Op_Diff_VDF_Elem_leaves.h

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#ifndef Op_Diff_VDF_Elem_leaves_included
#define Op_Diff_VDF_Elem_leaves_included
 
#include <Op_Diff_VDF_Elem_base.h>
#include <Eval_Diff_VDF_leaves.h>
#include <Iterateur_VDF_Elem.h>
#include <Op_Diff_Dift_VDF.h>
 
/// \cond DO_NOT_DOCUMENT
class Op_Diff_VDF_Elem_leaves
{ };
/// \endcond
 
/*! @brief Represents the diffusion operator with VDF discretization for scalar fields.
 *
 *  The diffusivity field is non-uniform. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Elem`.
 */
class Op_Diff_VDF_Elem : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Elem>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Elem);
public:
  Op_Diff_VDF_Elem();
  inline Op_Diff_VDF_Elem(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { } // for FT
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Elem>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Elem>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Elem>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Elem>(equation().probleme());
  }
};
 
/*! @brief Represents the diffusion operator with VDF discretization for scalar fields in axisymmetric coordinates.
 *
 *  The diffusivity field is non-uniform. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Elem_Axi`.
 */
class Op_Diff_VDF_Elem_Axi : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Elem_Axi>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Elem_Axi);
public:
  Op_Diff_VDF_Elem_Axi();
  inline Op_Diff_VDF_Elem_Axi(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { } // for FT
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Elem_Axi>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Elem_Axi>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Elem_Axi>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Elem_Axi>(equation().probleme());
  }
};
 
/*! @brief Represents the anisotropic diffusion operator with VDF discretization for scalar fields.
 *
 *  The diffusivity field varies with direction. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Elem_aniso`.
 */
class Op_Diff_VDF_Elem_aniso : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Elem_aniso>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Elem_aniso);
public:
  Op_Diff_VDF_Elem_aniso();
  inline Op_Diff_VDF_Elem_aniso(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { } // for FT
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Elem_aniso>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Elem_aniso>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Elem_aniso>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Elem_aniso>(equation().probleme());
  }
};
 
/*! @brief Represents the diffusion operator for a multi-component field with VDF discretization.
 *
 *  The diffusivity field is non-uniform. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Multi_inco_Elem`.
 */
class Op_Diff_VDF_Multi_inco_Elem : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Multi_inco_Elem>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Multi_inco_Elem);
public:
  Op_Diff_VDF_Multi_inco_Elem();
  inline Op_Diff_VDF_Multi_inco_Elem(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { } // for FT
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Multi_inco_Elem>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Multi_inco_Elem>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Multi_inco_Elem>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Multi_inco_Elem>(equation().probleme());
  }
};
 
/*! @brief Represents the diffusion operator for a multi-component field with matrix diffusivity using VDF discretization.
 *
 *  The diffusivity field is a NxN matrix, where N is the number of components. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Multi_inco_Multi_scalar_Elem`.
 */
class Op_Diff_VDF_Multi_inco_Multi_scalar_Elem : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Multi_inco_Multi_scalar_Elem>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Multi_inco_Multi_scalar_Elem);
public:
  Op_Diff_VDF_Multi_inco_Multi_scalar_Elem();
  inline Op_Diff_VDF_Multi_inco_Multi_scalar_Elem(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { }
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Multi_inco_Multi_scalar_Elem>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Multi_inco_Multi_scalar_Elem>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Multi_inco_Multi_scalar_Elem>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Multi_inco_Multi_scalar_Elem>(equation().probleme());
  }
};
 
/*! @brief Represents the diffusion operator for a multi-component field in axisymmetric coordinates with VDF discretization.
 *
 *  The diffusivity field is non-uniform. The associated iterator is of type `Iterateur_VDF_Elem`,
 *  and the associated evaluator is of type `Eval_Diff_VDF_Multi_inco_Elem_Axi`.
 */
class Op_Diff_VDF_Multi_inco_Elem_Axi : public Op_Diff_VDF_Elem_base, public Op_Diff_Dift_VDF<Op_Diff_VDF_Multi_inco_Elem_Axi>
{
  Declare_instanciable_sans_constructeur(Op_Diff_VDF_Multi_inco_Elem_Axi);
public:
  Op_Diff_VDF_Multi_inco_Elem_Axi();
  inline Op_Diff_VDF_Multi_inco_Elem_Axi(const Iterateur_VDF_base& iterateur) : Op_Diff_VDF_Elem_base(iterateur) { } // for FT
  inline void associer(const Domaine_dis_base& zd, const Domaine_Cl_dis_base& zcd, const Champ_Inc_base& ch) override { associer_impl<Type_Operateur::Op_DIFF_ELEM,Eval_Diff_VDF_Multi_inco_Elem_Axi>(zd,zcd,ch); }
  inline void associer_diffusivite(const Champ_base& ch) override { associer_diffusivite_impl<Eval_Diff_VDF_Multi_inco_Elem_Axi>(ch); }
  inline const Champ_base& diffusivite() const override { return diffusivite_impl<Eval_Diff_VDF_Multi_inco_Elem_Axi>(); }
  inline void completer() override
  {
    Op_Diff_VDF_Elem_base::completer();
    associer_pb<Eval_Diff_VDF_Multi_inco_Elem_Axi>(equation().probleme());
  }
};
 
#endif /* Op_Diff_VDF_Elem_leaves_included */