Functions
F5_API void	F5close (F5Path *f)

F5_API int	F5Fread_linear (F5Path fpath, hsize_t dims, hid_t fieldtype, void base, void delta)

F5_API hid_t	F5Lcreate (hid_t R_id, const char fieldname, int dimension, const hsize_t dims, hid_t fieldtype, hid_t property_id)

F5_API hid_t	F5LTcreate_topology (hid_t Grid_hid, const char TopologyName, int IndexDepth, int SkeletonDimensionality, int DataspaceDimensionality, const hsize_t refinement)

F5_API int	F5LTset_maximal_grid_refinement (hid_t ContentsGroup_id, const char gridname, int IndexDepth, int Dimensionality, const hsize_t refinement)

F5_API int	F5LTget_maximal_grid_refinement (hid_t ContentsGroup_id, const char gridname, hsize_t refinement)

F5_API int	F5LTget_maximal_skeleton_refinement (hid_t ContentsGroup_id, const char gridname, hsize_t refinement, int IndexDepth, int Dimensionality)

F5_API int	F5LTget_index_depth (hid_t Top_hid)

F5_API hid_t	F5Lwrite (hid_t R_id, const char fieldname, int dimension, const hsize_t dims, hid_t fieldtype, hid_t memtype, const void *dataPtr, hid_t enum_type, hid_t property_id)

F5_API hid_t	F5LwriteS (hid_t Container_id, const char name, int dimension, const hsize_t dims, hid_t fieldtype, hid_t memtype, const void *dataPtr, hid_t enum_type, hid_t dcpl_id)

F5_API int	F5LreadS (hid_t Container_id, hid_t memtype, void *dataPtr, hid_t ElementLoadID)

F5_API hid_t	F5Lwrite_fraction (hid_t R_id, const char fieldname, int dimension, const hsize_t full_dims, const hsize_t datasize, hid_t fieldtype, hid_t memtype, const void dataPtr, const hsize_t datastart, const hsize_t start_border, const hsize_t end_border, const char fraction_name, hid_t enum_type, hid_t property_id)

F5_API hid_t	F5LSwrite_fraction (hid_t R_id, const char fieldname, int dimension, const hsize_t full_dims, const hsize_t datasize, hid_t fieldtype, hid_t memtype, const void const dataPtr, const hsize_t datastart, const hsize_t start_border, const hsize_t end_border, const char *fraction_name, hid_t enum_type, hid_t property_id)

F5_API hid_t	F5Lwrite1D (hid_t R_id, const char fieldname, hsize_t nElements, hid_t fieldtype, hid_t memtype, const void dataPtr, hid_t enum_type, hid_t property_id)

F5_API hid_t	F5Lwrite_linear (hid_t R_id, const char fieldname, int dimension, const hsize_t dataspace_dims, hid_t fieldtype, const void base, const void delta)

F5_API hid_t	F5Lread_linear (hid_t F_id, hsize_t dims, hid_t fieldtype, void base, void *delta)

F5_API hid_t	F5Lwrite_entity (hid_t R_id, const char fieldname, hid_t fieldtype, const void value)

F5_API hid_t	F5Lwrites (hid_t F_id, const char fieldname, int dimension, const hsize_t dims, hid_t fieldtype, hid_t memtype, const void const dataPtr, hid_t enum_type, hid_t property_id)

F5_API hid_t	F5Lget_type (hid_t Field_hid, int FieldIDisGroup, hid_t elink_fapl_id)

F5_API int	F5Lget_field_dimension_and_type (hid_t Representation_hid, const char fieldname, hsize_t dims[FIBER_MAX_RANK], hid_t type_id)

F5_API int	F5LAsave_dimensions (hid_t Field_id, const char aname, int rank, const hsize_t dims)

F5_API int	F5LAget_dimensions (hid_t Field_id, const char *aname, hsize_t dims[FIBER_MAX_RANK])

F5_API int	F5Lset_space (hid_t Field_id, int rank, const hsize_t *dims)

F5_API int	F5Lget_compound_extent_dims (hid_t CompoundGroupID, hsize_t *dims)

F5_API hid_t	F5Lget_compound_space (hid_t CompoundGroupID)

