def seeAnnotated():
datadir = '../data'
csvfile = 'sampled2.8-annotated-engfiltered.csv'
reader = csv.reader(open(os.path.join(datadir, csvfile), 'rb'))
age_group_count = {}
for row in reader:
user_id = int(row[0])
age = int(row[4])
isvalid = row[5]
try:
age_group = friends.getGroup(age)
except RuntimeError:
print age
if not age_group in age_group_count:
age_group_count[age_group] = 0
if isvalid == '1':
age_group_count[age_group] += 1
print age_group_count
def _fromCSV():
user_ids_age = []
# read in the data file
reader = csv.reader(open(csvfile, 'rb'))
for row in reader:
user_id = row[0]
age = int(row[4])
try:
age_group = friends.getGroup(age)
except RuntimeError:
continue
is_valid = row[5]
c_following = bs.DBConnector().count_following(user_id)
text, length = DBConnector().loadText(user_id)
#s_count = statuses_count[int(user_id)]
if length != 0 and is_valid == '1' and c_following >= 10:
# this means public user
meta = {'statuses_count': length}
user_ids_age.append((user_id, age, meta))
return user_ids_age
def _fromJson():
user_ids_group = []
tweets = json.loads(open(filename).read())
for tweet in tweets:
user_id = tweet['user']['id']
age = int(tweet['user']['age'])
age_group = friends.getGroup(age)
text = DBConnector().loadText(user_id)
if not text == "":
user_ids_group.append((user_id, age_group))
return user_ids_group
def probYearForAllGroups():
"""
We define four age groups for each of which we obtain the probability
distribution of years given the weighted names born in that duration.
"""
groups = friends.getDefinedGroups()
pre = friends.getGroupPrefix()
ids = [(lambda x: friends.getGroup(random.randint(x[0], x[1])))(g) for x in groups]
id_groups = zip(ids, groups)
def convert(idg):
prob_year = probYearGivenAgeRange(idg[1])
return (idg[0], prob_year)
return map(convert, id_groups)
def seeStatusCounts():
datadir = '../data'
filename = 'ageEmbededTweets-Jun20-sampled2.5.json'
csvfile = 'sampled2.5-annotated.csv'
tweets = json.loads(open(os.path.join(datadir, filename)).read())
# create a status count dic; key: user_id, value: count
statuses_count = {}
for tweet in tweets:
user_id = tweet['user']['id']
count = tweet['user']['statuses_count']
statuses_count[user_id] = count
# in the annotated file
reader = csv.reader(open(os.path.join(datadir, csvfile), 'rb'))
statuses_length = {}
for row in reader:
user_id = int(row[0])
age = int(row[4])
isvalid = row[5]
age_group = friends.getGroup(age)
if isvalid == '1':
if not age_group in statuses_length:
statuses_length[age_group] = []
statuses_length[age_group].append(statuses_count[user_id])
# average the length
for label, count_arr in statuses_length.iteritems():
statuses_length[label] = np.average(np.array(count_arr))
print statuses_length
def convertSingle(t):
''' t = (age, prediction, meta) into (true, prediction) '''
age, prediction, meta = t
true = friends.getGroup(age)
return (true, prediction, meta)
