internal override void PollData()
{
if (_sharedMemory != null && _sharedMemory.IsDataAvailable)
{
_lastFlightData = (FlightData)_sharedMemory.MarshalTo(typeof(FlightData));
float altitidue = _lastFlightData.z;
if (_lastFlightData.z < 0)
{
altitidue = 99999.99f - _lastFlightData.z;
}
SetValue("Altimeter", "altitidue", new BindingValue(altitidue));
SetValue("Altimeter", "barimetric pressure", new BindingValue(29.92));
SetValue("ADI", "pitch", new BindingValue(_lastFlightData.pitch));
SetValue("ADI", "roll", new BindingValue(_lastFlightData.roll));
SetValue("ADI", "ils horizontal", new BindingValue((_lastFlightData.AdiIlsHorPos / 2.5f) - 1f));
SetValue("ADI", "ils vertical", new BindingValue((_lastFlightData.AdiIlsVerPos * 2f) - 1f));
SetValue("HSI", "bearing to beacon", new BindingValue(_lastFlightData.bearingToBeacon));
SetValue("HSI", "current heading", new BindingValue(_lastFlightData.currentHeading));
SetValue("HSI", "desired course", new BindingValue(_lastFlightData.desiredCourse));
SetValue("HSI", "desired heading", new BindingValue(_lastFlightData.desiredHeading));
float deviation = _lastFlightData.courseDeviation % 180;
SetValue("HSI", "course deviation", new BindingValue(deviation / _lastFlightData.deviationLimit));
SetValue("HSI", "distance to beacon", new BindingValue(_lastFlightData.distanceToBeacon));
SetValue("VVI", "vertical velocity", new BindingValue(_lastFlightData.zDot));
SetValue("AOA", "angle of attack", new BindingValue(_lastFlightData.alpha));
SetValue("IAS", "mach", new BindingValue(_lastFlightData.mach));
SetValue("IAS", "indicated air speed", new BindingValue(_lastFlightData.kias));
SetValue("IAS", "true air speed", new BindingValue(_lastFlightData.vt));
SetValue("General", "Gs", new BindingValue(_lastFlightData.gs));
SetValue("Engine", "nozzle position", new BindingValue(_lastFlightData.nozzlePos * 100));
SetValue("Fuel", "internal fuel", new BindingValue(_lastFlightData.internalFuel));
SetValue("Fuel", "external fuel", new BindingValue(_lastFlightData.externalFuel));
SetValue("Engine", "fuel flow", new BindingValue(_lastFlightData.fuelFlow));
SetValue("Engine", "rpm", new BindingValue(_lastFlightData.rpm));
SetValue("Engine", "ftit", new BindingValue(_lastFlightData.ftit * 100));
SetValue("Landging Gear", "position", new BindingValue(_lastFlightData.gearPos != 0d));
SetValue("General", "speed brake position", new BindingValue(_lastFlightData.speedBrake));
SetValue("General", "speed brake indicator", new BindingValue(_lastFlightData.speedBrake > 0d));
SetValue("EPU", "fuel", new BindingValue(_lastFlightData.epuFuel));
SetValue("Engine", "oil pressure", new BindingValue(_lastFlightData.oilPressure));
SetValue("CMDS", "chaff remaining", new BindingValue(_lastFlightData.ChaffCount));
SetValue("CMDS", "flares remaining", new BindingValue(_lastFlightData.FlareCount));
SetValue("Trim", "roll trim", new BindingValue(_lastFlightData.TrimRoll));
SetValue("Trim", "pitch trim", new BindingValue(_lastFlightData.TrimPitch));
SetValue("Trim", "yaw trim", new BindingValue(_lastFlightData.TrimYaw));
SetValue("Tacan", "ufc tacan chan", new BindingValue(_lastFlightData.UFCTChan));
SetValue("Tacan", "aux tacan chan", new BindingValue(_lastFlightData.AUXTChan));
ProcessHsiBits(_lastFlightData.hsiBits, _lastFlightData.desiredCourse, _lastFlightData.bearingToBeacon);
ProcessLightBits(_lastFlightData.lightBits);
ProcessLightBits2(_lastFlightData.lightBits2);
ProcessLightBits3(_lastFlightData.lightBits3);
ProcessContacts(_lastFlightData);
_lastFlightData2 = (FlightData2)_sharedMemory2.MarshalTo(typeof(FlightData2));
