const bool test::NoteTest::create () const
{
lk::Note myC0(0);
bool success = myC0.name == "C0";
assert(success);
success &= myC0.frequency == static_cast<float>(myC0.C0);
assert(success);
lk::Note myC1(12);
success &= myC1.name == "C1";
assert(success);
success &= myC1.frequency == myC0.frequency * 2;
assert(success);
lk::Note myA4(57);
success &= myA4.name == "A4";
assert(success);
success &= myA4.frequency == 440.0;
assert(success);
return success;
}
void plotsEff() {
/*
// hardcoded: efficiency on data, mva 005 - no R9 weights
Float_t dataEffPtEB[4];
dataEffPtEB[0] = 0.787321;
dataEffPtEB[1] = 0.865828;
dataEffPtEB[2] = 0.907563;
dataEffPtEB[3] = 0.934763;
Float_t dataErrPtEB[4];
dataErrPtEB[0] = 0.00147372;
dataErrPtEB[1] = 0.000507673;
dataErrPtEB[2] = 0.000371044;
dataErrPtEB[3] = 0.00104934;
Float_t dataEffPtEE[4];
dataEffPtEE[0] = 0.717205;
dataEffPtEE[1] = 0.833808;
dataEffPtEE[2] = 0.902595;
dataEffPtEE[3] = 0.947531;
Float_t dataErrPtEE[4];
dataErrPtEE[0] = 0.00215698;
dataErrPtEE[1] = 0.000966102;
dataErrPtEE[2] = 0.00031378;
dataErrPtEE[3] = 0.000974099;
*/
// hardcoded: efficiency on data, mva 005 - with R9 weights
Float_t dataEffPtEB[4];
dataEffPtEB[0] = 0.851094;
dataEffPtEB[1] = 0.911409;
dataEffPtEB[2] = 0.942177;
dataEffPtEB[3] = 0.960729;
Float_t dataErrPtEB[4];
dataErrPtEB[0] = 0.000877588;
dataErrPtEB[1] = 0.000284711;
dataErrPtEB[2] = 0.000193678;
dataErrPtEB[3] = 0.000351052;
Float_t dataEffPtEE[4];
dataEffPtEE[0] = 0.823633;
dataEffPtEE[1] = 0.904294;
dataEffPtEE[2] = 0.945122;
dataEffPtEE[3] = 0.972123;
Float_t dataErrPtEE[4];
dataErrPtEE[0] = 0.00137336;
dataErrPtEE[1] = 0.000541285;
dataErrPtEE[2] = 0.000332841;
dataErrPtEE[3] = 0.000471213;
/*
// hardcoded: efficiency on mc, mva 005 - no R9weights
Float_t mcEffPtEB[4];
mcEffPtEB[0] = 0.809073;
mcEffPtEB[1] = 0.884915;
mcEffPtEB[2] = 0.921544;
mcEffPtEB[3] = 0.944102;
Float_t mcErrPtEB[4];
mcErrPtEB[0] = 0.00107234;
mcErrPtEB[1] = 0.000362482;
mcErrPtEB[2] = 0.000269083;
mcErrPtEB[3] = 0.000583753;
Float_t mcEffPtEE[4];
mcEffPtEE[0] = 0.745734;
mcEffPtEE[1] = 0.869638;
mcEffPtEE[2] = 0.92426;
mcEffPtEE[3] = 0.957486;
Float_t mcErrPtEE[4];
mcErrPtEE[0] = 0.00181754;
mcErrPtEE[1] = 0.000661643;
mcErrPtEE[2] = 0.0000115311;
mcErrPtEE[3] = 0.000633697;
*/
// hardcoded: efficiency on mc, mva 005 - with R9weights
Float_t mcEffPtEB[4];
mcEffPtEB[0] = 0.869367;
mcEffPtEB[1] = 0.925948;
mcEffPtEB[2] = 0.951753;
mcEffPtEB[3] = 0.967678;
Float_t mcErrPtEB[4];
mcErrPtEB[0] = 0.000681269;
mcErrPtEB[1] = 0.000197075;
mcErrPtEB[2] = 0.000132988;
mcErrPtEB[3] = 0.000269974;
Float_t mcEffPtEE[4];
mcEffPtEE[0] = 0.843007;
mcEffPtEE[1] = 0.926918;
