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QuteMol is a real time, high quality molecular visualizer that offers an array of innovative visual effects. QuteMol aims at improving the clarity of rendered images and at offering a better understanding of the molecular 3D shape and spatial structure.
A high performance visualization tool for stars and particles able to run on Beowulfs. Rendering step is implemented separately and optimized for SSE, compatible with OpenGL. Navigation mechanism with quaternions. Ten color maps, sobel contour detect
A fork of Sauerbraten/Cube2 (sauerbraten.org) with several multiplayer modes, online map editing, dynamic mapmodel physics, enhanced particle effects, unique weapons and powerups, and more. This project is currently not under active development.
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A 3D data visualization tool, specializing in the display of robotically collected point, range, and volumetric data. Provides a very flexible framework for different file formats and visualization parameters.
A C++ OpenGL GUI Toolkit. Visual output is customizable via CSS and style classes. Forms can be created via XUL (XML UI Language). There are builtin video drivers for GLX, WGL and SDL. Using dummy drivers, it is known to work with SDL, Glut, QT and GLFW.
osgHaptics is a C++ library that incorporates Haptics into the real-time scenegraph OpenSceneGraph. osgHaptics depends on OpenHaptics from Sensable Inc.
GEM for Max/MSP is Max(cycling'74) external objects to render OpenGL-based graphics. This project is to port of GEM originally coded for pd (puredata).
Unified Environment Handler that sits on OpenGLUT's head, processing collisions, friction, etc, as well as including extended lighting, shading, and anti-aliasing not native to OpenGLUT.
Realtime 3D game/visualization engine, written in C++, scriptable through Tcl/Tk, Python and Lua. Supports D3D and OpenGL for rendering, runs under Linux and Windows.
XEland (Cross Eye Landscape generator) is a Java/Swing program which generates 3D landscapes as stereo pair images for cross eye viewing. It can be used as simple texture generator too. Original XEland was a Gnome application written in C++.
CoolRay is a system for generating photorealistic images out of a mathematical description of a scene. CoolRay uses oriented techniques together with a powerful scene description language.
Library of terrain level of detail algorithm nodes for Coin (an implementation of an Open Inventor scene graph) and other utility classes. Currently are implemented ROAM, Geo Mip-Mapping and Chunked-LoD algorithms. Any issues and feedback for this projec
NOTE: Use Fltk_Contour insted this code! FMesh is a simply scientific data visualization tool based on OpenGL. FMesh can generate 2D and 3D graph of contour and color maps for any (x,y,z) scattered data set, many other options are included.
A codebase for the construction of 3d online virtual worlds. Includes everything you need to make your own multiplayer online roleplaying game. All game rules are contained in plugins which can be written in easy scripting languages such as Python.
Ray aims to be a full-featured extensible raytracer portable among POSIX and Windows with native support for multi-threading and network distribution. It will provide a scene programming langage with a VM [more features to be added once available].
RTE is a global illumination engine used for lighting scenes in an interactive 3D environment. It can compute the global illumination, both on the fly or as a pre-compute process. It can be easily tied to existing Scenegraphs/3D rendering engines/games.
Fully customizable and configurable global illumination ray tracer written in C++. H-RT is a research project aimed at comparing popular and less popular light reflection models.
You can obtain the sourcecode of H-RayTracer at (Mercurial repository):
https://bitbucket.org/bayger/hrt