eckit::geo::grid::RegularGaussian class final

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

Base classes

class Regular

Public types

using uid_t = std::string

using builder_t = BuilderT1<Grid>

using ARG1 = const Spec&

using iterator = Iterator

Public static functions

static auto spec(const std::string& name) -> Spec*

static auto className() -> std::string

Constructors, destructors, conversion operators

RegularGaussian(const Spec&) explicit

RegularGaussian(size_t N, const area::BoundingBox& = {}, projection::Rotation* = nullptr) explicit

Public functions

auto N() const -> size_t

void fill_spec(spec::Custom&) const override

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

auto dx() const -> double virtual

auto dy() const -> double virtual

auto nx() const -> size_t virtual

auto ny() const -> size_t virtual

auto x() const -> const Range&

auto y() const -> const Range&

auto cbegin() const -> iterator override

auto cend() const -> iterator override

auto size() const -> size_t final

auto begin() const -> iterator

auto end() const -> iterator

auto spec() const -> const Spec&

auto spec_str() const -> std::string

auto uid() const -> uid_t

auto calculate_uid() const -> uid_t 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_latlon() const -> std::pair<std::vector<double>, std::vector<double>> virtual

auto ordering() const -> Ordering virtual

auto reorder(Ordering) const -> Renumber virtual

auto area() const -> const Area& virtual

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

auto boundingBox() const -> const area::BoundingBox& virtual

auto calculate_bbox() const -> area::BoundingBox* virtual

auto make_grid_reordered(Ordering) const -> Grid* virtual

Typedef documentation

Function documentation