print node.getAttributes() , ": " , edgeStr
#mm.saveGraph("/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/Network.yaml")
#print "Graph saved"
mm.readGPS(BASE_PATH + "GPS_Points.shp")
# max_distance = mm.maxGPSDistance()
if NETWORK_ELIMINATION:
max_distance = 300
print "The maximum distance between 2 adjacent GPS points is %d" % max_distance
mm.eliminiateEmptyEdges(distance = max_distance + 0.5)
gts = GraphToShape(mm.G)
gts.dump(BASE_PATH + "Sparse_bigger0.shp",
original_coverage = BASE_PATH + "Network.shp")
mm.nearPoints()
print "Near points executed"
##selected_label = mm.findRoute(returnNonSelection=False)
selected_route = mm.findRoutes2()
print selected_route
if selected_route:
if (type(selected_route) == tuple):
print node.getAttributes() , ": " , edgeStr
#mm.saveGraph("/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/Network.yaml")
#print "Graph saved"
mm.readGPS("/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/GPS_Points.shp")
# max_distance = mm.maxGPSDistance()
if NETWORK_ELIMINATION:
max_distance = 300
print "The maximum distance between 2 adjacent GPS points is %d" % max_distance
mm.eliminiateEmptyEdges(distance = max_distance + 0.5)
gts = GraphToShape(mm.G)
gts.dump("/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/SparseNetwork.shp",
original_coverage = "/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/Network.shp")
mm.nearPoints()
print "Near points executed"
selected_label = mm.findRoute(returnNonSelection=False)
print selected_label
if selected_label:
if (type(selected_label) == tuple):
selected_label[0].saveAsShapeFile("/Users/bsnizek/Projects/Mapmatching/pymapmatching/testdata/SelectedRoute.shp")
non_selected_counter = 0
