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prototype4.py
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<<<<<<< HEAD
from PIL import Image, ImageDraw, ImageFilter, ImageFont
import random
from random import randint
import pandas as pd
import os
import zmq
def main():
try:
#article images
pic1 = Image.open('images/article_photo/pic1.png')
pic2 = Image.open('images/article_photo/pic2.png')
pic3 = Image.open('images/article_photo/pic3.jpg')
pic4 = Image.open('images/article_photo/pic4.jpg')
at20 = Image.open('images/attribute2/programmer.png')
at21 = Image.open('images/attribute2/istanbul.png')
at22 = Image.open('images/attribute2/london.png')
at23 = Image.open('images/attribute2/unknown.png')
#Stationary Elements
background = Image.open('images/stationary_pieces/background.png')
# # Loop to read in logo files and programmatically assign objects
#Logo Paths
path = 'images\logos'
files = []
# r=root, d=directories, f = files
for r, d, f in os.walk(path):
for file in f:
if '.png' in file:
files.append(os.path.join(r, file))
#Grabbing the files names
logo_names = files
logo_names = [s.replace('images\logos\\', '').replace('Algeria\\', '').replace('.png','').replace('Arab\\', '').replace('Egypt\\', '').replace('Iraq\\', '') for s in logo_names]
logo_names = [s.replace('Jordan\\', '').replace('Kuwait\\', '').replace('Lebanon\\', '').replace('Morocco\\', '').replace('Libya\\', '').replace('Palestine\\', '') for s in logo_names]
logo_names = [s.replace('Yemen\\', '').replace('Sudan\\', '').replace('Tunisia\\', '').replace('Mauritania\\', '') for s in logo_names]
#Pulling the images with lambda function
image_loader = lambda x: Image.open(x)
logo_images = list(map(image_loader, files))
# using dictionary comprehension
# to join together lists
logo_dict = {logo_names[i]: logo_images[i] for i in range(len(logo_names))}
at30 = Image.open('images/attribute34/at30.png')
at31 = Image.open('images/attribute34/at31.png')
at32 = Image.open('images/attribute34/at32.png')
at33 = Image.open('images/attribute34/at33.png')
at34 = Image.open('images/attribute34/at34.png')
at35 = Image.open('images/attribute34/at35.png')
at36 = Image.open('images/attribute34/at36.png')
at37 = Image.open('images/attribute34/at37.png')
at38 = Image.open('images/attribute34/at38.png')
at39 = Image.open('images/attribute34/at39.png')
at310 = Image.open('images/attribute34/at310.png')
at311 = Image.open('images/attribute34/at311.png')
at312= Image.open('images/attribute34/at312.png')
at313 = Image.open('images/attribute34/at313.png')
at314 = Image.open('images/attribute34/at314.png')
at315 = Image.open('images/attribute34/at315.png')
# # Create lists of elements
article_images = []
article_images.append(pic1)
article_images.append(pic2)
article_images.append(pic3)
article_images.append(pic4)
attribute2s = []
attribute2s.append(at20)
attribute2s.append(at21)
attribute2s.append(at22)
attribute2s.append(at23)
attributes3and4 = []
attributes3and4.append(at30)
attributes3and4.append(at31)
attributes3and4.append(at32)
attributes3and4.append(at33)
attributes3and4.append(at34)
attributes3and4.append(at35)
attributes3and4.append(at36)
attributes3and4.append(at37)
attributes3and4.append(at38)
attributes3and4.append(at39)
attributes3and4.append(at310)
attributes3and4.append(at311)
attributes3and4.append(at312)
attributes3and4.append(at313)
attributes3and4.append(at314)
attributes3and4.append(at315)
likes = []
likes.append('3')
likes.append('102')
likes.append('1.1k')
likes.append('10.2k')
angries = []
angries.append('7')
angries.append('103')
angries.append('1.2')
angries.append('10.1k')
comments = []
comments.append('5')
