#include <HLTriggerOfflineHeavyFlavor/src/HeavyFlavorValidation.cc>

Inheritance diagram for HeavyFlavorValidation:

Public Member Functions
	HeavyFlavorValidation (const edm::ParameterSet &)
	~HeavyFlavorValidation ()
Private Member Functions
virtual void	analyze (const edm::Event &, const edm::EventSetup &)
virtual void	beginRun (const Run &iRun, const EventSetup &iSetup)
virtual void	endJob ()
int	getMotherId (const Candidate *p)
void	match (MonitorElement *me, vector< LeafCandidate > &from, vector< LeafCandidate > &to, double deltaRMatchingCut, vector< int > &map)
void	myBook1D (TString name, vector< double > &xBins, TString label)
void	myBook1D (TString name, vector< double > &xBins, TString label, TString title)
void	myBook2D (TString name, vector< double > &xBins, TString xLabel, vector< double > &yBins, TString yLabel)
void	myBook2D (TString name, vector< double > &xBins, TString xLabel, vector< double > &yBins, TString yLabel, TString title)
void	myBookProfile2D (TString name, vector< double > &xBins, TString xLabel, vector< double > &yBins, TString yLabel, TString title)
void	myBookProfile2D (TString name, vector< double > &xBins, TString xLabel, vector< double > &yBins, TString yLabel)
Private Attributes
vector< double >	deltaEtaBins
vector< double >	deltaPhiBins
vector< double >	dimuonDRBins
vector< double >	dimuonEtaBins
vector< double >	dimuonPtBins
string	dqmFolder
DQMStore *	dqmStore
vector< pair< string, int > >	filterNamesLevels
double	genGlobDeltaRMatchingCut
InputTag	genParticlesTag
double	globL1DeltaRMatchingCut
double	globL2DeltaRMatchingCut
double	globL3DeltaRMatchingCut
map< TString, MonitorElement * >	ME
vector< int >	motherIDs
vector< double >	muonEtaBins
const double	muonMass
vector< double >	muonPhiBins
vector< double >	muonPtBins
InputTag	recoMuonsTag
string	triggerPathName
string	triggerProcessName
InputTag	triggerResultsTag
InputTag	triggerSummaryAODTag
InputTag	triggerSummaryRAWTag

Detailed Description

Description: Analyzer to fill Monitoring Elements for muon, dimuon and trigger path efficiency studies (HLT/RECO, RECO/GEN)

Implementation: matching is based on closest in delta R, no duplicates allowed. Generated to Global based on momentum at IP; L1, L2, L2v to Global based on position in muon system, L3 to Global based on momentum at IP.

Definition at line 52 of file HeavyFlavorValidation.cc.

Constructor & Destructor Documentation

HeavyFlavorValidation::HeavyFlavorValidation ( const edm::ParameterSet & pset ) [explicit]

Definition at line 101 of file HeavyFlavorValidation.cc.

                                                                    :
//get parameters
  dqmFolder(pset.getUntrackedParameter<string>("DQMFolder")),
  triggerProcessName(pset.getUntrackedParameter<string>("TriggerProcessName")),
  triggerPathName(pset.getUntrackedParameter<string>("TriggerPathName")),
  triggerSummaryRAWTag(InputTag( pset.getUntrackedParameter<string>("TriggerSummaryRAW"), "", triggerProcessName)),
  triggerSummaryAODTag(InputTag( pset.getUntrackedParameter<string>("TriggerSummaryAOD"), "", triggerProcessName)),
  triggerResultsTag(InputTag( pset.getUntrackedParameter<string>("TriggerResults"), "", triggerProcessName)),
  recoMuonsTag(pset.getParameter<InputTag>("RecoMuons")),
  genParticlesTag(pset.getParameter<InputTag>("GenParticles")),
  motherIDs(pset.getUntrackedParameter<vector<int> >("MotherIDs")),
  genGlobDeltaRMatchingCut(pset.getUntrackedParameter<double>("GenGlobDeltaRMatchingCut")),
  globL1DeltaRMatchingCut(pset.getUntrackedParameter<double>("GlobL1DeltaRMatchingCut")),
  globL2DeltaRMatchingCut(pset.getUntrackedParameter<double>("GlobL2DeltaRMatchingCut")),
  globL3DeltaRMatchingCut(pset.getUntrackedParameter<double>("GlobL3DeltaRMatchingCut")),
  deltaEtaBins(pset.getUntrackedParameter<vector<double> >("DeltaEtaBins")),
  deltaPhiBins(pset.getUntrackedParameter<vector<double> >("DeltaPhiBins")),
  muonPtBins(pset.getUntrackedParameter<vector<double> >("MuonPtBins")),
  muonEtaBins(pset.getUntrackedParameter<vector<double> >("MuonEtaBins")),
  muonPhiBins(pset.getUntrackedParameter<vector<double> >("MuonPhiBins")),
  dimuonPtBins(pset.getUntrackedParameter<vector<double> >("DimuonPtBins")),
  dimuonEtaBins(pset.getUntrackedParameter<vector<double> >("DimuonEtaBins")),
  dimuonDRBins(pset.getUntrackedParameter<vector<double> >("DimuonDRBins")),
  muonMass(0.106)
{}

HeavyFlavorValidation::~HeavyFlavorValidation ( )

Definition at line 642 of file HeavyFlavorValidation.cc.

