def test_rendering_one_row_adjusts_the_top_height(self, monkeypatch,
fake_image,
simulator_fig):
self.subplot_forward_simulator_axes(monkeypatch, [AxesDouble()])
found_adjust_top = None
def mock_subplots_adjust(left=None,
bottom=None,
right=None,
top=None,
wspace=None,
hspace=None):
# Note that "nonlocal" is required here but not in the "simulator_fig"
# variable above since found_adjust_top is assigned. The behavior of
# assignment is more restrictive/safe.
nonlocal found_adjust_top
found_adjust_top = top
monkeypatch.setattr(plt, "subplots_adjust", mock_subplots_adjust)
subject = PlotGallery(title='One Row', columns=1)
subject.add_exhibit(Exhibit(fake_image, 'does not matter'))
subject.open()
assert found_adjust_top == 1.3
def test_exhibits_can_opt_into_displaying_axes(self, fake_image,
monkeypatch,
subplot_adjust_noop):
simulator_axes = [AxesDouble(), AxesDouble()]
self.subplot_forward_simulator_axes(monkeypatch, simulator_axes)
axis_on_exhibit = Exhibit(fake_image, title='axis on', axis='on')
default_axis_exhibit = Exhibit(fake_image, title='default axis')
subject = PlotGallery(title='test')
subject.add_exhibit(axis_on_exhibit)
subject.add_exhibit(default_axis_exhibit)
subject.open()
assert simulator_axes[0].axis_setting == 'on'
assert simulator_axes[1].axis_setting == 'off'
def test_exhibit_attributes_are_passed_into_matplotlib_axes(
self, monkeypatch, fake_image, simulator_fig, subplot_adjust_noop):
gallery_title = 'test gallery'
expected_fig = FigureDouble()
expected_fig.suptitle(gallery_title)
my_exhibit = Exhibit(fake_image, title='exhibit 1')
subject = PlotGallery(gallery_title)
subject.add_exhibit(my_exhibit)
simulator_axes = []
found_nrows = None
found_ncols = None
def mock_subplot(nrows, ncols, figsize=None):
nonlocal found_nrows
nonlocal found_ncols
found_nrows = nrows
found_ncols = ncols
for i in range(0, nrows * ncols):
simulator_axes.append(AxesDouble())
return simulator_fig, simulator_axes
monkeypatch.setattr(plt, "subplots", mock_subplot)
subject.open()
assert simulator_fig.title == expected_fig.title
assert found_nrows == 1
assert found_ncols == 1
assert len(simulator_axes) == 1
found_axis = simulator_axes[0]
expected_axis_state = {
'axis_setting': 'off',
'fontsize': 8,
'image': my_exhibit.image,
'shown': True,
'title': my_exhibit.title,
}
assert found_axis.title == my_exhibit.title
assert found_axis.__dict__ == expected_axis_state
def test_rendering_multiple_rows(self, monkeypatch, fake_image,
simulator_fig, subplot_adjust_noop):
simulator_axes = [
[AxesDouble(), AxesDouble()],
[AxesDouble(), AxesDouble()],
]
self.subplot_forward_simulator_axes(monkeypatch, simulator_axes)
subject = PlotGallery(title='two rows', columns=2)
subject.add_exhibit(Exhibit(fake_image, '1'))
subject.add_exhibit(Exhibit(fake_image, '2'))
subject.add_exhibit(Exhibit(fake_image, '3, on a second row'))
subject.open()
assert simulator_axes[0][0].title == '1'
assert simulator_axes[0][1].title == '2'
assert simulator_axes[1][0].title == '3, on a second row'
def test_rendering_multiple_rows_uses_no_top_height(
self, monkeypatch, fake_image, simulator_fig, subplot_adjust_noop):
self.subplot_forward_simulator_axes(
monkeypatch, [AxesDouble(), AxesDouble()])
found_adjust_top = None
def mock_subplots_adjust(left=None,
bottom=None,
right=None,
top=None,
wspace=None,
hspace=None):
nonlocal found_adjust_top
found_adjust_top = top
monkeypatch.setattr(plt, "subplots_adjust", mock_subplots_adjust)
subject = PlotGallery(title='Two Rows', columns=1)
subject.add_exhibit(Exhibit(fake_image, 'on first row'))
subject.add_exhibit(Exhibit(fake_image, 'on second row'))
subject.open()
assert found_adjust_top == None