public pvrVector2f GetButtonAxis(int hand, PVR.pvrButton btn)
{
pvrVector2f axis = new pvrVector2f();
switch (btn)
{
case pvrButton.pvrButton_Grip:
axis.x = _InputState.Grip[hand];
break;
case pvrButton.pvrButton_Trigger:
axis.x = _InputState.Trigger[hand];
break;
case pvrButton.pvrButton_JoyStick:
axis.x = _InputState.JoyStick[hand].x;
axis.y = _InputState.JoyStick[hand].y;
break;
case pvrButton.pvrButton_TouchPad:
axis.x = _InputState.TouchPad[hand].x;
axis.y = _InputState.TouchPad[hand].y;
break;
default:
axis.x = IsButtonInPress(hand, btn) ? 1.0f : 0.0f;
break;
}
return(axis);
}
public PVRAxisEventData(EventSystem eventSystem, int hand, pvrButton btn, pvrVector2f axis)
: base(eventSystem)
{
_btn = btn;
_axis = axis;
_hand = hand;
}
public static Vector2 ConvertPosition(pvrVector2f vec)
{
return(new Vector2((float)vec.x, (float)vec.y));
}
// Update is called once per frame
void Update()
{
if (PVRSession.instance.ready)
{
pvrInputState inputState = PVRSession.instance.inputState;
for (int hand = 0; hand < 2; hand++)
{
uint oldButtons = _PrevInputState.HandButtons[hand];
uint oldTouches = _PrevInputState.HandTouches[hand];
if (inputState.HandButtons[hand] != oldButtons)
{
for (int i = 0; i < _Buttons.Length; i++)
{
bool currPress = ((inputState.HandButtons[hand] & (uint)_Buttons[i]) != 0);
bool oldPress = ((oldButtons & (uint)_Buttons[i]) != 0);
if (currPress != oldPress)
{
if (currPress)
{
//Debug.LogFormat("[PVR-Unity] Button {0} is just pressed.", _Buttons[i]);
ExecuteEvents.Execute <IPVRInputEventTarget>(gameObject, new PVRButtonEventData(EventSystem.current, hand, _Buttons[i]), (x, y) => x.OnButtonPress((PVRButtonEventData)y));
}
else
{
//Debug.LogFormat("[PVR-Unity] Button {0} is just released.", _Buttons[i]);
ExecuteEvents.Execute <IPVRInputEventTarget>(gameObject, new PVRButtonEventData(EventSystem.current, hand, _Buttons[i]), (x, y) => x.OnButtonRelease((PVRButtonEventData)y));
}
}
bool currTouch = ((inputState.HandTouches[hand] & (uint)_Buttons[i]) != 0);
bool oldTouch = ((oldTouches & (uint)_Buttons[i]) != 0);
if (currTouch != oldTouch)
{
if (currTouch)
{
ExecuteEvents.Execute <IPVRInputEventTarget>(gameObject, new PVRButtonEventData(EventSystem.current, hand, _Buttons[i]), (x, y) => x.OnButtonTouch((PVRButtonEventData)y));
}
else
{
ExecuteEvents.Execute <IPVRInputEventTarget>(gameObject, new PVRButtonEventData(EventSystem.current, hand, _Buttons[i]), (x, y) => x.OnButtonUntouch((PVRButtonEventData)y));
}
}
pvrVector2f oldAxis = new pvrVector2f();
switch (_Buttons[i])
{
case pvrButton.pvrButton_Grip:
oldAxis.x = _PrevInputState.Grip[hand];
break;
case pvrButton.pvrButton_Trigger:
oldAxis.x = _PrevInputState.Trigger[hand];
break;
case pvrButton.pvrButton_TouchPad:
oldAxis.x = _PrevInputState.TouchPad[hand].x;
oldAxis.y = _PrevInputState.TouchPad[hand].y;
break;
case pvrButton.pvrButton_JoyStick:
oldAxis.x = _PrevInputState.JoyStick[hand].x;
oldAxis.y = _PrevInputState.JoyStick[hand].y;
break;
default:
oldAxis.x = oldPress ? 1.0f : 0.0f;
break;
}
pvrVector2f newAxis = PVRSession.instance.GetButtonAxis(hand, _Buttons[i]);
if (newAxis.x != oldAxis.x || newAxis.y != oldAxis.y)
{
ExecuteEvents.Execute <IPVRInputEventTarget>(gameObject, new PVRAxisEventData(EventSystem.current, hand, _Buttons[i], newAxis), (x, y) => x.OnAxisChange((PVRAxisEventData)y));
}
}
}
_PrevInputState.HandButtons[hand] = inputState.HandButtons[hand];
_PrevInputState.HandTouches[hand] = inputState.HandTouches[hand];
_PrevInputState.Grip[hand] = inputState.Grip[hand];
_PrevInputState.JoyStick[hand] = inputState.JoyStick[hand];
_PrevInputState.Trigger[hand] = inputState.Trigger[hand];
_PrevInputState.TouchPad[hand] = inputState.TouchPad[hand];
}
_PrevInputState.TimeInSeconds = inputState.TimeInSeconds;
}
}