{
}

Member Function Documentation

void HeavyFlavorValidation::analyze	(	const edm::Event &	iEvent,
		const edm::EventSetup &	iSetup
	)		`[private, virtual]`

Implements edm::EDAnalyzer.

Definition at line 275 of file HeavyFlavorValidation.cc.

References abs, DeDxDiscriminatorTools::charge(), dqmStore, eta(), f, filterNamesLevels, spr::find(), first, genGlobDeltaRMatchingCut, genParticleCandidates2GenParticles_cfi::genParticles, genParticlesTag, edm::Event::getByLabel(), getMotherId(), globL1DeltaRMatchingCut, globL2DeltaRMatchingCut, globL3DeltaRMatchingCut, i, getHLTprescales::index, edm::HandleBase::isValid(), j, relativeConstraints::keys, LogDebug, match(), motherIDs, muonMass, AlCaHLTBitMon_ParallelJobs::p, phi, recoMuonsTag, edm::second(), findQualityFiles::size, edm::TriggerNames::size(), python::multivaluedict::sort(), edm::TriggerNames::triggerIndex(), trigger::TriggerL1Mu, trigger::TriggerMuon, edm::Event::triggerNames(), triggerPathName, triggerProcessName, patRefSel_triggerSelection_cff::triggerResults, triggerResultsTag, triggerSummaryAODTag, triggerSummaryRAWTag, x, detailsBasic3DVector::y, and z.

                                                                                {
  if( !dqmStore ){
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not access DQM Store service"<<endl;
    return;
  }
  if(filterNamesLevels.size()==0){
    return;
  }
//access the containers and create LeafCandidate copies
  vector<LeafCandidate> genMuons;
  Handle<GenParticleCollection> genParticles;
  iEvent.getByLabel(genParticlesTag, genParticles);
  if(genParticles.isValid()){
    for(GenParticleCollection::const_iterator p=genParticles->begin(); p!= genParticles->end(); ++p){
      if( p->status() == 1 && std::abs(p->pdgId())==13 && 
          ( find( motherIDs.begin(), motherIDs.end(), -1 )!=motherIDs.end() || find( motherIDs.begin(), motherIDs.end(), getMotherId(&(*p)) )!=motherIDs.end() ) ){
        genMuons.push_back( *p );
      }  
    }
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not access GenParticleCollection"<<endl;
  }
  sort(genMuons.begin(), genMuons.end(), GreaterByPt<LeafCandidate>());
  ME["genMuon_size"]->Fill(genMuons.size());
  LogDebug("HLTriggerOfflineHeavyFlavor")<<"GenParticleCollection from "<<genParticlesTag<<" has size: "<<genMuons.size()<<endl;
  
  vector<LeafCandidate> globMuons;
  vector<LeafCandidate> globMuons_position;
  Handle<MuonCollection> recoMuonsHandle;
  iEvent.getByLabel(recoMuonsTag, recoMuonsHandle);
  if(recoMuonsHandle.isValid()){
    for(MuonCollection::const_iterator p=recoMuonsHandle->begin(); p!= recoMuonsHandle->end(); ++p){
      if(p->isGlobalMuon()){
        globMuons.push_back(*p);
        globMuons_position.push_back( LeafCandidate( p->charge(), math::XYZTLorentzVector(p->outerTrack()->innerPosition().x(), p->outerTrack()->innerPosition().y(), p->outerTrack()->innerPosition().z(), 0.) ) );
      }
    }
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not access reco Muons"<<endl;
  }
  ME["globMuon_size"]->Fill(globMuons.size());
  LogDebug("HLTriggerOfflineHeavyFlavor")<<"Global Muons from "<<recoMuonsTag<<" has size: "<<globMuons.size()<<endl;

// access RAW trigger event  
  vector<vector<LeafCandidate> > muonsAtFilter;
  vector<vector<LeafCandidate> > muonPositionsAtFilter;  
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    muonsAtFilter.push_back(vector<LeafCandidate>());
    muonPositionsAtFilter.push_back(vector<LeafCandidate>());
  }
  Handle<TriggerEventWithRefs> rawTriggerEvent;
  iEvent.getByLabel( triggerSummaryRAWTag, rawTriggerEvent );
  if( rawTriggerEvent.isValid() ){
    for(size_t i=0; i<filterNamesLevels.size(); i++){
      size_t index = rawTriggerEvent->filterIndex(InputTag( filterNamesLevels[i].first, "", triggerProcessName ));
      if ( index < rawTriggerEvent->size() ){
        if( filterNamesLevels[i].second==1 ){
          vector<L1MuonParticleRef> l1Cands;
          rawTriggerEvent->getObjects( index, TriggerL1Mu, l1Cands );
          for(size_t j=0; j<l1Cands.size(); j++){
            muonsAtFilter[i].push_back(*l1Cands[j]);
          }
        }else{
          vector<RecoChargedCandidateRef> hltCands;        
          rawTriggerEvent->getObjects( index, TriggerMuon, hltCands );
          for(size_t j=0; j<hltCands.size(); j++){
            muonsAtFilter[i].push_back(*hltCands[j]);
            if( filterNamesLevels[i].second==2 ){
              muonPositionsAtFilter[i].push_back( LeafCandidate( hltCands[j]->charge(), math::XYZTLorentzVector(hltCands[j]->track()->innerPosition().x(), hltCands[j]->track()->innerPosition().y(), hltCands[j]->track()->innerPosition().z(), 0.) ) );
            }
          }
        }
      }
      ME[TString::Format("filt%dMuon_size",int(i+1))]->Fill(muonsAtFilter[i].size());
      LogDebug("HLTriggerOfflineHeavyFlavor")<<"Filter \""<<filterNamesLevels[i].first<<"\" has "<<muonsAtFilter[i].size()<<" muons"<<endl;
    }
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not access RAWTriggerEvent"<<endl;
  }

