#include <tf_port_c.h>
#include "tfCMeshQuality.h"

Include dependency graph for tfCMesh.h:

This graph shows which files directly or indirectly include this file:

Functions
HRESULT	tfVertexSolverMeshHasQuality (bool *result)
	Test whether this mesh has a mesh quality instance.

HRESULT	tfVertexSolverMeshGetQuality (struct tfVertexSolverMeshQualityHandle *quality)
	Get the mesh quality instance.

HRESULT	tfVertexSolverMeshSetQuality (struct tfVertexSolverMeshQualityHandle *quality)
	Set the mesh quality instance.

HRESULT	tfVertexSolverMeshQualityWorking (bool *result)
	Test whether a mesh quality instance is working on the mesh.

HRESULT	tfVertexSolverMeshEnsureAvailableVertices (unsigned int numAlloc)
	Ensure that there are a given number of allocated vertices.

HRESULT	tfVertexSolverMeshEnsureAvailableSurfaces (unsigned int numAlloc)
	Ensure that there are a given number of allocated surfaces.

HRESULT	tfVertexSolverMeshEnsureAvailableBodies (unsigned int numAlloc)
	Ensure that there are a given number of allocated bodies.

HRESULT	tfVertexSolverMeshCreateVertex (struct tfVertexSolverVertexHandleHandle *handle, unsigned int pid)
	Create a vertex.

HRESULT	tfVertexSolverMeshCreateVertices (struct tfVertexSolverVertexHandleHandle *handles, unsigned int pids, unsigned int numObjs)
	Create a vertices.

HRESULT	tfVertexSolverMeshCreateSurface (struct tfVertexSolverSurfaceHandleHandle *handle)
	Create a surface.

HRESULT	tfVertexSolverMeshCreateSurfaces (struct tfVertexSolverSurfaceHandleHandle **handles, unsigned int numObjs)
	Create surfaces.

HRESULT	tfVertexSolverMeshCreateBody (struct tfVertexSolverBodyHandleHandle *handle)
	Create a body.

HRESULT	tfVertexSolverMeshCreateBodies (struct tfVertexSolverBodyHandleHandle *handles, unsigned int numObjs)
	Create a bodies.

HRESULT	tfVertexSolverMeshLock ()
	Locks the mesh for thread-safe operations.

HRESULT	tfVertexSolverMeshUnlock ()
	Unlocks the mesh for thread-safe operations.

HRESULT	tfVertexSolverMeshFindVertex (tfFloatP_t pos, tfFloatP_t tol, struct tfVertexSolverVertexHandleHandle v)
	Find a vertex in this mesh.

HRESULT	tfVertexSolverMeshGetVertexByPID (unsigned int pid, struct tfVertexSolverVertexHandleHandle *v)
	Get the vertex for a given particle id.

HRESULT	tfVertexSolverMeshGetVertex (unsigned int idx, struct tfVertexSolverVertexHandleHandle *v)
	Get the vertex at a location in the list of vertices.

HRESULT	tfVertexSolverMeshGetSurface (unsigned int idx, struct tfVertexSolverSurfaceHandleHandle *s)
	Get a surface at a location in the list of surfaces.

HRESULT	tfVertexSolverMeshGetBody (unsigned int idx, struct tfVertexSolverBodyHandleHandle *b)
	Get a body at a location in the list of bodies.

HRESULT	tfVertexSolverMeshNumVertices (unsigned int *result)
	Get the number of vertices.

HRESULT	tfVertexSolverMeshNumSurfaces (unsigned int *result)
	Get the number of surfaces.

HRESULT	tfVertexSolverMeshNumBodies (unsigned int *result)
	Get the number of bodies.

HRESULT	tfVertexSolverMeshSizeVertices (unsigned int *result)
	Get the size of the list of vertices.

HRESULT	tfVertexSolverMeshSizeSurfaces (unsigned int *result)
	Get the size of the list of surfaces.

HRESULT	tfVertexSolverMeshSizeBodies (unsigned int *result)
	Get the size of the list of bodies.

HRESULT	tfVertexSolverMeshValidate (bool *result)
	Validate state of the mesh.

HRESULT	tfVertexSolverMeshMakeDirty ()
	Manually notify that the mesh has been changed.

HRESULT	tfVertexSolverMeshConnectedVertices (struct tfVertexSolverVertexHandleHandle v1, struct tfVertexSolverVertexHandleHandle v2, bool *result)
	Check whether two vertices are connected.

HRESULT	tfVertexSolverMeshConnectedSurfaces (struct tfVertexSolverSurfaceHandleHandle s1, struct tfVertexSolverSurfaceHandleHandle s2, bool *result)
	Check whether two surfaces are connected.

HRESULT	tfVertexSolverMeshConnectedBodies (struct tfVertexSolverBodyHandleHandle b1, struct tfVertexSolverBodyHandleHandle b2, bool *result)
	Check whether two bodies are connected.

HRESULT	tfVertexSolverMeshRemoveVertex (struct tfVertexSolverVertexHandleHandle *v)
	Remove a vertex from the mesh; all connected surfaces and bodies are also removed.

HRESULT	tfVertexSolverMeshRemoveVertices (struct tfVertexSolverVertexHandleHandle **v, unsigned int numObjs)
	Remove vertices from the mesh; all connected surfaces and bodies are also removed.

HRESULT	tfVertexSolverMeshRemoveSurface (struct tfVertexSolverSurfaceHandleHandle *s)
	Remove a surface from the mesh; all connected bodies are also removed.

HRESULT	tfVertexSolverMeshRemoveSurfaces (struct tfVertexSolverSurfaceHandleHandle **s, unsigned int numObjs)
	Remove surfaces from the mesh; all connected bodies are also removed.

HRESULT	tfVertexSolverMeshRemoveBody (struct tfVertexSolverBodyHandleHandle *b)
	Remove a body from the mesh.

HRESULT	tfVertexSolverMeshRemoveBodies (struct tfVertexSolverBodyHandleHandle **b, unsigned int numObjs)
	Remove bodies from the mesh.

HRESULT	tfVertexSolverMeshIs3D (bool *result)
	Test whether the mesh is 3D.

Function Documentation

◆ tfVertexSolverMeshConnectedBodies()

HRESULT tfVertexSolverMeshConnectedBodies	(	struct tfVertexSolverBodyHandleHandle *	b1,
		struct tfVertexSolverBodyHandleHandle *	b2,
		bool *	result )

Check whether two bodies are connected.

Parameters

b1	first body
b2	second body
result	result of the test

◆ tfVertexSolverMeshConnectedSurfaces()

HRESULT tfVertexSolverMeshConnectedSurfaces	(	struct tfVertexSolverSurfaceHandleHandle *	s1,
		struct tfVertexSolverSurfaceHandleHandle *	s2,
		bool *	result )

Check whether two surfaces are connected.

Parameters

s1	first surface
s2	second surface
result	result of the test

◆ tfVertexSolverMeshConnectedVertices()

HRESULT tfVertexSolverMeshConnectedVertices	(	struct tfVertexSolverVertexHandleHandle *	v1,
		struct tfVertexSolverVertexHandleHandle *	v2,
		bool *	result )

Check whether two vertices are connected.

Parameters

v1	first vertex
v2	second vertex
result	result of the test

◆ tfVertexSolverMeshCreateBodies()

HRESULT tfVertexSolverMeshCreateBodies	(	struct tfVertexSolverBodyHandleHandle *	handles,
		unsigned int	numObjs )

Create a bodies.

Parameters

handles	handles to populate
numObjs	number of instances to create

◆ tfVertexSolverMeshCreateBody()

HRESULT tfVertexSolverMeshCreateBody ( struct tfVertexSolverBodyHandleHandle * handle )

Create a body.

Parameters

handle handle to populate

◆ tfVertexSolverMeshCreateSurface()

HRESULT tfVertexSolverMeshCreateSurface ( struct tfVertexSolverSurfaceHandleHandle * handle )

Create a surface.

Parameters

handle handle to populate

◆ tfVertexSolverMeshCreateSurfaces()

HRESULT tfVertexSolverMeshCreateSurfaces	(	struct tfVertexSolverSurfaceHandleHandle **	handles,
		unsigned int	numObjs )

Create surfaces.

Parameters

handles	handles to populate
numObjs	number of instances to create

◆ tfVertexSolverMeshCreateVertex()

HRESULT tfVertexSolverMeshCreateVertex	(	struct tfVertexSolverVertexHandleHandle *	handle,
		unsigned int	pid )

Create a vertex.

Parameters

handle	handle to populate
pid	id of underlying particle

◆ tfVertexSolverMeshCreateVertices()

HRESULT tfVertexSolverMeshCreateVertices	(	struct tfVertexSolverVertexHandleHandle **	handles,
		unsigned int *	pids,
		unsigned int	numObjs )

Create a vertices.

Parameters

handles	handles to populate
pids	ids of underlying particles
numObjs	number of instances to create

◆ tfVertexSolverMeshEnsureAvailableBodies()

HRESULT tfVertexSolverMeshEnsureAvailableBodies ( unsigned int numAlloc )

Ensure that there are a given number of allocated bodies.

Parameters

numAlloc number to ensure allocated

◆ tfVertexSolverMeshEnsureAvailableSurfaces()

HRESULT tfVertexSolverMeshEnsureAvailableSurfaces ( unsigned int numAlloc )

Ensure that there are a given number of allocated surfaces.

Parameters

numAlloc number to ensure allocated

◆ tfVertexSolverMeshEnsureAvailableVertices()

HRESULT tfVertexSolverMeshEnsureAvailableVertices ( unsigned int numAlloc )

Ensure that there are a given number of allocated vertices.

Parameters

numAlloc number to ensure allocated

◆ tfVertexSolverMeshFindVertex()

HRESULT tfVertexSolverMeshFindVertex	(	tfFloatP_t *	pos,
		tfFloatP_t	tol,
		struct tfVertexSolverVertexHandleHandle *	v )

Find a vertex in this mesh.

Parameters

pos	position to look
tol	distance tolerance
v	a vertex within the distance tolerance of the position, otherwise NULL

◆ tfVertexSolverMeshGetBody()

HRESULT tfVertexSolverMeshGetBody	(	unsigned int	idx,
		struct tfVertexSolverBodyHandleHandle *	b )

Get a body at a location in the list of bodies.

Parameters

idx	index
b	body

◆ tfVertexSolverMeshGetQuality()

HRESULT tfVertexSolverMeshGetQuality ( struct tfVertexSolverMeshQualityHandle * quality )

Get the mesh quality instance.

Parameters

quality mesh quality instance

◆ tfVertexSolverMeshGetSurface()

HRESULT tfVertexSolverMeshGetSurface	(	unsigned int	idx,
		struct tfVertexSolverSurfaceHandleHandle *	s )

Get a surface at a location in the list of surfaces.

Parameters

idx	index
s	surface

◆ tfVertexSolverMeshGetVertex()

HRESULT tfVertexSolverMeshGetVertex	(	unsigned int	idx,
		struct tfVertexSolverVertexHandleHandle *	v )

Get the vertex at a location in the list of vertices.

Parameters

idx	index
v	handle to populate

◆ tfVertexSolverMeshGetVertexByPID()

HRESULT tfVertexSolverMeshGetVertexByPID	(	unsigned int	pid,
		struct tfVertexSolverVertexHandleHandle *	v )

Get the vertex for a given particle id.

Parameters

pid	particle id
v	handle to populate

◆ tfVertexSolverMeshHasQuality()

HRESULT tfVertexSolverMeshHasQuality ( bool * result )

Test whether this mesh has a mesh quality instance.

Parameters

result result of the test

◆ tfVertexSolverMeshIs3D()

HRESULT tfVertexSolverMeshIs3D ( bool * result )

Test whether the mesh is 3D.

A 3D mesh has at least one body.

Parameters

result result of the test

◆ tfVertexSolverMeshNumBodies()

HRESULT tfVertexSolverMeshNumBodies ( unsigned int * result )

Get the number of bodies.

Parameters

result result of the test

◆ tfVertexSolverMeshNumSurfaces()

HRESULT tfVertexSolverMeshNumSurfaces ( unsigned int * result )

Get the number of surfaces.

Parameters

result result of the test

◆ tfVertexSolverMeshNumVertices()

HRESULT tfVertexSolverMeshNumVertices ( unsigned int * result )

Get the number of vertices.

Parameters

result result of the test

◆ tfVertexSolverMeshQualityWorking()

HRESULT tfVertexSolverMeshQualityWorking ( bool * result )

Test whether a mesh quality instance is working on the mesh.

Parameters

result result of the test

◆ tfVertexSolverMeshRemoveBodies()

HRESULT tfVertexSolverMeshRemoveBodies	(	struct tfVertexSolverBodyHandleHandle **	b,
		unsigned int	numObjs )

Remove bodies from the mesh.

Parameters

b	bodies to remove
numObjs	number of instances

◆ tfVertexSolverMeshRemoveBody()

HRESULT tfVertexSolverMeshRemoveBody ( struct tfVertexSolverBodyHandleHandle * b )

Remove a body from the mesh.

