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amagnan |
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#include <iostream>
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#include <fstream>
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amagnan |
1.6 |
#include "Math/VectorUtil.h"
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amagnan |
1.2 |
#include "FWCore/MessageLogger/interface/MessageLogger.h"
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amagnan |
1.1 |
#include "DataFormats/TauReco/interface/PFTau.h"
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amagnan |
1.2 |
#include "DataFormats/TauReco/interface/CaloTau.h"
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amagnan |
1.1 |
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#include "UserCode/HbbAnalysis/interface/HistosTaus.hh"
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namespace HbbAnalysis {//namespace
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amagnan |
1.4 |
void HistosTaus::FillEventHistograms(const edm::Handle<std::vector<pat::Tau> > & aCol){
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amagnan |
1.2 |
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if (doGenMatched_) {
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unsigned int nMatched = 0;
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for (std::vector<pat::Tau>::const_iterator iTau = aCol->begin();
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iTau != aCol->end();
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iTau++)
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{
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if (MatchesGenTau(*iTau)) nMatched++;
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}
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p_nTaus->Fill(nMatched);
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}
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else p_nTaus->Fill(aCol->size());
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}
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amagnan |
1.4 |
void HistosTaus::FillHistograms(const pat::Tau & aTau, const edm::Handle<std::vector<reco::Vertex> > & aRecoVertices, bool isLead){//FillHistograms
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amagnan |
1.1 |
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amagnan |
1.2 |
bool lIsGenMatched = !doGenMatched_ || (doGenMatched_ && MatchesGenTau(aTau));
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if (lIsGenMatched) {//genMatched
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if (isLead) {
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if ( aTau.leadTrack().isAvailable() && aTau.leadTrack().isNonnull() ) {
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p_leadTrk_pT->Fill(aTau.leadTrack()->pt());
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p_leadTrk_eta->Fill(aTau.leadTrack()->eta());
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p_leadTrk_phi->Fill(aTau.leadTrack()->phi());
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amagnan |
1.1 |
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amagnan |
1.2 |
p_leadTrk_matchDist->Fill(reco::deltaR(aTau.leadTrack()->momentum(), aTau.p4()));
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if ( aRecoVertices->size() >= 1 ) {
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const reco::Vertex& thePrimaryEventVertex = (*aRecoVertices->begin());
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p_leadTrk_IPxy->Fill(aTau.leadTrack()->dxy(thePrimaryEventVertex.position()));
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p_leadTrk_IPz->Fill(aTau.leadTrack()->dz(thePrimaryEventVertex.position()));
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}
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}
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p_nIsolationTracks->Fill(aTau.isolationTracks().size());
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p_nSignalTracks->Fill(aTau.signalTracks().size());
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if (aTau.genJet()) {
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p_genJet_pT->Fill(aTau.genJet()->pt());
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p_genJet_eta->Fill(aTau.genJet()->eta());
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p_genJet_phi->Fill(aTau.genJet()->phi());
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amagnan |
1.6 |
p_deltaRGenJet->Fill(ROOT::Math::VectorUtil::DeltaR(aTau.p4(),aTau.genJet()->p4()));
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amagnan |
1.2 |
}
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const std::vector<std::pair<std::string,float> > & lIDs = aTau.tauIDs();
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bool lPrint = false;
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//a few warning if additional discriminants are found:
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if ((aTau.isPFTau() && lIDs.size() != 7) ||
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(aTau.isCaloTau() && lIDs.size() != 3))
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lPrint = true;
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if (lPrint) {
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std::cout << "!!!!!!! Discriminants changed, please update histograms !!!!!!!" << std::endl;