// access AOD trigger event  
  vector<LeafCandidate> pathMuons;
  Handle<TriggerEvent> aodTriggerEvent;
  iEvent.getByLabel(triggerSummaryAODTag,aodTriggerEvent);
  if(aodTriggerEvent.isValid()){
    TriggerObjectCollection allObjects = aodTriggerEvent->getObjects();
    for(int i=0; i<aodTriggerEvent->sizeFilters(); i++){         
     if(aodTriggerEvent->filterTag(i)==InputTag((filterNamesLevels.end()-1)->first,"",triggerProcessName)){
        Keys keys = aodTriggerEvent->filterKeys(i);
        for(size_t j=0; j<keys.size(); j++){
          pathMuons.push_back( LeafCandidate( allObjects[keys[j]].id()>0 ? 1 : -1, math::PtEtaPhiMLorentzVector( allObjects[keys[j]].pt(), allObjects[keys[j]].eta(), allObjects[keys[j]].phi(), muonMass ) ) );
        }
      }
    }
    ME["pathMuon_size"]->Fill(pathMuons.size());
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Path \""<<triggerPathName<<"\" has "<<pathMuons.size()<<" muons at last filter \""<<(filterNamesLevels.end()-1)->first<<"\""<<endl;
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not access AODTriggerEvent"<<endl;
  }

// access Trigger Results
  bool triggerFired = false;
  Handle<TriggerResults> triggerResults;
  iEvent.getByLabel(triggerResultsTag,triggerResults);
  if(triggerResults.isValid()){
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Successfully initialized "<<triggerResultsTag<<endl;
    const edm::TriggerNames & triggerNames = iEvent.triggerNames(*triggerResults);
    size_t index = triggerNames.triggerIndex(triggerPathName);
    if( index < triggerNames.size() ){
      triggerFired = triggerResults->accept( index );
    }else{
      LogDebug("HLTriggerOfflineHeavyFlavor")<<triggerResultsTag<<" has no trigger: "<<triggerPathName<<endl;
    }
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Could not initialize "<<triggerResultsTag<<endl;
  }

//create matching maps
  vector<int> glob_gen(genMuons.size(),-1);
  match( ME["globGen_deltaEtaDeltaPhi"], genMuons, globMuons, genGlobDeltaRMatchingCut, glob_gen );
  vector<vector<int> > filt_glob;
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    filt_glob.push_back( vector<int>(globMuons.size(),-1) );            
    if( filterNamesLevels[i].second == 1 ){
      match( ME[TString::Format("filt%dGlob_deltaEtaDeltaPhi",int(i+1))], globMuons_position, muonsAtFilter[i] ,globL1DeltaRMatchingCut, filt_glob[i] );
    }else if( filterNamesLevels[i].second == 2 ){
      match( ME[TString::Format("filt%dGlob_deltaEtaDeltaPhi",int(i+1))], globMuons_position, muonPositionsAtFilter[i] ,globL2DeltaRMatchingCut, filt_glob[i] );
    }else if( filterNamesLevels[i].second == 3 ){
      match( ME[TString::Format("filt%dGlob_deltaEtaDeltaPhi",int(i+1))], globMuons, muonsAtFilter[i] ,globL3DeltaRMatchingCut, filt_glob[i] );
    }
  }
  vector<int> path_glob(globMuons.size(),-1);
  if( (filterNamesLevels.end()-1)->second == 1 ){
    match( ME["pathGlob_deltaEtaDeltaPhi"], globMuons_position, pathMuons ,globL1DeltaRMatchingCut, path_glob );
  }else if( (filterNamesLevels.end()-1)->second == 2 ){
    match( ME["pathGlob_deltaEtaDeltaPhi"], globMuons, pathMuons ,globL2DeltaRMatchingCut, path_glob );
  }else if( (filterNamesLevels.end()-1)->second == 3 ){
    match( ME["pathGlob_deltaEtaDeltaPhi"], globMuons, pathMuons ,globL3DeltaRMatchingCut, path_glob );
  }
    
