def test_unequal_range(self):
"""Making sure that a ValueError is thrown for unequal ranges"""
x = np.arange(64)
y = np.arange(64)
xx, yy = np.meshgrid(x, y)
coefs_full = [12, 20, 70, 20, 30, 0.5, 2]
with pytest.raises(RuntimeError):
Gauss2D.gauss2D((self.xx, yy), *coefs_full)
with pytest.raises(RuntimeError):
Gauss2D.gauss2D((xx, self.yy), *coefs_full)
def test_gauss2D_norot(self):
"""Testing if the no rotation case is a sub case of the full one"""
coefs_full = [12, 20, 70, 20, 30, 0, 2]
full_data = Gauss2D.gauss2D((self.xx, self.yy), *coefs_full)
coefs_norot = coefs_full[:5] + [coefs_full[-1]]
norot_data = Gauss2D.gauss2D_norot((self.xx, self.yy), *coefs_norot)
assert np.all(norot_data == full_data)
def test_gauss2D_norot(self):
"""Testing if the no rotation case is a sub case of the full one"""
coefs_full = [12, 20, 70, 20, 30, 0, 2]
full_data = Gauss2D.gauss2D((self.xx, self.yy), *coefs_full)
coefs_norot = coefs_full[:5] + [coefs_full[-1]]
norot_data = Gauss2D.gauss2D_norot((self.xx, self.yy), *coefs_norot)
assert np.all(norot_data == full_data)
def test_gauss2D_sym(self):
"""Testing if the symmetrical case is a sub case of the full one"""
coefs_full = [12, 20, 70, 20, 20, 0, 2]
full_data = Gauss2D.gauss2D((self.xx, self.yy), *coefs_full)
coefs_sym = coefs_full[:4] + [coefs_full[-1]]
sym_data = Gauss2D.gauss2D_sym((self.xx, self.yy), *coefs_sym)
assert np.all(sym_data == full_data)
def test_gauss2D_sym(self):
"""Testing if the symmetrical case is a sub case of the full one"""
coefs_full = [12, 20, 70, 20, 20, 0, 2]
full_data = Gauss2D.gauss2D((self.xx, self.yy), *coefs_full)
coefs_sym = coefs_full[:4] + [coefs_full[-1]]
sym_data = Gauss2D.gauss2D_sym((self.xx, self.yy), *coefs_sym)
assert np.all(sym_data == full_data)