atlas::GlobalDomain class
#include <atlas/domain/Domain.h>

Base classes

GlobalDomain(const double& west)
GlobalDomain()
GlobalDomain(const Domain&)
operator bool() const
RectangularLonLatDomain(const Interval& x, const Interval& y)
RectangularLonLatDomain(const double& north, const double& west, const double& south, const double& east)
RectangularDomain()
RectangularDomain(const Interval& x, const Interval& y, const std::string& units = "degrees")
RectangularDomain(const Domain&)
Domain() defaulted
Domain(const eckit::Parametrisation&)

auto west() const -> double
auto east() const -> double
auto north() const -> double
auto south() const -> double
auto contains_x(double x) const -> bool: Checks if the x-value is contained in the domain.
auto contains_y(double y) const -> bool: Checks if the y-value is contained in the domain.
auto zonal_band() const -> bool
auto xmin() const -> double
auto xmax() const -> double
auto ymin() const -> double
auto ymax() const -> double
auto type() const -> std::string: Type of the domain.
auto contains(double x, double y) const -> bool: Checks if the point is contained in the domain.
auto contains(const PointXY& p) const -> bool: Checks if the point is contained in the domain.
auto spec() const -> Spec
auto global() const -> bool: Check if domain represents the complete globe surface.
auto empty() const -> bool: Check if domain does not represent any area on the globe surface.
void hash(eckit::Hash&) const: Add domain to the given hash.
auto containsNorthPole() const -> bool
auto containsSouthPole() const -> bool
auto units() const -> std::string: String that defines units of the domain ("degrees" or "meters")