GpuKernels (ImageProcessing)

GpuKernels Module

Namespace: ImageProcessing
Assembly: LeonidLodygin.ImageProcessing.dll

Module with kernels for image processing on the GPU

Functions and values

Function or value	Description
`applyFilterKernel clContext` Full Usage: `applyFilterKernel clContext` Parameters: clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<float32> -> int -> ClArray<byte> -> unit)>`	Compilation of kernel to apply filter to the image clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<float32> -> int -> ClArray<byte> -> unit)>`
`applyFilterProcessor kernel localWorkSize commandQueue filter filterD img imgH imgW result` Full Usage: `applyFilterProcessor kernel localWorkSize commandQueue filter filterD img imgH imgW result` Parameters: kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<float32> -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` commandQueue : `MailboxProcessor<Msg>` filter : `ClArray<float32>` filterD : `int` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`	Asynchronous application of the filter kernel to the image kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<float32> -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` commandQueue : `MailboxProcessor<Msg>` filter : `ClArray<float32>` filterD : `int` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`
`fishEyeKernel clContext` Full Usage: `fishEyeKernel clContext` Parameters: clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> ClArray<'a> -> unit)>`	Compilation of kernel to apply FishEye to the image clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> ClArray<'a> -> unit)>`
`fishEyeKernelProcessor kernel localWorkSize commandQueue img imgH imgW result` Full Usage: `fishEyeKernelProcessor kernel localWorkSize commandQueue img imgH imgW result` Parameters: kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`	Asynchronous application of the fisheye kernel to the image kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`
`mirrorKernel clContext` Full Usage: `mirrorKernel clContext` Parameters: clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> int -> ClArray<'a> -> unit)>`	Compilation of kernel to reflect the image clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> int -> ClArray<'a> -> unit)>`
`mirrorKernelProcessor kernel localWorkSize side commandQueue img imgH imgW result` Full Usage: `mirrorKernelProcessor kernel localWorkSize side commandQueue img imgH imgW result` Parameters: kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` side : `MirrorDirection` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`	Asynchronous application of the reflection kernel to the image kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` side : `MirrorDirection` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`
`rotateKernel clContext` Full Usage: `rotateKernel clContext` Parameters: clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> int -> ClArray<'a> -> unit)>`	Compilation of kernel to rotate the image clContext : `ClContext` Returns: `ClProgram<Range1D, (ClArray<'a> -> int -> int -> int -> ClArray<'a> -> unit)>`
`rotateKernelProcessor kernel localWorkSize side commandQueue img imgH imgW result` Full Usage: `rotateKernelProcessor kernel localWorkSize side commandQueue img imgH imgW result` Parameters: kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` side : `Side` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`	Asynchronous application of the rotation kernel to the image kernel : `ClProgram<Range1D, (ClArray<byte> -> int -> int -> int -> ClArray<byte> -> unit)>` localWorkSize : `int` side : `Side` commandQueue : `MailboxProcessor<Msg>` img : `ClArray<byte>` imgH : `int` imgW : `int` result : `ClArray<byte>` Returns: `ClArray<byte>`