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JetResponseAnalyzer.cc
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////////////////////////////////////////////////////////////////////////////////
//
// JetResponseAnalyzer
// -------------------
//
// 07/04/2008 Kostas Kousouris <[email protected]>
// Philipp Schieferdecker <[email protected]>
// 12/08/2011 Alexx Perloff <[email protected]>
////////////////////////////////////////////////////////////////////////////////
#include "JetMETAnalysis/JetAnalyzers/interface/JetResponseAnalyzer.hh"
////////////////////////////////////////////////////////////////////////////////
// construction/destruction
////////////////////////////////////////////////////////////////////////////////
//______________________________________________________________________________
JetResponseAnalyzer::JetResponseAnalyzer(const edm::ParameterSet& iConfig)
: moduleLabel_ (iConfig.getParameter<std::string> ("@module_label"))
, srcRef_ (consumes<reco::CandidateView>(iConfig.getParameter<edm::InputTag> ("srcRef")))
, srcJetToUncorJetMap_ (consumes<reco::CandViewMatchMap>(iConfig.getParameter<edm::InputTag>("srcJetToUncorJetMap")))
, srcRefToJetMap_ (consumes<reco::CandViewMatchMap>(iConfig.getParameter<edm::InputTag> ("srcRefToJetMap")))
, srcRhos_ (consumes<vector<double> >(iConfig.getParameter<edm::InputTag> ("srcRhos")))
, srcRho_ (consumes<double>(iConfig.getParameter<edm::InputTag> ("srcRho")))
, srcRhoHLT_ (consumes<double>(iConfig.getParameter<edm::InputTag> ("srcRhoHLT")))
, srcVtx_ (consumes<reco::VertexCollection>(iConfig.getParameter<edm::InputTag> ("srcVtx")))
, srcGenInfo_ (consumes<GenEventInfoProduct>(edm::InputTag("generator")) )
, srcPileupInfo_ (consumes<vector<PileupSummaryInfo> >(edm::InputTag("addPileupInfo")) )
//, srcPFCandidates_ (consumes<vector<reco::PFCandidate> >(iConfig.getParameter<edm::InputTag>("srcPFCandidates")))
, srcPFCandidates_ (consumes<PFCandidateView>(iConfig.getParameter<edm::InputTag>("srcPFCandidates")))
, srcPFCandidatesAsFwdPtr_(consumes<std::vector<edm::FwdPtr<reco::PFCandidate> > >(iConfig.getParameter<edm::InputTag>("srcPFCandidates")))
, srcGenParticles_ (consumes<vector<reco::GenParticle> >(iConfig.getParameter<edm::InputTag>("srcGenParticles")))
, jecLabel_ (iConfig.getParameter<std::string> ("jecLabel"))
, doComposition_ (iConfig.getParameter<bool> ("doComposition"))
, doFlavor_ (iConfig.getParameter<bool> ("doFlavor"))
, doJetPt_ (iConfig.getParameter<bool> ("doJetPt"))
, doRefPt_ (iConfig.getParameter<bool> ("doRefPt"))
, doHLT_ (iConfig.getParameter<bool> ("doHLT"))
, saveCandidates_(iConfig.getParameter<bool> ("saveCandidates"))
, nRefMax_ (iConfig.getParameter<unsigned int> ("nRefMax"))
, deltaRMax_(0.0)
, deltaPhiMin_(3.141)
, deltaRPartonMax_(0.0)
, doBalancing_(false)
, getFlavorFromMap_(false)
, jetCorrector_(0)
{
