/*
 * Course: SE1011-011
 * Term: Fall 2013
 * Assignment: Lab 7
 * Author: Brett Peavler
 *
 * This program relies on the Game.Die class, which you wrote for Game.Game.
 * See http://msoe.us/taylor/se1011/Game.Game for the UML diagram and specification.
 */
package game;

public class Lab7_011_8_3 {
    public static void main(String[] args){

        // Can often remove "this."
        // But watch out for run-time errors!

        // Two methods for using helper methods
        // 1. Breaking up long lists of code into logical sections
        //    (simplify complicated algorithms)
        // 2. Reusing code
        Lab7State011_8_3 state = new Lab7State011_8_3();
        // state.playGame();

        // Back to Chapter 7

        String str = "";
        String str2 = "";

        str.equals(str2);


        Lab7State011_8_3 state2 = new Lab7State011_8_3();
        Lab7State011_8_3 state3 = new Lab7State011_8_3();
        Lab7State011_8_3 state4 = state3;

        // Object comparison
        state2.equals(state3);
        // Reference comparison
        boolean areSame = state2 == state3;
        boolean areSame2 = state3 == state4;

        // Swapping values
        Complex011_8_3 c1 = new Complex011_8_3(1,3);
        Complex011_8_3 c2 = new Complex011_8_3(2,5);
        c1.swap(c2);
        System.out.println("c1: "+c1.toString());
        System.out.println("c2: "+c2.toString());

    }
}