I played around until I was reasonably sure what the criteria to wake up each little dude was, then I wrote down each criteria. Then I spent several hours writing a haskell script to comb through a ~480,000 word dictionary I found on github, and filter by each criteria...
Except that I couldn't be bothered to figure out the best way to filter by yellow's criterion, so instead I just filtered by everyone else's and manually scanned the remainder until I found the first one that fit. I'm tired, give me a break.
What I learned:
1. I'm still an extreme novice in Haskell
2. Rust would have been several hours faster
3. I would have been done yesterday if I just used Python
4. a lot of other nerd stuff about Haskell that is probably better left to a personal blog than the comments of a cute webgame
9/10 needs more programmatically-solvable challenges that I can waste entire days on, otherwise it was perfect
Edit: I added the final filter (for yellow), it wasn't as hard as my sleep-deprived mind made it out to be
Haskell is brave! I did the lazy thing and wrote a script in python, running through my dictionary for TeXworks. I also didn't filter for yellow, and luckily the first word it returned fit! (It was YWJlbGlhbg== in base64, which made me very happy, especially since I'm not even sure it's in the default dictionary, it may have been one I added later while doing actual work.)
I just tried asking ChatGPT when I figured out the rules. Completely failed telling me nothing matches these criteria, despite it seemingly generating a Python script to check all of this. In the end I just used my noggin to try a few options till I found one that worked.
Interesting. I couldn't think of a food - I figured out all the rules, but had to find a list of foods of appropriate length and see which ones fit the other rules. Found one, but now I'm curious if there are multiple answers. At some point I might have to go through the entire list and see if any others fit.
Certain colors like certain things, for example, the green one likes actual words, the purple one likes uneven things, etc. The goal is to find a word every letter likes
Really fun game! I used VGVubmVycw== to solve it, but I think I misunderstood how Yellow worked. The rule I came to the conclusion was dGhhdCBpdCBoYXMgdG8gaW5jbHVkZSAiRVJTIg==, but if a word like cG9wY29ybg== works, that rule completely goes out the window.
(Every instance of jumbled text is Base64.)
Edit: Oh wow, I think I know how Yellow works now, and I misunderstood it more than I originally thought. Huh.
also apparently someone made a regex, so try to decode this: 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.
solved with bmVlZGVk (x64) -- though, looking at other people's solutions, i realized i was actually more strict than necessary! i had the most trouble with the green one.
beat it with bm9taW5lZQ== (base 64), fun game! it was fun trying to figure out the rules, i kinda just did random stuff until a pattern appeared for each of them but it was still really cool
this is unrelated to the gameplay but i think it’s interesting how the colour palette can be used in different ways. here it looks very colourful, but Pipe Bind makes it look like an orange palette, and in my submission it looks mostly grayscale with occasional red and yellow objects.
I think I managed to figure out all of the rules, but I didn't feel like trying to engineer a solution under those constraints so I just tried stuff that felt like they might fit until I found something. The solution I got was ZG9taW5v (Base64)
So fun!!! My word was bm90aW9u (Base64 encoding for spoilers!)
I had to look up what Green wanted though, felt very tricky! If anyone would like some hints instead of solutions, here's a hint for every single eater! Purple · RXZlbiwgVW5ldmVu Blue · TG92ZXMgYSBzaW5nbGUgdGhpbmch Green · RGlzbGlrZXMgZ2liYmVyaXNo Yellow · Q29uc2VjdXRpdmUgb3JkZXIh Orange · Tm90IHRvbyBtdWNoLCBub3QgdG9vIGxpdHRsZQ== Red · QXQgbGVhc3QgdHdvIHRpbWVzIGlzIEdvb2QgZW5vdWdo
Hope it helps! Thank you Daniel for another cool experience :3 💛
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I played around until I was reasonably sure what the criteria to wake up each little dude was, then I wrote down each criteria. Then I spent several hours writing a haskell script to comb through a ~480,000 word dictionary I found on github, and filter by each criteria...
