//********************************************************************
//  Dice.java       Author: Lewis/Loftus/Klostermeyer
//
//  Demonstrates the creation and use of a user-defined class.
//********************************************************************

class Die
{

// Note: If we changed the class definition to "public class Die"
// then we would put this class definition in a separate file Die.java

//  Represents one die (singular of dice) with faces showing values
//  between 1 and 6.

   private final int MAX = 6;  // maximum face value

   private int faceValue;  // current value showing on the die

   //-----------------------------------------------------------------
   //  Constructor: Sets the initial face value.
   //-----------------------------------------------------------------
   public Die()
   {
      faceValue = 1;
   }

   // Alternate Constructor

   public Die(int value)
   {
      faceValue = value;
   }

   //-----------------------------------------------------------------
   //  Rolls the die and returns the result.
   //-----------------------------------------------------------------
   public int roll()
   {
      faceValue = (int)(Math.random() * MAX) + 1;

      return faceValue;
   }

   //-----------------------------------------------------------------
   //  Face value mutator.
   //-----------------------------------------------------------------
   public void setFaceValue (int value)
   {
      faceValue = value;
   }

   //-----------------------------------------------------------------
   //  Face value accessor.
   //-----------------------------------------------------------------
   public int getFaceValue()
   {
      return faceValue;
   }

// Returns a string representation of this die. 
       public String toString() 
      { 
             String result = Integer.toString(faceValue); 
             return result; 
        } 

}

public class staticmethod
{

   //-----------------------------------------------------------------
   //  Creates two Die objects and rolls them several times.
   //-----------------------------------------------------------------
   public static void main (String[] args)
   {
      Die die1, die2, die3;
      int sum;

      die1 = new Die();
      die2 = new Die();

      die1.roll();
      die2.roll();
      System.out.println ("Die One: " + die1 + ", Die Two: " + die2);

// The previous two method calls are sloppy programming practice,
// as the method returns an int which is not "received"
// Better to do  this:

      int x = die1.roll();

// Or

      System.out.println("Die 1 " + die1.roll());

      die2.setFaceValue(4);
      System.out.println ("Die One: " + die1 + ", Die Two: " + die2);

      sum = die1.getFaceValue() + die2.getFaceValue();
      System.out.println ("Sum: " + sum);

      sum = die1.roll() + die2.roll();
      System.out.println ("Die One: " + die1 + ", Die Two: " + die2);
      System.out.println ("New sum: " + sum);

      die3 = new Die(4);
      System.out.println("Die Three : " + die3.getFaceValue());
  
      die3 = die2;
      System.out.println("Die Three : " + die3.getFaceValue());

      die1 = foo(die1, die2);

   }

public static Die foo(Die f1, Die f2) {

// Some folks argue that use (or overuse) of static methods
// is a bad practice. This example just shows that is is possible.

if (f1 == f2)
   return f1;
else
   if (f1.getFaceValue() == f2.getFaceValue())
     return f1;

return f2;

}

}