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#include "TCElectron.h"
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#include <iostream>
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TCElectron::TCElectron() {
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}
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TCElectron::~TCElectron() {
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}
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// "get" methods -------------------------------------
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float TCElectron::R9() const { return _r9; }
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float TCElectron::PtError() const {
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return _ptError;
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}
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int TCElectron::NumberOfValidPixelHits() const {
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return _numberOfValidPixelHits;
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}
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int TCElectron::NumberOfValidTrackerHits() const {
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return _numberOfValidTrackerHits;
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}
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int TCElectron::NumberOfLostPixelHits() const {
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return _numberOfLostPixelHits;
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}
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int TCElectron::NumberOfLostTrackerHits() const {
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return _numberOfLostTrackerHits;
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}
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float TCElectron::NormalizedChi2() const {
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return _normalizedChi2;
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}
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bool TCElectron::ConversionVeto() const {
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return _convVeto;
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}
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short TCElectron::ConversionMissHits() const {
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return _convMissHits;
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}
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float TCElectron::SCEta() const {
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return _scEta;
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}
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bool TCElectron::IsEB() const {
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return _isEB;
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}
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bool TCElectron::IsEE() const {
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return _isEE;
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}
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bool TCElectron::IsInGap() const {
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return _isInGap;
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}
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float TCElectron::HadOverEm() const {
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return _hadOverEm;
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}
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float TCElectron::DphiSuperCluster() const {
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return _dPhiSuperCluster;
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}
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float TCElectron::DetaSuperCluster() const {
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return _dEtaSuperCluster;
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}
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float TCElectron::SigmaIEtaIEta() const {
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return _sigmaIetaIeta;
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}
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float TCElectron::EOverP() const {
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return _eOverP;
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}
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float TCElectron::FBrem() const {
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return _fBrem;
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}
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int TCElectron::CutLevel(int lvl) const{
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if(lvl==95){
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return _cut95;
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}else if(lvl==90) {
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return _cut90;
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}else if(lvl==85) {
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return _cut85;
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}else if(lvl==80) {
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return _cut80;
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}else if(lvl==70) {
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return _cut70;
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}else if(lvl==60) {
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return _cut60;
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}else{
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return -99;
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}
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}
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bool TCElectron::PassID(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x01) return true;
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else return false;
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}
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bool TCElectron::PassIsolation(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x02) return true;
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else return false;
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}
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bool TCElectron::PassConversion(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x04) return true;
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else return false;
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}
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TLorentzVector TCElectron::RegressionMomCombP4() const {
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return _regressionMomCombP4;
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}
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//------------------------------------------------
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// "set" methods ---------------------------------------------
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//------------------------------------------------------------------------
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void TCElectron::SetR9(float r){ _r9 = r; }
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void TCElectron::SetPtError(float e) {
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_ptError = e;
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}
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void TCElectron::SetNumberOfValidPixelHits(int n) {
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_numberOfValidPixelHits = n;
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}
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void TCElectron::SetNumberOfValidTrackerHits(int n) {
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_numberOfValidTrackerHits = n;
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}
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void TCElectron::SetNumberOfLostPixelHits(int n) {
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_numberOfLostPixelHits = n;
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}
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void TCElectron::SetNumberOfLostTrackerHits(int n) {
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_numberOfLostTrackerHits = n;
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}
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void TCElectron::SetNormalizedChi2(float n) {
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_normalizedChi2 = n;
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}
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void TCElectron::SetHadOverEm(float he){
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_hadOverEm = he;
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}
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void TCElectron::SetDphiSuperCluster(float dp){
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_dPhiSuperCluster = dp;
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}
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void TCElectron::SetDetaSuperCluster(float de){
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_dEtaSuperCluster = de;
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}
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void TCElectron::SetSigmaIEtaIEta(float sieie){
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_sigmaIetaIeta = sieie;
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}
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void TCElectron::SetEOverP(float e)
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{
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_eOverP = e;
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}
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void TCElectron::SetFBrem(float fb)
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{
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_fBrem = fb;
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}
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void TCElectron::SetSCEta(float e)
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{
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_scEta = e;
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}
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void TCElectron::SetConversionVeto(bool v) {
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_convVeto = v;
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}
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void TCElectron::SetConversionMissHits(short m) {
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_convMissHits = m;
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}
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void TCElectron::SetIsEB(bool b) {
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_isEB = b;
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}
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void TCElectron::SetIsEE(bool b) {
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_isEE = b;
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}
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void TCElectron::SetIsInGap(bool b) {
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_isInGap = b;
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}
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void TCElectron::SetCutLevel(int cut, int lvl){
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if(lvl==95){
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_cut95 = cut;
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}else if(lvl==90) {
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_cut90 = cut;
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}else if(lvl==85) {
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_cut85 = cut;
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}else if(lvl==80) {
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_cut80 = cut;
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}else if(lvl==70) {
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_cut70 = cut;
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}else if(lvl==60) {
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_cut60 = cut;
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}
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}
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void TCElectron::SetRegressionMomCombP4(TLorentzVector tmpP4){
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_regressionMomCombP4 = tmpP4;
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}
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