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lethuill |
1.1 |
#include "../interface/Selection.h"
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Selection::Selection(){
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jets.clear();
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electrons.clear();
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muons.clear();
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mets.clear();
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Njets_ = 4;
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JetPtThreshold_ = 30.;
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JetEtaThreshold_ = 2.4;
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JetEHThreashold_ = 0.1;
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MuonPtThreshold_ = 10.;
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MuonEtaThreshold_ = 2.1;
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MuonRelIso_ = 0.1;
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MuonVetoEM_ = 4;
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MuonVetoHad_ = 6;
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MuonNofValidHits_ = 11;
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Muond0Cut_ = 0.2;
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MuonNormChi2_ = 10;
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ElectronPtThreshold_ = 10.;
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ElectronEtaThreshold_ = 2.5;
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ElectronRelIso_ = 0.1;
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Electrond0Cut_ = 0.2;
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METThreashold_ = 0;
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}
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Selection::Selection(const std::vector<TRootJet>& jets_, const std::vector<TRootMuon>& muons_, const std::vector<TRootMET>& mets_){
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jets.clear();
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electrons.clear();
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muons.clear();
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mets.clear();
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Njets_ = 4;
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JetPtThreshold_ = 30.;
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JetEtaThreshold_ = 2.4;
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JetEHThreashold_ = 0.1;
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MuonPtThreshold_ = 10.;
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MuonEtaThreshold_ = 2.1;
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MuonRelIso_ = 0.1;
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MuonVetoEM_ = 4;
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MuonVetoHad_ = 6;
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MuonNofValidHits_ = 11;
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Muond0Cut_ = 0.2;
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MuonNormChi2_ = 10;
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ElectronPtThreshold_ = 10.;
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ElectronEtaThreshold_ = 2.5;
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ElectronRelIso_ = 0.1;
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Electrond0Cut_ = 0.2;
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METThreashold_ = 0;
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for(unsigned int i=0;i<jets_.size();i++) jets.push_back(jets_[i]);
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for(unsigned int i=0;i<muons_.size();i++) muons.push_back(muons_[i]);
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for(unsigned int i=0;i<mets_.size();i++) mets.push_back(mets_[i]);
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}
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Selection::Selection(const std::vector<TRootJet>& jets_, const std::vector<TRootMuon>& muons_, const std::vector<TRootElectron>& electrons_, const std::vector<TRootMET>& mets_){
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jets.clear();
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electrons.clear();
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muons.clear();
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mets.clear();
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Njets_ = 4;
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JetPtThreshold_ = 30.;
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JetEtaThreshold_ = 2.4;
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JetEHThreashold_ = 0.1;
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MuonPtThreshold_ = 10.;
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MuonEtaThreshold_ = 2.1;
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MuonRelIso_ = 0.1;
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MuonVetoEM_ = 4;
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MuonVetoHad_ = 6;
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MuonNofValidHits_ = 11;
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Muond0Cut_ = 0.2;
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MuonNormChi2_ = 10;
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ElectronPtThreshold_ = 20.;
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ElectronEtaThreshold_ = 2.5;
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ElectronRelIso_ = 0.1;
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Electrond0Cut_ = 0.2;
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METThreashold_ = 0;
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for(unsigned int i=0;i<jets_.size();i++) jets.push_back(jets_[i]);
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for(unsigned int i=0;i<muons_.size();i++) muons.push_back(muons_[i]);
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for(unsigned int i=0;i<mets_.size();i++) mets.push_back(mets_[i]);
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for(unsigned int i=0;i<electrons_.size();i++) electrons.push_back(electrons_[i]);
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}
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Selection::Selection(const Selection & s){
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jets = s.jets;
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electrons = s.electrons;
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muons = s.muons;
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mets = s.mets;
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JetPtThreshold_ = s.JetPtThreshold_;
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JetEtaThreshold_ = s.JetEtaThreshold_;
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JetEHThreashold_ = s.JetEHThreashold_;
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MuonPtThreshold_ = s.MuonPtThreshold_;
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MuonEtaThreshold_ = s.MuonEtaThreshold_;
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MuonRelIso_ = s.MuonRelIso_;
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MuonVetoEM_ = s.MuonVetoEM_;
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MuonVetoHad_ = s.MuonVetoHad_;
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MuonNofValidHits_ = s.MuonNofValidHits_;
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Muond0Cut_ = s.Muond0Cut_;
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MuonNormChi2_ = s.MuonNormChi2_;
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ElectronPtThreshold_ = s.ElectronPtThreshold_;
