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Copy pathstrictStackPlot.cxx
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strictStackPlot.cxx
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{
double lumi = 5100.227976804; // 1/pb
THStack *hs = new THStack("hs","");
THStack *hs_mass = new THStack("hs_mass","");
THStack *hs_massLC = new THStack("hs_massLC","");
THStack *hs_massLW = new THStack("hs_massLW","");
THStack *hs_d0_err = new THStack("hs_d0_err","");
THStack *hs_d0_errLC = new THStack("hs_d0_errLC","");
TFile *fDY = new TFile("DYbg.root");
TFile *fZZT = new TFile("ZZbg.root");
TFile *fWZ = new TFile("WZbg.root");
TFile *fWW = new TFile("WWbg.root");
TFile *fDat = new TFile("lw.root");
TH1F * hDY = (TH1F*)fDY->Get("lxy_err");
TH1F * hZZT = (TH1F*)fZZT->Get("lxy_err");
TH1F * hWZ = (TH1F*)fWZ->Get("lxy_err");
TH1F * hWW = (TH1F*)fWW->Get("lxy_err");
TH1F * hDat = (TH1F*)fDat->Get("lxy_err");
TH1F * hDY_mass = (TH1F*)fDY->Get("InvMass");
TH1F * hZZT_mass = (TH1F*)fZZT->Get("InvMass");
TH1F * hWZ_mass = (TH1F*)fWZ->Get("InvMass");
TH1F * hWW_mass = (TH1F*)fWW->Get("InvMass");
TH1F * hDat_mass = (TH1F*)fDat->Get("InvMass");
TH1F * hDY_massLC = (TH1F*)fDY->Get("InvMassLC");
TH1F * hZZT_massLC = (TH1F*)fZZT->Get("InvMassLC");
TH1F * hWZ_massLC = (TH1F*)fWZ->Get("InvMassLC");
TH1F * hWW_massLC = (TH1F*)fWW->Get("InvMassLC");
TH1F * hDat_massLC = (TH1F*)fDat->Get("InvMassLC");
TH1F * hDY_massLW = (TH1F*)fDY->Get("InvMassLW");
TH1F * hZZT_massLW = (TH1F*)fZZT->Get("InvMassLW");
TH1F * hWZ_massLW = (TH1F*)fWZ->Get("InvMassLW");
TH1F * hWW_massLW = (TH1F*)fWW->Get("InvMassLW");
TH1F * hDat_massLW = (TH1F*)fDat->Get("InvMassLW");
TH1F * hDY_d0_err = (TH1F*)fDY->Get("d0_err");
TH1F * hZZT_d0_err = (TH1F*)fZZT->Get("d0_err");
TH1F * hWZ_d0_err = (TH1F*)fWZ->Get("d0_err");
TH1F * hWW_d0_err = (TH1F*)fWW->Get("d0_err");
TH1F * hDat_d0_err = (TH1F*)fDat->Get("d0_err");
TH1F * hDY_d0_errLC = (TH1F*)fDY->Get("d0_errLC");
TH1F * hZZT_d0_errLC = (TH1F*)fZZT->Get("d0_errLC");
TH1F * hWZ_d0_errLC = (TH1F*)fWZ->Get("d0_errLC");
TH1F * hWW_d0_errLC = (TH1F*)fWW->Get("d0_errLC");
TH1F * hDat_d0_errLC = (TH1F*)fDat->Get("d0_errLC");
hDY->Sumw2();
hZZT->Sumw2();
hWZ->Sumw2();
hWW->Sumw2();
hDat->Sumw2();
hDY_mass->Sumw2();
hZZT_mass->Sumw2();
hWZ_mass->Sumw2();
hWW_mass->Sumw2();
hDat_mass->Sumw2();
hDY_massLC->Sumw2();
hZZT_massLC->Sumw2();
hWZ_massLC->Sumw2();
hWW_massLC->Sumw2();
hDat_massLC->Sumw2();
hDY_massLW->Sumw2();
hZZT_massLW->Sumw2();
hWZ_massLW->Sumw2();
hWW_massLW->Sumw2();
hDat_massLW->Sumw2();
hDY_d0_err->Sumw2();
hZZT_d0_err->Sumw2();
hWZ_d0_err->Sumw2();
hWW_d0_err->Sumw2();
hDat_d0_err->Sumw2();
hDY_d0_errLC->Sumw2();
hZZT_d0_errLC->Sumw2();
hWZ_d0_errLC->Sumw2();
hWW_d0_errLC->Sumw2();
hDat_d0_errLC->Sumw2();
hDY->SetLineColor(1);
hZZT->SetLineColor(1);
hWZ->SetLineColor(1);
hWW->SetLineColor(1);
hDY_mass->SetLineColor(1);
hZZT_mass->SetLineColor(1);
hWZ_mass->SetLineColor(1);
hWW_mass->SetLineColor(1);
hDY_massLC->SetLineColor(1);
hZZT_massLC->SetLineColor(1);
hWZ_massLC->SetLineColor(1);
hWW_massLC->SetLineColor(1);
