from myworld.TurtleWorld import TurtleWorld
from myworld.World import wait_for_user
from myworld.MyTurtle import MyTurtle
# the following condition checks whether we are
# running as a script, in which case run the test code,
# or being imported, in which case don't.
if __name__ == '__main__':
world=TurtleWorld()
bob=MyTurtle()
bob.delay = 0
# draw a sequence of three flowers, as shown in the book.
bob.move( -100)
bob.draw_flower( 7, 60.0, 60.0)
bob.move(100)
bob.draw_flower(10, 40.0, 80.0)
bob.move(100)
bob.draw_flower(20, 140.0, 20.0)
bob.die()
wait_for_user()
from myworld.TurtleWorld import TurtleWorld
from myworld.World import wait_for_user
from myworld.MyTurtle import MyTurtle
# the following condition checks whether we are
# running as a script, in which case run the test code,
# or being imported, in which case don't.
if __name__ == '__main__':
world=TurtleWorld()
bob=MyTurtle()
bob.delay = 0.001
# draw a circle centered on the origin
radius = 100
#bob.pu()
bob.fd(radius)
bob.lt()
#bob.pd
bob.square(radius)
bob.circle(radius)
bob.die()
wait_for_user()
from myworld.TurtleWorld import TurtleWorld
from myworld.World import wait_for_user
from myworld.MyTurtle import MyTurtle
import math
# the following condition checks whether we are
# running as a script, in which case run the test code,
# or being imported, in which case don't.
if __name__ == '__main__':
world=TurtleWorld()
# Wir erzeugen einen Turtle
turty=MyTurtle()
# Der Turtle wartet auf uns
turty.delay = 0.4
# Die Laenge betraegt 100 Punkte
laenge = 100
baum=laenge/2
# Wir drehen turty um 90
turty.lt(90)
# Wir zeichen ein Quadrat
turty.square(laenge)
# Wir gehen auf das Quadrat hinauf
turty.move(laenge)
# Der linke Giebel
turty.lt(45)
turty.fd(laenge/2*math.sqrt(2))
# und nun der rechte Giebel
turty.lt(90)