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Posted (edited)

Not sure if this fits in FG&RS... but yeah.

Basically I saw something like this somewhere else and... essentially we give each other challenges that are encoded/enciphered/both and the other people try to crack it. You can do any form.

Some ideas:

  • Basic stuff like hex, bin, gzip'd, b64, etc.
  • Classics like the caesar cipher, ... the other ones, stuff like 1 = A, 2 = B, ... , etc.
  • Files/images, like data hidden in the pixels/data of a "static"/"random" img.
  • Even puzzles using stuff like boolean logic.

You can even combine them, so like a Caesar Cipher'd hexadecimal string.

You can also do puzzles, but the idea is to stay in the technical aspect.

Also no hashes unless they're crackable xd. Like, if you could look up the hash and find a result cuz it's common, then sure.

Feel free to make complex, simple, creative, etc.

UPDATE: if you want, you can try previous puzzles too! See if you can solve 'em! (Click "next page" at the top/bottom of this post)

 

Rules ig:

- Post a challenge.

- Other people try to solve it, and you can give hints GuessThatCosmereCharacter-style if you want with wrong guesses.

- Once someone gives the correct answer, it passes to them and they give a challenge for people to solve.

     - If they don't want to/don't post one in, like, a few days or wtvr, then someone else can.

     - It is encouraged to show your process or say how you got the answer (like "It was just hex")

- Have fun!

 

Resources:

- RapidTables, specifically this: https://www.rapidtables.com/convert/number/index.html

- Cipher decoders like https://www.dcode.fr/cipher-identifier.

- Hexed.it (hex editor my beloved)

Autosolvers aren't... encouraged. The point of this is to have fun by working through the puzzle hehe.

 

I'll start (i'll give hints if too hard)

(85, 119, 85)

 

(Some people who might be interested: @Through The Living Coder @Through The Living Skies @Through The Living KSauce @Through the Living Wrath)


(85, 119, 85)

- Through The Living Girl (me)

ill add more later im too lazy hehe

Edited by Through The Living Girl
Posted

Wait so like CTF cryptography style?

 

 

Answer:

Spoiler

It was just ASCII

Those three letters.

U

W

U


 

Alright alright alright…

Spoiler

16316 5 14415 7 04016 2 15504 0 05514 6 16204 0 05704 0 34220 0 22405 5 15615 7 05516 0 16214 5 16314 5 16216 6 14505 5 16215 7 15716 4

3, 3: 5, 1

 

Posted
8 minutes ago, Through The Living Girl said:

Not sure if this fits in FG&RS... but yeah.

Basically I saw something like this somewhere else and... essentially we give each other challenges that are encoded/enciphered/both and the other people try to crack it. You can do any form.

Some ideas:

  • Basic stuff like hex, bin, gzip'd, b64, etc.
  • Classics like the caesar cipher, ... the other ones, stuff like 1 = A, 2 = B, ... , etc.
  • Files/images, like data hidden in the pixels/data of a "static"/"random" img.
  • Even puzzles using stuff like boolean logic.

You can even combine them, so like a Caesar Cipher'd hexadecimal string.

You can also do puzzles, but the idea is to stay in the technical aspect.

Also no hashes unless they're crackable xd. Like, if you could look up the hash and find a result cuz it's common, then sure.

Feel free to make complex, simple, creative, etc.

I was/might make a more...organized system for this, but this works for now. Also I'll this'll be nice once/if I ever make Compendium.

 

Rules ig:

- Post a challenge.

- Other people try to solve it, and you can give hints GuessThatCosmereCharacter-style if you want with wrong guesses.

- Once someone gives the correct answer, it passes to them and they give a challenge for people to solve.

     - If they don't want to/don't post one in, like, a few days or wtvr, then someone else can.

     - It is encouraged to show your process or say how you got the answer (like "It was just hex")

- Have fun!

 

Resources:

- RapidTables, specifically this: https://www.rapidtables.com/convert/number/index.html

- Cipher decoders like https://www.dcode.fr/cipher-identifier.

Autosolvers aren't... encouraged. The point of this is to have fun by working through the puzzle hehe.

 

I'll start (i'll give hints if too hard)

(85, 119, 85)

 

(Some people who might be interested: @Through The Living Coder @Through The Living Skies @Through The Living KSauce @Through the Living Wrath)

Hmmm, i will never be able to solve any of these, but if i do, i already have a puzzle planned

Posted (edited)
39 minutes ago, Through the Living Wrath said:

Wait so like CTF cryptography style?

