def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
is_token = tokenized_seq[end]
try:
verb = get_child(is_token, xcomp, VERB)
noun = get_child(verb, dobj, NOUN)
return [verb, noun]
except PatternNotFoundException:
pass
try:
return get_child(is_token, xcomp, [VERB, NOUN])
except PatternNotFoundException:
pass
return get_ancestor(is_token, [ccomp, ROOT], NOUN)
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
qualia_theorem_token = tokenized_seq[end]
return get_ancestor(qualia_theorem_token, [ROOT, xcomp], VERB)
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
been_tok = tokenized_seq[end]
return get_ancestor(been_tok, [ROOT, ccomp], VERB)
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
qualia_theorem_token = tokenized_seq[end]
return get_ancestor(qualia_theorem_token, [dobj, nsubj], NOUN)
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
of_token = tokenized_seq[end]
return get_ancestor(of_token, [nmod, ROOT], [NOUN])
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
other_token = tokenized_seq[end]
return get_ancestor(other_token, conj, NOUN)
def _handle_pattern_found(self, tokenized_seq: Doc, start: int, end: int):
qualia_theorem_token = tokenized_seq[start]
return get_ancestor(qualia_theorem_token, ROOT, NOUN)