def determineGenders(twitterUserData):
detector = GenderDetector('us')
for screenName in twitterUserData.keys():
print("Getting gender for: {0} ".format(screenName))
nam = twitterUserData[screenName]['name']
#print(nam)
toCheck = None
if nam != '.':
if " " in nam:
toCheck = nam.split(" ")[0]
if toCheck is not None:
twitterUserData[screenName]['gender'] = detector.guess(toCheck)
else:
print(nam)
twitterUserData[screenName]['gender'] = detector.guess(nam)
print("Creating backup file:")
with open('backup2.json','w') as f:
json.dump(twitterUserData,f)
#print(twitterUserData)
print("Results")
for result in twitterUserData.keys():
print(result)
print("\tid: {0}".format(result))
print("\tscreenName: {0}".format(twitterUserData[result]['screen_name']))
print("\tgender: {0}".format(twitterUserData[result]['gender']))
return twitterUserData
def user(request, user_id):
connect()
user = dict(models.Recommendation.get(user_gid=user_id))
name = user['username'].replace('[', '').split(" ")
detector = GenderDetector('us')
gender = ""
try:
gender = detector.guess(name[0])
except Exception as e:
gender = "unknown"
user['gender'] = gender
for j, book in enumerate(user['books_details_recommended']):
for i, shelve in enumerate(book['list_shelves']):
for best_shelve in user['most_common_shelves']:
if (best_shelve.shelve == shelve.shelve):
last_shelve = user['books_details_recommended'][j][
'list_shelves'][i]
new_shelve = models.shelve(count=last_shelve.count,
votes=last_shelve.votes,
gid=last_shelve.gid,
best=True,
shelve=last_shelve.shelve)
user['books_details_recommended'][j]['list_shelves'][
i] = new_shelve
return render(request, 'recom/user.html', {'user': user})
def find_out_genders(
twitterUserData
): # figure out genders of users based on user's first name
detector = GenderDetector('us')
for screenName in twitterUserData.keys():
print("Getting gender for: {0} ".format(screenName))
nam = twitterUserData[screenName]['name']
toCheck = None
if nam != '.':
if " " in nam:
toCheck = nam.split(" ")[0]
if toCheck is not None:
twitterUserData[screenName]['gender'] = detector.guess(toCheck)
else:
print(nam)
twitterUserData[screenName]['gender'] = detector.guess(nam)
print("Creating backup file:")
with open('backup2.json', 'w') as f:
json.dump(twitterUserData, f)
print("Results")
for result in twitterUserData.keys():
print(result)
print("\tid: {0}".format(result))
print("\tscreenName: {0}".format(
twitterUserData[result]['screen_name']))
print("\tgender: {0}".format(twitterUserData[result]['gender']))
return twitterUserData
def __init__(self):
# Settings
self.all_data_file_name = './csv_files/altgender4_2017_12_12_upwork_analysis_unitedstates_allskills.csv' # Filename for all data
self.data_log_file_name = './log_files/alt_gender4_log_upwork_data_analysis_2017_12_12_unitedstates_allskills.txt'
# Write a log
self.log = open(self.data_log_file_name, 'a')
self.log.write("We have started analyzing data!" + "\n")
self.log.flush()
# Connect to the database
self.conn = psycopg2.connect("dbname=eureka01")
self.cur = self.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
psycopg2.extensions.register_adapter(dict, psycopg2.extras.Json)
# Get detailed_info from workers in our database
self.cur.execute(
"SELECT detailed_info FROM upwork_unitedstates_allskills_2017_12_12;"
)
# Initialize arrays for Causal Analysis
self.user_count = 1
# Initialize gender detectors
self.d = gender.Detector()
self.gc = GenderComputer('./nameLists')
self.us_detector = GenderDetector('us')
self.ar_detector = GenderDetector('ar')
self.uk_detector = GenderDetector('uk')
self.uy_detector = GenderDetector('uy')
self.gender_guesser = gender_guesser.Detector()
def test_format_name(self):
detector = GenderDetector()
for name in ['mARCOS', ' Marcos ', 'Marcos ', 'MARCOS']:
self.assertEqual(
detector._format_name(name),
'Marcos'
)
def predict_gender(name_phrase):
detector = GenderDetector(country='us', unknown_value='')
names = _strip_punctuation(name_phrase).split(' ')
genders = [g for g in [detector.guess(name) for name in names] if g]
if genders and all(gender == 'male' for gender in genders):
return 'male'
if any(gender == 'female' for gender in genders):
return 'female'
return ''
def gender_identify(name):
name = re.findall(pattern, name, re.M)
detector = GenderDetector('uk')
try:
temp_name = name[0]
if ' ' in temp_name:
temp_name = temp_name.split(" ")
return detector.guess(temp_name[0])
else:
return detector.guess(temp_name)
except:
return None
def test_calculate_all_spec_props():
"""
Test the calculate_all_spec_props function.
