protected override IEnumerator <DesTask> GetProcessSteps()
{
DESMachine prev = null;
for (int i = 0; i < jobsPairs.Count; i++)
{
var jobpair = jobsPairs[i];
while (!jobpair.Key.Machine.IsOwner(this))
{
yield return(jobpair.Key.Machine.Acquire(this));
}
if (prev != null && prev != jobpair.Key)
{
yield return(prev.Machine.Release(this));
}
var n = jobsPairs.Count < i + 1 ? jobsPairs[i + 1].Key : null;
//var job = jobpair.Key.GetProcessSteps(this, jobpair.Value, n);
yield return(ProcessJob(jobpair.Key, this, jobpair.Value, n));
prev = jobpair.Key;
}
yield return(prev.Machine.Release(this));
yield break;
}
public Process ProcessJob(DESMachine machine, DESProduct product, Job job, DESMachine nextDesMachine)
{
if (machine != null || job != null)
{
var p = new Process(Simulation, (process, o) => machine.GetProcessSteps(process, product, job, nextDesMachine));
return(p);
}
return(null);
}
public DESTransport(SimulationModel sim, Transport involvednode, DESMachine parentNode) : base(sim, involvednode, parentNode)
{
speed = involvednode.ResourceModel.Speed;
startdistances = involvednode.ResourceModel.DistansToNode;
var list =
involvednode.ResourceModel.DistanceBetweenChildrenNodesWithNodes.Select(
t => new KeyValuePair <string, decimal>(t.Key.Text, t.Value));
foreach (var pair in list)
{
distances.Add(pair.Key, pair.Value);
}
}
private void CreateModel(IEnumerable <Product> productenumerable, ulong simulationTime)
{
var products = productenumerable.ToList();
sims.Clear();
//simprogress.Value = 0;
var involvedproductsjobs = products.Select(t => t.Nodes).Distinct();
for (int i = 0; i < _nrOfIterations; i++)
{
var machines = new List <DESMachine>();
var sim = new SimulationModel()
{
ClosingTime = simulationTime
};
var enumerable = involvedproductsjobs as ObservableCollection <Pair <ModelNode, Job> >[] ?? involvedproductsjobs.ToArray();
foreach (var involvedproductsjob in enumerable)
{
foreach (var pair in involvedproductsjob)
{
var machine = machines.FirstOrDefault(t => t.Name == pair.Key.ResourceModel.ProcessName);
if (machine == null)
{
DESMachine parent = CreateParentMachines(pair.Key, machines, sim);
machine = new DESMachine(sim, pair.Key, parent);
machines.Add(machine);
}
}
}
sim.AddMachines(machines);
foreach (var product in products)
{
sim.AddProduct(product.ProductName,
product.Nodes.Select(
t =>
new Pair <DESMachine, Job>(
machines.FirstOrDefault(p => p.Name == t.Key.ResourceModel.ProcessName), t.Value))
.ToList());
}
sim.PropertyChanged += sim_PropertyChanged;
sims.Add(sim);
}
}
private static DESMachine CreateParentMachines(ModelNode node, List <DESMachine> machines, SimulationModel sim)
{
DESMachine DESNode = null;
if (node.ParentNode != null)
{
DESMachine parent = CreateParentMachines(node.ParentNode, machines, sim);
DESNode = machines.FirstOrDefault(t => t.Name == node.ParentNode.ResourceModel.ProcessName);
if (DESNode == null)
{
DESNode = new DESMachine(sim, node.ParentNode, parent);
machines.Add(DESNode);
}
}
return(DESNode);
}
public DESMachine(SimulationModel sim, ModelNode involvednode, DESMachine parentNode) : base(sim)
{
Name = involvednode.ResourceModel.ProcessName;
if (involvednode.ResourceModel.HasBreakdown)
{
breakdown = involvednode.ResourceModel.MTBF.Distribution.DESRandom;
repair = involvednode.ResourceModel.MTTR.Distribution.DESRandom;
GetBreakdown(sim).Activate(sim);
}
_machine = DESResource.Create(involvednode.ResourceModel.Capacity);
parentDES = parentNode;
DESMachine p = parentNode;
while (p != null)
{
parents.Add(p);
p = p.parentDES;
}
Machine.AllowOwnMany = false;
currentstatus.Add("Idle", 0);
}
public IEnumerator <DesTask> GetProcessSteps(Process process, DESProduct product, Job job, DESMachine nextMachine)
{
DESMachine p = parentDES;
while (p != null)
{
while (!p.Machine.IsOwner(process))
{
yield return(p.Machine.Acquire(process));
}
p.RegisterAcquire(product);
var t = p as DESTransport;
if (t != null)
{
yield return(t.FirstTransport(process));
}
p = p.parentDES;
}
if (!SetState(product.ProductID + "", product.ProductID + ""))
{
Debug.Assert(true, "Foulty");
}
ulong time = Simulation.Now;
foreach (var subjob in job.Subjobs)
{
var d = subjob.Distribution.Nextulong();
yield return(new Delay(Simulation, d));
}
var tp = parentDES as DESTransport;
if (tp != null)
{
tp.TransportProduct(process, Name);
}
//HALT here if brokendown!!!
var checkdowntime = time;
while (currentstatus[product.ProductID + ""] > checkdowntime)
{
checkdowntime = currentstatus[product.ProductID + ""];
yield return(process.Delay(checkdowntime - time));
}
(Simulation as SimulationModel).AddProductEvent(new ProductResult()
{
ProductType = product.Name,
Start = time,
Productid = product.ProductID,
ModelNode = Name,
Total = Simulation.Now - time
});
NrofProductsProcessed++;
SetState(product.ProductID + "", "Idle");
p = parentDES;
DESMachine next = nextMachine;
while (p != null && (next == null || !next.parents.Contains(p)))
{
while (p.Machine.IsOwner(process))
{
yield return(p.Machine.Release(process));
}
p.RegistrerRelease(product);
p = p.parentDES;
}
yield break;
}