def setup_method(self, method):
s = EDS_SEM_Spectrum().isig[5.0:15.0]
m = s.create_model(auto_background=False)
c = Expression('a*x+b', 'line with offset')
m.append(c)
self.s = s
self.m = m
self.c = c
def setup_method(self):
self.model = EDS_SEM_Spectrum().create_model()
self.component = self.model[1]
# We use bmin instead of A because it's a bit more exotic
self.component.A.bmin = 1.23456789012
self.component_not_free = self.model[3]
self.component_not_free.set_parameters_not_free()
self.component_not_free.A.bmin = 9.87654321098
self.component_inactive = self.model[4]
self.component_inactive.active = False
self.component_inactive.A.bmin = 5.67890123456
class TestSetParameters:
def setup_method(self):
self.model = EDS_SEM_Spectrum().create_model()
@pytest.mark.parametrize("fancy", (True, False))
def test_component_print_current_values(self, fancy):
self.model[0].print_current_values(fancy=fancy)
@pytest.mark.parametrize("fancy", (True, False))
def test_model_print_current_values(self, fancy):
self.model.print_current_values(fancy=fancy)
class TestSetParameters:
def setup_method(self):
self.model = EDS_SEM_Spectrum().create_model()
self.component = self.model[1]
# We use bmin instead of A because it's a bit more exotic
self.component.A.bmin = 1.23456789012
self.component_not_free = self.model[3]
self.component_not_free.set_parameters_not_free()
self.component_not_free.A.bmin = 9.87654321098
self.component_inactive = self.model[4]
self.component_inactive.active = False
self.component_inactive.A.bmin = 5.67890123456
@pytest.mark.parametrize("only_free, only_active", [(True, False),
(True, False)])
def test_component_current_component_values(self, only_free, only_active):
"Many decimals aren't printed, few decimals are"
string_representation = str(
current_component_values(self.component, only_free,
only_active).__repr__())
html_representation = str(
current_component_values(self.component, only_free,
only_active)._repr_html_())
assert "1.234" in string_representation
assert "1.23456789012" not in string_representation
assert "1.234" in html_representation
assert "1.23456789012" not in html_representation
def test_component_current_component_values_only_free(
self, only_free=True, only_active=False):
"Parameters with free=False values should not be present in repr"
string_representation = str(
current_component_values(self.component_not_free, only_free,
only_active).__repr__())
html_representation = str(
current_component_values(self.component_not_free, only_free,
only_active)._repr_html_())
assert "9.87" not in string_representation
assert "9.87" not in html_representation
@pytest.mark.parametrize("only_free, only_active", [(True, False),
(True, False)])
def test_component_current_model_values(self, only_free, only_active):
"Many decimals aren't printed, few decimals are"
string_representation = str(
current_model_values(self.model, only_free,
only_active).__repr__())
html_representation = str(
current_model_values(self.model, only_free,
only_active)._repr_html_())
assert "1.234" in string_representation
assert "1.23456789012" not in string_representation
assert "1.234" in html_representation
assert "1.23456789012" not in html_representation
if only_free:
# Parameters with free=False values should not be present in repr
assert "9.87" not in string_representation
assert "9.87" not in html_representation
if only_active:
# components with active=False values should not be present in repr"
assert "5.67" not in string_representation
assert "5.67" not in html_representation
@pytest.mark.parametrize("only_free, only_active", [(True, False),
(True, False)])
def test_component_current_model_values_comp_list(self, only_free,
only_active):
comp_list = [
self.component, self.component_not_free, self.component_inactive
]
string_representation = str(
current_model_values(self.model, only_free, only_active,
comp_list).__repr__())
html_representation = str(
current_model_values(self.model, only_free, only_active,
comp_list)._repr_html_())
assert "1.234" in string_representation
assert "1.23456789012" not in string_representation
assert "1.234" in html_representation
assert "1.23456789012" not in html_representation
if only_free:
assert "9.87" not in string_representation
assert "9.87" not in html_representation
if only_active:
assert "5.67" not in string_representation
assert "5.67" not in html_representation
@pytest.mark.parametrize("fancy", (True, False))
def test_model_current_model_values(self, fancy):
self.model.print_current_values(fancy=fancy)
@pytest.mark.parametrize("fancy", (True, False))
def test_component_print_current_values(self, fancy):
self.model[0].print_current_values(fancy=fancy)
@pytest.mark.parametrize("fancy", (True, False))
def test_model_print_current_values(self, fancy):
self.model.print_current_values(fancy=fancy)
def test_zero_in_fancy_print(self):
"Ensure parameters with value=0 are printed too"
assert "<td>a1</td><td>True</td><td> 0</td>" in current_component_values(
self.model[0])._repr_html_()
def test_zero_in_normal_print(self):
"Ensure parameters with value=0 are printed too"
assert " a0 | True | 0 |" in str(
current_component_values(self.model[0]).__repr__)
def test_twinned_in_print(self):
assert " A | Twinned |" in str(
current_component_values(self.model[2]).__repr__()).split('\n')[4]
def test_related_tools(self):
assert _is_iter([1, 2, 3])
assert _is_iter((1, 2, 3))
assert not _is_iter(1)
assert _iter_join([1.2345678, 5.67890]) == '(1.23457, 5.6789)'
assert _iter_join([1.2345678, 5.67890]) == '(1.23457, 5.6789)'
assert _iter_join([1, 5]) == '( 1, 5)'
assert _non_iter(None) == ""
assert _non_iter(5) == ' 5'
assert _non_iter(5.123456789) == '5.12346'
def setup_method(self):
self.m = EDS_SEM_Spectrum().create_model(auto_background=False)
class TestCustomComponent:
def setup_method(self):
self.m = EDS_SEM_Spectrum().create_model(auto_background=False)
def test_custom_comp_w_two_linear_attributes(self):
c = MultiLinearCustomComponent()
self.m.append(c)
with pytest.raises(AttributeError, match="has more than one free"):
self.m.fit(optimizer='lstsq')
def test_custom_comp(self):
c = MultiLinearCustomComponent()
c.a0.free = False
self.m.append(c)
self.m.fit(optimizer='lstsq')
def test_compare_custom_comp(self):
c = MultiLinearCustomComponent()
c.a0.free = False
c.a0.value = 0
self.m.append(c)
self.m.fit(optimizer='lstsq')
linear = c.a1.value
self.m.fit()
nonlinear = c.a1.value
np.testing.assert_allclose(linear, nonlinear)
def setup_method(self):
m = EDS_SEM_Spectrum().create_model()
m2 = EDS_SEM_Spectrum().isig[5.:15.].create_model()
self.m = m
self.m2 = m2
def setup_method(self, method):
s = EDS_SEM_Spectrum().isig[5.0:15.0]
m = s.create_model(auto_background=False)
self.m = m
def setup_method(self):
self.model = EDS_SEM_Spectrum().create_model()
