TRUSTTabFT.h

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#ifndef TRUSTTabFT_included
#define TRUSTTabFT_included
 
#include <TRUSTTab.h>
 
// Pour Front-Tracking !!
 
template<typename _TYPE_>
class TRUSTTabFT : public TRUSTTab<_TYPE_>
{
public:
 
  TRUSTTabFT() { }
 
  TRUSTTabFT(const TRUSTTabFT&) = default;
 
  TRUSTTabFT(int i, int j)
  {
    TRUSTTab<_TYPE_>::resize(i, j);
  }
 
  TRUSTTabFT(const TRUSTTab<_TYPE_>& x)
  {
    TRUSTTab<_TYPE_>::operator=(x);
  }
 
  TRUSTTabFT& operator=(const TRUSTTab<_TYPE_>& x)
  {
    TRUSTTab<_TYPE_>::operator=(x);
    return *this;
  }
 
  TRUSTTabFT& operator=(const TRUSTTabFT& x)
  {
    TRUSTTab<_TYPE_>::operator=(x);
    return *this;
  }
 
  TRUSTTabFT& operator=(const double x)
  {
    TRUSTTab<_TYPE_>::operator=(x);
    return *this;
  }
};
 
using IntTabFT = TRUSTTabFT<int>;
using DoubleTabFT = TRUSTTabFT<double>;
 
template<typename _TYPE_>
class TRUSTArrayFT : public TRUSTArray<_TYPE_>
{
public:
  TRUSTArrayFT() { }
  inline TRUSTArrayFT(const TRUSTArrayFT& x);
 
  TRUSTArrayFT(int n)
  {
    TRUSTArray<_TYPE_>::resize_array(n);
  }
 
  TRUSTArrayFT& operator=(_TYPE_ i)
  {
    TRUSTArray<_TYPE_>::operator=(i);
    return *this;
  }
 
  // pour double seulement
  inline TRUSTArrayFT(const TRUSTArray<_TYPE_>& x);
 
  // pour int seulement
  inline TRUSTArrayFT& operator=(const TRUSTArray<_TYPE_>& x);
  inline TRUSTArrayFT& operator=(const TRUSTArrayFT& x);
};
 
using ArrOfIntFT = TRUSTArrayFT<int>;
using ArrOfDoubleFT = TRUSTArrayFT<double>;
 
/// \cond DO_NOT_DOCUMENT
template<>
inline TRUSTArrayFT<int>::TRUSTArrayFT(const TRUSTArrayFT<int>& x) = default;
 
template<>
inline TRUSTArrayFT<double>::TRUSTArrayFT(const TRUSTArrayFT<double>& x) : TRUSTArray<double>()
{
  TRUSTArray<double>::operator=(x);
}
 
// pour double seulement
template<>
inline TRUSTArrayFT<int>::TRUSTArrayFT(const TRUSTArray<int>& x) = delete;
 
template<>
inline TRUSTArrayFT<double>::TRUSTArrayFT(const TRUSTArray<double>& x)
{
  TRUSTArray<double>::operator=(x);
}
 
// pour int seulement
template<>
inline TRUSTArrayFT<double>& TRUSTArrayFT<double>::operator=(const TRUSTArray<double>& x) = delete;
 
template<>
inline TRUSTArrayFT<int>& TRUSTArrayFT<int>::operator=(const TRUSTArray<int>& x)
{
  TRUSTArray<int>::operator=(x);
  return *this;
}
 
template<>
inline TRUSTArrayFT<double>& TRUSTArrayFT<double>::operator=(const TRUSTArrayFT<double>& x) = delete;
 
template<>
inline TRUSTArrayFT<int>& TRUSTArrayFT<int>::operator=(const TRUSTArrayFT<int>& x)
{
  TRUSTArray<int>::operator=(x);
  return *this;
}
/// \endcond
#endif /* TRUSTTabFT_included */