def load_cnndm_data(args, data_type, dump=False):
if dump:
data = cnndm.load_data(args, data_type)
summary = cnndm.load_summary(args, data_type)
articles = []
for encoded_words in data['encoded_articles']:
# encoded_sentences = []
article = TopicSegment()
l = len(encoded_words) - 1
for i, x in enumerate(encoded_words):
if x == 101: # CLS
sentence = []
elif x == 102: # SEP
utt = Utterance(sentence, -1, -1, -1)
article.add_utterance(utt)
elif x == 100: # UNK
break
else:
sentence.append(x)
if i == l:
utt = Utterance(sentence, -1, -1, -1)
article.add_utterance(utt)
articles.append([article])
abstracts = []
for encoded_abstract in summary['encoded_abstracts']:
if 103 in encoded_abstract:
last_idx = encoded_abstract.index(103)
encoded_abstract = encoded_abstract[:last_idx]
encoded_abstract.append(102)
encoded_abstract.append(103)
abstracts.append(encoded_abstract)
cnndm_data = []
for x, y in zip(articles, abstracts):
cnndm_data.append((x, y, y))
else:
path = "/home/alta/summary/pm574/summariser1/lib/model_data/cnndm-191216.{}.pk.bin".format(
data_type)
with open(path, 'rb') as f:
cnndm_data = pickle.load(f, encoding="bytes")
return cnndm_data
def load_cnndm_data(args, data_type, dump=False):
if dump:
data = cnndm.load_data(args, data_type)
summary = cnndm.load_summary(args, data_type)
articles = []
for encoded_words in data['encoded_articles']:
# encoded_sentences = []
article = TopicSegment()
l = len(encoded_words) - 1
for i, x in enumerate(encoded_words):
if x == 101: # CLS
sentence = []
elif x == 102: # SEP
utt = Utterance(sentence, -1, -1, -1)
article.add_utterance(utt)
elif x == 100: # UNK
break
else:
sentence.append(x)
if i == l:
utt = Utterance(sentence, -1, -1, -1)
article.add_utterance(utt)
articles.append([article])
abstracts = []
for encoded_abstract in summary['encoded_abstracts']:
if 103 in encoded_abstract:
last_idx = encoded_abstract.index(103)
encoded_abstract = encoded_abstract[:last_idx]
encoded_abstract.append(102)
encoded_abstract.append(103)
abstracts.append(encoded_abstract)
cnndm_data = []
for x, y in zip(articles, abstracts):
cnndm_data.append((x, y, y))
else:
with open(CNNDM_DATA_PATH.format(data_type), 'rb') as f:
import pdb
pdb.set_trace()
cnndm_data = pickle.load(f, encoding="bytes")
return cnndm_data
