##
## # this picks the next nodenow
## # grab all the nodes the are within the localarea and pick one randomly (that hasn't already been
## # chosen). If all within the localarea have been chosen, take the next closest node outside it.
## localnodes = set([i for i,j in alldists[nodenow] if j <= localareas])
## localnodes = localnodes - set(usedupnodes)
## if localnodes:
## nodenow = rnd.choice(list(localnodes))
## else:
## for nn,nd in alldists[nodenow]:
## # list is sorted, just grab the 1st node past localarea that hasn't been picked before
## if nd > localareas and nn not in usedupnodes:
## nodenow = nn
## break
##
## dbgcount += 1
if __name__=="__main__":
import networkGenerator as ngen
testnet = ngen.networkGenerator(qpick("dinet_run_1332283427_orig.pickle")[0])
seng = simulationEngine()
seng.generate_distributions(testnet.dinet, 6)
pass
# arc keys: capacity, linetype (main/supply/switch/feed/delivery), temp (T/F), weight (1/0)
# linetype: main -> hub to hub; supply -> supply to any; switch -> relay connects;
# feed -> else to terminus; delivery -> hub to terminus;
arcids = []
arccap = []
arclts = []
arctmp = []
arcwts = []
for k, v in arcdata.iteritems():
arcids.append((int(v[0]), int(v[1])))
arccap.append(int(v[4]))
# linetype needs to know which nodes its connecting, which isn't done until arcs are placed
arctmp.append(False)
arcwts.append(0)
netobj = ngen.networkGenerator()
netobj.construct_network(nodeids, nodecxn, nodedem, nodedst, nodepos, nodetyp, arcids, arccap, arclts, arctmp,\
arcwts, giveStructure=True)
# the temp network is the exact original network, just set the temp and weight values accordingly
# the copy operation is expensive, but it only happens once and i'm lazy
netobj.tnet = netobj.dinet.copy()
for i, j, d in netobj.tnet.edges_iter(data=True):
d["temp"] = True
## d["weight"] = 1
netobj.save_network(filename="NewC_network_data.pickle")
print "done."
# linetype: main -> hub to hub; supply -> supply to any; switch -> relay connects;
# feed -> else to terminus; delivery -> hub to terminus;
arcids = []
arccap = []
arclts = []
arctmp = []
arcwts = []
for k,v in arcdata.iteritems():
arcids.append( (int(v[0]),int(v[1])) )
arccap.append(int(v[4]))
# linetype needs to know which nodes its connecting, which isn't done until arcs are placed
arctmp.append(False)
arcwts.append(0)
netobj = ngen.networkGenerator()
netobj.construct_network(nodeids, nodecxn, nodedem, nodedst, nodepos, nodetyp, arcids, arccap, arclts, arctmp,\
arcwts, giveStructure=True)
# the temp network is the exact original network, just set the temp and weight values accordingly
# the copy operation is expensive, but it only happens once and i'm lazy
netobj.tnet = netobj.dinet.copy()
for i,j,d in netobj.tnet.edges_iter(data=True):
d["temp"] = True
## d["weight"] = 1
netobj.save_network(filename="NewC_network_data.pickle")
print "done."