def test_get_set_recovery_probability_function(self):
g = Graph([(1,2),(2,3),(3,4)])
assert g.get_recovery_probability() == rp
for node in g.nodes():
assert node.get_recovery_probability() == rp
def a(n):
return 1
def b(n):
return 0
g.set_recovery_probability(a)
assert g.get_recovery_probability() == a
for node in g.nodes():
assert node.get_recovery_probability() == a
g.set_recovery_probability(b)
assert g.get_recovery_probability() == b
for node in g.nodes():
assert node.get_recovery_probability() == b
def test_get_set_transmission_probability_function(self):
g = Graph([(1,2),(2,3),(3,4)])
assert g.get_transmission_probability() == tp
for node in g.nodes():
assert node.get_transmission_probability() == tp
def a(n, m):
return 1
def b(n, m):
return 0
g.set_transmission_probability(a)
assert g.get_transmission_probability() == a
for node in g.nodes():
assert node.get_transmission_probability() == a
g.set_transmission_probability(b)
assert g.get_transmission_probability() == b
for node in g.nodes():
assert node.get_transmission_probability() == b
def test_export(self):
g = Graph([(1,2),(2,3),(3,4)])
exported = g.export()
g_copy = Graph(edges=exported)
for node in g:
assert node.name() in [n.name() for n in g_copy.nodes()]
