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#include "/home/gregory/Analysis/TtSemiLeptonic/tdrstyle.C"
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#include "map.h"
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void CompareEfficiencyPlot(){
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//using namespace std;
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//
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// load framework libraries
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//
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//gSystem->Load( "libFWCoreFWLite" );
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//AutoLibraryLoader::enable();
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//
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// Set P-TDR plots style
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//
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setTDRStyle();
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TFile *InputFile_0 = TFile::Open("Plots/rootfiles/multijets_EvtSelect_NonIso_VetoIso_4jetsPt30_JetComb_MediumBtagging_eff.root");
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TFile *InputFile_1 = TFile::Open("Plots/rootfiles/allprocesses_EvtSelect_NonIso_VetoIso_4jetsPt30_JetComb_MediumBtagging_eff.root");
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TString ControlHistoFile = "allprocesses_EvtSelect_NonIso_VetoIso_4jetsPt30_JetComb_MediumBtagging_compeff.ps";
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TFile *OutputFile = new TFile("allprocesses_EvtSelect_NonIso_VetoIso_4jetsPt30_JetComb_MediumBtagging_compeff.root","RECREATE");
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const int NbOfObs = 19;
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TString ObsName[NbOfObs]={"MuonPt","HT","HTall","CaloIso","TrackIso","RelCaloIso","RelTrackIso","RelIso","d0Sig","MT","PtRel","DRMuJet","Njets","MuonEta","Nbjets","Mqq","EtaLeadJet","Chi2","LeptMT"};
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std::cout<<"Initialization done"<<std::endl;
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// --------------------------------------------------------------
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// Pointers to histograms
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// --------------------------------------------------------------
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TString ObsToGet = "";
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TString ObsToGet_EffX = "";
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TString ObsToGet_EffY = "";
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Int_t Index = 0;
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TH1F *hHistoEff_X[NbOfObs*(NbOfObs-1)/2][2];
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TH1F *hHistoEff_Y[NbOfObs*(NbOfObs-1)/2][2];
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Double_t Eff_X = 0;
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OutputFile->cd();
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TCanvas c("dummy","",1);
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c.Print(ControlHistoFile + "[");
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TLegend *leg0 = new TLegend(0.65,0.78,0.93,0.9);
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for(Int_t i = 0; i<NbOfObs ; i++)
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{
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for(Int_t j = i+1; j<NbOfObs ; j++)
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{
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ObsToGet = "Obs_"; ObsToGet += ObsName[i]; ObsToGet +="_vs_Obs_"; ObsToGet += ObsName[j];
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ObsToGet_EffX = ObsToGet; ObsToGet_EffX += "_EffX";
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ObsToGet_EffY = ObsToGet; ObsToGet_EffY += "_EffY";
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cout<<ObsToGet<<endl;
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////////////////// Efficiency along the X axis /////////////////////////////
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hHistoEff_X[Index][0] = (TH1F *) InputFile_0->Get(ObsToGet_EffX);
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hHistoEff_X[Index][1] = (TH1F *) InputFile_1->Get(ObsToGet_EffX);
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////////////////// Efficiency along the Y axis /////////////////////////////
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hHistoEff_Y[Index][0] = (TH1F *) InputFile_0->Get(ObsToGet_EffY);
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hHistoEff_Y[Index][1] = (TH1F *) InputFile_1->Get(ObsToGet_EffY);
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hHistoEff_X[Index][0]->SetMarkerColor(kBlack);
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hHistoEff_X[Index][0]->SetMarkerStyle(4);
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leg0->AddEntry(hHistoEff_X[Index][0],"Multi-jets","p");
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hHistoEff_X[Index][0]->Draw();
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hHistoEff_X[Index][1]->SetMarkerColor(kRed);
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hHistoEff_X[Index][1]->SetMarkerStyle(23);
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leg0->AddEntry(hHistoEff_X[Index][1],"All processes","p");
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hHistoEff_X[Index][1]->Draw("same");
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leg0->Draw("same");
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c.Write(ObsToGet_EffX);
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c.Print(ControlHistoFile);
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hHistoEff_Y[Index][0]->SetMarkerColor(kBlack);
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hHistoEff_Y[Index][0]->SetMarkerStyle(4);
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//leg0->AddEntry(hHistoEff_Y[Index][0],"Multi-jets","p");
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hHistoEff_Y[Index][0]->Draw();
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hHistoEff_Y[Index][1]->SetMarkerColor(kRed);
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hHistoEff_Y[Index][1]->SetMarkerStyle(23);
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//leg0->AddEntry(hHistoEff_Y[Index][1],"All processes","p");
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hHistoEff_Y[Index][1]->Draw("same");
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leg0->Draw("same");
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c.Write(ObsToGet_EffY);
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c.Print(ControlHistoFile);
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Index++;
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leg0->Clear();
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}
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}
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//--------------------------------------------------------------------------------------------------------------------------------------------
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//--------------------------------------------------------------------------------------------------------------------------------------------
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//--------------------------------------------------------------------------------------------------------------------------------------------
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OutputFile->Close();
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c.Print(ControlHistoFile + "]");
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gROOT->ProcessLine(".q");
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}
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Double_t EffError(Double_t S, Double_t Total)
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{
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Double_t Eff = S/Total;
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return (sqrt(S*(1-Eff))/Total);
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}
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