private void RunRefill()
{
SetTestingTime();
WorldTime.TenMinutesInRealMilliSeconds = 1000 / _timeaccelerate;
RunTime();
_refillwindow.RunClock();
Pricing.Margin = _marginpercentage;
Pricing.Coefficient = 1.0 / _timeaccelerate;
AGAM = new AutoGenerationAndManagement(_numberdispensers, _maximumautosinqueue, _marginpercentage, _timeinterval, _refillwindow);
ListDispenserAndDequeue ListDAQ = new ListDispenserAndDequeue(_numberdispensers, _refillwindow);
AGAM.GenerateAutos();
}
private void CheckReadyProperty()
{
foreach (QueueOnRefill q in ListDispenserAndDequeue.GetQueueList())
{
Auto[] temp = q.ToArray();
for (int i = 0; i < temp.Length; i++)
{
if (i > 0 && temp[i - 1].Ready != temp[i].Ready)
{
temp[i - 1].Ready = true;
temp[i].Ready = true;
}
}
}
}
private int AssessmentOfSituation(Auto auto)
{
List <QueueOnRefill> tempQueue = ListDispenserAndDequeue.GetQueueList();
List <Dispenser> tempDisp = ListDispenserAndDequeue.GetDispList();
int MinimumAutoInQueue = 10;
int WhereMinimumAutoInQueue = 10;
for (int i = 0; i < tempDisp.Count; i++)
{
if (tempDisp[i].Has(auto))
{
if (tempQueue[i].NumberOfAuto < _maximumautosinqueue && tempQueue[i].NumberOfAuto < MinimumAutoInQueue)
{
MinimumAutoInQueue = tempQueue[i].NumberOfAuto;
WhereMinimumAutoInQueue = i;
}
}
}
return(WhereMinimumAutoInQueue);
}