"""
expected = [
8.26875000e+03, 6.16316236e+03, 8.26875000e+03, 4.13437500e+03,
1.24031250e+04, 8.26875000e+03, 0.00000000e+00, -1.36000000e+00,
1.01140426e+00, 1.18447081e-04, 1.00145455e+03, 0.00000000e+00,
1.65375000e+04, 1.65375000e+04, 3.33333333e-01, 1.92518695e+00,
6.11016956e+00, -1.28009780e-01, 1.00145455e+03, 5.46327273e+02,
9.47490909e+02, 8.76072727e+02, 9.77745455e+02, 9.32945455e+02,
9.90400000e+02, 1.01032727e+03, 1.01789091e+03, 1.04974545e+03
]
y = np.array([
10793861000.0, 18623418.961417913, 71.06335201775947, 735.660880806231
])
frq = np.array([0., 5512.5, 11025., 16537.5])
ceps = np.array([6.11016956, 0.85929401, -0.12800978, 0.85929401])
esp_frecuencia_pairs = [(1433045920722.5535, 1001.4545454545454),
(1432482084982.5637, 546.32727272727266),
(1429332907671.3792, 947.4909090909091),
(1424138212407.696, 876.07272727272721),
(1423571652995.4846, 977.74545454545455),
(1420207470649.9392, 932.94545454545448),
(1417896507230.5828, 990.39999999999998),
(1413376292432.0315, 1010.3272727272727),
(1408203258629.1887, 1017.8909090909091),
(1402265894500.063, 1049.7454545454545)]
result = GenderDetector().calculate_all_spec_props(frq, y, ceps,
esp_frecuencia_pairs)
assert np.allclose(expected, result)
def index(request):
connect()
cursor = connection.cursor()
rows = cursor.execute("SELECT id, user_gid, precision, recall, username, gender FROM prs.recommendation where common_shelves_retrieved=true")
users=sorted(rows, key=lambda k: k['precision'], reverse=True)
detector = GenderDetector('us')
for i, user in enumerate(users):
name=user['username'].replace('[', '').split(" ")
gender=""
try:
gender=detector.guess(name[0])
except Exception as e:
gender="unknown"
new_user=dict(models.Recommendation( user_gid=user['user_gid'], gender=gender,precision=user['precision'], recall=user['recall'], username=user['username']))
users[i]=new_user
return render(request, 'recom/index.html', {'users': users})
def user(request, user_id):
connect()
user=dict(models.Recommendation.get(user_gid=user_id))
name=user['username'].replace('[', '').split(" ")
detector = GenderDetector('us')
gender=""
try:
gender=detector.guess(name[0])
except Exception as e:
gender="unknown"
user['gender']=gender
for j, book in enumerate(user['books_details_recommended']):
for i, shelve in enumerate(book['list_shelves']):
for best_shelve in user['most_common_shelves']:
if(best_shelve.shelve==shelve.shelve):
last_shelve=user['books_details_recommended'][j]['list_shelves'][i]
new_shelve=models.shelve(count=last_shelve.count,votes=last_shelve.votes, gid=last_shelve.gid,
best=True,shelve=last_shelve.shelve)
user['books_details_recommended'][j]['list_shelves'][i]=new_shelve
return render(request, 'recom/user.html', {'user': user})
def test_hps():
"""
Test the hps function.
"""
arr = [255, 255, 200, 300, 500, 100, 600, 0]
expected = [
16581375.0, 15300000.0, 60000000.0, 180000.0, 500.0, 100.0, 600.0, 0.0
]
result = GenderDetector().hps(arr)
result = [float(item) for item in result]
assert np.allclose(expected, result)
def test_calculate_modulation_index():
"""
Test the calculate_modulation_index function.
"""
arr = [255, 255, 200, 300, 500, 100, 600, 0]
arr = np.array(arr)
mindom = 11025.
maxdom = 5512.5
dfrange = 1000.0
expected = 0.265
result = GenderDetector().calculate_modulation_index(
arr, mindom, maxdom, dfrange)
assert np.allclose(expected, result)
def upload_file():
if request.method == 'POST':
file_wav = request.files['file']
# if user does not select file, browser also
# submit a empty part without filename
if file_wav.filename == '':
return redirect(request.url)
if file_wav and allowed_file(file_wav.filename):
fs, signal = scipy.io.wavfile.read(file_wav)
result = GenderDetector().process(fs, signal)
return jsonify(result)
return render_template('main.html')
def index(request):
connect()
cursor = connection.cursor()
rows = cursor.execute(
"SELECT id, user_gid, precision, recall, username, gender FROM prs.recommendation where common_shelves_retrieved=true"
)
users = sorted(rows, key=lambda k: k['precision'], reverse=True)
detector = GenderDetector('us')
for i, user in enumerate(users):
name = user['username'].replace('[', '').split(" ")
gender = ""
try:
gender = detector.guess(name[0])
except Exception as e:
gender = "unknown"
new_user = dict(
models.Recommendation(user_gid=user['user_gid'],
gender=gender,
precision=user['precision'],
recall=user['recall'],
username=user['username']))
users[i] = new_user
return render(request, 'recom/index.html', {'users': users})
def test_preprocess():
"""
Test the preprocess function.
"""
inputFileName = './tests/wav/1F.wav'
fs, signal = scipy.io.wavfile.read(inputFileName)
expected = [
5.87534884e+02, 2.95871868e+02, 5.87534884e+02, 3.31348837e+02,
8.43720930e+02, 5.12372093e+02, -1.17632943e-15, -1.20000008e+00,
8.47444655e+00, 2.75899724e-02, 2.07813953e+02, 7.51627907e+01,
1.09990698e+03, 1.02474419e+03, 1.81554103e-04, 7.07795704e-04,
1.01110553e+01, -2.22503906e-01, 2.07813953e+02, 2.12465116e+02,
2.23627907e+02, 2.37023256e+02, 2.35906977e+02, 2.34418605e+02,
2.06139535e+02, 2.36093023e+02, 2.36465116e+02, 2.23813953e+02
]
result = GenderDetector().preprocess(fs, signal)
assert np.allclose(expected, result)
def test_calculate_spectrum_cepstrum_mono():
"""
Test the calculate_spectrum_cepstrum function
when the signal is mono.
"""
arr = [255, 255, 200, 300, 500, 100, 600, 0]
arr = np.array(arr)
fs = 44100
expected_y = np.array([
10793861000.0, 18623418.961417913, 71.06335201775947, 735.660880806231
])
expected_freq = np.array([0., 5512.5, 11025., 16537.5])
expected_ceps = np.array([6.11016956, 0.85929401, -0.12800978, 0.85929401])
y, freq, ceps = GenderDetector().calculate_spectrum_cepstrum(arr, fs)
assert np.allclose(expected_y, y) and np.allclose(
expected_freq, freq) and np.allclose(expected_ceps, ceps)
def test_process():
"""
Test the process function.
