private float execute(OntClass c1, OntClass c2) {
int max = 0, min = 0;
Collection<OntProperty> listaProps2 = OntologyCache.getOrAddListProperties(c2);
for (Iterator i = OntologyCache.getOrAddListProperties(c1).iterator(); i.hasNext(); ) {
OntProperty p1 = (OntProperty) i.next();
if (p1.isDatatypeProperty()) {
max += 1;
for (OntProperty p2 : listaProps2) {
if (p2.isDatatypeProperty()) {
SimilarityVO similarityVO = new SimilarityVO();
similarityVO.setElementA(p1);
similarityVO.setElementB(p2);
similarityVO.setSimilarity(
strategyEditDistance.compute(p1.getLocalName(), p2.getLocalName()));
similaridade.add(similarityVO);
}
}
}
}
// Loop para pegar o numero de datatypeproperty de c2
for (OntProperty p2 : listaProps2) if (p2.isDatatypeProperty()) min += 1;
similaridade = strategyCalculation.explore(similaridade);
return averageWithPenalty(sumSimilarities(), max, min);
}
/**
* If @param superClassUri is a superclass of @param subClassUri, it returns true; otherwise,
* false. If third parameter is set to true, it also considers indirect superclasses.
*
* @param superClassUri
* @param subClassUri
* @param recursive
* @return
*/
public boolean isSubClass(String subClassUri, String superClassUri, boolean recursive) {
if (ontCache.getDirectSubClassCheck().contains(subClassUri + superClassUri)) return true;
else if (recursive)
return ontCache.getIndirectSubClassCheck().contains(subClassUri + superClassUri);
return false;
}
/**
* This function takes a class uri and returns the object properties who have this class in their
* domain. If second parameter set to True, it also returns the object properties inherited from
* parents of the given class.
*
* @param domainUri
* @param inheritance
* @return
*/
public HashSet<String> getObjectPropertiesOfClass(String domainUri, boolean inheritance) {
HashSet<String> direct = ontCache.getDirectOutObjectProperties().get(domainUri);
if (!inheritance) return direct;
HashSet<String> all = new HashSet<String>();
HashSet<String> indirect = ontCache.getIndirectOutObjectProperties().get(domainUri);
if (direct != null) all.addAll(direct);
if (indirect != null) all.addAll(indirect);
return all;
}
/**
* returns URIs of all super-properties of @param propertyUri
*
* @param propertyUri
* @param recursive
* @return
*/
public HashMap<String, Label> getSuperProperties(String propertyUri, boolean recursive) {
HashMap<String, Label> direct = ontCache.getDirectSuperProperties().get(propertyUri);
if (!recursive) return direct;
HashMap<String, Label> all = new HashMap<String, Label>();
HashMap<String, Label> indirect = ontCache.getIndirectSuperProperties().get(propertyUri);
if (direct != null) all.putAll(direct);
if (indirect != null) all.putAll(indirect);
return all;
}
/**
* This method takes a property URI and returns ranges of that property. If @param recursive is
* true, it also returns the children of the domains.
