void writeToCanvas(TCanvas& canvas, TH1D* hist1, TH1D* hist2, TLegend& legend)
{
setCanvasOptions(canvas);
hist1->Scale(1.0/hist1->Integral());
hist2->Scale(1.0/hist2->Integral());
hist1->SetLineColor(8);
hist2->SetLineColor(9);
hist1->SetLineWidth(2);
hist2->SetLineWidth(2);
hist1->SetFillStyle(0);
hist2->SetFillStyle(0);
string title(canvas.GetTitle());
size_t slashPos = title.find('/');
legend.AddEntry(hist1, title.substr(0, slashPos).c_str(), "L");
legend.AddEntry(hist2, title.substr(slashPos + 1, string::npos).c_str(), "L");
legend.SetTextFont(42);
legend.SetTextSize(0.02);
legend.SetShadowColor(0);
legend.SetLineColor(0);
legend.SetFillStyle(0);
canvas.cd();
hist1->Draw();
hist2->Draw("SAME");
legend.Draw();
}
// const char* infilePairStd="/tmp/camelia/tuple_jpsi_v11_minbias_ptSignal03_pnSimRecoPairType1.root",
// const char* infilePairRegit="/tmp/camelia/tuple_jpsi_v11_minbias_ptSignal03_pnSimRecoPairType2.root",
// const char* infileTrkStd="/tmp/camelia/tuple_jpsi_v11_minbias_ptSignal03_pnSimRecoTrkType1.root",
// const char* infileTrkRegit="/tmp/camelia/tuple_jpsi_v11_minbias_ptSignal03_pnSimRecoTrkType2.root",
//____________________________________________________________________________________
void makeEfficiency(const char* pTuplePairStd="mcmatchanalysis/pnSimRecoPairType1",
const char* pTuplePairRegit="mcmatchanalysis/pnSimRecoPairType2",
const char* pTupleTrkStd="mcmatchanalysis/pnSimRecoTrkType1",
const char* pTupleTrkRegit="mcmatchanalysis/pnSimRecoTrkType2",
const char* pOutFilePath="outputfigs",
const char* pOutFileName="effs_bjpsi",
Bool_t bSavePlots=true)
{
gROOT->Macro("/afs/cern.ch/user/m/mironov/utilities/setStyle.C+");
gStyle->SetPalette(1);
const char* aInFileLocation[4] = {"",
// "/tmp/camelia/tuple_jpsi_v11_minbias"
"/afs/cern.ch/user/e/echapon/workspace/private/jpsi_PbPb_5_3_17/CMSSW_5_3_17/src/RegitStudy/McAnalyzer/test/ntuples_bjpsi/ntuples_pp",
"/afs/cern.ch/user/e/echapon/workspace/private/jpsi_PbPb_5_3_17/CMSSW_5_3_17/src/RegitStudy/McAnalyzer/test/ntuples_bjpsi/ntuples_regit",
"/afs/cern.ch/user/e/echapon/workspace/private/jpsi_PbPb_5_3_17/CMSSW_5_3_17/src/RegitStudy/McAnalyzer/test/ntuples_bjpsi/ntuples_regit_3LastRegitStepsAsPp"
};
const int nPtBins = 2;
const char* aPtSignalBins[nPtBins] = {"",
""
// "_ptSignal03_",
// "_ptSignal36_",
// "_ptSignal69_",
//"_ptSignal1215_",
// "_ptSignal1530_"
};
bool bDoSinglePlots = true;
bool bDo2D = true;
bool bDoPairPlots = true;
float ptPairMin = 0;
float ptPairMax = 20;
int nPtPairBins = 10;
float ptTrkMin = 0;
