main.py
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import downloader
from time import sleep
from konlpy.tag import Twitter
from collections import Counter
from matplotlib import rc
import matplotlib.pyplot as plt
from matplotlib import font_manager as fm
import pytagcloud
import operator
def get_tags (Comment_List) :
okja = []
for temp in Comment_List :
okja.append(temp['text'])
twitter = Twitter()
sentence_tag =[]
for sentence in okja:
morph = twitter.pos(sentence)
sentence_tag.append(morph)
print(morph)
print('-'*30)
print(sentence_tag)
print(len(sentence_tag))
print('\n'*3)
noun_adj_list = []
for sentence1 in sentence_tag:
for word,tag in sentence1:
if len(word) >=2 and tag == 'Noun':
noun_adj_list.append(word)
counts = Counter(noun_adj_list)
print(' 가장 많이 등장한 10개의 키워드. \n')
print(counts.most_common(10))
tags2 = counts.most_common(10)
taglist = pytagcloud.make_tags(tags2,maxsize=80)
pytagcloud.create_tag_image(taglist,'wordcloud.jpg',size =(900,600),fontname ='Nanum Gothic', rectangular = False)
def print_result(Comment_List) :
for var in Comment_List :
print(var)
print('******* 검색 완료 *******')
print('\n\n\n')
def search_by_author(Comment_List,author_name) :
result_List = []
for var in Comment_List :
if (var['author'] == author_name) :
result_List.append(var)
return result_List
def search_by_keyword(Comment_List,keyword) :
result_List = []
for var in Comment_List :
print(var['text'])
if ( keyword in var['text']) :
result_List.append(var)
return result_List
def search_by_time(Comment_List,Time_input) :
result_List = []
for var in Comment_List :
if(var['time'] == Time_input) :
result_List.append(var)
return result_List
def make_time_chart (Comment_List) :
result_List = []
save_List = []
day_dict = {}
month_dict = {}
year_dict = {}
hour_dict = {}
minute_dict = {}
week_dict = {}
for var in Comment_List :
result_List.append(var['time'])
for i in range(len(result_List)) :
print(result_List[i] + ' ')
print('\n\n\n\n')
temp_List = list(set(result_List))
for i in range(len(temp_List)) :
print(temp_List[i] + ' ')
print('\n\n\n\n')
for i in range (len(temp_List)) :
result_dict = {}
a = result_List.count(temp_List[i])
result_dict[temp_List[i]] = a
save_List.append(result_dict)
for i in range (len(save_List)):
num = ''
data = 0
for j in save_List[i] :
num = j
for k in save_List[i].values() :
data = k
if num.find('개월') >= 0 :
month_dict[num] = k
elif num.find('일') >= 0 :
day_dict[num] = k
elif num.find('년') >= 0 :
year_dict[num] = k
elif num.find('시간') >= 0 :
hour_dict[num] = k
elif num.find('주') >= 0 :
week_dict[num] = k
elif num.find('분') >= 0 :
minute_dict[num] = k
year_data = sorted(year_dict.items(), key=operator.itemgetter(0))
month_data = sorted(month_dict.items(), key=operator.itemgetter(0))
week_data = sorted(week_dict.items(), key=operator.itemgetter(0))
day_data = sorted(day_dict.items(), key=operator.itemgetter(0))
hour_data = sorted(hour_dict.items(), key=operator.itemgetter(0))
minute_data = sorted(minute_dict.items(), key=operator.itemgetter(0))
#print(month_data)
#print(week_data)
#print(day_data)
make_chart(year_data,month_data,week_data,day_data,hour_data,minute_data)
def make_chart(year_data,month_data,week_data,day_data,hour_data,minute_data) :
temp_list = [year_data,month_data,week_data,day_data,hour_data,minute_data]
x_list = []
y_list = []
print(temp_list)
for var1 in temp_list :
for var2 in var1 :
if(var2[0].find('년')>=0):
temp1 = var2[0][0] + 'years'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
elif(var2[0].find('개월')>=0):
temp1 = var2[0][0] + 'months'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
elif(var2[0].find('주')>=0):
temp1 = var2[0][0] + 'weeks'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
elif(var2[0].find('일')>=0):
temp1 = var2[0][0] + 'days'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
elif(var2[0].find('시간')>=0):
temp1 = var2[0][0] + 'hours'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
else:
temp1 = var2[0][0] + 'minutes'
temp2 = int(var2[1])
x_list.append(temp1)
y_list.append(temp2)
print(x_list)
plt.bar(x_list,y_list,width = 0.5 , color = "blue")
# plt.show() -> 출력
plt.savefig('chart.png',dpi=300)
# plt.savefig('chart.png', dpi=300)
def call_main ():
print(' Comment Thread 생성중 \n')
sleep(1)
print(' **************************************************************')
print(' **************************************************************')
print(' **************************************************************')
print(' **************** 생성 완료 정보를 입력하세요. **************** ')
print(' **************************************************************')
print(' **************************************************************')
print(' **************************************************************')
a = downloader.main()
return a
if __name__ == "__main__":
CommentList = call_main()
make_time_chart(CommentList)
##author_results = search_by_author(CommentList,'광고제거기')
##text_resutls = search_by_keyword(CommentList,'지현')
##get_tags(CommentList)
##print_result(author_results)
##print_result(text_resutls)