atlas::util::ConvexSphericalPolygon class

#include <atlas/util/ConvexSphericalPolygon.h>

Public types

class GreatCircleSegment

template<class Points>

using contains_PointLonLat = std::is_same<typename std::decay<typename Points::value_type>::type, PointLonLat>

Public static variables

static int MAX_GRIDCELL_EDGES constexpr

static int MAX_SIZE constexpr

Constructors, destructors, conversion operators

ConvexSphericalPolygon() defaulted

template<class Points, typename std::enable_if<contains_PointLonLat<Points>::value, void>::type* = nullptr>

ConvexSphericalPolygon(const Points& points)

ConvexSphericalPolygon(const PointLonLat points[], size_t size)

ConvexSphericalPolygon(const PointXYZ& p1, const PointXYZ& p2, const PointXYZ& p3)

ConvexSphericalPolygon(const PointXYZ points[], size_t size)

operator bool() const

Public functions

auto size() const -> size_t

auto area() const -> double

auto centroid() const -> const PointXYZ&

auto radius() const -> double

auto intersect(const ConvexSphericalPolygon& pol, std::ostream* f = nullptr, double pointsEqualEPS = std::numeric_limits<double>::epsilon()) const -> ConvexSphericalPolygon

auto equals(const ConvexSphericalPolygon& plg, const double deg_prec = 1e-10) const -> bool

void print(std::ostream&) const

auto json(int precision = 0) const -> std::string

auto operator[](idx_t n) const -> const PointXYZ&

auto next(const int index) const -> int

Friends

auto operator<<(std::ostream& out, const ConvexSphericalPolygon& p) -> std::ostream&