CSCI 4165 
Programming Assignment 3

Mike Roger
B00078986

URL: www.cs.dal.ca/~mroger/java/BouncingBall.html

The animation was created by applying parabolic motion equations.
These equations calculate where a projectile is in the air at any
one time.  For the repeated bounces of the ball, new parabolic 
curves were determined for each bounce.  Each time the ball hits the
ground some of the ball's energy is lost during the inelastic collision.  
This means that the ball does not bounce as high on successive bounces.
Also, on each bounce, the ball is compressed due to the force of the 
collision.  In the animation the ball becomes more and more compressed
as the kinetic energy of the ball results in the warping of the ball.