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gsell
2009-06-08 22:54:25 +00:00
parent bf9dbef0c9
commit 48618f0028
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@@ -354,7 +354,6 @@ src/H5Fed.h -text
src/H5Fed_adjacency.c -text
src/H5Fed_boundaries.c -text
src/H5Fed_boundaries.h -text
src/H5Fed_dof.c -text
src/H5Fed_inquiry.c -text
src/H5Fed_map.c -text
src/H5Fed_map.h -text
src/H5Fed_dof.c
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@@ -1,500 +0,0 @@
/****** routines for accessing degrees of freedom *************************/
/*
Copyright 2006-2007
Paul Scherrer Institut, Villigen, Switzerland;
Benedikt Oswald;
Achim Gsell
All rights reserved.
Authors
Achim Gsell
Warning
This code is under development.
*/
#include <hdf5.h>
#include "h5_core/h5_types.h"
#include "H5Fed.h"
/* DoF acces for vertices */
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_float for the vertex \c vertex_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFVertexFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t vertex_id, /*!< global vertex id */
const h5_float64_t * const dof, /*!< DoF n-tuple */
const h5_size_t dof_size /*!< number of \c h5_float
value in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_complex for the vertex \c vertex_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFVertexComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t vertex_id, /*!< global vertex id */
const h5_complex_t * const dof, /*!< DoF n-tuple */
const h5_size_t dof_size /*!< number of \c h5_complex
values in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_float for vertex \c vertex_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_float64_t *
H5FedGetDoFVertexFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t vertex_id, /*!< global vertex id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_complex for vertex \c vertex_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_complex_t * H5FedGetDoFVertexComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t vertex_id, /*!< global vertex id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components of type \c h5_float,
of the DoF that is stored for vertex \c vertex_id.
\return Number of stored degrees of freedom.
\return \c -1 if vertex doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFVertexFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t vertex_id /*!< global vertex id */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components, of type \c h5_complex,
of the DoF that is stored for vertex \c vertex_id.
\return Number of stored degrees of freedom.
\return \c -1 if vertex doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFVertexComplex (
h5_file_t * fh, /*!< file handle */
const h5_size_t vertex_id /*!< global vertex id */
) {
return -1;
}
/* DoF access for edges */
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_float for the edge \c edge_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return something \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFEdgeFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id, /*!< global edge id */
const h5_float64_t * const dof, /*!< DoF n-tuple */
const h5_size_t dof_size /*!< number of \c h5_float
value in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_complex for the edge \c edge_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return something \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFEdgeComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id, /*!< global edge id */
const h5_complex_t * const dof, /*!< DoF n-tuple */
const h5_size_t dof_size /*!< number of \c h5_complex
value in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_float for vertex \c vertex_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_float64_t *
H5FedGetDoFEdgeFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id, /*!< global edge id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_complex for vertex \c vertex_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_complex_t* H5FedGetDoFEdgeComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id, /*!< global edge id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components, of type \c h5_float,
of the DoF that is stored for edge \c edge_id.
\return Number of stored degrees of freedom.
\return \c -1 if edge doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFEdgeFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id /*!< global edge id */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components, of type \c h5_complex,
of the DoF that is stored for edge \c edge_id.
\return Number of stored degrees of freedom.
\return \c -1 if edge doesn't exist.
*/
h5_size_t H5FedGetNumDoFEdgeComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t edge_id /*!< global edge id */
) {
return -1;
}
/* DoF access for triangles */
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_float for the triangle \c triangle_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFTriangleFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t triangle_id, /*!< global triangle id */
const h5_float64_t * const dof, /*!< DoF vector */
const h5_size_t dof_size /*!< number of \c h5_float_t
values in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_complex for the triangle \c triangle_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFTriangleComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t triangle_id, /*!< global triangle id */
const h5_complex_t * const dof, /*!< DoF vector */
const h5_size_t dof_size /*!< number of \c h5_complex
values in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_float for triangle \c triangle_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_float64_t *
H5FedGetDoFTriangleFloat (
h5_file_t * f, /*!< file handle */
const h5_id_t triangle_id, /*!< global triangle id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_complex for triangle \c triangle_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_complex_t * H5FedGetDoFTriangleComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t triangle_id, /*!< global triangle id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components of type \c h5_float,
of the DoF that is stored for triangle \c triangle_id.
\return Number of stored degrees of freedom.
\retuen \c -1 if triangle doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFTriangleFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t triangle_id /*!< global triangle id */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components of type \c h5_float,
of the DoF that is stored for triangle \c triangle_id.
\return Number of stored degrees of freedom.
\retuen \c -1 if triangle doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFTriangleComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t triangle_id /*!< global triangle id */
) {
return -1;
}
/* DoF access for tetrahedra */
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_float for the tetrahedron \c tet_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFTetrahedronFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id, /*!< global tetrahedron id */
const h5_float64_t * const dof, /*!< DoF vector */
const h5_size_t dof_size /*!< number of \c h5_float
value in \c dof */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Stores DoF of type \c h5_complex for the tetrahedron \c tet_id in current
step. The DoF are passed to the function as n-tuple with an arbitrary
number of elements.
\return value \c >=0 on success
\return \c -1 on error
*/
h5_err_t
H5FedStoreDoFTetrahedronComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id, /*!< global tetrahedron id */
const h5_complex_t * const dof, /*!< DoF vector */
const h5_size_t dof_size /*!< number of \c h5_complex
value in \c dof */
) {
return -1;
};
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_float for tetrahedron \c tet_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_float.
\return NULL-pointer on error.
*/
h5_float64_t *
H5FedGetDoFTetrahedronFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id, /*!< global tetrahedron id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_float
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Get DoF of type \c h5_complex for tetrahedron \c tet_id in current time
step. The DoF are returned as n-tuple. The size of this tuple is
returned in the parameter \c dof_size.
\return Pointer to n-tuple of type \c h5_complex
\return NULL-pointer on error.
*/
h5_complex_t *
H5FedGetDoFTetrahedronComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id, /*!< global tetrahedron id */
h5_size_t * const dof_size /*!< OUT: number of \c h5_complex
values in returned n-tuple */
) {
return NULL;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components of type \c h5_float,
of the DoF that is stored for tetrahedron \c tet_id.
\return Number of stored degrees of freedom.
\return \c -1 if vertex doesn't exist.
\note
Do we need this function????
*/
h5_size_t H5FedGetNumDoFTetrahedronFloat (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id /*!< global tetrahedron id */
) {
return -1;
}
/*!
\ingroup h5fed_c_api
Retrieves the number of scalar components of type \c h5_complex,
of the DoF that is stored for tetrahedron \c tet_id.
\return Number of stored degrees of freedom.
\retuen \c -1 if tetrahedron doesn't exist.
*/
h5_size_t H5FedGetNumDoFTetrahedronComplex (
h5_file_t * fh, /*!< file handle */
const h5_id_t tet_id /*!< global tetrahedron id */
) {
return -1;
}