def test__create(self):
# params
length = 2
start = "01-01-2020"
end = "02-01-2020"
# object creation
tsd = TimeSeriesDataset.create(length, start, end)
# test
self.assertIsInstance(tsd, TimeSeriesDataset)
# Test if length is the same as planned
self.assertEqual(len(tsd), length)
def test__create_with_freq_as_time_series(self):
# params
length = 3
start = "01-01-2020"
end = "02-01-2020"
freq = TimeSeries.create("01-01-2020", "01-02-2020", "H")
# object creation
tsd = TimeSeriesDataset.create(length, start, end, freq)
# test
for ts in tsd:
# if equal, all ts in tsd have an hourly frequency
self.assertEqual(ts.frequency(), freq.frequency())
def test__split_in_chunks(self):
# params
n_chunks = 12
length = 3
start = "01-01-2020"
end = "02-01-2020"
freq = "H"
# object creation
tsd = TimeSeriesDataset.create(length, start, end, freq)
chunkified_tds = tsd.split_in_chunks(n_chunks)
# test if the number of chunks is the right one
self.assertEqual(len(chunkified_tds), n_chunks)
for tsd in chunkified_tds:
# test if each item is a TimeSeriesDataset
self.assertIsInstance(tsd, TimeSeriesDataset)
# test if each item in a TimeSeriesDataset is a TS
for ts in tsd:
self.assertIsInstance(ts, TimeSeries)
def test__fill(self):
# params
length = 3
start = "01-01-2020"
end = "02-01-2020"
freq = "H"
# object creation
tsd = TimeSeriesDataset.create(length, start, end, freq)
# test if every elements are nans
for ts in tsd:
for i in ts.series[TIME_SERIES_VALUES]:
self.assertIs(i, np.nan)
# fill with zeros
tsd = tsd.fill(0)
# test if every elements are zeros
for ts in tsd:
for i in ts.series[TIME_SERIES_VALUES]:
self.assertIs(i, 0)
def test__split_at(self):
# params
length = 3
start = "01-01-2020 00:00"
end = "03-01-2020 00:00"
freq = "H"
# object creation
tsd = TimeSeriesDataset.create(length, start, end, freq)
# test
splitting_point = "02-01-2020 00:00"
tsd1, tsd2 = tsd.split_at(splitting_point)
# check the first split
for ts in tsd1:
self.assertEqual(ts.start(), Timestamp(start))
self.assertEqual(ts.end(), Timestamp(splitting_point))
# check the second split
for ts in tsd2:
self.assertEqual(ts.start(), Timestamp(splitting_point))
self.assertEqual(ts.end(), Timestamp(end))