pyarts3.arts.geodetic

Contains various helper functions to deal with geodesy

Functions

`approx_geometrical_tangent_point()`	Calculates the geometrical tangent point, approximately
`ecef2geocentric()`	Conversion from ECEF to geocentric coordinates
`ecef2geocentric_los()`	Conversion from ECEF to geocentric coordinates including a LOS
`ecef2geodetic()`	Conversion from ECEF to geodetic coordinates
`ecef2geodetic_los()`	Conversion from ECEF to geodetic coordinates
`enu2los()`	Converts ENU unit vector vector to local zenith and azimuth
`geocentric2ecef()`	Conversion from geocentric to ECEF coordinates
`geocentric_los2ecef()`	Conversion from geocentric to ECEF coordinates including a LOS
`geodetic2ecef()`	Conversion from geodetic to ECEF coordinates.
`geodetic2geocentric()`	Converts geodetic coordinates to geocentric coordinates
`geodetic_los2ecef()`	Conversion from geodetic to ECEF coordinates including a LOS.
`geometric_tangent_zenith()`	Calculates the geometrical tangent point, iteratively
`intersection_altitude()`	Finds the distance to the intersection between an ECEF line and an ellipsoid
`intersection_latitude()`	Finds the distance to the intersection between an ECEF line and a latitude
`intersection_longitude()`	Finds the distance to the intersection between an ECEF line and a longitude
`los2enu()`	Converts ENU unit vector vector to local zenith and azimuth
`pos_at_distance()`	Geodetic position a given distance
`poslos_at_distance()`	Geodetic position and line-of-sight at a given distance
`prime_vertical_radius()`	The prime vertical radius