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L1CaloForward.cc
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#define L1CaloForward_cxx
#include "L1CaloForward.h"
#include <TH2.h>
#include <TStyle.h>
#include <TCanvas.h>
#include <stdlib.h>
#include <iostream>
#include <TLorentzVector.h>
#include <sstream>
#include <string>
#include <fstream>
#include <iostream>
#include <TGraphAsymmErrors.h>
#include <valarray>
using namespace std;
int main(int argvc, char *argv[]) {
// Read arguments
cout<<"Start "<<endl;
string fname = "datafile.root";
if (argvc>1){
fname = argv[1];
}
cout<<"Filename: "<<fname<<endl;
string oname = "histos";
if (argvc>2){
oname = argv[2];
}
cout<<"Output name: "<<oname<<endl;
int option = 0;
if (argvc>3){
option = atoi(argv[3]);
}
cout<<"Option: "<<option<<endl;
// Setup the process
TROOT myRoot("L1CaloForward","L1CaloForward");
// Tree name
string tname("ntuple");
// Define TChain and add input file
TChain *feChain = new TChain(tname.data());
feChain->Add(fname.data());
// Check number of entries
Long64_t nEntries = Long64_t(feChain->GetEntries());
cout<< "Number of Events: "<< nEntries<<endl;
// Build analysis instance and run the Loop method
L1CaloForward* Ana = new L1CaloForward((TChain *) feChain, oname, option);
cout<<"Start Loop "<<endl;
Ana->Loop();
}
void L1CaloForward::Loop()
{
double PI = 3.1415927;
TCanvas *can1 = new TCanvas("Efficiency1","Histograms",600,600);
//strhisfile seems to create a path for the output file
string strhisfile = string("./") + outf + string(".root");
TFile hisfile(strhisfile.data(), "recreate");
int debug = opt;
cout<<"DEbuglevel: "<<debug<<", "<<"Outfile: "<<strhisfile<<endl<<endl;
// Define histograms
// L1 Calo matched to Truth
//TH1F Class - 1-d Histogram with a float per channel
TH1F *hL1EleEt = new TH1F("hL1EleEt", "hL1EleEt", 40,5.,100.);
TH1F *hL1EleEta = new TH1F("hL1EleEta", "hL1EleEta", 40,-5.,5.);
TH1F *hL1ElePhi = new TH1F("hL1ElePhi", "hL1ElePhi", 40,-5.,5.);
//eFEX electrons
TH1F *hL1EfexEleEt = new TH1F("hL1EfexEleEt", "hL1EfexEleEt", 40,5.,100.);
TH1F *hL1EfexEleEta = new TH1F("hL1EfexEleEta", "hL1EfexEleEta", 40,-5.,5.);
TH1F *hL1EfexElePhi = new TH1F("hL1EfexElePhi", "hL1EfexElePhi", 40,-5.,5.);
// All Truth
TH1F *hTrEleEt = new TH1F("hTrEleEt", "hTrEleEt", 40,5.,100.);
TH1F *hTrEleEta = new TH1F("hTrEleEta", "hTrEleEta", 40,-5.,5.);
TH1F *hTrElePhi = new TH1F("hTrElePhi", "hTrElePhi", 40,-5.,5.);
// Truth matched to L1Calo
TH1F *hTrmEleEt = new TH1F("hTrmEleEt", "hTrmEleEt", 40,5.,100.);
TH1F *hTrmEleEta = new TH1F("hTrmEleEta", "hTrmEleEta", 40,-5.,5);
TH1F *hTrmElePhi = new TH1F("hTrmElePhi", "hTrmElePhi", 40,-5.,5.);
// Truth matched to L1Calo eFEX
TH1F *hTrmEfexEleEt = new TH1F("hTrmEfexEleEt", "hTrmEfexEleEt", 40,5.,100.);
TH1F *hTrmEfexEleEta = new TH1F("hTrmEfexEleEta", "hTrmEfexEleEta", 40,-5.,5.);
TH1F *hTrmEfexElePhi = new TH1F("hTrmEfexElePhi", "hTrmEfexElePhi", 40,-5.,5.);
