isolep Namespace Reference

Functions
Int_t	getMCSerial (MCParticle *mcPart, LCCollection *colMCP)
MCParticle *	getMCParticle (ReconstructedParticle *recPart, LCCollection *colMCTL)
MCParticle *	getMCParticle (ReconstructedParticle *recPart, LCCollection *colMCTL, Double_t &weight)
MCParticle *	getMCParticle (ReconstructedParticle *recPart, LCCollection *colMCTL, Double_t &weight, Int_t &nMCTL)
Int_t	getLinkedMCParticle (ReconstructedParticle *recPart, LCCollection *colMCTL, Double_t &weight, Int_t &nMCTL)
Int_t	getOriginalPDG (MCParticle *mcPart, Bool_t iHiggs=0)
Int_t	getOriginalPDGForIsoLep (MCParticle *mcPart, LCCollection *colMC)
Int_t	getOriginalPDGForIsoLep (MCParticle *mcPart)
Int_t	getOriginalSerial (MCParticle *mcPart, LCCollection *colMCP, Bool_t iHiggs=0)
Int_t	getOriginalSerial (ReconstructedParticle *recPart, LCCollection *colMCTL, LCCollection *colMCP, Bool_t iHiggs=0)
Int_t	getOriginalSerialForZHH (MCParticle *mcPart, LCCollection *colMCP)
Double_t	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone)
Double_t	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone, Int_t mode)
Double_t	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone, std::vector< lcio::ReconstructedParticle * > &conePFOs)
Double_t	getInvariantMass (ReconstructedParticle *recPart1, ReconstructedParticle *recPart2)
Double_t	getInvariantMass (ReconstructedParticle *recPart1, ReconstructedParticle *recPart2, ReconstructedParticle *recPart3)
Int_t	getLeptonID (ReconstructedParticle *recPart)
Bool_t	getFSRTag (ReconstructedParticle *motherPart, ReconstructedParticle *recPart, Double_t fCosFSRCut=0.999)
Bool_t	getSplitTag (ReconstructedParticle *motherPart, ReconstructedParticle *recPart)
void	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone, Bool_t woFSR, Double_t coneEnergy[3], Double_t pFSR[4])
void	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone, Bool_t woFSR, Double_t coneEnergy[3], Double_t pFSR[4], Double_t conCone2, Double_t pCone2[4], Int_t &nConePhoton)
void	getConeEnergy (ReconstructedParticle *recPart, LCCollection *colPFO, Double_t cosCone, Double_t coneEnergy[3], Double_t cosCone2, Double_t pCone2[4])
TLorentzVector	getFSRMomentum (ReconstructedParticle *recPart, LCCollection *colPFO)
Int_t	isSelectedByFastJet (ReconstructedParticle *pfo, LCCollection *colFastJet, Double_t &ratioEPartEJet, Double_t &ratioPTMJet)
void	doPhotonRecovery (ReconstructedParticle *electron, LCCollection *colPFO, ReconstructedParticleImpl *recoElectron, Double_t fCosFSRCut=0.999)
void	doPhotonRecovery (ReconstructedParticle *electron, LCCollection *colPFO, ReconstructedParticleImpl *recoElectron, Double_t fCosFSRCut, Int_t lepType, std::vector< lcio::ReconstructedParticle * > &photons)
Bool_t	isFoundInVector (ReconstructedParticle *pfo, std::vector< lcio::ReconstructedParticle * > &pfos)
Double_t	jetFunction (TLorentzVector lortz, float beta, float power)
Double_t	jetFunction (TLorentzVector lortz, float virtual_scale=20)
Int_t	calculateEnergyComponents (LCCollection *colMC, LCCollection *colMCTL, ReconstructedParticle *jet, Double_t energyComponents[4])
Int_t	calculateEnergyComponents (LCCollection *colMC, LCCollection *colMCTL, ReconstructedParticle *jet, Double_t energyComponents[4], Int_t iColor1, Int_t iColor2, Int_t iColor3)
Double_t	getLikelihood (TString fname, TString hist, Double_t mass)
void	listMCParticles (LCCollection *colMC)
Bool_t	isOverlay (ReconstructedParticle *pfo, LCCollection *colMCTL)
void	dumpJetParticles (ReconstructedParticle *jet, LCCollection *colMC, LCCollection *colMCTL)
Int_t	getVertexComponents (LCCollection *colMC, LCCollection *colMCTL, ReconstructedParticle *vetex, Double_t energyComponents[2], Int_t nparticles[2])
Int_t	isVertexFromOverlay (ReconstructedParticle *vertex, LCCollection *colMC, LCCollection *colMCTL)
Double_t	getJetDistance (ReconstructedParticle *i, ReconstructedParticle *j, TString algorithm, Double_t R)
Int_t	isFromVertex (ReconstructedParticle *recPart, LCCollection *colVertex)
std::vector< Int_t >	getHiggsDecayModes (LCCollection *colMC)
std::vector< Int_t >	getNumberOfOverlayEvents (Double_t fEcm, LCCollection *colMC)
void	mcDebug (LCCollection *colMC)
TLorentzVector	getLorentzEcm (Double_t fEcm)
TLorentzVector	getLorentzEcm (Double_t fEcm, Bool_t isCrossingAngle)
Double_t	getRecoilMass (TLorentzVector lortzEcm, TLorentzVector lortzZ)
Double_t	getAcoPlanarity (TLorentzVector lortz1, TLorentzVector lortz2)
TLorentzVector	getLorentzVector (ReconstructedParticle *pfo)
Double_t	getCosTheta (ReconstructedParticle *part1, ReconstructedParticle *part2)
Double_t	getCosTheta (TLorentzVector part1, TLorentzVector part2)

