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Guess the daily Wordle in one try using the tweet distribution

kaggle.com

21–30 of 122 posts

Re: Guess the daily Wordle in one try using the tweet distribution

#25

What are the "⬛ squares taking social media by storm"?

Huh, I thought HN stripped out emojis from posts. Has that changed, or is there a limited subset that are available?

Maybe because ■ is part if ASCII?

Edit: ⬛⬜ work, the colored ones don't.

Re: Guess the daily Wordle in one try using the tweet distribution

#26
post #7
post #5

You can guess it in one try by carefully reading the code. There is no server that knows the correct answer. The client already knows, based on the date. That is why you can only play once per day.

Where's the challenge in that?

Reading the minified code, probably.

Re: Guess the daily Wordle in one try using the tweet distribution

#27
post #9

My favourite part of this is accounting for some fake grids. Kudos! I have been so curious lately as to whether this was possible. EDIT: The next question is which (if any) of these signals can be removed and still get it in 1 guess. Or if there are any other signals. Or how many tweets are needed (is 50 enough? 10? or 1000? 10k?)

As the article explains, a grid containing, say, GGYGG, is fake. Finding more complex fakery is more difficult.

(Edit: drat, HN filters out the Unicode colored-block characters).

Re: Guess the daily Wordle in one try using the tweet distribution

#28
post #25

Earlier quoted context omitted.

Huh, I thought HN stripped out emojis from posts. Has that changed, or is there a limited subset that are available?

Maybe because ■ is part if ASCII? Edit: ⬛⬜ work, the colored ones don't.

⬛ and ■ are different characters. But it looks like HN still strips most emoji.

Re: Guess the daily Wordle in one try using the tweet distribution

#30
post #9

My favourite part of this is accounting for some fake grids. Kudos! I have been so curious lately as to whether this was possible. EDIT: The next question is which (if any) of these signals can be removed and still get it in 1 guess. Or if there are any other signals. Or how many tweets are needed (is 50 enough? 10? or 1000? 10k?)

This uses ~2-3k tweets per day for most days, which seems to be more than enough. According to https://twitter.com/WordleStats/status/1486021209015963649 there's about 250k daily tweets per Wordle right now, so this is about a 1% sample coming from whatever the Twitter search API returned when I ran that query.

The simulated distributions it's comparing to are based on 1000 runs per 5-letter word.

Anecdotally, 250 was enough to get it working for those simulated distributions, 100 and below it became increasingly noisier. A higher N would be nice, but I didn't spend more time optimizing the performance for the simulation code beyond what was needed to get this working.

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