static
Double_t fgDCAmax; // maximal allowed DCA between the V0 and the track
static
- Double_t fgCPAmax; // maximal allowed cosine of the cascade pointing angle
+ Double_t fgCPAmin; // minimal allowed cosine of the cascade pointing angle
static
Double_t fgRmin, fgRmax;// max & min radii of the fiducial volume
Double_t fMassWin; // window around the Lambda mass
Double_t fDBachMin; // min. allowed bachelor impact parameter
Double_t fDCAmax; // maximal allowed DCA between the V0 and the track
- Double_t fCPAmax; // maximal allowed cosine of the cascade pointing angle
+ Double_t fCPAmin; // minimal allowed cosine of the cascade pointing angle
Double_t fRmin, fRmax;// max & min radii of the fiducial volume
- ClassDef(AliCascadeVertexer,2) // cascade verterxer
+ ClassDef(AliCascadeVertexer,3) // cascade verterxer
};
inline AliCascadeVertexer::AliCascadeVertexer() :
fMassWin(fgMassWin),
fDBachMin(fgDBachMin),
fDCAmax(fgDCAmax),
- fCPAmax(fgCPAmax),
+ fCPAmin(fgCPAmin),
fRmin(fgRmin),
fRmax(fgRmax)
{
inline void AliCascadeVertexer::SetCuts(const Double_t cuts[8]) {
fChi2max=cuts[0];
fDV0min=cuts[1]; fMassWin=cuts[2]; fDBachMin=cuts[3];
- fDCAmax=cuts[4]; fCPAmax=cuts[5];
+ fDCAmax=cuts[4]; fCPAmin=cuts[5];
fRmin=cuts[6]; fRmax=cuts[7];
}
inline void AliCascadeVertexer::SetDefaultCuts(const Double_t cuts[8]) {
fgChi2max=cuts[0];
fgDV0min=cuts[1]; fgMassWin=cuts[2]; fgDBachMin=cuts[3];
- fgDCAmax=cuts[4]; fgCPAmax=cuts[5];
+ fgDCAmax=cuts[4]; fgCPAmin=cuts[5];
fgRmin=cuts[6]; fgRmax=cuts[7];
}
inline void AliCascadeVertexer::GetCuts(Double_t cuts[8]) const {
cuts[0]=fChi2max;
cuts[1]=fDV0min; cuts[2]=fMassWin; cuts[3]=fDBachMin;
- cuts[4]=fDCAmax; cuts[5]=fCPAmax;
+ cuts[4]=fDCAmax; cuts[5]=fCPAmin;
cuts[6]=fRmin; cuts[7]=fRmax;
}
inline void AliCascadeVertexer::GetDefaultCuts(Double_t cuts[8]) {
cuts[0]=fgChi2max;
cuts[1]=fgDV0min; cuts[2]=fgMassWin; cuts[3]=fgDBachMin;
- cuts[4]=fgDCAmax; cuts[5]=fgCPAmax;
+ cuts[4]=fgDCAmax; cuts[5]=fgCPAmin;
cuts[6]=fgRmin; cuts[7]=fgRmax;
}