def test_ces_ordering(s):
assert (models.CauseEffectStructure([concept(subsystem=s)], subsystem=s) ==
models.CauseEffectStructure([concept(subsystem=s)], subsystem=s))
assert (models.CauseEffectStructure([concept(phi=1, subsystem=s)],
subsystem=s) >
models.CauseEffectStructure([concept(phi=0, subsystem=s)],
subsystem=s))
def test_ces_are_always_normalized(s):
c1 = concept(mechanism=(0, ), subsystem=s)
c2 = concept(mechanism=(1, ), subsystem=s)
c3 = concept(mechanism=(0, 2), subsystem=s)
c4 = concept(mechanism=(0, 1, 2), subsystem=s)
assert (c1, c2, c3, c4) == models.CauseEffectStructure(
(c3, c4, c2, c1)).concepts
def test_ces_labeled_mechanisms(s):
c = models.CauseEffectStructure([concept(subsystem=s)], subsystem=s)
assert c.labeled_mechanisms == (["A", "B"], )
def test_ces_repr_str(s):
c = models.CauseEffectStructure([concept(subsystem=s)])
repr(c)
str(c)
def test_ces_is_still_a_tuple(s):
c = models.CauseEffectStructure([concept(subsystem=s)], subsystem=s)
assert len(c) == 1
def test_ces_are_always_normalized():
c1 = models.Concept(mechanism=(1, ))
c2 = models.Concept(mechanism=(2, ))
c3 = models.Concept(mechanism=(1, 3))
c4 = models.Concept(mechanism=(1, 2, 3))
assert (c1, c2, c3, c4) == models.CauseEffectStructure((c3, c4, c2, c1))
def test_ces_repr_str():
c = models.CauseEffectStructure([concept()])
repr(c)
str(c)
def test_ces_repr():
c = models.CauseEffectStructure()
assert repr(c) == "CauseEffectStructure()"
def test_ces_is_still_a_tuple():
c = models.CauseEffectStructure([concept()])
assert len(c) == 1