CGAL::Isosurfacing Namespace Reference

Classes
class	Cartesian_grid_domain
class	Cartesian_topology_base
class	Finite_difference_gradient
class	Implicit_domain
class	Octree_domain
class	Octree_wrapper
class	Zero_gradient

Typedefs
typedef std::size_t	Cell_type

Functions
template<typename Concurrency_tag = Sequential_tag, class Domain_ , class PointRange , class PolygonRange , class Positioning = internal::Positioning::QEM_SVD<true>>
void	make_quad_mesh_using_dual_contouring (const Domain_ &domain, const typename Domain_::FT iso_value, PointRange &points, PolygonRange &polygons, const Positioning &positioning=Positioning())
template<typename Function , typename Gradient , class GeomTraits = typename Function::Geom_traits>
Implicit_domain< GeomTraits, Function, Gradient >	create_implicit_domain (const Bbox_3 &domain, const typename GeomTraits::Vector_3 &spacing, const Function &func, const Gradient &grad)
template<typename Concurrency_tag = Sequential_tag, class Domain_ , class PointRange , class PolygonRange >
void	make_triangle_mesh_using_marching_cubes (const Domain_ &domain, const typename Domain_::FT iso_value, PointRange &points, PolygonRange &polygons)
	Creates a polygon soup that represents an isosurface using the marching cubes algorithm. More...
template<typename Concurrency_tag = Sequential_tag, class Domain_ , class PointRange , class PolygonRange >
void	make_triangle_mesh_using_tmc (const Domain_ &domain, const typename Domain_::FT iso_value, PointRange &points, PolygonRange &polygons)

Variables
static constexpr Cell_type	ANY_CELL = std::numeric_limits<Cell_type>::max()
static constexpr Cell_type	POLYHERDAL_CELL = ((Cell_type)1) << 0
static constexpr Cell_type	TETRAHEDRAL_CELL = ((Cell_type)1) << 1
static constexpr Cell_type	CUBICAL_CELL = ((Cell_type)1) << 2