| _kev(edge_t *e) | euler::solid_t | [private] |
| add_edge_pair(vertex_t *v1, edge_t *nxt1, vertex_t *v2, edge_t *nxt2) | euler::solid_t | [private] |
| add_face_to(face_t *f1, face_t *f2) | euler::solid_t | [private] |
| assert_consistent_B_rep() | euler::solid_t | [static] |
| block(point_t const &ur=point_t(1.0f, 1.0f, 1.0f)) | euler::solid_t | [static] |
| cur_id | euler::solid_t | [private, static] |
| del_edge_pair(edge_t *e) | euler::solid_t | [private] |
| del_face(face_t *) | euler::solid_t | [private] |
| del_vertex(vertex_t *v) | euler::solid_t | [private] |
| disk(point_t const &cntr=point_t(), float r=1.0f, int segs=8) | euler::solid_t | [static] |
| f | euler::solid_t | |
| id | euler::solid_t | |
| kef(edge_t *e) | euler::solid_t | |
| kev(edge_t *e) | euler::solid_t | |
| kffmh(face_t *f1, face_t *f2) | euler::solid_t | |
| kfmrh(face_t *f1, face_t *f2) | euler::solid_t | |
| kfsmr(face_t *f1, face_t *f2) | euler::solid_t | [inline] |
| loop_t class | euler::solid_t | [friend] |
| mef(edge_t *e1, edge_t *e2) | euler::solid_t | |
| mef(edge_t *e) | euler::solid_t | [inline] |
| mev(edge_t *e1, edge_t *e2, point_t const &p) | euler::solid_t | |
| mev(edge_t *e1, edge_t *e2, vertex_t *v) | euler::solid_t | [private] |
| mvfs(point_t const &p) | euler::solid_t | [static] |
| new_face() | euler::solid_t | [private] |
| new_vertex(point_t const &p) | euler::solid_t | [private] |
| nxt | euler::solid_t | |
| operator+=(vector_t const &v) | euler::solid_t | |
| pre | euler::solid_t | |
| print_off_file(std::ostream &os) const | euler::solid_t | |
| rsweep_face(face_t *f, float theta1=0, float theta2=2 *pi, int resolution=10) | euler::solid_t | |
| rsweep_wire(loop_t *l, int resolution=8) | euler::solid_t | |
| solid | euler::solid_t | [static] |
| solid_t() | euler::solid_t | [inline] |
| tsweep_face(face_t *f, vector_t const &disp=vector_t(0.f, 0.f, 1.f)) | euler::solid_t | |
| vfirst | euler::solid_t | [private] |
| vlast | euler::solid_t | [private] |
| ~solid_t() | euler::solid_t | |
