public override bool Isworkingkey(VKeys key, bool Isdown)
{
if (key == Up.keyValue)
{
Up.Isđown = Isdown; return(true);
}
if (key == Down.keyValue)
{
Down.Isđown = Isdown; return(true);
}
if (key == Left.keyValue)
{
Left.Isđown = Isdown; return(true);
}
if (key == Right.keyValue)
{
Right.Isđown = Isdown; return(true);
}
return(false);
}
public bool IsDown(VKeys key)
{
if ((int)key < 256)
{
return(IsDownRaw(key));
}
if (key == VKeys.MENU)
{
return(IsDownRaw(VKeys.LMENU) || IsDownRaw(VKeys.RMENU));
}
if (key == VKeys.SHIFT)
{
return(IsDownRaw(VKeys.LSHIFT) || IsDownRaw(VKeys.RSHIFT));
}
if (key == VKeys.CONTROL)
{
return(IsDownRaw(VKeys.LCONTROL) || IsDownRaw(VKeys.RCONTROL));
}
return(false);
}
private void MeleeCountDownKeyHook(VKeys key)
{
switch (key)
{
case VKeys.KEY_Q:
this.OnQPressed();
break;
case VKeys.KEY_E:
this.OnEPressed();
break;
case VKeys.ESCAPE:
this.OnEPressed();
break;
default:
// Do nothing for now
break;
}
}
/// <summary>
/// Send an event for a set of keys.
/// </summary>
/// <param name="modifierKeys">Modifier keys associated with each key event.</param>
/// <param name="keys">The associated keys.</param>
/// <param name="eventType">The event type.</param>
public static void SendKeys(ModifierKeys modifierKeys, VKeys[] keys, KeyEventType eventType)
{
Assert.ParamIsNotNull(keys);
List<INPUT> inputBuffer = new List<INPUT>();
if (eventType == KeyEventType.Down)
{
// Key down events
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Shift))
{
inputBuffer.Add(CreateKeyEvent(VKeys.SHIFT, KeyEventType.Down));
}
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Control))
{
inputBuffer.Add(CreateKeyEvent(VKeys.CONTROL, KeyEventType.Down));
}
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Alt))
{
inputBuffer.Add(CreateKeyEvent(VKeys.MENU, KeyEventType.Down));
}
foreach (VKeys key in keys)
{
inputBuffer.Add(CreateKeyEvent(key, KeyEventType.Down));
}
}
else
{
// Add key up events
foreach (VKeys key in keys)
{
inputBuffer.Add(CreateKeyEvent(key, KeyEventType.Up));
}
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Alt))
{
inputBuffer.Add(CreateKeyEvent(VKeys.MENU, KeyEventType.Up));
}
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Control))
{
inputBuffer.Add(CreateKeyEvent(VKeys.CONTROL, KeyEventType.Up));
}
if (Utility.IsFlagSet(modifierKeys, Bespoke.Common.ModifierKeys.Shift))
{
inputBuffer.Add(CreateKeyEvent(VKeys.SHIFT, KeyEventType.Up));
}
}
if (inputBuffer.Count > 0)
{
INPUT[] buffer = inputBuffer.ToArray();
SendInput((uint)buffer.Length, buffer, Marshal.SizeOf(buffer[0]));
}
}
public static bool IsModifierKey(VKeys key)
{
return(BaseModifierKeys.Contains(key));
}
public static bool IsReleased(VKeys key)
{
return(!IsPressed(key));
}
public static void SendHardwareKeyUp(VKeys toscanboy)
{
keybd_event(MagicCSGObVk, GetHardwareScan(toscanboy), 0x0002, 0); //Key up
}
