easy ciphers

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Caesar cipher

Caesar cipher, is one of the simplest and most widely known encryption techniques. The transformation can be represented by aligning two alphabets, the cipher alphabet is the plain alphabet rotated left or right by some number of positions.

When encrypting, a person looks up each letter of the message in the 'plain' line and writes down the corresponding letter in the 'cipher' line. Deciphering is done in reverse.
The encryption can also be represented using modular arithmetic by first transforming the letters into numbers, according to the scheme, A = 0, B = 1,..., Z = 25. Encryption of a letter x by a shift n can be described mathematically as

Plaintext: legesque
cipher variations:
mfhftrvf ngiguswg ohjhvtxh pikiwuyi qjljxvzj
rkmkywak slnlzxbl tmomaycm unpnbzdn voqocaeo
wprpdbfp xqsqecgq yrtrfdhr zsusgeis atvthfjt
buwuigku cvxvjhlv dwywkimw exzxljnx fyaymkoy
gzbznlpz hacaomqa ibdbpnrb jcecqosc kdfdrptd

Decryption is performed similarly,

(There are different definitions for the modulo operation. In the above, the result is in the range 0...25. I.e., if x+n or x-n are not in the range 0...25, we have to subtract or add 26.)
Read more ...
Atbash Cipher

Atbash is an ancient encryption system created in the Middle East. It was originally used in the Hebrew language.
The Atbash cipher is a simple substitution cipher that relies on transposing all the letters in the alphabet such that the resulting alphabet is backwards.
The first letter is replaced with the last letter, the second with the second-last, and so on.
An example plaintext to ciphertext using Atbash:
Plain: legesque
Cipher: ovtvhjfv

Read more ...

 

Baconian Cipher

To encode a message, each letter of the plaintext is replaced by a group of five of the letters 'A' or 'B'. This replacement is done according to the alphabet of the Baconian cipher, shown below.
a   AAAAA   g    AABBA     m    ABABB   s    BAAAB     y    BABBA
b   AAAAB   h    AABBB     n    ABBAA   t    BAABA     z    BABBB
c   AAABA   i    ABAAA     o    ABBAB   u    BAABB 
d   AAABB   j    BBBAA     p    ABBBA   v    BBBAB
e   AABAA   k    ABAAB     q    ABBBB   w    BABAA
f   AABAB   l    ABABA     r    BAAAA   x    BABAB

Plain: legesque
Cipher: ABABA AABAA AABBA AABAA BAAAB ABBBB BAABB AABAA

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Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: legesque
cipher variations: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The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

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ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x


An example plaintext to ciphertext using ROT13:

Plain: legesque
Cipher: yrtrfdhr

Read more ...

 

Polybius Square

A Polybius Square is a table that allows someone to translate letters into numbers. To give a small level of encryption, this table can be randomized and shared with the recipient. In order to fit the 26 letters of the alphabet into the 25 spots created by the table, the letters i and j are usually combined.
1 2 3 4 5
1 A B C D E
2 F G H I/J K
3 L M N O P
4 Q R S T U
5 V W X Y Z

Basic Form:
Plain: legesque
Cipher: 1351225134145451

Extended Methods:
Method #1

Plaintext: legesque
method variations:
qkmkxvzkvprpcaepauwuhfkufzbznlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
l e g e s q u e 
1 5 2 5 3 1 5 5 
3 1 2 1 4 4 4 1 
They are then read out in rows:
1525315531214441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: legesque
Cipher: vwczcbtd

Read more ...
Method #3

Plaintext: legesque
method variations:
xfwldyya fwldyyax wldyyaxf
ldyyaxfw dyyaxfwl yyaxfwld
yaxfwldy axfwldyy

Read more ...[RUS] , [EN]

 

Permutation Cipher
In classical cryptography, a permutation cipher is a transposition cipher in which the key is a permutation. To apply a cipher, a random permutation of size E is generated (the larger the value of E the more secure the cipher). The plaintext is then broken into segments of size E and the letters within that segment are permuted according to this key.
In theory, any transposition cipher can be viewed as a permutation cipher where E is equal to the length of the plaintext; this is too cumbersome a generalisation to use in actual practice, however.
The idea behind a permutation cipher is to keep the plaintext characters unchanged, butalter their positions by rearrangement using a permutation
This cipher is defined as:
Let m be a positive integer, and K consist of all permutations of {1,...,m}
For a key (permutation) , define:
The encryption function
The decryption function
A small example, assuming m = 6, and the key is the permutation :

The first row is the value of i, and the second row is the corresponding value of (i)
The inverse permutation, is constructed by interchanging the two rows, andrearranging the columns so that the first row is in increasing order, Therefore, is:

Total variation formula:

e = 2,718281828 , n - plaintext length

Plaintext: legesque

first 5040 cipher variations(40320 total)
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lgseeqeu lgseeuqe lgseeueq lgseeeuq lgseeequ lgseeque lgseeqeu lgseeuqe lgseeueq lgseeeuq lgseeequ
lgseqeue lgseqeeu lgsequee lgsequee lgseqeue lgseqeeu lgseuqee lgseuqee lgseueqe lgseueeq lgseueeq
lgseueqe lgseeque lgseeqeu lgseeuqe lgseeueq lgseeeuq lgseeequ lgsqeeue lgsqeeeu lgsqeuee lgsqeuee
lgsqeeue lgsqeeeu lgsqeeue lgsqeeeu lgsqeuee lgsqeuee lgsqeeue lgsqeeeu lgsqueee lgsqueee lgsqueee
lgsqueee lgsqueee lgsqueee lgsqeeue lgsqeeeu lgsqeuee lgsqeuee lgsqeeue lgsqeeeu lgsueqee lgsueqee
lgsueeqe lgsueeeq lgsueeeq lgsueeqe lgsuqeee lgsuqeee lgsuqeee lgsuqeee lgsuqeee lgsuqeee lgsueqee
lgsueqee lgsueeqe lgsueeeq lgsueeeq lgsueeqe lgsueqee lgsueqee lgsueeqe lgsueeeq lgsueeeq lgsueeqe
lgseeque lgseeqeu lgseeuqe lgseeueq lgseeeuq lgseeequ lgseqeue lgseqeeu lgsequee lgsequee lgseqeue
lgseqeeu lgseuqee lgseuqee lgseueqe lgseueeq lgseueeq lgseueqe lgseeque lgseeqeu lgseeuqe lgseeueq
lgseeeuq lgseeequ lgqeseue lgqeseeu lgqesuee lgqesuee lgqeseue lgqeseeu lgqeesue lgqeeseu lgqeeuse
lgqeeues lgqeeeus lgqeeesu lgqeuese lgqeuees lgqeusee lgqeusee lgqeuese lgqeuees lgqeeeus lgqeeesu
lgqeeues lgqeeuse lgqeesue lgqeeseu lgqseeue lgqseeeu lgqseuee lgqseuee lgqseeue lgqseeeu lgqseeue
lgqseeeu lgqseuee lgqseuee lgqseeue lgqseeeu lgqsueee lgqsueee lgqsueee lgqsueee lgqsueee lgqsueee
lgqseeue lgqseeeu lgqseuee lgqseuee lgqseeue lgqseeeu lgqeseue lgqeseeu lgqesuee lgqesuee lgqeseue
lgqeseeu lgqeesue lgqeeseu lgqeeuse lgqeeues lgqeeeus lgqeeesu lgqeuese lgqeuees lgqeusee lgqeusee
lgqeuese lgqeuees lgqeeeus lgqeeesu lgqeeues lgqeeuse lgqeesue lgqeeseu lgquseee lgquseee lgquseee
lgquseee lgquseee lgquseee lgquesee lgquesee lgqueese lgqueees lgqueees lgqueese lgqueese lgqueees
lgquesee lgquesee lgqueese lgqueees lgqueees lgqueese lgqueees lgqueese lgquesee lgquesee lgqeseue
lgqeseeu lgqesuee lgqesuee lgqeseue lgqeseeu lgqeesue lgqeeseu lgqeeuse lgqeeues lgqeeeus lgqeeesu
lgqeuese lgqeuees lgqeusee lgqeusee lgqeuese lgqeuees lgqeeeus lgqeeesu lgqeeues lgqeeuse lgqeesue
lgqeeseu lguesqee lguesqee lgueseqe lgueseeq lgueseeq lgueseqe lgueqsee lgueqsee lgueqese lgueqees
lgueqees lgueqese lgueeqse lgueeqes lgueesqe lgueeseq lgueeesq lgueeeqs lgueeqes lgueeqse lgueeeqs
lgueeesq lgueeseq lgueesqe lguseqee lguseqee lguseeqe lguseeeq lguseeeq lguseeqe lgusqeee lgusqeee
lgusqeee lgusqeee lgusqeee lgusqeee lguseqee lguseqee lguseeqe lguseeeq lguseeeq lguseeqe lguseqee
lguseqee lguseeqe lguseeeq lguseeeq lguseeqe lguqseee lguqseee lguqseee lguqseee lguqseee lguqseee
lguqesee lguqesee lguqeese lguqeees lguqeees lguqeese lguqeese lguqeees lguqesee lguqesee lguqeese
lguqeees lguqeees lguqeese lguqeees lguqeese lguqesee lguqesee lguesqee lguesqee lgueseqe lgueseeq
lgueseeq lgueseqe lgueqsee lgueqsee lgueqese lgueqees lgueqees lgueqese lgueeqse lgueeqes lgueesqe
lgueeseq lgueeesq lgueeeqs lgueeqes lgueeqse lgueeeqs lgueeesq lgueeseq lgueesqe lguesqee lguesqee
lgueseqe lgueseeq lgueseeq lgueseqe lgueqsee lgueqsee lgueqese lgueqees lgueqees lgueqese lgueeqse
lgueeqes lgueesqe lgueeseq lgueeesq lgueeeqs lgueeqes lgueeqse lgueeeqs lgueeesq lgueeseq lgueesqe
lgeesque lgeesqeu lgeesuqe lgeesueq lgeeseuq lgeesequ lgeeqsue lgeeqseu lgeequse lgeeques lgeeqeus
lgeeqesu lgeeuqse lgeeuqes lgeeusqe lgeeuseq lgeeuesq lgeeueqs lgeeequs lgeeeqsu lgeeeuqs lgeeeusq
lgeeesuq lgeeesqu lgeseque lgeseqeu lgeseuqe lgeseueq lgeseeuq lgeseequ lgesqeue lgesqeeu lgesquee
lgesquee lgesqeue lgesqeeu lgesuqee lgesuqee lgesueqe lgesueeq lgesueeq lgesueqe lgeseque lgeseqeu
lgeseuqe lgeseueq lgeseeuq lgeseequ lgeqseue lgeqseeu lgeqsuee lgeqsuee lgeqseue lgeqseeu lgeqesue
lgeqeseu lgeqeuse lgeqeues lgeqeeus lgeqeesu lgequese lgequees lgequsee lgequsee lgequese lgequees
lgeqeeus lgeqeesu lgeqeues lgeqeuse lgeqesue lgeqeseu lgeusqee lgeusqee lgeuseqe lgeuseeq lgeuseeq
lgeuseqe lgeuqsee lgeuqsee lgeuqese lgeuqees lgeuqees lgeuqese lgeueqse lgeueqes lgeuesqe lgeueseq
lgeueesq lgeueeqs lgeueqes lgeueqse lgeueeqs lgeueesq lgeueseq lgeuesqe lgeesque lgeesqeu lgeesuqe
lgeesueq lgeeseuq lgeesequ lgeeqsue lgeeqseu lgeequse lgeeques lgeeqeus lgeeqesu lgeeuqse lgeeuqes
lgeeusqe lgeeuseq lgeeuesq lgeeueqs lgeeequs lgeeeqsu lgeeeuqs lgeeeusq lgeeesuq lgeeesqu legesque
legesqeu legesuqe legesueq legeseuq legesequ legeqsue legeqseu legequse legeques legeqeus legeqesu
legeuqse legeuqes legeusqe legeuseq legeuesq legeueqs legeequs legeeqsu legeeuqs legeeusq legeesuq
legeesqu legseque legseqeu legseuqe legseueq legseeuq legseequ legsqeue legsqeeu legsquee legsquee
legsqeue legsqeeu legsuqee legsuqee legsueqe legsueeq legsueeq legsueqe legseque legseqeu legseuqe
legseueq legseeuq legseequ legqseue legqseeu legqsuee legqsuee legqseue legqseeu legqesue legqeseu
legqeuse legqeues legqeeus legqeesu legquese legquees legqusee legqusee legquese legquees legqeeus
legqeesu legqeues legqeuse legqesue legqeseu legusqee legusqee leguseqe leguseeq leguseeq leguseqe
leguqsee leguqsee leguqese leguqees leguqees leguqese legueqse legueqes leguesqe legueseq legueesq
legueeqs legueqes legueqse legueeqs legueesq legueseq leguesqe legesque legesqeu legesuqe legesueq
legeseuq legesequ legeqsue legeqseu legequse legeques legeqeus legeqesu legeuqse legeuqes legeusqe
