Place to collect functions calculating CP quantities -Phi* : this is a variable, with which one can say, whether the considered boson is a CP even state or a CP odd state -Phi*CP : this is a variable, with which one can figure out, whether the Higgs is a CP mixture or not -Zs : this is a variable, with which one can figure out, wether the considered boson has spin 1 (Z) or 0 (Higgs) More...

#include <CPQuantities.h>

Classes
class	quantities

Public Member Functions
double	CalculatePhiStarCP (RMFLV tau1, RMFLV tau2, RMFLV chargPart1, RMFLV chargPart2)

double	CalculatePhiStarCP (KVertex *pv, KTrack track1, KTrack track2, RMFLV chargPart1, RMFLV chargPart2)

double	CalculatePhiStarCP (KRefitVertex *pv, KTrack track1, KTrack track2, RMFLV chargPart1, RMFLV chargPart2)

double	CalculatePhiStarCP (RMFLV chargPart1, RMFLV chargPart2, TVector3 ipvec1, TVector3 ipvec2, std::string level)

double	CalculatePhiStarCP_rho (RMFLV chargedPiP, RMFLV chargedPiM, RMFLV piZeroP, RMFLV piZeroM)

double	CalculatePhiStarCPComb (TVector3 ipvec, RMFLV daughter, RMFLV pion, RMFLV pizero, int daughterCharge)

double	CalculateChargedHadronEnergy (RMFLV diTauMomentum, RMFLV chargHad)

double	CalculatePhiCP (RMFLV boson, RMFLV tau1, RMFLV tau2, RMFLV pion1, RMFLV pion2)

double	CalculatePhiCPLab (RMFLV chargPart1, TVector3 ipvec1, TVector3 ipvec2)

double	CalculateChargedProngEnergy (RMFLV tau, RMFLV chargedProng)

double	CalculateChargedProngEnergyApprox (RMFLV tau, RMFLV chargedProng)

double	CalculateSpinAnalysingDiscriminant_rho (RMFLV tau1, RMFLV tau2, RMFLV pionP, RMFLV pionM, RMFLV pi0P, RMFLV pi0M)

double	CalculateSpinAnalysingDiscriminant_rho (RMFLV chargedPion, RMFLV pi0)

double	CalculateTrackReferenceError (KTrack track)

double	CalculateZPlusMinus (RMFLV higgs, RMFLV chargedPart)

double	CalculateZs (double zPlus, double zMinus)

double	CalculateD0sArea (double d0_1, double d0_2)

double	CalculateD0sDist (double d0_1, double d0_2)

double	PhiTransform (double phi)

TVector3	CalculateShortestDistance (KGenParticle genParticle, RMPoint pv)

TVector3	CalculateShortestDistance (KLepton *recoParticle, RMPoint pv)

double	CalculateCosPsi (RMFLV recoPart, TVector3 ipvec)

std::vector< double >	CalculateIPErrors (KLepton lepton, KVertex pv, TVector3 *ipvec)

double	GetGenPhiStar ()

double	GetGenOStarCP ()

double	GetGenPhi ()

double	GetGenOCP ()

double	GetRecoPhiStar ()

double	GetRecoOStarCP ()

double	GetRecoIP1 ()

double	GetRecoIP2 ()

double	GetRecoPhiPlus_ipmeth ()

double	GetRecoPhiMinus_ipmeth ()

double	GetRecoPhiStarPlus_ipmeth ()

double	GetRecoPhiStarMinus_ipmeth ()

double	GetRecoPhiPlus_combmeth ()

double	GetRecoPhiMinus_combmeth ()

double	GetRecoPhiStarPlus_combmeth ()

double	GetRecoPhiStarMinus_combmeth ()

double	GetRecoPhiPlus_rhometh ()

double	GetRecoPhiMinus_rhometh ()

double	GetRecoPhiStarPlus_rhometh ()

double	GetRecoPhiStarMinus_rhometh ()

Public Attributes
tuple	log = logging.getLogger(__name__)

Detailed Description

Place to collect functions calculating CP quantities -Phi* : this is a variable, with which one can say, whether the considered boson is a CP even state or a CP odd state -Phi*CP : this is a variable, with which one can figure out, whether the Higgs is a CP mixture or not -Zs : this is a variable, with which one can figure out, wether the considered boson has spin 1 (Z) or 0 (Higgs)