public static void PostMessage_PressKeyUp(int hWnd, VKeys Key, int lParam)
{
PostMessage(hWnd, (int)WMessages.WM_KEYUP, (int)Key, lParam);
}
public static void Send(IntPtr WindowHandle, VKeys Key)
{
SendMessage(WindowHandle, (int)Key, 0, 0);
}
public void SendKeyUp(VKeys key)
{
SendMessage(_handler, (int)WMessages.WM_KEYUP, (int)key, 0);
}
public void SendKeyPres(VKeys key)
{
SendKeyDown(key);
SendKeyUp(key);
}
public void SendKeyDown(VKeys key)
{
SendMessage(_handler, (int)WMessages.WM_KEYDOWN, (int)key, 0);
}
public override void Work_Key(VKeys key, bool IsDown, Switcher switcher)
{
if (Isworkingkey(key, IsDown))
{
//select mode of sreeen to calculatim
int R_x = 1;
int R_y = 1;
int R_Df = 1;
int R_Ds = 1;
switch (switcher.Currentinformation.ScreenOrentation)
{
case ScreenOrentation.LEFT_HORIZONTAL: R_x = 1; R_y = 1; R_Ds = 1; R_Df = 0; break;
case ScreenOrentation.RIGHT_HORIZONTAL: R_x = -1; R_y = -1; R_Ds = 1; R_Df = 0; break;
case ScreenOrentation.MIDDLE_VERTICAL: R_x = 1; R_y = -1; R_Ds = 0; R_Df = 1; break;
}
//calular postion
double DX = 0, DY = 0;
double Lta = Math.Sin((corner * Math.PI) / 180) * 0.5 * this.Width;
//sử lý các sự kiên khi key down hoạt key up
if (finger.State == StateFinger.UP)
{
// sau khi put finger thì statet finger sẽ chuyển sang down
Handremote.PutFinger(this.X, this.Y, this);
}
else
{
if (!Up.Isđown && !Down.Isđown && !Left.Isđown && !Right.Isđown)
{
Handremote.UpFinger(this);
}
}
//tất cả các tổ hợp phím sẽ xử lí
//xử lí các trượng hơn key đơn
if (key == Up.keyValue)
{
DX = this.X + this.Width / 2 * R_Ds * R_y;
DY = this.Y - this.Width / 2 * R_Df * R_x;
goto DoublekeyStrkey;
}
if (key == Down.keyValue)
{
DX = this.X - this.Width / 2 * R_Ds * R_y;
DY = this.Y + this.Width / 2 * R_Df * R_x;
goto DoublekeyStrkey;
}
if (key == Left.keyValue)
{
DX = this.X - this.Width / 2 * R_Df * R_x;
DY = this.Y - this.Width / 2 * R_Ds * R_y;
goto DoublekeyStrkey;
}
if (key == Right.keyValue)
{
DX = this.X + this.Width / 2 * R_Df * R_x;
DY = this.Y + this.Width / 2 * R_Ds * R_y;
goto DoublekeyStrkey;
}
//các trường hợp key đôi
DoublekeyStrkey:
if (Up.Isđown && Left.Isđown)
{
DX = this.X + Lta * R_y;
DY = this.Y - Lta * R_x;
if (key == Up.keyValue || key == Left.keyValue)
{
goto PutStrokeKey;
}
}
if (Up.Isđown && Right.Isđown)
{
DX = this.X + Lta * R_x;
DY = this.Y + Lta * R_y;
if (key == Up.keyValue || key == Right.keyValue)
{
goto PutStrokeKey;
}
}
if (Down.Isđown && Left.Isđown)
{
DX = this.X - Lta * R_x;
DY = this.Y - Lta * R_y;
if (key == Down.keyValue || key == Left.keyValue)
{
goto PutStrokeKey;
}
}
if (Down.Isđown && Right.Isđown)
{
DX = this.X - Lta * R_y;
DY = this.Y + Lta * R_x;
if (key == Down.keyValue || key == Right.keyValue)
{
goto PutStrokeKey;
}
}
//thực hiện nhấn vầ di chuyền phím nhấn
PutStrokeKey:
if (Up.Isđown || Down.Isđown || Left.Isđown || Right.Isđown)
{
if (tokenSource != null)
{
tokenSource.Cancel();
}
tokenSource = new CancellationTokenSource();
new Thread(() =>
{
Handremote.MoveFinger(DX, DY, this, false);
})
{
IsBackground = true
}.Start();
}
}
}
private static bool IsKeyPress(VKeys key)
{
RETURN_GetAsyncKeyState rtnVal = (RETURN_GetAsyncKeyState)GetAsyncKeyState((int)key);
return(RETURN_GetAsyncKeyState.YN.Equals(rtnVal) || RETURN_GetAsyncKeyState.YY.Equals(rtnVal));
}
public virtual bool Isworkingkey(VKeys key, bool Isdown)
{
return(false);
}
public virtual void Work_Key(VKeys key, bool IsDown, Switcher switcher)
{
}
public static INPUT[] CreatArrow(VKeys vKeys)
{
return(new[]
{
new INPUT()
{
type = INPUT_TYPE.KEYBOARD,
u = new INPUT_U
{
ki = new KEYBDINPUT
{
wVk = Convert.ToUInt16(VKeys.LMENU),
wScan = 0,
dwFlags = Convert.ToUInt32(KEYEVENTF.KEYUP),
dwExtraInfo = IntPtr.Zero
}
}
},
new INPUT()
{
type = INPUT_TYPE.KEYBOARD,
u = new INPUT_U
{
ki = new KEYBDINPUT
{
wVk = Convert.ToUInt16(VKeys.KEY_A),
wScan = 0,
dwFlags = Convert.ToUInt32(KEYEVENTF.KEYUP),
dwExtraInfo = IntPtr.Zero
}
}
},
new INPUT()
{
type = INPUT_TYPE.KEYBOARD,
u = new INPUT_U
{
ki = new KEYBDINPUT
{
wVk = Convert.ToUInt16(vKeys),
wScan = 0,
dwFlags = 0 | Convert.ToUInt32(KEYEVENTF.EXTENDEDKEY),
dwExtraInfo = IntPtr.Zero
}
}
},
new INPUT()
{
type = INPUT_TYPE.KEYBOARD,
u = new INPUT_U
{
ki = new KEYBDINPUT
{
wVk = Convert.ToUInt16(vKeys),
wScan = 0,
dwFlags = 0 | Convert.ToUInt32(KEYEVENTF.KEYUP),
dwExtraInfo = IntPtr.Zero
}
}
},
//new INPUT()
//{
// type = INPUT_TYPE.KEYBOARD,
// u = new INPUT_U
// {
// ki = new KEYBDINPUT
// {
// wVk = Convert.ToUInt16(VKeys.LMENU),
// wScan = 0,
// dwFlags = 0,
// dwExtraInfo = IntPtr.Zero
// }
// }
//},
});
}
private static uint GetScanCode(VKeys key)
{
return(MapVirtualKey((uint)key, MAPVK_VK_TO_VSC_EX));
}
public void SendKeyUp(VKeys key)
{
SendMessage(_handler, (int)WMessages.WM_KEYUP, (int)key, 0);
}
private static uint GetDwExtraInfo(Int16 repeatCount, VKeys key, byte extended, byte contextCode, byte previousState,
byte transitionState)
{
var lParam = (uint) repeatCount;
uint scanCode = MapVirtualKey((uint) key, MAPVK_VK_TO_VSC_EX) + 0x80;
lParam += scanCode*0x10000;
lParam += (uint) ((extended)*0x1000000);
lParam += (uint) ((contextCode*2)*0x10000000);
lParam += (uint) ((previousState*4)*0x10000000);
lParam += (uint) ((transitionState*8)*0x10000000);
return lParam;
}
private static bool PostMessageKeyUp(IntPtr hWnd, VKeys key)
{
return(PostMessageSafe(hWnd, (int)Message.KEY_UP, (uint)key, GetLParam(1, key, 0, 0, 0, 0)));
}
public void SendKeyPres(VKeys key)
{
SendKeyDown(key);
SendKeyUp(key);
}
private void Keyboard_KeyUp(VKeys key)
{
ChangecolorButton(key, false);
}
public static void SendHardwareKeyDown(VKeys toscanboy)
{
Console.WriteLine("the hardware boy is " + GetHardwareScan(toscanboy));
keybd_event(MagicCSGObVk, GetHardwareScan(toscanboy), 0, 0); //Key down
