong3
insert Xi(1820)-Width:ModeLocation 6 42
newdef /Herwig/Particles/Xi(1820)-:Width_generator Xi(1820)-Width
newdef /Herwig/Particles/Xibar(1820)+:Width_generator Xi(1820)-Width
#
create Herwig::BaryonWidthGenerator Lambda(1405)0Width
newdef Lambda(1405)0Width:Particle /Herwig/Particles/Lambda(1405)0
newdef Lambda(1405)0Width:Prefactor 1
newdef Lambda(1405)0Width:BRNormalize 1
newdef Lambda(1405)0Width:BRMinimum 0.01
newdef Lambda(1405)0Width:Points 50
newdef Lambda(1405)0Width:InterpolationOrder 1
insert Lambda(1405)0Width:MEtype 0 1
insert Lambda(1405)0Width:MEtype 1 1
insert Lambda(1405)0Width:MEtype 2 1
insert Lambda(1405)0Width:MEcode 0 101
insert Lambda(1405)0Width:MEcode 1 101
insert Lambda(1405)0Width:MEcode 2 101
insert Lambda(1405)0Width:MEcoupling 0 0.982943
insert Lambda(1405)0Width:MEcoupling 1 1.0508
insert Lambda(1405)0Width:MEcoupling 2 0.997318
insert Lambda(1405)0Width:ModeOn 0 1
insert Lambda(1405)0Width:ModeOn 1 1
insert Lambda(1405)0Width:ModeOn 2 1
insert Lambda(1405)0Width:MinimumMasses 0 1.32894
insert Lambda(1405)0Width:MinimumMasses 1 1.33702
insert Lambda(1405)0Width:MinimumMasses 2 1.32762
insert Lambda(1405)0Width:MEmass1 0 1.18937
insert Lambda(1405)0Width:MEmass1 1 1.19745
insert Lambda(1405)0Width:MEmass1 2 1.19264
insert Lambda(1405)0Width:MEmass2 0 0.13957
insert Lambda(1405)0Width:MEmass2 1 0.13957
insert Lambda(1405)0Width:MEmass2 2 0.134978
insert Lambda(1405)0Width:DecayModes 0 Lambda(1405)0->Sigma+,pi-;
insert Lambda(1405)0Width:DecayModes 1 Lambda(1405)0->Sigma-,pi+;
insert Lambda(1405)0Width:DecayModes 2 Lambda(1405)0->Sigma0,pi0;
insert Lambda(1405)0Width:NumberofEntries 0 0
insert Lambda(1405)0Width:NumberofEntries 1 0
insert Lambda(1405)0Width:NumberofEntries 2 0
insert Lambda(1405)0Width:BaryonDecayers 0 /Herwig/Decays/SU3SingletOctet1
insert Lambda(1405)0Width:ModeLocation 0 1
insert Lambda(1405)0Width:BaryonDecayers 1 /Herwig/Decays/SU3SingletOctet1
insert Lambda(1405)0Width:ModeLocation 1 2
insert Lambda(1405)0Width:BaryonDecayers 2 /Herwig/Decays/SU3SingletOctet1
insert Lambda(1405)0Width:ModeLocation 2 0
newdef /Herwig/Particles/Lambda(1405)0:Width_generator Lambda(1405)0Width
newdef /Herwig/Particles/Lambdabar(1405)0:Width_generator Lambda(1405)0Width
#
create Herwig::BaryonWidthGenerator Lambda(1520)0Width
newdef Lambda(1520)0Width:Particle /Herwig/Particles/Lambda(1520)0
newdef Lambda(1520)0Width:Prefactor 1.0155
newdef Lambda(1520)0Width:BRNormalize 1
newdef Lambda(1520)0Width:BRMinimum 0.01
newdef Lambda(1520)0Width:Points 50
newdef Lambda(1520)0Width:InterpolationOrder 1
insert Lambda(1520)0Width:MEtype 0 1
insert Lambda(1520)0Width:MEtype 1 0
insert Lambda(1520)0Width:MEtype 2 0
insert Lambda(1520)0Width:MEtype 3 0
insert Lambda(1520)0Width:MEtype 4 0
insert Lambda(1520)0Width:MEtype 5 0
insert Lambda(1520)0Width:MEtype 6 1
insert Lambda(1520)0Width:MEtype 7 1
insert Lambda(1520)0Width:MEtype 8 1
insert Lambda(1520)0Width:MEtype 9 1
insert Lambda(1520)0Width:MEtype 10 1
insert Lambda(1520)0Width:MEtype 11 1
insert Lambda(1520)0Width:MEcode 0 106
insert Lambda(1520)0Width:MEcode 1 0
insert Lambda(1520)0Width:MEcode 2 0
insert Lambda(1520)0Width:MEcode 3 0
insert Lambda(1520)0Width:MEcode 4 0
insert Lambda(1520)0Width:MEcode 5 0
insert Lambda(1520)0Width:MEcode 6 105
insert Lambda(1520)0Width:MEcode 7 105
insert Lambda(1520)0Width:MEcode 8 106
insert Lambda(1520)0Width:MEcode 9 105
insert Lambda(1520)0Width:MEcode 10 105
insert Lambda(1520)0Width:MEcode 11 105
insert Lambda(1520)0Width:MEcoupling 0 0.852428
insert Lambda(1520)0Width:MEcoupling 1 0.014638
insert Lambda(1520)0Width:MEcoupling 2 0.007319
insert Lambda(1520)0Width:MEcoupling 3 0.02878
insert Lambda(1520)0Width:MEcoupling 4 0.02878
insert Lambda(1520)0Width:MEcoupling 5 0.02878
insert Lambda(1520)0Width:MEcoupling 6 0.989068
insert Lambda(1520)0Width:MEcoupling 7 0.920947
insert Lambda(1520)0Width:MEcoupling 8 0.999728
insert Lambda(1520)0Width:MEcoupling 9 0.930696
insert Lambda(1520)0Width:MEcoupling 10 1.40648
insert Lambda(1520)0Width:MEcoupling 11 1.30604
insert Lambda(1520)0Width:ModeOn 0 0
insert Lambda(1520)0Width:ModeOn 1 1
insert Lambda(1520)0Width:ModeOn 2 0
insert Lambda(1520)0Width:ModeOn 3 1
insert Lambda(1520)0Width:ModeOn 4 1
insert Lambda(1520)0Width:ModeOn 5 1
insert Lambda(1520)0Width:ModeOn 6 1
insert Lambda(1520)0Width:ModeOn 7 1
insert Lambda(1520)0Width:ModeOn 8 1
insert Lambda(1520)0Width:ModeOn 9 1
insert Lambda(1520)0Width:ModeOn 10 1
insert Lambda(1520)0Width:ModeOn 11 1
insert Lambda(1520)0Width:MinimumMasses 0 1.11568
insert Lambda(1520)0Width:MinimumMasses 1 1.39482
insert Lambda(1520)0Width:MinimumMasses 2 1.38564
insert Lambda(1520)0Width:MinimumMasses 3 1.40677
insert Lambda(1520)0Width:MinimumMasses 4 1.40237
insert Lambda(1520)0Width:MinimumMasses 5 1.39868
insert Lambda(1520)0Width:MinimumMasses 6 1.33702
insert Lambda(1520)0Width:MinimumMasses 7 1.32894
insert Lambda(1520)0Width:MinimumMasses 8 1.19264
insert Lambda(1520)0Width:MinimumMasses 9 1.32762
insert Lambda(1520)0Width:MinimumMasses 10 1.43721
insert Lambda(1520)0Width:MinimumMasses 11 1.43195
insert Lambda(1520)0Width:MEmass1 0 1.11568
insert Lambda(1520)0Width:MEmass1 1 0
insert Lambda(1520)0Width:MEmass1 2 0
insert Lambda(1520)0Width:MEmass1 3 0
insert Lambda(1520)0Width:MEmass1 4 0
insert Lambda(1520)0Width:MEmass1 5 0
insert Lambda(1520)0Width:MEmass1 6 1.19745
insert Lambda(1520)0Width:MEmass1 7 1.18937
insert Lambda(1520)0Width:MEmass1 8 1.19264
insert Lambda(1520)0Width:MEmass1 9 1.19264
insert Lambda(1520)0Width:MEmass1 10 0.939565
insert Lambda(1520)0Width:MEmass1 11 0.938272
insert Lambda(1520)0Width:MEmass2 0 0
insert Lambda(1520)0Width:MEmass2 1 0
insert Lambda(1520)0Width:MEmass2 2 0
insert Lambda(1520)0Width:MEmass2 3 0
insert Lambda(1520)0Width:MEmass2 4 0
insert Lambda(1520)0Width:MEmass2 5 0
insert Lambda(1520)0Width:MEmass2 6 0.13957
insert Lambda(1520)0Width:MEmass2 7 0.13957
insert Lambda(1520)0Width:MEmass2 8 0
insert Lambda(1520)0Width:MEmass2 9 0.134978
insert Lambda(1520)0Width:MEmass2 10 0.497648
insert Lambda(1520)0Width:MEmass2 11 0.493677
insert Lambda(1520)0Width:DecayModes 0 Lambda(1520)0->Lambda0,gamma;
insert Lambda(1520)0Width:DecayModes 1 Lambda(1520)0->Lambda0,pi+,pi-;
insert Lambda(1520)0Width:DecayModes 2 Lambda(1520)0->Lambda0,pi0,pi0;
insert Lambda(1520)0Width:DecayModes 3 Lambda(1520)0->Sigma*-,pi+;
insert Lambda(1520)0Width:DecayModes 4 Lambda(1520)0->Sigma*+,pi-;
insert Lambda(1520)0Width:DecayModes 5 Lambda(1520)0->Sigma*0,pi0;
insert Lambda(1520)0Width:DecayModes 6 Lambda(1520)0->Sigma-,pi+;
insert Lambda(1520)0Width:DecayModes 7 Lambda(1520)0->Sigma+,pi-;
insert Lambda(1520)0Width:DecayModes 8 Lambda(1520)0->Sigma0,gamma;
insert Lambda(1520)0Width:DecayModes 9 Lambda(1520)0->Sigma0,pi0;
insert Lambda(1520)0Width:DecayModes 10 Lambda(1520)0->n0,Kbar0;
insert Lambda(1520)0Width:DecayModes 11 Lambda(1520)0->p+,K-;
insert Lambda(1520)0Width:NumberofEntries 0 0
insert Lambda(1520)0Width:NumberofEntries 1 0
insert Lambda(1520)0Width:NumberofEntries 2 0
insert Lambda(1520)0Width:NumberofEntries 3 0
insert Lambda(1520)0Width:NumberofEntries 4 0
insert Lambda(1520)0Width:NumberofEntries 5 0
insert Lambda(1520)0Width:NumberofEntries 6 0
insert Lambda(1520)0Width:NumberofEntries 7 0
insert Lambda(1520)0Width:NumberofEntries 8 0
insert Lambda(1520)0Width:NumberofEntries 9 0
insert Lambda(1520)0Width:NumberofEntries 10 0
insert Lambda(1520)0Width:NumberofEntries 11 0
insert Lambda(1520)0Width:BaryonDecayers 0 /Herwig/Decays/SU3Gamma5
insert Lambda(1520)0Width:ModeLocation 0 1
insert Lambda(1520)0Width:BaryonDecayers 1 NULL
insert Lambda(1520)0Width:ModeLocation 1 -1
insert Lambda(1520)0Width:BaryonDecayers 2 NULL
insert Lambda(1520)0Width:ModeLocation 2 -1
insert Lambda(1520)0Width:BaryonDecayers 3 NULL
insert Lambda(1520)0Width:ModeLocation 3 -1
insert Lambda(1520)0Width:BaryonDecayers 4 NULL
insert Lambda(1520)0Width:ModeLocation 4 -1
insert Lambda(1520)0Width:BaryonDecayers 5 NULL
insert Lambda(1520)0Width:ModeLocation 5 -1
insert Lambda(1520)0Width:BaryonDecayers 6 /Herwig/Decays/SU3SingletOctet2
insert Lambda(1520)0Width:ModeLocation 6 2
insert Lambda(1520)0Width:BaryonDecayers 7 /Herwig/Decays/SU3SingletOctet2
insert Lambda(1520)0Width:ModeLocation 7 1
insert Lambda(1520)0Width:BaryonDecayers 8 /Herwig/Decays/SU3Gamma5
insert Lambda(1520)0Width:ModeLocation 8 0
insert Lambda(1520)0Width:BaryonDecayers 9 /Herwig/Decays/SU3SingletOctet2
insert Lambda(1520)0Width:ModeLocation 9 0
insert Lambda(1520)0Width:BaryonDecayers 10 /Herwig/Decays/SU3SingletOctet2
insert Lambda(1520)0Width:ModeLocation 10 5
insert Lambda(1520)0Width:BaryonDecayers 11 /Herwig/Decays/SU3SingletOctet2
insert Lambda(1520)0Width:ModeLocation 11 4
newdef /Herwig/Particles/Lambda(1520)0:Width_generator Lambda(1520)0Width
newdef /Herwig/Particles/Lambdabar(1520)0:Width_generator Lambda(1520)0Width
#
create Herwig::GenericWidthGenerator f0(1500)Width
newdef f0(1500)Width:Particle /Herwig/Particles/f_0(1500)
newdef f0(1500)Width:Prefactor 1.00211
newdef f0(1500)Width:BRNormalize 1
newdef f0(1500)Width:BRMinimum 0.01
newdef f0(1500)Width:Points 50
newdef f0(1500)Width:InterpolationOrder 1
insert f0(1500)Width:MEtype 0 1
insert f0(1500)Width:MEtype 1 2
insert f0(1500)Width:MEtype 2 2
insert f0(1500)Width:MEtype 3 1
insert f0(1500)Width:MEtype 4 2
insert f0(1500)Width:MEtype 5 2
insert f0(1500)Width:MEtype 6 1
insert f0(1500)Width:MEtype 7 2
insert f0(1500)Width:MEtype 8 1
insert f0(1500)Width:MEtype 9 1
insert f0(1500)Width:MEtype 10 2
insert f0(1500)Width:MEtype 11 2
insert f0(1500)Width:MEtype 12 2
insert f0(1500)Width:MEtype 13 2
insert f0(1500)Width:MEtype 14 2
insert f0(1500)Width:MEtype 15 2
insert f0(1500)Width:MEcode 0 6
insert f0(1500)Width:MEcode 1 0
insert f0(1500)Width:MEcode 2 0
insert f0(1500)Width:MEcode 3 6
insert f0(1500)Width:MEcode 4 0
insert f0(1500)Width:MEcode 5 0
insert f0(1500)Width:MEcode 6 6
insert f0(1500)Width:MEcode 7 0
insert f0(1500)Width:MEcode 8 6
insert f0(1500)Width:MEcode 9 6
insert f0(1500)Width:MEcode 10 0
insert f0(1500)Width:MEcode 11 0
insert f0(1500)Width:MEcode 12 0
insert f0(1500)Width:MEcode 13 0
insert f0(1500)Width:MEcode 14 0
insert f0(1500)Width:MEcode 15 0
insert f0(1500)Width:MEcoupling 0 0.935386
insert f0(1500)Width:MEcoupling 1 4.10401
insert f0(1500)Width:MEcoupling 2 1.02758
insert f0(1500)Width:MEcoupling 3 0.661038
insert f0(1500)Width:MEcoupling 4 4.15775
insert f0(1500)Width:MEcoupling 5 1.20827
insert f0(1500)Width:MEcoupling 6 0.458696
insert f0(1500)Width:MEcoupling 7 1.22014
insert f0(1500)Width:MEcoupling 8 0.325332
insert f0(1500)Width:MEcoupling 9 0.325332
insert f0(1500)Width:MEcoupling 10 1.1272
insert f0(1500)Width:MEcoupling 11 1.10675
insert f0(1500)Width:MEcoupling 12 1.1272
insert f0(1500)Width:MEcoupling 13 0.24703
insert f0(1500)Width:MEcoupling 14 0.242664
insert f0(1500)Width:MEcoupling 15 0.24703
insert f0(1500)Width:ModeOn 0 1
insert f0(1500)Width:ModeOn 1 1
insert f0(1500)Width:ModeOn 2 1
insert f0(1500)Width:ModeOn 3 1
insert f0(1500)Width:ModeOn 4 1
insert f0(1500)Width:ModeOn 5 1
insert f0(1500)Width:ModeOn 6 1
insert f0(1500)Width:ModeOn 7 1
insert f0(1500)Width:ModeOn 8 1
insert f0(1500)Width:ModeOn 9 1
insert f0(1500)Width:ModeOn 10 1
insert f0(1500)Width:ModeOn 11 1
insert f0(1500)Width:ModeOn 12 1
insert f0(1500)Width:ModeOn 13 1
insert f0(1500)Width:ModeOn 14 1
insert f0(1500)Width:ModeOn 15 1
insert f0(1500)Width:MinimumMasses 0 0.279141
insert f0(1500)Width:MinimumMasses 1 0.75052
insert f0(1500)Width:MinimumMasses 2 0.62
insert f0(1500)Width:MinimumMasses 3 0.269954
insert f0(1500)Width:MinimumMasses 4 0.75052
insert f0(1500)Width:MinimumMasses 5 1.0957
insert f0(1500)Width:MinimumMasses 6 0.987354
insert f0(1500)Width:MinimumMasses 7 1.5036
insert f0(1500)Width:MinimumMasses 8 0.995222
insert f0(1500)Width:MinimumMasses 9 0.995222
insert f0(1500)Width:MinimumMasses 10 0.81957
insert f0(1500)Width:MinimumMasses 11 0.814977
insert f0(1500)Width:MinimumMasses 12 0.81957
insert f0(1500)Width:MinimumMasses 13 1.03957
insert f0(1500)Width:MinimumMasses 14 1.03498
insert f0(1500)Width:MinimumMasses 15 1.03957
insert f0(1500)Width:MEmass1 0 0.13957
insert f0(1500)Width:MEmass1 1 0.77526
insert f0(1500)Width:MEmass1 2 0.86
insert f0(1500)Width:MEmass1 3 0.134977
insert f0(1500)Width:MEmass1 4 0.77526
insert f0(1500)Width:MEmass1 5 0.547862
insert f0(1500)Width:MEmass1 6 0.493677
insert f0(1500)Width:MEmass1 7 0.547862
insert f0(1500)Width:MEmass1 8 0.497611
insert f0(1500)Width:MEmass1 9 0.497611
insert f0(1500)Width:MEmass1 10 0.13957
insert f0(1500)Width:MEmass1 11 0.134977
insert f0(1500)Width:MEmass1 12 0.13957
insert f0(1500)Width:MEmass1 13 1.3
insert f0(1500)Width:MEmass1 14 1.3
insert f0(1500)Width:MEmass1 15 1.3
insert f0(1500)Width:MEmass2 0 0.13957
insert f0(1500)Width:MEmass2 1 0.77526
insert f0(1500)Width:MEmass2 2 0.86
insert f0(1500)Width:MEmass2 3 0.134977
insert f0(1500)Width:MEmass2 4 0.77526
insert f0(1500)Width:MEmass2 5 0.547862
insert f0(1500)Width:MEmass2 6 0.493677
insert f0(1500)Width:MEmass2 7 0.95778
insert f0(1500)Width:MEmass2 8 0.497611
insert f0(1500)Width:MEmass2 9 0.497611
insert f0(1500)Width:MEmass2 10 1.24
insert f0(1500)Width:MEmass2 11 1.24
insert f0(1500)Width:MEmass2 12 1.24
insert f0(1500)Width:MEmass2 13 0.13957
insert f0(1500)Width:MEmass2 14 0.134977
insert f0(1500)Width:MEmass2 15 0.13957
insert f0(1500)Width:DecayModes 0 f_0(1500)->pi+,pi-;
insert f0(1500)Width:DecayModes 1 f_0(1500)->rho+,rho-;
insert f0(1500)Width:DecayModes 2 f_0(1500)->sigma,sigma;
insert f0(1500)Width:DecayModes 3 f_0(1500)->pi0,pi0;
insert f0(1500)Width:DecayModes 4 f_0(1500)->rho0,rho0;
insert f0(1500)Width:DecayModes 5 f_0(1500)->eta,eta;
insert f0(1500)Width:DecayModes 6 f_0(1500)->K+,K-;
insert f0(1500)Width:DecayModes 7 f_0(1500)->eta',eta;
insert f0(1500)Width:DecayModes 8 f_0(1500)->K_L0,K_L0;
insert f0(1500)Width:DecayModes 9 f_0(1500)->K_S0,K_S0;
insert f0(1500)Width:DecayModes 10 f_0(1500)->a_1-,pi+;
insert f0(1500)Width:DecayModes 11 f_0(1500)->a_10,pi0;
insert f0(1500)Width:DecayModes 12 f_0(1500)->a_1+,pi-;
insert f0(1500)Width:DecayModes 13 f_0(1500)->pi'-,pi+;
insert f0(1500)Width:DecayModes 14 f_0(1500)->pi'0,pi0;
insert f0(1500)Width:DecayModes 15 f_0(1500)->pi'+,pi-;
insert f0(1500)Width:InterpolationMasses 0 1.1425714
insert f0(1500)Width:InterpolationMasses 1 1.1562857
insert f0(1500)Width:InterpolationMasses 2 1.17
insert f0(1500)Width:InterpolationMasses 3 1.1837143
insert f0(1500)Width:InterpolationMasses 4 1.1974286
insert f0(1500)Width:InterpolationMasses 5 1.2111429
insert f0(1500)Width:InterpolationMasses 6 1.2248571
insert f0(1500)Width:InterpolationMasses 7 1.2385714
insert f0(1500)Width:InterpolationMasses 8 1.2522857
insert f0(1500)Width:InterpolationMasses 9 1.266
insert f0(1500)Width:InterpolationMasses 10 1.2797143
insert f0(1500)Width:InterpolationMasses 11 1.2934286
insert f0(1500)Width:InterpolationMasses 12 1.3071429
insert f0(1500)Width:InterpolationMasses 13 1.3208571
insert f0(1500)Width:InterpolationMasses 14 1.3345714
insert f0(1500)Width:InterpolationMasses 15 1.3482857
insert f0(1500)Width:InterpolationMasses 16 1.362
insert f0(1500)Width:InterpolationMasses 17 1.3757143
insert f0(1500)Width:InterpolationMasses 18 1.3894286
insert f0(1500)Width:InterpolationMasses 19 1.4031429
insert f0(1500)Width:InterpolationMasses 20 1.4168571
insert f0(1500)Width:InterpolationMasses 21 1.4305714
insert f0(1500)Width:InterpolationMasses 22 1.4442857
insert f0(1500)Width:InterpolationMasses 23 1.458
insert f0(1500)Width:InterpolationMasses 24 1.4717143
insert f0(1500)Width:InterpolationMasses 25 1.4854286
insert f0(1500)Width:InterpolationMasses 26 1.4991429
insert f0(1500)Width:InterpolationMasses 27 1.5128571
insert f0(1500)Width:InterpolationMasses 28 1.5265714
insert f0(1500)Width:InterpolationMasses 29 1.5402857
insert f0(1500)Width:InterpolationMasses 30 1.554
insert f0(1500)Width:InterpolationMasses 31 1.5677143
insert f0(1500)Width:InterpolationMasses 32 1.5814286
insert f0(1500)Width:InterpolationMasses 33 1.5951429
insert f0(1500)Width:InterpolationMasses 34 1.6088571
insert f0(1500)Width:InterpolationMasses 35 1.6225714
insert f0(1500)Width:InterpolationMasses 36 1.6362857
insert f0(1500)Width:InterpolationMasses 37 1.65
insert f0(1500)Width:InterpolationMasses 38 1.6637143
insert f0(1500)Width:InterpolationMasses 39 1.6774286
insert f0(1500)Width:InterpolationMasses 40 1.6911429
insert f0(1500)Width:InterpolationMasses 41 1.7048571
insert f0(1500)Width:InterpolationMasses 42 1.7185714
insert f0(1500)Width:InterpolationMasses 43 1.7322857
insert f0(1500)Width:InterpolationMasses 44 1.746
insert f0(1500)Width:InterpolationMasses 45 1.7597143
insert f0(1500)Width:InterpolationMasses 46 1.7734286
insert f0(1500)Width:InterpolationMasses 47 1.7871429
insert f0(1500)Width:InterpolationMasses 48 1.8008571
insert f0(1500)Width:InterpolationMasses 49 1.8145714
insert f0(1500)Width:InterpolationMasses 50 1.8282857
insert f0(1500)Width:InterpolationMasses 51 1.842
insert f0(1500)Width:InterpolationMasses 52 1.8557143
insert f0(1500)Width:InterpolationMasses 53 1.8694286
insert f0(1500)Width:InterpolationMasses 54 1.1425714
insert f0(1500)Width:InterpolationMasses 55 1.1562857
insert f0(1500)Width:InterpolationMasses 56 1.17
insert f0(1500)Width:InterpolationMasses 57 1.1837143
insert f0(1500)Width:InterpolationMasses 58 1.1974286
insert f0(1500)Width:InterpolationMasses 59 1.2111429
insert f0(1500)Width:InterpolationMasses 60 1.2248571
insert f0(1500)Width:InterpolationMasses 61 1.2385714
insert f0(1500)Width:InterpolationMasses 62 1.2522857
insert f0(1500)Width:InterpolationMasses 63 1.266
insert f0(1500)Width:InterpolationMasses 64 1.2797143
insert f0(1500)Width:InterpolationMasses 65 1.2934286
insert f0(1500)Width:InterpolationMasses 66 1.3071429
insert f0(1500)Width:InterpolationMasses 67 1.3208571
insert f0(1500)Width:InterpolationMasses 68 1.3345714
insert f0(1500)Width:InterpolationMasses 69 1.3482857
insert f0(1500)Width:InterpolationMasses 70 1.362
insert f0(1500)Width:InterpolationMasses 71 1.3757143
insert f0(1500)Width:InterpolationMasses 72 1.3894286
insert f0(1500)Width:InterpolationMasses 73 1.4031429
insert f0(1500)Width:InterpolationMasses 74 1.4168571
insert f0(1500)Width:InterpolationMasses 75 1.4305714
insert f0(1500)Width:InterpolationMasses 76 1.4442857
insert f0(1500)Width:InterpolationMasses 77 1.458
insert f0(1500)Width:InterpolationMasses 78 1.4717143
insert f0(1500)Width:InterpolationMasses 79 1.4854286
insert f0(1500)Width:InterpolationMasses 80 1.4991429
insert f0(1500)Width:InterpolationMasses 81 1.5128571
insert f0(1500)Width:InterpolationMasses 82 1.5265714
insert f0(1500)Width:InterpolationMasses 83 1.5402857
insert f0(1500)Width:InterpolationMasses 84 1.554
insert f0(1500)Width:InterpolationMasses 85 1.5677143
insert f0(1500)Width:InterpolationMasses 86 1.5814286
insert f0(1500)Width:InterpolationMasses 87 1.5951429
insert f0(1500)Width:InterpolationMasses 88 1.6088571
insert f0(1500)Width:InterpolationMasses 89 1.6225714
insert f0(1500)Width:InterpolationMasses 90 1.6362857
insert f0(1500)Width:InterpolationMasses 91 1.65
insert f0(1500)Width:InterpolationMasses 92 1.6637143
insert f0(1500)Width:InterpolationMasses 93 1.6774286
insert f0(1500)Width:InterpolationMasses 94 1.6911429
insert f0(1500)Width:InterpolationMasses 95 1.7048571
insert f0(1500)Width:InterpolationMasses 96 1.7185714
insert f0(1500)Width:InterpolationMasses 97 1.7322857
insert f0(1500)Width:InterpolationMasses 98 1.746
insert f0(1500)Width:InterpolationMasses 99 1.7597143
insert f0(1500)Width:InterpolationMasses 100 1.7734286
insert f0(1500)Width:InterpolationMasses 101 1.7871429
insert f0(1500)Width:InterpolationMasses 102 1.8008571
insert f0(1500)Width:InterpolationMasses 103 1.8145714
insert f0(1500)Width:InterpolationMasses 104 1.8282857
insert f0(1500)Width:InterpolationMasses 105 1.842
insert f0(1500)Width:InterpolationMasses 106 1.8557143
insert f0(1500)Width:InterpolationMasses 107 1.8694286
insert f0(1500)Width:InterpolationMasses 108 1.1425714
insert f0(1500)Width:InterpolationMasses 109 1.1562857
insert f0(1500)Width:InterpolationMasses 110 1.17
insert f0(1500)Width:InterpolationMasses 111 1.1837143
insert f0(1500)Width:InterpolationMasses 112 1.1974286
insert f0(1500)Width:InterpolationMasses 113 1.2111429
insert f0(1500)Width:InterpolationMasses 114 1.2248571
insert f0(1500)Width:InterpolationMasses 115 1.2385714
insert f0(1500)Width:InterpolationMasses 116 1.2522857
insert f0(1500)Width:InterpolationMasses 117 1.266
insert f0(1500)Width:InterpolationMasses 118 1.2797143
insert f0(1500)Width:InterpolationMasses 119 1.2934286
insert f0(1500)Width:InterpolationMasses 120 1.3071429
insert f0(1500)Width:InterpolationMasses 121 1.3208571
insert f0(1500)Width:InterpolationMasses 122 1.3345714
insert f0(1500)Width:InterpolationMasses 123 1.3482857
insert f0(1500)Width:InterpolationMasses 124 1.362
insert f0(1500)Width:InterpolationMasses 125 1.3757143
insert f0(1500)Width:InterpolationMasses 126 1.3894286
insert f0(1500)Width:InterpolationMasses 127 1.4031429
insert f0(1500)Width:InterpolationMasses 128 1.4168571
insert f0(1500)Width:InterpolationMasses 129 1.4305714
insert f0(1500)Width:InterpolationMasses 130 1.4442857
insert f0(1500)Width:InterpolationMasses 131 1.458
insert f0(1500)Width:InterpolationMasses 132 1.4717143
insert f0(1500)Width:InterpolationMasses 133 1.4854286
insert f0(1500)Width:InterpolationMasses 134 1.4991429
insert f0(1500)Width:InterpolationMasses 135 1.5128571
insert f0(1500)Width:InterpolationMasses 136 1.5265714
insert f0(1500)Width:InterpolationMasses 137 1.5402857
insert f0(1500)Width:InterpolationMasses 138 1.554
insert f0(1500)Width:InterpolationMasses 139 1.5677143
insert f0(1500)Width:InterpolationMasses 140 1.5814286
insert f0(1500)Width:InterpolationMasses 141 1.5951429
insert f0(1500)Width:InterpolationMasses 142 1.6088571
insert f0(1500)Width:InterpolationMasses 143 1.6225714
insert f0(1500)Width:InterpolationMasses 144 1.6362857
insert f0(1500)Width:InterpolationMasses 145 1.65
insert f0(1500)Width:InterpolationMasses 146 1.6637143
insert f0(1500)Width:InterpolationMasses 147 1.6774286
insert f0(1500)Width:InterpolationMasses 148 1.6911429
insert f0(1500)Width:InterpolationMasses 149 1.7048571
insert f0(1500)Width:InterpolationMasses 150 1.7185714
insert f0(1500)Width:InterpolationMasses 151 1.7322857
insert f0(1500)Width:InterpolationMasses 152 1.746
insert f0(1500)Width:InterpolationMasses 153 1.7597143
insert f0(1500)Width:InterpolationMasses 154 1.7734286
insert f0(1500)Width:InterpolationMasses 155 1.7871429
insert f0(1500)Width:InterpolationMasses 156 1.8008571
insert f0(1500)Width:InterpolationMasses 157 1.8145714
insert f0(1500)Width:InterpolationMasses 158 1.8282857
insert f0(1500)Width:InterpolationMasses 159 1.842
insert f0(1500)Width:InterpolationMasses 160 1.8557143
insert f0(1500)Width:InterpolationMasses 161 1.8694286
insert f0(1500)Width:InterpolationMasses 162 1.1425714
insert f0(1500)Width:InterpolationMasses 163 1.1562857
insert f0(1500)Width:InterpolationMasses 164 1.17
insert f0(1500)Width:InterpolationMasses 165 1.1837143
insert f0(1500)Width:InterpolationMasses 166 1.1974286
insert f0(1500)Width:InterpolationMasses 167 1.2111429
insert f0(1500)Width:InterpolationMasses 168 1.2248571
insert f0(1500)Width:InterpolationMasses 169 1.2385714
insert f0(1500)Width:InterpolationMasses 170 1.2522857
insert f0(1500)Width:InterpolationMasses 171 1.266
insert f0(1500)Width:InterpolationMasses 172 1.2797143
insert f0(1500)Width:InterpolationMasses 173 1.2934286
insert f0(1500)Width:InterpolationMasses 174 1.3071429
insert f0(1500)Width:InterpolationMasses 175 1.3208571
insert f0(1500)Width:InterpolationMasses 176 1.3345714
insert f0(1500)Width:InterpolationMasses 177 1.3482857
insert f0(1500)Width:InterpolationMasses 178 1.362
insert f0(1500)Width:InterpolationMasses 179 1.3757143
insert f0(1500)Width:InterpolationMasses 180 1.3894286
insert f0(1500)Width:InterpolationMasses 181 1.4031429
insert f0(1500)Width:InterpolationMasses 182 1.4168571
insert f0(1500)Width:InterpolationMasses 183 1.4305714
insert f0(1500)Width:InterpolationMasses 184 1.4442857
insert f0(1500)Width:InterpolationMasses 185 1.458
insert f0(1500)Width:InterpolationMasses 186 1.4717143
insert f0(1500)Width:InterpolationMasses 187 1.4854286
insert f0(1500)Width:InterpolationMasses 188 1.4991429
insert f0(1500)Width:InterpolationMasses 189 1.5128571
insert f0(1500)Width:InterpolationMasses 190 1.5265714
insert f0(1500)Width:InterpolationMasses 191 1.5402857
insert f0(1500)Width:InterpolationMasses 192 1.554
insert f0(1500)Width:InterpolationMasses 193 1.5677143
insert f0(1500)Width:InterpolationMasses 194 1.5814286
insert f0(1500)Width:InterpolationMasses 195 1.5951429
insert f0(1500)Width:InterpolationMasses 196 1.6088571
insert f0(1500)Width:InterpolationMasses 197 1.6225714
insert f0(1500)Width:InterpolationMasses 198 1.6362857
insert f0(1500)Width:InterpolationMasses 199 1.65
insert f0(1500)Width:InterpolationMasses 200 1.6637143
insert f0(1500)Width:InterpolationMasses 201 1.6774286
insert f0(1500)Width:InterpolationMasses 202 1.6911429
insert f0(1500)Width:InterpolationMasses 203 1.7048571
insert f0(1500)Width:InterpolationMasses 204 1.7185714
insert f0(1500)Width:InterpolationMasses 205 1.7322857
insert f0(1500)Width:InterpolationMasses 206 1.746
insert f0(1500)Width:InterpolationMasses 207 1.7597143
insert f0(1500)Width:InterpolationMasses 208 1.7734286
insert f0(1500)Width:InterpolationMasses 209 1.7871429
insert f0(1500)Width:InterpolationMasses 210 1.8008571
insert f0(1500)Width:InterpolationMasses 211 1.8145714
insert f0(1500)Width:InterpolationMasses 212 1.8282857
insert f0(1500)Width:InterpolationMasses 213 1.842
insert f0(1500)Width:InterpolationMasses 214 1.8557143
insert f0(1500)Width:InterpolationMasses 215 1.8694286
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insert f0(1500)Width:InterpolationWidths 373 0.006193091
insert f0(1500)Width:InterpolationWidths 374 0.0066121216
insert f0(1500)Width:InterpolationWidths 375 0.0070494128
insert f0(1500)Width:InterpolationWidths 376 0.0075047504
insert f0(1500)Width:InterpolationWidths 377 0.0079799896
insert f0(1500)Width:InterpolationWidths 378 0.0084732915
insert f0(1500)Width:InterpolationWidths 379 0.0089861455
insert f0(1500)Width:InterpolationWidths 380 0.0095188409
insert f0(1500)Width:InterpolationWidths 381 0.010071754
insert f0(1500)Width:InterpolationWidths 382 0.010644
insert f0(1500)Width:InterpolationWidths 383 0.011237298
insert f0(1500)Width:InterpolationWidths 384 0.01185121
insert f0(1500)Width:InterpolationWidths 385 0.012486069
insert f0(1500)Width:InterpolationWidths 386 0.013142372
insert f0(1500)Width:InterpolationWidths 387 3.6905413e-05
insert f0(1500)Width:InterpolationWidths 388 4.6484747e-05
insert f0(1500)Width:InterpolationWidths 389 5.8113536e-05
insert f0(1500)Width:InterpolationWidths 390 7.2108544e-05
insert f0(1500)Width:InterpolationWidths 391 8.8808647e-05
insert f0(1500)Width:InterpolationWidths 392 0.00010857436
insert f0(1500)Width:InterpolationWidths 393 0.00013178751
insert f0(1500)Width:InterpolationWidths 394 0.00015885045
insert f0(1500)Width:InterpolationWidths 395 0.00019018201
insert f0(1500)Width:InterpolationWidths 396 0.00022621015
insert f0(1500)Width:InterpolationWidths 397 0.00026738333
insert f0(1500)Width:InterpolationWidths 398 0.00031415332
insert f0(1500)Width:InterpolationWidths 399 0.00036713381
insert f0(1500)Width:InterpolationWidths 400 0.00042635012
insert f0(1500)Width:InterpolationWidths 401 0.00049299202
insert f0(1500)Width:InterpolationWidths 402 0.00056664932
insert f0(1500)Width:InterpolationWidths 403 0.00064828312
insert f0(1500)Width:InterpolationWidths 404 0.00073843953
insert f0(1500)Width:InterpolationWidths 405 0.00083746363
insert f0(1500)Width:InterpolationWidths 406 0.00094583228
insert f0(1500)Width:InterpolationWidths 407 0.0010640706
insert f0(1500)Width:InterpolationWidths 408 0.0011923904
insert f0(1500)Width:InterpolationWidths 409 0.0013315173
insert f0(1500)Width:InterpolationWidths 410 0.0014816937
insert f0(1500)Width:InterpolationWidths 411 0.0016434537
insert f0(1500)Width:InterpolationWidths 412 0.0018162337
insert f0(1500)Width:InterpolationWidths 413 0.0020029052
insert f0(1500)Width:InterpolationWidths 414 0.002202278
insert f0(1500)Width:InterpolationWidths 415 0.0024142489
insert f0(1500)Width:InterpolationWidths 416 0.0026402585
insert f0(1500)Width:InterpolationWidths 417 0.0028797461
insert f0(1500)Width:InterpolationWidths 418 0.0031335417
insert f0(1500)Width:InterpolationWidths 419 0.0034030032
insert f0(1500)Width:InterpolationWidths 420 0.0036880163
insert f0(1500)Width:InterpolationWidths 421 0.0039863568
insert f0(1500)Width:InterpolationWidths 422 0.0043015958
insert f0(1500)Width:InterpolationWidths 423 0.0046335102
insert f0(1500)Width:InterpolationWidths 424 0.0049806898
insert f0(1500)Width:InterpolationWidths 425 0.0053454248
insert f0(1500)Width:InterpolationWidths 426 0.0057272076
insert f0(1500)Width:InterpolationWidths 427 0.0061263679
insert f0(1500)Width:InterpolationWidths 428 0.0065432277
insert f0(1500)Width:InterpolationWidths 429 0.0069783821
insert f0(1500)Width:InterpolationWidths 430 0.0074320388
insert f0(1500)Width:InterpolationWidths 431 0.0079042913
insert f0(1500)Width:InterpolationWidths 432 0.0083952801
insert f0(1500)Width:InterpolationWidths 433 0.0089057538
insert f0(1500)Width:InterpolationWidths 434 0.0094360751
insert f0(1500)Width:InterpolationWidths 435 0.0099865157
insert f0(1500)Width:InterpolationWidths 436 0.010556621
insert f0(1500)Width:InterpolationWidths 437 0.011147352
insert f0(1500)Width:InterpolationWidths 438 0.011758852
insert f0(1500)Width:InterpolationWidths 439 0.012391262
insert f0(1500)Width:InterpolationWidths 440 0.013044956
insert f0(1500)Width:InterpolationWidths 441 5.3526595e-05
insert f0(1500)Width:InterpolationWidths 442 7.3287619e-05
insert f0(1500)Width:InterpolationWidths 443 9.8520006e-05
insert f0(1500)Width:InterpolationWidths 444 0.00013059669
insert f0(1500)Width:InterpolationWidths 445 0.00017114699
insert f0(1500)Width:InterpolationWidths 446 0.00022227266
insert f0(1500)Width:InterpolationWidths 447 0.00028648315
insert f0(1500)Width:InterpolationWidths 448 0.0003669134
insert f0(1500)Width:InterpolationWidths 449 0.00046738777
insert f0(1500)Width:InterpolationWidths 450 0.00059244859
insert f0(1500)Width:InterpolationWidths 451 0.00074748308
insert f0(1500)Width:InterpolationWidths 452 0.00093847145
insert f0(1500)Width:InterpolationWidths 453 0.0011719392
insert f0(1500)Width:InterpolationWidths 454 0.0014539934
insert f0(1500)Width:InterpolationWidths 455 0.0017897683
insert f0(1500)Width:InterpolationWidths 456 0.0021818873
insert f0(1500)Width:InterpolationWidths 457 0.0026298946
insert f0(1500)Width:InterpolationWidths 458 0.0031294846
insert f0(1500)Width:InterpolationWidths 459 0.0036732479
insert f0(1500)Width:InterpolationWidths 460 0.0042515961
insert f0(1500)Width:InterpolationWidths 461 0.0048546204
insert f0(1500)Width:InterpolationWidths 462 0.0054726626
insert f0(1500)Width:InterpolationWidths 463 0.0060976809
insert f0(1500)Width:InterpolationWidths 464 0.0067232938
insert f0(1500)Width:InterpolationWidths 465 0.0073434994
insert f0(1500)Width:InterpolationWidths 466 0.0079554623
insert f0(1500)Width:InterpolationWidths 467 0.0085542872
insert f0(1500)Width:InterpolationWidths 468 0.009142866
insert f0(1500)Width:InterpolationWidths 469 0.0097168888
insert f0(1500)Width:InterpolationWidths 470 0.01027453
insert f0(1500)Width:InterpolationWidths 471 0.010815113
insert f0(1500)Width:InterpolationWidths 472 0.01134063
insert f0(1500)Width:InterpolationWidths 473 0.011847889
insert f0(1500)Width:InterpolationWidths 474 0.01234298
insert f0(1500)Width:InterpolationWidths 475 0.012821542
insert f0(1500)Width:InterpolationWidths 476 0.013283302
insert f0(1500)Width:InterpolationWidths 477 0.013728568
insert f0(1500)Width:InterpolationWidths 478 0.014159673
insert f0(1500)Width:InterpolationWidths 479 0.014574931
insert f0(1500)Width:InterpolationWidths 480 0.014979189
insert f0(1500)Width:InterpolationWidths 481 0.015367469
insert f0(1500)Width:InterpolationWidths 482 0.015742449
insert f0(1500)Width:InterpolationWidths 483 0.016104941
insert f0(1500)Width:InterpolationWidths 484 0.016453789
insert f0(1500)Width:InterpolationWidths 485 0.016790386
insert f0(1500)Width:InterpolationWidths 486 0.017115273
insert f0(1500)Width:InterpolationWidths 487 0.017428629
insert f0(1500)Width:InterpolationWidths 488 0.017730638
insert f0(1500)Width:InterpolationWidths 489 0.018021545
insert f0(1500)Width:InterpolationWidths 490 0.0183021
insert f0(1500)Width:InterpolationWidths 491 0.018572373
insert f0(1500)Width:InterpolationWidths 492 0.018831415
insert f0(1500)Width:InterpolationWidths 493 0.019065704
insert f0(1500)Width:InterpolationWidths 494 0.019281229
insert f0(1500)Width:InterpolationWidths 495 5.8719859e-05
insert f0(1500)Width:InterpolationWidths 496 7.991233e-05
insert f0(1500)Width:InterpolationWidths 497 0.00010693775
insert f0(1500)Width:InterpolationWidths 498 0.00014125346
insert f0(1500)Width:InterpolationWidths 499 0.00018462383
insert f0(1500)Width:InterpolationWidths 500 0.00023925091
insert f0(1500)Width:InterpolationWidths 501 0.00030786036
insert f0(1500)Width:InterpolationWidths 502 0.00039375268
insert f0(1500)Width:InterpolationWidths 503 0.00050100801
insert f0(1500)Width:InterpolationWidths 504 0.00063438578
insert f0(1500)Width:InterpolationWidths 505 0.00079952408
insert f0(1500)Width:InterpolationWidths 506 0.0010025988
insert f0(1500)Width:InterpolationWidths 507 0.0012499013
insert f0(1500)Width:InterpolationWidths 508 0.0015478114
insert f0(1500)Width:InterpolationWidths 509 0.0019003156
insert f0(1500)Width:InterpolationWidths 510 0.0023092949
insert f0(1500)Width:InterpolationWidths 511 0.002772991
insert f0(1500)Width:InterpolationWidths 512 0.0032859808
insert f0(1500)Width:InterpolationWidths 513 0.0038401618
insert f0(1500)Width:InterpolationWidths 514 0.0044256491
insert f0(1500)Width:InterpolationWidths 515 0.005032513
insert f0(1500)Width:InterpolationWidths 516 0.005651569
insert f0(1500)Width:InterpolationWidths 517 0.0062756435
insert f0(1500)Width:InterpolationWidths 518 0.006897541
insert f0(1500)Width:InterpolationWidths 519 0.0075148106
insert f0(1500)Width:InterpolationWidths 520 0.0081220458
insert f0(1500)Width:InterpolationWidths 521 0.0087158452
insert f0(1500)Width:InterpolationWidths 522 0.0092979091
insert f0(1500)Width:InterpolationWidths 523 0.0098660091
insert f0(1500)Width:InterpolationWidths 524 0.010418773
insert f0(1500)Width:InterpolationWidths 525 0.010953924
insert f0(1500)Width:InterpolationWidths 526 0.01147203
insert f0(1500)Width:InterpolationWidths 527 0.011977776
insert f0(1500)Width:InterpolationWidths 528 0.01246567
insert f0(1500)Width:InterpolationWidths 529 0.012938613
insert f0(1500)Width:InterpolationWidths 530 0.013394896
insert f0(1500)Width:InterpolationWidths 531 0.013836762
insert f0(1500)Width:InterpolationWidths 532 0.014262634
insert f0(1500)Width:InterpolationWidths 533 0.014674278
insert f0(1500)Width:InterpolationWidths 534 0.015074347
insert f0(1500)Width:InterpolationWidths 535 0.015458935
insert f0(1500)Width:InterpolationWidths 536 0.015830227
insert f0(1500)Width:InterpolationWidths 537 0.016189226
insert f0(1500)Width:InterpolationWidths 538 0.016534324
insert f0(1500)Width:InterpolationWidths 539 0.01686765
insert f0(1500)Width:InterpolationWidths 540 0.017189626
insert f0(1500)Width:InterpolationWidths 541 0.017499831
insert f0(1500)Width:InterpolationWidths 542 0.017798869
insert f0(1500)Width:InterpolationWidths 543 0.018086982
insert f0(1500)Width:InterpolationWidths 544 0.018364836
insert f0(1500)Width:InterpolationWidths 545 0.018632493
insert f0(1500)Width:InterpolationWidths 546 0.018885296
insert f0(1500)Width:InterpolationWidths 547 0.019113534
insert f0(1500)Width:InterpolationWidths 548 0.019324845
insert f0(1500)Width:InterpolationWidths 549 5.3526595e-05
insert f0(1500)Width:InterpolationWidths 550 7.3287619e-05
insert f0(1500)Width:InterpolationWidths 551 9.8520006e-05
insert f0(1500)Width:InterpolationWidths 552 0.00013059669
insert f0(1500)Width:InterpolationWidths 553 0.00017114699
insert f0(1500)Width:InterpolationWidths 554 0.00022227266
insert f0(1500)Width:InterpolationWidths 555 0.00028648315
insert f0(1500)Width:InterpolationWidths 556 0.0003669134
insert f0(1500)Width:InterpolationWidths 557 0.00046738777
insert f0(1500)Width:InterpolationWidths 558 0.00059244859
insert f0(1500)Width:InterpolationWidths 559 0.00074748308
insert f0(1500)Width:InterpolationWidths 560 0.00093847145
insert f0(1500)Width:InterpolationWidths 561 0.0011719392
insert f0(1500)Width:InterpolationWidths 562 0.0014539934
insert f0(1500)Width:InterpolationWidths 563 0.0017897683
insert f0(1500)Width:InterpolationWidths 564 0.0021818873
insert f0(1500)Width:InterpolationWidths 565 0.0026298946
insert f0(1500)Width:InterpolationWidths 566 0.0031294846
insert f0(1500)Width:InterpolationWidths 567 0.0036732479
insert f0(1500)Width:InterpolationWidths 568 0.0042515961
insert f0(1500)Width:InterpolationWidths 569 0.0048546204
insert f0(1500)Width:InterpolationWidths 570 0.0054726626
insert f0(1500)Width:InterpolationWidths 571 0.0060976809
insert f0(1500)Width:InterpolationWidths 572 0.0067232938
insert f0(1500)Width:InterpolationWidths 573 0.0073434994
insert f0(1500)Width:InterpolationWidths 574 0.0079554623
insert f0(1500)Width:InterpolationWidths 575 0.0085542872
insert f0(1500)Width:InterpolationWidths 576 0.009142866
insert f0(1500)Width:InterpolationWidths 577 0.0097168888
insert f0(1500)Width:InterpolationWidths 578 0.01027453
insert f0(1500)Width:InterpolationWidths 579 0.010815113
insert f0(1500)Width:InterpolationWidths 580 0.01134063
insert f0(1500)Width:InterpolationWidths 581 0.011847889
insert f0(1500)Width:InterpolationWidths 582 0.01234298
insert f0(1500)Width:InterpolationWidths 583 0.012821542
insert f0(1500)Width:InterpolationWidths 584 0.013283302
insert f0(1500)Width:InterpolationWidths 585 0.013728568
insert f0(1500)Width:InterpolationWidths 586 0.014159673
insert f0(1500)Width:InterpolationWidths 587 0.014574931
insert f0(1500)Width:InterpolationWidths 588 0.014979189
insert f0(1500)Width:InterpolationWidths 589 0.015367469
insert f0(1500)Width:InterpolationWidths 590 0.015742449
insert f0(1500)Width:InterpolationWidths 591 0.016104941
insert f0(1500)Width:InterpolationWidths 592 0.016453789
insert f0(1500)Width:InterpolationWidths 593 0.016790386
insert f0(1500)Width:InterpolationWidths 594 0.017115273
insert f0(1500)Width:InterpolationWidths 595 0.017428629
insert f0(1500)Width:InterpolationWidths 596 0.017730638
insert f0(1500)Width:InterpolationWidths 597 0.018021545
insert f0(1500)Width:InterpolationWidths 598 0.0183021
insert f0(1500)Width:InterpolationWidths 599 0.018572373
insert f0(1500)Width:InterpolationWidths 600 0.018831415
insert f0(1500)Width:InterpolationWidths 601 0.019065704
insert f0(1500)Width:InterpolationWidths 602 0.019281229
insert f0(1500)Width:NumberofEntries 0 0
insert f0(1500)Width:NumberofEntries 1 54
insert f0(1500)Width:NumberofEntries 2 108
insert f0(1500)Width:NumberofEntries 3 108
insert f0(1500)Width:NumberofEntries 4 162
insert f0(1500)Width:NumberofEntries 5 216
insert f0(1500)Width:NumberofEntries 6 216
insert f0(1500)Width:NumberofEntries 7 279
insert f0(1500)Width:NumberofEntries 8 279
insert f0(1500)Width:NumberofEntries 9 279
insert f0(1500)Width:NumberofEntries 10 333
insert f0(1500)Width:NumberofEntries 11 387
insert f0(1500)Width:NumberofEntries 12 441
insert f0(1500)Width:NumberofEntries 13 495
insert f0(1500)Width:NumberofEntries 14 549
insert f0(1500)Width:NumberofEntries 15 603
newdef /Herwig/Particles/f_0(1500):Width_generator f0(1500)Width
#
create Herwig::GenericWidthGenerator rho_30Width
newdef rho_30Width:Particle /Herwig/Particles/rho_30
newdef rho_30Width:Prefactor 1.05558
newdef rho_30Width:BRNormalize 1
newdef rho_30Width:BRMinimum 0.01
newdef rho_30Width:Points 50
newdef rho_30Width:InterpolationOrder 1
insert rho_30Width:MEtype 0 1
insert rho_30Width:MEtype 1 2
insert rho_30Width:MEtype 2 2
insert rho_30Width:MEtype 3 2
insert rho_30Width:MEtype 4 0
insert rho_30Width:MEtype 5 2
insert rho_30Width:MEtype 6 2
insert rho_30Width:MEtype 7 2
insert rho_30Width:MEtype 8 2
insert rho_30Width:MEtype 9 1
insert rho_30Width:MEtype 10 1
insert rho_30Width:MEcode 0 13
insert rho_30Width:MEcode 1 0
insert rho_30Width:MEcode 2 0
insert rho_30Width:MEcode 3 0
insert rho_30Width:MEcode 4 0
insert rho_30Width:MEcode 5 0
insert rho_30Width:MEcode 6 0
insert rho_30Width:MEcode 7 0
insert rho_30Width:MEcode 8 0
insert rho_30Width:MEcode 9 13
insert rho_30Width:MEcode 10 13
insert rho_30Width:MEcoupling 0 4.66943
insert rho_30Width:MEcoupling 1 0.417693
insert rho_30Width:MEcoupling 2 0.417693
insert rho_30Width:MEcoupling 3 1.11938
insert rho_30Width:MEcoupling 4 0.108474
insert rho_30Width:MEcoupling 5 1.51821
insert rho_30Width:MEcoupling 6 1.60407
insert rho_30Width:MEcoupling 7 1.60407
insert rho_30Width:MEcoupling 8 1.51821
insert rho_30Width:MEcoupling 9 1.71688
insert rho_30Width:MEcoupling 10 1.69199
insert rho_30Width:ModeOn 0 1
insert rho_30Width:ModeOn 1 1
insert rho_30Width:ModeOn 2 1
insert rho_30Width:ModeOn 3 1
insert rho_30Width:ModeOn 4 1
insert rho_30Width:ModeOn 5 0
insert rho_30Width:ModeOn 6 0
insert rho_30Width:ModeOn 7 0
insert rho_30Width:ModeOn 8 0
insert rho_30Width:ModeOn 9 0
insert rho_30Width:ModeOn 10 0
insert rho_30Width:MinimumMasses 0 0.279141
insert rho_30Width:MinimumMasses 1 1.24777
insert rho_30Width:MinimumMasses 2 1.24777
insert rho_30Width:MinimumMasses 3 0.830837
insert rho_30Width:MinimumMasses 4 0.75052
insert rho_30Width:MinimumMasses 5 1.13535
insert rho_30Width:MinimumMasses 6 1.14316
insert rho_30Width:MinimumMasses 7 1.14316
insert rho_30Width:MinimumMasses 8 1.13535
insert rho_30Width:MinimumMasses 9 0.995222
insert rho_30Width:MinimumMasses 10 0.987354
insert rho_30Width:MEmass1 0 0.13957
insert rho_30Width:MEmass1 1 1.3182
insert rho_30Width:MEmass1 2 1.3182
insert rho_30Width:MEmass1 3 0.78266
insert rho_30Width:MEmass1 4 0
insert rho_30Width:MEmass1 5 0.89167
insert rho_30Width:MEmass1 6 0.89555
insert rho_30Width:MEmass1 7 0.89555
insert rho_30Width:MEmass1 8 0.89167
insert rho_30Width:MEmass1 9 0.497611
insert rho_30Width:MEmass1 10 0.493677
insert rho_30Width:MEmass2 0 0.13957
insert rho_30Width:MEmass2 1 0.13957
insert rho_30Width:MEmass2 2 0.13957
insert rho_30Width:MEmass2 3 0.134977
insert rho_30Width:MEmass2 4 0
insert rho_30Width:MEmass2 5 0.493677
insert rho_30Width:MEmass2 6 0.497611
insert rho_30Width:MEmass2 7 0.497611
insert rho_30Width:MEmass2 8 0.493677
insert rho_30Width:MEmass2 9 0.497611
insert rho_30Width:MEmass2 10 0.493677
insert rho_30Width:DecayModes 0 rho_30->pi+,pi-;
insert rho_30Width:DecayModes 1 rho_30->a_2-,pi+;
insert rho_30Width:DecayModes 2 rho_30->a_2+,pi-;
insert rho_30Width:DecayModes 3 rho_30->omega,pi0;
insert rho_30Width:DecayModes 4 rho_30->rho+,rho-;
insert rho_30Width:DecayModes 5 rho_30->K*-,K+;
insert rho_30Width:DecayModes 6 rho_30->K*bar0,K0;
insert rho_30Width:DecayModes 7 rho_30->K*0,Kbar0;
insert rho_30Width:DecayModes 8 rho_30->K*+,K-;
insert rho_30Width:DecayModes 9 rho_30->K_S0,K_L0;
insert rho_30Width:DecayModes 10 rho_30->K+,K-;
insert rho_30Width:InterpolationMasses 0 1.2034835
insert rho_30Width:InterpolationMasses 1 1.2256269
insert rho_30Width:InterpolationMasses 2 1.2477704
insert rho_30Width:InterpolationMasses 3 1.2499672
insert rho_30Width:InterpolationMasses 4 1.252168
insert rho_30Width:InterpolationMasses 5 1.2543726
insert rho_30Width:InterpolationMasses 6 1.2565811
insert rho_30Width:InterpolationMasses 7 1.2587934
insert rho_30Width:InterpolationMasses 8 1.2610097
insert rho_30Width:InterpolationMasses 9 1.2632299
insert rho_30Width:InterpolationMasses 10 1.2654539
insert rho_30Width:InterpolationMasses 11 1.2676819
insert rho_30Width:InterpolationMasses 12 1.2699139
insert rho_30Width:InterpolationMasses 13 1.2920573
insert rho_30Width:InterpolationMasses 14 1.3142008
insert rho_30Width:InterpolationMasses 15 1.3363442
insert rho_30Width:InterpolationMasses 16 1.3584877
insert rho_30Width:InterpolationMasses 17 1.3806312
insert rho_30Width:InterpolationMasses 18 1.4027746
insert rho_30Width:InterpolationMasses 19 1.4249181
insert rho_30Width:InterpolationMasses 20 1.4470615
insert rho_30Width:InterpolationMasses 21 1.469205
insert rho_30Width:InterpolationMasses 22 1.4913485
insert rho_30Width:InterpolationMasses 23 1.5134919
insert rho_30Width:InterpolationMasses 24 1.5356354
insert rho_30Width:InterpolationMasses 25 1.5577789
insert rho_30Width:InterpolationMasses 26 1.5799223
insert rho_30Width:InterpolationMasses 27 1.6020658
insert rho_30Width:InterpolationMasses 28 1.6242092
insert rho_30Width:InterpolationMasses 29 1.6463527
insert rho_30Width:InterpolationMasses 30 1.6684962
insert rho_30Width:InterpolationMasses 31 1.6906396
insert rho_30Width:InterpolationMasses 32 1.7127831
insert rho_30Width:InterpolationMasses 33 1.7349265
insert rho_30Width:InterpolationMasses 34 1.75707
insert rho_30Width:InterpolationMasses 35 1.7792135
insert rho_30Width:InterpolationMasses 36 1.8013569
insert rho_30Width:InterpolationMasses 37 1.8235004
insert rho_30Width:InterpolationMasses 38 1.8456438
insert rho_30Width:InterpolationMasses 39 1.8677873
insert rho_30Width:InterpolationMasses 40 1.8899308
insert rho_30Width:InterpolationMasses 41 1.9120742
insert rho_30Width:InterpolationMasses 42 1.9342177
insert rho_30Width:InterpolationMasses 43 1.9563612
insert rho_30Width:InterpolationMasses 44 1.9785046
insert rho_30Width:InterpolationMasses 45 2.0006481
insert rho_30Width:InterpolationMasses 46 2.0227915
insert rho_30Width:InterpolationMasses 47 2.044935
insert rho_30Width:InterpolationMasses 48 2.0670785
insert rho_30Width:InterpolationMasses 49 2.0892219
insert rho_30Width:InterpolationMasses 50 2.1113654
insert rho_30Width:InterpolationMasses 51 2.1335088
insert rho_30Width:InterpolationMasses 52 2.1556523
insert rho_30Width:InterpolationMasses 53 2.1777958
insert rho_30Width:InterpolationMasses 54 2.1999392
insert rho_30Width:InterpolationMasses 55 2.2220827
insert rho_30Width:InterpolationMasses 56 2.2442262
insert rho_30Width:InterpolationMasses 57 2.2663696
insert rho_30Width:InterpolationMasses 58 2.2885131
insert rho_30Width:InterpolationMasses 59 2.3106565
insert rho_30Width:InterpolationMasses 60 2.3328
insert rho_30Width:InterpolationMasses 61 2.3549435
insert rho_30Width:InterpolationMasses 62 2.3770869
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insert rho_30Width:InterpolationWidths 72 1.2987793e-08
insert rho_30Width:InterpolationWidths 73 2.121343e-08
insert rho_30Width:InterpolationWidths 74 3.2790451e-08
insert rho_30Width:InterpolationWidths 75 4.8528967e-08
insert rho_30Width:InterpolationWidths 76 6.6976673e-07
insert rho_30Width:InterpolationWidths 77 3.3737915e-06
insert rho_30Width:InterpolationWidths 78 1.1266977e-05
insert rho_30Width:InterpolationWidths 79 3.0137212e-05
insert rho_30Width:InterpolationWidths 80 7.0356542e-05
insert rho_30Width:InterpolationWidths 81 0.00015045308
insert rho_30Width:InterpolationWidths 82 0.00030409261
insert rho_30Width:InterpolationWidths 83 0.00059306061
insert rho_30Width:InterpolationWidths 84 0.0011260612
insert rho_30Width:InterpolationWidths 85 0.0020710899
insert rho_30Width:InterpolationWidths 86 0.0036570653
insert rho_30Width:InterpolationWidths 87 0.0061720744
insert rho_30Width:InterpolationWidths 88 0.0099655392
insert rho_30Width:InterpolationWidths 89 0.015448293
insert rho_30Width:InterpolationWidths 90 0.023096091
insert rho_30Width:InterpolationWidths 91 0.033452673
insert rho_30Width:InterpolationWidths 92 0.047129017
insert rho_30Width:InterpolationWidths 93 0.064803799
insert rho_30Width:InterpolationWidths 94 0.087228311
insert rho_30Width:InterpolationWidths 95 0.11521951
insert rho_30Width:InterpolationWidths 96 0.14966405
insert rho_30Width:InterpolationWidths 97 0.19150733
insert rho_30Width:InterpolationWidths 98 0.24176856
insert rho_30Width:InterpolationWidths 99 0.30153092
insert rho_30Width:InterpolationWidths 100 0.37194351
insert rho_30Width:InterpolationWidths 101 0.45422203
insert rho_30Width:InterpolationWidths 102 0.54964442
insert rho_30Width:InterpolationWidths 103 0.65955638
insert rho_30Width:InterpolationWidths 104 0.78536735
insert rho_30Width:InterpolationWidths 105 0.92855111
insert rho_30Width:InterpolationWidths 106 1.0906456
insert rho_30Width:InterpolationWidths 107 1.2732528
insert rho_30Width:InterpolationWidths 108 1.4780385
insert rho_30Width:InterpolationWidths 109 1.706732
insert rho_30Width:InterpolationWidths 110 1.9611267
insert rho_30Width:InterpolationWidths 111 2.2430792
insert rho_30Width:InterpolationWidths 112 2.55451
insert rho_30Width:InterpolationWidths 113 2.897403
insert rho_30Width:InterpolationWidths 114 3.2738063
insert rho_30Width:InterpolationWidths 115 3.6858313
insert rho_30Width:InterpolationWidths 116 4.1356538
insert rho_30Width:InterpolationWidths 117 4.6254134
insert rho_30Width:InterpolationWidths 118 5.1576034
insert rho_30Width:InterpolationWidths 119 5.7345025
insert rho_30Width:InterpolationWidths 120 6.3585444
insert rho_30Width:InterpolationWidths 121 7.0322275
insert rho_30Width:InterpolationWidths 122 7.7581158
insert rho_30Width:InterpolationWidths 123 8.5388388
insert rho_30Width:InterpolationWidths 124 9.377092
insert rho_30Width:InterpolationWidths 125 10.275637
insert rho_30Width:InterpolationWidths 126 0.00039114007
insert rho_30Width:InterpolationWidths 127 0.00055748859
insert rho_30Width:InterpolationWidths 128 0.00076473199
insert rho_30Width:InterpolationWidths 129 0.0010169395
insert rho_30Width:InterpolationWidths 130 0.0013180021
insert rho_30Width:InterpolationWidths 131 0.001671651
insert rho_30Width:InterpolationWidths 132 0.002081452
insert rho_30Width:InterpolationWidths 133 0.0025507987
insert rho_30Width:InterpolationWidths 134 0.0030829347
insert rho_30Width:InterpolationWidths 135 0.0036809693
insert rho_30Width:InterpolationWidths 136 0.0043478591
insert rho_30Width:InterpolationWidths 137 0.0050864364
insert rho_30Width:InterpolationWidths 138 0.0058994128
insert rho_30Width:InterpolationWidths 139 0.0067893887
insert rho_30Width:InterpolationWidths 140 0.0077588613
insert rho_30Width:InterpolationWidths 141 0.0088102327
insert rho_30Width:InterpolationWidths 142 0.0099458179
insert rho_30Width:InterpolationWidths 143 0.011167852
insert rho_30Width:InterpolationWidths 144 0.012478495
insert rho_30Width:InterpolationWidths 145 0.013879842
insert rho_30Width:InterpolationWidths 146 0.015373925
insert rho_30Width:InterpolationWidths 147 0.016962721
insert rho_30Width:InterpolationWidths 148 0.018648155
insert rho_30Width:InterpolationWidths 149 0.020432111
insert rho_30Width:InterpolationWidths 150 0.022316416
insert rho_30Width:InterpolationWidths 151 0.024302872
insert rho_30Width:InterpolationWidths 152 0.026393242
insert rho_30Width:InterpolationWidths 153 0.028589256
insert rho_30Width:InterpolationWidths 154 0.030892615
insert rho_30Width:InterpolationWidths 155 0.033304994
insert rho_30Width:InterpolationWidths 156 0.035828046
insert rho_30Width:InterpolationWidths 157 0.038463398
insert rho_30Width:InterpolationWidths 158 0.04121266
insert rho_30Width:InterpolationWidths 159 0.044077423
insert rho_30Width:InterpolationWidths 160 0.047059264
insert rho_30Width:InterpolationWidths 161 0.050159741
insert rho_30Width:InterpolationWidths 162 0.053380403
insert rho_30Width:InterpolationWidths 163 0.056722783
insert rho_30Width:InterpolationWidths 164 0.060188406
insert rho_30Width:InterpolationWidths 165 0.063778786
insert rho_30Width:InterpolationWidths 166 0.067495427
insert rho_30Width:InterpolationWidths 167 0.071339826
insert rho_30Width:InterpolationWidths 168 0.075313473
insert rho_30Width:InterpolationWidths 169 0.07941785
insert rho_30Width:InterpolationWidths 170 0.083654435
insert rho_30Width:InterpolationWidths 171 0.088024698
insert rho_30Width:InterpolationWidths 172 0.092530106
insert rho_30Width:InterpolationWidths 173 0.097172122
insert rho_30Width:InterpolationWidths 174 0.1019522
insert rho_30Width:InterpolationWidths 175 0.10687181
insert rho_30Width:InterpolationWidths 176 0.11193238
insert rho_30Width:InterpolationWidths 177 0.11713538
insert rho_30Width:InterpolationWidths 178 0.12248224
insert rho_30Width:InterpolationWidths 179 0.12797441
insert rho_30Width:InterpolationWidths 180 0
insert rho_30Width:InterpolationWidths 181 0
insert rho_30Width:InterpolationWidths 182 1.8523083e-12
insert rho_30Width:InterpolationWidths 183 1.4081413e-10
insert rho_30Width:InterpolationWidths 184 1.4026601e-09
insert rho_30Width:InterpolationWidths 185 7.099484e-09
insert rho_30Width:InterpolationWidths 186 2.5444699e-08
insert rho_30Width:InterpolationWidths 187 7.4173866e-08
insert rho_30Width:InterpolationWidths 188 1.893195e-07
insert rho_30Width:InterpolationWidths 189 4.4336515e-07
insert rho_30Width:InterpolationWidths 190 9.8789969e-07
insert rho_30Width:InterpolationWidths 191 2.1739221e-06
insert rho_30Width:InterpolationWidths 192 4.9365605e-06
insert rho_30Width:InterpolationWidths 193 1.1416762e-05
insert rho_30Width:InterpolationWidths 194 2.4436846e-05
insert rho_30Width:InterpolationWidths 195 4.6549349e-05
insert rho_30Width:InterpolationWidths 196 7.9917537e-05
insert rho_30Width:InterpolationWidths 197 0.00012640916
insert rho_30Width:InterpolationWidths 198 0.00018767158
insert rho_30Width:InterpolationWidths 199 0.00026518206
insert rho_30Width:InterpolationWidths 200 0.00036028233
insert rho_30Width:InterpolationWidths 201 0.00047420338
insert rho_30Width:InterpolationWidths 202 0.00060808395
insert rho_30Width:InterpolationWidths 203 0.00076298474
insert rho_30Width:InterpolationWidths 204 0.00093989985
insert rho_30Width:InterpolationWidths 205 0.0011397654
insert rho_30Width:InterpolationWidths 206 0.0013634676
insert rho_30Width:InterpolationWidths 207 0.0016118485
insert rho_30Width:InterpolationWidths 208 0.0018857115
insert rho_30Width:InterpolationWidths 209 0.0021858259
insert rho_30Width:InterpolationWidths 210 0.0025129305
insert rho_30Width:InterpolationWidths 211 0.0028677368
insert rho_30Width:InterpolationWidths 212 0.0032509325
insert rho_30Width:InterpolationWidths 213 0.0036631837
insert rho_30Width:InterpolationWidths 214 0.004105135
insert rho_30Width:InterpolationWidths 215 0.0045774011
insert rho_30Width:InterpolationWidths 216 0.0050806343
insert rho_30Width:InterpolationWidths 217 0.0056151932
insert rho_30Width:InterpolationWidths 218 0.006181824
insert rho_30Width:InterpolationWidths 219 0.0067809849
insert rho_30Width:InterpolationWidths 220 0.0074131871
insert rho_30Width:InterpolationWidths 221 0.0080789287
insert rho_30Width:InterpolationWidths 222 0.0087786958
insert rho_30Width:InterpolationWidths 223 0.0095129693
insert rho_30Width:InterpolationWidths 224 0.010282198
insert rho_30Width:InterpolationWidths 225 0.011086856
insert rho_30Width:InterpolationWidths 226 0.011927388
insert rho_30Width:InterpolationWidths 227 0.012804233
insert rho_30Width:InterpolationWidths 228 0.013717829
insert rho_30Width:InterpolationWidths 229 0.014668604
insert rho_30Width:InterpolationWidths 230 0.015656983
insert rho_30Width:InterpolationWidths 231 0.016683385
insert rho_30Width:InterpolationWidths 232 0.017748225
insert rho_30Width:InterpolationWidths 233 0.018851912
insert rho_30Width:InterpolationWidths 234 0
insert rho_30Width:InterpolationWidths 235 0
insert rho_30Width:InterpolationWidths 236 1.2226019e-13
insert rho_30Width:InterpolationWidths 237 7.4645067e-11
insert rho_30Width:InterpolationWidths 238 9.6851067e-10
insert rho_30Width:InterpolationWidths 239 5.3744917e-09
insert rho_30Width:InterpolationWidths 240 2.0107468e-08
insert rho_30Width:InterpolationWidths 241 5.9942484e-08
insert rho_30Width:InterpolationWidths 242 1.5472411e-07
insert rho_30Width:InterpolationWidths 243 3.6357552e-07
insert rho_30Width:InterpolationWidths 244 8.0668455e-07
insert rho_30Width:InterpolationWidths 245 1.7492637e-06
insert rho_30Width:InterpolationWidths 246 3.8693516e-06
insert rho_30Width:InterpolationWidths 247 8.9048994e-06
insert rho_30Width:InterpolationWidths 248 1.9630059e-05
insert rho_30Width:InterpolationWidths 249 3.8754863e-05
insert rho_30Width:InterpolationWidths 250 6.8576257e-05
insert rho_30Width:InterpolationWidths 251 0.00011105929
insert rho_30Width:InterpolationWidths 252 0.00016792404
insert rho_30Width:InterpolationWidths 253 0.00024070401
insert rho_30Width:InterpolationWidths 254 0.0003307857
insert rho_30Width:InterpolationWidths 255 0.00043943647
insert rho_30Width:InterpolationWidths 256 0.00056782504
insert rho_30Width:InterpolationWidths 257 0.00071703728
insert rho_30Width:InterpolationWidths 258 0.00088808811
insert rho_30Width:InterpolationWidths 259 0.0010819317
insert rho_30Width:InterpolationWidths 260 0.0012994695
insert rho_30Width:InterpolationWidths 261 0.0015415563
insert rho_30Width:InterpolationWidths 262 0.0018090069
insert rho_30Width:InterpolationWidths 263 0.0021025997
insert rho_30Width:InterpolationWidths 264 0.0024230815
insert rho_30Width:InterpolationWidths 265 0.0027711709
insert rho_30Width:InterpolationWidths 266 0.0031475614
insert rho_30Width:InterpolationWidths 267 0.0035529182
insert rho_30Width:InterpolationWidths 268 0.0039878693
insert rho_30Width:InterpolationWidths 269 0.0044530124
insert rho_30Width:InterpolationWidths 270 0.0049489207
insert rho_30Width:InterpolationWidths 271 0.0054761469
insert rho_30Width:InterpolationWidths 272 0.006035225
insert rho_30Width:InterpolationWidths 273 0.0066266734
insert rho_30Width:InterpolationWidths 274 0.0072509955
insert rho_30Width:InterpolationWidths 275 0.0079086865
insert rho_30Width:InterpolationWidths 276 0.0086002125
insert rho_30Width:InterpolationWidths 277 0.009326055
insert rho_30Width:InterpolationWidths 278 0.010086669
insert rho_30Width:InterpolationWidths 279 0.010882505
insert rho_30Width:InterpolationWidths 280 0.011714005
insert rho_30Width:InterpolationWidths 281 0.012581606
insert rho_30Width:InterpolationWidths 282 0.013485736
insert rho_30Width:InterpolationWidths 283 0.01442682
insert rho_30Width:InterpolationWidths 284 0.015405275
insert rho_30Width:InterpolationWidths 285 0.016421516
insert rho_30Width:InterpolationWidths 286 0.017475951
insert rho_30Width:InterpolationWidths 287 0.018568985
insert rho_30Width:InterpolationWidths 288 0
insert rho_30Width:InterpolationWidths 289 0
insert rho_30Width:InterpolationWidths 290 1.2226019e-13
insert rho_30Width:InterpolationWidths 291 7.4645067e-11
insert rho_30Width:InterpolationWidths 292 9.6851067e-10
insert rho_30Width:InterpolationWidths 293 5.3744917e-09
insert rho_30Width:InterpolationWidths 294 2.0107468e-08
insert rho_30Width:InterpolationWidths 295 5.9942484e-08
insert rho_30Width:InterpolationWidths 296 1.5472411e-07
insert rho_30Width:InterpolationWidths 297 3.6357552e-07
insert rho_30Width:InterpolationWidths 298 8.0668455e-07
insert rho_30Width:InterpolationWidths 299 1.7492637e-06
insert rho_30Width:InterpolationWidths 300 3.8693516e-06
insert rho_30Width:InterpolationWidths 301 8.9048994e-06
insert rho_30Width:InterpolationWidths 302 1.9630059e-05
insert rho_30Width:InterpolationWidths 303 3.8754863e-05
insert rho_30Width:InterpolationWidths 304 6.8576257e-05
insert rho_30Width:InterpolationWidths 305 0.00011105929
insert rho_30Width:InterpolationWidths 306 0.00016792404
insert rho_30Width:InterpolationWidths 307 0.00024070401
insert rho_30Width:InterpolationWidths 308 0.0003307857
insert rho_30Width:InterpolationWidths 309 0.00043943647
insert rho_30Width:InterpolationWidths 310 0.00056782504
insert rho_30Width:InterpolationWidths 311 0.00071703728
insert rho_30Width:InterpolationWidths 312 0.00088808811
insert rho_30Width:InterpolationWidths 313 0.0010819317
insert rho_30Width:InterpolationWidths 314 0.0012994695
insert rho_30Width:InterpolationWidths 315 0.0015415563
insert rho_30Width:InterpolationWidths 316 0.0018090069
insert rho_30Width:InterpolationWidths 317 0.0021025997
insert rho_30Width:InterpolationWidths 318 0.0024230815
insert rho_30Width:InterpolationWidths 319 0.0027711709
insert rho_30Width:InterpolationWidths 320 0.0031475614
insert rho_30Width:InterpolationWidths 321 0.0035529182
insert rho_30Width:InterpolationWidths 322 0.0039878693
insert rho_30Width:InterpolationWidths 323 0.0044530124
insert rho_30Width:InterpolationWidths 324 0.0049489207
insert rho_30Width:InterpolationWidths 325 0.0054761469
insert rho_30Width:InterpolationWidths 326 0.006035225
insert rho_30Width:InterpolationWidths 327 0.0066266734
insert rho_30Width:InterpolationWidths 328 0.0072509955
insert rho_30Width:InterpolationWidths 329 0.0079086865
insert rho_30Width:InterpolationWidths 330 0.0086002125
insert rho_30Width:InterpolationWidths 331 0.009326055
insert rho_30Width:InterpolationWidths 332 0.010086669
insert rho_30Width:InterpolationWidths 333 0.010882505
insert rho_30Width:InterpolationWidths 334 0.011714005
insert rho_30Width:InterpolationWidths 335 0.012581606
insert rho_30Width:InterpolationWidths 336 0.013485736
insert rho_30Width:InterpolationWidths 337 0.01442682
insert rho_30Width:InterpolationWidths 338 0.015405275
insert rho_30Width:InterpolationWidths 339 0.016421516
insert rho_30Width:InterpolationWidths 340 0.017475951
insert rho_30Width:InterpolationWidths 341 0.018568985
insert rho_30Width:InterpolationWidths 342 0
insert rho_30Width:InterpolationWidths 343 0
insert rho_30Width:InterpolationWidths 344 1.8523083e-12
insert rho_30Width:InterpolationWidths 345 1.4081413e-10
insert rho_30Width:InterpolationWidths 346 1.4026601e-09
insert rho_30Width:InterpolationWidths 347 7.099484e-09
insert rho_30Width:InterpolationWidths 348 2.5444699e-08
insert rho_30Width:InterpolationWidths 349 7.4173866e-08
insert rho_30Width:InterpolationWidths 350 1.893195e-07
insert rho_30Width:InterpolationWidths 351 4.4336515e-07
insert rho_30Width:InterpolationWidths 352 9.8789969e-07
insert rho_30Width:InterpolationWidths 353 2.1739221e-06
insert rho_30Width:InterpolationWidths 354 4.9365605e-06
insert rho_30Width:InterpolationWidths 355 1.1416762e-05
insert rho_30Width:InterpolationWidths 356 2.4436846e-05
insert rho_30Width:InterpolationWidths 357 4.6549349e-05
insert rho_30Width:InterpolationWidths 358 7.9917537e-05
insert rho_30Width:InterpolationWidths 359 0.00012640916
insert rho_30Width:InterpolationWidths 360 0.00018767158
insert rho_30Width:InterpolationWidths 361 0.00026518206
insert rho_30Width:InterpolationWidths 362 0.00036028233
insert rho_30Width:InterpolationWidths 363 0.00047420338
insert rho_30Width:InterpolationWidths 364 0.00060808395
insert rho_30Width:InterpolationWidths 365 0.00076298474
insert rho_30Width:InterpolationWidths 366 0.00093989985
insert rho_30Width:InterpolationWidths 367 0.0011397654
insert rho_30Width:InterpolationWidths 368 0.0013634676
insert rho_30Width:InterpolationWidths 369 0.0016118485
insert rho_30Width:InterpolationWidths 370 0.0018857115
insert rho_30Width:InterpolationWidths 371 0.0021858259
insert rho_30Width:InterpolationWidths 372 0.0025129305
insert rho_30Width:InterpolationWidths 373 0.0028677368
insert rho_30Width:InterpolationWidths 374 0.0032509325
insert rho_30Width:InterpolationWidths 375 0.0036631837
insert rho_30Width:InterpolationWidths 376 0.004105135
insert rho_30Width:InterpolationWidths 377 0.0045774011
insert rho_30Width:InterpolationWidths 378 0.0050806343
insert rho_30Width:InterpolationWidths 379 0.0056151932
insert rho_30Width:InterpolationWidths 380 0.006181824
insert rho_30Width:InterpolationWidths 381 0.0067809849
insert rho_30Width:InterpolationWidths 382 0.0074131871
insert rho_30Width:InterpolationWidths 383 0.0080789287
insert rho_30Width:InterpolationWidths 384 0.0087786958
insert rho_30Width:InterpolationWidths 385 0.0095129693
insert rho_30Width:InterpolationWidths 386 0.010282198
insert rho_30Width:InterpolationWidths 387 0.011086856
insert rho_30Width:InterpolationWidths 388 0.011927388
insert rho_30Width:InterpolationWidths 389 0.012804233
insert rho_30Width:InterpolationWidths 390 0.013717829
insert rho_30Width:InterpolationWidths 391 0.014668604
insert rho_30Width:InterpolationWidths 392 0.015656983
insert rho_30Width:InterpolationWidths 393 0.016683385
insert rho_30Width:InterpolationWidths 394 0.017748225
insert rho_30Width:InterpolationWidths 395 0.018851912
insert rho_30Width:NumberofEntries 0 0
insert rho_30Width:NumberofEntries 1 63
insert rho_30Width:NumberofEntries 2 126
insert rho_30Width:NumberofEntries 3 180
insert rho_30Width:NumberofEntries 4 180
insert rho_30Width:NumberofEntries 5 234
insert rho_30Width:NumberofEntries 6 288
insert rho_30Width:NumberofEntries 7 342
insert rho_30Width:NumberofEntries 8 396
insert rho_30Width:NumberofEntries 9 396
insert rho_30Width:NumberofEntries 10 396
newdef /Herwig/Particles/rho_30:Width_generator rho_30Width
#
create Herwig::GenericWidthGenerator rho_3+Width
newdef rho_3+Width:Particle /Herwig/Particles/rho_3+
newdef rho_3+Width:Prefactor 0.998673
newdef rho_3+Width:BRNormalize 1
newdef rho_3+Width:BRMinimum 0.01
newdef rho_3+Width:Points 50
newdef rho_3+Width:InterpolationOrder 1
insert rho_3+Width:MEtype 0 1
insert rho_3+Width:MEtype 1 2
insert rho_3+Width:MEtype 2 2
insert rho_3+Width:MEtype 3 2
insert rho_3+Width:MEtype 4 0
insert rho_3+Width:MEtype 5 2
insert rho_3+Width:MEtype 6 2
insert rho_3+Width:MEtype 7 1
insert rho_3+Width:MEcode 0 13
insert rho_3+Width:MEcode 1 0
insert rho_3+Width:MEcode 2 0
insert rho_3+Width:MEcode 3 0
insert rho_3+Width:MEcode 4 0
insert rho_3+Width:MEcode 5 0
insert rho_3+Width:MEcode 6 0
insert rho_3+Width:MEcode 7 13
insert rho_3+Width:MEcoupling 0 4.66038
insert rho_3+Width:MEcoupling 1 0.471662
insert rho_3+Width:MEcoupling 2 0.460292
insert rho_3+Width:MEcoupling 3 1.12647
insert rho_3+Width:MEcoupling 4 0.081547
insert rho_3+Width:MEcoupling 5 1.53218
insert rho_3+Width:MEcoupling 6 1.53016
insert rho_3+Width:MEcoupling 7 2.40979
insert rho_3+Width:ModeOn 0 1
insert rho_3+Width:ModeOn 1 1
insert rho_3+Width:ModeOn 2 1
insert rho_3+Width:ModeOn 3 1
insert rho_3+Width:ModeOn 4 1
insert rho_3+Width:ModeOn 5 1
insert rho_3+Width:ModeOn 6 1
insert rho_3+Width:ModeOn 7 1
insert rho_3+Width:MinimumMasses 0 0.274547
insert rho_3+Width:MinimumMasses 1 1.24387
insert rho_3+Width:MinimumMasses 2 1.23928
insert rho_3+Width:MinimumMasses 3 0.83543
insert rho_3+Width:MinimumMasses 4 0.75052
insert rho_3+Width:MinimumMasses 5 1.13923
insert rho_3+Width:MinimumMasses 6 1.13928
insert rho_3+Width:MinimumMasses 7 0.991288
insert rho_3+Width:MEmass1 0 0.13957
insert rho_3+Width:MEmass1 1 1.3183
insert rho_3+Width:MEmass1 2 1.3183
insert rho_3+Width:MEmass1 3 0.78266
insert rho_3+Width:MEmass1 4 0
insert rho_3+Width:MEmass1 5 0.89555
insert rho_3+Width:MEmass1 6 0.89167
insert rho_3+Width:MEmass1 7 0.493677
insert rho_3+Width:MEmass2 0 0.134977
insert rho_3+Width:MEmass2 1 0.13957
insert rho_3+Width:MEmass2 2 0.134977
insert rho_3+Width:MEmass2 3 0.13957
insert rho_3+Width:MEmass2 4 0
insert rho_3+Width:MEmass2 5 0.493677
insert rho_3+Width:MEmass2 6 0.497611
insert rho_3+Width:MEmass2 7 0.497611
insert rho_3+Width:DecayModes 0 rho_3+->pi+,pi0;
insert rho_3+Width:DecayModes 1 rho_3+->pi+,a_20;
insert rho_3+Width:DecayModes 2 rho_3+->a_2+,pi0;
insert rho_3+Width:DecayModes 3 rho_3+->omega,pi+;
insert rho_3+Width:DecayModes 4 rho_3+->rho+,rho0;
insert rho_3+Width:DecayModes 5 rho_3+->K+,K*bar0;
insert rho_3+Width:DecayModes 6 rho_3+->K*+,Kbar0;
insert rho_3+Width:DecayModes 7 rho_3+->K+,Kbar0;
insert rho_3+Width:InterpolationMasses 0 1.1994243
insert rho_3+Width:InterpolationMasses 1 1.2216473
insert rho_3+Width:InterpolationMasses 2 1.2438704
insert rho_3+Width:InterpolationMasses 3 1.246075
insert rho_3+Width:InterpolationMasses 4 1.2482836
insert rho_3+Width:InterpolationMasses 5 1.250496
insert rho_3+Width:InterpolationMasses 6 1.2527124
insert rho_3+Width:InterpolationMasses 7 1.2549327
insert rho_3+Width:InterpolationMasses 8 1.257157
insert rho_3+Width:InterpolationMasses 9 1.2593852
insert rho_3+Width:InterpolationMasses 10 1.2616173
insert rho_3+Width:InterpolationMasses 11 1.2638534
insert rho_3+Width:InterpolationMasses 12 1.2660934
insert rho_3+Width:InterpolationMasses 13 1.2883165
insert rho_3+Width:InterpolationMasses 14 1.3105395
insert rho_3+Width:InterpolationMasses 15 1.3327626
insert rho_3+Width:InterpolationMasses 16 1.3549857
insert rho_3+Width:InterpolationMasses 17 1.3772087
insert rho_3+Width:InterpolationMasses 18 1.3994318
insert rho_3+Width:InterpolationMasses 19 1.4216548
insert rho_3+Width:InterpolationMasses 20 1.4438779
insert rho_3+Width:InterpolationMasses 21 1.4661009
insert rho_3+Width:InterpolationMasses 22 1.488324
insert rho_3+Width:InterpolationMasses 23 1.510547
insert rho_3+Width:InterpolationMasses 24 1.5327701
insert rho_3+Width:InterpolationMasses 25 1.5549931
insert rho_3+Width:InterpolationMasses 26 1.5772162
insert rho_3+Width:InterpolationMasses 27 1.5994392
insert rho_3+Width:InterpolationMasses 28 1.6216623
insert rho_3+Width:InterpolationMasses 29 1.6438853
insert rho_3+Width:InterpolationMasses 30 1.6661084
insert rho_3+Width:InterpolationMasses 31 1.6883315
insert rho_3+Width:InterpolationMasses 32 1.7105545
insert rho_3+Width:InterpolationMasses 33 1.7327776
insert rho_3+Width:InterpolationMasses 34 1.7550006
insert rho_3+Width:InterpolationMasses 35 1.7772237
insert rho_3+Width:InterpolationMasses 36 1.7994467
insert rho_3+Width:InterpolationMasses 37 1.8216698
insert rho_3+Width:InterpolationMasses 38 1.8438928
insert rho_3+Width:InterpolationMasses 39 1.8661159
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insert rho_3+Width:InterpolationMasses 45 1.9994542
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insert rho_3+Width:InterpolationMasses 50 2.1105695
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insert rho_3+Width:InterpolationMasses 55 2.2216847
insert rho_3+Width:InterpolationMasses 56 2.2439078
insert rho_3+Width:InterpolationMasses 57 2.2661308
insert rho_3+Width:InterpolationMasses 58 2.2883539
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insert rho_3+Width:InterpolationMasses 60 2.3328
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insert rho_3+Width:InterpolationMasses 62 2.3772461
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insert rho_3+Width:InterpolationMasses 64 1.21696
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insert rho_3+Width:InterpolationMasses 66 1.2414906
insert rho_3+Width:InterpolationMasses 67 1.2437084
insert rho_3+Width:InterpolationMasses 68 1.2459301
insert rho_3+Width:InterpolationMasses 69 1.2481558
insert rho_3+Width:InterpolationMasses 70 1.2503854
insert rho_3+Width:InterpolationMasses 71 1.2526191
insert rho_3+Width:InterpolationMasses 72 1.2548567
insert rho_3+Width:InterpolationMasses 73 1.2570983
insert rho_3+Width:InterpolationMasses 74 1.259344
insert rho_3+Width:InterpolationMasses 75 1.2615936
insert rho_3+Width:InterpolationMasses 76 1.2839104
insert rho_3+Width:InterpolationMasses 77 1.3062272
insert rho_3+Width:InterpolationMasses 78 1.328544
insert rho_3+Width:InterpolationMasses 79 1.3508608
insert rho_3+Width:InterpolationMasses 80 1.3731776
insert rho_3+Width:InterpolationMasses 81 1.3954944
insert rho_3+Width:InterpolationMasses 82 1.4178112
insert rho_3+Width:InterpolationMasses 83 1.440128
insert rho_3+Width:InterpolationMasses 84 1.4624448
insert rho_3+Width:InterpolationMasses 85 1.4847616
insert rho_3+Width:InterpolationMasses 86 1.5070784
insert rho_3+Width:InterpolationMasses 87 1.5293952
insert rho_3+Width:InterpolationMasses 88 1.551712
insert rho_3+Width:InterpolationMasses 89 1.5740288
insert rho_3+Width:InterpolationMasses 90 1.5963456
insert rho_3+Width:InterpolationMasses 91 1.6186624
insert rho_3+Width:InterpolationMasses 92 1.6409792
insert rho_3+Width:InterpolationMasses 93 1.663296
insert rho_3+Width:InterpolationMasses 94 1.6856128
insert rho_3+Width:InterpolationMasses 95 1.7079296
insert rho_3+Width:InterpolationMasses 96 1.7302464
insert rho_3+Width:InterpolationMasses 97 1.7525632
insert rho_3+Width:InterpolationMasses 98 1.77488
insert rho_3+Width:InterpolationMasses 99 1.7971968
insert rho_3+Width:InterpolationMasses 100 1.8195136
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insert rho_3+Width:InterpolationMasses 117 2.1988992
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insert rho_3+Width:InterpolationMasses 130 1.1971265
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insert rho_3+Width:InterpolationMasses 133 1.2696163
insert rho_3+Width:InterpolationMasses 134 1.2937796
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insert rho_3+Width:InterpolationWidths 87 0.0050357155
insert rho_3+Width:InterpolationWidths 88 0.0083293746
insert rho_3+Width:InterpolationWidths 89 0.013163669
insert rho_3+Width:InterpolationWidths 90 0.019992829
insert rho_3+Width:InterpolationWidths 91 0.029334725
insert rho_3+Width:InterpolationWidths 92 0.041775595
insert rho_3+Width:InterpolationWidths 93 0.057969076
insert rho_3+Width:InterpolationWidths 94 0.078640166
insert rho_3+Width:InterpolationWidths 95 0.10457863
insert rho_3+Width:InterpolationWidths 96 0.13664117
insert rho_3+Width:InterpolationWidths 97 0.17575092
insert rho_3+Width:InterpolationWidths 98 0.22289721
insert rho_3+Width:InterpolationWidths 99 0.27914447
insert rho_3+Width:InterpolationWidths 100 0.3455972
insert rho_3+Width:InterpolationWidths 101 0.42344895
insert rho_3+Width:InterpolationWidths 102 0.51395065
insert rho_3+Width:InterpolationWidths 103 0.61841797
insert rho_3+Width:InterpolationWidths 104 0.73823081
insert rho_3+Width:InterpolationWidths 105 0.87483312
insert rho_3+Width:InterpolationWidths 106 1.0297327
insert rho_3+Width:InterpolationWidths 107 1.2045008
insert rho_3+Width:InterpolationWidths 108 1.4007724
insert rho_3+Width:InterpolationWidths 109 1.6202458
insert rho_3+Width:InterpolationWidths 110 1.8646824
insert rho_3+Width:InterpolationWidths 111 2.135907
insert rho_3+Width:InterpolationWidths 112 2.4358078
insert rho_3+Width:InterpolationWidths 113 2.766336
insert rho_3+Width:InterpolationWidths 114 3.1295064
insert rho_3+Width:InterpolationWidths 115 3.5273973
insert rho_3+Width:InterpolationWidths 116 3.9621503
insert rho_3+Width:InterpolationWidths 117 4.4359712
insert rho_3+Width:InterpolationWidths 118 4.9511294
insert rho_3+Width:InterpolationWidths 119 5.5099587
insert rho_3+Width:InterpolationWidths 120 6.1148572
insert rho_3+Width:InterpolationWidths 121 6.7682877
insert rho_3+Width:InterpolationWidths 122 7.4727781
insert rho_3+Width:InterpolationWidths 123 8.2309214
insert rho_3+Width:InterpolationWidths 124 9.0453764
insert rho_3+Width:InterpolationWidths 125 9.9188677
insert rho_3+Width:InterpolationWidths 126 0.00037726746
insert rho_3+Width:InterpolationWidths 127 0.00054077886
insert rho_3+Width:InterpolationWidths 128 0.0007450342
insert rho_3+Width:InterpolationWidths 129 0.00099410228
insert rho_3+Width:InterpolationWidths 130 0.0012918872
insert rho_3+Width:InterpolationWidths 131 0.0016421197
insert rho_3+Width:InterpolationWidths 132 0.0020483696
insert rho_3+Width:InterpolationWidths 133 0.0025140225
insert rho_3+Width:InterpolationWidths 134 0.0030423159
insert rho_3+Width:InterpolationWidths 135 0.0036363672
insert rho_3+Width:InterpolationWidths 136 0.0042991235
insert rho_3+Width:InterpolationWidths 137 0.0050334122
insert rho_3+Width:InterpolationWidths 138 0.0058419396
insert rho_3+Width:InterpolationWidths 139 0.0067273005
insert rho_3+Width:InterpolationWidths 140 0.0076919862
insert rho_3+Width:InterpolationWidths 141 0.008738393
insert rho_3+Width:InterpolationWidths 142 0.0098688294
insert rho_3+Width:InterpolationWidths 143 0.011085524
insert rho_3+Width:InterpolationWidths 144 0.012390632
insert rho_3+Width:InterpolationWidths 145 0.013786241
insert rho_3+Width:InterpolationWidths 146 0.015274378
insert rho_3+Width:InterpolationWidths 147 0.016857012
insert rho_3+Width:InterpolationWidths 148 0.018536064
insert rho_3+Width:InterpolationWidths 149 0.020313407
insert rho_3+Width:InterpolationWidths 150 0.02219087
insert rho_3+Width:InterpolationWidths 151 0.024170246
insert rho_3+Width:InterpolationWidths 152 0.026253253
insert rho_3+Width:InterpolationWidths 153 0.02844169
insert rho_3+Width:InterpolationWidths 154 0.030737216
insert rho_3+Width:InterpolationWidths 155 0.033141502
insert rho_3+Width:InterpolationWidths 156 0.035656194
insert rho_3+Width:InterpolationWidths 157 0.038282915
insert rho_3+Width:InterpolationWidths 158 0.041023269
insert rho_3+Width:InterpolationWidths 159 0.043878844
insert rho_3+Width:InterpolationWidths 160 0.046851209
insert rho_3+Width:InterpolationWidths 161 0.049941919
insert rho_3+Width:InterpolationWidths 162 0.053152517
insert rho_3+Width:InterpolationWidths 163 0.056484532
insert rho_3+Width:InterpolationWidths 164 0.059939484
insert rho_3+Width:InterpolationWidths 165 0.063518882
insert rho_3+Width:InterpolationWidths 166 0.067224226
insert rho_3+Width:InterpolationWidths 167 0.071057008
insert rho_3+Width:InterpolationWidths 168 0.075018713
insert rho_3+Width:InterpolationWidths 169 0.07911082
insert rho_3+Width:InterpolationWidths 170 0.083334801
insert rho_3+Width:InterpolationWidths 171 0.087692122
insert rho_3+Width:InterpolationWidths 172 0.092184247
insert rho_3+Width:InterpolationWidths 173 0.096812632
insert rho_3+Width:InterpolationWidths 174 0.10157873
insert rho_3+Width:InterpolationWidths 175 0.106484
insert rho_3+Width:InterpolationWidths 176 0.11152988
insert rho_3+Width:InterpolationWidths 177 0.11671781
insert rho_3+Width:InterpolationWidths 178 0.12204925
insert rho_3+Width:InterpolationWidths 179 0.12752562
insert rho_3+Width:InterpolationWidths 180 0
insert rho_3+Width:InterpolationWidths 181 0
insert rho_3+Width:InterpolationWidths 182 1.7552675e-12
insert rho_3+Width:InterpolationWidths 183 2.5440221e-10
insert rho_3+Width:InterpolationWidths 184 2.7007096e-09
insert rho_3+Width:InterpolationWidths 185 1.3797543e-08
insert rho_3+Width:InterpolationWidths 186 4.934002e-08
insert rho_3+Width:InterpolationWidths 187 1.4302713e-07
insert rho_3+Width:InterpolationWidths 188 3.6249059e-07
insert rho_3+Width:InterpolationWidths 189 8.418233e-07
insert rho_3+Width:InterpolationWidths 190 1.8560202e-06
insert rho_3+Width:InterpolationWidths 191 4.0240747e-06
insert rho_3+Width:InterpolationWidths 192 8.964733e-06
insert rho_3+Width:InterpolationWidths 193 2.0637475e-05
insert rho_3+Width:InterpolationWidths 194 4.477823e-05
insert rho_3+Width:InterpolationWidths 195 8.6745205e-05
insert rho_3+Width:InterpolationWidths 196 0.00015107205
insert rho_3+Width:InterpolationWidths 197 0.00024165499
insert rho_3+Width:InterpolationWidths 198 0.00036191814
insert rho_3+Width:InterpolationWidths 199 0.00051492385
insert rho_3+Width:InterpolationWidths 200 0.0007034504
insert rho_3+Width:InterpolationWidths 201 0.00093003219
insert rho_3+Width:InterpolationWidths 202 0.0011970256
insert rho_3+Width:InterpolationWidths 203 0.0015066131
insert rho_3+Width:InterpolationWidths 204 0.0018608396
insert rho_3+Width:InterpolationWidths 205 0.0022616298
insert rho_3+Width:InterpolationWidths 206 0.0027108036
insert rho_3+Width:InterpolationWidths 207 0.003210089
insert rho_3+Width:InterpolationWidths 208 0.0037611331
insert rho_3+Width:InterpolationWidths 209 0.0043655118
insert rho_3+Width:InterpolationWidths 210 0.0050247375
insert rho_3+Width:InterpolationWidths 211 0.0057402662
insert rho_3+Width:InterpolationWidths 212 0.0065135038
insert rho_3+Width:InterpolationWidths 213 0.0073457946
insert rho_3+Width:InterpolationWidths 214 0.0082384087
insert rho_3+Width:InterpolationWidths 215 0.0091925565
insert rho_3+Width:InterpolationWidths 216 0.0102094
insert rho_3+Width:InterpolationWidths 217 0.011290062
insert rho_3+Width:InterpolationWidths 218 0.012435626
insert rho_3+Width:InterpolationWidths 219 0.013647144
insert rho_3+Width:InterpolationWidths 220 0.01492564
insert rho_3+Width:InterpolationWidths 221 0.016272121
insert rho_3+Width:InterpolationWidths 222 0.017687535
insert rho_3+Width:InterpolationWidths 223 0.01917286
insert rho_3+Width:InterpolationWidths 224 0.020729023
insert rho_3+Width:InterpolationWidths 225 0.022356939
insert rho_3+Width:InterpolationWidths 226 0.024057511
insert rho_3+Width:InterpolationWidths 227 0.025831625
insert rho_3+Width:InterpolationWidths 228 0.027680155
insert rho_3+Width:InterpolationWidths 229 0.029603965
insert rho_3+Width:InterpolationWidths 230 0.031603906
insert rho_3+Width:InterpolationWidths 231 0.033680819
insert rho_3+Width:InterpolationWidths 232 0.03583554
insert rho_3+Width:InterpolationWidths 233 0.038068893
insert rho_3+Width:InterpolationWidths 234 0
insert rho_3+Width:InterpolationWidths 235 0
insert rho_3+Width:InterpolationWidths 236 9.788566e-13
insert rho_3+Width:InterpolationWidths 237 1.7628495e-10
insert rho_3+Width:InterpolationWidths 238 2.0975508e-09
insert rho_3+Width:InterpolationWidths 239 1.1486324e-08
insert rho_3+Width:InterpolationWidths 240 4.3026585e-08
insert rho_3+Width:InterpolationWidths 241 1.2894423e-07
insert rho_3+Width:InterpolationWidths 242 3.3512447e-07
insert rho_3+Width:InterpolationWidths 243 7.9392278e-07
insert rho_3+Width:InterpolationWidths 244 1.7794227e-06
insert rho_3+Width:InterpolationWidths 245 3.9128578e-06
insert rho_3+Width:InterpolationWidths 246 8.8222959e-06
insert rho_3+Width:InterpolationWidths 247 2.0473853e-05
insert rho_3+Width:InterpolationWidths 248 4.4602996e-05
insert rho_3+Width:InterpolationWidths 249 8.6577367e-05
insert rho_3+Width:InterpolationWidths 250 0.00015094382
insert rho_3+Width:InterpolationWidths 251 0.00024161059
insert rho_3+Width:InterpolationWidths 252 0.00036201316
insert rho_3+Width:InterpolationWidths 253 0.00051521733
insert rho_3+Width:InterpolationWidths 254 0.00070400944
insert rho_3+Width:InterpolationWidths 255 0.00093093529
insert rho_3+Width:InterpolationWidths 256 0.0011983474
insert rho_3+Width:InterpolationWidths 257 0.0015084338
insert rho_3+Width:InterpolationWidths 258 0.001863243
insert rho_3+Width:InterpolationWidths 259 0.0022647014
insert rho_3+Width:InterpolationWidths 260 0.0027146314
insert rho_3+Width:InterpolationWidths 261 0.0032147629
insert rho_3+Width:InterpolationWidths 262 0.0037667453
insert rho_3+Width:InterpolationWidths 263 0.0043721565
insert rho_3+Width:InterpolationWidths 264 0.0050325109
insert rho_3+Width:InterpolationWidths 265 0.0057492669
insert rho_3+Width:InterpolationWidths 266 0.0065238325
insert rho_3+Width:InterpolationWidths 267 0.007357571
insert rho_3+Width:InterpolationWidths 268 0.008251803
insert rho_3+Width:InterpolationWidths 269 0.0092077911
insert rho_3+Width:InterpolationWidths 270 0.010226734
insert rho_3+Width:InterpolationWidths 271 0.011309781
insert rho_3+Width:InterpolationWidths 272 0.012458045
insert rho_3+Width:InterpolationWidths 273 0.013672599
insert rho_3+Width:InterpolationWidths 274 0.014954489
insert rho_3+Width:InterpolationWidths 275 0.016304732
insert rho_3+Width:InterpolationWidths 276 0.017724322
insert rho_3+Width:InterpolationWidths 277 0.019214239
insert rho_3+Width:InterpolationWidths 278 0.020775401
insert rho_3+Width:InterpolationWidths 279 0.022408774
insert rho_3+Width:InterpolationWidths 280 0.024115263
insert rho_3+Width:InterpolationWidths 281 0.025895769
insert rho_3+Width:InterpolationWidths 282 0.027751181
insert rho_3+Width:InterpolationWidths 283 0.029682374
insert rho_3+Width:InterpolationWidths 284 0.031690213
insert rho_3+Width:InterpolationWidths 285 0.033775553
insert rho_3+Width:InterpolationWidths 286 0.035939238
insert rho_3+Width:InterpolationWidths 287 0.038182106
insert rho_3+Width:NumberofEntries 0 0
insert rho_3+Width:NumberofEntries 1 63
insert rho_3+Width:NumberofEntries 2 126
insert rho_3+Width:NumberofEntries 3 180
insert rho_3+Width:NumberofEntries 4 180
insert rho_3+Width:NumberofEntries 5 234
insert rho_3+Width:NumberofEntries 6 288
insert rho_3+Width:NumberofEntries 7 288
newdef /Herwig/Particles/rho_3+:Width_generator rho_3+Width
newdef /Herwig/Particles/rho_3-:Width_generator rho_3+Width
#
create Herwig::GenericWidthGenerator omega_3Width
newdef omega_3Width:Particle /Herwig/Particles/omega_3
newdef omega_3Width:Prefactor 0.999323
newdef omega_3Width:BRNormalize 1
newdef omega_3Width:BRMinimum 0.01
newdef omega_3Width:Points 50
newdef omega_3Width:InterpolationOrder 1
insert omega_3Width:MEtype 0 2
insert omega_3Width:MEtype 1 2
insert omega_3Width:MEtype 2 2
insert omega_3Width:MEtype 3 2
insert omega_3Width:MEtype 4 2
insert omega_3Width:MEtype 5 2
insert omega_3Width:MEcode 0 0
insert omega_3Width:MEcode 1 0
insert omega_3Width:MEcode 2 0
insert omega_3Width:MEcode 3 0
insert omega_3Width:MEcode 4 0
insert omega_3Width:MEcode 5 0
insert omega_3Width:MEcoupling 0 1.05738
insert omega_3Width:MEcoupling 1 1.06131
insert omega_3Width:MEcoupling 2 1.06131
insert omega_3Width:MEcoupling 3 1.40272
insert omega_3Width:MEcoupling 4 1.37588
insert omega_3Width:MEcoupling 5 1.40272
insert omega_3Width:ModeOn 0 1
insert omega_3Width:ModeOn 1 1
insert omega_3Width:ModeOn 2 1
insert omega_3Width:ModeOn 3 1
insert omega_3Width:ModeOn 4 1
insert omega_3Width:ModeOn 5 1
insert omega_3Width:MinimumMasses 0 0.510237
insert omega_3Width:MinimumMasses 1 0.51483
insert omega_3Width:MinimumMasses 2 0.51483
insert omega_3Width:MinimumMasses 3 1.06907
insert omega_3Width:MinimumMasses 4 1.06448
insert omega_3Width:MinimumMasses 5 1.06907
insert omega_3Width:MEmass1 0 0.77526
insert omega_3Width:MEmass1 1 0.77526
insert omega_3Width:MEmass1 2 0.77526
insert omega_3Width:MEmass1 3 1.2295
insert omega_3Width:MEmass1 4 1.2295
insert omega_3Width:MEmass1 5 1.2295
insert omega_3Width:MEmass2 0 0.134977
insert omega_3Width:MEmass2 1 0.13957
insert omega_3Width:MEmass2 2 0.13957
insert omega_3Width:MEmass2 3 0.13957
insert omega_3Width:MEmass2 4 0.134977
insert omega_3Width:MEmass2 5 0.13957
insert omega_3Width:DecayModes 0 omega_3->rho0,pi0;
insert omega_3Width:DecayModes 1 omega_3->rho-,pi+;
insert omega_3Width:DecayModes 2 omega_3->rho+,pi-;
insert omega_3Width:DecayModes 3 omega_3->b_1-,pi+;
insert omega_3Width:DecayModes 4 omega_3->b_10,pi0;
insert omega_3Width:DecayModes 5 omega_3->b_1+,pi-;
insert omega_3Width:InterpolationMasses 0 1.3035714
insert omega_3Width:InterpolationMasses 1 1.3172857
insert omega_3Width:InterpolationMasses 2 1.331
insert omega_3Width:InterpolationMasses 3 1.3447143
insert omega_3Width:InterpolationMasses 4 1.3584286
insert omega_3Width:InterpolationMasses 5 1.3721429
insert omega_3Width:InterpolationMasses 6 1.3858571
insert omega_3Width:InterpolationMasses 7 1.3995714
insert omega_3Width:InterpolationMasses 8 1.4132857
insert omega_3Width:InterpolationMasses 9 1.427
insert omega_3Width:InterpolationMasses 10 1.4407143
insert omega_3Width:InterpolationMasses 11 1.4544286
insert omega_3Width:InterpolationMasses 12 1.4681429
insert omega_3Width:InterpolationMasses 13 1.4818571
insert omega_3Width:InterpolationMasses 14 1.4955714
insert omega_3Width:InterpolationMasses 15 1.5092857
insert omega_3Width:InterpolationMasses 16 1.523
insert omega_3Width:InterpolationMasses 17 1.5367143
insert omega_3Width:InterpolationMasses 18 1.5504286
insert omega_3Width:InterpolationMasses 19 1.5641429
insert omega_3Width:InterpolationMasses 20 1.5778571
insert omega_3Width:InterpolationMasses 21 1.5915714
insert omega_3Width:InterpolationMasses 22 1.6052857
insert omega_3Width:InterpolationMasses 23 1.619
insert omega_3Width:InterpolationMasses 24 1.6327143
insert omega_3Width:InterpolationMasses 25 1.6464286
insert omega_3Width:InterpolationMasses 26 1.6601429
insert omega_3Width:InterpolationMasses 27 1.6738571
insert omega_3Width:InterpolationMasses 28 1.6875714
insert omega_3Width:InterpolationMasses 29 1.7012857
insert omega_3Width:InterpolationMasses 30 1.715
insert omega_3Width:InterpolationMasses 31 1.7287143
insert omega_3Width:InterpolationMasses 32 1.7424286
insert omega_3Width:InterpolationMasses 33 1.7561429
insert omega_3Width:InterpolationMasses 34 1.7698571
insert omega_3Width:InterpolationMasses 35 1.7835714
insert omega_3Width:InterpolationMasses 36 1.7972857
insert omega_3Width:InterpolationMasses 37 1.811
insert omega_3Width:InterpolationMasses 38 1.8247143
insert omega_3Width:InterpolationMasses 39 1.8384286
insert omega_3Width:InterpolationMasses 40 1.8521429
insert omega_3Width:InterpolationMasses 41 1.8658571
insert omega_3Width:InterpolationMasses 42 1.8795714
insert omega_3Width:InterpolationMasses 43 1.8932857
insert omega_3Width:InterpolationMasses 44 1.907
insert omega_3Width:InterpolationMasses 45 1.9207143
insert omega_3Width:InterpolationMasses 46 1.9344286
insert omega_3Width:InterpolationMasses 47 1.9481429
insert omega_3Width:InterpolationMasses 48 1.9618571
insert omega_3Width:InterpolationMasses 49 1.9755714
insert omega_3Width:InterpolationMasses 50 1.9892857
insert omega_3Width:InterpolationMasses 51 2.003
insert omega_3Width:InterpolationMasses 52 2.0167143
insert omega_3Width:InterpolationMasses 53 2.0304286
insert omega_3Width:InterpolationMasses 54 1.3035714
insert omega_3Width:InterpolationMasses 55 1.3172857
insert omega_3Width:InterpolationMasses 56 1.331
insert omega_3Width:InterpolationMasses 57 1.3447143
insert omega_3Width:InterpolationMasses 58 1.3584286
insert omega_3Width:InterpolationMasses 59 1.3721429
insert omega_3Width:InterpolationMasses 60 1.3858571
insert omega_3Width:InterpolationMasses 61 1.3995714
insert omega_3Width:InterpolationMasses 62 1.4132857
insert omega_3Width:InterpolationMasses 63 1.427
insert omega_3Width:InterpolationMasses 64 1.4407143
insert omega_3Width:InterpolationMasses 65 1.4544286
insert omega_3Width:InterpolationMasses 66 1.4681429
insert omega_3Width:InterpolationMasses 67 1.4818571
insert omega_3Width:InterpolationMasses 68 1.4955714
insert omega_3Width:InterpolationMasses 69 1.5092857
insert omega_3Width:InterpolationMasses 70 1.523
insert omega_3Width:InterpolationMasses 71 1.5367143
insert omega_3Width:InterpolationMasses 72 1.5504286
insert omega_3Width:InterpolationMasses 73 1.5641429
insert omega_3Width:InterpolationMasses 74 1.5778571
insert omega_3Width:InterpolationMasses 75 1.5915714
insert omega_3Width:InterpolationMasses 76 1.6052857
insert omega_3Width:InterpolationMasses 77 1.619
insert omega_3Width:InterpolationMasses 78 1.6327143
insert omega_3Width:InterpolationMasses 79 1.6464286
insert omega_3Width:InterpolationMasses 80 1.6601429
insert omega_3Width:InterpolationMasses 81 1.6738571
insert omega_3Width:InterpolationMasses 82 1.6875714
insert omega_3Width:InterpolationMasses 83 1.7012857
insert omega_3Width:InterpolationMasses 84 1.715
insert omega_3Width:InterpolationMasses 85 1.7287143
insert omega_3Width:InterpolationMasses 86 1.7424286
insert omega_3Width:InterpolationMasses 87 1.7561429
insert omega_3Width:InterpolationMasses 88 1.7698571
insert omega_3Width:InterpolationMasses 89 1.7835714
insert omega_3Width:InterpolationMasses 90 1.7972857
insert omega_3Width:InterpolationMasses 91 1.811
insert omega_3Width:InterpolationMasses 92 1.8247143
insert omega_3Width:InterpolationMasses 93 1.8384286
insert omega_3Width:InterpolationMasses 94 1.8521429
insert omega_3Width:InterpolationMasses 95 1.8658571
insert omega_3Width:InterpolationMasses 96 1.8795714
insert omega_3Width:InterpolationMasses 97 1.8932857
insert omega_3Width:InterpolationMasses 98 1.907
insert omega_3Width:InterpolationMasses 99 1.9207143
insert omega_3Width:InterpolationMasses 100 1.9344286
insert omega_3Width:InterpolationMasses 101 1.9481429
insert omega_3Width:InterpolationMasses 102 1.9618571
insert omega_3Width:InterpolationMasses 103 1.9755714
insert omega_3Width:InterpolationMasses 104 1.9892857
insert omega_3Width:InterpolationMasses 105 2.003
insert omega_3Width:InterpolationMasses 106 2.0167143
insert omega_3Width:InterpolationMasses 107 2.0304286
insert omega_3Width:InterpolationMasses 108 1.3035714
insert omega_3Width:InterpolationMasses 109 1.3172857
insert omega_3Width:InterpolationMasses 110 1.331
insert omega_3Width:InterpolationMasses 111 1.3447143
insert omega_3Width:InterpolationMasses 112 1.3584286
insert omega_3Width:InterpolationMasses 113 1.3721429
insert omega_3Width:InterpolationMasses 114 1.3858571
insert omega_3Width:InterpolationMasses 115 1.3995714
insert omega_3Width:InterpolationMasses 116 1.4132857
insert omega_3Width:InterpolationMasses 117 1.427
insert omega_3Width:InterpolationMasses 118 1.4407143
insert omega_3Width:InterpolationMasses 119 1.4544286
insert omega_3Width:InterpolationMasses 120 1.4681429
insert omega_3Width:InterpolationMasses 121 1.4818571
insert omega_3Width:InterpolationMasses 122 1.4955714
insert omega_3Width:InterpolationMasses 123 1.5092857
insert omega_3Width:InterpolationMasses 124 1.523
insert omega_3Width:InterpolationMasses 125 1.5367143
insert omega_3Width:InterpolationMasses 126 1.5504286
insert omega_3Width:InterpolationMasses 127 1.5641429
insert omega_3Width:InterpolationMasses 128 1.5778571
insert omega_3Width:InterpolationMasses 129 1.5915714
insert omega_3Width:InterpolationMasses 130 1.6052857
insert omega_3Width:InterpolationMasses 131 1.619
insert omega_3Width:InterpolationMasses 132 1.6327143
insert omega_3Width:InterpolationMasses 133 1.6464286
insert omega_3Width:InterpolationMasses 134 1.6601429
insert omega_3Width:InterpolationMasses 135 1.6738571
insert omega_3Width:InterpolationMasses 136 1.6875714
insert omega_3Width:InterpolationMasses 137 1.7012857
insert omega_3Width:InterpolationMasses 138 1.715
insert omega_3Width:InterpolationMasses 139 1.7287143
insert omega_3Width:InterpolationMasses 140 1.7424286
insert omega_3Width:InterpolationMasses 141 1.7561429
insert omega_3Width:InterpolationMasses 142 1.7698571
insert omega_3Width:InterpolationMasses 143 1.7835714
insert omega_3Width:InterpolationMasses 144 1.7972857
insert omega_3Width:InterpolationMasses 145 1.811
insert omega_3Width:InterpolationMasses 146 1.8247143
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insert omega_3Width:InterpolationWidths 240 0.012303746
insert omega_3Width:InterpolationWidths 241 0.014015184
insert omega_3Width:InterpolationWidths 242 0.015894178
insert omega_3Width:InterpolationWidths 243 0.017949717
insert omega_3Width:InterpolationWidths 244 0.020191135
insert omega_3Width:InterpolationWidths 245 0.02262749
insert omega_3Width:InterpolationWidths 246 0.025267952
insert omega_3Width:InterpolationWidths 247 0.028121705
insert omega_3Width:InterpolationWidths 248 0.031197916
insert omega_3Width:InterpolationWidths 249 0.034505746
insert omega_3Width:InterpolationWidths 250 0.03805434
insert omega_3Width:InterpolationWidths 251 0.04185282
insert omega_3Width:InterpolationWidths 252 0.045910285
insert omega_3Width:InterpolationWidths 253 0.050235775
insert omega_3Width:InterpolationWidths 254 0.0548383
insert omega_3Width:InterpolationWidths 255 0.05972683
insert omega_3Width:InterpolationWidths 256 0.064910284
insert omega_3Width:InterpolationWidths 257 0.070397529
insert omega_3Width:InterpolationWidths 258 0.076197403
insert omega_3Width:InterpolationWidths 259 0.082318647
insert omega_3Width:InterpolationWidths 260 0.088769957
insert omega_3Width:InterpolationWidths 261 0.095559953
insert omega_3Width:InterpolationWidths 262 0.10269725
insert omega_3Width:InterpolationWidths 263 0.11019036
insert omega_3Width:InterpolationWidths 264 0.11804771
insert omega_3Width:InterpolationWidths 265 0.12627769
insert omega_3Width:InterpolationWidths 266 0.13488865
insert omega_3Width:InterpolationWidths 267 0.14388881
insert omega_3Width:InterpolationWidths 268 0.15328635
insert omega_3Width:InterpolationWidths 269 0.16308941
insert omega_3Width:InterpolationWidths 270 6.6058247e-05
insert omega_3Width:InterpolationWidths 271 8.9779803e-05
insert omega_3Width:InterpolationWidths 272 0.00012082671
insert omega_3Width:InterpolationWidths 273 0.00016137568
insert omega_3Width:InterpolationWidths 274 0.0002139133
insert omega_3Width:InterpolationWidths 275 0.00028160913
insert omega_3Width:InterpolationWidths 276 0.00036824401
insert omega_3Width:InterpolationWidths 277 0.00047801548
insert omega_3Width:InterpolationWidths 278 0.00061598137
insert omega_3Width:InterpolationWidths 279 0.0007872536
insert omega_3Width:InterpolationWidths 280 0.0009976591
insert omega_3Width:InterpolationWidths 281 0.0012533523
insert omega_3Width:InterpolationWidths 282 0.0015608237
insert omega_3Width:InterpolationWidths 283 0.0019269197
insert omega_3Width:InterpolationWidths 284 0.0023586821
insert omega_3Width:InterpolationWidths 285 0.002863822
insert omega_3Width:InterpolationWidths 286 0.0034497672
insert omega_3Width:InterpolationWidths 287 0.0041244456
insert omega_3Width:InterpolationWidths 288 0.0048960488
insert omega_3Width:InterpolationWidths 289 0.0057728488
insert omega_3Width:InterpolationWidths 290 0.0067633047
insert omega_3Width:InterpolationWidths 291 0.0078759995
insert omega_3Width:InterpolationWidths 292 0.0091196738
insert omega_3Width:InterpolationWidths 293 0.010503156
insert omega_3Width:InterpolationWidths 294 0.012035375
insert omega_3Width:InterpolationWidths 295 0.013725336
insert omega_3Width:InterpolationWidths 296 0.015582099
insert omega_3Width:InterpolationWidths 297 0.017614768
insert omega_3Width:InterpolationWidths 298 0.019832488
insert omega_3Width:InterpolationWidths 299 0.022244435
insert omega_3Width:InterpolationWidths 300 0.024859788
insert omega_3Width:InterpolationWidths 301 0.02768759
insert omega_3Width:InterpolationWidths 302 0.030737335
insert omega_3Width:InterpolationWidths 303 0.034018038
insert omega_3Width:InterpolationWidths 304 0.037538859
insert omega_3Width:InterpolationWidths 305 0.041308927
insert omega_3Width:InterpolationWidths 306 0.045337357
insert omega_3Width:InterpolationWidths 307 0.049633203
insert omega_3Width:InterpolationWidths 308 0.054205482
insert omega_3Width:InterpolationWidths 309 0.059063176
insert omega_3Width:InterpolationWidths 310 0.064215213
insert omega_3Width:InterpolationWidths 311 0.069670474
insert omega_3Width:InterpolationWidths 312 0.075437795
insert omega_3Width:InterpolationWidths 313 0.081525945
insert omega_3Width:InterpolationWidths 314 0.087943619
insert omega_3Width:InterpolationWidths 315 0.094699458
insert omega_3Width:InterpolationWidths 316 0.10180206
insert omega_3Width:InterpolationWidths 317 0.10925996
insert omega_3Width:InterpolationWidths 318 0.11708161
insert omega_3Width:InterpolationWidths 319 0.12527539
insert omega_3Width:InterpolationWidths 320 0.13384965
insert omega_3Width:InterpolationWidths 321 0.14281264
insert omega_3Width:InterpolationWidths 322 0.15217254
insert omega_3Width:InterpolationWidths 323 0.16193749
insert omega_3Width:NumberofEntries 0 54
insert omega_3Width:NumberofEntries 1 108
insert omega_3Width:NumberofEntries 2 162
insert omega_3Width:NumberofEntries 3 216
insert omega_3Width:NumberofEntries 4 270
insert omega_3Width:NumberofEntries 5 324
newdef /Herwig/Particles/omega_3:Width_generator omega_3Width
#
create Herwig::GenericWidthGenerator phi_3Width
newdef phi_3Width:Particle /Herwig/Particles/phi_3
newdef phi_3Width:Prefactor 0.999764
newdef phi_3Width:BRNormalize 1
newdef phi_3Width:BRMinimum 0.01
newdef phi_3Width:Points 50
newdef phi_3Width:InterpolationOrder 1
insert phi_3Width:MEtype 0 1
insert phi_3Width:MEtype 1 1
insert phi_3Width:MEtype 2 2
insert phi_3Width:MEtype 3 2
insert phi_3Width:MEtype 4 2
insert phi_3Width:MEtype 5 2
insert phi_3Width:MEcode 0 13
insert phi_3Width:MEcode 1 13
insert phi_3Width:MEcode 2 0
insert phi_3Width:MEcode 3 0
insert phi_3Width:MEcode 4 0
insert phi_3Width:MEcode 5 0
insert phi_3Width:MEcoupling 0 6.61455
insert phi_3Width:MEcoupling 1 6.5414
insert phi_3Width:MEcoupling 2 1.08382
insert phi_3Width:MEcoupling 3 1.12116
insert phi_3Width:MEcoupling 4 1.12116
insert phi_3Width:MEcoupling 5 1.08382
insert phi_3Width:ModeOn 0 1
insert phi_3Width:ModeOn 1 1
insert phi_3Width:ModeOn 2 1
insert phi_3Width:ModeOn 3 1
insert phi_3Width:ModeOn 4 1
insert phi_3Width:ModeOn 5 1
insert phi_3Width:MinimumMasses 0 0.995222
insert phi_3Width:MinimumMasses 1 0.987354
insert phi_3Width:MinimumMasses 2 1.13535
insert phi_3Width:MinimumMasses 3 1.14316
insert phi_3Width:MinimumMasses 4 1.14316
insert phi_3Width:MinimumMasses 5 1.13535
insert phi_3Width:MEmass1 0 0.497611
insert phi_3Width:MEmass1 1 0.493677
insert phi_3Width:MEmass1 2 0.89167
insert phi_3Width:MEmass1 3 0.89555
insert phi_3Width:MEmass1 4 0.89555
insert phi_3Width:MEmass1 5 0.89167
insert phi_3Width:MEmass2 0 0.497611
insert phi_3Width:MEmass2 1 0.493677
insert phi_3Width:MEmass2 2 0.493677
insert phi_3Width:MEmass2 3 0.497611
insert phi_3Width:MEmass2 4 0.497611
insert phi_3Width:MEmass2 5 0.493677
insert phi_3Width:DecayModes 0 phi_3->K_S0,K_L0;
insert phi_3Width:DecayModes 1 phi_3->K+,K-;
insert phi_3Width:DecayModes 2 phi_3->K*-,K+;
insert phi_3Width:DecayModes 3 phi_3->K*bar0,K0;
insert phi_3Width:DecayModes 4 phi_3->K*0,Kbar0;
insert phi_3Width:DecayModes 5 phi_3->K*+,K-;
insert phi_3Width:InterpolationMasses 0 1.3834898
insert phi_3Width:InterpolationMasses 1 1.4012449
insert phi_3Width:InterpolationMasses 2 1.419
insert phi_3Width:InterpolationMasses 3 1.4367551
insert phi_3Width:InterpolationMasses 4 1.4545102
insert phi_3Width:InterpolationMasses 5 1.4722653
insert phi_3Width:InterpolationMasses 6 1.4900204
insert phi_3Width:InterpolationMasses 7 1.5077755
insert phi_3Width:InterpolationMasses 8 1.5255306
insert phi_3Width:InterpolationMasses 9 1.5432857
insert phi_3Width:InterpolationMasses 10 1.5610408
insert phi_3Width:InterpolationMasses 11 1.5787959
insert phi_3Width:InterpolationMasses 12 1.596551
insert phi_3Width:InterpolationMasses 13 1.6143061
insert phi_3Width:InterpolationMasses 14 1.6320612
insert phi_3Width:InterpolationMasses 15 1.6498163
insert phi_3Width:InterpolationMasses 16 1.6675714
insert phi_3Width:InterpolationMasses 17 1.6853265
insert phi_3Width:InterpolationMasses 18 1.7030816
insert phi_3Width:InterpolationMasses 19 1.7208367
insert phi_3Width:InterpolationMasses 20 1.7385918
insert phi_3Width:InterpolationMasses 21 1.7563469
insert phi_3Width:InterpolationMasses 22 1.774102
insert phi_3Width:InterpolationMasses 23 1.7918571
insert phi_3Width:InterpolationMasses 24 1.8096122
insert phi_3Width:InterpolationMasses 25 1.8273673
insert phi_3Width:InterpolationMasses 26 1.8451224
insert phi_3Width:InterpolationMasses 27 1.8628776
insert phi_3Width:InterpolationMasses 28 1.8806327
insert phi_3Width:InterpolationMasses 29 1.8983878
insert phi_3Width:InterpolationMasses 30 1.9161429
insert phi_3Width:InterpolationMasses 31 1.933898
insert phi_3Width:InterpolationMasses 32 1.9516531
insert phi_3Width:InterpolationMasses 33 1.9694082
insert phi_3Width:InterpolationMasses 34 1.9871633
insert phi_3Width:InterpolationMasses 35 2.0049184
insert phi_3Width:InterpolationMasses 36 2.0226735
insert phi_3Width:InterpolationMasses 37 2.0404286
insert phi_3Width:InterpolationMasses 38 2.0581837
insert phi_3Width:InterpolationMasses 39 2.0759388
insert phi_3Width:InterpolationMasses 40 2.0936939
insert phi_3Width:InterpolationMasses 41 2.111449
insert phi_3Width:InterpolationMasses 42 2.1292041
insert phi_3Width:InterpolationMasses 43 2.1469592
insert phi_3Width:InterpolationMasses 44 2.1647143
insert phi_3Width:InterpolationMasses 45 2.1824694
insert phi_3Width:InterpolationMasses 46 2.2002245
insert phi_3Width:InterpolationMasses 47 2.2179796
insert phi_3Width:InterpolationMasses 48 2.2357347
insert phi_3Width:InterpolationMasses 49 2.2534898
insert phi_3Width:InterpolationMasses 50 2.2712449
insert phi_3Width:InterpolationMasses 51 2.289
insert phi_3Width:InterpolationMasses 52 2.3067551
insert phi_3Width:InterpolationMasses 53 2.3245102
insert phi_3Width:InterpolationMasses 54 1.3834898
insert phi_3Width:InterpolationMasses 55 1.4012449
insert phi_3Width:InterpolationMasses 56 1.419
insert phi_3Width:InterpolationMasses 57 1.4367551
insert phi_3Width:InterpolationMasses 58 1.4545102
insert phi_3Width:InterpolationMasses 59 1.4722653
insert phi_3Width:InterpolationMasses 60 1.4900204
insert phi_3Width:InterpolationMasses 61 1.5077755
insert phi_3Width:InterpolationMasses 62 1.5255306
insert phi_3Width:InterpolationMasses 63 1.5432857
insert phi_3Width:InterpolationMasses 64 1.5610408
insert phi_3Width:InterpolationMasses 65 1.5787959
insert phi_3Width:InterpolationMasses 66 1.596551
insert phi_3Width:InterpolationMasses 67 1.6143061
insert phi_3Width:InterpolationMasses 68 1.6320612
insert phi_3Width:InterpolationMasses 69 1.6498163
insert phi_3Width:InterpolationMasses 70 1.6675714
insert phi_3Width:InterpolationMasses 71 1.6853265
insert phi_3Width:InterpolationMasses 72 1.7030816
insert phi_3Width:InterpolationMasses 73 1.7208367
insert phi_3Width:InterpolationMasses 74 1.7385918
insert phi_3Width:InterpolationMasses 75 1.7563469
insert phi_3Width:InterpolationMasses 76 1.774102
insert phi_3Width:InterpolationMasses 77 1.7918571
insert phi_3Width:InterpolationMasses 78 1.8096122
insert phi_3Width:InterpolationMasses 79 1.8273673
insert phi_3Width:InterpolationMasses 80 1.8451224
insert phi_3Width:InterpolationMasses 81 1.8628776
insert phi_3Width:InterpolationMasses 82 1.8806327
insert phi_3Width:InterpolationMasses 83 1.8983878
insert phi_3Width:InterpolationMasses 84 1.9161429
insert phi_3Width:InterpolationMasses 85 1.933898
insert phi_3Width:InterpolationMasses 86 1.9516531
insert phi_3Width:InterpolationMasses 87 1.9694082
insert phi_3Width:InterpolationMasses 88 1.9871633
insert phi_3Width:InterpolationMasses 89 2.0049184
insert phi_3Width:InterpolationMasses 90 2.0226735
insert phi_3Width:InterpolationMasses 91 2.0404286
insert phi_3Width:InterpolationMasses 92 2.0581837
insert phi_3Width:InterpolationMasses 93 2.0759388
insert phi_3Width:InterpolationMasses 94 2.0936939
insert phi_3Width:InterpolationMasses 95 2.111449
insert phi_3Width:InterpolationMasses 96 2.1292041
insert phi_3Width:InterpolationMasses 97 2.1469592
insert phi_3Width:InterpolationMasses 98 2.1647143
insert phi_3Width:InterpolationMasses 99 2.1824694
insert phi_3Width:InterpolationMasses 100 2.2002245
insert phi_3Width:InterpolationMasses 101 2.2179796
insert phi_3Width:InterpolationMasses 102 2.2357347
insert phi_3Width:InterpolationMasses 103 2.2534898
insert phi_3Width:InterpolationMasses 104 2.2712449
insert phi_3Width:InterpolationMasses 105 2.289
insert phi_3Width:InterpolationMasses 106 2.3067551
insert phi_3Width:InterpolationMasses 107 2.3245102
insert phi_3Width:InterpolationMasses 108 1.3834898
insert phi_3Width:InterpolationMasses 109 1.4012449
insert phi_3Width:InterpolationMasses 110 1.419
insert phi_3Width:InterpolationMasses 111 1.4367551
insert phi_3Width:InterpolationMasses 112 1.4545102
insert phi_3Width:InterpolationMasses 113 1.4722653
insert phi_3Width:InterpolationMasses 114 1.4900204
insert phi_3Width:InterpolationMasses 115 1.5077755
insert phi_3Width:InterpolationMasses 116 1.5255306
insert phi_3Width:InterpolationMasses 117 1.5432857
insert phi_3Width:InterpolationMasses 118 1.5610408
insert phi_3Width:InterpolationMasses 119 1.5787959
insert phi_3Width:InterpolationMasses 120 1.596551
insert phi_3Width:InterpolationMasses 121 1.6143061
insert phi_3Width:InterpolationMasses 122 1.6320612
insert phi_3Width:InterpolationMasses 123 1.6498163
insert phi_3Width:InterpolationMasses 124 1.6675714
insert phi_3Width:InterpolationMasses 125 1.6853265
insert phi_3Width:InterpolationMasses 126 1.7030816
insert phi_3Width:InterpolationMasses 127 1.7208367
insert phi_3Width:InterpolationMasses 128 1.7385918
insert phi_3Width:InterpolationMasses 129 1.7563469
insert phi_3Width:InterpolationMasses 130 1.774102
insert phi_3Width:InterpolationMasses 131 1.7918571
insert phi_3Width:InterpolationMasses 132 1.8096122
insert phi_3Width:InterpolationMasses 133 1.8273673
insert phi_3Width:InterpolationMasses 134 1.8451224
insert phi_3Width:InterpolationMasses 135 1.8628776
insert phi_3Width:InterpolationMasses 136 1.8806327
insert phi_3Width:InterpolationMasses 137 1.8983878
insert phi_3Width:InterpolationMasses 138 1.9161429
insert phi_3Width:InterpolationMasses 139 1.933898
insert phi_3Width:InterpolationMasses 140 1.9516531
insert phi_3Width:InterpolationMasses 141 1.9694082
insert phi_3Width:InterpolationMasses 142 1.9871633
insert phi_3Width:InterpolationMasses 143 2.0049184
insert phi_3Width:InterpolationMasses 144 2.0226735
insert phi_3Width:InterpolationMasses 145 2.0404286
insert phi_3Width:InterpolationMasses 146 2.0581837
insert phi_3Width:InterpolationMasses 147 2.0759388
insert phi_3Width:InterpolationMasses 148 2.0936939
insert phi_3Width:InterpolationMasses 149 2.111449
insert phi_3Width:InterpolationMasses 150 2.1292041
insert phi_3Width:InterpolationMasses 151 2.1469592
insert phi_3Width:InterpolationMasses 152 2.1647143
insert phi_3Width:InterpolationMasses 153 2.1824694
insert phi_3Width:InterpolationMasses 154 2.2002245
insert phi_3Width:InterpolationMasses 155 2.2179796
insert phi_3Width:InterpolationMasses 156 2.2357347
insert phi_3Width:InterpolationMasses 157 2.2534898
insert phi_3Width:InterpolationMasses 158 2.2712449
insert phi_3Width:InterpolationMasses 159 2.289
insert phi_3Width:InterpolationMasses 160 2.3067551
insert phi_3Width:InterpolationMasses 161 2.3245102
insert phi_3Width:InterpolationMasses 162 1.3834898
insert phi_3Width:InterpolationMasses 163 1.4012449
insert phi_3Width:InterpolationMasses 164 1.419
insert phi_3Width:InterpolationMasses 165 1.4367551
insert phi_3Width:InterpolationMasses 166 1.4545102
insert phi_3Width:InterpolationMasses 167 1.4722653
insert phi_3Width:InterpolationMasses 168 1.4900204
insert phi_3Width:InterpolationMasses 169 1.5077755
insert phi_3Width:InterpolationMasses 170 1.5255306
insert phi_3Width:InterpolationMasses 171 1.5432857
insert phi_3Width:InterpolationMasses 172 1.5610408
insert phi_3Width:InterpolationMasses 173 1.5787959
insert phi_3Width:InterpolationMasses 174 1.596551
insert phi_3Width:InterpolationMasses 175 1.6143061
insert phi_3Width:InterpolationMasses 176 1.6320612
insert phi_3Width:InterpolationMasses 177 1.6498163
insert phi_3Width:InterpolationMasses 178 1.6675714
insert phi_3Width:InterpolationMasses 179 1.6853265
insert phi_3Width:InterpolationMasses 180 1.7030816
insert phi_3Width:InterpolationMasses 181 1.7208367
insert phi_3Width:InterpolationMasses 182 1.7385918
insert phi_3Width:InterpolationMasses 183 1.7563469
insert phi_3Width:InterpolationMasses 184 1.774102
insert phi_3Width:InterpolationMasses 185 1.7918571
insert phi_3Width:InterpolationMasses 186 1.8096122
insert phi_3Width:InterpolationMasses 187 1.8273673
insert phi_3Width:InterpolationMasses 188 1.8451224
insert phi_3Width:InterpolationMasses 189 1.8628776
insert phi_3Width:InterpolationMasses 190 1.8806327
insert phi_3Width:InterpolationMasses 191 1.8983878
insert phi_3Width:InterpolationMasses 192 1.9161429
insert phi_3Width:InterpolationMasses 193 1.933898
