from turtle import *
from math import atan2,degrees
LOGO = [
[-68,11.6],[-117.6,44.9],[-105,90],[-85.7,133.8],
[-29.3,118],[-6,75],[-2.6,69.5],[1.9,71.1],[6.2,77.5],
[45.7,133.4],[97.9,122],[106,77],[114.2,6.9],
[45.2,-38.6],[0,-48],[-82.9,-44.8],[-188.1,-1.9],
[-221,63],[-251.2,144.1],[-191.8,184.4],[-121,189],
[-71.9,189.4],[-32.8,173.8],[-6.5,151.9],[-1.4,147.1],
[2.4,148.7],[5.9,151.9],[95.5,212.5],[180.4,186.6],
[212,141],[263.5,63.7],[172.5,-15.9],[131.9,-45.1],
[114.9,-56.4],[121.3,-62.1],[135.8,-55.4],[251.4,-11.3],
[291,70.7],[273,140],[234.8,246.2],[83.6,247.4],
[5.6,188.1],[0.5,183.8],[-2.5,184.2],[-7,187.6],
[-93.7,250.3],[-222.9,234],[-259,178],[-306.9,105.2],
[-263,19.8],[-155,-37],[-90.9,-66.1],[-42.8,-75.6],
[0,-78],[109.5,-53],[176.7,41.3],[157,99],[138.8,165],
[64.6,162.7],[6.2,113.8],[-0.4,107],[-3,108.1],[-8,114],
[-50.1,159.4],[-118.8,167.2],[-156,121],[-183.2,78],
[-149.2,31.5],[-100,9],[-68.9,-8.2],[-37.7,-16.4],
[-11,-18],[-3.7,-19.3],[-2.9,-12.6],[-10,-11],
]
S1 = [
[215.5,-206.2],[227.3,-207.7],[231.5,-197.2],
[233.6,-186.6],[220.5,-183.9],[213.5,-181.6],
[188.5,-173],[188.2,-150.3],[194,-138],
[204.3,-113.3],[237.2,-113],[253,-137],
]
S2 = [
[228.7,-139.9],[218.7,-140],[214.6,-145.3],
[207.7,-157.1],[220.3,-161],[230,-164],
[260.5,-173.1],[256.5,-205.7],[242.8,-218.7],
[229.9,-230.8],[204.3,-230.4],[190,-209],
]
def cbezto(b,c,d):
speed(150)
a=pos()
t = 0.0
while t <= 1.0:
t3 = t**3
t2 = t**2
f1 = -t3+3*t2-3*t+1
f2 = 3*t3-6*t2+3*t
f3 = -3*t3+3*t2
f4 = t3
x = a[0]*f1 + b[0]*f2 + c[0]*f3 + d[0]*f4
y = a[1]*f1 + b[1]*f2 + c[1]*f3 + d[1]*f4
d1 = -3*t2+6*t-3
d2 = 9*t2-12*t+3
d3 = -9*t2+6*t
d4 = 3*t2
dx = a[0]*d1 + b[0]*d2 + c[0]*d3 + d[0]*d4
dy = a[1]*d1 + b[1]*d2 + c[1]*d3 + d[1]*d4
angr = atan2(dy, dx)
seth(degrees(angr))
goto(x, y)
t += 0.05
goto(d)
speed(5)
def L():
begin_fill()
fd(22)
rt(90)
fd(82)
lt(90)
fd(34)
rt(90)
fd(22)
rt(90)
fd(56)
rt(90)
fd(104)
end_fill()
setup(640,640)
speed(5)
color('red')
shape('turtle')
up()
rt(132.3)
fd(14.9)
down()
begin_fill()
for i in range(len(LOGO)//3):
cbezto(LOGO[i*3],LOGO[i*3+1],LOGO[i*3+2])
end_fill()
#W
up()
lt(43.5)
fd(269.7)
down()
begin_fill()
rt(178.7)
fd(22.4)
rt(95.9)
fd(65.2)
lt(137.9)
fd(65.6)
rt(138.2)
fd(66.1)
lt(138.5)
fd(66.5)
rt(96.6)
fd(21.5)
rt(85.1)
fd(110.7)
rt(134.3)
fd(61.8)
lt(134.3)
fd(61.8)
rt(134.8)
fd(110.3)
end_fill()
#A
up()
rt(147.5)
fd(161.5)
down()
begin_fill()
lt(98.8)
fd(114.9)
rt(127.1)
fd(114)
rt(88.8)
fd(21.5)
rt(90)
fd(21.5)
lt(62.2)
fd(45)
lt(68.2)
fd(21.5)
rt(94.8)
fd(22.4)
end_fill()
#A
up()
lt(255.7)
fd(78)
down()
color('white')
begin_fill()
rt(163.3)
fd(31.8)
lt(114.1)
fd(25)
lt(112.5)
fd(31.4)
end_fill()
color('red')
#L
up()
rt(84)
fd(81.9)
down()
rt(28.4)
L()
#L
up()
lt(270)
fd(80)
down()
L()
#S
up()
lt(231.1)
fd(140.1)
down()
begin_fill()
lt(83.5)
fd(21.8)
for i in range(4):
cbezto(S1[i*3],S1[i*3+1],S1[i*3+2])
rt(83.9)
fd(22.6)
for i in range(4):
cbezto(S2[i*3],S2[i*3+1],S2[i*3+2])
end_fill()
# '
up()
lt(2.4)
fd(71.6)
down()
begin_fill()
rt(61.9)
fd(44.9)
rt(96.9)
fd(21.5)
rt(90.5)
fd(44.3)
rt(88.3)
fd(15.7)
end_fill()
hideturtle()
done()
