eoEasyPSO< POT > Class Template Reference

An easy-to-use particle swarm algorithm; you can use any particle, any flight, any topology. More...

#include <eoEasyPSO.h>

Inheritance diagram for eoEasyPSO< POT >:

List of all members.

Public Member Functions
	eoEasyPSO (eoInitializerBase< POT > &_init, eoContinue< POT > &_continuator, eoEvalFunc< POT > &_eval, eoVelocity< POT > &_velocity, eoFlight< POT > &_flight)
	Full constructor.
	eoEasyPSO (eoInitializerBase< POT > &_init, eoContinue< POT > &_continuator, eoEvalFunc< POT > &_eval, eoVelocity< POT > &_velocity)
	Constructor without eoFlight.
	eoEasyPSO (eoContinue< POT > &_continuator, eoEvalFunc< POT > &_eval, eoVelocity< POT > &_velocity, eoFlight< POT > &_flight)
	eoEasyPSO (eoContinue< POT > &_continuator, eoEvalFunc< POT > &_eval, eoVelocity< POT > &_velocity)
	Constructor without eoFlight nor eoInitializerBase.
virtual void	operator() (eoPop< POT > &_pop)
	Apply a few iteration of flight to the population (=swarm).
Protected Attributes
eoInitializerBase< POT > &	init
eoContinue< POT > &	continuator
eoEvalFunc< POT > &	eval
eoVelocity< POT > &	velocity
eoFlight< POT > &	flight
eoEasyPSO::eoDummyFlight	dummyFlight
eoEasyPSO::eoDummyInitializer	dummyInit
Classes
class	eoDummyFlight
class	eoDummyInitializer

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Detailed Description

template<class POT>
class eoEasyPSO< POT >

An easy-to-use particle swarm algorithm; you can use any particle, any flight, any topology.

.. The main steps are : (The population is expected to be already evaluated)

• for each generation and each particle pi
• evaluate the velocities -- perform the fligth of pi -- evaluate pi -- update the neighborhoods

Definition at line 44 of file eoEasyPSO.h.

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Constructor & Destructor Documentation

template<class POT>

eoEasyPSO< POT >::eoEasyPSO	(	eoInitializerBase< POT > &	_init,
		eoContinue< POT > &	_continuator,
		eoEvalFunc< POT > &	_eval,
		eoVelocity< POT > &	_velocity,
		eoFlight< POT > &	_flight
	)			[inline]

Full constructor.

Parameters:

	_init	- An eoInitializerBase that initializes the topology, velocity, best particle(s)
	_continuator	- An eoContinue that manages the stopping criterion and the checkpointing system
	_eval	- An eoEvalFunc: the evaluation performer
	_velocity	- An eoVelocity that defines how to compute the velocities
	_flight	- An eoFlight that defines how to make the particle flying: that means how to modify the positions according to the velocities

Definition at line 56 of file eoEasyPSO.h.

template<class POT>

eoEasyPSO< POT >::eoEasyPSO	(	eoInitializerBase< POT > &	_init,
		eoContinue< POT > &	_continuator,
		eoEvalFunc< POT > &	_eval,
		eoVelocity< POT > &	_velocity
	)			[inline]

Constructor without eoFlight.

For special cases when the flight is performed withing the velocity.

Parameters:

	_init	- An eoInitializerBase that initializes the topology, velocity, best particle(s)
	_continuator	- An eoContinue that manages the stopping criterion and the checkpointing system
	_eval	- An eoEvalFunc: the evaluation performer
	_velocity	- An eoVelocity that defines how to compute the velocities

Definition at line 76 of file eoEasyPSO.h.

template<class POT>

eoEasyPSO< POT >::eoEasyPSO	(	eoContinue< POT > &	_continuator,
		eoEvalFunc< POT > &	_eval,
		eoVelocity< POT > &	_velocity
	)			[inline]

Constructor without eoFlight nor eoInitializerBase.

For special cases when the flight is performed withing the velocity.

Parameters:

	_continuator	- An eoContinue that manages the stopping criterion and the checkpointing system
	_eval	- An eoEvalFunc: the evaluation performer
	_velocity	- An eoVelocity that defines how to compute the velocities

Definition at line 114 of file eoEasyPSO.h.

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

• eoEasyPSO.h