public void visit(OWLDataAllValuesFrom object) {
// if the filler is the negation of a supported range then we will leave the expression as if
// it was in the head,
// because when we overapproximate we are only going to look at the property so there's no
// point in decomposing it further
// if the filler is positive, however, we will decompose it a bit
LiteralDataRange literalRange = m_dataRangeConverter.convertDataRange(object.getFiller());
if (object.getProperty().isOWLTopDataProperty()) {
if (literalRange.isAlwaysFalse()) return; // bottom
}
Variable y = nextY();
m_bodyAtoms.add(getRoleAtom(object.getProperty(), X, y));
if (literalRange.isNegatedInternalDatatype()) {
InternalDatatype negatedRange = (InternalDatatype) literalRange.getNegation();
if (!negatedRange.isAlwaysTrue()) m_bodyAtoms.add(Atom.create(negatedRange, y));
} else {
if (!literalRange.isAlwaysFalse()) {
if (object.getFiller() instanceof OWLDataOneOf) {
for (OWLLiteral lit : ((OWLDataOneOf) object.getFiller()).getValues())
m_headAtoms.add(
Atom.create(Equality.INSTANCE, y, (Constant) lit.accept(m_dataRangeConverter)));
} else m_headAtoms.add(Atom.create((DLPredicate) literalRange, y));
}
}
}
@Override
public void visit(OWLDataAllValuesFrom desc) {
desc.getProperty().accept(this);
OWLDataPropertyExpression prop = (OWLDataPropertyExpression) obj;
desc.getFiller().accept(this);
OWLDataRange filler = (OWLDataRange) obj;
obj = dataFactory.getOWLDataAllValuesFrom(prop, filler);
}
@Override
public void visit(OWLDataAllValuesFrom node) {
write(ALL);
writeSpace();
node.getProperty().accept(this);
writeSpace();
node.getFiller().accept(this);
}
@Override
public void visit(OWLDataAllValuesFrom desc) {
handleObject(desc);
desc.getProperty().accept(this);
}
@Override
public void visit(OWLDataAllValuesFrom ce) {
ce.getFiller().accept(this);
ce.getProperty().accept(this);
}
public void visit(OWLDataAllValuesFrom desc) {
desc.getProperty().accept(this);
desc.getFiller().accept(this);
}