comments.append('97')
comments.append('1.5k')
comments.append('9.8k')
shares = []
shares.append('1')
shares.append('110')
shares.append('1.1k')
shares.append('9.2k')
# # Randomization and pasting together
# In[587]:
# Create random number to select the element from the list and a random 6 digit number for the survey ids
sid = randint(100000, 999999)
logo_random = random.randint(0,225)
article_image_random = random.randint(0,3)
attribute2_random = random.randint(0,3)
attribute3and4_random = random.randint(0,15)
likes_random =random.randint(0,3)
angries_random =random.randint(0,3)
comments_random =random.randint(0,3)
shares_random =random.randint(0,3)
#Create a string based on the element that was selected that will be included in the data frame
logo_name = (list(logo_dict.keys())[logo_random])
article_image_name = ('pic1' if (article_image_random == 0) else
'pic2' if (article_image_random == 1) else
'pic3' if (article_image_random == 2) else
'pic4' if (article_image_random == 3) else
'error'
)
attribute2_name = ('unnamed capital' if (attribute2_random == 0) else
'Instanbul' if (attribute2_random == 1) else
'London' if (attribute2_random == 2) else
'Not specified' if (attribute2_random == 3) else
'error'
)
attribute3_name = ('Government official' if (attribute3and4_random == 0) else
'Government official' if (attribute3and4_random == 1) else
'Government official' if (attribute3and4_random == 2) else
'Government official' if (attribute3and4_random == 3) else
'Religious leader' if (attribute3and4_random == 4) else
'Religious leader' if (attribute3and4_random == 5) else
'Religious leader' if (attribute3and4_random == 6) else
'Religious leader' if (attribute3and4_random == 7) else
'Professor' if (attribute3and4_random == 8) else
'Professor' if (attribute3and4_random == 9) else
'Professor' if (attribute3and4_random == 10) else
'Professor' if (attribute3and4_random == 11) else
'Report' if (attribute3and4_random == 12) else
'Report' if (attribute3and4_random == 13) else
'Report' if (attribute3and4_random == 14) else
'Report' if (attribute3and4_random == 15) else
'error'
)
attribute4_name = ('animal2human' if (attribute3and4_random == 0) else
'research lab' if (attribute3and4_random == 1) else
'corporations' if (attribute3and4_random == 2) else
'God' if (attribute3and4_random == 3) else
'animal2human' if (attribute3and4_random == 4) else
'research lab' if (attribute3and4_random == 5) else
'corporations' if (attribute3and4_random == 6) else
'God' if (attribute3and4_random == 7) else
'animal2human' if (attribute3and4_random == 8) else
'research lab' if (attribute3and4_random == 9) else
'corporations' if (attribute3and4_random == 10) else
'God' if (attribute3and4_random == 11) else
'animal2human' if (attribute3and4_random == 12) else
'research lab' if (attribute3and4_random == 13) else
'corporations' if (attribute3and4_random == 14) else
'God' if (attribute3and4_random == 15) else
'error'
)
like_number = ('3' if (likes_random == 0) else
'102' if (likes_random == 1) else
'1100' if (likes_random == 2) else
'10200' if (likes_random == 3) else
'error'
)
angry_number = ('7' if (angries_random == 0) else
'103' if (angries_random == 1) else
'1200' if (angries_random == 2) else
'10100' if (angries_random == 3) else
'error'
)
comment_number = ('5' if (comments_random == 0) else
'97' if (comments_random == 1) else
'1500' if (comments_random == 2) else
'9800' if (comments_random == 3) else
'error'
)
share_number = ('1' if (shares_random == 0) else
'110' if (shares_random == 1) else
'1100' if (shares_random == 2) else
'9200' if (shares_random == 3) else
'error'
)
#Create a data frame to save the results
