/// <summary>
/// Move the airplane
/// </summary>
/// <param name="aircraft"></param>
public override void MoveAircraft(Aircraft aircraft)
{
//calcul la nouvelle position en x et y
int destX = aircraft.destinationX;
int destY = aircraft.destinationY;
PassengerAircraft passAircraft = (PassengerAircraft)aircraft;
FlyingState position = (FlyingState)passAircraft.CurrentState;
double distance = Math.Sqrt((Math.Pow(destY - position.PosY, 2)) + (Math.Pow(destX - position.PosX, 2)));
double tickRequired = distance / (passAircraft.Speed * 15);
// Si le nombre de tick est plus grand que 1, deplacer l'avion
if (tickRequired > 1)
{
double XbyTick = (destX - position.PosX) / tickRequired;
double YbyTick = (destY - position.PosY) / tickRequired;
position.PosX += Convert.ToInt32(XbyTick);
position.PosY += Convert.ToInt32(YbyTick);
}
else // sinon, l'avion est a destination
{
aircraft.CurrentState.ChangeState(aircraft);
}
}
/// <summary>
/// Land the plane, remove from the airport and add to the new one, remove from the flying list and drop the passenger
/// </summary>
/// <param name="aircraft"></param>
public void landPlane(Aircraft aircraft)
{
//Parcours les avion
for (int i = 0; i < Aircrafts.Count; i++)
{
if (Aircrafts[i] == aircraft)
{
//Parcours les aeroports
for (int y = 0; y < scenario.Airports.Count; y++)
{
//Si l'avion correspond a la destionation, atterir
if (scenario.Airports[y].X == aircraft.destinationX && scenario.Airports[y].Y == aircraft.destinationY)
{
scenario.Airports[y].Aircrafts.Add(aircraft);
aircraft.airport.Aircrafts.Remove(aircraft);
scenario.FlyingAicrafts.Remove(aircraft);
aircraft.airport = scenario.Airports[y];
PassengerAircraft passengerAircraft = (PassengerAircraft)aircraft;
passengerAircraft.CurrentCapacity = 0;
}
}
}
}
}