legeuseq legeuesq legeueqs legeequs legeeqsu legeeuqs legeeusq legeesuq legeesqu leegsque leegsqeu
leegsuqe leegsueq leegseuq leegsequ leegqsue leegqseu leegquse leegques leegqeus leegqesu leeguqse
leeguqes leegusqe leeguseq leeguesq leegueqs leegequs leegeqsu leegeuqs leegeusq leegesuq leegesqu
leesgque leesgqeu leesguqe leesgueq leesgeuq leesgequ leesqgue leesqgeu leesquge leesqueg leesqeug
leesqegu leesuqge leesuqeg leesugqe leesugeq leesuegq leesueqg leesequg leeseqgu leeseuqg leeseugq
leeseguq leesegqu leeqsgue leeqsgeu leeqsuge leeqsueg leeqseug leeqsegu leeqgsue leeqgseu leeqguse
leeqgues leeqgeus leeqgesu leequgse leequges leequsge leequseg leequesg leequegs leeqegus leeqegsu
leeqeugs leeqeusg leeqesug leeqesgu leeusqge leeusqeg leeusgqe leeusgeq leeusegq leeuseqg leeuqsge
leeuqseg leeuqgse leeuqges leeuqegs leeuqesg leeugqse leeugqes leeugsqe leeugseq leeugesq leeugeqs
leeueqgs leeueqsg leeuegqs leeuegsq leeuesgq leeuesqg leeesqug leeesqgu leeesuqg leeesugq leeesguq
leeesgqu leeeqsug leeeqsgu leeequsg leeequgs leeeqgus leeeqgsu leeeuqsg leeeuqgs leeeusqg leeeusgq
leeeugsq leeeugqs leeegqus leeegqsu leeeguqs leeegusq leeegsuq leeegsqu lesegque lesegqeu leseguqe
lesegueq lesegeuq lesegequ leseqgue leseqgeu lesequge lesequeg leseqeug leseqegu leseuqge leseuqeg
leseugqe leseugeq leseuegq leseueqg leseequg leseeqgu leseeuqg leseeugq leseeguq leseegqu lesgeque
lesgeqeu lesgeuqe lesgeueq lesgeeuq lesgeequ lesgqeue lesgqeeu lesgquee lesgquee lesgqeue lesgqeeu
lesguqee lesguqee lesgueqe lesgueeq lesgueeq lesgueqe lesgeque lesgeqeu lesgeuqe lesgeueq lesgeeuq
lesgeequ lesqgeue lesqgeeu lesqguee lesqguee lesqgeue lesqgeeu lesqegue lesqegeu lesqeuge lesqeueg
lesqeeug lesqeegu lesquege lesqueeg lesqugee lesqugee lesquege lesqueeg lesqeeug lesqeegu lesqeueg
lesqeuge lesqegue lesqegeu lesugqee lesugqee lesugeqe lesugeeq lesugeeq lesugeqe lesuqgee lesuqgee
lesuqege lesuqeeg lesuqeeg lesuqege lesueqge lesueqeg lesuegqe lesuegeq lesueegq lesueeqg lesueqeg
lesueqge lesueeqg lesueegq lesuegeq lesuegqe lesegque lesegqeu leseguqe lesegueq lesegeuq lesegequ
leseqgue leseqgeu lesequge lesequeg leseqeug leseqegu leseuqge leseuqeg leseugqe leseugeq leseuegq
leseueqg leseequg leseeqgu leseeuqg leseeugq leseeguq leseegqu leqesgue leqesgeu leqesuge leqesueg
leqeseug leqesegu leqegsue leqegseu leqeguse leqegues leqegeus leqegesu leqeugse leqeuges leqeusge
leqeuseg leqeuesg leqeuegs leqeegus leqeegsu leqeeugs leqeeusg leqeesug leqeesgu leqsegue leqsegeu
leqseuge leqseueg leqseeug leqseegu leqsgeue leqsgeeu leqsguee leqsguee leqsgeue leqsgeeu leqsugee
leqsugee leqsuege leqsueeg leqsueeg leqsuege leqsegue leqsegeu leqseuge leqseueg leqseeug leqseegu
leqgseue leqgseeu leqgsuee leqgsuee leqgseue leqgseeu leqgesue leqgeseu leqgeuse leqgeues leqgeeus
leqgeesu leqguese leqguees leqgusee leqgusee leqguese leqguees leqgeeus leqgeesu leqgeues leqgeuse
leqgesue leqgeseu lequsgee lequsgee lequsege lequseeg lequseeg lequsege lequgsee lequgsee lequgese
lequgees lequgees lequgese lequegse lequeges lequesge lequeseg lequeesg lequeegs lequeges lequegse
lequeegs lequeesg lequeseg lequesge leqesgue leqesgeu leqesuge leqesueg leqeseug leqesegu leqegsue
leqegseu leqeguse leqegues leqegeus leqegesu leqeugse leqeuges leqeusge leqeuseg leqeuesg leqeuegs
leqeegus leqeegsu leqeeugs leqeeusg leqeesug leqeesgu leuesqge leuesqeg leuesgqe leuesgeq leuesegq
leueseqg leueqsge leueqseg leueqgse leueqges leueqegs leueqesg leuegqse leuegqes leuegsqe leuegseq
leuegesq leuegeqs leueeqgs leueeqsg leueegqs leueegsq leueesgq leueesqg leuseqge leuseqeg leusegqe
leusegeq leuseegq leuseeqg leusqege leusqeeg leusqgee leusqgee leusqege leusqeeg leusgqee leusgqee
leusgeqe leusgeeq leusgeeq leusgeqe leuseqge leuseqeg leusegqe leusegeq leuseegq leuseeqg leuqsege
leuqseeg leuqsgee leuqsgee leuqsege leuqseeg leuqesge leuqeseg leuqegse leuqeges leuqeegs leuqeesg
leuqgese leuqgees leuqgsee leuqgsee leuqgese leuqgees leuqeegs leuqeesg leuqeges leuqegse leuqesge
leuqeseg leugsqee leugsqee leugseqe leugseeq leugseeq leugseqe leugqsee leugqsee leugqese leugqees
leugqees leugqese leugeqse leugeqes leugesqe leugeseq leugeesq leugeeqs leugeqes leugeqse leugeeqs
leugeesq leugeseq leugesqe leuesqge leuesqeg leuesgqe leuesgeq leuesegq leueseqg leueqsge leueqseg
leueqgse leueqges leueqegs leueqesg leuegqse leuegqes leuegsqe leuegseq leuegesq leuegeqs leueeqgs
leueeqsg leueegqs leueegsq leueesgq leueesqg leeesqug leeesqgu leeesuqg leeesugq leeesguq leeesgqu
leeeqsug leeeqsgu leeequsg leeequgs leeeqgus leeeqgsu leeeuqsg leeeuqgs leeeusqg leeeusgq leeeugsq
leeeugqs leeegqus leeegqsu leeeguqs leeegusq leeegsuq leeegsqu leesequg leeseqgu leeseuqg leeseugq
leeseguq leesegqu leesqeug leesqegu leesqueg leesquge leesqgue leesqgeu leesuqeg leesuqge leesueqg
leesuegq leesugeq leesugqe leesgque leesgqeu leesguqe leesgueq leesgeuq leesgequ leeqseug leeqsegu
leeqsueg leeqsuge leeqsgue leeqsgeu leeqesug leeqesgu leeqeusg leeqeugs leeqegus leeqegsu leequesg
leequegs leequseg leequsge leequgse leequges leeqgeus leeqgesu leeqgues leeqguse leeqgsue leeqgseu
leeusqeg leeusqge leeuseqg leeusegq leeusgeq leeusgqe leeuqseg leeuqsge leeuqesg leeuqegs leeuqges
leeuqgse leeueqsg leeueqgs leeuesqg leeuesgq leeuegsq leeuegqs leeugqes leeugqse leeugeqs leeugesq
