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Copy pathBoostedTTHFlatTreeProducer.cc
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BoostedTTHFlatTreeProducer.cc
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#include <string>
#include <cmath>
#include <functional>
#include <vector>
#include <cassert>
#include "Math/SpecFuncMathMore.h"
#include "TMath.h"
#include "TVectorD.h"
#include "TMatrixDSym.h"
#include "TMatrixDSymEigen.h"
#include "fastjet/contrib/Njettiness.hh"
#include "fastjet/tools/MassDropTagger.hh"
#include "fastjet/contrib/SoftDrop.hh"
#include "DataFormats/JetReco/interface/GenJet.h"
#include "DataFormats/JetReco/interface/GenJetCollection.h"
#include "KKousour/TopAnalysis/plugins/BoostedTTHFlatTreeProducer.h"
using namespace std;
using namespace reco;
using namespace fastjet;
BoostedTTHFlatTreeProducer::BoostedTTHFlatTreeProducer(edm::ParameterSet const& cfg)
{
jetsToken = consumes<pat::JetCollection>(cfg.getParameter<edm::InputTag>("jets"));
genjetsToken = consumes<GenJetCollection>(cfg.getUntrackedParameter<edm::InputTag>("genjets",edm::InputTag("")));
muonsToken = consumes<pat::MuonCollection>(cfg.getParameter<edm::InputTag>("muons"));
electronsToken = consumes<pat::ElectronCollection>(cfg.getParameter<edm::InputTag>("electrons"));
metToken = consumes<pat::METCollection>(cfg.getParameter<edm::InputTag>("met"));
candsToken = consumes<pat::PackedCandidateCollection>(cfg.getParameter<edm::InputTag>("candidates"));
rhoToken = consumes<double>(cfg.getParameter<edm::InputTag>("rho"));
recVtxsToken = consumes<reco::VertexCollection>(cfg.getParameter<edm::InputTag>("vertices"));
triggerResultsToken = consumes<edm::TriggerResults>(cfg.getParameter<edm::InputTag>("triggerResults"));
triggerPrescalesToken = consumes<pat::PackedTriggerPrescales>(cfg.getParameter<edm::InputTag>("triggerPrescales"));
pupInfoToken = consumes<edm::View<PileupSummaryInfo> >(edm::InputTag("slimmedAddPileupInfo"));
genEvtInfoToken = consumes<GenEventInfoProduct>(edm::InputTag("generator"));
genParticlesToken = consumes<edm::View<reco::GenParticle> >(edm::InputTag("prunedGenParticles"));
lheEvtInfoToken = consumes<LHEEventProduct>(edm::InputTag("externalLHEProducer"));
runInfoToken = consumes<LHERunInfoProduct>(edm::InputTag("externalLHEProducer"));
srcBtag_ = cfg.getParameter<std::string>("btagger");
srcDoubleBtag_ = cfg.getParameter<std::string>("doubleBtagger");
xmlFile_ = cfg.getParameter<std::string>("xmlFile");
xmlFisherFile_ = cfg.getParameter<std::string>("xmlFisherFile");
triggerNames_ = cfg.getParameter<std::vector<std::string> >("triggerNames");
etaMax_ = cfg.getParameter<double>("etaMax");
ptMin_ = cfg.getParameter<double>("ptMin");
ptMinLeading_ = cfg.getParameter<double>("ptMinLeading");
massMin_ = cfg.getParameter<double>("massMin");
btagMin_ = cfg.getParameter<double>("btagMin");
doubleBtagMin_ = cfg.getParameter<double>("doubleBtagMin");
minMuPt_ = cfg.getParameter<double>("minMuPt");
minElPt_ = cfg.getParameter<double>("minElPt");
isMC_ = cfg.getUntrackedParameter<bool>("isMC",false);
isPrint_ = cfg.getUntrackedParameter<bool>("isPrint",false);
saveWeights_ = cfg.getUntrackedParameter<bool>("saveWeights",false);
debug_ = cfg.getUntrackedParameter<bool>("debug",false);
GenptMin_ = cfg.getParameter<double>("GenptMin");
GenetaMax_ = cfg.getParameter<double>("GenetaMax");
jetFlavourInfosToken_ = consumes<reco::JetFlavourInfoMatchingCollection>( cfg.getParameter<edm::InputTag>("jetFlavourInfos"));
//Gen Jet information
fAKJetDef = new fastjet::JetDefinition(fastjet::antikt_algorithm, 0.8);
int activeAreaRepeats = 1;
double ghostArea = 0.01;
double ghostEtaMax = 7.0;
fActiveArea = new fastjet::ActiveAreaSpec (ghostEtaMax,activeAreaRepeats,ghostArea);
fAreaDefinition = new fastjet::AreaDefinition (fastjet::active_area_explicit_ghosts, *fActiveArea );
sd = new fastjet::contrib::SoftDrop(0.0,0.1,0.8);//beta_, zCut_, R0 );
}
//////////////////////////////////////////////////////////////////////////////////////////
void BoostedTTHFlatTreeProducer::beginJob()
{
printTriggerMenu_ = true;
//--- book the trigger histograms ---------
triggerNamesHisto_ = fs_->make<TH1F>("TriggerNames","TriggerNames",1,0,1);
triggerNamesHisto_->SetCanExtend(TH1::kAllAxes);
for(unsigned i=0;i<triggerNames_.size();i++) {
triggerNamesHisto_->Fill(triggerNames_[i].c_str(),1);
}
triggerPassHisto_ = fs_->make<TH1F>("TriggerPass","TriggerPass",1,0,1);
triggerPassHisto_->SetCanExtend(TH1::kAllAxes);
