#ifndef HMDCTRBCUNPACKER_H
#define HMDCTRBCUNPACKER_H

#include "hlocation.h"
#include "htrbctdcunpacker.h"

#include <vector>
class HMdcTrbCLookup;
class HMdcTrbCLookupChan;
class HMdcLookupGeom;

class HMdcTrbCUnpacker: public HTrbCtdcUnpacker {
protected:
   HLocation fLoc;           // location of raw cell object
   HMdcTrbCLookup* fLookup;     // TRB3 lookup table
   HMdcLookupGeom* fLookupOld; //! old lookup table for evalulation of raw event element
   Bool_t fTimeRef;          // use reference time ?
   Bool_t fNoComment; // switch debug mode (defaukt on)

   Double_t fTimeUnit; // conversion factor from seconds to time units used in raw category
   static Bool_t fHasPrintedTDC;
   Double_t  fCompatitbilityShift; //! shift the output (in 0.5ns binning unit to fit the signals 0-2048)
   /** helper function to map new hardware channels to old paritioning for previousraw cat */
   Bool_t translateAddress(HMdcTrbCLookupChan *chan);

   /** returns raw data element from category for current fLoc*/
   HMdcRaw* getFreeOrExistingSlot();

   Bool_t addRawHit(Double_t t_leading, Double_t t_trailing, HMdcTrbCLookupChan *chan);

public:
   HMdcTrbCUnpacker(vector<UInt_t>& ids);
   virtual ~HMdcTrbCUnpacker(void) {}

   Bool_t init(void);
   Bool_t reinit(void);
   Int_t execute(void);

   void disableTimeRef(Bool_t disable) {
     fTimeRef = disable ;
   }
   void setCompatibilityShift(Int_t bins) { fCompatitbilityShift = bins; }
   void setMdcRawDebug(Bool_t nocomment)  { fNoComment = nocomment ;}
   ClassDef(HMdcTrbCUnpacker, 0) // TRB3 unpacker for the TOF detector
};

#endif /* !HMDCTRB3UNPACKER_H */