void printJet(Jet *jet)
{
GenParticle *particle;
Muon *muon;
Track *track;
Tower *tower;
TObject *object;
TLorentzVector momentum;
momentum.SetPxPyPzE(0.0, 0.0, 0.0, 0.0);
//TRefArray constituentarray(jet->Constituents);
TRefArray particlearray(jet->Particles);
cout<<"Looping over jet constituents. Jet pt: "<<jet->PT<<", eta: "<<jet->Eta<<", phi: "<<jet->Phi<<endl;
// Loop over all jet's constituents
for(Int_t j = 0; j < jet->Constituents.GetEntriesFast(); ++j)
{
object = jet->Constituents.At(j);
// Check if the constituent is accessible
if(object == 0) continue;
if(object->IsA() == GenParticle::Class())
{
particle = (GenParticle*) object;
cout << " GenPart pt: " << particle->PT << ", eta: " << particle->Eta << ", phi: " << particle->Phi << endl;
momentum += particle->P4();
}
else if(object->IsA() == Track::Class())
{
track = (Track*) object;
cout << " Track pt: " << track->PT << ", eta: " << track->Eta << ", phi: " << track->Phi << endl;
momentum += track->P4();
}
else if(object->IsA() == Tower::Class())
{
tower = (Tower*) object;
cout << " Tower pt: " << tower->ET << ", eta: " << tower->Eta << ", phi: " << tower->Phi << endl;
momentum += tower->P4();
}
else if(object->IsA() == Muon::Class())
{
muon = (Muon*) object;
cout << " Muon pt: " << muon->PT << ", eta: " << muon->Eta << ", phi: " << muon->Phi << endl;
momentum += muon->P4();
}
}
cout << " constituent sum pt: " << momentum.Pt() <<" eta "<< momentum.Eta() <<" phi " << momentum.Phi() << std::endl;
for (Int_t j =0; j<jet->Particles.GetEntries(); j++){
GenParticle *p_tmp = (GenParticle*) particlearray.At(j);
printGenParticle(p_tmp);
}
}
bool Event::GenParticleDecayedFrom( int iGenPar, int apdgid ,int& idx){
//if( apdgid==25) Logger::getInstance().Log("Event",__FUNCTION__,"DEBUG",Form("* Called GenParticleDecaydFrom %d",iGenPar) );//DEBUG
GenParticle *g = GetGenParticle(iGenPar);
if (g ==NULL)return false;
//if( apdgid==25) Logger::getInstance().Log("Event",__FUNCTION__,"DEBUG",Form("* ---> Current pdgId is %d",g->GetPdgId()) );//DEBUG
if (abs(g->GetPdgId()) == apdgid) { idx=iGenPar; return true;}
int moidx = g->GetParentIdx();
if (moidx == iGenPar) return false;
return GenParticleDecayedFrom( moidx, apdgid,idx);
}
void GenParticleFactory::update()
/*****************************************************************/
{
m_data.clear();
for(int i=0;i<m_gen_n;i++)
{
GenParticle gen;
gen.setId ( (*m_gen_id)[i] );
gen.setStatus ( (*m_gen_status)[i] );
gen.SetPtEtaPhiE ( (*m_gen_pt)[i], (*m_gen_eta)[i], (*m_gen_phi)[i], (*m_gen_energy)[i] );
m_data.push_back( gen );
}
}
GenParticle * Event::GetGenStable( int iGenPar ,int pdgid,float aeta)
{
// status 1, electrons
vector<pair<float,int> > valid; // pt, idx
for(int i = 0 ; i<genparticles_.size() ;++i)
{
GenParticle *gp = genparticles_[i];
if (not gp->IsPromptFinalState() ) continue;
if ( abs(gp->GetPdgId()) != pdgid) continue;
if ( fabs(gp->Eta() ) > aeta) continue;
valid.push_back(pair<float,int>(gp->Pt(),i));
}
if (valid.size() == 0 ) return NULL;
if (valid.size() <= iGenPar ) return NULL;
sort(valid.begin(),valid.end(),[](pair<float,int> &a,pair<float,int> &b) { if (a.first> b.first) return true; if (a.first<b.first) return false; return a.second<b.second;} ) ;
return genparticles_[ valid[iGenPar].second];
}
int Tau::Rematch(Event *e,float dR){
if (rematch_ >=0 ) return rematch_; // cache
GenParticle * gp =NULL;
int ig=0;
bool isTau=false;
bool isQuark=false;
bool isGluon=false;
bool isEle = false;
bool isMuon= false;
float hardestPt=-1.;
bool isHardestQ = false;
for (gp = e->GetGenParticle(ig) ; gp != NULL ; gp=e->GetGenParticle(++ig))
{
if (gp->DeltaR(this) >dR) continue;
//if (gp->IsPromptFinalState() ) continue; // useless
if ( abs(gp->GetPdgId()) == 15 ) isTau = true; // I don't care the status
if ( abs(gp->GetPdgId()) == 11)
{
isEle = true;
}
if ( abs(gp->GetPdgId()) == 13)
{
isMuon = true;
}
if ( abs(gp->GetPdgId() ) == 21 )
{
isGluon=true;
if (hardestPt < gp->Pt() ) { hardestPt=gp->Pt(); isHardestQ=false;}
}
if ( abs(gp->GetPdgId() ) <= 4 )
{
isQuark=true;
if (hardestPt < gp->Pt() ) { hardestPt=gp->Pt(); isHardestQ=true;}
