💫 An open-source multi-purpose N-body code.
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Nov 3, 2026 - C
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Astrodynamics with Python book, software, and videos. Spacecraft trajectory and attitude modeling and simulation
python astrodynamics python3 orbital-simulation orbits orbital-mechanics orbital-dynamics spacecraft-analysis spacecraft-dynamics-and-control spacecraft-gnc
The Virtual Planet Simulator
climate exoplanets geophysics galaxies n-body-simulator stellar rotation tides orbits magnetic-fields binary-stars geochemistry planetary-science stellar-astrophysics atmospheres astrobiology habitability atmospheric-escape
Python library to propagate satellite orbits.
Astrodynamics with units! Provides common astrodynamics calculations, plotting, and iterative Halo, Kepler, and Lambert solvers.
🌏 📡 🌏 📡 FORMFLYT - High fidelity orbit propagation for formation flying control in MATLAB!
Python package (with C++ base) to compute satellite remote-sensing related orbit data.
🛰️ A small library to display satellite orbits from two-line elements with Google Maps API3
Visualization of elliptic orbits with WebGL
Precision astrometry & satellite mechanics in safe, fast Rust.
rust tracking performance dynamics satellite pod stars type-safety tle coordinates orbits planets astrometry targets precission
Bits and bobs regarding satellites. Python scripts and Jupyter notes, mainly.
This is a two-dimensional simulation of our solar system to scale, written in Javascript while using the Keplerian Elements for calculating the positions.
simulation space solarsystem orbits planets keplerian-elements solarsystemsimulator orrery orbital-elements
InstruPy is a python package to calculate observation data metrics for a given remote-sensing instrument and associated viewing geometry.
Music of the spheres: a live orrery where each planet sings a tone that follows its speed around the Sun, as Kepler described in Harmonices Mundi, played with Web Audio.
audio svg astronomy sound webaudio kepler solar-system meditation orbits sonification planets web-audio-api orrery esoterica
A pet-project used to simulate orbital trajectories of multiple-body systems to predict orbital encounters and simplify orbit characterization.
astronomy physics astrodynamics python3 astrophysics physics-simulation orbital-simulation orbits orbital-mechanics astronomical-algorithms physics-3d orbit-determination
Source code for Equilibrium Tide calculations
Reimplementation of SGP4/SDP4 solution from scratch.
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