def test_pascal_1():
"""Simple test of pascal matrix: k = 1."""
# Notice we recover the unit matrix with n = 18, better than previous test
n = 18
a = rogues.pascal(n, 1)
b = np.matrix(a) * np.matrix(a)
assert(np.allclose(b, np.eye(n)))
def test_pascal_1():
"""Simple test of pascal matrix: k = 1."""
# Notice we recover the unit matrix with n = 18, better than previous test
n = 18
a = rogues.pascal(n, 1)
b = np.matrix(a) * np.matrix(a)
assert (np.allclose(b, np.eye(n)))
def test_pascal_0():
"""Simple test of pascal matrix: k = 0."""
# Note that this test will fail if n > 12
n = 12
a = rogues.pascal(n)
w, v = nl.eig(a)
b = w * w[::-1]
npt.assert_array_almost_equal(b, np.ones(n))
def test_pascal_0():
"""Simple test of pascal matrix: k = 0."""
# Note that this test will fail if n > 12
n = 12
a = rogues.pascal(n)
w, v = nl.eig(a)
b = w * w[::-1]
npt.assert_array_almost_equal(b, np.ones(n))