if (iConfig.exists("deltaRMax")) {
doBalancing_=false;
deltaRMax_=iConfig.getParameter<double>("deltaRMax");
}
else if (iConfig.exists("deltaPhiMin")) {
doBalancing_=true;
deltaPhiMin_=iConfig.getParameter<double>("deltaPhiMin");
}
else
throw cms::Exception("MissingParameter")<<"Set *either* deltaRMax (matching)"
<<" *or* deltaPhiMin (balancing)";
if (doFlavor_&&iConfig.exists("srcRefToPartonMap")) {
srcRefToPartonMap_=consumes<reco::JetMatchedPartonsCollection>(iConfig.getParameter<edm::InputTag>("srcRefToPartonMap"));
deltaRPartonMax_ =iConfig.getParameter<double> ("deltaRPartonMax");
getFlavorFromMap_=true;
}
isCaloJet_ = (moduleLabel_.find("calo")!=string::npos);
isJPTJet_ = (moduleLabel_.find("jpt") !=string::npos);
isPFJet_ = (moduleLabel_.find("pf") !=string::npos || moduleLabel_.find("puppi") !=string::npos);
isTrackJet_ = (moduleLabel_.find("trk") !=string::npos);
isTauJet_ = (moduleLabel_.find("tau") !=string::npos);
int check = isCaloJet_+isJPTJet_+isPFJet_+isTrackJet_+isTauJet_;
assert(check<2);
//if (isCaloJet_) cout<<"These are CaloJets ("<<moduleLabel_<<")"<<endl;
//if (isJPTJet_) cout<<"These are JPTJets ("<<moduleLabel_<<")"<<endl;
//if (isPFJet_) cout<<"These are PFJets ("<<moduleLabel_<<")"<<endl;
//if (isTrackJet_) cout<<"These are TrackJets ("<<moduleLabel_<<")"<<endl;
//if (isTauJet_) cout<<"These are TauJets ("<<moduleLabel_<<")"<<endl;
//must state that we are using the TFileService
usesResource("TFileService");
//setupTree();
//cout << "This is the thread id: " << std::this_thread::get_id() << endl;
}
//______________________________________________________________________________
JetResponseAnalyzer::~JetResponseAnalyzer()
{
}
////////////////////////////////////////////////////////////////////////////////
// implementation of member functions
////////////////////////////////////////////////////////////////////////////////
//______________________________________________________________________________
void JetResponseAnalyzer::beginJob()
//void JetResponseAnalyzer::setupTree()
{
edm::Service<TFileService> fs;
if (!fs) throw edm::Exception(edm::errors::Configuration,
"TFileService missing from configuration!");
// Configuration flags: Mapping in JRAEvent.h
int flag_int = (saveCandidates_*pow(2,7)) + (isPFJet_*pow(2,6)) +
(isCaloJet_*pow(2,5)) + (doComposition_*pow(2,4)) +
(doBalancing_*pow(2,3)) + (doFlavor_*pow(2,2)) +
(doHLT_*pow(2,1)) + (1);
bitset<8> flags(flag_int);
tree_=fs->make<TTree>("t","t");
JRAEvt_ = new JRAEvent(tree_,flags);
}
//______________________________________________________________________________
void JetResponseAnalyzer::analyze(const edm::Event& iEvent,
const edm::EventSetup& iSetup)
{
beginEvent();
// EVENT DATA HANDLES
edm::Handle<GenEventInfoProduct> genInfo;
edm::Handle<vector<PileupSummaryInfo> > puInfos;
edm::Handle<reco::CandidateView> refs;