 

 

Answer:

  Hide contents

It was just ASCII

Those three letters.

U

W

U


 

Alright alright alright…

  Hide contents

16316 5 14415 7 04016 2 15504 0 05514 6 16204 0 05704 0 34220 0 22405 5 15615 7 05516 0 16214 5 16314 5 16216 6 14505 5 16215 7 15716 4

3, 3: 5, 1

 

yeah, I suppose? idk

 

Correct! (lol, it was kinda easy hehe.)

Spoiler

also it was actually rgb -> hex -> ascii but ok

 

Oh damn bro that's hard hehe. maybe i'm just not very knowledgeable. lemme try some stuff and i'll get back...

 

edit: i think i got an idea

edit2: damn windows and their crlfs (she types from a windows pc)

 

okay uhm @Through the Living Wrath may i have a hint? or an answer to this question:

Spoiler

Are the single digits (after the five-digit numbers) bit indices within a byte? Because I notice they go from 0 to 7.. and that's a little sus.

 

Edited by Through The Living Girl
Posted
1 hour ago, Through the Living Wrath said:

Wait so like CTF cryptography style?

 

 

Answer:

  Hide contents

It was just ASCII

Those three letters.

U

W

U


 

Alright alright alright…

  Hide contents

16316 5 14415 7 04016 2 15504 0 05514 6 16204 0 05704 0 34220 0 22405 5 15615 7 05516 0 16214 5 16314 5 16216 6 14505 5 16215 7 15716 4

3, 3: 5, 1

 

Uh

Hmm

Yes 0 to 7 is suspicious

I'll come back to this later, when I have more time

Posted (edited)
10 hours ago, Through The Living Girl said:

yeah, I suppose? idk

 

Correct! (lol, it was kinda easy hehe.)

  Hide contents

also it was actually rgb -> hex -> ascii but ok

 

Oh damn bro that's hard hehe. maybe i'm just not very knowledgeable. lemme try some stuff and i'll get back...

 

edit: i think i got an idea

edit2: damn windows and their crlfs (she types from a windows pc)

 

okay uhm @Through the Living Wrath may i have a hint? or an answer to this question:

  Hide contents

Are the single digits (after the five-digit numbers) bit indices within a byte? Because I notice they go from 0 to 7.. and that's a little sus.

 

Hhhhmmmmm

Spoiler

Maybe all the numbers go from 0-7?

The last line is very separate from the others

 

Edited by Through the Living Wrath
Posted (edited)
3 minutes ago, Through the Living Wrath said:

Hhhhmmmmm

  Hide contents

Maybe all the numbers go from 0-7?

The last line is very separate from the others

 

I mean it’s probably got something to do with base eight

taking electronics but im not very good at it

Edited by Through The Living Grass
Posted
3 minutes ago, Through the Living Wrath said:

Hhhhmmmmm

  Hide contents

Maybe all the numbers go from 0-7?

The last line is very separate from the others

 

Spoiler

did u look in spoiler tag? i asked that

also ik i saw rhe last line and thought it might be a key or even a while different encoding/thingy or something completely else

 

1 minute ago, Through The Living Grass said:

I mean it’s probably got something to do with base eight

taking electronics but im not very good at it

holy crap ur right lol

lemme verify that

DAMN SLOW PC STARTUP CMON HURRYYYYY

10%?????? OMG GIRL CMONNN

Posted
1 minute ago, Through The Living Girl said:
  Hide contents

did u look in spoiler tag? i asked that

also ik i saw rhe last line and thought it might be a key or even a while different encoding/thingy or something completely else

 

holy crap ur right lol

lemme verify that

DAMN SLOW PC STARTUP CMON HURRYYYYY

Wait did i do a smart thing

i an literally an idiot when it comes to coding type stuff

notice how most five character atrings start with one? Some start with two or three but they’re mainly one

Posted (edited)
Just now, Through The Living Grass said:

Wait did i do a smart thing

i an literally an idiot when it comes to coding type stuff

notice how most five character atrings start with one? Some start with two or three but they’re mainly one

Ya I noticed most are very similar

Probably repeated/similar/close-together data.

Edited by Through The Living Girl
Posted (edited)
3 minutes ago, Through The Living Girl said:

Ya I noticed most are very similar

Probably repeated/similar/close-together data.

