from turtle import *
shape("turtle")
speed(10)
pensize(3)

n1 = float(input('number 1: '))
n2 = float(input('number 2: '))

pensize(n2)

a = n1 + n2
b = n1 - n2
c = n1 * n2
d = n1 / n2
e = n1 *- n2
f = n1 % n2
g = n1 // n2
h = a + b
i = c + d
j = e + f

print(f'{n1} + {n2} = {a}')
print(f'{n1} - {n2} = {b}')
print(f'{n1} x {n2} = {c}')
print(f'{n1} / {n2} = {d}')
print(f'{n1} * {n2} = {e}')
print(f'{n1} % {n2} = {f}')
print(f'{n1} // {n2} = {g}')
print(f'{a} // {b} = {h}')
print(f'{c} // {d} = {i}')
print(f'{e} // {f} = {j}')

color("red")
left(a)
forward(a)
right(a)
back(a)
penup()
home()
pendown()

color("blue")
left(b)
forward(b)
right(b)
back(b)
penup()
home()
pendown()

color("green")
left(c)
forward(c)
right(c)
back(c)
penup()
home()
pendown()

color("purple")
left(d)
forward(d)
right(d)
back(d)
penup()
home()
pendown()

color("orange")
left(e)
forward(e)
right(e)
circle(e / 2)
penup()
home()
pendown()

color("teal")
right(f)
forward(f * 10)
left(f * 2)
back(f * 10)
penup()
home()
pendown()

color("magenta")
left(g)
forward(g * 20)
right(g * 2)
back(g * 20)
penup()
home()
pendown()

# New color 1
color("cyan")
left(h)
forward(h)
right(h)
circle(h / 2)
penup()
home()
pendown()

# New color 2
color("gold")
left(i)
forward(i)
right(i)
circle(i / 2)
penup()
home()
pendown()

# New color 3 and safe circle radius
color("violet")
left(j)
forward(j)
right(j)
circle(j if j != 0 else 1) 
penup()
home()
pendown()

left(a)

color("red")
left(a)
forward(a)
right(a)
back(a)
penup()
home()
pendown()

left(b)

color("blue")
left(b)
forward(b)
right(b)
back(b)
penup()
home()
pendown()

left(c)

color("green")
left(c)
forward(c)
right(c)
back(c)
penup()
home()
pendown()

left(d)

color("purple")
left(d)
forward(d)
right(d)
back(d)
penup()
home()
pendown()

left(e)

color("orange")
left(e)
forward(e)
right(e)
circle(e / 2)
penup()
home()
pendown()

left(f)

color("teal")
right(f)
forward(f * 10)
left(f * 2)
back(f * 10)
penup()
home()
pendown()

left(g)

color("magenta")
left(g)
forward(g * 20)
right(g * 2)
back(g * 20)
penup()
home()
pendown()

left(h)

# New color 1
color("cyan")
left(h)
forward(h)
right(h)
circle(h / 2)
penup()
home()
pendown()

left(i)

# New color 2
color("gold")
left(i)
forward(i)
right(i)
circle(i / 2)
penup()
home()
pendown()

left(j)

# New color 3 and safe circle radius
color("violet")
left(j)
forward(j)
right(j)
circle(j if j != 0 else 1) 
penup()
home()
pendown()

left(90)

left(a*2)

color("red")
left(a)
forward(a)
right(a)
back(a)
penup()
home()
pendown()

left(b)

color("blue")
left(b)
forward(b)
right(b)
back(b)
penup()
home()
pendown()

left(c*2)

color("green")
left(c)
forward(c)
right(c)
back(c)
penup()
home()
pendown()

left(d*2)

color("purple")
left(d)
forward(d)
right(d)
back(d)
penup()
home()
pendown()

left(e*2)

color("orange")
left(e)
forward(e)
right(e)
circle(e / 2)
penup()
home()
pendown()

left(f*2)

color("teal")
right(f)
forward(f * 10)
left(f * 2)
back(f * 10)
penup()
home()
pendown()

left(g*2)

color("magenta")
left(g)
forward(g * 20)
right(g * 2)
back(g * 20)
penup()
home()
pendown()

left(h* 2)


color("cyan")
left(h)
forward(h)
right(h)
circle(h / 2)
penup()
home()
pendown()

left(i * 2)


color("gold")
left(i)
forward(i)
right(i)
circle(i / 2)
penup()
home()
pendown()

left(j * 2)


color("violet")
left(j)
forward(j)
right(j)
circle(j if j != 0 else 1) 
penup()
home()
pendown()

left(90)

pendown()
done()