hDY_massLW->SetLineColor(1);
hZZT_massLW->SetLineColor(1);
hWZ_massLW->SetLineColor(1);
hWW_massLW->SetLineColor(1);
hDY_d0_err->SetLineColor(1);
hZZT_d0_err->SetLineColor(1);
hWZ_d0_err->SetLineColor(1);
hWW_d0_err->SetLineColor(1);
hDY_d0_errLC->SetLineColor(1);
hZZT_d0_errLC->SetLineColor(1);
hWZ_d0_errLC->SetLineColor(1);
hWW_d0_errLC->SetLineColor(1);
hDY->SetFillColor(2);
hZZT->SetFillColor(kGreen +3);
hWZ->SetFillColor(kCyan -9);
hWW->SetFillColor(kMagenta -3);
hDat->SetFillColor(0);
hDat->SetLineColor(2);
hDY_mass->SetFillColor(2);
hZZT_mass->SetFillColor(kGreen +3);
hWZ_mass->SetFillColor(kCyan -9);
hWW_mass->SetFillColor(kMagenta -3);
hDat_mass->SetFillColor(0);
hDat_mass->SetLineColor(2);
hDY_massLC->SetFillColor(2);
hZZT_massLC->SetFillColor(kGreen +3);
hWZ_massLC->SetFillColor(kCyan -9);
hWW_massLC->SetFillColor(kMagenta -3);
hDat_massLC->SetFillColor(0);
hDat_massLC->SetLineColor(2);
hDY_massLW->SetFillColor(2);
hZZT_massLW->SetFillColor(kGreen +3);
hWZ_massLW->SetFillColor(kCyan -9);
hWW_massLW->SetFillColor(kMagenta -3);
hDat_massLW->SetFillColor(0);
hDat_massLW->SetLineColor(2);
hDY_d0_err->SetFillColor(2);
hZZT_d0_err->SetFillColor(kGreen +3);
hWZ_d0_err->SetFillColor(kCyan -9);
hWW_d0_err->SetFillColor(kMagenta -3);
hDat_d0_err->SetFillColor(0);
hDat_d0_err->SetLineColor(2);
hDY_d0_errLC->SetFillColor(2);
hZZT_d0_errLC->SetFillColor(kGreen +3);
hWZ_d0_errLC->SetFillColor(kCyan -9);
hWW_d0_errLC->SetFillColor(kMagenta -3);
hDat_d0_errLC->SetFillColor(0);
hDat_d0_errLC->SetLineColor(2);
double DY_scale = lumi*3048.0/(hDY->Integral());
double ZZ_scale = lumi*5.9/(hZZT->Integral());
double WZ_scale = lumi*18.2/(hWZ->Integral());
double WW_scale = lumi*42.0/(hWW->Integral());
double Dat_scale = lumi*1/(hDat->Integral());
cout<<hDY_d0_err->Integral(-99999999,99999999)<<endl;
hDY->Scale(DY_scale);
hZZT->Scale(ZZ_scale);
hWZ->Scale(WZ_scale);
hWW->Scale(WW_scale);
hDat->Scale(Dat_scale);
hDY_mass->Scale(DY_scale);
hZZT_mass->Scale(ZZ_scale);
hWZ_mass->Scale(WZ_scale);
hWW_mass->Scale(WW_scale);
hDat_mass->Scale(Dat_scale);
hDY_massLC->Scale(DY_scale);
hZZT_massLC->Scale(ZZ_scale);
hWZ_massLC->Scale(WZ_scale);
hWW_massLC->Scale(WW_scale);
hDat_massLC->Scale(Dat_scale);
hDY_massLW->Scale(DY_scale);
hZZT_massLW->Scale(ZZ_scale);
hWZ_massLW->Scale(WZ_scale);
hWW_massLW->Scale(WW_scale);
hDat_massLW->Scale(Dat_scale);
hDY_d0_err->Scale(DY_scale);
hZZT_d0_err->Scale(ZZ_scale);
hWZ_d0_err->Scale(WZ_scale);
hWW_d0_err->Scale(WW_scale);
hDat_d0_err->Scale(Dat_scale);
hDY_d0_errLC->Scale(DY_scale);
hZZT_d0_errLC->Scale(ZZ_scale);
hWZ_d0_errLC->Scale(WZ_scale);
hWW_d0_errLC->Scale(WW_scale);
hDat_d0_errLC->Scale(Dat_scale);
hDY->SetStats(0);
hZZT->SetStats(0);
hWZ->SetStats(0);
hWW->SetStats(0);
hDat->SetStats(0);
hDY_mass->SetStats(0);
hZZT_mass->SetStats(0);
hWZ_mass->SetStats(0);
hWW_mass->SetStats(0);
hDat_mass->SetStats(0);
hDY_massLC->SetStats(0);
hZZT_massLC->SetStats(0);
hWZ_massLC->SetStats(0);
hWW_massLC->SetStats(0);
hDat_massLC->SetStats(0);
hDY_massLW->SetStats(0);
hZZT_massLW->SetStats(0);
hWZ_massLW->SetStats(0);
