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

A C++ implementation of the Barnes-Hut-Algorithm.

Galaxy Engine is a fully interactive 2D gravity simulator. Play with tens or hundreds of thousands of particles in real time

N-body simulation with OpenGL visualization. Multi-threading and Barnes-Hut algorithm are supported.

2D & 3D Graph drawing with Fruchterman-Reingold Algorithm & optimised by Barnes Hut Algorithm in C++

A parallel Barnes Hut package for Julia.

Header only barns hut tree for C++. You can use this in NBody, SPH, collision detection

Multithreaded force-directed graph drawing using Barnes-Hut quadtree

A Go implementation of a Barnes–Hut simulation.

A parallelized and efficient C++ implementation of the Barnes-Hut algorithm for simulating an N-body system.

A barnes-hut simulation written in Rust

Implementation of the BarnesHut algorithm in Julia, with benchmark comparisons with the brute force algorithm.

Implementation of t-SNE and Barnes-Hut-SNE algorithm. Comparison of algorithm implementation with sklearn library implementation on sample databases.

My Bachelor Degree thesis project

n-body solar system simulation using a brute force and a tree based algorithm

N-Body simulations of Galaxy dinamics using python with two diferent algorthms, brute force and Barnes-Hut

Program to simulate planetary dynamics using the Barnes Hut tree method and the brute force method. Coursework for computational physics course (Physics MSc level, Leiden University, 2019). Received grade: 9.5/10.)

This project vows to achieve the creation of a physics simulation of the solution for the N-Bodies problem. The main Python class will choose a randomized distribution of massive bodies and will let them evolve, calculating their positions at the next time-step using the Barnes-Hut method in 2D or in 3D. This verison of the project is currently …

2D Gravity Simulation optimized to handle large amount of particles In Unity.