// Hadronic Jet
// TH1F *jEleEt = new TH1F("hL1EleEtHad", "hL1EleEtHad", 20,10.,100.);
// TH1F *jEleEta = new TH1F("hL1EleEtaHad", "hL1EleEtaHad", 20,-5.,5.);
// TH1F *jElePhi = new TH1F("hL1ElePhiHad", "hL1ElePhiHad", 20,-5.,5.);
//
// TH1F *hL1EleEt = new TH1F("hjEleEt", "hjEleEt", 20,10.,100.);
// TH1F *hjEleEta = new TH1F("hjEleEta", "hjEleEta", 20,-5.,5.);
// TH1F *hjElePhi = new TH1F("hjElePhi", "hjElePhi", 20,-5.,5.);
//Jet rejection variables
TH1F *hL1EleIso = new TH1F("hL1EleIso", "hL1EleIso", 40,-10000.,40000.);
TH1F *hL1EleHad = new TH1F("hL1EleHad", "hL1EleHad", 40,-1.,1.);
TH1F *hL1EleRange = new TH1F("hL1EleRange", "hL1EleRange", 40,0.,1.);
TH1F *hL1HadRange = new TH1F("hL1HadRange", "hL1HadRange", 40,-2.,2.);
//cuts histograms - unusable
// TH1F *hL1EleEtaCut = new TH1F("hL1EleEtaCut", "hL1EleEtaCut", 20,-2.,2.);
// TH1F *hL1ElePtCut = new TH1F("hL1ElePtCut", "hL1ElePtCut", 20,-2.,2.);
//Histo wrt truth eta
TH1F *hTrEleEtFab = new TH1F("hTrEleEtFab", "hTrEleEtFab", 40,5.,100.);
TH1F *hTrEleEtaFab = new TH1F("hTrEleEtaFab", "hTrEleEtaFab", 40,-5,5.);
TH1F *hTrElePhiFab = new TH1F("hTrElePhiFab", "hTrElePhiFab", 40,-5,5.);
TH1F *hTrEleEtaCheck = new TH1F("hTrEleEtaCheck", "hTrEleEtaCheck", 40,-5.,5.);
TH1F *hTrmEleEtFab = new TH1F("hTrmEleEtFab", "hTrmEleEtFab", 40,5.,100.);
TH1F *hTrmEleEtaFab = new TH1F("hTrmEleEtaFab", "hTrmEleEtaFab", 40,-5,5.);
TH1F *hTrmElePhiFab = new TH1F("hTrmElePhiFab", "hTrmElePhiFab", 40,-5,5.);
TH1F *hTrmEleEtaCheck = new TH1F("hTrmEleEtaCheck", "hTrmEleEtaCheck", 40,-5.,5.);
TH1F *hTrmEleEtFabIso = new TH1F("hTrmEleEtFabIso", "hTrmEleEtFabIso", 40,5.,100.);
TH1F *hTrmEleEtaFabIso = new TH1F("hTrmEleEtaFabIso", "hTrmEleEtaFabIso", 40,-5,5.);
TH1F *hTrmElePhiFabIso = new TH1F("hTrmEleEtaIso", "hTrmEleEtaIso", 40,-5,5.);
TH1F *hTrmEleEtaCheckIso = new TH1F("hTrmEleEtaCheckIso", "hTrmEleEtaCheckIso", 40,-5.,5.);
TH1F *hL1EtaCut1 = new TH1F("hL1EtaCut1", "hL1EtaCut1", 10, -6., 6.);
TH1F *hL1EtaCut2 = new TH1F("hL1EtaCut2", "hL1EtaCut2", 10, -6., 6.);
TH1F *hL1EtaCut3 = new TH1F("hL1EtaCut3", "hL1EtaCut3", 10, -6., 6.);
TH1F *hL1EtaCut4 = new TH1F("hL1EtaCut4", "hL1EtaCut4", 10, -6., 6.);
TH1F *hL1EtaCut5 = new TH1F("hL1EtaCut5", "hL1EtaCut5", 10, -6., 6.);
TH1F *hL1PtCut1 = new TH1F("hL1PtCut1", "hL1PtCut1", 20, 0., 110.);
TH1F *hL1PtCut2 = new TH1F("hL1PtCut2", "hL1PtCut2", 20, 0., 110.);
TH1F *hL1PtCut3 = new TH1F("hL1PtCut3", "hL1PtCut3", 20, 0., 110.);
TH1F *hL1PtCut4 = new TH1F("hL1PtCut4", "hL1PtCut4", 20, 0., 110.);
TH1F *hL1PtCut5 = new TH1F("hL1PtCut5", "hL1PtCut5", 20, 0., 110.);
TH1F* h[10] = {hL1EtaCut1, hL1EtaCut2, hL1EtaCut3, hL1EtaCut4, hL1EtaCut5,
hL1PtCut1, hL1PtCut2, hL1PtCut3, hL1PtCut4, hL1PtCut5};
//2D Histograms, named after x-axis
TH2F *hL1Treta = new TH2F("hL1Treta", "hL1Treta", 40, 2.3, 5., 40, 0., 2.5);
hL1Treta->SetTitle("L1Calo/Truth et against abs #eta ; Electron abs truth #eta ; Electron L1Calo/Truth #et");
