Letter Bounce



8B Choose 1 of your 10 keyverbs/keyadjectives from class and represent it as a single 
interactive piece with no typography (except I used typography for this one). 
No static representations allowed. Many in class used nouns -- no nouns allowed.
 Be sure to leave the keyverb/keyadjective as a comment at the top of your code.

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#bounce

g.norefresh()
import math
def distance (a,b,c,d):
 return math.sqrt(pow(c-a, 2)+pow(d-b, 2))

def fillCircle (x, y, d,c):
 for i in range (x, x+d):
  for j in range (y, y+d):
   if distance (i, j, (x+(d/2)), (y+(d/2))) < (d/2):
    g.setPixel(i,j, c)
def DrawB(x, y):
 fillCircle(x, y, 15, 100)
 fillCircle(x, y+8, 8, 100)
 fillCircle(x, y+14, 8, 100)
 fillCircle(x+6, y+6, 5, 0)
def DrawO(x, y):
 fillCircle(x, y, 15, 100)
 fillCircle(x+6, y+6, 5, 0)
def DrawU(x, y): 
 fillCircle(x, y, 15, 100)
 fillCircle(x+5, y+7, 5, 0)
 fillCircle(x+5, y+10, 5, 0)

def DrawN(x, y):
 fillCircle(x, y, 15, 100)
 fillCircle(x+5, y+3, 5, 0)
 fillCircle(x+5, y, 5, 0)
 fillCircle(x, y+10, 5, 100)

def DrawC(x, y):
 fillCircle(x, y, 15, 100)
 fillCircle(x+10, y+5, 5,0)
 fillCircle(x+7, y+5, 5, 0)
def DrawE(x, y):
 fillCircle(x, y, 15, 100)
 fillCircle(x+10, y+3, 4,0)
 fillCircle(x+8, y+3, 4, 0)
 fillCircle(x+5, y+8, 3, 0)
 fillCircle(x+6, y+8, 3, 0)
 fillCircle(x+5, y+9, 3, 0)
 fillCircle(x+6, y+9, 3, 0)

#a=amplitude, b=# of bounces, h = height
def bounceB (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a*math.sin(math.pi/n*x))+h)
  DrawB(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
def bounceO (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a*math.sin(math.pi/n*x))+h)
  DrawO(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
def bounceU (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a*math.sin(math.pi/n*x))+h)
  DrawU(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
def bounceN (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a/2*math.sin(math.pi/n*x))+h/10)
  DrawN(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
def bounceC (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a/2*math.sin(math.pi/n*x))+h/10)
  DrawC(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
def bounceE (a, n, h):
 n=100/n
 for x in range (0, 100):
  y=int(abs(a/2*math.sin(math.pi/n*x))+h/10)
  DrawE(x,y)
  g.refresh()
  g.pause(3)
  g.paper(0)
bounceB(60, 3, 40)
bounceO(g.getMouse(2), (int(g.getMouse(2))%4 +2), g.getMouse(1))
bounceU(g.getMouse(2), (int(g.getMouse(2))%4 +2), g.getMouse(1))
bounceN(g.getMouse(2), (int(g.getMouse(2))%4 +2), g.getMouse(1))
bounceC(g.getMouse(2), (int(g.getMouse(2))%4 +2), g.getMouse(1))
bounceE(g.getMouse(2), (int(g.getMouse(2))%4 +2), g.getMouse(1))