eckit::geo::polygon::Polygon2 class
#include <eckit/geo/polygon/Polygon2.h>

Public types

using container_type = vector

Constructors, destructors, conversion operators

Polygon2(const container_type& points) explicit
Polygon2(container_type&& points) explicit
Polygon2(const Polygon2&) defaulted
Polygon2(Polygon2&&) defaulted
~Polygon2() defaulted

Public functions

auto operator=(const Polygon2&) -> Polygon2& defaulted
auto operator=(Polygon2&&) -> Polygon2& defaulted
auto operator==(const Polygon2&) const -> bool
auto operator!=(const Polygon2& other) const -> bool
auto contains(const PointXY& P) const -> bool
Point-in-polygon test based on winding number.
void simplify()
Simplify polygon by removing consecutive and colinear points.
auto assign(T... args) -> T
auto at(T... args) -> T
auto back(T... args) -> T
auto begin(T... args) -> T
auto capacity(T... args) -> T
auto cbegin(T... args) -> T
auto cend(T... args) -> T
auto clear(T... args) -> T
auto crbegin(T... args) -> T
auto crend(T... args) -> T
auto data(T... args) -> T
auto emplace(T... args) -> T
auto emplace_back(T... args) -> T
auto empty(T... args) -> T
auto end(T... args) -> T
auto erase(T... args) -> T
auto front(T... args) -> T
auto get_allocator(T... args) -> T
auto insert(T... args) -> T
auto max_size(T... args) -> T
auto operator[](T... args) -> T
auto pop_back(T... args) -> T
auto push_back(T... args) -> T
auto rbegin(T... args) -> T
auto rend(T... args) -> T
auto reserve(T... args) -> T
auto resize(T... args) -> T
auto shrink_to_fit(T... args) -> T
auto size(T... args) -> T
auto swap(T... args) -> T

Friends

auto operator<<(std::ostream& s, const Polygon2& p) -> std::ostream&

Function documentation

bool eckit::geo::polygon::Polygon2::contains(const PointXY& P) const

Point-in-polygon test based on winding number.

Returns if point is in polygon