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Adaptive scalable texture compression (ASTC) is a lossy block-based texture compression algorithm developed by Jørn Nystad et al. of ARM Ltd. and AMD. [1]Full details of ASTC were first presented publicly at the High Performance Graphics 2012 conference, in a paper by Olson et al. entitled "Adaptive Scalable Texture Compression".
Texture Atlas Whitepaper - A whitepaper by NVIDIA which explains the technique.; Practical Texture Atlases - A guide on using a texture atlas (and the pros and cons).; A thousand ways to pack the bin - Review and benchmark of the different packing algorithms
In the 2010s, Unity Technologies used its game engine to transition into other industries using the real-time 3D platform, including film and automotive. [ 130 ] [ 131 ] Unity first experimented in filmmaking with Adam , a short film about a robot escaping from prison.
Texture compression is a specialized form of image compression designed for storing texture maps in 3D computer graphics rendering systems. Unlike conventional image compression algorithms, texture compression algorithms are optimized for random access. Texture compression can be applied to reduce memory usage at runtime.
Texture mapping can both refer to the task of unwrapping a 3D model, the abstract that a 3D model has textures applied to it and the related algorithm of the 3D software. Texture map refers to a Raster graphics also called image, texture. If the texture stores a specific property it's also referred to as color map, roughness map...
A free version Shade 3D for Unity 3D lets 3D game developers create, edit and animate 3D game models then use a script to open models directly from within a Unity 3D project and then automatically return the model to the project environment. Shade 13 was released November 12, 2012.
The 'ETC2' scheme expands ETC1 in a backwards-compatible way to provide higher quality RGB compression, [6] as well as compression of RGBA (RGB plus alpha). The following ETC2 codecs are mandatory in OpenGL ES 3.0 [7] and OpenGL 4.3: [8]
Through re-arrangeable, the top left window is the top view, which has the X and Y coordinates. The bottom left is the side view, or the X and Z coordinates. The bottom right is the back view, or the Y and Z coordinates. The top right is the 3D view, which gives a quick preview of the level without building (compiling) it.