#include "Utilities.h"
#include "TVector3.h"
#include "TMath.h"
#include "TFile.h"
#include "TH1D.h"
#include "TLorentzVector.h"
#include <UTIL/LCRelationNavigator.h>
#include <IMPL/ReconstructedParticleImpl.h>
#include <iomanip>

Include dependency graph for Utilities.cc:

Namespaces
	isolep

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

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

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

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

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

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

Int_t	isolep::getOriginalPDGForIsoLep (MCParticle *mcPart)

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

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

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

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

Int_t	isolep::getLeptonID (ReconstructedParticle *recPart)

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

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

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

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

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)

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

void	isolep::listMCParticles (LCCollection *colMC)

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

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

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

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

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

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

std::vector< Int_t >	isolep::getHiggsDecayModes (LCCollection *colMC)

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

void	isolep::mcDebug (LCCollection *colMC)

TLorentzVector	isolep::getLorentzEcm (Double_t fEcm)

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

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

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

TLorentzVector	isolep::getLorentzVector (ReconstructedParticle *pfo)

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

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

Namespaces

Functions