//fill histos
  bool first = true;
  for(size_t i=0; i<genMuons.size(); i++){
    ME["genMuon_genEtaPt"]->Fill(genMuons[i].eta(), genMuons[i].pt());
    ME["genMuon_genEtaPhi"]->Fill(genMuons[i].eta(), genMuons[i].phi());
    if(glob_gen[i] != -1){
      ME["resGlobGen_genEtaPt"]->Fill(genMuons[i].eta(), genMuons[i].pt(), (globMuons[glob_gen[i]].pt()-genMuons[i].pt())/genMuons[i].pt() );
      ME["globMuon_genEtaPt"]->Fill(genMuons[i].eta(), genMuons[i].pt());
      ME["globMuon_genEtaPhi"]->Fill(genMuons[i].eta(), genMuons[i].phi());
      ME["globMuon_recoEtaPt"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt());
      ME["globMuon_recoEtaPhi"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].phi());
      for(size_t f=0; f<filterNamesLevels.size(); f++){
        if(filt_glob[f][glob_gen[i]] != -1){
          ME[TString::Format("resFilt%dGlob_recoEtaPt",int(f+1))]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt(), (muonsAtFilter[f][filt_glob[f][glob_gen[i]]].pt()-globMuons[glob_gen[i]].pt())/globMuons[glob_gen[i]].pt() );
          ME[TString::Format("filt%dMuon_recoEtaPt",int(f+1))]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt());
          ME[TString::Format("filt%dMuon_recoEtaPhi",int(f+1))]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].phi());
        }else{
          break;
        }  
      }
      if(path_glob[glob_gen[i]] != -1){
        ME["resPathGlob_recoEtaPt"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt(), (pathMuons[path_glob[glob_gen[i]]].pt()-globMuons[glob_gen[i]].pt())/globMuons[glob_gen[i]].pt() );
        ME["pathMuon_recoEtaPt"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt());
        ME["pathMuon_recoEtaPhi"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].phi());
      }
//highest pt muon      
      if( first ){
        first = false;
        if( triggerFired ){
          ME["resultMuon_recoEtaPt"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].pt());
          ME["resultMuon_recoEtaPhi"]->Fill(globMuons[glob_gen[i]].eta(), globMuons[glob_gen[i]].phi());
        }
      }
    }
  }  

