/// /// Update OADB Container for EMCal energy recalibration factors /// from external file. /// /// \param fileNameOADB: OADB file name and path /// \param fileNameRecalibFactors: name and path of input file with new factors /// void UpdateEMCAL_OADB_Recalib ( const char *fileNameOADB="EMCALRecalib_input4test.root", const char *fileNameRecalibFactors="/cebaf/cebaf/EMCAL/calibPi0_run2/createOCDB_4_with2015data_Nov2016finalCalib/multiplyPi0CalibrationFactors_TextToHisto_Final.root" ) { gSystem->Load("libOADB"); AliOADBContainer *con = new AliOADBContainer(""); con->InitFromFile(fileNameOADB, "AliEMCALRecalib"); //Updating the original OADB file, output will be written into BetaRecalib.root // **** Loading the root files with Recalibration Factors: TFile* fRecalibFactors=new TFile(fileNameRecalibFactors); TObjArray *arrayRecalibFactors = new TObjArray(kNbSMtot); arrayRecalibFactors->SetName("Recalib"); char name[30]; // Filling The objects above with the EMCALRecalFactors_SM Histos: for (Int_t iSM=0;iSM<kNbSMtot;iSM++){ cout<<"SM "<< iSM<<endl; sprintf(name,"EMCALRecalFactors_SM%d",iSM); cout<<"Recalib : "<<name<<endl; arrayRecalibFactors->Add(fRecalibFactors->Get(name)); } //iSM //******************************************************************** // Setting Periods //**** Adding pass object to period Object ****/ //When updating object that has already been created. For instance, adding pass2,3 etc. //Just get the object and add new array. Append of runnumber is already done in this case. /*TObjArray *array13b = (TObjArray*)con->GetObject(195345,"LHC13b"); TObjArray *array13c = (TObjArray*)con->GetObject(195529,"LHC13c"); TObjArray *array13d = (TObjArray*)con->GetObject(195681,"LHC13d"); TObjArray *array13e = (TObjArray*)con->GetObject(195935,"LHC13e"); TObjArray *array13f = (TObjArray*)con->GetObject(196433,"LHC13f"); TObjArray *array13b_pass3 = new TObjArray(kNbSMtot); array13b_pass3->SetName("pass3"); array13b_pass3->Add(*&arrayRecalibFactors); TObjArray *array13c_pass2 = new TObjArray(kNbSMtot); array13c_pass2->SetName("pass2"); array13c_pass2->Add(*&arrayRecalibFactors); TObjArray *array13d_pass2 = new TObjArray(kNbSMtot); array13d_pass2->SetName("pass2"); array13d_pass2->Add(*&arrayRecalibFactors); TObjArray *array13e_pass2 = new TObjArray(kNbSMtot); array13e_pass2->SetName("pass2"); array13e_pass2->Add(*&arrayRecalibFactors); TObjArray *array13f_pass2 = new TObjArray(kNbSMtot); array13f_pass2->SetName("pass2"); array13f_pass2->Add(*&arrayRecalibFactors); array13b->Add(*&array13b_pass3); array13c->Add(*&array13c_pass2); array13d->Add(*&array13d_pass2); array13e->Add(*&array13e_pass2); array13f->Add(*&array13f_pass2);*/ TObjArray *array15_pass1 = new TObjArray(kNbSMtot); TObjArray *array15_pass2 = new TObjArray(kNbSMtot); TObjArray *array15_pass3 = new TObjArray(kNbSMtot); array15_pass1->SetName("pass1"); array15_pass2->SetName("pass2"); array15_pass3->SetName("pass3"); array15_pass1->Add(*&arrayRecalibFactors); array15_pass2->Add(*&arrayRecalibFactors); array15_pass3->Add(*&arrayRecalibFactors); con->WriteToFile("BetaRecalib.root"); //test(195935); // If someone wants to test container }