F5Path *	F5LTcreateV (hid_t File_id, const double time, const char gridname, ChartDomain_IDs ChartDomain, ChartDomain_IDs coord_creator(void udata), void udata, const char coordinate_system, const char TopologyName, int IndexDepth, int SkeletonDimensionality, int Dimensionality, const hsize_t *refinement)

F5Path *	F5LTcreate (hid_t File_id, const double time, const char gridname, ChartDomain_IDs ChartDomain, ChartDomain_IDs coord_creator(), const char coordinate_system, const char TopologyName, int IndexDepth, int SkeletonDimensionality, int Dimensionality, const hsize_t *refinement)

F5_API F5Path *	F5LTcreate (hid_t File_id, const double time, const char gridname, ChartDomain_IDs ChartDomain, new_global_chart_f coord_creator, const char coordinate_system, const char TopologyName, int IndexDepth, int SkeletonDimensionality, int DataspaceDimensionality, const hsize_t refinement)

Detailed Description

Todo:: Separate these functions into F5-Dataset functions, with prefix F5D, of the form:

Functions taking contigous compounds (data given as void*), zero components not supported:
- F5Dcreate()
- F5Dwrite()
- F5Dsave() (convenience function: create + write with same field type, no I/O type conversion)
- F5Dis()
- F5Dopen()
- F5Dread()
- F5Dload() (convenience function: open + read)
Functions taking separated compounds (data given as void**), missing components supported:
- F5DS...() (6 functions)
Special datasets:
- F5D*_fraction()
- F5D*_linear()
- F5D*_entity()
Utility functions:
- F5Dget_type()
- F5Dget_space()
Low-level functions:
- F5Dset_type_attribute()

Function Documentation

◆ F5close()

F5_API void F5close ( F5Path * f )

Remove a F5Path object.

References F5Path::field_enum_type_hid, F5Path::FileIDs, F5Path::myChart, and F5Path::Representation_hid.

Referenced by F5Cwrite_regular_surface(), F5Fwrite_uniform_cartesian3D(), F5Fwrite_uniform_cartesian3Ds(), F5iterate_timeslices(), F5Rcreate_rectilinear(), F5write_particle_cartesian3Dv(), F5write_particle_cartesian3DvU(), F5write_particle_positions(), F5write_uniform_cartesian3Dv(), and F5write_uniform_cartesian3Dvs().

◆ F5Fread_linear()

F5_API int F5Fread_linear	(	F5Path *	fpath,
		hsize_t *	dims,
		hid_t	fieldtype,
		void *	base,
		void *	delta
	)

Try to read a field which is a linear mapping of a base (origin) and delta value. The fpath object gets the the field identifier set to the opened field (which is available to retrieve additional user-defined attributes and such).

@params dims The dimensions of integer coordinates.

Returns: zero, if the entry could not be opened, non-zero if successfull.

References F5Lread_linear(), and F5Path::Field_hid.

◆ F5LAget_dimensions()

F5_API int F5LAget_dimensions	(	hid_t	Field_id,
		const char *	aname,
		hsize_t	dims[FIBER_MAX_RANK]
	)

Read an n-dimensional attribute.

Parameters

dims	The n values, maximally FIBER_MAX_RANK

Returns: The actual rank.

Referenced by F5LTget_maximal_grid_refinement(), F5LTget_maximal_skeleton_refinement(), F5LTset_maximal_grid_refinement(), and F5Tget_space().

◆ F5LAsave_dimensions()

F5_API int F5LAsave_dimensions	(	hid_t	Field_id,
		const char *	aname,
		int	rank,
		const hsize_t *	dims
	)

Save dimensional information to a certain location.

Returns: 1 if successfull, 0 if some problem occurred during writing.

Referenced by F5Fwrite_linear(), F5Fwrite_linear_fraction(), F5Lset_space(), F5LSwrite_fraction(), F5LTset_maximal_grid_refinement(), and F5Lwrite_fraction().

◆ F5Lcreate()

F5_API hid_t F5Lcreate	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	dims,
		hid_t	fieldtype,
		hid_t	property_id
	)

 Create an HDF5 dataset for further treatment with raw HDF5 functions, e.g.
 to write an hyperslab instead of the full dataset at once.