//fill dimuon histograms (highest pT, opposite charge) 
  int secondMuon = 0;
  for(size_t j=1; j<genMuons.size(); j++){
    if(genMuons[0].charge()*genMuons[j].charge()==-1){
      secondMuon = j;
      break;
    }
  }
  if(secondMuon > 0){
//    int pos = genMuons[0].charge()>0 ? 0 : secondMuon ;
//    int neg = genMuons[0].charge()<0 ? 0 : secondMuon ;
//two generated
    double genDimuonPt = (genMuons[0].p4()+genMuons[secondMuon].p4()).pt();
    double genDimuonEta = (genMuons[0].p4()+genMuons[secondMuon].p4()).eta();
    double genDimuonRap = (genMuons[0].p4()+genMuons[secondMuon].p4()).Rapidity();
    double genDimuonDR = deltaR<LeafCandidate,LeafCandidate>( genMuons[0], genMuons[secondMuon] );
    bool highPt = genMuons[0].pt()>7. && genMuons[secondMuon].pt()>7;
    ME["genDimuon_genEtaPt"]->Fill( genDimuonEta, genDimuonPt );
    ME["genDimuon_genRapPt"]->Fill( genDimuonRap, genDimuonPt );
    if(highPt) ME["genDimuon_genPtDR"]->Fill( genDimuonPt, genDimuonDR );
//two global
    if(glob_gen[0]!=-1 && glob_gen[secondMuon]!=-1){
      ME["globDimuon_genEtaPt"]->Fill( genDimuonEta, genDimuonPt );
      ME["globDimuon_genRapPt"]->Fill( genDimuonRap, genDimuonPt );
      if(highPt) ME["globDimuon_genPtDR"]->Fill( genDimuonPt, genDimuonDR );
      double globDimuonPt = (globMuons[glob_gen[0]].p4()+globMuons[glob_gen[secondMuon]].p4()).pt();
      double globDimuonEta = (globMuons[glob_gen[0]].p4()+globMuons[glob_gen[secondMuon]].p4()).eta();
      double globDimuonRap = (globMuons[glob_gen[0]].p4()+globMuons[glob_gen[secondMuon]].p4()).Rapidity();
      double globDimuonDR = deltaR<LeafCandidate,LeafCandidate>( globMuons[glob_gen[0]], globMuons[glob_gen[secondMuon]] );
      double globDimuonDRpos = deltaR<LeafCandidate,LeafCandidate>( globMuons_position[glob_gen[0]], globMuons_position[glob_gen[secondMuon]] );
      ME["globDimuon_recoEtaPt"]->Fill( globDimuonEta, globDimuonPt );
      ME["globDimuon_recoRapPt"]->Fill( globDimuonRap, globDimuonPt );
      if(highPt) ME["globDimuon_recoPtDR"]->Fill( globDimuonPt, globDimuonDR );
      if(highPt) ME["globDimuon_recoPtDRpos"]->Fill( globDimuonPt, globDimuonDRpos );
//two filter objects    
      for(size_t f=0; f<filterNamesLevels.size(); f++){
        if(filt_glob[f][glob_gen[0]] != -1 && filt_glob[f][glob_gen[secondMuon]] != -1){
          ME[TString::Format("diFilt%dDimuon_recoEtaPt",int(f+1))]->Fill( globDimuonEta, globDimuonPt );
          ME[TString::Format("diFilt%dDimuon_recoRapPt",int(f+1))]->Fill( globDimuonRap, globDimuonPt );
          if(highPt) ME[TString::Format("diFilt%dDimuon_recoPtDR",int(f+1))]->Fill( globDimuonPt, globDimuonDR );
          if(highPt) ME[TString::Format("diFilt%dDimuon_recoPtDRpos",int(f+1))]->Fill( globDimuonPt, globDimuonDRpos );
        }else{
          break;
        }  
      } 
//one filter object
      for(size_t f=0; f<filterNamesLevels.size(); f++){
        if(filt_glob[f][glob_gen[0]] != -1 || filt_glob[f][glob_gen[secondMuon]] != -1){
          ME[TString::Format("filt%dDimuon_recoEtaPt",int(f+1))]->Fill( globDimuonEta, globDimuonPt );
          ME[TString::Format("filt%dDimuon_recoRapPt",int(f+1))]->Fill( globDimuonRap, globDimuonPt );
          if(highPt) ME[TString::Format("filt%dDimuon_recoPtDR",int(f+1))]->Fill( globDimuonPt, globDimuonDR );
          if(highPt) ME[TString::Format("filt%dDimuon_recoPtDRpos",int(f+1))]->Fill( globDimuonPt, globDimuonDRpos );
        }else{
          break;
        }
      }
//two path objects
      if(path_glob[glob_gen[0]] != -1 && path_glob[glob_gen[secondMuon]] != -1){
        ME["diPathDimuon_recoEtaPt"]->Fill( globDimuonEta, globDimuonPt );
        ME["diPathDimuon_recoRapPt"]->Fill( globDimuonRap, globDimuonPt );
        if(highPt) ME["diPathDimuon_recoPtDR"]->Fill( globDimuonPt, globDimuonDR );
        if(highPt) ME["diPathDimuon_recoPtDRpos"]->Fill( globDimuonPt, globDimuonDRpos );
      }
//one path object
      if(path_glob[glob_gen[0]] != -1 || path_glob[glob_gen[secondMuon]] != -1){
        ME["pathDimuon_recoEtaPt"]->Fill( globDimuonEta, globDimuonPt );
        ME["pathDimuon_recoRapPt"]->Fill( globDimuonRap, globDimuonPt );
        if(highPt) ME["pathDimuon_recoPtDR"]->Fill( globDimuonPt, globDimuonDR );
        if(highPt) ME["pathDimuon_recoPtDRpos"]->Fill( globDimuonPt, globDimuonDRpos );
      }
//trigger result
      if( triggerFired ){
        ME["resultDimuon_recoEtaPt"]->Fill( globDimuonEta, globDimuonPt );
        ME["resultDimuon_recoRapPt"]->Fill( globDimuonRap, globDimuonPt );
        if(highPt) ME["resultDimuon_recoPtDR"]->Fill( globDimuonPt, globDimuonDR );
        if(highPt) ME["resultDimuon_recoPtDRpos"]->Fill( globDimuonPt, globDimuonDRpos );
      }
    }
  }
}

void HeavyFlavorValidation::beginRun	(	const Run &	iRun,
		const EventSetup &	iSetup
	)		`[private, virtual]`

Reimplemented from edm::EDAnalyzer.

Definition at line 127 of file HeavyFlavorValidation.cc.

References deltaEtaBins, deltaPhiBins, dimuonDRBins, dimuonEtaBins, dimuonPtBins, dqmFolder, dqmStore, filterNamesLevels, first, HltComparatorCreateWorkflow::hltConfig, i, HLTConfigProvider::init(), j, testEve_cfg::level, LogDebug, HLTConfigProvider::moduleLabels(), muonEtaBins, muonPhiBins, muonPtBins, myBook1D(), myBook2D(), myBookProfile2D(), mergeVDriftHistosByStation::name, cppFunctionSkipper::operator, DQMStore::setCurrentFolder(), DQMStore::setVerbose(), HLTConfigProvider::triggerNames(), triggerPathName, and triggerProcessName.

