jebl.math
Class OrthogonalHints.Utils

java.lang.Object
  jebl.math.OrthogonalHints.Utils

Enclosing interface:

OrthogonalHints

public static class OrthogonalHints.Utils
extends Object

Constructor Summary

OrthogonalHints.Utils()

Method Summary

static OrthogonalHints	getAdjusted(OrthogonalHints toAdjust, int adjustmentFactor)
static OrthogonalHints	getCombined(OrthogonalHints first, int numberOfFirstParameters, OrthogonalHints second, int numberOfSecondParameters)
static double[]	getInternalParameterBoundaries(OrthogonalHints base, int parameter)
static OrthogonalHints	getNull()

Methods inherited from class java.lang.Object

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

Constructor Detail

OrthogonalHints.Utils

public OrthogonalHints.Utils()

Method Detail

getAdjusted

public static final OrthogonalHints getAdjusted(OrthogonalHints toAdjust,
                                                int adjustmentFactor)

Returns:

a new OrthogonalHints object base on toAdjust that works with parameters from adjustmentFactor + what toAdjust worked with That is if the value x is the parameter will be passed toAdjust as x-adjustmentFactor, and the suggested OrderEnumerator adjusts input x by adding adjustment factor before returning to the sub toAdjust Enumerator (if you know what I mean)

getCombined

public static final OrthogonalHints getCombined(OrthogonalHints first,
                                                int numberOfFirstParameters,
                                                OrthogonalHints second,
                                                int numberOfSecondParameters)

Returns:

a new OrthogonalHints object that combines two sub OrthogonalHints objects so that all parameter information between 0 upto (but not including) numberOfFirstParameters is passed to first, and everything else is passed to second note: automatically adjusts second so assumes both first and second handle parameters in range 0..whatever (do not do preadjusment on second!)

getInternalParameterBoundaries

public static final double[] getInternalParameterBoundaries(OrthogonalHints base,
                                                            int parameter)

getNull

public static final OrthogonalHints getNull()

Returns:

an OrthogonalHints object that doesn't provide any hints