leeugseq leeugsqe leegsque leegsqeu leegsuqe leegsueq leegseuq leegsequ leegqsue leegqseu leegquse
leegques leegqeus leegqesu leeguqse leeguqes leegusqe leeguseq leeguesq leegueqs leegequs leegeqsu
leegeuqs leegeusq leegesuq leegesqu lsgeeque lsgeeqeu lsgeeuqe lsgeeueq lsgeeeuq lsgeeequ lsgeqeue
lsgeqeeu lsgequee lsgequee lsgeqeue lsgeqeeu lsgeuqee lsgeuqee lsgeueqe lsgeueeq lsgeueeq lsgeueqe
lsgeeque lsgeeqeu lsgeeuqe lsgeeueq lsgeeeuq lsgeeequ lsgeeque lsgeeqeu lsgeeuqe lsgeeueq lsgeeeuq
lsgeeequ lsgeqeue lsgeqeeu lsgequee lsgequee lsgeqeue lsgeqeeu lsgeuqee lsgeuqee lsgeueqe lsgeueeq
lsgeueeq lsgeueqe lsgeeque lsgeeqeu lsgeeuqe lsgeeueq lsgeeeuq lsgeeequ lsgqeeue lsgqeeeu lsgqeuee
lsgqeuee lsgqeeue lsgqeeeu lsgqeeue lsgqeeeu lsgqeuee lsgqeuee lsgqeeue lsgqeeeu lsgqueee lsgqueee
lsgqueee lsgqueee lsgqueee lsgqueee lsgqeeue lsgqeeeu lsgqeuee lsgqeuee lsgqeeue lsgqeeeu lsgueqee
lsgueqee lsgueeqe lsgueeeq lsgueeeq lsgueeqe lsguqeee lsguqeee lsguqeee lsguqeee lsguqeee lsguqeee
lsgueqee lsgueqee lsgueeqe lsgueeeq lsgueeeq lsgueeqe lsgueqee lsgueqee lsgueeqe lsgueeeq lsgueeeq
lsgueeqe lsgeeque lsgeeqeu lsgeeuqe lsgeeueq lsgeeeuq lsgeeequ lsgeqeue lsgeqeeu lsgequee lsgequee
lsgeqeue lsgeqeeu lsgeuqee lsgeuqee lsgeueqe lsgeueeq lsgeueeq lsgeueqe lsgeeque lsgeeqeu lsgeeuqe
lsgeeueq lsgeeeuq lsgeeequ lsegeque lsegeqeu lsegeuqe lsegeueq lsegeeuq lsegeequ lsegqeue lsegqeeu
lsegquee lsegquee lsegqeue lsegqeeu lseguqee lseguqee lsegueqe lsegueeq lsegueeq lsegueqe lsegeque
lsegeqeu lsegeuqe lsegeueq lsegeeuq lsegeequ lseegque lseegqeu lseeguqe lseegueq lseegeuq lseegequ
lseeqgue lseeqgeu lseequge lseequeg lseeqeug lseeqegu lseeuqge lseeuqeg lseeugqe lseeugeq lseeuegq
lseeueqg lseeequg lseeeqgu lseeeuqg lseeeugq lseeeguq lseeegqu lseqegue lseqegeu lseqeuge lseqeueg
lseqeeug lseqeegu lseqgeue lseqgeeu lseqguee lseqguee lseqgeue lseqgeeu lsequgee lsequgee lsequege
lsequeeg lsequeeg lsequege lseqegue lseqegeu lseqeuge lseqeueg lseqeeug lseqeegu lseueqge lseueqeg
lseuegqe lseuegeq lseueegq lseueeqg lseuqege lseuqeeg lseuqgee lseuqgee lseuqege lseuqeeg lseugqee
lseugqee lseugeqe lseugeeq lseugeeq lseugeqe lseueqge lseueqeg lseuegqe lseuegeq lseueegq lseueeqg
lseeequg lseeeqgu lseeeuqg lseeeugq lseeeguq lseeegqu lseeqeug lseeqegu lseequeg lseequge lseeqgue
lseeqgeu lseeuqeg lseeuqge lseeueqg lseeuegq lseeugeq lseeugqe lseegque lseegqeu lseeguqe lseegueq
lseegeuq lseegequ lseegque lseegqeu lseeguqe lseegueq lseegeuq lseegequ lseeqgue lseeqgeu lseequge
lseequeg lseeqeug lseeqegu lseeuqge lseeuqeg lseeugqe lseeugeq lseeuegq lseeueqg lseeequg lseeeqgu
lseeeuqg lseeeugq lseeeguq lseeegqu lsegeque lsegeqeu lsegeuqe lsegeueq lsegeeuq lsegeequ lsegqeue
lsegqeeu lsegquee lsegquee lsegqeue lsegqeeu lseguqee lseguqee lsegueqe lsegueeq lsegueeq lsegueqe
lsegeque lsegeqeu lsegeuqe lsegeueq lsegeeuq lsegeequ lseqgeue lseqgeeu lseqguee lseqguee lseqgeue
lseqgeeu lseqegue lseqegeu lseqeuge lseqeueg lseqeeug lseqeegu lsequege lsequeeg lsequgee lsequgee
lsequege lsequeeg lseqeeug lseqeegu lseqeueg lseqeuge lseqegue lseqegeu lseugqee lseugqee lseugeqe
lseugeeq lseugeeq lseugeqe lseuqgee lseuqgee lseuqege lseuqeeg lseuqeeg lseuqege lseueqge lseueqeg
lseuegqe lseuegeq lseueegq lseueeqg lseueqeg lseueqge lseueeqg lseueegq lseuegeq lseuegqe lseegque
lseegqeu lseeguqe lseegueq lseegeuq lseegequ lseeqgue lseeqgeu lseequge lseequeg lseeqeug lseeqegu
lseeuqge lseeuqeg lseeugqe lseeugeq lseeuegq lseeueqg lseeequg lseeeqgu lseeeuqg lseeeugq lseeeguq
lseeegqu lsqeegue lsqeegeu lsqeeuge lsqeeueg lsqeeeug lsqeeegu lsqegeue lsqegeeu lsqeguee lsqeguee
lsqegeue lsqegeeu lsqeugee lsqeugee lsqeuege lsqeueeg lsqeueeg lsqeuege lsqeegue lsqeegeu lsqeeuge
lsqeeueg lsqeeeug lsqeeegu lsqeegue lsqeegeu lsqeeuge lsqeeueg lsqeeeug lsqeeegu lsqegeue lsqegeeu
lsqeguee lsqeguee lsqegeue lsqegeeu lsqeugee lsqeugee lsqeuege lsqeueeg lsqeueeg lsqeuege lsqeegue
lsqeegeu lsqeeuge lsqeeueg lsqeeeug lsqeeegu lsqgeeue lsqgeeeu lsqgeuee lsqgeuee lsqgeeue lsqgeeeu
lsqgeeue lsqgeeeu lsqgeuee lsqgeuee lsqgeeue lsqgeeeu lsqgueee lsqgueee lsqgueee lsqgueee lsqgueee
lsqgueee lsqgeeue lsqgeeeu lsqgeuee lsqgeuee lsqgeeue lsqgeeeu lsquegee lsquegee lsqueege lsqueeeg
lsqueeeg lsqueege lsqugeee lsqugeee lsqugeee lsqugeee lsqugeee lsqugeee lsquegee lsquegee lsqueege
lsqueeeg lsqueeeg lsqueege lsquegee lsquegee lsqueege lsqueeeg lsqueeeg lsqueege lsqeegue lsqeegeu
lsqeeuge lsqeeueg lsqeeeug lsqeeegu lsqegeue lsqegeeu lsqeguee lsqeguee lsqegeue lsqegeeu lsqeugee
lsqeugee lsqeuege lsqeueeg lsqeueeg lsqeuege lsqeegue lsqeegeu lsqeeuge lsqeeueg lsqeeeug lsqeeegu
lsueeqge lsueeqeg lsueegqe lsueegeq lsueeegq lsueeeqg lsueqege lsueqeeg lsueqgee lsueqgee lsueqege
lsueqeeg lsuegqee lsuegqee lsuegeqe lsuegeeq lsuegeeq lsuegeqe lsueeqge lsueeqeg lsueegqe lsueegeq
lsueeegq lsueeeqg lsueeqge lsueeqeg lsueegqe lsueegeq lsueeegq lsueeeqg lsueqege lsueqeeg lsueqgee
lsueqgee lsueqege lsueqeeg lsuegqee lsuegqee lsuegeqe lsuegeeq lsuegeeq lsuegeqe lsueeqge lsueeqeg
lsueegqe lsueegeq lsueeegq lsueeeqg lsuqeege lsuqeeeg lsuqegee lsuqegee lsuqeege lsuqeeeg lsuqeege
lsuqeeeg lsuqegee lsuqegee lsuqeege lsuqeeeg lsuqgeee lsuqgeee lsuqgeee lsuqgeee lsuqgeee lsuqgeee
lsuqeege lsuqeeeg lsuqegee lsuqegee lsuqeege lsuqeeeg lsugeqee lsugeqee lsugeeqe lsugeeeq lsugeeeq
