def test_df_stability_report_expanding():
# generate report directly from dataframe
features = ["date:isActive", "date:eyeColor"]
df_stability_report(pytest.test_df,
time_axis="date",
reference_type="expanding",
features=features)
def test_df_stability_report_rolling():
# generate report directly from dataframe
features = ["date:isActive", "date:latitude"]
df_stability_report(pytest.test_df,
time_axis="date",
reference_type="rolling",
features=features)
def test_df_stability_report_external():
# generate report directly from dataframe
features = ["date:eyeColor", "date:latitude"]
df_stability_report(
pytest.test_df,
time_axis="date",
reference_type="external",
reference=pytest.test_df,
features=features,
)
def test_df_stability_report_self():
time_width = "1y"
time_offset = "2020-1-1"
# generate report directly from dataframe
features = ["date:eyeColor", "date:latitude"]
rep = df_stability_report(
pytest.test_df,
time_axis="date",
reference_type="self",
features=features,
time_width=time_width,
time_offset=time_offset,
)
# test that time_width and time_offset got picked up correctly.
datastore = rep.datastore
hists = datastore["hists"]
bin_specs = get_bin_specs(hists)
assert pd.Timedelta(
time_width).value == bin_specs["date:eyeColor"][0]["bin_width"]
assert (pd.Timestamp(time_offset).value == bin_specs["date:eyeColor"][0]
["bin_offset"])
assert pd.Timedelta(
time_width).value == bin_specs["date:latitude"][0]["bin_width"]
assert (pd.Timestamp(time_offset).value == bin_specs["date:latitude"][0]
["bin_offset"])
def test_df_stability_report():
# generate report directly from dataframe
features = [
'date:isActive', 'date:eyeColor', 'date:latitude'
]
bin_specs = {
'date': {'bin_width': pd.Timedelta('1y').value, 'bin_offset': pd.Timestamp('2000-1-1').value},
'latitude': {'bin_width': 5., 'bin_offset': 0.},
}
rep = df_stability_report(pytest.test_df, time_axis='date', features=features, binning='unit', bin_specs=bin_specs)
# regenerate report, changing the plot window settings
rep.regenerate(last_n=4)
rep.regenerate(skip_first_n=1, skip_last_n=1)
def test_df_stability_report_self():
time_width = '1y'
time_offset = '2020-1-1'
# generate report directly from dataframe
features = ['date:eyeColor', 'date:latitude']
rep = df_stability_report(pytest.test_df, time_axis='date', reference_type='self', features=features,
time_width=time_width, time_offset=time_offset)
# test that time_width and time_offset got picked up correctly.
datastore = rep.datastore
hists = datastore['hists']
bin_specs = get_bin_specs(hists)
assert pd.Timedelta(time_width).value == bin_specs['date:eyeColor'][0]['bin_width']
assert pd.Timestamp(time_offset).value == bin_specs['date:eyeColor'][0]['bin_offset']
assert pd.Timedelta(time_width).value == bin_specs['date:latitude'][0]['bin_width']
assert pd.Timestamp(time_offset).value == bin_specs['date:latitude'][0]['bin_offset']
def test_df_stability_report():
# generate report directly from dataframe
features = ["date:isActive", "date:eyeColor", "date:latitude"]
bin_specs = {
"date": {
"bin_width": pd.Timedelta("1y").value,
"bin_offset": pd.Timestamp("2000-1-1").value,
},
"latitude": {
"bin_width": 5.0,
"bin_offset": 0.0
},
}
rep = df_stability_report(
pytest.test_df,
time_axis="date",
features=features,
binning="unit",
bin_specs=bin_specs,
)
# regenerate report, changing the plot window settings
rep.regenerate(last_n=4)
rep.regenerate(skip_first_n=1, skip_last_n=1)
def test_df_stability_report_expanding():
# generate report directly from dataframe
features = ['date:isActive', 'date:eyeColor']
df_stability_report(pytest.test_df, time_axis='date', reference_type='expanding', features=features)
def test_df_stability_report_rolling():
# generate report directly from dataframe
features = ['date:isActive', 'date:latitude']
df_stability_report(pytest.test_df, time_axis='date', reference_type='rolling', features=features)
def test_df_stability_report_external():
# generate report directly from dataframe
features = ['date:eyeColor', 'date:latitude']
df_stability_report(pytest.test_df, time_axis='date', reference_type='external',
reference=pytest.test_df, features=features)