def run():
nodes = [Node('0', 0, 0), Node('1', 0, 50), Node('2', 0, 400)]
edges = [Edge(nodes[0], nodes[1]), Edge(nodes[1], nodes[2])]
newNet = Network(nodes, edges)
with open("local\\sumo.path", 'r') as f:
sumo_path = f.read()
sumo_tools = sumo_path + '\\tools'
sumo_path += '\\bin'
print(sumo_path)
os.makedirs('simple_2d', exist_ok=True)
newNet.writeNet(sumo_path, 'simple_2d\\2d')
vehTypes = []
vehTypes.append(VehicleType((0, 1, 0), 'smart'))
vehTypes.append(VehicleType((1, 0, 0), 'dumb'))
numCars = 100
starts = Demand._def_rand_departs(numCars, 2)
prob_smart = .5
vehicles = []
dumbcars = []
for x in [('%s' % i, random.random(), starts[i]) for i in range(numCars)]:
if x[1] < prob_smart:
vType = vehTypes[0]
else:
vType = vehTypes[1]
dumbcars.append(x[0])
route = Route(['0_1', '1_2'])
vehicles.append(Vehicle(x[0], x[2], vType, route))
dem = Demand(vehTypes, vehicles)
dem.genRouteFile('simple_2d\\2d.rou.xml')
sensorList = []
lane = '1_2_0'
sensorList.append(Fusion.Sensor('first', 75, lane, [.25], .95))
sensorList.append(Fusion.Sensor('second', 200, lane, [.25], .95))
fus = Fusion.FusionArchitecture(sensorList, None, None)
runSim.runSim('simple_2d\\2d.net.xml',
'simple_2d\\2d.rou.xml',
None,
fusion=fus)
Edge(nodes[0], nodes[1]),
Edge(nodes[1], nodes[2]),
Edge(nodes[1], nodes[3]),
Edge(nodes[2], nodes[4], speed=5),
Edge(nodes[3], nodes[5], speed=2),
Edge(nodes[4], nodes[6]),
Edge(nodes[5], nodes[6]),
Edge(nodes[6], nodes[7], numLanes=2)
]
newNet = Network(nodes, edges)
sumo_path = 'C:\\dev\\Traffic\\Sumo\\bin'
os.makedirs('oneway_data', exist_ok=True)
newNet.writeNet(sumo_path, 'oneway_data\\oneway')
vehTypes = []
vehTypes.append(VehicleType((0, 1, 0), 'smart'))
vehTypes.append(VehicleType((1, 0, 0), 'dumb'))
numCars = 100
starts = Demand._def_rand_departs(numCars, 2)
prob_smart = .5
vehicles = []
dumbcars = []
for x in [('%s' % i, random.rand(), starts[i]) for i in range(numCars)]:
if x[1] < prob_smart:
vType = vehTypes[0]
else: