easy ciphers

Easy Ciphers Tools:
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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: senique
cipher variations:
tfojrvf ugpkswg vhqltxh wirmuyi xjsnvzj
yktowak zlupxbl amvqycm bnwrzdn coxsaeo
dpytbfp eqzucgq fravdhr gsbweis htcxfjt
iudygku jvezhlv kwfaimw lxgbjnx myhckoy
nzidlpz oajemqa pbkfnrb qclgosc rdmhptd

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: senique
Cipher: hvmrjfv

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: senique
Cipher: BAAAB AABAA ABBAA ABAAA ABBBB BAABB AABAA

Read more ...

 

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: senique
cipher variations:
tfojrvfdnozxjnnvopdxvxdofjldhlovpzlrtolvntljorhpjvrohndr
fzoxtrzphonzfhzpodftpjxotlhxugpkswgeopaykoowpqeywyepgkme
impwqamsupmwoumkpsiqkwspioesgapyusaqipoagiaqpeguqkypumiy
vhqltxhfpqbzlppxqrfzxzfqhlnfjnqxrbntvqnxpvnlqtjrlxtqjpft
hbqzvtbrjqpbhjbrqfhvrlzqvnjzwirmuyigqrcamqqyrsgayagrimog
koryscouwroyqwomruksmyurkqguicrawucskrqcikcsrgiwsmarwoka
xjsnvzjhrsdbnrrzsthbzbhsjnphlpsztdpvxspzrxpnsvltnzvslrhv
jdsbxvdtlsrdjldtshjxtnbsxplbyktowakistecossatuicacitkoqi
mqtaueqwytqasyqotwmuoawtmsiwketcyweumtsekmeutikyuoctyqmc
zlupxbljtufdpttbuvjdbdjulprjnrubvfrxzurbtzrpuxnvpbxuntjx
lfudzxfvnutflnfvujlzvpduzrndamvqycmkuvgequucvwkecekvmqsk
osvcwgsyavscuasqvyowqcyvoukymgveaygwovugmogwvkmawqevasoe
bnwrzdnlvwhfrvvdwxlfdflwnrtlptwdxhtzbwtdvbtrwzpxrdzwpvlz
nhwfbzhxpwvhnphxwlnbxrfwbtpfcoxsaeomwxigswwexymgegmxosum
quxeyiuacxuewcusxaqyseaxqwmaoixgcaiyqxwioqiyxmocysgxcuqg
dpytbfpnxyjhtxxfyznhfhnyptvnrvyfzjvbdyvfxdvtybrztfbyrxnb
pjyhdbjzryxjprjzynpdzthydvrheqzucgqoyzkiuyygzaoigiozquwo
swzgakwcezwgyewuzcsaugczsyocqkzieckaszykqskazoqeauizewsi
fravdhrpzaljvzzhabpjhjparvxptxahblxdfaxhzfxvadtbvhdatzpd
rlajfdlbtazlrtlbaprfbvjafxtjgsbweisqabmkwaaibcqkikqbswyq
uybicmyegbyiagywbeucwiebuaqesmbkgemcubamsumcbqsgcwkbgyuk
htcxfjtrbcnlxbbjcdrljlrctxzrvzcjdnzfhczjbhzxcfvdxjfcvbrf
tnclhfndvcbntvndcrthdxlchzvliudygkuscdomycckdesmkmsduyas
wadkeoagidakciaydgweykgdwcsguodmigoewdcouwoedsuieymdiawm
jvezhlvtdepnzddleftnlntevzbtxbelfpbhjebldjbzehxfzlhexdth
vpenjhpfxedpvxpfetvjfznejbxnkwfaimwuefqoaeemfguomoufwacu
ycfmgqcikfcmekcafiygamifyeuiwqfokiqgyfeqwyqgfuwkgaofkcyo
lxgbjnxvfgrpbffnghvpnpvgxbdvzdgnhrdjlgdnfldbgjzhbnjgzfvj
xrgpljrhzgfrxzrhgvxlhbpgldzpmyhckoywghsqcggohiwqoqwhycew
aehoisekmheogmechkaicokhagwkyshqmksiahgsyasihwymicqhmeaq
nzidlpzxhitrdhhpijxrprxizdfxbfipjtflnifphnfdilbjdplibhxl
ztirnltjbihtzbtjixznjdrinfbroajemqayijuseiiqjkysqsyjaegy
cgjqkugmojgqiogejmckeqmjciymaujsomukcjiuacukjyaokesjogcs
pbkfnrbzjkvtfjjrklztrtzkbfhzdhkrlvhnpkhrjphfkndlfrnkdjzn
bvktpnvldkjvbdvlkzbplftkphdtqclgoscaklwugkkslmausualcgia
eilsmwioqliskqigloemgsolekaocwluqowmelkwcewmlacqmgulqieu
rdmhptdblmxvhlltmnbvtvbmdhjbfjmtnxjprmjtlrjhmpfnhtpmflbp
dxmvrpxnfmlxdfxnmbdrnhvmrjfvseniquecmnywimmunocwuwcneikc
gknuoykqsnkumskinqgoiuqngmcqeynwsqyognmyegyoncesoiwnskgw

