mesh.h File Reference

#include "common.h"
#include <common/array.h>
#include <common/arrayptr.h>
#include <common/mapord.h>

Go to the source code of this file.

Classes
class	Vertex
	Represents a vertex in 3D. More...
class	Edge
	Represents an edge in 3D. More...
class	Tri
	Represents a triangle in 3D. More...
class	Quad
	Represents a quadrilateral in 3D. More...
class	Facet
	Stores information about neighboring elements. More...
class	Element
	Base class for elements (abstract). More...
class	Hex
	Represents hexahedron in 3D. More...
class	Tetra
	Represents tetrahedron in 3D. More...
class	Prism
	Represents prism in 3D. More...
class	Boundary
	Base class for boundaries of all types. More...
class	BoundaryTri
	Triangular boundary. More...
class	BoundaryQuad
	Quadrilateral boundary. More...
class	Mesh
	Represents the geometry of a mesh. More...
Defines
#define	FOR_ALL_VERTICES(idx, mesh)   for (Word_t (idx) = (mesh)->vertices.first(); (idx) != INVALID_IDX; (idx) = (mesh)->vertices.next((idx)))
	Iterates over all mesh vertex indices.
#define	FOR_ALL_EDGES(idx, mesh)   for (Word_t (idx) = (mesh)->edges.first(); (idx) != INVALID_IDX; (idx) = (mesh)->edges.next((idx)))
	Iterates over all mesh edge indices.
#define	FOR_ALL_FACETS(idx, mesh)   for (Word_t (idx) = (mesh)->facets.first(); (idx) != INVALID_IDX; (idx) = (mesh)->facets.next((idx)))
	Iterates over all mesh face indices.
#define	FOR_ALL_ELEMENTS(idx, mesh)
	Iterates over all mesh element indices.
#define	FOR_ALL_ACTIVE_ELEMENTS(idx, mesh)
	Iterates over all active mesh element indices.
#define	FOR_ALL_INACTIVE_ELEMENTS(idx, mesh)
	Iterates over all inactive mesh element indices.
#define	FOR_ALL_BASE_ELEMENTS(idx, mesh)
	Iterates over all base mesh element indices.
#define	H3D_REFT_HEX_NONE   0x0000
#define	H3D_REFT_HEX_X   0x0001
#define	H3D_REFT_HEX_Y   0x0002
#define	H3D_REFT_HEX_Z   0x0003
#define	H3D_H3D_REFT_HEX_XY   0x0004
#define	H3D_H3D_REFT_HEX_XZ   0x0005
#define	H3D_H3D_REFT_HEX_YZ   0x0006
#define	H3D_H3D_H3D_REFT_HEX_XYZ   0x0007
#define	H3D_REFT_FACE_NONE   0x0000
#define	H3D_REFT_QUAD_HORZ   0x0001
#define	H3D_REFT_QUAD_VERT   0x0002
#define	H3D_REFT_QUAD_BOTH   0x0003
#define	H3D_SPLIT_NONE   0x0000
#define	H3D_SPLIT_HEX_X   0x0001
#define	H3D_SPLIT_HEX_Y   0x0002
#define	H3D_SPLIT_HEX_Z   0x0004
#define	H3D_H3D_SPLIT_HEX_XY   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Y
#define	H3D_H3D_SPLIT_HEX_XZ   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Z
#define	H3D_H3D_SPLIT_HEX_YZ   H3D_SPLIT_HEX_Y | H3D_SPLIT_HEX_Z
#define	H3D_H3D_H3D_SPLIT_HEX_XYZ   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Y | H3D_SPLIT_HEX_Z

---

Define Documentation

#define FOR_ALL_ACTIVE_ELEMENTS	(	idx,
		mesh		)

Value:

for (Word_t (idx) = (mesh)->elements.first(), _max = (mesh)->elements.count(); (idx) <= _max && (idx) != INVALID_IDX; (idx) = (mesh)->elements.next((idx))) \
                if ((mesh)->elements[idx]->used) \
                        if ((mesh)->elements[idx]->active)

Iterates over all active mesh element indices.