"""
response = {
"data": {
"gender": {
"id": "FEMALE",
"name": "The gender of this person is : FEMALE"
}
}
}
inputFileName = './tests/wav/1F.wav'
fs, signal = scipy.io.wavfile.read(inputFileName)
result = GenderDetector().process(fs, signal)
assert (response["data"]["gender"]["id"] == result["data"]["gender"]["id"]
and response["data"]["gender"]["name"]
== result["data"]["gender"]["name"])
def test_get_n_fundamental_frequencies():
"""
Test the get_n_fundamental_frequencies function.
"""
arr = [(1433045920722.5535, 1001.4545454545454),
(1432482084982.5637, 546.32727272727266),
(1429332907671.3792, 947.4909090909091),
(1424138212407.696, 876.07272727272721),
(1423571652995.4846, 977.74545454545455),
(1420207470649.9392, 932.94545454545448),
(1417896507230.5828, 990.39999999999998),
(1413376292432.0315, 1010.3272727272727),
(1408203258629.1887, 1017.8909090909091),
(1402265894500.063, 1049.7454545454545)]
n = 3
expected = np.array(
[1001.4545454545454, 546.32727272727266, 947.4909090909091])
result = GenderDetector().get_n_fundamental_frequencies(n, arr)
assert np.allclose(expected, result)
from gender_detector import GenderDetector
detector = GenderDetector('us') # It can also be ar, uk, uy.
count = 0
### guesses gender based on firstname.good for mostly english names
with open('/Users/ankitkumar/Downloads/firstname.csv') as f:
for line in f:
try:
if detector.guess(line) == 'unknown':
print count
count = count + 1
except (KeyError, NameError):
print "skip"
print count
class UpworkDataFormatter:
def __init__(self):
# Settings
self.all_data_file_name = './csv_files/altgender4_2017_12_12_upwork_analysis_unitedstates_allskills.csv' # Filename for all data
self.data_log_file_name = './log_files/alt_gender4_log_upwork_data_analysis_2017_12_12_unitedstates_allskills.txt'
# Write a log
self.log = open(self.data_log_file_name, 'a')
self.log.write("We have started analyzing data!" + "\n")
self.log.flush()
# Connect to the database
self.conn = psycopg2.connect("dbname=eureka01")
self.cur = self.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
psycopg2.extensions.register_adapter(dict, psycopg2.extras.Json)
# Get detailed_info from workers in our database
self.cur.execute(
"SELECT detailed_info FROM upwork_unitedstates_allskills_2017_12_12;"
)
# Initialize arrays for Causal Analysis
self.user_count = 1
# Initialize gender detectors
self.d = gender.Detector()
self.gc = GenderComputer('./nameLists')
self.us_detector = GenderDetector('us')
self.ar_detector = GenderDetector('ar')
self.uk_detector = GenderDetector('uk')
self.uy_detector = GenderDetector('uy')
self.gender_guesser = gender_guesser.Detector()
def save_all_to_csv(self):
with open(self.all_data_file_name, 'w') as csvfile:
fieldnames = [
'user_count', 'worker_id', 'first_name', 'profile_desc',
'gender_guesser', 'gender_detector', 'sex_machine',
'gender_computer', 'gender_pronoun'
]
writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
writer.writeheader()
for user in self.cur:
try:
user_count = self.user_count
worker_id = user[0]["ciphertext"]
first_name = user[0]["dev_first_name"].encode(
'utf-8').strip()
print "Successfully done first_name"
profile_desc = user[0]['dev_blurb'].encode('utf-8').strip()
gender_guesser = self.gender_by_guesser(
first_name) # Output of gender guesser
gender_detector = self.gender_by_detector(
first_name) # Output of gender detector
sex_machine = self.gender_by_sex_machine(
first_name) # Output of sex machine
gender_computer = self.gender_by_computer(
first_name) # Output of gender computer
gender_pronoun = self.gender_by_pronoun(
user) # Output of pronoun in reviews
writer.writerow({
'user_count': self.user_count,
'worker_id': worker_id,
'first_name': first_name,
'profile_desc': profile_desc,
'gender_guesser': gender_guesser,
'gender_detector': gender_detector,
'sex_machine': sex_machine,
'gender_computer': gender_computer,
'gender_pronoun': gender_pronoun
})
except KeyboardInterrupt:
print "We got interrupted"
break
except Exception as error:
print "Ran into some error at user {0}".format(
self.user_count)
print error
writer.writerow({
'user_count': self.user_count,
'worker_id': "error",
'first_name': "error",
'profile_desc': "error",
'gender_guesser': "error",
'gender_detector': "error",
'sex_machine': "error",
'gender_computer': "error",
'gender_pronoun': "error"
})
print "Finished writing data for {0}".format(self.user_count)
self.user_count += 1
def gender_by_detector(self, name):
try:
us_gender = self.us_detector.guess(
name) #Check against US database
return us_gender
except Exception as error:
print "Something wrong at gender_by_detector: {0}".format(error)
def gender_by_computer(self, name):
try:
unicode_name = unicode(name, "utf-8")
gender = self.gc.resolveGender(unicode_name, 'USA')
return gender
except Exception as error:
print "Something wrong at gender_by_computer: {0}".format(error)
def gender_by_sex_machine(self, name):
try:
unicode_name = unicode(name, "utf-8")
gender = self.d.get_gender(unicode_name)
return gender
except Exception as error:
print "Something wrong at gender_by_sex_machine: {0}".format(error)
def gender_by_guesser(self, name):