}
private void Keyboard_KeyDown(VKeys key)
{
ChangecolorButton(key, true);
}
public static byte GetHardwareScan(VKeys v)
{
switch (v)
{
//https://docs.microsoft.com/en-us/previous-versions/visualstudio/visual-studio-6.0/aa299374(v=vs.60)
case VKeys.VK_ESCAPE: return(0x1);
case VKeys.VK_1: return(0x2);
case VKeys.VK_2: return(0x3);
case VKeys.VK_3: return(0x4);
case VKeys.VK_4: return(0x5);
case VKeys.VK_5: return(0x6);
case VKeys.VK_6: return(0x7);
case VKeys.VK_7: return(0x8);
case VKeys.VK_8: return(0x9);
case VKeys.VK_9: return(0xA);
case VKeys.VK_SUBTRACT: return(0xC);
case VKeys.VK_BACK: return(0xE);
case VKeys.VK_TAB: return(0xF);
case VKeys.VK_Q: return(0x10);
case VKeys.VK_W: return(0x11);
case VKeys.VK_E: return(0x12);
case VKeys.VK_R: return(0x13);
case VKeys.VK_T: return(0x14);
case VKeys.VK_Y: return(0x15);
case VKeys.VK_U: return(0x16);
case VKeys.VK_I: return(0x17);
case VKeys.VK_O: return(0x18);
case VKeys.VK_P: return(0x19);
case VKeys.VK_RETURN: return(0x1C);
case VKeys.VK_CONTROL: return(0x1D);
case VKeys.VK_A: return(0x1E);
case VKeys.VK_S: return(0x1F);
case VKeys.VK_D: return(0x20);
case VKeys.VK_F: return(0x21);
case VKeys.VK_G: return(0x22);
case VKeys.VK_H: return(0x23);
case VKeys.VK_J: return(0x24);
case VKeys.VK_K: return(0x25);
case VKeys.VK_L: return(0x26);
//case VKeys.VK_COLON: return 0x27;
//case VKeys.VK_QUOTE: return 0x28;
//case VKeys.VK_TILDE: return 0x29;
case VKeys.VK_LSHIFT: return(0x2A);
//case VKeys.VK_BACKSLASH: return 0x2B;
case VKeys.VK_Z: return(0x2C);
case VKeys.VK_X: return(0x2D);
case VKeys.VK_C: return(0x2E);
case VKeys.VK_V: return(0x2F);
case VKeys.VK_B: return(0x30);
case VKeys.VK_N: return(0x31);
case VKeys.VK_M: return(0x32);
//case VKeys.VK_COMMA: return 0x33;
case VKeys.VK_DECIMAL: return(0x34);
//case VKeys.VK_QUESTION: return 0x35;
case VKeys.VK_RSHIFT: return(0x36);
//case VKeys.VK_LALT: return 0x38;
//case VKeys.VK_RALT: return 0x38;
case VKeys.VK_SPACE: return(0x39);
case VKeys.VK_CAPITAL: return(0x3A);
case VKeys.VK_F1: return(0x3B);
case VKeys.VK_F2: return(0x3C);
case VKeys.VK_F3: return(0x3D);
case VKeys.VK_F4: return(0x3E);
case VKeys.VK_F5: return(0x3F);
case VKeys.VK_F6: return(0x40);
case VKeys.VK_F7: return(0x41);
case VKeys.VK_F8: return(0x42);
case VKeys.VK_F9: return(0x43);
case VKeys.VK_F10: return(0x44);
case VKeys.VK_F11: return(0x57);
case VKeys.VK_F12: return(0x58);
//case VKeys.NUMLOCK return 0x45;
case VKeys.VK_SCROLL: return(0x46);
case VKeys.VK_HOME: return(0x47);
case VKeys.VK_UP: return(0x48);
case VKeys.VK_PRIOR: return(0x49);
case VKeys.VK_LEFT: return(0x4B);
//case VKeys.VK_CENTER: return 0x4C;
case VKeys.VK_RIGHT: return(0x4D);
case VKeys.VK_END: return(0x4F);
case VKeys.VK_DOWN: return(0x50);
case VKeys.VK_NEXT: return(0x51);
case VKeys.VK_INSERT: return(0x52);
case VKeys.VK_DELETE: return(0x53);
default: return(0xFF);
