use of edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation in project cogcomp-nlp by CogComp.
the class TestSrlVerbSimplePredicateFeatures method test.
public final void test() throws Exception {
logger.info("PredicateFeatures Feature Extractor");
String[] viewsToAdd = { ViewNames.POS, ViewNames.LEMMA, ViewNames.SHALLOW_PARSE, ViewNames.PARSE_GOLD, ViewNames.SRL_VERB, ViewNames.PARSE_STANFORD, ViewNames.NER_CONLL };
TextAnnotation ta = DummyTextAnnotationGenerator.generateAnnotatedTextAnnotation(viewsToAdd, true, 3);
int i = 0;
ta.addView(ClauseViewGenerator.STANFORD);
ta.addView(PseudoParse.STANFORD);
logger.info("This textannotation annotates the text: \n" + ta.getText());
View TOKENS = ta.getView("TOKENS");
List<Constituent> testlist = TOKENS.getConstituentsCoveringSpan(10, 13);
testlist.addAll(TOKENS.getConstituentsCoveringSpan(26, 27));
FeatureManifest featureManifest;
FeatureExtractor fex;
String fileName = Constant.prefix + "/Verb/Predicate/predicate-features.fex";
featureManifest = new FeatureManifest(new FileInputStream(fileName));
FeatureManifest.setFeatureExtractor("hyphen-argument-feature", FeatureGenerators.hyphenTagFeature);
FeatureManifest.setTransformer("parse-left-sibling", FeatureGenerators.getParseLeftSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setTransformer("parse-right-sibling", FeatureGenerators.getParseRightSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("pp-features", FeatureGenerators.ppFeatures(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("projected-path", new ProjectedPath(ViewNames.PARSE_STANFORD));
featureManifest.useCompressedName();
featureManifest.setVariable("*default-parser*", ViewNames.PARSE_STANFORD);
fex = featureManifest.createFex();
SrlVerbSimplePredicateFeatures pf = new SrlVerbSimplePredicateFeatures();
for (Constituent test : testlist) {
assertTrue(SRLFeaturesComparator.isEqual(test, fex, pf));
}
}
use of edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation in project cogcomp-nlp by CogComp.
the class TestSrlVerbPredicateFeatures method test.
public final void test() throws Exception {
logger.info("PredicateFeatures Feature Extractor");
String[] viewsToAdd = { ViewNames.POS, ViewNames.LEMMA, ViewNames.SHALLOW_PARSE, ViewNames.PARSE_GOLD, ViewNames.SRL_VERB, ViewNames.PARSE_STANFORD, ViewNames.NER_CONLL };
TextAnnotation ta = DummyTextAnnotationGenerator.generateAnnotatedTextAnnotation(viewsToAdd, true, 3);
int i = 0;
ta.addView(ClauseViewGenerator.STANFORD);
ta.addView(PseudoParse.STANFORD);
logger.info("This textannotation annotates the text: \n" + ta.getText());
View TOKENS = ta.getView("TOKENS");
List<Constituent> testlist = TOKENS.getConstituentsCoveringSpan(10, 13);
testlist.addAll(TOKENS.getConstituentsCoveringSpan(26, 27));
FeatureManifest featureManifest;
FeatureExtractor fex;
String fileName = Constant.prefix + "/Verb/Identifier/predicate-features.fex";
featureManifest = new FeatureManifest(new FileInputStream(fileName));
FeatureManifest.setFeatureExtractor("hyphen-argument-feature", FeatureGenerators.hyphenTagFeature);
FeatureManifest.setTransformer("parse-left-sibling", FeatureGenerators.getParseLeftSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setTransformer("parse-right-sibling", FeatureGenerators.getParseRightSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("pp-features", FeatureGenerators.ppFeatures(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("projected-path", new ProjectedPath(ViewNames.PARSE_STANFORD));
featureManifest.useCompressedName();
featureManifest.setVariable("*default-parser*", ViewNames.PARSE_STANFORD);
fex = featureManifest.createFex();
SrlVerbPredicateFeatures af = new SrlVerbPredicateFeatures();
for (Constituent test : testlist) {
assertTrue(SRLFeaturesComparator.isEqual(test, fex, af));
}
}
use of edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation in project cogcomp-nlp by CogComp.
the class TestPOSContext method test.
