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ShowerParticle.icc
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ShowerParticle.icc
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// -*- C++ -*-
//
// This is the implementation of the inlined member functions of
// the ShowerParticle class.
//
namespace Herwig {
using namespace ThePEG;
// inline ShowerParticle::ShowerParticle() {}
inline void * ShowerParticle::operator new(size_t) {
return FixedAllocator<ShowerParticle>::allocate();
}
inline void ShowerParticle::operator delete(void * p, size_t) {
FixedAllocator<ShowerParticle>::deallocate(p);
}
inline ShowerParticle::ShowerParticle(const ShowerParticle & x)
: Particle(x),
_isFinalState(x._isFinalState),
_reconstructionFixedPoint(x._reconstructionFixedPoint),
// this was still missing
_isFromHardSubprocess( x._isFromHardSubprocess ),
_initiatesTLS( x._initiatesTLS ),
_sudAlpha(x._sudAlpha),
_sudBeta(x._sudBeta),
_sudPx(x._sudPx),
_sudPy(x._sudPy),
_x(x._x),
_splitFun(x._splitFun),
_showerKinematics(x._showerKinematics),
_scales(x._scales),
_partners(x._partners),
//_rhoD(x._rhoD),
_thePEGBase( x._thePEGBase )
{}
inline ShowerParticle::ShowerParticle(const Particle &x)
: Particle(x),
_isFinalState( true ),
_reconstructionFixedPoint( false ),
// this was still missing
_isFromHardSubprocess( false ),
_initiatesTLS( false ),
_sudAlpha( 1.0 ),
_sudBeta( -1.0 ),
_sudPx( Energy() ),
_sudPy( Energy() ),
_x(1.0),
_splitFun( tSplittingFnPtr() ),
_showerKinematics( tShoKinPtr() ),
_scales( ShowerIndex::NumInteractionTypes, Energy(0.0) ),
_partners( ShowerIndex::NumInteractionTypes, tShowerParticlePtr() ),
//_rhoD( 2, vector< std::complex<double> >(2) ),
_thePEGBase( &x )
{}
inline ShowerParticle::ShowerParticle(tcEventPDPtr x)
: Particle(x),
_isFinalState( true ),
_reconstructionFixedPoint( false ),
// this was still missing
_isFromHardSubprocess( false ),
_initiatesTLS( false ),
_sudAlpha( 1.0 ),
_sudBeta( -1.0 ),
_sudPx( Energy() ),
_sudPy( Energy() ),
_x(1.0),
_splitFun( tSplittingFnPtr() ),
_showerKinematics( tShoKinPtr() ),
_scales( ShowerIndex::NumInteractionTypes, Energy(0.0) ),
_partners( ShowerIndex::NumInteractionTypes, tShowerParticlePtr() ),
//_rhoD( 2, vector< std::complex<double> >(2) ),
_thePEGBase( PPtr() )
{}
inline bool ShowerParticle::isFinalState() const {
return _isFinalState;
}
inline void ShowerParticle::setFinalState(const bool inputIsFinalState) {
_isFinalState = inputIsFinalState;
}
inline bool ShowerParticle::initiatesTLS() const {
return _initiatesTLS;
}
inline void ShowerParticle::setInitiatesTLS(const bool input) {
_initiatesTLS = input;
}
inline bool ShowerParticle::isFromHardSubprocess() const {
return _isFromHardSubprocess;
}
inline void ShowerParticle::setFromHardSubprocess(const bool val)
{
_isFromHardSubprocess = val;
}
inline double ShowerParticle::sudAlpha() const {
return _sudAlpha;
}
inline void ShowerParticle::sudAlpha(const double inputSudAlpha) {
_sudAlpha = inputSudAlpha;
}
inline double ShowerParticle::sudBeta() const {
return _sudBeta;
}
inline void ShowerParticle::sudBeta(const double inputSudBeta) {
_sudBeta = inputSudBeta;
}
inline Energy ShowerParticle::sudPx() const {
return _sudPx;
}
inline void ShowerParticle::sudPx(const Energy inputSudPx) {
_sudPx = inputSudPx;
}
inline Energy ShowerParticle::sudPy() const {
return _sudPy;
}
inline void ShowerParticle::sudPy(const Energy inputSudPy) {
_sudPy = inputSudPy;
}
inline Energy ShowerParticle::sudPperp() const {
return sqrt( sqr(_sudPx) + sqr(_sudPy) );
}
inline Energy2 ShowerParticle::sudPperp2() const {
return ( sqr(_sudPx) + sqr(_sudPy) );
}
inline tSplittingFnPtr ShowerParticle::splitFun() const {
return _splitFun;
}
inline void ShowerParticle::setSplittingFn(const tSplittingFnPtr sf) {
_splitFun = sf;
}
//inline tDecayerPtr ShowerParticle::decayer() const {
//return _decayer;
//}
//inline void ShowerParticle::decayer(const tDecayerPtr inputDecayer) {
//_decayer = inputDecayer;
//}
inline vector<Energy> ShowerParticle::evolutionScales() const {
return _scales;
}
inline ShoKinPtr & ShowerParticle::showerKinematics() {
return _showerKinematics;
}
inline const tShowerParticleVector & ShowerParticle::partners() const {
return _partners;
}
inline void ShowerParticle::setEvolutionScale(const ShowerIndex::InteractionType interaction,
const Energy scale) {
_scales[interaction] = scale;
}
inline void ShowerParticle::setPartner(const ShowerIndex::InteractionType interaction,
const tShowerParticlePtr partner) {
_partners[interaction] = partner;
}
/*inline bool ShowerParticle::isRhoDUpdate() const {
return _rhoDUpdate;
}
inline void ShowerParticle::setRhoDUpdate(const bool inputRhoDUpdate) {
_rhoDUpdate = inputRhoDUpdate;
}
inline ComplexMatrix & ShowerParticle::rhoD() {
return _rhoD;
}
*/
inline bool ShowerParticle::isReconstructionFixedPoint() const {
return _reconstructionFixedPoint || children().empty() ;
}
inline void ShowerParticle::setReconstructionFixedPoint(const bool inputIsDecaying) {
_reconstructionFixedPoint = inputIsDecaying;
}
inline tcPPtr ShowerParticle::getThePEGBase() {
return _thePEGBase;
}
//inline void ShowerParticle::setThePEGBase(const tcPPtr & x) {
// _thePEGBase = x;
//}
inline PPtr ShowerParticle::clone() const {
return dynamic_ptr_cast<PPtr>(ptr_new<ShowerParticlePtr>(*this));
}
inline PPtr ShowerParticle::fullclone() const {
return clone();
}
}

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