hWW_massLW->SetStats(0);
hDat_massLW->SetStats(0);
hDY_d0_err->SetStats(0);
hZZT_d0_err->SetStats(0);
hWZ_d0_err->SetStats(0);
hWW_d0_err->SetStats(0);
hDat_d0_err->SetStats(0);
hs->Add(hZZT);
hs->Add(hWZ);
hs->Add(hWW);
hs->Add(hDY);
hs_mass->Add(hZZT_mass);
hs_mass->Add(hWZ_mass);
hs_mass->Add(hWW_mass);
hs_mass->Add(hDY_mass);
hs_massLC->Add(hZZT_massLC);
hs_massLC->Add(hWZ_massLC);
hs_massLC->Add(hWW_massLC);
hs_massLC->Add(hDY_massLC);
hs_massLW->Add(hZZT_massLW);
hs_massLW->Add(hWZ_massLW);
hs_massLW->Add(hWW_massLW);
hs_massLW->Add(hDY_massLW);
hs_d0_err->Add(hZZT_d0_err);
hs_d0_err->Add(hWZ_d0_err);
hs_d0_err->Add(hWW_d0_err);
hs_d0_err->Add(hDY_d0_err);
hs_d0_errLC->Add(hZZT_d0_errLC);
hs_d0_errLC->Add(hWZ_d0_errLC);
hs_d0_errLC->Add(hWW_d0_errLC);
hs_d0_errLC->Add(hDY_d0_errLC);
hDat->SetMarkerStyle(21);
hDat_mass->SetMarkerStyle(21);
hDat_massLC->SetMarkerStyle(21);
hDat_massLW->SetMarkerStyle(21);
hDat_d0_err->SetMarkerStyle(21);
hDat_d0_errLC->SetMarkerStyle(21);
// lxy
TCanvas *cs = new TCanvas("cs","cs",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
auto legend = new TLegend(0.5,0.7,0.9,0.9);
legend->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend->AddEntry(hWW_mass,"WW","f");
legend->AddEntry(hWZ_mass,"WZ","f");
legend->AddEntry(hZZT_mass,"ZZ","f");
legend->AddEntry(hDat_mass,"Data","p");
legend->SetFillColor(0);
hDat->SetMaximum(2*hs->GetMaximum());
hs->SetTitle("Transverse decay length significance");
hDat->SetXTitle("L_{xy}/#sigma_{xy}");
hDat->SetYTitle("Entries");
cs->cd(1); hDat->Draw("hist "); cs->Update(); hs->Draw("same e hist");
//cs->cd(1); hs->Draw(" hist"); cs->Update(); hDat->Draw("hist same");
legend->Draw();
gPad->Update();
gPad->SetLogy(1);
// inv mass loose cuts
TCanvas *cs_mass = new TCanvas("cs_mass","cs_mass",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
hs_mass->SetTitle("Muon Pair Invariant Mass (loose cuts)");
auto legend_mass = new TLegend(0.5,0.7,0.9,0.9);
legend_mass->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend_mass->AddEntry(hWW_mass,"WW","f");
legend_mass->AddEntry(hWZ_mass,"WZ","f");
legend_mass->AddEntry(hZZT_mass,"ZZ","f");
legend_mass->AddEntry(hDat_mass,"Data","p");
legend_mass->SetFillColor(0);
hDat_mass->SetMaximum(2*hs_mass->GetMaximum());
hDat_mass->SetXTitle("mass [GeV/c^{2}]");
hDat_mass->SetYTitle("Entries");
cs_mass->cd(1); hDat_mass->Draw("hist"); cs_mass->Update(); hs_mass->Draw("same hist");
// cs->cd(1); hs_mass->Draw(" hist"); cs->Update(); hDat_mass->Draw("hist same");
legend_mass->Draw();
gPad->Update();
gPad->SetLogy(1);
// inv mass all cuts
hs_massLC->SetTitle("Muon Pair Invariant Mass");
TCanvas *cs_massLC = new TCanvas("cs_massLC","cs_massLC",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
auto legend_massLC = new TLegend(0.5,0.7,0.9,0.9);
legend_massLC->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend_massLC->AddEntry(hWW_mass,"WW","f");
legend_massLC->AddEntry(hWZ_mass,"WZ","f");
legend_massLC->AddEntry(hZZT_mass,"ZZ","f");
legend_massLC->AddEntry(hDat_mass,"Data","p");
legend_massLC->SetFillColor(0);
