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SusyAna_MC_BTagEff.cc
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SusyAna_MC_BTagEff.cc
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// -*- C++ -*-
//
// Package: SusyNtuplizer
// Class: SusyAna_MC_BTagEff.cc
//
/*
Description: an analyzer for susy::Event
Implementation:
*/
//
// Original Author: Dongwook Jang
// $Id: SusyAna_MC_BTagEff.cc,v 1.12 2012/05/03 19:58:51 dwjang Exp $
//
#define SusyAna_MC_BTagEff_cxx
#include <TH2.h>
#include <TStyle.h>
#include <TCanvas.h>
#include <TH1F.h>
#include <map>
#include <set>
#include <cmath>
#include <algorithm>
#include <utility>
#include "SusyAna_MC_BTagEff.h"
#include "SusyEventPrinter.h"
#include "../jec/JetMETObjects/interface/JetCorrectorParameters.h"
#include "../jec/JetMETObjects/interface/FactorizedJetCorrector.h"
//my additions
#include "TAxis.h"
#include "TMath.h"
#include <TH3.h>
#include "TFile.h"
#include "TTree.h"
#include "TLegend.h"
#include "TLorentzVector.h"
#include "TGraphErrors.h"
#include "TF1.h"
#include <iostream>
#include <fstream>
//user defiend
#include "utilities.h"
#include "cuts.h"
#include "params_arg.h"
#include "GetError.h"
#include "hggx_analysers.h"
#include "quicksave.C"
#include "CMSStyle.C"
#include "TVector3.h"
#include "TLorentzVector.h"
#include "MCpoint.h"
using namespace std;
using namespace params;
template<typename T> bool EtGreater(const T* p1, const T* p2) {
return (p1->momentum.Et() > p2->momentum.Et());
}
template<typename T> bool EtGreaterpho(const T* p1, const T* p2) {
if(useMVAphoP) return (p1->MVAcorrMomentum.Et() > p2->MVAcorrMomentum.Et());
else return (p1->momentum.Et() > p2->momentum.Et());
}
void SusyAna_MC_BTagEff::InitializePerEvent() {
}
bool SusyAna_MC_BTagEff::isSameObject(TLorentzVector& p1, TLorentzVector& p2) {
float dEta = p1.Eta() - p2.Eta();
float dPhi = TVector2::Phi_mpi_pi(p1.Phi() - p2.Phi());
return std::sqrt(dEta*dEta + dPhi*dPhi) < 0.5;
}//dR05 cut
float SusyAna_MC_BTagEff::d0correction(TVector3& beamSpot, susy::Track& track) const {
return track.d0() - beamSpot.X()*std::sin(track.phi()) + beamSpot.Y()*std::cos(track.phi());
}
//float SusyAna_MC_BTagEff::d0correction_(TVector3& beamSpot, susy::Track& track){
// float d0 = track.d0() - beamSpot.X()*std::sin(track.phi()) + beamSpot.Y()*std::cos(track.phi());
// return d0;
//}
bool SusyAna_MC_BTagEff::PassTrigger(TString path) {
//Does not have to be an exact name. the trigger name must contain "path". So you can ignore the trigger version.
bool pass = false;
for(susy::TriggerMap::iterator it = event->hltMap.begin(); it != event->hltMap.end(); it++) {
if(it->first.Contains(path) && (int(it->second.second)) ) {
pass = true;
break;
}
}
return pass;
}
bool SusyAna_MC_BTagEff::isfarFromPhotons(TLorentzVector& lep, std::vector<susy::Photon*> & photons){
bool isFar = true;
for(std::vector<susy::Photon*>::iterator it = photons.begin(); it != photons.end(); it++) {
//TLorentzVector ltmp = (*it)->momentum;
TLorentzVector ltmp = useMVAphoP?(*it)->MVAcorrMomentum:(*it)->momentum;
isFar &= ! SusyAna_MC_BTagEff::isSameObject(lep,ltmp);
}
return isFar;
}
bool SusyAna_MC_BTagEff::PassTriggers() {
bool pass = false;
for(std::vector<TString>::iterator it = hltNames.begin(); it != hltNames.end(); it++) {
if(PassTrigger(*it)) {
pass = true;
break;
}
}
return pass;
}
typedef std::map<string, int> nameint;
void addCounter(nameint & C, vector<string> & V, string label){
C[label]=0;
V.push_back(label);
}
void remove_duplicate_photons(std::vector<susy::Photon*> & photons,bool keep_hardest_matched_photon=true){
/*
This takes a pt-sorted vector of Photon*. It looks through all pairs of photons, for dR matches (dR<0.6 or dPhi < 0.05)
If it finds a match and keep_hardest_matched_photon, it keeps the hardest one and deletes the others from the vector.
If it finds a match and !keep_hardest_matched_photon, it deletes all photons involved int the match. David Morse and I do the former.
*/
if (photons.size()<2) return;
std::vector<susy::Photon*>::iterator i_p1 = photons.begin(); int I_p1 = 0;
int size = photons.size();
while(I_p1+1 < size){
bool match_found = false;
//cout<<"phoA. i="<<I_p1<<" "<<*i_p1<<endl;
TLorentzVector p1 = useMVAphoP?(*i_p1)->MVAcorrMomentum:(*i_p1)->momentum;
//TLorentzVector p1 = (*i_p1)->momentum;
std::vector<susy::Photon*>::iterator i_p2 = i_p1+1; int I_p2 = I_p1+1;
while(I_p2 < size){ //increments to the terminator, then does not terminate.
//while(i_p2 != photons.end()){ //increments to the terminator, then does not terminate.
//cout<<"phoB, i= "<<I_p2<<" "<<*i_p2<<endl;
//TLorentzVector p2 = (*i_p2)->momentum;
TLorentzVector p2 = useMVAphoP?(*i_p2)->MVAcorrMomentum:(*i_p2)->momentum;
//cout<<"rem4"<<endl;
if (dR(p1,p2)<0.6 || dPhi(p1,p2) < 0.05 ) {
std::vector<susy::Photon*>::iterator temp = i_p2+1;
i_p2 = photons.erase(i_p2);//this is supposed to return the next element but does not.