What if we need some sort of letter grid?

Edit: ungh imma have to come back to this im doing camera for my church today

Edited by Through The Living Grass
Posted (edited)
13 minutes ago, Through The Living Grass said:

What if we need some sort of letter grid?

How do  mean?

also i'm cookin' up some quick js code in the console to quickly test multiple bases and such

 

@Through The Living Grass

Spoiler
{
    "base9": [
        "11103",
        "8715",
        "2741",
        "10515",
        "3863",
        "11011",
        "4116",
        "21768",
        "14000",
        "10606",
        "3865",
        "11020",
        "11101",
        "11022",
        "8777",
        "11021",
        "10678"
    ],
    "base10": [
        "7374",
        "6413",
        "2062",
        "6980",
        "2892",
        "7300",
        "3012",
        "14480",
        "9477",
        "7053",
        "2894",
        "7308",
        "7372",
        "7310",
        "6469",
        "7309",
        "7118"
    ],
    "base11": [
        "55a4",
        "4900",
        "1605",
        "5276",
        "219a",
        "5537",
        "2299",
        "a974",
        "7136",
        "5332",
        "21a1",
        "5544",
        "55a2",
        "5546",
        "4951",
        "5545",
        "5391"
    ],
    "base12": [
        "4326",
        "3865",
        "123a",
        "4058",
        "1810",
        "4284",
        "18b0",
        "8468",
        "5599",
        "40b9",
        "1812",
        "4290",
        "4324",
        "4292",
        "38b1",
        "4291",
        "4152"
    ],
    "base13": [
        "3483",
        "2bc4",
        "c28",
        "323c",
        "1416",
        "3427",
        "14a9",
        "678b",
        "4410",
        "3297",
        "1418",
        "3432",
        "3481",
        "3434",
        "2c38",
        "3433",
        "3317"
    ],
    "base14": [
        "298a",
        "24a1",
        "a74",
        "2788",
        "10a8",
        "2936",
        "1152",
        "53c4",
        "364d",
        "27db",
        "10aa",
        "2940",
        "2988",
        "2942",
        "2501",
        "2941",
        "2846"
    ],
    "base15": [
        "22b9",
        "1d78",
        "927",
        "2105",
        "ccc",
        "226a",
        "d5c",
        "4455",
        "2c1c",
        "2153",
        "cce",
        "2273",
        "22b7",
        "2275",
        "1db4",
        "2274",
        "2198"
    ],
    "base16": [
        "1cce",
        "190d",
        "80e",
        "1b44",
        "b4c",
        "1c84",
        "bc4",
        "3890",
        "2505",
        "1b8d",
        "b4e",
        "1c8c",
        "1ccc",
        "1c8e",
        "1945",
        "1c8d",
        "1bce"
    ]
}

 

 

Edited by Through The Living Girl
Posted (edited)

I didn't do anything with the last line yet unless u meant me also see my edit

see my post

Edit:

added more bases

Basically this is all the numbers u gave us--assuming they are base8 (which they may not be)--converted to all other reasonable bases (2-16)

