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I'll buy you 1 or 2 Invaded crates if you crack this code

I'll buy you 1 or 2 Invaded crates if you crack this code

ill give one more hint, as an apology, and then ill be gone for like 30 min. Every number applies "the twist", they count as multiple numbers.

when I get back ill see if you have gotten it...
wtf using that logic the second word would have 4 letters???? but it only has three??????
 
Idk I'm poor and saving up for a computer so I probably won't buy anything more expensive...

"," = between letters.
" "(space) = between words.

Here's the code:

13,26,222,G JOB! 447,484,378,D 581,TH TH,227 402,105,473...

You have 5 hours to crack it...
Good Luck!

Edit: Because enough people thought it was an equation, this is a CODE, these are words.

Clue: Both encoding and decoding can be done with a formula. (idk if this is good, but it's not cryptic or anything. I just hope that it doesn't help TOO much... Hopefully it shows that there is a method to this and not random things.)

Clue #2: anything above 676, you can use this to find: Input - 676 = place in alphabet

58min left!
"You solved the code , Good Job!"
 
Generally if this were a cipher, the way to I'd about go about the encoded words is write a permutation-combination based program or get one off the Internet. What this does is:

I specify the length of the word/words and I'd get all possible combinations within few minutes(since a single space could only have 26 possible values). Then it'll just be a matter of filtering meaningful words and comparison. Certain words were already figured through guess work.

Various Password rippers work the same way, they try every single combination.

But that wouldn't have been fair to the people who actually were trying to solve it, so I tried myself for about 30 minutes. Was fun.
 
Generally if this were a cipher, the way to I'd about go about the encoded words is write a permutation-combination based program or get one off the Internet. What this does is:

I specify the length of the word/words and I'd get all possible combinations within few minutes(since a single space could only have 26 possible values). Then it'll just be a matter of filtering meaningful words and comparison. Certain words were already figured through guess work.

Various Password rippers work the same way, they try every single combination.

But that wouldn't have been fair to the people who actually were trying to solve it, so I tried myself for about 30 minutes. Was fun.
He literally said there were extra letters in each word with little system on how to find them.
Pretty sure he just made typos and covered it up with some bullshit!
 
Generally if this were a cipher, the way to I'd about go about the encoded words is write a permutation-combination based program or get one off the Internet. What this does is:

I specify the length of the word/words and I'd get all possible combinations within few minutes(since a single space could only have 26 possible values). Then it'll just be a matter of filtering meaningful words and comparison. Certain words were already figured through guess work.

Various Password rippers work the same way, they try every single combination.

But that wouldn't have been fair to the people who actually were trying to solve it, so I tried myself for about 30 minutes. Was fun.
can someone do like some huge cipher i'd crack it in 45 mins tops
what's the answer then?
(also using programs and shit kinda defeats the purpose)
 
He literally said there were extra letters in each word with little system on how to find them.
Pretty sure he just made typos and covered it up with some bullshit!
That wouldn't matter, that could be included.
You could count each triple digit letter as two letters and experiment with variations. It'll still take you an hour or so to go over the combinations or less depending on the tool you use and if it can filter meaningless portions etc.

what's the answer then?
(also using programs and shit kinda defeats the purpose)
I meant the post as in that's the approach to go to crack codes like this (alphabet-based or alphanumeric), not that I'd be definitely able to do it myself , since I'm still sort of learning, though still I'll try to write the program myself, would be a good challenge.
 
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