// Authors:
// Markus Heide <mheide@uni-muenster.de>
//////////////////////////////////////////////////////
-
-//#include "TPDGCode.h"
-/*#include "TFile.h"
-#include "TTree.h"
-#include "TEventList.h"*/
+
#include "TObjArray.h"
#include "TH2.h"
#include "TH2F.h"
#include "TH1I.h"
#include "TCanvas.h"
-// #include "TPad.h"
-// #include "TLegend.h"
#include "AliLog.h"
#include "AliESDtrack.h"
//____________________________________________________________________
-void AliTRDv0Monitor::MakeSummary(){
- TCanvas *cOut = new TCanvas("v0MonitorSummary1", "Summary 1 for task V0Monitor", 1024, 768);
- cOut->cd();
+void AliTRDv0Monitor::MakeSummary(){//makes a summary with potentially nice reference figures
+ //TCanvas *cOut = new TCanvas("v0MonitorSummary1", "Summary 1 for task V0Monitor", 1024, 768);
+ //cOut->cd();
//GetRefFigure(4);
- cOut->SaveAs("V0MonitorSummary.gif");
+ //cOut->SaveAs("V0MonitorSummary.gif");
- cOut = new TCanvas("v0MonitorSummary2","Summary 2 for task V0Monitor", 1024, 768);
- cOut->cd();
+ //cOut = new TCanvas("v0MonitorSummary2","Summary 2 for task V0Monitor", 1024, 768);
+ //cOut->cd();
//GetRefFigure(5);
- cOut->SaveAs("V0MonitorSummary2.gif");
+ //cOut->SaveAs("V0MonitorSummary2.gif");
}
//________________________________________________________________________
Bool_t AliTRDv0Monitor::GetRefFigure(Int_t /*ifig*/)
{
+ //creating reference figures
AliInfo("Implementation on going ...");
return kTRUE;
{
// Create histograms
// Called once
-
if(fContainer) return fContainer;
fContainer = new TObjArray(kNPlots);
{
// Main loop
// Called for each event
-
if(!(fTracks = dynamic_cast<TObjArray*>(GetInputData(1)))) return;
if(!(fV0s = dynamic_cast<TObjArray*>(GetInputData(2)))) return;
if(!(fInfo = dynamic_cast<TObjArray*>(GetInputData(3)))) return;
AliTRDtrackInfo *track = NULL;
AliTRDv0Info *v0(NULL);
-
-
for(Int_t itrk=0; itrk<fTracks->GetEntriesFast(); itrk++){
track = (AliTRDtrackInfo*)fTracks->UncheckedAt(itrk);
for(Int_t iv(0); iv<fV0s->GetEntriesFast(); iv++){
ULong_t status = track->GetStatus();
if(!(status&AliESDtrack::kTRDpid)) continue;
- fhQualityReductions->Fill(v0->fQuality);//fills integer codes for tracks cut out by track/V0 quality cuts
+ fhQualityReductions->Fill(v0->GetQuality());//fills integer codes for tracks cut out by track/V0 quality cuts
- if(!(v0->fQuality == 1)) continue;
+ if(!(v0->GetQuality() == 1)) continue;
for(Int_t part = 0; part < AliPID::kSPECIES; part++){
fhCutReductions[part]->Fill(v0->GetPID(part,track));//fill in numbers of tracks eliminated by different PID cuts
}
//fill histograms with track/V0 quality cuts only
- fhPsiPair[idecay][0]->Fill(v0->fV0Momentum,v0->fPsiPair);//Angle between daughter momentum plane and plane perpendicular to magnetic field
- fhInvMass[idecay]->Fill(v0->fV0Momentum,v0->fInvMass[idecay]);//Invariant mass
- fhPointAngle[idecay][0]->Fill(v0->fV0Momentum,v0->fPointingAngle);// = TMath::ACos(esdv0->GetV0CosineOfPointingAngle()); // Cosine of pointing angle
- fhOpenAngle[idecay][0]->Fill(v0->fV0Momentum,v0->fOpenAngle);// opening angle between daughters
- fhDCA[idecay][0]->Fill(v0->fV0Momentum,v0->fDCA);// Distance of closest approach of daughter tracks
- fhV0Chi2ndf[idecay][0]->Fill(v0->fV0Momentum,v0->fChi2ndf[idecay]);//Kalman Filter Chi2/NDF
- fhRadius[idecay][0]->Fill(v0->fV0Momentum,v0->fRadius);//distance of decay/conversion from primary vertex in x-y plane
+ fhPsiPair[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetPsiPair());//Angle between daughter momentum plane and plane perpendicular to magnetic field
+ fhInvMass[idecay]->Fill(v0->GetV0Momentum(),v0->GetInvMass(idecay));//Invariant mass
+ fhPointAngle[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetPointingAngle());// = TMath::ACos(esdv0->GetV0CosineOfPointingAngle()); // Cosine of pointing angle
+ fhOpenAngle[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetOpenAngle());// opening angle between daughters
