void TouchUp(ref ArTouch touch)
{
// If this is the tracked touch, release that reference
if (trackedTouchId == touch.id)
{
trackedTouchId = ArTouch.NULL_ID;
}
ArDebug.Log("Touch " + touch.id + " up at " + touch.position + "!");
}
void TouchMove(ref ArTouch touch)
{
// If this is the tracked touch, update using it
if (trackedTouchId == touch.id)
{
drawPosition = touch.position;
}
ArDebug.Log("Touch " + touch.id + " moving at " + touch.position + "!");
}
// Draw some debug stuff
/*void OnGUI()
* {
* GUI.Label(new Rect(50,50, 100, 100),""+ ArTouchInput.GetInstance().GetNumTouches());
* if (trackedTouchId != ArTouch.NULL_ID)
* {
* // Magic numbers are bad, kids. This is example code.
* // Also, the camera's screen space (and thus the touch's) has the origin in the bottom-left,
* // but the GUI has it in the top-left, so we've got to do a conversion on the y axis.
* GUI.Box(new Rect(drawPosition.x - 25, Screen.height - (drawPosition.y+25), 50, 50), "Butts!");
* }
* }*/
#region Touch Callbacks
void TouchDown(ref ArTouch touch)
{
// We're not tracking any touches yet, so may as well track this one
if (trackedTouchId == ArTouch.NULL_ID)
{
trackedTouchId = touch.id;
}
ArDebug.Log("Touch " + touch.id + " down at " + touch.position + "!");
}
void TouchDrag(ref ArTouch touch)
{
ArDebug.Log("Touch " + touch.id + " dragging at " + touch.position + "!");
}
void TouchPress(ref ArTouch touch)
{
ArDebug.Log("Touch " + touch.id + " pressing at " + touch.position + "!");
}
void TouchFlick(ref ArTouch touch)
{
ArDebug.Log("Touch " + touch.id + " flicked at " + touch.position + "!");
}
void TouchDoubleTap(ref ArTouch touch)
{
touch.isDead = true;
ArDebug.Log("Touch " + touch.id + " double tapped at " + touch.position + "!");
}
void TouchTap(ref ArTouch touch)
{
ArDebug.Log("Touch " + touch.id + " tapped at " + touch.position + "!");
}
