public boolean contains(final int value) {
for (final ChildType child : _bridged.getChildren())
if (child.contains(value)) return true;
else {
if (checkBoundary(value, child)) return false;
}
return false;
}
@Override
public String toString() {
StringWriter stringWriter = new StringWriter();
PrintWriter writer = new PrintWriter(stringWriter, true);
List<ChildType> children = getChild();
writer.println("");
writer.println("\tParent Name: " + getName());
writer.println("\tNumber of Children: " + children.size());
for (ChildType ch : children) {
writer.println(ch.toString());
}
return stringWriter.toString();
}
public List<? extends Set> split(final int[] values, final boolean[] isIntervalStart) {
final List<Set> r = new ArrayList<Set>(values.length + 1);
final ArrayList<List<Set>> partsList = new ArrayList<List<Set>>(values.length + 1);
for (int i = 0; i <= values.length; i++) partsList.add(new LinkedList<Set>());
for (final ChildType child : _bridged.getChildren()) {
final List<? extends Set> currentSplit = child.split(values, isIntervalStart);
final Iterator<List<Set>> it = partsList.iterator();
for (final Set elmt : currentSplit) {
final List<Set> next = it.next();
if (!elmt.isEmpty()) next.add(elmt);
}
}
for (final List<Set> splitList : partsList) {
if (splitList.isEmpty()) r.add(_setCreationToolbox.makeEmptySet().getAsSet());
else if (splitList.size() == 1) r.add(splitList.get(0));
else r.add(_setCreationToolbox.makeComposite(splitList));
}
return r;
}
protected boolean checkBoundary(final int value, final ChildType child) {
final Bound lowerBound = child.getLowerBound();
return (lowerBound != null) && ((lowerBound.getValue() - value) > 0);
}
public @Nullable Bound getUpperBound() {
if (_bridged.getChildrenCount() <= 0) return null;
final ChildType next = _bridged.getChildrenDescending().iterator().next();
return next.getUpperBound();
}
@Override
public int getChildTypeCount() {
return ChildType.values().length;
}
public @Nullable IDoubleBound getLowerBound() {
if (_bridged.getChildrenCount() <= 0) return null;
final ChildType next = _bridged.getChildren().iterator().next();
return next.getLowerBound();
}
