eckit::geo namespace

Namespaces

class Area
class Cache
template<typename Key, typename Value> class CacheT
class Figure: Figure: describe a combination of "shape" (sphere, ellipsoid, geoid) and "size" (radius, a, b, elevation)
struct FigureFactory
class GreatCircle
class Grid
struct GridFactory
class Increments
class Iterator
class Point2: The Point2 class.
class Point3: The Point3 class.
class PointLonLat: The PointLonLat class.
class PointLonLatR: The PointLonLatR class.
class ProjectionProblem
class Projection
class Range
struct SearchLonLat
class Shape
class SpecNotFound
class Spec

enum Ordering { scan_i_positively_j_negatively_ij_i_single_direction, scan_i_negatively_j_negatively_ij_i_single_direction, scan_i_positively_j_positively_ij_i_single_direction, scan_i_negatively_j_positively_ij_i_single_direction, scan_i_positively_j_negatively_ji_i_single_direction, scan_i_negatively_j_negatively_ji_i_single_direction, scan_i_positively_j_positively_ji_i_single_direction, scan_i_negatively_j_positively_ji_i_single_direction, scan_i_positively_j_negatively_ij_i_alternating_direction, scan_i_negatively_j_negatively_ij_i_alternating_direction, scan_i_positively_j_positively_ij_i_alternating_direction, scan_i_negatively_j_positively_ij_i_alternating_direction, scan_i_positively_j_negatively_ji_i_alternating_direction, scan_i_negatively_j_negatively_ji_i_alternating_direction, scan_i_positively_j_positively_ji_i_alternating_direction, scan_i_negatively_j_positively_ji_i_alternating_direction, healpix_ring, healpix_nested, scan_ordering = scan_i_positively_j_negatively_ij_i_single_direction, scan_ordering_end = scan_i_negatively_j_positively_ji_i_alternating_direction, healpix_ordering = healpix_ring, healpix_ordering_end = healpix_nested, DEFAULT = scan_i_positively_j_negatively_ij_i_single_direction }

template<typename T> using FigureBuilder = ConcreteBuilderT0<Figure, T>
using GridFactoryType = Factory<Grid>
using SpecByName = spec::GeneratorT<spec::SpecGeneratorT1<const std::string&>>
using SpecByUID = spec::GeneratorT<spec::SpecGeneratorT0>
template<typename T> using GridRegisterType = ConcreteBuilderT1<Grid, T>
template<typename T> using GridRegisterUID = spec::ConcreteSpecGeneratorT0<T>
template<typename T> using GridRegisterName = spec::ConcreteSpecGeneratorT1<T, const std::string&>
using Point = std::variant<std::monostate, Point2, Point3, PointLonLat, PointLonLatR>
using ProjectionFactory = Factory<Projection>
template<typename T> using ProjectionBuilder = ConcreteBuilderT1<Projection, T>
using Renumber = std::vector<size_t>
using Search3 = KDTreeMemory<search::Traits<geo::Point3, size_t>>
using Search2 = KDTreeMemory<search::Traits<geo::Point2, size_t>>
using difference_type = std::make_signed_t<size_t>
using pl_type = std::vector<long>

auto make_ordering_from_spec(const Spec&) -> Ordering
auto ordering_is_i_positive(Ordering) -> bool
auto ordering_is_j_positive(Ordering) -> bool
auto ordering_is_ij(Ordering) -> bool
auto ordering_is_alternating(Ordering) -> bool
auto points_equal(const Point&, const Point&) -> bool
auto points_equal(const Point&, const Point&, double eps) -> bool
auto operator<<(std::ostream&, const Point&) -> std::ostream&
auto points_equal(const Point2&, const Point2&, Point2::value_type eps = Point2::EPS) -> bool
auto points_equal(const Point3&, const Point3&, Point3::value_type eps = Point3::EPS) -> bool
auto points_equal(const PointLonLat&, const PointLonLat&, PointLonLat::value_type eps = PointLonLat::EPS) -> bool
auto points_equal(const PointLonLatR&, const PointLonLatR&, PointLonLatR::value_type eps = PointLonLatR::EPS) -> bool