text: from calculator import arguments, simple
  
  class AdvancedCalculator(simple.SimpleCalculator):
      """
      A class to provide advanced calculator functionality.
  
      ...
  
      Methods
      -------
      add(arguments: arguments.Arguments):
          Addtiion.
      substract(arguments: arguments.Arguments):
          Substract.
      multiply(arguments: arguments.Arguments):
          Multiply.
      divide(arguments: arguments.Arguments):
          Divide.
      """
      def union(self, arguments: arguments.Arguments):
          from ast import literal_eval
          list_one = set(literal_eval(arguments.first_param))
          list_two = set(literal_eval(arguments.second_param))
          return list_one.union(list_two)
  
      def difference(self, arguments: arguments.Arguments):
          from ast import literal_eval
          list_one = set(literal_eval(arguments.first_param))
          list_two = set(literal_eval(arguments.second_param))
          return list_one.difference(list_two)
  
      def intersection(self, arguments: arguments.Arguments):
          from ast import literal_eval
          list_one = set(literal_eval(arguments.first_param))
          list_two = set(literal_eval(arguments.second_param))
          return list_one.intersection(list_two)
  
      def calculate_stats(self, arguments: arguments.Arguments):
          list_one = arguments.first_param.split(",")
          list_two = arguments.first_param.split(",")
          print(f"List 1 Min: {min(list_one)}")
          print(f"List 1 Max: {max(list_one)}")
          print(f"List 1 Length: {len(list_one)}")
          print(f"List 2 Min: {min(list_two)}")
          print(f"List 2 Max: {max(list_two)}")
          print(f"List 2 Length: {len(list_two)}")
          
      def sort_lists(self, arguments: arguments.Arguments):
          list_one = arguments.first_param.split(",")
          list_two = arguments.second_param.split(",")
          combined_list = list_one + list_two
          combined_list.sort()
          return combined_list
  
      def reduce_list(self, arguments: arguments.Arguments):
          from functools import reduce
          list_one = map(int,arguments.first_param.split(","))
          even_filter_flag = bool(arguments.second_param)
          return reduce(lambda x, y: x + y, list_one)
  
      def map_list(self, arguments: arguments.Arguments):
          list_one = map(int,arguments.first_param.split(","))
          factor = int(arguments.second_param)
          return list(map(lambda x : x * factor, list_one))