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main.cpp_HongxuanBased
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#include <cmath>
#include <string>
#include <vector>
#include <map>
#include <cassert>
#include <cstdio>
#include <cstdlib>
#include <fstream>
#include <iostream>
#include <sstream>
#include "TLorentzVector.h"
#include <stdio.h>
#include "tophead.h"
#include "tdrstyle.C"
#include "TColor.h"
#include "TF1.h"
#include "TLegend.h"
using namespace std;
const double cutCSVS = 0.679;
const double defaultMETcut = 200;
const double highMETcut = 350;
static const int minnJetsSelBagged = 1, maxnJetsSelBagged = -1;
const double minMETcut = 200, maxMETcut = -1;
static const int nMuonsSel = 0, nElectronsSel = 0;
static const int nJetsSel = 5, nJetsSelPt30Eta24 = 5, nJetsSelPt50Eta24 = 4, nJetsSelPt70Eta24 = 2;
static const double minJetPt = 30;
// minAbsEta, maxAbsEta, minPt, maxPt
static const double pt30Arr[] = { -1, -1, 30, -1 };
static const double pt30Eta24Arr[] = { -1, 2.4, 30, -1 };
static const double pt50Eta24Arr[] = { -1, 2.4, 50, -1 };
static const double pt70Eta24Arr[] = { -1, 2.4, 70, -1 };
static const double dphiArr[] = { -1, 4.7, 30, -1 };
static const double bTagArr[] = { -1, 2.4, 30, -1 };
static const double pt50Arr[] = { -1, -1, 50, -1 };
static const double pt70Arr[] = { -1, -1, 70, -1 };
const string mcStr[] = { "TTbar_8TeV", "TTbar_PUS14", "TTbar_PU20bx25" };
const double xSecArr[] = { 234, 234, 234 };
const int nEvtArr[] = { 21671578, 1000000, 1000000 };
static const int colors[] = { kBlack, kBlue, kRed };
const int nMC = sizeof(mcStr)/sizeof(mcStr[0]);
int adjustbJetsCSVS(const vector<TLorentzVector> &inputJets, vector<double> &inputCSVS, const double CSVS, const double *jetCutsArr);
int adjustbJetsCSVS(const vector<TLorentzVector> &inputJets, vector<double> &inputCSVS, const double CSVS, const double minAbsEta, const double maxAbsEta, const double minPt, const double maxPt);
int countJets(const vector<TLorentzVector> &inputJets, const double *jetCutsArr);
int countJets(const vector<TLorentzVector> &inputJets, const double minAbsEta = -1.0, const double maxAbsEta = -1.0, const double minPt = 30.0, const double maxPt = -1.0);
int countCSVS(const vector<TLorentzVector> &inputJets, const vector<double> &inputCSVS, const double CSVS, const double *jetCutsArr);
int countCSVS(const vector<TLorentzVector> &inputJets, const vector<double> &inputCSVS, const double CSVS = 0.679, const double minAbsEta = -1.0, const double maxAbsEta = -1.0, const double minPt = 30.0, const double maxPt = -1.0);
vector<double> calcDPhi(const vector<TLorentzVector> &inputJets, const double metphi, const int nDPhi, const double *jetCutsArr);
vector<double> calcDPhi(const vector<TLorentzVector> &inputJets, const double metphi, const int nDPhi = 3, const double minAbsEta = -1, const double maxAbsEta = 4.7, const double minPt = 30, const double maxPt = -1);
TRandom3 *picker =0;
//const TString treeStrT = "stdStop_histAndTree"; TString extraDrawStrT = "";
const TString treeStrT = "stopTreeMaker"; TString extraDrawStrT = "";
static const double dataLumi = (803.197 + 82.136 + 4.385*1000 + 6.397*1000 + 495.003 + 7.266*1000)/1000.; // in fb-1
const double scaledToDataLumi = dataLumi; // in fb-1
double dataScale = 1.0;
vector<double> scalesVec;
vector<double> puWeights_;
double weightTruNPV(int trunpv);
int initPUinput(const std::string &puDatafileName, const std::string &puDatahistName);
double template_cntEventsWeighted =0, template_cntEventsWeightedSquared =0;
double template_cntAftBaselineWeighted =0, template_cntAftBaselineWeightedSquared =0;
double template_cntEventsWeightedScaledMC = 0, template_cntEventsWeightedErrorScaledMC = 0;
double template_cntAftBaselineWeightedScaledMC = 0, template_cntAftBaselineWeightedErrorScaledMC = 0;
vector<string> keyStringCachedVec;
vector<double> scaleMCCachedVec;
vector<int> colorCachedVec;
void draw1DallINone(TCanvas *cs, const int lastPadIdx, const vector<TH1D*> &h1_inputVec, const int nRebin =1, const TString optDrawStr ="");
void draw2DallINone(TCanvas *cs, const int lastPadIdx, const vector<TH2D*> &h2_inputVec);
string keyStrForTheStage = "optimization";
std::vector<ULong64_t> evtIDvec;
std::vector<bool> evtPassBasicvec, evtPassStopvec;
TStopwatch timer;
vector<TH1D*> h1_metVec, h1_metphiVec;
vector<TH1D*> h1_met_allhadVec, h1_metphi_allhadVec;
vector<TH1D*> h1_met_leptonicVec, h1_metphi_leptonicVec;
vector<TH1D*> h1_nJetsVec, h1_nJets_allhadVec, h1_nJets_leptonicVec;
vector<TH1D*> h1_vtxSizeVec;
void drawOverFlowBin(TH1 *histToAdjust){
int nbins = histToAdjust->GetXaxis()->GetNbins();
double overflow = histToAdjust->GetBinContent(nbins+1);
double lastCont = histToAdjust->GetBinContent(nbins);
histToAdjust->SetBinContent(nbins, overflow+lastCont);
}
void initMCscales(){
dataScale = scaledToDataLumi/dataLumi;
cout<<"\nscaledToDataLumi : "<<scaledToDataLumi<<" dataLumi : "<<dataLumi<<" dataScale : "<<dataScale<<endl;
for(int ib=0; ib<nMC; ib++){
double perScale = scaledToDataLumi/(nEvtArr[ib]/xSecArr[ib]/1000.);
scalesVec.push_back(perScale);
printf("%30s xSec : %8.3e nEvt : %10d scale : %10.8f\n", mcStr[ib].c_str(), xSecArr[ib], nEvtArr[ib], perScale);
}
cout<<endl;
}
class histClass{
double * a;
TH1D * b_hist;
public:
void fill(int Nhists, double * eveinfarr_, TH1D * hist_){
a = eveinfarr_;
b_hist=hist_;
(*b_hist).Fill(*a);
for(int i=1; i<=Nhists ; i++){
(*(b_hist+i)).Fill(*(a+i),*a);
}
}
};
bool bg_type(string bg_ ,vector<TLorentzVector> * pvec){
if(bg_=="allEvents"){return 1;}
} //end of function bg_type
//void templatePlotsFunc(std::vector<TTree *> treeVec, const std::vector<std::string> &subSampleKeysVec, const std::string sampleKeyString="ttbar", int verbose=0){
class templatePlotsFunc{///this is the main class
///Some variables
TString sampleKeyStringT;
int template_run, template_event, template_lumi, template_nm1, template_n0, template_np1, template_vtxSize;
double template_avg_npv, template_tru_npv;
int template_nJets , nbtag ;
double template_evtWeight;
double template_met, template_metphi;
double template_mht, template_ht, template_mhtphi;
int template_nMuons, template_nElectrons, template_nIsoTrks_CUT,nLeptons;
double dPhi0, dPhi1, dPhi2; /// delta phi of first three jet with respect to MHT?????????
