Reference Guide

Class Overview

Nutree Classes

Random Tree Generator

• API Reference
  • nutree.tree module
    • MIN_PYTHON_VERSION_INFO
    • Tree
      • Tree.DEFAULT_CONNECTOR_STYLE
      • Tree.DEFAULT_KEY_MAP
      • Tree.DEFAULT_VALUE_MAP
      • Tree.__contains__()
      • Tree.__delitem__()
      • Tree.__enter__()
      • Tree.__getitem__()
      • Tree.__iter__()
      • Tree.__len__()
      • Tree.add()
      • Tree.add_child()
      • Tree.build_random_tree()
      • Tree.calc_data_id()
      • Tree.calc_height()
      • Tree.children
      • Tree.clear()
      • Tree.copy()
      • Tree.copy_to()
      • Tree.count
      • Tree.count_unique
      • Tree.deserialize_mapper()
      • Tree.diff()
      • Tree.filter()
      • Tree.filtered()
      • Tree.find()
      • Tree.find_all()
      • Tree.find_first()
      • Tree.first_child()
      • Tree.format()
      • Tree.format_iter()
      • Tree.from_dict()
      • Tree.get_random_node()
      • Tree.get_toplevel_nodes()
      • Tree.iterator()
      • Tree.last_child()
      • Tree.load()
      • Tree.name
      • Tree.node_factory
      • Tree.print()
      • Tree.root_node_factory
      • Tree.save()
      • Tree.serialize_mapper()
      • Tree.sort()
      • Tree.system_root
      • Tree.to_dict_list()
      • Tree.to_dot()
      • Tree.to_dotfile()
      • Tree.to_list_iter()
      • Tree.to_mermaid_flowchart()
      • Tree.to_rdf_graph()
      • Tree.visit()
  • nutree.node module
    • Node
      • Node.DEFAULT_RENDER_REPR
      • Node.__eq__()
      • Node.__getattr__()
      • Node.__iter__()
      • Node.add()
      • Node.add_child()
      • Node.append_child()
      • Node.append_sibling()
      • Node.calc_depth()
      • Node.calc_height()
      • Node.children
      • Node.clear_meta()
      • Node.copy()
      • Node.copy_to()
      • Node.count_descendants()
      • Node.data
      • Node.data_id
      • Node.depth()
      • Node.filter()
      • Node.filtered()
      • Node.find()
      • Node.find_all()
      • Node.find_first()
      • Node.first_child()
      • Node.first_sibling()
      • Node.format()
      • Node.format_iter()
      • Node.from_dict()
      • Node.get_children()
      • Node.get_clones()
      • Node.get_common_ancestor()
      • Node.get_index()
      • Node.get_meta()
      • Node.get_parent_list()
      • Node.get_path()
      • Node.get_siblings()
      • Node.get_top()
      • Node.has_children()
      • Node.is_ancestor_of()
      • Node.is_clone()
      • Node.is_descendant_of()
      • Node.is_first_sibling()
      • Node.is_last_sibling()
      • Node.is_leaf()
      • Node.is_system_root()
      • Node.is_top()
      • Node.iterator()
      • Node.last_child()
      • Node.last_sibling()
      • Node.meta
      • Node.move_to()
      • Node.name
      • Node.next_sibling()
      • Node.node_id
      • Node.parent
      • Node.path
      • Node.prepend_child()
      • Node.prepend_sibling()
      • Node.prev_sibling()
      • Node.remove()
      • Node.remove_children()
      • Node.rename()
      • Node.set_data()
      • Node.set_meta()
      • Node.sort_children()
      • Node.to_dict()
      • Node.to_dot()
      • Node.to_list_iter()
      • Node.to_mermaid_flowchart()
      • Node.to_rdf_graph()
      • Node.tree
      • Node.up()
      • Node.update_meta()
      • Node.visit()
  • nutree.typed_tree module
    • ANY_KIND
    • TypedNode
      • TypedNode.DEFAULT_RENDER_REPR
      • TypedNode.__eq__()
      • TypedNode.__getattr__()
      • TypedNode.__iter__()
      • TypedNode.add()
      • TypedNode.add_child()
      • TypedNode.append_child()
      • TypedNode.append_sibling()
      • TypedNode.calc_depth()
      • TypedNode.calc_height()
      • TypedNode.children
      • TypedNode.clear_meta()
      • TypedNode.copy()
      • TypedNode.copy_to()
      • TypedNode.count_descendants()
      • TypedNode.data
      • TypedNode.data_id
      • TypedNode.depth()
      • TypedNode.filter()
      • TypedNode.filtered()
      • TypedNode.find()
      • TypedNode.find_all()
      • TypedNode.find_first()
      • TypedNode.first_child()
      • TypedNode.first_sibling()
      • TypedNode.format()
      • TypedNode.format_iter()
      • TypedNode.from_dict()
      • TypedNode.get_children()
      • TypedNode.get_clones()
      • TypedNode.get_common_ancestor()
      • TypedNode.get_index()
      • TypedNode.get_meta()
      • TypedNode.get_parent_list()
      • TypedNode.get_path()
      • TypedNode.get_siblings()
      • TypedNode.get_top()
      • TypedNode.has_children()
      • TypedNode.is_ancestor_of()
      • TypedNode.is_clone()
      • TypedNode.is_descendant_of()
      • TypedNode.is_first_sibling()
      • TypedNode.is_last_sibling()
      • TypedNode.is_leaf()
      • TypedNode.is_system_root()
      • TypedNode.is_top()
