void DiLepton::allPlots(AllSamples samples){
// Variable::Variable(TString name_temp, TString xTitle_temp, double minX_temp, double maxX_temp, int rebinFact_temp)
Variable pt_lead("LeadLepton_Pt", "lead #mu p_{T}", 0, 300, 5);
setSelectionAndChannel("TTbarDiLeptonAnalysis", "MuMu");
savePlot(samples, pt_lead);
setChannel("EE");
savePlot(samples, pt_lead);
setChannel("EMu");
savePlot(samples, pt_lead);
setSelectionAndChannel("TTbarPhotonAnalysis", "MuMu");
savePlot(samples, pt_lead);
setChannel("EE");
savePlot(samples, pt_lead);
setChannel("EMu");
savePlot(samples, pt_lead);
}
void Photons::allPlots(AllSamples samples){
Variable photon_pt("Photon_ET", "Photon E_{T} [GeV]", 0, 150, 2);
Variable photon_eta("Photon_Eta", "Photon #eta", -3., 3., 10);
Variable photon_abseta("Photon_AbsEta", "Photon |#eta|", 0., 3., 10);
Variable photon_sigmaietaieta_barrel("Photon_sigma_ietaieta_barrel", "#sigmai#etai#eta(barrel)", 0., 0.1, 10);
Variable photon_sigmaietaieta_endcap("Photon_sigma_ietaieta_endcap", "#sigmai#etai#eta(endcap)", 0., 0.1, 12);
Variable photon_rhocorrchargediso_barrel("Photon_RhoCorrectedPFChargedHadronIso_barrel", "RhoCorrPFChargedHadronIso(barrel)", 0., 10., 2);
Variable photon_rhocorrchargediso_endcap("Photon_RhoCorrectedPFChargedHadronIso_endcap", "RhoCorrPFChargedHadronIso(endcap)", 0., 10., 2);
Variable photon_chargediso_barrel("Photon_PFChargedHadronIso_barrel", "PFChargedHadronIso(barrel)", 0., 10., 2);
Variable photon_chargediso_endcap("Photon_PFChargedHadronIso_endcap", "PFChargedHadronIso(endcap)", 0., 10., 2);
Variable photon_rhocorrneutraliso_barrel("Photon_RhoCorrectedPFNeutralHadronIso_barrel", "RhoCorrPFNeutralHadronIso(barrel)", 0., 10., 2);
Variable photon_rhocorrneutraliso_endcap("Photon_RhoCorrectedPFNeutralHadronIso_endcap", "RhoCorrPFNeutralHadronIso(endcap)", 0., 10., 2);
Variable photon_neutraliso_barrel("Photon_PFNeutralHadronIso_barrel", "PFNeutralHadronIso(barrel)", 0., 10., 2);
Variable photon_neutraliso_endcap("Photon_PFNeutralHadronIso_endcap", "PFNeutralHadronIso(endcap)", 0., 10., 2);
Variable photon_rhocorrphotoniso_barrel("Photon_RhoCorrectedPFPhotonIso_barrel", "RhoCorrPFPhotonIso(barrel)", 0., 10., 2);
Variable photon_rhocorrphotoniso_endcap("Photon_RhoCorrectedPFPhotonIso_endcap", "RhoCorrPFPhotonIso(endcap)", 0., 10., 2);
Variable photon_photoniso_barrel("Photon_PFPhotonIso_barrel", "PFPhotonIso(barrel)", 0., 10., 2);
Variable photon_photoniso_endcap("Photon_PFPhotonIso_endcap", "PFPhotonIso(endcap)", 0., 10., 2);
Variable photon_htowoe("Photon_HtowoE", "H/E", 0., 5., 2);
Variable photon_numberofphotons("Number_Of_Photons", "N(#gamma)", -0.5, 6.5, 1);
setSelectionAndChannel("TTbarDiLeptonAnalysis", "MuMu");
setPhotonSel("AllPhotons");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
photon_sigmaietaieta_endcap.rebinFact *= 2;
setChannel("EE");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
setChannel("EMu");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
photon_pt.rebinFact *= 2;
photon_eta.rebinFact *= 2;
setSelectionAndChannel("TTbarPhotonAnalysis", "MuMu");
setPhotonSel("SignalPhotons");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
photon_abseta.rebinFact *= 2;
photon_sigmaietaieta_barrel.rebinFact *= 2;
// photon_sigmaietaieta_endcap.rebinFact *= 2;
setChannel("EE");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
setChannel("EMu");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
savePlot(samples, photon_numberofphotons);
setPhotonSel("NminusOnePhotons");
setChannel("MuMu");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
// savePlot(samples, photon_numberofphotons);
setChannel("EE");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
// savePlot(samples, photon_numberofphotons);
setChannel("EMu");
savePlot(samples, photon_pt);
savePlot(samples, photon_eta);
savePlot(samples, photon_abseta);
savePlot(samples, photon_sigmaietaieta_barrel);
savePlot(samples, photon_sigmaietaieta_endcap);
savePlot(samples, photon_rhocorrchargediso_barrel);
savePlot(samples, photon_rhocorrchargediso_endcap);
savePlot(samples, photon_chargediso_barrel);
savePlot(samples, photon_chargediso_endcap);
savePlot(samples, photon_rhocorrneutraliso_barrel);
savePlot(samples, photon_rhocorrneutraliso_endcap);
savePlot(samples, photon_neutraliso_barrel);
savePlot(samples, photon_neutraliso_endcap);
savePlot(samples, photon_rhocorrphotoniso_barrel);
savePlot(samples, photon_rhocorrphotoniso_endcap);
savePlot(samples, photon_photoniso_barrel);
savePlot(samples, photon_photoniso_endcap);
savePlot(samples, photon_htowoe);
// savePlot(samples, photon_numberofphotons);
}
