def download_images(query, tag): if os.path.isdir(IMG_DIR + "/" + tag) and len( [f for f in os.listdir(IMG_DIR + "/" + tag)]) >= 3: print("It looks like you've already downloaded images for '" + query + "'.") print("Skipping download.") print("To re-download images, remove all images in the " + query + " folder.") return settings = {} settings["keywords"] = query settings["limit"] = 30 # how many images to download settings["output_directory"] = IMG_DIR settings["no_numbering"] = True settings["image_directory"] = tag settings["format"] = "jpg" settings["color_type"] = "full-color" settings["size"] = "medium" settings["type"] = "photo" downloader = googleimagesdownload() downloader.download(settings) # make sure images can be loaded imglist = [ IMG_DIR + "/" + tag + "/" + f for f in os.listdir(IMG_DIR + "/" + tag) if not f.startswith('.') ] for img in imglist: try: Image.open(img) except OSError: print(img, "can't be opened--will delete.") os.remove(img)
def main(): dloader = googleimagesdownload() dloader.download({ "keywords": "cake round", "limit": 70000, "chromedriver": "/usr/bin/chromedriver", "no_numbering": True, "output_directory": "data_raw" }) print("test")
def img(): global E2 global E3 string = E2.get() num = E3.get() response = googleimagesdownload() absolute_image_paths = response.download({ "keywords": string, "limit": num }) print("\n downloaded!!")
def main(): ssl._create_default_https_context = ssl._create_unverified_context response = google_images_download.googleimagesdownload() # download by keyword arguments = { 'keywords': 'kermit', 'limit': 100, 'output_directory': 'data/google-images' } paths = response.download(arguments) print(paths)
def im_id(s): response = google_images_download.googleimagesdownload( ) #class instantiation arguments = {"keywords": s, "limit": 1} paths = response.download(arguments)[s][0] url = "https://dialogs.yandex.net/api/v1/skills/42bf7345-43a8-4ea7-8a6a-8f73f885fc13/images" headers = { 'Authorization': "OAuth AQAAAAAc4bhNAAT7o9I-T9hCMkPXoL0nwVPPuDc" } response = requests.request("POST", url, files={'file': open(paths, 'rb')}, headers=headers) return (response.json()['image']['id'])
def imageCrawling(keyword, dir): response = gi.googleimagesdownload() format = "jpg" arguments = { "keywords": keyword, # 검색 키워드 "limit": 500, # 크롤링 이미지 수 "print_urls": True, # 이미지 url 출력 "no_directory": True, # 'output_directory': dir, # 크롤링 이미지를 저장할 폴더 'format': format } paths = response.download(arguments) print(paths)
def imageCrawling(keyword, dir): response = googleimagesdownload() arguments = { "keywords": keyword, "format": "jpg", "limit": 200, #크롤링 이미지수 "print_urls": True, #이미지 url 출력 "no_directory": True, 'output_directory': dir } #크롤링 이미지 저장 폴더 paths = response.download(arguments) print paths
def run(self): print("Searching for " + self.keyword) response = google_images_download.googleimagesdownload( ) #class instantiation arguments = { "keywords": self.keyword, "limit": 100, "print_urls": False, "print_paths": True, "no_directory": True, "no_download": True, "type": "photo", "format": "jpg" } arguments['size'] = self.size if (self.color != 'none'): arguments['color'] = self.color #"color_type":"black-and-white"} "usage_rights":"labeled-for-noncommercial-reuse-with-modification", "size": ">1024*768", "language":"French" #creating list of arguments paths = response.download( arguments) #passing the arguments to the function n = len(paths[self.keyword]) if (n == 0): print("Searching for " + self.keyword + " - not found") else: #RANDOM IMAGES if (self.mode == 'random'): r = random.randint(0, n - 1) print("Searching for " + self.keyword + " + found : " + str(r) + " / " + str(n)) url = paths[self.keyword][r] self.osc_client.send('/keyword ' + unicode(self.keyword).encode('utf-8')) self.osc_client.send('/result ' + str(r + 1) + ' ' + str(n)) self.osc_client.send('/path ' + unicode(url).encode('utf-8')) #ALL IMAGES elif (self.mode == 'all'): print("Searching for " + self.keyword + " + found : " + str(n)) self.osc_client.send('/keyword ' + unicode(self.keyword).encode('utf-8')) for x in range(0, n): url = paths[self.keyword][x] self.osc_client.send('/result ' + str(x + 1) + ' ' + str(n)) self.osc_client.send('/path ' + unicode(url).encode('utf-8'))