double delphi12;
char tempname[200];
vector<TH1D > vec;
map<int, string> cutname;
map<int, string> eventType;
map<string , vector<TH1D> > cut_histvec_map;
map<string, map<string , vector<TH1D> > > map_map;
map<string, histClass> histobjmap;
histClass histObj;
string Process;
int Nhists,n_elec_mu,n_elec_mu_tot,n_tau_had,n_tau_had_tot,nLostLepton;
int loose_nIsoTrks; // number of isolated tracks with Pt>5 GeV and relIso < 0.5
vector<double> *loose_isoTrks_charge; // charge of the loose isolated tracks (see loose_nIsoTrks)
vector<double> *loose_isoTrks_iso; // isolation values (divided by Pt to get relIso) for the loose isolated tracks
vector<int> *loose_isoTrks_pdgId; // pdg id of the loose isolated tracks
vector<TLorentzVector> *loose_isoTrksLVec; // TLorentzVector of the loose isolated tracks (see loose_nIsoTrks)
//
int nIsoTrks_CUT; // number of isolated tracks with Pt>10 GeV, dR<0.3, dz<0.05 and relIso<0.1
vector<int> *forVetoIsoTrksidx; // indices of the isolated tracks (see nIsoTrks_CUT) (pointing to pfCandidate collection)
//
vector<double> *trksForIsoVeto_charge; // charges of the charged tracks for isolated veto studies
vector<int> *trksForIsoVeto_pdgId; // pdg id of the charged tracks for isolated veto studies
vector<int> *trksForIsoVeto_idx; // indices of the charged tracks for isolated veto studies (pointing to pfCandidate collection)
//
vector<double> *trksForIsoVeto_dz; // dz of the charged tracks for isolated veto studies
vector<double> *loose_isoTrks_dz; // dz of the loose isolated tracks
vector<double> *loose_isoTrks_mtw; // MT of the loose isolated tracks and MET
vector<int> *loose_isoTrks_idx; // indices of the loose isolated tracks (pointing to pfCandidate collection)
vector<TLorentzVector> *trksForIsoVetoLVec; // TLorentzVector of the charged tracks for isolated veto studies
//define different cuts here
bool threejet(){if(template_nJets>=3)return true; return false;}
bool ht(){if(template_ht>=500) return true; return false;}
bool mht(){if(template_mht>=200)return true; return false;}
bool dphi(){if(dPhi0>0.5 && dPhi1>0.3 && dPhi2>0.3)return true; return false;}
bool nolep(){if(template_nElectrons==0 && template_nMuons==0)return true; return false;}
bool fourjet(){if(template_nJets >= 4)return true; return false;}
bool fivejet(){if(template_nJets >= 5)return true; return false;}
bool sixjet(){if(template_nJets >= 6)return true; return false;}
bool highMht(){if(template_mht>=1000)return true; return false;}
bool highHt(){if(template_ht>=2500)return true; return false;}
bool btag_2(){if(nbtag >= 2)return true; return false;}
bool isoTrk(){if(loose_nIsoTrks!=0)return true; return false;}
bool delphiJ1J2(){if(delphi12<2.5)return true; return false;}
///apply the cuts here
bool checkcut(string ss){
if(ss == cutname[0])return true;
if(ss== cutname[1]){if(threejet())return true;}
if(ss== cutname[2]){if(threejet() && ht())return true;}
if(ss== cutname[3]){if(threejet()&&ht()&&mht())return true;}
if(ss== cutname[4]){if(threejet()&&ht()&&mht()&&delphiJ1J2())return true;}
if(ss== cutname[5]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep())return true;}
if(ss== cutname[6]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fourjet())return true;}
if(ss== cutname[7]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fivejet())return true;}
if(ss== cutname[8]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet())return true;}
if(ss== cutname[9]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highMht())return true;}
if(ss== cutname[10]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt())return true;}
if(ss== cutname[11]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&highMht())return true;}
if(ss== cutname[12]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&isoTrk())return true;}
if(ss== cutname[13]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fourjet()&&isoTrk())return true;}
if(ss== cutname[14]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fivejet()&&isoTrk())return true;}
if(ss== cutname[15]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&isoTrk())return true;}
if(ss== cutname[16]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highMht()&&isoTrk())return true;}
if(ss== cutname[17]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&isoTrk())return true;}
if(ss== cutname[18]){if(threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&highMht()&&isoTrk())return true;}
if(ss== cutname[19]){if(btag_2())return true;}
if(ss== cutname[20]){if(btag_2()&&threejet())return true;}
if(ss== cutname[21]){if(btag_2()&&threejet() && ht())return true;}
if(ss== cutname[22]){if(btag_2()&&threejet()&&ht()&&mht())return true;}
if(ss== cutname[23]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2())return true;}
if(ss== cutname[24]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep())return true;}
if(ss== cutname[25]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fourjet())return true;}
if(ss== cutname[26]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fivejet())return true;}
if(ss== cutname[27]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet())return true;}
if(ss== cutname[28]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highMht())return true;}
if(ss== cutname[29]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt())return true;}
if(ss== cutname[30]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&highMht())return true;}
if(ss== cutname[31]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&isoTrk())return true;}
if(ss== cutname[32]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fourjet()&&isoTrk())return true;}
if(ss== cutname[33]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&fivejet()&&isoTrk())return true;}
if(ss== cutname[34]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&isoTrk())return true;}
if(ss== cutname[35]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highMht()&&isoTrk())return true;}
if(ss== cutname[36]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&isoTrk())return true;}
if(ss== cutname[37]){if(btag_2()&&threejet()&&ht()&&mht()&&delphiJ1J2()&&nolep()&&sixjet()&&highHt()&&highMht()&&isoTrk())return true;}
return false;
}
public:
//constructor
templatePlotsFunc(std::vector<TTree *> treeVec, const std::vector<std::string> &subSampleKeysVec, const std::string sampleKeyString="ttbar", int verbose=0, string Outdir="Results", string inputnumber="00"){
Process=sampleKeyString;
sampleKeyStringT=sampleKeyString;
keyStringCachedVec.push_back(sampleKeyString);
double sampleScaleMC = 1.0; int sampleColor = 1;
/*
for(int ib=0; ib<nMC; ib++){
TString permcStrT(mcStr[ib]);
if( permcStrT.Contains(sampleKeyString) ) { sampleColor = colors[ib]; }
}
*/
scaleMCCachedVec.push_back( sampleScaleMC );
colorCachedVec.push_back( sampleColor );
template_cntEventsWeightedScaledMC = 0;
template_cntEventsWeightedErrorScaledMC = 0;
template_cntAftBaselineWeightedScaledMC = 0; template_cntAftBaselineWeightedErrorScaledMC = 0;
//build a vector of histograms
TH1D weight_hist = TH1D("weight", "Weight Distribution", 5,0,5);
vec.push_back(weight_hist);
TH1D RA2HT_hist = TH1D("HT","HT Distribution",50,0,5000);
vec.push_back(RA2HT_hist);
TH1D RA2MHT_hist = TH1D("MHT","MHT Distribution",100,0,5000);
vec.push_back(RA2MHT_hist);
TH1D RA2NJet_hist = TH1D("NJet","Number of Jets Distribution",10,0,20);
vec.push_back(RA2NJet_hist);
TH1D RA2NBtag_hist = TH1D("NBtag","Number of Btag Distribution",20,0,20);
vec.push_back(RA2NBtag_hist);
TH1D NLostLep_hist = TH1D("NLostLep","Number of Lost Lepton Distribution",20,0,20);
vec.push_back(NLostLep_hist);
TH1D nGenTauHad_hist = TH1D("nGenTauHad","Number of Gen. Had. Tau",20,0,20);
vec.push_back(nGenTauHad_hist);
Nhists=((int)(vec.size())-1);//-1 is because weight shouldn't be counted.
