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IntGene Class Reference

Integer (or multivalue) gene with independent values. More...

#include <genes.h>

Inheritance diagram for IntGene:

List of all members.

Public Methods
	IntGene ()
virtual IntGene &	set (int val)
virtual int	getvalue () const
virtual void	init ()
virtual bool	pointMutate (const MutationRate &k)
virtual double	equality (const Genstruct &other) const
virtual void	copy (const Genstruct &other)
virtual Genstruct *	replicate () const
virtual void	print (TextOStream &out) const
virtual void	check () const

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Detailed Description

Integer (or multivalue) gene with independent values.

This is the integer equivalent of the FloatGene. The gaussian mutation method may not suit this data type so well, but... that's only life.

Definition at line 601 of file genes.h.

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Constructor & Destructor Documentation

IntGene (    )  [inline]

Default constructor, FORBIDDEN! Exists only because of RTTI system. Definition at line 608 of file genes.h. Referenced by replicate().

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Member Function Documentation

void check (    )  const [virtual]

Standard check operator. Implementation for Object. Exceptions: assertion_failed  check_failed Reimplemented from AnyIntGene. Definition at line 423 of file genes.cc. References AnyIntGene::check(), AnyIntGene::mMax, and AnyIntGene::mMin.

void copy (  const Genstruct &    other )  [virtual]

Standard copy operator. Implementation for Genstruct. Reimplemented from AnyIntGene. Definition at line 385 of file genes.cc. References AnyIntGene::copy().

double equality (  const Genstruct &    other )  const [virtual]

Implementation for Genstruct. The distance measure for two integer genes is 0.0 if they are equal, and 1.0 if they are different. Reimplemented from Genstruct. Definition at line 414 of file genes.cc. References AnyIntGene::mMax, and AnyIntGene::mMin.

int getvalue (    )  [virtual]

Implementation for AnyIntGene. Returns: The decoded phenotypic value of the gene. Reimplemented from AnyIntGene. Definition at line 377 of file genes.cc.

void init (    )  [virtual]

This implementation initializes the gene into any value with equal probability. Reimplemented from Genstruct. Definition at line 381 of file genes.cc. References AnyIntGene::mMax, and AnyIntGene::mMin. Referenced by pointMutate().

bool pointMutate (  const MutationRate &    k )  [virtual]

Implementation for Genstruct. If the mutation actualizes, it mutates the integer gene into any other value with uniform probability. Returns: If a mutation really actualized or not. Reimplemented from Genstruct. Definition at line 397 of file genes.cc. References MutationRate::doubleVariance(), init(), MutationRate::intRate(), AnyIntGene::mMax, and Gene::mutability.

void print (  TextOStream &    out )  const [virtual]

Recursively prints the genome to the given stream. This is most cool. Reimplemented from Genstruct. Definition at line 419 of file genes.cc. References Genstruct::id.

virtual Genstruct* replicate (    )  const [inline, virtual]

Clones a copy of self, RECURSIVELY. It's funny how simple reproduction is nowadays. Reimplemented from Genstruct. Definition at line 644 of file genes.h. References IntGene().

virtual IntGene& set (  int    val )  [inline, virtual]

Sets the value of the gene. Definition at line 615 of file genes.h.

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The documentation for this class was generated from the following files:

• genes.h
• genes.cc

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