bilateralFilter

Bilateral filtering implementation.

Non-linear, edge-preserving and noise-reducing smoothing filtering algorithm.

Slice!(Contiguous, packs, OutputType*)

bilateralFilter

(

OutputType

SliceKind kind

size_t[] packs

Iterator

)

(

Slice!(kind, packs, Iterator) input

Slice!(Contiguous, packs, OutputType*) prealloc = emptySlice!(packs, OutputType)

TaskPool pool = taskPool

)

in { static assert (isBoundaryCondition!bc, "Invalid boundary condition test function."); assert (!input.empty); assert (kernelSize % 2); }

Parameters

bc: Boundary condition test used to index the image slice.
input: Type: Slice!(kind, packs, Iterator)
Slice of the input image.
sigmaCol: Type: float
Color sigma value.
sigmaSpace: Type: float
Spatial sigma value.
kernelSize: Type: size_t
Size of convolution kernel. Must be odd number.
prealloc: Type: Slice!(Contiguous, packs, OutputType*)
Optional pre-allocated result image buffer. If not of same shape as input slice, its allocated anew.
pool: Type: TaskPool
Optional TaskPool instance used to parallelize computation.

Type: Slice!(Contiguous, packs, OutputType*)

Slice of filtered image.