Function Documentation

Int_t isolep::calculateEnergyComponents	(	LCCollection *	colMC,
		LCCollection *	colMCTL,
		ReconstructedParticle *	jet,
		Double_t	energyComponents[4]
	)

Definition at line 745 of file Utilities.cc.

Int_t isolep::calculateEnergyComponents	(	LCCollection *	colMC,
		LCCollection *	colMCTL,
		ReconstructedParticle *	jet,
		Double_t	energyComponents[4],
		Int_t	iColor1,
		Int_t	iColor2,
		Int_t	iColor3
	)

Definition at line 796 of file Utilities.cc.

void isolep::doPhotonRecovery	(	ReconstructedParticle *	electron,
		LCCollection *	colPFO,
		ReconstructedParticleImpl *	recoElectron,
		Double_t	fCosFSRCut = 0.999
	)

Definition at line 645 of file Utilities.cc.

void isolep::doPhotonRecovery	(	ReconstructedParticle *	electron,
		LCCollection *	colPFO,
		ReconstructedParticleImpl *	recoElectron,
		Double_t	fCosFSRCut,
		Int_t	lepType,
		std::vector< lcio::ReconstructedParticle * > &	photons
	)

Definition at line 671 of file Utilities.cc.

void isolep::dumpJetParticles	(	ReconstructedParticle *	jet,
		LCCollection *	colMC,
		LCCollection *	colMCTL
	)

Definition at line 933 of file Utilities.cc.

Double_t isolep::getAcoPlanarity	(	TLorentzVector	lortz1,
		TLorentzVector	lortz2
	)

Definition at line 1231 of file Utilities.cc.

Double_t isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone
	)

Definition at line 361 of file Utilities.cc.

Double_t isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone,
		Int_t	mode
	)

Definition at line 487 of file Utilities.cc.

Double_t isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone,
		std::vector< lcio::ReconstructedParticle * > &	conePFOs
	)

Definition at line 523 of file Utilities.cc.

void isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone,
		Bool_t	woFSR,
		Double_t	coneEnergy[3],
		Double_t	pFSR[4]
	)

Definition at line 379 of file Utilities.cc.

void isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone,
		Bool_t	woFSR,
		Double_t	coneEnergy[3],
		Double_t	pFSR[4],
		Double_t	conCone2,
		Double_t	pCone2[4],
		Int_t &	nConePhoton
	)

Definition at line 417 of file Utilities.cc.

void isolep::getConeEnergy	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO,
		Double_t	cosCone,
		Double_t	coneEnergy[3],
		Double_t	cosCone2,
		Double_t	pCone2[4]
	)

Definition at line 543 of file Utilities.cc.

Double_t isolep::getCosTheta	(	ReconstructedParticle *	part1,
		ReconstructedParticle *	part2
	)

Definition at line 1246 of file Utilities.cc.

Double_t isolep::getCosTheta	(	TLorentzVector	part1,
		TLorentzVector	part2
	)

Definition at line 1255 of file Utilities.cc.

TLorentzVector isolep::getFSRMomentum	(	ReconstructedParticle *	recPart,
		LCCollection *	colPFO
	)

Definition at line 469 of file Utilities.cc.

Bool_t isolep::getFSRTag	(	ReconstructedParticle *	motherPart,
		ReconstructedParticle *	recPart,
		Double_t	fCosFSRCut = 0.999
	)

Definition at line 289 of file Utilities.cc.

std::vector< Int_t > isolep::getHiggsDecayModes

(

LCCollection *

colMC

)

Definition at line 1073 of file Utilities.cc.

Double_t isolep::getInvariantMass	(	ReconstructedParticle *	recPart1,
		ReconstructedParticle *	recPart2
	)

Definition at line 577 of file Utilities.cc.

Double_t isolep::getInvariantMass	(	ReconstructedParticle *	recPart1,
		ReconstructedParticle *	recPart2,
		ReconstructedParticle *	recPart3
	)

Definition at line 594 of file Utilities.cc.

Double_t isolep::getJetDistance	(	ReconstructedParticle *	i,
		ReconstructedParticle *	j,
		TString	algorithm,
		Double_t	R
	)

Definition at line 1033 of file Utilities.cc.

Int_t isolep::getLeptonID

(

ReconstructedParticle *

recPart

)

Definition at line 237 of file Utilities.cc.

Double_t isolep::getLikelihood	(	TString	fname,
		TString	hist,
		Double_t	mass
	)

Definition at line 849 of file Utilities.cc.