edm::Handle<reco::CandViewMatchMap> jetToUncorJetMap;
edm::Handle<reco::CandViewMatchMap> refToJetMap;
edm::Handle<reco::JetMatchedPartonsCollection> refToPartonMap;
edm::Handle<vector<double> > rhos;
edm::Handle<double> rho;
edm::Handle<double> rho_hlt;
edm::Handle<reco::VertexCollection> vtx;
edm::Handle<PFCandidateView> pfCandidates;
edm::Handle<std::vector<edm::FwdPtr<reco::PFCandidate> > > pfCandidatesAsFwdPtr;
edm::Handle<vector<reco::GenParticle> > genParticles;
// Jet CORRECTOR
jetCorrector_ = (jecLabel_.empty()) ? 0 : JetCorrector::getJetCorrector(jecLabel_,iSetup);
// GENERATOR INFORMATION
JRAEvt_->pthat = 0.0;
JRAEvt_->weight = 1.0;
if (iEvent.getByToken(srcGenInfo_,genInfo)) {
if (genInfo->hasBinningValues()) JRAEvt_->pthat = (Float_t)genInfo->binningValues()[0];
JRAEvt_->weight = (Float_t)genInfo->weight();
}
//RHO INFORMATION
JRAEvt_->rho = 0.0;
if (iEvent.getByToken(srcRho_,rho)) {
JRAEvt_->rho = *rho;
}
//HLT RHO INFORMATION
JRAEvt_->rho_hlt = 0.0;
if (doHLT_) {
if (iEvent.getByToken(srcRhoHLT_,rho_hlt)) {
JRAEvt_->rho_hlt = *rho_hlt;
}
}
//ETA DEPENDENT RHO INFORMATION
if(iEvent.getByToken(srcRhos_,rhos)) {
for(unsigned int i=0; i<rhos->size(); i++) {
JRAEvt_->rhos->push_back((*rhos)[i]);
}
}
//NPV INFORMATION
JRAEvt_->npv = 0;
if (iEvent.getByToken(srcVtx_,vtx)) {
const reco::VertexCollection::const_iterator vtxEnd = vtx->end();
for (reco::VertexCollection::const_iterator vtxIter = vtx->begin(); vtxEnd != vtxIter; ++vtxIter) {
if (!vtxIter->isFake() && vtxIter->ndof()>=4 && fabs(vtxIter->z())<=24) {
++(JRAEvt_->npv);
JRAEvt_->refdzvtx->push_back(0);//fabs(vtxIter->z()-);
}
}
}
//EVENT INFORMATION
JRAEvt_->run = iEvent.id().run();
JRAEvt_->lumi = iEvent.id().luminosityBlock();
JRAEvt_->evt = iEvent.id().event();
// GENERATED PV INFORMATION & PU DENSITY
JRAEvt_->refpvz = -1000.0;
iEvent.getByToken(srcGenParticles_, genParticles);
for (size_t i = 0; i < genParticles->size(); ++i) {
const reco::GenParticle & genIt = (*genParticles)[i];
if ( genIt.isHardProcess() ) {
JRAEvt_->refpvz = genIt.vz();
break;
}
}
int zbin = getBin(abs(JRAEvt_->refpvz),&vz.at(0),vz.size()-1);
// MC PILEUP INFORMATION
if (iEvent.getByToken(srcPileupInfo_,puInfos)) {
for(unsigned int i=0; i<puInfos->size(); i++) {
JRAEvt_->bxns->push_back((*puInfos)[i].getBunchCrossing());
JRAEvt_->npus->push_back((*puInfos)[i].getPU_NumInteractions());
JRAEvt_->tnpus->push_back((*puInfos)[i].getTrueNumInteractions());
if((*puInfos)[i].getBunchCrossing() == 0) {
unsigned int nzpositions = (*puInfos)[i].getPU_zpositions().size();
JRAEvt_->pudensity = 0;
JRAEvt_->gpudensity = 0;
for (unsigned int j=0; j<nzpositions; ++j) {
JRAEvt_->zpositions->push_back((*puInfos)[i].getPU_zpositions()[j]);
if (abs(JRAEvt_->zpositions->back()-JRAEvt_->refpvz)<0.1) JRAEvt_->pudensity++; //N_PU/mm
if (getBin(abs(JRAEvt_->zpositions->back()),&vz.at(0),vz.size()-1)==zbin) JRAEvt_->gpudensity++;
