def test_piecewise_constant_square(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.60411247160628478,
's',
mu_piecewise_constant,
0.05, [5, 6], [2, 1],
muw=1),
[1.5, 0.84628438, 16.92568751],
atol=1e-4)
def test_piecewise_constant(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.71017973670799939,
't',
mu_piecewise_constant,
0.05, [5, 6], [2, 1],
muw=1),
[1.5, 0.78755635, 15.75112704],
atol=1e-4)
def test_overlapping_linear(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.71017973670799939,
't',
mu_overlapping_linear,
0.05,
5,
2,
muw=1),
[1.61711464, 0.84904594, 16.9809188],
atol=1e-4)
def test_ideal(self):
assert_allclose(back_calc_drain_spacing_from_eta(1.0680524125462512,
't',
mu_ideal,
0.05,
5,
2,
muw=1),
[1.5, 0.78755635, 15.75112704],
atol=1e-4)
def test_overlapping_linear(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.71017973670799939, 't',
mu_overlapping_linear,
0.05, 5, 2, muw=1),
[ 1.61711464, 0.84904594, 16.9809188 ],
atol=1e-4)
def test_piecewise_constant_square(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.60411247160628478, 's',
mu_piecewise_constant,
0.05, [5, 6], [2, 1], muw=1),
[ 1.5 , 0.84628438, 16.92568751],
atol=1e-4)
def test_piecewise_linear(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.71017973670799939, 't',
mu_piecewise_linear,
0.05, [1,5,5], [2,2, 1], muw=1),
[ 1.5 , 0.78755635, 15.75112704],
atol=1e-4)
def test_constant(self):
assert_allclose(back_calc_drain_spacing_from_eta(0.71017973670799939, 't', mu_constant,
0.05, 5, 2, muw=1),
[ 1.5 , 0.78755635, 15.75112704],
atol=1e-4)
def test_ideal(self):
assert_allclose(back_calc_drain_spacing_from_eta(1.0680524125462512, 't', mu_ideal,
0.05, 5, 2, muw=1),
[ 1.5 , 0.78755635, 15.75112704],
atol=1e-4)
