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#include <DijetMass.h>
Public Member Functions | |
| DijetMass (const edm::ParameterSet &) | |
Private Types | |
| typedef std::vector< Jet > | JetCollection |
Private Member Functions | |
| void | analyze (const edm::Event &, const edm::EventSetup &) |
| void | beginJob () |
| void | endJob () |
Private Attributes | |
| std::string | AKCorJets |
| std::string | AKJets |
| TH1F | etaAKcor |
| TH1F | etaAKunc |
| TH1F | etaICcor |
| TH1F | etaICunc |
| TH1F | etaKTcor |
| TH1F | etaKTunc |
| double | EtaMax |
| TH1F | etaSCcor |
| TH1F | etaSCunc |
| int | evtCount |
| std::string | histogramFile |
| std::string | ICCorJets |
| std::string | ICJets |
| std::string | KTCorJets |
| std::string | KTJets |
| TH1F | m2jAKcor |
| TH1F | m2jAKunc |
| TH1F | m2jICcor |
| TH1F | m2jICunc |
| TH1F | m2jKTcor |
| TH1F | m2jKTunc |
| TH1F | m2jSCcor |
| TH1F | m2jSCunc |
| TFile * | m_file |
| int | numJets |
| TH1F | phiAKcor |
| TH1F | phiAKunc |
| TH1F | phiICcor |
| TH1F | phiICunc |
| TH1F | phiKTcor |
| TH1F | phiKTunc |
| TH1F | phiSCcor |
| TH1F | phiSCunc |
| TH1F | ptAKcor |
| TH1F | ptAKunc |
| double | PtHistMax |
| TH1F | ptICcor |
| TH1F | ptICunc |
| TH1F | ptKTcor |
| TH1F | ptKTunc |
| TH1F | ptSCcor |
| TH1F | ptSCunc |
| std::string | SCCorJets |
| std::string | SCJets |
Definition at line 24 of file DijetMass.h.
typedef std::vector<Jet> DijetMass< Jet >::JetCollection [private] |
Definition at line 29 of file DijetMass.h.
| DijetMass< Jet >::DijetMass | ( | const edm::ParameterSet & | cfg | ) |
Definition at line 30 of file DijetMass.cc.
References Gflash::EtaMax, edm::ParameterSet::getParameter(), edm::ParameterSet::getUntrackedParameter(), and AlCaHLTBitMon_QueryRunRegistry::string.
{
PtHistMax = cfg.getUntrackedParameter<double>( "PtHistMax", 3000.0);
EtaMax = cfg.getUntrackedParameter<double> ("EtaMax", 1.3);
histogramFile = cfg.getUntrackedParameter<std::string>("HistoFileName",
"DijetMassHistos.root");
AKJets = cfg.getParameter<std::string> ("AKJets");
AKCorJets = cfg.getParameter<std::string> ("AKCorrectedJets");
ICJets = cfg.getParameter<std::string> ("ICJets");
ICCorJets = cfg.getParameter<std::string> ("ICCorrectedJets");
SCJets = cfg.getParameter<std::string> ("SCJets");
SCCorJets = cfg.getParameter<std::string> ("SCCorrectedJets");
KTJets = cfg.getParameter<std::string> ("KTJets");
KTCorJets = cfg.getParameter<std::string> ("KTCorrectedJets");
}
| void DijetMass< Jet >::analyze | ( | const edm::Event & | evt, |
| const edm::EventSetup & | es | ||
| ) | [private, virtual] |
Implements edm::EDAnalyzer.
Definition at line 115 of file DijetMass.cc.
References abs, eta, Gflash::EtaMax, edm::Event::getByLabel(), METSkim_cff::Jets, phi, and reco::tau::disc::Pt().
