orbits

There are 0 repository under orbits topic.

• alfonsogonzalez / AWP

  Astrodynamics with Python book, software, and videos. Spacecraft trajectory and attitude modeling and simulation

  astrodynamicsorbital-mechanicsorbital-simulationorbital-dynamicsorbitsspacecraft-dynamics-and-controlspacecraft-gncspacecraft-analysispythonpython3
  Language:Python 280

• satellogic / orbit-predictor

  Python library to propagate satellite orbits.

  sgp4spacesatellitesorbitsham-radio
  Language:Python 136

• VirtualPlanetaryLaboratory / vplanet

  The Virtual Planet Simulator

  habitabilityn-body-simulatorgalaxiesgeophysicsorbitstidesbinary-starsrotationatmospheresmagnetic-fieldsclimateexoplanetsstellargeochemistryatmospheric-escapeplanetary-sciencestellar-astrophysicsastrobiology
  Language:C 130

• Karth42 / SimpleKeplerOrbits

  Unity3d static 2-body orbits simulation

  simulationunity3d-pluginunityunity3dkeplerorbitgravityorbital-mechanicsorbitscelestialspacespace-physicsspace-game
  Language:C# 98

• Bill-Gray / tles

  TLEs for high-altitude artificial satellites

  satelliteephemeridesorbitstle
  Language:C 28

• cadojo / GeneralAstrodynamics.jl

  Astrodynamics with units! Provides common astrodynamics calculations, plotting, and iterative Halo, Kepler, and Lambert solvers.

  astrodynamicsjuliaunitfulspacescientific-computingorbitspropagation
  Language:Julia 21

• rossengeorgiev / orbits-js

  🛰️ A small library to display satellite orbits from two-line elements with Google Maps API3

  satellitesjavascriptgoogle-maps-apiorbitstle
  Language:JavaScript 20

• egemenimre / satstuff

  Bits and bobs regarding satellites. Python scripts and Jupyter notes, mainly.

  jupyter-notessatellitesorbitsnotebooksastropyscientific-computingspacepython
  Language:Jupyter Notebook 18

• ANDREWNGT / FORMFLYT

  :earth_asia: :satellite: :earth_asia: :satellite: FORMFLYT - High fidelity orbit propagation for formation flying control in MATLAB!

  orbitsspacecraftsatellitesleoformationflyingformationsastrodynamics
  Language:MATLAB 15

• vsr83 / OrbitsGL

  Visualization of elliptic orbits with WebGL

  satellitesorbitsjavascripttlewebgl2
  Language:JavaScript 14

• EarthObservationSimulator / orbitpy

  Python package (with C++ base) to compute satellite remote-sensing related orbit data.

  coveragecpporbitspythonremote-sensingsatellites
  Language:C++ 11
• orbits

  Orbits-Inc / orbits

  Researching, Exploring, and Sharing makes a day worthy, make it easier with Orbits.

  vercelblogorbits
  Language:TypeScript 11

• nadiamariduena / firstpersoncontrol-threejs

  Three js tests (3d gaming debut)

  three-jsorbitsreact3d
  Language:JavaScript 6

• 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.

  planetssolarsystemsolarsystemsimulatororreryspacesimulationkeplerian-elementsorbital-elementsorbits
  Language:JavaScript 5

• EarthObservationSimulator / instrupy

  InstruPy is a python package to calculate observation data metrics for a given remote-sensing instrument and associated viewing geometry.

  instrumentsorbitsremote-sensingsatellites
  Language:Python 4

• EOS3D / eos3d-mpl

  A simple matplotlib-based orbital mechanics visualization library

  orbital-mechanicsorbital-simulationcelestial-mechanicsorbitsmatplotlibpython3astrodynamics
  Language:Python 4
• orrery

  osresearch / orrery

  3D printable orrery with six planets and one moon. VERY DRAFT!