void energyHistoCompare(string dataset){ /*setting up some global style variables */ gStyle->SetLabelSize(0.05, "xyz"); gStyle->SetLabelOffset(0.015, "xyz"); gStyle->SetTitleSize(0.05, "xyz"); gStyle->SetTitleSize(0.055, "h"); gStyle->SetTitleOffset(1.1, "x"); gStyle->SetTitleOffset(1.2, "y"); gStyle->SetPadTopMargin(0.08); gStyle->SetPadBottomMargin(0.12); gStyle->SetPadLeftMargin(0.14); gStyle->SetPadRightMargin(0.1); gStyle->SetOptStat(0); gROOT->ForceStyle(); //Initialize OADB container AliOADBContainer *container = new AliOADBContainer(""); container->InitFromFile("$ALICE_PHYSICS/OADB/EMCAL/EMCALTimeCalib.root", "AliEMCALTimeCalib"); if(!container){ fprintf(stderr, "No OADB container!"); return; } //Find container in OADB TObject *calibration = (TObject*) container->GetObject(0, "TimeCalib13"); if(!calibration){ fprintf(stderr, "No calibration container found in OADB!"); return; } //Get Array for pass1 (13g) and pass4 (13b and 13c) and set up histograms TObject *calibPass1 = (TObject*) calibration->FindObject("pass1"); if(!calibPass1){ fprintf(stderr, "No pass1!"); return; } TH1F *pass1[4]; TObject* calibPass4 = (TObject*) calibration->FindObject("pass4"); if(!calibPass4){ fprintf(stderr, "No pass4!"); return; } TH1F *pass4[4]; //Set up the file to check against OADB TFile *checkFile[6]; checkFile[0] = new TFile(Form("Calibration_%s_1000_400.root", dataset.c_str())); checkFile[1] = new TFile(Form("Calibration_%s_1000_200.root", dataset.c_str())); checkFile[2] = new TFile(Form("Calibration_%s_800_400.root", dataset.c_str())); checkFile[3] = new TFile(Form("Calibration_%s_800_200.root", dataset.c_str())); checkFile[4] = new TFile(Form("Calibration_%s_400_400.root", dataset.c_str())); checkFile[5] = new TFile(Form("Calibration_%s_400_200.root", dataset.c_str())); for(int i=0; i<6; i++){ if(!checkFile[i]){ fprintf(stderr, "Check file %i wasn't loaded!", i); return; } } // printf("dataset: %s, strcomp(\"13g\", %s) = %i\n", dataset.c_str(), dataset.c_str(), strcmp("13g", dataset.c_str())); TH1F **check[6]; TH1F **errors[6]; TH1F **errorsRebin[6]; TH1F **compare[6]; TH1F **compareRebin[6]; TH1F **compare1000[6]; TH1F **compare1000Rebin[6]; for(int nfile = 0; nfile<6; nfile++){ check[nfile] = new TH1F*[4]; compare[nfile] = new TH1F*[4]; compareRebin[nfile] = new TH1F*[4]; errors[nfile] = new TH1F*[4]; errorsRebin[nfile] = new TH1F*[4]; compare1000[nfile] = new TH1F*[4]; compare1000Rebin[nfile] = new TH1F*[4]; } TH1F *compareSingle[4]; TH1F *errors1000400upper[4]; TH1F *errors1000400lower[4]; //Get histograms from files (not LG for dataset 13g) for(int ibc =0; ibc<4; ibc++){ for(int nfile = 0; nfile<6; nfile++){ if(strcmp("13g", dataset.c_str())==0){ check[nfile][ibc] = (TH1F*)checkFile[nfile]->Get(Form("hAllTimeAvBC%d", ibc)); errors[nfile][ibc] = (TH1F*)checkFile[nfile]->Get(Form("hAllTimeRMSBC%d", ibc)); }else{ check[nfile][ibc] = (TH1F*)checkFile[nfile]->Get(Form("hAllTimeAvLGBC%d", ibc)); errors[nfile][ibc] = (TH1F*)checkFile[nfile]->Get(Form("hAllTimeRMSLGBC%d", ibc)); } switch(nfile){ case 0 : check[nfile][ibc]->SetName(Form("1000mev400mevBC%d", ibc)); break; case 1 : check[nfile][ibc]->SetName(Form("1000mev200mevBC%d", ibc)); break; case 2 : check[nfile][ibc]->SetName(Form("800mev400mevBC%d", ibc)); break; case 3 : check[nfile][ibc]->SetName(Form("800mev200mevBC%d", ibc)); break; case 4 : check[nfile][ibc]->SetName(Form("400mev400mevBC%d", ibc)); break; case 5 : check[nfile][ibc]->SetName(Form("400mev200mevBC%d", ibc)); break; default: break; } compare[nfile][ibc] = check[nfile][ibc]->Clone(Form("compare%s", check[nfile][ibc]->GetName())); compare1000[nfile][ibc] = check[0][ibc]->Clone(Form("compare1000_%s", check[nfile][ibc]->GetName())); } pass1[ibc] = (TH1F*)calibPass1->FindObject(Form("hAllTimeAvBC%d", ibc)); pass4[ibc] = (TH1F*)calibPass4->FindObject(Form("hAllTimeAvBC%d", ibc)); } //Generate the comparison histograms for(int nfile=0; nfile<6; nfile++){ for(int jbc=0; jbc<4; jbc++){ for(int bin=0; bin < compare[nfile][jbc]->GetNbinsX(); bin++){ if(strcmp("13g", dataset.c_str())==0){ compare[nfile][jbc]->SetBinContent(bin, compare[nfile][jbc]->GetBinContent(bin) - pass1[jbc]->GetBinContent(bin)); if(compare[nfile][jbc]->GetBinContent(bin)<-200){ compare[nfile][jbc]->SetBinContent(bin, 0.); } }else{ compare[nfile][jbc]->SetBinContent(bin, compare[nfile][jbc]->GetBinContent(bin) - pass4[jbc]->GetBinContent(bin)); if(compare[nfile][jbc]->GetBinContent(bin)<-200){ compare[nfile][jbc]->SetBinContent(bin, 0.); } } compare1000[nfile][jbc]->SetBinContent(bin, check[nfile][jbc]->GetBinContent(bin) - compare1000[nfile][jbc]->GetBinContent(bin)); } if(nfile==0){ compareSingle[jbc] = (TH1F*)compare[nfile][jbc]->Clone("singlecomp"); } compareRebin[nfile][jbc] = compare[nfile][jbc]->Rebin(100, Form("compareR%s", check[nfile][jbc]->GetName())); compareRebin[nfile][jbc]->Scale(0.01); compare1000Rebin[nfile][jbc]= compare1000[nfile][jbc]->Rebin(100, Form("compare1000R%s", check[nfile][jbc]->GetName())); compare1000Rebin[nfile][jbc]->Scale(0.01); } } Double_t variance = 0.0; //Generate the Errors histograms using standard deviation squared for(int nfile = 0; nfile<6; nfile++){ for(int jbc=0; jbc<4; jbc++){ for(int bin=0; bin < check[nfile][jbc]->GetNbinsX(); bin++){ variance = TMath::Power(errors[nfile][jbc]->GetBinContent(bin), 2) - TMath::Power(check[nfile][jbc]->GetBinContent(bin), 2); if(variance >= 0){ errors[nfile][jbc]->SetBinContent(bin, (TMath::Sqrt(variance))); }else{ errors[nfile][jbc]->SetBinContent(bin, 0.0); } } //rebin errorsRebin[nfile][jbc] = errors[nfile][jbc]->Rebin(100, Form("%sR", errors[nfile][jbc]->GetName())); errorsRebin[nfile][jbc]->Scale(0.01); if(nfile==0){ errors1000400upper[jbc] = (TH1F*)errors[nfile][jbc]->Clone("errorUpper"); errors1000400lower[jbc] = (TH1F*)errors[nfile][jbc]->Clone("errorLower"); errors1000400lower[jbc]->Scale(-1.0); } } } errors[0][0]->Print("base"); /* //Setup Output file TFile *output = new TFile("comparison.root", "RECREATE"); output->cd(); check_1000_200[0]->Write(); output->Close(); */ //draw all calibration on same plot TCanvas* c0 = new TCanvas("Calibration Offsets BC0", "calibrationoffsetsbc0", 1000,600); c0->cd(); TLegend *legend = new TLegend(0.1,0.7,0.3,0.9); legend->SetHeader("Calibration for Cluster/Cell energy cuts"); // bc number to plot int bcNum = 0; if(strcmp("13g",dataset.c_str())==0){ pass1[bcNum]->SetMarkerStyle(20); pass1[bcNum]->SetMarkerColor(1); pass1[bcNum]->SetMarkerSize(1); pass1[bcNum]->SetTitle(Form("Calibration for Different Cluster/Cell Energy Cuts for LHC%s BC%d", dataset.c_str(), bcNum)); pass1[bcNum]->GetXaxis()->SetTitle("Cell AbsID"); pass1[bcNum]->GetXaxis()->SetRangeUser(0,11650); pass1[bcNum]->GetYaxis()->SetTitle("Calibrated Offset (ns)"); pass1[bcNum]->GetYaxis()->SetRangeUser(550,650); pass1[bcNum]->SetStats(kFALSE); pass1[bcNum]->Draw("P SAME"); legend->AddEntry(pass1[bcNum], "Current OADB Calibration", "p"); }else{ pass4[bcNum]->SetMarkerStyle(20); pass4[bcNum]->SetMarkerColor(1); pass4[bcNum]->SetMarkerSize(1); pass4[bcNum]->SetTitle(Form("Calibration for Different Cluster/Cell Energy Cuts for LHC%s BC%d", dataset.c_str(), bcNum)); pass4[bcNum]->GetXaxis()->SetTitle("Cell AbsID"); pass4[bcNum]->GetXaxis()->SetRangeUser(0,11650); pass4[bcNum]->GetYaxis()->SetTitle("Calibrated Offset (ns)"); pass4[bcNum]->GetYaxis()->SetRangeUser(550,650); pass4[bcNum]->SetStats(kFALSE); pass4[bcNum]->Draw("P SAME"); legend->AddEntry(pass4[bcNum], "Current OADB Calibration", "p"); } for(int nfile=0; nfile<6; nfile++){ check[nfile][bcNum]->SetMarkerStyle(3); check[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; check[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); switch(nfile){ case 0 : legend->AddEntry((TH1F*)check[nfile][bcNum], "1000MeV / 400MeV", "p"); break; case 1 : legend->AddEntry((TH1F*)check[nfile][bcNum], "1000MeV / 200MeV", "p"); break; case 2 : legend->AddEntry((TH1F*)check[nfile][bcNum], "800MeV / 400MeV", "p"); break; case 3 : legend->AddEntry((TH1F*)check[nfile][bcNum], "800MeV / 200MeV", "p"); break; case 4 : legend->AddEntry((TH1F*)check[nfile][bcNum], "400MeV / 400MeV", "p"); break; case 5 : legend->AddEntry((TH1F*)check[nfile][bcNum], "400MeV / 200MeV", "p"); break; default: break; } check[nfile][bcNum]->SetTitle(Form("Calibration for Different Cluster/Cell Energy Cuts for LHC%s BC%d", dataset.c_str(), bcNum)); check[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID"); check[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); check[nfile][bcNum]->GetYaxis()->SetTitle("Calibrated Offset (ns)"); check[nfile][bcNum]->GetYaxis()->SetRangeUser(550,650); check[nfile][bcNum]->SetStats(kFALSE); check[nfile][bcNum]->Draw("P SAME"); } legend->SetTextSizePixels(10); legend->Draw(); //draw just OADB 1000/400 MeV cut on same plot TCanvas* c400 = new TCanvas("Calibration Offsets 1000MeV/400MeV BC0", "calibrationoffsets400bc0", 1000,600); c400->cd(); TLegend *legend400 = new TLegend(0.1,0.7,0.3,0.9); legend400->SetHeader("Calibration for Cluster/Cell energy cuts"); nfile=0; int color = nfile+2; if(strcmp("13g", dataset.c_str())==0){ pass1[bcNum]->SetTitle(Form("Time Calibration for LHC%s BC%d", dataset.c_str(), bcNum)); pass1[bcNum]->Draw("P SAME"); legend400->AddEntry((TH1F*)pass1[bcNum], "OADB Calibration", "p"); }else{ pass4[bcNum]->SetTitle(Form("Time Calibration for LHC%s BC%d", dataset.c_str(), bcNum)); pass4[bcNum]->Draw("P SAME"); legend400->AddEntry((TH1F*)pass4[bcNum], "OADB Calibration", "p"); } legend400->AddEntry((TH1F*)check[nfile][bcNum], "1000MeV / 400MeV", "p"); check[nfile][bcNum]->SetTitle(Form("Time Calibration for LHC%s BC%d", dataset.c_str(), bcNum)); check[nfile][bcNum]->GetYaxis()->SetRangeUser(550,650); check[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); check[nfile][bcNum]->Draw("P SAME"); legend400->SetTextSizePixels(12); legend400->Draw(); //draw all standard deviation on same plot TCanvas* cError = new TCanvas("Calibration Errors BC0", "calibrationerrorsbc0", 1000,600); cError->cd(); TLegend *legendError = new TLegend(0.1,0.7,0.4,0.9); legendError->SetHeader("Calibration