/**
* This method simulates traffic spawning at the given in-game time.
*/
public void SimulateAtTime(float inGameTime)
{
// Calculate estimated relative traffic volume by averaging the relative traffic volume throughout the hour
float lbRelativeTrafficVolume = CalculateRelativeTrafficVolumeAtTime(Mathf.FloorToInt(inGameTime));
float ubRelativeTrafficVolume = CalculateRelativeTrafficVolumeAtTime(Mathf.RoundToInt(inGameTime + 0.5f));
float relativeTrafficVolume = (lbRelativeTrafficVolume + ubRelativeTrafficVolume) / 2.0f;
foreach (KeyValuePair <EntryRoad, List <Traffic> > trafficStartingAt in trafficsStartingAt)
{
if (inGameTime >= nextSpawnTimes[trafficStartingAt.Key])
{
Path path = nextSpawnTraffics[trafficStartingAt.Key].Value.GetRandomPath();
LinkedListNode <Road> firstRoadNode = path.Roads.First;
VehicleController vehicle = Instantiate(
vehicleFactory.GetRandomVehicle(),
firstRoadNode.Value.StartGrid.transform.position,
firstRoadNode.Value.transform.rotation);
vehicle.Initialize(firstRoadNode);
// Add simulation manager as the speed observer
vehicle.AddObserver(SiteManager.Instance.simulationManager);
// Increment spawn time and move traffic iterator
nextSpawnTimes[trafficStartingAt.Key] += 1.0f
/ (relativeTrafficVolume * trafficStartingAt.Value.Sum(i => i.TrafficVolume));
nextSpawnTraffics[trafficStartingAt.Key] = nextSpawnTraffics[trafficStartingAt.Key].Next;
}
}
}