elements_data = {'Survey_ID': [sid],
'Logo': [logo_name],
'Article_Image': [article_image_name],
'Author_Location': [attribute2_name],
'Source' : [attribute3_name],
'Subject' : [attribute4_name],
'Likes' : [like_number],
'Angries': [angry_number],
'Comments': [comment_number],
'Shares': [share_number]
}
elements_data = pd.DataFrame(elements_data, columns = ['Survey_ID', 'Logo', 'Article_Image','Author_Location', 'Source', 'Subject', 'Likes', 'Angries', 'Comments', 'Shares'])
#Creating a copy of blank background so it is not altered
image = background.copy()
#Pasting together elements by coordinate
logo = list(logo_dict.values())[logo_random]
image.paste(logo, (15, 10))
article_image = article_images[article_image_random]
article_image = article_image.resize((625,325), Image.ANTIALIAS)
image.paste(article_image, (4, 120))
at2_image = attribute2s[attribute2_random]
at2_image = at2_image.resize((610,50), Image.ANTIALIAS)
image.paste(at2_image, (15,70))
at3_image = attributes3and4[attribute3and4_random]
at3_image = at3_image.resize((610,55), Image.ANTIALIAS)
image.paste(at3_image, (15, 470))
#Pasting text
draw = ImageDraw.Draw(image)
#font
# use a truetype font
font = ImageFont.truetype("data/segoe-ui-regular-arabic.ttf", 16, encoding='unic')
like = likes[likes_random]
draw.text((588, 555), like, (96, 103, 112), font=font)
angry = angries[angries_random]
draw.text((510, 555), angry, (96, 103, 112), font=font)
font = ImageFont.truetype("data/segoe-ui.ttf", 16, encoding='unic')
comment = comments[comments_random]
draw.text((135, 557), comment, (96, 103, 112), font=font)
share = shares[shares_random]
draw.text((65, 557), share, (96, 103, 112), font=font)
#Savings Images and Elements CSV
image.save('facebook_post.png')
elements_data.to_csv('elements_data.csv', index=False)
except IOError:
pass
if __name__ == "__main__":
main()
=======
from PIL import Image, ImageDraw, ImageFilter, ImageFont
import random
from random import randint
import pandas as pd
import os
import zmq
def main():
try:
#article images
pic1 = Image.open('images/article_photo/pic1.png')
pic2 = Image.open('images/article_photo/pic2.png')
pic3 = Image.open('images/article_photo/pic3.jpg')
pic4 = Image.open('images/article_photo/pic4.jpg')
at20 = Image.open('images/attribute2/programmer.png')
at21 = Image.open('images/attribute2/istanbul.png')
at22 = Image.open('images/attribute2/london.png')
at23 = Image.open('images/attribute2/unknown.png')
#Stationary Elements
background = Image.open('images/stationary_pieces/background.png')
# # Loop to read in logo files and programmatically assign objects
#Logo Paths
path = 'images\logos'
files = []
# r=root, d=directories, f = files
for r, d, f in os.walk(path):
for file in f:
if '.png' in file:
files.append(os.path.join(r, file))
#Grabbing the files names
logo_names = files
logo_names = [s.replace('images\logos\\', '').replace('Algeria\\', '').replace('.png','').replace('Arab\\', '').replace('Egypt\\', '').replace('Iraq\\', '') for s in logo_names]
logo_names = [s.replace('Jordan\\', '').replace('Kuwait\\', '').replace('Lebanon\\', '').replace('Morocco\\', '').replace('Libya\\', '').replace('Palestine\\', '') for s in logo_names]
logo_names = [s.replace('Yemen\\', '').replace('Sudan\\', '').replace('Tunisia\\', '').replace('Mauritania\\', '') for s in logo_names]
#Pulling the images with lambda function
image_loader = lambda x: Image.open(x)
logo_images = list(map(image_loader, files))
# using dictionary comprehension
# to join together lists
logo_dict = {logo_names[i]: logo_images[i] for i in range(len(logo_names))}
at30 = Image.open('images/attribute34/at30.png')