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,

Read more ...

 

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: senique
Cipher: fravdhr

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: senique
Cipher: 34513342145451

Extended Methods:
Method #1

Plaintext: senique
method variations:
xksovzkcpxtaephucyfkunzhdlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s e n i q u e 
3 5 3 4 1 5 5 
4 1 3 2 4 4 1 
They are then read out in rows:
35341554132441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: senique
Cipher: xsvulrd

Read more ...
Method #3

Plaintext: senique
method variations:
ylsbyyl lsbyyly sbyylyl
byylyls yylylsb ylylsby
lylsbyy

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: senique

all 5040 cipher variations:
senique seniqeu seniuqe seniueq senieuq seniequ senqiue senqieu senquie senquei senqeui
senqeiu senuqie senuqei senuiqe senuieq senueiq senueqi senequi seneqiu seneuqi seneuiq
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seieuqn seieunq seienuq seienqu seqinue seqineu seqiune seqiuen seqieun seqienu seqniue
seqnieu seqnuie seqnuei seqneui seqneiu sequnie sequnei sequine sequien sequein sequeni
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euqnise euqnies euqnsie euqnsei euqnesi euqneis euqsnie euqsnei euqsine euqsien euqsein
euqseni euqensi euqenis euqesni euqesin euqeisn euqeins eusiqne eusiqen eusinqe eusineq
eusienq eusieqn eusqine eusqien eusqnie eusqnei eusqeni eusqein eusnqie eusnqei eusniqe
eusnieq eusneiq eusneqi euseqni euseqin eusenqi euseniq euseinq euseiqn eueiqsn eueiqns
eueisqn eueisnq eueinsq eueinqs eueqisn eueqins eueqsin eueqsni eueqnsi eueqnis euesqin
euesqni euesiqn euesinq euesniq euesnqi euenqsi euenqis euensqi euensiq euenisq eueniqs
eeniqus eeniqsu eeniuqs eeniusq eenisuq eenisqu eenqius eenqisu eenquis eenqusi eenqsui
eenqsiu eenuqis eenuqsi eenuiqs eenuisq eenusiq eenusqi eensqui eensqiu eensuqi eensuiq
eensiuq eensiqu eeinqus eeinqsu eeinuqs eeinusq eeinsuq eeinsqu eeiqnus eeiqnsu eeiquns
eeiqusn eeiqsun eeiqsnu eeiuqns eeiuqsn eeiunqs eeiunsq eeiusnq eeiusqn eeisqun eeisqnu
eeisuqn eeisunq eeisnuq eeisnqu eeqinus eeqinsu eeqiuns eeqiusn eeqisun eeqisnu eeqnius
eeqnisu eeqnuis eeqnusi eeqnsui eeqnsiu eequnis eequnsi eequins eequisn eequsin eequsni
