private void Window_PointerReleased(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == e.Pointer.PointerId)
{
//PointerPoint point = e.GetCurrentPoint(LayoutRoot);
//Debug.WriteLine("Released: " + point.Position.X + ", " + point.Position.Y);
if (calibrationStickkMoving)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs
{
Angle = (int)basicAngle
};
if (CalibrationReleased != null)
{
CalibrationReleased(args);
}
}
if (mainStickkMoving)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if (Released != null)
{
Released(args);
}
}
newX = 0;
newY = 0;
angle = 0;
normalizedDistance = 0;
MoveJoystick(newX, newY);
if (calibrationStickkMoving)
{
ReplaceCalibrationStick();
}
// Reinit calibration rotation
rotationTransform.Rotation = 135;
calibrationStickkMoving = false;
mainStickkMoving = false;
idPointer = 0;
}
}
private void Window_PointerPressed(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == 0)
{
PointerPoint point = e.GetCurrentPoint(LayoutRoot);
PointerPoint point_Calibration = e.GetCurrentPoint(CalibrationPath);
center = new Point(sensor.ActualWidth / 2, sensor.ActualHeight / 2);
if (point_Calibration.Position.X > 0 &&
point_Calibration.Position.X < CalibrationPath.ActualWidth &&
point_Calibration.Position.Y > 0 &&
point_Calibration.Position.Y < CalibrationPath.ActualHeight)
{
// Calibrage
calibrationStickkMoving = true;
mainStickkMoving = false;
idPointer = e.Pointer.PointerId;
Refresh(point.Position, center);
}
else if (point.Position.X > 0 && point.Position.X < LayoutRoot.ActualWidth && point.Position.Y > 0 && point.Position.Y < LayoutRoot.ActualHeight)
{
calibrationStickkMoving = false;
mainStickkMoving = true;
// Stick principal
idPointer = e.Pointer.PointerId;
Refresh(point.Position, center);
MoveJoystick(newX, newY);
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if (Moving != null)
{
Moving(args);
}
//Debug.WriteLine("Started: " + point.Position.X + ", " + point.Position.Y);
}
}
}
private void Window_PointerMoved(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == e.Pointer.PointerId)
{
PointerPoint point = e.GetCurrentPoint(mainStickContainer);
Refresh(point.Position, center);
Debug.WriteLine("X : {0}, Y : {1}", point.Position.X, point.Position.Y);
if (mainStickkMoving)
{
MoveJoystick(newX, newY);
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if (Moving != null)
{
Moving(args);
}
}
else if (calibrationStickkMoving)
{
rotationTransform.Rotation = basicAngle;
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs
{
Angle = (int)basicAngle
};
if (Calibrating != null)
{
Calibrating(args);
}
//Debug.WriteLine("Angle : {0}", (int)basicAngle);
}
}
}
void Touch_FrameReported(object sender, TouchFrameEventArgs e)
{
if (Visibility == System.Windows.Visibility.Collapsed)
return;
TouchPointCollection points = e.GetTouchPoints(this);
System.Windows.Point center = new System.Windows.Point(joystick.ActualWidth / 2, joystick.ActualHeight / 2);
for (int i = 0; i < points.Count; i++)
{
TouchPoint point = points[i];
// If Pointer enter on the main stick
if (IsEnabled && point.Action == TouchAction.Down && XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, mainStickContainer) && idPointer == -1)
{
#region Pointer enter on MainStick
// Lock stick type
calibrationStickMoving = false;
mainStickMoving = true;
// Store TouchDeviceId
idPointer = point.TouchDevice.Id;
// Updating sticks data
Refresh(point.Position, center);
// Update mainStick position
MoveJoystick(newX, newY);
// Prepare event args
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
// Fire event
if (Moving != null)
Moving(this, args);
#endregion
}
// Else if pointer enter on calibrationstick
else if (IsEnabled && point.Action == TouchAction.Down && (XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, CalibrationPath) || XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, CalibrationTxt)) && idPointer == -1)
{
// Lock stick type
calibrationStickMoving = true;
mainStickMoving = false;
// Store TouchDeviceId
idPointer = point.TouchDevice.Id;
// Updating sticks data
Refresh(point.Position, center);
}
// Else if the pointer moving
else if (point.TouchDevice.Id == idPointer && point.Action == TouchAction.Move)
{
// Updating sticks data
Refresh(point.Position, center);
// If calibrating
if (calibrationStickMoving)
{
// Update angle
rotationTransform.Rotation = basicAngle;
// Fire event
if (Calibrating != null)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs { Angle = (int)basicAngle };
Calibrating(this, args);
}
}
else if (mainStickMoving)
{
// Update main stick position
MoveJoystick(newX, newY);
// Fire event
if (Moving != null)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
Moving(this, args);
}
}
}
// On pointer released
else if (point.TouchDevice.Id == idPointer && point.Action == TouchAction.Up)
{
// release the pointer Id
idPointer = -1;
if (mainStickMoving)
{
// Fire event
if (Released != null)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
Released(this, args);
}
}
if(calibrationStickMoving)
{
// Fire event
if (CalibrationReleased != null)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs { Angle = (int)basicAngle };
CalibrationReleased(this, args);
}
}
// Reinit data
newX = 0;
newY = 0;
angle = 0;
normalizedDistance = 0;
// Update main stick position
MoveJoystick(newX, newY);
// Reinit calibration rotation
rotationTransform.Rotation = 135;
// Reinit flags
calibrationStickMoving = false;
mainStickMoving = false;
}
}
}