Returns: A HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

Parameters

property_id	An HDF5 dataset property ID. If it is negative, then a default property will be created locally via H5Pcreate(H5P_DATASET_CREATE) .
dataspace_id	Pointer to an HDF5 identifier, that will be used to store a shared dataspace. It may be NULL, in which case a local dataspace is created. Until shared dataspaces are implemented in HDF5, this will make no difference in the actual HDF5 file.
R_id	The group ID where the field shall be inserted, preferably a representation group ID that has been created by an F5create_representation() call.
fieldname	The name of the field. It may be chosen arbitrarily, but must not contain slashes "/". It is furthermore recommended to avoid special characters - even if they work - and to keep the name short and concise).
dimension	The dimensionality of the data set.
dims	The extension of the data set.
fieldtype	An HDF5 type identifier.

References F5Dcreate().

Referenced by F5Fcreate(), and F5Lwrite().

◆ F5Lget_compound_extent_dims()

F5_API int F5Lget_compound_extent_dims	(	hid_t	CompoundGroupID,
		hsize_t *	dims
	)

Get the dataspace extension from a compound group.

References F5Lget_type().

◆ F5Lget_compound_space()

F5_API hid_t F5Lget_compound_space ( hid_t CompoundGroupID )

Get the dataspace of a compound group.

References F5Lget_type().

◆ F5Lget_field_dimension_and_type()

F5_API int F5Lget_field_dimension_and_type	(	hid_t	Representation_hid,
		const char *	fieldname,
		hsize_t	dims[FIBER_MAX_RANK],
		hid_t *	type_id
	)

Retrieve dimensional and type information for a specific field.

References F5Aopen_name(), and F5Lget_type().

◆ F5Lget_type()

F5_API hid_t F5Lget_type	(	hid_t	Field_hid,
		int	FieldIDisGroup,
		hid_t	elink_fapl_id
	)

Retrieve type information for a specific field.

References F5Aopen_name().

Referenced by F5Fget_type2(), F5Lget_compound_extent_dims(), F5Lget_compound_space(), and F5Lget_field_dimension_and_type().

◆ F5Lread_linear()

F5_API hid_t F5Lread_linear	(	hid_t	F_id,
		hsize_t *	dims,
		hid_t	fieldtype,
		void *	base,
		void *	delta
	)

Try to read a field as if it were a linear mapping of indices to some values.

Parameters

dims	The extensions of an HDF5 dataspace.

Returns: An HDF5 group ID. The caller must issue H5Gclose() on the returned identifier.

Todo:: Add error checkings if the used attributes do not exist.

References F5Aopen_name().

Referenced by F5Fread_linear().

◆ F5LreadS()

F5_API int F5LreadS	(	hid_t	Container_id,
		hid_t	memtype,
		void *	dataPtr,
		hid_t	ElementLoadID
	)

Read a dataset stored as separated compound as a continiguous compound dataset, involving some data transformation. Internally, hyperslabs are used.

◆ F5Lset_space()

F5_API int F5Lset_space	(	hid_t	Field_id,
		int	rank,
		const hsize_t *	dims
	)

Save dimensional information to a certain location.

Returns: 1 if successfull, 0 if some problem occurred during writing.

References F5LAsave_dimensions().

Referenced by F5Fwrite_linear_fraction(), F5LSwrite_fraction(), F5Lwrite_fraction(), and F5Lwrite_linear().

◆ F5LSwrite_fraction()

F5_API hid_t F5LSwrite_fraction	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	full_dims,
		const hsize_t *	datasize,
		hid_t	fieldtype,
		hid_t	memtype,
		const void const	dataPtr,
		const hsize_t *	datastart,
		const hsize_t *	start_border,
		const hsize_t *	end_border,
		const char *	fraction_name,
		hid_t	enum_type,
		hid_t	property_id
	)

Write a dataset of separate components that only cover a fraction of the entire representation's domain.

Parameters

dimension	The dimension of the data set.
datastart	The (multidimensional) start index of the saved data set.
dataend	The (multidimensional) end index of the saved data set.
fraction_name	An optional string to name this fraction. It may be NULL to use an internal default.

Note: Subsampling can not be specified here. Subsampled data need to go into another Topology group.

Returns: A HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

References F5Gappend(), F5LAsave_dimensions(), F5Lset_space(), F5Lwrites(), and F5Xclose().

Referenced by F5FSwrite_fraction().

