def make_html_data(tag_count, file_name, font_max_size=120, html_size=(900, 600)): tag_list = make_tags(tag_count, maxsize=font_max_size) data = create_html_data(tag_list, size=html_size, layout=LAYOUT_HORIZONTAL, fontname='Korean') template_file = open( os.path.join(os.path.dirname(os.path.abspath(__file__)), 'web/template.html'), 'r') html_template = Template(template_file.read()) context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s"\ style="top: %(top)dpx;left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)\ dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % { 'cname': k, 'normal': v[0], 'hover': v[1] } for k, v in data['css'].items()) html_text = html_template.substitute(context) html_file = open(os.path.join('../dist', file_name), 'w') html_file.write(html_text) html_file.close()
def generate_html(self, word_freq_tup_list, search_term): """ this function generates html file depicting word cloud word_freq_tup is passed by the caller :param word_freq_tup_list: :return: generated word cloud html text """ tags = make_tags(word_freq_tup_list) # print tags cloud_html = create_html_data(tags[:100], (500, 500), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') temp_path = os.path.abspath( os.path.join(os.path.dirname(__file__), '..', '..', '..', 'templates', 'template.html')) template_file = codecs.open(temp_path, mode='r', encoding='utf-8') html_template = Template(template_file.read()) context = {} # TODO: change href attribute in a tag to give link to data display tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;">' \ '<a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join( [tags_template % link for link in cloud_html['links']]) context['width'] = cloud_html['size'][0] context['height'] = cloud_html['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % { 'cname': k, 'normal': v[0], 'hover': v[1] } for k, v in cloud_html['css'].items()) context['mycss'] = "\ #word_f { \ height: 300px; \ -webkit-column-count: 5; \ -moz-column-count: 5; \ column-count: 5; \ } \ #word_f li { \ display: block; \ }\ #word_f li a { \ color: rgb(0, 162, 232); \ }" context['word_freq'] = "".join("<li> %(key)s => %(val)s </li>" % { 'key': t[0], 'val': str(t[1]) } for t in word_freq_tup_list) context[ 'page_title'] = 'Search Term : %s - Frequency Based Word Cloud - Top 100 words from search \ results (length(word) >= 3)' % search_term context[ 'list_title'] = '300 features extracted and their corresponding frequencies' html_text = html_template.substitute(context) return html_text
def test_create_html_data(self): """ HTML code sample """ tags = make_tags(get_tag_counts(self.hound.read())[:100], maxsize=120, colors=COLOR_SCHEMES['audacity']) data = create_html_data(tags, (440,600), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') template_file = open(os.path.join(os.path.dirname(os.path.abspath(__file__)), 'web/template.html'), 'r') html_template = Template(template_file.read()) context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % {'cname':k, 'normal': v[0], 'hover': v[1]} for k,v in data['css'].items()) html_text = html_template.substitute(context) html_file = open(os.path.join(self.test_output, 'cloud.html'), 'w') html_file.write(html_text) html_file.close()
def make_cloud(self, output_html): keywords = KeywordManager().all() text = ' '.join([kw.keyword for kw in keywords]) if output_html: max_tags = 30 max_size = 42 else: max_tags = 100 max_size = self.maxsize tags = make_tags(get_tag_counts(text)[:max_tags], minsize=self.minsize, maxsize=max_size) if output_html: size = (900, 300) result = create_html_data(tags, size=size, layout=LAYOUT_HORIZONTAL) else: #now = datetime.utcnow() #filename = 'jcuwords/static/clouds/keyword-cloud-%s.png' % now.isoformat() cloud = self.resolver.resolve('jcuwords:keyword-cloud.png') filename = cloud.abspath() size = (1024, 500) create_tag_image(tags, filename, size=size, fontname='IM Fell DW Pica', layout=LAYOUT_MIX) image_url = self.request.resource_url(None, 'keyword-cloud.png') result = {'image': image_url} return result
def get_tag_cloud(request, region_code): # Get all tweets in the region data_zone = DataZone.objects.get(code=region_code) tweet_locations = TweetLocation.objects.filter(zone=data_zone) body_text = '' for x in tweet_locations: body_text += x.tweet.body + ' ' tc = TagCloud() body_text = tc.filter_body(body_text) if body_text.strip() == '': body_text = "Region Empty" tags = make_tags(get_tag_counts(body_text)[:50], maxsize=50, colors=COLOR_SCHEMES['audacity']) data = create_html_data(tags, (560,450), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}a.%(cname)s:hover{color:%(hover)s;}" % {'cname':k, 'normal': v[0], 'hover': v[1]} for k,v in data['css'].items()) return render_to_response('tag_cloud.html', {'tags': context['tags'], 'css': context['css']})
