A reliable software which displays useful information about the current OpenGL 3D accelerator and new Vulkan 3D API. This program displays the vendor name, the version implemented, the renderer name and the extensions of the current OpenGL 3D accelerator.
6.1.2- Android Vulkan Database- Support for virtual renderer (without monitors)- Vulkan extensions database browser.- Entirely rewritten interface in WPF, optimized for Windows 10, search functions, new high definitions icons, new vendors icons and more.- Vulkan extensions database browser- New generated database, up to 10,000 renderers, with version and more- Faster loading times,- New CPUID section with processor name and number.- Many bug fixes and improvements.
OpenGL Extension Viewer is reliable software which displays the vendor name, the version implemented, the renderer name, and the extensions of the current OpenGL 3D accelerator. Many OpenGL extensions, as well as extensions to related APIs like GLU, GLX, and WGL, have been defined by vendors and groups of vendors. The extension registry is maintained by SGI and contains specifications for all known extensions, written as modifications to the appropriate specification documents. The registry also defines naming conventions, guidelines for creating new extensions and writing suitable extension specifications, and other related documentation.
ExtensionsDisplay extensions, sorted by vendor. If you have an Internet connection, you can retrieve from OpenGL.org the extensions's specifications that explain the available extensions. You can click on extension and press 'Search' for getting extension's specification from severals different databases. You can also use the left button mouse.
OpenGL 1.1 : use the standard OpenGL without extension usage.OpenGL 1.2 : OpenGL test using GL_lock_array and glDrawElement.OpenGL 1.3 : OpenGL using GL_lock_array and multitexturing.OpenGL 1.4 : OpenGL test using GL_lock_array and multitexturing using a DOT3 shading and an ARB vertex program code.OpenGL 1.5 : OpenGL test using Vertex Buffer Object.OpenGL 2.0 : OpenGL test using a GLSL 1.0 program.OpenGL 2.1 : OpenGL test using pixel buffer object.OpenGL 3.0 : OpenGL test using OpenGL 3.0 Forward Context (only supported under Windows). Credits execom / main code.arekkusu / cocoa code.genevois / web site / graphist.
A very extensive list of details of all extensions available of your system, which OpenGL functions are implemented and more.A core feature set check also show how well from OpenGL version 1.2 to 4.0 are implemented in your system.More than 450 extensions reported and collected since 2000!
OpenGL Extensions Viewer provides info about your OpenGL accelerator. Many OpenGL extensions, as well as extensions to related APIs, have been defined by vendors. The extension registry is maintained by SGI.
OpenGL Extensions Viewer provides info about your OpenGL accelerator. Many OpenGL extensions, as well as extensions to related APIs, have been defined by vendors. The extension registry is maintained by SGI. Features: Contains specifications for all known extensions, written as modifications to the appropriate specification documents. Defines naming conventions, guidelines for creating new extensions, and writing suitable documentation. Displays the vendor name, the version implemented, the renderer name, and the extensions of the current OpenGL 3D accelerator. With internet connection, retrieves the specifications that explain the available extensions.
Graphics on Linux is almost exclusively implemented using the X Window system. Supporting OpenGL on Linux involves using GLX extensions to the X Server. There is a standard Application Binary Interface defined for OpenGL on Linux that gives application compatibility for OpenGL for a range of drivers. In addition the Direct Rendering Infrastructure (DRI) is a driver framework that allows drivers to be written and interoperate within a standard framework to easily support hardware acceleration, the DRI is included in of XFree86 4.0 but may need a card specific driver to be configured after installation.These days, XFree86 has been rejected in favor of XOrg due to the change in the license of XFree86, so many developers left Xfree86 and joined the XOrg group. Popular Linux distros come with XOrg now.
These are programs that you install and run, and they give you information specific to the OpenGL API your system implements, like the version offered by your system, the vendor, the renderer, the extension list, supported viewport size, line size, point size, plus many other details. Some might include a benchmark. Some are standalone benchmarks.