                                                                               {
//discover HLT configuration
  HLTConfigProvider hltConfig;
  bool isChanged;
  if(hltConfig.init(iRun, iSetup, triggerProcessName, isChanged)){
    LogDebug("HLTriggerOfflineHeavyFlavor") << "Successfully initialized HLTConfigProvider with process name: "<<triggerProcessName<<endl;
  }else{
    LogWarning("HLTriggerOfflineHeavyFlavor") << "Could not initialize HLTConfigProvider with process name: "<<triggerProcessName<<endl;
    return;
  }
  stringstream os;
  vector<string> triggerNames = hltConfig.triggerNames();
  for( size_t i = 0; i < triggerNames.size(); i++) {
    TString triggerName = triggerNames[i];
    if (triggerName.Contains(triggerPathName)){ 
      vector<string> moduleNames = hltConfig.moduleLabels( triggerNames[i] );
      for( size_t j = 0; j < moduleNames.size(); j++) {
        TString name = moduleNames[j];
        if(name.Contains("Filtered")){
          int level = 0;
          if(name.Contains("L1"))
            level = 1;
          else if(name.Contains("L2"))
            level = 2;
          else if(name.Contains("L3"))
            level = 3;
          filterNamesLevels.push_back( pair<string,int>(moduleNames[j],level) );
          os<<" "<<moduleNames[j];
        }
      }
      break;
    }
  }
  if(filterNamesLevels.size()==0){
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Bad Trigger Path: "<<triggerPathName<<endl;
    return;
  }else{
    LogDebug("HLTriggerOfflineHeavyFlavor")<<"Trigger Path: "<<triggerPathName<<" has filters:"<<os.str();
  }

//create Monitor Elements
  dqmStore = Service<DQMStore>().operator->();  
  if( !dqmStore ){
    LogError("HLTriggerOfflineHeavyFlavor") << "Could not find DQMStore service\n";
    return;
  }
  dqmStore->setVerbose(0);
  dqmStore->setCurrentFolder((dqmFolder+"/")+triggerProcessName+"/"+triggerPathName);
// Eta Pt Single  
  myBook2D( "genMuon_genEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)");
  myBook2D( "globMuon_genEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)");
  myBook2D( "globMuon_recoEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dMuon_recoEtaPt",int(i+1)), muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)", filterNamesLevels[i].first);
  }
  myBook2D( "pathMuon_recoEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)", triggerPathName);
  myBook2D( "resultMuon_recoEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)");
// Eta Pt Single Resolution
  myBookProfile2D( "resGlobGen_genEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBookProfile2D( TString::Format("resFilt%dGlob_recoEtaPt",int(i+1)), muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)", filterNamesLevels[i].first);
  }
  myBookProfile2D( "resPathGlob_recoEtaPt", muonEtaBins, "#mu eta", muonPtBins, " #mu pT (GeV)", triggerPathName);
// Eta Pt Double  
  myBook2D( "genDimuon_genEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)");
  myBook2D( "globDimuon_genEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)");
  myBook2D( "globDimuon_recoEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dDimuon_recoEtaPt",int(i+1)), dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)", filterNamesLevels[i].first);
  }  
  myBook2D( "pathDimuon_recoEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)", triggerPathName);
  myBook2D( "resultDimuon_recoEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("diFilt%dDimuon_recoEtaPt",int(i+1)), dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)", filterNamesLevels[i].first);
  }  
  myBook2D( "diPathDimuon_recoEtaPt", dimuonEtaBins, "#mu#mu eta", dimuonPtBins, " #mu#mu pT (GeV)", triggerPathName);
// Eta Phi Single
  myBook2D( "genMuon_genEtaPhi", muonEtaBins, "#mu eta", muonPhiBins, "#mu phi");
  myBook2D( "globMuon_genEtaPhi", muonEtaBins, "#mu eta", muonPhiBins, "#mu phi");
  myBook2D( "globMuon_recoEtaPhi", muonEtaBins, "#mu eta", muonPhiBins, "#mu phi");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dMuon_recoEtaPhi",int(i+1)), muonEtaBins, "#mu eta", muonPhiBins, "#mu phi", filterNamesLevels[i].first);
  }
  myBook2D( "pathMuon_recoEtaPhi", muonEtaBins, "#mu eta", muonPhiBins, "#mu phi", triggerPathName);
  myBook2D( "resultMuon_recoEtaPhi", muonEtaBins, "#mu eta", muonPhiBins, "#mu phi");
// Rap Pt Double
  myBook2D( "genDimuon_genRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)");
  myBook2D( "globDimuon_genRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)");
  myBook2D( "globDimuon_recoRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dDimuon_recoRapPt",int(i+1)), dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)", filterNamesLevels[i].first);
  }  
  myBook2D( "pathDimuon_recoRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)", triggerPathName);
  myBook2D( "resultDimuon_recoRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("diFilt%dDimuon_recoRapPt",int(i+1)), dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)", filterNamesLevels[i].first);
  }  
  myBook2D( "diPathDimuon_recoRapPt", dimuonEtaBins, "#mu#mu rapidity", dimuonPtBins, " #mu#mu pT (GeV)", triggerPathName);
// Pt DR Double  
  myBook2D( "genDimuon_genPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP");
  myBook2D( "globDimuon_genPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP");
  myBook2D( "globDimuon_recoPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dDimuon_recoPtDR",int(i+1)), dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP", filterNamesLevels[i].first);
  }
  myBook2D( "pathDimuon_recoPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP", triggerPathName);
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("diFilt%dDimuon_recoPtDR",int(i+1)), dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP", filterNamesLevels[i].first);
  }  
  myBook2D( "diPathDimuon_recoPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP", triggerPathName);
  myBook2D( "resultDimuon_recoPtDR", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R at IP");
// Pt DRpos Double  
//   myBook2D( "genDimuon_genPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS");
//   myBook2D( "globDimuon_genPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS");
  myBook2D( "globDimuon_recoPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dDimuon_recoPtDRpos",int(i+1)), dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS", filterNamesLevels[i].first);
  }
  myBook2D( "pathDimuon_recoPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS", triggerPathName);
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("diFilt%dDimuon_recoPtDRpos",int(i+1)), dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS", filterNamesLevels[i].first);
  }  
  myBook2D( "diPathDimuon_recoPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS", triggerPathName);
  myBook2D( "resultDimuon_recoPtDRpos", dimuonPtBins, " #mu#mu pT (GeV)", dimuonDRBins, "#mu#mu #Delta R in MS");