Int_t isolep::getLinkedMCParticle	(	ReconstructedParticle *	recPart,
		LCCollection *	colMCTL,
		Double_t &	weight,
		Int_t &	nMCTL
	)

Definition at line 61 of file Utilities.cc.

TLorentzVector isolep::getLorentzEcm

(

Double_t

fEcm

)

Definition at line 1208 of file Utilities.cc.

TLorentzVector isolep::getLorentzEcm	(	Double_t	fEcm,
		Bool_t	isCrossingAngle
	)

Definition at line 1212 of file Utilities.cc.

TLorentzVector isolep::getLorentzVector

(

ReconstructedParticle *

pfo

)

Definition at line 1240 of file Utilities.cc.

MCParticle * isolep::getMCParticle	(	ReconstructedParticle *	recPart,
		LCCollection *	colMCTL
	)

Definition at line 30 of file Utilities.cc.

MCParticle * isolep::getMCParticle	(	ReconstructedParticle *	recPart,
		LCCollection *	colMCTL,
		Double_t &	weight
	)

Definition at line 36 of file Utilities.cc.

MCParticle * isolep::getMCParticle	(	ReconstructedParticle *	recPart,
		LCCollection *	colMCTL,
		Double_t &	weight,
		Int_t &	nMCTL
	)

Definition at line 41 of file Utilities.cc.

Int_t isolep::getMCSerial	(	MCParticle *	mcPart,
		LCCollection *	colMCP
	)

Definition at line 16 of file Utilities.cc.

std::vector< Int_t > isolep::getNumberOfOverlayEvents	(	Double_t	fEcm,
		LCCollection *	colMC
	)

Definition at line 1130 of file Utilities.cc.

Int_t isolep::getOriginalPDG	(	MCParticle *	mcPart,
		Bool_t	iHiggs = 0
	)

Definition at line 85 of file Utilities.cc.

Int_t isolep::getOriginalPDGForIsoLep	(	MCParticle *	mcPart,
		LCCollection *	colMC
	)

Definition at line 150 of file Utilities.cc.

Int_t isolep::getOriginalPDGForIsoLep

(

MCParticle *

mcPart

)

Definition at line 107 of file Utilities.cc.

Int_t isolep::getOriginalSerial	(	MCParticle *	mcPart,
		LCCollection *	colMCP,
		Bool_t	iHiggs = 0
	)

Definition at line 179 of file Utilities.cc.

Int_t isolep::getOriginalSerial	(	ReconstructedParticle *	recPart,
		LCCollection *	colMCTL,
		LCCollection *	colMCP,
		Bool_t	iHiggs = 0
	)

Definition at line 201 of file Utilities.cc.

Int_t isolep::getOriginalSerialForZHH	(	MCParticle *	mcPart,
		LCCollection *	colMCP
	)

Definition at line 214 of file Utilities.cc.

Double_t isolep::getRecoilMass	(	TLorentzVector	lortzEcm,
		TLorentzVector	lortzZ
	)

Definition at line 1224 of file Utilities.cc.

Bool_t isolep::getSplitTag	(	ReconstructedParticle *	motherPart,
		ReconstructedParticle *	recPart
	)

Definition at line 308 of file Utilities.cc.

Int_t isolep::getVertexComponents	(	LCCollection *	colMC,
		LCCollection *	colMCTL,
		ReconstructedParticle *	vetex,
		Double_t	energyComponents[2],
		Int_t	nparticles[2]
	)

Definition at line 982 of file Utilities.cc.

Bool_t isolep::isFoundInVector	(	ReconstructedParticle *	pfo,
		std::vector< lcio::ReconstructedParticle * > &	pfos
	)

Definition at line 706 of file Utilities.cc.

Int_t isolep::isFromVertex	(	ReconstructedParticle *	recPart,
		LCCollection *	colVertex
	)

Definition at line 1055 of file Utilities.cc.

Bool_t isolep::isOverlay	(	ReconstructedParticle *	pfo,
		LCCollection *	colMCTL
	)

Definition at line 918 of file Utilities.cc.

Int_t isolep::isSelectedByFastJet	(	ReconstructedParticle *	pfo,
		LCCollection *	colFastJet,
		Double_t &	ratioEPartEJet,
		Double_t &	ratioPTMJet
	)

Definition at line 613 of file Utilities.cc.

Int_t isolep::isVertexFromOverlay	(	ReconstructedParticle *	vertex,
		LCCollection *	colMC,
		LCCollection *	colMCTL
	)

Definition at line 1022 of file Utilities.cc.

Double_t isolep::jetFunction	(	TLorentzVector	lortz,
		float	beta,
		float	power
	)

Definition at line 715 of file Utilities.cc.

Double_t isolep::jetFunction	(	TLorentzVector	lortz,
		float	virtual_scale = 20
	)

Definition at line 730 of file Utilities.cc.

void isolep::listMCParticles

(

LCCollection *

colMC

)

Definition at line 875 of file Utilities.cc.

void isolep::mcDebug

(

LCCollection *

colMC

)

Definition at line 1171 of file Utilities.cc.