Spoiler
{
    "base2": [
        "1110011001110",
        "1100100001101",
        "100000001110",
        "1101101000100",
        "101101001100",
        "1110010000100",
        "101111000100",
        "11100010010000",
        "10010100000101",
        "1101110001101",
        "101101001110",
        "1110010001100",
        "1110011001100",
        "1110010001110",
        "1100101000101",
        "1110010001101",
        "1101111001110"
    ],
    "base3": [
        "101010010",
        "22210112",
        "2211101",
        "100120112",
        "10222010",
        "101000101",
        "11010120",
        "201212022",
        "111000000",
        "100200020",
        "10222012",
        "101000200",
        "101010001",
        "101000202",
        "22212121",
        "101000201",
        "100202122"
    ],
    "base4": [
        "1303032",
        "1210031",
        "200032",
        "1231010",
        "231030",
        "1302010",
        "233010",
        "3202100",
        "2110011",
        "1232031",
        "231032",
        "1302030",
        "1303030",
        "1302032",
        "1211011",
        "1302031",
        "1233032"
    ],
    "base5": [
        "213444",
        "201123",
        "31222",
        "210410",
        "43032",
        "213200",
        "44022",
        "430410",
        "300402",
        "211203",
        "43034",
        "213213",
        "213442",
        "213220",
        "201334",
        "213214",
        "211433"
    ],
    "base6": [
        "54050",
        "45405",
        "13314",
        "52152",
        "21220",
        "53444",
        "21540",
        "151012",
        "111513",
        "52353",
        "21222",
        "53500",
        "54044",
        "53502",
        "45541",
        "53501",
        "52542"
    ],
    "base7": [
        "30333",
        "24461",
        "6004",
        "26231",
        "11301",
        "30166",
        "11532",
        "60134",
        "36426",
        "26364",
        "11303",
        "30210",
        "30331",
        "30212",
        "24601",
        "30211",
        "26516"
    ],
    "base8": [
        "16316",
        "14415",
        "4016",
        "15504",
        "5514",
        "16204",
        "5704",
        "34220",
        "22405",
        "15615",
        "5516",
        "16214",
        "16314",
        "16216",
        "14505",
        "16215",
        "15716"
    ],
    "base9": [
        "11103",
        "8715",
        "2741",
        "10515",
        "3863",
        "11011",
        "4116",
        "21768",
        "14000",
        "10606",
        "3865",
        "11020",
        "11101",
        "11022",
        "8777",
        "11021",
        "10678"
    ],
    "base10": [
        "7374",
        "6413",
        "2062",
        "6980",
        "2892",
        "7300",
        "3012",
        "14480",
        "9477",
        "7053",
        "2894",
        "7308",
        "7372",
        "7310",
        "6469",
        "7309",
        "7118"
    ],
    "base11": [
        "55a4",
        "4900",
        "1605",
        "5276",
        "219a",
        "5537",
        "2299",
        "a974",
        "7136",
        "5332",
        "21a1",
        "5544",
        "55a2",
        "5546",
        "4951",
        "5545",
        "5391"
    ],
    "base12": [
        "4326",
        "3865",
        "123a",
        "4058",
        "1810",
        "4284",
        "18b0",
        "8468",
        "5599",
        "40b9",
        "1812",
        "4290",
        "4324",
        "4292",
        "38b1",
        "4291",
        "4152"
    ],
    "base13": [
        "3483",
        "2bc4",
        "c28",
        "323c",
        "1416",
        "3427",
        "14a9",
        "678b",
        "4410",
        "3297",
        "1418",
        "3432",
        "3481",
        "3434",
        "2c38",
        "3433",
        "3317"
    ],
    "base14": [
        "298a",
        "24a1",
        "a74",
        "2788",
        "10a8",
        "2936",
        "1152",
        "53c4",
        "364d",
        "27db",
        "10aa",
        "2940",
        "2988",
        "2942",
        "2501",
        "2941",
        "2846"
    ],
    "base15": [
        "22b9",
        "1d78",
        "927",
        "2105",
        "ccc",
        "226a",
        "d5c",
        "4455",
        "2c1c",
        "2153",
        "cce",
        "2273",
        "22b7",
        "2275",
        "1db4",
        "2274",
        "2198"
    ],
    "base16": [
        "1cce",
        "190d",
        "80e",
        "1b44",
        "b4c",
        "1c84",
        "bc4",
        "3890",
        "2505",
        "1b8d",
        "b4e",
        "1c8c",
        "1ccc",
        "1c8e",
        "1945",
        "1c8d",
        "1bce"
    ]
}

 

 

also here's my console spaghetti code lol

let nums='16316 5 14415 7 04016 2 15504 0 05514 6 16204 0 05704 0 34220 0 22405 5 15615 7 05516 0 16214 5 16314 5 16216 6 14505 5 16215 7 15716 4'.split(' ');let big=[];let digits=[];for (let i=0;i<nums.length;i+=2){big.push(nums[i]); digits.push(nums[i+1]);};console.log(nums, big, digits);let bases={};for(let base=2;base<=16;base++){bases[`base${base}`]=[];for(let num of big){bases[`base${base}`].push(parseInt(num, 8).toString(base))}};console.log(bases);

Also WHY ARE THERE 17 NUMBERS

sigh i was hoping 16 cuz that would  be significat

OMG @Through the Living Wrath I'M SUCH AN IDIOT LOLOLOLOLOLOLOLOLOOLOLLLLLL

Edited by Through The Living Girl
Posted (edited)

I think the last line is supposed to say (3, 3) and (5, 1)? Not sure. 
is it underlining only because my phone thinks its phone numbers or did you intentionally do that @Through the Living Wrath

