//shows the passengers
private void showDemand()
{
lbPassengers.Items.Clear();
List<Airport> airports;
if (domesticDemand)
airports = Airports.GetAirports(a => a != this.Airport && a.Profile.Country == this.Airport.Profile.Country).OrderByDescending(a => this.Airport.getDestinationPassengersRate(a, AirlinerClass.ClassType.Economy_Class)).ToList();
else
airports = Airports.GetAirports(a => a != this.Airport && a.Profile.Country != this.Airport.Profile.Country).OrderByDescending(a => this.Airport.getDestinationPassengersRate(a, AirlinerClass.ClassType.Economy_Class)).ToList();
foreach (Airport airport in airports)
{
int passengers = this.Airport.getDestinationPassengersRate(airport,AirlinerClass.ClassType.Economy_Class);
int cargo = this.Airport.getDestinationCargoRate(airport);
if (passengers > 0 || cargo > 0)
{
DestinationDemand passengerDemand = new DestinationDemand(airport.Profile.IATACode, (ushort)passengers);
DestinationDemand cargoDemand = new DestinationDemand(airport.Profile.IATACode, (ushort)cargo);
int demand = passengers;
int covered = 0;
List<Route> routes = AirportHelpers.GetAirportRoutes(airport, this.Airport).Where(r => r.Type == Route.RouteType.Mixed || r.Type == Route.RouteType.Passenger).ToList();
foreach (Route route in routes)
{
RouteAirlinerClass raClass = ((PassengerRoute)route).getRouteAirlinerClass(AirlinerClass.ClassType.Economy_Class);
double avgPassengers = route.Statistics.getStatisticsValue(raClass, StatisticsTypes.GetStatisticsType("Passengers%"));
double flights = route.TimeTable.Entries.Count;
double routeCovered = avgPassengers / (7.0 / flights);
covered += (int)routeCovered;
}
KeyValuePair<DestinationDemand, int> paxDemand = new KeyValuePair<DestinationDemand, int>(passengerDemand, Math.Max(0, demand - covered));
KeyValuePair<DestinationDemand, int> cDemand = new KeyValuePair<DestinationDemand, int>(cargoDemand, 0);
KeyValuePair<KeyValuePair<DestinationDemand, int>, KeyValuePair<DestinationDemand, int>> totalDemand = new KeyValuePair<KeyValuePair<DestinationDemand, int>, KeyValuePair<DestinationDemand, int>>(paxDemand, cDemand);
lbPassengers.Items.Add(totalDemand);
}
}
}
//adds a passenger rate for a destination
public void addDestinationPassengersRate(DestinationDemand passengers)
{
this.Statics.addPassengerDemand(passengers);
}
//adds passenger demand to the airport
public void addPassengerDemand(DestinationDemand demand)
{
lock (this.PassengerDemand)
this.PassengerDemand.Add(demand);
}
//adds a cargo rate for a destination
public void addDestinationCargoRate(DestinationDemand cargo)
{
this.Statics.addCargoDemand(cargo);
}
//adds cargo demand to the airport
public void addCargoDemand(DestinationDemand demand)
{
lock (this.CargoDemand)
this.CargoDemand.Add(demand);
}