def set_route(self, sp, ep):
from TimeLord import TimeLord
t = TimeLord()
"""
If sp has room for a new car, set given nodes as start and end points
and teleport to start.
"""
assert sp is not None and ep is not None, "route start and/or end point not set"
if sp.has_room():
self._start = sp
self._end = ep
# print(" Agent %s: teleporting to start point %s (from %s)" % (self._name, sp, self._position))
if self._position:
self._position.remove_car(self)
self._position = self._start
self._start.add_car(self, False)
self._determine_path()
self._travel_start_time = t.get_timestamp()
self._waiting_times[self._travel_start_time] = []
return True
return False
def _move_car_to_street(self):
"""
Moves the next car from the main stack to the street stack it wants to go to next.
"""
from Grid import MovementEvent, GRID_EVENT as GE
t = TimeLord()
time= t.get_timestamp()
if len(self._car_stack) > 0:
car = self._car_stack[0]
next_dir, next_stop = car.get_next_dir(), car.get_next_stop()
#print("car %s" % car)
#print("next stop: %s (%i), route: %s" % (next_stop, next_dir, car._path))
if next_stop is None:
#print("Route done.")
return False
street_stack = self._streets[next_dir]
# print("room for car on street? %s" % (len(street_stack) < self._max_cars_on_street))
if len(street_stack) < self._max_cars_on_street:
street_stack.append(car)
self._car_stack.pop(0)
#print('moving')
car.handle_movement_event(MovementEvent(GE.STREET_ARRIVED, time, self))
return True
else:
car.handle_movement_event(MovementEvent(GE.STREET_REJECTED, time, self))
self._add_center_jam(time)
return False
else:
return True
def _move_car_to_street(self):
"""
Moves the next car from the main stack to the street stack it wants to go to next.
"""
from Grid import MovementEvent, GRID_EVENT as GE
t = TimeLord()
time = t.get_timestamp()
if len(self._car_stack) > 0:
car = self._car_stack[0]
next_dir, next_stop = car.get_next_dir(), car.get_next_stop()
#print("car %s" % car)
#print("next stop: %s (%i), route: %s" % (next_stop, next_dir, car._path))
if next_stop is None:
#print("Route done.")
return False
street_stack = self._streets[next_dir]
# print("room for car on street? %s" % (len(street_stack) < self._max_cars_on_street))
if len(street_stack) < self._max_cars_on_street:
street_stack.append(car)
self._car_stack.pop(0)
#print('moving')
car.handle_movement_event(
MovementEvent(GE.STREET_ARRIVED, time, self))
return True
else:
car.handle_movement_event(
MovementEvent(GE.STREET_REJECTED, time, self))
self._add_center_jam(time)
return False
else:
return True
def set_route(self, sp, ep):
from TimeLord import TimeLord
t = TimeLord()
"""
If sp has room for a new car, set given nodes as start and end points
and teleport to start.
"""
assert sp is not None and ep is not None, "route start and/or end point not set"
if sp.has_room():
self._start = sp
self._end = ep
# print(" Agent %s: teleporting to start point %s (from %s)" % (self._name, sp, self._position))
if self._position:
self._position.remove_car(self)
self._position = self._start
self._start.add_car(self, False)
self._determine_path()
self._travel_start_time = t.get_timestamp()
self._waiting_times[self._travel_start_time] = []
return True
return False
