static Func <bool> CreatePressTestFunc(KeyCode key, KeyPressType pressType, float[] para)
{
if (pressType < KeyPressType.JoyStickBegin)
{
if (key == KeyCode.None)
{
return(() => false);
}
int mask = (int)key & KeyMask; // use excluder to check key mask
if (mask != 0)
{
key = key - mask;
}
}
switch (pressType)
{
default:
case KeyPressType.Up: return(() => Input.GetKeyUp(key) && NotExcluderByOther());
case KeyPressType.Down: return(() => Input.GetKeyDown(key) && NotExcluderByOther());
case KeyPressType.Press: return(() => Input.GetKey(key) && NotExcluderByOther());
case KeyPressType.UpHPrior: return(() => Input.GetKeyUp(key));
case KeyPressType.PressHPrior: return(() => Input.GetKey(key));
case KeyPressType.ClickNoMove: return(() => key.IsClickNoMove());
case KeyPressType.Click: ClickPressInfo.Register(key, para); return(() => key.IsClickPress());
case KeyPressType.ClickCD: ClickCDPressInfo.Register(key, para); return(() => key.IsClickCDPress());
case KeyPressType.DoublePress: DoublePressInfo.Register(key, para); return(() => key.IsDoublePress());
case KeyPressType.LongPress: LongPressInfo.Register(key, para); return(() => key.IsLongPress());
case KeyPressType.DirU: s_keyAxisU = key; return(delegate { return s_curAxisV > PETools.PEMath.Epsilon; });
case KeyPressType.DirD: s_keyAxisD = key; return(delegate { return s_curAxisV < -PETools.PEMath.Epsilon; });
case KeyPressType.DirR: s_keyAxisR = key; return(delegate { return s_curAxisH > PETools.PEMath.Epsilon; });
case KeyPressType.DirL: s_keyAxisL = key; return(delegate { return s_curAxisH < -PETools.PEMath.Epsilon; });
case KeyPressType.MouseWheelU: return(delegate { return Input.GetAxis("Mouse ScrollWheel") > PETools.PEMath.Epsilon; });
case KeyPressType.MouseWheelD: return(delegate { return Input.GetAxis("Mouse ScrollWheel") < -PETools.PEMath.Epsilon; });
}
}
