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Originally introduced as an extension to OpenGL 1.4, GLSL was formally included into the OpenGL 2.0 core in 2004 by the OpenGL ARB. It was the first major revision to OpenGL since the creation of OpenGL 1.0 in 1992. Some benefits of using GLSL are: Cross-platform compatibility on multiple operating systems, including Linux, macOS and Windows.
This shader works by replacing all light areas of the image with white, and all dark areas with a brightly colored texture. In computer graphics, a shader is a computer program that calculates the appropriate levels of light, darkness, and color during the rendering of a 3D scene—a process known as shading.
The first successful, yet partial implementation of physically-based rendering in a video game can be found in the 2013 title Remember Me, that despite being built on a game engine not natively supporting this technology (Unreal Engine 3) was properly modified to accommodate this feature. [4]
GLSL 1.5, Geometry Shader, Multi-sampled textures [53] 3.3 March 11, 2010 GLSL 3.30, Backports as much function as possible from the OpenGL 4.0 specification 4.0 March 11, 2010 GLSL 4.00, Tessellation on GPU, shaders with 64-bit precision [54] 4.1 July 26, 2010 GLSL 4.10, Developer-friendly debug outputs [a], compatibility with OpenGL ES 2.0 ...
The High-Level Shader Language [1] or High-Level Shading Language [2] (HLSL) is a proprietary shading language developed by Microsoft for the Direct3D 9 API to augment the shader assembly language, and went on to become the required shading language for the unified shader model of Direct3D 10 and higher.
The shader assembly language in Direct3D 8 and 9 is the main programming language for vertex and pixel shaders in Shader Model 1.0/1.1, 2.0, and 3.0. It is a direct representation of the intermediate shader bytecode which is passed to the graphics driver for execution.
[1] In the field of 3D computer graphics, deferred shading is a screen-space shading technique that is performed on a second rendering pass, after the vertex and pixel shaders are rendered. [2] It was first suggested by Michael Deering in 1988. [3] On the first pass of a deferred shader, only data that is required for shading computation is ...
RenderDoc is a free and open source frame debugger that can be used to analyze single frames generated by other software programs such as games. RenderDoc can provide in-depth analysis of single frames from any application that uses Vulkan, D3D11, OpenGL & OpenGL ES, or D3D12.