𝑛-Body and Extended Body Gravitation for Kerbal Space Program

Poorly written code that generates moderately exciting plots of a very specific physics phenomenon that enthralls dozens of us around the globe.

A simulator of gravitationally bound systems.

The Virtual Planet Simulator

N-body gravity simulation library with C and Python API

Implementation of the Barnes Hut Algorithm in rust with visualization and web-deployment using WASM

Sophisticated astrodynamics and space mission simulator. Calculate n-body trajectories, perform orbital maneuvers, apply various perturbations, generate plots, and more! Minimal dependencies.

Negative Mass N-body Simulation Codes

UIUC/PPL version of ChaNGa

Nbody6++GPU

Python package for calculation and simulation of n-bodies interaction.

C++17 N-body Barnes-Hut on heterogeneous hardware architectures

A one-dimensional gravitational N-body code

This is a modified version of the L-PICOLA code extending the COLA approach for simulating cosmological structure formation to theories that exhibit scale-dependent growth. It can compute matter power-spectra (CDM and total), redshift-space multipole power-spectra P0,P2,P4 and do halofinding on the fly. It can also include the effects of massive neutrinos on structure formation.

NBODY6

三体运动模拟和可视化(three-body motion simulation and visualization)

Real-time Interactive Barnes-Hut N-Body Simulator. Create galaxies, apply forces, visualize spatial partitioning, parameterize simulation physics and entities, etc.

A simple N-Body simulator, able to support a galactic environnement (under the form of a gravitational field).

3D graphical newtonian celestial bodies simulator.

Real-time N-body simulator implemented in OpenGL using Particle-Particle method with both CPU and GPU implementations accelerated with compute shaders.

Introduction to Computational Science 2015, University of Amsterdam. N-body simulator in the browser.

Programme permettant de visualiser l'interaction en deux dimension d'un nombre arbitraire d'objets célestes

N-Body simulation using Axolote Engine

Naive n-body simulation

A symplectic integrator for orbital mechanics

Moved to Gitea: https://gitea.com/matous-volf/body-problem. A simulation of the n-body problem in a web app.

N-Body Simulation using MPI for message passing and OpenGL for visualization

The Hashed-Octree approach is developed as an improvement to the standard octree data structure made suitable for parallel processing. This variant of the octree data structure attempts to parallelize the hierarchical method through adaptive domain decomposition, dynamic load-balancing across processors, and parallel interaction computation.

A fast astrophysical N-body simulator, written in Python and Cython.

Create and explore 3D N-body simulations.