float ptTrkMax = 20;
int nPtTrkBins = 10;
TCut pairGenSelection("smuacc(pt1,eta1)&&smuacc(pt2,eta2) &&npixelhits1>2&&npixelhits2>2 &&nmuonhits1>0&&nmuonhits2>0");
TCut pairRecoSelection("smuacc(ptreco1,etareco1)&&smuacc(ptreco2,etareco2) &&nvalidpixelhitsreco1>2&&nvalidpixelhitsreco2>2 &&nvalidmuonhitsreco1>0&&nvalidmuonhitsreco2>0 &&minvreco>2.6&&minvreco<3.5&&chi2ndofreco1<4&&chi2ndofreco2<4");
TCut trkGenSelection("TMath::Abs(eta)<2.4&&(abs(idparent)<550&&abs(idparent)>442) &&npixelhits>2&&nmuonhits>0");
TCut trkRecoSelection("TMath::Abs(eta)<2.4&&(abs(idparent)<550&&abs(idparent)>442) &&nvalidpixelhitsreco>2&&nvalidmuonhitsreco>0 &&nmatch>0&&chi2ndofreco<4");
// TCut pairGenSelection("TMath::Abs(eta1)<2.4&&TMath::Abs(eta2)<2.4&&npixelhits1>1&&npixelhits2>1&&nmuonhits1>0&&nmuonhits2>0");
// TCut pairRecoSelection("nmuonhits1>0&&nmuonhits2>0&&minvreco>2.6&&minvreco<3.5");
// TCut trkGenSelection("TMath::Abs(eta)<2.4&&idparent==443&&npixelhits>1&&nmuonhits>0");
// TCut trkRecoSelection("nvalidmuonhitsreco>0");
// axis pair
TH1F *phPtTmp = new TH1F("phPtTmp",";p_{T}^{#mu#mu}[GeV/c];Efficiency",1,ptPairMin,ptPairMax);
TH1F *phYTmp = new TH1F("phYTmp",";y^{#mu#mu};Efficiency",1,-2.4,2.4);
phPtTmp->SetMinimum(0.005);
phYTmp->SetMinimum(0.005);
phPtTmp->SetMaximum(1.);
phYTmp->SetMaximum(1.);
TH2F *phPtYTmp = new TH2F("phPtYTmp",";y;p_{T}^{#mu#mu}[GeV/c]",1,-2.4,2.4,1,ptPairMin,ptPairMax);
// axis single
TH1F *phPtTmp2 = new TH1F("phPtTmp2",";p_{T}^{#mu}[GeV/c];Efficiency",1,ptTrkMin,ptTrkMax);
phPtTmp2->SetMinimum(0.005);
phPtTmp2->SetMaximum(1.);
TH1F *phEtaTmp = new TH1F("phEtaTmp",";#eta^{#mu};Efficiency",1,-2.4,2.4);
phEtaTmp->SetMinimum(0.005);
phEtaTmp->SetMaximum(1.);
TH2F *phPtEtaTmp = new TH2F("phPtEtaTmp",";#eta;p_{T}^{#mu}[GeV/c]",1,-2.4,2.4,1,ptTrkMin,ptTrkMax);
// TH2F *phPtEtaTmp = new TH2F("phPtEtaTmp",";#eta;p_{T}^{#mu}[GeV/c]",1,-2.4,2.4,1,ptTrkMin,5);
if(bDoPairPlots)
{
TChain *ptPairPp = new TChain(Form("%s",pTuplePairStd));
TChain *ptPairStd = new TChain(Form("%s",pTuplePairStd));
TChain *ptPairRegit = new TChain(Form("%s",pTuplePairRegit));
for(int iptbin=1; iptbin<nPtBins; iptbin++)
{
const char* infilePairPp = Form("%s%s.root",aInFileLocation[1],aPtSignalBins[iptbin]);
ptPairPp->Add(infilePairPp);
const char* infilePairStd = Form("%s%s.root",aInFileLocation[2],aPtSignalBins[iptbin]);
ptPairStd->Add(infilePairStd);
const char* infilePairRegit = Form("%s%s.root",aInFileLocation[3],aPtSignalBins[iptbin]);
ptPairRegit->Add(infilePairRegit);
}
// ########## pair plots!!!
TH1D *phPtGenRecoPair_pp = new TH1D("phPtGenRecoPair_pp","phPtGenRecoPair_pp",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phPtGenPair_pp = new TH1D("phPtGenPair_pp","phPtGenPair_pp",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phYGenRecoPair_pp = new TH1D("phYGenRecoPair_pp","phYGenRecoPair_pp",12,-2.4,2.4);
TH1D *phYGenPair_pp = new TH1D("phYGenPair_pp","phYGenPair_pp",12,-2.4,2.4);
phPtGenRecoPair_pp->Sumw2();
phPtGenPair_pp->Sumw2();
phYGenRecoPair_pp->Sumw2();
phYGenPair_pp->Sumw2();
TH1D *phPtGenRecoPair_std = new TH1D("phPtGenRecoPair_std","phPtGenRecoPair_std",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phPtGenPair_std = new TH1D("phPtGenPair_std","phPtGenPair_std",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phYGenRecoPair_std = new TH1D("phYGenRecoPair_std","phYGenRecoPair_std",12,-2.4,2.4);
TH1D *phYGenPair_std = new TH1D("phYGenPair_std","phYGenPair_std",12,-2.4,2.4);
phPtGenRecoPair_std->Sumw2();
phPtGenPair_std->Sumw2();
phYGenRecoPair_std->Sumw2();
phYGenPair_std->Sumw2();
TH1D *phPtGenRecoPair_regit = new TH1D("phPtGenRecoPair_regit","phPtGenRecoPair_regit",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phPtGenPair_regit = new TH1D("phPtGenPair_regit","phPtGenPair_regit",nPtPairBins,ptPairMin,ptPairMax);
TH1D *phYGenRecoPair_regit = new TH1D("phYGenRecoPair_regit","phYGenRecoPair_regit",12,-2.4,2.4);
TH1D *phYGenPair_regit = new TH1D("phYGenPair_regit","phYGenPair_regit",12,-2.4,2.4);
phPtGenRecoPair_regit->Sumw2();
phPtGenPair_regit->Sumw2();
phYGenRecoPair_regit->Sumw2();
phYGenPair_regit->Sumw2();
// 2d histos
TH2F *phPtYGenRecoPair_pp = new TH2F("phPtYGenRecoPair_pp",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2F *phPtYGenPair_pp = new TH2F("phPtYGenPair_pp",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2F *phPtYGenRecoPair_std = new TH2F("phPtYGenRecoPair_std",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2F *phPtYGenPair_std = new TH2F("phPtYGenPair_std",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2F *phPtYGenRecoPair_regit = new TH2F("phPtYGenRecoPair_regit",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2F *phPtYGenPair_regit = new TH2F("phPtYGenPair_regit",";y;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TCanvas *pcTemp = new TCanvas("pcTemp","pcTemp", 900, 400);
pcTemp->Divide(3,1);
pcTemp->cd(1);
ptPairPp->Draw("pt>>phPtGenPair_pp","","E");
ptPairPp->Draw("pt>>phPtGenPair_pp",pairGenSelection,"E");
ptPairPp->Draw("ptreco>>phPtGenRecoPair_pp",pairRecoSelection,"Esame");
pcTemp->cd(2);
ptPairPp->Draw("y>>phYGenPair_pp",pairGenSelection,"E");
ptPairPp->Draw("yreco>>phYGenRecoPair_pp",pairRecoSelection,"Esame");
pcTemp->cd(1);
ptPairStd->Draw("pt>>phPtGenPair_std",pairGenSelection,"Esame");
ptPairStd->Draw("ptreco>>phPtGenRecoPair_std",pairRecoSelection,"Esame");
