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| template<auto EllipsoidA, auto EllipsoidE, auto StdParallel1Deg, auto StdParallel2Deg, auto Lon0Deg, auto Lat0Deg> |
| static auto | projection::AEA::ellipsoid::forward (const auto lonDeg, const auto latDeg) |
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| template<auto EllipsoidA, auto EllipsoidE, auto StdParallel1Deg, auto StdParallel2Deg, auto Lon0Deg, auto Lat0Deg, auto MaxIter = 10, auto Tolerance = 1e-12> |
| static auto | projection::AEA::ellipsoid::inverse (const auto x, const auto y) |
| | Inverts the Albers Equal-Area Conic projection for WGS_1984 and returns the geographic coordinates (longitude, latitude in degrees) corresponding to the given planar coordinates (x, y in meters).
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| template<auto Lon0Deg, auto Lat0Deg, auto StdParallel1Deg, auto StdParallel2Deg, auto EarthRadius> |
| static auto | projection::AEA::sphere::forward (const auto lon, const auto lat) |
| | Projects geographic coordinates (longitude, latitude) onto a planar surface using the Albers Equal-Area Conic projection for a spherical Earth model.
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| template<auto Lon0Deg, auto Lat0Deg, auto StdParallel1Deg, auto StdParallel2Deg, auto EarthRadius> |
| static auto | projection::AEA::sphere::inverse (const auto x, const auto y) |
| | Inverts the spherical Albers Equal-Area Conic projection and returns the geographic coordinates (longitude, latitude in degrees) corresponding to the given planar coordinates (x, y in meters).
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