TH2F *hL1Tret = new TH2F("hL1Tret", "hL1Tret", 40, 5., 100., 40, 5, 100.);
hL1Tret->SetTitle("Reconstructed against Truth #et ; Electron truth #et ; Electron recon #et");
//primitive var declarations
//nentries = no of events
//divide pjets/nentries
int pJets = 0;
//rate counters
int elecPtCounter, emFlagCounter, elecPtRate, elecPt2Rate = 0;
//flag for matched elec
bool hasMatched;
bool hasMatchedIso;
//declaring list of isocuts
//int effiso[5] ={0};
std::valarray<int> effiso(0,5);
//Min et/eta cut values
float etMin = 15000.;
float etMax = 20000.;
float etaMin = 2.4;
float etaMax = 5.0;
//container for all L1Calo objects that satisfy et cut
std::vector<float> DRvals;
if (fChain == 0) return;
Long64_t nentries = fChain->GetEntriesFast();
Long64_t nbytes = 0, nb = 0;
for (Long64_t jentry=0; jentry<nentries;jentry++) {
//loop over all events
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = fChain->GetEntry(jentry); nbytes += nb;
if(jentry%10000 == 0){
cout<<"Processing "<<jentry<<endl;
// additional debug printout
if(debug ==1){
for (uint i = 0;i<Run3_jEle_Et->size();i++){
if(Run3_jEle_Et->at(i)>5000.){
cout<<"L1 electron: "<<Run3_jEle_Et->at(i)<<", "<<Run3_jEle_eta->at(i)<<", "<<Run3_jEle_phi->at(i)
<<", "<<Run3_jEle_iso->at(i)<<", "<<Run3_jEle_Had->at(i)<<endl;
}
}
for (uint i = 0;i<TruthEles_pt->size();i++){
if(TruthEles_motherID->at(i)==23 && TruthEles_pt->at(i)>10000. && TruthEles_barcode->at(i)<200000){
cout<<"Truth electron: "<<TruthEles_pt->at(i)<<", "<<TruthEles_eta->at(i)<<", "<<TruthEles_phi->at(i)
<<", "<<TruthEles_barcode->at(i)<<endl;
}
}
}
}// info for selected events
int nl1el = Run3_jEle_Et->size();
int ntel = TruthEles_pt->size();
int nl1gel = Run3_L1Ele_Et->size();
int nl1iel = Run3_jEle_iso->size();
int nl1hel = Run3_jEle_Had->size();
vector<float> Run3_L1Ele_Et_New;
for(int i = 0; i < nl1gel; i++){
Run3_L1Ele_Et_New.push_back(Run3_L1Ele_Et->at(i)*1000.);
//not a pointer, so access is through '.',
}
vector<float> Run3_jEle_Had_New;
for(int i = 0; i < nl1hel; i++){
Run3_jEle_Had_New.push_back(Run3_jEle_Had->at(i)*1000.);
}
for(int i = 0; i < Run3_jEle_Et->size(); i++){
elecPtCounter++;
}
if(elecPtCounter > 1) elecPtRate++;
if(elecPtCounter > 2) elecPt2Rate++;
if(trig_L1_EM22VHI) emFlagCounter++;
// Loop over truth electrons
for (int i = 0;i<ntel;i++){
DRvals.clear();
hasMatched = 0;
hasMatchedIso = 0;
//float TDEt = 0;
float TDEthold = 0;
float TDEtratio = 0;
float TDEta = 0;
std::vector<float> L1CaloEt_vals;
if(TruthEles_motherID->at(i)==23 && TruthEles_pt->at(i)>10000. && TruthEles_barcode->at(i)<200000 && fabs(TruthEles_eta->at(i))>etaMin){
// Loop over L1Calo electrons
for (int j = 0;j<nl1el;j++){
if (Run3_jEle_Et->at(j)<15000.) continue;
// Looking for matching L1Calo electron
float Dphi = fabs(TruthEles_phi->at(i)-Run3_jEle_phi->at(j));
if (Dphi > PI) Dphi = 2* PI - Dphi;
float Deta = fabs(TruthEles_eta->at(i)-Run3_jEle_eta->at(j));
