/**
* @param lemma1
* @param pos1
* @param lemma2
* @param pos2
* @param relation
* @param synset1
* @param synset2
* @param isNotCrossed
* @param synset2No
* @return
* @throws LexicalResourceException
*/
private LexicalRule<WordnetRuleInfo> newDirectedRule(
String lemma1,
PartOfSpeech pos1,
String lemma2,
PartOfSpeech pos2,
WordNetRelation relation,
Synset synset1,
Synset synset2,
int synset2No,
boolean isNotCrossed)
throws LexicalResourceException {
int synset1No = getSynsetNo(lemma1, pos1, synset1);
return isNotCrossed
? new LexicalRule<WordnetRuleInfo>(
lemma1,
pos1,
lemma2,
pos2,
relation.toString(),
RESOURCE_NAME,
new WordnetRuleInfo(synset1, synset1No, synset2, synset2No, relation))
: new LexicalRule<WordnetRuleInfo>(
lemma2,
pos2,
lemma1,
pos1,
relation.toString(),
RESOURCE_NAME,
new WordnetRuleInfo(synset2, synset2No, synset1, synset1No, relation));
}
/**
* Return all the rules matching the given lemma+pos of both sides of the rule, filtered to the
* given relations and info. The rules are between 1 and #chainingLength WN edges long.
*
* @param lLemma
* @param lPos
* @param rLemma
* @param rPos
* @param relations
* @param info
* @param chainingLength
* @return
* @throws LexicalResourceException
*/
List<LexicalRule<? extends WordnetRuleInfo>> getRules(
String lLemma,
PartOfSpeech lPos,
String rLemma,
PartOfSpeech rPos,
Set<WordNetRelation> relations,
WordnetRuleInfo info,
int chainingLength)
throws LexicalResourceException {
// sanity
checkRelationsBeforeUse(relations);
checkInfo(info);
if (lLemma == null) throw new LexicalResourceException("got null lLemma");
if (rLemma == null) throw new LexicalResourceException("got null rLemma");
List<LexicalRule<? extends WordnetRuleInfo>> rules =
new Vector<LexicalRule<? extends WordnetRuleInfo>>();
// carefully pull the two synsets
List<Synset> lSelectSynsets = pullSynsets(lLemma, lPos, info.getLeftSenseNo());
List<Synset> rSelectSynsets = pullSynsets(rLemma, rPos, info.getRightSenseNo());
try {
for (int lSynsetNo = 1; lSynsetNo <= lSelectSynsets.size(); lSynsetNo++) {
Synset lSynset = lSelectSynsets.get(lSynsetNo - 1);
for (int rSynsetNo = 1; rSynsetNo <= rSelectSynsets.size(); rSynsetNo++) {
Synset rSynset = rSelectSynsets.get(rSynsetNo - 1);
for (WordNetRelation relation : relations) {
Set<Synset> neighbors =
getSemanticOrLexicalNeighbors(lLemma, lSynset, relation, chainingLength);
if (neighbors.contains(rSynset)
|| // usually, the relation connects between neighboring synsets
doubleCheckContains(neighbors, rSynset)
|| (relation.equals(SYNONYM)
&& lSynset.equals(
rSynset))) // special condition for SYNONYMs, which are just words within a
// Synset
{
// just in case the given rPos or lPos are null, replace them with the POSs from the
// synsets
PartOfSpeech concreteLPos = lSynset.getPartOfSpeech().toPartOfSpeech();
PartOfSpeech concreteRPos = rSynset.getPartOfSpeech().toPartOfSpeech();
rules.add(
new LexicalRule<WordnetRuleInfo>(
lLemma,
concreteLPos,
rLemma,
concreteRPos,
relation.toString(),
RESOURCE_NAME,
new WordnetRuleInfo(lSynset, lSynsetNo, rSynset, rSynsetNo, relation)));
}
}
}
}
} catch (WordNetException e) {
throw new LexicalResourceException(
"An error occured while loading the neighbors of a synset of <"
+ lLemma
+ ", "
+ lPos
+ "> :",
e);
}
return rules;
}
