Batman Drawing

import turtle

import math

myPen = turtle.Turtle()

myPen.speed(500)

window = turtle.Screen()

window.bgcolor("#000000")

myPen.color("yellow")

zoom=20

myPen.left(90)

myPen.penup()

myPen.goto(-7*zoom,0)

myPen.pendown()

for xz in range(-7*zoom,-3*zoom,1):

x=xz/zoom

absx=math.fabs(x)

y=1.5*math.sqrt((-math.fabs(absx-1))*math.fabs(3-absx)/((absx-1)*(3-absx)))*(1+math.fabs(absx-3)/(absx-3))*math.sqrt(1-(x/7)**2)+(4.5+0.75*(math.fabs(x-0.5)+math.fabs(x+0.5))-2.75*(math.fabs(x-0.75)+math.fabs(x+0.75)))*(1+math.fabs(1-absx)/(1-absx))

myPen.goto(xz,y*zoom)

for xz in range(-3*zoom,-1*zoom-1,1):

x=xz/zoom

absx=math.fabs(x)

y=(2.71052+1.5-0.5*absx-1.35526*math.sqrt(4-(absx-1)**2))*math.sqrt(math.fabs(absx-1)/(absx-1))

myPen.goto(xz,y*zoom)

  

myPen.goto(-1*zoom,3*zoom)

myPen.goto(int(-0.5*zoom),int(2.2*zoom))

myPen.goto(int(0.5*zoom),int(2.2*zoom))

myPen.goto(1*zoom,3*zoom)

for xz in range(1*zoom+1,3*zoom+1,1):

x=xz/zoom

absx=math.fabs(x)

y=(2.71052+1.5-0.5*absx-1.35526*math.sqrt(4-(absx-1)**2))*math.sqrt(math.fabs(absx-1)/(absx-1))

myPen.goto(xz,y*zoom)

for xz in range(3*zoom+1,7*zoom+1,1):

x=xz/zoom

absx=math.fabs(x)

y = 1.5*math.sqrt((-math.fabs(absx-1))*math.fabs(3-absx)/((absx-1)*(3-absx)))*(1+math.fabs(absx-3)/(absx-3))*math.sqrt(1-(x/7)**2)+(4.5+0.75*(math.fabs(x-0.5)+math.fabs(x+0.5))-2.75*(math.fabs(x-0.75)+math.fabs(x+0.75)))*(1+math.fabs(1-absx)/(1-absx))

myPen.goto(xz,y*zoom)

for xz in range(7*zoom,4*zoom,-1):

x=xz/zoom

absx=math.fabs(x)

y=(-3)*math.sqrt(1-(x/7)**2) * math.sqrt(math.fabs(absx-4)/(absx-4))

myPen.goto(xz,y*zoom)

for xz in range(4*zoom,-4*zoom,-1):

x=xz/zoom

absx=math.fabs(x)

y=math.fabs(x/2)-0.0913722*x**2-3+math.sqrt(1-(math.fabs(absx-2)-1)**2)

myPen.goto(xz,y*zoom)

for xz in range(-4*zoom-1,-7*zoom-1,-1):

x=xz/zoom

absx=math.fabs(x)

y =(-3)*math.sqrt(1-(x/7)**2) * math.sqrt(math.fabs(absx-4)/(absx-4))

myPen.goto(xz,y*zoom)

  

myPen.penup()

myPen.goto(300,300)

t=input()