, including all inherited members.
| b_neighbors | bcell3d< C, V > | |
| bcell3d(void) | bcell3d< C, V > | [inline] |
| bcell3d(const BoundingBox &bx) | bcell3d< C, V > | [inline] |
| bounding_box(void) | bounding_box< C, V > | [inline] |
| bounding_box(double xmin, double xmax) | bounding_box< C, V > | [inline] |
| bounding_box(double xmin, double xmax, double ymin, double ymax) | bounding_box< C, V > | [inline] |
| bounding_box(double xmin, double xmax, double ymin, double ymax, double zmin, double zmax) | bounding_box< C, V > | [inline] |
| bounding_box(const bounding_box< C, V > &) | bounding_box< C, V > | [inline] |
| BoundingBox typedef | bcell3d< C, V > | |
| boundingBox() const | bcell3d< C, V > | [inline] |
| Cell typedef | bcell3d< C, V > | |
| cell3d(void) | cell3d< C, V > | [inline] |
| cell3d(const BoundingBox &bx) | cell3d< C, V > | [inline] |
| CellBase typedef | bcell3d< C, V > | |
| center(void) const | bcell3d< C, V > | [inline, virtual] |
| mmx::shape::cell3d::center() | cell3d< C, V > | [inline] |
| connect0(bcell3d< C, V > *a, bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| connect1(bcell3d< C, V > *a, bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| connect2(bcell3d< C, V > *a, bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| contains(double x, bool strict=false) | bounding_box< C, V > | [inline] |
| contains(double x, double y, bool strict=false) | bounding_box< C, V > | [inline] |
| contains(double x, double y, double z, bool strict=false) | bounding_box< C, V > | [inline] |
| disconnect() | bcell3d< C, V > | [inline] |
| e_neighbors | bcell3d< C, V > | |
| Edge typedef | bcell3d< C, V > | |
| f_neighbors | bcell3d< C, V > | |
| insert_regular(Topology *)=0 | bcell3d< C, V > | [pure virtual] |
| insert_singular(Topology *)=0 | bcell3d< C, V > | [pure virtual] |
| intersect(const bounding_box< C, V > &other) | bounding_box< C, V > | [inline] |
| intersected(bounding_box< C, V > *other) | bounding_box< C, V > | [inline] |
| intersections(int i) const | bcell3d< C, V > | [inline] |
| intersects(bounding_box< C, V > *other, bool strict=true) | bounding_box< C, V > | [inline] |
| is0D(void) const | bounding_box< C, V > | [inline] |
| is1D(void) const | bounding_box< C, V > | [inline] |
| is2D(void) const | bounding_box< C, V > | [inline] |
| is3d(void) const | bounding_box< C, V > | [inline] |
| is_active(void) const =0 | bcell3d< C, V > | [pure virtual] |
| is_adjacent(cell3d< C, V > *c) | cell3d< C, V > | [inline, virtual] |
| is_intersected(void)=0 | bcell3d< C, V > | [pure virtual] |
| is_regular(void)=0 | bcell3d< C, V > | [pure virtual] |
| join0(bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| join1(bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| join2(bcell3d< C, V > *b) | bcell3d< C, V > | [inline] |
| m_boundary | bcell3d< C, V > | |
| m_gnode | bcell3d< C, V > | |
| m_singular | bcell3d< C, V > | |
| m_type | bcell3d< C, V > | |
| m_xmax | bounding_box< C, V > | [protected] |
| m_xmin | bounding_box< C, V > | [protected] |
| m_ymax | bounding_box< C, V > | [protected] |
| m_ymin | bounding_box< C, V > | [protected] |
| m_zmax | bounding_box< C, V > | [protected] |
| m_zmin | bounding_box< C, V > | [protected] |
| n_neighbors | bcell3d< C, V > | |
| neighbors() | bcell3d< C, V > | [inline] |
| operator()(unsigned v, unsigned s) const | bounding_box< C, V > | [inline] |
| operator()(unsigned v, unsigned s) | bounding_box< C, V > | [inline] |
| operator*(const bounding_box< C, V > &other) | bounding_box< C, V > | [inline] |
| operator+(const bounding_box< C, V > &other) | bounding_box< C, V > | [inline] |
| Point typedef | bcell3d< C, V > | |
| polygonise(Topology3d *)=0 | bcell3d< C, V > | [pure virtual] |
| s_neighbors | bcell3d< C, V > | |
| set_xmax(double x) | bounding_box< C, V > | [inline] |
| set_xmin(double x) | bounding_box< C, V > | [inline] |
| set_ymax(double y) | bounding_box< C, V > | [inline] |
| set_ymin(double y) | bounding_box< C, V > | [inline] |
| set_zmax(double z) | bounding_box< C, V > | [inline] |
| set_zmin(double z) | bounding_box< C, V > | [inline] |
| size(void) | bounding_box< C, V > | [inline] |
| Solver typedef | bcell3d< C, V > | |
| split_position(int &v, double &s) | bcell3d< C, V > | [inline, virtual] |
| subdivide(cell3d< C, V > *&left, cell3d< C, V > *&right) | cell3d< C, V > | [inline, virtual] |
| subdivide(cell3d< C, V > *&left, cell3d< C, V > *&right, int v, double s)=0 | cell3d< C, V > | [pure virtual] |
| Topology typedef | bcell3d< C, V > | |
| Topology3d typedef | bcell3d< C, V > | |
| topology_regular(Topology *)=0 | bcell3d< C, V > | [pure virtual] |
| unite(bounding_box< C, V > *other) | bounding_box< C, V > | [inline] |
| united(bounding_box< C, V > *other) | bounding_box< C, V > | [inline] |
| unites(bounding_box< C, V > *other, bool strict=true) | bounding_box< C, V > | [inline] |
| w_neighbors | bcell3d< C, V > | |
| xmax(void) | bounding_box< C, V > | [inline] |
| xmax(void) const | bounding_box< C, V > | [inline] |
| xmin(void) | bounding_box< C, V > | [inline] |
| xmin(void) const | bounding_box< C, V > | [inline] |
| xsize(void) const | bounding_box< C, V > | [inline] |
| ymax(void) | bounding_box< C, V > | [inline] |
| ymax(void) const | bounding_box< C, V > | [inline] |
| ymin(void) | bounding_box< C, V > | [inline] |
| ymin(void) const | bounding_box< C, V > | [inline] |
| ysize(void) const | bounding_box< C, V > | [inline] |
| zmax(void) | bounding_box< C, V > | [inline] |
| zmax(void) const | bounding_box< C, V > | [inline] |
| zmin(void) | bounding_box< C, V > | [inline] |
| zmin(void) const | bounding_box< C, V > | [inline] |
| zsize(void) const | bounding_box< C, V > | [inline] |
| ~bcell3d(void) | bcell3d< C, V > | [inline, virtual] |
| ~bounding_box(void) | bounding_box< C, V > | [inline] |
| ~cell3d(void) | cell3d< C, V > | [inline, virtual] |