}
JRAEvt_->gpudensity/=(20.0*(vz[zbin+1]-vz[zbin]));
}
int sumptlowpttemp = 0;
int sumpthighpttemp = 0;
int ntrkslowpttemp = 0;
int ntrkshighpttemp = 0;
for(unsigned int j=0; j<(*puInfos)[i].getPU_sumpT_lowpT().size(); j++) {
sumptlowpttemp += ((*puInfos)[i].getPU_sumpT_lowpT())[j];
}
for(unsigned int j=0; j<(*puInfos)[i].getPU_sumpT_highpT().size(); j++) {
sumpthighpttemp += ((*puInfos)[i].getPU_sumpT_highpT())[j];
}
for(unsigned int j=0; j<(*puInfos)[i].getPU_ntrks_lowpT().size(); j++) {
ntrkslowpttemp += ((*puInfos)[i].getPU_ntrks_lowpT())[j];
}
for(unsigned int j=0; j<(*puInfos)[i].getPU_ntrks_highpT().size(); j++) {
ntrkshighpttemp += ((*puInfos)[i].getPU_ntrks_highpT())[j];
}
JRAEvt_->sumpt_lowpt->push_back(sumptlowpttemp);
JRAEvt_->sumpt_highpt->push_back(sumpthighpttemp);
JRAEvt_->ntrks_lowpt->push_back(ntrkslowpttemp);
JRAEvt_->ntrks_highpt->push_back(ntrkshighpttemp);
}
}
// REFERENCES & RECOJETS
iEvent.getByToken(srcRef_, refs);
iEvent.getByToken(srcJetToUncorJetMap_, jetToUncorJetMap);
iEvent.getByToken(srcRefToJetMap_,refToJetMap);
if (getFlavorFromMap_) iEvent.getByToken(srcRefToPartonMap_,refToPartonMap);
if (doBalancing_&&refToJetMap->size()!=1) return;
JRAEvt_->nref = 0;
size_t nRef=(nRefMax_==0) ? refs->size() : std::min(nRefMax_,refs->size());
for (size_t iRef=0;iRef<nRef;iRef++) {
reco::CandidateBaseRef ref=refs->refAt(iRef);
reco::CandViewMatchMap::const_iterator itMatch=refToJetMap->find(ref);
if (itMatch==refToJetMap->end()) continue;
reco::CandidateBaseRef jet=itMatch->val;
if(doBalancing_)
JRAEvt_->refdphijt->push_back(reco::deltaPhi(jet->phi(),ref->phi()));
else
JRAEvt_->refdrjt->push_back(reco::deltaR(jet->eta(),jet->phi(),ref->eta(),ref->phi()));
if ((!doBalancing_&&JRAEvt_->refdrjt->at(JRAEvt_->nref)>deltaRMax_)||
(doBalancing_&&std::abs(JRAEvt_->refdphijt->at(JRAEvt_->nref))<deltaPhiMin_)) {
if(doBalancing_) JRAEvt_->refdphijt->pop_back();
else JRAEvt_->refdrjt->pop_back();
continue;
}
JRAEvt_->refpdgid->push_back(0);
JRAEvt_->refpdgid_algorithmicDef->push_back(0);
JRAEvt_->refpdgid_physicsDef->push_back(0);
if (getFlavorFromMap_) {
reco::JetMatchedPartonsCollection::const_iterator itPartonMatch;
itPartonMatch=refToPartonMap->begin();
for (;itPartonMatch!=refToPartonMap->end();++itPartonMatch) {
reco::JetBaseRef jetRef = itPartonMatch->first;
const reco::MatchedPartons partonMatch = itPartonMatch->second;
const reco::Candidate* cand = &(*jetRef);
if (cand==&(*ref)) break;
}
if (itPartonMatch!=refToPartonMap->end()&&
itPartonMatch->second.algoDefinitionParton().get()!=0&&
itPartonMatch->second.physicsDefinitionParton().get()!=0) {
double refdrparton_algo=
reco::deltaR(ref->p4(),
itPartonMatch->second.algoDefinitionParton().get()->p4());
double refdrparton_physics=
reco::deltaR(ref->p4(),
itPartonMatch->second.physicsDefinitionParton().get()->p4());
if (refdrparton_algo<deltaRPartonMax_) {
