OP script

 all_words_http = :()


 wordle_words = {}
 _, v  (all_words_http:()) 
	 #v ==  
		.(wordle_words, v)
	

(, #wordle_words)

 transform = {
	[] = ,
	[] = ,
	[] = 
}

 Words_Frame = .Players.LocalPlayer.PlayerGui.ScreenGui.Words
 game_words = {}

  (index)
	 ret = {}
	 _, v  (Words_Frame:((index)):()) 
		 v:() 
			 gradient = v[]
			.(ret, BrickColor.(gradient.BackgroundColor3))
		
	
	 ret


  (word, feedback)
	 score = 
	 letter_counts = {}

	 i = , #word 
		 letter = word:(i, i)
		letter_counts[letter] = (letter_counts[letter]  ) + 

		 feedback[i] == BrickColor.() 
			score = score + 
		 feedback[i] == BrickColor.() 
			score = score + 
		 feedback[i] == BrickColor.() 
			score = score - 
		
	
	
	
	score = score + (#word - #letter_counts)

	 score


  (words, guess, feedback)
	 filtered = {}
	 must_contain = {}
	 must_not_contain = {}
	 exact_positions = {}

	 i = , #guess 
		 letter = guess:(i, i)
		 feedback[i] == BrickColor.() 
			exact_positions[i] = letter
			must_contain[letter] = (must_contain[letter]  ) + 
		 feedback[i] == BrickColor.() 
			must_contain[letter] = (must_contain[letter]  ) + 
		 feedback[i] == BrickColor.() 
			  must_contain[letter] 
				must_not_contain[letter] = 
			
		
	

	 _, word  (words) 
		 match = 
		 letter_counts = {}

		 i = , #word 
			 letter = word:(i, i)
			letter_counts[letter] = (letter_counts[letter]  ) + 

			 exact_positions[i]  letter ~= exact_positions[i] 
				match = 
				
			
		

		 match 
			 letter, count  (must_contain) 
				 (letter_counts[letter]  ) < count 
					match = 
					
				
			
		

		 match 
			 letter  (must_not_contain) 
				 letter_counts[letter]  letter_counts[letter] > (must_contain[letter]  ) 
					match = 
					
				
			
		

		 match 
			.(filtered, word)
		
	

	 filtered


  (word)
	 unique = {}
	 i = , #word 
		unique[word:(i,i)] = 
	
	 #unique


  (words)
	 freq = {}
	 _, word  (words) 
		 i = , #word 
			 letter = word:(i,i)
			freq[letter] = (freq[letter]  ) + 
		
	
	 freq


  (words, previous_guesses, turn)
	 letter_freq = (words)
	 best_word = 
	 best_score = -.huge

	 _, word  (words) 
		 is_previous_guess = 
		 _, prev_guess  (previous_guesses) 
			 word == prev_guess 
				is_previous_guess = 
				
			
		

		  is_previous_guess 
			 score = 

			score = score + (word) * 

			 i = , #word 
				 letter = word:(i,i)
				score = score + (letter_freq[letter]  )
			

			 letter_count = {}
			 i = , #word 
				 letter = word:(i,i)
				letter_count[letter] = (letter_count[letter]  ) + 
				 letter_count[letter] >  
					score = score - 
				
			

			 turn <=  
				 common_letters = {a=, e=, i=, o=, u=, r=, s=, t=, l=, n=}
				 letter  word:() 
					 common_letters[letter] 
						score = score + 
					
				
			

			 score > best_score 
				best_word = word
				best_score = score
			
		
	

	 best_word


  (guess)
	 i = , #guess 
		 letter = guess:(i, i):()
		(.KeyCode[letter])
		.()
		(.KeyCode[letter])
		.()
	
	(.KeyCode.Return)
	.()
	(.KeyCode.Return)


  ()
	 possible_words = wordle_words
	 guesses = {}

	 turn = ,  
		 guess = (possible_words, guesses, turn)
		.(guesses, guess)

		(guess)

		.()

		 feedback = (turn)

		 all_correct = 
		 _, color  (feedback) 
			 color ~= BrickColor.() 
				all_correct = 
				
			
		

		 #feedback ==   all_correct 
			(, guess)
			
		

		possible_words = (possible_words, guess, feedback)
	

()