Package edu.mines.jtk.dsp

Digital signal processing.

See:
Description

Interface Summary

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 Summary

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.
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.
ZeroMask	A mask for samples that are zero or near zero.

Enum Summary

BandPassFilter.Extrapolation	The method used to extrapolate values beyond the ends of input arrays.
ButterworthFilter.Type	Filter type.
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.

Package edu.mines.jtk.dsp Description

Digital signal processing.