cutFlowHisto_ = fs_->make<TH1F>("CutFlow","CutFlow",1,0,1);
cutFlowHisto_->SetCanExtend(TH1::kAllAxes);
//--- book the tree -----------------------
outTree_ = fs_->make<TTree>("events","events");
outTree_->Branch("runNo" ,&run_ ,"run_/I");
outTree_->Branch("evtNo" ,&evt_ ,"evt_/I");
outTree_->Branch("lumi" ,&lumi_ ,"lumi_/I");
outTree_->Branch("nvtx" ,&nVtx_ ,"nVtx_/I");
outTree_->Branch("nJets" ,&nJets_ ,"nJets_/I");
outTree_->Branch("nGenJets" ,&nGenJets_ ,"nGenJets_/I");
outTree_->Branch("nLeptons" ,&nLeptons_ ,"nLeptons_/I");
outTree_->Branch("nBJets" ,&nBJets_ ,"nBJets_/I");
outTree_->Branch("mvaValueMax" ,&mvaValueMax_ ,"mvaValueMax/F");
outTree_->Branch("highestMvaJet" ,&highestMvaJet_ ,"highestMvaJet/I");
outTree_->Branch("pvRho" ,&pvRho_ ,"pvRho_/F");
outTree_->Branch("pvz" ,&pvz_ ,"pvz_/F");
outTree_->Branch("pvchi2" ,&pvchi2_ ,"pvchi2_/F");
outTree_->Branch("pvndof" ,&pvndof_ ,"pvndof_/F");
outTree_->Branch("rho" ,&rho_ ,"rho_/F");
outTree_->Branch("ht" ,&ht_ ,"ht_/F");
outTree_->Branch("mva" ,&mva_ ,"mva_/F");
outTree_->Branch("met" ,&met_ ,"met_/F");
outTree_->Branch("metGen" ,&metGen_ ,"metGen_/F");
outTree_->Branch("metSig" ,&metSig_ ,"metSig_/F");
outTree_->Branch("metGenSig" ,&metGenSig_ ,"metGenSig_/F");
outTree_->Branch("mJJ" ,&mJJ_ ,"mJJ_/F");
outTree_->Branch("yJJ" ,&yJJ_ ,"yJJ_/F");
outTree_->Branch("ptJJ" ,&ptJJ_ ,"ptJJ_/F");
outTree_->Branch("dRJJ" ,&dRJJ_ ,"dRJJ_/F");
outTree_->Branch("dPhiJJ" ,&dPhiJJ_ ,"dPhiJJ_/F");
outTree_->Branch("dPhiLJ" ,&dPhiLJ_ ,"dPhiLJ_/F");
//------------------------------------------------------------------
isDoubleBtag_ = new std::vector<bool>;
isBtag_ = new std::vector<bool>;
flavor_ = new std::vector<int>;
flavorHadron_ = new std::vector<int>;
nSubJets_ = new std::vector<int>;
nSubGenJets_ = new std::vector<int>;
nBSubJets_ = new std::vector<int>;
pt_ = new std::vector<float>;
btag_ = new std::vector<float>;
doubleBtag_ = new std::vector<float>;
eta_ = new std::vector<float>;
phi_ = new std::vector<float>;
mass_ = new std::vector<float>;
massSoftDrop_ = new std::vector<float>;
energy_ = new std::vector<float>;
chf_ = new std::vector<float>;
nhf_ = new std::vector<float>;
phf_ = new std::vector<float>;
muf_ = new std::vector<float>;
elf_ = new std::vector<float>;
tau1_ = new std::vector<float>;
tau2_ = new std::vector<float>;
tau3_ = new std::vector<float>;
btagSub0_ = new std::vector<float>;
btagSub1_ = new std::vector<float>;
massSub0_ = new std::vector<float>;
massSub1_ = new std::vector<float>;
ptSub0_ = new std::vector<float>;
ptSub1_ = new std::vector<float>;
jetMva_ = new std::vector<float>;
etaSub0_ = new std::vector<float>;
etaSub1_ = new std::vector<float>;
phiSub0_ = new std::vector<float>;
phiSub1_ = new std::vector<float>;
flavorSub0_ = new std::vector<int>;
flavorSub1_ = new std::vector<int>;
flavorHadronSub0_ = new std::vector<int>;
flavorHadronSub1_ = new std::vector<int>;
lId_ = new std::vector<int>;
lPt_ = new std::vector<float>;
lEta_ = new std::vector<float>;
lPhi_ = new std::vector<float>;
lE_ = new std::vector<float>;
lIso_ = new std::vector<float>;
outTree_->Branch("jetIsBtag" ,"vector<bool>" ,&isBtag_);
outTree_->Branch("jetIsDoubleBtag" ,"vector<bool>" ,&isDoubleBtag_);
outTree_->Branch("jetFlavor" ,"vector<int>" ,&flavor_);
outTree_->Branch("jetFlavorHadron" ,"vector<int>" ,&flavorHadron_);
outTree_->Branch("jetNSub" ,"vector<int>" ,&nSubJets_);
outTree_->Branch("jetNSubGen" ,"vector<int>" ,&nSubGenJets_);
outTree_->Branch("jetNBSub" ,"vector<int>" ,&nBSubJets_);
outTree_->Branch("jetPt" ,"vector<float>" ,&pt_);
outTree_->Branch("jetBtag" ,"vector<float>" ,&btag_);
outTree_->Branch("jetDoubleBtag" ,"vector<float>" ,&doubleBtag_);
outTree_->Branch("jetEta" ,"vector<float>" ,&eta_);
outTree_->Branch("jetPhi" ,"vector<float>" ,&phi_);
outTree_->Branch("jetMass" ,"vector<float>" ,&mass_);
outTree_->Branch("jetMassSoftDrop" ,"vector<float>" ,&massSoftDrop_);
outTree_->Branch("jetEnergy" ,"vector<float>" ,&energy_);
outTree_->Branch("jetChf" ,"vector<float>" ,&chf_);
outTree_->Branch("jetNhf" ,"vector<float>" ,&nhf_);
outTree_->Branch("jetPhf" ,"vector<float>" ,&phf_);
outTree_->Branch("jetMuf" ,"vector<float>" ,&muf_);
outTree_->Branch("jetElf" ,"vector<float>" ,&elf_);
outTree_->Branch("jetTau1" ,"vector<float>" ,&tau1_);
outTree_->Branch("jetTau2" ,"vector<float>" ,&tau2_);
outTree_->Branch("jetTau3" ,"vector<float>" ,&tau3_);
outTree_->Branch("jetBtagSub0" ,"vector<float>" ,&btagSub0_);
