private void ChangeShifts()
{
if (Tracker + 1 < Path.Count - 1)
{
Tracker++;
Invoke_CalculationShifts(Tracker);
}
else
{
Shifts.Dx = Shifts.Dy = Shifts.Dz = 0;
FlightStage = FlightStage.NeedToRemove;
}
}
private void Aircraft_FlightStageChanged(FlightStage stage)
{
switch (stage)
{
case FlightStage.Ordinary:
ChangeAndInvoke_Shifts(CalcAndSetShifts_Ordinary, Tracker);
break;
case FlightStage.Maneuver:
ChangeAndInvoke_Shifts(CalcAndSetShifts_Maneuver, Tracker);
break;
case FlightStage.HeightHold:
ChangeAndInvoke_Shifts(CalcAndSetShifts_HeightHold, Tracker);
break;
default:
break;
}
}
//private static Dictionary<string, Point> airports = new Dictionary<string, Point>()
//{
// {"Warsaw", new Point(1,1) },
// {"Paris", new Point(-100,-100) },
// {"Moscow", new Point(-200,300) }
//};
public List <FlightStage> ParseFlightStage(List <PreFlightStage> preList, List <Immobile> airportsList)
{
List <FlightStage> parsedFlightPath = new List <FlightStage>();
Dictionary <string, Point> airports = new Dictionary <string, Point>();
foreach (Immobile airport in airportsList)
{
airports.Add(airport.Name, airport.GetCoordinates());
}
foreach (PreFlightStage pre in preList)
{
FlightStage stage = new FlightStage(new Point(airports[pre.A.Text]),
new Point(airports[pre.B.Text]),
Convert.ToInt32(pre.Height.Text),
Convert.ToInt32(pre.Speed.Text)
);
parsedFlightPath.Add(stage);
}
parsedFlightPath.Add(new FlightStage(new Point(parsedFlightPath[0].B), new Point(parsedFlightPath[0].A), parsedFlightPath[0].FlightHeight, parsedFlightPath[0].FlightSpeed));
return(parsedFlightPath);
}
public void ChangeFlightStage(FlightStage stage)
{
FlightStage = stage;
FlightStageChanged.Invoke(stage);
}