Open Source Mac 3D Rendering Software - Page 29

NFJE is a 3D graphics library in java suitable to build applets for JDK1.1 compliant browsers as well as OpenGL graphics (through GL4Java). NFJE provides a level of abstraction so that the "business logic" is totally independent of the renderer used.

NGN is an open source and cross platform realtime 3D graphics engine.

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...

ogre4j is a project that enables the use of the OGRE (Object-Oriented Graphics Rendering Engine) library through JNI in Java applications.

An Open Source Render compatible with the RenderMan Interface (currently version 3.2) from Pixar and highly expandable, with addition of geometric plug-ins, hidder plug-ins, output device plug-ins, and Shading Language extension plug-ins.

osgGtk is a library of C based Gtk+ and C++ based Gtk-- widgets to support OpenSceneGraph (OSG) applications. The library also includes several example applications such as osgviewerGtk and osgviewerGtkmm.

osgNV is a C++ cross-platform library written for the latest OpenSceneGraph (OSG, www.openscenegraph.org) using CMake as the build system. It brings the power of nVIDIA Cg shaders and other nVIDIA OpenGL extensions to your OSG applications.

osgXI is a general interface of GPU effects, resource managers, and game developing components. It also includes a NVIDIA CG module and an Autodesk Maya exporter for use. osgXI is based on the OpenSceneGraph project.

This is Osm3d - a software to display 'Open Street Map' data in 3d - for Linux and MacOS X. This software visualize the map data of the OpenStreetMap project in three dimensions. You see motorways, streets, railways, buildings and lakes, rivers or fore

Swig-generated Panda3d to Tcl bindings

Partykewl is a performance oriented particle library for video games that comes with an nice visual editor.

pd-codelab is a collection of abstractions, patchs and scripts for the Pure Data software made by the French community, notably around the forum http://codelab.fr

phex3d is an image viewer designed to explore large collections of photographs, either locally or online using hardware accelerated 3D rendering.

3D Modeling application based on OpenGL for Linux, OS X and Windows.

Open source point cloud viewer forked from Radiohead House of Cards Project, based on the Processing Programming Language.

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

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

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)

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

Beautifully Render* your Graphic3D and Shown or Manipulate right in the Front End (without Export to, ie 3DStudio Art Renderer, et al). For use with Mathematica 4.0 - 13.1. Makes file.ray or .pov that will look much like image in notebook except rendered. Works easily/automatically with many Graphics3D (and some Graphic) as well. However graphics in 13.1 is too big to comment on: many will work many not. Has many options to fix renders that aren't so auto. Now very portable (Apple, Microsoft, Linux) supported (given rayshade or povray binary download or compiled). No OS scripting needed. * raytracing makes more realistic images than GL/CL/Cuda (are best for game, geo/mapping, accelerated) but is slower. POVRay is supported about as well. For a .gif animation see: http://community.wolfram.com/groups/-/m/t/1096001 see also: https://sourceforge.net/p/rayshade http://www.povray.org

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.

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

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.