original_docstring: 
          Retrieve the flow (vehicles per hour) of every edges/lanes
          
docstring: Retrieve the flow (vehicles per hour) of every edges/lanes
docstring_tokens: Retrieve the flow ( vehicles per hour ) of every edges / lanes
code: def _get_flow(self):
          """
          Retrieve the flow (vehicles per hour) of every edges/lanes
          """
          counter_entered = 0
          #Returns the list of ids of vehicles that were on the named edge in the last simulation step.
          ids_N = traci.edge.getLastStepVehicleIDs("N2TL")
          ids_S = traci.edge.getLastStepVehicleIDs("S2TL")
          ids_W = traci.edge.getLastStepVehicleIDs("W2TL")
          ids_E = traci.edge.getLastStepVehicleIDs("E2TL")
          car_list = ids_N + ids_S + ids_W + ids_E
          for car_id in car_list:
              if car_id not in self._already_in:
                  counter_entered+=1
                  self._already_in.append(car_id)
          return (counter_entered/5400)*3600
code_tokens: def _get_flow ( self ) : counter_entered = 0 ids_N = traci . edge . getLastStepVehicleIDs ( "N2TL" ) ids_S = traci . edge . getLastStepVehicleIDs ( "S2TL" ) ids_W = traci . edge . getLastStepVehicleIDs ( "W2TL" ) ids_E = traci . edge . getLastStepVehicleIDs ( "E2TL" ) car_list = ids_N + ids_S + ids_W + ids_E for car_id in car_list : if car_id not in self . _already_in : counter_entered += 1 self . _already_in . append ( car_id ) return ( counter_entered / 5400 ) * 3600
short_docstring: Retrieve the flow (vehicles per hour) of every edges/lanes
short_docstring_tokens: Retrieve the flow ( vehicles per hour ) of every edges / lanes
comment: """
          Retrieve the flow (vehicles per hour) of every edges/lanes
          """$SEP$#Returns the list of ids of vehicles that were on the named edge in the last simulation step.