The database itself allows for advanced searches (extensions, compressed texture formats, capabilities), and can compare different device reports, so you can e.g. check what has changed between two driver versions or how two graphics cards differ in terms of their OpenGL implementation.
The Intel HD Graphics 3000 supports opengl 3.2 with the 10.7.2 update. Problem is as of today, no games support the core profile (opengl 3+) in OS X. You can use OpenGL extension viewer to do a render test of the core profile though! Here are some helpful links:
Scroll to the screenshots.I made it so that you can type a partial extensions name like, vertex_prog, hit search, and it finds GL_ARB_vertex_program from the list.Hit search again, it finds GL_NV_vertex_program, etc.
facilities for handling the often multiple and parallel installations of GL versions on Linux. This could include the display of the path/filename of the GL library which was queried for the extensions, a possibility for explicitly specifying a certain library path (using a file dialog or a commmand line parameter)
and this would be a great bonus: A direct linking from the extension list into the documentation on the (online) OpenGL extension registry. I think there is some HTTP/web functions in Qt which could be used for this
You may have to ask Trimble if there is any specific extension that it looks for that is not the list (maybe share the GL report with them); or ask them if there is a way to set the OpenGL profile that the Trimble software would use.
\"You may have to ask Trimble if there is any specific extension that it looks for that is not the list (maybe share the GL report with them); or ask them if there is a way to set the OpenGL profile that the Trimble software would use.\"
In these days of social distancing, game developers and content creators all over the world are working from home and asking for help using Windows Remote Desktop streaming with the OpenGL tools they use. NVIDIA has created a special tool for GeForce GPUs to accelerate Windows Remote Desktop streaming with GeForce drivers R440 or later. Download and run the executable (nvidiaopenglrdp.exe) from the DesignWorks website as Administrator on the remote Windows PC where your OpenGL application will run. A dialog will confirm that OpenGL acceleration is enabled for Remote Desktop and if a reboot is required.
The Khronos Group announces the release of the Vulkan 1.2 specification for GPU acceleration. This release integrates 23 proven extensions into the core Vulkan API, bringing significant developer-requested access to new hardware functionality, improved application performance, and enhanced API usability. Multiple GPU vendors have certified conformant implementations, and significant open source tooling is expected during January 2020. Vulkan continues to evolve by listening to developer needs, shipping new functionality as extensions, and then consolidating extensions that receive positive developer feedback into a unified core API specification. Khronos and the Vulkan community will support Vulkan 1.2 in a wide range of open source compilers, tools, and debuggers by the end of January 2020. Driver release updates will be posted on the Vulkan Public Release Tracker.
OpenGL is no longer in active development: whereas between 2001 and 2014 OpenGL specification was updated mostly on a yearly basis, with two releases (3.1 and 3.2) taking place in 2009 and three (3.3, 4.0 and 4.1) in 2010, the latest OpenGL specification 4.6 was released in 2017 after a three-year break and was limited to inclusion of eleven existing ARB and EXT extensions into the core profile.
In addition to the features required by the core API, graphics processing unit (GPU) vendors may provide additional functionality in the form of extensions. Extensions may introduce new functions and new constants, and may relax or remove restrictions on existing OpenGL functions. Vendors can use extensions to expose custom APIs without needing support from other vendors or the Khronos Group as a whole, which greatly increases the flexibility of OpenGL. All extensions are collected in, and defined by, the OpenGL Registry.
Each extension is associated with a short identifier, based on the name of the company which developed it. For example, Nvidia's identifier is NV, which is part of the extension name GL_NV_half_float, the constant GL_HALF_FLOAT_NV, and the function glVertex2hNV(). If multiple vendors agree to implement the same functionality using the same API, a shared extension may be released, using the identifier EXT. In such cases, it could also happen that the Khronos Group's Architecture Review Board gives the extension their explicit approval, in which case the identifier ARB is used. 1e1e36bf2d