insert phi_3Width:InterpolationMasses 194 1.9516531
insert phi_3Width:InterpolationMasses 195 1.9694082
insert phi_3Width:InterpolationMasses 196 1.9871633
insert phi_3Width:InterpolationMasses 197 2.0049184
insert phi_3Width:InterpolationMasses 198 2.0226735
insert phi_3Width:InterpolationMasses 199 2.0404286
insert phi_3Width:InterpolationMasses 200 2.0581837
insert phi_3Width:InterpolationMasses 201 2.0759388
insert phi_3Width:InterpolationMasses 202 2.0936939
insert phi_3Width:InterpolationMasses 203 2.111449
insert phi_3Width:InterpolationMasses 204 2.1292041
insert phi_3Width:InterpolationMasses 205 2.1469592
insert phi_3Width:InterpolationMasses 206 2.1647143
insert phi_3Width:InterpolationMasses 207 2.1824694
insert phi_3Width:InterpolationMasses 208 2.2002245
insert phi_3Width:InterpolationMasses 209 2.2179796
insert phi_3Width:InterpolationMasses 210 2.2357347
insert phi_3Width:InterpolationMasses 211 2.2534898
insert phi_3Width:InterpolationMasses 212 2.2712449
insert phi_3Width:InterpolationMasses 213 2.289
insert phi_3Width:InterpolationMasses 214 2.3067551
insert phi_3Width:InterpolationMasses 215 2.3245102
insert phi_3Width:InterpolationWidths 0 9.4113672e-06
insert phi_3Width:InterpolationWidths 1 1.7480347e-05
insert phi_3Width:InterpolationWidths 2 3.2063194e-05
insert phi_3Width:InterpolationWidths 3 5.5881067e-05
insert phi_3Width:InterpolationWidths 4 9.1368122e-05
insert phi_3Width:InterpolationWidths 5 0.00014067307
insert phi_3Width:InterpolationWidths 6 0.00020571377
insert phi_3Width:InterpolationWidths 7 0.00028822388
insert phi_3Width:InterpolationWidths 8 0.00038978938
insert phi_3Width:InterpolationWidths 9 0.00051186575
insert phi_3Width:InterpolationWidths 10 0.00065581453
insert phi_3Width:InterpolationWidths 11 0.0008229014
insert phi_3Width:InterpolationWidths 12 0.0010143167
insert phi_3Width:InterpolationWidths 13 0.0012311834
insert phi_3Width:InterpolationWidths 14 0.001474565
insert phi_3Width:InterpolationWidths 15 0.0017454723
insert phi_3Width:InterpolationWidths 16 0.0020448694
insert phi_3Width:InterpolationWidths 17 0.0023736774
insert phi_3Width:InterpolationWidths 18 0.00273278
insert phi_3Width:InterpolationWidths 19 0.0031230259
insert phi_3Width:InterpolationWidths 20 0.003545233
insert phi_3Width:InterpolationWidths 21 0.0040001905
insert phi_3Width:InterpolationWidths 22 0.0044886616
insert phi_3Width:InterpolationWidths 23 0.0050113857
insert phi_3Width:InterpolationWidths 24 0.0055690806
insert phi_3Width:InterpolationWidths 25 0.006162444
insert phi_3Width:InterpolationWidths 26 0.0067921553
insert phi_3Width:InterpolationWidths 27 0.0074588768
insert phi_3Width:InterpolationWidths 28 0.0081632555
insert phi_3Width:InterpolationWidths 29 0.0089059244
insert phi_3Width:InterpolationWidths 30 0.0096875004
insert phi_3Width:InterpolationWidths 31 0.010508579
insert phi_3Width:InterpolationWidths 32 0.011369731
insert phi_3Width:InterpolationWidths 33 0.012271511
insert phi_3Width:InterpolationWidths 34 0.013214457
insert phi_3Width:InterpolationWidths 35 0.014199094
insert phi_3Width:InterpolationWidths 36 0.015225936
insert phi_3Width:InterpolationWidths 37 0.016295483
insert phi_3Width:InterpolationWidths 38 0.017408228
insert phi_3Width:InterpolationWidths 39 0.018564651
insert phi_3Width:InterpolationWidths 40 0.019765226
insert phi_3Width:InterpolationWidths 41 0.021010419
insert phi_3Width:InterpolationWidths 42 0.022300686
insert phi_3Width:InterpolationWidths 43 0.023636493
insert phi_3Width:InterpolationWidths 44 0.025018242
insert phi_3Width:InterpolationWidths 45 0.026446413
insert phi_3Width:InterpolationWidths 46 0.027921424
insert phi_3Width:InterpolationWidths 47 0.029443704
insert phi_3Width:InterpolationWidths 48 0.031013674
insert phi_3Width:InterpolationWidths 49 0.032631754
insert phi_3Width:InterpolationWidths 50 0.034298356
insert phi_3Width:InterpolationWidths 51 0.036013892
insert phi_3Width:InterpolationWidths 52 0.037778767
insert phi_3Width:InterpolationWidths 53 0.039593385
insert phi_3Width:InterpolationWidths 54 7.4338466e-06
insert phi_3Width:InterpolationWidths 55 1.3597604e-05
insert phi_3Width:InterpolationWidths 56 2.5100595e-05
insert phi_3Width:InterpolationWidths 57 4.4755118e-05
insert phi_3Width:InterpolationWidths 58 7.5156829e-05
insert phi_3Width:InterpolationWidths 59 0.00011859174
insert phi_3Width:InterpolationWidths 60 0.00017708591
insert phi_3Width:InterpolationWidths 61 0.00025245903
insert phi_3Width:InterpolationWidths 62 0.00034636506
insert phi_3Width:InterpolationWidths 63 0.00046032222
insert phi_3Width:InterpolationWidths 64 0.00059573533
insert phi_3Width:InterpolationWidths 65 0.00075391292
insert phi_3Width:InterpolationWidths 66 0.00093608071
insert phi_3Width:InterpolationWidths 67 0.0011433923
insert phi_3Width:InterpolationWidths 68 0.001376938
insert phi_3Width:InterpolationWidths 69 0.0016377524
insert phi_3Width:InterpolationWidths 70 0.0019268196
insert phi_3Width:InterpolationWidths 71 0.0022450797
insert phi_3Width:InterpolationWidths 72 0.0025934321
insert phi_3Width:InterpolationWidths 73 0.0029727404
insert phi_3Width:InterpolationWidths 74 0.0033838351
insert phi_3Width:InterpolationWidths 75 0.0038275167
insert phi_3Width:InterpolationWidths 76 0.0043045587
insert phi_3Width:InterpolationWidths 77 0.0048157096
insert phi_3Width:InterpolationWidths 78 0.0053616952
insert phi_3Width:InterpolationWidths 79 0.0059432203
insert phi_3Width:InterpolationWidths 80 0.0065609706
insert phi_3Width:InterpolationWidths 81 0.0072156145
insert phi_3Width:InterpolationWidths 82 0.0079078023
insert phi_3Width:InterpolationWidths 83 0.0086381598
insert phi_3Width:InterpolationWidths 84 0.0094072854
insert phi_3Width:InterpolationWidths 85 0.01021589
insert phi_3Width:InterpolationWidths 86 0.011064133
insert phi_3Width:InterpolationWidths 87 0.011952958
insert phi_3Width:InterpolationWidths 88 0.012882763
insert phi_3Width:InterpolationWidths 89 0.013854062
insert phi_3Width:InterpolationWidths 90 0.014867363
insert phi_3Width:InterpolationWidths 91 0.015923158
insert phi_3Width:InterpolationWidths 92 0.017021931
insert phi_3Width:InterpolationWidths 93 0.018164158
insert phi_3Width:InterpolationWidths 94 0.019350316
insert phi_3Width:InterpolationWidths 95 0.02058083
insert phi_3Width:InterpolationWidths 96 0.021856184
insert phi_3Width:InterpolationWidths 97 0.023176812
insert phi_3Width:InterpolationWidths 98 0.024543151
insert phi_3Width:InterpolationWidths 99 0.025955634
insert phi_3Width:InterpolationWidths 100 0.027414686
insert phi_3Width:InterpolationWidths 101 0.02892073
insert phi_3Width:InterpolationWidths 102 0.030474182
insert phi_3Width:InterpolationWidths 103 0.032075455
insert phi_3Width:InterpolationWidths 104 0.033724957
insert phi_3Width:InterpolationWidths 105 0.035423092
insert phi_3Width:InterpolationWidths 106 0.037170261
insert phi_3Width:InterpolationWidths 107 0.038966862
insert phi_3Width:InterpolationWidths 108 7.4338466e-06
insert phi_3Width:InterpolationWidths 109 1.3597604e-05
insert phi_3Width:InterpolationWidths 110 2.5100595e-05
insert phi_3Width:InterpolationWidths 111 4.4755118e-05
insert phi_3Width:InterpolationWidths 112 7.5156829e-05
insert phi_3Width:InterpolationWidths 113 0.00011859174
insert phi_3Width:InterpolationWidths 114 0.00017708591
insert phi_3Width:InterpolationWidths 115 0.00025245903
insert phi_3Width:InterpolationWidths 116 0.00034636506
insert phi_3Width:InterpolationWidths 117 0.00046032222
insert phi_3Width:InterpolationWidths 118 0.00059573533
insert phi_3Width:InterpolationWidths 119 0.00075391292
insert phi_3Width:InterpolationWidths 120 0.00093608071
insert phi_3Width:InterpolationWidths 121 0.0011433923
insert phi_3Width:InterpolationWidths 122 0.001376938
insert phi_3Width:InterpolationWidths 123 0.0016377524
insert phi_3Width:InterpolationWidths 124 0.0019268196
insert phi_3Width:InterpolationWidths 125 0.0022450797
insert phi_3Width:InterpolationWidths 126 0.0025934321
insert phi_3Width:InterpolationWidths 127 0.0029727404
insert phi_3Width:InterpolationWidths 128 0.0033838351
insert phi_3Width:InterpolationWidths 129 0.0038275167
insert phi_3Width:InterpolationWidths 130 0.0043045587
insert phi_3Width:InterpolationWidths 131 0.0048157096
insert phi_3Width:InterpolationWidths 132 0.0053616952
insert phi_3Width:InterpolationWidths 133 0.0059432203
insert phi_3Width:InterpolationWidths 134 0.0065609706
insert phi_3Width:InterpolationWidths 135 0.0072156145
insert phi_3Width:InterpolationWidths 136 0.0079078023
insert phi_3Width:InterpolationWidths 137 0.0086381598
insert phi_3Width:InterpolationWidths 138 0.0094072854
insert phi_3Width:InterpolationWidths 139 0.01021589
insert phi_3Width:InterpolationWidths 140 0.011064133
insert phi_3Width:InterpolationWidths 141 0.011952958
insert phi_3Width:InterpolationWidths 142 0.012882763
insert phi_3Width:InterpolationWidths 143 0.013854062
insert phi_3Width:InterpolationWidths 144 0.014867363
insert phi_3Width:InterpolationWidths 145 0.015923158
insert phi_3Width:InterpolationWidths 146 0.017021931
insert phi_3Width:InterpolationWidths 147 0.018164158
insert phi_3Width:InterpolationWidths 148 0.019350316
insert phi_3Width:InterpolationWidths 149 0.02058083
insert phi_3Width:InterpolationWidths 150 0.021856184
insert phi_3Width:InterpolationWidths 151 0.023176812
insert phi_3Width:InterpolationWidths 152 0.024543151
insert phi_3Width:InterpolationWidths 153 0.025955634
insert phi_3Width:InterpolationWidths 154 0.027414686
insert phi_3Width:InterpolationWidths 155 0.02892073
insert phi_3Width:InterpolationWidths 156 0.030474182
insert phi_3Width:InterpolationWidths 157 0.032075455
insert phi_3Width:InterpolationWidths 158 0.033724957
insert phi_3Width:InterpolationWidths 159 0.035423092
insert phi_3Width:InterpolationWidths 160 0.037170261
insert phi_3Width:InterpolationWidths 161 0.038966862
insert phi_3Width:InterpolationWidths 162 9.4113672e-06
insert phi_3Width:InterpolationWidths 163 1.7480347e-05
insert phi_3Width:InterpolationWidths 164 3.2063194e-05
insert phi_3Width:InterpolationWidths 165 5.5881067e-05
insert phi_3Width:InterpolationWidths 166 9.1368122e-05
insert phi_3Width:InterpolationWidths 167 0.00014067307
insert phi_3Width:InterpolationWidths 168 0.00020571377
insert phi_3Width:InterpolationWidths 169 0.00028822388
insert phi_3Width:InterpolationWidths 170 0.00038978938
insert phi_3Width:InterpolationWidths 171 0.00051186575
insert phi_3Width:InterpolationWidths 172 0.00065581453
insert phi_3Width:InterpolationWidths 173 0.0008229014
insert phi_3Width:InterpolationWidths 174 0.0010143167
insert phi_3Width:InterpolationWidths 175 0.0012311834
insert phi_3Width:InterpolationWidths 176 0.001474565
insert phi_3Width:InterpolationWidths 177 0.0017454723
insert phi_3Width:InterpolationWidths 178 0.0020448694
insert phi_3Width:InterpolationWidths 179 0.0023736774
insert phi_3Width:InterpolationWidths 180 0.00273278
insert phi_3Width:InterpolationWidths 181 0.0031230259
insert phi_3Width:InterpolationWidths 182 0.003545233
insert phi_3Width:InterpolationWidths 183 0.0040001905
insert phi_3Width:InterpolationWidths 184 0.0044886616
insert phi_3Width:InterpolationWidths 185 0.0050113857
insert phi_3Width:InterpolationWidths 186 0.0055690806
insert phi_3Width:InterpolationWidths 187 0.006162444
insert phi_3Width:InterpolationWidths 188 0.0067921553
insert phi_3Width:InterpolationWidths 189 0.0074588768
insert phi_3Width:InterpolationWidths 190 0.0081632555
insert phi_3Width:InterpolationWidths 191 0.0089059244
insert phi_3Width:InterpolationWidths 192 0.0096875004
insert phi_3Width:InterpolationWidths 193 0.010508579
insert phi_3Width:InterpolationWidths 194 0.011369731
insert phi_3Width:InterpolationWidths 195 0.012271511
insert phi_3Width:InterpolationWidths 196 0.013214457
insert phi_3Width:InterpolationWidths 197 0.014199094
insert phi_3Width:InterpolationWidths 198 0.015225936
insert phi_3Width:InterpolationWidths 199 0.016295483
insert phi_3Width:InterpolationWidths 200 0.017408228
insert phi_3Width:InterpolationWidths 201 0.018564651
insert phi_3Width:InterpolationWidths 202 0.019765226
insert phi_3Width:InterpolationWidths 203 0.021010419
insert phi_3Width:InterpolationWidths 204 0.022300686
insert phi_3Width:InterpolationWidths 205 0.023636493
insert phi_3Width:InterpolationWidths 206 0.025018242
insert phi_3Width:InterpolationWidths 207 0.026446413
insert phi_3Width:InterpolationWidths 208 0.027921424
insert phi_3Width:InterpolationWidths 209 0.029443704
insert phi_3Width:InterpolationWidths 210 0.031013674
insert phi_3Width:InterpolationWidths 211 0.032631754
insert phi_3Width:InterpolationWidths 212 0.034298356
insert phi_3Width:InterpolationWidths 213 0.036013892
insert phi_3Width:InterpolationWidths 214 0.037778767
insert phi_3Width:InterpolationWidths 215 0.039593385
insert phi_3Width:NumberofEntries 0 0
insert phi_3Width:NumberofEntries 1 0
insert phi_3Width:NumberofEntries 2 54
insert phi_3Width:NumberofEntries 3 108
insert phi_3Width:NumberofEntries 4 162
insert phi_3Width:NumberofEntries 5 216
newdef /Herwig/Particles/phi_3:Width_generator phi_3Width
#
create Herwig::GenericWidthGenerator pi_20Width
newdef pi_20Width:Particle /Herwig/Particles/pi_20
newdef pi_20Width:Prefactor 1.0405
newdef pi_20Width:BRNormalize 1
newdef pi_20Width:BRMinimum 0.01
newdef pi_20Width:Points 50
newdef pi_20Width:InterpolationOrder 1
insert pi_20Width:MEtype 0 2
insert pi_20Width:MEtype 1 2
insert pi_20Width:MEtype 2 2
insert pi_20Width:MEtype 3 2
insert pi_20Width:MEtype 4 2
insert pi_20Width:MEtype 5 2
insert pi_20Width:MEtype 6 2
insert pi_20Width:MEtype 7 2
insert pi_20Width:MEtype 8 2
insert pi_20Width:MEcode 0 0
insert pi_20Width:MEcode 1 0
insert pi_20Width:MEcode 2 0
insert pi_20Width:MEcode 3 0
insert pi_20Width:MEcode 4 0
insert pi_20Width:MEcode 5 0
insert pi_20Width:MEcode 6 0
insert pi_20Width:MEcode 7 0
insert pi_20Width:MEcode 8 0
insert pi_20Width:MEcoupling 0 0.953325
insert pi_20Width:MEcoupling 1 0.995785
insert pi_20Width:MEcoupling 2 0.995785
insert pi_20Width:MEcoupling 3 0.945054
insert pi_20Width:MEcoupling 4 0.163289
insert pi_20Width:MEcoupling 5 0.982549
insert pi_20Width:MEcoupling 6 1.01883
insert pi_20Width:MEcoupling 7 1.01883
insert pi_20Width:MEcoupling 8 0.982549
insert pi_20Width:ModeOn 0 1
insert pi_20Width:ModeOn 1 1
insert pi_20Width:ModeOn 2 1
insert pi_20Width:ModeOn 3 1
insert pi_20Width:ModeOn 4 1
insert pi_20Width:ModeOn 5 0
insert pi_20Width:ModeOn 6 0
insert pi_20Width:ModeOn 7 0
insert pi_20Width:ModeOn 8 0
insert pi_20Width:MinimumMasses 0 1.23548
insert pi_20Width:MinimumMasses 1 0.51483
insert pi_20Width:MinimumMasses 2 0.51483
insert pi_20Width:MinimumMasses 3 0.444977
insert pi_20Width:MinimumMasses 4 1.07112
insert pi_20Width:MinimumMasses 5 1.13535
insert pi_20Width:MinimumMasses 6 1.14316
insert pi_20Width:MinimumMasses 7 1.14316
insert pi_20Width:MinimumMasses 8 1.13535
insert pi_20Width:MEmass1 0 0.134977
insert pi_20Width:MEmass1 1 0.13957
insert pi_20Width:MEmass1 2 0.13957
insert pi_20Width:MEmass1 3 0.86
insert pi_20Width:MEmass1 4 0.78266
insert pi_20Width:MEmass1 5 0.493677
insert pi_20Width:MEmass1 6 0.497611
insert pi_20Width:MEmass1 7 0.497611
insert pi_20Width:MEmass1 8 0.493677
insert pi_20Width:MEmass2 0 1.2755
insert pi_20Width:MEmass2 1 0.77526
insert pi_20Width:MEmass2 2 0.77526
insert pi_20Width:MEmass2 3 0.134977
insert pi_20Width:MEmass2 4 0.77526
insert pi_20Width:MEmass2 5 0.89167
insert pi_20Width:MEmass2 6 0.89555
insert pi_20Width:MEmass2 7 0.89555
insert pi_20Width:MEmass2 8 0.89167
insert pi_20Width:DecayModes 0 pi_20->f_2,pi0;
insert pi_20Width:DecayModes 1 pi_20->rho-,pi+;
insert pi_20Width:DecayModes 2 pi_20->rho+,pi-;
insert pi_20Width:DecayModes 3 pi_20->sigma,pi0;
insert pi_20Width:DecayModes 4 pi_20->omega,rho0;
insert pi_20Width:DecayModes 5 pi_20->K*-,K+;
insert pi_20Width:DecayModes 6 pi_20->K*bar0,K0;
insert pi_20Width:DecayModes 7 pi_20->K*0,Kbar0;
insert pi_20Width:DecayModes 8 pi_20->K*+,K-;
insert pi_20Width:InterpolationMasses 0 1.3915388
insert pi_20Width:InterpolationMasses 1 1.4020694
insert pi_20Width:InterpolationMasses 2 1.4126
insert pi_20Width:InterpolationMasses 3 1.4231306
insert pi_20Width:InterpolationMasses 4 1.4336612
insert pi_20Width:InterpolationMasses 5 1.4441918
insert pi_20Width:InterpolationMasses 6 1.4547224
insert pi_20Width:InterpolationMasses 7 1.4652531
insert pi_20Width:InterpolationMasses 8 1.4757837
insert pi_20Width:InterpolationMasses 9 1.4863143
insert pi_20Width:InterpolationMasses 10 1.4968449
insert pi_20Width:InterpolationMasses 11 1.5073755
insert pi_20Width:InterpolationMasses 12 1.5179061
insert pi_20Width:InterpolationMasses 13 1.5284367
insert pi_20Width:InterpolationMasses 14 1.5389673
insert pi_20Width:InterpolationMasses 15 1.549498
insert pi_20Width:InterpolationMasses 16 1.5600286
insert pi_20Width:InterpolationMasses 17 1.5705592
insert pi_20Width:InterpolationMasses 18 1.5810898
insert pi_20Width:InterpolationMasses 19 1.5916204
insert pi_20Width:InterpolationMasses 20 1.602151
insert pi_20Width:InterpolationMasses 21 1.6126816
insert pi_20Width:InterpolationMasses 22 1.6232122
insert pi_20Width:InterpolationMasses 23 1.6337429
insert pi_20Width:InterpolationMasses 24 1.6442735
insert pi_20Width:InterpolationMasses 25 1.6548041
insert pi_20Width:InterpolationMasses 26 1.6653347
insert pi_20Width:InterpolationMasses 27 1.6758653
insert pi_20Width:InterpolationMasses 28 1.6863959
insert pi_20Width:InterpolationMasses 29 1.6969265
insert pi_20Width:InterpolationMasses 30 1.7074571
insert pi_20Width:InterpolationMasses 31 1.7179878
insert pi_20Width:InterpolationMasses 32 1.7285184
insert pi_20Width:InterpolationMasses 33 1.739049
insert pi_20Width:InterpolationMasses 34 1.7495796
insert pi_20Width:InterpolationMasses 35 1.7601102
insert pi_20Width:InterpolationMasses 36 1.7706408
insert pi_20Width:InterpolationMasses 37 1.7811714
insert pi_20Width:InterpolationMasses 38 1.791702
insert pi_20Width:InterpolationMasses 39 1.8022327
insert pi_20Width:InterpolationMasses 40 1.8127633
insert pi_20Width:InterpolationMasses 41 1.8232939
insert pi_20Width:InterpolationMasses 42 1.8338245
insert pi_20Width:InterpolationMasses 43 1.8443551
insert pi_20Width:InterpolationMasses 44 1.8548857
insert pi_20Width:InterpolationMasses 45 1.8654163
insert pi_20Width:InterpolationMasses 46 1.8759469
insert pi_20Width:InterpolationMasses 47 1.8864776
insert pi_20Width:InterpolationMasses 48 1.8970082
insert pi_20Width:InterpolationMasses 49 1.9075388
insert pi_20Width:InterpolationMasses 50 1.9180694
insert pi_20Width:InterpolationMasses 51 1.9286
insert pi_20Width:InterpolationMasses 52 1.9391306
insert pi_20Width:InterpolationMasses 53 1.9496612
insert pi_20Width:InterpolationMasses 54 1.3915388
insert pi_20Width:InterpolationMasses 55 1.4020694
insert pi_20Width:InterpolationMasses 56 1.4126
insert pi_20Width:InterpolationMasses 57 1.4231306
insert pi_20Width:InterpolationMasses 58 1.4336612
insert pi_20Width:InterpolationMasses 59 1.4441918
insert pi_20Width:InterpolationMasses 60 1.4547224
insert pi_20Width:InterpolationMasses 61 1.4652531
insert pi_20Width:InterpolationMasses 62 1.4757837
insert pi_20Width:InterpolationMasses 63 1.4863143
insert pi_20Width:InterpolationMasses 64 1.4968449
insert pi_20Width:InterpolationMasses 65 1.5073755
insert pi_20Width:InterpolationMasses 66 1.5179061
insert pi_20Width:InterpolationMasses 67 1.5284367
insert pi_20Width:InterpolationMasses 68 1.5389673
insert pi_20Width:InterpolationMasses 69 1.549498
insert pi_20Width:InterpolationMasses 70 1.5600286
insert pi_20Width:InterpolationMasses 71 1.5705592
insert pi_20Width:InterpolationMasses 72 1.5810898
insert pi_20Width:InterpolationMasses 73 1.5916204
insert pi_20Width:InterpolationMasses 74 1.602151
insert pi_20Width:InterpolationMasses 75 1.6126816
insert pi_20Width:InterpolationMasses 76 1.6232122
insert pi_20Width:InterpolationMasses 77 1.6337429
insert pi_20Width:InterpolationMasses 78 1.6442735
insert pi_20Width:InterpolationMasses 79 1.6548041
insert pi_20Width:InterpolationMasses 80 1.6653347
insert pi_20Width:InterpolationMasses 81 1.6758653
insert pi_20Width:InterpolationMasses 82 1.6863959
insert pi_20Width:InterpolationMasses 83 1.6969265
insert pi_20Width:InterpolationMasses 84 1.7074571
insert pi_20Width:InterpolationMasses 85 1.7179878
insert pi_20Width:InterpolationMasses 86 1.7285184
insert pi_20Width:InterpolationMasses 87 1.739049
insert pi_20Width:InterpolationMasses 88 1.7495796
insert pi_20Width:InterpolationMasses 89 1.7601102
insert pi_20Width:InterpolationMasses 90 1.7706408
insert pi_20Width:InterpolationMasses 91 1.7811714
insert pi_20Width:InterpolationMasses 92 1.791702
insert pi_20Width:InterpolationMasses 93 1.8022327
insert pi_20Width:InterpolationMasses 94 1.8127633
insert pi_20Width:InterpolationMasses 95 1.8232939
insert pi_20Width:InterpolationMasses 96 1.8338245
insert pi_20Width:InterpolationMasses 97 1.8443551
insert pi_20Width:InterpolationMasses 98 1.8548857
insert pi_20Width:InterpolationMasses 99 1.8654163
insert pi_20Width:InterpolationMasses 100 1.8759469
insert pi_20Width:InterpolationMasses 101 1.8864776
insert pi_20Width:InterpolationMasses 102 1.8970082
insert pi_20Width:InterpolationMasses 103 1.9075388
insert pi_20Width:InterpolationMasses 104 1.9180694
insert pi_20Width:InterpolationMasses 105 1.9286
insert pi_20Width:InterpolationMasses 106 1.9391306
insert pi_20Width:InterpolationMasses 107 1.9496612
insert pi_20Width:InterpolationMasses 108 1.3915388
insert pi_20Width:InterpolationMasses 109 1.4020694
insert pi_20Width:InterpolationMasses 110 1.4126
insert pi_20Width:InterpolationMasses 111 1.4231306
insert pi_20Width:InterpolationMasses 112 1.4336612
insert pi_20Width:InterpolationMasses 113 1.4441918
insert pi_20Width:InterpolationMasses 114 1.4547224
insert pi_20Width:InterpolationMasses 115 1.4652531
insert pi_20Width:InterpolationMasses 116 1.4757837
insert pi_20Width:InterpolationMasses 117 1.4863143
insert pi_20Width:InterpolationMasses 118 1.4968449
insert pi_20Width:InterpolationMasses 119 1.5073755
insert pi_20Width:InterpolationMasses 120 1.5179061
insert pi_20Width:InterpolationMasses 121 1.5284367
insert pi_20Width:InterpolationMasses 122 1.5389673
insert pi_20Width:InterpolationMasses 123 1.549498
insert pi_20Width:InterpolationMasses 124 1.5600286
insert pi_20Width:InterpolationMasses 125 1.5705592
insert pi_20Width:InterpolationMasses 126 1.5810898
insert pi_20Width:InterpolationMasses 127 1.5916204
insert pi_20Width:InterpolationMasses 128 1.602151
insert pi_20Width:InterpolationMasses 129 1.6126816
insert pi_20Width:InterpolationMasses 130 1.6232122
insert pi_20Width:InterpolationMasses 131 1.6337429
insert pi_20Width:InterpolationMasses 132 1.6442735
insert pi_20Width:InterpolationMasses 133 1.6548041
insert pi_20Width:InterpolationMasses 134 1.6653347
insert pi_20Width:InterpolationMasses 135 1.6758653
insert pi_20Width:InterpolationMasses 136 1.6863959
insert pi_20Width:InterpolationMasses 137 1.6969265
insert pi_20Width:InterpolationMasses 138 1.7074571
insert pi_20Width:InterpolationMasses 139 1.7179878
insert pi_20Width:InterpolationMasses 140 1.7285184
insert pi_20Width:InterpolationMasses 141 1.739049
insert pi_20Width:InterpolationMasses 142 1.7495796
insert pi_20Width:InterpolationMasses 143 1.7601102
insert pi_20Width:InterpolationMasses 144 1.7706408
insert pi_20Width:InterpolationMasses 145 1.7811714
insert pi_20Width:InterpolationMasses 146 1.791702
insert pi_20Width:InterpolationMasses 147 1.8022327
insert pi_20Width:InterpolationMasses 148 1.8127633
insert pi_20Width:InterpolationMasses 149 1.8232939
insert pi_20Width:InterpolationMasses 150 1.8338245
insert pi_20Width:InterpolationMasses 151 1.8443551
insert pi_20Width:InterpolationMasses 152 1.8548857
insert pi_20Width:InterpolationMasses 153 1.8654163
insert pi_20Width:InterpolationMasses 154 1.8759469
insert pi_20Width:InterpolationMasses 155 1.8864776
insert pi_20Width:InterpolationMasses 156 1.8970082
insert pi_20Width:InterpolationMasses 157 1.9075388
insert pi_20Width:InterpolationMasses 158 1.9180694
insert pi_20Width:InterpolationMasses 159 1.9286
insert pi_20Width:InterpolationMasses 160 1.9391306
insert pi_20Width:InterpolationMasses 161 1.9496612
insert pi_20Width:InterpolationMasses 162 1.3915388
insert pi_20Width:InterpolationMasses 163 1.4020694
insert pi_20Width:InterpolationMasses 164 1.4126
insert pi_20Width:InterpolationMasses 165 1.4231306
insert pi_20Width:InterpolationMasses 166 1.4336612
insert pi_20Width:InterpolationMasses 167 1.4441918
insert pi_20Width:InterpolationMasses 168 1.4547224
insert pi_20Width:InterpolationMasses 169 1.4652531
insert pi_20Width:InterpolationMasses 170 1.4757837
insert pi_20Width:InterpolationMasses 171 1.4863143
insert pi_20Width:InterpolationMasses 172 1.4968449
insert pi_20Width:InterpolationMasses 173 1.5073755
insert pi_20Width:InterpolationMasses 174 1.5179061
insert pi_20Width:InterpolationMasses 175 1.5284367
insert pi_20Width:InterpolationMasses 176 1.5389673
insert pi_20Width:InterpolationMasses 177 1.549498
insert pi_20Width:InterpolationMasses 178 1.5600286
insert pi_20Width:InterpolationMasses 179 1.5705592
insert pi_20Width:InterpolationMasses 180 1.5810898
insert pi_20Width:InterpolationMasses 181 1.5916204
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insert pi_20Width:InterpolationWidths 121 0.02934905
insert pi_20Width:InterpolationWidths 122 0.030050637
insert pi_20Width:InterpolationWidths 123 0.03075497
insert pi_20Width:InterpolationWidths 124 0.031461913
insert pi_20Width:InterpolationWidths 125 0.032171335
insert pi_20Width:InterpolationWidths 126 0.032883111
insert pi_20Width:InterpolationWidths 127 0.033597119
insert pi_20Width:InterpolationWidths 128 0.034313243
insert pi_20Width:InterpolationWidths 129 0.035031371
insert pi_20Width:InterpolationWidths 130 0.035751393
insert pi_20Width:InterpolationWidths 131 0.036473213
insert pi_20Width:InterpolationWidths 132 0.037196718
insert pi_20Width:InterpolationWidths 133 0.037921818
insert pi_20Width:InterpolationWidths 134 0.03864842
insert pi_20Width:InterpolationWidths 135 0.039376436
insert pi_20Width:InterpolationWidths 136 0.040105778
insert pi_20Width:InterpolationWidths 137 0.040836364
insert pi_20Width:InterpolationWidths 138 0.041568116
insert pi_20Width:InterpolationWidths 139 0.042300957
insert pi_20Width:InterpolationWidths 140 0.043034813
insert pi_20Width:InterpolationWidths 141 0.043769614
insert pi_20Width:InterpolationWidths 142 0.044505293
insert pi_20Width:InterpolationWidths 143 0.045241778
insert pi_20Width:InterpolationWidths 144 0.045979017
insert pi_20Width:InterpolationWidths 145 0.046716945
insert pi_20Width:InterpolationWidths 146 0.047455504
insert pi_20Width:InterpolationWidths 147 0.048194639
insert pi_20Width:InterpolationWidths 148 0.048934296
insert pi_20Width:InterpolationWidths 149 0.049674423
insert pi_20Width:InterpolationWidths 150 0.050414973
insert pi_20Width:InterpolationWidths 151 0.051155896
insert pi_20Width:InterpolationWidths 152 0.051897149
insert pi_20Width:InterpolationWidths 153 0.052638686
insert pi_20Width:InterpolationWidths 154 0.053380468
insert pi_20Width:InterpolationWidths 155 0.054122452
insert pi_20Width:InterpolationWidths 156 0.054864602
insert pi_20Width:InterpolationWidths 157 0.055606879
insert pi_20Width:InterpolationWidths 158 0.05634925
insert pi_20Width:InterpolationWidths 159 0.057091678
insert pi_20Width:InterpolationWidths 160 0.057834133
insert pi_20Width:InterpolationWidths 161 0.058576583
insert pi_20Width:InterpolationWidths 162 0.0074011497
insert pi_20Width:InterpolationWidths 163 0.0077515394
insert pi_20Width:InterpolationWidths 164 0.0081144168
insert pi_20Width:InterpolationWidths 165 0.008490063
insert pi_20Width:InterpolationWidths 166 0.0088787606
insert pi_20Width:InterpolationWidths 167 0.0092807931
insert pi_20Width:InterpolationWidths 168 0.0096964451
insert pi_20Width:InterpolationWidths 169 0.010126002
insert pi_20Width:InterpolationWidths 170 0.010569752
insert pi_20Width:InterpolationWidths 171 0.01102798
insert pi_20Width:InterpolationWidths 172 0.011500976
insert pi_20Width:InterpolationWidths 173 0.011989029
insert pi_20Width:InterpolationWidths 174 0.012492427
insert pi_20Width:InterpolationWidths 175 0.013011461
insert pi_20Width:InterpolationWidths 176 0.013546422
insert pi_20Width:InterpolationWidths 177 0.0140976
insert pi_20Width:InterpolationWidths 178 0.014665287
insert pi_20Width:InterpolationWidths 179 0.015249774
insert pi_20Width:InterpolationWidths 180 0.015851353
insert pi_20Width:InterpolationWidths 181 0.016470316
insert pi_20Width:InterpolationWidths 182 0.017106956
insert pi_20Width:InterpolationWidths 183 0.017761563
insert pi_20Width:InterpolationWidths 184 0.018434431
insert pi_20Width:InterpolationWidths 185 0.019125852
insert pi_20Width:InterpolationWidths 186 0.019836117
insert pi_20Width:InterpolationWidths 187 0.020565519
insert pi_20Width:InterpolationWidths 188 0.02131435
insert pi_20Width:InterpolationWidths 189 0.0220829
insert pi_20Width:InterpolationWidths 190 0.022871463
insert pi_20Width:InterpolationWidths 191 0.023680327
insert pi_20Width:InterpolationWidths 192 0.024509786
insert pi_20Width:InterpolationWidths 193 0.025360128
insert pi_20Width:InterpolationWidths 194 0.026231644
insert pi_20Width:InterpolationWidths 195 0.027124625
insert pi_20Width:InterpolationWidths 196 0.028039358
insert pi_20Width:InterpolationWidths 197 0.028976134
insert pi_20Width:InterpolationWidths 198 0.029935241
insert pi_20Width:InterpolationWidths 199 0.030916967
insert pi_20Width:InterpolationWidths 200 0.031921598
insert pi_20Width:InterpolationWidths 201 0.032949423
insert pi_20Width:InterpolationWidths 202 0.034000728
insert pi_20Width:InterpolationWidths 203 0.035075798
insert pi_20Width:InterpolationWidths 204 0.036174919
insert pi_20Width:InterpolationWidths 205 0.037298375
insert pi_20Width:InterpolationWidths 206 0.038446452
insert pi_20Width:InterpolationWidths 207 0.039619431
insert pi_20Width:InterpolationWidths 208 0.040817597
insert pi_20Width:InterpolationWidths 209 0.042041232
insert pi_20Width:InterpolationWidths 210 0.043290617
insert pi_20Width:InterpolationWidths 211 0.044566033
insert pi_20Width:InterpolationWidths 212 0.04586776
insert pi_20Width:InterpolationWidths 213 0.047196079
insert pi_20Width:InterpolationWidths 214 0.048551269
insert pi_20Width:InterpolationWidths 215 0.049933607
insert pi_20Width:InterpolationWidths 216 0.00041838676
insert pi_20Width:InterpolationWidths 217 0.00051039599
insert pi_20Width:InterpolationWidths 218 0.00062058922
insert pi_20Width:InterpolationWidths 219 0.0007524865
insert pi_20Width:InterpolationWidths 220 0.00091034634
insert pi_20Width:InterpolationWidths 221 0.0010993394
insert pi_20Width:InterpolationWidths 222 0.0013257626
insert pi_20Width:InterpolationWidths 223 0.0015972998
insert pi_20Width:InterpolationWidths 224 0.0019233276
insert pi_20Width:InterpolationWidths 225 0.0023152485
insert pi_20Width:InterpolationWidths 226 0.0027868708
insert pi_20Width:InterpolationWidths 227 0.0033546428
insert pi_20Width:InterpolationWidths 228 0.004037789
insert pi_20Width:InterpolationWidths 229 0.0048580939
insert pi_20Width:InterpolationWidths 230 0.0058391504
insert pi_20Width:InterpolationWidths 231 0.0070052501
insert pi_20Width:InterpolationWidths 232 0.0083798296
insert pi_20Width:InterpolationWidths 233 0.0099840407
insert pi_20Width:InterpolationWidths 234 0.011835744
insert pi_20Width:InterpolationWidths 235 0.013949118
insert pi_20Width:InterpolationWidths 236 0.016334802
insert pi_20Width:InterpolationWidths 237 0.019000376
insert pi_20Width:InterpolationWidths 238 0.021950947
insert pi_20Width:InterpolationWidths 239 0.025189734
insert pi_20Width:InterpolationWidths 240 0.028718552
insert pi_20Width:InterpolationWidths 241 0.032538218
insert pi_20Width:InterpolationWidths 242 0.036648857
insert pi_20Width:InterpolationWidths 243 0.041050146
insert pi_20Width:InterpolationWidths 244 0.045741489
insert pi_20Width:InterpolationWidths 245 0.050722146
insert pi_20Width:InterpolationWidths 246 0.055992117
insert pi_20Width:InterpolationWidths 247 0.061548479
insert pi_20Width:InterpolationWidths 248 0.067392411
insert pi_20Width:InterpolationWidths 249 0.073522671
insert pi_20Width:InterpolationWidths 250 0.079938356
insert pi_20Width:InterpolationWidths 251 0.086639612
insert pi_20Width:InterpolationWidths 252 0.093625757
insert pi_20Width:InterpolationWidths 253 0.10089651
insert pi_20Width:InterpolationWidths 254 0.10845168
insert pi_20Width:InterpolationWidths 255 0.11629118
insert pi_20Width:InterpolationWidths 256 0.12441502
insert pi_20Width:InterpolationWidths 257 0.13282328
insert pi_20Width:InterpolationWidths 258 0.14151612
insert pi_20Width:InterpolationWidths 259 0.1504938
insert pi_20Width:InterpolationWidths 260 0.15975664
insert pi_20Width:InterpolationWidths 261 0.16930502
insert pi_20Width:InterpolationWidths 262 0.1791394
insert pi_20Width:InterpolationWidths 263 0.18926029
insert pi_20Width:InterpolationWidths 264 0.19966826
insert pi_20Width:InterpolationWidths 265 0.21036394
insert pi_20Width:InterpolationWidths 266 0.221348
insert pi_20Width:InterpolationWidths 267 0.23262116
insert pi_20Width:InterpolationWidths 268 0.24418419
insert pi_20Width:InterpolationWidths 269 0.25603791
insert pi_20Width:InterpolationWidths 270 6.8713681e-05
insert pi_20Width:InterpolationWidths 271 9.8845806e-05
insert pi_20Width:InterpolationWidths 272 0.00013749194
insert pi_20Width:InterpolationWidths 273 0.00018414761
insert pi_20Width:InterpolationWidths 274 0.00023813897
insert pi_20Width:InterpolationWidths 275 0.00029881241
insert pi_20Width:InterpolationWidths 276 0.00036558386
insert pi_20Width:InterpolationWidths 277 0.00043794239
insert pi_20Width:InterpolationWidths 278 0.00051544202
insert pi_20Width:InterpolationWidths 279 0.00059769157
insert pi_20Width:InterpolationWidths 280 0.0006843456
insert pi_20Width:InterpolationWidths 281 0.00077509694
insert pi_20Width:InterpolationWidths 282 0.00086967061
insert pi_20Width:InterpolationWidths 283 0.00096781873
insert pi_20Width:InterpolationWidths 284 0.0010693169
insert pi_20Width:InterpolationWidths 285 0.0011739607
insert pi_20Width:InterpolationWidths 286 0.0012815632
insert pi_20Width:InterpolationWidths 287 0.0013919528
insert pi_20Width:InterpolationWidths 288 0.0015049715
insert pi_20Width:InterpolationWidths 289 0.001620473
insert pi_20Width:InterpolationWidths 290 0.0017383219
insert pi_20Width:InterpolationWidths 291 0.0018583922
insert pi_20Width:InterpolationWidths 292 0.0019805667
insert pi_20Width:InterpolationWidths 293 0.0021047357
insert pi_20Width:InterpolationWidths 294 0.0022307969
insert pi_20Width:InterpolationWidths 295 0.0023586543
insert pi_20Width:InterpolationWidths 296 0.0024882177
insert pi_20Width:InterpolationWidths 297 0.0026194025
insert pi_20Width:InterpolationWidths 298 0.002752129
insert pi_20Width:InterpolationWidths 299 0.002886322
insert pi_20Width:InterpolationWidths 300 0.0030219108
insert pi_20Width:InterpolationWidths 301 0.0031588282
insert pi_20Width:InterpolationWidths 302 0.003297007
insert pi_20Width:InterpolationWidths 303 0.0034363995
insert pi_20Width:InterpolationWidths 304 0.0035769366
insert pi_20Width:InterpolationWidths 305 0.0037185687
insert pi_20Width:InterpolationWidths 306 0.0038612446
insert pi_20Width:InterpolationWidths 307 0.004004916
insert pi_20Width:InterpolationWidths 308 0.0041495367
insert pi_20Width:InterpolationWidths 309 0.004295063
insert pi_20Width:InterpolationWidths 310 0.0044414532
insert pi_20Width:InterpolationWidths 311 0.0045886676
insert pi_20Width:InterpolationWidths 312 0.0047366686
insert pi_20Width:InterpolationWidths 313 0.0048854201
insert pi_20Width:InterpolationWidths 314 0.0050348879
insert pi_20Width:InterpolationWidths 315 0.0051850391
insert pi_20Width:InterpolationWidths 316 0.0053358425
insert pi_20Width:InterpolationWidths 317 0.0054872685
insert pi_20Width:InterpolationWidths 318 0.0056392884
insert pi_20Width:InterpolationWidths 319 0.0057918692
insert pi_20Width:InterpolationWidths 320 0.0059449631
insert pi_20Width:InterpolationWidths 321 0.0060985024
insert pi_20Width:InterpolationWidths 322 0.0062524742
insert pi_20Width:InterpolationWidths 323 0.0064068383
insert pi_20Width:InterpolationWidths 324 5.2206099e-05
insert pi_20Width:InterpolationWidths 325 7.6115705e-05
insert pi_20Width:InterpolationWidths 326 0.00010859133
insert pi_20Width:InterpolationWidths 327 0.00014953921
insert pi_20Width:InterpolationWidths 328 0.00019836329
insert pi_20Width:InterpolationWidths 329 0.00025437227
insert pi_20Width:InterpolationWidths 330 0.00031691976
insert pi_20Width:InterpolationWidths 331 0.00038543493
insert pi_20Width:InterpolationWidths 332 0.0004594204
insert pi_20Width:InterpolationWidths 333 0.00053844232
insert pi_20Width:InterpolationWidths 334 0.00062211998
insert pi_20Width:InterpolationWidths 335 0.00071011692
insert pi_20Width:InterpolationWidths 336 0.00080213365
insert pi_20Width:InterpolationWidths 337 0.00089790162
insert pi_20Width:InterpolationWidths 338 0.00099717878
insert pi_20Width:InterpolationWidths 339 0.0010997456
insert pi_20Width:InterpolationWidths 340 0.0012054021
insert pi_20Width:InterpolationWidths 341 0.0013139651
insert pi_20Width:InterpolationWidths 342 0.0014252666
insert pi_20Width:InterpolationWidths 343 0.0015391513
insert pi_20Width:InterpolationWidths 344 0.001655476
insert pi_20Width:InterpolationWidths 345 0.0017741075
insert pi_20Width:InterpolationWidths 346 0.0018949223
insert pi_20Width:InterpolationWidths 347 0.002017805
insert pi_20Width:InterpolationWidths 348 0.002142648
insert pi_20Width:InterpolationWidths 349 0.0022693507
insert pi_20Width:InterpolationWidths 350 0.0023978184
insert pi_20Width:InterpolationWidths 351 0.0025279628
insert pi_20Width:InterpolationWidths 352 0.0026597004
insert pi_20Width:InterpolationWidths 353 0.0027929528
insert pi_20Width:InterpolationWidths 354 0.0029276441
insert pi_20Width:InterpolationWidths 355 0.0030637102
insert pi_20Width:InterpolationWidths 356 0.0032010796
insert pi_20Width:InterpolationWidths 357 0.0033396917
insert pi_20Width:InterpolationWidths 358 0.0034794876
insert pi_20Width:InterpolationWidths 359 0.0036204113
insert pi_20Width:InterpolationWidths 360 0.0037624098
insert pi_20Width:InterpolationWidths 361 0.0039054328
insert pi_20Width:InterpolationWidths 362 0.0040494325
insert pi_20Width:InterpolationWidths 363 0.0041943635
insert pi_20Width:InterpolationWidths 364 0.0043401827
insert pi_20Width:InterpolationWidths 365 0.0044868489
insert pi_20Width:InterpolationWidths 366 0.0046343233
insert pi_20Width:InterpolationWidths 367 0.0047825683
insert pi_20Width:InterpolationWidths 368 0.0049315486
insert pi_20Width:InterpolationWidths 369 0.0050812304
insert pi_20Width:InterpolationWidths 370 0.0052315711
insert pi_20Width:InterpolationWidths 371 0.0053825143
insert pi_20Width:InterpolationWidths 372 0.0055339904
insert pi_20Width:InterpolationWidths 373 0.0056859797
insert pi_20Width:InterpolationWidths 374 0.0058384383
insert pi_20Width:InterpolationWidths 375 0.0059913325
insert pi_20Width:InterpolationWidths 376 0.0061446311
insert pi_20Width:InterpolationWidths 377 0.0062983048
insert pi_20Width:InterpolationWidths 378 5.2206099e-05
insert pi_20Width:InterpolationWidths 379 7.6115705e-05
insert pi_20Width:InterpolationWidths 380 0.00010859133
insert pi_20Width:InterpolationWidths 381 0.00014953921
insert pi_20Width:InterpolationWidths 382 0.00019836329
insert pi_20Width:InterpolationWidths 383 0.00025437227
insert pi_20Width:InterpolationWidths 384 0.00031691976
insert pi_20Width:InterpolationWidths 385 0.00038543493
insert pi_20Width:InterpolationWidths 386 0.0004594204
insert pi_20Width:InterpolationWidths 387 0.00053844232
insert pi_20Width:InterpolationWidths 388 0.00062211998
insert pi_20Width:InterpolationWidths 389 0.00071011692
insert pi_20Width:InterpolationWidths 390 0.00080213365
insert pi_20Width:InterpolationWidths 391 0.00089790162
insert pi_20Width:InterpolationWidths 392 0.00099717878
insert pi_20Width:InterpolationWidths 393 0.0010997456
insert pi_20Width:InterpolationWidths 394 0.0012054021
insert pi_20Width:InterpolationWidths 395 0.0013139651
insert pi_20Width:InterpolationWidths 396 0.0014252666
insert pi_20Width:InterpolationWidths 397 0.0015391513
insert pi_20Width:InterpolationWidths 398 0.001655476
insert pi_20Width:InterpolationWidths 399 0.0017741075
insert pi_20Width:InterpolationWidths 400 0.0018949223
insert pi_20Width:InterpolationWidths 401 0.002017805
insert pi_20Width:InterpolationWidths 402 0.002142648
insert pi_20Width:InterpolationWidths 403 0.0022693507
insert pi_20Width:InterpolationWidths 404 0.0023978184
insert pi_20Width:InterpolationWidths 405 0.0025279628
insert pi_20Width:InterpolationWidths 406 0.0026597004
insert pi_20Width:InterpolationWidths 407 0.0027929528
insert pi_20Width:InterpolationWidths 408 0.0029276441
insert pi_20Width:InterpolationWidths 409 0.0030637102
insert pi_20Width:InterpolationWidths 410 0.0032010796
insert pi_20Width:InterpolationWidths 411 0.0033396917
insert pi_20Width:InterpolationWidths 412 0.0034794876
insert pi_20Width:InterpolationWidths 413 0.0036204113
insert pi_20Width:InterpolationWidths 414 0.0037624098
insert pi_20Width:InterpolationWidths 415 0.0039054328
insert pi_20Width:InterpolationWidths 416 0.0040494325
insert pi_20Width:InterpolationWidths 417 0.0041943635
insert pi_20Width:InterpolationWidths 418 0.0043401827
insert pi_20Width:InterpolationWidths 419 0.0044868489
insert pi_20Width:InterpolationWidths 420 0.0046343233
insert pi_20Width:InterpolationWidths 421 0.0047825683
insert pi_20Width:InterpolationWidths 422 0.0049315486
insert pi_20Width:InterpolationWidths 423 0.0050812304
insert pi_20Width:InterpolationWidths 424 0.0052315711
insert pi_20Width:InterpolationWidths 425 0.0053825143
insert pi_20Width:InterpolationWidths 426 0.0055339904
insert pi_20Width:InterpolationWidths 427 0.0056859797
insert pi_20Width:InterpolationWidths 428 0.0058384383
insert pi_20Width:InterpolationWidths 429 0.0059913325
insert pi_20Width:InterpolationWidths 430 0.0061446311
insert pi_20Width:InterpolationWidths 431 0.0062983048
insert pi_20Width:InterpolationWidths 432 6.8713681e-05
insert pi_20Width:InterpolationWidths 433 9.8845806e-05
insert pi_20Width:InterpolationWidths 434 0.00013749194
insert pi_20Width:InterpolationWidths 435 0.00018414761
insert pi_20Width:InterpolationWidths 436 0.00023813897
insert pi_20Width:InterpolationWidths 437 0.00029881241
insert pi_20Width:InterpolationWidths 438 0.00036558386
insert pi_20Width:InterpolationWidths 439 0.00043794239
insert pi_20Width:InterpolationWidths 440 0.00051544202
insert pi_20Width:InterpolationWidths 441 0.00059769157
insert pi_20Width:InterpolationWidths 442 0.0006843456
insert pi_20Width:InterpolationWidths 443 0.00077509694
insert pi_20Width:InterpolationWidths 444 0.00086967061
insert pi_20Width:InterpolationWidths 445 0.00096781873
insert pi_20Width:InterpolationWidths 446 0.0010693169
insert pi_20Width:InterpolationWidths 447 0.0011739607
insert pi_20Width:InterpolationWidths 448 0.0012815632
insert pi_20Width:InterpolationWidths 449 0.0013919528
insert pi_20Width:InterpolationWidths 450 0.0015049715
insert pi_20Width:InterpolationWidths 451 0.001620473
insert pi_20Width:InterpolationWidths 452 0.0017383219
insert pi_20Width:InterpolationWidths 453 0.0018583922
insert pi_20Width:InterpolationWidths 454 0.0019805667
insert pi_20Width:InterpolationWidths 455 0.0021047357
insert pi_20Width:InterpolationWidths 456 0.0022307969
insert pi_20Width:InterpolationWidths 457 0.0023586543
insert pi_20Width:InterpolationWidths 458 0.0024882177
insert pi_20Width:InterpolationWidths 459 0.0026194025
insert pi_20Width:InterpolationWidths 460 0.002752129
insert pi_20Width:InterpolationWidths 461 0.002886322
insert pi_20Width:InterpolationWidths 462 0.0030219108
insert pi_20Width:InterpolationWidths 463 0.0031588282
insert pi_20Width:InterpolationWidths 464 0.003297007
insert pi_20Width:InterpolationWidths 465 0.0034363995
insert pi_20Width:InterpolationWidths 466 0.0035769366
insert pi_20Width:InterpolationWidths 467 0.0037185687
insert pi_20Width:InterpolationWidths 468 0.0038612446
insert pi_20Width:InterpolationWidths 469 0.004004916
insert pi_20Width:InterpolationWidths 470 0.0041495367
insert pi_20Width:InterpolationWidths 471 0.004295063
insert pi_20Width:InterpolationWidths 472 0.0044414532
insert pi_20Width:InterpolationWidths 473 0.0045886676
insert pi_20Width:InterpolationWidths 474 0.0047366686
insert pi_20Width:InterpolationWidths 475 0.0048854201
insert pi_20Width:InterpolationWidths 476 0.0050348879
insert pi_20Width:InterpolationWidths 477 0.0051850391
insert pi_20Width:InterpolationWidths 478 0.0053358425
insert pi_20Width:InterpolationWidths 479 0.0054872685
insert pi_20Width:InterpolationWidths 480 0.0056392884
insert pi_20Width:InterpolationWidths 481 0.0057918692
insert pi_20Width:InterpolationWidths 482 0.0059449631
insert pi_20Width:InterpolationWidths 483 0.0060985024
insert pi_20Width:InterpolationWidths 484 0.0062524742
insert pi_20Width:InterpolationWidths 485 0.0064068383
insert pi_20Width:NumberofEntries 0 54
insert pi_20Width:NumberofEntries 1 108
insert pi_20Width:NumberofEntries 2 162
insert pi_20Width:NumberofEntries 3 216
insert pi_20Width:NumberofEntries 4 270
insert pi_20Width:NumberofEntries 5 324
insert pi_20Width:NumberofEntries 6 378
insert pi_20Width:NumberofEntries 7 432
insert pi_20Width:NumberofEntries 8 486
newdef /Herwig/Particles/pi_20:Width_generator pi_20Width
#
create Herwig::GenericWidthGenerator pi_2+Width
newdef pi_2+Width:Particle /Herwig/Particles/pi_2+
newdef pi_2+Width:Prefactor 1.0007
newdef pi_2+Width:BRNormalize 1
newdef pi_2+Width:BRMinimum 0.01
newdef pi_2+Width:Points 50
newdef pi_2+Width:InterpolationOrder 1
insert pi_2+Width:MEtype 0 2
insert pi_2+Width:MEtype 1 2
insert pi_2+Width:MEtype 2 2
insert pi_2+Width:MEtype 3 2
insert pi_2+Width:MEtype 4 2
insert pi_2+Width:MEtype 5 2
insert pi_2+Width:MEtype 6 2
insert pi_2+Width:MEtype 7 1
insert pi_2+Width:MEcode 0 0
insert pi_2+Width:MEcode 1 0
insert pi_2+Width:MEcode 2 0
insert pi_2+Width:MEcode 3 0
insert pi_2+Width:MEcode 4 0
insert pi_2+Width:MEcode 5 0
insert pi_2+Width:MEcode 6 0
insert pi_2+Width:MEcode 7 0
insert pi_2+Width:MEcoupling 0 0.958161
insert pi_2+Width:MEcoupling 1 0.995741
insert pi_2+Width:MEcoupling 2 0.992186
insert pi_2+Width:MEcoupling 3 0.947171
insert pi_2+Width:MEcoupling 4 0.162548
insert pi_2+Width:MEcoupling 5 0.971066
insert pi_2+Width:MEcoupling 6 0.971006
insert pi_2+Width:MEcoupling 7 0.126514
insert pi_2+Width:ModeOn 0 1
insert pi_2+Width:ModeOn 1 1
insert pi_2+Width:ModeOn 2 1
insert pi_2+Width:ModeOn 3 1
insert pi_2+Width:ModeOn 4 1
insert pi_2+Width:ModeOn 5 1
insert pi_2+Width:ModeOn 6 1
insert pi_2+Width:ModeOn 7 0
insert pi_2+Width:MinimumMasses 0 1.24007
insert pi_2+Width:MinimumMasses 1 0.51483
insert pi_2+Width:MinimumMasses 2 0.510237
insert pi_2+Width:MinimumMasses 3 0.44957
insert pi_2+Width:MinimumMasses 4 1.07112
insert pi_2+Width:MinimumMasses 5 1.13923
insert pi_2+Width:MinimumMasses 6 1.13928
insert pi_2+Width:MinimumMasses 7 0.13957
insert pi_2+Width:MEmass1 0 0.13957
insert pi_2+Width:MEmass1 1 0.13957
insert pi_2+Width:MEmass1 2 0.134977
insert pi_2+Width:MEmass1 3 0.86
insert pi_2+Width:MEmass1 4 0.78266
insert pi_2+Width:MEmass1 5 0.493677
insert pi_2+Width:MEmass1 6 0.497611
insert pi_2+Width:MEmass1 7 0.13957
insert pi_2+Width:MEmass2 0 1.2755
insert pi_2+Width:MEmass2 1 0.77526
insert pi_2+Width:MEmass2 2 0.77526
insert pi_2+Width:MEmass2 3 0.13957
insert pi_2+Width:MEmass2 4 0.77526
insert pi_2+Width:MEmass2 5 0.89555
insert pi_2+Width:MEmass2 6 0.89167
insert pi_2+Width:MEmass2 7 0
insert pi_2+Width:DecayModes 0 pi_2+->f_2,pi+;
insert pi_2+Width:DecayModes 1 pi_2+->pi+,rho0;
insert pi_2+Width:DecayModes 2 pi_2+->rho+,pi0;
insert pi_2+Width:DecayModes 3 pi_2+->sigma,pi+;
insert pi_2+Width:DecayModes 4 pi_2+->omega,rho+;
insert pi_2+Width:DecayModes 5 pi_2+->K+,K*bar0;
insert pi_2+Width:DecayModes 6 pi_2+->K*+,Kbar0;
insert pi_2+Width:DecayModes 7 pi_2+->pi+,gamma;
insert pi_2+Width:InterpolationMasses 0 1.3915388
insert pi_2+Width:InterpolationMasses 1 1.4020694
insert pi_2+Width:InterpolationMasses 2 1.4126
insert pi_2+Width:InterpolationMasses 3 1.4231306
insert pi_2+Width:InterpolationMasses 4 1.4336612
insert pi_2+Width:InterpolationMasses 5 1.4441918
insert pi_2+Width:InterpolationMasses 6 1.4547224
insert pi_2+Width:InterpolationMasses 7 1.4652531
insert pi_2+Width:InterpolationMasses 8 1.4757837
insert pi_2+Width:InterpolationMasses 9 1.4863143
insert pi_2+Width:InterpolationMasses 10 1.4968449
insert pi_2+Width:InterpolationMasses 11 1.5073755
insert pi_2+Width:InterpolationMasses 12 1.5179061
insert pi_2+Width:InterpolationMasses 13 1.5284367
insert pi_2+Width:InterpolationMasses 14 1.5389673
insert pi_2+Width:InterpolationMasses 15 1.549498
insert pi_2+Width:InterpolationMasses 16 1.5600286
insert pi_2+Width:InterpolationMasses 17 1.5705592
insert pi_2+Width:InterpolationMasses 18 1.5810898
insert pi_2+Width:InterpolationMasses 19 1.5916204
insert pi_2+Width:InterpolationMasses 20 1.602151
insert pi_2+Width:InterpolationMasses 21 1.6126816
insert pi_2+Width:InterpolationMasses 22 1.6232122
insert pi_2+Width:InterpolationMasses 23 1.6337429
insert pi_2+Width:InterpolationMasses 24 1.6442735
insert pi_2+Width:InterpolationMasses 25 1.6548041
insert pi_2+Width:InterpolationMasses 26 1.6653347
insert pi_2+Width:InterpolationMasses 27 1.6758653
insert pi_2+Width:InterpolationMasses 28 1.6863959
insert pi_2+Width:InterpolationMasses 29 1.6969265
insert pi_2+Width:InterpolationMasses 30 1.7074571
insert pi_2+Width:InterpolationMasses 31 1.7179878
insert pi_2+Width:InterpolationMasses 32 1.7285184
insert pi_2+Width:InterpolationMasses 33 1.739049
insert pi_2+Width:InterpolationMasses 34 1.7495796
insert pi_2+Width:InterpolationMasses 35 1.7601102
insert pi_2+Width:InterpolationMasses 36 1.7706408
insert pi_2+Width:InterpolationMasses 37 1.7811714
insert pi_2+Width:InterpolationMasses 38 1.791702
insert pi_2+Width:InterpolationMasses 39 1.8022327
insert pi_2+Width:InterpolationMasses 40 1.8127633
insert pi_2+Width:InterpolationMasses 41 1.8232939
insert pi_2+Width:InterpolationMasses 42 1.8338245
insert pi_2+Width:InterpolationMasses 43 1.8443551
insert pi_2+Width:InterpolationMasses 44 1.8548857
insert pi_2+Width:InterpolationMasses 45 1.8654163
insert pi_2+Width:InterpolationMasses 46 1.8759469
insert pi_2+Width:InterpolationMasses 47 1.8864776
insert pi_2+Width:InterpolationMasses 48 1.8970082
insert pi_2+Width:InterpolationMasses 49 1.9075388
insert pi_2+Width:InterpolationMasses 50 1.9180694
insert pi_2+Width:InterpolationMasses 51 1.9286
insert pi_2+Width:InterpolationMasses 52 1.9391306
insert pi_2+Width:InterpolationMasses 53 1.9496612
insert pi_2+Width:InterpolationMasses 54 1.3915388
insert pi_2+Width:InterpolationMasses 55 1.4020694
insert pi_2+Width:InterpolationMasses 56 1.4126
insert pi_2+Width:InterpolationMasses 57 1.4231306
insert pi_2+Width:InterpolationMasses 58 1.4336612
insert pi_2+Width:InterpolationMasses 59 1.4441918
insert pi_2+Width:InterpolationMasses 60 1.4547224
insert pi_2+Width:InterpolationMasses 61 1.4652531
insert pi_2+Width:InterpolationMasses 62 1.4757837
insert pi_2+Width:InterpolationMasses 63 1.4863143
insert pi_2+Width:InterpolationMasses 64 1.4968449
insert pi_2+Width:InterpolationMasses 65 1.5073755
insert pi_2+Width:InterpolationMasses 66 1.5179061
insert pi_2+Width:InterpolationMasses 67 1.5284367
insert pi_2+Width:InterpolationMasses 68 1.5389673
insert pi_2+Width:InterpolationMasses 69 1.549498
insert pi_2+Width:InterpolationMasses 70 1.5600286
insert pi_2+Width:InterpolationMasses 71 1.5705592
insert pi_2+Width:InterpolationMasses 72 1.5810898
insert pi_2+Width:InterpolationMasses 73 1.5916204
insert pi_2+Width:InterpolationMasses 74 1.602151
insert pi_2+Width:InterpolationMasses 75 1.6126816
insert pi_2+Width:InterpolationMasses 76 1.6232122
insert pi_2+Width:InterpolationMasses 77 1.6337429
insert pi_2+Width:InterpolationMasses 78 1.6442735
insert pi_2+Width:InterpolationMasses 79 1.6548041
insert pi_2+Width:InterpolationMasses 80 1.6653347
insert pi_2+Width:InterpolationMasses 81 1.6758653
insert pi_2+Width:InterpolationMasses 82 1.6863959
insert pi_2+Width:InterpolationMasses 83 1.6969265
insert pi_2+Width:InterpolationMasses 84 1.7074571
insert pi_2+Width:InterpolationMasses 85 1.7179878
insert pi_2+Width:InterpolationMasses 86 1.7285184
insert pi_2+Width:InterpolationMasses 87 1.739049
insert pi_2+Width:InterpolationMasses 88 1.7495796
insert pi_2+Width:InterpolationMasses 89 1.7601102
insert pi_2+Width:InterpolationMasses 90 1.7706408
insert pi_2+Width:InterpolationMasses 91 1.7811714
insert pi_2+Width:InterpolationMasses 92 1.791702
insert pi_2+Width:InterpolationMasses 93 1.8022327
insert pi_2+Width:InterpolationMasses 94 1.8127633
insert pi_2+Width:InterpolationMasses 95 1.8232939
insert pi_2+Width:InterpolationMasses 96 1.8338245
insert pi_2+Width:InterpolationMasses 97 1.8443551
insert pi_2+Width:InterpolationMasses 98 1.8548857
insert pi_2+Width:InterpolationMasses 99 1.8654163
insert pi_2+Width:InterpolationMasses 100 1.8759469
insert pi_2+Width:InterpolationMasses 101 1.8864776
insert pi_2+Width:InterpolationMasses 102 1.8970082
insert pi_2+Width:InterpolationMasses 103 1.9075388
insert pi_2+Width:InterpolationMasses 104 1.9180694
insert pi_2+Width:InterpolationMasses 105 1.9286
insert pi_2+Width:InterpolationMasses 106 1.9391306
insert pi_2+Width:InterpolationMasses 107 1.9496612
insert pi_2+Width:InterpolationMasses 108 1.3915388
insert pi_2+Width:InterpolationMasses 109 1.4020694
insert pi_2+Width:InterpolationMasses 110 1.4126
insert pi_2+Width:InterpolationMasses 111 1.4231306
insert pi_2+Width:InterpolationMasses 112 1.4336612
insert pi_2+Width:InterpolationMasses 113 1.4441918
insert pi_2+Width:InterpolationMasses 114 1.4547224
insert pi_2+Width:InterpolationMasses 115 1.4652531
insert pi_2+Width:InterpolationMasses 116 1.4757837
insert pi_2+Width:InterpolationMasses 117 1.4863143
insert pi_2+Width:InterpolationMasses 118 1.4968449
insert pi_2+Width:InterpolationMasses 119 1.5073755
insert pi_2+Width:InterpolationMasses 120 1.5179061
insert pi_2+Width:InterpolationMasses 121 1.5284367
insert pi_2+Width:InterpolationMasses 122 1.5389673
insert pi_2+Width:InterpolationMasses 123 1.549498
insert pi_2+Width:InterpolationMasses 124 1.5600286
insert pi_2+Width:InterpolationMasses 125 1.5705592
insert pi_2+Width:InterpolationMasses 126 1.5810898
insert pi_2+Width:InterpolationMasses 127 1.5916204
insert pi_2+Width:InterpolationMasses 128 1.602151
insert pi_2+Width:InterpolationMasses 129 1.6126816
insert pi_2+Width:InterpolationMasses 130 1.6232122
insert pi_2+Width:InterpolationMasses 131 1.6337429
insert pi_2+Width:InterpolationMasses 132 1.6442735
insert pi_2+Width:InterpolationMasses 133 1.6548041
insert pi_2+Width:InterpolationMasses 134 1.6653347
insert pi_2+Width:InterpolationMasses 135 1.6758653
insert pi_2+Width:InterpolationMasses 136 1.6863959
insert pi_2+Width:InterpolationMasses 137 1.6969265
insert pi_2+Width:InterpolationMasses 138 1.7074571
insert pi_2+Width:InterpolationMasses 139 1.7179878
insert pi_2+Width:InterpolationMasses 140 1.7285184
insert pi_2+Width:InterpolationMasses 141 1.739049
insert pi_2+Width:InterpolationMasses 142 1.7495796
insert pi_2+Width:InterpolationMasses 143 1.7601102
insert pi_2+Width:InterpolationMasses 144 1.7706408
insert pi_2+Width:InterpolationMasses 145 1.7811714
insert pi_2+Width:InterpolationMasses 146 1.791702
insert pi_2+Width:InterpolationMasses 147 1.8022327
insert pi_2+Width:InterpolationMasses 148 1.8127633
insert pi_2+Width:InterpolationMasses 149 1.8232939
insert pi_2+Width:InterpolationMasses 150 1.8338245
insert pi_2+Width:InterpolationMasses 151 1.8443551
insert pi_2+Width:InterpolationMasses 152 1.8548857
insert pi_2+Width:InterpolationMasses 153 1.8654163
insert pi_2+Width:InterpolationMasses 154 1.8759469
insert pi_2+Width:InterpolationMasses 155 1.8864776
insert pi_2+Width:InterpolationMasses 156 1.8970082
insert pi_2+Width:InterpolationMasses 157 1.9075388
insert pi_2+Width:InterpolationMasses 158 1.9180694
insert pi_2+Width:InterpolationMasses 159 1.9286
insert pi_2+Width:InterpolationMasses 160 1.9391306
insert pi_2+Width:InterpolationMasses 161 1.9496612
insert pi_2+Width:InterpolationMasses 162 1.3915388
insert pi_2+Width:InterpolationMasses 163 1.4020694
insert pi_2+Width:InterpolationMasses 164 1.4126
insert pi_2+Width:InterpolationMasses 165 1.4231306
insert pi_2+Width:InterpolationMasses 166 1.4336612
insert pi_2+Width:InterpolationMasses 167 1.4441918
insert pi_2+Width:InterpolationMasses 168 1.4547224
insert pi_2+Width:InterpolationMasses 169 1.4652531
insert pi_2+Width:InterpolationMasses 170 1.4757837
insert pi_2+Width:InterpolationMasses 171 1.4863143
insert pi_2+Width:InterpolationMasses 172 1.4968449
insert pi_2+Width:InterpolationMasses 173 1.5073755
insert pi_2+Width:InterpolationMasses 174 1.5179061
insert pi_2+Width:InterpolationMasses 175 1.5284367
insert pi_2+Width:InterpolationMasses 176 1.5389673
insert pi_2+Width:InterpolationMasses 177 1.549498
insert pi_2+Width:InterpolationMasses 178 1.5600286
insert pi_2+Width:InterpolationMasses 179 1.5705592
insert pi_2+Width:InterpolationMasses 180 1.5810898
insert pi_2+Width:InterpolationMasses 181 1.5916204
insert pi_2+Width:InterpolationMasses 182 1.602151
insert pi_2+Width:InterpolationMasses 183 1.6126816
insert pi_2+Width:InterpolationMasses 184 1.6232122
insert pi_2+Width:InterpolationMasses 185 1.6337429
insert pi_2+Width:InterpolationMasses 186 1.6442735
insert pi_2+Width:InterpolationMasses 187 1.6548041
insert pi_2+Width:InterpolationMasses 188 1.6653347
insert pi_2+Width:InterpolationMasses 189 1.6758653
insert pi_2+Width:InterpolationMasses 190 1.6863959
insert pi_2+Width:InterpolationMasses 191 1.6969265
insert pi_2+Width:InterpolationMasses 192 1.7074571
insert pi_2+Width:InterpolationMasses 193 1.7179878
insert pi_2+Width:InterpolationMasses 194 1.7285184
insert pi_2+Width:InterpolationMasses 195 1.739049
insert pi_2+Width:InterpolationMasses 196 1.7495796
insert pi_2+Width:InterpolationMasses 197 1.7601102
insert pi_2+Width:InterpolationMasses 198 1.7706408
insert pi_2+Width:InterpolationMasses 199 1.7811714
insert pi_2+Width:InterpolationMasses 200 1.791702
insert pi_2+Width:InterpolationMasses 201 1.8022327
insert pi_2+Width:InterpolationMasses 202 1.8127633
insert pi_2+Width:InterpolationMasses 203 1.8232939
insert pi_2+Width:InterpolationMasses 204 1.8338245
insert pi_2+Width:InterpolationMasses 205 1.8443551
insert pi_2+Width:InterpolationMasses 206 1.8548857
insert pi_2+Width:InterpolationMasses 207 1.8654163
insert pi_2+Width:InterpolationMasses 208 1.8759469
insert pi_2+Width:InterpolationMasses 209 1.8864776
insert pi_2+Width:InterpolationMasses 210 1.8970082
insert pi_2+Width:InterpolationMasses 211 1.9075388
insert pi_2+Width:InterpolationMasses 212 1.9180694
insert pi_2+Width:InterpolationMasses 213 1.9286
insert pi_2+Width:InterpolationMasses 214 1.9391306
insert pi_2+Width:InterpolationMasses 215 1.9496612
insert pi_2+Width:InterpolationMasses 216 1.3915388
insert pi_2+Width:InterpolationMasses 217 1.4020694
insert pi_2+Width:InterpolationMasses 218 1.4126
insert pi_2+Width:InterpolationMasses 219 1.4231306
insert pi_2+Width:InterpolationMasses 220 1.4336612
insert pi_2+Width:InterpolationMasses 221 1.4441918
insert pi_2+Width:InterpolationMasses 222 1.4547224
insert pi_2+Width:InterpolationMasses 223 1.4652531
insert pi_2+Width:InterpolationMasses 224 1.4757837
insert pi_2+Width:InterpolationMasses 225 1.4863143
insert pi_2+Width:InterpolationMasses 226 1.4968449
insert pi_2+Width:InterpolationMasses 227 1.5073755
insert pi_2+Width:InterpolationMasses 228 1.5179061
insert pi_2+Width:InterpolationMasses 229 1.5284367
insert pi_2+Width:InterpolationMasses 230 1.5389673
insert pi_2+Width:InterpolationMasses 231 1.549498
insert pi_2+Width:InterpolationMasses 232 1.5600286
insert pi_2+Width:InterpolationMasses 233 1.5705592
insert pi_2+Width:InterpolationMasses 234 1.5810898
insert pi_2+Width:InterpolationMasses 235 1.5916204
insert pi_2+Width:InterpolationMasses 236 1.602151
insert pi_2+Width:InterpolationMasses 237 1.6126816
insert pi_2+Width:InterpolationMasses 238 1.6232122
insert pi_2+Width:InterpolationMasses 239 1.6337429
insert pi_2+Width:InterpolationMasses 240 1.6442735
insert pi_2+Width:InterpolationMasses 241 1.6548041
insert pi_2+Width:InterpolationMasses 242 1.6653347
insert pi_2+Width:InterpolationMasses 243 1.6758653
insert pi_2+Width:InterpolationMasses 244 1.6863959
insert pi_2+Width:InterpolationMasses 245 1.6969265
insert pi_2+Width:InterpolationMasses 246 1.7074571
insert pi_2+Width:InterpolationMasses 247 1.7179878
insert pi_2+Width:InterpolationMasses 248 1.7285184
insert pi_2+Width:InterpolationMasses 249 1.739049
insert pi_2+Width:InterpolationMasses 250 1.7495796
insert pi_2+Width:InterpolationMasses 251 1.7601102
insert pi_2+Width:InterpolationMasses 252 1.7706408
insert pi_2+Width:InterpolationMasses 253 1.7811714
insert pi_2+Width:InterpolationMasses 254 1.791702
insert pi_2+Width:InterpolationMasses 255 1.8022327
insert pi_2+Width:InterpolationMasses 256 1.8127633
insert pi_2+Width:InterpolationMasses 257 1.8232939
insert pi_2+Width:InterpolationMasses 258 1.8338245
insert pi_2+Width:InterpolationMasses 259 1.8443551
insert pi_2+Width:InterpolationMasses 260 1.8548857
insert pi_2+Width:InterpolationMasses 261 1.8654163
insert pi_2+Width:InterpolationMasses 262 1.8759469
insert pi_2+Width:InterpolationMasses 263 1.8864776
insert pi_2+Width:InterpolationMasses 264 1.8970082
insert pi_2+Width:InterpolationMasses 265 1.9075388
insert pi_2+Width:InterpolationMasses 266 1.9180694
insert pi_2+Width:InterpolationMasses 267 1.9286
insert pi_2+Width:InterpolationMasses 268 1.9391306
insert pi_2+Width:InterpolationMasses 269 1.9496612
insert pi_2+Width:InterpolationMasses 270 1.3915388
insert pi_2+Width:InterpolationMasses 271 1.4020694
insert pi_2+Width:InterpolationMasses 272 1.4126
insert pi_2+Width:InterpolationMasses 273 1.4231306
insert pi_2+Width:InterpolationMasses 274 1.4336612
insert pi_2+Width:InterpolationMasses 275 1.4441918
insert pi_2+Width:InterpolationMasses 276 1.4547224
insert pi_2+Width:InterpolationMasses 277 1.4652531
insert pi_2+Width:InterpolationMasses 278 1.4757837
insert pi_2+Width:InterpolationMasses 279 1.4863143
insert pi_2+Width:InterpolationMasses 280 1.4968449
insert pi_2+Width:InterpolationMasses 281 1.5073755
insert pi_2+Width:InterpolationMasses 282 1.5179061
insert pi_2+Width:InterpolationMasses 283 1.5284367
insert pi_2+Width:InterpolationMasses 284 1.5389673
insert pi_2+Width:InterpolationMasses 285 1.549498
insert pi_2+Width:InterpolationMasses 286 1.5600286
insert pi_2+Width:InterpolationMasses 287 1.5705592
insert pi_2+Width:InterpolationMasses 288 1.5810898
insert pi_2+Width:InterpolationMasses 289 1.5916204
insert pi_2+Width:InterpolationMasses 290 1.602151
insert pi_2+Width:InterpolationMasses 291 1.6126816
insert pi_2+Width:InterpolationMasses 292 1.6232122
insert pi_2+Width:InterpolationMasses 293 1.6337429
insert pi_2+Width:InterpolationMasses 294 1.6442735
insert pi_2+Width:InterpolationMasses 295 1.6548041
insert pi_2+Width:InterpolationMasses 296 1.6653347
insert pi_2+Width:InterpolationMasses 297 1.6758653
insert pi_2+Width:InterpolationMasses 298 1.6863959
insert pi_2+Width:InterpolationMasses 299 1.6969265
insert pi_2+Width:InterpolationMasses 300 1.7074571
insert pi_2+Width:InterpolationMasses 301 1.7179878
insert pi_2+Width:InterpolationMasses 302 1.7285184
insert pi_2+Width:InterpolationMasses 303 1.739049
insert pi_2+Width:InterpolationMasses 304 1.7495796
insert pi_2+Width:InterpolationMasses 305 1.7601102
insert pi_2+Width:InterpolationMasses 306 1.7706408
insert pi_2+Width:InterpolationMasses 307 1.7811714
insert pi_2+Width:InterpolationMasses 308 1.791702
insert pi_2+Width:InterpolationMasses 309 1.8022327
insert pi_2+Width:InterpolationMasses 310 1.8127633
insert pi_2+Width:InterpolationMasses 311 1.8232939
insert pi_2+Width:InterpolationMasses 312 1.8338245
insert pi_2+Width:InterpolationMasses 313 1.8443551
insert pi_2+Width:InterpolationMasses 314 1.8548857
insert pi_2+Width:InterpolationMasses 315 1.8654163
insert pi_2+Width:InterpolationMasses 316 1.8759469
insert pi_2+Width:InterpolationMasses 317 1.8864776
insert pi_2+Width:InterpolationMasses 318 1.8970082
insert pi_2+Width:InterpolationMasses 319 1.9075388
insert pi_2+Width:InterpolationMasses 320 1.9180694
insert pi_2+Width:InterpolationMasses 321 1.9286
insert pi_2+Width:InterpolationMasses 322 1.9391306
insert pi_2+Width:InterpolationMasses 323 1.9496612
insert pi_2+Width:InterpolationMasses 324 1.3915388
insert pi_2+Width:InterpolationMasses 325 1.4020694
insert pi_2+Width:InterpolationMasses 326 1.4126
insert pi_2+Width:InterpolationMasses 327 1.4231306
insert pi_2+Width:InterpolationMasses 328 1.4336612
insert pi_2+Width:InterpolationMasses 329 1.4441918
insert pi_2+Width:InterpolationMasses 330 1.4547224
insert pi_2+Width:InterpolationMasses 331 1.4652531
insert pi_2+Width:InterpolationMasses 332 1.4757837
insert pi_2+Width:InterpolationMasses 333 1.4863143
insert pi_2+Width:InterpolationMasses 334 1.4968449
insert pi_2+Width:InterpolationMasses 335 1.5073755
insert pi_2+Width:InterpolationMasses 336 1.5179061
insert pi_2+Width:InterpolationMasses 337 1.5284367
insert pi_2+Width:InterpolationMasses 338 1.5389673
insert pi_2+Width:InterpolationMasses 339 1.549498
insert pi_2+Width:InterpolationMasses 340 1.5600286
insert pi_2+Width:InterpolationMasses 341 1.5705592
insert pi_2+Width:InterpolationMasses 342 1.5810898
insert pi_2+Width:InterpolationMasses 343 1.5916204
insert pi_2+Width:InterpolationMasses 344 1.602151
insert pi_2+Width:InterpolationMasses 345 1.6126816
insert pi_2+Width:InterpolationMasses 346 1.6232122
insert pi_2+Width:InterpolationMasses 347 1.6337429
insert pi_2+Width:InterpolationMasses 348 1.6442735
insert pi_2+Width:InterpolationMasses 349 1.6548041
insert pi_2+Width:InterpolationMasses 350 1.6653347
insert pi_2+Width:InterpolationMasses 351 1.6758653
insert pi_2+Width:InterpolationMasses 352 1.6863959
insert pi_2+Width:InterpolationMasses 353 1.6969265
insert pi_2+Width:InterpolationMasses 354 1.7074571
insert pi_2+Width:InterpolationMasses 355 1.7179878
insert pi_2+Width:InterpolationMasses 356 1.7285184
insert pi_2+Width:InterpolationMasses 357 1.739049
insert pi_2+Width:InterpolationMasses 358 1.7495796
insert pi_2+Width:InterpolationMasses 359 1.7601102
insert pi_2+Width:InterpolationMasses 360 1.7706408
insert pi_2+Width:InterpolationMasses 361 1.7811714
insert pi_2+Width:InterpolationMasses 362 1.791702
insert pi_2+Width:InterpolationMasses 363 1.8022327
insert pi_2+Width:InterpolationMasses 364 1.8127633
insert pi_2+Width:InterpolationMasses 365 1.8232939
insert pi_2+Width:InterpolationMasses 366 1.8338245
insert pi_2+Width:InterpolationMasses 367 1.8443551
insert pi_2+Width:InterpolationMasses 368 1.8548857
insert pi_2+Width:InterpolationMasses 369 1.8654163
insert pi_2+Width:InterpolationMasses 370 1.8759469
insert pi_2+Width:InterpolationMasses 371 1.8864776
insert pi_2+Width:InterpolationMasses 372 1.8970082
insert pi_2+Width:InterpolationMasses 373 1.9075388
insert pi_2+Width:InterpolationMasses 374 1.9180694
insert pi_2+Width:InterpolationMasses 375 1.9286
insert pi_2+Width:InterpolationMasses 376 1.9391306
insert pi_2+Width:InterpolationMasses 377 1.9496612
insert pi_2+Width:InterpolationWidths 0 0.028178191
insert pi_2+Width:InterpolationWidths 1 0.033132811
insert pi_2+Width:InterpolationWidths 2 0.038427122
insert pi_2+Width:InterpolationWidths 3 0.043967806
insert pi_2+Width:InterpolationWidths 4 0.049661534
insert pi_2+Width:InterpolationWidths 5 0.055425404
insert pi_2+Width:InterpolationWidths 6 0.061191913
insert pi_2+Width:InterpolationWidths 7 0.066909918
insert pi_2+Width:InterpolationWidths 8 0.072542833
insert pi_2+Width:InterpolationWidths 9 0.078065469
insert pi_2+Width:InterpolationWidths 10 0.083462113
insert pi_2+Width:InterpolationWidths 11 0.088722154
insert pi_2+Width:InterpolationWidths 12 0.093841235
insert pi_2+Width:InterpolationWidths 13 0.09881761
insert pi_2+Width:InterpolationWidths 14 0.10365047
insert pi_2+Width:InterpolationWidths 15 0.10834211
insert pi_2+Width:InterpolationWidths 16 0.11289502
insert pi_2+Width:InterpolationWidths 17 0.11731255
insert pi_2+Width:InterpolationWidths 18 0.12159851
insert pi_2+Width:InterpolationWidths 19 0.12575541
insert pi_2+Width:InterpolationWidths 20 0.1297853
insert pi_2+Width:InterpolationWidths 21 0.133443
insert pi_2+Width:InterpolationWidths 22 0.13680609
insert pi_2+Width:InterpolationWidths 23 0.13995257
insert pi_2+Width:InterpolationWidths 24 0.14291542
insert pi_2+Width:InterpolationWidths 25 0.14571586
insert pi_2+Width:InterpolationWidths 26 0.14836939
insert pi_2+Width:InterpolationWidths 27 0.15088818
insert pi_2+Width:InterpolationWidths 28 0.15328226
insert pi_2+Width:InterpolationWidths 29 0.15556009
insert pi_2+Width:InterpolationWidths 30 0.15772901
insert pi_2+Width:InterpolationWidths 31 0.15979548
insert pi_2+Width:InterpolationWidths 32 0.16176524
insert pi_2+Width:InterpolationWidths 33 0.16364349
insert pi_2+Width:InterpolationWidths 34 0.16543495
insert pi_2+Width:InterpolationWidths 35 0.16714391
insert pi_2+Width:InterpolationWidths 36 0.16877434
insert pi_2+Width:InterpolationWidths 37 0.17032993
insert pi_2+Width:InterpolationWidths 38 0.17181407
insert pi_2+Width:InterpolationWidths 39 0.17322994
insert pi_2+Width:InterpolationWidths 40 0.17458051
insert pi_2+Width:InterpolationWidths 41 0.17586858
insert pi_2+Width:InterpolationWidths 42 0.17709675
insert pi_2+Width:InterpolationWidths 43 0.17826752
insert pi_2+Width:InterpolationWidths 44 0.1793832
insert pi_2+Width:InterpolationWidths 45 0.18044601
insert pi_2+Width:InterpolationWidths 46 0.18145803
insert pi_2+Width:InterpolationWidths 47 0.18242125
insert pi_2+Width:InterpolationWidths 48 0.18333757
insert pi_2+Width:InterpolationWidths 49 0.18420876
insert pi_2+Width:InterpolationWidths 50 0.18503654
insert pi_2+Width:InterpolationWidths 51 0.18582254
insert pi_2+Width:InterpolationWidths 52 0.18656831
insert pi_2+Width:InterpolationWidths 53 0.18727534
insert pi_2+Width:InterpolationWidths 54 0.020531013
insert pi_2+Width:InterpolationWidths 55 0.021181375
insert pi_2+Width:InterpolationWidths 56 0.021836878
insert pi_2+Width:InterpolationWidths 57 0.02249733
insert pi_2+Width:InterpolationWidths 58 0.023162465
insert pi_2+Width:InterpolationWidths 59 0.023832053
insert pi_2+Width:InterpolationWidths 60 0.024505886
insert pi_2+Width:InterpolationWidths 61 0.025183768
insert pi_2+Width:InterpolationWidths 62 0.025865512
insert pi_2+Width:InterpolationWidths 63 0.02655094
insert pi_2+Width:InterpolationWidths 64 0.027239882
insert pi_2+Width:InterpolationWidths 65 0.027932171
insert pi_2+Width:InterpolationWidths 66 0.02862765
insert pi_2+Width:InterpolationWidths 67 0.029326168
insert pi_2+Width:InterpolationWidths 68 0.030027577
insert pi_2+Width:InterpolationWidths 69 0.030731736
insert pi_2+Width:InterpolationWidths 70 0.031438509
insert pi_2+Width:InterpolationWidths 71 0.032147767
insert pi_2+Width:InterpolationWidths 72 0.032859382
insert pi_2+Width:InterpolationWidths 73 0.033573233
insert pi_2+Width:InterpolationWidths 74 0.034289204
insert pi_2+Width:InterpolationWidths 75 0.035007182
insert pi_2+Width:InterpolationWidths 76 0.03572706
insert pi_2+Width:InterpolationWidths 77 0.036448738
insert pi_2+Width:InterpolationWidths 78 0.037172105
insert pi_2+Width:InterpolationWidths 79 0.037897071
insert pi_2+Width:InterpolationWidths 80 0.038623542
insert pi_2+Width:InterpolationWidths 81 0.039351429
insert pi_2+Width:InterpolationWidths 82 0.040080646
insert pi_2+Width:InterpolationWidths 83 0.040811111
insert pi_2+Width:InterpolationWidths 84 0.041542744
insert pi_2+Width:InterpolationWidths 85 0.042275469
insert pi_2+Width:InterpolationWidths 86 0.043009213
insert pi_2+Width:InterpolationWidths 87 0.043743904
insert pi_2+Width:InterpolationWidths 88 0.044479475
insert pi_2+Width:InterpolationWidths 89 0.04521586
insert pi_2+Width:InterpolationWidths 90 0.045952992
insert pi_2+Width:InterpolationWidths 91 0.04669082
insert pi_2+Width:InterpolationWidths 92 0.047429282
insert pi_2+Width:InterpolationWidths 93 0.048168322
insert pi_2+Width:InterpolationWidths 94 0.048907886
insert pi_2+Width:InterpolationWidths 95 0.049647923
insert pi_2+Width:InterpolationWidths 96 0.050388384
insert pi_2+Width:InterpolationWidths 97 0.051129222
insert pi_2+Width:InterpolationWidths 98 0.05187039
insert pi_2+Width:InterpolationWidths 99 0.052611846
insert pi_2+Width:InterpolationWidths 100 0.053353547
insert pi_2+Width:InterpolationWidths 101 0.054095453
insert pi_2+Width:InterpolationWidths 102 0.054837526
insert pi_2+Width:InterpolationWidths 103 0.055579729
insert pi_2+Width:InterpolationWidths 104 0.056322026
insert pi_2+Width:InterpolationWidths 105 0.057064383
insert pi_2+Width:InterpolationWidths 106 0.057806768
insert pi_2+Width:InterpolationWidths 107 0.05854915
insert pi_2+Width:InterpolationWidths 108 0.020674096
insert pi_2+Width:InterpolationWidths 109 0.0213247
insert pi_2+Width:InterpolationWidths 110 0.021980415
insert pi_2+Width:InterpolationWidths 111 0.022641013
insert pi_2+Width:InterpolationWidths 112 0.023306239
insert pi_2+Width:InterpolationWidths 113 0.023975876
insert pi_2+Width:InterpolationWidths 114 0.024649722
insert pi_2+Width:InterpolationWidths 115 0.025327585
insert pi_2+Width:InterpolationWidths 116 0.026009282
insert pi_2+Width:InterpolationWidths 117 0.026694636
insert pi_2+Width:InterpolationWidths 118 0.027383478
insert pi_2+Width:InterpolationWidths 119 0.028075647
insert pi_2+Width:InterpolationWidths 120 0.028770985
insert pi_2+Width:InterpolationWidths 121 0.029469342
insert pi_2+Width:InterpolationWidths 122 0.030170572
insert pi_2+Width:InterpolationWidths 123 0.030874536
insert pi_2+Width:InterpolationWidths 124 0.0315811
insert pi_2+Width:InterpolationWidths 125 0.032290133
insert pi_2+Width:InterpolationWidths 126 0.033001511
insert pi_2+Width:InterpolationWidths 127 0.033715113
insert pi_2+Width:InterpolationWidths 128 0.034430823
insert pi_2+Width:InterpolationWidths 129 0.03514853
insert pi_2+Width:InterpolationWidths 130 0.035868126
insert pi_2+Width:InterpolationWidths 131 0.036589514
insert pi_2+Width:InterpolationWidths 132 0.037312582
insert pi_2+Width:InterpolationWidths 133 0.038037241
insert pi_2+Width:InterpolationWidths 134 0.038763398
insert pi_2+Width:InterpolationWidths 135 0.039490965
insert pi_2+Width:InterpolationWidths 136 0.040219855
insert pi_2+Width:InterpolationWidths 137 0.040949988
insert pi_2+Width:InterpolationWidths 138 0.041681284
insert pi_2+Width:InterpolationWidths 139 0.042413666
insert pi_2+Width:InterpolationWidths 140 0.043147063
insert pi_2+Width:InterpolationWidths 141 0.043881403
insert pi_2+Width:InterpolationWidths 142 0.044616619
insert pi_2+Width:InterpolationWidths 143 0.045352642
insert pi_2+Width:InterpolationWidths 144 0.046089418
insert pi_2+Width:InterpolationWidths 145 0.046826883
insert pi_2+Width:InterpolationWidths 146 0.047564978
insert pi_2+Width:InterpolationWidths 147 0.04830365
insert pi_2+Width:InterpolationWidths 148 0.049042844
insert pi_2+Width:InterpolationWidths 149 0.049782509
insert pi_2+Width:InterpolationWidths 150 0.050522597
insert pi_2+Width:InterpolationWidths 151 0.051263059
insert pi_2+Width:InterpolationWidths 152 0.052003852
insert pi_2+Width:InterpolationWidths 153 0.052744931
insert pi_2+Width:InterpolationWidths 154 0.053486255
insert pi_2+Width:InterpolationWidths 155 0.054227783
insert pi_2+Width:InterpolationWidths 156 0.054969478
insert pi_2+Width:InterpolationWidths 157 0.055711302
insert pi_2+Width:InterpolationWidths 158 0.056453221
insert pi_2+Width:InterpolationWidths 159 0.0571952
insert pi_2+Width:InterpolationWidths 160 0.057937206
insert pi_2+Width:InterpolationWidths 161 0.05867921
insert pi_2+Width:InterpolationWidths 162 0.0073489816
insert pi_2+Width:InterpolationWidths 163 0.0076979195
insert pi_2+Width:InterpolationWidths 164 0.0080593271
insert pi_2+Width:InterpolationWidths 165 0.0084334859
insert pi_2+Width:InterpolationWidths 166 0.0088206786
insert pi_2+Width:InterpolationWidths 167 0.0092211892
insert pi_2+Width:InterpolationWidths 168 0.0096353025
insert pi_2+Width:InterpolationWidths 169 0.010063305
insert pi_2+Width:InterpolationWidths 170 0.010505483
insert pi_2+Width:InterpolationWidths 171 0.010962124
insert pi_2+Width:InterpolationWidths 172 0.011433517
insert pi_2+Width:InterpolationWidths 173 0.011919952
insert pi_2+Width:InterpolationWidths 174 0.012421718
insert pi_2+Width:InterpolationWidths 175 0.012939104
insert pi_2+Width:InterpolationWidths 176 0.013472404
insert pi_2+Width:InterpolationWidths 177 0.014021906
insert pi_2+Width:InterpolationWidths 178 0.014587904
insert pi_2+Width:InterpolationWidths 179 0.015170688
insert pi_2+Width:InterpolationWidths 180 0.015770552
insert pi_2+Width:InterpolationWidths 181 0.016387786
insert pi_2+Width:InterpolationWidths 182 0.017022684
insert pi_2+Width:InterpolationWidths 183 0.017675539
insert pi_2+Width:InterpolationWidths 184 0.018346642
insert pi_2+Width:InterpolationWidths 185 0.019036285
insert pi_2+Width:InterpolationWidths 186 0.019744762
insert pi_2+Width:InterpolationWidths 187 0.020472365
insert pi_2+Width:InterpolationWidths 188 0.021219385
insert pi_2+Width:InterpolationWidths 189 0.021986115
insert pi_2+Width:InterpolationWidths 190 0.022772845
insert pi_2+Width:InterpolationWidths 191 0.023579869
insert pi_2+Width:InterpolationWidths 192 0.024407476
insert pi_2+Width:InterpolationWidths 193 0.025255957
insert pi_2+Width:InterpolationWidths 194 0.026125603
insert pi_2+Width:InterpolationWidths 195 0.027016704
insert pi_2+Width:InterpolationWidths 196 0.027929549
insert pi_2+Width:InterpolationWidths 197 0.028864428
insert pi_2+Width:InterpolationWidths 198 0.029821629
insert pi_2+Width:InterpolationWidths 199 0.03080144
insert pi_2+Width:InterpolationWidths 200 0.03180415
insert pi_2+Width:InterpolationWidths 201 0.032830045
insert pi_2+Width:InterpolationWidths 202 0.033879412
insert pi_2+Width:InterpolationWidths 203 0.034952538
insert pi_2+Width:InterpolationWidths 204 0.036049706
insert pi_2+Width:InterpolationWidths 205 0.037171204
insert pi_2+Width:InterpolationWidths 206 0.038317314
insert pi_2+Width:InterpolationWidths 207 0.039488321
insert pi_2+Width:InterpolationWidths 208 0.040684508
insert pi_2+Width:InterpolationWidths 209 0.041906157
insert pi_2+Width:InterpolationWidths 210 0.04315355
insert pi_2+Width:InterpolationWidths 211 0.044426968
insert pi_2+Width:InterpolationWidths 212 0.045726692
insert pi_2+Width:InterpolationWidths 213 0.047053002
insert pi_2+Width:InterpolationWidths 214 0.048406176
insert pi_2+Width:InterpolationWidths 215 0.049786494
insert pi_2+Width:InterpolationWidths 216 0.00042613821
insert pi_2+Width:InterpolationWidths 217 0.00051933119
insert pi_2+Width:InterpolationWidths 218 0.00063083787
insert pi_2+Width:InterpolationWidths 219 0.00076418711
insert pi_2+Width:InterpolationWidths 220 0.00092364594
insert pi_2+Width:InterpolationWidths 221 0.0011143929
insert pi_2+Width:InterpolationWidths 222 0.0013427318
insert pi_2+Width:InterpolationWidths 223 0.0016163513
insert pi_2+Width:InterpolationWidths 224 0.0019446305
insert pi_2+Width:InterpolationWidths 225 0.0023389704
insert pi_2+Width:InterpolationWidths 226 0.0028131737
insert pi_2+Width:InterpolationWidths 227 0.0033836774
insert pi_2+Width:InterpolationWidths 228 0.0040696906
insert pi_2+Width:InterpolationWidths 229 0.0048929797
insert pi_2+Width:InterpolationWidths 230 0.0058771203
insert pi_2+Width:InterpolationWidths 231 0.0070463934
insert pi_2+Width:InterpolationWidths 232 0.0084242336
insert pi_2+Width:InterpolationWidths 233 0.0100318
insert pi_2+Width:InterpolationWidths 234 0.011886967
insert pi_2+Width:InterpolationWidths 235 0.014003929
insert pi_2+Width:InterpolationWidths 236 0.016393339
insert pi_2+Width:InterpolationWidths 237 0.019062786
insert pi_2+Width:InterpolationWidths 238 0.022017383
insert pi_2+Width:InterpolationWidths 239 0.025260351
insert pi_2+Width:InterpolationWidths 240 0.028793504
insert pi_2+Width:InterpolationWidths 241 0.032617654
insert pi_2+Width:InterpolationWidths 242 0.03673292
insert pi_2+Width:InterpolationWidths 243 0.041138973
insert pi_2+Width:InterpolationWidths 244 0.045835208
insert pi_2+Width:InterpolationWidths 245 0.050820878
insert pi_2+Width:InterpolationWidths 246 0.056095977
insert pi_2+Width:InterpolationWidths 247 0.061657567
insert pi_2+Width:InterpolationWidths 248 0.067506825
insert pi_2+Width:InterpolationWidths 249 0.073642502
insert pi_2+Width:InterpolationWidths 250 0.080063681
insert pi_2+Width:InterpolationWidths 251 0.086770505
insert pi_2+Width:InterpolationWidths 252 0.093762285
insert pi_2+Width:InterpolationWidths 253 0.10103873
insert pi_2+Width:InterpolationWidths 254 0.10859965
insert pi_2+Width:InterpolationWidths 255 0.11644496
insert pi_2+Width:InterpolationWidths 256 0.12457463
insert pi_2+Width:InterpolationWidths 257 0.13298877
insert pi_2+Width:InterpolationWidths 258 0.14168752
insert pi_2+Width:InterpolationWidths 259 0.15067114
insert pi_2+Width:InterpolationWidths 260 0.15993993
insert pi_2+Width:InterpolationWidths 261 0.16949428
insert pi_2+Width:InterpolationWidths 262 0.17933464
insert pi_2+Width:InterpolationWidths 263 0.18946152
insert pi_2+Width:InterpolationWidths 264 0.19987549
insert pi_2+Width:InterpolationWidths 265 0.21057717
insert pi_2+Width:InterpolationWidths 266 0.22156721
insert pi_2+Width:InterpolationWidths 267 0.23284636
insert pi_2+Width:InterpolationWidths 268 0.24441536
insert pi_2+Width:InterpolationWidths 269 0.25627503
insert pi_2+Width:InterpolationWidths 270 0.0001235849
insert pi_2+Width:InterpolationWidths 271 0.00017915146
insert pi_2+Width:InterpolationWidths 272 0.00025243717
insert pi_2+Width:InterpolationWidths 273 0.00034272072
insert pi_2+Width:InterpolationWidths 274 0.00044864604
insert pi_2+Width:InterpolationWidths 275 0.00056881302
insert pi_2+Width:InterpolationWidths 276 0.00070195148
insert pi_2+Width:InterpolationWidths 277 0.00084694851
insert pi_2+Width:InterpolationWidths 278 0.0010028348
insert pi_2+Width:InterpolationWidths 279 0.0011687634
insert pi_2+Width:InterpolationWidths 280 0.0013439889
insert pi_2+Width:InterpolationWidths 281 0.0015278509
insert pi_2+Width:InterpolationWidths 282 0.0017197597
insert pi_2+Width:InterpolationWidths 283 0.0019191855
insert pi_2+Width:InterpolationWidths 284 0.0021256497
insert pi_2+Width:InterpolationWidths 285 0.0023387173
insert pi_2+Width:InterpolationWidths 286 0.0025579913
insert pi_2+Width:InterpolationWidths 287 0.0027831078
insert pi_2+Width:InterpolationWidths 288 0.0030137318
insert pi_2+Width:InterpolationWidths 289 0.0032495543
insert pi_2+Width:InterpolationWidths 290 0.0034902892
insert pi_2+Width:InterpolationWidths 291 0.0037356706
insert pi_2+Width:InterpolationWidths 292 0.0039854512
insert pi_2+Width:InterpolationWidths 293 0.0042394003
insert pi_2+Width:InterpolationWidths 294 0.0044973023
insert pi_2+Width:InterpolationWidths 295 0.0047589553
insert pi_2+Width:InterpolationWidths 296 0.0050241699
insert pi_2+Width:InterpolationWidths 297 0.0052927683
insert pi_2+Width:InterpolationWidths 298 0.005564583
insert pi_2+Width:InterpolationWidths 299 0.0058394564
insert pi_2+Width:InterpolationWidths 300 0.0061172349
insert pi_2+Width:InterpolationWidths 301 0.0063977929
insert pi_2+Width:InterpolationWidths 302 0.006680983
insert pi_2+Width:InterpolationWidths 303 0.0069666844
insert pi_2+Width:InterpolationWidths 304 0.0072547785
insert pi_2+Width:InterpolationWidths 305 0.0075451524
insert pi_2+Width:InterpolationWidths 306 0.0078376992
insert pi_2+Width:InterpolationWidths 307 0.0081323177
insert pi_2+Width:InterpolationWidths 308 0.0084289114
insert pi_2+Width:InterpolationWidths 309 0.0087273887
insert pi_2+Width:InterpolationWidths 310 0.0090276625
insert pi_2+Width:InterpolationWidths 311 0.0093296501
insert pi_2+Width:InterpolationWidths 312 0.0096332723
insert pi_2+Width:InterpolationWidths 313 0.0099384538
insert pi_2+Width:InterpolationWidths 314 0.010245123
insert pi_2+Width:InterpolationWidths 315 0.010553211
insert pi_2+Width:InterpolationWidths 316 0.010862606
insert pi_2+Width:InterpolationWidths 317 0.011173189
insert pi_2+Width:InterpolationWidths 318 0.011484866
insert pi_2+Width:InterpolationWidths 319 0.011797558
insert pi_2+Width:InterpolationWidths 320 0.012111191
insert pi_2+Width:InterpolationWidths 321 0.012425698
insert pi_2+Width:InterpolationWidths 322 0.012741016
insert pi_2+Width:InterpolationWidths 323 0.013057087
insert pi_2+Width:InterpolationWidths 324 0.00012283811
insert pi_2+Width:InterpolationWidths 325 0.00017831656
insert pi_2+Width:InterpolationWidths 326 0.00025145389
insert pi_2+Width:InterpolationWidths 327 0.00034155808
insert pi_2+Width:InterpolationWidths 328 0.00044729863
insert pi_2+Width:InterpolationWidths 329 0.0005672913
insert pi_2+Width:InterpolationWidths 330 0.00070027484
insert pi_2+Width:InterpolationWidths 331 0.000845141
insert pi_2+Width:InterpolationWidths 332 0.0010009228
insert pi_2+Width:InterpolationWidths 333 0.001166774
insert pi_2+Width:InterpolationWidths 334 0.0013419493
insert pi_2+Width:InterpolationWidths 335 0.0015257876
insert pi_2+Width:InterpolationWidths 336 0.0017176987
insert pi_2+Width:InterpolationWidths 337 0.0019171519
insert pi_2+Width:InterpolationWidths 338 0.0021236674
insert pi_2+Width:InterpolationWidths 339 0.0023368094
insert pi_2+Width:InterpolationWidths 340 0.0025561797
insert pi_2+Width:InterpolationWidths 341 0.0027814136
insert pi_2+Width:InterpolationWidths 342 0.0030121752
insert pi_2+Width:InterpolationWidths 343 0.0032481546
insert pi_2+Width:InterpolationWidths 344 0.0034890647
insert pi_2+Width:InterpolationWidths 345 0.0037346391
insert pi_2+Width:InterpolationWidths 346 0.0039846295
insert pi_2+Width:InterpolationWidths 347 0.0042388049
insert pi_2+Width:InterpolationWidths 348 0.0044969488
insert pi_2+Width:InterpolationWidths 349 0.0047588587
insert pi_2+Width:InterpolationWidths 350 0.0050243448
insert pi_2+Width:InterpolationWidths 351 0.0052932285
insert pi_2+Width:InterpolationWidths 352 0.0055653422
insert pi_2+Width:InterpolationWidths 353 0.0058405277
insert pi_2+Width:InterpolationWidths 354 0.0061186359
insert pi_2+Width:InterpolationWidths 355 0.0063995261
insert pi_2+Width:InterpolationWidths 356 0.0066830653
insert pi_2+Width:InterpolationWidths 357 0.0069691275
insert pi_2+Width:InterpolationWidths 358 0.0072575935
insert pi_2+Width:InterpolationWidths 359 0.0075483506
insert pi_2+Width:InterpolationWidths 360 0.0078412914
insert pi_2+Width:InterpolationWidths 361 0.0081363144
insert pi_2+Width:InterpolationWidths 362 0.008433323
insert pi_2+Width:InterpolationWidths 363 0.0087322253
insert pi_2+Width:InterpolationWidths 364 0.0090329341
insert pi_2+Width:InterpolationWidths 365 0.0093353662
insert pi_2+Width:InterpolationWidths 366 0.0096394427
insert pi_2+Width:InterpolationWidths 367 0.0099450881
insert pi_2+Width:InterpolationWidths 368 0.010252231
insert pi_2+Width:InterpolationWidths 369 0.010560802
insert pi_2+Width:InterpolationWidths 370 0.010870736
insert pi_2+Width:InterpolationWidths 371 0.011181972
insert pi_2+Width:InterpolationWidths 372 0.011494448
insert pi_2+Width:InterpolationWidths 373 0.011808107
insert pi_2+Width:InterpolationWidths 374 0.012122861
insert pi_2+Width:InterpolationWidths 375 0.012438562
insert pi_2+Width:InterpolationWidths 376 0.012755176
insert pi_2+Width:InterpolationWidths 377 0.013072619
insert pi_2+Width:NumberofEntries 0 54
insert pi_2+Width:NumberofEntries 1 108
insert pi_2+Width:NumberofEntries 2 162
insert pi_2+Width:NumberofEntries 3 216
insert pi_2+Width:NumberofEntries 4 270
insert pi_2+Width:NumberofEntries 5 324
insert pi_2+Width:NumberofEntries 6 378
insert pi_2+Width:NumberofEntries 7 378
newdef /Herwig/Particles/pi_2+:Width_generator pi_2+Width
newdef /Herwig/Particles/pi_2-:Width_generator pi_2+Width
#
create Herwig::GenericWidthGenerator eta_2Width
newdef eta_2Width:Particle /Herwig/Particles/eta_2
newdef eta_2Width:Prefactor 1.00021
newdef eta_2Width:BRNormalize 1
newdef eta_2Width:BRMinimum 0.01
newdef eta_2Width:Points 50
newdef eta_2Width:InterpolationOrder 1
insert eta_2Width:MEtype 0 2
insert eta_2Width:MEtype 1 2
insert eta_2Width:MEtype 2 2
insert eta_2Width:MEtype 3 2
insert eta_2Width:MEtype 4 2
insert eta_2Width:MEtype 5 2
insert eta_2Width:MEtype 6 2
insert eta_2Width:MEtype 7 2
insert eta_2Width:MEtype 8 2
insert eta_2Width:MEtype 9 2
insert eta_2Width:MEcode 0 0
insert eta_2Width:MEcode 1 0
insert eta_2Width:MEcode 2 0
insert eta_2Width:MEcode 3 0
insert eta_2Width:MEcode 4 0
insert eta_2Width:MEcode 5 0
insert eta_2Width:MEcode 6 0
insert eta_2Width:MEcode 7 0
insert eta_2Width:MEcode 8 0
insert eta_2Width:MEcode 9 0
insert eta_2Width:MEcoupling 0 0.892402
insert eta_2Width:MEcoupling 1 0.904095
insert eta_2Width:MEcoupling 2 0.904095
insert eta_2Width:MEcoupling 3 1.01076
insert eta_2Width:MEcoupling 4 1.00037
insert eta_2Width:MEcoupling 5 1.01076
insert eta_2Width:MEcoupling 6 1.0848
insert eta_2Width:MEcoupling 7 1.13528
insert eta_2Width:MEcoupling 8 1.13528
insert eta_2Width:MEcoupling 9 1.0848
insert eta_2Width:ModeOn 0 1
insert eta_2Width:ModeOn 1 1
insert eta_2Width:ModeOn 2 1
insert eta_2Width:ModeOn 3 1
insert eta_2Width:ModeOn 4 1
insert eta_2Width:ModeOn 5 1
insert eta_2Width:ModeOn 6 1
insert eta_2Width:ModeOn 7 1
insert eta_2Width:ModeOn 8 1
insert eta_2Width:ModeOn 9 1
insert eta_2Width:MinimumMasses 0 1.24318
insert eta_2Width:MinimumMasses 1 1.24777
insert eta_2Width:MinimumMasses 2 1.24777
insert eta_2Width:MinimumMasses 3 0.89857
insert eta_2Width:MinimumMasses 4 0.893977
insert eta_2Width:MinimumMasses 5 0.89857
insert eta_2Width:MinimumMasses 6 1.13535
insert eta_2Width:MinimumMasses 7 1.14316
insert eta_2Width:MinimumMasses 8 1.14316
insert eta_2Width:MinimumMasses 9 1.13535
insert eta_2Width:MEmass1 0 0.134977
insert eta_2Width:MEmass1 1 0.13957
insert eta_2Width:MEmass1 2 0.13957
insert eta_2Width:MEmass1 3 0.999
insert eta_2Width:MEmass1 4 0.999
insert eta_2Width:MEmass1 5 0.999
insert eta_2Width:MEmass1 6 0.493677
insert eta_2Width:MEmass1 7 0.497611
insert eta_2Width:MEmass1 8 0.497611
insert eta_2Width:MEmass1 9 0.493677
insert eta_2Width:MEmass2 0 1.3182
insert eta_2Width:MEmass2 1 1.3182
insert eta_2Width:MEmass2 2 1.3182
insert eta_2Width:MEmass2 3 0.13957
insert eta_2Width:MEmass2 4 0.134977
insert eta_2Width:MEmass2 5 0.13957
insert eta_2Width:MEmass2 6 0.89167
insert eta_2Width:MEmass2 7 0.89555
insert eta_2Width:MEmass2 8 0.89555
insert eta_2Width:MEmass2 9 0.89167
insert eta_2Width:DecayModes 0 eta_2->a_20,pi0;
insert eta_2Width:DecayModes 1 eta_2->a_2-,pi+;
insert eta_2Width:DecayModes 2 eta_2->a_2+,pi-;
insert eta_2Width:DecayModes 3 eta_2->a_0-,pi+;
insert eta_2Width:DecayModes 4 eta_2->a_00,pi0;
insert eta_2Width:DecayModes 5 eta_2->a_0+,pi-;
insert eta_2Width:DecayModes 6 eta_2->K*-,K+;
insert eta_2Width:DecayModes 7 eta_2->K*bar0,K0;
insert eta_2Width:DecayModes 8 eta_2->K*0,Kbar0;
insert eta_2Width:DecayModes 9 eta_2->K*+,K-;
insert eta_2Width:InterpolationMasses 0 1.225449
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insert eta_2Width:InterpolationWidths 211 0.018990034
insert eta_2Width:InterpolationWidths 212 0.02003018
insert eta_2Width:InterpolationWidths 213 0.021106651
insert eta_2Width:InterpolationWidths 214 0.022219948
insert eta_2Width:InterpolationWidths 215 0.023370568
insert eta_2Width:InterpolationWidths 216 7.9254124e-05
insert eta_2Width:InterpolationWidths 217 0.00010086349
insert eta_2Width:InterpolationWidths 218 0.00012699196
insert eta_2Width:InterpolationWidths 219 0.00015826294
insert eta_2Width:InterpolationWidths 220 0.00019527564
insert eta_2Width:InterpolationWidths 221 0.00023866484
insert eta_2Width:InterpolationWidths 222 0.00028908008
insert eta_2Width:InterpolationWidths 223 0.00034724402
insert eta_2Width:InterpolationWidths 224 0.0004137935
insert eta_2Width:InterpolationWidths 225 0.00048944741
insert eta_2Width:InterpolationWidths 226 0.00057489124
insert eta_2Width:InterpolationWidths 227 0.00067084727
insert eta_2Width:InterpolationWidths 228 0.00077807452
insert eta_2Width:InterpolationWidths 229 0.00089724854
insert eta_2Width:InterpolationWidths 230 0.0010290962
insert eta_2Width:InterpolationWidths 231 0.0011743712
insert eta_2Width:InterpolationWidths 232 0.0013338486
insert eta_2Width:InterpolationWidths 233 0.0015081887
insert eta_2Width:InterpolationWidths 234 0.0016981278
insert eta_2Width:InterpolationWidths 235 0.0019043235
insert eta_2Width:InterpolationWidths 236 0.0021275404
insert eta_2Width:InterpolationWidths 237 0.0023688852
insert eta_2Width:InterpolationWidths 238 0.0026285088
insert eta_2Width:InterpolationWidths 239 0.0029073469
insert eta_2Width:InterpolationWidths 240 0.0032061234
insert eta_2Width:InterpolationWidths 241 0.0035255161
insert eta_2Width:InterpolationWidths 242 0.0038662161
insert eta_2Width:InterpolationWidths 243 0.0042289952
insert eta_2Width:InterpolationWidths 244 0.0046143432
insert eta_2Width:InterpolationWidths 245 0.0050231121
insert eta_2Width:InterpolationWidths 246 0.0054562301
insert eta_2Width:InterpolationWidths 247 0.0059133003
insert eta_2Width:InterpolationWidths 248 0.0063962962
insert eta_2Width:InterpolationWidths 249 0.0069051968
insert eta_2Width:InterpolationWidths 250 0.0074407551
insert eta_2Width:InterpolationWidths 251 0.0080036057
insert eta_2Width:InterpolationWidths 252 0.0085943748
insert eta_2Width:InterpolationWidths 253 0.0092136803
insert eta_2Width:InterpolationWidths 254 0.0098621319
insert eta_2Width:InterpolationWidths 255 0.010540331
insert eta_2Width:InterpolationWidths 256 0.011248871
insert eta_2Width:InterpolationWidths 257 0.011988338
insert eta_2Width:InterpolationWidths 258 0.012759307
insert eta_2Width:InterpolationWidths 259 0.013562347
insert eta_2Width:InterpolationWidths 260 0.014398021
insert eta_2Width:InterpolationWidths 261 0.01526688
insert eta_2Width:InterpolationWidths 262 0.01616947
insert eta_2Width:InterpolationWidths 263 0.017106329
insert eta_2Width:InterpolationWidths 264 0.018077987
insert eta_2Width:InterpolationWidths 265 0.019084965
insert eta_2Width:InterpolationWidths 266 0.020127781
insert eta_2Width:InterpolationWidths 267 0.021206943
insert eta_2Width:InterpolationWidths 268 0.022322951
insert eta_2Width:InterpolationWidths 269 0.023476302
insert eta_2Width:InterpolationWidths 270 7.5744226e-05
insert eta_2Width:InterpolationWidths 271 9.6673416e-05
insert eta_2Width:InterpolationWidths 272 0.00012204831
insert eta_2Width:InterpolationWidths 273 0.00015251073
insert eta_2Width:InterpolationWidths 274 0.00018862778
insert eta_2Width:InterpolationWidths 275 0.00023107062
insert eta_2Width:InterpolationWidths 276 0.00028054339
insert eta_2Width:InterpolationWidths 277 0.00033754986
insert eta_2Width:InterpolationWidths 278 0.00040294764
insert eta_2Width:InterpolationWidths 279 0.00047737755
insert eta_2Width:InterpolationWidths 280 0.00056157169
insert eta_2Width:InterpolationWidths 281 0.00065623232
insert eta_2Width:InterpolationWidths 282 0.00076208871
insert eta_2Width:InterpolationWidths 283 0.0008798163
insert eta_2Width:InterpolationWidths 284 0.0010102063
insert eta_2Width:InterpolationWidths 285 0.0011539487
insert eta_2Width:InterpolationWidths 286 0.0013118031
insert eta_2Width:InterpolationWidths 287 0.0014845612
insert eta_2Width:InterpolationWidths 288 0.0016727808
insert eta_2Width:InterpolationWidths 289 0.0018774696
insert eta_2Width:InterpolationWidths 290 0.0020989192
insert eta_2Width:InterpolationWidths 291 0.0023382557
insert eta_2Width:InterpolationWidths 292 0.0025960199
insert eta_2Width:InterpolationWidths 293 0.0028729728
insert eta_2Width:InterpolationWidths 294 0.0031697394
insert eta_2Width:InterpolationWidths 295 0.0034872459
insert eta_2Width:InterpolationWidths 296 0.0038259151
insert eta_2Width:InterpolationWidths 297 0.0041864578
insert eta_2Width:InterpolationWidths 298 0.0045689493
insert eta_2Width:InterpolationWidths 299 0.0049763038
insert eta_2Width:InterpolationWidths 300 0.0054072001
insert eta_2Width:InterpolationWidths 301 0.0058626153
insert eta_2Width:InterpolationWidths 302 0.0063431964
insert eta_2Width:InterpolationWidths 303 0.006849849
insert eta_2Width:InterpolationWidths 304 0.0073831288
insert eta_2Width:InterpolationWidths 305 0.0079436716
insert eta_2Width:InterpolationWidths 306 0.0085321043
insert eta_2Width:InterpolationWidths 307 0.0091490457
insert eta_2Width:InterpolationWidths 308 0.0097951064
insert eta_2Width:InterpolationWidths 309 0.010470888
insert eta_2Width:InterpolationWidths 310 0.011176986
insert eta_2Width:InterpolationWidths 311 0.011913984
insert eta_2Width:InterpolationWidths 312 0.012682461
insert eta_2Width:InterpolationWidths 313 0.013482986
insert eta_2Width:InterpolationWidths 314 0.01431612
insert eta_2Width:InterpolationWidths 315 0.015182417
insert eta_2Width:InterpolationWidths 316 0.016082423
insert eta_2Width:InterpolationWidths 317 0.017016675
insert eta_2Width:InterpolationWidths 318 0.017985705
insert eta_2Width:InterpolationWidths 319 0.018990034
insert eta_2Width:InterpolationWidths 320 0.02003018
insert eta_2Width:InterpolationWidths 321 0.021106651
insert eta_2Width:InterpolationWidths 322 0.022219948
insert eta_2Width:InterpolationWidths 323 0.023370568
insert eta_2Width:InterpolationWidths 324 2.8286076e-07
insert eta_2Width:InterpolationWidths 325 5.4222215e-07
insert eta_2Width:InterpolationWidths 326 9.7472441e-07
insert eta_2Width:InterpolationWidths 327 1.6711168e-06
insert eta_2Width:InterpolationWidths 328 2.7668463e-06
insert eta_2Width:InterpolationWidths 329 4.4687942e-06
insert eta_2Width:InterpolationWidths 330 7.1039519e-06
insert eta_2Width:InterpolationWidths 331 1.1214449e-05
insert eta_2Width:InterpolationWidths 332 1.7758579e-05
insert eta_2Width:InterpolationWidths 333 2.8567994e-05
insert eta_2Width:InterpolationWidths 334 4.7345865e-05
insert eta_2Width:InterpolationWidths 335 8.0662322e-05
insert eta_2Width:InterpolationWidths 336 0.00013488781
insert eta_2Width:InterpolationWidths 337 0.00021129722
insert eta_2Width:InterpolationWidths 338 0.00030791828
insert eta_2Width:InterpolationWidths 339 0.00042231603
insert eta_2Width:InterpolationWidths 340 0.00055235849
insert eta_2Width:InterpolationWidths 341 0.00069627688
insert eta_2Width:InterpolationWidths 342 0.00085260298
insert eta_2Width:InterpolationWidths 343 0.001020103
insert eta_2Width:InterpolationWidths 344 0.0011977259
insert eta_2Width:InterpolationWidths 345 0.001384565
insert eta_2Width:InterpolationWidths 346 0.0015798294
insert eta_2Width:InterpolationWidths 347 0.001782823
insert eta_2Width:InterpolationWidths 348 0.0019929282
insert eta_2Width:InterpolationWidths 349 0.0022095929
insert eta_2Width:InterpolationWidths 350 0.0024323213
insert eta_2Width:InterpolationWidths 351 0.0026606654
insert eta_2Width:InterpolationWidths 352 0.0028942189
insert eta_2Width:InterpolationWidths 353 0.0031326114
insert eta_2Width:InterpolationWidths 354 0.0033755049
insert eta_2Width:InterpolationWidths 355 0.0036225895
insert eta_2Width:InterpolationWidths 356 0.00387358
insert eta_2Width:InterpolationWidths 357 0.0041282142
insert eta_2Width:InterpolationWidths 358 0.0043862444
insert eta_2Width:InterpolationWidths 359 0.0046474623
insert eta_2Width:InterpolationWidths 360 0.0049116443
insert eta_2Width:InterpolationWidths 361 0.0051786028
insert eta_2Width:InterpolationWidths 362 0.0054481585
insert eta_2Width:InterpolationWidths 363 0.0057201447
insert eta_2Width:InterpolationWidths 364 0.0059944059
insert eta_2Width:InterpolationWidths 365 0.0062707968
insert eta_2Width:InterpolationWidths 366 0.0065491821
insert eta_2Width:InterpolationWidths 367 0.0068294351
insert eta_2Width:InterpolationWidths 368 0.0071114369
insert eta_2Width:InterpolationWidths 369 0.0073950767
insert eta_2Width:InterpolationWidths 370 0.0076802469
insert eta_2Width:InterpolationWidths 371 0.0079667907
insert eta_2Width:InterpolationWidths 372 0.0082545074
insert eta_2Width:InterpolationWidths 373 0.0085433011
insert eta_2Width:InterpolationWidths 374 0.0088330494
insert eta_2Width:InterpolationWidths 375 0.0091236525
insert eta_2Width:InterpolationWidths 376 0.0094150197
insert eta_2Width:InterpolationWidths 377 0.0097070683
insert eta_2Width:InterpolationWidths 378 2.2399292e-07
insert eta_2Width:InterpolationWidths 379 4.3670739e-07
insert eta_2Width:InterpolationWidths 380 7.934582e-07
insert eta_2Width:InterpolationWidths 381 1.3689753e-06
insert eta_2Width:InterpolationWidths 382 2.2733022e-06
insert eta_2Width:InterpolationWidths 383 3.6715762e-06
insert eta_2Width:InterpolationWidths 384 5.8188827e-06
insert eta_2Width:InterpolationWidths 385 9.1257188e-06
insert eta_2Width:InterpolationWidths 386 1.4290665e-05
insert eta_2Width:InterpolationWidths 387 2.2592521e-05
insert eta_2Width:InterpolationWidths 388 3.65657e-05
insert eta_2Width:InterpolationWidths 389 6.126319e-05
insert eta_2Width:InterpolationWidths 390 0.00010401566
insert eta_2Width:InterpolationWidths 391 0.00016908584
insert eta_2Width:InterpolationWidths 392 0.00025570082
insert eta_2Width:InterpolationWidths 393 0.00036142643
insert eta_2Width:InterpolationWidths 394 0.00048390999
insert eta_2Width:InterpolationWidths 395 0.00062117699
insert eta_2Width:InterpolationWidths 396 0.00077159764
insert eta_2Width:InterpolationWidths 397 0.00093381428
insert eta_2Width:InterpolationWidths 398 0.0011066801
insert eta_2Width:InterpolationWidths 399 0.0012892128
insert eta_2Width:InterpolationWidths 400 0.0014805611
insert eta_2Width:InterpolationWidths 401 0.0016799798
insert eta_2Width:InterpolationWidths 402 0.0018868103
insert eta_2Width:InterpolationWidths 403 0.0021004667
insert eta_2Width:InterpolationWidths 404 0.0023204241
insert eta_2Width:InterpolationWidths 405 0.0025462098
insert eta_2Width:InterpolationWidths 406 0.0027773958
insert eta_2Width:InterpolationWidths 407 0.0030135937
insert eta_2Width:InterpolationWidths 408 0.0032544487
insert eta_2Width:InterpolationWidths 409 0.0034996366
insert eta_2Width:InterpolationWidths 410 0.0037488596
insert eta_2Width:InterpolationWidths 411 0.0040018439
insert eta_2Width:InterpolationWidths 412 0.0042583369
insert eta_2Width:InterpolationWidths 413 0.0045181053
insert eta_2Width:InterpolationWidths 414 0.0047809332
insert eta_2Width:InterpolationWidths 415 0.0050466201
insert eta_2Width:InterpolationWidths 416 0.00531498
insert eta_2Width:InterpolationWidths 417 0.0055858399
insert eta_2Width:InterpolationWidths 418 0.0058590386
insert eta_2Width:InterpolationWidths 419 0.006134426
insert eta_2Width:InterpolationWidths 420 0.0064118616
insert eta_2Width:InterpolationWidths 421 0.0066912143
insert eta_2Width:InterpolationWidths 422 0.0069723493
insert eta_2Width:InterpolationWidths 423 0.0072550584
insert eta_2Width:InterpolationWidths 424 0.0075391643
insert eta_2Width:InterpolationWidths 425 0.007824525
insert eta_2Width:InterpolationWidths 426 0.0081110156
insert eta_2Width:InterpolationWidths 427 0.0083985238
insert eta_2Width:InterpolationWidths 428 0.0086869473
insert eta_2Width:InterpolationWidths 429 0.0089761929
insert eta_2Width:InterpolationWidths 430 0.0092661734
insert eta_2Width:InterpolationWidths 431 0.0095568093
insert eta_2Width:InterpolationWidths 432 2.2399292e-07
insert eta_2Width:InterpolationWidths 433 4.3670739e-07
insert eta_2Width:InterpolationWidths 434 7.934582e-07
insert eta_2Width:InterpolationWidths 435 1.3689753e-06
insert eta_2Width:InterpolationWidths 436 2.2733022e-06
insert eta_2Width:InterpolationWidths 437 3.6715762e-06
insert eta_2Width:InterpolationWidths 438 5.8188827e-06
insert eta_2Width:InterpolationWidths 439 9.1257188e-06
insert eta_2Width:InterpolationWidths 440 1.4290665e-05
insert eta_2Width:InterpolationWidths 441 2.2592521e-05
insert eta_2Width:InterpolationWidths 442 3.65657e-05
insert eta_2Width:InterpolationWidths 443 6.126319e-05
insert eta_2Width:InterpolationWidths 444 0.00010401566
insert eta_2Width:InterpolationWidths 445 0.00016908584
insert eta_2Width:InterpolationWidths 446 0.00025570082
insert eta_2Width:InterpolationWidths 447 0.00036142643
insert eta_2Width:InterpolationWidths 448 0.00048390999
insert eta_2Width:InterpolationWidths 449 0.00062117699
insert eta_2Width:InterpolationWidths 450 0.00077159764
insert eta_2Width:InterpolationWidths 451 0.00093381428
insert eta_2Width:InterpolationWidths 452 0.0011066801
insert eta_2Width:InterpolationWidths 453 0.0012892128
insert eta_2Width:InterpolationWidths 454 0.0014805611
insert eta_2Width:InterpolationWidths 455 0.0016799798
insert eta_2Width:InterpolationWidths 456 0.0018868103
insert eta_2Width:InterpolationWidths 457 0.0021004667
insert eta_2Width:InterpolationWidths 458 0.0023204241
insert eta_2Width:InterpolationWidths 459 0.0025462098
insert eta_2Width:InterpolationWidths 460 0.0027773958
insert eta_2Width:InterpolationWidths 461 0.0030135937
insert eta_2Width:InterpolationWidths 462 0.0032544487
insert eta_2Width:InterpolationWidths 463 0.0034996366
insert eta_2Width:InterpolationWidths 464 0.0037488596
insert eta_2Width:InterpolationWidths 465 0.0040018439
insert eta_2Width:InterpolationWidths 466 0.0042583369
insert eta_2Width:InterpolationWidths 467 0.0045181053
insert eta_2Width:InterpolationWidths 468 0.0047809332
insert eta_2Width:InterpolationWidths 469 0.0050466201
insert eta_2Width:InterpolationWidths 470 0.00531498
insert eta_2Width:InterpolationWidths 471 0.0055858399
insert eta_2Width:InterpolationWidths 472 0.0058590386
insert eta_2Width:InterpolationWidths 473 0.006134426
insert eta_2Width:InterpolationWidths 474 0.0064118616
insert eta_2Width:InterpolationWidths 475 0.0066912143
insert eta_2Width:InterpolationWidths 476 0.0069723493
insert eta_2Width:InterpolationWidths 477 0.0072550584
insert eta_2Width:InterpolationWidths 478 0.0075391643
insert eta_2Width:InterpolationWidths 479 0.007824525
insert eta_2Width:InterpolationWidths 480 0.0081110156
insert eta_2Width:InterpolationWidths 481 0.0083985238
insert eta_2Width:InterpolationWidths 482 0.0086869473
insert eta_2Width:InterpolationWidths 483 0.0089761929
insert eta_2Width:InterpolationWidths 484 0.0092661734
insert eta_2Width:InterpolationWidths 485 0.0095568093
insert eta_2Width:InterpolationWidths 486 2.8286076e-07
insert eta_2Width:InterpolationWidths 487 5.4222215e-07
insert eta_2Width:InterpolationWidths 488 9.7472441e-07
insert eta_2Width:InterpolationWidths 489 1.6711168e-06
insert eta_2Width:InterpolationWidths 490 2.7668463e-06
insert eta_2Width:InterpolationWidths 491 4.4687942e-06
insert eta_2Width:InterpolationWidths 492 7.1039519e-06
insert eta_2Width:InterpolationWidths 493 1.1214449e-05
insert eta_2Width:InterpolationWidths 494 1.7758579e-05
insert eta_2Width:InterpolationWidths 495 2.8567994e-05
insert eta_2Width:InterpolationWidths 496 4.7345865e-05
insert eta_2Width:InterpolationWidths 497 8.0662322e-05
insert eta_2Width:InterpolationWidths 498 0.00013488781
insert eta_2Width:InterpolationWidths 499 0.00021129722
insert eta_2Width:InterpolationWidths 500 0.00030791828
insert eta_2Width:InterpolationWidths 501 0.00042231603
insert eta_2Width:InterpolationWidths 502 0.00055235849
insert eta_2Width:InterpolationWidths 503 0.00069627688
insert eta_2Width:InterpolationWidths 504 0.00085260298
insert eta_2Width:InterpolationWidths 505 0.001020103
insert eta_2Width:InterpolationWidths 506 0.0011977259
insert eta_2Width:InterpolationWidths 507 0.001384565
insert eta_2Width:InterpolationWidths 508 0.0015798294
insert eta_2Width:InterpolationWidths 509 0.001782823
insert eta_2Width:InterpolationWidths 510 0.0019929282
insert eta_2Width:InterpolationWidths 511 0.0022095929
insert eta_2Width:InterpolationWidths 512 0.0024323213
insert eta_2Width:InterpolationWidths 513 0.0026606654
insert eta_2Width:InterpolationWidths 514 0.0028942189
insert eta_2Width:InterpolationWidths 515 0.0031326114
insert eta_2Width:InterpolationWidths 516 0.0033755049
insert eta_2Width:InterpolationWidths 517 0.0036225895
insert eta_2Width:InterpolationWidths 518 0.00387358
insert eta_2Width:InterpolationWidths 519 0.0041282142
insert eta_2Width:InterpolationWidths 520 0.0043862444
insert eta_2Width:InterpolationWidths 521 0.0046474623
insert eta_2Width:InterpolationWidths 522 0.0049116443
insert eta_2Width:InterpolationWidths 523 0.0051786028
insert eta_2Width:InterpolationWidths 524 0.0054481585
insert eta_2Width:InterpolationWidths 525 0.0057201447
insert eta_2Width:InterpolationWidths 526 0.0059944059
insert eta_2Width:InterpolationWidths 527 0.0062707968
insert eta_2Width:InterpolationWidths 528 0.0065491821
insert eta_2Width:InterpolationWidths 529 0.0068294351
insert eta_2Width:InterpolationWidths 530 0.0071114369
insert eta_2Width:InterpolationWidths 531 0.0073950767
insert eta_2Width:InterpolationWidths 532 0.0076802469
insert eta_2Width:InterpolationWidths 533 0.0079667907
insert eta_2Width:InterpolationWidths 534 0.0082545074
insert eta_2Width:InterpolationWidths 535 0.0085433011
insert eta_2Width:InterpolationWidths 536 0.0088330494
insert eta_2Width:InterpolationWidths 537 0.0091236525
insert eta_2Width:InterpolationWidths 538 0.0094150197
insert eta_2Width:InterpolationWidths 539 0.0097070683
insert eta_2Width:NumberofEntries 0 54
insert eta_2Width:NumberofEntries 1 108
insert eta_2Width:NumberofEntries 2 162
insert eta_2Width:NumberofEntries 3 216
insert eta_2Width:NumberofEntries 4 270
insert eta_2Width:NumberofEntries 5 324
insert eta_2Width:NumberofEntries 6 378
insert eta_2Width:NumberofEntries 7 432
insert eta_2Width:NumberofEntries 8 486
insert eta_2Width:NumberofEntries 9 540
newdef /Herwig/Particles/eta_2:Width_generator eta_2Width
#
create Herwig::GenericWidthGenerator eta'_2Width
newdef eta'_2Width:Particle /Herwig/Particles/eta'_2
newdef eta'_2Width:Prefactor 1.02629
newdef eta'_2Width:BRNormalize 1
newdef eta'_2Width:BRMinimum 0.01
newdef eta'_2Width:Points 50
newdef eta'_2Width:InterpolationOrder 1
insert eta'_2Width:MEtype 0 2
insert eta'_2Width:MEtype 1 2
insert eta'_2Width:MEtype 2 2
insert eta'_2Width:MEtype 3 0
insert eta'_2Width:MEtype 4 0
insert eta'_2Width:MEtype 5 0
insert eta'_2Width:MEtype 6 0
insert eta'_2Width:MEcode 0 0
insert eta'_2Width:MEcode 1 0
insert eta'_2Width:MEcode 2 0
insert eta'_2Width:MEcode 3 0
insert eta'_2Width:MEcode 4 0
insert eta'_2Width:MEcode 5 0
insert eta'_2Width:MEcode 6 0
insert eta'_2Width:MEcoupling 0 1.00256
insert eta'_2Width:MEcoupling 1 1.00256
insert eta'_2Width:MEcoupling 2 0.996522
insert eta'_2Width:MEcoupling 3 0.278395
insert eta'_2Width:MEcoupling 4 0.278395
insert eta'_2Width:MEcoupling 5 0.278395
insert eta'_2Width:MEcoupling 6 0.139195
insert eta'_2Width:ModeOn 0 0
insert eta'_2Width:ModeOn 1 0
