private void graphicsControl_KeyUp(object sender, KeyEventArgs e)
{
if (this.activeState.EngineUserInput)
{
Key inputKey = e.KeyCode.ToDualityKey();
this.inputKeyPressed[(int)inputKey] = false;
}
}
private void graphicsControl_KeyDown(object sender, KeyEventArgs e)
{
if (!this.RenderableControl.Focused)
{
this.RenderableControl.Focus();
}
if (e.KeyCode == Keys.Escape || e.KeyCode == Keys.Tab || e.KeyCode == Keys.Alt)
{
this.inputMouseCapture = false;
}
if (this.activeState.EngineUserInput)
{
Key inputKey = e.KeyCode.ToDualityKey();
this.inputKeyPressed[(int)inputKey] = true;
}
}
bool IKeyboardInputSource.this[Key key]
{
get { return this.inputKeyPressed[(int)key]; }
}
static ExtMethodsVirtualKeyCode()
{
virtualKeyToDualityKey = new Dictionary <VirtualKeyCode, DualityKey>();
// Build a mapping from virtual keycodes to physical scancodes
foreach (VirtualKeyCode virtualKey in Enum.GetValues(typeof(VirtualKeyCode)))
{
uint scancode = NativeMethods.MapVirtualKey((uint)virtualKey, NativeMethods.KeyMapType.MAPVK_VK_TO_VSC);
if (scancode == 0)
{
continue;
}
DualityKey dualityKey = ParseScanCode(scancode);
if (dualityKey == DualityKey.Unknown)
{
continue;
}
virtualKeyToDualityKey[virtualKey] = dualityKey;
}
// Override some specific keys where we really need the virtual key information
virtualKeyToDualityKey[VirtualKeyCode.None] = DualityKey.Unknown;
virtualKeyToDualityKey[VirtualKeyCode.Return] = DualityKey.Enter;
virtualKeyToDualityKey[VirtualKeyCode.ShiftKey] = DualityKey.ShiftLeft;
virtualKeyToDualityKey[VirtualKeyCode.LShiftKey] = DualityKey.ShiftLeft;
virtualKeyToDualityKey[VirtualKeyCode.RShiftKey] = DualityKey.ShiftRight;
virtualKeyToDualityKey[VirtualKeyCode.ControlKey] = DualityKey.ControlLeft;
virtualKeyToDualityKey[VirtualKeyCode.LControlKey] = DualityKey.ControlLeft;
virtualKeyToDualityKey[VirtualKeyCode.RControlKey] = DualityKey.ControlRight;
virtualKeyToDualityKey[VirtualKeyCode.Menu] = DualityKey.AltLeft;
virtualKeyToDualityKey[VirtualKeyCode.LMenu] = DualityKey.AltLeft;
virtualKeyToDualityKey[VirtualKeyCode.RMenu] = DualityKey.AltRight;
virtualKeyToDualityKey[VirtualKeyCode.NumPad0] = DualityKey.Keypad0;
virtualKeyToDualityKey[VirtualKeyCode.NumPad1] = DualityKey.Keypad1;
virtualKeyToDualityKey[VirtualKeyCode.NumPad2] = DualityKey.Keypad2;
virtualKeyToDualityKey[VirtualKeyCode.NumPad3] = DualityKey.Keypad3;
virtualKeyToDualityKey[VirtualKeyCode.NumPad4] = DualityKey.Keypad4;
virtualKeyToDualityKey[VirtualKeyCode.NumPad5] = DualityKey.Keypad5;
virtualKeyToDualityKey[VirtualKeyCode.NumPad6] = DualityKey.Keypad6;
virtualKeyToDualityKey[VirtualKeyCode.NumPad7] = DualityKey.Keypad7;
virtualKeyToDualityKey[VirtualKeyCode.NumPad8] = DualityKey.Keypad8;
virtualKeyToDualityKey[VirtualKeyCode.NumPad9] = DualityKey.Keypad9;
virtualKeyToDualityKey[VirtualKeyCode.Multiply] = DualityKey.KeypadMultiply;
virtualKeyToDualityKey[VirtualKeyCode.Add] = DualityKey.KeypadAdd;
virtualKeyToDualityKey[VirtualKeyCode.Subtract] = DualityKey.KeypadSubtract;
virtualKeyToDualityKey[VirtualKeyCode.Divide] = DualityKey.KeypadDivide;
virtualKeyToDualityKey[VirtualKeyCode.Decimal] = DualityKey.KeypadDecimal;
virtualKeyToDualityKey[VirtualKeyCode.PageDown] = DualityKey.PageDown;
virtualKeyToDualityKey[VirtualKeyCode.Back] = DualityKey.BackSpace;
//
// Note that the above virtual key mapping is by definition incomplete:
// Virtual keys do not distinguish between left and right modifiers.
// Therefore it is not possible to map from a virtual key to the correct
// scancode in all cases. The only way around this would be to parse
// scancodes directly.
//
// The reason we're preferring scancodes over virtual keys is detailed here:
// https://github.com/AdamsLair/duality/issues/289#issuecomment-184367749
//
}
bool IKeyboardInputSource.this[Key key]
{
get { return(this.inputKeyPressed[(int)key]); }
}
