Here is a list of all class members with links to the classes they belong to:

- s -

• S : octree_node< Object, CELL >
• S_E : octree_node< Object, CELL >
• s_intersections : cell2d< C, V >
• s_neighbors : cell2d< C, V > , cell3d< C, V >
• S_W : octree_node< Object, CELL >
• sample() : parametric_curve< C, V > , sample , SSIQTS::sample , surface_parametric< C, V > , parametric_curve< C, V >
• Scalar : use< cell3d_surface_algebraic_def, AXEL > , with_scalar< AXK > , use< cell3d_surface_algebraic_def > , curve_rational< C, V > , line< K > , use< cell3d_surface_algebraic_def, MGXK > , parametric_curve< C, V > , point< C, V, N > , point< C, with_idx< V >, N > , use< scalar_def > , subdivision< C, V, Shape, Cell > , surface_rational< K, N > , use< algebraic_set_def > , use< topology_def > , vertex< C, V, N > , use< algebraic_set_def, join2< C, V > >
• scale_conflict() : qsegment
• sdknode() : sdknode
• search() : dsearch
• search_f() : dsearch
• search_s() : dsearch
• search_time : dsearch
• second : ordered_pair< K >
• self_t : fxv< C, N, H >
• semialgebraic2d() : semialgebraic2d< C, V >
• semialgebraic_curve() : semialgebraic_curve< C, V >
• semialgebraic_set() : semialgebraic_set< K >
• set_cell() : node< _Object, _CELL >
• set_color() : viewer< axel, V >
• set_equation() : algebraic_set< C, V > , surface_algebraic< C, V >
• set_index() : face< C, V, POINT > , point< C, with_idx< V >, N > , vertex< C, V, N >
• set_input() : dualize< C, V, Shape, Cell > , mesher3d< C, V, Shape, Cell > , mesher3d_shape< C, V > , subdivision< C, V, Shape, Cell >
• set_leftchild() : node< _Object, _CELL >
• set_parent() : node< _Object, _CELL >
• set_precision() : mesher3d< C, V, Shape, Cell > , mesher3d_curve_algebraic< C, V > , subdivision< C, V, Shape, Cell > , subdivision< C, with_tpl3d< V >, SURFACE, CELL > , topology< C, V > , voronoi2d< C, V >
• set_range() : curve_rational< C, V > , parametric_curve< C, V > , surface_rational< K, N >
• set_rightchild() : node< _Object, _CELL >
• set_smoothness() : mesher3d< C, V, Shape, Cell > , mesher3d_curve_algebraic< C, V > , subdivision< C, V, Shape, Cell > , subdivision< C, with_tpl3d< V >, SURFACE, CELL > , topology< C, V > , voronoi2d< C, V >
• set_start_node() : Graph< T >
• set_width() : viewer< axel, V >
• set_xmax() : bounding_box< C, V >
• set_xmin() : bounding_box< C, V >
• set_ymax() : bounding_box< C, V >
• set_ymin() : bounding_box< C, V >
• set_zmax() : bounding_box< C, V >
• set_zmin() : bounding_box< C, V >
• setBNEchild() : octree_node< Object, CELL >
• setBNWchild() : octree_node< Object, CELL >
• setBSEchild() : octree_node< Object, CELL >
• setBSWchild() : octree_node< Object, CELL >
• setCell() : octree_node< Object, CELL >
• setExtremity() : line< K >
• setFNEchild() : octree_node< Object, CELL >
• setFNWchild() : octree_node< Object, CELL >
• setFSEchild() : octree_node< Object, CELL >
• setFSWchild() : octree_node< Object, CELL >
• setOrigin() : line< K >
• setParent() : octree_node< Object, CELL >
• setx() : point< C, V, N >
• sety() : point< C, V, N >
• setz() : point< C, V, N >
• Shape : face< C, V, POINT > , region< K > , use< shape_def > , use< topology_def >
• SHAPE_OF() : cell3d_factory< C, V > , edge< C, V, POINT > , mesher3d_curve_algebraic< C, V > , mesher3d_shape< C, V > , point< C, V, N > , point_set< C, V > , semialgebraic_curve< C, V > , topology< C, V > , cell2d_factory< C, V >
• side() : box_face< C, V > , cell2d< C, V >