lsugeeqe lsugqeee lsugqeee lsugqeee lsugqeee lsugqeee lsugqeee lsugeqee lsugeqee lsugeeqe lsugeeeq
lsugeeeq lsugeeqe lsugeqee lsugeqee lsugeeqe lsugeeeq lsugeeeq lsugeeqe lsueeqge lsueeqeg lsueegqe
lsueegeq lsueeegq lsueeeqg lsueqege lsueqeeg lsueqgee lsueqgee lsueqege lsueqeeg lsuegqee lsuegqee
lsuegeqe lsuegeeq lsuegeeq lsuegeqe lsueeqge lsueeqeg lsueegqe lsueegeq lsueeegq lsueeeqg lseeequg
lseeeqgu lseeeuqg lseeeugq lseeeguq lseeegqu lseeqeug lseeqegu lseequeg lseequge lseeqgue lseeqgeu
lseeuqeg lseeuqge lseeueqg lseeuegq lseeugeq lseeugqe lseegque lseegqeu lseeguqe lseegueq lseegeuq
lseegequ lseeequg lseeeqgu lseeeuqg lseeeugq lseeeguq lseeegqu lseeqeug lseeqegu lseequeg lseequge
lseeqgue lseeqgeu lseeuqeg lseeuqge lseeueqg lseeuegq lseeugeq lseeugqe lseegque lseegqeu lseeguqe
lseegueq lseegeuq lseegequ lseqeeug lseqeegu lseqeueg lseqeuge lseqegue lseqegeu lseqeeug lseqeegu
lseqeueg lseqeuge lseqegue lseqegeu lsequeeg lsequege lsequeeg lsequege lsequgee lsequgee lseqgeue
lseqgeeu lseqguee lseqguee lseqgeue lseqgeeu lseueqeg lseueqge lseueeqg lseueegq lseuegeq lseuegqe
lseuqeeg lseuqege lseuqeeg lseuqege lseuqgee lseuqgee lseueqeg lseueqge lseueeqg lseueegq lseuegeq
lseuegqe lseugqee lseugqee lseugeqe lseugeeq lseugeeq lseugeqe lsegeque lsegeqeu lsegeuqe lsegeueq
lsegeeuq lsegeequ lsegqeue lsegqeeu lsegquee lsegquee lsegqeue lsegqeeu lseguqee lseguqee lsegueqe
lsegueeq lsegueeq lsegueqe lsegeque lsegeqeu lsegeuqe lsegeueq lsegeeuq lsegeequ lqgeseue lqgeseeu
lqgesuee lqgesuee lqgeseue lqgeseeu lqgeesue lqgeeseu lqgeeuse lqgeeues lqgeeeus lqgeeesu lqgeuese
lqgeuees lqgeusee lqgeusee lqgeuese lqgeuees lqgeeeus lqgeeesu lqgeeues lqgeeuse lqgeesue lqgeeseu
lqgseeue lqgseeeu lqgseuee lqgseuee lqgseeue lqgseeeu lqgseeue lqgseeeu lqgseuee lqgseuee lqgseeue
lqgseeeu lqgsueee lqgsueee lqgsueee lqgsueee lqgsueee lqgsueee lqgseeue lqgseeeu lqgseuee lqgseuee
lqgseeue lqgseeeu lqgeseue lqgeseeu lqgesuee lqgesuee lqgeseue lqgeseeu lqgeesue lqgeeseu lqgeeuse
lqgeeues lqgeeeus lqgeeesu lqgeuese lqgeuees lqgeusee lqgeusee lqgeuese lqgeuees lqgeeeus lqgeeesu
lqgeeues lqgeeuse lqgeesue lqgeeseu lqguseee lqguseee lqguseee lqguseee lqguseee lqguseee lqguesee
lqguesee lqgueese lqgueees lqgueees lqgueese lqgueese lqgueees lqguesee lqguesee lqgueese lqgueees
lqgueees lqgueese lqgueees lqgueese lqguesee lqguesee lqgeseue lqgeseeu lqgesuee lqgesuee lqgeseue
lqgeseeu lqgeesue lqgeeseu lqgeeuse lqgeeues lqgeeeus lqgeeesu lqgeuese lqgeuees lqgeusee lqgeusee
lqgeuese lqgeuees lqgeeeus lqgeeesu lqgeeues lqgeeuse lqgeesue lqgeeseu lqegseue lqegseeu lqegsuee
lqegsuee lqegseue lqegseeu lqegesue lqegeseu lqegeuse lqegeues lqegeeus lqegeesu lqeguese lqeguees
lqegusee lqegusee lqeguese lqeguees lqegeeus lqegeesu lqegeues lqegeuse lqegesue lqegeseu lqesgeue
lqesgeeu lqesguee lqesguee lqesgeue lqesgeeu lqesegue lqesegeu lqeseuge lqeseueg lqeseeug lqeseegu
lqesuege lqesueeg lqesugee lqesugee lqesuege lqesueeg lqeseeug lqeseegu lqeseueg lqeseuge lqesegue
lqesegeu lqeesgue lqeesgeu lqeesuge lqeesueg lqeeseug lqeesegu lqeegsue lqeegseu lqeeguse lqeegues
lqeegeus lqeegesu lqeeugse lqeeuges lqeeusge lqeeuseg lqeeuesg lqeeuegs lqeeegus lqeeegsu lqeeeugs
lqeeeusg lqeeesug lqeeesgu lqeusege lqeuseeg lqeusgee lqeusgee lqeusege lqeuseeg lqeuesge lqeueseg
lqeuegse lqeueges lqeueegs lqeueesg lqeugese lqeugees lqeugsee lqeugsee lqeugese lqeugees lqeueegs
lqeueesg lqeueges lqeuegse lqeuesge lqeueseg lqeeseug lqeesegu lqeesueg lqeesuge lqeesgue lqeesgeu
lqeeesug lqeeesgu lqeeeusg lqeeeugs lqeeegus lqeeegsu lqeeuesg lqeeuegs lqeeuseg lqeeusge lqeeugse
lqeeuges lqeegeus lqeegesu lqeegues lqeeguse lqeegsue lqeegseu lqsegeue lqsegeeu lqseguee lqseguee
lqsegeue lqsegeeu lqseegue lqseegeu lqseeuge lqseeueg lqseeeug lqseeegu lqseuege lqseueeg lqseugee
lqseugee lqseuege lqseueeg lqseeeug lqseeegu lqseeueg lqseeuge lqseegue lqseegeu lqsgeeue lqsgeeeu
lqsgeuee lqsgeuee lqsgeeue lqsgeeeu lqsgeeue lqsgeeeu lqsgeuee lqsgeuee lqsgeeue lqsgeeeu lqsgueee
lqsgueee lqsgueee lqsgueee lqsgueee lqsgueee lqsgeeue lqsgeeeu lqsgeuee lqsgeuee lqsgeeue lqsgeeeu
lqsegeue lqsegeeu lqseguee lqseguee lqsegeue lqsegeeu lqseegue lqseegeu lqseeuge lqseeueg lqseeeug
lqseeegu lqseuege lqseueeg lqseugee lqseugee lqseuege lqseueeg lqseeeug lqseeegu lqseeueg lqseeuge
lqseegue lqseegeu lqsugeee lqsugeee lqsugeee lqsugeee lqsugeee lqsugeee lqsuegee lqsuegee lqsueege
lqsueeeg lqsueeeg lqsueege lqsueege lqsueeeg lqsuegee lqsuegee lqsueege lqsueeeg lqsueeeg lqsueege
lqsueeeg lqsueege lqsuegee lqsuegee lqsegeue lqsegeeu lqseguee lqseguee lqsegeue lqsegeeu lqseegue
lqseegeu lqseeuge lqseeueg lqseeeug lqseeegu lqseuege lqseueeg lqseugee lqseugee lqseuege lqseueeg
lqseeeug lqseeegu lqseeueg lqseeuge lqseegue lqseegeu lqeesgue lqeesgeu lqeesuge lqeesueg lqeeseug
lqeesegu lqeegsue lqeegseu lqeeguse lqeegues lqeegeus lqeegesu lqeeugse lqeeuges lqeeusge lqeeuseg
lqeeuesg lqeeuegs lqeeegus lqeeegsu lqeeeugs lqeeeusg lqeeesug lqeeesgu lqesegue lqesegeu lqeseuge
lqeseueg lqeseeug lqeseegu lqesgeue lqesgeeu lqesguee lqesguee lqesgeue lqesgeeu lqesugee lqesugee
lqesuege lqesueeg lqesueeg lqesuege lqesegue lqesegeu lqeseuge lqeseueg lqeseeug lqeseegu lqegseue
lqegseeu lqegsuee lqegsuee lqegseue lqegseeu lqegesue lqegeseu lqegeuse lqegeues lqegeeus lqegeesu
