protected boolean appliesTo(List<IStoreItem> selection) {
// ok, check we have two collections
boolean allGroups = aTests.numberOfGroups(selection, 2);
boolean allTracks = aTests.numberOfTracks(selection, 2);
boolean someHaveFreq = aTests.someHave(selection, Frequency.UNIT.getDimension(), true) != null;
boolean topLevelSpeed =
aTests.someHave(selection, METRE.divide(SECOND).getDimension(), true) != null;
return (aTests.exactNumber(selection, 3)
&& allGroups
&& allTracks
&& someHaveFreq
&& topLevelSpeed);
}
public void organiseData() {
// ok, we need to collate the data
data = new HashMap<String, ICollection>();
final CollectionComplianceTests tests = new CollectionComplianceTests();
// ok, transmitter data
data.put(TX + "FREQ", tests.someHave(_tx, Frequency.UNIT.getDimension(), true));
data.put(TX + "COURSE", tests.someHave(_tx, SI.RADIAN.getDimension(), true));
data.put(TX + "SPEED", tests.someHave(_tx, METRE.divide(SECOND).getDimension(), true));
data.put(TX + "LOC", tests.someHaveLocation(_tx));
// and the receiver
data.put(RX + "COURSE", tests.someHave(_rx, SI.RADIAN.getDimension(), true));
data.put(RX + "SPEED", tests.someHave(_rx, METRE.divide(SECOND).getDimension(), true));
data.put(RX + "LOC", tests.someHaveLocation(_rx));
// and the sound speed
data.put(
"SOUND_SPEED", tests.someHave(getInputs(), METRE.divide(SECOND).getDimension(), false));
}
