Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

• aabb< C, N >
• adapt_tpl3d< K >
• algebraic_set< C, V >
• algebraic_set< C, REF_OF(V)>
  • algebraic_curve< C, V >
    • semialgebraic_curve< C, V >
• algebraic_set_def
• algebraic_surface_def
• along
• assoc_t< DPoint >
• axel
• bcell2d_factory< C, V >
• bcell2d_subdivisor< C, V >
• bcell2d_voronoi_impl2d_def
• bcell2d_voronoi_site2d_def
• bcell3d_algebraic_surface_def
• bcell3d_def
• bcell3d_factory< C, V >
• bcell_def
• Bezier_curve< K >
• binary_operator_prototype< _div_, Cb, fxv< Ca, N, H > >
• binary_operator_prototype< _div_, fxv< Ca, N, H >, Cb >
• binary_operator_prototype< _mul_, Cb, fxv< Ca, N, H > >
• binary_operator_prototype< _mul_, fxv< Ca, N, H >, Cb >
• binary_operator_prototype< _mul_, fxv< Ca, N, H >, fxv< Cb, N, H > >
• bounding_box< C, V >
  • cell< C, REF_OF(REF_OF(V)) >
    • cell2d< C, REF_OF(V) >
      • cell2d_algebraic_curve< C, V >
  • cell< C, REF_OF(V) >
    • cell2d< C, V >
  • cell< C, REF_OF(V) >
  • cell< C, V >
    • bcell< C, REF_OF(REF_OF(V)) >
      • bcell2d< C, REF_OF(V) >
        • bcell2d_algebraic_curve< C, V >
          • bcell2d_semialgebraic_curve< C, V >
          • bcell2d_voronoi_site2d< C, V >
        • bcell2d_parametric_curve< C, V >
    • bcell< C, REF_OF(V) >
      • bcell2d< C, V >
        • bcell2d_list< C, V >
          • bcell2d_intersection< C, V >
        • bcell2d_voronoi_diagram< C, V >
        • bcell2d_voronoi_impl_diagram< C, V >
    • bcell< C, V >
      • bcell< C, with_node< V > >
      • bcell_list< C, V >
  • cell3d< C, V >
    • bcell3d< C, V >
      • bcell3d_algebraic_curve< C, V >
      • bcell3d_algebraic_surface< C, V >
        • bcell2d_voronoi_impl2d< C, V >
      • bcell3d_list< C, V >
    • cell3d_algebraic_surface< C, V >
• bounding_box_def
• box_face< C, V >
• cell2d_subdivisor< C, V >
• cell3d_algebraic_surface_def
• cell3d_def
• cell_def
• color< C, V >
• color_def
• dcurve
• default_2d
• default_env
• dim_cmp< DPoint >
• dist_cmp
• dualize< C, V, Cell >
• dualize_def
• EdgeListBuilder< node_t >
• error_func< K >
• face< C, V, POINT >
• face_def
• face_set< K >
• fsvector< K, n >
• fxv< C, N, H >
• fxv_dlink< C, N >
• fxv_empty
• geometric< K >
  • line< K >
  • plane< K >
• geometric< V >
  • graphic< C, V >
• gNode< T >
• gNode< bcell2d * >
• graph
• graph< Cell >
• graph< Cell >
• Graph< T >
• GraphDfsIter< T >
• graphic_def
• igraph
• intersection2d_factory< C, V >
• intersector_parametric< C, V >
• interval_base
• isosurface< C, V, Cell >
• isovalue_env
• kdtree< CELL >
• kdtree_cell< CELL >
• lrnode< C, V >
• marching_cube
• marching_square
• mark_t
• mesh3d< C, V >
• mesh3d_def
• mesher2d< C, V >
  • arrangement2d< C, V >
  • semialgebraic2d< C, V >
• mesher2d_dual< Cell, V >
• mesher2d_dual_def
• mesher3d< C, V, Cell >
  • mesher3d_dual< C, V, Cell >
• mesher3d_algebraic_curve_def
• mesher3d_def
• node< _CELL >
• normal_vector< K >
• numeric_def
• octree< OBJECT, CELL >
• octree_node< Object, CELL >
• ordered_pair< K >
• pair_cmp
• pdknode
• pdpoint_t
• Piecewise_Qsc_curve< K >
• point_def
• point_def< AXK >
  • AXK
• point_def< K >
  • line_def< K >
• point_with_idx_def
• polygonizer< C, V, Input, Output >
• polygonizer< C, default_2d, Input, Output >
• process< K >
• qnode< C, V >
• Qsc_curve< K >
• quad_supp_func< K >
• quadtree< Object, CELL >
• rational_curve_def
• ref_def
• region< K >
• region_def< K >
• region_t
• ringof< fxv< Ca, N, H >, fxv< Cb, N, H > >
• Rsc_curve< K >
• sample
• sample< C, V >
  • lsegment< C, V >
    • qsegment< C, V >
      • dsearch< C, V >
• scalar_def
• sdknode
