void SetVertexerTracksConstraintITS(Bool_t constr=kTRUE) { fVertexerTracksConstraintITS=constr; return; }
void SetVertexerTracksConstraintTPC(Bool_t constr=kTRUE) { fVertexerTracksConstraintTPC=constr; return; }
- void SetVertexerTracksCuts(Int_t mode,Int_t ncuts,Double_t cuts[12]);
- void SetVertexerTracksCutsITS(Int_t ncuts,Double_t cuts[12])
+ void SetVertexerTracksCuts(Int_t mode,Int_t ncuts,Double_t* cuts);
+ void SetVertexerTracksCutsITS(Int_t ncuts,Double_t* cuts)
{ SetVertexerTracksCuts(0,ncuts,cuts); return; }
- void SetVertexerTracksCutsTPC(Int_t ncuts,Double_t cuts[12])
+ void SetVertexerTracksCutsTPC(Int_t ncuts,Double_t* cuts)
{ SetVertexerTracksCuts(1,ncuts,cuts); return; }
void SetVertexerV0Cuts(Int_t ncuts,Double_t cuts[7]);
void SetVertexerCascadeCuts(Int_t ncuts,Double_t cuts[8]);
+ void SetVertexerTracksTPCClusterization(Bool_t use, Double_t dzcut, Double_t nsigmazcut);
+ void SetVertexerTracksITSClusterization(Bool_t use, Double_t dzcut, Double_t nsigmazcut);
Bool_t GetVertexerTracksConstraintITS() const { return fVertexerTracksConstraintITS; }
Bool_t GetVertexerTracksConstraintTPC() const { return fVertexerTracksConstraintTPC; }
Int_t GetVertexerTracksNCuts() const { return fVertexerTracksNCuts; }
Int_t GetVertexerV0NCuts() const { return fVertexerV0NCuts; }
Int_t GetVertexerCascadeNCuts() const { return fVertexerCascadeNCuts; }
- void GetVertexerTracksCuts(Int_t mode,Double_t *cuts) const;
- void GetVertexerTracksCutsITS(Double_t *cuts) const
- { GetVertexerTracksCuts(0,cuts); return; }
- void GetVertexerTracksCutsTPC(Double_t *cuts) const
- { GetVertexerTracksCuts(1,cuts); return; }
+ void GetVertexerTracksCuts(Int_t mode,Double_t *cuts,Int_t n) const;
+ void GetVertexerTracksCutsITS(Double_t *cuts,Int_t n) const
+ { GetVertexerTracksCuts(0,cuts,n); return; }
+ void GetVertexerTracksCutsTPC(Double_t *cuts,Int_t n) const
+ { GetVertexerTracksCuts(1,cuts,n); return; }
void GetVertexerV0Cuts(Double_t *cuts) const;
void GetVertexerCascadeCuts(Double_t *cuts) const;
Double_t fVertexerTracksITSfidZ; // fiducial z
Double_t fVertexerTracksITSalgo; // finder algo
Double_t fVertexerTracksITSalgoIter0; // finder algo iteration 0
+ //
+ Double_t fVertexerTracksITSMVTukey2; // Tukey constant for multivertexer
+ Double_t fVertexerTracksITSMVSig2Ini; // initial sig2 for multivertexer
+ Double_t fVertexerTracksITSMVMaxSigma2; // max sig2 to accept for multivertexer
+ Double_t fVertexerTracksITSMVMinSig2Red; // min sig2 to to consider multivertexer stuck (then push)
+ Double_t fVertexerTracksITSMVMinDst; // min distance between 2 iterations to stop multi-vertex search
+ Double_t fVertexerTracksITSMVScanStep; // z-scan step for multivertexer
+ Double_t fVertexerTracksITSMVMaxWghNtr; // min wdist*ncontrib between to vertices to eliminate
+ Double_t fVertexerTracksITSMVFinalWBinary; // for the final fit used binary weights
+ Double_t fVertexerTracksITSMVBCSpacing; // assumer BC spacing
+ //
+ Double_t fVertexerTracksITSclusterize; // pre-clusterization of tracks
+ Double_t fVertexerTracksITSclusterdz; // cut in absolute dz
+ Double_t fVertexerTracksITSclusternsigmaz; // cut in standardized dz
// cuts for AliVertexerTracks: TPC-only mode
Double_t fVertexerTracksTPCdcacut; // general dca
Double_t fVertexerTracksTPCfidZ; // fiducial z
Double_t fVertexerTracksTPCalgo; // finder algo
Double_t fVertexerTracksTPCalgoIter0; // finder algo iteration 0
-
+ //
+ Double_t fVertexerTracksTPCMVTukey2; // Tukey constant for multivertexer
+ Double_t fVertexerTracksTPCMVSig2Ini; // initial sig2 for multivertexer
+ Double_t fVertexerTracksTPCMVMaxSigma2; // max sig2 to accept for multivertexer
+ Double_t fVertexerTracksTPCMVMinSig2Red; // min sig2 to to consider multivertexer stuck (then push)
+ Double_t fVertexerTracksTPCMVMinDst; // min distance between 2 iterations to stop multi-vertex search
+ Double_t fVertexerTracksTPCMVScanStep; // z-scan step for multivertexer
+ Double_t fVertexerTracksTPCMVMaxWghNtr; // min wdist*ncontrib between to vertices to eliminate
+ Double_t fVertexerTracksTPCMVFinalWBinary; // for the final fit used binary weights
+ Double_t fVertexerTracksTPCMVBCSpacing; // assumer BC spacing
+ //
+ Double_t fVertexerTracksTPCclusterize; // pre-clusterization of tracks
+ Double_t fVertexerTracksTPCclusterdz; // cut in absolute dz
+ Double_t fVertexerTracksTPCclusternsigmaz; // cut in standardized dz
+ //
Int_t fVertexerV0NCuts; // number of cuts for AliV0vertexer
// cuts for AliV0vertexer:
Double_t fVertexerCascadeRmin; //min radius of the fiducial volume
Double_t fVertexerCascadeRmax; //max radius of the fiducial volume
- ClassDef(AliGRPRecoParam,5) // global reco parameters
+ ClassDef(AliGRPRecoParam,7) // global reco parameters
};
+inline void AliGRPRecoParam::SetVertexerTracksTPCClusterization(Bool_t use, Double_t dzcut, Double_t nsigmazcut)
+{
+ // set TPC tracks clustering settings
+ if(use) fVertexerTracksTPCclusterize=1.;
+ else fVertexerTracksTPCclusterize=0.;
+ fVertexerTracksTPCclusterdz=dzcut;
+ fVertexerTracksTPCclusternsigmaz=nsigmazcut;
+}
+
+inline void AliGRPRecoParam::SetVertexerTracksITSClusterization(Bool_t use, Double_t dzcut, Double_t nsigmazcut)
+{
+ // set ITS tracks clustering settings
+ if(use) fVertexerTracksITSclusterize=1.;
+ else fVertexerTracksITSclusterize=0.;
+ fVertexerTracksITSclusterdz=dzcut;
+ fVertexerTracksITSclusternsigmaz=nsigmazcut;
+}
+
+
#endif