insert eta'_2Width:ModeOn 2 0
insert eta'_2Width:ModeOn 3 1
insert eta'_2Width:ModeOn 4 1
insert eta'_2Width:ModeOn 5 1
insert eta'_2Width:ModeOn 6 1
insert eta'_2Width:MinimumMasses 0 0.89857
insert eta'_2Width:MinimumMasses 1 0.89857
insert eta'_2Width:MinimumMasses 2 0.893978
insert eta'_2Width:MinimumMasses 3 1.24387
insert eta'_2Width:MinimumMasses 4 1.24387
insert eta'_2Width:MinimumMasses 5 1.23928
insert eta'_2Width:MinimumMasses 6 1.6377
insert eta'_2Width:MEmass1 0 0.999
insert eta'_2Width:MEmass1 1 0.999
insert eta'_2Width:MEmass1 2 0.999
insert eta'_2Width:MEmass1 3 0
insert eta'_2Width:MEmass1 4 0
insert eta'_2Width:MEmass1 5 0
insert eta'_2Width:MEmass1 6 0
insert eta'_2Width:MEmass2 0 0.13957
insert eta'_2Width:MEmass2 1 0.13957
insert eta'_2Width:MEmass2 2 0.134978
insert eta'_2Width:MEmass2 3 0
insert eta'_2Width:MEmass2 4 0
insert eta'_2Width:MEmass2 5 0
insert eta'_2Width:MEmass2 6 0
insert eta'_2Width:DecayModes 0 eta'_2->a_0+,pi-;
insert eta'_2Width:DecayModes 1 eta'_2->a_0-,pi+;
insert eta'_2Width:DecayModes 2 eta'_2->a_00,pi0;
insert eta'_2Width:DecayModes 3 eta'_2->a_2+,pi-;
insert eta'_2Width:DecayModes 4 eta'_2->a_2-,pi+;
insert eta'_2Width:DecayModes 5 eta'_2->a_20,pi0;
insert eta'_2Width:DecayModes 6 eta'_2->f_2,eta;
insert eta'_2Width:InterpolationMasses 0 1.5986327
insert eta'_2Width:InterpolationMasses 1 1.6078163
insert eta'_2Width:InterpolationMasses 2 1.617
insert eta'_2Width:InterpolationMasses 3 1.6261837
insert eta'_2Width:InterpolationMasses 4 1.6353673
insert eta'_2Width:InterpolationMasses 5 1.644551
insert eta'_2Width:InterpolationMasses 6 1.6537347
insert eta'_2Width:InterpolationMasses 7 1.6629184
insert eta'_2Width:InterpolationMasses 8 1.672102
insert eta'_2Width:InterpolationMasses 9 1.6812857
insert eta'_2Width:InterpolationMasses 10 1.6904694
insert eta'_2Width:InterpolationMasses 11 1.6996531
insert eta'_2Width:InterpolationMasses 12 1.7088367
insert eta'_2Width:InterpolationMasses 13 1.7180204
insert eta'_2Width:InterpolationMasses 14 1.7272041
insert eta'_2Width:InterpolationMasses 15 1.7363878
insert eta'_2Width:InterpolationMasses 16 1.7455714
insert eta'_2Width:InterpolationMasses 17 1.7547551
insert eta'_2Width:InterpolationMasses 18 1.7639388
insert eta'_2Width:InterpolationMasses 19 1.7731224
insert eta'_2Width:InterpolationMasses 20 1.7823061
insert eta'_2Width:InterpolationMasses 21 1.7914898
insert eta'_2Width:InterpolationMasses 22 1.8006735
insert eta'_2Width:InterpolationMasses 23 1.8098571
insert eta'_2Width:InterpolationMasses 24 1.8190408
insert eta'_2Width:InterpolationMasses 25 1.8282245
insert eta'_2Width:InterpolationMasses 26 1.8374082
insert eta'_2Width:InterpolationMasses 27 1.8465918
insert eta'_2Width:InterpolationMasses 28 1.8557755
insert eta'_2Width:InterpolationMasses 29 1.8649592
insert eta'_2Width:InterpolationMasses 30 1.8741429
insert eta'_2Width:InterpolationMasses 31 1.8833265
insert eta'_2Width:InterpolationMasses 32 1.8925102
insert eta'_2Width:InterpolationMasses 33 1.9016939
insert eta'_2Width:InterpolationMasses 34 1.9108776
insert eta'_2Width:InterpolationMasses 35 1.9200612
insert eta'_2Width:InterpolationMasses 36 1.9292449
insert eta'_2Width:InterpolationMasses 37 1.9384286
insert eta'_2Width:InterpolationMasses 38 1.9476122
insert eta'_2Width:InterpolationMasses 39 1.9567959
insert eta'_2Width:InterpolationMasses 40 1.9659796
insert eta'_2Width:InterpolationMasses 41 1.9751633
insert eta'_2Width:InterpolationMasses 42 1.9843469
insert eta'_2Width:InterpolationMasses 43 1.9935306
insert eta'_2Width:InterpolationMasses 44 2.0027143
insert eta'_2Width:InterpolationMasses 45 2.011898
insert eta'_2Width:InterpolationMasses 46 2.0210816
insert eta'_2Width:InterpolationMasses 47 2.0302653
insert eta'_2Width:InterpolationMasses 48 2.039449
insert eta'_2Width:InterpolationMasses 49 2.0486327
insert eta'_2Width:InterpolationMasses 50 2.0578163
insert eta'_2Width:InterpolationMasses 51 2.067
insert eta'_2Width:InterpolationMasses 52 2.0761837
insert eta'_2Width:InterpolationMasses 53 2.0853673
insert eta'_2Width:InterpolationMasses 54 1.5986327
insert eta'_2Width:InterpolationMasses 55 1.6078163
insert eta'_2Width:InterpolationMasses 56 1.617
insert eta'_2Width:InterpolationMasses 57 1.6261837
insert eta'_2Width:InterpolationMasses 58 1.6353673
insert eta'_2Width:InterpolationMasses 59 1.644551
insert eta'_2Width:InterpolationMasses 60 1.6537347
insert eta'_2Width:InterpolationMasses 61 1.6629184
insert eta'_2Width:InterpolationMasses 62 1.672102
insert eta'_2Width:InterpolationMasses 63 1.6812857
insert eta'_2Width:InterpolationMasses 64 1.6904694
insert eta'_2Width:InterpolationMasses 65 1.6996531
insert eta'_2Width:InterpolationMasses 66 1.7088367
insert eta'_2Width:InterpolationMasses 67 1.7180204
insert eta'_2Width:InterpolationMasses 68 1.7272041
insert eta'_2Width:InterpolationMasses 69 1.7363878
insert eta'_2Width:InterpolationMasses 70 1.7455714
insert eta'_2Width:InterpolationMasses 71 1.7547551
insert eta'_2Width:InterpolationMasses 72 1.7639388
insert eta'_2Width:InterpolationMasses 73 1.7731224
insert eta'_2Width:InterpolationMasses 74 1.7823061
insert eta'_2Width:InterpolationMasses 75 1.7914898
insert eta'_2Width:InterpolationMasses 76 1.8006735
insert eta'_2Width:InterpolationMasses 77 1.8098571
insert eta'_2Width:InterpolationMasses 78 1.8190408
insert eta'_2Width:InterpolationMasses 79 1.8282245
insert eta'_2Width:InterpolationMasses 80 1.8374082
insert eta'_2Width:InterpolationMasses 81 1.8465918
insert eta'_2Width:InterpolationMasses 82 1.8557755
insert eta'_2Width:InterpolationMasses 83 1.8649592
insert eta'_2Width:InterpolationMasses 84 1.8741429
insert eta'_2Width:InterpolationMasses 85 1.8833265
insert eta'_2Width:InterpolationMasses 86 1.8925102
insert eta'_2Width:InterpolationMasses 87 1.9016939
insert eta'_2Width:InterpolationMasses 88 1.9108776
insert eta'_2Width:InterpolationMasses 89 1.9200612
insert eta'_2Width:InterpolationMasses 90 1.9292449
insert eta'_2Width:InterpolationMasses 91 1.9384286
insert eta'_2Width:InterpolationMasses 92 1.9476122
insert eta'_2Width:InterpolationMasses 93 1.9567959
insert eta'_2Width:InterpolationMasses 94 1.9659796
insert eta'_2Width:InterpolationMasses 95 1.9751633
insert eta'_2Width:InterpolationMasses 96 1.9843469
insert eta'_2Width:InterpolationMasses 97 1.9935306
insert eta'_2Width:InterpolationMasses 98 2.0027143
insert eta'_2Width:InterpolationMasses 99 2.011898
insert eta'_2Width:InterpolationMasses 100 2.0210816
insert eta'_2Width:InterpolationMasses 101 2.0302653
insert eta'_2Width:InterpolationMasses 102 2.039449
insert eta'_2Width:InterpolationMasses 103 2.0486327
insert eta'_2Width:InterpolationMasses 104 2.0578163
insert eta'_2Width:InterpolationMasses 105 2.067
insert eta'_2Width:InterpolationMasses 106 2.0761837
insert eta'_2Width:InterpolationMasses 107 2.0853673
insert eta'_2Width:InterpolationMasses 108 1.5986327
insert eta'_2Width:InterpolationMasses 109 1.6078163
insert eta'_2Width:InterpolationMasses 110 1.617
insert eta'_2Width:InterpolationMasses 111 1.6261837
insert eta'_2Width:InterpolationMasses 112 1.6353673
insert eta'_2Width:InterpolationMasses 113 1.644551
insert eta'_2Width:InterpolationMasses 114 1.6537347
insert eta'_2Width:InterpolationMasses 115 1.6629184
insert eta'_2Width:InterpolationMasses 116 1.672102
insert eta'_2Width:InterpolationMasses 117 1.6812857
insert eta'_2Width:InterpolationMasses 118 1.6904694
insert eta'_2Width:InterpolationMasses 119 1.6996531
insert eta'_2Width:InterpolationMasses 120 1.7088367
insert eta'_2Width:InterpolationMasses 121 1.7180204
insert eta'_2Width:InterpolationMasses 122 1.7272041
insert eta'_2Width:InterpolationMasses 123 1.7363878
insert eta'_2Width:InterpolationMasses 124 1.7455714
insert eta'_2Width:InterpolationMasses 125 1.7547551
insert eta'_2Width:InterpolationMasses 126 1.7639388
insert eta'_2Width:InterpolationMasses 127 1.7731224
insert eta'_2Width:InterpolationMasses 128 1.7823061
insert eta'_2Width:InterpolationMasses 129 1.7914898
insert eta'_2Width:InterpolationMasses 130 1.8006735
insert eta'_2Width:InterpolationMasses 131 1.8098571
insert eta'_2Width:InterpolationMasses 132 1.8190408
insert eta'_2Width:InterpolationMasses 133 1.8282245
insert eta'_2Width:InterpolationMasses 134 1.8374082
insert eta'_2Width:InterpolationMasses 135 1.8465918
insert eta'_2Width:InterpolationMasses 136 1.8557755
insert eta'_2Width:InterpolationMasses 137 1.8649592
insert eta'_2Width:InterpolationMasses 138 1.8741429
insert eta'_2Width:InterpolationMasses 139 1.8833265
insert eta'_2Width:InterpolationMasses 140 1.8925102
insert eta'_2Width:InterpolationMasses 141 1.9016939
insert eta'_2Width:InterpolationMasses 142 1.9108776
insert eta'_2Width:InterpolationMasses 143 1.9200612
insert eta'_2Width:InterpolationMasses 144 1.9292449
insert eta'_2Width:InterpolationMasses 145 1.9384286
insert eta'_2Width:InterpolationMasses 146 1.9476122
insert eta'_2Width:InterpolationMasses 147 1.9567959
insert eta'_2Width:InterpolationMasses 148 1.9659796
insert eta'_2Width:InterpolationMasses 149 1.9751633
insert eta'_2Width:InterpolationMasses 150 1.9843469
insert eta'_2Width:InterpolationMasses 151 1.9935306
insert eta'_2Width:InterpolationMasses 152 2.0027143
insert eta'_2Width:InterpolationMasses 153 2.011898
insert eta'_2Width:InterpolationMasses 154 2.0210816
insert eta'_2Width:InterpolationMasses 155 2.0302653
insert eta'_2Width:InterpolationMasses 156 2.039449
insert eta'_2Width:InterpolationMasses 157 2.0486327
insert eta'_2Width:InterpolationMasses 158 2.0578163
insert eta'_2Width:InterpolationMasses 159 2.067
insert eta'_2Width:InterpolationMasses 160 2.0761837
insert eta'_2Width:InterpolationMasses 161 2.0853673
insert eta'_2Width:InterpolationWidths 0 0.00054954147
insert eta'_2Width:InterpolationWidths 1 0.00058150707
insert eta'_2Width:InterpolationWidths 2 0.00061539256
insert eta'_2Width:InterpolationWidths 3 0.00065049263
insert eta'_2Width:InterpolationWidths 4 0.00068688343
insert eta'_2Width:InterpolationWidths 5 0.00072472611
insert eta'_2Width:InterpolationWidths 6 0.00076396875
insert eta'_2Width:InterpolationWidths 7 0.0008046379
insert eta'_2Width:InterpolationWidths 8 0.00084675525
insert eta'_2Width:InterpolationWidths 9 0.00089035111
insert eta'_2Width:InterpolationWidths 10 0.00093543697
insert eta'_2Width:InterpolationWidths 11 0.00098205173
insert eta'_2Width:InterpolationWidths 12 0.0010302103
insert eta'_2Width:InterpolationWidths 13 0.0010799391
insert eta'_2Width:InterpolationWidths 14 0.0011312617
insert eta'_2Width:InterpolationWidths 15 0.0011842015
insert eta'_2Width:InterpolationWidths 16 0.0012387817
insert eta'_2Width:InterpolationWidths 17 0.0012950254
insert eta'_2Width:InterpolationWidths 18 0.0013529554
insert eta'_2Width:InterpolationWidths 19 0.0014125941
insert eta'_2Width:InterpolationWidths 20 0.0014739643
insert eta'_2Width:InterpolationWidths 21 0.0015370882
insert eta'_2Width:InterpolationWidths 22 0.0016019877
insert eta'_2Width:InterpolationWidths 23 0.0016686848
insert eta'_2Width:InterpolationWidths 24 0.0017372011
insert eta'_2Width:InterpolationWidths 25 0.0018075583
insert eta'_2Width:InterpolationWidths 26 0.0018797775
insert eta'_2Width:InterpolationWidths 27 0.0019538799
insert eta'_2Width:InterpolationWidths 28 0.0020298865
insert eta'_2Width:InterpolationWidths 29 0.0021078181
insert eta'_2Width:InterpolationWidths 30 0.0021876951
insert eta'_2Width:InterpolationWidths 31 0.0022695381
insert eta'_2Width:InterpolationWidths 32 0.0023533672
insert eta'_2Width:InterpolationWidths 33 0.0024392024
insert eta'_2Width:InterpolationWidths 34 0.0025270637
insert eta'_2Width:InterpolationWidths 35 0.0026169707
insert eta'_2Width:InterpolationWidths 36 0.002708943
insert eta'_2Width:InterpolationWidths 37 0.0028029999
insert eta'_2Width:InterpolationWidths 38 0.0028991606
insert eta'_2Width:InterpolationWidths 39 0.0029974441
insert eta'_2Width:InterpolationWidths 40 0.0030978693
insert eta'_2Width:InterpolationWidths 41 0.0032004548
insert eta'_2Width:InterpolationWidths 42 0.0033052193
insert eta'_2Width:InterpolationWidths 43 0.003412181
insert eta'_2Width:InterpolationWidths 44 0.0035213583
insert eta'_2Width:InterpolationWidths 45 0.0036327691
insert eta'_2Width:InterpolationWidths 46 0.0037464315
insert eta'_2Width:InterpolationWidths 47 0.0038623632
insert eta'_2Width:InterpolationWidths 48 0.0039805818
insert eta'_2Width:InterpolationWidths 49 0.0041011048
insert eta'_2Width:InterpolationWidths 50 0.0042239496
insert eta'_2Width:InterpolationWidths 51 0.0043491334
insert eta'_2Width:InterpolationWidths 52 0.0044766733
insert eta'_2Width:InterpolationWidths 53 0.0046065862
insert eta'_2Width:InterpolationWidths 54 0.00054954147
insert eta'_2Width:InterpolationWidths 55 0.00058150707
insert eta'_2Width:InterpolationWidths 56 0.00061539256
insert eta'_2Width:InterpolationWidths 57 0.00065049263
insert eta'_2Width:InterpolationWidths 58 0.00068688343
insert eta'_2Width:InterpolationWidths 59 0.00072472611
insert eta'_2Width:InterpolationWidths 60 0.00076396875
insert eta'_2Width:InterpolationWidths 61 0.0008046379
insert eta'_2Width:InterpolationWidths 62 0.00084675525
insert eta'_2Width:InterpolationWidths 63 0.00089035111
insert eta'_2Width:InterpolationWidths 64 0.00093543697
insert eta'_2Width:InterpolationWidths 65 0.00098205173
insert eta'_2Width:InterpolationWidths 66 0.0010302103
insert eta'_2Width:InterpolationWidths 67 0.0010799391
insert eta'_2Width:InterpolationWidths 68 0.0011312617
insert eta'_2Width:InterpolationWidths 69 0.0011842015
insert eta'_2Width:InterpolationWidths 70 0.0012387817
insert eta'_2Width:InterpolationWidths 71 0.0012950254
insert eta'_2Width:InterpolationWidths 72 0.0013529554
insert eta'_2Width:InterpolationWidths 73 0.0014125941
insert eta'_2Width:InterpolationWidths 74 0.0014739643
insert eta'_2Width:InterpolationWidths 75 0.0015370882
insert eta'_2Width:InterpolationWidths 76 0.0016019877
insert eta'_2Width:InterpolationWidths 77 0.0016686848
insert eta'_2Width:InterpolationWidths 78 0.0017372011
insert eta'_2Width:InterpolationWidths 79 0.0018075583
insert eta'_2Width:InterpolationWidths 80 0.0018797775
insert eta'_2Width:InterpolationWidths 81 0.0019538799
insert eta'_2Width:InterpolationWidths 82 0.0020298865
insert eta'_2Width:InterpolationWidths 83 0.0021078181
insert eta'_2Width:InterpolationWidths 84 0.0021876951
insert eta'_2Width:InterpolationWidths 85 0.0022695381
insert eta'_2Width:InterpolationWidths 86 0.0023533672
insert eta'_2Width:InterpolationWidths 87 0.0024392024
insert eta'_2Width:InterpolationWidths 88 0.0025270637
insert eta'_2Width:InterpolationWidths 89 0.0026169707
insert eta'_2Width:InterpolationWidths 90 0.002708943
insert eta'_2Width:InterpolationWidths 91 0.0028029999
insert eta'_2Width:InterpolationWidths 92 0.0028991606
insert eta'_2Width:InterpolationWidths 93 0.0029974441
insert eta'_2Width:InterpolationWidths 94 0.0030978693
insert eta'_2Width:InterpolationWidths 95 0.0032004548
insert eta'_2Width:InterpolationWidths 96 0.0033052193
insert eta'_2Width:InterpolationWidths 97 0.003412181
insert eta'_2Width:InterpolationWidths 98 0.0035213583
insert eta'_2Width:InterpolationWidths 99 0.0036327691
insert eta'_2Width:InterpolationWidths 100 0.0037464315
insert eta'_2Width:InterpolationWidths 101 0.0038623632
insert eta'_2Width:InterpolationWidths 102 0.0039805818
insert eta'_2Width:InterpolationWidths 103 0.0041011048
insert eta'_2Width:InterpolationWidths 104 0.0042239496
insert eta'_2Width:InterpolationWidths 105 0.0043491334
insert eta'_2Width:InterpolationWidths 106 0.0044766733
insert eta'_2Width:InterpolationWidths 107 0.0046065862
insert eta'_2Width:InterpolationWidths 108 0.00055497765
insert eta'_2Width:InterpolationWidths 109 0.00058766858
insert eta'_2Width:InterpolationWidths 110 0.00062164877
insert eta'_2Width:InterpolationWidths 111 0.00065696432
insert eta'_2Width:InterpolationWidths 112 0.0006936213
insert eta'_2Width:InterpolationWidths 113 0.00073167407
insert eta'_2Width:InterpolationWidths 114 0.00077111823
insert eta'_2Width:InterpolationWidths 115 0.00081198409
insert eta'_2Width:InterpolationWidths 116 0.00085433197
insert eta'_2Width:InterpolationWidths 117 0.0008981702
insert eta'_2Width:InterpolationWidths 118 0.00094351972
insert eta'_2Width:InterpolationWidths 119 0.00099019906
insert eta'_2Width:InterpolationWidths 120 0.0010385698
insert eta'_2Width:InterpolationWidths 121 0.0010885124
insert eta'_2Width:InterpolationWidths 122 0.0011400506
insert eta'_2Width:InterpolationWidths 123 0.0011932076
insert eta'_2Width:InterpolationWidths 124 0.0012480068
insert eta'_2Width:InterpolationWidths 125 0.0013044709
insert eta'_2Width:InterpolationWidths 126 0.0013626229
insert eta'_2Width:InterpolationWidths 127 0.0014224853
insert eta'_2Width:InterpolationWidths 128 0.0014840806
insert eta'_2Width:InterpolationWidths 129 0.001547431
insert eta'_2Width:InterpolationWidths 130 0.0016125585
insert eta'_2Width:InterpolationWidths 131 0.0016794851
insert eta'_2Width:InterpolationWidths 132 0.0017482324
insert eta'_2Width:InterpolationWidths 133 0.0018188218
insert eta'_2Width:InterpolationWidths 134 0.0018912747
insert eta'_2Width:InterpolationWidths 135 0.0019656121
insert eta'_2Width:InterpolationWidths 136 0.002041855
insert eta'_2Width:InterpolationWidths 137 0.0021200242
insert eta'_2Width:InterpolationWidths 138 0.0022001402
insert eta'_2Width:InterpolationWidths 139 0.0022823143
insert eta'_2Width:InterpolationWidths 140 0.0023663883
insert eta'_2Width:InterpolationWidths 141 0.0024524697
insert eta'_2Width:InterpolationWidths 142 0.0025405786
insert eta'_2Width:InterpolationWidths 143 0.0026307344
insert eta'_2Width:InterpolationWidths 144 0.0027229567
insert eta'_2Width:InterpolationWidths 145 0.002817265
insert eta'_2Width:InterpolationWidths 146 0.0029136782
insert eta'_2Width:InterpolationWidths 147 0.0030122155
insert eta'_2Width:InterpolationWidths 148 0.0031128957
insert eta'_2Width:InterpolationWidths 149 0.0032157375
insert eta'_2Width:InterpolationWidths 150 0.0033207594
insert eta'_2Width:InterpolationWidths 151 0.0034279797
insert eta'_2Width:InterpolationWidths 152 0.0035374168
insert eta'_2Width:InterpolationWidths 153 0.0036490886
insert eta'_2Width:InterpolationWidths 154 0.003763013
insert eta'_2Width:InterpolationWidths 155 0.003879208
insert eta'_2Width:InterpolationWidths 156 0.003997691
insert eta'_2Width:InterpolationWidths 157 0.0041184795
insert eta'_2Width:InterpolationWidths 158 0.004241591
insert eta'_2Width:InterpolationWidths 159 0.0043670426
insert eta'_2Width:InterpolationWidths 160 0.0044948514
insert eta'_2Width:InterpolationWidths 161 0.0046250342
insert eta'_2Width:NumberofEntries 0 54
insert eta'_2Width:NumberofEntries 1 108
insert eta'_2Width:NumberofEntries 2 162
insert eta'_2Width:NumberofEntries 3 162
insert eta'_2Width:NumberofEntries 4 162
insert eta'_2Width:NumberofEntries 5 162
insert eta'_2Width:NumberofEntries 6 162
newdef /Herwig/Particles/eta'_2:Width_generator eta'_2Width
#
create Herwig::GenericWidthGenerator Upsilon_2(1D)width
newdef Upsilon_2(1D)width:Particle /Herwig/Particles/Upsilon_2(1D)
newdef Upsilon_2(1D)width:Prefactor 1.01926
newdef Upsilon_2(1D)width:BRNormalize 1
newdef Upsilon_2(1D)width:BRMinimum 0.01
newdef Upsilon_2(1D)width:Points 50
newdef Upsilon_2(1D)width:InterpolationOrder 1
insert Upsilon_2(1D)width:MEtype 0 2
insert Upsilon_2(1D)width:MEtype 1 2
insert Upsilon_2(1D)width:MEtype 2 0
insert Upsilon_2(1D)width:MEtype 3 0
insert Upsilon_2(1D)width:MEtype 4 0
insert Upsilon_2(1D)width:MEcode 0 0
insert Upsilon_2(1D)width:MEcode 1 0
insert Upsilon_2(1D)width:MEcode 2 0
insert Upsilon_2(1D)width:MEcode 3 0
insert Upsilon_2(1D)width:MEcode 4 0
insert Upsilon_2(1D)width:MEcoupling 0 0.948918
insert Upsilon_2(1D)width:MEcoupling 1 1.00199
insert Upsilon_2(1D)width:MEcoupling 2 0.009
insert Upsilon_2(1D)width:MEcoupling 3 0.0066
insert Upsilon_2(1D)width:MEcoupling 4 0.0033
insert Upsilon_2(1D)width:ModeOn 0 1
insert Upsilon_2(1D)width:ModeOn 1 1
insert Upsilon_2(1D)width:ModeOn 2 0
insert Upsilon_2(1D)width:ModeOn 3 0
insert Upsilon_2(1D)width:ModeOn 4 0
insert Upsilon_2(1D)width:MinimumMasses 0 9.85127
insert Upsilon_2(1D)width:MinimumMasses 1 9.91051
insert Upsilon_2(1D)width:MinimumMasses 2 0
insert Upsilon_2(1D)width:MinimumMasses 3 9.7389
insert Upsilon_2(1D)width:MinimumMasses 4 9.72971
insert Upsilon_2(1D)width:MEmass1 0 9.85944
insert Upsilon_2(1D)width:MEmass1 1 9.91221
insert Upsilon_2(1D)width:MEmass1 2 0
insert Upsilon_2(1D)width:MEmass1 3 0
insert Upsilon_2(1D)width:MEmass1 4 0
insert Upsilon_2(1D)width:MEmass2 0 0
insert Upsilon_2(1D)width:MEmass2 1 0
insert Upsilon_2(1D)width:MEmass2 2 0
insert Upsilon_2(1D)width:MEmass2 3 0
insert Upsilon_2(1D)width:MEmass2 4 0
insert Upsilon_2(1D)width:DecayModes 0 Upsilon_2(1D)->chi_b0,gamma;
insert Upsilon_2(1D)width:DecayModes 1 Upsilon_2(1D)->chi_b2,gamma;
insert Upsilon_2(1D)width:DecayModes 2 Upsilon_2(1D)->g,g,g;
insert Upsilon_2(1D)width:DecayModes 3 Upsilon_2(1D)->Upsilon,pi+,pi-;
insert Upsilon_2(1D)width:DecayModes 4 Upsilon_2(1D)->Upsilon,pi0,pi0;
insert Upsilon_2(1D)width:InterpolationMasses 0 10.163397
insert Upsilon_2(1D)width:InterpolationMasses 1 10.163409
insert Upsilon_2(1D)width:InterpolationMasses 2 10.16342
insert Upsilon_2(1D)width:InterpolationMasses 3 10.163431
insert Upsilon_2(1D)width:InterpolationMasses 4 10.163443
insert Upsilon_2(1D)width:InterpolationMasses 5 10.163454
insert Upsilon_2(1D)width:InterpolationMasses 6 10.163466
insert Upsilon_2(1D)width:InterpolationMasses 7 10.163477
insert Upsilon_2(1D)width:InterpolationMasses 8 10.163489
insert Upsilon_2(1D)width:InterpolationMasses 9 10.1635
insert Upsilon_2(1D)width:InterpolationMasses 10 10.163511
insert Upsilon_2(1D)width:InterpolationMasses 11 10.163523
insert Upsilon_2(1D)width:InterpolationMasses 12 10.163534
insert Upsilon_2(1D)width:InterpolationMasses 13 10.163546
insert Upsilon_2(1D)width:InterpolationMasses 14 10.163557
insert Upsilon_2(1D)width:InterpolationMasses 15 10.163569
insert Upsilon_2(1D)width:InterpolationMasses 16 10.16358
insert Upsilon_2(1D)width:InterpolationMasses 17 10.163591
insert Upsilon_2(1D)width:InterpolationMasses 18 10.163603
insert Upsilon_2(1D)width:InterpolationMasses 19 10.163614
insert Upsilon_2(1D)width:InterpolationMasses 20 10.163626
insert Upsilon_2(1D)width:InterpolationMasses 21 10.163637
insert Upsilon_2(1D)width:InterpolationMasses 22 10.163649
insert Upsilon_2(1D)width:InterpolationMasses 23 10.16366
insert Upsilon_2(1D)width:InterpolationMasses 24 10.163671
insert Upsilon_2(1D)width:InterpolationMasses 25 10.163683
insert Upsilon_2(1D)width:InterpolationMasses 26 10.163694
insert Upsilon_2(1D)width:InterpolationMasses 27 10.163706
insert Upsilon_2(1D)width:InterpolationMasses 28 10.163717
insert Upsilon_2(1D)width:InterpolationMasses 29 10.163729
insert Upsilon_2(1D)width:InterpolationMasses 30 10.16374
insert Upsilon_2(1D)width:InterpolationMasses 31 10.163751
insert Upsilon_2(1D)width:InterpolationMasses 32 10.163763
insert Upsilon_2(1D)width:InterpolationMasses 33 10.163774
insert Upsilon_2(1D)width:InterpolationMasses 34 10.163786
insert Upsilon_2(1D)width:InterpolationMasses 35 10.163797
insert Upsilon_2(1D)width:InterpolationMasses 36 10.163809
insert Upsilon_2(1D)width:InterpolationMasses 37 10.16382
insert Upsilon_2(1D)width:InterpolationMasses 38 10.163831
insert Upsilon_2(1D)width:InterpolationMasses 39 10.163843
insert Upsilon_2(1D)width:InterpolationMasses 40 10.163854
insert Upsilon_2(1D)width:InterpolationMasses 41 10.163866
insert Upsilon_2(1D)width:InterpolationMasses 42 10.163877
insert Upsilon_2(1D)width:InterpolationMasses 43 10.163889
insert Upsilon_2(1D)width:InterpolationMasses 44 10.1639
insert Upsilon_2(1D)width:InterpolationMasses 45 10.163911
insert Upsilon_2(1D)width:InterpolationMasses 46 10.163923
insert Upsilon_2(1D)width:InterpolationMasses 47 10.163934
insert Upsilon_2(1D)width:InterpolationMasses 48 10.163946
insert Upsilon_2(1D)width:InterpolationMasses 49 10.163957
insert Upsilon_2(1D)width:InterpolationMasses 50 10.163969
insert Upsilon_2(1D)width:InterpolationMasses 51 10.16398
insert Upsilon_2(1D)width:InterpolationMasses 52 10.163991
insert Upsilon_2(1D)width:InterpolationMasses 53 10.164003
insert Upsilon_2(1D)width:InterpolationMasses 54 10.163397
insert Upsilon_2(1D)width:InterpolationMasses 55 10.163409
insert Upsilon_2(1D)width:InterpolationMasses 56 10.16342
insert Upsilon_2(1D)width:InterpolationMasses 57 10.163431
insert Upsilon_2(1D)width:InterpolationMasses 58 10.163443
insert Upsilon_2(1D)width:InterpolationMasses 59 10.163454
insert Upsilon_2(1D)width:InterpolationMasses 60 10.163466
insert Upsilon_2(1D)width:InterpolationMasses 61 10.163477
insert Upsilon_2(1D)width:InterpolationMasses 62 10.163489
insert Upsilon_2(1D)width:InterpolationMasses 63 10.1635
insert Upsilon_2(1D)width:InterpolationMasses 64 10.163511
insert Upsilon_2(1D)width:InterpolationMasses 65 10.163523
insert Upsilon_2(1D)width:InterpolationMasses 66 10.163534
insert Upsilon_2(1D)width:InterpolationMasses 67 10.163546
insert Upsilon_2(1D)width:InterpolationMasses 68 10.163557
insert Upsilon_2(1D)width:InterpolationMasses 69 10.163569
insert Upsilon_2(1D)width:InterpolationMasses 70 10.16358
insert Upsilon_2(1D)width:InterpolationMasses 71 10.163591
insert Upsilon_2(1D)width:InterpolationMasses 72 10.163603
insert Upsilon_2(1D)width:InterpolationMasses 73 10.163614
insert Upsilon_2(1D)width:InterpolationMasses 74 10.163626
insert Upsilon_2(1D)width:InterpolationMasses 75 10.163637
insert Upsilon_2(1D)width:InterpolationMasses 76 10.163649
insert Upsilon_2(1D)width:InterpolationMasses 77 10.16366
insert Upsilon_2(1D)width:InterpolationMasses 78 10.163671
insert Upsilon_2(1D)width:InterpolationMasses 79 10.163683
insert Upsilon_2(1D)width:InterpolationMasses 80 10.163694
insert Upsilon_2(1D)width:InterpolationMasses 81 10.163706
insert Upsilon_2(1D)width:InterpolationMasses 82 10.163717
insert Upsilon_2(1D)width:InterpolationMasses 83 10.163729
insert Upsilon_2(1D)width:InterpolationMasses 84 10.16374
insert Upsilon_2(1D)width:InterpolationMasses 85 10.163751
insert Upsilon_2(1D)width:InterpolationMasses 86 10.163763
insert Upsilon_2(1D)width:InterpolationMasses 87 10.163774
insert Upsilon_2(1D)width:InterpolationMasses 88 10.163786
insert Upsilon_2(1D)width:InterpolationMasses 89 10.163797
insert Upsilon_2(1D)width:InterpolationMasses 90 10.163809
insert Upsilon_2(1D)width:InterpolationMasses 91 10.16382
insert Upsilon_2(1D)width:InterpolationMasses 92 10.163831
insert Upsilon_2(1D)width:InterpolationMasses 93 10.163843
insert Upsilon_2(1D)width:InterpolationMasses 94 10.163854
insert Upsilon_2(1D)width:InterpolationMasses 95 10.163866
insert Upsilon_2(1D)width:InterpolationMasses 96 10.163877
insert Upsilon_2(1D)width:InterpolationMasses 97 10.163889
insert Upsilon_2(1D)width:InterpolationMasses 98 10.1639
insert Upsilon_2(1D)width:InterpolationMasses 99 10.163911
insert Upsilon_2(1D)width:InterpolationMasses 100 10.163923
insert Upsilon_2(1D)width:InterpolationMasses 101 10.163934
insert Upsilon_2(1D)width:InterpolationMasses 102 10.163946
insert Upsilon_2(1D)width:InterpolationMasses 103 10.163957
insert Upsilon_2(1D)width:InterpolationMasses 104 10.163969
insert Upsilon_2(1D)width:InterpolationMasses 105 10.16398
insert Upsilon_2(1D)width:InterpolationMasses 106 10.163991
insert Upsilon_2(1D)width:InterpolationMasses 107 10.164003
insert Upsilon_2(1D)width:InterpolationWidths 0 2.2847269e-05
insert Upsilon_2(1D)width:InterpolationWidths 1 2.2851501e-05
insert Upsilon_2(1D)width:InterpolationWidths 2 2.2855733e-05
insert Upsilon_2(1D)width:InterpolationWidths 3 2.2859966e-05
insert Upsilon_2(1D)width:InterpolationWidths 4 2.28642e-05
insert Upsilon_2(1D)width:InterpolationWidths 5 2.2868434e-05
insert Upsilon_2(1D)width:InterpolationWidths 6 2.2872669e-05
insert Upsilon_2(1D)width:InterpolationWidths 7 2.2876905e-05
insert Upsilon_2(1D)width:InterpolationWidths 8 2.2881141e-05
insert Upsilon_2(1D)width:InterpolationWidths 9 2.2885378e-05
insert Upsilon_2(1D)width:InterpolationWidths 10 2.2889616e-05
insert Upsilon_2(1D)width:InterpolationWidths 11 2.2893854e-05
insert Upsilon_2(1D)width:InterpolationWidths 12 2.2898093e-05
insert Upsilon_2(1D)width:InterpolationWidths 13 2.2902332e-05
insert Upsilon_2(1D)width:InterpolationWidths 14 2.2906572e-05
insert Upsilon_2(1D)width:InterpolationWidths 15 2.2910813e-05
insert Upsilon_2(1D)width:InterpolationWidths 16 2.2915054e-05
insert Upsilon_2(1D)width:InterpolationWidths 17 2.2919296e-05
insert Upsilon_2(1D)width:InterpolationWidths 18 2.2923538e-05
insert Upsilon_2(1D)width:InterpolationWidths 19 2.2927781e-05
insert Upsilon_2(1D)width:InterpolationWidths 20 2.2932025e-05
insert Upsilon_2(1D)width:InterpolationWidths 21 2.2936269e-05
insert Upsilon_2(1D)width:InterpolationWidths 22 2.2940514e-05
insert Upsilon_2(1D)width:InterpolationWidths 23 2.294476e-05
insert Upsilon_2(1D)width:InterpolationWidths 24 2.2949006e-05
insert Upsilon_2(1D)width:InterpolationWidths 25 2.2953253e-05
insert Upsilon_2(1D)width:InterpolationWidths 26 2.29575e-05
insert Upsilon_2(1D)width:InterpolationWidths 27 2.2961749e-05
insert Upsilon_2(1D)width:InterpolationWidths 28 2.2965997e-05
insert Upsilon_2(1D)width:InterpolationWidths 29 2.2970247e-05
insert Upsilon_2(1D)width:InterpolationWidths 30 2.2974497e-05
insert Upsilon_2(1D)width:InterpolationWidths 31 2.2978747e-05
insert Upsilon_2(1D)width:InterpolationWidths 32 2.2982998e-05
insert Upsilon_2(1D)width:InterpolationWidths 33 2.298725e-05
insert Upsilon_2(1D)width:InterpolationWidths 34 2.2991503e-05
insert Upsilon_2(1D)width:InterpolationWidths 35 2.2995756e-05
insert Upsilon_2(1D)width:InterpolationWidths 36 2.300001e-05
insert Upsilon_2(1D)width:InterpolationWidths 37 2.3004264e-05
insert Upsilon_2(1D)width:InterpolationWidths 38 2.3008519e-05
insert Upsilon_2(1D)width:InterpolationWidths 39 2.3012775e-05
insert Upsilon_2(1D)width:InterpolationWidths 40 2.3017031e-05
insert Upsilon_2(1D)width:InterpolationWidths 41 2.3021288e-05
insert Upsilon_2(1D)width:InterpolationWidths 42 2.3025545e-05
insert Upsilon_2(1D)width:InterpolationWidths 43 2.3029803e-05
insert Upsilon_2(1D)width:InterpolationWidths 44 2.3034062e-05
insert Upsilon_2(1D)width:InterpolationWidths 45 2.3038321e-05
insert Upsilon_2(1D)width:InterpolationWidths 46 2.3042581e-05
insert Upsilon_2(1D)width:InterpolationWidths 47 2.3046842e-05
insert Upsilon_2(1D)width:InterpolationWidths 48 2.3051103e-05
insert Upsilon_2(1D)width:InterpolationWidths 49 2.3055365e-05
insert Upsilon_2(1D)width:InterpolationWidths 50 2.3059627e-05
insert Upsilon_2(1D)width:InterpolationWidths 51 2.306389e-05
insert Upsilon_2(1D)width:InterpolationWidths 52 2.3068154e-05
insert Upsilon_2(1D)width:InterpolationWidths 53 2.3072419e-05
insert Upsilon_2(1D)width:InterpolationWidths 54 5.6526518e-06
insert Upsilon_2(1D)width:InterpolationWidths 55 5.6534079e-06
insert Upsilon_2(1D)width:InterpolationWidths 56 5.654164e-06
insert Upsilon_2(1D)width:InterpolationWidths 57 5.6549202e-06
insert Upsilon_2(1D)width:InterpolationWidths 58 5.6556765e-06
insert Upsilon_2(1D)width:InterpolationWidths 59 5.6564328e-06
insert Upsilon_2(1D)width:InterpolationWidths 60 5.6571892e-06
insert Upsilon_2(1D)width:InterpolationWidths 61 5.6579457e-06
insert Upsilon_2(1D)width:InterpolationWidths 62 5.6587022e-06
insert Upsilon_2(1D)width:InterpolationWidths 63 5.6594588e-06
insert Upsilon_2(1D)width:InterpolationWidths 64 5.6602155e-06
insert Upsilon_2(1D)width:InterpolationWidths 65 5.6609722e-06
insert Upsilon_2(1D)width:InterpolationWidths 66 5.661729e-06
insert Upsilon_2(1D)width:InterpolationWidths 67 5.6624858e-06
insert Upsilon_2(1D)width:InterpolationWidths 68 5.6632428e-06
insert Upsilon_2(1D)width:InterpolationWidths 69 5.6639998e-06
insert Upsilon_2(1D)width:InterpolationWidths 70 5.6647568e-06
insert Upsilon_2(1D)width:InterpolationWidths 71 5.6655139e-06
insert Upsilon_2(1D)width:InterpolationWidths 72 5.6662711e-06
insert Upsilon_2(1D)width:InterpolationWidths 73 5.6670284e-06
insert Upsilon_2(1D)width:InterpolationWidths 74 5.6677857e-06
insert Upsilon_2(1D)width:InterpolationWidths 75 5.6685431e-06
insert Upsilon_2(1D)width:InterpolationWidths 76 5.6693005e-06
insert Upsilon_2(1D)width:InterpolationWidths 77 5.6700581e-06
insert Upsilon_2(1D)width:InterpolationWidths 78 5.6708157e-06
insert Upsilon_2(1D)width:InterpolationWidths 79 5.6715733e-06
insert Upsilon_2(1D)width:InterpolationWidths 80 5.672331e-06
insert Upsilon_2(1D)width:InterpolationWidths 81 5.6730888e-06
insert Upsilon_2(1D)width:InterpolationWidths 82 5.6738467e-06
insert Upsilon_2(1D)width:InterpolationWidths 83 5.6746046e-06
insert Upsilon_2(1D)width:InterpolationWidths 84 5.6753626e-06
insert Upsilon_2(1D)width:InterpolationWidths 85 5.6761206e-06
insert Upsilon_2(1D)width:InterpolationWidths 86 5.6768787e-06
insert Upsilon_2(1D)width:InterpolationWidths 87 5.6776369e-06
insert Upsilon_2(1D)width:InterpolationWidths 88 5.6783952e-06
insert Upsilon_2(1D)width:InterpolationWidths 89 5.6791535e-06
insert Upsilon_2(1D)width:InterpolationWidths 90 5.6799118e-06
insert Upsilon_2(1D)width:InterpolationWidths 91 5.6806703e-06
insert Upsilon_2(1D)width:InterpolationWidths 92 5.6814288e-06
insert Upsilon_2(1D)width:InterpolationWidths 93 5.6821874e-06
insert Upsilon_2(1D)width:InterpolationWidths 94 5.682946e-06
insert Upsilon_2(1D)width:InterpolationWidths 95 5.6837047e-06
insert Upsilon_2(1D)width:InterpolationWidths 96 5.6844635e-06
insert Upsilon_2(1D)width:InterpolationWidths 97 5.6852224e-06
insert Upsilon_2(1D)width:InterpolationWidths 98 5.6859813e-06
insert Upsilon_2(1D)width:InterpolationWidths 99 5.6867402e-06
insert Upsilon_2(1D)width:InterpolationWidths 100 5.6874993e-06
insert Upsilon_2(1D)width:InterpolationWidths 101 5.6882584e-06
insert Upsilon_2(1D)width:InterpolationWidths 102 5.6890176e-06
insert Upsilon_2(1D)width:InterpolationWidths 103 5.6897768e-06
insert Upsilon_2(1D)width:InterpolationWidths 104 5.6905361e-06
insert Upsilon_2(1D)width:InterpolationWidths 105 5.6912955e-06
insert Upsilon_2(1D)width:InterpolationWidths 106 5.6920549e-06
insert Upsilon_2(1D)width:InterpolationWidths 107 5.6928144e-06
insert Upsilon_2(1D)width:NumberofEntries 0 54
insert Upsilon_2(1D)width:NumberofEntries 1 108
insert Upsilon_2(1D)width:NumberofEntries 2 108
insert Upsilon_2(1D)width:NumberofEntries 3 108
insert Upsilon_2(1D)width:NumberofEntries 4 108
newdef /Herwig/Particles/Upsilon_2(1D):Width_generator Upsilon_2(1D)width
#
create Herwig::GenericWidthGenerator Upsilon_3(1D)width
newdef Upsilon_3(1D)width:Particle /Herwig/Particles/Upsilon_3(1D)
newdef Upsilon_3(1D)width:Prefactor 1.00301
newdef Upsilon_3(1D)width:BRNormalize 1
newdef Upsilon_3(1D)width:BRMinimum 0.01
newdef Upsilon_3(1D)width:Points 50
newdef Upsilon_3(1D)width:InterpolationOrder 1
insert Upsilon_3(1D)width:MEtype 0 2
insert Upsilon_3(1D)width:MEtype 1 0
insert Upsilon_3(1D)width:MEtype 2 0
insert Upsilon_3(1D)width:MEtype 3 0
insert Upsilon_3(1D)width:MEcode 0 0
insert Upsilon_3(1D)width:MEcode 1 0
insert Upsilon_3(1D)width:MEcode 2 0
insert Upsilon_3(1D)width:MEcode 3 0
insert Upsilon_3(1D)width:MEcoupling 0 1.00008
insert Upsilon_3(1D)width:MEcoupling 1 0.043
insert Upsilon_3(1D)width:MEcoupling 2 0.002
insert Upsilon_3(1D)width:MEcoupling 3 0.001
insert Upsilon_3(1D)width:ModeOn 0 1
insert Upsilon_3(1D)width:ModeOn 1 1
insert Upsilon_3(1D)width:ModeOn 2 0
insert Upsilon_3(1D)width:ModeOn 3 0
insert Upsilon_3(1D)width:MinimumMasses 0 9.91051
insert Upsilon_3(1D)width:MinimumMasses 1 0
insert Upsilon_3(1D)width:MinimumMasses 2 9.7389
insert Upsilon_3(1D)width:MinimumMasses 3 9.72971
insert Upsilon_3(1D)width:MEmass1 0 9.91221
insert Upsilon_3(1D)width:MEmass1 1 0
insert Upsilon_3(1D)width:MEmass1 2 0
insert Upsilon_3(1D)width:MEmass1 3 0
insert Upsilon_3(1D)width:MEmass2 0 0
insert Upsilon_3(1D)width:MEmass2 1 0
insert Upsilon_3(1D)width:MEmass2 2 0
insert Upsilon_3(1D)width:MEmass2 3 0
insert Upsilon_3(1D)width:DecayModes 0 Upsilon_3(1D)->chi_b2,gamma;
insert Upsilon_3(1D)width:DecayModes 1 Upsilon_3(1D)->g,g,g;
insert Upsilon_3(1D)width:DecayModes 2 Upsilon_3(1D)->Upsilon,pi+,pi-;
insert Upsilon_3(1D)width:DecayModes 3 Upsilon_3(1D)->Upsilon,pi0,pi0;
insert Upsilon_3(1D)width:InterpolationMasses 0 10.164824
insert Upsilon_3(1D)width:InterpolationMasses 1 10.164835
insert Upsilon_3(1D)width:InterpolationMasses 2 10.164845
insert Upsilon_3(1D)width:InterpolationMasses 3 10.164855
insert Upsilon_3(1D)width:InterpolationMasses 4 10.164866
insert Upsilon_3(1D)width:InterpolationMasses 5 10.164876
insert Upsilon_3(1D)width:InterpolationMasses 6 10.164887
insert Upsilon_3(1D)width:InterpolationMasses 7 10.164897
insert Upsilon_3(1D)width:InterpolationMasses 8 10.164907
insert Upsilon_3(1D)width:InterpolationMasses 9 10.164918
insert Upsilon_3(1D)width:InterpolationMasses 10 10.164928
insert Upsilon_3(1D)width:InterpolationMasses 11 10.164939
insert Upsilon_3(1D)width:InterpolationMasses 12 10.164949
insert Upsilon_3(1D)width:InterpolationMasses 13 10.164959
insert Upsilon_3(1D)width:InterpolationMasses 14 10.16497
insert Upsilon_3(1D)width:InterpolationMasses 15 10.16498
insert Upsilon_3(1D)width:InterpolationMasses 16 10.164991
insert Upsilon_3(1D)width:InterpolationMasses 17 10.165001
insert Upsilon_3(1D)width:InterpolationMasses 18 10.165012
insert Upsilon_3(1D)width:InterpolationMasses 19 10.165022
insert Upsilon_3(1D)width:InterpolationMasses 20 10.165032
insert Upsilon_3(1D)width:InterpolationMasses 21 10.165043
insert Upsilon_3(1D)width:InterpolationMasses 22 10.165053
insert Upsilon_3(1D)width:InterpolationMasses 23 10.165064
insert Upsilon_3(1D)width:InterpolationMasses 24 10.165074
insert Upsilon_3(1D)width:InterpolationMasses 25 10.165084
insert Upsilon_3(1D)width:InterpolationMasses 26 10.165095
insert Upsilon_3(1D)width:InterpolationMasses 27 10.165105
insert Upsilon_3(1D)width:InterpolationMasses 28 10.165116
insert Upsilon_3(1D)width:InterpolationMasses 29 10.165126
insert Upsilon_3(1D)width:InterpolationMasses 30 10.165136
insert Upsilon_3(1D)width:InterpolationMasses 31 10.165147
insert Upsilon_3(1D)width:InterpolationMasses 32 10.165157
insert Upsilon_3(1D)width:InterpolationMasses 33 10.165168
insert Upsilon_3(1D)width:InterpolationMasses 34 10.165178
insert Upsilon_3(1D)width:InterpolationMasses 35 10.165188
insert Upsilon_3(1D)width:InterpolationMasses 36 10.165199
insert Upsilon_3(1D)width:InterpolationMasses 37 10.165209
insert Upsilon_3(1D)width:InterpolationMasses 38 10.16522
insert Upsilon_3(1D)width:InterpolationMasses 39 10.16523
insert Upsilon_3(1D)width:InterpolationMasses 40 10.165241
insert Upsilon_3(1D)width:InterpolationMasses 41 10.165251
insert Upsilon_3(1D)width:InterpolationMasses 42 10.165261
insert Upsilon_3(1D)width:InterpolationMasses 43 10.165272
insert Upsilon_3(1D)width:InterpolationMasses 44 10.165282
insert Upsilon_3(1D)width:InterpolationMasses 45 10.165293
insert Upsilon_3(1D)width:InterpolationMasses 46 10.165303
insert Upsilon_3(1D)width:InterpolationMasses 47 10.165313
insert Upsilon_3(1D)width:InterpolationMasses 48 10.165324
insert Upsilon_3(1D)width:InterpolationMasses 49 10.165334
insert Upsilon_3(1D)width:InterpolationMasses 50 10.165345
insert Upsilon_3(1D)width:InterpolationMasses 51 10.165355
insert Upsilon_3(1D)width:InterpolationMasses 52 10.165365
insert Upsilon_3(1D)width:InterpolationMasses 53 10.165376
insert Upsilon_3(1D)width:InterpolationWidths 0 2.4300106e-05
insert Upsilon_3(1D)width:InterpolationWidths 1 2.4301045e-05
insert Upsilon_3(1D)width:InterpolationWidths 2 2.4301985e-05
insert Upsilon_3(1D)width:InterpolationWidths 3 2.4302924e-05
insert Upsilon_3(1D)width:InterpolationWidths 4 2.4303863e-05
insert Upsilon_3(1D)width:InterpolationWidths 5 2.4304802e-05
insert Upsilon_3(1D)width:InterpolationWidths 6 2.4305741e-05
insert Upsilon_3(1D)width:InterpolationWidths 7 2.430668e-05
insert Upsilon_3(1D)width:InterpolationWidths 8 2.4307619e-05
insert Upsilon_3(1D)width:InterpolationWidths 9 2.4308559e-05
insert Upsilon_3(1D)width:InterpolationWidths 10 2.4309498e-05
insert Upsilon_3(1D)width:InterpolationWidths 11 2.4310437e-05
insert Upsilon_3(1D)width:InterpolationWidths 12 2.4311376e-05
insert Upsilon_3(1D)width:InterpolationWidths 13 2.4312315e-05
insert Upsilon_3(1D)width:InterpolationWidths 14 2.4313254e-05
insert Upsilon_3(1D)width:InterpolationWidths 15 2.4314193e-05
insert Upsilon_3(1D)width:InterpolationWidths 16 2.4315132e-05
insert Upsilon_3(1D)width:InterpolationWidths 17 2.4316071e-05
insert Upsilon_3(1D)width:InterpolationWidths 18 2.431701e-05
insert Upsilon_3(1D)width:InterpolationWidths 19 2.4317949e-05
insert Upsilon_3(1D)width:InterpolationWidths 20 2.4318889e-05
insert Upsilon_3(1D)width:InterpolationWidths 21 2.4319828e-05
insert Upsilon_3(1D)width:InterpolationWidths 22 2.4320767e-05
insert Upsilon_3(1D)width:InterpolationWidths 23 2.4321706e-05
insert Upsilon_3(1D)width:InterpolationWidths 24 2.4322645e-05
insert Upsilon_3(1D)width:InterpolationWidths 25 2.4323584e-05
insert Upsilon_3(1D)width:InterpolationWidths 26 2.4324523e-05
insert Upsilon_3(1D)width:InterpolationWidths 27 2.4325462e-05
insert Upsilon_3(1D)width:InterpolationWidths 28 2.4326401e-05
insert Upsilon_3(1D)width:InterpolationWidths 29 2.432734e-05
insert Upsilon_3(1D)width:InterpolationWidths 30 2.4328279e-05
insert Upsilon_3(1D)width:InterpolationWidths 31 2.4329218e-05
insert Upsilon_3(1D)width:InterpolationWidths 32 2.4330157e-05
insert Upsilon_3(1D)width:InterpolationWidths 33 2.4331096e-05
insert Upsilon_3(1D)width:InterpolationWidths 34 2.4332035e-05
insert Upsilon_3(1D)width:InterpolationWidths 35 2.4332974e-05
insert Upsilon_3(1D)width:InterpolationWidths 36 2.4333913e-05
insert Upsilon_3(1D)width:InterpolationWidths 37 2.4334852e-05
insert Upsilon_3(1D)width:InterpolationWidths 38 2.4335791e-05
insert Upsilon_3(1D)width:InterpolationWidths 39 2.433673e-05
insert Upsilon_3(1D)width:InterpolationWidths 40 2.4337669e-05
insert Upsilon_3(1D)width:InterpolationWidths 41 2.4338608e-05
insert Upsilon_3(1D)width:InterpolationWidths 42 2.4339547e-05
insert Upsilon_3(1D)width:InterpolationWidths 43 2.4340486e-05
insert Upsilon_3(1D)width:InterpolationWidths 44 2.4341425e-05
insert Upsilon_3(1D)width:InterpolationWidths 45 2.4342364e-05
insert Upsilon_3(1D)width:InterpolationWidths 46 2.4343303e-05
insert Upsilon_3(1D)width:InterpolationWidths 47 2.4344241e-05
insert Upsilon_3(1D)width:InterpolationWidths 48 2.434518e-05
insert Upsilon_3(1D)width:InterpolationWidths 49 2.4346119e-05
insert Upsilon_3(1D)width:InterpolationWidths 50 2.4347058e-05
insert Upsilon_3(1D)width:InterpolationWidths 51 2.4347997e-05
insert Upsilon_3(1D)width:InterpolationWidths 52 2.4348936e-05
insert Upsilon_3(1D)width:InterpolationWidths 53 2.4349875e-05
insert Upsilon_3(1D)width:NumberofEntries 0 54
insert Upsilon_3(1D)width:NumberofEntries 1 54
insert Upsilon_3(1D)width:NumberofEntries 2 54
insert Upsilon_3(1D)width:NumberofEntries 3 54
newdef /Herwig/Particles/Upsilon_3(1D):Width_generator Upsilon_3(1D)width
#
create Herwig::GenericWidthGenerator Upsilon_1(2D)Width
newdef Upsilon_1(2D)Width:Particle /Herwig/Particles/Upsilon_1(2D)
newdef Upsilon_1(2D)Width:Prefactor 1.00381
newdef Upsilon_1(2D)Width:BRNormalize 1
newdef Upsilon_1(2D)Width:BRMinimum 0.01
newdef Upsilon_1(2D)Width:Points 50
newdef Upsilon_1(2D)Width:InterpolationOrder 1
insert Upsilon_1(2D)Width:MEtype 0 2
insert Upsilon_1(2D)Width:MEtype 1 2
insert Upsilon_1(2D)Width:MEtype 2 2
insert Upsilon_1(2D)Width:MEtype 3 2
insert Upsilon_1(2D)Width:MEtype 4 2
insert Upsilon_1(2D)Width:MEtype 5 2
insert Upsilon_1(2D)Width:MEcode 0 0
insert Upsilon_1(2D)Width:MEcode 1 0
insert Upsilon_1(2D)Width:MEcode 2 0
insert Upsilon_1(2D)Width:MEcode 3 0
insert Upsilon_1(2D)Width:MEcode 4 0
insert Upsilon_1(2D)Width:MEcode 5 0
insert Upsilon_1(2D)Width:MEcoupling 0 0.999055
insert Upsilon_1(2D)Width:MEcoupling 1 1.00008
insert Upsilon_1(2D)Width:MEcoupling 2 0.997144
insert Upsilon_1(2D)Width:MEcoupling 3 1.00549
insert Upsilon_1(2D)Width:MEcoupling 4 0.998771
insert Upsilon_1(2D)Width:MEcoupling 5 0.997898
insert Upsilon_1(2D)Width:ModeOn 0 1
insert Upsilon_1(2D)Width:ModeOn 1 1
insert Upsilon_1(2D)Width:ModeOn 2 1
insert Upsilon_1(2D)Width:ModeOn 3 1
insert Upsilon_1(2D)Width:ModeOn 4 1
insert Upsilon_1(2D)Width:ModeOn 5 0
insert Upsilon_1(2D)Width:MinimumMasses 0 10.2236
insert Upsilon_1(2D)Width:MinimumMasses 1 10.2547
insert Upsilon_1(2D)Width:MinimumMasses 2 9.85127
insert Upsilon_1(2D)Width:MinimumMasses 3 9.89207
insert Upsilon_1(2D)Width:MinimumMasses 4 10.2668
insert Upsilon_1(2D)Width:MinimumMasses 5 9.91051
insert Upsilon_1(2D)Width:MEmass1 0 0
insert Upsilon_1(2D)Width:MEmass1 1 10.2555
insert Upsilon_1(2D)Width:MEmass1 2 0
insert Upsilon_1(2D)Width:MEmass1 3 9.89278
insert Upsilon_1(2D)Width:MEmass1 4 10.2686
insert Upsilon_1(2D)Width:MEmass1 5 9.91221
insert Upsilon_1(2D)Width:MEmass2 0 10.2325
insert Upsilon_1(2D)Width:MEmass2 1 0
insert Upsilon_1(2D)Width:MEmass2 2 9.85944
insert Upsilon_1(2D)Width:MEmass2 3 0
insert Upsilon_1(2D)Width:MEmass2 4 0
insert Upsilon_1(2D)Width:MEmass2 5 0
insert Upsilon_1(2D)Width:DecayModes 0 Upsilon_1(2D)->chi_b0(2P),gamma;
insert Upsilon_1(2D)Width:DecayModes 1 Upsilon_1(2D)->chi_b1(2P),gamma;
insert Upsilon_1(2D)Width:DecayModes 2 Upsilon_1(2D)->chi_b0,gamma;
insert Upsilon_1(2D)Width:DecayModes 3 Upsilon_1(2D)->chi_b1,gamma;
insert Upsilon_1(2D)Width:DecayModes 4 Upsilon_1(2D)->chi_b2(2P),gamma;
insert Upsilon_1(2D)Width:DecayModes 5 Upsilon_1(2D)->chi_b2,gamma;
insert Upsilon_1(2D)Width:InterpolationMasses 0 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 1 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 2 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 3 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 4 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 5 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 6 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 7 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 8 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 9 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 10 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 11 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 12 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 13 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 14 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 15 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 16 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 17 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 18 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 19 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 20 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 21 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 22 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 23 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 24 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 25 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 26 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 27 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 28 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 29 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 30 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 31 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 32 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 33 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 34 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 35 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 36 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 37 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 38 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 39 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 40 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 41 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 42 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 43 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 44 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 45 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 46 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 47 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 48 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 49 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 50 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 51 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 52 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 53 10.435286
insert Upsilon_1(2D)Width:InterpolationMasses 54 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 55 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 56 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 57 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 58 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 59 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 60 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 61 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 62 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 63 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 64 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 65 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 66 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 67 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 68 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 69 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 70 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 71 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 72 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 73 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 74 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 75 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 76 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 77 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 78 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 79 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 80 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 81 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 82 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 83 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 84 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 85 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 86 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 87 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 88 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 89 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 90 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 91 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 92 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 93 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 94 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 95 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 96 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 97 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 98 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 99 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 100 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 101 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 102 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 103 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 104 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 105 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 106 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 107 10.435286
insert Upsilon_1(2D)Width:InterpolationMasses 108 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 109 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 110 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 111 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 112 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 113 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 114 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 115 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 116 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 117 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 118 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 119 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 120 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 121 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 122 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 123 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 124 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 125 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 126 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 127 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 128 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 129 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 130 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 131 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 132 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 133 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 134 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 135 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 136 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 137 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 138 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 139 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 140 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 141 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 142 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 143 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 144 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 145 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 146 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 147 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 148 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 149 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 150 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 151 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 152 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 153 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 154 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 155 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 156 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 157 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 158 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 159 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 160 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 161 10.435286
insert Upsilon_1(2D)Width:InterpolationMasses 162 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 163 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 164 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 165 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 166 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 167 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 168 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 169 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 170 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 171 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 172 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 173 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 174 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 175 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 176 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 177 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 178 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 179 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 180 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 181 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 182 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 183 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 184 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 185 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 186 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 187 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 188 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 189 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 190 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 191 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 192 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 193 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 194 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 195 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 196 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 197 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 198 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 199 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 200 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 201 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 202 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 203 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 204 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 205 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 206 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 207 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 208 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 209 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 210 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 211 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 212 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 213 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 214 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 215 10.435286
insert Upsilon_1(2D)Width:InterpolationMasses 216 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 217 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 218 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 219 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 220 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 221 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 222 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 223 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 224 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 225 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 226 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 227 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 228 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 229 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 230 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 231 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 232 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 233 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 234 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 235 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 236 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 237 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 238 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 239 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 240 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 241 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 242 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 243 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 244 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 245 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 246 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 247 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 248 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 249 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 250 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 251 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 252 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 253 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 254 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 255 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 256 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 257 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 258 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 259 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 260 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 261 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 262 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 263 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 264 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 265 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 266 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 267 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 268 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 269 10.435286
insert Upsilon_1(2D)Width:InterpolationMasses 270 10.434714
insert Upsilon_1(2D)Width:InterpolationMasses 271 10.434725
insert Upsilon_1(2D)Width:InterpolationMasses 272 10.434736
insert Upsilon_1(2D)Width:InterpolationMasses 273 10.434747
insert Upsilon_1(2D)Width:InterpolationMasses 274 10.434758
insert Upsilon_1(2D)Width:InterpolationMasses 275 10.434768
insert Upsilon_1(2D)Width:InterpolationMasses 276 10.434779
insert Upsilon_1(2D)Width:InterpolationMasses 277 10.43479
insert Upsilon_1(2D)Width:InterpolationMasses 278 10.434801
insert Upsilon_1(2D)Width:InterpolationMasses 279 10.434811
insert Upsilon_1(2D)Width:InterpolationMasses 280 10.434822
insert Upsilon_1(2D)Width:InterpolationMasses 281 10.434833
insert Upsilon_1(2D)Width:InterpolationMasses 282 10.434844
insert Upsilon_1(2D)Width:InterpolationMasses 283 10.434855
insert Upsilon_1(2D)Width:InterpolationMasses 284 10.434865
insert Upsilon_1(2D)Width:InterpolationMasses 285 10.434876
insert Upsilon_1(2D)Width:InterpolationMasses 286 10.434887
insert Upsilon_1(2D)Width:InterpolationMasses 287 10.434898
insert Upsilon_1(2D)Width:InterpolationMasses 288 10.434908
insert Upsilon_1(2D)Width:InterpolationMasses 289 10.434919
insert Upsilon_1(2D)Width:InterpolationMasses 290 10.43493
insert Upsilon_1(2D)Width:InterpolationMasses 291 10.434941
insert Upsilon_1(2D)Width:InterpolationMasses 292 10.434952
insert Upsilon_1(2D)Width:InterpolationMasses 293 10.434962
insert Upsilon_1(2D)Width:InterpolationMasses 294 10.434973
insert Upsilon_1(2D)Width:InterpolationMasses 295 10.434984
insert Upsilon_1(2D)Width:InterpolationMasses 296 10.434995
insert Upsilon_1(2D)Width:InterpolationMasses 297 10.435005
insert Upsilon_1(2D)Width:InterpolationMasses 298 10.435016
insert Upsilon_1(2D)Width:InterpolationMasses 299 10.435027
insert Upsilon_1(2D)Width:InterpolationMasses 300 10.435038
insert Upsilon_1(2D)Width:InterpolationMasses 301 10.435048
insert Upsilon_1(2D)Width:InterpolationMasses 302 10.435059
insert Upsilon_1(2D)Width:InterpolationMasses 303 10.43507
insert Upsilon_1(2D)Width:InterpolationMasses 304 10.435081
insert Upsilon_1(2D)Width:InterpolationMasses 305 10.435092
insert Upsilon_1(2D)Width:InterpolationMasses 306 10.435102
insert Upsilon_1(2D)Width:InterpolationMasses 307 10.435113
insert Upsilon_1(2D)Width:InterpolationMasses 308 10.435124
insert Upsilon_1(2D)Width:InterpolationMasses 309 10.435135
insert Upsilon_1(2D)Width:InterpolationMasses 310 10.435145
insert Upsilon_1(2D)Width:InterpolationMasses 311 10.435156
insert Upsilon_1(2D)Width:InterpolationMasses 312 10.435167
insert Upsilon_1(2D)Width:InterpolationMasses 313 10.435178
insert Upsilon_1(2D)Width:InterpolationMasses 314 10.435189
insert Upsilon_1(2D)Width:InterpolationMasses 315 10.435199
insert Upsilon_1(2D)Width:InterpolationMasses 316 10.43521
insert Upsilon_1(2D)Width:InterpolationMasses 317 10.435221
insert Upsilon_1(2D)Width:InterpolationMasses 318 10.435232
insert Upsilon_1(2D)Width:InterpolationMasses 319 10.435242
insert Upsilon_1(2D)Width:InterpolationMasses 320 10.435253
insert Upsilon_1(2D)Width:InterpolationMasses 321 10.435264
insert Upsilon_1(2D)Width:InterpolationMasses 322 10.435275
insert Upsilon_1(2D)Width:InterpolationMasses 323 10.435286
insert Upsilon_1(2D)Width:InterpolationWidths 0 1.4159788e-05
insert Upsilon_1(2D)Width:InterpolationWidths 1 1.416203e-05
insert Upsilon_1(2D)Width:InterpolationWidths 2 1.4164272e-05
insert Upsilon_1(2D)Width:InterpolationWidths 3 1.4166514e-05
insert Upsilon_1(2D)Width:InterpolationWidths 4 1.4168757e-05
insert Upsilon_1(2D)Width:InterpolationWidths 5 1.4171e-05
insert Upsilon_1(2D)Width:InterpolationWidths 6 1.4173242e-05
insert Upsilon_1(2D)Width:InterpolationWidths 7 1.4175486e-05
insert Upsilon_1(2D)Width:InterpolationWidths 8 1.4177729e-05
insert Upsilon_1(2D)Width:InterpolationWidths 9 1.4179973e-05
insert Upsilon_1(2D)Width:InterpolationWidths 10 1.4182217e-05
insert Upsilon_1(2D)Width:InterpolationWidths 11 1.4184461e-05
insert Upsilon_1(2D)Width:InterpolationWidths 12 1.4186705e-05
insert Upsilon_1(2D)Width:InterpolationWidths 13 1.418895e-05
insert Upsilon_1(2D)Width:InterpolationWidths 14 1.4191194e-05
insert Upsilon_1(2D)Width:InterpolationWidths 15 1.4193439e-05
insert Upsilon_1(2D)Width:InterpolationWidths 16 1.4195685e-05
insert Upsilon_1(2D)Width:InterpolationWidths 17 1.419793e-05
insert Upsilon_1(2D)Width:InterpolationWidths 18 1.4200176e-05
insert Upsilon_1(2D)Width:InterpolationWidths 19 1.4202422e-05
insert Upsilon_1(2D)Width:InterpolationWidths 20 1.4204668e-05
insert Upsilon_1(2D)Width:InterpolationWidths 21 1.4206915e-05
insert Upsilon_1(2D)Width:InterpolationWidths 22 1.4209161e-05
insert Upsilon_1(2D)Width:InterpolationWidths 23 1.4211408e-05
insert Upsilon_1(2D)Width:InterpolationWidths 24 1.4213655e-05
insert Upsilon_1(2D)Width:InterpolationWidths 25 1.4215903e-05
insert Upsilon_1(2D)Width:InterpolationWidths 26 1.421815e-05
insert Upsilon_1(2D)Width:InterpolationWidths 27 1.4220398e-05
insert Upsilon_1(2D)Width:InterpolationWidths 28 1.4222646e-05
insert Upsilon_1(2D)Width:InterpolationWidths 29 1.4224895e-05
insert Upsilon_1(2D)Width:InterpolationWidths 30 1.4227143e-05
insert Upsilon_1(2D)Width:InterpolationWidths 31 1.4229392e-05
insert Upsilon_1(2D)Width:InterpolationWidths 32 1.4231641e-05
insert Upsilon_1(2D)Width:InterpolationWidths 33 1.423389e-05
insert Upsilon_1(2D)Width:InterpolationWidths 34 1.423614e-05
insert Upsilon_1(2D)Width:InterpolationWidths 35 1.423839e-05
insert Upsilon_1(2D)Width:InterpolationWidths 36 1.424064e-05
insert Upsilon_1(2D)Width:InterpolationWidths 37 1.424289e-05
insert Upsilon_1(2D)Width:InterpolationWidths 38 1.424514e-05
insert Upsilon_1(2D)Width:InterpolationWidths 39 1.4247391e-05
insert Upsilon_1(2D)Width:InterpolationWidths 40 1.4249642e-05
insert Upsilon_1(2D)Width:InterpolationWidths 41 1.4251893e-05
insert Upsilon_1(2D)Width:InterpolationWidths 42 1.4254144e-05
insert Upsilon_1(2D)Width:InterpolationWidths 43 1.4256396e-05
insert Upsilon_1(2D)Width:InterpolationWidths 44 1.4258648e-05
insert Upsilon_1(2D)Width:InterpolationWidths 45 1.42609e-05
insert Upsilon_1(2D)Width:InterpolationWidths 46 1.4263152e-05
insert Upsilon_1(2D)Width:InterpolationWidths 47 1.4265405e-05
insert Upsilon_1(2D)Width:InterpolationWidths 48 1.4267658e-05
insert Upsilon_1(2D)Width:InterpolationWidths 49 1.4269911e-05
insert Upsilon_1(2D)Width:InterpolationWidths 50 1.4272164e-05
insert Upsilon_1(2D)Width:InterpolationWidths 51 1.4274417e-05
insert Upsilon_1(2D)Width:InterpolationWidths 52 1.4276671e-05
insert Upsilon_1(2D)Width:InterpolationWidths 53 1.4278925e-05
insert Upsilon_1(2D)Width:InterpolationWidths 54 7.1675416e-06
insert Upsilon_1(2D)Width:InterpolationWidths 55 7.168816e-06
insert Upsilon_1(2D)Width:InterpolationWidths 56 7.1700905e-06
insert Upsilon_1(2D)Width:InterpolationWidths 57 7.1713652e-06
insert Upsilon_1(2D)Width:InterpolationWidths 58 7.17264e-06
insert Upsilon_1(2D)Width:InterpolationWidths 59 7.173915e-06
insert Upsilon_1(2D)Width:InterpolationWidths 60 7.1751901e-06
insert Upsilon_1(2D)Width:InterpolationWidths 61 7.1764654e-06
insert Upsilon_1(2D)Width:InterpolationWidths 62 7.1777408e-06
insert Upsilon_1(2D)Width:InterpolationWidths 63 7.1790164e-06
insert Upsilon_1(2D)Width:InterpolationWidths 64 7.1802921e-06
insert Upsilon_1(2D)Width:InterpolationWidths 65 7.181568e-06
insert Upsilon_1(2D)Width:InterpolationWidths 66 7.182844e-06
insert Upsilon_1(2D)Width:InterpolationWidths 67 7.1841202e-06
insert Upsilon_1(2D)Width:InterpolationWidths 68 7.1853965e-06
insert Upsilon_1(2D)Width:InterpolationWidths 69 7.186673e-06
insert Upsilon_1(2D)Width:InterpolationWidths 70 7.1879496e-06
insert Upsilon_1(2D)Width:InterpolationWidths 71 7.1892263e-06
insert Upsilon_1(2D)Width:InterpolationWidths 72 7.1905033e-06
insert Upsilon_1(2D)Width:InterpolationWidths 73 7.1917803e-06
insert Upsilon_1(2D)Width:InterpolationWidths 74 7.1930575e-06
insert Upsilon_1(2D)Width:InterpolationWidths 75 7.1943349e-06
insert Upsilon_1(2D)Width:InterpolationWidths 76 7.1956124e-06
insert Upsilon_1(2D)Width:InterpolationWidths 77 7.19689e-06
insert Upsilon_1(2D)Width:InterpolationWidths 78 7.1981679e-06
insert Upsilon_1(2D)Width:InterpolationWidths 79 7.1994458e-06
insert Upsilon_1(2D)Width:InterpolationWidths 80 7.2007239e-06
insert Upsilon_1(2D)Width:InterpolationWidths 81 7.2020022e-06
insert Upsilon_1(2D)Width:InterpolationWidths 82 7.2032806e-06
insert Upsilon_1(2D)Width:InterpolationWidths 83 7.2045591e-06
insert Upsilon_1(2D)Width:InterpolationWidths 84 7.2058378e-06
insert Upsilon_1(2D)Width:InterpolationWidths 85 7.2071167e-06
insert Upsilon_1(2D)Width:InterpolationWidths 86 7.2083957e-06
insert Upsilon_1(2D)Width:InterpolationWidths 87 7.2096748e-06
insert Upsilon_1(2D)Width:InterpolationWidths 88 7.2109541e-06
insert Upsilon_1(2D)Width:InterpolationWidths 89 7.2122336e-06
insert Upsilon_1(2D)Width:InterpolationWidths 90 7.2135132e-06
insert Upsilon_1(2D)Width:InterpolationWidths 91 7.2147929e-06
insert Upsilon_1(2D)Width:InterpolationWidths 92 7.2160728e-06
insert Upsilon_1(2D)Width:InterpolationWidths 93 7.2173528e-06
insert Upsilon_1(2D)Width:InterpolationWidths 94 7.218633e-06
insert Upsilon_1(2D)Width:InterpolationWidths 95 7.2199134e-06
insert Upsilon_1(2D)Width:InterpolationWidths 96 7.2211939e-06
insert Upsilon_1(2D)Width:InterpolationWidths 97 7.2224745e-06
insert Upsilon_1(2D)Width:InterpolationWidths 98 7.2237553e-06
insert Upsilon_1(2D)Width:InterpolationWidths 99 7.2250362e-06
insert Upsilon_1(2D)Width:InterpolationWidths 100 7.2263173e-06
insert Upsilon_1(2D)Width:InterpolationWidths 101 7.2275986e-06
insert Upsilon_1(2D)Width:InterpolationWidths 102 7.22888e-06
insert Upsilon_1(2D)Width:InterpolationWidths 103 7.2301615e-06
insert Upsilon_1(2D)Width:InterpolationWidths 104 7.2314432e-06
insert Upsilon_1(2D)Width:InterpolationWidths 105 7.232725e-06
insert Upsilon_1(2D)Width:InterpolationWidths 106 7.234007e-06
insert Upsilon_1(2D)Width:InterpolationWidths 107 7.2352891e-06
insert Upsilon_1(2D)Width:InterpolationWidths 108 2.7653395e-06
insert Upsilon_1(2D)Width:InterpolationWidths 109 2.7654908e-06
insert Upsilon_1(2D)Width:InterpolationWidths 110 2.765642e-06
insert Upsilon_1(2D)Width:InterpolationWidths 111 2.7657932e-06
insert Upsilon_1(2D)Width:InterpolationWidths 112 2.7659445e-06
insert Upsilon_1(2D)Width:InterpolationWidths 113 2.7660957e-06
insert Upsilon_1(2D)Width:InterpolationWidths 114 2.766247e-06
insert Upsilon_1(2D)Width:InterpolationWidths 115 2.7663983e-06
insert Upsilon_1(2D)Width:InterpolationWidths 116 2.7665495e-06
insert Upsilon_1(2D)Width:InterpolationWidths 117 2.7667008e-06
insert Upsilon_1(2D)Width:InterpolationWidths 118 2.7668521e-06
insert Upsilon_1(2D)Width:InterpolationWidths 119 2.7670034e-06
insert Upsilon_1(2D)Width:InterpolationWidths 120 2.7671547e-06
insert Upsilon_1(2D)Width:InterpolationWidths 121 2.767306e-06
insert Upsilon_1(2D)Width:InterpolationWidths 122 2.7674573e-06
insert Upsilon_1(2D)Width:InterpolationWidths 123 2.7676086e-06
insert Upsilon_1(2D)Width:InterpolationWidths 124 2.7677599e-06
insert Upsilon_1(2D)Width:InterpolationWidths 125 2.7679112e-06
insert Upsilon_1(2D)Width:InterpolationWidths 126 2.7680625e-06
insert Upsilon_1(2D)Width:InterpolationWidths 127 2.7682139e-06
insert Upsilon_1(2D)Width:InterpolationWidths 128 2.7683652e-06
insert Upsilon_1(2D)Width:InterpolationWidths 129 2.7685165e-06
insert Upsilon_1(2D)Width:InterpolationWidths 130 2.7686679e-06
insert Upsilon_1(2D)Width:InterpolationWidths 131 2.7688192e-06
insert Upsilon_1(2D)Width:InterpolationWidths 132 2.7689706e-06
insert Upsilon_1(2D)Width:InterpolationWidths 133 2.7691219e-06
insert Upsilon_1(2D)Width:InterpolationWidths 134 2.7692733e-06
insert Upsilon_1(2D)Width:InterpolationWidths 135 2.7694247e-06
insert Upsilon_1(2D)Width:InterpolationWidths 136 2.7695761e-06
insert Upsilon_1(2D)Width:InterpolationWidths 137 2.7697274e-06
insert Upsilon_1(2D)Width:InterpolationWidths 138 2.7698788e-06
insert Upsilon_1(2D)Width:InterpolationWidths 139 2.7700302e-06
insert Upsilon_1(2D)Width:InterpolationWidths 140 2.7701816e-06
insert Upsilon_1(2D)Width:InterpolationWidths 141 2.770333e-06
insert Upsilon_1(2D)Width:InterpolationWidths 142 2.7704844e-06
insert Upsilon_1(2D)Width:InterpolationWidths 143 2.7706358e-06
insert Upsilon_1(2D)Width:InterpolationWidths 144 2.7707873e-06
insert Upsilon_1(2D)Width:InterpolationWidths 145 2.7709387e-06
insert Upsilon_1(2D)Width:InterpolationWidths 146 2.7710901e-06
insert Upsilon_1(2D)Width:InterpolationWidths 147 2.7712416e-06
insert Upsilon_1(2D)Width:InterpolationWidths 148 2.771393e-06
insert Upsilon_1(2D)Width:InterpolationWidths 149 2.7715445e-06
insert Upsilon_1(2D)Width:InterpolationWidths 150 2.7716959e-06
insert Upsilon_1(2D)Width:InterpolationWidths 151 2.7718474e-06
insert Upsilon_1(2D)Width:InterpolationWidths 152 2.7719988e-06
insert Upsilon_1(2D)Width:InterpolationWidths 153 2.7721503e-06
insert Upsilon_1(2D)Width:InterpolationWidths 154 2.7723018e-06
insert Upsilon_1(2D)Width:InterpolationWidths 155 2.7724532e-06
insert Upsilon_1(2D)Width:InterpolationWidths 156 2.7726047e-06
insert Upsilon_1(2D)Width:InterpolationWidths 157 2.7727562e-06
insert Upsilon_1(2D)Width:InterpolationWidths 158 2.7729077e-06
insert Upsilon_1(2D)Width:InterpolationWidths 159 2.7730592e-06
insert Upsilon_1(2D)Width:InterpolationWidths 160 2.7732107e-06
insert Upsilon_1(2D)Width:InterpolationWidths 161 2.7733622e-06
insert Upsilon_1(2D)Width:InterpolationWidths 162 1.7381288e-06
insert Upsilon_1(2D)Width:InterpolationWidths 163 1.7382282e-06
insert Upsilon_1(2D)Width:InterpolationWidths 164 1.7383276e-06
insert Upsilon_1(2D)Width:InterpolationWidths 165 1.7384269e-06
insert Upsilon_1(2D)Width:InterpolationWidths 166 1.7385263e-06
insert Upsilon_1(2D)Width:InterpolationWidths 167 1.7386257e-06
insert Upsilon_1(2D)Width:InterpolationWidths 168 1.7387251e-06
insert Upsilon_1(2D)Width:InterpolationWidths 169 1.7388244e-06
insert Upsilon_1(2D)Width:InterpolationWidths 170 1.7389238e-06
insert Upsilon_1(2D)Width:InterpolationWidths 171 1.7390232e-06
insert Upsilon_1(2D)Width:InterpolationWidths 172 1.7391226e-06
insert Upsilon_1(2D)Width:InterpolationWidths 173 1.739222e-06
insert Upsilon_1(2D)Width:InterpolationWidths 174 1.7393214e-06
insert Upsilon_1(2D)Width:InterpolationWidths 175 1.7394208e-06
insert Upsilon_1(2D)Width:InterpolationWidths 176 1.7395202e-06
insert Upsilon_1(2D)Width:InterpolationWidths 177 1.7396196e-06
insert Upsilon_1(2D)Width:InterpolationWidths 178 1.7397191e-06
insert Upsilon_1(2D)Width:InterpolationWidths 179 1.7398185e-06
insert Upsilon_1(2D)Width:InterpolationWidths 180 1.7399179e-06
insert Upsilon_1(2D)Width:InterpolationWidths 181 1.7400173e-06
insert Upsilon_1(2D)Width:InterpolationWidths 182 1.7401168e-06
insert Upsilon_1(2D)Width:InterpolationWidths 183 1.7402162e-06
insert Upsilon_1(2D)Width:InterpolationWidths 184 1.7403156e-06
insert Upsilon_1(2D)Width:InterpolationWidths 185 1.7404151e-06
insert Upsilon_1(2D)Width:InterpolationWidths 186 1.7405145e-06
insert Upsilon_1(2D)Width:InterpolationWidths 187 1.740614e-06
insert Upsilon_1(2D)Width:InterpolationWidths 188 1.7407134e-06
insert Upsilon_1(2D)Width:InterpolationWidths 189 1.7408129e-06
insert Upsilon_1(2D)Width:InterpolationWidths 190 1.7409123e-06
insert Upsilon_1(2D)Width:InterpolationWidths 191 1.7410118e-06
insert Upsilon_1(2D)Width:InterpolationWidths 192 1.7411113e-06
insert Upsilon_1(2D)Width:InterpolationWidths 193 1.7412107e-06
insert Upsilon_1(2D)Width:InterpolationWidths 194 1.7413102e-06
insert Upsilon_1(2D)Width:InterpolationWidths 195 1.7414097e-06
insert Upsilon_1(2D)Width:InterpolationWidths 196 1.7415092e-06
insert Upsilon_1(2D)Width:InterpolationWidths 197 1.7416087e-06
insert Upsilon_1(2D)Width:InterpolationWidths 198 1.7417081e-06
insert Upsilon_1(2D)Width:InterpolationWidths 199 1.7418076e-06
insert Upsilon_1(2D)Width:InterpolationWidths 200 1.7419071e-06
insert Upsilon_1(2D)Width:InterpolationWidths 201 1.7420066e-06
insert Upsilon_1(2D)Width:InterpolationWidths 202 1.7421061e-06
insert Upsilon_1(2D)Width:InterpolationWidths 203 1.7422056e-06
insert Upsilon_1(2D)Width:InterpolationWidths 204 1.7423052e-06
insert Upsilon_1(2D)Width:InterpolationWidths 205 1.7424047e-06
insert Upsilon_1(2D)Width:InterpolationWidths 206 1.7425042e-06
insert Upsilon_1(2D)Width:InterpolationWidths 207 1.7426037e-06
insert Upsilon_1(2D)Width:InterpolationWidths 208 1.7427032e-06
insert Upsilon_1(2D)Width:InterpolationWidths 209 1.7428028e-06
insert Upsilon_1(2D)Width:InterpolationWidths 210 1.7429023e-06
insert Upsilon_1(2D)Width:InterpolationWidths 211 1.7430018e-06
insert Upsilon_1(2D)Width:InterpolationWidths 212 1.7431014e-06
insert Upsilon_1(2D)Width:InterpolationWidths 213 1.7432009e-06
insert Upsilon_1(2D)Width:InterpolationWidths 214 1.7433005e-06
insert Upsilon_1(2D)Width:InterpolationWidths 215 1.7434e-06
insert Upsilon_1(2D)Width:InterpolationWidths 216 3.8000037e-07
insert Upsilon_1(2D)Width:InterpolationWidths 217 3.8002405e-07
insert Upsilon_1(2D)Width:InterpolationWidths 218 3.8004773e-07
insert Upsilon_1(2D)Width:InterpolationWidths 219 3.8007141e-07
insert Upsilon_1(2D)Width:InterpolationWidths 220 3.8009508e-07
insert Upsilon_1(2D)Width:InterpolationWidths 221 3.8011876e-07
insert Upsilon_1(2D)Width:InterpolationWidths 222 3.8014244e-07
insert Upsilon_1(2D)Width:InterpolationWidths 223 3.8016611e-07
insert Upsilon_1(2D)Width:InterpolationWidths 224 3.8018979e-07
insert Upsilon_1(2D)Width:InterpolationWidths 225 3.8021347e-07
insert Upsilon_1(2D)Width:InterpolationWidths 226 3.8023715e-07
insert Upsilon_1(2D)Width:InterpolationWidths 227 3.8026082e-07
insert Upsilon_1(2D)Width:InterpolationWidths 228 3.802845e-07
insert Upsilon_1(2D)Width:InterpolationWidths 229 3.8030817e-07
insert Upsilon_1(2D)Width:InterpolationWidths 230 3.8033185e-07
insert Upsilon_1(2D)Width:InterpolationWidths 231 3.8035553e-07
insert Upsilon_1(2D)Width:InterpolationWidths 232 3.803792e-07
insert Upsilon_1(2D)Width:InterpolationWidths 233 3.8040288e-07
insert Upsilon_1(2D)Width:InterpolationWidths 234 3.8042655e-07
insert Upsilon_1(2D)Width:InterpolationWidths 235 3.8045023e-07
insert Upsilon_1(2D)Width:InterpolationWidths 236 3.8047391e-07
insert Upsilon_1(2D)Width:InterpolationWidths 237 3.8049758e-07
insert Upsilon_1(2D)Width:InterpolationWidths 238 3.8052126e-07
insert Upsilon_1(2D)Width:InterpolationWidths 239 3.8054493e-07
insert Upsilon_1(2D)Width:InterpolationWidths 240 3.8056861e-07
insert Upsilon_1(2D)Width:InterpolationWidths 241 3.8059228e-07
insert Upsilon_1(2D)Width:InterpolationWidths 242 3.8061596e-07
insert Upsilon_1(2D)Width:InterpolationWidths 243 3.8063963e-07
insert Upsilon_1(2D)Width:InterpolationWidths 244 3.806633e-07
insert Upsilon_1(2D)Width:InterpolationWidths 245 3.8068698e-07
insert Upsilon_1(2D)Width:InterpolationWidths 246 3.8071065e-07
insert Upsilon_1(2D)Width:InterpolationWidths 247 3.8073433e-07
insert Upsilon_1(2D)Width:InterpolationWidths 248 3.80758e-07
insert Upsilon_1(2D)Width:InterpolationWidths 249 3.8078167e-07
insert Upsilon_1(2D)Width:InterpolationWidths 250 3.8080535e-07
insert Upsilon_1(2D)Width:InterpolationWidths 251 3.8082902e-07
insert Upsilon_1(2D)Width:InterpolationWidths 252 3.808527e-07
insert Upsilon_1(2D)Width:InterpolationWidths 253 3.8087637e-07
insert Upsilon_1(2D)Width:InterpolationWidths 254 3.8090004e-07
insert Upsilon_1(2D)Width:InterpolationWidths 255 3.8092372e-07
insert Upsilon_1(2D)Width:InterpolationWidths 256 3.8094739e-07
insert Upsilon_1(2D)Width:InterpolationWidths 257 3.8097106e-07
insert Upsilon_1(2D)Width:InterpolationWidths 258 3.8099473e-07
insert Upsilon_1(2D)Width:InterpolationWidths 259 3.8101841e-07
insert Upsilon_1(2D)Width:InterpolationWidths 260 3.8104208e-07
insert Upsilon_1(2D)Width:InterpolationWidths 261 3.8106575e-07
insert Upsilon_1(2D)Width:InterpolationWidths 262 3.8108942e-07
insert Upsilon_1(2D)Width:InterpolationWidths 263 3.811131e-07
insert Upsilon_1(2D)Width:InterpolationWidths 264 3.8113677e-07
insert Upsilon_1(2D)Width:InterpolationWidths 265 3.8116044e-07
insert Upsilon_1(2D)Width:InterpolationWidths 266 3.8118411e-07
insert Upsilon_1(2D)Width:InterpolationWidths 267 3.8120778e-07
insert Upsilon_1(2D)Width:InterpolationWidths 268 3.8123145e-07
insert Upsilon_1(2D)Width:InterpolationWidths 269 3.8125513e-07
insert Upsilon_1(2D)Width:InterpolationWidths 270 1.0048327e-07
insert Upsilon_1(2D)Width:InterpolationWidths 271 1.0048508e-07
insert Upsilon_1(2D)Width:InterpolationWidths 272 1.004869e-07
insert Upsilon_1(2D)Width:InterpolationWidths 273 1.0048871e-07
insert Upsilon_1(2D)Width:InterpolationWidths 274 1.0049053e-07
insert Upsilon_1(2D)Width:InterpolationWidths 275 1.0049234e-07
insert Upsilon_1(2D)Width:InterpolationWidths 276 1.0049415e-07
insert Upsilon_1(2D)Width:InterpolationWidths 277 1.0049597e-07
insert Upsilon_1(2D)Width:InterpolationWidths 278 1.0049778e-07
insert Upsilon_1(2D)Width:InterpolationWidths 279 1.004996e-07
insert Upsilon_1(2D)Width:InterpolationWidths 280 1.0050141e-07
insert Upsilon_1(2D)Width:InterpolationWidths 281 1.0050322e-07
insert Upsilon_1(2D)Width:InterpolationWidths 282 1.0050504e-07
insert Upsilon_1(2D)Width:InterpolationWidths 283 1.0050685e-07
insert Upsilon_1(2D)Width:InterpolationWidths 284 1.0050867e-07
insert Upsilon_1(2D)Width:InterpolationWidths 285 1.0051048e-07
insert Upsilon_1(2D)Width:InterpolationWidths 286 1.0051229e-07
insert Upsilon_1(2D)Width:InterpolationWidths 287 1.0051411e-07
insert Upsilon_1(2D)Width:InterpolationWidths 288 1.0051592e-07
insert Upsilon_1(2D)Width:InterpolationWidths 289 1.0051774e-07
insert Upsilon_1(2D)Width:InterpolationWidths 290 1.0051955e-07
insert Upsilon_1(2D)Width:InterpolationWidths 291 1.0052136e-07
insert Upsilon_1(2D)Width:InterpolationWidths 292 1.0052318e-07
insert Upsilon_1(2D)Width:InterpolationWidths 293 1.0052499e-07
insert Upsilon_1(2D)Width:InterpolationWidths 294 1.0052681e-07
insert Upsilon_1(2D)Width:InterpolationWidths 295 1.0052862e-07
insert Upsilon_1(2D)Width:InterpolationWidths 296 1.0053043e-07
insert Upsilon_1(2D)Width:InterpolationWidths 297 1.0053225e-07
insert Upsilon_1(2D)Width:InterpolationWidths 298 1.0053406e-07
insert Upsilon_1(2D)Width:InterpolationWidths 299 1.0053588e-07
insert Upsilon_1(2D)Width:InterpolationWidths 300 1.0053769e-07
insert Upsilon_1(2D)Width:InterpolationWidths 301 1.005395e-07
insert Upsilon_1(2D)Width:InterpolationWidths 302 1.0054132e-07
insert Upsilon_1(2D)Width:InterpolationWidths 303 1.0054313e-07
insert Upsilon_1(2D)Width:InterpolationWidths 304 1.0054494e-07
insert Upsilon_1(2D)Width:InterpolationWidths 305 1.0054676e-07
insert Upsilon_1(2D)Width:InterpolationWidths 306 1.0054857e-07
insert Upsilon_1(2D)Width:InterpolationWidths 307 1.0055039e-07
insert Upsilon_1(2D)Width:InterpolationWidths 308 1.005522e-07
insert Upsilon_1(2D)Width:InterpolationWidths 309 1.0055401e-07
insert Upsilon_1(2D)Width:InterpolationWidths 310 1.0055583e-07
insert Upsilon_1(2D)Width:InterpolationWidths 311 1.0055764e-07
insert Upsilon_1(2D)Width:InterpolationWidths 312 1.0055946e-07
insert Upsilon_1(2D)Width:InterpolationWidths 313 1.0056127e-07
insert Upsilon_1(2D)Width:InterpolationWidths 314 1.0056308e-07
insert Upsilon_1(2D)Width:InterpolationWidths 315 1.005649e-07
insert Upsilon_1(2D)Width:InterpolationWidths 316 1.0056671e-07
insert Upsilon_1(2D)Width:InterpolationWidths 317 1.0056852e-07
insert Upsilon_1(2D)Width:InterpolationWidths 318 1.0057034e-07
insert Upsilon_1(2D)Width:InterpolationWidths 319 1.0057215e-07
insert Upsilon_1(2D)Width:InterpolationWidths 320 1.0057397e-07
insert Upsilon_1(2D)Width:InterpolationWidths 321 1.0057578e-07
insert Upsilon_1(2D)Width:InterpolationWidths 322 1.0057759e-07
insert Upsilon_1(2D)Width:InterpolationWidths 323 1.0057941e-07
insert Upsilon_1(2D)Width:NumberofEntries 0 54
insert Upsilon_1(2D)Width:NumberofEntries 1 108
insert Upsilon_1(2D)Width:NumberofEntries 2 162
insert Upsilon_1(2D)Width:NumberofEntries 3 216
insert Upsilon_1(2D)Width:NumberofEntries 4 270
insert Upsilon_1(2D)Width:NumberofEntries 5 324
newdef /Herwig/Particles/Upsilon_1(2D):Width_generator Upsilon_1(2D)Width
#
create Herwig::GenericWidthGenerator Upsilon_2(2D)Width
newdef Upsilon_2(2D)Width:Particle /Herwig/Particles/Upsilon_2(2D)
newdef Upsilon_2(2D)Width:Prefactor 1
newdef Upsilon_2(2D)Width:BRNormalize 1
newdef Upsilon_2(2D)Width:BRMinimum 0.01
newdef Upsilon_2(2D)Width:Points 50
newdef Upsilon_2(2D)Width:InterpolationOrder 1
insert Upsilon_2(2D)Width:MEtype 0 0
insert Upsilon_2(2D)Width:MEtype 1 0
insert Upsilon_2(2D)Width:MEtype 2 0
insert Upsilon_2(2D)Width:MEtype 3 0
insert Upsilon_2(2D)Width:MEcode 0 0
insert Upsilon_2(2D)Width:MEcode 1 0
insert Upsilon_2(2D)Width:MEcode 2 0
insert Upsilon_2(2D)Width:MEcode 3 0
insert Upsilon_2(2D)Width:MEcoupling 0 0.6382
insert Upsilon_2(2D)Width:MEcoupling 1 0.1461
insert Upsilon_2(2D)Width:MEcoupling 2 0.1721
insert Upsilon_2(2D)Width:MEcoupling 3 0.0436
insert Upsilon_2(2D)Width:ModeOn 0 1
insert Upsilon_2(2D)Width:ModeOn 1 1
insert Upsilon_2(2D)Width:ModeOn 2 1
insert Upsilon_2(2D)Width:ModeOn 3 1
insert Upsilon_2(2D)Width:MinimumMasses 0 10.2547
insert Upsilon_2(2D)Width:MinimumMasses 1 9.89207
insert Upsilon_2(2D)Width:MinimumMasses 2 10.2668
insert Upsilon_2(2D)Width:MinimumMasses 3 9.91051
insert Upsilon_2(2D)Width:MEmass1 0 0
insert Upsilon_2(2D)Width:MEmass1 1 0
insert Upsilon_2(2D)Width:MEmass1 2 0
insert Upsilon_2(2D)Width:MEmass1 3 0
insert Upsilon_2(2D)Width:MEmass2 0 0
insert Upsilon_2(2D)Width:MEmass2 1 0
insert Upsilon_2(2D)Width:MEmass2 2 0
insert Upsilon_2(2D)Width:MEmass2 3 0
insert Upsilon_2(2D)Width:DecayModes 0 Upsilon_2(2D)->chi_b1(2P),gamma;
insert Upsilon_2(2D)Width:DecayModes 1 Upsilon_2(2D)->chi_b1,gamma;
insert Upsilon_2(2D)Width:DecayModes 2 Upsilon_2(2D)->chi_b2(2P),gamma;
insert Upsilon_2(2D)Width:DecayModes 3 Upsilon_2(2D)->chi_b2,gamma;
insert Upsilon_2(2D)Width:NumberofEntries 0 0
insert Upsilon_2(2D)Width:NumberofEntries 1 0
insert Upsilon_2(2D)Width:NumberofEntries 2 0
insert Upsilon_2(2D)Width:NumberofEntries 3 0
newdef /Herwig/Particles/Upsilon_2(2D):Width_generator Upsilon_2(2D)Width
#
create Herwig::GenericWidthGenerator Upsilon_3(2D)Width
newdef Upsilon_3(2D)Width:Particle /Herwig/Particles/Upsilon_3(2D)
newdef Upsilon_3(2D)Width:Prefactor 1
newdef Upsilon_3(2D)Width:BRNormalize 1
newdef Upsilon_3(2D)Width:BRMinimum 0.01
newdef Upsilon_3(2D)Width:Points 50
newdef Upsilon_3(2D)Width:InterpolationOrder 1
insert Upsilon_3(2D)Width:MEtype 0 0
insert Upsilon_3(2D)Width:MEtype 1 0
insert Upsilon_3(2D)Width:MEcode 0 0
insert Upsilon_3(2D)Width:MEcode 1 0
insert Upsilon_3(2D)Width:MEcoupling 0 0.8053
insert Upsilon_3(2D)Width:MEcoupling 1 0.1947
insert Upsilon_3(2D)Width:ModeOn 0 1
insert Upsilon_3(2D)Width:ModeOn 1 1
insert Upsilon_3(2D)Width:MinimumMasses 0 10.2668
insert Upsilon_3(2D)Width:MinimumMasses 1 9.91051
insert Upsilon_3(2D)Width:MEmass1 0 0
insert Upsilon_3(2D)Width:MEmass1 1 0
insert Upsilon_3(2D)Width:MEmass2 0 0
insert Upsilon_3(2D)Width:MEmass2 1 0
insert Upsilon_3(2D)Width:DecayModes 0 Upsilon_3(2D)->chi_b2(2P),gamma;
insert Upsilon_3(2D)Width:DecayModes 1 Upsilon_3(2D)->chi_b2,gamma;
insert Upsilon_3(2D)Width:NumberofEntries 0 0
insert Upsilon_3(2D)Width:NumberofEntries 1 0
newdef /Herwig/Particles/Upsilon_3(2D):Width_generator Upsilon_3(2D)Width
#
create Herwig::GenericWidthGenerator chi_b03PWidth
newdef chi_b03PWidth:Particle /Herwig/Particles/chi_b0(3P)
newdef chi_b03PWidth:Prefactor 1.01235
newdef chi_b03PWidth:BRNormalize 1
newdef chi_b03PWidth:BRMinimum 0.01
newdef chi_b03PWidth:Points 50
newdef chi_b03PWidth:InterpolationOrder 1
insert chi_b03PWidth:MEtype 0 0
insert chi_b03PWidth:MEtype 1 2
insert chi_b03PWidth:MEtype 2 2
insert chi_b03PWidth:MEtype 3 2
insert chi_b03PWidth:MEtype 4 2
insert chi_b03PWidth:MEcode 0 0
insert chi_b03PWidth:MEcode 1 0
insert chi_b03PWidth:MEcode 2 0
insert chi_b03PWidth:MEcode 3 0
insert chi_b03PWidth:MEcode 4 0
insert chi_b03PWidth:MEcoupling 0 0.9773
insert chi_b03PWidth:MEcoupling 1 0.665362
insert chi_b03PWidth:MEcoupling 2 0.666266
insert chi_b03PWidth:MEcoupling 3 0.667846
insert chi_b03PWidth:MEcoupling 4 0.665621
insert chi_b03PWidth:ModeOn 0 1
insert chi_b03PWidth:ModeOn 1 1
insert chi_b03PWidth:ModeOn 2 0
insert chi_b03PWidth:ModeOn 3 0
insert chi_b03PWidth:ModeOn 4 0
insert chi_b03PWidth:MinimumMasses 0 0
insert chi_b03PWidth:MinimumMasses 1 10.355
insert chi_b03PWidth:MinimumMasses 2 9.45976
insert chi_b03PWidth:MinimumMasses 3 10.0229
insert chi_b03PWidth:MinimumMasses 4 10.4347
insert chi_b03PWidth:MEmass1 0 0
insert chi_b03PWidth:MEmass1 1 10.3552
insert chi_b03PWidth:MEmass1 2 9.4603
insert chi_b03PWidth:MEmass1 3 10.0233
insert chi_b03PWidth:MEmass1 4 10.435
insert chi_b03PWidth:MEmass2 0 0
insert chi_b03PWidth:MEmass2 1 0
insert chi_b03PWidth:MEmass2 2 0
insert chi_b03PWidth:MEmass2 3 0
insert chi_b03PWidth:MEmass2 4 0
insert chi_b03PWidth:DecayModes 0 chi_b0(3P)->g,g;
insert chi_b03PWidth:DecayModes 1 chi_b0(3P)->Upsilon(3S),gamma;
insert chi_b03PWidth:DecayModes 2 chi_b0(3P)->Upsilon,gamma;
insert chi_b03PWidth:DecayModes 3 chi_b0(3P)->Upsilon(2S),gamma;
insert chi_b03PWidth:DecayModes 4 chi_b0(3P)->Upsilon_1(2D),gamma;
insert chi_b03PWidth:InterpolationMasses 0 10.49302
insert chi_b03PWidth:InterpolationMasses 1 10.49331
insert chi_b03PWidth:InterpolationMasses 2 10.4936
insert chi_b03PWidth:InterpolationMasses 3 10.49389
insert chi_b03PWidth:InterpolationMasses 4 10.49418
insert chi_b03PWidth:InterpolationMasses 5 10.494469
insert chi_b03PWidth:InterpolationMasses 6 10.494759
insert chi_b03PWidth:InterpolationMasses 7 10.495049
insert chi_b03PWidth:InterpolationMasses 8 10.495339
insert chi_b03PWidth:InterpolationMasses 9 10.495629
insert chi_b03PWidth:InterpolationMasses 10 10.495918
insert chi_b03PWidth:InterpolationMasses 11 10.496208
insert chi_b03PWidth:InterpolationMasses 12 10.496498
insert chi_b03PWidth:InterpolationMasses 13 10.496788
insert chi_b03PWidth:InterpolationMasses 14 10.497078
insert chi_b03PWidth:InterpolationMasses 15 10.497367
insert chi_b03PWidth:InterpolationMasses 16 10.497657
insert chi_b03PWidth:InterpolationMasses 17 10.497947
insert chi_b03PWidth:InterpolationMasses 18 10.498237
insert chi_b03PWidth:InterpolationMasses 19 10.498527
insert chi_b03PWidth:InterpolationMasses 20 10.498816
insert chi_b03PWidth:InterpolationMasses 21 10.499106
insert chi_b03PWidth:InterpolationMasses 22 10.499396
insert chi_b03PWidth:InterpolationMasses 23 10.499686
insert chi_b03PWidth:InterpolationMasses 24 10.499976
insert chi_b03PWidth:InterpolationMasses 25 10.500265
insert chi_b03PWidth:InterpolationMasses 26 10.500555
insert chi_b03PWidth:InterpolationMasses 27 10.500845
insert chi_b03PWidth:InterpolationMasses 28 10.501135
insert chi_b03PWidth:InterpolationMasses 29 10.501424
insert chi_b03PWidth:InterpolationMasses 30 10.501714
insert chi_b03PWidth:InterpolationMasses 31 10.502004
insert chi_b03PWidth:InterpolationMasses 32 10.502294
insert chi_b03PWidth:InterpolationMasses 33 10.502584
insert chi_b03PWidth:InterpolationMasses 34 10.502873
insert chi_b03PWidth:InterpolationMasses 35 10.503163
insert chi_b03PWidth:InterpolationMasses 36 10.503453
insert chi_b03PWidth:InterpolationMasses 37 10.503743
insert chi_b03PWidth:InterpolationMasses 38 10.504033
insert chi_b03PWidth:InterpolationMasses 39 10.504322
insert chi_b03PWidth:InterpolationMasses 40 10.504612
insert chi_b03PWidth:InterpolationMasses 41 10.504902
insert chi_b03PWidth:InterpolationMasses 42 10.505192
insert chi_b03PWidth:InterpolationMasses 43 10.505482
insert chi_b03PWidth:InterpolationMasses 44 10.505771
insert chi_b03PWidth:InterpolationMasses 45 10.506061
insert chi_b03PWidth:InterpolationMasses 46 10.506351
insert chi_b03PWidth:InterpolationMasses 47 10.506641
insert chi_b03PWidth:InterpolationMasses 48 10.506931
insert chi_b03PWidth:InterpolationMasses 49 10.50722
insert chi_b03PWidth:InterpolationMasses 50 10.50751
insert chi_b03PWidth:InterpolationMasses 51 10.5078
insert chi_b03PWidth:InterpolationMasses 52 10.50809
insert chi_b03PWidth:InterpolationMasses 53 10.50838
insert chi_b03PWidth:InterpolationMasses 54 10.49302
insert chi_b03PWidth:InterpolationMasses 55 10.49331
insert chi_b03PWidth:InterpolationMasses 56 10.4936
insert chi_b03PWidth:InterpolationMasses 57 10.49389
insert chi_b03PWidth:InterpolationMasses 58 10.49418
insert chi_b03PWidth:InterpolationMasses 59 10.494469
insert chi_b03PWidth:InterpolationMasses 60 10.494759
insert chi_b03PWidth:InterpolationMasses 61 10.495049
insert chi_b03PWidth:InterpolationMasses 62 10.495339
insert chi_b03PWidth:InterpolationMasses 63 10.495629
insert chi_b03PWidth:InterpolationMasses 64 10.495918
insert chi_b03PWidth:InterpolationMasses 65 10.496208
insert chi_b03PWidth:InterpolationMasses 66 10.496498
insert chi_b03PWidth:InterpolationMasses 67 10.496788
insert chi_b03PWidth:InterpolationMasses 68 10.497078
insert chi_b03PWidth:InterpolationMasses 69 10.497367
insert chi_b03PWidth:InterpolationMasses 70 10.497657
insert chi_b03PWidth:InterpolationMasses 71 10.497947
insert chi_b03PWidth:InterpolationMasses 72 10.498237
insert chi_b03PWidth:InterpolationMasses 73 10.498527
insert chi_b03PWidth:InterpolationMasses 74 10.498816
insert chi_b03PWidth:InterpolationMasses 75 10.499106
insert chi_b03PWidth:InterpolationMasses 76 10.499396
insert chi_b03PWidth:InterpolationMasses 77 10.499686
insert chi_b03PWidth:InterpolationMasses 78 10.499976
insert chi_b03PWidth:InterpolationMasses 79 10.500265
insert chi_b03PWidth:InterpolationMasses 80 10.500555
insert chi_b03PWidth:InterpolationMasses 81 10.500845
insert chi_b03PWidth:InterpolationMasses 82 10.501135
insert chi_b03PWidth:InterpolationMasses 83 10.501424
insert chi_b03PWidth:InterpolationMasses 84 10.501714
insert chi_b03PWidth:InterpolationMasses 85 10.502004
insert chi_b03PWidth:InterpolationMasses 86 10.502294
insert chi_b03PWidth:InterpolationMasses 87 10.502584
insert chi_b03PWidth:InterpolationMasses 88 10.502873
insert chi_b03PWidth:InterpolationMasses 89 10.503163
insert chi_b03PWidth:InterpolationMasses 90 10.503453
insert chi_b03PWidth:InterpolationMasses 91 10.503743
insert chi_b03PWidth:InterpolationMasses 92 10.504033
insert chi_b03PWidth:InterpolationMasses 93 10.504322
insert chi_b03PWidth:InterpolationMasses 94 10.504612
insert chi_b03PWidth:InterpolationMasses 95 10.504902
insert chi_b03PWidth:InterpolationMasses 96 10.505192
insert chi_b03PWidth:InterpolationMasses 97 10.505482
insert chi_b03PWidth:InterpolationMasses 98 10.505771
insert chi_b03PWidth:InterpolationMasses 99 10.506061
insert chi_b03PWidth:InterpolationMasses 100 10.506351
insert chi_b03PWidth:InterpolationMasses 101 10.506641
insert chi_b03PWidth:InterpolationMasses 102 10.506931
insert chi_b03PWidth:InterpolationMasses 103 10.50722
insert chi_b03PWidth:InterpolationMasses 104 10.50751
insert chi_b03PWidth:InterpolationMasses 105 10.5078
insert chi_b03PWidth:InterpolationMasses 106 10.50809
insert chi_b03PWidth:InterpolationMasses 107 10.50838
insert chi_b03PWidth:InterpolationMasses 108 10.49302
insert chi_b03PWidth:InterpolationMasses 109 10.49331
insert chi_b03PWidth:InterpolationMasses 110 10.4936
insert chi_b03PWidth:InterpolationMasses 111 10.49389
insert chi_b03PWidth:InterpolationMasses 112 10.49418
insert chi_b03PWidth:InterpolationMasses 113 10.494469
insert chi_b03PWidth:InterpolationMasses 114 10.494759
insert chi_b03PWidth:InterpolationMasses 115 10.495049
insert chi_b03PWidth:InterpolationMasses 116 10.495339
insert chi_b03PWidth:InterpolationMasses 117 10.495629
insert chi_b03PWidth:InterpolationMasses 118 10.495918
insert chi_b03PWidth:InterpolationMasses 119 10.496208
insert chi_b03PWidth:InterpolationMasses 120 10.496498
insert chi_b03PWidth:InterpolationMasses 121 10.496788
insert chi_b03PWidth:InterpolationMasses 122 10.497078
insert chi_b03PWidth:InterpolationMasses 123 10.497367
insert chi_b03PWidth:InterpolationMasses 124 10.497657
insert chi_b03PWidth:InterpolationMasses 125 10.497947
insert chi_b03PWidth:InterpolationMasses 126 10.498237
insert chi_b03PWidth:InterpolationMasses 127 10.498527
insert chi_b03PWidth:InterpolationMasses 128 10.498816
insert chi_b03PWidth:InterpolationMasses 129 10.499106
insert chi_b03PWidth:InterpolationMasses 130 10.499396
insert chi_b03PWidth:InterpolationMasses 131 10.499686
insert chi_b03PWidth:InterpolationMasses 132 10.499976
insert chi_b03PWidth:InterpolationMasses 133 10.500265
insert chi_b03PWidth:InterpolationMasses 134 10.500555
insert chi_b03PWidth:InterpolationMasses 135 10.500845
insert chi_b03PWidth:InterpolationMasses 136 10.501135
insert chi_b03PWidth:InterpolationMasses 137 10.501424
insert chi_b03PWidth:InterpolationMasses 138 10.501714
insert chi_b03PWidth:InterpolationMasses 139 10.502004
insert chi_b03PWidth:InterpolationMasses 140 10.502294
insert chi_b03PWidth:InterpolationMasses 141 10.502584
insert chi_b03PWidth:InterpolationMasses 142 10.502873
insert chi_b03PWidth:InterpolationMasses 143 10.503163
insert chi_b03PWidth:InterpolationMasses 144 10.503453
insert chi_b03PWidth:InterpolationMasses 145 10.503743
insert chi_b03PWidth:InterpolationMasses 146 10.504033
insert chi_b03PWidth:InterpolationMasses 147 10.504322
insert chi_b03PWidth:InterpolationMasses 148 10.504612
insert chi_b03PWidth:InterpolationMasses 149 10.504902
insert chi_b03PWidth:InterpolationMasses 150 10.505192
insert chi_b03PWidth:InterpolationMasses 151 10.505482
insert chi_b03PWidth:InterpolationMasses 152 10.505771
insert chi_b03PWidth:InterpolationMasses 153 10.506061
insert chi_b03PWidth:InterpolationMasses 154 10.506351
insert chi_b03PWidth:InterpolationMasses 155 10.506641
insert chi_b03PWidth:InterpolationMasses 156 10.506931
insert chi_b03PWidth:InterpolationMasses 157 10.50722
insert chi_b03PWidth:InterpolationMasses 158 10.50751
insert chi_b03PWidth:InterpolationMasses 159 10.5078
insert chi_b03PWidth:InterpolationMasses 160 10.50809
insert chi_b03PWidth:InterpolationMasses 161 10.50838
insert chi_b03PWidth:InterpolationMasses 162 10.49302
insert chi_b03PWidth:InterpolationMasses 163 10.49331
insert chi_b03PWidth:InterpolationMasses 164 10.4936
insert chi_b03PWidth:InterpolationMasses 165 10.49389
insert chi_b03PWidth:InterpolationMasses 166 10.49418
insert chi_b03PWidth:InterpolationMasses 167 10.494469
insert chi_b03PWidth:InterpolationMasses 168 10.494759
insert chi_b03PWidth:InterpolationMasses 169 10.495049
insert chi_b03PWidth:InterpolationMasses 170 10.495339
insert chi_b03PWidth:InterpolationMasses 171 10.495629
insert chi_b03PWidth:InterpolationMasses 172 10.495918
insert chi_b03PWidth:InterpolationMasses 173 10.496208
insert chi_b03PWidth:InterpolationMasses 174 10.496498
insert chi_b03PWidth:InterpolationMasses 175 10.496788
insert chi_b03PWidth:InterpolationMasses 176 10.497078
insert chi_b03PWidth:InterpolationMasses 177 10.497367
insert chi_b03PWidth:InterpolationMasses 178 10.497657
insert chi_b03PWidth:InterpolationMasses 179 10.497947
insert chi_b03PWidth:InterpolationMasses 180 10.498237
insert chi_b03PWidth:InterpolationMasses 181 10.498527
insert chi_b03PWidth:InterpolationMasses 182 10.498816
insert chi_b03PWidth:InterpolationMasses 183 10.499106
insert chi_b03PWidth:InterpolationMasses 184 10.499396
insert chi_b03PWidth:InterpolationMasses 185 10.499686
insert chi_b03PWidth:InterpolationMasses 186 10.499976
insert chi_b03PWidth:InterpolationMasses 187 10.500265
insert chi_b03PWidth:InterpolationMasses 188 10.500555
insert chi_b03PWidth:InterpolationMasses 189 10.500845
insert chi_b03PWidth:InterpolationMasses 190 10.501135
insert chi_b03PWidth:InterpolationMasses 191 10.501424
insert chi_b03PWidth:InterpolationMasses 192 10.501714
insert chi_b03PWidth:InterpolationMasses 193 10.502004
insert chi_b03PWidth:InterpolationMasses 194 10.502294
insert chi_b03PWidth:InterpolationMasses 195 10.502584
insert chi_b03PWidth:InterpolationMasses 196 10.502873
insert chi_b03PWidth:InterpolationMasses 197 10.503163
insert chi_b03PWidth:InterpolationMasses 198 10.503453
insert chi_b03PWidth:InterpolationMasses 199 10.503743
insert chi_b03PWidth:InterpolationMasses 200 10.504033
insert chi_b03PWidth:InterpolationMasses 201 10.504322
insert chi_b03PWidth:InterpolationMasses 202 10.504612
insert chi_b03PWidth:InterpolationMasses 203 10.504902
insert chi_b03PWidth:InterpolationMasses 204 10.505192
insert chi_b03PWidth:InterpolationMasses 205 10.505482
insert chi_b03PWidth:InterpolationMasses 206 10.505771
insert chi_b03PWidth:InterpolationMasses 207 10.506061
insert chi_b03PWidth:InterpolationMasses 208 10.506351
insert chi_b03PWidth:InterpolationMasses 209 10.506641
insert chi_b03PWidth:InterpolationMasses 210 10.506931
insert chi_b03PWidth:InterpolationMasses 211 10.50722
insert chi_b03PWidth:InterpolationMasses 212 10.50751
insert chi_b03PWidth:InterpolationMasses 213 10.5078
insert chi_b03PWidth:InterpolationMasses 214 10.50809
insert chi_b03PWidth:InterpolationMasses 215 10.50838
insert chi_b03PWidth:InterpolationWidths 0 1.0632448e-05
insert chi_b03PWidth:InterpolationWidths 1 1.0654071e-05
insert chi_b03PWidth:InterpolationWidths 2 1.067569e-05
insert chi_b03PWidth:InterpolationWidths 3 1.0697306e-05
insert chi_b03PWidth:InterpolationWidths 4 1.0718919e-05
insert chi_b03PWidth:InterpolationWidths 5 1.074053e-05
insert chi_b03PWidth:InterpolationWidths 6 1.0762137e-05
insert chi_b03PWidth:InterpolationWidths 7 1.0783741e-05
insert chi_b03PWidth:InterpolationWidths 8 1.0805342e-05
insert chi_b03PWidth:InterpolationWidths 9 1.082694e-05
insert chi_b03PWidth:InterpolationWidths 10 1.0848536e-05
insert chi_b03PWidth:InterpolationWidths 11 1.0870128e-05
insert chi_b03PWidth:InterpolationWidths 12 1.0891717e-05
insert chi_b03PWidth:InterpolationWidths 13 1.0913303e-05
insert chi_b03PWidth:InterpolationWidths 14 1.0934886e-05
insert chi_b03PWidth:InterpolationWidths 15 1.0956467e-05
insert chi_b03PWidth:InterpolationWidths 16 1.0978044e-05
insert chi_b03PWidth:InterpolationWidths 17 1.0999618e-05
insert chi_b03PWidth:InterpolationWidths 18 1.1021189e-05
insert chi_b03PWidth:InterpolationWidths 19 1.1042757e-05
insert chi_b03PWidth:InterpolationWidths 20 1.1064322e-05
insert chi_b03PWidth:InterpolationWidths 21 1.1085885e-05
insert chi_b03PWidth:InterpolationWidths 22 1.1107444e-05
insert chi_b03PWidth:InterpolationWidths 23 1.1129e-05
insert chi_b03PWidth:InterpolationWidths 24 1.1150553e-05
insert chi_b03PWidth:InterpolationWidths 25 1.1172103e-05
insert chi_b03PWidth:InterpolationWidths 26 1.119365e-05
insert chi_b03PWidth:InterpolationWidths 27 1.1215195e-05
insert chi_b03PWidth:InterpolationWidths 28 1.1236736e-05
insert chi_b03PWidth:InterpolationWidths 29 1.1258274e-05
insert chi_b03PWidth:InterpolationWidths 30 1.1279809e-05
insert chi_b03PWidth:InterpolationWidths 31 1.1301341e-05
insert chi_b03PWidth:InterpolationWidths 32 1.132287e-05
insert chi_b03PWidth:InterpolationWidths 33 1.1344397e-05
insert chi_b03PWidth:InterpolationWidths 34 1.136592e-05
insert chi_b03PWidth:InterpolationWidths 35 1.138744e-05
insert chi_b03PWidth:InterpolationWidths 36 1.1408957e-05
insert chi_b03PWidth:InterpolationWidths 37 1.1430471e-05
insert chi_b03PWidth:InterpolationWidths 38 1.1451983e-05
insert chi_b03PWidth:InterpolationWidths 39 1.1473491e-05
insert chi_b03PWidth:InterpolationWidths 40 1.1494996e-05
insert chi_b03PWidth:InterpolationWidths 41 1.1516498e-05
insert chi_b03PWidth:InterpolationWidths 42 1.1537997e-05
insert chi_b03PWidth:InterpolationWidths 43 1.1559494e-05
insert chi_b03PWidth:InterpolationWidths 44 1.1580987e-05
insert chi_b03PWidth:InterpolationWidths 45 1.1602477e-05
insert chi_b03PWidth:InterpolationWidths 46 1.1623964e-05
insert chi_b03PWidth:InterpolationWidths 47 1.1645449e-05
insert chi_b03PWidth:InterpolationWidths 48 1.166693e-05
insert chi_b03PWidth:InterpolationWidths 49 1.1688408e-05
insert chi_b03PWidth:InterpolationWidths 50 1.1709884e-05
insert chi_b03PWidth:InterpolationWidths 51 1.1731356e-05
insert chi_b03PWidth:InterpolationWidths 52 1.1752825e-05
insert chi_b03PWidth:InterpolationWidths 53 1.1774292e-05
insert chi_b03PWidth:InterpolationWidths 54 5.2984531e-06
insert chi_b03PWidth:InterpolationWidths 55 5.2995778e-06
insert chi_b03PWidth:InterpolationWidths 56 5.3007023e-06
insert chi_b03PWidth:InterpolationWidths 57 5.3018267e-06
insert chi_b03PWidth:InterpolationWidths 58 5.3029508e-06
insert chi_b03PWidth:InterpolationWidths 59 5.3040749e-06
insert chi_b03PWidth:InterpolationWidths 60 5.3051987e-06
insert chi_b03PWidth:InterpolationWidths 61 5.3063224e-06
insert chi_b03PWidth:InterpolationWidths 62 5.3074459e-06
insert chi_b03PWidth:InterpolationWidths 63 5.3085693e-06
insert chi_b03PWidth:InterpolationWidths 64 5.3096925e-06
insert chi_b03PWidth:InterpolationWidths 65 5.3108155e-06
insert chi_b03PWidth:InterpolationWidths 66 5.3119383e-06
insert chi_b03PWidth:InterpolationWidths 67 5.313061e-06
insert chi_b03PWidth:InterpolationWidths 68 5.3141835e-06
insert chi_b03PWidth:InterpolationWidths 69 5.3153059e-06
insert chi_b03PWidth:InterpolationWidths 70 5.3164281e-06
insert chi_b03PWidth:InterpolationWidths 71 5.3175501e-06
insert chi_b03PWidth:InterpolationWidths 72 5.318672e-06
insert chi_b03PWidth:InterpolationWidths 73 5.3197936e-06
insert chi_b03PWidth:InterpolationWidths 74 5.3209152e-06
insert chi_b03PWidth:InterpolationWidths 75 5.3220365e-06
insert chi_b03PWidth:InterpolationWidths 76 5.3231577e-06
insert chi_b03PWidth:InterpolationWidths 77 5.3242787e-06
insert chi_b03PWidth:InterpolationWidths 78 5.3253995e-06
insert chi_b03PWidth:InterpolationWidths 79 5.3265202e-06
insert chi_b03PWidth:InterpolationWidths 80 5.3276407e-06
insert chi_b03PWidth:InterpolationWidths 81 5.3287611e-06
insert chi_b03PWidth:InterpolationWidths 82 5.3298813e-06
insert chi_b03PWidth:InterpolationWidths 83 5.3310013e-06
insert chi_b03PWidth:InterpolationWidths 84 5.3321211e-06
insert chi_b03PWidth:InterpolationWidths 85 5.3332408e-06
insert chi_b03PWidth:InterpolationWidths 86 5.3343603e-06
insert chi_b03PWidth:InterpolationWidths 87 5.3354797e-06
insert chi_b03PWidth:InterpolationWidths 88 5.3365989e-06
insert chi_b03PWidth:InterpolationWidths 89 5.3377179e-06
insert chi_b03PWidth:InterpolationWidths 90 5.3388367e-06
insert chi_b03PWidth:InterpolationWidths 91 5.3399554e-06
insert chi_b03PWidth:InterpolationWidths 92 5.3410739e-06
insert chi_b03PWidth:InterpolationWidths 93 5.3421923e-06
insert chi_b03PWidth:InterpolationWidths 94 5.3433104e-06
insert chi_b03PWidth:InterpolationWidths 95 5.3444285e-06
insert chi_b03PWidth:InterpolationWidths 96 5.3455463e-06
insert chi_b03PWidth:InterpolationWidths 97 5.346664e-06
insert chi_b03PWidth:InterpolationWidths 98 5.3477815e-06
insert chi_b03PWidth:InterpolationWidths 99 5.3488989e-06
insert chi_b03PWidth:InterpolationWidths 100 5.350016e-06
insert chi_b03PWidth:InterpolationWidths 101 5.3511331e-06
insert chi_b03PWidth:InterpolationWidths 102 5.3522499e-06
insert chi_b03PWidth:InterpolationWidths 103 5.3533666e-06
insert chi_b03PWidth:InterpolationWidths 104 5.3544831e-06
insert chi_b03PWidth:InterpolationWidths 105 5.3555995e-06
insert chi_b03PWidth:InterpolationWidths 106 5.3567157e-06
insert chi_b03PWidth:InterpolationWidths 107 5.3578317e-06
insert chi_b03PWidth:InterpolationWidths 108 4.8204547e-06
insert chi_b03PWidth:InterpolationWidths 109 4.823097e-06
insert chi_b03PWidth:InterpolationWidths 110 4.8257389e-06
insert chi_b03PWidth:InterpolationWidths 111 4.8283804e-06
insert chi_b03PWidth:InterpolationWidths 112 4.8310215e-06
insert chi_b03PWidth:InterpolationWidths 113 4.8336622e-06
insert chi_b03PWidth:InterpolationWidths 114 4.8363026e-06
insert chi_b03PWidth:InterpolationWidths 115 4.8389426e-06
insert chi_b03PWidth:InterpolationWidths 116 4.8415822e-06
insert chi_b03PWidth:InterpolationWidths 117 4.8442215e-06
insert chi_b03PWidth:InterpolationWidths 118 4.8468604e-06
insert chi_b03PWidth:InterpolationWidths 119 4.8494989e-06
insert chi_b03PWidth:InterpolationWidths 120 4.852137e-06
insert chi_b03PWidth:InterpolationWidths 121 4.8547747e-06
insert chi_b03PWidth:InterpolationWidths 122 4.8574121e-06
insert chi_b03PWidth:InterpolationWidths 123 4.8600491e-06
insert chi_b03PWidth:InterpolationWidths 124 4.8626857e-06
insert chi_b03PWidth:InterpolationWidths 125 4.865322e-06
insert chi_b03PWidth:InterpolationWidths 126 4.8679578e-06
insert chi_b03PWidth:InterpolationWidths 127 4.8705933e-06
insert chi_b03PWidth:InterpolationWidths 128 4.8732285e-06
insert chi_b03PWidth:InterpolationWidths 129 4.8758632e-06
insert chi_b03PWidth:InterpolationWidths 130 4.8784976e-06
insert chi_b03PWidth:InterpolationWidths 131 4.8811316e-06
insert chi_b03PWidth:InterpolationWidths 132 4.8837652e-06
insert chi_b03PWidth:InterpolationWidths 133 4.8863984e-06
insert chi_b03PWidth:InterpolationWidths 134 4.8890313e-06
insert chi_b03PWidth:InterpolationWidths 135 4.8916638e-06
insert chi_b03PWidth:InterpolationWidths 136 4.8942959e-06
insert chi_b03PWidth:InterpolationWidths 137 4.8969277e-06
insert chi_b03PWidth:InterpolationWidths 138 4.8995591e-06
insert chi_b03PWidth:InterpolationWidths 139 4.9021901e-06
insert chi_b03PWidth:InterpolationWidths 140 4.9048207e-06
insert chi_b03PWidth:InterpolationWidths 141 4.907451e-06
insert chi_b03PWidth:InterpolationWidths 142 4.9100808e-06
insert chi_b03PWidth:InterpolationWidths 143 4.9127103e-06
insert chi_b03PWidth:InterpolationWidths 144 4.9153395e-06
insert chi_b03PWidth:InterpolationWidths 145 4.9179682e-06
insert chi_b03PWidth:InterpolationWidths 146 4.9205966e-06
insert chi_b03PWidth:InterpolationWidths 147 4.9232246e-06
insert chi_b03PWidth:InterpolationWidths 148 4.9258523e-06
insert chi_b03PWidth:InterpolationWidths 149 4.9284795e-06
insert chi_b03PWidth:InterpolationWidths 150 4.9311064e-06
insert chi_b03PWidth:InterpolationWidths 151 4.9337329e-06
insert chi_b03PWidth:InterpolationWidths 152 4.9363591e-06
insert chi_b03PWidth:InterpolationWidths 153 4.9389849e-06
insert chi_b03PWidth:InterpolationWidths 154 4.9416102e-06
insert chi_b03PWidth:InterpolationWidths 155 4.9442353e-06
insert chi_b03PWidth:InterpolationWidths 156 4.9468599e-06
insert chi_b03PWidth:InterpolationWidths 157 4.9494842e-06
insert chi_b03PWidth:InterpolationWidths 158 4.9521081e-06
insert chi_b03PWidth:InterpolationWidths 159 4.9547316e-06
