/// <summary>
/// Imports traffic volume from older file versions still containing "Aufträge"
/// </summary>
/// <param name="fahrauftraege">List of all "Aufträge" to import</param>
public void ImportOldTrafficVolumeData(List <Auftrag> fahrauftraege)
{
foreach (Auftrag a in fahrauftraege)
{
BunchOfNodes startBof = GetOrCreateEqualBoF(a.startNodes, startPoints);
BunchOfNodes destinationBof = GetOrCreateEqualBoF(a.endNodes, destinationPoints);
TrafficVolume tv = GetOrCreateTrafficVolume(startBof, destinationBof);
switch (a.vehicleType)
{
case CityTrafficSimulator.Vehicle.IVehicle.VehicleTypes.CAR:
tv.SetTrafficVolume((int)(tv.trafficVolumeCars + a.trafficDensity * 0.92), (int)(tv.trafficVolumeTrucks + a.trafficDensity * 0.08), tv.trafficVolumeBusses, tv.trafficVolumeTrams);
break;
case CityTrafficSimulator.Vehicle.IVehicle.VehicleTypes.BUS:
tv.SetTrafficVolume(tv.trafficVolumeCars, tv.trafficVolumeTrucks, tv.trafficVolumeBusses + a.trafficDensity, tv.trafficVolumeTrams);
break;
case CityTrafficSimulator.Vehicle.IVehicle.VehicleTypes.TRAM:
tv.SetTrafficVolume(tv.trafficVolumeCars, tv.trafficVolumeTrucks, tv.trafficVolumeBusses, tv.trafficVolumeTrams + a.trafficDensity);
break;
}
}
OnStartPointsChanged(new StartPointsChangedEventArgs());
OnDestinationPointsChanged(new DestinationPointsChangedEventArgs());
}
/// <summary>
/// Stores the traffic volume into the current TrafficVolume record.
/// </summary>
private void UpdateTrafficVolume()
{
if (m_currentVolume != null && !ignoreUpdateEvent)
{
m_currentVolume.SetTrafficVolume((int)spinCarsVolume.Value, (int)spinTruckVolume.Value, (int)spinBusVolume.Value, (int)spinTramVolume.Value);
}
}