def process_i1k_tar_subpath(args):
 (target_size, toptar, img_dir, setn, label_dict, subpath) = args
 name_slice = (slice(None, 9) if (setn == 'train') else slice(15, (-5)))
 label = label_dict[subpath.name[name_slice]]
 outpath = os.path.join(img_dir, str(label))
 if (setn == 'train'):
  tf = tarfile.open(toptar)
  subtar = tarfile.open(fileobj=tf.extractfile(subpath))
  file_list = subtar.getmembers()
  return process_files_in_tar(target_size, label, subtar, file_list, outpath)
 elif (setn == 'val'):
  tf = tarfile.open(toptar)
  file_list = [subpath]
  return process_files_in_tar(target_size, label, tf, file_list, outpath)

def process_i1k_tar_subpath ( args ) : ( target_size , toptar , img_dir , setn , label_dict , subpath ) = args name_slice = ( slice ( None , 9 ) if ( setn == 'train' ) else slice ( 15 , ( - 5 ) ) ) label = label_dict [ subpath . name [ name_slice ] ] outpath = os . path . join ( img_dir , str ( label ) ) if ( setn == 'train' ) : tf = tarfile . open ( toptar ) subtar = tarfile . open ( fileobj = tf . extractfile ( subpath ) ) file_list = subtar . getmembers ( ) return process_files_in_tar ( target_size , label , subtar , file_list , outpath ) elif ( setn == 'val' ) : tf = tarfile . open ( toptar ) file_list = [ subpath ] return process_files_in_tar ( target_size , label , tf , file_list , outpath )
process a single subpath in a i1k tar .