plot.lineplot, nhds,"randomdate",groupby="geog_region",line_style=6,
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",filterlabel="Admissions for pneumonia and influenza"),
Test('Panelled time-series line plot',
plot.lineplot, nhds,"randomdate","geog_region",
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",filterlabel="Admissions for pneumonia and influenza"),
Test('Panelled time-series line plot with groupby',
plot.lineplot, nhds,"randomdate","geog_region",groupby='sex',
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",filterlabel="Admissions for pneumonia and influenza"),
Test('Line plot of a categorical column',
plot.lineplot, nhds,"marital_status",
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",filterlabel="Admissions for pneumonia and influenza"),
Test('Line plot of an ordinal column',
plot.lineplot, nhds,"agegrp",
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",filterlabel="Admissions for pneumonia and influenza"),
]
runner = TestRunner()
# Run tests
try:
runner.run(tests)
finally:
runner.close()
filterlabel="Admissions for pneumonia and influenza"),
Test('Panelled time-series line plot with groupby',
plot.lineplot,
nhds,
"randomdate",
"geog_region",
groupby='sex',
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",
filterlabel="Admissions for pneumonia and influenza"),
Test('Line plot of a categorical column',
plot.lineplot,
nhds,
"marital_status",
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",
filterlabel="Admissions for pneumonia and influenza"),
Test('Line plot of an ordinal column',
plot.lineplot,
nhds,
"agegrp",
filterexpr="diagnosis1 >=: '480' and diagnosis1 <=: '487'",
filterlabel="Admissions for pneumonia and influenza"),
]
runner = TestRunner()
# Run tests
try:
runner.run(tests)
finally:
runner.close()
