Search Results for "e-learning"

...Games are easily packaged into a single executable .jar or native images. Any 2D game (side-scroller/platformer/arcade/RPG). Any business application with complex UI controls/animations. Hobby/academic/commercial projects. Teaching/learning/improving game development skills.

...Files are processed in parallel using available CPU cores. Pre-built Windows x64 installer available at https://buymeacoffee.com/nathancrews/e/255641

QuadRay engine is a realtime raytracing project aimed at full SIMD utilization on ARM, MIPS, POWER and x86 architectures. The efficient use of SIMD is achieved by processing four rays at a time to match SIMD register width (hence the name). The rendering core of the engine is written in a unified SIMD assembler allowing single assembler code to be compatible with different processor architectures, thus reducing the need to maintain multiple parallel versions. At present, Intel...

PoJamas aims to provide a Python and tools for loading, processing, and producing .cr2, pz3 (crz, pzz) files compatible with the SmithMicro (e-frontier) Poser character animation application. PoJamas is composed of: - Python library - Python Wavefront (.obj) 3D viewer based on GLFW - LibreOffice/Python Application (to ease the library and the viewer usage) As of 2020, the project is ported in Python3 As of 2021 this project proposes a 3D viewer for Wavefront files (pypos3dv) PyPosPosLO v0.15 (and above) provides the means to easily create Poser Mechanical Character. ...

...The renderer demonstrates cutting-edge rendering techniques aimed at achieving realistic lighting effects without precomputed data, making it ideal for games and interactive applications that need real-time performance with physically plausible lighting. It provides a clean implementation of voxelization and cone tracing in a modern graphics API, making it both a learning tool and a high-performance rendering solution.

This is a very simple OpenGL visualization library with a 3D and 4D volume renderer. It can easily be reused in other projects (e.g. with medical volumes). It is just perfect for learning or great if you like to hack your own code.

this repository contains all of my non-trivial OpenGL project done while learning computer graphics and computational fluid dynamics

...But since the game only uses OpenGL 1.0 the drawing code is outdated, but still things can be learned from the collision detection and other techniques. Some of the code is left in an unfinished/testing state. This game was a learning experiment for me, and the math used is tested until it works for the game. After using the science math by the book, there were still flaws that could make the player get stuck under certain conditions (since floating point is not exact), and the workarounds for this are just my own ideas. Have looked at the code for other 3D games and there are mostly the same problems around collision detection and "hacks" to get it to "work".

...Please see the 'Code' section for details about checking out the vIST/e source code.

Based on the great opengl tutorial website (http://nehe.gamedev.net), I am extracting some common API in a very object oriented programming fashion. Once the API is complete, I will start porting it to more modern versions of OpenGL. This is not really new, but it is my way of learning...

This engine is not an attemp to re-inventing the wheel. It is a more learning-oriented project than something intended to provide a wide set of features. The approach to the OpenGL in this engine is something very experimental born from my own thoughts and can be usefull in future. If you want to help for your portfolio just ask: the TODO list is very long :)

This is a 3D Engine written in C++ using DirectX 9. It can be used as a base for those learning about DirectX or extended to make a game. It is distributed as a 3D chess game but can easily be altered to fit different purposes. NOT A COMPLETE GAME!!!

...I wrote it over three years ago, and wrote it in quite a hurry when I did. If you compare this stuff with my GPE code, its like night and day. Well, hopefully somebody learning to work with OGRE or to program in C++, might find it useful

A "learning by coding" type of 3D-studio with a basic set of features. Include a pure software-implemented renderer with support for per-pixel operations (such as Phong), textures, alpha/bump/environment-mapping etc.

The Tequila engine is a game engine developed by the mexican game development community. The purpose of the engine is to make a tool that is flexible and intuitive that can be adapted to multiple genres. The goal of the engine is to be learning tool.

A mini 3D computer graphics C++ cross-platform library (LGPL). Providing the minimum set of 3D objects: vector, point, transformation matrix, and quaternion. Suitable for students who are learning 3D concepts, or 3D gurus who like to build a scene-graph.

Another Ray-Tracing Program. Full impementation from scratch of this well-known algorithm using C++. Thanks to OOP, the code is very simple and not really optimized. I would like it to be a learning basis for the ones interested in ray-tracing.

This here is collection of Open Source Software published by Bytelords. LORD - simple 3D Engine developed for learning purpose *NOTE*: ogre4j has been moved to http://www.sourceforge.net/projects/ogre/

A basic OpenGL 3D game engine built from the ground up to support multi-texturing, mip-mapping, face culling and more. Its simplicity is its virtue to aid in learning and to ease expansion. Currently, it runs on Windows using MFC, Linux support is coming

Loose intention is to develop a particle engine visualised with Java3D. Along the way various aspects of Java3D will be explored. Hopefully code generated will have benefit to others as a learning base.