  3dprintingspaceplanetsorbitsgears
  Language:OpenSCAD 4

• RoryBarnes / EqTide

  Source code for Equilibrium Tide calculations

  tidesorbitsplanetsmoonsexoplanets
  Language:C 4

• RoryBarnes / InvPlane

  Source code to reference orbital elements to the invariable plane.

  orbitsplanets
  Language:C 4

• gap-packages / OrbitalGraphs

  Computations with orbital graphs in GAP

  permutation-groupsgraphsdigraphspermutationsorbitsorbitalsorbital-graphs
  Language:Jupyter Notebook 3

• HussainAbdi / Gravity-Simulator

  N-body space simulator that uses the Runge-Kutta 4 numerical integration method to solve two first order differential equations derived from the second order differential equation that governs the motion of an orbiting celestial. Also has preset demos for two-body and three-body circular orbits which use parametric equations. Uses the SFML (Simple and Fast Multimedia Library) library: https://www.sfml-dev.org

  c-plus-plusgravitygravity-simulatespaceorbitorbital-simulationorbitsplanetsimulationn-bodyn-body-simulatorrunge-kuttarunge-kutta-methodsrk4numerical-methodsnumerical-integrationcelestialcelestial-bodiessimulator
  Language:C++ 3

• nathanzimniak / N-body-problem

  Un programme codé en Python pour résoudre le problème à N corps à trois dimensions.

  astrophysicspythonplanetsgravitysimulationorbitsn-body-problemphysics
  Language:Python 3

• Alexandre867 / orbits

  Repository for orbit programs and stuff.

  orbits
  Language:Jupyter Notebook 2

• cassyt821 / astrophysica

  I share the exercises I am working through in order to develop a better practical understanding of computer simulations as applied to physics and astrophysics theories and phenomena.

  astronomyphysicsastrophysicsteachingeducationsimulationpythonscienceorbitsplanets
  Language:Jupyter Notebook 2

• evan-bauer / Astrodynamics

  A pet-project used to simulate orbital trajectories of multiple-body systems to predict orbital encounters and simplify orbit characterization.

  astrodynamicsastronomical-algorithmsastronomyastrophysicsorbit-determinationorbital-mechanicsorbital-simulationorbitsphysicsphysics-3dphysics-simulationpython3
  Language:Jupyter Notebook 2

• kerel-fs / spectranalysis

  The SatNOGS Artifacts Waterfall viewer provides ways to load of SatNOGS Artifacts (HDF5 files), displays the contained waterfall file and provides an interface for extracing timestamped frequency measurements from it.

  hdf5satellitesorbitssatellite-tracking
  Language:JavaScript 2

• lgrcia / portrait

  Observation metrics for periodic events (e.g. transit search completeness)

  astronomyexoplanetsorbitsstarstransit
  Language:Python 2

• lstubbig / hodographic-shaping-method-python

  Implementation of the hodographic shaping method in Python plus utilities to link multiple transfers

  astrodynamicsspacetrajectory-optimizationorbits
  Language:Jupyter Notebook 2

• RoryBarnes / HillStability

  Calculate Hill stability for 3-body systems

  orbitsplanetsstability
  Language:C 2

• edwardoughton / leo_competition

  Oligopoly competition between satellite constellations willreduce economic welfare from orbit use

  competitionorbitssatelliteswelfare
  Language:Python 1

• josecelano / mandelbrot-orbits-rust

  Plotting Mandelbrot Set periods using Rust language.

  fractalfractalsmandelbrotmandelbrot-renderermandelbrot-setorbitsperiodrust
  Language:Rust 1

• LeoRiether / orbits

  An orbit simulator in js

  canvasjavascriptjsorbitorbitsparcelparceljs
  Language:JavaScript 1

• pedroCarvalhoCintra / SpaceVisionaries

  Project for NASA Hackathon. (Space Apps Challenge 2023)

  hackathonnasanasa-hackathonorbitsorreryplanetssolar-systemsolar-system-simulationspace-apps-2023space-apps-challengethreejsspace-apps-challenge-2023
  Language:Jupyter Notebook 1

• Scicrop / JSatTrak

  Java Satellite Tracker

  orbitssatellites
  Language:Java 1

• shanzaayub / Spectral-Rigidity-Ellipse

  Python workflow for inferring dynamical spectral rigidity in ellipses with varying eccentricities.

  semi-axeseccentricitiesorbitsellipsedynamical-systems
  Language:Python 1

• vsr83 / SGP4

  Reimplementation of SGP4/SDP4 solution from scratch.

  javascriptorbitssatellitessgp4
  Language:JavaScript 1