| Interface | Description |
|---|---|
| LocalCausalFilter.A1 |
Interface for filter coefficients indexed in 1 dimension.
|
| LocalCausalFilter.A2 |
Interface for filter coefficients indexed in 2 dimensions.
|
| LocalCausalFilter.A3 |
Interface for filter coefficients indexed in 3 dimensions.
|
| Tensors2 |
An interface for 2D tensors used in anisotropic 2D image processing.
|
| Tensors3 |
An interface for 3D tensors used in anisotropic 3D image processing.
|
| Class | Description |
|---|---|
| BandPassFilter |
A multi-dimensional band-pass filter.
|
| ButterworthFilter |
Butterworth filter.
|
| CausalFilter |
A multi-dimensional causal filter that is linear and shift-invariant.
|
| Conv |
Computes the convolution (or cross-correlation) of two sequences.
|
| DifferenceFilter |
A difference filter, with a transpose, inverse, and inverse-transpose.
|
| DynamicWarping |
Dynamic warping of sequences and images.
|
| Eigen |
Special-purpose eigensolvers for digital signal processing.
|
| EigenTensors2 |
An array of eigen-decompositions of tensors for 2D image processing.
|
| EigenTensors3 |
An array of eigen-decompositions of tensors for 3D image processing.
|
| Fft |
An easy to use fast Fourier transform.
|
| FftComplex |
Fast Fourier transform of complex-valued arrays.
|
| FftFilter |
A linear shift-invariant filter implemented by fast Fourier transform.
|
| FftReal |
Fast Fourier transform of real-valued arrays.
|
| FilterBuffer2 |
A buffer that facilitates the implementation of 2D filters.
|
| HilbertTransformFilter |
Hilbert transform of band-limited uniformly-sampled functions.
|
| Histogram |
A histogram summarizes the distribution of values v in an array.
|
| KaiserWindow |
The Kaiser window is often used in FIR filter design.
|
| LinearInterpolator |
A linear interpolator for uniformly-sampled functions y(x).
|
| LocalCausalFilter |
A multi-dimensional causal filter with locally variable coefficients.
|
| LocalCorrelationFilter |
Local cross-correlation of two arrays with seamless overlapping windows.
|
| LocalDiffusionKernel |
A local diffusion kernel for use in anisotropic diffusion filtering.
|
| LocalLaplacianFilter |
Local Laplacian filter defined by non-constant diffusion tensors.
|
| LocalOrientFilter |
Local estimates of orientations of features in images.
|
| LocalPredictionFilter |
Local prediction filtering.
|
| LocalSemblanceFilter |
Computes local semblance images using local smoothing filters.
|
| LocalShiftFinder |
Estimates displacement vector fields for two images.
|
| LocalSmoothingFilter |
Local smoothing of images with tensor filter coefficients.
|
| MinimumPhaseFilter |
A minimum-phase filter is a causal stable filter with a causal stable
inverse.
|
| Real1 |
A real-valued sampled function of one variable.
|
| Recursive2ndOrderFilter |
Recursive 2nd-order filter.
|
| RecursiveCascadeFilter |
A recursive filter implemented as a cascade of 2nd-order filters.
|
| RecursiveExponentialFilter |
Recursive symmetric exponential smoothing filter.
|
| RecursiveGaussianFilter |
Recursive implementation of a Gaussian filter and derivatives.
|
| RecursiveParallelFilter |
A recursive parallel filter is implemented as a sum of 2nd-order filters.
|
| RecursiveRectangleFilter |
Recursive implementation of a rectangle filter.
|
| Sampling |
Sampling of one variable.
|
| SincInterpolator |
A sinc interpolator for bandlimited uniformly-sampled functions y(x).
|
| SteerablePyramid |
Steerable pyramid for 2D and 3D images.
|
| SymmetricTridiagonalFilter |
A symmetric filter with three constant (shift-invariant) coefficients.
|
| WarpFunction1 |
Synthetic warping functions for 1-D sequences.
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| WarpFunction2 |
Synthetic warping functions for 2-D images.
|
| WarpFunction3 |
Synthetic warping functions for 3-D images.
|
| ZeroMask |
A mask for samples that are zero or near zero.
|
| Enum | Description |
|---|---|
| BandPassFilter.Extrapolation |
The method used to extrapolate values beyond the ends of input arrays.
|
| ButterworthFilter.Type |
Filter type.
|
| DynamicWarping.ErrorExtrapolation |
The method used to extrapolate alignment errors.
|
| FftFilter.Extrapolation |
The method used to extrapolate values beyond the ends of input arrays.
|
| FilterBuffer2.Extrapolation |
The method used to extrapolate values beyond the ends of input arrays.
|
| FilterBuffer2.Mode |
The mode indicates whether buffered values will be accessed and/or
modified.
|
| LinearInterpolator.Extrapolation |
The method used to extrapolate samples when interpolating.
|
| LocalCorrelationFilter.Type |
Cross-correlations types.
|
| LocalCorrelationFilter.Window |
Cross-correlations windows.
|
| LocalDiffusionKernel.Stencil |
The stencil used in finite-difference approximation of derivatives.
|
| LocalSemblanceFilter.Direction2 |
2D smoothing directions correspond to eigenvectors of tensors.
|
| LocalSemblanceFilter.Direction3 |
3D smoothing directions correspond to eigenvectors of tensors.
|
| RecursiveExponentialFilter.Edges |
Boundary condition used at edges of either input or output samples.
|
| RecursiveGaussianFilter.Method |
The method used to design the Gaussian filter.
|
| SincInterpolator.Extrapolation |
The method used to extrapolate samples when interpolating.
|