F77Interpolation< VectorType, dim > Class Template Reference

Call a dimension-dependent Cartesian interpolation routine in Fortran-77. More...

#include <F77Interpolation.h>

Inheritance diagram for F77Interpolation< VectorType, dim >:

List of all members.

Public Types
typedef base::vec_grid_data_type	vec_grid_data_type
typedef base::grid_data_type	grid_data_type
typedef base::point_type	point_type
typedef base::bool_grid_data_type	bool_grid_data_type
typedef generic_fortran_func	generic_func_type
typedef void(*	int_1_func_type )(const DOUBLE q[], const INTEGER &mx, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)
typedef void(*	int_2_func_type )(const DOUBLE q[], const INTEGER &mx, const INTEGER &my, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)
typedef void(*	int_3_func_type )(const DOUBLE q[], const INTEGER &mx, const INTEGER &my, const INTEGER &mz, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)
Public Member Functions
	F77Interpolation ()
	F77Interpolation (generic_func_type intpol)
virtual	~F77Interpolation ()
virtual void	Interpolate (GridHierarchy &GH, vec_grid_data_type &gdu, const int &nc, const point_type *xc, VectorType *uv, const DataType &ErrorValue)
virtual void	Interpolate (GridHierarchy &GH, vec_grid_data_type &gdu, grid_data_type &gdphi, const int &nc, const point_type *xc, VectorType *uv, const DataType &ErrorValue)
virtual void	Interpolate (GridHierarchy &GH, vec_grid_data_type &gdu, bool_grid_data_type &gdflg, const int &nc, const point_type *xc, VectorType *uv, const DataType &ErrorValue)
virtual void	Interpolate (GridHierarchy &GH, grid_data_type &gd, const int &nc, const point_type *xc, DataType *u, const DataType &ErrorValue)
virtual void	Interpolate (GridHierarchy &GH, grid_data_type &gd, grid_data_type &gdphi, const int &nc, const point_type *xc, DataType *u, const DataType &ErrorValue)
virtual void	Interpolate (GridHierarchy &GH, grid_data_type &gd, bool_grid_data_type &gdflg, const int &nc, const point_type *xc, DataType *u, const DataType &ErrorValue)
void	SetIntPolFunc (generic_func_type intpol)
generic_func_type	GetIntPolFunc () const
Protected Attributes
generic_func_type	f_intpol

---

Detailed Description

template<class VectorType, int dim>
class F77Interpolation< VectorType, dim >

Call a dimension-dependent Cartesian interpolation routine in Fortran-77.

Author:

Ralf Deiterding

Version:

1.0

Date:

Jan-2007

---

Member Typedef Documentation

template<class VectorType , int dim>

typedef base::bool_grid_data_type F77Interpolation< VectorType, dim >::bool_grid_data_type

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

template<class VectorType , int dim>

typedef generic_fortran_func F77Interpolation< VectorType, dim >::generic_func_type

Reimplemented in F77GFMInterpolation< VectorType, dim >.

template<class VectorType , int dim>

typedef base::grid_data_type F77Interpolation< VectorType, dim >::grid_data_type

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

template<class VectorType , int dim>

typedef void(* F77Interpolation< VectorType, dim >::int_1_func_type)(const DOUBLE q[], const INTEGER &mx, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)

template<class VectorType , int dim>

typedef void(* F77Interpolation< VectorType, dim >::int_2_func_type)(const DOUBLE q[], const INTEGER &mx, const INTEGER &my, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)

template<class VectorType , int dim>

typedef void(* F77Interpolation< VectorType, dim >::int_3_func_type)(const DOUBLE q[], const INTEGER &mx, const INTEGER &my, const INTEGER &mz, const INTEGER &meqn, const INTEGER &nc, DOUBLE qint[], const DOUBLE xc[], const DOUBLE corn[], const DOUBLE dx[], const DOUBLE &ev)

template<class VectorType , int dim>

typedef base::point_type F77Interpolation< VectorType, dim >::point_type

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

template<class VectorType , int dim>

typedef base::vec_grid_data_type F77Interpolation< VectorType, dim >::vec_grid_data_type

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

---

Constructor & Destructor Documentation

template<class VectorType , int dim>

F77Interpolation< VectorType, dim >::F77Interpolation

(

)

[inline]

template<class VectorType , int dim>

F77Interpolation< VectorType, dim >::F77Interpolation

(

generic_func_type

intpol

)

[inline]

template<class VectorType , int dim>

virtual F77Interpolation< VectorType, dim >::~F77Interpolation

(

)

[inline, virtual]

---

Member Function Documentation

template<class VectorType , int dim>

generic_func_type F77Interpolation< VectorType, dim >::GetIntPolFunc

(

)

const [inline]

References F77Interpolation< VectorType, dim >::f_intpol.

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		grid_data_type &	gd,
		bool_grid_data_type &	gdflg,
		const int &	nc,
		const point_type *	xc,
		DataType *	u,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References Interpolation< VectorType, dim >::Interpolate().

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		grid_data_type &	gd,
		grid_data_type &	gdphi,
		const int &	nc,
		const point_type *	xc,
		DataType *	u,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References Interpolation< VectorType, dim >::Interpolate().

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		grid_data_type &	gd,
		const int &	nc,
		const point_type *	xc,
		DataType *	u,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References AA, Vector< DataType, size >::data(), F77Interpolation< VectorType, dim >::f_intpol, meqn, GridHierarchy::worldCoords(), and GridHierarchy::worldStep().

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		vec_grid_data_type &	gdu,
		bool_grid_data_type &	gdflg,
		const int &	nc,
		const point_type *	xc,
		VectorType *	uv,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References Interpolation< VectorType, dim >::Interpolate().

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		vec_grid_data_type &	gdu,
		grid_data_type &	gdphi,
		const int &	nc,
		const point_type *	xc,
		VectorType *	uv,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References Interpolation< VectorType, dim >::Interpolate().

template<class VectorType , int dim>

virtual void F77Interpolation< VectorType, dim >::Interpolate	(	GridHierarchy &	GH,
		vec_grid_data_type &	gdu,
		const int &	nc,
		const point_type *	xc,
		VectorType *	uv,
		const DataType &	ErrorValue
	)			[inline, virtual]

Reimplemented from Interpolation< VectorType, dim >.

Reimplemented in F77GFMInterpolation< VectorType, dim >.

References AA, Vector< DataType, size >::data(), F77Interpolation< VectorType, dim >::f_intpol, Interpolation< VectorType, dim >::NEquations(), GridHierarchy::worldCoords(), and GridHierarchy::worldStep().

template<class VectorType , int dim>

void F77Interpolation< VectorType, dim >::SetIntPolFunc

(

generic_func_type

intpol

)

[inline]

References F77Interpolation< VectorType, dim >::f_intpol.

---

Member Data Documentation

template<class VectorType , int dim>

generic_func_type F77Interpolation< VectorType, dim >::f_intpol [protected]

Referenced by F77Interpolation< VectorType, dim >::GetIntPolFunc(), F77Interpolation< VectorType, dim >::Interpolate(), and F77Interpolation< VectorType, dim >::SetIntPolFunc().

---

The documentation for this class was generated from the following file:

• amroc/amr/F77Interfaces/F77Interpolation.h