from rail import Rail, LeftRail, RightRail, StraightRail
cars = []
rails = []
for rotation in range(0, 4):
leftrail = LeftRail(rotation)
rightrail = RightRail(rotation)
straightrail = StraightRail(rotation)
rails.extend([leftrail, rightrail, straightrail])
# #rails.append(leftrail)
# cars.append(Car(1.0, leftrail, "CAR0",start_time=5))
# #cars.append(Car(1.0, rightrail, "CAR1"))
# cars.append(Car(1.0, straightrail, "CAR2"))
intersection1 = Intersection(cars, rails)
print(intersection1.rails)
intersection1.update()
# print("Cf", intersection.cars)
#rails2 = [LeftRail(0), LeftRail(1), LeftRail(2)]
# intersection2 = Intersection([
# Car(1.0, rails2[0], 0, [(133, 1.0), (163, 0.1), (184, 0.1), (318, 0.1)]),
# Car(1.0, rails2[1], 0, [(155, 0.1), (163, 0.1), (318, 0.1)]),
# Car(1.0, rails2[2], 0, [(134, 0.2), (155, 0.1), (184, 0.1), (318, 0.1)]),], rails2)
# setup_view = SetupView(intersection=intersection,
# window_size=(800, 600),
# x_lanes=2,
# y_lanes=2)
# while not setup_view.done:
# setup_view.tick()
import sys
from car import Car
from gui import ZipperView, SetupView
from intersection import Intersection
from rail import Rail, LeftRail, RightRail, StraightRail
rails = []
for rotation in range(4):
leftrail = LeftRail(rotation)
rightrail = RightRail(rotation)
straightrail = StraightRail(rotation)
rails.extend([leftrail, rightrail, straightrail])
intersection = Intersection([], rails)
intersection.update()
setup_view = SetupView(intersection=intersection,
window_size=(800, 600),
x_lanes=2,
y_lanes=2)
while not setup_view.done:
setup_view.tick()
if setup_view.quitting:
sys.exit()
kars = setup_view.cars
print("Loading")
intersection2 = Intersection(kars, rails)
intersection2.update()
print(setup_view.lane_cars)