//initialize a map between string=cutnames and histvecs. copy one histvec into all of them. The histograms, though, will be filled differently.
cutname[0]="RA2nocut";cutname[1]="RA23Jetcut";cutname[2]="RA2HT500cut" ;
cutname[3]="RA2MHT200cut" ;cutname[4]="RA2delphicut" ;
cutname[5]="RA2noleptoncut" ;
cutname[6]="RA24Jetcut" ;cutname[7]="RA25Jetcut" ;
cutname[8]="RA26Jetcut" ;cutname[9]="RA2allbutHT2500cut" ;
cutname[10]="RA2allbutMHT1000cut";cutname[11]= "RA2allcut";
cutname[12]="RA2noleptoncut_isoTrk" ;
cutname[13]="RA24Jetcut_isoTrk" ;cutname[14]="RA25Jetcut_isoTrk" ;
cutname[15]="RA26Jetcut_isoTrk" ;cutname[16]="RA2allbutHT2500cut_isoTrk" ;
cutname[17]="RA2allbutMHT1000cut_isoTrk";cutname[18]= "RA2allcut_isoTrk";
cutname[19]="2b";cutname[20]="b2_3Jetcut";cutname[21]="b2_HT500cut" ;
cutname[22]="b2_MHT200cut" ;cutname[23]="b2_delphicut" ;cutname[24]="b2_noleptoncut" ;
cutname[25]="b2_4Jetcut" ;cutname[26]="b2_5Jetcut" ;cutname[27]="b2_6Jetcut" ;
cutname[28]="b2_allbutHT2500cut" ;cutname[29]="b2_allbutMHT1000cut";cutname[30]= "b2_allcut";
cutname[31]="b2_noleptoncut_isoTrk" ;
cutname[32]="b2_4Jetcut_isoTrk" ;cutname[33]="b2_5Jetcut_isoTrk" ;cutname[34]="b2_6Jetcut_isoTrk" ;
cutname[35]="b2_allbutHT2500cut_isoTrk" ;cutname[36]="b2_allbutMHT1000cut_isoTrk";cutname[37]= "b2_allcut_isoTrk";
for(int i=0; i<(int) cutname.size();i++){
cut_histvec_map[cutname[i]]=vec;
}
eventType[0]="allEvents";
//initialize a map between string and maps. copy the map of histvecs into each
for(int i=0; i< eventType.size();i++){
map_map[eventType[i]]=cut_histvec_map;
}
//initialize histobjmap
for(map<string , vector<TH1D> >::iterator it=cut_histvec_map.begin(); it!=cut_histvec_map.end();it++){
histobjmap[it->first]=histObj;
}
///////////////// Hongxuan
/*TH1D *template_h1_met = new TH1D(sampleKeyStringT+"_h1_met", sampleKeyStringT+": met; met", 100, 0, 1000); template_h1_met->Sumw2();
TH1D *template_h1_metphi = new TH1D(sampleKeyStringT+"_h1_metphi", sampleKeyStringT+": metphi; metphi", 100, -3.2, 3.2); template_h1_metphi->Sumw2();
TH1D *template_h1_met_allhad = new TH1D(sampleKeyStringT+"_h1_met_allhad", sampleKeyStringT+": met_allhad; met_allhad", 100, 0, 1000); template_h1_met_allhad->Sumw2();
TH1D *template_h1_metphi_allhad = new TH1D(sampleKeyStringT+"_h1_metphi_allhad", sampleKeyStringT+": metphi_allhad; metphi_allhad", 100, -3.2, 3.2); template_h1_metphi_allhad->Sumw2();
TH1D *template_h1_met_leptonic = new TH1D(sampleKeyStringT+"_h1_met_leptonic", sampleKeyStringT+": met_leptonic; met_leptonic", 100, 0, 1000); template_h1_met_leptonic->Sumw2();
TH1D *template_h1_metphi_leptonic = new TH1D(sampleKeyStringT+"_h1_metphi_leptonic", sampleKeyStringT+": metphi_leptonic; metphi_leptonic", 100, -3.2, 3.2); template_h1_metphi_leptonic->Sumw2();
TH1D *template_h1_nJets = new TH1D(sampleKeyStringT+"_h1_nJets", sampleKeyStringT+": number of jets; nJets", 20, 0, 20); template_h1_nJets->Sumw2();
TH1D *template_h1_nJets_allhad = new TH1D(sampleKeyStringT+"_h1_nJets_allhad", sampleKeyStringT+": number of jets; nJets_allhad", 20, 0, 20); template_h1_nJets_allhad->Sumw2();
TH1D *template_h1_nJets_leptonic = new TH1D(sampleKeyStringT+"_h1_nJets_leptonic", sampleKeyStringT+": number of jets; nJets_leptonic", 20, 0, 20); template_h1_nJets_leptonic->Sumw2();
TH1D *template_h1_vtxSize = new TH1D(sampleKeyStringT+"_h1_vtxSize", sampleKeyStringT+": number of vertices; vtxSize", 100, 0, 100); template_h1_vtxSize->Sumw2();
*/
////////////////////////////////////////////////////////////////////////////////////
//
for(unsigned int ist=0; ist<subSampleKeysVec.size(); ist++){
bool isData = false;
std::string keyString = subSampleKeysVec[ist];
double scaleMC = 1.0;
// for(int ib=0; ib<nMC; ib++){ if( mcStr[ib] == keyString ){ scaleMC = scalesVec[ib]; } }
TString keyStringT(keyString);
// if( keyStringT.Contains("Data") ){ scaleMC = dataScale; isData = true; }
vector<TLorentzVector> *template_oriJetsVec = new vector<TLorentzVector>(); vector<double> *template_recoJetsBtagCSVS = new vector<double>();
vector<TLorentzVector> *template_genDecayLVec =0;
vector<int> *template_genDecayPdgIdVec =0, *template_genDecayIdxVec =0, *template_genDecayMomIdxVec =0;
vector<string> *template_genDecayStrVec =0, *template_smsModelFileNameStrVec =0, *template_smsModelStrVec =0;
double template_smsModelMotherMass, template_smsModelDaughterMass;
vector<TLorentzVector> *template_genJetsLVec_myak5GenJetsNoNu =0, *template_genJetsLVec_myak5GenJetsNoNuNoStopDecays =0, *template_genJetsLVec_myak5GenJetsNoNuOnlyStopDecays =0;
//vector<TLorentzVector> *muonsLVec; // TLorentzVector of the muons
//vector<TLorentzVector> *template_elesLVec; // TLorentzVector of the electrons
TTree * template_AUX = treeVec[ist];
template_AUX->SetBranchStatus("*", 0);
///the variables
template_AUX->SetBranchStatus("run", 1); template_AUX->SetBranchAddress("run", &template_run);
template_AUX->SetBranchStatus("event", 1); template_AUX->SetBranchAddress("event", &template_event);
template_AUX->SetBranchStatus("lumi", 1); template_AUX->SetBranchAddress("lumi", &template_lumi);
template_AUX->SetBranchStatus("avg_npv", 1); template_AUX->SetBranchAddress("avg_npv", &template_avg_npv);
template_AUX->SetBranchStatus("nm1", 1); template_AUX->SetBranchAddress("nm1", &template_nm1);
template_AUX->SetBranchStatus("n0", 1); template_AUX->SetBranchAddress("n0", &template_n0);
template_AUX->SetBranchStatus("np1", 1); template_AUX->SetBranchAddress("np1", &template_np1);
template_AUX->SetBranchStatus("tru_npv", 1); template_AUX->SetBranchAddress("tru_npv", &template_tru_npv);
template_AUX->SetBranchStatus("vtxSize", 1); template_AUX->SetBranchAddress("vtxSize", &template_vtxSize);
template_AUX->SetBranchStatus("nJets", 1); template_AUX->SetBranchAddress("nJets", &template_nJets);
template_AUX->SetBranchStatus("jetsLVec", 1); template_AUX->SetBranchAddress("jetsLVec", &template_oriJetsVec);
template_AUX->SetBranchStatus("recoJetsBtag_0", 1); template_AUX->SetBranchAddress("recoJetsBtag_0", &template_recoJetsBtagCSVS);
template_AUX->SetBranchStatus("evtWeight", 1); template_AUX->SetBranchAddress("evtWeight", &template_evtWeight);
template_AUX->SetBranchStatus("met", 1); template_AUX->SetBranchAddress("met", &template_met);
template_AUX->SetBranchStatus("nIsoTrks_CUT",1); template_AUX->SetBranchAddress("nIsoTrks_CUT", &template_nIsoTrks_CUT);