Edited by Through The Living Grass
Posted (edited)

Ok i''ll put my thoughts:

 

I think the last line are pythonic indices, [3], [3:], [5], [1]

Because if u don't know, in python u can do 'abcdef'[3:] -> 'def'

EDIT: also, depending on the length of whatever you inputted, (assuming all the above four indices are on the same input?) then if it's length 8, you get another length 8 back. lengt 7... i guess another len 7 lol. oh wait. Anwyay but maybe it's on four separte chunks.. hmm

 

Also idk why all the digits in this challenge are 0-7. My thought was bit indices, but then why waste so much space with the five-digit numbers, which take up two bytes? So if they are bit indices, it probably isn't for the preceding number. Also, why 17 numbers? Why not 16? Does the number not matter then? Is everything base8 like Verde said? Then why the odd reaction from Wrath? Was that a mock hurt from accusation or genuine confusion? HAHFUEHFIUHAUHEFH

 

6 minutes ago, Through The Living Grass said:

I think the last line is supposed to say (3, 3) and (5, 1)? Not sure. 
is it underlining only because my phone thinks its phone numbers or did you intentionally do that @Through the Living Wrath

It's your phone

Spoiler

image.thumb.png.90988610fc85c2ddc4b410f1dfd01b81.png

 

Edited by Through The Living Girl
Posted

Spoiler

16316 5

14415 7

04016 2 

15504 0

05514 6

16204 0

05704 0

34220 0 

22405 5

15615 7

05516 0

16214 5

16314 5 

16216 6

14505 5

16215 7

15716 4

 

3, 3: 5, 1

To make this easier to look at :3

Posted (edited)
40 minutes ago, Through The Living Girl said:

I didn't do anything with the last line yet unless u meant me also see my edit

see my post

Edit:

added more bases

Basically this is all the numbers u gave us--assuming they are base8 (which they may not be)--converted to all other reasonable bases (2-16)

  Reveal hidden contents
{
    "base2": [
        "1110011001110",
        "1100100001101",
        "100000001110",
        "1101101000100",
        "101101001100",
        "1110010000100",
        "101111000100",
        "11100010010000",
        "10010100000101",
        "1101110001101",
        "101101001110",
        "1110010001100",
        "1110011001100",
        "1110010001110",
        "1100101000101",
        "1110010001101",
        "1101111001110"
    ],
    "base3": [
        "101010010",
        "22210112",
        "2211101",
        "100120112",
        "10222010",
        "101000101",
        "11010120",
        "201212022",
        "111000000",
        "100200020",
        "10222012",
        "101000200",
        "101010001",
        "101000202",
        "22212121",
        "101000201",
        "100202122"
    ],
    "base4": [
        "1303032",
        "1210031",
        "200032",
        "1231010",
        "231030",
        "1302010",
        "233010",
        "3202100",
        "2110011",
        "1232031",
        "231032",
        "1302030",
        "1303030",
        "1302032",
        "1211011",
        "1302031",
        "1233032"
    ],
    "base5": [
        "213444",
        "201123",
        "31222",
        "210410",
        "43032",
        "213200",
        "44022",
        "430410",
        "300402",
        "211203",
        "43034",
        "213213",
        "213442",
        "213220",
        "201334",
        "213214",
        "211433"
    ],
    "base6": [
        "54050",
        "45405",
        "13314",
        "52152",
        "21220",
        "53444",
        "21540",
        "151012",
        "111513",
        "52353",
        "21222",
        "53500",
        "54044",
        "53502",
        "45541",
        "53501",
        "52542"
    ],
    "base7": [
        "30333",
        "24461",
        "6004",
        "26231",
        "11301",
        "30166",
        "11532",
        "60134",
        "36426",
        "26364",
        "11303",
        "30210",
        "30331",
        "30212",
        "24601",
        "30211",
        "26516"
    ],
    "base8": [
        "16316",
        "14415",
        "4016",
        "15504",
        "5514",
        "16204",
        "5704",
        "34220",
        "22405",
        "15615",
        "5516",
        "16214",
        "16314",
        "16216",
        "14505",
        "16215",
        "15716"
    ],
    "base9": [
        "11103",
        "8715",
        "2741",
        "10515",
        "3863",
        "11011",
        "4116",
        "21768",
        "14000",
        "10606",
        "3865",
        "11020",
        "11101",
        "11022",
        "8777",
        "11021",
        "10678"
    ],
    "base10": [
        "7374",
        "6413",
        "2062",
        "6980",
        "2892",
        "7300",
        "3012",
        "14480",
        "9477",
        "7053",
        "2894",
        "7308",
        "7372",
        "7310",
        "6469",
        "7309",
        "7118"
    ],
    "base11": [
        "55a4",
        "4900",
        "1605",
        "5276",
        "219a",
        "5537",
        "2299",
        "a974",
        "7136",
        "5332",
        "21a1",
        "5544",
        "55a2",
        "5546",
        "4951",
        "5545",
        "5391"
    ],
    "base12": [
        "4326",
        "3865",
        "123a",
        "4058",
        "1810",
        "4284",
        "18b0",
        "8468",
        "5599",
        "40b9",
        "1812",
        "4290",
        "4324",
        "4292",
        "38b1",
        "4291",
        "4152"
    ],
    "base13": [
        "3483",
        "2bc4",
        "c28",
        "323c",
        "1416",
        "3427",
        "14a9",
        "678b",
        "4410",
        "3297",
        "1418",
        "3432",
        "3481",
        "3434",
        "2c38",
        "3433",
        "3317"
    ],
    "base14": [
        "298a",
        "24a1",
        "a74",
        "2788",
        "10a8",
        "2936",
        "1152",
        "53c4",
        "364d",
        "27db",
        "10aa",
        "2940",
        "2988",
        "2942",
        "2501",
        "2941",
        "2846"
    ],
    "base15": [
        "22b9",
        "1d78",
        "927",
        "2105",
        "ccc",
        "226a",
        "d5c",
        "4455",
        "2c1c",
        "2153",
        "cce",
        "2273",
        "22b7",
        "2275",
        "1db4",
        "2274",
        "2198"
    ],
    "base16": [
        "1cce",
        "190d",
        "80e",
        "1b44",
        "b4c",
        "1c84",
        "bc4",
        "3890",
        "2505",
        "1b8d",
        "b4e",
        "1c8c",
        "1ccc",
        "1c8e",
        "1945",
        "1c8d",
        "1bce"
    ]
}