def test_download_images_to_default_location(): start_time = time.time() argumnets = {"keywords": "Polar bears", "limit": 5, "print_urls": False} try: temp = argumnets['output_folder'] except KeyError: pass else: assert False, "This test checks download to default location yet an output folder was provided" output_folder_path = os.path.join(os.path.realpath('.'), 'downloads', '{}'.format(argumnets['keywords'])) if os.path.exists(output_folder_path): start_amount_of_files_in_output_folder = len([ name for name in os.listdir(output_folder_path) if os.path.isfile(os.path.join(output_folder_path, name)) and os. path.getctime(os.path.join(output_folder_path, name)) < start_time ]) else: start_amount_of_files_in_output_folder = 0 response = google_images_download.googleimagesdownload() response.download(argumnets) files_modified_after_test_started = [ name for name in os.listdir(output_folder_path) if os.path.isfile(os.path.join(output_folder_path, name)) and os.path.getmtime(os.path.join(output_folder_path, name)) > start_time ] end_amount_of_files_in_output_folder = len( files_modified_after_test_started) print(f"Files downloaded by test {__name__}:") for file in files_modified_after_test_started: print(os.path.join(output_folder_path, file)) # assert end_amount_of_files_in_output_folder - start_amount_of_files_in_output_folder == argumnets['limit'] assert end_amount_of_files_in_output_folder == argumnets['limit'] print(f"Cleaning up all files downloaded by test {__name__}...") for file in files_modified_after_test_started: if silent_remove_of_file(os.path.join(output_folder_path, file)): print(f"Deleted {os.path.join(output_folder_path, file)}") else: print(f"Failed to delete {os.path.join(output_folder_path, file)}")
def google_img(search_name, output_folder, num=10, download=False): response = google_images_download.googleimagesdownload() if download: no_download = False else: no_download = True data = response.download({ "keywords": search_name, "color_type": "full-color", "format": "jpg", "size": "medium", "limit": num, 'no_directory': True, 'no_download': no_download, 'silent_mode': True, "output_directory": output_folder }) data = list(map(lambda x: x['image_link'], data[2])) return {search_name: data}
def downloadimages(query): response = google_images_download.googleimagesdownload() search_queries = [] # keywords is the search query # format is the image file format # limit is the number of images to be downloaded # print urs is to print the image file url # size is the image size which can # be specified manually ("large, medium, icon") # aspect ratio denotes the height width ratio # of images to download. ("tall, square, wide, panoramic") arguments = { "keywords": query, "format": "jpg", "limit": 1, "print_urls": True, "aspect_ratio": "panoramic", "no_directory": True, "prefix": query } try: response.download(arguments) # Handling File NotFound Error except FileNotFoundError: arguments = { "keywords": query, "format": "jpg", "limit": 4, "print_urls": True, "size": "medium" } # Providing arguments for the searched query try: # Downloading the photos based # on the given arguments response.download(arguments) except: pass
import csv import google_images_download #importing the library # Print Header print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~') print('*********************') print(' **********************') print(' Histology_Image_Search ') print('*********************') print(' **********************') print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~') # set up the initial condition search_terms = [] result = google_images_download.googleimagesdownload() # open the csv file that contains at least 10 different body regions with search terms just create with open('Histology_Image_SearchTerms.csv', 'r') as filename: data = csv.reader(filename) search_terms = list(data) search_terms.pop(0) # Removes the Header # searching each term base for the key shows below for i in search_terms: key = {'keywords': i[1], 'limit': '10', 'print_urls': True, 'prefix': i[0]} data = result.download(key) # save the result data
def Images(self, limit, name): # Gets limit(integer) and string and returns list of limit images. self.response = google_images_download.googleimagesdownload() arguments = {"keywords": name, "limit": limit, "silent_mode": True} self.paths = self.response.download(arguments) return self.paths[0].get(name)
'x': 3, 'y': 4, 'shuffle': True } if len(sys.argv) == 2: """ U can set port using command line """ SETTINGS['port'] = sys.argv[1] GAME_DATA = {'died': False} sio = socketio.AsyncClient( logger=False, reconnection=False ) # U can turn logger True, if u need to catch events that are not described in current version of program response = google_images_download.googleimagesdownload( ) # For this program to work u need modified google_images_download module """ Game palette """ palette = hitherdither.palette.Palette([ 0xFFFFFF, 0x000000, 0xC1C1C1, 0x4C4C4C, 0xEF130B, 0x740B07, 0xFF7100, 0xC23800, 0xFFE400, 0xE8A200, 0x00CC00, 0x005510, 0x00B2FF, 0x00569E, 0x231FD3, 0x0E0865, 0xA300BA, 0x550069, 0xD37CAA, 0xA75574, 0xA0522D, 0x63300D ]) async def dither(word): """ Here we are creating list of arguments for googleimagesdownload module, then we get response that is a list of links to images,
