static AliGRPRecoParam *GetLowFluxParam();// make reco parameters for low flux env.
static AliGRPRecoParam *GetHighFluxParam();// make reco parameters for high flux env.
+ static AliGRPRecoParam *GetCosmicTestParam();// make reco parameters for cosmics env.
void SetMostProbablePt(Double_t pt=0.350) { fMostProbablePt=pt; return; }
Double_t GetMostProbablePt() const { return fMostProbablePt; }
- void SetVertexerTracksCuts(Int_t mode,Int_t ncuts,Double_t cuts[10]);
- void SetVertexerTracksCutsITS(Int_t ncuts,Double_t cuts[10])
+ 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])
{ SetVertexerTracksCuts(0,ncuts,cuts); return; }
- void SetVertexerTracksCutsTPC(Int_t ncuts,Double_t cuts[10])
+ void SetVertexerTracksCutsTPC(Int_t ncuts,Double_t cuts[12])
{ SetVertexerTracksCuts(1,ncuts,cuts); return; }
+ void SetVertexerV0Cuts(Int_t ncuts,Double_t cuts[7]);
+ void SetVertexerCascadeCuts(Int_t ncuts,Double_t cuts[8]);
+ 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 GetVertexerV0Cuts(Double_t *cuts) const;
+ void GetVertexerCascadeCuts(Double_t *cuts) const;
AliGRPRecoParam(const AliGRPRecoParam&);
AliGRPRecoParam& operator=(const AliGRPRecoParam&);
//
Double_t fMostProbablePt; // to be used for B=0 tracking
- Int_t fVertexerTracksNCuts; // number of cuts for AliVertexerTracks
+ Bool_t fVertexerTracksConstraintITS; // diamond constr for AliVertexerTracks
+ Bool_t fVertexerTracksConstraintTPC; // diamond constr for AliVertexerTracks
+ Int_t fVertexerTracksNCuts; // number of cuts for AliVertexerTracks
+
// cuts for AliVertexerTracks: ITS mode
Double_t fVertexerTracksITSdcacut; // general dca
Double_t fVertexerTracksITSdcacutIter0; // dca in iteration 0
Double_t fVertexerTracksITSmaxtgl; // max tgl
Double_t fVertexerTracksITSfidR; // fiducial radius
Double_t fVertexerTracksITSfidZ; // fiducial z
+ Double_t fVertexerTracksITSalgo; // finder algo
+ Double_t fVertexerTracksITSalgoIter0; // finder algo iteration 0
// cuts for AliVertexerTracks: TPC-only mode
Double_t fVertexerTracksTPCdcacut; // general dca
Double_t fVertexerTracksTPCmaxtgl; // max tgl
Double_t fVertexerTracksTPCfidR; // fiducial radius
Double_t fVertexerTracksTPCfidZ; // fiducial z
+ Double_t fVertexerTracksTPCalgo; // finder algo
+ Double_t fVertexerTracksTPCalgoIter0; // finder algo iteration 0
+
+ Int_t fVertexerV0NCuts; // number of cuts for AliV0vertexer
+
+ // cuts for AliV0vertexer:
+ Double_t fVertexerV0Chi2max; //max chi2
+ Double_t fVertexerV0DNmin; //min imp parameter for the 1st daughter
+ Double_t fVertexerV0DPmin; //min imp parameter for the 2nd daughter
+ Double_t fVertexerV0DCAmax; //max DCA between the daughter tracks
+ Double_t fVertexerV0CPAmin; //min cosine of V0's pointing angle
+ Double_t fVertexerV0Rmin; //min radius of the fiducial volume
+ Double_t fVertexerV0Rmax; //max radius of the fiducial volume
+
+ Int_t fVertexerCascadeNCuts; // number of cuts for AliCascadeVertexer
+
+ // cuts for AliCascadeVertexer:
+ Double_t fVertexerCascadeChi2max; //maximal allowed chi2
+ Double_t fVertexerCascadeDV0min; //min V0 impact parameter
+ Double_t fVertexerCascadeMassWin; //"window" around the Lambda mass
+ Double_t fVertexerCascadeDBachMin; //min bachelor impact parameter
+ Double_t fVertexerCascadeDCAmax; //max DCA between the V0 and the track
+ Double_t fVertexerCascadeCPAmin; //min cosine of the cascade pointing angle
+ Double_t fVertexerCascadeRmin; //min radius of the fiducial volume
+ Double_t fVertexerCascadeRmax; //max radius of the fiducial volume
- ClassDef(AliGRPRecoParam,2) // global reco parameters
+ ClassDef(AliGRPRecoParam,5) // global reco parameters
};
#endif