pcTemp->cd(2);
ptPairStd->Draw("y>>phYGenPair_std",pairGenSelection,"Esame");
ptPairStd->Draw("yreco>>phYGenRecoPair_std",pairRecoSelection,"Esame");
pcTemp->cd(1);
ptPairRegit->Draw("pt>>phPtGenPair_regit",pairGenSelection,"Esame");
ptPairRegit->Draw("ptreco>>phPtGenRecoPair_regit",pairRecoSelection,"Esame");
pcTemp->cd(2);
ptPairRegit->Draw("y>>phYGenPair_regit",pairGenSelection,"Esame");
ptPairRegit->Draw("yreco>>phYGenRecoPair_regit",pairRecoSelection,"Esame");
ptPairPp->Draw("pt:y>>phPtYGenPair_pp",pairGenSelection,"colz");
ptPairPp->Draw("ptreco:yreco>>phPtYGenRecoPair_pp",pairRecoSelection,"colz");
ptPairStd->Draw("pt:y>>phPtYGenPair_std",pairGenSelection,"colz");
ptPairStd->Draw("ptreco:yreco>>phPtYGenRecoPair_std",pairRecoSelection,"colz");
ptPairRegit->Draw("pt:y>>phPtYGenPair_regit",pairGenSelection,"colz");
ptPairRegit->Draw("ptreco:yreco>>phPtYGenRecoPair_regit",pairRecoSelection,"colz");
TH1D *pgPtEff_pp = new TH1D("pgPtEff_pp","pgPtEff_pp",nPtPairBins,ptPairMin,ptPairMax);
TH1D *pgYEff_pp = new TH1D("pgYEff_pp","pgYEff_pp",12,-2.4,2.4);
pgPtEff_pp->Sumw2();
pgYEff_pp->Sumw2();
TH1D *pgPtEff_std = new TH1D("pgPtEff_std","pgPtEff_std",nPtPairBins,ptPairMin,ptPairMax);
TH1D *pgYEff_std = new TH1D("pgYEff_std","pgYEff_std",12,-2.4,2.4);
pgPtEff_std->Sumw2();
pgYEff_std->Sumw2();
TH1D *pgPtEff_regit = new TH1D("pgPtEff_regit","pgPtEff_regit",nPtPairBins,ptPairMin,ptPairMax);
TH1D *pgYEff_regit = new TH1D("pgYEff_regit","pgYEff_regit",12,-2.4,2.4);
pgPtEff_regit->Sumw2();
pgYEff_regit->Sumw2();
pgPtEff_pp->Divide(phPtGenRecoPair_pp,phPtGenPair_pp,1,1,"b");
pgYEff_pp->Divide(phYGenRecoPair_pp,phYGenPair_pp,1,1,"b");
pgPtEff_std->Divide(phPtGenRecoPair_std,phPtGenPair_std,1,1,"b");
pgYEff_std->Divide(phYGenRecoPair_std,phYGenPair_std,1,1,"b");
pgPtEff_regit->Divide(phPtGenRecoPair_regit,phPtGenPair_regit,1,1,"b");
pgYEff_regit->Divide(phYGenRecoPair_regit,phYGenPair_regit,1,1,"b");
// 2d histos
TH2D *pgPtYEff_pp = new TH2D("pgPtYEff_pp","pgPtYEff_pp",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2D *pgPtYEff_std = new TH2D("pgPtYEff_std","pgPtYEff_std",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
TH2D *pgPtYEff_regit = new TH2D("pgPtYEff_regit","pgPtYEff_regit",48,-2.4,2.4,nPtPairBins,ptPairMin,ptPairMax);
pgPtYEff_pp->Divide(phPtYGenRecoPair_pp,phPtYGenPair_pp,1,1,"b");
pgPtYEff_std->Divide(phPtYGenRecoPair_std,phPtYGenPair_std,1,1,"b");
pgPtYEff_regit->Divide(phPtYGenRecoPair_regit,phPtYGenPair_regit,1,1,"b");
// drawing
pgPtEff_pp->SetLineColor(3);
pgPtEff_pp->SetMarkerColor(3);
pgPtEff_pp->SetMarkerStyle(3);
pgYEff_pp->SetLineColor(3);
pgYEff_pp->SetMarkerColor(3);
pgYEff_pp->SetMarkerStyle(3);
pgPtEff_std->SetLineColor(4);
pgPtEff_std->SetMarkerColor(4);
pgPtEff_std->SetMarkerStyle(4);
pgYEff_std->SetLineColor(4);
pgYEff_std->SetMarkerColor(4);
