- r -

• rational_curve() : rational_curve< C, V >
• rational_surface() : rational_surface< C, N, V >
• reduce() : dsearch< C, V >
• REF_OF() : algebraic_curve< C, V > , algebraic_surface< C, V > , bcell3d_algebraic_surface< C, V > , bcell3d_factory< C, V > , cell3d_algebraic_surface< C, V > , bcell< C, with_node< V > > , mesher3d_shape< C, V >
• region() : region< K >
• reverse() : edge< C, V, POINT > , face< C, V, POINT >
• rfree() : lsegment< C, V >
• right() : node< _CELL > , octree_node< Object, CELL >
• root() : octree< OBJECT, CELL > , kdtree< CELL > , kdtree_cell< CELL > , octree< OBJECT, CELL > , quadtree< Object, CELL >
• Rsc_curve() : Rsc_curve< K >
• run() : subdivision< C, V, Cell > , polygonizer< C, V, Input, Output > , mesher3d_algebraic_curve< C, V > , mesher2d_dual< Cell, V > , semialgebraic2d< C, V > , polygonizer< C, V, Input, Output > , isosurface< C, V, Cell > , mesher2d< C, V > , voronoi2dimpl< C, V > , dualize< C, V, Cell > , arrangement2d< C, V > , mesher3d_shape< C, V > , mesher3d< C, V, Cell > , mesher3d_dual< C, V, Cell > , polygonizer< C, default_2d, Input, Output > , intersector_parametric< C, V > , voronoi2d< C, V >