outTree_->Branch("jetBtagSub1" ,"vector<float>" ,&btagSub1_);
outTree_->Branch("jetMassSub0" ,"vector<float>" ,&massSub0_);
outTree_->Branch("jetMassSub1" ,"vector<float>" ,&massSub1_);
outTree_->Branch("jetPtSub0" ,"vector<float>" ,&ptSub0_);
outTree_->Branch("jetPtSub1" ,"vector<float>" ,&ptSub1_);
outTree_->Branch("jetEtaSub0" ,"vector<float>" ,&etaSub0_);
outTree_->Branch("jetEtaSub1" ,"vector<float>" ,&etaSub1_);
outTree_->Branch("jetPhiSub0" ,"vector<float>" ,&phiSub0_);
outTree_->Branch("jetPhiSub1" ,"vector<float>" ,&phiSub1_);
outTree_->Branch("jetFlavorSub0" ,"vector<int>" ,&flavorSub0_);
outTree_->Branch("jetFlavorSub1" ,"vector<int>" ,&flavorSub1_);
outTree_->Branch("jetFlavorHadronSub0" ,"vector<int>" ,&flavorHadronSub0_);
outTree_->Branch("jetFlavorHadronSub1" ,"vector<int>" ,&flavorHadronSub1_);
outTree_->Branch("jetMva" ,"vector<float>" ,&jetMva_);
outTree_->Branch("lepId" ,"vector<int>" ,&lId_);
outTree_->Branch("lepPt" ,"vector<float>" ,&lPt_);
outTree_->Branch("lepEta" ,"vector<float>" ,&lEta_);
outTree_->Branch("lepPhi" ,"vector<float>" ,&lPhi_);
outTree_->Branch("lepE" ,"vector<float>" ,&lE_);
outTree_->Branch("lepIso" ,"vector<float>" ,&lIso_);
//------------------------------------------------------------------
triggerBit_ = new std::vector<bool>;
triggerPre_ = new std::vector<int>;
outTree_->Branch("triggerBit" ,"vector<bool>" ,&triggerBit_);
outTree_->Branch("triggerPre" ,"vector<int>" ,&triggerPre_);
//------------------------------------------------------------------
discr_ = new BoostedDiscriminatorMVA("KKousour/TopAnalysis/data/"+xmlFile_);
discrJets_ = new DiscriminatorFisher("KKousour/TopAnalysis/data/"+xmlFisherFile_);
//------------------- MC ---------------------------------
if (isMC_) {
outTree_->Branch("decay" ,&decay_ ,"decay_/I");
outTree_->Branch("npu" ,&npu_ ,"npu_/I");
outTree_->Branch("genEvtWeight" ,&genEvtWeight_ ,"genEvtWeight_/F");
outTree_->Branch("lheOriginalXWGTUP" ,&lheOriginalXWGTUP_ ,"lheOriginalXWGTUP_/F");
if (saveWeights_) {
scaleWeights_ = new std::vector<float>;
pdfWeights_ = new std::vector<float>;
outTree_->Branch("scaleWeights" ,"vector<float>" ,&scaleWeights_);
outTree_->Branch("pdfWeights" ,"vector<float>" ,&pdfWeights_);
}
partonId_ = new std::vector<int>;
partonSt_ = new std::vector<int>;
partonMatchIdx_ = new std::vector<int>;
partonMatchDR_ = new std::vector<float>;
partonPt_ = new std::vector<float>;
partonEta_ = new std::vector<float>;
partonPhi_ = new std::vector<float>;
partonE_ = new std::vector<float>;
partonMass_ = new std::vector<float>;
outTree_->Branch("partonId" ,"vector<int>" ,&partonId_);
outTree_->Branch("partonSt" ,"vector<int>" ,&partonSt_);
outTree_->Branch("partonMatchIdx" ,"vector<int>" ,&partonMatchIdx_);
outTree_->Branch("partonMatchDR" ,"vector<float>" ,&partonMatchDR_);
outTree_->Branch("partonPt" ,"vector<float>" ,&partonPt_);
outTree_->Branch("partonEta" ,"vector<float>" ,&partonEta_);
outTree_->Branch("partonPhi" ,"vector<float>" ,&partonPhi_);
outTree_->Branch("partonE" ,"vector<float>" ,&partonE_);
outTree_->Branch("partonMass" ,"vector<float>" ,&partonMass_);
//gen jets
GenSoftDropMass_ = new std::vector<float>;
GenSoftDropTau_ = new std::vector<float>;
GenJetpt_ = new std::vector<float>;
GenJetphi_ = new std::vector<float>;
GenJeteta_ = new std::vector<float>;
GenJetenergy_ = new std::vector<float>;
GenJetmass_ = new std::vector<float>;
GenJettau1_ = new std::vector<float>;
GenJettau2_ = new std::vector<float>;
GenJettau3_ = new std::vector<float>;
GenSDSimmetry_ = new std::vector<float>;
isBJetGen_ = new std::vector<bool>;
outTree_->Branch("GenSoftDropMass" ,"vector<float>" ,&GenSoftDropMass_);
outTree_->Branch("GenSoftDropTau" ,"vector<float>" ,&GenSoftDropTau_);
outTree_->Branch("GenJetpt" ,"vector<float>" ,&GenJetpt_);
outTree_->Branch("GenJeteta" ,"vector<float>" ,&GenJeteta_);
outTree_->Branch("GenJettau1" ,"vector<float>" ,&GenJettau1_);
outTree_->Branch("GenJettau2" ,"vector<float>" ,&GenJettau2_);
outTree_->Branch("GenJettau3" ,"vector<float>" ,&GenJettau3_);
outTree_->Branch("GenJetphi" ,"vector<float>" ,&GenJetphi_);
outTree_->Branch("GenJetenergy" ,"vector<float>" ,&GenJetenergy_);
outTree_->Branch("GenJetmass" ,"vector<float>" ,&GenJetmass_);
outTree_->Branch("GenSDSimmetry" ,"vector<float>" ,&GenSDSimmetry_);
outTree_->Branch("isBJetGen" ,"vector<bool>" ,&isBJetGen_);
GenSubJet1Pt_= new std::vector<float>;
GenSubJet2Pt_= new std::vector<float>;
