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File indexing completed on 2021-02-14 14:21:06

0001  
0002 {               
0003    gSystem->Load("drawEfficiency_C");
0004     gSystem->Load("drawEfficiencies_C");
0005 
0006   TFile f("doubleTauL2_L25_Val_Z2Tau.root");
0007   
0008   TString ReleaseVersion("CMSSW173");
0009   TString Scale("LinearScale");
0010 
0011   TH1F* nMCetaTau=  (TH1F*)f.Get("DQMData/TausAtGenLevel_isolatedL25PixelTau/eta_Tau_GenLevel");
0012   TH1F* nMCptTau=   (TH1F*)f.Get("DQMData/TausAtGenLevel_isolatedL25PixelTau/pt_Tau_GenLevel");
0013 
0014   TH1F* nMCetaTauJet =    (TH1F*)f.Get("DQMData/TausAtGenLevel_isolatedL25PixelTau/nMC_Taus_vs_etaTauJet");
0015   TH1F* nMCptTauJet =     (TH1F*)f.Get("DQMData/TausAtGenLevel_isolatedL25PixelTau/nMC_Taus_vs_ptTauJet");
0016   TH1F* nMCenergyTauJet = (TH1F*)f.Get("DQMData/TausAtGenLevel_isolatedL25PixelTau/nMC_Taus_vs_energyTauJet");
0017 
0018   TH1F* nRecoJetetaTauJet =    (TH1F*)f.Get("DQMData/ReconstructedJet_isolatedL25PixelTau/n_RecoJet_vs_etaTauJet");
0019   TH1F* nRecoJetptTauJet =     (TH1F*)f.Get("DQMData/ReconstructedJet_isolatedL25PixelTau/n_RecoJet_vs_ptTauJet");
0020   TH1F* nRecoJetenergyTauJet = (TH1F*)f.Get("DQMData/ReconstructedJet_isolatedL25PixelTau/n_RecoJet_vs_energyTauJet");
0021   TH1F* nAssociatedTracks =    (TH1F*)f.Get("DQMData/ReconstructedJet_isolatedL25PixelTau/Number_Associated_Tracks");
0022   TH1F* nSelectedTracks =      (TH1F*)f.Get("DQMData/ReconstructedJet_isolatedL25PixelTau/Number_Selected_Tracks");
0023 
0024   TH1F* nRecoJetLTetaTauJet =    (TH1F*)f.Get("DQMData/ReconstructedJetWithLeadingTrack_isolatedL25PixelTau/n_RecoJet+LeadingTrack_vs_etaTauJet");
0025   TH1F* nRecoJetLTptTauJet =     (TH1F*)f.Get("DQMData/ReconstructedJetWithLeadingTrack_isolatedL25PixelTau/n_RecoJet+LeadingTrack_vs_ptTauJet");
0026   TH1F* nRecoJetLTenergyTauJet = (TH1F*)f.Get("DQMData/ReconstructedJetWithLeadingTrack_isolatedL25PixelTau/n_RecoJet+LeadingTrack_vs_energyTauJet");
0027 
0028   TH1F* nTaggedJetsetaTauJet =    (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/n_IsolatedTauTaggedJets_vs_etaTauJet");
0029   TH1F* nTaggedJetsptTauJet =     (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/n_IsolatedTauTaggedJets_vs_ptTauJet");
0030   TH1F* nTaggedJetsenergyTauJet = (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/n_IsolatedTauTaggedJets_vs_energyTauJet");
0031 
0032   TH1F* nEMTaggedJetsetaTauJet =    (TH1F*)f.Get("DQMData/TauEMTaggedJets_isolatedL25PixelTau/n_IsolatedTauTaggedJets_vs_etaTauJet");
0033   TH1F* nEMTaggedJetsetaTauJet =    (TH1F*)f.Get("DQMData/TauEMTaggedJets_ecalIsolation/n_EMIsolatedTauTaggedJets_vs_etaTauJet");
0034   TH1F* nEMTaggedJetsptTauJet =     (TH1F*)f.Get("DQMData/TauEMTaggedJets_ecalIsolation/n_EMIsolatedTauTaggedJets_vs_ptTauJet");
0035   TH1F* nEMTaggedJetsenergyTauJet = (TH1F*)f.Get("DQMData/TauEMTaggedJets_ecalIsolation/n_EMIsolatedTauTaggedJets_vs_energyTauJet");
0036 
0037 
