internal MyCustomDataSource(OplFactory oplF, CSSLQueue <Lot> queue, LithographyArea lithographyArea, CPDispatcher cpDispatcher)
: base(oplF)
{
Queue = queue;
LithographyArea = lithographyArea;
CPDispatcher = cpDispatcher;
}
protected override void OnUpdate(ModelElementBase modelElement)
{
// Get lithographyArea object
LithographyArea l = (LithographyArea)modelElement;
endDateDay = startDateRun.AddSeconds(GetTime);
if (l.EndedOnDispatcherNoSolution)
{
Writer.WriteLine($"Ended on error, CP dispatcher did not find a solution for {endDateDay}");
}
else
{
// Write
double operationalEfficiency;
double rateEffiency = l.TotalTheoreticalProductionTime / l.TotalProductionTime;
double totalDowntime = l.TotalDownTime;
if (!l.Dynamic)
{
operationalEfficiency = l.TotalProductionTime / (l.Machines.Count * l.SchedulingHorizon);
}
else
{
foreach (Machine machine in l.Machines)
{
if (machine.StartMachineDown > machine.EndMachineDown && machine.StartMachineDown < GetTime)
{
totalDowntime += GetTime - machine.StartMachineDown;
}
}
operationalEfficiency = l.TotalProductionTime / (l.Machines.Count * l.GetTime - totalDowntime);
}
double performanceEfficiency = operationalEfficiency * rateEffiency;
Writer.WriteLine($"{replication},{startDateDay},{endDateDay},{l.TotalLotsProduced},{l.TotalWafersProduced}," +
$"{rateEffiency},{operationalEfficiency},{performanceEfficiency}," +
$"{l.TotalSquaredLateness + l.Dispatcher.GetSquaredLatenessQueue()},{l.TotalSquaredEarliness + l.Dispatcher.GetEarlinessQueue(true)},{l.TotalSquaredTardiness + l.Dispatcher.GetTardinessQueue(true)}," +
$"{l.TotalLayerSwitches},{l.TotalReticleSwitches},{l.Dispatcher.GetQueueLength()}," +
$"{l.TotalSquaredLateness},{l.TotalSquaredEarliness},{l.TotalSquaredTardiness}," +
$"{l.Dispatcher.GetSquaredLatenessQueue()},{l.Dispatcher.GetEarlinessQueue(true)},{l.Dispatcher.GetTardinessQueue(true)}," +
$"{l.TotalEarliness},{l.TotalEarliness},{l.TotalTardiness}," +
$"{l.Dispatcher.GetTardinessQueue(false) - l.Dispatcher.GetEarlinessQueue(false)},{l.Dispatcher.GetEarlinessQueue(false)},{l.Dispatcher.GetTardinessQueue(false)}," +
$"{l.TotalProductionTargetFulfillment},{l.TotalScoreThroughput},{l.TotalScoreDueDate},{l.TotalScoreWIPBalance}," +
$"{totalDowntime},{l.TotalLotsProducedEarly},{l.TotalLotsProducedTardy},{l.Dispatcher.GetNrJobsEarly()},{l.Dispatcher.GetNrJobsTardy()}");
ExperimentWriter.WriteLine($"{replication},{startDateDay},{endDateDay},{l.TotalLotsProduced},{l.TotalWafersProduced}," +
$"{rateEffiency},{operationalEfficiency},{performanceEfficiency}," +
$"{l.TotalSquaredLateness + l.Dispatcher.GetSquaredLatenessQueue()},{l.TotalSquaredEarliness + l.Dispatcher.GetEarlinessQueue(true)},{l.TotalSquaredTardiness + l.Dispatcher.GetTardinessQueue(true)}," +
$"{l.TotalLayerSwitches},{l.TotalReticleSwitches},{l.Dispatcher.GetQueueLength()}," +
$"{l.TotalSquaredLateness},{l.TotalSquaredEarliness},{l.TotalSquaredTardiness}," +
$"{l.Dispatcher.GetSquaredLatenessQueue()},{l.Dispatcher.GetEarlinessQueue(true)},{l.Dispatcher.GetTardinessQueue(true)}," +
$"{l.TotalEarliness},{l.TotalEarliness},{l.TotalTardiness}," +
$"{l.Dispatcher.GetTardinessQueue(false) - l.Dispatcher.GetEarlinessQueue(false)},{l.Dispatcher.GetEarlinessQueue(false)},{l.Dispatcher.GetTardinessQueue(false)}," +
$"{l.TotalProductionTargetFulfillment},{l.TotalScoreThroughput},{l.TotalScoreDueDate},{l.TotalScoreWIPBalance}," +
$"{totalDowntime},{l.TotalLotsProducedEarly},{l.TotalLotsProducedTardy},{l.Dispatcher.GetNrJobsEarly()},{l.Dispatcher.GetNrJobsTardy()}");
// Update startDateDay
startDateDay = endDateDay;