JRAEvt_->refpdgid_algorithmicDef->at(JRAEvt_->nref)=itPartonMatch->second.algoDefinitionParton().get()->pdgId();
int absid = std::abs(JRAEvt_->refpdgid_algorithmicDef->at(JRAEvt_->nref));
if (absid==4||absid==5) {
GenJetLeptonFinder finder(*ref);
finder.run();
if (finder.foundLeptonAndNeutrino()) {
int sign = (JRAEvt_->refpdgid_algorithmicDef->at(JRAEvt_->nref)>0) ? +1 : -1;
JRAEvt_->refpdgid_algorithmicDef->at(JRAEvt_->nref) = sign*(absid*100+std::abs(finder.leptonPdgId()));
}
}
}
if (refdrparton_physics<deltaRPartonMax_) {
JRAEvt_->refpdgid_physicsDef->at(JRAEvt_->nref)=itPartonMatch->second.physicsDefinitionParton().get()->pdgId();
int absid = std::abs(JRAEvt_->refpdgid_physicsDef->at(JRAEvt_->nref));
if (absid==4||absid==5) {
GenJetLeptonFinder finder(*ref);
finder.run();
if (finder.foundLeptonAndNeutrino()) {
int sign = (JRAEvt_->refpdgid_physicsDef->at(JRAEvt_->nref)>0) ? +1 : -1;
JRAEvt_->refpdgid_physicsDef->at(JRAEvt_->nref) = sign*(absid*100+std::abs(finder.leptonPdgId()));
}
}
}
}
}
else {
JRAEvt_->refpdgid_algorithmicDef->at(JRAEvt_->nref)=0;
JRAEvt_->refpdgid_physicsDef->at(JRAEvt_->nref)=0;
}
JRAEvt_->refpdgid->at(JRAEvt_->nref)=ref->pdgId();
// Beta/Beta Star Calculation
JRAEvt_->beta = 0.0;
JRAEvt_->betaStar = 0.0;
// if (isPFJet_) {
// //---- vertex association -----------
// //---- get the vector of tracks -----
// reco::PFJetRef pfJetRef = jet.castTo<reco::PFJetRef>();
// reco::TrackRefVector vTrks(pfJetRef->getTrackRefs());
// float sumTrkPt(0.0),sumTrkPtBeta(0.0),sumTrkPtBetaStar(0.0);
// //---- loop over the tracks of the jet ----
// for(reco::TrackRefVector::const_iterator i_trk = vTrks.begin(); i_trk != vTrks.end(); i_trk++) {
// //if (npv_ == 0) break;
// if ((*vtx).size() == 0) break;
// sumTrkPt += (*i_trk)->pt();
// //---- loop over all vertices ----------------------------
// for(unsigned ivtx = 0;ivtx < (*vtx).size();ivtx++) {
// //---- loop over the tracks associated with the vertex ---
// if (!((*vtx)[ivtx].isFake()) && (*vtx)[ivtx].ndof() >= 4 && fabs((*vtx)[ivtx].z()) <= 24) {
// for(reco::Vertex::trackRef_iterator i_vtxTrk = (*vtx)[ivtx].tracks_begin(); i_vtxTrk != (*vtx)[ivtx].tracks_end(); ++i_vtxTrk) {
// //---- match the jet track to the track from the vertex ----
// reco::TrackRef trkRef(i_vtxTrk->castTo<reco::TrackRef>());
// //---- check if the tracks match -------------------------
// if (trkRef == (*i_trk)) {
// if (ivtx == 0) {
// sumTrkPtBeta += (*i_trk)->pt();
// }
// else {
// sumTrkPtBetaStar += (*i_trk)->pt();
// }
// break;
// }
// }
// }
// }
// }
// if (sumTrkPt > 0) {
// beta_ = sumTrkPtBeta/sumTrkPt;
// betaStar_ = sumTrkPtBetaStar/sumTrkPt;
// }
// //qcdpfjet.setBeta(beta);
// //qcdpfjet.setBetaStar(betaStar);
// }
JRAEvt_->refrank ->push_back(JRAEvt_->nref);
JRAEvt_->refe ->push_back(ref->energy());
JRAEvt_->refpt ->push_back(ref->pt());