mcEffPtEE[2] = 0.958852;
mcEffPtEE[3] = 0.977944;
Float_t mcErrPtEE[4];
mcErrPtEE[0] = 0.00111903;
mcErrPtEE[1] = 0.00017719;
mcErrPtEE[2] = 0.000208054;
mcErrPtEE[3] = 0.0111678;
// -------------------------------------
// histograms: 2D plots
Float_t LowerEta[3];
LowerEta[0]=0.0;
LowerEta[1]=1.5;
LowerEta[2]=2.5;
Float_t LowerPt[5];
LowerPt[0]=20.0;
LowerPt[1]=30.0;
LowerPt[2]=40.0;
LowerPt[3]=50.0;
LowerPt[4]=200.0;
TH2F *DataEffMap = new TH2F( "DataEffMap", "data efficiency map", 2, LowerEta, 4, LowerPt);
TH2F *MCEffMap = new TH2F( "MCEffMap", "MC efficiency map", 2, LowerEta, 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
DataEffMap->SetBinContent(1,jj,dataEffPtEB[theindex]);
DataEffMap->SetBinContent(2,jj,dataEffPtEE[theindex]);
DataEffMap->SetBinError(1,jj,dataErrPtEB[theindex]);
DataEffMap->SetBinError(2,jj,dataErrPtEE[theindex]);
MCEffMap->SetBinContent(1,jj,mcEffPtEB[theindex]);
MCEffMap->SetBinContent(2,jj,mcEffPtEE[theindex]);
MCEffMap->SetBinError(1,jj,mcErrPtEB[theindex]);
MCEffMap->SetBinError(2,jj,mcErrPtEE[theindex]);
}
DataEffMap->SetTitle("data");
DataEffMap->GetXaxis()->SetTitle("probe #eta");
DataEffMap->GetYaxis()->SetTitle("probe pT [GeV]");
MCEffMap->SetTitle("MC");
MCEffMap->GetXaxis()->SetTitle("probe #eta");
MCEffMap->GetYaxis()->SetTitle("probe pT [GeV]");
// -------------------------------------
// data: eff vs pT
TH1F *DataEffVsPt_barrel = new TH1F( "DataEffVsPt_barrel" , "DataEffVsPt_barrel", 4, LowerPt);
TH1F *DataEffVsPt_endcap = new TH1F( "DataEffVsPt_endcap" , "DataEffVsPt_endcap", 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
DataEffVsPt_barrel->SetBinContent(jj,dataEffPtEB[theindex]);
DataEffVsPt_barrel->SetBinError(jj,dataErrPtEB[theindex]);
DataEffVsPt_endcap->SetBinContent(jj,dataEffPtEE[theindex]);
DataEffVsPt_endcap->SetBinError(jj,dataErrPtEE[theindex]);
}
DataEffVsPt_barrel->SetMarkerColor(4);
DataEffVsPt_barrel->SetLineColor(4);
DataEffVsPt_barrel->SetMarkerStyle(20);
DataEffVsPt_barrel->SetMarkerSize(0.9);
DataEffVsPt_barrel->GetXaxis()->SetTitle("probe pT [GeV]");
DataEffVsPt_barrel->SetTitle("photonID efficiency");
DataEffVsPt_endcap->SetLineColor(4);
DataEffVsPt_endcap->SetMarkerColor(4);
DataEffVsPt_endcap->SetMarkerStyle(20);
DataEffVsPt_endcap->SetMarkerSize(0.9);
DataEffVsPt_endcap->GetXaxis()->SetTitle("probe pT [GeV]");
DataEffVsPt_endcap->SetTitle("photonID efficiency");
// ---------------------------------------
// mc: eff vs pT
TH1F *McEffVsPt_barrel = new TH1F( "McEffVsPt_barrel" , "McEffVsPt_barrel", 4, LowerPt);
TH1F *McEffVsPt_endcap = new TH1F( "McEffVsPt_endcap" , "McEffVsPt_endcap", 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