for Cluster/Cell Energy cuts"); for(int nfile=0; nfile<6; nfile++){ errors[nfile][bcNum]->SetMarkerStyle(3); errors[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; errors[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); errors[nfile][bcNum]->SetLineWidth(2); errors[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "1000MeV / 400MeV", "l"); break; case 1 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "1000MeV / 200MeV", "l"); break; case 2 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "800MeV / 400MeV", "l"); break; case 3 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "800MeV / 200MeV", "l"); break; case 4 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "400MeV / 400MeV", "l"); break; case 5 : legendError->AddEntry((TH1F*)errors[nfile][bcNum], "400MeV / 200MeV", "l"); break; default: break; } errors[nfile][bcNum]->SetTitle(Form("Standard Deviation of Calibration for LHC%s BC%d", dataset.c_str(), bcNum)); errors[nfile][bcNum]->GetXaxis()->SetRangeUser(0, 11650); errors[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID"); errors[nfile][bcNum]->GetYaxis()->SetRangeUser(-2,8); errors[nfile][bcNum]->GetYaxis()->SetTitle("Standard Deviation of Calibration (ns)"); errors[nfile][bcNum]->SetStats(kFALSE); errors[nfile][bcNum]->Draw("L SAME"); } legendError->SetTextSizePixels(10); // legendError->Draw(); //Draw comparison with OADB plot (all cuts) TCanvas* c1 = new TCanvas("(OADB - Calibration)", "comparisonbc0", 1000,600); c1->cd(); TLegend *compLegend = new TLegend(0.1,0.7,0.4,0.9); compLegend->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile++){ compare[nfile][bcNum]->SetMarkerStyle(3); compare[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; compare[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compare[nfile][bcNum]->SetLineWidth(2); compare[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compare[nfile][bcNum]->SetTitle(Form("(OADB - Calibration) for LHC%s BC%d", dataset.c_str(), bcNum)); compare[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); compare[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID"); compare[nfile][bcNum]->GetYaxis()->SetRangeUser(-3,10); compare[nfile][bcNum]->GetYaxis()->SetTitle("Difference in Calibration (ns)"); compare[nfile][bcNum]->SetStats(kFALSE); compare[nfile][bcNum]->Draw("L SAME"); } compLegend->SetTextSizePixels(10); // compLegend->Draw(); //Draw comparison with OADB (400 cell cut, all cluster cuts) TCanvas* c2 = new TCanvas("(OADB - Calibration_400)", "comparison_400_bc0", 1000,600); c2->cd(); TLegend *compLegend2 = new TLegend(0.1,0.7,0.4,0.9); compLegend2->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile+=2){ compare[nfile][bcNum]->SetMarkerStyle(3); compare[nfile][bcNum]->SetMarkerSize(0.8); int color = nfile+2; compare[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compare[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend2->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compare[nfile][bcNum]->Draw("L SAME"); } compLegend2->SetTextSizePixels(10); // compLegend2->Draw(); //Draw comparison with OADB (200 cell cut, cluster cuts) TCanvas* c3 = new TCanvas("(OADB - Calibration_200)", "comparison_200_bc0", 1000,600); c3->cd(); TLegend *compLegend3 = new