GenSubJet1Eta_= new std::vector<float>;
GenSubJet2Eta_= new std::vector<float>;
GenSubJet1Phi_= new std::vector<float>;
GenSubJet2Phi_= new std::vector<float>;
GenSubJet1Mass_= new std::vector<float>;
GenSubJet2Mass_= new std::vector<float>;
GenSubJetsDeltaR_= new std::vector<float>;
GenSubJetsMu_= new std::vector<float>;
outTree_->Branch("GenSubJet1Pt" ,"vector<float>" ,&GenSubJet1Pt_);
outTree_->Branch("GenSubJet2Pt" ,"vector<float>" ,&GenSubJet2Pt_);
outTree_->Branch("GenSubJet1Eta" ,"vector<float>" ,&GenSubJet1Eta_);
outTree_->Branch("GenSubJet2Eta" ,"vector<float>" ,&GenSubJet2Eta_);
outTree_->Branch("GenSubJet1Phi" ,"vector<float>" ,&GenSubJet1Phi_);
outTree_->Branch("GenSubJet2Phi" ,"vector<float>" ,&GenSubJet2Phi_);
outTree_->Branch("GenSubJet1Mass" ,"vector<float>" ,&GenSubJet1Mass_);
outTree_->Branch("GenSubJet2Mass" ,"vector<float>" ,&GenSubJet2Mass_);
outTree_->Branch("GenSubJetsDeltaR" ,"vector<float>" ,&GenSubJetsDeltaR_);
outTree_->Branch("GenSubJetsMu" ,"vector<float>" ,&GenSubJetsMu_);
}
cout<<"Begin job finished"<<endl;
}
//////////////////////////////////////////////////////////////////////////////////////////
void BoostedTTHFlatTreeProducer::endJob()
{
delete isBtag_;
delete isDoubleBtag_;
delete flavor_;
delete flavorHadron_;
delete nSubJets_;
delete nSubGenJets_;
delete nBSubJets_;
delete pt_;
delete btag_;
delete doubleBtag_;
delete eta_;
delete phi_;
delete mass_;
delete massSoftDrop_;
delete energy_;
delete chf_;
delete nhf_;
delete phf_;
delete muf_;
delete elf_;
delete tau1_;
delete tau2_;
delete tau3_;
delete btagSub0_;
delete btagSub1_;
delete massSub0_;
delete massSub1_;
delete ptSub0_;
delete ptSub1_;
delete jetMva_;
delete etaSub0_;
delete etaSub1_;
delete phiSub0_;
delete phiSub1_;
delete flavorSub0_;
delete flavorSub1_;
delete flavorHadronSub0_;
delete flavorHadronSub1_;
delete triggerBit_;
delete triggerPre_;
delete lId_;
delete lIso_;
delete lPt_;
delete lEta_;
delete lPhi_;
delete lE_;
delete discr_;
delete discrJets_;
if (isMC_) {
if (saveWeights_) {
delete scaleWeights_;
delete pdfWeights_;
}
delete partonSt_;
delete partonId_;
delete partonMatchIdx_;
delete partonMatchDR_;
delete partonPt_;
delete partonEta_;
delete partonPhi_;
delete partonE_;
delete partonMass_;
delete GenSoftDropMass_;
delete GenSoftDropTau_;
delete GenJetpt_;
delete GenJetphi_;
delete GenJeteta_;
delete GenJetenergy_;
delete GenJetmass_;
delete GenJettau1_;
delete GenJettau2_;
delete GenJettau3_;
delete GenSDSimmetry_;
delete isBJetGen_;
delete GenSubJet1Pt_;
delete GenSubJet2Pt_;
delete GenSubJet1Eta_;
delete GenSubJet2Eta_;
delete GenSubJet1Phi_;
delete GenSubJet2Phi_;
delete GenSubJet1Mass_;
delete GenSubJet2Mass_;
delete GenSubJetsDeltaR_;
delete GenSubJetsMu_;
}
}
//////////////////////////////////////////////////////////////////////////////////////////
void BoostedTTHFlatTreeProducer::beginRun(edm::Run const& iRun, edm::EventSetup const& iSetup)
{
if (isMC_ && debug_) {
iRun.getByToken(runInfoToken,runInfo);
for(vector<LHERunInfoProduct::Header>::const_iterator it = runInfo->headers_begin();it != runInfo->headers_end(); it++) {
cout<<it->tag()<<endl;
vector<string> lines = it->lines();
for(unsigned int iLine = 0; iLine < lines.size(); iLine++) {
cout<< lines.at(iLine);
}
}
}
}
//////////////////////////////////////////////////////////////////////////////////////////
void BoostedTTHFlatTreeProducer::endRun(edm::Run const& iRun, edm::EventSetup const& iSetup)
{
}
//////////////////////////////////////////////////////////////////////////////////////////
bool BoostedTTHFlatTreeProducer::isGoodJet(const pat::Jet &jet)
{
bool res = true; // by default is good, unless fails a cut bellow
float chf = jet.chargedHadronEnergyFraction();
float nhf = jet.neutralHadronEnergyFraction();
float phf = jet.photonEnergyFraction();
float muf = jet.muonEnergyFraction();
float elf = jet.electronEnergyFraction();
int chm = jet.chargedHadronMultiplicity();
int npr = jet.neutralMultiplicity()+jet.chargedMultiplicity();
float eta = fabs(jet.eta());
float pt = jet.pt();
bool idL = (npr>1 && phf<0.99 && nhf<0.99);
//bool idM = (idL && ((eta<=2.4 && nhf<0.9 && phf<0.9 && elf<0.99 && muf<0.99 && chf>0 && chm>0) || eta>2.4));
bool idT = (idL && ((eta<=2.4 && nhf<0.9 && phf<0.9 && elf<0.9 && muf<0.9 && chf>0 && chm>0) || eta>2.4));
if (!idT) res = false;
if (pt < ptMin_) res = false;
if (eta > etaMax_) res = false;
if (jet.userFloat("ak8PFJetsCHSSoftDropMass") < massMin_) res = false;
