private void CalibrateTrigger_Click(object sender, RoutedEventArgs e)
{
_calibrationTarget = (sender as FrameworkElement).Tag.ToString();
var nonCalibrated = new NintrollerLib.Trigger();
var curCalibrated = new NintrollerLib.Trigger();
if (_calibrationTarget == App.CAL_CC_RTRIGGER)
{
nonCalibrated = Calibrations.None.ClassicControllerRaw.R;
curCalibrated = ((ClassicController)_lastState).R;
}
else if (_calibrationTarget == App.CAL_CC_LTRIGGER)
{
nonCalibrated = Calibrations.None.ClassicControllerRaw.L;
curCalibrated = ((ClassicController)_lastState).L;
}
else if (_calibrationTarget == App.CAL_GUT_WHAMMY)
{
nonCalibrated = Calibrations.None.GuitarRaw.whammyBar;
curCalibrated = ((Guitar)_lastState).whammyBar;
}
else
{
return;
}
Windows.TriggerCalibrationWindow trigCal = new Windows.TriggerCalibrationWindow(nonCalibrated, curCalibrated);
_openTrigWindow = trigCal;
#if DEBUG
if (DeviceID.StartsWith("Dummy"))
{
trigCal.Closed += (obj, args) =>
{
if (trigCal.Apply)
{
OnTriggerCalibrated?.Invoke(trigCal.Calibration, _calibrationTarget, trigCal.FileName);
}
_openTrigWindow = null;
};
trigCal.Show();
return;
}
#endif
trigCal.ShowDialog();
if (trigCal.Apply)
{
OnTriggerCalibrated?.Invoke(trigCal.Calibration, _calibrationTarget, trigCal.FileName);
}
_openTrigWindow = null;
}
private void CalibrateTrigger(bool rightTrigger)
{
GameCubeController controller;
GetActivePort(out controller);
var nonCalibrated = new NintrollerLib.Trigger();
var curCalibrated = new NintrollerLib.Trigger();
if (rightTrigger)
{
_calibrationTarget = "R";
nonCalibrated = Calibrations.None.GameCubeControllerRaw.R;
curCalibrated = controller.R;
}
else
{
_calibrationTarget = "L";
nonCalibrated = Calibrations.None.GameCubeControllerRaw.L;
curCalibrated = controller.L;
}
Windows.TriggerCalibrationWindow trigCal = new Windows.TriggerCalibrationWindow(nonCalibrated, curCalibrated);
_openTrigWindow = trigCal;
#if DEBUG
// Don't use show dialog so dummy values can be modified
if (DeviceID?.StartsWith("Dummy") ?? false)
{
trigCal.Closed += (obj, args) =>
{
if (trigCal.Apply)
{
OnTriggerCalibrated?.Invoke(trigCal.Calibration, _calibrationTarget, trigCal.FileName);
}
_openTrigWindow = null;
};
trigCal.Show();
return;
}
#endif
trigCal.ShowDialog();
if (trigCal.Apply)
{
OnTriggerCalibrated?.Invoke(trigCal.Calibration, _calibrationTarget, trigCal.FileName);
}
_openTrigWindow = null;
trigCal = null;
}
private void CalibrateJoystick(bool cStick)
{
GameCubeController controller;
GetActivePort(out controller);
var nonCalibrated = new NintrollerLib.Joystick();
var curCalibrated = new NintrollerLib.Joystick();
if (cStick)
{
_calibrationTarget = "cStk";
nonCalibrated = Calibrations.None.GameCubeControllerRaw.cStick;
curCalibrated = controller.cStick;
}
else
{
_calibrationTarget = "joy";
nonCalibrated = Calibrations.None.GameCubeControllerRaw.joystick;
curCalibrated = controller.joystick;
}
Windows.JoyCalibrationWindow joyCal = new Windows.JoyCalibrationWindow(nonCalibrated, curCalibrated);
_openJoyWindow = joyCal;
#if DEBUG
// Don't use show dialog so dummy values can be modified
if (DeviceID?.StartsWith("Dummy") ?? false)
{
joyCal.Closed += (obj, args) =>
{
if (joyCal.Apply)
{
OnJoyCalibrated?.Invoke(joyCal.Calibration, _calibrationTarget, joyCal.FileName);
}
_openJoyWindow = null;
};
joyCal.Show();
return;
}
#endif
joyCal.ShowDialog();
if (joyCal.Apply)
{
OnJoyCalibrated?.Invoke(joyCal.Calibration, _calibrationTarget, joyCal.FileName);
}
_openJoyWindow = null;
joyCal = null;
}
protected override void CalibrateInput(string inputName)
{
_rightJoyOpen = inputName == "proR";
string joyTarget = _rightJoyOpen ? App.CAL_PRO_RJOYSTICK : App.CAL_PRO_LJOYSTICK;
var prefs = AppPrefs.Instance.GetDevicePreferences(DeviceID);
string filename = "";
prefs?.calibrationFiles.TryGetValue(joyTarget, out filename);
Windows.JoyCalibrationWindow joyCal = new Windows.JoyCalibrationWindow(
_rightJoyOpen ? Calibrations.None.ProControllerRaw.RJoy : Calibrations.None.ProControllerRaw.LJoy,
_rightJoyOpen ? _lastState.RJoy : _lastState.LJoy,
filename ?? "");
_openJoyWindow = joyCal;