try:
unicode_name = unicode(name, "utf-8")
gender = self.gender_guesser.get_gender(unicode_name)
return gender
except Exception as error:
print "Something wrong at gender_by_guesser: {0}".format(error)
def gender_by_pronoun(self, user):
is_female = False
is_male = False
try:
all_assignments = user[0]["assignments"]
all_fp_assignments = all_assignments["fp"]["job"]
all_hr_assignments = all_assignments["hr"]["job"]
if (type(all_fp_assignments) == list):
for job in all_fp_assignments:
try:
try:
feedback = job["feedback"]["comment"]
print feedback
except:
feedback = job["feedback"][0]["comment"]
print feedback
is_female = re.search(" her |Her |She | she | her/.",
feedback)
is_male = re.search(" his |His |He | he | him | him/.",
feedback)
break
except:
continue
elif (type(all_fp_assignments == dict)):
try:
feedback = all_fp_assignments["feedback"]["comment"]
print feedback
except:
feedback = job["feedback"][0]["comment"]
print feedback
is_female = re.search(" her |Her |She | she | her/.", feedback)
is_male = re.search(" his |His |He | he | him | him/.",
feedback)
if not is_female and not is_male:
if (type(all_hr_assignments) == list):
for job in all_hr_assignments:
try:
try:
feedback = job["feedback"]["comment"]
print feedback
except:
job["feedback"][0]["comment"]
print feedback
is_female = re.search(
" her |Her |She | she | her/.", feedback)
is_male = re.search(
" his |His |He | he | him | him/.", feedback)
break
except:
continue
elif (type(all_hr_assignments) == dict):
try:
feedback = all_hr_assignments["feedback"]["comment"]
print feedback
except:
feedback = all_hr_assignments["feedback"][0]["comment"]
print feedback
is_female = re.search(" her |Her |She | she | her/.",
feedback)
is_male = re.search(" his |His |He | he | him | him/.",
feedback)
except Exception as error:
print "Could not find assignments for gender_by_pronoun: {0}".format(
error)
return "unknown"
if is_female and not is_male:
return "female"
elif is_male and not is_female:
return "male"
elif is_male and is_female:
return "ambiguous"
else:
return "unknown"
from TwitterSearch import *
import time
from textblob import TextBlob
from gender_detector import GenderDetector
from geopy.geocoders import Nominatim
import datetime
var = 1
while var == 1 : # This constructs an infinite loop
detector = GenderDetector() # It can also be ar, uk, uy.
try:
tso = TwitterSearchOrder()
tso.set_keywords(['starbucks', 'red bull', 'dunkin donut', '#starbucks'], or_operator = True)
tso.set_language('en')
ts = TwitterSearch(
consumer_key = 'your twitter consumer key',
consumer_secret = 'your twitter consumer secret',
access_token = 'your twitter access token',
access_token_secret = 'your twitter access token secret'
)
sleep_for = 60 # sleep for 60 seconds
last_amount_of_queries = 0 # used to detect when new queries are done
for tweet in ts.search_tweets_iterable(tso):
#initialize variables needed later
user_lat = None
user_lon = None
print "user id:",tweet['user']['id']
print "Tweet Text:",tweet['text']
parse_tweet = TextBlob(tweet['text'])
parse_tweet.sentiment
"""
Created on Fri Nov 11 08:37:50 2016
@author: varshith
"""
print('''
us - USA
ar - Argentina
uy - Uruguay
uk - United Kingdom
''')
cclist = ['us', 'ar', 'uy', 'uk']
while True:
country_code = input('Enter country code :')
if country_code in cclist:
break
else:
print('Entered country code not valid')
while True:
name = input('Enter first name :')
if name.find(' ') != -1:
print('Entered name not valid, Enter first name only')
else:
break
from gender_detector import GenderDetector
detector = GenderDetector(country_code)
print(detector.guess(name))
# infer the gender of each author according to the 'gs_name.txt'
from datetime import datetime
from gender_detector import GenderDetector
detector = GenderDetector('us')
file_name = open("gs_name.txt", "r")
lines_name = file_name.read().split("\n")
all_name = []
all_gender = []
for x in lines_name:
if (len(x) > 0):
all_name.append(x)
yy = x.split(" ")
# print yy[0],
author_gender = 'unknown'
try:
author_gender = detector.guess(yy[0])
except:
pass
print author_gender
all_gender.append(author_gender)
def __init__(self):
self.detector = GenderDetector('us')
self.load_name_org_online()
def __init__(self):
self.gender_detector = GenderDetector()
self.googlemaps_api = GoogleMaps(
api_key=app_settings.SERVICES_CREDENTIALS['google_api_key'])
def test_guessing(self):
detector = GenderDetector('us')
self.assertEqual(detector.guess('Marcos'), 'male')
def test_format_name(self):
detector = GenderDetector()
for name in ['mARCOS', ' Marcos ', 'Marcos ', 'MARCOS']:
self.assertEqual(detector._format_name(name), 'Marcos')
def are_opposite(first, second):
detector = GenderDetector('us')
for first, second in [(first, second), (second, first)]:
if detector.guess(first) == 'male' and detector.guess(second) == 'female':
return True
return False
def test_guessing(self):
detector = GenderDetector('us')
self.assertEqual(detector.guess('Marcos'), 'male')
from __future__ import division
from gender_detector import GenderDetector
from nltk import RegexpTokenizer
detectorus = GenderDetector('us') # It can also be ar, uk, uy.
