#ifndef OPDATA_TSCINHIT_H
#define OPDATA_TSCINHIT_H 1
/*!
\class TSCINHit TSCINHit.h
"OpData/TSCINHit.h"
\brief Memory description of a Target Scintillator Hit
\author J.E Campagne
*/


#include "OpAlgo/IOData.h"
#include "OpData/Particle.h"

class TSCINHit;
typedef OpSmartPtr<TSCINHit>     TSCINHitPtr;
typedef std::list<TSCINHitPtr>   TSCINHitList;
typedef std::vector<TSCINHitPtr> TSCINHitVector;


class TSCINHit : public IOData {

 private:
  //! typedef to be close to ROOT definitions
  typedef int   Int_t;
  typedef float Float_t;

 public:
  //!Constructor
  TSCINHit():
    m_x(0.),
    m_y(0.),
    m_z(0.),
    m_sciBar(0),
    m_sciBox(0),
    m_sciWall(0),
    m_sciSM(0),
    m_eDep(0.)
    {    
      m_index = nextId++;
      m_localParticle   = ParticlePtr(0);
      m_primaryParticle = ParticlePtr(0);
      m_motherParticle  = ParticlePtr(0);
    }

  //!Destructor
  virtual ~TSCINHit() {}
  //! Use the copy constructor to clone
  TSCINHit* clone() const {return new TSCINHit(*this);}

  //! @name Accessors
  //@{
    //! Retreive index
  long index() const { return m_index;}
  long index()       { return m_index;}
  //! Update index
  void setIndex(long value){ m_index = value; }
  static void resetId() { nextId = 0;}
  static void setNextId(long value) { nextId = value;}

  //! Update X
  void setX(Float_t value) { m_x = value; }
  //! Retreive x
  Float_t x()       { return m_x; }
  Float_t x() const { return m_x; }
  
  //! Update Y
  void setY(const Float_t& value) { m_y = value; }
  //! Retreive y
  Float_t y()       { return m_y; }
  Float_t y() const { return m_y; }
  
  //! Update Z
  void setZ(const Float_t& value) { m_z = value; }
  //! Retreive z
  Float_t z()       { return m_z; }
  Float_t z() const { return m_z; }


  //! Update sciBar
  void setSciBar(const Int_t& value) { m_sciBar = value; }
  //! Retreive sciBar
  Int_t sciBar()       { return m_sciBar; }
  Int_t sciBar() const { return m_sciBar; }

 //! Update sciBox
  void setSciBox(const Int_t& value) { m_sciBox = value; }
  //! Retreive sciBox
  Int_t sciBox()       { return m_sciBox; }
  Int_t sciBox() const { return m_sciBox; }

 //! Update sciWall
  void setSciWall(const Int_t& value) { m_sciWall = value; }
  //! Retreive sciWall
  Int_t sciWall()       { return m_sciWall; }
  Int_t sciWall() const { return m_sciWall; }

 //! Update sciSM
  void setSciSM(const Int_t& value) { m_sciSM = value; }
  //! Retreive sciSM
  Int_t sciSM()       { return m_sciSM; }
  Int_t sciSM() const { return m_sciSM; }

  //! Update eDep
  void setEDep(const Float_t& value) { m_eDep = value; }
  //! Retreive eDep
  Float_t eDep()       { return m_eDep; }
  Float_t eDep() const { return m_eDep; }

  //! Update localParticle
  void setLocalParticle(const ParticlePtr& value) { m_localParticle = value;}
  //! Retreive localParticle
  ParticlePtr localParticle() const { return m_localParticle;}
  ParticlePtr localParticle()       { return m_localParticle;}

  //! Update primaryParticle
  void setPrimaryParticle(const ParticlePtr& value) { m_primaryParticle = value;}
  //! Retreive primaryParticle
  ParticlePtr primaryParticle() const { return m_primaryParticle;}
  ParticlePtr primaryParticle()       { return m_primaryParticle;}

  //! Update motherParticle
  void setMotherParticle(const ParticlePtr& value) { m_motherParticle = value;}
  //! Retreive motherParticle
  ParticlePtr motherParticle() const { return m_motherParticle;}
  ParticlePtr motherParticle()       { return m_motherParticle;}

 //@}

 private:
  /*! Counter
   */
  static long nextId;
  /*! Index of the object in the list
   */
  long m_index;

  //! X
  Float_t m_x;
  //! Y
  Float_t m_y;
  //! Z
  Float_t m_z;

  //! Volume identification
  Int_t   m_sciBar;
  Int_t   m_sciBox;
  Int_t   m_sciWall;
  Int_t   m_sciSM;

  //! deposited energy
  Float_t m_eDep;

  //!Local State of the Particle that produces the hits
  ParticlePtr m_localParticle;

  //!Primary Particle
  ParticlePtr m_primaryParticle;

  //!Mother Particle
  ParticlePtr m_motherParticle;

  
};
#endif // OPDATA_TSCINHIT_H