3D Visualization Projects (Planet, Orbit, Solar System)
Geologic symbols library and development for QGIS
A Planetary Intensity Code for Atmospheric Spectroscopy Observations
Repository for Gravity Field Modeling and Recovery using Machine Learning Methods
Routines to plot and analyze magnetic fields of planets in our solar system
GUI application for calculating human-visible colors of celestial bodies from their photometric data
Ames Stereo Automated Pipeline (ASAP) for reproducible DEMs
Create crustal thickness maps of the planets from gravity and topography.
Analysis and visualisation of atmospheric model output powered by iris.
The central nervous system of the Omnia initiative, integrating all components and systems for planetary-scale terraforming and habitability.
Some python codes to generate various aggregate particles (e.g. ballistic particle cluster, and cluster-cluster).
Fast thermal modeling and radiosity in Python.
Python tools for OMEGA/MEx observation data (importation/correction/display).
PlanetMapper: An open source Python package for visualising, navigating and mapping Solar System observations
A Python package to access, download, view, and manipulate Cassini RADAR images in one place
Python library for radar Bandwidth Extrapolation (BWE)
Programs to obtain planet parameters from phase-folded light curves from the Kepler satellite, run with QMUL
lhorizon helps you find things in the Solar System.
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