def __init__(self, parse: MorphologicalParse):
"""
Discrete attribute for a given word. Returns the last part of speech (main part of speech) of the word
PARAMETERS
----------
parse : MorphologicalParse
Morphological parse of the word.
"""
super().__init__(parse.getPos())
def constructSynSets(self, word: str, parse: MorphologicalParse,
metaParse: MetamorphicParse,
fsm: FsmMorphologicalAnalyzer) -> list:
"""
Creates a list of SynSets with a specified word, or possible words corresponding to morphological parse.
PARAMETERS
----------
word : str
literal String to get SynSets with
parse : MorphologicalParse
morphological parse to get SynSets with proper literals
metaParse : MetamorphicParse
metamorphic parse to get possible words
fsm : FsmMorphologicalAnalyzer
finite state machine morphological analyzer to be used at getting possible words
RETURNS
-------
list
A list of SynSets
"""
result = []
if parse.size() > 0:
if parse.isProperNoun():
result.append(self.getSynSetWithLiteral("(özel isim)", 1))
if parse.isTime():
result.append(self.getSynSetWithLiteral("(zaman)", 1))
if parse.isDate():
result.append(self.getSynSetWithLiteral("(tarih)", 1))
if parse.isHashTag():
result.append(self.getSynSetWithLiteral("(hashtag)", 1))
if parse.isEmail():
result.append(self.getSynSetWithLiteral("(email)", 1))
if parse.isOrdinal():
result.append(
self.getSynSetWithLiteral("(sayı sıra sıfatı)", 1))
if parse.isPercent():
result.append(self.getSynSetWithLiteral("(yüzde)", 1))
if parse.isFraction():
result.append(self.getSynSetWithLiteral("(kesir sayı)", 1))
if parse.isRange():
result.append(self.getSynSetWithLiteral("(sayı aralığı)", 1))
if parse.isReal():
result.append(self.getSynSetWithLiteral("(reel sayı)", 1))
if not parse.isPunctuation() and not parse.isCardinal(
) and not parse.isReal():
possibleWords = fsm.getPossibleWords(parse, metaParse)
for possibleWord in possibleWords:
synSets = self.getSynSetsWithLiteral(possibleWord)
if len(synSets) > 0:
for synSet in synSets:
if synSet.getPos() is not None and (
parse.getPos() == "NOUN" or parse.getPos()
== "ADVERB" or parse.getPos() == "VERB"
or parse.getPos() == "ADJ"
or parse.getPos() == "CONJ"):
if synSet.getPos() == Pos.NOUN:
if parse.getPos(
) == "NOUN" or parse.getRootPos(
) == "NOUN":
result.append(synSet)
elif synSet.getPos() == Pos.ADVERB:
if parse.getPos(
) == "ADVERB" or parse.getRootPos(
) == "ADVERB":
result.append(synSet)
elif synSet.getPos() == Pos.VERB:
if parse.getPos(
) == "VERB" or parse.getRootPos(
) == "VERB":
result.append(synSet)
elif synSet.getPos() == Pos.ADJECTIVE:
if parse.getPos(
) == "ADJ" or parse.getRootPos() == "ADJ":
result.append(synSet)
elif synSet.getPos() == Pos.CONJUNCTION:
if parse.getPos(
) == "CONJ" or parse.getRootPos(
) == "CONJ":
result.append(synSet)
else:
result.append(synSet)
else:
result.append(synSet)
if len(result) == 0:
for possibleWord in possibleWords:
synSets = self.getSynSetsWithLiteral(possibleWord)
result.extend(synSets)
else:
result.extend(self.getSynSetsWithLiteral(word))
if parse.isCardinal() and len(result) == 0:
result.append(self.getSynSetWithLiteral("(tam sayı)", 1))
else:
result.extend(self.getSynSetsWithLiteral(word))
return result
class MorphologicalParseTest(unittest.TestCase):
parse1: MorphologicalParse
parse2: MorphologicalParse
parse3: MorphologicalParse
parse4: MorphologicalParse
parse5: MorphologicalParse
parse6: MorphologicalParse