float DR = sqrt(pow(Dphi,2)+pow(Deta,2));
DRvals.push_back(DR);
L1CaloEt_vals.push_back(Run3_jEle_Et->at(j)/1000.);
//cut on eta
if(fabs(TruthEles_eta->at(i))>etaMin && fabs(TruthEles_eta->at(i))<etaMax) TDEtratio = (Run3_jEle_Et->at(j)/1000)/(TruthEles_pt->at(i)/1000);
//cut on et
if(TruthEles_pt->at(i)>etMax) TDEta = fabs(TruthEles_eta->at(i));
if(DR < 0.3){
//current - not satisfying DR < 0.3 singular condition, & eta doesn't work, cuts applied
// hL1Tret->Fill(TruthEles_pt->at(i)/1000, Run3_jEle_Et->at(j)/1000);
if(TDEta != 0 && TDEtratio != 0) hL1Treta->Fill(TDEta, TDEtratio);
}
//2d histos
//x-axis truth et, y-axis, l1calo et
//
//x-axis fabs eta, y-axis, ratio of L1Calo/truthet
//hL1Treta->Fill(
}
//int DRmin_el = std::min_element(DRvals.begin(), DRvals.end() - DRvals.begin());
//float DRmin_el = *std::min_element(DRvals.begin(), DRvals.end() - DRvals.begin());
//ensures only 1 electron fills hL1 histos
float DRmin = 1.;
int DRmin_el = 1;
for (uint i = 0; i < DRvals.size(); i++){
if (DRvals[i] < DRmin){
DRmin = DRvals[i];
DRmin_el = i;
}
}
if(DRmin < 0.3){
hasMatched = 1;
if((Run3_jEle_iso->at(i)/Run3_jEle_Et->at(i))< 0.5){
hasMatchedIso = 1;
}
hL1EleEt->Fill(Run3_jEle_Et->at(DRmin_el)/1000.);
hL1EleEta->Fill(Run3_jEle_eta->at(DRmin_el));
hL1ElePhi->Fill(Run3_jEle_phi->at(DRmin_el));
}
//Cut of 2.4 < |eta| < 5.0 for et histogram
if(fabs(TruthEles_eta->at(i))>etaMin && fabs(TruthEles_eta->at(i))<etaMax){
/* if(i < L1CaloEt_vals.size()){
TDEtratio = L1CaloEt_vals[i]/TruthEles_pt->at(i)/1000.;
}*/
hTrEleEt->Fill(TruthEles_pt->at(i)/1000.);
hTrEleEtFab->Fill(fabs(TruthEles_pt->at(i)/1000.));
if(hasMatched) hTrmEleEt->Fill(TruthEles_pt->at(i)/1000.);
if(hasMatched) hTrmEleEtFab->Fill(fabs(TruthEles_pt->at(i)/1000.));
if(hasMatchedIso) hTrmEleEtFabIso->Fill(fabs(TruthEles_pt->at(i)/1000.));
//parse thru vector, divide each elements by i, add to histo
}
//Cut of 20GeV on pt
if(TruthEles_pt->at(i)>etMax){
hTrEleEta->Fill(TruthEles_eta->at(i));
hTrEleEtaFab->Fill(fabs(TruthEles_eta->at(i)));
hTrEleEtaCheck->Fill(TruthEles_eta->at(i));
if(hasMatched) hTrmEleEta->Fill(TruthEles_eta->at(i));
if(hasMatched) hTrmEleEtaFab->Fill(fabs(TruthEles_eta->at(i)));
if(hasMatched) hTrmEleEtaCheck->Fill(TruthEles_eta->at(i));
if(hasMatchedIso) hTrmEleEtaFabIso->Fill(fabs(TruthEles_eta->at(i)));
if(hasMatchedIso) hTrmEleEtaCheckIso->Fill(TruthEles_eta->at(i));
// if(hasMatched) hL1Treta->Fill(fabs(TruthEles_eta->at(i)), TDEtratio);
if(hasMatched) hL1Tret->Fill(TruthEles_pt->at(i)/1000, L1CaloEt_vals[i]);
}
//Cut of 2.4 < |eta| < 5.0 for et histogram & Cut of 20GeV on pt
if(TruthEles_pt->at(i)>etMax && fabs(TruthEles_eta->at(i))>etaMin && fabs(TruthEles_eta->at(i))<etaMax){
hTrElePhi->Fill(TruthEles_phi->at(i));
hTrElePhiFab->Fill(fabs(TruthEles_phi->at(i)));
if(hasMatched) hTrmElePhi->Fill(TruthEles_phi->at(i));
if(hasMatched) hTrmElePhiFab->Fill(fabs(TruthEles_phi->at(i)));