template_AUX->SetBranchStatus("metphi", 1); template_AUX->SetBranchAddress("metphi", &template_metphi);
template_AUX->SetBranchStatus("mhtphi", 1); template_AUX->SetBranchAddress("mhtphi", &template_mhtphi);
template_AUX->SetBranchStatus("nMuons_CUT", 1); template_AUX->SetBranchAddress("nMuons_CUT", &template_nMuons);
template_AUX->SetBranchStatus("nElectrons_CUT", 1); template_AUX->SetBranchAddress("nElectrons_CUT", &template_nElectrons);
template_AUX->SetBranchStatus("genDecayLVec", 1); template_AUX->SetBranchAddress("genDecayLVec", &template_genDecayLVec);
template_AUX->SetBranchStatus("genDecayPdgIdVec", 1); template_AUX->SetBranchAddress("genDecayPdgIdVec", &template_genDecayPdgIdVec);
template_AUX->SetBranchStatus("genDecayIdxVec", 1); template_AUX->SetBranchAddress("genDecayIdxVec", &template_genDecayIdxVec);
template_AUX->SetBranchStatus("genDecayMomIdxVec", 1); template_AUX->SetBranchAddress("genDecayMomIdxVec", &template_genDecayMomIdxVec);
template_AUX->SetBranchStatus("genDecayStrVec", 1); template_AUX->SetBranchAddress("genDecayStrVec", &template_genDecayStrVec);
template_AUX->SetBranchStatus("ht", 1); template_AUX->SetBranchAddress("ht", &template_ht);
template_AUX->SetBranchStatus("mht", 1); template_AUX->SetBranchAddress("mht", &template_mht);
template_AUX->SetBranchStatus("loose_nIsoTrks", "1");template_AUX->SetBranchAddress("loose_nIsoTrks", &loose_nIsoTrks);
template_AUX->SetBranchStatus("nIsoTrks_CUT", "1");template_AUX->SetBranchAddress("nIsoTrks_CUT", &nIsoTrks_CUT);
template_AUX->SetBranchStatus("trksForIsoVeto_charge","1");template_AUX->SetBranchAddress("trksForIsoVeto_charge", &trksForIsoVeto_charge);
//template_AUX->SetBranchStatus("trksForIsoVeto_dz","1");template_AUX->SetBranchAddress("trksForIsoVeto_dz", &trksForIsoVeto_dz);
//template_AUX->SetBranchStatus("loose_isoTrks_charge","1");template_AUX->SetBranchAddress("loose_isoTrks_charge", &loose_isoTrks_charge);
//template_AUX->SetBranchStatus("loose_isoTrks_dz","1");template_AUX->SetBranchAddress("loose_isoTrks_dz", &loose_isoTrks_dz);
//template_AUX->SetBranchStatus("loose_isoTrks_iso","1");template_AUX->SetBranchAddress("loose_isoTrks_iso", &loose_isoTrks_iso);
//template_AUX->SetBranchStatus("loose_isoTrks_mtw", "1");template_AUX->SetBranchAddress("loose_isoTrks_mtw", &loose_isoTrks_mtw);
//####template_AUX->SetBranchStatus("trksForIsoVeto_pdgId","1");template_AUX->SetBranchAddress("trksForIsoVeto_pdgId", &trksForIsoVeto_pdgId);
//template_AUX->SetBranchStatus("trksForIsoVeto_idx","1");template_AUX->SetBranchAddress("trksForIsoVeto_idx", &trksForIsoVeto_idx);
//####template_AUX->SetBranchStatus("loose_isoTrks_pdgId","1");template_AUX->SetBranchAddress("loose_isoTrks_pdgId", &loose_isoTrks_pdgId);
//template_AUX->SetBranchStatus("loose_isoTrks_idx","1");template_AUX->SetBranchAddress("loose_isoTrks_idx", &loose_isoTrks_idx);
//####template_AUX->SetBranchStatus("forVetoIsoTrksidx","1");template_AUX->SetBranchAddress("forVetoIsoTrksidx", &forVetoIsoTrksidx);
//template_AUX->SetBranchStatus("trksForIsoVetoLVec","1");template_AUX->SetBranchAddress("trksForIsoVetoLVec", &trksForIsoVetoLVec);
//####template_AUX->SetBranchStatus("loose_isoTrksLVec","1");template_AUX->SetBranchAddress("loose_isoTrksLVec", &loose_isoTrksLVec);
//template_AUX->SetBranchStatus("muonsLVec","1");template_AUX->SetBranchAddress("muonsLVec", &muonsLVec);
//template_AUX->SetBranchStatus("elesLVec","1");template_AUX->SetBranchAddress("elesLVec", &template_elesLVec);
int template_Entries = template_AUX->GetEntries();
std::cout<<"\n\n"<<keyString.c_str()<<"_Entries : "<<template_Entries<<" scaleMC : "<<scaleMC<<std::endl;
ofstream evtlistFile;
if( keyStringT.Contains("Data") ) evtlistFile.open("evtlistData_aftAllCuts.txt");
template_cntEventsWeighted =0; template_cntEventsWeightedSquared =0;
template_cntAftBaselineWeighted =0; template_cntAftBaselineWeightedSquared =0;
n_elec_mu_tot=0;
n_tau_had_tot=0;
//////////////
///Temporary
//int spike[]={1744747,5677166,6998579,11914191,12697016,12855489,12855744,12882112,12929634,13590915,13775071,13813924,13937866,14147203,15404604,15506060,15800935,16042143,16275974,16731997,16939446,17544423,20226465,20906872,23449833,23812799};
/////////////
////Loop over all events
for(int ie=0; ie<template_Entries; ie++){
//int ie;
/*for(int is=0; is < 26; is++){
ie=spike[is];*/
template_AUX->GetEntry(ie);
//if(ie>10000)break;
//A counter
if(ie % 10000 ==0 )printf("-------------------- %d \n",ie);
double puWeight = 1.0;
if( !keyStringT.Contains("Signal") && !keyStringT.Contains("Data") ){
// puWeight = weightTruNPV(NumPUInteractions);
}
if( template_oriJetsVec->size() != template_recoJetsBtagCSVS->size() ){
std::cout<<"template_oriJetsVec->size : "<<template_oriJetsVec->size()<<" template_recoJetsBtagCSVS : "<<template_recoJetsBtagCSVS->size()<<std::endl;
}
TLorentzVector metLVec; metLVec.SetPtEtaPhiM(template_met, 0, template_metphi, 0);
int cntCSVS = countCSVS((*template_oriJetsVec), (*template_recoJetsBtagCSVS), cutCSVS, bTagArr);
int cntNJetsPt30 = countJets((*template_oriJetsVec), pt30Arr);
int cntNJetsPt30Eta24 = countJets((*template_oriJetsVec), pt30Eta24Arr);
int cntNJetsPt50Eta24 = countJets((*template_oriJetsVec), pt50Eta24Arr);
int cntNJetsPt70Eta24 = countJets((*template_oriJetsVec), pt70Eta24Arr);
// vector<double> dPhiVec = calcDPhi((*template_oriJetsVec), template_metphi, 3, dphiArr);
vector<double> dPhiVec = calcDPhi((*template_oriJetsVec), template_mhtphi, 3, dphiArr);
dPhi0 = dPhiVec[0]; dPhi1 = dPhiVec[1]; dPhi2 = dPhiVec[2];
delphi12= fabs(template_oriJetsVec->at(0).Phi()-template_oriJetsVec->at(1).Phi());
bool passExtraCuts = true;
bool passnJets = true, passdPhis = true, passBJets = true, passMET = true;
if( cntNJetsPt70Eta24 < nJetsSelPt70Eta24 ){ passExtraCuts = false; passnJets = false; }
if( cntNJetsPt50Eta24 < nJetsSelPt50Eta24 ){ passExtraCuts = false; passnJets = false; }
if( cntNJetsPt30Eta24 < nJetsSelPt30Eta24 ){ passExtraCuts = false; passnJets = false; }
if( dPhi0 < 0.5 || dPhi1 < 0.5 || dPhi2 < 0.3 ){ passExtraCuts = false; passdPhis = false; }
if( !( ( minnJetsSelBagged == -1 || cntCSVS >= minnJetsSelBagged) && (maxnJetsSelBagged ==-1 || cntCSVS < maxnJetsSelBagged ) ) ){ passExtraCuts = false; passBJets = false; }
if( !( (minMETcut == -1 || template_met >= minMETcut ) && (maxMETcut == -1 || template_met < maxMETcut) ) ){ passExtraCuts = false; passMET = false; }
// Parsing the gen information ...
