public void OnUserAircraftDataUpdated(object sender, UserAircraftDataUpdatedEventArgs e)
{
if (mUserAircraftData == null || !mUserAircraftData.Equals(e.UserAircraftData))
{
mUserAircraftData = e.UserAircraftData;
}
}
public void OnUserAircraftDataUpdated(object sender, UserAircraftDataUpdatedEventArgs e)
{
if (UserAircraftData == null || !UserAircraftData.Equals(e.UserAircraftData))
{
UserAircraftData = e.UserAircraftData;
}
if ((mLastBroadcastConfig == null) || !mFsdManager.IsConnected)
{
mLastBroadcastConfig = AircraftConfiguration.FromUserAircraftData(UserAircraftData);
}
else if (mAcconfigAvailableTokens > 0)
{
AircraftConfiguration newCfg = AircraftConfiguration.FromUserAircraftData(UserAircraftData);
if (!newCfg.Equals(mLastBroadcastConfig))
{
AircraftConfiguration incremental = mLastBroadcastConfig.CreateIncremental(newCfg);
mFsdManager.SendIncrementalAircraftConfigurationUpdate(incremental);
mLastBroadcastConfig = newCfg;
mAcconfigAvailableTokens--;
}
}
bool wasAirborne = mAirborne;
mAirborne = !UserAircraftData.OnGround;
if (mInitialAircraftDataReceived && !wasAirborne && mAirborne && !mConfig.SquawkingModeC && mConfig.AutoSquawkModeC)
{
var laminarB738 = new XPlaneConnector.DataRefElement
{
DataRef = "laminar/B738/knob/transpoder_pos"
};
var laminarB738_Dn_Cmd = new XPlaneConnector.XPlaneCommand("laminar/B738/knob/transponder_mode_up", "");
var laminarB738_Up_Cmd = new XPlaneConnector.XPlaneCommand("laminar/B738/knob/transponder_mode_up", "");
SendXplaneCommand?.Invoke(this, new ClientEventArgs <XPlaneConnector.XPlaneCommand>(laminarB738_Up_Cmd));
SetXplaneDataRefValue?.Invoke(this, new DataRefEventArgs(laminarB738, 3));
SendXplaneCommand?.Invoke(this, new ClientEventArgs <XPlaneConnector.XPlaneCommand>(XPlaneConnector.Commands.TransponderTransponderAlt));
}
mInitialAircraftDataReceived = true;
}
