def test_fermi_poly2_float(self):
testfloat = 1.0
assert_approx_equal(-lerch.Li(2, -np.exp(testfloat)), polylog.fermi_poly2(testfloat), significant=7)
def test_fermi_poly2_float(self):
testfloat = 1.
assert_approx_equal(- lerch.Li(2, -np.exp(testfloat)), \
polylog.fermi_poly2(testfloat), significant=7)
def test_fermi_poly2(self):
fp_approx1 = polylog.fermi_poly2(self.xx1)
# the polynomial approximation should be good to 1e-7, fails for
# higher precision test
assert_array_almost_equal(self.exact1, fp_approx1, decimal=7)
def test_fermi_poly2(self):
fp_approx1 = polylog.fermi_poly2(self.xx1)
# the polynomial approximation should be good to 1e-7, fails for
# higher precision test
assert_array_almost_equal(self.exact1, fp_approx1, decimal=7)