if ((jet.subjets("SoftDrop")).size() < 2) res = false;
return res;
}
//////////////////////////////////////////////////////////////////////////////////////////
float BoostedTTHFlatTreeProducer::getPFMiniIsolation(edm::Handle<pat::PackedCandidateCollection> pfcands,const reco::Candidate *cand)
{
if (cand->pt() < 5.0) return 99999;
float deadcone_ch(0.0),deadcone_nh(0.0),deadcone_ph(0.0),deadcone_pu(0.0);
if (cand->isElectron()) {
if (fabs(cand->eta()) > 1.479) {
deadcone_ch = 0.015;
deadcone_nh = 0.0;
deadcone_ph = 0.08;
deadcone_pu = 0.015;
}
}
if (cand->isMuon()) {
deadcone_ch = 0.0001 ;
deadcone_nh = 0.01;
deadcone_ph = 0.01;
deadcone_pu = 0.01;
}
float r_iso(0.2);
if (cand->pt() > 50 && cand->pt() < 200) {
r_iso = 10./cand->pt();
}
if (cand->pt() >= 200) {
r_iso = 0.05;
}
float iso_ch(0.0),iso_nh(0.0),iso_ph(0.0),iso_pu(0.0);
for(const pat::PackedCandidate &pfc : *pfcands) {
if (abs(pfc.pdgId()) < 7) continue;
float dr = reco::deltaR(pfc,*cand);
if (dr > r_iso) continue;
//--- NEUTRALS ----------
if (pfc.charge() == 0) {
if (pfc.pt() > 0.5) {
//--- PHOTONS ------
if (abs(pfc.pdgId()) == 22) {
if (dr < deadcone_ph) continue;
iso_ph += pfc.pt();
}
//--- HADRONS ------
if (abs(pfc.pdgId()) == 130) {
if (dr < deadcone_nh) continue;
iso_nh += pfc.pt();
}
}
}
//--- CHARGED FROM PV -----
else if (pfc.fromPV() > 1) {
if (fabs(pfc.pdgId()) == 211) {
if (dr < deadcone_ch) continue;
iso_ch += pfc.pt();
}
}
//--- CHARGED FROM PU -----
else {
if (pfc.pt() > 0.5) {
if (dr < deadcone_pu) continue;
iso_pu += pfc.pt();
}
}
}
float iso = iso_ch + std::max(0.0,iso_ph + iso_nh - 0.5*iso_pu);
return iso;
}
//////////////////////////////////////////////////////////////////////////////////////////
bool BoostedTTHFlatTreeProducer::isGoodMuon(const pat::Muon &mu,edm::Handle<pat::PackedCandidateCollection> pfcands)
{
bool res = true; // by default is good, unless fails a cut bellow
if(mu.pt() < minMuPt_) res = false;
if(fabs(mu.eta()) > 2.4) res = false;
if(!mu.isMediumMuon()) res = false;
// --- isolation ---
if(res && getPFMiniIsolation(pfcands,(reco::Candidate*)&mu)/mu.pt() > 0.1) res = false;
return res;
}
//////////////////////////////////////////////////////////////////////////////////////////
bool BoostedTTHFlatTreeProducer::isGoodElectron(const pat::Electron &el,const reco::Vertex &vtx,edm::Handle<pat::PackedCandidateCollection> pfcands)
{
bool res = true; // by default is good, unless fails a cut bellow
bool isEBEEGap = fabs(el.superCluster()->eta()) > 1.4442 && fabs(el.superCluster()->eta()) < 1.5660 ? 1 : 0;
if(el.pt() < minElPt_) res = false;
if(fabs(el.eta()) > 2.4 && res == true) res = false;
if(isEBEEGap && res==true) res = false;
bool isEB = fabs(el.superCluster()->eta()) < 1.479 ? 1 : 0;
bool isEE = fabs(el.superCluster()->eta()) > 1.479 ? 1 : 0;
if(res) {
float trackMomentumAtVtx = (float)sqrt(el.trackMomentumAtVtx().mag2());
float ecalEnergy = (float)el.ecalEnergy();
float full5x5_sigmaIetaIeta = (float)el.full5x5_sigmaIetaIeta();
float dEtaIn = (float)el.deltaEtaSuperClusterTrackAtVtx();
float dPhiIn = (float)el.deltaPhiSuperClusterTrackAtVtx();
float HoE = (float)el.hadronicOverEm();
float ooEmooP = (float)fabs(1/ecalEnergy - 1/trackMomentumAtVtx);
float d0 = (float)el.gsfTrack()->dxy(vtx.position());
float dz = (float)el.gsfTrack()->dz(vtx.position());
int expectedMissingInnerHits = el.gsfTrack()->hitPattern().numberOfHits(reco::HitPattern::MISSING_INNER_HITS);
bool passConversionVeto = el.passConversionVeto();
if(isEB) {// tight working point
if(res && full5x5_sigmaIetaIeta > 0.0101) res = false;
if(res && fabs(dEtaIn) > 0.00926) res = false;
if(res && fabs(dPhiIn) > 0.0336) res = false;
if(res && HoE > 0.0597) res = false;
if(res && ooEmooP > 0.012) res = false;
if(res && fabs(d0) > 0.0111) res = false;
if(res && fabs(dz) > 0.0466) res = false;
if(res && expectedMissingInnerHits >= 2 ) res = false;
if(res && passConversionVeto == false ) res = false;
}
if(isEE) {// tight working point
if(res && full5x5_sigmaIetaIeta > 0.0279) res = false;
if(res && fabs(dEtaIn) > 0.00724) res = false;
if(res && fabs(dPhiIn) > 0.0918) res = false;
if(res && HoE > 0.0615) res = false;
if(res && ooEmooP > 0.00999) res = false;
if(res && fabs(d0) > 0.0351) res = false;
if(res && fabs(dz) > 0.417) res = false;
if(res && expectedMissingInnerHits > 1 ) res = false;
if(res && passConversionVeto == false ) res = false;
}
}
if(res && getPFMiniIsolation(pfcands,(reco::Candidate*)&el)/el.pt() > 0.1) res = false;
