//------------------------------------------------------------------------------ // Implementation of AliTPCPerformanceSummary class. // It has only static member functions to extract some TPC Performance // parameters and produce trend graphs. // The function MakeReport is to be called for every run. It reads AliPerformanceTPC // and AliPerformanceDEdx objects from file and produces a // rootfile with the results stored in a TTree. // The function MakeReport needs a list of these rootfiles as input // and writes the output (tree and histograms) to another rootfile. // // by M.Knichel 15/10/2010 //------------------------------------------------------------------------------ #include <fstream> #include "TSystem.h" #include "TMath.h" #include "TVectorD.h" #include "TList.h" #include "TFile.h" #include "TGrid.h" #include "TF1.h" #include "TH1.h" #include "TH2.h" #include "TH3.h" #include "TProfile.h" #include "THnSparse.h" #include "TTree.h" #include "TChain.h" #include "TGraph.h" #include "TPad.h" #include "TCanvas.h" #include "AliGRPObject.h" #include "AliTPCcalibDB.h" #include "AliTPCcalibDButil.h" #include "TTreeStream.h" #include "AliPerformanceTPC.h" #include "AliPerformanceDEdx.h" #include "AliPerformanceDCA.h" #include "AliPerformanceMatch.h" #include "AliTPCPerformanceSummary.h" using std::ifstream; ClassImp(AliTPCPerformanceSummary) Bool_t AliTPCPerformanceSummary::fgForceTHnSparse = kFALSE; //_____________________________________________________________________________ void AliTPCPerformanceSummary::WriteToTTreeSRedirector(const AliPerformanceTPC* pTPC, const AliPerformanceDEdx* pTPCgain, const AliPerformanceMatch* pTPCMatch,const AliPerformanceMatch* pTPCPull, const AliPerformanceMatch* pConstrain, TTreeSRedirector* const pcstream, Int_t run) { // // Extracts performance parameters from pTPC and pTPCgain. // Output is written to pcstream. // The run number must be provided since it is not stored in // AliPerformanceTPC or AliPerformanceDEdx. // if (run <= 0 ) { if (pTPCMatch) {run = pTPCMatch->GetRunNumber(); } if (pTPCgain) {run = pTPCgain->GetRunNumber(); } if (pTPC) { run = pTPC->GetRunNumber(); } } TObjString runType; //AliTPCcalibDB *calibDB=0; // AliTPCcalibDButil *dbutil =0; Int_t startTimeGRP=0; Int_t stopTimeGRP=0; Int_t time=0; Int_t duration=0; //Float_t currentL3 =0; //Int_t polarityL3 = 0; //Float_t bz = 0; //calibDB = AliTPCcalibDB::Instance(); // dbutil= new AliTPCcalibDButil; //printf("Processing run %d ...\n",run); //if (calibDB) { //AliTPCcalibDB::Instance()->SetRun(run); // dbutil->UpdateFromCalibDB(); // dbutil->SetReferenceRun(run); // dbutil->UpdateRefDataFromOCDB(); //if (calibDB->GetGRP(run)){ //startTimeGRP = AliTPCcalibDB::GetGRP(run)->GetTimeStart(); //stopTimeGRP = AliTPCcalibDB::GetGRP(run)->GetTimeEnd(); //currentL3 = AliTPCcalibDB::GetL3Current(run); //polarityL3 = AliTPCcalibDB::GetL3Polarity(run); //bz = AliTPCcalibDB::GetBz(run); //} //runType = AliTPCcalibDB::GetRunType(run).Data(); //} time = (startTimeGRP+stopTimeGRP)/2; duration = (stopTimeGRP-startTimeGRP); if (!pcstream) return; (*pcstream)<<"tpcQA"<< "run="<<run<< "time="<<time<< "startTimeGRP="<<startTimeGRP<< "stopTimeGRP="<<stopTimeGRP<< "duration="<<duration<< "runType.="<<&runType; if (pTPC) { pTPC->GetTPCTrackHisto()->GetAxis(9)->SetRangeUser(0.5,1.5); pTPC->GetTPCTrackHisto()->GetAxis(7)->SetRangeUser(0.25,10); pTPC->GetTPCTrackHisto()->GetAxis(5)->SetRangeUser(-1,1); AnalyzeNCL(pTPC, pcstream); AnalyzeDrift(pTPC, pcstream); AnalyzeDriftPos(pTPC, pcstream); AnalyzeDriftNeg(pTPC, pcstream); AnalyzeDCARPhi(pTPC, pcstream); AnalyzeDCARPhiPos(pTPC, pcstream); AnalyzeDCARPhiNeg(pTPC, pcstream); AnalyzeEvent(pTPC, pcstream); AnalyzePt(pTPC,pcstream); AnalyzeChargeOverPt(pTPC,pcstream); AnalyzeQAPosNegDpT(pTPC,pcstream); AnalyzeQADCAFitParameter(pTPC,pcstream); AnalyzeOcc(pTPC,pcstream); pTPC->GetTPCTrackHisto()->GetAxis(9)->SetRangeUser(-10,10); pTPC->GetTPCTrackHisto()->GetAxis(7)->SetRangeUser(0,100); pTPC->GetTPCTrackHisto()->GetAxis(5)->SetRangeUser(-10,10); } AnalyzeGain(pTPCgain, pcstream); AnalyzeMatch(pTPCMatch, pcstream); AnalyzePull(pTPCPull, pcstream); AnalyzeConstrain(pConstrain, pcstream); (*pcstream)<<"tpcQA"<<"\n"; } //_____________________________________________________________________________ void AliTPCPerformanceSummary::WriteToFile(const AliPerformanceTPC* pTPC, const AliPerformanceDEdx* pTPCgain, const AliPerformanceMatch* pMatch, const AliPerformanceMatch* pPull, const AliPerformanceMatch* pConstrain, const Char_t* outfile, Int_t run) { // // Extracts performance parameters from pTPC and pTPCgain. // Output is written to a TTree saved in outfile. // The run number must be provided since it is not stored in // AliPerformanceTPC or AliPerformanceDEdx. // // The function creates a TTreeSRedirector and calls the // function WriteToTTreeSRedirector. // if (!outfile) return; TTreeSRedirector* pcstream = 0; pcstream = new TTreeSRedirector(outfile); if (!pcstream) return; WriteToTTreeSRedirector(pTPC, pTPCgain, pMatch, pPull, pConstrain, pcstream, run); if (pcstream) { delete pcstream; pcstream = 0; } } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::MakeReport(const Char_t* infile, const Char_t* outfile, Int_t run) { // // Reads QA information (AliPerformanceTPC and AliPerformanceDEdx) from // infile (this must be a rootfile) and writes the output to a TTree // stored in outfile. // The run number must be provided since it is not stored in // AliPerformanceTPC or AliPerformanceDEdx. // // The input objects must be named "AliPerformanceTPC" and // "AliPerformanceDEdxTPCInner" and stored in a TList which name must // be one of the following: "TPC", "TPCQA", "TPC_PerformanceQA" // or "TPC_PerformanceQA/TPC" (with directory) // if (!infile) return -1; if (!outfile) return -1; TFile *f =0; f=TFile::Open(infile,"read"); if (!f) { printf("File %s not available\n", infile); return -1; } TList* list = 0; list = dynamic_cast<TList*>(f->Get("TPC")); if (!list) { list = dynamic_cast<TList*>(f->Get("TPCQA")); } if (!list) { list = dynamic_cast<TList*>(f->Get("TPC_PerformanceQA/TPCQA")); } if (!list) { list = dynamic_cast<TList*>(f->Get("TPC_PerformanceQA")); } if (!list) { list = dynamic_cast<TList*>(f->Get("ITSTPCMatch")); } if (!list) { printf("QA %s not available\n", infile); return -1; } AliPerformanceTPC* pTPC = 0; AliPerformanceDEdx* pTPCgain = 0; AliPerformanceMatch* pTPCmatch = 0; AliPerformanceMatch* pTPCPull = 0; AliPerformanceMatch* pConstrain = 0; if (list) { pTPC = dynamic_cast<AliPerformanceTPC*>(list->FindObject("AliPerformanceTPC")); } if (list) { pTPCgain = dynamic_cast<AliPerformanceDEdx*>(list->FindObject("AliPerformanceDEdxTPCInner")); } if (list) { pTPCmatch = dynamic_cast<AliPerformanceMatch*>(list->FindObject("AliPerformanceMatchTPCITS")); } if (list) { pTPCPull = dynamic_cast<AliPerformanceMatch*>(list->FindObject("AliPerformanceMatchITSTPC")); } if (list) { pConstrain = dynamic_cast<AliPerformanceMatch*>(list->FindObject("AliPerformanceMatchTPCConstrain")); } Int_t returncode = 0; WriteToFile(pTPC, pTPCgain, pTPCmatch , pTPCPull, pConstrain, outfile, run); if (f) { delete f; f=0; } return returncode; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::ProduceTrends(const Char_t* infilelist, const Char_t* outfile) { // // Produces trend graphs. // // Input: infilelist is a textfile with one rootfile per line. // There should be one rootfile for each run, the rootfile must // contain the output of the MakeReport function // Output: the information for all runs is merged into a TTree // that is saved in outfile along with the trend graphs. // Trend graphs are stored as TCanvas objects to include axis labels etc. // if (!infilelist) return -1; if (!outfile) return -1; TChain* chain = new TChain("tpcQA"); if(!chain) return -1; ifstream in; in.open(infilelist); TString currentFile; while(in.good()) { in >> currentFile; if (!currentFile.Contains("root")) continue; // protection chain->Add(currentFile.Data()); } in.close(); //TTree *tree = chain; TTree *tree = chain->CopyTree("1"); if(!tree) return -1; if (chain) { delete chain; chain=0; } //TGraph* graph = dynamic_cast<TGraph*>(tree->DrawClone("run:run")); //TGraph *graph = (TGraph*)gPad->GetPrimitive("Graph"); TFile* out = new TFile(outfile,"RECREATE"); if(!out) return -1; out->cd(); const Char_t* condition = "meanTPCncl>0"; SaveGraph(tree,"meanTPCnclF","run",condition); SaveGraph(tree,"rmsTPCnclF","run",condition); SaveGraph(tree,"meanTPCChi2","run",condition); SaveGraph(tree,"rmsTPCChi2","run",condition); SaveGraph(tree,"slopeATPCnclF","run",condition); SaveGraph(tree,"slopeCTPCnclF","run",condition); SaveGraph(tree,"slopeATPCnclFErr","run",condition); SaveGraph(tree,"slopeCTPCnclFErr","run",condition); SaveGraph(tree,"meanTPCncl","run",condition); SaveGraph(tree,"rmsTPCncl","run",condition); SaveGraph(tree,"slopeATPCncl","run",condition); SaveGraph(tree,"slopeCTPCncl","run",condition); SaveGraph(tree,"slopeATPCnclErr","run",condition); SaveGraph(tree,"slopeCTPCnclErr","run",condition); SaveGraph(tree,"offsetdRA","run",condition); SaveGraph(tree,"slopedRA","run",condition); SaveGraph(tree,"offsetdRC","run",condition); SaveGraph(tree,"slopedRC","run",condition); SaveGraph(tree,"offsetdRAErr","run",condition); SaveGraph(tree,"slopedRAErr","run",condition); SaveGraph(tree,"offsetdRCErr","run",condition); SaveGraph(tree,"slopedRCErr","run",condition); SaveGraph(tree,"offsetdRAchi2","run",condition); SaveGraph(tree,"slopedRAchi2","run",condition); SaveGraph(tree,"offsetdRCchi2","run",condition); SaveGraph(tree,"slopedRCchi2","run",condition); SaveGraph(tree,"offsetdRAPos","run",condition); SaveGraph(tree,"slopedRAPos","run",condition); SaveGraph(tree,"offsetdRCPos","run",condition); SaveGraph(tree,"slopedRCPos","run",condition); SaveGraph(tree,"offsetdRAErrPos","run",condition); SaveGraph(tree,"slopedRAErrPos","run",condition); SaveGraph(tree,"offsetdRCErrPos","run",condition); SaveGraph(tree,"slopedRCErrPos","run",condition); SaveGraph(tree,"offsetdRAchi2Pos","run",condition); SaveGraph(tree,"slopedRAchi2Pos","run",condition); SaveGraph(tree,"offsetdRCchi2Pos","run",condition); SaveGraph(tree,"slopedRCchi2Pos","run",condition); SaveGraph(tree,"offsetdRANeg","run",condition); SaveGraph(tree,"slopedRANeg","run",condition); SaveGraph(tree,"offsetdRCNeg","run",condition); SaveGraph(tree,"slopedRCNeg","run",condition); SaveGraph(tree,"offsetdRAErrNeg","run",condition); SaveGraph(tree,"slopedRAErrNeg","run",condition); SaveGraph(tree,"offsetdRCErrNeg","run",condition); SaveGraph(tree,"slopedRCErrNeg","run",condition); SaveGraph(tree,"offsetdRAchi2Neg","run",condition); SaveGraph(tree,"slopedRAchi2Neg","run",condition); SaveGraph(tree,"offsetdRCchi2Neg","run",condition); SaveGraph(tree,"slopedRCchi2Neg","run",condition); SaveGraph(tree,"offsetdZAPos","run",condition); SaveGraph(tree,"slopedZAPos","run",condition); SaveGraph(tree,"offsetdZCPos","run",condition); SaveGraph(tree,"slopedZCPos","run",condition); SaveGraph(tree,"offsetdZAErrPos","run",condition); SaveGraph(tree,"slopedZAErrPos","run",condition); SaveGraph(tree,"offsetdZCErrPos","run",condition); SaveGraph(tree,"slopedZCErrPos","run",condition); SaveGraph(tree,"offsetdZAchi2Pos","run",condition); SaveGraph(tree,"slopedZAchi2Pos","run",condition); SaveGraph(tree,"offsetdZCchi2Pos","run",condition); SaveGraph(tree,"slopedZCchi2Pos","run",condition); SaveGraph(tree,"offsetdZANeg","run",condition); SaveGraph(tree,"slopedZANeg","run",condition); SaveGraph(tree,"offsetdZCNeg","run",condition); SaveGraph(tree,"slopedZCNeg","run",condition); SaveGraph(tree,"offsetdZAErrNeg","run",condition); SaveGraph(tree,"slopedZAErrNeg","run",condition); SaveGraph(tree,"offsetdZCErrNeg","run",condition); SaveGraph(tree,"slopedZCErrNeg","run",condition); SaveGraph(tree,"offsetdZAchi2Neg","run",condition); SaveGraph(tree,"slopedZAchi2Neg","run",condition); SaveGraph(tree,"offsetdZCchi2Neg","run",condition); SaveGraph(tree,"slopedZCchi2Neg","run",condition); SaveGraph(tree,"offsetdZA","run",condition); SaveGraph(tree,"slopedZA","run",condition); SaveGraph(tree,"offsetdZC","run",condition); SaveGraph(tree,"slopedZC","run",condition); SaveGraph(tree,"offsetdZAErr","run",condition); SaveGraph(tree,"slopedZAErr","run",condition); SaveGraph(tree,"offsetdZCErr","run",condition); SaveGraph(tree,"slopedZCErr","run",condition); SaveGraph(tree,"offsetdZAchi2","run",condition); SaveGraph(tree,"slopedZAchi2","run",condition); SaveGraph(tree,"offsetdZCchi2","run",condition); SaveGraph(tree,"slopedZCchi2","run",condition); SaveGraph(tree,"meanVertX","run",condition); SaveGraph(tree,"rmsVertX","run",condition); SaveGraph(tree,"meanVertY","run",condition); SaveGraph(tree,"rmsVertY","run",condition); SaveGraph(tree,"meanVertZ","run",condition); SaveGraph(tree,"rmsVertZ","run",condition); SaveGraph(tree,"vertStatus","run",condition); SaveGraph(tree,"meanMult","run",condition); SaveGraph(tree,"rmsMult","run",condition); SaveGraph(tree,"meanMultPos","run",condition); SaveGraph(tree,"rmsMultPos","run",condition); SaveGraph(tree,"meanMultNeg","run",condition); SaveGraph(tree,"rmsMultNeg","run",condition); SaveGraph(tree,"vertAll","run",condition); SaveGraph(tree,"vertOK","run",condition); SaveGraph(tree,"meanPtAPos","run",condition); SaveGraph(tree,"mediumPtAPos","run",condition); SaveGraph(tree,"highPtAPos","run",condition); SaveGraph(tree,"meanPtCPos","run",condition); SaveGraph(tree,"mediumPtCPos","run",condition); SaveGraph(tree,"highPtCPos","run",condition); SaveGraph(tree,"meanPtANeg","run",condition); SaveGraph(tree,"mediumPtANeg","run",condition); SaveGraph(tree,"highPtANeg","run",condition); SaveGraph(tree,"meanPtCNeg","run",condition); SaveGraph(tree,"mediumPtCNeg","run",condition); SaveGraph(tree,"highPtCNeg","run",condition); SaveGraph(tree,"qOverPt","run",condition); SaveGraph(tree,"qOverPtA","run",condition); SaveGraph(tree,"qOverPtC","run",condition); SaveGraph(tree,"dcarAP0","run",condition); SaveGraph(tree,"dcarAP1","run",condition); SaveGraph(tree,"dcarCP0","run",condition); SaveGraph(tree,"dcarCP1","run",condition); condition = ""; SaveGraph(tree,"tpcItsMatchA","run",condition); SaveGraph(tree,"tpcItsMatchHighPtA","run",condition); SaveGraph(tree,"tpcItsMatchC","run",condition); SaveGraph(tree,"tpcItsMatchHighPtC","run",condition); SaveGraph(tree,"phiPull","run",condition); SaveGraph(tree,"phiPullHighPt","run",condition); SaveGraph(tree,"ptPull","run",condition); SaveGraph(tree,"ptPullHighPt","run",condition); SaveGraph(tree,"yPull","run",condition); SaveGraph(tree,"yPullHighPt","run",condition); SaveGraph(tree,"zPull","run",condition); SaveGraph(tree,"zPullHighPt","run",condition); SaveGraph(tree,"lambdaPull","run",condition); SaveGraph(tree,"lambdaPullHighPt","run",condition); SaveGraph(tree,"tpcConstrainPhiA","run",condition); SaveGraph(tree,"tpcConstrainPhiC","run",condition); SaveGraph(tree,"deltaPt","run",condition); SaveGraph(tree,"deltaPtchi2","run",condition); SaveGraph(tree,"deltaPtA","run",condition); SaveGraph(tree,"deltaPtchi2A","run",condition); SaveGraph(tree,"deltaPtC","run",condition); SaveGraph(tree,"deltaPtchi2C","run",condition); SaveGraph(tree,"deltaPtA_Err","run",condition); SaveGraph(tree,"deltaPtA_Err","run",condition); SaveGraph(tree,"deltaPtC_Err","run",condition); //////////////////////////////////////////////////////////////////////////////////////////////////////// //save dca fit parameters SaveGraph(tree,"dcar_posA_0","run",condition); SaveGraph(tree,"dcar_posA_1","run",condition); SaveGraph(tree,"dcar_posA_2","run",condition); SaveGraph(tree,"dcar_posA_chi2","run",condition); SaveGraph(tree,"dcar_posA_0_Err","run",condition); SaveGraph(tree,"dcar_posA_1_Err","run",condition); SaveGraph(tree,"dcar_posA_2_Err","run",condition); SaveGraph(tree,"dcaz_posA_0","run",condition); SaveGraph(tree,"dcaz_posA_1","run",condition); SaveGraph(tree,"dcaz_posA_2","run",condition); SaveGraph(tree,"dcaz_posA_chi2","run",condition); SaveGraph(tree,"dcaz_posA_0_Err","run",condition); SaveGraph(tree,"dcaz_posA_1_Err","run",condition); SaveGraph(tree,"dcaz_posA_2_Err","run",condition); SaveGraph(tree,"dcaz_posC_0","run",condition); SaveGraph(tree,"dcaz_posC_1","run",condition); SaveGraph(tree,"dcaz_posC_2","run",condition); SaveGraph(tree,"dcaz_posC_chi2","run",condition); SaveGraph(tree,"dcaz_posC_0_Err","run",condition); SaveGraph(tree,"dcaz_posC_1_Err","run",condition); SaveGraph(tree,"dcaz_posC_2_Err","run",condition); SaveGraph(tree,"dcar_posC_0","run",condition); SaveGraph(tree,"dcar_posC_1","run",condition); SaveGraph(tree,"dcar_posC_2","run",condition); SaveGraph(tree,"dcar_posC_chi2","run",condition); SaveGraph(tree,"dcar_posC_0_Err","run",condition); SaveGraph(tree,"dcar_posC_1_Err","run",condition); SaveGraph(tree,"dcar_posC_2_Err","run",condition); SaveGraph(tree,"dcar_negA_0","run",condition); SaveGraph(tree,"dcar_negA_1","run",condition); SaveGraph(tree,"dcar_negA_2","run",condition); SaveGraph(tree,"dcar_negA_chi2","run",condition); SaveGraph(tree,"dcar_negA_0_Err","run",condition); SaveGraph(tree,"dcar_negA_1_Err","run",condition); SaveGraph(tree,"dcar_negA_2_Err","run",condition); SaveGraph(tree,"dcaz_negA_0","run",condition); SaveGraph(tree,"dcaz_negA_1","run",condition); SaveGraph(tree,"dcaz_negA_2","run",condition); SaveGraph(tree,"dcaz_negA_chi2","run",condition); SaveGraph(tree,"dcaz_negA_0_Err","run",condition); SaveGraph(tree,"dcaz_negA_1_Err","run",condition); SaveGraph(tree,"dcaz_negA_2_Err","run",condition); SaveGraph(tree,"dcaz_negC_0","run",condition); SaveGraph(tree,"dcaz_negC_1","run",condition); SaveGraph(tree,"dcaz_negC_2","run",condition); SaveGraph(tree,"dcaz_negC_chi2","run",condition); SaveGraph(tree,"dcaz_negC_0_Err","run",condition); SaveGraph(tree,"dcaz_negC_1_Err","run",condition); SaveGraph(tree,"dcaz_negC_2_Err","run",condition); SaveGraph(tree,"dcar_negC_0","run",condition); SaveGraph(tree,"dcar_negC_1","run",condition); SaveGraph(tree,"dcar_negC_2","run",condition); SaveGraph(tree,"dcar_negC_chi2","run",condition); SaveGraph(tree,"dcar_negC_0_Err","run",condition); SaveGraph(tree,"dcar_negC_1_Err","run",condition); SaveGraph(tree,"dcar_negC_2_Err","run",condition); SaveGraph(tree,"iroc_A_side","run",condition); SaveGraph(tree,"iroc_C_side","run",condition); SaveGraph(tree,"oroc_A_side","run",condition); SaveGraph(tree,"oroc_C_side","run",condition); //A/C side IROC SaveGraph(tree,"TPC_Occ_IROC.","run",condition); SaveGraph(tree,"TPC_Occ_OROC.","run",condition); //////////////////////////////////////////////////////////////////////////////////////////////////////// tree->Write(); out->Close(); if (tree) { delete tree; tree=0; } if (out) { delete out; out=0; } return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::SaveGraph(TTree* tree, const Char_t* y, const Char_t* x, const Char_t* condition) { // // Creates a Graph and writes the canvas to the current directory // called by ProduceTrends function. // TString s(y); s += ':'; s += x; tree->Draw(s.Data(),condition,"goff"); TCanvas* c = new TCanvas(s.Data(),s.Data()); c->cd(); TPad* p = new TPad("pad0","pad0",0,0,1,1); p->Draw(); p->cd(); if (tree->GetSelectedRows() > 0) { TGraph* graph = new TGraph(tree->GetSelectedRows(), tree->GetV2(), tree->GetV1()); graph->Draw("AP"); graph->GetXaxis()->SetTitle(x); graph->GetYaxis()->SetTitle(y); c->Write(s.Data()); delete graph; } //graph->Write(s.Data()); delete c; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDCARPhi(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA R imperfections // if (!pcstream) return 8; if (!pTPC) return 8; // variables: static Double_t offsetdRA=0; static Double_t slopedRA=0; static Double_t offsetdRC=0; static Double_t slopedRC=0; static Double_t offsetdRAErr=0; static Double_t slopedRAErr=0; static Double_t offsetdRCErr=0; static Double_t slopedRCErr=0; static Double_t offsetdRAchi2=0; static Double_t slopedRAchi2=0; static Double_t offsetdRCchi2=0; static Double_t