def parse_stats_emoticon(in_path='../stats/train_public_stats', out_path='../stats/emoticon_debug'):
'''
Study emoticon info from public states
'''
st = time.time()
icon2cnt = {}
config={"row_num":None}
lines = ST.load_raw_data(in_path, **config)
icon_line_cnt = 0
for txt in lines:
icons = ST._retrieve_emoticon(txt)
if not icons:
continue
icon_line_cnt += 1
for icon in icons:
icon2cnt.setdefault(icon, 0)
icon2cnt[icon] += 1
if os.path.exists(out_path):
os.system('rm %s' % out_path)
icons = icon2cnt.keys()
icons = sorted(icons, key=lambda x: icon2cnt[x], reverse=True)
for icon in icons:
cnt = icon2cnt[icon]
write(out_path, 'a', '%s:%s\n' % (icon, cnt))
linfo('end parse emoticons. total lines: %s.icon lines: %s. icons:%s.' % (len(lines), icon_line_cnt, len(icons)))
def parse_stats_emoticon(in_path='../stats/train_public_stats',
out_path='../stats/emoticon_debug'):
'''
Study emoticon info from public states
'''
st = time.time()
icon2cnt = {}
config = {"row_num": None}
lines = ST.load_raw_data(in_path, **config)
icon_line_cnt = 0
for txt in lines:
icons = ST._retrieve_emoticon(txt)
if not icons:
continue
icon_line_cnt += 1
for icon in icons:
icon2cnt.setdefault(icon, 0)
icon2cnt[icon] += 1
if os.path.exists(out_path):
os.system('rm %s' % out_path)
icons = icon2cnt.keys()
icons = sorted(icons, key=lambda x: icon2cnt[x], reverse=True)
for icon in icons:
cnt = icon2cnt[icon]
write(out_path, 'a', '%s:%s\n' % (icon, cnt))
linfo('end parse emoticons. total lines: %s.icon lines: %s. icons:%s.' %
(len(lines), icon_line_cnt, len(icons)))
def parse_emoticon_stats(in_path='../stats/train_public_stats',
out_path='../stats/train_data_dg'):
'''
Parse states with selected emocicons.
Dumps or visualise
'''
st = time.time()
pos_icons, neg_icons = load_emoticon()
icon2stat = {}
lines = ST.load_raw_data(in_path)
for txt in lines:
if any([x in txt for x in excludes]):
continue
icons = ST._retrieve_emoticon(txt)
if not icons:
continue
dis_match = filter(lambda x: x not in pos_icons and x not in neg_icons,
icons)
if dis_match:
if len(set(dis_match)) >= 2:
continue
pos_match = filter(lambda x: x in txt, pos_icons)
neg_match = filter(lambda x: x in txt, neg_icons)
if (pos_match and neg_match) or (not pos_match and not neg_match):
continue
if pos_match:
for icon in pos_match:
icon2stat.setdefault(icon, [])
icon2stat[icon].append(txt)
break
if neg_match:
for icon in neg_match:
icon2stat.setdefault(icon, [])
icon2stat[icon].append(txt)
break
write = ET.write_file
if os.path.exists(out_path):
os.system('rm %s' % out_path)
pos_cnt = sum([len(icon2stat.get(x, [])) for x in pos_icons])
neg_cnt = sum([len(icon2stat.get(x, [])) for x in neg_icons])
icons = copy.copy(pos_icons)
icons.extend(neg_icons)
write(
out_path, 'a',
'----------------\ntotal_cnt: %s. pos_cnt: %s. neg_cnt: %s. time used: %.2fs\n'
% (len(lines), pos_cnt, neg_cnt, time.time() - st))
for icon in icons:
stats = icon2stat.get(icon, [])
#write(out_path, 'a', '--------------------------------------\nicon: %s. stats_cnt: %s\n' % (icon, len(stats)))
for stat in stats:
dic = {'%s' % ('P' if icon in pos_icons else 'N'): stat}
write(out_path, 'a', '%s\n' % json.dumps(dic))
def parse_emoticon_stats(in_path='../stats/train_public_stats', out_path='../stats/train_data_dg'):
'''
Parse states with selected emocicons.
Dumps or visualise
'''
st = time.time()
pos_icons, neg_icons = load_emoticon()
icon2stat= {}
lines = ST.load_raw_data(in_path)
for txt in lines:
if any([x in txt for x in excludes]):
continue
icons = ST._retrieve_emoticon(txt)
if not icons:
continue
dis_match = filter(lambda x:x not in pos_icons and x not in neg_icons, icons)
if dis_match:
if len(set(dis_match)) >= 2:
continue
pos_match = filter(lambda x: x in txt, pos_icons)
neg_match = filter(lambda x: x in txt, neg_icons)
if (pos_match and neg_match) or (not pos_match and not neg_match):
continue
if pos_match:
for icon in pos_match:
icon2stat.setdefault(icon, [])
icon2stat[icon].append(txt)
break
if neg_match:
for icon in neg_match:
icon2stat.setdefault(icon, [])
icon2stat[icon].append(txt)
break
write = ET.write_file
if os.path.exists(out_path):
os.system('rm %s' % out_path)
pos_cnt = sum([len(icon2stat.get(x, [])) for x in pos_icons])
neg_cnt = sum([len(icon2stat.get(x, [])) for x in neg_icons])
icons = copy.copy(pos_icons)
icons.extend(neg_icons)
write(out_path, 'a', '----------------\ntotal_cnt: %s. pos_cnt: %s. neg_cnt: %s. time used: %.2fs\n' % (len(lines), pos_cnt, neg_cnt, time.time()-st))
for icon in icons:
stats = icon2stat.get(icon, [])
#write(out_path, 'a', '--------------------------------------\nicon: %s. stats_cnt: %s\n' % (icon, len(stats)))
for stat in stats:
dic = {'%s' % ('P' if icon in pos_icons else 'N'):stat }
write(out_path, 'a', '%s\n' % json.dumps(dic))