insert chi_b03PWidth:InterpolationWidths 160 4.9573548e-06
insert chi_b03PWidth:InterpolationWidths 161 4.9599776e-06
insert chi_b03PWidth:InterpolationWidths 162 2.453658e-06
insert chi_b03PWidth:InterpolationWidths 163 2.4657432e-06
insert chi_b03PWidth:InterpolationWidths 164 2.4778267e-06
insert chi_b03PWidth:InterpolationWidths 165 2.4899086e-06
insert chi_b03PWidth:InterpolationWidths 166 2.5019887e-06
insert chi_b03PWidth:InterpolationWidths 167 2.5140672e-06
insert chi_b03PWidth:InterpolationWidths 168 2.526144e-06
insert chi_b03PWidth:InterpolationWidths 169 2.5382192e-06
insert chi_b03PWidth:InterpolationWidths 170 2.5502927e-06
insert chi_b03PWidth:InterpolationWidths 171 2.5623645e-06
insert chi_b03PWidth:InterpolationWidths 172 2.5744346e-06
insert chi_b03PWidth:InterpolationWidths 173 2.5865031e-06
insert chi_b03PWidth:InterpolationWidths 174 2.5985698e-06
insert chi_b03PWidth:InterpolationWidths 175 2.6106349e-06
insert chi_b03PWidth:InterpolationWidths 176 2.6226984e-06
insert chi_b03PWidth:InterpolationWidths 177 2.6347602e-06
insert chi_b03PWidth:InterpolationWidths 178 2.6468203e-06
insert chi_b03PWidth:InterpolationWidths 179 2.6588787e-06
insert chi_b03PWidth:InterpolationWidths 180 2.6709354e-06
insert chi_b03PWidth:InterpolationWidths 181 2.6829905e-06
insert chi_b03PWidth:InterpolationWidths 182 2.695044e-06
insert chi_b03PWidth:InterpolationWidths 183 2.7070957e-06
insert chi_b03PWidth:InterpolationWidths 184 2.7191458e-06
insert chi_b03PWidth:InterpolationWidths 185 2.7311942e-06
insert chi_b03PWidth:InterpolationWidths 186 2.7432409e-06
insert chi_b03PWidth:InterpolationWidths 187 2.755286e-06
insert chi_b03PWidth:InterpolationWidths 188 2.7673294e-06
insert chi_b03PWidth:InterpolationWidths 189 2.7793712e-06
insert chi_b03PWidth:InterpolationWidths 190 2.7914112e-06
insert chi_b03PWidth:InterpolationWidths 191 2.8034496e-06
insert chi_b03PWidth:InterpolationWidths 192 2.8154864e-06
insert chi_b03PWidth:InterpolationWidths 193 2.8275214e-06
insert chi_b03PWidth:InterpolationWidths 194 2.8395548e-06
insert chi_b03PWidth:InterpolationWidths 195 2.8515866e-06
insert chi_b03PWidth:InterpolationWidths 196 2.8636166e-06
insert chi_b03PWidth:InterpolationWidths 197 2.875645e-06
insert chi_b03PWidth:InterpolationWidths 198 2.8876718e-06
insert chi_b03PWidth:InterpolationWidths 199 2.8996968e-06
insert chi_b03PWidth:InterpolationWidths 200 2.9117202e-06
insert chi_b03PWidth:InterpolationWidths 201 2.923742e-06
insert chi_b03PWidth:InterpolationWidths 202 2.9357621e-06
insert chi_b03PWidth:InterpolationWidths 203 2.9477805e-06
insert chi_b03PWidth:InterpolationWidths 204 2.9597972e-06
insert chi_b03PWidth:InterpolationWidths 205 2.9718123e-06
insert chi_b03PWidth:InterpolationWidths 206 2.9838257e-06
insert chi_b03PWidth:InterpolationWidths 207 2.9958375e-06
insert chi_b03PWidth:InterpolationWidths 208 3.0078476e-06
insert chi_b03PWidth:InterpolationWidths 209 3.019856e-06
insert chi_b03PWidth:InterpolationWidths 210 3.0318627e-06
insert chi_b03PWidth:InterpolationWidths 211 3.0438679e-06
insert chi_b03PWidth:InterpolationWidths 212 3.0558713e-06
insert chi_b03PWidth:InterpolationWidths 213 3.0678731e-06
insert chi_b03PWidth:InterpolationWidths 214 3.0798732e-06
insert chi_b03PWidth:InterpolationWidths 215 3.0918716e-06
insert chi_b03PWidth:NumberofEntries 0 0
insert chi_b03PWidth:NumberofEntries 1 54
insert chi_b03PWidth:NumberofEntries 2 108
insert chi_b03PWidth:NumberofEntries 3 162
insert chi_b03PWidth:NumberofEntries 4 216
newdef /Herwig/Particles/chi_b0(3P):Width_generator chi_b03PWidth
#
create Herwig::GenericWidthGenerator chi_b13PWidth
newdef chi_b13PWidth:Particle /Herwig/Particles/chi_b1(3P)
newdef chi_b13PWidth:Prefactor 1
newdef chi_b13PWidth:BRNormalize 1
newdef chi_b13PWidth:BRMinimum 0.01
newdef chi_b13PWidth:Points 50
newdef chi_b13PWidth:InterpolationOrder 1
insert chi_b13PWidth:MEtype 0 0
insert chi_b13PWidth:MEtype 1 2
insert chi_b13PWidth:MEtype 2 2
insert chi_b13PWidth:MEtype 3 2
insert chi_b13PWidth:MEtype 4 2
insert chi_b13PWidth:MEtype 5 2
insert chi_b13PWidth:MEcode 0 0
insert chi_b13PWidth:MEcode 1 0
insert chi_b13PWidth:MEcode 2 0
insert chi_b13PWidth:MEcode 3 0
insert chi_b13PWidth:MEcode 4 0
insert chi_b13PWidth:MEcode 5 0
insert chi_b13PWidth:MEcoupling 0 0.6925
insert chi_b13PWidth:MEcoupling 1 1.00013
insert chi_b13PWidth:MEcoupling 2 1.00102
insert chi_b13PWidth:MEcoupling 3 1.00015
insert chi_b13PWidth:MEcoupling 4 0.998376
insert chi_b13PWidth:MEcoupling 5 1.00003
insert chi_b13PWidth:ModeOn 0 1
insert chi_b13PWidth:ModeOn 1 1
insert chi_b13PWidth:ModeOn 2 1
insert chi_b13PWidth:ModeOn 3 1
insert chi_b13PWidth:ModeOn 4 1
insert chi_b13PWidth:ModeOn 5 1
insert chi_b13PWidth:MinimumMasses 0 0
insert chi_b13PWidth:MinimumMasses 1 10.355
insert chi_b13PWidth:MinimumMasses 2 9.45976
insert chi_b13PWidth:MinimumMasses 3 10.0229
insert chi_b13PWidth:MinimumMasses 4 10.4408
insert chi_b13PWidth:MinimumMasses 5 10.4347
insert chi_b13PWidth:MEmass1 0 0
insert chi_b13PWidth:MEmass1 1 10.3552
insert chi_b13PWidth:MEmass1 2 9.4603
insert chi_b13PWidth:MEmass1 3 10.0233
insert chi_b13PWidth:MEmass1 4 10.441
insert chi_b13PWidth:MEmass1 5 10.435
insert chi_b13PWidth:MEmass2 0 0
insert chi_b13PWidth:MEmass2 1 0
insert chi_b13PWidth:MEmass2 2 0
insert chi_b13PWidth:MEmass2 3 0
insert chi_b13PWidth:MEmass2 4 0
insert chi_b13PWidth:MEmass2 5 0
insert chi_b13PWidth:DecayModes 0 chi_b1(3P)->g,g;
insert chi_b13PWidth:DecayModes 1 chi_b1(3P)->Upsilon(3S),gamma;
insert chi_b13PWidth:DecayModes 2 chi_b1(3P)->Upsilon,gamma;
insert chi_b13PWidth:DecayModes 3 chi_b1(3P)->Upsilon(2S),gamma;
insert chi_b13PWidth:DecayModes 4 chi_b1(3P)->Upsilon_2(2D),gamma;
insert chi_b13PWidth:DecayModes 5 chi_b1(3P)->Upsilon_1(2D),gamma;
insert chi_b13PWidth:InterpolationMasses 0 10.512686
insert chi_b13PWidth:InterpolationMasses 1 10.512713
insert chi_b13PWidth:InterpolationMasses 2 10.51274
insert chi_b13PWidth:InterpolationMasses 3 10.512767
insert chi_b13PWidth:InterpolationMasses 4 10.512794
insert chi_b13PWidth:InterpolationMasses 5 10.512821
insert chi_b13PWidth:InterpolationMasses 6 10.512848
insert chi_b13PWidth:InterpolationMasses 7 10.512875
insert chi_b13PWidth:InterpolationMasses 8 10.512902
insert chi_b13PWidth:InterpolationMasses 9 10.512929
insert chi_b13PWidth:InterpolationMasses 10 10.512956
insert chi_b13PWidth:InterpolationMasses 11 10.512982
insert chi_b13PWidth:InterpolationMasses 12 10.513009
insert chi_b13PWidth:InterpolationMasses 13 10.513036
insert chi_b13PWidth:InterpolationMasses 14 10.513063
insert chi_b13PWidth:InterpolationMasses 15 10.51309
insert chi_b13PWidth:InterpolationMasses 16 10.513117
insert chi_b13PWidth:InterpolationMasses 17 10.513144
insert chi_b13PWidth:InterpolationMasses 18 10.513171
insert chi_b13PWidth:InterpolationMasses 19 10.513198
insert chi_b13PWidth:InterpolationMasses 20 10.513225
insert chi_b13PWidth:InterpolationMasses 21 10.513252
insert chi_b13PWidth:InterpolationMasses 22 10.513279
insert chi_b13PWidth:InterpolationMasses 23 10.513306
insert chi_b13PWidth:InterpolationMasses 24 10.513333
insert chi_b13PWidth:InterpolationMasses 25 10.51336
insert chi_b13PWidth:InterpolationMasses 26 10.513387
insert chi_b13PWidth:InterpolationMasses 27 10.513413
insert chi_b13PWidth:InterpolationMasses 28 10.51344
insert chi_b13PWidth:InterpolationMasses 29 10.513467
insert chi_b13PWidth:InterpolationMasses 30 10.513494
insert chi_b13PWidth:InterpolationMasses 31 10.513521
insert chi_b13PWidth:InterpolationMasses 32 10.513548
insert chi_b13PWidth:InterpolationMasses 33 10.513575
insert chi_b13PWidth:InterpolationMasses 34 10.513602
insert chi_b13PWidth:InterpolationMasses 35 10.513629
insert chi_b13PWidth:InterpolationMasses 36 10.513656
insert chi_b13PWidth:InterpolationMasses 37 10.513683
insert chi_b13PWidth:InterpolationMasses 38 10.51371
insert chi_b13PWidth:InterpolationMasses 39 10.513737
insert chi_b13PWidth:InterpolationMasses 40 10.513764
insert chi_b13PWidth:InterpolationMasses 41 10.513791
insert chi_b13PWidth:InterpolationMasses 42 10.513818
insert chi_b13PWidth:InterpolationMasses 43 10.513844
insert chi_b13PWidth:InterpolationMasses 44 10.513871
insert chi_b13PWidth:InterpolationMasses 45 10.513898
insert chi_b13PWidth:InterpolationMasses 46 10.513925
insert chi_b13PWidth:InterpolationMasses 47 10.513952
insert chi_b13PWidth:InterpolationMasses 48 10.513979
insert chi_b13PWidth:InterpolationMasses 49 10.514006
insert chi_b13PWidth:InterpolationMasses 50 10.514033
insert chi_b13PWidth:InterpolationMasses 51 10.51406
insert chi_b13PWidth:InterpolationMasses 52 10.514087
insert chi_b13PWidth:InterpolationMasses 53 10.514114
insert chi_b13PWidth:InterpolationMasses 54 10.512686
insert chi_b13PWidth:InterpolationMasses 55 10.512713
insert chi_b13PWidth:InterpolationMasses 56 10.51274
insert chi_b13PWidth:InterpolationMasses 57 10.512767
insert chi_b13PWidth:InterpolationMasses 58 10.512794
insert chi_b13PWidth:InterpolationMasses 59 10.512821
insert chi_b13PWidth:InterpolationMasses 60 10.512848
insert chi_b13PWidth:InterpolationMasses 61 10.512875
insert chi_b13PWidth:InterpolationMasses 62 10.512902
insert chi_b13PWidth:InterpolationMasses 63 10.512929
insert chi_b13PWidth:InterpolationMasses 64 10.512956
insert chi_b13PWidth:InterpolationMasses 65 10.512982
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insert chi_b13PWidth:InterpolationWidths 164 2.0637218e-06
insert chi_b13PWidth:InterpolationWidths 165 2.0644835e-06
insert chi_b13PWidth:InterpolationWidths 166 2.0652452e-06
insert chi_b13PWidth:InterpolationWidths 167 2.0660069e-06
insert chi_b13PWidth:InterpolationWidths 168 2.0667686e-06
insert chi_b13PWidth:InterpolationWidths 169 2.0675303e-06
insert chi_b13PWidth:InterpolationWidths 170 2.068292e-06
insert chi_b13PWidth:InterpolationWidths 171 2.0690536e-06
insert chi_b13PWidth:InterpolationWidths 172 2.0698153e-06
insert chi_b13PWidth:InterpolationWidths 173 2.0705769e-06
insert chi_b13PWidth:InterpolationWidths 174 2.0713386e-06
insert chi_b13PWidth:InterpolationWidths 175 2.0721002e-06
insert chi_b13PWidth:InterpolationWidths 176 2.0728618e-06
insert chi_b13PWidth:InterpolationWidths 177 2.0736234e-06
insert chi_b13PWidth:InterpolationWidths 178 2.074385e-06
insert chi_b13PWidth:InterpolationWidths 179 2.0751466e-06
insert chi_b13PWidth:InterpolationWidths 180 2.0759082e-06
insert chi_b13PWidth:InterpolationWidths 181 2.0766697e-06
insert chi_b13PWidth:InterpolationWidths 182 2.0774313e-06
insert chi_b13PWidth:InterpolationWidths 183 2.0781928e-06
insert chi_b13PWidth:InterpolationWidths 184 2.0789544e-06
insert chi_b13PWidth:InterpolationWidths 185 2.0797159e-06
insert chi_b13PWidth:InterpolationWidths 186 2.0804774e-06
insert chi_b13PWidth:InterpolationWidths 187 2.0812389e-06
insert chi_b13PWidth:InterpolationWidths 188 2.0820004e-06
insert chi_b13PWidth:InterpolationWidths 189 2.0827619e-06
insert chi_b13PWidth:InterpolationWidths 190 2.0835234e-06
insert chi_b13PWidth:InterpolationWidths 191 2.0842848e-06
insert chi_b13PWidth:InterpolationWidths 192 2.0850463e-06
insert chi_b13PWidth:InterpolationWidths 193 2.0858077e-06
insert chi_b13PWidth:InterpolationWidths 194 2.0865692e-06
insert chi_b13PWidth:InterpolationWidths 195 2.0873306e-06
insert chi_b13PWidth:InterpolationWidths 196 2.088092e-06
insert chi_b13PWidth:InterpolationWidths 197 2.0888534e-06
insert chi_b13PWidth:InterpolationWidths 198 2.0896148e-06
insert chi_b13PWidth:InterpolationWidths 199 2.0903762e-06
insert chi_b13PWidth:InterpolationWidths 200 2.0911376e-06
insert chi_b13PWidth:InterpolationWidths 201 2.091899e-06
insert chi_b13PWidth:InterpolationWidths 202 2.0926603e-06
insert chi_b13PWidth:InterpolationWidths 203 2.0934217e-06
insert chi_b13PWidth:InterpolationWidths 204 2.094183e-06
insert chi_b13PWidth:InterpolationWidths 205 2.0949444e-06
insert chi_b13PWidth:InterpolationWidths 206 2.0957057e-06
insert chi_b13PWidth:InterpolationWidths 207 2.096467e-06
insert chi_b13PWidth:InterpolationWidths 208 2.0972283e-06
insert chi_b13PWidth:InterpolationWidths 209 2.0979896e-06
insert chi_b13PWidth:InterpolationWidths 210 2.0987509e-06
insert chi_b13PWidth:InterpolationWidths 211 2.0995121e-06
insert chi_b13PWidth:InterpolationWidths 212 2.1002734e-06
insert chi_b13PWidth:InterpolationWidths 213 2.1010347e-06
insert chi_b13PWidth:InterpolationWidths 214 2.1017959e-06
insert chi_b13PWidth:InterpolationWidths 215 2.1025571e-06
insert chi_b13PWidth:InterpolationWidths 216 8.3489217e-07
insert chi_b13PWidth:InterpolationWidths 217 8.3575568e-07
insert chi_b13PWidth:InterpolationWidths 218 8.3661978e-07
insert chi_b13PWidth:InterpolationWidths 219 8.3748447e-07
insert chi_b13PWidth:InterpolationWidths 220 8.3834975e-07
insert chi_b13PWidth:InterpolationWidths 221 8.3921562e-07
insert chi_b13PWidth:InterpolationWidths 222 8.4008209e-07
insert chi_b13PWidth:InterpolationWidths 223 8.4094915e-07
insert chi_b13PWidth:InterpolationWidths 224 8.418168e-07
insert chi_b13PWidth:InterpolationWidths 225 8.4268505e-07
insert chi_b13PWidth:InterpolationWidths 226 8.4355388e-07
insert chi_b13PWidth:InterpolationWidths 227 8.4442331e-07
insert chi_b13PWidth:InterpolationWidths 228 8.4529334e-07
insert chi_b13PWidth:InterpolationWidths 229 8.4616396e-07
insert chi_b13PWidth:InterpolationWidths 230 8.4703517e-07
insert chi_b13PWidth:InterpolationWidths 231 8.4790698e-07
insert chi_b13PWidth:InterpolationWidths 232 8.4877938e-07
insert chi_b13PWidth:InterpolationWidths 233 8.4965237e-07
insert chi_b13PWidth:InterpolationWidths 234 8.5052596e-07
insert chi_b13PWidth:InterpolationWidths 235 8.5140015e-07
insert chi_b13PWidth:InterpolationWidths 236 8.5227493e-07
insert chi_b13PWidth:InterpolationWidths 237 8.531503e-07
insert chi_b13PWidth:InterpolationWidths 238 8.5402627e-07
insert chi_b13PWidth:InterpolationWidths 239 8.5490284e-07
insert chi_b13PWidth:InterpolationWidths 240 8.5578e-07
insert chi_b13PWidth:InterpolationWidths 241 8.5665776e-07
insert chi_b13PWidth:InterpolationWidths 242 8.5753612e-07
insert chi_b13PWidth:InterpolationWidths 243 8.5841507e-07
insert chi_b13PWidth:InterpolationWidths 244 8.5929462e-07
insert chi_b13PWidth:InterpolationWidths 245 8.6017476e-07
insert chi_b13PWidth:InterpolationWidths 246 8.610555e-07
insert chi_b13PWidth:InterpolationWidths 247 8.6193684e-07
insert chi_b13PWidth:InterpolationWidths 248 8.6281878e-07
insert chi_b13PWidth:InterpolationWidths 249 8.6370131e-07
insert chi_b13PWidth:InterpolationWidths 250 8.6458444e-07
insert chi_b13PWidth:InterpolationWidths 251 8.6546817e-07
insert chi_b13PWidth:InterpolationWidths 252 8.663525e-07
insert chi_b13PWidth:InterpolationWidths 253 8.6723743e-07
insert chi_b13PWidth:InterpolationWidths 254 8.6812295e-07
insert chi_b13PWidth:InterpolationWidths 255 8.6900908e-07
insert chi_b13PWidth:InterpolationWidths 256 8.698958e-07
insert chi_b13PWidth:InterpolationWidths 257 8.7078312e-07
insert chi_b13PWidth:InterpolationWidths 258 8.7167105e-07
insert chi_b13PWidth:InterpolationWidths 259 8.7255957e-07
insert chi_b13PWidth:InterpolationWidths 260 8.7344869e-07
insert chi_b13PWidth:InterpolationWidths 261 8.7433841e-07
insert chi_b13PWidth:InterpolationWidths 262 8.7522873e-07
insert chi_b13PWidth:InterpolationWidths 263 8.7611966e-07
insert chi_b13PWidth:InterpolationWidths 264 8.7701118e-07
insert chi_b13PWidth:InterpolationWidths 265 8.779033e-07
insert chi_b13PWidth:InterpolationWidths 266 8.7879603e-07
insert chi_b13PWidth:InterpolationWidths 267 8.7968935e-07
insert chi_b13PWidth:InterpolationWidths 268 8.8058328e-07
insert chi_b13PWidth:InterpolationWidths 269 8.8147781e-07
insert chi_b13PWidth:NumberofEntries 0 0
insert chi_b13PWidth:NumberofEntries 1 54
insert chi_b13PWidth:NumberofEntries 2 108
insert chi_b13PWidth:NumberofEntries 3 162
insert chi_b13PWidth:NumberofEntries 4 216
insert chi_b13PWidth:NumberofEntries 5 270
newdef /Herwig/Particles/chi_b1(3P):Width_generator chi_b13PWidth
#
create Herwig::GenericWidthGenerator chi_b23PWidth
newdef chi_b23PWidth:Particle /Herwig/Particles/chi_b2(3P)
newdef chi_b23PWidth:Prefactor 1.00452
newdef chi_b23PWidth:BRNormalize 1
newdef chi_b23PWidth:BRMinimum 0.01
newdef chi_b23PWidth:Points 50
newdef chi_b23PWidth:InterpolationOrder 1
insert chi_b23PWidth:MEtype 0 0
insert chi_b23PWidth:MEtype 1 2
insert chi_b23PWidth:MEtype 2 2
insert chi_b23PWidth:MEtype 3 2
insert chi_b23PWidth:MEtype 4 2
insert chi_b23PWidth:MEtype 5 2
insert chi_b23PWidth:MEtype 6 2
insert chi_b23PWidth:MEcode 0 0
insert chi_b23PWidth:MEcode 1 0
insert chi_b23PWidth:MEcode 2 0
insert chi_b23PWidth:MEcode 3 0
insert chi_b23PWidth:MEcode 4 0
insert chi_b23PWidth:MEcode 5 0
insert chi_b23PWidth:MEcode 6 0
insert chi_b23PWidth:MEcoupling 0 0.8404
insert chi_b23PWidth:MEcoupling 1 1972.54
insert chi_b23PWidth:MEcoupling 2 54.5618
insert chi_b23PWidth:MEcoupling 3 232.501
insert chi_b23PWidth:MEcoupling 4 0.999717
insert chi_b23PWidth:MEcoupling 5 1.0042
insert chi_b23PWidth:MEcoupling 6 7040.48
insert chi_b23PWidth:ModeOn 0 1
insert chi_b23PWidth:ModeOn 1 1
insert chi_b23PWidth:ModeOn 2 1
insert chi_b23PWidth:ModeOn 3 1
insert chi_b23PWidth:ModeOn 4 1
insert chi_b23PWidth:ModeOn 5 0
insert chi_b23PWidth:ModeOn 6 0
insert chi_b23PWidth:MinimumMasses 0 0
insert chi_b23PWidth:MinimumMasses 1 10.355
insert chi_b23PWidth:MinimumMasses 2 9.45976
insert chi_b23PWidth:MinimumMasses 3 10.0229
insert chi_b23PWidth:MinimumMasses 4 10.4438
insert chi_b23PWidth:MinimumMasses 5 10.4408
insert chi_b23PWidth:MinimumMasses 6 10.4347
insert chi_b23PWidth:MEmass1 0 0
insert chi_b23PWidth:MEmass1 1 10.3552
insert chi_b23PWidth:MEmass1 2 9.4603
insert chi_b23PWidth:MEmass1 3 10.0233
insert chi_b23PWidth:MEmass1 4 10.444
insert chi_b23PWidth:MEmass1 5 10.441
insert chi_b23PWidth:MEmass1 6 10.435
insert chi_b23PWidth:MEmass2 0 0
insert chi_b23PWidth:MEmass2 1 0
insert chi_b23PWidth:MEmass2 2 0
insert chi_b23PWidth:MEmass2 3 0
insert chi_b23PWidth:MEmass2 4 0
insert chi_b23PWidth:MEmass2 5 0
insert chi_b23PWidth:MEmass2 6 0
insert chi_b23PWidth:DecayModes 0 chi_b2(3P)->g,g;
insert chi_b23PWidth:DecayModes 1 chi_b2(3P)->Upsilon(3S),gamma;
insert chi_b23PWidth:DecayModes 2 chi_b2(3P)->Upsilon,gamma;
insert chi_b23PWidth:DecayModes 3 chi_b2(3P)->Upsilon(2S),gamma;
insert chi_b23PWidth:DecayModes 4 chi_b2(3P)->Upsilon_3(2D),gamma;
insert chi_b23PWidth:DecayModes 5 chi_b2(3P)->Upsilon_2(2D),gamma;
insert chi_b23PWidth:DecayModes 6 chi_b2(3P)->Upsilon_1(2D),gamma;
insert chi_b23PWidth:InterpolationMasses 0 10.522421
insert chi_b23PWidth:InterpolationMasses 1 10.52248
insert chi_b23PWidth:InterpolationMasses 2 10.52254
insert chi_b23PWidth:InterpolationMasses 3 10.5226
insert chi_b23PWidth:InterpolationMasses 4 10.522659
insert chi_b23PWidth:InterpolationMasses 5 10.522719
insert chi_b23PWidth:InterpolationMasses 6 10.522778
insert chi_b23PWidth:InterpolationMasses 7 10.522838
insert chi_b23PWidth:InterpolationMasses 8 10.522898
insert chi_b23PWidth:InterpolationMasses 9 10.522957
insert chi_b23PWidth:InterpolationMasses 10 10.523017
insert chi_b23PWidth:InterpolationMasses 11 10.523076
insert chi_b23PWidth:InterpolationMasses 12 10.523136
insert chi_b23PWidth:InterpolationMasses 13 10.523196
insert chi_b23PWidth:InterpolationMasses 14 10.523255
insert chi_b23PWidth:InterpolationMasses 15 10.523315
insert chi_b23PWidth:InterpolationMasses 16 10.523374
insert chi_b23PWidth:InterpolationMasses 17 10.523434
insert chi_b23PWidth:InterpolationMasses 18 10.523493
insert chi_b23PWidth:InterpolationMasses 19 10.523553
insert chi_b23PWidth:InterpolationMasses 20 10.523613
insert chi_b23PWidth:InterpolationMasses 21 10.523672
insert chi_b23PWidth:InterpolationMasses 22 10.523732
insert chi_b23PWidth:InterpolationMasses 23 10.523791
insert chi_b23PWidth:InterpolationMasses 24 10.523851
insert chi_b23PWidth:InterpolationMasses 25 10.523911
insert chi_b23PWidth:InterpolationMasses 26 10.52397
insert chi_b23PWidth:InterpolationMasses 27 10.52403
insert chi_b23PWidth:InterpolationMasses 28 10.524089
insert chi_b23PWidth:InterpolationMasses 29 10.524149
insert chi_b23PWidth:InterpolationMasses 30 10.524209
insert chi_b23PWidth:InterpolationMasses 31 10.524268
insert chi_b23PWidth:InterpolationMasses 32 10.524328
insert chi_b23PWidth:InterpolationMasses 33 10.524387
insert chi_b23PWidth:InterpolationMasses 34 10.524447
insert chi_b23PWidth:InterpolationMasses 35 10.524507
insert chi_b23PWidth:InterpolationMasses 36 10.524566
insert chi_b23PWidth:InterpolationMasses 37 10.524626
insert chi_b23PWidth:InterpolationMasses 38 10.524685
insert chi_b23PWidth:InterpolationMasses 39 10.524745
insert chi_b23PWidth:InterpolationMasses 40 10.524804
insert chi_b23PWidth:InterpolationMasses 41 10.524864
insert chi_b23PWidth:InterpolationMasses 42 10.524924
insert chi_b23PWidth:InterpolationMasses 43 10.524983
insert chi_b23PWidth:InterpolationMasses 44 10.525043
insert chi_b23PWidth:InterpolationMasses 45 10.525102
insert chi_b23PWidth:InterpolationMasses 46 10.525162
insert chi_b23PWidth:InterpolationMasses 47 10.525222
insert chi_b23PWidth:InterpolationMasses 48 10.525281
insert chi_b23PWidth:InterpolationMasses 49 10.525341
insert chi_b23PWidth:InterpolationMasses 50 10.5254
insert chi_b23PWidth:InterpolationMasses 51 10.52546
insert chi_b23PWidth:InterpolationMasses 52 10.52552
insert chi_b23PWidth:InterpolationMasses 53 10.525579
insert chi_b23PWidth:InterpolationMasses 54 10.522421
insert chi_b23PWidth:InterpolationMasses 55 10.52248
insert chi_b23PWidth:InterpolationMasses 56 10.52254
insert chi_b23PWidth:InterpolationMasses 57 10.5226
insert chi_b23PWidth:InterpolationMasses 58 10.522659
insert chi_b23PWidth:InterpolationMasses 59 10.522719
insert chi_b23PWidth:InterpolationMasses 60 10.522778
insert chi_b23PWidth:InterpolationMasses 61 10.522838
insert chi_b23PWidth:InterpolationMasses 62 10.522898
insert chi_b23PWidth:InterpolationMasses 63 10.522957
insert chi_b23PWidth:InterpolationMasses 64 10.523017
insert chi_b23PWidth:InterpolationMasses 65 10.523076
insert chi_b23PWidth:InterpolationMasses 66 10.523136
insert chi_b23PWidth:InterpolationMasses 67 10.523196
insert chi_b23PWidth:InterpolationMasses 68 10.523255
insert chi_b23PWidth:InterpolationMasses 69 10.523315
insert chi_b23PWidth:InterpolationMasses 70 10.523374
insert chi_b23PWidth:InterpolationMasses 71 10.523434
insert chi_b23PWidth:InterpolationMasses 72 10.523493
insert chi_b23PWidth:InterpolationMasses 73 10.523553
insert chi_b23PWidth:InterpolationMasses 74 10.523613
insert chi_b23PWidth:InterpolationMasses 75 10.523672
insert chi_b23PWidth:InterpolationMasses 76 10.523732
insert chi_b23PWidth:InterpolationMasses 77 10.523791
insert chi_b23PWidth:InterpolationMasses 78 10.523851
insert chi_b23PWidth:InterpolationMasses 79 10.523911
insert chi_b23PWidth:InterpolationMasses 80 10.52397
insert chi_b23PWidth:InterpolationMasses 81 10.52403
insert chi_b23PWidth:InterpolationMasses 82 10.524089
insert chi_b23PWidth:InterpolationMasses 83 10.524149
insert chi_b23PWidth:InterpolationMasses 84 10.524209
insert chi_b23PWidth:InterpolationMasses 85 10.524268
insert chi_b23PWidth:InterpolationMasses 86 10.524328
insert chi_b23PWidth:InterpolationMasses 87 10.524387
insert chi_b23PWidth:InterpolationMasses 88 10.524447
insert chi_b23PWidth:InterpolationMasses 89 10.524507
insert chi_b23PWidth:InterpolationMasses 90 10.524566
insert chi_b23PWidth:InterpolationMasses 91 10.524626
insert chi_b23PWidth:InterpolationMasses 92 10.524685
insert chi_b23PWidth:InterpolationMasses 93 10.524745
insert chi_b23PWidth:InterpolationMasses 94 10.524804
insert chi_b23PWidth:InterpolationMasses 95 10.524864
insert chi_b23PWidth:InterpolationMasses 96 10.524924
insert chi_b23PWidth:InterpolationMasses 97 10.524983
insert chi_b23PWidth:InterpolationMasses 98 10.525043
insert chi_b23PWidth:InterpolationMasses 99 10.525102
insert chi_b23PWidth:InterpolationMasses 100 10.525162
insert chi_b23PWidth:InterpolationMasses 101 10.525222
insert chi_b23PWidth:InterpolationMasses 102 10.525281
insert chi_b23PWidth:InterpolationMasses 103 10.525341
insert chi_b23PWidth:InterpolationMasses 104 10.5254
insert chi_b23PWidth:InterpolationMasses 105 10.52546
insert chi_b23PWidth:InterpolationMasses 106 10.52552
insert chi_b23PWidth:InterpolationMasses 107 10.525579
insert chi_b23PWidth:InterpolationMasses 108 10.522421
insert chi_b23PWidth:InterpolationMasses 109 10.52248
insert chi_b23PWidth:InterpolationMasses 110 10.52254
insert chi_b23PWidth:InterpolationMasses 111 10.5226
insert chi_b23PWidth:InterpolationMasses 112 10.522659
insert chi_b23PWidth:InterpolationMasses 113 10.522719
insert chi_b23PWidth:InterpolationMasses 114 10.522778
insert chi_b23PWidth:InterpolationMasses 115 10.522838
insert chi_b23PWidth:InterpolationMasses 116 10.522898
insert chi_b23PWidth:InterpolationMasses 117 10.522957
insert chi_b23PWidth:InterpolationMasses 118 10.523017
insert chi_b23PWidth:InterpolationMasses 119 10.523076
insert chi_b23PWidth:InterpolationMasses 120 10.523136
insert chi_b23PWidth:InterpolationMasses 121 10.523196
insert chi_b23PWidth:InterpolationMasses 122 10.523255
insert chi_b23PWidth:InterpolationMasses 123 10.523315
insert chi_b23PWidth:InterpolationMasses 124 10.523374
insert chi_b23PWidth:InterpolationMasses 125 10.523434
insert chi_b23PWidth:InterpolationMasses 126 10.523493
insert chi_b23PWidth:InterpolationMasses 127 10.523553
insert chi_b23PWidth:InterpolationMasses 128 10.523613
insert chi_b23PWidth:InterpolationMasses 129 10.523672
insert chi_b23PWidth:InterpolationMasses 130 10.523732
insert chi_b23PWidth:InterpolationMasses 131 10.523791
insert chi_b23PWidth:InterpolationMasses 132 10.523851
insert chi_b23PWidth:InterpolationMasses 133 10.523911
insert chi_b23PWidth:InterpolationMasses 134 10.52397
insert chi_b23PWidth:InterpolationMasses 135 10.52403
insert chi_b23PWidth:InterpolationMasses 136 10.524089
insert chi_b23PWidth:InterpolationMasses 137 10.524149
insert chi_b23PWidth:InterpolationMasses 138 10.524209
insert chi_b23PWidth:InterpolationMasses 139 10.524268
insert chi_b23PWidth:InterpolationMasses 140 10.524328
insert chi_b23PWidth:InterpolationMasses 141 10.524387
insert chi_b23PWidth:InterpolationMasses 142 10.524447
insert chi_b23PWidth:InterpolationMasses 143 10.524507
insert chi_b23PWidth:InterpolationMasses 144 10.524566
insert chi_b23PWidth:InterpolationMasses 145 10.524626
insert chi_b23PWidth:InterpolationMasses 146 10.524685
insert chi_b23PWidth:InterpolationMasses 147 10.524745
insert chi_b23PWidth:InterpolationMasses 148 10.524804
insert chi_b23PWidth:InterpolationMasses 149 10.524864
insert chi_b23PWidth:InterpolationMasses 150 10.524924
insert chi_b23PWidth:InterpolationMasses 151 10.524983
insert chi_b23PWidth:InterpolationMasses 152 10.525043
insert chi_b23PWidth:InterpolationMasses 153 10.525102
insert chi_b23PWidth:InterpolationMasses 154 10.525162
insert chi_b23PWidth:InterpolationMasses 155 10.525222
insert chi_b23PWidth:InterpolationMasses 156 10.525281
insert chi_b23PWidth:InterpolationMasses 157 10.525341
insert chi_b23PWidth:InterpolationMasses 158 10.5254
insert chi_b23PWidth:InterpolationMasses 159 10.52546
insert chi_b23PWidth:InterpolationMasses 160 10.52552
insert chi_b23PWidth:InterpolationMasses 161 10.525579
insert chi_b23PWidth:InterpolationMasses 162 10.522421
insert chi_b23PWidth:InterpolationMasses 163 10.52248
insert chi_b23PWidth:InterpolationMasses 164 10.52254
insert chi_b23PWidth:InterpolationMasses 165 10.5226
insert chi_b23PWidth:InterpolationMasses 166 10.522659
insert chi_b23PWidth:InterpolationMasses 167 10.522719
insert chi_b23PWidth:InterpolationMasses 168 10.522778
insert chi_b23PWidth:InterpolationMasses 169 10.522838
insert chi_b23PWidth:InterpolationMasses 170 10.522898
insert chi_b23PWidth:InterpolationMasses 171 10.522957
insert chi_b23PWidth:InterpolationMasses 172 10.523017
insert chi_b23PWidth:InterpolationMasses 173 10.523076
insert chi_b23PWidth:InterpolationMasses 174 10.523136
insert chi_b23PWidth:InterpolationMasses 175 10.523196
insert chi_b23PWidth:InterpolationMasses 176 10.523255
insert chi_b23PWidth:InterpolationMasses 177 10.523315
insert chi_b23PWidth:InterpolationMasses 178 10.523374
insert chi_b23PWidth:InterpolationMasses 179 10.523434
insert chi_b23PWidth:InterpolationMasses 180 10.523493
insert chi_b23PWidth:InterpolationMasses 181 10.523553
insert chi_b23PWidth:InterpolationMasses 182 10.523613
insert chi_b23PWidth:InterpolationMasses 183 10.523672
insert chi_b23PWidth:InterpolationMasses 184 10.523732
insert chi_b23PWidth:InterpolationMasses 185 10.523791
insert chi_b23PWidth:InterpolationMasses 186 10.523851
insert chi_b23PWidth:InterpolationMasses 187 10.523911
insert chi_b23PWidth:InterpolationMasses 188 10.52397
insert chi_b23PWidth:InterpolationMasses 189 10.52403
insert chi_b23PWidth:InterpolationMasses 190 10.524089
insert chi_b23PWidth:InterpolationMasses 191 10.524149
insert chi_b23PWidth:InterpolationMasses 192 10.524209
insert chi_b23PWidth:InterpolationMasses 193 10.524268
insert chi_b23PWidth:InterpolationMasses 194 10.524328
insert chi_b23PWidth:InterpolationMasses 195 10.524387
insert chi_b23PWidth:InterpolationMasses 196 10.524447
insert chi_b23PWidth:InterpolationMasses 197 10.524507
insert chi_b23PWidth:InterpolationMasses 198 10.524566
insert chi_b23PWidth:InterpolationMasses 199 10.524626
insert chi_b23PWidth:InterpolationMasses 200 10.524685
insert chi_b23PWidth:InterpolationMasses 201 10.524745
insert chi_b23PWidth:InterpolationMasses 202 10.524804
insert chi_b23PWidth:InterpolationMasses 203 10.524864
insert chi_b23PWidth:InterpolationMasses 204 10.524924
insert chi_b23PWidth:InterpolationMasses 205 10.524983
insert chi_b23PWidth:InterpolationMasses 206 10.525043
insert chi_b23PWidth:InterpolationMasses 207 10.525102
insert chi_b23PWidth:InterpolationMasses 208 10.525162
insert chi_b23PWidth:InterpolationMasses 209 10.525222
insert chi_b23PWidth:InterpolationMasses 210 10.525281
insert chi_b23PWidth:InterpolationMasses 211 10.525341
insert chi_b23PWidth:InterpolationMasses 212 10.5254
insert chi_b23PWidth:InterpolationMasses 213 10.52546
insert chi_b23PWidth:InterpolationMasses 214 10.52552
insert chi_b23PWidth:InterpolationMasses 215 10.525579
insert chi_b23PWidth:InterpolationMasses 216 10.522421
insert chi_b23PWidth:InterpolationMasses 217 10.52248
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insert chi_b23PWidth:InterpolationWidths 247 6.1653329e-07
insert chi_b23PWidth:InterpolationWidths 248 6.1784924e-07
insert chi_b23PWidth:InterpolationWidths 249 6.1916705e-07
insert chi_b23PWidth:InterpolationWidths 250 6.2048673e-07
insert chi_b23PWidth:InterpolationWidths 251 6.2180826e-07
insert chi_b23PWidth:InterpolationWidths 252 6.2313166e-07
insert chi_b23PWidth:InterpolationWidths 253 6.2445692e-07
insert chi_b23PWidth:InterpolationWidths 254 6.2578404e-07
insert chi_b23PWidth:InterpolationWidths 255 6.2711304e-07
insert chi_b23PWidth:InterpolationWidths 256 6.284439e-07
insert chi_b23PWidth:InterpolationWidths 257 6.2977663e-07
insert chi_b23PWidth:InterpolationWidths 258 6.3111122e-07
insert chi_b23PWidth:InterpolationWidths 259 6.324477e-07
insert chi_b23PWidth:InterpolationWidths 260 6.3378604e-07
insert chi_b23PWidth:InterpolationWidths 261 6.3512626e-07
insert chi_b23PWidth:InterpolationWidths 262 6.3646835e-07
insert chi_b23PWidth:InterpolationWidths 263 6.3781232e-07
insert chi_b23PWidth:InterpolationWidths 264 6.3915817e-07
insert chi_b23PWidth:InterpolationWidths 265 6.405059e-07
insert chi_b23PWidth:InterpolationWidths 266 6.4185551e-07
insert chi_b23PWidth:InterpolationWidths 267 6.43207e-07
insert chi_b23PWidth:InterpolationWidths 268 6.4456038e-07
insert chi_b23PWidth:InterpolationWidths 269 6.4591563e-07
insert chi_b23PWidth:InterpolationWidths 270 5.8989454e-12
insert chi_b23PWidth:InterpolationWidths 271 5.9109e-12
insert chi_b23PWidth:InterpolationWidths 272 5.9228706e-12
insert chi_b23PWidth:InterpolationWidths 273 5.9348572e-12
insert chi_b23PWidth:InterpolationWidths 274 5.9468598e-12
insert chi_b23PWidth:InterpolationWidths 275 5.9588783e-12
insert chi_b23PWidth:InterpolationWidths 276 5.970913e-12
insert chi_b23PWidth:InterpolationWidths 277 5.9829636e-12
insert chi_b23PWidth:InterpolationWidths 278 5.9950303e-12
insert chi_b23PWidth:InterpolationWidths 279 6.0071131e-12
insert chi_b23PWidth:InterpolationWidths 280 6.0192119e-12
insert chi_b23PWidth:InterpolationWidths 281 6.0313268e-12
insert chi_b23PWidth:InterpolationWidths 282 6.0434577e-12
insert chi_b23PWidth:InterpolationWidths 283 6.0556048e-12
insert chi_b23PWidth:InterpolationWidths 284 6.067768e-12
insert chi_b23PWidth:InterpolationWidths 285 6.0799473e-12
insert chi_b23PWidth:InterpolationWidths 286 6.0921427e-12
insert chi_b23PWidth:InterpolationWidths 287 6.1043542e-12
insert chi_b23PWidth:InterpolationWidths 288 6.1165819e-12
insert chi_b23PWidth:InterpolationWidths 289 6.1288258e-12
insert chi_b23PWidth:InterpolationWidths 290 6.1410858e-12
insert chi_b23PWidth:InterpolationWidths 291 6.153362e-12
insert chi_b23PWidth:InterpolationWidths 292 6.1656544e-12
insert chi_b23PWidth:InterpolationWidths 293 6.1779629e-12
insert chi_b23PWidth:InterpolationWidths 294 6.1902877e-12
insert chi_b23PWidth:InterpolationWidths 295 6.2026287e-12
insert chi_b23PWidth:InterpolationWidths 296 6.214986e-12
insert chi_b23PWidth:InterpolationWidths 297 6.2273595e-12
insert chi_b23PWidth:InterpolationWidths 298 6.2397492e-12
insert chi_b23PWidth:InterpolationWidths 299 6.2521552e-12
insert chi_b23PWidth:InterpolationWidths 300 6.2645774e-12
insert chi_b23PWidth:InterpolationWidths 301 6.2770159e-12
insert chi_b23PWidth:InterpolationWidths 302 6.2894708e-12
insert chi_b23PWidth:InterpolationWidths 303 6.3019419e-12
insert chi_b23PWidth:InterpolationWidths 304 6.3144293e-12
insert chi_b23PWidth:InterpolationWidths 305 6.326933e-12
insert chi_b23PWidth:InterpolationWidths 306 6.3394531e-12
insert chi_b23PWidth:InterpolationWidths 307 6.3519895e-12
insert chi_b23PWidth:InterpolationWidths 308 6.3645423e-12
insert chi_b23PWidth:InterpolationWidths 309 6.3771114e-12
insert chi_b23PWidth:InterpolationWidths 310 6.389697e-12
insert chi_b23PWidth:InterpolationWidths 311 6.4022988e-12
insert chi_b23PWidth:InterpolationWidths 312 6.4149171e-12
insert chi_b23PWidth:InterpolationWidths 313 6.4275518e-12
insert chi_b23PWidth:InterpolationWidths 314 6.4402029e-12
insert chi_b23PWidth:InterpolationWidths 315 6.4528704e-12
insert chi_b23PWidth:InterpolationWidths 316 6.4655543e-12
insert chi_b23PWidth:InterpolationWidths 317 6.4782547e-12
insert chi_b23PWidth:InterpolationWidths 318 6.4909716e-12
insert chi_b23PWidth:InterpolationWidths 319 6.5037049e-12
insert chi_b23PWidth:InterpolationWidths 320 6.5164547e-12
insert chi_b23PWidth:InterpolationWidths 321 6.5292209e-12
insert chi_b23PWidth:InterpolationWidths 322 6.5420037e-12
insert chi_b23PWidth:InterpolationWidths 323 6.5548029e-12
insert chi_b23PWidth:NumberofEntries 0 0
insert chi_b23PWidth:NumberofEntries 1 54
insert chi_b23PWidth:NumberofEntries 2 108
insert chi_b23PWidth:NumberofEntries 3 162
insert chi_b23PWidth:NumberofEntries 4 216
insert chi_b23PWidth:NumberofEntries 5 270
insert chi_b23PWidth:NumberofEntries 6 324
newdef /Herwig/Particles/chi_b2(3P):Width_generator chi_b23PWidth
#
create Herwig::GenericWidthGenerator eta_b(3S)Width
newdef eta_b(3S)Width:Particle /Herwig/Particles/eta_b(3S)
newdef eta_b(3S)Width:Prefactor 1.0017
newdef eta_b(3S)Width:BRNormalize 1
newdef eta_b(3S)Width:BRMinimum 0.01
newdef eta_b(3S)Width:Points 50
newdef eta_b(3S)Width:InterpolationOrder 1
insert eta_b(3S)Width:MEtype 0 0
insert eta_b(3S)Width:MEtype 1 2
insert eta_b(3S)Width:MEtype 2 2
insert eta_b(3S)Width:MEcode 0 0
insert eta_b(3S)Width:MEcode 1 0
insert eta_b(3S)Width:MEcode 2 0
insert eta_b(3S)Width:MEcoupling 0 0.9983
insert eta_b(3S)Width:MEcoupling 1 0.665069
insert eta_b(3S)Width:MEcoupling 2 0.666248
insert eta_b(3S)Width:ModeOn 0 1
insert eta_b(3S)Width:ModeOn 1 0
insert eta_b(3S)Width:ModeOn 2 0
insert eta_b(3S)Width:MinimumMasses 0 0
insert eta_b(3S)Width:MinimumMasses 1 10.259
insert eta_b(3S)Width:MinimumMasses 2 9.89841
insert eta_b(3S)Width:MEmass1 0 0
insert eta_b(3S)Width:MEmass1 1 10.2598
insert eta_b(3S)Width:MEmass1 2 9.8993
insert eta_b(3S)Width:MEmass2 0 0
insert eta_b(3S)Width:MEmass2 1 0
insert eta_b(3S)Width:MEmass2 2 0
insert eta_b(3S)Width:DecayModes 0 eta_b(3S)->g,g;
insert eta_b(3S)Width:DecayModes 1 eta_b(3S)->h_b(2P),gamma;
insert eta_b(3S)Width:DecayModes 2 eta_b(3S)->h_b,gamma;
insert eta_b(3S)Width:InterpolationMasses 0 10.307796
insert eta_b(3S)Width:InterpolationMasses 1 10.308898
insert eta_b(3S)Width:InterpolationMasses 2 10.31
insert eta_b(3S)Width:InterpolationMasses 3 10.311102
insert eta_b(3S)Width:InterpolationMasses 4 10.312204
insert eta_b(3S)Width:InterpolationMasses 5 10.313306
insert eta_b(3S)Width:InterpolationMasses 6 10.314408
insert eta_b(3S)Width:InterpolationMasses 7 10.31551
insert eta_b(3S)Width:InterpolationMasses 8 10.316612
insert eta_b(3S)Width:InterpolationMasses 9 10.317714
insert eta_b(3S)Width:InterpolationMasses 10 10.318816
insert eta_b(3S)Width:InterpolationMasses 11 10.319918
insert eta_b(3S)Width:InterpolationMasses 12 10.32102
insert eta_b(3S)Width:InterpolationMasses 13 10.322122
insert eta_b(3S)Width:InterpolationMasses 14 10.323224
insert eta_b(3S)Width:InterpolationMasses 15 10.324327
insert eta_b(3S)Width:InterpolationMasses 16 10.325429
insert eta_b(3S)Width:InterpolationMasses 17 10.326531
insert eta_b(3S)Width:InterpolationMasses 18 10.327633
insert eta_b(3S)Width:InterpolationMasses 19 10.328735
insert eta_b(3S)Width:InterpolationMasses 20 10.329837
insert eta_b(3S)Width:InterpolationMasses 21 10.330939
insert eta_b(3S)Width:InterpolationMasses 22 10.332041
insert eta_b(3S)Width:InterpolationMasses 23 10.333143
insert eta_b(3S)Width:InterpolationMasses 24 10.334245
insert eta_b(3S)Width:InterpolationMasses 25 10.335347
insert eta_b(3S)Width:InterpolationMasses 26 10.336449
insert eta_b(3S)Width:InterpolationMasses 27 10.337551
insert eta_b(3S)Width:InterpolationMasses 28 10.338653
insert eta_b(3S)Width:InterpolationMasses 29 10.339755
insert eta_b(3S)Width:InterpolationMasses 30 10.340857
insert eta_b(3S)Width:InterpolationMasses 31 10.341959
insert eta_b(3S)Width:InterpolationMasses 32 10.343061
insert eta_b(3S)Width:InterpolationMasses 33 10.344163
insert eta_b(3S)Width:InterpolationMasses 34 10.345265
insert eta_b(3S)Width:InterpolationMasses 35 10.346367
insert eta_b(3S)Width:InterpolationMasses 36 10.347469
insert eta_b(3S)Width:InterpolationMasses 37 10.348571
insert eta_b(3S)Width:InterpolationMasses 38 10.349673
insert eta_b(3S)Width:InterpolationMasses 39 10.350776
insert eta_b(3S)Width:InterpolationMasses 40 10.351878
insert eta_b(3S)Width:InterpolationMasses 41 10.35298
insert eta_b(3S)Width:InterpolationMasses 42 10.354082
insert eta_b(3S)Width:InterpolationMasses 43 10.355184
insert eta_b(3S)Width:InterpolationMasses 44 10.356286
insert eta_b(3S)Width:InterpolationMasses 45 10.357388
insert eta_b(3S)Width:InterpolationMasses 46 10.35849
insert eta_b(3S)Width:InterpolationMasses 47 10.359592
insert eta_b(3S)Width:InterpolationMasses 48 10.360694
insert eta_b(3S)Width:InterpolationMasses 49 10.361796
insert eta_b(3S)Width:InterpolationMasses 50 10.362898
insert eta_b(3S)Width:InterpolationMasses 51 10.364
insert eta_b(3S)Width:InterpolationMasses 52 10.365102
insert eta_b(3S)Width:InterpolationMasses 53 10.366204
insert eta_b(3S)Width:InterpolationMasses 54 10.307796
insert eta_b(3S)Width:InterpolationMasses 55 10.308898
insert eta_b(3S)Width:InterpolationMasses 56 10.31
insert eta_b(3S)Width:InterpolationMasses 57 10.311102
insert eta_b(3S)Width:InterpolationMasses 58 10.312204
insert eta_b(3S)Width:InterpolationMasses 59 10.313306
insert eta_b(3S)Width:InterpolationMasses 60 10.314408
insert eta_b(3S)Width:InterpolationMasses 61 10.31551
insert eta_b(3S)Width:InterpolationMasses 62 10.316612
insert eta_b(3S)Width:InterpolationMasses 63 10.317714
insert eta_b(3S)Width:InterpolationMasses 64 10.318816
insert eta_b(3S)Width:InterpolationMasses 65 10.319918
insert eta_b(3S)Width:InterpolationMasses 66 10.32102
insert eta_b(3S)Width:InterpolationMasses 67 10.322122
insert eta_b(3S)Width:InterpolationMasses 68 10.323224
insert eta_b(3S)Width:InterpolationMasses 69 10.324327
insert eta_b(3S)Width:InterpolationMasses 70 10.325429
insert eta_b(3S)Width:InterpolationMasses 71 10.326531
insert eta_b(3S)Width:InterpolationMasses 72 10.327633
insert eta_b(3S)Width:InterpolationMasses 73 10.328735
insert eta_b(3S)Width:InterpolationMasses 74 10.329837
insert eta_b(3S)Width:InterpolationMasses 75 10.330939
insert eta_b(3S)Width:InterpolationMasses 76 10.332041
insert eta_b(3S)Width:InterpolationMasses 77 10.333143
insert eta_b(3S)Width:InterpolationMasses 78 10.334245
insert eta_b(3S)Width:InterpolationMasses 79 10.335347
insert eta_b(3S)Width:InterpolationMasses 80 10.336449
insert eta_b(3S)Width:InterpolationMasses 81 10.337551
insert eta_b(3S)Width:InterpolationMasses 82 10.338653
insert eta_b(3S)Width:InterpolationMasses 83 10.339755
insert eta_b(3S)Width:InterpolationMasses 84 10.340857
insert eta_b(3S)Width:InterpolationMasses 85 10.341959
insert eta_b(3S)Width:InterpolationMasses 86 10.343061
insert eta_b(3S)Width:InterpolationMasses 87 10.344163
insert eta_b(3S)Width:InterpolationMasses 88 10.345265
insert eta_b(3S)Width:InterpolationMasses 89 10.346367
insert eta_b(3S)Width:InterpolationMasses 90 10.347469
insert eta_b(3S)Width:InterpolationMasses 91 10.348571
insert eta_b(3S)Width:InterpolationMasses 92 10.349673
insert eta_b(3S)Width:InterpolationMasses 93 10.350776
insert eta_b(3S)Width:InterpolationMasses 94 10.351878
insert eta_b(3S)Width:InterpolationMasses 95 10.35298
insert eta_b(3S)Width:InterpolationMasses 96 10.354082
insert eta_b(3S)Width:InterpolationMasses 97 10.355184
insert eta_b(3S)Width:InterpolationMasses 98 10.356286
insert eta_b(3S)Width:InterpolationMasses 99 10.357388
insert eta_b(3S)Width:InterpolationMasses 100 10.35849
insert eta_b(3S)Width:InterpolationMasses 101 10.359592
insert eta_b(3S)Width:InterpolationMasses 102 10.360694
insert eta_b(3S)Width:InterpolationMasses 103 10.361796
insert eta_b(3S)Width:InterpolationMasses 104 10.362898
insert eta_b(3S)Width:InterpolationMasses 105 10.364
insert eta_b(3S)Width:InterpolationMasses 106 10.365102
insert eta_b(3S)Width:InterpolationMasses 107 10.366204
insert eta_b(3S)Width:InterpolationWidths 0 3.0502444e-06
insert eta_b(3S)Width:InterpolationWidths 1 3.1194482e-06
insert eta_b(3S)Width:InterpolationWidths 2 3.1886149e-06
insert eta_b(3S)Width:InterpolationWidths 3 3.2577446e-06
insert eta_b(3S)Width:InterpolationWidths 4 3.3268372e-06
insert eta_b(3S)Width:InterpolationWidths 5 3.3958928e-06
insert eta_b(3S)Width:InterpolationWidths 6 3.4649114e-06
insert eta_b(3S)Width:InterpolationWidths 7 3.533893e-06
insert eta_b(3S)Width:InterpolationWidths 8 3.6028376e-06
insert eta_b(3S)Width:InterpolationWidths 9 3.6717453e-06
insert eta_b(3S)Width:InterpolationWidths 10 3.7406161e-06
insert eta_b(3S)Width:InterpolationWidths 11 3.80945e-06
insert eta_b(3S)Width:InterpolationWidths 12 3.878247e-06
insert eta_b(3S)Width:InterpolationWidths 13 3.9470072e-06
insert eta_b(3S)Width:InterpolationWidths 14 4.0157305e-06
insert eta_b(3S)Width:InterpolationWidths 15 4.084417e-06
insert eta_b(3S)Width:InterpolationWidths 16 4.1530668e-06
insert eta_b(3S)Width:InterpolationWidths 17 4.2216797e-06
insert eta_b(3S)Width:InterpolationWidths 18 4.290256e-06
insert eta_b(3S)Width:InterpolationWidths 19 4.3587955e-06
insert eta_b(3S)Width:InterpolationWidths 20 4.4272982e-06
insert eta_b(3S)Width:InterpolationWidths 21 4.4957644e-06
insert eta_b(3S)Width:InterpolationWidths 22 4.5641938e-06
insert eta_b(3S)Width:InterpolationWidths 23 4.6325866e-06
insert eta_b(3S)Width:InterpolationWidths 24 4.7009428e-06
insert eta_b(3S)Width:InterpolationWidths 25 4.7692624e-06
insert eta_b(3S)Width:InterpolationWidths 26 4.8375454e-06
insert eta_b(3S)Width:InterpolationWidths 27 4.9057919e-06
insert eta_b(3S)Width:InterpolationWidths 28 4.9740018e-06
insert eta_b(3S)Width:InterpolationWidths 29 5.0421752e-06
insert eta_b(3S)Width:InterpolationWidths 30 5.1103121e-06
insert eta_b(3S)Width:InterpolationWidths 31 5.1784126e-06
insert eta_b(3S)Width:InterpolationWidths 32 5.2464766e-06
insert eta_b(3S)Width:InterpolationWidths 33 5.3145042e-06
insert eta_b(3S)Width:InterpolationWidths 34 5.3824953e-06
insert eta_b(3S)Width:InterpolationWidths 35 5.4504501e-06
insert eta_b(3S)Width:InterpolationWidths 36 5.5183685e-06
insert eta_b(3S)Width:InterpolationWidths 37 5.5862506e-06
insert eta_b(3S)Width:InterpolationWidths 38 5.6540963e-06
insert eta_b(3S)Width:InterpolationWidths 39 5.7219057e-06
insert eta_b(3S)Width:InterpolationWidths 40 5.7896789e-06
insert eta_b(3S)Width:InterpolationWidths 41 5.8574158e-06
insert eta_b(3S)Width:InterpolationWidths 42 5.9251164e-06
insert eta_b(3S)Width:InterpolationWidths 43 5.9927808e-06
insert eta_b(3S)Width:InterpolationWidths 44 6.060409e-06
insert eta_b(3S)Width:InterpolationWidths 45 6.1280011e-06
insert eta_b(3S)Width:InterpolationWidths 46 6.195557e-06
insert eta_b(3S)Width:InterpolationWidths 47 6.2630767e-06
insert eta_b(3S)Width:InterpolationWidths 48 6.3305604e-06
insert eta_b(3S)Width:InterpolationWidths 49 6.3980079e-06
insert eta_b(3S)Width:InterpolationWidths 50 6.4654194e-06
insert eta_b(3S)Width:InterpolationWidths 51 6.5327948e-06
insert eta_b(3S)Width:InterpolationWidths 52 6.6001341e-06
insert eta_b(3S)Width:InterpolationWidths 53 6.6674375e-06
insert eta_b(3S)Width:InterpolationWidths 54 1.9044419e-06
insert eta_b(3S)Width:InterpolationWidths 55 1.9090714e-06
insert eta_b(3S)Width:InterpolationWidths 56 1.9136985e-06
insert eta_b(3S)Width:InterpolationWidths 57 1.918323e-06
insert eta_b(3S)Width:InterpolationWidths 58 1.9229449e-06
insert eta_b(3S)Width:InterpolationWidths 59 1.9275643e-06
insert eta_b(3S)Width:InterpolationWidths 60 1.9321812e-06
insert eta_b(3S)Width:InterpolationWidths 61 1.9367956e-06
insert eta_b(3S)Width:InterpolationWidths 62 1.9414074e-06
insert eta_b(3S)Width:InterpolationWidths 63 1.9460167e-06
insert eta_b(3S)Width:InterpolationWidths 64 1.9506235e-06
insert eta_b(3S)Width:InterpolationWidths 65 1.9552277e-06
insert eta_b(3S)Width:InterpolationWidths 66 1.9598294e-06
insert eta_b(3S)Width:InterpolationWidths 67 1.9644286e-06
insert eta_b(3S)Width:InterpolationWidths 68 1.9690253e-06
insert eta_b(3S)Width:InterpolationWidths 69 1.9736195e-06
insert eta_b(3S)Width:InterpolationWidths 70 1.9782111e-06
insert eta_b(3S)Width:InterpolationWidths 71 1.9828002e-06
insert eta_b(3S)Width:InterpolationWidths 72 1.9873868e-06
insert eta_b(3S)Width:InterpolationWidths 73 1.9919709e-06
insert eta_b(3S)Width:InterpolationWidths 74 1.9965525e-06
insert eta_b(3S)Width:InterpolationWidths 75 2.0011315e-06
insert eta_b(3S)Width:InterpolationWidths 76 2.0057081e-06
insert eta_b(3S)Width:InterpolationWidths 77 2.0102821e-06
insert eta_b(3S)Width:InterpolationWidths 78 2.0148537e-06
insert eta_b(3S)Width:InterpolationWidths 79 2.0194227e-06
insert eta_b(3S)Width:InterpolationWidths 80 2.0239892e-06
insert eta_b(3S)Width:InterpolationWidths 81 2.0285532e-06
insert eta_b(3S)Width:InterpolationWidths 82 2.0331148e-06
insert eta_b(3S)Width:InterpolationWidths 83 2.0376738e-06
insert eta_b(3S)Width:InterpolationWidths 84 2.0422303e-06
insert eta_b(3S)Width:InterpolationWidths 85 2.0467843e-06
insert eta_b(3S)Width:InterpolationWidths 86 2.0513359e-06
insert eta_b(3S)Width:InterpolationWidths 87 2.0558849e-06
insert eta_b(3S)Width:InterpolationWidths 88 2.0604315e-06
insert eta_b(3S)Width:InterpolationWidths 89 2.0649755e-06
insert eta_b(3S)Width:InterpolationWidths 90 2.0695171e-06
insert eta_b(3S)Width:InterpolationWidths 91 2.0740561e-06
insert eta_b(3S)Width:InterpolationWidths 92 2.0785927e-06
insert eta_b(3S)Width:InterpolationWidths 93 2.0831268e-06
insert eta_b(3S)Width:InterpolationWidths 94 2.0876585e-06
insert eta_b(3S)Width:InterpolationWidths 95 2.0921876e-06
insert eta_b(3S)Width:InterpolationWidths 96 2.0967143e-06
insert eta_b(3S)Width:InterpolationWidths 97 2.1012384e-06
insert eta_b(3S)Width:InterpolationWidths 98 2.1057601e-06
insert eta_b(3S)Width:InterpolationWidths 99 2.1102794e-06
insert eta_b(3S)Width:InterpolationWidths 100 2.1147961e-06
insert eta_b(3S)Width:InterpolationWidths 101 2.1193104e-06
insert eta_b(3S)Width:InterpolationWidths 102 2.1238222e-06
insert eta_b(3S)Width:InterpolationWidths 103 2.1283315e-06
insert eta_b(3S)Width:InterpolationWidths 104 2.1328384e-06
insert eta_b(3S)Width:InterpolationWidths 105 2.1373428e-06
insert eta_b(3S)Width:InterpolationWidths 106 2.1418447e-06
insert eta_b(3S)Width:InterpolationWidths 107 2.1463441e-06
insert eta_b(3S)Width:NumberofEntries 0 0
insert eta_b(3S)Width:NumberofEntries 1 54
insert eta_b(3S)Width:NumberofEntries 2 108
newdef /Herwig/Particles/eta_b(3S):Width_generator eta_b(3S)Width
#
create Herwig::GenericWidthGenerator h_b(2P)Width
newdef h_b(2P)Width:Particle /Herwig/Particles/h_b(2P)
newdef h_b(2P)Width:Prefactor 1
newdef h_b(2P)Width:BRNormalize 1
newdef h_b(2P)Width:BRMinimum 0.01
newdef h_b(2P)Width:Points 50
newdef h_b(2P)Width:InterpolationOrder 1
insert h_b(2P)Width:MEtype 0 2
insert h_b(2P)Width:MEtype 1 0
insert h_b(2P)Width:MEtype 2 2
insert h_b(2P)Width:MEtype 3 2
insert h_b(2P)Width:MEtype 4 0
insert h_b(2P)Width:MEcode 0 0
insert h_b(2P)Width:MEcode 1 0
insert h_b(2P)Width:MEcode 2 0
insert h_b(2P)Width:MEcode 3 0
insert h_b(2P)Width:MEcode 4 0
insert h_b(2P)Width:MEcoupling 0 2.49945
insert h_b(2P)Width:MEcoupling 1 0.246
insert h_b(2P)Width:MEcoupling 2 1.76297
insert h_b(2P)Width:MEcoupling 3 0.999797
insert h_b(2P)Width:MEcoupling 4 0.02
insert h_b(2P)Width:ModeOn 0 1
insert h_b(2P)Width:ModeOn 1 1
insert h_b(2P)Width:ModeOn 2 1
insert h_b(2P)Width:ModeOn 3 1
insert h_b(2P)Width:ModeOn 4 1
insert h_b(2P)Width:MinimumMasses 0 9.958
insert h_b(2P)Width:MinimumMasses 1 0
insert h_b(2P)Width:MinimumMasses 2 9.2987
insert h_b(2P)Width:MinimumMasses 3 10.1577
insert h_b(2P)Width:MinimumMasses 4 0
insert h_b(2P)Width:MEmass1 0 0
insert h_b(2P)Width:MEmass1 1 0
insert h_b(2P)Width:MEmass1 2 0
insert h_b(2P)Width:MEmass1 3 10.158
insert h_b(2P)Width:MEmass1 4 0
insert h_b(2P)Width:MEmass2 0 9.999
insert h_b(2P)Width:MEmass2 1 0
insert h_b(2P)Width:MEmass2 2 9.3987
insert h_b(2P)Width:MEmass2 3 0
insert h_b(2P)Width:MEmass2 4 0
insert h_b(2P)Width:DecayModes 0 h_b(2P)->eta_b(2S),gamma;
insert h_b(2P)Width:DecayModes 1 h_b(2P)->g,g,g;
insert h_b(2P)Width:DecayModes 2 h_b(2P)->eta_b,gamma;
insert h_b(2P)Width:DecayModes 3 h_b(2P)->eta_b2,gamma;
insert h_b(2P)Width:DecayModes 4 h_b(2P)->gamma,g,g;
insert h_b(2P)Width:InterpolationMasses 0 10.258935
insert h_b(2P)Width:InterpolationMasses 1 10.258967
insert h_b(2P)Width:InterpolationMasses 2 10.259
insert h_b(2P)Width:InterpolationMasses 3 10.259033
insert h_b(2P)Width:InterpolationMasses 4 10.259065
insert h_b(2P)Width:InterpolationMasses 5 10.259098
insert h_b(2P)Width:InterpolationMasses 6 10.259131
insert h_b(2P)Width:InterpolationMasses 7 10.259163
insert h_b(2P)Width:InterpolationMasses 8 10.259196
insert h_b(2P)Width:InterpolationMasses 9 10.259229
insert h_b(2P)Width:InterpolationMasses 10 10.259261
insert h_b(2P)Width:InterpolationMasses 11 10.259294
insert h_b(2P)Width:InterpolationMasses 12 10.259327
insert h_b(2P)Width:InterpolationMasses 13 10.259359
insert h_b(2P)Width:InterpolationMasses 14 10.259392
insert h_b(2P)Width:InterpolationMasses 15 10.259424
insert h_b(2P)Width:InterpolationMasses 16 10.259457
insert h_b(2P)Width:InterpolationMasses 17 10.25949
insert h_b(2P)Width:InterpolationMasses 18 10.259522
insert h_b(2P)Width:InterpolationMasses 19 10.259555
insert h_b(2P)Width:InterpolationMasses 20 10.259588
insert h_b(2P)Width:InterpolationMasses 21 10.25962
insert h_b(2P)Width:InterpolationMasses 22 10.259653
insert h_b(2P)Width:InterpolationMasses 23 10.259686
insert h_b(2P)Width:InterpolationMasses 24 10.259718
insert h_b(2P)Width:InterpolationMasses 25 10.259751
insert h_b(2P)Width:InterpolationMasses 26 10.259784
insert h_b(2P)Width:InterpolationMasses 27 10.259816
insert h_b(2P)Width:InterpolationMasses 28 10.259849
insert h_b(2P)Width:InterpolationMasses 29 10.259882
insert h_b(2P)Width:InterpolationMasses 30 10.259914
insert h_b(2P)Width:InterpolationMasses 31 10.259947
insert h_b(2P)Width:InterpolationMasses 32 10.25998
insert h_b(2P)Width:InterpolationMasses 33 10.260012
insert h_b(2P)Width:InterpolationMasses 34 10.260045
insert h_b(2P)Width:InterpolationMasses 35 10.260078
insert h_b(2P)Width:InterpolationMasses 36 10.26011
insert h_b(2P)Width:InterpolationMasses 37 10.260143
insert h_b(2P)Width:InterpolationMasses 38 10.260176
insert h_b(2P)Width:InterpolationMasses 39 10.260208
insert h_b(2P)Width:InterpolationMasses 40 10.260241
insert h_b(2P)Width:InterpolationMasses 41 10.260273
insert h_b(2P)Width:InterpolationMasses 42 10.260306
insert h_b(2P)Width:InterpolationMasses 43 10.260339
insert h_b(2P)Width:InterpolationMasses 44 10.260371
insert h_b(2P)Width:InterpolationMasses 45 10.260404
insert h_b(2P)Width:InterpolationMasses 46 10.260437
insert h_b(2P)Width:InterpolationMasses 47 10.260469
insert h_b(2P)Width:InterpolationMasses 48 10.260502
insert h_b(2P)Width:InterpolationMasses 49 10.260535
insert h_b(2P)Width:InterpolationMasses 50 10.260567
insert h_b(2P)Width:InterpolationMasses 51 10.2606
insert h_b(2P)Width:InterpolationMasses 52 10.260633
insert h_b(2P)Width:InterpolationMasses 53 10.260665
insert h_b(2P)Width:InterpolationMasses 54 10.258935
insert h_b(2P)Width:InterpolationMasses 55 10.258967
insert h_b(2P)Width:InterpolationMasses 56 10.259
insert h_b(2P)Width:InterpolationMasses 57 10.259033
insert h_b(2P)Width:InterpolationMasses 58 10.259065
insert h_b(2P)Width:InterpolationMasses 59 10.259098
insert h_b(2P)Width:InterpolationMasses 60 10.259131
insert h_b(2P)Width:InterpolationMasses 61 10.259163
insert h_b(2P)Width:InterpolationMasses 62 10.259196
insert h_b(2P)Width:InterpolationMasses 63 10.259229
insert h_b(2P)Width:InterpolationMasses 64 10.259261
insert h_b(2P)Width:InterpolationMasses 65 10.259294
insert h_b(2P)Width:InterpolationMasses 66 10.259327
insert h_b(2P)Width:InterpolationMasses 67 10.259359
insert h_b(2P)Width:InterpolationMasses 68 10.259392
insert h_b(2P)Width:InterpolationMasses 69 10.259424
insert h_b(2P)Width:InterpolationMasses 70 10.259457
insert h_b(2P)Width:InterpolationMasses 71 10.25949
insert h_b(2P)Width:InterpolationMasses 72 10.259522
insert h_b(2P)Width:InterpolationMasses 73 10.259555
insert h_b(2P)Width:InterpolationMasses 74 10.259588
insert h_b(2P)Width:InterpolationMasses 75 10.25962
insert h_b(2P)Width:InterpolationMasses 76 10.259653
insert h_b(2P)Width:InterpolationMasses 77 10.259686
insert h_b(2P)Width:InterpolationMasses 78 10.259718
insert h_b(2P)Width:InterpolationMasses 79 10.259751
insert h_b(2P)Width:InterpolationMasses 80 10.259784
insert h_b(2P)Width:InterpolationMasses 81 10.259816
insert h_b(2P)Width:InterpolationMasses 82 10.259849
insert h_b(2P)Width:InterpolationMasses 83 10.259882
insert h_b(2P)Width:InterpolationMasses 84 10.259914
insert h_b(2P)Width:InterpolationMasses 85 10.259947
insert h_b(2P)Width:InterpolationMasses 86 10.25998
insert h_b(2P)Width:InterpolationMasses 87 10.260012
insert h_b(2P)Width:InterpolationMasses 88 10.260045
insert h_b(2P)Width:InterpolationMasses 89 10.260078
insert h_b(2P)Width:InterpolationMasses 90 10.26011
insert h_b(2P)Width:InterpolationMasses 91 10.260143
insert h_b(2P)Width:InterpolationMasses 92 10.260176
insert h_b(2P)Width:InterpolationMasses 93 10.260208
insert h_b(2P)Width:InterpolationMasses 94 10.260241
insert h_b(2P)Width:InterpolationMasses 95 10.260273
insert h_b(2P)Width:InterpolationMasses 96 10.260306
insert h_b(2P)Width:InterpolationMasses 97 10.260339
insert h_b(2P)Width:InterpolationMasses 98 10.260371
insert h_b(2P)Width:InterpolationMasses 99 10.260404
insert h_b(2P)Width:InterpolationMasses 100 10.260437
insert h_b(2P)Width:InterpolationMasses 101 10.260469
insert h_b(2P)Width:InterpolationMasses 102 10.260502
insert h_b(2P)Width:InterpolationMasses 103 10.260535
insert h_b(2P)Width:InterpolationMasses 104 10.260567
insert h_b(2P)Width:InterpolationMasses 105 10.2606
insert h_b(2P)Width:InterpolationMasses 106 10.260633
insert h_b(2P)Width:InterpolationMasses 107 10.260665
insert h_b(2P)Width:InterpolationMasses 108 10.258935
insert h_b(2P)Width:InterpolationMasses 109 10.258967
insert h_b(2P)Width:InterpolationMasses 110 10.259
insert h_b(2P)Width:InterpolationMasses 111 10.259033
insert h_b(2P)Width:InterpolationMasses 112 10.259065
insert h_b(2P)Width:InterpolationMasses 113 10.259098
insert h_b(2P)Width:InterpolationMasses 114 10.259131
insert h_b(2P)Width:InterpolationMasses 115 10.259163
insert h_b(2P)Width:InterpolationMasses 116 10.259196
insert h_b(2P)Width:InterpolationMasses 117 10.259229
insert h_b(2P)Width:InterpolationMasses 118 10.259261
insert h_b(2P)Width:InterpolationMasses 119 10.259294
insert h_b(2P)Width:InterpolationMasses 120 10.259327
insert h_b(2P)Width:InterpolationMasses 121 10.259359
insert h_b(2P)Width:InterpolationMasses 122 10.259392
insert h_b(2P)Width:InterpolationMasses 123 10.259424
insert h_b(2P)Width:InterpolationMasses 124 10.259457
insert h_b(2P)Width:InterpolationMasses 125 10.25949
insert h_b(2P)Width:InterpolationMasses 126 10.259522
insert h_b(2P)Width:InterpolationMasses 127 10.259555
insert h_b(2P)Width:InterpolationMasses 128 10.259588
insert h_b(2P)Width:InterpolationMasses 129 10.25962
insert h_b(2P)Width:InterpolationMasses 130 10.259653
insert h_b(2P)Width:InterpolationMasses 131 10.259686
insert h_b(2P)Width:InterpolationMasses 132 10.259718
insert h_b(2P)Width:InterpolationMasses 133 10.259751
insert h_b(2P)Width:InterpolationMasses 134 10.259784
insert h_b(2P)Width:InterpolationMasses 135 10.259816
insert h_b(2P)Width:InterpolationMasses 136 10.259849
insert h_b(2P)Width:InterpolationMasses 137 10.259882
insert h_b(2P)Width:InterpolationMasses 138 10.259914
insert h_b(2P)Width:InterpolationMasses 139 10.259947
insert h_b(2P)Width:InterpolationMasses 140 10.25998
insert h_b(2P)Width:InterpolationMasses 141 10.260012
insert h_b(2P)Width:InterpolationMasses 142 10.260045
insert h_b(2P)Width:InterpolationMasses 143 10.260078
insert h_b(2P)Width:InterpolationMasses 144 10.26011
insert h_b(2P)Width:InterpolationMasses 145 10.260143
insert h_b(2P)Width:InterpolationMasses 146 10.260176
insert h_b(2P)Width:InterpolationMasses 147 10.260208
insert h_b(2P)Width:InterpolationMasses 148 10.260241
insert h_b(2P)Width:InterpolationMasses 149 10.260273
insert h_b(2P)Width:InterpolationMasses 150 10.260306
insert h_b(2P)Width:InterpolationMasses 151 10.260339
insert h_b(2P)Width:InterpolationMasses 152 10.260371
insert h_b(2P)Width:InterpolationMasses 153 10.260404
insert h_b(2P)Width:InterpolationMasses 154 10.260437
insert h_b(2P)Width:InterpolationMasses 155 10.260469
insert h_b(2P)Width:InterpolationMasses 156 10.260502
insert h_b(2P)Width:InterpolationMasses 157 10.260535
insert h_b(2P)Width:InterpolationMasses 158 10.260567
insert h_b(2P)Width:InterpolationMasses 159 10.2606
insert h_b(2P)Width:InterpolationMasses 160 10.260633
insert h_b(2P)Width:InterpolationMasses 161 10.260665
insert h_b(2P)Width:InterpolationWidths 0 1.5213113e-05
insert h_b(2P)Width:InterpolationWidths 1 1.5218767e-05
insert h_b(2P)Width:InterpolationWidths 2 1.5224422e-05
insert h_b(2P)Width:InterpolationWidths 3 1.5230078e-05
insert h_b(2P)Width:InterpolationWidths 4 1.5235736e-05
insert h_b(2P)Width:InterpolationWidths 5 1.5241396e-05
insert h_b(2P)Width:InterpolationWidths 6 1.5247057e-05
insert h_b(2P)Width:InterpolationWidths 7 1.5252719e-05
insert h_b(2P)Width:InterpolationWidths 8 1.5258382e-05
insert h_b(2P)Width:InterpolationWidths 9 1.5264047e-05
insert h_b(2P)Width:InterpolationWidths 10 1.5269714e-05
insert h_b(2P)Width:InterpolationWidths 11 1.5275381e-05
insert h_b(2P)Width:InterpolationWidths 12 1.528105e-05
insert h_b(2P)Width:InterpolationWidths 13 1.5286721e-05
insert h_b(2P)Width:InterpolationWidths 14 1.5292393e-05
insert h_b(2P)Width:InterpolationWidths 15 1.5298066e-05
insert h_b(2P)Width:InterpolationWidths 16 1.5303741e-05
insert h_b(2P)Width:InterpolationWidths 17 1.5309417e-05
insert h_b(2P)Width:InterpolationWidths 18 1.5315094e-05
insert h_b(2P)Width:InterpolationWidths 19 1.5320773e-05
insert h_b(2P)Width:InterpolationWidths 20 1.5326453e-05
insert h_b(2P)Width:InterpolationWidths 21 1.5332134e-05
insert h_b(2P)Width:InterpolationWidths 22 1.5337817e-05
insert h_b(2P)Width:InterpolationWidths 23 1.5343502e-05
insert h_b(2P)Width:InterpolationWidths 24 1.5349187e-05
insert h_b(2P)Width:InterpolationWidths 25 1.5354875e-05
insert h_b(2P)Width:InterpolationWidths 26 1.5360563e-05
insert h_b(2P)Width:InterpolationWidths 27 1.5366253e-05
insert h_b(2P)Width:InterpolationWidths 28 1.5371944e-05
insert h_b(2P)Width:InterpolationWidths 29 1.5377637e-05
insert h_b(2P)Width:InterpolationWidths 30 1.5383331e-05
insert h_b(2P)Width:InterpolationWidths 31 1.5389026e-05
insert h_b(2P)Width:InterpolationWidths 32 1.5394723e-05
insert h_b(2P)Width:InterpolationWidths 33 1.5400421e-05
insert h_b(2P)Width:InterpolationWidths 34 1.5406121e-05
insert h_b(2P)Width:InterpolationWidths 35 1.5411822e-05
insert h_b(2P)Width:InterpolationWidths 36 1.5417524e-05
insert h_b(2P)Width:InterpolationWidths 37 1.5423228e-05
insert h_b(2P)Width:InterpolationWidths 38 1.5428933e-05
insert h_b(2P)Width:InterpolationWidths 39 1.543464e-05
insert h_b(2P)Width:InterpolationWidths 40 1.5440348e-05
insert h_b(2P)Width:InterpolationWidths 41 1.5446057e-05
insert h_b(2P)Width:InterpolationWidths 42 1.5451768e-05
insert h_b(2P)Width:InterpolationWidths 43 1.545748e-05
insert h_b(2P)Width:InterpolationWidths 44 1.5463194e-05
insert h_b(2P)Width:InterpolationWidths 45 1.5468909e-05
insert h_b(2P)Width:InterpolationWidths 46 1.5474625e-05
insert h_b(2P)Width:InterpolationWidths 47 1.5480343e-05
insert h_b(2P)Width:InterpolationWidths 48 1.5486062e-05
insert h_b(2P)Width:InterpolationWidths 49 1.5491782e-05
insert h_b(2P)Width:InterpolationWidths 50 1.5497504e-05
insert h_b(2P)Width:InterpolationWidths 51 1.5503227e-05
insert h_b(2P)Width:InterpolationWidths 52 1.5508952e-05
insert h_b(2P)Width:InterpolationWidths 53 1.5514678e-05
insert h_b(2P)Width:InterpolationWidths 54 9.9543115e-06
insert h_b(2P)Width:InterpolationWidths 55 9.9553988e-06
insert h_b(2P)Width:InterpolationWidths 56 9.9564862e-06
insert h_b(2P)Width:InterpolationWidths 57 9.9575737e-06
insert h_b(2P)Width:InterpolationWidths 58 9.9586612e-06
insert h_b(2P)Width:InterpolationWidths 59 9.9597488e-06
insert h_b(2P)Width:InterpolationWidths 60 9.9608365e-06
insert h_b(2P)Width:InterpolationWidths 61 9.9619243e-06
insert h_b(2P)Width:InterpolationWidths 62 9.9630122e-06
insert h_b(2P)Width:InterpolationWidths 63 9.9641001e-06
insert h_b(2P)Width:InterpolationWidths 64 9.9651881e-06
insert h_b(2P)Width:InterpolationWidths 65 9.9662762e-06
insert h_b(2P)Width:InterpolationWidths 66 9.9673643e-06
insert h_b(2P)Width:InterpolationWidths 67 9.9684525e-06
insert h_b(2P)Width:InterpolationWidths 68 9.9695408e-06
insert h_b(2P)Width:InterpolationWidths 69 9.9706292e-06
insert h_b(2P)Width:InterpolationWidths 70 9.9717177e-06
insert h_b(2P)Width:InterpolationWidths 71 9.9728062e-06
insert h_b(2P)Width:InterpolationWidths 72 9.9738948e-06
insert h_b(2P)Width:InterpolationWidths 73 9.9749835e-06
insert h_b(2P)Width:InterpolationWidths 74 9.9760723e-06
insert h_b(2P)Width:InterpolationWidths 75 9.9771611e-06
insert h_b(2P)Width:InterpolationWidths 76 9.97825e-06
insert h_b(2P)Width:InterpolationWidths 77 9.979339e-06
insert h_b(2P)Width:InterpolationWidths 78 9.9804281e-06
insert h_b(2P)Width:InterpolationWidths 79 9.9815172e-06
insert h_b(2P)Width:InterpolationWidths 80 9.9826064e-06
insert h_b(2P)Width:InterpolationWidths 81 9.9836957e-06
insert h_b(2P)Width:InterpolationWidths 82 9.9847851e-06
insert h_b(2P)Width:InterpolationWidths 83 9.9858745e-06
insert h_b(2P)Width:InterpolationWidths 84 9.986964e-06
insert h_b(2P)Width:InterpolationWidths 85 9.9880536e-06
insert h_b(2P)Width:InterpolationWidths 86 9.9891433e-06
insert h_b(2P)Width:InterpolationWidths 87 9.9902331e-06
insert h_b(2P)Width:InterpolationWidths 88 9.9913229e-06
insert h_b(2P)Width:InterpolationWidths 89 9.9924128e-06
insert h_b(2P)Width:InterpolationWidths 90 9.9935028e-06
insert h_b(2P)Width:InterpolationWidths 91 9.9945928e-06
insert h_b(2P)Width:InterpolationWidths 92 9.9956829e-06
insert h_b(2P)Width:InterpolationWidths 93 9.9967731e-06
insert h_b(2P)Width:InterpolationWidths 94 9.9978634e-06
insert h_b(2P)Width:InterpolationWidths 95 9.9989538e-06
insert h_b(2P)Width:InterpolationWidths 96 1.0000044e-05
insert h_b(2P)Width:InterpolationWidths 97 1.0001135e-05
insert h_b(2P)Width:InterpolationWidths 98 1.0002225e-05
insert h_b(2P)Width:InterpolationWidths 99 1.0003316e-05
insert h_b(2P)Width:InterpolationWidths 100 1.0004407e-05
insert h_b(2P)Width:InterpolationWidths 101 1.0005498e-05
insert h_b(2P)Width:InterpolationWidths 102 1.0006588e-05
insert h_b(2P)Width:InterpolationWidths 103 1.0007679e-05
insert h_b(2P)Width:InterpolationWidths 104 1.000877e-05
insert h_b(2P)Width:InterpolationWidths 105 1.0009862e-05
insert h_b(2P)Width:InterpolationWidths 106 1.0010953e-05
insert h_b(2P)Width:InterpolationWidths 107 1.0012044e-05
insert h_b(2P)Width:InterpolationWidths 108 2.6979946e-06
insert h_b(2P)Width:InterpolationWidths 109 2.6988459e-06
insert h_b(2P)Width:InterpolationWidths 110 2.6996973e-06
insert h_b(2P)Width:InterpolationWidths 111 2.7005486e-06
insert h_b(2P)Width:InterpolationWidths 112 2.7014e-06
insert h_b(2P)Width:InterpolationWidths 113 2.7022513e-06
insert h_b(2P)Width:InterpolationWidths 114 2.7031026e-06
insert h_b(2P)Width:InterpolationWidths 115 2.7039538e-06
insert h_b(2P)Width:InterpolationWidths 116 2.7048051e-06
insert h_b(2P)Width:InterpolationWidths 117 2.7056564e-06
insert h_b(2P)Width:InterpolationWidths 118 2.7065076e-06
insert h_b(2P)Width:InterpolationWidths 119 2.7073588e-06
insert h_b(2P)Width:InterpolationWidths 120 2.7082101e-06
insert h_b(2P)Width:InterpolationWidths 121 2.7090613e-06
insert h_b(2P)Width:InterpolationWidths 122 2.7099124e-06
insert h_b(2P)Width:InterpolationWidths 123 2.7107636e-06
insert h_b(2P)Width:InterpolationWidths 124 2.7116148e-06
insert h_b(2P)Width:InterpolationWidths 125 2.7124659e-06
insert h_b(2P)Width:InterpolationWidths 126 2.7133171e-06
insert h_b(2P)Width:InterpolationWidths 127 2.7141682e-06
insert h_b(2P)Width:InterpolationWidths 128 2.7150193e-06
insert h_b(2P)Width:InterpolationWidths 129 2.7158704e-06
insert h_b(2P)Width:InterpolationWidths 130 2.7167215e-06
insert h_b(2P)Width:InterpolationWidths 131 2.7175725e-06
insert h_b(2P)Width:InterpolationWidths 132 2.7184236e-06
insert h_b(2P)Width:InterpolationWidths 133 2.7192746e-06
insert h_b(2P)Width:InterpolationWidths 134 2.7201256e-06
insert h_b(2P)Width:InterpolationWidths 135 2.7209767e-06
insert h_b(2P)Width:InterpolationWidths 136 2.7218277e-06
insert h_b(2P)Width:InterpolationWidths 137 2.7226786e-06
insert h_b(2P)Width:InterpolationWidths 138 2.7235296e-06
insert h_b(2P)Width:InterpolationWidths 139 2.7243806e-06
insert h_b(2P)Width:InterpolationWidths 140 2.7252315e-06
insert h_b(2P)Width:InterpolationWidths 141 2.7260824e-06
insert h_b(2P)Width:InterpolationWidths 142 2.7269334e-06
insert h_b(2P)Width:InterpolationWidths 143 2.7277843e-06
insert h_b(2P)Width:InterpolationWidths 144 2.7286352e-06
insert h_b(2P)Width:InterpolationWidths 145 2.729486e-06
insert h_b(2P)Width:InterpolationWidths 146 2.7303369e-06
insert h_b(2P)Width:InterpolationWidths 147 2.7311877e-06
insert h_b(2P)Width:InterpolationWidths 148 2.7320386e-06
insert h_b(2P)Width:InterpolationWidths 149 2.7328894e-06
insert h_b(2P)Width:InterpolationWidths 150 2.7337402e-06
insert h_b(2P)Width:InterpolationWidths 151 2.734591e-06
insert h_b(2P)Width:InterpolationWidths 152 2.7354418e-06
insert h_b(2P)Width:InterpolationWidths 153 2.7362925e-06
insert h_b(2P)Width:InterpolationWidths 154 2.7371433e-06
insert h_b(2P)Width:InterpolationWidths 155 2.737994e-06
insert h_b(2P)Width:InterpolationWidths 156 2.7388448e-06
insert h_b(2P)Width:InterpolationWidths 157 2.7396955e-06
insert h_b(2P)Width:InterpolationWidths 158 2.7405462e-06
insert h_b(2P)Width:InterpolationWidths 159 2.7413968e-06
insert h_b(2P)Width:InterpolationWidths 160 2.7422475e-06
insert h_b(2P)Width:InterpolationWidths 161 2.7430982e-06
insert h_b(2P)Width:NumberofEntries 0 54
insert h_b(2P)Width:NumberofEntries 1 54
insert h_b(2P)Width:NumberofEntries 2 108
insert h_b(2P)Width:NumberofEntries 3 162
insert h_b(2P)Width:NumberofEntries 4 162
newdef /Herwig/Particles/h_b(2P):Width_generator h_b(2P)Width
#
create Herwig::GenericWidthGenerator eta_b2(1D)Width
newdef eta_b2(1D)Width:Particle /Herwig/Particles/eta_b2
newdef eta_b2(1D)Width:Prefactor 1
newdef eta_b2(1D)Width:BRNormalize 1
newdef eta_b2(1D)Width:BRMinimum 0.01
newdef eta_b2(1D)Width:Points 50
newdef eta_b2(1D)Width:InterpolationOrder 1
insert eta_b2(1D)Width:MEtype 0 2
insert eta_b2(1D)Width:MEtype 1 0
insert eta_b2(1D)Width:MEcode 0 0
insert eta_b2(1D)Width:MEcode 1 0
insert eta_b2(1D)Width:MEcoupling 0 790.511
insert eta_b2(1D)Width:MEcoupling 1 0.1
insert eta_b2(1D)Width:ModeOn 0 1
insert eta_b2(1D)Width:ModeOn 1 1
insert eta_b2(1D)Width:MinimumMasses 0 9.89841
insert eta_b2(1D)Width:MinimumMasses 1 0
insert eta_b2(1D)Width:MEmass1 0 9.8993
insert eta_b2(1D)Width:MEmass1 1 0
insert eta_b2(1D)Width:MEmass2 0 0
insert eta_b2(1D)Width:MEmass2 1 0
insert eta_b2(1D)Width:DecayModes 0 eta_b2->h_b,gamma;
insert eta_b2(1D)Width:DecayModes 1 eta_b2->g,g;
insert eta_b2(1D)Width:InterpolationMasses 0 10.157654
insert eta_b2(1D)Width:InterpolationMasses 1 10.157667
insert eta_b2(1D)Width:InterpolationMasses 2 10.15768
insert eta_b2(1D)Width:InterpolationMasses 3 10.157693
insert eta_b2(1D)Width:InterpolationMasses 4 10.157706
insert eta_b2(1D)Width:InterpolationMasses 5 10.157719
insert eta_b2(1D)Width:InterpolationMasses 6 10.157732
insert eta_b2(1D)Width:InterpolationMasses 7 10.157745
insert eta_b2(1D)Width:InterpolationMasses 8 10.157758
insert eta_b2(1D)Width:InterpolationMasses 9 10.157771
insert eta_b2(1D)Width:InterpolationMasses 10 10.157784
insert eta_b2(1D)Width:InterpolationMasses 11 10.157798
insert eta_b2(1D)Width:InterpolationMasses 12 10.157811
insert eta_b2(1D)Width:InterpolationMasses 13 10.157824
insert eta_b2(1D)Width:InterpolationMasses 14 10.157837
insert eta_b2(1D)Width:InterpolationMasses 15 10.15785
insert eta_b2(1D)Width:InterpolationMasses 16 10.157863
insert eta_b2(1D)Width:InterpolationMasses 17 10.157876
insert eta_b2(1D)Width:InterpolationMasses 18 10.157889
insert eta_b2(1D)Width:InterpolationMasses 19 10.157902
insert eta_b2(1D)Width:InterpolationMasses 20 10.157915
insert eta_b2(1D)Width:InterpolationMasses 21 10.157928
insert eta_b2(1D)Width:InterpolationMasses 22 10.157941
insert eta_b2(1D)Width:InterpolationMasses 23 10.157954
insert eta_b2(1D)Width:InterpolationMasses 24 10.157967
insert eta_b2(1D)Width:InterpolationMasses 25 10.15798
insert eta_b2(1D)Width:InterpolationMasses 26 10.157993
insert eta_b2(1D)Width:InterpolationMasses 27 10.158007
insert eta_b2(1D)Width:InterpolationMasses 28 10.15802
insert eta_b2(1D)Width:InterpolationMasses 29 10.158033
insert eta_b2(1D)Width:InterpolationMasses 30 10.158046
insert eta_b2(1D)Width:InterpolationMasses 31 10.158059
insert eta_b2(1D)Width:InterpolationMasses 32 10.158072
insert eta_b2(1D)Width:InterpolationMasses 33 10.158085
insert eta_b2(1D)Width:InterpolationMasses 34 10.158098
insert eta_b2(1D)Width:InterpolationMasses 35 10.158111
insert eta_b2(1D)Width:InterpolationMasses 36 10.158124
insert eta_b2(1D)Width:InterpolationMasses 37 10.158137
insert eta_b2(1D)Width:InterpolationMasses 38 10.15815
insert eta_b2(1D)Width:InterpolationMasses 39 10.158163
insert eta_b2(1D)Width:InterpolationMasses 40 10.158176
insert eta_b2(1D)Width:InterpolationMasses 41 10.158189
insert eta_b2(1D)Width:InterpolationMasses 42 10.158202
insert eta_b2(1D)Width:InterpolationMasses 43 10.158216
insert eta_b2(1D)Width:InterpolationMasses 44 10.158229
insert eta_b2(1D)Width:InterpolationMasses 45 10.158242
insert eta_b2(1D)Width:InterpolationMasses 46 10.158255
insert eta_b2(1D)Width:InterpolationMasses 47 10.158268
insert eta_b2(1D)Width:InterpolationMasses 48 10.158281
insert eta_b2(1D)Width:InterpolationMasses 49 10.158294
insert eta_b2(1D)Width:InterpolationMasses 50 10.158307
insert eta_b2(1D)Width:InterpolationMasses 51 10.15832
insert eta_b2(1D)Width:InterpolationMasses 52 10.158333
insert eta_b2(1D)Width:InterpolationMasses 53 10.158346
insert eta_b2(1D)Width:InterpolationWidths 0 3.6290378e-08
insert eta_b2(1D)Width:InterpolationWidths 1 3.629572e-08
insert eta_b2(1D)Width:InterpolationWidths 2 3.6301063e-08
insert eta_b2(1D)Width:InterpolationWidths 3 3.6306405e-08
insert eta_b2(1D)Width:InterpolationWidths 4 3.6311749e-08
insert eta_b2(1D)Width:InterpolationWidths 5 3.6317093e-08
insert eta_b2(1D)Width:InterpolationWidths 6 3.6322437e-08
insert eta_b2(1D)Width:InterpolationWidths 7 3.6327782e-08
insert eta_b2(1D)Width:InterpolationWidths 8 3.6333128e-08
insert eta_b2(1D)Width:InterpolationWidths 9 3.6338473e-08
insert eta_b2(1D)Width:InterpolationWidths 10 3.634382e-08
insert eta_b2(1D)Width:InterpolationWidths 11 3.6349167e-08
insert eta_b2(1D)Width:InterpolationWidths 12 3.6354514e-08
insert eta_b2(1D)Width:InterpolationWidths 13 3.6359862e-08
insert eta_b2(1D)Width:InterpolationWidths 14 3.6365211e-08
insert eta_b2(1D)Width:InterpolationWidths 15 3.637056e-08
insert eta_b2(1D)Width:InterpolationWidths 16 3.6375909e-08
insert eta_b2(1D)Width:InterpolationWidths 17 3.6381259e-08
insert eta_b2(1D)Width:InterpolationWidths 18 3.638661e-08
insert eta_b2(1D)Width:InterpolationWidths 19 3.6391961e-08
insert eta_b2(1D)Width:InterpolationWidths 20 3.6397312e-08
insert eta_b2(1D)Width:InterpolationWidths 21 3.6402664e-08
insert eta_b2(1D)Width:InterpolationWidths 22 3.6408017e-08
insert eta_b2(1D)Width:InterpolationWidths 23 3.641337e-08
insert eta_b2(1D)Width:InterpolationWidths 24 3.6418724e-08
insert eta_b2(1D)Width:InterpolationWidths 25 3.6424078e-08
insert eta_b2(1D)Width:InterpolationWidths 26 3.6429432e-08
insert eta_b2(1D)Width:InterpolationWidths 27 3.6434787e-08
insert eta_b2(1D)Width:InterpolationWidths 28 3.6440143e-08
insert eta_b2(1D)Width:InterpolationWidths 29 3.6445499e-08
insert eta_b2(1D)Width:InterpolationWidths 30 3.6450856e-08
insert eta_b2(1D)Width:InterpolationWidths 31 3.6456213e-08
insert eta_b2(1D)Width:InterpolationWidths 32 3.646157e-08
insert eta_b2(1D)Width:InterpolationWidths 33 3.6466929e-08
insert eta_b2(1D)Width:InterpolationWidths 34 3.6472287e-08
insert eta_b2(1D)Width:InterpolationWidths 35 3.6477646e-08
insert eta_b2(1D)Width:InterpolationWidths 36 3.6483006e-08
insert eta_b2(1D)Width:InterpolationWidths 37 3.6488366e-08
insert eta_b2(1D)Width:InterpolationWidths 38 3.6493727e-08
insert eta_b2(1D)Width:InterpolationWidths 39 3.6499088e-08
insert eta_b2(1D)Width:InterpolationWidths 40 3.650445e-08
insert eta_b2(1D)Width:InterpolationWidths 41 3.6509812e-08
insert eta_b2(1D)Width:InterpolationWidths 42 3.6515175e-08
insert eta_b2(1D)Width:InterpolationWidths 43 3.6520538e-08
insert eta_b2(1D)Width:InterpolationWidths 44 3.6525902e-08
insert eta_b2(1D)Width:InterpolationWidths 45 3.6531266e-08
insert eta_b2(1D)Width:InterpolationWidths 46 3.6536631e-08
insert eta_b2(1D)Width:InterpolationWidths 47 3.6541996e-08
insert eta_b2(1D)Width:InterpolationWidths 48 3.6547362e-08
insert eta_b2(1D)Width:InterpolationWidths 49 3.6552728e-08
insert eta_b2(1D)Width:InterpolationWidths 50 3.6558095e-08
insert eta_b2(1D)Width:InterpolationWidths 51 3.6563462e-08
insert eta_b2(1D)Width:InterpolationWidths 52 3.656883e-08
insert eta_b2(1D)Width:InterpolationWidths 53 3.6574198e-08
insert eta_b2(1D)Width:NumberofEntries 0 54
insert eta_b2(1D)Width:NumberofEntries 1 54
newdef /Herwig/Particles/eta_b2:Width_generator eta_b2(1D)Width
#
create Herwig::GenericWidthGenerator K_3+Width
newdef K_3+Width:Particle /Herwig/Particles/K_3*+
newdef K_3+Width:Prefactor 0.999468
newdef K_3+Width:BRNormalize 1
newdef K_3+Width:BRMinimum 0.01
newdef K_3+Width:Points 50
newdef K_3+Width:InterpolationOrder 1
insert K_3+Width:MEtype 0 2
insert K_3+Width:MEtype 1 2
insert K_3+Width:MEtype 2 2
insert K_3+Width:MEtype 3 1
insert K_3+Width:MEtype 4 2
insert K_3+Width:MEtype 5 2
insert K_3+Width:MEtype 6 1
insert K_3+Width:MEcode 0 0
insert K_3+Width:MEcode 1 0
insert K_3+Width:MEcode 2 0
insert K_3+Width:MEcode 3 13
insert K_3+Width:MEcode 4 0
insert K_3+Width:MEcode 5 0
insert K_3+Width:MEcode 6 13
insert K_3+Width:MEcoupling 0 1.16375
insert K_3+Width:MEcoupling 1 1.13527
insert K_3+Width:MEcoupling 2 1.08998
insert K_3+Width:MEcoupling 3 4.32233
insert K_3+Width:MEcoupling 4 1.11256
insert K_3+Width:MEcoupling 5 1.07674
insert K_3+Width:MEcoupling 6 3.03635
insert K_3+Width:ModeOn 0 1
insert K_3+Width:ModeOn 1 1
insert K_3+Width:ModeOn 2 1
insert K_3+Width:ModeOn 3 1
insert K_3+Width:ModeOn 4 1
insert K_3+Width:ModeOn 5 1
insert K_3+Width:ModeOn 6 1
insert K_3+Width:MinimumMasses 0 1.04153
insert K_3+Width:MinimumMasses 1 0.872871
insert K_3+Width:MinimumMasses 2 0.78512
insert K_3+Width:MinimumMasses 3 0.637181
insert K_3+Width:MinimumMasses 4 0.868937
insert K_3+Width:MinimumMasses 5 0.776647
insert K_3+Width:MinimumMasses 6 0.628654
insert K_3+Width:MEmass1 0 0.493677
insert K_3+Width:MEmass1 1 0.77526
insert K_3+Width:MEmass1 2 0.89555
insert K_3+Width:MEmass1 3 0.497611
insert K_3+Width:MEmass1 4 0.77526
insert K_3+Width:MEmass1 5 0.89167
insert K_3+Width:MEmass1 6 0.493677
insert K_3+Width:MEmass2 0 0.547862
insert K_3+Width:MEmass2 1 0.497611
insert K_3+Width:MEmass2 2 0.13957
insert K_3+Width:MEmass2 3 0.13957
insert K_3+Width:MEmass2 4 0.493677
insert K_3+Width:MEmass2 5 0.134977
insert K_3+Width:MEmass2 6 0.134977
insert K_3+Width:DecayModes 0 K_3*+->K+,eta;
insert K_3+Width:DecayModes 1 K_3*+->K0,rho+;
insert K_3+Width:DecayModes 2 K_3*+->K*0,pi+;
insert K_3+Width:DecayModes 3 K_3*+->K0,pi+;
insert K_3+Width:DecayModes 4 K_3*+->K+,rho0;
insert K_3+Width:DecayModes 5 K_3*+->K*+,pi0;
insert K_3+Width:DecayModes 6 K_3*+->K+,pi0;
insert K_3+Width:InterpolationMasses 0 1.2630612
insert K_3+Width:InterpolationMasses 1 1.2825306
insert K_3+Width:InterpolationMasses 2 1.302
insert K_3+Width:InterpolationMasses 3 1.3214694
insert K_3+Width:InterpolationMasses 4 1.3409388
insert K_3+Width:InterpolationMasses 5 1.3604082
insert K_3+Width:InterpolationMasses 6 1.3798776
insert K_3+Width:InterpolationMasses 7 1.3993469
insert K_3+Width:InterpolationMasses 8 1.4188163
insert K_3+Width:InterpolationMasses 9 1.4382857
insert K_3+Width:InterpolationMasses 10 1.4577551
insert K_3+Width:InterpolationMasses 11 1.4772245
insert K_3+Width:InterpolationMasses 12 1.4966939
insert K_3+Width:InterpolationMasses 13 1.5161633
insert K_3+Width:InterpolationMasses 14 1.5356327
insert K_3+Width:InterpolationMasses 15 1.555102
insert K_3+Width:InterpolationMasses 16 1.5745714
insert K_3+Width:InterpolationMasses 17 1.5940408
insert K_3+Width:InterpolationMasses 18 1.6135102
insert K_3+Width:InterpolationMasses 19 1.6329796
insert K_3+Width:InterpolationMasses 20 1.652449
insert K_3+Width:InterpolationMasses 21 1.6719184
insert K_3+Width:InterpolationMasses 22 1.6913878
insert K_3+Width:InterpolationMasses 23 1.7108571
insert K_3+Width:InterpolationMasses 24 1.7303265
insert K_3+Width:InterpolationMasses 25 1.7497959
insert K_3+Width:InterpolationMasses 26 1.7692653
insert K_3+Width:InterpolationMasses 27 1.7887347
insert K_3+Width:InterpolationMasses 28 1.8082041
insert K_3+Width:InterpolationMasses 29 1.8276735
insert K_3+Width:InterpolationMasses 30 1.8471429
insert K_3+Width:InterpolationMasses 31 1.8666122
insert K_3+Width:InterpolationMasses 32 1.8860816
insert K_3+Width:InterpolationMasses 33 1.905551
insert K_3+Width:InterpolationMasses 34 1.9250204
insert K_3+Width:InterpolationMasses 35 1.9444898
insert K_3+Width:InterpolationMasses 36 1.9639592
insert K_3+Width:InterpolationMasses 37 1.9834286
insert K_3+Width:InterpolationMasses 38 2.002898
insert K_3+Width:InterpolationMasses 39 2.0223673
insert K_3+Width:InterpolationMasses 40 2.0418367
insert K_3+Width:InterpolationMasses 41 2.0613061
insert K_3+Width:InterpolationMasses 42 2.0807755
insert K_3+Width:InterpolationMasses 43 2.1002449
insert K_3+Width:InterpolationMasses 44 2.1197143
insert K_3+Width:InterpolationMasses 45 2.1391837
insert K_3+Width:InterpolationMasses 46 2.1586531
insert K_3+Width:InterpolationMasses 47 2.1781224
insert K_3+Width:InterpolationMasses 48 2.1975918
insert K_3+Width:InterpolationMasses 49 2.2170612
insert K_3+Width:InterpolationMasses 50 2.2365306
insert K_3+Width:InterpolationMasses 51 2.256
insert K_3+Width:InterpolationMasses 52 2.2754694
insert K_3+Width:InterpolationMasses 53 2.2949388
insert K_3+Width:InterpolationMasses 54 1.2630612
insert K_3+Width:InterpolationMasses 55 1.2825306
insert K_3+Width:InterpolationMasses 56 1.302
insert K_3+Width:InterpolationMasses 57 1.3214694
insert K_3+Width:InterpolationMasses 58 1.3409388
insert K_3+Width:InterpolationMasses 59 1.3604082
insert K_3+Width:InterpolationMasses 60 1.3798776
insert K_3+Width:InterpolationMasses 61 1.3993469
insert K_3+Width:InterpolationMasses 62 1.4188163
insert K_3+Width:InterpolationMasses 63 1.4382857
insert K_3+Width:InterpolationMasses 64 1.4577551
insert K_3+Width:InterpolationMasses 65 1.4772245
insert K_3+Width:InterpolationMasses 66 1.4966939
insert K_3+Width:InterpolationMasses 67 1.5161633
insert K_3+Width:InterpolationMasses 68 1.5356327
insert K_3+Width:InterpolationMasses 69 1.555102
insert K_3+Width:InterpolationMasses 70 1.5745714
insert K_3+Width:InterpolationMasses 71 1.5940408
insert K_3+Width:InterpolationMasses 72 1.6135102
insert K_3+Width:InterpolationMasses 73 1.6329796
insert K_3+Width:InterpolationMasses 74 1.652449
insert K_3+Width:InterpolationMasses 75 1.6719184
insert K_3+Width:InterpolationMasses 76 1.6913878
insert K_3+Width:InterpolationMasses 77 1.7108571
insert K_3+Width:InterpolationMasses 78 1.7303265
insert K_3+Width:InterpolationMasses 79 1.7497959
insert K_3+Width:InterpolationMasses 80 1.7692653
insert K_3+Width:InterpolationMasses 81 1.7887347
insert K_3+Width:InterpolationMasses 82 1.8082041
insert K_3+Width:InterpolationMasses 83 1.8276735
insert K_3+Width:InterpolationMasses 84 1.8471429
insert K_3+Width:InterpolationMasses 85 1.8666122
insert K_3+Width:InterpolationMasses 86 1.8860816
insert K_3+Width:InterpolationMasses 87 1.905551
insert K_3+Width:InterpolationMasses 88 1.9250204
insert K_3+Width:InterpolationMasses 89 1.9444898
insert K_3+Width:InterpolationMasses 90 1.9639592
insert K_3+Width:InterpolationMasses 91 1.9834286
insert K_3+Width:InterpolationMasses 92 2.002898
insert K_3+Width:InterpolationMasses 93 2.0223673
insert K_3+Width:InterpolationMasses 94 2.0418367
insert K_3+Width:InterpolationMasses 95 2.0613061
insert K_3+Width:InterpolationMasses 96 2.0807755
insert K_3+Width:InterpolationMasses 97 2.1002449
insert K_3+Width:InterpolationMasses 98 2.1197143
insert K_3+Width:InterpolationMasses 99 2.1391837
insert K_3+Width:InterpolationMasses 100 2.1586531
insert K_3+Width:InterpolationMasses 101 2.1781224
insert K_3+Width:InterpolationMasses 102 2.1975918
insert K_3+Width:InterpolationMasses 103 2.2170612
insert K_3+Width:InterpolationMasses 104 2.2365306
insert K_3+Width:InterpolationMasses 105 2.256
insert K_3+Width:InterpolationMasses 106 2.2754694
insert K_3+Width:InterpolationMasses 107 2.2949388
insert K_3+Width:InterpolationMasses 108 1.2630612
insert K_3+Width:InterpolationMasses 109 1.2825306
insert K_3+Width:InterpolationMasses 110 1.302
insert K_3+Width:InterpolationMasses 111 1.3214694
insert K_3+Width:InterpolationMasses 112 1.3409388
insert K_3+Width:InterpolationMasses 113 1.3604082
insert K_3+Width:InterpolationMasses 114 1.3798776
insert K_3+Width:InterpolationMasses 115 1.3993469
insert K_3+Width:InterpolationMasses 116 1.4188163
insert K_3+Width:InterpolationMasses 117 1.4382857
insert K_3+Width:InterpolationMasses 118 1.4577551
insert K_3+Width:InterpolationMasses 119 1.4772245
insert K_3+Width:InterpolationMasses 120 1.4966939
insert K_3+Width:InterpolationMasses 121 1.5161633
insert K_3+Width:InterpolationMasses 122 1.5356327
insert K_3+Width:InterpolationMasses 123 1.555102
insert K_3+Width:InterpolationMasses 124 1.5745714
insert K_3+Width:InterpolationMasses 125 1.5940408
insert K_3+Width:InterpolationMasses 126 1.6135102
insert K_3+Width:InterpolationMasses 127 1.6329796
insert K_3+Width:InterpolationMasses 128 1.652449
insert K_3+Width:InterpolationMasses 129 1.6719184
insert K_3+Width:InterpolationMasses 130 1.6913878
insert K_3+Width:InterpolationMasses 131 1.7108571
insert K_3+Width:InterpolationMasses 132 1.7303265
insert K_3+Width:InterpolationMasses 133 1.7497959
insert K_3+Width:InterpolationMasses 134 1.7692653
insert K_3+Width:InterpolationMasses 135 1.7887347
insert K_3+Width:InterpolationMasses 136 1.8082041
insert K_3+Width:InterpolationMasses 137 1.8276735
insert K_3+Width:InterpolationMasses 138 1.8471429
insert K_3+Width:InterpolationMasses 139 1.8666122
insert K_3+Width:InterpolationMasses 140 1.8860816
insert K_3+Width:InterpolationMasses 141 1.905551
insert K_3+Width:InterpolationMasses 142 1.9250204
insert K_3+Width:InterpolationMasses 143 1.9444898
insert K_3+Width:InterpolationMasses 144 1.9639592
insert K_3+Width:InterpolationMasses 145 1.9834286
insert K_3+Width:InterpolationMasses 146 2.002898
insert K_3+Width:InterpolationMasses 147 2.0223673
insert K_3+Width:InterpolationMasses 148 2.0418367
insert K_3+Width:InterpolationMasses 149 2.0613061
insert K_3+Width:InterpolationMasses 150 2.0807755
insert K_3+Width:InterpolationMasses 151 2.1002449
insert K_3+Width:InterpolationMasses 152 2.1197143
insert K_3+Width:InterpolationMasses 153 2.1391837
insert K_3+Width:InterpolationMasses 154 2.1586531
insert K_3+Width:InterpolationMasses 155 2.1781224
insert K_3+Width:InterpolationMasses 156 2.1975918
insert K_3+Width:InterpolationMasses 157 2.2170612
insert K_3+Width:InterpolationMasses 158 2.2365306
insert K_3+Width:InterpolationMasses 159 2.256
insert K_3+Width:InterpolationMasses 160 2.2754694
insert K_3+Width:InterpolationMasses 161 2.2949388
insert K_3+Width:InterpolationMasses 162 1.2630612
insert K_3+Width:InterpolationMasses 163 1.2825306
insert K_3+Width:InterpolationMasses 164 1.302
insert K_3+Width:InterpolationMasses 165 1.3214694
insert K_3+Width:InterpolationMasses 166 1.3409388
insert K_3+Width:InterpolationMasses 167 1.3604082
insert K_3+Width:InterpolationMasses 168 1.3798776
insert K_3+Width:InterpolationMasses 169 1.3993469
insert K_3+Width:InterpolationMasses 170 1.4188163
insert K_3+Width:InterpolationMasses 171 1.4382857
insert K_3+Width:InterpolationMasses 172 1.4577551
insert K_3+Width:InterpolationMasses 173 1.4772245
insert K_3+Width:InterpolationMasses 174 1.4966939
insert K_3+Width:InterpolationMasses 175 1.5161633
insert K_3+Width:InterpolationMasses 176 1.5356327
insert K_3+Width:InterpolationMasses 177 1.555102
insert K_3+Width:InterpolationMasses 178 1.5745714
insert K_3+Width:InterpolationMasses 179 1.5940408
insert K_3+Width:InterpolationMasses 180 1.6135102
insert K_3+Width:InterpolationMasses 181 1.6329796
insert K_3+Width:InterpolationMasses 182 1.652449
insert K_3+Width:InterpolationMasses 183 1.6719184
insert K_3+Width:InterpolationMasses 184 1.6913878
insert K_3+Width:InterpolationMasses 185 1.7108571
insert K_3+Width:InterpolationMasses 186 1.7303265
insert K_3+Width:InterpolationMasses 187 1.7497959
insert K_3+Width:InterpolationMasses 188 1.7692653
insert K_3+Width:InterpolationMasses 189 1.7887347
insert K_3+Width:InterpolationMasses 190 1.8082041
insert K_3+Width:InterpolationMasses 191 1.8276735
insert K_3+Width:InterpolationMasses 192 1.8471429
insert K_3+Width:InterpolationMasses 193 1.8666122
insert K_3+Width:InterpolationMasses 194 1.8860816
insert K_3+Width:InterpolationMasses 195 1.905551
insert K_3+Width:InterpolationMasses 196 1.9250204
insert K_3+Width:InterpolationMasses 197 1.9444898
insert K_3+Width:InterpolationMasses 198 1.9639592
insert K_3+Width:InterpolationMasses 199 1.9834286
insert K_3+Width:InterpolationMasses 200 2.002898
insert K_3+Width:InterpolationMasses 201 2.0223673
insert K_3+Width:InterpolationMasses 202 2.0418367
insert K_3+Width:InterpolationMasses 203 2.0613061
insert K_3+Width:InterpolationMasses 204 2.0807755
insert K_3+Width:InterpolationMasses 205 2.1002449
insert K_3+Width:InterpolationMasses 206 2.1197143
insert K_3+Width:InterpolationMasses 207 2.1391837
insert K_3+Width:InterpolationMasses 208 2.1586531
insert K_3+Width:InterpolationMasses 209 2.1781224
insert K_3+Width:InterpolationMasses 210 2.1975918
insert K_3+Width:InterpolationMasses 211 2.2170612
insert K_3+Width:InterpolationMasses 212 2.2365306
insert K_3+Width:InterpolationMasses 213 2.256
insert K_3+Width:InterpolationMasses 214 2.2754694
insert K_3+Width:InterpolationMasses 215 2.2949388
insert K_3+Width:InterpolationMasses 216 1.2630612
insert K_3+Width:InterpolationMasses 217 1.2825306
insert K_3+Width:InterpolationMasses 218 1.302
insert K_3+Width:InterpolationMasses 219 1.3214694
insert K_3+Width:InterpolationMasses 220 1.3409388
insert K_3+Width:InterpolationMasses 221 1.3604082
insert K_3+Width:InterpolationMasses 222 1.3798776
insert K_3+Width:InterpolationMasses 223 1.3993469
insert K_3+Width:InterpolationMasses 224 1.4188163
insert K_3+Width:InterpolationMasses 225 1.4382857
insert K_3+Width:InterpolationMasses 226 1.4577551
insert K_3+Width:InterpolationMasses 227 1.4772245
insert K_3+Width:InterpolationMasses 228 1.4966939
insert K_3+Width:InterpolationMasses 229 1.5161633
insert K_3+Width:InterpolationMasses 230 1.5356327
insert K_3+Width:InterpolationMasses 231 1.555102
insert K_3+Width:InterpolationMasses 232 1.5745714
insert K_3+Width:InterpolationMasses 233 1.5940408
insert K_3+Width:InterpolationMasses 234 1.6135102
insert K_3+Width:InterpolationMasses 235 1.6329796
insert K_3+Width:InterpolationMasses 236 1.652449
insert K_3+Width:InterpolationMasses 237 1.6719184
insert K_3+Width:InterpolationMasses 238 1.6913878
insert K_3+Width:InterpolationMasses 239 1.7108571
insert K_3+Width:InterpolationMasses 240 1.7303265
insert K_3+Width:InterpolationMasses 241 1.7497959
insert K_3+Width:InterpolationMasses 242 1.7692653
insert K_3+Width:InterpolationMasses 243 1.7887347
insert K_3+Width:InterpolationMasses 244 1.8082041
insert K_3+Width:InterpolationMasses 245 1.8276735
insert K_3+Width:InterpolationMasses 246 1.8471429
insert K_3+Width:InterpolationMasses 247 1.8666122
insert K_3+Width:InterpolationMasses 248 1.8860816
insert K_3+Width:InterpolationMasses 249 1.905551
insert K_3+Width:InterpolationMasses 250 1.9250204
insert K_3+Width:InterpolationMasses 251 1.9444898
insert K_3+Width:InterpolationMasses 252 1.9639592
insert K_3+Width:InterpolationMasses 253 1.9834286
insert K_3+Width:InterpolationMasses 254 2.002898
insert K_3+Width:InterpolationMasses 255 2.0223673
insert K_3+Width:InterpolationMasses 256 2.0418367
insert K_3+Width:InterpolationMasses 257 2.0613061
insert K_3+Width:InterpolationMasses 258 2.0807755
insert K_3+Width:InterpolationMasses 259 2.1002449
insert K_3+Width:InterpolationMasses 260 2.1197143
insert K_3+Width:InterpolationMasses 261 2.1391837
insert K_3+Width:InterpolationMasses 262 2.1586531
insert K_3+Width:InterpolationMasses 263 2.1781224
insert K_3+Width:InterpolationMasses 264 2.1975918
insert K_3+Width:InterpolationMasses 265 2.2170612
insert K_3+Width:InterpolationMasses 266 2.2365306
insert K_3+Width:InterpolationMasses 267 2.256
insert K_3+Width:InterpolationMasses 268 2.2754694
insert K_3+Width:InterpolationMasses 269 2.2949388
insert K_3+Width:InterpolationWidths 0 0.00060237319
insert K_3+Width:InterpolationWidths 1 0.00080815924
insert K_3+Width:InterpolationWidths 2 0.0010598991
insert K_3+Width:InterpolationWidths 3 0.0013633297
insert K_3+Width:InterpolationWidths 4 0.0017244419
insert K_3+Width:InterpolationWidths 5 0.00214948
insert K_3+Width:InterpolationWidths 6 0.0026449412
insert K_3+Width:InterpolationWidths 7 0.0032175759
insert K_3+Width:InterpolationWidths 8 0.0038743892
insert K_3+Width:InterpolationWidths 9 0.0046226415
insert K_3+Width:InterpolationWidths 10 0.0054698504
insert K_3+Width:InterpolationWidths 11 0.0064237926
insert K_3+Width:InterpolationWidths 12 0.0074925061
insert K_3+Width:InterpolationWidths 13 0.0086842925
insert K_3+Width:InterpolationWidths 14 0.010007719
insert K_3+Width:InterpolationWidths 15 0.011471623
insert K_3+Width:InterpolationWidths 16 0.013085111
insert K_3+Width:InterpolationWidths 17 0.014857565
insert K_3+Width:InterpolationWidths 18 0.016798645
insert K_3+Width:InterpolationWidths 19 0.018918291
insert K_3+Width:InterpolationWidths 20 0.021226724
insert K_3+Width:InterpolationWidths 21 0.023734454
insert K_3+Width:InterpolationWidths 22 0.026452281
insert K_3+Width:InterpolationWidths 23 0.029391295
insert K_3+Width:InterpolationWidths 24 0.032562885
insert K_3+Width:InterpolationWidths 25 0.035978737
insert K_3+Width:InterpolationWidths 26 0.039650842
insert K_3+Width:InterpolationWidths 27 0.043591494
insert K_3+Width:InterpolationWidths 28 0.0478133
insert K_3+Width:InterpolationWidths 29 0.052329176
insert K_3+Width:InterpolationWidths 30 0.057152356
insert K_3+Width:InterpolationWidths 31 0.062296393
insert K_3+Width:InterpolationWidths 32 0.067775163
insert K_3+Width:InterpolationWidths 33 0.073602869
insert K_3+Width:InterpolationWidths 34 0.07979404
insert K_3+Width:InterpolationWidths 35 0.086363543
insert K_3+Width:InterpolationWidths 36 0.093326579
insert K_3+Width:InterpolationWidths 37 0.10069869
insert K_3+Width:InterpolationWidths 38 0.10849575
insert K_3+Width:InterpolationWidths 39 0.116734
insert K_3+Width:InterpolationWidths 40 0.12543003
insert K_3+Width:InterpolationWidths 41 0.13460075
insert K_3+Width:InterpolationWidths 42 0.14426347
insert K_3+Width:InterpolationWidths 43 0.15443584
insert K_3+Width:InterpolationWidths 44 0.16513587
insert K_3+Width:InterpolationWidths 45 0.17638194
insert K_3+Width:InterpolationWidths 46 0.18819281
insert K_3+Width:InterpolationWidths 47 0.20058761
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insert K_3+Width:InterpolationWidths 49 0.2272074
insert K_3+Width:InterpolationWidths 50 0.24147254
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insert K_3+Width:InterpolationWidths 52 0.27201662
insert K_3+Width:InterpolationWidths 53 0.28833806
insert K_3+Width:InterpolationWidths 54 0.00022197227
insert K_3+Width:InterpolationWidths 55 0.00030677179
insert K_3+Width:InterpolationWidths 56 0.0004214072
insert K_3+Width:InterpolationWidths 57 0.00057342251
insert K_3+Width:InterpolationWidths 58 0.00077046723
insert K_3+Width:InterpolationWidths 59 0.001019985
insert K_3+Width:InterpolationWidths 60 0.0013290603
insert K_3+Width:InterpolationWidths 61 0.0017043693
insert K_3+Width:InterpolationWidths 62 0.0021521803
insert K_3+Width:InterpolationWidths 63 0.0026783782
insert K_3+Width:InterpolationWidths 64 0.0032884968
insert K_3+Width:InterpolationWidths 65 0.0039877527
insert K_3+Width:InterpolationWidths 66 0.0047810774
insert K_3+Width:InterpolationWidths 67 0.0056731464
insert K_3+Width:InterpolationWidths 68 0.0066684066
insert K_3+Width:InterpolationWidths 69 0.0077710991
insert K_3+Width:InterpolationWidths 70 0.0089852805
insert K_3+Width:InterpolationWidths 71 0.010314841
insert K_3+Width:InterpolationWidths 72 0.011763523
insert K_3+Width:InterpolationWidths 73 0.013334928
insert K_3+Width:InterpolationWidths 74 0.015032541
insert K_3+Width:InterpolationWidths 75 0.016859734
insert K_3+Width:InterpolationWidths 76 0.018819779
insert K_3+Width:InterpolationWidths 77 0.020915854
insert K_3+Width:InterpolationWidths 78 0.023151059
insert K_3+Width:InterpolationWidths 79 0.025528412
insert K_3+Width:InterpolationWidths 80 0.028050865
insert K_3+Width:InterpolationWidths 81 0.030721299
insert K_3+Width:InterpolationWidths 82 0.033542459
insert K_3+Width:InterpolationWidths 83 0.036516933
insert K_3+Width:InterpolationWidths 84 0.039647202
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insert K_3+Width:InterpolationWidths 95 0.085002981
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insert K_3+Width:InterpolationWidths 97 0.095525826
insert K_3+Width:InterpolationWidths 98 0.1010634
insert K_3+Width:InterpolationWidths 99 0.10678751
insert K_3+Width:InterpolationWidths 100 0.11269995
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insert K_3+Width:InterpolationWidths 104 0.1382687
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insert K_3+Width:InterpolationWidths 108 0.00066921203
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insert K_3+Width:InterpolationWidths 111 0.0012689532
insert K_3+Width:InterpolationWidths 112 0.001530036
insert K_3+Width:InterpolationWidths 113 0.0018250897
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insert K_3+Width:InterpolationWidths 115 0.0025249647
insert K_3+Width:InterpolationWidths 116 0.0029336106
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insert K_3+Width:InterpolationWidths 118 0.0038775714
insert K_3+Width:InterpolationWidths 119 0.0044164638
insert K_3+Width:InterpolationWidths 120 0.0050022823
insert K_3+Width:InterpolationWidths 121 0.0056367166
insert K_3+Width:InterpolationWidths 122 0.0063214172
insert K_3+Width:InterpolationWidths 123 0.0070579933
insert K_3+Width:InterpolationWidths 124 0.0078480144
insert K_3+Width:InterpolationWidths 125 0.0086930113
insert K_3+Width:InterpolationWidths 126 0.0095944776
insert K_3+Width:InterpolationWidths 127 0.010553871
insert K_3+Width:InterpolationWidths 128 0.011572614
insert K_3+Width:InterpolationWidths 129 0.012652096
insert K_3+Width:InterpolationWidths 130 0.013793674
insert K_3+Width:InterpolationWidths 131 0.014998675
insert K_3+Width:InterpolationWidths 132 0.016268396
insert K_3+Width:InterpolationWidths 133 0.017604104
insert K_3+Width:InterpolationWidths 134 0.019007043
insert K_3+Width:InterpolationWidths 135 0.020478428
insert K_3+Width:InterpolationWidths 136 0.02201945
insert K_3+Width:InterpolationWidths 137 0.023631278
insert K_3+Width:InterpolationWidths 138 0.025315059
insert K_3+Width:InterpolationWidths 139 0.027071927
insert K_3+Width:InterpolationWidths 140 0.02890297
insert K_3+Width:InterpolationWidths 141 0.030809272
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insert K_3+Width:InterpolationWidths 143 0.034851965
insert K_3+Width:InterpolationWidths 144 0.036990434
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insert K_3+Width:InterpolationWidths 147 0.043886539
insert K_3+Width:InterpolationWidths 148 0.046348784
insert K_3+Width:InterpolationWidths 149 0.048894425
insert K_3+Width:InterpolationWidths 150 0.051524419
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insert K_3+Width:InterpolationWidths 152 0.05704124
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insert K_3+Width:InterpolationWidths 155 0.065972452
insert K_3+Width:InterpolationWidths 156 0.069128096
insert K_3+Width:InterpolationWidths 157 0.072374523
insert K_3+Width:InterpolationWidths 158 0.075712619
insert K_3+Width:InterpolationWidths 159 0.079143263
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insert K_3+Width:InterpolationWidths 161 0.086285684
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insert K_3+Width:InterpolationWidths 169 0.00089367563
insert K_3+Width:InterpolationWidths 170 0.0011254591
insert K_3+Width:InterpolationWidths 171 0.0013970857
insert K_3+Width:InterpolationWidths 172 0.0017112995
insert K_3+Width:InterpolationWidths 173 0.0020706894
insert K_3+Width:InterpolationWidths 174 0.0024777052
insert K_3+Width:InterpolationWidths 175 0.0029346715
insert K_3+Width:InterpolationWidths 176 0.0034438013
insert K_3+Width:InterpolationWidths 177 0.0040072068
insert K_3+Width:InterpolationWidths 178 0.0046269102
insert K_3+Width:InterpolationWidths 179 0.0053048528
insert K_3+Width:InterpolationWidths 180 0.0060429004
insert K_3+Width:InterpolationWidths 181 0.0068428546
insert K_3+Width:InterpolationWidths 182 0.0077064565
insert K_3+Width:InterpolationWidths 183 0.0086353926
insert K_3+Width:InterpolationWidths 184 0.0096312999
insert K_3+Width:InterpolationWidths 185 0.010695771
insert K_3+Width:InterpolationWidths 186 0.011830357
insert K_3+Width:InterpolationWidths 187 0.013036571
insert K_3+Width:InterpolationWidths 188 0.014315894
insert K_3+Width:InterpolationWidths 189 0.015669767
insert K_3+Width:InterpolationWidths 190 0.017099554
insert K_3+Width:InterpolationWidths 191 0.018606549
insert K_3+Width:InterpolationWidths 192 0.020191992
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insert K_3+Width:InterpolationWidths 194 0.023602979
insert K_3+Width:InterpolationWidths 195 0.025430814
insert K_3+Width:InterpolationWidths 196 0.027341689
insert K_3+Width:InterpolationWidths 197 0.029336678
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insert K_3+Width:InterpolationWidths 199 0.033583189
insert K_3+Width:InterpolationWidths 200 0.035836755
insert K_3+Width:InterpolationWidths 201 0.038178527
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insert K_3+Width:InterpolationWidths 204 0.045742801
insert K_3+Width:InterpolationWidths 205 0.048447052
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insert K_3+Width:InterpolationWidths 207 0.054135388
insert K_3+Width:InterpolationWidths 208 0.057121295
insert K_3+Width:InterpolationWidths 209 0.060202899
insert K_3+Width:InterpolationWidths 210 0.063381093
insert K_3+Width:InterpolationWidths 211 0.066656762
insert K_3+Width:InterpolationWidths 212 0.070030785
insert K_3+Width:InterpolationWidths 213 0.073504034
insert K_3+Width:InterpolationWidths 214 0.077077376
insert K_3+Width:InterpolationWidths 215 0.080751674
insert K_3+Width:InterpolationWidths 216 0.00035706282
insert K_3+Width:InterpolationWidths 217 0.00044595286
insert K_3+Width:InterpolationWidths 218 0.00054889748
insert K_3+Width:InterpolationWidths 219 0.00066692322
insert K_3+Width:InterpolationWidths 220 0.00080104043
insert K_3+Width:InterpolationWidths 221 0.00095224093
insert K_3+Width:InterpolationWidths 222 0.0011214971
insert K_3+Width:InterpolationWidths 223 0.0013097615
insert K_3+Width:InterpolationWidths 224 0.0015179664
insert K_3+Width:InterpolationWidths 225 0.0017470234
insert K_3+Width:InterpolationWidths 226 0.0019978244
insert K_3+Width:InterpolationWidths 227 0.0022712415
insert K_3+Width:InterpolationWidths 228 0.0025681271
insert K_3+Width:InterpolationWidths 229 0.0028893149
insert K_3+Width:InterpolationWidths 230 0.00323562
insert K_3+Width:InterpolationWidths 231 0.0036078399
insert K_3+Width:InterpolationWidths 232 0.0040067539
insert K_3+Width:InterpolationWidths 233 0.0044331225
insert K_3+Width:InterpolationWidths 234 0.0048876887
insert K_3+Width:InterpolationWidths 235 0.005371178
insert K_3+Width:InterpolationWidths 236 0.0058842995
insert K_3+Width:InterpolationWidths 237 0.0064277463
insert K_3+Width:InterpolationWidths 238 0.007002196
insert K_3+Width:InterpolationWidths 239 0.0076083113
insert K_3+Width:InterpolationWidths 240 0.0082468185
insert K_3+Width:InterpolationWidths 241 0.0089181195
insert K_3+Width:InterpolationWidths 242 0.0096230691
insert K_3+Width:InterpolationWidths 243 0.010362199
insert K_3+Width:InterpolationWidths 244 0.011136107
insert K_3+Width:InterpolationWidths 245 0.011945379
insert K_3+Width:InterpolationWidths 246 0.01279059
insert K_3+Width:InterpolationWidths 247 0.013672305
insert K_3+Width:InterpolationWidths 248 0.01459108
insert K_3+Width:InterpolationWidths 249 0.015547461
insert K_3+Width:InterpolationWidths 250 0.016541991
insert K_3+Width:InterpolationWidths 251 0.017575187
insert K_3+Width:InterpolationWidths 252 0.018647568
insert K_3+Width:InterpolationWidths 253 0.019759662
insert K_3+Width:InterpolationWidths 254 0.020911968
insert K_3+Width:InterpolationWidths 255 0.022104986
insert K_3+Width:InterpolationWidths 256 0.023339209
insert K_3+Width:InterpolationWidths 257 0.024615125
insert K_3+Width:InterpolationWidths 258 0.025933214
insert K_3+Width:InterpolationWidths 259 0.027293954
insert K_3+Width:InterpolationWidths 260 0.028697815
insert K_3+Width:InterpolationWidths 261 0.030145262
insert K_3+Width:InterpolationWidths 262 0.031636759
insert K_3+Width:InterpolationWidths 263 0.033172763
insert K_3+Width:InterpolationWidths 264 0.034753726
insert K_3+Width:InterpolationWidths 265 0.036380099
insert K_3+Width:InterpolationWidths 266 0.038052328
insert K_3+Width:InterpolationWidths 267 0.039770855
insert K_3+Width:InterpolationWidths 268 0.041536119
insert K_3+Width:InterpolationWidths 269 0.043348558
insert K_3+Width:NumberofEntries 0 54
insert K_3+Width:NumberofEntries 1 108
insert K_3+Width:NumberofEntries 2 162
insert K_3+Width:NumberofEntries 3 162
insert K_3+Width:NumberofEntries 4 216
insert K_3+Width:NumberofEntries 5 270
insert K_3+Width:NumberofEntries 6 270
newdef /Herwig/Particles/K_3*+:Width_generator K_3+Width
newdef /Herwig/Particles/K_3*-:Width_generator K_3+Width
#
create Herwig::GenericWidthGenerator K_30Width
newdef K_30Width:Particle /Herwig/Particles/K_3*0
newdef K_30Width:Prefactor 0.999467
newdef K_30Width:BRNormalize 1
newdef K_30Width:BRMinimum 0.01
newdef K_30Width:Points 50
newdef K_30Width:InterpolationOrder 1
insert K_30Width:MEtype 0 2
insert K_30Width:MEtype 1 2
insert K_30Width:MEtype 2 2
insert K_30Width:MEtype 3 1
insert K_30Width:MEtype 4 2
insert K_30Width:MEtype 5 2
insert K_30Width:MEtype 6 1
insert K_30Width:MEcode 0 0
insert K_30Width:MEcode 1 0
insert K_30Width:MEcode 2 0
insert K_30Width:MEcode 3 13
insert K_30Width:MEcode 4 0
insert K_30Width:MEcode 5 0
insert K_30Width:MEcode 6 13
insert K_30Width:MEcoupling 0 1.17944
insert K_30Width:MEcoupling 1 1.11913
insert K_30Width:MEcoupling 2 1.07533
insert K_30Width:MEcoupling 3 4.30171
insert K_30Width:MEcoupling 4 1.12862
insert K_30Width:MEcoupling 5 1.09137
insert K_30Width:MEcoupling 6 3.05088
insert K_30Width:ModeOn 0 1
insert K_30Width:ModeOn 1 1
insert K_30Width:ModeOn 2 1
insert K_30Width:ModeOn 3 1
insert K_30Width:ModeOn 4 1
insert K_30Width:ModeOn 5 1
insert K_30Width:ModeOn 6 1
insert K_30Width:MinimumMasses 0 1.04546
insert K_30Width:MinimumMasses 1 0.868937
insert K_30Width:MinimumMasses 2 0.78124
insert K_30Width:MinimumMasses 3 0.633247
insert K_30Width:MinimumMasses 4 0.872871
insert K_30Width:MinimumMasses 5 0.780527
insert K_30Width:MinimumMasses 6 0.632588
insert K_30Width:MEmass1 0 0.497611
insert K_30Width:MEmass1 1 0.77526
insert K_30Width:MEmass1 2 0.89167
insert K_30Width:MEmass1 3 0.493677
insert K_30Width:MEmass1 4 0.77526
insert K_30Width:MEmass1 5 0.89555
insert K_30Width:MEmass1 6 0.497611
insert K_30Width:MEmass2 0 0.547862
insert K_30Width:MEmass2 1 0.493677
insert K_30Width:MEmass2 2 0.13957
insert K_30Width:MEmass2 3 0.13957
insert K_30Width:MEmass2 4 0.497611
insert K_30Width:MEmass2 5 0.134977
insert K_30Width:MEmass2 6 0.134977
insert K_30Width:DecayModes 0 K_3*0->K0,eta;
insert K_30Width:DecayModes 1 K_3*0->K+,rho-;
insert K_30Width:DecayModes 2 K_3*0->K*+,pi-;
insert K_30Width:DecayModes 3 K_3*0->K+,pi-;
insert K_30Width:DecayModes 4 K_3*0->K0,rho0;
insert K_30Width:DecayModes 5 K_3*0->K*0,pi0;
insert K_30Width:DecayModes 6 K_3*0->K0,pi0;
insert K_30Width:InterpolationMasses 0 1.2630612
insert K_30Width:InterpolationMasses 1 1.2825306
insert K_30Width:InterpolationMasses 2 1.302
insert K_30Width:InterpolationMasses 3 1.3214694
insert K_30Width:InterpolationMasses 4 1.3409388
insert K_30Width:InterpolationMasses 5 1.3604082
insert K_30Width:InterpolationMasses 6 1.3798776
insert K_30Width:InterpolationMasses 7 1.3993469
insert K_30Width:InterpolationMasses 8 1.4188163
insert K_30Width:InterpolationMasses 9 1.4382857
insert K_30Width:InterpolationMasses 10 1.4577551
insert K_30Width:InterpolationMasses 11 1.4772245
insert K_30Width:InterpolationMasses 12 1.4966939
insert K_30Width:InterpolationMasses 13 1.5161633
insert K_30Width:InterpolationMasses 14 1.5356327
insert K_30Width:InterpolationMasses 15 1.555102
insert K_30Width:InterpolationMasses 16 1.5745714
insert K_30Width:InterpolationMasses 17 1.5940408
insert K_30Width:InterpolationMasses 18 1.6135102
insert K_30Width:InterpolationMasses 19 1.6329796
insert K_30Width:InterpolationMasses 20 1.652449
insert K_30Width:InterpolationMasses 21 1.6719184
insert K_30Width:InterpolationMasses 22 1.6913878
insert K_30Width:InterpolationMasses 23 1.7108571
insert K_30Width:InterpolationMasses 24 1.7303265
insert K_30Width:InterpolationMasses 25 1.7497959
insert K_30Width:InterpolationMasses 26 1.7692653
insert K_30Width:InterpolationMasses 27 1.7887347
insert K_30Width:InterpolationMasses 28 1.8082041
insert K_30Width:InterpolationMasses 29 1.8276735
insert K_30Width:InterpolationMasses 30 1.8471429
insert K_30Width:InterpolationMasses 31 1.8666122
insert K_30Width:InterpolationMasses 32 1.8860816
insert K_30Width:InterpolationMasses 33 1.905551
insert K_30Width:InterpolationMasses 34 1.9250204
insert K_30Width:InterpolationMasses 35 1.9444898
insert K_30Width:InterpolationMasses 36 1.9639592
insert K_30Width:InterpolationMasses 37 1.9834286
insert K_30Width:InterpolationMasses 38 2.002898
insert K_30Width:InterpolationMasses 39 2.0223673
insert K_30Width:InterpolationMasses 40 2.0418367
insert K_30Width:InterpolationMasses 41 2.0613061
insert K_30Width:InterpolationMasses 42 2.0807755
insert K_30Width:InterpolationMasses 43 2.1002449
insert K_30Width:InterpolationMasses 44 2.1197143
insert K_30Width:InterpolationMasses 45 2.1391837
insert K_30Width:InterpolationMasses 46 2.1586531
insert K_30Width:InterpolationMasses 47 2.1781224
insert K_30Width:InterpolationMasses 48 2.1975918
insert K_30Width:InterpolationMasses 49 2.2170612
insert K_30Width:InterpolationMasses 50 2.2365306
insert K_30Width:InterpolationMasses 51 2.256
insert K_30Width:InterpolationMasses 52 2.2754694
insert K_30Width:InterpolationMasses 53 2.2949388
insert K_30Width:InterpolationMasses 54 1.2630612
insert K_30Width:InterpolationMasses 55 1.2825306
insert K_30Width:InterpolationMasses 56 1.302
insert K_30Width:InterpolationMasses 57 1.3214694
insert K_30Width:InterpolationMasses 58 1.3409388
insert K_30Width:InterpolationMasses 59 1.3604082
insert K_30Width:InterpolationMasses 60 1.3798776
insert K_30Width:InterpolationMasses 61 1.3993469
insert K_30Width:InterpolationMasses 62 1.4188163
insert K_30Width:InterpolationMasses 63 1.4382857
insert K_30Width:InterpolationMasses 64 1.4577551
insert K_30Width:InterpolationMasses 65 1.4772245
insert K_30Width:InterpolationMasses 66 1.4966939
insert K_30Width:InterpolationMasses 67 1.5161633
insert K_30Width:InterpolationMasses 68 1.5356327
insert K_30Width:InterpolationMasses 69 1.555102
insert K_30Width:InterpolationMasses 70 1.5745714
insert K_30Width:InterpolationMasses 71 1.5940408
insert K_30Width:InterpolationMasses 72 1.6135102
insert K_30Width:InterpolationMasses 73 1.6329796
insert K_30Width:InterpolationMasses 74 1.652449
insert K_30Width:InterpolationMasses 75 1.6719184
insert K_30Width:InterpolationMasses 76 1.6913878
