parameters: (self, motor_name, motor_step, motor_std_dev)
return_statement: return
docstring: set motor step information
          :param motor_name:
          :param motor_step:
          :param motor_std_dev:
          :return:
docstring_summary: set motor step information
          :param motor_name:
          :param motor_step:
          :param motor_std_dev:
          :return:
docstring_tokens: set motor step information : param motor_name : : param motor_step : : param motor_std_dev : : return :
function: def set_motor(self, motor_name, motor_step, motor_std_dev):
          """
          set motor step information
          :param motor_name:
          :param motor_step:
          :param motor_std_dev:
          :return:
          """
          assert isinstance(motor_name, str), 'Motor name {0} must be a string but not {1}.' \
                                              ''.format(motor_name, type(motor_name))
          assert isinstance(motor_step, float), 'Motor float {0} must be a string but not {1}.' \
                                                ''.format(motor_step, type(motor_step))
          assert isinstance(motor_std_dev, float), 'Standard deviation type must be float'
  
          self._movingMotorTuple = (motor_name, motor_step, motor_std_dev)
  
          return
function_tokens: def set_motor ( self , motor_name , motor_step , motor_std_dev ) : assert isinstance ( motor_name , str ) , 'Motor name {0} must be a string but not {1}.' '' . format ( motor_name , type ( motor_name ) ) assert isinstance ( motor_step , float ) , 'Motor float {0} must be a string but not {1}.' '' . format ( motor_step , type ( motor_step ) ) assert isinstance ( motor_std_dev , float ) , 'Standard deviation type must be float' self . _movingMotorTuple = ( motor_name , motor_step , motor_std_dev ) return