Except that I couldn't be bothered to figure out the best way to filter by yellow's criterion, so instead I just filtered by everyone else's and manually scanned the remainder until I found the first one that fit. I'm tired, give me a break.
What I learned:
1. I'm still an extreme novice in Haskell
2. Rust would have been several hours faster
3. I would have been done yesterday if I just used Python
4. a lot of other nerd stuff about Haskell that is probably better left to a personal blog than the comments of a cute webgame
9/10 needs more programmatically-solvable challenges that I can waste entire days on, otherwise it was perfect
Edit: I added the final filter (for yellow), it wasn't as hard as my sleep-deprived mind made it out to be
Haskell is brave! I did the lazy thing and wrote a script in python, running through my dictionary for TeXworks. I also didn't filter for yellow, and luckily the first word it returned fit! (It was YWJlbGlhbg== in base64, which made me very happy, especially since I'm not even sure it's in the default dictionary, it may have been one I added later while doing actual work.)
I just tried asking ChatGPT when I figured out the rules. Completely failed telling me nothing matches these criteria, despite it seemingly generating a Python script to check all of this. In the end I just used my noggin to try a few options till I found one that worked.
it was my fourth guess because me too babies, me too
Haven't seen anyone use c3RlcG5leQ== as a solution yet. I was just brute forcing it after understanding all the rules. Super fun puzzle!
Interesting. I couldn't think of a food - I figured out all the rules, but had to find a list of foods of appropriate length and see which ones fit the other rules. Found one, but now I'm curious if there are multiple answers. At some point I might have to go through the entire list and see if any others fit.
Hint: Try something related to wood.
I know how to get each of them but I can't think of something that gets all of them 😭😭
edit: bro why're ppl downvoting I just wanted to say that I know the rules but i cant figure out a word that fits all of them
here's a hint, hope it helps!
Purple: Even, Uneven
Blue: Loves a single thing!
Green: Dislikes gibberish
Yellow: Consecutive order!
Orange: Not too much, not too little
Red: at least two times is enough
good job! you're welcome!! also if you want another answer click show more!
stepney
this was delightful! reminds me of the kind of guessing game you play on a roadtrip
ITS OFFICIAL, RED LIKES MASHED POTATOES!!!!!
people who are stuck, look at this comment, if you are not stuck or wanna keep trying then scroll away.
2 answers are POPCORN and NOOSED, you're welcome.
another awnser!!
wooden
wow, good job! it took me a while to find the 2 answers that i got
Oh, I suppose I forgot to mention I found the awnser deeper in the comment section! '':D
another one answer, click show more to see it!
kimono
the word ASS works on green, heh heh
I enjoyed this, thank you.
do you want help?
"Nothing" is soooo close aghhhhhh
do you want help?
my life of picky eating apparently allowed me to solve this without learning any of the rules lol
I got it third try. No clue what the rules are though
i got chu
Purple: Even, Uneven
Blue: Loves a single thing!
Green: Dislikes gibberish
Yellow: Consecutive order!
Orange: Not too much, not too little
Red: at least two times is enough
guys I'm really confused
Certain colors like certain things, for example, the green one likes actual words, the purple one likes uneven things, etc. The goal is to find a word every letter likes
the purple one likes even and uneven things mind you
hint to win. whats a picky eaters favorite food
what is it idk !!
WHAT THE ANSWER
click view rest to see answers
noosed, popcorn or tenners, thats what i tried, and it worked
I used bm9vc2Vk== lol
only figured out purple, green and orange to solve it
nvm
ok i read the comments and i know what to expect
torture
Really fun game! I used VGVubmVycw== to solve it, but I think I misunderstood how Yellow worked. The rule I came to the conclusion was dGhhdCBpdCBoYXMgdG8gaW5jbHVkZSAiRVJTIg==, but if a word like cG9wY29ybg== works, that rule completely goes out the window.
