def createFV(in_file_path, selected_n_grams, tdm_dict, tid_dict, sc_dict):
with open(in_file_path, 'rb') as tsv_in:
# Initializing the TDM (list of dictionaries)
for tid in tid_dict:
tdm_dict[tid] = {}
for topic in selected_n_grams:
for token in selected_n_grams[topic]:
tdm_dict[tid][token] = 0
#create csv reader for the input file
# TweetID | Topic | Tweet | class (sentiment)
tsv_in = csv.reader(tsv_in, delimiter='\t')
for row in tsv_in:
tid = row[0]
# topic = row[1]
tweet = row[2]
if len(row)>3:
words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(tweet),1)
#topic = dataCleaner.removeSpecialCharacters(topic)
#words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(tweet), 1)
if tid in tid_dict:
for topic in selected_n_grams:
for token in selected_n_grams[topic]:
if token in words:
tdm_dict[tid][token]+=1
def dataReader(in_file_path, n_grams, tid_dict, sc_dict):
with open(in_file_path, 'rb') as tsv_in:
#create csv reader for the input file
tsv_in = csv.reader(tsv_in, delimiter='\t')
# File format
# TweetID | Tweet | class (sentiment)
for row in tsv_in:
#print row
tid = row[0]
tweet = row[1]
if len(row) > 2:
sentiment = row[2]
# only consider unique tweets
if not tid in tid_dict:
if sentiment in sc_dict:
tid_dict[tid] = sentiment
sc_dict[sentiment] += 1
# obtaining individual words from the tweet
# Special characters, numbers are removed and converted to lower case
# first step, removing special characters other than ones related to smileys
words = dataCleaner.removeStopWords(
dataCleaner.removeSpecialCharacters(
dataCleaner.convertEmoticons(tweet)), 1)
for token in words:
if token in n_grams:
n_grams[token] += 1
else:
n_grams[token] = 1
def dataReader(in_file_path, n_grams, tid_dict, sc_dict):
with open(in_file_path, 'rb') as tsv_in:
#create csv reader for the input file
tsv_in = csv.reader(tsv_in, delimiter='\t')
# File format
# TweetID | Tweet | class (sentiment)
for row in tsv_in:
#print row
tid = row[0]
tweet = row[1]
if len(row)>2:
sentiment = row[2]
# only consider unique tweets
if not tid in tid_dict:
if sentiment in sc_dict:
tid_dict[tid] = sentiment
sc_dict[sentiment] += 1
# obtaining individual words from the tweet
# Special characters, numbers are removed and converted to lower case
# first step, removing special characters other than ones related to smileys
words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(dataCleaner.convertEmoticons(tweet)),1)
for token in words:
if token in n_grams:
n_grams[token] +=1
else:
n_grams[token] = 1
def createFV(in_file_path, selected_n_grams, tdm_dict, tid_dict, sc_dict):
with open(in_file_path, 'rb') as tsv_in:
# Initializing the TDM (list of dictionaries)
for tid in tid_dict:
tdm_dict[tid] = selected_n_grams
tdm_dict[tid] = {x:0 for (x,v) in tdm_dict[tid].items()}
#create csv reader for the input file
tsv_in = csv.reader(tsv_in, delimiter='\t')
for row in tsv_in:
tid = row[0]
tweet = row[1]
if len(row)>2:
#words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(dataCleaner.convertEmoticons(tweet)),1)
words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(tweet), 1)
if tid in tid_dict:
for token in selected_n_grams:
if token in words:
tdm_dict[tid][token]+=1
def createFV(in_file_path, selected_n_grams, tdm_dict, tid_dict, sc_dict):
with open(in_file_path, 'rb') as tsv_in:
# Initializing the TDM (list of dictionaries)
for tid in tid_dict:
tdm_dict[tid] = selected_n_grams
tdm_dict[tid] = {x: 0 for (x, v) in tdm_dict[tid].items()}
#create csv reader for the input file
tsv_in = csv.reader(tsv_in, delimiter='\t')
for row in tsv_in:
tid = row[0]
tweet = row[1]
if len(row) > 2:
#words = dataCleaner.removeStopWords(dataCleaner.removeSpecialCharacters(dataCleaner.convertEmoticons(tweet)),1)
words = dataCleaner.removeStopWords(
dataCleaner.removeSpecialCharacters(tweet), 1)
if tid in tid_dict:
for token in selected_n_grams:
if token in words:
tdm_dict[tid][token] += 1