0038   TH1F* LeadingTrackPt_TaggedTau =   (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/LeadingTrackPt_After_Isolation");
0039   TH1F* DeltaR_LTandJet_TaggedTau =  (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/DeltaR_LT_and_Jet_After_Isolation");
0040   TH1F* SignalTracks_TaggedTau =     (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/Signal_Tks_After_Isolation");
0041   TH1F* SelectedTracks_TaggedTau =   (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/Selected_Tks_After_Isolation");
0042   TH1F* AssociatedTracks_TaggedTau = (TH1F*)f.Get("DQMData/TauTaggedJets_isolatedL25PixelTau/Associated_Tks_After_Isolation");
0043 
0044   gStyle->SetOptStat("ie");
0045 
0046   cout << endl<< " entries "<< nMCetaTauJet->Integral()<<endl;
0047   
0048   c21 = new TCanvas("c21","", 10, 10, 500, 410);
0049   nMCetaTauJet->SetTitle("# MC Visible Taus (Visible Energy) "+ReleaseVersion);
0050   nMCetaTauJet->GetXaxis()->SetTitle("eta");
0051   nMCetaTauJet->DrawNormalized();
0052   c21->Print(TString("MCetaTauJets.gif"),"gif");
0053 
0054 
0055   c22 = new TCanvas("c22","", 10,10,500,410);
0056   nMCptTauJet->SetTitle("# MC Visible Taus (Visible Eneryg) "+ReleaseVersion);
0057   nMCptTauJet->GetXaxis()->SetTitle("Pt (GeV)");
0058   nMCptTauJet->DrawNormalized();
0059   c22->Print(TString("MCPtTauJets.gif"),"gif");     
0060   
0061   c23 = new TCanvas("c23","", 10,10,500,410);
0062   nMCenergyTauJet->SetTitle("# MC Visible Taus (Visible Energy) "+ReleaseVersion);
0063   nMCenergyTauJet->GetXaxis()->SetTitle("Energy (GeV)");
0064   nMCenergyTauJet->DrawNormalized();
0065   c23->Print(TString("MCEnergyTauJets.gif"),"gif");
0066   /*
0067   c24 = new TCanvas("c24","", 10,10,500,410);
0068   nMCetaTau->SetTitle("# MC Taus "+ReleaseVersion);
0069   nMCetaTau->GetXaxis()->SetTitle("#eta");
0070   nMCetaTau->DrawNormalized(); 
0071   c24->Print(TString("MCetaTau.gif"),"gif");
0072 
0073   c25 = new TCanvas("c25","", 10,10,500,410);
0074   nMCptTau->SetTitle("# MC Taus "+ReleaseVersion);
0075   nMCptTau->GetXaxis()->SetTitle("Pt (GeV)");
0076   nMCptTau->DrawNormalized();
0077   c25->Print(TString("MCPtTau.gif"),"gif");  
0078   */
0079   c26 = new TCanvas("c26","", 10,10,500,410);
0080   nAssociatedTracks->SetTitle("Associated Tracks Matched Reconstructed Jet "+ReleaseVersion);
0081   nAssociatedTracks->GetXaxis()->SetTitle("# Associated Tracks");
0082   nAssociatedTracks->Draw();
0083   c26->Print(TString("AssociatedTracks.gif"),"gif");     
0084   
0085   c27 = new TCanvas("c27","", 10,10,500,410);
0086   nSelectedTracks->SetTitle("Selected Tracks Matched Reconstructed Jet "+ ReleaseVersion);
0087   nSelectedTracks->GetXaxis()->SetTitle("# Selected Tracks");
0088   nSelectedTracks->Draw();
0089   c27->Print(TString("SelectedTracks.gif"),"gif");   
0090   
0091 
0092   //Tau Tagged Jets Characteristics
0093   
0094   c28 = new TCanvas("c28","", 110, 110, 600, 510);
0095   LeadingTrackPt_TaggedTau->SetTitle("Leading Track Pt Tagged Taus "+ ReleaseVersion);
