def exp_6():
source = FlowLink(
name = 'source',
q_max=1.0,
latency=MM1Latency(
rho=1.0,
mu=1.0
)
)
sink = FlowLink(
name = 'sink',
q_max=1.0,
latency=MM1Latency(
rho=1.0,
mu=1.0
)
)
j = Junction([source], [sink])
dem = ODDemand(
source=source,
sink=sink,
flow=.5
)
net = MinTTTFlowLinkProblem()
net.add_junction(j)
net.demands.append(dem)
net.dump('../networks/exps/exp6/net.json')
net.get_program().cr_print()
net.get_program().cr_solve(quiet=False)
def exp_5():
net = MinTTTFlowLinkProblem()
source = FlowLink(
name='source',
latency=AffineLatency(
a=1.0,
b=0.0
),
q_max=1.0,
flow=1.0
)
sink = FlowLink(
name='sink',
latency=AffineLatency(
a=1.0,
b=0.0
),
q_max=1.0,
flow=1.0
)
left = FlowLink(
name='left',
latency=AffineLatency(
a=1.0,
b=0.0
),
q_max=1.0,
flow=2.0/3
)
right = FlowLink(
name='right',
latency=AffineLatency(
a=.5,
b=.5
),
q_max=1.0,
flow=1.0/3
)
js = [
Junction([source], [left,right]),
Junction([left,right], [sink]),
]
[net.add_junction(j) for j in js]
left_demand = RouteDemand(
flow=.1,
route=net.route_by_names(['source','left','sink'])
)
right_demand = RouteDemand(
flow=.1,
route=net.route_by_names(['source','right','sink'])
)
od_demand = ODDemand(
source=source,
sink=sink,
flow=.8
)
net.demands.extend([left_demand,right_demand,od_demand])
print net.check_feasible()
net.dump('../networks/exps/exp5/net_nash.json')
def exp_5_test():
net = MinTTTFlowLinkProblem.load('../networks/exps/exp5/net_nash.json')
print net.total_travel_time()
for route in net.all_routes():
print route
print net.route_travel_time(route)
net.get_program().cr_solve()
net.realize()
print net.total_travel_time()
for route in net.all_routes():
print route
print net.route_travel_time(route)
net = MinTTTFlowLinkComplacencyProblem.load('../networks/exps/exp5/net_nash.json')
net.scale = 1.01
net.get_program().cr_solve()
net.realize()
print net.total_travel_time()
for route in net.all_routes():
print route
print net.route_travel_time(route)