detectorar = GenderDetector('ar')
detectoruk = GenderDetector('uk')
detectoruy = GenderDetector('uy')
detector = [detectorus, detectoruk, detectoruy, detectorar]
FemaleFeatures = [
'mrs', 'miss', 'ms', 'girl', 'woman', 'lady', 'madam', 'mother', 'mom',
'mommy', 'munt'
]
FemaleSuffix = ['tress', 'tess', 'cess']
MaleFeatures = [
'mr', 'man', 'boy', 'gentleman', 'sir', 'father', 'dad', 'daddy', 'uncle'
]
tokenizer = RegexpTokenizer(r'[A-Z]+')
# this methods is very expensive, and it's the bottleneck of the code.
# most of the time will be consumed in determining whether the character is Male or Female
# the library here is a opensource library called gender_detector,
# the installation instruction could be seen in README.txt
def gender_gusser(entity, withFeature=False):
'''
:param entity: The name enitity found in the scripts
class TwitterTransformer():
def __init__(self):
self.gender_detector = GenderDetector()
self.googlemaps_api = GoogleMaps(
api_key=app_settings.SERVICES_CREDENTIALS['google_api_key'])
def process(self, ds, **kwargs):
raw_records = self.__fetch_tweets()
print "{} new tweets have been analyzed".format(len(raw_records))
conn_db_lake = db_handler.get_connection('data_lake')
cur_db_lake = conn_db_lake.cursor()
for record in raw_records:
tweet = record[2]
clean_tweet = self.__tweet_cleaner(tweet['text'])
print clean_tweet
polarity, sentiment = self.__get_sentiment(clean_tweet)
coordinates = self.__get_go_points(tweet['user']['location'])
gender = self.__guess_gender(tweet['user']['name'].split()[0])
tweet_tokens = self.__tokenizer(clean_tweet)
processed_tweet = {
"author": tweet["user"]["screen_name"],
"tweet_geo": tweet['geo'],
"tweet_lang": tweet['lang'],
"tweet_place": tweet['place'],
"user_description": tweet['user']['description'],
"user_followers_count": tweet['user']['followers_count'],
"user_friends_count": tweet['user']['friends_count'],
"user_lang": tweet['user']['lang'],
"user_name": tweet['user']['name'],
"user_location_name": tweet['user']['location'],
"user_location_coordinate": {
"lat": coordinates[0],
"lon": coordinates[1]
} if coordinates else None,
"user_status_count": tweet['user']['statuses_count'],
"tweet_created_at": str(parser.parse(tweet['created_at'])),
"user_created_at":
str(parser.parse(tweet['user']['created_at'])),
"tweet_tokens": tweet_tokens,
'bigrams': ["_".join(x) for x in bigrams(tweet_tokens)],
'trigrams': ["_".join(x) for x in trigrams(tweet_tokens)],
"polarity": polarity,
"sentiment": sentiment,
"gender": gender,
}
try:
update_query = """
UPDATE records
SET is_analyzed=TRUE
WHERE id={};
""".format(record[0])
query = """INSERT INTO tweets (data, created_at) VALUES ('{}', '{}')""".format(
json.dumps(processed_tweet).replace("'", "''"), record[3])
cur_db_lake.execute(query)
cur_db_lake.execute(update_query)
conn_db_lake.commit()
except Exception as ex:
conn_db_lake.rollback()
raise ex
def __fetch_tweets(self):
try:
conn_db_lake = db_handler.get_connection('data_lake')
cur_db_lake = conn_db_lake.cursor()
query = """
SELECT * FROM records
WHERE type='tweet' AND is_analyzed = false
"""
cur_db_lake.execute(query)
return cur_db_lake.fetchall()
except Exception as ex:
conn_db_lake.rollback()
raise ex
def __guess_gender(self, name):
gender = None
try:
gender = self.gender_detector.guess(name)
return gender
except Exception as e:
print('error in gender detector')
def __get_go_points(self, address):
if not address:
return None
coordinate = None
try:
res = self.googlemaps_api.search(
address.strip(string.punctuation + ' ')).first()
if res:
coordinate = [res.lat, res.lng]
except Exception as ex:
print("Err in geo location convertor")
return coordinate
def __tweet_cleaner(self, tweet):
# Convert to lower case
tweet = tweet.lower()
# Convert www.* or https?://* to empty string
tweet = re.sub('((www\.[\s]+)|(https?://[^\s]+))', '', tweet)
# Convert @username to empty string
tweet = re.sub('@[^\s]+', '', tweet)
# Remove additional white spaces
tweet = re.sub('[\s]+', ' ', tweet)
# Replace #word with word
tweet = re.sub(r'#([^\s]+)', r'\1', tweet)
# trim
tweet = tweet.strip('\'"')
return tweet
def __get_sentiment(self, tweet):
res = TextBlob(tweet)
polarity = res.sentiment.polarity
if polarity < 0:
sentiment = 'negative'
elif polarity == 0:
sentiment = 'neutral'
else:
sentiment = 'positive'
return (polarity, sentiment)
def __tokenizer(self, tweet):
tokens = []
for word in tweet.split():
if len(word) > 3 and word not in stopwords.words(
'english') and wordnet.synsets(word):
tokens.append(word)
return list(set(tokens))
#word_final.append(word_processed)
#to correct the format we receive the words and take as a chain in list
word_final =list(itertools.chain(*word_final))
#print word_final
rec=open("Names_processed.txt", "w")
for item in word_final:
rec.write("%s\n" % item)
rec.close()
for item in word_final:
c= segment(item)
d= max(c, key=len)
#print d
detector = GenderDetector('us') # It can also be uk.
