orrery

There are 12 repositories under orrery topic.

  • tycho

    jshor/tycho

    🪐 A real-time, WebGL-based interactive simulation of our solar system.

    Language:JavaScript99303

  • demoor-orrery/DMO

    a RasperryPi driven orrery/planetarium

    Language:Python9601

  • Fourmilab/orbits

    Astronomical simulations for the Second Life virtual world. Includes a scale model simulation of the solar system, including orbits of asteroids and comets from their orbital elements, simulation of stars orbiting the central black hole in the Milky Way, and a general n-body gravitational system simulator.

    Language:LSL5200

  • Fourmilab/solar_system_live

    Solar System Live is an interactive orrery for the Web that lets you view the solar system in a variety of ways for any date between 4713 B.C. and A.D. 8000. An ephemeris can be displayed for any location on Earth and, given orbital elements in the form published in the IAU Circulars and the Jet Propulsion Laboratory, the orbit and position of asteroids and comets can be plotted.

    Language:C5301

  • Simone-Dr/SolarSystem

    This is a two-dimensional simulation of our solar system to scale, written in Javascript while using the Keplerian Elements for calculating the positions.

    Language:JavaScript5101

  • asosick/orrery

    OpenGL Orrery

    Language:C++2100

  • pedroCarvalhoCintra/SpaceVisionaries

    Project for NASA Hackathon. (Space Apps Challenge 2023)

    Language:Jupyter Notebook2000

  • jasonv/Orrery

    An Orrery in POV-Ray

    Language:POV-Ray SDL1200
  • Orrery

    mdoege/Orrery

    An orrery in PyGame in a retro-style and an HD version, based on Pico Solar System

    Language:Python110

  • 7468696e6b/fourmilab-hplanet

    Home Planet program from Fourmilab by John Walker (mirrored)

    Language:Rich Text Format0102

  • AlphaKnot/PlanItTime

    Plan-it-time is a clock implemented on a raspberry pi, that shows the current time and position of the planets.

    Language:C++0101

  • Raafi101/PlanetariumArcadium

    A full (PERN) stack planetary system visualizer web app created by the "AstroNerds", a team of 4 people in their CS minor capstone class. The data was obtained from the NASA Exoplanet Archive and stored in a PostgreSQL database served through an Express server with more than 3000 items. Front end built using JavaScript, React.js, and Node.js. The project is hosted in an AWS EC2 instance on a Ubuntu server. Users are able to search up, visualize, and learn about distant stars and orbiting planets.

    Language:HTML0101