libs/ck-libs/ParFUM/mesh.C File Reference

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Data Structures

class FEM_Elem_Conn_Checker

This checker verifies that FEM_Elem::conn's entries are valid node indices. More...

class FEM_Sparse_Elem_Checker

This checker makes sure FEM_Sparse::elem's two element indices (element type, element index) are valid. More...

Functions

static void checkIsSet (int fem_mesh, bool wantSet, const char *caller)

CDECL void FEM_Mesh_conn (int fem_mesh, int entity, int *conn, int firstItem, int length, int width)

FDECL void FTN_NAME (FEM_MESH_CONN, fem_mesh_conn)

CDECL void FEM_Mesh_set_conn (int fem_mesh, int entity, const int *conn, int firstItem, int length, int width)

FDECL void FTN_NAME (FEM_MESH_SET_CONN, fem_mesh_set_conn)

CDECL void FEM_Mesh_get_conn (int fem_mesh, int entity, int *conn, int firstItem, int length, int width)

FDECL void FTN_NAME (FEM_MESH_GET_CONN, fem_mesh_get_conn)

CDECL void FEM_Mesh_data (int fem_mesh, int entity, int attr, void *data, int firstItem, int length, int datatype, int width)

FORTRAN_AS_C (FEM_MESH_DATA, FEM_Mesh_data, fem_mesh_data,(int *fem_mesh, int *entity, int *attr, void *data, int *firstItem, int *length, int *datatype, int *width),(*fem_mesh,*entity,*attr, data,*firstItem-1,*length,*datatype,*width)) CDECL void FEM_Mesh_set_data(int fem_mesh

ghost (0)

attr (attr_)

width (0)

datatype (-1)

allocated (false)

template<class T>

void setTableData (const void *user, int firstItem, int length, IDXL_LAYOUT_PARAM, AllocTable2d< T > *table)

Copy this data out of the user's (layout-formatted) array:.

template<class T>

void getTableData (void *user, int firstItem, int length, IDXL_LAYOUT_PARAM, const AllocTable2d< T > *table)

Copy this data into the user's (layout-formatted) array:.

template<class T>

AllocTable2d< T > * allocTablePtr (AllocTable2d< T > *src, int len, int wid)

template<class T>

void interpolateAttrs (AllocTable2d< T > *data, int A, int B, int D, double frac, int width)

template<class T>

void interpolateAttrs (AllocTable2d< T > *data, int *iNodes, int rNode, int k, int width)

template<class T>

void minAttrs (AllocTable2d< T > *data, int A, int B, int D, double frac, int width)

template<class T>

void minAttrs (AllocTable2d< T > *data, int *iNodes, int rNode, int k, int width)

static int type2base (int base_type, const char *caller)

Convert a datatype, which must be FEM_INDEX_0 or FEM_INDEX_1, to the first valid index (base index) of that type.

void setIndexTableData (const void *user, int firstItem, int length, IDXL_LAYOUT_PARAM, AllocTable2d< int > *table, int indexBase)

Copy this data out of the user's (layout-formatted, indexBase) array:.

void getIndexTableData (void *user, int firstItem, int length, IDXL_LAYOUT_PARAM, const AllocTable2d< int > *table, int indexBase)

Copy this data into the user's (layout-formatted, indexBase) array:.

CDECL const char * FEM_Get_entity_name (int entity, char *storage)

Return the human-readable version of this entity code, like "FEM_NODE".

void FEM_Index_Check (const char *caller, const char *entityType, int type, int maxType)

void FEM_Is_NULL (const char *caller, const char *entityType, int type)

FILE * FEM_openMeshFile (const char *prefix, int chunkNo, int nchunks, bool forRead)

static void read_version ()

static void write_version ()

FEM_Mesh * FEM_readMesh (const char *prefix, int chunkNo, int nChunks)

void FEM_writeMesh (FEM_Mesh *m, const char *prefix, int chunkNo, int nChunks)

CDECL void FEM_Mesh_allocate_valid_attr (int fem_mesh, int entity_type)

FORTRAN_AS_C (FEM_MESH_ALLOCATE_VALID_ATTR, FEM_Mesh_allocate_valid_attr, fem_mesh_allocate_valid_attr,(int *fem_mesh, int *entity_type),(*fem_mesh,*entity_type)) CDECL void FEM_set_entity_valid(int mesh

Variables

int femVersion

int entity

int int attr

int int const void * data

int int const void int firstItem

int int const void int int length

int int const void int int int datatype

int entityType

Function Documentation

static void checkIsSet	(	int	fem_mesh,
		bool	wantSet,
		const char *	caller
	)			`[static]`

Definition at line 49 of file mesh.C.

References FEM_Abort(), and FEM_Mesh_is_set().

