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ggNtuplizer_jets.cc
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ggNtuplizer_jets.cc
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#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "ggAnalysis/ggNtuplizer/interface/ggNtuplizer.h"
#include "JetMETCorrections/Objects/interface/JetCorrector.h"
#include "CondFormats/JetMETObjects/interface/JetCorrectorParameters.h"
#include "CondFormats/JetMETObjects/interface/JetCorrectionUncertainty.h"
#include "JetMETCorrections/Objects/interface/JetCorrectionsRecord.h"
#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/Framework/interface/EventSetup.h"
#include "DataFormats/Math/interface/LorentzVector.h"
#include "CondFormats/JetMETObjects/interface/FactorizedJetCorrector.h"
#include "FWCore/Utilities/interface/RandomNumberGenerator.h"
#include "CLHEP/Random/RandomEngine.h"
#include "CLHEP/Random/RandGauss.h"
using namespace std;
typedef ROOT::Math::LorentzVector<ROOT::Math::PxPyPzE4D<double> > LorentzVector;
// ak4 jets
Int_t nJet_;
vector<float> jetPt_;
vector<float> jetEn_;
vector<float> jetEta_;
vector<float> jetPhi_;
vector<float> jetRawPt_;
vector<float> jetRawEn_;
vector<float> jetMt_;
vector<float> jetArea_;
vector<float> jetLeadTrackPt_;
vector<float> jetLeadTrackEta_;
vector<float> jetLeadTrackPhi_;
vector<int> jetLepTrackPID_;
vector<float> jetLepTrackPt_;
vector<float> jetLepTrackEta_;
vector<float> jetLepTrackPhi_;
vector<float> jetCHF_;
vector<float> jetNHF_;
vector<float> jetCEF_;
vector<float> jetNEF_;
vector<int> jetNCH_;
vector<int> jetNNP_;
vector<float> jetMUF_;
vector<float> jetHFHAE_;
vector<float> jetHFEME_;
vector<int> jetNConstituents_;
vector<float> jetVtxPt_;
vector<float> jetVtxMass_;
vector<float> jetVtxNtrks_;
vector<float> jetVtx3DVal_;
vector<float> jetVtx3DSig_;
vector<float> jetCSV2BJetTags_; // recommended
vector<float> jetJetProbabilityBJetTags_;
vector<float> jetpfCombinedMVAV2BJetTags_;
vector<float> jetDeepCSVTags_b_;
vector<float> jetDeepCSVTags_bb_;
vector<float> jetDeepCSVTags_c_;
vector<float> jetDeepCSVTags_cc_;
vector<float> jetDeepCSVTags_udsg_;
vector<int> jetPartonID_;
vector<int> jetHadFlvr_;
vector<bool> jetPFLooseId_;
vector<int> jetID_;
vector<float> jetPUID_;
vector<int> jetPUFullID_;
vector<float> jetJECUnc_;
vector<float> jetP4Smear_;
vector<float> jetP4SmearUp_;
vector<float> jetP4SmearDo_;
vector<ULong64_t> jetFiredTrgs_;
//gen-info for ak4
vector<float> jetGenJetEn_;
vector<float> jetGenJetPt_;
vector<float> jetGenJetEta_;
vector<float> jetGenJetPhi_;
vector<int> jetGenPartonID_;
vector<float> jetGenEn_;
vector<float> jetGenPt_;
vector<float> jetGenEta_;
vector<float> jetGenPhi_;
vector<int> jetGenPartonMomID_;
//fat-jets (ak8)
Int_t nAK8Jet_;
vector<float> AK8JetPt_;
vector<float> AK8JetEn_;
vector<float> AK8JetRawPt_;
vector<float> AK8JetRawEn_;
vector<float> AK8JetEta_;
vector<float> AK8JetPhi_;
vector<float> AK8JetMass_;
vector<float> AK8Jet_tau1_;
vector<float> AK8Jet_tau2_;
vector<float> AK8Jet_tau3_;
vector<float> AK8JetCHF_;
vector<float> AK8JetNHF_;
vector<float> AK8JetCEF_;
vector<float> AK8JetNEF_;
vector<int> AK8JetNCH_;
vector<int> AK8JetNNP_;
vector<float> AK8JetMUF_;
vector<int> AK8Jetnconstituents_;
vector<bool> AK8JetPFLooseId_;
vector<bool> AK8JetPFTightLepVetoId_;
vector<float> AK8JetSoftDropMass_;
vector<float> AK8JetSoftDropMassCorr_;
vector<float> AK8JetPrunedMass_;
vector<float> AK8JetPrunedMassCorr_;
vector<float> AK8JetpfBoostedDSVBTag_;
vector<float> AK8JetDSVnewV4_;
vector<float> AK8JetCSV_;
vector<float> AK8JetJECUnc_;
vector<float> AK8JetL2L3corr_;
//gen-info for ak8
vector<int> AK8JetPartonID_;
vector<int> AK8JetHadFlvr_;
vector<int> AK8JetGenJetIndex_;
vector<float> AK8JetGenJetEn_;
vector<float> AK8JetGenJetPt_;
vector<float> AK8JetGenJetEta_;
vector<float> AK8JetGenJetPhi_;
vector<int> AK8JetGenPartonID_;
vector<float> AK8JetGenEn_;
vector<float> AK8JetGenPt_;
vector<float> AK8JetGenEta_;
vector<float> AK8JetGenPhi_;
vector<int> AK8JetGenPartonMomID_;
vector<float> AK8JetP4Smear_;
vector<float> AK8JetP4SmearUp_;
vector<float> AK8JetP4SmearDo_;
//soft drop subjets
vector<int> nAK8SDSJ_ ;
vector< vector<float> > AK8SDSJPt_ ;
vector< vector<float> > AK8SDSJEta_ ;
vector< vector<float> > AK8SDSJMass_ ;
vector< vector<float> > AK8SDSJPhi_ ;
vector< vector<float> > AK8SDSJE_ ;
vector< vector<int > > AK8SDSJCharge_ ;
vector< vector<int > > AK8SDSJFlavour_;
vector< vector<float> > AK8SDSJCSV_ ;
//puppi
vector<float> AK8puppiPt_;
vector<float> AK8puppiMass_;
vector<float> AK8puppiEta_;
vector<float> AK8puppiPhi_;
