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Class JacobiConformal, Jacobi's conformal projection of a triaxial ellipsoid, trancoded from Charles Karney's C++ class JacobiConformal to pure Python, class Triaxial and classes BetaOmega3Tuple,JacobiError, Jacobi2Tuple and TriaxialError.
See Also: Geodesics on a triaxial ellipsoid and Triaxial coordinate systems and their geometrical interpretation.
Version: 22.10.22
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BetaOmega2Tuple 2-Tuple (beta, omega) with ellipsoidal lat- and
longitude beta and omega both in
Radians (or Degrees).
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BetaOmega3Tuple 3-Tuple (beta, omega, height) with ellipsoidal
lat- and longitude beta and omega both in
Radians (or Degrees) and the
height, rather the (signed) distance to the
triaxial's surface (measured along the radial line to the
triaxial's center) in meter, conventionally.
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JacobiError Raised for JacobiConformal issues. |
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Jacobi2Tuple 2-Tuple (x, y) with a Jacobi Conformal x
and y projection, both in Radians (or
Degrees).
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TriaxialError Raised for Triaxial issues. |
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Triaxial Triaxial ellipsoid with semi-axes a, b
and c, oriented such that the large principal ellipse
ab is the equator Z=0, beta=0, while the
small principal ellipse ac is the prime meridian,
Y=0, omega=0.
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JacobiConformal This is a conformal projection of the ellipsoid to a plane in which the grid lines are straight, see Jacobi, C. |
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__all__ = _ALL_LAZY.triaxials
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