private void Arrival(IInputAirport input)
{
SystemTime = ArrivalTime;
GenerateNewArrivalTime();
var arrivalAirplane = GenerateAirplane(input.Airplanes);
var arrivalAirplaneLoad = GenerateLoads(arrivalAirplane);
arrivalAirplaneLoad.ArrivalTime = SystemTime;
Airplanes.Add(arrivalAirplaneLoad);
if (arrivalAirplaneLoad.IsLoadAirplane())
{
CountLoads += arrivalAirplaneLoad.Loadsize;
}
else
{
QuantityPassengers += arrivalAirplaneLoad.Loadsize;
}
var emptyTracks = Tracks.NullTracks();
if (emptyTracks.Count() > 0)
{
int newTrack = aleatory.Next(0, emptyTracks.Count());
Tracks[newTrack] = arrivalAirplaneLoad;
TimeEmptyTrack[newTrack] += SystemTime - TimeDepartuteTime[newTrack];
arrivalAirplaneLoad.TrackTime = arrivalAirplaneLoad.ArrivalTime;
ProcessTime[newTrack] = SystemTime + GenerateTimeProcess(arrivalAirplaneLoad);
}
else
{
QueueArrival.Enqueue(arrivalAirplaneLoad);
}
}
protected virtual void InitializeSystem(IInputAirport entrada)
{
ProcessTime = new double[CountTracks];
TimeDepartuteTime = new double[CountTracks];
FixedTime = new double[CountTracks];
DepartureTime = new double[CountTracks];
TimeEmptyTrack = new double[CountTracks];
Airplanes = new List <IAirplaneLoad>();
Tracks = new IAirplaneLoad[CountTracks];
QueueArrival = new Queue <IAirplaneLoad>();
aleatory = new Random();
exponentialVariable = new ExponentialVariable();
poissonVariable = new PoissonVariable();
normalVariable = new NormalVariable();
SystemTime = 0;
InitializeArray(ProcessTime, infinity);
InitializeArray(FixedTime, infinity);
InitializeArray(DepartureTime, infinity);
InitializeArray(TimeEmptyTrack, 0);
InitializeArray(TimeDepartuteTime, 0);
StopTime = entrada.Minutes;
QuantityPassengers = 0;
CountLoads = 0;
ArrivalTime = GenerateTime();
}
public virtual IOutputAirport Simulate(IInputAirport input)
{
InitializeSystem(input);
while (ArrivalTime < StopTime || Tracks.Any(x => x != null))
{
int posProcessTime;
var minProcessTime = ProcessTime.MinPos(out posProcessTime);
int posFixed;
var minFixedTime = FixedTime.MinPos(out posFixed);
int posDeparture;
var minDepartureTime = DepartureTime.MinPos(out posDeparture);
if (ArrivalTime <= minProcessTime && ArrivalTime <= minFixedTime && ArrivalTime <= minDepartureTime && ArrivalTime < StopTime)
{
// Caso de una llegada
Arrival(input);
continue;
}
if ((minProcessTime < ArrivalTime || ArrivalTime >= StopTime) && minProcessTime <= minFixedTime && minProcessTime <= minDepartureTime)
{
//Caso de procesar carga
ProcessLoad(posProcessTime);
continue;
}
if ((minFixedTime < ArrivalTime || ArrivalTime >= StopTime) && minFixedTime < minProcessTime && minFixedTime <= minDepartureTime)
{
//Caso de una rotura
Fixed(posFixed);
continue;
}
if ((minDepartureTime < ArrivalTime || ArrivalTime >= StopTime) && minDepartureTime < minProcessTime && minDepartureTime < minFixedTime)
{
//Caso de procesar un despegue
Departure(posDeparture);
}
}
return(new OutputAirport()
{
EmptyTrackTime = TimeEmptyTrack,
CountPassengers = QuantityPassengers,
LoadSize = CountLoads,
Airplanes = Airplanes
});
}