◆ F5LTcreate() [1/2]

F5Path* F5LTcreate	(	hid_t	File_id,
		const double *	time,
		const char *	gridname,
		ChartDomain_IDs *	ChartDomain,
		ChartDomain_IDs *	coord_creator(),
		const char *	coordinate_system,
		const char *	TopologyName,
		int	IndexDepth,
		int	SkeletonDimensionality,
		int	Dimensionality,
		const hsize_t *	refinement
	)

Create a Topology of the given name with a representation in the certain coordinate system. If the ChartDomain has not been set yet, then the types in the newly created chart domain (F5Path->myChart) will contain valid types for the Points and tangential types, as they are created by the specified coord_creator(). Note that the coord_create() specifies the type of the coordinate system, while the coordinate_system parameter specifies the actual object that is of this respective type.

References F5LTcreateV().

Referenced by F5Rcreate_coordinate_topology(), F5Rcreate_edges_as_vertices_topology(), F5Rcreate_hexaedrons_as_vertices_topology(), F5Rcreate_relative_vertex_Irefinement3D(), F5Rcreate_relative_vertex_Qrefinement3D(), F5Rcreate_tetrahedrons_as_vertices_topology(), and F5Rcreate_triangles_as_vertices_topology().

◆ F5LTcreate() [2/2]

F5_API F5Path* F5LTcreate	(	hid_t	File_id,
		const double *	time,
		const char *	gridname,
		ChartDomain_IDs *	ChartDomain,
		new_global_chart_f	coord_creator,
		const char *	coordinate_system,
		const char *	TopologyName,
		int	IndexDepth,
		int	SkeletonDimensionality,
		int	DataspaceDimensionality,
		const hsize_t *	refinement
	)

Low-level creation function for F5Path objects.

Parameters

time	Pointer to the time instance of the current parameter space slices, or NULL if the data reside in a zero-dimensional parameter space, i.e. they are static. In a future extension, this may be a point to a multidimensional structure specifying the location in multidimensional parameter space.
SkeletonDimensionality	The dimensionality of the k-cells that is described by this Skeleton of a Grid.
DataspaceDimensionality	The dimensionality of the data that is used for the data on this Skeleton. This is best to be identical to the SkeletonDimensionality, but may differ, for instance one can store data in one-dimensional arrays over a 2D grid, or have some kind of irregular point distribution.

◆ F5LTcreateV()

F5Path* F5LTcreateV	(	hid_t	File_id,
		const double *	time,
		const char *	gridname,
		ChartDomain_IDs *	ChartDomain,
		ChartDomain_IDs *	coord_creatorvoid *udata,
		void *	udata,
		const char *	coordinate_system,
		const char *	TopologyName,
		int	IndexDepth,
		int	SkeletonDimensionality,
		int	Dimensionality,
		const hsize_t *	refinement
	)

The central F5Path constructor for write access: Creates the basic F5 structures in the file and sets up an F5Path object for subsequent use. Basically, all the information contained in an F5Path object can be created from the given parameters, however, some complexity arises when modifying some file that already has some structure. In such a case, it must re-use any found structures in a consistent way, especcially it has to use named types instead of intrinsic ones.

Todo:: Extend slice group creation to parameter spaces

Parameters

ChartDomain If a chartdomain is given, i.e. it is used already or stems from another file opening, then we reuse this chart domain, otherwise a new one will be created. The ChartDomain describes all types of the fields in the respective representation group as they are transient in memory. It will become the F5Path's ‘myChart’ member. Specifying the ChartDomain is optional: if it is not given, then the coord_creator() callback function will be used to create a new coordinate object.

Note that F5LTcreateV() is more general in this respect than F5LTcreate() and F5LTcreateT(): Via the callback function, it allows to create an arbitrary subset of types for the chart domain, whereas F5LTcreate() always assumes that the representation domain is a coordinate system and creates the point, vector, covector and subsequent types for the tangential space. F5LTcreateT(), in contrast, does not create any tangential types (they are set to -1 in the ChartDomain), but only the point type, thus is more suitable for topological representations (cells referring to points, points to refined points, ...).

References F5Path::Chart_hid, F5Path::Charts_hid, F5Path::ContentsGroup_hid, F5Bappend_slice(), F5Gappend(), F5Path::field_enum_type_hid, F5Path::Grid_hid, F5Path::Slice_hid, and F5Path::Topology_hid.

