Can you break it i bet u cant

[siresam88]

Can you break it ! i bet u can't !

LDTGDOTURELOESIDWWCBSUVCAFEEOHISKEIFWCLUSTMNISEEIOLIMAOSIECDVDMUGWNOLOEEBPCITTNIUWDELHCHAINLHIMELAT

This is a simple code that i made up for a friend who is confused about ...?? if you want to know u will have to break it !

As i said it is quite simple and coz the person it is for wldn't be able to do it!

i want to try and make up more complicated codes in the future coz i find it very interesting and since we had the enigma talk at skul i have made up a few codes for friends!

have a go at it !


Ceasar 3 wat a good game and how can one complete it ?

 

[davee123]

LDTGDOTURELOESIDWWCBSUVCAFEEOHISKEIFWCLUSTMNISEEIOLIMAOSIECDVDMUGWNOLOEEBPCITTNIUWDELHCHAINLHIMELAT
This is a simple code that i made up for a friend who is confused about ...?? if you want to know u will have to break it !

I get:
"LOVE ISNT A DECISION, IT'S A FEELING. IF WE COULD DECIDE WHO WE LOVED IT WOULD BE MUCH SIMPLER, BIT MUCH LESS MAGICAL. U KNOW THT."

DaveE

 

[matthyaouw]

Lbtibw qlbr ri fucw rgua ibw l ret? pyurw aunokw ewlkkt.

 

[Homer Simpson]

I got:

"Its all over for you now, buddy. Go take a long walk off a short pier."

I hope he's not a close friend.:uhh:

 

[davee123]

You can always do strange things with encoding. Between re-arranging characters, throwing in useless ones, doing standard replacement, or even inventing new rules for character definitions, like "when you see this character, the preceeding character should be shifted 3 characters to the right", or some such. This type of encoding gave me the idea of doing something like this:

f or oa ak diuca hsaictfipinmsoyrd,wo hy,ywyhon pngaaiip oa(r,lWetan ed
eoej nhsncueynl arctnntjnnas k ryufgotnino a th ieie  to bra rista rhst
tmynds, ammifmsnv soeb,uvs A trtucag,rdronrwee)l. ce nrnesu aucyef toto
tLee l!drg o  sle  cr useh nbmcpsoftwseli gaeuaie nealhtinrnlsospa afys
ayoo ba   m uhwnnwnctgee bmdeo,t oi nrs uk tiehereitrii'nuht ieciear mr
ozhuo f.o pr p  ng riobiskncno  !wnrf  rouo u t dp  es gcO

Rather difficult to *decode*, even knowing the algorithm, and far easier to encode.

DaveE

 

[siresam88]

I get:
"LOVE ISNT A DECISION, IT'S A FEELING. IF WE COULD DECIDE WHO WE LOVED IT WOULD BE MUCH SIMPLER, BIT MUCH LESS MAGICAL. U KNOW THT."
DaveE

YOU GOT IT WELL DONE !

was the clue at the end a bit of a giveaway?!

 

[Zygotic Embryo]

damn
good job dave

 

[Mk]

How did you it? Did you see it before, or figure out?

 

[davee123]

How did you it? Did you see it before, or figure out?

Oh, I hadn't seen it before, although the comment of "it is quite simple" was the only helpful hint. I started with the basic guess that it might be a standard cryptogram, but the letter frequency seemed pretty typical, so I gave up on that idea. Since he claimed it was "simple" I figured instead it might be some sort of logically jumbled letters. So I tried "every other letter", "every 3rd letter", etc, until the first bunch of letters spelled out "LOVEISNTA", which looked promising. And hey, the rest of the message worked.

On that note, my above cryptic message was built sort of similarly, by taking "every prime numbered letter" out of the original message, and building the cryptogram from it, repeating until all the letters had been used. Hence, with a message like:

"Cryptograms_are_great_fun"

First pass:

Letters taken: rytgsagef
Letters remaining: Cporam_re_rat_un
Current result: rytgsagef

2nd pass on the letters remaining:

Letters taken: poa_rt
Letters remaining: Crmre_a_un
Current result: rytgsagefpoa_rt

3rd pass:

Letters taken: rmea
Letters remaining: Cr__un
Current result: rytgsagefpoa_rtrmea

4th pass:

Letters taken: r_u
Letters remaining: C_n
Current result: rytgsagefpoa_rtrmear_u

5th pass:

Letters taken: _n
Letters remaining: C
Current result: rytgsagefpoa_rtrmear_u_n

Final jumbled message:

rytgsagefpoa_rtrmear_u_nC

Of course, you can add such a fantastic degree of complexity to these sorts of puzzles by doing something like that *in combination* with other confusing things, which would mean pretty much nobody could solve it, short of merely guessing your strategy.

For instance, I could ignore every Nth letter (or heck, every consecutive digit of pi'th letter), have it be a "standard" cryptogram, use the above algorithm on it, the add in silly rules to further transform it, like "t" => "m", but "s" is a modifier, which, if it preceeds a letter, changes its meaning, making "st" => "a". The end result could be a code so complex that it'd be pretty much useless to try and solve. I highly recommend that if you're posting a puzzle, try and only use one encoding algorithm.

DaveE

 

[siddharth]

Ceasar 3 wat a good game and how can one complete it ?

Perhaps siresam88 was referring to the book, Digital Fortress and the way Columnar transposition was called as Caesars square cipher in it.