Uses of Interface
edu.princeton.cs.algs4.growingtree.framework.Tree

Packages that use Tree

edu.princeton.cs.algs4.growingtree.framework

Uses of Tree in edu.princeton.cs.algs4.growingtree.framework

Subinterfaces of Tree in edu.princeton.cs.algs4.growingtree.framework

interface	AnimatingTree<P extends NodeProperties> The AnimatingTree interface extends DrawingTree because all AnimatingTrees must be drawable.
interface	AnimatingTreeHead<P extends NodeProperties> The AnimatingTreeHead interface extends DrawingTreeHead.
interface	DrawingTree<P extends NodeProperties> The DrawingTree interface extends Tree because all Drawing Trees must also be Trees.
interface	DrawingTreeHead<P extends NodeProperties> The interface defines numerous methods which allow for the drawing of the entire DrawingTree onto a given Graphics2D using the head methods.
interface	TreeHead<P extends NodeProperties> The TreeHead interface extends the Tree interface.

Classes in edu.princeton.cs.algs4.growingtree.framework that implement Tree

class	GrowingTreeHead<P extends NodeProperties> This class provides the head structure for a BSTTree.
class	GrowingTreeNode<P extends NodeProperties> The class provides the base structure of a BSTTree, a node of the Binary Search Tree.
class	MovingBSTTree<P extends NodeProperties> The class provides the base structure for a BSTTree that can move to a new position in the Binary Search Tree.

Methods in edu.princeton.cs.algs4.growingtree.framework that return Tree

Tree<P>	GrowingTreeHead.getChild() Gets the child of the TreeHead.
Tree<P>	TreeHead.getChild() Gets the child of the TreeHead.
Tree[]	GrowingTreeNode.getChildren() Returns the children of the current Tree.
Tree[]	Tree.getChildren() Returns the children of the current Tree.
Tree<P>	Tree.getParentTree() Returns the parent of the current Tree.
Tree<P>	GrowingTreeHead.partition(Tree<P> node, int keySelect) Partitions from the given node the keySelect value.
Tree<P>	TreeHead.partition(Tree<P> node, int keySelect) Partitions from the given node the keySelect value.
Tree<P>	GrowingTreeHead.search(KeyType keySearch) Searches for the comaparable object in the Tree using its natural ordering .
Tree<P>	TreeHead.search(KeyType keySearch) Searches for the comaparable object in the Tree using its natural ordering .
Tree<P>	GrowingTreeHead.searchTreeType(KeyType keySearch) Searches for the Tree in the entire tree.
Tree<P>	GrowingTreeHead.select(Tree<P> node, int keySelect) Selects the kth smallest item in the Tree using its natural ordering from the given node.
Tree<P>	TreeHead.select(Tree<P> node, int keySelect) Selects the kth smallest item in the Tree using its natural ordering from the given node.
Tree<P>	GrowingTreeHead.selectTreeType(GrowingTreeNode<P> node, int keySelect) Selects for the Tree in the entire tree.

Methods in edu.princeton.cs.algs4.growingtree.framework with parameters of type Tree

void	GrowingTreeHead.balance(Tree<P> node) Balances the tree, from the node downward, recursively rotating the median to the top.
void	TreeHead.balance(Tree<P> node) Balances the tree, from the node downward.
void	BSTTreeJPanel.balanceCommand(Tree node) Balance command.
void	TreeJPanel.balanceCommand(Tree<P> node) Balance command.
void	GrowingTreeHead.delete(Tree<P> node, boolean successorSwap) Removes the given node from the tree.
void	TreeJPanel.deleteCommand(Tree<P> node) Insert command.
void	GrowingTreeHead.insert(Tree<P> node) Inserts the node to the tree using its natural ordering .
Tree<P>	GrowingTreeHead.partition(Tree<P> node, int keySelect) Partitions from the given node the keySelect value.
Tree<P>	TreeHead.partition(Tree<P> node, int keySelect) Partitions from the given node the keySelect value.
void	TreeJPanel.partitionCommand(Tree<P> node) Partition command.
void	GrowingTreeHead.remove(Tree<P> node)
void	TreeHead.remove(Tree<P> node) Removes the given node from the tree.
void	BSTTreeJPanel.rotateToTopCommand(Tree<P> node) RotateToTop command.
void	TreeJPanel.rotateToTopCommand(Tree<P> node) RotateToTop command.
void	BSTTreeJPanel.rotateUpCommand(Tree<P> node) RotateUp command.
void	TreeJPanel.rotateUpCommand(Tree<P> node) RotateUp command.
void	BSTTreeJPanel.rotateUpDoubleCommand(Tree node) RotateUpDouble command.
void	TreeJPanel.rotateUpDoubleCommand(Tree<P> node) RotateUpDouble command.
Tree<P>	GrowingTreeHead.select(Tree<P> node, int keySelect) Selects the kth smallest item in the Tree using its natural ordering from the given node.
Tree<P>	TreeHead.select(Tree<P> node, int keySelect) Selects the kth smallest item in the Tree using its natural ordering from the given node.
void	TreeJPanel.selectCommand(Tree<P> node) Select command.
void	GrowingTreeHead.setChild(Tree<P> child) Sets the child of the TreeHead.
void	TreeHead.setChild(Tree<P> child) Sets the child of the TreeHead.
void	BSTTreeJPanel.splayCommand(Tree node) Splay command.
void	TreeJPanel.splayCommand(Tree<P> node) Splay command.
void	GrowingTreeHead.swapNodes(Tree<P> node, int keySelect) Swaps node with the the kth smallest item in its subtree using its natural ordering from the given node.