insert K_30Width:InterpolationMasses 77 1.7108571
insert K_30Width:InterpolationMasses 78 1.7303265
insert K_30Width:InterpolationMasses 79 1.7497959
insert K_30Width:InterpolationMasses 80 1.7692653
insert K_30Width:InterpolationMasses 81 1.7887347
insert K_30Width:InterpolationMasses 82 1.8082041
insert K_30Width:InterpolationMasses 83 1.8276735
insert K_30Width:InterpolationMasses 84 1.8471429
insert K_30Width:InterpolationMasses 85 1.8666122
insert K_30Width:InterpolationMasses 86 1.8860816
insert K_30Width:InterpolationMasses 87 1.905551
insert K_30Width:InterpolationMasses 88 1.9250204
insert K_30Width:InterpolationMasses 89 1.9444898
insert K_30Width:InterpolationMasses 90 1.9639592
insert K_30Width:InterpolationMasses 91 1.9834286
insert K_30Width:InterpolationMasses 92 2.002898
insert K_30Width:InterpolationMasses 93 2.0223673
insert K_30Width:InterpolationMasses 94 2.0418367
insert K_30Width:InterpolationMasses 95 2.0613061
insert K_30Width:InterpolationMasses 96 2.0807755
insert K_30Width:InterpolationMasses 97 2.1002449
insert K_30Width:InterpolationMasses 98 2.1197143
insert K_30Width:InterpolationMasses 99 2.1391837
insert K_30Width:InterpolationMasses 100 2.1586531
insert K_30Width:InterpolationMasses 101 2.1781224
insert K_30Width:InterpolationMasses 102 2.1975918
insert K_30Width:InterpolationMasses 103 2.2170612
insert K_30Width:InterpolationMasses 104 2.2365306
insert K_30Width:InterpolationMasses 105 2.256
insert K_30Width:InterpolationMasses 106 2.2754694
insert K_30Width:InterpolationMasses 107 2.2949388
insert K_30Width:InterpolationMasses 108 1.2630612
insert K_30Width:InterpolationMasses 109 1.2825306
insert K_30Width:InterpolationMasses 110 1.302
insert K_30Width:InterpolationMasses 111 1.3214694
insert K_30Width:InterpolationMasses 112 1.3409388
insert K_30Width:InterpolationMasses 113 1.3604082
insert K_30Width:InterpolationMasses 114 1.3798776
insert K_30Width:InterpolationMasses 115 1.3993469
insert K_30Width:InterpolationMasses 116 1.4188163
insert K_30Width:InterpolationMasses 117 1.4382857
insert K_30Width:InterpolationMasses 118 1.4577551
insert K_30Width:InterpolationMasses 119 1.4772245
insert K_30Width:InterpolationMasses 120 1.4966939
insert K_30Width:InterpolationMasses 121 1.5161633
insert K_30Width:InterpolationMasses 122 1.5356327
insert K_30Width:InterpolationMasses 123 1.555102
insert K_30Width:InterpolationMasses 124 1.5745714
insert K_30Width:InterpolationMasses 125 1.5940408
insert K_30Width:InterpolationMasses 126 1.6135102
insert K_30Width:InterpolationMasses 127 1.6329796
insert K_30Width:InterpolationMasses 128 1.652449
insert K_30Width:InterpolationMasses 129 1.6719184
insert K_30Width:InterpolationMasses 130 1.6913878
insert K_30Width:InterpolationMasses 131 1.7108571
insert K_30Width:InterpolationMasses 132 1.7303265
insert K_30Width:InterpolationMasses 133 1.7497959
insert K_30Width:InterpolationMasses 134 1.7692653
insert K_30Width:InterpolationMasses 135 1.7887347
insert K_30Width:InterpolationMasses 136 1.8082041
insert K_30Width:InterpolationMasses 137 1.8276735
insert K_30Width:InterpolationMasses 138 1.8471429
insert K_30Width:InterpolationMasses 139 1.8666122
insert K_30Width:InterpolationMasses 140 1.8860816
insert K_30Width:InterpolationMasses 141 1.905551
insert K_30Width:InterpolationMasses 142 1.9250204
insert K_30Width:InterpolationMasses 143 1.9444898
insert K_30Width:InterpolationMasses 144 1.9639592
insert K_30Width:InterpolationMasses 145 1.9834286
insert K_30Width:InterpolationMasses 146 2.002898
insert K_30Width:InterpolationMasses 147 2.0223673
insert K_30Width:InterpolationMasses 148 2.0418367
insert K_30Width:InterpolationMasses 149 2.0613061
insert K_30Width:InterpolationMasses 150 2.0807755
insert K_30Width:InterpolationMasses 151 2.1002449
insert K_30Width:InterpolationMasses 152 2.1197143
insert K_30Width:InterpolationMasses 153 2.1391837
insert K_30Width:InterpolationMasses 154 2.1586531
insert K_30Width:InterpolationMasses 155 2.1781224
insert K_30Width:InterpolationMasses 156 2.1975918
insert K_30Width:InterpolationMasses 157 2.2170612
insert K_30Width:InterpolationMasses 158 2.2365306
insert K_30Width:InterpolationMasses 159 2.256
insert K_30Width:InterpolationMasses 160 2.2754694
insert K_30Width:InterpolationMasses 161 2.2949388
insert K_30Width:InterpolationMasses 162 1.2630612
insert K_30Width:InterpolationMasses 163 1.2825306
insert K_30Width:InterpolationMasses 164 1.302
insert K_30Width:InterpolationMasses 165 1.3214694
insert K_30Width:InterpolationMasses 166 1.3409388
insert K_30Width:InterpolationMasses 167 1.3604082
insert K_30Width:InterpolationMasses 168 1.3798776
insert K_30Width:InterpolationMasses 169 1.3993469
insert K_30Width:InterpolationMasses 170 1.4188163
insert K_30Width:InterpolationMasses 171 1.4382857
insert K_30Width:InterpolationMasses 172 1.4577551
insert K_30Width:InterpolationMasses 173 1.4772245
insert K_30Width:InterpolationMasses 174 1.4966939
insert K_30Width:InterpolationMasses 175 1.5161633
insert K_30Width:InterpolationMasses 176 1.5356327
insert K_30Width:InterpolationMasses 177 1.555102
insert K_30Width:InterpolationMasses 178 1.5745714
insert K_30Width:InterpolationMasses 179 1.5940408
insert K_30Width:InterpolationMasses 180 1.6135102
insert K_30Width:InterpolationMasses 181 1.6329796
insert K_30Width:InterpolationMasses 182 1.652449
insert K_30Width:InterpolationMasses 183 1.6719184
insert K_30Width:InterpolationMasses 184 1.6913878
insert K_30Width:InterpolationMasses 185 1.7108571
insert K_30Width:InterpolationMasses 186 1.7303265
insert K_30Width:InterpolationMasses 187 1.7497959
insert K_30Width:InterpolationMasses 188 1.7692653
insert K_30Width:InterpolationMasses 189 1.7887347
insert K_30Width:InterpolationMasses 190 1.8082041
insert K_30Width:InterpolationMasses 191 1.8276735
insert K_30Width:InterpolationMasses 192 1.8471429
insert K_30Width:InterpolationMasses 193 1.8666122
insert K_30Width:InterpolationMasses 194 1.8860816
insert K_30Width:InterpolationMasses 195 1.905551
insert K_30Width:InterpolationMasses 196 1.9250204
insert K_30Width:InterpolationMasses 197 1.9444898
insert K_30Width:InterpolationMasses 198 1.9639592
insert K_30Width:InterpolationMasses 199 1.9834286
insert K_30Width:InterpolationMasses 200 2.002898
insert K_30Width:InterpolationMasses 201 2.0223673
insert K_30Width:InterpolationMasses 202 2.0418367
insert K_30Width:InterpolationMasses 203 2.0613061
insert K_30Width:InterpolationMasses 204 2.0807755
insert K_30Width:InterpolationMasses 205 2.1002449
insert K_30Width:InterpolationMasses 206 2.1197143
insert K_30Width:InterpolationMasses 207 2.1391837
insert K_30Width:InterpolationMasses 208 2.1586531
insert K_30Width:InterpolationMasses 209 2.1781224
insert K_30Width:InterpolationMasses 210 2.1975918
insert K_30Width:InterpolationMasses 211 2.2170612
insert K_30Width:InterpolationMasses 212 2.2365306
insert K_30Width:InterpolationMasses 213 2.256
insert K_30Width:InterpolationMasses 214 2.2754694
insert K_30Width:InterpolationMasses 215 2.2949388
insert K_30Width:InterpolationMasses 216 1.2630612
insert K_30Width:InterpolationMasses 217 1.2825306
insert K_30Width:InterpolationMasses 218 1.302
insert K_30Width:InterpolationMasses 219 1.3214694
insert K_30Width:InterpolationMasses 220 1.3409388
insert K_30Width:InterpolationMasses 221 1.3604082
insert K_30Width:InterpolationMasses 222 1.3798776
insert K_30Width:InterpolationMasses 223 1.3993469
insert K_30Width:InterpolationMasses 224 1.4188163
insert K_30Width:InterpolationMasses 225 1.4382857
insert K_30Width:InterpolationMasses 226 1.4577551
insert K_30Width:InterpolationMasses 227 1.4772245
insert K_30Width:InterpolationMasses 228 1.4966939
insert K_30Width:InterpolationMasses 229 1.5161633
insert K_30Width:InterpolationMasses 230 1.5356327
insert K_30Width:InterpolationMasses 231 1.555102
insert K_30Width:InterpolationMasses 232 1.5745714
insert K_30Width:InterpolationMasses 233 1.5940408
insert K_30Width:InterpolationMasses 234 1.6135102
insert K_30Width:InterpolationMasses 235 1.6329796
insert K_30Width:InterpolationMasses 236 1.652449
insert K_30Width:InterpolationMasses 237 1.6719184
insert K_30Width:InterpolationMasses 238 1.6913878
insert K_30Width:InterpolationMasses 239 1.7108571
insert K_30Width:InterpolationMasses 240 1.7303265
insert K_30Width:InterpolationMasses 241 1.7497959
insert K_30Width:InterpolationMasses 242 1.7692653
insert K_30Width:InterpolationMasses 243 1.7887347
insert K_30Width:InterpolationMasses 244 1.8082041
insert K_30Width:InterpolationMasses 245 1.8276735
insert K_30Width:InterpolationMasses 246 1.8471429
insert K_30Width:InterpolationMasses 247 1.8666122
insert K_30Width:InterpolationMasses 248 1.8860816
insert K_30Width:InterpolationMasses 249 1.905551
insert K_30Width:InterpolationMasses 250 1.9250204
insert K_30Width:InterpolationMasses 251 1.9444898
insert K_30Width:InterpolationMasses 252 1.9639592
insert K_30Width:InterpolationMasses 253 1.9834286
insert K_30Width:InterpolationMasses 254 2.002898
insert K_30Width:InterpolationMasses 255 2.0223673
insert K_30Width:InterpolationMasses 256 2.0418367
insert K_30Width:InterpolationMasses 257 2.0613061
insert K_30Width:InterpolationMasses 258 2.0807755
insert K_30Width:InterpolationMasses 259 2.1002449
insert K_30Width:InterpolationMasses 260 2.1197143
insert K_30Width:InterpolationMasses 261 2.1391837
insert K_30Width:InterpolationMasses 262 2.1586531
insert K_30Width:InterpolationMasses 263 2.1781224
insert K_30Width:InterpolationMasses 264 2.1975918
insert K_30Width:InterpolationMasses 265 2.2170612
insert K_30Width:InterpolationMasses 266 2.2365306
insert K_30Width:InterpolationMasses 267 2.256
insert K_30Width:InterpolationMasses 268 2.2754694
insert K_30Width:InterpolationMasses 269 2.2949388
insert K_30Width:InterpolationWidths 0 0.00056965717
insert K_30Width:InterpolationWidths 1 0.0007681216
insert K_30Width:InterpolationWidths 2 0.0010116943
insert K_30Width:InterpolationWidths 3 0.0013060936
insert K_30Width:InterpolationWidths 4 0.0016572928
insert K_30Width:InterpolationWidths 5 0.0020715198
insert K_30Width:InterpolationWidths 6 0.0025552562
insert K_30Width:InterpolationWidths 7 0.0031152376
insert K_30Width:InterpolationWidths 8 0.0037584548
insert K_30Width:InterpolationWidths 9 0.0044921543
insert K_30Width:InterpolationWidths 10 0.0053238404
insert K_30Width:InterpolationWidths 11 0.006261277
insert K_30Width:InterpolationWidths 12 0.0073124893
insert K_30Width:InterpolationWidths 13 0.0084857664
insert K_30Width:InterpolationWidths 14 0.0097896637
insert K_30Width:InterpolationWidths 15 0.011233005
insert K_30Width:InterpolationWidths 16 0.012824887
insert K_30Width:InterpolationWidths 17 0.01457468
insert K_30Width:InterpolationWidths 18 0.01649203
insert K_30Width:InterpolationWidths 19 0.018586867
insert K_30Width:InterpolationWidths 20 0.0208694
insert K_30Width:InterpolationWidths 21 0.023350129
insert K_30Width:InterpolationWidths 22 0.02603984
insert K_30Width:InterpolationWidths 23 0.028949615
insert K_30Width:InterpolationWidths 24 0.032090828
insert K_30Width:InterpolationWidths 25 0.035475156
insert K_30Width:InterpolationWidths 26 0.039114578
insert K_30Width:InterpolationWidths 27 0.043021377
insert K_30Width:InterpolationWidths 28 0.047208148
insert K_30Width:InterpolationWidths 29 0.051687797
insert K_30Width:InterpolationWidths 30 0.056473545
insert K_30Width:InterpolationWidths 31 0.061578936
insert K_30Width:InterpolationWidths 32 0.067017832
insert K_30Width:InterpolationWidths 33 0.072804426
insert K_30Width:InterpolationWidths 34 0.078953237
insert K_30Width:InterpolationWidths 35 0.085479119
insert K_30Width:InterpolationWidths 36 0.092397261
insert K_30Width:InterpolationWidths 37 0.099723192
insert K_30Width:InterpolationWidths 38 0.10747279
insert K_30Width:InterpolationWidths 39 0.11566226
insert K_30Width:InterpolationWidths 40 0.12430819
insert K_30Width:InterpolationWidths 41 0.13342749
insert K_30Width:InterpolationWidths 42 0.14303744
insert K_30Width:InterpolationWidths 43 0.15315569
insert K_30Width:InterpolationWidths 44 0.16380024
insert K_30Width:InterpolationWidths 45 0.17498946
insert K_30Width:InterpolationWidths 46 0.18674209
insert K_30Width:InterpolationWidths 47 0.19907725
insert K_30Width:InterpolationWidths 48 0.21201443
insert K_30Width:InterpolationWidths 49 0.22557351
insert K_30Width:InterpolationWidths 50 0.23977475
insert K_30Width:InterpolationWidths 51 0.25463879
insert K_30Width:InterpolationWidths 52 0.27018668
insert K_30Width:InterpolationWidths 53 0.28643984
insert K_30Width:InterpolationWidths 54 0.0002362603
insert K_30Width:InterpolationWidths 55 0.00032614565
insert K_30Width:InterpolationWidths 56 0.00044722191
insert K_30Width:InterpolationWidths 57 0.00060705263
insert K_30Width:InterpolationWidths 58 0.00081323055
insert K_30Width:InterpolationWidths 59 0.0010731021
insert K_30Width:InterpolationWidths 60 0.0013936424
insert K_30Width:InterpolationWidths 61 0.0017814179
insert K_30Width:InterpolationWidths 62 0.0022425947
insert K_30Width:InterpolationWidths 63 0.0027829644
insert K_30Width:InterpolationWidths 64 0.0034079769
insert K_30Width:InterpolationWidths 65 0.0041227737
insert K_30Width:InterpolationWidths 66 0.0049322194
insert K_30Width:InterpolationWidths 67 0.0058409304
insert K_30Width:InterpolationWidths 68 0.0068533003
insert K_30Width:InterpolationWidths 69 0.007973523
insert K_30Width:InterpolationWidths 70 0.0092056128
insert K_30Width:InterpolationWidths 71 0.010553422
insert K_30Width:InterpolationWidths 72 0.01202066
insert K_30Width:InterpolationWidths 73 0.013610897
insert K_30Width:InterpolationWidths 74 0.015327591
insert K_30Width:InterpolationWidths 75 0.01717409
insert K_30Width:InterpolationWidths 76 0.019153643
insert K_30Width:InterpolationWidths 77 0.021269408
insert K_30Width:InterpolationWidths 78 0.023524468
insert K_30Width:InterpolationWidths 79 0.025921823
insert K_30Width:InterpolationWidths 80 0.028464412
insert K_30Width:InterpolationWidths 81 0.031155094
insert K_30Width:InterpolationWidths 82 0.033996579
insert K_30Width:InterpolationWidths 83 0.036991431
insert K_30Width:InterpolationWidths 84 0.040142114
insert K_30Width:InterpolationWidths 85 0.043451005
insert K_30Width:InterpolationWidths 86 0.046920412
insert K_30Width:InterpolationWidths 87 0.050552577
insert K_30Width:InterpolationWidths 88 0.054349686
insert K_30Width:InterpolationWidths 89 0.058313874
insert K_30Width:InterpolationWidths 90 0.06244723
insert K_30Width:InterpolationWidths 91 0.066751802
insert K_30Width:InterpolationWidths 92 0.071229601
insert K_30Width:InterpolationWidths 93 0.075882601
insert K_30Width:InterpolationWidths 94 0.080712746
insert K_30Width:InterpolationWidths 95 0.085721954
insert K_30Width:InterpolationWidths 96 0.090912113
insert K_30Width:InterpolationWidths 97 0.096285089
insert K_30Width:InterpolationWidths 98 0.10184274
insert K_30Width:InterpolationWidths 99 0.10758686
insert K_30Width:InterpolationWidths 100 0.11351927
insert K_30Width:InterpolationWidths 101 0.11964175
insert K_30Width:InterpolationWidths 102 0.12595608
insert K_30Width:InterpolationWidths 103 0.13246402
insert K_30Width:InterpolationWidths 104 0.13916731
insert K_30Width:InterpolationWidths 105 0.14606769
insert K_30Width:InterpolationWidths 106 0.15316687
insert K_30Width:InterpolationWidths 107 0.16046656
insert K_30Width:InterpolationWidths 108 0.00070001474
insert K_30Width:InterpolationWidths 109 0.00087652226
insert K_30Width:InterpolationWidths 110 0.001081228
insert K_30Width:InterpolationWidths 111 0.0013162048
insert K_30Width:InterpolationWidths 112 0.0015834926
insert K_30Width:InterpolationWidths 113 0.0018850932
insert K_30Width:InterpolationWidths 114 0.0022229691
insert K_30Width:InterpolationWidths 115 0.0025990416
insert K_30Width:InterpolationWidths 116 0.0030151919
insert K_30Width:InterpolationWidths 117 0.0034732585
insert K_30Width:InterpolationWidths 118 0.00397504
insert K_30Width:InterpolationWidths 119 0.0045222944
insert K_30Width:InterpolationWidths 120 0.0051167406
insert K_30Width:InterpolationWidths 121 0.0057600587
insert K_30Width:InterpolationWidths 122 0.006453892
insert K_30Width:InterpolationWidths 123 0.0071998475
insert K_30Width:InterpolationWidths 124 0.0079994961
insert K_30Width:InterpolationWidths 125 0.0088543711
insert K_30Width:InterpolationWidths 126 0.0097659695
insert K_30Width:InterpolationWidths 127 0.010735753
insert K_30Width:InterpolationWidths 128 0.011765152
insert K_30Width:InterpolationWidths 129 0.01285556
insert K_30Width:InterpolationWidths 130 0.014008345
insert K_30Width:InterpolationWidths 131 0.015224839
insert K_30Width:InterpolationWidths 132 0.016506508
insert K_30Width:InterpolationWidths 133 0.017854157
insert K_30Width:InterpolationWidths 134 0.019269511
insert K_30Width:InterpolationWidths 135 0.02075364
insert K_30Width:InterpolationWidths 136 0.022307747
insert K_30Width:InterpolationWidths 137 0.023933012
insert K_30Width:InterpolationWidths 138 0.025630592
insert K_30Width:InterpolationWidths 139 0.027401627
insert K_30Width:InterpolationWidths 140 0.029247233
insert K_30Width:InterpolationWidths 141 0.03116851
insert K_30Width:InterpolationWidths 142 0.033166552
insert K_30Width:InterpolationWidths 143 0.035242397
insert K_30Width:InterpolationWidths 144 0.037397094
insert K_30Width:InterpolationWidths 145 0.039631702
insert K_30Width:InterpolationWidths 146 0.041947228
insert K_30Width:InterpolationWidths 147 0.044344676
insert K_30Width:InterpolationWidths 148 0.04682504
insert K_30Width:InterpolationWidths 149 0.0493893
insert K_30Width:InterpolationWidths 150 0.052038424
insert K_30Width:InterpolationWidths 151 0.054773371
insert K_30Width:InterpolationWidths 152 0.057595089
insert K_30Width:InterpolationWidths 153 0.060504516
insert K_30Width:InterpolationWidths 154 0.063502581
insert K_30Width:InterpolationWidths 155 0.066590204
insert K_30Width:InterpolationWidths 156 0.069768299
insert K_30Width:InterpolationWidths 157 0.073037769
insert K_30Width:InterpolationWidths 158 0.076399512
insert K_30Width:InterpolationWidths 159 0.079854419
insert K_30Width:InterpolationWidths 160 0.083403374
insert K_30Width:InterpolationWidths 161 0.087047256
insert K_30Width:InterpolationWidths 162 0.00011066273
insert K_30Width:InterpolationWidths 163 0.00015313945
insert K_30Width:InterpolationWidths 164 0.00021061351
insert K_30Width:InterpolationWidths 165 0.00028688264
insert K_30Width:InterpolationWidths 166 0.00038579732
insert K_30Width:InterpolationWidths 167 0.00051110426
insert K_30Width:InterpolationWidths 168 0.00066636956
insert K_30Width:InterpolationWidths 169 0.00085495374
insert K_30Width:InterpolationWidths 170 0.0010800124
insert K_30Width:InterpolationWidths 171 0.0013445084
insert K_30Width:InterpolationWidths 172 0.0016512279
insert K_30Width:InterpolationWidths 173 0.0020027976
insert K_30Width:InterpolationWidths 174 0.0024017007
insert K_30Width:InterpolationWidths 175 0.0028502921
insert K_30Width:InterpolationWidths 176 0.0033508112
insert K_30Width:InterpolationWidths 177 0.0039053942
insert K_30Width:InterpolationWidths 178 0.0045160842
insert K_30Width:InterpolationWidths 179 0.0051848418
insert K_30Width:InterpolationWidths 180 0.0059135497
insert K_30Width:InterpolationWidths 181 0.0067040249
insert K_30Width:InterpolationWidths 182 0.0075580221
insert K_30Width:InterpolationWidths 183 0.0084772402
insert K_30Width:InterpolationWidths 184 0.0094633275
insert K_30Width:InterpolationWidths 185 0.010517886
insert K_30Width:InterpolationWidths 186 0.011642477
insert K_30Width:InterpolationWidths 187 0.012838622
insert K_30Width:InterpolationWidths 188 0.014107808
insert K_30Width:InterpolationWidths 189 0.015451487
insert K_30Width:InterpolationWidths 190 0.016871042
insert K_30Width:InterpolationWidths 191 0.018367777
insert K_30Width:InterpolationWidths 192 0.019942942
insert K_30Width:InterpolationWidths 193 0.021597742
insert K_30Width:InterpolationWidths 194 0.023333346
insert K_30Width:InterpolationWidths 195 0.025150888
insert K_30Width:InterpolationWidths 196 0.027051473
insert K_30Width:InterpolationWidths 197 0.029036181
insert K_30Width:InterpolationWidths 198 0.031106067
insert K_30Width:InterpolationWidths 199 0.033262166
insert K_30Width:InterpolationWidths 200 0.035505492
insert K_30Width:InterpolationWidths 201 0.037837043
insert K_30Width:InterpolationWidths 202 0.0402578
insert K_30Width:InterpolationWidths 203 0.042768729
insert K_30Width:InterpolationWidths 204 0.045370783
insert K_30Width:InterpolationWidths 205 0.048064903
insert K_30Width:InterpolationWidths 206 0.050852025
insert K_30Width:InterpolationWidths 207 0.053733055
insert K_30Width:InterpolationWidths 208 0.05670891
insert K_30Width:InterpolationWidths 209 0.059780489
insert K_30Width:InterpolationWidths 210 0.062948687
insert K_30Width:InterpolationWidths 211 0.066214388
insert K_30Width:InterpolationWidths 212 0.069578472
insert K_30Width:InterpolationWidths 213 0.073041811
insert K_30Width:InterpolationWidths 214 0.076605272
insert K_30Width:InterpolationWidths 215 0.080269717
insert K_30Width:InterpolationWidths 216 0.00034152874
insert K_30Width:InterpolationWidths 217 0.00042787052
insert K_30Width:InterpolationWidths 218 0.00052808178
insert K_30Width:InterpolationWidths 219 0.00064319064
insert K_30Width:InterpolationWidths 220 0.00077421754
insert K_30Width:InterpolationWidths 221 0.00092215834
insert K_30Width:InterpolationWidths 222 0.0010879911
insert K_30Width:InterpolationWidths 223 0.0012726741
insert K_30Width:InterpolationWidths 224 0.0014771449
insert K_30Width:InterpolationWidths 225 0.0017023209
insert K_30Width:InterpolationWidths 226 0.0019490992
insert K_30Width:InterpolationWidths 227 0.0022183569
insert K_30Width:InterpolationWidths 228 0.0025109515
insert K_30Width:InterpolationWidths 229 0.002827721
insert K_30Width:InterpolationWidths 230 0.003169484
insert K_30Width:InterpolationWidths 231 0.0035370387
insert K_30Width:InterpolationWidths 232 0.0039311636
insert K_30Width:InterpolationWidths 233 0.0043526182
insert K_30Width:InterpolationWidths 234 0.0048021437
insert K_30Width:InterpolationWidths 235 0.0052804635
insert K_30Width:InterpolationWidths 236 0.0057882839
insert K_30Width:InterpolationWidths 237 0.0063262942
insert K_30Width:InterpolationWidths 238 0.0068951684
insert K_30Width:InterpolationWidths 239 0.007495565
insert K_30Width:InterpolationWidths 240 0.0081281277
insert K_30Width:InterpolationWidths 241 0.0087934867
insert K_30Width:InterpolationWidths 242 0.0094922585
insert K_30Width:InterpolationWidths 243 0.010225047
insert K_30Width:InterpolationWidths 244 0.010992444
insert K_30Width:InterpolationWidths 245 0.01179503
insert K_30Width:InterpolationWidths 246 0.012633375
insert K_30Width:InterpolationWidths 247 0.013508041
insert K_30Width:InterpolationWidths 248 0.01441957
insert K_30Width:InterpolationWidths 249 0.0153685
insert K_30Width:InterpolationWidths 250 0.016355372
insert K_30Width:InterpolationWidths 251 0.017380704
insert K_30Width:InterpolationWidths 252 0.018445011
insert K_30Width:InterpolationWidths 253 0.0195488
insert K_30Width:InterpolationWidths 254 0.020692571
insert K_30Width:InterpolationWidths 255 0.021876817
insert K_30Width:InterpolationWidths 256 0.023102026
insert K_30Width:InterpolationWidths 257 0.024368679
insert K_30Width:InterpolationWidths 258 0.025677251
insert K_30Width:InterpolationWidths 259 0.027028213
insert K_30Width:InterpolationWidths 260 0.028422029
insert K_30Width:InterpolationWidths 261 0.029859161
insert K_30Width:InterpolationWidths 262 0.031340063
insert K_30Width:InterpolationWidths 263 0.032865188
insert K_30Width:InterpolationWidths 264 0.034434984
insert K_30Width:InterpolationWidths 265 0.036049894
insert K_30Width:InterpolationWidths 266 0.03771036
insert K_30Width:InterpolationWidths 267 0.039416818
insert K_30Width:InterpolationWidths 268 0.041169702
insert K_30Width:InterpolationWidths 269 0.042969444
insert K_30Width:NumberofEntries 0 54
insert K_30Width:NumberofEntries 1 108
insert K_30Width:NumberofEntries 2 162
insert K_30Width:NumberofEntries 3 162
insert K_30Width:NumberofEntries 4 216
insert K_30Width:NumberofEntries 5 270
insert K_30Width:NumberofEntries 6 270
newdef /Herwig/Particles/K_3*bar0:Width_generator K_30Width
newdef /Herwig/Particles/K_3*0:Width_generator K_30Width
#
create Herwig::GenericWidthGenerator TopWidth
newdef TopWidth:Particle /Herwig/Particles/t
newdef TopWidth:Prefactor 1.0005
newdef TopWidth:BRNormalize 1
newdef TopWidth:BRMinimum 0.01
newdef TopWidth:Points 50
newdef TopWidth:InterpolationOrder 1
insert TopWidth:MEtype 0 2
insert TopWidth:MEtype 1 2
insert TopWidth:MEtype 2 2
insert TopWidth:MEtype 3 2
insert TopWidth:MEtype 4 2
insert TopWidth:MEtype 5 2
insert TopWidth:MEtype 6 2
insert TopWidth:MEtype 7 2
insert TopWidth:MEcode 0 0
insert TopWidth:MEcode 1 0
insert TopWidth:MEcode 2 0
insert TopWidth:MEcode 3 0
insert TopWidth:MEcode 4 0
insert TopWidth:MEcode 5 0
insert TopWidth:MEcode 6 0
insert TopWidth:MEcode 7 0
insert TopWidth:MEcoupling 0 0.894738
insert TopWidth:MEcoupling 1 0.96867
insert TopWidth:MEcoupling 2 1.00433
insert TopWidth:MEcoupling 3 0.969264
insert TopWidth:MEcoupling 4 1.00419
insert TopWidth:MEcoupling 5 0.961349
insert TopWidth:MEcoupling 6 0.961352
insert TopWidth:MEcoupling 7 0.96136
insert TopWidth:ModeOn 0 0
insert TopWidth:ModeOn 1 1
insert TopWidth:ModeOn 2 1
insert TopWidth:ModeOn 3 1
insert TopWidth:ModeOn 4 1
insert TopWidth:ModeOn 5 1
insert TopWidth:ModeOn 6 1
insert TopWidth:ModeOn 7 1
insert TopWidth:MinimumMasses 0 9.65
insert TopWidth:MinimumMasses 1 5.455
insert TopWidth:MinimumMasses 2 5.545
insert TopWidth:MinimumMasses 3 4.2973
insert TopWidth:MinimumMasses 4 4.2073
insert TopWidth:MinimumMasses 5 4.20051
insert TopWidth:MinimumMasses 6 4.30566
insert TopWidth:MinimumMasses 7 5.97699
insert TopWidth:MEmass1 0 0
insert TopWidth:MEmass1 1 0
insert TopWidth:MEmass1 2 0
insert TopWidth:MEmass1 3 0
insert TopWidth:MEmass1 4 0
insert TopWidth:MEmass1 5 0
insert TopWidth:MEmass1 6 0
insert TopWidth:MEmass1 7 0
insert TopWidth:MEmass2 0 0
insert TopWidth:MEmass2 1 0
insert TopWidth:MEmass2 2 0
insert TopWidth:MEmass2 3 0
insert TopWidth:MEmass2 4 0
insert TopWidth:MEmass2 5 0
insert TopWidth:MEmass2 6 0
insert TopWidth:MEmass2 7 0
insert TopWidth:DecayModes 0 t->b,bbar,c;
insert TopWidth:DecayModes 1 t->b,c,dbar;
insert TopWidth:DecayModes 2 t->b,c,sbar;
insert TopWidth:DecayModes 3 t->b,sbar,u;
insert TopWidth:DecayModes 4 t->b,u,dbar;
insert TopWidth:DecayModes 5 t->nu_e,e+,b;
insert TopWidth:DecayModes 6 t->nu_mu,mu+,b;
insert TopWidth:DecayModes 7 t->nu_tau,tau+,b;
insert TopWidth:InterpolationMasses 0 160.2
insert TopWidth:InterpolationMasses 1 160.77143
insert TopWidth:InterpolationMasses 2 161.34286
insert TopWidth:InterpolationMasses 3 161.91429
insert TopWidth:InterpolationMasses 4 162.48571
insert TopWidth:InterpolationMasses 5 163.05714
insert TopWidth:InterpolationMasses 6 163.62857
insert TopWidth:InterpolationMasses 7 164.2
insert TopWidth:InterpolationMasses 8 164.77143
insert TopWidth:InterpolationMasses 9 165.34286
insert TopWidth:InterpolationMasses 10 165.91429
insert TopWidth:InterpolationMasses 11 166.48571
insert TopWidth:InterpolationMasses 12 167.05714
insert TopWidth:InterpolationMasses 13 167.62857
insert TopWidth:InterpolationMasses 14 168.2
insert TopWidth:InterpolationMasses 15 168.77143
insert TopWidth:InterpolationMasses 16 169.34286
insert TopWidth:InterpolationMasses 17 169.91429
insert TopWidth:InterpolationMasses 18 170.48571
insert TopWidth:InterpolationMasses 19 171.05714
insert TopWidth:InterpolationMasses 20 171.62857
insert TopWidth:InterpolationMasses 21 172.2
insert TopWidth:InterpolationMasses 22 172.77143
insert TopWidth:InterpolationMasses 23 173.34286
insert TopWidth:InterpolationMasses 24 173.91429
insert TopWidth:InterpolationMasses 25 174.48571
insert TopWidth:InterpolationMasses 26 175.05714
insert TopWidth:InterpolationMasses 27 175.62857
insert TopWidth:InterpolationMasses 28 176.2
insert TopWidth:InterpolationMasses 29 176.77143
insert TopWidth:InterpolationMasses 30 177.34286
insert TopWidth:InterpolationMasses 31 177.91429
insert TopWidth:InterpolationMasses 32 178.48571
insert TopWidth:InterpolationMasses 33 179.05714
insert TopWidth:InterpolationMasses 34 179.62857
insert TopWidth:InterpolationMasses 35 180.2
insert TopWidth:InterpolationMasses 36 180.77143
insert TopWidth:InterpolationMasses 37 181.34286
insert TopWidth:InterpolationMasses 38 181.91429
insert TopWidth:InterpolationMasses 39 182.48571
insert TopWidth:InterpolationMasses 40 183.05714
insert TopWidth:InterpolationMasses 41 183.62857
insert TopWidth:InterpolationMasses 42 184.2
insert TopWidth:InterpolationMasses 43 184.77143
insert TopWidth:InterpolationMasses 44 185.34286
insert TopWidth:InterpolationMasses 45 185.91429
insert TopWidth:InterpolationMasses 46 186.48571
insert TopWidth:InterpolationMasses 47 187.05714
insert TopWidth:InterpolationMasses 48 187.62857
insert TopWidth:InterpolationMasses 49 188.2
insert TopWidth:InterpolationMasses 50 160.2
insert TopWidth:InterpolationMasses 51 160.77143
insert TopWidth:InterpolationMasses 52 161.34286
insert TopWidth:InterpolationMasses 53 161.91429
insert TopWidth:InterpolationMasses 54 162.48571
insert TopWidth:InterpolationMasses 55 163.05714
insert TopWidth:InterpolationMasses 56 163.62857
insert TopWidth:InterpolationMasses 57 164.2
insert TopWidth:InterpolationMasses 58 164.77143
insert TopWidth:InterpolationMasses 59 165.34286
insert TopWidth:InterpolationMasses 60 165.91429
insert TopWidth:InterpolationMasses 61 166.48571
insert TopWidth:InterpolationMasses 62 167.05714
insert TopWidth:InterpolationMasses 63 167.62857
insert TopWidth:InterpolationMasses 64 168.2
insert TopWidth:InterpolationMasses 65 168.77143
insert TopWidth:InterpolationMasses 66 169.34286
insert TopWidth:InterpolationMasses 67 169.91429
insert TopWidth:InterpolationMasses 68 170.48571
insert TopWidth:InterpolationMasses 69 171.05714
insert TopWidth:InterpolationMasses 70 171.62857
insert TopWidth:InterpolationMasses 71 172.2
insert TopWidth:InterpolationMasses 72 172.77143
insert TopWidth:InterpolationMasses 73 173.34286
insert TopWidth:InterpolationMasses 74 173.91429
insert TopWidth:InterpolationMasses 75 174.48571
insert TopWidth:InterpolationMasses 76 175.05714
insert TopWidth:InterpolationMasses 77 175.62857
insert TopWidth:InterpolationMasses 78 176.2
insert TopWidth:InterpolationMasses 79 176.77143
insert TopWidth:InterpolationMasses 80 177.34286
insert TopWidth:InterpolationMasses 81 177.91429
insert TopWidth:InterpolationMasses 82 178.48571
insert TopWidth:InterpolationMasses 83 179.05714
insert TopWidth:InterpolationMasses 84 179.62857
insert TopWidth:InterpolationMasses 85 180.2
insert TopWidth:InterpolationMasses 86 180.77143
insert TopWidth:InterpolationMasses 87 181.34286
insert TopWidth:InterpolationMasses 88 181.91429
insert TopWidth:InterpolationMasses 89 182.48571
insert TopWidth:InterpolationMasses 90 183.05714
insert TopWidth:InterpolationMasses 91 183.62857
insert TopWidth:InterpolationMasses 92 184.2
insert TopWidth:InterpolationMasses 93 184.77143
insert TopWidth:InterpolationMasses 94 185.34286
insert TopWidth:InterpolationMasses 95 185.91429
insert TopWidth:InterpolationMasses 96 186.48571
insert TopWidth:InterpolationMasses 97 187.05714
insert TopWidth:InterpolationMasses 98 187.62857
insert TopWidth:InterpolationMasses 99 188.2
insert TopWidth:InterpolationMasses 100 160.2
insert TopWidth:InterpolationMasses 101 160.77143
insert TopWidth:InterpolationMasses 102 161.34286
insert TopWidth:InterpolationMasses 103 161.91429
insert TopWidth:InterpolationMasses 104 162.48571
insert TopWidth:InterpolationMasses 105 163.05714
insert TopWidth:InterpolationMasses 106 163.62857
insert TopWidth:InterpolationMasses 107 164.2
insert TopWidth:InterpolationMasses 108 164.77143
insert TopWidth:InterpolationMasses 109 165.34286
insert TopWidth:InterpolationMasses 110 165.91429
insert TopWidth:InterpolationMasses 111 166.48571
insert TopWidth:InterpolationMasses 112 167.05714
insert TopWidth:InterpolationMasses 113 167.62857
insert TopWidth:InterpolationMasses 114 168.2
insert TopWidth:InterpolationMasses 115 168.77143
insert TopWidth:InterpolationMasses 116 169.34286
insert TopWidth:InterpolationMasses 117 169.91429
insert TopWidth:InterpolationMasses 118 170.48571
insert TopWidth:InterpolationMasses 119 171.05714
insert TopWidth:InterpolationMasses 120 171.62857
insert TopWidth:InterpolationMasses 121 172.2
insert TopWidth:InterpolationMasses 122 172.77143
insert TopWidth:InterpolationMasses 123 173.34286
insert TopWidth:InterpolationMasses 124 173.91429
insert TopWidth:InterpolationMasses 125 174.48571
insert TopWidth:InterpolationMasses 126 175.05714
insert TopWidth:InterpolationMasses 127 175.62857
insert TopWidth:InterpolationMasses 128 176.2
insert TopWidth:InterpolationMasses 129 176.77143
insert TopWidth:InterpolationMasses 130 177.34286
insert TopWidth:InterpolationMasses 131 177.91429
insert TopWidth:InterpolationMasses 132 178.48571
insert TopWidth:InterpolationMasses 133 179.05714
insert TopWidth:InterpolationMasses 134 179.62857
insert TopWidth:InterpolationMasses 135 180.2
insert TopWidth:InterpolationMasses 136 180.77143
insert TopWidth:InterpolationMasses 137 181.34286
insert TopWidth:InterpolationMasses 138 181.91429
insert TopWidth:InterpolationMasses 139 182.48571
insert TopWidth:InterpolationMasses 140 183.05714
insert TopWidth:InterpolationMasses 141 183.62857
insert TopWidth:InterpolationMasses 142 184.2
insert TopWidth:InterpolationMasses 143 184.77143
insert TopWidth:InterpolationMasses 144 185.34286
insert TopWidth:InterpolationMasses 145 185.91429
insert TopWidth:InterpolationMasses 146 186.48571
insert TopWidth:InterpolationMasses 147 187.05714
insert TopWidth:InterpolationMasses 148 187.62857
insert TopWidth:InterpolationMasses 149 188.2
insert TopWidth:InterpolationMasses 150 160.2
insert TopWidth:InterpolationMasses 151 160.77143
insert TopWidth:InterpolationMasses 152 161.34286
insert TopWidth:InterpolationMasses 153 161.91429
insert TopWidth:InterpolationMasses 154 162.48571
insert TopWidth:InterpolationMasses 155 163.05714
insert TopWidth:InterpolationMasses 156 163.62857
insert TopWidth:InterpolationMasses 157 164.2
insert TopWidth:InterpolationMasses 158 164.77143
insert TopWidth:InterpolationMasses 159 165.34286
insert TopWidth:InterpolationMasses 160 165.91429
insert TopWidth:InterpolationMasses 161 166.48571
insert TopWidth:InterpolationMasses 162 167.05714
insert TopWidth:InterpolationMasses 163 167.62857
insert TopWidth:InterpolationMasses 164 168.2
insert TopWidth:InterpolationMasses 165 168.77143
insert TopWidth:InterpolationMasses 166 169.34286
insert TopWidth:InterpolationMasses 167 169.91429
insert TopWidth:InterpolationMasses 168 170.48571
insert TopWidth:InterpolationMasses 169 171.05714
insert TopWidth:InterpolationMasses 170 171.62857
insert TopWidth:InterpolationMasses 171 172.2
insert TopWidth:InterpolationMasses 172 172.77143
insert TopWidth:InterpolationMasses 173 173.34286
insert TopWidth:InterpolationMasses 174 173.91429
insert TopWidth:InterpolationMasses 175 174.48571
insert TopWidth:InterpolationMasses 176 175.05714
insert TopWidth:InterpolationMasses 177 175.62857
insert TopWidth:InterpolationMasses 178 176.2
insert TopWidth:InterpolationMasses 179 176.77143
insert TopWidth:InterpolationMasses 180 177.34286
insert TopWidth:InterpolationMasses 181 177.91429
insert TopWidth:InterpolationMasses 182 178.48571
insert TopWidth:InterpolationMasses 183 179.05714
insert TopWidth:InterpolationMasses 184 179.62857
insert TopWidth:InterpolationMasses 185 180.2
insert TopWidth:InterpolationMasses 186 180.77143
insert TopWidth:InterpolationMasses 187 181.34286
insert TopWidth:InterpolationMasses 188 181.91429
insert TopWidth:InterpolationMasses 189 182.48571
insert TopWidth:InterpolationMasses 190 183.05714
insert TopWidth:InterpolationMasses 191 183.62857
insert TopWidth:InterpolationMasses 192 184.2
insert TopWidth:InterpolationMasses 193 184.77143
insert TopWidth:InterpolationMasses 194 185.34286
insert TopWidth:InterpolationMasses 195 185.91429
insert TopWidth:InterpolationMasses 196 186.48571
insert TopWidth:InterpolationMasses 197 187.05714
insert TopWidth:InterpolationMasses 198 187.62857
insert TopWidth:InterpolationMasses 199 188.2
insert TopWidth:InterpolationMasses 200 160.2
insert TopWidth:InterpolationMasses 201 160.77143
insert TopWidth:InterpolationMasses 202 161.34286
insert TopWidth:InterpolationMasses 203 161.91429
insert TopWidth:InterpolationMasses 204 162.48571
insert TopWidth:InterpolationMasses 205 163.05714
insert TopWidth:InterpolationMasses 206 163.62857
insert TopWidth:InterpolationMasses 207 164.2
insert TopWidth:InterpolationMasses 208 164.77143
insert TopWidth:InterpolationMasses 209 165.34286
insert TopWidth:InterpolationMasses 210 165.91429
insert TopWidth:InterpolationMasses 211 166.48571
insert TopWidth:InterpolationMasses 212 167.05714
insert TopWidth:InterpolationMasses 213 167.62857
insert TopWidth:InterpolationMasses 214 168.2
insert TopWidth:InterpolationMasses 215 168.77143
insert TopWidth:InterpolationMasses 216 169.34286
insert TopWidth:InterpolationMasses 217 169.91429
insert TopWidth:InterpolationMasses 218 170.48571
insert TopWidth:InterpolationMasses 219 171.05714
insert TopWidth:InterpolationMasses 220 171.62857
insert TopWidth:InterpolationMasses 221 172.2
insert TopWidth:InterpolationMasses 222 172.77143
insert TopWidth:InterpolationMasses 223 173.34286
insert TopWidth:InterpolationMasses 224 173.91429
insert TopWidth:InterpolationMasses 225 174.48571
insert TopWidth:InterpolationMasses 226 175.05714
insert TopWidth:InterpolationMasses 227 175.62857
insert TopWidth:InterpolationMasses 228 176.2
insert TopWidth:InterpolationMasses 229 176.77143
insert TopWidth:InterpolationMasses 230 177.34286
insert TopWidth:InterpolationMasses 231 177.91429
insert TopWidth:InterpolationMasses 232 178.48571
insert TopWidth:InterpolationMasses 233 179.05714
insert TopWidth:InterpolationMasses 234 179.62857
insert TopWidth:InterpolationMasses 235 180.2
insert TopWidth:InterpolationMasses 236 180.77143
insert TopWidth:InterpolationMasses 237 181.34286
insert TopWidth:InterpolationMasses 238 181.91429
insert TopWidth:InterpolationMasses 239 182.48571
insert TopWidth:InterpolationMasses 240 183.05714
insert TopWidth:InterpolationMasses 241 183.62857
insert TopWidth:InterpolationMasses 242 184.2
insert TopWidth:InterpolationMasses 243 184.77143
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insert TopWidth:InterpolationWidths 323 0.15464684
insert TopWidth:InterpolationWidths 324 0.15645565
insert TopWidth:InterpolationWidths 325 0.15827624
insert TopWidth:InterpolationWidths 326 0.16010865
insert TopWidth:InterpolationWidths 327 0.16195291
insert TopWidth:InterpolationWidths 328 0.16380905
insert TopWidth:InterpolationWidths 329 0.16567713
insert TopWidth:InterpolationWidths 330 0.16755818
insert TopWidth:InterpolationWidths 331 0.16945025
insert TopWidth:InterpolationWidths 332 0.17135436
insert TopWidth:InterpolationWidths 333 0.17327055
insert TopWidth:InterpolationWidths 334 0.17519885
insert TopWidth:InterpolationWidths 335 0.17713931
insert TopWidth:InterpolationWidths 336 0.17909195
insert TopWidth:InterpolationWidths 337 0.18105682
insert TopWidth:InterpolationWidths 338 0.18303396
insert TopWidth:InterpolationWidths 339 0.18502341
insert TopWidth:InterpolationWidths 340 0.18702519
insert TopWidth:InterpolationWidths 341 0.18903936
insert TopWidth:InterpolationWidths 342 0.19106594
insert TopWidth:InterpolationWidths 343 0.19310498
insert TopWidth:InterpolationWidths 344 0.19515652
insert TopWidth:InterpolationWidths 345 0.19722059
insert TopWidth:InterpolationWidths 346 0.19929723
insert TopWidth:InterpolationWidths 347 0.20138648
insert TopWidth:InterpolationWidths 348 0.20348838
insert TopWidth:InterpolationWidths 349 0.20560297
insert TopWidth:InterpolationWidths 350 0.11612456
insert TopWidth:InterpolationWidths 351 0.11767136
insert TopWidth:InterpolationWidths 352 0.11922911
insert TopWidth:InterpolationWidths 353 0.12079784
insert TopWidth:InterpolationWidths 354 0.12237759
insert TopWidth:InterpolationWidths 355 0.12396839
insert TopWidth:InterpolationWidths 356 0.12557026
insert TopWidth:InterpolationWidths 357 0.12718326
insert TopWidth:InterpolationWidths 358 0.12880741
insert TopWidth:InterpolationWidths 359 0.13044275
insert TopWidth:InterpolationWidths 360 0.13208932
insert TopWidth:InterpolationWidths 361 0.13374715
insert TopWidth:InterpolationWidths 362 0.13541627
insert TopWidth:InterpolationWidths 363 0.13709672
insert TopWidth:InterpolationWidths 364 0.13878854
insert TopWidth:InterpolationWidths 365 0.14049176
insert TopWidth:InterpolationWidths 366 0.14220643
insert TopWidth:InterpolationWidths 367 0.14393256
insert TopWidth:InterpolationWidths 368 0.14567021
insert TopWidth:InterpolationWidths 369 0.14741941
insert TopWidth:InterpolationWidths 370 0.1491802
insert TopWidth:InterpolationWidths 371 0.1509526
insert TopWidth:InterpolationWidths 372 0.15273667
insert TopWidth:InterpolationWidths 373 0.15453242
insert TopWidth:InterpolationWidths 374 0.15633991
insert TopWidth:InterpolationWidths 375 0.15815917
insert TopWidth:InterpolationWidths 376 0.15999024
insert TopWidth:InterpolationWidths 377 0.16183315
insert TopWidth:InterpolationWidths 378 0.16368794
insert TopWidth:InterpolationWidths 379 0.16555464
insert TopWidth:InterpolationWidths 380 0.16743419
insert TopWidth:InterpolationWidths 381 0.16932488
insert TopWidth:InterpolationWidths 382 0.1712276
insert TopWidth:InterpolationWidths 383 0.17314238
insert TopWidth:InterpolationWidths 384 0.17506927
insert TopWidth:InterpolationWidths 385 0.17700831
insert TopWidth:InterpolationWidths 386 0.17895952
insert TopWidth:InterpolationWidths 387 0.18092296
insert TopWidth:InterpolationWidths 388 0.18289865
insert TopWidth:InterpolationWidths 389 0.18488664
insert TopWidth:InterpolationWidths 390 0.18688696
insert TopWidth:InterpolationWidths 391 0.18889965
insert TopWidth:InterpolationWidths 392 0.19092475
insert TopWidth:InterpolationWidths 393 0.1929623
insert TopWidth:InterpolationWidths 394 0.19501233
insert TopWidth:InterpolationWidths 395 0.19707489
insert TopWidth:InterpolationWidths 396 0.19915002
insert TopWidth:InterpolationWidths 397 0.20123774
insert TopWidth:InterpolationWidths 398 0.2033381
insert TopWidth:InterpolationWidths 399 0.20545114
insert TopWidth:NumberofEntries 0 50
insert TopWidth:NumberofEntries 1 100
insert TopWidth:NumberofEntries 2 150
insert TopWidth:NumberofEntries 3 200
insert TopWidth:NumberofEntries 4 250
insert TopWidth:NumberofEntries 5 300
insert TopWidth:NumberofEntries 6 350
insert TopWidth:NumberofEntries 7 400
newdef /Herwig/Particles/t:Width_generator TopWidth
newdef /Herwig/Particles/tbar:Width_generator TopWidth
#
create Herwig::GenericWidthGenerator psi_3_1DWidth
newdef psi_3_1DWidth:Particle /Herwig/Particles/psi_3(1D)
newdef psi_3_1DWidth:Prefactor 1
newdef psi_3_1DWidth:BRNormalize 1
newdef psi_3_1DWidth:BRMinimum 0.01
newdef psi_3_1DWidth:Points 50
newdef psi_3_1DWidth:InterpolationOrder 1
insert psi_3_1DWidth:MEtype 0 1
insert psi_3_1DWidth:MEtype 1 1
insert psi_3_1DWidth:MEcode 0 13
insert psi_3_1DWidth:MEcode 1 13
insert psi_3_1DWidth:MEcoupling 0 88.7905
insert psi_3_1DWidth:MEcoupling 1 88.7381
insert psi_3_1DWidth:ModeOn 0 1
insert psi_3_1DWidth:ModeOn 1 1
insert psi_3_1DWidth:MinimumMasses 0 3.73932
insert psi_3_1DWidth:MinimumMasses 1 3.72968
insert psi_3_1DWidth:MEmass1 0 1.86966
insert psi_3_1DWidth:MEmass1 1 1.86484
insert psi_3_1DWidth:MEmass2 0 1.86966
insert psi_3_1DWidth:MEmass2 1 1.86484
insert psi_3_1DWidth:DecayModes 0 psi_3(1D)->D+,D-;
insert psi_3_1DWidth:DecayModes 1 psi_3(1D)->D0,Dbar0;
insert psi_3_1DWidth:NumberofEntries 0 0
insert psi_3_1DWidth:NumberofEntries 1 0
newdef /Herwig/Particles/psi_3(1D):Width_generator psi_3_1DWidth
#
create Herwig::GenericWidthGenerator Upsilon5SWidth
newdef Upsilon5SWidth:Particle /Herwig/Particles/Upsilon(5S)
newdef Upsilon5SWidth:Prefactor 1.11559
newdef Upsilon5SWidth:BRNormalize 1
newdef Upsilon5SWidth:BRMinimum 0.01
newdef Upsilon5SWidth:Points 50
newdef Upsilon5SWidth:InterpolationOrder 1
newdef Upsilon5SWidth:Prefactor 1.11554
newdef Upsilon5SWidth:BRNormalize 1
newdef Upsilon5SWidth:BRMinimum 0.01
newdef Upsilon5SWidth:Points 50
newdef Upsilon5SWidth:InterpolationOrder 1
insert Upsilon5SWidth:MEtype 0 2
insert Upsilon5SWidth:MEtype 1 2
insert Upsilon5SWidth:MEtype 2 2
insert Upsilon5SWidth:MEtype 3 2
insert Upsilon5SWidth:MEtype 4 2
insert Upsilon5SWidth:MEtype 5 2
insert Upsilon5SWidth:MEtype 6 2
insert Upsilon5SWidth:MEtype 7 1
insert Upsilon5SWidth:MEtype 8 1
insert Upsilon5SWidth:MEtype 9 0
insert Upsilon5SWidth:MEtype 10 0
insert Upsilon5SWidth:MEtype 11 0
insert Upsilon5SWidth:MEtype 12 0
insert Upsilon5SWidth:MEtype 13 0
insert Upsilon5SWidth:MEtype 14 2
insert Upsilon5SWidth:MEtype 15 2
insert Upsilon5SWidth:MEtype 16 0
insert Upsilon5SWidth:MEtype 17 0
insert Upsilon5SWidth:MEtype 18 0
insert Upsilon5SWidth:MEtype 19 0
insert Upsilon5SWidth:MEtype 20 0
insert Upsilon5SWidth:MEtype 21 0
insert Upsilon5SWidth:MEtype 22 1
insert Upsilon5SWidth:MEtype 23 0
insert Upsilon5SWidth:MEtype 24 0
insert Upsilon5SWidth:MEtype 25 0
insert Upsilon5SWidth:MEtype 26 0
insert Upsilon5SWidth:MEtype 27 0
insert Upsilon5SWidth:MEtype 28 0
insert Upsilon5SWidth:MEtype 29 0
insert Upsilon5SWidth:MEtype 30 0
insert Upsilon5SWidth:MEtype 31 0
insert Upsilon5SWidth:MEtype 32 0
insert Upsilon5SWidth:MEtype 33 0
insert Upsilon5SWidth:MEtype 34 0
insert Upsilon5SWidth:MEtype 35 0
insert Upsilon5SWidth:MEtype 36 0
insert Upsilon5SWidth:MEtype 37 0
insert Upsilon5SWidth:MEtype 38 0
insert Upsilon5SWidth:MEtype 39 0
insert Upsilon5SWidth:MEtype 40 0
insert Upsilon5SWidth:MEtype 41 1
insert Upsilon5SWidth:MEtype 42 1
insert Upsilon5SWidth:MEtype 43 1
insert Upsilon5SWidth:MEcode 0 0
insert Upsilon5SWidth:MEcode 1 0
insert Upsilon5SWidth:MEcode 2 0
insert Upsilon5SWidth:MEcode 3 0
insert Upsilon5SWidth:MEcode 4 0
insert Upsilon5SWidth:MEcode 5 0
insert Upsilon5SWidth:MEcode 6 0
insert Upsilon5SWidth:MEcode 7 0
insert Upsilon5SWidth:MEcode 8 0
insert Upsilon5SWidth:MEcode 9 0
insert Upsilon5SWidth:MEcode 10 0
insert Upsilon5SWidth:MEcode 11 0
insert Upsilon5SWidth:MEcode 12 0
insert Upsilon5SWidth:MEcode 13 0
insert Upsilon5SWidth:MEcode 14 0
insert Upsilon5SWidth:MEcode 15 0
insert Upsilon5SWidth:MEcode 16 0
insert Upsilon5SWidth:MEcode 17 0
insert Upsilon5SWidth:MEcode 18 0
insert Upsilon5SWidth:MEcode 19 0
insert Upsilon5SWidth:MEcode 20 0
insert Upsilon5SWidth:MEcode 21 0
insert Upsilon5SWidth:MEcode 22 0
insert Upsilon5SWidth:MEcode 23 0
insert Upsilon5SWidth:MEcode 24 0
insert Upsilon5SWidth:MEcode 25 0
insert Upsilon5SWidth:MEcode 26 0
insert Upsilon5SWidth:MEcode 27 0
insert Upsilon5SWidth:MEcode 28 0
insert Upsilon5SWidth:MEcode 29 0
insert Upsilon5SWidth:MEcode 30 0
insert Upsilon5SWidth:MEcode 31 0
insert Upsilon5SWidth:MEcode 32 0
insert Upsilon5SWidth:MEcode 33 0
insert Upsilon5SWidth:MEcode 34 0
insert Upsilon5SWidth:MEcode 35 0
insert Upsilon5SWidth:MEcode 36 0
insert Upsilon5SWidth:MEcode 37 0
insert Upsilon5SWidth:MEcode 38 0
insert Upsilon5SWidth:MEcode 39 0
insert Upsilon5SWidth:MEcode 40 0
insert Upsilon5SWidth:MEcode 41 2
insert Upsilon5SWidth:MEcode 42 2
insert Upsilon5SWidth:MEcode 43 2
insert Upsilon5SWidth:MEcoupling 0 1.06236
insert Upsilon5SWidth:MEcoupling 1 1.06236
insert Upsilon5SWidth:MEcoupling 2 1.22096
insert Upsilon5SWidth:MEcoupling 3 1.02613
insert Upsilon5SWidth:MEcoupling 4 1.0278
insert Upsilon5SWidth:MEcoupling 5 1.0278
insert Upsilon5SWidth:MEcoupling 6 1.02613
insert Upsilon5SWidth:MEcoupling 7 1.32777
insert Upsilon5SWidth:MEcoupling 8 1.32591
insert Upsilon5SWidth:MEcoupling 9 0.012234
insert Upsilon5SWidth:MEcoupling 10 0.012234
insert Upsilon5SWidth:MEcoupling 11 0.012234
insert Upsilon5SWidth:MEcoupling 12 0.012234
insert Upsilon5SWidth:MEcoupling 13 0.0078
insert Upsilon5SWidth:MEcoupling 14 1.0746
insert Upsilon5SWidth:MEcoupling 15 1.0746
insert Upsilon5SWidth:MEcoupling 16 0.006117
insert Upsilon5SWidth:MEcoupling 17 0.006117
insert Upsilon5SWidth:MEcoupling 18 0.006117
insert Upsilon5SWidth:MEcoupling 19 0.006117
insert Upsilon5SWidth:MEcoupling 20 0.0057
insert Upsilon5SWidth:MEcoupling 21 0.0053
insert Upsilon5SWidth:MEcoupling 22 0.75486
insert Upsilon5SWidth:MEcoupling 23 0.0048
insert Upsilon5SWidth:MEcoupling 24 0.0048
insert Upsilon5SWidth:MEcoupling 25 0.0039
insert Upsilon5SWidth:MEcoupling 26 0.0035
insert Upsilon5SWidth:MEcoupling 27 0.003352
insert Upsilon5SWidth:MEcoupling 28 0.003352
insert Upsilon5SWidth:MEcoupling 29 0.00285
insert Upsilon5SWidth:MEcoupling 30 0.00265
insert Upsilon5SWidth:MEcoupling 31 0.0024
insert Upsilon5SWidth:MEcoupling 32 0.00185
insert Upsilon5SWidth:MEcoupling 33 0.00175
insert Upsilon5SWidth:MEcoupling 34 0.001676
insert Upsilon5SWidth:MEcoupling 35 0.001676
insert Upsilon5SWidth:MEcoupling 36 0.00061
insert Upsilon5SWidth:MEcoupling 37 0.00061
insert Upsilon5SWidth:MEcoupling 38 0.0006
insert Upsilon5SWidth:MEcoupling 39 0.0006
insert Upsilon5SWidth:MEcoupling 40 0.00052
insert Upsilon5SWidth:MEcoupling 41 0.0010125
insert Upsilon5SWidth:MEcoupling 42 0.0010125
insert Upsilon5SWidth:MEcoupling 43 0.00101474
insert Upsilon5SWidth:ModeOn 0 1
insert Upsilon5SWidth:ModeOn 1 1
insert Upsilon5SWidth:ModeOn 2 1
insert Upsilon5SWidth:ModeOn 3 1
insert Upsilon5SWidth:ModeOn 4 1
insert Upsilon5SWidth:ModeOn 5 1
insert Upsilon5SWidth:ModeOn 6 1
insert Upsilon5SWidth:ModeOn 7 1
insert Upsilon5SWidth:ModeOn 8 1
insert Upsilon5SWidth:ModeOn 9 1
insert Upsilon5SWidth:ModeOn 10 1
insert Upsilon5SWidth:ModeOn 11 1
insert Upsilon5SWidth:ModeOn 12 1
insert Upsilon5SWidth:ModeOn 13 0
insert Upsilon5SWidth:ModeOn 14 0
insert Upsilon5SWidth:ModeOn 15 0
insert Upsilon5SWidth:ModeOn 16 0
insert Upsilon5SWidth:ModeOn 17 0
insert Upsilon5SWidth:ModeOn 18 0
insert Upsilon5SWidth:ModeOn 19 0
insert Upsilon5SWidth:ModeOn 20 0
insert Upsilon5SWidth:ModeOn 21 0
insert Upsilon5SWidth:ModeOn 22 0
insert Upsilon5SWidth:ModeOn 23 0
insert Upsilon5SWidth:ModeOn 24 0
insert Upsilon5SWidth:ModeOn 25 0
insert Upsilon5SWidth:ModeOn 26 0
insert Upsilon5SWidth:ModeOn 27 0
insert Upsilon5SWidth:ModeOn 28 0
insert Upsilon5SWidth:ModeOn 29 0
insert Upsilon5SWidth:ModeOn 30 0
insert Upsilon5SWidth:ModeOn 31 0
insert Upsilon5SWidth:ModeOn 32 0
insert Upsilon5SWidth:ModeOn 33 0
insert Upsilon5SWidth:ModeOn 34 0
insert Upsilon5SWidth:ModeOn 35 0
insert Upsilon5SWidth:ModeOn 36 0
insert Upsilon5SWidth:ModeOn 37 0
insert Upsilon5SWidth:ModeOn 38 0
insert Upsilon5SWidth:ModeOn 39 0
insert Upsilon5SWidth:ModeOn 40 0
insert Upsilon5SWidth:ModeOn 41 0
insert Upsilon5SWidth:ModeOn 42 0
insert Upsilon5SWidth:ModeOn 43 0
insert Upsilon5SWidth:MinimumMasses 0 10.6494
insert Upsilon5SWidth:MinimumMasses 1 10.6494
insert Upsilon5SWidth:MinimumMasses 2 10.8308
insert Upsilon5SWidth:MinimumMasses 3 10.604
insert Upsilon5SWidth:MinimumMasses 4 10.6043
insert Upsilon5SWidth:MinimumMasses 5 10.6043
insert Upsilon5SWidth:MinimumMasses 6 10.604
insert Upsilon5SWidth:MinimumMasses 7 10.5593
insert Upsilon5SWidth:MinimumMasses 8 10.5587
insert Upsilon5SWidth:MinimumMasses 9 10.7439
insert Upsilon5SWidth:MinimumMasses 10 10.7436
insert Upsilon5SWidth:MinimumMasses 11 10.7436
insert Upsilon5SWidth:MinimumMasses 12 10.7439
insert Upsilon5SWidth:MinimumMasses 13 10.3021
insert Upsilon5SWidth:MinimumMasses 14 10.7823
insert Upsilon5SWidth:MinimumMasses 15 10.7823
insert Upsilon5SWidth:MinimumMasses 16 10.7393
insert Upsilon5SWidth:MinimumMasses 17 10.7393
insert Upsilon5SWidth:MinimumMasses 18 10.739
insert Upsilon5SWidth:MinimumMasses 19 10.739
insert Upsilon5SWidth:MinimumMasses 20 10.5381
insert Upsilon5SWidth:MinimumMasses 21 9.7389
insert Upsilon5SWidth:MinimumMasses 22 10.7338
insert Upsilon5SWidth:MinimumMasses 23 10.7113
insert Upsilon5SWidth:MinimumMasses 24 10.6341
insert Upsilon5SWidth:MinimumMasses 25 10.2929
insert Upsilon5SWidth:MinimumMasses 26 10.1775
insert Upsilon5SWidth:MinimumMasses 27 10.789
insert Upsilon5SWidth:MinimumMasses 28 10.789
insert Upsilon5SWidth:MinimumMasses 29 10.529
insert Upsilon5SWidth:MinimumMasses 30 9.72971
insert Upsilon5SWidth:MinimumMasses 31 10.625
insert Upsilon5SWidth:MinimumMasses 32 10.5879
insert Upsilon5SWidth:MinimumMasses 33 10.1684
insert Upsilon5SWidth:MinimumMasses 34 10.7844
insert Upsilon5SWidth:MinimumMasses 35 10.7844
insert Upsilon5SWidth:MinimumMasses 36 10.455
insert Upsilon5SWidth:MinimumMasses 37 10.4471
insert Upsilon5SWidth:MinimumMasses 38 10.3246
insert Upsilon5SWidth:MinimumMasses 39 10.6064
insert Upsilon5SWidth:MinimumMasses 40 10.3062
insert Upsilon5SWidth:MinimumMasses 41 0.001022
insert Upsilon5SWidth:MinimumMasses 42 0.211317
insert Upsilon5SWidth:MinimumMasses 43 3.55372
insert Upsilon5SWidth:MEmass1 0 5.3247
insert Upsilon5SWidth:MEmass1 1 5.3247
insert Upsilon5SWidth:MEmass1 2 5.4154
insert Upsilon5SWidth:MEmass1 3 5.3247
insert Upsilon5SWidth:MEmass1 4 5.3247
insert Upsilon5SWidth:MEmass1 5 5.3247
insert Upsilon5SWidth:MEmass1 6 5.3247
insert Upsilon5SWidth:MEmass1 7 5.27965
insert Upsilon5SWidth:MEmass1 8 5.27934
insert Upsilon5SWidth:MEmass1 9 0
insert Upsilon5SWidth:MEmass1 10 0
insert Upsilon5SWidth:MEmass1 11 0
insert Upsilon5SWidth:MEmass1 12 0
insert Upsilon5SWidth:MEmass1 13 0
insert Upsilon5SWidth:MEmass1 14 5.4154
insert Upsilon5SWidth:MEmass1 15 5.4154
insert Upsilon5SWidth:MEmass1 16 0
insert Upsilon5SWidth:MEmass1 17 0
insert Upsilon5SWidth:MEmass1 18 0
insert Upsilon5SWidth:MEmass1 19 0
insert Upsilon5SWidth:MEmass1 20 0
insert Upsilon5SWidth:MEmass1 21 0
insert Upsilon5SWidth:MEmass1 22 5.36688
insert Upsilon5SWidth:MEmass1 23 0
insert Upsilon5SWidth:MEmass1 24 0
insert Upsilon5SWidth:MEmass1 25 0
insert Upsilon5SWidth:MEmass1 26 0
insert Upsilon5SWidth:MEmass1 27 0
insert Upsilon5SWidth:MEmass1 28 0
insert Upsilon5SWidth:MEmass1 29 0
insert Upsilon5SWidth:MEmass1 30 0
insert Upsilon5SWidth:MEmass1 31 0
insert Upsilon5SWidth:MEmass1 32 0
insert Upsilon5SWidth:MEmass1 33 0
insert Upsilon5SWidth:MEmass1 34 0
insert Upsilon5SWidth:MEmass1 35 0
insert Upsilon5SWidth:MEmass1 36 0
insert Upsilon5SWidth:MEmass1 37 0
insert Upsilon5SWidth:MEmass1 38 0
insert Upsilon5SWidth:MEmass1 39 0
insert Upsilon5SWidth:MEmass1 40 0
insert Upsilon5SWidth:MEmass1 41 0.000510999
insert Upsilon5SWidth:MEmass1 42 0.105658
insert Upsilon5SWidth:MEmass1 43 1.77686
insert Upsilon5SWidth:MEmass2 0 5.3247
insert Upsilon5SWidth:MEmass2 1 5.3247
insert Upsilon5SWidth:MEmass2 2 5.4154
insert Upsilon5SWidth:MEmass2 3 5.27934
insert Upsilon5SWidth:MEmass2 4 5.27965
insert Upsilon5SWidth:MEmass2 5 5.27965
insert Upsilon5SWidth:MEmass2 6 5.27934
insert Upsilon5SWidth:MEmass2 7 5.27965
insert Upsilon5SWidth:MEmass2 8 5.27934
insert Upsilon5SWidth:MEmass2 9 0
insert Upsilon5SWidth:MEmass2 10 0
insert Upsilon5SWidth:MEmass2 11 0
insert Upsilon5SWidth:MEmass2 12 0
insert Upsilon5SWidth:MEmass2 13 0
insert Upsilon5SWidth:MEmass2 14 5.36688
insert Upsilon5SWidth:MEmass2 15 5.36688
insert Upsilon5SWidth:MEmass2 16 0
insert Upsilon5SWidth:MEmass2 17 0
insert Upsilon5SWidth:MEmass2 18 0
insert Upsilon5SWidth:MEmass2 19 0
insert Upsilon5SWidth:MEmass2 20 0
insert Upsilon5SWidth:MEmass2 21 0
insert Upsilon5SWidth:MEmass2 22 5.36688
insert Upsilon5SWidth:MEmass2 23 0
insert Upsilon5SWidth:MEmass2 24 0
insert Upsilon5SWidth:MEmass2 25 0
insert Upsilon5SWidth:MEmass2 26 0
insert Upsilon5SWidth:MEmass2 27 0
insert Upsilon5SWidth:MEmass2 28 0
insert Upsilon5SWidth:MEmass2 29 0
insert Upsilon5SWidth:MEmass2 30 0
insert Upsilon5SWidth:MEmass2 31 0
insert Upsilon5SWidth:MEmass2 32 0
insert Upsilon5SWidth:MEmass2 33 0
insert Upsilon5SWidth:MEmass2 34 0
insert Upsilon5SWidth:MEmass2 35 0
insert Upsilon5SWidth:MEmass2 36 0
insert Upsilon5SWidth:MEmass2 37 0
insert Upsilon5SWidth:MEmass2 38 0
insert Upsilon5SWidth:MEmass2 39 0
insert Upsilon5SWidth:MEmass2 40 0
insert Upsilon5SWidth:MEmass2 41 0.000510999
insert Upsilon5SWidth:MEmass2 42 0.105658
insert Upsilon5SWidth:MEmass2 43 1.77686
insert Upsilon5SWidth:DecayModes 0 Upsilon(5S)->B*0,B*bar0;
insert Upsilon5SWidth:DecayModes 1 Upsilon(5S)->B*+,B*-;
insert Upsilon5SWidth:DecayModes 2 Upsilon(5S)->B_s*0,B_s*bar0;
insert Upsilon5SWidth:DecayModes 3 Upsilon(5S)->B*+,B-;
insert Upsilon5SWidth:DecayModes 4 Upsilon(5S)->B*0,Bbar0;
insert Upsilon5SWidth:DecayModes 5 Upsilon(5S)->B*bar0,B0;
insert Upsilon5SWidth:DecayModes 6 Upsilon(5S)->B*-,B+;
insert Upsilon5SWidth:DecayModes 7 Upsilon(5S)->B0,Bbar0;
insert Upsilon5SWidth:DecayModes 8 Upsilon(5S)->B+,B-;
insert Upsilon5SWidth:DecayModes 9 Upsilon(5S)->B*-,B0,pi+;
insert Upsilon5SWidth:DecayModes 10 Upsilon(5S)->B-,B*0,pi+;
insert Upsilon5SWidth:DecayModes 11 Upsilon(5S)->B+,B*bar0,pi-;
insert Upsilon5SWidth:DecayModes 12 Upsilon(5S)->B*+,Bbar0,pi-;
insert Upsilon5SWidth:DecayModes 13 Upsilon(5S)->Upsilon(2S),pi+,pi-;
insert Upsilon5SWidth:DecayModes 14 Upsilon(5S)->B_s*0,B_sbar0;
insert Upsilon5SWidth:DecayModes 15 Upsilon(5S)->B_s*bar0,B_s0;
insert Upsilon5SWidth:DecayModes 16 Upsilon(5S)->B*bar0,B0,pi0;
insert Upsilon5SWidth:DecayModes 17 Upsilon(5S)->B*0,Bbar0,pi0;
insert Upsilon5SWidth:DecayModes 18 Upsilon(5S)->B*-,B+,pi0;
insert Upsilon5SWidth:DecayModes 19 Upsilon(5S)->B*+,B-,pi0;
insert Upsilon5SWidth:DecayModes 20 Upsilon(5S)->h_b(2P),pi+,pi-;
insert Upsilon5SWidth:DecayModes 21 Upsilon(5S)->Upsilon,pi+,pi-;
insert Upsilon5SWidth:DecayModes 22 Upsilon(5S)->B_s0,B_sbar0;
insert Upsilon5SWidth:DecayModes 23 Upsilon(5S)->Upsilon_2(1D),eta;
insert Upsilon5SWidth:DecayModes 24 Upsilon(5S)->Upsilon(3S),pi+,pi-;
insert Upsilon5SWidth:DecayModes 25 Upsilon(5S)->Upsilon(2S),pi0,pi0;
insert Upsilon5SWidth:DecayModes 26 Upsilon(5S)->h_b,pi+,pi-;
insert Upsilon5SWidth:DecayModes 27 Upsilon(5S)->B*-,B*0,pi+;
insert Upsilon5SWidth:DecayModes 28 Upsilon(5S)->B*+,B*bar0,pi-;
insert Upsilon5SWidth:DecayModes 29 Upsilon(5S)->h_b(2P),pi0,pi0;
insert Upsilon5SWidth:DecayModes 30 Upsilon(5S)->Upsilon,pi0,pi0;
insert Upsilon5SWidth:DecayModes 31 Upsilon(5S)->Upsilon(3S),pi0,pi0;
insert Upsilon5SWidth:DecayModes 32 Upsilon(5S)->chi_b1,omega;
insert Upsilon5SWidth:DecayModes 33 Upsilon(5S)->h_b,pi0,pi0;
insert Upsilon5SWidth:DecayModes 34 Upsilon(5S)->B*0,B*bar0,pi0;
insert Upsilon5SWidth:DecayModes 35 Upsilon(5S)->B*+,B*-,pi0;
insert Upsilon5SWidth:DecayModes 36 Upsilon(5S)->Upsilon,K0,Kbar0;
insert Upsilon5SWidth:DecayModes 37 Upsilon(5S)->Upsilon,K+,K-;
insert Upsilon5SWidth:DecayModes 38 Upsilon(5S)->chi_b2,pi+,pi-,pi0;
insert Upsilon5SWidth:DecayModes 39 Upsilon(5S)->chi_b2,omega;
insert Upsilon5SWidth:DecayModes 40 Upsilon(5S)->chi_b1,pi+,pi-,pi0;
insert Upsilon5SWidth:DecayModes 41 Upsilon(5S)->e-,e+;
insert Upsilon5SWidth:DecayModes 42 Upsilon(5S)->mu-,mu+;
insert Upsilon5SWidth:DecayModes 43 Upsilon(5S)->tau-,tau+;
insert Upsilon5SWidth:InterpolationMasses 0 10.685098
insert Upsilon5SWidth:InterpolationMasses 1 10.692649
insert Upsilon5SWidth:InterpolationMasses 2 10.7002
insert Upsilon5SWidth:InterpolationMasses 3 10.707751
insert Upsilon5SWidth:InterpolationMasses 4 10.715302
insert Upsilon5SWidth:InterpolationMasses 5 10.722853
insert Upsilon5SWidth:InterpolationMasses 6 10.730404
insert Upsilon5SWidth:InterpolationMasses 7 10.737955
insert Upsilon5SWidth:InterpolationMasses 8 10.745506
insert Upsilon5SWidth:InterpolationMasses 9 10.753057
insert Upsilon5SWidth:InterpolationMasses 10 10.760608
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insert Upsilon5SWidth:InterpolationWidths 308 0.0019980346
insert Upsilon5SWidth:InterpolationWidths 309 0.0020751051
insert Upsilon5SWidth:InterpolationWidths 310 0.0021531962
insert Upsilon5SWidth:InterpolationWidths 311 0.0022322981
insert Upsilon5SWidth:InterpolationWidths 312 0.0023124012
insert Upsilon5SWidth:InterpolationWidths 313 0.0023934964
insert Upsilon5SWidth:InterpolationWidths 314 0.0024755751
insert Upsilon5SWidth:InterpolationWidths 315 0.0025586287
insert Upsilon5SWidth:InterpolationWidths 316 0.002642649
insert Upsilon5SWidth:InterpolationWidths 317 0.0027276283
insert Upsilon5SWidth:InterpolationWidths 318 0.0028135588
insert Upsilon5SWidth:InterpolationWidths 319 0.0029004332
insert Upsilon5SWidth:InterpolationWidths 320 0.0029882444
insert Upsilon5SWidth:InterpolationWidths 321 0.0030769856
insert Upsilon5SWidth:InterpolationWidths 322 0.0031666501
insert Upsilon5SWidth:InterpolationWidths 323 0.0032572313
insert Upsilon5SWidth:InterpolationWidths 324 0.0033487231
insert Upsilon5SWidth:InterpolationWidths 325 0.0034411195
insert Upsilon5SWidth:InterpolationWidths 326 0.0035344144
insert Upsilon5SWidth:InterpolationWidths 327 0.0036286022
insert Upsilon5SWidth:InterpolationWidths 328 0.0037236774
insert Upsilon5SWidth:InterpolationWidths 329 0.0038196346
insert Upsilon5SWidth:InterpolationWidths 330 0.0039164685
insert Upsilon5SWidth:InterpolationWidths 331 0.004014174
insert Upsilon5SWidth:InterpolationWidths 332 0.0041127463
insert Upsilon5SWidth:InterpolationWidths 333 0.00027671333
insert Upsilon5SWidth:InterpolationWidths 334 0.00031643479
insert Upsilon5SWidth:InterpolationWidths 335 0.00035792353
insert Upsilon5SWidth:InterpolationWidths 336 0.00040111306
insert Upsilon5SWidth:InterpolationWidths 337 0.00044594445
insert Upsilon5SWidth:InterpolationWidths 338 0.00049236505
insert Upsilon5SWidth:InterpolationWidths 339 0.00054032745
insert Upsilon5SWidth:InterpolationWidths 340 0.0005897887
insert Upsilon5SWidth:InterpolationWidths 341 0.00064070963
insert Upsilon5SWidth:InterpolationWidths 342 0.00069305437
insert Upsilon5SWidth:InterpolationWidths 343 0.00074678991
insert Upsilon5SWidth:InterpolationWidths 344 0.00080188575
insert Upsilon5SWidth:InterpolationWidths 345 0.0008583136
insert Upsilon5SWidth:InterpolationWidths 346 0.00091604714
insert Upsilon5SWidth:InterpolationWidths 347 0.00097506181
insert Upsilon5SWidth:InterpolationWidths 348 0.0010353346
insert Upsilon5SWidth:InterpolationWidths 349 0.001096844
insert Upsilon5SWidth:InterpolationWidths 350 0.0011595696
insert Upsilon5SWidth:InterpolationWidths 351 0.0012234923
insert Upsilon5SWidth:InterpolationWidths 352 0.0012885942
insert Upsilon5SWidth:InterpolationWidths 353 0.001354858
insert Upsilon5SWidth:InterpolationWidths 354 0.0014222676
insert Upsilon5SWidth:InterpolationWidths 355 0.0014908075
insert Upsilon5SWidth:InterpolationWidths 356 0.0015604633
insert Upsilon5SWidth:InterpolationWidths 357 0.0016312209
insert Upsilon5SWidth:InterpolationWidths 358 0.001703067
insert Upsilon5SWidth:InterpolationWidths 359 0.001775989
insert Upsilon5SWidth:InterpolationWidths 360 0.0018499748
insert Upsilon5SWidth:InterpolationWidths 361 0.0019250126
insert Upsilon5SWidth:InterpolationWidths 362 0.0020010916
insert Upsilon5SWidth:InterpolationWidths 363 0.0020782008
insert Upsilon5SWidth:InterpolationWidths 364 0.0021563303
insert Upsilon5SWidth:InterpolationWidths 365 0.00223547
insert Upsilon5SWidth:InterpolationWidths 366 0.0023156106
insert Upsilon5SWidth:InterpolationWidths 367 0.0023967429
insert Upsilon5SWidth:InterpolationWidths 368 0.0024788582
insert Upsilon5SWidth:InterpolationWidths 369 0.0025619481
insert Upsilon5SWidth:InterpolationWidths 370 0.0026460043
insert Upsilon5SWidth:InterpolationWidths 371 0.0027310191
insert Upsilon5SWidth:InterpolationWidths 372 0.0028169849
insert Upsilon5SWidth:InterpolationWidths 373 0.0029038942
insert Upsilon5SWidth:InterpolationWidths 374 0.00299174
insert Upsilon5SWidth:InterpolationWidths 375 0.0030805154
insert Upsilon5SWidth:InterpolationWidths 376 0.0031702138
insert Upsilon5SWidth:InterpolationWidths 377 0.0032608287
insert Upsilon5SWidth:InterpolationWidths 378 0.0033523539
insert Upsilon5SWidth:InterpolationWidths 379 0.0034447832
insert Upsilon5SWidth:InterpolationWidths 380 0.003538111
insert Upsilon5SWidth:InterpolationWidths 381 0.0036323313
insert Upsilon5SWidth:InterpolationWidths 382 0.0037274388
insert Upsilon5SWidth:InterpolationWidths 383 0.003823428
insert Upsilon5SWidth:InterpolationWidths 384 0.0039202937
insert Upsilon5SWidth:InterpolationWidths 385 0.0040180307
insert Upsilon5SWidth:InterpolationWidths 386 0.0041166343
insert Upsilon5SWidth:InterpolationWidths 387 0
insert Upsilon5SWidth:InterpolationWidths 388 0
insert Upsilon5SWidth:InterpolationWidths 389 0
insert Upsilon5SWidth:InterpolationWidths 390 1.0123291e-07
insert Upsilon5SWidth:InterpolationWidths 391 2.8690326e-07
insert Upsilon5SWidth:InterpolationWidths 392 5.2745499e-07
insert Upsilon5SWidth:InterpolationWidths 393 8.1239591e-07
insert Upsilon5SWidth:InterpolationWidths 394 1.1356682e-06
insert Upsilon5SWidth:InterpolationWidths 395 1.4931873e-06
insert Upsilon5SWidth:InterpolationWidths 396 1.8819566e-06
insert Upsilon5SWidth:InterpolationWidths 397 2.2996553e-06
insert Upsilon5SWidth:InterpolationWidths 398 2.7444172e-06
insert Upsilon5SWidth:InterpolationWidths 399 3.2146993e-06
insert Upsilon5SWidth:InterpolationWidths 400 9.0980005e-06
insert Upsilon5SWidth:InterpolationWidths 401 1.672199e-05
insert Upsilon5SWidth:InterpolationWidths 402 2.5756526e-05
insert Upsilon5SWidth:InterpolationWidths 403 3.6011227e-05
insert Upsilon5SWidth:InterpolationWidths 404 4.7357916e-05
insert Upsilon5SWidth:InterpolationWidths 405 5.9702695e-05
insert Upsilon5SWidth:InterpolationWidths 406 7.2972964e-05
insert Upsilon5SWidth:InterpolationWidths 407 8.7110436e-05
insert Upsilon5SWidth:InterpolationWidths 408 0.000102067
insert Upsilon5SWidth:InterpolationWidths 409 0.00011780206
insert Upsilon5SWidth:InterpolationWidths 410 0.00013428081
insert Upsilon5SWidth:InterpolationWidths 411 0.00015147295
insert Upsilon5SWidth:InterpolationWidths 412 0.00016935183
insert Upsilon5SWidth:InterpolationWidths 413 0.00018789376
insert Upsilon5SWidth:InterpolationWidths 414 0.0002070775
insert Upsilon5SWidth:InterpolationWidths 415 0.00022688388
insert Upsilon5SWidth:InterpolationWidths 416 0.00024729552
insert Upsilon5SWidth:InterpolationWidths 417 0.0002682965
insert Upsilon5SWidth:InterpolationWidths 418 0.00028987223
insert Upsilon5SWidth:InterpolationWidths 419 0.00031200927
insert Upsilon5SWidth:InterpolationWidths 420 0.00033469515
insert Upsilon5SWidth:InterpolationWidths 421 0.00035791831
insert Upsilon5SWidth:InterpolationWidths 422 0.00038166798
insert Upsilon5SWidth:InterpolationWidths 423 0.00040593406
insert Upsilon5SWidth:InterpolationWidths 424 0.00043070712
insert Upsilon5SWidth:InterpolationWidths 425 0.00045597828
insert Upsilon5SWidth:InterpolationWidths 426 0.00048173919
insert Upsilon5SWidth:InterpolationWidths 427 0.00050798196
insert Upsilon5SWidth:InterpolationWidths 428 0.00053469912
insert Upsilon5SWidth:InterpolationWidths 429 0.00056188361
insert Upsilon5SWidth:InterpolationWidths 430 0.00058952872
insert Upsilon5SWidth:InterpolationWidths 431 0.00061762807
insert Upsilon5SWidth:InterpolationWidths 432 0.0006461756
insert Upsilon5SWidth:InterpolationWidths 433 0.00067516551
insert Upsilon5SWidth:InterpolationWidths 434 0.00070459229
insert Upsilon5SWidth:InterpolationWidths 435 0.00073445065
insert Upsilon5SWidth:InterpolationWidths 436 0.00076473553
insert Upsilon5SWidth:InterpolationWidths 437 0.0007954421
insert Upsilon5SWidth:InterpolationWidths 438 0.00082656571
insert Upsilon5SWidth:InterpolationWidths 439 0.00085810191
insert Upsilon5SWidth:InterpolationWidths 440 0.0008900464
insert Upsilon5SWidth:InterpolationWidths 441 0.00092239508
insert Upsilon5SWidth:InterpolationWidths 442 0.00095514396
insert Upsilon5SWidth:InterpolationWidths 443 0.00098828924
insert Upsilon5SWidth:InterpolationWidths 444 0.0010218272
insert Upsilon5SWidth:InterpolationWidths 445 0.0010557544
insert Upsilon5SWidth:InterpolationWidths 446 0.0010900672
insert Upsilon5SWidth:InterpolationWidths 447 0.0011247625
insert Upsilon5SWidth:InterpolationWidths 448 0.0011598369
insert Upsilon5SWidth:InterpolationWidths 449 0.0011952875
insert Upsilon5SWidth:InterpolationWidths 450 0
insert Upsilon5SWidth:InterpolationWidths 451 0
insert Upsilon5SWidth:InterpolationWidths 452 0
insert Upsilon5SWidth:InterpolationWidths 453 1.0123291e-07
insert Upsilon5SWidth:InterpolationWidths 454 2.8690326e-07
insert Upsilon5SWidth:InterpolationWidths 455 5.2745499e-07
insert Upsilon5SWidth:InterpolationWidths 456 8.1239591e-07
insert Upsilon5SWidth:InterpolationWidths 457 1.1356682e-06
insert Upsilon5SWidth:InterpolationWidths 458 1.4931873e-06
insert Upsilon5SWidth:InterpolationWidths 459 1.8819566e-06
insert Upsilon5SWidth:InterpolationWidths 460 2.2996553e-06
insert Upsilon5SWidth:InterpolationWidths 461 2.7444172e-06
insert Upsilon5SWidth:InterpolationWidths 462 3.2146993e-06
insert Upsilon5SWidth:InterpolationWidths 463 9.0980005e-06
insert Upsilon5SWidth:InterpolationWidths 464 1.672199e-05
insert Upsilon5SWidth:InterpolationWidths 465 2.5756526e-05
insert Upsilon5SWidth:InterpolationWidths 466 3.6011227e-05
insert Upsilon5SWidth:InterpolationWidths 467 4.7357916e-05
insert Upsilon5SWidth:InterpolationWidths 468 5.9702695e-05
insert Upsilon5SWidth:InterpolationWidths 469 7.2972964e-05
insert Upsilon5SWidth:InterpolationWidths 470 8.7110436e-05
insert Upsilon5SWidth:InterpolationWidths 471 0.000102067
insert Upsilon5SWidth:InterpolationWidths 472 0.00011780206
insert Upsilon5SWidth:InterpolationWidths 473 0.00013428081
insert Upsilon5SWidth:InterpolationWidths 474 0.00015147295
insert Upsilon5SWidth:InterpolationWidths 475 0.00016935183
insert Upsilon5SWidth:InterpolationWidths 476 0.00018789376
insert Upsilon5SWidth:InterpolationWidths 477 0.0002070775
insert Upsilon5SWidth:InterpolationWidths 478 0.00022688388
insert Upsilon5SWidth:InterpolationWidths 479 0.00024729552
insert Upsilon5SWidth:InterpolationWidths 480 0.0002682965
insert Upsilon5SWidth:InterpolationWidths 481 0.00028987223
insert Upsilon5SWidth:InterpolationWidths 482 0.00031200927
insert Upsilon5SWidth:InterpolationWidths 483 0.00033469515
insert Upsilon5SWidth:InterpolationWidths 484 0.00035791831
insert Upsilon5SWidth:InterpolationWidths 485 0.00038166798
insert Upsilon5SWidth:InterpolationWidths 486 0.00040593406
insert Upsilon5SWidth:InterpolationWidths 487 0.00043070712
insert Upsilon5SWidth:InterpolationWidths 488 0.00045597828
insert Upsilon5SWidth:InterpolationWidths 489 0.00048173919
insert Upsilon5SWidth:InterpolationWidths 490 0.00050798196
insert Upsilon5SWidth:InterpolationWidths 491 0.00053469912
insert Upsilon5SWidth:InterpolationWidths 492 0.00056188361
insert Upsilon5SWidth:InterpolationWidths 493 0.00058952872
insert Upsilon5SWidth:InterpolationWidths 494 0.00061762807
insert Upsilon5SWidth:InterpolationWidths 495 0.0006461756
insert Upsilon5SWidth:InterpolationWidths 496 0.00067516551
insert Upsilon5SWidth:InterpolationWidths 497 0.00070459229
insert Upsilon5SWidth:InterpolationWidths 498 0.00073445065
insert Upsilon5SWidth:InterpolationWidths 499 0.00076473553
insert Upsilon5SWidth:InterpolationWidths 500 0.0007954421
insert Upsilon5SWidth:InterpolationWidths 501 0.00082656571
insert Upsilon5SWidth:InterpolationWidths 502 0.00085810191
insert Upsilon5SWidth:InterpolationWidths 503 0.0008900464
insert Upsilon5SWidth:InterpolationWidths 504 0.00092239508
insert Upsilon5SWidth:InterpolationWidths 505 0.00095514396
insert Upsilon5SWidth:InterpolationWidths 506 0.00098828924
insert Upsilon5SWidth:InterpolationWidths 507 0.0010218272
insert Upsilon5SWidth:InterpolationWidths 508 0.0010557544
insert Upsilon5SWidth:InterpolationWidths 509 0.0010900672
insert Upsilon5SWidth:InterpolationWidths 510 0.0011247625
insert Upsilon5SWidth:InterpolationWidths 511 0.0011598369
insert Upsilon5SWidth:InterpolationWidths 512 0.0011952875
insert Upsilon5SWidth:NumberofEntries 0 54
insert Upsilon5SWidth:NumberofEntries 1 108
insert Upsilon5SWidth:NumberofEntries 2 171
insert Upsilon5SWidth:NumberofEntries 3 225
insert Upsilon5SWidth:NumberofEntries 4 279
insert Upsilon5SWidth:NumberofEntries 5 333
insert Upsilon5SWidth:NumberofEntries 6 387
insert Upsilon5SWidth:NumberofEntries 7 387
insert Upsilon5SWidth:NumberofEntries 8 387
insert Upsilon5SWidth:NumberofEntries 9 387
insert Upsilon5SWidth:NumberofEntries 10 387
insert Upsilon5SWidth:NumberofEntries 11 387
insert Upsilon5SWidth:NumberofEntries 12 387
insert Upsilon5SWidth:NumberofEntries 13 387
insert Upsilon5SWidth:NumberofEntries 14 450
insert Upsilon5SWidth:NumberofEntries 15 513
insert Upsilon5SWidth:NumberofEntries 16 513
insert Upsilon5SWidth:NumberofEntries 17 513
insert Upsilon5SWidth:NumberofEntries 18 513
insert Upsilon5SWidth:NumberofEntries 19 513
insert Upsilon5SWidth:NumberofEntries 20 513
insert Upsilon5SWidth:NumberofEntries 21 513
insert Upsilon5SWidth:NumberofEntries 22 513
insert Upsilon5SWidth:NumberofEntries 23 513
insert Upsilon5SWidth:NumberofEntries 24 513
insert Upsilon5SWidth:NumberofEntries 25 513
insert Upsilon5SWidth:NumberofEntries 26 513
insert Upsilon5SWidth:NumberofEntries 27 513
insert Upsilon5SWidth:NumberofEntries 28 513
insert Upsilon5SWidth:NumberofEntries 29 513
insert Upsilon5SWidth:NumberofEntries 30 513
insert Upsilon5SWidth:NumberofEntries 31 513
insert Upsilon5SWidth:NumberofEntries 32 513
insert Upsilon5SWidth:NumberofEntries 33 513
insert Upsilon5SWidth:NumberofEntries 34 513
insert Upsilon5SWidth:NumberofEntries 35 513
insert Upsilon5SWidth:NumberofEntries 36 513
insert Upsilon5SWidth:NumberofEntries 37 513
insert Upsilon5SWidth:NumberofEntries 38 513
insert Upsilon5SWidth:NumberofEntries 39 513
insert Upsilon5SWidth:NumberofEntries 40 513
insert Upsilon5SWidth:NumberofEntries 41 513
insert Upsilon5SWidth:NumberofEntries 42 513
insert Upsilon5SWidth:NumberofEntries 43 513
newdef /Herwig/Particles/Upsilon(5S):Width_generator Upsilon5SWidth
#
create Herwig::GenericWidthGenerator B_c(1D)*+width
newdef B_c(1D)*+width:Particle /Herwig/Particles/B_c(1D)*+
newdef B_c(1D)*+width:Prefactor 1
newdef B_c(1D)*+width:BRNormalize 1
newdef B_c(1D)*+width:BRMinimum 0.01
newdef B_c(1D)*+width:Points 50
newdef B_c(1D)*+width:InterpolationOrder 1
insert B_c(1D)*+width:MEtype 0 2
insert B_c(1D)*+width:MEtype 1 2
insert B_c(1D)*+width:MEtype 2 2
insert B_c(1D)*+width:MEtype 3 0
insert B_c(1D)*+width:MEtype 4 2
insert B_c(1D)*+width:MEtype 5 0
insert B_c(1D)*+width:MEcode 0 0
insert B_c(1D)*+width:MEcode 1 0
insert B_c(1D)*+width:MEcode 2 0
insert B_c(1D)*+width:MEcode 3 0
insert B_c(1D)*+width:MEcode 4 0
insert B_c(1D)*+width:MEcode 5 0
insert B_c(1D)*+width:MEcoupling 0 0.550721
insert B_c(1D)*+width:MEcoupling 1 1.00084
insert B_c(1D)*+width:MEcoupling 2 1.00175
insert B_c(1D)*+width:MEcoupling 3 0.031
insert B_c(1D)*+width:MEcoupling 4 0.0177831
insert B_c(1D)*+width:MEcoupling 5 0.016
insert B_c(1D)*+width:ModeOn 0 1
insert B_c(1D)*+width:ModeOn 1 1
insert B_c(1D)*+width:ModeOn 2 1
insert B_c(1D)*+width:ModeOn 3 1
insert B_c(1D)*+width:ModeOn 4 1
insert B_c(1D)*+width:ModeOn 5 1
insert B_c(1D)*+width:MinimumMasses 0 6.72645
insert B_c(1D)*+width:MinimumMasses 1 6.76409
insert B_c(1D)*+width:MinimumMasses 2 6.74227
insert B_c(1D)*+width:MinimumMasses 3 6.60014
insert B_c(1D)*+width:MinimumMasses 4 6.78217
insert B_c(1D)*+width:MinimumMasses 5 6.59095
insert B_c(1D)*+width:MEmass1 0 0
insert B_c(1D)*+width:MEmass1 1 6.765
insert B_c(1D)*+width:MEmass1 2 6.743
insert B_c(1D)*+width:MEmass1 3 0
insert B_c(1D)*+width:MEmass1 4 6.783
insert B_c(1D)*+width:MEmass1 5 0
insert B_c(1D)*+width:MEmass2 0 6.727
insert B_c(1D)*+width:MEmass2 1 0
insert B_c(1D)*+width:MEmass2 2 0
insert B_c(1D)*+width:MEmass2 3 0
insert B_c(1D)*+width:MEmass2 4 0
insert B_c(1D)*+width:MEmass2 5 0
insert B_c(1D)*+width:DecayModes 0 B_c(1D)*+->B*_c0+,gamma;
insert B_c(1D)*+width:DecayModes 1 B_c(1D)*+->B'_c1+,gamma;
insert B_c(1D)*+width:DecayModes 2 B_c(1D)*+->B_c1+,gamma;
insert B_c(1D)*+width:DecayModes 3 B_c(1D)*+->B_c*+,pi+,pi-;
insert B_c(1D)*+width:DecayModes 4 B_c(1D)*+->B_c2+,gamma;
insert B_c(1D)*+width:DecayModes 5 B_c(1D)*+->B_c*+,pi0,pi0;
insert B_c(1D)*+width:InterpolationMasses 0 7.0269887
insert B_c(1D)*+width:InterpolationMasses 1 7.0270268
insert B_c(1D)*+width:InterpolationMasses 2 7.027065
insert B_c(1D)*+width:InterpolationMasses 3 7.0271032
insert B_c(1D)*+width:InterpolationMasses 4 7.0271413
insert B_c(1D)*+width:InterpolationMasses 5 7.0271795
insert B_c(1D)*+width:InterpolationMasses 6 7.0272177
insert B_c(1D)*+width:InterpolationMasses 7 7.0272558
insert B_c(1D)*+width:InterpolationMasses 8 7.027294
insert B_c(1D)*+width:InterpolationMasses 9 7.0273321
insert B_c(1D)*+width:InterpolationMasses 10 7.0273703
insert B_c(1D)*+width:InterpolationMasses 11 7.0274085
insert B_c(1D)*+width:InterpolationMasses 12 7.0274466
insert B_c(1D)*+width:InterpolationMasses 13 7.0274848
insert B_c(1D)*+width:InterpolationMasses 14 7.027523
insert B_c(1D)*+width:InterpolationMasses 15 7.0275611
insert B_c(1D)*+width:InterpolationMasses 16 7.0275993
insert B_c(1D)*+width:InterpolationMasses 17 7.0276374
insert B_c(1D)*+width:InterpolationMasses 18 7.0276756
insert B_c(1D)*+width:InterpolationMasses 19 7.0277138
insert B_c(1D)*+width:InterpolationMasses 20 7.0277519
insert B_c(1D)*+width:InterpolationMasses 21 7.0277901
insert B_c(1D)*+width:InterpolationMasses 22 7.0278283
insert B_c(1D)*+width:InterpolationMasses 23 7.0278664
insert B_c(1D)*+width:InterpolationMasses 24 7.0279046
insert B_c(1D)*+width:InterpolationMasses 25 7.0279428
insert B_c(1D)*+width:InterpolationMasses 26 7.0279809
insert B_c(1D)*+width:InterpolationMasses 27 7.0280191
insert B_c(1D)*+width:InterpolationMasses 28 7.0280572
insert B_c(1D)*+width:InterpolationMasses 29 7.0280954
insert B_c(1D)*+width:InterpolationMasses 30 7.0281336
insert B_c(1D)*+width:InterpolationMasses 31 7.0281717
insert B_c(1D)*+width:InterpolationMasses 32 7.0282099
insert B_c(1D)*+width:InterpolationMasses 33 7.0282481
insert B_c(1D)*+width:InterpolationMasses 34 7.0282862
insert B_c(1D)*+width:InterpolationMasses 35 7.0283244
insert B_c(1D)*+width:InterpolationMasses 36 7.0283626
insert B_c(1D)*+width:InterpolationMasses 37 7.0284007
insert B_c(1D)*+width:InterpolationMasses 38 7.0284389
insert B_c(1D)*+width:InterpolationMasses 39 7.028477
insert B_c(1D)*+width:InterpolationMasses 40 7.0285152
insert B_c(1D)*+width:InterpolationMasses 41 7.0285534
insert B_c(1D)*+width:InterpolationMasses 42 7.0285915
insert B_c(1D)*+width:InterpolationMasses 43 7.0286297
insert B_c(1D)*+width:InterpolationMasses 44 7.0286679
insert B_c(1D)*+width:InterpolationMasses 45 7.028706
insert B_c(1D)*+width:InterpolationMasses 46 7.0287442
insert B_c(1D)*+width:InterpolationMasses 47 7.0287823
insert B_c(1D)*+width:InterpolationMasses 48 7.0288205
insert B_c(1D)*+width:InterpolationMasses 49 7.0288587
insert B_c(1D)*+width:InterpolationMasses 50 7.0288968
insert B_c(1D)*+width:InterpolationMasses 51 7.028935
insert B_c(1D)*+width:InterpolationMasses 52 7.0289732
insert B_c(1D)*+width:InterpolationMasses 53 7.0290113
insert B_c(1D)*+width:InterpolationMasses 54 7.0269887
insert B_c(1D)*+width:InterpolationMasses 55 7.0270268
insert B_c(1D)*+width:InterpolationMasses 56 7.027065
insert B_c(1D)*+width:InterpolationMasses 57 7.0271032
insert B_c(1D)*+width:InterpolationMasses 58 7.0271413
insert B_c(1D)*+width:InterpolationMasses 59 7.0271795
insert B_c(1D)*+width:InterpolationMasses 60 7.0272177
insert B_c(1D)*+width:InterpolationMasses 61 7.0272558
insert B_c(1D)*+width:InterpolationMasses 62 7.027294
insert B_c(1D)*+width:InterpolationMasses 63 7.0273321
insert B_c(1D)*+width:InterpolationMasses 64 7.0273703
insert B_c(1D)*+width:InterpolationMasses 65 7.0274085
insert B_c(1D)*+width:InterpolationMasses 66 7.0274466
insert B_c(1D)*+width:InterpolationMasses 67 7.0274848
insert B_c(1D)*+width:InterpolationMasses 68 7.027523
insert B_c(1D)*+width:InterpolationMasses 69 7.0275611
insert B_c(1D)*+width:InterpolationMasses 70 7.0275993
insert B_c(1D)*+width:InterpolationMasses 71 7.0276374
insert B_c(1D)*+width:InterpolationMasses 72 7.0276756
insert B_c(1D)*+width:InterpolationMasses 73 7.0277138
insert B_c(1D)*+width:InterpolationMasses 74 7.0277519
insert B_c(1D)*+width:InterpolationMasses 75 7.0277901
insert B_c(1D)*+width:InterpolationMasses 76 7.0278283
insert B_c(1D)*+width:InterpolationMasses 77 7.0278664
insert B_c(1D)*+width:InterpolationMasses 78 7.0279046
insert B_c(1D)*+width:InterpolationMasses 79 7.0279428
insert B_c(1D)*+width:InterpolationMasses 80 7.0279809
insert B_c(1D)*+width:InterpolationMasses 81 7.0280191
insert B_c(1D)*+width:InterpolationMasses 82 7.0280572
insert B_c(1D)*+width:InterpolationMasses 83 7.0280954
insert B_c(1D)*+width:InterpolationMasses 84 7.0281336
insert B_c(1D)*+width:InterpolationMasses 85 7.0281717
insert B_c(1D)*+width:InterpolationMasses 86 7.0282099
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insert B_c(1D)*+width:InterpolationWidths 187 9.9877119e-05
insert B_c(1D)*+width:InterpolationWidths 188 9.9891329e-05
insert B_c(1D)*+width:InterpolationWidths 189 9.9905539e-05
insert B_c(1D)*+width:InterpolationWidths 190 9.9919748e-05
insert B_c(1D)*+width:InterpolationWidths 191 9.9933957e-05
insert B_c(1D)*+width:InterpolationWidths 192 9.9948165e-05
insert B_c(1D)*+width:InterpolationWidths 193 9.9962374e-05
insert B_c(1D)*+width:InterpolationWidths 194 9.9976581e-05
insert B_c(1D)*+width:InterpolationWidths 195 9.9990789e-05
insert B_c(1D)*+width:InterpolationWidths 196 0.000100005
insert B_c(1D)*+width:InterpolationWidths 197 0.0001000192
insert B_c(1D)*+width:InterpolationWidths 198 0.00010003341
insert B_c(1D)*+width:InterpolationWidths 199 0.00010004761
insert B_c(1D)*+width:InterpolationWidths 200 0.00010006182
insert B_c(1D)*+width:InterpolationWidths 201 0.00010007602
insert B_c(1D)*+width:InterpolationWidths 202 0.00010009023
insert B_c(1D)*+width:InterpolationWidths 203 0.00010010443
insert B_c(1D)*+width:InterpolationWidths 204 0.00010011864
insert B_c(1D)*+width:InterpolationWidths 205 0.00010013284
insert B_c(1D)*+width:InterpolationWidths 206 0.00010014704
insert B_c(1D)*+width:InterpolationWidths 207 0.00010016125
insert B_c(1D)*+width:InterpolationWidths 208 0.00010017545
insert B_c(1D)*+width:InterpolationWidths 209 0.00010018965
insert B_c(1D)*+width:InterpolationWidths 210 0.00010020385
insert B_c(1D)*+width:InterpolationWidths 211 0.00010021805
insert B_c(1D)*+width:InterpolationWidths 212 0.00010023225
insert B_c(1D)*+width:InterpolationWidths 213 0.00010024645
insert B_c(1D)*+width:InterpolationWidths 214 0.00010026065
insert B_c(1D)*+width:InterpolationWidths 215 0.00010027485
insert B_c(1D)*+width:NumberofEntries 0 54
insert B_c(1D)*+width:NumberofEntries 1 108
insert B_c(1D)*+width:NumberofEntries 2 162
insert B_c(1D)*+width:NumberofEntries 3 162
insert B_c(1D)*+width:NumberofEntries 4 216
insert B_c(1D)*+width:NumberofEntries 5 216
newdef /Herwig/Particles/B_c(1D)*+:Width_generator B_c(1D)*+width
newdef /Herwig/Particles/B_c(1D)*-:Width_generator B_c(1D)*+width
#
create Herwig::GenericWidthGenerator B_c3+width
newdef B_c3+width:Particle /Herwig/Particles/B_c3(1D)*+
newdef B_c3+width:Prefactor 1
newdef B_c3+width:BRNormalize 1
newdef B_c3+width:BRMinimum 0.01
newdef B_c3+width:Points 50
newdef B_c3+width:InterpolationOrder 1
insert B_c3+width:MEtype 0 2
insert B_c3+width:MEtype 1 0
insert B_c3+width:MEtype 2 0
insert B_c3+width:MEcode 0 0
insert B_c3+width:MEcode 1 0
insert B_c3+width:MEcode 2 0
insert B_c3+width:MEcoupling 0 0.7801
insert B_c3+width:MEcoupling 1 0.035
insert B_c3+width:MEcoupling 2 0.017
insert B_c3+width:ModeOn 0 1
insert B_c3+width:ModeOn 1 1
insert B_c3+width:ModeOn 2 1
insert B_c3+width:MinimumMasses 0 6.78217
insert B_c3+width:MinimumMasses 1 6.60014
insert B_c3+width:MinimumMasses 2 6.59095
insert B_c3+width:MEmass1 0 6.783
insert B_c3+width:MEmass1 1 0
insert B_c3+width:MEmass1 2 0
insert B_c3+width:MEmass2 0 0
insert B_c3+width:MEmass2 1 0
insert B_c3+width:MEmass2 2 0
insert B_c3+width:DecayModes 0 B_c3(1D)*+->B_c2+,gamma;
insert B_c3+width:DecayModes 1 B_c3(1D)*+->B_c*+,pi+,pi-;
insert B_c3+width:DecayModes 2 B_c3(1D)*+->B_c*+,pi0,pi0;
insert B_c3+width:InterpolationMasses 0 7.0441098
insert B_c3+width:InterpolationMasses 1 7.0441434
insert B_c3+width:InterpolationMasses 2 7.044177
insert B_c3+width:InterpolationMasses 3 7.0442106
insert B_c3+width:InterpolationMasses 4 7.0442442
insert B_c3+width:InterpolationMasses 5 7.0442778
insert B_c3+width:InterpolationMasses 6 7.0443114
insert B_c3+width:InterpolationMasses 7 7.044345
insert B_c3+width:InterpolationMasses 8 7.0443786
insert B_c3+width:InterpolationMasses 9 7.0444121
insert B_c3+width:InterpolationMasses 10 7.0444457
insert B_c3+width:InterpolationMasses 11 7.0444793
insert B_c3+width:InterpolationMasses 12 7.0445129
insert B_c3+width:InterpolationMasses 13 7.0445465
insert B_c3+width:InterpolationMasses 14 7.0445801
insert B_c3+width:InterpolationMasses 15 7.0446137
insert B_c3+width:InterpolationMasses 16 7.0446473
insert B_c3+width:InterpolationMasses 17 7.0446809
insert B_c3+width:InterpolationMasses 18 7.0447145
insert B_c3+width:InterpolationMasses 19 7.0447481
insert B_c3+width:InterpolationMasses 20 7.0447817
insert B_c3+width:InterpolationMasses 21 7.0448152
insert B_c3+width:InterpolationMasses 22 7.0448488
insert B_c3+width:InterpolationMasses 23 7.0448824
insert B_c3+width:InterpolationMasses 24 7.044916
insert B_c3+width:InterpolationMasses 25 7.0449496
insert B_c3+width:InterpolationMasses 26 7.0449832
insert B_c3+width:InterpolationMasses 27 7.0450168
insert B_c3+width:InterpolationMasses 28 7.0450504
insert B_c3+width:InterpolationMasses 29 7.045084
insert B_c3+width:InterpolationMasses 30 7.0451176
insert B_c3+width:InterpolationMasses 31 7.0451512
insert B_c3+width:InterpolationMasses 32 7.0451848
insert B_c3+width:InterpolationMasses 33 7.0452183
insert B_c3+width:InterpolationMasses 34 7.0452519
insert B_c3+width:InterpolationMasses 35 7.0452855
insert B_c3+width:InterpolationMasses 36 7.0453191
insert B_c3+width:InterpolationMasses 37 7.0453527
insert B_c3+width:InterpolationMasses 38 7.0453863
insert B_c3+width:InterpolationMasses 39 7.0454199
insert B_c3+width:InterpolationMasses 40 7.0454535
insert B_c3+width:InterpolationMasses 41 7.0454871
insert B_c3+width:InterpolationMasses 42 7.0455207
insert B_c3+width:InterpolationMasses 43 7.0455543
insert B_c3+width:InterpolationMasses 44 7.0455879
insert B_c3+width:InterpolationMasses 45 7.0456214
insert B_c3+width:InterpolationMasses 46 7.045655
insert B_c3+width:InterpolationMasses 47 7.0456886
insert B_c3+width:InterpolationMasses 48 7.0457222
insert B_c3+width:InterpolationMasses 49 7.0457558
insert B_c3+width:InterpolationMasses 50 7.0457894
insert B_c3+width:InterpolationMasses 51 7.045823
insert B_c3+width:InterpolationMasses 52 7.0458566
insert B_c3+width:InterpolationMasses 53 7.0458902
insert B_c3+width:InterpolationWidths 0 9.9704848e-05
insert B_c3+width:InterpolationWidths 1 9.9716491e-05
insert B_c3+width:InterpolationWidths 2 9.9728133e-05
insert B_c3+width:InterpolationWidths 3 9.9739775e-05
insert B_c3+width:InterpolationWidths 4 9.9751417e-05
insert B_c3+width:InterpolationWidths 5 9.9763059e-05
insert B_c3+width:InterpolationWidths 6 9.97747e-05
insert B_c3+width:InterpolationWidths 7 9.9786341e-05
insert B_c3+width:InterpolationWidths 8 9.9797982e-05
insert B_c3+width:InterpolationWidths 9 9.9809622e-05
insert B_c3+width:InterpolationWidths 10 9.9821262e-05
insert B_c3+width:InterpolationWidths 11 9.9832902e-05
insert B_c3+width:InterpolationWidths 12 9.9844542e-05
insert B_c3+width:InterpolationWidths 13 9.9856181e-05
insert B_c3+width:InterpolationWidths 14 9.986782e-05
insert B_c3+width:InterpolationWidths 15 9.9879459e-05
insert B_c3+width:InterpolationWidths 16 9.9891097e-05
insert B_c3+width:InterpolationWidths 17 9.9902736e-05
insert B_c3+width:InterpolationWidths 18 9.9914373e-05
insert B_c3+width:InterpolationWidths 19 9.9926011e-05
insert B_c3+width:InterpolationWidths 20 9.9937648e-05
insert B_c3+width:InterpolationWidths 21 9.9949285e-05
insert B_c3+width:InterpolationWidths 22 9.9960922e-05
insert B_c3+width:InterpolationWidths 23 9.9972559e-05
insert B_c3+width:InterpolationWidths 24 9.9984195e-05
insert B_c3+width:InterpolationWidths 25 9.9995831e-05
insert B_c3+width:InterpolationWidths 26 0.00010000747
insert B_c3+width:InterpolationWidths 27 0.0001000191
insert B_c3+width:InterpolationWidths 28 0.00010003074
insert B_c3+width:InterpolationWidths 29 0.00010004237
insert B_c3+width:InterpolationWidths 30 0.00010005401
insert B_c3+width:InterpolationWidths 31 0.00010006564
insert B_c3+width:InterpolationWidths 32 0.00010007727
insert B_c3+width:InterpolationWidths 33 0.00010008891
insert B_c3+width:InterpolationWidths 34 0.00010010054
insert B_c3+width:InterpolationWidths 35 0.00010011217
insert B_c3+width:InterpolationWidths 36 0.00010012381
insert B_c3+width:InterpolationWidths 37 0.00010013544
insert B_c3+width:InterpolationWidths 38 0.00010014707
insert B_c3+width:InterpolationWidths 39 0.0001001587
insert B_c3+width:InterpolationWidths 40 0.00010017034
insert B_c3+width:InterpolationWidths 41 0.00010018197
insert B_c3+width:InterpolationWidths 42 0.0001001936
insert B_c3+width:InterpolationWidths 43 0.00010020523
insert B_c3+width:InterpolationWidths 44 0.00010021686
insert B_c3+width:InterpolationWidths 45 0.00010022849
insert B_c3+width:InterpolationWidths 46 0.00010024012
insert B_c3+width:InterpolationWidths 47 0.00010025175
insert B_c3+width:InterpolationWidths 48 0.00010026338
insert B_c3+width:InterpolationWidths 49 0.00010027501
insert B_c3+width:InterpolationWidths 50 0.00010028664
insert B_c3+width:InterpolationWidths 51 0.00010029826
insert B_c3+width:InterpolationWidths 52 0.00010030989
insert B_c3+width:InterpolationWidths 53 0.00010032152
insert B_c3+width:NumberofEntries 0 54
insert B_c3+width:NumberofEntries 1 54
insert B_c3+width:NumberofEntries 2 54
newdef /Herwig/Particles/B_c3(1D)*+:Width_generator B_c3+width
newdef /Herwig/Particles/B_c3(1D)*-:Width_generator B_c3+width
#
create Herwig::GenericWidthGenerator B_c2(L)+width
newdef B_c2(L)+width:Particle /Herwig/Particles/B_c2(L)+
newdef B_c2(L)+width:Prefactor 1.01833
newdef B_c2(L)+width:BRNormalize 1
newdef B_c2(L)+width:BRMinimum 0.01
newdef B_c2(L)+width:Points 50
newdef B_c2(L)+width:InterpolationOrder 1
insert B_c2(L)+width:MEtype 0 2
insert B_c2(L)+width:MEtype 1 2
insert B_c2(L)+width:MEtype 2 2
insert B_c2(L)+width:MEtype 3 0
insert B_c2(L)+width:MEtype 4 0
insert B_c2(L)+width:MEtype 5 0
insert B_c2(L)+width:MEtype 6 0
insert B_c2(L)+width:MEcode 0 0
insert B_c2(L)+width:MEcode 1 0
insert B_c2(L)+width:MEcode 2 0
insert B_c2(L)+width:MEcode 3 0
insert B_c2(L)+width:MEcode 4 0
insert B_c2(L)+width:MEcode 5 0
insert B_c2(L)+width:MEcode 6 0
insert B_c2(L)+width:MEcoupling 0 227.803
insert B_c2(L)+width:MEcoupling 1 0.105911
insert B_c2(L)+width:MEcoupling 2 29.4241
insert B_c2(L)+width:MEcoupling 3 0.017
insert B_c2(L)+width:MEcoupling 4 0.017
insert B_c2(L)+width:MEcoupling 5 0.009
insert B_c2(L)+width:MEcoupling 6 0.009
insert B_c2(L)+width:ModeOn 0 1
insert B_c2(L)+width:ModeOn 1 1
insert B_c2(L)+width:ModeOn 2 1
insert B_c2(L)+width:ModeOn 3 1
insert B_c2(L)+width:ModeOn 4 1
insert B_c2(L)+width:ModeOn 5 0
insert B_c2(L)+width:ModeOn 6 0
insert B_c2(L)+width:MinimumMasses 0 6.74227
insert B_c2(L)+width:MinimumMasses 1 6.78217
insert B_c2(L)+width:MinimumMasses 2 6.76409
insert B_c2(L)+width:MinimumMasses 3 6.56514
insert B_c2(L)+width:MinimumMasses 4 6.60014
insert B_c2(L)+width:MinimumMasses 5 6.55595
insert B_c2(L)+width:MinimumMasses 6 6.59095
insert B_c2(L)+width:MEmass1 0 6.743
insert B_c2(L)+width:MEmass1 1 6.783
insert B_c2(L)+width:MEmass1 2 6.765
insert B_c2(L)+width:MEmass1 3 0
insert B_c2(L)+width:MEmass1 4 0
insert B_c2(L)+width:MEmass1 5 0
insert B_c2(L)+width:MEmass1 6 0
insert B_c2(L)+width:MEmass2 0 0
insert B_c2(L)+width:MEmass2 1 0
insert B_c2(L)+width:MEmass2 2 0
insert B_c2(L)+width:MEmass2 3 0
insert B_c2(L)+width:MEmass2 4 0
insert B_c2(L)+width:MEmass2 5 0
insert B_c2(L)+width:MEmass2 6 0
insert B_c2(L)+width:DecayModes 0 B_c2(L)+->B_c1+,gamma;
insert B_c2(L)+width:DecayModes 1 B_c2(L)+->B_c2+,gamma;
insert B_c2(L)+width:DecayModes 2 B_c2(L)+->B'_c1+,gamma;
insert B_c2(L)+width:DecayModes 3 B_c2(L)+->B_c+,pi+,pi-;
insert B_c2(L)+width:DecayModes 4 B_c2(L)+->B_c*+,pi+,pi-;
insert B_c2(L)+width:DecayModes 5 B_c2(L)+->B_c+,pi0,pi0;
insert B_c2(L)+width:DecayModes 6 B_c2(L)+->B_c*+,pi0,pi0;
insert B_c2(L)+width:InterpolationMasses 0 7.0351022
insert B_c2(L)+width:InterpolationMasses 1 7.0351361
insert B_c2(L)+width:InterpolationMasses 2 7.03517
insert B_c2(L)+width:InterpolationMasses 3 7.0352039
insert B_c2(L)+width:InterpolationMasses 4 7.0352378
insert B_c2(L)+width:InterpolationMasses 5 7.0352716
insert B_c2(L)+width:InterpolationMasses 6 7.0353055
insert B_c2(L)+width:InterpolationMasses 7 7.0353394
insert B_c2(L)+width:InterpolationMasses 8 7.0353733
insert B_c2(L)+width:InterpolationMasses 9 7.0354071
insert B_c2(L)+width:InterpolationMasses 10 7.035441
insert B_c2(L)+width:InterpolationMasses 11 7.0354749
insert B_c2(L)+width:InterpolationMasses 12 7.0355088
insert B_c2(L)+width:InterpolationMasses 13 7.0355427
insert B_c2(L)+width:InterpolationMasses 14 7.0355765
insert B_c2(L)+width:InterpolationMasses 15 7.0356104
insert B_c2(L)+width:InterpolationMasses 16 7.0356443
insert B_c2(L)+width:InterpolationMasses 17 7.0356782
insert B_c2(L)+width:InterpolationMasses 18 7.035712
insert B_c2(L)+width:InterpolationMasses 19 7.0357459
insert B_c2(L)+width:InterpolationMasses 20 7.0357798
insert B_c2(L)+width:InterpolationMasses 21 7.0358137
insert B_c2(L)+width:InterpolationMasses 22 7.0358476
insert B_c2(L)+width:InterpolationMasses 23 7.0358814
insert B_c2(L)+width:InterpolationMasses 24 7.0359153
insert B_c2(L)+width:InterpolationMasses 25 7.0359492
insert B_c2(L)+width:InterpolationMasses 26 7.0359831
insert B_c2(L)+width:InterpolationMasses 27 7.0360169
insert B_c2(L)+width:InterpolationMasses 28 7.0360508
insert B_c2(L)+width:InterpolationMasses 29 7.0360847
insert B_c2(L)+width:InterpolationMasses 30 7.0361186
insert B_c2(L)+width:InterpolationMasses 31 7.0361524
insert B_c2(L)+width:InterpolationMasses 32 7.0361863
insert B_c2(L)+width:InterpolationMasses 33 7.0362202
insert B_c2(L)+width:InterpolationMasses 34 7.0362541
insert B_c2(L)+width:InterpolationMasses 35 7.036288
insert B_c2(L)+width:InterpolationMasses 36 7.0363218
insert B_c2(L)+width:InterpolationMasses 37 7.0363557
insert B_c2(L)+width:InterpolationMasses 38 7.0363896
insert B_c2(L)+width:InterpolationMasses 39 7.0364235
insert B_c2(L)+width:InterpolationMasses 40 7.0364573
insert B_c2(L)+width:InterpolationMasses 41 7.0364912
insert B_c2(L)+width:InterpolationMasses 42 7.0365251
insert B_c2(L)+width:InterpolationMasses 43 7.036559
insert B_c2(L)+width:InterpolationMasses 44 7.0365929
insert B_c2(L)+width:InterpolationMasses 45 7.0366267
insert B_c2(L)+width:InterpolationMasses 46 7.0366606
insert B_c2(L)+width:InterpolationMasses 47 7.0366945
insert B_c2(L)+width:InterpolationMasses 48 7.0367284
insert B_c2(L)+width:InterpolationMasses 49 7.0367622
insert B_c2(L)+width:InterpolationMasses 50 7.0367961
insert B_c2(L)+width:InterpolationMasses 51 7.03683
insert B_c2(L)+width:InterpolationMasses 52 7.0368639
insert B_c2(L)+width:InterpolationMasses 53 7.0368978
insert B_c2(L)+width:InterpolationMasses 54 7.0351022
insert B_c2(L)+width:InterpolationMasses 55 7.0351361
insert B_c2(L)+width:InterpolationMasses 56 7.03517
insert B_c2(L)+width:InterpolationMasses 57 7.0352039
insert B_c2(L)+width:InterpolationMasses 58 7.0352378
insert B_c2(L)+width:InterpolationMasses 59 7.0352716
insert B_c2(L)+width:InterpolationMasses 60 7.0353055
insert B_c2(L)+width:InterpolationMasses 61 7.0353394
insert B_c2(L)+width:InterpolationMasses 62 7.0353733
insert B_c2(L)+width:InterpolationMasses 63 7.0354071
insert B_c2(L)+width:InterpolationMasses 64 7.035441
insert B_c2(L)+width:InterpolationMasses 65 7.0354749
insert B_c2(L)+width:InterpolationMasses 66 7.0355088
insert B_c2(L)+width:InterpolationMasses 67 7.0355427
insert B_c2(L)+width:InterpolationMasses 68 7.0355765
insert B_c2(L)+width:InterpolationMasses 69 7.0356104
insert B_c2(L)+width:InterpolationMasses 70 7.0356443
insert B_c2(L)+width:InterpolationMasses 71 7.0356782
insert B_c2(L)+width:InterpolationMasses 72 7.035712
insert B_c2(L)+width:InterpolationMasses 73 7.0357459
insert B_c2(L)+width:InterpolationMasses 74 7.0357798
insert B_c2(L)+width:InterpolationMasses 75 7.0358137
insert B_c2(L)+width:InterpolationMasses 76 7.0358476
insert B_c2(L)+width:InterpolationMasses 77 7.0358814
insert B_c2(L)+width:InterpolationMasses 78 7.0359153
insert B_c2(L)+width:InterpolationMasses 79 7.0359492
insert B_c2(L)+width:InterpolationMasses 80 7.0359831
insert B_c2(L)+width:InterpolationMasses 81 7.0360169
insert B_c2(L)+width:InterpolationMasses 82 7.0360508
insert B_c2(L)+width:InterpolationMasses 83 7.0360847
insert B_c2(L)+width:InterpolationMasses 84 7.0361186
insert B_c2(L)+width:InterpolationMasses 85 7.0361524
insert B_c2(L)+width:InterpolationMasses 86 7.0361863
insert B_c2(L)+width:InterpolationMasses 87 7.0362202
insert B_c2(L)+width:InterpolationMasses 88 7.0362541
insert B_c2(L)+width:InterpolationMasses 89 7.036288
insert B_c2(L)+width:InterpolationMasses 90 7.0363218
insert B_c2(L)+width:InterpolationMasses 91 7.0363557
insert B_c2(L)+width:InterpolationMasses 92 7.0363896
insert B_c2(L)+width:InterpolationMasses 93 7.0364235
insert B_c2(L)+width:InterpolationMasses 94 7.0364573
insert B_c2(L)+width:InterpolationMasses 95 7.0364912
insert B_c2(L)+width:InterpolationMasses 96 7.0365251
insert B_c2(L)+width:InterpolationMasses 97 7.036559
insert B_c2(L)+width:InterpolationMasses 98 7.0365929
insert B_c2(L)+width:InterpolationMasses 99 7.0366267
insert B_c2(L)+width:InterpolationMasses 100 7.0366606
insert B_c2(L)+width:InterpolationMasses 101 7.0366945
insert B_c2(L)+width:InterpolationMasses 102 7.0367284
insert B_c2(L)+width:InterpolationMasses 103 7.0367622
insert B_c2(L)+width:InterpolationMasses 104 7.0367961
insert B_c2(L)+width:InterpolationMasses 105 7.03683
insert B_c2(L)+width:InterpolationMasses 106 7.0368639
insert B_c2(L)+width:InterpolationMasses 107 7.0368978
insert B_c2(L)+width:InterpolationMasses 108 7.0351022
insert B_c2(L)+width:InterpolationMasses 109 7.0351361
insert B_c2(L)+width:InterpolationMasses 110 7.03517
insert B_c2(L)+width:InterpolationMasses 111 7.0352039
insert B_c2(L)+width:InterpolationMasses 112 7.0352378
insert B_c2(L)+width:InterpolationMasses 113 7.0352716
insert B_c2(L)+width:InterpolationMasses 114 7.0353055
insert B_c2(L)+width:InterpolationMasses 115 7.0353394
insert B_c2(L)+width:InterpolationMasses 116 7.0353733
insert B_c2(L)+width:InterpolationMasses 117 7.0354071
insert B_c2(L)+width:InterpolationMasses 118 7.035441
insert B_c2(L)+width:InterpolationMasses 119 7.0354749
insert B_c2(L)+width:InterpolationMasses 120 7.0355088
insert B_c2(L)+width:InterpolationMasses 121 7.0355427
insert B_c2(L)+width:InterpolationMasses 122 7.0355765
insert B_c2(L)+width:InterpolationMasses 123 7.0356104
insert B_c2(L)+width:InterpolationMasses 124 7.0356443
insert B_c2(L)+width:InterpolationMasses 125 7.0356782
insert B_c2(L)+width:InterpolationMasses 126 7.035712
insert B_c2(L)+width:InterpolationMasses 127 7.0357459
insert B_c2(L)+width:InterpolationMasses 128 7.0357798
insert B_c2(L)+width:InterpolationMasses 129 7.0358137
insert B_c2(L)+width:InterpolationMasses 130 7.0358476
insert B_c2(L)+width:InterpolationMasses 131 7.0358814
insert B_c2(L)+width:InterpolationMasses 132 7.0359153
insert B_c2(L)+width:InterpolationMasses 133 7.0359492
insert B_c2(L)+width:InterpolationMasses 134 7.0359831
insert B_c2(L)+width:InterpolationMasses 135 7.0360169
insert B_c2(L)+width:InterpolationMasses 136 7.0360508
insert B_c2(L)+width:InterpolationMasses 137 7.0360847
insert B_c2(L)+width:InterpolationMasses 138 7.0361186
insert B_c2(L)+width:InterpolationMasses 139 7.0361524
insert B_c2(L)+width:InterpolationMasses 140 7.0361863
insert B_c2(L)+width:InterpolationMasses 141 7.0362202
insert B_c2(L)+width:InterpolationMasses 142 7.0362541
insert B_c2(L)+width:InterpolationMasses 143 7.036288
insert B_c2(L)+width:InterpolationMasses 144 7.0363218
insert B_c2(L)+width:InterpolationMasses 145 7.0363557
insert B_c2(L)+width:InterpolationMasses 146 7.0363896
insert B_c2(L)+width:InterpolationMasses 147 7.0364235
insert B_c2(L)+width:InterpolationMasses 148 7.0364573
insert B_c2(L)+width:InterpolationMasses 149 7.0364912
insert B_c2(L)+width:InterpolationMasses 150 7.0365251
insert B_c2(L)+width:InterpolationMasses 151 7.036559
insert B_c2(L)+width:InterpolationMasses 152 7.0365929
insert B_c2(L)+width:InterpolationMasses 153 7.0366267
insert B_c2(L)+width:InterpolationMasses 154 7.0366606
insert B_c2(L)+width:InterpolationMasses 155 7.0366945
insert B_c2(L)+width:InterpolationMasses 156 7.0367284
insert B_c2(L)+width:InterpolationMasses 157 7.0367622
insert B_c2(L)+width:InterpolationMasses 158 7.0367961
insert B_c2(L)+width:InterpolationMasses 159 7.03683
insert B_c2(L)+width:InterpolationMasses 160 7.0368639
insert B_c2(L)+width:InterpolationMasses 161 7.0368978
insert B_c2(L)+width:InterpolationWidths 0 2.7376778e-07
insert B_c2(L)+width:InterpolationWidths 1 2.7385847e-07
insert B_c2(L)+width:InterpolationWidths 2 2.7394918e-07
insert B_c2(L)+width:InterpolationWidths 3 2.7403991e-07
insert B_c2(L)+width:InterpolationWidths 4 2.7413065e-07
insert B_c2(L)+width:InterpolationWidths 5 2.7422142e-07
insert B_c2(L)+width:InterpolationWidths 6 2.7431221e-07
insert B_c2(L)+width:InterpolationWidths 7 2.7440301e-07
insert B_c2(L)+width:InterpolationWidths 8 2.7449383e-07
insert B_c2(L)+width:InterpolationWidths 9 2.7458468e-07
insert B_c2(L)+width:InterpolationWidths 10 2.7467554e-07
insert B_c2(L)+width:InterpolationWidths 11 2.7476642e-07
insert B_c2(L)+width:InterpolationWidths 12 2.7485732e-07
insert B_c2(L)+width:InterpolationWidths 13 2.7494824e-07
insert B_c2(L)+width:InterpolationWidths 14 2.7503918e-07
insert B_c2(L)+width:InterpolationWidths 15 2.7513013e-07
insert B_c2(L)+width:InterpolationWidths 16 2.7522111e-07
insert B_c2(L)+width:InterpolationWidths 17 2.7531211e-07
insert B_c2(L)+width:InterpolationWidths 18 2.7540312e-07
insert B_c2(L)+width:InterpolationWidths 19 2.7549415e-07
insert B_c2(L)+width:InterpolationWidths 20 2.7558521e-07
insert B_c2(L)+width:InterpolationWidths 21 2.7567628e-07
insert B_c2(L)+width:InterpolationWidths 22 2.7576737e-07
insert B_c2(L)+width:InterpolationWidths 23 2.7585848e-07
insert B_c2(L)+width:InterpolationWidths 24 2.7594961e-07
insert B_c2(L)+width:InterpolationWidths 25 2.7604075e-07
insert B_c2(L)+width:InterpolationWidths 26 2.7613192e-07
insert B_c2(L)+width:InterpolationWidths 27 2.7622311e-07
insert B_c2(L)+width:InterpolationWidths 28 2.7631431e-07
insert B_c2(L)+width:InterpolationWidths 29 2.7640553e-07
insert B_c2(L)+width:InterpolationWidths 30 2.7649678e-07
insert B_c2(L)+width:InterpolationWidths 31 2.7658804e-07
insert B_c2(L)+width:InterpolationWidths 32 2.7667932e-07
insert B_c2(L)+width:InterpolationWidths 33 2.7677062e-07
insert B_c2(L)+width:InterpolationWidths 34 2.7686194e-07
insert B_c2(L)+width:InterpolationWidths 35 2.7695328e-07
insert B_c2(L)+width:InterpolationWidths 36 2.7704463e-07
insert B_c2(L)+width:InterpolationWidths 37 2.7713601e-07
insert B_c2(L)+width:InterpolationWidths 38 2.7722741e-07
insert B_c2(L)+width:InterpolationWidths 39 2.7731882e-07
insert B_c2(L)+width:InterpolationWidths 40 2.7741025e-07
insert B_c2(L)+width:InterpolationWidths 41 2.7750171e-07
insert B_c2(L)+width:InterpolationWidths 42 2.7759318e-07
insert B_c2(L)+width:InterpolationWidths 43 2.7768467e-07
insert B_c2(L)+width:InterpolationWidths 44 2.7777618e-07
insert B_c2(L)+width:InterpolationWidths 45 2.7786771e-07
insert B_c2(L)+width:InterpolationWidths 46 2.7795926e-07
insert B_c2(L)+width:InterpolationWidths 47 2.7805082e-07
insert B_c2(L)+width:InterpolationWidths 48 2.7814241e-07
insert B_c2(L)+width:InterpolationWidths 49 2.7823401e-07
insert B_c2(L)+width:InterpolationWidths 50 2.7832564e-07
insert B_c2(L)+width:InterpolationWidths 51 2.7841728e-07
insert B_c2(L)+width:InterpolationWidths 52 2.7850894e-07
insert B_c2(L)+width:InterpolationWidths 53 2.7860063e-07
insert B_c2(L)+width:InterpolationWidths 54 8.2213739e-05
insert B_c2(L)+width:InterpolationWidths 55 8.2245931e-05
insert B_c2(L)+width:InterpolationWidths 56 8.2278131e-05
insert B_c2(L)+width:InterpolationWidths 57 8.2310339e-05
insert B_c2(L)+width:InterpolationWidths 58 8.2342555e-05
insert B_c2(L)+width:InterpolationWidths 59 8.2374779e-05
insert B_c2(L)+width:InterpolationWidths 60 8.2407011e-05
insert B_c2(L)+width:InterpolationWidths 61 8.2439252e-05
insert B_c2(L)+width:InterpolationWidths 62 8.24715e-05
insert B_c2(L)+width:InterpolationWidths 63 8.2503757e-05
insert B_c2(L)+width:InterpolationWidths 64 8.2536022e-05
insert B_c2(L)+width:InterpolationWidths 65 8.2568295e-05
insert B_c2(L)+width:InterpolationWidths 66 8.2600576e-05
insert B_c2(L)+width:InterpolationWidths 67 8.2632866e-05
insert B_c2(L)+width:InterpolationWidths 68 8.2665164e-05
insert B_c2(L)+width:InterpolationWidths 69 8.2697469e-05
insert B_c2(L)+width:InterpolationWidths 70 8.2729783e-05
insert B_c2(L)+width:InterpolationWidths 71 8.2762106e-05
insert B_c2(L)+width:InterpolationWidths 72 8.2794436e-05
insert B_c2(L)+width:InterpolationWidths 73 8.2826774e-05
insert B_c2(L)+width:InterpolationWidths 74 8.2859121e-05
insert B_c2(L)+width:InterpolationWidths 75 8.2891476e-05
insert B_c2(L)+width:InterpolationWidths 76 8.2923839e-05
insert B_c2(L)+width:InterpolationWidths 77 8.295621e-05
insert B_c2(L)+width:InterpolationWidths 78 8.298859e-05
insert B_c2(L)+width:InterpolationWidths 79 8.3020977e-05
insert B_c2(L)+width:InterpolationWidths 80 8.3053373e-05
insert B_c2(L)+width:InterpolationWidths 81 8.3085777e-05
insert B_c2(L)+width:InterpolationWidths 82 8.3118189e-05
insert B_c2(L)+width:InterpolationWidths 83 8.3150609e-05
insert B_c2(L)+width:InterpolationWidths 84 8.3183038e-05
insert B_c2(L)+width:InterpolationWidths 85 8.3215475e-05
insert B_c2(L)+width:InterpolationWidths 86 8.3247919e-05
insert B_c2(L)+width:InterpolationWidths 87 8.3280372e-05
insert B_c2(L)+width:InterpolationWidths 88 8.3312834e-05
insert B_c2(L)+width:InterpolationWidths 89 8.3345303e-05
insert B_c2(L)+width:InterpolationWidths 90 8.3377781e-05
insert B_c2(L)+width:InterpolationWidths 91 8.3410266e-05
insert B_c2(L)+width:InterpolationWidths 92 8.344276e-05
insert B_c2(L)+width:InterpolationWidths 93 8.3475263e-05
insert B_c2(L)+width:InterpolationWidths 94 8.3507773e-05
insert B_c2(L)+width:InterpolationWidths 95 8.3540292e-05
insert B_c2(L)+width:InterpolationWidths 96 8.3572818e-05
insert B_c2(L)+width:InterpolationWidths 97 8.3605353e-05
insert B_c2(L)+width:InterpolationWidths 98 8.3637896e-05
insert B_c2(L)+width:InterpolationWidths 99 8.3670448e-05
insert B_c2(L)+width:InterpolationWidths 100 8.3703007e-05
insert B_c2(L)+width:InterpolationWidths 101 8.3735575e-05
insert B_c2(L)+width:InterpolationWidths 102 8.3768151e-05
insert B_c2(L)+width:InterpolationWidths 103 8.3800735e-05
insert B_c2(L)+width:InterpolationWidths 104 8.3833327e-05
insert B_c2(L)+width:InterpolationWidths 105 8.3865928e-05
insert B_c2(L)+width:InterpolationWidths 106 8.3898537e-05
insert B_c2(L)+width:InterpolationWidths 107 8.3931154e-05
insert B_c2(L)+width:InterpolationWidths 108 2.3470539e-07
insert B_c2(L)+width:InterpolationWidths 109 2.3478979e-07
insert B_c2(L)+width:InterpolationWidths 110 2.3487421e-07
insert B_c2(L)+width:InterpolationWidths 111 2.3495865e-07
insert B_c2(L)+width:InterpolationWidths 112 2.3504311e-07
insert B_c2(L)+width:InterpolationWidths 113 2.3512759e-07
insert B_c2(L)+width:InterpolationWidths 114 2.3521208e-07
insert B_c2(L)+width:InterpolationWidths 115 2.352966e-07
insert B_c2(L)+width:InterpolationWidths 116 2.3538113e-07
insert B_c2(L)+width:InterpolationWidths 117 2.3546569e-07
insert B_c2(L)+width:InterpolationWidths 118 2.3555026e-07
insert B_c2(L)+width:InterpolationWidths 119 2.3563486e-07
insert B_c2(L)+width:InterpolationWidths 120 2.3571947e-07
insert B_c2(L)+width:InterpolationWidths 121 2.358041e-07
insert B_c2(L)+width:InterpolationWidths 122 2.3588875e-07
insert B_c2(L)+width:InterpolationWidths 123 2.3597343e-07
insert B_c2(L)+width:InterpolationWidths 124 2.3605812e-07
insert B_c2(L)+width:InterpolationWidths 125 2.3614283e-07
insert B_c2(L)+width:InterpolationWidths 126 2.3622755e-07
insert B_c2(L)+width:InterpolationWidths 127 2.363123e-07
insert B_c2(L)+width:InterpolationWidths 128 2.3639707e-07
insert B_c2(L)+width:InterpolationWidths 129 2.3648186e-07
insert B_c2(L)+width:InterpolationWidths 130 2.3656666e-07
insert B_c2(L)+width:InterpolationWidths 131 2.3665149e-07
insert B_c2(L)+width:InterpolationWidths 132 2.3673633e-07
insert B_c2(L)+width:InterpolationWidths 133 2.368212e-07
insert B_c2(L)+width:InterpolationWidths 134 2.3690608e-07
insert B_c2(L)+width:InterpolationWidths 135 2.3699098e-07
insert B_c2(L)+width:InterpolationWidths 136 2.3707591e-07
insert B_c2(L)+width:InterpolationWidths 137 2.3716085e-07
insert B_c2(L)+width:InterpolationWidths 138 2.3724581e-07
insert B_c2(L)+width:InterpolationWidths 139 2.3733079e-07
insert B_c2(L)+width:InterpolationWidths 140 2.3741579e-07
insert B_c2(L)+width:InterpolationWidths 141 2.3750081e-07
insert B_c2(L)+width:InterpolationWidths 142 2.3758585e-07
insert B_c2(L)+width:InterpolationWidths 143 2.376709e-07
insert B_c2(L)+width:InterpolationWidths 144 2.3775598e-07
insert B_c2(L)+width:InterpolationWidths 145 2.3784108e-07
insert B_c2(L)+width:InterpolationWidths 146 2.3792619e-07
insert B_c2(L)+width:InterpolationWidths 147 2.3801133e-07
insert B_c2(L)+width:InterpolationWidths 148 2.3809648e-07
insert B_c2(L)+width:InterpolationWidths 149 2.3818166e-07
insert B_c2(L)+width:InterpolationWidths 150 2.3826685e-07
insert B_c2(L)+width:InterpolationWidths 151 2.3835206e-07
insert B_c2(L)+width:InterpolationWidths 152 2.3843729e-07
insert B_c2(L)+width:InterpolationWidths 153 2.3852255e-07
insert B_c2(L)+width:InterpolationWidths 154 2.3860782e-07
insert B_c2(L)+width:InterpolationWidths 155 2.3869311e-07
insert B_c2(L)+width:InterpolationWidths 156 2.3877842e-07
insert B_c2(L)+width:InterpolationWidths 157 2.3886374e-07
insert B_c2(L)+width:InterpolationWidths 158 2.3894909e-07
insert B_c2(L)+width:InterpolationWidths 159 2.3903446e-07
insert B_c2(L)+width:InterpolationWidths 160 2.3911985e-07
insert B_c2(L)+width:InterpolationWidths 161 2.3920525e-07
insert B_c2(L)+width:NumberofEntries 0 54
insert B_c2(L)+width:NumberofEntries 1 108
insert B_c2(L)+width:NumberofEntries 2 162
insert B_c2(L)+width:NumberofEntries 3 162
insert B_c2(L)+width:NumberofEntries 4 162
insert B_c2(L)+width:NumberofEntries 5 162
insert B_c2(L)+width:NumberofEntries 6 162
newdef /Herwig/Particles/B_c2(L)+:Width_generator B_c2(L)+width
newdef /Herwig/Particles/B_c2(L)-:Width_generator B_c2(L)+width
#
create Herwig::GenericWidthGenerator B_c2(H)+width
newdef B_c2(H)+width:Particle /Herwig/Particles/B_c2(H)+
newdef B_c2(H)+width:Prefactor 1.01626
newdef B_c2(H)+width:BRNormalize 1
newdef B_c2(H)+width:BRMinimum 0.01
newdef B_c2(H)+width:Points 50
newdef B_c2(H)+width:InterpolationOrder 1
insert B_c2(H)+width:MEtype 0 2
