def startWithVowelorConsonantDrops(self) -> bool:
if TurkishLanguage.isConsonantDrop(self.withFirstChar()) and self.__with != "ylA" and self.__with != "ysA" \
and self.__with != "ymHs" and self.__with != "yDH" and self.__with != "yken":
return True
if self.withFirstChar() == "A" or self.withFirstChar(
) == "H" or TurkishLanguage.isVowel(self.withFirstChar()):
return True
return False
def __startWithVowelorConsonantDrops(self) -> bool:
"""
The startWithVowelorConsonantDrops method checks for some cases. If the first character of with variable is
"nsy", and with variable does not equal to one of the Strings; "ylA, ysA, ymHs, yDH, yken", it returns true. If
Or, if the first character of with variable is 'A, H: or any other vowels, it returns true.
RETURNS
-------
bool
True if it starts with vowel or consonant drops, false otherwise.
"""
if TurkishLanguage.isConsonantDrop(self.__withFirstChar()) and self.__with != "ylA" and self.__with != "ysA" \
and self.__with != "ymHs" and self.__with != "yDH" and self.__with != "yken":
return True
if self.__withFirstChar() == "A" or self.__withFirstChar() == "H" or \
TurkishLanguage.isVowel(self.__withFirstChar()):
return True
return False
def makeTransition(self, root: TxtWord, stem: str, startState: State) -> str:
rootWord = root.getName() == stem or (root.getName() + "'") == stem
formation = stem
i = 0
if self.__with == "0":
return stem
if (stem == "bu" or stem == "şu" or stem == "o") and rootWord and self.__with == "ylA":
return stem + "nunla"
if self.__with == "yA":
if stem == "ben":
return "bana"
self.__formationToCheck = stem
if rootWord and self.__withFirstChar() == "y" and root.vowelEChangesToIDuringYSuffixation() \
and self.__with[1] != "H":
formation = stem[:len(stem) - 1] + "i"
self.__formationToCheck = formation
else:
if rootWord and (self.__with == "Hl" or self.__with == "Hn") and root.lastIdropsDuringPassiveSuffixation():
formation = stem[:len(stem) - 2] + stem[len(stem) - 1]
self.__formationToCheck = stem
else:
if rootWord and root.showsSuRegularities() and self.__startWithVowelorConsonantDrops() and \
not self.__with.startswith("y"):
formation = stem + 'y'
self.__formationToCheck = formation
else:
if rootWord and root.duplicatesDuringSuffixation() and TurkishLanguage.isConsonantDrop(
self.__with[0]):
if self.softenDuringSuffixation(root):
if self.__lastPhoneme(stem) == "p":
formation = stem[:len(stem) - 1] + "bb"
elif self.__lastPhoneme(stem) == "t":
formation = stem[:len(stem) - 1] + "dd"
else:
formation = stem + stem[len(stem) - 1]
self.__formationToCheck = formation
else:
if rootWord and root.lastIdropsDuringSuffixation() and \
not startState.getName().startswith(
"VerbalRoot") and not startState.getName().startswith("ProperRoot") \
and self.__startWithVowelorConsonantDrops():
if self.softenDuringSuffixation(root):
if self.__lastPhoneme(stem) == "p":
formation = stem[:len(stem) - 2] + 'b'
elif self.__lastPhoneme(stem) == "t":
formation = stem[:len(stem) - 2] + 'd'
elif self.__lastPhoneme(stem) == "ç":
formation = stem[:len(stem) - 2] + 'c'
else:
formation = stem[:len(stem) - 2] + stem[len(stem) - 1]
self.__formationToCheck = stem
else:
if self.__lastPhoneme(stem) == "p":
if self.__startWithVowelorConsonantDrops() and rootWord and \
self.softenDuringSuffixation(root):
formation = stem[:len(stem) - 1] + 'b'
elif self.__lastPhoneme(stem) == "t":
if self.__startWithVowelorConsonantDrops() and rootWord and \
self.softenDuringSuffixation(root):
formation = stem[:len(stem) - 1] + 'd'
elif self.__lastPhoneme(stem) == "ç":
if self.__startWithVowelorConsonantDrops() and rootWord and \
self.softenDuringSuffixation(root):
formation = stem[:len(stem) - 1] + 'c'
elif self.__lastPhoneme(stem) == "g":
if self.__startWithVowelorConsonantDrops() and rootWord and \
self.softenDuringSuffixation(root):
formation = stem[:len(stem) - 1] + 'ğ'
elif self.__lastPhoneme(stem) == "k":
if self.__startWithVowelorConsonantDrops() and rootWord and root.endingKChangesIntoG() \
and not root.isProperNoun():
formation = stem[:len(stem) - 1] + 'g'
else:
if self.__startWithVowelorConsonantDrops() and (not rootWord or (
self.softenDuringSuffixation(root) and (
not root.isProperNoun() or startState.__str__() != "ProperRoot"))):
formation = stem[:len(stem) - 1] + 'ğ'
self.__formationToCheck = formation
if TurkishLanguage.isConsonantDrop(self.__withFirstChar()) and not TurkishLanguage.isVowel(stem[len(stem) - 1])\
and (root.isNumeral() or root.isReal() or root.isFraction() or root.isTime() or root.isDate()
or root.isPercent() or root.isRange()) \
and (root.getName().endswith("1") or root.getName().endswith("3") or root.getName().endswith("4")
or root.getName().endswith("5") or root.getName().endswith("8") or root.getName().endswith("9")
or root.getName().endswith("10") or root.getName().endswith("30") or root.getName().endswith("40")
or root.getName().endswith("60") or root.getName().endswith("70") or root.getName().endswith("80")
or root.getName().endswith("90") or root.getName().endswith("00")):
if self.__with[0] == "'":
formation = formation + "'"
i = 2
else:
i = 1
else:
if (TurkishLanguage.isConsonantDrop(self.__withFirstChar()) and TurkishLanguage.isConsonant(
self.__lastPhoneme(stem))) or (rootWord and root.consonantSMayInsertedDuringPossesiveSuffixation()):
if self.__with[0] == "'":
formation = formation + "'"
if root.isAbbreviation():
i = 1
else:
i = 2
else:
i = 1
while i < len(self.__with):
if self.__with[i] == "D":
formation = self.__resolveD(root, formation)
elif self.__with[i] == "A":
formation = self.__resolveA(root, formation, rootWord)
elif self.__with[i] == "H":
if self.__with[0] != "'":
formation = self.__resolveH(root, formation, i == 0, self.__with.startswith("Hyor"), rootWord)
else:
formation = self.__resolveH(root, formation, i == 1, False, rootWord)
elif self.__with[i] == "C":
formation = self.__resolveC(formation)
elif self.__with[i] == "S":
formation = self.__resolveS(formation)
elif self.__with[i] == "Ş":
formation = self.__resolveSh(formation)
else:
if i == len(self.__with) - 1 and self.__with[i] == "s":
formation += "ş"
else:
formation += self.__with[i]
self.__formationToCheck = formation
i = i + 1
return formation