What is the webgl ™ browser?

Webgl ™ is a program designed not only to display basic documents about the basic branded hypertext (HTML), JavaScript® and Cascading Style Sheet (CSS), but also for interpretation of special subgroups known as webgl ™. Technically, webgl ™ is not a separate language, but a graphics library that uses an element of the screen of the browser rendering engine to create a bridge between the webgl ™ code, graphics hardware and browser. This gives the webgl ™ the ability to render the advanced three-dimensional (3D) graphics much faster than other plug-in types and more conveniently than using separately compiled programs inside the browser. Almost all the main web browsers support webgl ™ natively, although those browsers that do not implement native support have generally have third -party plugins that reveal the necessary HTML components. While the webgl ™ browser is capable of scan 3D graphics quickly due to direct PRipped on a computer graphics card is also a source of potentially large security openings that could allow a malicious program to perform a malicious code on a remote computer.

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basically webgl ™ browser contains a code that specifically connects the features contained in the graphics library to be accessible via JavaScript®. Within the HTML Language Standard version 5 (HTML5), there is a special feature known as a canvas that can be used directly to the screen area without having to use plugins or working with HTML or CSS brands that may not be as accurate as required. In a compatible webgl ™ browser, JavaScript® is linked to a low -level graphics library and attracts directly to the HTML5 screen and provides a graphics platform that can be pushed directly from the graphics card of the display device.

used library JSOPEGL® EMBEDDED SYSTEMS Libraries (OpenGL ES®) library, which is a subset of standard OpenGL® library features for working with mobile devices. One of the reasons why webgl ™ is possible is the lightweight nature of WebGL ™ libraries that do not consume a large number of resources and do not contain some of the multiple processor functions full of OpenGL® implementation. However, the recurring problem with the WebGL ™ browser is that drivers and hardware on a computer or device must be able to run the OpenGL ES® app. Some operating systems, devices, hardware and even drivers do not have the ability to start WebGL ™ and also do not have an easy solution that installs installed graphics hardware.

The main concerns about the security and security of the webgl ™ browser has prevented some major browser developers from fully implemented Webgl ™. This is primarily a direct access that the browser provides the webgl ™ code. In case of harmful manipulation can be handled with graphics cardOU to cause damage to the host system or, in the worst case, can be used as a gate to execute or set a malicious computer code.