- Int_t fNySDD; //number of "pixels" in Y
- Int_t fNzSDD; //number of "pixels" in Z
- Float_t fYpitchSDD; //"pixel size" in Y (drift direction)
- Float_t fZpitchSDD; //"pixel sizes" in Z
- Float_t fHwSDD; //half width of the SDD detector
- Float_t fHlSDD; //half length of the SDD detector
- Float_t fYoffSDD; //some delay in the drift channel
+ Int_t fNAnodes; // number of anodes
+ Int_t fNTimeBins; // number of time bins
+ Int_t fNZbins; // number of cells along anodes
+ Int_t fNXbins; // number of cells along time
+ AliBin* fDDLBins[kHybridsPerDDL]; // container for digits for 1 DDL
+ Float_t fCutOnPeakLoose; // loose cut on peak (for all drift times)
+ Float_t fCutOnPeakTight; // tight cut on peak (for small drift times)
+ Float_t fMaxDrTimeForTightCut; // max. drift time for fCutOnPeakTight