Uses of Class
gametree.ArtificialGamePosition

Packages that use ArtificialGamePosition

Package	Description
experiment	Experiment classes which run individual experiments, as performed for the thesis, and the utility classes used by these experiments.
gametree	Various classes for storing and generating game trees for the use by algorithms and tree visualisation.

Uses of ArtificialGamePosition in experiment

Methods in experiment that return types with arguments of type ArtificialGamePosition

Modifier and Type	Method	Description
static Stream<Supplier<ArtificialGamePosition>>	CompareAlgorithms.getTrees(Boolean[] adversarial, Integer[] width, Long[] range, Integer[] alt_vals, Double[] growth_factor, Double[] force_relevance, long initial_seed)	Generates a stream of artificial game trees for all combinations of the provided parameters, using a random seed for each tree generated from the given initial seed.
static Stream<Supplier<ArtificialGamePosition>>	CompareAlgorithms.getTrees(Boolean[] adversarial, Integer[] width, Long[] range, Integer[] alt_vals, Double[] growth_factor, Double[] force_relevance, Long[] seeds)	Generates a stream of artificial game trees for all combinations of the provided parameters, for each seed in the given array.
static Stream<Supplier<ArtificialGamePosition>>	CompareAlgorithms.getTrees(Boolean[] adversarial, Integer[] width, Long[] range, Integer[] alt_vals, Double[] growth_factor, Double[] force_relevance, LongSupplier seeds)	Generates a stream of artificial game trees for all combinations of the provided parameters, using a supplied seed for each tree.

Method parameters in experiment with type arguments of type ArtificialGamePosition

Modifier and Type	Method	Description
void	CompareAlgorithms.AlgoSetup.include(String name, int iterations, BiFunction<ArtificialGamePosition, Integer, SearchAlgorithm> algo_getter)
void	CompareAlgorithms.AlgoSetup.include(String name, int iterations, BiFunction<ArtificialGamePosition, Integer, SearchAlgorithm> algo_getter, Function<Integer, SearchAlgorithm.Limits> limit_func)
void	CompareAlgorithms.AlgoSetup.include(String name, int iterations, Function<ArtificialGamePosition, SearchAlgorithm> algo_getter)
void	CompareAlgorithms.AlgoSetup.include(String name, int iterations, Function<ArtificialGamePosition, SearchAlgorithm> algo_getter, Function<Integer, SearchAlgorithm.Limits> limit_func)
void	CompareAlgorithms.AlgoSetup.include(String name, BiFunction<ArtificialGamePosition, Integer, SearchAlgorithm> algo_getter)
void	CompareAlgorithms.AlgoSetup.include(String name, BiFunction<ArtificialGamePosition, Integer, SearchAlgorithm> algo_getter, Function<Integer, SearchAlgorithm.Limits> limit_func)
void	CompareAlgorithms.AlgoSetup.include(String name, Function<ArtificialGamePosition, SearchAlgorithm> algo_getter)
static void	CompareAlgorithms.run(Stream<Supplier<ArtificialGamePosition>> trees, CompareAlgorithms.AlgoSetup algorithms, SearchAlgorithm.Limits limits, String write_to, Optional<String[]> read_from, int number_of_threads, boolean breakIterationOnSolve, boolean retry_unsolved, int initial_iteration)	CompareAlgorithms.run(Stream, AlgoSetup, Duration, Limits, String, Optional, int, int, int, boolean, boolean, boolean, int) with an infinite time limit and without any transposition tables.
static void	CompareAlgorithms.run(Stream<Supplier<ArtificialGamePosition>> trees, CompareAlgorithms.AlgoSetup algorithms, SearchAlgorithm.Limits limits, String write_to, Optional<String[]> read_from, int number_of_threads, int number_of_tables, int table_size, boolean breakIterationOnSolve, boolean retry_unsolved, int initial_iteration)	CompareAlgorithms.run(Stream, AlgoSetup, Duration, Limits, String, Optional, int, int, int, boolean, boolean, boolean, int) with an infinite time limit.
static void	CompareAlgorithms.run(Stream<Supplier<ArtificialGamePosition>> trees, CompareAlgorithms.AlgoSetup algorithms, Duration time_limit, SearchAlgorithm.Limits limits, String write_to, Optional<String[]> read_from, int number_of_threads, int number_of_tables, int table_size, boolean saveTimeIntractable, boolean breakIterationOnSolve, boolean retry_unsolved, int initial_iteration)	Performs an algorithm comparison on the provided tree generator and algorithm set.

Uses of ArtificialGamePosition in gametree

Classes in gametree that implement interfaces with type arguments of type ArtificialGamePosition

Modifier and Type	Class	Description
class	ArtificialGamePosition	Represents a game position in an artificial game tree.

Methods in gametree that return ArtificialGamePosition

Modifier and Type	Method	Description
ArtificialGamePosition	ArtificialGamePosition.Settings.getTree()	Creates a new ArtificialGamePosition object representing a unique tree defined by the parameters set in this ArtificialGamePosition.Settings object.
ArtificialGamePosition	ArtificialGamePosition.parent()

Methods in gametree that return types with arguments of type ArtificialGamePosition

Modifier and Type	Method	Description
List<ArtificialGamePosition>	ArtificialGamePosition.next()