#include <Variator.h>

Inheritance diagram for Variator< ind_t, CrossoverOperator, MutationOperator >:

Collaboration diagram for Variator< ind_t, CrossoverOperator, MutationOperator >:

Public Member Functions
	Variator (std::vector< std::string > dNames, Optimizer::bounds_t dVarBounds, Expressions::Named_t constraints, CmdArguments_t args)
	~Variator ()
std::shared_ptr< Population< ind_t > >	population ()
void	initial_population (size_t sizeInitial, std::string fname)
	create an initial population
void	infeasible (std::shared_ptr< ind_t > ind)
	set an individual as infeasible: replace with a new individual
bool	hasMoreIndividualsToEvaluate ()
	returns false if all individuals have been evaluated
std::shared_ptr< ind_t >	popIndividualToEvaluate ()
	return next individual to evaluate
void	variate (std::vector< unsigned int > parents)

Protected Member Functions
void	new_individual (Individual::genes_t &dvars)
	create a new individual
void	new_individual ()
	create a new individual
void	new_individual (std::shared_ptr< ind_t > ind)
	copy an individual

Private Member Functions
double	drand (double range)

Private Attributes
std::shared_ptr< Population< ind_t > >	population_m
	population of individuals
CmdArguments_t	args_
	user specified command line arguments
std::queue< unsigned int >	individualsToEvaluate_m
	keep a queue of individuals that have to be evaluated
std::vector< std::string >	dNames_m
	names of the design variables
Optimizer::bounds_t	dVarBounds_m
	bounds on design variables
Expressions::Named_t	constraints_m
	constraints
double	mutationProbability_m
	probability of applying the mutation operator
double	recombinationProbability_m
	probability of applying the recombination operator

Detailed Description

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>
class Variator< ind_t, CrossoverOperator, MutationOperator >

Definition at line 42 of file Variator.h.

Constructor & Destructor Documentation

◆ Variator()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

Variator< ind_t, CrossoverOperator, MutationOperator >::Variator	(	std::vector< std::string >	dNames,
		Optimizer::bounds_t	dVarBounds,
		Expressions::Named_t	constraints,
		CmdArguments_t	args )

inline

Definition at line 48 of file Variator.h.

◆ ~Variator()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

Variator< ind_t, CrossoverOperator, MutationOperator >::~Variator ( )

inline

Definition at line 83 of file Variator.h.

Member Function Documentation

◆ drand()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

double Variator< ind_t, CrossoverOperator, MutationOperator >::drand ( double range )

inlineprivate

Get a random double between [0, range]

Parameters

[in] range of random number

Returns: random double value between [0, range]

Definition at line 318 of file Variator.h.

Referenced by Variator< Individual_t, CrossoverOperator, MutationOperator >::variate().

◆ hasMoreIndividualsToEvaluate()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

bool Variator< ind_t, CrossoverOperator, MutationOperator >::hasMoreIndividualsToEvaluate ( )

inline

returns false if all individuals have been evaluated

Definition at line 162 of file Variator.h.

◆ infeasible()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::infeasible ( std::shared_ptr< ind_t > ind )

inline

set an individual as infeasible: replace with a new individual

Definition at line 156 of file Variator.h.

Referenced by Variator< Individual_t, CrossoverOperator, MutationOperator >::variate().

◆ initial_population()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::initial_population	(	size_t	sizeInitial,
		std::string	fname )

inline

create an initial population

Definition at line 92 of file Variator.h.

◆ new_individual() [1/3]

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::new_individual ( )

inlineprotected

create a new individual

Definition at line 278 of file Variator.h.

Referenced by Variator< Individual_t, CrossoverOperator, MutationOperator >::infeasible(), Variator< Individual_t, CrossoverOperator, MutationOperator >::initial_population(), and Variator< Individual_t, CrossoverOperator, MutationOperator >::variate().

◆ new_individual() [2/3]

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::new_individual ( Individual::genes_t & dvars )

inlineprotected

create a new individual

Definition at line 271 of file Variator.h.

◆ new_individual() [3/3]

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::new_individual ( std::shared_ptr< ind_t > ind )

inlineprotected

copy an individual

Definition at line 284 of file Variator.h.

◆ popIndividualToEvaluate()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

std::shared_ptr< ind_t > Variator< ind_t, CrossoverOperator, MutationOperator >::popIndividualToEvaluate ( )

inline

return next individual to evaluate

Definition at line 167 of file Variator.h.

◆ population()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

std::shared_ptr< Population< ind_t > > Variator< ind_t, CrossoverOperator, MutationOperator >::population ( )

inline

Definition at line 87 of file Variator.h.

◆ variate()

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

void Variator< ind_t, CrossoverOperator, MutationOperator >::variate ( std::vector< unsigned int > parents )

inline

Performs variation (recombination and mutation) on a set of parent individuals.

Parameters

[in] parents

Definition at line 178 of file Variator.h.

Member Data Documentation

◆ args_

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

CmdArguments_t Variator< ind_t, CrossoverOperator, MutationOperator >::args_

private

user specified command line arguments

Definition at line 296 of file Variator.h.

◆ constraints_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

Expressions::Named_t Variator< ind_t, CrossoverOperator, MutationOperator >::constraints_m

private

constraints

Definition at line 306 of file Variator.h.

◆ dNames_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

std::vector<std::string> Variator< ind_t, CrossoverOperator, MutationOperator >::dNames_m

private

names of the design variables

Definition at line 302 of file Variator.h.

◆ dVarBounds_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

Optimizer::bounds_t Variator< ind_t, CrossoverOperator, MutationOperator >::dVarBounds_m

private

bounds on design variables

Definition at line 304 of file Variator.h.

◆ individualsToEvaluate_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

std::queue<unsigned int> Variator< ind_t, CrossoverOperator, MutationOperator >::individualsToEvaluate_m

private

keep a queue of individuals that have to be evaluated

Definition at line 299 of file Variator.h.

◆ mutationProbability_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

double Variator< ind_t, CrossoverOperator, MutationOperator >::mutationProbability_m

private

probability of applying the mutation operator

Definition at line 309 of file Variator.h.

◆ population_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

std::shared_ptr< Population<ind_t> > Variator< ind_t, CrossoverOperator, MutationOperator >::population_m

private

population of individuals

Definition at line 293 of file Variator.h.

◆ recombinationProbability_m

template<class ind_t, template< class > class CrossoverOperator, template< class > class MutationOperator>

double Variator< ind_t, CrossoverOperator, MutationOperator >::recombinationProbability_m

private

probability of applying the recombination operator

Definition at line 311 of file Variator.h.

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

Variator.h

Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Variator()

◆ ~Variator()

Member Function Documentation

◆ drand()

◆ hasMoreIndividualsToEvaluate()

◆ infeasible()

◆ initial_population()

◆ new_individual() [1/3]

◆ new_individual() [2/3]

◆ new_individual() [3/3]

◆ popIndividualToEvaluate()

◆ population()

◆ variate()

Member Data Documentation

◆ args_

◆ constraints_m

◆ dNames_m

◆ dVarBounds_m

◆ individualsToEvaluate_m

◆ mutationProbability_m

◆ population_m

◆ recombinationProbability_m