private void CheckPttDevice()
{
bool isPressed = false;
switch (mPttConfiguration.DeviceType)
{
case PTTDeviceType.None:
isPressed = false;
break;
case PTTDeviceType.Keyboard:
isPressed = ((GetAsyncKeyState(mPttConfiguration.ButtonOrKey) & 32768) > 0);
break;
case PTTDeviceType.Joystick:
if (mJoystick != null && mPttConfiguration.JoystickAcquired && mPttConfiguration.ButtonOrKey >= 0)
{
try
{
JoystickState currentState = mJoystick.GetCurrentState();
bool[] buttons = currentState.Buttons;
try
{
isPressed = buttons[mPttConfiguration.ButtonOrKey];
}
catch (IndexOutOfRangeException)
{
}
}
catch (SharpDXException)
{
mPttConfiguration.JoystickAcquired = false;
if (mJoystick != null)
{
mJoystick.Unacquire();
mJoystick.Dispose();
}
mJoystick = null;
}
}
break;
}
if (isPressed != mPttStatus)
{
mPttStatus = isPressed;
PushToTalkStateChanged?.Invoke(this, new PushToTalkStateChangedEventArgs(mPttStatus));
}
}
private void SetupSubscribers()
{
// com audio selection
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsAudioComSelection, 5, (e, v) => { mRadioStackState.ComAudioSelection = (uint)e.Value; });
// com1 frequency
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom1FrequencyHz, 5, (e, v) => { mRadioStackState.Com1ActiveFreq = ((uint)e.Value * 10000).Normalize25KhzFrequency(); });
// com1 standby frequency
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom1StandbyFrequencyHz, 5, (e, v) => { mRadioStackState.Com1StandbyFreq = ((uint)e.Value * 10000).Normalize25KhzFrequency(); });
// com1 power
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom1Power, 5, (e, v) => { mRadioStackState.Com1Power = Convert.ToBoolean(e.Value); });
// com1 listening
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsAudioSelectionCom1, 5, (e, v) => { mRadioStackState.Com1Listening = Convert.ToBoolean(e.Value); });
// com1 volume
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsAudioVolumeCom1, 5, (e, v) =>
{
if (e.Value > 1.0f)
{
e.Value = 1.0f;
}
if (e.Value < 0.0f)
{
e.Value = 0.0f;
}
Com1VolumeChanged?.Invoke(this, new RadioVolumeChangedEventArgs(1, e.Value));
});
// com2 frequency
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom2FrequencyHz, 5, (e, v) => { mRadioStackState.Com2ActiveFreq = ((uint)e.Value * 10000).Normalize25KhzFrequency(); });
// com2 standby frequency
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom2StandbyFrequencyHz, 5, (e, v) => { mRadioStackState.Com2StandbyFreq = ((uint)e.Value * 10000).Normalize25KhzFrequency(); });
// com2 power
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsCom2Power, 5, (e, v) => { mRadioStackState.Com2Power = Convert.ToBoolean(e.Value); });
// com2 listening
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsAudioSelectionCom2, 5, (e, v) => { mRadioStackState.Com2Listening = Convert.ToBoolean(e.Value); });
// com2 volume
mXplaneConnector.Subscribe(DataRefs.Cockpit2RadiosActuatorsAudioVolumeCom2, 5, (e, v) =>
{
if (e.Value > 1.0f)
{
e.Value = 1.0f;
}
if (e.Value < 0.0f)
{
e.Value = 0.0f;
}
Com2VolumeChanged?.Invoke(this, new RadioVolumeChangedEventArgs(2, e.Value));
});
// avionics power
mXplaneConnector.Subscribe(DataRefs.Cockpit2SwitchesAvionicsPowerOn, 5, (e, v) => { mRadioStackState.AvionicsPower = Convert.ToBoolean(e.Value); });
// latitude
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionLatitude, 5, (e, v) => { mUserAircraftData.Latitude = e.Value; });
// longitude
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionLongitude, 5, (e, v) => { mUserAircraftData.Longitude = e.Value; });
// true altitude msl
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionElevation, 5, (e, v) => { mUserAircraftData.AltitudeMsl = e.Value; });
// pressure altitude
mXplaneConnector.Subscribe(DataRefs.Cockpit2GaugesIndicatorsAltitudeFtPilot, 5, (e, v) => { mUserAircraftData.PressureAltitude = e.Value; });
// heading
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionPsi, 5, (e, v) => { mUserAircraftData.Heading = e.Value; });
// ground speed
