StPicoETofHit.h

#ifndef StPicoETofHit_h
#define StPicoETofHit_h

// C++ headers
#include <limits>

// ROOT headers
#include "TObject.h"
//#include "TVector3.h"

//_________________
class StPicoETofHit : public TObject {

 public:
 
  StPicoETofHit();
  StPicoETofHit(const StPicoETofHit& hit );
  virtual ~StPicoETofHit();
  virtual void Print( const Char_t* option = "" ) const;

  //
  // Getters
  //

  Int_t    geomId()      const       { return mGeomId; }
  Int_t    sector()      const       { return (mGeomId-1) / 9 + 13; }
  Int_t    zPlane()      const       { return ( ( (mGeomId-1) % 9) / 3) + 1; }
  Int_t    counter()     const       { return ( (mGeomId-1) % 3) + 1; }
  Float_t  localX()      const       { return (Float_t)mLocalX / 800.; }
  Float_t  localY()      const       { return (Float_t)mLocalY / 800.; }
  Int_t    clusterSize() const       { return mClusterSize; }
  Float_t  time()        const       { return mLeadingEdgeTime; }
  Float_t  leadingEdgeTime() const   { return time(); }
  Float_t  timeOverThreshold() const { return tot(); }
  Float_t  tot() const               { return (Float_t)mTimeOverThreshold / 250.; }

  /*
  Float_t  globalX()     const       { return (Float_t)mGlobalX / 100.; }
  Float_t  globalY()     const       { return (Float_t)mGlobalY / 100.; }
  Float_t  globalZ()     const       { return (Float_t)mGlobalZ / 100.; }
  TVector3 globalPos()   const       { return TVector3( globalX() , globalY() , globalZ() ); }
  */

  //
  // Setters
  //

  void setGeomId(Int_t geomId);
  void setGeomId(Int_t sector, Int_t plane, Int_t counter);
  void setLocalX(Float_t localX);
  void setLocalY(Float_t localY);
  void setClusterSize(Int_t clusterSize);
  void setTime(Float_t time);
  void setLeadingEdgeTime(Float_t time) { setTime(time); }
  void setTimeOverThreshold(Float_t tot);
  void setTot(Float_t tot);

  /*
  void setGlobalX( const Float_t& x );
  void setGlobalY( const Float_t& y );
  void setGlobalZ( const Float_t& z );
  void setGlobalPos( const Float_t& x, const Float_t& y, const Float_t& z );
  */

 private:

  UChar_t   mGeomId;
  Short_t   mLocalX;
  Short_t   mLocalY;
  UChar_t   mClusterSize;
  Float_t   mLeadingEdgeTime;
  UShort_t  mTimeOverThreshold;

  /*
  Short_t   mGlobalX;
  Short_t   mGlobalY;
  Short_t   mGlobalZ;
  */

  ClassDef( StPicoETofHit, 1 )
};

#endif