def forward_and_reflex():
for tur in FOUR_TURTLES:
if abs(tur.xcor()) >= ww() / 2 - tur.radius:
tur.setheading((180 - tur.heading()) % 360)
if abs(tur.ycor()) >= wh() / 2 - tur.radius:
tur.setheading((360 - tur.heading()) % 360)
tur.forward(2)
def move(self):
for other_tur in NinjaTurtle.all_ninjas:
if (self is not other_tur
and self.distance(other_tur) < 2 * self.radius):
self.setheading(rint(0, 360))
if abs(self.xcor()) >= ww() / 2 - self.radius:
self.setheading((180 - self.heading()) % 360)
if abs(self.ycor()) >= wh() / 2 - self.radius:
self.setheading((360 - self.heading()) % 360)
self.forward(2)
def random_point(r):
x = rint(-ww() // 2 + r, ww() // 2 - r)
y = rint(-wh() // 2 + r, wh() / 2 - r)
return (x, y)