insert B_c2(H)+width:MEtype 1 2
insert B_c2(H)+width:MEtype 2 2
insert B_c2(H)+width:MEtype 3 0
insert B_c2(H)+width:MEtype 4 0
insert B_c2(H)+width:MEtype 5 0
insert B_c2(H)+width:MEtype 6 0
insert B_c2(H)+width:MEcode 0 0
insert B_c2(H)+width:MEcode 1 0
insert B_c2(H)+width:MEcode 2 0
insert B_c2(H)+width:MEcode 3 0
insert B_c2(H)+width:MEcode 4 0
insert B_c2(H)+width:MEcode 5 0
insert B_c2(H)+width:MEcode 6 0
insert B_c2(H)+width:MEcoupling 0 233.556
insert B_c2(H)+width:MEcoupling 1 46.845
insert B_c2(H)+width:MEcoupling 2 0.102867
insert B_c2(H)+width:MEcoupling 3 0.016
insert B_c2(H)+width:MEcoupling 4 0.015
insert B_c2(H)+width:MEcoupling 5 0.008
insert B_c2(H)+width:MEcoupling 6 0.008
insert B_c2(H)+width:ModeOn 0 1
insert B_c2(H)+width:ModeOn 1 1
insert B_c2(H)+width:ModeOn 2 1
insert B_c2(H)+width:ModeOn 3 1
insert B_c2(H)+width:ModeOn 4 1
insert B_c2(H)+width:ModeOn 5 0
insert B_c2(H)+width:ModeOn 6 0
insert B_c2(H)+width:MinimumMasses 0 6.76409
insert B_c2(H)+width:MinimumMasses 1 6.74227
insert B_c2(H)+width:MinimumMasses 2 6.78217
insert B_c2(H)+width:MinimumMasses 3 6.56514
insert B_c2(H)+width:MinimumMasses 4 6.60014
insert B_c2(H)+width:MinimumMasses 5 6.55595
insert B_c2(H)+width:MinimumMasses 6 6.59095
insert B_c2(H)+width:MEmass1 0 6.765
insert B_c2(H)+width:MEmass1 1 6.743
insert B_c2(H)+width:MEmass1 2 6.783
insert B_c2(H)+width:MEmass1 3 0
insert B_c2(H)+width:MEmass1 4 0
insert B_c2(H)+width:MEmass1 5 0
insert B_c2(H)+width:MEmass1 6 0
insert B_c2(H)+width:MEmass2 0 0
insert B_c2(H)+width:MEmass2 1 0
insert B_c2(H)+width:MEmass2 2 0
insert B_c2(H)+width:MEmass2 3 0
insert B_c2(H)+width:MEmass2 4 0
insert B_c2(H)+width:MEmass2 5 0
insert B_c2(H)+width:MEmass2 6 0
insert B_c2(H)+width:DecayModes 0 B_c2(H)+->B'_c1+,gamma;
insert B_c2(H)+width:DecayModes 1 B_c2(H)+->B_c1+,gamma;
insert B_c2(H)+width:DecayModes 2 B_c2(H)+->B_c2+,gamma;
insert B_c2(H)+width:DecayModes 3 B_c2(H)+->B_c+,pi+,pi-;
insert B_c2(H)+width:DecayModes 4 B_c2(H)+->B_c*+,pi+,pi-;
insert B_c2(H)+width:DecayModes 5 B_c2(H)+->B_c+,pi0,pi0;
insert B_c2(H)+width:DecayModes 6 B_c2(H)+->B_c*+,pi0,pi0;
insert B_c2(H)+width:InterpolationMasses 0 7.0399941
insert B_c2(H)+width:InterpolationMasses 1 7.040032
insert B_c2(H)+width:InterpolationMasses 2 7.04007
insert B_c2(H)+width:InterpolationMasses 3 7.040108
insert B_c2(H)+width:InterpolationMasses 4 7.0401459
insert B_c2(H)+width:InterpolationMasses 5 7.0401839
insert B_c2(H)+width:InterpolationMasses 6 7.0402218
insert B_c2(H)+width:InterpolationMasses 7 7.0402598
insert B_c2(H)+width:InterpolationMasses 8 7.0402978
insert B_c2(H)+width:InterpolationMasses 9 7.0403357
insert B_c2(H)+width:InterpolationMasses 10 7.0403737
insert B_c2(H)+width:InterpolationMasses 11 7.0404116
insert B_c2(H)+width:InterpolationMasses 12 7.0404496
insert B_c2(H)+width:InterpolationMasses 13 7.0404876
insert B_c2(H)+width:InterpolationMasses 14 7.0405255
insert B_c2(H)+width:InterpolationMasses 15 7.0405635
insert B_c2(H)+width:InterpolationMasses 16 7.0406014
insert B_c2(H)+width:InterpolationMasses 17 7.0406394
insert B_c2(H)+width:InterpolationMasses 18 7.0406773
insert B_c2(H)+width:InterpolationMasses 19 7.0407153
insert B_c2(H)+width:InterpolationMasses 20 7.0407533
insert B_c2(H)+width:InterpolationMasses 21 7.0407912
insert B_c2(H)+width:InterpolationMasses 22 7.0408292
insert B_c2(H)+width:InterpolationMasses 23 7.0408671
insert B_c2(H)+width:InterpolationMasses 24 7.0409051
insert B_c2(H)+width:InterpolationMasses 25 7.0409431
insert B_c2(H)+width:InterpolationMasses 26 7.040981
insert B_c2(H)+width:InterpolationMasses 27 7.041019
insert B_c2(H)+width:InterpolationMasses 28 7.0410569
insert B_c2(H)+width:InterpolationMasses 29 7.0410949
insert B_c2(H)+width:InterpolationMasses 30 7.0411329
insert B_c2(H)+width:InterpolationMasses 31 7.0411708
insert B_c2(H)+width:InterpolationMasses 32 7.0412088
insert B_c2(H)+width:InterpolationMasses 33 7.0412467
insert B_c2(H)+width:InterpolationMasses 34 7.0412847
insert B_c2(H)+width:InterpolationMasses 35 7.0413227
insert B_c2(H)+width:InterpolationMasses 36 7.0413606
insert B_c2(H)+width:InterpolationMasses 37 7.0413986
insert B_c2(H)+width:InterpolationMasses 38 7.0414365
insert B_c2(H)+width:InterpolationMasses 39 7.0414745
insert B_c2(H)+width:InterpolationMasses 40 7.0415124
insert B_c2(H)+width:InterpolationMasses 41 7.0415504
insert B_c2(H)+width:InterpolationMasses 42 7.0415884
insert B_c2(H)+width:InterpolationMasses 43 7.0416263
insert B_c2(H)+width:InterpolationMasses 44 7.0416643
insert B_c2(H)+width:InterpolationMasses 45 7.0417022
insert B_c2(H)+width:InterpolationMasses 46 7.0417402
insert B_c2(H)+width:InterpolationMasses 47 7.0417782
insert B_c2(H)+width:InterpolationMasses 48 7.0418161
insert B_c2(H)+width:InterpolationMasses 49 7.0418541
insert B_c2(H)+width:InterpolationMasses 50 7.041892
insert B_c2(H)+width:InterpolationMasses 51 7.04193
insert B_c2(H)+width:InterpolationMasses 52 7.041968
insert B_c2(H)+width:InterpolationMasses 53 7.0420059
insert B_c2(H)+width:InterpolationMasses 54 7.0399941
insert B_c2(H)+width:InterpolationMasses 55 7.040032
insert B_c2(H)+width:InterpolationMasses 56 7.04007
insert B_c2(H)+width:InterpolationMasses 57 7.040108
insert B_c2(H)+width:InterpolationMasses 58 7.0401459
insert B_c2(H)+width:InterpolationMasses 59 7.0401839
insert B_c2(H)+width:InterpolationMasses 60 7.0402218
insert B_c2(H)+width:InterpolationMasses 61 7.0402598
insert B_c2(H)+width:InterpolationMasses 62 7.0402978
insert B_c2(H)+width:InterpolationMasses 63 7.0403357
insert B_c2(H)+width:InterpolationMasses 64 7.0403737
insert B_c2(H)+width:InterpolationMasses 65 7.0404116
insert B_c2(H)+width:InterpolationMasses 66 7.0404496
insert B_c2(H)+width:InterpolationMasses 67 7.0404876
insert B_c2(H)+width:InterpolationMasses 68 7.0405255
insert B_c2(H)+width:InterpolationMasses 69 7.0405635
insert B_c2(H)+width:InterpolationMasses 70 7.0406014
insert B_c2(H)+width:InterpolationMasses 71 7.0406394
insert B_c2(H)+width:InterpolationMasses 72 7.0406773
insert B_c2(H)+width:InterpolationMasses 73 7.0407153
insert B_c2(H)+width:InterpolationMasses 74 7.0407533
insert B_c2(H)+width:InterpolationMasses 75 7.0407912
insert B_c2(H)+width:InterpolationMasses 76 7.0408292
insert B_c2(H)+width:InterpolationMasses 77 7.0408671
insert B_c2(H)+width:InterpolationMasses 78 7.0409051
insert B_c2(H)+width:InterpolationMasses 79 7.0409431
insert B_c2(H)+width:InterpolationMasses 80 7.040981
insert B_c2(H)+width:InterpolationMasses 81 7.041019
insert B_c2(H)+width:InterpolationMasses 82 7.0410569
insert B_c2(H)+width:InterpolationMasses 83 7.0410949
insert B_c2(H)+width:InterpolationMasses 84 7.0411329
insert B_c2(H)+width:InterpolationMasses 85 7.0411708
insert B_c2(H)+width:InterpolationMasses 86 7.0412088
insert B_c2(H)+width:InterpolationMasses 87 7.0412467
insert B_c2(H)+width:InterpolationMasses 88 7.0412847
insert B_c2(H)+width:InterpolationMasses 89 7.0413227
insert B_c2(H)+width:InterpolationMasses 90 7.0413606
insert B_c2(H)+width:InterpolationMasses 91 7.0413986
insert B_c2(H)+width:InterpolationMasses 92 7.0414365
insert B_c2(H)+width:InterpolationMasses 93 7.0414745
insert B_c2(H)+width:InterpolationMasses 94 7.0415124
insert B_c2(H)+width:InterpolationMasses 95 7.0415504
insert B_c2(H)+width:InterpolationMasses 96 7.0415884
insert B_c2(H)+width:InterpolationMasses 97 7.0416263
insert B_c2(H)+width:InterpolationMasses 98 7.0416643
insert B_c2(H)+width:InterpolationMasses 99 7.0417022
insert B_c2(H)+width:InterpolationMasses 100 7.0417402
insert B_c2(H)+width:InterpolationMasses 101 7.0417782
insert B_c2(H)+width:InterpolationMasses 102 7.0418161
insert B_c2(H)+width:InterpolationMasses 103 7.0418541
insert B_c2(H)+width:InterpolationMasses 104 7.041892
insert B_c2(H)+width:InterpolationMasses 105 7.04193
insert B_c2(H)+width:InterpolationMasses 106 7.041968
insert B_c2(H)+width:InterpolationMasses 107 7.0420059
insert B_c2(H)+width:InterpolationMasses 108 7.0399941
insert B_c2(H)+width:InterpolationMasses 109 7.040032
insert B_c2(H)+width:InterpolationMasses 110 7.04007
insert B_c2(H)+width:InterpolationMasses 111 7.040108
insert B_c2(H)+width:InterpolationMasses 112 7.0401459
insert B_c2(H)+width:InterpolationMasses 113 7.0401839
insert B_c2(H)+width:InterpolationMasses 114 7.0402218
insert B_c2(H)+width:InterpolationMasses 115 7.0402598
insert B_c2(H)+width:InterpolationMasses 116 7.0402978
insert B_c2(H)+width:InterpolationMasses 117 7.0403357
insert B_c2(H)+width:InterpolationMasses 118 7.0403737
insert B_c2(H)+width:InterpolationMasses 119 7.0404116
insert B_c2(H)+width:InterpolationMasses 120 7.0404496
insert B_c2(H)+width:InterpolationMasses 121 7.0404876
insert B_c2(H)+width:InterpolationMasses 122 7.0405255
insert B_c2(H)+width:InterpolationMasses 123 7.0405635
insert B_c2(H)+width:InterpolationMasses 124 7.0406014
insert B_c2(H)+width:InterpolationMasses 125 7.0406394
insert B_c2(H)+width:InterpolationMasses 126 7.0406773
insert B_c2(H)+width:InterpolationMasses 127 7.0407153
insert B_c2(H)+width:InterpolationMasses 128 7.0407533
insert B_c2(H)+width:InterpolationMasses 129 7.0407912
insert B_c2(H)+width:InterpolationMasses 130 7.0408292
insert B_c2(H)+width:InterpolationMasses 131 7.0408671
insert B_c2(H)+width:InterpolationMasses 132 7.0409051
insert B_c2(H)+width:InterpolationMasses 133 7.0409431
insert B_c2(H)+width:InterpolationMasses 134 7.040981
insert B_c2(H)+width:InterpolationMasses 135 7.041019
insert B_c2(H)+width:InterpolationMasses 136 7.0410569
insert B_c2(H)+width:InterpolationMasses 137 7.0410949
insert B_c2(H)+width:InterpolationMasses 138 7.0411329
insert B_c2(H)+width:InterpolationMasses 139 7.0411708
insert B_c2(H)+width:InterpolationMasses 140 7.0412088
insert B_c2(H)+width:InterpolationMasses 141 7.0412467
insert B_c2(H)+width:InterpolationMasses 142 7.0412847
insert B_c2(H)+width:InterpolationMasses 143 7.0413227
insert B_c2(H)+width:InterpolationMasses 144 7.0413606
insert B_c2(H)+width:InterpolationMasses 145 7.0413986
insert B_c2(H)+width:InterpolationMasses 146 7.0414365
insert B_c2(H)+width:InterpolationMasses 147 7.0414745
insert B_c2(H)+width:InterpolationMasses 148 7.0415124
insert B_c2(H)+width:InterpolationMasses 149 7.0415504
insert B_c2(H)+width:InterpolationMasses 150 7.0415884
insert B_c2(H)+width:InterpolationMasses 151 7.0416263
insert B_c2(H)+width:InterpolationMasses 152 7.0416643
insert B_c2(H)+width:InterpolationMasses 153 7.0417022
insert B_c2(H)+width:InterpolationMasses 154 7.0417402
insert B_c2(H)+width:InterpolationMasses 155 7.0417782
insert B_c2(H)+width:InterpolationMasses 156 7.0418161
insert B_c2(H)+width:InterpolationMasses 157 7.0418541
insert B_c2(H)+width:InterpolationMasses 158 7.041892
insert B_c2(H)+width:InterpolationMasses 159 7.04193
insert B_c2(H)+width:InterpolationMasses 160 7.041968
insert B_c2(H)+width:InterpolationMasses 161 7.0420059
insert B_c2(H)+width:InterpolationWidths 0 2.7149961e-07
insert B_c2(H)+width:InterpolationWidths 1 2.7160697e-07
insert B_c2(H)+width:InterpolationWidths 2 2.7171436e-07
insert B_c2(H)+width:InterpolationWidths 3 2.7182178e-07
insert B_c2(H)+width:InterpolationWidths 4 2.7192922e-07
insert B_c2(H)+width:InterpolationWidths 5 2.7203669e-07
insert B_c2(H)+width:InterpolationWidths 6 2.7214419e-07
insert B_c2(H)+width:InterpolationWidths 7 2.7225172e-07
insert B_c2(H)+width:InterpolationWidths 8 2.7235927e-07
insert B_c2(H)+width:InterpolationWidths 9 2.7246685e-07
insert B_c2(H)+width:InterpolationWidths 10 2.7257446e-07
insert B_c2(H)+width:InterpolationWidths 11 2.7268209e-07
insert B_c2(H)+width:InterpolationWidths 12 2.7278975e-07
insert B_c2(H)+width:InterpolationWidths 13 2.7289744e-07
insert B_c2(H)+width:InterpolationWidths 14 2.7300516e-07
insert B_c2(H)+width:InterpolationWidths 15 2.731129e-07
insert B_c2(H)+width:InterpolationWidths 16 2.7322067e-07
insert B_c2(H)+width:InterpolationWidths 17 2.7332846e-07
insert B_c2(H)+width:InterpolationWidths 18 2.7343628e-07
insert B_c2(H)+width:InterpolationWidths 19 2.7354413e-07
insert B_c2(H)+width:InterpolationWidths 20 2.7365201e-07
insert B_c2(H)+width:InterpolationWidths 21 2.7375991e-07
insert B_c2(H)+width:InterpolationWidths 22 2.7386785e-07
insert B_c2(H)+width:InterpolationWidths 23 2.739758e-07
insert B_c2(H)+width:InterpolationWidths 24 2.7408379e-07
insert B_c2(H)+width:InterpolationWidths 25 2.741918e-07
insert B_c2(H)+width:InterpolationWidths 26 2.7429984e-07
insert B_c2(H)+width:InterpolationWidths 27 2.744079e-07
insert B_c2(H)+width:InterpolationWidths 28 2.74516e-07
insert B_c2(H)+width:InterpolationWidths 29 2.7462412e-07
insert B_c2(H)+width:InterpolationWidths 30 2.7473226e-07
insert B_c2(H)+width:InterpolationWidths 31 2.7484044e-07
insert B_c2(H)+width:InterpolationWidths 32 2.7494864e-07
insert B_c2(H)+width:InterpolationWidths 33 2.7505687e-07
insert B_c2(H)+width:InterpolationWidths 34 2.7516512e-07
insert B_c2(H)+width:InterpolationWidths 35 2.7527341e-07
insert B_c2(H)+width:InterpolationWidths 36 2.7538171e-07
insert B_c2(H)+width:InterpolationWidths 37 2.7549005e-07
insert B_c2(H)+width:InterpolationWidths 38 2.7559841e-07
insert B_c2(H)+width:InterpolationWidths 39 2.757068e-07
insert B_c2(H)+width:InterpolationWidths 40 2.7581522e-07
insert B_c2(H)+width:InterpolationWidths 41 2.7592367e-07
insert B_c2(H)+width:InterpolationWidths 42 2.7603214e-07
insert B_c2(H)+width:InterpolationWidths 43 2.7614064e-07
insert B_c2(H)+width:InterpolationWidths 44 2.7624916e-07
insert B_c2(H)+width:InterpolationWidths 45 2.7635772e-07
insert B_c2(H)+width:InterpolationWidths 46 2.764663e-07
insert B_c2(H)+width:InterpolationWidths 47 2.765749e-07
insert B_c2(H)+width:InterpolationWidths 48 2.7668354e-07
insert B_c2(H)+width:InterpolationWidths 49 2.767922e-07
insert B_c2(H)+width:InterpolationWidths 50 2.7690089e-07
insert B_c2(H)+width:InterpolationWidths 51 2.770096e-07
insert B_c2(H)+width:InterpolationWidths 52 2.7711834e-07
insert B_c2(H)+width:InterpolationWidths 53 2.7722711e-07
insert B_c2(H)+width:InterpolationWidths 54 3.1655943e-07
insert B_c2(H)+width:InterpolationWidths 55 3.1667491e-07
insert B_c2(H)+width:InterpolationWidths 56 3.1679041e-07
insert B_c2(H)+width:InterpolationWidths 57 3.1690593e-07
insert B_c2(H)+width:InterpolationWidths 58 3.1702149e-07
insert B_c2(H)+width:InterpolationWidths 59 3.1713707e-07
insert B_c2(H)+width:InterpolationWidths 60 3.1725268e-07
insert B_c2(H)+width:InterpolationWidths 61 3.1736831e-07
insert B_c2(H)+width:InterpolationWidths 62 3.1748397e-07
insert B_c2(H)+width:InterpolationWidths 63 3.1759966e-07
insert B_c2(H)+width:InterpolationWidths 64 3.1771537e-07
insert B_c2(H)+width:InterpolationWidths 65 3.1783111e-07
insert B_c2(H)+width:InterpolationWidths 66 3.1794688e-07
insert B_c2(H)+width:InterpolationWidths 67 3.1806267e-07
insert B_c2(H)+width:InterpolationWidths 68 3.1817849e-07
insert B_c2(H)+width:InterpolationWidths 69 3.1829434e-07
insert B_c2(H)+width:InterpolationWidths 70 3.1841021e-07
insert B_c2(H)+width:InterpolationWidths 71 3.1852611e-07
insert B_c2(H)+width:InterpolationWidths 72 3.1864204e-07
insert B_c2(H)+width:InterpolationWidths 73 3.18758e-07
insert B_c2(H)+width:InterpolationWidths 74 3.1887398e-07
insert B_c2(H)+width:InterpolationWidths 75 3.1898998e-07
insert B_c2(H)+width:InterpolationWidths 76 3.1910602e-07
insert B_c2(H)+width:InterpolationWidths 77 3.1922208e-07
insert B_c2(H)+width:InterpolationWidths 78 3.1933817e-07
insert B_c2(H)+width:InterpolationWidths 79 3.1945428e-07
insert B_c2(H)+width:InterpolationWidths 80 3.1957042e-07
insert B_c2(H)+width:InterpolationWidths 81 3.1968659e-07
insert B_c2(H)+width:InterpolationWidths 82 3.1980278e-07
insert B_c2(H)+width:InterpolationWidths 83 3.19919e-07
insert B_c2(H)+width:InterpolationWidths 84 3.2003525e-07
insert B_c2(H)+width:InterpolationWidths 85 3.2015152e-07
insert B_c2(H)+width:InterpolationWidths 86 3.2026783e-07
insert B_c2(H)+width:InterpolationWidths 87 3.2038415e-07
insert B_c2(H)+width:InterpolationWidths 88 3.2050051e-07
insert B_c2(H)+width:InterpolationWidths 89 3.2061689e-07
insert B_c2(H)+width:InterpolationWidths 90 3.207333e-07
insert B_c2(H)+width:InterpolationWidths 91 3.2084973e-07
insert B_c2(H)+width:InterpolationWidths 92 3.2096619e-07
insert B_c2(H)+width:InterpolationWidths 93 3.2108268e-07
insert B_c2(H)+width:InterpolationWidths 94 3.211992e-07
insert B_c2(H)+width:InterpolationWidths 95 3.2131574e-07
insert B_c2(H)+width:InterpolationWidths 96 3.214323e-07
insert B_c2(H)+width:InterpolationWidths 97 3.215489e-07
insert B_c2(H)+width:InterpolationWidths 98 3.2166552e-07
insert B_c2(H)+width:InterpolationWidths 99 3.2178217e-07
insert B_c2(H)+width:InterpolationWidths 100 3.2189884e-07
insert B_c2(H)+width:InterpolationWidths 101 3.2201555e-07
insert B_c2(H)+width:InterpolationWidths 102 3.2213228e-07
insert B_c2(H)+width:InterpolationWidths 103 3.2224903e-07
insert B_c2(H)+width:InterpolationWidths 104 3.2236581e-07
insert B_c2(H)+width:InterpolationWidths 105 3.2248262e-07
insert B_c2(H)+width:InterpolationWidths 106 3.2259946e-07
insert B_c2(H)+width:InterpolationWidths 107 3.2271632e-07
insert B_c2(H)+width:InterpolationWidths 108 9.206733e-05
insert B_c2(H)+width:InterpolationWidths 109 9.2106934e-05
insert B_c2(H)+width:InterpolationWidths 110 9.2146548e-05
insert B_c2(H)+width:InterpolationWidths 111 9.2186174e-05
insert B_c2(H)+width:InterpolationWidths 112 9.2225811e-05
insert B_c2(H)+width:InterpolationWidths 113 9.2265458e-05
insert B_c2(H)+width:InterpolationWidths 114 9.2305117e-05
insert B_c2(H)+width:InterpolationWidths 115 9.2344787e-05
insert B_c2(H)+width:InterpolationWidths 116 9.2384467e-05
insert B_c2(H)+width:InterpolationWidths 117 9.2424159e-05
insert B_c2(H)+width:InterpolationWidths 118 9.2463862e-05
insert B_c2(H)+width:InterpolationWidths 119 9.2503576e-05
insert B_c2(H)+width:InterpolationWidths 120 9.2543301e-05
insert B_c2(H)+width:InterpolationWidths 121 9.2583036e-05
insert B_c2(H)+width:InterpolationWidths 122 9.2622783e-05
insert B_c2(H)+width:InterpolationWidths 123 9.2662541e-05
insert B_c2(H)+width:InterpolationWidths 124 9.270231e-05
insert B_c2(H)+width:InterpolationWidths 125 9.274209e-05
insert B_c2(H)+width:InterpolationWidths 126 9.2781881e-05
insert B_c2(H)+width:InterpolationWidths 127 9.2821683e-05
insert B_c2(H)+width:InterpolationWidths 128 9.2861497e-05
insert B_c2(H)+width:InterpolationWidths 129 9.2901321e-05
insert B_c2(H)+width:InterpolationWidths 130 9.2941156e-05
insert B_c2(H)+width:InterpolationWidths 131 9.2981002e-05
insert B_c2(H)+width:InterpolationWidths 132 9.302086e-05
insert B_c2(H)+width:InterpolationWidths 133 9.3060728e-05
insert B_c2(H)+width:InterpolationWidths 134 9.3100608e-05
insert B_c2(H)+width:InterpolationWidths 135 9.3140498e-05
insert B_c2(H)+width:InterpolationWidths 136 9.31804e-05
insert B_c2(H)+width:InterpolationWidths 137 9.3220312e-05
insert B_c2(H)+width:InterpolationWidths 138 9.3260236e-05
insert B_c2(H)+width:InterpolationWidths 139 9.3300171e-05
insert B_c2(H)+width:InterpolationWidths 140 9.3340116e-05
insert B_c2(H)+width:InterpolationWidths 141 9.3380073e-05
insert B_c2(H)+width:InterpolationWidths 142 9.3420041e-05
insert B_c2(H)+width:InterpolationWidths 143 9.346002e-05
insert B_c2(H)+width:InterpolationWidths 144 9.350001e-05
insert B_c2(H)+width:InterpolationWidths 145 9.3540011e-05
insert B_c2(H)+width:InterpolationWidths 146 9.3580023e-05
insert B_c2(H)+width:InterpolationWidths 147 9.3620047e-05
insert B_c2(H)+width:InterpolationWidths 148 9.3660081e-05
insert B_c2(H)+width:InterpolationWidths 149 9.3700126e-05
insert B_c2(H)+width:InterpolationWidths 150 9.3740183e-05
insert B_c2(H)+width:InterpolationWidths 151 9.378025e-05
insert B_c2(H)+width:InterpolationWidths 152 9.3820329e-05
insert B_c2(H)+width:InterpolationWidths 153 9.3860419e-05
insert B_c2(H)+width:InterpolationWidths 154 9.3900519e-05
insert B_c2(H)+width:InterpolationWidths 155 9.3940631e-05
insert B_c2(H)+width:InterpolationWidths 156 9.3980754e-05
insert B_c2(H)+width:InterpolationWidths 157 9.4020888e-05
insert B_c2(H)+width:InterpolationWidths 158 9.4061033e-05
insert B_c2(H)+width:InterpolationWidths 159 9.4101189e-05
insert B_c2(H)+width:InterpolationWidths 160 9.4141357e-05
insert B_c2(H)+width:InterpolationWidths 161 9.4181535e-05
insert B_c2(H)+width:NumberofEntries 0 54
insert B_c2(H)+width:NumberofEntries 1 108
insert B_c2(H)+width:NumberofEntries 2 162
insert B_c2(H)+width:NumberofEntries 3 162
insert B_c2(H)+width:NumberofEntries 4 162
insert B_c2(H)+width:NumberofEntries 5 162
insert B_c2(H)+width:NumberofEntries 6 162
newdef /Herwig/Particles/B_c2(H)+:Width_generator B_c2(H)+width
newdef /Herwig/Particles/B_c2(H)-:Width_generator B_c2(H)+width
#
create Herwig::GenericWidthGenerator psi_2_1DWidth
newdef psi_2_1DWidth:Particle /Herwig/Particles/psi_2(1D)
newdef psi_2_1DWidth:Prefactor 1
newdef psi_2_1DWidth:BRNormalize 1
newdef psi_2_1DWidth:BRMinimum 0.01
newdef psi_2_1DWidth:Points 50
newdef psi_2_1DWidth:InterpolationOrder 1
newdef psi_2_1DWidth:Prefactor 1
newdef psi_2_1DWidth:BRNormalize 1
newdef psi_2_1DWidth:BRMinimum 0.01
newdef psi_2_1DWidth:Points 50
newdef psi_2_1DWidth:InterpolationOrder 1
insert psi_2_1DWidth:MEtype 0 2
insert psi_2_1DWidth:MEtype 1 0
insert psi_2_1DWidth:MEtype 2 2
insert psi_2_1DWidth:MEtype 3 0
insert psi_2_1DWidth:MEtype 4 0
insert psi_2_1DWidth:MEcode 0 0
insert psi_2_1DWidth:MEcode 1 0
insert psi_2_1DWidth:MEcode 2 0
insert psi_2_1DWidth:MEcode 3 0
insert psi_2_1DWidth:MEcode 4 0
insert psi_2_1DWidth:MEcoupling 0 81.0608
insert psi_2_1DWidth:MEcoupling 1 0.1893
insert psi_2_1DWidth:MEcoupling 2 0.997935
insert psi_2_1DWidth:MEcoupling 3 0.108
insert psi_2_1DWidth:MEcoupling 4 0.0947
insert psi_2_1DWidth:ModeOn 0 1
insert psi_2_1DWidth:ModeOn 1 1
insert psi_2_1DWidth:ModeOn 2 1
insert psi_2_1DWidth:ModeOn 3 1
insert psi_2_1DWidth:ModeOn 4 1
insert psi_2_1DWidth:MinimumMasses 0 3.50176
insert psi_2_1DWidth:MinimumMasses 1 3.37512
insert psi_2_1DWidth:MinimumMasses 2 3.5356
insert psi_2_1DWidth:MinimumMasses 3 0
insert psi_2_1DWidth:MinimumMasses 4 3.36594
insert psi_2_1DWidth:MEmass1 0 3.51066
insert psi_2_1DWidth:MEmass1 1 0
insert psi_2_1DWidth:MEmass1 2 3.5562
insert psi_2_1DWidth:MEmass1 3 0
insert psi_2_1DWidth:MEmass1 4 0
insert psi_2_1DWidth:MEmass2 0 0
insert psi_2_1DWidth:MEmass2 1 0
insert psi_2_1DWidth:MEmass2 2 0
insert psi_2_1DWidth:MEmass2 3 0
insert psi_2_1DWidth:MEmass2 4 0
insert psi_2_1DWidth:DecayModes 0 psi_2(1D)->chi_c1,gamma;
insert psi_2_1DWidth:DecayModes 1 psi_2(1D)->Jpsi,pi+,pi-;
insert psi_2_1DWidth:DecayModes 2 psi_2(1D)->chi_c2,gamma;
insert psi_2_1DWidth:DecayModes 3 psi_2(1D)->g,g,g;
insert psi_2_1DWidth:DecayModes 4 psi_2(1D)->Jpsi,pi0,pi0;
insert psi_2_1DWidth:InterpolationMasses 0 3.8156959
insert psi_2_1DWidth:InterpolationMasses 1 3.815998
insert psi_2_1DWidth:InterpolationMasses 2 3.8163
insert psi_2_1DWidth:InterpolationMasses 3 3.816602
insert psi_2_1DWidth:InterpolationMasses 4 3.8169041
insert psi_2_1DWidth:InterpolationMasses 5 3.8172061
insert psi_2_1DWidth:InterpolationMasses 6 3.8175082
insert psi_2_1DWidth:InterpolationMasses 7 3.8178102
insert psi_2_1DWidth:InterpolationMasses 8 3.8181122
insert psi_2_1DWidth:InterpolationMasses 9 3.8184143
insert psi_2_1DWidth:InterpolationMasses 10 3.8187163
insert psi_2_1DWidth:InterpolationMasses 11 3.8190184
insert psi_2_1DWidth:InterpolationMasses 12 3.8193204
insert psi_2_1DWidth:InterpolationMasses 13 3.8196224
insert psi_2_1DWidth:InterpolationMasses 14 3.8199245
insert psi_2_1DWidth:InterpolationMasses 15 3.8202265
insert psi_2_1DWidth:InterpolationMasses 16 3.8205286
insert psi_2_1DWidth:InterpolationMasses 17 3.8208306
insert psi_2_1DWidth:InterpolationMasses 18 3.8211327
insert psi_2_1DWidth:InterpolationMasses 19 3.8214347
insert psi_2_1DWidth:InterpolationMasses 20 3.8217367
insert psi_2_1DWidth:InterpolationMasses 21 3.8220388
insert psi_2_1DWidth:InterpolationMasses 22 3.8223408
insert psi_2_1DWidth:InterpolationMasses 23 3.8226429
insert psi_2_1DWidth:InterpolationMasses 24 3.8229449
insert psi_2_1DWidth:InterpolationMasses 25 3.8232469
insert psi_2_1DWidth:InterpolationMasses 26 3.823549
insert psi_2_1DWidth:InterpolationMasses 27 3.823851
insert psi_2_1DWidth:InterpolationMasses 28 3.8241531
insert psi_2_1DWidth:InterpolationMasses 29 3.8244551
insert psi_2_1DWidth:InterpolationMasses 30 3.8247571
insert psi_2_1DWidth:InterpolationMasses 31 3.8250592
insert psi_2_1DWidth:InterpolationMasses 32 3.8253612
insert psi_2_1DWidth:InterpolationMasses 33 3.8256633
insert psi_2_1DWidth:InterpolationMasses 34 3.8259653
insert psi_2_1DWidth:InterpolationMasses 35 3.8262673
insert psi_2_1DWidth:InterpolationMasses 36 3.8265694
insert psi_2_1DWidth:InterpolationMasses 37 3.8268714
insert psi_2_1DWidth:InterpolationMasses 38 3.8271735
insert psi_2_1DWidth:InterpolationMasses 39 3.8274755
insert psi_2_1DWidth:InterpolationMasses 40 3.8277776
insert psi_2_1DWidth:InterpolationMasses 41 3.8280796
insert psi_2_1DWidth:InterpolationMasses 42 3.8283816
insert psi_2_1DWidth:InterpolationMasses 43 3.8286837
insert psi_2_1DWidth:InterpolationMasses 44 3.8289857
insert psi_2_1DWidth:InterpolationMasses 45 3.8292878
insert psi_2_1DWidth:InterpolationMasses 46 3.8295898
insert psi_2_1DWidth:InterpolationMasses 47 3.8298918
insert psi_2_1DWidth:InterpolationMasses 48 3.8301939
insert psi_2_1DWidth:InterpolationMasses 49 3.8304959
insert psi_2_1DWidth:InterpolationMasses 50 3.830798
insert psi_2_1DWidth:InterpolationMasses 51 3.8311
insert psi_2_1DWidth:InterpolationMasses 52 3.831402
insert psi_2_1DWidth:InterpolationMasses 53 3.8317041
insert psi_2_1DWidth:InterpolationMasses 54 3.8156959
insert psi_2_1DWidth:InterpolationMasses 55 3.815998
insert psi_2_1DWidth:InterpolationMasses 56 3.8163
insert psi_2_1DWidth:InterpolationMasses 57 3.816602
insert psi_2_1DWidth:InterpolationMasses 58 3.8169041
insert psi_2_1DWidth:InterpolationMasses 59 3.8172061
insert psi_2_1DWidth:InterpolationMasses 60 3.8175082
insert psi_2_1DWidth:InterpolationMasses 61 3.8178102
insert psi_2_1DWidth:InterpolationMasses 62 3.8181122
insert psi_2_1DWidth:InterpolationMasses 63 3.8184143
insert psi_2_1DWidth:InterpolationMasses 64 3.8187163
insert psi_2_1DWidth:InterpolationMasses 65 3.8190184
insert psi_2_1DWidth:InterpolationMasses 66 3.8193204
insert psi_2_1DWidth:InterpolationMasses 67 3.8196224
insert psi_2_1DWidth:InterpolationMasses 68 3.8199245
insert psi_2_1DWidth:InterpolationMasses 69 3.8202265
insert psi_2_1DWidth:InterpolationMasses 70 3.8205286
insert psi_2_1DWidth:InterpolationMasses 71 3.8208306
insert psi_2_1DWidth:InterpolationMasses 72 3.8211327
insert psi_2_1DWidth:InterpolationMasses 73 3.8214347
insert psi_2_1DWidth:InterpolationMasses 74 3.8217367
insert psi_2_1DWidth:InterpolationMasses 75 3.8220388
insert psi_2_1DWidth:InterpolationMasses 76 3.8223408
insert psi_2_1DWidth:InterpolationMasses 77 3.8226429
insert psi_2_1DWidth:InterpolationMasses 78 3.8229449
insert psi_2_1DWidth:InterpolationMasses 79 3.8232469
insert psi_2_1DWidth:InterpolationMasses 80 3.823549
insert psi_2_1DWidth:InterpolationMasses 81 3.823851
insert psi_2_1DWidth:InterpolationMasses 82 3.8241531
insert psi_2_1DWidth:InterpolationMasses 83 3.8244551
insert psi_2_1DWidth:InterpolationMasses 84 3.8247571
insert psi_2_1DWidth:InterpolationMasses 85 3.8250592
insert psi_2_1DWidth:InterpolationMasses 86 3.8253612
insert psi_2_1DWidth:InterpolationMasses 87 3.8256633
insert psi_2_1DWidth:InterpolationMasses 88 3.8259653
insert psi_2_1DWidth:InterpolationMasses 89 3.8262673
insert psi_2_1DWidth:InterpolationMasses 90 3.8265694
insert psi_2_1DWidth:InterpolationMasses 91 3.8268714
insert psi_2_1DWidth:InterpolationMasses 92 3.8271735
insert psi_2_1DWidth:InterpolationMasses 93 3.8274755
insert psi_2_1DWidth:InterpolationMasses 94 3.8277776
insert psi_2_1DWidth:InterpolationMasses 95 3.8280796
insert psi_2_1DWidth:InterpolationMasses 96 3.8283816
insert psi_2_1DWidth:InterpolationMasses 97 3.8286837
insert psi_2_1DWidth:InterpolationMasses 98 3.8289857
insert psi_2_1DWidth:InterpolationMasses 99 3.8292878
insert psi_2_1DWidth:InterpolationMasses 100 3.8295898
insert psi_2_1DWidth:InterpolationMasses 101 3.8298918
insert psi_2_1DWidth:InterpolationMasses 102 3.8301939
insert psi_2_1DWidth:InterpolationMasses 103 3.8304959
insert psi_2_1DWidth:InterpolationMasses 104 3.830798
insert psi_2_1DWidth:InterpolationMasses 105 3.8311
insert psi_2_1DWidth:InterpolationMasses 106 3.831402
insert psi_2_1DWidth:InterpolationMasses 107 3.8317041
insert psi_2_1DWidth:InterpolationWidths 0 4.1346567e-06
insert psi_2_1DWidth:InterpolationWidths 1 4.1458223e-06
insert psi_2_1DWidth:InterpolationWidths 2 4.1570059e-06
insert psi_2_1DWidth:InterpolationWidths 3 4.1682076e-06
insert psi_2_1DWidth:InterpolationWidths 4 4.1794274e-06
insert psi_2_1DWidth:InterpolationWidths 5 4.1906652e-06
insert psi_2_1DWidth:InterpolationWidths 6 4.2019212e-06
insert psi_2_1DWidth:InterpolationWidths 7 4.2131952e-06
insert psi_2_1DWidth:InterpolationWidths 8 4.2244873e-06
insert psi_2_1DWidth:InterpolationWidths 9 4.2357976e-06
insert psi_2_1DWidth:InterpolationWidths 10 4.247126e-06
insert psi_2_1DWidth:InterpolationWidths 11 4.2584725e-06
insert psi_2_1DWidth:InterpolationWidths 12 4.2698372e-06
insert psi_2_1DWidth:InterpolationWidths 13 4.2812199e-06
insert psi_2_1DWidth:InterpolationWidths 14 4.2926209e-06
insert psi_2_1DWidth:InterpolationWidths 15 4.30404e-06
insert psi_2_1DWidth:InterpolationWidths 16 4.3154773e-06
insert psi_2_1DWidth:InterpolationWidths 17 4.3269327e-06
insert psi_2_1DWidth:InterpolationWidths 18 4.3384063e-06
insert psi_2_1DWidth:InterpolationWidths 19 4.3498981e-06
insert psi_2_1DWidth:InterpolationWidths 20 4.3614082e-06
insert psi_2_1DWidth:InterpolationWidths 21 4.3729364e-06
insert psi_2_1DWidth:InterpolationWidths 22 4.3844828e-06
insert psi_2_1DWidth:InterpolationWidths 23 4.3960475e-06
insert psi_2_1DWidth:InterpolationWidths 24 4.4076303e-06
insert psi_2_1DWidth:InterpolationWidths 25 4.4192314e-06
insert psi_2_1DWidth:InterpolationWidths 26 4.4308508e-06
insert psi_2_1DWidth:InterpolationWidths 27 4.4424884e-06
insert psi_2_1DWidth:InterpolationWidths 28 4.4541442e-06
insert psi_2_1DWidth:InterpolationWidths 29 4.4658184e-06
insert psi_2_1DWidth:InterpolationWidths 30 4.4775107e-06
insert psi_2_1DWidth:InterpolationWidths 31 4.4892214e-06
insert psi_2_1DWidth:InterpolationWidths 32 4.5009504e-06
insert psi_2_1DWidth:InterpolationWidths 33 4.5126976e-06
insert psi_2_1DWidth:InterpolationWidths 34 4.5244631e-06
insert psi_2_1DWidth:InterpolationWidths 35 4.536247e-06
insert psi_2_1DWidth:InterpolationWidths 36 4.5480492e-06
insert psi_2_1DWidth:InterpolationWidths 37 4.5598697e-06
insert psi_2_1DWidth:InterpolationWidths 38 4.5717085e-06
insert psi_2_1DWidth:InterpolationWidths 39 4.5835656e-06
insert psi_2_1DWidth:InterpolationWidths 40 4.5954411e-06
insert psi_2_1DWidth:InterpolationWidths 41 4.607335e-06
insert psi_2_1DWidth:InterpolationWidths 42 4.6192472e-06
insert psi_2_1DWidth:InterpolationWidths 43 4.6311777e-06
insert psi_2_1DWidth:InterpolationWidths 44 4.6431267e-06
insert psi_2_1DWidth:InterpolationWidths 45 4.655094e-06
insert psi_2_1DWidth:InterpolationWidths 46 4.6670797e-06
insert psi_2_1DWidth:InterpolationWidths 47 4.6790838e-06
insert psi_2_1DWidth:InterpolationWidths 48 4.6911063e-06
insert psi_2_1DWidth:InterpolationWidths 49 4.7031472e-06
insert psi_2_1DWidth:InterpolationWidths 50 4.7152066e-06
insert psi_2_1DWidth:InterpolationWidths 51 4.7272843e-06
insert psi_2_1DWidth:InterpolationWidths 52 4.7393805e-06
insert psi_2_1DWidth:InterpolationWidths 53 4.7514951e-06
insert psi_2_1DWidth:InterpolationWidths 54 8.2993756e-05
insert psi_2_1DWidth:InterpolationWidths 55 8.3268405e-05
insert psi_2_1DWidth:InterpolationWidths 56 8.3543626e-05
insert psi_2_1DWidth:InterpolationWidths 57 8.3819421e-05
insert psi_2_1DWidth:InterpolationWidths 58 8.409579e-05
insert psi_2_1DWidth:InterpolationWidths 59 8.4372733e-05
insert psi_2_1DWidth:InterpolationWidths 60 8.4650251e-05
insert psi_2_1DWidth:InterpolationWidths 61 8.4928344e-05
insert psi_2_1DWidth:InterpolationWidths 62 8.5207013e-05
insert psi_2_1DWidth:InterpolationWidths 63 8.5486258e-05
insert psi_2_1DWidth:InterpolationWidths 64 8.5766079e-05
insert psi_2_1DWidth:InterpolationWidths 65 8.6046478e-05
insert psi_2_1DWidth:InterpolationWidths 66 8.6327454e-05
insert psi_2_1DWidth:InterpolationWidths 67 8.6609008e-05
insert psi_2_1DWidth:InterpolationWidths 68 8.689114e-05
insert psi_2_1DWidth:InterpolationWidths 69 8.7173851e-05
insert psi_2_1DWidth:InterpolationWidths 70 8.7457142e-05
insert psi_2_1DWidth:InterpolationWidths 71 8.7741012e-05
insert psi_2_1DWidth:InterpolationWidths 72 8.8025463e-05
insert psi_2_1DWidth:InterpolationWidths 73 8.8310494e-05
insert psi_2_1DWidth:InterpolationWidths 74 8.8596107e-05
insert psi_2_1DWidth:InterpolationWidths 75 8.8882301e-05
insert psi_2_1DWidth:InterpolationWidths 76 8.9169077e-05
insert psi_2_1DWidth:InterpolationWidths 77 8.9456436e-05
insert psi_2_1DWidth:InterpolationWidths 78 8.9744378e-05
insert psi_2_1DWidth:InterpolationWidths 79 9.0032903e-05
insert psi_2_1DWidth:InterpolationWidths 80 9.0322012e-05
insert psi_2_1DWidth:InterpolationWidths 81 9.0611705e-05
insert psi_2_1DWidth:InterpolationWidths 82 9.0901984e-05
insert psi_2_1DWidth:InterpolationWidths 83 9.1192847e-05
insert psi_2_1DWidth:InterpolationWidths 84 9.1484296e-05
insert psi_2_1DWidth:InterpolationWidths 85 9.1776332e-05
insert psi_2_1DWidth:InterpolationWidths 86 9.2068954e-05
insert psi_2_1DWidth:InterpolationWidths 87 9.2362163e-05
insert psi_2_1DWidth:InterpolationWidths 88 9.2655959e-05
insert psi_2_1DWidth:InterpolationWidths 89 9.2950344e-05
insert psi_2_1DWidth:InterpolationWidths 90 9.3245317e-05
insert psi_2_1DWidth:InterpolationWidths 91 9.3540879e-05
insert psi_2_1DWidth:InterpolationWidths 92 9.383703e-05
insert psi_2_1DWidth:InterpolationWidths 93 9.4133771e-05
insert psi_2_1DWidth:InterpolationWidths 94 9.4431102e-05
insert psi_2_1DWidth:InterpolationWidths 95 9.4729024e-05
insert psi_2_1DWidth:InterpolationWidths 96 9.5027537e-05
insert psi_2_1DWidth:InterpolationWidths 97 9.5326642e-05
insert psi_2_1DWidth:InterpolationWidths 98 9.5626338e-05
insert psi_2_1DWidth:InterpolationWidths 99 9.5926627e-05
insert psi_2_1DWidth:InterpolationWidths 100 9.6227509e-05
insert psi_2_1DWidth:InterpolationWidths 101 9.6528985e-05
insert psi_2_1DWidth:InterpolationWidths 102 9.6831054e-05
insert psi_2_1DWidth:InterpolationWidths 103 9.7133717e-05
insert psi_2_1DWidth:InterpolationWidths 104 9.7436976e-05
insert psi_2_1DWidth:InterpolationWidths 105 9.7740829e-05
insert psi_2_1DWidth:InterpolationWidths 106 9.8045278e-05
insert psi_2_1DWidth:InterpolationWidths 107 9.8350323e-05
insert psi_2_1DWidth:NumberofEntries 0 54
insert psi_2_1DWidth:NumberofEntries 1 54
insert psi_2_1DWidth:NumberofEntries 2 108
insert psi_2_1DWidth:NumberofEntries 3 108
insert psi_2_1DWidth:NumberofEntries 4 108
newdef /Herwig/Particles/psi_2(1D):Width_generator psi_2_1DWidth
#
create Herwig::HeavyMesonWidthGenerator D_s3*(2860)+Width
newdef D_s3*(2860)+Width:Particle /Herwig/Particles/D_s3*(2860)+
newdef D_s3*(2860)+Width:Prefactor 0.999862
newdef D_s3*(2860)+Width:BRNormalize 1
newdef D_s3*(2860)+Width:BRMinimum 0.01
newdef D_s3*(2860)+Width:Points 50
newdef D_s3*(2860)+Width:InterpolationOrder 1
insert D_s3*(2860)+Width:MEtype 0 1
insert D_s3*(2860)+Width:MEtype 1 1
insert D_s3*(2860)+Width:MEtype 2 2
insert D_s3*(2860)+Width:MEtype 3 2
insert D_s3*(2860)+Width:MEcode 0 112
insert D_s3*(2860)+Width:MEcode 1 112
insert D_s3*(2860)+Width:MEcode 2 0
insert D_s3*(2860)+Width:MEcode 3 0
insert D_s3*(2860)+Width:MEcoupling 0 0.963887
insert D_s3*(2860)+Width:MEcoupling 1 0.963857
insert D_s3*(2860)+Width:MEcoupling 2 0.95881
insert D_s3*(2860)+Width:MEcoupling 3 0.965269
insert D_s3*(2860)+Width:ModeOn 0 1
insert D_s3*(2860)+Width:ModeOn 1 1
insert D_s3*(2860)+Width:ModeOn 2 1
insert D_s3*(2860)+Width:ModeOn 3 1
insert D_s3*(2860)+Width:MinimumMasses 0 2.35852
insert D_s3*(2860)+Width:MinimumMasses 1 2.36727
insert D_s3*(2860)+Width:MinimumMasses 2 2.49985
insert D_s3*(2860)+Width:MinimumMasses 3 2.50704
insert D_s3*(2860)+Width:MEmass1 0 1.86484
insert D_s3*(2860)+Width:MEmass1 1 1.86966
insert D_s3*(2860)+Width:MEmass1 2 2.00685
insert D_s3*(2860)+Width:MEmass1 3 2.01026
insert D_s3*(2860)+Width:MEmass2 0 0.493677
insert D_s3*(2860)+Width:MEmass2 1 0.497611
insert D_s3*(2860)+Width:MEmass2 2 0.493677
insert D_s3*(2860)+Width:MEmass2 3 0.497611
insert D_s3*(2860)+Width:DecayModes 0 D_s3*(2860)+->D0,K+;
insert D_s3*(2860)+Width:DecayModes 1 D_s3*(2860)+->D+,K0;
insert D_s3*(2860)+Width:DecayModes 2 D_s3*(2860)+->D*0,K+;
insert D_s3*(2860)+Width:DecayModes 3 D_s3*(2860)+->D*+,K0;
insert D_s3*(2860)+Width:InterpolationMasses 0 2.6885204
insert D_s3*(2860)+Width:InterpolationMasses 1 2.6950102
insert D_s3*(2860)+Width:InterpolationMasses 2 2.7015
insert D_s3*(2860)+Width:InterpolationMasses 3 2.7079898
insert D_s3*(2860)+Width:InterpolationMasses 4 2.7144796
insert D_s3*(2860)+Width:InterpolationMasses 5 2.7209694
insert D_s3*(2860)+Width:InterpolationMasses 6 2.7274592
insert D_s3*(2860)+Width:InterpolationMasses 7 2.733949
insert D_s3*(2860)+Width:InterpolationMasses 8 2.7404388
insert D_s3*(2860)+Width:InterpolationMasses 9 2.7469286
insert D_s3*(2860)+Width:InterpolationMasses 10 2.7534184
insert D_s3*(2860)+Width:InterpolationMasses 11 2.7599082
insert D_s3*(2860)+Width:InterpolationMasses 12 2.766398
insert D_s3*(2860)+Width:InterpolationMasses 13 2.7728878
insert D_s3*(2860)+Width:InterpolationMasses 14 2.7793776
insert D_s3*(2860)+Width:InterpolationMasses 15 2.7858673
insert D_s3*(2860)+Width:InterpolationMasses 16 2.7923571
insert D_s3*(2860)+Width:InterpolationMasses 17 2.7988469
insert D_s3*(2860)+Width:InterpolationMasses 18 2.8053367
insert D_s3*(2860)+Width:InterpolationMasses 19 2.8118265
insert D_s3*(2860)+Width:InterpolationMasses 20 2.8183163
insert D_s3*(2860)+Width:InterpolationMasses 21 2.8248061
insert D_s3*(2860)+Width:InterpolationMasses 22 2.8312959
insert D_s3*(2860)+Width:InterpolationMasses 23 2.8377857
insert D_s3*(2860)+Width:InterpolationMasses 24 2.8442755
insert D_s3*(2860)+Width:InterpolationMasses 25 2.8507653
insert D_s3*(2860)+Width:InterpolationMasses 26 2.8572551
insert D_s3*(2860)+Width:InterpolationMasses 27 2.8637449
insert D_s3*(2860)+Width:InterpolationMasses 28 2.8702347
insert D_s3*(2860)+Width:InterpolationMasses 29 2.8767245
insert D_s3*(2860)+Width:InterpolationMasses 30 2.8832143
insert D_s3*(2860)+Width:InterpolationMasses 31 2.8897041
insert D_s3*(2860)+Width:InterpolationMasses 32 2.8961939
insert D_s3*(2860)+Width:InterpolationMasses 33 2.9026837
insert D_s3*(2860)+Width:InterpolationMasses 34 2.9091735
insert D_s3*(2860)+Width:InterpolationMasses 35 2.9156633
insert D_s3*(2860)+Width:InterpolationMasses 36 2.9221531
insert D_s3*(2860)+Width:InterpolationMasses 37 2.9286429
insert D_s3*(2860)+Width:InterpolationMasses 38 2.9351327
insert D_s3*(2860)+Width:InterpolationMasses 39 2.9416224
insert D_s3*(2860)+Width:InterpolationMasses 40 2.9481122
insert D_s3*(2860)+Width:InterpolationMasses 41 2.954602
insert D_s3*(2860)+Width:InterpolationMasses 42 2.9610918
insert D_s3*(2860)+Width:InterpolationMasses 43 2.9675816
insert D_s3*(2860)+Width:InterpolationMasses 44 2.9740714
insert D_s3*(2860)+Width:InterpolationMasses 45 2.9805612
insert D_s3*(2860)+Width:InterpolationMasses 46 2.987051
insert D_s3*(2860)+Width:InterpolationMasses 47 2.9935408
insert D_s3*(2860)+Width:InterpolationMasses 48 3.0000306
insert D_s3*(2860)+Width:InterpolationMasses 49 3.0065204
insert D_s3*(2860)+Width:InterpolationMasses 50 3.0130102
insert D_s3*(2860)+Width:InterpolationMasses 51 3.0195
insert D_s3*(2860)+Width:InterpolationMasses 52 3.0259898
insert D_s3*(2860)+Width:InterpolationMasses 53 3.0324796
insert D_s3*(2860)+Width:InterpolationMasses 54 2.6885204
insert D_s3*(2860)+Width:InterpolationMasses 55 2.6950102
insert D_s3*(2860)+Width:InterpolationMasses 56 2.7015
insert D_s3*(2860)+Width:InterpolationMasses 57 2.7079898
insert D_s3*(2860)+Width:InterpolationMasses 58 2.7144796
insert D_s3*(2860)+Width:InterpolationMasses 59 2.7209694
insert D_s3*(2860)+Width:InterpolationMasses 60 2.7274592
insert D_s3*(2860)+Width:InterpolationMasses 61 2.733949
insert D_s3*(2860)+Width:InterpolationMasses 62 2.7404388
insert D_s3*(2860)+Width:InterpolationMasses 63 2.7469286
insert D_s3*(2860)+Width:InterpolationMasses 64 2.7534184
insert D_s3*(2860)+Width:InterpolationMasses 65 2.7599082
insert D_s3*(2860)+Width:InterpolationMasses 66 2.766398
insert D_s3*(2860)+Width:InterpolationMasses 67 2.7728878
insert D_s3*(2860)+Width:InterpolationMasses 68 2.7793776
insert D_s3*(2860)+Width:InterpolationMasses 69 2.7858673
insert D_s3*(2860)+Width:InterpolationMasses 70 2.7923571
insert D_s3*(2860)+Width:InterpolationMasses 71 2.7988469
insert D_s3*(2860)+Width:InterpolationMasses 72 2.8053367
insert D_s3*(2860)+Width:InterpolationMasses 73 2.8118265
insert D_s3*(2860)+Width:InterpolationMasses 74 2.8183163
insert D_s3*(2860)+Width:InterpolationMasses 75 2.8248061
insert D_s3*(2860)+Width:InterpolationMasses 76 2.8312959
insert D_s3*(2860)+Width:InterpolationMasses 77 2.8377857
insert D_s3*(2860)+Width:InterpolationMasses 78 2.8442755
insert D_s3*(2860)+Width:InterpolationMasses 79 2.8507653
insert D_s3*(2860)+Width:InterpolationMasses 80 2.8572551
insert D_s3*(2860)+Width:InterpolationMasses 81 2.8637449
insert D_s3*(2860)+Width:InterpolationMasses 82 2.8702347
insert D_s3*(2860)+Width:InterpolationMasses 83 2.8767245
insert D_s3*(2860)+Width:InterpolationMasses 84 2.8832143
insert D_s3*(2860)+Width:InterpolationMasses 85 2.8897041
insert D_s3*(2860)+Width:InterpolationMasses 86 2.8961939
insert D_s3*(2860)+Width:InterpolationMasses 87 2.9026837
insert D_s3*(2860)+Width:InterpolationMasses 88 2.9091735
insert D_s3*(2860)+Width:InterpolationMasses 89 2.9156633
insert D_s3*(2860)+Width:InterpolationMasses 90 2.9221531
insert D_s3*(2860)+Width:InterpolationMasses 91 2.9286429
insert D_s3*(2860)+Width:InterpolationMasses 92 2.9351327
insert D_s3*(2860)+Width:InterpolationMasses 93 2.9416224
insert D_s3*(2860)+Width:InterpolationMasses 94 2.9481122
insert D_s3*(2860)+Width:InterpolationMasses 95 2.954602
insert D_s3*(2860)+Width:InterpolationMasses 96 2.9610918
insert D_s3*(2860)+Width:InterpolationMasses 97 2.9675816
insert D_s3*(2860)+Width:InterpolationMasses 98 2.9740714
insert D_s3*(2860)+Width:InterpolationMasses 99 2.9805612
insert D_s3*(2860)+Width:InterpolationMasses 100 2.987051
insert D_s3*(2860)+Width:InterpolationMasses 101 2.9935408
insert D_s3*(2860)+Width:InterpolationMasses 102 3.0000306
insert D_s3*(2860)+Width:InterpolationMasses 103 3.0065204
insert D_s3*(2860)+Width:InterpolationMasses 104 3.0130102
insert D_s3*(2860)+Width:InterpolationMasses 105 3.0195
insert D_s3*(2860)+Width:InterpolationMasses 106 3.0259898
insert D_s3*(2860)+Width:InterpolationMasses 107 3.0324796
insert D_s3*(2860)+Width:InterpolationWidths 0 0.00064638316
insert D_s3*(2860)+Width:InterpolationWidths 1 0.00073505156
insert D_s3*(2860)+Width:InterpolationWidths 2 0.00083256921
insert D_s3*(2860)+Width:InterpolationWidths 3 0.00093951939
insert D_s3*(2860)+Width:InterpolationWidths 4 0.0010565064
insert D_s3*(2860)+Width:InterpolationWidths 5 0.0011841558
insert D_s3*(2860)+Width:InterpolationWidths 6 0.0013231148
insert D_s3*(2860)+Width:InterpolationWidths 7 0.0014740523
insert D_s3*(2860)+Width:InterpolationWidths 8 0.0016376592
insert D_s3*(2860)+Width:InterpolationWidths 9 0.0018146488
insert D_s3*(2860)+Width:InterpolationWidths 10 0.0020057569
insert D_s3*(2860)+Width:InterpolationWidths 11 0.002211742
insert D_s3*(2860)+Width:InterpolationWidths 12 0.0024333858
insert D_s3*(2860)+Width:InterpolationWidths 13 0.0026714932
insert D_s3*(2860)+Width:InterpolationWidths 14 0.0029268927
insert D_s3*(2860)+Width:InterpolationWidths 15 0.0032004364
insert D_s3*(2860)+Width:InterpolationWidths 16 0.0034930007
insert D_s3*(2860)+Width:InterpolationWidths 17 0.003805486
insert D_s3*(2860)+Width:InterpolationWidths 18 0.0041388174
insert D_s3*(2860)+Width:InterpolationWidths 19 0.0044939447
insert D_s3*(2860)+Width:InterpolationWidths 20 0.0048718428
insert D_s3*(2860)+Width:InterpolationWidths 21 0.0052735116
insert D_s3*(2860)+Width:InterpolationWidths 22 0.0056999768
insert D_s3*(2860)+Width:InterpolationWidths 23 0.0061522895
insert D_s3*(2860)+Width:InterpolationWidths 24 0.0066315269
insert D_s3*(2860)+Width:InterpolationWidths 25 0.0071387925
insert D_s3*(2860)+Width:InterpolationWidths 26 0.0076752162
insert D_s3*(2860)+Width:InterpolationWidths 27 0.0082419544
insert D_s3*(2860)+Width:InterpolationWidths 28 0.0088401905
insert D_s3*(2860)+Width:InterpolationWidths 29 0.0094711352
insert D_s3*(2860)+Width:InterpolationWidths 30 0.010136026
insert D_s3*(2860)+Width:InterpolationWidths 31 0.01083613
insert D_s3*(2860)+Width:InterpolationWidths 32 0.011572738
insert D_s3*(2860)+Width:InterpolationWidths 33 0.012347174
insert D_s3*(2860)+Width:InterpolationWidths 34 0.013160786
insert D_s3*(2860)+Width:InterpolationWidths 35 0.014014953
insert D_s3*(2860)+Width:InterpolationWidths 36 0.014911082
insert D_s3*(2860)+Width:InterpolationWidths 37 0.015850608
insert D_s3*(2860)+Width:InterpolationWidths 38 0.016834999
insert D_s3*(2860)+Width:InterpolationWidths 39 0.017865747
insert D_s3*(2860)+Width:InterpolationWidths 40 0.018944377
insert D_s3*(2860)+Width:InterpolationWidths 41 0.020072444
insert D_s3*(2860)+Width:InterpolationWidths 42 0.021251531
insert D_s3*(2860)+Width:InterpolationWidths 43 0.022483254
insert D_s3*(2860)+Width:InterpolationWidths 44 0.023769258
insert D_s3*(2860)+Width:InterpolationWidths 45 0.025111219
insert D_s3*(2860)+Width:InterpolationWidths 46 0.026510844
insert D_s3*(2860)+Width:InterpolationWidths 47 0.027969871
insert D_s3*(2860)+Width:InterpolationWidths 48 0.029490069
insert D_s3*(2860)+Width:InterpolationWidths 49 0.031073242
insert D_s3*(2860)+Width:InterpolationWidths 50 0.032721221
insert D_s3*(2860)+Width:InterpolationWidths 51 0.034435872
insert D_s3*(2860)+Width:InterpolationWidths 52 0.036219092
insert D_s3*(2860)+Width:InterpolationWidths 53 0.038072813
insert D_s3*(2860)+Width:InterpolationWidths 54 0.00056275454
insert D_s3*(2860)+Width:InterpolationWidths 55 0.00064298739
insert D_s3*(2860)+Width:InterpolationWidths 56 0.00073151802
insert D_s3*(2860)+Width:InterpolationWidths 57 0.0008289108
insert D_s3*(2860)+Width:InterpolationWidths 58 0.00093575088
insert D_s3*(2860)+Width:InterpolationWidths 59 0.0010526445
insert D_s3*(2860)+Width:InterpolationWidths 60 0.0011802193
insert D_s3*(2860)+Width:InterpolationWidths 61 0.0013191244
insert D_s3*(2860)+Width:InterpolationWidths 62 0.0014700308
insert D_s3*(2860)+Width:InterpolationWidths 63 0.0016336316
insert D_s3*(2860)+Width:InterpolationWidths 64 0.0018106423
insert D_s3*(2860)+Width:InterpolationWidths 65 0.0020018007
insert D_s3*(2860)+Width:InterpolationWidths 66 0.0022078678
insert D_s3*(2860)+Width:InterpolationWidths 67 0.0024296274
insert D_s3*(2860)+Width:InterpolationWidths 68 0.0026678868
insert D_s3*(2860)+Width:InterpolationWidths 69 0.0029234768
insert D_s3*(2860)+Width:InterpolationWidths 70 0.003197252
insert D_s3*(2860)+Width:InterpolationWidths 71 0.003490091
insert D_s3*(2860)+Width:InterpolationWidths 72 0.0038028969
insert D_s3*(2860)+Width:InterpolationWidths 73 0.0041365972
insert D_s3*(2860)+Width:InterpolationWidths 74 0.0044921442
insert D_s3*(2860)+Width:InterpolationWidths 75 0.0048705151
insert D_s3*(2860)+Width:InterpolationWidths 76 0.0052727127
insert D_s3*(2860)+Width:InterpolationWidths 77 0.0056997651
insert D_s3*(2860)+Width:InterpolationWidths 78 0.0061527261
insert D_s3*(2860)+Width:InterpolationWidths 79 0.0066326755
insert D_s3*(2860)+Width:InterpolationWidths 80 0.0071407194
insert D_s3*(2860)+Width:InterpolationWidths 81 0.0076779903
insert D_s3*(2860)+Width:InterpolationWidths 82 0.0082456474
insert D_s3*(2860)+Width:InterpolationWidths 83 0.0088448769
insert D_s3*(2860)+Width:InterpolationWidths 84 0.0094768921
insert D_s3*(2860)+Width:InterpolationWidths 85 0.010142934
insert D_s3*(2860)+Width:InterpolationWidths 86 0.01084427
insert D_s3*(2860)+Width:InterpolationWidths 87 0.011582196
insert D_s3*(2860)+Width:InterpolationWidths 88 0.012358038
insert D_s3*(2860)+Width:InterpolationWidths 89 0.013173148
insert D_s3*(2860)+Width:InterpolationWidths 90 0.014028906
insert D_s3*(2860)+Width:InterpolationWidths 91 0.014926722
insert D_s3*(2860)+Width:InterpolationWidths 92 0.015868036
insert D_s3*(2860)+Width:InterpolationWidths 93 0.016854315
insert D_s3*(2860)+Width:InterpolationWidths 94 0.017887057
insert D_s3*(2860)+Width:InterpolationWidths 95 0.018967789
insert D_s3*(2860)+Width:InterpolationWidths 96 0.020098069
insert D_s3*(2860)+Width:InterpolationWidths 97 0.021279482
insert D_s3*(2860)+Width:InterpolationWidths 98 0.022513648
insert D_s3*(2860)+Width:InterpolationWidths 99 0.023802213
insert D_s3*(2860)+Width:InterpolationWidths 100 0.025146858
insert D_s3*(2860)+Width:InterpolationWidths 101 0.026549291
insert D_s3*(2860)+Width:InterpolationWidths 102 0.028011254
insert D_s3*(2860)+Width:InterpolationWidths 103 0.02953452
insert D_s3*(2860)+Width:InterpolationWidths 104 0.031120892
insert D_s3*(2860)+Width:InterpolationWidths 105 0.032772208
insert D_s3*(2860)+Width:InterpolationWidths 106 0.034490334
insert D_s3*(2860)+Width:InterpolationWidths 107 0.036277173
insert D_s3*(2860)+Width:NumberofEntries 0 0
insert D_s3*(2860)+Width:NumberofEntries 1 0
insert D_s3*(2860)+Width:NumberofEntries 2 54
insert D_s3*(2860)+Width:NumberofEntries 3 108
newdef D_s3*(2860)+Width:fPi 130.2
newdef D_s3*(2860)+Width:g 0.566
newdef D_s3*(2860)+Width:h 0.544
newdef D_s3*(2860)+Width:hp 0.413
newdef D_s3*(2860)+Width:k 0.407
newdef D_s3*(2860)+Width:kp 0.242
newdef D_s3*(2860)+Width:gtilde 0.283
newdef D_s3*(2860)+Width:Lambda 1
newdef D_s3*(2860)+Width:psiL 0
newdef D_s3*(2860)+Width:psiS 0.041
newdef /Herwig/Particles/D_s3*(2860)+:Width_generator D_s3*(2860)+Width
newdef /Herwig/Particles/D_s3*(2860)-:Width_generator D_s3*(2860)+Width
#
create Herwig::HeavyMesonWidthGenerator D_s2(2850)+Width
newdef D_s2(2850)+Width:Particle /Herwig/Particles/D_s2(2850)+
newdef D_s2(2850)+Width:Prefactor 0.999417
newdef D_s2(2850)+Width:BRNormalize 1
newdef D_s2(2850)+Width:BRMinimum 0.01
newdef D_s2(2850)+Width:Points 50
newdef D_s2(2850)+Width:InterpolationOrder 1
insert D_s2(2850)+Width:MEtype 0 2
insert D_s2(2850)+Width:MEtype 1 2
insert D_s2(2850)+Width:MEcode 0 0
insert D_s2(2850)+Width:MEcode 1 0
insert D_s2(2850)+Width:MEcoupling 0 1.03241
insert D_s2(2850)+Width:MEcoupling 1 1.03947
insert D_s2(2850)+Width:ModeOn 0 1
insert D_s2(2850)+Width:ModeOn 1 1
insert D_s2(2850)+Width:MinimumMasses 0 2.49985
insert D_s2(2850)+Width:MinimumMasses 1 2.50704
insert D_s2(2850)+Width:MEmass1 0 2.00685
insert D_s2(2850)+Width:MEmass1 1 2.01026
insert D_s2(2850)+Width:MEmass2 0 0.493677
insert D_s2(2850)+Width:MEmass2 1 0.497611
insert D_s2(2850)+Width:DecayModes 0 D_s2(2850)+->D*0,K+;
insert D_s2(2850)+Width:DecayModes 1 D_s2(2850)+->D*+,K0;
insert D_s2(2850)+Width:InterpolationMasses 0 2.6822653
insert D_s2(2850)+Width:InterpolationMasses 1 2.6886327
insert D_s2(2850)+Width:InterpolationMasses 2 2.695
insert D_s2(2850)+Width:InterpolationMasses 3 2.7013673
insert D_s2(2850)+Width:InterpolationMasses 4 2.7077347
insert D_s2(2850)+Width:InterpolationMasses 5 2.714102
insert D_s2(2850)+Width:InterpolationMasses 6 2.7204694
insert D_s2(2850)+Width:InterpolationMasses 7 2.7268367
insert D_s2(2850)+Width:InterpolationMasses 8 2.7332041
insert D_s2(2850)+Width:InterpolationMasses 9 2.7395714
insert D_s2(2850)+Width:InterpolationMasses 10 2.7459388
insert D_s2(2850)+Width:InterpolationMasses 11 2.7523061
insert D_s2(2850)+Width:InterpolationMasses 12 2.7586735
insert D_s2(2850)+Width:InterpolationMasses 13 2.7650408
insert D_s2(2850)+Width:InterpolationMasses 14 2.7714082
insert D_s2(2850)+Width:InterpolationMasses 15 2.7777755
insert D_s2(2850)+Width:InterpolationMasses 16 2.7841429
insert D_s2(2850)+Width:InterpolationMasses 17 2.7905102
insert D_s2(2850)+Width:InterpolationMasses 18 2.7968776
insert D_s2(2850)+Width:InterpolationMasses 19 2.8032449
insert D_s2(2850)+Width:InterpolationMasses 20 2.8096122
insert D_s2(2850)+Width:InterpolationMasses 21 2.8159796
insert D_s2(2850)+Width:InterpolationMasses 22 2.8223469
insert D_s2(2850)+Width:InterpolationMasses 23 2.8287143
insert D_s2(2850)+Width:InterpolationMasses 24 2.8350816
insert D_s2(2850)+Width:InterpolationMasses 25 2.841449
insert D_s2(2850)+Width:InterpolationMasses 26 2.8478163
insert D_s2(2850)+Width:InterpolationMasses 27 2.8541837
insert D_s2(2850)+Width:InterpolationMasses 28 2.860551
insert D_s2(2850)+Width:InterpolationMasses 29 2.8669184
insert D_s2(2850)+Width:InterpolationMasses 30 2.8732857
insert D_s2(2850)+Width:InterpolationMasses 31 2.8796531
insert D_s2(2850)+Width:InterpolationMasses 32 2.8860204
insert D_s2(2850)+Width:InterpolationMasses 33 2.8923878
insert D_s2(2850)+Width:InterpolationMasses 34 2.8987551
insert D_s2(2850)+Width:InterpolationMasses 35 2.9051224
insert D_s2(2850)+Width:InterpolationMasses 36 2.9114898
insert D_s2(2850)+Width:InterpolationMasses 37 2.9178571
insert D_s2(2850)+Width:InterpolationMasses 38 2.9242245
insert D_s2(2850)+Width:InterpolationMasses 39 2.9305918
insert D_s2(2850)+Width:InterpolationMasses 40 2.9369592
insert D_s2(2850)+Width:InterpolationMasses 41 2.9433265
insert D_s2(2850)+Width:InterpolationMasses 42 2.9496939
insert D_s2(2850)+Width:InterpolationMasses 43 2.9560612
insert D_s2(2850)+Width:InterpolationMasses 44 2.9624286
insert D_s2(2850)+Width:InterpolationMasses 45 2.9687959
insert D_s2(2850)+Width:InterpolationMasses 46 2.9751633
insert D_s2(2850)+Width:InterpolationMasses 47 2.9815306
insert D_s2(2850)+Width:InterpolationMasses 48 2.987898
insert D_s2(2850)+Width:InterpolationMasses 49 2.9942653
insert D_s2(2850)+Width:InterpolationMasses 50 3.0006327
insert D_s2(2850)+Width:InterpolationMasses 51 3.007
insert D_s2(2850)+Width:InterpolationMasses 52 3.0133673
insert D_s2(2850)+Width:InterpolationMasses 53 3.0197347
insert D_s2(2850)+Width:InterpolationMasses 54 2.6822653
insert D_s2(2850)+Width:InterpolationMasses 55 2.6886327
insert D_s2(2850)+Width:InterpolationMasses 56 2.695
insert D_s2(2850)+Width:InterpolationMasses 57 2.7013673
insert D_s2(2850)+Width:InterpolationMasses 58 2.7077347
insert D_s2(2850)+Width:InterpolationMasses 59 2.714102
insert D_s2(2850)+Width:InterpolationMasses 60 2.7204694
insert D_s2(2850)+Width:InterpolationMasses 61 2.7268367
insert D_s2(2850)+Width:InterpolationMasses 62 2.7332041
insert D_s2(2850)+Width:InterpolationMasses 63 2.7395714
insert D_s2(2850)+Width:InterpolationMasses 64 2.7459388
insert D_s2(2850)+Width:InterpolationMasses 65 2.7523061
insert D_s2(2850)+Width:InterpolationMasses 66 2.7586735
insert D_s2(2850)+Width:InterpolationMasses 67 2.7650408
insert D_s2(2850)+Width:InterpolationMasses 68 2.7714082
insert D_s2(2850)+Width:InterpolationMasses 69 2.7777755
insert D_s2(2850)+Width:InterpolationMasses 70 2.7841429
insert D_s2(2850)+Width:InterpolationMasses 71 2.7905102
insert D_s2(2850)+Width:InterpolationMasses 72 2.7968776
insert D_s2(2850)+Width:InterpolationMasses 73 2.8032449
insert D_s2(2850)+Width:InterpolationMasses 74 2.8096122
insert D_s2(2850)+Width:InterpolationMasses 75 2.8159796
insert D_s2(2850)+Width:InterpolationMasses 76 2.8223469
insert D_s2(2850)+Width:InterpolationMasses 77 2.8287143
insert D_s2(2850)+Width:InterpolationMasses 78 2.8350816
insert D_s2(2850)+Width:InterpolationMasses 79 2.841449
insert D_s2(2850)+Width:InterpolationMasses 80 2.8478163
insert D_s2(2850)+Width:InterpolationMasses 81 2.8541837
insert D_s2(2850)+Width:InterpolationMasses 82 2.860551
insert D_s2(2850)+Width:InterpolationMasses 83 2.8669184
insert D_s2(2850)+Width:InterpolationMasses 84 2.8732857
insert D_s2(2850)+Width:InterpolationMasses 85 2.8796531
insert D_s2(2850)+Width:InterpolationMasses 86 2.8860204
insert D_s2(2850)+Width:InterpolationMasses 87 2.8923878
insert D_s2(2850)+Width:InterpolationMasses 88 2.8987551
insert D_s2(2850)+Width:InterpolationMasses 89 2.9051224
insert D_s2(2850)+Width:InterpolationMasses 90 2.9114898
insert D_s2(2850)+Width:InterpolationMasses 91 2.9178571
insert D_s2(2850)+Width:InterpolationMasses 92 2.9242245
insert D_s2(2850)+Width:InterpolationMasses 93 2.9305918
insert D_s2(2850)+Width:InterpolationMasses 94 2.9369592
insert D_s2(2850)+Width:InterpolationMasses 95 2.9433265
insert D_s2(2850)+Width:InterpolationMasses 96 2.9496939
insert D_s2(2850)+Width:InterpolationMasses 97 2.9560612
insert D_s2(2850)+Width:InterpolationMasses 98 2.9624286
insert D_s2(2850)+Width:InterpolationMasses 99 2.9687959
insert D_s2(2850)+Width:InterpolationMasses 100 2.9751633
insert D_s2(2850)+Width:InterpolationMasses 101 2.9815306
insert D_s2(2850)+Width:InterpolationMasses 102 2.987898
insert D_s2(2850)+Width:InterpolationMasses 103 2.9942653
insert D_s2(2850)+Width:InterpolationMasses 104 3.0006327
insert D_s2(2850)+Width:InterpolationMasses 105 3.007
insert D_s2(2850)+Width:InterpolationMasses 106 3.0133673
insert D_s2(2850)+Width:InterpolationMasses 107 3.0197347
insert D_s2(2850)+Width:InterpolationWidths 0 0.0018288008
insert D_s2(2850)+Width:InterpolationWidths 1 0.0020931458
insert D_s2(2850)+Width:InterpolationWidths 2 0.0023859104
insert D_s2(2850)+Width:InterpolationWidths 3 0.0027092128
insert D_s2(2850)+Width:InterpolationWidths 4 0.0030652694
insert D_s2(2850)+Width:InterpolationWidths 5 0.0034563974
insert D_s2(2850)+Width:InterpolationWidths 6 0.0038850173
insert D_s2(2850)+Width:InterpolationWidths 7 0.0043536558
insert D_s2(2850)+Width:InterpolationWidths 8 0.0048649477
insert D_s2(2850)+Width:InterpolationWidths 9 0.0054216391
insert D_s2(2850)+Width:InterpolationWidths 10 0.0060265899
insert D_s2(2850)+Width:InterpolationWidths 11 0.0066827763
insert D_s2(2850)+Width:InterpolationWidths 12 0.0073932934
insert D_s2(2850)+Width:InterpolationWidths 13 0.0081613586
insert D_s2(2850)+Width:InterpolationWidths 14 0.0089903136
insert D_s2(2850)+Width:InterpolationWidths 15 0.0098836276
insert D_s2(2850)+Width:InterpolationWidths 16 0.0108449
insert D_s2(2850)+Width:InterpolationWidths 17 0.011877863
insert D_s2(2850)+Width:InterpolationWidths 18 0.012986386
insert D_s2(2850)+Width:InterpolationWidths 19 0.014174476
insert D_s2(2850)+Width:InterpolationWidths 20 0.015446282
insert D_s2(2850)+Width:InterpolationWidths 21 0.016806098
insert D_s2(2850)+Width:InterpolationWidths 22 0.018258368
insert D_s2(2850)+Width:InterpolationWidths 23 0.019807683
insert D_s2(2850)+Width:InterpolationWidths 24 0.021458791
insert D_s2(2850)+Width:InterpolationWidths 25 0.023216597
insert D_s2(2850)+Width:InterpolationWidths 26 0.025086164
insert D_s2(2850)+Width:InterpolationWidths 27 0.027072722
insert D_s2(2850)+Width:InterpolationWidths 28 0.029181664
insert D_s2(2850)+Width:InterpolationWidths 29 0.031418557
insert D_s2(2850)+Width:InterpolationWidths 30 0.033789138
insert D_s2(2850)+Width:InterpolationWidths 31 0.036299321
insert D_s2(2850)+Width:InterpolationWidths 32 0.038955202
insert D_s2(2850)+Width:InterpolationWidths 33 0.041763058
insert D_s2(2850)+Width:InterpolationWidths 34 0.044729354
insert D_s2(2850)+Width:InterpolationWidths 35 0.047860745
insert D_s2(2850)+Width:InterpolationWidths 36 0.051164079
insert D_s2(2850)+Width:InterpolationWidths 37 0.054646403
insert D_s2(2850)+Width:InterpolationWidths 38 0.058314961
insert D_s2(2850)+Width:InterpolationWidths 39 0.062177206
insert D_s2(2850)+Width:InterpolationWidths 40 0.066240796
insert D_s2(2850)+Width:InterpolationWidths 41 0.0705136
insert D_s2(2850)+Width:InterpolationWidths 42 0.075003706
insert D_s2(2850)+Width:InterpolationWidths 43 0.079719416
insert D_s2(2850)+Width:InterpolationWidths 44 0.084669259
insert D_s2(2850)+Width:InterpolationWidths 45 0.089861988
insert D_s2(2850)+Width:InterpolationWidths 46 0.095306587
insert D_s2(2850)+Width:InterpolationWidths 47 0.10101228
insert D_s2(2850)+Width:InterpolationWidths 48 0.10698851
insert D_s2(2850)+Width:InterpolationWidths 49 0.11324499
insert D_s2(2850)+Width:InterpolationWidths 50 0.11979165
insert D_s2(2850)+Width:InterpolationWidths 51 0.1266387
insert D_s2(2850)+Width:InterpolationWidths 52 0.13379659
insert D_s2(2850)+Width:InterpolationWidths 53 0.14127601
insert D_s2(2850)+Width:InterpolationWidths 54 0.0015792497
insert D_s2(2850)+Width:InterpolationWidths 55 0.001816535
insert D_s2(2850)+Width:InterpolationWidths 56 0.0020802414
insert D_s2(2850)+Width:InterpolationWidths 57 0.0023723975
insert D_s2(2850)+Width:InterpolationWidths 58 0.002695128
insert D_s2(2850)+Width:InterpolationWidths 59 0.0030506564
insert D_s2(2850)+Width:InterpolationWidths 60 0.0034413072
insert D_s2(2850)+Width:InterpolationWidths 61 0.0038695084
insert D_s2(2850)+Width:InterpolationWidths 62 0.0043377946
insert D_s2(2850)+Width:InterpolationWidths 63 0.0048488088
insert D_s2(2850)+Width:InterpolationWidths 64 0.0054053053
insert D_s2(2850)+Width:InterpolationWidths 65 0.0060101528
insert D_s2(2850)+Width:InterpolationWidths 66 0.0066663363
insert D_s2(2850)+Width:InterpolationWidths 67 0.0073769603
insert D_s2(2850)+Width:InterpolationWidths 68 0.0081452514
insert D_s2(2850)+Width:InterpolationWidths 69 0.0089745612
insert D_s2(2850)+Width:InterpolationWidths 70 0.0098683686
insert D_s2(2850)+Width:InterpolationWidths 71 0.010830283
insert D_s2(2850)+Width:InterpolationWidths 72 0.011864049
insert D_s2(2850)+Width:InterpolationWidths 73 0.012973544
insert D_s2(2850)+Width:InterpolationWidths 74 0.014162787
insert D_s2(2850)+Width:InterpolationWidths 75 0.015435938
insert D_s2(2850)+Width:InterpolationWidths 76 0.016797304
insert D_s2(2850)+Width:InterpolationWidths 77 0.018251338
insert D_s2(2850)+Width:InterpolationWidths 78 0.019802645
insert D_s2(2850)+Width:InterpolationWidths 79 0.021455985
insert D_s2(2850)+Width:InterpolationWidths 80 0.023216274
insert D_s2(2850)+Width:InterpolationWidths 81 0.025088589
insert D_s2(2850)+Width:InterpolationWidths 82 0.027078171
insert D_s2(2850)+Width:InterpolationWidths 83 0.029190428
insert D_s2(2850)+Width:InterpolationWidths 84 0.031430938
insert D_s2(2850)+Width:InterpolationWidths 85 0.033805453
insert D_s2(2850)+Width:InterpolationWidths 86 0.0363199
insert D_s2(2850)+Width:InterpolationWidths 87 0.038980389
insert D_s2(2850)+Width:InterpolationWidths 88 0.041793211
insert D_s2(2850)+Width:InterpolationWidths 89 0.044764844
insert D_s2(2850)+Width:InterpolationWidths 90 0.047901959
insert D_s2(2850)+Width:InterpolationWidths 91 0.051211417
insert D_s2(2850)+Width:InterpolationWidths 92 0.05470028
insert D_s2(2850)+Width:InterpolationWidths 93 0.058375808
insert D_s2(2850)+Width:InterpolationWidths 94 0.062245467
insert D_s2(2850)+Width:InterpolationWidths 95 0.066316931
insert D_s2(2850)+Width:InterpolationWidths 96 0.070598085
insert D_s2(2850)+Width:InterpolationWidths 97 0.07509703
insert D_s2(2850)+Width:InterpolationWidths 98 0.079822086
insert D_s2(2850)+Width:InterpolationWidths 99 0.084781796
insert D_s2(2850)+Width:InterpolationWidths 100 0.089984929
insert D_s2(2850)+Width:InterpolationWidths 101 0.095440486
insert D_s2(2850)+Width:InterpolationWidths 102 0.1011577
insert D_s2(2850)+Width:InterpolationWidths 103 0.10714604
insert D_s2(2850)+Width:InterpolationWidths 104 0.11341523
insert D_s2(2850)+Width:InterpolationWidths 105 0.11997523
insert D_s2(2850)+Width:InterpolationWidths 106 0.12683624
insert D_s2(2850)+Width:InterpolationWidths 107 0.13400874
insert D_s2(2850)+Width:NumberofEntries 0 54
insert D_s2(2850)+Width:NumberofEntries 1 108
newdef D_s2(2850)+Width:fPi 130.2
newdef D_s2(2850)+Width:g 0.566
newdef D_s2(2850)+Width:h 0.544
newdef D_s2(2850)+Width:hp 0.413
newdef D_s2(2850)+Width:k 0.407
newdef D_s2(2850)+Width:kp 0.242
newdef D_s2(2850)+Width:gtilde 0.283
newdef D_s2(2850)+Width:Lambda 1
newdef D_s2(2850)+Width:psiL 0
newdef D_s2(2850)+Width:psiS 0.041
newdef /Herwig/Particles/D_s2(2850)+:Width_generator D_s2(2850)+Width
newdef /Herwig/Particles/D_s2(2850)-:Width_generator D_s2(2850)+Width
#
create Herwig::HeavyMesonWidthGenerator D_s1*(2860)+Width
newdef D_s1*(2860)+Width:Particle /Herwig/Particles/D_s1*(2860)+
newdef D_s1*(2860)+Width:Prefactor 0.9997
newdef D_s1*(2860)+Width:BRNormalize 1
newdef D_s1*(2860)+Width:BRMinimum 0.01
newdef D_s1*(2860)+Width:Points 50
newdef D_s1*(2860)+Width:InterpolationOrder 1
insert D_s1*(2860)+Width:MEtype 0 2
insert D_s1*(2860)+Width:MEtype 1 2
insert D_s1*(2860)+Width:MEtype 2 1
insert D_s1*(2860)+Width:MEtype 3 1
insert D_s1*(2860)+Width:MEcode 0 0
insert D_s1*(2860)+Width:MEcode 1 0
insert D_s1*(2860)+Width:MEcode 2 108
insert D_s1*(2860)+Width:MEcode 3 108
insert D_s1*(2860)+Width:MEcoupling 0 2.1126
insert D_s1*(2860)+Width:MEcoupling 1 2.12701
insert D_s1*(2860)+Width:MEcoupling 2 0.671128
insert D_s1*(2860)+Width:MEcoupling 3 0.671129
insert D_s1*(2860)+Width:ModeOn 0 1
insert D_s1*(2860)+Width:ModeOn 1 1
insert D_s1*(2860)+Width:ModeOn 2 1
insert D_s1*(2860)+Width:ModeOn 3 1
insert D_s1*(2860)+Width:MinimumMasses 0 2.49985
insert D_s1*(2860)+Width:MinimumMasses 1 2.50704
insert D_s1*(2860)+Width:MinimumMasses 2 2.35852
insert D_s1*(2860)+Width:MinimumMasses 3 2.36727
insert D_s1*(2860)+Width:MEmass1 0 2.00685
insert D_s1*(2860)+Width:MEmass1 1 2.01026
insert D_s1*(2860)+Width:MEmass1 2 1.86484
insert D_s1*(2860)+Width:MEmass1 3 1.86966
insert D_s1*(2860)+Width:MEmass2 0 0.493677
insert D_s1*(2860)+Width:MEmass2 1 0.497611
insert D_s1*(2860)+Width:MEmass2 2 0.493677
insert D_s1*(2860)+Width:MEmass2 3 0.497611
insert D_s1*(2860)+Width:DecayModes 0 D_s1*(2860)+->D*0,K+;
insert D_s1*(2860)+Width:DecayModes 1 D_s1*(2860)+->D*+,K0;
insert D_s1*(2860)+Width:DecayModes 2 D_s1*(2860)+->D0,K+;
insert D_s1*(2860)+Width:DecayModes 3 D_s1*(2860)+->D+,K0;
insert D_s1*(2860)+Width:InterpolationMasses 0 2.5160408
insert D_s1*(2860)+Width:InterpolationMasses 1 2.5290204
insert D_s1*(2860)+Width:InterpolationMasses 2 2.542
insert D_s1*(2860)+Width:InterpolationMasses 3 2.5549796
insert D_s1*(2860)+Width:InterpolationMasses 4 2.5679592
insert D_s1*(2860)+Width:InterpolationMasses 5 2.5809388
insert D_s1*(2860)+Width:InterpolationMasses 6 2.5939184
insert D_s1*(2860)+Width:InterpolationMasses 7 2.606898
insert D_s1*(2860)+Width:InterpolationMasses 8 2.6198776
insert D_s1*(2860)+Width:InterpolationMasses 9 2.6328571
insert D_s1*(2860)+Width:InterpolationMasses 10 2.6458367
insert D_s1*(2860)+Width:InterpolationMasses 11 2.6588163
insert D_s1*(2860)+Width:InterpolationMasses 12 2.6717959
insert D_s1*(2860)+Width:InterpolationMasses 13 2.6847755
insert D_s1*(2860)+Width:InterpolationMasses 14 2.6977551
insert D_s1*(2860)+Width:InterpolationMasses 15 2.7107347
insert D_s1*(2860)+Width:InterpolationMasses 16 2.7237143
insert D_s1*(2860)+Width:InterpolationMasses 17 2.7366939
insert D_s1*(2860)+Width:InterpolationMasses 18 2.7496735
insert D_s1*(2860)+Width:InterpolationMasses 19 2.7626531
insert D_s1*(2860)+Width:InterpolationMasses 20 2.7756327
insert D_s1*(2860)+Width:InterpolationMasses 21 2.7886122
insert D_s1*(2860)+Width:InterpolationMasses 22 2.8015918
insert D_s1*(2860)+Width:InterpolationMasses 23 2.8145714
insert D_s1*(2860)+Width:InterpolationMasses 24 2.827551
insert D_s1*(2860)+Width:InterpolationMasses 25 2.8405306
insert D_s1*(2860)+Width:InterpolationMasses 26 2.8535102
insert D_s1*(2860)+Width:InterpolationMasses 27 2.8664898
insert D_s1*(2860)+Width:InterpolationMasses 28 2.8794694
insert D_s1*(2860)+Width:InterpolationMasses 29 2.892449
insert D_s1*(2860)+Width:InterpolationMasses 30 2.9054286
insert D_s1*(2860)+Width:InterpolationMasses 31 2.9184082
insert D_s1*(2860)+Width:InterpolationMasses 32 2.9313878
insert D_s1*(2860)+Width:InterpolationMasses 33 2.9443673
insert D_s1*(2860)+Width:InterpolationMasses 34 2.9573469
insert D_s1*(2860)+Width:InterpolationMasses 35 2.9703265
insert D_s1*(2860)+Width:InterpolationMasses 36 2.9833061
insert D_s1*(2860)+Width:InterpolationMasses 37 2.9962857
insert D_s1*(2860)+Width:InterpolationMasses 38 3.0092653
insert D_s1*(2860)+Width:InterpolationMasses 39 3.0222449
insert D_s1*(2860)+Width:InterpolationMasses 40 3.0352245
insert D_s1*(2860)+Width:InterpolationMasses 41 3.0482041
insert D_s1*(2860)+Width:InterpolationMasses 42 3.0611837
insert D_s1*(2860)+Width:InterpolationMasses 43 3.0741633
insert D_s1*(2860)+Width:InterpolationMasses 44 3.0871429
insert D_s1*(2860)+Width:InterpolationMasses 45 3.1001224
insert D_s1*(2860)+Width:InterpolationMasses 46 3.113102
insert D_s1*(2860)+Width:InterpolationMasses 47 3.1260816
insert D_s1*(2860)+Width:InterpolationMasses 48 3.1390612
insert D_s1*(2860)+Width:InterpolationMasses 49 3.1520408
insert D_s1*(2860)+Width:InterpolationMasses 50 3.1650204
insert D_s1*(2860)+Width:InterpolationMasses 51 3.178
insert D_s1*(2860)+Width:InterpolationMasses 52 3.1909796
insert D_s1*(2860)+Width:InterpolationMasses 53 3.2039592
insert D_s1*(2860)+Width:InterpolationMasses 54 2.5160408
insert D_s1*(2860)+Width:InterpolationMasses 55 2.5290204
insert D_s1*(2860)+Width:InterpolationMasses 56 2.542
insert D_s1*(2860)+Width:InterpolationMasses 57 2.5549796
insert D_s1*(2860)+Width:InterpolationMasses 58 2.5679592
insert D_s1*(2860)+Width:InterpolationMasses 59 2.5809388
insert D_s1*(2860)+Width:InterpolationMasses 60 2.5939184
insert D_s1*(2860)+Width:InterpolationMasses 61 2.606898
insert D_s1*(2860)+Width:InterpolationMasses 62 2.6198776
insert D_s1*(2860)+Width:InterpolationMasses 63 2.6328571
insert D_s1*(2860)+Width:InterpolationMasses 64 2.6458367
insert D_s1*(2860)+Width:InterpolationMasses 65 2.6588163
insert D_s1*(2860)+Width:InterpolationMasses 66 2.6717959
insert D_s1*(2860)+Width:InterpolationMasses 67 2.6847755
insert D_s1*(2860)+Width:InterpolationMasses 68 2.6977551
insert D_s1*(2860)+Width:InterpolationMasses 69 2.7107347
insert D_s1*(2860)+Width:InterpolationMasses 70 2.7237143
insert D_s1*(2860)+Width:InterpolationMasses 71 2.7366939
insert D_s1*(2860)+Width:InterpolationMasses 72 2.7496735
insert D_s1*(2860)+Width:InterpolationMasses 73 2.7626531
insert D_s1*(2860)+Width:InterpolationMasses 74 2.7756327
insert D_s1*(2860)+Width:InterpolationMasses 75 2.7886122
insert D_s1*(2860)+Width:InterpolationMasses 76 2.8015918
insert D_s1*(2860)+Width:InterpolationMasses 77 2.8145714
insert D_s1*(2860)+Width:InterpolationMasses 78 2.827551
insert D_s1*(2860)+Width:InterpolationMasses 79 2.8405306
insert D_s1*(2860)+Width:InterpolationMasses 80 2.8535102
insert D_s1*(2860)+Width:InterpolationMasses 81 2.8664898
insert D_s1*(2860)+Width:InterpolationMasses 82 2.8794694
insert D_s1*(2860)+Width:InterpolationMasses 83 2.892449
insert D_s1*(2860)+Width:InterpolationMasses 84 2.9054286
insert D_s1*(2860)+Width:InterpolationMasses 85 2.9184082
insert D_s1*(2860)+Width:InterpolationMasses 86 2.9313878
insert D_s1*(2860)+Width:InterpolationMasses 87 2.9443673
insert D_s1*(2860)+Width:InterpolationMasses 88 2.9573469
insert D_s1*(2860)+Width:InterpolationMasses 89 2.9703265
insert D_s1*(2860)+Width:InterpolationMasses 90 2.9833061
insert D_s1*(2860)+Width:InterpolationMasses 91 2.9962857
insert D_s1*(2860)+Width:InterpolationMasses 92 3.0092653
insert D_s1*(2860)+Width:InterpolationMasses 93 3.0222449
insert D_s1*(2860)+Width:InterpolationMasses 94 3.0352245
insert D_s1*(2860)+Width:InterpolationMasses 95 3.0482041
insert D_s1*(2860)+Width:InterpolationMasses 96 3.0611837
insert D_s1*(2860)+Width:InterpolationMasses 97 3.0741633
insert D_s1*(2860)+Width:InterpolationMasses 98 3.0871429
insert D_s1*(2860)+Width:InterpolationMasses 99 3.1001224
insert D_s1*(2860)+Width:InterpolationMasses 100 3.113102
insert D_s1*(2860)+Width:InterpolationMasses 101 3.1260816
insert D_s1*(2860)+Width:InterpolationMasses 102 3.1390612
insert D_s1*(2860)+Width:InterpolationMasses 103 3.1520408
insert D_s1*(2860)+Width:InterpolationMasses 104 3.1650204
insert D_s1*(2860)+Width:InterpolationMasses 105 3.178
insert D_s1*(2860)+Width:InterpolationMasses 106 3.1909796
insert D_s1*(2860)+Width:InterpolationMasses 107 3.2039592
insert D_s1*(2860)+Width:InterpolationWidths 0 6.6845793e-05
insert D_s1*(2860)+Width:InterpolationWidths 1 0.00017455758
insert D_s1*(2860)+Width:InterpolationWidths 2 0.00032121441
insert D_s1*(2860)+Width:InterpolationWidths 3 0.00050585892
insert D_s1*(2860)+Width:InterpolationWidths 4 0.00072896935
insert D_s1*(2860)+Width:InterpolationWidths 5 0.0009916675
insert D_s1*(2860)+Width:InterpolationWidths 6 0.0012954294
insert D_s1*(2860)+Width:InterpolationWidths 7 0.0016419523
insert D_s1*(2860)+Width:InterpolationWidths 8 0.0020330843
insert D_s1*(2860)+Width:InterpolationWidths 9 0.0024707836
insert D_s1*(2860)+Width:InterpolationWidths 10 0.0029570931
insert D_s1*(2860)+Width:InterpolationWidths 11 0.0034941235
insert D_s1*(2860)+Width:InterpolationWidths 12 0.0040840419
insert D_s1*(2860)+Width:InterpolationWidths 13 0.004729063
insert D_s1*(2860)+Width:InterpolationWidths 14 0.0054314436
insert D_s1*(2860)+Width:InterpolationWidths 15 0.0061934775
insert D_s1*(2860)+Width:InterpolationWidths 16 0.0070174917
insert D_s1*(2860)+Width:InterpolationWidths 17 0.0079058438
insert D_s1*(2860)+Width:InterpolationWidths 18 0.0088609194
insert D_s1*(2860)+Width:InterpolationWidths 19 0.0098851299
insert D_s1*(2860)+Width:InterpolationWidths 20 0.010980911
insert D_s1*(2860)+Width:InterpolationWidths 21 0.012150722
insert D_s1*(2860)+Width:InterpolationWidths 22 0.013397041
insert D_s1*(2860)+Width:InterpolationWidths 23 0.014722371
insert D_s1*(2860)+Width:InterpolationWidths 24 0.01612923
insert D_s1*(2860)+Width:InterpolationWidths 25 0.017620157
insert D_s1*(2860)+Width:InterpolationWidths 26 0.019197709
insert D_s1*(2860)+Width:InterpolationWidths 27 0.020864457
insert D_s1*(2860)+Width:InterpolationWidths 28 0.022622992
insert D_s1*(2860)+Width:InterpolationWidths 29 0.024475918
insert D_s1*(2860)+Width:InterpolationWidths 30 0.026425855
insert D_s1*(2860)+Width:InterpolationWidths 31 0.028475439
insert D_s1*(2860)+Width:InterpolationWidths 32 0.030627316
insert D_s1*(2860)+Width:InterpolationWidths 33 0.032884151
insert D_s1*(2860)+Width:InterpolationWidths 34 0.035248618
insert D_s1*(2860)+Width:InterpolationWidths 35 0.037723406
insert D_s1*(2860)+Width:InterpolationWidths 36 0.040311215
insert D_s1*(2860)+Width:InterpolationWidths 37 0.043014758
insert D_s1*(2860)+Width:InterpolationWidths 38 0.04583676
insert D_s1*(2860)+Width:InterpolationWidths 39 0.048779956
insert D_s1*(2860)+Width:InterpolationWidths 40 0.051847095
insert D_s1*(2860)+Width:InterpolationWidths 41 0.055040933
insert D_s1*(2860)+Width:InterpolationWidths 42 0.058364241
insert D_s1*(2860)+Width:InterpolationWidths 43 0.061819796
insert D_s1*(2860)+Width:InterpolationWidths 44 0.065410388
insert D_s1*(2860)+Width:InterpolationWidths 45 0.069138817
insert D_s1*(2860)+Width:InterpolationWidths 46 0.073007891
insert D_s1*(2860)+Width:InterpolationWidths 47 0.077020429
insert D_s1*(2860)+Width:InterpolationWidths 48 0.08117926
insert D_s1*(2860)+Width:InterpolationWidths 49 0.085487219
insert D_s1*(2860)+Width:InterpolationWidths 50 0.089947154
insert D_s1*(2860)+Width:InterpolationWidths 51 0.09456192
insert D_s1*(2860)+Width:InterpolationWidths 52 0.099334381
insert D_s1*(2860)+Width:InterpolationWidths 53 0.10426741
insert D_s1*(2860)+Width:InterpolationWidths 54 2.5272383e-05
insert D_s1*(2860)+Width:InterpolationWidths 55 0.00011050256
insert D_s1*(2860)+Width:InterpolationWidths 56 0.0002374422
insert D_s1*(2860)+Width:InterpolationWidths 57 0.00040315304
insert D_s1*(2860)+Width:InterpolationWidths 58 0.00060742131
insert D_s1*(2860)+Width:InterpolationWidths 59 0.00085103194
insert D_s1*(2860)+Width:InterpolationWidths 60 0.0011352663
insert D_s1*(2860)+Width:InterpolationWidths 61 0.0014616958
insert D_s1*(2860)+Width:InterpolationWidths 62 0.0018320808
insert D_s1*(2860)+Width:InterpolationWidths 63 0.002248314
insert D_s1*(2860)+Width:InterpolationWidths 64 0.0027123871
insert D_s1*(2860)+Width:InterpolationWidths 65 0.003226369
insert D_s1*(2860)+Width:InterpolationWidths 66 0.0037923915
insert D_s1*(2860)+Width:InterpolationWidths 67 0.0044126392
insert D_s1*(2860)+Width:InterpolationWidths 68 0.0050893418
insert D_s1*(2860)+Width:InterpolationWidths 69 0.0058247686
insert D_s1*(2860)+Width:InterpolationWidths 70 0.0066212244
insert D_s1*(2860)+Width:InterpolationWidths 71 0.007481046
insert D_s1*(2860)+Width:InterpolationWidths 72 0.0084065994
insert D_s1*(2860)+Width:InterpolationWidths 73 0.0094002776
insert D_s1*(2860)+Width:InterpolationWidths 74 0.010464499
insert D_s1*(2860)+Width:InterpolationWidths 75 0.011601704
insert D_s1*(2860)+Width:InterpolationWidths 76 0.012814358
insert D_s1*(2860)+Width:InterpolationWidths 77 0.014104944
insert D_s1*(2860)+Width:InterpolationWidths 78 0.015475967
insert D_s1*(2860)+Width:InterpolationWidths 79 0.016929949
insert D_s1*(2860)+Width:InterpolationWidths 80 0.018469434
insert D_s1*(2860)+Width:InterpolationWidths 81 0.020096977
insert D_s1*(2860)+Width:InterpolationWidths 82 0.021815155
insert D_s1*(2860)+Width:InterpolationWidths 83 0.023626559
insert D_s1*(2860)+Width:InterpolationWidths 84 0.025533793
insert D_s1*(2860)+Width:InterpolationWidths 85 0.02753948
insert D_s1*(2860)+Width:InterpolationWidths 86 0.029646253
insert D_s1*(2860)+Width:InterpolationWidths 87 0.031856761
insert D_s1*(2860)+Width:InterpolationWidths 88 0.034173667
insert D_s1*(2860)+Width:InterpolationWidths 89 0.036599646
insert D_s1*(2860)+Width:InterpolationWidths 90 0.039137384
insert D_s1*(2860)+Width:InterpolationWidths 91 0.041789581
insert D_s1*(2860)+Width:InterpolationWidths 92 0.044558949
insert D_s1*(2860)+Width:InterpolationWidths 93 0.047448211
insert D_s1*(2860)+Width:InterpolationWidths 94 0.0504601
insert D_s1*(2860)+Width:InterpolationWidths 95 0.053597362
insert D_s1*(2860)+Width:InterpolationWidths 96 0.056862752
insert D_s1*(2860)+Width:InterpolationWidths 97 0.060259037
insert D_s1*(2860)+Width:InterpolationWidths 98 0.063788993
insert D_s1*(2860)+Width:InterpolationWidths 99 0.067455406
insert D_s1*(2860)+Width:InterpolationWidths 100 0.071261073
insert D_s1*(2860)+Width:InterpolationWidths 101 0.075208799
insert D_s1*(2860)+Width:InterpolationWidths 102 0.079301399
insert D_s1*(2860)+Width:InterpolationWidths 103 0.083541697
insert D_s1*(2860)+Width:InterpolationWidths 104 0.087932528
insert D_s1*(2860)+Width:InterpolationWidths 105 0.092476734
insert D_s1*(2860)+Width:InterpolationWidths 106 0.097177165
insert D_s1*(2860)+Width:InterpolationWidths 107 0.10203668
insert D_s1*(2860)+Width:NumberofEntries 0 54
insert D_s1*(2860)+Width:NumberofEntries 1 108
insert D_s1*(2860)+Width:NumberofEntries 2 108
insert D_s1*(2860)+Width:NumberofEntries 3 108
newdef D_s1*(2860)+Width:fPi 130.2
newdef D_s1*(2860)+Width:g 0.566
newdef D_s1*(2860)+Width:h 0.544
newdef D_s1*(2860)+Width:hp 0.413
newdef D_s1*(2860)+Width:k 0.407
newdef D_s1*(2860)+Width:kp 0.242
newdef D_s1*(2860)+Width:gtilde 0.283
newdef D_s1*(2860)+Width:Lambda 1
newdef D_s1*(2860)+Width:psiL 0
newdef D_s1*(2860)+Width:psiS 0.041
newdef /Herwig/Particles/D_s1*(2860)+:Width_generator D_s1*(2860)+Width
newdef /Herwig/Particles/D_s1*(2860)-:Width_generator D_s1*(2860)+Width
#
create Herwig::HeavyMesonWidthGenerator D_s1*(2700)+Width
newdef D_s1*(2700)+Width:Particle /Herwig/Particles/D_s1*(2700)+
newdef D_s1*(2700)+Width:Prefactor 0.999922
newdef D_s1*(2700)+Width:BRNormalize 1
newdef D_s1*(2700)+Width:BRMinimum 0.01
newdef D_s1*(2700)+Width:Points 50
newdef D_s1*(2700)+Width:InterpolationOrder 1
insert D_s1*(2700)+Width:MEtype 0 1
insert D_s1*(2700)+Width:MEtype 1 1
insert D_s1*(2700)+Width:MEtype 2 2
insert D_s1*(2700)+Width:MEtype 3 2
insert D_s1*(2700)+Width:MEcode 0 115
insert D_s1*(2700)+Width:MEcode 1 115
insert D_s1*(2700)+Width:MEcode 2 0
insert D_s1*(2700)+Width:MEcode 3 0
insert D_s1*(2700)+Width:MEcoupling 0 0.981212
insert D_s1*(2700)+Width:MEcoupling 1 0.98121
insert D_s1*(2700)+Width:MEcoupling 2 0.995049
insert D_s1*(2700)+Width:MEcoupling 3 1.00184
insert D_s1*(2700)+Width:ModeOn 0 1
insert D_s1*(2700)+Width:ModeOn 1 1
insert D_s1*(2700)+Width:ModeOn 2 1
insert D_s1*(2700)+Width:ModeOn 3 1
insert D_s1*(2700)+Width:MinimumMasses 0 2.35852
insert D_s1*(2700)+Width:MinimumMasses 1 2.36727
insert D_s1*(2700)+Width:MinimumMasses 2 2.49985
insert D_s1*(2700)+Width:MinimumMasses 3 2.50704
insert D_s1*(2700)+Width:MEmass1 0 1.86484
insert D_s1*(2700)+Width:MEmass1 1 1.86966
insert D_s1*(2700)+Width:MEmass1 2 2.00685
insert D_s1*(2700)+Width:MEmass1 3 2.01026
insert D_s1*(2700)+Width:MEmass2 0 0.493677
insert D_s1*(2700)+Width:MEmass2 1 0.497611
insert D_s1*(2700)+Width:MEmass2 2 0.493677
insert D_s1*(2700)+Width:MEmass2 3 0.497611
insert D_s1*(2700)+Width:DecayModes 0 D_s1*(2700)+->D0,K+;
insert D_s1*(2700)+Width:DecayModes 1 D_s1*(2700)+->D+,K0;
insert D_s1*(2700)+Width:DecayModes 2 D_s1*(2700)+->D*0,K+;
insert D_s1*(2700)+Width:DecayModes 3 D_s1*(2700)+->D*+,K0;
insert D_s1*(2700)+Width:InterpolationMasses 0 2.4811469
insert D_s1*(2700)+Width:InterpolationMasses 1 2.4904969
insert D_s1*(2700)+Width:InterpolationMasses 2 2.499847
insert D_s1*(2700)+Width:InterpolationMasses 3 2.5007804
insert D_s1*(2700)+Width:InterpolationMasses 4 2.5017142
insert D_s1*(2700)+Width:InterpolationMasses 5 2.5026484
insert D_s1*(2700)+Width:InterpolationMasses 6 2.5035828
insert D_s1*(2700)+Width:InterpolationMasses 7 2.5045177
insert D_s1*(2700)+Width:InterpolationMasses 8 2.5054528
insert D_s1*(2700)+Width:InterpolationMasses 9 2.5063884
insert D_s1*(2700)+Width:InterpolationMasses 10 2.5073243
insert D_s1*(2700)+Width:InterpolationMasses 11 2.5082605
insert D_s1*(2700)+Width:InterpolationMasses 12 2.5091971
insert D_s1*(2700)+Width:InterpolationMasses 13 2.5185471
insert D_s1*(2700)+Width:InterpolationMasses 14 2.5278972
insert D_s1*(2700)+Width:InterpolationMasses 15 2.5372472
insert D_s1*(2700)+Width:InterpolationMasses 16 2.5465973
insert D_s1*(2700)+Width:InterpolationMasses 17 2.5559474
insert D_s1*(2700)+Width:InterpolationMasses 18 2.5652974
insert D_s1*(2700)+Width:InterpolationMasses 19 2.5746475
insert D_s1*(2700)+Width:InterpolationMasses 20 2.5839976
insert D_s1*(2700)+Width:InterpolationMasses 21 2.5933476
insert D_s1*(2700)+Width:InterpolationMasses 22 2.6026977
insert D_s1*(2700)+Width:InterpolationMasses 23 2.6120477
insert D_s1*(2700)+Width:InterpolationMasses 24 2.6213978
insert D_s1*(2700)+Width:InterpolationMasses 25 2.6307479
insert D_s1*(2700)+Width:InterpolationMasses 26 2.6400979
insert D_s1*(2700)+Width:InterpolationMasses 27 2.649448
insert D_s1*(2700)+Width:InterpolationMasses 28 2.658798
insert D_s1*(2700)+Width:InterpolationMasses 29 2.6681481
insert D_s1*(2700)+Width:InterpolationMasses 30 2.6774982
insert D_s1*(2700)+Width:InterpolationMasses 31 2.6868482
insert D_s1*(2700)+Width:InterpolationMasses 32 2.6961983
insert D_s1*(2700)+Width:InterpolationMasses 33 2.7055483
insert D_s1*(2700)+Width:InterpolationMasses 34 2.7148984
insert D_s1*(2700)+Width:InterpolationMasses 35 2.7242485
insert D_s1*(2700)+Width:InterpolationMasses 36 2.7335985
insert D_s1*(2700)+Width:InterpolationMasses 37 2.7429486
insert D_s1*(2700)+Width:InterpolationMasses 38 2.7522987
insert D_s1*(2700)+Width:InterpolationMasses 39 2.7616487
insert D_s1*(2700)+Width:InterpolationMasses 40 2.7709988
insert D_s1*(2700)+Width:InterpolationMasses 41 2.7803488
insert D_s1*(2700)+Width:InterpolationMasses 42 2.7896989
insert D_s1*(2700)+Width:InterpolationMasses 43 2.799049
insert D_s1*(2700)+Width:InterpolationMasses 44 2.808399
insert D_s1*(2700)+Width:InterpolationMasses 45 2.8177491
insert D_s1*(2700)+Width:InterpolationMasses 46 2.8270991
insert D_s1*(2700)+Width:InterpolationMasses 47 2.8364492
insert D_s1*(2700)+Width:InterpolationMasses 48 2.8457993
insert D_s1*(2700)+Width:InterpolationMasses 49 2.8551493
insert D_s1*(2700)+Width:InterpolationMasses 50 2.8644994
insert D_s1*(2700)+Width:InterpolationMasses 51 2.8738494
insert D_s1*(2700)+Width:InterpolationMasses 52 2.8831995
insert D_s1*(2700)+Width:InterpolationMasses 53 2.8925496
insert D_s1*(2700)+Width:InterpolationMasses 54 2.9018996
insert D_s1*(2700)+Width:InterpolationMasses 55 2.9112497
insert D_s1*(2700)+Width:InterpolationMasses 56 2.9205998
insert D_s1*(2700)+Width:InterpolationMasses 57 2.9299498
insert D_s1*(2700)+Width:InterpolationMasses 58 2.9392999
insert D_s1*(2700)+Width:InterpolationMasses 59 2.9486499
insert D_s1*(2700)+Width:InterpolationMasses 60 2.958
insert D_s1*(2700)+Width:InterpolationMasses 61 2.9673501
insert D_s1*(2700)+Width:InterpolationMasses 62 2.9767001
insert D_s1*(2700)+Width:InterpolationMasses 63 2.4886303
insert D_s1*(2700)+Width:InterpolationMasses 64 2.4978337
insert D_s1*(2700)+Width:InterpolationMasses 65 2.507037
insert D_s1*(2700)+Width:InterpolationMasses 66 2.5079558
insert D_s1*(2700)+Width:InterpolationMasses 67 2.508875
insert D_s1*(2700)+Width:InterpolationMasses 68 2.5097945
insert D_s1*(2700)+Width:InterpolationMasses 69 2.5107143
insert D_s1*(2700)+Width:InterpolationMasses 70 2.5116344
insert D_s1*(2700)+Width:InterpolationMasses 71 2.5125549
insert D_s1*(2700)+Width:InterpolationMasses 72 2.5134758
insert D_s1*(2700)+Width:InterpolationMasses 73 2.514397
insert D_s1*(2700)+Width:InterpolationMasses 74 2.5153185
insert D_s1*(2700)+Width:InterpolationMasses 75 2.5162403
insert D_s1*(2700)+Width:InterpolationMasses 76 2.5254437
insert D_s1*(2700)+Width:InterpolationMasses 77 2.534647
insert D_s1*(2700)+Width:InterpolationMasses 78 2.5438503
insert D_s1*(2700)+Width:InterpolationMasses 79 2.5530536
insert D_s1*(2700)+Width:InterpolationMasses 80 2.562257
insert D_s1*(2700)+Width:InterpolationMasses 81 2.5714603
insert D_s1*(2700)+Width:InterpolationMasses 82 2.5806636
insert D_s1*(2700)+Width:InterpolationMasses 83 2.5898669
insert D_s1*(2700)+Width:InterpolationMasses 84 2.5990703
insert D_s1*(2700)+Width:InterpolationMasses 85 2.6082736
insert D_s1*(2700)+Width:InterpolationMasses 86 2.6174769
insert D_s1*(2700)+Width:InterpolationMasses 87 2.6266802
insert D_s1*(2700)+Width:InterpolationMasses 88 2.6358836
insert D_s1*(2700)+Width:InterpolationMasses 89 2.6450869
insert D_s1*(2700)+Width:InterpolationMasses 90 2.6542902
insert D_s1*(2700)+Width:InterpolationMasses 91 2.6634936
insert D_s1*(2700)+Width:InterpolationMasses 92 2.6726969
insert D_s1*(2700)+Width:InterpolationMasses 93 2.6819002
insert D_s1*(2700)+Width:InterpolationMasses 94 2.6911035
insert D_s1*(2700)+Width:InterpolationMasses 95 2.7003069
insert D_s1*(2700)+Width:InterpolationMasses 96 2.7095102
insert D_s1*(2700)+Width:InterpolationMasses 97 2.7187135
insert D_s1*(2700)+Width:InterpolationMasses 98 2.7279168
insert D_s1*(2700)+Width:InterpolationMasses 99 2.7371202
insert D_s1*(2700)+Width:InterpolationMasses 100 2.7463235
insert D_s1*(2700)+Width:InterpolationMasses 101 2.7555268
insert D_s1*(2700)+Width:InterpolationMasses 102 2.7647301
insert D_s1*(2700)+Width:InterpolationMasses 103 2.7739335
insert D_s1*(2700)+Width:InterpolationMasses 104 2.7831368
insert D_s1*(2700)+Width:InterpolationMasses 105 2.7923401
insert D_s1*(2700)+Width:InterpolationMasses 106 2.8015434
insert D_s1*(2700)+Width:InterpolationMasses 107 2.8107468
insert D_s1*(2700)+Width:InterpolationMasses 108 2.8199501
insert D_s1*(2700)+Width:InterpolationMasses 109 2.8291534
insert D_s1*(2700)+Width:InterpolationMasses 110 2.8383568
insert D_s1*(2700)+Width:InterpolationMasses 111 2.8475601
insert D_s1*(2700)+Width:InterpolationMasses 112 2.8567634
insert D_s1*(2700)+Width:InterpolationMasses 113 2.8659667
insert D_s1*(2700)+Width:InterpolationMasses 114 2.8751701
insert D_s1*(2700)+Width:InterpolationMasses 115 2.8843734
insert D_s1*(2700)+Width:InterpolationMasses 116 2.8935767
insert D_s1*(2700)+Width:InterpolationMasses 117 2.90278
insert D_s1*(2700)+Width:InterpolationMasses 118 2.9119834
insert D_s1*(2700)+Width:InterpolationMasses 119 2.9211867
insert D_s1*(2700)+Width:InterpolationMasses 120 2.93039
insert D_s1*(2700)+Width:InterpolationMasses 121 2.9395933
insert D_s1*(2700)+Width:InterpolationMasses 122 2.9487967
insert D_s1*(2700)+Width:InterpolationMasses 123 2.958
insert D_s1*(2700)+Width:InterpolationMasses 124 2.9672033
insert D_s1*(2700)+Width:InterpolationMasses 125 2.9764067
insert D_s1*(2700)+Width:InterpolationWidths 0 0
insert D_s1*(2700)+Width:InterpolationWidths 1 0
insert D_s1*(2700)+Width:InterpolationWidths 2 0
insert D_s1*(2700)+Width:InterpolationWidths 3 1.1960459e-06
insert D_s1*(2700)+Width:InterpolationWidths 4 1.1258173e-05
insert D_s1*(2700)+Width:InterpolationWidths 5 2.6860488e-05
insert D_s1*(2700)+Width:InterpolationWidths 6 4.6454557e-05
insert D_s1*(2700)+Width:InterpolationWidths 7 6.9362914e-05
insert D_s1*(2700)+Width:InterpolationWidths 8 9.5175473e-05
insert D_s1*(2700)+Width:InterpolationWidths 9 0.00012360944
insert D_s1*(2700)+Width:InterpolationWidths 10 0.00015445473
insert D_s1*(2700)+Width:InterpolationWidths 11 0.00018754744
insert D_s1*(2700)+Width:InterpolationWidths 12 0.00022275524
insert D_s1*(2700)+Width:InterpolationWidths 13 0.00067116714
insert D_s1*(2700)+Width:InterpolationWidths 14 0.0012631169
insert D_s1*(2700)+Width:InterpolationWidths 15 0.0019732052
insert D_s1*(2700)+Width:InterpolationWidths 16 0.0027873555
insert D_s1*(2700)+Width:InterpolationWidths 17 0.0036963587
insert D_s1*(2700)+Width:InterpolationWidths 18 0.0046936268
insert D_s1*(2700)+Width:InterpolationWidths 19 0.005774169
insert D_s1*(2700)+Width:InterpolationWidths 20 0.0069340494
insert D_s1*(2700)+Width:InterpolationWidths 21 0.0081700694
insert D_s1*(2700)+Width:InterpolationWidths 22 0.0094795677
insert D_s1*(2700)+Width:InterpolationWidths 23 0.010860288
insert D_s1*(2700)+Width:InterpolationWidths 24 0.012310286
insert D_s1*(2700)+Width:InterpolationWidths 25 0.013827867
insert D_s1*(2700)+Width:InterpolationWidths 26 0.015411533
insert D_s1*(2700)+Width:InterpolationWidths 27 0.01705995
insert D_s1*(2700)+Width:InterpolationWidths 28 0.018771917
insert D_s1*(2700)+Width:InterpolationWidths 29 0.020546347
insert D_s1*(2700)+Width:InterpolationWidths 30 0.022382247
insert D_s1*(2700)+Width:InterpolationWidths 31 0.024278706
insert D_s1*(2700)+Width:InterpolationWidths 32 0.026234882
insert D_s1*(2700)+Width:InterpolationWidths 33 0.028249995
insert D_s1*(2700)+Width:InterpolationWidths 34 0.030323315
insert D_s1*(2700)+Width:InterpolationWidths 35 0.032454162
insert D_s1*(2700)+Width:InterpolationWidths 36 0.034641893
insert D_s1*(2700)+Width:InterpolationWidths 37 0.036885903
insert D_s1*(2700)+Width:InterpolationWidths 38 0.039185619
insert D_s1*(2700)+Width:InterpolationWidths 39 0.041540498
insert D_s1*(2700)+Width:InterpolationWidths 40 0.04395002
insert D_s1*(2700)+Width:InterpolationWidths 41 0.046413692
insert D_s1*(2700)+Width:InterpolationWidths 42 0.048931038
insert D_s1*(2700)+Width:InterpolationWidths 43 0.051501605
insert D_s1*(2700)+Width:InterpolationWidths 44 0.054124955
insert D_s1*(2700)+Width:InterpolationWidths 45 0.056800667
insert D_s1*(2700)+Width:InterpolationWidths 46 0.059528336
insert D_s1*(2700)+Width:InterpolationWidths 47 0.062307568
insert D_s1*(2700)+Width:InterpolationWidths 48 0.065137983
insert D_s1*(2700)+Width:InterpolationWidths 49 0.068019211
insert D_s1*(2700)+Width:InterpolationWidths 50 0.070950896
insert D_s1*(2700)+Width:InterpolationWidths 51 0.073932689
insert D_s1*(2700)+Width:InterpolationWidths 52 0.076964251
insert D_s1*(2700)+Width:InterpolationWidths 53 0.080045252
insert D_s1*(2700)+Width:InterpolationWidths 54 0.08317537
insert D_s1*(2700)+Width:InterpolationWidths 55 0.086354292
insert D_s1*(2700)+Width:InterpolationWidths 56 0.089581709
insert D_s1*(2700)+Width:InterpolationWidths 57 0.092857322
insert D_s1*(2700)+Width:InterpolationWidths 58 0.096180836
insert D_s1*(2700)+Width:InterpolationWidths 59 0.099551964
insert D_s1*(2700)+Width:InterpolationWidths 60 0.10297042
insert D_s1*(2700)+Width:InterpolationWidths 61 0.10643594
insert D_s1*(2700)+Width:InterpolationWidths 62 0.10994824
insert D_s1*(2700)+Width:InterpolationWidths 63 0
insert D_s1*(2700)+Width:InterpolationWidths 64 0
insert D_s1*(2700)+Width:InterpolationWidths 65 0
insert D_s1*(2700)+Width:InterpolationWidths 66 4.006041e-07
insert D_s1*(2700)+Width:InterpolationWidths 67 8.7700419e-06
insert D_s1*(2700)+Width:InterpolationWidths 68 2.3195464e-05
insert D_s1*(2700)+Width:InterpolationWidths 69 4.1710114e-05
insert D_s1*(2700)+Width:InterpolationWidths 70 6.3564682e-05
insert D_s1*(2700)+Width:InterpolationWidths 71 8.8323219e-05
insert D_s1*(2700)+Width:InterpolationWidths 72 0.00011569082
insert D_s1*(2700)+Width:InterpolationWidths 73 0.00014545093
insert D_s1*(2700)+Width:InterpolationWidths 74 0.00017743593
insert D_s1*(2700)+Width:InterpolationWidths 75 0.00021151121
insert D_s1*(2700)+Width:InterpolationWidths 76 0.00064717538
insert D_s1*(2700)+Width:InterpolationWidths 77 0.0012237581
insert D_s1*(2700)+Width:InterpolationWidths 78 0.0019160237
insert D_s1*(2700)+Width:InterpolationWidths 79 0.0027100388
insert D_s1*(2700)+Width:InterpolationWidths 80 0.0035967022
insert D_s1*(2700)+Width:InterpolationWidths 81 0.0045695075
insert D_s1*(2700)+Width:InterpolationWidths 82 0.0056235277
insert D_s1*(2700)+Width:InterpolationWidths 83 0.0067548783
insert D_s1*(2700)+Width:InterpolationWidths 84 0.0079604025
insert D_s1*(2700)+Width:InterpolationWidths 85 0.0092374747
insert D_s1*(2700)+Width:InterpolationWidths 86 0.010583869
insert D_s1*(2700)+Width:InterpolationWidths 87 0.011997667
insert D_s1*(2700)+Width:InterpolationWidths 88 0.013477198
insert D_s1*(2700)+Width:InterpolationWidths 89 0.015020984
insert D_s1*(2700)+Width:InterpolationWidths 90 0.016627711
insert D_s1*(2700)+Width:InterpolationWidths 91 0.018296195
insert D_s1*(2700)+Width:InterpolationWidths 92 0.020025364
insert D_s1*(2700)+Width:InterpolationWidths 93 0.021814243
insert D_s1*(2700)+Width:InterpolationWidths 94 0.023661933
insert D_s1*(2700)+Width:InterpolationWidths 95 0.025567606
insert D_s1*(2700)+Width:InterpolationWidths 96 0.027530495
insert D_s1*(2700)+Width:InterpolationWidths 97 0.029549883
insert D_s1*(2700)+Width:InterpolationWidths 98 0.0316251
insert D_s1*(2700)+Width:InterpolationWidths 99 0.033755517
insert D_s1*(2700)+Width:InterpolationWidths 100 0.03594054
insert D_s1*(2700)+Width:InterpolationWidths 101 0.038179606
insert D_s1*(2700)+Width:InterpolationWidths 102 0.040472183
insert D_s1*(2700)+Width:InterpolationWidths 103 0.042817762
insert D_s1*(2700)+Width:InterpolationWidths 104 0.04521586
insert D_s1*(2700)+Width:InterpolationWidths 105 0.047666012
insert D_s1*(2700)+Width:InterpolationWidths 106 0.050167774
insert D_s1*(2700)+Width:InterpolationWidths 107 0.052720718
insert D_s1*(2700)+Width:InterpolationWidths 108 0.055324435
insert D_s1*(2700)+Width:InterpolationWidths 109 0.057978526
insert D_s1*(2700)+Width:InterpolationWidths 110 0.060682609
insert D_s1*(2700)+Width:InterpolationWidths 111 0.063436313
insert D_s1*(2700)+Width:InterpolationWidths 112 0.066239279
insert D_s1*(2700)+Width:InterpolationWidths 113 0.069091158
insert D_s1*(2700)+Width:InterpolationWidths 114 0.07199161
insert D_s1*(2700)+Width:InterpolationWidths 115 0.074940307
insert D_s1*(2700)+Width:InterpolationWidths 116 0.077936927
insert D_s1*(2700)+Width:InterpolationWidths 117 0.080981157
insert D_s1*(2700)+Width:InterpolationWidths 118 0.084072693
insert D_s1*(2700)+Width:InterpolationWidths 119 0.087211235
insert D_s1*(2700)+Width:InterpolationWidths 120 0.090396492
insert D_s1*(2700)+Width:InterpolationWidths 121 0.093628179
insert D_s1*(2700)+Width:InterpolationWidths 122 0.096906017
insert D_s1*(2700)+Width:InterpolationWidths 123 0.10022973
insert D_s1*(2700)+Width:InterpolationWidths 124 0.10359906
insert D_s1*(2700)+Width:InterpolationWidths 125 0.10701373
insert D_s1*(2700)+Width:NumberofEntries 0 0
insert D_s1*(2700)+Width:NumberofEntries 1 0
insert D_s1*(2700)+Width:NumberofEntries 2 63
insert D_s1*(2700)+Width:NumberofEntries 3 126
newdef D_s1*(2700)+Width:fPi 130.2
newdef D_s1*(2700)+Width:g 0.566
newdef D_s1*(2700)+Width:h 0.544
newdef D_s1*(2700)+Width:hp 0.413
newdef D_s1*(2700)+Width:k 0.407
newdef D_s1*(2700)+Width:kp 0.242
newdef D_s1*(2700)+Width:gtilde 0.283
newdef D_s1*(2700)+Width:Lambda 1
newdef D_s1*(2700)+Width:psiL 0
newdef D_s1*(2700)+Width:psiS 0.041
newdef /Herwig/Particles/D_s1*(2700)+:Width_generator D_s1*(2700)+Width
newdef /Herwig/Particles/D_s1*(2700)-:Width_generator D_s1*(2700)+Width
#
create Herwig::HeavyMesonWidthGenerator D_s0(2590)+Width
newdef D_s0(2590)+Width:Particle /Herwig/Particles/D_s0(2590)+
newdef D_s0(2590)+Width:Prefactor 0.99915
newdef D_s0(2590)+Width:BRNormalize 1
newdef D_s0(2590)+Width:BRMinimum 0.01
newdef D_s0(2590)+Width:Points 50
newdef D_s0(2590)+Width:InterpolationOrder 1
insert D_s0(2590)+Width:MEtype 0 2
insert D_s0(2590)+Width:MEtype 1 2
insert D_s0(2590)+Width:MEcode 0 0
insert D_s0(2590)+Width:MEcode 1 0
insert D_s0(2590)+Width:MEcoupling 0 2.40902
insert D_s0(2590)+Width:MEcoupling 1 2.42557
insert D_s0(2590)+Width:ModeOn 0 1
insert D_s0(2590)+Width:ModeOn 1 1
insert D_s0(2590)+Width:MinimumMasses 0 2.49985
insert D_s0(2590)+Width:MinimumMasses 1 2.50704
insert D_s0(2590)+Width:MEmass1 0 2.00685
insert D_s0(2590)+Width:MEmass1 1 2.01026
insert D_s0(2590)+Width:MEmass2 0 0.493677
insert D_s0(2590)+Width:MEmass2 1 0.497611
insert D_s0(2590)+Width:DecayModes 0 D_s0(2590)+->D*0,K+;
insert D_s0(2590)+Width:DecayModes 1 D_s0(2590)+->D*+,K0;
insert D_s0(2590)+Width:InterpolationMasses 0 2.4852285
insert D_s0(2590)+Width:InterpolationMasses 1 2.4925378
insert D_s0(2590)+Width:InterpolationMasses 2 2.499847
insert D_s0(2590)+Width:InterpolationMasses 3 2.500577
insert D_s0(2590)+Width:InterpolationMasses 4 2.5013071
insert D_s0(2590)+Width:InterpolationMasses 5 2.5020375
insert D_s0(2590)+Width:InterpolationMasses 6 2.5027681
insert D_s0(2590)+Width:InterpolationMasses 7 2.503499
insert D_s0(2590)+Width:InterpolationMasses 8 2.50423
insert D_s0(2590)+Width:InterpolationMasses 9 2.5049612
insert D_s0(2590)+Width:InterpolationMasses 10 2.5056927
insert D_s0(2590)+Width:InterpolationMasses 11 2.5064244
insert D_s0(2590)+Width:InterpolationMasses 12 2.5071562
insert D_s0(2590)+Width:InterpolationMasses 13 2.5144655
insert D_s0(2590)+Width:InterpolationMasses 14 2.5217747
insert D_s0(2590)+Width:InterpolationMasses 15 2.529084
insert D_s0(2590)+Width:InterpolationMasses 16 2.5363932
insert D_s0(2590)+Width:InterpolationMasses 17 2.5437025
insert D_s0(2590)+Width:InterpolationMasses 18 2.5510117
insert D_s0(2590)+Width:InterpolationMasses 19 2.558321
insert D_s0(2590)+Width:InterpolationMasses 20 2.5656302
insert D_s0(2590)+Width:InterpolationMasses 21 2.5729394
insert D_s0(2590)+Width:InterpolationMasses 22 2.5802487
insert D_s0(2590)+Width:InterpolationMasses 23 2.5875579
insert D_s0(2590)+Width:InterpolationMasses 24 2.5948672
insert D_s0(2590)+Width:InterpolationMasses 25 2.6021764
insert D_s0(2590)+Width:InterpolationMasses 26 2.6094857
insert D_s0(2590)+Width:InterpolationMasses 27 2.6167949
insert D_s0(2590)+Width:InterpolationMasses 28 2.6241042
insert D_s0(2590)+Width:InterpolationMasses 29 2.6314134
insert D_s0(2590)+Width:InterpolationMasses 30 2.6387227
insert D_s0(2590)+Width:InterpolationMasses 31 2.6460319
insert D_s0(2590)+Width:InterpolationMasses 32 2.6533411
insert D_s0(2590)+Width:InterpolationMasses 33 2.6606504
insert D_s0(2590)+Width:InterpolationMasses 34 2.6679596
insert D_s0(2590)+Width:InterpolationMasses 35 2.6752689
insert D_s0(2590)+Width:InterpolationMasses 36 2.6825781
insert D_s0(2590)+Width:InterpolationMasses 37 2.6898874
insert D_s0(2590)+Width:InterpolationMasses 38 2.6971966
insert D_s0(2590)+Width:InterpolationMasses 39 2.7045059
insert D_s0(2590)+Width:InterpolationMasses 40 2.7118151
insert D_s0(2590)+Width:InterpolationMasses 41 2.7191243
insert D_s0(2590)+Width:InterpolationMasses 42 2.7264336
insert D_s0(2590)+Width:InterpolationMasses 43 2.7337428
insert D_s0(2590)+Width:InterpolationMasses 44 2.7410521
insert D_s0(2590)+Width:InterpolationMasses 45 2.7483613
insert D_s0(2590)+Width:InterpolationMasses 46 2.7556706
insert D_s0(2590)+Width:InterpolationMasses 47 2.7629798
insert D_s0(2590)+Width:InterpolationMasses 48 2.7702891
insert D_s0(2590)+Width:InterpolationMasses 49 2.7775983
insert D_s0(2590)+Width:InterpolationMasses 50 2.7849076
insert D_s0(2590)+Width:InterpolationMasses 51 2.7922168
insert D_s0(2590)+Width:InterpolationMasses 52 2.799526
insert D_s0(2590)+Width:InterpolationMasses 53 2.8068353
insert D_s0(2590)+Width:InterpolationMasses 54 2.8141445
insert D_s0(2590)+Width:InterpolationMasses 55 2.8214538
insert D_s0(2590)+Width:InterpolationMasses 56 2.828763
insert D_s0(2590)+Width:InterpolationMasses 57 2.8360723
insert D_s0(2590)+Width:InterpolationMasses 58 2.8433815
insert D_s0(2590)+Width:InterpolationMasses 59 2.8506908
insert D_s0(2590)+Width:InterpolationMasses 60 2.858
insert D_s0(2590)+Width:InterpolationMasses 61 2.8653092
insert D_s0(2590)+Width:InterpolationMasses 62 2.8726185
insert D_s0(2590)+Width:InterpolationMasses 63 2.492712
insert D_s0(2590)+Width:InterpolationMasses 64 2.4998745
insert D_s0(2590)+Width:InterpolationMasses 65 2.507037
insert D_s0(2590)+Width:InterpolationMasses 66 2.5077523
insert D_s0(2590)+Width:InterpolationMasses 67 2.5084679
insert D_s0(2590)+Width:InterpolationMasses 68 2.5091836
insert D_s0(2590)+Width:InterpolationMasses 69 2.5098996
insert D_s0(2590)+Width:InterpolationMasses 70 2.5106157
insert D_s0(2590)+Width:InterpolationMasses 71 2.5113321
insert D_s0(2590)+Width:InterpolationMasses 72 2.5120486
insert D_s0(2590)+Width:InterpolationMasses 73 2.5127654
insert D_s0(2590)+Width:InterpolationMasses 74 2.5134823
insert D_s0(2590)+Width:InterpolationMasses 75 2.5141995
insert D_s0(2590)+Width:InterpolationMasses 76 2.521362
insert D_s0(2590)+Width:InterpolationMasses 77 2.5285245
insert D_s0(2590)+Width:InterpolationMasses 78 2.535687
insert D_s0(2590)+Width:InterpolationMasses 79 2.5428496
insert D_s0(2590)+Width:InterpolationMasses 80 2.5500121
insert D_s0(2590)+Width:InterpolationMasses 81 2.5571746
insert D_s0(2590)+Width:InterpolationMasses 82 2.5643371
insert D_s0(2590)+Width:InterpolationMasses 83 2.5714996
insert D_s0(2590)+Width:InterpolationMasses 84 2.5786621
insert D_s0(2590)+Width:InterpolationMasses 85 2.5858246
insert D_s0(2590)+Width:InterpolationMasses 86 2.5929871
insert D_s0(2590)+Width:InterpolationMasses 87 2.6001496
insert D_s0(2590)+Width:InterpolationMasses 88 2.6073121
insert D_s0(2590)+Width:InterpolationMasses 89 2.6144747
insert D_s0(2590)+Width:InterpolationMasses 90 2.6216372
insert D_s0(2590)+Width:InterpolationMasses 91 2.6287997
insert D_s0(2590)+Width:InterpolationMasses 92 2.6359622
insert D_s0(2590)+Width:InterpolationMasses 93 2.6431247
insert D_s0(2590)+Width:InterpolationMasses 94 2.6502872
insert D_s0(2590)+Width:InterpolationMasses 95 2.6574497
insert D_s0(2590)+Width:InterpolationMasses 96 2.6646122
insert D_s0(2590)+Width:InterpolationMasses 97 2.6717747
insert D_s0(2590)+Width:InterpolationMasses 98 2.6789372
insert D_s0(2590)+Width:InterpolationMasses 99 2.6860998
insert D_s0(2590)+Width:InterpolationMasses 100 2.6932623
insert D_s0(2590)+Width:InterpolationMasses 101 2.7004248
insert D_s0(2590)+Width:InterpolationMasses 102 2.7075873
insert D_s0(2590)+Width:InterpolationMasses 103 2.7147498
insert D_s0(2590)+Width:InterpolationMasses 104 2.7219123
insert D_s0(2590)+Width:InterpolationMasses 105 2.7290748
insert D_s0(2590)+Width:InterpolationMasses 106 2.7362373
insert D_s0(2590)+Width:InterpolationMasses 107 2.7433998
insert D_s0(2590)+Width:InterpolationMasses 108 2.7505623
insert D_s0(2590)+Width:InterpolationMasses 109 2.7577249
insert D_s0(2590)+Width:InterpolationMasses 110 2.7648874
insert D_s0(2590)+Width:InterpolationMasses 111 2.7720499
insert D_s0(2590)+Width:InterpolationMasses 112 2.7792124
insert D_s0(2590)+Width:InterpolationMasses 113 2.7863749
insert D_s0(2590)+Width:InterpolationMasses 114 2.7935374
insert D_s0(2590)+Width:InterpolationMasses 115 2.8006999
insert D_s0(2590)+Width:InterpolationMasses 116 2.8078624
insert D_s0(2590)+Width:InterpolationMasses 117 2.8150249
insert D_s0(2590)+Width:InterpolationMasses 118 2.8221874
insert D_s0(2590)+Width:InterpolationMasses 119 2.82935
insert D_s0(2590)+Width:InterpolationMasses 120 2.8365125
insert D_s0(2590)+Width:InterpolationMasses 121 2.843675
insert D_s0(2590)+Width:InterpolationMasses 122 2.8508375
insert D_s0(2590)+Width:InterpolationMasses 123 2.858
insert D_s0(2590)+Width:InterpolationMasses 124 2.8651625
insert D_s0(2590)+Width:InterpolationMasses 125 2.872325
insert D_s0(2590)+Width:InterpolationWidths 0 0
insert D_s0(2590)+Width:InterpolationWidths 1 0
insert D_s0(2590)+Width:InterpolationWidths 2 0
insert D_s0(2590)+Width:InterpolationWidths 3 5.1792829e-07
insert D_s0(2590)+Width:InterpolationWidths 4 1.4027106e-05
insert D_s0(2590)+Width:InterpolationWidths 5 3.764196e-05
insert D_s0(2590)+Width:InterpolationWidths 6 6.8046992e-05
insert D_s0(2590)+Width:InterpolationWidths 7 0.00010400091
insert D_s0(2590)+Width:InterpolationWidths 8 0.00014478578
insert D_s0(2590)+Width:InterpolationWidths 9 0.00018991803
insert D_s0(2590)+Width:InterpolationWidths 10 0.00023904384
insert D_s0(2590)+Width:InterpolationWidths 11 0.00029189027
insert D_s0(2590)+Width:InterpolationWidths 12 0.00034823883
insert D_s0(2590)+Width:InterpolationWidths 13 0.0010725899
insert D_s0(2590)+Width:InterpolationWidths 14 0.002039144
insert D_s0(2590)+Width:InterpolationWidths 15 0.0032090428
insert D_s0(2590)+Width:InterpolationWidths 16 0.0045617273
insert D_s0(2590)+Width:InterpolationWidths 17 0.0060844074
insert D_s0(2590)+Width:InterpolationWidths 18 0.0077684422
insert D_s0(2590)+Width:InterpolationWidths 19 0.0096077044
insert D_s0(2590)+Width:InterpolationWidths 20 0.011597719
insert D_s0(2590)+Width:InterpolationWidths 21 0.013735159
insert D_s0(2590)+Width:InterpolationWidths 22 0.016017536
insert D_s0(2590)+Width:InterpolationWidths 23 0.018442989
insert D_s0(2590)+Width:InterpolationWidths 24 0.021010138
insert D_s0(2590)+Width:InterpolationWidths 25 0.02371799
insert D_s0(2590)+Width:InterpolationWidths 26 0.026565857
insert D_s0(2590)+Width:InterpolationWidths 27 0.029553301
insert D_s0(2590)+Width:InterpolationWidths 28 0.032680091
insert D_s0(2590)+Width:InterpolationWidths 29 0.035946172
insert D_s0(2590)+Width:InterpolationWidths 30 0.039351634
insert D_s0(2590)+Width:InterpolationWidths 31 0.042896691
insert D_s0(2590)+Width:InterpolationWidths 32 0.046581667
insert D_s0(2590)+Width:InterpolationWidths 33 0.050406976
insert D_s0(2590)+Width:InterpolationWidths 34 0.054373117
insert D_s0(2590)+Width:InterpolationWidths 35 0.058480658
insert D_s0(2590)+Width:InterpolationWidths 36 0.06273023
insert D_s0(2590)+Width:InterpolationWidths 37 0.067122522
insert D_s0(2590)+Width:InterpolationWidths 38 0.071658269
insert D_s0(2590)+Width:InterpolationWidths 39 0.076338255
insert D_s0(2590)+Width:InterpolationWidths 40 0.081163301
insert D_s0(2590)+Width:InterpolationWidths 41 0.086134266
insert D_s0(2590)+Width:InterpolationWidths 42 0.091252039
insert D_s0(2590)+Width:InterpolationWidths 43 0.096517542
insert D_s0(2590)+Width:InterpolationWidths 44 0.10193172
insert D_s0(2590)+Width:InterpolationWidths 45 0.10749555
insert D_s0(2590)+Width:InterpolationWidths 46 0.11321003
insert D_s0(2590)+Width:InterpolationWidths 47 0.11907617
insert D_s0(2590)+Width:InterpolationWidths 48 0.12509501
insert D_s0(2590)+Width:InterpolationWidths 49 0.1312676
insert D_s0(2590)+Width:InterpolationWidths 50 0.13759501
insert D_s0(2590)+Width:InterpolationWidths 51 0.14407833
insert D_s0(2590)+Width:InterpolationWidths 52 0.15071866
insert D_s0(2590)+Width:InterpolationWidths 53 0.15751712
insert D_s0(2590)+Width:InterpolationWidths 54 0.16447482
insert D_s0(2590)+Width:InterpolationWidths 55 0.17159291
insert D_s0(2590)+Width:InterpolationWidths 56 0.17887253
insert D_s0(2590)+Width:InterpolationWidths 57 0.18631485
insert D_s0(2590)+Width:InterpolationWidths 58 0.19392104
insert D_s0(2590)+Width:InterpolationWidths 59 0.20169227
insert D_s0(2590)+Width:InterpolationWidths 60 0.20962974
insert D_s0(2590)+Width:InterpolationWidths 61 0.21773463
insert D_s0(2590)+Width:InterpolationWidths 62 0.22600816
insert D_s0(2590)+Width:InterpolationWidths 63 0
insert D_s0(2590)+Width:InterpolationWidths 64 0
insert D_s0(2590)+Width:InterpolationWidths 65 0
insert D_s0(2590)+Width:InterpolationWidths 66 1.7541622e-07
insert D_s0(2590)+Width:InterpolationWidths 67 9.5189519e-06
insert D_s0(2590)+Width:InterpolationWidths 68 3.0579261e-05
insert D_s0(2590)+Width:InterpolationWidths 69 5.8745348e-05
insert D_s0(2590)+Width:InterpolationWidths 70 9.2548844e-05
insert D_s0(2590)+Width:InterpolationWidths 71 0.0001312016
insert D_s0(2590)+Width:InterpolationWidths 72 0.0001741884
insert D_s0(2590)+Width:InterpolationWidths 73 0.00022113868
insert D_s0(2590)+Width:InterpolationWidths 74 0.00027176978
insert D_s0(2590)+Width:InterpolationWidths 75 0.00032585722
insert D_s0(2590)+Width:InterpolationWidths 76 0.0010247712
insert D_s0(2590)+Width:InterpolationWidths 77 0.0019604726
insert D_s0(2590)+Width:InterpolationWidths 78 0.0030942341
insert D_s0(2590)+Width:InterpolationWidths 79 0.0044056405
insert D_s0(2590)+Width:InterpolationWidths 80 0.005881992
insert D_s0(2590)+Width:InterpolationWidths 81 0.0075146955
insert D_s0(2590)+Width:InterpolationWidths 82 0.0092976406
insert D_s0(2590)+Width:InterpolationWidths 83 0.011226347
insert D_s0(2590)+Width:InterpolationWidths 84 0.013297467
insert D_s0(2590)+Width:InterpolationWidths 85 0.015508478
insert D_s0(2590)+Width:InterpolationWidths 86 0.017857476
insert D_s0(2590)+Width:InterpolationWidths 87 0.020343032
insert D_s0(2590)+Width:InterpolationWidths 88 0.022964097
insert D_s0(2590)+Width:InterpolationWidths 89 0.025719921
insert D_s0(2590)+Width:InterpolationWidths 90 0.028610004
insert D_s0(2590)+Width:InterpolationWidths 91 0.031634047
insert D_s0(2590)+Width:InterpolationWidths 92 0.034791925
insert D_s0(2590)+Width:InterpolationWidths 93 0.038083655
insert D_s0(2590)+Width:InterpolationWidths 94 0.041509379
insert D_s0(2590)+Width:InterpolationWidths 95 0.045069344
insert D_s0(2590)+Width:InterpolationWidths 96 0.048763889
insert D_s0(2590)+Width:InterpolationWidths 97 0.052593433
insert D_s0(2590)+Width:InterpolationWidths 98 0.056558466
insert D_s0(2590)+Width:InterpolationWidths 99 0.060659541
insert D_s0(2590)+Width:InterpolationWidths 100 0.064897263
insert D_s0(2590)+Width:InterpolationWidths 101 0.069272289
insert D_s0(2590)+Width:InterpolationWidths 102 0.073785319
insert D_s0(2590)+Width:InterpolationWidths 103 0.078437093
insert D_s0(2590)+Width:InterpolationWidths 104 0.083228385
insert D_s0(2590)+Width:InterpolationWidths 105 0.088160003
insert D_s0(2590)+Width:InterpolationWidths 106 0.093232784
insert D_s0(2590)+Width:InterpolationWidths 107 0.098447592
insert D_s0(2590)+Width:InterpolationWidths 108 0.10380532
insert D_s0(2590)+Width:InterpolationWidths 109 0.10930686
insert D_s0(2590)+Width:InterpolationWidths 110 0.11495317
