def test_real_alpha_xy(self):
w = 0.4425
re_alpha, _ = LR("XDIPLEN",
"YDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -round(re_alpha, 6) == approx(-0.000004)
def test_real_alpha_zz(self):
w = 0.4475
re_alpha, _ = LR("ZDIPLEN",
"ZDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -re_alpha == approx(32.275296)
def test_real_alpha_yy(self):
w = 0.4450
re_alpha, _ = LR("YDIPLEN",
"YDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -re_alpha == approx(31.544221)
def test_real_alpha_xx(self):
w = 0.4425
re_alpha, _ = LR("XDIPLEN",
"XDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -re_alpha == approx(30.854533)
def test_real_im(self):
w = 0.4425
_, im_alpha = LR("XDIPLEN",
"XDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -im_alpha == approx(1.228334)
def test_real_alpha_yz(self):
w = 0.4425
re_alpha, _ = LR("XDIPLEN",
"ZDIPLEN",
w,
tmpdir=self.tmpdir,
absorption=True)
assert -re_alpha == approx(0.000000)
def test_ZZ(self):
ZZ = LR("ZDIPLEN", "ZDIPLEN", 0, self.tmpdir)
ZZref = -10.308181624834
assert ZZ == approx(ZZref)
def test_YZ(self):
YZ = LR("YDIPLEN", "ZDIPLEN", 0, self.tmpdir)
YZref = 0.016158638023
assert YZ == approx(YZref)
def test_YY(self):
YY = LR("YDIPLEN", "YDIPLEN", 0, self.tmpdir)
YYref = -6.184500121159
assert YY == approx(YYref)
def test_XX(self):
XX = LR("XDIPLEN", "XDIPLEN", 0, self.tmpdir)
XXref = -2.461169664950
assert XX == approx(XXref)
def test_ZZ(self):
ZZ = LR("ZDIPLEN", "ZDIPLEN", 0, self.tmpdir)
ZZref = -3.124432068117
assert ZZ == approx(ZZref)
def test_YZ(self):
YZ = LR("YDIPLEN", "ZDIPLEN", 0, self.tmpdir)
YZref = 0.2324294799056
assert YZ == approx(YZref)
def test_YY(self):
YY = LR("YDIPLEN", "YDIPLEN", 0, self.tmpdir)
YYref = -10.31180304740
assert YY == approx(YYref)
def test_XX(self):
XX = LR("XDIPLEN", "XDIPLEN", 0, self.tmpdir)
XXref = -5.455606903637
assert XX == approx(XXref)