#include <TtDilepLRSignalSelObservables.h>

Public Types
typedef std::pair< unsigned int, bool >	IntBoolPair
Public Member Functions
void	jetSource (const edm::InputTag &jetSource)
std::vector< IntBoolPair >	operator() (TtDilepEvtSolution &, const edm::Event &iEvent, bool matchOnly=false)
	TtDilepLRSignalSelObservables ()
	~TtDilepLRSignalSelObservables ()
Private Types
typedef std::pair< unsigned int, double >	IntDblPair
Private Member Functions
double	delta (double phi1, double phi2)
void	fillMinMax (double v1, double v2, int obsNbr, std::vector< IntDblPair > &varList, bool match1, bool match2, std::vector< IntBoolPair > &matchList)
Private Attributes
int	count1
int	count2
int	count3
int	count4
int	count5
std::vector< IntBoolPair >	evtselectVarMatch
std::vector< IntDblPair >	evtselectVarVal
edm::InputTag	jetSource_

Detailed Description

Definition at line 15 of file TtDilepLRSignalSelObservables.h.

Member Typedef Documentation

typedef std::pair<unsigned int,bool> TtDilepLRSignalSelObservables::IntBoolPair

Definition at line 22 of file TtDilepLRSignalSelObservables.h.

typedef std::pair<unsigned int,double> TtDilepLRSignalSelObservables::IntDblPair [private]

Definition at line 29 of file TtDilepLRSignalSelObservables.h.

Constructor & Destructor Documentation

TtDilepLRSignalSelObservables::TtDilepLRSignalSelObservables ( )

Definition at line 11 of file TtDilepLRSignalSelObservables.cc.

References count1, count2, count3, count4, and count5.

                                                            {
count1=0; count2=0; count3=0;
count4=0; count5=0; count3=0;
}

TtDilepLRSignalSelObservables::~TtDilepLRSignalSelObservables ( )

Definition at line 17 of file TtDilepLRSignalSelObservables.cc.

{
}

Member Function Documentation

double TtDilepLRSignalSelObservables::delta	(	double	phi1,
		double	phi2
	)		`[private]`

Definition at line 208 of file TtDilepLRSignalSelObservables.cc.

References Geom::deltaPhi(), and M_PI.

Referenced by operator()().

{
  double deltaPhi = phi1 - phi2;
  while (deltaPhi > M_PI) deltaPhi -= 2*M_PI;
  while (deltaPhi <= -M_PI) deltaPhi += 2*M_PI;
  return deltaPhi;
}

void TtDilepLRSignalSelObservables::fillMinMax	(	double	v1,
		double	v2,
		int	obsNbr,
		std::vector< IntDblPair > &	varList,
		bool	match1,
		bool	match2,
		std::vector< IntBoolPair > &	matchList
	)		`[private]`

Definition at line 191 of file TtDilepLRSignalSelObservables.cc.

Referenced by operator()().

{
  if (v1<v2) {
    varList.push_back(IntDblPair(obsNbr, v1));
    varList.push_back(IntDblPair(obsNbr+1, v2));
    matchList.push_back(IntBoolPair(obsNbr, match1));
    matchList.push_back(IntBoolPair(obsNbr+1, match2));
    
  } else {
    varList.push_back(IntDblPair(obsNbr, v2));
    varList.push_back(IntDblPair(obsNbr+1, v1));
    matchList.push_back(IntBoolPair(obsNbr, match2));
    matchList.push_back(IntBoolPair(obsNbr+1, match1));
  }
}

void TtDilepLRSignalSelObservables::jetSource ( const edm::InputTag & jetSource ) [inline]

Definition at line 25 of file TtDilepLRSignalSelObservables.h.

References jetSource(), and jetSource_.

Referenced by jetSource().

{jetSource_ = jetSource;}

std::vector< TtDilepLRSignalSelObservables::IntBoolPair > TtDilepLRSignalSelObservables::operator()	(	TtDilepEvtSolution &	solution,
		const edm::Event &	iEvent,
		bool	matchOnly = `false`
	)

Definition at line 21 of file TtDilepLRSignalSelObservables.cc.