//cout<<"found match phoB new address: "<<*i_p2<<endl;
i_p2 = temp;
//cout<<"after =temp, address: "<<*i_p2<<endl;
size--;
match_found = true;
if(I_p2 == (int)photons.size()-1) break;
}
else{ i_p2++; I_p2++;}
}//end while2
if (match_found && !keep_hardest_matched_photon) {
i_p1 = photons.erase(i_p1);
}
else {i_p1++; I_p1++;}
}//end while
}//end remove_duplicate_photons
void PrintPhotonTriggers(susy::Event* event){
for(susy::TriggerMap::iterator it = event->hltMap.begin(); it != event->hltMap.end(); it++) {
if (it->first.Contains("Photon")) {
std::cout << "\t" << it->first << "(prescale=" << it->second.first << ", fire=" << int(it->second.second) << ")" << std::endl;
}
}
}
void SusyAna_MC_BTagEff::Loop() {
cout<<"hello world"<<endl;
printLevel = 0;
if (fChain == 0) return;
//probe p = probe();
//p.p("probe");
Long64_t nentries = fChain->GetEntries();
std::cout << "k " << nentries << std::endl;
if(processNEvents <= 0 || processNEvents > nentries) processNEvents = nentries;
std::cout << "total events in files : " << nentries << std::endl;
std::cout << "events to be processed : " << processNEvents << std::endl;
//Initialize Counters
if(printLevel > 0) std::cout << "Initialize event counters." << std::endl;
vector <string> Counter_order;
nameint Counters;
addCounter(Counters,Counter_order,"no cuts");
addCounter(Counters,Counter_order,"pass Json");
addCounter(Counters,Counter_order,"pass duplicate check");
addCounter(Counters,Counter_order,"pass HLT");
addCounter(Counters,Counter_order,"pass MET Filter");
addCounter(Counters,Counter_order,"pass two loose photons");
addCounter(Counters,Counter_order,"pass 2 loose pho over thresh");
addCounter(Counters,Counter_order,"pass phoM 100 cuts");
addCounter(Counters,Counter_order,"have 2 tight photons");
//addCounter(Counters,Counter_order,"have 2 tight photons passing dR cuts");
addCounter(Counters,Counter_order,"pass a primary vertex reqirement");
addCounter(Counters,Counter_order,"has met map");
addCounter(Counters,Counter_order,"number filtered");
//no extra cuts.
// int nFiltered = 0;
// TTree* filterTree = 0;
// cout << "enableFilter is set to "<<enableFilter<<endl;
// if (enableFilter){
// enableFilter = false;
// cout << "setting it to false"<<endl;
// }
// if(enableFilter) {
// cout << "Making Filter File"<<endl;
MCpoint* thisMCpoint = setupMCpoint(which_MC_to_use2);
TFile* b_tag_eff_file = new TFile(thisMCpoint->btageff_file.c_str(),"RECREATE");
int nbins = 16;
float ptmin[] = {20, 30, 40, 50, 60, 70, 80, 100, 120, 160, 210, 260, 320, 400, 500, 600, 800};
//float ptmax[] = {30, 40, 50, 60, 70, 80,100, 120, 160, 210, 260, 320, 400, 500, 600, 800};
TH1F* bjetEffDen = new TH1F("bjetEffDen","denominator",nbins,ptmin);
TH1F* bjetEff_CSVLNum = new TH1F("bjetEff_CSVLNum","CSVL Numerator;Pt",nbins,ptmin);
TH1F* bjetEff_CSVMNum = new TH1F("bjetEff_CSVMNum","CSVM Numerator;Pt",nbins,ptmin);
TH1F* bjetEff_CSVTNum = new TH1F("bjetEff_CSVTNum","CSVT Numerator;Pt",nbins,ptmin);
TH1F* nbjets_dist = new TH1F("nbjets","Number of B-jets;n b-jets",8,0,8);
TH1F* bjetEff_CSVL = new TH1F("bjetEff_CSVL","CSVL Efficiency;Pt;Efficiency",nbins,ptmin);
TH1F* bjetEff_CSVM = new TH1F("bjetEff_CSVM","CSVM Efficiency;Pt;Efficiency",nbins,ptmin);
TH1F* bjetEff_CSVT = new TH1F("bjetEff_CSVT","CSVT Efficiency;Pt;Efficiency",nbins,ptmin);
TH1F* bMistagDen = new TH1F("bMistagDen","denominator",nbins,ptmin);
TH1F* bMistag_CSVLNum = new TH1F("bMistag_CSVLNum","CSVL Numerator;Pt",nbins,ptmin);
TH1F* bMistag_CSVMNum = new TH1F("bMistag_CSVMNum","CSVM Numerator;Pt",nbins,ptmin);
TH1F* bMistag_CSVTNum = new TH1F("bMistag_CSVTNum","CSVT Numerator;Pt",nbins,ptmin);
TH1F* nMistagsL_dist = new TH1F("nMistagsL","Number of CSVL mistags per event;n jets",8,0,8);
TH1F* nMistagsM_dist = new TH1F("nMistagsM","Number of CSVM mistags per event;n jets",8,0,8);
TH1F* nMistagsT_dist = new TH1F("nMistagsT","Number of CSVT mistags per event;n jets",8,0,8);
TH1F* bMistag_CSVL = new TH1F("bMistag_CSVL","CSVL Mistag Rate;Pt;Efficiency",nbins,ptmin);
TH1F* bMistag_CSVM = new TH1F("bMistag_CSVM ","CSVM Mistag Rate;Pt;Efficiency",nbins,ptmin);
TH1F* bMistag_CSVT = new TH1F("bMistag_CSVT ","CSVT Mistag Rate;Pt;Efficiency",nbins,ptmin);
ofstream eventlist;
eventlist.open ("beff_eventlist.txt");//everything passing the ntuplizer.
//ofstream eventlist2;
//eventlist2.open ("ntuplized_passingTrip_eventlist.txt");//passing the ntuplizer and also passing the cuts in this context.
