public override void HandleOrder(Order o)
{
lastOrder = o.type;
if (o.type == eOrderType.MOVE)
{
if (assigned)
{
assigned = false;
assigneStation.RemoveWorker();
animator.SetTrigger("StopWork");
}
movable.MoveTo(o.position);
}
if (o.type == eOrderType.WORK)
{
if (assigned)
{
assigned = false;
assigneStation.RemoveWorker();
}
movable.MoveTo(o.position);
targetStation = o.station;
}
}
// Checks whether the number's digits are in a certain order.
// will check from right to left instead of left to right (So Asc and Desc will be the opposite of what they are suppose to be when comparing
// old digit to curr digit).
private static bool isNumDigitsInOrder(eOrderType i_OrderType, int i_Num)
{
const bool v_IsValidOrderType = true;
bool isInOrder = i_Num != 0;
int lastDigitChecked = i_Num % 10;
i_Num /= 10;
while (isInOrder && (i_Num > 0))
{
int currDigit = i_Num % 10;
i_Num /= 10;
switch (i_OrderType)
{
case eOrderType.Ascending:
isInOrder = currDigit < lastDigitChecked;
break;
case eOrderType.Descending:
isInOrder = lastDigitChecked < currDigit;
break;
default:
isInOrder = !v_IsValidOrderType;
break;
}
lastDigitChecked = currDigit;
}
return(isInOrder);
}
protected override void Update()
{
base.Update();
if (lastOrder == eOrderType.WORK && movable.hasReachedPosition)
{
if (targetStation.AssignWorker())
{
assigned = true;
animator.SetTrigger("StartWork");
assigneStation = targetStation;
}
lastOrder = eOrderType.NONE;
}
if (assigned && assigneStation.tag == "Truck")
{
Truck truck = (Truck)assigneStation;
if (truck.state != Truck.eState.UNLOADING)
{
assigned = false;
assigneStation.RemoveWorker();
animator.SetTrigger("StopWork");
}
}
}
public SortedIndex(eOrderType type)
{
orderType = type;
}