parse7: MorphologicalParse
parse8: MorphologicalParse
parse9: MorphologicalParse
def setUp(self) -> None:
self.parse1 = MorphologicalParse("bayan+NOUN+A3SG+PNON+NOM")
self.parse2 = MorphologicalParse("yaşa+VERB+POS^DB+ADJ+PRESPART")
self.parse3 = MorphologicalParse("serbest+ADJ")
self.parse4 = MorphologicalParse(
"et+VERB^DB+VERB+PASS^DB+VERB+ABLE+NEG+AOR+A3SG")
self.parse5 = MorphologicalParse(
"sür+VERB^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+NOUN+INF2+A3SG+P3SG+NOM"
)
self.parse6 = MorphologicalParse(
"değiş+VERB^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+VERB+ABLE+AOR^DB+ADJ+ZERO"
)
self.parse7 = MorphologicalParse(
"iyi+ADJ^DB+VERB+BECOME^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+VERB+ABLE^DB+NOUN+INF2+A3PL+P3PL+ABL"
)
self.parse8 = MorphologicalParse("değil+ADJ^DB+VERB+ZERO+PAST+A3SG")
self.parse9 = MorphologicalParse("hazır+ADJ^DB+VERB+ZERO+PAST+A3SG")
def test_GetTransitionList(self):
self.assertEqual("NOUN+A3SG+PNON+NOM", self.parse1.getTransitionList())
self.assertEqual("VERB+POS+ADJ+PRESPART",
self.parse2.getTransitionList())
self.assertEqual("ADJ", self.parse3.getTransitionList())
self.assertEqual("VERB+VERB+PASS+VERB+ABLE+NEG+AOR+A3SG",
self.parse4.getTransitionList())
self.assertEqual(
"VERB+VERB+CAUS+VERB+PASS+POS+NOUN+INF2+A3SG+P3SG+NOM",
self.parse5.getTransitionList())
self.assertEqual("VERB+VERB+CAUS+VERB+PASS+POS+VERB+ABLE+AOR+ADJ+ZERO",
self.parse6.getTransitionList())
self.assertEqual(
"ADJ+VERB+BECOME+VERB+CAUS+VERB+PASS+POS+VERB+ABLE+NOUN+INF2+A3PL+P3PL+ABL",
self.parse7.getTransitionList())
self.assertEqual("ADJ+VERB+ZERO+PAST+A3SG",
self.parse8.getTransitionList())
def test_GetTag(self):
self.assertEqual("A3SG", self.parse1.getTag(2))
self.assertEqual("PRESPART", self.parse2.getTag(4))
self.assertEqual("serbest", self.parse3.getTag(0))
self.assertEqual("AOR", self.parse4.getTag(7))
self.assertEqual("P3SG", self.parse5.getTag(10))
self.assertEqual("ABLE", self.parse6.getTag(8))
self.assertEqual("ABL", self.parse7.getTag(15))
def test_GetTagSize(self):
self.assertEqual(5, self.parse1.tagSize())
self.assertEqual(5, self.parse2.tagSize())
self.assertEqual(2, self.parse3.tagSize())
self.assertEqual(9, self.parse4.tagSize())
self.assertEqual(12, self.parse5.tagSize())
self.assertEqual(12, self.parse6.tagSize())
self.assertEqual(16, self.parse7.tagSize())
self.assertEqual(6, self.parse8.tagSize())
def test_Size(self):
self.assertEqual(1, self.parse1.size())
self.assertEqual(2, self.parse2.size())
self.assertEqual(1, self.parse3.size())
self.assertEqual(3, self.parse4.size())
self.assertEqual(4, self.parse5.size())
self.assertEqual(5, self.parse6.size())
self.assertEqual(6, self.parse7.size())
self.assertEqual(2, self.parse8.size())
def test_GetRootPos(self):
self.assertEqual("NOUN", self.parse1.getRootPos())
self.assertEqual("VERB", self.parse2.getRootPos())
self.assertEqual("ADJ", self.parse3.getRootPos())
self.assertEqual("VERB", self.parse4.getRootPos())
self.assertEqual("VERB", self.parse5.getRootPos())
self.assertEqual("VERB", self.parse6.getRootPos())
self.assertEqual("ADJ", self.parse7.getRootPos())
self.assertEqual("ADJ", self.parse8.getRootPos())
def test_GetPos(self):
self.assertEqual("NOUN", self.parse1.getPos())
self.assertEqual("ADJ", self.parse2.getPos())
self.assertEqual("ADJ", self.parse3.getPos())
self.assertEqual("VERB", self.parse4.getPos())
