original_docstring: 
          Defines the action space as a single number in [0,7]. 0 is fan off, 7 is fan at maximum speed.
          Ideally we'd also control wattage to the cpu here, but multi-dimentional actions do not appear
          to be supported.
          
docstring: Defines the action space as a single number in [0,7]. 0 is fan off, 7 is fan at maximum speed.
  Ideally we'd also control wattage to the cpu here, but multi-dimentional actions do not appear
  to be supported.
docstring_tokens: Defines the action space as a single number in [ 0 7 ] . 0 is fan off 7 is fan at maximum speed . Ideally we ' d also control wattage to the cpu here but multi - dimentional actions do not appear to be supported .
code: def action_spec(self):
          """
          Defines the action space as a single number in [0,7]. 0 is fan off, 7 is fan at maximum speed.
          Ideally we'd also control wattage to the cpu here, but multi-dimentional actions do not appear
          to be supported.
          """
          return BoundedArraySpec(
              shape=(),
              dtype=np.int32,
              minimum=0,
              maximum=7,
              name="action"
          )
code_tokens: def action_spec ( self ) : return BoundedArraySpec ( shape = ( ) , dtype = np . int32 , minimum = 0 , maximum = 7 , name = "action" )
short_docstring: Defines the action space as a single number in [0,7].
short_docstring_tokens: Defines the action space as a single number in [ 0 7 ] .
comment: """
          Defines the action space as a single number in [0,7]. 0 is fan off, 7 is fan at maximum speed.
          Ideally we'd also control wattage to the cpu here, but multi-dimentional actions do not appear
          to be supported.
          """