vector<float> AK8puppiTau1_;
vector<float> AK8puppiTau2_;
vector<float> AK8puppiTau3_;
vector<float> AK8puppiSDL2L3corr_;
vector<float> AK8puppiSDMass_;
vector<float> AK8puppiSDMassL2L3Corr_;
//puppi + soft drop subjets
vector<int> nAK8puppiSDSJ_ ;
vector< vector<float> > AK8puppiSDSJPt_ ;
vector< vector<float> > AK8puppiSDSJEta_ ;
vector< vector<float> > AK8puppiSDSJMass_ ;
vector< vector<float> > AK8puppiSDSJPhi_ ;
vector< vector<float> > AK8puppiSDSJE_ ;
vector< vector<int > > AK8puppiSDSJCharge_ ;
vector< vector<int > > AK8puppiSDSJFlavour_;
vector< vector<float> > AK8puppiSDSJCSV_ ;
void ggNtuplizer::branchesJets(TTree* tree) {
tree->Branch("nJet", &nJet_);
tree->Branch("jetPt", &jetPt_);
tree->Branch("jetEn", &jetEn_);
tree->Branch("jetEta", &jetEta_);
tree->Branch("jetPhi", &jetPhi_);
tree->Branch("jetRawPt", &jetRawPt_);
tree->Branch("jetRawEn", &jetRawEn_);
tree->Branch("jetMt", &jetMt_);
tree->Branch("jetArea", &jetArea_);
tree->Branch("jetLeadTrackPt", &jetLeadTrackPt_);
tree->Branch("jetLeadTrackEta", &jetLeadTrackEta_);
tree->Branch("jetLeadTrackPhi", &jetLeadTrackPhi_);
tree->Branch("jetLepTrackPID", &jetLepTrackPID_);
tree->Branch("jetLepTrackPt", &jetLepTrackPt_);
tree->Branch("jetLepTrackEta", &jetLepTrackEta_);
tree->Branch("jetLepTrackPhi", &jetLepTrackPhi_);
tree->Branch("jetCSV2BJetTags", &jetCSV2BJetTags_);
tree->Branch("jetJetProbabilityBJetTags", &jetJetProbabilityBJetTags_);
tree->Branch("jetpfCombinedMVAV2BJetTags", &jetpfCombinedMVAV2BJetTags_);
tree->Branch("jetDeepCSVTags_b", &jetDeepCSVTags_b_);
tree->Branch("jetDeepCSVTags_bb", &jetDeepCSVTags_bb_);
tree->Branch("jetDeepCSVTags_c", &jetDeepCSVTags_c_);
tree->Branch("jetDeepCSVTags_cc", &jetDeepCSVTags_cc_);
tree->Branch("jetDeepCSVTags_udsg", &jetDeepCSVTags_udsg_);
if (doGenParticles_){
tree->Branch("jetPartonID", &jetPartonID_);
tree->Branch("jetHadFlvr", &jetHadFlvr_);
tree->Branch("jetGenJetEn", &jetGenJetEn_);
tree->Branch("jetGenJetPt", &jetGenJetPt_);
tree->Branch("jetGenJetEta", &jetGenJetEta_);
tree->Branch("jetGenJetPhi", &jetGenJetPhi_);
tree->Branch("jetGenPartonID", &jetGenPartonID_);
tree->Branch("jetGenEn", &jetGenEn_);
tree->Branch("jetGenPt", &jetGenPt_);
tree->Branch("jetGenEta", &jetGenEta_);
tree->Branch("jetGenPhi", &jetGenPhi_);
tree->Branch("jetGenPartonMomID", &jetGenPartonMomID_);
tree->Branch("jetP4Smear", &jetP4Smear_);
tree->Branch("jetP4SmearUp", &jetP4SmearUp_);
tree->Branch("jetP4SmearDo", &jetP4SmearDo_);
}
tree->Branch("jetPFLooseId", &jetPFLooseId_);
tree->Branch("jetID", &jetID_);
tree->Branch("jetPUID", &jetPUID_);
tree->Branch("jetPUFullID", &jetPUFullID_);
tree->Branch("jetJECUnc", &jetJECUnc_);
tree->Branch("jetFiredTrgs", &jetFiredTrgs_);
tree->Branch("jetCHF", &jetCHF_);
tree->Branch("jetNHF", &jetNHF_);
tree->Branch("jetCEF", &jetCEF_);
tree->Branch("jetNEF", &jetNEF_);
tree->Branch("jetNCH", &jetNCH_);
tree->Branch("jetNNP", &jetNNP_);
tree->Branch("jetMUF", &jetMUF_);
tree->Branch("jetVtxPt", &jetVtxPt_);
tree->Branch("jetVtxMass", &jetVtxMass_);
tree->Branch("jetVtxNtrks", &jetVtxNtrks_);
tree->Branch("jetVtx3DVal", &jetVtx3DVal_);
tree->Branch("jetVtx3DSig", &jetVtx3DSig_);
if (development_) {
tree->Branch("jetHFHAE", &jetHFHAE_);
tree->Branch("jetHFEME", &jetHFEME_);
tree->Branch("jetNConstituents", &jetNConstituents_);
}
// SubJet
if (dumpSubJets_) {
tree->Branch("nAK8Jet", &nAK8Jet_);
tree->Branch("AK8JetPt", &AK8JetPt_);
tree->Branch("AK8JetEn", &AK8JetEn_);
tree->Branch("AK8JetRawPt", &AK8JetRawPt_);
tree->Branch("AK8JetRawEn", &AK8JetRawEn_);
tree->Branch("AK8JetEta", &AK8JetEta_);
tree->Branch("AK8JetPhi", &AK8JetPhi_);
tree->Branch("AK8JetMass", &AK8JetMass_);
tree->Branch("AK8Jet_tau1", &AK8Jet_tau1_);
tree->Branch("AK8Jet_tau2", &AK8Jet_tau2_);
tree->Branch("AK8Jet_tau3", &AK8Jet_tau3_);
tree->Branch("AK8JetCHF", &AK8JetCHF_);
tree->Branch("AK8JetNHF", &AK8JetNHF_);
tree->Branch("AK8JetCEF", &AK8JetCEF_);
tree->Branch("AK8JetNEF", &AK8JetNEF_);
tree->Branch("AK8JetNCH", &AK8JetNCH_);
tree->Branch("AK8JetNNP", &AK8JetNNP_);
tree->Branch("AK8JetMUF", &AK8JetMUF_);
tree->Branch("AK8Jetnconstituents", &AK8Jetnconstituents_);
tree->Branch("AK8JetPFLooseId", &AK8JetPFLooseId_);
tree->Branch("AK8JetPFTightLepVetoId", &AK8JetPFTightLepVetoId_);
tree->Branch("AK8JetSoftDropMass", &AK8JetSoftDropMass_);
tree->Branch("AK8JetSoftDropMassCorr",&AK8JetSoftDropMassCorr_);
tree->Branch("AK8JetPrunedMass", &AK8JetPrunedMass_);
tree->Branch("AK8JetPrunedMassCorr", &AK8JetPrunedMassCorr_);
tree->Branch("AK8JetpfBoostedDSVBTag", &AK8JetpfBoostedDSVBTag_);
tree->Branch("AK8JetDSVnewV4", &AK8JetDSVnewV4_);
