public FlightDataViewModel(IFlightDataModel model)
{
this.model = model;
model.notifyPropertyChanged += (object sender, EventArgs e) =>
{
if (e as InformationChangedEventArgs != null)
{
InformationChangedEventArgs args = e as InformationChangedEventArgs;
if (args.Info == PropertyChangedEventArgs.InfoVal.InfoChanged)
{
// Roll = args.Roll;
// Pitch = args.Pitch;
// Yaw = args.Yaw;
// tbHeight.Text = args.Altimeter.ToString();
// tbAirSpeed.Text = args.AirSpeed.ToString();
// angleOfRoll.Angle = args.Roll;
// angleOfPitch.Angle = args.Pitch;
// angleOfYaw.Angle = args.Yaw;
notifyPropertyChanged(this, args);
}
}
};
}
public MainWindow()
{
InitializeComponent();
SetJoystick();
SetRudder();
SetThrottle();
SetPluginsDir();
// vm = new FlightSimulatorViewModel(new FlightSimulatorModel());
// create vm's
MainModel mainModel = new MainModel();
GraphModel gModel = new GraphModel(mainModel);
graphVM = new GraphViewModel(gModel);
FlightDataModel fdModel = new FlightDataModel(mainModel);
flightDataVM = new FlightDataViewModel(fdModel);
TimeManagerModel tmModel = new TimeManagerModel(mainModel);
timeManagerVM = new TimeManagerViewModel(tmModel);
mainVM = new MainViewModel(mainModel);
mainModel.SetFlightDataModel(fdModel);
mainModel.SetGraphModel(gModel);
mainModel.SetTimeManagerModel(tmModel);
// data contexts
tbTime.DataContext = timeManagerVM;
sldrTime.DataContext = mainVM;
tbHeight.DataContext = flightDataVM;
tbAirSpeed.DataContext = flightDataVM;
CurrCategoryPlot.DataContext = gModel;
CurrCorrelatedCategoryPlot.DataContext = gModel;
CorrelatedAsFuncOfCurrent.DataContext = gModel;
AnomaliesTable.DataContext = gModel;
File.Copy(PLUGINS_DIR + "/LinearRegression.dll", LibraryManager.LIBRARY_PATH, true);
File.Copy(PLUGINS_DIR + "/LinearRegression.dll", LibraryManager.LINEAR_LIBRARY_PATH, true);
File.Copy(PLUGINS_DIR + "/StringWrapper.dll", StringWrapper.STRING_LIBRARY_PATH, true);
CompositionTarget.Rendering += CompositionTarget_Rendering;
timeManagerVM.notifyPropertyChanged += (object sender, EventArgs e) =>
{
if (e as TimeChangedEventArgs != null)
{
TimeChangedEventArgs args = e as TimeChangedEventArgs;
if (args.Info == PropertyChangedEventArgs.InfoVal.TimeChanged)
{
this.Dispatcher.BeginInvoke(DispatcherPriority.Normal, (ThreadStart) delegate()
{
sldrTime.Value = args.Seconds;
tbTime.Text = args.NewTime;
});
}
}
};
flightDataVM.notifyPropertyChanged += (object sender, EventArgs e) =>
{
if (e as InformationChangedEventArgs != null)
{
InformationChangedEventArgs args = e as InformationChangedEventArgs;
if (args.Info == PropertyChangedEventArgs.InfoVal.InfoChanged)
{
this.Dispatcher.BeginInvoke(DispatcherPriority.Normal, (ThreadStart) delegate()
{
// the last 2 in every formula can be changed to JOYSTICK_RATIO in order to get the sensitivity fit the size of the joystick
int leftJoystick = (int)(Canvas.GetLeft(Joystick) + (Joystick.Width - JoystickHandle.Width) / 2 + (Joystick.Width - JoystickHandle.Width) * (args.Aileron) / 2),
topJoystick = (int)(Canvas.GetTop(Joystick) + (Joystick.Height - JoystickHandle.Height) / 2 + (Joystick.Height - JoystickHandle.Height) * (args.Elevator) / 2);
Canvas.SetLeft(JoystickHandle, leftJoystick);
Canvas.SetTop(JoystickHandle, topJoystick);
int leftRudder = (int)(Canvas.GetLeft(RudderLayout) + (RudderLayout.Width - RudderTracker.Width) / 2 + (RudderLayout.Width - RudderTracker.Width) * (args.Rudder) / 2);
Canvas.SetLeft(RudderTracker, leftRudder);
int topThrottle = (int)(Canvas.GetTop(ThrottleLayout) + (ThrottleLayout.Height - ThrottleTracker.Height) / 2 - (ThrottleLayout.Height - ThrottleTracker.Height) * (args.Throttle) / 2);
Canvas.SetTop(ThrottleTracker, topThrottle);
tbHeight.Text = args.Altimeter.ToString();
tbAirSpeed.Text = args.AirSpeed.ToString();
angleOfRoll.Angle = args.Roll;
angleOfPitch.Angle = args.Pitch;
angleOfYaw.Angle = args.Yaw;
orientation.Angle = args.Orientation;
});
}
}
};
mainVM.notifyPropertyChanged += (object sender, EventArgs e) =>
{
if (e as XMLFileUploadEventArgs != null)
{
XMLFileUploadEventArgs args = e as XMLFileUploadEventArgs;
if (args.Info == PropertyChangedEventArgs.InfoVal.FileUpdated)
{
foreach (string c in args.Categories)
{
MenuItem item = new MenuItem
{
Header = c
};
item.Click += MenuItem_Click;
// mainVM.CategoriesMenu.Add(item);
Props.Items.Add(item);
}
}
}
if (e as CSVAnomaliesFileUploadEventArgs != null)
{
CSVAnomaliesFileUploadEventArgs args = e as CSVAnomaliesFileUploadEventArgs;
if (args.Info == PropertyChangedEventArgs.InfoVal.FileUpdated)
{
sldrTime.Maximum = args.Length;
}
}
// more....
};
MessageBox.Show("Welcome to our Flight Tracker\nTo start open flightgear (Make sure you already put your xml inside" +
" the protocols folder in the flightgear folder) now click on fly\nNow in the window that will open after you press ok upload all the three files - click on settings" +
" and then choose the files to upload (one by one to their category) then click on upload and you are good to go!", "Welcome!");
}