return res;
}
//////////////////////////////////////////////////////////////////////////////////////////
void BoostedTTHFlatTreeProducer::analyze(edm::Event const& iEvent, edm::EventSetup const& iSetup)
{
initialize();
if(isPrint_) cout<<"**** EVENT ****"<<endl;
iEvent.getByToken(jetsToken,jets);
iEvent.getByToken(muonsToken,muons);
iEvent.getByToken(electronsToken,electrons);
iEvent.getByToken(metToken,met);
iEvent.getByToken(candsToken,cands);
iEvent.getByToken(rhoToken,rho);
iEvent.getByToken(recVtxsToken,recVtxs);
iEvent.getByToken(triggerResultsToken,triggerResults);
iEvent.getByToken(triggerPrescalesToken,triggerPrescales);
//-------------- Trigger Info -----------------------------------
//-------------- Trigger Info -----------------------------------
triggerPassHisto_->Fill("totalEvents",1);
const edm::TriggerNames &names = iEvent.triggerNames(*triggerResults);
bool passTrigger(false);
for(unsigned int k=0;k<triggerNames_.size();k++) {
bool bit(false);
int pre(1);
if (k>0) printTriggerMenu_ = false;
for(unsigned int itrig=0;itrig<triggerResults->size();itrig++) {
string trigger_name = string(names.triggerName(itrig));
if (printTriggerMenu_) cout<<trigger_name<<endl;
//--- erase the last character, i.e. the version number----
//starting from the end find first not numerical character
std::size_t last_index = trigger_name.find_last_not_of("0123456789");
//increment by +1 since the index we have is for the non-numeric character
//and erase everything starting from that index
trigger_name.erase(last_index+1, trigger_name.length()-1);
if (trigger_name == triggerNames_[k]) {
bit = triggerResults->accept(itrig);
pre = triggerPrescales->getPrescaleForIndex(itrig);
if (bit) {
triggerPassHisto_->Fill(triggerNames_[k].c_str(),1);
}
}
}
//--- if at least one monitored trigger has fired passTrigger becomes true
passTrigger += bit;
triggerBit_->push_back(bit);
triggerPre_->push_back(pre);
}
vector<const reco::Candidate *> myLeptons;
//----- at least one good vertex -----------
bool cut_vtx = (recVtxs->size() > 0);
if (cut_vtx) {
pvRho_ = (*recVtxs)[0].position().Rho();
pvz_ = (*recVtxs)[0].z();
pvndof_ = (*recVtxs)[0].ndof();
pvchi2_ = (*recVtxs)[0].chi2();
//----- loop over leptons --------------------
for (const pat::Muon &mu : *muons) {
if (isGoodMuon(mu,cands)) myLeptons.push_back(&mu);
}
for (const pat::Electron &el : *electrons) {
if (isGoodElectron(el,(*recVtxs)[0],cands)) myLeptons.push_back(&el);
}
std::sort(myLeptons.begin(),myLeptons.end(),[](const reco::Candidate *a,const reco::Candidate *b){return a->pt() > b->pt();});
nLeptons_ = (int)myLeptons.size();
for(int ii = 0 ; ii < nLeptons_; ii++) {
lPt_->push_back(myLeptons[ii]->pt());
lEta_->push_back(myLeptons[ii]->eta());
lPhi_->push_back(myLeptons[ii]->phi());
lE_->push_back(myLeptons[ii]->energy());
lId_->push_back(myLeptons[ii]->pdgId());
lIso_->push_back(getPFMiniIsolation(cands,myLeptons[ii])/myLeptons[ii]->pt());
}
}// if vtx
//----- PF jets ------------------------------
nJets_ = 0;
nGenJets_ = 0;
nBJets_ = 0;
ht_ = 0.0;
float mvaValue = 0;
mvaValueMax_= -8;
highestMvaJet_= -1;
vector<LorentzVector> vP4;
for(pat::JetCollection::const_iterator ijet =jets->begin();ijet != jets->end(); ++ijet) {
if (isGoodJet(*ijet)) {
float btag= ijet->bDiscriminator(srcBtag_.c_str());
bool isBtag = (btag >= btagMin_);
float doubleBtag = ijet->bDiscriminator(srcDoubleBtag_.c_str());
bool isDoubleBtag = (doubleBtag>=doubleBtagMin_);
bool isLeptonMatched = false;
float DRmax = 0.4;
if(isPrint_) {if (isBtag==true) cout<<"RECO "<<ijet->pt()<<" "<<ijet->eta()<<" "<<ijet->phi()<<endl;}
for(auto & lep: myLeptons) if( deltaR(lep->eta(),lep->phi(),ijet->eta(),ijet->phi()) < DRmax ) isLeptonMatched = true;
if (!isLeptonMatched) {
flavor_ ->push_back(ijet->partonFlavour());
flavorHadron_ ->push_back(ijet->hadronFlavour());
chf_ ->push_back(ijet->chargedHadronEnergyFraction());
nhf_ ->push_back(ijet->neutralHadronEnergyFraction());
phf_ ->push_back(ijet->photonEnergyFraction());
elf_ ->push_back(ijet->electronEnergyFraction());
muf_ ->push_back(ijet->muonEnergyFraction());
pt_ ->push_back(ijet->pt());
phi_ ->push_back(ijet->phi());
eta_ ->push_back(ijet->eta());
mass_ ->push_back(ijet->mass());
massSoftDrop_ ->push_back(ijet->userFloat("ak8PFJetsCHSSoftDropMass"));
energy_ ->push_back(ijet->energy());
btag_ ->push_back(btag);
isBtag_ ->push_back(isBtag);
doubleBtag_ ->push_back(doubleBtag);