insert D_s0(2590)+Width:InterpolationWidths 111 0.12074518
insert D_s0(2590)+Width:InterpolationWidths 112 0.12668387
insert D_s0(2590)+Width:InterpolationWidths 113 0.13277022
insert D_s0(2590)+Width:InterpolationWidths 114 0.13900522
insert D_s0(2590)+Width:InterpolationWidths 115 0.1453899
insert D_s0(2590)+Width:InterpolationWidths 116 0.15192528
insert D_s0(2590)+Width:InterpolationWidths 117 0.15861241
insert D_s0(2590)+Width:InterpolationWidths 118 0.16545232
insert D_s0(2590)+Width:InterpolationWidths 119 0.17244608
insert D_s0(2590)+Width:InterpolationWidths 120 0.17959477
insert D_s0(2590)+Width:InterpolationWidths 121 0.18689947
insert D_s0(2590)+Width:InterpolationWidths 122 0.19436126
insert D_s0(2590)+Width:InterpolationWidths 123 0.20198125
insert D_s0(2590)+Width:InterpolationWidths 124 0.20976055
insert D_s0(2590)+Width:InterpolationWidths 125 0.21770027
insert D_s0(2590)+Width:NumberofEntries 0 63
insert D_s0(2590)+Width:NumberofEntries 1 126
newdef D_s0(2590)+Width:fPi 130.2
newdef D_s0(2590)+Width:g 0.566
newdef D_s0(2590)+Width:h 0.544
newdef D_s0(2590)+Width:hp 0.413
newdef D_s0(2590)+Width:k 0.407
newdef D_s0(2590)+Width:kp 0.242
newdef D_s0(2590)+Width:gtilde 0.283
newdef D_s0(2590)+Width:Lambda 1
newdef D_s0(2590)+Width:psiL 0
newdef D_s0(2590)+Width:psiS 0.041
newdef /Herwig/Particles/D_s0(2590)+:Width_generator D_s0(2590)+Width
newdef /Herwig/Particles/D_s0(2590)-:Width_generator D_s0(2590)+Width
#
create Herwig::HeavyMesonWidthGenerator D_3*(2750)+Width
newdef D_3*(2750)+Width:Particle /Herwig/Particles/D_3*(2750)+
newdef D_3*(2750)+Width:Prefactor 0.999709
newdef D_3*(2750)+Width:BRNormalize 1
newdef D_3*(2750)+Width:BRMinimum 0.01
newdef D_3*(2750)+Width:Points 50
newdef D_3*(2750)+Width:InterpolationOrder 1
insert D_3*(2750)+Width:MEtype 0 2
insert D_3*(2750)+Width:MEtype 1 2
insert D_3*(2750)+Width:MEtype 2 1
insert D_3*(2750)+Width:MEtype 3 1
insert D_3*(2750)+Width:MEcode 0 0
insert D_3*(2750)+Width:MEcode 1 0
insert D_3*(2750)+Width:MEcode 2 112
insert D_3*(2750)+Width:MEcode 3 112
insert D_3*(2750)+Width:MEcoupling 0 2.09778
insert D_3*(2750)+Width:MEcoupling 1 2.1121
insert D_3*(2750)+Width:MEcoupling 2 0.662171
insert D_3*(2750)+Width:MEcoupling 3 0.468225
insert D_3*(2750)+Width:ModeOn 0 1
insert D_3*(2750)+Width:ModeOn 1 1
insert D_3*(2750)+Width:ModeOn 2 1
insert D_3*(2750)+Width:ModeOn 3 1
insert D_3*(2750)+Width:MinimumMasses 0 2.14574
insert D_3*(2750)+Width:MinimumMasses 1 2.1444
insert D_3*(2750)+Width:MinimumMasses 2 2.00441
insert D_3*(2750)+Width:MinimumMasses 3 2.00464
insert D_3*(2750)+Width:MEmass1 0 2.00685
insert D_3*(2750)+Width:MEmass1 1 2.01026
insert D_3*(2750)+Width:MEmass1 2 1.86484
insert D_3*(2750)+Width:MEmass1 3 1.86966
insert D_3*(2750)+Width:MEmass2 0 0.13957
insert D_3*(2750)+Width:MEmass2 1 0.134977
insert D_3*(2750)+Width:MEmass2 2 0.13957
insert D_3*(2750)+Width:MEmass2 3 0.134977
insert D_3*(2750)+Width:DecayModes 0 D_3*(2750)+->D*0,pi+;
insert D_3*(2750)+Width:DecayModes 1 D_3*(2750)+->D*+,pi0;
insert D_3*(2750)+Width:DecayModes 2 D_3*(2750)+->D0,pi+;
insert D_3*(2750)+Width:DecayModes 3 D_3*(2750)+->D+,pi0;
insert D_3*(2750)+Width:InterpolationMasses 0 2.5554265
insert D_3*(2750)+Width:InterpolationMasses 1 2.5632633
insert D_3*(2750)+Width:InterpolationMasses 2 2.5711
insert D_3*(2750)+Width:InterpolationMasses 3 2.5789367
insert D_3*(2750)+Width:InterpolationMasses 4 2.5867735
insert D_3*(2750)+Width:InterpolationMasses 5 2.5946102
insert D_3*(2750)+Width:InterpolationMasses 6 2.6024469
insert D_3*(2750)+Width:InterpolationMasses 7 2.6102837
insert D_3*(2750)+Width:InterpolationMasses 8 2.6181204
insert D_3*(2750)+Width:InterpolationMasses 9 2.6259571
insert D_3*(2750)+Width:InterpolationMasses 10 2.6337939
insert D_3*(2750)+Width:InterpolationMasses 11 2.6416306
insert D_3*(2750)+Width:InterpolationMasses 12 2.6494673
insert D_3*(2750)+Width:InterpolationMasses 13 2.6573041
insert D_3*(2750)+Width:InterpolationMasses 14 2.6651408
insert D_3*(2750)+Width:InterpolationMasses 15 2.6729776
insert D_3*(2750)+Width:InterpolationMasses 16 2.6808143
insert D_3*(2750)+Width:InterpolationMasses 17 2.688651
insert D_3*(2750)+Width:InterpolationMasses 18 2.6964878
insert D_3*(2750)+Width:InterpolationMasses 19 2.7043245
insert D_3*(2750)+Width:InterpolationMasses 20 2.7121612
insert D_3*(2750)+Width:InterpolationMasses 21 2.719998
insert D_3*(2750)+Width:InterpolationMasses 22 2.7278347
insert D_3*(2750)+Width:InterpolationMasses 23 2.7356714
insert D_3*(2750)+Width:InterpolationMasses 24 2.7435082
insert D_3*(2750)+Width:InterpolationMasses 25 2.7513449
insert D_3*(2750)+Width:InterpolationMasses 26 2.7591816
insert D_3*(2750)+Width:InterpolationMasses 27 2.7670184
insert D_3*(2750)+Width:InterpolationMasses 28 2.7748551
insert D_3*(2750)+Width:InterpolationMasses 29 2.7826918
insert D_3*(2750)+Width:InterpolationMasses 30 2.7905286
insert D_3*(2750)+Width:InterpolationMasses 31 2.7983653
insert D_3*(2750)+Width:InterpolationMasses 32 2.806202
insert D_3*(2750)+Width:InterpolationMasses 33 2.8140388
insert D_3*(2750)+Width:InterpolationMasses 34 2.8218755
insert D_3*(2750)+Width:InterpolationMasses 35 2.8297122
insert D_3*(2750)+Width:InterpolationMasses 36 2.837549
insert D_3*(2750)+Width:InterpolationMasses 37 2.8453857
insert D_3*(2750)+Width:InterpolationMasses 38 2.8532224
insert D_3*(2750)+Width:InterpolationMasses 39 2.8610592
insert D_3*(2750)+Width:InterpolationMasses 40 2.8688959
insert D_3*(2750)+Width:InterpolationMasses 41 2.8767327
insert D_3*(2750)+Width:InterpolationMasses 42 2.8845694
insert D_3*(2750)+Width:InterpolationMasses 43 2.8924061
insert D_3*(2750)+Width:InterpolationMasses 44 2.9002429
insert D_3*(2750)+Width:InterpolationMasses 45 2.9080796
insert D_3*(2750)+Width:InterpolationMasses 46 2.9159163
insert D_3*(2750)+Width:InterpolationMasses 47 2.9237531
insert D_3*(2750)+Width:InterpolationMasses 48 2.9315898
insert D_3*(2750)+Width:InterpolationMasses 49 2.9394265
insert D_3*(2750)+Width:InterpolationMasses 50 2.9472633
insert D_3*(2750)+Width:InterpolationMasses 51 2.9551
insert D_3*(2750)+Width:InterpolationMasses 52 2.9629367
insert D_3*(2750)+Width:InterpolationMasses 53 2.9707735
insert D_3*(2750)+Width:InterpolationMasses 54 2.5554265
insert D_3*(2750)+Width:InterpolationMasses 55 2.5632633
insert D_3*(2750)+Width:InterpolationMasses 56 2.5711
insert D_3*(2750)+Width:InterpolationMasses 57 2.5789367
insert D_3*(2750)+Width:InterpolationMasses 58 2.5867735
insert D_3*(2750)+Width:InterpolationMasses 59 2.5946102
insert D_3*(2750)+Width:InterpolationMasses 60 2.6024469
insert D_3*(2750)+Width:InterpolationMasses 61 2.6102837
insert D_3*(2750)+Width:InterpolationMasses 62 2.6181204
insert D_3*(2750)+Width:InterpolationMasses 63 2.6259571
insert D_3*(2750)+Width:InterpolationMasses 64 2.6337939
insert D_3*(2750)+Width:InterpolationMasses 65 2.6416306
insert D_3*(2750)+Width:InterpolationMasses 66 2.6494673
insert D_3*(2750)+Width:InterpolationMasses 67 2.6573041
insert D_3*(2750)+Width:InterpolationMasses 68 2.6651408
insert D_3*(2750)+Width:InterpolationMasses 69 2.6729776
insert D_3*(2750)+Width:InterpolationMasses 70 2.6808143
insert D_3*(2750)+Width:InterpolationMasses 71 2.688651
insert D_3*(2750)+Width:InterpolationMasses 72 2.6964878
insert D_3*(2750)+Width:InterpolationMasses 73 2.7043245
insert D_3*(2750)+Width:InterpolationMasses 74 2.7121612
insert D_3*(2750)+Width:InterpolationMasses 75 2.719998
insert D_3*(2750)+Width:InterpolationMasses 76 2.7278347
insert D_3*(2750)+Width:InterpolationMasses 77 2.7356714
insert D_3*(2750)+Width:InterpolationMasses 78 2.7435082
insert D_3*(2750)+Width:InterpolationMasses 79 2.7513449
insert D_3*(2750)+Width:InterpolationMasses 80 2.7591816
insert D_3*(2750)+Width:InterpolationMasses 81 2.7670184
insert D_3*(2750)+Width:InterpolationMasses 82 2.7748551
insert D_3*(2750)+Width:InterpolationMasses 83 2.7826918
insert D_3*(2750)+Width:InterpolationMasses 84 2.7905286
insert D_3*(2750)+Width:InterpolationMasses 85 2.7983653
insert D_3*(2750)+Width:InterpolationMasses 86 2.806202
insert D_3*(2750)+Width:InterpolationMasses 87 2.8140388
insert D_3*(2750)+Width:InterpolationMasses 88 2.8218755
insert D_3*(2750)+Width:InterpolationMasses 89 2.8297122
insert D_3*(2750)+Width:InterpolationMasses 90 2.837549
insert D_3*(2750)+Width:InterpolationMasses 91 2.8453857
insert D_3*(2750)+Width:InterpolationMasses 92 2.8532224
insert D_3*(2750)+Width:InterpolationMasses 93 2.8610592
insert D_3*(2750)+Width:InterpolationMasses 94 2.8688959
insert D_3*(2750)+Width:InterpolationMasses 95 2.8767327
insert D_3*(2750)+Width:InterpolationMasses 96 2.8845694
insert D_3*(2750)+Width:InterpolationMasses 97 2.8924061
insert D_3*(2750)+Width:InterpolationMasses 98 2.9002429
insert D_3*(2750)+Width:InterpolationMasses 99 2.9080796
insert D_3*(2750)+Width:InterpolationMasses 100 2.9159163
insert D_3*(2750)+Width:InterpolationMasses 101 2.9237531
insert D_3*(2750)+Width:InterpolationMasses 102 2.9315898
insert D_3*(2750)+Width:InterpolationMasses 103 2.9394265
insert D_3*(2750)+Width:InterpolationMasses 104 2.9472633
insert D_3*(2750)+Width:InterpolationMasses 105 2.9551
insert D_3*(2750)+Width:InterpolationMasses 106 2.9629367
insert D_3*(2750)+Width:InterpolationMasses 107 2.9707735
insert D_3*(2750)+Width:InterpolationWidths 0 0.0019178238
insert D_3*(2750)+Width:InterpolationWidths 1 0.0021059799
insert D_3*(2750)+Width:InterpolationWidths 2 0.0023088365
insert D_3*(2750)+Width:InterpolationWidths 3 0.0025272564
insert D_3*(2750)+Width:InterpolationWidths 4 0.0027621367
insert D_3*(2750)+Width:InterpolationWidths 5 0.0030144092
insert D_3*(2750)+Width:InterpolationWidths 6 0.0032850412
insert D_3*(2750)+Width:InterpolationWidths 7 0.0035750362
insert D_3*(2750)+Width:InterpolationWidths 8 0.0038854343
insert D_3*(2750)+Width:InterpolationWidths 9 0.0042173132
insert D_3*(2750)+Width:InterpolationWidths 10 0.0045717887
insert D_3*(2750)+Width:InterpolationWidths 11 0.0049500156
insert D_3*(2750)+Width:InterpolationWidths 12 0.0053531879
insert D_3*(2750)+Width:InterpolationWidths 13 0.0057825398
insert D_3*(2750)+Width:InterpolationWidths 14 0.0062393465
insert D_3*(2750)+Width:InterpolationWidths 15 0.0067249244
insert D_3*(2750)+Width:InterpolationWidths 16 0.007240632
insert D_3*(2750)+Width:InterpolationWidths 17 0.0077878708
insert D_3*(2750)+Width:InterpolationWidths 18 0.0083680854
insert D_3*(2750)+Width:InterpolationWidths 19 0.0089827647
insert D_3*(2750)+Width:InterpolationWidths 20 0.0096334421
insert D_3*(2750)+Width:InterpolationWidths 21 0.010321696
insert D_3*(2750)+Width:InterpolationWidths 22 0.011049152
insert D_3*(2750)+Width:InterpolationWidths 23 0.011817481
insert D_3*(2750)+Width:InterpolationWidths 24 0.012628402
insert D_3*(2750)+Width:InterpolationWidths 25 0.013483681
insert D_3*(2750)+Width:InterpolationWidths 26 0.014385133
insert D_3*(2750)+Width:InterpolationWidths 27 0.015334622
insert D_3*(2750)+Width:InterpolationWidths 28 0.016334062
insert D_3*(2750)+Width:InterpolationWidths 29 0.017385417
insert D_3*(2750)+Width:InterpolationWidths 30 0.018490703
insert D_3*(2750)+Width:InterpolationWidths 31 0.019651986
insert D_3*(2750)+Width:InterpolationWidths 32 0.020871385
insert D_3*(2750)+Width:InterpolationWidths 33 0.022151072
insert D_3*(2750)+Width:InterpolationWidths 34 0.023493272
insert D_3*(2750)+Width:InterpolationWidths 35 0.024900265
insert D_3*(2750)+Width:InterpolationWidths 36 0.026374384
insert D_3*(2750)+Width:InterpolationWidths 37 0.027918019
insert D_3*(2750)+Width:InterpolationWidths 38 0.029533614
insert D_3*(2750)+Width:InterpolationWidths 39 0.031223672
insert D_3*(2750)+Width:InterpolationWidths 40 0.032990751
insert D_3*(2750)+Width:InterpolationWidths 41 0.034837466
insert D_3*(2750)+Width:InterpolationWidths 42 0.036766493
insert D_3*(2750)+Width:InterpolationWidths 43 0.038780564
insert D_3*(2750)+Width:InterpolationWidths 44 0.040882472
insert D_3*(2750)+Width:InterpolationWidths 45 0.04307507
insert D_3*(2750)+Width:InterpolationWidths 46 0.045361271
insert D_3*(2750)+Width:InterpolationWidths 47 0.047744049
insert D_3*(2750)+Width:InterpolationWidths 48 0.050226441
insert D_3*(2750)+Width:InterpolationWidths 49 0.052811544
insert D_3*(2750)+Width:InterpolationWidths 50 0.055502521
insert D_3*(2750)+Width:InterpolationWidths 51 0.058302595
insert D_3*(2750)+Width:InterpolationWidths 52 0.061215056
insert D_3*(2750)+Width:InterpolationWidths 53 0.064243257
insert D_3*(2750)+Width:InterpolationWidths 54 0.00093010351
insert D_3*(2750)+Width:InterpolationWidths 55 0.0010216258
insert D_3*(2750)+Width:InterpolationWidths 56 0.001120326
insert D_3*(2750)+Width:InterpolationWidths 57 0.0012266274
insert D_3*(2750)+Width:InterpolationWidths 58 0.0013409703
insert D_3*(2750)+Width:InterpolationWidths 59 0.001463812
insert D_3*(2750)+Width:InterpolationWidths 60 0.0015956277
insert D_3*(2750)+Width:InterpolationWidths 61 0.00173691
insert D_3*(2750)+Width:InterpolationWidths 62 0.0018881699
insert D_3*(2750)+Width:InterpolationWidths 63 0.002049937
insert D_3*(2750)+Width:InterpolationWidths 64 0.0022227596
insert D_3*(2750)+Width:InterpolationWidths 65 0.0024072053
insert D_3*(2750)+Width:InterpolationWidths 66 0.0026038612
insert D_3*(2750)+Width:InterpolationWidths 67 0.0028133341
insert D_3*(2750)+Width:InterpolationWidths 68 0.0030362513
insert D_3*(2750)+Width:InterpolationWidths 69 0.0032732602
insert D_3*(2750)+Width:InterpolationWidths 70 0.0035250293
insert D_3*(2750)+Width:InterpolationWidths 71 0.0037922483
insert D_3*(2750)+Width:InterpolationWidths 72 0.0040756282
insert D_3*(2750)+Width:InterpolationWidths 73 0.0043759018
insert D_3*(2750)+Width:InterpolationWidths 74 0.0046938243
insert D_3*(2750)+Width:InterpolationWidths 75 0.0050301729
insert D_3*(2750)+Width:InterpolationWidths 76 0.005385748
insert D_3*(2750)+Width:InterpolationWidths 77 0.0057613728
insert D_3*(2750)+Width:InterpolationWidths 78 0.006157894
insert D_3*(2750)+Width:InterpolationWidths 79 0.0065761819
insert D_3*(2750)+Width:InterpolationWidths 80 0.007017131
insert D_3*(2750)+Width:InterpolationWidths 81 0.0074816601
insert D_3*(2750)+Width:InterpolationWidths 82 0.0079707125
insert D_3*(2750)+Width:InterpolationWidths 83 0.0084852565
insert D_3*(2750)+Width:InterpolationWidths 84 0.0090262859
insert D_3*(2750)+Width:InterpolationWidths 85 0.0095948198
insert D_3*(2750)+Width:InterpolationWidths 86 0.010191903
insert D_3*(2750)+Width:InterpolationWidths 87 0.010818607
insert D_3*(2750)+Width:InterpolationWidths 88 0.01147603
insert D_3*(2750)+Width:InterpolationWidths 89 0.012165296
insert D_3*(2750)+Width:InterpolationWidths 90 0.012887557
insert D_3*(2750)+Width:InterpolationWidths 91 0.013643991
insert D_3*(2750)+Width:InterpolationWidths 92 0.014435806
insert D_3*(2750)+Width:InterpolationWidths 93 0.015264237
insert D_3*(2750)+Width:InterpolationWidths 94 0.016130545
insert D_3*(2750)+Width:InterpolationWidths 95 0.017036024
insert D_3*(2750)+Width:InterpolationWidths 96 0.017981992
insert D_3*(2750)+Width:InterpolationWidths 97 0.018969801
insert D_3*(2750)+Width:InterpolationWidths 98 0.020000829
insert D_3*(2750)+Width:InterpolationWidths 99 0.021076485
insert D_3*(2750)+Width:InterpolationWidths 100 0.022198208
insert D_3*(2750)+Width:InterpolationWidths 101 0.023367467
insert D_3*(2750)+Width:InterpolationWidths 102 0.024585762
insert D_3*(2750)+Width:InterpolationWidths 103 0.025854625
insert D_3*(2750)+Width:InterpolationWidths 104 0.027175617
insert D_3*(2750)+Width:InterpolationWidths 105 0.028550331
insert D_3*(2750)+Width:InterpolationWidths 106 0.029980394
insert D_3*(2750)+Width:InterpolationWidths 107 0.031467463
insert D_3*(2750)+Width:NumberofEntries 0 54
insert D_3*(2750)+Width:NumberofEntries 1 108
insert D_3*(2750)+Width:NumberofEntries 2 108
insert D_3*(2750)+Width:NumberofEntries 3 108
newdef D_3*(2750)+Width:fPi 130.2
newdef D_3*(2750)+Width:g 0.566
newdef D_3*(2750)+Width:h 0.544
newdef D_3*(2750)+Width:hp 0.413
newdef D_3*(2750)+Width:k 0.407
newdef D_3*(2750)+Width:kp 0.242
newdef D_3*(2750)+Width:gtilde 0.283
newdef D_3*(2750)+Width:Lambda 1
newdef D_3*(2750)+Width:psiL 0
newdef D_3*(2750)+Width:psiS 0.041
newdef /Herwig/Particles/D_3*(2750)-:Width_generator D_3*(2750)+Width
newdef /Herwig/Particles/D_3*(2750)+:Width_generator D_3*(2750)+Width
#
create Herwig::HeavyMesonWidthGenerator D_3*(2750)0Width
newdef D_3*(2750)0Width:Particle /Herwig/Particles/D_3*(2750)0
newdef D_3*(2750)0Width:Prefactor 0.999708
newdef D_3*(2750)0Width:BRNormalize 1
newdef D_3*(2750)0Width:BRMinimum 0.01
newdef D_3*(2750)0Width:Points 50
newdef D_3*(2750)0Width:InterpolationOrder 1
insert D_3*(2750)0Width:MEtype 0 2
insert D_3*(2750)0Width:MEtype 1 2
insert D_3*(2750)0Width:MEtype 2 1
insert D_3*(2750)0Width:MEtype 3 1
insert D_3*(2750)0Width:MEcode 0 0
insert D_3*(2750)0Width:MEcode 1 0
insert D_3*(2750)0Width:MEcode 2 112
insert D_3*(2750)0Width:MEcode 3 112
insert D_3*(2750)0Width:MEcoupling 0 2.13093
insert D_3*(2750)0Width:MEcoupling 1 2.1165
insert D_3*(2750)0Width:MEcoupling 2 0.665119
insert D_3*(2750)0Width:MEcoupling 3 0.470311
insert D_3*(2750)0Width:ModeOn 0 1
insert D_3*(2750)0Width:ModeOn 1 1
insert D_3*(2750)0Width:ModeOn 2 1
insert D_3*(2750)0Width:ModeOn 3 1
insert D_3*(2750)0Width:MinimumMasses 0 2.149
insert D_3*(2750)0Width:MinimumMasses 1 2.14115
insert D_3*(2750)0Width:MinimumMasses 2 2.00923
insert D_3*(2750)0Width:MinimumMasses 3 1.99982
insert D_3*(2750)0Width:MEmass1 0 2.01026
insert D_3*(2750)0Width:MEmass1 1 2.00685
insert D_3*(2750)0Width:MEmass1 2 1.86966
insert D_3*(2750)0Width:MEmass1 3 1.86484
insert D_3*(2750)0Width:MEmass2 0 0.13957
insert D_3*(2750)0Width:MEmass2 1 0.134977
insert D_3*(2750)0Width:MEmass2 2 0.13957
insert D_3*(2750)0Width:MEmass2 3 0.134977
insert D_3*(2750)0Width:DecayModes 0 D_3*(2750)0->D*+,pi-;
insert D_3*(2750)0Width:DecayModes 1 D_3*(2750)0->D*0,pi0;
insert D_3*(2750)0Width:DecayModes 2 D_3*(2750)0->D+,pi-;
insert D_3*(2750)0Width:DecayModes 3 D_3*(2750)0->D0,pi0;
insert D_3*(2750)0Width:InterpolationMasses 0 2.5554265
insert D_3*(2750)0Width:InterpolationMasses 1 2.5632633
insert D_3*(2750)0Width:InterpolationMasses 2 2.5711
insert D_3*(2750)0Width:InterpolationMasses 3 2.5789367
insert D_3*(2750)0Width:InterpolationMasses 4 2.5867735
insert D_3*(2750)0Width:InterpolationMasses 5 2.5946102
insert D_3*(2750)0Width:InterpolationMasses 6 2.6024469
insert D_3*(2750)0Width:InterpolationMasses 7 2.6102837
insert D_3*(2750)0Width:InterpolationMasses 8 2.6181204
insert D_3*(2750)0Width:InterpolationMasses 9 2.6259571
insert D_3*(2750)0Width:InterpolationMasses 10 2.6337939
insert D_3*(2750)0Width:InterpolationMasses 11 2.6416306
insert D_3*(2750)0Width:InterpolationMasses 12 2.6494673
insert D_3*(2750)0Width:InterpolationMasses 13 2.6573041
insert D_3*(2750)0Width:InterpolationMasses 14 2.6651408
insert D_3*(2750)0Width:InterpolationMasses 15 2.6729776
insert D_3*(2750)0Width:InterpolationMasses 16 2.6808143
insert D_3*(2750)0Width:InterpolationMasses 17 2.688651
insert D_3*(2750)0Width:InterpolationMasses 18 2.6964878
insert D_3*(2750)0Width:InterpolationMasses 19 2.7043245
insert D_3*(2750)0Width:InterpolationMasses 20 2.7121612
insert D_3*(2750)0Width:InterpolationMasses 21 2.719998
insert D_3*(2750)0Width:InterpolationMasses 22 2.7278347
insert D_3*(2750)0Width:InterpolationMasses 23 2.7356714
insert D_3*(2750)0Width:InterpolationMasses 24 2.7435082
insert D_3*(2750)0Width:InterpolationMasses 25 2.7513449
insert D_3*(2750)0Width:InterpolationMasses 26 2.7591816
insert D_3*(2750)0Width:InterpolationMasses 27 2.7670184
insert D_3*(2750)0Width:InterpolationMasses 28 2.7748551
insert D_3*(2750)0Width:InterpolationMasses 29 2.7826918
insert D_3*(2750)0Width:InterpolationMasses 30 2.7905286
insert D_3*(2750)0Width:InterpolationMasses 31 2.7983653
insert D_3*(2750)0Width:InterpolationMasses 32 2.806202
insert D_3*(2750)0Width:InterpolationMasses 33 2.8140388
insert D_3*(2750)0Width:InterpolationMasses 34 2.8218755
insert D_3*(2750)0Width:InterpolationMasses 35 2.8297122
insert D_3*(2750)0Width:InterpolationMasses 36 2.837549
insert D_3*(2750)0Width:InterpolationMasses 37 2.8453857
insert D_3*(2750)0Width:InterpolationMasses 38 2.8532224
insert D_3*(2750)0Width:InterpolationMasses 39 2.8610592
insert D_3*(2750)0Width:InterpolationMasses 40 2.8688959
insert D_3*(2750)0Width:InterpolationMasses 41 2.8767327
insert D_3*(2750)0Width:InterpolationMasses 42 2.8845694
insert D_3*(2750)0Width:InterpolationMasses 43 2.8924061
insert D_3*(2750)0Width:InterpolationMasses 44 2.9002429
insert D_3*(2750)0Width:InterpolationMasses 45 2.9080796
insert D_3*(2750)0Width:InterpolationMasses 46 2.9159163
insert D_3*(2750)0Width:InterpolationMasses 47 2.9237531
insert D_3*(2750)0Width:InterpolationMasses 48 2.9315898
insert D_3*(2750)0Width:InterpolationMasses 49 2.9394265
insert D_3*(2750)0Width:InterpolationMasses 50 2.9472633
insert D_3*(2750)0Width:InterpolationMasses 51 2.9551
insert D_3*(2750)0Width:InterpolationMasses 52 2.9629367
insert D_3*(2750)0Width:InterpolationMasses 53 2.9707735
insert D_3*(2750)0Width:InterpolationMasses 54 2.5554265
insert D_3*(2750)0Width:InterpolationMasses 55 2.5632633
insert D_3*(2750)0Width:InterpolationMasses 56 2.5711
insert D_3*(2750)0Width:InterpolationMasses 57 2.5789367
insert D_3*(2750)0Width:InterpolationMasses 58 2.5867735
insert D_3*(2750)0Width:InterpolationMasses 59 2.5946102
insert D_3*(2750)0Width:InterpolationMasses 60 2.6024469
insert D_3*(2750)0Width:InterpolationMasses 61 2.6102837
insert D_3*(2750)0Width:InterpolationMasses 62 2.6181204
insert D_3*(2750)0Width:InterpolationMasses 63 2.6259571
insert D_3*(2750)0Width:InterpolationMasses 64 2.6337939
insert D_3*(2750)0Width:InterpolationMasses 65 2.6416306
insert D_3*(2750)0Width:InterpolationMasses 66 2.6494673
insert D_3*(2750)0Width:InterpolationMasses 67 2.6573041
insert D_3*(2750)0Width:InterpolationMasses 68 2.6651408
insert D_3*(2750)0Width:InterpolationMasses 69 2.6729776
insert D_3*(2750)0Width:InterpolationMasses 70 2.6808143
insert D_3*(2750)0Width:InterpolationMasses 71 2.688651
insert D_3*(2750)0Width:InterpolationMasses 72 2.6964878
insert D_3*(2750)0Width:InterpolationMasses 73 2.7043245
insert D_3*(2750)0Width:InterpolationMasses 74 2.7121612
insert D_3*(2750)0Width:InterpolationMasses 75 2.719998
insert D_3*(2750)0Width:InterpolationMasses 76 2.7278347
insert D_3*(2750)0Width:InterpolationMasses 77 2.7356714
insert D_3*(2750)0Width:InterpolationMasses 78 2.7435082
insert D_3*(2750)0Width:InterpolationMasses 79 2.7513449
insert D_3*(2750)0Width:InterpolationMasses 80 2.7591816
insert D_3*(2750)0Width:InterpolationMasses 81 2.7670184
insert D_3*(2750)0Width:InterpolationMasses 82 2.7748551
insert D_3*(2750)0Width:InterpolationMasses 83 2.7826918
insert D_3*(2750)0Width:InterpolationMasses 84 2.7905286
insert D_3*(2750)0Width:InterpolationMasses 85 2.7983653
insert D_3*(2750)0Width:InterpolationMasses 86 2.806202
insert D_3*(2750)0Width:InterpolationMasses 87 2.8140388
insert D_3*(2750)0Width:InterpolationMasses 88 2.8218755
insert D_3*(2750)0Width:InterpolationMasses 89 2.8297122
insert D_3*(2750)0Width:InterpolationMasses 90 2.837549
insert D_3*(2750)0Width:InterpolationMasses 91 2.8453857
insert D_3*(2750)0Width:InterpolationMasses 92 2.8532224
insert D_3*(2750)0Width:InterpolationMasses 93 2.8610592
insert D_3*(2750)0Width:InterpolationMasses 94 2.8688959
insert D_3*(2750)0Width:InterpolationMasses 95 2.8767327
insert D_3*(2750)0Width:InterpolationMasses 96 2.8845694
insert D_3*(2750)0Width:InterpolationMasses 97 2.8924061
insert D_3*(2750)0Width:InterpolationMasses 98 2.9002429
insert D_3*(2750)0Width:InterpolationMasses 99 2.9080796
insert D_3*(2750)0Width:InterpolationMasses 100 2.9159163
insert D_3*(2750)0Width:InterpolationMasses 101 2.9237531
insert D_3*(2750)0Width:InterpolationMasses 102 2.9315898
insert D_3*(2750)0Width:InterpolationMasses 103 2.9394265
insert D_3*(2750)0Width:InterpolationMasses 104 2.9472633
insert D_3*(2750)0Width:InterpolationMasses 105 2.9551
insert D_3*(2750)0Width:InterpolationMasses 106 2.9629367
insert D_3*(2750)0Width:InterpolationMasses 107 2.9707735
insert D_3*(2750)0Width:InterpolationWidths 0 0.0018305528
insert D_3*(2750)0Width:InterpolationWidths 1 0.0020116374
insert D_3*(2750)0Width:InterpolationWidths 2 0.0022069869
insert D_3*(2750)0Width:InterpolationWidths 3 0.0024174459
insert D_3*(2750)0Width:InterpolationWidths 4 0.0026438922
insert D_3*(2750)0Width:InterpolationWidths 5 0.0028872385
insert D_3*(2750)0Width:InterpolationWidths 6 0.003148432
insert D_3*(2750)0Width:InterpolationWidths 7 0.003428456
insert D_3*(2750)0Width:InterpolationWidths 8 0.0037283299
insert D_3*(2750)0Width:InterpolationWidths 9 0.0040491103
insert D_3*(2750)0Width:InterpolationWidths 10 0.0043918914
insert D_3*(2750)0Width:InterpolationWidths 11 0.0047578058
insert D_3*(2750)0Width:InterpolationWidths 12 0.0051480252
insert D_3*(2750)0Width:InterpolationWidths 13 0.005563761
insert D_3*(2750)0Width:InterpolationWidths 14 0.0060062646
insert D_3*(2750)0Width:InterpolationWidths 15 0.006476829
insert D_3*(2750)0Width:InterpolationWidths 16 0.0069767883
insert D_3*(2750)0Width:InterpolationWidths 17 0.0075075192
insert D_3*(2750)0Width:InterpolationWidths 18 0.0080704413
insert D_3*(2750)0Width:InterpolationWidths 19 0.0086670178
insert D_3*(2750)0Width:InterpolationWidths 20 0.009298756
insert D_3*(2750)0Width:InterpolationWidths 21 0.0099672084
insert D_3*(2750)0Width:InterpolationWidths 22 0.010673973
insert D_3*(2750)0Width:InterpolationWidths 23 0.011420693
insert D_3*(2750)0Width:InterpolationWidths 24 0.012209059
insert D_3*(2750)0Width:InterpolationWidths 25 0.013040811
insert D_3*(2750)0Width:InterpolationWidths 26 0.013917733
insert D_3*(2750)0Width:InterpolationWidths 27 0.014841662
insert D_3*(2750)0Width:InterpolationWidths 28 0.01581448
insert D_3*(2750)0Width:InterpolationWidths 29 0.016838122
insert D_3*(2750)0Width:InterpolationWidths 30 0.017914573
insert D_3*(2750)0Width:InterpolationWidths 31 0.019045869
insert D_3*(2750)0Width:InterpolationWidths 32 0.020234096
insert D_3*(2750)0Width:InterpolationWidths 33 0.021481396
insert D_3*(2750)0Width:InterpolationWidths 34 0.02278996
insert D_3*(2750)0Width:InterpolationWidths 35 0.024162035
insert D_3*(2750)0Width:InterpolationWidths 36 0.025599921
insert D_3*(2750)0Width:InterpolationWidths 37 0.027105975
insert D_3*(2750)0Width:InterpolationWidths 38 0.028682606
insert D_3*(2750)0Width:InterpolationWidths 39 0.030332283
insert D_3*(2750)0Width:InterpolationWidths 40 0.032057527
insert D_3*(2750)0Width:InterpolationWidths 41 0.033860919
insert D_3*(2750)0Width:InterpolationWidths 42 0.035745099
insert D_3*(2750)0Width:InterpolationWidths 43 0.037712762
insert D_3*(2750)0Width:InterpolationWidths 44 0.039766663
insert D_3*(2750)0Width:InterpolationWidths 45 0.041909619
insert D_3*(2750)0Width:InterpolationWidths 46 0.044144505
insert D_3*(2750)0Width:InterpolationWidths 47 0.046474255
insert D_3*(2750)0Width:InterpolationWidths 48 0.048901868
insert D_3*(2750)0Width:InterpolationWidths 49 0.051430403
insert D_3*(2750)0Width:InterpolationWidths 50 0.05406298
insert D_3*(2750)0Width:InterpolationWidths 51 0.056802785
insert D_3*(2750)0Width:InterpolationWidths 52 0.059653066
insert D_3*(2750)0Width:InterpolationWidths 53 0.062617134
insert D_3*(2750)0Width:InterpolationWidths 54 0.00097424172
insert D_3*(2750)0Width:InterpolationWidths 55 0.0010693245
insert D_3*(2750)0Width:InterpolationWidths 56 0.0011718036
insert D_3*(2750)0Width:InterpolationWidths 57 0.0012821117
insert D_3*(2750)0Width:InterpolationWidths 58 0.0014006985
insert D_3*(2750)0Width:InterpolationWidths 59 0.0015280311
insert D_3*(2750)0Width:InterpolationWidths 60 0.0016645945
insert D_3*(2750)0Width:InterpolationWidths 61 0.0018108916
insert D_3*(2750)0Width:InterpolationWidths 62 0.0019674437
insert D_3*(2750)0Width:InterpolationWidths 63 0.0021347909
insert D_3*(2750)0Width:InterpolationWidths 64 0.0023134924
insert D_3*(2750)0Width:InterpolationWidths 65 0.0025041268
insert D_3*(2750)0Width:InterpolationWidths 66 0.0027072924
insert D_3*(2750)0Width:InterpolationWidths 67 0.0029236076
insert D_3*(2750)0Width:InterpolationWidths 68 0.0031537111
insert D_3*(2750)0Width:InterpolationWidths 69 0.0033982626
insert D_3*(2750)0Width:InterpolationWidths 70 0.0036579425
insert D_3*(2750)0Width:InterpolationWidths 71 0.0039334529
insert D_3*(2750)0Width:InterpolationWidths 72 0.0042255174
insert D_3*(2750)0Width:InterpolationWidths 73 0.0045348817
insert D_3*(2750)0Width:InterpolationWidths 74 0.0048623138
insert D_3*(2750)0Width:InterpolationWidths 75 0.0052086043
insert D_3*(2750)0Width:InterpolationWidths 76 0.0055745671
insert D_3*(2750)0Width:InterpolationWidths 77 0.0059610391
insert D_3*(2750)0Width:InterpolationWidths 78 0.0063688809
insert D_3*(2750)0Width:InterpolationWidths 79 0.006798977
insert D_3*(2750)0Width:InterpolationWidths 80 0.0072522362
insert D_3*(2750)0Width:InterpolationWidths 81 0.007729592
insert D_3*(2750)0Width:InterpolationWidths 82 0.0082320025
insert D_3*(2750)0Width:InterpolationWidths 83 0.0087604512
insert D_3*(2750)0Width:InterpolationWidths 84 0.009315947
insert D_3*(2750)0Width:InterpolationWidths 85 0.0098995245
insert D_3*(2750)0Width:InterpolationWidths 86 0.010512245
insert D_3*(2750)0Width:InterpolationWidths 87 0.011155195
insert D_3*(2750)0Width:InterpolationWidths 88 0.011829489
insert D_3*(2750)0Width:InterpolationWidths 89 0.012536267
insert D_3*(2750)0Width:InterpolationWidths 90 0.013276699
insert D_3*(2750)0Width:InterpolationWidths 91 0.01405198
insert D_3*(2750)0Width:InterpolationWidths 92 0.014863334
insert D_3*(2750)0Width:InterpolationWidths 93 0.015712013
insert D_3*(2750)0Width:InterpolationWidths 94 0.016599297
insert D_3*(2750)0Width:InterpolationWidths 95 0.017526497
insert D_3*(2750)0Width:InterpolationWidths 96 0.01849495
insert D_3*(2750)0Width:InterpolationWidths 97 0.019506024
insert D_3*(2750)0Width:InterpolationWidths 98 0.020561118
insert D_3*(2750)0Width:InterpolationWidths 99 0.021661659
insert D_3*(2750)0Width:InterpolationWidths 100 0.022809104
insert D_3*(2750)0Width:InterpolationWidths 101 0.024004943
insert D_3*(2750)0Width:InterpolationWidths 102 0.025250695
insert D_3*(2750)0Width:InterpolationWidths 103 0.02654791
insert D_3*(2750)0Width:InterpolationWidths 104 0.02789817
insert D_3*(2750)0Width:InterpolationWidths 105 0.029303089
insert D_3*(2750)0Width:InterpolationWidths 106 0.030764314
insert D_3*(2750)0Width:InterpolationWidths 107 0.032283521
insert D_3*(2750)0Width:NumberofEntries 0 54
insert D_3*(2750)0Width:NumberofEntries 1 108
insert D_3*(2750)0Width:NumberofEntries 2 108
insert D_3*(2750)0Width:NumberofEntries 3 108
newdef D_3*(2750)0Width:fPi 130.2
newdef D_3*(2750)0Width:g 0.566
newdef D_3*(2750)0Width:h 0.544
newdef D_3*(2750)0Width:hp 0.413
newdef D_3*(2750)0Width:k 0.407
newdef D_3*(2750)0Width:kp 0.242
newdef D_3*(2750)0Width:gtilde 0.283
newdef D_3*(2750)0Width:Lambda 1
newdef D_3*(2750)0Width:psiL 0
newdef D_3*(2750)0Width:psiS 0.041
newdef /Herwig/Particles/D_3*(2750)0:Width_generator D_3*(2750)0Width
newdef /Herwig/Particles/Dbar_3*(2750)0:Width_generator D_3*(2750)0Width
#
create Herwig::HeavyMesonWidthGenerator D_2(2740)+Width
newdef D_2(2740)+Width:Particle /Herwig/Particles/D_2(2740)+
newdef D_2(2740)+Width:Prefactor 0.998992
newdef D_2(2740)+Width:BRNormalize 1
newdef D_2(2740)+Width:BRMinimum 0.01
newdef D_2(2740)+Width:Points 50
newdef D_2(2740)+Width:InterpolationOrder 1
insert D_2(2740)+Width:MEtype 0 2
insert D_2(2740)+Width:MEtype 1 2
insert D_2(2740)+Width:MEcode 0 0
insert D_2(2740)+Width:MEcode 1 0
insert D_2(2740)+Width:MEcoupling 0 1.36446
insert D_2(2740)+Width:MEcoupling 1 1.37378
insert D_2(2740)+Width:ModeOn 0 1
insert D_2(2740)+Width:ModeOn 1 1
insert D_2(2740)+Width:MinimumMasses 0 2.14574
insert D_2(2740)+Width:MinimumMasses 1 2.1444
insert D_2(2740)+Width:MEmass1 0 2.00685
insert D_2(2740)+Width:MEmass1 1 2.01026
insert D_2(2740)+Width:MEmass2 0 0.13957
insert D_2(2740)+Width:MEmass2 1 0.134977
insert D_2(2740)+Width:DecayModes 0 D_2(2740)+->D*0,pi+;
insert D_2(2740)+Width:DecayModes 1 D_2(2740)+->D*+,pi0;
insert D_2(2740)+Width:InterpolationMasses 0 2.461449
insert D_2(2740)+Width:InterpolationMasses 1 2.4722245
insert D_2(2740)+Width:InterpolationMasses 2 2.483
insert D_2(2740)+Width:InterpolationMasses 3 2.4937755
insert D_2(2740)+Width:InterpolationMasses 4 2.504551
insert D_2(2740)+Width:InterpolationMasses 5 2.5153265
insert D_2(2740)+Width:InterpolationMasses 6 2.526102
insert D_2(2740)+Width:InterpolationMasses 7 2.5368776
insert D_2(2740)+Width:InterpolationMasses 8 2.5476531
insert D_2(2740)+Width:InterpolationMasses 9 2.5584286
insert D_2(2740)+Width:InterpolationMasses 10 2.5692041
insert D_2(2740)+Width:InterpolationMasses 11 2.5799796
insert D_2(2740)+Width:InterpolationMasses 12 2.5907551
insert D_2(2740)+Width:InterpolationMasses 13 2.6015306
insert D_2(2740)+Width:InterpolationMasses 14 2.6123061
insert D_2(2740)+Width:InterpolationMasses 15 2.6230816
insert D_2(2740)+Width:InterpolationMasses 16 2.6338571
insert D_2(2740)+Width:InterpolationMasses 17 2.6446327
insert D_2(2740)+Width:InterpolationMasses 18 2.6554082
insert D_2(2740)+Width:InterpolationMasses 19 2.6661837
insert D_2(2740)+Width:InterpolationMasses 20 2.6769592
insert D_2(2740)+Width:InterpolationMasses 21 2.6877347
insert D_2(2740)+Width:InterpolationMasses 22 2.6985102
insert D_2(2740)+Width:InterpolationMasses 23 2.7092857
insert D_2(2740)+Width:InterpolationMasses 24 2.7200612
insert D_2(2740)+Width:InterpolationMasses 25 2.7308367
insert D_2(2740)+Width:InterpolationMasses 26 2.7416122
insert D_2(2740)+Width:InterpolationMasses 27 2.7523878
insert D_2(2740)+Width:InterpolationMasses 28 2.7631633
insert D_2(2740)+Width:InterpolationMasses 29 2.7739388
insert D_2(2740)+Width:InterpolationMasses 30 2.7847143
insert D_2(2740)+Width:InterpolationMasses 31 2.7954898
insert D_2(2740)+Width:InterpolationMasses 32 2.8062653
insert D_2(2740)+Width:InterpolationMasses 33 2.8170408
insert D_2(2740)+Width:InterpolationMasses 34 2.8278163
insert D_2(2740)+Width:InterpolationMasses 35 2.8385918
insert D_2(2740)+Width:InterpolationMasses 36 2.8493673
insert D_2(2740)+Width:InterpolationMasses 37 2.8601429
insert D_2(2740)+Width:InterpolationMasses 38 2.8709184
insert D_2(2740)+Width:InterpolationMasses 39 2.8816939
insert D_2(2740)+Width:InterpolationMasses 40 2.8924694
insert D_2(2740)+Width:InterpolationMasses 41 2.9032449
insert D_2(2740)+Width:InterpolationMasses 42 2.9140204
insert D_2(2740)+Width:InterpolationMasses 43 2.9247959
insert D_2(2740)+Width:InterpolationMasses 44 2.9355714
insert D_2(2740)+Width:InterpolationMasses 45 2.9463469
insert D_2(2740)+Width:InterpolationMasses 46 2.9571224
insert D_2(2740)+Width:InterpolationMasses 47 2.967898
insert D_2(2740)+Width:InterpolationMasses 48 2.9786735
insert D_2(2740)+Width:InterpolationMasses 49 2.989449
insert D_2(2740)+Width:InterpolationMasses 50 3.0002245
insert D_2(2740)+Width:InterpolationMasses 51 3.011
insert D_2(2740)+Width:InterpolationMasses 52 3.0217755
insert D_2(2740)+Width:InterpolationMasses 53 3.032551
insert D_2(2740)+Width:InterpolationMasses 54 2.461449
insert D_2(2740)+Width:InterpolationMasses 55 2.4722245
insert D_2(2740)+Width:InterpolationMasses 56 2.483
insert D_2(2740)+Width:InterpolationMasses 57 2.4937755
insert D_2(2740)+Width:InterpolationMasses 58 2.504551
insert D_2(2740)+Width:InterpolationMasses 59 2.5153265
insert D_2(2740)+Width:InterpolationMasses 60 2.526102
insert D_2(2740)+Width:InterpolationMasses 61 2.5368776
insert D_2(2740)+Width:InterpolationMasses 62 2.5476531
insert D_2(2740)+Width:InterpolationMasses 63 2.5584286
insert D_2(2740)+Width:InterpolationMasses 64 2.5692041
insert D_2(2740)+Width:InterpolationMasses 65 2.5799796
insert D_2(2740)+Width:InterpolationMasses 66 2.5907551
insert D_2(2740)+Width:InterpolationMasses 67 2.6015306
insert D_2(2740)+Width:InterpolationMasses 68 2.6123061
insert D_2(2740)+Width:InterpolationMasses 69 2.6230816
insert D_2(2740)+Width:InterpolationMasses 70 2.6338571
insert D_2(2740)+Width:InterpolationMasses 71 2.6446327
insert D_2(2740)+Width:InterpolationMasses 72 2.6554082
insert D_2(2740)+Width:InterpolationMasses 73 2.6661837
insert D_2(2740)+Width:InterpolationMasses 74 2.6769592
insert D_2(2740)+Width:InterpolationMasses 75 2.6877347
insert D_2(2740)+Width:InterpolationMasses 76 2.6985102
insert D_2(2740)+Width:InterpolationMasses 77 2.7092857
insert D_2(2740)+Width:InterpolationMasses 78 2.7200612
insert D_2(2740)+Width:InterpolationMasses 79 2.7308367
insert D_2(2740)+Width:InterpolationMasses 80 2.7416122
insert D_2(2740)+Width:InterpolationMasses 81 2.7523878
insert D_2(2740)+Width:InterpolationMasses 82 2.7631633
insert D_2(2740)+Width:InterpolationMasses 83 2.7739388
insert D_2(2740)+Width:InterpolationMasses 84 2.7847143
insert D_2(2740)+Width:InterpolationMasses 85 2.7954898
insert D_2(2740)+Width:InterpolationMasses 86 2.8062653
insert D_2(2740)+Width:InterpolationMasses 87 2.8170408
insert D_2(2740)+Width:InterpolationMasses 88 2.8278163
insert D_2(2740)+Width:InterpolationMasses 89 2.8385918
insert D_2(2740)+Width:InterpolationMasses 90 2.8493673
insert D_2(2740)+Width:InterpolationMasses 91 2.8601429
insert D_2(2740)+Width:InterpolationMasses 92 2.8709184
insert D_2(2740)+Width:InterpolationMasses 93 2.8816939
insert D_2(2740)+Width:InterpolationMasses 94 2.8924694
insert D_2(2740)+Width:InterpolationMasses 95 2.9032449
insert D_2(2740)+Width:InterpolationMasses 96 2.9140204
insert D_2(2740)+Width:InterpolationMasses 97 2.9247959
insert D_2(2740)+Width:InterpolationMasses 98 2.9355714
insert D_2(2740)+Width:InterpolationMasses 99 2.9463469
insert D_2(2740)+Width:InterpolationMasses 100 2.9571224
insert D_2(2740)+Width:InterpolationMasses 101 2.967898
insert D_2(2740)+Width:InterpolationMasses 102 2.9786735
insert D_2(2740)+Width:InterpolationMasses 103 2.989449
insert D_2(2740)+Width:InterpolationMasses 104 3.0002245
insert D_2(2740)+Width:InterpolationMasses 105 3.011
insert D_2(2740)+Width:InterpolationMasses 106 3.0217755
insert D_2(2740)+Width:InterpolationMasses 107 3.032551
insert D_2(2740)+Width:InterpolationWidths 0 0.0014251828
insert D_2(2740)+Width:InterpolationWidths 1 0.0016918755
insert D_2(2740)+Width:InterpolationWidths 2 0.0019987226
insert D_2(2740)+Width:InterpolationWidths 3 0.002350413
insert D_2(2740)+Width:InterpolationWidths 4 0.0027520359
insert D_2(2740)+Width:InterpolationWidths 5 0.003209104
insert D_2(2740)+Width:InterpolationWidths 6 0.0037275759
insert D_2(2740)+Width:InterpolationWidths 7 0.0043138806
insert D_2(2740)+Width:InterpolationWidths 8 0.0049749415
insert D_2(2740)+Width:InterpolationWidths 9 0.005718202
insert D_2(2740)+Width:InterpolationWidths 10 0.0065516507
insert D_2(2740)+Width:InterpolationWidths 11 0.0074838488
insert D_2(2740)+Width:InterpolationWidths 12 0.0085239561
insert D_2(2740)+Width:InterpolationWidths 13 0.0096817597
insert D_2(2740)+Width:InterpolationWidths 14 0.010967702
insert D_2(2740)+Width:InterpolationWidths 15 0.012392911
insert D_2(2740)+Width:InterpolationWidths 16 0.013969228
insert D_2(2740)+Width:InterpolationWidths 17 0.015709239
insert D_2(2740)+Width:InterpolationWidths 18 0.017626307
insert D_2(2740)+Width:InterpolationWidths 19 0.019734604
insert D_2(2740)+Width:InterpolationWidths 20 0.022049142
insert D_2(2740)+Width:InterpolationWidths 21 0.024585805
insert D_2(2740)+Width:InterpolationWidths 22 0.027361389
insert D_2(2740)+Width:InterpolationWidths 23 0.030393629
insert D_2(2740)+Width:InterpolationWidths 24 0.03370124
insert D_2(2740)+Width:InterpolationWidths 25 0.037303951
insert D_2(2740)+Width:InterpolationWidths 26 0.041222542
insert D_2(2740)+Width:InterpolationWidths 27 0.045478882
insert D_2(2740)+Width:InterpolationWidths 28 0.050095966
insert D_2(2740)+Width:InterpolationWidths 29 0.055097956
insert D_2(2740)+Width:InterpolationWidths 30 0.060510218
insert D_2(2740)+Width:InterpolationWidths 31 0.066359367
insert D_2(2740)+Width:InterpolationWidths 32 0.072673303
insert D_2(2740)+Width:InterpolationWidths 33 0.079481256
insert D_2(2740)+Width:InterpolationWidths 34 0.086813829
insert D_2(2740)+Width:InterpolationWidths 35 0.094703039
insert D_2(2740)+Width:InterpolationWidths 36 0.10318236
insert D_2(2740)+Width:InterpolationWidths 37 0.11228679
insert D_2(2740)+Width:InterpolationWidths 38 0.12205284
insert D_2(2740)+Width:InterpolationWidths 39 0.13251866
insert D_2(2740)+Width:InterpolationWidths 40 0.14372401
insert D_2(2740)+Width:InterpolationWidths 41 0.15571037
insert D_2(2740)+Width:InterpolationWidths 42 0.16852094
insert D_2(2740)+Width:InterpolationWidths 43 0.18220073
insert D_2(2740)+Width:InterpolationWidths 44 0.19679657
insert D_2(2740)+Width:InterpolationWidths 45 0.21235722
insert D_2(2740)+Width:InterpolationWidths 46 0.22893334
insert D_2(2740)+Width:InterpolationWidths 47 0.24657761
insert D_2(2740)+Width:InterpolationWidths 48 0.26534478
insert D_2(2740)+Width:InterpolationWidths 49 0.28529168
insert D_2(2740)+Width:InterpolationWidths 50 0.30647731
insert D_2(2740)+Width:InterpolationWidths 51 0.32896289
insert D_2(2740)+Width:InterpolationWidths 52 0.35281192
insert D_2(2740)+Width:InterpolationWidths 53 0.37809023
insert D_2(2740)+Width:InterpolationWidths 54 0.00068636589
insert D_2(2740)+Width:InterpolationWidths 55 0.00081513515
insert D_2(2740)+Width:InterpolationWidths 56 0.00096336056
insert D_2(2740)+Width:InterpolationWidths 57 0.0011333243
insert D_2(2740)+Width:InterpolationWidths 58 0.0013275046
insert D_2(2740)+Width:InterpolationWidths 59 0.0015485868
insert D_2(2740)+Width:InterpolationWidths 60 0.001799475
insert D_2(2740)+Width:InterpolationWidths 61 0.0020833036
insert D_2(2740)+Width:InterpolationWidths 62 0.0024034492
insert D_2(2740)+Width:InterpolationWidths 63 0.0027635436
insert D_2(2740)+Width:InterpolationWidths 64 0.0031674859
insert D_2(2740)+Width:InterpolationWidths 65 0.0036194559
insert D_2(2740)+Width:InterpolationWidths 66 0.0041239274
insert D_2(2740)+Width:InterpolationWidths 67 0.004685682
insert D_2(2740)+Width:InterpolationWidths 68 0.005309823
insert D_2(2740)+Width:InterpolationWidths 69 0.00600179
insert D_2(2740)+Width:InterpolationWidths 70 0.0067673735
insert D_2(2740)+Width:InterpolationWidths 71 0.00761273
insert D_2(2740)+Width:InterpolationWidths 72 0.0085443973
insert D_2(2740)+Width:InterpolationWidths 73 0.0095693107
insert D_2(2740)+Width:InterpolationWidths 74 0.010694818
insert D_2(2740)+Width:InterpolationWidths 75 0.011928699
insert D_2(2740)+Width:InterpolationWidths 76 0.013279176
insert D_2(2740)+Width:InterpolationWidths 77 0.014754939
insert D_2(2740)+Width:InterpolationWidths 78 0.016365156
insert D_2(2740)+Width:InterpolationWidths 79 0.018119497
insert D_2(2740)+Width:InterpolationWidths 80 0.020028147
insert D_2(2740)+Width:InterpolationWidths 81 0.022101828
insert D_2(2740)+Width:InterpolationWidths 82 0.024351815
insert D_2(2740)+Width:InterpolationWidths 83 0.026789959
insert D_2(2740)+Width:InterpolationWidths 84 0.029428704
insert D_2(2740)+Width:InterpolationWidths 85 0.032281108
insert D_2(2740)+Width:InterpolationWidths 86 0.035360861
insert D_2(2740)+Width:InterpolationWidths 87 0.03868231
insert D_2(2740)+Width:InterpolationWidths 88 0.042260478
insert D_2(2740)+Width:InterpolationWidths 89 0.046111084
insert D_2(2740)+Width:InterpolationWidths 90 0.050250568
insert D_2(2740)+Width:InterpolationWidths 91 0.05469611
insert D_2(2740)+Width:InterpolationWidths 92 0.059465655
insert D_2(2740)+Width:InterpolationWidths 93 0.064577936
insert D_2(2740)+Width:InterpolationWidths 94 0.070052495
insert D_2(2740)+Width:InterpolationWidths 95 0.07590971
insert D_2(2740)+Width:InterpolationWidths 96 0.082170818
insert D_2(2740)+Width:InterpolationWidths 97 0.088857938
insert D_2(2740)+Width:InterpolationWidths 98 0.095994098
insert D_2(2740)+Width:InterpolationWidths 99 0.10360326
insert D_2(2740)+Width:InterpolationWidths 100 0.11171035
insert D_2(2740)+Width:InterpolationWidths 101 0.12034126
insert D_2(2740)+Width:InterpolationWidths 102 0.12952293
insert D_2(2740)+Width:InterpolationWidths 103 0.1392833
insert D_2(2740)+Width:InterpolationWidths 104 0.14965141
insert D_2(2740)+Width:InterpolationWidths 105 0.16065737
insert D_2(2740)+Width:InterpolationWidths 106 0.17233244
insert D_2(2740)+Width:InterpolationWidths 107 0.184709
insert D_2(2740)+Width:NumberofEntries 0 54
insert D_2(2740)+Width:NumberofEntries 1 108
newdef D_2(2740)+Width:fPi 130.2
newdef D_2(2740)+Width:g 0.566
newdef D_2(2740)+Width:h 0.544
newdef D_2(2740)+Width:hp 0.413
newdef D_2(2740)+Width:k 0.407
newdef D_2(2740)+Width:kp 0.242
newdef D_2(2740)+Width:gtilde 0.283
newdef D_2(2740)+Width:Lambda 1
newdef D_2(2740)+Width:psiL 0
newdef D_2(2740)+Width:psiS 0.041
newdef /Herwig/Particles/D_2(2740)-:Width_generator D_2(2740)+Width
newdef /Herwig/Particles/D_2(2740)+:Width_generator D_2(2740)+Width
#
create Herwig::HeavyMesonWidthGenerator D_2(2740)0Width
newdef D_2(2740)0Width:Particle /Herwig/Particles/D_2(2740)0
newdef D_2(2740)0Width:Prefactor 0.998988
newdef D_2(2740)0Width:BRNormalize 1
newdef D_2(2740)0Width:BRMinimum 0.01
newdef D_2(2740)0Width:Points 50
newdef D_2(2740)0Width:InterpolationOrder 1
insert D_2(2740)0Width:MEtype 0 2
insert D_2(2740)0Width:MEtype 1 2
insert D_2(2740)0Width:MEcode 0 0
insert D_2(2740)0Width:MEcode 1 0
insert D_2(2740)0Width:MEcoupling 0 1.3876
insert D_2(2740)0Width:MEcoupling 1 1.37819
insert D_2(2740)0Width:ModeOn 0 1
insert D_2(2740)0Width:ModeOn 1 1
insert D_2(2740)0Width:MinimumMasses 0 2.149
insert D_2(2740)0Width:MinimumMasses 1 2.14115
insert D_2(2740)0Width:MEmass1 0 2.01026
insert D_2(2740)0Width:MEmass1 1 2.00685
insert D_2(2740)0Width:MEmass2 0 0.13957
insert D_2(2740)0Width:MEmass2 1 0.134977
insert D_2(2740)0Width:DecayModes 0 D_2(2740)0->D*+,pi-;
insert D_2(2740)0Width:DecayModes 1 D_2(2740)0->D*0,pi0;
insert D_2(2740)0Width:InterpolationMasses 0 2.461449
insert D_2(2740)0Width:InterpolationMasses 1 2.4722245
insert D_2(2740)0Width:InterpolationMasses 2 2.483
insert D_2(2740)0Width:InterpolationMasses 3 2.4937755
insert D_2(2740)0Width:InterpolationMasses 4 2.504551
insert D_2(2740)0Width:InterpolationMasses 5 2.5153265
insert D_2(2740)0Width:InterpolationMasses 6 2.526102
insert D_2(2740)0Width:InterpolationMasses 7 2.5368776
insert D_2(2740)0Width:InterpolationMasses 8 2.5476531
insert D_2(2740)0Width:InterpolationMasses 9 2.5584286
insert D_2(2740)0Width:InterpolationMasses 10 2.5692041
insert D_2(2740)0Width:InterpolationMasses 11 2.5799796
insert D_2(2740)0Width:InterpolationMasses 12 2.5907551
insert D_2(2740)0Width:InterpolationMasses 13 2.6015306
insert D_2(2740)0Width:InterpolationMasses 14 2.6123061
insert D_2(2740)0Width:InterpolationMasses 15 2.6230816
insert D_2(2740)0Width:InterpolationMasses 16 2.6338571
insert D_2(2740)0Width:InterpolationMasses 17 2.6446327
insert D_2(2740)0Width:InterpolationMasses 18 2.6554082
insert D_2(2740)0Width:InterpolationMasses 19 2.6661837
insert D_2(2740)0Width:InterpolationMasses 20 2.6769592
insert D_2(2740)0Width:InterpolationMasses 21 2.6877347
insert D_2(2740)0Width:InterpolationMasses 22 2.6985102
insert D_2(2740)0Width:InterpolationMasses 23 2.7092857
insert D_2(2740)0Width:InterpolationMasses 24 2.7200612
insert D_2(2740)0Width:InterpolationMasses 25 2.7308367
insert D_2(2740)0Width:InterpolationMasses 26 2.7416122
insert D_2(2740)0Width:InterpolationMasses 27 2.7523878
insert D_2(2740)0Width:InterpolationMasses 28 2.7631633
insert D_2(2740)0Width:InterpolationMasses 29 2.7739388
insert D_2(2740)0Width:InterpolationMasses 30 2.7847143
insert D_2(2740)0Width:InterpolationMasses 31 2.7954898
insert D_2(2740)0Width:InterpolationMasses 32 2.8062653
insert D_2(2740)0Width:InterpolationMasses 33 2.8170408
insert D_2(2740)0Width:InterpolationMasses 34 2.8278163
insert D_2(2740)0Width:InterpolationMasses 35 2.8385918
insert D_2(2740)0Width:InterpolationMasses 36 2.8493673
insert D_2(2740)0Width:InterpolationMasses 37 2.8601429
insert D_2(2740)0Width:InterpolationMasses 38 2.8709184
insert D_2(2740)0Width:InterpolationMasses 39 2.8816939
insert D_2(2740)0Width:InterpolationMasses 40 2.8924694
insert D_2(2740)0Width:InterpolationMasses 41 2.9032449
insert D_2(2740)0Width:InterpolationMasses 42 2.9140204
insert D_2(2740)0Width:InterpolationMasses 43 2.9247959
insert D_2(2740)0Width:InterpolationMasses 44 2.9355714
insert D_2(2740)0Width:InterpolationMasses 45 2.9463469
insert D_2(2740)0Width:InterpolationMasses 46 2.9571224
insert D_2(2740)0Width:InterpolationMasses 47 2.967898
insert D_2(2740)0Width:InterpolationMasses 48 2.9786735
insert D_2(2740)0Width:InterpolationMasses 49 2.989449
insert D_2(2740)0Width:InterpolationMasses 50 3.0002245
insert D_2(2740)0Width:InterpolationMasses 51 3.011
insert D_2(2740)0Width:InterpolationMasses 52 3.0217755
insert D_2(2740)0Width:InterpolationMasses 53 3.032551
insert D_2(2740)0Width:InterpolationMasses 54 2.461449
insert D_2(2740)0Width:InterpolationMasses 55 2.4722245
insert D_2(2740)0Width:InterpolationMasses 56 2.483
insert D_2(2740)0Width:InterpolationMasses 57 2.4937755
insert D_2(2740)0Width:InterpolationMasses 58 2.504551
insert D_2(2740)0Width:InterpolationMasses 59 2.5153265
insert D_2(2740)0Width:InterpolationMasses 60 2.526102
insert D_2(2740)0Width:InterpolationMasses 61 2.5368776
insert D_2(2740)0Width:InterpolationMasses 62 2.5476531
insert D_2(2740)0Width:InterpolationMasses 63 2.5584286
insert D_2(2740)0Width:InterpolationMasses 64 2.5692041
insert D_2(2740)0Width:InterpolationMasses 65 2.5799796
insert D_2(2740)0Width:InterpolationMasses 66 2.5907551
insert D_2(2740)0Width:InterpolationMasses 67 2.6015306
insert D_2(2740)0Width:InterpolationMasses 68 2.6123061
insert D_2(2740)0Width:InterpolationMasses 69 2.6230816
insert D_2(2740)0Width:InterpolationMasses 70 2.6338571
insert D_2(2740)0Width:InterpolationMasses 71 2.6446327
insert D_2(2740)0Width:InterpolationMasses 72 2.6554082
insert D_2(2740)0Width:InterpolationMasses 73 2.6661837
insert D_2(2740)0Width:InterpolationMasses 74 2.6769592
insert D_2(2740)0Width:InterpolationMasses 75 2.6877347
insert D_2(2740)0Width:InterpolationMasses 76 2.6985102
insert D_2(2740)0Width:InterpolationMasses 77 2.7092857
insert D_2(2740)0Width:InterpolationMasses 78 2.7200612
insert D_2(2740)0Width:InterpolationMasses 79 2.7308367
insert D_2(2740)0Width:InterpolationMasses 80 2.7416122
insert D_2(2740)0Width:InterpolationMasses 81 2.7523878
insert D_2(2740)0Width:InterpolationMasses 82 2.7631633
insert D_2(2740)0Width:InterpolationMasses 83 2.7739388
insert D_2(2740)0Width:InterpolationMasses 84 2.7847143
insert D_2(2740)0Width:InterpolationMasses 85 2.7954898
insert D_2(2740)0Width:InterpolationMasses 86 2.8062653
insert D_2(2740)0Width:InterpolationMasses 87 2.8170408
insert D_2(2740)0Width:InterpolationMasses 88 2.8278163
insert D_2(2740)0Width:InterpolationMasses 89 2.8385918
insert D_2(2740)0Width:InterpolationMasses 90 2.8493673
insert D_2(2740)0Width:InterpolationMasses 91 2.8601429
insert D_2(2740)0Width:InterpolationMasses 92 2.8709184
insert D_2(2740)0Width:InterpolationMasses 93 2.8816939
insert D_2(2740)0Width:InterpolationMasses 94 2.8924694
insert D_2(2740)0Width:InterpolationMasses 95 2.9032449
insert D_2(2740)0Width:InterpolationMasses 96 2.9140204
insert D_2(2740)0Width:InterpolationMasses 97 2.9247959
insert D_2(2740)0Width:InterpolationMasses 98 2.9355714
insert D_2(2740)0Width:InterpolationMasses 99 2.9463469
insert D_2(2740)0Width:InterpolationMasses 100 2.9571224
insert D_2(2740)0Width:InterpolationMasses 101 2.967898
insert D_2(2740)0Width:InterpolationMasses 102 2.9786735
insert D_2(2740)0Width:InterpolationMasses 103 2.989449
insert D_2(2740)0Width:InterpolationMasses 104 3.0002245
insert D_2(2740)0Width:InterpolationMasses 105 3.011
insert D_2(2740)0Width:InterpolationMasses 106 3.0217755
insert D_2(2740)0Width:InterpolationMasses 107 3.032551
insert D_2(2740)0Width:InterpolationWidths 0 0.0013401442
insert D_2(2740)0Width:InterpolationWidths 1 0.0015934943
insert D_2(2740)0Width:InterpolationWidths 2 0.0018853627
insert D_2(2740)0Width:InterpolationWidths 3 0.0022202891
insert D_2(2740)0Width:InterpolationWidths 4 0.0026032047
insert D_2(2740)0Width:InterpolationWidths 5 0.0030394541
insert D_2(2740)0Width:InterpolationWidths 6 0.0035348182
insert D_2(2740)0Width:InterpolationWidths 7 0.0040955379
insert D_2(2740)0Width:InterpolationWidths 8 0.0047283382
insert D_2(2740)0Width:InterpolationWidths 9 0.0054404526
insert D_2(2740)0Width:InterpolationWidths 10 0.0062396492
insert D_2(2740)0Width:InterpolationWidths 11 0.0071342563
insert D_2(2740)0Width:InterpolationWidths 12 0.0081331895
insert D_2(2740)0Width:InterpolationWidths 13 0.0092459789
insert D_2(2740)0Width:InterpolationWidths 14 0.010482798
insert D_2(2740)0Width:InterpolationWidths 15 0.01185449
insert D_2(2740)0Width:InterpolationWidths 16 0.013372601
insert D_2(2740)0Width:InterpolationWidths 17 0.015049408
insert D_2(2740)0Width:InterpolationWidths 18 0.016897949
insert D_2(2740)0Width:InterpolationWidths 19 0.018932057
insert D_2(2740)0Width:InterpolationWidths 20 0.021166388
insert D_2(2740)0Width:InterpolationWidths 21 0.023616459
insert D_2(2740)0Width:InterpolationWidths 22 0.026298679
insert D_2(2740)0Width:InterpolationWidths 23 0.029230382
insert D_2(2740)0Width:InterpolationWidths 24 0.032429864
insert D_2(2740)0Width:InterpolationWidths 25 0.03591642
insert D_2(2740)0Width:InterpolationWidths 26 0.039710375
insert D_2(2740)0Width:InterpolationWidths 27 0.043833126
insert D_2(2740)0Width:InterpolationWidths 28 0.048307181
insert D_2(2740)0Width:InterpolationWidths 29 0.053156192
insert D_2(2740)0Width:InterpolationWidths 30 0.058404999
insert D_2(2740)0Width:InterpolationWidths 31 0.064079667
insert D_2(2740)0Width:InterpolationWidths 32 0.070207529
insert D_2(2740)0Width:InterpolationWidths 33 0.076817226
insert D_2(2740)0Width:InterpolationWidths 34 0.083938752
insert D_2(2740)0Width:InterpolationWidths 35 0.091603492
insert D_2(2740)0Width:InterpolationWidths 36 0.099844271
insert D_2(2740)0Width:InterpolationWidths 37 0.1086954
insert D_2(2740)0Width:InterpolationWidths 38 0.1181927
insert D_2(2740)0Width:InterpolationWidths 39 0.12837359
insert D_2(2740)0Width:InterpolationWidths 40 0.13927709
insert D_2(2740)0Width:InterpolationWidths 41 0.15094391
insert D_2(2740)0Width:InterpolationWidths 42 0.16341644
insert D_2(2740)0Width:InterpolationWidths 43 0.17673888
insert D_2(2740)0Width:InterpolationWidths 44 0.19095722
insert D_2(2740)0Width:InterpolationWidths 45 0.2061193
insert D_2(2740)0Width:InterpolationWidths 46 0.22227492
insert D_2(2740)0Width:InterpolationWidths 47 0.23947583
insert D_2(2740)0Width:InterpolationWidths 48 0.25777579
insert D_2(2740)0Width:InterpolationWidths 49 0.27723065
insert D_2(2740)0Width:InterpolationWidths 50 0.2978984
insert D_2(2740)0Width:InterpolationWidths 51 0.31983922
insert D_2(2740)0Width:InterpolationWidths 52 0.34311551
insert D_2(2740)0Width:InterpolationWidths 53 0.36779199
insert D_2(2740)0Width:InterpolationWidths 54 0.00072963217
insert D_2(2740)0Width:InterpolationWidths 55 0.00086514692
insert D_2(2740)0Width:InterpolationWidths 56 0.0010209409
insert D_2(2740)0Width:InterpolationWidths 57 0.0011993711
insert D_2(2740)0Width:InterpolationWidths 58 0.001402995
insert D_2(2740)0Width:InterpolationWidths 59 0.0016345821
insert D_2(2740)0Width:InterpolationWidths 60 0.0018971257
insert D_2(2740)0Width:InterpolationWidths 61 0.0021938542
insert D_2(2740)0Width:InterpolationWidths 62 0.002528244
insert D_2(2740)0Width:InterpolationWidths 63 0.0029040317
insert D_2(2740)0Width:InterpolationWidths 64 0.0033252272
insert D_2(2740)0Width:InterpolationWidths 65 0.0037961266
insert D_2(2740)0Width:InterpolationWidths 66 0.0043213264
insert D_2(2740)0Width:InterpolationWidths 67 0.0049057367
insert D_2(2740)0Width:InterpolationWidths 68 0.005554596
insert D_2(2740)0Width:InterpolationWidths 69 0.0062734854
insert D_2(2740)0Width:InterpolationWidths 70 0.0070683438
insert D_2(2740)0Width:InterpolationWidths 71 0.007945483
insert D_2(2740)0Width:InterpolationWidths 72 0.0089116034
insert D_2(2740)0Width:InterpolationWidths 73 0.0099738098
insert D_2(2740)0Width:InterpolationWidths 74 0.011139628
insert D_2(2740)0Width:InterpolationWidths 75 0.012417021
insert D_2(2740)0Width:InterpolationWidths 76 0.013814407
insert D_2(2740)0Width:InterpolationWidths 77 0.015340674
insert D_2(2740)0Width:InterpolationWidths 78 0.017005203
insert D_2(2740)0Width:InterpolationWidths 79 0.018817879
insert D_2(2740)0Width:InterpolationWidths 80 0.020789114
insert D_2(2740)0Width:InterpolationWidths 81 0.022929868
insert D_2(2740)0Width:InterpolationWidths 82 0.025251659
insert D_2(2740)0Width:InterpolationWidths 83 0.027766595
insert D_2(2740)0Width:InterpolationWidths 84 0.030487381
insert D_2(2740)0Width:InterpolationWidths 85 0.03342735
insert D_2(2740)0Width:InterpolationWidths 86 0.036600479
insert D_2(2740)0Width:InterpolationWidths 87 0.040021406
insert D_2(2740)0Width:InterpolationWidths 88 0.043705462
insert D_2(2740)0Width:InterpolationWidths 89 0.04766868
insert D_2(2740)0Width:InterpolationWidths 90 0.051927828
insert D_2(2740)0Width:InterpolationWidths 91 0.056500424
insert D_2(2740)0Width:InterpolationWidths 92 0.061404764
insert D_2(2740)0Width:InterpolationWidths 93 0.066659941
insert D_2(2740)0Width:InterpolationWidths 94 0.072285874
insert D_2(2740)0Width:InterpolationWidths 95 0.078303325
insert D_2(2740)0Width:InterpolationWidths 96 0.084733931
insert D_2(2740)0Width:InterpolationWidths 97 0.091600221
insert D_2(2740)0Width:InterpolationWidths 98 0.098925651
insert D_2(2740)0Width:InterpolationWidths 99 0.10673462
insert D_2(2740)0Width:InterpolationWidths 100 0.1150525
insert D_2(2740)0Width:InterpolationWidths 101 0.12390567
insert D_2(2740)0Width:InterpolationWidths 102 0.13332152
insert D_2(2740)0Width:InterpolationWidths 103 0.14332851
insert D_2(2740)0Width:InterpolationWidths 104 0.15395617
insert D_2(2740)0Width:InterpolationWidths 105 0.16523516
insert D_2(2740)0Width:InterpolationWidths 106 0.17719725
insert D_2(2740)0Width:InterpolationWidths 107 0.1898754
insert D_2(2740)0Width:NumberofEntries 0 54
insert D_2(2740)0Width:NumberofEntries 1 108
newdef D_2(2740)0Width:fPi 130.2
newdef D_2(2740)0Width:g 0.566
newdef D_2(2740)0Width:h 0.544
newdef D_2(2740)0Width:hp 0.413
newdef D_2(2740)0Width:k 0.407
newdef D_2(2740)0Width:kp 0.242
newdef D_2(2740)0Width:gtilde 0.283
newdef D_2(2740)0Width:Lambda 1
newdef D_2(2740)0Width:psiL 0
newdef D_2(2740)0Width:psiS 0.041
newdef /Herwig/Particles/D_2(2740)0:Width_generator D_2(2740)0Width
newdef /Herwig/Particles/Dbar_2(2740)0:Width_generator D_2(2740)0Width
#
create Herwig::HeavyMesonWidthGenerator D_1*(2760)+Width
newdef D_1*(2760)+Width:Particle /Herwig/Particles/D_1*(2760)+
newdef D_1*(2760)+Width:Prefactor 0.999881
newdef D_1*(2760)+Width:BRNormalize 1
newdef D_1*(2760)+Width:BRMinimum 0.01
newdef D_1*(2760)+Width:Points 50
newdef D_1*(2760)+Width:InterpolationOrder 1
insert D_1*(2760)+Width:MEtype 0 1
insert D_1*(2760)+Width:MEtype 1 1
insert D_1*(2760)+Width:MEtype 2 2
insert D_1*(2760)+Width:MEtype 3 2
insert D_1*(2760)+Width:MEcode 0 108
insert D_1*(2760)+Width:MEcode 1 108
insert D_1*(2760)+Width:MEcode 2 0
insert D_1*(2760)+Width:MEcode 3 0
insert D_1*(2760)+Width:MEcoupling 0 1.05829
insert D_1*(2760)+Width:MEcoupling 1 0.748327
insert D_1*(2760)+Width:MEcoupling 2 1.15753
insert D_1*(2760)+Width:MEcoupling 3 1.16541
insert D_1*(2760)+Width:ModeOn 0 1
insert D_1*(2760)+Width:ModeOn 1 1
insert D_1*(2760)+Width:ModeOn 2 1
insert D_1*(2760)+Width:ModeOn 3 1
insert D_1*(2760)+Width:MinimumMasses 0 2.00441
insert D_1*(2760)+Width:MinimumMasses 1 2.00464
insert D_1*(2760)+Width:MinimumMasses 2 2.14574
insert D_1*(2760)+Width:MinimumMasses 3 2.1444
insert D_1*(2760)+Width:MEmass1 0 1.86484
insert D_1*(2760)+Width:MEmass1 1 1.86966
insert D_1*(2760)+Width:MEmass1 2 2.00685
insert D_1*(2760)+Width:MEmass1 3 2.01026
insert D_1*(2760)+Width:MEmass2 0 0.13957
insert D_1*(2760)+Width:MEmass2 1 0.134977
insert D_1*(2760)+Width:MEmass2 2 0.13957
insert D_1*(2760)+Width:MEmass2 3 0.134977
insert D_1*(2760)+Width:DecayModes 0 D_1*(2760)+->D0,pi+;
insert D_1*(2760)+Width:DecayModes 1 D_1*(2760)+->D+,pi0;
insert D_1*(2760)+Width:DecayModes 2 D_1*(2760)+->D*0,pi+;
insert D_1*(2760)+Width:DecayModes 3 D_1*(2760)+->D*+,pi0;
insert D_1*(2760)+Width:InterpolationMasses 0 2.398102
insert D_1*(2760)+Width:InterpolationMasses 1 2.412551
insert D_1*(2760)+Width:InterpolationMasses 2 2.427
insert D_1*(2760)+Width:InterpolationMasses 3 2.441449
insert D_1*(2760)+Width:InterpolationMasses 4 2.455898
insert D_1*(2760)+Width:InterpolationMasses 5 2.4703469
insert D_1*(2760)+Width:InterpolationMasses 6 2.4847959
insert D_1*(2760)+Width:InterpolationMasses 7 2.4992449
insert D_1*(2760)+Width:InterpolationMasses 8 2.5136939
insert D_1*(2760)+Width:InterpolationMasses 9 2.5281429
insert D_1*(2760)+Width:InterpolationMasses 10 2.5425918
insert D_1*(2760)+Width:InterpolationMasses 11 2.5570408
insert D_1*(2760)+Width:InterpolationMasses 12 2.5714898
insert D_1*(2760)+Width:InterpolationMasses 13 2.5859388
insert D_1*(2760)+Width:InterpolationMasses 14 2.6003878
insert D_1*(2760)+Width:InterpolationMasses 15 2.6148367
insert D_1*(2760)+Width:InterpolationMasses 16 2.6292857
insert D_1*(2760)+Width:InterpolationMasses 17 2.6437347
insert D_1*(2760)+Width:InterpolationMasses 18 2.6581837
insert D_1*(2760)+Width:InterpolationMasses 19 2.6726327
insert D_1*(2760)+Width:InterpolationMasses 20 2.6870816
insert D_1*(2760)+Width:InterpolationMasses 21 2.7015306
insert D_1*(2760)+Width:InterpolationMasses 22 2.7159796
insert D_1*(2760)+Width:InterpolationMasses 23 2.7304286
insert D_1*(2760)+Width:InterpolationMasses 24 2.7448776
insert D_1*(2760)+Width:InterpolationMasses 25 2.7593265
insert D_1*(2760)+Width:InterpolationMasses 26 2.7737755
insert D_1*(2760)+Width:InterpolationMasses 27 2.7882245
insert D_1*(2760)+Width:InterpolationMasses 28 2.8026735
insert D_1*(2760)+Width:InterpolationMasses 29 2.8171224
insert D_1*(2760)+Width:InterpolationMasses 30 2.8315714
insert D_1*(2760)+Width:InterpolationMasses 31 2.8460204
insert D_1*(2760)+Width:InterpolationMasses 32 2.8604694
insert D_1*(2760)+Width:InterpolationMasses 33 2.8749184
insert D_1*(2760)+Width:InterpolationMasses 34 2.8893673
insert D_1*(2760)+Width:InterpolationMasses 35 2.9038163
insert D_1*(2760)+Width:InterpolationMasses 36 2.9182653
insert D_1*(2760)+Width:InterpolationMasses 37 2.9327143
insert D_1*(2760)+Width:InterpolationMasses 38 2.9471633
insert D_1*(2760)+Width:InterpolationMasses 39 2.9616122
insert D_1*(2760)+Width:InterpolationMasses 40 2.9760612
insert D_1*(2760)+Width:InterpolationMasses 41 2.9905102
insert D_1*(2760)+Width:InterpolationMasses 42 3.0049592
insert D_1*(2760)+Width:InterpolationMasses 43 3.0194082
insert D_1*(2760)+Width:InterpolationMasses 44 3.0338571
insert D_1*(2760)+Width:InterpolationMasses 45 3.0483061
insert D_1*(2760)+Width:InterpolationMasses 46 3.0627551
insert D_1*(2760)+Width:InterpolationMasses 47 3.0772041
insert D_1*(2760)+Width:InterpolationMasses 48 3.0916531
insert D_1*(2760)+Width:InterpolationMasses 49 3.106102
insert D_1*(2760)+Width:InterpolationMasses 50 3.120551
insert D_1*(2760)+Width:InterpolationMasses 51 3.135
insert D_1*(2760)+Width:InterpolationMasses 52 3.149449
insert D_1*(2760)+Width:InterpolationMasses 53 3.163898
insert D_1*(2760)+Width:InterpolationMasses 54 2.398102
insert D_1*(2760)+Width:InterpolationMasses 55 2.412551
insert D_1*(2760)+Width:InterpolationMasses 56 2.427
insert D_1*(2760)+Width:InterpolationMasses 57 2.441449
insert D_1*(2760)+Width:InterpolationMasses 58 2.455898
insert D_1*(2760)+Width:InterpolationMasses 59 2.4703469
insert D_1*(2760)+Width:InterpolationMasses 60 2.4847959
insert D_1*(2760)+Width:InterpolationMasses 61 2.4992449
insert D_1*(2760)+Width:InterpolationMasses 62 2.5136939
insert D_1*(2760)+Width:InterpolationMasses 63 2.5281429
insert D_1*(2760)+Width:InterpolationMasses 64 2.5425918
insert D_1*(2760)+Width:InterpolationMasses 65 2.5570408
insert D_1*(2760)+Width:InterpolationMasses 66 2.5714898
insert D_1*(2760)+Width:InterpolationMasses 67 2.5859388
insert D_1*(2760)+Width:InterpolationMasses 68 2.6003878
insert D_1*(2760)+Width:InterpolationMasses 69 2.6148367
insert D_1*(2760)+Width:InterpolationMasses 70 2.6292857
insert D_1*(2760)+Width:InterpolationMasses 71 2.6437347
insert D_1*(2760)+Width:InterpolationMasses 72 2.6581837
insert D_1*(2760)+Width:InterpolationMasses 73 2.6726327
insert D_1*(2760)+Width:InterpolationMasses 74 2.6870816
insert D_1*(2760)+Width:InterpolationMasses 75 2.7015306
insert D_1*(2760)+Width:InterpolationMasses 76 2.7159796
insert D_1*(2760)+Width:InterpolationMasses 77 2.7304286
insert D_1*(2760)+Width:InterpolationMasses 78 2.7448776
insert D_1*(2760)+Width:InterpolationMasses 79 2.7593265
insert D_1*(2760)+Width:InterpolationMasses 80 2.7737755
insert D_1*(2760)+Width:InterpolationMasses 81 2.7882245
insert D_1*(2760)+Width:InterpolationMasses 82 2.8026735
insert D_1*(2760)+Width:InterpolationMasses 83 2.8171224
insert D_1*(2760)+Width:InterpolationMasses 84 2.8315714
insert D_1*(2760)+Width:InterpolationMasses 85 2.8460204
insert D_1*(2760)+Width:InterpolationMasses 86 2.8604694
insert D_1*(2760)+Width:InterpolationMasses 87 2.8749184
insert D_1*(2760)+Width:InterpolationMasses 88 2.8893673
insert D_1*(2760)+Width:InterpolationMasses 89 2.9038163
insert D_1*(2760)+Width:InterpolationMasses 90 2.9182653
insert D_1*(2760)+Width:InterpolationMasses 91 2.9327143
insert D_1*(2760)+Width:InterpolationMasses 92 2.9471633
insert D_1*(2760)+Width:InterpolationMasses 93 2.9616122
insert D_1*(2760)+Width:InterpolationMasses 94 2.9760612
insert D_1*(2760)+Width:InterpolationMasses 95 2.9905102
insert D_1*(2760)+Width:InterpolationMasses 96 3.0049592
insert D_1*(2760)+Width:InterpolationMasses 97 3.0194082
insert D_1*(2760)+Width:InterpolationMasses 98 3.0338571
insert D_1*(2760)+Width:InterpolationMasses 99 3.0483061
insert D_1*(2760)+Width:InterpolationMasses 100 3.0627551
insert D_1*(2760)+Width:InterpolationMasses 101 3.0772041
insert D_1*(2760)+Width:InterpolationMasses 102 3.0916531
insert D_1*(2760)+Width:InterpolationMasses 103 3.106102
insert D_1*(2760)+Width:InterpolationMasses 104 3.120551
insert D_1*(2760)+Width:InterpolationMasses 105 3.135
insert D_1*(2760)+Width:InterpolationMasses 106 3.149449
insert D_1*(2760)+Width:InterpolationMasses 107 3.163898
insert D_1*(2760)+Width:InterpolationWidths 0 0.00098698427
insert D_1*(2760)+Width:InterpolationWidths 1 0.0011769436
insert D_1*(2760)+Width:InterpolationWidths 2 0.0013925606
insert D_1*(2760)+Width:InterpolationWidths 3 0.0016359616
insert D_1*(2760)+Width:InterpolationWidths 4 0.0019093426
insert D_1*(2760)+Width:InterpolationWidths 5 0.0022149664
insert D_1*(2760)+Width:InterpolationWidths 6 0.0025551612
insert D_1*(2760)+Width:InterpolationWidths 7 0.0029323181
insert D_1*(2760)+Width:InterpolationWidths 8 0.0033488893
insert D_1*(2760)+Width:InterpolationWidths 9 0.003807386
insert D_1*(2760)+Width:InterpolationWidths 10 0.0043103766
insert D_1*(2760)+Width:InterpolationWidths 11 0.0048604849
insert D_1*(2760)+Width:InterpolationWidths 12 0.005460388
insert D_1*(2760)+Width:InterpolationWidths 13 0.0061128148
insert D_1*(2760)+Width:InterpolationWidths 14 0.0068205439
insert D_1*(2760)+Width:InterpolationWidths 15 0.0075864025
insert D_1*(2760)+Width:InterpolationWidths 16 0.008413264
insert D_1*(2760)+Width:InterpolationWidths 17 0.0093040471
insert D_1*(2760)+Width:InterpolationWidths 18 0.010261714
insert D_1*(2760)+Width:InterpolationWidths 19 0.011289269
insert D_1*(2760)+Width:InterpolationWidths 20 0.012389757
insert D_1*(2760)+Width:InterpolationWidths 21 0.013566262
insert D_1*(2760)+Width:InterpolationWidths 22 0.014821905
insert D_1*(2760)+Width:InterpolationWidths 23 0.016159846
insert D_1*(2760)+Width:InterpolationWidths 24 0.017583279
insert D_1*(2760)+Width:InterpolationWidths 25 0.019095432
insert D_1*(2760)+Width:InterpolationWidths 26 0.020699566
insert D_1*(2760)+Width:InterpolationWidths 27 0.022398975
insert D_1*(2760)+Width:InterpolationWidths 28 0.024196984
insert D_1*(2760)+Width:InterpolationWidths 29 0.026096947
insert D_1*(2760)+Width:InterpolationWidths 30 0.028102247
insert D_1*(2760)+Width:InterpolationWidths 31 0.030216297
insert D_1*(2760)+Width:InterpolationWidths 32 0.032442535
insert D_1*(2760)+Width:InterpolationWidths 33 0.034784428
insert D_1*(2760)+Width:InterpolationWidths 34 0.037245465
insert D_1*(2760)+Width:InterpolationWidths 35 0.039829164
insert D_1*(2760)+Width:InterpolationWidths 36 0.042539063
insert D_1*(2760)+Width:InterpolationWidths 37 0.045378727
insert D_1*(2760)+Width:InterpolationWidths 38 0.048351742
insert D_1*(2760)+Width:InterpolationWidths 39 0.051461717
insert D_1*(2760)+Width:InterpolationWidths 40 0.054712282
insert D_1*(2760)+Width:InterpolationWidths 41 0.058107087
insert D_1*(2760)+Width:InterpolationWidths 42 0.061649804
insert D_1*(2760)+Width:InterpolationWidths 43 0.065344124
insert D_1*(2760)+Width:InterpolationWidths 44 0.069193759
insert D_1*(2760)+Width:InterpolationWidths 45 0.073202437
insert D_1*(2760)+Width:InterpolationWidths 46 0.077373908
insert D_1*(2760)+Width:InterpolationWidths 47 0.081711937
insert D_1*(2760)+Width:InterpolationWidths 48 0.086220307
insert D_1*(2760)+Width:InterpolationWidths 49 0.090902822
insert D_1*(2760)+Width:InterpolationWidths 50 0.095763297
insert D_1*(2760)+Width:InterpolationWidths 51 0.10080557
insert D_1*(2760)+Width:InterpolationWidths 52 0.10603349
insert D_1*(2760)+Width:InterpolationWidths 53 0.11145092
insert D_1*(2760)+Width:InterpolationWidths 54 0.00047618966
insert D_1*(2760)+Width:InterpolationWidths 55 0.00056834198
insert D_1*(2760)+Width:InterpolationWidths 56 0.00067303226
insert D_1*(2760)+Width:InterpolationWidths 57 0.00079130977
insert D_1*(2760)+Width:InterpolationWidths 58 0.00092425848
insert D_1*(2760)+Width:InterpolationWidths 59 0.0010729961
insert D_1*(2760)+Width:InterpolationWidths 60 0.0012386729
insert D_1*(2760)+Width:InterpolationWidths 61 0.001422471
insert D_1*(2760)+Width:InterpolationWidths 62 0.0016256031
insert D_1*(2760)+Width:InterpolationWidths 63 0.0018493114
insert D_1*(2760)+Width:InterpolationWidths 64 0.002094867
insert D_1*(2760)+Width:InterpolationWidths 65 0.0023635687
insert D_1*(2760)+Width:InterpolationWidths 66 0.0026567424
insert D_1*(2760)+Width:InterpolationWidths 67 0.0029757395
insert D_1*(2760)+Width:InterpolationWidths 68 0.0033219369
insert D_1*(2760)+Width:InterpolationWidths 69 0.0036967355
insert D_1*(2760)+Width:InterpolationWidths 70 0.0041015599
insert D_1*(2760)+Width:InterpolationWidths 71 0.0045378572
insert D_1*(2760)+Width:InterpolationWidths 72 0.0050070962
insert D_1*(2760)+Width:InterpolationWidths 73 0.0055107673
insert D_1*(2760)+Width:InterpolationWidths 74 0.0060503808
insert D_1*(2760)+Width:InterpolationWidths 75 0.0066274672
insert D_1*(2760)+Width:InterpolationWidths 76 0.0072435759
insert D_1*(2760)+Width:InterpolationWidths 77 0.0079002746
insert D_1*(2760)+Width:InterpolationWidths 78 0.008599149
insert D_1*(2760)+Width:InterpolationWidths 79 0.0093418021
insert D_1*(2760)+Width:InterpolationWidths 80 0.010129853
insert D_1*(2760)+Width:InterpolationWidths 81 0.010964939
insert D_1*(2760)+Width:InterpolationWidths 82 0.011848709
insert D_1*(2760)+Width:InterpolationWidths 83 0.012782831
insert D_1*(2760)+Width:InterpolationWidths 84 0.013768985
insert D_1*(2760)+Width:InterpolationWidths 85 0.014808868
insert D_1*(2760)+Width:InterpolationWidths 86 0.015904186
insert D_1*(2760)+Width:InterpolationWidths 87 0.017056664
insert D_1*(2760)+Width:InterpolationWidths 88 0.018268036
insert D_1*(2760)+Width:InterpolationWidths 89 0.019540049
insert D_1*(2760)+Width:InterpolationWidths 90 0.020874464
insert D_1*(2760)+Width:InterpolationWidths 91 0.022273051
insert D_1*(2760)+Width:InterpolationWidths 92 0.023737594
insert D_1*(2760)+Width:InterpolationWidths 93 0.025269887
insert D_1*(2760)+Width:InterpolationWidths 94 0.026871734
insert D_1*(2760)+Width:InterpolationWidths 95 0.028544952
insert D_1*(2760)+Width:InterpolationWidths 96 0.030291366
insert D_1*(2760)+Width:InterpolationWidths 97 0.032112812
insert D_1*(2760)+Width:InterpolationWidths 98 0.034011135
insert D_1*(2760)+Width:InterpolationWidths 99 0.03598819
insert D_1*(2760)+Width:InterpolationWidths 100 0.038045841
insert D_1*(2760)+Width:InterpolationWidths 101 0.040185963
insert D_1*(2760)+Width:InterpolationWidths 102 0.042410437
insert D_1*(2760)+Width:InterpolationWidths 103 0.044721153
insert D_1*(2760)+Width:InterpolationWidths 104 0.047120012
insert D_1*(2760)+Width:InterpolationWidths 105 0.04960892
insert D_1*(2760)+Width:InterpolationWidths 106 0.052189795
insert D_1*(2760)+Width:InterpolationWidths 107 0.054864559
insert D_1*(2760)+Width:NumberofEntries 0 0
insert D_1*(2760)+Width:NumberofEntries 1 0
insert D_1*(2760)+Width:NumberofEntries 2 54
insert D_1*(2760)+Width:NumberofEntries 3 108
newdef D_1*(2760)+Width:fPi 130.2
newdef D_1*(2760)+Width:g 0.566
newdef D_1*(2760)+Width:h 0.544
newdef D_1*(2760)+Width:hp 0.413
newdef D_1*(2760)+Width:k 0.407
newdef D_1*(2760)+Width:kp 0.242
newdef D_1*(2760)+Width:gtilde 0.283
newdef D_1*(2760)+Width:Lambda 1
newdef D_1*(2760)+Width:psiL 0
newdef D_1*(2760)+Width:psiS 0.041
newdef /Herwig/Particles/D_1*(2760)+:Width_generator D_1*(2760)+Width
newdef /Herwig/Particles/D_1*(2760)-:Width_generator D_1*(2760)+Width
#
create Herwig::HeavyMesonWidthGenerator D_1*(2760)0Width
newdef D_1*(2760)0Width:Particle /Herwig/Particles/D_1*(2760)0
newdef D_1*(2760)0Width:Prefactor 0.999881
newdef D_1*(2760)0Width:BRNormalize 1
newdef D_1*(2760)0Width:BRMinimum 0.01
newdef D_1*(2760)0Width:Points 50
newdef D_1*(2760)0Width:InterpolationOrder 1
insert D_1*(2760)0Width:MEtype 0 1
insert D_1*(2760)0Width:MEtype 1 1
insert D_1*(2760)0Width:MEtype 2 2
insert D_1*(2760)0Width:MEtype 3 2
insert D_1*(2760)0Width:MEcode 0 108
insert D_1*(2760)0Width:MEcode 1 108
insert D_1*(2760)0Width:MEcode 2 0
insert D_1*(2760)0Width:MEcode 3 0
insert D_1*(2760)0Width:MEcoupling 0 1.06157
insert D_1*(2760)0Width:MEcoupling 1 0.750645
insert D_1*(2760)0Width:MEcoupling 2 1.17265
insert D_1*(2760)0Width:MEcoupling 3 1.1647
insert D_1*(2760)0Width:ModeOn 0 1
insert D_1*(2760)0Width:ModeOn 1 1
insert D_1*(2760)0Width:ModeOn 2 1
insert D_1*(2760)0Width:ModeOn 3 1
insert D_1*(2760)0Width:MinimumMasses 0 2.00923
insert D_1*(2760)0Width:MinimumMasses 1 1.99982
insert D_1*(2760)0Width:MinimumMasses 2 2.149
insert D_1*(2760)0Width:MinimumMasses 3 2.14115
insert D_1*(2760)0Width:MEmass1 0 1.86966
insert D_1*(2760)0Width:MEmass1 1 1.86484
insert D_1*(2760)0Width:MEmass1 2 2.01026
insert D_1*(2760)0Width:MEmass1 3 2.00685
insert D_1*(2760)0Width:MEmass2 0 0.13957
insert D_1*(2760)0Width:MEmass2 1 0.134977
insert D_1*(2760)0Width:MEmass2 2 0.13957
insert D_1*(2760)0Width:MEmass2 3 0.134977
insert D_1*(2760)0Width:DecayModes 0 D_1*(2760)0->D+,pi-;
insert D_1*(2760)0Width:DecayModes 1 D_1*(2760)0->D0,pi0;
insert D_1*(2760)0Width:DecayModes 2 D_1*(2760)0->D*+,pi-;
insert D_1*(2760)0Width:DecayModes 3 D_1*(2760)0->D*0,pi0;
insert D_1*(2760)0Width:InterpolationMasses 0 2.398102
insert D_1*(2760)0Width:InterpolationMasses 1 2.412551
insert D_1*(2760)0Width:InterpolationMasses 2 2.427
insert D_1*(2760)0Width:InterpolationMasses 3 2.441449
insert D_1*(2760)0Width:InterpolationMasses 4 2.455898
insert D_1*(2760)0Width:InterpolationMasses 5 2.4703469
insert D_1*(2760)0Width:InterpolationMasses 6 2.4847959
insert D_1*(2760)0Width:InterpolationMasses 7 2.4992449
insert D_1*(2760)0Width:InterpolationMasses 8 2.5136939
insert D_1*(2760)0Width:InterpolationMasses 9 2.5281429
insert D_1*(2760)0Width:InterpolationMasses 10 2.5425918
insert D_1*(2760)0Width:InterpolationMasses 11 2.5570408
insert D_1*(2760)0Width:InterpolationMasses 12 2.5714898
insert D_1*(2760)0Width:InterpolationMasses 13 2.5859388
insert D_1*(2760)0Width:InterpolationMasses 14 2.6003878
insert D_1*(2760)0Width:InterpolationMasses 15 2.6148367
insert D_1*(2760)0Width:InterpolationMasses 16 2.6292857
insert D_1*(2760)0Width:InterpolationMasses 17 2.6437347
insert D_1*(2760)0Width:InterpolationMasses 18 2.6581837
insert D_1*(2760)0Width:InterpolationMasses 19 2.6726327
insert D_1*(2760)0Width:InterpolationMasses 20 2.6870816
insert D_1*(2760)0Width:InterpolationMasses 21 2.7015306
insert D_1*(2760)0Width:InterpolationMasses 22 2.7159796
insert D_1*(2760)0Width:InterpolationMasses 23 2.7304286
insert D_1*(2760)0Width:InterpolationMasses 24 2.7448776
insert D_1*(2760)0Width:InterpolationMasses 25 2.7593265
insert D_1*(2760)0Width:InterpolationMasses 26 2.7737755
insert D_1*(2760)0Width:InterpolationMasses 27 2.7882245
insert D_1*(2760)0Width:InterpolationMasses 28 2.8026735
insert D_1*(2760)0Width:InterpolationMasses 29 2.8171224
insert D_1*(2760)0Width:InterpolationMasses 30 2.8315714
insert D_1*(2760)0Width:InterpolationMasses 31 2.8460204
insert D_1*(2760)0Width:InterpolationMasses 32 2.8604694
insert D_1*(2760)0Width:InterpolationMasses 33 2.8749184
insert D_1*(2760)0Width:InterpolationMasses 34 2.8893673
insert D_1*(2760)0Width:InterpolationMasses 35 2.9038163
insert D_1*(2760)0Width:InterpolationMasses 36 2.9182653
insert D_1*(2760)0Width:InterpolationMasses 37 2.9327143
insert D_1*(2760)0Width:InterpolationMasses 38 2.9471633
insert D_1*(2760)0Width:InterpolationMasses 39 2.9616122
insert D_1*(2760)0Width:InterpolationMasses 40 2.9760612
insert D_1*(2760)0Width:InterpolationMasses 41 2.9905102
insert D_1*(2760)0Width:InterpolationMasses 42 3.0049592
insert D_1*(2760)0Width:InterpolationMasses 43 3.0194082
insert D_1*(2760)0Width:InterpolationMasses 44 3.0338571
insert D_1*(2760)0Width:InterpolationMasses 45 3.0483061
insert D_1*(2760)0Width:InterpolationMasses 46 3.0627551
insert D_1*(2760)0Width:InterpolationMasses 47 3.0772041
insert D_1*(2760)0Width:InterpolationMasses 48 3.0916531
insert D_1*(2760)0Width:InterpolationMasses 49 3.106102
insert D_1*(2760)0Width:InterpolationMasses 50 3.120551
insert D_1*(2760)0Width:InterpolationMasses 51 3.135
insert D_1*(2760)0Width:InterpolationMasses 52 3.149449
insert D_1*(2760)0Width:InterpolationMasses 53 3.163898
insert D_1*(2760)0Width:InterpolationMasses 54 2.398102
insert D_1*(2760)0Width:InterpolationMasses 55 2.412551
insert D_1*(2760)0Width:InterpolationMasses 56 2.427
insert D_1*(2760)0Width:InterpolationMasses 57 2.441449
insert D_1*(2760)0Width:InterpolationMasses 58 2.455898
insert D_1*(2760)0Width:InterpolationMasses 59 2.4703469
insert D_1*(2760)0Width:InterpolationMasses 60 2.4847959
insert D_1*(2760)0Width:InterpolationMasses 61 2.4992449
insert D_1*(2760)0Width:InterpolationMasses 62 2.5136939
insert D_1*(2760)0Width:InterpolationMasses 63 2.5281429
insert D_1*(2760)0Width:InterpolationMasses 64 2.5425918
insert D_1*(2760)0Width:InterpolationMasses 65 2.5570408
insert D_1*(2760)0Width:InterpolationMasses 66 2.5714898
insert D_1*(2760)0Width:InterpolationMasses 67 2.5859388
insert D_1*(2760)0Width:InterpolationMasses 68 2.6003878
insert D_1*(2760)0Width:InterpolationMasses 69 2.6148367
insert D_1*(2760)0Width:InterpolationMasses 70 2.6292857
insert D_1*(2760)0Width:InterpolationMasses 71 2.6437347
insert D_1*(2760)0Width:InterpolationMasses 72 2.6581837
insert D_1*(2760)0Width:InterpolationMasses 73 2.6726327
insert D_1*(2760)0Width:InterpolationMasses 74 2.6870816
insert D_1*(2760)0Width:InterpolationMasses 75 2.7015306
insert D_1*(2760)0Width:InterpolationMasses 76 2.7159796
insert D_1*(2760)0Width:InterpolationMasses 77 2.7304286
insert D_1*(2760)0Width:InterpolationMasses 78 2.7448776
insert D_1*(2760)0Width:InterpolationMasses 79 2.7593265
insert D_1*(2760)0Width:InterpolationMasses 80 2.7737755
insert D_1*(2760)0Width:InterpolationMasses 81 2.7882245
insert D_1*(2760)0Width:InterpolationMasses 82 2.8026735
insert D_1*(2760)0Width:InterpolationMasses 83 2.8171224
insert D_1*(2760)0Width:InterpolationMasses 84 2.8315714
insert D_1*(2760)0Width:InterpolationMasses 85 2.8460204
insert D_1*(2760)0Width:InterpolationMasses 86 2.8604694
insert D_1*(2760)0Width:InterpolationMasses 87 2.8749184
insert D_1*(2760)0Width:InterpolationMasses 88 2.8893673
insert D_1*(2760)0Width:InterpolationMasses 89 2.9038163
insert D_1*(2760)0Width:InterpolationMasses 90 2.9182653
insert D_1*(2760)0Width:InterpolationMasses 91 2.9327143
insert D_1*(2760)0Width:InterpolationMasses 92 2.9471633
insert D_1*(2760)0Width:InterpolationMasses 93 2.9616122
insert D_1*(2760)0Width:InterpolationMasses 94 2.9760612
insert D_1*(2760)0Width:InterpolationMasses 95 2.9905102
insert D_1*(2760)0Width:InterpolationMasses 96 3.0049592
insert D_1*(2760)0Width:InterpolationMasses 97 3.0194082
insert D_1*(2760)0Width:InterpolationMasses 98 3.0338571
insert D_1*(2760)0Width:InterpolationMasses 99 3.0483061
insert D_1*(2760)0Width:InterpolationMasses 100 3.0627551
insert D_1*(2760)0Width:InterpolationMasses 101 3.0772041
insert D_1*(2760)0Width:InterpolationMasses 102 3.0916531
insert D_1*(2760)0Width:InterpolationMasses 103 3.106102
insert D_1*(2760)0Width:InterpolationMasses 104 3.120551
insert D_1*(2760)0Width:InterpolationMasses 105 3.135
insert D_1*(2760)0Width:InterpolationMasses 106 3.149449
insert D_1*(2760)0Width:InterpolationMasses 107 3.163898
insert D_1*(2760)0Width:InterpolationWidths 0 0.00094006276
insert D_1*(2760)0Width:InterpolationWidths 1 0.0011232101
insert D_1*(2760)0Width:InterpolationWidths 2 0.0013313855
insert D_1*(2760)0Width:InterpolationWidths 3 0.0015666883
insert D_1*(2760)0Width:InterpolationWidths 4 0.0018312874
insert D_1*(2760)0Width:InterpolationWidths 5 0.002127419
insert D_1*(2760)0Width:InterpolationWidths 6 0.0024573847
insert D_1*(2760)0Width:InterpolationWidths 7 0.0028235495
insert D_1*(2760)0Width:InterpolationWidths 8 0.0032283395
insert D_1*(2760)0Width:InterpolationWidths 9 0.0036742405
insert D_1*(2760)0Width:InterpolationWidths 10 0.0041637955
insert D_1*(2760)0Width:InterpolationWidths 11 0.0046996031
insert D_1*(2760)0Width:InterpolationWidths 12 0.0052843156
insert D_1*(2760)0Width:InterpolationWidths 13 0.0059206372
insert D_1*(2760)0Width:InterpolationWidths 14 0.0066113225
insert D_1*(2760)0Width:InterpolationWidths 15 0.0073591743
insert D_1*(2760)0Width:InterpolationWidths 16 0.0081670424
insert D_1*(2760)0Width:InterpolationWidths 17 0.009037822
insert D_1*(2760)0Width:InterpolationWidths 18 0.009974452
insert D_1*(2760)0Width:InterpolationWidths 19 0.010979913
insert D_1*(2760)0Width:InterpolationWidths 20 0.012057228
insert D_1*(2760)0Width:InterpolationWidths 21 0.013209458
insert D_1*(2760)0Width:InterpolationWidths 22 0.014439703
insert D_1*(2760)0Width:InterpolationWidths 23 0.015751098
insert D_1*(2760)0Width:InterpolationWidths 24 0.017146817
insert D_1*(2760)0Width:InterpolationWidths 25 0.018630065
insert D_1*(2760)0Width:InterpolationWidths 26 0.020204083
insert D_1*(2760)0Width:InterpolationWidths 27 0.021872143
insert D_1*(2760)0Width:InterpolationWidths 28 0.023637548
insert D_1*(2760)0Width:InterpolationWidths 29 0.025503632
insert D_1*(2760)0Width:InterpolationWidths 30 0.027473757
insert D_1*(2760)0Width:InterpolationWidths 31 0.029551314
insert D_1*(2760)0Width:InterpolationWidths 32 0.031739722
insert D_1*(2760)0Width:InterpolationWidths 33 0.034042425
insert D_1*(2760)0Width:InterpolationWidths 34 0.036462896
insert D_1*(2760)0Width:InterpolationWidths 35 0.039004629
insert D_1*(2760)0Width:InterpolationWidths 36 0.041671144
insert D_1*(2760)0Width:InterpolationWidths 37 0.044465985
insert D_1*(2760)0Width:InterpolationWidths 38 0.047392719
insert D_1*(2760)0Width:InterpolationWidths 39 0.050454934
insert D_1*(2760)0Width:InterpolationWidths 40 0.053656241
insert D_1*(2760)0Width:InterpolationWidths 41 0.057000271
insert D_1*(2760)0Width:InterpolationWidths 42 0.060490676
insert D_1*(2760)0Width:InterpolationWidths 43 0.064131129
insert D_1*(2760)0Width:InterpolationWidths 44 0.06792532
insert D_1*(2760)0Width:InterpolationWidths 45 0.07187696
insert D_1*(2760)0Width:InterpolationWidths 46 0.075989778
insert D_1*(2760)0Width:InterpolationWidths 47 0.080267522
insert D_1*(2760)0Width:InterpolationWidths 48 0.084713955
insert D_1*(2760)0Width:InterpolationWidths 49 0.089332861
insert D_1*(2760)0Width:InterpolationWidths 50 0.094128037
insert D_1*(2760)0Width:InterpolationWidths 51 0.099103301
insert D_1*(2760)0Width:InterpolationWidths 52 0.10426248
insert D_1*(2760)0Width:InterpolationWidths 53 0.10960943
insert D_1*(2760)0Width:InterpolationWidths 54 0.00049982119
insert D_1*(2760)0Width:InterpolationWidths 55 0.00059538835
insert D_1*(2760)0Width:InterpolationWidths 56 0.00070380823
insert D_1*(2760)0Width:InterpolationWidths 57 0.00082614367
insert D_1*(2760)0Width:InterpolationWidths 58 0.00096349214
insert D_1*(2760)0Width:InterpolationWidths 59 0.0011169847
insert D_1*(2760)0Width:InterpolationWidths 60 0.0012877849
insert D_1*(2760)0Width:InterpolationWidths 61 0.0014770878
insert D_1*(2760)0Width:InterpolationWidths 62 0.0016861191
insert D_1*(2760)0Width:InterpolationWidths 63 0.0019161339
insert D_1*(2760)0Width:InterpolationWidths 64 0.002168416
insert D_1*(2760)0Width:InterpolationWidths 65 0.0024442768
insert D_1*(2760)0Width:InterpolationWidths 66 0.0027450543
insert D_1*(2760)0Width:InterpolationWidths 67 0.0030721125
insert D_1*(2760)0Width:InterpolationWidths 68 0.0034268403
insert D_1*(2760)0Width:InterpolationWidths 69 0.0038106508
insert D_1*(2760)0Width:InterpolationWidths 70 0.0042249802
insert D_1*(2760)0Width:InterpolationWidths 71 0.0046712876
insert D_1*(2760)0Width:InterpolationWidths 72 0.0051510534
insert D_1*(2760)0Width:InterpolationWidths 73 0.0056657794
insert D_1*(2760)0Width:InterpolationWidths 74 0.0062169876
insert D_1*(2760)0Width:InterpolationWidths 75 0.0068062195
insert D_1*(2760)0Width:InterpolationWidths 76 0.0074350357
insert D_1*(2760)0Width:InterpolationWidths 77 0.0081050153
insert D_1*(2760)0Width:InterpolationWidths 78 0.0088177547
insert D_1*(2760)0Width:InterpolationWidths 79 0.0095748678
insert D_1*(2760)0Width:InterpolationWidths 80 0.010377985
insert D_1*(2760)0Width:InterpolationWidths 81 0.011228753
insert D_1*(2760)0Width:InterpolationWidths 82 0.012128833
insert D_1*(2760)0Width:InterpolationWidths 83 0.013079902
insert D_1*(2760)0Width:InterpolationWidths 84 0.014083652
insert D_1*(2760)0Width:InterpolationWidths 85 0.015141788
insert D_1*(2760)0Width:InterpolationWidths 86 0.01625603
insert D_1*(2760)0Width:InterpolationWidths 87 0.017428109
insert D_1*(2760)0Width:InterpolationWidths 88 0.018659772
insert D_1*(2760)0Width:InterpolationWidths 89 0.019952775
insert D_1*(2760)0Width:InterpolationWidths 90 0.021308889
insert D_1*(2760)0Width:InterpolationWidths 91 0.022729895
insert D_1*(2760)0Width:InterpolationWidths 92 0.024217586
insert D_1*(2760)0Width:InterpolationWidths 93 0.025773766
insert D_1*(2760)0Width:InterpolationWidths 94 0.027400249
insert D_1*(2760)0Width:InterpolationWidths 95 0.029098862
insert D_1*(2760)0Width:InterpolationWidths 96 0.030871439
insert D_1*(2760)0Width:InterpolationWidths 97 0.032719825
insert D_1*(2760)0Width:InterpolationWidths 98 0.034645877
insert D_1*(2760)0Width:InterpolationWidths 99 0.036651458
insert D_1*(2760)0Width:InterpolationWidths 100 0.038738443
insert D_1*(2760)0Width:InterpolationWidths 101 0.040908714
insert D_1*(2760)0Width:InterpolationWidths 102 0.043164163
insert D_1*(2760)0Width:InterpolationWidths 103 0.04550669
insert D_1*(2760)0Width:InterpolationWidths 104 0.047938205
insert D_1*(2760)0Width:InterpolationWidths 105 0.050460624
insert D_1*(2760)0Width:InterpolationWidths 106 0.053075873
insert D_1*(2760)0Width:InterpolationWidths 107 0.055785885
insert D_1*(2760)0Width:NumberofEntries 0 0
insert D_1*(2760)0Width:NumberofEntries 1 0
insert D_1*(2760)0Width:NumberofEntries 2 54
insert D_1*(2760)0Width:NumberofEntries 3 108
newdef D_1*(2760)0Width:fPi 130.2
newdef D_1*(2760)0Width:g 0.566
newdef D_1*(2760)0Width:h 0.544
newdef D_1*(2760)0Width:hp 0.413
newdef D_1*(2760)0Width:k 0.407
newdef D_1*(2760)0Width:kp 0.242
newdef D_1*(2760)0Width:gtilde 0.283
newdef D_1*(2760)0Width:Lambda 1
newdef D_1*(2760)0Width:psiL 0
newdef D_1*(2760)0Width:psiS 0.041
newdef /Herwig/Particles/D_1*(2760)0:Width_generator D_1*(2760)0Width
newdef /Herwig/Particles/Dbar_1*(2760)0:Width_generator D_1*(2760)0Width
#
create Herwig::HeavyMesonWidthGenerator D_1*(2600)0Width
newdef D_1*(2600)0Width:Particle /Herwig/Particles/D_1*(2600)0
newdef D_1*(2600)0Width:Prefactor 0.999884
newdef D_1*(2600)0Width:BRNormalize 1
newdef D_1*(2600)0Width:BRMinimum 0.01
newdef D_1*(2600)0Width:Points 50
newdef D_1*(2600)0Width:InterpolationOrder 1
insert D_1*(2600)0Width:MEtype 0 2
insert D_1*(2600)0Width:MEtype 1 2
insert D_1*(2600)0Width:MEtype 2 1
insert D_1*(2600)0Width:MEtype 3 1
insert D_1*(2600)0Width:MEcode 0 0
insert D_1*(2600)0Width:MEcode 1 0
insert D_1*(2600)0Width:MEcode 2 115
insert D_1*(2600)0Width:MEcode 3 115
insert D_1*(2600)0Width:MEcoupling 0 1.28967
insert D_1*(2600)0Width:MEcoupling 1 1.28095
insert D_1*(2600)0Width:MEcoupling 2 0.701238
insert D_1*(2600)0Width:MEcoupling 3 0.49585
insert D_1*(2600)0Width:ModeOn 0 1
insert D_1*(2600)0Width:ModeOn 1 1
insert D_1*(2600)0Width:ModeOn 2 1
insert D_1*(2600)0Width:ModeOn 3 1
insert D_1*(2600)0Width:MinimumMasses 0 2.149
insert D_1*(2600)0Width:MinimumMasses 1 2.14115
insert D_1*(2600)0Width:MinimumMasses 2 2.00923
insert D_1*(2600)0Width:MinimumMasses 3 1.99982
insert D_1*(2600)0Width:MEmass1 0 2.01026
insert D_1*(2600)0Width:MEmass1 1 2.00685
insert D_1*(2600)0Width:MEmass1 2 1.86966
insert D_1*(2600)0Width:MEmass1 3 1.86484
insert D_1*(2600)0Width:MEmass2 0 0.13957
insert D_1*(2600)0Width:MEmass2 1 0.134977
insert D_1*(2600)0Width:MEmass2 2 0.13957
insert D_1*(2600)0Width:MEmass2 3 0.134977
insert D_1*(2600)0Width:DecayModes 0 D_1*(2600)0->D*+,pi-;
insert D_1*(2600)0Width:DecayModes 1 D_1*(2600)0->D*0,pi0;
insert D_1*(2600)0Width:DecayModes 2 D_1*(2600)0->D+,pi-;
insert D_1*(2600)0Width:DecayModes 3 D_1*(2600)0->D0,pi0;
insert D_1*(2600)0Width:InterpolationMasses 0 2.3219796
insert D_1*(2600)0Width:InterpolationMasses 1 2.3334898
insert D_1*(2600)0Width:InterpolationMasses 2 2.345
insert D_1*(2600)0Width:InterpolationMasses 3 2.3565102
insert D_1*(2600)0Width:InterpolationMasses 4 2.3680204
insert D_1*(2600)0Width:InterpolationMasses 5 2.3795306
insert D_1*(2600)0Width:InterpolationMasses 6 2.3910408
insert D_1*(2600)0Width:InterpolationMasses 7 2.402551
insert D_1*(2600)0Width:InterpolationMasses 8 2.4140612
insert D_1*(2600)0Width:InterpolationMasses 9 2.4255714
insert D_1*(2600)0Width:InterpolationMasses 10 2.4370816
insert D_1*(2600)0Width:InterpolationMasses 11 2.4485918
insert D_1*(2600)0Width:InterpolationMasses 12 2.460102
insert D_1*(2600)0Width:InterpolationMasses 13 2.4716122
insert D_1*(2600)0Width:InterpolationMasses 14 2.4831224
insert D_1*(2600)0Width:InterpolationMasses 15 2.4946327
insert D_1*(2600)0Width:InterpolationMasses 16 2.5061429
insert D_1*(2600)0Width:InterpolationMasses 17 2.5176531
insert D_1*(2600)0Width:InterpolationMasses 18 2.5291633
insert D_1*(2600)0Width:InterpolationMasses 19 2.5406735
insert D_1*(2600)0Width:InterpolationMasses 20 2.5521837
insert D_1*(2600)0Width:InterpolationMasses 21 2.5636939
insert D_1*(2600)0Width:InterpolationMasses 22 2.5752041
insert D_1*(2600)0Width:InterpolationMasses 23 2.5867143
insert D_1*(2600)0Width:InterpolationMasses 24 2.5982245
insert D_1*(2600)0Width:InterpolationMasses 25 2.6097347
insert D_1*(2600)0Width:InterpolationMasses 26 2.6212449
insert D_1*(2600)0Width:InterpolationMasses 27 2.6327551
insert D_1*(2600)0Width:InterpolationMasses 28 2.6442653
insert D_1*(2600)0Width:InterpolationMasses 29 2.6557755
insert D_1*(2600)0Width:InterpolationMasses 30 2.6672857
insert D_1*(2600)0Width:InterpolationMasses 31 2.6787959
insert D_1*(2600)0Width:InterpolationMasses 32 2.6903061
insert D_1*(2600)0Width:InterpolationMasses 33 2.7018163
insert D_1*(2600)0Width:InterpolationMasses 34 2.7133265
insert D_1*(2600)0Width:InterpolationMasses 35 2.7248367
insert D_1*(2600)0Width:InterpolationMasses 36 2.7363469
insert D_1*(2600)0Width:InterpolationMasses 37 2.7478571
insert D_1*(2600)0Width:InterpolationMasses 38 2.7593673
insert D_1*(2600)0Width:InterpolationMasses 39 2.7708776
insert D_1*(2600)0Width:InterpolationMasses 40 2.7823878
insert D_1*(2600)0Width:InterpolationMasses 41 2.793898
insert D_1*(2600)0Width:InterpolationMasses 42 2.8054082
insert D_1*(2600)0Width:InterpolationMasses 43 2.8169184
insert D_1*(2600)0Width:InterpolationMasses 44 2.8284286
insert D_1*(2600)0Width:InterpolationMasses 45 2.8399388
insert D_1*(2600)0Width:InterpolationMasses 46 2.851449
insert D_1*(2600)0Width:InterpolationMasses 47 2.8629592
insert D_1*(2600)0Width:InterpolationMasses 48 2.8744694
insert D_1*(2600)0Width:InterpolationMasses 49 2.8859796
insert D_1*(2600)0Width:InterpolationMasses 50 2.8974898
insert D_1*(2600)0Width:InterpolationMasses 51 2.909
insert D_1*(2600)0Width:InterpolationMasses 52 2.9205102
insert D_1*(2600)0Width:InterpolationMasses 53 2.9320204
insert D_1*(2600)0Width:InterpolationMasses 54 2.3219796
insert D_1*(2600)0Width:InterpolationMasses 55 2.3334898
insert D_1*(2600)0Width:InterpolationMasses 56 2.345
insert D_1*(2600)0Width:InterpolationMasses 57 2.3565102
insert D_1*(2600)0Width:InterpolationMasses 58 2.3680204
insert D_1*(2600)0Width:InterpolationMasses 59 2.3795306
insert D_1*(2600)0Width:InterpolationMasses 60 2.3910408
insert D_1*(2600)0Width:InterpolationMasses 61 2.402551
insert D_1*(2600)0Width:InterpolationMasses 62 2.4140612
insert D_1*(2600)0Width:InterpolationMasses 63 2.4255714
insert D_1*(2600)0Width:InterpolationMasses 64 2.4370816
insert D_1*(2600)0Width:InterpolationMasses 65 2.4485918
insert D_1*(2600)0Width:InterpolationMasses 66 2.460102
insert D_1*(2600)0Width:InterpolationMasses 67 2.4716122
insert D_1*(2600)0Width:InterpolationMasses 68 2.4831224
insert D_1*(2600)0Width:InterpolationMasses 69 2.4946327
insert D_1*(2600)0Width:InterpolationMasses 70 2.5061429
insert D_1*(2600)0Width:InterpolationMasses 71 2.5176531
insert D_1*(2600)0Width:InterpolationMasses 72 2.5291633
insert D_1*(2600)0Width:InterpolationMasses 73 2.5406735
insert D_1*(2600)0Width:InterpolationMasses 74 2.5521837
insert D_1*(2600)0Width:InterpolationMasses 75 2.5636939
insert D_1*(2600)0Width:InterpolationMasses 76 2.5752041
insert D_1*(2600)0Width:InterpolationMasses 77 2.5867143
insert D_1*(2600)0Width:InterpolationMasses 78 2.5982245
insert D_1*(2600)0Width:InterpolationMasses 79 2.6097347
insert D_1*(2600)0Width:InterpolationMasses 80 2.6212449
insert D_1*(2600)0Width:InterpolationMasses 81 2.6327551
insert D_1*(2600)0Width:InterpolationMasses 82 2.6442653
insert D_1*(2600)0Width:InterpolationMasses 83 2.6557755
insert D_1*(2600)0Width:InterpolationMasses 84 2.6672857
insert D_1*(2600)0Width:InterpolationMasses 85 2.6787959
insert D_1*(2600)0Width:InterpolationMasses 86 2.6903061
insert D_1*(2600)0Width:InterpolationMasses 87 2.7018163
insert D_1*(2600)0Width:InterpolationMasses 88 2.7133265
insert D_1*(2600)0Width:InterpolationMasses 89 2.7248367
insert D_1*(2600)0Width:InterpolationMasses 90 2.7363469
insert D_1*(2600)0Width:InterpolationMasses 91 2.7478571
insert D_1*(2600)0Width:InterpolationMasses 92 2.7593673
insert D_1*(2600)0Width:InterpolationMasses 93 2.7708776
insert D_1*(2600)0Width:InterpolationMasses 94 2.7823878
insert D_1*(2600)0Width:InterpolationMasses 95 2.793898
insert D_1*(2600)0Width:InterpolationMasses 96 2.8054082
insert D_1*(2600)0Width:InterpolationMasses 97 2.8169184
insert D_1*(2600)0Width:InterpolationMasses 98 2.8284286
insert D_1*(2600)0Width:InterpolationMasses 99 2.8399388
insert D_1*(2600)0Width:InterpolationMasses 100 2.851449
insert D_1*(2600)0Width:InterpolationMasses 101 2.8629592
insert D_1*(2600)0Width:InterpolationMasses 102 2.8744694
insert D_1*(2600)0Width:InterpolationMasses 103 2.8859796
insert D_1*(2600)0Width:InterpolationMasses 104 2.8974898
insert D_1*(2600)0Width:InterpolationMasses 105 2.909
insert D_1*(2600)0Width:InterpolationMasses 106 2.9205102
insert D_1*(2600)0Width:InterpolationMasses 107 2.9320204
insert D_1*(2600)0Width:InterpolationWidths 0 0.0073202987
insert D_1*(2600)0Width:InterpolationWidths 1 0.008278847
insert D_1*(2600)0Width:InterpolationWidths 2 0.0092998737
insert D_1*(2600)0Width:InterpolationWidths 3 0.010383968
insert D_1*(2600)0Width:InterpolationWidths 4 0.011531679
insert D_1*(2600)0Width:InterpolationWidths 5 0.012743515
insert D_1*(2600)0Width:InterpolationWidths 6 0.014019943
insert D_1*(2600)0Width:InterpolationWidths 7 0.015361393
insert D_1*(2600)0Width:InterpolationWidths 8 0.016768259
insert D_1*(2600)0Width:InterpolationWidths 9 0.018240899
insert D_1*(2600)0Width:InterpolationWidths 10 0.019779636
insert D_1*(2600)0Width:InterpolationWidths 11 0.021384761
insert D_1*(2600)0Width:InterpolationWidths 12 0.023056534
insert D_1*(2600)0Width:InterpolationWidths 13 0.024795186
insert D_1*(2600)0Width:InterpolationWidths 14 0.026600919
insert D_1*(2600)0Width:InterpolationWidths 15 0.028473907
insert D_1*(2600)0Width:InterpolationWidths 16 0.030414301
insert D_1*(2600)0Width:InterpolationWidths 17 0.032422226
insert D_1*(2600)0Width:InterpolationWidths 18 0.034497785
insert D_1*(2600)0Width:InterpolationWidths 19 0.036641057
insert D_1*(2600)0Width:InterpolationWidths 20 0.038852102
insert D_1*(2600)0Width:InterpolationWidths 21 0.041130961
insert D_1*(2600)0Width:InterpolationWidths 22 0.043477654
insert D_1*(2600)0Width:InterpolationWidths 23 0.045892187
insert D_1*(2600)0Width:InterpolationWidths 24 0.048374545
insert D_1*(2600)0Width:InterpolationWidths 25 0.050924701
insert D_1*(2600)0Width:InterpolationWidths 26 0.053542611
insert D_1*(2600)0Width:InterpolationWidths 27 0.056228218
insert D_1*(2600)0Width:InterpolationWidths 28 0.058981451
insert D_1*(2600)0Width:InterpolationWidths 29 0.061802227
insert D_1*(2600)0Width:InterpolationWidths 30 0.064690452
insert D_1*(2600)0Width:InterpolationWidths 31 0.06764602
insert D_1*(2600)0Width:InterpolationWidths 32 0.070668815
insert D_1*(2600)0Width:InterpolationWidths 33 0.07375871
insert D_1*(2600)0Width:InterpolationWidths 34 0.076915571
insert D_1*(2600)0Width:InterpolationWidths 35 0.080139254
insert D_1*(2600)0Width:InterpolationWidths 36 0.083429608
insert D_1*(2600)0Width:InterpolationWidths 37 0.086786474
insert D_1*(2600)0Width:InterpolationWidths 38 0.090209684
insert D_1*(2600)0Width:InterpolationWidths 39 0.093699067
insert D_1*(2600)0Width:InterpolationWidths 40 0.097254443
insert D_1*(2600)0Width:InterpolationWidths 41 0.10087563
insert D_1*(2600)0Width:InterpolationWidths 42 0.10456243
insert D_1*(2600)0Width:InterpolationWidths 43 0.10831466
insert D_1*(2600)0Width:InterpolationWidths 44 0.11213212
insert D_1*(2600)0Width:InterpolationWidths 45 0.11601459
insert D_1*(2600)0Width:InterpolationWidths 46 0.11996188
insert D_1*(2600)0Width:InterpolationWidths 47 0.12397377
insert D_1*(2600)0Width:InterpolationWidths 48 0.12805006
insert D_1*(2600)0Width:InterpolationWidths 49 0.13219051
insert D_1*(2600)0Width:InterpolationWidths 50 0.13639492
insert D_1*(2600)0Width:InterpolationWidths 51 0.14066305
insert D_1*(2600)0Width:InterpolationWidths 52 0.14499469
insert D_1*(2600)0Width:InterpolationWidths 53 0.14938962
insert D_1*(2600)0Width:InterpolationWidths 54 0.0039140893
insert D_1*(2600)0Width:InterpolationWidths 55 0.0044085876
insert D_1*(2600)0Width:InterpolationWidths 56 0.0049344917
insert D_1*(2600)0Width:InterpolationWidths 57 0.0054920974
insert D_1*(2600)0Width:InterpolationWidths 58 0.0060816792
insert D_1*(2600)0Width:InterpolationWidths 59 0.0067034904
insert D_1*(2600)0Width:InterpolationWidths 60 0.0073577644
insert D_1*(2600)0Width:InterpolationWidths 61 0.0080447149
insert D_1*(2600)0Width:InterpolationWidths 62 0.008764537
insert D_1*(2600)0Width:InterpolationWidths 63 0.0095174078
insert D_1*(2600)0Width:InterpolationWidths 64 0.010303487
insert D_1*(2600)0Width:InterpolationWidths 65 0.011122919
insert D_1*(2600)0Width:InterpolationWidths 66 0.011975831
insert D_1*(2600)0Width:InterpolationWidths 67 0.012862336
insert D_1*(2600)0Width:InterpolationWidths 68 0.013782533
insert D_1*(2600)0Width:InterpolationWidths 69 0.014736507
insert D_1*(2600)0Width:InterpolationWidths 70 0.015724332
insert D_1*(2600)0Width:InterpolationWidths 71 0.016746068
insert D_1*(2600)0Width:InterpolationWidths 72 0.017801763
insert D_1*(2600)0Width:InterpolationWidths 73 0.018891456
insert D_1*(2600)0Width:InterpolationWidths 74 0.020015175
insert D_1*(2600)0Width:InterpolationWidths 75 0.021172937
insert D_1*(2600)0Width:InterpolationWidths 76 0.022364752
insert D_1*(2600)0Width:InterpolationWidths 77 0.023590619
insert D_1*(2600)0Width:InterpolationWidths 78 0.02485053
insert D_1*(2600)0Width:InterpolationWidths 79 0.026144469
insert D_1*(2600)0Width:InterpolationWidths 80 0.027472413
insert D_1*(2600)0Width:InterpolationWidths 81 0.028834331
insert D_1*(2600)0Width:InterpolationWidths 82 0.030230187
insert D_1*(2600)0Width:InterpolationWidths 83 0.031659936
insert D_1*(2600)0Width:InterpolationWidths 84 0.03312353
insert D_1*(2600)0Width:InterpolationWidths 85 0.034620915
insert D_1*(2600)0Width:InterpolationWidths 86 0.036152031
insert D_1*(2600)0Width:InterpolationWidths 87 0.037716814
insert D_1*(2600)0Width:InterpolationWidths 88 0.039315194
insert D_1*(2600)0Width:InterpolationWidths 89 0.040947099
insert D_1*(2600)0Width:InterpolationWidths 90 0.042612451
insert D_1*(2600)0Width:InterpolationWidths 91 0.04431117
insert D_1*(2600)0Width:InterpolationWidths 92 0.046043171
insert D_1*(2600)0Width:InterpolationWidths 93 0.047808367
insert D_1*(2600)0Width:InterpolationWidths 94 0.049606666
insert D_1*(2600)0Width:InterpolationWidths 95 0.051437977
insert D_1*(2600)0Width:InterpolationWidths 96 0.053302202
insert D_1*(2600)0Width:InterpolationWidths 97 0.055199242
insert D_1*(2600)0Width:InterpolationWidths 98 0.057128999
insert D_1*(2600)0Width:InterpolationWidths 99 0.059091368
insert D_1*(2600)0Width:InterpolationWidths 100 0.061086245
insert D_1*(2600)0Width:InterpolationWidths 101 0.063113524
insert D_1*(2600)0Width:InterpolationWidths 102 0.065173097
insert D_1*(2600)0Width:InterpolationWidths 103 0.067264854
insert D_1*(2600)0Width:InterpolationWidths 104 0.069388684
insert D_1*(2600)0Width:InterpolationWidths 105 0.071544477
insert D_1*(2600)0Width:InterpolationWidths 106 0.073732117
insert D_1*(2600)0Width:InterpolationWidths 107 0.075951492
insert D_1*(2600)0Width:NumberofEntries 0 54
insert D_1*(2600)0Width:NumberofEntries 1 108
insert D_1*(2600)0Width:NumberofEntries 2 108
insert D_1*(2600)0Width:NumberofEntries 3 108
newdef D_1*(2600)0Width:fPi 130.2
newdef D_1*(2600)0Width:g 0.566
newdef D_1*(2600)0Width:h 0.544
newdef D_1*(2600)0Width:hp 0.413
newdef D_1*(2600)0Width:k 0.407
newdef D_1*(2600)0Width:kp 0.242
newdef D_1*(2600)0Width:gtilde 0.283
newdef D_1*(2600)0Width:Lambda 1
newdef D_1*(2600)0Width:psiL 0
newdef D_1*(2600)0Width:psiS 0.041
newdef /Herwig/Particles/Dbar_1*(2600)0:Width_generator D_1*(2600)0Width
newdef /Herwig/Particles/D_1*(2600)0:Width_generator D_1*(2600)0Width
#
create Herwig::HeavyMesonWidthGenerator D_1*(2600)+Width
newdef D_1*(2600)+Width:Particle /Herwig/Particles/D_1*(2600)+
newdef D_1*(2600)+Width:Prefactor 0.999885
newdef D_1*(2600)+Width:BRNormalize 1
newdef D_1*(2600)+Width:BRMinimum 0.01
newdef D_1*(2600)+Width:Points 50
newdef D_1*(2600)+Width:InterpolationOrder 1
insert D_1*(2600)+Width:MEtype 0 2
insert D_1*(2600)+Width:MEtype 1 2
insert D_1*(2600)+Width:MEtype 2 1
insert D_1*(2600)+Width:MEtype 3 1
insert D_1*(2600)+Width:MEcode 0 0
insert D_1*(2600)+Width:MEcode 1 0
insert D_1*(2600)+Width:MEcode 2 115
insert D_1*(2600)+Width:MEcode 3 115
insert D_1*(2600)+Width:MEcoupling 0 1.27516
insert D_1*(2600)+Width:MEcoupling 1 1.28384
insert D_1*(2600)+Width:MEcoupling 2 0.699653
insert D_1*(2600)+Width:MEcoupling 3 0.494729
insert D_1*(2600)+Width:ModeOn 0 1
insert D_1*(2600)+Width:ModeOn 1 1
insert D_1*(2600)+Width:ModeOn 2 1
insert D_1*(2600)+Width:ModeOn 3 1
insert D_1*(2600)+Width:MinimumMasses 0 2.14574
insert D_1*(2600)+Width:MinimumMasses 1 2.1444
insert D_1*(2600)+Width:MinimumMasses 2 2.00441
insert D_1*(2600)+Width:MinimumMasses 3 2.00464
insert D_1*(2600)+Width:MEmass1 0 2.00685
insert D_1*(2600)+Width:MEmass1 1 2.01026
insert D_1*(2600)+Width:MEmass1 2 1.86484
insert D_1*(2600)+Width:MEmass1 3 1.86966
insert D_1*(2600)+Width:MEmass2 0 0.13957
insert D_1*(2600)+Width:MEmass2 1 0.134977
insert D_1*(2600)+Width:MEmass2 2 0.13957
insert D_1*(2600)+Width:MEmass2 3 0.134977
insert D_1*(2600)+Width:DecayModes 0 D_1*(2600)+->D*0,pi+;
insert D_1*(2600)+Width:DecayModes 1 D_1*(2600)+->D*+,pi0;
insert D_1*(2600)+Width:DecayModes 2 D_1*(2600)+->D0,pi+;
insert D_1*(2600)+Width:DecayModes 3 D_1*(2600)+->D+,pi0;
insert D_1*(2600)+Width:InterpolationMasses 0 2.3219796
insert D_1*(2600)+Width:InterpolationMasses 1 2.3334898
insert D_1*(2600)+Width:InterpolationMasses 2 2.345
insert D_1*(2600)+Width:InterpolationMasses 3 2.3565102
insert D_1*(2600)+Width:InterpolationMasses 4 2.3680204
insert D_1*(2600)+Width:InterpolationMasses 5 2.3795306
insert D_1*(2600)+Width:InterpolationMasses 6 2.3910408
insert D_1*(2600)+Width:InterpolationMasses 7 2.402551
insert D_1*(2600)+Width:InterpolationMasses 8 2.4140612
insert D_1*(2600)+Width:InterpolationMasses 9 2.4255714
insert D_1*(2600)+Width:InterpolationMasses 10 2.4370816
insert D_1*(2600)+Width:InterpolationMasses 11 2.4485918
insert D_1*(2600)+Width:InterpolationMasses 12 2.460102
insert D_1*(2600)+Width:InterpolationMasses 13 2.4716122
insert D_1*(2600)+Width:InterpolationMasses 14 2.4831224
insert D_1*(2600)+Width:InterpolationMasses 15 2.4946327
insert D_1*(2600)+Width:InterpolationMasses 16 2.5061429
insert D_1*(2600)+Width:InterpolationMasses 17 2.5176531
insert D_1*(2600)+Width:InterpolationMasses 18 2.5291633
insert D_1*(2600)+Width:InterpolationMasses 19 2.5406735
insert D_1*(2600)+Width:InterpolationMasses 20 2.5521837
insert D_1*(2600)+Width:InterpolationMasses 21 2.5636939
insert D_1*(2600)+Width:InterpolationMasses 22 2.5752041
insert D_1*(2600)+Width:InterpolationMasses 23 2.5867143
insert D_1*(2600)+Width:InterpolationMasses 24 2.5982245
insert D_1*(2600)+Width:InterpolationMasses 25 2.6097347
insert D_1*(2600)+Width:InterpolationMasses 26 2.6212449
insert D_1*(2600)+Width:InterpolationMasses 27 2.6327551
insert D_1*(2600)+Width:InterpolationMasses 28 2.6442653
insert D_1*(2600)+Width:InterpolationMasses 29 2.6557755
insert D_1*(2600)+Width:InterpolationMasses 30 2.6672857
insert D_1*(2600)+Width:InterpolationMasses 31 2.6787959
insert D_1*(2600)+Width:InterpolationMasses 32 2.6903061
insert D_1*(2600)+Width:InterpolationMasses 33 2.7018163
insert D_1*(2600)+Width:InterpolationMasses 34 2.7133265
insert D_1*(2600)+Width:InterpolationMasses 35 2.7248367
insert D_1*(2600)+Width:InterpolationMasses 36 2.7363469
insert D_1*(2600)+Width:InterpolationMasses 37 2.7478571
insert D_1*(2600)+Width:InterpolationMasses 38 2.7593673
insert D_1*(2600)+Width:InterpolationMasses 39 2.7708776
insert D_1*(2600)+Width:InterpolationMasses 40 2.7823878
insert D_1*(2600)+Width:InterpolationMasses 41 2.793898
insert D_1*(2600)+Width:InterpolationMasses 42 2.8054082
insert D_1*(2600)+Width:InterpolationMasses 43 2.8169184
insert D_1*(2600)+Width:InterpolationMasses 44 2.8284286
insert D_1*(2600)+Width:InterpolationMasses 45 2.8399388
insert D_1*(2600)+Width:InterpolationMasses 46 2.851449
insert D_1*(2600)+Width:InterpolationMasses 47 2.8629592
insert D_1*(2600)+Width:InterpolationMasses 48 2.8744694
insert D_1*(2600)+Width:InterpolationMasses 49 2.8859796
insert D_1*(2600)+Width:InterpolationMasses 50 2.8974898
insert D_1*(2600)+Width:InterpolationMasses 51 2.909
insert D_1*(2600)+Width:InterpolationMasses 52 2.9205102
insert D_1*(2600)+Width:InterpolationMasses 53 2.9320204
insert D_1*(2600)+Width:InterpolationMasses 54 2.3219796
insert D_1*(2600)+Width:InterpolationMasses 55 2.3334898
insert D_1*(2600)+Width:InterpolationMasses 56 2.345
insert D_1*(2600)+Width:InterpolationMasses 57 2.3565102
insert D_1*(2600)+Width:InterpolationMasses 58 2.3680204
insert D_1*(2600)+Width:InterpolationMasses 59 2.3795306
insert D_1*(2600)+Width:InterpolationMasses 60 2.3910408
insert D_1*(2600)+Width:InterpolationMasses 61 2.402551
insert D_1*(2600)+Width:InterpolationMasses 62 2.4140612
insert D_1*(2600)+Width:InterpolationMasses 63 2.4255714
insert D_1*(2600)+Width:InterpolationMasses 64 2.4370816
insert D_1*(2600)+Width:InterpolationMasses 65 2.4485918
insert D_1*(2600)+Width:InterpolationMasses 66 2.460102
insert D_1*(2600)+Width:InterpolationMasses 67 2.4716122
insert D_1*(2600)+Width:InterpolationMasses 68 2.4831224
insert D_1*(2600)+Width:InterpolationMasses 69 2.4946327
insert D_1*(2600)+Width:InterpolationMasses 70 2.5061429
insert D_1*(2600)+Width:InterpolationMasses 71 2.5176531
insert D_1*(2600)+Width:InterpolationMasses 72 2.5291633
insert D_1*(2600)+Width:InterpolationMasses 73 2.5406735
insert D_1*(2600)+Width:InterpolationMasses 74 2.5521837
insert D_1*(2600)+Width:InterpolationMasses 75 2.5636939
insert D_1*(2600)+Width:InterpolationMasses 76 2.5752041
insert D_1*(2600)+Width:InterpolationMasses 77 2.5867143
insert D_1*(2600)+Width:InterpolationMasses 78 2.5982245
insert D_1*(2600)+Width:InterpolationMasses 79 2.6097347
insert D_1*(2600)+Width:InterpolationMasses 80 2.6212449
insert D_1*(2600)+Width:InterpolationMasses 81 2.6327551
insert D_1*(2600)+Width:InterpolationMasses 82 2.6442653
insert D_1*(2600)+Width:InterpolationMasses 83 2.6557755
insert D_1*(2600)+Width:InterpolationMasses 84 2.6672857
insert D_1*(2600)+Width:InterpolationMasses 85 2.6787959
insert D_1*(2600)+Width:InterpolationMasses 86 2.6903061
insert D_1*(2600)+Width:InterpolationMasses 87 2.7018163
insert D_1*(2600)+Width:InterpolationMasses 88 2.7133265
insert D_1*(2600)+Width:InterpolationMasses 89 2.7248367
insert D_1*(2600)+Width:InterpolationMasses 90 2.7363469
insert D_1*(2600)+Width:InterpolationMasses 91 2.7478571
insert D_1*(2600)+Width:InterpolationMasses 92 2.7593673
insert D_1*(2600)+Width:InterpolationMasses 93 2.7708776
insert D_1*(2600)+Width:InterpolationMasses 94 2.7823878
insert D_1*(2600)+Width:InterpolationMasses 95 2.793898
insert D_1*(2600)+Width:InterpolationMasses 96 2.8054082
insert D_1*(2600)+Width:InterpolationMasses 97 2.8169184
insert D_1*(2600)+Width:InterpolationMasses 98 2.8284286
insert D_1*(2600)+Width:InterpolationMasses 99 2.8399388
insert D_1*(2600)+Width:InterpolationMasses 100 2.851449
insert D_1*(2600)+Width:InterpolationMasses 101 2.8629592
insert D_1*(2600)+Width:InterpolationMasses 102 2.8744694
insert D_1*(2600)+Width:InterpolationMasses 103 2.8859796
insert D_1*(2600)+Width:InterpolationMasses 104 2.8974898
insert D_1*(2600)+Width:InterpolationMasses 105 2.909
insert D_1*(2600)+Width:InterpolationMasses 106 2.9205102
insert D_1*(2600)+Width:InterpolationMasses 107 2.9320204
insert D_1*(2600)+Width:InterpolationWidths 0 0.0076454883
insert D_1*(2600)+Width:InterpolationWidths 1 0.0086284534
insert D_1*(2600)+Width:InterpolationWidths 2 0.0096744344
insert D_1*(2600)+Width:InterpolationWidths 3 0.01078401
