def test_bar_x_label_ordering():
def make_row(name, abbrev, value):
return {
"name": name,
"abbrev": abbrev,
"category": "total",
"metric": "mae",
"value": value,
"index": 0
}
data = [
make_row(n, a, v)
for n, a, v in [("EA GHI", "EA GHI",
5), ("DA GHi01", "DA GHi.",
3), ("DA GHi02", "DA GHi.",
4), ("DA GHi03", "DA GHi.",
7), ("CA GHI", "CA GHI", 1)]
]
df = pd.DataFrame(data)
figure = figures.bar(df, "mae")
# Ensure x labels are in expected order
assert (figure.data[0]['x'] == np.array([
"CA GHI", "DA GHi.", "DA GHi.\ufeff", "DA GHi.\ufeff\ufeff", "EA GHI"
],
dtype=object)).all()
# ensure y values are in the same order as x labels
assert (figure.data[0]['y'] == np.array([1, 3, 4, 7, 5])).all()
# assert hover text (original name) matches x label order
assert (figure.data[0]['text'] == np.array(
['CA GHI', "DA GHi01", "DA GHi02", "DA GHi03", "EA GHI"])).all()
def test_bar_height_tick_adjustment(metric_dataframe, new_name, tickangle,
height):
metric_dataframe['abbrev'] = new_name
out = figures.bar(metric_dataframe, 'mae')
assert isinstance(out, graph_objects.Figure)
assert out.layout.height == height
assert out.layout.xaxis.tickangle == tickangle
assert out.layout.xaxis.automargin
def test_bar(metric_dataframe):
out = figures.bar(metric_dataframe, 'mae')
assert isinstance(out, graph_objects.Figure)
plot_spec = out.to_dict()
layout = plot_spec['layout']
assert 'automargin' not in layout['xaxis']
assert 'tickangle' not in layout['xaxis']
assert layout['height'] == figures.PLOT_LAYOUT_DEFAULTS['height']
def test_bar_empty_df(metric_dataframe):
df = pd.DataFrame(columns=metric_dataframe.columns)
out = figures.bar(df, 's')
assert isinstance(out, graph_objects.Figure)
def test_bar_no_metric(metric_dataframe):
out = figures.bar(metric_dataframe, 'rmse')
assert isinstance(out, graph_objects.Figure)
