/// track count, tree filling variable
int fNofTracks; //!
/// V0 count, tree filling variable
- //int fNofV0s; //!
- /// UPC pair count (=1), tree filling variable
- //int fNofUPCpairs; //!
+ int fNofV0s; //!
/// contributors count, tree filling variable
int fNofContributors; //!
- /// x coordinate of vertex
+ /// x coordinate of vertex
float fVertexX; //!
/// y coordinate of vertex
float fVertexY; //!
/// vertex status, found or not
bool fVertexStatus; //!
/// maximum track multiplicity
- UInt_t fMaxTrackCount; //!
+ int fMaxTrackCount; //!
+ /// maximum number of V0 entries
+ int fMaxV0Count; //!
+ /// activate event properties branch
+ bool fFillV0; //!
/// filling arrays for track parameters
AliHLTGlobalHistoVariables<float> fTrackVariables; //!
+ /// filling array for the track status
AliHLTGlobalHistoVariables<int> fTrackVariablesInt; //!
-
/// filling arrays for V0 parameters
- //AliHLTGlobalHistoVariables<float> fV0Variables; //!
-
- /// filling arrays for UPC parameters
- //AliHLTGlobalHistoVariables<float> fUPCVariables; //!
-
-
-// Double_t fGammaCuts[8]; // cuts for gammas
-// Double_t fKsCuts[8]; // cuts for Ks
-// Double_t fLambdaCuts[8]; // cuts for Lambdas
-// Double_t fAPCuts[8]; // cuts for Armenteros-Podolanski plot
-//
-// Int_t fNEvents; // n of processed events
-// Int_t fNGammas; // n found total
-// Int_t fNKShorts; // n found total
-// Int_t fNLambdas; // n found total
-// Int_t fNPi0s; // n found total
-
+ AliHLTGlobalHistoVariables<float> fV0Variables; //!
+
ClassDef(AliHLTGlobalHistoComponent, 0) // HLT Global Histogram component
};
#endif