def from_search_path(search_path: SearchPath) -> 'SingleAnalysis':
morphemes: List['SingleAnalysis.MorphemeData'] = []
derivation_count = 0
for transition in search_path.transitions:
if transition.is_derivative():
derivation_count += 1
morpheme = transition.get_morpheme()
if morpheme != TurkishMorphotactics.nom and morpheme != TurkishMorphotactics.pnon:
if len(transition.surface) == 0:
morpheme_data = SingleAnalysis.empty_morpheme_cache.get(morpheme)
if morpheme_data is None:
morpheme_data = SingleAnalysis.MorphemeData(morpheme, "")
SingleAnalysis.empty_morpheme_cache[morpheme] = morpheme_data
morphemes.append(morpheme_data)
else:
morpheme_data = SingleAnalysis.MorphemeData(morpheme, transition.surface)
morphemes.append(morpheme_data)
group_boundaries: np.ndarray = np.zeros(derivation_count + 1, dtype=np.int32)
morpheme_counter = 0
derivation_counter = 1
for morpheme_data in morphemes:
if morpheme_data.morpheme.derivational_:
group_boundaries[derivation_counter] = morpheme_counter
derivation_counter += 1
morpheme_counter += 1
item = search_path.get_dictionary_item()
if item.has_attribute(RootAttribute.Dummy):
item = item.reference_item
return SingleAnalysis(item, morphemes, group_boundaries)
def accept_(self, visitor: SearchPath) -> bool:
return visitor.get_dictionary_item().secondary_pos == self.pos
def accept_(self, visitor: SearchPath) -> bool:
return visitor.get_dictionary_item() not in self.items
def accept_(self, visitor: SearchPath) -> bool:
return visitor.get_dictionary_item().has_attribute(self.attribute)