Public

<init>

Search for a zero inside the provided interval. This implementation is based on
the algorithm descri

brent

computeObjectiveValue

getAbsoluteAccuracy

getFunctionValueAccuracy

getMax

getMin

getRelativeAccuracy

getStartValue

verifySequence

solve

Parsing JSON documents to java classes using gson

Wraps either an existing OutputStream or an existing Writerand provides
convenience methods for prin

java.io.PrintWriter

This class generates cryptographically secure pseudo-random numbers. It is best
to invoke SecureRand

java.security.SecureRandom

A Comparator is used to compare two objects to determine their ordering with
respect to each other. 

java.util.Comparator

This class provides random read access to a zip file. You pay more to read the
zip file's central di

java.util.zip.ZipFile

javax.swing.JFileChooser

javax.swing.JTextField

notifyDataSetChanged

getContentResolver

setScale

// Return the initial guess if it is good enough.

// Return the first endpoint if it is good enough.

// Reduce interval if min and initial bracket the root.

// Return the second endpoint if it is good enough.

// Reduce interval if initial and max bracket the root.

/**
     * Search for a zero inside the provided interval.
     * This implementation is based on the algorithm described at page 58 of
     * the book
     * <blockquote>
     *  <b>Algorithms for Minimization Without Derivatives</b>,
     *  <it>Richard P. Brent</it>,
     *  Dover 0-486-41998-3
     * </blockquote>
     *
     * @param lo Lower bound of the search interval.
     * @param hi Higher bound of the search interval.
     * @param fLo Function value at the lower bound of the search interval.
     * @param fHi Function value at the higher bound of the search interval.
     * @return the value where the function is zero.
     */

// The equality test (a == c) is intentional,

// it is part of the original Brent's method and

// it should NOT be replaced by proximity test.

// Inverse quadratic interpolation gives a value

// in the wrong direction, or progress is slow.

/**
     * Search for a zero inside the provided interval.
     * This implementation is based on the algorithm described at page 58 of
     * the book
     * <blockquote>
     *  <b>Algorithms for Minimization Without Derivatives</b>,
     *  <it>Richard P. Brent</it>,
     *  Dover 0-486-41998-3
     * </blockquote>
     *
     * @param lo Lower bound of the search interval.
     * @param hi Higher bound of the search interval.
     * @param fLo Function value at the lower bound of the search interval.
     * @param fHi Function value at the higher bound of the search interval.
     * @return the value where the function is zero.
     */

How to use computeObjectiveValuemethodin org.apache.commons.math3.analysis.solvers.BrentSolver

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How to use
computeObjectiveValue
method
in
org.apache.commons.math3.analysis.solvers.BrentSolver