#include "fvm_nodal.h"
#include "fvm_writer.h"
#include "cs_base.h"
#include "cs_interpolate.h"
#include "cs_probe.h"
#include "cs_time_step.h"

Include dependency graph for cs_post.h:

Macros
#define	CS_POST_ON_LOCATION

#define	CS_POST_BOUNDARY_NR

#define	CS_POST_MONITOR (1 << 2) /* monitor variables */

#define	CS_POST_WRITER_ALL_ASSOCIATED 0 /* all associated writers */

#define	CS_POST_WRITER_DEFAULT -1 /* default visualisation */

#define	CS_POST_WRITER_ERRORS -2 /* error visualisation */

#define	CS_POST_WRITER_PARTICLES -3 /* particle visualisation */

#define	CS_POST_WRITER_TRAJECTORIES -4 /* trajectories visualisation */

#define	CS_POST_WRITER_PROBES -5 /* probe monitoring */

#define	CS_POST_WRITER_PROFILES -6 /* profiles */

#define	CS_POST_WRITER_HISTOGRAMS -7 /* histograms */

#define	CS_POST_MESH_VOLUME -1 /* volume mesh output */

#define	CS_POST_MESH_BOUNDARY -2 /* boundary mesh output */

#define	CS_POST_MESH_PARTICLES -3 /* particle output */

#define	CS_POST_MESH_TRAJECTORIES -4 /* particle output */

#define	CS_POST_MESH_PROBES -5 /* probes output */

#define	CS_POST_MESH_SURFACE

Typedefs
typedef void()	cs_post_elt_select_t(void input, cs_lnum_t n_elts, cs_lnum_t **elt_list)
	Function pointer to elements selection definition. More...

typedef void()	cs_post_time_dep_output_t(void input, const cs_time_step_t ts)

typedef void()	cs_post_time_mesh_dep_output_t(void input, int mesh_id, int cat_id, int ent_flag[5], cs_lnum_t n_cells, cs_lnum_t n_i_faces, cs_lnum_t n_b_faces, const cs_lnum_t cell_ids[], const cs_lnum_t i_face_ids[], const cs_lnum_t b_face_ids[], const cs_time_step_t ts)

Enumerations
enum	cs_post_type_t { CS_POST_TYPE_cs_int_t, CS_POST_TYPE_cs_real_t, CS_POST_TYPE_int, CS_POST_TYPE_float, CS_POST_TYPE_double }
	Postprocessing input variable type. More...

Functions
void	cs_post_define_writer (int writer_id, const char case_name, const char dir_name, const char fmt_name, const char fmt_opts, fvm_writer_time_dep_t time_dep, bool output_at_start, bool output_at_end, int frequency_n, double frequency_t)
	Define a writer; this objects manages a case's name, directory, and format, as well as associated mesh's time dependency, and the default output frequency for associated variables. More...

void	cs_post_define_volume_mesh (int mesh_id, const char mesh_name, const char cell_criteria, bool add_groups, bool auto_variables, int n_writers, const int writer_ids[])
	Define a volume post-processing mesh. More...

void	cs_post_define_volume_mesh_by_func (int mesh_id, const char mesh_name, cs_post_elt_select_t cell_select_func, void *cell_select_input, bool time_varying, bool add_groups, bool auto_variables, int n_writers, const int writer_ids[])
	Define a volume post-processing mesh using a selection function. More...

void	cs_post_define_surface_mesh (int mesh_id, const char mesh_name, const char i_face_criteria, const char *b_face_criteria, bool add_groups, bool auto_variables, int n_writers, const int writer_ids[])
	Define a surface post-processing mesh. More...

void	cs_post_define_surface_mesh_by_func (int mesh_id, const char mesh_name, cs_post_elt_select_t i_face_select_func, cs_post_elt_select_t b_face_select_func, void i_face_select_input, void *b_face_select_input, bool time_varying, bool add_groups, bool auto_variables, int n_writers, const int writer_ids[])
	Define a surface post-processing mesh using selection functions. More...

void	cs_post_define_particles_mesh (int mesh_id, const char mesh_name, const char cell_criteria, double density, bool trajectory, bool auto_variables, int n_writers, const int writer_ids[])
	Define a particles post-processing mesh. More...

void	cs_post_define_particles_mesh_by_func (int mesh_id, const char mesh_name, cs_post_elt_select_t p_select_func, void *p_select_input, bool trajectory, bool auto_variables, int n_writers, const int writer_ids[])
	Define a particles post-processing mesh using a selection function. More...

void	cs_post_define_existing_mesh (int mesh_id, fvm_nodal_t *exp_mesh, int dim_shift, bool transfer, bool auto_variables, int n_writers, const int writer_ids[])
	Create a post-processing mesh associated with an existing exportable mesh representation. More...

void	cs_post_define_edges_mesh (int mesh_id, int base_mesh_id, int n_writers, const int writer_ids[])
	Create a mesh based upon the extraction of edges from an existing mesh. More...

void	cs_post_mesh_attach_writer (int mesh_id, int writer_id)
	Associate a writer to a postprocessing mesh. More...

void	cs_post_mesh_detach_writer (int mesh_id, int writer_id)
	De-associate a writer from a postprocessing mesh. More...

const int *	cs_post_mesh_get_ent_flag (int mesh_id)
	Get a postprocessing meshes entity presence flag. More...

cs_lnum_t	cs_post_mesh_get_n_cells (int mesh_id)
	Get a postprocessing mesh's number of cells. More...

void	cs_post_mesh_get_cell_ids (int mesh_id, cs_lnum_t *cell_ids)
	Get a postprocessing mesh's list of cells. More...

cs_lnum_t	cs_post_mesh_get_n_i_faces (int mesh_id)
	Get a postprocessing mesh's number of interior faces. More...

void	cs_post_mesh_get_i_face_ids (int mesh_id, cs_lnum_t i_face_ids[])
	Get a postprocessing mesh's list of boundary faces. More...

cs_lnum_t	cs_post_mesh_get_n_b_faces (int mesh_id)
	Get a postprocessing mesh's number of boundary faces. More...

void	cs_post_mesh_get_b_face_ids (int mesh_id, cs_lnum_t b_face_ids[])
	Get a postprocessing mesh's list of boundary faces. More...

