Ces fichiers permettent de simuler l'approche du problème à N corps dans le système solaire
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Updated
Apr 27, 2022 - Jupyter Notebook
Ces fichiers permettent de simuler l'approche du problème à N corps dans le système solaire
N-Body problem parallelization with OpenMP and MPI
This project simulates the individual trajectories of N-bodies under the effect of gravitation.
Main repository for N-body problem solver.
Real-time Barnes-Hut Simulator. Quadtree implementation with pointer based node representation in c++, visualized using OpenFrameworks
A simulation of the n-body problem in a web app.
Моделирование эволюция системы N гравитирующих тел (материальных точек). Блочное умножение матриц. Производитель и потребитель. Построчное сравнение файлов. Нахождение простых чисел
Implementing the N-Body problem concurrently with synchronization, using C and Java
An approximate simulation of the n-body problem
A QWidget used for simulating a gravitational system of N bodies in two dimensions.
Parallel implementation of the N-Body-Problem using MPI environment over c
Create and explore 3D N-body simulations.
Approximation to the three-body problem. Calculation of the trajectory of Jupiter, one of its moons and the Sun. Using the velocity verlet algorithm.
Recreational N-body problem solver.
N-body model of Saturn and some of its moons with python.
Un programme codé en Python pour résoudre le problème à N corps à trois dimensions.
N-body simulation in pygame. Saving/loading, pausing, custom colours, trails, auto-following camera.
Newton's Law of Gravitation Simulation Using Verlet Integration
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