import cv2 import numpy as np import sys from pathlib import Path import glob import os import time import datetime from datetime import datetime, date , timedelta import os.path # import asyncio # import telegram # my_token = '5522894419:AAE9CeONlV2lfmUGqbXGZAHC-l1Z90TMuD4' # async def send(msg, chat_id, token=my_token): # """ # Send a message to a telegram user or group specified on chatId # chat_id must be a number! # """ # bot = telegram.Bot(token=token) # bot.sendMessage(chat_id=chat_id, text=msg) import json def read_json_file(path_file:str="data.json"): # Opening JSON file f = open(path_file) # returns JSON object as a dictionary data = json.load(f) # Closing file f.close() return data def search(data, search:str, default:str): """ search for specific keys """ search_ret = [] if isinstance(data, (list, tuple)): for d in data: for key in d.keys(): if key == search: try: search_ret.append(d[key]) except (KeyError, ValueError, IndexError, TypeError, AttributeError): pass else: for key in data.keys(): if key == search: try: search_ret.append(data[key]) except (KeyError, ValueError, IndexError, TypeError, AttributeError): pass if search_ret: val = search_ret else: val = default return val # Function : update the json file with the new data and save it # Attributes: # - data: the json data # - update_key: the key to update # - value: the new value # - saved_path: the path to the json file # Returns: # - data: the updated json data def update(data, update_key:str, value:str, saved_path:str="data.json"): """ update a specific key """ # update the value of the key in the json data if isinstance(data, (list, tuple)): for d in data: for key in d.keys(): if key == update_key: try: d[key] = value except (KeyError, ValueError, IndexError, TypeError, AttributeError): pass else: for key in data.keys(): if key == update_key: try: data[key] = value except (KeyError, ValueError, IndexError, TypeError, AttributeError): pass # If the saved_path exists, we update it with the new data if saved_path: # Writing JSON data to file with open(saved_path, 'w') as f: json.dump(data, f) return data filename = str(sys.argv[1]) ##print('iframe detected:'+filename) # iframe = cv2.imread(filename) # iframe = cv2.imread(filename) iframe = cv2.imread("iframes_live_old/"+filename) # iframe = cv2.imread(filename) #print("============================================================================") def compare_image(image_1, image_2): start_time = time.time() # image_1=cv2.imread(image_1) # image_2=cv2.imread(image_2) first_image_hist = cv2.calcHist([image_1], [0], None, [256], [0, 256]) second_image_hist = cv2.calcHist([image_2], [0], None, [256], [0, 256]) img_hist_diff = cv2.compareHist(first_image_hist, second_image_hist, cv2.HISTCMP_BHATTACHARYYA) img_template_probability_match = cv2.matchTemplate(first_image_hist, second_image_hist, cv2.TM_CCOEFF_NORMED)[0][0] img_template_diff = 1 - img_template_probability_match # taking only 10% of histogram diff, since it's less accurate than template method commutative_image_diff = (img_hist_diff * 0.50) + img_template_diff end_time = time.time() # #print("Time taken to compare images in Seconds: {}".format(end_time - start_time)) return commutative_image_diff # def compare_image(image_1, image_2): # start_time = time.time() # # first_image_hist = cv2.calcHist([image_1], [0], None, [256], [0, 256]) # second_image_hist = cv2.calcHist([image_2], [0], None, [256], [0, 256]) # # img_hist_diff = cv2.compareHist(first_image_hist, second_image_hist, cv2.HISTCMP_BHATTACHARYYA) # img_template_probability_match = cv2.matchTemplate(first_image_hist, second_image_hist, cv2.TM_CCOEFF_NORMED)[0][0] # img_template_diff = 1 - img_template_probability_match # # # taking only 10% of histogram diff, since it's less accurate than template method # commutative_image_diff = (img_hist_diff * 0.40) + img_template_diff # end_time = time.time() # # #print("Time taken to compare images in Seconds: {}".format(end_time - start_time)) # return commutative_image_diff # def compare_image_2(image_1, image_2, threshold=0.95): # # start timer for sift comparison # start_time = time.time() # # initialize sift # # create sift object to extract keypoints and descriptors from images # # sift = cv2.xfeatures2d.SIFT_create() # sift = cv2.SIFT() # # find keypoints and descriptors for both images # kp1, des1 = sift.detectAndCompute(image_1, None) # kp2, des2 = sift.detectAndCompute(image_2, None) # # create BFMatcher object to match descriptors # bf = cv2.BFMatcher(cv2.NORM_L2, crossCheck=True) # # match descriptors using kNN # matches = bf.match(des1, des2) # # sort matches in the order of their distance # matches = sorted(matches, key=lambda x: x.distance) # # calculate the number of matches # num_matches = len(matches) # # calculate the percentage of matches # percentage_matches = num_matches / len(kp2) # # end timer for sift comparison # end_time = time.time() # #print("Time taken to compare images in Seconds: {}".format(end_time - start_time)) # # return the percentage of matches # return percentage_matches*100 jingle1_1 = cv2.imread("jingles_iframes/iframe_jingle1/jingle1_1.png") jingle1_2 = cv2.imread("jingles_iframes/iframe_jingle1/jingle1_2.png") jingle1_3 = cv2.imread("jingles_iframes/iframe_jingle1/jingle1_3.png") jingle2_1 = cv2.imread("jingles_iframes/iframe_jingle2/jingle2_1.png") jingle2_2 = cv2.imread("jingles_iframes/iframe_jingle2/jingle2_2.png") jingle2_3 = cv2.imread("jingles_iframes/iframe_jingle2/jingle2_3.png") jingle3_1 = cv2.imread("jingles_iframes/iframe_jingle3/jingle3_1.png") jingle3_2 = cv2.imread("jingles_iframes/iframe_jingle3/jingle3_2.png") jingle3_3 = cv2.imread("jingles_iframes/iframe_jingle3/jingle3_3.png") jingle4_1 = cv2.imread("jingles_iframes/iframe_jingle4/jingle4_1.png") jingle4_2 = cv2.imread("jingles_iframes/iframe_jingle4/jingle4_2.png") jingle4_3 = cv2.imread("jingles_iframes/iframe_jingle4/jingle4_3.png") jingle5_1 = cv2.imread("jingles_iframes/iframe_jingle5/jingle5_1.png") jingle5_2 = cv2.imread("jingles_iframes/iframe_jingle5/jingle5_2.png") jingle5_3 = cv2.imread("jingles_iframes/iframe_jingle5/jingle5_3.png") jingle6_1 = cv2.imread("jingles_iframes/iframe_jingle6/jingle6_1.png") jingle6_2 = cv2.imread("jingles_iframes/iframe_jingle6/jingle6_2.png") jingle6_3 = cv2.imread("jingles_iframes/iframe_jingle6/jingle6_3.png") # jingle6_1 = cv2.imread("iframes_live/index202207071657183034.1657183038_69_6.png") # jingle6_2 = cv2.imread("jingles_iframes/iframe_jingle6/jingle6_2.png") # jingle6_3 = cv2.imread("iframes_live_old/index140.1647943665_1_3.png") jingles_time = {} jingles_time["jingle_1"] = 7 jingles_time["jingle_2"] = 7 jingles_time["jingle_3"] = 6 jingles_time["jingle_4"] = 6 jingles_time["jingle_5"] = 8 #jingles_time["jingle_6"] = 6 frame_in_jingle = {} frame_in_jingle["jingle_1"] = [] frame_in_jingle["jingle_1"].append(3) frame_in_jingle["jingle_1"].append(4) frame_in_jingle["jingle_1"].append(5) #######"" random frame_in_jingle["jingle_2"] = [] frame_in_jingle["jingle_2"].append(2) frame_in_jingle["jingle_2"].append(5) frame_in_jingle["jingle_2"].append(6) ########"" random frame_in_jingle["jingle_3"] = [] frame_in_jingle["jingle_3"].append(1) frame_in_jingle["jingle_3"].append(3) frame_in_jingle["jingle_3"].append(3) #####" random" frame_in_jingle["jingle_4"] = [] frame_in_jingle["jingle_4"].append(0) frame_in_jingle["jingle_4"].append(3) frame_in_jingle["jingle_4"].append(4) frame_in_jingle["jingle_5"] = [] frame_in_jingle["jingle_5"].append(1) frame_in_jingle["jingle_5"].append(2) frame_in_jingle["jingle_5"].append(3) frame_in_jingle["jingle_6"] = [] frame_in_jingle["jingle_6"].append(0) frame_in_jingle["jingle_6"].append(4) frame_in_jingle["jingle_6"].append(3) # # frame_in_jingle["jingle_6"].append(4) jingles_group = {} jingles_group["jingle_1"] = [] jingles_group["jingle_1"].append(jingle1_1) jingles_group["jingle_1"].append(jingle1_2) jingles_group["jingle_1"].append(jingle1_3) jingles_group["jingle_2"] = [] jingles_group["jingle_2"].append(jingle2_1) jingles_group["jingle_2"].append(jingle2_2) jingles_group["jingle_2"].append(jingle2_3) jingles_group["jingle_3"] = [] jingles_group["jingle_3"].append(jingle3_1) jingles_group["jingle_3"].append(jingle3_2) jingles_group["jingle_3"].append(jingle3_3) jingles_group["jingle_4"] = [] jingles_group["jingle_4"].append(jingle4_1) jingles_group["jingle_4"].append(jingle4_2) jingles_group["jingle_4"].append(jingle4_3) jingles_group["jingle_5"] = [] jingles_group["jingle_5"].append(jingle5_1) jingles_group["jingle_5"].append(jingle5_2) jingles_group["jingle_5"].append(jingle5_3) jingles_group["jingle_6"] = [] jingles_group["jingle_6"].append(jingle6_1) jingles_group["jingle_6"].append(jingle6_2) jingles_group["jingle_6"].append(jingle6_3) i=0 last_frame_name = 'none' last_frame_time = datetime.now() now = datetime.now() now_string = now.strftime("%Y-%m-%d %H:%M:%S") now_string_api = str(now_string).replace(" ", "_") lastHourDateTime = datetime.now() - timedelta(hours = 1) lastHourDateTime_api = lastHourDateTime.strftime("%Y-%m-%d %H:%M:%S") lastHourDateTime_api = str(lastHourDateTime_api).replace(" ", "_") jing_n = 0 # #print('iframe detected:'+filename) segment_file = "2m_hls/"+str(filename.split("_")[0])+".ts" # #print("segment_file:"+segment_file) lenght_seg = int(str(filename.split("_")[2]).replace(".png","")) frame_in_seg = int(filename.split("_")[1]) time_in_seg = lenght_seg - int(float(frame_in_seg)/25) time_to_cut = float(frame_in_seg)/25 # segment_file = filename.split("/")[1] # segment_file = filename.split(".")[0] # segment_file = segment_file+".ts" #print("============================================================================") #print("segment_file"+segment_file) #############json with open("check_two_min.json", "r+") as jsonFile: data1 = json.load(jsonFile) current_date_time= datetime.now() diff_in_seconds= (current_date_time - datetime.strptime(data1['start'].split('.')[0],"%Y-%m-%d %H:%M:%S")).total_seconds() print('the difference time is :', diff_in_seconds) if diff_in_seconds>120 and data1['is_request_sent']=="off" and diff_in_seconds<900: print('#################### HEEEEEEEEEEEEEEERE #######################') os.system("python3 api_request.py 1 "+str(current_date_time).replace(' ','_')+" "+str(round(diff_in_seconds))+" "+"limit_two_minutes") print('########" request is sent #######"') with open("check_two_min.json", "r+") as jsonFile: data1 = json.load(jsonFile) data1['is_request_sent']="on" jsonFile = open("check_two_min.json", "w+") jsonFile.write(json.dumps(data1)) jsonFile.close() ############# for jingles in jingles_group: jing_n +=1 jingle_name = jingles index = 0 for jingle in jingles_group[jingles]: # indexo = 1 #print("jingles+index") print(str(jingles)+str(index)) # #print("compare result") #print(str(compare_image(jingle,iframe))) print(str(compare_image(jingle,iframe))) # #print(str(jingles)) ##print('the result of comparaison is ',compare_image(jingle,iframe)) if float(compare_image(jingle,iframe)) < 0.1 and os.path.exists("iframes_live_old/"+filename): # asyncio.run(send("Similarity is detected","-1001778433367", token=my_token)) path_file="data.json" data = read_json_file(path_file=path_file) with open("logs.txt",'a') as g: g.write("================"+"\n") g.write("Jingle "+str(filename)+" detected at"+str(now_string_api)+"\n") os.system("cp iframes_live_old/"+filename+" jingles_found/") #print("jingles+index") #print(str(jingles)+str(index)) #print("compare result") #print(str(compare_image(jingle,iframe))) start_J_end_seg = int(jingles_time[jingle_name]) - frame_in_jingle[jingle_name][index] now_start = datetime.now() - timedelta(seconds=time_in_seg) + timedelta(seconds=start_J_end_seg) now_start_string = now_start.strftime("%Y-%m-%d %H:%M:%S") end_J_start_seg = int(frame_in_jingle[jingle_name][index]) now_end = datetime.now() - timedelta(seconds=time_in_seg) - timedelta(seconds=end_J_start_seg) now_end_string = now_end.strftime("%Y-%m-%d %H:%M:%S") # now_string_api = str(now_start_string).replace(" ", "_") with open('DAI_2m_hls/index.m3u8') as myFile: for num, line in enumerate(myFile, 1): if segment_file in line: pass file1 = open('last_live_jingle.txt', 'r') if os.stat("last_live_jingle.txt").st_size == 0: # if true: #print("================= Jingle Start at "+now_start_string) check = now_start_string+" --- "+jingle_name with open("logs.txt",'a') as g: g.write("================"+"\n") g.write("Jingle "+jingle_name+" number "+str(index)+" detected at"+now_start_string+"\n") g.write("================"+"\n") os.system("python3 adspot_api.py "+now_string_api+" this is a test of telegram") g.close() # os.system("> last_live_jingle.txt") with open("last_live_jingle.txt",'w') as f: f.write(now_start_string+" --- "+jingle_name+" --- start"+"\n") f.close() last_frame_time = now_start_string last_frame_name = jingle_name else: for line in file1: pass last_line = line if "---" in line: line_arr = line.split(' --- ') airtime0 = line_arr[0] #print(line_arr[0]) last_frame_name = line_arr[1] last_role = line_arr[2] last_airtime = datetime.strptime(airtime0, '%Y-%m-%d %H:%M:%S') #print("last_airtime:"+ str(last_airtime)) duration_since_last = now_end - last_airtime duration_since_last = duration_since_last.total_seconds() print("duration:"+str(duration_since_last)) # if round(duration_since_last) < 3 and last_frame_name == jingle_name: if round(duration_since_last) < 3: pass #print("same jingle") elif round(duration_since_last) > 10 and "end" in last_role: ########## json with open("check_two_min.json", "r+") as jsonFile: data1 = json.load(jsonFile) current_date_time=now = datetime.now() data1['start']= current_date_time data1['is_request_sent']="off" jsonFile = open("check_two_min.json", "w+") jsonFile.write(json.dumps(data1,default=str)) jsonFile.close() print('initialization !!') ############ with open("last_live_jingle.txt",'w') as f: f.write(now_start_string+" --- "+jingle_name+" --- start"+"\n") f.close() last_frame_time = now_start_string last_frame_name = jingle_name # time_to_cut = time_to_cut - 0.2 #print("OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO") # os.system("cp 2m_hls/"+segment_file+" temp_cutting/"+segment_file+"") # os.system("ffmpeg -y -i 2m_hls/"+segment_file+" -ss 00 -t "+str(time_to_cut)+" -c copy temp_cutting/"+segment_file+"") # os.system("ffmpeg -y -i temp_cutting/"+segment_file+" -ss 00 -t "+str(time_to_cut)+" -c copy 2m_hls/"+segment_file+"") # os.system("echo '#EXT-X-DISCONTINUITY' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXTINF:3.160000,' >> DAI_2m_hls/index.m3u8") # os.system("echo '../jingles/jingle_1_0.ts' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXTINF:3.840000,' >> DAI_2m_hls/index.m3u8") # os.system("echo '../jingles/jingle_1_1.ts' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXT-X-DISCONTINUITY' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXT-X-CUE-OUT' >> DAI_2m_hls/index.m3u8") # #print("================> SCTE-35 start #tag") # level = search(data, search="level", default="Attribute Not Found !") # if level[0] > 1: # booked_adbreak_duration = search(data, search="adbreak_duration", default="Attribute Not Found !") # # os.system("echo '#EXTINF:120.000000,' >> DAI_2m_hls/index.m3u8") # # os.system("echo '../samples/test_120.ts' >> DAI_2m_hls/index.m3u8") # update_result = update(data, update_key="inside_adbreak", value="yes", saved_path=path_file) # elif round(duration_since_last) > 5 and