FDECL void FTN_NAME	(	FEM_MESH_CONN	,
		fem_mesh_conn
	)

Definition at line 65 of file mesh.C.

References FEM_Mesh_data(), and width().

FDECL void FTN_NAME	(	FEM_MESH_SET_CONN	,
		fem_mesh_set_conn
	)

Definition at line 80 of file mesh.C.

References checkIsSet(), FTN_NAME(), and width().

FDECL void FTN_NAME	(	FEM_MESH_GET_CONN	,
		fem_mesh_get_conn
	)

Definition at line 95 of file mesh.C.

References checkIsSet(), FTN_NAME(), and width().

FORTRAN_AS_C	(	FEM_MESH_DATA	,
		FEM_Mesh_data	,
		fem_mesh_data	,
		(int fem_mesh, int entity, int attr, void data, int firstItem, int length, int datatype, int width)	,
		,,,,-1,,,*	width
	)

ghost ( 0 )

attr ( attr_ )

width ( 0 )

datatype ( - 1 )

allocated ( false )

Definition at line 520 of file mesh.C.

References femVersion, and width().

template<class T>

void setTableData	(	const void *	user,
		int	firstItem,
		int	length,
		IDXL_LAYOUT_PARAM	,
		AllocTable2d< T > *	table
	)			`[inline]`

Copy this data out of the user's (layout-formatted) array:.

Definition at line 725 of file mesh.C.

References c, firstItem, BasicTable2d< T >::getRow(), length, and width().

template<class T>

void getTableData	(	void *	user,
		int	firstItem,
		int	length,
		IDXL_LAYOUT_PARAM	,
		const AllocTable2d< T > *	table
	)			`[inline]`

Copy this data into the user's (layout-formatted) array:.

Definition at line 737 of file mesh.C.

References c, firstItem, BasicTable2d< T >::getRow(), length, and width().

template<class T>

AllocTable2d<T>* allocTablePtr	(	AllocTable2d< T > *	src,
		int	len,
		int	wid
	)			`[inline]`

Definition at line 785 of file mesh.C.

References AllocTable2d< T >::allocate().

template<class T>

void interpolateAttrs	(	AllocTable2d< T > *	data,
		int	A,
		int	B,
		int	D,
		double	frac,
		int	width
	)			`[inline]`

Definition at line 813 of file mesh.C.

References data, and width().

template<class T>

void interpolateAttrs	(	AllocTable2d< T > *	data,
		int *	iNodes,
		int	rNode,
		int	k,
		int	width
	)			`[inline]`

Definition at line 826 of file mesh.C.

References data, and width().

template<class T>

void minAttrs	(	AllocTable2d< T > *	data,
		int	A,
		int	B,
		int	D,
		double	frac,
		int	width
	)			`[inline]`

Definition at line 843 of file mesh.C.

References data, and width().

template<class T>

void minAttrs	(	AllocTable2d< T > *	data,
		int *	iNodes,
		int	rNode,
		int	k,
		int	width
	)			`[inline]`

Definition at line 857 of file mesh.C.

References data, and width().

static int type2base	(	int	base_type,
		const char *	caller
	)			`[static]`

Convert a datatype, which must be FEM_INDEX_0 or FEM_INDEX_1, to the first valid index (base index) of that type.

Otherwise call FEM_Abort, because the datatype is wrong.

Definition at line 940 of file mesh.C.

References FEM_Abort().

void setIndexTableData	(	const void *	user,
		int	firstItem,
		int	length,
		IDXL_LAYOUT_PARAM	,
		AllocTable2d< int > *	table,
		int	indexBase
	)

Copy this data out of the user's (layout-formatted, indexBase) array:.

Definition at line 949 of file mesh.C.

References c, firstItem, BasicTable2d< T >::getRow(), length, and width().

void getIndexTableData	(	void *	user,
		int	firstItem,
		int	length,
		IDXL_LAYOUT_PARAM	,
		const AllocTable2d< int > *	table,
		int	indexBase
	)

Copy this data into the user's (layout-formatted, indexBase) array:.

Definition at line 960 of file mesh.C.

References c, firstItem, BasicTable2d< T >::getRow(), length, and width().

static void read_version ( ) [inline, static]

Definition at line 2167 of file mesh.C.

References Converse::CkMyPe(), and femVersion.

static void write_version ( ) [inline, static]

Definition at line 2177 of file mesh.C.

References femVersion.

FORTRAN_AS_C	(	FEM_MESH_ALLOCATE_VALID_ATTR	,
		FEM_Mesh_allocate_valid_attr	,
		fem_mesh_allocate_valid_attr	,
		(int fem_mesh, int entity_type)	,
		,	entity_type
	)