pgYEff_std->SetMarkerStyle(4);
pgPtEff_regit->SetLineColor(2);
pgPtEff_regit->SetMarkerColor(2);
pgPtEff_regit->SetMarkerStyle(25);
pgYEff_regit->SetLineColor(2);
pgYEff_regit->SetMarkerColor(2);
pgYEff_regit->SetMarkerStyle(25);
TCanvas *pcPairEff = new TCanvas("pcPairEff","pcPairEff",900,500);
pcPairEff->Divide(2,1);
pcPairEff->cd(1);// gPad->SetLogy();
phPtTmp->Draw();
pgPtEff_pp->Draw("pl same");
pgPtEff_std->Draw("pl same");
pgPtEff_regit->Draw("pl same");
pcPairEff->cd(2); //gPad->SetLogy();
phYTmp->Draw();
pgYEff_pp->Draw("pl same");
pgYEff_std->Draw("pl same");
pgYEff_regit->Draw("pl same");
TLegend *t = new TLegend(0.34,0.78,0.94,0.91);
t->SetBorderSize(0);
t->SetFillStyle(0);
t->AddEntry(pgPtEff_pp,"Pp_reco","pl");
t->AddEntry(pgPtEff_std,"Std_reco","pl");
t->AddEntry(pgPtEff_regit,"Regit_reco","pl");
t->Draw();
//2D histo
if(bDo2D)
{
TLatex lx;
TCanvas *pcPtYPairEff = new TCanvas("pcPtYPairEff","pcPtYPairEff",1500,600);
pcPtYPairEff->Divide(3,1);
pcPtYPairEff->cd(1);
pcPtYPairEff->GetPad(1)->SetLeftMargin(0.16);
pcPtYPairEff->GetPad(1)->SetRightMargin(0.15);
phPtYTmp->Draw();
pgPtYEff_pp->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtYEff_pp->Draw("colz same");
lx.DrawLatex(0.,2.,"Pp_reco");
gPad->Update();
pcPtYPairEff->cd(2);
pcPtYPairEff->GetPad(2)->SetLeftMargin(0.16);
pcPtYPairEff->GetPad(2)->SetRightMargin(0.15);
phPtYTmp->Draw();
pgPtYEff_std->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtYEff_std->Draw("colz same");
lx.DrawLatex(0.,2.,"Std_reco");
gPad->Update();
pcPtYPairEff->cd(3);
pcPtYPairEff->GetPad(3)->SetLeftMargin(0.16);
pcPtYPairEff->GetPad(3)->SetRightMargin(0.15);
phPtYTmp->Draw();
pgPtYEff_regit->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtYEff_regit->Draw("colz same");
lx.DrawLatex(0.,2,"Regit_reco");
if(bSavePlots)
{
TString outFileBase1(Form("%s/%s_%s",pOutFilePath,pcPtYPairEff->GetTitle(),pOutFileName));
TString outFileGif1 = outFileBase1+".gif";
pcPtYPairEff->Print(outFileGif1.Data(),"gifLandscape");
TString outFilePdf1 = outFileBase1+".pdf";
pcPtYPairEff->SaveAs(outFilePdf1.Data());
}
}
if(bSavePlots)
{
TString outFileBase(Form("%s/%s_%s",pOutFilePath,pcPairEff->GetTitle(),pOutFileName));
TString outFileGif = outFileBase+".gif";
pcPairEff->Print(outFileGif.Data(),"gifLandscape");
TString outFilePdf = outFileBase+".pdf";
pcPairEff->SaveAs(outFilePdf.Data());
}
}
// ##########--------------------- single plots!!!
if(bDoSinglePlots)
{
TChain *ptTrkPp = new TChain(Form("%s",pTupleTrkStd));
TChain *ptTrkStd = new TChain(Form("%s",pTupleTrkStd));
TChain *ptTrkRegit = new TChain(Form("%s",pTupleTrkRegit));
//nPtBins
for(int iptbin=1; iptbin<nPtBins; iptbin++)
{
const char* infileTrkPp = Form("%s%s.root",aInFileLocation[1],aPtSignalBins[iptbin]);
ptTrkPp->Add(infileTrkPp);
const char* infileTrkStd = Form("%s%s.root",aInFileLocation[2],aPtSignalBins[iptbin]);
