FPCCDPixelHit.h

#ifndef FPCCDPixelHit_h
#define FPCCDPixelHit_h 1

#include <vector>

namespace EVENT {
  class MCParticle;
}

// =================================================================
class FPCCDPixelHit 
{
 public:
  typedef enum { kSingle=0, kSignalOverlap=0x01, kBKGOverlap=0x02, kBKG=0x03} HitQuality_t;

 protected:
  unsigned short int _layerID;
  unsigned short int _ladderID;
  unsigned short int _xiID;
  unsigned short int _zetaID;
  float              _edep;
  std::vector<int> _orderID;//_orderID is the index to simthits. if element < 0, it shows background data.For now, -1 is it. 
  //int _signalProperty; //1:Signal 0:Background
  HitQuality_t _quality;
  std::vector<EVENT::MCParticle*> _MCParticleVec;
 public:
  FPCCDPixelHit(unsigned short int layerID=0, unsigned short int ladderID=0,
                unsigned short int xiID=0,    unsigned short int zetaID=0,
                float edep=0.0,     HitQuality_t quality=kSingle,
                EVENT::MCParticle *mc=0);

  void setLayerID(int layerid){ _layerID=layerid; }
  void setLadderID(int ladderid){ _ladderID=ladderid;}
  void setXiID(int xiid){ _xiID=xiid; }
  void setZetaID(int zetaid) { _zetaID=zetaid; }
  void setEdep(float edep){ _edep=edep; }
  void setQuality(HitQuality_t quality){ _quality=quality; }
  void setOrderID(int orderID){ _orderID.push_back( orderID ); }
  //void setSigProp(int oneOrZero){ _signalProperty = oneOrZero; }

  int getLayerID(){ return _layerID; }
  int getLadderID(){ return _ladderID; }
  int getXiID(){ return _xiID; }
  int getZetaID(){ return _zetaID; }
  float getEdep(){ return _edep; }
  HitQuality_t getQuality(){ return _quality; }
  std::vector<EVENT::MCParticle*> getMCParticleVec(){ return _MCParticleVec; }
  EVENT::MCParticle *getMCParticle(int index){ return _MCParticleVec[index]; }
  int getNMCParticles(){ return _MCParticleVec.size(); }
  int getOrderID(int nth){ return _orderID[nth]; }
  unsigned int getSizeOfOrderID(){ return _orderID.size(); }
  //int getSigProp(){ return _signalProperty; }
  
  
  // add pixel hit
  void addPixelHit(FPCCDPixelHit &aHit, HitQuality_t addedQuality);
  
  void print();
  unsigned int encodeCellWord();
  void decodeCellWord(unsigned int word);

};

#endif