private void LeaveEvent(Customer customer)
{
// generates a random interval for how long the person takes, with a minimum of 1 minute
// and 30 seconds
TimeSpan waiting = new TimeSpan(0, 0, (int)(120 + Negex(AvgCheckoutTime.TotalSeconds - 120)));
// Creates departure event based on the time interval plus the time we are currently
// at in the Priority Queue
Event e = new Event(EVENTTYPE.LEAVE, ((EventPriorityQueue.Peek().Time + waiting)));
//Associates departure event with registrant
e.CurrCustomer = customer;
customer.Leave = e;
// Adds departure event to the queue
EventPriorityQueue.Enqueue(e);
// Update wait times for statistic counters
TotalTime += waiting;
if (waiting > LongestTime)
{
LongestTime = waiting;
}
if (waiting < ShortestTime)
{
ShortestTime = waiting;
}
}
} // end RunSimulation
#endregion
#region Arrival and Leave Events
private void ArrivalEvent()
{
TimeSpan Start;
TimeSpan Open;
Open = EndTime - StartTime;
for (int customer = 1; customer <= NumOfCustomers; customer++)
{
Start = new TimeSpan(0, 0, rand.Next((int)Open.TotalMinutes));
Event e = new Event(EVENTTYPE.ARRIVAL, (StartTime + Start));
Customer c = new Customer(customer, e);
e.CurrCustomer = c;
c.ArrivalTime = e;
EventPriorityQueue.Enqueue(e);
}
}