0096   LeadingTrackPt_TaggedTau->GetXaxis()->SetTitle("Leading Track Pt (GeV)");
0097   LeadingTrackPt_TaggedTau->Draw();
0098   c28->Print(TString("LeadingTrackPt_TaggedTaus.gif"),"gif");
0099   
0100   c29 = new TCanvas("c29","", 110, 110, 600, 510);
0101   DeltaR_LTandJet_TaggedTau->SetTitle("#Delta R(LeadingTrack, JetMomentum) Tagged Taus"+ ReleaseVersion);
0102   DeltaR_LTandJet_TaggedTau->GetXaxis()->SetTitle("#Delta R(LeadingTrack, JetMomentum)");
0103   DeltaR_LTandJet_TaggedTau->Draw();
0104   c29->Print(TString("DeltaR_LT_Jet_TaggedTaus.gif"),"gif");
0105 
0106   c30 = new TCanvas("c30","",110,110,600,510);
0107   SignalTracks_TaggedTau->SetTitle("# Tracks inside Signal cone Tagged Taus > 1.0 GeV "+ReleaseVersion);
0108   SignalTracks_TaggedTau->GetXaxis()->SetTitle("# Signal Tracks");
0109   SignalTracks_TaggedTau->Draw();
0110   c30->Print(TString("SignalTracks_TaggedTaus.gif"),"gif");
0111 
0112   c31 = new TCanvas("c31","",110,110,600,510);
0113   SelectedTracks_TaggedTau->SetTitle("# Selected Tracks Tagged Taus "+ReleaseVersion);
0114   SelectedTracks_TaggedTau->GetXaxis()->SetTitle("# Selected Tracks");
0115   SelectedTracks_TaggedTau->Draw();
0116   c31->Print(TString("SelectedTracks_TaggedTaus.gif"),"gif");
0117 
0118   c32 = new TCanvas("c32","",110,110,600,510);
0119   AssociatedTracks_TaggedTau->SetTitle("# Associated Tracks Tagged Taus "+ReleaseVersion);
0120   AssociatedTracks_TaggedTau->GetXaxis()->SetTitle("# Associated Tracks");
0121   AssociatedTracks_TaggedTau->Draw();
0122   c32->Print(TString("AssociatedTracks_TaggedTaus.gif"),"gif");
0123 
0124   /*
0125   c2 = new TCanvas("c2","",15,15,505,1205);
0126   
0127   c2->Divide(1,3);
0128 
0129   c2_1->cd();
0130   nRecoJetetaTauJet->Draw();
0131   c2_2->cd();
0132   nRecoJetptTauJet->Draw();
0133   c2_3->cd();
0134   nRecoJetenergyTauJet->Draw();
0135 
0136   c3 = new TCanvas("c3","",20,20,510,1210);
0137 
0138   c3->Divide(1,3);
0139   
0140   c3_1->cd();
0141   nRecoJetLTetaTauJet->Draw();
0142   c3_2->cd();
0143   nRecoJetLTptTauJet->Draw();
0144   c3_3->cd();
0145   nRecoJetLTenergyTauJet->Draw();  
0146 
0147   c4 = new TCanvas("c4","",25,25,515,1215);
0148 
0149   c4->Divide(1,3);
0150   
0151   c4_1->cd();
0152   nTaggedJetsetaTauJet->Draw();
0153   c4_2->cd();
0154   nTaggedJetsptTauJet->Draw();
0155   c4_3->cd();
0156   nTaggedJetsenergyTauJet->Draw(); 
0157   */
0158   //*****************************************************************************************************
0159 
0160   TH1F* deltaRLeadingTrackJetP =        (TH1F *)f.Get("DQMData/LeadingTrackPtAndDeltaRStudies_isolatedL25PixelTau/DeltaR_LeadingTrack_in_RecoJet");
0161   TH1F* leadingTrackPtJet      =        (TH1F *)f.Get("DQMData/LeadingTrackPtAndDeltaRStudies_isolatedL25PixelTau/Leading_track_pt_in_RecoJet");
0162 
0163   c21 = new TCanvas("c21","",125,125,615,615);
0164   deltaRLeadingTrackJetP->Draw();
0165   c22 = new TCanvas("c22","",150,150,640,640);
0166   leadingTrackPtJet->Draw();
0167   