int cntgenTop = 0, cntleptons =0;
for(int iv=0; iv<(int)template_genDecayLVec->size(); iv++){
int pdgId = template_genDecayPdgIdVec->at(iv);
if( abs(pdgId) == 6 ) cntgenTop ++;
if( abs(pdgId) == 11 || abs(pdgId) == 13 || abs(pdgId) == 15 ) cntleptons++;
}
template_cntEventsWeighted += template_evtWeight * puWeight;
template_cntEventsWeightedSquared += pow(template_evtWeight * puWeight, 2.0);
/*template_h1_vtxSize->Fill(template_vtxSize, template_evtWeight * puWeight * scaleMC);
template_h1_nJets->Fill(cntNJetsPt30Eta24, template_evtWeight * puWeight * scaleMC);
template_h1_met->Fill(template_met, template_evtWeight * puWeight * scaleMC);
template_h1_metphi->Fill(template_metphi, template_evtWeight * puWeight * scaleMC);
if( cntleptons ==0 ){
template_h1_nJets_allhad->Fill(cntNJetsPt30Eta24, template_evtWeight * puWeight * scaleMC);
template_h1_met_allhad->Fill(template_met, template_evtWeight * puWeight * scaleMC);
template_h1_metphi_allhad->Fill(template_metphi, template_evtWeight * puWeight * scaleMC);
}else{
template_h1_nJets_leptonic->Fill(cntNJetsPt30Eta24, template_evtWeight * puWeight * scaleMC);
template_h1_met_leptonic->Fill(template_met, template_evtWeight * puWeight * scaleMC);
template_h1_metphi_leptonic->Fill(template_metphi, template_evtWeight * puWeight * scaleMC);
}
*/
if( verbose >=1 ){
std::cout<<"\nie : "<<ie<<std::endl;
std::cout<<"genDecayStr : "<<template_genDecayStrVec->front().c_str()<<std::endl;
printf("((pdgId,index/MomIndex):(E/Pt)) \n");
for(int iv=0; iv<(int)template_genDecayLVec->size(); iv++){
int pdgId = template_genDecayPdgIdVec->at(iv);
printf("((%d,%d/%d):(%6.2f/%6.2f)) ", pdgId, template_genDecayIdxVec->at(iv), template_genDecayMomIdxVec->at(iv), template_genDecayLVec->at(iv).E(), template_genDecayLVec->at(iv).Pt());
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////
//Isolated track section
/*if(ie<100){
cout << "event#: " << ie << endl;
printf("loose_nIsoTrks: %d, nIsoTrks_CUT: %d, trksForIsoVeto_charge.size(): %d, loose_isoTrks_charge.size(): %d, loose_isoTrks_iso.size(): %d, trksForIsoVeto_pdgId->size(): %d, loose_isoTrks_pdgId->size(): %d, forVetoIsoTrksidx->size(): %d, loose_isoTrksLVec->size(): %d \n",loose_nIsoTrks,nIsoTrks_CUT,trksForIsoVeto_charge->size(),loose_isoTrks_charge->size(),loose_isoTrks_iso->size(),trksForIsoVeto_pdgId->size(),loose_isoTrks_pdgId->size(), forVetoIsoTrksidx->size(),loose_isoTrksLVec->size());
}
*/
///In this part we would like to identify lost leptons and hadronic taus. To do so we use the generator truth information. We first check how many leptons(e and mu) are in the event and compare with the isolated+reconstructed ones.
n_elec_mu=0;
for(int iv=0; iv<(int)template_genDecayLVec->size(); iv++){
int pdgId = template_genDecayPdgIdVec->at(iv);
if( abs(pdgId) == 11 || abs(pdgId) == 13 ) n_elec_mu++;
}
n_elec_mu_tot+=n_elec_mu;
/*if(ie < 100){
printf("event#: %d, #recElec: %d, #recMu: %d, #trueElecMu: %d \n", ie , template_nElectrons , template_nMuons , n_elec_mu);
}*/
nLostLepton=n_elec_mu-template_nElectrons-template_nMuons;
//cout << " event #: " << ie << endl;
n_tau_had=0;
for(int iv=0; iv<(int)template_genDecayLVec->size(); iv++){
int pdgId = template_genDecayPdgIdVec->at(iv);
if( abs(pdgId) == 15 ){
int index=template_genDecayIdxVec->at(iv);
for(int ivv=0; ivv<(int)template_genDecayLVec->size(); ivv++){
int MomIndex=template_genDecayMomIdxVec->at(ivv);
int secpdg = template_genDecayPdgIdVec->at(ivv);
if(MomIndex==index && secpdg > 40){
//printf("This is a tau. TauIndex: %d, TauDaughterID: %d \n",MomIndex, secpdg);
n_tau_had++;
}
}
}
}
n_tau_had_tot+=n_tau_had;
nbtag=0;
//Number of B-jets
for(int i=0; i<template_recoJetsBtagCSVS->size();i++){
if(template_recoJetsBtagCSVS->at(i) > 0.679)nbtag+=1;
}//end of the loop
nLeptons= (int)(template_nElectrons+template_nMuons);
//build and array that contains the quantities we need a histogram for. Here order is important and must be the same as RA2nocutvec
double eveinfvec[] = {template_evtWeight, template_ht, template_mht , cntNJetsPt50Eta24, nbtag,nLostLepton,n_tau_had }; //the last one gives the RA2 defined number of jets.
//loop over all the different backgrounds: "allEvents", "Wlv", "Zvv"
for(map<string, map<string , vector<TH1D> > >::iterator itt=map_map.begin(); itt!=map_map.end();itt++){//this will be terminated after the cuts
//determine what type of background should pass
if(bg_type(itt->first , template_genDecayLVec)==true){//all the cuts are inside this
//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts//Cuts
////loop over cut names and fill the histograms
for(map<string , vector<TH1D> >::iterator ite=cut_histvec_map.begin(); ite!=cut_histvec_map.end();ite++){
if(checkcut(ite->first)==true){histobjmap[ite->first].fill(Nhists,&eveinfvec[0] ,&itt->second[ite->first][0]);}
}//end of loop over cut names
////EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts//EndOfCuts
}//end of bg_type determination
}//end of loop over all the different backgrounds: "allEvents", "Wlv", "Zvv"
//////////////////In this section we would like to find the problematic events, spikes, etc. This section should be commented when maintenance is not needed.
