maltcms.commands.fragments2d.preprocessing.default2dVarLoader
Class ModulationTimeEstimatorTask

java.lang.Object
  maltcms.commands.fragments2d.preprocessing.default2dVarLoader.ModulationTimeEstimatorTask

All Implemented Interfaces:

Serializable, Callable<Double>

public class ModulationTimeEstimatorTask
extends Object
implements Callable<Double>, Serializable

Author:

Nils.Hoffmann@cebitec.uni-bielefeld.de

See Also:

Serialized Form

Constructor Summary

ModulationTimeEstimatorTask()

Method Summary

double	calcEstimatedAutoCorrelation(Array a, double mean, double variance, int lag)
Double	call()
cross.datastructures.tuple.Tuple2D<ArrayDouble.D1,ArrayInt.D1>	findMaxima(Array a, ArrayList<Integer> maximaIndices) Find maxima in array a, returning an array containing all maxima, with the same shape as a, and an array maximaDiff, which contains all differences between maxima, of size (#of maxima - 1).
boolean	isCandidate(double prev, double current, double next)

Methods inherited from class java.lang.Object

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

Constructor Detail

ModulationTimeEstimatorTask

public ModulationTimeEstimatorTask()

Method Detail

call

public Double call()

Specified by:

call in interface Callable<Double>

findMaxima

public cross.datastructures.tuple.Tuple2D<ArrayDouble.D1,ArrayInt.D1> findMaxima(Array a,
                                                                                 ArrayList<Integer> maximaIndices)

Find maxima in array a, returning an array containing all maxima, with the same shape as a, and an array maximaDiff, which contains all differences between maxima, of size (#of maxima - 1).

Parameters:

a -

maximaIndices -

Returns:

isCandidate

public boolean isCandidate(double prev,
                           double current,
                           double next)

calcEstimatedAutoCorrelation

public double calcEstimatedAutoCorrelation(Array a,
                                           double mean,
                                           double variance,
                                           int lag)