}
}
private static void Experiment(string control, DateTime startDate, string experimentOutputDirectory, bool dynamic, bool stochastic, double weightA, double weightB, double weightC, Dictionary <string, double> deterministicNonProductiveTimesRMS, Dictionary <string, double> deterministicNonProductiveTimesARMS, int CPTimeLimit = 0)
{
string outputDir = experimentOutputDirectory;
Simulation sim = new Simulation("LithographyAreaSim", outputDir);
// Parameters
double simulationLength = 30 * 24 * 3600 + 1;
string productionControl = control;
// The experiment part
sim.MyExperiment.LengthOfReplication = simulationLength;
sim.MyExperiment.LengthOfWarmUp = 0;
if (stochastic)
{
sim.MyExperiment.NumberOfReplications = 1;
}
else
{
sim.MyExperiment.NumberOfReplications = 1;
}
// The model part
// Create lithographyarea
LithographyArea lithographyarea = new LithographyArea(sim.MyModel, "LithographyArea", startDate, simulationLength, dynamic, stochastic, weightA, weightB, weightC, deterministicNonProductiveTimesRMS, deterministicNonProductiveTimesARMS);
// Property dispatcherBase
DispatcherBase dispatcher = null;
// Create chosen dispatcher
if (productionControl == "FIFO")
{
dispatcher = new FIFODispatcher(lithographyarea, "FIFODispatcher");
}
else if (productionControl == "EDD")
{
dispatcher = new EDDDispatcher(lithographyarea, "EDDDispatcher");
}
else if (productionControl == "SPT")
{
dispatcher = new SPTDispatcher(lithographyarea, "SPTDispatcher");
}
else if (productionControl == "CurrentProductionControl")
{
dispatcher = new CurrentDispatcher(lithographyarea, "CurrentDispatcher");
}
else if (productionControl == "ILPScheduling")
{
dispatcher = new ILPSchedulingDispatcher(lithographyarea, "ILPSchedulingDispatcher");
}
else if (productionControl == "CPScheduling")
{
dispatcher = new CPDispatcher(lithographyarea, "CPDispatcher", CPTimeLimit);
}
// Set dispatcher
lithographyarea.SetDispatcher(dispatcher);
// Create and set lotGenerator
LotGenerator lotGenerator = new LotGenerator(lithographyarea, "LotGenerator", dispatcher);
lithographyarea.SetLotGenerator(lotGenerator);
// Create and set machines
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#1", dispatcher, 1));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#2", dispatcher, 2));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#3", dispatcher, 3));
lithographyarea.AddMachine(new Machine(lithographyarea, "ASML#4", dispatcher, 4));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#5", dispatcher, 5));
lithographyarea.AddMachine(new Machine(lithographyarea, "ASML#6", dispatcher, 6));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#7", dispatcher, 7));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#8", dispatcher, 8));
lithographyarea.AddMachine(new Machine(lithographyarea, "ASML#9", dispatcher, 9));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#10", dispatcher, 10));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#11", dispatcher, 11));
lithographyarea.AddMachine(new Machine(lithographyarea, "StepCluster#13", dispatcher, 12));
// The observer part
LithographyAreaObserver lithographyAreaObserver = new LithographyAreaObserver(sim, startDate);
lithographyarea.Subscribe(lithographyAreaObserver);
foreach (Machine machine in lithographyarea.Machines)
{
MachineObserver machineObserver = new MachineObserver(sim, startDate);
machine.Subscribe(machineObserver);
}
// Run
sim.Run();
// The reporting part
SimulationReporter reporter = sim.MakeSimulationReporter();
reporter.PrintSummaryToFile();
reporter.PrintSummaryToConsole();
}
