TetrahedralMesh

Classes

TetrahedralMesh

Only keeps track of tetrahedra, actual point coordinates are stored outside. For most useful operations point coordinates are passed in as an extra argument.

Binary Layout: vertex_id_a :: uint32 vertex_id_b :: uint32 vertex_id_c :: uint32 vertex_id_d :: uint32 neighbour_a :: uint32 - neighbour tetrahedron, opposite to vertex A neighbour_b :: uint32 - neighbour tetrahedron, opposite to vertex B neighbour_c :: uint32 - neighbour tetrahedron, opposite to vertex C neighbour_d :: uint32 - neighbour tetrahedron, opposite to vertex D Layout is similar to [1], but is interleaved for better cache locality. Also note that sub-determinants are not included, these are only needed for building the mesh, we excluded them to keep structure clean and more compact.

Neighbours are encoded in the following manner: MSB -> [tet_id:30bit][opposite_corner_index:2bit] <- LSB Code to get tet index: encoded >> 2 Code to get corner index: encoded & 3

Constants

LAYOUT_TETRA_WORD_COUNT : number

LAYOUT_TETRA_BYTE_SIZE : number

Size in bytes of a single tetrahedron record

INVALID_NEIGHBOUR : number

MAX_TET_INDEX : number

DEFAULT_INITIAL_SIZE : number

CAPACITY_GROW_MULTIPLIER : number

CAPACITY_GROW_MIN_STEP : number

LAYOUT_TETRA_WORD_COUNT : number

Kind: global constant
Read only: true

LAYOUT_TETRA_BYTE_SIZE : number

Size in bytes of a single tetrahedron record

Kind: global constant
Read only: true

INVALID_NEIGHBOUR : number

Kind: global constant
Read only: true

MAX_TET_INDEX : number

Kind: global constant
Read only: true

DEFAULT_INITIAL_SIZE : number

Kind: global constant
Read only: true

CAPACITY_GROW_MULTIPLIER : number

Kind: global constant
Read only: true

CAPACITY_GROW_MIN_STEP : number

Kind: global constant
Read only: true