lqeguese lqeguees lqegusee lqegusee lqeguese lqeguees lqegeeus lqegeesu lqegeues lqegeuse lqegesue
lqegeseu lqeusgee lqeusgee lqeusege lqeuseeg lqeuseeg lqeusege lqeugsee lqeugsee lqeugese lqeugees
lqeugees lqeugese lqeuegse lqeueges lqeuesge lqeueseg lqeueesg lqeueegs lqeueges lqeuegse lqeueegs
lqeueesg lqeueseg lqeuesge lqeesgue lqeesgeu lqeesuge lqeesueg lqeeseug lqeesegu lqeegsue lqeegseu
lqeeguse lqeegues lqeegeus lqeegesu lqeeugse lqeeuges lqeeusge lqeeuseg lqeeuesg lqeeuegs lqeeegus
lqeeegsu lqeeeugs lqeeeusg lqeeesug lqeeesgu lquesege lqueseeg lquesgee lquesgee lquesege lqueseeg
lqueesge lqueeseg lqueegse lqueeges lqueeegs lqueeesg lquegese lquegees lquegsee lquegsee lquegese
lquegees lqueeegs lqueeesg lqueeges lqueegse lqueesge lqueeseg lquseege lquseeeg lqusegee lqusegee
lquseege lquseeeg lquseege lquseeeg lqusegee lqusegee lquseege lquseeeg lqusgeee lqusgeee lqusgeee
lqusgeee lqusgeee lqusgeee lquseege lquseeeg lqusegee lqusegee lquseege lquseeeg lquesege lqueseeg
lquesgee lquesgee lquesege lqueseeg lqueesge lqueeseg lqueegse lqueeges lqueeegs lqueeesg lquegese
lquegees lquegsee lquegsee lquegese lquegees lqueeegs lqueeesg lqueeges lqueegse lqueesge lqueeseg
lqugseee lqugseee lqugseee lqugseee lqugseee lqugseee lqugesee lqugesee lqugeese lqugeees lqugeees
lqugeese lqugeese lqugeees lqugesee lqugesee lqugeese lqugeees lqugeees lqugeese lqugeees lqugeese
lqugesee lqugesee lquesege lqueseeg lquesgee lquesgee lquesege lqueseeg lqueesge lqueeseg lqueegse
lqueeges lqueeegs lqueeesg lquegese lquegees lquegsee lquegsee lquegese lquegees lqueeegs lqueeesg
lqueeges lqueegse lqueesge lqueeseg lqeeseug lqeesegu lqeesueg lqeesuge lqeesgue lqeesgeu lqeeesug
lqeeesgu lqeeeusg lqeeeugs lqeeegus lqeeegsu lqeeuesg lqeeuegs lqeeuseg lqeeusge lqeeugse lqeeuges
lqeegeus lqeegesu lqeegues lqeeguse lqeegsue lqeegseu lqeseeug lqeseegu lqeseueg lqeseuge lqesegue
lqesegeu lqeseeug lqeseegu lqeseueg lqeseuge lqesegue lqesegeu lqesueeg lqesuege lqesueeg lqesuege
lqesugee lqesugee lqesgeue lqesgeeu lqesguee lqesguee lqesgeue lqesgeeu lqeeseug lqeesegu lqeesueg
lqeesuge lqeesgue lqeesgeu lqeeesug lqeeesgu lqeeeusg lqeeeugs lqeeegus lqeeegsu lqeeuesg lqeeuegs
lqeeuseg lqeeusge lqeeugse lqeeuges lqeegeus lqeegesu lqeegues lqeeguse lqeegsue lqeegseu lqeuseeg
lqeusege lqeuseeg lqeusege lqeusgee lqeusgee lqeueseg lqeuesge lqeueesg lqeueegs lqeueges lqeuegse
lqeueesg lqeueegs lqeueseg lqeuesge lqeuegse lqeueges lqeugees lqeugese lqeugees lqeugese lqeugsee
lqeugsee lqegseue lqegseeu lqegsuee lqegsuee lqegseue lqegseeu lqegesue lqegeseu lqegeuse lqegeues
lqegeeus lqegeesu lqeguese lqeguees lqegusee lqegusee lqeguese lqeguees lqegeeus lqegeesu lqegeues
lqegeuse lqegesue lqegeseu lugesqee lugesqee lugeseqe lugeseeq lugeseeq lugeseqe lugeqsee lugeqsee
lugeqese lugeqees lugeqees lugeqese lugeeqse lugeeqes lugeesqe lugeeseq lugeeesq lugeeeqs lugeeqes
lugeeqse lugeeeqs lugeeesq lugeeseq lugeesqe lugseqee lugseqee lugseeqe lugseeeq lugseeeq lugseeqe
lugsqeee lugsqeee lugsqeee lugsqeee lugsqeee lugsqeee lugseqee lugseqee lugseeqe lugseeeq lugseeeq
lugseeqe lugseqee lugseqee lugseeqe lugseeeq lugseeeq lugseeqe lugqseee lugqseee lugqseee lugqseee
lugqseee lugqseee lugqesee lugqesee lugqeese lugqeees lugqeees lugqeese lugqeese lugqeees lugqesee
lugqesee lugqeese lugqeees lugqeees lugqeese lugqeees lugqeese lugqesee lugqesee lugesqee lugesqee
lugeseqe lugeseeq lugeseeq lugeseqe lugeqsee lugeqsee lugeqese lugeqees lugeqees lugeqese lugeeqse
lugeeqes lugeesqe lugeeseq lugeeesq lugeeeqs lugeeqes lugeeqse lugeeeqs lugeeesq lugeeseq lugeesqe
lugesqee lugesqee lugeseqe lugeseeq lugeseeq lugeseqe lugeqsee lugeqsee lugeqese lugeqees lugeqees
lugeqese lugeeqse lugeeqes lugeesqe lugeeseq lugeeesq lugeeeqs lugeeqes lugeeqse lugeeeqs lugeeesq
lugeeseq lugeesqe luegsqee luegsqee luegseqe luegseeq luegseeq luegseqe luegqsee luegqsee luegqese
luegqees luegqees luegqese luegeqse luegeqes luegesqe luegeseq luegeesq luegeeqs luegeqes luegeqse
luegeeqs luegeesq luegeseq luegesqe luesgqee luesgqee luesgeqe luesgeeq luesgeeq luesgeqe luesqgee
luesqgee luesqege luesqeeg luesqeeg luesqege lueseqge lueseqeg luesegqe luesegeq lueseegq lueseeqg
lueseqeg lueseqge lueseeqg lueseegq luesegeq luesegqe lueqsgee lueqsgee lueqsege lueqseeg lueqseeg
lueqsege lueqgsee lueqgsee lueqgese lueqgees lueqgees lueqgese lueqegse lueqeges lueqesge lueqeseg
lueqeesg lueqeegs lueqeges lueqegse lueqeegs lueqeesg lueqeseg lueqesge lueesqge lueesqeg lueesgqe
lueesgeq lueesegq lueeseqg lueeqsge lueeqseg lueeqgse lueeqges lueeqegs lueeqesg lueegqse lueegqes
lueegsqe lueegseq lueegesq lueegeqs lueeeqgs lueeeqsg lueeegqs lueeegsq lueeesgq lueeesqg lueesqeg
lueesqge lueeseqg lueesegq lueesgeq lueesgqe lueeqseg lueeqsge lueeqesg lueeqegs lueeqges lueeqgse
lueeeqsg lueeeqgs lueeesqg lueeesgq lueeegsq lueeegqs lueegqes lueegqse lueegeqs lueegesq lueegseq
lueegsqe lusegqee lusegqee lusegeqe lusegeeq lusegeeq lusegeqe luseqgee luseqgee luseqege luseqeeg
luseqeeg luseqege luseeqge luseeqeg luseegqe luseegeq luseeegq luseeeqg luseeqeg luseeqge luseeeqg
luseeegq luseegeq luseegqe lusgeqee lusgeqee lusgeeqe lusgeeeq lusgeeeq lusgeeqe lusgqeee lusgqeee
lusgqeee lusgqeee lusgqeee lusgqeee lusgeqee lusgeqee lusgeeqe lusgeeeq lusgeeeq lusgeeqe lusgeqee