{
  evtselectVarVal.clear();
  evtselectVarMatch.clear();
  
  // Check whether the objects are matched:
  bool matchB1 = false;
  bool matchB2 = false;
  bool matchB = false;
  bool matchBbar = false;
  bool matchLeptPos =  false;
  bool matchLeptNeg =  false;

  try {
    // std::cout <<std::endl;
    double dr, dr1, dr2;

    edm::Handle<TtGenEvent> genEvent;
    iEvent.getByLabel ("genEvt",genEvent);

    if (genEvent->isFullLeptonic()) {
      // Match the leptons, by type and deltaR
      dr = DeltaR<reco::Particle, reco::GenParticle>()(solution.getLeptPos(), *(solution.getGenLepp()));
      matchLeptPos = (
        ( ((solution.getWpDecay()=="electron")&&(std::abs(solution.getGenLepp()->pdgId())==11))
       || ((solution.getWpDecay()=="muon")&&(std::abs(solution.getGenLepp()->pdgId())==13)) )
       && (dr < 0.1) );

      dr = DeltaR<reco::Particle, reco::GenParticle>()(solution.getLeptNeg(), *(solution.getGenLepm()));
      matchLeptNeg = (
        ( ((solution.getWmDecay()=="electron")&&(std::abs(solution.getGenLepm()->pdgId())==11))
           || ((solution.getWmDecay()=="muon")&&(std::abs(solution.getGenLepm()->pdgId())==13)) )
        && (dr < 0.1) );
    }

    if (genEvent->isSemiLeptonic()) {
      int id = genEvent->singleLepton()->pdgId();

      if (id>0) {
        dr = DeltaR<reco::Particle, reco::GenParticle>()(solution.getLeptNeg(), *(genEvent->singleLepton()));
        matchLeptNeg = (
          ( ((solution.getWmDecay()=="electron") && (id==11))
             || ((solution.getWmDecay()=="muon") && (id==13)) )
          && (dr < 0.1) );
      } else {
        dr = DeltaR<reco::Particle, reco::GenParticle>()(solution.getLeptPos(), *(genEvent->singleLepton()));
        matchLeptPos = (
          ( ((solution.getWpDecay()=="electron")&& (id==-11))
         || ((solution.getWpDecay()=="muon")    && (id==-13)) )
         && (dr < 0.1) );
      }
    }
    
    if (genEvent->isTtBar() && genEvent->numberOfBQuarks()>1) {
      if (solution.getJetB().partonFlavour()==5) ++count1;
      if (solution.getJetBbar().partonFlavour()==5) ++count1;

      dr1 = DeltaR<pat::Jet, reco::GenParticle>()(solution.getCalJetB(), *(genEvent->b()));
      dr2 = DeltaR<pat::Jet, reco::GenParticle>()(solution.getCalJetB(), *(genEvent->bBar()));

      matchB1= ( (dr1<0.4) || (dr2<0.4));
      matchB = ( (solution.getJetB().partonFlavour()==5) && (dr1<0.4) );
      if (matchB) ++count3;
      matchB = ( (dr1<0.4) );
      if (dr1<0.5) ++count2;
      if (dr1<0.4) ++count4;
      if (dr1<0.3) ++count5;

      dr1 = DeltaR<pat::Jet, reco::GenParticle>()(solution.getCalJetBbar(), *(genEvent->b()));
      dr2 = DeltaR<pat::Jet, reco::GenParticle>()(solution.getCalJetBbar(), *(genEvent->bBar()));

      matchBbar = ( (solution.getJetBbar().partonFlavour()==5) && (dr2<0.4) );
      if (matchBbar) ++count3;
      matchBbar = ( (dr2<0.4) );
      matchB2 = ( (dr1<0.4) || (dr2<0.4));
      if (dr2<0.5) ++count2;
      if (dr2<0.4) ++count4;
      if (dr2<0.3) ++count5;
    }
    
  } catch (...){std::cout << "Exception\n";}
  
  edm::Handle<std::vector<pat::Jet> > jets;
  iEvent.getByLabel(jetSource_, jets);
  