SetValue("Altimeter", "indicated altitude", new BindingValue(-_lastFlightData2.aauz));
SetValue("HSI", "nav mode", new BindingValue(_lastFlightData2.navMode));
SetValue("Tacan", "ufc tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "aux tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.mode) ? 2 : 1));
SetValue("Tacan", "ufc tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "aux tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.mode) ? 2 : 1));
}
}
internal override void PollData()
{
if (_sharedMemory != null && _sharedMemory.IsDataAvailable)
{
_lastFlightData = (FlightData)_sharedMemory.MarshalTo(typeof(FlightData));
float altitidue = _lastFlightData.z;
if (_lastFlightData.z < 0)
{
altitidue = 99999.99f - _lastFlightData.z;
}
SetValue("Altimeter", "altitidue", new BindingValue(altitidue));
SetValue("Altimeter", "barimetric pressure", new BindingValue(29.92));
SetValue("ADI", "pitch", new BindingValue(_lastFlightData.pitch));
SetValue("ADI", "roll", new BindingValue(_lastFlightData.roll));
SetValue("ADI", "ils horizontal", new BindingValue((_lastFlightData.AdiIlsHorPos / 2.5f) - 1f));
SetValue("ADI", "ils vertical", new BindingValue((_lastFlightData.AdiIlsVerPos * 2f) - 1f));
SetValue("HSI", "bearing to beacon", new BindingValue(_lastFlightData.bearingToBeacon));
SetValue("HSI", "current heading", new BindingValue(_lastFlightData.currentHeading));
SetValue("HSI", "desired course", new BindingValue(_lastFlightData.desiredCourse));
SetValue("HSI", "desired heading", new BindingValue(_lastFlightData.desiredHeading));
float deviation = _lastFlightData.courseDeviation % 180;
SetValue("HSI", "course deviation", new BindingValue(deviation / _lastFlightData.deviationLimit));
SetValue("HSI", "distance to beacon", new BindingValue(_lastFlightData.distanceToBeacon));
SetValue("VVI", "vertical velocity", new BindingValue(_lastFlightData.zDot));
SetValue("AOA", "angle of attack", new BindingValue(_lastFlightData.alpha));
SetValue("IAS", "mach", new BindingValue(_lastFlightData.mach));
SetValue("IAS", "indicated air speed", new BindingValue(_lastFlightData.kias));
SetValue("IAS", "true air speed", new BindingValue(_lastFlightData.vt));
SetValue("General", "Gs", new BindingValue(_lastFlightData.gs));
SetValue("Engine", "nozzle position", new BindingValue(_lastFlightData.nozzlePos * 100));
SetValue("Fuel", "internal fuel", new BindingValue(_lastFlightData.internalFuel));
SetValue("Fuel", "external fuel", new BindingValue(_lastFlightData.externalFuel));
SetValue("Engine", "fuel flow", new BindingValue(_lastFlightData.fuelFlow));
SetValue("Engine", "rpm", new BindingValue(_lastFlightData.rpm));
SetValue("Engine", "ftit", new BindingValue(_lastFlightData.ftit * 100));
SetValue("Landging Gear", "position", new BindingValue(_lastFlightData.gearPos != 0d));
SetValue("General", "speed brake position", new BindingValue(_lastFlightData.speedBrake));
SetValue("General", "speed brake indicator", new BindingValue(_lastFlightData.speedBrake > 0d));
SetValue("EPU", "fuel", new BindingValue(_lastFlightData.epuFuel));
SetValue("Engine", "oil pressure", new BindingValue(_lastFlightData.oilPressure));
SetValue("CMDS", "chaff remaining", new BindingValue(_lastFlightData.ChaffCount));
SetValue("CMDS", "flares remaining", new BindingValue(_lastFlightData.FlareCount));
SetValue("Trim", "roll trim", new BindingValue(_lastFlightData.TrimRoll));
SetValue("Trim", "pitch trim", new BindingValue(_lastFlightData.TrimPitch));
SetValue("Trim", "yaw trim", new BindingValue(_lastFlightData.TrimYaw));
