Open Source 3D Rendering Software - Page 27

Glorg is a multipurpose OpenGL/OpenAL graphics and multimedia framework developed for use with the .NET languages on the Windows platform. Support for Mono may be implemented. It is at this point written 100% in C#

Experimental OpenGl night sky rendering by making full use of modern PCs hardware. Writing another planetarium is crazy? It's Glunatic!

Glutmaster is a set of platform-independent classes that wrap GLUT in a C++ object model.

OpenSource landscapes, planets and space environments generator project in C++. Currently only the basic nebulae generation function work.

This little tool reads various GO-formats (starting with SGF-parser) and will write a POV (Persistance of Vision) - file. The file can be rendered using POV, so the resulting image will be a high-res raytraced go-board.

This .NET 2.0/C# application can load a 3D Studio Max model from file (3DS files) and render it in OpenGL using the TAO/OpenGL library.

Gphoton is a simple 3d modeler and ray tracer. If you're looking for the best 3d modeler or best ray tracer, this isn't it. If you want to easily make some simple 3D primitives and see multiple reflections or dink with ray trace code, you might find this fun, read on. In 2nd grade we had a sub who taught us to draw 2pt perspective - life was never the same. My dad's drafting book taught that and 3pt persp. In art I was awed by Durer and the mirror in Van Eyke's Wedding. In the 70s-80s I was trying to do 3D on early computers - big BW pixels! By late 80s I saw ray tracing and had to write my own. I wrote the 1st ver while taking vector calculus and CAD programming classes c. '92. I was intrigued not only by the beauty of the math but also ray tracing curved metals. This is actually the 2nd ver, ported from MFC to gnome (with enhancements like optional GL) c. '00 with some help from David. Apr'17: Updated to compile on recent Ubuntu/Debian - still runs, even on a pi!

A universal 3D game engine designed to be portable, powerful, flexible, and easily extendable through an extensive plugin system.

grand8 is a rollercoaster simulator which offers the following features: a track editor using Bézier curves; realistic physical mouvements ; several camera placements; a 3D view (openGl)

GMUVE (Graphical Multiuser Virtual Environment) is an engine/framework that lets large numbers of users interact in a 3D world. GMUVE is a peer to peer networked OpenGL application that can be used for MMPOG or 3D chat. It is available in Python and JAVA

This project aims to provide a set of libraries for various common graphics programming tasks. These libraries can be used together, to perform the tasks of a typical monolithic 3D engine. Or separately, to cover specific needs of any graphics program.

GSL is aimed at providing a tool for rapid graphical programming. GSL is an object-oriented script language with graphical support. Its goal is to provide an easy way to specify worlds and at the same time enable the coding of behaviours of those worlds.

libPunts is a tiny 3D rendering engine focused on developing physics simulations. Gravetat is a gravity and electromagnetism simulator built over libPunts.

A small multi-platform and multi-API graphic engine in C++

Important: Groimp migrates to Gitlab. You can find the latest code at "https://gitlab.com/grogra/groimp/". The version on Sourceforge will not be updated anymore. The modelling platform GroIMP is designed as an integrated platform which incorporates modelling, visualisation and interaction. It exhibits several features which makes itself suitable for the field of biological or ALife modelling: The “modelling backbone” consists in the language XL. It is fully integrated, e.g., the user can interactively select the rules to be applied. GroIMP provides classes that can be used in modelling: Turtle commands, further geometrical classes like bicubic surfaces, the class Cell which has been used in the Game Of Life implementation, and so on. The outcome of a model is visualised within GroIMP. In the visual representation of the model output, users can i

libgtk3dcanvas is a Gtk set of widgets to build easily simple 3D scene render engines. You can add items (balls, stick, polygone, ...) like on libgnomecanvas, and then, you can declare several camera (OpenGL, Direct3d...) to render it.

The project was born when I wanted to write a 3D modeling + rendering engine in C++. I wanted to create an easily expandable tool for the GUI, that will automatically know how to display the various objects for editing. The goal was to make each object "know" how it should be displayed and changed, so that a simple GUI tool can display complex objects, and new objects can be created without having to spend time creating the "widgets" for them. The basic requirements was: - The "GuiObjects" don't know which graphical toolkit (e.g. gtk) will be used to display them. - The objects can be displayed without knowledge of what exactly they are. - save/load/undo/etc. will be taken care of automatically. In addition, because this is a project I started to train in C++: - there will be no dynamic casting! (I hate them) - using c++0x (I want to learn - sorry!) I'm still working on implementing a ray tracing program with it, and maybe other tools as well

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 source code of H-RayTracer at (Mercurial repository): https://bitbucket.org/bayger/hrt

HDCellRT Produced an interactive ray tracer for use on the Sony Playstation 3's Cell processor. It can output to the high definition frame buffer on the PS3. Most of the project is written in assembly for the Cell's SPUs. Project not polished, but done

It uses most update packages and technologies for example OpenGL 4, pyhton3.3 and etc. Project focus is on simplicity, efficiency, performance, flexibility. This project aimed for Linux environment and more specifically Gnome shell. Its most development is in Fedora 20.

HLSL2GLSL is a library and tool that converts HLSL shaders to GLSL.

What is HRTP anyway? HRTP is a ray tracer with lots of plugins. Why this name? HRTP stands for "Hyperion Ray Tracing Project". I chose this name based on Hyperion, a greek God of Light

60 FPS and amazing effects by rendering HTML/CSS in WebGL, framework agnostic. HTML GL solves "the slow DOM problem" by creating WebGL representations of DOM elements and hiding actual DOM after. This speeds up HTML/CSS animations and transformations by using 3D hardware acceleration and allows to apply OpenGL effects as modern 3D games have. Using HTML GL you still work with HTML/CSS as you are common to, but DOM elements are just facades to their WebGL representations. These GPU accelerated textures are very effective from resources consuming perspective and are very cheap to transform or animate. Include HTMLGL.js into the project. Elements will be rendered in WebGL and their CSS Transform properties will be mapped to WebGL representation transformations. So DOM node itself will not be animated or displayed in order to avoid resource consumption.

The 'Half Baked Ray Caster' provides 3D rendering mixed with native Flash MovieClip type objects. It supports textures and lighting, and fairly smooth animation on high end PCs. It's written using the free Flex 2 SDK, a C preprocessor and make tools.

The Happy Cube Solver is an interactive interface for designing and building cubes and other designs from the Happy Cube 3D puzzles. It integrates a graphic engine for creating and viewing designs and a simple engine for solving them. Online version: http://shooshx.github.io/happysolver/emscripten/index.html Maintainance of this project moved to: https://github.com/shooshx/happysolver This program is indented to support you while playing live with the Happy Cube©® Puzzles. These puzzles are worldwide manufacturered by HAPPY bvba, Belgium, on licensed and thus restricted base (www.happy.be). The Happy Cube puzzles are the result of a real invention in 1986 by Dirk Laureyssens.