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.)

My Bachelor Degree thesis project

A Python implementation of the Barnes-Hut algorithm with a simulation of collision of two point clouds.

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

This is a galaxy collision simulator made by using Barnes-Hut Algorithm and C++, DSA and OOPs concepts

A program simulating the motion of N-objects in a plane, accounting for the gravitational forces mutually affecting each object as demonstrated by Sir Issac Newton’s Law of Gravitation. Ultimately, a program (NBody.java) is created which will draw an animation of bodies floating around in space tugging on each other with the power of gravity.

Work in progress. Fun project that implements the Barnes-Hut algorithm and uses wxWidgets to create a cross platform GUI.

Multithreaded force-directed graph drawing using Barnes-Hut quadtree

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

Barnes-Hut simulation

Particle Motion Simulator using Barnes Hut algorithm and Quad tree data structures in Racket

Barnes-Hut simulation

N-Body Simulation of Celestial Bodies using Gravitational forces

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

Barnes Hut simulation for N-body equal masses problem

N-body simulation project

A 2-dimensional Simulation of randomly distributed celestial bodies developing spiral motion.

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