ptTrkStd->Add(infileTrkStd);
const char* infileTrkRegit = Form("%s%s.root",aInFileLocation[3],aPtSignalBins[iptbin]);
ptTrkRegit->Add(infileTrkRegit);
}
TH1D *phPtGenRecoTrk_pp = new TH1D("phPtGenRecoTrk_pp","phPtGenRecoTrk_pp",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phPtGenTrk_pp = new TH1D("phPtGenTrk_pp","phPtGenTrk_pp",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phEtaGenRecoTrk_pp = new TH1D("phEtaGenRecoTrk_pp","phEtaGenRecoTrk_pp",12,-2.4,2.4);
TH1D *phEtaGenTrk_pp = new TH1D("phEtaGenTrk_pp","phEtaGenTrk_pp",12,-2.4,2.4);
phPtGenRecoTrk_pp->Sumw2();
phPtGenTrk_pp->Sumw2();
phEtaGenRecoTrk_pp->Sumw2();
phEtaGenTrk_pp->Sumw2();
TH1D *phPtGenRecoTrk_std = new TH1D("phPtGenRecoTrk_std","phPtGenRecoTrk_std",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phPtGenTrk_std = new TH1D("phPtGenTrk_std","phPtGenTrk_std",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phEtaGenRecoTrk_std = new TH1D("phEtaGenRecoTrk_std","phEtaGenRecoTrk_std",12,-2.4,2.4);
TH1D *phEtaGenTrk_std = new TH1D("phEtaGenTrk_std","phEtaGenTrk_std",12,-2.4,2.4);
phPtGenRecoTrk_std->Sumw2();
phPtGenTrk_std->Sumw2();
phEtaGenRecoTrk_std->Sumw2();
phEtaGenTrk_std->Sumw2();
TH1D *phPtGenRecoTrk_regit = new TH1D("phPtGenRecoTrk_regit","phPtGenRecoTrk_regit",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phPtGenTrk_regit = new TH1D("phPtGenTrk_regit","phPtGenTrk_regit",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *phEtaGenRecoTrk_regit= new TH1D("phEtaGenRecoTrk_regit","phEtaGenRecoTrk_regit",12,-2.4,2.4);
TH1D *phEtaGenTrk_regit = new TH1D("phEtaGenTrk_regit","phEtaGenTrk_regit",12,-2.4,2.4);
phPtGenRecoTrk_regit->Sumw2();
phPtGenTrk_regit->Sumw2();
phEtaGenRecoTrk_regit->Sumw2();
phEtaGenTrk_regit->Sumw2();
TCanvas *pcTemp2 = new TCanvas("pcTemp2","pcTemp2", 900, 400);
pcTemp2->Divide(2,1);
pcTemp2->cd(1);
pcTemp2->cd(1);
ptTrkPp->Draw("pt>>phPtGenTrk_pp",trkGenSelection,"E");
ptTrkPp->Draw("ptreco>>phPtGenRecoTrk_pp",trkRecoSelection,"Esame");
pcTemp2->cd(2);
ptTrkPp->Draw("eta>>phEtaGenTrk_pp",trkGenSelection,"E");
ptTrkPp->Draw("etareco>>phEtaGenRecoTrk_pp",trkRecoSelection,"Esame");
ptTrkStd->Draw("pt>>phPtGenTrk_std",trkGenSelection,"Esame");
ptTrkStd->Draw("ptreco>>phPtGenRecoTrk_std",trkRecoSelection,"Esame");
pcTemp2->cd(2);
ptTrkStd->Draw("eta>>phEtaGenTrk_std",trkGenSelection,"Esame");
ptTrkStd->Draw("etareco>>phEtaGenRecoTrk_std",trkRecoSelection,"Esame");
pcTemp2->cd(1);
ptTrkRegit->Draw("pt>>phPtGenTrk_regit",trkGenSelection,"Esame");
ptTrkRegit->Draw("ptreco>>phPtGenRecoTrk_regit",trkRecoSelection,"Esame");
pcTemp2->cd(2);
ptTrkRegit->Draw("eta>>phEtaGenTrk_regit",trkGenSelection,"Esame");
ptTrkRegit->Draw("etareco>>phEtaGenRecoTrk_regit",trkRecoSelection,"Esame");