}
}
private void ChangecolorButton(VKeys key, bool iskeyDown)
{
if (iskeyDown)
{
switch (key)
{
case VKeys.KEY_W:
W_key.Background = yellowcolor;
break;
case VKeys.KEY_S:
S_key.Background = yellowcolor;
break;
case VKeys.KEY_A:
A_key.Background = yellowcolor;
break;
case VKeys.KEY_D:
D_key.Background = yellowcolor;
break;
case VKeys.KEY_Q:
Q_key.Background = yellowcolor;
break;
case VKeys.KEY_E:
E_key.Background = yellowcolor;
break;
case VKeys.KEY_Z:
Z_key.Background = yellowcolor;
break;
case VKeys.KEY_X:
X_key.Background = yellowcolor;
break;
case VKeys.KEY_C:
C_key.Background = yellowcolor;
C_O_key.Background = yellowcolor;
break;
case VKeys.LCONTROL:
Ctrl_O_key.Background = yellowcolor;
break;
case VKeys.RCONTROL:
Ctrl_O_key.Background = yellowcolor;
break;
case VKeys.LSHIFT:
Shift_O_key.Background = yellowcolor;
break;
case VKeys.RSHIFT:
Shift_O_key.Background = yellowcolor;
break;
default:
break;
}
}
else
{
switch (key)
{
case VKeys.KEY_W:
W_key.Background = bluecolor;
break;
case VKeys.KEY_S:
S_key.Background = bluecolor;
break;
case VKeys.KEY_A:
A_key.Background = bluecolor;
break;
case VKeys.KEY_D:
D_key.Background = bluecolor;
break;
case VKeys.KEY_Q:
Q_key.Background = bluecolor;
break;
case VKeys.KEY_E:
E_key.Background = bluecolor;
break;
case VKeys.KEY_Z:
Z_key.Background = bluecolor;
break;
case VKeys.KEY_X:
X_key.Background = bluecolor;
break;
case VKeys.KEY_C:
C_key.Background = bluecolor;
C_O_key.Background = orangecolor;
break;
case VKeys.LCONTROL:
Ctrl_O_key.Background = orangecolor;
break;
case VKeys.RCONTROL:
Ctrl_O_key.Background = orangecolor;
break;
case VKeys.LSHIFT:
Shift_O_key.Background = orangecolor;
break;
case VKeys.RSHIFT:
Shift_O_key.Background = orangecolor;
break;
default:
break;
}
}
}
public static void PostMessage_PressKey(int hWnd, VKeys Key, int lParam)
{
PostMessage(hWnd, (int)WMessages.WM_KEYDOWN, (int)Key, lParam);
PostMessage(hWnd, (int)WMessages.WM_KEYUP, (int)Key, lParam);
//---------------------------------------------------------------------------
/*
* Key wParam lParam
* 1 31 20001
* 2 32 30001
* 3 33 40001
* 4 34 50001
* 5 35 60001
* 6 36 70001
* 7 37 80001
* 8 38 90001
* 9 39 a0001
* - bd c0001
* ^ de 280001
\ dc 2b0001
\ q 51 100001
\ w 57 110001
\ e 45 120001
\ r 52 130001
\ t 54 140001
\ y 59 150001
\ u 55 160001
\ i 49 170001
\ o 4f 180001
\ p 50 190001
\ @ c0 290001
\ [ db 1a0001
\ a 41 1e0001
\ s 53 1f0001
\ d 44 200001
\ f 46 210001
\ g 47 220001
\ h 48 230001
\ j 4a 240001
\ k 4b 250001
\ l 4c 260001
\ ; bb d0001
\ : ba 270001
\ ] dd 1b0001
\ z 5a 2c0001
\ x 58 2d0001
\ c 43 2e0001
\ v 56 2f0001
\ b 42 300001
\ n 4e 310001
\ m 4d 320001
\ , bc 330001
\ . be 340001
\ / bf 350001
\ (_) df 550001
\ [ESC] 1b 10001
\ [TAB] 9 f0001
\ [CTRL-L] 11 1d0001
\ [CAPS] 14 3a0001
\ [SHIFT-L] 10 2a0001
\ [??] 15 11d0001
\ [WIN-L] 5b 15b0001
\ [GRPH] ????
