"""
import pymel.core as pm
#define radius of the bouncing ball
ballRadius = 2
#create the ball
ball = pm.polySphere(radius = ballRadius)[0]
#rename the ball
pm.rename('pSphere1', 'Ball')
#translate the ball transform up so the bottom of the geometry is at 0, 0, 0 at frame 0
pm.setKeyframe(ball.tx)
ball.translateY.set(ballRadius)
def bouncingBall():
    #Set tangents to slow in/slow out the ball
    pm.keyTangent(ball.ty, t=[1], outAngle='70')
	pm.keyTangent(ball.ty, t=[24], inAngle='-70')
	pm.keyTangent(ball.ty, t=[12], itt='spline', ott='spline')

    #Squishes the ball for the first frame
    pm.currentTime(1)
    ball.scale.set(1,-.2,1)
    ball.translate.set(0,0,0)
    ball.translateY.setKey()
    ball.scale.setKey()
    #Pops the ball up
    pm.currentTime(3)
    ball.scale.set(1,0.820,1)
    ball.translate.set(0,6,0)
    ball.translateY.setKey()
    ball.scale.setKey()
    #Slows in before middle frame
    pm.currentTime(9)
    ball.scale.set(1,1,1)
    ball.translateY.set(19)
    ball.translateY.setKey()
    ball.scale.setKey()
    #Returns ball to its normal shape for frame 12
    pm.currentTime(12)
    ball.scale.set(1,1,1)
    ball.translateY.set(21)
    ball.translateY.setKey()
    ball.scale.setKey()
    #Slow out
    pm.currentTime(16)
    ball.translateY.set(17)
    ball.translateY.setKey()
    ball.scale.set(1,1.17,1)
    ball.scale.setKey()
    #Stretches ball before last frame
    pm.currentTime(20)
    ball.translateY.set(4)
    ball.translateY.setKey()
    ball.scale.set(1,1.7,1)
    ball.scale.setKey()
    #Repeats first frame
    pm.currentTime(24)
    ball.scale.set(1,.2,1)
    ball.translateY.set(0)
    ball.translate.setKey()
    ball.scale.setKey()


bouncingBall()