Uses of Interface
net.junaraki.libtree.Tree

Uses of Tree in net.junaraki.libtree

Classes in net.junaraki.libtree that implement Tree

Modifier and Type	Class and Description
class	AbstractTree<E> This class provides a skeletal implementation of the tree interface.
class	BinaryTree<E> This class implements a binary tree.
class	OrderedTree<E> This class implements an ordered tree.
class	UnorderedTree<E> This class implements an unordered tree.

Methods in net.junaraki.libtree that return Tree

Modifier and Type	Method and Description
Tree<E>	Tree.find(E element) Finds a node of the first occurrence of the given element in this tree.
Tree<E>	Tree.findChild(E element) Finds a child of the first occurrence of the given element in this node.
Tree<E>	Tree.getParent() Returns the parent of this node.
Tree<E>	Tree.getRoot() Returns the root of this tree.

Methods in net.junaraki.libtree that return types with arguments of type Tree

Modifier and Type	Method and Description
java.util.List<Tree<E>>	UnorderedTree.getNodes() Returns a list of all nodes of the type Tree<E> in this tree.
java.util.List<Tree<E>>	Tree.getNodes() Returns a list of all nodes of this tree.
java.util.List<Tree<E>>	OrderedTree.getNodes() Returns a list of all nodes of the type Tree<E> in this tree.

Methods in net.junaraki.libtree with parameters of type Tree

Modifier and Type	Method and Description
int	Tree.degree(Tree<E> node) Returns the degree of the given node.
int	AbstractTree.degree(Tree<E> node) Returns the degree of the given node.
int	Tree.depth(Tree<E> node) Returns the depth of the given node.
int	AbstractTree.depth(Tree<E> node) Returns the depth of the given node.
boolean	Tree.hasAncestor(Tree<E> ancestor) Returns true if this node has the given ancestor.
boolean	AbstractTree.hasAncestor(Tree<E> ancestor) Returns true if this node has the given ancestor.
boolean	Tree.hasDescendant(Tree<E> descendant) Returns true if this node has the given descendant.
boolean	AbstractTree.hasDescendant(Tree<E> descendant) Returns true if this node has the given descendant.
boolean	Tree.hasParent(Tree<E> parent) Returns true if this node has the given parent.
boolean	AbstractTree.hasParent(Tree<E> parent) Returns true if this node has the given parent.