TLegend(0.1,0.7,0.4,0.9); compLegend3->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=1; nfile<6; nfile+=2){ compare[nfile][bcNum]->SetMarkerStyle(3); compare[nfile][bcNum]->SetMarkerSize(0.8); int color = nfile+2; compare[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compare[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend3->AddEntry((TH1F*)compare[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compare[nfile][bcNum]->Draw("L SAME"); } compLegend3->SetTextSizePixels(10); // compLegend3->Draw(); //Draw comparison with OADB and 1000/400 cut TCanvas* c400comp = new TCanvas("(OADB - Calibration_1000/400)", "comparison_1000400_bc0", 1000,600); c400comp->cd(); nfile=0; compareSingle[bcNum]->SetMarkerStyle(3); compareSingle[bcNum]->SetMarkerSize(0.8); int color = nfile+2; compareSingle[bcNum]->SetMarkerColorAlpha(color, 0.3); compareSingle[bcNum]->SetLineColor(color); compareSingle[bcNum]->SetTitle(Form("(OADB - Calibration) for LHC%s BC%d", dataset.c_str(), bcNum)); compareSingle[bcNum]->GetXaxis()->SetRangeUser(0,11650); compareSingle[bcNum]->GetXaxis()->SetTitle("Cell AbsID"); compareSingle[bcNum]->GetYaxis()->SetRangeUser(-3,10); compareSingle[bcNum]->GetYaxis()->SetTitle("Difference in Calibration (ns)"); compareSingle[bcNum]->SetStats(kFALSE); compareSingle[bcNum]->Draw("L SAME"); //Draw comparison with 1000_400 plot (all cuts) TCanvas* c1000 = new TCanvas("(Calibration - 1000MeV/400MeV)", "comparison1000bc0", 1000,600); c1000->cd(); TLegend *comp1000Legend = new TLegend(0.1,0.7,0.4,0.9); comp1000Legend->SetHeader("Difference between 1000MeV/400MeV cut and other Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile++){ compare1000[nfile][bcNum]->SetMarkerStyle(3); compare1000[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; compare1000[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compare1000[nfile][bcNum]->SetLineWidth(2); compare1000[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(1000MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 1 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(1000MeV/200MeV - 1000MeV/400MeV)", "l"); break; case 2 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(800MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 3 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(800MeV/200MeV - 1000MeV/400MeV)", "l"); break; case 4 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(400MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 5 : comp1000Legend->AddEntry((TH1F*)compare1000[nfile][bcNum], "(400MeV/200MeV - 1000MeV/400MeV)", "l"); break; default: break; } compare1000[nfile][bcNum]->SetStats(kFALSE); compare1000[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); compare1000[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID"); compare1000[nfile][bcNum]->GetYaxis()->SetRangeUser(-5, 15); compare1000[nfile][bcNum]->GetYaxis()->SetTitle("Difference in Calibration (ns)"); compare1000[nfile][bcNum]->SetTitle(Form("(Calibration - 1000MeV/400MeV) for LHC%s BC%d", dataset.c_str(), bcNum)); compare1000[nfile][bcNum]->SetStats(kFALSE); compare1000[nfile][bcNum]->Draw("L SAME"); } comp1000Legend->SetTextSizePixels(10); // comp1000Legend->Draw(); //**REBIN draw all standard deviation on same plot TCanvas* cErrorR = new TCanvas("Calibration Errors BC0 Rebin", "calibrationerrorsbc0R", 