hexahedron_rules.h File Reference

#include "common/math/ugmath_types.h"

Go to the source code of this file.

Namespaces
namespace	ug
	the ug namespace
namespace	ug::hex_rules

Functions
bool	ug::hex_rules::IsRegularRefRule (const int edgeMarks)
	returns true if the specified edgeMarks would lead to a regular refinement
int	ug::hex_rules::Refine (int *newIndsOut, int *newEdgeVrts, bool &newCenterOut, vector3 *, bool *isSnapPoint)

Variables
const int	ug::hex_rules::EDGE_FROM_VRTS [8][8]
	Associates the index of the connecting edge with each tuple of vertices.
const int	ug::hex_rules::EDGE_VRT_INDS [][2]
	the local vertex indices of the given edge
const int	ug::hex_rules::FACE_CONTAINS_EDGE [][12]
	tells whether the i-th face contains the j-th edge
const int	ug::hex_rules::FACE_EDGE_INDS [6][4]
	returns the j-th edge of the i-th face
const int	ug::hex_rules::FACE_FROM_EDGES [][12]
	given two edges, the table returns the face, which contains both (or -1)
const int	ug::hex_rules::FACE_FROM_VRTS [8][8][8]
	Associates the index of the connecting face with each triple of vertices.
const int	ug::hex_rules::FACE_VRT_INDS [][4]
	the local vertex indices of the given face
const int	ug::hex_rules::MAX_NUM_CONVERT_TO_TETS_INDS_OUT = 30
const int	ug::hex_rules::MAX_NUM_INDS_OUT = 256
const int	ug::hex_rules::NUM_EDGES = 12
const int	ug::hex_rules::NUM_FACES = 6
const int	ug::hex_rules::NUM_QUADS = 6
const int	ug::hex_rules::NUM_TRIS = 0
const int	ug::hex_rules::NUM_VERTICES = 8
const int	ug::hex_rules::OPPOSED_FACE [NUM_FACES] = {5, 3, 4, 1, 2, 0}
	contains the index of the opposed face of each face
const int	ug::hex_rules::OPPOSED_FACE_VRT_INDS [][4]
	vertex indices of the face on the opposite side of the i-th face.
const int	ug::hex_rules::OPPOSED_OBJECT [][NUM_VERTICES]