at31 = Image.open('images/attribute34/at31.png')
at32 = Image.open('images/attribute34/at32.png')
at33 = Image.open('images/attribute34/at33.png')
at34 = Image.open('images/attribute34/at34.png')
at35 = Image.open('images/attribute34/at35.png')
at36 = Image.open('images/attribute34/at36.png')
at37 = Image.open('images/attribute34/at37.png')
at38 = Image.open('images/attribute34/at38.png')
at39 = Image.open('images/attribute34/at39.png')
at310 = Image.open('images/attribute34/at310.png')
at311 = Image.open('images/attribute34/at311.png')
at312= Image.open('images/attribute34/at312.png')
at313 = Image.open('images/attribute34/at313.png')
at314 = Image.open('images/attribute34/at314.png')
at315 = Image.open('images/attribute34/at315.png')
# # Create lists of elements
article_images = []
article_images.append(pic1)
article_images.append(pic2)
article_images.append(pic3)
article_images.append(pic4)
attribute2s = []
attribute2s.append(at20)
attribute2s.append(at21)
attribute2s.append(at22)
attribute2s.append(at23)
attributes3and4 = []
attributes3and4.append(at30)
attributes3and4.append(at31)
attributes3and4.append(at32)
attributes3and4.append(at33)
attributes3and4.append(at34)
attributes3and4.append(at35)
attributes3and4.append(at36)
attributes3and4.append(at37)
attributes3and4.append(at38)
attributes3and4.append(at39)
attributes3and4.append(at310)
attributes3and4.append(at311)
attributes3and4.append(at312)
attributes3and4.append(at313)
attributes3and4.append(at314)
attributes3and4.append(at315)
likes = []
likes.append('3')
likes.append('102')
likes.append('1.1k')
likes.append('10.2k')
angries = []
angries.append('7')
angries.append('103')
angries.append('1.2')
angries.append('10.1k')
comments = []
comments.append('5')
comments.append('97')
comments.append('1.5k')
comments.append('9.8k')
shares = []
shares.append('1')
shares.append('110')
shares.append('1.1k')
shares.append('9.2k')
# # Randomization and pasting together
# In[587]:
# Create random number to select the element from the list and a random 6 digit number for the survey ids
sid = randint(100000, 999999)
logo_random = random.randint(0,225)
article_image_random = random.randint(0,3)
attribute2_random = random.randint(0,3)
attribute3and4_random = random.randint(0,15)
likes_random =random.randint(0,3)
angries_random =random.randint(0,3)
comments_random =random.randint(0,3)
shares_random =random.randint(0,3)
#Create a string based on the element that was selected that will be included in the data frame
logo_name = (list(logo_dict.keys())[logo_random])
article_image_name = ('pic1' if (article_image_random == 0) else
'pic2' if (article_image_random == 1) else
'pic3' if (article_image_random == 2) else
'pic4' if (article_image_random == 3) else
'error'
)
attribute2_name = ('unnamed capital' if (attribute2_random == 0) else
'Instanbul' if (attribute2_random == 1) else
'London' if (attribute2_random == 2) else
'Not specified' if (attribute2_random == 3) else
'error'
)
attribute3_name = ('Government official' if (attribute3and4_random == 0) else
'Government official' if (attribute3and4_random == 1) else
'Government official' if (attribute3and4_random == 2) else
'Government official' if (attribute3and4_random == 3) else
'Religious leader' if (attribute3and4_random == 4) else
'Religious leader' if (attribute3and4_random == 5) else
'Religious leader' if (attribute3and4_random == 6) else
'Religious leader' if (attribute3and4_random == 7) else
'Professor' if (attribute3and4_random == 8) else
'Professor' if (attribute3and4_random == 9) else
'Professor' if (attribute3and4_random == 10) else
'Professor' if (attribute3and4_random == 11) else
