void AddHoneyMaker()
{
if (JobManager.instance.HoneyCellManager.HasFreeCell() &&
ResourceManager.instance.RemoveWorker())
{
JobManager.instance.HoneyCellManager.ActivateCell();
HoneyMaker honeyMaker = new HoneyMaker();
honeyMakers.Add(honeyMaker);
MakeHoney(honeyMaker);
}
}
void RemoveHoneyMaker()
{
if (honeyMakers.Count == 0)
{
return;
}
List <HoneyMaker> sortedList = honeyMakers.OrderByDescending(n => n.CalcPriority()).ToList();
HoneyMaker maker = sortedList[0];
ResourceManager.instance.AddWorker();
JobManager.instance.HoneyCellManager.DeactivateCell();
ScheduleManager.instance.RemoveScheduleItem(maker.taskId);
honeyMakers.Remove(maker);
}
void MakeHoney(HoneyMaker maker)
{
if (!maker.waiting)
{
//Assume just finished making honey
ResourceManager.instance.AddHoney(maker.honeyType, ControlManager.instance.Quantities.HoneyPerMake);
maker.waiting = true;
}
//Prioritize rarest nectars first
FlowerType[] types = (FlowerType[])Enum.GetValues(typeof(FlowerType));
for (int n = types.Length - 1; n >= 0; n--)
{
if (autoOrderToggle.isOn || orders[types[n]] > 0)
{
if (ResourceManager.instance.RemoveNectar(types[n], ControlManager.instance.Quantities.NectarPerHoney))
{
if (!autoOrderToggle.isOn)
{
orders[types[n]] = Math.Max(0, orders[types[n]] - 1);
UpdateOrdersDisplay();
}
maker.waiting = false;
maker.honeyType = types[n];
maker.estTaskCompletion = ControlManager.instance.Times.HoneyMakingTime + StepController.StepNumber;
string startingMessage = $"HoneyMaker {maker} beginning on {types[n]} honey. Est. completion: {maker.estTaskCompletion}";
string endingMessage = $"HoneyMaker {maker} completed making {types[n]} honey.";
Action callback = () => MakeHoney(maker);
maker.taskId = ScheduleManager.instance.AddScheduleItem(ControlManager.instance.Times.HoneyMakingTime, callback, startingMessage, endingMessage);
return;
}
}
}
//If waiting on Nectar, check every step until it's available
if (maker.waiting)
{
maker.taskId = ScheduleManager.instance.AddScheduleItem(1, () => MakeHoney(maker));
}
}