Interface  Description 

AnisotropicDiffusion.ConductionCoefficientFunction 
Interface describing a function that computes the conduction coefficient
as a function of space and gradient magnitude.

Class  Description 

AnisotropicDiffusion 
Implementation of Perona & Malik's image filtering by anisotropic diffusion.

AnisotropicDiffusion.HighConstrastEdgeFunction 
The first conduction function proposed by Perona & Malik, that privileges
high contrast edges over low constrast ones.

AnisotropicDiffusion.WideRegionFunction 
The second conduction function proposed by Perona & Malik, that
privileges wider regions over smaller ones.

DifferenceOfGaussian 
Implementation of a difference of Gaussian filter.

EqualisationProcessor 
An
ImageProcessor that performs histogram equalisation (projecting
the colours back into the image). 
FilterSupport 
Methods and statically defined templates for defining the support of local
image filters.

FourierCorrelation 
FImage correlation performed using an FFT. 
FourierTransform 
Perform forward and inverse Fast Fourier Transforms on image data.

FourierTransformComplex 
Perform forward and inverse Fast Fourier Transforms on image data.

GammaCorrection 
Class to perform Gamma correction on a greylevel image.

LocalContrastFilter 
Local contrast filter; replaces each pixel with the difference between the
maximum and minimum of its neighbours.

MaskedRobustContrastEqualisation 
An image processor that performs contrast equalisation
in a robust manner with a mask.

MaxFilter 
Max filter; replaces each pixel with the maximum of its neighbours.

MeanCenter 
An
ImageProcessor that computes the mean of the image's pixels
and subtracts the mean from all pixels. 
MedianFilter 
Median filter; replaces each pixel with the median of its neighbours.

MinFilter 
Min filter; replaces each pixel with the minimum of its neighbours.

MinMaxAnalyser 
Analyser that computes for every pixel the minimum and maximum of its
neighbours.

Pow 
Process pixels by raising there value to a value
