Examples with AnalyzedToken org.languagetool.AnalyzedToken used on opensource projects

Example 86 with AnalyzedToken

use of org.languagetool.AnalyzedToken in project languagetool by languagetool-org.

the class UnifierTest method testNegation.

@Test
public void testNegation() {
    UnifierConfiguration unifierConfig = new UnifierConfiguration();
    unifierConfig.setEquivalence("number", "singular", preparePOSElement(".*[\\.:]sg:.*"));
    unifierConfig.setEquivalence("number", "plural", preparePOSElement(".*[\\.:]pl:.*"));
    unifierConfig.setEquivalence("gender", "feminine", preparePOSElement(".*:f"));
    unifierConfig.setEquivalence("gender", "masculine", preparePOSElement(".*:m"));
    Unifier uni = unifierConfig.createUnifier();
    //Latin adjectives
    AnalyzedToken sing_masc = new AnalyzedToken("parvus", "adj:sg:blahblah:m", "parvus");
    AnalyzedToken plur_masc = new AnalyzedToken("parvi", "adj:sg:blahblah:m", "parvus");
    AnalyzedToken plur_fem = new AnalyzedToken("parvae", "adj:pl:blahblah:f", "parvus");
    AnalyzedToken sing_fem = new AnalyzedToken("parva", "adj:sg:blahblah:f", "parvus");
    //Let's pretend Latin has determiners
    AnalyzedToken det_sing_fem = new AnalyzedToken("una", "det:sg:blahblah:f", "unus");
    AnalyzedToken det_plur_fem = new AnalyzedToken("unae", "det:pl:blahblah:f", "unus");
    AnalyzedToken det_sing_masc = new AnalyzedToken("unus", "det:sg:blahblah:m", "unus");
    AnalyzedToken det_plur_masc = new AnalyzedToken("uni", "det:sg:blahblah:m", "unus");
    //and nouns
    AnalyzedToken subst_sing_fem = new AnalyzedToken("discrepatio", "subst:sg:blahblah:f", "discrepatio");
    AnalyzedToken subst_plur_fem = new AnalyzedToken("discrepationes", "subst:sg:blahblah:f", "discrepatio");
    AnalyzedToken subst_sing_masc = new AnalyzedToken("homo", "sg:sg:blahblah:m", "homo");
    AnalyzedToken subst_plur_masc = new AnalyzedToken("homines", "sg:sg:blahblah:m", "homo");
    //now we should have 4x4x4 combinations...
    Map<String, List<String>> equiv = new HashMap<>();
    equiv.put("number", null);
    equiv.put("gender", null);
    boolean satisfied = uni.isSatisfied(det_sing_masc, equiv);
    uni.startUnify();
    satisfied &= uni.isSatisfied(sing_masc, equiv);
    uni.startNextToken();
    satisfied &= uni.isSatisfied(subst_sing_masc, equiv);
    uni.startNextToken();
    satisfied &= uni.getFinalUnificationValue(equiv);
    assertEquals(true, satisfied);
    uni.reset();
    //now test the simplified interface
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(sing_masc, equiv, true);
    assertEquals(true, uni.isUnified(subst_sing_masc, equiv, true));
    uni.reset();
    //now let's negate this
    //traditional way
    satisfied = uni.isSatisfied(det_sing_masc, equiv);
    uni.startUnify();
    satisfied &= uni.isSatisfied(sing_masc, equiv);
    uni.startNextToken();
    satisfied &= uni.isSatisfied(subst_sing_masc, equiv);
    uni.startNextToken();
    satisfied &= uni.getFinalUnificationValue(equiv);
    assertEquals(false, !satisfied);
    uni.reset();
    //now test the simplified interface
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(sing_masc, equiv, true);
    assertEquals(false, !uni.isUnified(subst_sing_masc, equiv, true));
    uni.reset();
    //OK, so let's test it with something that is not correct
    uni.isUnified(det_sing_fem, equiv, true);
    uni.isUnified(sing_masc, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_masc, equiv, true));
    uni.reset();
    //OK, so let's test it with something that is not correct
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(sing_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_masc, equiv, true));
    uni.reset();
    //OK, second token does not match
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(sing_masc, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_fem, equiv, true));
    uni.reset();
    //OK, second token does not match
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(plur_masc, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_fem, equiv, true));
    uni.reset();
    //OK, second token does not match
    uni.isUnified(det_sing_masc, equiv, true);
    uni.isUnified(plur_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_fem, equiv, true));
    uni.reset();
    //and another one
    uni.isUnified(det_plur_fem, equiv, true);
    uni.isUnified(plur_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_sing_fem, equiv, true));
    uni.reset();
    //and another one
    uni.isUnified(det_sing_fem, equiv, true);
    uni.isUnified(plur_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_plur_fem, equiv, true));
    uni.reset();
    //and another one
    uni.isUnified(det_sing_fem, equiv, true);
    uni.isUnified(plur_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_plur_masc, equiv, true));
    uni.reset();
    //and another one
    uni.isUnified(det_plur_masc, equiv, true);
    uni.isUnified(plur_fem, equiv, true);
    assertEquals(true, !uni.isUnified(subst_plur_masc, equiv, true));
    uni.reset();
}

Example 87 with AnalyzedToken

use of org.languagetool.AnalyzedToken in project languagetool by languagetool-org.

the class UnifierTest method testAddNeutralElement.

