public Teller(IModel model, IDoubleDistribution serviceTime)
: base(model, $"Teller_{TellerNum++:D3}", Guid.NewGuid(), 1, 1, true, true, true)
{
m_model = model;
ServiceTime = serviceTime;
TellerState = new EnumStateMachine <TellerState>(model.Executive, Basic.TellerState.Idle, trackTransitions: false);
}
public DemoModel(string name, int nCustomers, IDoubleDistribution interarrivalTime, int nTellers, IDoubleDistribution serviceTime) : base(name)
{
NCustomers = nCustomers;
InterarrivalTime = interarrivalTime;
NTellers = nTellers;
ServiceTime = serviceTime;
}
public BufferedServer(IModel model, string name, Guid guid, IDoubleDistribution dist, Periodicity.Units timeUnits, bool usePreQueue, bool usePostQueue)
: this(model, name, guid)
{
IServer server = new SimpleServer(model, name + ".InnerServer", Guid.NewGuid(), new Periodicity(dist, timeUnits));
IQueue preQueue = usePreQueue?new Queue(model, name + ".PreQueue", Guid.NewGuid()):null;
IQueue postQueue = usePostQueue?new Queue(model, name + ".PreQueue", Guid.NewGuid()):null;
Configure(server, preQueue, postQueue);
}
private void _TestTimeSpanHistogram(IDoubleDistribution dist, int nDataPoints, long low, long high, int nBins)
{
TimeSpan[] rawData = new TimeSpan[nDataPoints];
for (int x = 0; x < nDataPoints; x++)
{
rawData[x] = TimeSpan.FromTicks((long)dist.GetNext());
}
IHistogram hist = new Histogram1D_TimeSpan(rawData, TimeSpan.FromTicks(low), TimeSpan.FromTicks(high), nBins, "Test Histogram");
hist.Recalculate();
int[] bins = (int[])hist.Bins;
for (int i = 0; i < bins.Length; i++)
{
Debug.WriteLine(hist.GetLabel(new int[] { i }) + ", " + bins[i]);
}
}
private void _TestDoubleHistogram(IDoubleDistribution dist, int nDataPoints, double low, double high, int nBins)
{
double[] rawData = new double[nDataPoints];
for (int x = 0; x < nDataPoints; x++)
{
rawData[x] = dist.GetNext();
}
IHistogram hist = new Histogram1D_Double(rawData, low, high, nBins, "Test Histogram");
hist.LabelProvider = new LabelProvider(((Histogram1D_Double)hist).DefaultLabelProviderWithError);
hist.Recalculate();
int[] bins = (int[])hist.Bins;
for (int i = 0; i < bins.Length; i++)
{
Debug.WriteLine(hist.GetLabel(new int[] { i }) + ", " + bins[i]);
}
}
public void SetPeriod(IDoubleDistribution distribution, long ticks)
{
m_seconds = TimeSpan.FromTicks(ticks).TotalSeconds;
m_distribution = distribution;
}
public Periodicity(IDoubleDistribution distribution, long ticks)
{
SetPeriod(distribution, ticks);
}
public Periodicity(IDoubleDistribution distribution, Units units)
{
m_distribution = distribution;
SetPeriod(distribution, ((long)(TimeSpan.TicksPerSecond * SecondsFromUnits(units))));
}
public TellerSynchronous(IModel model, IDoubleDistribution serviceTime) : base(model, serviceTime)
{
}
public DemoModelSynchronous(string name, int nCustomers, IDoubleDistribution interarrivalTime, int nTellers, IDoubleDistribution serviceTime)
: base(name, nCustomers, interarrivalTime, nTellers, serviceTime)
{
}
