chipiron.players.move_selector.treevalue.indices package

Subpackages

• chipiron.players.move_selector.treevalue.indices.index_manager package
  • Submodules
  • chipiron.players.move_selector.treevalue.indices.index_manager.factory module
    • create_exploration_index_manager()
  • chipiron.players.move_selector.treevalue.indices.index_manager.node_exploration_manager module
    • NodeExplorationIndexManager
      • NodeExplorationIndexManager.update_node_indices()
      • NodeExplorationIndexManager.update_root_node_index()
    • NullNodeExplorationIndexManager
      • NullNodeExplorationIndexManager.update_node_indices()
      • NullNodeExplorationIndexManager.update_root_node_index()
    • UpdateIndexGlobalMinChange
      • UpdateIndexGlobalMinChange.update_node_indices()
      • UpdateIndexGlobalMinChange.update_root_node_index()
    • UpdateIndexLocalMinChange
      • UpdateIndexLocalMinChange.update_node_indices()
      • UpdateIndexLocalMinChange.update_root_node_index()
    • UpdateIndexZipfFactoredProba
      • UpdateIndexZipfFactoredProba.update_node_indices()
      • UpdateIndexZipfFactoredProba.update_root_node_index()
    • print_all_indices()
    • update_all_indices()
  • Module contents
    • NodeExplorationIndexManager
      • NodeExplorationIndexManager.update_node_indices()
      • NodeExplorationIndexManager.update_root_node_index()
    • create_exploration_index_manager()
• chipiron.players.move_selector.treevalue.indices.node_indices package
  • Submodules
  • chipiron.players.move_selector.treevalue.indices.node_indices.factory module
    • create_exploration_index_data()
  • chipiron.players.move_selector.treevalue.indices.node_indices.index_data module
    • IntervalExplo
      • IntervalExplo.interval
      • IntervalExplo.dot_description()
      • IntervalExplo.dot_description()
      • IntervalExplo.interval
    • MaxDepthDescendants
      • MaxDepthDescendants.dot_description()
      • MaxDepthDescendants.max_depth_descendants
      • MaxDepthDescendants.update_from_child()
    • MinMaxPathValue
      • MinMaxPathValue.min_path_value
      • MinMaxPathValue.max_path_value
      • MinMaxPathValue.dot_description()
      • MinMaxPathValue.dot_description()
      • MinMaxPathValue.max_path_value
      • MinMaxPathValue.min_path_value
    • NodeExplorationData
      • NodeExplorationData.tree_node
      • NodeExplorationData.index
      • NodeExplorationData.dot_description()
      • NodeExplorationData.dot_description()
      • NodeExplorationData.index
      • NodeExplorationData.tree_node
    • RecurZipfQuoolExplorationData
      • RecurZipfQuoolExplorationData.zipf_factored_proba
      • RecurZipfQuoolExplorationData.dot_description()
      • RecurZipfQuoolExplorationData.dot_description()
      • RecurZipfQuoolExplorationData.zipf_factored_proba
  • chipiron.players.move_selector.treevalue.indices.node_indices.index_types module
    • IndexComputationType
      • IndexComputationType.MinGlobalChange
      • IndexComputationType.MinLocalChange
      • IndexComputationType.RecurZipf
      • IndexComputationType.MinGlobalChange
      • IndexComputationType.MinLocalChange
      • IndexComputationType.RecurZipf
  • Module contents
    • IndexComputationType
      • IndexComputationType.MinGlobalChange
      • IndexComputationType.MinLocalChange
      • IndexComputationType.RecurZipf
      • IndexComputationType.MinGlobalChange
      • IndexComputationType.MinLocalChange
      • IndexComputationType.RecurZipf
    • NodeExplorationData
      • NodeExplorationData.tree_node
      • NodeExplorationData.index
      • NodeExplorationData.dot_description()
      • NodeExplorationData.dot_description()
      • NodeExplorationData.index
      • NodeExplorationData.tree_node
    • create_exploration_index_data()

Submodules

chipiron.players.move_selector.treevalue.indices.test_indices module

This module contains functions for testing the indices used in the move selector tree.

The main functions in this module are: - make_tree_from_file: Creates a move and value tree from a YAML file. - check_from_file: Compares the indices computed from the tree with the expected indices from a YAML file. - check_index: Tests the indices for a specific index computation type and tree file. - test_indices: Runs the index tests for multiple index computation types and tree files.

class chipiron.players.move_selector.treevalue.indices.test_indices.TestResult(value, names=<not given>, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

Enumeration for the test results.

FAILED = 1

PASSED = 0

WARNING = 2

chipiron.players.move_selector.treevalue.indices.test_indices.check_from_file(file_path: str | PathLike[str], tree: MoveAndValueTree) → None

Check the values in the given file against the values in the tree.

Parameters:

• file_path (str) – The path to the file containing the values to check.

• tree (MoveAndValueTree) – The tree containing the values to compare against.

Returns:

None

chipiron.players.move_selector.treevalue.indices.test_indices.check_index(index_computation: IndexComputationType, tree_file: str | PathLike[str]) → TestResult

Checks the index for a given tree file and index computation type.

Parameters:

• index_computation (IndexComputationType) – The type of index computation.

• tree_file (path) – The path to the tree file.

Returns:

The result of the index check.

Return type:

TestResult

Raises:

None –

chipiron.players.move_selector.treevalue.indices.test_indices.make_tree_from_file(file_path: str | PathLike[str], index_computation: IndexComputationType) → MoveAndValueTree

Creates a move and value tree from a file.

Parameters:

• file_path (path) – The path to the file containing the tree data.

• index_computation (IndexComputationType) – The type of index computation to use.

Returns:

The created move and value tree.

Return type:

MoveAndValueTree

chipiron.players.move_selector.treevalue.indices.test_indices.test_indices() → None

Test the index computations on multiple tree files.

This function iterates over a list of index computations and tree files, and performs a test for each combination. The results of the tests are stored in a dictionary.

Returns:

None

Module contents