//plots of things I cut on.
cout<<"start on trigger"<<endl;
const int Nnonr9Triggers = 9;
const int Nr9Triggers = 4;
//const int NT = Nnonr9Triggers+Nr9Triggers;
//bool passHLTs[NT];
/*TString dmason_triggers[4] = { //not using these.
"HLT_Photon36_CaloId10_Iso50_Photon22_CaloId10_Iso50",
"HLT_Photon36_CaloId10_Iso50_Photon22_R9Id85",
"HLT_Photon36_R9Id85_Photon22_CaloId10_Iso50",
"HLT_Photon36_R9Id85_Photon22_R9Id85"};*/
TString R9triggers[Nr9Triggers] = {
"HLT_Photon36_CaloId10_Iso50_Photon22_CaloId10_Iso50", //dmason
"HLT_Photon36_CaloIdL_Photon22_CaloIdL",
"HLT_Photon32_CaloIdL_Photon26_CaloIdL",
"HLT_Photon26_CaloId10_Iso50_Photon18_CaloId10_Iso50_Mass60"};
TString nonR9triggers[Nnonr9Triggers] = {
"HLT_Photon36_R9Id85_Photon22_R9Id85", //dmason
"HLT_Photon36_R9Id85_Photon22_CaloId10_Iso50", //dmason
"HLT_Photon36_CaloId10_Iso50_Photon22_R9Id85", //dmason
"HLT_Photon26_R9Id85_OR_CaloId10_Iso50_Photon18_R9Id85_OR_CaloId10_Iso50_Mass60",
"HLT_Photon26_R9Id85_OR_CaloId10_Iso50_Photon18_R9Id85_OR_CaloId10_Iso50_Mass70",
"HLT_Photon26_R9Id85_Photon18_R9Id85_Mass60",
"HLT_Photon26_R9Id85_Photon18_CaloId10_Iso50_Mass60",
"HLT_Photon26_CaloId10_Iso50_Photon18_R9Id85_Mass60",
"HLT_Photon36_R9Id85_OR_CaloId10_Iso50_Photon22_R9Id85_OR_CaloId10_Iso50"};
//if(!useTrigger){
//useTrigger = true;
//cout<< endl<<"By some black magic, useTrigger is false, setting it to true"<<endl;
//}
if (!useTrigger) cout << endl << endl << "WARNING!! NOT USING THE TRIGGER!!!"<<endl<<endl<<endl;
else cout << endl << "TRIGGER ON"<<endl<<endl;
if (!useJSON) cout << endl << endl << "WARNING!! NOT USING THE JSON FILE!!!"<<endl<<endl<<endl;
else cout << endl << "USING JSON"<<endl<<endl;
// to check duplicated events
std::map<int, std::set<int> > allEvents;
// start event looping
Long64_t nbytes = 0, nb = 0;
for (Long64_t jentry=0; jentry < processNEvents; jentry++) {
//for (Long64_t jentry=0; jentry < 500; jentry++) { //master loop
if(jentry > 10001) break;//limit this to the first 10k entries.
if(printLevel > 0) std::cout << "Get the tree contents." << std::endl;
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
Counters["no cuts"]++;
nb = fChain->GetEntry(jentry); nbytes += nb;
if(printLevel > -1 && (printInterval > 0 && (jentry >= printInterval && jentry%printInterval == 0)) ) {
std::cout << int(jentry) << " events processed with run="
<< event->runNumber << ", event=" << event->eventNumber << std::endl;
//every 100 print intervals, print the trigger list. It should always on the first event.
//if (jentry%(printInterval*100) == 0) PrintPhotonTriggers(event);
}//end if millionth event.
if(printLevel > 0) std::cout << "Initialize any global variables to be reset per event." << std::endl;
InitializePerEvent();
if(event->runNumber<0){
if(printLevel > 0) std::cout << "Warning: run number less than zero" << std::endl;
continue;
}
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe is at point A"<<endl;
if(printLevel > 0) std::cout << "Apply good run list." << std::endl;
if(event->isRealData && useJSON && !isInJson(event->runNumber,event->luminosityBlockNumber)) continue;
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe passes JSON"<<endl;
Counters["pass Json"]++; // total number of events that pass Json
//Print(*event); // uncomment this to print all ntuple variables
if(printLevel > 1) cout << "Check duplicated events for data only." << endl;
if(event->isRealData){
bool duplicateEvent = ! (allEvents[event->runNumber].insert(event->eventNumber)).second;
if(duplicateEvent){
cout<<"Duplicate Event! Run "<<event->runNumber<<" Event "<<event->eventNumber<<endl;
continue;
}
}
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe passes Duplicate Filter"<<endl;
Counters["pass duplicate check"]++;
// if(printLevel > 0) Print(*event); // uncomment this to print all ntuple variables
if(printLevel > 0) std::cout << "Apply trigger selection in the event." << std::endl;
bool pass_non_r9id_trigger = false;
bool pass_r9id_trigger = false;
bool passHLT = false;
for (int i=0; i<Nnonr9Triggers; i++) {
pass_non_r9id_trigger |= PassTrigger(nonR9triggers[i]);
}
for (int i=0; i<Nr9Triggers; i++) {
pass_r9id_trigger |= PassTrigger(R9triggers[i]);
}
passHLT = pass_r9id_trigger || pass_non_r9id_trigger;
if(event->isRealData && useTrigger && !passHLT) continue;
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe passes HLT"<<endl;
Counters["pass HLT"]++;
//Print(event->hltMap);cout << endl << endl;
if(useMETFilter_data && event->isRealData && !event->passMetFilters()) continue; //don't use the met filter for MC, nothing passes.
