import turtle

alex = turtle.Turtle()


while True:

	v = float (input ('magnitud: '))
	alex.forward(v)
	x=alex.xcor()
	y=alex.ycor()
	print(alex.pos())
	print (x,y)
	an = float(input ('angulo: '))
	alex.left(an)
#	alex.getcanvas().postscript(file = "fil.jpg")
#	alex.savefig('fil.jpg')
#exit()

e4bf5ecfd9337aa06fa0775fa07ed0b847cfbb01
<mask token>

<mask token>
while True:
    v = float(input('magnitud: '))
    alex.forward(v)
    x = alex.xcor()
    y = alex.ycor()
    print(alex.pos())
    print(x, y)
    an = float(input('angulo: '))
    alex.left(an)

<mask token>
alex = turtle.Turtle()
while True:
    v = float(input('magnitud: '))
    alex.forward(v)
    x = alex.xcor()
    y = alex.ycor()
    print(alex.pos())
    print(x, y)
    an = float(input('angulo: '))
    alex.left(an)

import turtle
alex = turtle.Turtle()
while True:
    v = float(input('magnitud: '))
    alex.forward(v)
    x = alex.xcor()
    y = alex.ycor()
    print(alex.pos())
    print(x, y)
    an = float(input('angulo: '))
    alex.left(an)

import turtle

alex = turtle.Turtle()


while True:

	v = float (input ('magnitud: '))
	alex.forward(v)
	x=alex.xcor()
	y=alex.ycor()
	print(alex.pos())
	print (x,y)
	an = float(input ('angulo: '))
	alex.left(an)
#	alex.getcanvas().postscript(file = "fil.jpg")
#	alex.savefig('fil.jpg')
#exit()
