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void xPlotES(Int_t run) {
gROOT->Reset();
Char_t fname[200];
sprintf(fname, "DQM_V0001_EcalPreshower_%06d.root", run);
TFile *f = new TFile(fname);
TCanvas *c1 = new TCanvas("c1", "c1", 500, 500);
Char_t hname[600];
Char_t tname[600];
// ES Occupancy
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES RecHit 2D Occupancy Z 1 P 1", run);
sprintf(tname, "ES Occupancy ES+F");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_2D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES RecHit 2D Occupancy Z 1 P 2", run);
sprintf(tname, "ES Occupancy ES+R");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_2D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES RecHit 2D Occupancy Z -1 P 1", run);
sprintf(tname, "ES Occupancy ES-F");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_2D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES RecHit 2D Occupancy Z -1 P 2", run);
sprintf(tname, "ES Occupancy ES-R");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_2D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES Energy Density
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density Z 1 P 1", run);
sprintf(tname, "ES Energy Density ES+F");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_2D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density Z 1 P 2", run);
sprintf(tname, "ES Energy Density ES+R");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_2D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density Z -1 P 1", run);
sprintf(tname, "ES Energy Density ES-F");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_2D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density Z -1 P 2", run);
sprintf(tname, "ES Energy Density ES-R");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_2D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES Occupancy with selected hits
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Occupancy with selected hits Z 1 P 1", run);
sprintf(tname, "ES Occupancy with selected hits ES+F");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_SelHits_2D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Occupancy with selected hits Z 1 P 2", run);
sprintf(tname, "ES Occupancy with selected hits ES+R");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_SelHits_2D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Occupancy with selected hits Z -1 P 1", run);
sprintf(tname, "ES Occupancy with selected hits ES-F");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_SelHits_2D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Occupancy with selected hits Z -1 P 2", run);
sprintf(tname, "ES Occupancy with selected hits ES-R");
draw2dOcc(f, hname, tname, c1);
sprintf(hname, "ES_Occupancy_SelHits_2D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES Energy Density
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density with selected hits Z 1 P 1", run);
sprintf(tname, "ES Energy Density with selected hits ES+F");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_SelHits_2D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density with selected hits Z 1 P 2", run);
sprintf(tname, "ES Energy Density with selected hits ES+R");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_SelHits_2D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density with selected hits Z -1 P 1", run);
sprintf(tname, "ES Energy Density with selected hits ES-F");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_SelHits_2D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Energy Density with selected hits Z -1 P 2", run);
sprintf(tname, "ES Energy Density with selected hits ES-R");
draw2dEn(f, hname, tname, c1);
sprintf(hname, "ES_EnergyDensity_SelHits_2D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES Occupancy 1D
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of RecHits Z 1 P 1", run);
sprintf(tname, "ES Number of rec hits ES+F");
draw1d(f, hname, tname, c1, 4, 1, 1000);
