Inheritance diagram for DoubleGenotype:

Public Member Functions
	DoubleGenotype (unsigned int numGenes, double min, double max, unsigned int bitPrec)
	Construct a un-initialized DoubleGenotype

	DoubleGenotype (const DoubleGenotype &genotype)
	Copy-constructor.

virtual	~DoubleGenotype ()
	Destructor.

virtual double	at (unsigned int i)=0
	Return the i-th genes represented.

unsigned int	bitPrecision ()
	Return the bit precision, i.e.

virtual unsigned int	bitToGeneIndex (unsigned int bit) const
	Convert the index of the given bit to the index of the gene that this bit is part of.

virtual unsigned int	geneToBitIndex (unsigned int gene) const
	Convert the index of the given gene to the index of the start of the bit(s) that encode this gene.

double	maxValue ()
	Return the max absolute value of genes.

double	minValue ()
	Return the min absolute value of genes.

unsigned int	numGenes ()
	return the numGenes

virtual void	set (unsigned int i, double value)=0
	Set the i-th genes.

Public Member Functions inherited from Genotype
	Genotype (unsigned int size=0)
	Construct a un-initialized Genotype.

	Genotype (QString, bool compressed=false)
	Read the values from QString and set the size accordlying to length of QString.

	Genotype (const Genotype &genotype)
	Copy-Constructor (generate a clone of the genoma)

virtual	~Genotype ()
	Destructor.

void	assign (const Genotype *genotype)
	Assign method (it call operator=)

bool	bit (unsigned int i) const
	Return the i-th bit.

virtual Genotype *	clone () const
	Create an exact copy of this Genotype.

virtual void	configure (ConfigurationParameters &params, QString prefix)
	Configure the object using the ConfigurationParameters specified.

bool	dominatedBy (const Genotype *genotype)
	Return True if this Genotype is dominated by the Genotype specified by param.

unsigned int	extractUInt (unsigned int startPos, unsigned int stopPos)
	Utility function for extracting an integer value.

double	fitness () const
	Return the fitness of this Genotype.

bool	fromCompressedString (QString str)
	Read from compressed data with toCompressedString()

void	fromString (QString)
	Configure the bits accordlying to its string representation passed.

int	hammingDistance (const Genotype *)
	Calculate the Hamming distance from the Genotype.

void	insertUInt (unsigned int value, unsigned int startPos, unsigned int stopPos)
	Utility function for settings an integer value into Genotype.

QString	notes () const
	Return the notes of this Genotype.

int	numOfObjectives () const
	Return the number of Objectives setted The number of objectives is automatically configured by setObjective method.

double	objective (int i) const
	Return the value of the i-th objective of the fitness.

virtual Genotype &	operator= (const Genotype &genotype)
	Assign operator (performs same operation of Copy-constructor) Due to virtual attribute, Subclasses can customize the behaviour of this operator=, for an easy way to copy Genotype data the protected method copyDataFrom is provided and it behaves like this implementation of operator=.

virtual void	randomize ()
	Randomize the value contained (attention, this method destroys previous data)

double	rank () const
	Return the rank of this Genotype.

virtual void	save (ConfigurationParameters &params, QString prefix)
	Save the actual status of parameters into the ConfigurationParameters object passed.

void	set (unsigned int i)
	Set to One the i-th bit.

void	setFitness (double value)
	Set the fitness value of this Genotype.

void	setNotes (QString notes)
	Set the notes of this Genotype.

void	setObjective (int i, double value)
	Set the i-th objective value of the (multi-objective) fitness.

void	setRank (double rank)
	Set the rank of the genotype.

unsigned int	size () const
	Return the size of Genotype.

QString	toCompressedString () const
	Compress the data; It return a printable String.

void	toggle (unsigned int i)
	toggle the i-th bit

QString	toString () const
	Return a QString representing this Genotype.

void	unset (unsigned int i)
	set to zero the i-th bit

Public Member Functions inherited from ParameterSettableWithConfigureFunction
void	addObserver (RuntimeParameterObserver *obs)

T	getRuntimeParameter (QString paramName)

virtual ParameterSettableUI *	getUIManager ()

	ParameterSettable ()

virtual void	postConfigureInitialization ()

void	removeObserver (RuntimeParameterObserver *obs)

void	setRuntimeParameter (QString paramName, T newvalue)

QString	typeName () const

Public Member Functions inherited from ParameterSettable
void	addObserver (RuntimeParameterObserver *obs)

T	getRuntimeParameter (QString paramName)

void	removeObserver (RuntimeParameterObserver *obs)

void	setRuntimeParameter (QString paramName, T newvalue)

QString	typeName () const

Protected Attributes
unsigned int	bitprec
	bit precision

double	maxv
	max absolute value

double	minv
	max absolute value

unsigned int	numgenes
	num of Genes

Protected Attributes inherited from Genotype
unsigned int	allocated
	Allocated memory.

unsigned char *	data
	Data represented as a char vector allocated in memory.

QVector< double >	fitnessv
	Objective values of the Fitness.

QString	notesv
	Notes about this Genotype.

double	rankv
	Rank.

unsigned int	sizev
	Size.

Additional Inherited Members
Public Types inherited from ParameterSettableWithConfigureFunction
enum	Property

Static Public Member Functions inherited from Genotype
static void	describe (QString type)
	Add to Factory::typeDescriptions() the descriptions of all parameters and subgroups.

static bool	rankGreaterThanComparator (const Genotype g1, const Genotype g2)
	Utility function comparing two genotype pointers on their rank.

Public Attributes inherited from ParameterSettableWithConfigureFunction
	AllowMultiple

	Default

	IsList

	IsMandatory

Static Public Attributes inherited from ParameterSettableWithConfigureFunction
static const double	Infinity

static const int	MaxInteger

static const int	MinInteger

Protected Member Functions inherited from Genotype
void	copyDataFrom (Genotype *source)
	Utility method for copying data among Genotype.

void	resize (unsigned int newsize)
	Resize the Genotype.

Static Protected Member Functions inherited from ParameterSettableWithConfigureFunction
static Descriptor	addTypeDescription (QString type, QString shortHelp, QString longHelp=QString(""))

static void	setGraphicalEditor (QString type)

Detailed Description

DoubleGenotype class.

Description: A gene is a double value within the range specificed by minValue and maxValue methods.
This is an abstract class defining the common interface among different encoding of double numbers inside a gene.

Warnings

Definition at line 38 of file doublegenotype.h.

Constructor & Destructor Documentation

DoubleGenotype	(	unsigned int	numGenes,
		double	min,
		double	max,
		unsigned int	bitPrec
	)

Construct a un-initialized DoubleGenotype

  \param numGenes is the number of double values contained by this DoubleGenotype
  \param max is the maximum absolute value represented
  \param min is the minimum absolute value represented
  \param bitPrec is the bit precision used for encode a double value
  \warning you must explicity call randomize() to get a randomized Genotype
  \note the Genotype::size() return the number of bits of underlying data, while numGenes is the actual
    numbers of genes of this DoubleGenotype. They are related by the multiplication:

$size = bitPrecision \cdot numGenes$