Package com.irurueta.numerical.roots
package com.irurueta.numerical.roots
This package contains classes to find function roots. Functions can be
single dimension, multidimensional or polynomials.
Any implementation of RootEstimator can be used to find function roots.
SingleRootEstimator implementations are used for unidimensional functions,
and more specifically PolynomialRootsEstimator can be used if the function
is polynomial
-
ClassDescriptionThis class searches for a single REAL root on a single dimension function (i.e.Computes a root for a single dimension function inside a given bracket of values, in other words, root will only be searched within provided minimum and maximum evaluation points.This class estimates the root of a single dimension continuous function using Brent's method.Abstract class to find function roots of a single dimension function using also its derivative information.Computes a root for a single dimension function inside a given bracket of values, in other words, root will only be searched within provided minimum and maximum evaluation points.Class to estimate the root of a first degree polynomial along with other polynomial properties.This class estimates the roots of a polynomial of degree n.Finds a single dimensional function's root within a bracket of values using Newton-Raphson's method.Abstract class to estimate the roots of a polynomial.Computes a root for a single dimension function inside a given bracket of values, in other words, root will only be searched within provided minimum and maximum evaluation points.Raised when a root estimator cannot determine a root of a polynomial, usually because of lack of convergenceAbstract class to find roots of functions.Computes a root for a single dimension function inside a given bracket of values, in other words, root will only be searched within provided minimum and maximum evaluation points.Computes a root for a single dimension function inside a given bracket of values, in other words, root will only be searched within provided minimum and maximum evaluation points.Class to estimate the roots of a second degree polynomial along with other polynomial properties.Abstract class to find roots of single dimension functions.Class to estimate the roots of a third degree polynomial along with other polynomial properties.