OpenGL tagged news

ALT Software, an embedded graphics leader won the contract to develop OpenGL ES and Open VG device drivers for POWERVR SGX graphics IP core in next-generation System on Chip processor designed for high performance in power constrained devices. ALT Software has been developing OpenGL and Safety-Critical 2D and 3D solutions since 1994.

GPU Caps Viewer 1.8.0 is available for download. This new version adds OpenGL 3 as well as OpenCL support with a new panel and several OpenCL demos. GPU Caps Viewer is a graphics card utility for Windows. It quickly describes the essential capabilities of your graphics card including GPU type, amount of VRAM, GPU temperature, OpenGL, OpenCL and CUDA API support. I also offers OpenGL and OpenCL demos to test the latest features of your video card.

Qt Labs Blog is doing a series on Graphics and Performance of Qt. The first of the series is an overview of the whole painter, pixmaps, widgets, graphicsview, backingstore idea. Reasons for using the Khronos family of APIs is included for OpenGL and OpenVG.

The latest version of the OpenCTM 3D mesh viewer (part of the OpenCTM v1.0.2 SDK) has support for loading, viewing and saving several different file formats (OpenCTM, COLLADA, STL, PLY, OBJ and 3DS), making it a convenient companion tool for 3D graphics developers and artists. The viewer uses OpenGL for its 3D view and GUI, and works under Windows, Mac OS X, Linux, etc. OpenCTM is a file format, software library and a tool set for compression of triangle meshes. It fits well with the current OpenGL rendering pipeline, with support for custom shader attributes among other things.

Following their successful participation in SIGGRAPH Asia 2008, The Khronos Group is again hosting a “Developer University” as well as expanding their activities by exhibiting on the show floor. The Khronos Group is proud to invite you to Pacifico Yokohama, Yokohama, Japan at booth C12. Updates will be given on all of the major Khronos API’s including OpenGL, OpenCL, COLLADA, OpenMAX, OpenVG and OpenGLES, as well, some major announces surrounding WebGL. Complete details as they become available are online.

The Open Toolkit library is an advanced, low-level C# wrapper around OpenGL, OpenCL and OpenAL. It is suitable for games, scientific applications and any other project that requires 3D graphics, audio or compute functionality. Version 1.0 beta-1 introduces type-safe OpenGL ES 2.0 binding and a large number of new OpenGL tutorials on triangle picking, shaders, cubemaps and vertex buffer objects. It also contains a significant number of bug- and stability fixes; improves multi-monitor support; and improves support for multi-threading. Due to the amount and impact of the included bug fixes, users of previous versions are strongly encouraged to upgrade.

S3 Graphics announced the OpenCL 1.0 capable Chrome 5400E GPGPU processor. The 5400E features native support of OpenCL, the industry’s best GFLOPS per watt rating including, a OpenGL 3.1 / DirectX® 10.1 graphics engine, ChromotionHD video core for HD video decode including Blu-ray, H.264, and VC-1, a video encode engine, and an OpenVG 1.1 engine. The 5400E is the most versatile GPU for embedded applications requiring longevity, customization, performance, features, and low power. Complete details are available on the S3 Graphics website.

WebGL is being built into Mozilla’s Firefox, Apple’s Safari and now Google’s Chrome browser. WebGL can be used in the latest Chrome developer preview version—but only if “—enable-webgl” and “—no-sandbox” command-line switches are added when Chrome launches. The latest versions are Chrome for Windows and for Mac OS X and Linux.

OpenTK is an advanced, cross-platform library that provides Mono/.Net OpenGL, OpenGL ES, OpenAL and OpenCL bindings. The latest version adds support for all OpenGL ES extensions, significantly improves the OpenCL bindings and the ARB_imaging subset of OpenGL. A new compatibility module now allows Tao framework applications to run on OpenTK and improves behavior on broken xlib implementations. Finally, this version adds support for the iPhone platform via the MonoTouch project.

A member of the COLLADA message boards has written a detailed tutorial for programmers on implementing Skeletal Animations. Using COLLADA along with C++ and OpenGL, this tutorial will start a programmer with a high level overview in reading and understanding COLLADA file formats, through to a complete implementation using C++ and OpenGL.