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std::cout << "--- isCaloTau = " << aTau.isCaloTau() << ", isPFTau = " << aTau.isPFTau() << std::endl;
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std::cout << "------ ID names = " << std::endl;
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}
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for (unsigned int id(0); id<lIDs.size(); id++){
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std::string lName = lIDs.at(id).first;
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float lDiscri = lIDs.at(id).second;
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if (lPrint) std::cout << "--------- " << lName << " = " << lDiscri << std::endl;
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//pf
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if (aTau.isPFTau()) {
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if (lName.find("leadingTrackFinding") != lName.npos) p_pfTauID_ByLeadingTrackFinding->Fill(lDiscri);
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if (lName.find("leadingTrackPtCut") != lName.npos) p_pfTauID_ByLeadingTrackPtCut->Fill(lDiscri);
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if (lName.find("trackIsolation") != lName.npos) p_pfTauID_ByTrackIsolation->Fill(lDiscri);
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if (lName.find("ecalIsolation") != lName.npos) p_pfTauID_ByECALIsolation->Fill(lDiscri);
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if (lName.find("byIsolation") != lName.npos) p_pfTauID_ByIsolation->Fill(lDiscri);
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if (lName.find("againstElectron") != lName.npos) p_pfTauID_AgainstElectron->Fill(lDiscri);
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if (lName.find("againstMuon") != lName.npos) p_pfTauID_AgainstMuon->Fill(lDiscri);
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}
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if (aTau.isCaloTau()){
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if (lName.find("byIsolation") != lName.npos) p_caloTauID_ByIsolation->Fill(lDiscri);
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if (lName.find("leadingTrackFinding") != lName.npos) p_caloTauID_ByLeadingTrackFinding->Fill(lDiscri);
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if (lName.find("leadingTrackPtCut") != lName.npos) p_caloTauID_ByLeadingTrackPtCut->Fill(lDiscri);
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}
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}
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if (aTau.isCaloTau()) {//caloTaus
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p_tauType->Fill(0);
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//for calo taus
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p_leadTracksignedSipt->Fill(aTau.leadTracksignedSipt());
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p_leadTrackHCAL3x3hitsEtSum->Fill(aTau.leadTrackHCAL3x3hitsEtSum());
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p_leadTrackHCAL3x3hottesthitDEta->Fill(aTau.leadTrackHCAL3x3hottesthitDEta());
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p_signalTracksInvariantMass->Fill(aTau.signalTracksInvariantMass());
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p_TracksInvariantMass->Fill(aTau.TracksInvariantMass());
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p_isolationTracksPtSum->Fill(aTau.isolationTracksPtSum());
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p_isolationECALhitsEtSum->Fill(aTau.isolationECALhitsEtSum());
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p_maximumHCALhitEt->Fill(aTau.maximumHCALhitEt());
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}//caloTaus
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//for PF taus
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if (aTau.isPFTau()) {//pfTaus
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p_tauType->Fill(1);
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if ( aTau.leadPFChargedHadrCand().isAvailable() && aTau.leadPFChargedHadrCand().isNonnull() ) {
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p_leadPFChargedHadrCand_pT->Fill(aTau.leadPFChargedHadrCand()->pt());
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p_leadPFChargedHadrCand_eta->Fill(aTau.leadPFChargedHadrCand()->eta());
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p_leadPFChargedHadrCand_phi->Fill(aTau.leadPFChargedHadrCand()->phi());
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}
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p_leadPFChargedHadrCandsignedSipt->Fill(aTau.leadPFChargedHadrCandsignedSipt());
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p_nSignalPFCands->Fill(aTau.signalPFCands().size());
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p_nSignalPFChargedHadrCands->Fill(aTau.signalPFChargedHadrCands().size());
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p_nSignalPFNeutrHadrCands->Fill(aTau.signalPFNeutrHadrCands().size());
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p_nSignalPFGammaCands->Fill(aTau.signalPFGammaCands().size());
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p_nIsolationPFCands->Fill(aTau.isolationPFCands().size());
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p_nIsolationPFChargedHadrCands->Fill(aTau.isolationPFChargedHadrCands().size());