+ fhDCA[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetDCA());// Distance of closest approach of daughter tracks
+ fhV0Chi2ndf[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetChi2ndf(idecay));//Kalman Filter Chi2/NDF
+ fhRadius[idecay][0]->Fill(v0->GetV0Momentum(),v0->GetRadius());//distance of decay/conversion from primary vertex in x-y plane
if(v0->HasTrack(track) == -1){
- fhTPCdEdx[part][0]->Fill(v0->fTrackN->P(),v0->fTPCdEdx[AliTRDv0Info::kNeg]);//TPC dE/dx for negative track
+ fhTPCdEdx[part][0]->Fill(v0->GetV0Daughter(-1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kNeg));//TPC dE/dx for negative track
} else if(v0->HasTrack(track) == 1){
- fhTPCdEdx[part][0]->Fill(v0->fTrackP->P(),v0->fTPCdEdx[AliTRDv0Info::kPos]);//TPC dE/dx for positive track
+ fhTPCdEdx[part][0]->Fill(v0->GetV0Daughter(1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kPos));//TPC dE/dx for positive track
}
//fill histograms after invariant mass cuts
- if((v0->fInvMass[idecay] < v0->fUpInvMass[idecay][0])&&(v0->fInvMass[idecay]> v0->fDownInvMass[idecay])){
- fhV0Chi2ndf[idecay][1]->Fill(v0->fV0Momentum,v0->fChi2ndf[idecay]);
- fhPsiPair[idecay][1]->Fill(v0->fV0Momentum,v0->fPsiPair);
- fhPointAngle[idecay][1]->Fill(v0->fV0Momentum,v0->fPointingAngle);
- fhOpenAngle[idecay][1]->Fill(v0->fV0Momentum,v0->fOpenAngle);
- fhDCA[idecay][1]->Fill(v0->fV0Momentum,v0->fDCA);
- fhRadius[idecay][1]->Fill(v0->fV0Momentum,v0->fRadius);
+ if((v0->GetInvMass(idecay) < v0->GetUpInvMass(idecay,0))&&(v0->GetInvMass(idecay)> v0->GetDownInvMass(idecay))){
+ fhV0Chi2ndf[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetChi2ndf(idecay));
+ fhPsiPair[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetPsiPair());
+ fhPointAngle[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetPointingAngle());
+ fhOpenAngle[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetOpenAngle());
+ fhDCA[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetDCA());
+ fhRadius[idecay][1]->Fill(v0->GetV0Momentum(),v0->GetRadius());
if(v0->HasTrack(track) == -1)
- fhTPCdEdx[part][1]->Fill(v0->fTrackN->P(),v0->fTPCdEdx[AliTRDv0Info::kNeg]);
+ fhTPCdEdx[part][1]->Fill(v0->GetV0Daughter(-1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kNeg));
else if(v0->HasTrack(track) == 1)
- fhTPCdEdx[part][1]->Fill(v0->fTrackP->P(),v0->fTPCdEdx[AliTRDv0Info::kPos]);
+ fhTPCdEdx[part][1]->Fill(v0->GetV0Daughter(1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kPos));
}
//fill histograms after all reference selection cuts
if(v0->GetPID(part,track)==1){
- fhV0Chi2ndf[idecay][2]->Fill(v0->fV0Momentum,v0->fChi2ndf[idecay]);
- fhPsiPair[idecay][2]->Fill(v0->fV0Momentum,v0->fPsiPair);
- fhPointAngle[idecay][2]->Fill(v0->fV0Momentum,v0->fPointingAngle);
- fhOpenAngle[idecay][2]->Fill(v0->fV0Momentum,v0->fOpenAngle);
- fhDCA[idecay][2]->Fill(v0->fV0Momentum,v0->fDCA);
- fhRadius[idecay][2]->Fill(v0->fV0Momentum,v0->fRadius);
+ fhV0Chi2ndf[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetChi2ndf(idecay));
+ fhPsiPair[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetPsiPair());
+ fhPointAngle[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetPointingAngle());
+ fhOpenAngle[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetOpenAngle());
+ fhDCA[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetDCA());
+ fhRadius[idecay][2]->Fill(v0->GetV0Momentum(),v0->GetRadius());
if(v0->HasTrack(track) == -1)
- fhTPCdEdx[part][2]->Fill(v0->fTrackN->P(),v0->fTPCdEdx[AliTRDv0Info::kNeg]);
+ fhTPCdEdx[part][2]->Fill(v0->GetV0Daughter(-1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kNeg));
else if(v0->HasTrack(track) == 1)
- fhTPCdEdx[part][2]->Fill(v0->fTrackP->P(),v0->fTPCdEdx[AliTRDv0Info::kPos]);
+ fhTPCdEdx[part][2]->Fill(v0->GetV0Daughter(1)->P(),v0->GetTPCdEdx(AliTRDv0Info::kPos));
}
}
}
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff