template <class T, class Curve_u, class Curve_v>
class vtb::geometry::Curved_surface

Types

• using const_reference = const curve_u_type &
• using reference = curve_u_type &
• using const_pointer = const curve_u_type *
• using pointer = curve_u_type *
• using size_type = size_t
• using value_v_type = typename curve_v_type::value_type
• using curve_v_type = Curve_v
• using curve_u_array = std::vector< curve_u_type >
• using value_u_type = typename curve_u_type::value_type
• using curve_u_type = Curve_u
• using scalar_type = T

Methods

• end() -> pointer
• end() const -> const_pointer
• begin() -> pointer
• begin() const -> const_pointer
• size() const -> size_type
• operator[](size_type i) -> reference
• operator[](size_type i) const -> const_reference
• size_v() const -> size_type
• size_u() const -> size_type
• operator()(const Vertex< T, 2 > & v) const -> value_v_type
• operator()(T u, T v) const -> value_v_type
• operator()(T u) const -> curve_v_type
• Curved_surface(const curve_u_array & curves_u)explicit

template <class T, class Curve>
class vtb::geometry::Spline_surface

Types

• using polyhedron_type = Polyhedron< T, 3 >
• using const_pointer = const curve_type *
• using pointer = curve_type *
• using size_type = size_t
• using container_type = std::vector< curve_type >
• using const_reference = const value_type &
• using reference = value_type &
• using value_type = typename curve_type::value_type
• using curve_type = Curve

Methods

• polyhedron(size_type resolution_u, size_type resolution_v) const -> Polyhedron< T, 3 >
• end() -> pointer
• end() const -> const_pointer
• begin() -> pointer
• begin() const -> const_pointer
• size() const -> size_type
• operator[](size_type i) -> curve_type &
• operator[](size_type i) const -> const curve_type &
• max_size_u() const -> size_type
• size_v() const -> size_type
• operator()(const Vertex< T, 2 > & v) const -> value_type
• operator()(T u, T v) const -> value_type
• operator()(T u) const -> curve_type
• Spline_surface(const container_type & curves)explicit