, including all inherited members.
| ac_at_edge(CubitVector &fac, CubitVector &eac, int edge_id) | FacetEvalTool | [private, static] |
| area() | FacetEvalTool | |
| aTree | FacetEvalTool | [private] |
| bounding_box() | FacetEvalTool | |
| calculate_area() | FacetEvalTool | |
| check_faceting() | FacetEvalTool | [private] |
| closest_facet(const CubitVector &point) | FacetEvalTool | |
| closest_point(CubitVector &this_point, CubitVector *closest_point_ptr, CubitVector *normal_ptr=NULL) | FacetEvalTool | |
| closest_point_trimmed(CubitVector &this_point, CubitVector *closest_point_ptr, CubitBoolean &lies_outside, CubitVector *normal_ptr=NULL) | FacetEvalTool | |
| compare_tol() | FacetEvalTool | [inline] |
| compare_tol(double tol) | FacetEvalTool | [inline] |
| compareTol | FacetEvalTool | [private] |
| compute_curve_tangent(CubitFacetEdge *edge, double min_dot, CubitVector &T0, CubitVector &T3) | FacetEvalTool | [static] |
| contained_volume(DLIList< CubitFacet * > &facets) | FacetEvalTool | [static] |
| debug_draw_bezier_edges(int color=-1) | FacetEvalTool | [private] |
| debug_draw_bezier_facet(CubitFacet *facet, int color=-1) | FacetEvalTool | [private] |
| debug_draw_bezier_facets(int color=-1) | FacetEvalTool | [private] |
| debug_draw_edge(CubitFacetEdge *edge, int color=-1) | FacetEvalTool | [private] |
| debug_draw_edges(int color=-1) | FacetEvalTool | [private] |
| debug_draw_eval_bezier_facet(CubitFacet *facet) | FacetEvalTool | [private] |
| debug_draw_facet_normals(int color=-1) | FacetEvalTool | [private] |
| debug_draw_facets(int color=-1) | FacetEvalTool | |
| debug_draw_line(CubitVector &begin, CubitVector &end, int color=-1) | FacetEvalTool | [private] |
| debug_draw_location(CubitVector &location, int color=-1) | FacetEvalTool | [private] |
| debug_draw_point_normals(int color=-1) | FacetEvalTool | [private] |
| debug_draw_vec(CubitVector &vec, int color=-1) | FacetEvalTool | [private] |
| destroy_facets() | FacetEvalTool | [private] |
| eval_bezier_patch(CubitFacet *facet, CubitVector &areacoord, CubitVector &pt) | FacetEvalTool | [private, static] |
| eval_bezier_patch_normal(CubitFacet *facet, CubitVector &areacoord, CubitVector &normal) | FacetEvalTool | [private, static] |
| eval_edge(CubitFacet *facet, int vert0, int vert1, CubitVector &pt_on_plane, CubitVector &close_point) | FacetEvalTool | [static] |
| eval_facet(CubitFacet *facet, CubitVector &areacoord, CubitVector *eval_point, CubitVector *eval_normal) | FacetEvalTool | [static] |
| eval_facet(CubitFacet *facet, CubitVector &pt, CubitVector &areacoord, CubitVector &close_point, CubitBoolean &outside_facet) | FacetEvalTool | |
| eval_facet_normal(CubitFacet *facet, CubitVector &areacoord, CubitVector &normal) | FacetEvalTool | [static] |
| eval_point(CubitFacet *facet, int vertex_id, CubitVector &close_point) | FacetEvalTool | [static] |
| eval_quadratic(CubitFacet *facet, int pt_idx, CubitVector &eval_pt, CubitVector &qpoint, CubitVector &qnorm) | FacetEvalTool | [private] |
| eval_quadric(CubitFacet *facet, int pt_index, CubitVector &eval_pt, CubitVector &qpt) | FacetEvalTool | [private] |
| facet_area_coordinate(CubitFacet *facet, const CubitVector &pt_on_plane, CubitVector &areacoord) | FacetEvalTool | [static] |
| FacetEvalTool() | FacetEvalTool | |