}
}
if (isTau) rematch_=15;
//the additional check isQuark, prevent the default value on isHardest
if (rematch_<0 and isMuon) rematch_=13;
if (rematch_<0 and isEle) rematch_=11;
if (rematch_ <0 and isQuark and isHardestQ) rematch_=1;
if (rematch_ <0 and isGluon and not isHardestQ) rematch_=21;
// no match
if (rematch_ <0 ) rematch_=0;
return rematch_;
}
void AnalyseEvents(ExRootTreeReader *treeReader, TestPlots *plots)
{
TClonesArray *branchParticle = treeReader->UseBranch("Particle");
TClonesArray *branchElectron = treeReader->UseBranch("Electron");
TClonesArray *branchPhoton = treeReader->UseBranch("Photon");
TClonesArray *branchMuon = treeReader->UseBranch("Muon");
TClonesArray *branchTrack = treeReader->UseBranch("Track");
TClonesArray *branchTower = treeReader->UseBranch("Tower");
TClonesArray *branchEFlowTrack = treeReader->UseBranch("EFlowTrack");
TClonesArray *branchEFlowPhoton = treeReader->UseBranch("EFlowPhoton");
TClonesArray *branchEFlowNeutralHadron = treeReader->UseBranch("EFlowNeutralHadron");
TClonesArray *branchJet = treeReader->UseBranch("Jet");
Long64_t allEntries = treeReader->GetEntries();
cout << "** Chain contains " << allEntries << " events" << endl;
GenParticle *particle;
Electron *electron;
Photon *photon;
Muon *muon;
Track *track;
Tower *tower;
Jet *jet;
TObject *object;
TLorentzVector momentum;
Float_t Eem, Ehad;
Bool_t skip;
Long64_t entry;
Int_t i, j, pdgCode;
// Loop over all events
for(entry = 0; entry < allEntries; ++entry)
{
// Load selected branches with data from specified event
treeReader->ReadEntry(entry);
// Loop over all electrons in event
for(i = 0; i < branchElectron->GetEntriesFast(); ++i)
{
electron = (Electron*) branchElectron->At(i);
particle = (GenParticle*) electron->Particle.GetObject();
plots->fElectronDeltaPT->Fill((particle->PT - electron->PT)/particle->PT);
plots->fElectronDeltaEta->Fill((particle->Eta - electron->Eta)/particle->Eta);
}
// Loop over all photons in event
for(i = 0; i < branchPhoton->GetEntriesFast(); ++i)
{
photon = (Photon*) branchPhoton->At(i);
// skip photons with references to multiple particles
if(photon->Particles.GetEntriesFast() != 1) continue;
particle = (GenParticle*) photon->Particles.At(0);
plots->fPhotonDeltaPT->Fill((particle->PT - photon->PT)/particle->PT);
plots->fPhotonDeltaEta->Fill((particle->Eta - photon->Eta)/particle->Eta);
plots->fPhotonDeltaE->Fill((particle->E - photon->E)/particle->E);
}
// Loop over all muons in event
for(i = 0; i < branchMuon->GetEntriesFast(); ++i)
{
muon = (Muon*) branchMuon->At(i);
particle = (GenParticle*) muon->Particle.GetObject();
plots->fMuonDeltaPT->Fill((particle->PT - muon->PT)/particle->PT);
plots->fMuonDeltaEta->Fill((particle->Eta - muon->Eta)/particle->Eta);
}
// Loop over all tracks in event
for(i = 0; i < branchTrack->GetEntriesFast(); ++i)
{
track = (Track*) branchTrack->At(i);
particle = (GenParticle*) track->Particle.GetObject();
plots->fTrackDeltaPT->Fill((particle->PT - track->PT)/particle->PT);
plots->fTrackDeltaEta->Fill((particle->Eta - track->Eta)/particle->Eta);
}
// cout << "-- New event -- " << endl;
// Loop over all jets in event
for(i = 0; i < branchJet->GetEntriesFast(); ++i)
{
jet = (Jet*) branchJet->At(i);
momentum.SetPxPyPzE(0.0, 0.0, 0.0, 0.0);
// cout<<"Looping over jet constituents. Jet pt: "<<jet->PT<<", eta: "<<jet->Eta<<", phi: "<<jet->Phi<<endl;
// Loop over all jet's constituents
for(j = 0; j < jet->Constituents.GetEntriesFast(); ++j)
{
object = jet->Constituents.At(j);
// Check if the constituent is accessible
if(object == 0) continue;
if(object->IsA() == GenParticle::Class())
{
particle = (GenParticle*) object;
// cout << " GenPart pt: " << particle->PT << ", eta: " << particle->Eta << ", phi: " << particle->Phi << endl;
momentum += particle->P4();
}
else if(object->IsA() == Track::Class())
{
track = (Track*) object;
// cout << " Track pt: " << track->PT << ", eta: " << track->Eta << ", phi: " << track->Phi << endl;
momentum += track->P4();
}
else if(object->IsA() == Tower::Class())
{
tower = (Tower*) object;
// cout << " Tower pt: " << tower->ET << ", eta: " << tower->Eta << ", phi: " << tower->Phi << endl;
