Google launched Android Studio 3.0, the latest version of its integrated development environment (IDE). Included in this update is OpenGL ES 3.0 support for Android Oreo system images along with significant improvements in OpenGL ES 2.0 graphics performance for older emulator system images.
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.
Basemark launches Rocksolid, a high performance and high availability graphics rendering solution for industrial applications. With Rocksolid, customers can achieve typically 2X to 3X performance increases for their existing applications. In some cases, up to 10X performance increases have been attained. Cross-Platform and Graphics API Agnostic, Rocksolid runs on Windows, Linux, Android, macOS and uses any one of Vulkan, OpenGL, OpenGL ES, DirectX or Metal.
Android Authority does a deep dive into the virtual reality revolution with hardware and software products aplenty on the market, and resources pouring in to spur on innovations. The ten minutes read touches on OpenGL, OpenGL ES and OpenXR.
Recently the developer ecosystem team at Samsung conducted a survey to elicit responses from developers on the tools that they are using currently on various platforms (desktop and mobile) and across APIs. The results are now posted online.
GAPID is a collection of tools that allows you to inspect, tweak and replay calls from an application to a graphics driver. GAPID is still in development but already can be used to debug many Android OpenGL ES and Vulkan applications.
Imagination Technologies latest blog is broken into two parts: The first part discusses issues related to the artist and the production of game scene assets. The second part describes the software engineering project to integrate the Unreal Engine with Imagination’s PowerVR GR6500 Wizard development hardware, and their Vulkan driver with their proposed ray tracing API extensions, in order to demonstrate ray tracing functionality running in a well-known game engine.
Already supported by production browsers from Google and Mozilla, the WebGL 2.0 standard is final and now ready for developers to create the next wave of 3D web applications and engines. WebGL 2.0 exposes OpenGL ES 3.0-class functionality, bringing desktop-OpenGL capabilities to web developers everywhere. Additionally, Khronos has now started work on the next generation of WebGL to bring the power of the new generation of explicit 3D APIs to the Web. More information on WebGL 2.0 is available in the Khronos Blog.
Mali Graphics Debugger (MGD) library loading has been integrated into Unity so developers can quickly and easily use MGD to profile OpenGL ES applications. MGD also supports debugging of graphics applications developed with Vulkan.
Intel now has drivers certified for the most advanced versions of all three open industry-defined 3D graphics APIs on Linux: OpenGL 4.5, OpenGL ES 3.2 and Vulkan 1.0. OpenGL 4.5 certification was announced 3 February 2017 on the Khronos Group's Conformant Product page.
With the release of Firefox 51, WebGL 2.0 support has landed! WebGL is a standard API to render 3D graphics in the Web. To date, we have been able to use WebGL 1.0 (based on OpenGL ES 2) to render fancy graphics into a <canvas> element. WebGL 2.0, however, is based on the OpenGL ES 3.0 specification, which introduces new features – many of them aimed at increasing performance and visual fidelity.