| facets_from_search_grid(CubitVector &this_point, DLIList< CubitFacet * > &facet_list, double &tol_used) | FacetEvalTool | [private] |
| facets_from_search_grid(CubitVector &this_point, double compare_tol, DLIList< CubitFacet * > &facet_list) | FacetEvalTool | [private] |
| get_close_points(CubitPoint *point, CubitPoint **close_point, int &num_close, int max_close, int min_close) | FacetEvalTool | [private] |
| get_edges(DLIList< CubitFacetEdge * > &edge_list) | FacetEvalTool | [inline] |
| get_edges_from_facets(DLIList< CubitFacet * > &facet_list, DLIList< CubitFacetEdge * > &edge_list) | FacetEvalTool | [private] |
| get_facet_project_time() | FacetEvalTool | [inline, static] |
| get_facets(DLIList< CubitFacet * > &facet_list) | FacetEvalTool | [inline] |
| get_grid_search_time() | FacetEvalTool | [inline, static] |
| get_intersections(CubitVector point1, CubitVector point2, DLIList< CubitVector * > &intersection_list, bool bounded=CUBIT_FALSE) | FacetEvalTool | |
| get_loops_from_facets(DLIList< CubitFacetEdge * > &all_edge_list, DLIList< DLIList< CubitFacetEdge * > * > &loop_list) | FacetEvalTool | |
| get_min_dot() | FacetEvalTool | [inline] |
| get_output_id() | FacetEvalTool | [inline] |
| get_points(DLIList< CubitPoint * > &point_list) | FacetEvalTool | [inline] |
| get_points_from_facets(DLIList< CubitFacet * > &facet_list, DLIList< CubitPoint * > &point_list) | FacetEvalTool | [private] |
| have_data_to_calculate_bbox(void) | FacetEvalTool | [private] |
| hodograph(CubitFacet *facet, CubitVector &areacoord, CubitVector Nijk[10]) | FacetEvalTool | [private, static] |
| init_bezier_edge(CubitFacetEdge *edge, double min_dot) | FacetEvalTool | [static] |
| init_bezier_facet(CubitFacet *facet) | FacetEvalTool | [static] |
| init_bezier_surface() | FacetEvalTool | |
| init_boundary_bezier_edge(CubitFacetEdge *edge) | FacetEvalTool | [static] |
| init_edge_control_points(CubitVector &P0, CubitVector &P3, CubitVector &N0, CubitVector &N3, CubitVector &T0, CubitVector &T3, CubitVector Pi[3]) | FacetEvalTool | [static] |
| init_edge_control_points_single(CubitVector &P0, CubitVector &P3, CubitVector &T0, CubitVector &T3, CubitVector Pi[3]) | FacetEvalTool | [static] |
| init_facet_control_points(CubitVector N[6], CubitVector P[3][5], CubitVector G[6]) | FacetEvalTool | [static] |
| init_gradient() | FacetEvalTool | [private] |
| init_quadrics() | FacetEvalTool | [private] |
| initialize(DLIList< CubitFacet * > &facet_list, DLIList< CubitPoint * > &point_list, int interp_order, double min_dot) | FacetEvalTool | |
| interp_order() | FacetEvalTool | [inline] |
| interpOrder | FacetEvalTool | [private] |
| intersect_ray(CubitVector &origin, CubitVector &direction, CubitFacet *facet, CubitVector *point, double &distance) | FacetEvalTool | [static] |
| intersect_ray(CubitVector &origin, CubitVector &direction, CubitFacetEdge *facet, CubitVector *point, double &distance) | FacetEvalTool | [static] |
| is_at_vertex(CubitFacet *facet, const CubitVector &pt, CubitVector &ac, double compare_tol, CubitVector &eval_pt, CubitVector *eval_norm_ptr) | FacetEvalTool | [private, static] |
| is_flat() | FacetEvalTool | |
| is_outside(CubitFacet *facet, CubitVector &areacoord) | FacetEvalTool | [static] |
| isFlat | FacetEvalTool | [private] |
| isParameterized | FacetEvalTool | [private] |
| lastFacet | FacetEvalTool | [private] |
| loops() | FacetEvalTool | [inline] |