momentum += tower->P4();
}
}
plots->fJetDeltaPT->Fill((jet->PT - momentum.Pt())/jet->PT);
}
}
}
int ChargedHiggsTauNu::analyze(Event*e,string systname)
{
#ifdef VERBOSE
if(VERBOSE>0)Log(__FUNCTION__,"DEBUG","analyze event with syst "+systname);
#endif
if(doGen)analyzeGen(e,systname);
string label = GetLabel(e);
if(e->weight() == 0.) cout <<"[ChargedHiggsTauNu]::[analyze]::[INFO] Even Weight is NULL !!"<< e->weight() <<endl;
#ifdef SYNC
if (not e->IsRealData() and e->GetWeight() ->GetBareSF() != 1.0) Log(__FUNCTION__,"SYNC-ERROR",Form("SF at the beginning is not 1: %lf",e->GetWeight() ->GetBareSF()));
#endif
e->ApplyTopReweight();
#ifdef SYNC
double toprw = e->GetWeight()->GetBareSF();
#endif
Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,Total,e->weight());
Fill("ChargedHiggsTauNu/NOne/NTaus_"+label,systname, e->Ntaus() ,e->weight());
Tau *t= e->GetTau(0);
cut.reset();
cut.SetMask(MaxCut-1) ;
cut.SetCut( Selection(e,true, false) );
#ifdef SYNC
if (SYNC>0){
if(not e->IsRealData()) Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) MCWeight=%lf Xsec=%lf PU=%lf TopReweight=%lf",
e->runNum(),e->lumiNum(),e->eventNum(),
e->GetWeight()->GetBareMCWeight(),
e->GetWeight()->GetBareMCXsec(),
e->GetWeight()->GetBarePUWeight(),
toprw)
);
CutSelector mymask(MaxCut);
mymask.reset();
mymask.SetCutBit(Trigger);
// Print info
/*
Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) SELECTION=%s",e->runNum(),e->lumiNum(),e->eventNum(),ChargedHiggs::printBinary(cut.raw()).c_str()));
Log(__FUNCTION__,"SYNC","SYST="+systname);
Log(__FUNCTION__,"SYNC",Form("Ntaus=%d",e->Ntaus()));
Log(__FUNCTION__,"SYNC",Form("NJets=%d",e->Njets()));
Log(__FUNCTION__,"SYNC",Form("NCJets=%d",e->NcentralJets()));
for(int i=0;;++i)
{
Tau* myt= e->GetBareTau(i);
if (myt==NULL) break;
Log(__FUNCTION__,"SYNC", Form("* Tau-%d: Npr=%d,Npi=%d,EleRej=%d,MuRej=%d,Iso=%.3f,IdIso=%d,Pt=%.1f",
i, myt->GetNProng(),myt->GetNPiZero(),
myt->id_ele,myt->id_mu,myt->iso2,
myt->id_iso,myt->Pt()
) ) ;
cout <<endl;
myt->MyIsTau();
cout <<endl;
}
*/
/*
cout <<endl;
for(int i=0;;++i)
{
Jet* myj= e->GetJet(i);
if (myj==NULL) break;
Log(__FUNCTION__,"SYNC", Form("* Jet-%d: Pt=%.1f",
i, myj->Pt()
) ) ;
}
cout <<endl;
*/
if (cut.passMask(mymask) ) Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) Trigger",e->runNum(),e->lumiNum(),e->eventNum()) ) ;
mymask.SetCutBit(OneTau);
if (cut.passMask(mymask) ) Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) Selected tau: pt=%e eta=%e",e->runNum(),e->lumiNum(),e->eventNum(),e->GetTau(0)->Pt(),e->GetTau(0)->Eta()) ) ;
if (cut.passMask(mymask) ) Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) Njets %d Bjets %d",e->runNum(),e->lumiNum(),e->eventNum(),e->Njets(), e->Bjets()) ) ;
if (cut.passMask(mymask) ) Log(__FUNCTION__,"SYNC",Form("(%d,%d,%u) TauSel metPt=%e metPhi=%e mT=%e",e->runNum(),e->lumiNum(),e->eventNum(),e->GetMet().Pt(),e->GetMet().Phi(),e->Mt()) ) ;
}
#endif
// here I have the PV and the MET Filters
//if (e->IsRealData() )
{
int pos=0;
Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
CutSelector mymask(MaxCut);
mymask.reset();
mymask.SetCutBit(Trigger); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(OneTau);++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(NoLep); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(ThreeJets); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(OneBjet); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(Met); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
mymask.SetCutBit(AngRbb); ++pos;
if( cut.passMask( mymask ) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow2_"+label,systname,pos,e->weight());
}
//Log(__FUNCTION__,"DEBUG","Analyze event with syst "+ systname + Form(" Njets=%d NB=%d PassAll=%d cuts=%s", e->Njets(),e->Bjets() ,cut.passAll(), ChargedHiggs::printBinary(cut.raw()).c_str() ));
if ( cut.pass(NoLep) and not e->IsRealData() ){
//Muon
{
GenParticle * gp = e->GetGenMuon(0,2.4);
if (not e->ExistSF("muIDloose")) Log(__FUNCTION__,"WARNING","No muveto SF"); //FIXME Remove this line, may be slow
