#include <CGAL/Frechet_distance_traits_2.h>

Definition

template<class GT>
class CGAL::Frechet_distance_traits_2< GT >

Template Parameters

GT	geometric traits class

Public Types
using	Kernel = GT

using	FT = typename Kernel::FT

using	Point = typename Kernel::Point_2

using	Bbox = Bbox_2

using	distance_t = CGAL::Interval_nt< false >

using	Approximate_kernel = CGAL::Simple_cartesian< distance_t >

using	Approximate_point = typename Approximate_kernel::Point_2

using	Construct_bbox = typename Approximate_kernel::Construct_bbox_2

using	Squared_distance = typename Approximate_kernel::Compute_squared_distance_2

using	Difference_of_points = typename Approximate_kernel::Construct_vector_2

using	Scaled_vector = typename Approximate_kernel::Construct_scaled_vector_2

using	Translated_point = typename Approximate_kernel::Construct_translated_point_2

using	Exact_kernel = typename CGAL::Frechet_distance_::internal::Get_exact_kernel< Kernel >::type

using	Exact_point = typename Exact_kernel::Point_2

using	D2D = NT_converter< distance_t, double >

using	F2E = Cartesian_converter< Approximate_kernel, Exact_kernel, D2D >

using	FT2I = NT_converter< typename Kernel::FT, distance_t >

using	K2F = Cartesian_converter< Kernel, Approximate_kernel, FT2I >

using	Polyline = std::vector< Point >

using	Polylines = std::vector< Polyline >

using	PolylineID = std::size_t

using	PolylineIDs = std::vector< PolylineID >

Static Public Attributes
static const int	dimension = 2

static constexpr bool	is_filtered = CGAL::Frechet_distance_::internal::Get_exact_kernel<Kernel>::is_filtered

static constexpr bool	is_floating_point = CGAL::Frechet_distance_::internal::Get_exact_kernel<Kernel>::is_floating_point

Member Typedef Documentation

template<class GT >

using CGAL::Frechet_distance_traits_2< GT >::Polyline = std::vector<Point>