  //  Lower / Higher of both jet angles
  
  double v1 = std::abs( solution.getJetB().p4().theta() - M_PI/2 );
  double v2 = std::abs( solution.getJetBbar().p4().theta() - M_PI/2 ) ;
  fillMinMax(v1, v2, 1, evtselectVarVal, matchB1, matchB2, evtselectVarMatch);

  //  Lower / Higher of both jet pT

  double pt1 = solution.getJetB().p4().pt();
  double pt2 = solution.getJetBbar().p4().pt();
  fillMinMax(pt1, pt2, 3, evtselectVarVal, matchB1, matchB2, evtselectVarMatch);

  //  Lower / Higher of both lepton pT

  pt1 = solution.getLeptPos().p4().pt();
  pt2 = solution.getLeptNeg().p4().pt();
  fillMinMax(pt1, pt2, 5, evtselectVarVal, matchLeptPos, matchLeptNeg, evtselectVarMatch);

  // delta theta btw the b-jets

  double deltaPhi = std::abs( delta(solution.getJetB().p4().phi(), 
                                    solution.getJetBbar().p4().phi()) );

  evtselectVarVal.push_back(IntDblPair(7, deltaPhi));
  evtselectVarMatch.push_back(IntBoolPair(7, matchB1&&matchB2));

  // delta phi btw the b-jets

  double deltaTheta = std::abs( delta (solution.getJetBbar().p4().theta(),
                                       solution.getJetB().p4().theta() ) );

  evtselectVarVal.push_back(IntDblPair(8, deltaTheta));
  evtselectVarMatch.push_back(IntBoolPair(8, matchB1&&matchB2));

  //  Lower / Higher of phi difference between the b and associated lepton

  double deltaPhi1 = std::abs ( delta( solution.getJetB().p4().phi(),
                                       solution.getLeptPos().p4().phi() ) );
  double deltaPhi2 = std::abs ( delta( solution.getJetBbar().p4().phi(),
                                       solution.getLeptNeg().p4().phi() ) );

  fillMinMax(deltaPhi1, deltaPhi2, 9, evtselectVarVal, 
        matchB&&matchLeptPos, matchBbar&&matchLeptNeg, evtselectVarMatch);

  //  Lower / Higher of theta difference between the b and associated lepton

  double deltaTheta1 = std::abs( solution.getJetB().p4().theta() -
                                 solution.getLeptPos().p4().theta() );
  double deltaTheta2 = std::abs( solution.getJetBbar().p4().theta() -
                                 solution.getLeptNeg().p4().theta() );
  fillMinMax(deltaTheta1, deltaTheta2, 11, evtselectVarVal, 
        matchB&&matchLeptPos, matchBbar&&matchLeptNeg, evtselectVarMatch);

  // Invariant Mass of lepton pair

  math::XYZTLorentzVector pp = solution.getLeptPos().p4() + solution.getLeptNeg().p4();
  double mass = pp.mass();
  evtselectVarVal.push_back(IntDblPair(13, mass));
  evtselectVarMatch.push_back(IntBoolPair(13, matchLeptNeg&&matchLeptPos));

  evtselectVarVal.push_back(IntDblPair(13, mass));
  evtselectVarMatch.push_back(IntBoolPair(13, matchLeptNeg&&matchLeptPos));

  std::vector <pat::Jet> jet3;
  for (int i=0;i<(int)jets->size();++i) {
if  ( ((*jets)[i].et()<solution.getJetB().et()) && ((*jets)[i].et()<solution.getJetBbar().et())) {jet3.push_back((*jets)[i]);
}}
  double jet1Ratio = 0., jet2Ratio = 0.;  
  if (jet3.size()>0) { 
    jet1Ratio = jet3[0].et()/solution.getJetB().et();
    jet2Ratio = jet3[0].et()/solution.getJetBbar().et();
  }
  fillMinMax(jet1Ratio, jet2Ratio, 14, evtselectVarVal, 
        matchB1, matchB2, evtselectVarMatch);

  evtselectVarVal.push_back(IntDblPair(16, jets->size()));
  evtselectVarMatch.push_back(IntBoolPair(16, matchB&&matchBbar));


  if (!matchOnly) solution.setLRSignalEvtObservables(evtselectVarVal);
  return evtselectVarMatch;
}