/// <summary>
/// Has the car arrived at its destination?
/// </summary>
/// <returns>true if arrived, false if still transitioning.</returns>
private bool ArrivedDestination()
{
bool arrived = false;
// Are we heading in a direction, but servicing the opposite list (i.e. heading up to service the downList - or vice versa)
Direction currentListDirection = (CurrentList == upList) ? Direction.up : Direction.down;
if (currentListDirection != CurrentDirection)
{
// We are servicing opposing list / direction case. We have only arrived if we are at the head of the list.
if ((CurrentList.Count > 0) && (CurrentList[0] != CurrentFloor))
{
return(arrived);
}
}
if (CurrentList.Contains(CurrentFloor))
{
Console.WriteLine("Car is on floor {0}, loading/unloading passengers, and {1}.", CurrentFloor, (CurrentDirection == Direction.idle) ? "is idle" : "is heading " + CurrentDirection.ToString());
Console.WriteLine("You have {0} seconds to choose your destination. Otherwise, you may loose your turn.", ElevatorTimer.TheTimer.Interval / 1000);
CurrentList.Remove(CurrentFloor);
arrived = true;
}
return(arrived);
}
private void SetEntityList(PrefabEntity entity)
{
var list = GetList(entity.SectorPosition);
list.Add(entity);
if (!IsActive)
{
return;
}
var active = CurrentList.Contains(entity.SectorPosition);
entity.SetActive(active);
}
private void SetList(bool active)
{
var list = active ? CurrentList: PreviousList;
for (int i = 0; i < list.Count; i++)
{
var pos = list[i];
if (active && !PreviousList.Contains(pos))
{
SetSector(pos, true);
}
else if (!active && !CurrentList.Contains(pos))
{
SetSector(pos, false);
}
}
}
public void Add(Point3 pos, GameObject go)
{
GetLevelList(pos).Add(go);
go.SetActive(CurrentList.Contains(pos));
}
public bool CurrentContains(T obj)
{
return(CurrentList.Contains(obj));
}