McEffVsPt_barrel->SetBinContent(jj,mcEffPtEB[theindex]);
McEffVsPt_barrel->SetBinError(jj,mcErrPtEB[theindex]);
McEffVsPt_endcap->SetBinContent(jj,mcEffPtEE[theindex]);
McEffVsPt_endcap->SetBinError(jj,mcErrPtEE[theindex]);
}
McEffVsPt_barrel->SetMarkerColor(2);
McEffVsPt_barrel->SetLineColor(2);
McEffVsPt_barrel->SetMarkerStyle(21);
McEffVsPt_barrel->SetMarkerSize(0.9);
McEffVsPt_barrel->SetTitle("photonID efficiency");
McEffVsPt_barrel->GetXaxis()->SetTitle("probe pT [GeV]");
McEffVsPt_endcap->SetMarkerColor(2);
McEffVsPt_endcap->SetLineColor(2);
McEffVsPt_endcap->SetMarkerStyle(21);
McEffVsPt_endcap->SetMarkerSize(0.9);
McEffVsPt_endcap->SetTitle("photonID efficiency");
McEffVsPt_endcap->GetXaxis()->SetTitle("probe pT [GeV]");
// plots
gStyle->SetOptStat(0);
TLegend *leg;
leg = new TLegend(0.4,0.4,0.65,0.65);
leg->SetFillStyle(0);
leg->SetBorderSize(0);
leg->SetTextSize(0.05);
leg->SetFillColor(0);
// leg->AddEntry(DataEffVsPt_endcap, "MC, highR9", "lp");
// leg->AddEntry(McEffVsPt_endcap, "MC, low R9", "lp");
leg->AddEntry(DataEffVsPt_endcap, "data", "lp");
leg->AddEntry(McEffVsPt_endcap, "MC", "lp");
TCanvas myC1("c1", "c1", 1);
DataEffMap->Draw("colz");
DataEffMap->Draw("textsame");
myC1.SaveAs("dataMap.png");
TCanvas myC1b("c1b", "c1b", 1);
MCEffMap->Draw("colz");
MCEffMap->Draw("textsame");
myC1b.SaveAs("mcMap.png");
TCanvas myC2("c2", "c2", 1);
DataEffVsPt_barrel->SetMinimum(0.5);
DataEffVsPt_barrel->SetMaximum(1.);
DataEffVsPt_barrel->Draw();
myC2.SaveAs("dataEffVsPt_barrel.png");
TCanvas myC3("c3", "c3", 1);
DataEffVsPt_endcap->SetMinimum(0.5);
DataEffVsPt_endcap->SetMaximum(1.);
DataEffVsPt_endcap->Draw();
myC3.SaveAs("dataEffVsPt_endcap.png");
TCanvas myC4("c4", "c4", 1);
McEffVsPt_barrel->SetMinimum(0.5);
McEffVsPt_barrel->SetMaximum(1.);
McEffVsPt_barrel->Draw();
myC4.SaveAs("mcEffVsPt_barrel.png");
TCanvas myC5("c5", "c5", 1);
McEffVsPt_endcap->SetMinimum(0.5);
McEffVsPt_endcap->SetMaximum(1.);
McEffVsPt_endcap->Draw();
myC5.SaveAs("mcEffVsPt_endcap.png");
TCanvas myC6("c6", "c6", 1);
DataEffVsPt_barrel->Draw();
McEffVsPt_barrel->Draw("same");
leg->Draw();
myC6.SaveAs("compEffVsPt_barrel.png");
TCanvas myC7("c7", "c7", 1);
DataEffVsPt_endcap->Draw();
McEffVsPt_endcap->Draw("same");
leg->Draw();
myC7.SaveAs("compEffVsPt_endcap.png");
}
void plotsEff() {
// -------------------------------------
// hardcoded: efficiency on data (95%)
/*
Float_t dataEffPtEB[4];
dataEffPtEB[0] = 0.788216;
dataEffPtEB[1] = 0.868873;
dataEffPtEB[2] = 0.909119;
dataEffPtEB[3] = 0.937142;
Float_t dataErrPtEB[4];
dataErrPtEB[0] = 0.0022248;
dataErrPtEB[1] = 0.00557281;
dataErrPtEB[2] = 0.000410552;
dataErrPtEB[3] = 0.0317504;
