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/*
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* Lepton.cpp
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*
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*/
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#include "../../interface/RecoObjects/Lepton.h"
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namespace BAT {
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static const float initialBigValue = 123456789;
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Lepton::Lepton() :
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Particle(),
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xyDistanceToPrimaryVertex(initialBigValue),
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zDistanceToPrimaryVertex(initialBigValue),
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PFGamma_Isolation(initialBigValue),
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PFChargedHadron_Isolation(initialBigValue),
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PFNeutralHadron_Isolation(initialBigValue)
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{
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}
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Lepton::Lepton(float energy, float px, float py, float pz) :
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Particle(energy, px, py, pz),
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xyDistanceToPrimaryVertex(initialBigValue),
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zDistanceToPrimaryVertex(initialBigValue),
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PFGamma_Isolation(initialBigValue),
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PFChargedHadron_Isolation(initialBigValue),
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PFNeutralHadron_Isolation(initialBigValue)
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{
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}
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Lepton::~Lepton() {
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}
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void Lepton::setXyDistanceToPrimaryVertex (float dist) {
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xyDistanceToPrimaryVertex = dist;
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}
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void Lepton::setZDistanceToPrimaryVertex(float dist) {
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zDistanceToPrimaryVertex = dist;
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}
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void Lepton::setPFGammaIsolation(float pfGammaIso) {
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PFGamma_Isolation = pfGammaIso;
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}
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void Lepton::setPFChargedHadronIsolation(float chargedHadronIso) {
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PFChargedHadron_Isolation = chargedHadronIso;
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}
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void Lepton::setPFNeutralHadronIsolation(float neutralHadronIso) {
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PFNeutralHadron_Isolation = neutralHadronIso;
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}
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float Lepton::PFGammaIsolation() const {
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return PFGamma_Isolation;
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}
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float Lepton::PFChargedHadronIsolation() const {
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return PFChargedHadron_Isolation;
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}
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float Lepton::PFNeutralHadronIsolation() const {
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return PFNeutralHadron_Isolation;
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}
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float Lepton::XyDistanceToPrimaryVertex () const {
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return xyDistanceToPrimaryVertex ;
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}
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float Lepton::ZDistanceToPrimaryVertex() const {
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return zDistanceToPrimaryVertex;
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}
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float Lepton::pfIsolation() const {
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return (PFGamma_Isolation + PFChargedHadron_Isolation + PFNeutralHadron_Isolation) / pt();
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// Previously was divided by et, but I think pt is correct.
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}
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}
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