t = time + int(round(pr.exponential(clients_arrival_interval)))
ev = Event(t, 2, (0, 0))
EVENTS = fill_events(EVENTS, ev)
while EVENTS:
ev = EVENTS.pop(0)
time = ev.tm
if ev.tp in [1, 8]:
print(ev)
if ev.tp == 2:
ncl = pr.discrete(prob_incoming_clients)
ev.data = (ncl, N + ncl)
print(ev)
for _ in range(ncl):
N = N + 1
if WORKERS:
servtype = pr.discrete(prob_service_type)
duration = round(
pr.normal(avg_service_duration[servtype - 1],
stdev_service_duration[servtype - 1]))
worker = WORKERS.pop(0)
worker.servicetime = worker.servicetime + duration
worker.numclients = worker.numclients + 1
ev = Event(time + duration, 5, (N, worker))
EVENTS = fill_events(EVENTS, ev)
info = (N, worker, servtype, duration, hourmin(t + duration),
worker.servicetime)