0168   //====================================================ETA================================================================= 
0169   TPaveText* text_ptCut = new TPaveText(0.66, 0.82, 0.92, 0.92, "brNDC");
0170   text_ptCut->SetBorderSize(0);
0171   text_ptCut->SetFillColor(0);
0172   text_ptCut->AddText(Form(" P_{T} > %.1f GeV", 5.0));
0173 
0174   TGraphAsymmErrors* gr0 =  new TGraphAsymmErrors(nTaggedJetsetaTauJet, nMCetaTauJet);
0175   c4 = new TCanvas("c4","IsolationTotalEfficiencyEta",30,30,520,520);
0176   drawEfficiency("Isolated/MC Visible Tau "+ReleaseVersion, gr0, "#eta (MC Vis. Tau)", (TH1F*) nMCetaTauJet->Clone(), c4, text_ptCut,Scale );
0177   
0178   TGraphAsymmErrors* gr2 =  new TGraphAsymmErrors(nRecoJetetaTauJet,  nMCetaTauJet);
0179   c6 = new TCanvas("c6","CaloJetTotalEfficiencyEta",35,35,525,525);
0180   drawEfficiency("Jets(Matched)/MC Visible Taus "+ReleaseVersion, gr2, "#eta (MC Vis. Tau)",(TH1F*)  nMCetaTauJet->Clone(), c6, text_ptCut, Scale);
0181   
0182   TGraphAsymmErrors* gr100 = new TGraphAsymmErrors(nRecoJetLTetaTauJet, nMCetaTauJet);
0183   c100 = new TCanvas("c100", "EfficienciesStepByStepEta", 230, 230, 720, 720);
0184   drawEfficiencies("Different Steps/MC Visible Taus "+ReleaseVersion, gr2, gr100, gr0,gr100,  "#eta (MC Vis. Tau)",(TH1F*)  nMCetaTauJet->Clone(), c100, text_ptCut,"Calo", Scale);
0185 
0186   TGraphAsymmErrors* gr3 =  new TGraphAsymmErrors(nRecoJetLTetaTauJet,  nRecoJetetaTauJet);
0187   c7 = new TCanvas("c7","FindingLeadTrackPartialEfficiencyEta",35,35,525,525);
0188   drawEfficiency("Jets+LeadTr/Jets(Matched) "+ReleaseVersion, gr3, "#eta (MC Vis. Tau)",(TH1F*)  nRecoJetetaTauJet->Clone(), c7, text_ptCut, Scale);  
0189          
0190   TGraphAsymmErrors* gr4 =  new TGraphAsymmErrors(nTaggedJetsetaTauJet,  nRecoJetLTetaTauJet);
0191   c8 = new TCanvas("c8","IsolationPartialEfficencyEta",35,35,525,525);
0192   drawEfficiency("Isolated/Jets+LeadTr "+ReleaseVersion, gr4, "#eta (MC Vis. Tau)",(TH1F*)  nRecoJetetaTauJet->Clone(), c8, text_ptCut, Scale); 
0193   
0194 
0195 
0196   //===========================================================Pt=============================================================
0197   TPaveText* text_etaCut = new TPaveText(0.66, 0.82, 0.92, 0.92, "brNDC");
0198   text_etaCut->SetBorderSize(0);
0199   text_etaCut->SetFillColor(0);
0200   text_etaCut->AddText(Form(" %.1f  < #eta < %.1f ", -2.5, 2.5));
0201 
0202   TGraphAsymmErrors* gr50 =  new TGraphAsymmErrors(nTaggedJetsptTauJet, nMCptTauJet);
0203   c40 = new TCanvas("c40","IsolationTotalEfficiencyPt",30,30,520,520);
0204     drawEfficiency("Isolated/MC Visible Tau "+ReleaseVersion, gr50, "P_{T} (GeV/c) (MC Vis. Tau)", (TH1F*) nMCptTauJet->Clone(), c40, text_etaCut, Scale);
0205   
0206 
0207   TGraphAsymmErrors* gr6 =  new TGraphAsymmErrors(nRecoJetptTauJet,  nMCptTauJet);
0208   c10 = new TCanvas("c10","CaloJetTotalEfficiencyPt",35,35,525,525);
