// Fig. 9.16: CylinderTest.java
// Testing class Cylinder.
import java.text.DecimalFormat;
import javax.swing.JOptionPane;

public class CylinderTest {

  public static void main( String[] args )
  {
    // create Cylinder object
    Cylinder cylinder = new Cylinder( 12, 23, 2.5, 5.7 );

    // get Cylinder's initial x-y coordinates, radius and height
    String output = "X coordinate is " + cylinder.getX() +
                    "\nY coordinate is " + cylinder.getY() + "\nRadius is " +
                    cylinder.getRadius() + "\nHeight is " + cylinder.getHeight();

    cylinder.setX( 35 );          // set new x-coordinate
    cylinder.setY( 20 );          // set new y-coordinate
    cylinder.setRadius( 4.25 );   // set new radius
    cylinder.setHeight( 10.75 );  // set new height

    // get String representation of new cylinder value
    output +=
        "\n\nThe new location, radius and height of cylinder are\n" +
        cylinder.toString();

    // format floating-point values with 2 digits of precision
    DecimalFormat twoDigits = new DecimalFormat( "0.00" );

    // get Cylinder's diameter
    output += "\n\nDiameter is " +
              twoDigits.format( cylinder.getDiameter() );

    // get Cylinder's circumference
    output += "\nCircumference is " +
              twoDigits.format( cylinder.getCircumference() );

    // get Cylinder's area
    output += "\nArea is " + twoDigits.format( cylinder.getArea() );

    // get Cylinder's volume
    output += "\nVolume is " + twoDigits.format( cylinder.getVolume() );

    JOptionPane.showMessageDialog( null, output ); // display output

    System.exit( 0 );

  } // end main

} // end class CylinderTest