A Python wrapper for solid Earth tides
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Updated
Apr 6, 2026 - Fortran
A Python wrapper for solid Earth tides
C++ functions and definitions implementing the IERS 2010 standards.
Pure-Python ephemeris engine — JPL DE441 · IAU 2000A/2006 · Gaia DR3 · sub-milliarcsecond precision · auditable by design
IERS data maintained by @astrofrog and astropy.utils.iers maintainers
Fortran codes for spherical harmonic synthesis of ocean tidal load effects on all-element geodetic variations
Fortran codes for computation of Earth’s rotation polar shift effects on all-element geodetic variations
Fortran codes for nontidal geocentric variation effects of mass on all-element geodetic variations
Retrieve Earth Orientation Parameters (EOP) from the International Earth Rotation and Reference Systems Service (IERS)
Fortran codes for computation of solid Earth tidal effects on all-element geodetic variations on or outside geoid
IERS Conventions made easy.
Fortran codes for spherical harmonic analysis on tidal constants and modelling
Python toolkit for downloading, parsing, and analyzing IERS C04 Earth Orientation Parameters: Polar motion spectral analysis, Chandler Wobble isolation via FFT, and UT1-UTC time scale conversion.
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