cs_lnum_t	cs_post_mesh_get_n_vertices (int mesh_id)
	Get a postprocessing mesh's number of vertices. More...

void	cs_post_mesh_get_vertex_ids (int mesh_id, cs_lnum_t *vertex_ids)
	Get a postprocessing mesh's list of vertices. More...

void	cs_post_mesh_set_post_domain (int mesh_id, bool post_domain)
	Set whether postprocessing mesh's parallel domain should be output. More...

void	cs_post_free_mesh (int mesh_id)
	Remove a post-processing mesh. More...

bool	cs_post_writer_exists (int writer_id)
	Check for the existence of a writer of the given id. More...

bool	cs_post_mesh_exists (int mesh_id)
	Check for the existence of a post-processing mesh of the given id. More...

const char *	cs_post_get_default_format (void)
	Return the default writer format name. More...

const char *	cs_post_get_default_format_options (void)
	Return the default writer format options. More...

int	cs_post_get_free_writer_id (void)
	Return the next "reservable" (i.e. non-user) writer id available. More...

int	cs_post_get_free_mesh_id (void)
	Return the next "reservable" (i.e. non-user) mesh id available. More...

void	cs_post_activate_by_time_step (const cs_time_step_t *ts)
	Update "active" or "inactive" flag of writers based on the time step. More...

void	cs_post_activate_writer (int writer_id, bool activate)
	Force the "active" or "inactive" flag for a specific writer or for all writers for the current time step. More...

void	cs_post_disable_writer (int writer_id)
	Disable specific writer or all writers not currently active until cs_post_enable_writer or cs_post_activate_writer is called for those writers. More...

void	cs_post_enable_writer (int writer_id)
	Enable a specific writer or all writers currently disabled by previous calls to cs_post_disable_writer. More...

fvm_writer_t *	cs_post_get_writer (int writer_id)
	Return a pointer to the FVM writer associated to a writer_id. More...

fvm_writer_time_dep_t	cs_post_get_writer_time_dep (int writer_id)
	Return time dependency associated to a writer_id. More...

void	cs_post_add_writer_t_step (int writer_id, int nt)
	Add an activation time step for a specific writer or for all writers. More...

void	cs_post_add_writer_t_value (int writer_id, double t)
	Add an activation time value for a specific writer or for all writers. More...

void	cs_post_write_meshes (const cs_time_step_t *ts)
	Output post-processing meshes using associated writers. More...

void	cs_post_write_var (int mesh_id, int writer_id, const char var_name, int var_dim, bool interlace, bool use_parent, cs_post_type_t var_type, const void cel_vals, const void i_face_vals, const void b_face_vals, const cs_time_step_t *ts)
	Output a variable defined at cells or faces of a post-processing mesh using associated writers. More...

void	cs_post_write_vertex_var (int mesh_id, int writer_id, const char var_name, int var_dim, bool interlace, bool use_parent, cs_post_type_t var_type, const void vtx_vals, const cs_time_step_t *ts)
	Output a variable defined at vertices of a post-processing mesh using associated writers. More...

void	cs_post_write_particle_values (int mesh_id, int writer_id, int attr_id, const char var_name, int component_id, const cs_time_step_t ts)
	Output an existing lagrangian particle attribute at particle positions or trajectory endpoints of a particle mesh using associated writers. More...

void	cs_post_write_probe_values (int mesh_id, int writer_id, const char var_name, int var_dim, cs_post_type_t var_type, int parent_location_id, cs_interpolate_from_location_t interpolate_func, void interpolate_input, const void vals, const cs_time_step_t *ts)
	Output a variable defined at cells or faces of a post-processing mesh using associated writers. More...

void	cs_post_renum_cells (const cs_lnum_t init_cell_num[])
	Update references to parent mesh of post-processing meshes in case of computational mesh cell renumbering. More...

void	cs_post_renum_faces (const cs_lnum_t init_i_face_num[], const cs_lnum_t init_b_face_num[])
	Update references to parent mesh of post-processing meshes in case of computational mesh interior and/or boundary faces renumbering. More...

void	cs_post_set_deformable (void)
	Configure the post-processing output so that a mesh displacement field may be output automatically for meshes based on the global volume mesh. More...

void	cs_post_set_changing_connectivity (void)
	Configure the post-processing output so that mesh connectivity may be automatically updated. More...

void	cs_post_init_writers (void)
	Initialize post-processing writers. More...

void	cs_post_init_meshes (int check_mask)
	Initialize main post-processing meshes. More...

void	cs_post_time_step_begin (const cs_time_step_t *ts)
	Check if post-processing is activated and then update post-processing of meshes if there is a need to update time-dependent meshes. More...

void	cs_post_time_step_output (const cs_time_step_t *ts)
	Loop on post-processing meshes to output variables. More...

void	cs_post_time_step_end (void)
	Flush writers and free time-varying and Lagragian mesh if needed of meshes if there is a time-dependent mesh. More...

void	cs_post_write_vars (const cs_time_step_t *ts)
	Loop on post-processing meshes to output variables. More...

void	cs_post_finalize (void)
	Destroy all structures associated with post-processing. More...

void	cs_post_add_free_faces (void)
	Postprocess free (isolated) faces of the current global mesh. More...

void	cs_post_init_error_writer (void)
	Initialize post-processing writer with same format and associated options as default writer, but no time dependency, intended to troubleshoot errors. More...

int	cs_post_init_error_writer_cells (void)
	Initialize post-processing writer with same format and associated options as default writer, but no time dependency, and associate and output global volume mesh. More...

void	cs_post_add_time_dep_output (cs_post_time_dep_output_t function, void input)
	Register a processing of time-dependent variables to the call to cs_post_write_vars(). More...

void	cs_post_add_time_mesh_dep_output (cs_post_time_mesh_dep_output_t function, void input)
	Register a processing of time-dependent variables than can be output on different meshes to the call to cs_post_write_vars(). More...

