def main():
N2N_paths = []
N2Npath = namedtuple('N2Npath', ['X', 'Y', 'is_linear'])
sentences = p41.main()
for sentence in sentences:
noun_chunks = [(i, chunk) for i, chunk in enumerate(sentence) if chunk.include_pos('名詞')]
if len(noun_chunks) > 1:
for former, latter in combinations(noun_chunks, 2):
# combinations don't cause error even if len(noun_chunks) < 2
f_index = extract_path2root_index(former, sentence)
l_index = extract_path2root_index(latter, sentence)
f_i, l_i = list(zip(reversed(f_index), reversed(l_index)))[-1]
linear_flg = (f_i == l_i)
if linear_flg:
f_index2 = f_index[:f_index.index(f_i)+1]
l_index2 = l_index[:l_index.index(l_i)+1]
else:
f_index2 = f_index[:f_index.index(f_i)+2]
l_index2 = l_index[:l_index.index(l_i)+2]
X = [sentence[k] for k in f_index2]
Y = [sentence[k] for k in l_index2]
N2N_paths.append(N2Npath(X=X, Y=Y, is_linear=linear_flg))
return N2N_paths
def main():
sentences = p41.main()
verbcase_pats = []
for sentence in sentences:
verbcase_pats.append(exreact_verbcase_pat(sentence))
return verbcase_pats
def main():
sentences = p41.main()
verbcase_pats = []
for sentence in sentences:
verbcase_pats.append(exreact_verbcase_pat(sentence))
return verbcase_pats
def main():
sentences = p41.main()
new_sentences = []
for sentence in sentences:
paired_sentence = make_chunk_pair(sentence)
new_sentences.append(paired_sentence)
return new_sentences
def main(): sentences = p41.main() new_sentences = [] for sentence in sentences: paired_sentence = make_chunk_pair(sentence) new_sentences.append(paired_sentence) return new_sentences
def main():
path2roots = []
sentences = p41.main()
for sentence in sentences:
for chunk in sentence:
if chunk.include_pos('名詞') and chunk.dst != -1:
path2roots.append(extract_path2root(chunk, sentence))
return path2roots
def main():
path2roots = []
sentences = p41.main()
for sentence in sentences:
for chunk in sentence:
if chunk.include_pos('名詞') and chunk.dst != -1:
path2roots.append(extract_path2root(chunk, sentence))
return path2roots