Parameters

b	body to remove

◆ tfVertexSolverMeshRemoveSurface()

HRESULT tfVertexSolverMeshRemoveSurface ( struct tfVertexSolverSurfaceHandleHandle * s )

Remove a surface from the mesh; all connected bodies are also removed.

Parameters

s	surface to remove

◆ tfVertexSolverMeshRemoveSurfaces()

HRESULT tfVertexSolverMeshRemoveSurfaces	(	struct tfVertexSolverSurfaceHandleHandle **	s,
		unsigned int	numObjs )

Remove surfaces from the mesh; all connected bodies are also removed.

Parameters

s	surfaces to remove
numObjs	number of instances

◆ tfVertexSolverMeshRemoveVertex()

HRESULT tfVertexSolverMeshRemoveVertex ( struct tfVertexSolverVertexHandleHandle * v )

Remove a vertex from the mesh; all connected surfaces and bodies are also removed.

Parameters

v	vertex to remove

◆ tfVertexSolverMeshRemoveVertices()

HRESULT tfVertexSolverMeshRemoveVertices	(	struct tfVertexSolverVertexHandleHandle **	v,
		unsigned int	numObjs )

Remove vertices from the mesh; all connected surfaces and bodies are also removed.

Parameters

v	vertices to remove
numObjs	number of instances

◆ tfVertexSolverMeshSetQuality()

HRESULT tfVertexSolverMeshSetQuality ( struct tfVertexSolverMeshQualityHandle * quality )

Set the mesh quality instance.

Parameters

quality mesh quality instance

◆ tfVertexSolverMeshSizeBodies()

HRESULT tfVertexSolverMeshSizeBodies ( unsigned int * result )

Get the size of the list of bodies.

Parameters

result result of the test

◆ tfVertexSolverMeshSizeSurfaces()

HRESULT tfVertexSolverMeshSizeSurfaces ( unsigned int * result )

Get the size of the list of surfaces.

Parameters

result result of the test

◆ tfVertexSolverMeshSizeVertices()

HRESULT tfVertexSolverMeshSizeVertices ( unsigned int * result )

Get the size of the list of vertices.

Parameters

result result of the test

◆ tfVertexSolverMeshValidate()

HRESULT tfVertexSolverMeshValidate ( bool * result )

Validate state of the mesh.

Parameters

result result of the test

Functions

Function Documentation

◆ tfVertexSolverMeshConnectedBodies()

◆ tfVertexSolverMeshConnectedSurfaces()

◆ tfVertexSolverMeshConnectedVertices()

◆ tfVertexSolverMeshCreateBodies()

◆ tfVertexSolverMeshCreateBody()

◆ tfVertexSolverMeshCreateSurface()

◆ tfVertexSolverMeshCreateSurfaces()

◆ tfVertexSolverMeshCreateVertex()

◆ tfVertexSolverMeshCreateVertices()

◆ tfVertexSolverMeshEnsureAvailableBodies()

◆ tfVertexSolverMeshEnsureAvailableSurfaces()

◆ tfVertexSolverMeshEnsureAvailableVertices()

◆ tfVertexSolverMeshFindVertex()

◆ tfVertexSolverMeshGetBody()

◆ tfVertexSolverMeshGetQuality()

◆ tfVertexSolverMeshGetSurface()

◆ tfVertexSolverMeshGetVertex()

◆ tfVertexSolverMeshGetVertexByPID()

◆ tfVertexSolverMeshHasQuality()

◆ tfVertexSolverMeshIs3D()

◆ tfVertexSolverMeshNumBodies()

◆ tfVertexSolverMeshNumSurfaces()

◆ tfVertexSolverMeshNumVertices()

◆ tfVertexSolverMeshQualityWorking()

◆ tfVertexSolverMeshRemoveBodies()

◆ tfVertexSolverMeshRemoveBody()

◆ tfVertexSolverMeshRemoveSurface()

◆ tfVertexSolverMeshRemoveSurfaces()

◆ tfVertexSolverMeshRemoveVertex()

◆ tfVertexSolverMeshRemoveVertices()

◆ tfVertexSolverMeshSetQuality()

◆ tfVertexSolverMeshSizeBodies()

◆ tfVertexSolverMeshSizeSurfaces()

◆ tfVertexSolverMeshSizeVertices()

◆ tfVertexSolverMeshValidate()