Macro Definition Documentation

◆ CS_POST_BOUNDARY_NR

CS_POST_BOUNDARY_NR

Value:

(1 << 1) /* postprocess boundary

without reconstruction */

postprocess boundary without reconstruction

◆ CS_POST_MESH_BOUNDARY

#define CS_POST_MESH_BOUNDARY -2 /* boundary mesh output */

◆ CS_POST_MESH_PARTICLES

#define CS_POST_MESH_PARTICLES -3 /* particle output */

◆ CS_POST_MESH_PROBES

#define CS_POST_MESH_PROBES -5 /* probes output */

◆ CS_POST_MESH_SURFACE

#define CS_POST_MESH_SURFACE

Value:

-12 /* surface (boundary and/or

interior) mesh */

◆ CS_POST_MESH_TRAJECTORIES

#define CS_POST_MESH_TRAJECTORIES -4 /* particle output */

◆ CS_POST_MESH_VOLUME

#define CS_POST_MESH_VOLUME -1 /* volume mesh output */

◆ CS_POST_MONITOR

#define CS_POST_MONITOR (1 << 2) /* monitor variables */

◆ CS_POST_ON_LOCATION

CS_POST_ON_LOCATION

Value:

(1 << 0)  /* postprocess variables
                                                  on their base location
                                                  (volume for variables) */

postprocess variables on their base location (volume for variables)

◆ CS_POST_WRITER_ALL_ASSOCIATED

#define CS_POST_WRITER_ALL_ASSOCIATED 0 /* all associated writers */

◆ CS_POST_WRITER_DEFAULT

#define CS_POST_WRITER_DEFAULT -1 /* default visualisation */

◆ CS_POST_WRITER_ERRORS

#define CS_POST_WRITER_ERRORS -2 /* error visualisation */

◆ CS_POST_WRITER_HISTOGRAMS

#define CS_POST_WRITER_HISTOGRAMS -7 /* histograms */

◆ CS_POST_WRITER_PARTICLES

#define CS_POST_WRITER_PARTICLES -3 /* particle visualisation */

◆ CS_POST_WRITER_PROBES

#define CS_POST_WRITER_PROBES -5 /* probe monitoring */

◆ CS_POST_WRITER_PROFILES

#define CS_POST_WRITER_PROFILES -6 /* profiles */

◆ CS_POST_WRITER_TRAJECTORIES

#define CS_POST_WRITER_TRAJECTORIES -4 /* trajectories visualisation */

Typedef Documentation

◆ cs_post_elt_select_t

cs_post_elt_select_t

Function pointer to elements selection definition.

Each function of this sort may be used to select a given type of element, usually cells, interior faces, or boundary faces.

If non-empty and not containing all elements, a list of elements of the main mesh should be allocated (using BFT_MALLOC) and defined by this function when called. This list's lifecycle is then managed by the postprocessing subsystem.

Note: if the input pointer is non-NULL, it must point to valid data when the selection function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_meshes() with a fixed-mesh writer before the data pointed to goes out of scope;

Parameters

[in,out]	input	pointer to optional (untyped) value or structure
[out]	n_elts	number of selected elements
[out]	elt_list	list of selected elements (0 to n-1 numbering)

◆ cs_post_time_dep_output_t

cs_post_time_dep_output_t

Function pointer associated with a specific post-processing output.

Such functions are registered using the cs_post_add_time_dep_output, and all registered functions are automatically called by cs_post_write_vars.

Note: if the input pointer is non-NULL, it must point to valid data when the output function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_var() or similar before the data pointed to goes out of scope.

Parameters

[in,out]	input	pointer to optional (untyped) value or structure
[in]	nt_cur_abs	current time step number
[in]	t_cur_abs	absolute time at the current time step

◆ cs_post_time_mesh_dep_output_t

cs_post_time_mesh_dep_output_t

Function pointer associated with a specific post-processing output on multiple meshes.

Such functions are registered using the cs_post_add_time_mesh_dep_vars(), and all registered functions are automatically called by cs_post_write_vars().

Note: if the input pointer is non-NULL, it must point to valid data when the output function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_var() or similar before the data pointed to goes out of scope.

Parameters

[in,out]	input	pointer to optional (untyped) value or structure
[in]	mesh_id	id of the output mesh for the current call
[in]	cat_id	category id of the output mesh for the current call
[in]	ent_flag	indicate global presence of cells (ent_flag[0]), interior faces (ent_flag[1]), boundary faces (ent_flag[2]), particles (ent_flag[3]) or probes (ent_flag[4])
[in]	n_cells	local number of cells of post_mesh
[in]	n_i_faces	local number of interior faces of post_mesh
[in]	n_b_faces	local number of boundary faces of post_mesh
[in]	cell_list	list of cells (1 to n) of post-processing mesh
[in]	i_face_list	list of interior faces (1 to n) of post-processing mesh
[in]	b_face_list	list of boundary faces (1 to n) of post-processing mesh
[in]	nt_cur_abs	current time step number
[in]	t_cur_abs	current physical time
[in]	nt_cur_abs	current time step number
[in]	t_cur_abs	absolute time at the current time step

Enumeration Type Documentation

◆ cs_post_type_t

enum cs_post_type_t

Postprocessing input variable type.

Enumerator
CS_POST_TYPE_cs_int_t	Fortran integer
CS_POST_TYPE_cs_real_t	Fortran double precision
CS_POST_TYPE_int	integer
CS_POST_TYPE_float	single precision floating-point value
CS_POST_TYPE_double	double precision floating-point value

Function Documentation

◆ cs_post_activate_by_time_step()

void cs_post_activate_by_time_step ( const cs_time_step_t * ts )

Update "active" or "inactive" flag of writers based on the time step.

Writers are activated if their output frequency is a divisor of the current time step, or if their optional time step and value output lists contain matches for the current time step.

Parameters

[in] ts time step status structure

◆ cs_post_activate_writer()

void cs_post_activate_writer	(	int	writer_id,
		bool	activate
	)

Force the "active" or "inactive" flag for a specific writer or for all writers for the current time step.

Parameters

[in]	writer_id	writer id, or 0 for all writers
[in]	activate	false to deactivate, true to activate

◆ cs_post_add_free_faces()

void cs_post_add_free_faces ( void )

Postprocess free (isolated) faces of the current global mesh.

◆ cs_post_add_time_dep_output()

void cs_post_add_time_dep_output	(	cs_post_time_dep_output_t *	function,
		void *	input
	)

Register a processing of time-dependent variables to the call to cs_post_write_vars().

Note: if the input pointer is non-NULL, it must point to valid data when the output function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_var() or similar before the data pointed to goes out of scope.

