Package com.irurueta.numerical.interpolation

package com.irurueta.numerical.interpolation

Related Packages

Package	Description
com.irurueta.numerical	This library contains packages for:

Class	Description
AccurateInterpolatingPolynomialEstimator	Estimates coefficients of a polynomial passing through provided set of x and y points.
BarycentricRationalInterpolator	Computes barycentric rational interpolation.
BaseInterpolator	Abstract base class used by all interpolation implementations.
BaseRadialBasisFunctionInterpolator	Base class for interpolation methods based on Radial Basis Functions to interpolate sparse points.
BicubicSpline2DInterpolator	Computes bicubic spline interpolation in two dimensions.
BilinearInterpolator	Interpolation in two dimensions.
CubicSplineInterpolator	Computes cubic spline interpolation.
CurveInterpolator	Computes curve interpolation of multidimensional points using cubic splines.
GaussianRadialBasisFunction	Gaussian Radial Basis Function implementation.
InterpolatingPolynomialEstimator	Base class for interpolating polynomial estimators.
InterpolationException	Exception raised when function interpolation fails.
InverseMultiQuadricRadialBasisFunction	Inverse Multi-quadric Radial Function Basis implementation.
KrigingInterpolator	Interpolates sparsely defined points using D.G.
KrigingInterpolator.Variogram	Variogram function.
LinearInterpolator	Computes linear interpolation.
MultiQuadricRadialBasisFunction	Multi-quadric Radial Function Basis implementation.
Polynomial2DInterpolator	Interpolation in two dimensions.
PolynomialInterpolator	Computes polynomial interpolation.
RadialBasisFunction	Interface defining a Radial Basis Function (RBF) to be used for interpolation.
RadialBasisFunctionInterpolator	Interpolates sparsely defined points of dimension "dim" using a Radial Basis Function.
RationalInterpolator	Computes rational interpolation.
ShepardInterpolator	Interpolates sparsely defined points of dimension "dim" using Shepard interpolation, which is a simplification of Radial Basis Function interpolation that achieves less accurate results but having less computational cost.
SimpleInterpolatingPolynomialEstimator	Estimates coefficients of a polynomial passing through provided set of x and y points.
ThinPlateRadialBasisFunction	Thin-plate spline Radial Basis Function implementation.