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#include <iostream>
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#include <fstream>
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#include <sstream>
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#include <cmath>
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#include <algorithm>
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#include "UserCode/HbbAnalysis/interface/HistosElecsBase.hh"
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namespace HbbAnalysis {//namespace
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void HistosElecsBase::Initialise(TFileDirectory & aDir, std::string aName, bool aDoGenMatched){
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doGenMatched_ = aDoGenMatched;
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CreateHistos(aName,aDir);
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p_recoOverGen = aDir.make<TH1F>("p_recoOverGen",";p_{T}^{reco}/p_{T}^{gen};N_{entries}",300,0,3);
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for (unsigned int bin(0); bin<20; bin++){//loop on eta bins
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std::ostringstream retatitle;
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retatitle << "p_recoOverGen_vsEta_" << bin ;
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p_recoOverGen_vsEta[bin] = aDir.make<TH1F>(retatitle.str().c_str(),";p_{T}^{reco}/p_{T}^{gen};N_{entries}",300,0,3);
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}//loop on eta bins
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for (unsigned int bin(0); bin<10; bin++){//loop on pt bins
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std::ostringstream rpttitle;
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rpttitle << "p_recoOverGen_vsPt_" << bin;
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p_recoOverGen_vsPt[bin] = aDir.make<TH1F>(rpttitle.str().c_str(),";p_{T}^{reco}/p_{T}^{gen};N_{entries}",300,0,3);
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}//loop on pt bins
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p_nElectrons = aDir.make<TH1F>("p_nElectrons",";N_{electrons};N_{entries}",10,0,10);
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p_electronID = aDir.make<TH1F>("p_electronID",";electronID;N_{entries}",8,0,8);
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p_scSigmaEtaEta = aDir.make<TH1F>("p_scSigmaEtaEta",";#sigma_{#eta,#eta};N_{entries}",500,0,0.1);
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p_scSigmaIEtaIEta = aDir.make<TH1F>("p_scSigmaIEtaIEta",";#sigma_{i#eta,i#eta};N_{entries}",500,0,0.1);
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p_scE1x5 = aDir.make<TH1F>("p_scE1x5",";E_{sc}^{1#times 5} (GeV);N_{entries}",500,0,500);
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p_scE2x5Max = aDir.make<TH1F>("p_scE2x5Max",";E_{sc}^{2#times 5} (GeV);N_{entries}",500,0,500);
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p_scE5x5 = aDir.make<TH1F>("p_scE5x5",";E_{sc}^{5#times 5} (GeV);N_{entries}",500,0,500);
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p_scE1x5OverscE5x5 = aDir.make<TH1F>("p_scE1x5OverscE5x5",";E_{sc}^{1#times 5}/E_{sc}^{5#times 5};N_{entries}",500,0,2);
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p_scE2x5MaxOverscE5x5 = aDir.make<TH1F>("p_scE2x5MaxOverscE5x5",";E_{sc}^{2#times 5}/E_{sc}^{5#times 5};N_{entries}",500,0,2);
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p_eSuperClusterOverP = aDir.make<TH1F>("p_eSuperClusterOverP",";E_{sc}/p_{track};N_{entries}",100,0.5,2);
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p_HoverE = aDir.make<TH1F>("p_HoverE",";E_{had}/E_{em};N_{entries}",150,0,0.15);
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p_deltaPhiIn = aDir.make<TH1F>("p_deltaPhiIn",";#Delta#phi_{in};N_{entries}",150,0,0.15);
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p_deltaEtaIn = aDir.make<TH1F>("p_deltaEtaIn",";#Delta#eta_{in};N_{entries}",150,0,0.03);
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p_caloIso = aDir.make<TH1F>("p_caloIso",";caloIso;N_{entries}",400,0,20);
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p_hcalIso = aDir.make<TH1F>("p_hcalIso",";hcalIso;N_{entries}",400,0,20);
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p_trackIso = aDir.make<TH1F>("p_trackIso",";trackIso (GeV);N_{entries}",400,0,20);
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p_trackIsoOverEt = aDir.make<TH1F>("p_trackIsoOverEt",";trackIso/E_{T};N_{entries}",400,0,1);
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p_ecalIso = aDir.make<TH1F>("p_ecalIso",";ecalIso (GeV);N_{entries}",400,0,20);
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p_ecalIsoOverEt = aDir.make<TH1F>("p_ecalIsoOverEt",";ecalIso/E_{T};N_{entries}",400,0,1);
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p_combIso = aDir.make<TH1F>("p_combIso",";combIso (GeV);N_{entries}",400,0,40);
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p_combIsoOverEt = aDir.make<TH1F>("p_combIsoOverEt",";combIso/E_{T};N_{entries}",400,0,1);
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p_gsfTrk_pT = aDir.make<TH1F>("p_gsfTrk_pT",";p_{T}^{trk} (GeV);N_{entries}",200,0,200);
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p_gsfTrk_IPxy = aDir.make<TH1F>("p_gsfTrk_IPxy",";IP_{xy}^{trk};N_{entries}",100,-0.1,0.1);
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p_gsfTrk_IPz = aDir.make<TH1F>("p_gsfTrk_IPz",";IP_{z}^{trk};N_{entries}",100,-1,1);
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//efficiency curves vs cut value
