pl.edu.agh.age.compute.ea.problem

Class NonParallelProblem<R>

java.lang.Object

pl.edu.agh.age.compute.ea.problem.NonParallelProblem<R>

Type Parameters:

R - The type of the problem bounds

All Implemented Interfaces:

VectorProblem<R>

Direct Known Subclasses:

CarineProblem

public class NonParallelProblem<R>
extends java.lang.Object
implements VectorProblem<R>

A non parallel problem that is bounded by the following domain:

[min[0], max[0]] x [min[1], max[1]] x ... x [min[dimension-1], max[dimension-1]]

Field Summary

Fields

Modifier and Type	Field and Description
private int	dimension
private R[]	max
private R[]	min

Constructor Summary

Constructors

Constructor and Description
NonParallelProblem(R[] min, R[] max) Creates a NonParallelProblem with the given upper and lower bounds.

Method Summary

Modifier and Type	Method and Description
private void	checkDimension(int atDimension)
int	dimension() Returns the problem’s dimension.
R	lowerBound(int atDimension) Returns the problem’s lower bound in a given dimension, indexed from 0.
R	upperBound(int atDimension) Returns the problem’s upper bound in a given dimension, indexed from 0.

Methods inherited from class java.lang.Object

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

Field Detail

dimension

private final int dimension

min

private final R[] min

max

private final R[] max

Constructor Detail

NonParallelProblem

public NonParallelProblem(R[] min,
                          R[] max)

Creates a NonParallelProblem with the given upper and lower bounds.

Parameters:

min - the lower bounds

max - the upper bounds

Method Detail

dimension

public final int dimension()

Description copied from interface: VectorProblem

Returns the problem’s dimension.

Specified by:

dimension in interface VectorProblem<R>

Returns:

the problem’s dimension.

lowerBound

public final R lowerBound(int atDimension)

Description copied from interface: VectorProblem

Returns the problem’s lower bound in a given dimension, indexed from 0. It must be not greater than the VectorProblem.upperBound(int) in the same dimension.

Specified by:

lowerBound in interface VectorProblem<R>

Parameters:

atDimension - the given dimension

Returns:

the problem’s lower bound in the given dimension

upperBound

public final R upperBound(int atDimension)

Description copied from interface: VectorProblem

Returns the problem’s upper bound in a given dimension, indexed from 0. It must be not smaller than the VectorProblem.lowerBound(int) in the same dimension.

Specified by:

upperBound in interface VectorProblem<R>

Parameters:

atDimension - the given dimension

Returns:

the problem’s upper bound in the given dimension

checkDimension

private void checkDimension(int atDimension)