public void SetInSim(ExtendedSimConnect simConnect, string?label)
{
UInt32 range = UInt32.Parse(label !);
var code = Math.Clamp(BitOperations.Log2(range / 10), 0, 5);
sender.Execute(simConnect, $"{code} (>L:{lvarName})");
}
protected override void ProcessSpoilerDemand(ExtendedSimConnect simConnect, SpoilerData data)
{
int? newPosition = null;
IEvent?toSend = null;
if (data.armed != 0)
{
toSend = armOffEvent;
//newPosition = 0;
}
else if (data.position < 100)
{
newPosition = Math.Min(data.position + 25, 100);
}
if (toSend != null)
{
_logger.LogDebug($"Now send {toSend}");
simConnect.SendEvent(toSend);
}
if (newPosition != null)
{
uint eventData = (uint)newPosition * 164;
eventData = Math.Min(eventData, 16384u);
_logger.LogDebug($"Now demand position {newPosition} or as U {eventData}");
simConnect.SendEvent(setEvent, eventData);
}
}
private void OnGroundHandler(ExtendedSimConnect simConnect, bool isOnGround)
{
SIMCONNECT_PERIOD period = isOnGround ? SIMCONNECT_PERIOD.SECOND : SIMCONNECT_PERIOD.NEVER;
simConnect.RequestDataOnSimObject(this, period);
wasAirspeedAlive = wasAbove80 = wasAbove100 = wasAboveV1 = wasAboveVR = null;
}
public override void Process(ExtendedSimConnect simConnect, LandingLightData data)
{
_logging.LogDebug($"Landing light switch? L {data.landingSwitchLeft} R {data.landingSwitchRight} states L {data.landingStateLeft} R {data.landingStateRight}");
oldLeft = data.landingSwitchLeft == 1;
oldRight = data.landingSwitchRight == 1;
hub.Clients.All.SetFromSim(GetId(), oldLeft || oldRight);
}
public override void Process(ExtendedSimConnect simConnect, RunwayCallsStateData data)
{
//System.Console.Error.WriteLine($"Runway calls state: {data.onGround}");
var period = data.onGround == 1 ? SIMCONNECT_PERIOD.VISUAL_FRAME : SIMCONNECT_PERIOD.NEVER;
onGroundHandlers?.Invoke(simConnect, data.onGround == 1);
}
public void SetInSim(ExtendedSimConnect simConnect, string?newFrequencyString)
{
var newFrequency = Decimal.Parse(newFrequencyString !);
uint hz = Decimal.ToUInt32(Decimal.Multiply(newFrequency, new Decimal(1000000)));
simConnect.SendEvent(setEvent, hz);
}
public override void Process(ExtendedSimConnect simConnect, ClimbRateData data)
{
if (data.feetPerMinute > 500)
{
hubContext.Clients.All.Speak("positive climb");
SetIsLIstening(simConnect, false);
}
}
public void SetInSim(ExtendedSimConnect simConnect, Int16 value)
{
while (value != 0)
{
simConnect.SendEvent(value < 0 ? dec : inc);
value -= (short)Math.Sign(value);
}
}
private void OnGroundHandler(ExtendedSimConnect simConnect, bool isOnGround)
{
SIMCONNECT_PERIOD period = isOnGround ? SIMCONNECT_PERIOD.SECOND : SIMCONNECT_PERIOD.NEVER;
simConnect.RequestDataOnSimObject(this, period);
wasDecel = wasBelow70 = null;
wasSpoilers = isOnGround ? false : null;
}
public void SetInSim(ExtendedSimConnect simConnect, bool value)
{
if (value != isOn)
{
sender.Execute(simConnect, "2 (>K:TOGGLE_TAXI_LIGHTS) 3 (>K:TOGGLE_TAXI_LIGHTS)");
isOn = value;
}
}
public void SetInSim(ExtendedSimConnect simConnect, Int16 value)
{
while (value != 0)
{
simConnect.SendEvent(value < 0 ? dec : inc);
value -= (short)Math.Sign(value);
}
//TODO: in the real FCU, when turning quickly, it takes *two* clicks to change by 100 ft/min V/S.