if (gp != NULL and gp->Pt() > 10) {e->SetPtEtaSF("muIDloose",gp->Pt(),fabs(gp->Eta())); e->ApplySF("muIDloose");} // this should be SC-eta, some how propagated
}
}
// Tau and Trigger efficiency (SAMI)
// For non re-HLT samples --> apply directly the efficiencies in data
// For all the oters, apply data/mc efficiencies
string tauLegSF, metLegSF;
tauLegSF = "tauLeg";
metLegSF = "metLeg";
//#warning no sf trigger
if (cut.pass(Trigger) and not e->IsRealData()) {
if (t!=NULL){e->ApplyTauSF(t,false,"");}
// Met SF only for pT > 20
if(e->GetMet().Pt()>20 and not singleTauTrigger) {
if( not e->ExistSF(metLegSF) ) Log(__FUNCTION__,"WARNING" ,"No Tau"+metLegSF+" SF");
e->SetPtEtaSF(metLegSF, e->GetMet().Pt(), 0);
e->ApplySF(metLegSF);
}
}
//#warning nobtag-sf
//Log(__FUNCTION__,"DEBUG",Form("syst is=%s weight before=%e",systname.c_str(),e->weight()) ) ;
if (not e->IsRealData()) e->ApplyBTagSF(1);// 0=loos wp
//Log(__FUNCTION__,"DEBUG",Form("syst is=%s weight after=%e",systname.c_str(),e->weight()) ) ;
#warning TauMatch
if (not e->IsRealData() )
{
if (e->GetTau(0) == NULL ) return 0;
//if (e->GetTau(0)->Rematch(e) !=15) return 0;
}
if (e->IsRealData() or e->GetTau(0)->Rematch(e) == 15) {
if( cut.passAllUpTo( OneTau) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,OneTau,e->weight());
if( cut.passAllUpTo(NoLep) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,NoLep,e->weight());
if( cut.passAllUpTo(ThreeJets) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,ThreeJets,e->weight());
if( cut.passAllUpTo(OneBjet) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,OneBjet,e->weight());
if( cut.passAllUpTo(Met) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,Met,e->weight());
if( cut.passAllUpTo(Trigger) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,Trigger,e->weight());
if( cut.passAllUpTo(ThreeJets) && cut.pass(Trigger)) Fill("ChargedHiggsTauNu/CutFlowQCD/CutFlowQCD_"+label,systname,0,e->weight());
if( cut.passAllUpTo(OneBjet) && cut.pass(ChargedHiggsTauNu::Trigger)) Fill("ChargedHiggsTauNu/CutFlowQCD/CutFlowQCD_"+label,systname,1,e->weight());
if( cut.passAllUpTo(Met)) Fill("ChargedHiggsTauNu/CutFlowQCD/CutFlowQCD_"+label,systname,2,e->weight());
}
// fill tau1 pt base selection
if( cut.passAllUpTo(ThreeJets) )
{
//OneTau ,
//NoLep ,
//ThreeJets ,
bool singleTrigger= e->IsTriggered("HLT_VLooseIsoPFTau140_Trk50_eta2p1_v") or e->IsTriggered("HLT_VLooseIsoPFTau120_Trk50_eta2p1_v");
bool metTrigger=e->IsTriggered("HLT_LooseIsoPFTau50_Trk30_eta2p1_MET110");
Fill("ChargedHiggsTauNu/Base/Tau1Pt_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 0 )Fill("ChargedHiggsTauNu/Base/Tau1Pt_0Pi_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 1 )Fill("ChargedHiggsTauNu/Base/Tau1Pt_1Pi_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 2 )Fill("ChargedHiggsTauNu/Base/Tau1Pt_2Pi_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 0 and singleTrigger)Fill("ChargedHiggsTauNu/Base/Tau1Pt_0Pi_TrSingleTau_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 1 and singleTrigger)Fill("ChargedHiggsTauNu/Base/Tau1Pt_1Pi_TrSingleTau_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 0 and metTrigger)Fill("ChargedHiggsTauNu/Base/Tau1Pt_0Pi_TrMet110_"+label,systname, t->Pt() ,e->weight());
if( t->GetNPiZero() == 1 and metTrigger)Fill("ChargedHiggsTauNu/Base/Tau1Pt_1Pi_TrMet110_"+label,systname, t->Pt() ,e->weight());
if (metTrigger) Fill("ChargedHiggsTauNu/Base/Tau1Pt_TrMet110_"+label,systname, t->Pt() ,e->weight());
if (singleTrigger) Fill("ChargedHiggsTauNu/Base/Tau1Pt_TrSingleTau_"+label,systname, t->Pt() ,e->weight());
if (metTrigger and singleTrigger) Fill("ChargedHiggsTauNu/Base/Tau1Pt_TrBoth_"+label,systname, t->Pt() ,e->weight());
if (e->GetMet().Pt() >150 and metTrigger) Fill("ChargedHiggsTauNu/Base/Tau1Pt_Met150_TrMet110_"+label,systname, t->Pt() ,e->weight());
if (e->GetMet().Pt() >150 and metTrigger and singleTrigger) Fill("ChargedHiggsTauNu/Base/Tau1Pt_Met150_TrBoth_"+label,systname, t->Pt() ,e->weight());
}
// VARS, N-1 ,
// 1 hadronic tau only. with Pt> 50 and eta <2.1
// before angular variables
// ...