tree->Branch("AK8JetCSV", &AK8JetCSV_);
tree->Branch("AK8JetJECUnc", &AK8JetJECUnc_);
tree->Branch("AK8JetL2L3corr", &AK8JetL2L3corr_);
tree->Branch("AK8puppiPt", &AK8puppiPt_);
tree->Branch("AK8puppiMass", &AK8puppiMass_);
tree->Branch("AK8puppiEta", &AK8puppiEta_);
tree->Branch("AK8puppiPhi", &AK8puppiPhi_);
tree->Branch("AK8puppiTau1", &AK8puppiTau1_);
tree->Branch("AK8puppiTau2", &AK8puppiTau2_);
tree->Branch("AK8puppiTau3", &AK8puppiTau3_);
tree->Branch("AK8puppiSDL2L3corr", &AK8puppiSDL2L3corr_);
tree->Branch("AK8puppiSDMass", &AK8puppiSDMass_);
tree->Branch("AK8puppiSDMassL2L3Corr", &AK8puppiSDMassL2L3Corr_);
if (doGenParticles_){
tree->Branch("AK8JetPartonID", &AK8JetPartonID_);
tree->Branch("AK8JetHadFlvr", &AK8JetHadFlvr_);
tree->Branch("AK8JetGenJetIndex", &AK8JetGenJetIndex_);
tree->Branch("AK8JetGenJetEn", &AK8JetGenJetEn_);
tree->Branch("AK8JetGenJetPt", &AK8JetGenJetPt_);
tree->Branch("AK8JetGenJetEta", &AK8JetGenJetEta_);
tree->Branch("AK8JetGenJetPhi", &AK8JetGenJetPhi_);
tree->Branch("AK8JetGenPartonID", &AK8JetGenPartonID_);
tree->Branch("AK8JetGenEn", &AK8JetGenEn_);
tree->Branch("AK8JetGenPt", &AK8JetGenPt_);
tree->Branch("AK8JetGenEta", &AK8JetGenEta_);
tree->Branch("AK8JetGenPhi", &AK8JetGenPhi_);
tree->Branch("AK8JetGenPartonMomID", &AK8JetGenPartonMomID_);
tree->Branch("AK8JetP4Smear", &AK8JetP4Smear_);
tree->Branch("AK8JetP4SmearUp", &AK8JetP4SmearUp_);
tree->Branch("AK8JetP4SmearDo", &AK8JetP4SmearDo_);
}
tree->Branch("nAK8SDSJ", &nAK8SDSJ_);
tree->Branch("AK8SDSJPt", &AK8SDSJPt_);
tree->Branch("AK8SDSJEta", &AK8SDSJEta_);
tree->Branch("AK8SDSJPhi", &AK8SDSJPhi_);
tree->Branch("AK8SDSJMass", &AK8SDSJMass_);
tree->Branch("AK8SDSJE", &AK8SDSJE_);
tree->Branch("AK8SDSJCharge", &AK8SDSJCharge_);
tree->Branch("AK8SDSJFlavour", &AK8SDSJFlavour_);
tree->Branch("AK8SDSJCSV", &AK8SDSJCSV_);
tree->Branch("nAK8puppiSDSJ", &nAK8puppiSDSJ_);
tree->Branch("AK8puppiSDSJPt", &AK8puppiSDSJPt_);
tree->Branch("AK8puppiSDSJEta", &AK8puppiSDSJEta_);
tree->Branch("AK8puppiSDSJPhi", &AK8puppiSDSJPhi_);
tree->Branch("AK8puppiSDSJMass", &AK8puppiSDSJMass_);
tree->Branch("AK8puppiSDSJE", &AK8puppiSDSJE_);
tree->Branch("AK8puppiSDSJCharge", &AK8puppiSDSJCharge_);
tree->Branch("AK8puppiSDSJFlavour", &AK8puppiSDSJFlavour_);
tree->Branch("AK8puppiSDSJCSV", &AK8puppiSDSJCSV_);
}
}
void ggNtuplizer::fillJets(const edm::Event& e, const edm::EventSetup& es) {
// cleanup from previous execution
jetPt_ .clear();
jetEn_ .clear();
jetEta_ .clear();
jetPhi_ .clear();
jetRawPt_ .clear();
jetRawEn_ .clear();
jetMt_ .clear();
jetArea_ .clear();
jetLeadTrackPt_ .clear();
jetLeadTrackEta_ .clear();
jetLeadTrackPhi_ .clear();
jetLepTrackPt_ .clear();
jetLepTrackPID_ .clear();
jetLepTrackEta_ .clear();
jetLepTrackPhi_ .clear();
jetCSV2BJetTags_ .clear();
jetJetProbabilityBJetTags_ .clear();
jetpfCombinedMVAV2BJetTags_ .clear();
jetDeepCSVTags_b_ .clear();
jetDeepCSVTags_bb_ .clear();
jetDeepCSVTags_c_ .clear();
jetDeepCSVTags_cc_ .clear();
jetDeepCSVTags_udsg_ .clear();
jetPartonID_ .clear();
jetHadFlvr_ .clear();
jetPFLooseId_ .clear();
jetID_ .clear();
jetPUID_ .clear();
jetPUFullID_ .clear();
jetJECUnc_ .clear();
jetP4Smear_ .clear();
jetP4SmearUp_ .clear();
jetP4SmearDo_ .clear();
jetFiredTrgs_ .clear();
jetCHF_ .clear();
jetNHF_ .clear();
jetCEF_ .clear();
jetNEF_ .clear();
jetNCH_ .clear();
jetNNP_ .clear();
jetMUF_ .clear();
jetVtxPt_ .clear();
jetVtxMass_ .clear();
jetVtxNtrks_ .clear();
jetVtx3DVal_ .clear();
jetVtx3DSig_ .clear();
if (development_) {
jetHFHAE_ .clear();
jetHFEME_ .clear();
jetNConstituents_ .clear();
}
jetGenJetEn_.clear();
jetGenJetPt_.clear();
jetGenJetEta_.clear();
jetGenJetPhi_.clear();
jetGenPartonID_.clear();
jetGenEn_.clear();
jetGenPt_.clear();
jetGenEta_.clear();
jetGenPhi_.clear();
jetGenPartonMomID_.clear();
// SubJet
AK8JetPt_ .clear();
AK8JetEn_ .clear();
AK8JetRawPt_ .clear();
AK8JetRawEn_ .clear();
AK8JetEta_ .clear();
AK8JetPhi_ .clear();
AK8JetMass_ .clear();
AK8Jet_tau1_ .clear();
AK8Jet_tau2_ .clear();
AK8Jet_tau3_ .clear();
AK8JetCHF_ .clear();
AK8JetNHF_ .clear();
AK8JetCEF_ .clear();
AK8JetNEF_ .clear();
AK8JetNCH_ .clear();
AK8JetNNP_ .clear();
AK8Jetnconstituents_ .clear();
AK8JetMUF_ .clear();
AK8JetPFLooseId_ .clear();
AK8JetPFTightLepVetoId_ .clear();
AK8JetSoftDropMass_ .clear();
AK8JetSoftDropMassCorr_ .clear();
AK8JetPrunedMass_ .clear();
AK8JetPrunedMassCorr_ .clear();
AK8JetpfBoostedDSVBTag_ .clear();
AK8JetDSVnewV4_ .clear();
AK8JetCSV_ .clear();
AK8JetJECUnc_ .clear();
AK8JetL2L3corr_ .clear();
AK8puppiPt_ .clear();
AK8puppiMass_ .clear();
AK8puppiEta_ .clear();
