code: def get_max_sum_ind(self, indices_list, distances, i, m):
          '''Get the indices that belong to the maximum distance in `distances`
  
          Arguments
          ---------
          indices_list : list
              list of tuples
          distances : numpy.ndarray
              size M
          i : int
          m : int
  
          Returns
          -------
          list
          '''
          if len(indices_list) != len(distances):
              msg = "Indices and distances are lists of different length." + \
                  "Length indices_list = {} and length distances = {}." + \
                  "In loop i = {}  and m =  {}"
              raise ValueError(msg.format(
                  len(indices_list), len(distances), i, m))
  
          max_index = tuple(distances.argsort()[-1:][::-1])
          return indices_list[max_index[0]f get_max_sum_ind(self, indices_list, distances, i, m):
          '''Get the indices that belong to the maximum distance in `distances`
  
          Arguments
          ---------
          indices_list : list
              list of tuples
          distances : numpy.ndarray
              size M
          i : int
          m : int
  
          Returns
          -------
          list
          '''
          if len(indices_list) != len(distances):
              msg = "Indices and distances are lists of different length." + \
                  "Length indices_list = {} and length distances = {}." + \
                  "In loop i = {}  and m =  {}"
              raise ValueError(msg.format(
                  len(indices_list), len(distances), i, m))
  
          max_index = tuple(distances.argsort()[-1:][::-1])
          return indices_list[max_index[0]]
docs: Get the indices that belong to the maximum distance in `distances`
  
          Arguments
          ---------
          indices_list : list
              list of tuples
          distances : numpy.ndarray
              size M
          i : int
          m : int
  
          Returns
          -------
          list