TH1D *pgPtTrkEff_pp = new TH1D("pgPtTrkEff_pp","pgPtTrkEff_pp",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *pgEtaTrkEff_pp = new TH1D("pgEtaTrkEff_pp","pgEtaTrkEff_pp",12,-2.4,2.4);
pgPtTrkEff_pp->Sumw2();
pgEtaTrkEff_pp->Sumw2();
TH1D *pgPtTrkEff_std = new TH1D("pgPtTrkEff_std","pgPtTrkEff_std",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *pgEtaTrkEff_std = new TH1D("pgEtaTrkEff_std","pgEtaTrkEff_std",12,-2.4,2.4);
pgPtTrkEff_std->Sumw2();
pgEtaTrkEff_std->Sumw2();
TH1D *pgPtTrkEff_regit = new TH1D("pgPtTrkEff_regit","pgPtTrkEff_regit",nPtTrkBins,ptTrkMin,ptTrkMax);
TH1D *pgEtaTrkEff_regit = new TH1D("pgEtaTrkEff_regit","pgEtaTrkEff_regit",12,-2.4,2.4);
pgPtTrkEff_regit->Sumw2();
pgEtaTrkEff_regit->Sumw2();
pgPtTrkEff_pp->Divide(phPtGenRecoTrk_pp,phPtGenTrk_pp,1,1,"b");
pgEtaTrkEff_pp->Divide(phEtaGenRecoTrk_pp,phEtaGenTrk_pp,1,1,"b");
pgPtTrkEff_std->Divide(phPtGenRecoTrk_std,phPtGenTrk_std,1,1,"b");
pgEtaTrkEff_std->Divide(phEtaGenRecoTrk_std,phEtaGenTrk_std,1,1,"b");
pgPtTrkEff_regit->Divide(phPtGenRecoTrk_regit,phPtGenTrk_regit,1,1,"b");
pgEtaTrkEff_regit->Divide(phEtaGenRecoTrk_regit,phEtaGenTrk_regit,1,1,"b");
// 2D stuff
TH2F *phPtEtaGenRecoTrk_pp = new TH2F("phPtEtaGenRecoTrk_pp",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
TH2F *phPtEtaGenTrk_pp = new TH2F("phPtEtaGenTrk_pp",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
ptTrkPp->Draw("pt:eta>>phPtEtaGenTrk_pp",trkGenSelection,"colz");
ptTrkPp->Draw("ptreco:etareco>>phPtEtaGenRecoTrk_pp",trkRecoSelection,"colz");
TH2F *phPtEtaGenRecoTrk_std = new TH2F("phPtEtaGenRecoTrk_std",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
TH2F *phPtEtaGenTrk_std = new TH2F("phPtEtaGenTrk_std",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
ptTrkStd->Draw("pt:eta>>phPtEtaGenTrk_std",trkGenSelection,"colz");
ptTrkStd->Draw("ptreco:etareco>>phPtEtaGenRecoTrk_std",trkRecoSelection,"colz");
TH2F *phPtEtaGenRecoTrk_regit= new TH2F("phPtEtaGenRecoTrk_regit",";#eta;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
TH2F *phPtEtaGenTrk_regit = new TH2F("phPtEtaGenTrk_regit",";#eta;p_{T}^{#mu#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
ptTrkRegit->Draw("pt:eta>>phPtEtaGenTrk_regit",trkGenSelection,"colz");
ptTrkRegit->Draw("ptreco:etareco>>phPtEtaGenRecoTrk_regit",trkRecoSelection,"colz");
TH2D *pgPtEtaEff_pp = new TH2D("pgPtEtaEff_pp",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
TH2D *pgPtEtaEff_std = new TH2D("pgPtEtaEff_std",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
TH2D *pgPtEtaEff_regit = new TH2D("pgPtEtaEff_regit",";#eta;p_{T}^{#mu}[GeV/c]",48,-2.4,2.4,nPtTrkBins,ptTrkMin,ptTrkMax);
pgPtEtaEff_pp->Divide(phPtEtaGenRecoTrk_pp,phPtEtaGenTrk_pp,1,1,"b");
pgPtEtaEff_std->Divide(phPtEtaGenRecoTrk_std,phPtEtaGenTrk_std,1,1,"b");
pgPtEtaEff_regit->Divide(phPtEtaGenRecoTrk_regit,phPtEtaGenTrk_regit,1,1,"b");