0209     drawEfficiency("Jets(Matched)/MC Visible Taus "+ ReleaseVersion, gr6, "P_{T} (GeV/c) (MC Vis. Tau)",(TH1F*)  nMCptTauJet->Clone(), c10, text_etaCut, Scale);
0210   
0211   TGraphAsymmErrors* gr101 = new TGraphAsymmErrors(nRecoJetLTptTauJet, nMCptTauJet);
0212   c101 = new TCanvas("c101", "EfficienciesStepByStepPt", 230, 230, 720, 720);
0213   drawEfficiencies("Different Steps/MC Visible Taus "+ ReleaseVersion,  gr6, gr101, gr50,gr50,  "P_{T} (GeV/c) (MC Vis. Tau)",(TH1F*)  nMCptTauJet->Clone(), c101, text_etaCut, "Calo", Scale);  
0214   TGraphAsymmErrors* gr7 =  new TGraphAsymmErrors(nRecoJetLTptTauJet,  nRecoJetptTauJet);
0215   c11 = new TCanvas("c11","FindingLeadTrackPartialEfficiencyPt",35,35,525,525);
0216   drawEfficiency("Jets+LeadTr/Jets(Matched) "+ ReleaseVersion, gr7, "P_{T} (GeV/c) (MC Vis. Tau)",(TH1F*)  nRecoJetptTauJet->Clone(), c11, text_etaCut, Scale);  
0217          
0218   TGraphAsymmErrors* gr8 =  new TGraphAsymmErrors(nTaggedJetsptTauJet,  nRecoJetLTptTauJet);
0219   c12 = new TCanvas("c12","IsolationPartialEfficencyPt",35,35,525,525);
0220   drawEfficiency("Isolated/Jets+LeadTr "+ ReleaseVersion, gr8, "P_{T} (GeV/c) (MC Vis. Tau)",(TH1F*)  nRecoJetptTauJet->Clone(), c12, text_etaCut, Scale); 
0221 
0222 
0223   //===============================================================Energy========================================================
0224 
0225   TPaveText* text_bothCuts = new TPaveText(0.66, 0.82, 0.92, 0.92, "brNDC");
0226   text_bothCuts->SetBorderSize(0);
0227   text_bothCuts->SetFillColor(0);
0228   text_bothCuts->AddText(Form(" P_{T} > %.1f GeV", 5.0));
0229   text_bothCuts->AddText(Form(" %.1f  < #eta < %.1f ", -2.5, 2.5));
0230 
0231   TGraphAsymmErrors* gr90 =  new TGraphAsymmErrors(nTaggedJetsenergyTauJet, nMCenergyTauJet);
0232   c90 = new TCanvas("c90","IsolationTotalEfficiencyEnergy",30,30,520,520);
0233   drawEfficiency("Isolated/MC Visible Tau "+ReleaseVersion, gr90, "Energy (GeV) (MC Vis. Tau)", (TH1F*) nMCenergyTauJet->Clone(), c90, text_bothCuts, Scale);
0234 
0235   
0236   TGraphAsymmErrors* gr10 =  new TGraphAsymmErrors(nRecoJetenergyTauJet,  nMCenergyTauJet);
0237   c14 = new TCanvas("c14","CaloJetTotalEfficiencyEnergy",35,35,525,525);
0238   drawEfficiency("Jets(Matched)/MC Visible Taus "+ ReleaseVersion, gr10, "Energy (GeV) (MC Vis. Tau)",(TH1F*)  nMCenergyTauJet->Clone(), c14, text_bothCuts, Scale);
0239 
0240   TGraphAsymmErrors* gr102 = new TGraphAsymmErrors(nRecoJetLTenergyTauJet, nMCenergyTauJet);
0241   c102 = new TCanvas("c102", "EfficienciesStepByStepEnergy", 230, 230, 720, 720);
0242   drawEfficiencies("Different Steps/MC Visible Taus "+ ReleaseVersion, gr10, gr102, gr90, gr90,  "Energy (GeV) (MC Vis. Tau)",(TH1F*)  nMCenergyTauJet->Clone(), c102, text_bothCuts, "Calo", Scale);
0243 
0244   TGraphAsymmErrors* gr11 =  new TGraphAsymmErrors(nRecoJetLTenergyTauJet,  nRecoJetenergyTauJet);
0245   c15 = new TCanvas("c15","FindingLeadTrackPartialEfficiencyEnergy",35,35,525,525);