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ElectronEtaThreshold_ = s.ElectronEtaThreshold_;
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ElectronRelIso_ = s.ElectronRelIso_;
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Electrond0Cut_ = s.Electrond0Cut_;
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METThreashold_ = s.METThreashold_;
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}
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Selection::~Selection(){}
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void Selection::SetConfiguration(float PtThrJets, float EtaThrJets, float EHThrJets, float PtThrMuons, float EtaThrMuons, float MuonRelIso, float MuonVetoEM, float MuonVetoHad){
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JetPtThreshold_ = PtThrJets;
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JetEtaThreshold_ = EtaThrJets;
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JetEHThreashold_ = EHThrJets;
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MuonPtThreshold_ = PtThrMuons;
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MuonEtaThreshold_ = EtaThrMuons;
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MuonRelIso_ = MuonRelIso;
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MuonVetoEM_ = MuonVetoEM;
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MuonVetoHad_ = MuonVetoHad;
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}
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std::vector<TRootJet> Selection::GetSelectedJets() const{
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std::vector<TRootJet> selectedJets;
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for(unsigned int i=0;i<jets.size();i++){
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if(fabs(jets[i].Eta())<JetEtaThreshold_ && jets[i].Pt()>JetPtThreshold_ && jets[i].hcalEnergyFraction()>=JetEHThreashold_)
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selectedJets.push_back(jets[i]);
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}
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std::sort(selectedJets.begin(),selectedJets.end(),HighestPt());
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return selectedJets;
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}
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std::vector<TRootJet> Selection::GetSelectedJets(float PtThr, float EtaThr, float EHThr) const{
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std::vector<TRootJet> selectedJets;
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for(unsigned int i=0;i<jets.size();i++){
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if(fabs(jets[i].Eta())<EtaThr && jets[i].Pt()>PtThr && jets[i].hcalEnergyFraction()>=EHThr)
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selectedJets.push_back(jets[i]);
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}
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std::sort(selectedJets.begin(),selectedJets.end(),HighestPt());
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return selectedJets;
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}
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std::vector<TRootMuon> Selection::GetSelectedMuons() const{
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std::vector<TRootMuon> selectedMuons;
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for(unsigned int i=0;i<muons.size();i++){
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//Compute isolation
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bool isIsolated = false;
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if(1./muons[i].isoR03_emEt() < MuonRelIso_) isIsolated = true;
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if(muons[i].idGlobalMuonPromptTight() && muons[i].normalizedChi2()<MuonNormChi2_ && fabs(muons[i].d0())<Muond0Cut_ && muons[i].numberOfValidTrackerHits()>=MuonNofValidHits_ && fabs(muons[i].Eta())<MuonEtaThreshold_ && muons[i].Pt()>MuonPtThreshold_ ){
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selectedMuons.push_back(muons[i]);
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}
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}
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std::sort(selectedMuons.begin(),selectedMuons.end(),HighestPt());
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return selectedMuons;
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}
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std::vector<TRootElectron> Selection::GetSelectedElectrons() const{
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std::vector<TRootElectron> selectedElectrons;
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for(unsigned int i=0;i<electrons.size();i++){
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//Compute isolation
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bool isIsolated = false;
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float RelIso = (electrons[i].isoR03_emEt() + electrons[i].isoR03_hadEt()+electrons[i].isoR03_sumPt()) / electrons[i].Et();
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if(RelIso < ElectronRelIso_) isIsolated = true;
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if(electrons[i].idCutBasedFixedThresholdTight() && fabs(electrons[i].d0())<Electrond0Cut_ && fabs(electrons[i].Eta())<ElectronEtaThreshold_ && electrons[i].Pt()>ElectronPtThreshold_ && isIsolated){
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selectedElectrons.push_back(electrons[i]);
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}
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}
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std::sort(selectedElectrons.begin(),selectedElectrons.end(),HighestPt());
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return selectedElectrons;
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}
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std::vector<TRootElectron> Selection::GetSelectedElectrons(float PtThr, float EtaThr,float ElectronRelIso) const{
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std::vector<TRootElectron> selectedElectrons;
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for(unsigned int i=0;i<electrons.size();i++){
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//Compute isolation
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bool isIsolated = false;
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float RelIso = (electrons[i].isoR03_emEt() + electrons[i].isoR03_hadEt()+electrons[i].isoR03_sumPt()) / electrons[i].Et();
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if(RelIso < ElectronRelIso) isIsolated = true;
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if(electrons[i].idCutBasedFixedThresholdTight() && fabs(electrons[i].d0())<Electrond0Cut_ && fabs(electrons[i].Eta())<EtaThr && electrons[i].Pt()>PtThr && isIsolated){
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selectedElectrons.push_back(electrons[i]);
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}
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}
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std::sort(selectedElectrons.begin(),selectedElectrons.end(),HighestPt());
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return selectedElectrons;
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}
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//std::vector<TRootMuon> Selection::GetSelectedMuons(float PtThr, float EtaThr,float MuonRelIso, float MuonVetoEM, float MuonVetoHad) const{
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std::vector<TRootMuon> Selection::GetSelectedMuons(float PtThr, float EtaThr,float MuonRelIso) const{