round(duration_since_last) < 600 and "start" in last_role : elif round(duration_since_last) > 6 and round(duration_since_last) < 600 : adbreak_channel = "2M" adbreak_start_at = last_airtime adbreak_duration = int(duration_since_last) booked_adbreak_duration = search(data, search="adbreak_duration", default="Attribute Not Found !") current_debt = search(data, search="dept_in_seconds", default="Attribute Not Found !") # if booked_adbreak_duration[0] - adbreak_duration > 0: # new_debt = current_debt[0] + booked_adbreak_duration[0] - adbreak_duration # new_debt = update(data, update_key="dept_in_seconds", value=new_debt, saved_path=path_file) # os.system("cp 2m_hls/"+segment_file+" temp_cutting/"+segment_file+"") # os.system("ffmpeg -y -ss "+str(time_to_cut)+" -i temp_cutting/"+segment_file+" -c copy temp_cutting/_"+segment_file+"") # os.system("echo '#EXT-X-DISCONTINUITY' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXT-X-CUE-IN' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXTINF:6.000000,' >> DAI_2m_hls/index.m3u8") # os.system("echo '../temp_cutting/_"+segment_file+"' >> DAI_2m_hls/index.m3u8") # os.system("echo '#EXT-X-DISCONTINUITY' >> DAI_2m_hls/index.m3u8") if round(duration_since_last)<120: print('ad break duration is :',str(duration_since_last)) print(' ad break duration is less than 40s') with open("check_two_min.json", "r+") as jsonFile: data1 = json.load(jsonFile) # current_date_time=now = datetime.now() # diff_in_seconds= (current_date_time - datetime.strptime(data['start'].split('.')[0],"%Y-%m-%d %H:%M:%S")).total_seconds() #if diff_in_seconds>120 and data['is_request_sent']=="off": os.system("python3 api_request.py 1 "+str(current_date_time).replace(' ','_')+" "+str(round(duration_since_last))+" "+"less_than_two_minutes") #print('request sent by closing jingle !!') data1['start']=current_date_time - timedelta(days = 1) jsonFile = open("check_two_min.json", "w+") jsonFile.write(json.dumps(data1,default=str)) jsonFile.close() # if round(duration_since_last)>40: # print('ad break duration is :',str(duration_since_last)) # with open("check_two_min.json", "r+") as jsonFile: # data1 = json.load(jsonFile) # # current_date_time=now = datetime.now() # # diff_in_seconds= (current_date_time - datetime.strptime(data['start'].split('.')[0],"%Y-%m-%d %H:%M:%S")).total_seconds() # #if diff_in_seconds>120 and data['is_request_sent']=="off": # os.system("python3 api_request.py 1 "+str(current_date_time)+" "+str(round(diff_in_seconds))+" "+"limit_two_minutes") # print('request sent by closing jingle !!') # data1['is_request_sent']="off" # data1['start']=current_date_time - timedelta(days = 1) # jsonFile = open("check_two_min.json", "w+") # jsonFile.write(json.dumps(data1,default=str)) # jsonFile.close() #print("================> SCTE-35 end #tag") update_result = update(data, update_key="inside_adbreak", value="no", saved_path=path_file) with open("logs.txt",'a') as g: g.write("================"+"\n") g.write("call to python functions ") g.write("Jingle "+jingle_name+" number "+str(index)+" detected at"+now_string+"\n") g.write("duration: "+str(round(duration_since_last))+"\n") g.write("================"+"\n") g.close() os.system("> last_live_jingle.txt") with open("last_live_jingle.txt",'w') as f: f.write(now_start_string+" --- "+jingle_name+" --- end"+"\n") f.close() # #print("python3 api_request.py 1 "+now_string_api+" "+str(round(duration_since_last))) #os.system("python3 api_request.py 1 "+lastHourDateTime_api+" "+str(round(duration_since_last))+" "+jingle_name) #print("call to python functions =======================================") elif round(duration_since_last) > 800 : #print("================= Jingle Start at "+now_start_string) check = now_start_string+" --- "+jingle_name os.system("python3 adspot_api.py "+now_string_api+" ngle") with open("logs.txt",'a') as g: g.write("================"+"\n") g.write("Jingle