def getWords(self, text):
lemmas = LemmatizeText(self.ct.removePunctuation(text), "FR")
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
words = []
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
for w in lemmas.wordList:
word = {}
word['word']=w.word
word['tf']=w.tf
word['count']=w.count
word['pos']=w.wtype
words.append(word)
return words
def analysis_dashboard_page2():
keywords = request.form['keyword']
date = request.form['date']
checked_genders = request.form.getlist('gender')
checked_ages = request.form.getlist('age')
print date,keywords,checked_genders,checked_ages
lem = LemmatizeText(keywords)
lem.createLemmaText()
lem.createLemmas()
wordList = []
for word in lem.wordList:
"""
If you want to use a regex,
This example will construct a regex that contains the lemma
similar in SQL to -> where word like '%f**k%'
"""
#regex = re.compile(word.word, re.IGNORECASE)
#wordList.append(regex)
"""
this one will find only the tweets with the matching word
"""
wordList.append(word.word)
global query
query = {}
global query_pretty
query_pretty = ""
if wordList:
query_pretty += "Keyword filter: "+' '.join(wordList)+"<br/>"
query["words.word"] = { "$in": wordList }
if date:
query_pretty += "Date filter: "+date+"<br/>"
start, end = date.split(" ")
query["date"] = { "$gt": start, "$lte": end }
if checked_ages and 0 < len(checked_ages) < 6:
query_pretty += "Age filter: "+' '.join(checked_ages)+"<br/>"
query["age"] = { "$in": checked_ages }
if checked_genders and len(checked_genders) == 1:
query_pretty += "Gender filter: "+' '.join(checked_genders)+"<br/>"
query["gender"] = checked_genders[0]
if query:
vocab = VocabularyIndex(dbname)
vocab.createIndex(query)
tweetCount = getTweetCount()
return render_template('analysis.html', tweetCount=tweetCount, dates=date, keywords=' '.join(wordList))
def getWords(self, text):
lemmas = LemmatizeText(self.ct.removePunctuation(text), "FR")
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
words = []
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
for w in lemmas.wordList:
word = {}
word['word'] = w.word
word['tf'] = w.tf
word['count'] = w.count
word['pos'] = w.wtype
words.append(word)
return words
def analysis_dashboard_page2():
keywords = request.form['keyword']
date = request.form['date']
checked_genders = request.form.getlist('gender')
checked_ages = request.form.getlist('age')
print date, keywords, checked_genders, checked_ages
lem = LemmatizeText(keywords)
lem.createLemmaText()
lem.createLemmas()
wordList = []
for word in lem.wordList:
"""
If you want to use a regex,
This example will construct a regex that contains the lemma
similar in SQL to -> where word like '%f**k%'
"""
#regex = re.compile(word.word, re.IGNORECASE)
#wordList.append(regex)
"""
this one will find only the tweets with the matching word
"""
wordList.append(word.word)
global query
query = {}
global query_pretty
query_pretty = ""
if wordList:
query_pretty += "Keyword filter: " + ' '.join(wordList) + "<br/>"
query["words.word"] = {"$in": wordList}
if date:
query_pretty += "Date filter: " + date + "<br/>"
start, end = date.split(" ")
query["date"] = {"$gt": start, "$lte": end}
if checked_ages and 0 < len(checked_ages) < 6:
query_pretty += "Age filter: " + ' '.join(checked_ages) + "<br/>"
query["age"] = {"$in": checked_ages}
if checked_genders and len(checked_genders) == 1:
query_pretty += "Gender filter: " + ' '.join(checked_genders) + "<br/>"
query["gender"] = checked_genders[0]
if query:
vocab = VocabularyIndex(dbname)
vocab.createIndex(query)
tweetCount = getTweetCount()
return render_template('analysis.html',
tweetCount=tweetCount,
dates=date,
keywords=' '.join(wordList))
return lemmas
header, corpus = readCSV('RNTI_articles_export_fixed1347_ids.txt')
print header
idx = 0
for line in corpus:
# language title
if line[9] == 'fr':
filename = 'texts/' + str(line[8]) + 'title'
writeFile(filename, line[3])
pos_title = extractPOS(filename)
lemma_title = splitPos(pos_title)
elif line[9] == 'en':
lt = LemmatizeText(line[3])
lt.createLemmaText()
lemma_title = lt.cleanText
# language abstract
if line[10] == 'fr':
filename = 'texts/' + str(line[8]) + 'abstract'
writeFile(filename, line[4])
pos_abstract = extractPOS(filename)
lemma_abstract = splitPos(pos_abstract)
elif line[10] == 'en':
lt = LemmatizeText(line[4])
lt.createLemmaText()
lemma_abstract = lt.cleanText