{
evtCount++;
math::XYZTLorentzVector p4jet[2];
int jetInd;
Handle<JetCollection> Jets;
//Fill Simple Histos
typename JetCollection::const_iterator i_jet;
//AK unc
evt.getByLabel( AKJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++ i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jAKunc.Fill( (p4jet[0]+p4jet[1]).mass() );
ptAKunc.Fill( p4jet[0].Pt() ); ptAKunc.Fill( p4jet[1].Pt() );
etaAKunc.Fill( p4jet[0].eta() ); etaAKunc.Fill( p4jet[1].eta() );
phiAKunc.Fill( p4jet[0].phi() ); phiAKunc.Fill( p4jet[1].phi() );
}
//AK corrected
evt.getByLabel( AKCorJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++ i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jAKcor.Fill( (p4jet[0]+p4jet[1]).mass() );
ptAKcor.Fill( p4jet[0].Pt() ); ptAKcor.Fill( p4jet[1].Pt() );
etaAKcor.Fill( p4jet[0].eta() ); etaAKcor.Fill( p4jet[1].eta() );
phiAKcor.Fill( p4jet[0].phi() ); phiAKcor.Fill( p4jet[1].phi() );
}
//IC unc
evt.getByLabel( ICJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++ i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jICunc.Fill( (p4jet[0]+p4jet[1]).mass() );
ptICunc.Fill( p4jet[0].Pt() ); ptICunc.Fill( p4jet[1].Pt() );
etaICunc.Fill( p4jet[0].eta() ); etaICunc.Fill( p4jet[1].eta() );
phiICunc.Fill( p4jet[0].phi() ); phiICunc.Fill( p4jet[1].phi() );
}
//IC corrected
evt.getByLabel( ICCorJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++ i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jICcor.Fill( (p4jet[0]+p4jet[1]).mass() );
ptICcor.Fill( p4jet[0].Pt() ); ptICcor.Fill( p4jet[1].Pt() );
etaICcor.Fill( p4jet[0].eta() ); etaICcor.Fill( p4jet[1].eta() );
phiICcor.Fill( p4jet[0].phi() ); phiICcor.Fill( p4jet[1].phi() );
}
//KT unc
evt.getByLabel( KTJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++ i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jKTunc.Fill( (p4jet[0]+p4jet[1]).mass() );
ptKTunc.Fill( p4jet[0].Pt() ); ptKTunc.Fill( p4jet[1].Pt() );
etaKTunc.Fill( p4jet[0].eta() ); etaKTunc.Fill( p4jet[1].eta() );
phiKTunc.Fill( p4jet[0].phi() ); phiKTunc.Fill( p4jet[1].phi() );
}
//KT corrected
evt.getByLabel( KTCorJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jKTcor.Fill( (p4jet[0]+p4jet[1]).mass() );
ptKTcor.Fill( p4jet[0].Pt() ); ptKTcor.Fill( p4jet[1].Pt() );
etaKTcor.Fill( p4jet[0].eta() ); etaKTcor.Fill( p4jet[1].eta() );
phiKTcor.Fill( p4jet[0].phi() ); phiKTcor.Fill( p4jet[1].phi() );
}
//SC unc
evt.getByLabel( SCJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jSCunc.Fill( (p4jet[0]+p4jet[1]).mass() );
ptSCunc.Fill( p4jet[0].Pt() ); ptSCunc.Fill( p4jet[1].Pt() );
etaSCunc.Fill( p4jet[0].eta() ); etaSCunc.Fill( p4jet[1].eta() );
phiSCunc.Fill( p4jet[0].phi() ); phiSCunc.Fill( p4jet[1].phi() );
}
//SC corrected
evt.getByLabel( SCCorJets, Jets );
jetInd = 0;
for( i_jet = Jets->begin(); i_jet != Jets->end() && jetInd<2; ++i_jet ) {
p4jet[jetInd] = i_jet->p4();
jetInd++;
}
if(jetInd==2&&abs(p4jet[0].eta())<EtaMax &&abs(p4jet[1].eta())<EtaMax ){
m2jSCcor.Fill( (p4jet[0]+p4jet[1]).mass() );
ptSCcor.Fill( p4jet[0].Pt() ); ptSCcor.Fill( p4jet[1].Pt() );
etaSCcor.Fill( p4jet[0].eta() ); etaSCcor.Fill( p4jet[1].eta() );
phiSCcor.Fill( p4jet[0].phi() ); phiSCcor.Fill( p4jet[1].phi() );
}
}
Reimplemented from edm::EDAnalyzer.
Definition at line 47 of file DijetMass.cc.
References gather_cfg::cout, and M_PI.