/*  ME["genDimuon_genPt+Pt-"] = myBook2D( "genDimuon_genPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");
  ME["genGlobDimuon_genPt+Pt-"] = myBook2D( "genGlobDimuon_genPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");
  ME["genGlobDimuon_recoPt+Pt-"] = myBook2D( "genGlobDimuon_recoPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");
  ME["genGlobL1Dimuon_recoPt+Pt-"] = myBook2D( "genGlobL1Dimuon_recoPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");
  ME["genGlobL1L2Dimuon_recoPt+Pt-"] = myBook2D( "genGlobL1L2Dimuon_recoPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");
  ME["genGlobL1L2L3Dimuon_recoPt+Pt-"] = myBook2D( "genGlobL1L2L3Dimuon_recoPt+Pt-", muonPtBins, "#mu+ pt (GeV)", muonPtBins, "#mu- pT (GeV)");*/

// Matching
  myBook2D( "globGen_deltaEtaDeltaPhi", deltaEtaBins, "#Delta eta", deltaPhiBins, "#Delta phi");
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook2D( TString::Format("filt%dGlob_deltaEtaDeltaPhi",int(i+1)), deltaEtaBins, "#Delta eta", deltaPhiBins, "#Delta phi", filterNamesLevels[i].first);
  }    
  myBook2D( "pathGlob_deltaEtaDeltaPhi", deltaEtaBins, "#Delta eta", deltaPhiBins, "#Delta phi", triggerPathName);
// Size of containers
  vector<double> sizeBins; sizeBins.push_back(10); sizeBins.push_back(0); sizeBins.push_back(10);
  myBook1D( "genMuon_size", sizeBins, "container size" );
  myBook1D( "globMuon_size", sizeBins, "container size" );
  for(size_t i=0; i<filterNamesLevels.size(); i++){
    myBook1D( TString::Format("filt%dMuon_size",int(i+1)), sizeBins, "container size", filterNamesLevels[i].first);
  }    
  myBook1D( "pathMuon_size", sizeBins, "container size", triggerPathName );
}

void HeavyFlavorValidation::endJob ( void ) [private, virtual]

Reimplemented from edm::EDAnalyzer.

Definition at line 532 of file HeavyFlavorValidation.cc.

{
}

int HeavyFlavorValidation::getMotherId ( const Candidate * p ) [private]

Definition at line 535 of file HeavyFlavorValidation.cc.

References reco::Candidate::mother(), and reco::Candidate::pdgId().

Referenced by analyze().

                                                           {
  const Candidate* mother = p->mother();
  if( mother ){
    if( mother->pdgId() == p->pdgId() ){
      return getMotherId(mother);
    }else{
      return mother->pdgId();
    }
  }else{
    return 0;
  }
}

void HeavyFlavorValidation::match	(	MonitorElement *	me,
		vector< LeafCandidate > &	from,
		vector< LeafCandidate > &	to,
		double	deltaRMatchingCut,
		vector< int > &	map
	)		`[private]`

Definition at line 548 of file HeavyFlavorValidation.cc.

References PFRecoTauDiscriminationAgainstElectronDeadECAL_cfi::dR, eta(), MonitorElement::Fill(), i, j, gen::k, and phi.

Referenced by analyze().

                                                                                                                                                         {
  vector<double> dR(from.size());
  for(size_t i=0; i<from.size(); i++){
    map[i] = -1;
    dR[i] = 10.;
    //find closest
    for(size_t j=0; j<to.size(); j++){
      double dRtmp = deltaR<double>(from[i].eta(), from[i].phi(), to[j].eta(), to[j].phi());
      if( dRtmp < dR[i] ){
        dR[i] = dRtmp;
        map[i] = j;
      }
    }
    //fill matching histo
    if( map[i] != -1 ){
      me->Fill( to[map[i]].eta()-from[i].eta(), deltaPhi<double>(to[map[i]].phi(), from[i].phi()) );
    }
    //apply matching cut
    if( dR[i] > dRMatchingCut ){
      map[i] = -1;
    }
    //remove duplication
    if( map[i] != -1 ){
      for(size_t k=0; k<i; k++){
        if( map[k] != -1 && map[i] == map[k] ){
          if( dR[i] < dR[k] ){
            map[k] = -1;
          }else{
            map[i] = -1;
          }
          break;
        }
      }
    }
  }
}

void HeavyFlavorValidation::myBook1D	(	TString	name,
		vector< double > &	xBins,
		TString	label
	)		`[inline, private]`

Definition at line 71 of file HeavyFlavorValidation.cc.

