EmcShDigi.cxx

Go to the documentation of this file.

// EmcShDigi.cxx file
 
#include "EmcShDigi.h"
 
//----------------
// Constructors --
//----------------
EmcShDigi::EmcShDigi()
    : m_energy( 0.0 )
    , m_theta( 999. )
    , m_phi( 999. )
    , m_module( 999 )
    , m_thetaIndex( 9999 )
    , m_phiIndex( 9999 )
    , m_time( 0.0 )
    , m_fraction( 0. )
    , m_where( 0, 0, 0 )
    , m_x( 0 )
    , m_y( 0 )
    , m_z( 0 ) {}
 
//--------------
// Destructor --
//--------------
EmcShDigi::~EmcShDigi() {}
 
// Copy and assignment
EmcShDigi::EmcShDigi( const EmcShDigi& aDigi ) {
  m_energy     = aDigi.energy();
  m_theta      = aDigi.theta();
  m_phi        = aDigi.phi();
  m_module     = aDigi.module();
  m_thetaIndex = aDigi.thetaIndex();
  m_phiIndex   = aDigi.phiIndex();
  m_time       = aDigi.time();
  m_fraction   = aDigi.fraction();
  m_where      = aDigi.where();
  m_x          = aDigi.x();
  m_y          = aDigi.y();
  m_z          = aDigi.z();
}
 
EmcShDigi& EmcShDigi::operator=( const EmcShDigi& aDigi ) {
  if ( this != &aDigi )
  {
    m_energy     = aDigi.energy();
    m_theta      = aDigi.theta();
    m_phi        = aDigi.phi();
    m_module     = aDigi.module();
    m_thetaIndex = aDigi.thetaIndex();
    m_phiIndex   = aDigi.phiIndex();
    m_time       = aDigi.time();
    m_fraction   = aDigi.fraction();
    m_where      = aDigi.where();
    m_x          = aDigi.x();
    m_y          = aDigi.y();
    m_z          = aDigi.z();
  }
 
  return *this;
}
 
bool EmcShDigi::operator==( const EmcShDigi& otherDigi ) const {
  bool equal = false;
 
  if ( this->energy() == otherDigi.energy() && this->theta() == otherDigi.theta() &&
       this->phi() == otherDigi.phi() && this->time() == otherDigi.time() &&
       this->fraction() == otherDigi.fraction() )
  { equal = true; }
 
  return equal;
}
 
bool EmcShDigi::operator>=( const EmcShDigi& otherDigi ) const {
  bool Gequal = false;
 
  if ( this->energy() >= otherDigi.energy() ) { Gequal = true; }
 
  return Gequal;
}
 
bool EmcShDigi::operator<=( const EmcShDigi& otherDigi ) const {
  bool Lequal = false;
 
  if ( this->energy() <= otherDigi.energy() ) { Lequal = true; }
  return Lequal;
}
 
bool EmcShDigi::operator>( const EmcShDigi& otherDigi ) const {
  bool Large = false;
 
  if ( this->energy() > otherDigi.energy() ) { Large = true; }
 
  return Large;
}
 
bool EmcShDigi::operator<( const EmcShDigi& otherDigi ) const {
  bool Less = false;
 
  if ( this->energy() < otherDigi.energy() ) { Less = true; }
 
  return Less;
}