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| import streamlit as st | |
| from streamlit_extras.stateful_button import button # for button that can maintain its clicked state | |
| import random # for showing random words | |
| from wordle_functions import * # for wordle solving | |
| import plotly.express as px # for plots | |
| from plots import * # for plots | |
| ### Page header | |
| st.title("Wordle Wizard 🧙") | |
| ### Loading in official word list | |
| official_words = [] | |
| with open("data/official_words_processed.txt", "r", encoding = "utf-8") as f: | |
| for word in f.read().split("\n"): | |
| if len(word) == 5: | |
| official_words.append(word) | |
| f.close() # closes connection to file | |
| ### Examples of words to use | |
| sugg_words = [] | |
| for i in range(0, 20): | |
| ran_int = random.randint(0, len(official_words) - 1) | |
| word = official_words[ran_int] | |
| sugg_words.append(word) | |
| ### for guess length validation of both guesses | |
| valid_guesses = True | |
| ### Generate Examples Button | |
| st.write('Please enter a starting word and a target word, and click the "Abracadabra" button to have the puzzle solved.\n') | |
| st.write('If you would like some examples of words you can use, click the button below.\n') | |
| # gen_egs = st.button('Show Me Words') | |
| if st.button('Show Me Words', key = "button1"): | |
| st.write(f"There are {len(official_words)} in the official Wordle word list. Here are {len(sugg_words)} of them.") | |
| st.write(f"{sugg_words}\n") | |
| # user starting word | |
| starting_word = st.text_input("Enter starting word here") | |
| starting_word = starting_word.strip().replace(" ", "").lower() | |
| if len(starting_word) != 5: | |
| valid_guesses = False | |
| st.write('Please double check and make sure there are exactly 5 letters in the starting word.\n') | |
| # user target word | |
| target_word = st.text_input("Enter target word here") | |
| target_word = target_word.strip().replace(" ", "").lower() | |
| if len(target_word) != 5: | |
| valid_guesses = False | |
| st.write('Please double check and make sure there are exactly 5 letters in the target word.\n') | |
| ### Solving | |
| # solve_button = st.button('Abracadabra') | |
| if button('Abracadabra', key = "button2"): # button to make everything run | |
| if valid_guesses == True: # ensure words are the correct lengths | |
| # if (starting_word.isalpha() and target_word.isalpha()): # checking there's no punctuation | |
| if not (starting_word.isalpha() and target_word.isalpha()): # if the passed words don't check every criterion | |
| st.write("Please check again that the starting word and target word only contain letter and are both 5 letters in length. Once they are, click the 'Abracadabra' button once more.") | |
| else: # if all is right in the wordle wizard world | |
| # if either of them isn't in the list, temporarily add them to the list. This doesn't impact things much and will save a ton of error headaches | |
| if starting_word not in official_words: | |
| official_words.append(starting_word) | |
| if target_word not in official_words: | |
| official_words.append(target_word) | |
| # puzzle solution | |
| wordle_wizard(word_list = official_words, max_guesses = 6, guess = starting_word, target = target_word, random_guess = False, random_target = False, verbose = True, drama = 0, return_stats = False, record = False) | |
| # post-solution prompt | |
| st.write("Curious about what the number beside each word means? Click the button below to find out!") | |
| # show plot and info | |
| if button(label = "More info", key = "button3"): | |
| # show plot of letters distribution | |
| count_plot() | |
| st.write("This is a distribution of the frequencies of all letters in the Wordle word list used in this app. The higher a given letter's count is, the more likely it is that that letter will be able to tell us something about the target word in a Wordle puzzle.\n") | |
| st.write("The rating of each letter corresponds to approximately the percentage of all words of the ~2300 words of the list used for this game in which the given word's letters appear. This means that, for a word with a rating of 30 (see below), its letters show up in 30\% of the words of the entire word list. Since we cannot possibly have all 26 letters of the English alphabet in one 5-letter word, this rating can only really be used to compare one word to another. Using more highly-rated words should generally result in getting to the target word in fewer guesses than using lower-rated words.\n") | |
| # show plot of best and worst words | |
| words_plot() | |
| st.write("By averaging the respective ratings of the letters in each word, we can assign it a relative score. By this rating system, here are the top 5 words, the middle 5 words, and the worst 5 words of the entire Wordle word list in terms of their respective ratings.\n\n") | |
| st.write("If you're interested in learning more about the theory of how Wordle Wizard actually works, check out this blog post (https://medium.com/@kmaurinjones/how-i-beat-wordle-once-and-for-all-322c8641a70d), that describes everything mentioned here (and more!) in greater detail.\n") | |
| st.write("-----------------------------\n") | |
| st.write("\nThanks for checking out Wordle Wizard! If you have any feedback or requests for additions to this app, shoot me an email at kmaurinjones@gmail.com.") |