Float_t dataEffPtEE[4];
dataEffPtEE[0] = 0.667278;
dataEffPtEE[1] = 0.789731;
dataEffPtEE[2] = 0.861867;
dataEffPtEE[3] = 0.91869;
Float_t dataErrPtEE[4];
dataErrPtEE[0] = 0.00288854;
dataErrPtEE[1] = 0.00113707;
dataErrPtEE[2] = 0.0008856;
dataErrPtEE[3] = 0.00125012;
*/
// hardcoded: efficiency on data (90%)
Float_t dataEffPtEB[4];
dataEffPtEB[0] = 0.6809;
dataEffPtEB[1] = 0.774901;
dataEffPtEB[2] = 0.826641;
dataEffPtEB[3] = 0.87309;
Float_t dataErrPtEB[4];
dataErrPtEB[0] = 0.002289;
dataErrPtEB[1] = 0.0006833;
dataErrPtEB[2] = 0.085946;
dataErrPtEB[3] = 0.0004758;
Float_t dataEffPtEE[4];
dataEffPtEE[0] = 0.547962;
dataEffPtEE[1] = 0.670435;
dataEffPtEE[2] = 0.753952;
dataEffPtEE[3] = 0.83594;
Float_t dataErrPtEE[4];
dataErrPtEE[0] = 0.003029;
dataErrPtEE[1] = 0.0012858;
dataErrPtEE[2] = 0.001035;
dataErrPtEE[3] = 0.001670;
// -------------------------------------
// hardcoded: efficiency on mc (95%)
/*
Float_t mcEffPtEB[4];
mcEffPtEB[0] = 0.806962;
mcEffPtEB[1] = 0.884942;
mcEffPtEB[2] = 0.921844;
mcEffPtEB[3] = 0.946614;
Float_t mcErrPtEB[4];
mcErrPtEB[0] = 0.00183663;
mcErrPtEB[1] = 0.000726529;
mcErrPtEB[2] = 0.0005429;
mcErrPtEB[3] = 0.0008690;
Float_t mcEffPtEE[4];
mcEffPtEE[0] = 0.740969;
mcEffPtEE[1] = 0.86685;
mcEffPtEE[2] = 0.924042;
mcEffPtEE[3] = 0.961009;
Float_t mcErrPtEE[4];
mcErrPtEE[0] = 0.00258916;
mcErrPtEE[1] = 0.00123024;
mcErrPtEE[2] = 0.000874;
mcErrPtEE[3] = 0.00113995;
*/
// hardcoded: efficiency on mc (90%)
Float_t mcEffPtEB[4];
mcEffPtEB[0] = 0.70395;
mcEffPtEB[1] = 0.796202;
mcEffPtEB[2] = 0.845931;
mcEffPtEB[3] = 0.886863;
Float_t mcErrPtEB[4];
mcErrPtEB[0] = 0.00204;
mcErrPtEB[1] = 0.000917;
mcErrPtEB[2] = 0.000730;
mcErrPtEB[3] = 0.00119625;
Float_t mcEffPtEE[4];
mcEffPtEE[0] = 0.626057;
mcEffPtEE[1] = 0.770266;
mcEffPtEE[2] = 0.846824;
mcEffPtEE[3] = 0.909447;
Float_t mcErrPtEE[4];
mcErrPtEE[0] = 0.002778;
mcErrPtEE[1] = 0.001529;
mcErrPtEE[2] = 0.07719;
mcErrPtEE[3] = 0.001755;
// -------------------------------------
// hardcoded: efficiency on MC (90%), high R9 (nome misleading...)
/*
Float_t dataEffPtEB[4];
dataEffPtEB[0] = 0.933638;
dataEffPtEB[1] = 0.954063;
dataEffPtEB[2] = 0.964888;
dataEffPtEB[3] = 0.97694;
Float_t dataErrPtEB[4];
dataErrPtEB[0] = 0.002329;
dataErrPtEB[1] = 0.0009391;
dataErrPtEB[2] = 0.0006698;
dataErrPtEB[3] = 0.0120207;
Float_t dataEffPtEE[4];
dataEffPtEE[0] = 0.930876;
dataEffPtEE[1] = 0.96969;
dataEffPtEE[2] = 0.980841;
dataEffPtEE[3] = 0.987945;
Float_t dataErrPtEE[4];
dataErrPtEE[0] = 0.002852;
dataErrPtEE[1] = 0.001196;
dataErrPtEE[2] = 0.0007996;
dataErrPtEE[3] = 0.00111779;
*/
// hardcoded: efficiency on MC (90%), low R9 (nome misleading...)