\ [NFER] 1d 5a0001
\ [SPACE] 20 390001
\ [BS] 8 e0001
\ [RET] d 1c0001
\ [SHIFT-R] 10 360001
\ [XFER] 1c 1380001
\ [WIN-R] 5c 15c0001
\ [???] 5d 15d0001
\ [INS] 2d 1520001
\ [DEL] 2e 1530001
\ [ROLLUP] 22 1510001
\ [ROLLDN] 21 1490001
\ [?] 26 1480001
\ [?] 25 14b0001
\ [?] 27 14d0001
\ [?] 28 1500001
\ [HOMECLR] 24 1470001
\ [HELP] 23 14f0001
\ [-] 6d 4a0001
\ [/] 6f 1350001
\ [*] 6a 370001
\ [+] 6b 4e0001
\ [=] 92 590001
\ [RET] d 1c0001
\ [7] 67 470001
\ [8] 68 480001
\ [9] 69 490001
\ [4] 64 4b0001
\ [5] 65 4c0001
\ [6] 66 4d0001
\ [1] 61 4f0001
\ [2] 62 500001
\ [3] 63 510001
\ [0] 60 520001
\ [,] 6c 5c0001
\ [.] 6e 530001
\ [STOP] ????
\ [COPY] ????
\ [F1] 70 3b0001
\ [F2] 71 3c0001
\ [F3] 72 3d0001
\ [F4] 73 3e0001
\ [F5] 74 3f0001
\ [F6] 75 400001
\ [F7] 76 410001
\ [F8] 77 420001
\ [F9] 78 430001
\ [F10] ????(ALT??????)
\ [VF1] 7a 570001
\ [VF2] 7b 580001
\ [VF3] 7c 5d0001
\ [VF4] 7d 5e0001
\ [VF5] 7e 5f0001
\
*/
}
public static void SendVKeys(IntPtr hWnd, VKeys key)
{
PostMessage(hWnd, new Key(key));
}
public static bool IsPressed(VKeys key)
{
return(Hook.GetDownedKeys().Contains(key));
}
public bool IsKeyPressed(VKeys key)
{
return((GetKeyState((int)key) & 0x8000) != 0);
}
/// <summary>
/// Send a "down" then "up" event for a set of keys.
/// </summary>
/// <param name="modifierKeys">Modifier keys associated with each key event.</param>
/// <param name="keys">The associated keys.</param>
public static void SendKeys(ModifierKeys modifierKeys, VKeys[] keys)
{
SendKeys(modifierKeys, keys, KeyEventType.Down);
SendKeys(modifierKeys, keys, KeyEventType.Up);
}
public void MapDataSwitch(uint switchNumber, VKeys key)
{
_dataSwitchMappings[switchNumber] = key;
}
private static INPUT CreateKeyEvent(VKeys key, KeyEventType eventType)
{
INPUT keyEvent = new INPUT();
keyEvent.type = INPUT_KEYBOARD;
keyEvent.ki.wVk = (ushort)key;
keyEvent.ki.wScan = 0;
keyEvent.ki.dwFlags = (uint)eventType;
keyEvent.ki.time = 0;
keyEvent.ki.dwExtraInfo = (IntPtr)0;
return keyEvent;
}
private void AddKey(string key, VKeys value)
{
keyNames[key] = value;
displayOrder.Add(key);
}
private static uint GetScanCode(VKeys key)
{
return MapVirtualKey((uint) key, MAPVK_VK_TO_VSC_EX);
}
public void SendKeyDown(VKeys key)
{
SendMessage(_handler, (int)WMessages.WM_KEYDOWN, (int)key, 0);
}
private static uint GetLParam(Int16 repeatCount, VKeys key, byte extended, byte contextCode, byte previousState,
byte transitionState)
{
var lParam = (uint) repeatCount;
//uint scanCode = MapVirtualKey((uint)key, MAPVK_VK_TO_CHAR);
uint scanCode = GetScanCode(key);
lParam += scanCode*0x10000;
lParam += (uint) ((extended)*0x1000000);
lParam += (uint) ((contextCode*2)*0x10000000);
lParam += (uint) ((previousState*4)*0x10000000);
lParam += (uint) ((transitionState*8)*0x10000000);
return lParam;
}
public static void Send(string WindowTitle, string ControlName, VKeys Key)
{
IntPtr hWnd = FindWindow(ControlName, WindowTitle);
SendMessage(hWnd, (int)Key, 0, 0);
}
static extern bool GetAsyncKeyState(VKeys vKey);
public KeyEventArgs(bool down, VKeys keys)
{
this.Down = down;
this.Keys = keys;
this.Handled = false;
}