e= detector.guess(d) # => 'male'
print d,e
"""
rec=open("Names_processed.txt", "w")
for item in word_final:
rec.write("%s\n" % item)
rec.close()
with open("Names_processed.txt", 'r') as word:
class BylineGender():
def __init__(self):
self.detector = GenderDetector('us')
self.load_name_org_online()
def byline_gender(self,byline):
gender_result = {"female":0, "male":0,"unknown":0}
for name in self.get_first_names(byline):
if(name is None):
gender_result["unknown"] += 1
else:
gender_result[str(self.detector.guess(name))] += 1
return gender_result
def single_name_gender(self,name):
if(name is None or len(name.strip()) == 0):
return "unknown"
n = self.get_first_names(name.strip())
if len(n) > 0 and n[0] is not None:
return self.detector.guess(n[0])
return "unknown"
def single_name_gender_ascii(self,name):
name = unicodedata.normalize('NFKD', name).encode('ascii','ignore')
if(name is None or len(name.strip()) == 0):
return "unknown"
n = self.get_first_names(name.strip())
if len(n) > 0 and n[0] is not None:
return self.detector.guess(n[0])
return "unknown"
# needs error handling
def load_name_org_online(self):
self.online_names = {}
url = "https://docs.google.com/spreadsheets/d/1TTX5ymLPjefIrHep2QmHZNb76VunFwfq0x6FNAXjUZk/export?format=csv"
response = requests.get(url)
csv_string = response.content
f = StringIO.StringIO(csv_string)
eval_base = csv.reader(f, delimiter=',')
eval_base.next()
try:
for row in eval_base:
org = row[0].decode("iso-8859-1").replace(u"+",u" ")
name = row[1].decode("iso-8859-1").replace(u"+",u" ")
gender = row[4]
if(not org in self.online_names.keys()):
self.online_names[org]= {}
if gender in ['male','female','unknown','ignore']:
self.online_names[org][name] = {}
self.online_names[org][name]['gender'] = gender
self.online_names[org][name]['count'] = row[3]
#print "{0},{1},{2}".format(org,name,gender)
except:
print "download unsuccessful", sys.exc_info()[0]
def org_name_gender(self,org,name):
# org, name, manual_gender, single_name_gender
#name = self.to_ascii(name)
#org = self.to_ascii(org)
org = org.replace(u",",u" ")
f = codecs.open("byline_gender.log","a", "utf8")
f.write(','.join([org,name])+ "\n")
manual_gender=None
#exclude = set(string.punctuation)
try:
inferred_gender = self.single_name_gender(name)
except KeyError:
asciiname = unicodedata.normalize('NFKD', name).encode('ascii','ignore')
inferred_gender = self.single_name_gender(asciiname)
if org in self.online_names.keys():
if name in self.online_names[org].keys():
manual_gender = self.online_names[org][name]['gender']
f.write(','.join([u'MANUAL',org,name,manual_gender,u""])+ "\n")
else:
f.write(','.join([u'SEMI',org,name,inferred_gender,u"",str(self.online_names[org].keys())])+ "\n")
else:
f.write(','.join([u"INFERENCE",org,name,u"",inferred_gender])+ "\n")
if manual_gender in ['male','female','unknown','ignore']:
f.close()
return manual_gender
f.close()
return inferred_gender
def online_org_name_gender(self,org,name):
#name = self.to_ascii(name)
#org = self.to_ascii(org)
try:
#print u"{0},{1}".format(org,name)
if org in self.online_names.keys():
if name in self.online_names[org].keys():
return self.online_names[org][name]['gender']
return ""
except UnicodeError:
import pdb;pdb.set_trace()
#org names is a dictionary in the format
#org_names[org][name] = number of articles
def export_org_names(self,org_names,f):
o_names = self.online_names.copy()
for org in org_names.keys():
for name in org_names[org].keys():
if org in o_names.keys() and name in o_names[org].keys():
o_names[org].pop(name, None)
f.write(','.join([org.replace(u",",u"+").replace(u" ",u"+"),name.replace(u",",u"+").replace(u" ",u"+"),self.single_name_gender(name),str(org_names[org][name]),self.online_org_name_gender(org,name)])+ "\n")
for org in o_names.keys():
for name in o_names[org].keys():
f.write(','.join([org.replace(u",",u"+").replace(u" ",u"+"),name.replace(u",",u"+").replace(u" ",u"+"),self.single_name_gender(name),str(self.online_names[org][name]['count']),self.online_org_name_gender(org,name)])+ "\n")
def strip_extras(self, byline):
byline = re.sub(r'general sir ','',byline)
byline = re.sub(r'american way: ','',byline)
byline = re.sub(r'president','',byline)
byline = re.sub(r'sir','',byline)
byline = re.sub(r'gov(\.)?','',byline)
byline = re.sub(r'rep(\.)?','',byline)
byline = re.sub(r'prof','',byline)
byline = re.sub(r'professor','',byline)
byline = re.sub(r'.*?rt rev(d)?','',byline)
byline = re.sub(r'\n.*','',byline)
#telegraph cleaning
#byline = re.sub(r'london-based.*','',byline)
#byline = re.sub(r'london researcher.*','',byline)
#byline = re.sub(r' of the.*','',byline)
#byline = re.sub(r'telegraph tv critic','',byline)
#byline = re.sub(r'broadcaster','',byline)
#byline = re.sub(r'interview: ','',byline)
#byline = re.sub(r'commentary: ','',byline)
#byline = re.sub(r'telegraph travel writer','',byline)
#byline = re.sub(r'on gigolo','',byline)
byline = re.sub(r'more stories by ','',byline)
byline = re.sub(r'view author.*','',byline)
byline = re.sub(r'founder of.*','',byline)
byline = re.sub(r' is (a)?.*','',byline)
byline = re.sub(r' covers.*','',byline)
byline = re.sub(r' in .*','',byline)
byline = re.sub(r' info.*','',byline)
byline = re.sub(r' writes .*','',byline)
byline = re.sub(r'graphic(s)? by(:)?','',byline)
byline = re.sub(r'compiled ','',byline)
byline = re.sub(r'exclusive ','',byline)
byline = re.sub(r'special dispatch' ,'',byline)
byline = re.sub(r'as told to ','',byline)
byline = re.sub(r' for .*','',byline)
byline = re.sub(r' .*','',byline)
byline = re.sub(r'interview(ed)?(s)? ','',byline)
byline = re.sub(r' at.*','',byline)
byline = re.sub(r'^\| ','',byline)
#cleaning Telegraph "by"
byline = re.sub(r'^(by|By|BY) ','',byline)
byline = re.sub(r'.*? by ','',byline)
#remove multiple spaces in the middle of a name
