GenetiK Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

genetiK::EvolutionaryAlgorithm	EvolutionaryAlgorithm: The main evolutionary algorithm. This class represents the main evolutionary algorithm
genetiK::util::Exception	Exception is the base class of all exceptions thrown by classes in the GenetiK library
genetiK::gp::Gene	Gene: The node of the genetic programming tree
genetiK::gp::st::Gene	Gene: The node of the genetic programming tree
genetiK::util::IllegalStateException	Signals that an objects is in an illegal state
genetiK::ga::Individual	Individual: GA-specific Individual
genetiK::gp::Individual	Individual: GP-specific Individual
genetiK::gp::st::Individual	Individual: GP-ST-specific Individual
genetiK::Individual	Individual: generic Individual
genetiK::ga::IndividualFactory	IndividualFactory: GA-specific Individual Factory
genetiK::gp::IndividualFactory	IndividualFactory: GP-specific Individual Factory
genetiK::gp::st::IndividualFactory	IndividualFactory: GP-ST-specific IndividualFactory
genetiK::IndividualFactory	IndividualFactory: generic Individual Factory
genetiK::util::Log	Provided basic logging functionalities
genetiK::Population	Population is a collection of Individual objects
genetiK::util::Random	This class represents both the interface and the container of the Random implementation used in the genetiK library
genetiK::util::RandomDefault	This class is the default random implementation with the 'Mersenne Twister' algorithm
genetiK::RankingSelection	Ranking Selection method
genetiK::RouletteWheel	Selects an Individual from a Population using Roulette Wheel policy
genetiK::SelectionMethod	Selects an Individual from a Population
genetiK::StopCriterion	Stop condition for an EvolutionaryAlgorithm This class encapsulates a stop condition for an EvolutionaryAlgorithm. In particular, it may be extended to implement specific stop conditions
genetiK::StopCriterionMaxIteration	Iteration count stop condition for an EvolutionaryAlgorithm This class encapsulates an iteration count stop condition for an EvolutionaryAlgorithm. It stops when a fixed number of iterations has been performed
genetiK::TournamentSelection	Selects an Individual from a Population using Tournament policy

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