Join Patrick Cozzi and his Penn graphics students final project presentations in a live stream December 11th at 5pm EST. There will be 19 4-minute presentations in total. Topics include rendering clouds, terrain, ocean, forests, weather, VR, voxels, ray marching, and more. A complete list of projects can be found online here.
The Khronos London Chapter is holding a Christmas Extravaganza with a great line up of speakers and lots of door prizes. Speakers included from Away3D, ARM, KDAB, Unity and Intel. Food and drink will be served. Space is limited to 60 people and the event is already half full. Register today!
The Qt Company, a Khronos member, has recently announce Qt 5.10 Beta. A few new features with Qt 5.10 include initial support for Vulkan and a preview of Qt WebGL Streaming Plugin. ICS has posted a blog to walk you through the new WebGL feature.
Mozilla announced a new development program for Mixed Reality that will expand its work in Virtual Reality (VR) and Augmented Reality (AR) for the web. There is a draft WebXR API proposal, which uses WebGL, for providing access to both augmented and virtual reality devices.
Everest Panorama has become the first WebGL project ever to win a prestigious Red Dot Design Award. Red Dot Design Award dates back to the year 1955. It is granted by the European institution Design Zentrum for outstanding achievements in the field of industrial design. The best works are showcased in the Red Dot Museum in Essen, Germany. The Everest Panorama project is a unique fusion of modern web technologies that seamlessly blends multimedia features with 3D environment, Yandex.Maps (a Google Maps equivalent) and panoramic pictures. It tells a story of an exhausting, yet fascinating journey of a group of mountain climbers to the summit of Mount Everest.
The open source C++11/C++14 and OpenGL graphics engine Magnum recently added first-class WebAssembly support. An article on the official blog explains how to easily compile your C++ projects to WebAssembly, compares it to asm.js and mentions a few useful tips for best online experience. Last but not least, there's a bunch of online demos that use both WebGL 1 and 2, showing how a single codebase can be run both natively and in the browser.
The Khronos Group held their annual BOF-Blitz at SIGGRAPH today. There were five BOFs in all, and they were all a huge success. If you were not able to get to SIGGRAPH and you missed the live stream, you can now watch the video online here.
SIGGRAPH 2017: Two great sessions today covering OpenGL, Vulkan and WebGL. Be sure not to miss "Cesium: 3D Globes on the Web" at 10:30AM and in the afternoon "NVIDIA: OpenGL and Vulkan Support for 2017". Get details on these sessions and other Khronos standards related sessions on the new Khronos website.
The entire WebGL Insights book is now available for free in PDF format with permission from CRC Press. The 23 chapters on advanced WebGL topics from 42 authors and 25 reviewers is basically still the only book on _advanced_ WebGL. Get your copy today, and start making awesome WebGL content.
Starting with v3.0, Babylon.js supports rendering using WebGL1 and WebGL2 contexts. The support is transparent for developers. By default the engine tries to get a WebGL2 context. If none is available then a WebGL1 one is retrieved. Learn more about Babylon.js v3.0 or get started on Github.
As mentioned on Phoronix, Google just announced GSoC 2017 Projects. Included in the list are several Khronos related projects:
• Software Renderer for Vulkan (Vulkan, SPIR-V)
• 3D Hardware Acceleration in Haiku (OpenGL)
• Cross Platform GUI for CCExtractor (OpenGL
• libosmscout: Implementation of an opengl renderer (OpenGL)
• OpenGL-accelerated Renderer for Cytoscape 3 (OpenGL)
• Improvement to WebGL core for p5.js (WebGL)
• WebGL improvements for p5.js (WebGL)
• Creating the fastest math libraries for Ruby by using the GPU through OpenCL and ArrayFire. (OpenCL)
• GPU Boolean Evaluation for CSG Ray-Tracing (OpenCL)
• HPXCL – Asynchronous Integration of CUDA and OpenCL to HPX (OpenCL)
• libxcam Enable a debluring feature with OpenCL Design (OpenCL)
• Speeding up functional network analysis on fMRI data with distributed, in-memory computation using Apache Spark (OpenCL)