if (WBACK):
(no, Winvl) = intwt(Ninvl)
for i in range(no):
wname = "%s%d" % (INVL, i)
streams = pdq.CreateClosed(wname, pdq.TERM, Ninvl, Zinvl)
cname = "%s%d" % (L2C, i)
pdq.SetDemand(cname, wname, gen) # gen + intervene
pdq.SetDemand(BUS, wname, 1.0)
#---------------------------------------------------------------------
pdq.Solve(pdq.APPROX)
#----- Bus utilizations ----------------------------------------------
(no, Wrdop) = intwt(Nrdop)
for i in range(no):
wname = "%s%d" % (RDOP, i)
Ubrd += pdq.GetUtilization(BUS, wname, pdq.TERM)
Ubrd *= Wrdop
if (WBACK):
(no, Wwbop) = intwt(Nwbop)
# $Id: open1.py,v 1.3 2009/03/26 02:55:32 pfeller Exp $
#
#---------------------------------------------------------------------
import pdq
arrivalRate = 0.75
serviceTime = 1.0
#---- Initialize the system ------------------------------------------
pdq.Init("Open Center in PyDQ")
pdq.SetComment("This is just a simple M/M/1 queue.")
pdq.nodes = pdq.CreateNode("server", pdq.CEN, pdq.FCFS)
pdq.streams = pdq.CreateOpen("work", arrivalRate)
pdq.SetWUnit("Customers")
pdq.SetTUnit("Seconds")
pdq.SetDemand("server", "work", serviceTime)
pdq.Solve(pdq.CANON)
print "Using: %s" % pdq.cvar.version
pdq.Report()
#---------------------------------------------------------------------
name = "DSU%d" % k
nodes = pdq.CreateNode(name, pdq.CEN, pdq.FCFS)
streams = pdq.CreateClosed("query", pdq.TERM, importrs, think)
# pdq.SetGraph("query", 100) - unsupported call
for k in range(Nifp):
name = "IFP%d" % k
pdq.SetDemand(name, "query", Sifp / Nifp)
for k in range(Namp):
name = "AMP%d" % k
pdq.SetDemand(name, "query", Samp / Namp)
for k in range(Ndsu):
name = "DSU%d" % k
pdq.SetDemand(name, "query", Sdsu / Ndsu)
# 300 nodes takes about a minute to solve on a PowerMac
print("Solving ... ")
pdq.Solve(pdq.EXACT)
print("Done.\n")
# pdq.PrintXLS()
pdq.Report()