hDat_massLC->SetMaximum(2*hs_massLC->GetMaximum());
hDat_massLC->SetXTitle("mass [GeV/c^{2}]");
hDat_massLC->SetYTitle("Entries");
//cs_massLC->cd(1); hDat_massLC->Draw("hist"); cs_massLC->Update(); hs_massLC->Draw("same hist");
cs->cd(1); hs_massLC->Draw(" hist"); cs->Update(); hDat_massLC->Draw("hist same");
legend_massLC->Draw();
gPad->Update();
gPad->SetLogy(1);
// inv mass lw
hs_massLW->SetTitle("Muon Pair Invariant Mass (Lee-Wick Cuts)");
TCanvas *cs_massLW = new TCanvas("cs_massLW","cs_massLW",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
auto legend_massLW = new TLegend(0.5,0.7,0.9,0.9);
legend_massLW->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend_massLW->AddEntry(hWW_mass,"WW","f");
legend_massLW->AddEntry(hWZ_mass,"WZ","f");
legend_massLW->AddEntry(hZZT_mass,"ZZ","f");
legend_massLW->AddEntry(hDat_mass,"Data","p");
legend_massLW->SetFillColor(0);
hDat_massLW->SetMaximum(2*hs_massLW->GetMaximum());
hDat_massLW->SetXTitle("mass [GeV/c^{2}]");
hDat_massLW->SetYTitle("Entries");
cs_massLW->cd(1); hDat_massLW->Draw("hist"); cs_massLW->Update(); hs_massLW->Draw("same hist");
//cs->cd(1); hs_massLW->Draw(" hist"); cs->Update(); hDat_massLW->Draw("hist same");
legend_massLW->Draw();
gPad->Update();
gPad->SetLogy(1);
// d0_err
hs_d0_err->SetTitle("Transverse Impact Parameter Significance (loose cuts)");
TCanvas *cs_d0_err = new TCanvas("cs_d0_err","cs_d0_err",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
auto legend_d0_err = new TLegend(0.5,0.7,0.9,0.9);
legend_d0_err->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend_d0_err->AddEntry(hWW_mass,"WW","f");
legend_d0_err->AddEntry(hWZ_mass,"WZ","f");
legend_d0_err->AddEntry(hZZT_mass,"ZZ","f");
legend_d0_err->AddEntry(hDat_mass,"Data","p");
legend_d0_err->SetFillColor(0);
hDat_d0_err->SetMaximum(2*hs_d0_err->GetMaximum());
hDat_d0_err->SetXTitle("|d_{0}/#sigma_{0}|");
hDat_d0_err->SetYTitle("Entries");
cs_d0_err->cd(1); hDat_d0_err->Draw("hist"); cs_d0_err->Update(); hs_d0_err->Draw("same hist");
// cs->cd(1); hs_d0_err->Draw(" hist"); cs->Update(); hDat_d0_err->Draw("hist same");
legend_d0_err->Draw();
gPad->Update();
gPad->SetLogy(1);
// d0_errLC
hs_d0_errLC->SetTitle("Transverse Impact Parameter Significance");
TCanvas *cs_d0_errLC = new TCanvas("cs_d0_errLC","cs_d0_errLC_",10,10,700,900);
TText T; T.SetTextFont(42); T.SetTextAlign(21);
auto legend_d0_errLC = new TLegend(0.5,0.7,0.9,0.9);
legend_d0_errLC->AddEntry(hDY_mass,"Z/#gamma*#rightarrow #mu#mu","f");
legend_d0_errLC->AddEntry(hWW_mass,"WW","f");
legend_d0_errLC->AddEntry(hWZ_mass,"WZ","f");
legend_d0_errLC->AddEntry(hZZT_mass,"ZZ","f");
legend_d0_errLC->AddEntry(hDat_mass,"Data","p");
legend_d0_errLC->SetFillColor(0);
hDat_d0_errLC->SetMaximum(2*hs_d0_errLC->GetMaximum());
hDat_d0_errLC->SetXTitle("|d_{0}/#sigma_{0}|");
hDat_d0_errLC->SetYTitle("Entries");
cs_d0_errLC->cd(1); hDat_d0_errLC->Draw("hist"); cs_d0_errLC->Update(); hs_d0_errLC->Draw("same hist");
//cs->cd(1); hs_d0_errLC->Draw(" hist"); cs->Update(); hDat_d0_errLC->Draw("hist same");
legend_d0_errLC->Draw();
gPad->Update();
gPad->SetLogy(1);
return cs;
}