1000,600); cErrorR->cd(); TLegend *legendErrorR = new TLegend(0.1,0.7,0.4,0.9); legendError->SetHeader("Calibration for Cluster/Cell Energy cuts"); for(int nfile=0; nfile<6; nfile++){ errorsRebin[nfile][bcNum]->SetMarkerStyle(3); errorsRebin[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; errorsRebin[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); errorsRebin[nfile][bcNum]->SetLineWidth(2); errorsRebin[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "1000MeV / 400MeV", "l"); break; case 1 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "1000MeV / 200MeV", "l"); break; case 2 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "800MeV / 400MeV", "l"); break; case 3 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "800MeV / 200MeV", "l"); break; case 4 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "400MeV / 400MeV", "l"); break; case 5 : legendError->AddEntry((TH1F*)errorsRebin[nfile][bcNum], "400MeV / 200MeV", "l"); break; default: break; } errorsRebin[nfile][bcNum]->SetTitle(Form("Standard Deviation of Calibration for LHC%s BC%d", dataset.c_str(), bcNum)); errorsRebin[nfile][bcNum]->GetXaxis()->SetRangeUser(0, 11650); errorsRebin[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID (Rebinned by 100)"); errorsRebin[nfile][bcNum]->GetYaxis()->SetRangeUser(-2,8); errorsRebin[nfile][bcNum]->GetYaxis()->SetTitle("Standard Deviation of Calibration (ns)"); errorsRebin[nfile][bcNum]->SetStats(kFALSE); errorsRebin[nfile][bcNum]->Draw("L SAME"); } legendError->SetTextSizePixels(10); // legendError->Draw(); //**REBIN Draw comparison with OADB plot (all cuts) TCanvas* c1R = new TCanvas("(OADB - Calibration) Rebin", "comparisonbc0R", 1000,600); c1R->cd(); TLegend *compLegendR = new TLegend(0.1,0.7,0.4,0.9); compLegend->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile++){ compareRebin[nfile][bcNum]->SetMarkerStyle(3); compareRebin[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; compareRebin[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compareRebin[nfile][bcNum]->SetLineWidth(2); compareRebin[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compareRebin[nfile][bcNum]->SetTitle(Form("(OADB - Calibration) for LHC%s BC%d", dataset.c_str(), bcNum)); compareRebin[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); compareRebin[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID (Rebinned by 100)"); compareRebin[nfile][bcNum]->GetYaxis()->SetRangeUser(-3,10); compareRebin[nfile][bcNum]->GetYaxis()->SetTitle("Difference in Calibration (ns)"); compareRebin[nfile][bcNum]->SetStats(kFALSE); compareRebin[nfile][bcNum]->Draw("L SAME"); } compLegend->SetTextSizePixels(10); // compLegend->Draw(); //**REBIN Draw comparison with OADB (400 cell cut, all cluster cuts) TCanvas* c2R = new TCanvas("(OADB - Calibration_400) Rebin", "comparison_400_bc0R", 1000,600); c2R->cd(); TLegend *compLegend2R = new TLegend(0.1,0.7,0.4,0.9); compLegend2->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile+=2){ compareRebin[nfile][bcNum]->SetMarkerStyle(3); compareRebin[nfile][bcNum]->SetMarkerSize(0.8); int color = nfile+2; compareRebin[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compareRebin[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend2->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compareRebin[nfile][bcNum]->Draw("L