 

 

also here's my console spaghetti code lol

let nums='16316 5 14415 7 04016 2 15504 0 05514 6 16204 0 05704 0 34220 0 22405 5 15615 7 05516 0 16214 5 16314 5 16216 6 14505 5 16215 7 15716 4'.split(' ');let big=[];let digits=[];for (let i=0;i<nums.length;i+=2){big.push(nums[i]); digits.push(nums[i+1]);};console.log(nums, big, digits);let bases={};for(let base=2;base<=16;base++){bases[`base${base}`]=[];for(let num of big){bases[`base${base}`].push(parseInt(num, 8).toString(base))}};console.log(bases);

Also WHY ARE THERE 17 NUMBERS

sigh i was hoping 16 cuz that would  be significat

OMG @Through the Living Wrath I'M SUCH AN IDIOT LOLOLOLOLOLOLOLOLOOLOLLLLLL

did u see this hehfhahfafhi

 

 

you know this feels oddly familiar...

OH it reminds me of level codes for a fairly simple tile-based game, where each sprite is represented by a tile (so, like "floor tile" = 0, "player" = 1, "air" = 2, etc.)

maybe that's important, even if not directly the solution. Sort of a "right for the wrong reasons" or smth.

that would explain 0-7, if there are 8 "tiles"
 

@Through The Living Grass

 

I also thought the values could be colors, since that's another thing that'd have similars

wait guys maybe it's modulus

Edited by Through The Living Girl
Posted
12 minutes ago, Through The Living Girl said:

did u see this hehfhahfafhi

 

 

you know this feels oddly familiar...

OH it reminds me of level codes for a fairly simple tile-based game, where each sprite is represented by a tile (so, like "floor tile" = 0, "player" = 1, "air" = 2, etc.)

maybe that's important, even if not directly the solution. Sort of a "right for the wrong reasons" or smth.

that would explain 0-7, if there are 8 "tiles"
 

@Through The Living Grass

 

I also thought the values could be colors, since that's another thing that'd have similars

wait guys maybe it's modulus

I’m going to be honest i doubt it’s colors or tiles

hehe papyrus alphys floor puzzle :3

elaborate, i barely know anything about python or coding or anything. Wdym modulus

Posted (edited)
4 minutes ago, Through The Living Grass said:

hehe papyrus alphys floor puzzle :3

?

