طباعة نسيج لعبة من عروش على طابعة مالية باستخدام بيثون

import time, pytube #         def load_bmp_from_video(video_url, filename): t1 = time.clock() #     video = pytube.YouTube(video_url) #        streams = video.streams.all() for stream in streams: print(stream) #       ,  18: 360p mp4 video.streams.get_by_itag(18).download("./", filename = filename ) t2 = time.clock() #      print('download done', t2-t1) #       got.mp4   360x640 load_bmp_from_video(video_url = 'https://www.youtube.com/watch?v=aZV4PclhHeA&', filename = 'got') 

 <Stream: itag = "22" mime_type = "video / mp4" res = "720p" fps = "30fps" vcodec = "avc1.64001F" acodec = "mp4a.40.2">
 <Stream: itag = "43" mime_type = "video / webm" res = "360p" fps = "30fps" vcodec = "vp8.0" acodec = "vorbis">
 <Stream: itag = "18" mime_type = "video / mp4" res = "360p" fps = "30fps" vcodec = "avc1.42001E" acodec = "mp4a.40.2">
 <Stream: itag = "137" mime_type = "video / mp4" res = "1080p" fps = "30fps" vcodec = "avc1.640028">
 <Stream: itag = "248" mime_type = "video / webm" res = "1080p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "136" mime_type = "video / mp4" res = "720p" fps = "30fps" vcodec = "avc1.4d401f">
 <Stream: itag = "247" mime_type = "video / webm" res = "720p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "135" mime_type = "video / mp4" res = "480p" fps = "30fps" vcodec = "avc1.4d401e">
 <Stream: itag = "244" mime_type = "video / webm" res = "480p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "134" mime_type = "video / mp4" res = "360p" fps = "30fps" vcodec = "avc1.4d401e">
 <Stream: itag = "243" mime_type = "video / webm" res = "360p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "133" mime_type = "video / mp4" res = "240p" fps = "30fps" vcodec = "avc1.4d4015">
 <Stream: itag = "242" mime_type = "video / webm" res = "240p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "160" mime_type = "video / mp4" res = "144p" fps = "30fps" vcodec = "avc1.4d400c">
 <Stream: itag = "278" mime_type = "video / webm" res = "144p" fps = "30fps" vcodec = "vp9">
 <Stream: itag = "140" mime_type = "audio / mp4" abr = "128kbps" acodec = "mp4a.40.2">
 <Stream: itag = "249" mime_type = "audio / webm" abr = "50kbps" acodec = "opus">
 <Stream: itag = "250" mime_type = "audio / webm" abr = "70kbps" acodec = "opus">
 <Stream: itag = "251" mime_type = "audio / webm" abr = "160kbps" acodec = "opus">

 import os, cv2, numpy as np from PIL import Image #            def save_frames_from_vide(filename): #          real_filename = filename.rsplit('.', 1)[0] #         for file in os.listdir('./'): if file.startswith('frame'): os.remove('./' + file) #         frames_list = [] vidcap = cv2.VideoCapture(filename) try: success, frame = vidcap.read() count = 1 while success: # and count < 500: #    #     1  100,     if count in [1, 100, 30945, 31000] or count % 370 == 0: #      (  ) mono_frame = frame if count == 370: mono_frame = mono_frame[0:mono_frame.shape[0], 172:mono_frame.shape[1]] if count == 30710: mono_frame = mono_frame[0:mono_frame.shape[0], 0:mono_frame.shape[1] - 200] mono_frame = mono_frame[20:-20, :] frames_list.append(mono_frame) print('read a new frame: ', success, count) success, frame = vidcap.read() count += 1 finally: vidcap.release() #     gobelin = np.concatenate((frames_list), axis = 1) #   -    cv2.imwrite('%s.png' % real_filename, gobelin) #        image = Image.open('%s.png' % real_filename) #  1        bmp fn = lambda x : 255 if x > 135 else 0 image = image.convert('L').point(fn, mode = '1') #       528  coef = 528. / image.height new_w = int(image.width * coef) new_h = int(image.height * coef) image = image.resize((new_w, new_h)) #    270         image = image.transpose(Image.ROTATE_270) image.save('%s_for_print.bmp' % real_filename) #       'got.png'  'got_for_print.bmp' save_frames_from_vide('got.mp4') 

 import win32com.client from _winreg import HKEY_CURRENT_USER, OpenKey, EnumValue #         class FiscallError(Exception) #     COM  , #  COM     def fiscal_print(filename): driver = None try: #      #         8.16. try: hKey = OpenKey(HKEY_CURRENT_USER, r"Software\Atol\Drivers\8.0\KKM\Devices") except Exception as err: raise FiscallError('      ' + '  ' + '   FPrint22-') #       , #       com  try: device_name,device_connect_params,device_connect_dt=EnumValue(hKey,0) except Exception as err: raise FiscallError('     ' + '     ' + '  FPrint22-') #       try: connect_dir = dict([tup.split(u'=') for tup in device_connect_params]) except Exception as err: raise FiscallError('     ' + '    FPrint22-') #    COM  try: driver = win32com.client.Dispatch("AddIn.FPrnM8") except Exception as err: raise FiscallError(' COM  AddIn.FPrnM8   ' + ' FPrint22-    , ' + '    ') #         add_code = driver.AddDevice() if driver.ResultCode != 0: raise FiscallError('     FPrint22-' + ' [ %s] - %s'% (driver.ResultCode, driver.ResultDescription)) #       COM  driver.Model = connect_dir['Model'] driver.PortNumber = connect_dir['PortNumber'] driver.UseAccessPassword = connect_dir['UseAccessPassword'] driver.DefaultPassword = connect_dir['UseAccessPassword'] driver.PortNumber = connect_dir['PortNumber'] driver.BaudRate = connect_dir['BaudRate'] #         #       COM  driver.DeviceEnabled = 1 #         GetStatus, #       . 61    v8.0 res = driver.GetStatus() if driver.ResultCode != 0: raise FiscallError('     FPrint22- ' + '[ %s] - %s' % (driver.ResultCode, driver.ResultDescription)) ###   #  ,       #   ,       driver.Beep() #  ,      (528) print('driver.PixelLineLength:', driver.PixelLineLength) # !!!       # (    COM ) driver.Alignment = 0 driver.LeftMargin = 0 driver.PrintPurpose = 1 driver.AutoSize = False driver.Scale = 100 #      driver.FileName = filename #    bmp  driver.PrintBitmapFromFile #        10  for i in range(10): driver.PrintString() #      driver.FullCut() # ! except FiscallError as err: raise err except Exception as err: raise FiscallError('    ' + '   FPrint22- - %s' % str(err)) finally: if driver: driver.DeviceEnabled = 0 fiscal_print('got_for_print.bmp') 

 #     avconv -ss 00:00:10 -i got_print.mov -t 00:06:00 -c:v copy got_print_tmp.mov #      ( win) (echo file 'got_8bit.mp3' & echo file 'got_8bit.mp3' & echo file 'got_8bit.mp3') > list.txt #      ( linux) # cat list.txt # file 'got_8bit.mp3' # file 'got_8bit.mp3' # file 'got_8bit.mp3' #     3  ffmpeg -f concat -i list.txt -acodec copy got_8bit_3.mp3 #         avconv -i got_print_tmp.mov -i got_8bit_3.mp3 -c copy got_print_final.mov #       mp4 avconv -i got_print_final.mov -c:v libx264 got_print_final.mp4 #    (windows) del got_8bit_3.mp3 del got_print_tmp.mov #    (linux) # rm got_8bit_3.mp3 # rm got_print_tmp.mov