#include <eckit/geo/figure/OblateSpheroidT.h>
template<class DATUM>
OblateSpheroidT class
Oblate spheroid parametrised with a geodetic datum.
Base classes
- class eckit::geo::Figure
- Figure: describe a combination of "shape" (sphere, ellipsoid, geoid) and "size" (radius, a, b, elevation)
Public types
Public static functions
-
static auto className() -> std::
string
Constructors, destructors, conversion operators
- OblateSpheroidT() defaulted
Public functions
- auto R() const -> double override
- auto a() const -> double override
- auto b() const -> double override
- auto area() const -> double override
- Surface area [L^2].
-
auto area(const area::
BoundingBox& bbox) -> double override - Surface area between parallels and meridians [L^2].
-
auto spec() const -> spec::
Custom* -
auto spec_str() const -> std::
string -
auto proj_str() const -> std::
string - auto eccentricity() const -> double
- auto flattening() const -> double
Typedef documentation
#include <eckit/geo/Figure.h>
template<class DATUM>
using eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: builder_t = BuilderT0<Figure>
Function documentation
#include <eckit/geo/Figure.h>
template<class DATUM>
static std:: string eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: className()
#include <eckit/geo/Figure.h>
template<class DATUM>
spec:: Custom* eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: spec() const
#include <eckit/geo/Figure.h>
template<class DATUM>
std:: string eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: spec_str() const
#include <eckit/geo/Figure.h>
template<class DATUM>
std:: string eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: proj_str() const
#include <eckit/geo/Figure.h>
template<class DATUM>
double eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: eccentricity() const
#include <eckit/geo/Figure.h>
template<class DATUM>
double eckit:: geo:: figure:: OblateSpheroidT<DATUM>:: flattening() const