Yay! Our new WebGL demo at http://shumann.elis.ugent.be got listed as a Chrome Experiment. This is basically our island virtual texturing demo from last year ported to WebGL. It's quite amazing how fast this runs considering it's just javascript in a browser. Besides running in Chrome, it also runs quite acceptably in Firefox although performance is slower in FF. If you like it, be sure to rate us at http://www.chromeexperiments.com/detail/antelope-island/ .

How can you post this WebGL Considered Harmful with a straight face when you got a page which describes exactly the same thing using a proprietary technology of your own? The Future of Microsoft Silverlight.

An interesting citation from this 'future' teaches us it will contain an "Immediate mode graphics API allows direct rendering to the GPU.". Thanks but I'd rather trust WebKit or Mozilla's abilities to develop appropriate sandboxing than some proprietary monstrosity from the people who invented ActiveX plugins. Even the meager excuse that OpenGL ICD drivers could be less secure than the DirectX drivers controlled by Microsoft is just nonsense since Chrome actually runs WebGL using a DirectX translator on Windows platforms.

This post describes some of the technical details of Brink. The PC version of Brink allows a unique look under the hood trough various developer console commands. (See the end of this post for a list of interesting commands). I previously worked on the idTech 4 engine at Splash Damage when they were developing Enemy Territory Quake Wars (ETQW) so it is also a look at how the idTech 4 engine (Doom3, Quake4, ETQW, Wolfenstein, Prey) has evolved over the last few years to bring it up to date with the latest rendering technologies. It is important to note that all the information in this post is speculation and that it was derived by playing around with the game and the developer console commands.

A video of the virtual texturing demo we have been working on is now available. This is all rendered in real-time at full HD resolution without any visual popping or texture loading.

The first results of my research have finally been made public. You can find our chapter, describing how virtual texturing can be optimized using CUDA, in GPU Pro: Advanced Rendering Techniques (the sucessor to the popular ShaderX series of books). For more information on this book also check out the blog .
A poster presenting our work was also on display at GTC, you can find it here .