Parameters:

	idx	Element hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_BASE_ELEMENTS	(	idx,
		mesh		)

Value:

for (Word_t (idx) = (mesh)->elements.first(); (idx) <= mesh->get_num_base_elements(); (idx) = (mesh)->elements.next((idx))) \
                if ((mesh)->elements[idx]->used)

Iterates over all base mesh element indices.

Parameters:

	idx	Element hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_EDGES	(	idx,
		mesh		)	for (Word_t (idx) = (mesh)->edges.first(); (idx) != INVALID_IDX; (idx) = (mesh)->edges.next((idx)))

Iterates over all mesh edge indices.

Parameters:

	idx	Edge hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_ELEMENTS	(	idx,
		mesh		)

Value:

for (Word_t (idx) = (mesh)->elements.first(), _max = (mesh)->elements.count(); (idx) <= _max && (idx) != INVALID_IDX; (idx) = (mesh)->elements.next((idx))) \
                if ((mesh)->elements[idx]->used)

Iterates over all mesh element indices.

Parameters:

	idx	Element hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_FACETS	(	idx,
		mesh		)	for (Word_t (idx) = (mesh)->facets.first(); (idx) != INVALID_IDX; (idx) = (mesh)->facets.next((idx)))

Iterates over all mesh face indices.

Parameters:

	idx	Face hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_INACTIVE_ELEMENTS	(	idx,
		mesh		)

Value:

for (Word_t (idx) = (mesh)->elements.first(), _max = (mesh)->elements.count(); (idx) <= _max && (idx) != INVALID_IDX; (idx) = (mesh)->elements.next((idx))) \
                if ((mesh)->elements[idx]->used) \
                        if (!(mesh)->elements[idx]->active)

Iterates over all inactive mesh element indices.

Parameters:

	idx	Element hash table index.
	mesh	Pointer to the Mesh object.

#define FOR_ALL_VERTICES	(	idx,
		mesh		)	for (Word_t (idx) = (mesh)->vertices.first(); (idx) != INVALID_IDX; (idx) = (mesh)->vertices.next((idx)))

Iterates over all mesh vertex indices.

Parameters:

	idx	Vertex hash table index.
	mesh	Pointer to the Mesh object.

#define H3D_H3D_H3D_REFT_HEX_XYZ   0x0007

#define H3D_H3D_H3D_SPLIT_HEX_XYZ   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Y | H3D_SPLIT_HEX_Z

#define H3D_H3D_REFT_HEX_XY   0x0004

#define H3D_H3D_REFT_HEX_XZ   0x0005

#define H3D_H3D_REFT_HEX_YZ   0x0006

#define H3D_H3D_SPLIT_HEX_XY   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Y

#define H3D_H3D_SPLIT_HEX_XZ   H3D_SPLIT_HEX_X | H3D_SPLIT_HEX_Z

#define H3D_H3D_SPLIT_HEX_YZ   H3D_SPLIT_HEX_Y | H3D_SPLIT_HEX_Z

#define H3D_REFT_FACE_NONE   0x0000

#define H3D_REFT_HEX_NONE   0x0000

#define H3D_REFT_HEX_X   0x0001

#define H3D_REFT_HEX_Y   0x0002

#define H3D_REFT_HEX_Z   0x0003

#define H3D_REFT_QUAD_BOTH   0x0003

#define H3D_REFT_QUAD_HORZ   0x0001

#define H3D_REFT_QUAD_VERT   0x0002

#define H3D_SPLIT_HEX_X   0x0001

#define H3D_SPLIT_HEX_Y   0x0002

#define H3D_SPLIT_HEX_Z   0x0004

#define H3D_SPLIT_NONE   0x0000