byline = re.sub(r'\s\s',' ',byline)
byline = re.sub(r'\s\s',' ',byline)
byline = re.sub(r'^dr ','',byline)
byline = byline.strip().encode("utf-8")
return byline
# TODO: deal with commas
def get_full_names(self, byline):
if byline is None:
return []
byline = byline.strip().lower()
if byline is None or re.search('[0-9]',byline) is not None:
return []
spaces = byline.count(' ')
commas = byline.count(',')
conjunctions = byline.count(' and ')
semicolons = byline.count(';')
bylines_result = []
if(semicolons > 0):
for name in byline.split(";"):
if(name.count(";") > 0 or name.count(",") > 0 or name.count(" and ") > 0):
bylines_result = bylines_result + self.get_full_names(name)
else:
bylines_result.append(self.strip_extras(name.strip()))
elif(conjunctions >0):
for name in byline.split(' and '):
if(name.count(";") > 0 or name.count(",") > 0 or name.count(" and ") > 0):
bylines_result = bylines_result + self.get_full_names(name)
else:
bylines_result.append(self.strip_extras(name.strip()))
elif(commas == 0 and conjunctions == 0 and semicolons == 0):
bylines_result.append(self.strip_extras(byline))
elif(spaces >=2 and commas >=1):
for name in byline.split(','):
if(name.count(";") > 0 or name.count(",") > 0 or name.count(" and ") > 0):
bylines_result = bylines_result + self.get_full_names(name)
else:
bylines_result.append(self.strip_extras(name.strip()))
for junk in ['','based']:
if junk in bylines_result:
bylines_result.remove(junk)
return bylines_result
def get_first_names(self, byline):
if byline is None or re.search('[0-9]',byline) is not None:
return []
byline = byline.strip()
spaces = byline.count(' ')
commas = byline.count(',')
conjunctions = byline.count(' and ')
bylines_result = []
if(commas == 0 and conjunctions == 0):
bylines_result.append(self.get_first_name_from_fullname(byline))
if(conjunctions >0):
for name in byline.split(' and '):
bylines_result.append(self.get_first_name_from_fullname(name.strip()))
if(spaces < 3 and commas == 1):
bylines_result.append(self.get_first_name_from_reversename(byline))
return bylines_result
# assumes there's a single comma
def get_first_name_from_reversename(self, byline):
split_byline = [x.strip() for x in byline.split(',')]
# set offset to 0 since the surname has already been stripped
return self.get_first_name_from_fullname(split_byline[1], 0)
def get_first_name_from_fullname(self, byline, offset=None):
if(offset == None):
offset = -1
tokens = nltk.word_tokenize(byline)
first_name = ""
for i in range(0, (len(tokens)+offset)):
if(tokens[i].count(".") > 0 or len(tokens[i]) == 1):
continue
return tokens[i]
return None
def test_first_names(self):
test_strings = [
["J. Nathan Matias", ["Nathan"]],
["J. Matias", [None]],
["J Matias", [None]],
["J N Matias", [None]],
["J. N. Matias", [None]],
["JN Matias", ["JN"]],
["Matias, J. Nathan",["Nathan"]],
["Mishkin, Pamela", ["Pamela"]],
["Pamela Mishkin", ["Pamela"]],
["Nathan Matias and Pamela Mishkin", ["Nathan", "Pamela"]],
["J. Nathan Matias and Pamela Mishkin", ["Nathan", "Pamela"]]
]
for test_string in test_strings:
names = self.get_first_names(test_string[0])
print 'Got: [%s]' % ', '.join(map(str, names))
print 'Expected: [%s]' % ', '.join(map(str, test_string[1]))
print '--------'
def run_pipeline_unlabelled_data():
vec_mf = CountVectorizer(decode_error='replace')
vec_ii = CountVectorizer(decode_error='replace')
trans_mf = TfidfTransformer(use_idf=True)
trans_ii = TfidfTransformer(use_idf=True)
# Load Datasets
train_data_mf = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/male_vs_female/docs_raw'))
y_train_mf = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/male_vs_female/labels'))
train_data_ii = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/individual_vs_institution/docs_raw'))
y_train_ii = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/individual_vs_institution/labels'))
test_data = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/docs_unlabelled_raw'))
test_names = joblib.load(os.path.join(PROJECT_PATH, 'resources/datasets/gender/text/names_unlabelled_raw'))
clf_mf = LinearSVC()
clf_ii = LinearSVC()
X_mf = trans_mf.fit_transform(vec_mf.fit_transform(train_data_mf))
X_ii = trans_ii.fit_transform(vec_ii.fit_transform(train_data_ii))
print 'SHAPE X_mf TRAIN DATA:', X_mf.shape
print 'SHAPE X_ii TRAIN DATA:', X_ii.shape
clf_mf.fit(X_mf, y_train_mf)
clf_ii.fit(X_ii, y_train_ii)
# Individual vs. Institution
X_test_ii = trans_ii.transform(vec_ii.transform(test_data))
prediction = clf_ii.predict(X_test_ii)
print 'X_test_ii SHAPE:', X_test_ii.shape
print 'PREDICTION DISTRIBUTION: %.2f / %.2f' % ((np.count_nonzero(prediction) / prediction.shape[0]), ((prediction.shape[0] - np.count_nonzero(prediction)) / prediction.shape[0]))
print 'INDIVIDUALS:', np.where(prediction == 1)
test_data_mf = []
test_names_mf = []
for idx in np.where(prediction == 1)[0]:
#print 'IDX=%d; DATA=%r; NAME=%r' % (idx, test_data[idx], test_names[idx])
test_data_mf.append(test_data[idx])
test_names_mf.append(test_names[idx])
print 'LEN TEST DATA:', len(test_data_mf)
print 'LEN NAMES:', len(test_names_mf)
# Gender classification
X_test_mf = trans_mf.transform(vec_mf.transform(test_data_mf))
print 'SHAPE X_test_mf:', X_test_mf.shape
detector = GenderDetector('uk')
names_pred = []
for idx, n in enumerate(test_names_mf):
try:
cands = extract_name(n)
for c in cands:
gender = detector.guess(c)
if (gender != 'unknown'):
names_pred.append(0 if gender == 'female' else 1)
break
except:
#names_pred.append(1)
# Use SVM here
names_pred.append(clf_mf.predict(X_test_mf[idx])[0])
pass
else:
#names_pred.append(1)
# Use SVM here
names_pred.append(clf_mf.predict(X_test_mf[idx])[0])
idx_female = np.where(np.array(names_pred) == 0)[0]
idx_male = np.where(np.array(names_pred) == 1)[0]
print 'FEMALE PREDICTION...'
