Package org.moeaframework.problem.BBOB2016

Class TransformVariablesAffine

java.lang.Object

org.moeaframework.problem.AbstractProblem

org.moeaframework.problem.BBOB2016.BBOBFunction

org.moeaframework.problem.BBOB2016.BBOBTransformation

org.moeaframework.problem.BBOB2016.TransformVariablesAffine

All Implemented Interfaces:

AutoCloseable, Named, Problem

public class TransformVariablesAffine
extends BBOBTransformation

Performs an affine transformation of the form f(x) = Mx + b.

Field Summary

Fields inherited from class org.moeaframework.problem.BBOB2016.BBOBTransformation

function

Fields inherited from class org.moeaframework.problem.AbstractProblem

numberOfConstraints, numberOfObjectives, numberOfVariables

Constructor Summary

Constructors

Constructor	Description
TransformVariablesAffine(BBOBFunction function, double[][] M, double[] b)	Constructs a new instance of the affine transformation.

Method Summary

Modifier and Type	Method	Description
void	evaluate(Solution solution)	Evaluates the solution, updating the solution's objectives in place.

Methods inherited from class org.moeaframework.problem.BBOB2016.BBOBTransformation

newSolution

Methods inherited from class org.moeaframework.problem.AbstractProblem

close, getNumberOfConstraints, getNumberOfObjectives, getNumberOfVariables

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface org.moeaframework.problem.Problem

getName, isType

Constructor Details

TransformVariablesAffine

public TransformVariablesAffine(BBOBFunction function,
 double[][] M,
 double[] b)

Constructs a new instance of the affine transformation.

Parameters:

function - the inner function

M - the rotation component of the affine transform

b - the translation component of the affine transform

Method Details

evaluate

public void evaluate(Solution solution)

Description copied from interface: Problem

Evaluates the solution, updating the solution's objectives in place. Algorithms must explicitly call this method when appropriate to evaluate new solutions or reevaluate modified solutions.

Parameters:

solution - the solution to be evaluated