def doStep():
setting.step += 1
if setting.verbose:
print "step", setting.step
moveNodes = cmdSimulationStep(setting.step)
for vehicleID, edge, pos in moveNodes:
_checkInitialPositions(vehicleID, edge, pos)
vehicle = vehicleStatus[vehicleID]
if edge == vehicle.target and not vehicle.parking:
if edge.startswith("footmain"):
vehicle.parking = True
target = "footmainout"
if edge == "footmainout":
row = random.randrange(0, DOUBLE_ROWS)
target = "footmain%sto%s" % (row, row + 1)
statistics.personArrived(vehicleID, edge, target, setting.step)
setting.manager.personArrived(vehicleID, edge, target)
if edge.startswith("cyber"):
if vehicle.delay:
vehicle.delay -= 1
elif setting.breakstep and setting.step >= setting.breakstep and edge != "cyberin":
if setting.verbose:
print "broken", vehicleID, edge
setting.breakstep = None
setting.manager.cyberCarBroken(vehicleID, edge)
vehicle.delay = BREAK_DELAY
else:
if setting.verbose:
print "arrived", vehicleID, edge
vehicle.parking = True
setting.manager.cyberCarArrived(vehicleID, edge)
setting.manager.setNewTargets()
def doStep():
setting.step += 1
if setting.verbose:
print "step", setting.step
moveNodes = cmdSimulationStep(setting.step)
for vehicleID, edge, pos in moveNodes:
_checkInitialPositions(vehicleID, edge, pos)
vehicle = vehicleStatus[vehicleID]
if edge == vehicle.target and not vehicle.parking:
if edge.startswith("footmain"):
vehicle.parking = True
target = "footmainout"
if edge == "footmainout":
row = random.randrange(0, DOUBLE_ROWS)
target = "footmain%sto%s" % (row, row+1)
statistics.personArrived(vehicleID, edge, target, setting.step)
setting.manager.personArrived(vehicleID, edge, target)
if edge.startswith("cyber"):
if vehicle.delay:
vehicle.delay -= 1
elif setting.breakstep and setting.step >= setting.breakstep and edge != "cyberin":
if setting.verbose:
print "broken", vehicleID, edge
setting.breakstep = None
setting.manager.cyberCarBroken(vehicleID, edge)
vehicle.delay = BREAK_DELAY
else:
if setting.verbose:
print "arrived", vehicleID, edge
vehicle.parking = True
setting.manager.cyberCarArrived(vehicleID, edge)
setting.manager.setNewTargets()
def doStep():
setting.step += 1
if setting.verbose:
print "step", setting.step
traci.simulationStep()
moveNodes = []
for veh, subs in traci.vehicle.getSubscriptionResults().iteritems():
moveNodes.append(
(veh, subs[tc.VAR_ROAD_ID], subs[tc.VAR_LANEPOSITION]))
departed = traci.simulation.getSubscriptionResults()[
tc.VAR_DEPARTED_VEHICLES_IDS]
for v in departed:
traci.vehicle.subscribe(v)
subs = traci.vehicle.getSubscriptionResults(v)
moveNodes.append((v, subs[tc.VAR_ROAD_ID], subs[tc.VAR_LANEPOSITION]))
for vehicleID, edge, pos in moveNodes:
_checkInitialPositions(vehicleID, edge, pos)
vehicle = vehicleStatus[vehicleID]
if edge == vehicle.target and not vehicle.parking:
if edge.startswith("footmain"):
vehicle.parking = True
target = "footmainout"
if edge == "footmainout":
row = random.randrange(0, DOUBLE_ROWS)
target = "footmain%sto%s" % (row, row + 1)
statistics.personArrived(vehicleID, edge, target, setting.step)
setting.manager.personArrived(vehicleID, edge, target)
if edge.startswith("cyber"):
if vehicle.delay:
vehicle.delay -= 1
elif setting.breakstep and setting.step >= setting.breakstep and edge != "cyberin":
if setting.verbose:
print "broken", vehicleID, edge
setting.breakstep = None
setting.manager.cyberCarBroken(vehicleID, edge)
vehicle.delay = BREAK_DELAY
else:
if setting.verbose:
print "arrived", vehicleID, edge
vehicle.parking = True
setting.manager.cyberCarArrived(vehicleID, edge)
setting.manager.setNewTargets()
def doStep():
setting.step += 1
if setting.verbose:
print "step", setting.step
traci.simulationStep()
moveNodes = []
for veh, subs in traci.vehicle.getSubscriptionResults().iteritems():
moveNodes.append(
(veh, subs[tc.VAR_ROAD_ID], subs[tc.VAR_LANEPOSITION]))
departed = traci.simulation.getSubscriptionResults(
)[tc.VAR_DEPARTED_VEHICLES_IDS]
for v in departed:
traci.vehicle.subscribe(v)
subs = traci.vehicle.getSubscriptionResults(v)
moveNodes.append((v, subs[tc.VAR_ROAD_ID], subs[tc.VAR_LANEPOSITION]))
for vehicleID, edge, pos in moveNodes:
_checkInitialPositions(vehicleID, edge, pos)
vehicle = vehicleStatus[vehicleID]
if edge == vehicle.target and not vehicle.parking:
if edge.startswith("footmain"):
vehicle.parking = True
target = "footmainout"
if edge == "footmainout":
row = random.randrange(0, DOUBLE_ROWS)
target = "footmain%sto%s" % (row, row + 1)
statistics.personArrived(vehicleID, edge, target, setting.step)
setting.manager.personArrived(vehicleID, edge, target)
if edge.startswith("cyber"):
if vehicle.delay:
vehicle.delay -= 1
elif setting.breakstep and setting.step >= setting.breakstep and edge != "cyberin":
if setting.verbose:
print "broken", vehicleID, edge
setting.breakstep = None
setting.manager.cyberCarBroken(vehicleID, edge)
vehicle.delay = BREAK_DELAY
else:
if setting.verbose:
print "arrived", vehicleID, edge
vehicle.parking = True
setting.manager.cyberCarArrived(vehicleID, edge)
setting.manager.setNewTargets()
