C# 클래스 Hlsl, ComputeSharp

A that maps the supported HLSL intrinsic functions that can be used in compute shaders.

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공개 메소드들

메소드	설명
AllMemoryBarrier ( ) : void	Blocks execution of all threads in a group until all memory accesses have been completed. A memory barrier guarantees that outstanding memory operations have completed. Threads are synchronized at GroupSync barriers. This may stall a thread or threads if memory operations are in progress. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
AllMemoryBarrierWithGroupSync ( ) : void	Blocks execution of all threads in a group until all memory accesses have been completed and all threads in the group have reached this call. A memory barrier guarantees that outstanding memory operations have completed. Threads are synchronized at GroupSync barriers. This may stall a thread or threads if memory operations are in progress. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
DeviceMemoryBarrier ( ) : void	Blocks execution of all threads in a group until all device memory accesses have been completed. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
DeviceMemoryBarrierWithGroupSync ( ) : void	Blocks execution of all threads in a group until all device memory accesses have been completed and all threads in the group have reached this call. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
GroupMemoryBarrier ( ) : void	Blocks execution of all threads in a group until all group shared accesses have been completed. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
GroupMemoryBarrierWithGroupSync ( ) : void	Blocks execution of all threads in a group until all group shared accesses have been completed and all threads in the group have reached this call. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAdd ( int destination, int value ) : void	Performs a guaranteed atomic add of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAdd ( int destination, int value, int &original ) : void	Performs a guaranteed atomic add of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAdd ( uint destination, uint value ) : void	Performs a guaranteed atomic add of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAdd ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic add of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAnd ( int destination, int value ) : void	Performs a guaranteed atomic and of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAnd ( int destination, int value, int &original ) : void	Performs a guaranteed atomic and of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAnd ( uint destination, uint value ) : void	Performs a guaranteed atomic and of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedAnd ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic and of a value to a destination. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedCompareExchange ( int destination, int comparison, int value, int &original ) : void	Atomically compares the destination with the comparison value. If they are identical, the destination is overwritten with the input value. The original value is set to the destination's original value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedCompareExchange ( uint destination, uint comparison, uint value, uint &original ) : void	Atomically compares the destination with the comparison value. If they are identical, the destination is overwritten with the input value. The original value is set to the destination's original value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedCompareStore ( int destination, int comparison, int value ) : void	Atomically compares the destination to the comparison value. If they are identical, the destination is overwritten with the input value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedCompareStore ( uint destination, uint comparison, uint value ) : void	Atomically compares the destination to the comparison value. If they are identical, the destination is overwritten with the input value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedExchange ( int destination, int value, int &original ) : void	Assigns value to dest and returns the original value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedExchange ( uint destination, uint value, uint &original ) : void	Assigns value to dest and returns the original value. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMax ( int destination, int value ) : void	Performs a guaranteed atomic max. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMax ( int destination, int value, int &original ) : void	Performs a guaranteed atomic max. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMax ( uint destination, uint value ) : void	Performs a guaranteed atomic max. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMax ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic max. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMin ( int destination, int value ) : void	Performs a guaranteed atomic min. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMin ( int destination, int value, int &original ) : void	Performs a guaranteed atomic min. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMin ( uint destination, uint value ) : void	Performs a guaranteed atomic min. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedMin ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic min. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedOr ( int destination, int value ) : void	Performs a guaranteed atomic or. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedOr ( int destination, int value, int &original ) : void	Performs a guaranteed atomic or. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedOr ( uint destination, uint value ) : void	Performs a guaranteed atomic or. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedOr ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic or. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedXor ( int destination, int value ) : void	Performs a guaranteed atomic xor. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedXor ( int destination, int value, int &original ) : void	Performs a guaranteed atomic xor. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedXor ( uint destination, uint value ) : void	Performs a guaranteed atomic xor. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.
InterlockedXor ( uint destination, uint value, uint &original ) : void	Performs a guaranteed atomic xor. This method is an intrinsic and can only be used within a shader on the GPU. Using it on the CPU is undefined behavior.

비공개 메소드들

메소드	설명
Abort ( ) : void
Clip ( Float1x1 x ) : void
Clip ( Float1x2 x ) : void
Clip ( Float1x3 x ) : void
Clip ( Float1x4 x ) : void
Clip ( Float2, x ) : void
Clip ( Float2x1 x ) : void
Clip ( Float2x2 x ) : void
Clip ( Float2x3 x ) : void
Clip ( Float2x4 x ) : void
Clip ( Float3, x ) : void
Clip ( Float3x1 x ) : void
Clip ( Float3x2 x ) : void
Clip ( Float3x3, x ) : void
Clip ( Float3x4 x ) : void
Clip ( Float4, x ) : void
Clip ( Float4x1 x ) : void
Clip ( Float4x2 x ) : void
Clip ( Float4x3 x ) : void
Clip ( Float4x4 x ) : void
Clip ( float x ) : void
Lit ( float nDotL, float nDotH, float m ) : float

메소드 상세

AllMemoryBarrier() 공개 정적인 메소드

Blocks execution of all threads in a group until all memory accesses have been completed.

A memory barrier guarantees that outstanding memory operations have completed. Threads are synchronized at GroupSync barriers. This may stall a thread or threads if memory operations are in progress.