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe passes MetFilter"<<endl;
Counters["pass MET Filter"]++;
if(printLevel > 0) std::cout << "Setup object vectors." << std::endl;
//float myST = 0.0;
//float myPhotonST = 0.0;
//float myLeptonST = 0.0;
std::vector<susy::Photon*> loose_photons; // loose objects have all standard cuts except for isolation
//std::vector<susy::Photon*> tight_susy11_photons; // tight objects hava isolation cuts applied on top of loose objects
//std::vector<susy::Photon*> tight_susy11Star_photons; // tight objects hava isolation cuts applied on top of loose objects
//std::vector<susy::Photon*> medium_susy12_photons; // tight objects hava isolation cuts applied on top of loose objects
std::vector<susy::Photon*> loose_susy12_photons; // tight objects hava isolation cuts applied on top of loose objects
//std::vector<susy::Photon*> tight_VG11_photons;
//std::vector<susy::Photon*>* p_photonVector;
//std::vector<susy::Photon*>* p_photonVector = &tight_susy11_photons;
//use as (*p_photonVector)
std::vector<susy::PFJet*> pfJets;
std::vector<susy::PFJet*> pfBJets;
std::vector<susy::PFJet*> pfBJetsLoose;
std::vector<susy::PFJet*> pfBJetsMedium;
std::vector<susy::PFJet*> pfBJetsTight;
std::vector<susy::Vertex*> good_vtx;
std::vector<susy::Muon*> ra3_muons;
std::vector<susy::Muon*> Muons;//DM's collection
std::vector<susy::PFJet*> ra3_pfjets;
std::vector<susy::Electron*> pfEles;
/////////////////////////////////////////////////////////////////
//////////////////////////// PHOTONS ////////////////////////////
/////////////////////////////////////////////////////////////////
if(printLevel > 0) std::cout << "Find loose and tight photons in the event." << std::endl;
std::map<TString, std::vector<susy::Photon> >::iterator phoMap = event->photons.find("photons");
if(phoMap != event->photons.end()) {
int j = 0;
for(std::vector<susy::Photon>::iterator it = phoMap->second.begin();
it != phoMap->second.end(); it++) {
/*bool looseCut = is_vloose_pho(
useMVAphoP?it-> MVAcorrMomentum.Et():it->momentum.Et(),//it->momentum.Et(),
it->caloPosition.Eta(),
it->trkSumPtHollowConeDR03,
it->ecalRecHitSumEtConeDR03,
it->hcalTowerSumEtConeDR03(),
it->hadronicOverEm,
it->sigmaIetaIeta,
it->sigmaIphiIphi,
it->r9,
it->nPixelSeeds,
event->rho25);
bool is_tightSusy_photons = is_tight_combIso_BFrancis(
useMVAphoP?it-> MVAcorrMomentum.Et():it->momentum.Et(),//it->momentum.Et(),
it->caloPosition.Eta(),
it->trkSumPtHollowConeDR03,
it->ecalRecHitSumEtConeDR03,
it->hcalTowerSumEtConeDR03(),
it->hadronicOverEm,
it->sigmaIetaIeta,
it->sigmaIphiIphi,
it->r9,
it->nPixelSeeds,
event->rho25);
bool is_tightStar_photons = is_tight_susyStar(
useMVAphoP?it-> MVAcorrMomentum.Et():it->momentum.Et(),//it->momentum.Et(),
it->caloPosition.Eta(),
it->trkSumPtHollowConeDR03,
it->ecalRecHitSumEtConeDR03,
it->hcalTowerSumEtConeDR03(),
it->hadronicOverEm,
it->sigmaIetaIeta,
it->sigmaIphiIphi,
it->r9,
it->nPixelSeeds,
event->rho25);
bool ismedium2012Cut = is_medium_2012(
useMVAphoP?it-> MVAcorrMomentum.Et():it->momentum.Et(),//it->momentum.Et(),
it->caloPosition.Eta(),
it->chargedHadronIso,
it->neutralHadronIso,
it->photonIso,
it->hadTowOverEm, //single tower, same cut though
it->sigmaIetaIeta,
it->sigmaIphiIphi,
it->passelectronveto, //replaces pixel seed veto
event->rho25);*/
bool isloose2012Cut = is_loose_2012(
useMVAphoP?it-> MVAcorrMomentum.Et():it->momentum.Et(),//it->momentum.Et(),
it->caloPosition.Eta(),
it->chargedHadronIso,
it->neutralHadronIso,
it->photonIso,
it->hadTowOverEm, //single tower, same cut though
it->sigmaIetaIeta,
it->sigmaIphiIphi,
it->passelectronveto, //replaces pixel seed veto
event->rho25);
//it's failing the ele veto 100% of the time.
//p.p(Form("I'm in the photon for loop and the bool is %i",isloose2012Cut));//ok, there are frequently two photons.
//printf("Et %f Eta %f ChadIso %f nHadIso %f phoIso %f\n",it->momentum.Et(),it->caloPosition.Eta(),it->chargedHadronIso,it->neutralHadronIso,it->photonIso);
//printf("he %f sieie %f sipip %f pass eleveto %i rho %f\n",it->hadTowOverEm,it->sigmaIetaIeta,it->sigmaIphiIphi,it->passelectronveto,event->rho25);
//if(is_tightSusy_photons) { tight_susy11_photons.push_back(&*it); }
//if(is_tightStar_photons){ tight_susy11Star_photons.push_back(&*it); }
//if(is_tightEg11_photons) { tightEg11_photons.push_back(&*it); }
//if(ismedium2012Cut){ medium_susy12_photons.push_back(&*it); }
//if(looseCut) { loose_photons.push_back(&*it); }
if(isloose2012Cut){ loose_susy12_photons.push_back(&*it); }
j++;
}// for all photon
} //end if pho map
else {
continue; //else there are no photons
}
std::sort(loose_susy12_photons.begin(),loose_susy12_photons.end(),EtGreaterpho<susy::Photon>);
remove_duplicate_photons(loose_susy12_photons);
if (((int)loose_susy12_photons.size())<2){ continue; }
Counters["pass two loose photons"]++;
if ((useMVAphoP?loose_susy12_photons[0]->MVAcorrMomentum.Et():loose_susy12_photons[0]->momentum.Et()) < phoEtThresh0 ||
(useMVAphoP?loose_susy12_photons[1]->MVAcorrMomentum.Et():loose_susy12_photons[1]->momentum.Et()) < phoEtThresh1){
continue;
}
Counters["pass 2 loose pho over thresh"]++;
std::sort(loose_susy12_photons.begin(),loose_susy12_photons.end(),EtGreaterpho<susy::Photon>);
remove_duplicate_photons(loose_susy12_photons);
TLorentzVector p0, p1;
p0 = useMVAphoP?loose_susy12_photons[0]->MVAcorrMomentum:loose_susy12_photons[0]->momentum;
p1 = useMVAphoP?loose_susy12_photons[1]->MVAcorrMomentum:loose_susy12_photons[1]->momentum;
/////////////////////////////////////////////////////////////////
//////////////////////// FIND THE PRIMARY VERTEX ////////////////
/////////////////////////////////////////////////////////////////
if(printLevel > 0) std::cout << "Find primary vertex in the event." << std::endl;
//TVector3* primVtx = 0;
//if(event->vertices.size() > 0) primVtx = &(event->vertices[0].position);
for(std::vector<susy::Vertex>::iterator it = event->vertices.begin(); it != event->vertices.end(); it++) {
if(ok_vtx(it)) good_vtx.push_back(&*it);
}
int nPVertex = good_vtx.size();
if(nPVertex<1){
if(printLevel > 1) cout<<"No Good Vertex!!!! Run: "<<event->runNumber<<" Event: "<<event->eventNumber<<endl;
continue;
}
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"pass Vertex"<<endl;
Counters["pass a primary vertex reqirement"]++;
/////////////////////////////////////////////////////////////////
//////////////////////// FIND MUONS ////////////////////////////
/////////////////////////////////////////////////////////////////
if(printLevel > 1) cout << "Find Muons in the event." << endl;
std::map<TString, std::vector<susy::Muon> >::iterator muMap = event->muons.find("muons");
if(muMap != event->muons.end()) {
for(std::vector<susy::Muon>::iterator it_Mu= muMap->second.begin(); it_Mu!= muMap->second.end(); it_Mu++) {
//////////////////////
/*if(printLevel > 1) cout << "Find Muons in the event." << endl;
for(std::vector<susy::Muon>::iterator it_Mu = event->muons.begin(); it_Mu != event->muons.end(); it_Mu++)
std::map<TString,UChar_t>::iterator idPair = it_Mu->idPairs.find("muidGlobalMuonPromptTight");
if(idPair == it_Mu->idPairs.end()) continue;
if(int(idPair->second) == 0) continue;
*/
if(printLevel > 1) cout<<"looping over muon collection"<<endl;
susy::Track& innerTrack = event->tracks[it_Mu->trackIndex];
if(ok_muon_DMoris(it_Mu,innerTrack) &&
isfarFromPhotons(it_Mu->momentum, loose_susy12_photons)
){
Muons.push_back(&*it_Mu);
//myLeptonST += (it_Mu)->momentum.Et();
}
}
}//end it_Mu muon loop
//sort Muons by Pt
std::sort(Muons.begin(), Muons.end(), EtGreater<susy::Muon>);
if(printLevel>1)cout<<"Muons size= "<<Muons.size()<<endl;
//Find Muons Yueh-Feng's way
/*
for(std::vector<susy::Muon>::iterator it = event->muons.begin();
it != event->muons.end(); it++) {
if(ok_muon(it)) ra3_muons.push_back(&*it);
}//muon
std::sort(ra3_muons.begin(),ra3_muons.end(),EtGreater<susy::Muon>);
*/
/////////////////////////////////////////////////////////////////
//////////////////////// FIND pfElectrons //////////////////////
/////////////////////////////////////////////////////////////////
std::map<TString, std::vector<susy::Electron> >::iterator eleMap = event->electrons.find("gsfElectrons");
if(eleMap != event->electrons.end()) {
//loop over electron collection
for(std::vector<susy::Electron>::iterator it_Ele = eleMap->second.begin(); it_Ele != eleMap->second.end(); it_Ele++) {
if(printLevel > 1) cout<<"looping over electron collection"<<endl;
//float relIso=(it_Ele->chargedHadronIso + it_Ele->neutralHadronIso + it_Ele->photonIso)/it_Ele->momentum.Pt();
if(ok_ele(it_Ele) &&
isfarFromPhotons(it_Ele->momentum, loose_susy12_photons)){
pfEles.push_back(&*it_Ele);
//myLeptonST += (it_Ele)->momentum.Et();
}
}//end it_Ele electron loop
std::sort(pfEles.begin(), pfEles.end(), EtGreater<susy::Electron>); //sort pfEles by Pt
if(printLevel>1)cout<<"pfEles size= "<<pfEles.size()<<endl;
}//end eleMap
//import
float HT_all = 0;
//float MHT_all = 0;
float MHT_x_all =0;
float MHT_y_all =0;
if(printLevel > 0) std::cout << "Find pfJets in the event." << std::endl;
std::map<TString,susy::PFJetCollection>::iterator pfJets_it = event->pfJets.find("ak5");
if(pfJets_it != event->pfJets.end()){
susy::PFJetCollection& jetColl = pfJets_it->second;
for(std::vector<susy::PFJet>::iterator it = jetColl.begin();it != jetColl.end(); it++) {
std::map<TString,Float_t>::iterator s_it = it->jecScaleFactors.find("L1FastL2L3");
if (s_it == it->jecScaleFactors.end()) {
std::cout << "JEC is not abailable for this jet!!!" << std::endl;
continue;
}
float scale = s_it->second;
TLorentzVector corrP4 = scale * it->momentum;
if(corrP4.Pt() < 30) continue;
if(std::fabs(corrP4.Eta()) > 2.6) continue; //AN_11_409
float uncorrE = it->momentum.E();
float NeutralHadronFraction = (it->neutralHadronEnergy)/uncorrE;
float NeutralEMFraction =(it->neutralEmEnergy)/uncorrE;
float ChargedHadronFraction = (it->chargedHadronEnergy)/uncorrE;
float ChargedEMFraction = (it->chargedEmEnergy)/uncorrE;
if(std::fabs(corrP4.Eta()) < 2.4){ //AN_11_409 selection
if((int(it->nConstituents) <= 1) ||
(NeutralHadronFraction > 0.99) ||
(NeutralEMFraction > 0.99) ||
(ChargedHadronFraction <= 0) ||
(ChargedEMFraction > 0.99) ||
(int(it->chargedHadronMultiplicity) <= 0)) continue;
}
else { //eta in 2.4-2.6. We the jet misses the tracker but hits HCAL, so ignore charged criteria.