'Report' if (attribute3and4_random == 12) else
'Report' if (attribute3and4_random == 13) else
'Report' if (attribute3and4_random == 14) else
'Report' if (attribute3and4_random == 15) else
'error'
)
attribute4_name = ('animal2human' if (attribute3and4_random == 0) else
'research lab' if (attribute3and4_random == 1) else
'corporations' if (attribute3and4_random == 2) else
'God' if (attribute3and4_random == 3) else
'animal2human' if (attribute3and4_random == 4) else
'research lab' if (attribute3and4_random == 5) else
'corporations' if (attribute3and4_random == 6) else
'God' if (attribute3and4_random == 7) else
'animal2human' if (attribute3and4_random == 8) else
'research lab' if (attribute3and4_random == 9) else
'corporations' if (attribute3and4_random == 10) else
'God' if (attribute3and4_random == 11) else
'animal2human' if (attribute3and4_random == 12) else
'research lab' if (attribute3and4_random == 13) else
'corporations' if (attribute3and4_random == 14) else
'God' if (attribute3and4_random == 15) else
'error'
)
like_number = ('3' if (likes_random == 0) else
'102' if (likes_random == 1) else
'1100' if (likes_random == 2) else
'10200' if (likes_random == 3) else
'error'
)
angry_number = ('7' if (angries_random == 0) else
'103' if (angries_random == 1) else
'1200' if (angries_random == 2) else
'10100' if (angries_random == 3) else
'error'
)
comment_number = ('5' if (comments_random == 0) else
'97' if (comments_random == 1) else
'1500' if (comments_random == 2) else
'9800' if (comments_random == 3) else
'error'
)
share_number = ('1' if (shares_random == 0) else
'110' if (shares_random == 1) else
'1100' if (shares_random == 2) else
'9200' if (shares_random == 3) else
'error'
)
#Create a data frame to save the results
elements_data = {'Survey_ID': [sid],
'Logo': [logo_name],
'Article_Image': [article_image_name],
'Author_Location': [attribute2_name],
'Source' : [attribute3_name],
'Subject' : [attribute4_name],
'Likes' : [like_number],
'Angries': [angry_number],
'Comments': [comment_number],
'Shares': [share_number]
}
elements_data = pd.DataFrame(elements_data, columns = ['Survey_ID', 'Logo', 'Article_Image','Author_Location', 'Source', 'Subject', 'Likes', 'Angries', 'Comments', 'Shares'])
#Creating a copy of blank background so it is not altered
image = background.copy()
#Pasting together elements by coordinate
logo = list(logo_dict.values())[logo_random]
image.paste(logo, (15, 10))
article_image = article_images[article_image_random]
article_image = article_image.resize((625,325), Image.ANTIALIAS)
image.paste(article_image, (4, 120))
at2_image = attribute2s[attribute2_random]
at2_image = at2_image.resize((610,50), Image.ANTIALIAS)
image.paste(at2_image, (15,70))
at3_image = attributes3and4[attribute3and4_random]
at3_image = at3_image.resize((610,55), Image.ANTIALIAS)
image.paste(at3_image, (15, 470))
#Pasting text
draw = ImageDraw.Draw(image)
#font
# use a truetype font
font = ImageFont.truetype("data/segoe-ui-regular-arabic.ttf", 16, encoding='unic')
like = likes[likes_random]
draw.text((588, 555), like, (96, 103, 112), font=font)
angry = angries[angries_random]
draw.text((510, 555), angry, (96, 103, 112), font=font)
font = ImageFont.truetype("data/segoe-ui.ttf", 16, encoding='unic')
comment = comments[comments_random]
draw.text((135, 557), comment, (96, 103, 112), font=font)
share = shares[shares_random]
draw.text((65, 557), share, (96, 103, 112), font=font)
#Savings Images and Elements CSV
image.save('facebook_post.png')
elements_data.to_csv('elements_data.csv', index=False)
except IOError:
pass
if __name__ == "__main__":
main()
>>>>>>> a80393c63f785b3503f4f751b362a8ba40ada8b1