There are 0 repository under vpython topic.
Rubik's Cube Simulation with VPython
This project allows the user to simulate the 118 known elements according to the Bohr Model.
How to use Kinectv2 in Ubuntu to do skeleton tracking and biofeedback information to the user.
This program makes navigable real-time 3D animations using GlowScript VPython API which runs in a browser.
This project allows the user to simulate the trajectories of objects in space inside of a browser window using fundamental astrodynamics calculations.
Graphical demonstration of the baboon crossing problem
Numerical solution to the Three-Body Problem using the Runge-Kutta 4th order method and a corresponding interactive simulation in the GlowScript IDE using Python / VPython.
Simulation of soccer, how it achieves its goal with a constant velocity
3D Rubik's cube simulator and solver with tutorials for beginners.
Computation of fuel consumption to fly rocket from Earth's surface to Mars's surface
A simulation of the two-body problem with VPython
This repository contains two Python simulations of the three-body problem
Overview, code (sample cases) and project report of my second semester course project
This Python code computes the kinematics data (linear momentum and kinetic energy) for the 2D collission between 2 blocks and a rigid wall taking into account the coefficient of restitution but ignoring the friction.
Demonstrates the laws of reflection and refraction using VPython.
Developed the regression analysis (shot comparison) engine and Kinect visualization engine for this project that tells the player how close their basketball shot is to Kobe's.
Visualizing physical systems with python. Click on a picture to run!
This program generates dots with an active user interface.
Code can be edited to make bigger stars in the universe.
Vpython links are in the README.md (Click this one first ! ! !)
3d model of a piano with working keys and sounds.
Reynold boids implementation and Particle Swarm Optimization
An interactive visualization of how machine learning optimizers work
This repository is my derivation of the equations of motion of a double pendulum using Lagrangian Mechanics and then solving the nonlinear, coupled equations using a Runge-Kutta 45 integration scheme.
NTUEE General Physics 21Fall 22Spring VPython
toy projects with vpython for computational physics
Projects using Arduino Development Boards (Mostly Arduino UNO)