def test_gfpp():
"""Simple exercise of generating the gfpp matrix
we know this matrix has a growth factor given by 2**(n - 1), which
for n = 5 is 16, so we just check for that (assumes ge is correct)
"""
a = rogues.gfpp(5)
l, u, r = rogues.ge(a)
npt.assert_almost_equal(r, 16., 8)
def test_gfpp():
"""Simple exercise of generating the gfpp matrix
we know this matrix has a growth factor given by 2**(n - 1), which
for n = 5 is 16, so we just check for that (assumes ge is correct)
"""
a = rogues.gfpp(5)
l, u, r = rogues.ge(a)
npt.assert_almost_equal(r, 16., 8)
def test_ge():
"""Simple exercise of the ge (Gaussian elimination)"""
a = rogues.gfpp(5)
l, u, r = rogues.ge(a)
b = np.matrix(l) * np.matrix(u)
npt.assert_array_almost_equal(a, b, 12)