def generate_tag_cloud(tags,outputfile): data = create_html_data(tags, size=(900, 600), fontname='Crimson Text', layout=3) template_file = open(os.path.join(os.path.dirname(os.path.abspath(__file__)), 'data/template.html'), 'r') html_template = Template(template_file.read()) context = {} tags_template = ''' <li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"> <a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx; left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a> </li> ''' context['tags'] = ''.join([tags_template.rstrip() % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = '\n'.join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % {'cname':k, 'normal': v[0], 'hover': v[1]} for k,v in data['css'].items()) html_text = html_template.substitute(context) with codecs.open(outputfile, 'w', encoding='utf-8') as html_file: html_file.write(html_text)
def interactive_wordcloud(all_texts): ''' :param all_texts: :return: ''' flat_text = [] for text in all_texts: for word in text: flat_text.append(word) print(flat_text) counts = Counter(flat_text).items() print(counts) sorted_wordscount = sorted(counts, key=lambda tup: tup[ 1])[:200] # sort and select the top 200 words counts print(sorted_wordscount) # Running get_tag_counts result in error UnicodeDecodeError: 'charmap' codec can't decode byte 0xaa in position 90: character maps to <undefined> # This is because in file stopwords.py, that is called by counter.py (contains code for get_tag_counts), the stopwords are not read in utf-8 tags = make_tags(sorted_wordscount, maxsize=100) print('tags', tags) data = create_html_data(tags, size=(1600, 800), layout=LAYOUT_MIX, fontname='Philosopher', rectangular=True) print('data', data) # ====================================================================================================================== # Write wordcloud on HTML file # ====================================================================================================================== template_file = open( os.path.join(os.path.dirname(os.path.abspath(__file__)), 'out/template.html'), 'r') html_template = Template(template_file.read()) context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % { 'cname': k, 'normal': v[0], 'hover': v[1] } for k, v in data['css'].items()) html_text = html_template.substitute(context) test_output = os.path.join(os.getcwd(), 'out') html_file = open(os.path.join(test_output, 'cloud.html'), 'w') html_file.write(html_text) html_file.close() '''
def test_create_html_data(self): """ HTML code sample """ data = create_html_data(self.tags, size=(600, 400), fontname='fonts/Arial.ttf', fontzoom=3) print '\nCSS\n' for style in data['css']: print style print '\nHTML\n' for link in data['links']: print '<a class="tag %(cls)s" href="#" style="top: %(top)dpx; left: %(left)dpx; font-size: %(size)dpx;">%(tag)s</a>' % link
def generate_html(self, word_freq_tup_list, search_term): """ this function generates html file depicting word cloud word_freq_tup is passed by the caller :param word_freq_tup_list: :return: generated word cloud html text """ tags = make_tags(word_freq_tup_list) # print tags cloud_html = create_html_data(tags[:100], (500, 500), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') temp_path = os.path.abspath( os.path.join(os.path.dirname(__file__), '..', '..', '..', 'templates', 'template.html')) template_file = codecs.open(temp_path, mode='r', encoding='utf-8') html_template = Template(template_file.read()) context = {} # TODO: change href attribute in a tag to give link to data display tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;">' \ '<a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in cloud_html['links']]) context['width'] = cloud_html['size'][0] context['height'] = cloud_html['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % {'cname': k, 'normal': v[0], 'hover': v[1]} for k, v in cloud_html['css'].items()) context['mycss'] = "\ #word_f { \ height: 300px; \ -webkit-column-count: 5; \ -moz-column-count: 5; \ column-count: 5; \ } \ #word_f li { \ display: block; \ }\ #word_f li a { \ color: rgb(0, 162, 232); \ }" context['word_freq'] = "".join( "<li> %(key)s => %(val)s </li>" % {'key': t[0], 'val': str(t[1])} for t in word_freq_tup_list) context['page_title'] = 'Search Term : %s - Frequency Based Word Cloud - Top 100 words from search \ results (length(word) >= 3)' % search_term context['list_title'] = '300 features extracted and their corresponding frequencies' html_text = html_template.substitute(context) return html_text
