741 replies to this topic

[Jenna]

thanks for the updates ive been following it as well ..lets hope the prizes are a bit better this time arround

[Sweeney]

Update!

If anyone is actually going to do this, please post your KEY from your fifth code. Thank you.

[Waser Lave]

Well I've worked this out for the single modifiers so far:

A + A = B
A + B = C
A + C = A
B + A = C
B + B = A
B + C = B
C + A = A
C + B = B
C + C = C

Hopefully they're the same for everyone. Anybody see what the logic is yet?

[Sweeney]

Well I've worked this out for the single modifiers so far:

A + A = B
A + B = C
A + C = A
B + A = C
B + B = A
B + C = B
C + A = A
C + B = B
C + C = C

Hopefully they're the same for everyone. Anybody see what the logic is yet?

Well done, LW... let's assign nonsensical letters to symbols that already look like letters

From henceforth, they are to be referred to as X, C, V, 8, P and Z

Oh, and tell me your fifth code's Key please.

Check the single cypher solutions I posted match yours?

[Waser Lave]

Well done, LW... let's assign nonsensical letters to symbols that already look like letters

From henceforth, they are to be referred to as X, C, V, 8, P and Z

Oh, and tell me your fifth code's Key please.

Check the single cypher solutions I posted match yours?

Actually, if you packet sniff what the game is using, it's using A,B,C,D etc for the characters.

I've worked out what they're doing for the single ones anyway...

1 + 1 = 2
1 + 2 = 3
1 + 3 = 1

So basically it goes in circles if they add up to a number higher than 3.

Edited by Laser Wave, 05 February 2008 - 05:53 PM.

[Sweeney]

Do my posted solutions match what you have?

[Waser Lave]

Do my posted solutions match what you have?

Yep.

A + A = B
A + B = C
A + C = A
B + A = C
B + B = A
B + C = B
C + A = A
C + B = B
C + C = C



Now we need to find the link for the double modifier ones.

[Sweeney]

Yep.

A + A = B
A + B = C
A + C = A
B + A = C
B + B = A
B + C = B
C + A = A
C + B = B
C + C = C



Now we need to find the link for the double modifier ones.

No, I mean do the actual solutions fit your actual problems. Not the cipher. I know it fits the cipher.

Here's some data on the Double cipher:

The letter headings are the letters in the key and the two letters below are the modifiers.
The order of the modifiers does not matter.

[Waser Lave]

No, I mean do the actual solutions fit your actual problems. Not the cipher. I know it fits the cipher.

The cipher works for the double codes too.

D + D + D = B

4 + 4 + 4 = 12

12 modulus 5 = 2

2 = B

(5 is the amount of characters, A-E in this instance)

[Sweeney]

The cipher works for the double codes too.

D + D + D = B

4 + 4 + 4 = 12

12 modulus 5 = 2

2 = B

(5 is the amount of characters, A-E in this instance)

Answer my fucking question already x_X

[Waser Lave]

Answer my fucking question already x_X

Everybody has different ones to solve I think, but the cipher seems to be universal so it's easy to work out.

[Sweeney]

Everybody has different ones to solve I think, but the cipher seems to be universal so it's easy to work out.

I don't care what you think xD
Answer the question. Are they different, or the same xD

[Waser Lave]

I don't care what you think xD
Answer the question. Are they different, or the same xD

They're definitely different then. Happy?

[Sweeney]

They're definitely different then. Happy?

Much xD
Was that so hard?

I'll change the "How to solve" bit then

You have to finish all the ones and twos before all the threes are doable.

[Waser Lave]

Much xD
Was that so hard?

I'll change the "How to solve" bit then

You have to finish all the ones and twos before all the threes are doable.

It would be possible to make a program to solve these you know.

[Sweeney]

It would be possible to make a program to solve these you know.

Not without having to enter in all the available modifiers too
Because not all "solutions" will be viable

[Waser Lave]

Not without having to enter in all the available modifiers too
Because not all "solutions" will be viable

You can get the modifiers by packet sniffing. They come in a nice list.

[Sweeney]

You can get the modifiers by packet sniffing. They come in a nice list.

Well, get on it, then xD
You can do it better than I can

[Waser Lave]

Well, get on it, then xD
You can do it better than I can

I can't think at 3am.

Somebody else work it out from what I've solved so far.

[Sweeney]

Even knowing how it works barely saves any time on the three-modifier ones...

[Waser Lave]

Even knowing how it works barely saves any time on the three-modifier ones...

Hold on, I think I might be getting somewhere.

I've got a program working which outputs the answer to the double modifiers so far.

[phalkon]

wtf? it's not letting me access anything?

[Sweeney]

wtf? it's not letting me access anything?

Read my instructions again.

Hold on, I think I might be getting somewhere.

I've got a program working which outputs the answer to the double modifiers so far.

Double ones are ok... it's the triple ones that suck, because there's so many ways to get the right number.

[Waser Lave]

Read my instructions again.
Double ones are ok... it's the triple ones that suck, because there's so many ways to get the right number.

I'll try and sort that one out now. Does the cipher work for those too?

Hmm, they have different lengths...

Edited by Laser Wave, 05 February 2008 - 07:30 PM.

[phalkon]

Read my instructions again.


Double ones are ok... it's the triple ones that suck, because there's so many ways to get the right number.

yeah, i got it now... lol, it wouldn't accept the numbers from my keypad, i had to use the ones above the letters