public Intersection(Distribution <TravelType> travelers, UnifDist arrival, DiscreteDistr <IntersectionPart> intersectionPart, NormalDist vehicleService, NormalDist pedestrianService, DiscreteDistr <VehicleDirection> vehicleDirection)
{
this.travelers = travelers;
this.arrival = arrival;
this.intersectionPart = intersectionPart;
this.vehicleService = vehicleService;
this.pedestrianService = pedestrianService;
this.vehicleDirection = vehicleDirection;
}
static void Main(string[] args)
{
// Potrebno ako lokalna podesavanja ukljucuju (,) kao decimalni simbol
Thread.CurrentThread.CurrentCulture = new System.Globalization.CultureInfo("en-US");
// Postavljanje seed-a
int defaultSeed = DateTime.Now.Millisecond;
// Postavljanje raspodela
// Tip ucesnika u raskrsnici
DiscreteDistr <TravelType> travelers = new DiscreteDistr <TravelType>
(
new TravelType[] { TravelType.Vehicle, TravelType.Pedestrian },
new double[] { 0.6, 0.4 },
defaultSeed
);
// Vreme dolaska
UnifDist arrival = new UnifDist(6, 15, defaultSeed);
// U kom delu raskrsnice se pojavljuje
DiscreteDistr <IntersectionPart> intersectionPart = new DiscreteDistr <IntersectionPart>
(
new IntersectionPart[] { IntersectionPart.North, IntersectionPart.South, IntersectionPart.East, IntersectionPart.West },
new double[] { 0.25, 0.25, 0.25, 0.25 },
defaultSeed / 2
);
// Prosecno vreme prolaska kroz raskrsnicu za automobil
NormalDist vehicleService = new NormalDist(6.94, 1, defaultSeed / 3);
// Prosecna vreme prelaksa prelaza za pesaka
NormalDist pedestrianService = new NormalDist(7, 1, defaultSeed / 4);
// U kom delu raskrsnice se pojavljuje novi ucesnik
DiscreteDistr <VehicleDirection> vehicleDirection = new DiscreteDistr <VehicleDirection>
(
new VehicleDirection[] { VehicleDirection.Straight, VehicleDirection.Right, VehicleDirection.Left },
new double[] { 0.5, 0.3, 0.2 },
defaultSeed / 5
);
FEL_template <Event> template = new FEL_template <Event>();
Intersection sim = new Intersection(travelers, arrival, intersectionPart, vehicleService, pedestrianService, vehicleDirection);
// Trajanje simulacije je 3600 sekundi
template.Run(sim, 3600);
// Crtanje grafova za sve 4 strane
for (int i = 0; i < 4; i++)
{
// Pesaci
Plot pedestrianQue = new Plot()
{
Title = $"Red cekanja pesaka na \"{(IntersectionPart)i}\" prelazu",
YLabel = "Kolicina pesaka",
XLabel = "Vreme u sekundama"
};
pedestrianQue.AddStairPlot(sim.pedestrianQueLength[i].Select((t) => t.Item1).ToArray(), sim.pedestrianQueLength[i].Select((t) => t.Item2).ToArray(), $"{(IntersectionPart)i}");
pedestrianQue.Draw();
// Vozila
Plot vehicleQue = new Plot()
{
Title = $"Red cekanja vozila na \"{(IntersectionPart)i}\" delu raskrsnice",
YLabel = "Kolicina vozila",
XLabel = "Vreme u sekundama"
};
vehicleQue.AddStairPlot(sim.vehicleQueLength[i].Select((t) => t.Item1).ToArray(), sim.vehicleQueLength[i].Select((t) => t.Item2).ToArray(), $"{(IntersectionPart)i}");
vehicleQue.Draw();
//Console.ReadKey();
}
// Ostatak statistike pisan
Console.WriteLine($"Prosecno vreme cekanja pesaka na bilo kom pesackim prelazima je {sim.pedestrianWait.Average():0.00} s.");
Console.WriteLine($"Najveci red cekanja na bilo kom pesackom prelazu je {sim.largestPedestrianQue} pesaka.");
Console.WriteLine($"Prosecno vreme cekanja vozila na bilo kom ulazu u raskrsnicu je {sim.vehicleWait.Average():0.00} s.");
Console.WriteLine($"Najveci red cekanja na bilo kom ulazu u raskrsnicu je {sim.largestVehicleQue} vozila.");
Console.ReadLine();
}