def createHtmlData(wors): auxwords = removeWords(wors) tags = make_tags(get_tag_counts(auxwords)[:20], maxsize=80, colors=COLOR_SCHEMES['oldschool']) data = create_html_data(tags, (800,600), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' return ''.join([tags_template % link for link in data['links']])
def createHtmlData(wors): auxwords = removeWords(wors) tags = make_tags(get_tag_counts(auxwords)[:20], maxsize=80, colors=COLOR_SCHEMES['oldschool']) data = create_html_data(tags, (800, 600), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' return ''.join([tags_template % link for link in data['links']])
def create_cloud(sql): #p=translate(News2) #P=p.News2 #query = (P.select(P.newsid).where(P.newsdate)==P.select(fn.MAX(P.newsdate))) cursor = connection.cursor() cursor.execute(sql) allterm=cursor.fetchall() alltermlist=list(allterm) alltermdic={} checklist=[] while not len(alltermlist) == 0: popone=alltermlist.pop() key=popone[0] value=popone[1] checklist.append(key) if key in [a[0] for a in checklist]: alltermdic[key]+=value else: alltermdic[key]=value swd = sorted(alltermdic.iteritems(), key=itemgetter(1), reverse=True) swd = [w for w in swd[1:50]] tags = make_tags(swd, maxsize=120) data = create_html_data(tags, size=(600, 400), layout=3, fontname="Simhei", rectangular=False) from string import Template context = {} with open('/Users/jojotenya/Documents/Django/News/newsCloud/template.html') as f: html_template = Template(f.read()) tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; \ height: %(height)dpx;"><a class="tag \ %(cls)s" href="/to_sec/%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; \ line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % {'cname': k, 'normal': v[0], 'hover': v[1]} for k, v in data['css'].items()) html_text = html_template.substitute(context) return html_text
def _test_create_html_data(self): """ HTML code sample """ tags = make_tags(get_tag_counts(self.hound.read())[:100], maxsize=120, colors=COLOR_SCHEMES['audacity']) data, html_text = create_html_data(tags, size=(1280, 900), fontname='Lobster', fontzoom=1) html_file = open(os.path.join(self.test_output, 'cloud.html'), 'w') html_file.write(html_text) html_file.close print '\nCSS\n' for style in data['css']: print style print '\nHTML\n' for link in data['links']: print '<a class="tag %(cls)s" href="#" style="top: %(top)dpx; left: %(left)dpx; font-size: %(size)dpx;">%(tag)s</a>' % link
def create_html_data(self): """ HTML code sample """ tags = make_tags(get_tag_counts(self.content), maxsize=120, colors=COLOR_SCHEMES['audacity']) # FIXME 存在segmentfault bug data = create_html_data(tags, (840, 1000), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') template_file = open(os.path.join('templates/', 'web/template.html'), 'r') html_template = Template(template_file.read()) template_file.close() context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join( [tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % { 'cname': k, 'normal': v[0], 'hover': v[1] } for k, v in data['css'].items()) html_text = html_template.substitute(context) html_file = open('templates/cloud.html', 'w') html_file.write(html_text.encode('utf-8')) html_file.close()
def test_create_html_data(self): """ HTML code sample """ tags = make_tags(get_tag_counts(self.hound.read())[:100], maxsize=36, colors=COLOR_SCHEMES['goldfish']) data = create_html_data(tags, (220, 300), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') template_file = open( os.path.join(os.path.dirname(os.path.abspath(__file__)), 'web/template.html'), 'r') html_template = Template(template_file.read()) context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="/tag/%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join( [tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % { 'cname': k, 'normal': v[0], 'hover': v[1] } for k, v in data['css'].items()) html_text = html_template.substitute(context) html_file = open(os.path.join(self.test_output, 'cloud.html'), 'w') html_file.write(html_text) html_file.close()
def wordcloud(direc): text = "" with open(direc) as f: lines = f.readlines() text = "".join(lines) words = word_tokenize(text) tags = make_tags(get_tag_counts(text), maxsize=90) data = create_html_data(tags, (1600,1200), layout = LAYOUT_MIX, fontname='Philiosopher', rectangular=True) template_file = open(os.path.join(os.path.dirname(os.path.abspath(__file__)), '../corpus/'), 'r') html_template = Template(template_file.read()) context = {} tags_template = '<li class="cnt" style="top: %(top)dpx; left: %(left)dpx; height: %(height)dpx;"><a class="tag %(cls)s" href="#%(tag)s" style="top: %(top)dpx;\ left: %(left)dpx; font-size: %(size)dpx; height: %(height)dpx; line-height:%(lh)dpx;">%(tag)s</a></li>' context['tags'] = ''.join([tags_template % link for link in data['links']]) context['width'] = data['size'][0] context['height'] = data['size'][1] context['css'] = "".join("a.%(cname)s{color:%(normal)s;}\ a.%(cname)s:hover{color:%(hover)s;}" % {'cname':k, 'normal': v[0], 'hover': v[1]} for k,v in data['css'].items()) html_text = html_template.substitute(context) html_file = open(os.path.join(self.test_output, 'cloud.html'), 'w') html_file.write(html_text) html_file.close()