Parameters

[in]	function	function to register
[in,out]	input	pointer to optional (untyped) value or structure

◆ cs_post_add_time_mesh_dep_output()

void cs_post_add_time_mesh_dep_output	(	cs_post_time_mesh_dep_output_t *	function,
		void *	input
	)

Register a processing of time-dependent variables than can be output on different meshes to the call to cs_post_write_vars().

Note: if the input pointer is non-NULL, it must point to valid data when the output function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_var() or similar before the data pointed to goes out of scope.

Parameters

[in]	function	function to register
[in,out]	input	pointer to optional (untyped) value or structure

◆ cs_post_add_writer_t_step()

void cs_post_add_writer_t_step	(	int	writer_id,
		int	nt
	)

Add an activation time step for a specific writer or for all writers.

If a negative value is provided, a previously added activation time step matching that absolute value will be removed, if present.

Parameters

[in]	writer_id	writer id, or 0 for all writers
[in]	nt	time step value to add (or remove)

◆ cs_post_add_writer_t_value()

void cs_post_add_writer_t_value	(	int	writer_id,
		double	t
	)

Add an activation time value for a specific writer or for all writers.

If a negative value is provided, a previously added activation time step matching that absolute value will be removed, if present.

Parameters

[in]	writer_id	writer id, or 0 for all writers
[in]	t	time value to add (or remove)

◆ cs_post_define_edges_mesh()

void cs_post_define_edges_mesh	(	int	mesh_id,
		int	base_mesh_id,
		int	n_writers,
		const int	writer_ids[]
	)

Create a mesh based upon the extraction of edges from an existing mesh.

The newly created edges have no link to their parent elements, so no variable referencing parent elements may be output to this mesh, whose main use is to visualize "true" face edges when polygonal faces are subdivided by the writer. In this way, even highly non-convex faces may be visualized correctly if their edges are overlaid on the surface mesh with subdivided polygons.

Parameters

[in]	mesh_id	id of edges mesh to create (< 0 reserved, > 0 for user)
[in]	base_mesh_id	id of existing mesh (< 0 reserved, > 0 for user)
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_existing_mesh()

void cs_post_define_existing_mesh	(	int	mesh_id,
		fvm_nodal_t *	exp_mesh,
		int	dim_shift,
		bool	transfer,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Create a post-processing mesh associated with an existing exportable mesh representation.

If the exportable mesh is not intended to be used elsewhere, one can choose to transfer its property to the post-processing mesh, which will then manage its lifecycle based on its own requirements.

If the exportable mesh must still be shared, one must be careful to maintain consistency between this mesh and the post-processing output.

The mesh in exportable dimension may be of a lower dimension than its parent mesh, if it has been projected. In this case, a dim_shift value of 1 indicates that parent cells are mapped to exportable faces, and faces to edges, while a dim_shift value of 2 would indicate that parent cells are mapped to edges. This is important when variables values are exported.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	exp_mesh	mesh in exportable representation (i.e. fvm_nodal_t)
[in]	dim_shift	nonzero if exp_mesh has been projected
[in]	transfer	if true, ownership of exp_mesh is transferred to the post-processing mesh
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_particles_mesh()

void cs_post_define_particles_mesh	(	int	mesh_id,
		const char *	mesh_name,
		const char *	cell_criteria,
		double	density,
		bool	trajectory,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a particles post-processing mesh.

Such a mesh is always time-varying, and will only be output by writers defined with the FVM_WRITER_TRANSIENT_CONNECT option.

If the trajectory_mode argument is set to true, this logic is reversed, and output will only occur for writers defined with the FVM_WRITER_FIXED_MESH option. In this case, a submesh consisting of trajectory segments for the current time step will be added to the output at each output time step.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	cell_criteria	selection criteria for cells containing particles, or NULL.
[in]	density	fraction of the particles in the selected area which should be output (0 < density <= 1)
[in]	trajectory	if true, activate trajectory mode
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_particles_mesh_by_func()

void cs_post_define_particles_mesh_by_func	(	int	mesh_id,
		const char *	mesh_name,
		cs_post_elt_select_t *	p_select_func,
		void *	p_select_input,
		bool	trajectory,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a particles post-processing mesh using a selection function.

The selection may be updated over time steps.

Such a mesh is always time-varying, and will only be output by writers defined with the FVM_WRITER_TRANSIENT_CONNECT option.

If the trajectory_mode argument is set to true, this logic is reversed, and output will only occur for writers defined with the FVM_WRITER_FIXED_MESH option. In this case, a submesh consisting of trajectory segments for the current time step will be added to the output at each output time step.

Note: if the p_select_input pointer is non-NULL, it must point to valid data when the selection function is called, so that value or structure should not be temporary (i.e. local);

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	p_select_func	pointer to particles selection function
[in]	p_select_input	pointer to optional input data for the particles selection function, or NULL
[in]	trajectory	if true, activate trajectory mode
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_surface_mesh()

void cs_post_define_surface_mesh	(	int	mesh_id,
		const char *	mesh_name,
		const char *	i_face_criteria,
		const char *	b_face_criteria,
		bool	add_groups,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a surface post-processing mesh.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	i_face_criteria	selection criteria for interior faces
[in]	b_face_criteria	selection criteria for boundary faces
[in]	add_groups	if true, add group information if present
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_surface_mesh_by_func()

void cs_post_define_surface_mesh_by_func	(	int	mesh_id,
		const char *	mesh_name,
		cs_post_elt_select_t *	i_face_select_func,
		cs_post_elt_select_t *	b_face_select_func,
		void *	i_face_select_input,
		void *	b_face_select_input,
		bool	time_varying,
		bool	add_groups,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a surface post-processing mesh using selection functions.

The selection may be updated over time steps if both the time_varying flag is set to true and the mesh is only associated with writers defined with the FVM_WRITER_TRANSIENT_CONNECT option.