public final void test() throws Exception {
logger.info("POSContext Feature Extractor");
String[] viewsToAdd = { ViewNames.POS, ViewNames.LEMMA, ViewNames.SHALLOW_PARSE, ViewNames.PARSE_GOLD, ViewNames.SRL_VERB, ViewNames.PARSE_STANFORD, ViewNames.NER_CONLL };
TextAnnotation ta = DummyTextAnnotationGenerator.generateAnnotatedTextAnnotation(viewsToAdd, true, 3);
int i = 0;
ta.addView(ClauseViewGenerator.STANFORD);
ta.addView(PseudoParse.STANFORD);
logger.info("This textannotation annotates the text: \n" + ta.getText());
View TOKENS = ta.getView("TOKENS");
List<Constituent> testlist = TOKENS.getConstituentsCoveringSpan(10, 13);
FeatureManifest featureManifest;
FeatureExtractor fex;
String fileName = Constant.prefix + "/Nom/Classifier/pos-context.fex";
featureManifest = new FeatureManifest(new FileInputStream(fileName));
FeatureManifest.setFeatureExtractor("hyphen-argument-feature", FeatureGenerators.hyphenTagFeature);
FeatureManifest.setTransformer("parse-left-sibling", FeatureGenerators.getParseLeftSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setTransformer("parse-right-sibling", FeatureGenerators.getParseRightSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("pp-features", FeatureGenerators.ppFeatures(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("projected-path", new ProjectedPath(ViewNames.PARSE_STANFORD));
featureManifest.useCompressedName();
featureManifest.setVariable("*default-parser*", ViewNames.PARSE_STANFORD);
fex = featureManifest.createFex();
POSContextWindowTwo pc = new POSContextWindowTwo();
for (Constituent test : testlist) {
assertTrue(SRLFeaturesComparator.isEqual(test, fex, pc));
}
}
use of edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation in project cogcomp-nlp by CogComp.
the class TestParseSibling method test.
public final void test() throws Exception {
logger.info("ParseSibling Feature Extractor");
String[] viewsToAdd = { ViewNames.POS, ViewNames.LEMMA, ViewNames.SHALLOW_PARSE, ViewNames.PARSE_GOLD, ViewNames.SRL_VERB, ViewNames.PARSE_STANFORD, ViewNames.NER_CONLL };
TextAnnotation ta = DummyTextAnnotationGenerator.generateAnnotatedTextAnnotation(viewsToAdd, true, 3);
int i = 0;
ta.addView(ClauseViewGenerator.STANFORD);
ta.addView(PseudoParse.STANFORD);
logger.info("This textannotation annotates the text: \n" + ta.getText());
View TOKENS = ta.getView("TOKENS");
List<Constituent> testlist = TOKENS.getConstituentsCoveringSpan(10, 13);
testlist.addAll(TOKENS.getConstituentsCoveringSpan(26, 27));
FeatureManifest featureManifest;
FeatureExtractor fex;
String fileName = Constant.prefix + "/Verb/Classifier/parse-sibling.fex";
featureManifest = new FeatureManifest(new FileInputStream(fileName));
FeatureManifest.setFeatureExtractor("hyphen-argument-feature", FeatureGenerators.hyphenTagFeature);
FeatureManifest.setTransformer("parse-left-sibling", FeatureGenerators.getParseLeftSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setTransformer("parse-right-sibling", FeatureGenerators.getParseRightSibling(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("pp-features", FeatureGenerators.ppFeatures(ViewNames.PARSE_STANFORD));
FeatureManifest.setFeatureExtractor("projected-path", new ProjectedPath(ViewNames.PARSE_STANFORD));
featureManifest.useCompressedName();
featureManifest.setVariable("*default-parser*", ViewNames.PARSE_STANFORD);
fex = featureManifest.createFex();
ParseSibling ps = new ParseSibling();
for (Constituent test : testlist) {
assertTrue(SRLFeaturesComparator.isEqual(test, fex, ps));
}
}
use of edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation in project cogcomp-nlp by CogComp.
the class ParsePhraseTypeOnlyTest method setUp.
@Before
public void setUp() throws Exception {
String[] viewsToAdd = { ViewNames.PARSE_STANFORD, ViewNames.PARSE_CHARNIAK, ViewNames.PARSE_GOLD, ViewNames.SRL_VERB };
TextAnnotation ta = DummyTextAnnotationGenerator.generateAnnotatedTextAnnotation(viewsToAdd, false, 3);
PredicateArgumentView srlView = (PredicateArgumentView) ta.getView(ViewNames.SRL_VERB);
predicate = srlView.getPredicates().get(0);
List<Relation> arguments = new ArrayList<>(srlView.getArguments(predicate));
// Making the order of arg1 and arg2 deterministic by sorting them according to their relation target.
arguments.sort((o1, o2) -> Integer.compare(o1.getTarget().getStartSpan(), o2.getTarget().getStartSpan()));
arg1 = arguments.get(0).getTarget();
arg2 = arguments.get(1).getTarget();
}
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