Open Source 3D Rendering Software - Page 65

Povmosix is a GUI program designed to permit a povray rendering load distribution around the openmosix nodes.

Project 1 BLENDER MACROS AUTOMATION, add presets to bge, allow automatic unwrapping and texturing,automatic logic setup project 2 learn,create share education is priority this is an open gui 3d rendering development project allowing you to share ,art kno

pyGLFW is a set of python bindings to the successful cross-platform GLFW. It is intended as a powerful and lightweight alternative to pygame for python OpenGL application development.

Pyplace is a toolkit which helps Python developers to render data as isometrically viewed 'places' around which the user can navigate. The look and feel by version 1 will be similar to an early UO or AOE, but only a few unit sprites & no network

Simple test for 3d scene viewing demonstrating usage of: Qt5.1: a bit of qml framework+lot of native (c++) OpenGL ES: portable windows/linux/android code QtCreator framework: compile on all platforms License: - 3d models were taken from The Guild 2 Renaissance. All rights belong to Nordic Games GmbH. Non-commercial usage with courtesy of Nordic Games GmbH. - trackball code inspired by apple cocoa help Note: - home made qml widgets (Qt5.1 compatible) - home made openGL shaders - C++11 Warning: - work in progress, no build help right now - tested on windows/gcc, nexus 7

Qiew is a minimalistic and portable VRML/Inventor Viewer targeting Linux, Windows and Mac OS X computers.

qliss3d renders 3d-Lissajous-figures (figures made of a different sine functions for each dimension) with a Qt interface. You can look at the figures from any viewing position you like and even "listen" to the sound of the figures.

An elementary Ray tracer written in Qt

r42 is a raytracer written in Java. The core rendering engine is OS independend. Planned is a graphical user interface based on the eclipse RCP and the Java3D framework and distributed rendering support.

-primitives: shere, plane, triangle -triangle surface (mesh) -obj format support -lights: point light -camera lens: planar, cylindrical, spherical -lighting: ambient, diffuse, specular (Phong, Blinn-Phong) -shadows: simple soft shadows -ray types: reflection, transmission -internal memory manager and profiler -internal code profiler -acceleration structure (KDTree) -photon map -multi-threading support (ThreadPool)

rapido is a ray tracing library with support for static and dynamic geometry that enables real-time ray tracing of reasonably complex scene.

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].

rayGina is a C++ operating-system independent raytracing library, which provides interfaces to extend the raytracing process while runtime and represents a framework for raytracing experiments/development of different components

The plan is to implement XML based renderer for raytracing, radiosity and fast OpenGL, which should be used also as a plugin for web browsers.

NEWS: now gnu-ized, get it from: http://sourceforge.net/projects/rayshade/ Rayshade is a 1990's raytracer, a great one back then. It has value in support of existing software and raytrace scene files, which ranges from legacy files to existing CAD software that can export 3D scenes Rayshade can build a scene for. Files Section has a patch allowing Rayshade to build in Linux more fully / less errors than the tiny redhat patch that can be found. The Utah Raster Toolkit is a "depends" - it needs to be installed before Rayshade builds so images can become viewable format. http://sourceforge.net/projects/rayshade/ http://sourceforge.net/projects/rayshade-math/ http://sourceforge.net/projects/utahrastertoolkit/ NOTE: Rayshade is unmaintained so no longer competitive to povray. And neither are competitive to RADIANCE. But see homepage or examples; Rayshade has good sides: great documentation and easier radiance style file format: but no GUI for design.

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.

A React custom renderer for the blessed library. This renderer should currently be considered as experimental, is subject to change and will only work with React's latest version (17.x.x, using Fiber). Any of the blessed widgets can be rendered through react-blessed by using a lowercased tag title. Text nodes, on the other hand, will be rendered by applying the setContent method with the given text on the parent node. As with React's DOM renderer, react-blessed lets you handle the original blessed nodes, if you ever need them, through refs. For convenience, react-blessed lets you handle classes looking like what react-native proposes.

react-native-filament is a React Native wrapper for Google's Filament real-time physically-based rendering engine, enabling mobile developers to render high-quality 3D scenes within React Native applications. This library acts as a bridge between JavaScript and the powerful Filament engine through native modules, giving React Native apps access to modern rendering capabilities like PBR materials, image-based lighting, and dynamic shadows. Designed for both iOS and Android, it opens the door to immersive and visually stunning experiences directly within mobile apps using familiar React Native components.

This is a build of the react 3D physics engine for the Nintendo DS.

redneR the Beaver is a cute and little experimental raytracer.

the goal of this project is to give for the open source community and the specialy the xsi users a bridge for xsi users to pixie first and later 3delight and prman.

retina.js makes it easy to serve high-resolution images to devices with displays that support them. You can prepare images for as many levels of pixel density as you want and let retina.js dynamically serve the right image to the user. retina.js assumes you are using Apple's prescribed high-resolution modifiers (@2x, @3x, etc) to denote high-res image variants on your server. It also assumes that if you have prepared a variant for a given high-res environment, that you have also prepared variants for each environment below it. For example, if you have prepared 3x variants, retina.js will assume that you have also prepared 2x variants. If the environment does have 3x capabilities, retina.js will serve up the 3x image. It will expect that url to be /images/my_image@3x.png. If the environment has the ability to display images at higher densities than 3x, retina.js will serve up the image of the highest resolution that you've provided, in this case 3x.

Raytracer written in C++ with antialiasing and procedural textures under terms of LGPL. You can enable specular reflection in primary ray, choose between orthographic and perspective projection, switch between a couple of methods of antialiasing.

SVN para realização do trabalho da disciplina Computação Gráfica do Bacharelado em Ciências da Computação da Universidade de São Paulo, campus São Carlos, primeiro semestre de 2011.