void SetRjdmax(Float_t d); // Set maximum r0 distance for jet merging
void SetMaxModA(Int_t nmax); // Set max. number of good fired Amanda modules for events to be processed
void SetMinModA(Int_t nmin); // Set min. number of good fired Amanda modules for events to be processed
+ void SetMaxHitsA(Int_t nmax); // Set max. number of good hits per Amanda module to be processed
void SetTrackName(TString s); // Set (alternative) name for the produced first guess tracks
void SetCharge(Float_t charge);// Set user defined charge for the produced first guess tracks
Float_t fJangmax; // Angular separation (in deg) within which jets are merged into 1 single track
Float_t fRjangmax; // Relative r0 angular separation (in deg) for jet clustering
Float_t fRjdmax; // Maximum r0 distance (in m) for jet merging
- Int_t fMaxmodA; // The max. number of good fired Amanda modules for events to be processed
- Int_t fMinmodA; // The min. number of good fired Amanda modules for events to be processed
+ Int_t fMaxmodA; // The max. number of good fired Amanda modules for events to get processed
+ Int_t fMinmodA; // The min. number of good fired Amanda modules for events to get processed
+ Int_t fMaxhitsA; // The maximum number of good hits per Amanda module to be processed
TString fTrackname;// The name identifier for the produced first guess tracks
Float_t fCharge; // User defined charge of the produced first guess tracks
- ClassDef(IceDwalk,5) // TTask derived class to perform direct walk reconstruction
+ ClassDef(IceDwalk,6) // TTask derived class to perform direct walk reconstruction
};
#endif