| mark_edge_pairs(CubitPoint *point) | FacetEvalTool | [private] |
| markedFacetList | FacetEvalTool | [private] |
| minDot | FacetEvalTool | [private] |
| move_ac_inside(CubitVector &ac, double tol) | FacetEvalTool | [private, static] |
| myArea | FacetEvalTool | [private] |
| myBBox | FacetEvalTool | [private] |
| myEdgeList | FacetEvalTool | [private] |
| myFacetList | FacetEvalTool | [private] |
| myLoopList | FacetEvalTool | [private] |
| myPointList | FacetEvalTool | [private] |
| next_boundary_edge(CubitFacetEdge *this_edge, CubitPoint *p0) | FacetEvalTool | [static] |
| num_facets() const | FacetEvalTool | [inline] |
| num_points() const | FacetEvalTool | [inline] |
| numEvals | FacetEvalTool | [private, static] |
| on_circle(CubitVector &ptA, CubitVector &normA, CubitVector &ptB, CubitVector &normB, CubitVector &eval_pt, CubitVector &pt_on_circle, CubitVector &normal) | FacetEvalTool | [private] |
| output_id | FacetEvalTool | [private] |
| pair_edges() | FacetEvalTool | [private] |
| parameterize() | FacetEvalTool | |
| project_to_facet(CubitFacet *facet, const CubitVector &pt, CubitVector &areacoord, CubitVector &close_point, CubitBoolean &outside, double compare_tol) | FacetEvalTool | [static] |
| project_to_facet_plane(CubitFacet *facet, const CubitVector &pt, CubitVector &point_on_plane, double &dist) | FacetEvalTool | [static] |
| project_to_facetedge(CubitFacet *facet, int vert0, int vert1, const CubitVector &the_point, CubitVector &pt_on_plane, CubitVector &close_point, CubitBoolean &outside_facet, CubitBoolean must_be_on_edge=CUBIT_FALSE) | FacetEvalTool | [static] |
| project_to_facets(CubitVector &this_point, CubitBoolean trim, CubitBoolean *outside, CubitVector *closest_point_ptr, CubitVector *normal_ptr) | FacetEvalTool | [private] |
| project_to_facets(DLIList< CubitFacet * > &facet_list, CubitFacet *&last_facet, int interp_order, double compare_tol, const CubitVector &this_point, CubitBoolean trim, CubitBoolean *outside, CubitVector *closest_point_ptr, CubitVector *normal_ptr) | FacetEvalTool | [static] |
| project_to_patch(CubitFacet *facet, CubitVector &ac, const CubitVector &pt, CubitVector &eval_pt, CubitVector *eval_norm, CubitBoolean &outside, double compare_tol, int edge_id) | FacetEvalTool | [private, static] |
| remove_facets(DLIList< CubitFacet * > &facet_list) | FacetEvalTool | |
| replace_facets(DLIList< CubitFacet * > &facet_list) | FacetEvalTool | |
| reset_bounding_box() | FacetEvalTool | |
| restore(FILE *fp, unsigned int endian, int num_facets, int num_edges, int num_points, CubitFacet **facets, CubitFacetEdge **edges, CubitPoint **points) | FacetEvalTool | |
| reverse_facets() | FacetEvalTool | |
| reverse_facets(DLIList< CubitFacet * > &facets) | FacetEvalTool | [static] |
| save(FILE *fp) | FacetEvalTool | |
| set_bounding_box(CubitBox &box) | FacetEvalTool | [inline] |
| set_output_id(int id) | FacetEvalTool | [inline] |
| set_up_grid_search(double geom_factor) | FacetEvalTool | [private] |
| timeFacetProject | FacetEvalTool | [private, static] |
| timeGridSearch | FacetEvalTool | [private, static] |
| tool_id() | FacetEvalTool | [inline] |
| toolID | FacetEvalTool | [private] |
| transform_control_points(CubitTransformMatrix &rotmat) | FacetEvalTool | |
| write_loops() | FacetEvalTool | [private] |
| ~FacetEvalTool() | FacetEvalTool | |
1.7.6.1 