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peff_eIso[0] = aDir.make<TH1F>("peff_eIso_trkIso",";trkIso (GeV);N_{sel}/N_{tot}",50,0,5);
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peff_eIso[1] = aDir.make<TH1F>("peff_eIso_trkIsoOverEt",";trkIso/E_{T};N_{sel}/N_{tot}",50,0,1);
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peff_eIso[2] = aDir.make<TH1F>("peff_eIso_ecalIso",";ecalIso (GeV);N_{sel}/N_{tot}",50,0,5);
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peff_eIso[3] = aDir.make<TH1F>("peff_eIso_ecalIsoOverEt",";ecalIso/E_{T};N_{sel}/N_{tot}",50,0,1);
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peff_eIso[4] = aDir.make<TH1F>("peff_eIso_combIso",";combIso (GeV);N_{sel}/N_{tot}",50,0,10);
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peff_eIso[5] = aDir.make<TH1F>("peff_eIso_combIsoOverEt",";combIso/E_{T};N_{sel}/N_{tot}",50,0,1);
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//efficiency curves vs pT muon
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peff_eEt[0] = aDir.make<TH1F>("peff_eEt_trkIso",";E_{T} (GeV);N_{sel}/N_{tot}",18,10,100);
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const unsigned int lNBinsPt = peff_eEt[0]->GetNbinsX();
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const double lMinPt = peff_eEt[0]->GetXaxis()->GetXmin();
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const double lMaxPt = peff_eEt[0]->GetXaxis()->GetXmax();
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peff_eEt[1] = aDir.make<TH1F>("peff_eEt_trkIsoOverEt",";E_{T} (GeV);N_{sel}/N_{tot}",lNBinsPt,lMinPt,lMaxPt);
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peff_eEt[2] = aDir.make<TH1F>("peff_eEt_ecalIso",";E_{T} (GeV);N_{sel}/N_{tot}",lNBinsPt,lMinPt,lMaxPt);
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peff_eEt[3] = aDir.make<TH1F>("peff_eEt_ecalIsoOverEt",";E_{T} (GeV);N_{sel}/N_{tot}",lNBinsPt,lMinPt,lMaxPt);
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peff_eEt[4] = aDir.make<TH1F>("peff_eEt_combIso",";E_{T} (GeV);N_{sel}/N_{tot}",lNBinsPt,lMinPt,lMaxPt);
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peff_eEt[5] = aDir.make<TH1F>("peff_eEt_combIsoOverEt",";E_{T} (GeV);N_{sel}/N_{tot}",lNBinsPt,lMinPt,lMaxPt);
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//efficiency curves vs eta muon
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peff_eEta[0] = aDir.make<TH1F>("peff_eEta_trkIso",";#eta;N_{sel}/N_{tot}",42,-2.1,2.1);
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const unsigned int lNBinsEta = peff_eEta[0]->GetNbinsX();
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const double lMinEta = peff_eEta[0]->GetXaxis()->GetXmin();
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const double lMaxEta = peff_eEta[0]->GetXaxis()->GetXmax();
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peff_eEta[1] = aDir.make<TH1F>("peff_eEta_trkIsoOverEt",";#eta;N_{sel}/N_{tot}",lNBinsEta,lMinEta,lMaxEta);
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peff_eEta[2] = aDir.make<TH1F>("peff_eEta_ecalIso",";#eta;N_{sel}/N_{tot}",lNBinsEta,lMinEta,lMaxEta);
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peff_eEta[3] = aDir.make<TH1F>("peff_eEta_ecalIsoOverEt",";#eta;N_{sel}/N_{tot}",lNBinsEta,lMinEta,lMaxEta);
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peff_eEta[4] = aDir.make<TH1F>("peff_eEta_combIso",";#eta;N_{sel}/N_{tot}",lNBinsEta,lMinEta,lMaxEta);
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peff_eEta[5] = aDir.make<TH1F>("peff_eEta_combIsoOverEt",";#eta;N_{sel}/N_{tot}",lNBinsEta,lMinEta,lMaxEta);
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//efficiency calculation tool
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for (unsigned int i(0); i<6; i++){
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const unsigned int lNBins = peff_eIso[i]->GetNbinsX();
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const double lMin = peff_eIso[i]->GetXaxis()->GetXmin();
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const double lMax = peff_eIso[i]->GetXaxis()->GetXmax();
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isoEff_[i].initialise(lNBins,lMin,lMax);
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isoEffEt_[i].initialise(lNBinsPt,lMinPt,lMaxPt);
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isoEffEta_[i].initialise(lNBinsEta,lMinEta,lMaxEta);
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}
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}
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void HistosElecsBase::FillEventHistograms(const std::vector<HbbAnalysis::Electron> & aCol){
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if (aCol.size() > 0) {
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if (doGenMatched_) {
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unsigned int nMatched = 0;
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for (std::vector<HbbAnalysis::Electron>::const_iterator iElec = aCol.begin();
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iElec != aCol.end();
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iElec++)
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{
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if (MatchesGenElectron(*iElec)) nMatched++;
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}
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p_nElectrons->Fill(nMatched);
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}
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else p_nElectrons->Fill(aCol.size());
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}