sprintf(hname, "ES_Occupancy_1D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of RecHits Z 1 P 2", run);
sprintf(tname, "ES Number of rec hits ES+R");
draw1d(f, hname, tname, c1, 4, 1, 1000);
sprintf(hname, "ES_Occupancy_1D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of RecHits Z -1 P 1", run);
sprintf(tname, "ES Number of rec hits ES-F");
draw1d(f, hname, tname, c1, 4, 1, 1000);
sprintf(hname, "ES_Occupancy_1D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of RecHits Z -1 P 2", run);
sprintf(tname, "ES Number of rec hits ES-R");
draw1d(f, hname, tname, c1, 4, 1, 1000);
sprintf(hname, "ES_Occupancy_1D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES Occupancy 1D with selected hits
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of Good RecHits Z 1 P 1", run);
sprintf(tname, "ES Number of good rec hits ES+F");
draw1d(f, hname, tname, c1, 2, 1, 1000);
sprintf(hname, "ES_Occupancy_SelHits_1D_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of Good RecHits Z 1 P 2", run);
sprintf(tname, "ES Number of good rec hits ES+R");
draw1d(f, hname, tname, c1, 2, 1, 1000);
sprintf(hname, "ES_Occupancy_SelHits_1D_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of Good RecHits Z -1 P 1", run);
sprintf(tname, "ES Number of good rec hits ES-F");
draw1d(f, hname, tname, c1, 2, 1, 1000);
sprintf(hname, "ES_Occupancy_SelHits_1D_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESOccupancyTask/ES Num of Good RecHits Z -1 P 2", run);
sprintf(tname, "ES Number of good rec hits ES-R");
draw1d(f, hname, tname, c1, 2, 1, 1000);
sprintf(hname, "ES_Occupancy_SelHits_1D_ESmR_%06d.gif", run);
c1->Print(hname);
// ES timing plots
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESTimingTask/ES 2D Timing", run);
draw2d(f, hname, c1);
sprintf(hname, "ES_Timing_2D_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESTimingTask/ES Timing Z 1 P 1", run);
sprintf(tname, "ES Timing ES+F");
draw1dFitGaus(f, hname, tname, c1);
sprintf(hname, "ES_Timing_ESpF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESTimingTask/ES Timing Z 1 P 2", run);
sprintf(tname, "ES Timing ES+R");
draw1dFitGaus(f, hname, tname, c1);
sprintf(hname, "ES_Timing_ESpR_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESTimingTask/ES Timing Z -1 P 1", run);
sprintf(tname, "ES Timing ES-F");
draw1dFitGaus(f, hname, tname, c1);
sprintf(hname, "ES_Timing_ESmF_%06d.gif", run);
c1->Print(hname);
c1->Clear();
sprintf(hname, "DQMData/Run %06d/EcalPreshower/Run summary/ESTimingTask/ES Timing Z -1 P 2", run);
sprintf(tname, "ES Timing ES-R");
draw1dFitGaus(f, hname, tname, c1);
sprintf(hname, "ES_Timing_ESmR_%06d.gif", run);
c1->Print(hname);
}
void draw1dFitGaus(TFile *f, Char_t *hname, Char_t *tname, TCanvas *c) {
TH1F *h1 = (TH1F*) f->Get(hname);
TF1 *g = new TF1("g", "gaus");
h1->Fit("g", "Q");
//gStyle->SetOptStat(10);
c->cd();
gPad->SetLogy(0);
h1->SetTitle(tname);
h1->Draw();
return;
}
void draw1d(TFile *f, Char_t *hname, Char_t *tname, TCanvas *c, Int_t color=1, Int_t log=0, Int_t Range=1000) {
TH1F *h1 = (TH1F*) f->Get(hname);
gStyle->SetOptStat(1110);
c->cd();
gPad->SetLogy(log);
h1->SetTitle(tname);
h1->SetLineColor(color);
h1->GetXaxis()->SetLimits(0, Range);
h1->Draw();
return;
}
void draw2d(TFile *f, Char_t *hname, TCanvas *c) {
TH2F *h2 = (TH2F*) f->Get(hname);
gStyle->SetOptStat(10);
c->cd();
gPad->SetLogy(0);
h2->Draw("colz");
return;
}
void draw2dOcc(TFile *f, Char_t *hname, Char_t *tname, TCanvas *c) {
TH2F *h2 = (TH2F*) f->Get(hname);
float NEntries = (float) h2->GetBinContent(40,40);
h2->SetBinContent(40,40,0.);
h2->Scale(1/NEntries);
h2->SetMaximum(32);
gStyle->SetOptStat(0);
c->cd();
gPad->SetLogy(0);
h2->SetTitle(tname);
h2->Draw("colz");
return;
}
void draw2dEn(TFile *f, Char_t *hname, Char_t *tname, TCanvas *c) {
TH2F *h2 = (TH2F*) f->Get(hname);
float NEntries = (float) h2->GetBinContent(40,40);
h2->SetBinContent(40,40,0.);
h2->Scale(1/NEntries);
gStyle->SetOptStat(0);
c->cd();
gPad->SetLogy(0);
h2->SetTitle(tname);
h2->Draw("colz");
return;
}
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