import google_images_download response = google_images_download.googleimagesdownload() args_male = { "keywords": "남자", "suffix_keywords": "호랑이상,곰상,공룡상,강아지상,메기상,돼지상", "limit": 50, "print_urls": True } args_female = { "keywords": "여자", "suffix_keywords": "토끼상,여우상,강아지상,고양이상,금붕어상,다람쥐상", "limit": 50, "print_urls": True } paths = response.download(args_male) print(paths) paths = response.download(args_female) print(paths)
def list_add(): # return "hello" #print("Before JSON") text = request.get_json() # print(text) # r="The tiger is the largest extant cat species and a member of the genus Panthera. It is most recognisable for its dark vertical stripes on orange-brown fur with a lighter underside. It is an apex predator, primarily preying on ungulates such as deer and wild boar." r=text['data'] # print(r) #print("This is where i am") #sys.stdout.flush() a,b=generate_summ_key(r) response = google_images_download.googleimagesdownload() search_queries = [] for contents in b: search_queries.append(contents) def downloadimages(query): # keywords is the search query # format is the image file format # limit is the number of images to be downloaded # print urs is to print the image file url # size is the image size which can # be specified manually ("large, medium, icon") # aspect ratio denotes the height width ratio # of images to download. ("tall, square, wide, panoramic") arguments = {"keywords": query, "format": "jpg", "limit":1, "print_urls":True, "size": "medium", "aspect_ratio": "panoramic"} try: response.download(arguments) # Handling File NotFound Error except FileNotFoundError: arguments = {"keywords": query, "format": "jpg", "limit":1, "print_urls":True, "size": "medium"} # Providing arguments for the searched query try: # Downloading the photos based # on the given arguments response.download(arguments) except: pass # Driver Code # orig_stdout = sys.stdout # f = open('purang_dega.txt', 'w+') # sys.stdout = f # print (1234) links=[] for query in search_queries: downloadimages(query) links.append(query) f = open("keywords.txt", "r") # print (1234) # if f.mode=="r": # contents = f.read() # links.append(contents) p='' # print (1234) for i in a: # p = i + '.'+''.join(prev) p=p+'.'+i output= p+' %42069420% ' + ' '.join(links) # print (1234) return output
print(f"{item_count}. Out of {all_items_length}") ingredient = item['ingredient'] descriptor = item['descriptor'][0] search_query = f"{ingredient} {descriptor}".strip() folder_name = '_'.join(ingredient.split()) print("Search Query", search_query, sep=": ") exists = os.path.exists(f"{dowload_path}/{folder_name}") if not exists: print("Folder Name", folder_name, sep=": ") response = googleimagesdownload() absolute_image_paths = response.download({ "keywords": search_query, "limit": number_of_images, "image_directory": folder_name, "output_directory": dowload_path }) else: # folder exists skipping stmt = f"Skipping... Folder for {ingredient} exists - {dowload_path}/{folder_name}" print(stmt)
parser.add_argument('-l', '--limit', help='str type of limit size per keyword', type=str, default='10') args = vars(parser.parse_args()) if args['add_alias'] == True: alias_list = codecs.open(ag.generate_alias(), 'r', encoding='utf8').readlines() else: alias_list = codecs.open(args['keywords_file'], 'r', encoding='utf8').readlines() downloader = gd.googleimagesdownload() arguments = dict() for aliases in alias_list: aliases = aliases.strip() splits = aliases.split(' ') dir_name = splits[0].strip() keywords = ', '.join([keyword.replace('_', ' ') for keyword in splits[1:]]) pdb.set_trace() arguments['keywords'] = keywords arguments['image_directory'] = dir_name arguments['limit'] = args['limit'] arguments['no_numbering'] = True paths, errors = downloader.download_executor(arguments)
import google_images_download #importing the library response = google_images_download.googleimagesdownload() #class instantiation arguments = { "keywords": "Street Art", "limit": 200, "print_urls": True } #creating list of arguments paths = response.download(arguments) #passing the arguments to the function print(paths) #printing absolut
def get_image_url(keyword): response = google_images_download.googleimagesdownload() absolute_image_paths = response.download({'keywords':keyword,'limit':1,'no_download':True,'aspect_ratio':'square','print_urls':True,'usage_rights':'labeled-for-reuse-with-modifications'}) return absolute_image_paths.get(keyword)[0]