insert D_1*(2600)+Width:InterpolationWidths 4 0.011957717
insert D_1*(2600)+Width:InterpolationWidths 5 0.013196053
insert D_1*(2600)+Width:InterpolationWidths 6 0.014499475
insert D_1*(2600)+Width:InterpolationWidths 7 0.015868401
insert D_1*(2600)+Width:InterpolationWidths 8 0.017303216
insert D_1*(2600)+Width:InterpolationWidths 9 0.018804265
insert D_1*(2600)+Width:InterpolationWidths 10 0.020371863
insert D_1*(2600)+Width:InterpolationWidths 11 0.022006291
insert D_1*(2600)+Width:InterpolationWidths 12 0.0237078
insert D_1*(2600)+Width:InterpolationWidths 13 0.025476611
insert D_1*(2600)+Width:InterpolationWidths 14 0.027312916
insert D_1*(2600)+Width:InterpolationWidths 15 0.029216884
insert D_1*(2600)+Width:InterpolationWidths 16 0.031188654
insert D_1*(2600)+Width:InterpolationWidths 17 0.033228344
insert D_1*(2600)+Width:InterpolationWidths 18 0.03533605
insert D_1*(2600)+Width:InterpolationWidths 19 0.037511842
insert D_1*(2600)+Width:InterpolationWidths 20 0.039755775
insert D_1*(2600)+Width:InterpolationWidths 21 0.042067881
insert D_1*(2600)+Width:InterpolationWidths 22 0.044448174
insert D_1*(2600)+Width:InterpolationWidths 23 0.046896653
insert D_1*(2600)+Width:InterpolationWidths 24 0.049413297
insert D_1*(2600)+Width:InterpolationWidths 25 0.051998072
insert D_1*(2600)+Width:InterpolationWidths 26 0.05465093
insert D_1*(2600)+Width:InterpolationWidths 27 0.057371806
insert D_1*(2600)+Width:InterpolationWidths 28 0.060160625
insert D_1*(2600)+Width:InterpolationWidths 29 0.063017298
insert D_1*(2600)+Width:InterpolationWidths 30 0.065941725
insert D_1*(2600)+Width:InterpolationWidths 31 0.068933797
insert D_1*(2600)+Width:InterpolationWidths 32 0.071993391
insert D_1*(2600)+Width:InterpolationWidths 33 0.075120377
insert D_1*(2600)+Width:InterpolationWidths 34 0.078314616
insert D_1*(2600)+Width:InterpolationWidths 35 0.08157596
insert D_1*(2600)+Width:InterpolationWidths 36 0.084904252
insert D_1*(2600)+Width:InterpolationWidths 37 0.08829933
insert D_1*(2600)+Width:InterpolationWidths 38 0.091761024
insert D_1*(2600)+Width:InterpolationWidths 39 0.095289156
insert D_1*(2600)+Width:InterpolationWidths 40 0.098883545
insert D_1*(2600)+Width:InterpolationWidths 41 0.102544
insert D_1*(2600)+Width:InterpolationWidths 42 0.10627033
insert D_1*(2600)+Width:InterpolationWidths 43 0.11006234
insert D_1*(2600)+Width:InterpolationWidths 44 0.11391983
insert D_1*(2600)+Width:InterpolationWidths 45 0.11784258
insert D_1*(2600)+Width:InterpolationWidths 46 0.12183038
insert D_1*(2600)+Width:InterpolationWidths 47 0.12588304
insert D_1*(2600)+Width:InterpolationWidths 48 0.13000032
insert D_1*(2600)+Width:InterpolationWidths 49 0.134182
insert D_1*(2600)+Width:InterpolationWidths 50 0.13842787
insert D_1*(2600)+Width:InterpolationWidths 51 0.1427377
insert D_1*(2600)+Width:InterpolationWidths 52 0.14711126
insert D_1*(2600)+Width:InterpolationWidths 53 0.15154832
insert D_1*(2600)+Width:InterpolationWidths 54 0.0037500172
insert D_1*(2600)+Width:InterpolationWidths 55 0.0042323215
insert D_1*(2600)+Width:InterpolationWidths 56 0.0047457612
insert D_1*(2600)+Width:InterpolationWidths 57 0.0052906381
insert D_1*(2600)+Width:InterpolationWidths 58 0.0058672323
insert D_1*(2600)+Width:InterpolationWidths 59 0.006475803
insert D_1*(2600)+Width:InterpolationWidths 60 0.0071165891
insert D_1*(2600)+Width:InterpolationWidths 61 0.0077898098
insert D_1*(2600)+Width:InterpolationWidths 62 0.0084956656
insert D_1*(2600)+Width:InterpolationWidths 63 0.0092343387
insert D_1*(2600)+Width:InterpolationWidths 64 0.010005994
insert D_1*(2600)+Width:InterpolationWidths 65 0.010810781
insert D_1*(2600)+Width:InterpolationWidths 66 0.011648831
insert D_1*(2600)+Width:InterpolationWidths 67 0.012520262
insert D_1*(2600)+Width:InterpolationWidths 68 0.013425178
insert D_1*(2600)+Width:InterpolationWidths 69 0.014363668
insert D_1*(2600)+Width:InterpolationWidths 70 0.01533581
insert D_1*(2600)+Width:InterpolationWidths 71 0.016341667
insert D_1*(2600)+Width:InterpolationWidths 72 0.017381293
insert D_1*(2600)+Width:InterpolationWidths 73 0.01845473
insert D_1*(2600)+Width:InterpolationWidths 74 0.019562009
insert D_1*(2600)+Width:InterpolationWidths 75 0.020703152
insert D_1*(2600)+Width:InterpolationWidths 76 0.02187817
insert D_1*(2600)+Width:InterpolationWidths 77 0.023087068
insert D_1*(2600)+Width:InterpolationWidths 78 0.02432984
insert D_1*(2600)+Width:InterpolationWidths 79 0.025606473
insert D_1*(2600)+Width:InterpolationWidths 80 0.026916946
insert D_1*(2600)+Width:InterpolationWidths 81 0.028261232
insert D_1*(2600)+Width:InterpolationWidths 82 0.029639298
insert D_1*(2600)+Width:InterpolationWidths 83 0.031051102
insert D_1*(2600)+Width:InterpolationWidths 84 0.032496597
insert D_1*(2600)+Width:InterpolationWidths 85 0.033975733
insert D_1*(2600)+Width:InterpolationWidths 86 0.035488452
insert D_1*(2600)+Width:InterpolationWidths 87 0.037034692
insert D_1*(2600)+Width:InterpolationWidths 88 0.038614386
insert D_1*(2600)+Width:InterpolationWidths 89 0.040227463
insert D_1*(2600)+Width:InterpolationWidths 90 0.041873848
insert D_1*(2600)+Width:InterpolationWidths 91 0.043553463
insert D_1*(2600)+Width:InterpolationWidths 92 0.045266225
insert D_1*(2600)+Width:InterpolationWidths 93 0.047012048
insert D_1*(2600)+Width:InterpolationWidths 94 0.048790843
insert D_1*(2600)+Width:InterpolationWidths 95 0.05060252
insert D_1*(2600)+Width:InterpolationWidths 96 0.052446983
insert D_1*(2600)+Width:InterpolationWidths 97 0.054324136
insert D_1*(2600)+Width:InterpolationWidths 98 0.056233879
insert D_1*(2600)+Width:InterpolationWidths 99 0.058176113
insert D_1*(2600)+Width:InterpolationWidths 100 0.060150732
insert D_1*(2600)+Width:InterpolationWidths 101 0.062157634
insert D_1*(2600)+Width:InterpolationWidths 102 0.06419671
insert D_1*(2600)+Width:InterpolationWidths 103 0.066267853
insert D_1*(2600)+Width:InterpolationWidths 104 0.068370954
insert D_1*(2600)+Width:InterpolationWidths 105 0.070505901
insert D_1*(2600)+Width:InterpolationWidths 106 0.072672584
insert D_1*(2600)+Width:InterpolationWidths 107 0.074870888
insert D_1*(2600)+Width:NumberofEntries 0 54
insert D_1*(2600)+Width:NumberofEntries 1 108
insert D_1*(2600)+Width:NumberofEntries 2 108
insert D_1*(2600)+Width:NumberofEntries 3 108
newdef D_1*(2600)+Width:fPi 130.2
newdef D_1*(2600)+Width:g 0.566
newdef D_1*(2600)+Width:h 0.544
newdef D_1*(2600)+Width:hp 0.413
newdef D_1*(2600)+Width:k 0.407
newdef D_1*(2600)+Width:kp 0.242
newdef D_1*(2600)+Width:gtilde 0.283
newdef D_1*(2600)+Width:Lambda 1
newdef D_1*(2600)+Width:psiL 0
newdef D_1*(2600)+Width:psiS 0.041
newdef /Herwig/Particles/D_1*(2600)+:Width_generator D_1*(2600)+Width
newdef /Herwig/Particles/D_1*(2600)-:Width_generator D_1*(2600)+Width
#
create Herwig::HeavyMesonWidthGenerator D_0(2550)0Width
newdef D_0(2550)0Width:Particle /Herwig/Particles/D_0(2550)0
newdef D_0(2550)0Width:Prefactor 0.999513
newdef D_0(2550)0Width:BRNormalize 1
newdef D_0(2550)0Width:BRMinimum 0.01
newdef D_0(2550)0Width:Points 50
newdef D_0(2550)0Width:InterpolationOrder 1
insert D_0(2550)0Width:MEtype 0 2
insert D_0(2550)0Width:MEtype 1 2
insert D_0(2550)0Width:MEcode 0 0
insert D_0(2550)0Width:MEcode 1 0
insert D_0(2550)0Width:MEcoupling 0 1.18228
insert D_0(2550)0Width:MEcoupling 1 1.17428
insert D_0(2550)0Width:ModeOn 0 1
insert D_0(2550)0Width:ModeOn 1 1
insert D_0(2550)0Width:MinimumMasses 0 2.149
insert D_0(2550)0Width:MinimumMasses 1 2.14115
insert D_0(2550)0Width:MEmass1 0 2.01026
insert D_0(2550)0Width:MEmass1 1 2.00685
insert D_0(2550)0Width:MEmass2 0 0.13957
insert D_0(2550)0Width:MEmass2 1 0.134977
insert D_0(2550)0Width:DecayModes 0 D_0(2550)0->D*+,pi-;
insert D_0(2550)0Width:DecayModes 1 D_0(2550)0->D*0,pi0;
insert D_0(2550)0Width:InterpolationMasses 0 2.1920612
insert D_0(2550)0Width:InterpolationMasses 1 2.2055306
insert D_0(2550)0Width:InterpolationMasses 2 2.219
insert D_0(2550)0Width:InterpolationMasses 3 2.2324694
insert D_0(2550)0Width:InterpolationMasses 4 2.2459388
insert D_0(2550)0Width:InterpolationMasses 5 2.2594082
insert D_0(2550)0Width:InterpolationMasses 6 2.2728776
insert D_0(2550)0Width:InterpolationMasses 7 2.2863469
insert D_0(2550)0Width:InterpolationMasses 8 2.2998163
insert D_0(2550)0Width:InterpolationMasses 9 2.3132857
insert D_0(2550)0Width:InterpolationMasses 10 2.3267551
insert D_0(2550)0Width:InterpolationMasses 11 2.3402245
insert D_0(2550)0Width:InterpolationMasses 12 2.3536939
insert D_0(2550)0Width:InterpolationMasses 13 2.3671633
insert D_0(2550)0Width:InterpolationMasses 14 2.3806327
insert D_0(2550)0Width:InterpolationMasses 15 2.394102
insert D_0(2550)0Width:InterpolationMasses 16 2.4075714
insert D_0(2550)0Width:InterpolationMasses 17 2.4210408
insert D_0(2550)0Width:InterpolationMasses 18 2.4345102
insert D_0(2550)0Width:InterpolationMasses 19 2.4479796
insert D_0(2550)0Width:InterpolationMasses 20 2.461449
insert D_0(2550)0Width:InterpolationMasses 21 2.4749184
insert D_0(2550)0Width:InterpolationMasses 22 2.4883878
insert D_0(2550)0Width:InterpolationMasses 23 2.5018571
insert D_0(2550)0Width:InterpolationMasses 24 2.5153265
insert D_0(2550)0Width:InterpolationMasses 25 2.5287959
insert D_0(2550)0Width:InterpolationMasses 26 2.5422653
insert D_0(2550)0Width:InterpolationMasses 27 2.5557347
insert D_0(2550)0Width:InterpolationMasses 28 2.5692041
insert D_0(2550)0Width:InterpolationMasses 29 2.5826735
insert D_0(2550)0Width:InterpolationMasses 30 2.5961429
insert D_0(2550)0Width:InterpolationMasses 31 2.6096122
insert D_0(2550)0Width:InterpolationMasses 32 2.6230816
insert D_0(2550)0Width:InterpolationMasses 33 2.636551
insert D_0(2550)0Width:InterpolationMasses 34 2.6500204
insert D_0(2550)0Width:InterpolationMasses 35 2.6634898
insert D_0(2550)0Width:InterpolationMasses 36 2.6769592
insert D_0(2550)0Width:InterpolationMasses 37 2.6904286
insert D_0(2550)0Width:InterpolationMasses 38 2.703898
insert D_0(2550)0Width:InterpolationMasses 39 2.7173673
insert D_0(2550)0Width:InterpolationMasses 40 2.7308367
insert D_0(2550)0Width:InterpolationMasses 41 2.7443061
insert D_0(2550)0Width:InterpolationMasses 42 2.7577755
insert D_0(2550)0Width:InterpolationMasses 43 2.7712449
insert D_0(2550)0Width:InterpolationMasses 44 2.7847143
insert D_0(2550)0Width:InterpolationMasses 45 2.7981837
insert D_0(2550)0Width:InterpolationMasses 46 2.8116531
insert D_0(2550)0Width:InterpolationMasses 47 2.8251224
insert D_0(2550)0Width:InterpolationMasses 48 2.8385918
insert D_0(2550)0Width:InterpolationMasses 49 2.8520612
insert D_0(2550)0Width:InterpolationMasses 50 2.8655306
insert D_0(2550)0Width:InterpolationMasses 51 2.879
insert D_0(2550)0Width:InterpolationMasses 52 2.8924694
insert D_0(2550)0Width:InterpolationMasses 53 2.9059388
insert D_0(2550)0Width:InterpolationMasses 54 2.1920612
insert D_0(2550)0Width:InterpolationMasses 55 2.2055306
insert D_0(2550)0Width:InterpolationMasses 56 2.219
insert D_0(2550)0Width:InterpolationMasses 57 2.2324694
insert D_0(2550)0Width:InterpolationMasses 58 2.2459388
insert D_0(2550)0Width:InterpolationMasses 59 2.2594082
insert D_0(2550)0Width:InterpolationMasses 60 2.2728776
insert D_0(2550)0Width:InterpolationMasses 61 2.2863469
insert D_0(2550)0Width:InterpolationMasses 62 2.2998163
insert D_0(2550)0Width:InterpolationMasses 63 2.3132857
insert D_0(2550)0Width:InterpolationMasses 64 2.3267551
insert D_0(2550)0Width:InterpolationMasses 65 2.3402245
insert D_0(2550)0Width:InterpolationMasses 66 2.3536939
insert D_0(2550)0Width:InterpolationMasses 67 2.3671633
insert D_0(2550)0Width:InterpolationMasses 68 2.3806327
insert D_0(2550)0Width:InterpolationMasses 69 2.394102
insert D_0(2550)0Width:InterpolationMasses 70 2.4075714
insert D_0(2550)0Width:InterpolationMasses 71 2.4210408
insert D_0(2550)0Width:InterpolationMasses 72 2.4345102
insert D_0(2550)0Width:InterpolationMasses 73 2.4479796
insert D_0(2550)0Width:InterpolationMasses 74 2.461449
insert D_0(2550)0Width:InterpolationMasses 75 2.4749184
insert D_0(2550)0Width:InterpolationMasses 76 2.4883878
insert D_0(2550)0Width:InterpolationMasses 77 2.5018571
insert D_0(2550)0Width:InterpolationMasses 78 2.5153265
insert D_0(2550)0Width:InterpolationMasses 79 2.5287959
insert D_0(2550)0Width:InterpolationMasses 80 2.5422653
insert D_0(2550)0Width:InterpolationMasses 81 2.5557347
insert D_0(2550)0Width:InterpolationMasses 82 2.5692041
insert D_0(2550)0Width:InterpolationMasses 83 2.5826735
insert D_0(2550)0Width:InterpolationMasses 84 2.5961429
insert D_0(2550)0Width:InterpolationMasses 85 2.6096122
insert D_0(2550)0Width:InterpolationMasses 86 2.6230816
insert D_0(2550)0Width:InterpolationMasses 87 2.636551
insert D_0(2550)0Width:InterpolationMasses 88 2.6500204
insert D_0(2550)0Width:InterpolationMasses 89 2.6634898
insert D_0(2550)0Width:InterpolationMasses 90 2.6769592
insert D_0(2550)0Width:InterpolationMasses 91 2.6904286
insert D_0(2550)0Width:InterpolationMasses 92 2.703898
insert D_0(2550)0Width:InterpolationMasses 93 2.7173673
insert D_0(2550)0Width:InterpolationMasses 94 2.7308367
insert D_0(2550)0Width:InterpolationMasses 95 2.7443061
insert D_0(2550)0Width:InterpolationMasses 96 2.7577755
insert D_0(2550)0Width:InterpolationMasses 97 2.7712449
insert D_0(2550)0Width:InterpolationMasses 98 2.7847143
insert D_0(2550)0Width:InterpolationMasses 99 2.7981837
insert D_0(2550)0Width:InterpolationMasses 100 2.8116531
insert D_0(2550)0Width:InterpolationMasses 101 2.8251224
insert D_0(2550)0Width:InterpolationMasses 102 2.8385918
insert D_0(2550)0Width:InterpolationMasses 103 2.8520612
insert D_0(2550)0Width:InterpolationMasses 104 2.8655306
insert D_0(2550)0Width:InterpolationMasses 105 2.879
insert D_0(2550)0Width:InterpolationMasses 106 2.8924694
insert D_0(2550)0Width:InterpolationMasses 107 2.9059388
insert D_0(2550)0Width:InterpolationWidths 0 0.0010951617
insert D_0(2550)0Width:InterpolationWidths 1 0.0017597021
insert D_0(2550)0Width:InterpolationWidths 2 0.0025769336
insert D_0(2550)0Width:InterpolationWidths 3 0.003553237
insert D_0(2550)0Width:InterpolationWidths 4 0.0046958846
insert D_0(2550)0Width:InterpolationWidths 5 0.0060126357
insert D_0(2550)0Width:InterpolationWidths 6 0.0075115314
insert D_0(2550)0Width:InterpolationWidths 7 0.0092007821
insert D_0(2550)0Width:InterpolationWidths 8 0.011088701
insert D_0(2550)0Width:InterpolationWidths 9 0.013183661
insert D_0(2550)0Width:InterpolationWidths 10 0.015494072
insert D_0(2550)0Width:InterpolationWidths 11 0.01802836
insert D_0(2550)0Width:InterpolationWidths 12 0.02079496
insert D_0(2550)0Width:InterpolationWidths 13 0.023802305
insert D_0(2550)0Width:InterpolationWidths 14 0.027058821
insert D_0(2550)0Width:InterpolationWidths 15 0.030572927
insert D_0(2550)0Width:InterpolationWidths 16 0.03435303
insert D_0(2550)0Width:InterpolationWidths 17 0.038407525
insert D_0(2550)0Width:InterpolationWidths 18 0.042744795
insert D_0(2550)0Width:InterpolationWidths 19 0.047373211
insert D_0(2550)0Width:InterpolationWidths 20 0.052301131
insert D_0(2550)0Width:InterpolationWidths 21 0.057536902
insert D_0(2550)0Width:InterpolationWidths 22 0.063088859
insert D_0(2550)0Width:InterpolationWidths 23 0.068965329
insert D_0(2550)0Width:InterpolationWidths 24 0.075174627
insert D_0(2550)0Width:InterpolationWidths 25 0.081725064
insert D_0(2550)0Width:InterpolationWidths 26 0.08862494
insert D_0(2550)0Width:InterpolationWidths 27 0.09588255
insert D_0(2550)0Width:InterpolationWidths 28 0.10350619
insert D_0(2550)0Width:InterpolationWidths 29 0.11150413
insert D_0(2550)0Width:InterpolationWidths 30 0.11988468
insert D_0(2550)0Width:InterpolationWidths 31 0.1286561
insert D_0(2550)0Width:InterpolationWidths 32 0.13782668
insert D_0(2550)0Width:InterpolationWidths 33 0.14740469
insert D_0(2550)0Width:InterpolationWidths 34 0.15739843
insert D_0(2550)0Width:InterpolationWidths 35 0.16781618
insert D_0(2550)0Width:InterpolationWidths 36 0.17866621
insert D_0(2550)0Width:InterpolationWidths 37 0.18995683
insert D_0(2550)0Width:InterpolationWidths 38 0.20169633
insert D_0(2550)0Width:InterpolationWidths 39 0.21389301
insert D_0(2550)0Width:InterpolationWidths 40 0.22655518
insert D_0(2550)0Width:InterpolationWidths 41 0.23969116
insert D_0(2550)0Width:InterpolationWidths 42 0.25330926
insert D_0(2550)0Width:InterpolationWidths 43 0.26741783
insert D_0(2550)0Width:InterpolationWidths 44 0.28202519
insert D_0(2550)0Width:InterpolationWidths 45 0.29713972
insert D_0(2550)0Width:InterpolationWidths 46 0.31276976
insert D_0(2550)0Width:InterpolationWidths 47 0.32892369
insert D_0(2550)0Width:InterpolationWidths 48 0.34560991
insert D_0(2550)0Width:InterpolationWidths 49 0.36283681
insert D_0(2550)0Width:InterpolationWidths 50 0.3806128
insert D_0(2550)0Width:InterpolationWidths 51 0.39894632
insert D_0(2550)0Width:InterpolationWidths 52 0.41784581
insert D_0(2550)0Width:InterpolationWidths 53 0.43731972
insert D_0(2550)0Width:InterpolationWidths 54 0.00071094742
insert D_0(2550)0Width:InterpolationWidths 55 0.0010771788
insert D_0(2550)0Width:InterpolationWidths 56 0.0015201932
insert D_0(2550)0Width:InterpolationWidths 57 0.002043587
insert D_0(2550)0Width:InterpolationWidths 58 0.002651244
insert D_0(2550)0Width:InterpolationWidths 59 0.0033472101
insert D_0(2550)0Width:InterpolationWidths 60 0.0041356259
insert D_0(2550)0Width:InterpolationWidths 61 0.0050206882
insert D_0(2550)0Width:InterpolationWidths 62 0.006006627
insert D_0(2550)0Width:InterpolationWidths 63 0.0070976907
insert D_0(2550)0Width:InterpolationWidths 64 0.008298137
insert D_0(2550)0Width:InterpolationWidths 65 0.0096122263
insert D_0(2550)0Width:InterpolationWidths 66 0.011044218
insert D_0(2550)0Width:InterpolationWidths 67 0.012598369
insert D_0(2550)0Width:InterpolationWidths 68 0.014278928
insert D_0(2550)0Width:InterpolationWidths 69 0.016090141
insert D_0(2550)0Width:InterpolationWidths 70 0.018036245
insert D_0(2550)0Width:InterpolationWidths 71 0.02012147
insert D_0(2550)0Width:InterpolationWidths 72 0.02235004
insert D_0(2550)0Width:InterpolationWidths 73 0.02472617
insert D_0(2550)0Width:InterpolationWidths 74 0.027254072
insert D_0(2550)0Width:InterpolationWidths 75 0.029937947
insert D_0(2550)0Width:InterpolationWidths 76 0.032781996
insert D_0(2550)0Width:InterpolationWidths 77 0.035790409
insert D_0(2550)0Width:InterpolationWidths 78 0.038967376
insert D_0(2550)0Width:InterpolationWidths 79 0.042317079
insert D_0(2550)0Width:InterpolationWidths 80 0.0458437
insert D_0(2550)0Width:InterpolationWidths 81 0.049551415
insert D_0(2550)0Width:InterpolationWidths 82 0.053444399
insert D_0(2550)0Width:InterpolationWidths 83 0.057526825
insert D_0(2550)0Width:InterpolationWidths 84 0.061802863
insert D_0(2550)0Width:InterpolationWidths 85 0.066276685
insert D_0(2550)0Width:InterpolationWidths 86 0.07095246
insert D_0(2550)0Width:InterpolationWidths 87 0.075834359
insert D_0(2550)0Width:InterpolationWidths 88 0.080926552
insert D_0(2550)0Width:InterpolationWidths 89 0.08623321
insert D_0(2550)0Width:InterpolationWidths 90 0.091758509
insert D_0(2550)0Width:InterpolationWidths 91 0.097506622
insert D_0(2550)0Width:InterpolationWidths 92 0.10348173
insert D_0(2550)0Width:InterpolationWidths 93 0.10968801
insert D_0(2550)0Width:InterpolationWidths 94 0.11612965
insert D_0(2550)0Width:InterpolationWidths 95 0.12281084
insert D_0(2550)0Width:InterpolationWidths 96 0.12973576
insert D_0(2550)0Width:InterpolationWidths 97 0.13690862
insert D_0(2550)0Width:InterpolationWidths 98 0.14433362
insert D_0(2550)0Width:InterpolationWidths 99 0.15201497
insert D_0(2550)0Width:InterpolationWidths 100 0.15995687
insert D_0(2550)0Width:InterpolationWidths 101 0.16816355
insert D_0(2550)0Width:InterpolationWidths 102 0.17663924
insert D_0(2550)0Width:InterpolationWidths 103 0.18538815
insert D_0(2550)0Width:InterpolationWidths 104 0.19441454
insert D_0(2550)0Width:InterpolationWidths 105 0.20372265
insert D_0(2550)0Width:InterpolationWidths 106 0.21331674
insert D_0(2550)0Width:InterpolationWidths 107 0.22320105
insert D_0(2550)0Width:NumberofEntries 0 54
insert D_0(2550)0Width:NumberofEntries 1 108
newdef D_0(2550)0Width:fPi 130.2
newdef D_0(2550)0Width:g 0.566
newdef D_0(2550)0Width:h 0.544
newdef D_0(2550)0Width:hp 0.413
newdef D_0(2550)0Width:k 0.407
newdef D_0(2550)0Width:kp 0.242
newdef D_0(2550)0Width:gtilde 0.283
newdef D_0(2550)0Width:Lambda 1
newdef D_0(2550)0Width:psiL 0
newdef D_0(2550)0Width:psiS 0.041
newdef /Herwig/Particles/D_0(2550)0:Width_generator D_0(2550)0Width
newdef /Herwig/Particles/Dbar_0(2550)0:Width_generator D_0(2550)0Width
#
create Herwig::HeavyMesonWidthGenerator D_0(2550)+Width
newdef D_0(2550)+Width:Particle /Herwig/Particles/D_0(2550)+
newdef D_0(2550)+Width:Prefactor 0.999515
newdef D_0(2550)+Width:BRNormalize 1
newdef D_0(2550)+Width:BRMinimum 0.01
newdef D_0(2550)+Width:Points 50
newdef D_0(2550)+Width:InterpolationOrder 1
insert D_0(2550)+Width:MEtype 0 2
insert D_0(2550)+Width:MEtype 1 2
insert D_0(2550)+Width:MEcode 0 0
insert D_0(2550)+Width:MEcode 1 0
insert D_0(2550)+Width:MEcoupling 0 1.16662
insert D_0(2550)+Width:MEcoupling 1 1.17457
insert D_0(2550)+Width:ModeOn 0 1
insert D_0(2550)+Width:ModeOn 1 1
insert D_0(2550)+Width:MinimumMasses 0 2.14574
insert D_0(2550)+Width:MinimumMasses 1 2.1444
insert D_0(2550)+Width:MEmass1 0 2.00685
insert D_0(2550)+Width:MEmass1 1 2.01026
insert D_0(2550)+Width:MEmass2 0 0.13957
insert D_0(2550)+Width:MEmass2 1 0.134977
insert D_0(2550)+Width:DecayModes 0 D_0(2550)+->D*0,pi+;
insert D_0(2550)+Width:DecayModes 1 D_0(2550)+->D*+,pi0;
insert D_0(2550)+Width:InterpolationMasses 0 2.1920612
insert D_0(2550)+Width:InterpolationMasses 1 2.2055306
insert D_0(2550)+Width:InterpolationMasses 2 2.219
insert D_0(2550)+Width:InterpolationMasses 3 2.2324694
insert D_0(2550)+Width:InterpolationMasses 4 2.2459388
insert D_0(2550)+Width:InterpolationMasses 5 2.2594082
insert D_0(2550)+Width:InterpolationMasses 6 2.2728776
insert D_0(2550)+Width:InterpolationMasses 7 2.2863469
insert D_0(2550)+Width:InterpolationMasses 8 2.2998163
insert D_0(2550)+Width:InterpolationMasses 9 2.3132857
insert D_0(2550)+Width:InterpolationMasses 10 2.3267551
insert D_0(2550)+Width:InterpolationMasses 11 2.3402245
insert D_0(2550)+Width:InterpolationMasses 12 2.3536939
insert D_0(2550)+Width:InterpolationMasses 13 2.3671633
insert D_0(2550)+Width:InterpolationMasses 14 2.3806327
insert D_0(2550)+Width:InterpolationMasses 15 2.394102
insert D_0(2550)+Width:InterpolationMasses 16 2.4075714
insert D_0(2550)+Width:InterpolationMasses 17 2.4210408
insert D_0(2550)+Width:InterpolationMasses 18 2.4345102
insert D_0(2550)+Width:InterpolationMasses 19 2.4479796
insert D_0(2550)+Width:InterpolationMasses 20 2.461449
insert D_0(2550)+Width:InterpolationMasses 21 2.4749184
insert D_0(2550)+Width:InterpolationMasses 22 2.4883878
insert D_0(2550)+Width:InterpolationMasses 23 2.5018571
insert D_0(2550)+Width:InterpolationMasses 24 2.5153265
insert D_0(2550)+Width:InterpolationMasses 25 2.5287959
insert D_0(2550)+Width:InterpolationMasses 26 2.5422653
insert D_0(2550)+Width:InterpolationMasses 27 2.5557347
insert D_0(2550)+Width:InterpolationMasses 28 2.5692041
insert D_0(2550)+Width:InterpolationMasses 29 2.5826735
insert D_0(2550)+Width:InterpolationMasses 30 2.5961429
insert D_0(2550)+Width:InterpolationMasses 31 2.6096122
insert D_0(2550)+Width:InterpolationMasses 32 2.6230816
insert D_0(2550)+Width:InterpolationMasses 33 2.636551
insert D_0(2550)+Width:InterpolationMasses 34 2.6500204
insert D_0(2550)+Width:InterpolationMasses 35 2.6634898
insert D_0(2550)+Width:InterpolationMasses 36 2.6769592
insert D_0(2550)+Width:InterpolationMasses 37 2.6904286
insert D_0(2550)+Width:InterpolationMasses 38 2.703898
insert D_0(2550)+Width:InterpolationMasses 39 2.7173673
insert D_0(2550)+Width:InterpolationMasses 40 2.7308367
insert D_0(2550)+Width:InterpolationMasses 41 2.7443061
insert D_0(2550)+Width:InterpolationMasses 42 2.7577755
insert D_0(2550)+Width:InterpolationMasses 43 2.7712449
insert D_0(2550)+Width:InterpolationMasses 44 2.7847143
insert D_0(2550)+Width:InterpolationMasses 45 2.7981837
insert D_0(2550)+Width:InterpolationMasses 46 2.8116531
insert D_0(2550)+Width:InterpolationMasses 47 2.8251224
insert D_0(2550)+Width:InterpolationMasses 48 2.8385918
insert D_0(2550)+Width:InterpolationMasses 49 2.8520612
insert D_0(2550)+Width:InterpolationMasses 50 2.8655306
insert D_0(2550)+Width:InterpolationMasses 51 2.879
insert D_0(2550)+Width:InterpolationMasses 52 2.8924694
insert D_0(2550)+Width:InterpolationMasses 53 2.9059388
insert D_0(2550)+Width:InterpolationMasses 54 2.1920612
insert D_0(2550)+Width:InterpolationMasses 55 2.2055306
insert D_0(2550)+Width:InterpolationMasses 56 2.219
insert D_0(2550)+Width:InterpolationMasses 57 2.2324694
insert D_0(2550)+Width:InterpolationMasses 58 2.2459388
insert D_0(2550)+Width:InterpolationMasses 59 2.2594082
insert D_0(2550)+Width:InterpolationMasses 60 2.2728776
insert D_0(2550)+Width:InterpolationMasses 61 2.2863469
insert D_0(2550)+Width:InterpolationMasses 62 2.2998163
insert D_0(2550)+Width:InterpolationMasses 63 2.3132857
insert D_0(2550)+Width:InterpolationMasses 64 2.3267551
insert D_0(2550)+Width:InterpolationMasses 65 2.3402245
insert D_0(2550)+Width:InterpolationMasses 66 2.3536939
insert D_0(2550)+Width:InterpolationMasses 67 2.3671633
insert D_0(2550)+Width:InterpolationMasses 68 2.3806327
insert D_0(2550)+Width:InterpolationMasses 69 2.394102
insert D_0(2550)+Width:InterpolationMasses 70 2.4075714
insert D_0(2550)+Width:InterpolationMasses 71 2.4210408
insert D_0(2550)+Width:InterpolationMasses 72 2.4345102
insert D_0(2550)+Width:InterpolationMasses 73 2.4479796
insert D_0(2550)+Width:InterpolationMasses 74 2.461449
insert D_0(2550)+Width:InterpolationMasses 75 2.4749184
insert D_0(2550)+Width:InterpolationMasses 76 2.4883878
insert D_0(2550)+Width:InterpolationMasses 77 2.5018571
insert D_0(2550)+Width:InterpolationMasses 78 2.5153265
insert D_0(2550)+Width:InterpolationMasses 79 2.5287959
insert D_0(2550)+Width:InterpolationMasses 80 2.5422653
insert D_0(2550)+Width:InterpolationMasses 81 2.5557347
insert D_0(2550)+Width:InterpolationMasses 82 2.5692041
insert D_0(2550)+Width:InterpolationMasses 83 2.5826735
insert D_0(2550)+Width:InterpolationMasses 84 2.5961429
insert D_0(2550)+Width:InterpolationMasses 85 2.6096122
insert D_0(2550)+Width:InterpolationMasses 86 2.6230816
insert D_0(2550)+Width:InterpolationMasses 87 2.636551
insert D_0(2550)+Width:InterpolationMasses 88 2.6500204
insert D_0(2550)+Width:InterpolationMasses 89 2.6634898
insert D_0(2550)+Width:InterpolationMasses 90 2.6769592
insert D_0(2550)+Width:InterpolationMasses 91 2.6904286
insert D_0(2550)+Width:InterpolationMasses 92 2.703898
insert D_0(2550)+Width:InterpolationMasses 93 2.7173673
insert D_0(2550)+Width:InterpolationMasses 94 2.7308367
insert D_0(2550)+Width:InterpolationMasses 95 2.7443061
insert D_0(2550)+Width:InterpolationMasses 96 2.7577755
insert D_0(2550)+Width:InterpolationMasses 97 2.7712449
insert D_0(2550)+Width:InterpolationMasses 98 2.7847143
insert D_0(2550)+Width:InterpolationMasses 99 2.7981837
insert D_0(2550)+Width:InterpolationMasses 100 2.8116531
insert D_0(2550)+Width:InterpolationMasses 101 2.8251224
insert D_0(2550)+Width:InterpolationMasses 102 2.8385918
insert D_0(2550)+Width:InterpolationMasses 103 2.8520612
insert D_0(2550)+Width:InterpolationMasses 104 2.8655306
insert D_0(2550)+Width:InterpolationMasses 105 2.879
insert D_0(2550)+Width:InterpolationMasses 106 2.8924694
insert D_0(2550)+Width:InterpolationMasses 107 2.9059388
insert D_0(2550)+Width:InterpolationWidths 0 0.0012578433
insert D_0(2550)+Width:InterpolationWidths 1 0.0019652753
insert D_0(2550)+Width:InterpolationWidths 2 0.0028279268
insert D_0(2550)+Width:InterpolationWidths 3 0.0038525054
insert D_0(2550)+Width:InterpolationWidths 4 0.005046483
insert D_0(2550)+Width:InterpolationWidths 5 0.0064177565
insert D_0(2550)+Width:InterpolationWidths 6 0.0079744716
insert D_0(2550)+Width:InterpolationWidths 7 0.0097249238
insert D_0(2550)+Width:InterpolationWidths 8 0.011677499
insert D_0(2550)+Width:InterpolationWidths 9 0.013840639
insert D_0(2550)+Width:InterpolationWidths 10 0.016222812
insert D_0(2550)+Width:InterpolationWidths 11 0.018832505
insert D_0(2550)+Width:InterpolationWidths 12 0.021678207
insert D_0(2550)+Width:InterpolationWidths 13 0.024768405
insert D_0(2550)+Width:InterpolationWidths 14 0.028111582
insert D_0(2550)+Width:InterpolationWidths 15 0.031716207
insert D_0(2550)+Width:InterpolationWidths 16 0.035590741
insert D_0(2550)+Width:InterpolationWidths 17 0.039743632
insert D_0(2550)+Width:InterpolationWidths 18 0.044183315
insert D_0(2550)+Width:InterpolationWidths 19 0.048918214
insert D_0(2550)+Width:InterpolationWidths 20 0.053956739
insert D_0(2550)+Width:InterpolationWidths 21 0.059307289
insert D_0(2550)+Width:InterpolationWidths 22 0.064978254
insert D_0(2550)+Width:InterpolationWidths 23 0.070978013
insert D_0(2550)+Width:InterpolationWidths 24 0.077314936
insert D_0(2550)+Width:InterpolationWidths 25 0.083997385
insert D_0(2550)+Width:InterpolationWidths 26 0.091033716
insert D_0(2550)+Width:InterpolationWidths 27 0.09843228
insert D_0(2550)+Width:InterpolationWidths 28 0.10620142
insert D_0(2550)+Width:InterpolationWidths 29 0.11434948
insert D_0(2550)+Width:InterpolationWidths 30 0.1228848
insert D_0(2550)+Width:InterpolationWidths 31 0.13181571
insert D_0(2550)+Width:InterpolationWidths 32 0.14115055
insert D_0(2550)+Width:InterpolationWidths 33 0.15089767
insert D_0(2550)+Width:InterpolationWidths 34 0.16106539
insert D_0(2550)+Width:InterpolationWidths 35 0.17166206
insert D_0(2550)+Width:InterpolationWidths 36 0.18269602
insert D_0(2550)+Width:InterpolationWidths 37 0.19417563
insert D_0(2550)+Width:InterpolationWidths 38 0.20610924
insert D_0(2550)+Width:InterpolationWidths 39 0.2185052
insert D_0(2550)+Width:InterpolationWidths 40 0.23137188
insert D_0(2550)+Width:InterpolationWidths 41 0.24471767
insert D_0(2550)+Width:InterpolationWidths 42 0.25855093
insert D_0(2550)+Width:InterpolationWidths 43 0.27288007
insert D_0(2550)+Width:InterpolationWidths 44 0.28771349
insert D_0(2550)+Width:InterpolationWidths 45 0.30305959
insert D_0(2550)+Width:InterpolationWidths 46 0.31892681
insert D_0(2550)+Width:InterpolationWidths 47 0.33532358
insert D_0(2550)+Width:InterpolationWidths 48 0.35225834
insert D_0(2550)+Width:InterpolationWidths 49 0.36973957
insert D_0(2550)+Width:InterpolationWidths 50 0.38777573
insert D_0(2550)+Width:InterpolationWidths 51 0.40637533
insert D_0(2550)+Width:InterpolationWidths 52 0.42554685
insert D_0(2550)+Width:InterpolationWidths 53 0.44529883
insert D_0(2550)+Width:InterpolationWidths 54 0.00062573169
insert D_0(2550)+Width:InterpolationWidths 55 0.00097069986
insert D_0(2550)+Width:InterpolationWidths 56 0.0013911065
insert D_0(2550)+Width:InterpolationWidths 57 0.0018904192
insert D_0(2550)+Width:InterpolationWidths 58 0.0024724394
insert D_0(2550)+Width:InterpolationWidths 59 0.0031411536
insert D_0(2550)+Width:InterpolationWidths 60 0.0039006559
insert D_0(2550)+Width:InterpolationWidths 61 0.0047551041
insert D_0(2550)+Width:InterpolationWidths 62 0.0057086938
insert D_0(2550)+Width:InterpolationWidths 63 0.0067656421
insert D_0(2550)+Width:InterpolationWidths 64 0.0079301769
insert D_0(2550)+Width:InterpolationWidths 65 0.0092065306
insert D_0(2550)+Width:InterpolationWidths 66 0.010598935
insert D_0(2550)+Width:InterpolationWidths 67 0.01211162
insert D_0(2550)+Width:InterpolationWidths 68 0.013748809
insert D_0(2550)+Width:InterpolationWidths 69 0.01551472
insert D_0(2550)+Width:InterpolationWidths 70 0.017413565
insert D_0(2550)+Width:InterpolationWidths 71 0.019449548
insert D_0(2550)+Width:InterpolationWidths 72 0.021626865
insert D_0(2550)+Width:InterpolationWidths 73 0.023949708
insert D_0(2550)+Width:InterpolationWidths 74 0.026422259
insert D_0(2550)+Width:InterpolationWidths 75 0.029048697
insert D_0(2550)+Width:InterpolationWidths 76 0.031833193
insert D_0(2550)+Width:InterpolationWidths 77 0.034779912
insert D_0(2550)+Width:InterpolationWidths 78 0.037893017
insert D_0(2550)+Width:InterpolationWidths 79 0.041176664
insert D_0(2550)+Width:InterpolationWidths 80 0.044635006
insert D_0(2550)+Width:InterpolationWidths 81 0.048272193
insert D_0(2550)+Width:InterpolationWidths 82 0.052092373
insert D_0(2550)+Width:InterpolationWidths 83 0.056099691
insert D_0(2550)+Width:InterpolationWidths 84 0.060298291
insert D_0(2550)+Width:InterpolationWidths 85 0.064692314
insert D_0(2550)+Width:InterpolationWidths 86 0.069285903
insert D_0(2550)+Width:InterpolationWidths 87 0.074083201
insert D_0(2550)+Width:InterpolationWidths 88 0.079088348
insert D_0(2550)+Width:InterpolationWidths 89 0.084305489
insert D_0(2550)+Width:InterpolationWidths 90 0.089738769
insert D_0(2550)+Width:InterpolationWidths 91 0.095392333
insert D_0(2550)+Width:InterpolationWidths 92 0.10127033
insert D_0(2550)+Width:InterpolationWidths 93 0.10737692
insert D_0(2550)+Width:InterpolationWidths 94 0.11371624
insert D_0(2550)+Width:InterpolationWidths 95 0.12029247
insert D_0(2550)+Width:InterpolationWidths 96 0.12710976
insert D_0(2550)+Width:InterpolationWidths 97 0.13417228
insert D_0(2550)+Width:InterpolationWidths 98 0.14148419
insert D_0(2550)+Width:InterpolationWidths 99 0.14904969
insert D_0(2550)+Width:InterpolationWidths 100 0.15687295
insert D_0(2550)+Width:InterpolationWidths 101 0.16495816
insert D_0(2550)+Width:InterpolationWidths 102 0.17330951
insert D_0(2550)+Width:InterpolationWidths 103 0.1819312
insert D_0(2550)+Width:InterpolationWidths 104 0.19082745
insert D_0(2550)+Width:InterpolationWidths 105 0.20000247
insert D_0(2550)+Width:InterpolationWidths 106 0.20946047
insert D_0(2550)+Width:InterpolationWidths 107 0.2192057
insert D_0(2550)+Width:NumberofEntries 0 54
insert D_0(2550)+Width:NumberofEntries 1 108
newdef D_0(2550)+Width:fPi 130.2
newdef D_0(2550)+Width:g 0.566
newdef D_0(2550)+Width:h 0.544
newdef D_0(2550)+Width:hp 0.413
newdef D_0(2550)+Width:k 0.407
newdef D_0(2550)+Width:kp 0.242
newdef D_0(2550)+Width:gtilde 0.283
newdef D_0(2550)+Width:Lambda 1
newdef D_0(2550)+Width:psiL 0
newdef D_0(2550)+Width:psiS 0.041
newdef /Herwig/Particles/D_0(2550)-:Width_generator D_0(2550)+Width
newdef /Herwig/Particles/D_0(2550)+:Width_generator D_0(2550)+Width
#
create Herwig::GenericWidthGenerator phi2170Width
newdef phi2170Width:Particle /Herwig/Particles/phi(2170)
newdef phi2170Width:Prefactor 0.999802
newdef phi2170Width:BRNormalize 1
newdef phi2170Width:BRMinimum 0.01
newdef phi2170Width:Points 50
newdef phi2170Width:InterpolationOrder 1
insert phi2170Width:MEtype 0 2
insert phi2170Width:MEtype 1 2
insert phi2170Width:MEtype 2 2
insert phi2170Width:MEcode 0 0
insert phi2170Width:MEcode 1 0
insert phi2170Width:MEcode 2 0
insert phi2170Width:MEcoupling 0 0.995748
insert phi2170Width:MEcoupling 1 0.93774
insert phi2170Width:MEcoupling 2 0.997578
insert phi2170Width:ModeOn 0 1
insert phi2170Width:ModeOn 1 1
insert phi2170Width:ModeOn 2 1
insert phi2170Width:MinimumMasses 0 1.24371
insert phi2170Width:MinimumMasses 1 1.94521
insert phi2170Width:MinimumMasses 2 1.69846
insert phi2170Width:MEmass1 0 0.78266
insert phi2170Width:MEmass1 1 1.01946
insert phi2170Width:MEmass1 2 1.01946
insert phi2170Width:MEmass2 0 0.547862
insert phi2170Width:MEmass2 1 0.95778
insert phi2170Width:MEmass2 2 0.965
insert phi2170Width:DecayModes 0 phi(2170)->omega,eta;
insert phi2170Width:DecayModes 1 phi(2170)->phi,eta';
insert phi2170Width:DecayModes 2 phi(2170)->f_0,phi;
insert phi2170Width:InterpolationMasses 0 1.714449
insert phi2170Width:InterpolationMasses 1 1.7312245
insert phi2170Width:InterpolationMasses 2 1.748
insert phi2170Width:InterpolationMasses 3 1.7647755
insert phi2170Width:InterpolationMasses 4 1.781551
insert phi2170Width:InterpolationMasses 5 1.7983265
insert phi2170Width:InterpolationMasses 6 1.815102
insert phi2170Width:InterpolationMasses 7 1.8318776
insert phi2170Width:InterpolationMasses 8 1.8486531
insert phi2170Width:InterpolationMasses 9 1.8654286
insert phi2170Width:InterpolationMasses 10 1.8822041
insert phi2170Width:InterpolationMasses 11 1.8989796
insert phi2170Width:InterpolationMasses 12 1.9157551
insert phi2170Width:InterpolationMasses 13 1.9325306
insert phi2170Width:InterpolationMasses 14 1.9493061
insert phi2170Width:InterpolationMasses 15 1.9660816
insert phi2170Width:InterpolationMasses 16 1.9828571
insert phi2170Width:InterpolationMasses 17 1.9996327
insert phi2170Width:InterpolationMasses 18 2.0164082
insert phi2170Width:InterpolationMasses 19 2.0331837
insert phi2170Width:InterpolationMasses 20 2.0499592
insert phi2170Width:InterpolationMasses 21 2.0667347
insert phi2170Width:InterpolationMasses 22 2.0835102
insert phi2170Width:InterpolationMasses 23 2.1002857
insert phi2170Width:InterpolationMasses 24 2.1170612
insert phi2170Width:InterpolationMasses 25 2.1338367
insert phi2170Width:InterpolationMasses 26 2.1506122
insert phi2170Width:InterpolationMasses 27 2.1673878
insert phi2170Width:InterpolationMasses 28 2.1841633
insert phi2170Width:InterpolationMasses 29 2.2009388
insert phi2170Width:InterpolationMasses 30 2.2177143
insert phi2170Width:InterpolationMasses 31 2.2344898
insert phi2170Width:InterpolationMasses 32 2.2512653
insert phi2170Width:InterpolationMasses 33 2.2680408
insert phi2170Width:InterpolationMasses 34 2.2848163
insert phi2170Width:InterpolationMasses 35 2.3015918
insert phi2170Width:InterpolationMasses 36 2.3183673
insert phi2170Width:InterpolationMasses 37 2.3351429
insert phi2170Width:InterpolationMasses 38 2.3519184
insert phi2170Width:InterpolationMasses 39 2.3686939
insert phi2170Width:InterpolationMasses 40 2.3854694
insert phi2170Width:InterpolationMasses 41 2.4022449
insert phi2170Width:InterpolationMasses 42 2.4190204
insert phi2170Width:InterpolationMasses 43 2.4357959
insert phi2170Width:InterpolationMasses 44 2.4525714
insert phi2170Width:InterpolationMasses 45 2.4693469
insert phi2170Width:InterpolationMasses 46 2.4861224
insert phi2170Width:InterpolationMasses 47 2.502898
insert phi2170Width:InterpolationMasses 48 2.5196735
insert phi2170Width:InterpolationMasses 49 2.536449
insert phi2170Width:InterpolationMasses 50 2.5532245
insert phi2170Width:InterpolationMasses 51 2.57
insert phi2170Width:InterpolationMasses 52 2.5867755
insert phi2170Width:InterpolationMasses 53 2.603551
insert phi2170Width:InterpolationMasses 54 1.9197094
insert phi2170Width:InterpolationMasses 55 1.9324602
insert phi2170Width:InterpolationMasses 56 1.945211
insert phi2170Width:InterpolationMasses 57 1.9464823
insert phi2170Width:InterpolationMasses 58 1.9477545
insert phi2170Width:InterpolationMasses 59 1.9490275
insert phi2170Width:InterpolationMasses 60 1.9503013
insert phi2170Width:InterpolationMasses 61 1.951576
insert phi2170Width:InterpolationMasses 62 1.9528515
insert phi2170Width:InterpolationMasses 63 1.9541278
insert phi2170Width:InterpolationMasses 64 1.955405
insert phi2170Width:InterpolationMasses 65 1.956683
insert phi2170Width:InterpolationMasses 66 1.9579618
insert phi2170Width:InterpolationMasses 67 1.9707126
insert phi2170Width:InterpolationMasses 68 1.9834634
insert phi2170Width:InterpolationMasses 69 1.9962142
insert phi2170Width:InterpolationMasses 70 2.008965
insert phi2170Width:InterpolationMasses 71 2.0217158
insert phi2170Width:InterpolationMasses 72 2.0344666
insert phi2170Width:InterpolationMasses 73 2.0472174
insert phi2170Width:InterpolationMasses 74 2.0599682
insert phi2170Width:InterpolationMasses 75 2.072719
insert phi2170Width:InterpolationMasses 76 2.0854698
insert phi2170Width:InterpolationMasses 77 2.0982206
insert phi2170Width:InterpolationMasses 78 2.1109713
insert phi2170Width:InterpolationMasses 79 2.1237221
insert phi2170Width:InterpolationMasses 80 2.1364729
insert phi2170Width:InterpolationMasses 81 2.1492237
insert phi2170Width:InterpolationMasses 82 2.1619745
insert phi2170Width:InterpolationMasses 83 2.1747253
insert phi2170Width:InterpolationMasses 84 2.1874761
insert phi2170Width:InterpolationMasses 85 2.2002269
insert phi2170Width:InterpolationMasses 86 2.2129777
insert phi2170Width:InterpolationMasses 87 2.2257285
insert phi2170Width:InterpolationMasses 88 2.2384793
insert phi2170Width:InterpolationMasses 89 2.2512301
insert phi2170Width:InterpolationMasses 90 2.2639809
insert phi2170Width:InterpolationMasses 91 2.2767317
insert phi2170Width:InterpolationMasses 92 2.2894825
insert phi2170Width:InterpolationMasses 93 2.3022333
insert phi2170Width:InterpolationMasses 94 2.3149841
insert phi2170Width:InterpolationMasses 95 2.3277349
insert phi2170Width:InterpolationMasses 96 2.3404857
insert phi2170Width:InterpolationMasses 97 2.3532365
insert phi2170Width:InterpolationMasses 98 2.3659873
insert phi2170Width:InterpolationMasses 99 2.3787381
insert phi2170Width:InterpolationMasses 100 2.3914889
insert phi2170Width:InterpolationMasses 101 2.4042397
insert phi2170Width:InterpolationMasses 102 2.4169904
insert phi2170Width:InterpolationMasses 103 2.4297412
insert phi2170Width:InterpolationMasses 104 2.442492
insert phi2170Width:InterpolationMasses 105 2.4552428
insert phi2170Width:InterpolationMasses 106 2.4679936
insert phi2170Width:InterpolationMasses 107 2.4807444
insert phi2170Width:InterpolationMasses 108 2.4934952
insert phi2170Width:InterpolationMasses 109 2.506246
insert phi2170Width:InterpolationMasses 110 2.5189968
insert phi2170Width:InterpolationMasses 111 2.5317476
insert phi2170Width:InterpolationMasses 112 2.5444984
insert phi2170Width:InterpolationMasses 113 2.5572492
insert phi2170Width:InterpolationMasses 114 2.57
insert phi2170Width:InterpolationMasses 115 2.5827508
insert phi2170Width:InterpolationMasses 116 2.5955016
insert phi2170Width:InterpolationMasses 117 1.714449
insert phi2170Width:InterpolationMasses 118 1.7312245
insert phi2170Width:InterpolationMasses 119 1.748
insert phi2170Width:InterpolationMasses 120 1.7647755
insert phi2170Width:InterpolationMasses 121 1.781551
insert phi2170Width:InterpolationMasses 122 1.7983265
insert phi2170Width:InterpolationMasses 123 1.815102
insert phi2170Width:InterpolationMasses 124 1.8318776
insert phi2170Width:InterpolationMasses 125 1.8486531
insert phi2170Width:InterpolationMasses 126 1.8654286
insert phi2170Width:InterpolationMasses 127 1.8822041
insert phi2170Width:InterpolationMasses 128 1.8989796
insert phi2170Width:InterpolationMasses 129 1.9157551
insert phi2170Width:InterpolationMasses 130 1.9325306
insert phi2170Width:InterpolationMasses 131 1.9493061
insert phi2170Width:InterpolationMasses 132 1.9660816
insert phi2170Width:InterpolationMasses 133 1.9828571
insert phi2170Width:InterpolationMasses 134 1.9996327
insert phi2170Width:InterpolationMasses 135 2.0164082
insert phi2170Width:InterpolationMasses 136 2.0331837
insert phi2170Width:InterpolationMasses 137 2.0499592
insert phi2170Width:InterpolationMasses 138 2.0667347
insert phi2170Width:InterpolationMasses 139 2.0835102
insert phi2170Width:InterpolationMasses 140 2.1002857
insert phi2170Width:InterpolationMasses 141 2.1170612
insert phi2170Width:InterpolationMasses 142 2.1338367
insert phi2170Width:InterpolationMasses 143 2.1506122
insert phi2170Width:InterpolationMasses 144 2.1673878
insert phi2170Width:InterpolationMasses 145 2.1841633
insert phi2170Width:InterpolationMasses 146 2.2009388
insert phi2170Width:InterpolationMasses 147 2.2177143
insert phi2170Width:InterpolationMasses 148 2.2344898
insert phi2170Width:InterpolationMasses 149 2.2512653
insert phi2170Width:InterpolationMasses 150 2.2680408
insert phi2170Width:InterpolationMasses 151 2.2848163
insert phi2170Width:InterpolationMasses 152 2.3015918
insert phi2170Width:InterpolationMasses 153 2.3183673
insert phi2170Width:InterpolationMasses 154 2.3351429
insert phi2170Width:InterpolationMasses 155 2.3519184
insert phi2170Width:InterpolationMasses 156 2.3686939
insert phi2170Width:InterpolationMasses 157 2.3854694
insert phi2170Width:InterpolationMasses 158 2.4022449
insert phi2170Width:InterpolationMasses 159 2.4190204
insert phi2170Width:InterpolationMasses 160 2.4357959
insert phi2170Width:InterpolationMasses 161 2.4525714
insert phi2170Width:InterpolationMasses 162 2.4693469
insert phi2170Width:InterpolationMasses 163 2.4861224
insert phi2170Width:InterpolationMasses 164 2.502898
insert phi2170Width:InterpolationMasses 165 2.5196735
insert phi2170Width:InterpolationMasses 166 2.536449
insert phi2170Width:InterpolationMasses 167 2.5532245
insert phi2170Width:InterpolationMasses 168 2.57
insert phi2170Width:InterpolationMasses 169 2.5867755
insert phi2170Width:InterpolationMasses 170 2.603551
insert phi2170Width:InterpolationWidths 0 0.013355787
insert phi2170Width:InterpolationWidths 1 0.014374411
insert phi2170Width:InterpolationWidths 2 0.01542848
insert phi2170Width:InterpolationWidths 3 0.016518145
insert phi2170Width:InterpolationWidths 4 0.017643542
insert phi2170Width:InterpolationWidths 5 0.018804895
insert phi2170Width:InterpolationWidths 6 0.020002364
insert phi2170Width:InterpolationWidths 7 0.021236144
insert phi2170Width:InterpolationWidths 8 0.022506433
insert phi2170Width:InterpolationWidths 9 0.023813443
insert phi2170Width:InterpolationWidths 10 0.025157386
insert phi2170Width:InterpolationWidths 11 0.026538485
insert phi2170Width:InterpolationWidths 12 0.027956967
insert phi2170Width:InterpolationWidths 13 0.029413063
insert phi2170Width:InterpolationWidths 14 0.030907009
insert phi2170Width:InterpolationWidths 15 0.032439048
insert phi2170Width:InterpolationWidths 16 0.034009422
insert phi2170Width:InterpolationWidths 17 0.035618382
insert phi2170Width:InterpolationWidths 18 0.037266178
insert phi2170Width:InterpolationWidths 19 0.038953065
insert phi2170Width:InterpolationWidths 20 0.040679302
insert phi2170Width:InterpolationWidths 21 0.042445149
insert phi2170Width:InterpolationWidths 22 0.044250868
insert phi2170Width:InterpolationWidths 23 0.046096726
insert phi2170Width:InterpolationWidths 24 0.04798299
insert phi2170Width:InterpolationWidths 25 0.049909929
insert phi2170Width:InterpolationWidths 26 0.051877815
insert phi2170Width:InterpolationWidths 27 0.053886922
insert phi2170Width:InterpolationWidths 28 0.055937525
insert phi2170Width:InterpolationWidths 29 0.0580299
insert phi2170Width:InterpolationWidths 30 0.060164325
insert phi2170Width:InterpolationWidths 31 0.062341081
insert phi2170Width:InterpolationWidths 32 0.064560448
insert phi2170Width:InterpolationWidths 33 0.066822708
insert phi2170Width:InterpolationWidths 34 0.069128145
insert phi2170Width:InterpolationWidths 35 0.071477044
insert phi2170Width:InterpolationWidths 36 0.073869689
insert phi2170Width:InterpolationWidths 37 0.076306368
insert phi2170Width:InterpolationWidths 38 0.078787369
insert phi2170Width:InterpolationWidths 39 0.081312979
insert phi2170Width:InterpolationWidths 40 0.083883488
insert phi2170Width:InterpolationWidths 41 0.086499187
insert phi2170Width:InterpolationWidths 42 0.089160366
insert phi2170Width:InterpolationWidths 43 0.091867317
insert phi2170Width:InterpolationWidths 44 0.094620333
insert phi2170Width:InterpolationWidths 45 0.097419707
insert phi2170Width:InterpolationWidths 46 0.10026573
insert phi2170Width:InterpolationWidths 47 0.1031587
insert phi2170Width:InterpolationWidths 48 0.10609891
insert phi2170Width:InterpolationWidths 49 0.10908666
insert phi2170Width:InterpolationWidths 50 0.11212224
insert phi2170Width:InterpolationWidths 51 0.11520595
insert phi2170Width:InterpolationWidths 52 0.11833809
insert phi2170Width:InterpolationWidths 53 0.12151895
insert phi2170Width:InterpolationWidths 54 0
insert phi2170Width:InterpolationWidths 55 0
insert phi2170Width:InterpolationWidths 56 0
insert phi2170Width:InterpolationWidths 57 5.2697216e-12
insert phi2170Width:InterpolationWidths 58 2.4198265e-10
insert phi2170Width:InterpolationWidths 59 3.3463188e-09
insert phi2170Width:InterpolationWidths 60 1.2916648e-08
insert phi2170Width:InterpolationWidths 61 3.2170238e-08
insert phi2170Width:InterpolationWidths 62 6.4613891e-08
insert phi2170Width:InterpolationWidths 63 1.1432759e-07
insert phi2170Width:InterpolationWidths 64 1.8631436e-07
insert phi2170Width:InterpolationWidths 65 2.8695245e-07
insert phi2170Width:InterpolationWidths 66 4.2443422e-07
insert phi2170Width:InterpolationWidths 67 8.9765421e-06
insert phi2170Width:InterpolationWidths 68 0.00029097944
insert phi2170Width:InterpolationWidths 69 0.0013875201
insert phi2170Width:InterpolationWidths 70 0.003046904
insert phi2170Width:InterpolationWidths 71 0.0051527592
insert phi2170Width:InterpolationWidths 72 0.0076402025
insert phi2170Width:InterpolationWidths 73 0.010462809
insert phi2170Width:InterpolationWidths 74 0.013592127
insert phi2170Width:InterpolationWidths 75 0.017008155
insert phi2170Width:InterpolationWidths 76 0.020695874
insert phi2170Width:InterpolationWidths 77 0.024643554
insert phi2170Width:InterpolationWidths 78 0.028841789
insert phi2170Width:InterpolationWidths 79 0.033282878
insert phi2170Width:InterpolationWidths 80 0.037960425
insert phi2170Width:InterpolationWidths 81 0.042869043
insert phi2170Width:InterpolationWidths 82 0.048004175
insert phi2170Width:InterpolationWidths 83 0.053361912
insert phi2170Width:InterpolationWidths 84 0.058938899
insert phi2170Width:InterpolationWidths 85 0.064732221
insert phi2170Width:InterpolationWidths 86 0.070739366
insert phi2170Width:InterpolationWidths 87 0.076958146
insert phi2170Width:InterpolationWidths 88 0.083386657
insert phi2170Width:InterpolationWidths 89 0.090023242
insert phi2170Width:InterpolationWidths 90 0.096866457
insert phi2170Width:InterpolationWidths 91 0.10391505
insert phi2170Width:InterpolationWidths 92 0.11116793
insert phi2170Width:InterpolationWidths 93 0.11862417
insert phi2170Width:InterpolationWidths 94 0.12628296
insert phi2170Width:InterpolationWidths 95 0.13414362
insert phi2170Width:InterpolationWidths 96 0.14220556
insert phi2170Width:InterpolationWidths 97 0.15046831
insert phi2170Width:InterpolationWidths 98 0.15893148
insert phi2170Width:InterpolationWidths 99 0.16759475
insert phi2170Width:InterpolationWidths 100 0.17645788
insert phi2170Width:InterpolationWidths 101 0.1855207
insert phi2170Width:InterpolationWidths 102 0.19478311
insert phi2170Width:InterpolationWidths 103 0.20424503
insert phi2170Width:InterpolationWidths 104 0.21390649
insert phi2170Width:InterpolationWidths 105 0.22376751
insert phi2170Width:InterpolationWidths 106 0.23382819
insert phi2170Width:InterpolationWidths 107 0.24408866
insert phi2170Width:InterpolationWidths 108 0.25454908
insert phi2170Width:InterpolationWidths 109 0.26520968
insert phi2170Width:InterpolationWidths 110 0.27607067
insert phi2170Width:InterpolationWidths 111 0.28713234
insert phi2170Width:InterpolationWidths 112 0.29839498
insert phi2170Width:InterpolationWidths 113 0.30985891
insert phi2170Width:InterpolationWidths 114 0.3215245
insert phi2170Width:InterpolationWidths 115 0.3333921
insert phi2170Width:InterpolationWidths 116 0.34546213
insert phi2170Width:InterpolationWidths 117 5.9809365e-08
insert phi2170Width:InterpolationWidths 118 4.6388941e-06
insert phi2170Width:InterpolationWidths 119 5.6176021e-05
insert phi2170Width:InterpolationWidths 120 0.00015395745
insert phi2170Width:InterpolationWidths 121 0.00029556787
insert phi2170Width:InterpolationWidths 122 0.00048362807
insert phi2170Width:InterpolationWidths 123 0.00072396279
insert phi2170Width:InterpolationWidths 124 0.0010253347
insert phi2170Width:InterpolationWidths 125 0.0013997001
insert phi2170Width:InterpolationWidths 126 0.0018630251
insert phi2170Width:InterpolationWidths 127 0.002436507
insert phi2170Width:InterpolationWidths 128 0.0031482984
insert phi2170Width:InterpolationWidths 129 0.0040352764
insert phi2170Width:InterpolationWidths 130 0.0051443973
insert phi2170Width:InterpolationWidths 131 0.0065312529
insert phi2170Width:InterpolationWidths 132 0.0082514176
insert phi2170Width:InterpolationWidths 133 0.010340239
insert phi2170Width:InterpolationWidths 134 0.012785336
insert phi2170Width:InterpolationWidths 135 0.01550994
insert phi2170Width:InterpolationWidths 136 0.018397527
insert phi2170Width:InterpolationWidths 137 0.021367066
insert phi2170Width:InterpolationWidths 138 0.024367185
insert phi2170Width:InterpolationWidths 139 0.027366209
insert phi2170Width:InterpolationWidths 140 0.03034733
insert phi2170Width:InterpolationWidths 141 0.033302864
insert phi2170Width:InterpolationWidths 142 0.036230358
insert phi2170Width:InterpolationWidths 143 0.039131334
insert phi2170Width:InterpolationWidths 144 0.042020173
insert phi2170Width:InterpolationWidths 145 0.044865344
insert phi2170Width:InterpolationWidths 146 0.047706029
insert phi2170Width:InterpolationWidths 147 0.050533142
insert phi2170Width:InterpolationWidths 148 0.053351606
insert phi2170Width:InterpolationWidths 149 0.056162866
insert phi2170Width:InterpolationWidths 150 0.058971963
insert phi2170Width:InterpolationWidths 151 0.061782098
insert phi2170Width:InterpolationWidths 152 0.064594554
insert phi2170Width:InterpolationWidths 153 0.067410676
insert phi2170Width:InterpolationWidths 154 0.07023575
insert phi2170Width:InterpolationWidths 155 0.073086502
insert phi2170Width:InterpolationWidths 156 0.075915585
insert phi2170Width:InterpolationWidths 157 0.078772448
insert phi2170Width:InterpolationWidths 158 0.081651227
insert phi2170Width:InterpolationWidths 159 0.084556656
insert phi2170Width:InterpolationWidths 160 0.087439204
insert phi2170Width:InterpolationWidths 161 0.090362901
insert phi2170Width:InterpolationWidths 162 0.093310345
insert phi2170Width:InterpolationWidths 163 0.096271406
insert phi2170Width:InterpolationWidths 164 0.099253166
insert phi2170Width:InterpolationWidths 165 0.10223595
insert phi2170Width:InterpolationWidths 166 0.10522853
insert phi2170Width:InterpolationWidths 167 0.10823591
insert phi2170Width:InterpolationWidths 168 0.11126128
insert phi2170Width:InterpolationWidths 169 0.11430679
insert phi2170Width:InterpolationWidths 170 0.1173741
insert phi2170Width:NumberofEntries 0 54
insert phi2170Width:NumberofEntries 1 117
insert phi2170Width:NumberofEntries 2 171
newdef /Herwig/Particles/phi(2170):Width_generator phi2170Width
#
create Herwig::BaryonWidthGenerator Xi_cc*+Width
newdef Xi_cc*+Width:Particle /Herwig/Particles/Xi_cc*+
newdef Xi_cc*+Width:Prefactor 1
newdef Xi_cc*+Width:BRNormalize 1
newdef Xi_cc*+Width:BRMinimum 0.01
newdef Xi_cc*+Width:Points 50
newdef Xi_cc*+Width:InterpolationOrder 1
insert Xi_cc*+Width:MEtype 0 1
insert Xi_cc*+Width:MEcode 0 106
insert Xi_cc*+Width:MEcoupling 0 0.576277
insert Xi_cc*+Width:ModeOn 0 1
insert Xi_cc*+Width:MinimumMasses 0 3.62155
insert Xi_cc*+Width:MEmass1 0 3.62155
insert Xi_cc*+Width:MEmass2 0 0
insert Xi_cc*+Width:DecayModes 0 Xi_cc*+->Xi_cc+,gamma;
insert Xi_cc*+Width:NumberofEntries 0 0
insert Xi_cc*+Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_cc*+Width:ModeLocation 0 0
newdef /Herwig/Particles/Xibar_cc*-:Width_generator Xi_cc*+Width
newdef /Herwig/Particles/Xi_cc*+:Width_generator Xi_cc*+Width
#
create Herwig::BaryonWidthGenerator Xi_cc*++Width
newdef Xi_cc*++Width:Particle /Herwig/Particles/Xi_cc*++
newdef Xi_cc*++Width:Prefactor 1
newdef Xi_cc*++Width:BRNormalize 1
newdef Xi_cc*++Width:BRMinimum 0.01
newdef Xi_cc*++Width:Points 50
newdef Xi_cc*++Width:InterpolationOrder 1
insert Xi_cc*++Width:MEtype 0 1
insert Xi_cc*++Width:MEcode 0 106
insert Xi_cc*++Width:MEcoupling 0 0.576094
insert Xi_cc*++Width:ModeOn 0 1
insert Xi_cc*++Width:MinimumMasses 0 3.62155
insert Xi_cc*++Width:MEmass1 0 3.62155
insert Xi_cc*++Width:MEmass2 0 0
insert Xi_cc*++Width:DecayModes 0 Xi_cc*++->Xi_cc++,gamma;
insert Xi_cc*++Width:NumberofEntries 0 0
insert Xi_cc*++Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_cc*++Width:ModeLocation 0 1
newdef /Herwig/Particles/Xi_cc*++:Width_generator Xi_cc*++Width
newdef /Herwig/Particles/Xibar_cc*--:Width_generator Xi_cc*++Width
#
create Herwig::BaryonWidthGenerator Omega_cc*+Width
newdef Omega_cc*+Width:Particle /Herwig/Particles/Omega_cc*+
newdef Omega_cc*+Width:Prefactor 1
newdef Omega_cc*+Width:BRNormalize 1
newdef Omega_cc*+Width:BRMinimum 0.01
newdef Omega_cc*+Width:Points 50
newdef Omega_cc*+Width:InterpolationOrder 1
insert Omega_cc*+Width:MEtype 0 1
insert Omega_cc*+Width:MEcode 0 106
insert Omega_cc*+Width:MEcoupling 0 0.577367
insert Omega_cc*+Width:ModeOn 0 1
insert Omega_cc*+Width:MinimumMasses 0 3.778
insert Omega_cc*+Width:MEmass1 0 3.778
insert Omega_cc*+Width:MEmass2 0 0
insert Omega_cc*+Width:DecayModes 0 Omega_cc*+->Omega_cc+,gamma;
insert Omega_cc*+Width:NumberofEntries 0 0
insert Omega_cc*+Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Omega_cc*+Width:ModeLocation 0 2
newdef /Herwig/Particles/Omega_cc*+:Width_generator Omega_cc*+Width
newdef /Herwig/Particles/Omegabar_cc*-:Width_generator Omega_cc*+Width
#
create Herwig::BaryonWidthGenerator Xi_bb*-Width
newdef Xi_bb*-Width:Particle /Herwig/Particles/Xi_bb*-
newdef Xi_bb*-Width:Prefactor 1
newdef Xi_bb*-Width:BRNormalize 1
newdef Xi_bb*-Width:BRMinimum 0.01
newdef Xi_bb*-Width:Points 50
newdef Xi_bb*-Width:InterpolationOrder 1
insert Xi_bb*-Width:MEtype 0 1
insert Xi_bb*-Width:MEcode 0 106
insert Xi_bb*-Width:MEcoupling 0 0.579634
insert Xi_bb*-Width:ModeOn 0 1
insert Xi_bb*-Width:MinimumMasses 0 10.202
insert Xi_bb*-Width:MEmass1 0 10.202
insert Xi_bb*-Width:MEmass2 0 0
insert Xi_bb*-Width:DecayModes 0 Xi_bb*-->Xi_bb-,gamma;
insert Xi_bb*-Width:NumberofEntries 0 0
insert Xi_bb*-Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bb*-Width:ModeLocation 0 3
newdef /Herwig/Particles/Xibar_bb*+:Width_generator Xi_bb*-Width
newdef /Herwig/Particles/Xi_bb*-:Width_generator Xi_bb*-Width
#
create Herwig::BaryonWidthGenerator Xi_bb*0Width
newdef Xi_bb*0Width:Particle /Herwig/Particles/Xi_bb*0
newdef Xi_bb*0Width:Prefactor 1
newdef Xi_bb*0Width:BRNormalize 1
newdef Xi_bb*0Width:BRMinimum 0.01
newdef Xi_bb*0Width:Points 50
newdef Xi_bb*0Width:InterpolationOrder 1
insert Xi_bb*0Width:MEtype 0 1
insert Xi_bb*0Width:MEcode 0 106
insert Xi_bb*0Width:MEcoupling 0 0.577562
insert Xi_bb*0Width:ModeOn 0 1
insert Xi_bb*0Width:MinimumMasses 0 10.202
insert Xi_bb*0Width:MEmass1 0 10.202
insert Xi_bb*0Width:MEmass2 0 0
insert Xi_bb*0Width:DecayModes 0 Xi_bb*0->Xi_bb0,gamma;
insert Xi_bb*0Width:NumberofEntries 0 0
insert Xi_bb*0Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bb*0Width:ModeLocation 0 4
newdef /Herwig/Particles/Xi_bb*0:Width_generator Xi_bb*0Width
newdef /Herwig/Particles/Xibar_bb*0:Width_generator Xi_bb*0Width
#
create Herwig::BaryonWidthGenerator Omega_bb*-Width
newdef Omega_bb*-Width:Particle /Herwig/Particles/Omega_bb*-
newdef Omega_bb*-Width:Prefactor 1
newdef Omega_bb*-Width:BRNormalize 1
newdef Omega_bb*-Width:BRMinimum 0.01
newdef Omega_bb*-Width:Points 50
newdef Omega_bb*-Width:InterpolationOrder 1
insert Omega_bb*-Width:MEtype 0 1
insert Omega_bb*-Width:MEcode 0 106
insert Omega_bb*-Width:MEcoupling 0 0.577371
insert Omega_bb*-Width:ModeOn 0 1
insert Omega_bb*-Width:MinimumMasses 0 10.359
insert Omega_bb*-Width:MEmass1 0 10.359
insert Omega_bb*-Width:MEmass2 0 0
insert Omega_bb*-Width:DecayModes 0 Omega_bb*-->Omega_bb-,gamma;
insert Omega_bb*-Width:NumberofEntries 0 0
insert Omega_bb*-Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Omega_bb*-Width:ModeLocation 0 5
newdef /Herwig/Particles/Omega_bb*-:Width_generator Omega_bb*-Width
newdef /Herwig/Particles/Omegabar_bb*+:Width_generator Omega_bb*-Width
#
create Herwig::BaryonWidthGenerator Xi_bc*0Width
newdef Xi_bc*0Width:Particle /Herwig/Particles/Xi_bc*0
newdef Xi_bc*0Width:Prefactor 1
newdef Xi_bc*0Width:BRNormalize 1
newdef Xi_bc*0Width:BRMinimum 0.01
newdef Xi_bc*0Width:Points 50
newdef Xi_bc*0Width:InterpolationOrder 1
insert Xi_bc*0Width:MEtype 0 1
insert Xi_bc*0Width:MEcode 0 106
insert Xi_bc*0Width:MEcoupling 0 0.578043
insert Xi_bc*0Width:ModeOn 0 1
insert Xi_bc*0Width:MinimumMasses 0 6.933
insert Xi_bc*0Width:MEmass1 0 6.933
insert Xi_bc*0Width:MEmass2 0 0
insert Xi_bc*0Width:DecayModes 0 Xi_bc*0->Xi_bc0,gamma;
insert Xi_bc*0Width:NumberofEntries 0 0
insert Xi_bc*0Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bc*0Width:ModeLocation 0 6
newdef /Herwig/Particles/Xi_bc*0:Width_generator Xi_bc*0Width
newdef /Herwig/Particles/Xibar_bc*0:Width_generator Xi_bc*0Width
#
create Herwig::BaryonWidthGenerator Xi_bc*+Width
newdef Xi_bc*+Width:Particle /Herwig/Particles/Xi_bc*+
newdef Xi_bc*+Width:Prefactor 1
newdef Xi_bc*+Width:BRNormalize 1
newdef Xi_bc*+Width:BRMinimum 0.01
newdef Xi_bc*+Width:Points 50
newdef Xi_bc*+Width:InterpolationOrder 1
insert Xi_bc*+Width:MEtype 0 1
insert Xi_bc*+Width:MEcode 0 106
insert Xi_bc*+Width:MEcoupling 0 0.57681
insert Xi_bc*+Width:ModeOn 0 1
insert Xi_bc*+Width:MinimumMasses 0 6.933
insert Xi_bc*+Width:MEmass1 0 6.933
insert Xi_bc*+Width:MEmass2 0 0
insert Xi_bc*+Width:DecayModes 0 Xi_bc*+->Xi_bc+,gamma;
insert Xi_bc*+Width:NumberofEntries 0 0
insert Xi_bc*+Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bc*+Width:ModeLocation 0 7
newdef /Herwig/Particles/Xibar_bc*-:Width_generator Xi_bc*+Width
newdef /Herwig/Particles/Xi_bc*+:Width_generator Xi_bc*+Width
#
create Herwig::BaryonWidthGenerator Omega_bc*0Width
newdef Omega_bc*0Width:Particle /Herwig/Particles/Omega_bc*0
newdef Omega_bc*0Width:Prefactor 1
newdef Omega_bc*0Width:BRNormalize 1
newdef Omega_bc*0Width:BRMinimum 0.01
newdef Omega_bc*0Width:Points 50
newdef Omega_bc*0Width:InterpolationOrder 1
insert Omega_bc*0Width:MEtype 0 1
insert Omega_bc*0Width:MEcode 0 106
insert Omega_bc*0Width:MEcoupling 0 0.575926
insert Omega_bc*0Width:ModeOn 0 1
insert Omega_bc*0Width:MinimumMasses 0 7.088
insert Omega_bc*0Width:MEmass1 0 7.088
insert Omega_bc*0Width:MEmass2 0 0
insert Omega_bc*0Width:DecayModes 0 Omega_bc*0->Omega_bc0,gamma;
insert Omega_bc*0Width:NumberofEntries 0 0
insert Omega_bc*0Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Omega_bc*0Width:ModeLocation 0 8
newdef /Herwig/Particles/Omegabar_bc*0:Width_generator Omega_bc*0Width
newdef /Herwig/Particles/Omega_bc*0:Width_generator Omega_bc*0Width
#
create Herwig::BaryonWidthGenerator Omega_bc'0Width
newdef Omega_bc'0Width:Particle /Herwig/Particles/Omega_bc'0
newdef Omega_bc'0Width:Prefactor 1
newdef Omega_bc'0Width:BRNormalize 1
newdef Omega_bc'0Width:BRMinimum 0.01
newdef Omega_bc'0Width:Points 50
newdef Omega_bc'0Width:InterpolationOrder 1
insert Omega_bc'0Width:MEtype 0 1
insert Omega_bc'0Width:MEcode 0 102
insert Omega_bc'0Width:MEcoupling 0 0.99948
insert Omega_bc'0Width:ModeOn 0 1
insert Omega_bc'0Width:MinimumMasses 0 7.088
insert Omega_bc'0Width:MEmass1 0 7.088
insert Omega_bc'0Width:MEmass2 0 0
insert Omega_bc'0Width:DecayModes 0 Omega_bc'0->Omega_bc0,gamma;
insert Omega_bc'0Width:NumberofEntries 0 0
insert Omega_bc'0Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Omega_bc'0Width:ModeLocation 0 11
newdef /Herwig/Particles/Omega_bc'0:Width_generator Omega_bc'0Width
newdef /Herwig/Particles/Omegabar_bc'0:Width_generator Omega_bc'0Width
#
create Herwig::BaryonWidthGenerator Xi_bc'0Width
newdef Xi_bc'0Width:Particle /Herwig/Particles/Xi_bc'0
newdef Xi_bc'0Width:Prefactor 1
newdef Xi_bc'0Width:BRNormalize 1
newdef Xi_bc'0Width:BRMinimum 0.01
newdef Xi_bc'0Width:Points 50
newdef Xi_bc'0Width:InterpolationOrder 1
insert Xi_bc'0Width:MEtype 0 1
insert Xi_bc'0Width:MEcode 0 102
insert Xi_bc'0Width:MEcoupling 0 1.00029
insert Xi_bc'0Width:ModeOn 0 1
insert Xi_bc'0Width:MinimumMasses 0 6.933
insert Xi_bc'0Width:MEmass1 0 6.933
insert Xi_bc'0Width:MEmass2 0 0
insert Xi_bc'0Width:DecayModes 0 Xi_bc'0->Xi_bc0,gamma;
insert Xi_bc'0Width:NumberofEntries 0 0
insert Xi_bc'0Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bc'0Width:ModeLocation 0 9
newdef /Herwig/Particles/Xi_bc'0:Width_generator Xi_bc'0Width
newdef /Herwig/Particles/Xibar_bc'0:Width_generator Xi_bc'0Width
#
create Herwig::BaryonWidthGenerator Xi_bc'+Width
newdef Xi_bc'+Width:Particle /Herwig/Particles/Xi_bc'+
newdef Xi_bc'+Width:Prefactor 1
newdef Xi_bc'+Width:BRNormalize 1
newdef Xi_bc'+Width:BRMinimum 0.01
newdef Xi_bc'+Width:Points 50
newdef Xi_bc'+Width:InterpolationOrder 1
insert Xi_bc'+Width:MEtype 0 1
insert Xi_bc'+Width:MEcode 0 102
insert Xi_bc'+Width:MEcoupling 0 1.00029
insert Xi_bc'+Width:ModeOn 0 1
insert Xi_bc'+Width:MinimumMasses 0 6.933
insert Xi_bc'+Width:MEmass1 0 6.933
insert Xi_bc'+Width:MEmass2 0 0
insert Xi_bc'+Width:DecayModes 0 Xi_bc'+->Xi_bc+,gamma;
insert Xi_bc'+Width:NumberofEntries 0 0
insert Xi_bc'+Width:BaryonDecayers 0 /Herwig/Decays/RadiativeDoublyHeavy
insert Xi_bc'+Width:ModeLocation 0 10
newdef /Herwig/Particles/Xi_bc'+:Width_generator Xi_bc'+Width
newdef /Herwig/Particles/Xibar_bc'-:Width_generator Xi_bc'+Width
#
create Herwig::GenericWidthGenerator B_c(2S)*+width
newdef B_c(2S)*+width:Particle /Herwig/Particles/B_c(2S)*+
newdef B_c(2S)*+width:Prefactor 1.01833
newdef B_c(2S)*+width:BRNormalize 1
newdef B_c(2S)*+width:BRMinimum 0.01
newdef B_c(2S)*+width:Points 50
newdef B_c(2S)*+width:InterpolationOrder 1
insert B_c(2S)*+width:MEtype 0 0
insert B_c(2S)*+width:MEtype 1 0
insert B_c(2S)*+width:MEtype 2 2
insert B_c(2S)*+width:MEtype 3 2
insert B_c(2S)*+width:MEtype 4 2
insert B_c(2S)*+width:MEtype 5 2
insert B_c(2S)*+width:MEtype 6 1
insert B_c(2S)*+width:MEcode 0 0
insert B_c(2S)*+width:MEcode 1 0
insert B_c(2S)*+width:MEcode 2 0
insert B_c(2S)*+width:MEcode 3 0
insert B_c(2S)*+width:MEcode 4 0
insert B_c(2S)*+width:MEcode 5 0
insert B_c(2S)*+width:MEcode 6 1
insert B_c(2S)*+width:MEcoupling 0 0.531
insert B_c(2S)*+width:MEcoupling 1 0.265
insert B_c(2S)*+width:MEcoupling 2 0.0799599
insert B_c(2S)*+width:MEcoupling 3 1.00086
insert B_c(2S)*+width:MEcoupling 4 0.0400231
insert B_c(2S)*+width:MEcoupling 5 1.00013
insert B_c(2S)*+width:MEcoupling 6 0.0756481
insert B_c(2S)*+width:ModeOn 0 1
insert B_c(2S)*+width:ModeOn 1 1
insert B_c(2S)*+width:ModeOn 2 1
insert B_c(2S)*+width:ModeOn 3 1
insert B_c(2S)*+width:ModeOn 4 1
insert B_c(2S)*+width:ModeOn 5 0
insert B_c(2S)*+width:ModeOn 6 0
insert B_c(2S)*+width:MinimumMasses 0 6.60014
insert B_c(2S)*+width:MinimumMasses 1 6.59095
insert B_c(2S)*+width:MinimumMasses 2 6.78217
insert B_c(2S)*+width:MinimumMasses 3 6.76409
insert B_c(2S)*+width:MinimumMasses 4 6.72645
insert B_c(2S)*+width:MinimumMasses 5 6.74227
insert B_c(2S)*+width:MinimumMasses 6 6.286
insert B_c(2S)*+width:MEmass1 0 0
insert B_c(2S)*+width:MEmass1 1 0
insert B_c(2S)*+width:MEmass1 2 6.783
insert B_c(2S)*+width:MEmass1 3 6.765
insert B_c(2S)*+width:MEmass1 4 0
insert B_c(2S)*+width:MEmass1 5 6.743
insert B_c(2S)*+width:MEmass1 6 0
insert B_c(2S)*+width:MEmass2 0 0
insert B_c(2S)*+width:MEmass2 1 0
insert B_c(2S)*+width:MEmass2 2 0
insert B_c(2S)*+width:MEmass2 3 0
insert B_c(2S)*+width:MEmass2 4 6.727
insert B_c(2S)*+width:MEmass2 5 0
insert B_c(2S)*+width:MEmass2 6 6.286
insert B_c(2S)*+width:DecayModes 0 B_c(2S)*+->B_c*+,pi+,pi-;
insert B_c(2S)*+width:DecayModes 1 B_c(2S)*+->B_c*+,pi0,pi0;
insert B_c(2S)*+width:DecayModes 2 B_c(2S)*+->B_c2+,gamma;
insert B_c(2S)*+width:DecayModes 3 B_c(2S)*+->B'_c1+,gamma;
insert B_c(2S)*+width:DecayModes 4 B_c(2S)*+->B*_c0+,gamma;
insert B_c(2S)*+width:DecayModes 5 B_c(2S)*+->B_c1+,gamma;
insert B_c(2S)*+width:DecayModes 6 B_c(2S)*+->B_c+,gamma;
insert B_c(2S)*+width:InterpolationMasses 0 6.8744212
insert B_c(2S)*+width:InterpolationMasses 1 6.8744506
insert B_c(2S)*+width:InterpolationMasses 2 6.87448
insert B_c(2S)*+width:InterpolationMasses 3 6.8745094
insert B_c(2S)*+width:InterpolationMasses 4 6.8745388
insert B_c(2S)*+width:InterpolationMasses 5 6.8745682
insert B_c(2S)*+width:InterpolationMasses 6 6.8745976
insert B_c(2S)*+width:InterpolationMasses 7 6.8746269
insert B_c(2S)*+width:InterpolationMasses 8 6.8746563
insert B_c(2S)*+width:InterpolationMasses 9 6.8746857
insert B_c(2S)*+width:InterpolationMasses 10 6.8747151
insert B_c(2S)*+width:InterpolationMasses 11 6.8747445
insert B_c(2S)*+width:InterpolationMasses 12 6.8747739
insert B_c(2S)*+width:InterpolationMasses 13 6.8748033
insert B_c(2S)*+width:InterpolationMasses 14 6.8748327
insert B_c(2S)*+width:InterpolationMasses 15 6.874862
insert B_c(2S)*+width:InterpolationMasses 16 6.8748914
insert B_c(2S)*+width:InterpolationMasses 17 6.8749208
insert B_c(2S)*+width:InterpolationMasses 18 6.8749502
insert B_c(2S)*+width:InterpolationMasses 19 6.8749796
insert B_c(2S)*+width:InterpolationMasses 20 6.875009
insert B_c(2S)*+width:InterpolationMasses 21 6.8750384
insert B_c(2S)*+width:InterpolationMasses 22 6.8750678
insert B_c(2S)*+width:InterpolationMasses 23 6.8750971
insert B_c(2S)*+width:InterpolationMasses 24 6.8751265
insert B_c(2S)*+width:InterpolationMasses 25 6.8751559
insert B_c(2S)*+width:InterpolationMasses 26 6.8751853
insert B_c(2S)*+width:InterpolationMasses 27 6.8752147
insert B_c(2S)*+width:InterpolationMasses 28 6.8752441
insert B_c(2S)*+width:InterpolationMasses 29 6.8752735
insert B_c(2S)*+width:InterpolationMasses 30 6.8753029
insert B_c(2S)*+width:InterpolationMasses 31 6.8753322
insert B_c(2S)*+width:InterpolationMasses 32 6.8753616
insert B_c(2S)*+width:InterpolationMasses 33 6.875391
insert B_c(2S)*+width:InterpolationMasses 34 6.8754204
insert B_c(2S)*+width:InterpolationMasses 35 6.8754498
insert B_c(2S)*+width:InterpolationMasses 36 6.8754792
insert B_c(2S)*+width:InterpolationMasses 37 6.8755086
insert B_c(2S)*+width:InterpolationMasses 38 6.875538
insert B_c(2S)*+width:InterpolationMasses 39 6.8755673
insert B_c(2S)*+width:InterpolationMasses 40 6.8755967
insert B_c(2S)*+width:InterpolationMasses 41 6.8756261
insert B_c(2S)*+width:InterpolationMasses 42 6.8756555
insert B_c(2S)*+width:InterpolationMasses 43 6.8756849
insert B_c(2S)*+width:InterpolationMasses 44 6.8757143
insert B_c(2S)*+width:InterpolationMasses 45 6.8757437
insert B_c(2S)*+width:InterpolationMasses 46 6.8757731
insert B_c(2S)*+width:InterpolationMasses 47 6.8758024
insert B_c(2S)*+width:InterpolationMasses 48 6.8758318
insert B_c(2S)*+width:InterpolationMasses 49 6.8758612
insert B_c(2S)*+width:InterpolationMasses 50 6.8758906
insert B_c(2S)*+width:InterpolationMasses 51 6.87592
insert B_c(2S)*+width:InterpolationMasses 52 6.8759494
insert B_c(2S)*+width:InterpolationMasses 53 6.8759788
insert B_c(2S)*+width:InterpolationMasses 54 6.8744212
insert B_c(2S)*+width:InterpolationMasses 55 6.8744506
insert B_c(2S)*+width:InterpolationMasses 56 6.87448
insert B_c(2S)*+width:InterpolationMasses 57 6.8745094
insert B_c(2S)*+width:InterpolationMasses 58 6.8745388
insert B_c(2S)*+width:InterpolationMasses 59 6.8745682
insert B_c(2S)*+width:InterpolationMasses 60 6.8745976
insert B_c(2S)*+width:InterpolationMasses 61 6.8746269
insert B_c(2S)*+width:InterpolationMasses 62 6.8746563
insert B_c(2S)*+width:InterpolationMasses 63 6.8746857
insert B_c(2S)*+width:InterpolationMasses 64 6.8747151
insert B_c(2S)*+width:InterpolationMasses 65 6.8747445
insert B_c(2S)*+width:InterpolationMasses 66 6.8747739
insert B_c(2S)*+width:InterpolationMasses 67 6.8748033
insert B_c(2S)*+width:InterpolationMasses 68 6.8748327
insert B_c(2S)*+width:InterpolationMasses 69 6.874862
insert B_c(2S)*+width:InterpolationMasses 70 6.8748914
insert B_c(2S)*+width:InterpolationMasses 71 6.8749208
insert B_c(2S)*+width:InterpolationMasses 72 6.8749502
insert B_c(2S)*+width:InterpolationMasses 73 6.8749796
insert B_c(2S)*+width:InterpolationMasses 74 6.875009
insert B_c(2S)*+width:InterpolationMasses 75 6.8750384
insert B_c(2S)*+width:InterpolationMasses 76 6.8750678
insert B_c(2S)*+width:InterpolationMasses 77 6.8750971
insert B_c(2S)*+width:InterpolationMasses 78 6.8751265
insert B_c(2S)*+width:InterpolationMasses 79 6.8751559
insert B_c(2S)*+width:InterpolationMasses 80 6.8751853
insert B_c(2S)*+width:InterpolationMasses 81 6.8752147
insert B_c(2S)*+width:InterpolationMasses 82 6.8752441
insert B_c(2S)*+width:InterpolationMasses 83 6.8752735
insert B_c(2S)*+width:InterpolationMasses 84 6.8753029
insert B_c(2S)*+width:InterpolationMasses 85 6.8753322
insert B_c(2S)*+width:InterpolationMasses 86 6.8753616
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insert B_c(2S)*+width:InterpolationWidths 185 7.1825642e-07
insert B_c(2S)*+width:InterpolationWidths 186 7.1872833e-07
insert B_c(2S)*+width:InterpolationWidths 187 7.1920043e-07
insert B_c(2S)*+width:InterpolationWidths 188 7.1967274e-07
insert B_c(2S)*+width:InterpolationWidths 189 7.2014525e-07
insert B_c(2S)*+width:InterpolationWidths 190 7.2061797e-07
insert B_c(2S)*+width:InterpolationWidths 191 7.2109089e-07
insert B_c(2S)*+width:InterpolationWidths 192 7.2156402e-07
insert B_c(2S)*+width:InterpolationWidths 193 7.2203734e-07
insert B_c(2S)*+width:InterpolationWidths 194 7.2251087e-07
insert B_c(2S)*+width:InterpolationWidths 195 7.2298461e-07
insert B_c(2S)*+width:InterpolationWidths 196 7.2345855e-07
insert B_c(2S)*+width:InterpolationWidths 197 7.2393269e-07
insert B_c(2S)*+width:InterpolationWidths 198 7.2440704e-07
insert B_c(2S)*+width:InterpolationWidths 199 7.2488159e-07
insert B_c(2S)*+width:InterpolationWidths 200 7.2535634e-07
insert B_c(2S)*+width:InterpolationWidths 201 7.258313e-07
insert B_c(2S)*+width:InterpolationWidths 202 7.2630646e-07
insert B_c(2S)*+width:InterpolationWidths 203 7.2678183e-07
insert B_c(2S)*+width:InterpolationWidths 204 7.272574e-07
insert B_c(2S)*+width:InterpolationWidths 205 7.2773317e-07
insert B_c(2S)*+width:InterpolationWidths 206 7.2820915e-07
insert B_c(2S)*+width:InterpolationWidths 207 7.2868533e-07
insert B_c(2S)*+width:InterpolationWidths 208 7.2916172e-07
insert B_c(2S)*+width:InterpolationWidths 209 7.2963831e-07
insert B_c(2S)*+width:InterpolationWidths 210 7.301151e-07
insert B_c(2S)*+width:InterpolationWidths 211 7.305921e-07
insert B_c(2S)*+width:InterpolationWidths 212 7.3106931e-07
insert B_c(2S)*+width:InterpolationWidths 213 7.3154671e-07
insert B_c(2S)*+width:InterpolationWidths 214 7.3202433e-07
insert B_c(2S)*+width:InterpolationWidths 215 7.3250214e-07
insert B_c(2S)*+width:NumberofEntries 0 0
insert B_c(2S)*+width:NumberofEntries 1 0
insert B_c(2S)*+width:NumberofEntries 2 54
insert B_c(2S)*+width:NumberofEntries 3 108
insert B_c(2S)*+width:NumberofEntries 4 162
insert B_c(2S)*+width:NumberofEntries 5 216
insert B_c(2S)*+width:NumberofEntries 6 216
newdef /Herwig/Particles/B_c(2S)*+:Width_generator B_c(2S)*+width
newdef /Herwig/Particles/B_c(2S)*-:Width_generator B_c(2S)*+width
#
create Herwig::GenericWidthGenerator B_c(2S)+width
newdef B_c(2S)+width:Particle /Herwig/Particles/B_c(2S)+
newdef B_c(2S)+width:Prefactor 1.00503
newdef B_c(2S)+width:BRNormalize 1
newdef B_c(2S)+width:BRMinimum 0.01
newdef B_c(2S)+width:Points 50
newdef B_c(2S)+width:InterpolationOrder 1
insert B_c(2S)+width:MEtype 0 0
insert B_c(2S)+width:MEtype 1 0
insert B_c(2S)+width:MEtype 2 2
insert B_c(2S)+width:MEtype 3 2
insert B_c(2S)+width:MEtype 4 2
insert B_c(2S)+width:MEcode 0 0
insert B_c(2S)+width:MEcode 1 0
insert B_c(2S)+width:MEcode 2 0
insert B_c(2S)+width:MEcode 3 0
insert B_c(2S)+width:MEcode 4 0
insert B_c(2S)+width:MEcoupling 0 0.587
insert B_c(2S)+width:MEcoupling 1 0.294
insert B_c(2S)+width:MEcoupling 2 0.0626713
insert B_c(2S)+width:MEcoupling 3 0.0133247
insert B_c(2S)+width:MEcoupling 4 0.00499589
insert B_c(2S)+width:ModeOn 0 1
insert B_c(2S)+width:ModeOn 1 1
insert B_c(2S)+width:ModeOn 2 1
insert B_c(2S)+width:ModeOn 3 1
insert B_c(2S)+width:ModeOn 4 0
insert B_c(2S)+width:MinimumMasses 0 6.56514
insert B_c(2S)+width:MinimumMasses 1 6.55595
insert B_c(2S)+width:MinimumMasses 2 6.74227
insert B_c(2S)+width:MinimumMasses 3 6.76409
insert B_c(2S)+width:MinimumMasses 4 6.321
insert B_c(2S)+width:MEmass1 0 0
insert B_c(2S)+width:MEmass1 1 0
insert B_c(2S)+width:MEmass1 2 6.743
insert B_c(2S)+width:MEmass1 3 6.765
insert B_c(2S)+width:MEmass1 4 6.321
insert B_c(2S)+width:MEmass2 0 0
insert B_c(2S)+width:MEmass2 1 0
insert B_c(2S)+width:MEmass2 2 0
insert B_c(2S)+width:MEmass2 3 0
insert B_c(2S)+width:MEmass2 4 0
insert B_c(2S)+width:DecayModes 0 B_c(2S)+->B_c+,pi+,pi-;
insert B_c(2S)+width:DecayModes 1 B_c(2S)+->B_c+,pi0,pi0;
insert B_c(2S)+width:DecayModes 2 B_c(2S)+->B_c1+,gamma;
insert B_c(2S)+width:DecayModes 3 B_c(2S)+->B'_c1+,gamma;
insert B_c(2S)+width:DecayModes 4 B_c(2S)+->B_c*+,gamma;
insert B_c(2S)+width:InterpolationMasses 0 6.8704969
insert B_c(2S)+width:InterpolationMasses 1 6.8705235
insert B_c(2S)+width:InterpolationMasses 2 6.87055
insert B_c(2S)+width:InterpolationMasses 3 6.8705765
insert B_c(2S)+width:InterpolationMasses 4 6.8706031
insert B_c(2S)+width:InterpolationMasses 5 6.8706296
insert B_c(2S)+width:InterpolationMasses 6 6.8706561
insert B_c(2S)+width:InterpolationMasses 7 6.8706827
insert B_c(2S)+width:InterpolationMasses 8 6.8707092
insert B_c(2S)+width:InterpolationMasses 9 6.8707357
insert B_c(2S)+width:InterpolationMasses 10 6.8707622
insert B_c(2S)+width:InterpolationMasses 11 6.8707888
insert B_c(2S)+width:InterpolationMasses 12 6.8708153
insert B_c(2S)+width:InterpolationMasses 13 6.8708418
insert B_c(2S)+width:InterpolationMasses 14 6.8708684
insert B_c(2S)+width:InterpolationMasses 15 6.8708949
insert B_c(2S)+width:InterpolationMasses 16 6.8709214
insert B_c(2S)+width:InterpolationMasses 17 6.870948
insert B_c(2S)+width:InterpolationMasses 18 6.8709745
insert B_c(2S)+width:InterpolationMasses 19 6.871001
insert B_c(2S)+width:InterpolationMasses 20 6.8710276
insert B_c(2S)+width:InterpolationMasses 21 6.8710541
insert B_c(2S)+width:InterpolationMasses 22 6.8710806
insert B_c(2S)+width:InterpolationMasses 23 6.8711071
insert B_c(2S)+width:InterpolationMasses 24 6.8711337
insert B_c(2S)+width:InterpolationMasses 25 6.8711602
insert B_c(2S)+width:InterpolationMasses 26 6.8711867
insert B_c(2S)+width:InterpolationMasses 27 6.8712133
insert B_c(2S)+width:InterpolationMasses 28 6.8712398
insert B_c(2S)+width:InterpolationMasses 29 6.8712663
insert B_c(2S)+width:InterpolationMasses 30 6.8712929
insert B_c(2S)+width:InterpolationMasses 31 6.8713194
insert B_c(2S)+width:InterpolationMasses 32 6.8713459
insert B_c(2S)+width:InterpolationMasses 33 6.8713724
insert B_c(2S)+width:InterpolationMasses 34 6.871399
insert B_c(2S)+width:InterpolationMasses 35 6.8714255
insert B_c(2S)+width:InterpolationMasses 36 6.871452
insert B_c(2S)+width:InterpolationMasses 37 6.8714786
insert B_c(2S)+width:InterpolationMasses 38 6.8715051
insert B_c(2S)+width:InterpolationMasses 39 6.8715316
insert B_c(2S)+width:InterpolationMasses 40 6.8715582
insert B_c(2S)+width:InterpolationMasses 41 6.8715847
insert B_c(2S)+width:InterpolationMasses 42 6.8716112
insert B_c(2S)+width:InterpolationMasses 43 6.8716378
insert B_c(2S)+width:InterpolationMasses 44 6.8716643
insert B_c(2S)+width:InterpolationMasses 45 6.8716908
insert B_c(2S)+width:InterpolationMasses 46 6.8717173
insert B_c(2S)+width:InterpolationMasses 47 6.8717439
insert B_c(2S)+width:InterpolationMasses 48 6.8717704
insert B_c(2S)+width:InterpolationMasses 49 6.8717969
insert B_c(2S)+width:InterpolationMasses 50 6.8718235
insert B_c(2S)+width:InterpolationMasses 51 6.87185
insert B_c(2S)+width:InterpolationMasses 52 6.8718765
insert B_c(2S)+width:InterpolationMasses 53 6.8719031
insert B_c(2S)+width:InterpolationMasses 54 6.8704969
insert B_c(2S)+width:InterpolationMasses 55 6.8705235
insert B_c(2S)+width:InterpolationMasses 56 6.87055
insert B_c(2S)+width:InterpolationMasses 57 6.8705765
insert B_c(2S)+width:InterpolationMasses 58 6.8706031
insert B_c(2S)+width:InterpolationMasses 59 6.8706296
insert B_c(2S)+width:InterpolationMasses 60 6.8706561
insert B_c(2S)+width:InterpolationMasses 61 6.8706827
insert B_c(2S)+width:InterpolationMasses 62 6.8707092
insert B_c(2S)+width:InterpolationMasses 63 6.8707357
insert B_c(2S)+width:InterpolationMasses 64 6.8707622
insert B_c(2S)+width:InterpolationMasses 65 6.8707888
insert B_c(2S)+width:InterpolationMasses 66 6.8708153
insert B_c(2S)+width:InterpolationMasses 67 6.8708418
insert B_c(2S)+width:InterpolationMasses 68 6.8708684
insert B_c(2S)+width:InterpolationMasses 69 6.8708949
insert B_c(2S)+width:InterpolationMasses 70 6.8709214
insert B_c(2S)+width:InterpolationMasses 71 6.870948
insert B_c(2S)+width:InterpolationMasses 72 6.8709745
insert B_c(2S)+width:InterpolationMasses 73 6.871001
insert B_c(2S)+width:InterpolationMasses 74 6.8710276
insert B_c(2S)+width:InterpolationMasses 75 6.8710541
insert B_c(2S)+width:InterpolationMasses 76 6.8710806
insert B_c(2S)+width:InterpolationMasses 77 6.8711071
insert B_c(2S)+width:InterpolationMasses 78 6.8711337
insert B_c(2S)+width:InterpolationMasses 79 6.8711602
insert B_c(2S)+width:InterpolationMasses 80 6.8711867
insert B_c(2S)+width:InterpolationMasses 81 6.8712133
insert B_c(2S)+width:InterpolationMasses 82 6.8712398
insert B_c(2S)+width:InterpolationMasses 83 6.8712663
insert B_c(2S)+width:InterpolationMasses 84 6.8712929
insert B_c(2S)+width:InterpolationMasses 85 6.8713194
insert B_c(2S)+width:InterpolationMasses 86 6.8713459
insert B_c(2S)+width:InterpolationMasses 87 6.8713724
insert B_c(2S)+width:InterpolationMasses 88 6.871399
insert B_c(2S)+width:InterpolationMasses 89 6.8714255
insert B_c(2S)+width:InterpolationMasses 90 6.871452
insert B_c(2S)+width:InterpolationMasses 91 6.8714786
insert B_c(2S)+width:InterpolationMasses 92 6.8715051
insert B_c(2S)+width:InterpolationMasses 93 6.8715316
insert B_c(2S)+width:InterpolationMasses 94 6.8715582
insert B_c(2S)+width:InterpolationMasses 95 6.8715847
insert B_c(2S)+width:InterpolationMasses 96 6.8716112
insert B_c(2S)+width:InterpolationMasses 97 6.8716378
insert B_c(2S)+width:InterpolationMasses 98 6.8716643
insert B_c(2S)+width:InterpolationMasses 99 6.8716908
insert B_c(2S)+width:InterpolationMasses 100 6.8717173
insert B_c(2S)+width:InterpolationMasses 101 6.8717439
insert B_c(2S)+width:InterpolationMasses 102 6.8717704
insert B_c(2S)+width:InterpolationMasses 103 6.8717969
insert B_c(2S)+width:InterpolationMasses 104 6.8718235
insert B_c(2S)+width:InterpolationMasses 105 6.87185
insert B_c(2S)+width:InterpolationMasses 106 6.8718765
insert B_c(2S)+width:InterpolationMasses 107 6.8719031
insert B_c(2S)+width:InterpolationMasses 108 6.8704969
insert B_c(2S)+width:InterpolationMasses 109 6.8705235
insert B_c(2S)+width:InterpolationMasses 110 6.87055
insert B_c(2S)+width:InterpolationMasses 111 6.8705765
insert B_c(2S)+width:InterpolationMasses 112 6.8706031
insert B_c(2S)+width:InterpolationMasses 113 6.8706296
insert B_c(2S)+width:InterpolationMasses 114 6.8706561
insert B_c(2S)+width:InterpolationMasses 115 6.8706827
insert B_c(2S)+width:InterpolationMasses 116 6.8707092
insert B_c(2S)+width:InterpolationMasses 117 6.8707357
insert B_c(2S)+width:InterpolationMasses 118 6.8707622
insert B_c(2S)+width:InterpolationMasses 119 6.8707888
insert B_c(2S)+width:InterpolationMasses 120 6.8708153
insert B_c(2S)+width:InterpolationMasses 121 6.8708418
insert B_c(2S)+width:InterpolationMasses 122 6.8708684
insert B_c(2S)+width:InterpolationMasses 123 6.8708949
insert B_c(2S)+width:InterpolationMasses 124 6.8709214
insert B_c(2S)+width:InterpolationMasses 125 6.870948
insert B_c(2S)+width:InterpolationMasses 126 6.8709745
insert B_c(2S)+width:InterpolationMasses 127 6.871001
insert B_c(2S)+width:InterpolationMasses 128 6.8710276
insert B_c(2S)+width:InterpolationMasses 129 6.8710541
insert B_c(2S)+width:InterpolationMasses 130 6.8710806
insert B_c(2S)+width:InterpolationMasses 131 6.8711071
insert B_c(2S)+width:InterpolationMasses 132 6.8711337
insert B_c(2S)+width:InterpolationMasses 133 6.8711602
insert B_c(2S)+width:InterpolationMasses 134 6.8711867
insert B_c(2S)+width:InterpolationMasses 135 6.8712133
insert B_c(2S)+width:InterpolationMasses 136 6.8712398
insert B_c(2S)+width:InterpolationMasses 137 6.8712663
insert B_c(2S)+width:InterpolationMasses 138 6.8712929
insert B_c(2S)+width:InterpolationMasses 139 6.8713194
insert B_c(2S)+width:InterpolationMasses 140 6.8713459
insert B_c(2S)+width:InterpolationMasses 141 6.8713724
insert B_c(2S)+width:InterpolationMasses 142 6.871399
insert B_c(2S)+width:InterpolationMasses 143 6.8714255
insert B_c(2S)+width:InterpolationMasses 144 6.871452
insert B_c(2S)+width:InterpolationMasses 145 6.8714786
insert B_c(2S)+width:InterpolationMasses 146 6.8715051
insert B_c(2S)+width:InterpolationMasses 147 6.8715316
insert B_c(2S)+width:InterpolationMasses 148 6.8715582
insert B_c(2S)+width:InterpolationMasses 149 6.8715847
insert B_c(2S)+width:InterpolationMasses 150 6.8716112
insert B_c(2S)+width:InterpolationMasses 151 6.8716378
insert B_c(2S)+width:InterpolationMasses 152 6.8716643
insert B_c(2S)+width:InterpolationMasses 153 6.8716908
insert B_c(2S)+width:InterpolationMasses 154 6.8717173
insert B_c(2S)+width:InterpolationMasses 155 6.8717439
insert B_c(2S)+width:InterpolationMasses 156 6.8717704
insert B_c(2S)+width:InterpolationMasses 157 6.8717969
insert B_c(2S)+width:InterpolationMasses 158 6.8718235
insert B_c(2S)+width:InterpolationMasses 159 6.87185
insert B_c(2S)+width:InterpolationMasses 160 6.8718765
insert B_c(2S)+width:InterpolationMasses 161 6.8719031
insert B_c(2S)+width:InterpolationWidths 0 9.6982953e-05
insert B_c(2S)+width:InterpolationWidths 1 9.7002199e-05
insert B_c(2S)+width:InterpolationWidths 2 9.7021445e-05
insert B_c(2S)+width:InterpolationWidths 3 9.7040691e-05
insert B_c(2S)+width:InterpolationWidths 4 9.7059936e-05
insert B_c(2S)+width:InterpolationWidths 5 9.7079181e-05
insert B_c(2S)+width:InterpolationWidths 6 9.7098425e-05
insert B_c(2S)+width:InterpolationWidths 7 9.7117669e-05
insert B_c(2S)+width:InterpolationWidths 8 9.7136913e-05
insert B_c(2S)+width:InterpolationWidths 9 9.7156156e-05
insert B_c(2S)+width:InterpolationWidths 10 9.7175399e-05
insert B_c(2S)+width:InterpolationWidths 11 9.7194642e-05
insert B_c(2S)+width:InterpolationWidths 12 9.7213884e-05
insert B_c(2S)+width:InterpolationWidths 13 9.7233126e-05
insert B_c(2S)+width:InterpolationWidths 14 9.7252367e-05
insert B_c(2S)+width:InterpolationWidths 15 9.7271608e-05
insert B_c(2S)+width:InterpolationWidths 16 9.7290849e-05
insert B_c(2S)+width:InterpolationWidths 17 9.7310089e-05
insert B_c(2S)+width:InterpolationWidths 18 9.7329329e-05
insert B_c(2S)+width:InterpolationWidths 19 9.7348569e-05
insert B_c(2S)+width:InterpolationWidths 20 9.7367808e-05
insert B_c(2S)+width:InterpolationWidths 21 9.7387047e-05
insert B_c(2S)+width:InterpolationWidths 22 9.7406285e-05
insert B_c(2S)+width:InterpolationWidths 23 9.7425523e-05
insert B_c(2S)+width:InterpolationWidths 24 9.7444761e-05
insert B_c(2S)+width:InterpolationWidths 25 9.7463998e-05
insert B_c(2S)+width:InterpolationWidths 26 9.7483235e-05
insert B_c(2S)+width:InterpolationWidths 27 9.7502472e-05
insert B_c(2S)+width:InterpolationWidths 28 9.7521708e-05
insert B_c(2S)+width:InterpolationWidths 29 9.7540944e-05
insert B_c(2S)+width:InterpolationWidths 30 9.7560179e-05
insert B_c(2S)+width:InterpolationWidths 31 9.7579414e-05
insert B_c(2S)+width:InterpolationWidths 32 9.7598649e-05
insert B_c(2S)+width:InterpolationWidths 33 9.7617883e-05
insert B_c(2S)+width:InterpolationWidths 34 9.7637117e-05
insert B_c(2S)+width:InterpolationWidths 35 9.7656351e-05
insert B_c(2S)+width:InterpolationWidths 36 9.7675584e-05
insert B_c(2S)+width:InterpolationWidths 37 9.7694817e-05
insert B_c(2S)+width:InterpolationWidths 38 9.7714049e-05
insert B_c(2S)+width:InterpolationWidths 39 9.7733281e-05
insert B_c(2S)+width:InterpolationWidths 40 9.7752513e-05
insert B_c(2S)+width:InterpolationWidths 41 9.7771744e-05
insert B_c(2S)+width:InterpolationWidths 42 9.7790975e-05
insert B_c(2S)+width:InterpolationWidths 43 9.7810206e-05
insert B_c(2S)+width:InterpolationWidths 44 9.7829436e-05
insert B_c(2S)+width:InterpolationWidths 45 9.7848666e-05
insert B_c(2S)+width:InterpolationWidths 46 9.7867895e-05
insert B_c(2S)+width:InterpolationWidths 47 9.7887124e-05
insert B_c(2S)+width:InterpolationWidths 48 9.7906353e-05
insert B_c(2S)+width:InterpolationWidths 49 9.7925581e-05
insert B_c(2S)+width:InterpolationWidths 50 9.7944809e-05
insert B_c(2S)+width:InterpolationWidths 51 9.7964037e-05
insert B_c(2S)+width:InterpolationWidths 52 9.7983264e-05
insert B_c(2S)+width:InterpolationWidths 53 9.800249e-05
insert B_c(2S)+width:InterpolationWidths 54 9.6941712e-05
insert B_c(2S)+width:InterpolationWidths 55 9.6965156e-05
insert B_c(2S)+width:InterpolationWidths 56 9.69886e-05
insert B_c(2S)+width:InterpolationWidths 57 9.7012044e-05
insert B_c(2S)+width:InterpolationWidths 58 9.7035487e-05
insert B_c(2S)+width:InterpolationWidths 59 9.705893e-05
insert B_c(2S)+width:InterpolationWidths 60 9.7082372e-05
insert B_c(2S)+width:InterpolationWidths 61 9.7105814e-05
insert B_c(2S)+width:InterpolationWidths 62 9.7129255e-05
insert B_c(2S)+width:InterpolationWidths 63 9.7152696e-05
insert B_c(2S)+width:InterpolationWidths 64 9.7176136e-05
insert B_c(2S)+width:InterpolationWidths 65 9.7199576e-05
insert B_c(2S)+width:InterpolationWidths 66 9.7223016e-05
insert B_c(2S)+width:InterpolationWidths 67 9.7246455e-05
insert B_c(2S)+width:InterpolationWidths 68 9.7269893e-05
insert B_c(2S)+width:InterpolationWidths 69 9.7293332e-05
insert B_c(2S)+width:InterpolationWidths 70 9.7316769e-05
insert B_c(2S)+width:InterpolationWidths 71 9.7340206e-05
insert B_c(2S)+width:InterpolationWidths 72 9.7363643e-05
insert B_c(2S)+width:InterpolationWidths 73 9.7387079e-05
insert B_c(2S)+width:InterpolationWidths 74 9.7410515e-05
insert B_c(2S)+width:InterpolationWidths 75 9.7433951e-05
insert B_c(2S)+width:InterpolationWidths 76 9.7457386e-05
insert B_c(2S)+width:InterpolationWidths 77 9.748082e-05
insert B_c(2S)+width:InterpolationWidths 78 9.7504254e-05
insert B_c(2S)+width:InterpolationWidths 79 9.7527688e-05
insert B_c(2S)+width:InterpolationWidths 80 9.7551121e-05
insert B_c(2S)+width:InterpolationWidths 81 9.7574553e-05
insert B_c(2S)+width:InterpolationWidths 82 9.7597986e-05
insert B_c(2S)+width:InterpolationWidths 83 9.7621417e-05
insert B_c(2S)+width:InterpolationWidths 84 9.7644849e-05
insert B_c(2S)+width:InterpolationWidths 85 9.7668279e-05
insert B_c(2S)+width:InterpolationWidths 86 9.769171e-05
insert B_c(2S)+width:InterpolationWidths 87 9.771514e-05
insert B_c(2S)+width:InterpolationWidths 88 9.7738569e-05
insert B_c(2S)+width:InterpolationWidths 89 9.7761998e-05
insert B_c(2S)+width:InterpolationWidths 90 9.7785427e-05
insert B_c(2S)+width:InterpolationWidths 91 9.7808855e-05
insert B_c(2S)+width:InterpolationWidths 92 9.7832282e-05
insert B_c(2S)+width:InterpolationWidths 93 9.7855709e-05
insert B_c(2S)+width:InterpolationWidths 94 9.7879136e-05
insert B_c(2S)+width:InterpolationWidths 95 9.7902562e-05
insert B_c(2S)+width:InterpolationWidths 96 9.7925988e-05
insert B_c(2S)+width:InterpolationWidths 97 9.7949413e-05
insert B_c(2S)+width:InterpolationWidths 98 9.7972838e-05
insert B_c(2S)+width:InterpolationWidths 99 9.7996263e-05
insert B_c(2S)+width:InterpolationWidths 100 9.8019687e-05
insert B_c(2S)+width:InterpolationWidths 101 9.804311e-05
insert B_c(2S)+width:InterpolationWidths 102 9.8066533e-05
insert B_c(2S)+width:InterpolationWidths 103 9.8089956e-05
insert B_c(2S)+width:InterpolationWidths 104 9.8113378e-05
insert B_c(2S)+width:InterpolationWidths 105 9.81368e-05
insert B_c(2S)+width:InterpolationWidths 106 9.8160221e-05
insert B_c(2S)+width:InterpolationWidths 107 9.8183642e-05
insert B_c(2S)+width:InterpolationWidths 108 6.4813966e-05
insert B_c(2S)+width:InterpolationWidths 109 6.4822995e-05
insert B_c(2S)+width:InterpolationWidths 110 6.4832024e-05
insert B_c(2S)+width:InterpolationWidths 111 6.4841054e-05
insert B_c(2S)+width:InterpolationWidths 112 6.4850085e-05
insert B_c(2S)+width:InterpolationWidths 113 6.4859117e-05
insert B_c(2S)+width:InterpolationWidths 114 6.486815e-05
insert B_c(2S)+width:InterpolationWidths 115 6.4877183e-05
insert B_c(2S)+width:InterpolationWidths 116 6.4886217e-05
insert B_c(2S)+width:InterpolationWidths 117 6.4895252e-05
insert B_c(2S)+width:InterpolationWidths 118 6.4904288e-05
insert B_c(2S)+width:InterpolationWidths 119 6.4913325e-05
insert B_c(2S)+width:InterpolationWidths 120 6.4922362e-05
insert B_c(2S)+width:InterpolationWidths 121 6.4931401e-05
insert B_c(2S)+width:InterpolationWidths 122 6.494044e-05
insert B_c(2S)+width:InterpolationWidths 123 6.494948e-05
insert B_c(2S)+width:InterpolationWidths 124 6.495852e-05
insert B_c(2S)+width:InterpolationWidths 125 6.4967562e-05
insert B_c(2S)+width:InterpolationWidths 126 6.4976604e-05
insert B_c(2S)+width:InterpolationWidths 127 6.4985647e-05
insert B_c(2S)+width:InterpolationWidths 128 6.4994691e-05
insert B_c(2S)+width:InterpolationWidths 129 6.5003736e-05
insert B_c(2S)+width:InterpolationWidths 130 6.5012781e-05
insert B_c(2S)+width:InterpolationWidths 131 6.5021828e-05
insert B_c(2S)+width:InterpolationWidths 132 6.5030875e-05
insert B_c(2S)+width:InterpolationWidths 133 6.5039923e-05
insert B_c(2S)+width:InterpolationWidths 134 6.5048972e-05
insert B_c(2S)+width:InterpolationWidths 135 6.5058021e-05
insert B_c(2S)+width:InterpolationWidths 136 6.5067071e-05
insert B_c(2S)+width:InterpolationWidths 137 6.5076123e-05
insert B_c(2S)+width:InterpolationWidths 138 6.5085175e-05
insert B_c(2S)+width:InterpolationWidths 139 6.5094227e-05
insert B_c(2S)+width:InterpolationWidths 140 6.5103281e-05
insert B_c(2S)+width:InterpolationWidths 141 6.5112335e-05
insert B_c(2S)+width:InterpolationWidths 142 6.5121391e-05
insert B_c(2S)+width:InterpolationWidths 143 6.5130447e-05
insert B_c(2S)+width:InterpolationWidths 144 6.5139504e-05
insert B_c(2S)+width:InterpolationWidths 145 6.5148561e-05
insert B_c(2S)+width:InterpolationWidths 146 6.515762e-05
insert B_c(2S)+width:InterpolationWidths 147 6.5166679e-05
insert B_c(2S)+width:InterpolationWidths 148 6.5175739e-05
insert B_c(2S)+width:InterpolationWidths 149 6.51848e-05
insert B_c(2S)+width:InterpolationWidths 150 6.5193862e-05
insert B_c(2S)+width:InterpolationWidths 151 6.5202924e-05
insert B_c(2S)+width:InterpolationWidths 152 6.5211987e-05
insert B_c(2S)+width:InterpolationWidths 153 6.5221051e-05
insert B_c(2S)+width:InterpolationWidths 154 6.5230116e-05
insert B_c(2S)+width:InterpolationWidths 155 6.5239182e-05
insert B_c(2S)+width:InterpolationWidths 156 6.5248249e-05
insert B_c(2S)+width:InterpolationWidths 157 6.5257316e-05
insert B_c(2S)+width:InterpolationWidths 158 6.5266384e-05
insert B_c(2S)+width:InterpolationWidths 159 6.5275453e-05
insert B_c(2S)+width:InterpolationWidths 160 6.5284523e-05
insert B_c(2S)+width:InterpolationWidths 161 6.5293593e-05
insert B_c(2S)+width:NumberofEntries 0 0
insert B_c(2S)+width:NumberofEntries 1 0
insert B_c(2S)+width:NumberofEntries 2 54
insert B_c(2S)+width:NumberofEntries 3 108
insert B_c(2S)+width:NumberofEntries 4 162
newdef /Herwig/Particles/B_c(2S)+:Width_generator B_c(2S)+width
newdef /Herwig/Particles/B_c(2S)-:Width_generator B_c(2S)+width
#
+create Herwig::GenericWidthGenerator chi_c02Pwidth
+newdef chi_c02Pwidth:Particle /Herwig/Particles/chi_c0(2P)
+
+newdef chi_c02Pwidth:Prefactor 1.00007
+newdef chi_c02Pwidth:BRNormalize 1
+newdef chi_c02Pwidth:BRMinimum 0.01
+newdef chi_c02Pwidth:Points 50
+newdef chi_c02Pwidth:InterpolationOrder 1
+insert chi_c02Pwidth:MEtype 0 2
+insert chi_c02Pwidth:MEtype 1 1
+insert chi_c02Pwidth:MEtype 2 1
+insert chi_c02Pwidth:MEtype 3 1
+insert chi_c02Pwidth:MEcode 0 0
+insert chi_c02Pwidth:MEcode 1 6
+insert chi_c02Pwidth:MEcode 2 6
+insert chi_c02Pwidth:MEcode 3 12
+insert chi_c02Pwidth:MEcoupling 0 1.00007
+insert chi_c02Pwidth:MEcoupling 1 0.374385
+insert chi_c02Pwidth:MEcoupling 2 0.369712
+insert chi_c02Pwidth:MEcoupling 3 0.000566821
+insert chi_c02Pwidth:ModeOn 0 1
+insert chi_c02Pwidth:ModeOn 1 1
+insert chi_c02Pwidth:ModeOn 2 1
+insert chi_c02Pwidth:ModeOn 3 0
+insert chi_c02Pwidth:MinimumMasses 0 3.79184
+insert chi_c02Pwidth:MinimumMasses 1 3.73932
+insert chi_c02Pwidth:MinimumMasses 2 3.72968
+insert chi_c02Pwidth:MinimumMasses 3 0
+insert chi_c02Pwidth:MEmass1 0 3.09692
+insert chi_c02Pwidth:MEmass1 1 1.86966
+insert chi_c02Pwidth:MEmass1 2 1.86484
+insert chi_c02Pwidth:MEmass1 3 0
+insert chi_c02Pwidth:MEmass2 0 0.78266
+insert chi_c02Pwidth:MEmass2 1 1.86966
+insert chi_c02Pwidth:MEmass2 2 1.86484
+insert chi_c02Pwidth:MEmass2 3 0
+insert chi_c02Pwidth:DecayModes 0 chi_c0(2P)->Jpsi,omega;
+insert chi_c02Pwidth:DecayModes 1 chi_c0(2P)->D+,D-;
+insert chi_c02Pwidth:DecayModes 2 chi_c0(2P)->D0,Dbar0;
+insert chi_c02Pwidth:DecayModes 3 chi_c0(2P)->gamma,gamma;
+insert chi_c02Pwidth:InterpolationMasses 0 3.8606959
+insert chi_c02Pwidth:InterpolationMasses 1 3.862998
+insert chi_c02Pwidth:InterpolationMasses 2 3.8653
+insert chi_c02Pwidth:InterpolationMasses 3 3.867602
+insert chi_c02Pwidth:InterpolationMasses 4 3.8699041
+insert chi_c02Pwidth:InterpolationMasses 5 3.8722061
+insert chi_c02Pwidth:InterpolationMasses 6 3.8745082
+insert chi_c02Pwidth:InterpolationMasses 7 3.8768102
+insert chi_c02Pwidth:InterpolationMasses 8 3.8791122
+insert chi_c02Pwidth:InterpolationMasses 9 3.8814143
+insert chi_c02Pwidth:InterpolationMasses 10 3.8837163
+insert chi_c02Pwidth:InterpolationMasses 11 3.8860184
+insert chi_c02Pwidth:InterpolationMasses 12 3.8883204
+insert chi_c02Pwidth:InterpolationMasses 13 3.8906224
+insert chi_c02Pwidth:InterpolationMasses 14 3.8929245
+insert chi_c02Pwidth:InterpolationMasses 15 3.8952265
+insert chi_c02Pwidth:InterpolationMasses 16 3.8975286
+insert chi_c02Pwidth:InterpolationMasses 17 3.8998306
+insert chi_c02Pwidth:InterpolationMasses 18 3.9021327
+insert chi_c02Pwidth:InterpolationMasses 19 3.9044347
+insert chi_c02Pwidth:InterpolationMasses 20 3.9067367
+insert chi_c02Pwidth:InterpolationMasses 21 3.9090388
+insert chi_c02Pwidth:InterpolationMasses 22 3.9113408
+insert chi_c02Pwidth:InterpolationMasses 23 3.9136429
+insert chi_c02Pwidth:InterpolationMasses 24 3.9159449
+insert chi_c02Pwidth:InterpolationMasses 25 3.9182469
+insert chi_c02Pwidth:InterpolationMasses 26 3.920549
+insert chi_c02Pwidth:InterpolationMasses 27 3.922851
+insert chi_c02Pwidth:InterpolationMasses 28 3.9251531
+insert chi_c02Pwidth:InterpolationMasses 29 3.9274551
+insert chi_c02Pwidth:InterpolationMasses 30 3.9297571
+insert chi_c02Pwidth:InterpolationMasses 31 3.9320592
+insert chi_c02Pwidth:InterpolationMasses 32 3.9343612
+insert chi_c02Pwidth:InterpolationMasses 33 3.9366633
+insert chi_c02Pwidth:InterpolationMasses 34 3.9389653
+insert chi_c02Pwidth:InterpolationMasses 35 3.9412673
+insert chi_c02Pwidth:InterpolationMasses 36 3.9435694
+insert chi_c02Pwidth:InterpolationMasses 37 3.9458714
+insert chi_c02Pwidth:InterpolationMasses 38 3.9481735
+insert chi_c02Pwidth:InterpolationMasses 39 3.9504755
+insert chi_c02Pwidth:InterpolationMasses 40 3.9527776
+insert chi_c02Pwidth:InterpolationMasses 41 3.9550796
+insert chi_c02Pwidth:InterpolationMasses 42 3.9573816
+insert chi_c02Pwidth:InterpolationMasses 43 3.9596837
+insert chi_c02Pwidth:InterpolationMasses 44 3.9619857
+insert chi_c02Pwidth:InterpolationMasses 45 3.9642878
+insert chi_c02Pwidth:InterpolationMasses 46 3.9665898
+insert chi_c02Pwidth:InterpolationMasses 47 3.9688918
+insert chi_c02Pwidth:InterpolationMasses 48 3.9711939
+insert chi_c02Pwidth:InterpolationMasses 49 3.9734959
+insert chi_c02Pwidth:InterpolationMasses 50 3.975798
+insert chi_c02Pwidth:InterpolationMasses 51 3.9781
+insert chi_c02Pwidth:InterpolationMasses 52 3.980402
+insert chi_c02Pwidth:InterpolationMasses 53 3.9827041
+insert chi_c02Pwidth:InterpolationWidths 0 0.00021325724
+insert chi_c02Pwidth:InterpolationWidths 1 0.00025596093
+insert chi_c02Pwidth:InterpolationWidths 2 0.00031113674
+insert chi_c02Pwidth:InterpolationWidths 3 0.0003845528
+insert chi_c02Pwidth:InterpolationWidths 4 0.00048600515
+insert chi_c02Pwidth:InterpolationWidths 5 0.00063329094
+insert chi_c02Pwidth:InterpolationWidths 6 0.00086076584
+insert chi_c02Pwidth:InterpolationWidths 7 0.0012344405
+insert chi_c02Pwidth:InterpolationWidths 8 0.0018437822
+insert chi_c02Pwidth:InterpolationWidths 9 0.0026723046
+insert chi_c02Pwidth:InterpolationWidths 10 0.0035535328
+insert chi_c02Pwidth:InterpolationWidths 11 0.0043819945
+insert chi_c02Pwidth:InterpolationWidths 12 0.0051391536
+insert chi_c02Pwidth:InterpolationWidths 13 0.0058324705
+insert chi_c02Pwidth:InterpolationWidths 14 0.0064727352
+insert chi_c02Pwidth:InterpolationWidths 15 0.0070689839
+insert chi_c02Pwidth:InterpolationWidths 16 0.0076285056
+insert chi_c02Pwidth:InterpolationWidths 17 0.0081569921
+insert chi_c02Pwidth:InterpolationWidths 18 0.0086588025
+insert chi_c02Pwidth:InterpolationWidths 19 0.0091374689
+insert chi_c02Pwidth:InterpolationWidths 20 0.009595771
+insert chi_c02Pwidth:InterpolationWidths 21 0.010036035
+insert chi_c02Pwidth:InterpolationWidths 22 0.01046017
+insert chi_c02Pwidth:InterpolationWidths 23 0.010869775
+insert chi_c02Pwidth:InterpolationWidths 24 0.011266206
+insert chi_c02Pwidth:InterpolationWidths 25 0.011650624
+insert chi_c02Pwidth:InterpolationWidths 26 0.012024032
+insert chi_c02Pwidth:InterpolationWidths 27 0.012387296
+insert chi_c02Pwidth:InterpolationWidths 28 0.012741176
+insert chi_c02Pwidth:InterpolationWidths 29 0.01308636
+insert chi_c02Pwidth:InterpolationWidths 30 0.013423432
+insert chi_c02Pwidth:InterpolationWidths 31 0.013752931
+insert chi_c02Pwidth:InterpolationWidths 32 0.014075316
+insert chi_c02Pwidth:InterpolationWidths 33 0.01439103
+insert chi_c02Pwidth:InterpolationWidths 34 0.014700452
+insert chi_c02Pwidth:InterpolationWidths 35 0.015003885
+insert chi_c02Pwidth:InterpolationWidths 36 0.015301884
+insert chi_c02Pwidth:InterpolationWidths 37 0.015594478
+insert chi_c02Pwidth:InterpolationWidths 38 0.015882007
+insert chi_c02Pwidth:InterpolationWidths 39 0.016164793
+insert chi_c02Pwidth:InterpolationWidths 40 0.016442994
+insert chi_c02Pwidth:InterpolationWidths 41 0.016716818
+insert chi_c02Pwidth:InterpolationWidths 42 0.016986513
+insert chi_c02Pwidth:InterpolationWidths 43 0.017252215
+insert chi_c02Pwidth:InterpolationWidths 44 0.017514093
+insert chi_c02Pwidth:InterpolationWidths 45 0.017772205
+insert chi_c02Pwidth:InterpolationWidths 46 0.018026962
+insert chi_c02Pwidth:InterpolationWidths 47 0.018274541
+insert chi_c02Pwidth:InterpolationWidths 48 0.018516259
+insert chi_c02Pwidth:InterpolationWidths 49 0.018753196
+insert chi_c02Pwidth:InterpolationWidths 50 0.018985792
+insert chi_c02Pwidth:InterpolationWidths 51 0.019214369
+insert chi_c02Pwidth:InterpolationWidths 52 0.019439247
+insert chi_c02Pwidth:InterpolationWidths 53 0.019660486
+insert chi_c02Pwidth:NumberofEntries 0 54
+insert chi_c02Pwidth:NumberofEntries 1 54
+insert chi_c02Pwidth:NumberofEntries 2 54
+insert chi_c02Pwidth:NumberofEntries 3 54
+
+newdef /Herwig/Particles/chi_c0(2P):Width_generator chi_c02Pwidth
+#
\ No newline at end of file
diff --git a/src/snippets/CMWinQtiledShower.in b/src/snippets/CMWinQtiledShower.in
--- a/src/snippets/CMWinQtiledShower.in
+++ b/src/snippets/CMWinQtiledShower.in
@@ -1,77 +1,60 @@
+# -*- ThePEG-repository -*-
# Here we add the CMW kernels.
-
-
-
-
cd /Herwig/Shower
set AlphaQCDFSR:AlphaIn 0.118
get AlphaQCDFSR:AlphaIn
set AlphaQCDISR:AlphaIn 0.118
get AlphaQCDISR:AlphaIn
-create Herwig::CMWHalfHalfOneSplitFn CMWQtoQGSplitFn
-set CMWQtoQGSplitFn:InteractionType QCD
-set CMWQtoQGSplitFn:ColourStructure TripletTripletOctet
-set CMWQtoQGSplitFn:AngularOrdered Yes
-set CMWQtoQGSplitFn:Alpha AlphaQCDFSR
+create Herwig::CMWHalfHalfOneSplitFn CMWQtoQGSudakov
+set CMWQtoQGSudakov:InteractionType QCD
+set CMWQtoQGSudakov:ColourStructure TripletTripletOctet
+set CMWQtoQGSudakov:AngularOrdered Yes
+set CMWQtoQGSudakov:Alpha AlphaQCDFSR
+create Herwig::CMWOneOneOneSplitFn CMWGtoGGSudakov
+set CMWGtoGGSudakov:InteractionType QCD
+set CMWGtoGGSudakov:ColourStructure OctetOctetOctet
+set CMWGtoGGSudakov:AngularOrdered Yes
+set CMWGtoGGSudakov:Alpha AlphaQCDFSR
-create Herwig::CMWOneOneOneSplitFn CMWGtoGGSplitFn
-set CMWGtoGGSplitFn:InteractionType QCD
-set CMWGtoGGSplitFn:ColourStructure OctetOctetOctet
-set CMWGtoGGSplitFn:AngularOrdered Yes
-set CMWGtoGGSplitFn:Alpha AlphaQCDFSR
+cp CMWGtoGGSudakov CMWGtoGGSudakovIS
+cp CMWQtoQGSudakov CMWQtoQGSudakovIS
+set CMWQtoQGSudakovIS:Alpha AlphaQCDFSR
+set CMWQtoGGSudakovIS:Alpha AlphaQCDFSR
-cp CMWGtoGGSplitFn CMWGtoGGSplitFnIS
-cp CMWQtoQGSplitFn CMWQtoQGSplitFnIS
+set CMWQtoQGSudakovIS:Alpha AlphaQCDFSR
+set CMWQtoGGSudakovIS:Alpha AlphaQCDFSR
-set CMWQtoQGSplitFnIS:Alpha AlphaQCDFSR
-set CMWQtoGGSplitFnIS:Alpha AlphaQCDFSR
+set CMWGtoGGSudakovIS:isInititalState Yes
+set CMWQtoQGSudakovIS:isInititalState Yes
-set CMWGtoGGSplitFnIS:isInititalState Yes
-set CMWQtoQGSplitFnIS:isInititalState Yes
-
-set CMWGtoGGSplitFn:isInititalState No
-set CMWQtoQGSplitFn:isInititalState No
-
-
-
-cp QtoQGSudakov CMWQtoQGSudakov
-cp QtoQGSudakov CMWQtoQGSudakovIS
-set CMWQtoQGSudakov:SplittingFunction CMWQtoQGSplitFn
-set CMWQtoQGSudakovIS:SplittingFunction CMWQtoQGSplitFnIS
-
-cp GtoGGSudakov CMWGtoGGSudakov
-cp GtoGGSudakov CMWGtoGGSudakovIS
-set CMWGtoGGSudakov:SplittingFunction CMWGtoGGSplitFn
-set CMWGtoGGSudakovIS:SplittingFunction CMWGtoGGSplitFnIS
-
-
-
+set CMWGtoGGSudakov:isInititalState No
+set CMWQtoQGSudakov:isInititalState No
#
# Now add the final splittings
#
do SplittingGenerator:AddFinalSplitting u->u,g; CMWQtoQGSudakov
do SplittingGenerator:AddFinalSplitting d->d,g; CMWQtoQGSudakov
do SplittingGenerator:AddFinalSplitting s->s,g; CMWQtoQGSudakov
do SplittingGenerator:AddFinalSplitting c->c,g; CMWQtoQGSudakov
do SplittingGenerator:AddFinalSplitting b->b,g; CMWQtoQGSudakov
do SplittingGenerator:AddFinalSplitting t->t,g; CMWQtoQGSudakov
#
do SplittingGenerator:AddFinalSplitting g->g,g; CMWGtoGGSudakov
#
# Now add the initial splittings
#
do SplittingGenerator:AddInitialSplitting u->u,g; CMWQtoQGSudakovIS
do SplittingGenerator:AddInitialSplitting d->d,g; CMWQtoQGSudakovIS
do SplittingGenerator:AddInitialSplitting s->s,g; CMWQtoQGSudakovIS
do SplittingGenerator:AddInitialSplitting c->c,g; CMWQtoQGSudakovIS
do SplittingGenerator:AddInitialSplitting b->b,g; CMWQtoQGSudakovIS
#
do SplittingGenerator:AddInitialSplitting g->g,g; CMWGtoGGSudakovIS
diff --git a/src/snippets/EvolutionScheme-DotProduct-Veto.in b/src/snippets/EvolutionScheme-DotProduct-Veto.in
--- a/src/snippets/EvolutionScheme-DotProduct-Veto.in
+++ b/src/snippets/EvolutionScheme-DotProduct-Veto.in
@@ -1,18 +1,18 @@
# -*- ThePEG-repository -*-
#
# Settings for the dot product preserving tune with veto of arXiv:1904.11866
# http://inspirehep.net/record/1731587
#
# dot product scheme
set /Herwig/Shower/PowhegShowerHandler:EvolutionScheme DotProduct
set /Herwig/Shower/ShowerHandler:EvolutionScheme DotProduct
set /Herwig/Shower/KinematicsReconstructor:FinalFinalWeight Yes
# don't enforce strict angular ordering
-set /Herwig/Shower/QtoQGammaSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoQGSplitFn:StrictAO Yes
-set /Herwig/Shower/GtoGGSplitFn:StrictAO Yes
-set /Herwig/Shower/WtoWGammaSplitFn:StrictAO Yes
-set /Herwig/Shower/GtoQQbarSplitFn:StrictAO Yes
-set /Herwig/Shower/GammatoQQbarSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoGQSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoGammaQSplitFn:StrictAO Yes
+set /Herwig/Shower/QtoQGammaSudakov:StrictAO Yes
+set /Herwig/Shower/QtoQGSudakov:StrictAO Yes
+set /Herwig/Shower/GtoGGSudakov:StrictAO Yes
+set /Herwig/Shower/WtoWGammaSudakov:StrictAO Yes
+set /Herwig/Shower/GtoQQbarSudakov:StrictAO Yes
+set /Herwig/Shower/GammatoQQbarSudakov:StrictAO Yes
+set /Herwig/Shower/QtoGQSudakov:StrictAO Yes
+set /Herwig/Shower/QtoGammaQSudakov:StrictAO Yes
diff --git a/src/snippets/EvolutionScheme-DotProduct.in b/src/snippets/EvolutionScheme-DotProduct.in
--- a/src/snippets/EvolutionScheme-DotProduct.in
+++ b/src/snippets/EvolutionScheme-DotProduct.in
@@ -1,18 +1,18 @@
# -*- ThePEG-repository -*-
#
# Settings for the dot-product preserving evolution scheme of arXiv:1904.11866
# http://inspirehep.net/record/1731587
#
# dot-product scheme
set /Herwig/Shower/PowhegShowerHandler:EvolutionScheme DotProduct
set /Herwig/Shower/ShowerHandler:EvolutionScheme DotProduct
set /Herwig/Shower/KinematicsReconstructor:FinalFinalWeight No
# don't enforce strict angular ordering
-set /Herwig/Shower/QtoQGammaSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoQGSplitFn:StrictAO Yes
-set /Herwig/Shower/GtoGGSplitFn:StrictAO Yes
-set /Herwig/Shower/WtoWGammaSplitFn:StrictAO Yes
-set /Herwig/Shower/GtoQQbarSplitFn:StrictAO Yes
-set /Herwig/Shower/GammatoQQbarSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoGQSplitFn:StrictAO Yes
-set /Herwig/Shower/QtoGammaQSplitFn:StrictAO Yes
+set /Herwig/Shower/QtoQGammaSudakov:StrictAO Yes
+set /Herwig/Shower/QtoQGSudakov:StrictAO Yes
+set /Herwig/Shower/GtoGGSudakov:StrictAO Yes
+set /Herwig/Shower/WtoWGammaSudakov:StrictAO Yes
+set /Herwig/Shower/GtoQQbarSudakov:StrictAO Yes
+set /Herwig/Shower/GammatoQQbarSudakov:StrictAO Yes
+set /Herwig/Shower/QtoGQSudakov:StrictAO Yes
+set /Herwig/Shower/QtoGammaQSudakov:StrictAO Yes
diff --git a/src/snippets/EvolutionScheme-Q2.in b/src/snippets/EvolutionScheme-Q2.in
--- a/src/snippets/EvolutionScheme-Q2.in
+++ b/src/snippets/EvolutionScheme-Q2.in
@@ -1,18 +1,18 @@
# -*- ThePEG-repository -*-
#
# Settings for the q^2 preserving tune of arXiv:1904.11866
# http://inspirehep.net/record/1731587
#
# q^2 scheme
set /Herwig/Shower/PowhegShowerHandler:EvolutionScheme Q2
set /Herwig/Shower/ShowerHandler:EvolutionScheme Q2
set /Herwig/Shower/KinematicsReconstructor:FinalFinalWeight No
# don't enforce strict angular ordering
-set /Herwig/Shower/QtoQGammaSplitFn:StrictAO No
-set /Herwig/Shower/QtoQGSplitFn:StrictAO No
-set /Herwig/Shower/GtoGGSplitFn:StrictAO No
-set /Herwig/Shower/WtoWGammaSplitFn:StrictAO No
-set /Herwig/Shower/GtoQQbarSplitFn:StrictAO No
-set /Herwig/Shower/GammatoQQbarSplitFn:StrictAO No
-set /Herwig/Shower/QtoGQSplitFn:StrictAO No
-set /Herwig/Shower/QtoGammaQSplitFn:StrictAO No
+set /Herwig/Shower/QtoQGammaSudakov:StrictAO No
+set /Herwig/Shower/QtoQGSudakov:StrictAO No
+set /Herwig/Shower/GtoGGSudakov:StrictAO No
+set /Herwig/Shower/WtoWGammaSudakov:StrictAO No
+set /Herwig/Shower/GtoQQbarSudakov:StrictAO No
+set /Herwig/Shower/GammatoQQbarSudakov:StrictAO No
+set /Herwig/Shower/QtoGQSudakov:StrictAO No
+set /Herwig/Shower/QtoGammaQSudakov:StrictAO No
diff --git a/src/snippets/EvolutionScheme-pT.in b/src/snippets/EvolutionScheme-pT.in
--- a/src/snippets/EvolutionScheme-pT.in
+++ b/src/snippets/EvolutionScheme-pT.in
@@ -1,18 +1,18 @@
# -*- ThePEG-repository -*-
#
# Settings for the pT preserving tune of arXiv:1904.11866
# http://inspirehep.net/record/1731587
#
# pT scheme
set /Herwig/Shower/PowhegShowerHandler:EvolutionScheme pT
set /Herwig/Shower/ShowerHandler:EvolutionScheme pT
set /Herwig/Shower/KinematicsReconstructor:FinalFinalWeight No
# don't enforce strict angular ordering
-set /Herwig/Shower/QtoQGammaSplitFn:StrictAO No
-set /Herwig/Shower/QtoQGSplitFn:StrictAO No
-set /Herwig/Shower/GtoGGSplitFn:StrictAO No
-set /Herwig/Shower/WtoWGammaSplitFn:StrictAO No
-set /Herwig/Shower/GtoQQbarSplitFn:StrictAO No
-set /Herwig/Shower/GammatoQQbarSplitFn:StrictAO No
-set /Herwig/Shower/QtoGQSplitFn:StrictAO No
-set /Herwig/Shower/QtoGammaQSplitFn:StrictAO No
+set /Herwig/Shower/QtoQGammaSudakov:StrictAO No
+set /Herwig/Shower/QtoQGSudakov:StrictAO No
+set /Herwig/Shower/GtoGGSudakov:StrictAO No
+set /Herwig/Shower/WtoWGammaSudakov:StrictAO No
+set /Herwig/Shower/GtoQQbarSudakov:StrictAO No
+set /Herwig/Shower/GammatoQQbarSudakov:StrictAO No
+set /Herwig/Shower/QtoGQSudakov:StrictAO No
+set /Herwig/Shower/QtoGammaQSudakov:StrictAO No

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