if line[9] == 'fr' and line[10] == 'fr':
line[12] = lemma_title + ' ' + lemma_abstract
if line[9] == 'en' and line[10] == 'en':
def processElement_serial(elem, language, mode=0):
document = dict()
# get language
if len(elem) >= 8:
lang = elem[7]
else:
lang = language
# get clean text
try:
cleanText, hashtags, attags = ct.cleanText(elem[1], lang)
# if clean text exists
if len(ct.removePunctuation(cleanText)) > 0:
# extract lemmas and part of speech
lemmas = LemmatizeText(rawText=ct.removePunctuation(cleanText), language=lang, mode=mode)
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
words = []
for w in lemmas.wordList:
word = dict()
word['word'] = w.word
word['tf'] = w.tf
word['count'] = w.count
word['pos'] = w.wtype
words.append(word)
# named entities:
ner = NamedEntitiesRegonizer(text=cleanText, language=lang)
ner.createNamedEntities()
if ner.ner:
document['namedEntities'] = ner.ner
# construct the document
document['_id'] = elem[0]
document['rawText'] = elem[1].encode('utf8').encode('string_escape').replace('\r', '').replace('\n', '')
document['cleanText'] = cleanText.encode('utf8').encode('string_escape').replace('\r', '').replace('\n', '')
document['lemmaText'] = lemmaText
document['date'] = elem[2]
document['author'] = elem[3]
document['words'] = words
# geo location [x, y]
document['geoLocation'] = elem[4].split(' ')
# author age
# this are the change required for the moment when we will keep age as a number
# age = elem[5].split('-')
# document['age'] = int(age[1]) - int(age[0])
document['age'] = elem[5]
# this are the changes required for the moment when we will keep gender as a number
# author gender - 1 male, 2 female, 0 unknown
# document['gender'] = gender.get(elem[6], 0)
document['gender'] = elem[6]
if attags:
document['attags'] = attags
if hashtags:
document['hashtags'] = hashtags
except Exception as e:
print e
return document
lemmas += word + ' '
return lemmas
header, corpus = readCSV('RNTI_articles_export_fixed1347_ids.txt')
print header
idx = 0
for line in corpus:
# language title
if line[9] == 'fr':
filename = 'texts/'+str(line[8]) + 'title'
writeFile(filename, line[3])
pos_title = extractPOS(filename)
lemma_title = splitPos(pos_title)
elif line[9] == 'en':
lt = LemmatizeText(line[3])
lt.createLemmaText()
lemma_title = lt.cleanText
# language abstract
if line[10] == 'fr':
filename = 'texts/'+str(line[8]) + 'abstract'
writeFile(filename, line[4])
pos_abstract = extractPOS(filename)
lemma_abstract = splitPos(pos_abstract)
elif line[10] == 'en':
lt = LemmatizeText(line[4])
lt.createLemmaText()
lemma_abstract = lt.cleanText
if line[9] == 'fr' and line[10] == 'fr':
line[12] = lemma_title + ' ' + lemma_abstract
if line[9] == 'en' and line[10] == 'en':
def process_element(elem):
document = dict()
if len(elem) == 9:
try:
# construct the document
# rawText = elem[4].decode('latin-1').encode('utf-8')#.encode('latin-1').encode('string_escape').replace('\r', '').replace('\n', '')
document['rawText'] = elem[4].encode('latin-1')#.encode('string_escape').replace('\r', '').replace('\n', '')
document['series'] = elem[0]
document['booktitle'] = elem[1]
document['year'] = elem[2]
document['title'] = elem[3].encode('latin-1')
#authors
authors = elem[5].split(',')
#document['authors'] = [ {'name': author.strip(' ').decode('latin-1').encode('utf-8'), 'position': authors.index(author)} for author in authors]
document['authors'] = [ {'name': author.strip(' ').encode('latin-1'), 'position': authors.index(author)} for author in authors]
document['pdf1page'] = elem[6]
document['pdfarticle'] = elem[7]
document['_id'] = elem[8]
try:
lang = detect(elem[4].decode('latin-1')).upper()
except Exception as e1:
try:
lang = detect(elem[3].decode('latin-1')).upper()
print e1, 'aici try 2'
except Exception as e2:
lang = 'FR'
print e2, 'aici try 3'
document['language'] = lang
if len(elem[4])>0:
try:
cleanText = ct.cleanTextSimple(elem[4].encode('latin-1'), lang)
# if clean text exists
# print cleanText
if len(ct.removePunctuation(cleanText)) > 0:
# extract lemmas and part of speech
lemmas = LemmatizeText(rawText=ct.removePunctuation(cleanText), language=lang)
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
words = []
for w in lemmas.wordList:
word = dict()
word['word'] = w.word
word['tf'] = w.tf
word['count'] = w.count
word['pos'] = w.wtype
words.append(word)