/*if(template_ht > 4000. && template_mht>200.){
printf("event#: %d ############################ \n HighMET : MET:%8.1f, MHT:%8.1f \n",ie,template_met,template_mht);
if(template_recoJetsBtagCSVS->size()!=template_oriJetsVec->size())printf("There is something wrong with the jet and btga vector sizes. \n");
for(int i = 0; i < cntNJetsPt50Eta24; ++i){
printf("HighMET : Jet Pt:%8.2f Eta:%5.2f Phi:%5.2f Beta:%8.2f BTag Value:%g \n",template_oriJetsVec->at(i).Pt(),template_oriJetsVec->at(i).Eta(),template_oriJetsVec->at(i).Phi(),template_oriJetsVec->at(i).Beta(),template_recoJetsBtagCSVS->at(i));
}
printf("dPhi0: %g dPhi1: %g dPhi2: %g \n",dPhi0,dPhi1,dPhi2);
printf("delphi12: %g \n",delphi12);
}
*/
////////////////////////////// End of maintenance section
}////end of loop over all events
cout << "# of hadronic tau: " << n_tau_had_tot << endl;
cout << "# of True Elec+Muon: " << n_elec_mu_tot <<endl;
//open a file to write the histograms
sprintf(tempname,"%s/results_%s_%s.root",Outdir.c_str(),Process.c_str(),inputnumber.c_str());
TFile *resFile = new TFile(tempname, "RECREATE");
TDirectory *cdtoitt;
TDirectory *cdtoit;
// Loop over different event categories (e.g. "All events, Wlnu, Zll, Zvv, etc")
for(int iet=0;iet<(int)eventType.size();iet++){
for(map<string, map<string , vector<TH1D> > >::iterator itt=map_map.begin(); itt!=map_map.end();itt++){
if (eventType[iet]==itt->first){
//KH
//std::cout << (itt->first).c_str() << std::endl;
cdtoitt = resFile->mkdir((itt->first).c_str());
cdtoitt->cd();
for(int i=0; i< (int)cutname.size();i++){
for(map<string , vector<TH1D> >::iterator it=itt->second.begin(); it!=itt->second.end();it++){
if (cutname[i]==it->first){
cdtoit = cdtoitt->mkdir((it->first).c_str());
cdtoit->cd();
int nHist = it->second.size();
for(int i=0; i<nHist; i++){//since we only have 4 type of histograms
sprintf(tempname,"%s_%s_%s",it->second[i].GetName(),(it->first).c_str(),(itt->first).c_str());
it->second[i].Write(tempname);
}
cdtoitt->cd();
}
}
}
}
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
template_cntEventsWeightedScaledMC += template_cntEventsWeighted * scaleMC;
template_cntEventsWeightedErrorScaledMC += template_cntEventsWeighted * scaleMC * scaleMC;
}
/*template_cntEventsWeightedErrorScaledMC = sqrt(template_cntEventsWeightedErrorScaledMC);
std::cout<<sampleKeyString.c_str()<<"_cntEventsWeightedScaledMC : "<<template_cntEventsWeightedScaledMC<<" +- "<<template_cntEventsWeightedErrorScaledMC<<std::endl;
h1_metVec.push_back((TH1D*)template_h1_met->Clone());
h1_metphiVec.push_back((TH1D*)template_h1_metphi->Clone());
h1_met_allhadVec.push_back((TH1D*)template_h1_met_allhad->Clone());
h1_metphi_allhadVec.push_back((TH1D*)template_h1_metphi_allhad->Clone());
h1_met_leptonicVec.push_back((TH1D*)template_h1_met_leptonic->Clone());
h1_metphi_leptonicVec.push_back((TH1D*)template_h1_metphi_leptonic->Clone());
h1_nJetsVec.push_back((TH1D*)template_h1_nJets->Clone()); h1_nJets_allhadVec.push_back((TH1D*)template_h1_nJets_allhad->Clone()); h1_nJets_leptonicVec.push_back((TH1D*)template_h1_nJets_leptonic->Clone());
h1_vtxSizeVec.push_back((TH1D*)template_h1_vtxSize->Clone());
*/
}//end of class constructor templatePlotsFunc
};//end of class templatePlotsFunc
int main(int argc, char *argv[]){
/////////////////////////////////////
if (argc != 5)
{
std::cout << "Please enter something like: ./main \"filelist_WJets_PU20bx25_100_200.txt\" \"WJets_PU20bx25_100_200\" \"Results\" \"00\" " << std::endl;
return EXIT_FAILURE;
}
const string InRootList = argv[1];
const string subSampleKey = argv[2];
const string OutDir = argv[3];
const string inputNum = argv[4];
//////////////////////////////////////
std::cout<<"\n"<<std::endl; timer.Print(); timer.Start();
picker = new TRandom3(glbfSeed);
gROOT->ProcessLine(".L tdrstyle.C");
setTDRStyle();
initMCscales(); ///scale different samples
initPUinput("PUData_dist.root", "pileup"); //Handles pileup. Coudln't figure out how. For later ???????????????????????????????
std::vector<TTree*> treeVec;
std::vector<std::string> subSampleKeysVec;
char filenames[500], names[500];
////////////////////////////////////////
std::vector<std::string> filesVec;
///read the file names from the .txt files and load them to a vector.
ifstream fin(InRootList.c_str());while(fin.getline(filenames, 500) ){filesVec.push_back(filenames);}
std::cout<< "\nProcessing " << subSampleKey << " ... " << endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *sample_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesVec.size(); in++){ sample_AUX->Add(filesVec.at(in).c_str()); }
treeVec.push_back(sample_AUX); subSampleKeysVec.push_back(subSampleKey);
templatePlotsFunc(treeVec, subSampleKeysVec, subSampleKey,0,OutDir,inputNum);
std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
std::vector<std::string> filesTTJets_8TeVVec, filesTTJets_PUS14Vec, filesTTJets_PU20bx25Vec,filesWJets_PU20bx25_100_200_Vec;
///read the file names from the .txt files and load them to a vector.
ifstream finTTJets_8TeV("filelist_TTJets_8TeV.txt"); while( finTTJets_8TeV.getline(filenames, 500) ){ filesTTJets_8TeVVec.push_back(filenames); }
ifstream finTTJets_PUS14("filelist_TTJets_PUS14.txt"); while( finTTJets_PUS14.getline(filenames, 500) ){ filesTTJets_PUS14Vec.push_back(filenames); }
ifstream finTTJets_PU20bx25("filelist_TTJets_PU20bx25.txt"); while( finTTJets_PU20bx25.getline(filenames, 500) ){filesTTJets_PU20bx25Vec.push_back(filenames); }
/*
ifstream finWJets_PU20bx25_100_200("filelist_WJets_PU20bx25_100_200.txt"); while( finWJets_PU20bx25_100_200.getline(filenames, 500) ){ filesWJets_PU20bx25_100_200_Vec.push_back(filenames); }
// WJets_PU20bx25_100_200
std::cout<<"\nProcessing WJets_PU20bx25_100_200 ... "<<std::endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *WJets_PU20bx25_100_200_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesWJets_PU20bx25_100_200_Vec.size(); in++){ WJets_PU20bx25_100_200_AUX->Add(filesWJets_PU20bx25_100_200_Vec.at(in).c_str()); }
treeVec.push_back(WJets_PU20bx25_100_200_AUX); subSampleKeysVec.push_back("W_PU20bx25_100_200");
templatePlotsFunc(treeVec, subSampleKeysVec, "W_PU20bx25_100_200",0,"Results","00");
std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
*/
/*
// TTJets
std::cout<<"\nProcessing TTJets ... "<<std::endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *TTJets_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesTTJetsVec.size(); in++){ TTJets_AUX->Add(filesTTJetsVec.at(in).c_str()); }
treeVec.push_back(TTJets_AUX); subSampleKeysVec.push_back("TTbar");
templatePlotsFunc(treeVec, subSampleKeysVec, "TTbar",0,"Results","00");
std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
*/
// TTJets_PUS14
//std::cout<<"\nProcessing TTJets_PUS14 ... "<<std::endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *TTJets_PUS14_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesTTJets_PUS14Vec.size(); in++){ TTJets_PUS14_AUX->Add(filesTTJets_PUS14Vec.at(in).c_str()); }
treeVec.push_back(TTJets_PUS14_AUX); subSampleKeysVec.push_back("TTbar_PUS14");
templatePlotsFunc(treeVec, subSampleKeysVec, "TTbar_PUS14",0,"Results","00");
//std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
// TTJets_PU20bx25
std::cout<<"\nProcessing TTJets_PU20bx25 ... "<<std::endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *TTJets_PU20bx25_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesTTJets_PU20bx25Vec.size(); in++){ TTJets_PU20bx25_AUX->Add(filesTTJets_PU20bx25Vec.at(in).c_str()); }
treeVec.push_back(TTJets_PU20bx25_AUX); subSampleKeysVec.push_back("TTbar_PU20bx25");
templatePlotsFunc(treeVec, subSampleKeysVec, "TTbar_PU20bx25",0,"Results","00");
std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
// TTJets_8TeV
std::cout<<"\nProcessing TTJets_8TeV ... "<<std::endl;
treeVec.clear(); subSampleKeysVec.clear();
TChain *TTJets_8TeV_AUX = new TChain(treeStrT+"/AUX");
for(unsigned int in=0; in<filesTTJets_8TeVVec.size(); in++){ TTJets_8TeV_AUX->Add(filesTTJets_8TeVVec.at(in).c_str()); }
treeVec.push_back(TTJets_8TeV_AUX); subSampleKeysVec.push_back("TTbar_8TeV");
templatePlotsFunc(treeVec, subSampleKeysVec, "TTbar_8TeV",0,"Results","00");
std::cout<<std::endl; timer.Stop(); timer.Print(); timer.Continue();
// Plotting
// For the frame
/*tdrStyle->SetFrameBorderMode(0);
tdrStyle->SetFrameBorderSize(1);
tdrStyle->SetFrameFillColor(kBlack);
tdrStyle->SetFrameFillStyle(0);
tdrStyle->SetFrameLineColor(kBlack);
tdrStyle->SetFrameLineStyle(0);
tdrStyle->SetFrameLineWidth(1);
// For the Pad
tdrStyle->SetPadBorderMode(0);
tdrStyle->SetPadColor(kWhite);
tdrStyle->SetPadGridX(false);
tdrStyle->SetPadGridY(false);
tdrStyle->SetGridColor(0);
tdrStyle->SetGridStyle(3);
tdrStyle->SetGridWidth(1);
// For the axis
tdrStyle->SetAxisColor(1,"XYZ");
tdrStyle->SetTickLength(0.03,"XYZ");
tdrStyle->SetNdivisions(505,"XYZ");
tdrStyle->SetPadTickX(1);
tdrStyle->SetPadTickY(1);
tdrStyle->SetStripDecimals(kFALSE);
tdrStyle->SetLabelSize(0.050, "XYZ");
tdrStyle->SetPadTopMargin(0.1); tdrStyle->SetPadBottomMargin(0.15);
tdrStyle->SetPadLeftMargin(0.15); tdrStyle->SetPadRightMargin(0.15);
tdrStyle->SetOptStat(1111);
tdrStyle->SetHistLineWidth(1);
tdrStyle->SetPaintTextFormat("4.2f");*/
unsigned int ntype = keyStringCachedVec.size();
std::cout<<"\nntype : "<<ntype<<std::endl;
TCanvas *cs = new TCanvas("cs", "cs", 1200, 900);
int divW=2, divH=2;
cs->Divide(divW, divH);
////cs->Print("allINone_"+treeStrT+".pdf[");
/*draw1DallINone(cs, divW*divH, h1_metVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_metphiVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_met_allhadVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_metphi_allhadVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_met_leptonicVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_metphi_leptonicVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_nJetsVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_nJets_allhadVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_nJets_leptonicVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");
draw1DallINone(cs, divW*divH, h1_vtxSizeVec, 1, extraDrawStrT); cs->Print("allINone_"+treeStrT+".pdf");*/
//cs->Print("allINone_"+treeStrT+".pdf]");
/*TFile * outfile = new TFile("out_CSA14.root", "RECREATE");
for(unsigned int iv=0; iv<h1_metVec.size(); iv++){
h1_metVec[iv]->Write(); h1_metphiVec[iv]->Write();
h1_met_allhadVec[iv]->Write(); h1_metphi_allhadVec[iv]->Write();
h1_met_leptonicVec[iv]->Write(); h1_metphi_leptonicVec[iv]->Write();
h1_nJetsVec[iv]->Write(); h1_nJets_allhadVec[iv]->Write(); h1_nJets_leptonicVec[iv]->Write();
h1_vtxSizeVec[iv]->Write();
}
outfile->Write(); outfile->Close();*/
}
// Handle my default value of trunpv==-1, this is the case for data.
double weightTruNPV(int trunpv){
double w = 1.;
if (trunpv < static_cast<int> (puWeights_.size()) && trunpv >=0) {
w = puWeights_.at(trunpv);
} else if( trunpv >= static_cast<int> (puWeights_.size()) ) {
std::cerr << "WARNING ... number of PU vertices = " << trunpv
<< " out of histogram binning." << std::endl;
}
return w;
}
int initPUinput(const std::string &puDatafileName, const std::string &puDatahistName){
puWeights_.clear();
TFile *puDatafile = new TFile(puDatafileName.c_str());
TH1D *data_npu_estimated = (TH1D*) puDatafile->Get(puDatahistName.c_str());
double Summer12_S10[60] = {
2.560E-06,
5.239E-06,
1.420E-05,
5.005E-05,
1.001E-04,
2.705E-04,
1.999E-03,
6.097E-03,
1.046E-02,
1.383E-02,
1.685E-02,
2.055E-02,
2.572E-02,
3.262E-02,
4.121E-02,
4.977E-02,
5.539E-02,
5.725E-02,
5.607E-02,
5.312E-02,
5.008E-02,
4.763E-02,
4.558E-02,
4.363E-02,
4.159E-02,
3.933E-02,
3.681E-02,
3.406E-02,
3.116E-02,
2.818E-02,
2.519E-02,
2.226E-02,
1.946E-02,
1.682E-02,
1.437E-02,
1.215E-02,
1.016E-02,
8.400E-03,
6.873E-03,
5.564E-03,
4.457E-03,
3.533E-03,
2.772E-03,
2.154E-03,
1.656E-03,
1.261E-03,
9.513E-04,
7.107E-04,
5.259E-04,
3.856E-04,
2.801E-04,
2.017E-04,
1.439E-04,
1.017E-04,
7.126E-05,
4.948E-05,
3.405E-05,
2.322E-05,
1.570E-05,
5.005E-06
};
puWeights_.resize(60);
double s = 0.0;
for (int npu = 0; npu < 60; ++npu) {
double npu_estimated = data_npu_estimated->GetBinContent(data_npu_estimated->GetXaxis()->FindBin(npu));
puWeights_[npu] = npu_estimated / Summer12_S10[npu];
s += npu_estimated;
}
// normalize weights such that the total sum of weights over the whole sample is 1.0, i.e., sum_i puWeights_[i] * Summer2012[i] should be 1.0 (!)
for (int npu = 0; npu < 60; ++npu) {
puWeights_[npu] /= s;
}
return 1;
}
void draw2DallINone(TCanvas *cs, const int lastPadIdx, const vector<TH2D*> &h2_inputVec){
int cntPadIdx = 0;
unsigned int ntype = keyStringCachedVec.size();
for(unsigned int it=0; it<ntype; it++){
if( it == 0 ) cntPadIdx = 0;
TString keyStringT(keyStringCachedVec[it]);
if( keyStringT.Contains("DYJets") || keyStringCachedVec[it] == "T_t" ) continue;
cntPadIdx ++;
if( cntPadIdx >= lastPadIdx ){ /*std::cout<<"Overwritten the last pad with index : "<<lastPadIdx<<"! Please make sure enough pads are created!"<<std::endl;*/ cntPadIdx = lastPadIdx; }
cs->cd(cntPadIdx); TPad * pad = (TPad*) cs->GetPad(cntPadIdx); pad->Clear(); pad->SetLogy(0);
h2_inputVec[it]->Draw("colz");
}
for(int ic=cntPadIdx+1; ic<=lastPadIdx; ic++){ cs->cd(ic); TPad * pad = (TPad*) cs->GetPad(ic); pad->Clear(); }
}
void draw1DallINone(TCanvas *cs, const int lastPadIdx, const vector<TH1D*> &h1_inputVec, const int nRebin, const TString optDrawStr){
int statusLogy = 0;
if( optDrawStr.Contains("SetLogy") ) statusLogy =1;
int doNormalization = 0;
if( optDrawStr.Contains("normalization") ) doNormalization =1;
int cntPadIdx = 0;
vector<TH1D*> h1_stackedVec; TH1D * h1_dataCached =0, * h1_signal1Cached =0, *h1_signal2Cached =0;
vector<TString> stackedKeyStringTVec;
unsigned int ntype = keyStringCachedVec.size();
for(unsigned int it=0; it<ntype; it++){
TString keyStringT(keyStringCachedVec[it]);
if( it == 0 ){ cntPadIdx = 0; h1_stackedVec.clear(); }
if( keyStringT.Contains("DYJets") || keyStringCachedVec[it] == "T_t" ) continue;
cntPadIdx ++;
if( cntPadIdx >= lastPadIdx ){ /*std::cout<<"Overwritten the last pad with index : "<<lastPadIdx<<"! Please make sure enough pads are created!"<<std::endl;*/ cntPadIdx = lastPadIdx; }
cs->cd(cntPadIdx); TPad * pad = (TPad*) cs->GetPad(cntPadIdx); pad->Clear(); pad->SetLogy(statusLogy);
TH1D *tmpHist = (TH1D*) h1_inputVec[it]->Clone();
tmpHist->Rebin(nRebin); tmpHist->Scale(scaleMCCachedVec[it]);
tmpHist->SetLineColor(colorCachedVec[it]); tmpHist->SetMarkerColor(colorCachedVec[it]); tmpHist->SetMarkerStyle(6); tmpHist->SetMarkerSize(0.25);
if( keyStringT.Contains("Data") ){ tmpHist->SetLineColor(kBlack); tmpHist->SetMarkerColor(kBlack); }
if( !statusLogy ){
tmpHist->SetAxisRange(0, tmpHist->GetMaximum()*1.5, "Y");
}else{
tmpHist->SetAxisRange(1e-1, tmpHist->GetMaximum()*32*5, "Y");
}
if( keyStringT.Contains("Data") || keyStringT.Contains("Signal") ){
tmpHist->Draw("e");
}else{
tmpHist->Draw("hist");
}
if( !keyStringT.Contains("Data") && !keyStringT.Contains("Signal") ){
stackedKeyStringTVec.push_back(keyStringT);
if( h1_stackedVec.empty() ){
h1_stackedVec.push_back( (TH1D*) tmpHist->Clone() );
h1_stackedVec.back()->SetFillColor( colorCachedVec[it] );
h1_stackedVec.back()->SetLineColor( colorCachedVec[it] );
h1_stackedVec.back()->SetMarkerColor( colorCachedVec[it] );
}else{
TH1D *tmpSumHist = (TH1D*) tmpHist->Clone();
tmpSumHist->Add(h1_stackedVec.back(), 1);
h1_stackedVec.push_back( (TH1D*) tmpSumHist->Clone() );
h1_stackedVec.back()->SetFillColor( colorCachedVec[it] );
h1_stackedVec.back()->SetLineColor( colorCachedVec[it] );
h1_stackedVec.back()->SetMarkerColor( colorCachedVec[it] );
}
}
if( keyStringT.Contains("Data") ){ h1_dataCached = (TH1D*) tmpHist->Clone(); }
if( keyStringT.Contains("Signal") ){
if( !h1_signal1Cached ) h1_signal1Cached = (TH1D*) tmpHist->Clone();
else h1_signal2Cached = (TH1D*) tmpHist->Clone();
}
}
for(int ic=cntPadIdx+1; ic<=lastPadIdx; ic++){ cs->cd(ic); TPad * pad = (TPad*) cs->GetPad(ic); pad->Clear(); pad->SetLogy(statusLogy); }
Float_t legendX1 = .60;
Float_t legendX2 = .85;
Float_t legendY1 = .55;
Float_t legendY2 = .85;
TLegend* catLeg1 = new TLegend(legendX1,legendY1,legendX2,legendY2);
catLeg1->SetTextSize(0.030);
cs->cd(lastPadIdx);
/*
if( !statusLogy ){
h1_dataCached->SetAxisRange(0, h1_dataCached->GetMaximum()*1.5, "Y");
}else{
h1_dataCached->SetAxisRange(1e-1, h1_dataCached->GetMaximum()*32, "Y");
}
*/
if( h1_dataCached ){
double dataIntegral = h1_dataCached->Integral();
double sumTotIntegral = h1_stackedVec.back()->Integral();
double normScale = dataIntegral/sumTotIntegral;
h1_dataCached->Draw("e");
catLeg1->AddEntry(h1_dataCached, "Data");
for(unsigned int is=0; is<h1_stackedVec.size(); is++){
unsigned int ivsIdx = h1_stackedVec.size()-is-1;
TH1D * tmpStacked = (TH1D*) h1_stackedVec[ivsIdx]->Clone();
if( doNormalization ) tmpStacked->Scale(normScale);
tmpStacked->Draw("hist same");
catLeg1->AddEntry(tmpStacked, stackedKeyStringTVec[ivsIdx]);
}
h1_signal1Cached->SetLineColor(kRed); h1_signal1Cached->SetMarkerColor(kRed); h1_signal1Cached->SetLineStyle(3);
h1_signal1Cached->Draw("same");
h1_dataCached->Draw("same e");
catLeg1->AddEntry(h1_signal1Cached, "Signal");
catLeg1->SetFillColor(kWhite);
catLeg1->SetBorderSize(0);
catLeg1->Draw();
TPad *lastPad = (TPad*) cs->GetPad(lastPadIdx);
lastPad->RedrawAxis();
}
}
int countJets(const vector<TLorentzVector> &inputJets, const double *jetCutsArr){
return countJets(inputJets, jetCutsArr[0], jetCutsArr[1], jetCutsArr[2], jetCutsArr[3]);
}
int countJets(const vector<TLorentzVector> &inputJets, const double minAbsEta, const double maxAbsEta, const double minPt, const double maxPt){
int cntNJets =0;
for(unsigned int ij=0; ij<inputJets.size(); ij++){
double perjetpt = inputJets[ij].Pt(), perjeteta = inputJets[ij].Eta();
if( ( minAbsEta == -1 || fabs(perjeteta) >= minAbsEta )
&& ( maxAbsEta == -1 || fabs(perjeteta) < maxAbsEta )
&& ( minPt == -1 || perjetpt >= minPt )
&& ( maxPt == -1 || perjetpt < maxPt ) ){
cntNJets ++;
}
}
return cntNJets;
}
vector<double> calcDPhi(const vector<TLorentzVector> &inputJets, const double metphi, const int nDPhi, const double *jetCutsArr){
return calcDPhi(inputJets, metphi, nDPhi, jetCutsArr[0], jetCutsArr[1], jetCutsArr[2], jetCutsArr[3]);
}
vector<double> calcDPhi(const vector<TLorentzVector> &inputJets, const double metphi, const int nDPhi, const double minAbsEta, const double maxAbsEta, const double minPt, const double maxPt){
int cntNJets =0;
vector<double> outDPhiVec(nDPhi, 999);
for(unsigned int ij=0; ij<inputJets.size(); ij++){
double perjetpt = inputJets[ij].Pt(), perjeteta = inputJets[ij].Eta();
if( ( minAbsEta == -1 || fabs(perjeteta) >= minAbsEta )
&& ( maxAbsEta == -1 || fabs(perjeteta) < maxAbsEta )
&& ( minPt == -1 || perjetpt >= minPt )
&& ( maxPt == -1 || perjetpt < maxPt ) ){
if( cntNJets < nDPhi ){
double perDPhi = fabs(TVector2::Phi_mpi_pi( inputJets[ij].Phi() - metphi ));
outDPhiVec[cntNJets] = perDPhi;
}
cntNJets ++;
}
}
return outDPhiVec;///this is a vector whose components are delta phi of each jet with met.
}
int countCSVS(const vector<TLorentzVector> &inputJets, const vector<double> &inputCSVS, const double CSVS, const double *jetCutsArr){
return countCSVS(inputJets, inputCSVS, CSVS, jetCutsArr[0], jetCutsArr[1], jetCutsArr[2], jetCutsArr[3]);