eckit::geo::grid::Reduced class

#include <eckit/geo/grid/Reduced.h>

Base classes

class eckit::geo::Grid

Derived classes

class HEALPix final

class ReducedGaussian

class ReducedLonLat

Public types

using uid_type = std::string

using order_type = std::string

using renumber_type = std::vector<size_t>

using BoundingBox = area::BoundingBox

using builder_t = BuilderT1<Grid>

using Spec = spec::Spec

using ARG1 = const Spec&

using iterator = Iterator

Public static functions

static auto is_uid(const std::string& uid) -> bool

static auto className() -> std::string

Public functions

auto size() const -> size_t override

auto shape() const -> std::vector<size_t> override

auto first_point() const -> Point override

auto last_point() const -> Point override

auto latitudes() const -> const std::vector<double>& pure virtual

auto longitudes(size_t) const -> std::vector<double> pure virtual

auto begin() const -> iterator

auto end() const -> iterator

auto cbegin() const -> iterator pure virtual

auto cend() const -> iterator pure virtual

auto catalog() const -> const spec::Spec&

auto spec() const -> const Spec&

auto spec_str() const -> std::string

auto type() const -> const std::string& pure virtual

auto empty() const -> bool virtual

auto uid() const -> uid_type

auto calculate_uid() const -> uid_type virtual

auto includesNorthPole() const -> bool virtual

auto includesSouthPole() const -> bool virtual

auto isPeriodicWestEast() const -> bool virtual

auto to_points() const -> std::vector<Point> virtual

auto to_latlons() const -> std::pair<std::vector<double>, std::vector<double>> virtual

auto order() const -> const order_type& virtual

auto reorder(const order_type&) const -> renumber_type virtual

auto area() const -> const Area& virtual

auto crop(const Area&) const -> renumber_type virtual

auto projection() const -> const Projection& virtual

auto boundingBox() const -> const BoundingBox& virtual

auto calculate_bbox() const -> BoundingBox* virtual

auto make_grid_reordered(const order_type&) const -> Grid* virtual

auto make_grid_cropped(const Area&) const -> Grid* virtual

Private functions

auto nx(size_t) const -> size_t pure virtual

auto ny() const -> size_t pure virtual

Typedef documentation

Function documentation