#if DEBUG
// This will allow for the dummy device window to retain focus
if (DeviceID.StartsWith("Dummy"))
{
joyCal.Closed += (obj, args) =>
{
if (joyCal.Apply)
{
OnJoyCalibrated?.Invoke(joyCal.Calibration, joyTarget, joyCal.FileName);
}
_openJoyWindow = null;
};
joyCal.Show();
return;
}
#endif
joyCal.ShowDialog();
if (joyCal.Apply)
{
OnJoyCalibrated?.Invoke(joyCal.Calibration, joyTarget, joyCal.FileName);
}
_openJoyWindow = null;
joyCal = null;
}
public AddSensorViewModel(Router router, ThingsDeviceModel showModel = null)
{
_router = router;
_showModel = showModel;
if (_showModel != null)
{
DeviceID = showModel.DeviceId;
DeviceEUI = showModel.Device.DeviceEUI;
Description = showModel.Description;
AppKey = showModel.AppId;
AppEUI = showModel.Device.AppEUI;
}
AddDevice = ReactiveCommand.Create(() => { });
AddDevice.Subscribe(async unit =>
{
try
{
if (!DeviceID.StartsWith(ThingsNetworkDevicesApi.HackathonDeviceIdPrefix))
{
throw new Exception("Device ID must start with " +
ThingsNetworkDevicesApi.HackathonDeviceIdPrefix);
}
var device = new ThingsDeviceModel
{
AppId = ThingsNetworkDevicesApi.app_id,
Description = Description,
DeviceId = DeviceID.Trim().ToLower(),
Device = new ThingsDeviceLorawan
{
DeviceId = DeviceID,
AppId = ThingsNetworkDevicesApi.app_id,
DeviceEUI = DeviceEUI,
AppEUI = AppEUI
}
};
await ThingsNetworkDevicesApi.AddDevice(device);
_onDeviceAdded.OnNext(device);
_router.ShowDevices();
}
catch (Exception err)
{
_onError.OnNext(err);
}
}).DisposeWith(_disposable);
DeleteDevice = ReactiveCommand.Create(() => { });
DeleteDevice.Subscribe(async unit =>
{
try
{
await ThingsNetworkDevicesApi.DeleteDevice(DeviceID);
Beep();
_router.ShowDevices();
}
catch (Exception err)
{
Beep(2);
_onError.OnNext(err);
}
}).DisposeWith(_disposable);
Clear = ReactiveCommand.Create(() => { });
Clear.Subscribe(unit =>
{
DeviceID = ThingsNetworkDevicesApi.HackathonDeviceIdPrefix;
DeviceEUI = Utils.RandomByteString(8);
}).DisposeWith(_disposable);
Cancel = ReactiveCommand.Create(() => { });
Cancel.Subscribe(_ => _router.ShowDevices()).DisposeWith(_disposable);
}
private void CalibrateJoystick_Click(object sender, RoutedEventArgs e)
{
_calibrationTarget = (sender as FrameworkElement).Tag.ToString();
Joystick nonCalibrated = new Joystick();
Joystick curCalibration = new Joystick();
switch (_calibrationTarget)
{
case App.CAL_NUN_JOYSTICK:
nonCalibrated = Calibrations.None.NunchukRaw.joystick;
if (_lastState is Nunchuk)
{
curCalibration = ((Nunchuk)_lastState).joystick;
}
break;
case App.CAL_CC_LJOYSTICK:
nonCalibrated = Calibrations.None.ClassicControllerRaw.LJoy;
if (_lastState is ClassicController)
{
curCalibration = ((ClassicController)_lastState).LJoy;
}
break;
case App.CAL_CC_RJOYSTICK:
nonCalibrated = Calibrations.None.ClassicControllerRaw.RJoy;
if (_lastState is ClassicController)
{
curCalibration = ((ClassicController)_lastState).RJoy;
}
break;
case App.CAL_CCP_LJOYSTICK: nonCalibrated = Calibrations.None.ClassicControllerProRaw.LJoy;
if (_lastState is ClassicControllerPro)
{
curCalibration = ((ClassicControllerPro)_lastState).LJoy;
}
break;
case App.CAL_CCP_RJOYSTICK:
nonCalibrated = Calibrations.None.ClassicControllerProRaw.RJoy;
if (_lastState is ClassicControllerPro)
{
curCalibration = ((ClassicControllerPro)_lastState).RJoy;
}
break;
case App.CAL_GUT_JOYSTICK:
nonCalibrated = Calibrations.None.GuitarRaw.joystick;
if (_lastState is Guitar)
{
curCalibration = ((Guitar)_lastState).joystick;
}
break;
default: return;
}
Windows.JoyCalibrationWindow joyCal = new Windows.JoyCalibrationWindow(nonCalibrated, curCalibration);
_openJoyWindow = joyCal;
#if DEBUG
// This will allow for the dummy device window to retain focus
if (DeviceID.StartsWith("Dummy"))
{
joyCal.Closed += (obj, args) =>
{
if (joyCal.Apply)
{
OnJoystickCalibrated?.Invoke(joyCal.Calibration, _calibrationTarget, joyCal.FileName);
}
_openJoyWindow = null;
};
joyCal.Show();
return;
}
#endif
joyCal.ShowDialog();
if (joyCal.Apply)
{
OnJoystickCalibrated?.Invoke(joyCal.Calibration, _calibrationTarget, joyCal.FileName);
}
_openJoyWindow = null;
}