// File: ClassEx02.java

// A simple test class to give students experience creating objects and 
// calling accessor and mutator methods
// USE LINES 14 TO 36 FOR REFERENCE
// ==============================

import java.awt.Rectangle;

public class ClassEx02
{
   public static void main(String[] args)
   {
      // create a Rectangle object
      Rectangle shoeBox = new Rectangle(5, 10, 20, 30);

      // "local" variable declarations
      double xValue;		// x location of a Rectangle
      double yValue;		// y location of a Rectangle
      double width;		// width of a Rectangle
      double height;		// height of a Rectangle

      // call accessor methods to get shoeBox x and y
      // REVIEW: calling methods that RAV in assignment statements
      xValue = shoeBox.getX();
      yValue = shoeBox.getY();
      
      // print shoeBox x and y 
      System.out.println("The upper-left corner of shoeBox is at (" + 
                          xValue + "," + yValue + ")") ;
                          
      // get and print shoeBox width and height
      // REVIEW: Calling methods that RAV as the argument to another method
      // (i.e. println)
      System.out.println("The shoeBox is " + shoeBox.getWidth() + " x "
                 + shoeBox.getHeight() + "\n");
      
      // =================================================================
      // EXERCISE 1: Create a new Rectangle object with a name of your own
      // choosing, and x, y, width, and height of 54, 40, 20, and 25
      // respectively. Then, call the "get" methods to get and print the 
      // "state" (x,y,width,and height) of your Rectangle.
      // HINT: you can use the local variables declared above, declare new
      // ones, or neither (call the methods as the argument to println)
      // =================================================================
      
      
      
      
      
      // =================================================================
      // EXERCISE 2:  call the translate() method to move your Rectangle 
      // 20 units up and 75 units to the right. Then, get and pring the new 
      // location of your Rectangle.
      // =================================================================
      
      
      
      
      
      // =================================================================
      // EXERCISE 3:  call the rectangle class move() method to move the 
      // shoeBox to point (37,73).  The move methods takes 2 int arguments 
      // which are the new x and y coordinates of a Rectangle.  I.e., it 
      // moves a Rectangle to the given coordinates.  Then, call the "get"
      // methods to get and print the new coordinates
      // =================================================================
      
      
      
      
     
   }
}