def test_morphologicalAnalysisIsPortmanteau(self):
dictionary = self.fsm.getDictionary()
for i in range(dictionary.size()):
word = dictionary.getWordWithIndex(i)
if isinstance(word, TxtWord):
if word.isNominal() and word.isPortmanteau() and not word.isPlural() and \
not word.isPortmanteauFacedVowelEllipsis():
transitionState = State("CompoundNounRoot", True, False)
startState = State("CompoundNounRoot", True, False)
transition = Transition("lArH", transitionState,
"A3PL+P3PL")
exceptLast2 = word.getName()[:len(word.getName()) - 2]
exceptLast = word.getName()[:len(word.getName()) - 1]
if word.isPortmanteauFacedSoftening():
if word.getName()[len(word.getName()) - 2] == "b":
rootForm = exceptLast2 + 'p'
elif word.getName()[len(word.getName()) - 2] == "c":
rootForm = exceptLast2 + 'ç'
elif word.getName()[len(word.getName()) - 2] == "d":
rootForm = exceptLast2 + 't'
elif word.getName()[len(word.getName()) - 2] == "ğ":
rootForm = exceptLast2 + 'k'
else:
rootForm = exceptLast
else:
if word.isPortmanteauEndingWithSI():
rootForm = exceptLast2
else:
rootForm = exceptLast
surfaceForm = transition.makeTransition(
word, rootForm, startState)
self.assertTrue(
self.fsm.morphologicalAnalysis(surfaceForm).size() != 0
)
def test_morphologicalAnalysisVowelAChangesToIDuringYSuffixation(self):
dictionary = self.fsm.getDictionary()
for i in range(dictionary.size()):
word = dictionary.getWordWithIndex(i)
if isinstance(word, TxtWord):
if word.isVerb() and word.vowelAChangesToIDuringYSuffixation():
transitionState = State("VerbalStem", False, False)
startState = State("VerbalRoot", True, False)
transition = Transition("Hyor", transitionState, "PROG1")
surfaceForm = transition.makeTransition(
word, word.getName(), startState)
self.assertTrue(
self.fsm.morphologicalAnalysis(surfaceForm).size() != 0
)
def test_morphologicalAnalysisNounSoftenDuringSuffixation(self):
dictionary = self.fsm.getDictionary()
for i in range(dictionary.size()):
word = dictionary.getWordWithIndex(i)
if isinstance(word, TxtWord):
if word.isNominal() and word.nounSoftenDuringSuffixation():
transitionState = State("Possessive", False, False)
startState = State("NominalRoot", True, False)
transition = Transition("yH", transitionState, "ACC")
surfaceForm = transition.makeTransition(
word, word.getName(), startState)
self.assertTrue(
self.fsm.morphologicalAnalysis(surfaceForm).size() != 0
)
def test_morphologicalAnalysisLastIdropsDuringPassiveSuffixation(self):
dictionary = self.fsm.getDictionary()
for i in range(dictionary.size()):
word = dictionary.getWordWithIndex(i)
if isinstance(word, TxtWord):
if word.isVerb() and word.lastIdropsDuringPassiveSuffixation():
transitionState = State("VerbalStem", False, False)
startState = State("VerbalRoot", True, False)
transition = Transition("Hl", transitionState,
"^DB+VERB+PASS")
surfaceForm = transition.makeTransition(
word, word.getName(), startState)
self.assertTrue(
self.fsm.morphologicalAnalysis(surfaceForm).size() != 0
)
def addTransition(self, fromState: State, toState: State, _with: str, withName: str, toPos=None):
"""
Another addTransition method which takes additional argument; toPos and. It creates a new Transition
with given input parameters and adds the transition to transitions list.
PARAMETERS
----------
fromState : State
State type input indicating the previous state.
toState : State
State type input indicating the next state.
_with : str
String input indicating with what the transition will be made.
withName : str
String input.
toPos : str
String input.
"""
newTransition = Transition(_with, toState, withName, toPos)
if fromState in self.__transitions:
transitionList = self.__transitions[fromState]
else:
transitionList = []
transitionList.append(newTransition)
self.__transitions[fromState] = transitionList
def addTransition(self,
fromState: State,
toState: State,
_with: str,
withName: str,
toPos=None):
newTransition = Transition(_with, toState, withName, toPos)
if fromState in self.__transitions:
transitionList = self.__transitions[fromState]
else:
transitionList = []
transitionList.append(newTransition)
self.__transitions[fromState] = transitionList