def do_step(self):
"""
Runs one simulation step and returns True, unless the simulation is
finished (params.max_days has been reached).
"""
w, g = self._world, self._world.get_grid()
cars = w.get_agents()
t = TimeLord()
w.update_grid()
start = dt.now()
if t.get_day_time() == 0:
duration = dt.now() - start
print("===== Day: %i (%.2f secs) =====" %
(t.get_day(), duration.seconds +
(duration.microseconds / 1000000)))
#self.print_grid(self._world.print_grid())
ct, cnt = 0, 0
for car in cars:
if not car.is_travelling():
car.restart_route(
) # or car.reverse_route() to have them travel home
ct += 1
else:
cnt += 1
print("** Restarted %i cars, %i still travelling" % (ct, cnt))
start = dt.now()
t.next_time_step()
self._jam_progression.append(g.get_jam_amount())
if self._parameters.max_days > -1 and t.get_day(
) >= self._parameters.max_days:
return False
else:
return True
def _transfer_car(self, direction):
"""
Moves the next car from the street stack to the mainstack of node in the given direction.
"""
from Grid import MovementEvent, GRID_EVENT as GE
t = TimeLord()
time = t.get_day_time()
street_stack = self._streets[direction]
if street_stack and len(street_stack) > 0:
car = street_stack[0]
to_node = self._neighbours[direction]
if to_node.add_car(car):
street_stack.pop(0)
car.handle_movement_event(MovementEvent(GE.JUNCTION_ARRIVED, time, self))
# print('car_transfered')
return True
else:
car.handle_movement_event(MovementEvent(GE.JUNCTION_REJECTED, time, self))
self._add_street_jam(direction,time)
return False
return True
def _transfer_car(self, direction):
"""
Moves the next car from the street stack to the mainstack of node in the given direction.
"""
from Grid import MovementEvent, GRID_EVENT as GE
t = TimeLord()
time = t.get_day_time()
street_stack = self._streets[direction]
if street_stack and len(street_stack) > 0:
car = street_stack[0]
to_node = self._neighbours[direction]
if to_node.add_car(car):
street_stack.pop(0)
car.handle_movement_event(
MovementEvent(GE.JUNCTION_ARRIVED, time, self))
# print('car_transfered')
return True
else:
car.handle_movement_event(
MovementEvent(GE.JUNCTION_REJECTED, time, self))
self._add_street_jam(direction, time)
return False
return True
