private void HandleEndRun(CSSLEvent e)
{
// Get finished lot
Lot finishedLot = Queue.DequeueFirst();
// Make Resource Available
Dispatcher.MakeResourceAvailable(finishedLot);
// Send reticle back to dispatcher
Dispatcher.HandleReticleArrival(finishedLot.ReticleID1, Name);
// Get endRun timestamp
CurrentEndRun = GetTime;
// HandleEndRun in LithographyArea
LithographyArea.HandleEndRun(finishedLot, this);
// Notify machine observer
NotifyObservers(this);
// Check if machine goes Down
double rnd = MachineDownRandomNumber.NextDouble();
double total = 0;
string nonProductiveTimeType = null;
if (LithographyArea.Stochastic)
{
foreach (KeyValuePair <string, double> entry in NonProductiveTimeProbabilityDictionary)
{
total += entry.Value;
if (rnd < total)
{
nonProductiveTimeType = entry.Key;
break;
}
}
}
if (nonProductiveTimeType == "Down")
{
LithographyArea.MachineStates[Name] = nonProductiveTimeType;
StartMachineDown = GetTime;
double nonProductiveTime = StochasticNonProductiveTimeDictionary[nonProductiveTimeType].Next();
Dispatcher.HandleMachineDown(this);
ScheduleEvent(GetTime + nonProductiveTime, HandleEndMachineDown);
}
else
{
DispatchNextLot();
TriggerMachinesWaiting(); //TODO: Change
}
}
private void HandleEndMachineDown(CSSLEvent e)
{
LithographyArea.MachineStates[Name] = "Up";
Dispatcher.HandleEndMachineDown(); // Reschedule if needed
DispatchNextLot();
TriggerMachinesWaiting(); // Maybe not needed
EndMachineDown = GetTime;
LithographyArea.HandleEndMachineDown(this);
}