SetValue("Tacan", "ufc tacan chan", new BindingValue(_lastFlightData.UFCTChan));
SetValue("Tacan", "aux tacan chan", new BindingValue(_lastFlightData.AUXTChan));
ProcessHsiBits(_lastFlightData.hsiBits, _lastFlightData.desiredCourse, _lastFlightData.bearingToBeacon);
ProcessLightBits(_lastFlightData.lightBits);
ProcessLightBits2(_lastFlightData.lightBits2);
ProcessLightBits3(_lastFlightData.lightBits3);
ProcessContacts(_lastFlightData);
_lastFlightData2 = (FlightData2)_sharedMemory2.MarshalTo(typeof(FlightData2));
SetValue("Altimeter", "indicated altitude", new BindingValue(-_lastFlightData2.aauz));
SetValue("HSI", "nav mode", new BindingValue(_lastFlightData2.navMode));
SetValue("Tacan", "ufc tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "aux tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.mode) ? 2 : 1));
SetValue("Tacan", "ufc tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "aux tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.mode) ? 2 : 1));
}
}
internal override void PollData()
{
if (_sharedMemory != null && _sharedMemory.IsDataAvailable)
{
_lastFlightData = (FlightData)_sharedMemory.MarshalTo(typeof(FlightData));
SetValue("Altimeter", "altitidue", new BindingValue(Math.Abs(_lastFlightData.z)));
SetValue("ADI", "pitch", new BindingValue(_lastFlightData.pitch));
SetValue("ADI", "roll", new BindingValue(_lastFlightData.roll));
SetValue("ADI", "ils horizontal", new BindingValue((_lastFlightData.AdiIlsHorPos / 2.5f) - 1f));
SetValue("ADI", "ils vertical", new BindingValue((_lastFlightData.AdiIlsVerPos * 2f) - 1f));
SetValue("HSI", "bearing to beacon", new BindingValue(_lastFlightData.bearingToBeacon));
SetValue("HSI", "current heading", new BindingValue(_lastFlightData.currentHeading));
SetValue("HSI", "desired course", new BindingValue(_lastFlightData.desiredCourse));
SetValue("HSI", "desired heading", new BindingValue(_lastFlightData.desiredHeading));
float deviation = _lastFlightData.courseDeviation % 180;
SetValue("HSI", "course deviation", new BindingValue(deviation / _lastFlightData.deviationLimit));
SetValue("HSI", "distance to beacon", new BindingValue(_lastFlightData.distanceToBeacon));
SetValue("VVI", "vertical velocity", new BindingValue(_lastFlightData.zDot));
SetValue("AOA", "angle of attack", new BindingValue(_lastFlightData.alpha));
SetValue("IAS", "mach", new BindingValue(_lastFlightData.mach));
SetValue("IAS", "indicated air speed", new BindingValue(_lastFlightData.kias));
SetValue("IAS", "true air speed", new BindingValue(_lastFlightData.vt));
SetValue("General", "Gs", new BindingValue(_lastFlightData.gs));
SetValue("Engine", "nozzle position", new BindingValue(_lastFlightData.nozzlePos * 100));
SetValue("Fuel", "internal fuel", new BindingValue(_lastFlightData.internalFuel));
SetValue("Fuel", "external fuel", new BindingValue(_lastFlightData.externalFuel));
SetValue("Fuel", "fwd fuel", new BindingValue(_lastFlightData.fwd));
SetValue("Fuel", "aft fuel", new BindingValue(_lastFlightData.aft));
SetValue("Fuel", "total fuel", new BindingValue(_lastFlightData.total));
SetValue("Engine", "fuel flow", new BindingValue(_lastFlightData.fuelFlow));
SetValue("Engine", "rpm", new BindingValue(_lastFlightData.rpm));
SetValue("Engine", "ftit", new BindingValue(_lastFlightData.ftit * 100));
SetValue("Landging Gear", "position", new BindingValue(_lastFlightData.gearPos != 0d)); // TODO Landging should be changed Landing
SetValue("General", "speed brake position", new BindingValue(_lastFlightData.speedBrake));
SetValue("General", "speed brake indicator", new BindingValue(_lastFlightData.speedBrake > 0d));
