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mmeyer |
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#include "include/MuonHists.h"
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#include "include/ObjectHandler.h"
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#include "include/SelectionModules.h"
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#include <iostream>
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using namespace std;
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MuonHists::MuonHists(const char* name) : BaseHists(name)
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{
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bazterra |
1.4 |
// named default constructor
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mmeyer |
1.1 |
}
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MuonHists::~MuonHists()
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{
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bazterra |
1.4 |
// default destructor, does nothing
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mmeyer |
1.1 |
}
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void MuonHists::Init()
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{
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bazterra |
1.4 |
// book all histograms here
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Book( TH1F( "number","number of muons",5,-0.5,4.5));
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Book( TH1F( "number_ly","number of muons",5,-0.5,4.5));
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Book( TH1F( "pT","p_{T} muon",100,0,500));
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Book( TH1F( "pT_ly","p_{T} muon",100,0,500));
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Book( TH1F( "eta","#eta muon",100,-3,3));
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Book( TH1F( "eta_ly","#eta muon",100,-3,3));
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Book( TH1F( "phi","#phi muon",100,-PI,PI));
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Book( TH1F( "phi_ly","#phi muon",100,-PI,PI));
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Book( TH1F( "isolation","relIso muon",100,0,0.5));
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Book( TH1F( "isolation_ly","relIso muon",100,0,0.5));
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Book( TH1F( "pT_1"," p_{T} leading muon",100,0,500));
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Book( TH1F( "pT_1_ly"," p_{T} leading muon",100,0,500));
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Book( TH1F( "pT_2","p_{T} 2nd muon",100,0,500));
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Book( TH1F( "pT_2_ly","p_{T} 2nd muon",100,0,500));
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Book( TH1F( "eta_1","#eta leading muon",100,-3,3));
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Book( TH1F( "eta_1_ly","#eta leading muon",100,-3,3));
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Book( TH1F( "eta_2","#eta 2nd muon",100,-3,3));
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Book( TH1F( "eta_2_ly","#eta 2nd muon",100,-3,3));
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Book( TH1F( "phi_1","#phi leading muon",100,-PI,PI));
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Book( TH1F( "phi_1_ly","#phi leading muon",100,-PI,PI));
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Book( TH1F( "phi_2","#phi 2nd muon",100,-PI,PI));
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Book( TH1F( "phi_2_ly","#phi 2nd muon",100,-PI,PI));
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Book( TH1F( "isolation_1","relIso leading muon",100,0,0.5));
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Book( TH1F( "isolation_1_ly","relIso leading muon",100,0,0.5));
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Book( TH1F( "isolation_2","relIso 2nd muon",100,0,0.5));
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Book( TH1F( "isolation_2_ly","relIso 2nd muon",100,0,0.5));
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Book( TH1F( "ptrel", "p_{T}^{rel}(#mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin", "#Delta R_{min}(#mu,jet)", 40, 0, 2.0) );
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Book( TH1F( "ptrel_ly", "p_{T}^{rel}(#mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin_ly", "#Delta R_{min}(#mu,jet)", 40, 0, 2.0) );
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Book( TH2F( "deltaRmin_vs_ptrel", "#Delta R_{min}(#mu,jet) vs p_{T}^{rel}(#mu,jet)", 40, 0, 2.0, 40, 0, 200.) );
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Book( TH1F( "ptrel_1", "p_{T}^{rel}(leading #mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin_1", "#Delta R_{min}(leading #mu,jet)", 40, 0, 2.0) );
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Book( TH1F( "ptrel_1_ly", "p_{T}^{rel}(leading #mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin_1_ly", "#Delta R_{min}(leading #mu,jet)", 40, 0, 2.0) );
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Book( TH2F( "deltaRmin_vs_ptrel_1", "#Delta R_{min}(leading #mu,jet) vs p_{T}^{rel}(leading #mu,jet)", 40, 0, 2.0, 40, 0, 200.) );
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Book( TH1F( "ptrel_2", "p_{T}^{rel}(2nd #mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin_2", "#Delta R_{min}(2nd #mu,jet)", 40, 0, 2.0) );
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Book( TH1F( "ptrel_2_ly", "p_{T}^{rel}(2nd #mu,jet)", 40, 0, 200.) );
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Book( TH1F( "deltaRmin_2_ly", "#Delta R_{min}(2nd #mu,jet)", 40, 0, 2.0) );
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Book( TH2F( "deltaRmin_vs_ptrel_2", "#Delta R_{min}(2nd #mu,jet) vs p_{T}^{rel}(2nd #mu,jet)", 40, 0, 2.0, 40, 0, 200.) );
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Book( TH1F( "charge","charge muon",3,-1.5,1.5));
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Book( TH1F( "charge_1","charge leading muon",3,-1.5,1.5));
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Book( TH1F( "charge_2","charge 2nd muon",3,-1.5,1.5));
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mmeyer |
1.1 |
}
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void MuonHists::Fill()
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{
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bazterra |
1.4 |
// important: get the event weight
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EventCalc* calc = EventCalc::Instance();
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double weight = calc -> GetWeight();
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ObjectHandler* objs = ObjectHandler::Instance();