isDoubleBtag_ ->push_back(isDoubleBtag);
tau1_ ->push_back(ijet->userFloat("NjettinessAK8:tau1"));
tau2_ ->push_back(ijet->userFloat("NjettinessAK8:tau2"));
tau3_ ->push_back(ijet->userFloat("NjettinessAK8:tau3"));
vP4.push_back(ijet->p4());
ht_ += ijet->pt();
nJets_++;
if (isBtag) {
nBJets_++;
}
//---- subjets --------------------
int nSub((ijet->subjets("SoftDrop")).size());
int nBSub(0);
if (nSub > 0) {
btagSub0_->push_back((ijet->subjets("SoftDrop"))[0]->bDiscriminator(srcBtag_.c_str()));
massSub0_->push_back((ijet->subjets("SoftDrop"))[0]->mass());
ptSub0_->push_back((ijet->subjets("SoftDrop"))[0]->pt());
etaSub0_->push_back((ijet->subjets("SoftDrop"))[0]->eta());
phiSub0_->push_back((ijet->subjets("SoftDrop"))[0]->phi());
flavorSub0_->push_back((ijet->subjets("SoftDrop"))[0]->partonFlavour());
flavorHadronSub0_->push_back((ijet->subjets("SoftDrop"))[0]->hadronFlavour());
if ((ijet->subjets("SoftDrop"))[0]->bDiscriminator(srcBtag_.c_str()) >= btagMin_) {
nBSub++;
}
if (nSub > 1) {
btagSub1_->push_back((ijet->subjets("SoftDrop"))[1]->bDiscriminator(srcBtag_.c_str()));
massSub1_->push_back((ijet->subjets("SoftDrop"))[1]->mass());
ptSub1_->push_back((ijet->subjets("SoftDrop"))[1]->pt());
etaSub1_->push_back((ijet->subjets("SoftDrop"))[1]->eta());
phiSub1_->push_back((ijet->subjets("SoftDrop"))[1]->phi());
flavorSub1_->push_back((ijet->subjets("SoftDrop"))[1]->partonFlavour());
flavorHadronSub1_->push_back((ijet->subjets("SoftDrop"))[1]->hadronFlavour());
if ((ijet->subjets("SoftDrop"))[1]->bDiscriminator(srcBtag_.c_str()) >= btagMin_) {
nBSub++;
}
}
}
nSubJets_->push_back(nSub);
nBSubJets_->push_back(nBSub);
// eval mva for each jet to get mva score
jetMva_->push_back(discrJets_->eval(ijet->userFloat("NjettinessAK8:tau1"),ijet->userFloat("NjettinessAK8:tau2"),ijet->userFloat("NjettinessAK8:tau3"),nBSub,nJets_-1,ijet->bDiscriminator(srcDoubleBtag_.c_str())));
}// if not matched with leptons
}// if good jet
}// jet loop
//after having the mvaScore for all jet ->Find the jet with the hightest mvaScore
for(int ijet=0; ijet<nJets_; ++ijet) {
//for(pat::JetCollection::unsigned int ijet =jets->begin();ijet != jets->end(); ++ijet){
if ((*pt_)[ijet] >300){
mvaValue = (*jetMva_)[ijet];
if(mvaValue > mvaValueMax_){
mvaValueMax_ = mvaValue;
highestMvaJet_ = (int) ijet;
}
}
}
///////////////////
rho_ = *rho;
met_ = (*met)[0].et();
if ((*met)[0].sumEt() > 0) {
metSig_ = (*met)[0].et()/(*met)[0].sumEt();
}
if(isMC_){
metGen_ = (*met)[0].genMET()->et();
if ((*met)[0].genMET()->sumEt() > 0) {
metGenSig_ = (*met)[0].genMET()->et()/(*met)[0].genMET()->sumEt();
}
}
if(isPrint_) cout<<"MET "<<metGen_<<" "<<met_<<endl;
nVtx_ = recVtxs->size();
run_ = iEvent.id().run();
evt_ = iEvent.id().event();
lumi_ = iEvent.id().luminosityBlock();
if (nLeptons_ > 0 && nJets_ > 0) {
dPhiLJ_ = fabs(deltaPhi((*lPhi_)[0],(*phi_)[0]));
}
if (nJets_ > 1) {
dPhiJJ_ = fabs(deltaPhi(vP4[0].phi(),vP4[1].phi()));
dRJJ_ = deltaR(vP4[0],vP4[1]);
mJJ_ = (vP4[0]+vP4[1]).mass();
yJJ_ = (vP4[0]+vP4[1]).Rapidity();
ptJJ_ = (vP4[0]+vP4[1]).pt();
mva_ = discr_->eval((*tau3_)[0]/(*tau2_)[0],(*tau3_)[0]/(*tau1_)[0],(*tau3_)[1]/(*tau2_)[1],(*tau3_)[1]/(*tau1_)[1]);
}
//---------- mc -----------------------
if (!iEvent.isRealData()) {
iEvent.getByToken(genEvtInfoToken,genEvtInfo);
iEvent.getByToken(lheEvtInfoToken,lheEvtInfo);
iEvent.getByToken(genParticlesToken,genParticles);
iEvent.getByToken(pupInfoToken,pupInfo);
iEvent.getByToken(genjetsToken,genjets);
genEvtWeight_ = genEvtInfo->weight();
lheOriginalXWGTUP_ = lheEvtInfo->originalXWGTUP();
if (saveWeights_) {
for(unsigned i=0;i<lheEvtInfo->weights().size();i++) {
string wtid(lheEvtInfo->weights()[i].id);
float wgt(lheEvtInfo->weights()[i].wgt);
if (wtid == "1002" || wtid == "2") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if (wtid == "1003" || wtid == "3") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if (wtid == "1004" || wtid == "4") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if (wtid == "1005" || wtid == "5") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if (wtid == "1007" || wtid == "7") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if (wtid == "1009" || wtid == "9") scaleWeights_->push_back(wgt/lheOriginalXWGTUP_);
if ((stoi(wtid) > 2000 && stoi(wtid) <= 2102) || (stoi(wtid) > 10 && stoi(wtid) <= 110)) {
pdfWeights_->push_back(wgt/lheOriginalXWGTUP_);
}
}
}
bool WPlusLep(false),WMinusLep(false);
for(unsigned ip = 0; ip < genParticles->size(); ++ ip) {