JRAEvt_->refeta ->push_back(ref->eta());
JRAEvt_->refphi ->push_back(ref->phi());
JRAEvt_->refy ->push_back(ref->rapidity());
JRAEvt_->refarea ->push_back(ref.castTo<reco::GenJetRef>()->jetArea());
JRAEvt_->jte ->push_back(jet->energy());
JRAEvt_->jtpt ->push_back(jet->pt());
JRAEvt_->jteta ->push_back(jet->eta());
JRAEvt_->jtphi ->push_back(jet->phi());
JRAEvt_->jty ->push_back(jet->rapidity());
JRAEvt_->jtjec ->push_back(1.0);
JRAEvt_->jtarea ->push_back(0.0);
if (isCaloJet_) {
JRAEvt_->jtarea->at(JRAEvt_->nref) = jet.castTo<reco::CaloJetRef>()->jetArea();
}
else if (isJPTJet_) {
const reco::JPTJet& jptjet = dynamic_cast <const reco::JPTJet&> (*jet);
edm::RefToBase<reco::Jet> jptjetRef = jptjet.getCaloJetRef();
reco::CaloJet const * rawcalojet = dynamic_cast<reco::CaloJet const *>( &* jptjetRef);
JRAEvt_->jtarea->at(JRAEvt_->nref) = rawcalojet->jetArea();
}
else if (isPFJet_) {
JRAEvt_->jtarea->at(JRAEvt_->nref) = jet.castTo<reco::PFJetRef>()->jetArea();
}
if (0!=jetCorrector_) {
if (!jetCorrector_->vectorialCorrection()) {
if (jetCorrector_->eventRequired()||isJPTJet_) {
if (isCaloJet_) {
reco::CaloJetRef caloJetRef;
caloJetRef = jet.castTo<reco::CaloJetRef>();
JRAEvt_->jtjec->at(JRAEvt_->nref) = jetCorrector_->correction(*caloJetRef,iEvent,iSetup);
}
else if (isJPTJet_) {
reco::JPTJetRef jptJetRef;
jptJetRef = jet.castTo<reco::JPTJetRef>();
JRAEvt_->jtjec->at(JRAEvt_->nref) = jetCorrector_->correction(*jptJetRef,iEvent,iSetup);
}
else if (isPFJet_) {
reco::CandViewMatchMap::const_iterator jetMatch=jetToUncorJetMap->find(jet);
if (jetMatch!=jetToUncorJetMap->end()) {
reco::CandidateBaseRef ujet = jetMatch->val;
reco::PFJetRef pfJetRef;
pfJetRef=ujet.castTo<reco::PFJetRef>();
JRAEvt_->jtjec->at(JRAEvt_->nref) = jetCorrector_->correction(*pfJetRef,iEvent,iSetup);
}
}
}
else {
JRAEvt_->jtjec->at(JRAEvt_->nref) = jetCorrector_->correction(jet->p4());
}
}
}
if (doComposition_) {
if (isCaloJet_) {
reco::CaloJetRef caloJetRef;
caloJetRef=jet.castTo<reco::CaloJetRef>();
JRAEvt_->jtemf->push_back(caloJetRef->emEnergyFraction());
}
else if (isPFJet_) {
reco::PFJetRef pfJetRef;
pfJetRef=jet.castTo<reco::PFJetRef>();
JRAEvt_->jtchf ->push_back(pfJetRef->chargedHadronEnergyFraction()*JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jtnhf ->push_back(pfJetRef->neutralHadronEnergyFraction()*JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jtnef ->push_back(pfJetRef->photonEnergyFraction() *JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jtcef ->push_back(pfJetRef->electronEnergyFraction() *JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jtmuf ->push_back(pfJetRef->muonEnergyFraction() *JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jthfhf->push_back(pfJetRef->HFHadronEnergyFraction() *JRAEvt_->jtjec->at(JRAEvt_->nref));
JRAEvt_->jthfef->push_back(pfJetRef->HFEMEnergyFraction() *JRAEvt_->jtjec->at(JRAEvt_->nref));