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}
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void HistosElecsBase::FillHistograms(const HbbAnalysis::Electron & aElec, bool isLead){//FillHistograms
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bool lIsGenMatched = !doGenMatched_ || (doGenMatched_ && MatchesGenElectron(aElec));
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if (lIsGenMatched) {//genMatched
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if (isLead) {//isLead
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FillBaseHistograms(aElec.recoVars().pT,aElec.recoVars().eta,aElec.recoVars().phi,aElec.recoVars().charge);
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// if ( aElec.gsfTrack().isAvailable() && !aElec.gsfTrack().isNull() ) {
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// p_gsfTrk_pT->Fill(aElec.gsfTrack()->pt());
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// if ( aRecoVertices->size() >= 1 ) {
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// const reco::Vertex & thePrimaryEventVertex = (*aRecoVertices->begin());
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// p_gsfTrk_IPxy->Fill(aElec.gsfTrack()->dxy(thePrimaryEventVertex.position()));
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// p_gsfTrk_IPz->Fill(aElec.gsfTrack()->dz(thePrimaryEventVertex.position()));
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// }
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// }
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if (aElec.genVars().valid && fabs(aElec.genVars().eta)<2.1 && aElec.genVars().pT>10) {
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int binEta = static_cast<int>((aElec.genVars().eta+2.1)/0.21);
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int binpt;
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if (aElec.genVars().pT < 100) binpt = static_cast<int>((aElec.genVars().pT-10)/11.25);
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else if (aElec.genVars().pT < 120) binpt = 8;
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else binpt = 9;
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p_recoOverGen_vsEta[binEta]->Fill(aElec.recoVars().pT/aElec.genVars().pT);
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p_recoOverGen_vsPt[binpt]->Fill(aElec.recoVars().pT/aElec.genVars().pT);
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p_recoOverGen->Fill(aElec.recoVars().pT/aElec.genVars().pT);
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}
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std::vector<std::pair<std::string,float> > lIds = aElec.idVars().electronIDs;
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if (lIds.size() > 5) std::cout << "--- WARNING: histo will be out-of-range, number of electron IDs = " << lIds.size() << std::endl;
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for (unsigned int iId(0); iId<lIds.size(); iId++){
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//const std::string & lName = lIds.at(iId).first;
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//std::cout << "--- ElectronID : Bin " << iId << ", id name = " << lName << std::endl;
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p_electronID->Fill(2*iId+lIds.at(iId).second);
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}
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p_scSigmaEtaEta->Fill(aElec.scVars().sigmaEtaEta);
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p_scSigmaIEtaIEta->Fill(aElec.scVars().sigmaIEtaIEta);
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p_scE1x5->Fill(aElec.scVars().e1x5);
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p_scE2x5Max->Fill(aElec.scVars().e2x5Max);
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p_scE5x5->Fill(aElec.scVars().e5x5);
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p_eSuperClusterOverP->Fill(aElec.scVars().eOverP);
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p_HoverE->Fill(aElec.idVars().hOverE);
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p_deltaPhiIn->Fill(aElec.idVars().deltaPhiIn);
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p_deltaEtaIn->Fill(aElec.idVars().deltaEtaIn);
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if (aElec.scVars().e5x5 > 0) {
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p_scE1x5OverscE5x5->Fill(aElec.scVars().e1x5/aElec.scVars().e5x5);
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p_scE2x5MaxOverscE5x5->Fill(aElec.scVars().e2x5Max/aElec.scVars().e5x5);
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}
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p_caloIso->Fill(aElec.isoVars().calo);
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p_hcalIso->Fill(aElec.isoVars().hcal);
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double lIsoVar[6] = {
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aElec.isoVars().track,
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aElec.isoVars().track/aElec.recoVars().pT,
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aElec.isoVars().ecal,
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aElec.isoVars().ecal/aElec.recoVars().pT,
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aElec.isoVars().track+aElec.isoVars().ecal+aElec.isoVars().hcal,
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(aElec.isoVars().track+aElec.isoVars().ecal+aElec.isoVars().hcal)/aElec.recoVars().pT
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};
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p_trackIso->Fill(lIsoVar[0]);
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p_trackIsoOverEt->Fill(lIsoVar[1]);