(Every instance of jumbled text is Base64.)
Edit: Oh wow, I think I know how Yellow works now, and I misunderstood it more than I originally thought. Huh.
good, because the word cG9wY29ybg== does work, as well as the word bm9vc2Vk==
also apparently someone made a regex, so try to decode this: 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.
Have fun!
there are actually loads more words, but i dont care
Went with some thematic and got it with cG9wY29ybg== (base64) - also just noticed that i'm not the only one! Very cool.
after beating the game i've written a regex that finds all valid words, here it is (in base64)
Xig/PVthZWlvdV0qW15hZWlvdV0oPzpbYWVpb3VdKlteYWVpb3VdW2FlaW91XSpbXmFlaW91XSkqW2FlaW91XSokKSg/PS4qbikoPz0uKig/OmFifGJjfGNkfGRlfGVmfGZnfGdofGhpfGlqfGprfGtsfGxtfG1ufG5vfG9wfHBxfHFyfHJzfHN0fHR1fHV2fHZ3fHd4fHh5fHl6KSkoPz0uezYsN30kKSg/PS4qKFthZWlvdV0pLipcMSk=
you can try it yourself here for example (please dont tell me about how i can make it shorter, i know it's possible)
Another managore banger.
solved with bmVlZGVk (x64) -- though, looking at other people's solutions, i realized i was actually more strict than necessary! i had the most trouble with the green one.
super charming game!
what bmVlZGVk (x64) means?
incredible as usual
This was wonderful! I solved it with cG9wY29ybg== (base 64) and it took me so long to realize I was misunderstanding the green fellow's rule
beat it with bm9taW5lZQ== (base 64), fun game! it was fun trying to figure out the rules, i kinda just did random stuff until a pattern appeared for each of them but it was still really cool
i dont understand... pls help
I got the puzzle with Y2FiYW5h (x64). Very nice!
I was confused at first but after a while I understood what each little guys wanted!!
Very nice game, love the simple yet effective, colorful pixelart too, great job :D
edit - now I want to eat a soup with alphabet letters
this is unrelated to the gameplay but i think it’s interesting how the colour palette can be used in different ways. here it looks very colourful, but Pipe Bind makes it look like an orange palette, and in my submission it looks mostly grayscale with occasional red and yellow objects.
A great little rule discovery puzzle. I'd happily play this with more levels and rules to figure out.
Tried bm9vZGxlCg== at random, it worked (base 64)
Had to look for green's rule in the comments.
Even with that, it took me some time to find a valid word (I'm a non native english speaker).
Nice little game
I think I managed to figure out all of the rules, but I didn't feel like trying to engineer a solution under those constraints so I just tried stuff that felt like they might fit until I found something. The solution I got was ZG9taW5v (Base64)
Very nice. Solved with vafvtug (rot13)
Solved with bm9vZGxl. Great little game, I second the other commenter who wanted a daily wordle-like version
This was a nice little blend of rule discovery and finding words that fit the rules. My winning word was (rot13) BCRARQ.
So fun!!! My word was bm90aW9u (Base64 encoding for spoilers!)
I had to look up what Green wanted though, felt very tricky!
If anyone would like some hints instead of solutions, here's a hint for every single eater!
Purple · RXZlbiwgVW5ldmVu
Blue · TG92ZXMgYSBzaW5nbGUgdGhpbmch
Green · RGlzbGlrZXMgZ2liYmVyaXNo
Yellow · Q29uc2VjdXRpdmUgb3JkZXIh
Orange · Tm90IHRvbyBtdWNoLCBub3QgdG9vIGxpdHRsZQ==
Red · QXQgbGVhc3QgdHdvIHRpbWVzIGlzIEdvb2QgZW5vdWdo
Hope it helps! Thank you Daniel for another cool experience :3 💛
what all that letters and numbers mean?
its base 64, use a base 64 decoder