AK8puppiPhi_ .clear();
AK8puppiTau1_ .clear();
AK8puppiTau2_ .clear();
AK8puppiTau3_ .clear();
AK8puppiSDL2L3corr_ .clear();
AK8puppiSDMass_ .clear();
AK8puppiSDMassL2L3Corr_ .clear();
AK8JetPartonID_ .clear();
AK8JetHadFlvr_ .clear();
AK8JetGenJetIndex_.clear();
AK8JetGenJetEn_.clear();
AK8JetGenJetPt_.clear();
AK8JetGenJetEta_.clear();
AK8JetGenJetPhi_.clear();
AK8JetGenPartonID_.clear();
AK8JetGenEn_.clear();
AK8JetGenPt_.clear();
AK8JetGenEta_.clear();
AK8JetGenPhi_.clear();
AK8JetGenPartonMomID_.clear();
AK8JetP4Smear_.clear();
AK8JetP4SmearUp_.clear();
AK8JetP4SmearDo_.clear();
nAK8SDSJ_ .clear();
AK8SDSJPt_ .clear();
AK8SDSJEta_ .clear();
AK8SDSJPhi_ .clear();
AK8SDSJMass_ .clear();
AK8SDSJCharge_ .clear();
AK8SDSJE_ .clear();
AK8SDSJFlavour_ .clear();
AK8SDSJCSV_ .clear();
nAK8puppiSDSJ_ .clear();
AK8puppiSDSJPt_ .clear();
AK8puppiSDSJEta_ .clear();
AK8puppiSDSJPhi_ .clear();
AK8puppiSDSJMass_ .clear();
AK8puppiSDSJCharge_ .clear();
AK8puppiSDSJE_ .clear();
AK8puppiSDSJFlavour_ .clear();
AK8puppiSDSJCSV_ .clear();
nJet_ = 0;
edm::Handle<edm::View<pat::Jet> > jetHandle;
e.getByToken(jetsAK4Label_, jetHandle);
if (!jetHandle.isValid()) {
edm::LogWarning("ggNtuplizer") << "no pat::Jets (AK4) in event";
return;
}
edm::Handle<vector<reco::GenParticle> > genParticlesHandle;
if(doGenParticles_)e.getByToken(genParticlesCollection_, genParticlesHandle);
edm::Handle<double> rhoHandle;
e.getByToken(rhoLabel_, rhoHandle);
float rho = *(rhoHandle.product());
edm::Handle<reco::VertexCollection> vtxHandle;
e.getByToken(vtxLabel_, vtxHandle);
if (!vtxHandle.isValid()) edm::LogWarning("ggNtuplizer") << "Primary vertices info not unavailable";
// Accessing the JEC uncertainties
//ak4
edm::ESHandle<JetCorrectorParametersCollection> JetCorParColl;
es.get<JetCorrectionsRecord>().get("AK4PFchs",JetCorParColl);
JetCorrectorParameters const & JetCorPar = (*JetCorParColl)["Uncertainty"];
JetCorrectionUncertainty *jecUnc=0;
jecUnc = new JetCorrectionUncertainty(JetCorPar);
//ak8
edm::ESHandle<JetCorrectorParametersCollection> AK8JetCorParColl;
es.get<JetCorrectionsRecord>().get("AK8PFchs",AK8JetCorParColl);
JetCorrectorParameters const & AK8JetCorPar = (*AK8JetCorParColl)["Uncertainty"];
JetCorrectionUncertainty *AK8jecUnc=0;
AK8jecUnc = new JetCorrectionUncertainty(AK8JetCorPar);
//start jets Lvdp
for (edm::View<pat::Jet>::const_iterator iJet = jetHandle->begin(); iJet != jetHandle->end(); ++iJet) {
if (iJet->pt() < 20) continue;
jetPt_.push_back( iJet->pt());
jetEn_.push_back( iJet->energy());
jetEta_.push_back( iJet->eta());
jetPhi_.push_back( iJet->phi());
jetRawPt_.push_back( (*iJet).correctedJet("Uncorrected").pt());
jetRawEn_.push_back( (*iJet).correctedJet("Uncorrected").energy());
jetMt_.push_back( iJet->mt());
jetArea_.push_back( iJet->jetArea());
jetCEF_.push_back( iJet->chargedEmEnergyFraction());
jetNEF_.push_back( iJet->neutralEmEnergyFraction());
jetCHF_.push_back( iJet->chargedHadronEnergyFraction());
jetNHF_.push_back( iJet->neutralHadronEnergyFraction());
jetNCH_.push_back( iJet->chargedMultiplicity());
jetNNP_.push_back( iJet->neutralMultiplicity());
jetMUF_.push_back( iJet->muonEnergyFraction());
if (development_) {
jetHFHAE_.push_back( iJet->HFHadronEnergy());
jetHFEME_.push_back( iJet->HFEMEnergy());
jetNConstituents_.push_back(iJet->numberOfDaughters());
}
if (fabs(iJet->eta()) < 5.2) {
jecUnc->setJetEta(iJet->eta());
jecUnc->setJetPt(iJet->pt()); // here you must use the CORRECTED jet pt
jetJECUnc_.push_back(jecUnc->getUncertainty(true));
} else {
jetJECUnc_.push_back(-1.);
}
jetFiredTrgs_.push_back(matchJetTriggerFilters(iJet->pt(), iJet->eta(), iJet->phi()));
//Searching for leading track and lepton
float leadTrkPt = -99;
float leadTrkEta = -99;
float leadTrkPhi = -99;
int lepTrkPID = -99;
float lepTrkPt = -99;
float lepTrkEta = -99;
float lepTrkPhi = -99;
for (unsigned id = 0; id < iJet->getJetConstituents().size(); id++) {
const edm::Ptr<reco::Candidate> daughter = iJet->getJetConstituents().at(id);
if (daughter.isNonnull() && daughter.isAvailable()) {
if (daughter->charge() != 0 && daughter->pt() > leadTrkPt) {
leadTrkPt = daughter->pt();
leadTrkEta = daughter->eta();
leadTrkPhi = daughter->phi();
}
if (abs(daughter->pdgId()) == 11 || abs(daughter->pdgId()) == 13) {
if (daughter->pt() > lepTrkPt) {
lepTrkPID = daughter->pdgId();
lepTrkPt = daughter->pt();
lepTrkEta = daughter->eta();
lepTrkPhi = daughter->phi();
}
}
}
}
jetLeadTrackPt_ .push_back(leadTrkPt);
jetLeadTrackEta_.push_back(leadTrkEta);
jetLeadTrackPhi_.push_back(leadTrkPhi);
jetLepTrackPID_ .push_back(lepTrkPID);
jetLepTrackPt_ .push_back(lepTrkPt);
