x_lanes=2,
y_lanes=2)
j = 0
while not view.quitting:
view.tick()
for i, car in enumerate(intersection1.cars):
if car.get_pos(view.time) > car.rail.total_distance:
intersection1.cars.pop(i)
if random.randint(0, 100) < 9:
randRail = random.randint(0, 11)
car = Car(1,
intersection1.rails[randRail],
"CAR" + str(j),
start_time=view.time)
bad = False
for c2 in intersection1.cars:
if distance(c2.get_location(view.time), car.get_location(
view.time)) < car.radius * 2:
bad = True
if c2.rail == car.rail:
bad = True
if bad:
continue
j += 1
intersection1.split([car])
intersection1.cars.append(car)
intersection1.update()