      • TypedNode.iterator()
      • TypedNode.kind
      • TypedNode.last_child()
      • TypedNode.last_sibling()
      • TypedNode.meta
      • TypedNode.move_to()
      • TypedNode.name
      • TypedNode.next_sibling()
      • TypedNode.node_id
      • TypedNode.parent
      • TypedNode.path
      • TypedNode.prepend_child()
      • TypedNode.prepend_sibling()
      • TypedNode.prev_sibling()
      • TypedNode.remove()
      • TypedNode.remove_children()
      • TypedNode.rename()
      • TypedNode.set_data()
      • TypedNode.set_meta()
      • TypedNode.sort_children()
      • TypedNode.to_dict()
      • TypedNode.to_dot()
      • TypedNode.to_list_iter()
      • TypedNode.to_mermaid_flowchart()
      • TypedNode.to_rdf_graph()
      • TypedNode.tree
      • TypedNode.up()
      • TypedNode.update_meta()
      • TypedNode.visit()
    • TypedTree
      • TypedTree.DEFAULT_CHILD_TYPE
      • TypedTree.DEFAULT_CONNECTOR_STYLE
      • TypedTree.DEFAULT_KEY_MAP
      • TypedTree.DEFAULT_VALUE_MAP
      • TypedTree.__contains__()
      • TypedTree.__delitem__()
      • TypedTree.__enter__()
      • TypedTree.__getitem__()
      • TypedTree.__iter__()
      • TypedTree.__len__()
      • TypedTree.add()
      • TypedTree.add_child()
      • TypedTree.build_random_tree()
      • TypedTree.calc_data_id()
      • TypedTree.calc_height()
      • TypedTree.children
      • TypedTree.clear()
      • TypedTree.copy()
      • TypedTree.copy_to()
      • TypedTree.count
      • TypedTree.count_descendants()
      • TypedTree.count_unique
      • TypedTree.deserialize_mapper()
      • TypedTree.diff()
      • TypedTree.filter()
      • TypedTree.filtered()
      • TypedTree.find()
      • TypedTree.find_all()
      • TypedTree.find_first()
      • TypedTree.first_child()
      • TypedTree.format()
      • TypedTree.format_iter()
      • TypedTree.from_dict()
      • TypedTree.get_random_node()
      • TypedTree.get_toplevel_nodes()
      • TypedTree.iter_by_type()
      • TypedTree.iterator()
      • TypedTree.last_child()
      • TypedTree.load()
      • TypedTree.name
      • TypedTree.node_factory
      • TypedTree.print()
      • TypedTree.root_node_factory
      • TypedTree.save()
      • TypedTree.serialize_mapper()
      • TypedTree.sort()
      • TypedTree.system_root
      • TypedTree.to_dict_list()
      • TypedTree.to_dot()
      • TypedTree.to_dotfile()
      • TypedTree.to_list_iter()
      • TypedTree.to_mermaid_flowchart()
      • TypedTree.to_rdf_graph()
      • TypedTree.visit()
  • nutree.common module
    • AmbiguousMatchError
      • AmbiguousMatchError.add_note()
      • AmbiguousMatchError.args
    • CONNECTORS
    • CalcIdCallbackType
    • DataIdType
    • DeserializeMapperType
    • DictWrapper
      • DictWrapper.__getitem__()
      • DictWrapper.__setitem__()
      • DictWrapper.deserialize_mapper()
      • DictWrapper.serialize_mapper()
    • FILE_FORMAT_VERSION
    • FlatJsonDictType
    • IterMethod
      • IterMethod.LEVEL_ORDER
      • IterMethod.LEVEL_ORDER_RTL
      • IterMethod.POST_ORDER
      • IterMethod.PRE_ORDER
      • IterMethod.RANDOM_ORDER
      • IterMethod.UNORDERED
      • IterMethod.ZIGZAG
      • IterMethod.ZIGZAG_RTL
      • IterMethod.__contains__()
      • IterMethod.__getitem__()
      • IterMethod.__iter__()
      • IterMethod.__len__()
    • IterationControl
      • IterationControl.add_note()
      • IterationControl.args
    • KeyMapType
    • MapperCallbackType
    • MatchArgumentType
    • PYTHON_VERSION
    • PredicateCallbackType
    • ROOT_DATA_ID
    • ReprArgType
    • SelectBranch
      • SelectBranch.add_note()
      • SelectBranch.args
    • SerializeMapperType
    • SkipBranch
      • SkipBranch.add_note()
      • SkipBranch.args
    • SortKeyType
    • StopTraversal
      • StopTraversal.add_note()
      • StopTraversal.args
    • TraversalCallbackType
    • TreeError
      • TreeError.add_note()
      • TreeError.args
    • UniqueConstraintError
      • UniqueConstraintError.add_note()
      • UniqueConstraintError.args
    • ValueDictMapType
    • ValueMapType
    • call_mapper()
    • call_predicate()
    • call_traversal_cb()
    • check_python_version()
    • get_version()
    • open_as_compressed_output_stream()
    • open_as_uncompressed_input_stream()
  • nutree.tree_generator module
    • BlindTextRandomizer
      • BlindTextRandomizer.generate()
    • DateRangeRandomizer
      • DateRangeRandomizer.generate()
    • Randomizer
      • Randomizer.generate()
    • RangeRandomizer
      • RangeRandomizer.generate()
    • SampleRandomizer
      • SampleRandomizer.generate()
    • SparseBoolRandomizer
      • SparseBoolRandomizer.generate()
    • TextRandomizer
      • TextRandomizer.generate()
    • ValueRandomizer
      • ValueRandomizer.generate()
    • build_random_tree()
• Index