/*
 * TreeIn.java
 *
 *
 */

import net.datastructures.*;

public class TreeInExample1 {
    
    static int order;
    
    /** Creates a new instance of TreeIn */
    public static void TreeIn(LinkedBinaryTree t, Position p) {
        if (t.hasLeft(p)) {
            TreeIn(t, t.left(p));
        }
        MyData1 data = (MyData1)p.element();
        System.out.println("The Inorder of "+data.A+ " is "+ order);
        data.B = order;
        order++;
        if (t.hasRight(p)) {
            TreeIn(t, t.right(p));
        }
    }
    
    public static void main(String[] args) {
        
        LinkedBinaryTree  t = new LinkedBinaryTree();
        Position parent;       
 
        /* generate a tree t, insert 9 nodes */ 
        t.addRoot(new MyData1('A'));
        
        parent = t.root();
        t.insertLeft(parent, new MyData1('B'));
        t.insertRight(parent, new MyData1('C'));
        
        parent = t.left(t.root());
        t.insertLeft(parent, new MyData1('D'));
        t.insertRight(parent, new MyData1('E'));
        
        parent = t.right(t.root());
        t.insertLeft(parent, new MyData1('F'));
        t.insertRight(parent, new MyData1('G'));
        
        parent = t.right(t.left(t.root()));
        t.insertLeft(parent, new MyData1('H'));
        t.insertRight(parent, new MyData1('I'));
        
        /* print the structure of tree t */
        MyData1.printTree(t);
        
        /* Inorder tranversal of tree t */
        order = 1;
        TreeIn (t, t.root());

    }
}