if(hasMatchedIso) hTrmElePhiFabIso->Fill(fabs(TruthEles_phi->at(i)));
}
// Loop over L1Calo eFEX electrons
for (int j = 0;j<nl1gel;j++){
if (Run3_L1Ele_Et_New.at(j)<10000.) continue;
// Looking for matching L1Calo electron
float Dphi = fabs(TruthEles_phi->at(i)-Run3_L1Ele_phi->at(j));
if (Dphi > PI) Dphi = 2* PI - Dphi;
float Deta = fabs(TruthEles_eta->at(i)-Run3_L1Ele_eta->at(j));
float DR = sqrt(pow(Dphi,2)+pow(Deta,2));
//// Matching criterion, can be refined further
if (DR < 0.3){
// Matched L1Calo eFEX electrons
hL1EfexEleEt->Fill(Run3_L1Ele_Et_New.at(j)/1000.);
hL1EfexEleEta->Fill(Run3_L1Ele_eta->at(j));
hL1EfexElePhi->Fill(Run3_L1Ele_phi->at(j));
// Matched Truth electrons
hTrmEfexEleEt->Fill(TruthEles_pt->at(i)/1000.);
hTrmEfexEleEta->Fill(TruthEles_eta->at(i));
hTrmEfexElePhi->Fill(TruthEles_phi->at(i));
}
}
// end loop over L1Calo electrons
}
}// end loop over truth electrons
float isorange = 0;
float hadrange = 0;
// float isocuts[10] = { 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0 };
float isocuts[5] = { 0.3, 0.4, 0.5, 0.6, 0.7};
float cutrejrate[5] ={0};
//rejection vars, loop over iso var
for (int j = 0;j<nl1iel;j++){
if (Run3_jEle_Et->at(j)>20000. && fabs(Run3_jEle_eta->at(j)) > 2.4 && fabs(Run3_jEle_eta->at(j)) < 5.0) {
hL1EleIso->Fill(Run3_jEle_iso->at(j));
hL1EleHad->Fill(Run3_jEle_Had_New.at(j));
isorange = Run3_jEle_iso->at(j)/Run3_jEle_Et->at(j);
// cout<<isorange<<endl;
// range of iso var of ele iso / ele et
hL1EleRange->Fill(isorange);
hadrange = Run3_jEle_Had_New.at(j)/Run3_jEle_Had_New.at(j);
hL1HadRange->Fill(hadrange);
if (0 < isorange && isorange < isocuts[0] ){
effiso[0] += 1;
h[4]->Fill(Run3_jEle_eta->at(j));
h[9]->Fill(Run3_jEle_Et->at(j)/1000.);
}
if (0 < isorange && isorange < isocuts[1]){
effiso[1] += 1;
h[3]->Fill(Run3_jEle_eta->at(j));
h[8]->Fill(Run3_jEle_Et->at(j)/1000.);
}
if (0 < isorange && isorange < isocuts[2]){
effiso[2]++;
h[2]->Fill(Run3_jEle_eta->at(j));
h[7]->Fill(Run3_jEle_Et->at(j)/1000.);
}
if (0 < isorange && isorange < isocuts[3]){
effiso[3]++;
h[1]->Fill(Run3_jEle_eta->at(j));
h[6]->Fill(Run3_jEle_Et->at(j)/1000.);
}
if (0 < isorange && isorange < isocuts[4]){
effiso[4]++;
h[0]->Fill(Run3_jEle_eta->at(j));
h[5]->Fill(Run3_jEle_Et->at(j)/1000.);
}
/*
else if (isorange > isocuts[4] && isorange < isocuts[5]){
effiso6++;
}
else if (isorange > isocuts[5] && isorange < isocuts[6]){
effiso7++;
}
else if (isorange > isocuts[6] && isorange < isocuts[7]){
effiso8++;
}
else if (isorange > isocuts[7] && isorange < isocuts[8]){
effiso9++;
}
else if (isorange > isocuts[9] && isorange < isocuts[10]){
effiso10++;
} */
}
}
for (int j = 0;j<nl1el;j++){
if (Run3_jEle_Et->at(j)<10000.){
pJets++;
// Matched had jets electrons
// hL1EleEtHad->Fill(Run3_jEle_Et->at(j)/1000.);
// hL1EleEtaHad->Fill(Run3_jEle_eta->at(j));
// hL1ElePhiHad->Fill(Run3_jEle_phi->at(j));
}
}
}// end event loop
//Counters/Rates
cout << elecPtCounter << endl;