jetLepTrackEta_ .push_back(lepTrkEta);
jetLepTrackPhi_ .push_back(lepTrkPhi);
jetVtxPt_ .push_back(sqrt(pow(iJet->userFloat("vtxPx"),2)+pow(iJet->userFloat("vtxPy"),2)));
jetVtxMass_ .push_back(iJet->userFloat("vtxMass"));
jetVtxNtrks_ .push_back(iJet->userFloat("vtxNtracks"));
jetVtx3DVal_ .push_back(iJet->userFloat("vtx3DVal"));
jetVtx3DSig_ .push_back(iJet->userFloat("vtx3DSig"));
//b-tagging
jetCSV2BJetTags_ .push_back(iJet->bDiscriminator("pfCombinedInclusiveSecondaryVertexV2BJetTags"));
jetJetProbabilityBJetTags_ .push_back(iJet->bDiscriminator("pfJetProbabilityBJetTags"));
jetpfCombinedMVAV2BJetTags_.push_back(iJet->bDiscriminator("pfCombinedMVAV2BJetTags"));
jetDeepCSVTags_b_ .push_back(iJet->bDiscriminator("deepFlavourJetTags:probb"));
jetDeepCSVTags_bb_ .push_back(iJet->bDiscriminator("deepFlavourJetTags:probbb"));
jetDeepCSVTags_c_ .push_back(iJet->bDiscriminator("deepFlavourJetTags:probc"));
jetDeepCSVTags_cc_ .push_back(iJet->bDiscriminator("deepFlavourJetTags:probcc"));
jetDeepCSVTags_udsg_ .push_back(iJet->bDiscriminator("deepFlavourJetTags:probudsg"));
//parton id
jetPartonID_.push_back(iJet->partonFlavour());
jetHadFlvr_.push_back(iJet->hadronFlavour());
//jet PF Loose ID
double NHF = iJet->neutralHadronEnergyFraction();
double NEMF = iJet->neutralEmEnergyFraction();
double NumConst = iJet->chargedMultiplicity()+iJet->neutralMultiplicity();
double CHF = iJet->chargedHadronEnergyFraction();
double CHM = iJet->chargedMultiplicity();
double CEMF = iJet->chargedEmEnergyFraction();
double NNP = iJet->neutralMultiplicity();
bool looseJetID = false;
bool tightJetID = false;
if (fabs(iJet->eta()) <= 2.7) {
looseJetID = (NHF<0.99 && NEMF<0.99 && NumConst>1) && ((fabs(iJet->eta())<=2.4 && CHF>0 && CHM>0 && CEMF<0.99) || fabs(iJet->eta())>2.4);
tightJetID = (NHF<0.90 && NEMF<0.90 && NumConst>1) && ((fabs(iJet->eta())<=2.4 && CHF>0 && CHM>0 && CEMF<0.99) || fabs(iJet->eta())>2.4);
} else if (fabs(iJet->eta()) <= 3.0) {
looseJetID = (NEMF>0.01 && NHF<0.98 && NNP>2);
tightJetID = (NEMF>0.01 && NHF<0.98 && NNP>2);
} else {
looseJetID = (NEMF<0.90 && NNP>10);
tightJetID = (NEMF<0.90 && NNP>10);
}
jetPFLooseId_.push_back(looseJetID);
Int_t jetIDdecision = 0;
if (looseJetID) jetIDdecision += pow(2, 1);
if (tightJetID) jetIDdecision += pow(2, 2);
jetID_.push_back(jetIDdecision);
// PUJet ID from slimmedJets
jetPUID_.push_back(iJet->userFloat("pileupJetId:fullDiscriminant"));
jetPUFullID_.push_back(iJet->userInt("pileupJetId:fullId"));
// gen jet and parton
if (doGenParticles_ && genParticlesHandle.isValid()) {
int jetGenPartonID = -99;
int jetGenPartonMomID = -99;
float jetGenEn = -999.;
float jetGenPt = -999.;
float jetGenEta = -999.;
float jetGenPhi = -999.;
if ((*iJet).genParton()) {
jetGenPartonID = (*iJet).genParton()->pdgId();
jetGenEn = (*iJet).genParton()->energy();
jetGenPt = (*iJet).genParton()->pt();
jetGenEta = (*iJet).genParton()->eta();
jetGenPhi = (*iJet).genParton()->phi();
if ((*iJet).genParton()->mother()) {
jetGenPartonMomID = (*iJet).genParton()->mother()->pdgId();
}
}
jetGenPartonID_.push_back(jetGenPartonID);
jetGenPartonMomID_.push_back(jetGenPartonMomID);
jetGenEn_ .push_back(jetGenEn);
jetGenPt_ .push_back(jetGenPt);
jetGenEta_ .push_back(jetGenEta);
jetGenPhi_ .push_back(jetGenPhi);
float jetGenJetEn = -999.;
float jetGenJetPt = -999.;
float jetGenJetEta = -999.;
float jetGenJetPhi = -999.;
if ((*iJet).genJet()) {
jetGenJetEn = (*iJet).genJet()->energy();
jetGenJetPt = (*iJet).genJet()->pt();
jetGenJetEta = (*iJet).genJet()->eta();
jetGenJetPhi = (*iJet).genJet()->phi();
}
jetGenJetEn_.push_back(jetGenJetEn);
jetGenJetPt_.push_back(jetGenJetPt);
jetGenJetEta_.push_back(jetGenJetEta);
jetGenJetPhi_.push_back(jetGenJetPhi);
// access jet resolution
JME::JetParameters parameters;
parameters.setJetPt(iJet->pt()).setJetEta(iJet->eta()).setRho(rho);
float jetResolution = jetResolution_.getResolution(parameters);
edm::Service<edm::RandomNumberGenerator> rng;
if (!rng.isAvailable()) edm::LogError("JET : random number generator is missing !");
CLHEP::HepRandomEngine & engine = rng->getEngine( e.streamID() );
float rnd = CLHEP::RandGauss::shoot(&engine, 0., jetResolution);
float jetResolutionSF = jetResolutionSF_.getScaleFactor(parameters);
float jetResolutionSFUp = jetResolutionSF_.getScaleFactor(parameters, Variation::UP);
float jetResolutionSFDo = jetResolutionSF_.getScaleFactor(parameters, Variation::DOWN);
float jetP4Smear = -1.;
float jetP4SmearUp = -1.;
float jetP4SmearDo = -1.;
if (jetGenJetPt > 0 && deltaR(iJet->eta(), iJet->phi(), jetGenJetEta, jetGenJetPhi) < 0.2 && fabs(iJet->pt()-jetGenJetPt) < 3*jetResolution*iJet->pt()) {