self.assertEqual("NOUN", self.parse5.getPos())
self.assertEqual("ADJ", self.parse6.getPos())
self.assertEqual("NOUN", self.parse7.getPos())
self.assertEqual("VERB", self.parse8.getPos())
def test_GetWordWithPos(self):
self.assertEqual("bayan+NOUN", self.parse1.getWordWithPos().getName())
self.assertEqual("yaşa+VERB", self.parse2.getWordWithPos().getName())
self.assertEqual("serbest+ADJ", self.parse3.getWordWithPos().getName())
self.assertEqual("et+VERB", self.parse4.getWordWithPos().getName())
self.assertEqual("sür+VERB", self.parse5.getWordWithPos().getName())
self.assertEqual("değiş+VERB", self.parse6.getWordWithPos().getName())
self.assertEqual("iyi+ADJ", self.parse7.getWordWithPos().getName())
self.assertEqual("değil+ADJ", self.parse8.getWordWithPos().getName())
def test_LastIGContainsCase(self):
self.assertEqual("NOM", self.parse1.lastIGContainsCase())
self.assertEqual("NULL", self.parse2.lastIGContainsCase())
self.assertEqual("NULL", self.parse3.lastIGContainsCase())
self.assertEqual("NULL", self.parse4.lastIGContainsCase())
self.assertEqual("NOM", self.parse5.lastIGContainsCase())
self.assertEqual("NULL", self.parse6.lastIGContainsCase())
self.assertEqual("ABL", self.parse7.lastIGContainsCase())
def test_LastIGContainsPossessive(self):
self.assertFalse(self.parse1.lastIGContainsPossessive())
self.assertFalse(self.parse2.lastIGContainsPossessive())
self.assertFalse(self.parse3.lastIGContainsPossessive())
self.assertFalse(self.parse4.lastIGContainsPossessive())
self.assertTrue(self.parse5.lastIGContainsPossessive())
self.assertFalse(self.parse6.lastIGContainsPossessive())
self.assertTrue(self.parse7.lastIGContainsPossessive())
def test_IsPlural(self):
self.assertFalse(self.parse1.isPlural())
self.assertFalse(self.parse2.isPlural())
self.assertFalse(self.parse3.isPlural())
self.assertFalse(self.parse4.isPlural())
self.assertFalse(self.parse5.isPlural())
self.assertFalse(self.parse6.isPlural())
self.assertTrue(self.parse7.isPlural())
def test_IsAuxiliary(self):
self.assertFalse(self.parse1.isAuxiliary())
self.assertFalse(self.parse2.isAuxiliary())
self.assertFalse(self.parse3.isAuxiliary())
self.assertTrue(self.parse4.isAuxiliary())
self.assertFalse(self.parse5.isAuxiliary())
self.assertFalse(self.parse6.isAuxiliary())
self.assertFalse(self.parse7.isAuxiliary())
def test_IsNoun(self):
self.assertTrue(self.parse1.isNoun())
self.assertTrue(self.parse5.isNoun())
self.assertTrue(self.parse7.isNoun())
def test_IsAdjective(self):
self.assertTrue(self.parse2.isAdjective())
self.assertTrue(self.parse3.isAdjective())
self.assertTrue(self.parse6.isAdjective())
def test_IsVerb(self):
self.assertTrue(self.parse4.isVerb())
self.assertTrue(self.parse8.isVerb())
def test_IsRootVerb(self):
self.assertTrue(self.parse2.isRootVerb())
self.assertTrue(self.parse4.isRootVerb())
self.assertTrue(self.parse5.isRootVerb())
self.assertTrue(self.parse6.isRootVerb())
def test_GetTreePos(self):
self.assertEqual("NP", self.parse1.getTreePos())
self.assertEqual("ADJP", self.parse2.getTreePos())
self.assertEqual("ADJP", self.parse3.getTreePos())
self.assertEqual("VP", self.parse4.getTreePos())
self.assertEqual("NP", self.parse5.getTreePos())
self.assertEqual("ADJP", self.parse6.getTreePos())
self.assertEqual("NP", self.parse7.getTreePos())
self.assertEqual("NEG", self.parse8.getTreePos())
self.assertEqual("NOMP", self.parse9.getTreePos())
