| 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 grey-level 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
|