lusgeqee lusgeeqe lusgeeeq lusgeeeq lusgeeqe lusqgeee lusqgeee lusqgeee lusqgeee lusqgeee lusqgeee
lusqegee lusqegee lusqeege lusqeeeg lusqeeeg lusqeege lusqeege lusqeeeg lusqegee lusqegee lusqeege
lusqeeeg lusqeeeg lusqeege lusqeeeg lusqeege lusqegee lusqegee lusegqee lusegqee lusegeqe lusegeeq
lusegeeq lusegeqe luseqgee luseqgee luseqege luseqeeg luseqeeg luseqege luseeqge luseeqeg luseegqe
luseegeq luseeegq luseeeqg luseeqeg luseeqge luseeeqg luseeegq luseegeq luseegqe lusegqee lusegqee
lusegeqe lusegeeq lusegeeq lusegeqe luseqgee luseqgee luseqege luseqeeg luseqeeg luseqege luseeqge
luseeqeg luseegqe luseegeq luseeegq luseeeqg luseeqeg luseeqge luseeeqg luseeegq luseegeq luseegqe
luqesgee luqesgee luqesege luqeseeg luqeseeg luqesege luqegsee luqegsee luqegese luqegees luqegees
luqegese luqeegse luqeeges luqeesge luqeeseg luqeeesg luqeeegs luqeeges luqeegse luqeeegs luqeeesg
luqeeseg luqeesge luqsegee luqsegee luqseege luqseeeg luqseeeg luqseege luqsgeee luqsgeee luqsgeee
luqsgeee luqsgeee luqsgeee luqsegee luqsegee luqseege luqseeeg luqseeeg luqseege luqsegee luqsegee
luqseege luqseeeg luqseeeg luqseege luqgseee luqgseee luqgseee luqgseee luqgseee luqgseee luqgesee
luqgesee luqgeese luqgeees luqgeees luqgeese luqgeese luqgeees luqgesee luqgesee luqgeese luqgeees
luqgeees luqgeese luqgeees luqgeese luqgesee luqgesee luqesgee luqesgee luqesege luqeseeg luqeseeg
luqesege luqegsee luqegsee luqegese luqegees luqegees luqegese luqeegse luqeeges luqeesge luqeeseg
luqeeesg luqeeegs luqeeges luqeegse luqeeegs luqeeesg luqeeseg luqeesge luqesgee luqesgee luqesege
luqeseeg luqeseeg luqesege luqegsee luqegsee luqegese luqegees luqegees luqegese luqeegse luqeeges
luqeesge luqeeseg luqeeesg luqeeegs luqeeges luqeegse luqeeegs luqeeesg luqeeseg luqeesge lueesqge
lueesqeg lueesgqe lueesgeq lueesegq lueeseqg lueeqsge lueeqseg lueeqgse lueeqges lueeqegs lueeqesg
lueegqse lueegqes lueegsqe lueegseq lueegesq lueegeqs lueeeqgs lueeeqsg lueeegqs lueeegsq lueeesgq
lueeesqg lueseqge lueseqeg luesegqe luesegeq lueseegq lueseeqg luesqege luesqeeg luesqgee luesqgee
luesqege luesqeeg luesgqee luesgqee luesgeqe luesgeeq luesgeeq luesgeqe lueseqge lueseqeg luesegqe
luesegeq lueseegq lueseeqg lueqsege lueqseeg lueqsgee lueqsgee lueqsege lueqseeg lueqesge lueqeseg
lueqegse lueqeges lueqeegs lueqeesg lueqgese lueqgees lueqgsee lueqgsee lueqgese lueqgees lueqeegs
lueqeesg lueqeges lueqegse lueqesge lueqeseg luegsqee luegsqee luegseqe luegseeq luegseeq luegseqe
luegqsee luegqsee luegqese luegqees luegqees luegqese luegeqse luegeqes luegesqe luegeseq luegeesq
luegeeqs luegeqes luegeqse luegeeqs luegeesq luegeseq luegesqe lueesqge lueesqeg lueesgqe lueesgeq
lueesegq lueeseqg lueeqsge lueeqseg lueeqgse lueeqges lueeqegs lueeqesg lueegqse lueegqes lueegsqe
lueegseq lueegesq lueegeqs lueeeqgs lueeeqsg lueeegqs lueeegsq lueeesgq lueeesqg lueesqeg lueesqge
lueeseqg lueesegq lueesgeq lueesgqe lueeqseg lueeqsge lueeqesg lueeqegs lueeqges lueeqgse lueeeqsg
lueeeqgs lueeesqg lueeesgq lueeegsq lueeegqs lueegqes lueegqse lueegeqs lueegesq lueegseq lueegsqe
lueseqeg lueseqge lueseeqg lueseegq luesegeq luesegqe luesqeeg luesqege luesqeeg luesqege luesqgee
luesqgee lueseqeg lueseqge lueseeqg lueseegq luesegeq luesegqe luesgqee luesgqee luesgeqe luesgeeq
luesgeeq luesgeqe lueqseeg lueqsege lueqseeg lueqsege lueqsgee lueqsgee lueqeseg lueqesge lueqeesg
lueqeegs lueqeges lueqegse lueqeesg lueqeegs lueqeseg lueqesge lueqegse lueqeges lueqgees lueqgese
lueqgees lueqgese lueqgsee lueqgsee lueesqeg lueesqge lueeseqg lueesegq lueesgeq lueesgqe lueeqseg
lueeqsge lueeqesg lueeqegs lueeqges lueeqgse lueeeqsg lueeeqgs lueeesqg lueeesgq lueeegsq lueeegqs
lueegqes lueegqse lueegeqs lueegesq lueegseq lueegsqe luegsqee luegsqee luegseqe luegseeq luegseeq
luegseqe luegqsee luegqsee luegqese luegqees luegqees luegqese luegeqse luegeqes luegesqe luegeseq
luegeesq luegeeqs luegeqes luegeqse luegeeqs luegeesq luegeseq luegesqe legesque legesqeu legesuqe
legesueq legeseuq legesequ legeqsue legeqseu legequse legeques legeqeus legeqesu legeuqse legeuqes
legeusqe legeuseq legeuesq legeueqs legeequs legeeqsu legeeuqs legeeusq legeesuq legeesqu legseque
legseqeu legseuqe legseueq legseeuq legseequ legsqeue legsqeeu legsquee legsquee legsqeue legsqeeu
legsuqee legsuqee legsueqe legsueeq legsueeq legsueqe legseque legseqeu legseuqe legseueq legseeuq
legseequ legqseue legqseeu legqsuee legqsuee legqseue legqseeu legqesue legqeseu legqeuse legqeues
legqeeus legqeesu legquese legquees legqusee legqusee legquese legquees legqeeus legqeesu legqeues
legqeuse legqesue legqeseu legusqee legusqee leguseqe leguseeq leguseeq leguseqe leguqsee leguqsee
leguqese leguqees leguqees leguqese legueqse legueqes leguesqe legueseq legueesq legueeqs legueqes
legueqse legueeqs legueesq legueseq leguesqe legesque legesqeu legesuqe legesueq legeseuq legesequ
legeqsue legeqseu legequse legeques legeqeus legeqesu legeuqse legeuqes legeusqe legeuseq legeuesq
legeueqs legeequs legeeqsu legeeuqs legeeusq legeesuq legeesqu leegsque leegsqeu leegsuqe leegsueq
leegseuq leegsequ leegqsue leegqseu leegquse leegques leegqeus leegqesu leeguqse leeguqes leegusqe
leeguseq leeguesq leegueqs leegequs leegeqsu leegeuqs leegeusq leegesuq leegesqu leesgque leesgqeu