// drawing
pgPtTrkEff_pp->SetLineColor(3);
pgPtTrkEff_pp->SetMarkerColor(3);
pgPtTrkEff_pp->SetMarkerStyle(3);
pgEtaTrkEff_pp->SetLineColor(3);
pgEtaTrkEff_pp->SetMarkerColor(3);
pgEtaTrkEff_pp->SetMarkerStyle(3);
pgPtTrkEff_std->SetLineColor(4);
pgPtTrkEff_std->SetMarkerColor(4);
pgPtTrkEff_std->SetMarkerStyle(4);
pgEtaTrkEff_std->SetLineColor(4);
pgEtaTrkEff_std->SetMarkerColor(4);
pgEtaTrkEff_std->SetMarkerStyle(4);
pgPtTrkEff_regit->SetLineColor(2);
pgPtTrkEff_regit->SetMarkerColor(2);
pgPtTrkEff_regit->SetMarkerStyle(25);
pgEtaTrkEff_regit->SetLineColor(2);
pgEtaTrkEff_regit->SetMarkerColor(2);
pgEtaTrkEff_regit->SetMarkerStyle(25);
TCanvas *pcTrkEff = new TCanvas("pcTrkEff","pcTrkEff",1000,600);
pcTrkEff->Divide(2,1);
pcTrkEff->cd(1); //gPad->SetLogy();
phPtTmp2->Draw();
pgPtTrkEff_pp->Draw("pl same");
pgPtTrkEff_std->Draw("pl same");
pgPtTrkEff_regit->Draw("pl same");
pcTrkEff->cd(2); //gPad->SetLogy();
phEtaTmp->Draw();
pgEtaTrkEff_pp->Draw("pl same");
pgEtaTrkEff_std->Draw("pl same");
pgEtaTrkEff_regit->Draw("pl same");
TLegend *t2 = new TLegend(0.34,0.78,0.94,0.91);
t2->SetBorderSize(0);
t2->SetFillStyle(0);
t2->AddEntry(pgPtTrkEff_pp,"Pp_reco","pl");
t2->AddEntry(pgPtTrkEff_std,"Std_reco","pl");
t2->AddEntry(pgPtTrkEff_regit,"Regit_reco","pl");
t2->Draw();
// 2d plots
//2D histo
if(bDo2D)
{
TLatex lx2;
TCanvas *pcPtEtaTrkEff = new TCanvas("pcPtEtaTrkEff","pcPtEtaTrkEff",1300,500);
pcPtEtaTrkEff->Divide(3,1);
pcPtEtaTrkEff->cd(1);
pcPtEtaTrkEff->GetPad(1)->SetLeftMargin(0.16);
pcPtEtaTrkEff->GetPad(1)->SetRightMargin(0.15);
phPtEtaTmp->Draw();
pgPtEtaEff_pp->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtEtaEff_pp->Draw("COLZ same");
lx2.DrawLatex(-0.2,2,"Pp_reco");
pcPtEtaTrkEff->cd(2);
pcPtEtaTrkEff->GetPad(2)->SetLeftMargin(0.16);
pcPtEtaTrkEff->GetPad(2)->SetRightMargin(0.15);
phPtEtaTmp->Draw();
pgPtEtaEff_std->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtEtaEff_std->Draw("COLZ same");
lx2.DrawLatex(-0.2,2,"Std_reco");
pcPtEtaTrkEff->cd(3);
pcPtEtaTrkEff->GetPad(3)->SetLeftMargin(0.16);
pcPtEtaTrkEff->GetPad(3)->SetRightMargin(0.15);
phPtEtaTmp->Draw();
pgPtEtaEff_regit->GetZaxis()->SetRangeUser(0.0,1.0);
pgPtEtaEff_regit->Draw("colz same");
lx2.DrawLatex(-0.2,2,"Regit_reco");
if(bSavePlots)
{
TString outFileBase2(Form("%s/%s_%s",pOutFilePath,pcPtEtaTrkEff->GetTitle(),pOutFileName));
TString outFileGif2 = outFileBase2+".gif";
pcPtEtaTrkEff->Print(outFileGif2.Data(),"gifLandscape");
TString outFilePdf2 = outFileBase2+".pdf";
pcPtEtaTrkEff->SaveAs(outFilePdf2.Data());
}
}
if(bSavePlots)
{
TString outFileBase(Form("%s/%s_%s",pOutFilePath,pcTrkEff->GetTitle(),pOutFileName));
TString outFileGif = outFileBase+".gif";
pcTrkEff->Print(outFileGif.Data(),"gifLandscape");
TString outFilePdf2 = outFileBase+".pdf";
pcTrkEff->SaveAs(outFilePdf2.Data());
}
}
}