Pythia8::HMETau2ThreeMesons Class Reference

Inheritance diagram for Pythia8::HMETau2ThreeMesons:

Public Member Functions
void	initConstants ()
void	initHadronicCurrent (vector< HelicityParticle > &)
void	initConstants ()
void	initHadronicCurrent (vector< HelicityParticle > &)
void	initConstants ()
void	initHadronicCurrent (vector< HelicityParticle > &)
Public Member Functions inherited from Pythia8::HMETauDecay
virtual void	initWaves (vector< HelicityParticle > &)
virtual complex	calculateME (vector< int >)
virtual double	decayWeightMax (vector< HelicityParticle > &)
virtual void	initWaves (vector< HelicityParticle > &)
virtual complex	calculateME (vector< int >)
virtual double	decayWeightMax (vector< HelicityParticle > &)
virtual void	initWaves (vector< HelicityParticle > &)
virtual complex	calculateME (vector< int >)
virtual double	decayWeightMax (vector< HelicityParticle > &)
virtual void	initWaves (vector< HelicityParticle > &)
virtual complex	calculateME (vector< int >)
virtual double	decayWeightMax (vector< HelicityParticle > &)
Public Member Functions inherited from Pythia8::HelicityMatrixElement
virtual void	initPointers (ParticleData *, Couplings *)
virtual HelicityMatrixElement *	initChannel (vector< HelicityParticle > &)
virtual double	decayWeight (vector< HelicityParticle > &)
virtual void	calculateD (vector< HelicityParticle > &)
virtual void	calculateRho (unsigned int, vector< HelicityParticle > &)
void	setFermionLine (int, HelicityParticle &, HelicityParticle &)
virtual complex	sBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	pBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	dBreitWigner (double m0, double m1, double s, double M, double G)
virtual void	initPointers (ParticleData *, Couplings *)
virtual HelicityMatrixElement *	initChannel (vector< HelicityParticle > &)
virtual double	decayWeight (vector< HelicityParticle > &)
virtual void	calculateD (vector< HelicityParticle > &)
virtual void	calculateRho (unsigned int, vector< HelicityParticle > &)
void	setFermionLine (int, HelicityParticle &, HelicityParticle &)
virtual complex	breitWigner (double s, double M, double G)
virtual complex	sBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	pBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	dBreitWigner (double m0, double m1, double s, double M, double G)
virtual void	initPointers (ParticleData *, Couplings *, Settings *=0)
virtual HelicityMatrixElement *	initChannel (vector< HelicityParticle > &)
virtual double	decayWeight (vector< HelicityParticle > &)
virtual void	calculateD (vector< HelicityParticle > &)
virtual void	calculateRho (unsigned int, vector< HelicityParticle > &)
void	setFermionLine (int, HelicityParticle &, HelicityParticle &)
virtual complex	breitWigner (double s, double M, double G)
virtual complex	sBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	pBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	dBreitWigner (double m0, double m1, double s, double M, double G)
virtual void	initPointers (ParticleData *, CoupSM *, Settings *=0)
virtual HelicityMatrixElement *	initChannel (vector< HelicityParticle > &)
virtual double	decayWeight (vector< HelicityParticle > &)
virtual void	calculateD (vector< HelicityParticle > &)
virtual void	calculateRho (unsigned int, vector< HelicityParticle > &)
void	setFermionLine (int, HelicityParticle &, HelicityParticle &)
virtual complex	breitWigner (double s, double M, double G)
virtual complex	sBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	pBreitWigner (double m0, double m1, double s, double M, double G)
virtual complex	dBreitWigner (double m0, double m1, double s, double M, double G)

