fullyMeshedNet

Class FullyMeshedNet

java.lang.Object

core.AbstractComponent

core.AbstractRepresentation

fullyMeshedNet.FullyMeshedNet

All Implemented Interfaces:

java.lang.Comparable<AbstractRepresentation>

public class FullyMeshedNet
extends AbstractRepresentation

Field Summary

Fields

Modifier and Type	Field and Description
static ActivationFunction	DEFAULT_ACTIVATION_FUNCTION

Constructor Summary

Constructors

Constructor and Description
FullyMeshedNet(int inputnumber, int outputnumber, NESRandom random, java.util.Hashtable<java.lang.String,XMLFieldEntry> properties)

Method Summary

Methods

Modifier and Type	Method and Description
float	activate(float x)
double	diffTo(AbstractRepresentation o) Compares this representation to another one.
void	exportToFile(java.io.File saveFile) Exports the content of this representation to a file.
org.dom4j.Element	exportToXmlElement(org.dom4j.Element element) Method used for saving the properties of this component
float	getBias(int i)
java.util.Hashtable<java.lang.String,java.lang.String>	getDetails() Returns a table of key-value pairs that describes this representation.
int	getNumberofMutationFunctions() Returns the number of implemented mutation functions.
int	getNumberofNodes()
int	getNumberOfRecombinationFunctions() Returns the number of implemented crossover functions.
java.util.ArrayList<java.lang.Float>	getOutput(java.util.ArrayList<java.lang.Float> input) Processes the given list of inputs and returns the corresponding output values.
java.util.ArrayList<java.lang.Float>	getStep(java.util.ArrayList<java.lang.Float> input) Provides the networks output for the given input
java.lang.String	getUniqueName() Returns a unique name of this representation calculated by its parameters/structure.
float	getWeight(int nr, int from)
static float	linearActivate(float x)
AbstractRepresentation	loadFromXML(org.dom4j.Node nd) Reconstructs this representation from the given XML node.
void	recombinationFunction(AbstractRepresentation other, int method) Specific implementation of the recombination function that initiates a crossover on this representation and with the given representation with the provided function. Use AbstractRepresentation.getNumberOfRecombinationFunctions() to obtain the number of implemented recombination functions.
void	reset() Resets the representation to its base state.
static float	sigmoidActivate(float x)

Methods inherited from class core.AbstractRepresentation

clone, compareTo, getFitness, isEvaluated, mutate, setFitness, toString, xOverWith

Methods inherited from class core.AbstractComponent

getProperties, getPropertyValue, getTypeOfProperty, getXMLData, setProperties, setXMLData

Methods inherited from class java.lang.Object

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

Field Detail

DEFAULT_ACTIVATION_FUNCTION

public static final ActivationFunction DEFAULT_ACTIVATION_FUNCTION

Constructor Detail

FullyMeshedNet

public FullyMeshedNet(int inputnumber,
              int outputnumber,
              NESRandom random,
              java.util.Hashtable<java.lang.String,XMLFieldEntry> properties)

Method Detail

getNumberofMutationFunctions

public int getNumberofMutationFunctions()

Description copied from class: AbstractRepresentation

Returns the number of implemented mutation functions.

Specified by:

getNumberofMutationFunctions in class AbstractRepresentation

Returns:

the number of mutation functions implemented by this class.

getNumberOfRecombinationFunctions

public int getNumberOfRecombinationFunctions()

Description copied from class: AbstractRepresentation

Returns the number of implemented crossover functions.

Specified by:

getNumberOfRecombinationFunctions in class AbstractRepresentation

Returns:

the number of recombination functions implemented by this class.

getUniqueName

public java.lang.String getUniqueName()

Description copied from class: AbstractRepresentation

Returns a unique name of this representation calculated by its parameters/structure. This is mostly used for identification.

Specified by:

getUniqueName in class AbstractRepresentation

Returns:

a unique name of this representation instance.

recombinationFunction

public void recombinationFunction(AbstractRepresentation other,
                         int method)

Description copied from class: AbstractRepresentation

Specific implementation of the recombination function that initiates a crossover on this representation and with the given representation with the provided function.
Use AbstractRepresentation.getNumberOfRecombinationFunctions() to obtain the number of implemented recombination functions.

activate

public float activate(float x)

sigmoidActivate

public static float sigmoidActivate(float x)

linearActivate

public static float linearActivate(float x)

reset

public void reset()

Description copied from class: AbstractRepresentation

Resets the representation to its base state. Typically this is meant to erases cache for representations possessing some memory.

Specified by:

reset in class AbstractRepresentation

getOutput

public java.util.ArrayList<java.lang.Float> getOutput(java.util.ArrayList<java.lang.Float> input)

Description copied from class: AbstractRepresentation

Processes the given list of inputs and returns the corresponding output values. The output values must be within the range of 0..1.

Specified by:

getOutput in class AbstractRepresentation

Parameters:

input - The list of input values to be processed.

Returns:

a list of output values.

getStep

public java.util.ArrayList<java.lang.Float> getStep(java.util.ArrayList<java.lang.Float> input)

Provides the networks output for the given input

diffTo

public double diffTo(AbstractRepresentation o)

Description copied from class: AbstractRepresentation

Compares this representation to another one. Basically, this function should provide a value measuring the distance from another representation of the same type.

Specified by:

diffTo in class AbstractRepresentation

Parameters:

o - The other representation to compare to.

Returns:

a value representing the distance between the two candidates.

getWeight

public float getWeight(int nr,
              int from)

exportToXmlElement

public org.dom4j.Element exportToXmlElement(org.dom4j.Element element)

Method used for saving the properties of this component

Specified by:

exportToXmlElement in class AbstractRepresentation

Parameters:

element - The root element to be used for saving.

loadFromXML

public AbstractRepresentation loadFromXML(org.dom4j.Node nd)

Description copied from class: AbstractRepresentation

Reconstructs this representation from the given XML node.

Specified by:

loadFromXML in class AbstractRepresentation

Parameters:

nd - The root XML node to load the data from.

Returns:

a newly created representation built from the provided data.

getDetails

public java.util.Hashtable<java.lang.String,java.lang.String> getDetails()

Description copied from class: AbstractRepresentation

Returns a table of key-value pairs that describes this representation. This data is mostly used to visualize this specific representation instance.

Specified by:

getDetails in class AbstractRepresentation

Returns:

a human-readable table about the details/configuration of this specific instance

getBias

public float getBias(int i)

Returns:

the bias

getNumberofNodes

public int getNumberofNodes()

exportToFile

public void exportToFile(java.io.File saveFile)

Description copied from class: AbstractRepresentation

Exports the content of this representation to a file. Format and type is custom defined.

Specified by:

exportToFile in class AbstractRepresentation

Parameters:

saveFile - The file to be saved to