(stable_stage_num_images, transition_stage_num_images,
                         num_blocks)
return (num_blocks * stable_stage_num_images +
          (num_blocks - 1) * transition_stage_num_images)
Returns the minimum total number of images.

  Computes the minimum total number of images required to reach the desired
  `resolution`.

  Args:
    stable_stage_num_images: Number of images in the stable stage.
    transition_stage_num_images: Number of images in the transition stage.
    num_blocks: Number of network blocks.

  Returns:
    An integer of the minimum total number of images.
Returns the minimum total number of images.
Returns the minimum total number of images .
def min_total_num_images(stable_stage_num_images, transition_stage_num_images,
                         num_blocks):
  """Returns the minimum total number of images.

  Computes the minimum total number of images required to reach the desired
  `resolution`.

  Args:
    stable_stage_num_images: Number of images in the stable stage.
    transition_stage_num_images: Number of images in the transition stage.
    num_blocks: Number of network blocks.

  Returns:
    An integer of the minimum total number of images.
  """
  return (num_blocks * stable_stage_num_images +
          (num_blocks - 1) * transition_stage_num_images)
def min_total_num_images ( stable_stage_num_images , transition_stage_num_images , num_blocks ) : return ( num_blocks * stable_stage_num_images + ( num_blocks - 1 ) * transition_stage_num_images )