Referenced by F5LTcreate().

◆ F5LTget_index_depth()

F5_API int F5LTget_index_depth ( hid_t Top_hid )

Get the index depth of a certain Topology ID.

◆ F5LTget_maximal_grid_refinement()

F5_API int F5LTget_maximal_grid_refinement	(	hid_t	ContentsGroup_id,
		const char *	gridname,
		hsize_t *	refinement
	)

Get the maximal refinement level for a certain Grid.

hsize_t MaxRefinement[ FIBER_MAX_RANK ];
int             Dims;
 
    Dims = F5LTget_maximal_grid_refinement(fpath->ContentsGroup_hid, "MyGridOfInterest", MaxRefinement);

References F5Gappend(), and F5LAget_dimensions().

◆ F5LTget_maximal_skeleton_refinement()

F5_API int F5LTget_maximal_skeleton_refinement	(	hid_t	ContentsGroup_id,
		const char *	gridname,
		hsize_t *	refinement,
		int	IndexDepth,
		int	Dimensionality
	)

Get the maximal refinement level for a certain topological property of a Grid. For example, get the maximum refinement level for faces on a Grid:

hsize_t MaxRefinement[ FIBER_MAX_RANK ];
int             Dims;
 
    Dims = F5LTget_maximal_skeleton_refinement(fpath->ContentsGroup_hid, "MyGridOfInterest", MaxRefinement, 1, 2);

References F5Gappend(), and F5LAget_dimensions().

◆ F5LTset_maximal_grid_refinement()

F5_API int F5LTset_maximal_grid_refinement	(	hid_t	ContentsGroup_id,
		const char *	gridname,
		int	IndexDepth,
		int	Dimensionality,
		const hsize_t *	refinement
	)

Update the maximal refinement level for a certain Grid.

Parameters

IndexDepth There can be different levels of refinement depending on the topological type of the Skeleton. Usually refinement will only be relevant for vertices, thus IndexDepth=0, but it is also possible for higher dimensional skeletons such as edges, lines, triangles...

References F5Gappend(), F5LAget_dimensions(), and F5LAsave_dimensions().

◆ F5Lwrite()

F5_API hid_t F5Lwrite	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	dims,
		hid_t	fieldtype,
		hid_t	memtype,
		const void *	dataPtr,
		hid_t	enum_type,
		hid_t	dcpl_id
	)

Returns: A HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

Parameters

property_id	An HDF5 dataset property ID. If it is negative, then a default property will be created locally via H5Pcreate(H5P_DATASET_CREATE) .
dimension	The dimensionality of the data set. You may use F5Lwrite1D() as a convenience shortcut for one-dimensional data sets.
dims	The extension of the data set.

Note: Fields are always associated to certain coordinates system. The field type must be consistent with its coordinate system, e.g. one may not store a vector field in polar coordinates in a cartesian chart. Formally, this can be done because not all API functions have the ability to check for this consistency. However, a field type which is not part of a certain coordinate system will be treated as non-existent when reading the file later.; If a field is a structure made by separate data arrays, e.g. a vector field with components x,y,z stored as three arrays of floats, then use function F5Lwrites().

Parameters

enum_type The Atomic Field enumeration type that is associated with the current file. Get it via F5LTmake_enum_type(fpath).

Todo:: Expose xfer_plist_id parameter

Returns: An HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

References F5Lcreate().

Referenced by F5Fwrite_fraction(), F5FwriteIMAGE(), F5Lwrite1D(), and F5Lwrite_fraction().

◆ F5Lwrite1D()

F5_API hid_t F5Lwrite1D	(	hid_t	R_id,
		const char *	fieldname,
		hsize_t	nElements,
		hid_t	fieldtype,
		hid_t	memtype,
		const void *	dataPtr,
		hid_t	enum_type,
		hid_t	property_id
	)

Convenience function for writing one-dimensional data. Calls F5Lwrite();

References F5Lwrite().

Referenced by F5Rcreate_rectilinear(), F5write_particle_cartesian3Dv(), and F5write_particle_cartesian3DvU().

◆ F5Lwrite_entity()

F5_API hid_t F5Lwrite_entity	(	hid_t	R_id,
		const char *	fieldname,
		hid_t	fieldtype,
		const void *	value
	)

Write a field that is a constant for all elements.