4 minutes ago, Through The Living Grass said:

Wdym modulus

%

Like, a number mod 2 = 1 if odd, 0 if even, cuz it's (basically) the remainder after dividing by 2 so that's a useful trick.

So:

1 % 3 = 1

2 % 3 = 2

3 % 3 = 0

4 % 3 = 1

5 % 3 = 2

6 % 3 = 0

7 % 3 = 1

...

so it loops around and always gives a value between 0 and N - 1 for X % N

Useful for a number (lol) of stuff

 

So since 0-7, could have to do with mod 8

Edited by Through The Living Girl
Posted
Just now, Through The Living Girl said:

?

%

Like, a number mod 2 = 1 if odd, 0 if even, cuz it's (basically) the remainder after dividing by 2 so that's a useful trick.

So:

1 % 3 = 1

2 % 3 = 2

3 % 3 = 0

4 % 3 = 1

5 % 3 = 2

6 % 3 = 0

7 % 3 = 1

...

so it loops around and always gives a value between 0 and N - 1 for X % N

Useful for a number (lol) of stuff

You of all people don’t know Undertale???

So, are you saying the sixth digit defines the modulus for that row, or is the final row the modulus in some way? 

Posted
Just now, Through The Living Grass said:

You of all people don’t know Undertale???

I'm not uncultured; I know of it and a fair amount about it, I just haven't played it (yet).

Also I looked it up and it said it was Undertale but I didn't feel like seeing what you meant in this context.

 

1 minute ago, Through The Living Grass said:

So, are you saying the sixth digit defines the modulus for that row, or is the final row the modulus in some way?

Perhaps. Although it seems more like the sixth digit is the result of some modulus (likely by 8--that is, some number mod 8). Because I tested it and realized mod 0 doesn't work lol, and mod (n+1) is pushing it.

 

All the five-digit nums mod 8:

[4, 7, 0, 0, 2, 4, 0, 4, 5, 7, 4, 6, 2, 0, 1, 7, 4]

Though I really feel.. I feel like the five-digit numbers shouldn't be treated as numbers, especially since they are zero-padded (e.g., 04016). So... either the digits themselves (0, 4, 0, 1, 6) are what we are looking at, or Wrath just 0-padded them like you'd do for bin or hex (0101 not 101, 0C12 not C12), but that also means they probably aren't base10/decimal, especially since they only go 0-7.

Posted (edited)
10 minutes ago, Through The Living Girl said:

I'm not uncultured; I know of it and a fair amount about it, I just haven't played it (yet).

Also I looked it up and it said it was Undertale but I didn't feel like seeing what you meant in this context.

 

Perhaps. Although it seems more like the sixth digit is the result of some modulus (likely by 8--that is, some number mod 8). Because I tested it and realized mod 0 doesn't work lol, and mod (n+1) is pushing it.

 

All the five-digit nums mod 8:

[4, 7, 0, 0, 2, 4, 0, 4, 5, 7, 4, 6, 2, 0, 1, 7, 4]

Though I really feel.. I feel like the five-digit numbers shouldn't be treated as numbers, especially since they are zero-padded (e.g., 04016). So... either the digits themselves (0, 4, 0, 1, 6) are what we are looking at, or Wrath just 0-padded them like you'd do for bin or hex (0101 not 101, 0C12 not C12), but that also means they probably aren't base10/decimal, especially since they only go 0-7.

Yeah they are definitely supposed to decode to letters. 
aight third service starts in like 2 min so imma be back in around two hours ish

Edited by Through The Living Grass
Posted (edited)
14 minutes ago, Through The Living Grass said:

Yeah they are definitely supposed to decode to letters. 
aight third service starts in like 2 min so imma be back in around two hours ish

sigh okay.. cya...

 

ya ok ill do some trying maybe

I wonder if the Sixth Digits are keys. I mean, they are likely something related to prec number, right? Indices, keys, etc.?

But maybe...

they are...

bit shifts!

HEHAIUFHHAI

 

@Through the Living Hopper I see ya lurkin'.. u a coder or anything? I didn't know if you were so I didn't ping ya in the first post, but are ya interested?

 

OMG I THINK I FIGURED IT OUT

THANK U INTERNET

Edited by Through The Living Girl

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