jetP4Smear = 1. + (jetResolutionSF - 1.)*(iJet->pt() - jetGenJetPt)/iJet->pt();
jetP4SmearUp = 1. + (jetResolutionSFUp - 1.)*(iJet->pt() - jetGenJetPt)/iJet->pt();
jetP4SmearDo = 1. + (jetResolutionSFDo - 1.)*(iJet->pt() - jetGenJetPt)/iJet->pt();
} else {
jetP4Smear = 1. + rnd*sqrt(max(pow(jetResolutionSF, 2)-1, 0.));
jetP4SmearUp = 1. + rnd*sqrt(max(pow(jetResolutionSFUp, 2)-1, 0.));
jetP4SmearDo = 1. + rnd*sqrt(max(pow(jetResolutionSFDo, 2)-1, 0.));
}
jetP4Smear_ .push_back(jetP4Smear);
jetP4SmearUp_.push_back(jetP4SmearUp);
jetP4SmearDo_.push_back(jetP4SmearDo);
}
nJet_++;
}
if (dumpSubJets_) {
edm::Handle<edm::View<pat::Jet> > jetsAK8;
e.getByToken(jetsAK8Label_, jetsAK8);
if (!jetsAK8.isValid()) {
edm::LogWarning("ggNtuplizer") << "no pat::Jets (AK8AK8) in event";
return;
}
//Double B-tagger
// edm::Handle<reco::JetTagCollection> pfBoostedDoubleSecondaryVertex;
// e.getByToken(boostedDoubleSVLabel_, pfBoostedDoubleSecondaryVertex);
//https://twiki.cern.ch/twiki/bin/viewauth/CMS/JetWtagging#Recipes_to_apply_JEC_on_the_prun
std::vector<JetCorrectorParameters> vPar;
for ( std::vector<std::string>::const_iterator payloadBegin = jecAK8PayloadNames_.begin(), payloadEnd = jecAK8PayloadNames_.end(), ipayload = payloadBegin; ipayload != payloadEnd; ++ipayload ) {
JetCorrectorParameters pars(*ipayload);
vPar.push_back(pars);
}
// Make the FactorizedJetCorrector
jecAK8_ = boost::shared_ptr<FactorizedJetCorrector> ( new FactorizedJetCorrector(vPar) );
jecAK8pSD_ = boost::shared_ptr<FactorizedJetCorrector> ( new FactorizedJetCorrector(vPar) );
nAK8Jet_ = 0;
//jet substructure
int nsubjets = 0;
std::vector<float> vecSDSJcsv ;
std::vector<float> vecSDSJpt ;
std::vector<float> vecSDSJeta ;
std::vector<float> vecSDSJmass ;
std::vector<float> vecSDSJphi ;
std::vector<float> vecSDSJe ;
std::vector<int > vecSDSJcharge ;
std::vector<int > vecSDSJflavour;
int nPuppiSJs = 0;
std::vector<float> vecPuppiSDSJcsv ;
std::vector<float> vecPuppiSDSJpt ;
std::vector<float> vecPuppiSDSJeta ;
std::vector<float> vecPuppiSDSJmass ;
std::vector<float> vecPuppiSDSJphi ;
std::vector<float> vecPuppiSDSJe ;
std::vector<int > vecPuppiSDSJcharge ;
std::vector<int > vecPuppiSDSJflavour;
edm::View<pat::Jet>::const_iterator beginAK8 = jetsAK8->begin();
edm::View<pat::Jet>::const_iterator endAK8 = jetsAK8->end();
edm::View<pat::Jet>::const_iterator ijetAK8 = beginAK8;
int ijetRef = -1;
// Loop over the "hard" jets
for(ijetAK8 = beginAK8; ijetAK8 != endAK8; ++ijetAK8 ) {
ijetRef++;
if( ijetAK8->pt() < 30.0 ) continue;
nAK8Jet_++;
AK8JetPt_.push_back( ijetAK8->pt() );
AK8JetEn_.push_back( ijetAK8->energy() );
AK8JetMass_.push_back( ijetAK8->mass() );
AK8JetRawPt_.push_back( (*ijetAK8).correctedJet("Uncorrected").pt() );
AK8JetRawEn_.push_back( (*ijetAK8).correctedJet("Uncorrected").energy() );
AK8JetEta_.push_back( ijetAK8->eta() );
AK8JetPhi_.push_back( ijetAK8->phi() );
AK8Jet_tau1_.push_back( ijetAK8->userFloat("NjettinessAK8:tau1") );
AK8Jet_tau2_.push_back( ijetAK8->userFloat("NjettinessAK8:tau2") );
AK8Jet_tau3_.push_back( ijetAK8->userFloat("NjettinessAK8:tau3") );
AK8JetCHF_.push_back( ijetAK8->chargedHadronEnergyFraction()); // 0.0
AK8JetNHF_.push_back( ijetAK8->neutralHadronEnergyFraction()); //0.99
AK8JetCEF_.push_back( ijetAK8->chargedEmEnergyFraction()); //0.99
AK8JetNEF_.push_back( ijetAK8->neutralEmEnergyFraction()); //0.99
AK8JetNCH_.push_back( ijetAK8->chargedMultiplicity()); //0
AK8JetNNP_.push_back( ijetAK8->neutralMultiplicity()); //0
AK8Jetnconstituents_.push_back( ijetAK8->chargedMultiplicity() + ijetAK8->neutralMultiplicity()); //1
AK8JetMUF_.push_back(ijetAK8->muonEnergyFraction());
//https://twiki.cern.ch/twiki/bin/viewauth/CMS/JetID#Recommendations_for_13_TeV_data
//LooseID
bool AK8jetID = true;
if (fabs(ijetAK8->eta()) <= 2.7) {
if (!(ijetAK8->neutralHadronEnergyFraction() < 0.99)) AK8jetID = false;
if (!(ijetAK8->neutralEmEnergyFraction() < 0.99)) AK8jetID = false;
if (!((ijetAK8->chargedMultiplicity() + ijetAK8->neutralMultiplicity()) > 1)) AK8jetID = false;
if (fabs(ijetAK8->eta()) <= 2.4) {
if (!(ijetAK8->chargedHadronEnergyFraction() > 0)) AK8jetID = false;
if (!(ijetAK8->chargedMultiplicity() > 0)) AK8jetID = false;
if (!(ijetAK8->chargedEmEnergyFraction() < 0.99)) AK8jetID = false;
}
}
else if (fabs(ijetAK8->eta()) > 2.7 && fabs(ijetAK8->eta()) <= 3.0) {
if (!(ijetAK8->neutralEmEnergyFraction() > 0.01)) AK8jetID = false;
if (!(ijetAK8->neutralHadronEnergyFraction() < 0.98)) AK8jetID = false;
if (!(ijetAK8->neutralMultiplicity() > 2)) AK8jetID = false;
}
