/// <summary>
///
/// </summary>
/// <param name="fs"></param>
public bool StartFlight()
{
try
{
PirepID = FlightDatabase.StartFlight(this);
Telemetry.SetValue(FSUIPCOffsets.engine1, false);
Telemetry.SetValue(FSUIPCOffsets.engine2, false);
Telemetry.SetValue(FSUIPCOffsets.engine3, false);
Telemetry.SetValue(FSUIPCOffsets.engine4, false);
Telemetry.SetValue(FSUIPCOffsets.parkingBrake, true);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeHour, DateTime.UtcNow.Hour);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeMinute, DateTime.UtcNow.Minute);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeDayOfYear, DateTime.UtcNow.DayOfYear);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeYear, DateTime.UtcNow.Year);
string Message = "Welcome to FlyAtlantic Acars";
FSUIPCOffsets.messageWrite.Value = Message;
FSUIPCOffsets.messageDuration.Value = 10;
FSUIPCConnection.Process();
phase = FlightPhases.PREFLIGHT;
FlightRunning = true;
}
catch (Exception crap)
{
throw new Exception("Failed to start flight.", crap);
}
// TODO: do all stuff via telemetry to force desired values
return(FlightRunning);
}
public Flight(FlightPhases initialPhase = FlightPhases.PREFLIGHT)
{
#region Register Events
activeEvents = new FlightEvent[] {
new FlightEvent("2A", 5, "Bank Angle Exceeded", 30, 30, (t) => { return(t.Bank > 30); }),
new FlightEvent("3A", 5, "Landing lights on above 10000 ft", 5, 5, (t) => { return(t.LandingLights && (t.Altitude > 10500)); }),
new FlightEvent("3B", 5, "Landing lights off durring approach", 5, 5, (t) => { return(!t.LandingLights && (t.RadioAltitude < 2750 || t.Altitude < 2500) && phase == FlightPhases.APPROACH); }),
new FlightEvent("3C", 5, "Speed above 250 IAS bellow 10000 ft", 10, 10, (t) => { return((t.IndicatedAirSpeed > 255) && (t.Altitude < 9500)); }),
new FlightEvent("3D", 5, "High Speed On Taxi Out", 5, 5, (t) => { return((t.GroundSpeed > 30 && t.OnGround) && phase == FlightPhases.TAXIOUT); }),
new FlightEvent("3E", 5, "High Speed On Taxi In", 5, 5, (t) => { return((t.GroundSpeed > 30 && t.OnGround) && phase == FlightPhases.TAXIIN); }),
new FlightEvent("4A", 5, "Landing light on above 250 IAS", 5, 5, (t) => { return(t.LandingLights && t.IndicatedAirSpeed > 255); }),
new FlightEvent("4B", 5, "Landing lights Off On TakeOff", 5, 5, (t) => { return(!t.LandingLights && phase == FlightPhases.TAKEOFF); }),
new FlightEvent("4C", 5, "Pitch High Below 1500ft on Departure(Radio)", 10, 10, (t) => { return((t.RadioAltitude < 1500) && t.Pitch > 20); }),
new FlightEvent("4D", 5, "Gear down above 250 IAS", 10, 30, (t) => { return(t.Gear && t.IndicatedAirSpeed > 255); }),
new FlightEvent("6A", 1, "Maximum TakeOff Weight Excceded", 30, 30, (t) => { return(phase == FlightPhases.TAKEOFF && (t.GrossWeight > LoadedFlightPlan.Aircraft.MTW)); }),
new FlightEvent("6B", 1, "Maximum Landing Weight Excceded", 30, 30, (t) => { return(phase == FlightPhases.LANDING && (t.GrossWeight > LoadedFlightPlan.Aircraft.MLW)); }),
new FlightEvent("6C", 1, "Maximum Service Ceiling Excceded", 30, 30, (t) => { return(!t.OnGround && (t.Altitude > LoadedFlightPlan.Aircraft.Celling)); }),
//new FlightEvent("6D", 1, "Maximum Speed Flap Excceded" , 30, 30, (t) => {
// var flapSetting = LoadedFlightPlan.Aircraft.FlapSettings.OrderBy(x => x.Key).Where(x => x.Key < t.Flaps).FirstOrDefault().Value;
// return (!t.OnGround && (t.IndicatedAirSpeed > flapSetting.IASLimit));
//}),
new FlightEvent("6D", 1, "Maximum Speed Flap Excceded", 30, 30, (t) => { return(LoadedFlightPlan.Aircraft.FlapSettings.ContainsKey(t.Flaps) && (LoadedFlightPlan.Aircraft.FlapSettings[t.Flaps].IASLimit < t.IndicatedAirSpeed)); }),