SetValue("EPU", "fuel", new BindingValue(_lastFlightData.epuFuel));
SetValue("Engine", "oil pressure", new BindingValue(_lastFlightData.oilPressure));
SetValue("CMDS", "chaff remaining", new BindingValue(_lastFlightData.ChaffCount));
SetValue("CMDS", "flares remaining", new BindingValue(_lastFlightData.FlareCount));
SetValue("Trim", "roll trim", new BindingValue(_lastFlightData.TrimRoll));
SetValue("Trim", "pitch trim", new BindingValue(_lastFlightData.TrimPitch));
SetValue("Trim", "yaw trim", new BindingValue(_lastFlightData.TrimYaw));
SetValue("Tacan", "ufc tacan chan", new BindingValue(_lastFlightData.UFCTChan));
SetValue("Tacan", "aux tacan chan", new BindingValue(_lastFlightData.AUXTChan));
ProcessContacts(_lastFlightData);
}
if (_sharedMemory2 != null & _sharedMemory2.IsDataAvailable)
{
_lastFlightData2 = (FlightData2)_sharedMemory2.MarshalTo(typeof(FlightData2));
SetValue("Altimeter", "indicated altitude", new BindingValue(Math.Abs(_lastFlightData2.aauz)));
SetValue("HSI", "nav mode", new BindingValue((int)_lastFlightData2.navMode));
SetValue("Tacan", "ufc tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "ufc tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.UFC].HasFlag(TacanBits.mode) ? 2 : 1));
SetValue("Tacan", "aux tacan band", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.band) ? 1 : 2));
SetValue("Tacan", "aux tacan mode", new BindingValue(_lastFlightData2.tacanInfo[(int)TacanSources.AUX].HasFlag(TacanBits.mode) ? 2 : 1));
//BMS 4.33 addition
SetValue("Engine", "nozzle 2 position", new BindingValue(_lastFlightData2.nozzlePos2 * 100));
SetValue("Engine", "rpm2", new BindingValue(_lastFlightData2.rpm2));
SetValue("Engine", "ftit2", new BindingValue(_lastFlightData2.ftit2 * 100));
SetValue("Engine", "oil pressure 2", new BindingValue(_lastFlightData2.oilPressure2));
SetValue("Engine", "fuel flow 2", new BindingValue(_lastFlightData2.fuelFlow2));
SetValue("Altimeter", "barimetric pressure", new BindingValue(_lastFlightData2.AltCalReading));
ProcessAltBits(_lastFlightData2.altBits);
ProcessPowerBits(_lastFlightData2.powerBits);
SetValue("CMDS", "CMDS Mode", new BindingValue((int)_lastFlightData2.cmdsMode));
SetValue("UHF", "Backup channel", new BindingValue(_lastFlightData2.BupUhfPreset));
SetValue("UHF", "Backup frequency", new BindingValue(_lastFlightData2.BupUhfFreq));
SetValue("UHF", "Backup frequency digit 1", new BindingValue(_lastFlightData2.BupUhfFreq / 100000 % 10));
SetValue("UHF", "Backup frequency digit 2", new BindingValue(_lastFlightData2.BupUhfFreq / 10000 % 10));
SetValue("UHF", "Backup frequency digit 3", new BindingValue(_lastFlightData2.BupUhfFreq / 1000 % 10));
SetValue("UHF", "Backup frequency digit 4", new BindingValue(_lastFlightData2.BupUhfFreq / 100 % 10));
SetValue("UHF", "Backup frequency digit 5,6", new BindingValue(_lastFlightData2.BupUhfFreq % 100));
SetValue("Altitude", "Cabin Altitude", new BindingValue(_lastFlightData2.cabinAlt));
SetValue("Hydraulic", "Pressure A", new BindingValue(_lastFlightData2.hydPressureA));
SetValue("Hydraulic", "Pressure B", new BindingValue(_lastFlightData2.hydPressureB));
SetValue("Time", "Time", new BindingValue(_lastFlightData2.currentTime));
ProcessHsiBits(_lastFlightData.hsiBits, _lastFlightData.desiredCourse, _lastFlightData.bearingToBeacon, _lastFlightData2.blinkBits, _lastFlightData2.currentTime);
ProcessLightBits(_lastFlightData.lightBits);
ProcessLightBits2(_lastFlightData.lightBits2, _lastFlightData2.blinkBits, _lastFlightData2.currentTime);
ProcessLightBits3(_lastFlightData.lightBits3);
}
}