Protected Types
enum	Mode {   Pi0Pi0Pim, PimPimPip, Pi0PimK0b, PimPipKm,   Pi0PimEta, PimKmKp, Pi0K0Km, KlPimKs,   Pi0Pi0Km, KlKlPim, PimKsKs, PimK0bK0,   Uknown, Pi0Pi0Pim, PimPimPip, Pi0PimK0b,   PimPipKm, Pi0PimEta, PimKmKp, Pi0K0Km,   KlPimKs, Pi0Pi0Km, KlKlPim, PimKsKs,   PimK0bK0, Uknown, Pi0Pi0Pim, PimPimPip,   Pi0PimK0b, PimPipKm, Pi0PimEta, PimKmKp,   Pi0K0Km, KlPimKs, Pi0Pi0Km, KlKlPim,   PimKsKs, PimK0bK0, Uknown }
enum	Mode {   Pi0Pi0Pim, PimPimPip, Pi0PimK0b, PimPipKm,   Pi0PimEta, PimKmKp, Pi0K0Km, KlPimKs,   Pi0Pi0Km, KlKlPim, PimKsKs, PimK0bK0,   Uknown, Pi0Pi0Pim, PimPimPip, Pi0PimK0b,   PimPipKm, Pi0PimEta, PimKmKp, Pi0K0Km,   KlPimKs, Pi0Pi0Km, KlKlPim, PimKsKs,   PimK0bK0, Uknown, Pi0Pi0Pim, PimPimPip,   Pi0PimK0b, PimPipKm, Pi0PimEta, PimKmKp,   Pi0K0Km, KlPimKs, Pi0Pi0Km, KlKlPim,   PimKsKs, PimK0bK0, Uknown }
enum	Mode {   Pi0Pi0Pim, PimPimPip, Pi0PimK0b, PimPipKm,   Pi0PimEta, PimKmKp, Pi0K0Km, KlPimKs,   Pi0Pi0Km, KlKlPim, PimKsKs, PimK0bK0,   Uknown, Pi0Pi0Pim, PimPimPip, Pi0PimK0b,   PimPipKm, Pi0PimEta, PimKmKp, Pi0K0Km,   KlPimKs, Pi0Pi0Km, KlKlPim, PimKsKs,   PimK0bK0, Uknown, Pi0Pi0Pim, PimPimPip,   Pi0PimK0b, PimPipKm, Pi0PimEta, PimKmKp,   Pi0K0Km, KlPimKs, Pi0Pi0Km, KlKlPim,   PimKsKs, PimK0bK0, Uknown }

Protected Member Functions
virtual void	initMode ()
virtual void	initResonances ()
virtual void	initMomenta (vector< HelicityParticle > &)
virtual complex	F1 ()
virtual complex	F2 ()
virtual complex	F3 ()
virtual complex	F4 ()
virtual double	a1PhaseSpace (double)
virtual complex	a1BreitWigner (double)
complex	T (double m0, double m1, double s, vector< double > &M, vector< double > &G, vector< double > &W)
complex	T (double s, vector< double > &M, vector< double > &G, vector< double > &W)
virtual void	initMode ()
virtual void	initResonances ()
virtual void	initMomenta (vector< HelicityParticle > &)
virtual complex	F1 ()
virtual complex	F2 ()
virtual complex	F3 ()
virtual complex	F4 ()
virtual double	a1PhaseSpace (double)
virtual complex	a1BreitWigner (double)
complex	T (double m0, double m1, double s, vector< double > &M, vector< double > &G, vector< double > &W)
complex	T (double s, vector< double > &M, vector< double > &G, vector< double > &W)
virtual void	initMode ()
virtual void	initResonances ()
virtual void	initMomenta (vector< HelicityParticle > &)
virtual complex	F1 ()
virtual complex	F2 ()
virtual complex	F3 ()
virtual complex	F4 ()
virtual double	a1PhaseSpace (double)
virtual complex	a1BreitWigner (double)
complex	T (double m0, double m1, double s, vector< double > &M, vector< double > &G, vector< double > &W)
complex	T (double s, vector< double > &M, vector< double > &G, vector< double > &W)
Protected Member Functions inherited from Pythia8::HMETauDecay
virtual void	calculateResonanceWeights (vector< double > &, vector< double > &, vector< complex > &)
virtual void	calculateResonanceWeights (vector< double > &, vector< double > &, vector< complex > &)
virtual void	calculateResonanceWeights (vector< double > &, vector< double > &, vector< complex > &)
virtual void	calculateResonanceWeights (vector< double > &, vector< double > &, vector< complex > &)

Protected Attributes
Mode	mode {}
double	s1 {}
double	s2 {}
double	s3 {}
double	s4 {}
Wave4	q {}
Wave4	q2 {}
Wave4	q3 {}
Wave4	q4 {}
complex	a1BW {}
Protected Attributes inherited from Pythia8::HelicityMatrixElement
double	DECAYWEIGHTMAX
vector< GammaMatrix >	gamma
vector< int >	pMap
vector< int >	pID
vector< double >	pM
vector< vector< Wave4 > >	u
ParticleData *	particleDataPtr
Couplings *	couplingsPtr
Settings *	settingsPtr
CoupSM *	coupSMPtr

Detailed Description

Definition at line 408 of file HelicityMatrixElements.h.

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The documentation for this class was generated from the following files:

• StarGenerator/Pythia8_1_86/include/Pythia8/HelicityMatrixElements.h
• StarGenerator/Pythia8_2_35/include/Pythia8/HelicityMatrixElements.h
• StarGenerator/Pythia8_3_03/include/Pythia8/HelicityMatrixElements.h
• StarGenerator/Pythia8_1_86/src/HelicityMatrixElements.cc
• StarGenerator/Pythia8_2_35/src/HelicityMatrixElements.cc
• StarGenerator/Pythia8_3_03/src/HelicityMatrixElements.cc