                                                                       {
      myBook1D( name, xBins, label, name );
    }

void HeavyFlavorValidation::myBook1D	(	TString	name,
		vector< double > &	xBins,
		TString	label,
		TString	title
	)		`[private]`

Definition at line 627 of file HeavyFlavorValidation.cc.

References DQMStore::book1D(), dqmStore, h, i, and mergeVDriftHistosByStation::name.

Referenced by beginRun().

{
//   dqmStore->setCurrentFolder(dqmFolder+"/"+folder);
  int binsN = bins.size()==3 ? (int)bins[0]+1 : bins.size();
  Double_t *myBins = new Double_t[ binsN ];
  for(int i=0; i<binsN; i++){
    myBins[i] = bins.size()==3 ? bins[1] + i*(bins[2]-bins[1])/bins[0] : bins[i] ;
  }
  TH1F *h = new TH1F( name, name, binsN-1, myBins );
  h->SetXTitle(label);
  h->SetTitle(title);
  ME[name] = dqmStore->book1D( name.Data(), h );
  delete h;
}

void HeavyFlavorValidation::myBook2D	(	TString	name,
		vector< double > &	xBins,
		TString	xLabel,
		vector< double > &	yBins,
		TString	yLabel
	)		`[inline, private]`

Definition at line 63 of file HeavyFlavorValidation.cc.

                                                                                                              {
      myBook2D( name, xBins, xLabel, yBins, yLabel, name);
    }

void HeavyFlavorValidation::myBook2D	(	TString	name,
		vector< double > &	xBins,
		TString	xLabel,
		vector< double > &	yBins,
		TString	yLabel,
		TString	title
	)		`[private]`

Definition at line 585 of file HeavyFlavorValidation.cc.

References DQMStore::book2D(), dqmStore, eta(), h, i, and mergeVDriftHistosByStation::name.

Referenced by beginRun().

{
//   dqmStore->setCurrentFolder(dqmFolder+"/"+folder);
  int ptN = ptBins.size()==3 ? (int)ptBins[0]+1 : ptBins.size();
  Double_t *pt = new Double_t[ ptN ];
  for(int i=0; i<ptN; i++){
    pt[i] = ptBins.size()==3 ? ptBins[1] + i*(ptBins[2]-ptBins[1])/ptBins[0] : ptBins[i] ;
  }
  int etaN = etaBins.size()==3 ? (int)etaBins[0]+1 : etaBins.size();
  Double_t *eta = new Double_t[ etaN ];
  for(int i=0; i<etaN; i++){
    eta[i] = etaBins.size()==3 ? etaBins[1] + i*(etaBins[2]-etaBins[1])/etaBins[0] : etaBins[i] ;
  }
  TH2F *h = new TH2F( name, name, ptN-1, pt, etaN-1, eta  );
  h->SetXTitle(ptLabel);
  h->SetYTitle(etaLabel);
  h->SetTitle(title);
  ME[name] = dqmStore->book2D( name.Data(), h );
  delete h;
}

void HeavyFlavorValidation::myBookProfile2D	(	TString	name,
		vector< double > &	xBins,
		TString	xLabel,
		vector< double > &	yBins,
		TString	yLabel,
		TString	title
	)		`[private]`

Definition at line 606 of file HeavyFlavorValidation.cc.

References DQMStore::bookProfile2D(), dqmStore, eta(), h, i, and mergeVDriftHistosByStation::name.

Referenced by beginRun().

{
//   dqmStore->setCurrentFolder(dqmFolder+"/"+folder);
  int ptN = ptBins.size()==3 ? (int)ptBins[0]+1 : ptBins.size();
  Double_t *pt = new Double_t[ ptN ];
  for(int i=0; i<ptN; i++){
    pt[i] = ptBins.size()==3 ? ptBins[1] + i*(ptBins[2]-ptBins[1])/ptBins[0] : ptBins[i] ;
  }
  int etaN = etaBins.size()==3 ? (int)etaBins[0]+1 : etaBins.size();
  Double_t *eta = new Double_t[ etaN ];
  for(int i=0; i<etaN; i++){
    eta[i] = etaBins.size()==3 ? etaBins[1] + i*(etaBins[2]-etaBins[1])/etaBins[0] : etaBins[i] ;
  }
  TProfile2D *h = new TProfile2D( name, name, ptN-1, pt, etaN-1, eta  );
  h->SetXTitle(ptLabel);
  h->SetYTitle(etaLabel);
  h->SetTitle(title);
  ME[name] = dqmStore->bookProfile2D( name.Data(), h );
  delete h;
}

void HeavyFlavorValidation::myBookProfile2D	(	TString	name,
		vector< double > &	xBins,
		TString	xLabel,
		vector< double > &	yBins,
		TString	yLabel
	)		`[inline, private]`

Definition at line 67 of file HeavyFlavorValidation.cc.

                                                                                                                     {
      myBookProfile2D( name, xBins, xLabel, yBins, yLabel, name);
    }