SHTOOLS - Spherical Harmonic Tools
A Modern Fortran Library for Astrodynamics 🚀
Local gravity field modelling with Python
Estimating effective elastic thickness of the lithosphere
Software for precise orbit determination of Low Earth Orbiters and gravity field recovery
C/Python library to work with spherical harmonics up to almost arbitrarily high degrees
Force : Research about vector field, warping and steering vehicle on Processing
A performance-effective program for gravity field calculation for layered ellipsoidal density model.
An endless iOS game (Swift 4.0) where you roll a ball and smash balloons. Demonstrates usage of the motion manager and having more than one gravity field.
Program for forward and inverse gravity problems solution for the contact surface
Fortran codes for Computation of the land-sea unified complete Bouguer effect on gravity outside geoid
Fortran codes for height anomaly computation on or outside geoid using Stokes/Hotine numerical integral
Fortran codes for numerical integral of landsea residual terrain effects on various field elements
Fortran codes for numerical integral of terrain Helmert condensation effects on various field elements
Fortran codes for numerical integral of local terrain effects on various gravity field elements outside geoid
Fortran codes for spherical harmonic synthesis of all-element surface load effects
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