*
* @param propertyUri
* @param recursive
* @return
*/
public HashSet<String> getRangesOfProperty(String propertyUri, boolean recursive) {
HashSet<String> results = new HashSet<String>();
HashSet<String> direct = null;
HashSet<String> indirect = null;
direct = ontCache.getPropertyDirectRanges().get(propertyUri);
if (direct != null) results.addAll(direct);
if (recursive) indirect = ontCache.getPropertyIndirectRanges().get(propertyUri);
if (indirect != null) results.addAll(indirect);
return results;
}
public boolean doImportAndUpdateCache(File sourceFile, String encoding) {
if (sourceFile == null) {
logger.debug("input file is null.");
return false;
}
logger.debug("Importing " + sourceFile.getName() + " OWL Ontology ...");
if (!sourceFile.exists()) {
logger.error("file does not exist " + sourceFile.getAbsolutePath());
return false;
}
try {
InputStreamReader s = EncodingDetector.getInputStreamReader(sourceFile, encoding);
ontHandler.getOntModel().read(s, null);
} catch (Throwable t) {
logger.error("Error reading the OWL ontology file!", t);
return false;
}
// update the cache
ontCache = new OntologyCache(ontHandler);
ontCache.init();
// notify listeners
this.notifyListeners();
logger.debug("done.");
return true;
}
public Map<String, Label> getDataPropertiesByDomain(String domainUri, boolean recursive) {
HashSet<String> dataProperties = ontCache.getDirectOutDataProperties().get(domainUri);
if (recursive) {
HashSet<String> propRecursive = ontCache.getIndirectOutDataProperties().get(domainUri);
if (propRecursive != null) dataProperties.addAll(propRecursive);
}
HashMap<String, Label> results = new HashMap<String, Label>();
if (dataProperties == null) return results;
for (String op : dataProperties) {
results.put(op, ontCache.getPropertyLabel(op));
}
return results;
}
public Map<String, Label> getObjectPropertiesByRange(String rangeUri, boolean recursive) {
HashSet<String> objectProperties = ontCache.getDirectInObjectProperties().get(rangeUri);
if (recursive) {
HashSet<String> propRecursive = ontCache.getIndirectInObjectProperties().get(rangeUri);
if (propRecursive != null) objectProperties.addAll(propRecursive);
}
HashMap<String, Label> results = new HashMap<String, Label>();
if (objectProperties == null) return results;
for (String op : objectProperties) {
results.put(op, ontCache.getPropertyLabel(op));
}
return results;
}
/**
* This method takes @param rangeClassUri and for object properties whose ranges includes this
* parameter, returns all of their domains. If @param recursive is true, it also returns the
* children of the domains.
*
* @param rangeUri
* @param recursive
* @return
*/
public HashSet<String> getDomainsGivenRange(String rangeUri, boolean recursive) {
HashSet<String> objectProperties = ontCache.getDirectInObjectProperties().get(rangeUri);
HashSet<String> results = new HashSet<String>();
HashSet<String> direct = null;
HashSet<String> indirect = null;
if (objectProperties == null) return results;
for (String op : objectProperties) {
direct = ontCache.getPropertyDirectDomains().get(op);
if (direct != null) results.addAll(direct);
if (recursive) indirect = ontCache.getPropertyIndirectDomains().get(op);
if (indirect != null) results.addAll(indirect);
}
return results;
}
/**
* This method takes @param domainUri and rangeClassUri and for returns all links/properties with
* this domain & range If @param recursive is true, it also returns the children of the domains.
*
* @param domainUri
* @param rangeUri
* @param recursive
* @return
*/
public Map<String, Label> getObjectPropertiesByDomainRange(
String domainUri, String rangeUri, boolean recursive) {
if (domainUri == null || domainUri.length() == 0)
return this.getObjectPropertiesByRange(rangeUri, recursive);
if (rangeUri == null || rangeUri.length() == 0)
return this.getObjectPropertiesByDomain(domainUri, recursive);
HashSet<String> objectProperties = ontCache.getDirectInObjectProperties().get(rangeUri);
if (recursive) {
HashSet<String> propRecursive = ontCache.getIndirectInObjectProperties().get(rangeUri);
if (propRecursive != null) objectProperties.addAll(propRecursive);
}
HashMap<String, Label> results = new HashMap<String, Label>();
HashSet<String> direct = null;
HashSet<String> indirect = null;
if (objectProperties == null) return results;
for (String op : objectProperties) {
boolean propAdded = false;
direct = ontCache.getPropertyDirectDomains().get(op);
if (direct != null) {
for (String directDomain : direct) {
if (directDomain.equals(domainUri)) {
results.put(op, ontCache.getPropertyLabel(op));
propAdded = true;
break;
}
}
// results.addAll(direct);
}
if (propAdded) continue;
if (recursive) indirect = ontCache.getPropertyIndirectDomains().get(op);
if (indirect != null) {
// results.addAll(indirect);
for (String indirectDomain : indirect) {
if (indirectDomain.equals(domainUri)) {
results.put(op, ontCache.getPropertyLabel(op));
propAdded = true;
break;
}
}
}
}
return results;
}
public void updateCache() {
ontCache = new OntologyCache(ontHandler);
ontCache.init();
}
