Uses of Class
gov.sandia.cognition.learning.algorithm.minimization.line.LineBracket

Packages that use LineBracket

Package	Description
gov.sandia.cognition.learning.algorithm.minimization.line	Provides line (scalar) minimization algorithms.
gov.sandia.cognition.learning.algorithm.minimization.line.interpolator	Provides line (scalar) interpolation/extrapolation algorithms that fit an algebraic function to a (small) collection of data points.
gov.sandia.cognition.learning.algorithm.root	Provides algorithms for finding the roots, or zero crossings, of scalar functions.

Uses of LineBracket in gov.sandia.cognition.learning.algorithm.minimization.line

Methods in gov.sandia.cognition.learning.algorithm.minimization.line that return LineBracket

Modifier and Type	Method and Description
LineBracket	LineBracket.clone()
LineBracket	AbstractAnytimeLineMinimizer.getBracket()
LineBracket	LineMinimizer.getBracket() Gets the LineBracket used to bound the search

Methods in gov.sandia.cognition.learning.algorithm.minimization.line with parameters of type LineBracket

Modifier and Type	Method and Description
void	AbstractAnytimeLineMinimizer.setBracket(LineBracket bracket) Setter for bracket

Constructors in gov.sandia.cognition.learning.algorithm.minimization.line with parameters of type LineBracket

Constructor and Description
AbstractAnytimeLineMinimizer(LineBracketInterpolator<? super EvaluatorType> interpolator, LineBracket bracket, java.lang.Double initialGuess, double tolerance, int maxIterations) Creates a new instance of AbstractAnytimeLineMinimizer
LineBracket(LineBracket other) Copy Constructor

Uses of LineBracket in gov.sandia.cognition.learning.algorithm.minimization.line.interpolator

Methods in gov.sandia.cognition.learning.algorithm.minimization.line.interpolator with parameters of type LineBracket

Modifier and Type	Method and Description
PolynomialFunction.ClosedForm	LineBracketInterpolatorHermiteCubic.computePolynomial(LineBracket bracket, DifferentiableUnivariateScalarFunction function)
PolynomialFunction.ClosedForm	LineBracketInterpolatorHermiteParabola.computePolynomial(LineBracket bracket, DifferentiableUnivariateScalarFunction function)
PolynomialFunction.Linear	LineBracketInterpolatorLinear.computePolynomial(LineBracket bracket, Evaluator<java.lang.Double,java.lang.Double> function)
PolynomialFunction.ClosedForm	LineBracketInterpolatorParabola.computePolynomial(LineBracket bracket, Evaluator<java.lang.Double,java.lang.Double> function)
abstract PolynomialFunction.ClosedForm	AbstractLineBracketInterpolatorPolynomial.computePolynomial(LineBracket bracket, EvaluatorType function) Fits the interpolating polynomial to the given LineBracket
double	LineBracketInterpolatorBrent.findMinimum(LineBracket bracket, double minx, double maxx, Evaluator<java.lang.Double,java.lang.Double> function)
double	LineBracketInterpolatorGoldenSection.findMinimum(LineBracket bracket, double minx, double maxx, Evaluator<java.lang.Double,java.lang.Double> function)
double	AbstractLineBracketInterpolatorPolynomial.findMinimum(LineBracket bracket, double minx, double maxx, EvaluatorType function)
double	LineBracketInterpolator.findMinimum(LineBracket bracket, double minx, double maxx, EvaluatorType function) Finds the minimum of the bracket using the interpolation/extrapolation routine, where the minimum must lie between the minx and maxx values on the x-axis.
boolean	LineBracketInterpolator.hasSufficientPoints(LineBracket bracket) Determines if the LineBracket contains a sufficient number/quality of points to conduct the interpolation.
boolean	LineBracketInterpolatorBrent.hasSufficientPoints(LineBracket bracket)
boolean	LineBracketInterpolatorGoldenSection.hasSufficientPoints(LineBracket bracket) Golden section step only needs the bounds to operate, so we'll just check to make sure they're not null.
boolean	LineBracketInterpolatorHermiteCubic.hasSufficientPoints(LineBracket bracket)
boolean	LineBracketInterpolatorHermiteParabola.hasSufficientPoints(LineBracket bracket)
boolean	LineBracketInterpolatorLinear.hasSufficientPoints(LineBracket bracket)
boolean	LineBracketInterpolatorParabola.hasSufficientPoints(LineBracket bracket) Parabolic interpolation needs three noncollinear points to fit a parabola to them.

Uses of LineBracket in gov.sandia.cognition.learning.algorithm.root

Methods in gov.sandia.cognition.learning.algorithm.root that return LineBracket

Modifier and Type	Method and Description
LineBracket	RootBracketExpander.getBracket() Getter for bracket.
LineBracket	RootBracketExpander.getResult()
LineBracket	AbstractBracketedRootFinder.getRootBracket() Getter for rootBracket.

Methods in gov.sandia.cognition.learning.algorithm.root with parameters of type LineBracket

Modifier and Type	Method and Description
protected void	RootBracketExpander.setBracket(LineBracket bracket) Setter for bracket.
void	AbstractBracketedRootFinder.setRootBracket(LineBracket rootBracket) Setter for rootBracket.