docstr: Figure out whether to use "A" or "An" (heuristic), handles "the" and "The" too
  specifier_type can be used to optionally override the class property specifier_type
  
  Example:
      if (subject="cat", subject_category="animal", specifier_type="the", upper=False) -> "the cat"
      if (subject="apple", subject_category="plant", specifier_type="a", upper=True) -> "An apple"
docstr_tok: ["Figure","out","whether","to","use","``","A","''","or","``","An","''","(","heuristic",")",",","handles","``","the","''","and","``","The","''","too","specifier_type","can","be","used","to","optionally","override","the","class","property","specifier_type","Example",":","if","(","subject=","''","cat","''",",","subject_category=","''","animal","''",",","specifier_type=","''","the","''",",","upper=False",")","-",">","``","the","cat","''","if","(","subject=","''","apple","''",",","subject_category=","''","plant","''",",","specifier_type=","''","a","''",",","upper=True",")","-",">","``","An","apple","''"]
code: def generate_specified_subject(
      self, upper=False, specifier_type=None
  ) -> str:
      """Figure out whether to use "A" or "An" (heuristic), handles "the" and "The" too
      specifier_type can be used to optionally override the class property specifier_type
  
      Example:
          if (subject="cat", subject_category="animal", specifier_type="the", upper=False) -> "the cat"
          if (subject="apple", subject_category="plant", specifier_type="a", upper=True) -> "An apple"
      """
  
      specifier_type = (
          self.specifier_type
          if specifier_type is None
          else specifier_type
      )
      if not (self.subject_category != "person") or (
          self.subject == "person"
      ):
          return self.subject
      base_char = (
          specifier_type[0].upper()
          if upper
          else specifier_type[0].lower()
      )
      if specifier_type == "a":
          if self.subject[0].lower() in ["a", "e", "i", "o", "u"]:
              return f"{base_char}n {self.subject}"
      else:
          return f"{base_char}{specifier_type[1:]} {self.subject}"
      return f"{base_char} {self.subject}"
  
imports: import random
  import dataclasses
  from copy import copy
  from typing import List, Dict, Literal, Tuple
  from dataclasses import dataclass
  from .scenario import Scenario, Instance, Reference, TRAIN_SPLIT, VALID_SPLIT, TEST_SPLIT, CORRECT_TAG, Input, Output
label_desc: Use image node_id 1 for calling the LanguageLogicalStatement obj's underlying member method code with example usage: obj.generate_specified_subject(upper, specifier_type) and returns: base_char, str, self, self, base_char, specifier_type, str, self, base_char, str, self