• sign() : semialgebraic_set< K >
• signature() : cell2d_voronoi_diagram< C, V >
• signof() : cell2d_voronoi_diagram< C, V >
• sing_process() : mesher3d_curve_algebraic< C, V > , mesher3d_shape< C, V >
• singular() : solver_implicit< C, V >
• singular_points() : parametric_curve< C, V > , curve_rational< C, V >
• singularity() : arrangement2d< C, V > , semialgebraic2d< C, V > , topology2d< C, V >
• singularpoints() : bspline_curve< K > , curve_pl< C, V > , edge_set< C, V > , surface_bspline
• site() : cell2d_voronoi_diagram< C, V >
• sites() : cell2d_voronoi_diagram< C, V >
• size : dcurve , bounding_box< C, V > , point_set< C, V > , region< K > , fsvector< K, n > , qsegment , voronoi2d< C, V > , lsegment , face< C, V, POINT >
• size_type : fsvector< K, n >
• sizes : dsearch
• smpa : SSIQTS
• smpb : SSIQTS
• Solver : cell2d_algebraic_curve< C, V > , cell2d_voronoi_site2d< C, V > , cell3d_algebraic_curve< C, V > , cell3d_surface_algebraic< C, V > , use< cell2d_voronoi_site2d_def >
• sort() : edge_set< C, V > , curve_pl< C, V >
• source() : edge< C, V, POINT >
• south_back_edge : solver_implicit< C, V >
• south_east_edge : solver_implicit< C, V >
• south_edge : solver_implicit< C, V >
• south_face : solver_implicit< C, V >
• south_front_edge : solver_implicit< C, V >
• south_west_edge : solver_implicit< C, V >
• spcs : SSIQTSL
• spcsorig : SSIQTSL
• split() : cell3d_surface_algebraic< C, V > , qnode
• split_dir() : node< _Object, _CELL >
• split_position() : cell2d< C, V > , cell2d_voronoi_diagram< C, V > , cell3d< C, V > , cell< C, V > , cell2d_list< C, V > , cell2d_intersection< C, V > , cell3d_list< C, V >
• split_u() : qnode
• split_v() : qnode
• SSIQTS() : SSIQTS
• SSIQTSL() : SSIQTSL
• starting_point() : cell2d_voronoi_site2d< C, V > , cell2d< C, V > , cell2d_parametric_curve< C, V > , cell2d_voronoi_diagram< C, V > , cell2d_intersection< C, V > , cell2d_list< C, V > , cell2d_algebraic_curve< C, V >
• stats : dsearch
• status() : gNode< T >
• stopFlag : mesher3d_curve_algebraic< C, V >
• subdivide() : parametric_curve< C, V > , cell2d_voronoi_diagram< C, V > , cell2d_intersection< C, V > , mesher3d_curve_algebraic< C, V > , cell2d_list< C, V > , arrangement2d< C, V > , semialgebraic2d< C, V > , cell3d< C, V > , cell2d_semialgebraic_curve< C, V > , cell3d< C, V > , cell3d_list< C, V > , cell2d_voronoi_site2d< C, V > , cell3d_surface_algebraic< C, V > , voronoi2d< C, V > , mesher3d_shape< C, V > , cell2d_subdivisor< C, V > , cell< C, V > , cell3d_algebraic_curve< C, V > , curve_rational< C, V > , cell2d_algebraic_curve< C, V > , cell2d_parametric_curve< C, V > , topology2d< C, V >
• subdivide_cell() : use< subdivision_def, default_env >
• subdivide_node() : use< subdivision_def, default_env >
• subdivision() : subdivision< C, with_tpl3d< V >, SURFACE, CELL > , subdivision< C, V, Shape, Cell >
• Subdivision : subdivision< C, with_tpl3d< V >, SURFACE, CELL > , mesher3d_shape< C, V >
• Subdivisor : mesher3d< C, V, Shape, Cell >
• surface() : surface< V >
• Surface : use< surface_def > , subdivision< C, with_tpl3d< V >, SURFACE, CELL > , tpl3d< C, V > , cell< C, with_node< V > > , surface_algebraic< C, V > , mesher3d_curve_algebraic< C, V > , mesher3d_shape< C, V >
• surface_algebraic() : surface_algebraic< C, V >
• surface_bspline() : surface_bspline
• surface_parametric() : surface_parametric< C, V >
• surface_pl() : surface_pl
• surface_rational() : surface_rational< K, N >
• sz : Width