{
cout << "DijetMass: Maximum bin edge for Pt Hists = " << PtHistMax << endl;
numJets=2;
//Initialize some stuff
evtCount = 0;
// Open the histogram file and book some associated histograms
m_file=new TFile( histogramFile.c_str(),"RECREATE" );
//Simple histos
//AK unc
ptAKunc = TH1F("ptAKunc","p_{T} of leading Jets (AK)",50,0.0,PtHistMax);
etaAKunc = TH1F("etaAKunc","#eta of leading Jets (AK)",23,-1.0,1.0);
phiAKunc = TH1F("phiAKunc","#phi of leading Jets (AK)",72,-M_PI, M_PI);
m2jAKunc = TH1F("m2jAKunc","Dijet Mass of leading Jets (AK)",100,0.0,2*PtHistMax);
//AK cor
ptAKcor = TH1F("ptAKcor","p_{T} of leading Corrected Jets (AK)",50,0.0,PtHistMax);
etaAKcor = TH1F("etaAKcor","#eta of leading Corrected Jets (AK)",23,-1.0,1.0);
phiAKcor = TH1F("phiAKcor","#phi of leading Corrected Jets (AK)",72,-M_PI, M_PI);
m2jAKcor = TH1F("m2jAKcor","Dijet Mass of leading Corrected Jets (AK)",100,0.0,2*PtHistMax);
//IC unc
ptICunc = TH1F("ptICunc","p_{T} of leading Jets (IC)",50,0.0,PtHistMax);
etaICunc = TH1F("etaICunc","#eta of leading Jets (IC)",23,-1.0,1.0);
phiICunc = TH1F("phiICunc","#phi of leading Jets (IC)",72,-M_PI, M_PI);
m2jICunc = TH1F("m2jICunc","Dijet Mass of leading Jets (IC)",100,0.0,2*PtHistMax);
//IC cor
ptICcor = TH1F("ptICcor","p_{T} of leading Corrected Jets (IC)",50,0.0,PtHistMax);
etaICcor = TH1F("etaICcor","#eta of leading Corrected Jets (IC)",23,-1.0,1.0);
phiICcor = TH1F("phiICcor","#phi of leading Corrected Jets (IC)",72,-M_PI, M_PI);
m2jICcor = TH1F("m2jICcor","Dijet Mass of leading Corrected Jets (IC)",100,0.0,2*PtHistMax);
//KT unc
ptKTunc = TH1F("ptKTunc","p_{T} of leading Jets (KT)",50,0.0,PtHistMax);
etaKTunc = TH1F("etaKTunc","#eta of leading Jets (KT)",23,-1.0,1.0);
phiKTunc = TH1F("phiKTunc","#phi of leading Jets (KT)",72,-M_PI, M_PI);
m2jKTunc = TH1F("m2jKTunc","Dijet Mass of leading Jets (KT)",100,0.0,2*PtHistMax);
//KT cor
ptKTcor = TH1F("ptKTcor","p_{T} of leading Corrected Jets (KT)",50,0.0,PtHistMax);
etaKTcor = TH1F("etaKTcor","#eta of leading Corrected Jets (KT)",23,-1.0,1.0);
phiKTcor = TH1F("phiKTcor","#phi of leading Corrected Jets (KT)",72,-M_PI, M_PI);
m2jKTcor = TH1F("m2jKTcor","Dijet Mass of leading Corrected Jets (KT)",100,0.0,2*PtHistMax);
//SC unc
ptSCunc = TH1F("ptSCunc","p_{T} of leading Jets (SC)",50,0.0,PtHistMax);
etaSCunc = TH1F("etaSCunc","#eta of leading Jets (SC)",23,-1.0,1.0);
phiSCunc = TH1F("phiSCunc","#phi of leading Jets (SC)",72,-M_PI, M_PI);
m2jSCunc = TH1F("m2jSCunc","Dijet Mass of leading Jets (SC)",100,0.0,2*PtHistMax);
//SC cor
ptSCcor = TH1F("ptSCcor","p_{T} of leading Corrected Jets (SC)",50,0.0,PtHistMax);
etaSCcor = TH1F("etaSCcor","#eta of leading Corrected Jets (SC)",23,-1.0,1.0);
phiSCcor = TH1F("phiSCcor","#phi of leading Corrected Jets (SC)",72,-M_PI, M_PI);
m2jSCcor = TH1F("m2jSCcor","Dijet Mass of leading Corrected Jets (SC)",100,0.0,2*PtHistMax);
}
Reimplemented from edm::EDAnalyzer.
Definition at line 247 of file DijetMass.cc.
{
//Write out the histogram file.
m_file->cd();
ptAKunc.Write();
etaAKunc.Write();
phiAKunc.Write();
m2jAKunc.Write();
ptAKcor.Write();
etaAKcor.Write();
phiAKcor.Write();
m2jAKcor.Write();
ptICunc.Write();
etaICunc.Write();
phiICunc.Write();
m2jICunc.Write();
ptICcor.Write();
etaICcor.Write();
phiICcor.Write();
m2jICcor.Write();
ptKTunc.Write();
etaKTunc.Write();
phiKTunc.Write();
m2jKTunc.Write();
ptKTcor.Write();
etaKTcor.Write();
phiKTcor.Write();
m2jKTcor.Write();
ptSCunc.Write();
etaSCunc.Write();
phiSCunc.Write();
m2jSCunc.Write();
ptSCcor.Write();
etaSCcor.Write();
phiSCcor.Write();
m2jSCcor.Write();
m_file->Close();
}
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std::string DijetMass< Jet >::histogramFile [private] |
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1.7.3