slopedRCchi2=0; static Double_t dcarAP0 = 0; static Double_t dcarAP1 = 0; static Double_t dcarCP0 = 0; static Double_t dcarCP1 = 0; //AliPerformanceTPC* pTPC = dynamic_cast<AliPerformanceTPC*>(pTPCObject); TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_3_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_3_5_7")); if(!his3D) return 8; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { his2D = pTPC->GetTPCTrackHisto()->Projection(3,5); } if(!his2D) return 8; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdRC=fpol1->GetParameter(0); slopedRC=fpol1->GetParameter(1); offsetdRCchi2=fpol1->GetChisquare(); slopedRCchi2=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdRA=fpol1->GetParameter(0); slopedRA=fpol1->GetParameter(1); offsetdRAErr=fpol1->GetParError(0); slopedRAErr=fpol1->GetParError(1); offsetdRAchi2=fpol1->GetChisquare(); slopedRAchi2=fpol1->GetChisquare(); // printf("DCA R QA report\n"); printf("offsetdRA\t%f\n",offsetdRA); printf("slopedRA\t%f\n",slopedRA); printf("offsetdRC\t%f\n",offsetdRC); printf("slopedRC\t%f\n",slopedRC); // //extraction of DCAr versus pt // TLinearFitter linearFit; linearFit.SetFormula("pol1"); TObjArray arrayWidth; TH1 *width; Int_t nXbins; Double_t x,y; Int_t pn = 1; if(!his3D) return 8; his3D->GetYaxis()->SetRangeUser(-1,1); //get his2D in A Side his3D->GetYaxis()->SetRangeUser(0,1); his3D->GetZaxis()->SetRangeUser(0.35,8); his2D = dynamic_cast<TH2*>(his3D->Project3D("xz")); if (his2D) his2D->FitSlicesY(0,0,-1,0,"QNR",&arrayWidth); width = dynamic_cast<TH1*>(arrayWidth.At(2)); if (width) { nXbins = width->GetNbinsX(); for(Int_t i=2; i<nXbins; i++){ x = width->GetBinCenter(i); if(x!=0) x = 1.0/(x*x); y = width->GetBinContent(i); y = y*y; linearFit.AddPoint(&x,y,1); } if(!linearFit.Eval()){ dcarAP0 = linearFit.GetParameter(0); if(dcarAP0!=0) pn = Int_t(TMath::Abs(dcarAP0)/dcarAP0); dcarAP0 = pn*TMath::Sqrt(TMath::Abs(dcarAP0)); dcarAP1 = linearFit.GetParameter(1); if(dcarAP1!=0) pn = Int_t(TMath::Abs(dcarAP1)/dcarAP1); dcarAP1 = pn*TMath::Sqrt(TMath::Abs(dcarAP1)); } } linearFit.ClearPoints(); //get his2D in C Side his3D->GetYaxis()->SetRangeUser(-1,-0.001); his2D = dynamic_cast<TH2*>(his3D->Project3D("xz")); if (his2D) his2D->FitSlicesY(0,0,-1,0,"QNR",&arrayWidth); width = dynamic_cast<TH1*>(arrayWidth.At(2)); if (width) { nXbins = width->GetNbinsX(); for(Int_t i=2; i<nXbins; i++){ x = width->GetBinCenter(i); if(x!=0) x = 1.0/(x*x); y = width->GetBinContent(i); y = y*y; linearFit.AddPoint(&x,y); } if(!linearFit.Eval()){ dcarCP0 = linearFit.GetParameter(0); if(dcarCP0!=0) pn = Int_t(TMath::Abs(dcarCP0)/dcarCP0); dcarCP0 = pn*TMath::Sqrt(TMath::Abs(dcarCP0)); dcarCP1 = linearFit.GetParameter(1); if(dcarCP1!=0) pn = Int_t(TMath::Abs(dcarCP1)/dcarCP1); dcarCP1 = pn*TMath::Sqrt(TMath::Abs(dcarCP1)); } } his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0,20); // // dump values // (*pcstream)<<"tpcQA"<< "offsetdRA="<< offsetdRA<< "slopedRA="<< slopedRA<< "offsetdRC="<< offsetdRC<< "slopedRC="<<slopedRC<< // "offsetdRAErr="<< offsetdRAErr<< "slopedRAErr="<< slopedRAErr<< "offsetdRCErr="<< offsetdRCErr<< "slopedRCErr="<<slopedRCErr<< // "offsetdRAchi2="<< offsetdRAchi2<< "slopedRAchi2="<< slopedRAchi2<< "offsetdRCchi2="<< offsetdRCchi2<< "slopedRCchi2="<<slopedRCchi2<< // "dcarAP0="<<dcarAP0<< "dcarAP1="<<dcarAP1<< "dcarCP0="<<dcarCP0<< "dcarCP1="<<dcarCP1; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDCARPhiPos(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA R imperfections for positive particles // if (!pcstream) return 16; if (!pTPC) return 16; // variables: static Double_t offsetdRAPos=0; static Double_t slopedRAPos=0; static Double_t offsetdRCPos=0; static Double_t slopedRCPos=0; static Double_t offsetdRAErrPos=0; static Double_t slopedRAErrPos=0; static Double_t offsetdRCErrPos=0; static Double_t slopedRCErrPos=0; static Double_t offsetdRAchi2Pos=0; static Double_t slopedRAchi2Pos=0; static Double_t offsetdRCchi2Pos=0; static Double_t slopedRCchi2Pos=0; //AliPerformanceTPC* pTPC = dynamic_cast<AliPerformanceTPC*>(pTPCObject); TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_7")); if(!his3D) return 16; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { pTPC->GetTPCTrackHisto()->GetAxis(8)->SetRangeUser(0,1.5); his2D = pTPC->GetTPCTrackHisto()->Projection(3,5); pTPC->GetTPCTrackHisto()->GetAxis(8)->SetRangeUser(-1.5,1.5); } if(!his2D) return 16; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdRCPos=fpol1->GetParameter(0); slopedRCPos=fpol1->GetParameter(1); offsetdRCchi2Pos=fpol1->GetChisquare(); slopedRCchi2Pos=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdRAPos=fpol1->GetParameter(0); slopedRAPos=fpol1->GetParameter(1); offsetdRAErrPos=fpol1->GetParError(0); slopedRAErrPos=fpol1->GetParError(1); offsetdRAchi2Pos=fpol1->GetChisquare(); slopedRAchi2Pos=fpol1->GetChisquare(); // printf("DCA R QA Pos report\n"); printf("offsetdRAPos\t%f\n",offsetdRAPos); printf("slopedRAPos\t%f\n",slopedRAPos); printf("offsetdRCPos\t%f\n",offsetdRCPos); printf("slopedRCPos\t%f\n",slopedRCPos); // // dump values // (*pcstream)<<"tpcQA"<< "offsetdRAPos="<< offsetdRAPos<< "slopedRAPos="<< slopedRAPos<< "offsetdRCPos="<< offsetdRCPos<< "slopedRCPos="<<slopedRCPos<< // "offsetdRAErrPos="<< offsetdRAErrPos<< "slopedRAErrPos="<< slopedRAErrPos<< "offsetdRCErrPos="<< offsetdRCErrPos<< "slopedRCErrPos="<<slopedRCErrPos<< // "offsetdRAchi2Pos="<< offsetdRAchi2Pos<< "slopedRAchi2Pos="<< slopedRAchi2Pos<< "offsetdRCchi2Pos="<< offsetdRCchi2Pos<< "slopedRCchi2Pos="<<slopedRCchi2Pos; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDCARPhiNeg(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA R imperfections for negative particles // if (!pcstream) return 32; if (!pTPC) return 32; // variables: static Double_t offsetdRANeg=0; static Double_t slopedRANeg=0; static Double_t offsetdRCNeg=0; static Double_t slopedRCNeg=0; static Double_t offsetdRAErrNeg=0; static Double_t slopedRAErrNeg=0; static Double_t offsetdRCErrNeg=0; static Double_t slopedRCErrNeg=0; static Double_t offsetdRAchi2Neg=0; static Double_t slopedRAchi2Neg=0; static Double_t offsetdRCchi2Neg=0; static Double_t slopedRCchi2Neg=0; //AliPerformanceTPC* pTPC = dynamic_cast<AliPerformanceTPC*>(pTPCObject); TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_3_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_3_5_7")); if(!his3D) return 32; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { pTPC->GetTPCTrackHisto()->GetAxis(8)->SetRangeUser(-1.5,0); his2D = pTPC->GetTPCTrackHisto()->Projection(3,5); pTPC->GetTPCTrackHisto()->GetAxis(8)->SetRangeUser(-1.5,1.5); } if(!his2D) return 32; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdRCNeg=fpol1->GetParameter(0); slopedRCNeg=fpol1->GetParameter(1); offsetdRCchi2Neg=fpol1->GetChisquare(); slopedRCchi2Neg=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdRANeg=fpol1->GetParameter(0); slopedRANeg=fpol1->GetParameter(1); offsetdRAErrNeg=fpol1->GetParError(0); slopedRAErrNeg=fpol1->GetParError(1); offsetdRAchi2Neg=fpol1->GetChisquare(); slopedRAchi2Neg=fpol1->GetChisquare(); // printf("DCA R QA Neg report\n"); printf("offsetdRANeg\t%f\n",offsetdRANeg); printf("slopedRANeg\t%f\n",slopedRANeg); printf("offsetdRCNeg\t%f\n",offsetdRCNeg); printf("slopedRCNeg\t%f\n",slopedRCNeg); // // dump drift QA values // (*pcstream)<<"tpcQA"<< "offsetdRANeg="<< offsetdRANeg<< "slopedRANeg="<< slopedRANeg<< "offsetdRCNeg="<< offsetdRCNeg<< "slopedRCNeg="<<slopedRCNeg<< // "offsetdRAErrNeg="<< offsetdRAErrNeg<< "slopedRAErrNeg="<< slopedRAErrNeg<< "offsetdRCErrNeg="<< offsetdRCErrNeg<< "slopedRCErrNeg="<<slopedRCErrNeg<< // "offsetdRAchi2Neg="<< offsetdRAchi2Neg<< "slopedRAchi2Neg="<< slopedRAchi2Neg<< "offsetdRCchi2Neg="<< offsetdRCchi2Neg<< "slopedRCchi2Neg="<<slopedRCchi2Neg; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeNCL(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse number of TPC clusters // if (!pcstream) return 1; if (!pTPC) return 1; // variables: static Double_t meanTPCnclF=0; static Double_t rmsTPCnclF=0; static Double_t meanTPCChi2=0; static Double_t rmsTPCChi2=0; static Double_t slopeATPCnclF=0; static Double_t slopeCTPCnclF=0; static Double_t slopeATPCnclFErr=0; static Double_t slopeCTPCnclFErr=0; static Double_t meanTPCncl=0; static Double_t rmsTPCncl=0; static Double_t slopeATPCncl=0; static Double_t slopeCTPCncl=0; static Double_t slopeATPCnclErr=0; static Double_t slopeCTPCnclErr=0; // TH1* his1D=0; TH3* his3D0=0; TH3* his3D1=0; TH3* his3D2=0; TProfile* hprof=0; static TF1 *fpol1 = new TF1("fpol1","pol1"); // // all clusters // only events with rec. vertex // eta cut - +-1 // pt cut - 0.250 GeV pTPC->GetTPCTrackHisto()->GetAxis(5)->SetRangeUser(-1.,1.); pTPC->GetTPCTrackHisto()->GetAxis(7)->SetRangeUser(0.25,10); if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_0_5_7")) { his3D0 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_0_5_7")); if(!his3D0) return 1; his3D0->GetYaxis()->SetRangeUser(-1,1); his3D0->GetZaxis()->SetRangeUser(0.25,10); } if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_1_5_7")) { his3D1 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_1_5_7")); if(!his3D1) return 1; his3D1->GetYaxis()->SetRangeUser(-1,1); his3D1->GetZaxis()->SetRangeUser(0.25,10); } if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_2_5_7")) { his3D2 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_2_5_7")); if(!his3D2) return 1; his3D2->GetYaxis()->SetRangeUser(-1,1); his3D2->GetZaxis()->SetRangeUser(0.25,10); his3D2->GetXaxis()->SetRangeUser(0.4,1.1); } if (his3D0 && !fgForceTHnSparse) { his1D = his3D0->Project3D("x"); } else { his1D = pTPC->GetTPCTrackHisto()->Projection(0); } meanTPCncl= his1D->GetMean(); rmsTPCncl= his1D->GetRMS(); delete his1D; if (his3D1 && !fgForceTHnSparse) { his1D = his3D1->Project3D("x"); } else { his1D = pTPC->GetTPCTrackHisto()->Projection(1); } meanTPCChi2= his1D->GetMean(); rmsTPCChi2= his1D->GetRMS(); delete his1D; if (his3D0 && !fgForceTHnSparse) { hprof = (dynamic_cast<TH2*>(his3D0->Project3D("xy")))->ProfileX(); } else { hprof = pTPC->GetTPCTrackHisto()->Projection(0,5)->ProfileX(); } if(!hprof) return 1; hprof->Fit(fpol1,"QNR","QNR",0.1,0.8); slopeATPCncl= fpol1->GetParameter(1); slopeATPCnclErr= fpol1->GetParError(1); hprof->Fit(fpol1,"QNR","QNR",-0.8,-0.1); slopeCTPCncl= fpol1->GetParameter(1); slopeCTPCnclErr= fpol1->GetParameter(1); delete hprof; // // findable clusters // if (his3D2 && !fgForceTHnSparse) { his1D = his3D2->Project3D("x"); } else { pTPC->GetTPCTrackHisto()->GetAxis(2)->SetRangeUser(0.4,1.1); his1D = pTPC->GetTPCTrackHisto()->Projection(2); } meanTPCnclF= his1D->GetMean(); rmsTPCnclF= his1D->GetRMS(); delete his1D; if (his3D2 && !fgForceTHnSparse) { his1D = (dynamic_cast<TH2*>(his3D2->Project3D("xy")))->ProfileX(); } else { pTPC->GetTPCTrackHisto()->GetAxis(2)->SetRangeUser(0.4,1.1); his1D = pTPC->GetTPCTrackHisto()->Projection(2,5)->ProfileX(); } if(!his1D) return 1; his1D->Fit(fpol1,"QNR","QNR",0.1,0.8); slopeATPCnclF= fpol1->GetParameter(1); slopeATPCnclFErr= fpol1->GetParError(1); his1D->Fit(fpol1,"QNR","QNR",-0.8,-0.1); slopeCTPCnclF= fpol1->GetParameter(1); slopeCTPCnclFErr= fpol1->GetParameter(1); delete his1D; pTPC->GetTPCTrackHisto()->GetAxis(2)->SetRangeUser(0,10); printf("Cluster QA report\n"); printf("meanTPCnclF=\t%f\n",meanTPCnclF); printf("rmsTPCnclF=\t%f\n",rmsTPCnclF); printf("slopeATPCnclF=\t%f\n",slopeATPCnclF); printf("slopeCTPCnclF=\t%f\n",slopeCTPCnclF); printf("meanTPCncl=\t%f\n",meanTPCncl); printf("rmsTPCncl=\t%f\n",rmsTPCncl); printf("slopeATPCncl=\t%f\n",slopeATPCncl); printf("slopeCTPCncl=\t%f\n",slopeCTPCncl); printf("meanTPCChi2=\t%f\n",meanTPCChi2); printf("rmsTPCChi2=\t%f\n",rmsTPCChi2); // // dump results to the tree // (*pcstream)<<"tpcQA"<< "meanTPCnclF="<<meanTPCnclF << "rmsTPCnclF="<<rmsTPCnclF << "meanTPCChi2="<<meanTPCChi2 << "rmsTPCChi2="<<rmsTPCChi2 << "slopeATPCnclF="<< slopeATPCnclF<< "slopeCTPCnclF="<< slopeCTPCnclF<< "slopeATPCnclFErr="<< slopeATPCnclFErr<< "slopeCTPCnclFErr="<< slopeCTPCnclFErr<< "meanTPCncl="<<meanTPCncl << "rmsTPCncl="<< rmsTPCncl<< "slopeATPCncl="<< slopeATPCncl<< "slopeCTPCncl="<< slopeCTPCncl<< "slopeATPCnclErr="<< slopeATPCnclErr<< "slopeCTPCnclErr="<< slopeCTPCnclErr; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDrift(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA Z imperferctions (drift velocity) // if (!pcstream) return 2; if (!pTPC) return 2; // variables: static Double_t offsetdZA=0; static Double_t slopedZA=0; static Double_t offsetdZC=0; static Double_t slopedZC=0; static Double_t offsetdZAErr=0; static Double_t slopedZAErr=0; static Double_t offsetdZCErr=0; static Double_t slopedZCErr=0; static Double_t offsetdZAchi2=0; static Double_t slopedZAchi2=0; static Double_t offsetdZCchi2=0; static Double_t slopedZCchi2=0; TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_4_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_4_5_7")); if(!his3D) return 2; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { his2D = pTPC->GetTPCTrackHisto()->Projection(4,5); } if(!his2D) return 2; static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdZC=fpol1->GetParameter(0); slopedZC=fpol1->GetParameter(1); offsetdZCErr=fpol1->GetParError(0); slopedZCErr=fpol1->GetParError(1); offsetdZCchi2=fpol1->GetChisquare(); slopedZCchi2=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdZA=fpol1->GetParameter(0); slopedZA=fpol1->GetParameter(1); offsetdZAErr=fpol1->GetParError(0); slopedZAErr=fpol1->GetParError(1); offsetdZAchi2=fpol1->GetChisquare(); slopedZAchi2=fpol1->GetChisquare(); // printf("Drift velocity QA report\n"); printf("offsetdZA\t%f\n",offsetdZA); printf("slopedZA\t%f\n",slopedZA); printf("offsetdZC\t%f\n",offsetdZC); printf("slopedZC\t%f\n",slopedZC); // // dump drift QA values // (*pcstream)<<"tpcQA"<< "offsetdZA="<< offsetdZA<< "slopedZA="<< slopedZA<< "offsetdZC="<< offsetdZC<< "slopedZC="<<slopedZC<< // "offsetdZAErr="<< offsetdZAErr<< "slopedZAErr="<< slopedZAErr<< "offsetdZCErr="<< offsetdZCErr<< "slopedZCErr="<<slopedZCErr<< // "offsetdZAchi2="<< offsetdZAchi2<< "slopedZAchi2="<< slopedZAchi2<< "offsetdZCchi2="<< offsetdZCchi2<< "slopedZCchi2="<<slopedZCchi2; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDriftPos(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA Z imperferctions (drift velocity) // for positive particles // if (!pcstream) return 64; if (!pTPC) return 64; // variables: static Double_t offsetdZAPos=0; static Double_t slopedZAPos=0; static Double_t offsetdZCPos=0; static Double_t slopedZCPos=0; static Double_t offsetdZAErrPos=0; static Double_t slopedZAErrPos=0; static Double_t offsetdZCErrPos=0; static Double_t slopedZCErrPos=0; static Double_t offsetdZAchi2Pos=0; static Double_t slopedZAchi2Pos=0; static Double_t offsetdZCchi2Pos=0; static Double_t slopedZCchi2Pos=0; TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_4_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_4_5_7")); if(!his3D) return 64; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { his2D = pTPC->GetTPCTrackHisto()->Projection(4,5); } if(!his2D) return 64; static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdZCPos=fpol1->GetParameter(0); slopedZCPos=fpol1->GetParameter(1); offsetdZCErrPos=fpol1->GetParError(0); slopedZCErrPos=fpol1->GetParError(1); offsetdZCchi2Pos=fpol1->GetChisquare(); slopedZCchi2Pos=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdZAPos=fpol1->GetParameter(0); slopedZAPos=fpol1->GetParameter(1); offsetdZAErrPos=fpol1->GetParError(0); slopedZAErrPos=fpol1->GetParError(1); offsetdZAchi2Pos=fpol1->GetChisquare(); slopedZAchi2Pos=fpol1->GetChisquare(); // printf("Drift velocity QA report\n"); printf("offsetdZAPos\t%f\n",offsetdZAPos); printf("slopedZAPos\t%f\n",slopedZAPos); printf("offsetdZCPos\t%f\n",offsetdZCPos); printf("slopedZCPos\t%f\n",slopedZCPos); // // dump drift QA values // (*pcstream)<<"tpcQA"<< "offsetdZAPos="<< offsetdZAPos<< "slopedZAPos="<< slopedZAPos<< "offsetdZCPos="<< offsetdZCPos<< "slopedZCPos="<<slopedZCPos<< // "offsetdZAErrPos="<< offsetdZAErrPos<< "slopedZAErrPos="<< slopedZAErrPos<< "offsetdZCErrPos="<< offsetdZCErrPos<< "slopedZCErrPos="<<slopedZCErrPos<< // "offsetdZAchi2Pos="<< offsetdZAchi2Pos<< "slopedZAchi2Pos="<< slopedZAchi2Pos<< "offsetdZCchi2Pos="<< offsetdZCchi2Pos<< "slopedZCchi2Pos="<<slopedZCchi2Pos; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeDriftNeg(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA Z imperferctions (drift velocity) // for negative particles // if (!pcstream) return 128; if (!pTPC) return 128; // variables: static Double_t offsetdZANeg=0; static Double_t slopedZANeg=0; static Double_t offsetdZCNeg=0; static Double_t slopedZCNeg=0; static Double_t offsetdZAErrNeg=0; static Double_t slopedZAErrNeg=0; static Double_t offsetdZCErrNeg=0; static Double_t slopedZCErrNeg=0; static Double_t offsetdZAchi2Neg=0; static Double_t slopedZAchi2Neg=0; static Double_t offsetdZCchi2Neg=0; static Double_t slopedZCchi2Neg=0; TH1* his1D=0; TH2* his2D=0; TH3* his3D=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_4_5_7")) { his3D = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_4_5_7")); if(!his3D) return 128; his3D->GetYaxis()->SetRangeUser(-1,1); his3D->GetZaxis()->SetRangeUser(0.25,10); } if (his3D && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(his3D->Project3D("xy")); } else { his2D = pTPC->GetTPCTrackHisto()->Projection(4,5); } if(!his2D) return 128; static TF1 *fpol1 = new TF1("fpol1","pol1"); TObjArray arrayFit; his2D->FitSlicesY(0,0,-1,10,"QNR",&arrayFit); delete his2D; his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol1,"QNRROB=0.8","QNR",-0.8,-0.1); offsetdZCNeg=fpol1->GetParameter(0); slopedZCNeg=fpol1->GetParameter(1); offsetdZCErrNeg=fpol1->GetParError(0); slopedZCErrNeg=fpol1->GetParError(1); offsetdZCchi2Neg=fpol1->GetChisquare(); slopedZCchi2Neg=fpol1->GetChisquare(); // his1D->Fit(fpol1,"QNRROB=0.8","QNR",0.1,0.8); offsetdZANeg=fpol1->GetParameter(0); slopedZANeg=fpol1->GetParameter(1); offsetdZAErrNeg=fpol1->GetParError(0); slopedZAErrNeg=fpol1->GetParError(1); offsetdZAchi2Neg=fpol1->GetChisquare(); slopedZAchi2Neg=fpol1->GetChisquare(); // printf("Drift velocity QA report\n"); printf("offsetdZANeg\t%f\n",offsetdZANeg); printf("slopedZANeg\t%f\n",slopedZANeg); printf("offsetdZCNeg\t%f\n",offsetdZCNeg); printf("slopedZCNeg\t%f\n",slopedZCNeg); // // dump drift QA values // (*pcstream)<<"tpcQA"<< "offsetdZANeg="<< offsetdZANeg<< "slopedZANeg="<< slopedZANeg<< "offsetdZCNeg="<< offsetdZCNeg<< "slopedZCNeg="<<slopedZCNeg<< // "offsetdZAErrNeg="<< offsetdZAErrNeg<< "slopedZAErrNeg="<< slopedZAErrNeg<< "offsetdZCErrNeg="<< offsetdZCErrNeg<< "slopedZCErrNeg="<<slopedZCErrNeg<< // "offsetdZAchi2Neg="<< offsetdZAchi2Neg<< "slopedZAchi2Neg="<< slopedZAchi2Neg<< "offsetdZCchi2Neg="<< offsetdZCchi2Neg<< "slopedZCchi2Neg="<<slopedZCchi2Neg; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeGain(const AliPerformanceDEdx* pTPCgain, TTreeSRedirector* const pcstream) { // // Analyse Gain // if (!pcstream) return 4; if (!pTPCgain) return 4; static TVectorD meanMIPvsSector(36); static TVectorD sector(36); static Float_t meanMIP = 0; static Float_t resolutionMIP = 0; static Float_t attachSlopeC = 0; static Float_t attachSlopeA = 0; static Float_t meanMIPele = 0; static Float_t resolutionMIPele = 0; static Float_t electroMIPSeparation = 0; TH1 * his1D = 0; //TH1 * hisProj1D=0; TH2* his2D=0; meanMIPvsSector.Zero(); // // select MIP particles // pTPCgain->GetDeDxHisto()->GetAxis(7)->SetRangeUser(0.4,0.55); pTPCgain->GetDeDxHisto()->GetAxis(0)->SetRangeUser(35,60); pTPCgain->GetDeDxHisto()->GetAxis(6)->SetRangeUser(80,160); pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(-1,1); // // MIP position and resolution // TF1 gausFit("gausFit","gaus"); if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_0") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_0")->Clone()); } else { his1D = pTPCgain->GetDeDxHisto()->Projection(0); } if(!his1D) return 4; his1D->Fit(&gausFit,"QN","QN"); meanMIP = gausFit.GetParameter(1); resolutionMIP = 0; if (meanMIP!