/*
Float_t mcEffPtEB[4];
mcEffPtEB[0] = 0.64763;
mcEffPtEB[1] = 0.741015;
mcEffPtEB[2] = 0.792764;
mcEffPtEB[3] = 0.835521;
Float_t mcErrPtEB[4];
mcErrPtEB[0] = 0.002352;
mcErrPtEB[1] = 0.001158;
mcErrPtEB[2] = 0.000986;
mcErrPtEB[3] = 0.001738;
Float_t mcEffPtEE[4];
mcEffPtEE[0] = 0.540286;
mcEffPtEE[1] = 0.694782;
mcEffPtEE[2] = 0.783672;
mcEffPtEE[3] = 0.861586;
Float_t mcErrPtEE[4];
mcErrPtEE[0] = 0.23148;
mcErrPtEE[1] = 0.001958;
mcErrPtEE[2] = 0.001649;
mcErrPtEE[3] = 0.002647;
*/
// -------------------------------------
// histograms: 2D plots
Float_t LowerEta[3];
LowerEta[0]=0.0;
LowerEta[1]=1.5;
LowerEta[2]=2.5;
Float_t LowerPt[5];
LowerPt[0]=20.0;
LowerPt[1]=30.0;
LowerPt[2]=40.0;
LowerPt[3]=50.0;
LowerPt[4]=200.0;
TH2F *DataEffMap = new TH2F( "DataEffMap", "data efficiency map", 2, LowerEta, 4, LowerPt);
TH2F *MCEffMap = new TH2F( "MCEffMap", "MC efficiency map", 2, LowerEta, 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
DataEffMap->SetBinContent(1,jj,dataEffPtEB[theindex]);
DataEffMap->SetBinContent(2,jj,dataEffPtEE[theindex]);
DataEffMap->SetBinError(1,jj,dataErrPtEB[theindex]);
DataEffMap->SetBinError(2,jj,dataErrPtEE[theindex]);
MCEffMap->SetBinContent(1,jj,mcEffPtEB[theindex]);
MCEffMap->SetBinContent(2,jj,mcEffPtEE[theindex]);
MCEffMap->SetBinError(1,jj,mcErrPtEB[theindex]);
MCEffMap->SetBinError(2,jj,mcErrPtEE[theindex]);
}
DataEffMap->SetTitle("data");
DataEffMap->GetXaxis()->SetTitle("probe #eta");
DataEffMap->GetYaxis()->SetTitle("probe pT [GeV]");
MCEffMap->SetTitle("MC");
MCEffMap->GetXaxis()->SetTitle("probe #eta");
MCEffMap->GetYaxis()->SetTitle("probe pT [GeV]");
// -------------------------------------
// data: eff vs pT
TH1F *DataEffVsPt_barrel = new TH1F( "DataEffVsPt_barrel" , "DataEffVsPt_barrel", 4, LowerPt);
TH1F *DataEffVsPt_endcap = new TH1F( "DataEffVsPt_endcap" , "DataEffVsPt_endcap", 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
DataEffVsPt_barrel->SetBinContent(jj,dataEffPtEB[theindex]);
DataEffVsPt_barrel->SetBinError(jj,dataErrPtEB[theindex]);
DataEffVsPt_endcap->SetBinContent(jj,dataEffPtEE[theindex]);
DataEffVsPt_endcap->SetBinError(jj,dataErrPtEE[theindex]);
}
DataEffVsPt_barrel->SetMarkerColor(4);
DataEffVsPt_barrel->SetLineColor(4);
DataEffVsPt_barrel->SetMarkerStyle(20);
DataEffVsPt_barrel->SetMarkerSize(0.9);
DataEffVsPt_barrel->GetXaxis()->SetTitle("probe pT [GeV]");
DataEffVsPt_barrel->SetTitle("photonID efficiency");
DataEffVsPt_endcap->SetLineColor(4);
DataEffVsPt_endcap->SetMarkerColor(4);
DataEffVsPt_endcap->SetMarkerStyle(20);
DataEffVsPt_endcap->SetMarkerSize(0.9);
DataEffVsPt_endcap->GetXaxis()->SetTitle("probe pT [GeV]");
