117 lines
4.2 KiB
Python
117 lines
4.2 KiB
Python
import wordle_solver
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def wordle_guess(not_letters, has_letters, position_letters, not_position_letters, guesses = None):
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if guesses == None:
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input_file_path = 'cleaned_wordle_words.txt'
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dictionary = open(input_file_path, 'r')
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guesses = wordle_solver.read_in_dict(dictionary)
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dictionary.close()
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guesses = wordle_solver.words_without_letters(not_letters, guesses)
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guesses = wordle_solver.words_with_letters(has_letters, guesses)
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guesses = wordle_solver.words_with_letter_positions(position_letters, guesses)
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guesses = wordle_solver.words_letter_not_position(not_position_letters, guesses)
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dict_stats = wordle_solver.get_dict_stats(guesses)
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wordle_solver.entropy_sort_list(guesses, dict_stats)
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return guesses
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def check_guess(guess, word, not_letters, has_letters, position_letters, not_position_letters):
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for i, letter in enumerate(guess):
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if letter in word and letter not in has_letters:
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has_letters += letter
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elif letter not in not_letters and letter not in has_letters:
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not_letters += letter
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if letter == word[i]:
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position_letters = position_letters[:i] + letter + position_letters[i+1:]
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if letter in word and word[i] != letter:
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if letter not in not_position_letters:
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new_letter_list = [False] * 5
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new_letter_list[i] = True
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not_position_letters[letter] = new_letter_list
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else:
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not_position_letters[letter][i] = True
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return not_letters, has_letters, position_letters, not_position_letters
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def get_word_stats(word, dictionary_path):
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words =[word]
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total_num_guesses = 0
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not_letters = ""
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has_letters = ""
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position_letters = "_____"
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not_position_letters = {}
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guesses = []
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total_words = 0
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percentage = 0
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last_percentage = 0
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dictionary = open(dictionary_path, 'r')
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guess = wordle_solver.read_in_dict(dictionary)
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dictionary.close()
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for total_words, word in enumerate(words):
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for x in range(20):
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total_num_guesses += 1
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guess = wordle_guess(not_letters, has_letters, position_letters, not_position_letters, guesses=guess)
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if len(guess) == 0:
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print("No more guesses")
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exit()
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new_guess = guess[0]
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i = 0
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while new_guess in guesses:
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new_guess = guess[i]
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i += 1
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not_letters, has_letters, position_letters, not_position_letters = \
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check_guess(new_guess, word, not_letters, has_letters, position_letters, not_position_letters)
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guesses.append(new_guess)
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if position_letters == word:
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percentage = round(total_words*100/len(words), 0)
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if percentage - last_percentage >= 5:
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print(str(percentage) + r"% finished with", word[0])
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last_percentage = percentage
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not_letters = ""
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has_letters = ""
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position_letters = "_____"
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guesses = []
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not_position_letters = {}
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break
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return total_num_guesses
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if __name__ == "__main__":
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import multiprocessing as mul
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from time import time
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alphabet = list("ab")
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input_file_path = 'cleaned_wordle_words.txt'
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dictionary = open(input_file_path, 'r')
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words = wordle_solver.read_in_dict(dictionary)
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dictionary.close()
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timer = time()
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testers = mul.Pool()
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total_guesses = 0
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results = []
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for i, word in enumerate(words):
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results.append(testers.apply_async(get_word_stats, (word,input_file_path,)))
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if i % 100 == 0:
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print(i, "words tested")
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print("Recovering Results")
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for i, result in enumerate(results):
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try:
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total_guesses += result.get(timeout=1)
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if i % 100 == 0:
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print(i, "results recovered. Current average:", total_guesses/(i+1))
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except mul.TimeoutError:
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print("Timed out")
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print("Time taken:", time() - timer)
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print("The average number of guesses per word is " + str(total_guesses/len(words))) |