String str = object.text.replace("abc", "def");
System.out.prinlnt(str);

JTextField txt1 = new JTextField();
      txt1.addActionListener(
            new ActionListener()
            {
               public void actionPerformed(ActionEvent e)
               {
                  doSomething();
               }
            });

JTextField txt2 = new JTextField();
      txt2.addActionListener(
            new ActionListener()
            {
               public void actionPerformed(ActionEvent e)
               {
                  doSomethingElse();
               }
            });

/**
 * Assuming no wind resistance/drag
 * V = velocity
 * THETA = angle of launch (must be in radian form)
 * T = time traveled
 * G = gravity
 * x = V * cos(THETA) * T
 * y = V * sin(THETA) * T - (.5 * G * T^2)
 */
function calculateNewData()
{
   //CALCULATE HOW MUCH TIME HAS PASSED
   long timeDifference = (System.currentTimeMillis() - eventTime);

   //SO I CAN CALCULATE HOW FAR I'VE TRAVELED.
   double distanceTraveled = velocity * timeDifference;

   //CONVERT MY ANGLE INTO RADIANS BECAUSE THAT'S HOW REAL MEN DO MATH
   double radTheta = Math.toRadians(theta);

   //CALCULATE THE X-COORDINATE
   int x = (int)(distanceTraveled * Math.cos(radTheta));

   //CALCULATE THE Y-COORDINATE TAKING INTO ACCOUNT THE FORCE OF GRAVITY
   int y = (int)((distanceTraveled * Math.sin(radTheta)) - (.5 * GRAVITY * Math.pow(timeDifference, 2)));

   //ADD THE NEWLY GENERATED X,Y COORDINATES TO MY ORIGINAL POSITION
   bounds.setLocation(new Point((int)(origLocation.getX() + x), (int)(origLocation.getY() + y)));
};

//CLICK IS TO THE LEFT...
    if(clickX > posX)
    {
      //...and lower than ball
      if(clickY > posY)
      {
        posX --;
        posY ++;
        repaint();
      }
      //...and higher than ball
      if(clickY < posY)
      {
        posX --;
        posY --;
        repaint();
      }
      //...and equal height to the ball
      if(clickY == posY)
      {
        posX--;
        repaint();
      }
    }