new FlightEvent("7B", 5, "Pitch too high", 30, 30, (t) => { return(t.Pitch > 30); })
};
#endregion Register Events
phase = initialPhase;
FlightRunning = false;
TelemetryLog = new List <Telemetry>();
ActualArrivalTimeId = -1;
ActualDepartureTimeId = -1;
LoadedFlightPlan = null;
FinalScore = 100;
Events = new List <EventOccurrence>();
}
/// <summary>
/// Handle flight phases
/// </summary>
public Telemetry HandleFlightPhases(Telemetry currentTelemetry = null)
{
if (currentTelemetry == null)
{
currentTelemetry = Telemetry.GetCurrent();
}
// handle switching phase
switch (phase)
{
case FlightPhases.PREFLIGHT:
if (currentTelemetry.Engine1 && !currentTelemetry.ParkingBrake)
{
phase = FlightPhases.PUSHBACK;
}
break;
case FlightPhases.PUSHBACK:
if (currentTelemetry.Engine1 && !currentTelemetry.ParkingBrake && currentTelemetry.IndicatedAirSpeed >= 10)
{
phase = FlightPhases.TAXIOUT;
}
break;
case FlightPhases.TAXIOUT:
if (currentTelemetry.Engine1 && currentTelemetry.IndicatedAirSpeed >= 30)
{
ActualDepartureTimeId = TelemetryLog.Count; // works because we will be inserting the current telemetry data to the TelemetryLog
phase = FlightPhases.TAKEOFF;
}
break;
case FlightPhases.TAKEOFF:
if (!currentTelemetry.OnGround)
{
phase = FlightPhases.CLIMBING;
}
break;
case FlightPhases.CLIMBING:
if (currentTelemetry.VerticalSpeed <= 100 && currentTelemetry.VerticalSpeed >= -100 && !currentTelemetry.OnGround)
{
phase = FlightPhases.CRUISE;
}
else if (currentTelemetry.VerticalSpeed <= -100 && !currentTelemetry.OnGround && LastTelemetry.Location.GetDistanceTo(LoadedFlightPlan.ArrivalAirfield.Position) > 18000)
{
phase = FlightPhases.DESCENDING;
}
break;
case FlightPhases.CRUISE:
if (currentTelemetry.VerticalSpeed <= -100 && !currentTelemetry.OnGround && LastTelemetry.Location.GetDistanceTo(LoadedFlightPlan.ArrivalAirfield.Position) > 18000)
{
phase = FlightPhases.DESCENDING;
}
else if (currentTelemetry.VerticalSpeed >= 100 && !currentTelemetry.OnGround)
{
phase = FlightPhases.CLIMBING;
}
else if (!currentTelemetry.OnGround && currentTelemetry.IndicatedAirSpeed <= 200 && LastTelemetry.Location.GetDistanceTo(LoadedFlightPlan.ArrivalAirfield.Position) < 18000)
{
phase = FlightPhases.APPROACH;
}
break;
case FlightPhases.DESCENDING:
if (!currentTelemetry.OnGround && currentTelemetry.IndicatedAirSpeed <= 200 && LastTelemetry.Location.GetDistanceTo(LoadedFlightPlan.ArrivalAirfield.Position) < 18000)
{
phase = FlightPhases.APPROACH;
}
else if (currentTelemetry.VerticalSpeed >= 100 && !currentTelemetry.OnGround)
{
phase = FlightPhases.CLIMBING;
}
else if (currentTelemetry.VerticalSpeed <= 100 && currentTelemetry.VerticalSpeed >= -100 && !currentTelemetry.OnGround)
{
phase = FlightPhases.CRUISE;
}
break;
case FlightPhases.APPROACH:
if (currentTelemetry.OnGround)
{
ActualArrivalTimeId = TelemetryLog.Count; // again, works because we will be inserting the current telemetry data to the TelemetryLog
phase = FlightPhases.LANDING;
}
else if (currentTelemetry.VerticalSpeed >= 100)
{
phase = FlightPhases.CLIMBING;
}
break;
case FlightPhases.LANDING:
if (currentTelemetry.IndicatedAirSpeed <= 40 && currentTelemetry.OnGround)
{
phase = FlightPhases.TAXIIN;
}
break;
case FlightPhases.TAXIIN:
if (!currentTelemetry.Engine1 && !currentTelemetry.Engine2 && !currentTelemetry.Engine3 && !currentTelemetry.Engine4 && currentTelemetry.ParkingBrake)
{
phase = FlightPhases.PARKING;
}
break;
}
currentTelemetry.FlightPhase = phase;
return(currentTelemetry);
}
