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SU3BaryonSingletOctetPhotonDecayer.icc
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SU3BaryonSingletOctetPhotonDecayer.icc
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// -*- C++ -*-
//
// This is the implementation of the inlined member functions of
// the SU3BaryonSingletOctetPhotonDecayer class.
//
namespace Herwig {
using namespace ThePEG;
inline SU3BaryonSingletOctetPhotonDecayer::SU3BaryonSingletOctetPhotonDecayer()
{
// the coupling
_C=0.252/GeV;
// the relative parities of the two baryon multiplets
_parity=false;
// PDG codes for the various ground state baryons
_sigma0 = 3212;
_lambda = 3122;
// PDG codes for the excited baryon
_elambda = 3124;
}
inline SU3BaryonSingletOctetPhotonDecayer::SU3BaryonSingletOctetPhotonDecayer(const SU3BaryonSingletOctetPhotonDecayer & x)
: Baryon1MesonDecayerBase(x), _C(x._C), _parity(x._parity),_sigma0(x._sigma0),
_lambda(x._lambda),_elambda(x._elambda),_outgoingB(x._outgoingB),
_maxweight(x._maxweight), _prefactor(x._prefactor) {}
inline IBPtr SU3BaryonSingletOctetPhotonDecayer::clone() const {
return new_ptr(*this);
}
inline IBPtr SU3BaryonSingletOctetPhotonDecayer::fullclone() const {
return new_ptr(*this);
}
inline void SU3BaryonSingletOctetPhotonDecayer::doupdate() throw(UpdateException) {
Baryon1MesonDecayerBase::doupdate();
// First update base class.
bool redo = touched();
// redo if touched.
// UpdateChecker::check(aDependentMember, redo);
// Update referenced objects on which this depends redo is set to true
// if the dependent object is touched.
// for_each(ContainerOfDependencies, UpdateChecker(redo));
// Update a container of references.
// for_each(MapOfDependencies, UpdateMapChecker(redo));
// Update a map of references.
if ( !redo ) return;
// return if nothing has been touched. Otherwise do the actual update.
// touch()
// Touch if anything has changed.
}
inline void SU3BaryonSingletOctetPhotonDecayer::doinit() throw(InitException) {
Baryon1MesonDecayerBase::doinit();
// set up the decay modes
setupModes(1);
// set up the phase space and the couplings
PDVector extpart(3);
DecayPhaseSpaceModePtr mode;
double wgtmax;
vector<double> wgt(0);
for(unsigned int ix=0;ix<_outgoingB.size();++ix)
{
extpart[0]=getParticleData(_elambda);
extpart[1]=getParticleData(_outgoingB[ix]);
extpart[2]=getParticleData(ParticleID::gamma);
mode=new_ptr(DecayPhaseSpaceMode(extpart,this));
if(_maxweight.size()>numberModes()){wgtmax=_maxweight[numberModes()];}
else{wgtmax=1.;}
addMode(mode,wgtmax,wgt);
}
}
inline void SU3BaryonSingletOctetPhotonDecayer::dofinish() {
Baryon1MesonDecayerBase::dofinish();
}
inline void SU3BaryonSingletOctetPhotonDecayer::doinitrun() {
Baryon1MesonDecayerBase::doinitrun();
if(initialize())
{
_maxweight.resize(0);
for(unsigned int ix=0;ix<numberModes();++ix)
{_maxweight.push_back(mode(ix)->maxWeight());}
}
}
inline void SU3BaryonSingletOctetPhotonDecayer::rebind(const TranslationMap & trans)
throw(RebindException) {
// dummy = trans.translate(dummy);
Baryon1MesonDecayerBase::rebind(trans);
}
inline IVector SU3BaryonSingletOctetPhotonDecayer::getReferences() {
IVector ret = Baryon1MesonDecayerBase::getReferences();
// ret.push_back(dummy);
return ret;
}
}

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