//cout <<"cut = "<<cut<<endl;
//CutSelector s; s.SetCutBit(Met);
//cout <<"met = "<<s<<endl;
// -------------------- ANGULAR VARIABLES -----------
double DEtaMax=0.;
double InvMassMax=0.;
Jet * bj1 = e->LeadBjet();
for(int i=0;i!=e->Njets();++i)
{
if (bj1 == NULL ) break;
Jet* jet = e->GetJet(i);
if(bj1->DeltaEta(*jet)>DEtaMax) DEtaMax=bj1->DeltaEta(*jet);
if(bj1->InvMass(*jet)>InvMassMax) InvMassMax=bj1->InvMass(*jet);
}
double DPhiEtMissJet1=e->DPhiEtMissJet(0);
double DPhiEtMissJet2=e->DPhiEtMissJet(1);
double DPhiEtMissJet3=e->DPhiEtMissJet(2);
double DPhiEtMissTau= ( t== NULL) ? -1 : fabs(e->GetMet().DeltaPhi(t));
// up To angular variables
double RbbMin= e->RbbMin();
double RCollMin= e-> RCollMin();
double RsrMax= e->RsrMax();
double DPhiTauJet1=e->DPhiTauJet(t,0);
// --- studies for angular variables
if ( cut.passAllUpTo(Met) and (e->IsRealData() or e->GetTau(0)->Rematch(e) == 15 )){
//Fill("ChargedHiggsTauNu/NOne/MaxDEtaBjetJets_"+label,systname, DEtaMax ,e->weight());
//Fill("ChargedHiggsTauNu/NOne/MaxInvMassBjetJets_"+label,systname, InvMassMax ,e->weight());
Fill2D("ChargedHiggsTauNu/NOne/DPhiJet1MetVsDPhiTauMet_"+label,systname,DPhiEtMissTau,DPhiEtMissJet1,e->weight());
Fill2D("ChargedHiggsTauNu/NOne/DPhiJet2MetVsDPhiTauMet_"+label,systname,DPhiEtMissTau,DPhiEtMissJet2,e->weight());
Fill2D("ChargedHiggsTauNu/NOne/DPhiJet3MetVsDPhiTauMet_"+label,systname,DPhiEtMissTau,DPhiEtMissJet3,e->weight());
// ---
//Fill("ChargedHiggsTauNu/NOne/RsrMax_"+label,systname,RsrMax,e->weight());
//Fill2D("ChargedHiggsTauNu/NOne/RsrMaxVsMt_"+label,systname,e->Mt(),RsrMax,e->weight());
//Fill("ChargedHiggsTauNu/NOne/DPhiTauJet1_"+label,systname,DPhiTauJet1,e->weight());
//Fill2D("ChargedHiggsTauNu/NOne/DPhiTauJet1VsMt_"+label,systname,e->Mt(),DPhiTauJet1,e->weight());
}
//Angular Cuts
// ANG VALUES FOR Regression
if (e->IsRealData() or e->GetTau(0)->Rematch(e) == 15){
if (cut.passAllUpTo(AngColl) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,AngColl,e->weight());
if(cut.passAllUpTo(AngRbb) ) Fill("ChargedHiggsTauNu/CutFlow/CutFlow_"+label,systname,AngRbb,e->weight());
if(cut.passAllUpTo(AngRbb) ) Fill("ChargedHiggsTauNu/CutFlowQCD/CutFlowQCD_"+label,systname,3,e->weight());
// ------------------- N-1 SELECTIONS
if( cut.passAllExcept(Met) )
{
//Fill2D("ChargedHiggsTauNu/NOne/EtMissVsMt_"+label,systname,e->Mt(),e->GetMet().Pt(),e->weight());
Fill("ChargedHiggsTauNu/NOne/EtMiss_"+label,systname, e->GetMet().Pt() ,e->weight());
}
if (cut.passAllExcept( AngRbb) ){
Fill("ChargedHiggsTauNu/NOne/RbbMin_"+label,systname,RbbMin,e->weight());
//Fill2D("ChargedHiggsTauNu/NOne/RbbMinVsMt_"+label,systname,e->Mt(),RbbMin,e->weight());
}
if (cut.passAllExcept(AngColl) ) {
Fill("ChargedHiggsTauNu/NOne/RCollMin_"+label,systname,RCollMin,e->weight());
//Fill2D("ChargedHiggsTauNu/NOne/RCollMinVsMt_"+label,systname,e->Mt(),RCollMin,e->weight());
}
if (cut.passAllExcept(ThreeJets) )
{
Fill("ChargedHiggsTauNu/NOne/NJets_"+label,systname, e->Njets() ,e->weight());
Jet* j1 = e->LeadJet();
if (j1 !=NULL )
{
Fill("ChargedHiggsTauNu/NOne/Jet1Pt_"+label,systname, j1->Pt() ,e->weight());
Fill("ChargedHiggsTauNu/NOne/Jet1Eta_"+label,systname,j1->Eta() ,e->weight());
}
Jet* j2 = e->GetJet(1);
if (j2 !=NULL )
{
//Fill("ChargedHiggsTauNu/NOne/Jet2Pt_"+label,systname, j2->Pt() ,e->weight());
//Fill("ChargedHiggsTauNu/NOne/Jet2Eta_"+label,systname,j2->Eta() ,e->weight());
}
Jet* j3 = e->GetJet(3);
if (j3 !=NULL )
{
//Fill("ChargedHiggsTauNu/NOne/Jet3Pt_"+label,systname, j3->Pt() ,e->weight());
//Fill("ChargedHiggsTauNu/NOne/Jet3Eta_"+label,systname,j3->Eta() ,e->weight());
}
} // Three jets , n-1
if( cut.passAllExcept( OneTau) )
{
Fill("ChargedHiggsTauNu/NOne/Tau1Pt_"+label,systname, t->Pt() ,e->weight());
//Fill("ChargedHiggsTauNu/NOne/Tau1Eta_"+label,systname,t->Eta(),e->weight());
}
if (cut.passAllExcept(OneBjet) )
{
Fill("ChargedHiggsTauNu/NOne/NBjets_"+label,systname, e->Bjets() ,e->weight());
if( e->GetCentralJet(0)) Fill("ChargedHiggsTauNu/NOne/Bdiscr_"+label,systname, e->GetCentralJet(0)->bdiscr ,e->weight()); // of the leading jet or of the b?
