public MidiControlAdaptor(MidiControlType controlType, int controlId, Field field, FsConnection fsConnection)
{
ControlType = controlType;
ControlId = controlId;
Field = field;
FsConnection = fsConnection;
UnitType = FsConnection.FieldDefinition(field).UnitType;
FsConnection.Subscribe(field).Subscribe(p => HandleValueChange(p));
// TODO: Make sure the lights are initialised
}
public MainWindow()
{
InitializeComponent();
handle = new WindowInteropHelper(this).EnsureHandle(); // Get handle of main WPF Window
handleSource = HwndSource.FromHwnd(handle); // Get source of handle in order to add event handlers to it
handleSource.AddHook(HandleSimConnectEvents);
fsConnection = new FsConnection(handle);
midiConnection = new MidiConnection();
SetupControls();
}
public void HandleEvent(MidiEvent evt)
{
Console.WriteLine($"Got event: {evt.EventType}");
switch (evt.EventType)
{
case MidiEventType.PitchBend:
var pitchBend = (PitchBendEvent)evt;
var value = MidiUnitConverter.ConvertFromPitch(UnitType, pitchBend.PitchValue);
Console.WriteLine($"Pitch bend value: {pitchBend.PitchValue} -> {value}");
FsConnection.SetValue(Field, value);
break;
case MidiEventType.ControlChange:
// TODO: How to control the sensitivity?
var cc = (ControlChangeEvent)evt;
var sensitivity = encoderSensitivity[UnitType];
var ccValue = FsConnection.GetValue(Field) + MidiUnitConverter.ConvertFromControlChange(UnitType, cc.ControlValue) * sensitivity;
Console.WriteLine($"ccValue: {ccValue}");
FsConnection.SetValue(Field, ccValue);
break;
}
}
public MidiControlAdaptor CreateAdaptor(MidiControlType controlType, int controlId, Field field, FsConnection fsConnection)
{
var adaptor = new MidiControlAdaptor(controlType, controlId, field, fsConnection);
controlAdaptors.Add(adaptor);
adaptor.LightControl.Subscribe(HandleLightControl);
return(adaptor);
}
