/** s-DLIM Extraction test. */
public void testArrivalRateFileIntoSequence() {
try {
ModelExtractor.extractArrivalRateFileIntoSequenceBinarySplits(
root,
ArrivalRateReader.readFileToList(TEST_TRACE, 0.0),
24,
1,
"SinTrend",
"SinTrend",
"MULT",
true);
testOutputModel(0.16, 0.1);
} catch (CalibrationException e) {
fail("Model Extractor threw a CalibrationException: " + e.getMessage());
} catch (IOException e) {
fail("Did not find arrival rate file.");
}
}
/**
* hl-DLIM Extraction test. This one is really hard to test for correctness, as the "correct"
* result could pretty much be anything. So all this test does is to check, whether the result ist
* at least in the approximate ballpark.
*/
public void testArrivalRateFileIntoParameters() {
try {
HLDlimParameterContainer params =
ModelExtractor.extractArrivalRateFileIntoParameters(
TEST_TRACE, 24, 0.0, 1, "SinTrend", "SinTrend", "MULT", true);
assertTrue(params.getFirstPeak() > 1000000 && params.getFirstPeak() < 3500000);
assertTrue(params.getLastPeak() > 1000000 && params.getLastPeak() < 3500000);
assertTrue(params.getInnerBase() > 1500000);
assertTrue(params.getBase() > 0);
assertTrue(params.getPeakIntervalWidth() < 24);
assertTrue(params.getPeakNum() > 0);
assertTrue(params.getNoiseMax() > 0);
assertTrue(params.getTrendPoints().length > 50);
} catch (CalibrationException e) {
fail("Model Extractor threw a CalibrationException: " + e.getMessage());
}
}
/** p-DLIM Extraction test. */
public void testArrivalRateFilePeriodic() {
int[] weekly = {3, 4};
int[] biweekly = {7, 7};
try {
ModelExtractor.extractSequenceFromArrivalRateFilePeriodic(
root,
ArrivalRateReader.readFileToList(TEST_TRACE, 0.0),
24,
Arrays.asList(weekly, biweekly),
"SinTrend",
"SinTrend",
"MULT",
false);
testOutputModel(0.18, 0.15);
} catch (CalibrationException e) {
fail("Model Extractor threw a CalibrationException: " + e.getMessage());
} catch (IOException e) {
fail("Did not find arrival rate file.");
}
}
