def test_cis2(dist):
"""
Test that the common informations are ordered correctly.
"""
k = K(dist)
j = J(dist)
b = B(dist)
c = C(dist)
g = G(dist)
f = F(dist)
m = M(dist)
assert k <= j + epsilon
assert j <= b + epsilon
assert b <= c + epsilon
assert c <= g + epsilon
assert g <= f + epsilon
assert f <= m + epsilon
def test_M1():
""" Test M """
outcomes = [
'000',
'a00',
'00c',
'a0c',
'011',
'a11',
'101',
'b01',
'01d',
'a1d',
'10d',
'b0d',
'110',
'b10',
'11c',
'b1c',
]
pmf = [1 / 16] * 16
d = Distribution(outcomes, pmf)
assert M(d) == pytest.approx(2.0)
def test_M2():
""" Test M with rv names """
outcomes = [
'000',
'a00',
'00c',
'a0c',
'011',
'a11',
'101',
'b01',
'01d',
'a1d',
'10d',
'b0d',
'110',
'b10',
'11c',
'b1c',
]
pmf = [1 / 16] * 16
d = Distribution(outcomes, pmf)
d.set_rv_names('XYZ')
assert M(d) == pytest.approx(2.0)