if((int(it->nConstituents) <= 1) ||
(NeutralHadronFraction > 0.99) ||
(NeutralEMFraction > 0.99) ) continue;
}
if(event->eventNumber == ((unsigned int)probeevent)){
printf("PFjet Pt %.1f Eta %.2f Phi %.2f\n",corrP4.Pt(),corrP4.Eta(),corrP4.Phi());
}
//Make sure the jet is not a photon
bool same_pho_object = false; //exclude the two photons you use for analysis.
for(std::vector<susy::Photon*>::iterator p_it = loose_susy12_photons.begin(); p_it != loose_susy12_photons.end(); p_it++) {
TLorentzVector it_pho = useMVAphoP?(*p_it)->MVAcorrMomentum:(*p_it)->momentum;
if(event->eventNumber == ((unsigned int)probeevent)){
printf(" Photon Pt %.1f Eta %.2f Phi %.2f\n",it_pho.Pt(),it_pho.Eta(),it_pho.Phi());
//printf(" Photon Pt %.1f Eta %.2f Phi %.2f\n",(*p_it)->momentum.Pt(),(*p_it)->momentum.Eta(),(*p_it)->momentum.Phi());
//cout<<" object match: "<<isSameObject(corrP4,(*p_it)->momentum)<<endl;
cout<<" object match: "<<isSameObject(corrP4,it_pho)<<endl;
}
same_pho_object |= isSameObject(corrP4,it_pho);
}
//Make sure the jet is not an electron
bool same_emobject = false;
for(std::vector<susy::Electron*>::iterator m_it = pfEles.begin(); m_it != pfEles.end(); m_it++) {
if(event->eventNumber == ((unsigned int)probeevent)){
printf(" Ele Pt %.1f Eta %.2f Phi %.2f\n",(*m_it)->momentum.Pt(),(*m_it)->momentum.Eta(),(*m_it)->momentum.Phi());
cout<<" object match: "<<isSameObject(corrP4,(*m_it)->momentum)<<endl;
}
same_emobject |= isSameObject(corrP4,(*m_it)->momentum);
}
//Make sure the jet is not an muon
bool same_muon = false;
for(std::vector<susy::Muon*>::iterator m_it = Muons.begin(); m_it != Muons.end(); m_it++){
if(event->eventNumber == ((unsigned int)probeevent)){
printf(" Muon Pt %.1f Eta %.2f Phi %.2f\n",(*m_it)->momentum.Pt(),(*m_it)->momentum.Eta(),(*m_it)->momentum.Phi());
cout<<" object match: "<<isSameObject(corrP4,(*m_it)->momentum)<<endl;
}
same_muon |= isSameObject(corrP4,(*m_it)->momentum);
}
if(!same_emobject && !same_muon && !same_pho_object){
ra3_pfjets.push_back(&*it);
HT_all += corrP4.Pt();
MHT_x_all -= corrP4.Px();
MHT_y_all -= corrP4.Py();
}
}// pfjet
}//if
std::sort(ra3_pfjets.begin(),ra3_pfjets.end(),EtGreater<susy::PFJet>);
//MHT_all = std::sqrt(MHT_x_all*MHT_x_all + MHT_y_all*MHT_y_all);
/////////////////////////////////////////////////////////////////
//////////////////////// FIND B-JETS ///////////////////////////
/////////////////////////////////////////////////////////////////
for(std::vector<susy::PFJet*>::iterator it = ra3_pfjets.begin(); it != ra3_pfjets.end(); it++) {
if((*it)->bTagDiscriminators[5] > 0.898) pfBJetsTight.push_back(*it);//CSV medium working point
if((*it)->bTagDiscriminators[5] > 0.679) pfBJetsMedium.push_back(*it);//CSV medium working point
if((*it)->bTagDiscriminators[5] > 0.244) pfBJetsLoose.push_back(*it);//CSV loose working point
}
//////////////////////// GET MET ///////////////////////////
if(printLevel > 0) std::cout << "Select which met will be used in the event." << std::endl;
std::map<TString, susy::MET>::iterator met_it = event->metMap.find("pfMet");
if(met_it == event->metMap.end()) {
std::cout << "MET map is not availabel!!!" << std::endl;
continue;
}
Counters["has met map"]++;
susy::MET* pfmet = &(met_it->second);
bool spillguts = false;
if(event->eventNumber == ((unsigned int)probeevent)) spillguts = true;
//float corrmet = JEC_MET(pfmet,ra3_pfjets,spillguts);
float metX,metY;
float corrmet = JEC_MET(pfmet,ra3_pfjets,metX,metY,spillguts);
corrmet = PhoEC_MET(corrmet,loose_susy12_photons,metX,metY,spillguts);
//metPhi = TMath::ATan(MHT_y_all/MHT_x_all);
//myST = HT_all + myPhotonST + corrmet + myLeptonST;
//met = corrmet;
/*if(corrmet<30){
cout<<endl<<"WARNING!! MET < 30 met = "<<corrmet<<" uc pfMET="<<pfmet->met()<<endl;
cout<<"list "<<event->runNumber<<" "<<event->luminosityBlockNumber<<" "<<event->eventNumber<<endl;
}*/
//Get the denominators: look at all reco jets, categorize as MC b-jets and non-b's.
int ib = 0;//count how many MC true b-jets there are.