Note: if i_face_select_input or b_face_select_input pointer is non-NULL, it must point to valid data when the selection function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_meshes() with a fixed-mesh writer before the data pointed to goes out of scope;

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	i_face_select_func	pointer to interior faces selection function
[in]	b_face_select_func	pointer to boundary faces selection function
[in]	i_face_select_input	pointer to optional input data for the interior faces selection function, or NULL
[in]	b_face_select_input	pointer to optional input data for the boundary faces selection function, or NULL
[in]	time_varying	if true, try to redefine mesh at each output time
[in]	add_groups	if true, add group information if present
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_volume_mesh()

void cs_post_define_volume_mesh	(	int	mesh_id,
		const char *	mesh_name,
		const char *	cell_criteria,
		bool	add_groups,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a volume post-processing mesh.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	cell_criteria	selection criteria for cells
[in]	add_groups	if true, add group information if present
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_volume_mesh_by_func()

void cs_post_define_volume_mesh_by_func	(	int	mesh_id,
		const char *	mesh_name,
		cs_post_elt_select_t *	cell_select_func,
		void *	cell_select_input,
		bool	time_varying,
		bool	add_groups,
		bool	auto_variables,
		int	n_writers,
		const int	writer_ids[]
	)

Define a volume post-processing mesh using a selection function.

The selection may be updated over time steps if both the time_varying flag is set to true and the mesh is only associated with writers defined with the FVM_WRITER_TRANSIENT_CONNECT option.

Note: if the cell_select_input pointer is non-NULL, it must point to valid data when the selection function is called, so either:

that value or structure should not be temporary (i.e. local);
post-processing output must be ensured using cs_post_write_meshes() with a fixed-mesh writer before the data pointed to goes out of scope;

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	mesh_name	associated mesh name
[in]	cell_select_func	pointer to cells selection function
[in]	cell_select_input	pointer to optional input data for the cell selection function, or NULL
[in]	time_varying	if true, try to redefine mesh at each output time
[in]	add_groups	if true, add group information if present
[in]	auto_variables	if true, automatic output of main variables
[in]	n_writers	number of associated writers
[in]	writer_ids	ids of associated writers

◆ cs_post_define_writer()

void cs_post_define_writer	(	int	writer_id,
		const char *	case_name,
		const char *	dir_name,
		const char *	fmt_name,
		const char *	fmt_opts,
		fvm_writer_time_dep_t	time_dep,
		bool	output_at_start,
		bool	output_at_end,
		int	frequency_n,
		double	frequency_t
	)

Define a writer; this objects manages a case's name, directory, and format, as well as associated mesh's time dependency, and the default output frequency for associated variables.

This function must be called before the time loop. If a writer with a given id is defined multiple times, the last definition supercedes the previous ones.

Current reserved ids are the following: CS_POST_WRITER_DEFAULT for main/default output, CS_POST_WRITER_ERRORS for error visualization, CS_POST_WRITER_PROBES for main probes, CS_POST_WRITER_PARTICLES for particles, CS_POST_WRITER_TRAJECTORIES for trajectories. Other negative ids may be dynamically reserved by the code depending on options. Positive ids identify user-defined writers.

Warning: depending on the chosen format, the case_name may be shortened (maximum number of characters: 32 for MED, 19 for EnSight, or modified automatically (white-space or forbidden characters will be replaced by "_").

The format_name argument is used to choose the output format, and the following values are allowed (assuming the matching support was built):

EnSight Gold (EnSight also accepted)
MED CGNS CCM (only for the full volume and boundary meshes)
Catalyst (in-situ visualization)
MEDCoupling (in-memory structure, to be used from other code)
plot (comma or whitespace separated 2d plot files)
time_plot (comma or whitespace separated time plot files)

The format name is case-sensitive, so ensight or cgns are also valid.

The optional fmt_opts character string contains a list of options related to the format, separated by spaces or commas; these options include:

binary for a binary format version (default)
big_endian to force outputs to be in big-endian mode (for EnSight).
text for a text format version (for EnSight).
adf for ADF file type (for CGNS).
hdf5 for HDF5 file type (for CGNS, normally the default if HDF5 support is available).
discard_polygons to prevent from exporting faces with more than four edges (which may not be recognized by some post-processing tools); such faces will therefore not appear in the post-processing mesh.
discard_polyhedra to prevent from exporting elements which are neither tetrahedra, prisms, pyramids nor hexahedra (which may not be recognized by some post-processing tools); such elements will therefore not appear in the post-processing mesh.
divide_polygons to divide faces with more than four edges into triangles, so that any post-processing tool can recognize them.
divide_polyhedra} to divide elements which are neither tetrahedra, prisms, pyramids nor hexahedra into simpler elements (tetrahedra and pyramids), so that any post-processing tool can recognize them.
separate_meshes to multiple meshes and associated fields to separate outputs.

Note that the white-spaces in the beginning or in the end of the character strings given as arguments here are suppressed automatically.

Parameters

[in]	writer_id	id of writer to create. (< 0 reserved, > 0 for user); eveb for reserved ids, the matching writer's options may be redifined by calls to this function
[in]	case_name	associated case name
[in]	dir_name	associated directory name
[in]	fmt_name	associated format name
[in]	fmt_opts	associated format options string
[in]	time_dep	FVM_WRITER_FIXED_MESH if mesh definitions are fixed, FVM_WRITER_TRANSIENT_COORDS if coordinates change, FVM_WRITER_TRANSIENT_CONNECT if connectivity changes
[in]	output_at_start	force output at calculation start if true
[in]	output_at_end	force output at calculation end if true
[in]	frequency_n	default output frequency in time-steps, or < 0
[in]	frequency_t	default output frequency in seconds, or < 0 (has priority over frequency_n)

◆ cs_post_disable_writer()

void cs_post_disable_writer ( int writer_id )

Disable specific writer or all writers not currently active until cs_post_enable_writer or cs_post_activate_writer is called for those writers.

For each call to this function for a given writer, the same number of calls to cs_post_enable_writer or a single call to cs_post_activate_writer is required to re-enable the writer.

This is useful to disable output even of fixed meshes in preprocessing stages.

Parameters

[in] writer_id writer id, or 0 for all writers

◆ cs_post_enable_writer()

void cs_post_enable_writer ( int writer_id )

Enable a specific writer or all writers currently disabled by previous calls to cs_post_disable_writer.

For each previous call to cs_post_disable_writer for a given writer, a call to this function (or a single call to cs_post_activate_writer) is required to re-enable the writer.

This is useful to disable output even of fixed meshes in preprocessing stages.