if (bj1 != NULL)
{
Fill("ChargedHiggsTauNu/NOne/Bjet1Pt_"+label,systname, bj1->Pt() ,e->weight());
//Fill("ChargedHiggsTauNu/NOne/Bjet1Eta_"+label,systname,bj1->Eta(),e->weight());
}
}
}
// ------------------------ FULL SELECTION ---------------
if (cut.passAll() )
{
e->ApplySF("tauid"); // only in MC
//Log(__FUNCTION__,"DEBUG",Form("Syst=%s, Weight Before=%le",systname.c_str(),e->weight()));
e->SetPtEtaSF("tauid2",e->GetTau(0)->Pt(),0.);
e->ApplySF("tauid2"); // only in MC
//Log(__FUNCTION__,"DEBUG",Form("Syst=%s, Weight After=%le",systname.c_str(),e->weight()));
//if(e->IsRealData() and (systname=="NONE" or systname=="")) Log(__FUNCTION__,"SYNC",Form("%d,%d,%ld",e->runNum(),e->lumiNum(),e->eventNum()) );
//
if ( Unblind(e) and (e->IsRealData() or e->GetTau(0)->Rematch(e) == 15 ))
{
Fill("ChargedHiggsTauNu/Vars/Mt_"+label,systname, e->Mt() ,e->weight());
if (e->Bjets() >1) Fill("ChargedHiggsTauNu/Vars/Mt_cat0_"+label,systname, e->Mt() ,e->weight());
else Fill("ChargedHiggsTauNu/Vars/Mt_cat1_"+label,systname, e->Mt() ,e->weight());
}
//if ( Unblind(e) ) Fill("ChargedHiggsTauNu/Vars/MtDecoQ_"+label,systname, e->MtDecoQ() ,e->weight());
//if ( Unblind(e) ) Fill("ChargedHiggsTauNu/Vars/MtDecoCosPhi_"+label,systname, e->MtDecoCosPhi() ,e->weight());
// -- Book( "ChargedHiggsTauNu/Vars/Mt_matchTau_"+l,"Mt "+l + ";m_{T} [GeV]",8000,0,8000); // the Vars directory contains the full selection
// -- Book( "ChargedHiggsTauNu/Vars/Mt_matchEle_"+l,"Mt "+l + ";m_{T} [GeV]",8000,0,8000); // the Vars directory contains the full selection
// -- Book( "ChargedHiggsTauNu/Vars/Mt_matchMu_"+l,"Mt "+l + ";m_{T} [GeV]",8000,0,8000); // the Vars directory contains the full selection
// -- Book( "ChargedHiggsTauNu/Vars/Mt_matchJet_"+l,"Mt "+l + ";m_{T} [GeV]",8000,0,8000); // the Vars directory contains the full selection
// -- Book( "ChargedHiggsTauNu/Vars/Mt_matchOther_"+l,"Mt "+l + ";m_{T} [GeV]",8000,0,8000); // the Vars directory contains the full selection
if (not e->IsRealData() )
{
int pdgid=e->GetTau(0)->Rematch(e);
if (pdgid==15)Fill("ChargedHiggsTauNu/Vars/Mt_matchTau_"+label,systname, e->Mt() ,e->weight());
else if (pdgid==11)Fill("ChargedHiggsTauNu/Vars/Mt_matchEle_"+label,systname, e->Mt() ,e->weight());
else if (pdgid==13)Fill("ChargedHiggsTauNu/Vars/Mt_matchMu_"+label,systname, e->Mt() ,e->weight());
else if (pdgid==21 or pdgid==1 )Fill("ChargedHiggsTauNu/Vars/Mt_matchJet_"+label,systname, e->Mt() ,e->weight());
else Fill("ChargedHiggsTauNu/Vars/Mt_matchOther_"+label,systname, e->Mt() ,e->weight());
}
//Fill("ChargedHiggsTauNu/Vars/Jet1QGL_"+label,systname,e->GetJet(0)->QGL() , e->weight() );
//Fill("ChargedHiggsTauNu/Vars/Jet2QGL_"+label,systname,e->GetJet(1)->QGL() , e->weight() );
if (e->IsRealData() or e->GetTau(0)->Rematch(e) == 15) Fill("ChargedHiggsTauNu/Vars/JetInvMass_"+label,systname,e->GetJet(0)->InvMass(e->GetJet(1)) , e->weight() );
//Fill("ChargedHiggsTauNu/Vars/Jet13InvMass_"+label,systname,e->GetJet(0)->InvMass(e->GetJet(2)) , e->weight() );
//Fill("ChargedHiggsTauNu/Vars/Jet23InvMass_"+label,systname,e->GetJet(1)->InvMass(e->GetJet(2)) , e->weight() );
return EVENT_USED;
}
else { return EVENT_NOT_USED; }
}
void ChargedHiggsTauNu::analyzeGen(Event*e, string systname)
{
// no systematics shifts for this
if (systname !="" and systname != "NONE") return;
string label = GetLabel(e);
Weight* w = e->GetWeight();
// make sure we don't book sf or corrections here
double mcWeight=w->GetBareMCWeight() * w->GetBarePUWeight()* w->GetBareMCXsec() * w->GetBareLumi() / w->GetBareNevents();
Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,0,mcWeight);
// find the H+
int iHpm=-1;
int iTau=-1;
int iLFromTau=-1; // find leptonic taus
int iIsoL = -1; // is there an isolated lepton ?