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BaseCycleContainer* bcc = objs->GetBaseCycleContainer();
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int NMuons = bcc->muons->size();
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Hist("number")-> Fill(NMuons,weight);
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Hist("number_ly")-> Fill(NMuons,weight);
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for(unsigned int i=0; i< bcc->muons->size(); ++i) {
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Muon muon = bcc->muons->at(i);
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Hist("pT")-> Fill(muon.pt(),weight);
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Hist("pT_ly")-> Fill(muon.pt(),weight);
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Hist("eta") -> Fill(muon.eta(),weight);
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Hist("eta_ly") -> Fill(muon.eta(),weight);
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Hist("phi") -> Fill(muon.phi(),weight);
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Hist("phi_ly") -> Fill(muon.phi(),weight);
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Hist("isolation")->Fill(muon.relIso(),weight);
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Hist("isolation_ly")->Fill(muon.relIso(),weight);
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Hist("charge")->Fill(muon.charge(),weight);
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std::vector<Jet>* jets = calc->GetJets();
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if(jets) {
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Hist("ptrel")->Fill( pTrel(&muon, jets), weight);
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Hist("deltaRmin")->Fill( deltaRmin(&muon, jets), weight);
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Hist("ptrel_ly")->Fill( pTrel(&muon, jets), weight);
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Hist("deltaRmin_ly")->Fill( deltaRmin(&muon, jets), weight);
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TH2F* h = (TH2F*) Hist("deltaRmin_vs_ptrel");
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h->Fill(deltaRmin(&muon, jets), pTrel(&muon, jets), weight);
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}
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peiffer |
1.2 |
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mmeyer |
1.1 |
}
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bazterra |
1.4 |
sort(bcc->muons->begin(), bcc->muons->end(), HigherPt());
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for (unsigned int i =0; i<=1; ++i) {
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if (bcc->muons->size()> i) {
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Muon muon = bcc->muons->at(i);
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TString hname = TString::Format("pT_%d", i+1);
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Hist(hname)->Fill(muon.pt(),weight);
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TString hname_ly = TString::Format("pT_%d_ly", i+1);
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Hist(hname_ly)->Fill(muon.pt(),weight);
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TString hname_eta = TString::Format("eta_%d", i+1);
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Hist(hname_eta)->Fill(muon.eta(),weight);
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TString hname_eta_ly = TString::Format("eta_%d_ly", i+1);
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Hist(hname_eta_ly)->Fill(muon.eta(),weight);
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TString hname_phi = TString::Format("phi_%d", i+1);
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Hist(hname_phi)->Fill(muon.phi(),weight);
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TString hname_phi_ly = TString::Format("phi_%d_ly", i+1);
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Hist(hname_phi_ly)->Fill(muon.phi(),weight);
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TString hname_iso = TString::Format("isolation_%d", i+1);
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Hist(hname_iso)->Fill(muon.relIso(),weight);
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TString hname_iso_ly = TString::Format("isolation_%d_ly", i+1);
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Hist(hname_iso_ly)->Fill(muon.relIso(),weight);
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TString hname_charge = TString::Format("charge_%d", i+1);
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Hist(hname_charge)->Fill(muon.charge(),weight);
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std::vector<Jet>* jets = calc->GetJets();
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if(jets) {
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TString hname_ptrel = TString::Format("ptrel_%d", i+1);
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Hist(hname_ptrel)->Fill( pTrel(&muon, jets), weight);
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TString hname_deltaRmin = TString::Format("deltaRmin_%d", i+1);
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Hist(hname_deltaRmin)->Fill( deltaRmin(&muon, jets), weight);
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TString hname_ptrel_ly = TString::Format("ptrel_%d_ly", i+1);
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Hist(hname_ptrel_ly)->Fill( pTrel(&muon, jets), weight);
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TString hname_deltaRmin_ly = TString::Format("deltaRmin_%d_ly", i+1);
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Hist(hname_deltaRmin_ly)->Fill( deltaRmin(&muon, jets), weight);
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TString hname_deltaRmin_vs_ptrel = TString::Format("deltaRmin_vs_ptrel_%d", i+1);
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TH2F* h = (TH2F*) Hist(hname_deltaRmin_vs_ptrel);
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h->Fill(deltaRmin(&muon, jets), pTrel(&muon, jets), weight);
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}
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}
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mmeyer |
1.1 |
}
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}
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bazterra |
1.4 |
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mmeyer |
1.1 |
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void MuonHists::Finish()
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{
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bazterra |
1.4 |
// final calculations, like division and addition of certain histograms
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mmeyer |
1.1 |
}
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