def test_VNS_not__eq__():
"Inequality of two VisualisableNetworkStructures."
u1, u2 = Unit(1, 1, 2), Unit(2, 3, 2)
V.add_population(iter(Tns.vns_units))
V.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
V.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
V.add_unit(u1, "bar")
V.add_unit(u2, "foo")
V.connect_maps("bar", "foo")
w = VNS()
w.add_unit(u2, "foo")
w.add_population(iter(Tns.vns_units))
w.add_unit(u1, "bar")
w.connect_units(Tns.vns_units[0], Tns.vns_units[1], 1) # changed
w.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
w.connect_maps("bar", "foo")
x = VNS()
x.add_unit(u2, "foo")
x.add_population(iter(Tns.vns_units))
x.add_unit(u1, "lol") # changed
x.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
x.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
x.connect_maps("bar", "foo")
y = VNS()
y.add_unit(u2, "foo")
y.add_population(iter(Tns.vns_units))
y.add_unit(u1, "bar")
# y.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1) changed
y.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
y.connect_maps("bar", "foo")
z = VNS()
z.add_unit(u2, "foo")
z.add_population(iter(Tns.vns_units))
z.add_unit(u1, "bar")
z.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
z.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
z.connect_maps("bar", "faz") # changed
assert V != w
assert V != x
assert V != y
assert V != z
def test_VNS_not__eq__():
"Inequality of two VisualisableNetworkStructures."
u1, u2 = Unit(1, 1, 2), Unit(2, 3, 2)
V.add_population(iter(Tns.vns_units))
V.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
V.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
V.add_unit(u1, "bar")
V.add_unit(u2, "foo")
V.connect_maps("bar", "foo")
w = VNS()
w.add_unit(u2, "foo")
w.add_population(iter(Tns.vns_units))
w.add_unit(u1, "bar")
w.connect_units(Tns.vns_units[0], Tns.vns_units[1], 1) # changed
w.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
w.connect_maps("bar", "foo")
x = VNS()
x.add_unit(u2, "foo")
x.add_population(iter(Tns.vns_units))
x.add_unit(u1, "lol") # changed
x.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
x.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
x.connect_maps("bar", "foo")
y = VNS()
y.add_unit(u2, "foo")
y.add_population(iter(Tns.vns_units))
y.add_unit(u1, "bar")
# y.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1) changed
y.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
y.connect_maps("bar", "foo")
z = VNS()
z.add_unit(u2, "foo")
z.add_population(iter(Tns.vns_units))
z.add_unit(u1, "bar")
z.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
z.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
z.connect_maps("bar", "faz") # changed
assert V != w
assert V != x
assert V != y
assert V != z
def test_VNS___eq__():
"Equality of two VisualisableNetworkStructures."
u1, u2 = Unit(1, 1, 2), Unit(2, 3, 2)
V.add_population(iter(Tns.vns_units))
V.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
V.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
V.add_unit(u1, "bar")
V.add_unit(u2, "foo")
V.connect_maps("bar", "foo")
w = VNS()
w.add_unit(u2, "foo")
w.add_population(iter(Tns.vns_units))
w.add_unit(u1, "bar")
w.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
w.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
w.connect_maps("bar", "foo")
assert V == w
def test_VNS___eq__():
"Equality of two VisualisableNetworkStructures."
u1, u2 = Unit(1, 1, 2), Unit(2, 3, 2)
V.add_population(iter(Tns.vns_units))
V.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
V.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
V.add_unit(u1, "bar")
V.add_unit(u2, "foo")
V.connect_maps("bar", "foo")
w = VNS()
w.add_unit(u2, "foo")
w.add_population(iter(Tns.vns_units))
w.add_unit(u1, "bar")
w.connect_units(Tns.vns_units[0], Tns.vns_units[1], -1)
w.connect_units(Tns.vns_units[1], Tns.vns_units[0], 0.3)
w.connect_maps("bar", "foo")
assert V == w