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Deposits.cxx

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#ifndef ATLFAST_DEPOSITS_CXX
#define ATLFAST_DEPOSITS_CXX

template<class T, int hDimension> 
const int Deposits<T, hDimension>::s_dimension((2*hDimension)+1);
//
template<class T, int hDimension> 
const int Deposits<T, hDimension>::s_center(2*hDimension*(hDimension+1));
//
template<class T, int hDimension>
const int Deposits<T, hDimension>::s_nElements(s_dimension*s_dimension);
//
template<class T, int hDimension>
inline 
Deposits<T, hDimension>::Deposits():m_elements(s_nElements, 0.){}
  //
template<class T, int hDimension>
inline 
void Deposits<T, hDimension>::accept(int eta, 
                                     int phi, 
                                     double energy){
  int index = this->index(eta, phi); 
  assert(index>= 0 && index<s_nElements );
  m_elements[index]+=energy;
}
//
template<class T, int hDimension>
inline 
void Deposits<T, hDimension>::normalise(double scaleFactor){
  transform(m_elements.begin(), m_elements.end(), m_elements.begin(), 
            Scale(scaleFactor));
}
//
template<class T, int hDimension>
inline 
int Deposits<T, hDimension>::index(int eta, int phi){
  //eta,phi can be -ve: add 12 to put into index range
  return s_center+eta+(s_dimension*phi); 
}
//
template<class T, int hDimension>
inline 
void Deposits<T, hDimension>::reset() {
  m_elements=(std::vector<T>(s_nElements, 0.));
}
//
template<class T, int hDimension> 
inline 
Deposits<T, hDimension>::ConstIter Deposits<T, hDimension>::begin() const {
  return m_elements.begin();
}
//
template<class T, int hDimension> 
inline 
Deposits<T, hDimension>::ConstIter Deposits<T, hDimension>::end() const{
  return m_elements.end();
}
//
template<class T, int hDimension> 
inline 
std::size_t Deposits<T, hDimension>::dimension() const{
  return s_dimension;
}

#endif

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