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p_ecalIso->Fill(lIsoVar[2]);
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p_ecalIsoOverEt->Fill(lIsoVar[3]);
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p_combIso->Fill(lIsoVar[4]);
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p_combIsoOverEt->Fill(lIsoVar[5]);
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double lIsoCut[6] = {2.4,0.05,2.4,0.09,3.,0.1};
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for (unsigned int i(0); i<6; i++){//loop on iso variables
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for (unsigned int lBin(0); lBin<isoEff_[i].numberOfBins(); lBin++){
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double lCut = isoEff_[i].xMin()+isoEff_[i].stepSize()*lBin;
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isoEff_[i].incrementTotal(lBin);
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if (lIsoVar[i] <= lCut){
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isoEff_[i].incrementPass(lBin);
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}
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}
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//eff vs pT
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for (unsigned int lBin(0); lBin<isoEffEt_[i].numberOfBins(); lBin++){
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double lCutMin = isoEffEt_[i].xMin()+isoEffEt_[i].stepSize()*lBin;
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double lCutMax = isoEffEt_[i].xMin()+isoEffEt_[i].stepSize()*(lBin+1);
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if (aElec.recoVars().pT >= lCutMin && aElec.recoVars().pT < lCutMax){
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isoEffEt_[i].incrementTotal(lBin);
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if (lIsoVar[i] <= lIsoCut[i]){
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isoEffEt_[i].incrementPass(lBin);
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}
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}
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}
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//eff vs eta
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for (unsigned int lBin(0); lBin<isoEffEta_[i].numberOfBins(); lBin++){
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double lCutMin = isoEffEta_[i].xMin()+isoEffEta_[i].stepSize()*lBin;
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double lCutMax = isoEffEta_[i].xMin()+isoEffEta_[i].stepSize()*(lBin+1);
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if (aElec.recoVars().eta >= lCutMin && aElec.recoVars().eta < lCutMax){
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isoEffEta_[i].incrementTotal(lBin);
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if (lIsoVar[i] <= lIsoCut[i]){
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isoEffEta_[i].incrementPass(lBin);
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}
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}
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}
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}//loop on iso variables
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}//isLead
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}//genMatched
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}//FillHistograms
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void HistosElecsBase::FillEffHistograms(){//FillEffHistograms
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for (unsigned int i(0); i<6; i++){//loop on iso variables
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for (unsigned int lBin(0); lBin<isoEff_[i].numberOfBins(); lBin++){
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peff_eIso[i]->SetBinContent(lBin+1,isoEff_[i].getRatio(lBin));
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peff_eIso[i]->SetBinError(lBin+1,isoEff_[i].getRatioError(lBin));
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}
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//eff vs pT
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for (unsigned int lBin(0); lBin<isoEffEt_[i].numberOfBins(); lBin++){
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peff_eEt[i]->SetBinContent(lBin+1,isoEffEt_[i].getRatio(lBin));
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peff_eEt[i]->SetBinError(lBin+1,isoEffEt_[i].getRatioError(lBin));
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}
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//eff vs eta
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for (unsigned int lBin(0); lBin<isoEffEta_[i].numberOfBins(); lBin++){
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peff_eEta[i]->SetBinContent(lBin+1,isoEffEta_[i].getRatio(lBin));
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peff_eEta[i]->SetBinError(lBin+1,isoEffEta_[i].getRatioError(lBin));
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}
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}//loop on iso variables
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}//FillEffHistograms
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bool HistosElecsBase::MatchesGenElectron(const HbbAnalysis::Electron& aElec)
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{
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return (aElec.genVars().valid && abs(aElec.genVars().pdgId) == 11);
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}
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}//namespace
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