SAME"); } compLegend2->SetTextSizePixels(10); // compLegend2->Draw(); //**REBIN Draw comparison with OADB (200 cell cut, cluster cuts) TCanvas* c3R = new TCanvas("(OADB - Calibration_200) Rebin", "comparison_200_bc0R", 1000,600); c3R->cd(); TLegend *compLegend3R = new TLegend(0.1,0.7,0.4,0.9); compLegend3->SetHeader("Difference between OADB and Calibration for Cluster/Cell energy cuts"); for(int nfile=1; nfile<6; nfile+=2){ compareRebin[nfile][bcNum]->SetMarkerStyle(3); compareRebin[nfile][bcNum]->SetMarkerSize(0.8); int color = nfile+2; compareRebin[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compareRebin[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/400MeV)", "l"); break; case 1 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 1000MeV/200MeV)", "l"); break; case 2 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/400MeV)", "l"); break; case 3 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 800MeV/200MeV)", "l"); break; case 4 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/400MeV)", "l"); break; case 5 : compLegend3->AddEntry((TH1F*)compareRebin[nfile][bcNum], "(OADB - 400MeV/200MeV)", "l"); break; default: break; } compareRebin[nfile][bcNum]->Draw("L SAME"); } compLegend3->SetTextSizePixels(10); // compLegend3->Draw(); //**REBIN Draw comparison with 1000_400 plot (all cuts) TCanvas* c1000R = new TCanvas("(Calibration - 1000MeV/400MeV) Rebin", "comparison1000bc0R", 1000,600); c1000R->cd(); TLegend *comp1000LegendR = new TLegend(0.1,0.7,0.4,0.9); comp1000LegendR->SetHeader("Difference between 1000MeV/400MeV cut and other Cluster/Cell energy cuts"); for(int nfile=0; nfile<6; nfile++){ compare1000Rebin[nfile][bcNum]->SetMarkerStyle(3); compare1000Rebin[nfile][bcNum]->SetMarkerSize(0.6); int color = nfile+2; compare1000Rebin[nfile][bcNum]->SetMarkerColorAlpha(color, 0.3); compare1000Rebin[nfile][bcNum]->SetLineWidth(2); compare1000Rebin[nfile][bcNum]->SetLineColor(color); switch(nfile){ case 0 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(1000MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 1 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(1000MeV/200MeV - 1000MeV/400MeV)", "l"); break; case 2 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(800MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 3 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(800MeV/200MeV - 1000MeV/400MeV)", "l"); break; case 4 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(400MeV/400MeV - 1000MeV/400MeV)", "l"); break; case 5 : comp1000Legend->AddEntry((TH1F*)compare1000Rebin[nfile][bcNum], "(400MeV/200MeV - 1000MeV/400MeV)", "l"); break; default: break; } compare1000Rebin[nfile][bcNum]->SetStats(kFALSE); compare1000Rebin[nfile][bcNum]->GetXaxis()->SetRangeUser(0,11650); compare1000Rebin[nfile][bcNum]->GetXaxis()->SetTitle("Cell AbsID (Rebinned by 100)"); compare1000Rebin[nfile][bcNum]->GetYaxis()->SetRangeUser(-5, 15); compare1000Rebin[nfile][bcNum]->GetYaxis()->SetTitle("Difference in Calibration (ns)"); compare1000Rebin[nfile][bcNum]->SetTitle(Form("(Calibration - 1000MeV/400MeV) for LHC%s BC%d", dataset.c_str(), bcNum)); compare1000Rebin[nfile][bcNum]->SetStats(kFALSE); compare1000Rebin[nfile][bcNum]->Draw("L SAME"); } comp1000Legend->SetTextSizePixels(10); // comp1000Legend->Draw(); }