for(std::vector<susy::PFJet*>::iterator itj = ra3_pfjets.begin(); itj != ra3_pfjets.end(); itj++) {
bool isB = false;
for(std::vector<susy::Particle>::iterator it = event->genParticles.begin(); !isB && it != event->genParticles.end(); it++) {
isB |= abs(it->pdgId) == 5 && (*itj)->momentum.DeltaR(it->momentum)<0.5;
}
if(isB){
bjetEffDen->Fill((*itj)->momentum.Pt());
ib++;
}
else bMistagDen->Fill((*itj)->momentum.Pt());
}
nbjets_dist->Fill(ib);
int im = 0;
for(std::vector<susy::PFJet*>::iterator itb = pfBJetsTight.begin(); itb != pfBJetsTight.end(); itb++) {
bool isB = false;
for(std::vector<susy::Particle>::iterator it = event->genParticles.begin();!isB && it != event->genParticles.end(); it++) {
isB |= abs(it->pdgId) == 5 && (*itb)->momentum.DeltaR(it->momentum)<0.5;
}
if(isB) bjetEff_CSVTNum->Fill((*itb)->momentum.Pt());
else {
bMistag_CSVTNum->Fill((*itb)->momentum.Pt());
im++;
}
}
nMistagsT_dist->Fill(im);
im = 0;
for(std::vector<susy::PFJet*>::iterator itb = pfBJetsMedium.begin(); itb != pfBJetsMedium.end(); itb++) {
bool isB = false;
for(std::vector<susy::Particle>::iterator it = event->genParticles.begin();!isB && it != event->genParticles.end(); it++) {
isB |= abs(it->pdgId) == 5 && (*itb)->momentum.DeltaR(it->momentum)<0.5;
}
if(isB) bjetEff_CSVMNum->Fill((*itb)->momentum.Pt());
else{
bMistag_CSVMNum->Fill((*itb)->momentum.Pt());
im++;
}
}
nMistagsM_dist->Fill(im);
im = 0;
for(std::vector<susy::PFJet*>::iterator itb = pfBJetsLoose.begin(); itb != pfBJetsLoose.end(); itb++) {
bool isB = false;
for(std::vector<susy::Particle>::iterator it = event->genParticles.begin(); !isB && it != event->genParticles.end(); it++) {
isB |= abs(it->pdgId) == 5 && (*itb)->momentum.DeltaR(it->momentum)<0.5;
}
if(isB) bjetEff_CSVLNum->Fill((*itb)->momentum.Pt());
else{
bMistag_CSVLNum->Fill((*itb)->momentum.Pt());
im++;
}
}
nMistagsL_dist->Fill(im);
//END LOOKING AT MC TRUTH
//flatskimtree->Fill();
if(event->eventNumber == ((unsigned int)probeevent)) cout<<"probe: corrmet "<<corrmet<<" uncorrmet "<< pfmet->met() <<endl;
eventlist<<event->runNumber<<" "<<event->luminosityBlockNumber<<" "<<event->eventNumber<<endl;
if(event->eventNumber == ((unsigned int)probeevent)){//probe
TLorentzVector gg_trip = p0 + p1;// loose_susy12_photons[0]->momentum + loose_susy12_photons[1]->momentum;
float mgg_trip = gg_trip.M();
float pigg_trip = gg_trip.Pt()/mgg_trip;
cout<<endl<<"*** Probe Event ***"<<endl;
cout<<"run "<< event->runNumber <<" lumi "<< event->luminosityBlockNumber << " event "<< event->eventNumber <<endl;
//printf("phoPt[0] %.2f Eta %.2f Phi %.2f\n", loose_susy12_photons[0]->momentum.Pt(), loose_susy12_photons[0]->momentum.Eta(), loose_susy12_photons[0]->momentum.Phi() );
//printf("phoPt[1] %.2f Eta %.2f Phi %.2f\n", loose_susy12_photons[1]->momentum.Pt(), loose_susy12_photons[1]->momentum.Eta(), loose_susy12_photons[1]->momentum.Phi() );
printf("phoPt[0] %.2f Eta %.2f Phi %.2f\n", p0.Pt(), p0.Eta(), p0.Phi() );
printf("phoPt[1] %.2f Eta %.2f Phi %.2f\n", p1.Pt(), p1.Eta(), p1.Phi() );
printf("met %f phi %.2f\n",corrmet,pigg_trip);
}//end probe
} // for every jentry
///AT THIS POINT WE DECLARE THE EVENT PHYSICS-GOOD
for (int i=0; i<int(Counter_order.size()); i++) {
cout << Counters[Counter_order[i]] << " " << Counter_order[i] << endl;
}
bjetEffDen->Sumw2();
bjetEff_CSVLNum->Sumw2();
bjetEff_CSVMNum->Sumw2();
bjetEff_CSVTNum->Sumw2();
bjetEff_CSVL->Divide(bjetEff_CSVLNum,bjetEffDen);
bjetEff_CSVM->Divide(bjetEff_CSVMNum,bjetEffDen);
bjetEff_CSVT->Divide(bjetEff_CSVTNum,bjetEffDen);
bjetEff_CSVL->Sumw2();
bjetEff_CSVM->Sumw2();
bjetEff_CSVT->Sumw2();
bMistagDen->Sumw2();
bMistag_CSVLNum->Sumw2();
bMistag_CSVMNum->Sumw2();
bMistag_CSVTNum->Sumw2();
bMistag_CSVL->Divide(bMistag_CSVLNum,bMistagDen);
bMistag_CSVM->Divide(bMistag_CSVMNum,bMistagDen);
bMistag_CSVT->Divide(bMistag_CSVTNum,bMistagDen);
bMistag_CSVL->Sumw2();
bMistag_CSVM->Sumw2();
bMistag_CSVT->Sumw2();
b_tag_eff_file->cd();
bjetEff_CSVL->Write();
bjetEff_CSVM->Write();
bjetEff_CSVT->Write();
nbjets_dist->Write();
bMistag_CSVL->Write();
bMistag_CSVM->Write();
bMistag_CSVT->Write();
nMistagsL_dist->Write();
nMistagsM_dist->Write();
nMistagsT_dist->Write();
b_tag_eff_file->Close();
eventlist.close();
// close the output file
//flatskim.cd();
//flatskimtree->Write();
//flatskim.Close();
//eventlist2.close();
// fout->cd();
// fout->Write();
// fout->Close();
//
// if(enableFilter) {
// filterTree->GetCurrentFile()->cd();
// filterTree->GetCurrentFile()->Write();
// filterTree->GetCurrentFile()->Close();
// }//end if filter enabled
}//end Loop
bool SusyAna_MC_BTagEff::ok_muon(std::vector<susy::Muon>::iterator it){ //Yu Feng
