l : r; } tree rightrotate(tree t) { tree x = t->left; tree t3 = x->right; x->right = t; t->left = t3; return x; } tree leftrotate(tree t) { tree x = t->right; tree t3 = x->left; x->left = t; t->right = t3; return x; } tree leftrightrotate(tree t) {...
• private void splay( IPosition<T> p ) – splay a position in the tree. • public void insert( T value ) – insert a value into the splay tree. • public void remove( T value ) – remove a value from the splay tree. • public boolean contains( T value ) – check to s...
The critical difference between a Red-Black Tree and a regular binary tree is that all "Red-Black Tree"s are "Binary Search Tree"s, but all "Binary Search Tree"s are not "Red-Black Tree"s. A "Red-Black Tree" is a self-balancing Binary Search Tree," with each node marked wi...
• private void splay( IPosition<T> p ) – splay a position in the tree. • public void insert( T value ) – insert a value into the splay tree. • public void remove( T value ) – remove a value from the splay tree. • public boolean contains( T value ) – check to s...