cout << emFlagCounter << endl;
cout << elecPtRate << endl;
cout << elecPt2Rate << endl;
cout << "cuts rejections (increments of .2"<<endl;
cout << effiso[0] << endl;
for(int i=0; i<effiso.size(); i++){
int j = effiso[i];
cout << j/nentries << endl;
cout << j << endl;
}
float rJets = float(pJets)/float(nentries);
//output
cout<<nentries<<endl;
cout<<pJets<<endl;
cout<<rJets<<endl;
//Write histograms
hL1EleEt->Write();
hL1EleEta->Write();
hL1ElePhi->Write();
hL1EfexEleEt->Write();
hL1EfexEleEta->Write();
hL1EfexElePhi->Write();
hTrEleEt->Write();
hTrEleEta->Write();
hTrElePhi->Write();
hTrmEleEta->Write();
hTrmEleEt->Write();
hTrmElePhi->Write();
hTrmEfexEleEt->Write();
hTrmEfexEleEta->Write();
hTrmEfexElePhi->Write();
// hL1EleEtHad->Write();
// hL1EleEtaHad->Write();
// hL1ElePhiHad->Write();
hL1EleIso->Write();
hL1EleHad->Write();
hL1EleRange->Write();
hL1HadRange->Write();
hTrEleEtFab->Write();
hTrEleEtaFab->Write();
hTrElePhiFab->Write();
hTrEleEtaCheck->Write();
hTrmEleEtFab->Write();
hTrmEleEtaFab->Write();
hTrmElePhiFab->Write();
hTrmEleEtaCheck->Write();
hTrmEleEtFabIso->Write();
hTrmEleEtaFabIso->Write();
hTrmElePhiFabIso->Write();
hTrmEleEtaCheckIso->Write();
// hL1EtaCut->Write();
// hL1PtCut->Write();
for(int i=0; i<10; i++){
h[i]->Write();
}
//2d plots
hL1Tret->Write();
hL1Treta->Write();
// Efficiency plots
TGraphAsymmErrors tgEleta;
tgEleta.Divide(hTrmEleEta,hTrEleEta, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleta.GetXaxis()->SetTitle("Electron #eta");
tgEleta.GetYaxis()->SetTitle("Efficiency");
tgEleta.SetMarkerStyle(20);
tgEleta.SetMarkerColor(46);
tgEleta.GetXaxis()->SetTitleOffset(1.2);
tgEleta.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleta.Draw("AP");
can1->Write();
can1->Print("EffElEta.png","png");
//create plot of effeciency to find truth electrion in L1Calo trigger as a func of phi variable
TGraphAsymmErrors tgElet;
tgElet.Divide(hTrmEleEt, hTrEleEt, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgElet.GetXaxis()->SetTitle("Electron et");
tgElet.GetYaxis()->SetTitle("Efficiency");
tgElet.SetMarkerStyle(20);
tgElet.SetMarkerColor(46);
tgElet.GetXaxis()->SetTitleOffset(1.2);
tgElet.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgElet.Draw("AP");
can1->Write();
can1->Print("EffElet.png","png");
TGraphAsymmErrors tgElphi;
tgElphi.Divide(hTrmElePhi, hTrElePhi, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgElphi.GetXaxis()->SetTitle("Electron #phi");
tgElphi.GetYaxis()->SetTitle("Efficiency");
tgElphi.SetMarkerStyle(20);
tgElphi.SetMarkerColor(46);
tgElphi.GetXaxis()->SetTitleOffset(1.2);
tgElphi.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgElphi.Draw("AP");
can1->Write();
can1->Print("EffElphi.png","png");
TGraphAsymmErrors tgEfexEleta;
tgEfexEleta.Divide(hTrmEfexEleEta, hTrEleEta, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEfexEleta.GetXaxis()->SetTitle("Electron #eta");
tgEfexEleta.GetYaxis()->SetTitle("Efficiency");