DataEffVsPt_endcap->SetTitle("photonID efficiency");
// ---------------------------------------
// mc: eff vs pT
TH1F *McEffVsPt_barrel = new TH1F( "McEffVsPt_barrel" , "McEffVsPt_barrel", 4, LowerPt);
TH1F *McEffVsPt_endcap = new TH1F( "McEffVsPt_endcap" , "McEffVsPt_endcap", 4, LowerPt);
for (int jj=1; jj<5; jj++) {
int theindex = jj-1;
McEffVsPt_barrel->SetBinContent(jj,mcEffPtEB[theindex]);
McEffVsPt_barrel->SetBinError(jj,mcErrPtEB[theindex]);
McEffVsPt_endcap->SetBinContent(jj,mcEffPtEE[theindex]);
McEffVsPt_endcap->SetBinError(jj,mcErrPtEE[theindex]);
}
McEffVsPt_barrel->SetMarkerColor(2);
McEffVsPt_barrel->SetLineColor(2);
McEffVsPt_barrel->SetMarkerStyle(21);
McEffVsPt_barrel->SetMarkerSize(0.9);
McEffVsPt_barrel->SetTitle("photonID efficiency");
McEffVsPt_barrel->GetXaxis()->SetTitle("probe pT [GeV]");
McEffVsPt_endcap->SetMarkerColor(2);
McEffVsPt_endcap->SetLineColor(2);
McEffVsPt_endcap->SetMarkerStyle(21);
McEffVsPt_endcap->SetMarkerSize(0.9);
McEffVsPt_endcap->SetTitle("photonID efficiency");
McEffVsPt_endcap->GetXaxis()->SetTitle("probe pT [GeV]");
// plots
gStyle->SetOptStat(0);
TLegend *leg;
leg = new TLegend(0.4,0.4,0.65,0.65);
leg->SetFillStyle(0);
leg->SetBorderSize(0);
leg->SetTextSize(0.05);
leg->SetFillColor(0);
// leg->AddEntry(DataEffVsPt_endcap, "MC, highR9", "lp");
// leg->AddEntry(McEffVsPt_endcap, "MC, low R9", "lp");
leg->AddEntry(DataEffVsPt_endcap, "data", "lp");
leg->AddEntry(McEffVsPt_endcap, "MC", "lp");
TCanvas myC1("c1", "c1", 1);
DataEffMap->Draw("colz");
DataEffMap->Draw("textsame");
myC1.SaveAs("dataMap.png");
TCanvas myC1b("c1b", "c1b", 1);
MCEffMap->Draw("colz");
MCEffMap->Draw("textsame");
myC1b.SaveAs("mcMap.png");
TCanvas myC2("c2", "c2", 1);
DataEffVsPt_barrel->SetMinimum(0.5);
DataEffVsPt_barrel->SetMaximum(1.);
DataEffVsPt_barrel->Draw();
myC2.SaveAs("dataEffVsPt_barrel.png");
TCanvas myC3("c3", "c3", 1);
DataEffVsPt_endcap->SetMinimum(0.5);
DataEffVsPt_endcap->SetMaximum(1.);
DataEffVsPt_endcap->Draw();
myC3.SaveAs("dataEffVsPt_endcap.png");
TCanvas myC4("c4", "c4", 1);
McEffVsPt_barrel->SetMinimum(0.5);
McEffVsPt_barrel->SetMaximum(1.);
McEffVsPt_barrel->Draw();
myC4.SaveAs("mcEffVsPt_barrel.png");
TCanvas myC5("c5", "c5", 1);
McEffVsPt_endcap->SetMinimum(0.5);
McEffVsPt_endcap->SetMaximum(1.);
McEffVsPt_endcap->Draw();
myC5.SaveAs("mcEffVsPt_endcap.png");
TCanvas myC6("c6", "c6", 1);
DataEffVsPt_barrel->Draw();
McEffVsPt_barrel->Draw("same");
leg->Draw();
myC6.SaveAs("compEffVsPt_barrel.png");
TCanvas myC7("c7", "c7", 1);
DataEffVsPt_endcap->Draw();
McEffVsPt_endcap->Draw("same");
leg->Draw();
myC7.SaveAs("compEffVsPt_endcap.png");
}