parameters: (self, scale, zero_point, number)
docstring: Set tensor quant parameters
          :param scale: <float list> the scale list
          :param zero_point: <int> the zero point address
          :param number: <int> the element number of array
          :return: None
docstring_summary: Set tensor quant parameters
          :param scale: <float list> the scale list
          :param zero_point: <int> the zero point address
          :param number: <int> the element number of array
          :return: None
docstring_tokens: Set tensor quant parameters : param scale : <float list > the scale list : param zero_point : <int > the zero point address : param number : <int > the element number of array : return : None
function: def setQuantParam(self, scale, zero_point, number):
          """
          Set tensor quant parameters
          :param scale: <float list> the scale list
          :param zero_point: <int> the zero point address
          :param number: <int> the element number of array
          :return: None
          """
          _LIB.set_tensor_quant_param.argtypes = [
              ctypes.c_void_p,
              ctypes.POINTER(ctypes.c_float),
              ctypes.POINTER(ctypes.c_int),
              ctypes.c_int,
          ]
          check_call(
              _LIB.set_tensor_quant_param(
                  ctypes.c_void_p(self.tensor),
                  np.ctypeslib.as_ctypes(scale),
                  np.ctypeslib.as_ctypes(zero_point),
                  number,
              )
          )
function_tokens: def setQuantParam ( self , scale , zero_point , number ) : _LIB . set_tensor_quant_param . argtypes = [ ctypes . c_void_p , ctypes . POINTER ( ctypes . c_float ) , ctypes . POINTER ( ctypes . c_int ) , ctypes . c_int , ] check_call ( _LIB . set_tensor_quant_param ( ctypes . c_void_p ( self . tensor ) , np . ctypeslib . as_ctypes ( scale ) , np . ctypeslib . as_ctypes ( zero_point ) , number , ) )