tgEfexEleta.SetMarkerStyle(20);
tgEfexEleta.SetMarkerColor(46);
tgEfexEleta.GetXaxis()->SetTitleOffset(1.2);
tgEfexEleta.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEfexEleta.Draw("AP");
can1->Write();
can1->Print("EffEfexEleta.png","png");
TGraphAsymmErrors tgEfexElet;
tgEfexElet.Divide(hTrmEfexEleEt,hTrEleEt, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEfexElet.GetXaxis()->SetTitle("Electron et");
tgEfexElet.GetYaxis()->SetTitle("Efficiency");
tgEfexElet.SetMarkerStyle(20);
tgEfexElet.SetMarkerColor(46);
tgEfexElet.GetXaxis()->SetTitleOffset(1.2);
tgEfexElet.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEfexElet.Draw("AP");
can1->Write();
can1->Print("EffEfexElet.png","png");
TGraphAsymmErrors tgEfexElphi;
tgEfexElphi.Divide(hTrmEfexElePhi, hTrElePhi, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEfexElphi.GetXaxis()->SetTitle("Electron #phi");
tgEfexElphi.GetYaxis()->SetTitle("Efficiency");
tgEfexElphi.SetMarkerStyle(20);
tgEfexElphi.SetMarkerColor(46);
tgEfexElphi.GetXaxis()->SetTitleOffset(1.2);
tgEfexElphi.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEfexElphi.Draw("AP");
can1->Write();
can1->Print("EffEfexElphi.png","png");
//Efficiencies wrt truth |eta| instead of eta
TGraphAsymmErrors tgEleEtaFab20;
tgEleEtaFab20.Divide(hTrmEleEtaFab, hTrEleEtaFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtaFab20.GetXaxis()->SetTitle("Electron truth #eta");
tgEleEtaFab20.GetYaxis()->SetTitle("Efficiency");
tgEleEtaFab20.SetMarkerStyle(20);
tgEleEtaFab20.SetMarkerColor(46);
tgEleEtaFab20.GetXaxis()->SetTitleOffset(1.2);
tgEleEtaFab20.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtaFab20.Draw("AP");
can1->Write();
can1->Print("tgEleEtaFab20.png","png");
TGraphAsymmErrors tgEleEtFab;
tgEleEtFab.Divide(hTrmEleEtFab, hTrEleEtFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtFab.GetXaxis()->SetTitle("Electron truth #et");
tgEleEtFab.GetYaxis()->SetTitle("Efficiency");
tgEleEtFab.SetMarkerStyle(20);
tgEleEtFab.SetMarkerColor(46);
tgEleEtFab.GetXaxis()->SetTitleOffset(1.2);
tgEleEtFab.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtFab.Draw("AP");
can1->Write();
can1->Print("tgEleEtFab.png","png");
TGraphAsymmErrors tgElePhiFab;
tgElePhiFab.Divide(hTrmElePhiFab, hTrElePhiFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgElePhiFab.GetXaxis()->SetTitle("Electron truth #phi");
tgElePhiFab.GetYaxis()->SetTitle("Efficiency");
tgElePhiFab.SetMarkerStyle(20);
tgElePhiFab.SetMarkerColor(46);
tgElePhiFab.GetXaxis()->SetTitleOffset(1.2);
tgElePhiFab.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgElePhiFab.Draw("AP");
can1->Write();
can1->Print("tgElePhiFab.png","png");
TGraphAsymmErrors tgEleEtaCheck;
tgEleEtaCheck.Divide(hTrmEleEtaCheck, hTrEleEtaCheck, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtaCheck.GetXaxis()->SetTitle("Electron truth #eta");
tgEleEtaCheck.GetYaxis()->SetTitle("Efficiency");
