if options.verbose:
print("Reading net#2...")
net2 = sumolib.net.readNet(options.net2)
net2.move(-net2.getLocationOffset()[0], -net2.getLocationOffset()[1])
f = open(options.output, "w")
matchedEdges1 = set()
matchedEdges2 = set()
for e1 in net1.getEdges():
from1 = e1.getFromNode().getCoord()
to1 = e1.getToNode().getCoord()
for e2, d in net2.getNeighboringEdges(from1[0], from1[1], options.delta):
if distance(from1, e2.getFromNode().getCoord()) < options.delta \
and distance(to1, e2.getToNode().getCoord()) < options.delta \
and e2 not in matchedEdges2:
print(e1.getID(), e2.getID(), file=f)
matchedEdges1.add(e1)
matchedEdges2.add(e2)
break
f.close()
print("matched", len(matchedEdges1), "out of", len(net1.getEdges()), "in",
options.net1)
print("matched", len(matchedEdges2), "out of", len(net2.getEdges()), "in",
options.net2)
if options.edges1:
if options.verbose:
print("Reading net#2...")
net2 = sumolib.net.readNet(options.net2)
net2.move(-net2.getLocationOffset()[0], -net2.getLocationOffset()[1])
f = open(options.output, "w")
matchedEdges1 = set()
matchedEdges2 = set()
for e1 in net1.getEdges():
from1 = e1.getFromNode().getCoord()
to1 = e1.getToNode().getCoord()
for e2, d in net2.getNeighboringEdges(from1[0], from1[1], options.delta):
if distance(from1, e2.getFromNode().getCoord()) < options.delta \
and distance(to1, e2.getToNode().getCoord()) < options.delta \
and e2 not in matchedEdges2:
print(e1.getID(), e2.getID(), file=f)
matchedEdges1.add(e1)
matchedEdges2.add(e2)
break
f.close()
print("matched", len(matchedEdges1), "out of",
len(net1.getEdges()), "in", options.net1)
print("matched", len(matchedEdges2), "out of",
len(net2.getEdges()), "in", options.net2)
if options.edges1:
