olp-cpp-sdk  1.22.0
EquirectangularProjection.h
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19 
20 #pragma once
21 
22 #include <olp/core/CoreApi.h>
23 #include <olp/core/geo/projection/IProjection.h>
24 
25 namespace olp {
26 namespace geo {
40 class CORE_API EquirectangularProjection final : public IProjection {
41  public:
42  EquirectangularProjection() = default;
43  ~EquirectangularProjection() override = default;
44 
45  GeoRectangle GetGeoBounds() const override;
46 
47  WorldAlignedBox WorldExtent(double minimum_altitude,
48  double maximum_altitude) const override;
49 
50  bool Project(const GeoCoordinates3d& geo_point,
51  WorldCoordinates& world_point) const override;
52 
53  bool Unproject(const WorldCoordinates& world_point,
54  GeoCoordinates3d& geo_point) const override;
55 };
56 } // namespace geo
57 
58 } // namespace olp
The equirectangular (plate carree) projection.
Definition: EquirectangularProjection.h:40
bool Unproject(const WorldCoordinates &world_point, GeoCoordinates3d &geo_point) const override
Checks whether the world coordinates (x,y,z) of a point correspond to its geographic coordinates (lat...
WorldAlignedBox WorldExtent(double minimum_altitude, double maximum_altitude) const override
Creates the extent of world coordinates.
GeoRectangle GetGeoBounds() const override
Gets the geodetic bounds represented by the projection.
bool Project(const GeoCoordinates3d &geo_point, WorldCoordinates &world_point) const override
Checks whether the geographic coordinates (latitude, longitude, altitude) of a point correspond to it...
Geodetic coordinates with longitude, latitude, and altitude.
Definition: GeoCoordinates3d.h:31
A rectangular area in the WGS84 Coordinate System.
Definition: GeoRectangle.h:33
The identity projection used to work with geographic and world coordinates.
Definition: IProjection.h:31
The aligned bounding-box implementation.
Definition: AlignedBox.h:98
Rules all the other namespaces.
Definition: AppleSignInProperties.h:24
Represents 3D vectors and points.
Definition: Vector.h:86