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p_nIsolationPFNeutrHadrCands->Fill(aTau.isolationPFNeutrHadrCands().size());
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p_nIsolationPFGammaCands->Fill(aTau.isolationPFGammaCands().size());
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p_isolationPFChargedHadrCandsPtSum->Fill(aTau.isolationPFChargedHadrCandsPtSum());
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p_isolationPFGammaCandsEtSum->Fill(aTau.isolationPFGammaCandsEtSum());
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p_maximumHCALPFClusterEt->Fill(aTau.maximumHCALPFClusterEt());
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p_emFraction->Fill(aTau.emFraction());
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p_hcalTotOverPLead->Fill(aTau.hcalTotOverPLead());
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p_hcalMaxOverPLead->Fill(aTau.hcalMaxOverPLead());
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p_hcal3x3OverPLead->Fill(aTau.hcal3x3OverPLead());
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p_ecalStripSumEOverPLead->Fill(aTau.ecalStripSumEOverPLead());
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p_bremsRecoveryEOverPLead->Fill(aTau.bremsRecoveryEOverPLead());
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if ( aTau.electronPreIDTrack().isAvailable() && aTau.electronPreIDTrack().isNonnull() ) {
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p_electronPreIDTrack_pT->Fill(aTau.electronPreIDTrack()->pt());
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p_electronPreIDTrack_eta->Fill(aTau.electronPreIDTrack()->eta());
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p_electronPreIDTrack_phi->Fill(aTau.electronPreIDTrack()->phi());
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}
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p_electronPreIDOutput->Fill(aTau.electronPreIDOutput());
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p_electronPreIDDecision->Fill(aTau.electronPreIDDecision());
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p_caloComp->Fill(aTau.caloComp());
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p_segComp->Fill(aTau.segComp());
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p_muonDecision->Fill(aTau.muonDecision());
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amagnan |
1.7 |
//std::cout << "CaloComp = " << aTau.caloComp() << ", segComp = " << aTau.segComp() << ", bremRec = " << aTau.bremsRecoveryEOverPLead() << ", elecPredIDoutput " << aTau.electronPreIDOutput() << std::endl;
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amagnan |
1.2 |
p_particleIso->Fill(aTau.particleIso());
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amagnan |
1.9 |
p_chargedParticleIso->Fill(aTau.chargedHadronIso());
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p_neutralParticleIso->Fill(aTau.neutralHadronIso());
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p_gammaParticleIso->Fill(aTau.photonIso());
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amagnan |
1.1 |
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amagnan |
1.2 |
}//pfTaus
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amagnan |
1.5 |
FillBaseHistograms(aTau.pt(),aTau.eta(),aTau.phi(),aTau.charge());
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amagnan |
1.2 |
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}//isLead
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}//genMatched
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}//FillHistograms
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bool HistosTaus::MatchesGenTau(const pat::Tau& aPatTau)
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{
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bool isGenMatched = false;
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const std::vector<reco::GenParticleRef> & lVec = aPatTau.genParticleRefs();
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amagnan |
1.6 |
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if (lVec.size() == 0) return (aPatTau.genJet());
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amagnan |
1.2 |
for ( std::vector<reco::GenParticleRef>::const_iterator it = lVec.begin();
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it != lVec.end(); ++it ) {
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if ( it->ref().isNonnull() && it->ref().isValid() ) {
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const reco::GenParticleRef & genParticle = (*it);
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if ( genParticle->pdgId() == -15 || genParticle->pdgId() == +15 ) isGenMatched = true;
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} else {
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edm::LogWarning("MatchesGenTau") << " edm::Ref of genParticle associated to pat::Tau is invalid !!";
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amagnan |
1.6 |
return (aPatTau.genJet());
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amagnan |
1.1 |
}
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}
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amagnan |
1.2 |
return isGenMatched;
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}
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amagnan |
1.1 |
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}//namespace
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