tgEleEtaCheck.SetMarkerStyle(20);
tgEleEtaCheck.SetMarkerColor(46);
tgEleEtaCheck.GetXaxis()->SetTitleOffset(1.2);
tgEleEtaCheck.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtaFab20.Draw("AP");
can1->Write();
can1->Print("tgEleEtaCheck.png","png");
//efficiencies wrt truth |eta| instead of eta, + isolation cut
TGraphAsymmErrors tgEleEtaFabIso20;
tgEleEtaFabIso20.Divide(hTrmEleEtaFabIso, hTrEleEtaFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtaFabIso20.GetXaxis()->SetTitle("Electron truth #eta");
tgEleEtaFabIso20.GetYaxis()->SetTitle("Efficiency");
tgEleEtaFabIso20.SetMarkerStyle(20);
tgEleEtaFabIso20.SetMarkerColor(46);
tgEleEtaFabIso20.GetXaxis()->SetTitleOffset(1.2);
tgEleEtaFabIso20.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtaFabIso20.Draw("AP");
can1->Write();
can1->Print("tgEleEtaFabIso20.png","png");
TGraphAsymmErrors tgEleEtFabIso;
tgEleEtFabIso.Divide(hTrmEleEtFabIso, hTrEleEtFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtFabIso.GetXaxis()->SetTitle("Electron truth #et");
tgEleEtFabIso.GetYaxis()->SetTitle("Efficiency");
tgEleEtFabIso.SetMarkerStyle(20);
tgEleEtFabIso.SetMarkerColor(46);
tgEleEtFabIso.GetXaxis()->SetTitleOffset(1.2);
tgEleEtFabIso.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtFabIso.Draw("AP");
can1->Write();
can1->Print("tgEleEtFabIso.png","png");
TGraphAsymmErrors tgElePhiFabIso;
tgElePhiFabIso.Divide(hTrmElePhiFabIso, hTrElePhiFab, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgElePhiFabIso.GetXaxis()->SetTitle("Electron truth #phi");
tgElePhiFabIso.GetYaxis()->SetTitle("Efficiency");
tgElePhiFabIso.SetMarkerStyle(20);
tgElePhiFabIso.SetMarkerColor(46);
tgElePhiFabIso.GetXaxis()->SetTitleOffset(1.2);
tgElePhiFabIso.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgElePhiFab.Draw("AP");
can1->Write();
can1->Print("tgElePhiFabIso.png","png");
TGraphAsymmErrors tgEleEtaCheckIso;
tgEleEtaCheck.Divide(hTrmEleEtaCheckIso, hTrEleEtaCheck, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtaCheckIso.GetXaxis()->SetTitle("Electron truth #eta");
tgEleEtaCheckIso.GetYaxis()->SetTitle("Efficiency");
tgEleEtaCheckIso.SetMarkerStyle(20);
tgEleEtaCheckIso.SetMarkerColor(46);
tgEleEtaCheckIso.GetXaxis()->SetTitleOffset(1.2);
tgEleEtaCheckIso.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtaFab20.Draw("AP");
can1->Write();
can1->Print("tgEleEtaCheck.png","png");
/*
TGraphAsymmErrors tgEleEtaCheck;
tgEleEtaCheck.Divide(hTrmEleEta, hTrEleEtaCheck, "cl=0.683 b(1,1) mode");
can1->SetLeftMargin(0.16);
can1->SetBottomMargin(0.16);
tgEleEtaCheck.GetXaxis()->SetTitle("Electron truth #et");
tgEleEtaCheck.GetYaxis()->SetTitle("Efficiency");
tgEleEtaCheck.SetMarkerStyle(20);
tgEleEtaCheck.SetMarkerColor(46);
tgEleEtaCheck.GetXaxis()->SetTitleOffset(1.2);
tgEleEtaCheck.GetYaxis()->SetTitleOffset(1.2);
can1->cd();
tgEleEtaCheck.Draw("AP");
can1->Write();
can1->Print("tgEleEtaCheck.png","png"); */
}// end Loop method