Creation of 3D-wheel lookalike shape and giving the ability to user to move the whole scene by camera.

Creation of a four 3-D cubes then, edge rotating 2 cubes out of the four.

Creating 3D & 2D-rectangles then, by the use of time_tick we can animate them and rotate the scene or even zoom in by the use of the camera.

Creation of two 3D-cubes then, giving the ability to translate & rotate the cube and even rotating the camera.

Spheres that bounce around.

Visualise 3d function in 2d using matplotlib and numpy in python

Creation of a 3D-cube.

A visual effect for the VOXDSP.COM homepage.

L3 Menger

Creation of a big 3D cube & moving small cubes inside the big one.

Creation of Sine wave and giving the ability to user to translate and rotate Sine wave or even moving the scene by camera.

A hover car simulation on mars.

Creation of 3D-cube & 3D-rectangles then, edge rotating a rectangle and rotating of the whole scene by the use of camera.

Point cloud visualization tool for depth maps

Creation of 3D-triangles before animating and rotating them then, creating of 3D-cubes, translating them and giving the ability to user to move the whole scene by camera.

Lecture Materials and many embedded exercises (ImageJ, UCSF Chimera, X3DOM, Three.js)

Free and open source web viewer for 3D buildings. The aim of the project is to enable high detail 3D rendering map data using real 3D models. And this is how it has been done so far.

This repository contains boilerplate code for combining SimPy discrete event simulation with Panda3D hardware-accelerated 3D visualization

This repository features a Rubik's Cube solver that utilizes advanced algorithms to find the fastest possible solution for a Rubik's Cube. The current implementation requires manual entry of the cube's state. Future updates aim to include camera-based detection for automatic state input and comprehensive written instructions with visual aids.