mirror of
https://github.com/OldUnreal/KTexComp.git
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121 lines
4.9 KiB
C++
121 lines
4.9 KiB
C++
//
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// BC1-BC5 support.
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//
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// Copyright (c) 2016 Intel Corporation
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// Copyright (c) 2020 Sebastian Kaufel
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//
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// Permission is hereby granted, free of charge, to any person obtaining a copy of this
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// software and associated documentation files (the "Software"), to deal in the Software
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// without restriction, including without limitation the rights to use, copy, modify,
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// merge, publish, distribute, sublicense, and/or sell copies of the Software, and to
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// permit persons to whom the Software is furnished to do so, subject to the following
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// conditions:
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//
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// The above copyright notice and this permission notice shall be included in all copies
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// or substantial portions of the Software.
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//
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// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED,
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// INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A
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// PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
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// HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF
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// CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE
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// OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
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//
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#include "BC.h"
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#include "kernel_ispc.h"
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// BC1.
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void BC1EncodeRGBA8( const ISPCTC_Surface_RGBA8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC1CompressRGBA8( (ispc::Surface_RGBA8*)InputSurface, OutputBlocks );
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}
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void BC1EncodeRGBA16( const ISPCTC_Surface_RGBA16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC1CompressRGBA16( (ispc::Surface_RGBA16*)InputSurface, OutputBlocks );
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}
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//void KTexCompBC1EncodeRGBA32F( const ISPCTC_Surface_RGBA32F* InputSurface, uint8_t* OutputBlocks );
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//{
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// ispc::BC1CompressRGBA32F( (ispc::Surface_RGBA32F*)InputSurface, OutputBlocks );
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//}
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// BC1 Punchthrough Alpha.
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void BC1PAEncodeRGBA8( const ISPCTC_Surface_RGBA8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC1PACompressRGBA8( (ispc::Surface_RGBA8*)InputSurface, OutputBlocks );
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}
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void BC1PAEncodeRGBA16( const ISPCTC_Surface_RGBA16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC1PACompressRGBA16( (ispc::Surface_RGBA16*)InputSurface, OutputBlocks );
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}
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//void BC1PAEncodeRGBA32F( const ISPCTC_Surface_RGBA32F* InputSurface, uint8_t* OutputBlocks );
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//{
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// ispc::BC1PACompressRGBA32F( (ispc::Surface_RGBA32F*)InputSurface, OutputBlocks );
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//}
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// BC2.
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void BC2EncodeRGBA8( const ISPCTC_Surface_RGBA8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC2CompressRGBA8( (ispc::Surface_RGBA8*)InputSurface, OutputBlocks );
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}
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void BC2EncodeRGBA16( const ISPCTC_Surface_RGBA16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC2CompressRGBA16( (ispc::Surface_RGBA16*)InputSurface, OutputBlocks );
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}
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//void BC2EncodeRGBA32F( const ISPCTC_Surface_RGBA32F* InputSurface, uint8_t* OutputBlocks );
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//{
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// ispc::BC2CompressRGBA32F( (ispc::Surface_RGBA32F*)InputSurface, OutputBlocks );
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//}
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// BC3.
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void BC3EncodeRGBA8( const ISPCTC_Surface_RGBA8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC3CompressRGBA8( (ispc::Surface_RGBA8*)InputSurface, OutputBlocks );
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}
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void BC3EncodeRGBA16( const ISPCTC_Surface_RGBA16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC3CompressRGBA16( (ispc::Surface_RGBA16*)InputSurface, OutputBlocks );
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}
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//void BC3EncodeRGBA32F( const ISPCTC_Surface_RGBA32F* InputSurface, uint8_t* OutputBlocks )
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//{
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// ispc::BC3CompressRGBA32F( (ispc::Surface_RGBA32F*)InputSurface, OutputBlocks );
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//}
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// BC4.
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void BC4EncodeR8( const ISPCTC_Surface_R8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC4CompressR8( (ispc::Surface_R8*)InputSurface, OutputBlocks );
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}
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void BC4EncodeR16( const ISPCTC_Surface_R16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC4CompressR16( (ispc::Surface_R16*)InputSurface, OutputBlocks );
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}
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//void BC4EncodeR32F( const ISPCTC_Surface_R32F* InputSurface, uint8_t* OutputBlocks )
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//{
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// ispc::BC4CompressR32F( (ispc::Surface_R32F*)InputSurface, OutputBlocks );
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//}
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//void BC4SEncodeR8S( const ISPCTC_Surface_R8S* InputSurface, uint8_t* OutputBlocks );
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//void BC4SEncodeR16S( const ISPCTC_Surface_R16S* InputSurface, uint8_t* OutputBlocks );
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//void BC4SEncodeSR32F( const ISPCTC_Surface_R32F* InputSurface, uint8_t* OutputBlocks );
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// BC5.
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void BC5EncodeRG8( const ISPCTC_Surface_RG8* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC5CompressRG8( (ispc::Surface_RG8*)InputSurface, OutputBlocks );
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}
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void BC5EncodeRG16( const ISPCTC_Surface_RG16* InputSurface, uint8_t* OutputBlocks )
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{
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ispc::BC5CompressRG16( (ispc::Surface_RG16*)InputSurface, OutputBlocks );
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}
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//void BC5EncodeRG32F( const ISPCTC_Surface_RG32F* InputSurface, uint8_t* OutputBlocks )
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//{
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// ispc::BC5CompressRG32F( (ispc::Surface_RG32F*)InputSurface, OutputBlocks );
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//}
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//void BC5SEncodeRG8S( const ISPCTC_Surface_RG8S* InputSurface, uint8_t* OutputBlocks );
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//void BC5SEncodeRG16S( const ISPCTC_Surface_RG16S* InputSurface, uint8_t* OutputBlocks );
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//void BC5SEncodeRG32F( const ISPCTC_Surface_RG32F* InputSurface, uint8_t* OutputBlocks );
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//
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// The End.
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//
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