def test_generate_model():
messages = twitter_timeline_parser.extract_messages("c:/temp/tweets2009-12.txt", limit=100)
log.info('\n'.join([message['words'] for message in messages]))
log.info(len(messages))
booster = db_mc_handler()
mc_l = markov_chain('test',booster)
for i in range(len(messages)):
message = messages[i]
mc_l.add_message(split_to_words(message['words']))
log.info('appending %s words: %s relations: %s' % (i, mc_l.words_count_, mc_l.relations_count_))
log.info('................................')
def test_model_():
booster = db_mc_handler(truncate=True)
mc1 = markov_chain('left_test', booster,n_of_gram_=2)
mc2 = markov_chain('right_test', booster,n_of_gram_=2)
mc1.add_message(['a', 'b', 'c', 'd'])
mc1.add_message(['a', 'b', 'c', 'd'])
mc1.add_message(['a1', 'b1', 'c1', 'd1'])
mc1.add_message(['a','a1','b','b1','c','c1','d','d1'])
mc2.add_message(['a', 'b', 'c', 'd'])
mc2.add_message(['a2', 'b2', 'c2', 'd2'])
mc1.save()
mc2.save()
mc1.print_me()
mc2.print_me()
import visualise.vis2d_machine as vis
__author__ = '4ikist'
__doc__ = """
Эксперимент 1.
1) Создание общей модели определенного класса людей.
2) Нахождение весов людей на основе принадлежности ленты определенного человека к общей модели.
3) Класстеризация на людей на основе разницы
"""
log = loggers.logger
main_db = db_handler()
engine = engines.tweepy_engine(out=main_db)
booster = db_mc_handler()
def get_users(filename):
"""
forming users some from db or scrapping from ttr
"""
result = []
users = open(filename).readlines()
for user in users:
name_ = tools.imply_dog(user, with_dog=True).strip()
log.info('find user by name "%s"' % name_)
m_user = main_db.get_user({'name_': name_})
if m_user:
log.info('user found %s' % m_user.name_)
result.append(m_user)
from analysing_data import markov_chain_machine
from analysing_data.markov_chain_machine import markov_chain
import text_proc.text_processing as tp
from analysing_data.booster import db_mc_handler
from model.db import db_handler
from search_engine.twitter_engine import tweepy_engine
from analysing_data.mc_difference_logic import diff_markov_chains
import tools
__author__ = '4ikist'
db = db_handler(host_='localhost', port_=27017, db_name_='ttr_exp')
boost = db_mc_handler()
engine = tweepy_engine(out=db)
def get_users_data(user_name1, user_name2):
user1 = engine.get_user_info(user_name1)
user2 = engine.get_user_info(user_name2)
db.save_user(user1.serialise())
db.save_user(user2.serialise())
timeline1 = tools.flush(user1.timeline, by_what=lambda x: tp.get_words(x['text'], is_normalise=True))[:10]
timeline2 = tools.flush(user2.timeline, by_what=lambda x: tp.get_words(x['text'], is_normalise=True))[:10]
print len(timeline1)
print len(timeline2)
mc1 = markov_chain_machine.create_model(timeline1, user_name1, boost)
mc2 = markov_chain_machine.create_model(timeline2, user_name2, boost)
return mc1, mc2
from analysing_data.markov_chain_machine import markov_chain
import loggers
from model.db import db_handler
from search_engine import twitter_engine
from search_engine.twitter_engine import tweepy_engine
import tools
from visualise import vis_machine
__author__ = '4ikist'
db_ = db_handler(truncate=False)
api_engine = twitter_engine.tweepy_engine(out=db_)
booster = db_mc_handler(truncate=False)
vis_processor = vis_machine
log = loggers.logger
def model_splitter(message):
message_ = message.split()
return message_
def process_names(file_name, class_name):
"""
get from file ser names, scrapping saving and forming markov chains for any user timeline
"""
names = open(file_name).readlines()
result = []