else if (fabs(ijetAK8->eta()) > 3.0) {
if (!(ijetAK8->neutralEmEnergyFraction() < 0.90)) AK8jetID = false;
if (!(ijetAK8->neutralMultiplicity() > 10)) AK8jetID = false;
}
AK8JetPFLooseId_.push_back(AK8jetID);
//TightIDMuon Fraction
bool AK8jetIDTightLepVeto = true;
if (fabs(ijetAK8->eta()) <= 3.0) {
if (!(ijetAK8->neutralHadronEnergyFraction() < 0.90)) AK8jetIDTightLepVeto = false;
if (!(ijetAK8->neutralEmEnergyFraction() < 0.90)) AK8jetIDTightLepVeto = false;
if (!((ijetAK8->chargedMultiplicity() + ijetAK8->neutralMultiplicity()) > 1)) AK8jetIDTightLepVeto = false;
if (!(ijetAK8->muonEnergyFraction()<0.8)) AK8jetIDTightLepVeto = false;
if (fabs(ijetAK8->eta()) <= 2.4) {
if (!(ijetAK8->chargedHadronEnergyFraction() > 0)) AK8jetIDTightLepVeto = false;
if (!(ijetAK8->chargedMultiplicity() > 0)) AK8jetIDTightLepVeto = false;
if (!(ijetAK8->chargedEmEnergyFraction() < 0.90)) AK8jetIDTightLepVeto = false;
}
}
AK8JetPFTightLepVetoId_.push_back(AK8jetIDTightLepVeto);
AK8JetpfBoostedDSVBTag_.push_back(ijetAK8->bDiscriminator("pfBoostedDoubleSecondaryVertexAK8BJetTags"));
AK8JetDSVnewV4_.push_back(ijetAK8->bDiscriminator("newV4pfBoostedDoubleSecondaryVertexAK8BJetTags"));
AK8JetCSV_.push_back(ijetAK8->bDiscriminator("pfCombinedInclusiveSecondaryVertexV2BJetTags"));
//AK8JetpfBoostedDSVBTag_.push_back( (*pfBoostedDoubleSecondaryVertex).value(ijetRef));
const LorentzVector uncorrJet = (*ijetAK8).correctedP4(0);
jecAK8_->setJetEta(uncorrJet.eta());
jecAK8_->setJetPt ( uncorrJet.pt() );
jecAK8_->setJetE ( uncorrJet.energy() );
jecAK8_->setJetA ( (*ijetAK8).jetArea() );
jecAK8_->setRho ( rho );
jecAK8_->setNPV ( vtxHandle->size() );
float corr = jecAK8_->getCorrection();
AK8JetL2L3corr_.push_back(corr);
AK8JetSoftDropMass_.push_back(ijetAK8->userFloat("ak8PFJetsCHSSoftDropMass"));
AK8JetPrunedMass_.push_back(ijetAK8->userFloat("ak8PFJetsCHSPrunedMass"));
AK8JetSoftDropMassCorr_.push_back(corr*(ijetAK8->userFloat("ak8PFJetsCHSSoftDropMass")));
AK8JetPrunedMassCorr_.push_back(corr*(ijetAK8->userFloat("ak8PFJetsCHSPrunedMass")));
//JEC uncertainty
if (fabs(ijetAK8->eta()) < 5.2) {
AK8jecUnc->setJetEta(ijetAK8->eta());
AK8jecUnc->setJetPt(ijetAK8->pt()); // here you must use the CORRECTED jet pt
AK8JetJECUnc_.push_back(AK8jecUnc->getUncertainty(true));
} else {
AK8JetJECUnc_.push_back(-1.);
}
//save gen-info for ak8 jets
//parton id
AK8JetPartonID_.push_back(ijetAK8->partonFlavour());
AK8JetHadFlvr_.push_back(ijetAK8->hadronFlavour());
int AK8JetGenPartonID = -99;
int AK8JetGenPartonMomID = -99;
float AK8JetGenEn = -999.;
float AK8JetGenPt = -999.;
float AK8JetGenEta = -999.;
float AK8JetGenPhi = -999.;
if (doGenParticles_ && genParticlesHandle.isValid() ) {
if ((*ijetAK8).genParton()) {
AK8JetGenPartonID = (*ijetAK8).genParton()->pdgId();
AK8JetGenEn = (*ijetAK8).genParton()->energy();
AK8JetGenPt = (*ijetAK8).genParton()->pt();
AK8JetGenEta = (*ijetAK8).genParton()->eta();
AK8JetGenPhi = (*ijetAK8).genParton()->phi();
if ((*ijetAK8).genParton()->mother()) {
AK8JetGenPartonMomID = (*ijetAK8).genParton()->mother()->pdgId();
}
}
}
AK8JetGenPartonID_.push_back(AK8JetGenPartonID);
AK8JetGenPartonMomID_.push_back(AK8JetGenPartonMomID);
AK8JetGenEn_ .push_back(AK8JetGenEn);
AK8JetGenPt_ .push_back(AK8JetGenPt);
AK8JetGenEta_ .push_back(AK8JetGenEta);
AK8JetGenPhi_ .push_back(AK8JetGenPhi);
int AK8JetGenJetIndex = -1;
float AK8JetGenJetEn = -999.;
float AK8JetGenJetPt = -999.;
float AK8JetGenJetEta = -999.;
float AK8JetGenJetPhi = -999.;
if (doGenParticles_ && genParticlesHandle.isValid() ) {
if ((*ijetAK8).genJet()) {
AK8JetGenJetIndex = 1;
AK8JetGenJetEn = (*ijetAK8).genJet()->energy();
AK8JetGenJetPt = (*ijetAK8).genJet()->pt();
AK8JetGenJetEta = (*ijetAK8).genJet()->eta();
AK8JetGenJetPhi = (*ijetAK8).genJet()->phi();
}
// access AK8jet resolution
JME::JetParameters AK8parameters;
AK8parameters.setJetPt(ijetAK8->pt()).setJetEta(ijetAK8->eta()).setRho(rho);
float AK8jetResolution = AK8jetResolution_.getResolution(AK8parameters);
edm::Service<edm::RandomNumberGenerator> rng;
if (!rng.isAvailable()) edm::LogError("JET : random number generator is missing !");
CLHEP::HepRandomEngine & engine = rng->getEngine( e.streamID() );
float rnd = CLHEP::RandGauss::shoot(&engine, 0., AK8jetResolution);
float AK8jetResolutionSF = AK8jetResolutionSF_.getScaleFactor(AK8parameters);
float AK8jetResolutionSFUp = AK8jetResolutionSF_.getScaleFactor(AK8parameters, Variation::UP);
float AK8jetResolutionSFDo = AK8jetResolutionSF_.getScaleFactor(AK8parameters, Variation::DOWN);
float AK8JetP4Smear = -1.;
float AK8JetP4SmearUp = -1.;
float AK8JetP4SmearDo = -1.;
