public TrackDefault InitDefaultTrack()
{
TrackDefault d = new TrackDefault();
d.centraal.nextStation = d.vaartscherijn;
d.vaartscherijn.nextStationTrackB = d.centraal;
d.vaartscherijn.nextStationTrackA = d.galgenwaard;
d.galgenwaard.nextStationTrackB = d.vaartscherijn;
d.galgenwaard.nextStationTrackA = d.krommerijn;
d.krommerijn.nextStationTrackB = d.galgenwaard;
d.krommerijn.nextStationTrackA = d.padualaan;
d.padualaan.nextStationTrackB = d.krommerijn;
d.padualaan.nextStationTrackA = d.heidelberglaan;
d.heidelberglaan.nextStationTrackB = d.padualaan;
d.heidelberglaan.nextStationTrackA = d.umc;
d.umc.nextStationTrackB = d.heidelberglaan;
d.umc.nextStationTrackA = d.wkz;
d.wkz.nextStationTrackB = d.umc;
d.wkz.nextStationTrackA = d.uithof;
d.uithof.nextStation = d.wkz;
return(d);
}
static public void saveRemainingPassengers(TrackDefault d)
{
foreach (Station s in d.getStations())
{
totalRemainingPassengers += s.remainingPassengersA.Count();
totalRemainingPassengers += s.remainingPassengersB.Count();
}
}
static void Main(string[] args)
{
Console.WriteLine("Enter number of simulations: ");
int runs = int.Parse(Console.ReadLine());
Console.WriteLine("enable doorblock? (y/n)");
string option = Console.ReadLine();
if (option == "y" || option == "y")
{
Simulation.doorBlockEnabled = false;
Console.WriteLine("Give probabilityX, X should be 1, 3, 5 or 10");
Simulation.probabilityX = int.Parse(Console.ReadLine());
}
Console.WriteLine("Simulation started...");
Console.WriteLine();
// Console.WriteLine("Avg.Wtime;Max.Wtime;AvgDDC;MaxDDC;CritC;AvgDDU;MaxDDU;CritU");
for (int i = 0; i < runs; i++)
{
Program a = new Program();
d = a.InitDefaultTrack();
a.initScheme();
while (Simulation.priorityQueue.NumItems > 0)
{
Simulation.priorityQueue.Dequeue().handleEvent();
}
Simulation.saveRemainingPassengers(d);
// Console.WriteLine(Simulation.averageWaitingTime + ";" + Simulation.maxWaitingTime + ";" + Simulation.averageDelayTimeC + ";" + Simulation.maxDepartureDelayC + ";" + ((100/Simulation.numberOfTramsC)*Simulation.numOfCriticalDelayedtramsC) + ";" + Simulation.averageDelayTimeU + ";" + Simulation.maxDepartureDelayU + ";" + ((100 / Simulation.numberOfTramsU) * Simulation.numOfCriticalDelayedtramsU));
// resetSimulation();
}
Console.WriteLine("Result of " + runs + " simulation days");
Console.WriteLine("-----------------------------------------------------");
Console.WriteLine("Measure | Result | Average ");
Console.WriteLine("-----------------------------------------------------");
Console.WriteLine("avg W : " + Simulation.averageWaitingTime);
Console.WriteLine("#passengers : " + Simulation.numberOfPassengers + " | " + Simulation.numberOfPassengers / runs);
Console.WriteLine("Remaining # : " + Simulation.totalRemainingPassengers + " | " + Simulation.totalRemainingPassengers / runs);
Console.WriteLine("Max W : " + Simulation.maxWaitingTime);
Console.WriteLine("Avg DC : " + Simulation.averageDelayTimeC);
Console.WriteLine("Avg DU : " + Simulation.averageDelayTimeU);
Console.WriteLine("Max DC : " + Simulation.maxDepartureDelayC);
Console.WriteLine("Max DU : " + Simulation.maxDepartureDelayU);
Console.ReadLine();
}
