#ifndef TClcModule_hh
#define TClcModule_hh

#include "TClcLayer.hh"
//_____________________________________________________________________________
class TClcModule {
public:
  enum {kNLayers = 3};
public:
  Int_t         fNTdcHits;
  Int_t         fNHitChannels;
  Int_t         fNUsedChannels;		// # channels used for mean time calcn
  Int_t         fNUsedChannelsW;        // # channels used for mean tw   calcn
  Float_t       fMeanTime;
  Float_t       fMeanTimeW;		// mean time (using width)
  TClcLayer*    fLayer;
  Int_t         fRefChannel;		// ! reference channel (calib const)
  Float_t       fT0;			// ! global delay (calib const)
  Float_t       fT0W;			// ! global delay (calib const, width)
public:
					// ****** constructors and destructor
  TClcModule();
  ~TClcModule();
					// ****** accessors

  Int_t         NTdcHits      () { return fNTdcHits;       }
  Int_t         NHitChannels  () { return fNHitChannels;   }
  Int_t         NUsedChannels () { return fNUsedChannels;  }
  Int_t         NUsedChannelsW() { return fNUsedChannelsW; }
  Float_t       MeanTime      () { return fMeanTime;       }
  Float_t       MeanTimeW     () { return fMeanTimeW;      }
  TClcLayer*    Layer    (int i) { return fLayer+i;        }
  Float_t       T0            () { return fT0;             }
  Float_t       T0W           () { return fT0W;            }
  Int_t         RefChannel    () { return fRefChannel;     }

					// ****** setters

  void          SetT0            (Float_t t) { fT0           = t; }
  void          SetT0W           (Float_t t) { fT0W          = t; }
  void          SetRefChannel    (Int_t   i) { fRefChannel   = i; }
  void          SetNTdcHits      (Int_t   n) { fNTdcHits     = n; }
  void          SetNHitChannels  (Int_t   n) { fNHitChannels = n; }

					// ****** other methods

  Int_t         NChannelsAbove(Int_t adc_threshold);
                                        // number of hits above treshold in units of spp
  Int_t         NHits            (Float_t spp_treshold);

  int           CalculateMeanTime(Float_t tmin, Float_t tmax, Float_t adcThr);

  void          Clear(Option_t* opt="");
  void          Print(Option_t* opt="");

  ClassDef(TClcModule,1)
};



#endif