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MutationRate Class Reference

A parameter-passing class for passing mutation rates to atomic genes BinaryGene, AnyIntGene, and AnyFloatGene. More...

#include <genetics.h>

List of all members.

Public Methods
	MutationRate (const MutationRate &o, const MutationRate &m)
	MutationRate (const Gentainer &g)
double	binaryRate () const
double	intRate () const
double	doubleRate () const
double	doubleVariance () const
void	binaryRate (double x)
void	intRate (double x)
void	doubleRate (double x)
void	doubleVariance (double x)
void	oneBitMutation (bool mt)
bool	oneBitMutation () const
void	autoAdaptation (bool aa)
bool	autoAdaptation () const
Static Public Methods
void	addGenesTo (Gentainer &g, const StringMap &params)

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Detailed Description

A parameter-passing class for passing mutation rates to atomic genes BinaryGene, AnyIntGene, and AnyFloatGene.

Definition at line 151 of file genetics.h.

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Constructor & Destructor Documentation

MutationRate (  const MutationRate &    o, const MutationRate &    m )  [inline]

Constructs the object by multiplying two existing mutation rates. Definition at line 174 of file genetics.h. References mAutoAdaptation, mBinaryRate, mFloatRate, mFloatVariance, mIntRate, and mOneBitMutation.

MutationRate (  const Gentainer &    g )

Reads the mutation rates from the given gentainer. Definition at line 51 of file genetics.cc. References Gentainer::getGene().

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Member Function Documentation

void addGenesTo (  Gentainer &    g, const StringMap &    params )  [static]

Adds the genes controlling the mutation rates to the given gentainer. Definition at line 61 of file genetics.cc. References Gentainer::add(), and Genstruct::hide(). Referenced by Gentainer::addPrivateGenes().

bool autoAdaptation (    )  const [inline]

Returns the state of autoadaptivity. Definition at line 223 of file genetics.h.

void autoAdaptation (  bool    aa )  [inline]

Setting this to TRUE causes the message-passing to read the autoadaptation genes from the Gentainer objects. Definition at line 220 of file genetics.h. Referenced by FloatGene::pointMutate(), BinaryGene::pointMutate(), Population::Population(), and SimplePopulation::SimplePopulation().

void binaryRate (  double    x )  [inline]

Sets the mutation rate for BinaryGene. Definition at line 200 of file genetics.h.

double binaryRate (    )  const [inline]

Returns the mutation rate for BinaryGene. Definition at line 191 of file genetics.h. Referenced by Gentainer::pointMutate(), BinaryGene::pointMutate(), Population::Population(), and EAStrategy::print().

void doubleRate (  double    x )  [inline]

Sets the mutation rate for FloatGene. Definition at line 204 of file genetics.h.

double doubleRate (    )  const [inline]

Returns the mutation rate for FloatGene. Definition at line 195 of file genetics.h. Referenced by Gentainer::pointMutate(), FloatGene::pointMutate(), Population::Population(), and EAStrategy::print().

void doubleVariance (  double    x )  [inline]

Sets the mutation variance for FloatGene. Definition at line 206 of file genetics.h.

double doubleVariance (    )  const [inline]

Returns the mutation variance for FloatGene. Definition at line 197 of file genetics.h. Referenced by Gentainer::pointMutate(), IntGene::pointMutate(), FloatGene::pointMutate(), Population::Population(), and EAStrategy::print().

void intRate (  double    x )  [inline]

Sets the mutation rate for IntGene. Definition at line 202 of file genetics.h.

double intRate (    )  const [inline]

Returns the mutation rate for IntGene. Definition at line 193 of file genetics.h. Referenced by IntGene::pointMutate(), Population::Population(), and EAStrategy::print().

bool oneBitMutation (    )  const [inline]

Returns: The value of the oneBitMutation flag. Definition at line 215 of file genetics.h.

void oneBitMutation (  bool    mt )  [inline]

Order that only a SINGLE leaf-level genstruct should be mutated. Definition at line 210 of file genetics.h.

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

• genetics.h
• genetics.cc

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