if (AK8JetGenJetPt > 0 && deltaR(ijetAK8->eta(), ijetAK8->phi(), AK8JetGenJetEta, AK8JetGenJetPhi) < 0.4 && fabs(ijetAK8->pt()-AK8JetGenJetPt) < 3*AK8jetResolution*ijetAK8->pt()) {
AK8JetP4Smear = 1. + (AK8jetResolutionSF - 1.)*(ijetAK8->pt() - AK8JetGenJetPt)/ijetAK8->pt();
AK8JetP4SmearUp = 1. + (AK8jetResolutionSFUp - 1.)*(ijetAK8->pt() - AK8JetGenJetPt)/ijetAK8->pt();
AK8JetP4SmearDo = 1. + (AK8jetResolutionSFDo - 1.)*(ijetAK8->pt() - AK8JetGenJetPt)/ijetAK8->pt();
} else {
AK8JetP4Smear = 1. + rnd*sqrt(max(pow(AK8jetResolutionSF, 2)-1, 0.));
AK8JetP4SmearUp = 1. + rnd*sqrt(max(pow(AK8jetResolutionSFUp, 2)-1, 0.));
AK8JetP4SmearDo = 1. + rnd*sqrt(max(pow(AK8jetResolutionSFDo, 2)-1, 0.));
}
AK8JetP4Smear_ .push_back(AK8JetP4Smear);
AK8JetP4SmearUp_.push_back(AK8JetP4SmearUp);
AK8JetP4SmearDo_.push_back(AK8JetP4SmearDo);
}
AK8JetGenJetIndex_.push_back(AK8JetGenJetIndex);
AK8JetGenJetEn_.push_back(AK8JetGenJetEn);
AK8JetGenJetPt_.push_back(AK8JetGenJetPt);
AK8JetGenJetEta_.push_back(AK8JetGenJetEta);
AK8JetGenJetPhi_.push_back(AK8JetGenJetPhi);
//save Softdrop subjet info Lvdp
vecSDSJcsv.clear();
vecSDSJpt.clear();
vecSDSJeta.clear();
vecSDSJmass.clear();
vecSDSJphi.clear();
vecSDSJe.clear();
vecSDSJcharge.clear();
vecSDSJflavour.clear();
nsubjets = 0;
if(dumpSoftDrop_) {
auto const & sdSubjets = ijetAK8->subjets("SoftDrop");
for ( auto const & SDSJ : sdSubjets ) {
nsubjets++;
vecSDSJpt.push_back(SDSJ->pt());
vecSDSJeta.push_back(SDSJ->eta());
vecSDSJmass.push_back(SDSJ->mass());
vecSDSJphi.push_back(SDSJ->phi());
vecSDSJe.push_back(SDSJ->energy());
vecSDSJflavour.push_back(abs(SDSJ->partonFlavour()));
vecSDSJcharge.push_back(SDSJ->charge());
vecSDSJcsv.push_back(SDSJ->bDiscriminator("pfCombinedInclusiveSecondaryVertexV2BJetTags") );
}
}
nAK8SDSJ_.push_back(nsubjets);
AK8SDSJPt_.push_back(vecSDSJpt);
AK8SDSJEta_.push_back(vecSDSJeta);
AK8SDSJPhi_.push_back(vecSDSJphi);
AK8SDSJMass_.push_back(vecSDSJmass);
AK8SDSJE_.push_back(vecSDSJe);
AK8SDSJCharge_.push_back(vecSDSJcharge);
AK8SDSJFlavour_.push_back(vecSDSJflavour);
AK8SDSJCSV_.push_back(vecSDSJcsv);
//for some r&d on puppi + softdrop
AK8puppiPt_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:pt"));
AK8puppiMass_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:mass"));
AK8puppiEta_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:eta"));
AK8puppiPhi_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:phi"));
AK8puppiTau1_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:NjettinessAK8PuppiTau1"));
AK8puppiTau2_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:NjettinessAK8PuppiTau2"));
AK8puppiTau3_.push_back( ijetAK8->userFloat("ak8PFJetsPuppiValueMap:NjettinessAK8PuppiTau3"));
//save puppi-Softdrop subjet info Lvdp
vecPuppiSDSJcsv.clear();
vecPuppiSDSJpt.clear();
vecPuppiSDSJeta.clear();
vecPuppiSDSJmass.clear();
vecPuppiSDSJphi.clear();
vecPuppiSDSJe.clear();
vecPuppiSDSJcharge.clear();
vecPuppiSDSJflavour.clear();
nPuppiSJs = 0;
TLorentzVector puppi_softdrop, puppi_softdrop_subjet;
auto const & sdSubjetsPuppi = ijetAK8->subjets("SoftDropPuppi");
for ( auto const & puppiSDSJ : sdSubjetsPuppi ) {
nPuppiSJs++;
vecPuppiSDSJpt.push_back(puppiSDSJ->pt());
vecPuppiSDSJeta.push_back(puppiSDSJ->eta());
vecPuppiSDSJmass.push_back(puppiSDSJ->mass());
vecPuppiSDSJphi.push_back(puppiSDSJ->phi());
vecPuppiSDSJe.push_back(puppiSDSJ->energy());
vecPuppiSDSJflavour.push_back(abs(puppiSDSJ->partonFlavour()));
vecPuppiSDSJcharge.push_back(puppiSDSJ->charge());
vecPuppiSDSJcsv.push_back(puppiSDSJ->bDiscriminator("pfCombinedInclusiveSecondaryVertexV2BJetTags") );
puppi_softdrop_subjet.SetPtEtaPhiM(puppiSDSJ->correctedP4(0).pt(),puppiSDSJ->correctedP4(0).eta(),puppiSDSJ->correctedP4(0).phi(),puppiSDSJ->correctedP4(0).mass());
puppi_softdrop+=puppi_softdrop_subjet;
}
//fir L2L3 corrections
jecAK8pSD_->setJetEta( puppi_softdrop.Eta() );
jecAK8pSD_->setJetPt ( puppi_softdrop.Pt() );
jecAK8pSD_->setJetE ( puppi_softdrop.E() );
jecAK8pSD_->setJetA ( (*ijetAK8).jetArea() );
jecAK8pSD_->setRho ( rho );
jecAK8pSD_->setNPV ( vtxHandle->size() );
float corr_puppiSD = jecAK8pSD_->getCorrection();
AK8puppiSDL2L3corr_.push_back(corr_puppiSD);
AK8puppiSDMass_.push_back(puppi_softdrop.M());
AK8puppiSDMassL2L3Corr_.push_back(corr_puppiSD*puppi_softdrop.M());
nAK8puppiSDSJ_.push_back(nPuppiSJs);
AK8puppiSDSJPt_.push_back(vecPuppiSDSJpt);
AK8puppiSDSJEta_.push_back(vecPuppiSDSJeta);
AK8puppiSDSJPhi_.push_back(vecPuppiSDSJphi);
AK8puppiSDSJMass_.push_back(vecPuppiSDSJmass);
AK8puppiSDSJE_.push_back(vecPuppiSDSJe);
AK8puppiSDSJCharge_.push_back(vecPuppiSDSJcharge);