EmcShDigi.h

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#ifndef EMCSHDIGI_H
#define EMCSHDIGI_H
 
#include "CLHEP/Geometry/Point3D.h"
#ifndef ENABLE_BACKWARDS_COMPATIBILITY
typedef HepGeom::Point3D<double> HepPoint3D;
#endif
 
class EmcShDigi {
public:
  // Constructors
  EmcShDigi();
 
  // Destructors
  ~EmcShDigi();
 
  // Copy and assignment
  EmcShDigi( const EmcShDigi& aDigi );
  EmcShDigi& operator=( const EmcShDigi& aDigi );
 
  // Operators
  bool operator==( const EmcShDigi& otherDigi ) const;
  bool operator!=( const EmcShDigi& otherDigi ) const;
  bool operator>=( const EmcShDigi& otherDigi ) const;
  bool operator<=( const EmcShDigi& otherDigi ) const;
  bool operator>( const EmcShDigi& otherDigi ) const;
  bool operator<( const EmcShDigi& otherDigi ) const;
 
  const double&       energy() const { return m_energy; }
  const double&       theta() const { return m_theta; }
  const double&       phi() const { return m_phi; }
  const unsigned int& module() const { return m_module; }
  const unsigned int& thetaIndex() const { return m_thetaIndex; }
  const unsigned int& phiIndex() const { return m_phiIndex; }
  const double&       time() const { return m_time; }
  const double&       fraction() const { return m_fraction; }
  const HepPoint3D&   where() const { return m_where; }
  const double&       x() const { return m_x; }
  const double&       y() const { return m_y; }
  const double&       z() const { return m_z; }
 
  void setEnergy( double energy ) { m_energy = energy; }
  void setTheta( double theta ) { m_theta = theta; }
  void setPhi( double phi ) { m_phi = phi; }
  void setModule( unsigned int module ) { m_module = module; }
  void setThetaIndex( unsigned int thetaIndex ) { m_thetaIndex = thetaIndex; }
  void setPhiIndex( unsigned int phiIndex ) { m_phiIndex = phiIndex; }
  void setTime( double time ) { m_time = time; }
  void setFraction( double fraction ) { m_fraction = fraction; }
  void setWhere( HepPoint3D where ) { m_where = where; }
  void setX( double x ) { m_x = x; }
  void setY( double y ) { m_y = y; }
  void setZ( double z ) { m_z = z; }
 
private:
  double       m_energy;
  double       m_theta;
  double       m_phi;
  unsigned int m_module;
  unsigned int m_thetaIndex;
  unsigned int m_phiIndex;
  double       m_time;
  double       m_fraction;
  HepPoint3D   m_where;
  double       m_x;
  double       m_y;
  double       m_z;
};
 
inline bool EmcShDigi::operator!=( const EmcShDigi& otherDigi ) const {
  return !( *this == otherDigi );
}
 
#endif // EMCSHDIGI_H