// std::map<TString,UChar_t>::iterator idPair = it->idPairs.find("muidGlobalMuonPromptTight");
if (//(idPair == it->idPairs.end()) ||
//(int(idPair->second) == 0) || that belongs in the loop
(std::fabs(it->momentum.Eta()) > 2.1) || //dm: >2.6
(it->momentum.Pt() < 20) || //dm: 15
(it->nValidTrackerHits < 11) ||
(it->combinedTrackIndex < 0) ||
((it->ecalIsoR03 + it->hcalIsoR03 + it->trackIsoR03)/(it->momentum.Pt()) > 0.1) || //relIso > 0.1
(it->emEnergy > 4.0) ||
(it->hadEnergy > 6.0)) return false;
susy::Track& combinedTrack = event->tracks[it->combinedTrackIndex];
float normChi2 = combinedTrack.chi2 / combinedTrack.ndof;
float d0 = std::abs(d0correction(event->beamSpot,combinedTrack));
if(normChi2 >= 10.f || d0 >= 0.2 ) return false;
else return true;
}
bool SusyAna_MC_BTagEff::ok_muon_AN_11_409(std::vector<susy::Muon>::iterator it,susy::Track& combinedTrack, float pVtx_Z){ //probably inner track instead
//get combinedTrack using susy::Track& combinedTrack = event->tracks[it->combinedTrackIndex];
//I don't see where
if(!it->isGlobalMuon()) return false;
if(!it->isPFMuon()) return false;
// std::map<TString,UChar_t>::iterator idPair = it->idPairs.find("muidGlobalMuonPromptTight");
if (
//(idPair == it->idPairs.end()) ||
//(int(idPair->second) == 0) ||
(std::fabs(it->momentum.Eta()) > 2.4) || //dm: >2.6
(it->momentum.Pt() < 10) ||
(it->nValidTrackerHits < 11) ||
(it->combinedTrackIndex < 0) ||
((it->ecalIsoR03 + it->hcalIsoR03 + it->trackIsoR03)/(it->momentum.Pt()) >= 0.15) || //relIso > 0.15
//(it->emEnergy > 4.0) ||
// (it->hadEnergy > 6.0)
fabs(combinedTrack.vertex.Z() - pVtx_Z) >= 1.0 //1 cm //Brain Francis and Dave Moris don't use this.
) return false;
//float normChi2 = combinedTrack.chi2 / combinedTrack.ndof;
float d0 = std::abs(d0correction(event->beamSpot,combinedTrack));
// if(normChi2 >= 10.f || d0 >= 0.2 ) return false;
if(d0 >= 0.2 ) return false; //assuming that sais d0 < 0.02cm.
else return true;
}
//use this one!
bool SusyAna_MC_BTagEff::ok_muon_DMoris(std::vector<susy::Muon>::iterator it_Mu,susy::Track& innerTrack){
if(!it_Mu->isGlobalMuon()) return false; //Brian Francis agrees
if(!it_Mu->isPFMuon()) return false; //Brian Francis agrees
float pt = it_Mu->momentum.Pt();
// float combIso=(it_Mu->ecalIsoR03 + it_Mu->hcalIsoR03 + it_Mu->trackIsoR03);
float combIsoPF=( it_Mu->sumChargedHadronPt04 + std::max(0.,it_Mu->sumNeutralHadronEt04+it_Mu->sumPhotonEt04-0.5*it_Mu->sumPUPt04) );
// float relIso = combIso/pt;
float relIsoPF = combIsoPF/pt;
float eta = fabs(it_Mu->momentum.Eta());
float numberOfValidPixelHits = innerTrack.numberOfValidPixelHits;
float d0 = innerTrack.d0();
float dZ = innerTrack.dz();
float numberOfValidTrackerHits = it_Mu->nValidTrackerHits;
float numberOfValidMuonHits = it_Mu->nValidMuonHits;
float chi2OverNdof = innerTrack.normChi2();
if(pt < 15) return false; //Brian Francis agrees
if(eta > 2.6) return false; // the TDR says the muon system ends at |eta| < 2.4
if(chi2OverNdof > 10)return false;
if(numberOfValidMuonHits<=0)return false; //Brian Francis agrees
if(std::fabs(d0) > 0.2) return false; //Brian Francis agrees
if(std::fabs(dZ) > 0.5) return false; //Brian Francis agrees
if(numberOfValidPixelHits<=0)return false; //Brian Francis agrees
if(numberOfValidTrackerHits<11)return false;
if(relIsoPF > 0.2) return false; //Brian Francis agrees
//Also consider
//if((int)mu_it->trackIndex >= (int)event->tracks.size()) return false;
return true;
//DMoris: don't have trackerlayerswithmeasurement or numberofmatchedstations
//id from https://twiki.cern.ch/twiki/bin/view/CMSPublic/SWGuideMuonId
}
//use this one!
bool SusyAna_MC_BTagEff::ok_ele(std::vector<susy::Electron>::iterator it_Ele){ //Dave Moris
if(!it_Ele->isPF() and !it_Ele->passingMvaPreselection()) return false;
float Iso=it_Ele->chargedHadronIso + it_Ele->neutralHadronIso + it_Ele->photonIso;
float pt=it_Ele->momentum.Pt();
if(it_Ele->momentum.Eta()>2.6) return false;
if(pt<15) return false;
if(Iso/pt>0.2) return false;
return true;
}
bool SusyAna_MC_BTagEff::ok_ele_AN_11_409(std::vector<susy::Electron>::iterator it_Ele, susy::Track& innerTrack, float pVtx_Z){
//if(!it_Ele->isPF() and !it_Ele->passingMvaPreselection()) return false;
float pt=it_Ele->momentum.Pt();
if(pt<10) return false;
// float Iso= it_Ele->ecalIsoR03 + it_Ele->hcalIsoR03 + it_Ele->trackIsoR03;
float Iso= it_Ele->dr03TkSumPt+ it_Ele->dr03EcalRecHitSumEt+ it_Ele->dr03HcalDepth1TowerSumEt+ it_Ele->dr03HcalDepth2TowerSumEt;
float eleSCEta = it_Ele->momentum.Eta(); // this is probably wrong
if(eleSCEta>2.5 || (eleSCEta > 1.4442 && eleSCEta < 1.566)) return false;
if(Iso/pt>=0.2) return false; //RelIso