Parameters

[in] writer_id writer id, or 0 for all writers

◆ cs_post_finalize()

void cs_post_finalize ( void )

Destroy all structures associated with post-processing.

◆ cs_post_free_mesh()

void cs_post_free_mesh ( int mesh_id )

Remove a post-processing mesh.

No further post-processing output will be allowed on this mesh, so the associated structures may be freed.

A post-processing mesh that has been associated with a time-varying writer may not be removed.

Parameters

[in] mesh_id postprocessing mesh id

◆ cs_post_get_default_format()

const char* cs_post_get_default_format ( void )

Return the default writer format name.

Returns: name of the default writer format

◆ cs_post_get_default_format_options()

const char* cs_post_get_default_format_options ( void )

Return the default writer format options.

Returns: default writer format options string

◆ cs_post_get_free_mesh_id()

int cs_post_get_free_mesh_id ( void )

Return the next "reservable" (i.e. non-user) mesh id available.

Returns: the smallest negative integer present, -1

◆ cs_post_get_free_writer_id()

int cs_post_get_free_writer_id ( void )

Return the next "reservable" (i.e. non-user) writer id available.

Returns: the smallest negative integer present, -1

◆ cs_post_get_writer()

fvm_writer_t* cs_post_get_writer ( int writer_id )

Return a pointer to the FVM writer associated to a writer_id.

Parameters

[in] writer_id associated writer id

Returns: a pointer to a fvm_writer_t structure

◆ cs_post_get_writer_time_dep()

fvm_writer_time_dep_t cs_post_get_writer_time_dep ( int writer_id )

Return time dependency associated to a writer_id.

Parameters

[in] writer_id associated writer id

Returns: associated writer's time dependency

◆ cs_post_init_error_writer()

void cs_post_init_error_writer ( void )

Initialize post-processing writer with same format and associated options as default writer, but no time dependency, intended to troubleshoot errors.

◆ cs_post_init_error_writer_cells()

int cs_post_init_error_writer_cells ( void )

Initialize post-processing writer with same format and associated options as default writer, but no time dependency, and associate and output global volume mesh.

This is intended to help troubleshoot errors using fields based on cells.

Returns: id of error output mesh (< 0), or 0 if all writers are deactivated

◆ cs_post_init_meshes()

void cs_post_init_meshes ( int check_mask )

Initialize main post-processing meshes.

The check_flag variable is a mask, used for additionnal post-processing:

If (check_flag & 1), volume submeshes are output by groups if more than one group is present and the default writer uses the EnSight format.
If (check_flag & 2), boundary submeshes are output by groups if more than one group is present and the default writer uses the EnSight format.

It is recommended that post-processing meshes be defined before calling this function, though specific "automatic" meshes (for example those related to couplings) may be defined between this call and a time loop.

Parameters

[in] check_mask mask used for additional output

◆ cs_post_init_writers()

void cs_post_init_writers ( void )

Initialize post-processing writers.

◆ cs_post_mesh_attach_writer()

void cs_post_mesh_attach_writer	(	int	mesh_id,
		int	writer_id
	)

Associate a writer to a postprocessing mesh.

This function must be called during the postprocessing output definition stage, before any output actually occurs.

If called with a non-existing mesh or writer id, or if the writer is already associated, no setting is changed, and this function returns silently.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	writer_id	id of writer to associate

◆ cs_post_mesh_detach_writer()

void cs_post_mesh_detach_writer	(	int	mesh_id,
		int	writer_id
	)

De-associate a writer from a postprocessing mesh.

This function must be called during the postprocessing output definition stage, before any output actually occurs.

If called with a non-existing mesh or writer id, or if the writer was not previously associated, no setting is changed, and this function returns silently.

Parameters

[in]	mesh_id	id of mesh to define (< 0 reserved, > 0 for user)
[in]	writer_id	id of writer to associate

◆ cs_post_mesh_exists()

bool cs_post_mesh_exists ( int mesh_id )

Check for the existence of a post-processing mesh of the given id.

Parameters

[in] mesh_id mesh id to check

Returns: true if mesh with this id exists, false otherwise

◆ cs_post_mesh_get_b_face_ids()

void cs_post_mesh_get_b_face_ids	(	int	mesh_id,
		cs_lnum_t	b_face_ids[]
	)

Get a postprocessing mesh's list of boundary faces.

The array of boundary face ids must be of at least size cs_post_mesh_get_n_b_faces(mesh_id).

Parameters

[in]	mesh_id	postprocessing mesh id
[out]	b_face_ids	array of associated boundary faces ids (0 to n-1 numbering, relative to main mesh)

◆ cs_post_mesh_get_cell_ids()

void cs_post_mesh_get_cell_ids	(	int	mesh_id,
		cs_lnum_t *	cell_ids
	)

Get a postprocessing mesh's list of cells.

The array of cell ids must be of at least size cs_post_mesh_get_n_cells(mesh_id).

Parameters

[in]	mesh_id	postprocessing mesh id
[out]	cell_ids	array of associated cell ids (0 to n-1 numbering, relative to main mesh)

◆ cs_post_mesh_get_ent_flag()

const int* cs_post_mesh_get_ent_flag ( int mesh_id )

Get a postprocessing meshes entity presence flag.

This flag is an array of 5 integers, indicating the presence of elements of given types on at least one subdomain (i.e. rank): 0: presence of cells 1: presence of interior faces 2: presence of boundary faces 3: presence of particles 4: presence of probes

Parameters

[in] mesh_id postprocessing mesh id

Returns: pointer to entity presence flag

This flag is an array of 3 integers, indicating the presence of elements of given types on at least one subdomain (i.e. rank): 0: presence of cells 1: presence of interior faces 2: presence of boundary faces

Parameters

[in] mesh_id postprocessing mesh id

Returns: pointer to entity presence flag

◆ cs_post_mesh_get_i_face_ids()

void cs_post_mesh_get_i_face_ids	(	int	mesh_id,
		cs_lnum_t	i_face_ids[]
	)

Get a postprocessing mesh's list of boundary faces.

The array of boundary face ids must be of at least size cs_post_mesh_get_n_b_faces(mesh_id).

Parameters

[in]	mesh_id	postprocessing mesh id
[out]	i_face_ids	array of associated interior faces ids (0 to n-1 numbering, relative to main mesh)

◆ cs_post_mesh_get_n_b_faces()

cs_lnum_t cs_post_mesh_get_n_b_faces ( int mesh_id )

Get a postprocessing mesh's number of boundary faces.