Member Function Documentation

double CPQuantities::CalculateChargedHadronEnergy	(	RMFLV	diTauMomentum,
		RMFLV	chargHad
	)

double CPQuantities::CalculateChargedProngEnergy	(	RMFLV	tau,
		RMFLV	chargedProng
	)

double CPQuantities::CalculateChargedProngEnergyApprox	(	RMFLV	tau,
		RMFLV	chargedProng
	)

double CPQuantities::CalculateCosPsi	(	RMFLV	recoPart,
		TVector3	ipvec
	)

double CPQuantities::CalculateD0sArea	(	double	d0_1,
		double	d0_2
	)

double CPQuantities::CalculateD0sDist	(	double	d0_1,
		double	d0_2
	)

std::vector< double > CPQuantities::CalculateIPErrors	(	KLepton *	lepton,
		KVertex *	pv,
		TVector3 *	ipvec
	)

double CPQuantities::CalculatePhiCP	(	RMFLV	boson,
		RMFLV	tau1,
		RMFLV	tau2,
		RMFLV	pion1,
		RMFLV	pion2
	)

double CPQuantities::CalculatePhiCPLab	(	RMFLV	chargPart1,
		TVector3	ipvec1,
		TVector3	ipvec2
	)

double CPQuantities::CalculatePhiStarCP	(	RMFLV	tau1,
		RMFLV	tau2,
		RMFLV	chargPart1,
		RMFLV	chargPart2
	)

double CPQuantities::CalculatePhiStarCP	(	KVertex *	pv,
		KTrack	track1,
		KTrack	track2,
		RMFLV	chargPart1,
		RMFLV	chargPart2
	)

double CPQuantities::CalculatePhiStarCP	(	KRefitVertex *	pv,
		KTrack	track1,
		KTrack	track2,
		RMFLV	chargPart1,
		RMFLV	chargPart2
	)

double CPQuantities::CalculatePhiStarCP	(	RMFLV	chargPart1,
		RMFLV	chargPart2,
		TVector3	ipvec1,
		TVector3	ipvec2,
		std::string	level
	)

double CPQuantities::CalculatePhiStarCP_rho	(	RMFLV	chargedPiP,
		RMFLV	chargedPiM,
		RMFLV	piZeroP,
		RMFLV	piZeroM
	)

double CPQuantities::CalculatePhiStarCPComb	(	TVector3	ipvec,
		RMFLV	daughter,
		RMFLV	pion,
		RMFLV	pizero,
		int	daughterCharge
	)

TVector3 CPQuantities::CalculateShortestDistance	(	KGenParticle *	genParticle,
		RMPoint *	pv
	)

TVector3 CPQuantities::CalculateShortestDistance	(	KLepton *	recoParticle,
		RMPoint	pv
	)

double CPQuantities::CalculateSpinAnalysingDiscriminant_rho	(	RMFLV	tau1,
		RMFLV	tau2,
		RMFLV	pionP,
		RMFLV	pionM,
		RMFLV	pi0P,
		RMFLV	pi0M
	)

double CPQuantities::CalculateSpinAnalysingDiscriminant_rho	(	RMFLV	chargedPion,
		RMFLV	pi0
	)

double CPQuantities::CalculateTrackReferenceError ( KTrack track )

double CPQuantities::CalculateZPlusMinus	(	RMFLV	higgs,
		RMFLV	chargedPart
	)

double CPQuantities::CalculateZs	(	double	zPlus,
		double	zMinus
	)

double CPQuantities::GetGenOCP ( )

inline

double CPQuantities::GetGenOStarCP ( )

inline

double CPQuantities::GetGenPhi ( )

inline

double CPQuantities::GetGenPhiStar ( )

inline

double CPQuantities::GetRecoIP1 ( )

inline

double CPQuantities::GetRecoIP2 ( )

inline

double CPQuantities::GetRecoOStarCP ( )

inline

double CPQuantities::GetRecoPhiMinus_combmeth ( )

inline

double CPQuantities::GetRecoPhiMinus_ipmeth ( )

inline

double CPQuantities::GetRecoPhiMinus_rhometh ( )

inline

double CPQuantities::GetRecoPhiPlus_combmeth ( )

inline

double CPQuantities::GetRecoPhiPlus_ipmeth ( )

inline

double CPQuantities::GetRecoPhiPlus_rhometh ( )

inline

double CPQuantities::GetRecoPhiStar ( )

inline

double CPQuantities::GetRecoPhiStarMinus_combmeth ( )

inline

double CPQuantities::GetRecoPhiStarMinus_ipmeth ( )

inline

double CPQuantities::GetRecoPhiStarMinus_rhometh ( )

inline

double CPQuantities::GetRecoPhiStarPlus_combmeth ( )

inline

double CPQuantities::GetRecoPhiStarPlus_ipmeth ( )

inline

double CPQuantities::GetRecoPhiStarPlus_rhometh ( )

inline

double CPQuantities::PhiTransform ( double phi )

Member Data Documentation

tuple CPQuantities.log = logging.getLogger(__name__)

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

interface/Utility/CPQuantities.h
python/ArtusConfigs/Run2CPStudies/CPQuantities.py
src/Utility/CPQuantities.cc

Classes

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation

Member Data Documentation