leesguqe leesgueq leesgeuq leesgequ leesqgue leesqgeu leesquge leesqueg leesqeug leesqegu leesuqge
leesuqeg leesugqe leesugeq leesuegq leesueqg leesequg leeseqgu leeseuqg leeseugq leeseguq leesegqu
leeqsgue leeqsgeu leeqsuge leeqsueg leeqseug leeqsegu leeqgsue leeqgseu leeqguse leeqgues leeqgeus
leeqgesu leequgse leequges leequsge leequseg leequesg leequegs leeqegus leeqegsu leeqeugs leeqeusg
leeqesug leeqesgu leeusqge leeusqeg leeusgqe leeusgeq leeusegq leeuseqg leeuqsge leeuqseg leeuqgse
leeuqges leeuqegs leeuqesg leeugqse leeugqes leeugsqe leeugseq leeugesq leeugeqs leeueqgs leeueqsg
leeuegqs leeuegsq leeuesgq leeuesqg leeesqug leeesqgu leeesuqg leeesugq leeesguq leeesgqu leeeqsug
leeeqsgu leeequsg leeequgs leeeqgus leeeqgsu leeeuqsg leeeuqgs leeeusqg leeeusgq leeeugsq leeeugqs
leeegqus leeegqsu leeeguqs leeegusq leeegsuq leeegsqu lesegque lesegqeu leseguqe lesegueq lesegeuq
lesegequ leseqgue leseqgeu lesequge lesequeg leseqeug leseqegu leseuqge leseuqeg leseugqe leseugeq
leseuegq leseueqg leseequg leseeqgu leseeuqg leseeugq leseeguq leseegqu lesgeque lesgeqeu lesgeuqe
lesgeueq lesgeeuq lesgeequ lesgqeue lesgqeeu lesgquee lesgquee lesgqeue lesgqeeu lesguqee lesguqee
lesgueqe lesgueeq lesgueeq lesgueqe lesgeque lesgeqeu lesgeuqe lesgeueq lesgeeuq lesgeequ lesqgeue
lesqgeeu lesqguee lesqguee lesqgeue lesqgeeu lesqegue lesqegeu lesqeuge lesqeueg lesqeeug lesqeegu
lesquege lesqueeg lesqugee lesqugee lesquege lesqueeg lesqeeug lesqeegu lesqeueg lesqeuge lesqegue
lesqegeu lesugqee lesugqee lesugeqe lesugeeq lesugeeq lesugeqe lesuqgee lesuqgee lesuqege lesuqeeg
lesuqeeg lesuqege lesueqge lesueqeg lesuegqe lesuegeq lesueegq lesueeqg lesueqeg lesueqge lesueeqg
lesueegq lesuegeq lesuegqe lesegque lesegqeu leseguqe lesegueq lesegeuq lesegequ leseqgue leseqgeu
lesequge lesequeg leseqeug leseqegu leseuqge leseuqeg leseugqe leseugeq leseuegq leseueqg leseequg
leseeqgu leseeuqg leseeugq leseeguq leseegqu leqesgue leqesgeu leqesuge leqesueg leqeseug leqesegu
leqegsue leqegseu leqeguse leqegues leqegeus leqegesu leqeugse leqeuges leqeusge leqeuseg leqeuesg
leqeuegs leqeegus leqeegsu leqeeugs leqeeusg leqeesug leqeesgu leqsegue leqsegeu leqseuge leqseueg
leqseeug leqseegu leqsgeue leqsgeeu leqsguee leqsguee leqsgeue leqsgeeu leqsugee leqsugee leqsuege
leqsueeg leqsueeg leqsuege leqsegue leqsegeu leqseuge leqseueg leqseeug leqseegu leqgseue leqgseeu
leqgsuee leqgsuee leqgseue leqgseeu leqgesue leqgeseu leqgeuse leqgeues leqgeeus leqgeesu leqguese
leqguees leqgusee leqgusee leqguese leqguees leqgeeus leqgeesu leqgeues leqgeuse leqgesue leqgeseu
lequsgee lequsgee lequsege lequseeg lequseeg lequsege lequgsee lequgsee lequgese lequgees lequgees
lequgese lequegse lequeges lequesge lequeseg lequeesg lequeegs lequeges lequegse lequeegs lequeesg
lequeseg lequesge leqesgue leqesgeu leqesuge leqesueg leqeseug leqesegu leqegsue leqegseu leqeguse
leqegues leqegeus leqegesu leqeugse leqeuges leqeusge leqeuseg leqeuesg leqeuegs leqeegus leqeegsu
leqeeugs leqeeusg leqeesug leqeesgu leuesqge leuesqeg leuesgqe leuesgeq leuesegq leueseqg leueqsge
leueqseg leueqgse leueqges leueqegs leueqesg leuegqse leuegqes leuegsqe leuegseq leuegesq leuegeqs
leueeqgs leueeqsg leueegqs leueegsq leueesgq leueesqg leuseqge leuseqeg leusegqe leusegeq leuseegq
leuseeqg leusqege leusqeeg leusqgee leusqgee leusqege leusqeeg leusgqee leusgqee leusgeqe leusgeeq
leusgeeq leusgeqe leuseqge leuseqeg leusegqe leusegeq leuseegq leuseeqg leuqsege leuqseeg leuqsgee
leuqsgee leuqsege leuqseeg leuqesge leuqeseg leuqegse leuqeges leuqeegs leuqeesg leuqgese leuqgees
leuqgsee leuqgsee leuqgese leuqgees leuqeegs leuqeesg leuqeges leuqegse leuqesge leuqeseg leugsqee
leugsqee leugseqe leugseeq leugseeq leugseqe leugqsee leugqsee leugqese leugqees leugqees leugqese
leugeqse leugeqes leugesqe leugeseq leugeesq leugeeqs leugeqes leugeqse leugeeqs leugeesq leugeseq
leugesqe leuesqge leuesqeg leuesgqe leuesgeq leuesegq leueseqg leueqsge leueqseg leueqgse leueqges
leueqegs leueqesg leuegqse leuegqes leuegsqe leuegseq leuegesq leuegeqs leueeqgs leueeqsg leueegqs
leueegsq leueesgq leueesqg leeesqug leeesqgu leeesuqg leeesugq leeesguq leeesgqu leeeqsug leeeqsgu
leeequsg leeequgs leeeqgus leeeqgsu leeeuqsg leeeuqgs leeeusqg leeeusgq leeeugsq leeeugqs leeegqus
leeegqsu leeeguqs leeegusq leeegsuq leeegsqu leesequg leeseqgu leeseuqg leeseugq leeseguq leesegqu
leesqeug leesqegu leesqueg leesquge leesqgue leesqgeu leesuqeg leesuqge leesueqg leesuegq leesugeq
leesugqe leesgque leesgqeu leesguqe leesgueq leesgeuq leesgequ leeqseug leeqsegu leeqsueg leeqsuge
leeqsgue leeqsgeu leeqesug leeqesgu leeqeusg leeqeugs leeqegus leeqegsu leequesg leequegs leequseg
leequsge leequgse leequges leeqgeus leeqgesu leeqgues leeqguse leeqgsue leeqgseu leeusqeg leeusqge
leeuseqg leeusegq leeusgeq leeusgqe leeuqseg leeuqsge leeuqesg leeuqegs leeuqges leeuqgse leeueqsg
leeueqgs leeuesqg leeuesgq leeuegsq leeuegqs leeugqes leeugqse leeugeqs leeugesq leeugseq leeugsqe
leegsque leegsqeu leegsuqe leegsueq leegseuq leegsequ leegqsue leegqseu leegquse leegques leegqeus
leegqesu leeguqse leeguqes leegusqe leeguseq leeguesq leegueqs leegequs leegeqsu leegeuqs leegeusq
leegesuq leegesqu

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History of cryptography
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