Futuremark Announces 3D Content Creation Tool Chain for OpenGL ES 2.0 today at Siggraph 2007. Futuremark's new toolset provides hardware developers and the mobile gaming community with a solution for creating, developing, and running OpenGL ES 2.0 3D games and applications content in real-time from popular 3D graphics applications including SOFTIMAGE|XSI®. The Futuremark Content Creation Tool Chain supports all important OpenGL ES 2.0 features from common effect frameworks including effects, render passes, render to texture, post processing and shadow maps. The toolset consists of three major components: Futuremark BFP™ (Big Fat Pipeline), Futuremark RSCGE™ (Radical Shader Crunching Game Engine), and Futuremark FMS™, a COLLADA™ compliant content data file.
Expert Members Kari Pulli, Jani Vaarala, Ville Miettinen, Robert J. Simpson, Tomi Aarnio and Mark Callow have organized an in-depth all day course for intermediates on Mobile 3D Ecosystem at Siggraph on Tuesday August 7th. Attendees will learn how to develop 3D applications for mobile devices, how they function, and where they are heading. The course focuses on OpenGL ES and M3G, and how to use these technologies to create efficient applications and deploy them in the mobile world. Prerequisites include a basic knowledge of 3D computer graphics, a working knowledge of a modern graphics API like OpenGL, D3D, X3D, or Java3D and an ability to read simple computer programs written in C and Java.
Acrodea and Bandai Networks have announced the release of X-Forge 2007, a game development environment for handheld devices. Leading the mobile games market, the newly released X-Forge 2007 SDK (software development kit) offers the first compatibility for Open GL®ES 2.0, and supports programmable shaders and scene graphs. X-Forge 2007 delivers compatibility with OpenKODE as set forth by the Khronos Group, and supports the de facto standard 3D graphics API sets OpenGL ES 1.0/1.1/2.0.
NVIDIA announced their latest beta of FX Composer 2. This release includes several improvements: better support for foreign languages, Vista x64 fixes, and bug fixes. Make sure to check out our new FX Composer 2 overview slide deck. FX Composer is a powerful integrated development environment for shader authoring. With support for DirectX and OpenGL, HLSL, COLLADA FX, and CgFX, as well as .fbx, .x, .3ds, .obj, and .dae formats, FX Composer provides true cross-platform functionality.
A new version of the open source graphics engine Horde3D is available for download. Horde3D is designed to offer next-generation visuals while at the same time being lightweight. Horde3D is exclusively based on OpenGL 2.0 for rendering and COLLADA for importing geometry data. The new release adds particle systems and better integration for physics middleware.
Futuremark Corporation, the world's leading provider of handheld and mobile performance analysis software and services, including OpenGL ES 1.1 and 2.0, OpenVG 1.0 and Java M3G tools, announced that the Korean government-funded Electronics and Telecommunications Research Institute (ETRI) has enrolled in Futuremark's Handheld Benchmark Development Program (BDP) and has formally licensed 3DMarkMobile ES 2.0. This move will provide the Korean telecommunications equipment research group with tools that will be used to establish OpenGL ES 2.0 3D performance standards for the Korean mobile gaming industry and all future handheld products to be sold in the Korean marketplace.
Big Nerd Ranch Europe announced today the first offering of Rocco Bowling's five-day OpenGL Bootcamp at the old monastery Kloster Eberbach near Frankfurt, Germany, for September 10-14, 2007. In modern application development OpenGL has become the standard-bearer in the visualization of 2D and 3D images in a wide spectrum of fields, from visually enhanced user experiences in general, to medical research and pharmaceuticals, rich data visualization, in addition to video gaming. Today, everyone doing any work concerning graphics must know OpenGL. Through the vision and dedication of the OpenGL community and the OpenGL ARB, OpenGL excels in cross-platform portability and scalability, adaptable to a variety of hardware environments from individual workstations to supercomputers.
The fourth edition of OpenGL Pipeline--the quarterly newsletter covering all things the OpenGL standards body has "in the pipeline"--covers a bunch of exciting news and tips: from updates about OpenGL "Longs Peak" to mobile shaders and debugging.
Topics in this issue include:
- Climbing OpenGL Longs Peak, Camp 3: An OpenGL ARB Progress Update
- Shaders Go Mobile: Announcing OpenGL ES 2.0
- Longs Peak Update: Buffer Object Improvements
- Another Object Lesson
- Transforming OpenGL Debugging to a "White Box" Model
DMP announced a two day OpenGL ES Programming Course for beginners in Tokyo. This course provides the knowledge that a novice OpenGL ES programmer needs to author interactive, 3D graphics applications using OpenGL ES. It covers fundamental topics such as overview of architecture, modeling, and lighting, and introduces advanced topics using extensions such as matrix palette skinning animation. Attendees should be able to read simple programs written in the C language. No previous experience with writing graphics programs is required. This course is held in Japanese.
The OpenGL ES working group is pleased to announce the release of the OpenGL ES 1.1 Full Specification
The OpenGL ES working group is pleased to announce the release of the OpenGL ES 1.1 Full Specification. Previously, OpenGL ES 1.1 was defined by a "difference specification", which was an annotated list of differences between it and desktop OpenGL 1.5. To understand the API, programmers new to OpenGL had to read the 300+ page OpenGL 1.5 specification, cross-referencing against the difference specification to see which features were supported. The new document is entirely self-contained, so no cross-referencing is required. And, as it is only about half as long as the desktop specification, it is much easier for OpenGL beginners to read. The API itself is of course unchanged, and the working group will continue to maintain and publish the older difference specification for those who prefer it. Both versions of the specification are available at the Khronos OpenGL ES specification download page