}
private void OnGroundHandler(ExtendedSimConnect simConnect, bool isOnGround)
{
Request(simConnect, isOnGround ? 1000 : 0);
if (!isOnGround)
{
engine1N1.Request(simConnect, 0);
engine2N1.Request(simConnect, 0);
}
}
public void SetInSim(ExtendedSimConnect simConnect, string?position)
{
var auto = position == "auto" ? 1 : 0;
var set = position != "off" ? 1 : 0;
var value = position switch { "on" => 0, "auto" => 1, "off" => 2, _ => throw new ArgumentException($"Unknown strobe position {position}") };
sender.Execute(simConnect, $"{auto} (>L:STROBE_0_Auto) {set} 0 r (>K:2:STROBES_SET) {value} (>L:LIGHTING_STROBE_0)");
}
}
public void SetInSim(ExtendedSimConnect simConnect, Int16?value)
{
Console.Error.WriteLine("Speedbrake from Serial not currently honoured");
return; //TODO: remove when "handle" is exposed again.
simConnect.SendEvent(value >= 0 ? armOff : armOn);
uint eventData = (uint)Math.Max((int)value !, 0) * 164;
eventData = Math.Min(eventData, 16384u);
simConnect.SendEvent(set, eventData);
}
public void Request(ExtendedSimConnect simConnect, string name, int milliseconds, double value)
{
if (milliseconds != 0 && milliseconds != 167 && milliseconds != 1000 && milliseconds != 4000)
{
throw new ArgumentException($"{milliseconds}ms not supported as checking interval");
}
var data = new LVarDataRequest {
name = name, milliseconds = milliseconds, value = value
};
simConnect.SendDataOnSimObject(data);
}
public void SetInSim(ExtendedSimConnect simConnect, string?label)
{
var code = label switch
{
"Off" => 0,
"ADF" => 1,
"VOR" => 2,
_ => throw new ArgumentOutOfRangeException($"Unrecognised EFIS navaid setting '{label}'")
};
sender.Execute(simConnect, $"{code} (>L:{lvarName})");
}
}
public override void Process(ExtendedSimConnect simConnect, TenThousandData data)
{
if (previous != null)
{
bool isAbove = data.feetIndicated > 10000;
bool wasAbove = previous > 10000;
if (isAbove != wasAbove)
{
hubContext.Clients.All.Speak("ten thousand");
}
}
previous = data.feetIndicated;
}
public void SetInSim(ExtendedSimConnect simConnect, bool value)
{
var retracted = value ? 0 : 1;
var code = $"{retracted} (>L:LANDING_2_Retracted,·Bool) {retracted} (>L:LANDING_3_Retracted,·Bool)";
if (oldLeft != value)
{
code += " 2 (>K:LANDING_LIGHTS_TOGGLE)";
}
if (oldRight != value)
{
code += " 3 (>K:LANDING_LIGHTS_TOGGLE)";
}
sender.Execute(simConnect, code);
}
public void SetInSim(ExtendedSimConnect simConnect, string?label)
{
var code = label switch
{
"Rose ILS" => 0,
"Rose VOR" => 1,
"Rose Nav" => 2,
"Arc" => 3,
"Plan" => 4,
_ => throw new ArgumentOutOfRangeException($"Unrecognised EFIS mode '{label}'")
};
sender.Execute(simConnect, $"{code} (>L:{lvarName})");
}
}
public override void Process(ExtendedSimConnect simConnect, TakeOffData data)
{
if (data.kias < 39)
{
wasAirspeedAlive = wasAbove80 = wasAboveV1 = wasAboveVR = false;
}
if (SetAndCallIfRequired(40, data.kias, "airspeed alive", ref wasAirspeedAlive))
{
v1Speed.Request(simConnect);
vrSpeed.Request(simConnect);
}
_ = SetAndCallIfRequired(80, data.kias, "eighty knots", ref wasAbove80);
_ = SetAndCallIfRequired(100, data.kias, "one hundred knots", ref wasAbove100);
_ = SetAndCallIfRequired((Int16?)v1Speed ?? 0, data.kias, "vee one", ref wasAboveV1);