}
}
JRAEvt_->nref++;
}
// PFCANDIDATE INFORMATION
//Dual handle idea from https://github.com/aperloff/cmssw/blob/CMSSW_7_6_X/RecoJets/JetProducers/plugins/VirtualJetProducer.cc
//Random-Cone algo from https://github.com/cihar29/OffsetAnalysis/blob/master/run_offset.py
// and https://github.com/cihar29/OffsetAnalysis/blob/master/plugins/OffsetAnalysis.cc
if (saveCandidates_ && isPFJet_) {
bool isView = iEvent.getByToken(srcPFCandidates_, pfCandidates);
if ( isView ) {
for (auto i_pf=pfCandidates->begin(); i_pf != pfCandidates->end(); ++i_pf) {
auto i_pfc = (i_pf);
JRAEvent::Flavor pf_id = getFlavor( i_pfc->particleId() );
if (pf_id == JRAEvent::X) continue;
JRAEvt_->pfcand_px ->push_back(i_pfc->px());
JRAEvt_->pfcand_py ->push_back(i_pfc->py());
JRAEvt_->pfcand_pt ->push_back(i_pfc->pt());
JRAEvt_->pfcand_eta->push_back(i_pfc->eta());
JRAEvt_->pfcand_phi->push_back(i_pfc->phi());
JRAEvt_->pfcand_e ->push_back(i_pfc->energy());
JRAEvt_->pfcand_id ->push_back(pf_id);
}
}
else {
bool isPF = iEvent.getByToken(srcPFCandidatesAsFwdPtr_, pfCandidatesAsFwdPtr);
if ( isPF ) {
for (auto i_pf=pfCandidatesAsFwdPtr->begin(); i_pf != pfCandidatesAsFwdPtr->end(); ++i_pf) {
auto i_pfc = (*i_pf);
JRAEvent::Flavor pf_id = getFlavor( i_pfc->particleId() );
if (pf_id == JRAEvent::X) continue;
JRAEvt_->pfcand_px ->push_back(i_pfc->px());
JRAEvt_->pfcand_py ->push_back(i_pfc->py());
JRAEvt_->pfcand_pt ->push_back(i_pfc->pt());
JRAEvt_->pfcand_eta->push_back(i_pfc->eta());
JRAEvt_->pfcand_phi->push_back(i_pfc->phi());
JRAEvt_->pfcand_e ->push_back(i_pfc->energy());
JRAEvt_->pfcand_id ->push_back(pf_id);
}
}
}
}
tree_->Fill();
return;
}
//______________________________________________________________________________
JRAEvent::Flavor JetResponseAnalyzer::getFlavor(reco::PFCandidate::ParticleType id) {
if (id == reco::PFCandidate::h)
return JRAEvent::h;
else if (id == reco::PFCandidate::e)
return JRAEvent::e;
else if (id == reco::PFCandidate::mu)
return JRAEvent::mu;
else if (id == reco::PFCandidate::gamma)
return JRAEvent::gamma;
else if (id == reco::PFCandidate::h0)
return JRAEvent::h0;
else if (id == reco::PFCandidate::h_HF)
return JRAEvent::h_HF;
else if (id == reco::PFCandidate::egamma_HF)
return JRAEvent::egamma_HF;
else
return JRAEvent::X;
}
//______________________________________________________________________________
int JetResponseAnalyzer::getBin(double x, const double boundaries[], int length)
{
int i;
int n = length;
if (n<=0) return -1;
if (x<boundaries[0] || x>=boundaries[n])
return -1;
for(i=0;i<n;i++)
{
if (x>=boundaries[i] && x<boundaries[i+1])
return i;
}
return 0;
}
////////////////////////////////////////////////////////////////////////////////
// define JetEfficiencyAnalyzer as a plugin
////////////////////////////////////////////////////////////////////////////////
DEFINE_FWK_MODULE(JetResponseAnalyzer);