const GenParticle &p = (*genParticles)[ip];
if (p.pdgId() == 24) {
for(unsigned k = 0; k < p.numberOfDaughters(); k++) {
int daughterID = p.daughter(k)->pdgId();
if (daughterID == -11 || daughterID == -13 || daughterID == -15) {
WPlusLep = true;
}
}
}
if (p.pdgId() == -24) {
for(unsigned k = 0; k < p.numberOfDaughters(); k++) {
int daughterID = p.daughter(k)->pdgId();
if (daughterID == 11 || daughterID == 13 || daughterID == 15) {
WMinusLep = true;
}
}
}
// loop over gen particles and find pdg or t, tbar , higgs
if ((fabs(p.pdgId()) == 6 && p.isLastCopy()) || (fabs(p.pdgId())==25 && p.isLastCopy())) {
partonId_ ->push_back(p.pdgId());
partonSt_ ->push_back(p.status());
partonPt_ ->push_back(p.pt());
partonEta_->push_back(p.eta());
partonPhi_->push_back(p.phi());
partonE_ ->push_back(p.energy());
partonMass_->push_back(p.mass());
//----- match partons with jets ------------
float dRmin(1000);
int imatch(-1);
for(int j=0;j<nJets_;j++) {
float dR = deltaR(p.eta(),p.phi(),(*eta_)[j],(*phi_)[j]);
if (dR < dRmin) {
imatch = j;
dRmin = dR;
}
}
partonMatchIdx_->push_back(imatch);
partonMatchDR_->push_back(dRmin);
}
}// end of particle loop
if (WPlusLep && WMinusLep) decay_ = 2;
if (WPlusLep && !WMinusLep) decay_ = 1;
if (!WPlusLep && WMinusLep) decay_ = 1;
if (!WPlusLep && !WMinusLep) decay_ = 0;
edm::View<PileupSummaryInfo>::const_iterator PUI;
for(PUI = pupInfo->begin(); PUI != pupInfo->end(); ++PUI) {
if (PUI->getBunchCrossing() == 0) {
npu_ = PUI->getTrueNumInteractions();
}
}
vector<LorentzVector> vP4Gen;
for(GenJetCollection::const_iterator i_gen = genjets->begin(); i_gen != genjets->end(); i_gen++) {
if (i_gen->pt() > GenptMin_ && fabs(i_gen->y()) < GenetaMax_ ) {
nGenJets_++;
GenJetpt_->push_back(i_gen->pt());
GenJetphi_->push_back(i_gen->phi());
GenJeteta_->push_back(i_gen->y());
GenJetenergy_->push_back(i_gen->energy());
GenJetmass_->push_back(i_gen->mass());
vP4Gen.push_back(i_gen->p4());
std::vector<fastjet::PseudoJet> lClusterParticles;
for(unsigned int ic=0; ic<i_gen->numberOfDaughters(); ic++) {
const reco::Candidate* gencand = i_gen->daughter(ic);
fastjet::PseudoJet pPart(gencand->px(),gencand->py(),gencand->pz(),gencand->energy());
lClusterParticles.push_back(pPart);
}
fClustering = new fastjet::ClusterSequenceArea(lClusterParticles, *fAKJetDef, *fAreaDefinition);
std::vector<fastjet::PseudoJet> lOutJets = fClustering->inclusive_jets(20.0);
if(lOutJets.size() == 0) {
delete fClustering;
return;
}
fastjet::PseudoJet pT1JetSD = (*sd)( lOutJets[0]);
float iMSoftDrop = pT1JetSD.m();
float iSimmetry = pT1JetSD.structure_of<contrib::SoftDrop>().symmetry();
fastjet::contrib::NormalizedMeasure normalizedMeasure (1.0,0.8);
fastjet::contrib::Njettiness routine(fastjet::contrib::Njettiness::onepass_kt_axes,normalizedMeasure);
float iTau1 = routine.getTau(1.,lClusterParticles);
float iTau2 = routine.getTau(2.,lClusterParticles);
float iTau3 = routine.getTau(3.,lClusterParticles);
GenJettau1_->push_back(iTau1);
GenJettau2_->push_back(iTau2);
GenJettau3_->push_back(iTau3);
GenSDSimmetry_->push_back(iSimmetry);
float Tau32=iTau3/iTau2;
GenSoftDropTau_->push_back(Tau32);
GenSoftDropMass_->push_back(iMSoftDrop);
//subjets for Gen jets
vector<PseudoJet> pieces = pT1JetSD.pieces();
float deltaRgensubjets=pT1JetSD.structure_of<contrib::SoftDrop>().delta_R();
float mugensubjets=pT1JetSD.structure_of<contrib::SoftDrop>().mu();
if(pieces.size()>1){
float ptfirstconst = pieces[0].perp();
float ptsecondconst = pieces[1].perp();
float etafirstconst = pieces[0].eta();
float etasecondconst = pieces[1].eta();
float phifirstconst = pieces[0].phi();
float phisecondconst = pieces[1].phi();
float jet_mass_1=pieces[0].m();
float jet_mass_2=pieces[1].m();
GenSubJet1Pt_->push_back(ptfirstconst);
GenSubJet2Pt_->push_back(ptsecondconst);
GenSubJet1Eta_->push_back(etafirstconst);
GenSubJet2Eta_->push_back(etasecondconst);
GenSubJet1Phi_->push_back(phifirstconst);
GenSubJet2Phi_->push_back(phisecondconst);
GenSubJet1Mass_->push_back(jet_mass_1);
GenSubJet2Mass_->push_back(jet_mass_2);
}
else {
GenSubJet1Pt_->push_back(-10);
GenSubJet2Pt_->push_back(-10);
GenSubJet1Eta_->push_back(-10);
GenSubJet2Eta_->push_back(-10);
GenSubJet1Phi_->push_back(-10);
GenSubJet2Phi_->push_back(-10);
GenSubJet1Mass_->push_back(-10);
GenSubJet2Mass_->push_back(-10);
}
GenSubJetsDeltaR_->push_back(deltaRgensubjets);
GenSubJetsMu_->push_back(mugensubjets);
nSubGenJets_->push_back(pieces.size());
lOutJets.clear();