Simple representation of tetrahedra cells in tet mesh. It represents the general cell of mesh in topological sense. It store the adjacent relation with other mesh elements, like vertices. It doesn't store any geometrical information or other extra information. More...

#include <mesh/MeshPrimitive.hpp>

Public Types
using	cv_container = typename std::array< index_t, 4 >

using	cv_iterator = typename cv_container::iterator

using	cv_reference = typename cv_container::reference

using	cv_const_iterator = typename cv_container::const_iterator

using	cv_const_reference = typename cv_container::const_reference

Public Member Functions
	TetCell (index_t v0, index_t v1, index_t v2, index_t v3) noexcept

cv_container &	cv ()

const cv_container &	cv () const

cv_iterator	cv_begin ()

cv_const_iterator	cv_begin () const

cv_iterator	cv_end ()

cv_const_iterator	cv_end () const

index_t &	cv0 ()

index_t &	cv1 ()

index_t &	cv2 ()

index_t &	cv3 ()

index_t	cv0 () const

index_t	cv1 () const

index_t	cv2 () const

index_t	cv3 () const

bool	exist (index_t vidx) const

Detailed Description

Simple representation of tetrahedra cells in tet mesh. It represents the general cell of mesh in topological sense. It store the adjacent relation with other mesh elements, like vertices. It doesn't store any geometrical information or other extra information.

Note: We refer to four vertices as v0, v1, v2 and v3.; The orientation of a face is counter-clock-wise when seen from inside of the tet. In other words, the normal of a face is point towards inside. So the orientations of vertices of faces are as below: [0->1->2], [0->3->1], [1->3->2], [2->3->0].

The documentation for this class was generated from the following file:

mesh/MeshPrimitive.hpp

Public Types

Public Member Functions

Detailed Description