Projects tagged ‘graphics’ and ‘physics’

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Projects tagged ‘graphics’ and ‘physics’

Filtered by Project Tags graphics physics

Refine results Project Tags 3d (11) opengl (9) windows (8) game (7) visualization (6) simulation (5) linux (5) cross-platform (5) 3d_rendering (4) 3dengine (4) entertainment (4) gamedev (4)

[11 total ]
244

Blender

   
Primary Language: C Licensed as: GNU General Public License 2.0

Blender is a 3D animation and compositing suite with tools for modeling (advanced subdivision modeling, multiresolution sculpting), uv unwrapping, texturing (procedural node, 2D and 3D painting), animation, rendering, particles and simulation ... [More] (including fluid dynamics, hard body physics, cloth and hair), post-production with node based compositing and non linear editing, integrated game engine (with graphical programming, vehicle and rag doll constraints) and python scripting including an import and export suite. Blender runs on all major operating systems including Windows XP/Vista, OS X, Linux, BSD, Solaris and Irix. It has sculpting similar to ZBrush©, is a full animation suite similar to Maya© or 3DS Max© ; has compositing comparable to Nuke, and full video editing. [Less]

Metrics updated 07 Oct 08

39

Celestia

   
Primary Language: C/C++ Licensed as: GNU General Public License 2.0

Celestia is an OpenGL-based 3D space simulation for Unix and Win32 that lets you travel through the solar system, to the stars, and even beyond the galaxy. Visit over 100,000 stars, 100 solar system bodies, and all known extrasolar planets.

Metrics updated 07 Oct 08

30

Stellarium

   
Primary Language: C/C++ Licensed as: GNU General Public License 2.0

Stellarium renders 3D photo-realistic skies in real time with OpenGL. It displays stars, constellations, planets and nebulae, and has many other features including multiple panoramic landscapes, fog, light pollution simulation and a built-in ... [More] scripting engine. Stellarium comes with a star catalogue of about 600 thousand stars and it is possible to download extra catalogues with up to 210 million stars. Stellarium has multiple sky cultures - see the constellations from the traditions of Polynesian, Inuit, Navajo, Korean, Lakota, Egyptian and Chinese astronomers, as well as the traditional Western constellations. It is also possible to visit other planets in the solar system - see what the sky looked like to the Apollo astronauts, or what the rings of Saturn looks like from Titan. [Less]

Metrics updated 17 Sep 08

9

Xith3D

   
Primary Language: Java Licensed as: BSD-ish License

The Xith3d project consists of powerful middleware consisting of a scenegraph and an extensible renderer. The goal is to create a lean and performative scenegraph and renderer while at the same time allowing for extensions and enchancements to all ... [More] stages of the rendering pipeline. You can think of it as a 3D engine. It allows to create games, or any application requiring a 3D visualization. It's versatile, usable with JOGL or LWJGL, embeddable in AWT, Swing, SWT (Eclipse). It has support for physics engine (JOODE), and many development facilities. It's fast and easy-to-use. [Less]

Metrics updated 11 Oct 08

8

VDrift

 
Primary Language: C Licensed as: GNU General Public License 2.0

VDrift is a cross-platform, open source driving simulation made with drift racing in mind. It's powered by the excellent Vamos physics engine. It is released under the GNU General Public License (GPL) v2. It is currently available for Linux, FreeBSD, Mac OS X and Windows (Cygwin).

Metrics updated 12 Oct 08

3

Python-Ogre

 
Primary Language: C++ Licensed as: GNU General Public License 2.0

Python-Ogre is a high-performance, full-featured Python interface to the Ogre3D graphics library. Python-Ogre currently supports all the functionality of Ogre 1.4, as well as wrappers for over 30 individual libraries: * Bullet, NxOgre (PhysX) ... [More] , ODE, and Newton physics * 4 GUIs, I/O, sound, and a lot more! This project is the successor of the original PyOgre project, created by Lakin Wecker in mid-2006. Much development is done on the Windows platform, however today Python-Ogre runs equally well on Linux and Mac OS X. Windows binaries are available, and a Linux package is in the works. If you wish to create a gaming or graphics application in Python, there isn't any else you need apart from Python-Ogre. If there is a library you'd like to have wrapped, let us know! [Less]

Metrics updated 12 Oct 08

3

Easy Framework

 
Primary Language: C/C++ Licensed as: GNU Lesser General Public License 2.1

The goal of this project is to develop a generic and powerful 3D simulation framework mainly but not exclusively targeted at game development. Important aspects are efficency and simplicity of use.

Metrics updated 29 Jul 08

1

Gravit

 
Primary Language: C Licensed as: GNU Lesser General Public License 2.1

Gravit is a gravity simulator which runs under Linux, Windows and Mac OS X. It's released under the GNU General Public License which makes it free. It uses Newtonian physics using the Barnes-Hut N-body algorithm. Although the main goal of Gravit is ... [More] to be as accurate as possible, it also creates beautiful looking gravity patterns. It records the history of each particle so it can animate and display a path of its travels. At any stage you can rotate your view in 3D and zoom in and out. Gravit uses OpenGL with Lua, SDL, SDL_ttf and SDL_image. [Less]

Metrics updated 10 Oct 08

1

NxOgre

 
Primary Language: C++ Licensed as: GNU Lesser General Public License 2.1

NxOgre is a physics connector library between the physics library PhysX and the Ogre 3D rendering system. With a help of some short, fast and neat code you can have a quick physics system within your Ogre game or engine within a matter of minutes.

Metrics updated about 6 hours ago

0

arcus-raytracer

 
Primary Language: C++ Licensed as: GNU General Public License 3.0 or later

Arcus is a raytracer designed to trace images in arbitrary cordinate systems (i.e. taking into account the effects of general relativity). NewsAt the top of the news, for the duration: Currently, there's nothing here in terms of web page. The ... [More] progress of the system overall may be somewhat tracked by consulting the Arcus documentation book. This link points to the SVN trunk, and as such might possibly be either relatively out of date or full of wild code which will in future be abandoned. October 2, 2008: The first images from Arcus have been produced, and are available for consumption here just down the page! ImagesA few images, indeed, exist! This was the first successful rendering created by Arcus -- it's nothing more than a drawing of the YZ plane (i.e. a solid color field). The atlas contains only flat space, and the camera is positioned down the X axis. This was the first rendering of a proper scene -- it's a sphere of radius ~2.8, centered about the origin, once again rendered in flat space, with the camera at a distance of 10 units along the X axis from the sphere. [Less]

Metrics updated 09 Oct 08

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