private void Window_PointerMoved(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == e.Pointer.PointerId)
{
PointerPoint point = e.GetCurrentPoint(mainStickContainer);
Refresh(point.Position, center);
Debug.WriteLine("X : {0}, Y : {1}", point.Position.X, point.Position.Y);
if (mainStickkMoving)
{
MoveJoystick(newX, newY);
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if (Moving != null)
Moving(args);
}
else if(calibrationStickkMoving)
{
rotationTransform.Rotation = basicAngle;
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs
{
Angle = (int)basicAngle
};
if (Calibrating != null)
Calibrating(args);
//Debug.WriteLine("Angle : {0}", (int)basicAngle);
}
}
}
private void Window_PointerReleased(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == e.Pointer.PointerId)
{
//PointerPoint point = e.GetCurrentPoint(LayoutRoot);
//Debug.WriteLine("Released: " + point.Position.X + ", " + point.Position.Y);
if (calibrationStickkMoving)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs
{
Angle = (int)basicAngle
};
if (CalibrationReleased != null)
CalibrationReleased(args);
}
if (mainStickkMoving)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if (Released != null)
Released(args);
}
newX = 0;
newY = 0;
angle = 0;
normalizedDistance = 0;
MoveJoystick(newX, newY);
if(calibrationStickkMoving)
{
ReplaceCalibrationStick();
}
// Reinit calibration rotation
rotationTransform.Rotation = 135;
calibrationStickkMoving = false;
mainStickkMoving = false;
idPointer = 0;
}
}
private void Window_PointerPressed(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
if (idPointer == 0)
{
PointerPoint point = e.GetCurrentPoint(LayoutRoot);
PointerPoint point_Calibration = e.GetCurrentPoint(CalibrationPath);
center = new Point(sensor.ActualWidth / 2, sensor.ActualHeight / 2);
if (point_Calibration.Position.X > 0 &&
point_Calibration.Position.X < CalibrationPath.ActualWidth &&
point_Calibration.Position.Y > 0 &&
point_Calibration.Position.Y < CalibrationPath.ActualHeight)
{
// Calibrage
calibrationStickkMoving = true;
mainStickkMoving = false;
idPointer = e.Pointer.PointerId;
Refresh(point.Position, center);
}
else if (point.Position.X > 0 && point.Position.X < LayoutRoot.ActualWidth && point.Position.Y > 0 && point.Position.Y < LayoutRoot.ActualHeight)
{
calibrationStickkMoving = false;
mainStickkMoving = true;
// Stick principal
idPointer = e.Pointer.PointerId;
Refresh(point.Position, center);
MoveJoystick(newX, newY);
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
if(Moving != null)
Moving(args);
//Debug.WriteLine("Started: " + point.Position.X + ", " + point.Position.Y);
}
}
}
void Touch_FrameReported(object sender, TouchFrameEventArgs e)
{
if (Visibility == System.Windows.Visibility.Collapsed)
{
return;
}
TouchPointCollection points = e.GetTouchPoints(this);
System.Windows.Point center = new System.Windows.Point(joystick.ActualWidth / 2, joystick.ActualHeight / 2);
for (int i = 0; i < points.Count; i++)
{
TouchPoint point = points[i];
// If Pointer enter on the main stick
if (IsEnabled && point.Action == TouchAction.Down && XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, mainStickContainer) && idPointer == -1)
{
#region Pointer enter on MainStick
// Lock stick type
calibrationStickMoving = false;
mainStickMoving = true;
// Store TouchDeviceId
idPointer = point.TouchDevice.Id;
// Updating sticks data
Refresh(point.Position, center);
// Update mainStick position
MoveJoystick(newX, newY);
// Prepare event args
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
// Fire event
if (Moving != null)
{
Moving(this, args);
}
#endregion
}
// Else if pointer enter on calibrationstick
else if (IsEnabled && point.Action == TouchAction.Down && (XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, CalibrationPath) || XamlHelper.IsControlChildOf(point.TouchDevice.DirectlyOver, CalibrationTxt)) && idPointer == -1)
{
// Lock stick type
calibrationStickMoving = true;
mainStickMoving = false;
// Store TouchDeviceId
idPointer = point.TouchDevice.Id;
// Updating sticks data
Refresh(point.Position, center);
}
// Else if the pointer moving
else if (point.TouchDevice.Id == idPointer && point.Action == TouchAction.Move)
{
// Updating sticks data
Refresh(point.Position, center);
// If calibrating
if (calibrationStickMoving)
{
// Update angle
rotationTransform.Rotation = basicAngle;
// Fire event
if (Calibrating != null)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs {
Angle = (int)basicAngle
};
Calibrating(this, args);
}
}
else if (mainStickMoving)
{
// Update main stick position
MoveJoystick(newX, newY);
// Fire event
if (Moving != null)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
Moving(this, args);
}
}
}
// On pointer released
else if (point.TouchDevice.Id == idPointer && point.Action == TouchAction.Up)
{
// release the pointer Id
idPointer = -1;
if (mainStickMoving)
{
// Fire event
if (Released != null)
{
JoystickMoveEventArgs args = new JoystickMoveEventArgs
{
Angle = (int)angle,
Speed = (float)normalizedDistance
};
Released(this, args);
}
}
if (calibrationStickMoving)
{
// Fire event
if (CalibrationReleased != null)
{
JoystickCalibrationEventArgs args = new JoystickCalibrationEventArgs {
Angle = (int)basicAngle
};
CalibrationReleased(this, args);
}
}
// Reinit data
newX = 0;
newY = 0;
angle = 0;
normalizedDistance = 0;
// Update main stick position
MoveJoystick(newX, newY);
// Reinit calibration rotation
rotationTransform.Rotation = 135;
// Reinit flags
calibrationStickMoving = false;
mainStickMoving = false;
}
}
}