for(unsigned i = 0 ; ;++i)
{
GenParticle *g = e->GetGenParticle(i);
if (g==NULL) break; //exit condition
int apdg = abs(g->GetPdgId());
if (iHpm <0 and apdg == 37 ) { iHpm = i; }
if (iTau <0 and apdg == 15 ) { iTau = i; }
if (iLFromTau <0 and (apdg == 11 or apdg == 13) and e->GenParticleDecayedFrom(i,15) ) { iLFromTau = i; }
if (iIsoL <0 and (apdg == 11 or apdg == 13) and g->IsPromptFinalState() and g->Pt() >10 and abs(g->Eta())<2.4){
float iso = 0.0;
for(unsigned j = 0 ; ;++j)
{
if (i == j ) continue; // no double counting;
GenParticle *g2 = e->GetGenParticle(j);
if (g2 == NULL) break;
if (not g2->IsPromptFinalState()) continue;
if (g2->IsDressed() ) continue; // no dressed leptons
if (g2->DeltaR(g) >0.1) continue;
iso += g2->Pt();
}
if (iso<10) iIsoL = i;
}
}
bool lepVeto=false;
if (e->Nleps() ==0 ) lepVeto=true;
else if( e->GetMuon(0) == NULL){ // no 10 GeV muon
if (e->GetElectron(0) !=NULL and e->GetElectron(0)->Pt() <15) lepVeto=true; // pt ordered
}
vector<Lepton*> miniIsoLeptons;
bool lepVetoMiniIso=true;
for(unsigned il=0 ; ;++il)
{
Lepton *l = e->GetBareLepton(il);
if (l == NULL) break; // exit strategy
// selection
if (l->Pt() <10 ) continue;
//l->SetIsoRelCut(0.25);
if (abs(l->Eta()) >2.4) continue;
//medium id
if( not l->GetMediumId() ) continue;
//MINI-ISO
if( l->MiniIsolation() >0.4 ) continue;//loose
// for muons require tracker and global
if (l->IsMuonDirty() and not l->GetTrackerMuon()) continue;
if (l->IsMuonDirty() and not l->GetGlobalMuon()) continue;
// selected leptons
miniIsoLeptons.push_back(l);
lepVetoMiniIso=false;
}
// sort miniIsoLeptons by pt
std::sort(miniIsoLeptons.begin(),miniIsoLeptons.end(),[](Lepton const *a, Lepton const *b ){return a->Pt() > b->Pt();});
if (iHpm >=0 ) Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,1,mcWeight);
if (iHpm >=0 and iTau>=0 ) Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,2,mcWeight);
if (iHpm >=0 and iTau>=0 and iLFromTau<0){
Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,3,mcWeight);
if (iIsoL <0) Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,4,mcWeight);
if (lepVeto) Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,5,mcWeight);
if (lepVetoMiniIso ) Fill("ChargedHiggsTauNu/Gen/CutFlow_"+label,systname,6,mcWeight);
}
}
int DYAnalysis::analyzeMM(Event *e, string systname)
{
string label = GetLabel(e);
cut.reset();
cut.SetMask(MaxCut-1) ;
cut.SetCutBit( Total ) ;
Lepton*mu0 = e->GetMuon(0);
Lepton*mu1 = e->GetMuon(1);
Jet *j0 = e->GetJet(0);
Jet *j1 = e->GetJet(1);
// Truth
GenParticle *genmu0=NULL; GenParticle *genmu1=NULL;
for( int iGen=0 ; /*empty*/ ; ++iGen)
{
GenParticle *g = e->GetGenParticle(iGen);
if (g==NULL ) break; // end loop statement
if (not g->IsDressed()) continue;
if (not abs(g->GetPdgId())==13) continue;
if (genmu0== NULL) genmu0=g;
else if (genmu1==NULL) {genmu1=g; break;}
}
bool genMuons = genmu0!=NULL and genmu1 !=NULL;
bool isGen=false;
bool isReco=false;
if (genMuons) // no requirement on pT
{
Object Ztruth(*genmu0);
Ztruth += *genmu1;
if (Ztruth.M() > 60 and Ztruth.M()<120) isGen=true;
}
bool recoMuons= mu0 != NULL and mu1 !=NULL;
//if (not recoMuons) return 0;
if (mu0!=NULL and mu0->Pt() > 25 and fabs(mu0->Eta())< 2.4)
{
if (e->IsTriggered("HLT_IsoMu20") ) {
Fill("DYAnalysis/Vars/MuonIso_"+ label,systname, mu0->Isolation(),e->weight()) ;
}
}
if (recoMuons and mu1->Pt() >20)
{ // ------------------- 20 -------------------
Object Z(*mu0);
Z += *mu1;
if (Z.M()> 60 && Z.M()<120){