Returns: A HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

◆ F5Lwrite_fraction()

F5_API hid_t F5Lwrite_fraction	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	full_dims,
		const hsize_t *	datasize,
		hid_t	fieldtype,
		hid_t	memtype,
		const void *	dataPtr,
		const hsize_t *	datastart,
		const hsize_t *	start_border,
		const hsize_t *	end_border,
		const char *	fraction_name,
		hid_t	enum_type,
		hid_t	property_id
	)

Write a dataset which only covers a fraction of the entire representation's domain.

Parameters

dimension	The dimension of the data set.
datastart	The (multidimensional) start index of the saved data set.
dataend	The (multidimensional) end index of the saved data set.
fraction_name	An optional string to name this fraction. It may be NULL to use an internal default.

Note: Subsampling can not be specified here. Subsampled data need to go into another Topology group.

Returns: A HDF5 dataset ID. The caller must issue H5Dclose() on the returned identifier.

References F5Gappend(), F5LAsave_dimensions(), F5Lset_space(), F5Lwrite(), and F5Xclose().

Referenced by F5Fwrite_fraction().

◆ F5Lwrite_linear()

F5_API hid_t F5Lwrite_linear	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	dims,
		hid_t	fieldtype,
		const void *	base,
		const void *	delta
	)

Write a field that is a linear map from coordinate indices to some data value.

Todo:: Remove dimension parameter, it is clear from the fieldtype's members.

Parameters

dims	The extensions of an HDF5 dataspace.

Returns: A HDF5 group ID. The caller must issue H5Gclose() on the returned identifier.

Write a field that is a linear map from coordinate indices to some data value.

Returns: A HDF5 group ID. The caller must issue H5Gclose() on the returned identifier.

References F5Gcreate(), and F5Lset_space().

Referenced by F5Fwrite_linear(), and F5Fwrite_linear_fraction().

◆ F5LwriteS()

F5_API hid_t F5LwriteS	(	hid_t	Container_id,
		const char *	name,
		int	dimension,
		const hsize_t *	dims,
		hid_t	fieldtype,
		hid_t	memtype,
		const void *	dataPtr,
		hid_t	enum_type,
		hid_t	dcpl_id
	)

Write a contiguous compound data set as separated compound data into the file, which involves data transformation.

Returns: The ID of the group, i.e. Container_id -> name

References F5Gappend().

◆ F5Lwrites()

F5_API hid_t F5Lwrites	(	hid_t	R_id,
		const char *	fieldname,
		int	dimension,
		const hsize_t *	dims,
		hid_t	fieldtype,
		hid_t	memtype,
		const void const	dataPtr,
		hid_t	enum_type,
		hid_t	property_id
	)

Parameters

enum_type The Atomic Field enumeration type that is associated with the current file. Get it via F5LTmake_enum_type(fpath).

Returns: A HDF5 group ID. The caller must issue H5Gclose() on the returned identifier.

Todo:: should be named F5DSwrite() instead

Returns: A HDF5 group ID. The caller must issue H5Gclose() on the returned identifier.

Note: If some component array is undefined (NULL), then its place will be left empty in the file.

References F5Gcreate().

Referenced by F5FSwrite_fraction(), and F5LSwrite_fraction().

Functions

Detailed Description

Function Documentation

◆ F5close()

◆ F5Fread_linear()

◆ F5LAget_dimensions()

◆ F5LAsave_dimensions()

◆ F5Lcreate()

◆ F5Lget_compound_extent_dims()

◆ F5Lget_compound_space()

◆ F5Lget_field_dimension_and_type()

◆ F5Lget_type()

◆ F5Lread_linear()

◆ F5LreadS()

◆ F5Lset_space()

◆ F5LSwrite_fraction()

◆ F5LTcreate() [1/2]

◆ F5LTcreate() [2/2]

◆ F5LTcreateV()

◆ F5LTget_index_depth()

◆ F5LTget_maximal_grid_refinement()

◆ F5LTget_maximal_skeleton_refinement()

◆ F5LTset_maximal_grid_refinement()

◆ F5Lwrite()

◆ F5Lwrite1D()

◆ F5Lwrite_entity()

◆ F5Lwrite_fraction()

◆ F5Lwrite_linear()

◆ F5LwriteS()

◆ F5Lwrites()