document['cleanText'] = cleanText#.encode('latin-1').encode('string_escape').replace('\r', '').replace('\n', '')
document['lemmaText'] = lemmaText
document['words'] = words
except Exception as e:
print e, 'sunt in lemmaText'
except Exception as e:
print e, 'aici try 1', elem
else:
print 'aici in else', elem
return document
def processElement_serial(elem, language, mode=0):
document = dict()
# get language
if len(elem) >= 8:
lang = elem[7]
else:
lang = language
# get clean text
try:
cleanText, hashtags, attags = ct.cleanText(elem[1], lang)
# if clean text exists
if len(ct.removePunctuation(cleanText)) > 0:
# extract lemmas and part of speech
lemmas = LemmatizeText(rawText=ct.removePunctuation(cleanText),
language=lang,
mode=mode)
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
words = []
for w in lemmas.wordList:
word = dict()
word['word'] = w.word
word['tf'] = w.tf
word['count'] = w.count
word['pos'] = w.wtype
words.append(word)
# named entities:
ner = NamedEntitiesRegonizer(text=cleanText, language=lang)
ner.createNamedEntities()
if ner.ner:
document['namedEntities'] = ner.ner
# construct the document
document['_id'] = elem[0]
document['rawText'] = elem[1].encode('utf8').encode(
'string_escape').replace('\r', '').replace('\n', '')
document['cleanText'] = cleanText.encode('utf8').encode(
'string_escape').replace('\r', '').replace('\n', '')
document['lemmaText'] = lemmaText
document['date'] = elem[2]
document['author'] = elem[3]
document['words'] = words
# geo location [x, y]
document['geoLocation'] = elem[4].split(' ')
# author age
# this are the change required for the moment when we will keep age as a number
# age = elem[5].split('-')
# document['age'] = int(age[1]) - int(age[0])
document['age'] = elem[5]
# this are the changes required for the moment when we will keep gender as a number
# author gender - 1 male, 2 female, 0 unknown
# document['gender'] = gender.get(elem[6], 0)
document['gender'] = elem[6]
if attags:
document['attags'] = attags
if hashtags:
document['hashtags'] = hashtags
except Exception as e:
print e
return document
def processElement(elem):
document = dict()
# get language
try:
lang = detect(elem[1]).upper()
except Exception as e:
print e
lang = ''
if lang == 'EN':
# get clean text
cleanText, hashtags, attags = ct.cleanText(elem[1], lang)
# if clean text exists
if len(ct.removePunctuation(cleanText)) > 0:
# extract lemmas and part of speech
lemmas = LemmatizeText(rawText=ct.removePunctuation(cleanText), language=lang, mode=global_mode)
lemmas.createLemmaText()
lemmaText = lemmas.cleanText
if lemmaText and lemmaText != " ":
lemmas.createLemmas()
words = []
for w in lemmas.wordList:
word = dict()
word['word'] = w.word
word['tf'] = w.tf
word['count'] = w.count
word['pos'] = w.wtype
words.append(word)
# named entities:
ner = NamedEntitiesRegonizer(text=cleanText, language=lang)
ner.createNamedEntities()
if ner.ner:
document['namedEntities'] = ner.ner
# construct the document
document['_id'] = int(elem[0])
document['rawText'] = elem[1].decode('utf8').encode('utf8').encode('string_escape').replace('\r', '').replace('\n', '')
document['cleanText'] = cleanText.decode('utf8').encode('utf8').encode('string_escape').replace('\r', '').replace('\n', '')
document['lemmaText'] = lemmaText
document['date'] = elem[2]
document['words'] = words
# geo location [x, y]
document['geoLocation'] = elem[4].split(' ')
# author age
# this are the change required for the moment when we will keep age as a number
author = dict()
# this are the changes required for the moment when we will keep gender as a number
# author gender - 1 male, 2 female, 0 unknown
if authors.get(int(elem[3]), -1) == -1:
age = elem[5].split('-')
author['age'] = (int(age[1]) + int(age[0]))/2
author['authorid'] = int(elem[3])
author['genderid'] = genderid.get(elem[6], 0)
author['gender'] = gender.get(elem[6], 'unknown')
if author['genderid'] == 1:
global b_idx
author['firstname'] = names.boys[b_idx][0]
author['lastname'] = names.boys[b_idx][1]
b_idx += 1
elif author['genderid'] == 2:
global g_idx
author['firstname'] = names.girls[g_idx][0]
author['lastname'] = names.girls[g_idx][1]
g_idx += 1
authors[int(elem[3])] = author
else:
author = authors[int(elem[3])]
# print author
document['authors'] = [author]
if attags:
document['attags'] = attags
if hashtags:
document['hashtags'] = hashtags
return document
