@Test
public void test() {
super.assertNullTS(LI_MCLEOD);
super.assertEmptyTS(LI_MCLEOD);
assertTrue(LI_MCLEOD.evaluate(RANDOM));
assertFalse(LI_MCLEOD.evaluate(SIGNAL));
assertFalse(LI_MCLEOD.evaluate(INCREASING));
}
@Test
public void test() {
super.assertNullTS(SAMPLE_ACF);
super.assertEmptyTS(SAMPLE_ACF);
assertTrue(SAMPLE_ACF.evaluate(RANDOM));
assertFalse(SAMPLE_ACF.evaluate(SIGNAL));
assertFalse(SAMPLE_ACF.evaluate(INCREASING));
}
@Test(expectedExceptions = IllegalArgumentException.class)
public void testInsufficientData() {
final TimeSeries<Long, Double> subSeries =
RANDOM.subSeries(RANDOM.getTimeAt(0), RANDOM.getTimeAt(3));
SAMPLE_ACF.evaluate(
new FastArrayLongDoubleTimeSeries(
ENCODING, subSeries.timesArray(), subSeries.valuesArray()));
}
@Test(expectedExceptions = IllegalArgumentException.class)
public void testInsufficientData() {
final InstantDoubleTimeSeries subSeries =
RANDOM.subSeries(RANDOM.getTimeAtIndex(0), RANDOM.getTimeAtIndex(3));
LI_MCLEOD.evaluate(subSeries);
}