for i in idx_female:
print test_data_mf[i]
print 'MALE PREDICTION...'
for i in idx_male:
print test_data_mf[i]
def get_nominees(year):
'''Nominees is a dictionary with the hard coded award
names as keys, and each entry a list of strings. Do NOT change
the name of this function or what it returns.'''
if get_tweets(year) == False:
return {}
award_tweet_dict = get_award_tweet_dict(year)
nominees = {award:[] for award in OFFICIAL_AWARDS}
nominee_names = {award:[] for award in OFFICIAL_AWARDS}
stoplist = ['best','-','award','for','or','made', 'in', 'a', 'by', 'performance', 'an','golden','globes','role','the']
clean_award_names = {award:[a for a in award.split() if not a in stoplist] for award in OFFICIAL_AWARDS}
cfd = {}
person_award_identifiers = ["director","actor","actress","demille"]
name_pattern = re.compile(r'[A-Z][a-z]+\s[A-Z][a-z]+')
for award in OFFICIAL_AWARDS:
if any(identifier in award for identifier in person_award_identifiers):
for tweet in award_tweet_dict[award]:
names = re.findall(name_pattern, tweet)
for name in names:
award_not_in_name = True
for word in clean_award_names[award]+stoplist:
award_not_in_name = award_not_in_name and not word in name.lower().split()
if award_not_in_name:
nominee_names[award].append(name)
detector = GenderDetector('us')
for award in OFFICIAL_AWARDS:
if 'actor' in award:
cfd[award] = nltk.FreqDist(nominee_names[award])
most_common = cfd[award].most_common(50)
for name in most_common:
gender = detector.guess(name[0].split()[0])
if gender == 'male':
nominees[award].append(name[0])
elif 'actress' in award:
cfd[award] = nltk.FreqDist(nominee_names[award])
most_common = cfd[award].most_common(50)
for name in most_common:
gender = detector.guess(name[0].split()[0])
if gender == 'female':
nominees[award].append(name[0])
elif any(identifier in award for identifier in ['director','demille']):
cfd[award] = nltk.FreqDist(nominee_names[award])
most_common = cfd[award].most_common(50)
for name in most_common:
gender = detector.guess(name[0].split()[0])
if gender != 'unknown':
nominees[award].append(name[0])
else:
winner_stoplist = ["musical","comedy","motion", "picture","golden","globe","movie","television","best","or","tv","original","series","animated","feature","film","song","drama","-","rt","to","goes","foreign",'the']
bigrams = []
for tweet in award_tweet_dict[award]:
if tweet[:2] == "RT":
continue
tweet_bigrams = nltk.bigrams(tweet.split())
trimmed = [b for b in tweet_bigrams if b[0].lower() not in winner_stoplist and b[1].lower() not in winner_stoplist and b[0][0] == b[0][0].upper()]
bigrams += [b for b in trimmed if b[0][0] != "@" and b[1][0] != "@" and b[0][0] != "#" and b[1][0] != "#"]
cfd[award] = nltk.FreqDist([' '.join(b) for b in bigrams])
nominees[award] = [n[0] for n in cfd[award].most_common(5)]
# print "\n"
# nominees = {award: [a[0] for a in cfd[award].most_common(5)] for award in OFFICIAL_AWARDS}
return nominees
import os
import sys
import json
from gender_detector import GenderDetector
from time import strftime, localtime, time
# record running time
start = time()
print('Starting Time: %s' % strftime("%a, %b %d, %Y at %H:%M:%S", localtime()))
detector = GenderDetector('us')
with open("9ulovesu.json", 'rb') as file:
data = json.load(file)
counter = 0
unknown = []
with open("9ulovesu.data", 'w') as file:
for name in data['nodes']:
counter += 1
try:
print(counter, name['name'].split()[0].encode('ascii'), detector.guess(name['name'].split()[0]), name['id'])
file.write('%s, %s, %s\n' % (str(name['id']), name['name'].split()[0].encode('ascii'), detector.guess(name['name'].split()[0])))
except:
print(counter, name['name'].split()[0], 'unknown')
file.write('%s, %s, unknown\n' % (str(name['id']), name['name'].split()[0].encode('ascii-8')))
print('\nEnd Time: %s' % strftime("%a, %b %d, %Y at %H:%M:%S", localtime()))
print('Execution Time: %.2f seconds' % (time()-start))