void SwitchHitArea(TeleportingArea ta)
{
if (ta != hitArea)
{
if (ta != null)
{
ta.OnEnterArea(this);
}
if (hitArea != null)
{
hitArea.OnExitArea();
}
hitArea = ta;
}
}
// Update is called once per frame
void Update()
{
if (WorkingTeleporter != null && WorkingTeleporter != this)
{
return;
}
if (!transportingEnabled || inTransporting)
{
if (LineDrawer)
{
LineDrawer.drawLine = false;
}
return;
}
if (LineDrawer)
{
if (GetTeleportingCommand())
{
WorkingTeleporter = this;
if (!LineDrawer.drawLine)//Enable teleporting predicting
{
GlobalEventManager.SendEvent("VRPlayer.BeginTeleportingPredict");
LineDrawer.drawLine = true;
}
//Teleporting Area Update
TeleportingArea ta = null;
if (LineDrawer.HitCollider != null)
{
ta = LineDrawer.HitCollider.GetComponent <TeleportingArea>();
}
AnticipateHitPoint = LineDrawer.AnticipateHitPoint;//Acquire anticipated hit point of predicting line,not the final hit point
SwitchHitArea(ta);
//Telepoint Update
if (AnticipateHitPoint != null)
{
TeleportingPoint tp = TeleportingPoint.FindClosestTelepoints(AnticipateHitPoint.Value);//Check if a telepoint is near the anicipate hit point
SwitchHitPoint(tp);
}
else
{
SwitchHitPoint(null);
}
}
else
{
if (LineDrawer.drawLine)
{
AnticipateHitPoint = null;
LineDrawer.drawLine = false;
if (hitArea != null)
{
hitArea.OnTeleport();
}
if (hitTelepoint != null)
{
hitTelepoint.OnTeleport();
}
SwitchHitArea(null);
SwitchHitPoint(null);
GlobalEventManager.SendEvent("VRPlayer.StopTeleportingPredict");
WorkingTeleporter = null;
if (LineDrawer.Status == HittingStatus.HitTeleportingArea || LineDrawer.Status == HittingStatus.HitModifiedTarget)
{
StartBodyTransporting();
GlobalEventManager.SendEvent("TransportBody");
}
}
}
}
}