Start at ") g.write("Jingle "+jingle_name+" number "+str(index)+" detected at"+now_start_string+"\n") g.write("================"+"\n") g.close() os.system("> last_live_jingle.txt") with open("last_live_jingle.txt",'w') as f: f.write(now_start_string+" --- "+jingle_name+" --- start"+"\n") f.close() last_frame_time = now_start_string last_frame_name = jingle_name else: # python send msg #print("================= Jingle Start at "+now_start_string) check = now_start_string+" --- "+jingle_name os.system("python3 adspot_api.py "+now_string_api+" this is a test of telegram") with open("logs.txt",'a') as g: g.write("================"+"\n") g.write("Jingle Start at ") g.write("Jingle "+jingle_name+" number "+str(index)+" detected at"+now_start_string+"\n") g.write("================"+"\n") g.close() with open("last_live_jingle.txt",'w') as f: f.write(now_start_string+" --- "+jingle_name+" --- start"+"\n") f.close() last_frame_time = now_start_string last_frame_name = jingle_name index+=1 # # # blue_frame = cv2.imread("iframes_live_old/index202208311661949759_44_6.png") # sabahiat_2m = cv2.imread("shows_iframes/sabahiat_2m/start/img1.png") # moujaz_riyadi = cv2.imread("shows_iframes/moujaz_riyadi/start/img1.png") # lilmatbakh_nojom = cv2.imread("shows_iframes/lilmatbakh_nojom/start/img1.png") # kaifa_alhal = cv2.imread("shows_iframes/kaifa_alhal/start/index425.1653372603_15_6.png") # journal_amazigh = cv2.imread("shows_iframes/journal_amazigh/start/img1.png") # info_soir = cv2.imread("shows_iframes/info_soir/start/img1.png") # al_wa3d = cv2.imread("shows_iframes/al_wa3d/start/img1.png") # info_soir = cv2.imread("shows_iframes/info_soir/start/img1.png") # que_du_sport = cv2.imread("shows_iframes/que_du_sport/start/img2.png") # # Auto_Moto = cv2.imread("shows_iframes/Auto-Moto/index45.1658573217_109_6.png") # Bent_Bladi = cv2.imread("shows_iframes/Bent_Bladi/index3546.1658594222_141_6.png") # Lalla_Fatema = cv2.imread("shows_iframes/Lalla_Fatema/index192.1658574098_24_6.png") # # lilmatbakh_nojom = cv2.imread("shows_iframes/Lil_Matbakhi_Noujoum/index1872.1658584178_1_6.png") # Min_Ajli_Ibni = cv2.imread("shows_iframes/Min_Ajli_Ibni/index3822.1658595878_17_6.png") # # # carrefour = cv2.imread("iframes_live_old/index210.1648338262_65_6.png") # orange = cv2.imread("iframes_live_old/index209.1648338255_73_6.png") # # # if float(compare_image(blue_frame,iframe)) < 0.1: # #print("blue_frame" +str(compare_image(blue_frame,iframe))) # #print("python3 adspot_api.py "+now_string_api+" Blue_Frame") # os.system("python3 adspot_api.py "+now_string_api+" Blue_Frame") # if float(compare_image(sabahiat_2m,iframe)) < 0.1 : # # #print("python3 adspot_api.py "+now_string_api+" sabahiat_2m") # os.system("python3 adspot_api.py "+now_string_api+" Sabahiat_2M") # # #print(str(compare_image(info_soir,iframe))) # # if float(compare_image(info_soir,iframe)) < 0.1: # #print(str(compare_image(info_soir,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" info_soir") # # if float(compare_image(que_du_sport,iframe)) < 0.1: # #print(str(compare_image(moujaz_riyadi,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" que_du_sport") # # if float(compare_image(Auto_Moto,iframe)) < 0.1: # #print(str(compare_image(Auto_Moto,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" Auto_Moto") # # # if float(compare_image(Bent_Bladi,iframe)) < 0.1: # #print("compare bent bladi score:") # #print(str(compare_image(Bent_Bladi,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" Bent_Bladi") # # # if float(compare_image(Lalla_Fatema,iframe)) < 0.1: # #print(str(compare_image(Lalla_Fatema,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" Lalla_Fatema") # # # if float(compare_image(Min_Ajli_Ibni,iframe)) < 0.1: # #print(str(compare_image(Min_Ajli_Ibni,iframe))) # os.system("python3 adspot_api.py "+now_string_api+" Min_Ajli_Ibni")