Fill("DYAnalysis/Vars/Pt20mm_"+ label,systname, Z.Pt(),e->weight()) ;
}
}
// ---------------------- 25 -------------------
if ( recoMuons and mu1->Pt() >25)
{
cut.SetCutBit(Leptons);
if (e->IsTriggered("HLT_IsoMu20") ) cut.SetCutBit(Trigger);
Object Z(*mu0);
Z += *mu1;
if (cut.passAllUpTo(Trigger) ){
Fill("DYAnalysis/Vars/Mmm_"+ label,systname, Z.M(),e->weight()) ;
}
if (Z.M()> 60 && Z.M()<120) cut.SetCutBit(Mass);
if (cut.passAll() ){
Fill("DYAnalysis/Vars/Ptmm_"+ label,systname, Z.Pt(),e->weight()) ;
Fill("DYAnalysis/Vars/EtaMu1_"+ label,systname, mu0->Eta(),e->weight()) ;
Fill("DYAnalysis/Vars/Npvmm_"+ label,systname, e->Npv(),e->weight()) ;
Fill("DYAnalysis/Vars/NJmm_"+ label,systname, e->NcentralJets(),e->weight()) ;
Fill("DYAnalysis/Vars/PtmmUW_"+ label,systname, Z.Pt(),1.0) ;
isReco=true;
}
if ( Z.Pt() > 500) // NoSingleMuon Trigger -> ISO
{
Fill( "DYAnalysis/Vars/MHighPtmm_" + label,systname,Z.M() ,e->weight() ) ;
if( j1 != NULL ) Fill( "DYAnalysis/Vars/MJHighPtmm_" + label,systname, j1->InvMass(j0) ,e->weight() ) ;
}
if(mu0->DeltaR(mu1) <.8) {
Fill ("DYAnalysis/Vars/MCloseMt_"+ label , systname, ChargedHiggs::mt(Z.GetP4(), e->GetMet().GetP4()) , e->weight());
if (j0!=NULL)Fill ("DYAnalysis/Vars/MCloseJZ_"+ label,systname,j0->InvMass(&Z) , e->weight());
}
}
if (isReco and isGen) Fill("DYAnalysis/Vars/Accmm_"+label,systname, 0);
else if ( isGen ) Fill("DYAnalysis/Vars/Accmm_"+label,systname, 1);
else if ( isReco ) Fill("DYAnalysis/Vars/Accmm_"+label,systname, 2);
return 0;
}
int DYAnalysis::analyzeEE(Event *e, string systname)
{
string label = GetLabel(e);
cut.reset();
cut.SetMask(MaxCut-1) ;
cut.SetCutBit( Total ) ;
if (e->weight() == 0.) Log(__FUNCTION__,"WARNING","Event Weight is NULL");
Lepton*e0 = e->GetElectron(0);
Lepton*e1 = e->GetElectron(1);
Jet *j0 = e->GetJet(0);
Jet *j1 = e->GetJet(1);
bool recoEles = e0 !=NULL and e1 !=NULL;
//if (e0 == NULL or e1 == NULL) return 0;
GenParticle *genele0=NULL; GenParticle *genele1=NULL;
for( int iGen=0 ; /*empty*/ ; ++iGen)
{
GenParticle *g = e->GetGenParticle(iGen);
if (g==NULL ) break; // end loop statement
if (not g->IsDressed()) continue;
if (not abs(g->GetPdgId())==11) continue;
if (genele0== NULL) genele0=g;
else if (genele1==NULL) {genele1=g; break;}
}
bool genEles = genele0!=NULL and genele1 !=NULL;
bool isGen=false;
bool isReco=false;
if (genEles) // no requirement on pT
{
Object Ztruth(*genele0);
Ztruth += *genele1;
if (Ztruth.M() > 60 and Ztruth.M()<120) isGen=true;
}
if ( recoEles and e1->Pt() >25)
{
cut.SetCutBit(Leptons);
//if (e->IsTriggered("HLT_Ele27_eta2p1_WPLoose_Gsf") ) cut.SetCutBit(Trigger);
cut.SetCutBit(Trigger);
Object Z(*e0);
Z += *e1;
if (cut.passAllUpTo(Trigger))Fill("DYAnalysis/Vars/Mee_"+ label,systname ,Z.M(),e->weight()) ;
if (Z.M()> 60 && Z.M()<120) cut.SetCutBit(Mass);
if (cut.passAll()){
Fill("DYAnalysis/Vars/Ptee_"+ label,systname, Z.Pt(),e->weight()) ;
Fill("DYAnalysis/Vars/NJee_"+ label,systname, e->NcentralJets(),e->weight()) ;
Fill("DYAnalysis/Vars/Npvee_"+ label,systname, e->Npv(),e->weight()) ;
isReco=true;
}
if ( Z.Pt() > 500)
{
Fill( "DYAnalysis/Vars/MHighPtee_" + label,systname,Z.M() ,e->weight() ) ;
if( j1 != NULL ) Fill( "DYAnalysis/Vars/MJHighPtee_" + label,systname, j1->InvMass(j0) ,e->weight() ) ;
}
}
if (isReco and isGen) Fill("DYAnalysis/Vars/Accee_"+label,systname, 0);
else if ( isGen ) Fill("DYAnalysis/Vars/Accee_"+label,systname, 1);
else if ( isReco ) Fill("DYAnalysis/Vars/Accee_"+label,systname, 2);
return 0;
}
