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Partgen is a simple particle system generator and simulator. It's intended to have a 3D scene description language, and batch processing mode. Support for some scripting languages like ruby is also planned
XGL Viewer: A simple fast program to load the XGL standard file format and display it using JOGL (OpenGL) allowing the user to move the object around in space, rotate, zoom, spin, ect... This loader should be easily integrated into any program.
Emma (Extensible Multi Media Architecture) is an open-source, modular, extensible, dynamic framework for declarative authoring and display of 2D and 3D interactive multimedia. It uses Lua for scripting and Ogre3D for rendering. http://www.emma3d.org
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Game engine modeled on the simpengine from the book Opengl Game programming. To be built in JAVA, on top of JOGL (which is a set of JAVA bindings to Opengl). Also, coding of a tutorial testbed and a simple game demo.
This will become a graphic modeling and rendering tool written in JAVA. We will support an xml-style input file format for graphical scenes. The rendering will be possible in openGL (preview) as well as by (distributed and stochastic) Raytracing.
A Open Source project with the main goal to make a simple way to display 3D objects from a Geodatabase (PostgreSQL/PostGIS) on the Web. This project was created by OpenGEO (www.opengeo.com.br).
XJRT is an open source Java renderer with a ray tracing backend. The renderer currently supports CSG and a variety of shapes and model formats. Objects can be created in Java or through XML, Java is used as the shading language for the renderer.
OPath is a physically based rendering system. The renderer takes a scene description written in a simple language describing geometry, materials, lighting and viewing parameters and produces photorealistic, high dynamic range images of the scene.
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1st 3D game engine built in C# for .NET, Visual3D Engine's predecessor
The first 3D game engine built in C# for .NET, predecessor to the Visual3D Game Engine (https://www.poweraccess.net/visual3d-game-engine), an All-in-One Game Development Tool for Next-Gen 3D Games, MMOs, Simulations and Virtual Worlds powered by Microsoft XNA.
Photontrik is a new raytracer meant for speed, quantity and quality. Written entirely in C++, Photontrik can be used by any 3D suite on any platform with the ability to output to an XML file. It is currently in its infancy, but could use a lot of help.
A 3D graphics engine for use in 3D games and other real-time rendering applications using managed code (C#) and the .NET framework and supporting both the OpenGL and Direct3D APIs
Open Source and Portable object oriented software for 3D digital image segmentation and visualization. Pipes and Filters Architechture.
Implemented in C++, and uses FLTK, VTK, ITK, TCL (plugins), and pipeline filters implemented in XML. DICOM support.
LET'S 3D! (Little Easy Techniques for Simple 3D) is a library that helps developers to create 3D games/apps in a few lines of python code.It features a lightwave loader,quadtree frustum culling,movement management,improved camera class etc. Check it out
A 3-D animation program that mimics the look of the movie TRON, and can render static scenes and motion animation.
It is written entirely in C, and uses only the GL, GLU, and GLUT libraries to both draw scenes and provide a simple, easy-to-use UI.
TacitPixel is a scalable C++ framework for building application prototypes for interactive collaborative VR/AR applications. It provides a number of features that make prototyping fast and portable.
TacitPixel is the successor of the TAP and Twisted Pair engines.
VtkExtension is a heterogenous library of C++ classes for use with VTK. Included are additional geometry sources, extended collection classes, extended XML parser and string facilities, as well as composite classes abstracting larger application needs.
Simple Ray Tracer is a platform independepent 3D rendering engine using a technique known as Ray Tracing. The programming language is c++ and the code is object oriented, very simple, and intuitive. It provides a great foundation to learn ray tracing.
RadianceML aims to integrate the Radiance lighting simulation system into XML environments. A set of XSL transformations is used to import and export native Radiance scenes, a schema to validate scenes and use XML-editors.
JGV is a Java applet that lets you embed movable 3D objects in web pages. Users can rotate, scale, translate, select and annotate the objects interactively. Also, JGV supports XML-based transmission of user events to the source web server over HTTP.
Pointless is a tool for creating and
viewing slideshows.
Presentations are made using a simple markup-language
and are then rendered using OpenGL and Freetype for optimal
visual quality.
CU-Viewer is a visualization tool for 3D objects created out of simple primitives. The objects are output by another program that writes in the native file format of this program. The intent is for simulation data viewing.
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.