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Exercise 3: Draw a Real Time Clock with Graphics2D Write a Java program to simulate a real time clock that matches the output below. The clock should have three hands for hours, minutes, and seconds. The application frame and the clock should have a fixed size (no resizing will be required). Clock 9 12 6 3 The following code fragment shows Graphics2D code for rotating the second's hand, using a geometric transform. In this example, seconds is the number of seconds in the current time, while x, y are the screen coordinates for the centre of rotation. g2D.rotate(Math.toRadians(seconds * 6.0), x, y); drawSecondHand(); g2D.rotate(- Math.toRadians(seconds * 6.0), x, y); You will need to implement the drawSecondHand() method to draw the second's hand at a fixed location, then create similarly two methods to draw the hands for hour and minutes.

          Exercise 3: Draw a Real Time Clock with Graphics2D
Write a Java program to simulate a real time clock that matches the output below. The clock should
have three hands for hours, minutes, and seconds. The application frame and the clock should have
a fixed size (no resizing will be required).
Clock
9
12
6
3
The following code fragment shows Graphics2D code for rotating the second's hand, using a
geometric transform. In this example, seconds is the number of seconds in the current time, while
x, y are the screen coordinates for the centre of rotation.
g2D.rotate(Math.toRadians(seconds * 6.0), x, y);
drawSecondHand();
g2D.rotate(- Math.toRadians(seconds * 6.0), x, y);
You will need to implement the drawSecondHand() method to draw the second's hand at a fixed
location, then create similarly two methods to draw the hands for hour and minutes.

Exercise 3: Draw a Real Time Clock with Graphics2D
Write a Java program to simulate a real time clock that matches the output below. The clock should
have three hands for hours, minutes, and seconds. The application frame and the clock should have
a fixed size (no resizing will be required).
Clock
9
12
6
3
The following code fragment shows Graphics2D code for rotating the second's hand, using a
geometric transform. In this example, seconds is the number of seconds in the current time, while
x, y are the screen coordinates for the centre of rotation.
g2D.rotate(Math.toRadians(seconds * 6.0), x, y);
drawSecondHand();
g2D.rotate(- Math.toRadians(seconds * 6.0), x, y);
You will need to implement the drawSecondHand() method to draw the second's hand at a fixed
location, then create similarly two methods to draw the hands for hour and minutes.

Added by Priscilla P.

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