|
public HandleKeyUpEvent ( |
||
| code | ||
| mod | ||
| keyboardIndex | int | |
| return | bool | |
/// <summary>
/// This is a workaround for Unity where some modifier keys do not generate a KeyDown/KeyUp event.
/// NOTE: This does not distinguish between Left and Right modifier keys.
/// </summary>
private void HandleKeyModifier(Event ev, ref bool keyIsDown, EventModifiers modifier, KeyCode keyCode)
{
if ((ev.modifiers & modifier) == modifier)
{
ev.keyCode = keyCode;
keyIsDown = true;
SFMgr.HandleKeyDownEvent(ev);
}
else if (keyIsDown)
{
ev.keyCode = keyCode;
SFMgr.HandleKeyUpEvent(ev);
keyIsDown = false;
}
}
/// <summary>
/// Process GamePad keys, axes, and buttons for dispatch to SFManager.
/// </summary>
public void Update()
{
for (int a = 0; a < GamePads.Length; a++)
{
// Let's process GamePad keys first.
int UnityButtonToSFKey_size = GamePads[a].Keymap.Length;
for (int i = 0; i < UnityButtonToSFKey_size; i++)
{
if (InputManager.GetButtonDown(GamePads[a].Keymap[i].UnityButton))
{
SFMgr.HandleKeyDownEvent(GamePads[a].Keymap[i].SFKeyCode, 0, GamePads[a].ControllerIndex);
}
if (InputManager.GetButtonUp(GamePads[a].Keymap[i].UnityButton))
{
SFMgr.HandleKeyUpEvent(GamePads[a].Keymap[i].SFKeyCode, 0, GamePads[a].ControllerIndex);
}
}
// Let's process axis now.
for (int b = 0; b < GamePads[a].Joysticks.Length; b++)
{
double horizontal = InputManager.GetAxis(GamePads[a].Joysticks[b].HorizontalAxisName);
double vertical = InputManager.GetAxis(GamePads[a].Joysticks[b].VerticalAxisName);
bool currR = horizontal > GamePads[a].Joysticks[b].HorizontalAxisThresholdD;
bool currL = horizontal < -GamePads[a].Joysticks[b].HorizontalAxisThresholdD;
bool currD = vertical < -GamePads[a].Joysticks[b].VerticalAxisThresholdD;
bool currU = vertical > GamePads[a].Joysticks[b].VerticalAxisThresholdD;
if (currR)
{
GamePads[a].Joysticks[b].RightTimerF += UnityEngine.Time.deltaTime;
if (!GamePads[a].Joysticks[b].RightKeyPressed || GamePads[a].Joysticks[b].RightTimerF > RepeatTimerThresholdF)
{
GamePads[a].Joysticks[b].RightTimerF = 0f;
SFMgr.HandleKeyDownEvent(SFKey.Code.Right, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].RightKeyPressed = true;
}
}
else
{
if (GamePads[a].Joysticks[b].RightKeyPressed)
{
SFMgr.HandleKeyUpEvent(SFKey.Code.Right, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].RightKeyPressed = false;
}
}
if (currL)
{
GamePads[a].Joysticks[b].LeftTimerF += UnityEngine.Time.deltaTime;
if (!GamePads[a].Joysticks[b].LeftKeyPressed || GamePads[a].Joysticks[b].LeftTimerF > RepeatTimerThresholdF)
{
GamePads[a].Joysticks[b].LeftTimerF = 0f;
SFMgr.HandleKeyDownEvent(SFKey.Code.Left, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].LeftKeyPressed = true;
}
}
else
{
if (GamePads[a].Joysticks[b].LeftKeyPressed)
{
SFMgr.HandleKeyUpEvent(SFKey.Code.Left, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].LeftKeyPressed = false;
}
}
if (currD)
{
GamePads[a].Joysticks[b].DownTimerF += UnityEngine.Time.deltaTime;
if (!GamePads[a].Joysticks[b].DownKeyPressed || GamePads[a].Joysticks[b].DownTimerF > RepeatTimerThresholdF)
{
GamePads[a].Joysticks[b].DownTimerF = 0f;
SFMgr.HandleKeyDownEvent(SFKey.Code.Down, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].DownKeyPressed = true;
}
}
else
{
if (GamePads[a].Joysticks[b].DownKeyPressed)
{
SFMgr.HandleKeyUpEvent(SFKey.Code.Down, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].DownKeyPressed = false;
}
}
if (currU)
{
GamePads[a].Joysticks[b].UpTimerF += UnityEngine.Time.deltaTime;
if (!GamePads[a].Joysticks[b].UpKeyPressed || GamePads[a].Joysticks[b].UpTimerF > RepeatTimerThresholdF)
{
GamePads[a].Joysticks[b].UpTimerF = 0f;
SFMgr.HandleKeyDownEvent(SFKey.Code.Up, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].UpKeyPressed = true;
}
}
else
{
if (GamePads[a].Joysticks[b].UpKeyPressed)
{
SFMgr.HandleKeyUpEvent(SFKey.Code.Up, 0, GamePads[a].ControllerIndex);
GamePads[a].Joysticks[b].UpKeyPressed = false;
}
}
}
}
}