Parameters

[in] mesh_id postprocessing mesh id

Returns: number of cells of postprocessing mesh.

◆ cs_post_mesh_get_n_cells()

cs_lnum_t cs_post_mesh_get_n_cells ( int mesh_id )

Get a postprocessing mesh's number of cells.

Parameters

[in] mesh_id postprocessing mesh id

Returns: number of cells of postprocessing mesh.

◆ cs_post_mesh_get_n_i_faces()

cs_lnum_t cs_post_mesh_get_n_i_faces ( int mesh_id )

Get a postprocessing mesh's number of interior faces.

Parameters

[in] mesh_id postprocessing mesh id

Returns: number of cells of postprocessing mesh.

◆ cs_post_mesh_get_n_vertices()

cs_lnum_t cs_post_mesh_get_n_vertices ( int mesh_id )

Get a postprocessing mesh's number of vertices.

Parameters

[in] mesh_id postprocessing mesh id

Returns: number of vertices of postprocessing mesh.

◆ cs_post_mesh_get_vertex_ids()

void cs_post_mesh_get_vertex_ids	(	int	mesh_id,
		cs_lnum_t *	vertex_ids
	)

Get a postprocessing mesh's list of vertices.

The array of vertex ids must be of at least size cs_post_mesh_get_n_vertices(mesh_id).

Parameters

[in]	mesh_id	postprocessing mesh id
[out]	vertex_ids	array of associated vertex ids (0 to n-1 numbering, relative to main mesh)

◆ cs_post_mesh_set_post_domain()

void cs_post_mesh_set_post_domain	(	int	mesh_id,
		bool	post_domain
	)

Set whether postprocessing mesh's parallel domain should be output.

Parameters

[in]	mesh_id	postprocessing mesh id
[in]	post_domain	true if parallel domain should be output, false otherwise.

◆ cs_post_renum_cells()

void cs_post_renum_cells ( const cs_lnum_t init_cell_num[] )

Update references to parent mesh of post-processing meshes in case of computational mesh cell renumbering.

This function may be called only once, after possible renumbering of cells, to update existing post-processing meshes. Post-processing meshes defined after renumbering will automatically be based upon the new numbering, so this function will not need to be called again.

Parameters

[in] init_cell_num initial cell numbering (new -> old)

◆ cs_post_renum_faces()

void cs_post_renum_faces	(	const cs_lnum_t	init_i_face_num[],
		const cs_lnum_t	init_b_face_num[]
	)

Update references to parent mesh of post-processing meshes in case of computational mesh interior and/or boundary faces renumbering.

This function may be called only once, after possible renumbering of faces, to update existing post-processing meshes. Post-processing meshes defined after renumbering will automatically be based upon the new numbering, so this function will not need to be called again.

Parameters

[in]	init_i_face_num	initial interior numbering (new -> old)
[in]	init_b_face_num	initial boundary numbering (new -> old)

◆ cs_post_set_changing_connectivity()

void cs_post_set_changing_connectivity ( void )

Configure the post-processing output so that mesh connectivity may be automatically updated.

This is done for meshes defined using selection criteria or functions. The behavior of Lagrangian meshes is unchanged.

To be effective, this function should be called before defining postprocessing meshes.

◆ cs_post_set_deformable()

void cs_post_set_deformable ( void )

Configure the post-processing output so that a mesh displacement field may be output automatically for meshes based on the global volume mesh.

◆ cs_post_time_step_begin()

void cs_post_time_step_begin ( const cs_time_step_t * ts )

Check if post-processing is activated and then update post-processing of meshes if there is a need to update time-dependent meshes.

Parameters

[in] ts time step status structure, or NULL

◆ cs_post_time_step_end()

void cs_post_time_step_end ( void )

Flush writers and free time-varying and Lagragian mesh if needed of meshes if there is a time-dependent mesh.

◆ cs_post_time_step_output()

void cs_post_time_step_output ( const cs_time_step_t * ts )

Loop on post-processing meshes to output variables.

This handles all default fields output, as well as all registered output functions and outputs defined in cs_user_postprocess_values

Parameters

[in] ts time step status structure, or NULL

◆ cs_post_write_meshes()

void cs_post_write_meshes ( const cs_time_step_t * ts )

Output post-processing meshes using associated writers.

If the time step structure argument passed is NULL, a time-independent output will be assumed.

Parameters

[in] ts time step status structure, or NULL

◆ cs_post_write_particle_values()

void cs_post_write_particle_values	(	int	mesh_id,
		int	writer_id,
		int	attr_id,
		const char *	var_name,
		int	component_id,
		const cs_time_step_t *	ts
	)

Output an existing lagrangian particle attribute at particle positions or trajectory endpoints of a particle mesh using associated writers.

Parameters

[in]	mesh_id	id of associated mesh
[in]	writer_id	id of specified associated writer, or CS_POST_WRITER_ALL_ASSOCIATED for all
[in]	attr_id	associated particle attribute id
[in]	var_name	name of variable to output
[in]	component_id	if -1 : extract the whole attribute if >0 : id of the component to extract
[in]	ts	time step status structure, or NULL

◆ cs_post_write_probe_values()

void cs_post_write_probe_values	(	int	mesh_id,
		int	writer_id,
		const char *	var_name,
		int	var_dim,
		cs_post_type_t	var_type,
		int	parent_location_id,
		cs_interpolate_from_location_t *	interpolate_func,
		void *	interpolate_input,
		const void *	vals,
		const cs_time_step_t *	ts
	)

Output a variable defined at cells or faces of a post-processing mesh using associated writers.

