container to hold data to be written into TTree More...

#include <EopVariables.h>

Public Member Functions
void	clear ()
	set to empty values More...

	EopVariables ()
	constructor initialises to empty values More...

void	fillVariables (Int_t charge, Int_t innerOk, Double_t outerRadius, Int_t numberOfValidHits, Int_t numberOfLostHits, Double_t chi2, Double_t normalizedChi2, Double_t p, Double_t pt, Double_t ptError, Double_t theta, Double_t eta, Double_t phi, Double_t emc1, Double_t emc3, Double_t emc5, Double_t hac1, Double_t hac3, Double_t hac5, Double_t maxPNearby, Double_t dist, Double_t EnergyIn, Double_t EnergyOut)
	fill variables into tree More...

Public Attributes
Double_t	distofmax

Int_t	track_charge

Double_t	track_chi2

Double_t	track_emc1

Double_t	track_emc3

Double_t	track_emc5

Double_t	track_EnergyIn

Double_t	track_EnergyOut

Double_t	track_eta

Double_t	track_hac1

Double_t	track_hac3

Double_t	track_hac5

Int_t	track_innerOk

Double_t	track_maxPNearby

Int_t	track_nHits

Int_t	track_nLostHits

Double_t	track_normalizedChi2

Double_t	track_outerRadius

Double_t	track_p

Double_t	track_phi

Double_t	track_pt

Double_t	track_ptError

Double_t	track_theta

Detailed Description

container to hold data to be written into TTree

Definition at line 8 of file EopVariables.h.

Constructor & Destructor Documentation

◆ EopVariables()

EopVariables::EopVariables ( )

inline

constructor initialises to empty values

Definition at line 10 of file EopVariables.h.

References clear().

10 { this->clear(); }

EopVariables::clear

void clear()

set to empty values

Definition: EopVariables.h:13

Member Function Documentation

◆ clear()

void EopVariables::clear ( )

inline

set to empty values

doubles

integers

Definition at line 13 of file EopVariables.h.

References distofmax, track_charge, track_chi2, track_emc1, track_emc3, track_emc5, track_EnergyIn, track_EnergyOut, track_eta, track_hac1, track_hac3, track_hac5, track_innerOk, track_maxPNearby, track_nHits, track_nLostHits, track_normalizedChi2, track_outerRadius, track_p, track_phi, track_pt, track_ptError, and track_theta.

Referenced by EopVariables().

                {
     track_outerRadius = track_chi2 = track_normalizedChi2 = track_p = track_pt = track_ptError = track_theta =
         track_eta = track_phi = track_emc1 = track_emc3 = track_emc5 = track_hac1 = track_hac3 = track_hac5 =
             track_maxPNearby = track_EnergyIn = track_EnergyOut = distofmax = 0.;
     track_charge = track_nHits = track_nLostHits = track_innerOk = 0;
   }

◆ fillVariables()

void EopVariables::fillVariables	(	Int_t	charge,
		Int_t	innerOk,
		Double_t	outerRadius,
		Int_t	numberOfValidHits,
		Int_t	numberOfLostHits,
		Double_t	chi2,
		Double_t	normalizedChi2,
		Double_t	p,
		Double_t	pt,
		Double_t	ptError,
		Double_t	theta,
		Double_t	eta,
		Double_t	phi,
		Double_t	emc1,
		Double_t	emc3,
		Double_t	emc5,
		Double_t	hac1,
		Double_t	hac3,
		Double_t	hac5,
		Double_t	maxPNearby,
		Double_t	dist,
		Double_t	EnergyIn,
		Double_t	EnergyOut
	)

inline

fill variables into tree

Definition at line 22 of file EopVariables.h.

References ALCARECOTkAlJpsiMuMu_cff::charge, nano_mu_local_reco_cff::chi2, distofmax, PVValHelper::eta, TrackCollections2monitor_cff::normalizedChi2, TrackCollections2monitor_cff::numberOfLostHits, TrackCollections2monitor_cff::numberOfValidHits, interestingEgammaIsoDetIdsSequence_cff::outerRadius, AlCaHLTBitMon_ParallelJobs::p, phi, DiDispStaMuonMonitor_cfi::pt, theta(), track_charge, track_chi2, track_emc1, track_emc3, track_emc5, track_EnergyIn, track_EnergyOut, track_eta, track_hac1, track_hac3, track_hac5, track_innerOk, track_maxPNearby, track_nHits, track_nLostHits, track_normalizedChi2, track_outerRadius, track_p, track_phi, track_pt, track_ptError, and track_theta.

Referenced by EopTreeWriter::analyze().

                                          {
     track_charge = charge;
     track_nHits = numberOfValidHits;
     track_nLostHits = numberOfLostHits;
     track_innerOk = innerOk;
     track_outerRadius = outerRadius;
     track_chi2 = chi2;
     track_normalizedChi2 = normalizedChi2;
     track_p = p;
     track_pt = pt;
     track_ptError = ptError;
     track_theta = theta;
     track_eta = eta;
     track_phi = phi;
     track_emc1 = emc1;
     track_emc3 = emc3;
     track_emc5 = emc5;
     track_hac1 = hac1;
     track_hac3 = hac3;
     track_hac5 = hac5;
     track_maxPNearby = maxPNearby;
     track_EnergyIn = EnergyIn;
     track_EnergyOut = EnergyOut;
     distofmax = dist;
   }