=0) resolutionMIP = gausFit.GetParameter(2)/meanMIP; //removedtotest// delete his1D; // // MIP position vs. dip angle (attachment) // pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(-3,0); // C side if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_c_0_5") && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_c_0_5")->Clone()); } else { his2D = pTPCgain->GetDeDxHisto()->Projection(0,5); } if(!his2D) return 4; TF1 * fpol = new TF1("fpol","pol1"); TObjArray arrayFit; his2D->FitSlicesY(0,0,-1,10,"QN",&arrayFit); his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpol,"QNROB=0.8","QNR",-1,0); attachSlopeC = fpol->GetParameter(1); //removedtotest// delete his2D; //removedtotest// delete his1D; // pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(0,3); // A side if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_a_0_5") && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_a_0_5")->Clone()); } else { his2D = pTPCgain->GetDeDxHisto()->Projection(0,5); } if(!his2D) return 4; TF1 * fpolA = new TF1("fpolA","pol1"); TObjArray arrayFitA; //FitSlicesY(TF1* f1 = 0, Int_t firstxbin = 0, Int_t lastxbin = -1, Int_t cut = 0, Option_t* option = "QNR", TObjArray* arr = 0) his2D->FitSlicesY(0,0,-1,10,"QN",&arrayFit); his1D = (TH1*) arrayFit.At(1); his1D->Fit(fpolA,"QNROB=0.8","QN",0,1); attachSlopeA = fpolA->GetParameter(1); //removedtotest// delete his2D; //removedtotest// delete his1D; // // MIP position vs. sector // pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(-3,0); // C side if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_c_0_1") && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_c_0_1")->Clone()); } else { his2D = pTPCgain->GetDeDxHisto()->Projection(0,1); } if(!his2D) return 4; for(Int_t i = 0; i < 18; i++) { // loop over sectors; correct mapping to be checked! //TH1* his1D=0; Float_t phiLow = -TMath::Pi() + i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = -TMath::Pi() + (i+1)*(20./360.)*(2*TMath::Pi()); //pTPCgain->GetDeDxHisto()->GetAxis(1)->SetRangeUser(phiLow,phiUp); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); //his1D = pTPCgain->GetDeDxHisto()->Projection(0); his1D = his2D->ProjectionY(); TF1 gausFunc("gausFunc","gaus"); his1D->Fit(&gausFunc, "QN"); meanMIPvsSector(i) = gausFunc.GetParameter(1); sector(i)=i; //removedtotest// delete his1D; } //removedtotest// delete his2D; // pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(0,3); // A side if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_a_0_1") && !fgForceTHnSparse) { his2D = dynamic_cast<TH2*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mips_a_0_1")->Clone()); } else { his2D = pTPCgain->GetDeDxHisto()->Projection(0,1); } if(!his2D) return 4; for(Int_t i = 0; i < 18; i++) { // loop over sectors; correct mapping to be checked! //TH1* his1D=0; Float_t phiLow = -TMath::Pi() + i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = -TMath::Pi() + (i+1)*(20./360.)*(2*TMath::Pi()); //pTPCgain->GetDeDxHisto()->GetAxis(1)->SetRangeUser(phiLow,phiUp); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); //his1D = pTPCgain->GetDeDxHisto()->Projection(0); his1D = his2D->ProjectionY(); TF1 gausFunc("gausFunc","gaus"); his1D->Fit(&gausFunc, "QN"); meanMIPvsSector(i+18) = gausFunc.GetParameter(1); sector(i+18)=i+18; //removedtotest// delete his1D; } //removedtotest// delete his2D; // // // select electrons // pTPCgain->GetDeDxHisto()->GetAxis(7)->SetRangeUser(0.32,0.38); // momenta pTPCgain->GetDeDxHisto()->GetAxis(0)->SetRangeUser(70,100); // dedx pTPCgain->GetDeDxHisto()->GetAxis(6)->SetRangeUser(80,160); // nr clusters pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(-1,1); // eta TF1 gausFitEle("gausFitEle","gaus"); if (pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mipsele_0") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPCgain->GetHistos()->FindObject("h_tpc_dedx_mipsele_0")->Clone()); } else { his1D = pTPCgain->GetDeDxHisto()->Projection(0); } if(!his1D) return 4; his1D->Fit(&gausFitEle,"QN","QN"); meanMIPele = gausFitEle.GetParameter(1); resolutionMIPele = 0; if (meanMIPele!=0) resolutionMIPele = gausFitEle.GetParameter(2)/meanMIPele; //restore cuts as before pTPCgain->GetDeDxHisto()->GetAxis(7)->SetRangeUser(0.4,0.55); pTPCgain->GetDeDxHisto()->GetAxis(0)->SetRangeUser(35,60); pTPCgain->GetDeDxHisto()->GetAxis(6)->SetRangeUser(80,160); pTPCgain->GetDeDxHisto()->GetAxis(5)->SetRangeUser(-1,1); // // separation between electrons and MIPs // electroMIPSeparation = TMath::Abs((meanMIP-meanMIPele)); printf("Gain QA report\n"); printf("MIP mean\t%f\n",meanMIP); printf("MIP resolution\t%f\n",resolutionMIP); printf("MIPslopeA\t%f\n",attachSlopeA); printf("MIPslopeC\t%f\n",attachSlopeC); printf("Electons energy loss MIP mean\t%f\n",meanMIPele); printf("Electons MIP resolution\t%f\n",resolutionMIPele); // (*pcstream)<<"tpcQA"<< "MIPattachSlopeC="<<attachSlopeC<< "MIPattachSlopeA="<<attachSlopeA<< "resolutionMIP="<<resolutionMIP<< "meanMIPvsSector.="<<&meanMIPvsSector<< "sector.="<<§or<< "meanMIP="<<meanMIP<< "meanMIPele="<<meanMIPele<< "resolutionMIPele="<<resolutionMIPele<< "electroMIPSeparation="<<electroMIPSeparation; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeEvent(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse Primary Vertex Distribution and Multiplicities // if (!pcstream) return 1; if (!pTPC) return 1; // // // static Double_t meanVertX=0; static Double_t rmsVertX=0; static Double_t meanVertY=0; static Double_t rmsVertY=0; static Double_t meanVertZ=0; static Double_t rmsVertZ=0; static Double_t vertStatus=0; static Double_t meanMult=0; static Double_t rmsMult=0; static Double_t meanMultPos=0; static Double_t rmsMultPos=0; static Double_t meanMultNeg=0; static Double_t rmsMultNeg=0; static Double_t vertAll = 0; static Double_t vertOK = 0; TH1* his1D=0; TH1* hc=0; if (pTPC->GetHistos()->FindObject("h_tpc_event_6") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_6")->Clone()); } else { his1D = pTPC->GetTPCEventHisto()->Projection(6); } if(!his1D) return 1; vertAll = his1D->GetEntries(); vertOK = his1D->GetBinContent(2); if (vertAll>=1) { vertStatus = vertOK / vertAll; } delete his1D; pTPC->GetTPCEventHisto()->GetAxis(6)->SetRange(2,2); if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_0") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_0")->Clone()); } else { his1D = pTPC->GetTPCEventHisto()->Projection(0); } if(!his1D) return 1; meanVertX = his1D->GetMean(); rmsVertX = his1D->GetRMS(); delete his1D; if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_1") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_1")->Clone()); } else { his1D = pTPC->GetTPCEventHisto()->Projection(1); } if(!his1D) return 1; meanVertY = his1D->GetMean(); rmsVertY = his1D->GetRMS(); delete his1D; if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_2") && !fgForceTHnSparse) { hc = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_2")); if(!hc) return 1; //his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_2")->Clone()); his1D = (TH1*)hc->Clone(); } else { his1D = pTPC->GetTPCEventHisto()->Projection(2); } if(!his1D) return 1; meanVertZ = his1D->GetMean(); rmsVertZ = his1D->GetRMS(); delete his1D; if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_3") && !fgForceTHnSparse) { hc = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_3")); if(!hc) return 1; //his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_3")->Clone()); his1D = (TH1*)hc->Clone(); } else { his1D = pTPC->GetTPCEventHisto()->Projection(3); } if(!his1D) return 1; meanMult = his1D->GetMean(); rmsMult = his1D->GetRMS(); delete his1D; if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_4") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_4")->Clone()); } else { his1D = pTPC->GetTPCEventHisto()->Projection(4); } if(!his1D) return 1; meanMultPos = his1D->GetMean(); rmsMultPos = his1D->GetRMS(); delete his1D; if (pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_5") && !fgForceTHnSparse) { his1D = dynamic_cast<TH1*>(pTPC->GetHistos()->FindObject("h_tpc_event_recvertex_5")->Clone()); } else { his1D = pTPC->GetTPCEventHisto()->Projection(5); } if(!his1D) return 1; meanMultNeg = his1D->GetMean(); rmsMultNeg = his1D->GetRMS(); delete his1D; pTPC->GetTPCEventHisto()->GetAxis(6)->SetRange(1,2); // (*pcstream)<<"tpcQA"<< "meanVertX="<<meanVertX<< "rmsVertX="<<rmsVertX<< "meanVertY="<<meanVertY<< "rmsVertY="<<rmsVertY<< "meanVertZ="<<meanVertZ<< "rmsVertZ="<<rmsVertZ<< "vertStatus="<<vertStatus<< "vertAll="<<vertAll<< "vertOK="<<vertOK<< "meanMult="<<meanMult<< "rmsMult="<<rmsMult<< "meanMultPos="<<meanMultPos<< "rmsMultPos="<<rmsMultPos<< "meanMultNeg="<<meanMultNeg<< "rmsMultNeg="<<rmsMultNeg; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzePt(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // // Analyse DCA R imperfections for positive particles // if (!pcstream) return 256; if (!pTPC) return 256; // variables: static Double_t meanPtAPos = 0; static Double_t mediumPtAPos = 0; static Double_t highPtAPos = 0; static Double_t meanPtCPos = 0; static Double_t mediumPtCPos = 0; static Double_t highPtCPos = 0; static Double_t meanPtANeg = 0; static Double_t mediumPtANeg = 0; static Double_t highPtANeg = 0; static Double_t meanPtCNeg = 0; static Double_t mediumPtCNeg = 0; static Double_t highPtCNeg = 0; TH3* his3D1=0; TH3* his3D2=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_7")) { his3D1 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_7")); if(!his3D1) return 256; his3D1->GetYaxis()->SetRangeUser(0.1,0.8); his3D1->GetZaxis()->SetRangeUser(0.25,10); meanPtAPos = his3D1->GetMean(3); his3D1->GetZaxis()->SetRangeUser(2,5); mediumPtAPos = his3D1->GetMean(3); his3D1->GetZaxis()->SetRangeUser(5,10); highPtAPos = his3D1->GetMean(3); his3D1->GetYaxis()->SetRangeUser(-0.8,-0.1); his3D1->GetZaxis()->SetRangeUser(0.25,10); meanPtCPos = his3D1->GetMean(3); his3D1->GetZaxis()->SetRangeUser(2,5); mediumPtCPos = his3D1->GetMean(3); his3D1->GetZaxis()->SetRangeUser(5,10); highPtCPos = his3D1->GetMean(3); his3D1->GetYaxis()->SetRangeUser(-1,1); his3D1->GetZaxis()->SetRangeUser(0.25,10); } if (pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_3_5_7")) { his3D2 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_3_5_7")); if(!his3D2) return 256; his3D2->GetYaxis()->SetRangeUser(0.1,0.8); his3D2->GetZaxis()->SetRangeUser(0.25,10); meanPtANeg = his3D2->GetMean(3); his3D2->GetZaxis()->SetRangeUser(2,5); mediumPtANeg = his3D2->GetMean(3); his3D2->GetZaxis()->SetRangeUser(5,10); highPtANeg = his3D2->GetMean(3); his3D2->GetYaxis()->SetRangeUser(-0.8,-0.1); his3D2->GetZaxis()->SetRangeUser(0.25,10); meanPtCNeg = his3D2->GetMean(3); his3D2->GetZaxis()->SetRangeUser(2,5); mediumPtCNeg = his3D2->GetMean(3); his3D2->GetZaxis()->SetRangeUser(5,10); highPtCNeg = his3D2->GetMean(3); his3D2->GetYaxis()->SetRangeUser(-1,1); his3D2->GetZaxis()->SetRangeUser(0.25,10); } // dump values // (*pcstream)<<"tpcQA"<< "meanPtAPos="<< meanPtAPos<< "mediumPtAPos="<< mediumPtAPos<< "highPtAPos="<< highPtAPos<< // "meanPtCPos="<< meanPtCPos<< "mediumPtCPos="<< mediumPtCPos<< "highPtCPos="<< highPtCPos<< // "meanPtANeg="<< meanPtANeg<< "mediumPtANeg="<< mediumPtANeg<< "highPtANeg="<< highPtANeg<< // "meanPtCNeg="<< meanPtCNeg<< "mediumPtCNeg="<< mediumPtCNeg<< "highPtCNeg="<< highPtCNeg; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeChargeOverPt(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream){ // // Analyse DCA R imperfections for positive particles // if (!pcstream) return 512; if (!pTPC) return 512; // variables: static Double_t qOverPt = 0; static Double_t qOverPtA = 0; static Double_t qOverPtC = 0; TH2* his2D=0; TH1* his1D1=0; TH1* his1D2=0; TH1* his1D3=0; TF1 *fp1 = new TF1("fp1","pol2",-1.0,1.0); TF1 *fp2 = new TF1("fp2","pol2",-1.0,1.0); TF1 *fp3 = new TF1("fp3","pol2",-1.0,1.0); if (pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_5_8")) { his2D = dynamic_cast<TH2*>(pTPC->GetHistos()->FindObject("h_tpc_track_all_recvertex_5_8")); if(!his2D) return 512; his1D1 = his2D->ProjectionX(); his1D1->Fit(fp1,"R"); if(fp1->GetParameter(2)!=0){ qOverPt = (-1.0)*(fp1->GetParameter(1)/(2.0*fp1->GetParameter(2))); } delete fp1; delete his1D1; his2D->GetYaxis()->SetRangeUser(0.1,0.8); his1D2 = his2D->ProjectionX(); his1D2->Fit(fp2,"R"); if(fp2->GetParameter(2)!=0) qOverPtA = (-1.0)*(fp2->GetParameter(1)/(2.0*fp2->GetParameter(2))); delete fp2; delete his1D2; his2D->GetYaxis()->SetRangeUser(-0.8,-0.1); his1D3 = his2D->ProjectionX(); his1D3->Fit(fp3,"R"); if(fp3->GetParameter(2)!=0) qOverPtC = (-1.0)*(fp3->GetParameter(1)/(2.0*fp3->GetParameter(2))); delete fp3; delete his1D3; his2D->GetYaxis()->SetRangeUser(-1.0,1.0); } (*pcstream)<<"tpcQA"<< "qOverPt="<< qOverPt<< "qOverPtA="<< qOverPtA<< "qOverPtC="<< qOverPtC; return 0; } Int_t AliTPCPerformanceSummary::AnalyzeMatch(const AliPerformanceMatch* pMatch, TTreeSRedirector* const pcstream) { /* if ((pMatch == 0) or (0 == pcstream)) { printf("this will not work anyway..."); } printf("funtion not implemented");*/ if (!pcstream) return 1024; if (!pMatch) return 1024; static Double_t tpcItsMatchA = 0; static Double_t tpcItsMatchHighPtA = 0; static Double_t tpcItsMatchC = 0; static Double_t tpcItsMatchHighPtC = 0; TH2 *h2D = 0; TH2 *h2D1 = 0; if(pMatch->GetHistos()->FindObject("h_tpc_match_trackingeff_all_2_3") && pMatch->GetHistos()->FindObject("h_tpc_match_trackingeff_tpc_2_3")){ h2D = dynamic_cast<TH2*>(pMatch->GetHistos()->FindObject("h_tpc_match_trackingeff_all_2_3")); h2D1 = dynamic_cast<TH2*>(pMatch->GetHistos()->FindObject("h_tpc_match_trackingeff_tpc_2_3")); if(!h2D) return 4; if(!h2D1) return 4; h2D->GetXaxis()->SetRangeUser(0,1.5); h2D1->GetXaxis()->SetRangeUser(0,1.5); Double_t entries,entries1; entries = h2D->GetEffectiveEntries(); entries1 = h2D1->GetEffectiveEntries(); if(entries > 0) tpcItsMatchA = entries1/entries; h2D->GetYaxis()->SetRangeUser(4.01,20.); h2D1->GetYaxis()->SetRangeUser(4.01,20.); entries = h2D->GetEffectiveEntries(); entries1 = h2D1->GetEffectiveEntries(); if(entries > 0) tpcItsMatchHighPtA = entries1/entries; h2D->GetXaxis()->SetRangeUser(-1.5,-0.01); h2D1->GetXaxis()->SetRangeUser(-1.5,-0.01); h2D->GetYaxis()->SetRangeUser(0.0,20.); h2D1->GetYaxis()->SetRangeUser(0.0,20.); entries = h2D->GetEffectiveEntries(); entries1 = h2D1->GetEffectiveEntries(); if(entries > 0) tpcItsMatchC = entries1/entries; h2D->GetYaxis()->SetRangeUser(4.01,20.); h2D1->GetYaxis()->SetRangeUser(4.01,20.); entries = h2D->GetEffectiveEntries(); entries1 = h2D1->GetEffectiveEntries(); if(entries > 0) tpcItsMatchHighPtC = entries1/entries; h2D->GetXaxis()->SetRangeUser(-1.5,1.5); h2D1->GetXaxis()->SetRangeUser(-1.5,1.5); h2D->GetYaxis()->SetRangeUser(0.0,20.); h2D1->GetYaxis()->SetRangeUser(0.0,20.); // delete h2D; // delete h2D1; } (*pcstream)<<"tpcQA"<< "tpcItsMatchA="<< tpcItsMatchA<< "tpcItsMatchHighPtA="<< tpcItsMatchHighPtA<< "tpcItsMatchC="<< tpcItsMatchC<< "tpcItsMatchHighPtC="<< tpcItsMatchHighPtC; return 0; } Int_t AliTPCPerformanceSummary::AnalyzePull(const AliPerformanceMatch* pPull, TTreeSRedirector* const pcstream) { /* if ((pPull == 0) or (0 == pcstream)) { printf("this will not work anyway..."); } printf("funtion not implemented");*/ if (!pcstream) return 2048; if (!pPull) return 2048; static Double_t phiPull = 0; static Double_t phiPullHighPt = 0; static Double_t ptPull = 0; static Double_t ptPullHighPt = 0; static Double_t yPull = 0; static Double_t yPullHighPt = 0; static Double_t zPull = 0; static Double_t zPullHighPt = 0; static Double_t lambdaPull = 0; static Double_t lambdaPullHighPt = 0; TH2 *h2D1 = 0; if(pPull->GetHistos()->FindObject("h_tpc_match_pull_2_7")){ h2D1 = dynamic_cast<TH2*>(pPull->GetHistos()->FindObject("h_tpc_match_pull_2_7")); if(!h2D1) return 4; phiPull = h2D1->GetMean(2); h2D1->SetAxisRange(0.0,1.0/5.0,"X"); phiPullHighPt = h2D1->GetMean(2); h2D1->SetAxisRange(0.0,10.0,"X"); // delete h2D1; } TH2 *h2D2 = 0; if(pPull->GetHistos()->FindObject("h_tpc_match_pull_4_7")){ h2D2 = dynamic_cast<TH2*>(pPull->GetHistos()->FindObject("h_tpc_match_pull_4_7")); if(!h2D2) return 4; ptPull = h2D2->GetMean(2); h2D2->SetAxisRange(0.0,1.0/5.0,"X"); ptPullHighPt = h2D2->GetMean(2); h2D2->SetAxisRange(0.0,10.0,"X"); // delete h2D2; } TH2 *h2D3 = 0; if(pPull->GetHistos()->FindObject("h_tpc_match_pull_0_7")){ h2D3 = dynamic_cast<TH2*>(pPull->GetHistos()->FindObject("h_tpc_match_pull_0_7")); if(!h2D3) return 4; yPull = h2D3->GetMean(2); h2D3->SetAxisRange(0.0,1.0/5.0,"X"); yPullHighPt = h2D3->GetMean(2); h2D3->SetAxisRange(0.0,10.0,"X"); // delete h2D3; } TH2 *h2D4 = 0; if(pPull->GetHistos()->FindObject("h_tpc_match_pull_1_7")){ h2D4 = dynamic_cast<TH2*>(pPull->GetHistos()->FindObject("h_tpc_match_pull_1_7")); if(!h2D4) return 4; zPull = h2D4->GetMean(2); h2D4->SetAxisRange(0.0,1.0/5.0,"X"); zPullHighPt = h2D4->GetMean(2); h2D4->SetAxisRange(0.0,10.0,"X"); // delete h2D4; } TH2 *h2D5 = 0; if(pPull->GetHistos()->FindObject("h_tpc_match_pull_3_7")){ h2D5 = dynamic_cast<TH2*>(pPull->GetHistos()->FindObject("h_tpc_match_pull_3_7")); if(!h2D5) return 4; lambdaPull = h2D5->GetMean(2); h2D5->SetAxisRange(0.0,1.0/5.0,"X"); lambdaPullHighPt = h2D5->GetMean(2); h2D5->SetAxisRange(0.0,10.0,"X"); // delete h2D5; } (*pcstream)<<"tpcQA"<< "phiPull="<< phiPull<< "phiPullHighPt="<< phiPullHighPt<< "ptPull="<< ptPull<< "ptPullHighPt="<< ptPullHighPt<< "yPull="<< yPull<< "yPullHighPt="<< yPullHighPt<< "zPull="<< zPull<< "zPullHighPt="<< zPullHighPt<< "lambdaPull="<< lambdaPull<< "lambdaPullHighPt="<< lambdaPullHighPt; return 0; } Int_t AliTPCPerformanceSummary::AnalyzeConstrain(const AliPerformanceMatch* pConstrain, TTreeSRedirector* pcstream) { if (!pcstream) return 5126; if (!pConstrain) return 5126; TH3* his3D=0; static Double_t tpcConstrainPhiA = 0; static Double_t tpcConstrainPhiC = 0; if (pConstrain->GetHistos()->FindObject("h_tpc_constrain_tpc_0_2_3")) { his3D = dynamic_cast<TH3*>(pConstrain->GetHistos()->FindObject("h_tpc_constrain_tpc_0_2_3"));//phi pull:pt:eta if(!his3D) return 5126; his3D->GetZaxis()->SetRangeUser(0.0,1.0); tpcConstrainPhiA = his3D->GetMean(1); his3D->GetZaxis()->SetRangeUser(-1.0,-0.001); tpcConstrainPhiC = his3D->GetMean(1); } (*pcstream)<<"tpcQA"<< "tpcConstrainPhiA="<<tpcConstrainPhiA << "tpcConstrainPhiC="<< tpcConstrainPhiC; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeQAPosNegDpT(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { //function which plot 1/Pt for negative and //positive particles if (!pcstream) return 512; if (!pTPC) return 512; TH3D* pos3=0; TH3D* neg3=0; TH1D* pos=0; TH1D* neg=0; TH1D* posC=0; TH1D* negC=0; TH1D* posA=0; TH1D* negA=0; static Double_t deltaPtC = 0; static Double_t deltaPtchi2C = 0; static Double_t slopeC = 0; static Double_t deltaPtA = 0; static Double_t deltaPtchi2A = 0; static Double_t slopeA = 0; static Double_t deltaPt = 0; static Double_t deltaPtchi2 = 0; static Double_t slope = 0; static Double_t deltaPt_Err = 0; static Double_t deltaPtA_Err = 0; static Double_t deltaPtC_Err = 0; //C side if(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_0_5_7")) { pos3 = dynamic_cast<TH3D*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_0_5_7")); if(!pos3) return 512; pos = pos3->ProjectionZ("pos",71,-1,6,25); posC = pos3->ProjectionZ("posC",71,-1,6,15); posA = pos3->ProjectionZ("posA",71,-1,16,25); } if(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_0_5_7")){ neg3 = dynamic_cast<TH3D*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_0_5_7")); if(!neg3) return 512; neg = neg3->ProjectionZ("neg",71,-1,6,25); negC = neg3->ProjectionZ("negC",71,-1,6,15); negA = neg3->ProjectionZ("negA",71,-1,16,25); } if(!pos) return 512; if(!neg) return 512; if(!posA) return 512; if(!negA) return 512; if(!posC) return 512; if(!negC) return 