Parameters

[in]	mesh_id	id of associated mesh
[in]	writer_id	id of specified associated writer, or CS_POST_WRITER_ALL_ASSOCIATED for all
[in]	var_name	name of variable to output
[in]	var_dim	1 for scalar, 3 for vector, 6 for symmetric tensor, 9 for non-symmetric tensor
[in]	var_type	variable's data type
[in]	parent_location_id	asociated values mesh location, or 0 if values are passed directly
[in]	interpolate_func	pointer to interpolation function, or NULL for default
[in]	interpolate_input	pointer to optional interpolation input data, or NULL for default
[in]	vals	variable's values
[in]	ts	time step status structure, or NULL

◆ cs_post_write_var()

void cs_post_write_var	(	int	mesh_id,
		int	writer_id,
		const char *	var_name,
		int	var_dim,
		bool	interlace,
		bool	use_parent,
		cs_post_type_t	var_type,
		const void *	cel_vals,
		const void *	i_face_vals,
		const void *	b_face_vals,
		const cs_time_step_t *	ts
	)

Output a variable defined at cells or faces of a post-processing mesh using associated writers.

Parameters

[in]	mesh_id	id of associated mesh
[in]	writer_id	id of specified associated writer, or CS_POST_WRITER_ALL_ASSOCIATED for all
[in]	var_name	name of variable to output
[in]	var_dim	1 for scalar, 3 for vector, 6 for symmetric tensor, 9 for non-symmetric tensor
[in]	interlace	if a vector, true for interlaced values, false otherwise
[in]	use_parent	true if values are defined on "parent" mesh, false if values are defined on post-processing mesh
[in]	var_type	variable's data type
[in]	cel_vals	cell values
[in]	i_face_vals	interior face values
[in]	b_face_vals	boundary face values
[in]	ts	time step status structure, or NULL

◆ cs_post_write_vars()

void cs_post_write_vars ( const cs_time_step_t * ts )

Loop on post-processing meshes to output variables.

This handles all default fields output, as well as all registered output functions and outputs defined in cs_user_postprocess_values

Parameters

[in] ts time step status structure, or NULL

◆ cs_post_write_vertex_var()

void cs_post_write_vertex_var	(	int	mesh_id,
		int	writer_id,
		const char *	var_name,
		int	var_dim,
		bool	interlace,
		bool	use_parent,
		cs_post_type_t	var_type,
		const void *	vtx_vals,
		const cs_time_step_t *	ts
	)

Output a variable defined at vertices of a post-processing mesh using associated writers.

Parameters

[in]	mesh_id	id of associated mesh
[in]	writer_id	id of specified associated writer, or CS_POST_WRITER_ALL_ASSOCIATED for all
[in]	var_name	name of variable to output
[in]	var_dim	1 for scalar, 3 for vector, 6 for symmetric tensor, 9 for non-symmetric tensor
[in]	interlace	if a vector, true for interlaced values, false otherwise
[in]	use_parent	true if values are defined on "parent" mesh, false if values are defined on post-processing mesh
[in]	var_type	variable's data type
[in]	vtx_vals	vertex values
[in]	ts	time step status structure, or NULL

◆ cs_post_writer_exists()

bool cs_post_writer_exists ( int writer_id )

Check for the existence of a writer of the given id.

Parameters

[in] writer_id writer id to check

Returns: true if writer with this id exists, false otherwise

Macros

Typedefs

Enumerations

Functions

Macro Definition Documentation

◆ CS_POST_BOUNDARY_NR

◆ CS_POST_MESH_BOUNDARY

◆ CS_POST_MESH_PARTICLES

◆ CS_POST_MESH_PROBES

◆ CS_POST_MESH_SURFACE

◆ CS_POST_MESH_TRAJECTORIES

◆ CS_POST_MESH_VOLUME

◆ CS_POST_MONITOR

◆ CS_POST_ON_LOCATION

◆ CS_POST_WRITER_ALL_ASSOCIATED

◆ CS_POST_WRITER_DEFAULT

◆ CS_POST_WRITER_ERRORS

◆ CS_POST_WRITER_HISTOGRAMS

◆ CS_POST_WRITER_PARTICLES

◆ CS_POST_WRITER_PROBES

◆ CS_POST_WRITER_PROFILES

◆ CS_POST_WRITER_TRAJECTORIES

Typedef Documentation

◆ cs_post_elt_select_t

◆ cs_post_time_dep_output_t

◆ cs_post_time_mesh_dep_output_t

Enumeration Type Documentation

◆ cs_post_type_t

Function Documentation

◆ cs_post_activate_by_time_step()

◆ cs_post_activate_writer()

◆ cs_post_add_free_faces()

◆ cs_post_add_time_dep_output()

◆ cs_post_add_time_mesh_dep_output()

◆ cs_post_add_writer_t_step()

◆ cs_post_add_writer_t_value()

◆ cs_post_define_edges_mesh()

◆ cs_post_define_existing_mesh()

◆ cs_post_define_particles_mesh()

◆ cs_post_define_particles_mesh_by_func()

◆ cs_post_define_surface_mesh()

◆ cs_post_define_surface_mesh_by_func()

◆ cs_post_define_volume_mesh()

◆ cs_post_define_volume_mesh_by_func()

◆ cs_post_define_writer()

◆ cs_post_disable_writer()

◆ cs_post_enable_writer()

◆ cs_post_finalize()

◆ cs_post_free_mesh()

◆ cs_post_get_default_format()

◆ cs_post_get_default_format_options()

◆ cs_post_get_free_mesh_id()

◆ cs_post_get_free_writer_id()

◆ cs_post_get_writer()

◆ cs_post_get_writer_time_dep()

◆ cs_post_init_error_writer()

◆ cs_post_init_error_writer_cells()

◆ cs_post_init_meshes()

◆ cs_post_init_writers()

◆ cs_post_mesh_attach_writer()

◆ cs_post_mesh_detach_writer()

◆ cs_post_mesh_exists()

◆ cs_post_mesh_get_b_face_ids()

◆ cs_post_mesh_get_cell_ids()

◆ cs_post_mesh_get_ent_flag()

◆ cs_post_mesh_get_i_face_ids()

◆ cs_post_mesh_get_n_b_faces()

◆ cs_post_mesh_get_n_cells()

◆ cs_post_mesh_get_n_i_faces()

◆ cs_post_mesh_get_n_vertices()

◆ cs_post_mesh_get_vertex_ids()

◆ cs_post_mesh_set_post_domain()

◆ cs_post_renum_cells()

◆ cs_post_renum_faces()

◆ cs_post_set_changing_connectivity()

◆ cs_post_set_deformable()

◆ cs_post_time_step_begin()

◆ cs_post_time_step_end()

◆ cs_post_time_step_output()

◆ cs_post_write_meshes()