private void Notify(int line)
{
FlightControllerEventArgs e_args = new FlightControllerEventArgs(parser.Parse(line));
if (dataUpdated != null)
{
dataUpdated(this, e_args);
}
}
private void Fc_dataUpdated(object sender, FlightControllerEventArgs e)
{
Dispatcher.BeginInvoke(new Action(() => {
rotate_trans.CenterX = ecc.ActualWidth / 2;
rotate_trans.CenterY = ecc.ActualHeight / 2;
rotate_trans.Angle = -1 * float.Parse(e.GetData("roll-deg"));
setPitch(float.Parse(e.GetData("pitch-deg")));
}));
}
private void Update(object sender, FlightControllerEventArgs e)
{
VM_Airspeed = float.Parse(e.GetData("airspeed-kt"));
VM_Altitude = float.Parse(e.GetData("altitude-ft"));
VM_HeadingDeg = float.Parse(e.GetData("heading-deg"));
VM_RollDeg = float.Parse(e.GetData("roll-deg"));
VM_PitchDeg = float.Parse(e.GetData("pitch-deg"));
VM_SideSlipDeg = float.Parse(e.GetData("side-slip-deg"));
VM_throttle = float.Parse(e.GetData("throttle"));
VM_rudder = float.Parse(e.GetData("rudder"));
VM_aileron = float.Parse(e.GetData("aileron"));
VM_elevator = float.Parse(e.GetData("elevator"));
//NotifyPropertyChanged("VM_Airspeed");
}
private void Update(object sender, FlightControllerEventArgs e)
{
if (dc == null)
{
dc = fc.getDataCalculations;
}
for (int i = 0; i < Names.Length; i++)
{
datalists[Names[i]].AddLast(new DataPoint(mc.getCurrentTimeInMilisecs(), float.Parse(e.GetData(Names[i]))));
}
NotifyPropertyChanged("list");
//NotifyPropertyChanged("CorralatedList");
// NotifyPropertyChanged("CorralatedName");
timeStamp++;
}