512; pos->Sumw2(); neg->Sumw2(); posA->Sumw2(); negA->Sumw2(); posC->Sumw2(); negC->Sumw2(); pos->Scale(1.,"width"); neg->Scale(1.,"width"); posA->Scale(1.,"width"); negA->Scale(1.,"width"); posC->Scale(1.,"width"); negC->Scale(1.,"width"); //both sides TF1 fpt("fpt","[1]*exp(-1/((1/x))*[0])",0.1,10); TF1 fpt2("fpt2","[1]*exp(-1/((1/x))*[0])",0.1,10); fpt.SetParameters(1,0.5); fpt2.SetParameters(1,0.5); pos->Fit(&fpt,"","",1,4); pos->Fit(&fpt,"","",1,4); pos->Fit(&fpt,"","",1,4); neg->Fit(&fpt2,"","",1,4); neg->Fit(&fpt2,"","",1,4); neg->Fit(&fpt2,"","",1,4); slope = (fpt.GetParameter(0)+fpt2.GetParameter(0))/2.; TH1D* ratio = new TH1D(*pos); ratio->Divide(neg); ratio->Draw(); TF1 fptRatio("fptratio","[2]*exp(-1/((1/x)+[1])*[0])/exp(-1/((1/x)-[1])*[0])",0.1,10); fptRatio.SetParameters(0.5,0.006,1); fptRatio.FixParameter(0,slope); fptRatio.Draw(); ratio->Fit(&fptRatio,"","",1,4); ratio->Fit(&fptRatio,"","",1,4); ratio->Fit(&fptRatio,"","",1,4); deltaPt = fptRatio.GetParameter(1); deltaPtchi2 = fptRatio.GetChisquare(); //get the errors deltaPt_Err = fptRatio.GetParError(1); //A side TF1 fptA("fptA","[1]*exp(-1/((1/x))*[0])",0.1,10); TF1 fpt2A("fpt2A","[1]*exp(-1/((1/x))*[0])",0.1,10); fptA.SetParameters(1,0.5); fpt2A.SetParameters(1,0.5); posA->Fit(&fptA,"","",1,4); posA->Fit(&fptA,"","",1,4); posA->Fit(&fptA,"","",1,4); negA->Fit(&fpt2A,"","",1,4); negA->Fit(&fpt2A,"","",1,4); negA->Fit(&fpt2A,"","",1,4); slopeA = (fptA.GetParameter(0)+fpt2A.GetParameter(0))/2.; TH1D* ratioA = new TH1D(*posA); ratioA->Divide(negA); ratioA->Draw(); TF1 fptRatioA("fptratioA","[2]*exp(-1/((1/x)+[1])*[0])/exp(-1/((1/x)-[1])*[0])",0.1,10); fptRatioA.SetParameters(0.5,0.006,1); fptRatioA.FixParameter(0,slopeA); fptRatioA.Draw(); ratioA->Fit(&fptRatioA,"","",1,4); ratio->Fit(&fptRatioA,"","",1,4); ratioA->Fit(&fptRatioA,"","",1,4); deltaPtA = fptRatioA.GetParameter(1); deltaPtchi2A = fptRatioA.GetChisquare(); //get the errors deltaPtA_Err = fptRatioA.GetParError(1); delete ratioA; delete pos; delete neg; //C side TF1 fptC("fptC","[1]*exp(-1/((1/x))*[0])",0.1,10); TF1 fpt2C("fpt2C","[1]*exp(-1/((1/x))*[0])",0.1,10); fptC.SetParameters(1,0.5); fpt2C.SetParameters(1,0.5); posC->Fit(&fptC,"","",1,4); posC->Fit(&fptC,"","",1,4); posC->Fit(&fptC,"","",1,4); negC->Fit(&fpt2C,"","",1,4); negC->Fit(&fpt2C,"","",1,4); negC->Fit(&fpt2C,"","",1,4); slopeC = (fptC.GetParameter(0)+fpt2C.GetParameter(0))/2.; TH1D* ratioC = new TH1D(*posC); ratioC->Divide(negC); ratioC->Draw(); TF1 fptRatioC("fptratioC","[2]*exp(-1/((1/x)+[1])*[0])/exp(-1/((1/x)-[1])*[0])",0.1,10); fptRatioC.SetParameters(0.5,0.006,1); fptRatioC.FixParameter(0,slopeC); fptRatioC.Draw(); ratioC->Fit(&fptRatioC,"","",1,4); ratio->Fit(&fptRatioC,"","",1,4); ratioC->Fit(&fptRatioC,"","",1,4); deltaPtC = fptRatioC.GetParameter(1); deltaPtchi2C = fptRatioC.GetChisquare(); //get the errors deltaPtC_Err = fptRatioC.GetParError(1); delete posC; delete negC; delete ratioC; (*pcstream)<<"tpcQA"<< "deltaPt="<< deltaPt<< "deltaPtchi2="<< deltaPtchi2<< "deltaPtA="<< deltaPtA<< "deltaPtchi2A="<< deltaPtchi2A<< "deltaPtC="<< deltaPtC<< "deltaPtchi2C="<< deltaPtchi2C<< "deltaPt_Err="<< deltaPt_Err<< "deltaPtA_Err="<< deltaPtA_Err<< "deltaPtC_Err="<< deltaPtC_Err; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeQADCAFitParameter(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // //function which retrieve DCA fit parameters // if (!pcstream) return 16; if (!pTPC) return 16; TH3* dcar_pos3=0; TH3* dcaz_pos3=0; TH3* dcar_neg3=0; TH3* dcaz_neg3=0; static Double_t dcar_posA_0=0; static Double_t dcar_posA_1=0; static Double_t dcar_posA_2=0; static Double_t dcar_posA_chi2=0; static Double_t dcar_posA_0_Err=0; static Double_t dcar_posA_1_Err=0; static Double_t dcar_posA_2_Err=0; static Double_t dcar_posC_0=0; static Double_t dcar_posC_1=0; static Double_t dcar_posC_2=0; static Double_t dcar_posC_chi2=0; static Double_t dcar_posC_0_Err=0; static Double_t dcar_posC_1_Err=0; static Double_t dcar_posC_2_Err=0; static Double_t dcaz_posA_0=0; static Double_t dcaz_posA_1=0; static Double_t dcaz_posA_2=0; static Double_t dcaz_posA_chi2=0; static Double_t dcaz_posA_0_Err=0; static Double_t dcaz_posA_1_Err=0; static Double_t dcaz_posA_2_Err=0; static Double_t dcaz_posC_0=0; static Double_t dcaz_posC_1=0; static Double_t dcaz_posC_2=0; static Double_t dcaz_posC_chi2=0; static Double_t dcaz_posC_0_Err=0; static Double_t dcaz_posC_1_Err=0; static Double_t dcaz_posC_2_Err=0; static Double_t dcar_negA_0=0; static Double_t dcar_negA_1=0; static Double_t dcar_negA_2=0; static Double_t dcar_negA_chi2=0; static Double_t dcar_negA_0_Err=0; static Double_t dcar_negA_1_Err=0; static Double_t dcar_negA_2_Err=0; static Double_t dcar_negC_0=0; static Double_t dcar_negC_1=0; static Double_t dcar_negC_2=0; static Double_t dcar_negC_chi2=0; static Double_t dcar_negC_0_Err=0; static Double_t dcar_negC_1_Err=0; static Double_t dcar_negC_2_Err=0; static Double_t dcaz_negA_0=0; static Double_t dcaz_negA_1=0; static Double_t dcaz_negA_2=0; static Double_t dcaz_negA_chi2=0; static Double_t dcaz_negA_0_Err=0; static Double_t dcaz_negA_1_Err=0; static Double_t dcaz_negA_2_Err=0; static Double_t dcaz_negC_0=0; static Double_t dcaz_negC_1=0; static Double_t dcaz_negC_2=0; static Double_t dcaz_negC_chi2=0; static Double_t dcaz_negC_0_Err=0; static Double_t dcaz_negC_1_Err=0; static Double_t dcaz_negC_2_Err=0; if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_6")) { dcar_pos3 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_6")); } if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_6")) { dcaz_pos3 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_4_5_6")); } if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_6")) { dcar_neg3 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_3_5_6")); } if (pTPC->GetHistos()->FindObject("h_tpc_track_pos_recvertex_3_5_6")) { dcaz_neg3 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_track_neg_recvertex_4_5_6")); } TF1 fit("fit","[0]+[1]*cos(x)+[2]*sin(x)",0,7); dcar_pos3->GetYaxis()->SetRangeUser(0,0.99); TH1* dcar_posA = (dynamic_cast<TH2*>(dcar_pos3->Project3D("xz_1")))->ProfileX(); dcar_posA->Fit(&fit,"NQ"); dcar_posA_0 = fit.GetParameter(0); dcar_posA_1 = fit.GetParameter(1); dcar_posA_2 = fit.GetParameter(2); dcar_posA_chi2 = fit.GetChisquare(); dcar_posA_0_Err = fit.GetParError(0); dcar_posA_1_Err = fit.GetParError(1); dcar_posA_2_Err = fit.GetParError(2); dcar_pos3->GetYaxis()->SetRangeUser(-1.0,-0.01); TH1* dcar_posC = (dynamic_cast<TH2*>(dcar_pos3->Project3D("xz_2")))->ProfileX(); dcar_posC->Fit(&fit,"NQ"); dcar_posC_0 = fit.GetParameter(0); dcar_posC_1 = fit.GetParameter(1); dcar_posC_2 = fit.GetParameter(2); dcar_posC_chi2 = fit.GetChisquare(); dcar_posC_0_Err = fit.GetParError(0); dcar_posC_1_Err = fit.GetParError(1); dcar_posC_2_Err = fit.GetParError(2); dcaz_pos3->GetYaxis()->SetRangeUser(0,0.99); TH1* dcaz_posA = (dynamic_cast<TH2*>(dcaz_pos3->Project3D("xz_3")))->ProfileX(); dcaz_posA->Fit(&fit,"NQ"); dcaz_posA_0 = fit.GetParameter(0); dcaz_posA_1 = fit.GetParameter(1); dcaz_posA_2 = fit.GetParameter(2); dcaz_posA_chi2 = fit.GetChisquare(); dcaz_posA_0_Err = fit.GetParError(0); dcaz_posA_1_Err = fit.GetParError(1); dcaz_posA_2_Err = fit.GetParError(2); dcaz_pos3->GetYaxis()->SetRangeUser(-1.0,-0.01); TH1* dcaz_posC = (dynamic_cast<TH2*>(dcaz_pos3->Project3D("xz_4")))->ProfileX(); dcaz_posC->Fit(&fit,"NQ"); dcaz_posC_0 = fit.GetParameter(0); dcaz_posC_1 = fit.GetParameter(1); dcaz_posC_2 = fit.GetParameter(2); dcaz_posC_chi2 = fit.GetChisquare(); dcaz_posC_0_Err = fit.GetParError(0); dcaz_posC_1_Err = fit.GetParError(1); dcaz_posC_2_Err = fit.GetParError(2); dcar_neg3->GetYaxis()->SetRangeUser(0,0.99); TH1* dcar_negA = (dynamic_cast<TH2*>(dcar_neg3->Project3D("xz_1")))->ProfileX(); dcar_negA->Fit(&fit,"NQ"); dcar_negA_0 = fit.GetParameter(0); dcar_negA_1 = fit.GetParameter(1); dcar_negA_2 = fit.GetParameter(2); dcar_negA_chi2 = fit.GetChisquare(); dcar_negA_0_Err = fit.GetParError(0); dcar_negA_1_Err = fit.GetParError(1); dcar_negA_2_Err = fit.GetParError(2); dcar_neg3->GetYaxis()->SetRangeUser(-1.0,-0.01); TH1* dcar_negC = (dynamic_cast<TH2*>(dcar_neg3->Project3D("xz_2")))->ProfileX(); dcar_negC->Fit(&fit,"NQ"); dcar_negC_0 = fit.GetParameter(0); dcar_negC_1 = fit.GetParameter(1); dcar_negC_2 = fit.GetParameter(2); dcar_negC_chi2 = fit.GetChisquare(); dcar_negC_0_Err = fit.GetParError(0); dcar_negC_1_Err = fit.GetParError(1); dcar_negC_2_Err = fit.GetParError(2); dcaz_neg3->GetYaxis()->SetRangeUser(0,0.99); TH1* dcaz_negA = (dynamic_cast<TH2*>(dcaz_neg3->Project3D("xz_3")))->ProfileX(); dcaz_negA->Fit(&fit,"NQ"); dcaz_negA_0 = fit.GetParameter(0); dcaz_negA_1 = fit.GetParameter(1); dcaz_negA_2 = fit.GetParameter(2); dcaz_negA_chi2 = fit.GetChisquare(); dcaz_negA_0_Err = fit.GetParError(0); dcaz_negA_1_Err = fit.GetParError(1); dcaz_negA_2_Err = fit.GetParError(2); dcaz_neg3->GetYaxis()->SetRangeUser(-1.0,-0.01); TH1* dcaz_negC = (dynamic_cast<TH2*>(dcaz_neg3->Project3D("xz_4")))->ProfileX(); dcaz_negC->Fit(&fit,"NQ"); dcaz_negC_0 = fit.GetParameter(0); dcaz_negC_1 = fit.GetParameter(1); dcaz_negC_2 = fit.GetParameter(2); dcaz_negC_chi2 = fit.GetChisquare(); dcaz_negC_0_Err = fit.GetParError(0); dcaz_negC_1_Err = fit.GetParError(1); dcaz_negC_2_Err = fit.GetParError(2); // store results (shift in dca) in ttree (*pcstream)<<"tpcQA"<< "dcar_posA_0="<< dcar_posA_0<< "dcar_posA_1="<< dcar_posA_1<< "dcar_posA_2="<< dcar_posA_2<< "dcar_posA_chi2="<< dcar_posA_chi2<< "dcar_posA_0_Err="<< dcar_posA_0_Err<< "dcar_posA_1_Err="<< dcar_posA_1_Err<< "dcar_posA_2_Err="<< dcar_posA_2_Err; (*pcstream)<<"tpcQA"<< "dcaz_posA_0="<< dcaz_posA_0<< "dcaz_posA_1="<< dcaz_posA_1<< "dcaz_posA_2="<< dcaz_posA_2<< "dcaz_posA_chi2="<< dcaz_posA_chi2<< "dcaz_posA_0_Err="<< dcaz_posA_0_Err<< "dcaz_posA_1_Err="<< dcaz_posA_1_Err<< "dcaz_posA_2_Err="<< dcaz_posA_2_Err; (*pcstream)<<"tpcQA"<< "dcaz_posC_0="<< dcaz_posC_0<< "dcaz_posC_1="<< dcaz_posC_1<< "dcaz_posC_2="<< dcaz_posC_2<< "dcaz_posC_chi2="<< dcaz_posC_chi2<< "dcaz_posC_0_Err="<< dcaz_posC_0_Err<< "dcaz_posC_1_Err="<< dcaz_posC_1_Err<< "dcaz_posC_2_Err="<< dcaz_posC_2_Err; (*pcstream)<<"tpcQA"<< "dcar_posC_0="<< dcar_posC_0<< "dcar_posC_1="<< dcar_posC_1<< "dcar_posC_2="<< dcar_posC_2<< "dcar_posC_chi2="<< dcar_posC_chi2<< "dcar_posC_0_Err="<< dcar_posC_0_Err<< "dcar_posC_1_Err="<< dcar_posC_1_Err<< "dcar_posC_2_Err="<< dcar_posC_2_Err; (*pcstream)<<"tpcQA"<< "dcar_negA_0="<< dcar_negA_0<< "dcar_negA_1="<< dcar_negA_1<< "dcar_negA_2="<< dcar_negA_2<< "dcar_negA_chi2="<< dcar_negA_chi2<< "dcar_negA_0_Err="<< dcar_negA_0_Err<< "dcar_negA_1_Err="<< dcar_negA_1_Err<< "dcar_negA_2_Err="<< dcar_negA_2_Err; (*pcstream)<<"tpcQA"<< "dcaz_negA_0="<< dcaz_negA_0<< "dcaz_negA_1="<< dcaz_negA_1<< "dcaz_negA_2="<< dcaz_negA_2<< "dcaz_negA_chi2="<< dcaz_negA_chi2<< "dcaz_negA_0_Err="<< dcaz_negA_0_Err<< "dcaz_negA_1_Err="<< dcaz_negA_1_Err<< "dcaz_negA_2_Err="<< dcaz_negA_2_Err; (*pcstream)<<"tpcQA"<< "dcaz_negC_0="<< dcaz_negC_0<< "dcaz_negC_1="<< dcaz_negC_1<< "dcaz_negC_2="<< dcaz_negC_2<< "dcaz_negC_chi2="<< dcaz_negC_chi2<< "dcaz_negC_0_Err="<< dcaz_negC_0_Err<< "dcaz_negC_1_Err="<< dcaz_negC_1_Err<< "dcaz_negC_2_Err="<< dcaz_negC_2_Err; (*pcstream)<<"tpcQA"<< "dcar_negC_0="<< dcar_negC_0<< "dcar_negC_1="<< dcar_negC_1<< "dcar_negC_2="<< dcar_negC_2<< "dcar_negC_chi2="<< dcar_negC_chi2<< "dcar_negC_0_Err="<< dcar_negC_0_Err<< "dcar_negC_1_Err="<< dcar_negC_1_Err<< "dcar_negC_2_Err="<< dcar_negC_2_Err; return 0; } //_____________________________________________________________________________ Int_t AliTPCPerformanceSummary::AnalyzeOcc(const AliPerformanceTPC* pTPC, TTreeSRedirector* const pcstream) { // //function which make trending of occupany per side and IROC-OROC // if (!pcstream) return 16; if (!pTPC) return 16; TH3* h3D_1=0; TH2* his2D=0; TH1* his1D=0; static Double_t norm=0; static Double_t mean_occ_chamber=0; static Double_t rms_mean_occ_chamber=0; static Float_t occ_chamber=0; static Double_t rmsNr = 3.0; static Int_t n_chamber_lowOcc = 0; static Double_t minOcc= 0; //nr of chamber within the thresholds static Int_t iroc_A_side =0; static Int_t oroc_A_side=0; static Int_t iroc_C_side =0; static Int_t oroc_C_side =0; //occupancy for each chamber, normalized to the total occupancy static TVectorF meanOccArray_iroc(36); static TVectorF meanOccArray_oroc(36); if (pTPC->GetHistos()->FindObject("h_tpc_clust_0_1_2")) { h3D_1 = dynamic_cast<TH3*>(pTPC->GetHistos()->FindObject("h_tpc_clust_0_1_2")); } ////////////////////////////////////////// // normalization h3D_1->GetZaxis()->SetRangeUser(0,0.99); //A side h3D_1->GetXaxis()->SetRangeUser(0,160); //IROC + OROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_A_norm")); if(!his2D) return 4; his1D = his2D->ProjectionX(); norm = his1D->Integral(); printf("normalization: \t%f\n",norm); if (norm < 0.001) norm=0.00001; delete his2D; ////////////////////////////////////////// // A_side IROC h3D_1->GetZaxis()->SetRangeUser(0,0.99); //A_side h3D_1->GetXaxis()->SetRangeUser(0,63); //IROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_A_side_IROC")); if(!his2D) return 4; printf("-------------- A_IROC occupancy \t\n"); for(Int_t i = 0; i < 18; i++) { //fill IROC A_side Float_t phiLow = i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = (i+1)*(20./360.)*(2*TMath::Pi()); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); his1D = his2D->ProjectionX(); occ_chamber = (his1D->Integral()) / norm; printf("%d occ_chamber \t%f \t phiLow phiUp \t%f %f \n",i, occ_chamber, phiLow, phiUp); meanOccArray_iroc[i]= occ_chamber;//fill array with occupancy for each chamber mean_occ_chamber += occ_chamber;//compute the average occupancy rms_mean_occ_chamber += occ_chamber*occ_chamber; delete his1D; } delete his2D; mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber = TMath::Sqrt( TMath::Abs(rms_mean_occ_chamber - (mean_occ_chamber*mean_occ_chamber)) ); minOcc = mean_occ_chamber - rmsNr*rms_mean_occ_chamber; printf("mean_occ_chamber +- rms_mean_occ_chamber \t%f\t%f \n", mean_occ_chamber, rms_mean_occ_chamber); printf("min Occ allowed (threshold) \t%f \n", minOcc); for (Int_t i = 0; i<18; i++) { if (meanOccArray_iroc[i] < minOcc) {n_chamber_lowOcc++;} } iroc_A_side = (18 - n_chamber_lowOcc); //nr of iroc above the thr printf("Nr of iroc_A_side \t%i \n \n ",iroc_A_side); mean_occ_chamber=0; rms_mean_occ_chamber=0; occ_chamber=0.; n_chamber_lowOcc=0; minOcc=0.; //////////////////////////////////////////// // A_side OROC h3D_1->GetZaxis()->SetRangeUser(0,0.99); //A_side h3D_1->GetXaxis()->SetRangeUser(64,160); //OROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_A_side_OROC")); if(!his2D) return 4; printf("-------------- A_OROC occupancy \t\n"); for(Int_t i = 0; i < 18; i++) { Float_t phiLow = i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = (i+1)*(20./360.)*(2*TMath::Pi()); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); his1D = his2D->ProjectionX(); occ_chamber = (his1D->Integral()) / norm; printf("%d occ_chamber \t%f \t phiLow phiUp \t%f %f \n",i, occ_chamber, phiLow, phiUp); meanOccArray_oroc[i]= occ_chamber;//fill array with occupancy for each chamber mean_occ_chamber += occ_chamber;//compute the average occupancy rms_mean_occ_chamber += occ_chamber*occ_chamber; delete his1D; } delete his2D; mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber = TMath::Sqrt( TMath::Abs(rms_mean_occ_chamber - (mean_occ_chamber*mean_occ_chamber)) ); minOcc = mean_occ_chamber - rmsNr*rms_mean_occ_chamber; printf("mean_occ_chamber +- rms_mean_occ_chamber \t%f\t%f \n", mean_occ_chamber, rms_mean_occ_chamber); printf("min Occ allowed (threshold) \t%f \n", minOcc); for (Int_t i = 0; i<18; i++) { if (meanOccArray_oroc[i] < minOcc) {n_chamber_lowOcc++;} } oroc_A_side = (18 - n_chamber_lowOcc); //variable stored in the trending printf("Nr of oroc_A_side \t%i \n \n ",oroc_A_side); mean_occ_chamber=0; rms_mean_occ_chamber=0; occ_chamber=0.; n_chamber_lowOcc=0; minOcc=0.; //////////////////////////////////////////////////////////////////////////////// // C side ////////////////////////////////////////// // normalization h3D_1->GetZaxis()->SetRangeUser(-1,-0.001); //C side h3D_1->GetXaxis()->SetRangeUser(0,160); //IROC + OROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_C_norm")); if(!his2D) return 4; his1D = his2D->ProjectionX(); norm = his1D->Integral(); printf("normalization: \t%f\n",norm); if (norm < 0.001) norm=0.00001; delete his2D; ////////////////////////////////////////// // C_side IROC h3D_1->GetZaxis()->SetRangeUser(-1,-0.001); //C_side h3D_1->GetXaxis()->SetRangeUser(0,63); //IROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_C_side_IROC")); if(!his2D) return 4; printf("-------------- C_IROC occupancy \t\n"); for(Int_t i = 0; i < 18; i++) { Float_t phiLow = i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = (i+1)*(20./360.)*(2*TMath::Pi()); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); his1D = his2D->ProjectionX(); occ_chamber = (his1D->Integral()) / norm; printf("%d occ_chamber \t%f \t phiLow phiUp \t%f %f \n",i, occ_chamber, phiLow, phiUp); meanOccArray_iroc[18+i]= occ_chamber;//fill array with occupancy for each chamber, C side, therefore index 18+i mean_occ_chamber += occ_chamber;//compute the average occupancy rms_mean_occ_chamber += occ_chamber*occ_chamber; delete his1D; } delete his2D; mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber = TMath::Sqrt( TMath::Abs(rms_mean_occ_chamber - (mean_occ_chamber*mean_occ_chamber)) ); minOcc = mean_occ_chamber - rmsNr*rms_mean_occ_chamber; printf("mean_occ_chamber +- rms_mean_occ_chamber \t%f\t%f \n", mean_occ_chamber, rms_mean_occ_chamber); printf("min Occ allowed (threshold) \t%f \n", minOcc); for (Int_t i = 18; i<36; i++) { if (meanOccArray_iroc[i] < minOcc) {n_chamber_lowOcc++;} } iroc_C_side = (18 - n_chamber_lowOcc); //variable stored in the trending printf("Nr of iroc_C_side \t%i \n \n ",iroc_C_side); mean_occ_chamber=0; rms_mean_occ_chamber=0; occ_chamber=0.; n_chamber_lowOcc=0; minOcc=0.; //////////////////////////////////////////// // C_side OROC h3D_1->GetZaxis()->SetRangeUser(-1,-0.001); //C_side h3D_1->GetXaxis()->SetRangeUser(64,160); //OROC his2D = dynamic_cast<TH2*>(h3D_1->Project3D("xy_C_side_OROC")); if(!his2D) return 4; printf("-------------- C_OROC occupancy \t\n"); for(Int_t i = 0; i < 18; i++) { Float_t phiLow = i*(20./360.)*(2*TMath::Pi()); Float_t phiUp = (i+1)*(20./360.)*(2*TMath::Pi()); his2D->GetXaxis()->SetRangeUser(phiLow,phiUp); his1D = his2D->ProjectionX(); occ_chamber = (his1D->Integral()) / norm; printf("%d occ_chamber \t%f \t phiLow phiUp \t%f %f \n",i, occ_chamber, phiLow, phiUp); meanOccArray_oroc[18+i]= occ_chamber;//fill array with occupancy for each chamber mean_occ_chamber += occ_chamber;//compute the average occupancy rms_mean_occ_chamber += occ_chamber*occ_chamber; delete his1D; } delete his2D; mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber /= 18; //nr of sectors rms_mean_occ_chamber = TMath::Sqrt( TMath::Abs(rms_mean_occ_chamber - (mean_occ_chamber*mean_occ_chamber)) ); minOcc = mean_occ_chamber - rmsNr*rms_mean_occ_chamber; printf("mean_occ_chamber +- rms_mean_occ_chamber \t%f\t%f \n", mean_occ_chamber, rms_mean_occ_chamber); printf("min Occ allowed (threshold) \t%f \n", minOcc); for (Int_t i = 18; i<36; i++) { if (meanOccArray_oroc[i] < minOcc) {n_chamber_lowOcc++;} } oroc_C_side = (18 - n_chamber_lowOcc); //variable stored in the trending printf("Nr of oroc_C_side \t%i \n \n ",oroc_C_side); mean_occ_chamber=0; rms_mean_occ_chamber=0; occ_chamber=0.; n_chamber_lowOcc=0; minOcc=0.; (*pcstream)<<"tpcQA"<< "iroc_A_side="<< iroc_A_side<< "oroc_A_side="<< oroc_A_side<< "iroc_C_side="<< iroc_C_side<< "oroc_C_side="<< oroc_C_side<< //A/C side IROC "TPC_Occ_IROC.="<< &meanOccArray_iroc<< //A/C side OROC "TPC_Occ_OROC.="<< &meanOccArray_oroc; return 0; }
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