def flower():
times = 9
for i in range(times):
arc(90, 180)
goto(0, 0)
left(180)
right(360 / times)
def flower():
times = 12
for i in range(times):
parallelogram(40, 40, 30)
pu()
# half of diamond, goto diamond the opposite angles
fd(40)
right(30)
fd(40)
left(30)
pd()
#draw a leaf
left(180)
arc(30, 150, 'left')
right(150)
arc(30, 120, 'right')
leaf(50, 110, 'left')
left(120)
pu()
goto(0, 0)
pd()
right(360 / times)
def parachute(radius):
left(30)
fd(radius * 2)
right(30)
arc(radius, 180, 'right')
right(30)
fd(radius * 2)
right(150)
def branch():
groups = 3
for i in range(groups):
arc(120, 20, 'right')
diamondLeaves()
left(60)
def flower():
times = 12
for i in range(times):
arc(120, 90, 'right')
arc(30, 100, 'right')
goto(0, 0)
right(170)
right(360/times)
def ring():
for r in [20, 40]:
pu()
goto(-r, 0)
pd()
arc(r, 360, 'right')
pu()
goto(0, 0)
def ring():
times = 45
for i in range(times):
pu()
fd(150)
pd()
arc(20, 360, 'right')
pu()
goto(0, 0)
right(360 / times)
def flower():
times = 12
for i in range(times):
parallelogram(40, 40, 30)
# go to the oppsite angle
fd(40)
right(30)
fd(40)
left(30)
left(180)
arc(50, 90, 'right')
fd(35)
leaf(45, 110, 'right')
left(90)
pu()
goto(0, 0)
pd()
right(360/times)
def concentricCircles():
for r in [80, 30]:
pu()
goto(-r, 0)
pd()
arc(r, 360, 'right')
def bigCircle():
pu()
goto(-170, 0)
pd()
arc(170, 360, 'right')
def ring():
for r in [170, 180]:
pu()
goto(-r, 0)
pd()
arc(r, 360, 'right')
def flower1():
times = 6
for i in range(times):
arc(90, 360, 'right')
right(360/times)
def bigCircle():
r = 175
pu()
goto(-r, 0)
pd()
arc(r, 360, 'right')
def heart(): r = 20 pu() goto(-r, 0) pd() arc(r, 360, 'right')
def heart(): pu() goto(-30, 0) pd() arc(30, 360, 'right')