Read me for Final Project

ShootGame.cpp
by Josh Allen
Designed with Dev-C++ 4.9.9.2

The objective of the final project is to incorporate the animation
techniques we have learned in this class and make them work together.
In my project, I simulated a guy in a basketball gym shooting baskets.
The user has control over the figure (rotation, walking, shooting),
and tries to make a basket by choosing the angle at which to release
the ball.

Controls:
- The arrow keys move the camera around.
- , - Turns the figure to the left 30 degrees.
- . - Turns the figure to the right 30 degrees.
- [Space] - Figure steps forward two steps.
- s - If the ball is in the figure's possession, pressing 's' will
	cause a meter just to the right of the backboard.  The
	figure will go into a shooting motion.  Press 's' again
	when the meter is near the center of the rectangle, and the
	figure will shoot the ball.
- c - Toggles "Chase Mode".  If off, the ball will appear in the
	figure's hands after it bounces around the world for a while.
	If on, the figure will chase down the ball until he's close
	enough to "pick it up".  CAUTION:  Chase Mode does not quite
	work properly.  The figure will occasionally rotate the wrong
	way, and sometimes the program can crash (for reasons unknown).

The idea behind the Shoot Meter is:
When the shot is released, the magnitude of the initial velocity given
an "ideal release angle" is calculated so that the ball will end up in
the center of the rim.  This ideal angle is directly in the middle of the
Shoot Meter.  The closer the line is to the center when you press 's', the
more likely you are to make the shot.
The initial velocity is calculated with a standard projectile motion
equation.

The program implements physically-based modeling (the ball's motion during
the shot), an articulated figure (the shooter), and ease-in/out interpolation
(when the shooter rotates).