vectorsMatricesForward.hh

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#ifndef vectMatrForward_hh
#define vectMatrForward_hh
 
#include "typedefs.hh"
 
namespace concepts {
 
  // forward declarations
  template<class F, uint Dim>
  class Point;
 
  typedef Point<Real, 1> Real1d;
  typedef Point<Real, 2> Real2d;
  typedef Point<Real, 3> Real3d;
  typedef Point<Cmplx, 1> Cmplx1d;
  typedef Point<Cmplx, 2> Cmplx2d;
  typedef Point<Cmplx, 3> Cmplx3d;
 
  template<uint Dim>
  class UnitNd;
 
  typedef UnitNd<1> Unit1d;
  typedef UnitNd<2> Unit2d;
  typedef UnitNd<3> Unit3d;
 
  template<class F, uint DimY, uint DimX>
  class Mapping;
  
//   template<class F, uint Dim... Dimensions>
//   class Mapping;  
 
  
  // Version that does not compile
/*  
  template<class F, uint Dim>
  class Mapping<F, Dim> : public Mapping<F, Dim, Dim> {};*/
 
//   typedef Mapping<Real, 2> MapReal2d;
//   typedef Mapping<Real, 3> MapReal3d;
//   typedef Mapping<Cmplx, 2> MapCmplx2d;
//   typedef Mapping<Cmplx, 3> MapCmplx3d;  
 
  
  
  // Version that compiles (including tests in trunk/basics/ but not in trunk/)
  
//   template<class F, uint Dim>
//   class Mapping<F, Dim> : public Mapping<F, Dim, Dim> {};
//  
//   typedef Mapping<Real, 2, 2> MapReal2d;
//   typedef Mapping<Real, 3, 3> MapReal3d;
//   typedef Mapping<Cmplx, 2, 2> MapCmplx2d;
//   typedef Mapping<Cmplx, 3, 3> MapCmplx3d;
 
  
 
//   // Version that compiles (including tests in trunk/basics/ but not in trunk/)
//  
//   template <class F, uint DimY, uint DimX=DimY>
//   using MappingNew = Mapping<F, DimY, DimX>;
//   
//   typedef MappingNew<Real, 2> MapReal2d;
//   typedef MappingNew<Real, 3> MapReal3d;
//   typedef MappingNew<Cmplx, 2> MapCmplx2d;
//   typedef MappingNew<Cmplx, 3> MapCmplx3d;
 
} // namespace concepts
 
#endif // vectMatrForward_hh