def make_twitter_scores_lexicon():
polarities = {}
for line in util.lines(constants.LEXICONS + "twitter/MaxDiff-Twitter-Lexicon/Maxdiff-Twitter-Lexicon_-1to1.txt"):
info = line.split()
if len(info[1].split()) > 1:
continue
polarities[info[1]] = float(info[0])
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'twitter-scores.json')
def make_qwn_scores_lexicon():
polarities = collections.defaultdict(float)
for line in util.lines(constants.LEXICONS + "qwn/turneyLittman_propSyn_08_mcr30-noAntGloss.dict"):
info = line.split("\t")
mod = float(info[3])
for word in info[2].split(", "):
if not "_" in word:
polarities[word.split("#")[0]] += mod
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'qwn-scores.json')
def make_kuperman_scores_lexicon():
polarities = {}
for i, line in enumerate(util.lines(constants.LEXICONS + "kuperman/raw_ratings.csv")):
if i == 0:
continue
info = line.split(",")
if len(info[1].split()) == 1:
polarities[info[1]] = float(info[2])
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'kuperman.json')
def make_140_scores_lexicon():
polarities = {}
for line in util.lines(
constants.LEXICONS +
"Sentiment140-Lexicon-v0.1/unigrams-pmilexicon.txt"):
info = line.split()
polarities[info[0]] = float(info[1])
util.write_json(polarities,
constants.PROCESSED_LEXICONS + '140-scores.json')
def make_bingliu_lexicon():
polarities = {}
for polarity in ['positive', 'negative']:
for line in util.lines(constants.LEXICONS + 'bl_opinion_lexicon/{:}-words.txt'
.format(polarity)):
try:
line = line.strip().encode('ascii', 'ignore')
if len(line) == 0 or line[0] == ';':
continue
polarities[line] = 1 if polarity == 'positive' else -1
except:
print("skipping", line)
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'bingliu.json')
def make_qwn_lexicon():
polarities = collections.defaultdict(float)
for line in util.lines(constants.LEXICONS + "qwn/turneyLittman_propSyn_08_mcr30-noAntGloss.dict"):
info = line.split("\t")
if info[1] == "neg":
mod = -1
else:
mod = 1
for word in info[2].split(", "):
if not "_" in word:
polarities[word.split("#")[0]] += mod
polarities = {word:np.sign(val) for word, val in polarities.iteritems() if val != 0}
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'qwn.json')
def make_mpqa_lexicon():
polarities = {}
for line in util.lines(constants.LEXICONS + 'mpqa_subjectivity.txt'):
split = line.strip().split()
w = split[2].split("=")[1]
polarity = split[-1].split("=")[1]
if polarity == 'neutral':
polarities[w] = 0
elif polarity == 'positive':
polarities[w] = 1
else:
polarities[w] = -1
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'mpqa.json')
def make_finance_lexicon():
fp = open(constants.LEXICONS + "finance.csv")
fp.readline()
polarities = {}
for line in fp:
info = line.split(",")
word = info[0].lower()
if info[7] != '0':
polarities[word] = -1
elif info[8] != '0':
polarities[word] = 1
else:
polarities[word] = 0
util.write_json(polarities, constants.PROCESSED_LEXICONS + "finance.json")
def make_concreteness_lexicon(top=75, bottom=25):
raw_scores = {}
fp = open(constants.LEXICONS + "concreteness/raw_ratings.csv")
fp.readline()
for line in fp:
info = line.split(",")
if len(info[0].split()) > 1:
continue
raw_scores[info[0]] = float(info[2])
pos_thresh = np.percentile(raw_scores.values(), top)
neg_thresh = np.percentile(raw_scores.values(), bottom)
polarities = {}
label_func = lambda s : 1 if s > pos_thresh else -1 if s < neg_thresh else 0
for word, score in raw_scores.iteritems():
polarities[word] = label_func(score)
util.write_json(polarities, constants.PROCESSED_LEXICONS + "concreteness.json")
def make_inquirer_lexicon():
polarities = {}
for line in util.lines(constants.LEXICONS + 'inquirerbasic.csv'):
for l in line.strip().split('\r'):
split = l.split(",")
w = split[0].lower()
if "#" in w:
if w.split("#")[1] != "1":
continue
w = w.split("#")[0]
polarity_neg = split[-1]
polarity_pos = split[-2]
if polarity_neg == 'Negativ' and polarity_pos == 'Positiv':
continue
elif polarity_neg == 'Negativ':
polarities[w] = -1
elif polarity_pos == 'Positiv':
polarities[w] = 1
else:
polarities[w] = 0
util.write_json(polarities, constants.PROCESSED_LEXICONS + 'inquirer.json')
