pygeodesy.auxilats

Package auxilats

Classes AuxAngle, AuxDLat, AuxDST and AuxLat transcoded to Python from Karney's C++ class AuxAngle, DAuxLatitude, DST, repectively AuxLatitude all in GeographicLib version 2.2+.

Copyright (C) Charles Karney (2022-2023) and licensed under the MIT/X11 License. For more information, see the GeographicLib documentation.

Note: Class AuxDST requires numpy to be installed, version 1.16 or newer.

See Also: Auxiliary latitudes and On auxiliary latitudes.

Version: 23.12.07

Submodules

pygeodesy.auxilats._CX_4: Coeficients for _AUXLATITUDE_ORDER 4 from Karney's C++ class AuxLatitude trancoded to a double, uniquified Python dict[auxout][auxin].
pygeodesy.auxilats._CX_6: Coeficients for _AUXLATITUDE_ORDER 6 from Karney's C++ class AuxLatitude trancoded to a double, uniquified Python dict[auxout][auxin].
pygeodesy.auxilats._CX_8: Coeficients for _AUXLATITUDE_ORDER 8 from Karney's C++ class AuxLatitude trancoded to a double, uniquified Python dict[auxout][auxin].
pygeodesy.auxilats.__main__: Print auxilats version, etc.
pygeodesy.auxilats.auxAngle: (INTERNAL) Auxiliary latitudes' base classes, constants and functions.
pygeodesy.auxilats.auxDLat: Class AuxDLat transcoded to Python from Karney's C++ class DAuxLatitude in GeographicLib version 2.2+.
pygeodesy.auxilats.auxDST: Discrete Sine Transforms (AuxDST) in Python, transcoded from Karney's C++ class DST in GeographicLib version 2.2+.
pygeodesy.auxilats.auxLat: Class AuxLat transcoded to Python from Karney's C++ class AuxLatitude in GeographicLib version 2.2+.
pygeodesy.auxilats.auxily: (INTERNAL) Auxiliary latitudes' classes, constants and functions.

Classes

AuxBeta
A Parametric, Auxiliary latitude.

AuxChi
A Conformal, Auxiliary latitude.

AuxMu
A Rectifying, Auxiliary latitude.

AuxPhi
A Geodetic or Geographic, Auxiliary latitude.

AuxTheta
A Geocentric, Auxiliary latitude.

AuxXi
An Authalic, Auxiliary latitude.

AuxDLat
Class to compute Divided Differences of Auxiliary latitudes and other

Divided 
        Differences

needed for RhumbAux and RhumbLineAux calculations.

AuxDST
Discrete Sine Transforms (DST) for Auxiliary latitudes.

AuxLat
Base class for accurate conversion between Auxiliary latitudes on an ellipsoid.

Variables

Aux = Aux()