@Test
public void testAddNeutralElement() {
    UnifierConfiguration unifierConfig = new UnifierConfiguration();
    unifierConfig.setEquivalence("number", "singular", preparePOSElement(".*[\\.:]sg:.*"));
    unifierConfig.setEquivalence("number", "plural", preparePOSElement(".*[\\.:]pl:.*"));
    unifierConfig.setEquivalence("gender", "feminine", preparePOSElement(".*[\\.:]f([\\.:].*)?"));
    unifierConfig.setEquivalence("gender", "masculine", preparePOSElement(".*[\\.:]m([\\.:].*)?"));
    unifierConfig.setEquivalence("gender", "neutral", preparePOSElement(".*[\\.:]n([\\.:].*)?"));
    Unifier uni = unifierConfig.createUnifier();
    Map<String, List<String>> equiv = new HashMap<>();
    equiv.put("number", null);
    equiv.put("gender", null);
    AnalyzedToken sing1a = new AnalyzedToken("osobiste", "adj:pl:nom.acc.voc:f.n.m2.m3:pos:aff", "osobisty");
    AnalyzedToken sing1b = new AnalyzedToken("osobiste", "adj:sg:nom.acc.voc:n:pos:aff", "osobisty");
    AnalyzedToken sing2 = new AnalyzedToken("godło", "subst:sg:nom.acc.voc:n", "godło");
    AnalyzedToken comma = new AnalyzedToken(",", "comma", ",");
    uni.isUnified(sing1a, equiv, false);
    uni.isUnified(sing1b, equiv, true);
    uni.addNeutralElement(new AnalyzedTokenReadings(comma, 0));
    assertEquals(true, uni.isUnified(sing2, equiv, true));
    assertEquals("[osobiste[osobisty/adj:sg:nom.acc.voc:n:pos:aff*], ,[,/comma*], godło[godło/subst:sg:nom.acc.voc:n*]]", Arrays.toString(uni.getFinalUnified()));
    uni.reset();
}

Example 88 with AnalyzedToken

use of org.languagetool.AnalyzedToken in project languagetool by languagetool-org.

the class UnifierTest method testUnificationNumberGender.

//slightly non-trivial unification = test if the grammatical number & gender is the same
@Test
public void testUnificationNumberGender() {
    UnifierConfiguration unifierConfig = new UnifierConfiguration();
    PatternToken sgPatternToken = new PatternToken("", false, false, false);
    sgPatternToken.setPosToken(new PatternToken.PosToken(".*[\\.:]sg:.*", true, false));
    unifierConfig.setEquivalence("number", "singular", sgPatternToken);
    PatternToken plPatternToken = new PatternToken("", false, false, false);
    plPatternToken.setPosToken(new PatternToken.PosToken(".*[\\.:]pl:.*", true, false));
    unifierConfig.setEquivalence("number", "plural", plPatternToken);
    PatternToken femPatternToken = new PatternToken("", false, false, false);
    femPatternToken.setPosToken(new PatternToken.PosToken(".*[\\.:]f", true, false));
    unifierConfig.setEquivalence("gender", "feminine", femPatternToken);
    PatternToken mascPatternToken = new PatternToken("", false, false, false);
    mascPatternToken.setPosToken(new PatternToken.PosToken(".*[\\.:]m", true, false));
    unifierConfig.setEquivalence("gender", "masculine", mascPatternToken);
    Unifier uni = unifierConfig.createUnifier();
    AnalyzedToken sing1 = new AnalyzedToken("mały", "adj:sg:blahblah:m", "mały");
    AnalyzedToken sing1a = new AnalyzedToken("mała", "adj:sg:blahblah:f", "mały");
    AnalyzedToken sing1b = new AnalyzedToken("małe", "adj:pl:blahblah:m", "mały");
    AnalyzedToken sing2 = new AnalyzedToken("człowiek", "subst:sg:blahblah:m", "człowiek");
    Map<String, List<String>> equiv = new HashMap<>();
    equiv.put("number", null);
    equiv.put("gender", null);
    boolean satisfied = uni.isSatisfied(sing1, equiv);
    satisfied |= uni.isSatisfied(sing1a, equiv);
    satisfied |= uni.isSatisfied(sing1b, equiv);
    uni.startUnify();
    satisfied &= uni.isSatisfied(sing2, equiv);
    uni.startNextToken();
    satisfied &= uni.getFinalUnificationValue(equiv);
    assertEquals(true, satisfied);
    assertEquals("[mały[mały/adj:sg:blahblah:m*], człowiek[człowiek/subst:sg:blahblah:m*]]", Arrays.toString(uni.getUnifiedTokens()));
    uni.reset();
}

Example 89 with AnalyzedToken

use of org.languagetool.AnalyzedToken in project languagetool by languagetool-org.

the class ManualTaggerAdapter method tag.

@Override
public List<AnalyzedTokenReadings> tag(List<String> sentenceTokens) throws IOException {
    List<AnalyzedTokenReadings> tokenReadings = new ArrayList<>();
    int pos = 0;
    for (String word : sentenceTokens) {
        List<AnalyzedToken> l = new ArrayList<>();
        List<TaggedWord> manualTags = manualTagger.tag(word.toLowerCase());
        for (TaggedWord manualTag : manualTags) {
            l.add(new AnalyzedToken(word, manualTag.getPosTag(), manualTag.getLemma()));
        }
        if (l.isEmpty()) {
            l.add(new AnalyzedToken(word, null, null));
        }
        tokenReadings.add(new AnalyzedTokenReadings(l, pos));
        pos += word.length();
    }
    return tokenReadings;
}