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std::vector<TRootMuon> selectedMuons;
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for(unsigned int i=0;i<muons.size();i++){
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//Compute isolation
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bool isIsolated = false;
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if(1./muons[i].isoR03_emEt() < MuonRelIso ) isIsolated = true;
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if(muons[i].idGlobalMuonPromptTight() && muons[i].normalizedChi2()<MuonNormChi2_ && fabs(muons[i].d0())<Muond0Cut_ && muons[i].numberOfValidTrackerHits()>=MuonNofValidHits_ && fabs(muons[i].Eta())<EtaThr && muons[i].Pt()>PtThr && isIsolated){
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selectedMuons.push_back(muons[i]);
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}
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}
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std::sort(selectedMuons.begin(),selectedMuons.end(),HighestPt());
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return selectedMuons;
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}
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std::vector<TRootMuon> Selection::GetSelectedMuonsInvIso(float PtThr, float EtaThr,float MuonRelIso) const{
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std::vector<TRootMuon> selectedMuons;
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for(unsigned int i=0;i<muons.size();i++){
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//Compute isolation
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bool isNonIsolated = false;
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if(1./muons[i].isoR03_emEt() > MuonRelIso ) isNonIsolated = true;
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if(muons[i].idGlobalMuonPromptTight() && muons[i].normalizedChi2()<MuonNormChi2_ && fabs(muons[i].d0())<Muond0Cut_ && muons[i].numberOfValidTrackerHits()>=MuonNofValidHits_ && fabs(muons[i].Eta())<EtaThr && muons[i].Pt()>PtThr && isNonIsolated){
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selectedMuons.push_back(muons[i]);
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}
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}
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std::sort(selectedMuons.begin(),selectedMuons.end(),HighestPt());
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return selectedMuons;
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}
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std::vector<TRootMuon> Selection::GetSelectedMuonsNonIso() const{
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std::vector<TRootMuon> selectedMuons;
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for(unsigned int i=0;i<muons.size();i++){
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//if(muons[i].idGlobalMuonPromptTight() && muons[i].chi2()<10 && fabs(muons[i].d0())<0.02 && muons[i].nofValidHits()>=11 && fabs(muons[i].Eta())< MuonEtaThreshold_ && muons[i].Pt()> MuonPtThreshold_){
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if( muons[i].idGlobalMuonPromptTight() && muons[i].normalizedChi2()<MuonNormChi2_ && fabs(muons[i].d0())<Muond0Cut_ && muons[i].numberOfValidTrackerHits()>=MuonNofValidHits_ && fabs(muons[i].Eta())< MuonEtaThreshold_ && muons[i].Pt()> MuonPtThreshold_){
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selectedMuons.push_back(muons[i]);
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}
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}
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std::sort(selectedMuons.begin(),selectedMuons.end(),HighestPt());
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return selectedMuons;
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}
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std::vector<TRootMuon> Selection::GetSelectedMuonsNonIso(float PtThr, float EtaThr) const{
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std::vector<TRootMuon> selectedMuons;
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for(unsigned int i=0;i<muons.size();i++){
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if(fabs(muons[i].Eta())< EtaThr && muons[i].Pt()> PtThr){
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selectedMuons.push_back(muons[i]);
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}
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}
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std::sort(selectedMuons.begin(),selectedMuons.end(),HighestPt());
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return selectedMuons;
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}
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bool Selection::isSelected(unsigned int Njets, bool Veto2ndLepton) const{
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if(Veto2ndLepton){
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if(GetSelectedMuons().size()==1 && GetSelectedElectrons().size()==0 && GetSelectedJets().size()>= Njets) return true;
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}
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else{
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if(GetSelectedMuons().size()>0 && GetSelectedJets().size()>= Njets) return true;
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}
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return false;
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}
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bool Selection::isSelected(float JetPtThr, unsigned int Njets, bool Veto2ndLepton) const{
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if(Veto2ndLepton){
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if(GetSelectedMuons().size()==1 && GetSelectedElectrons().size()==0 && GetSelectedJets(JetPtThr, JetEtaThreshold_, JetEHThreashold_).size()>= Njets) return true;
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}
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else{
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if(GetSelectedMuons().size()>0 && GetSelectedJets(JetPtThr, JetEtaThreshold_, JetEHThreashold_).size()>= Njets) return true;
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}
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return false;
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}
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bool Selection::isSelected(float PtThrJets, float EtaThrJets, float PtThrMuons, float EtaThrMuons, float MuonRelIso, float PtThrElectrons, float EtaThrElectrons, float ElectronRelIso, unsigned int Njets, bool Veto2ndLepton) const{
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if(Veto2ndLepton){
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if(GetSelectedMuons(PtThrMuons, EtaThrMuons, MuonRelIso).size()==1 && GetSelectedElectrons(PtThrElectrons, EtaThrElectrons, ElectronRelIso).size()==0 && GetSelectedJets(PtThrJets, EtaThrJets, Njets).size()>=Njets) return true;
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}
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else{
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if(GetSelectedMuons(PtThrMuons, EtaThrMuons, MuonRelIso).size()>0 && GetSelectedJets(PtThrJets, EtaThrJets, Njets).size()>=Njets) return true;
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}
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return false;
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}
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