upon those not infrequent occasions when he was up all night, was seated at the breakfast table. I stood upon the hearth-rug and picked up the stick which our visitor had left behind him the night before. It was a fine, thick piece of wood, bulbous-headed, of the sort which is known as a "Penang lawyer." Just under the head was a broad silver band nearly an inch across. "To James Mortimer, M.R.C.S., from his friends of the C.C.H.," was engraved upon it, with the date "1884." It was just such a stick as the old-fashioned family practitioner used to carry--dignified, solid, and reassuring. ''' tags = make_tags( get_tag_counts(text, maxsize=120, colors=COLOR_SCHEMES['audacity'])) data = create_html_data(tags, (440, 600), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') template_file = open( os.path.join(os.path.dirname(os.path.abspath(__file__)), 'web/template.html'), 'r') html_template = Template(''' <html> <head> <meta http-equiv="Content-Type" content="text/html; utf-8"> <title>PyTagCloud</title> <style type="text/css"> body{ background-color: black; }
Mr. Sherlock Holmes, who was usually very late in the mornings, save upon those not infrequent occasions when he was up all night, was seated at the breakfast table. I stood upon the hearth-rug and picked up the stick which our visitor had left behind him the night before. It was a fine, thick piece of wood, bulbous-headed, of the sort which is known as a "Penang lawyer." Just under the head was a broad silver band nearly an inch across. "To James Mortimer, M.R.C.S., from his friends of the C.C.H.," was engraved upon it, with the date "1884." It was just such a stick as the old-fashioned family practitioner used to carry--dignified, solid, and reassuring. ''' tags = make_tags(get_tag_counts(text, maxsize=120, colors=COLOR_SCHEMES['audacity'])) data = create_html_data(tags, (440,600), layout=LAYOUT_HORIZONTAL, fontname='PT Sans Regular') template_file = open(os.path.join(os.path.dirname(os.path.abspath(__file__)), 'web/template.html'), 'r') html_template = Template(''' <html> <head> <meta http-equiv="Content-Type" content="text/html; utf-8"> <title>PyTagCloud</title> <style type="text/css"> body{ background-color: black; } @font-face { font-family: 'PTSans'; src: url('../webfonts/ptsans/pt_sans-web-regular-webfont-2.eot');
def print_user_htmltagclouds(list_usernames,path): file_ = open('data/personomies_extended') tag_t_cloud = [] tag_fr_cloud = [] tag_cloud_tags = [] tag_d_cloud = [] tag_sum = 0.0 tas_sum = 0.0 old_usernameprint = '' sum_clouds = 0 sum_clouds_not = 0 for line in file_: row = line.strip('\n').split(' ') freq = float(row[0]) new_username = row[1] tag = row[2] if not(row[3] == 'None'): tag_fu = float(row[3]) else: tag_fu = None if not(row[4] == 'None'): tag_fr = float(row[4]) else: tag_fr = None if not(row[5] == 'None'): tag_d = float(row[5]) else: tag_d = None if not(row[6] == 'None'): tag_eu = float(row[6]) else: tag_eu = None if not(row[7] == 'None'): tag_t = float(row[7]) else: tag_t = None if new_username in list_usernames: if (new_username == old_username) or (old_username == ''): tas_sum += freq tag_sum += 1.0 #if not(tag_fr == None): tag_fr_cloud.append((tag,tag_fr*freq)) #if not(tag_d == None): tag_d_cloud.append((tag,tag_d*freq)) #if not(tag_eu == None): tag_eu_sum.append(tag_eu*freq) if not(tag_t == None): tag_t_cloud.append((tag,tag_t*freq)) tag_cloud_tags.append((tag,freq)) old_usernameprint = old_username else: if not(tag_cloud_tags == []) and (len(tag_cloud_tags)>1) and tag_sum < PRINT_TAG_THRESHOLD: sum_clouds += 1 if sum_clouds > PRINT_CLOUDS: break tags_adjusted = [] sum_ = 0.0 for pair in tag_cloud_tags: print pair tags_adjusted.append((pair[0].replace('%20',' '),pair[1])) sum_ += pair[1] if not(sum_ == len(tags_adjusted)): tags = make_tags(tags_adjusted) for layout in LAYOUTS: data, html_text = create_html_data(tags, size=(600, 500), fontname='Lobster', fontzoom=1) html_file = open(path+'tagcloud_'+str(old_usernameprint)+'_'+'10'+'.html', 'w') html_file.write(html_text) html_file.close() else: sum_clouds_not += 1 tag_sum = 1.0 #tag_t_cloud = [(tag,tag_t*freq)] #tag_fr_cloud = [(tag,tag_fr*freq)] #tag_d_cloud = [(tag,tag_d*freq)] if not(tag_t == None): tag_cloud_tags = [(tag,freq)] else: tag_cloud_tags = [] old_usernameprint = new_username old_username = new_username print 'Number of clouds printed:',sum_clouds,' and number of users dropped:',sum_clouds_not