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionGroundspeed, 5, (e, v) => { mUserAircraftData.GroundSpeed = e.Value * 1.94384; });
// pitch
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionTheta, 5, (e, v) => { mUserAircraftData.Pitch = e.Value; });
// bank
mXplaneConnector.Subscribe(DataRefs.FlightmodelPositionPhi, 5, (e, v) => { mUserAircraftData.Bank = e.Value; });
// transponder code
mXplaneConnector.Subscribe(DataRefs.CockpitRadiosTransponderCode, 5, (e, v) => { mUserAircraftData.TransponderCode = Convert.ToInt32(e.Value); });
// transponder mode
mXplaneConnector.Subscribe(DataRefs.CockpitRadiosTransponderMode, 5, (e, v) => { mUserAircraftData.TransponderMode = Convert.ToInt32(e.Value); });
// transponder ident
mXplaneConnector.Subscribe(DataRefs.CockpitRadiosTransponderId, 5, (e, v) => { mUserAircraftData.TransponderIdent = Convert.ToBoolean(e.Value); SquawkingIdentChanged?.Invoke(this, new SquawkingIdentChangedEventArgs(Convert.ToBoolean(e.Value))); });
// beacon light
mXplaneConnector.Subscribe(DataRefs.CockpitElectricalBeaconLightsOn, 5, (e, v) => { mUserAircraftData.BeaconLightsOn = Convert.ToBoolean(e.Value); });
// landing lights
mXplaneConnector.Subscribe(DataRefs.CockpitElectricalLandingLightsOn, 5, (e, v) => { mUserAircraftData.LandingLightsOn = Convert.ToBoolean(e.Value); });
// taxi lights
mXplaneConnector.Subscribe(DataRefs.CockpitElectricalTaxiLightOn, 5, (e, v) => { mUserAircraftData.TaxiLightsOn = Convert.ToBoolean(e.Value); });
// nav lights
mXplaneConnector.Subscribe(DataRefs.CockpitElectricalNavLightsOn, 5, (e, v) => { mUserAircraftData.NavLightsOn = Convert.ToBoolean(e.Value); });
// strobe lights
mXplaneConnector.Subscribe(DataRefs.CockpitElectricalStrobeLightsOn, 5, (e, v) => { mUserAircraftData.StrobeLightsOn = Convert.ToBoolean(e.Value); });
// flaps
mXplaneConnector.Subscribe(DataRefs.FlightmodelControlsFlaprat, 5, (e, v) => { mUserAircraftData.FlapsPercentage = e.Value; });
// gear
mXplaneConnector.Subscribe(DataRefs.CockpitSwitchesGearHandleStatus, 5, (e, v) => { mUserAircraftData.GearDown = Convert.ToBoolean(e.Value); });
// speed brakes
mXplaneConnector.Subscribe(DataRefs.Cockpit2ControlsSpeedbrakeRatio, 5, (e, v) => { mUserAircraftData.SpeedBrakeDeployed = e.Value > 0; });
// replay mode
mXplaneConnector.Subscribe(DataRefs.OperationPrefsReplayMode, 5, (e, v) => { mUserAircraftData.ReplayModeEnabled = Convert.ToBoolean(e.Value); });
// engine count
var engCount = new DataRefElement
{
DataRef = "sim/aircraft/engine/acf_num_engines",
Frequency = 5
};
mXplaneConnector.Subscribe(engCount, 5, (e, v) => { mUserAircraftData.EngineCount = Convert.ToInt32(e.Value); });
// engine1 running
var engn0 = new DataRefElement
{
DataRef = "sim/flightmodel/engine/ENGN_running[0]",
Frequency = 5
};
// engine2 running
var engn1 = new DataRefElement
{
DataRef = "sim/flightmodel/engine/ENGN_running[1]",
Frequency = 5
};
// engine3 running
var engn2 = new DataRefElement
{
DataRef = "sim/flightmodel/engine/ENGN_running[2]",
Frequency = 5
};
// engine1 running
var engn3 = new DataRefElement
{
DataRef = "sim/flightmodel/engine/ENGN_running[3]",
Frequency = 5
};
mXplaneConnector.Subscribe(engn0, 5, (e, v) => { mUserAircraftData.Engine1Running = Convert.ToBoolean(e.Value); });
mXplaneConnector.Subscribe(engn1, 5, (e, v) => { mUserAircraftData.Engine2Running = Convert.ToBoolean(e.Value); });
mXplaneConnector.Subscribe(engn2, 5, (e, v) => { mUserAircraftData.Engine3Running = Convert.ToBoolean(e.Value); });
mXplaneConnector.Subscribe(engn3, 5, (e, v) => { mUserAircraftData.Engine4Running = Convert.ToBoolean(e.Value); });
// on the ground
mXplaneConnector.Subscribe(DataRefs.FlightmodelFailuresOngroundAny, 5, (e, v) => { mUserAircraftData.OnGround = Convert.ToBoolean(e.Value); });
// ptt command
var ptt = new DataRefElement
{
DataRef = "xpilot/ptt",
Frequency = 15
};
mXplaneConnector.Subscribe(ptt, 15, (e, v) =>
{
PushToTalkStateChanged?.Invoke(this, new PushToTalkStateChangedEventArgs(Convert.ToBoolean(e.Value)));
});
mXplaneConnector.Start();
}