parameters: (x, slopes)
return_statement: return _F.prelu(x, slopes)
docstring: prelu(x, slopes)
      prelu(slope*x if x < 0 else x) of `x`.
  
      Parameters
      ----------
      x : var_like, input value, data_format is NC4HW4.
      slopes : [float], input value.
  
      Returns
      -------
      prelu_res : Var, data_format is NC4HW4.
  
      Example:
      -------
      >>> x = expr.reshape(expr.range(-4., 4., 1.), [1, 2, 2, 2])
      >>> x = expr.convert(x, expr.NC4HW4)
      >>> expr.convert(expr.prelu(x, [0.5, 0.6]), expr.NCHW)
      var([[[[-2. , -1.5],
             [-1. , -0.5]],
            [[ 0. ,  1. ],
             [ 2. ,  3. ]]]], dtype=float32)
docstring_summary: prelu(x, slopes)
      prelu(slope*x if x < 0 else x) of `x`.
docstring_tokens: prelu ( x slopes ) prelu ( slope * x if x < 0 else x ) of x .
function: def prelu(x, slopes):
      '''
      prelu(x, slopes)
      prelu(slope*x if x < 0 else x) of `x`.
  
      Parameters
      ----------
      x : var_like, input value, data_format is NC4HW4.
      slopes : [float], input value.
  
      Returns
      -------
      prelu_res : Var, data_format is NC4HW4.
  
      Example:
      -------
      >>> x = expr.reshape(expr.range(-4., 4., 1.), [1, 2, 2, 2])
      >>> x = expr.convert(x, expr.NC4HW4)
      >>> expr.convert(expr.prelu(x, [0.5, 0.6]), expr.NCHW)
      var([[[[-2. , -1.5],
             [-1. , -0.5]],
            [[ 0. ,  1. ],
             [ 2. ,  3. ]]]], dtype=float32)
      '''
      x = _to_c4(_to_var(x))
      return _F.prelu(x, slopes)
function_tokens: def prelu ( x , slopes ) : x = _to_c4 ( _to_var ( x ) ) return _F . prelu ( x , slopes )