• sdpoint_t
• semialgebraic_set< K >
• semialgebraic_set_def< K >
• Shape
  • bounding_box< C, REF_OF(REF_OF(V)) >
  • bounding_box< C, REF_OF(V) >
  • bounding_box< double, V >
    • viewer< axel, V >
  • pl_surface
  • surface< default_env >
    • parametric_surface< K >
      • bspline_surface
  • surface< REF_OF(V)>
    • algebraic_surface< C, V >
• shape_def
• SHAPE_OFV
  • curve< REF_OF(REF_OF(V)) >
    • edge_set< C, REF_OF(V) >
      • curve_pl< C, V >
  • curve< REF_OF(V) >
    • edge_set< C, V >
  • curve< REF_OF(V)>
    • algebraic_curve< C, V >
  • curve< V >
    • parametric_curve< C, V >
      • rational_curve< C, V >
    • parametric_curve< K >
      • bspline_curve< K >
  • edge< C, V, POINT >
  • mesher3d_algebraic_curve< C, V >
  • point< C, N, V >
    • point< C, N, with_color< V > >
    • point< C, N, with_idx< V > >
    • vertex< C, N, V >
  • point_set< C, N, V >
    • edge_set< C, REF_OF(V) >
  • point_set< C, 3, REF_OF(REF_OF(V)) >
  • point_set< C, 3, REF_OF(V) >
    • edge_set< C, V >
• solver_implicit< C, V >
• ssi_def
• ssiqts< C, V >
  • ssiqtsl< C, V >
• structureof< fxv< C, N, H > >
• subdivision< C, V, Cell >
• subdivision< C, adapt_tpl3d< V >, CELL >
  • subdivision< C, with_tpl3d< V >, CELL >
• subdivision< C, with_tpl3d< V >, bcell3d< C, V > >
  • mesher3d_shape< C, V >
• subdivision_def
• supp_func_eval< K >
• support_function< K >
• surface< V >
  • parametric_surface< C, V >
    • rational_surface< C, N, V >
• surface_def
• topology< C, V >
  • tpl3d< C, V >
    • subdivision< C, with_tpl3d< V >, CELL >
• topology2d_def
• topology3d_def
• topology_def
• tpl3d_def
• tpl3d_def< double >
  • AXEL
• use< algebraic_set_def, C >
• use< algebraic_set_def, C, MGXK >
• use< bcell2d_voronoi_impl2d_def >
• use< bcell2d_voronoi_site2d_def >
• use< bcell3d_algebraic_surface_def >
• use< bcell3d_algebraic_surface_def, AXEL >
• use< bcell3d_algebraic_surface_def, double, MGXK >
• use< bounding_box_def >
  • use< bcell_def >
    • use< bcell3d_def >
  • use< cell_def >
    • use< cell3d_def >
• use< cell3d_algebraic_surface_def >
• use< color_def >
• use< dualize_def, C, default_2d >
• use< dualize_def, C, default_env >
• use< face_def >
• use< face_def, K >
• use< FF, C, AXEL >
• use< FF, C, MGXK >
• use< FF, C, with_color< V > >
• use< FF, with_idx< K > >
• use< FF, with_node< VV > >
• use< FF, with_tpl3d< VV > >
  • use< FF, adapt_tpl3d< VV > >
• use< graphic_def, algebraic_curve< C, V >, V >
• use< graphic_def, algebraic_surface< C, V >, V >
• use< mesh3d_def, C >
• use< mesher2d_dual_def, default_env >
• use< mesher3d_algebraic_curve_def, C, V >
• use< mesher3d_def, C, V >
• use< numeric_def >
• use< numeric_def, MGXK >
• use< point_def, C >
• use< point_def, C, MGXK >
• use< point_with_idx_def >
• use< rational_curve_def, C >
• use< rational_curve_def, C, MGXK >
• use< ref_def >
• use< ref_def, double, with_tpl3d< K > >
• use< ref_def, with_idx< V > >
• use< scalar_def >
• use< shape_def, C >
• use< ssi_def, C >
• use< subdivision_def, C, isovalue_env >
• use< subdivision_def, with_tpl3d< K > >
• use< surface_def >
  • use< tpl3d_def >
• use< topology2d_def >
• use< topology_def >
  • use< subdivision_def, C, default_env >
  • use< topology3d_def, C, V >
  • use< tpl3d_def >
• use< vertex_def, V >
• vertex_def
• voronoi2d< C, V >
• voronoi2dimpl< C, V >
• voronoi_site2d< C, V >
• Width
• with_color< K >
• with_def< C, V >
• with_def< double, AXEL >
  • AXEL
• with_def< double, MGXK >
  • MGXK
• with_idx< K >
• with_node< V >
• with_point< AXEL >
• with_point< AXK >
• with_region< K >
• with_scalar< AXK >
• with_tpl3d< K >