_ = SetAndCallIfRequired((Int16?)vrSpeed ?? 0, data.kias, "rotate", ref wasAboveVR);
}
protected override void ProcessSpoilerDemand(ExtendedSimConnect simConnect, SpoilerData data)
{
if (data.position > 0)
{
int newPosition = Math.Max(data.position - 25, 0);
uint eventData = (uint)newPosition * 164u;
eventData = Math.Min(eventData, 16384u);
_logger.LogDebug($"Now demand position {newPosition} or as U {eventData}");
simConnect.SendEvent(setEvent, eventData);
}
else if (data.armed == 0)
{
_logger.LogDebug($"Now send {armOnEvent}");
simConnect.SendEvent(armOnEvent);
}
}
public override void Process(ExtendedSimConnect simConnect, LandingData data)
{
if (wasDecel == null && data.kias >= 80)
{
autobrakeSetting.Request(simConnect);
wasDecel = false;
}
else if (wasDecel == false)
{
bool isDecel = (autobrakeSetting == 0 || autobrakeDecelLight != 0) && data.accelerationZ <= -1.5;
if (isDecel)
{
hubContext.Clients.All.Speak("Decell!");
wasDecel = true;
}
}
if (wasBelow70 == null && data.kias >= 70)
{
wasBelow70 = false;
}
else if (wasBelow70 == false && data.kias < 70)
{
hubContext.Clients.All.Speak("seventy knots");
wasBelow70 = true;
}
if (wasSpoilers == false)
{
bool isSpoilers = data.spoilersLeft > MIN_SPOILER_DEPLOYMENT && data.spoilersRight > MIN_SPOILER_DEPLOYMENT;
if (isSpoilers)
{
hubContext.Clients.All.Speak("Spoilers!");
wasSpoilers = true;
}
}
if (wasRevGreen == null && data.kias >= 50)
{
wasRevGreen = false;
}
if (wasRevGreen == false && data.rev1 > 0 && data.rev2 > 0)
{
hubContext.Clients.All.Speak("Rev Green");
wasRevGreen = true;
}
}
public override void Process(ExtendedSimConnect simConnect, SpoilerData data)
{
_logger.LogDebug($"Wants spoiler; raw data pos {data.position} armed {data.armed} A32NX armed {(double?)armed} active {(double?)active} handle {(double?)handle}");
if ((double?)armed == 1.0f || (double?)active == 1.0f)
{
data.armed = 1;
}
var a32nxHandle = (double?)handle;
if (a32nxHandle is not null)
{
data.position = (int)(100f * a32nxHandle);
}
_logger.LogDebug($"... processed data pos {data.position} armed {data.armed}");
ProcessSpoilerDemand(simConnect, data);
}
public override void Process(ExtendedSimConnect simConnect, RunwayTurnoffLightData data)
{
_logging.LogDebug($"Runway turnoff light state L {data.leftState} R {data.rightState}, switch L {data.leftSwitch}, switch R {data.rightSwitch}");
isOn = data.leftSwitch == 1 || data.rightSwitch == 1;
hub.Clients.All.SetFromSim(GetId(), isOn);
}
public void OnStarted(ExtendedSimConnect simConnect) => Request(simConnect);
public void SetInSim(ExtendedSimConnect simConnect, bool?value)
{
sender.Execute(simConnect, $"1 (L:A32NX_OVHD_APU_MASTER_SW_PB_IS_ON, Bool) - (>L:A32NX_OVHD_APU_MASTER_SW_PB_IS_ON)");
}
public void SetInSim(ExtendedSimConnect simConnect, bool?value)
{
sender.Execute(simConnect, "(L:A32NX_OVHD_APU_START_PB_IS_AVAILABLE, Bool) if { 1 (>L:A32NX_OVHD_APU_START_PB_IS_ON, Bool) }");
}
public override void Process(ExtendedSimConnect simConnect, FlightDirectorData data)
=> logging.LogError($"FdActive1={data.fdActive1} FdActive2={data.fdActive2}");
public void OnConnection(ExtendedSimConnect simConnect) => Request(simConnect);
public void SetInSim(ExtendedSimConnect simConnect, bool value)
{
simConnect.SendEvent(toggleBeaconLightsEvent);
}
