original_docstring: Before checking, eliminate one random non-prize door, then ask to switch
docstring: Before checking, eliminate one random non-prize door, then ask to switch
docstring_tokens: Before checking eliminate one random non - prize door then ask to switch
code: def scenario2():
      """Before checking, eliminate one random non-prize door, then ask to switch"""
      prize_position = random.randint(0, 2)
      #print(f"prize_position:{prize_position}")
      first_choice = random.randint(0, 2)
      #print(f"first_choice:{first_choice}")
  
      opened_door = random.choice({0,1,2} -{prize_position, first_choice})
      #print(f"opened_door:{opened_door}")
      switched_choice = min({0, 1, 2} - {opened_door, first_choice})
      #print(f"switched_choice:{switched_choice}")
  
      return switched_choice == prize_position
code_tokens: def scenario2 ( ) : prize_position = random . randint ( 0 , 2 ) first_choice = random . randint ( 0 , 2 ) opened_door = random . choice ( { 0 , 1 , 2 } - { prize_position , first_choice } ) switched_choice = min ( { 0 , 1 , 2 } - { opened_door , first_choice } ) return switched_choice == prize_position
short_docstring: Before checking, eliminate one random non-prize door, then ask to switch
short_docstring_tokens: Before checking eliminate one random non - prize door then ask to switch
comment: """Before checking, eliminate one random non-prize door, then ask to switch"""$SEP$#print(f"prize_position:{prize_position}")$SEP$#print(f"first_choice:{first_choice}")$SEP$#print(f"opened_door:{opened_door}")$SEP$#print(f"switched_choice:{switched_choice}")