0246   drawEfficiency("Jets+LeadTr/Jets(Matched) "+ReleaseVersion, gr11, "Energy (GeV) (MC Vis. Tau)",(TH1F*)  nRecoJetenergyTauJet->Clone(), c15, text_bothCuts, Scale);  
0247          
0248   TGraphAsymmErrors* gr12 =  new TGraphAsymmErrors(nTaggedJetsenergyTauJet,  nRecoJetLTenergyTauJet);
0249   c16 = new TCanvas("c16","IsolationPartialEfficencyEnergy",35,35,525,525);
0250   drawEfficiency("Isolated/Jets+LeadTr " +ReleaseVersion, gr12, "Energy (GeV) (MC Vis. Tau)",(TH1F*)  nRecoJetenergyTauJet->Clone(), c16, text_bothCuts, Scale); 
0251 
0252   /*
0253   TH1F* nTausTaggedvsMatchingConeSize = (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tagged_vs_MatchingConeSize");
0254   TH1F* nTausTotvsMatchingConeSize =    (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tot_vs_MatchingConeSize");
0255   TH1F* nTausTaggedvsPtLeadingTrack =   (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tagged_vs_PtLeadingTrack");
0256   TH1F* nTausTotvsPtLeadingTrack=       (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tot_vs_PtLeadingTrack");
0257   TH1F* nTausTaggedvsConeIsolation=     (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tagged_vs_coneIsolation");
0258   TH1F* nTausTotvsConeIsolation=        (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tot_vs_coneIsolation");
0259   TH1F* nTausTaggedvsConeSignal=        (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tagged_vs_coneSignal");
0260   TH1F* nTausTotvsConeSignal=           (TH1F *)f.Get("DQMData/TaggingStudies_isolatedL25PixelTau/nTaus_Tot_vs_coneSignal");
0261 
0262 
0263   TGraphAsymmErrors* gr13 =  new TGraphAsymmErrors(nTausTaggedvsMatchingConeSize,nTausTotvsMatchingConeSize );
0264   c17 = new TCanvas("c17","EfficiencyChangingMatchingCone",35,35,525,525);
0265   drawEfficiency("Isolated/MC Visible Taus " +ReleaseVersion, gr13, "Matching Cone Size (#Delta R)",(TH1F*)  nTausTotvsMatchingConeSize->Clone(), c17, text_bothCuts, Scale); 
0266 
0267   TGraphAsymmErrors* gr14 =  new TGraphAsymmErrors(nTausTaggedvsPtLeadingTrack, nTausTotvsPtLeadingTrack);
0268   c18 = new TCanvas("c18","EfficiencyChangingPtLeadTr",35,35,525,525);
0269   drawEfficiency("Isolated/MC Visible Taus " +ReleaseVersion, gr14, "Pt Leading Track",(TH1F*)  nTausTotvsPtLeadingTrack->Clone(), c18, text_bothCuts, Scale); 
0270 
0271   TGraphAsymmErrors* gr15 =  new TGraphAsymmErrors(nTausTaggedvsConeIsolation,nTausTotvsConeIsolation );
0272   c19 = new TCanvas("c19","EfficiencyChangingIsolationCone",35,35,525,525);
0273   drawEfficiency("Isolated/MC Visible Taus " +ReleaseVersion, gr15, "Isolation Cone Size (#Delta R)",(TH1F*)  nTausTotvsConeIsolation->Clone(), c19, text_bothCuts, Scale);
0274 
0275   TGraphAsymmErrors* gr16 =  new TGraphAsymmErrors(nTausTaggedvsConeSignal, nTausTotvsConeSignal );
0276   c20 = new TCanvas("c20","EfficiencyChangingSignalCone",35,35,525,525);
0277   drawEfficiency("Isolated/MC Visible Taus " +ReleaseVersion, gr16, "Signal Cone Size (#Delta R)",(TH1F*) nTausTotvsConeSignal->Clone(), c20, text_bothCuts, Scale);
0278   */
0279 }
0280 
0281