eeqsnui eeqsniu eeqsuni eeqsuin eeqsiun eeqsinu eeuiqns eeuiqsn eeuinqs eeuinsq eeuisnq
eeuisqn eeuqins eeuqisn eeuqnis eeuqnsi eeuqsni eeuqsin eeunqis eeunqsi eeuniqs eeunisq
eeunsiq eeunsqi eeusqni eeusqin eeusnqi eeusniq eeusinq eeusiqn eesiqun eesiqnu eesiuqn
eesiunq eesinuq eesinqu eesqiun eesqinu eesquin eesquni eesqnui eesqniu eesuqin eesuqni
eesuiqn eesuinq eesuniq eesunqi eesnqui eesnqiu eesnuqi eesnuiq eesniuq eesniqu nesique
nesiqeu nesiuqe nesiueq nesieuq nesiequ nesqiue nesqieu nesquie nesquei nesqeui nesqeiu
nesuqie nesuqei nesuiqe nesuieq nesueiq nesueqi nesequi neseqiu neseuqi neseuiq neseiuq
neseiqu neisque neisqeu neisuqe neisueq neiseuq neisequ neiqsue neiqseu neiquse neiques
neiqeus neiqesu neiuqse neiuqes neiusqe neiuseq neiuesq neiueqs neiequs neieqsu neieuqs
neieusq neiesuq neiesqu neqisue neqiseu neqiuse neqiues neqieus neqiesu neqsiue neqsieu
neqsuie neqsuei neqseui neqseiu nequsie nequsei nequise nequies nequeis nequesi neqesui
neqesiu neqeusi neqeuis neqeius neqeisu neuiqse neuiqes neuisqe neuiseq neuiesq neuieqs
neuqise neuqies neuqsie neuqsei neuqesi neuqeis neusqie neusqei neusiqe neusieq neuseiq
neuseqi neueqsi neueqis neuesqi neuesiq neueisq neueiqs neeiqus neeiqsu neeiuqs neeiusq
neeisuq neeisqu neeqius neeqisu neequis neequsi neeqsui neeqsiu neeuqis neeuqsi neeuiqs
neeuisq neeusiq neeusqi neesqui neesqiu neesuqi neesuiq neesiuq neesiqu nseique nseiqeu
nseiuqe nseiueq nseieuq nseiequ nseqiue nseqieu nsequie nsequei nseqeui nseqeiu nseuqie
nseuqei nseuiqe nseuieq nseueiq nseueqi nseequi nseeqiu nseeuqi nseeuiq nseeiuq nseeiqu
nsieque nsieqeu nsieuqe nsieueq nsieeuq nsieequ nsiqeue nsiqeeu nsiquee nsiquee nsiqeue
nsiqeeu nsiuqee nsiuqee nsiueqe nsiueeq nsiueeq nsiueqe nsieque nsieqeu nsieuqe nsieueq
nsieeuq nsieequ nsqieue nsqieeu nsqiuee nsqiuee nsqieue nsqieeu nsqeiue nsqeieu nsqeuie
nsqeuei nsqeeui nsqeeiu nsqueie nsqueei nsquiee nsquiee nsqueie nsqueei nsqeeui nsqeeiu
nsqeuei nsqeuie nsqeiue nsqeieu nsuiqee nsuiqee nsuieqe nsuieeq nsuieeq nsuieqe nsuqiee
nsuqiee nsuqeie nsuqeei nsuqeei nsuqeie nsueqie nsueqei nsueiqe nsueieq nsueeiq nsueeqi
nsueqei nsueqie nsueeqi nsueeiq nsueieq nsueiqe nseique nseiqeu nseiuqe nseiueq nseieuq
nseiequ nseqiue nseqieu nsequie nsequei nseqeui nseqeiu nseuqie nseuqei nseuiqe nseuieq
nseueiq nseueqi nseequi nseeqiu nseeuqi nseeuiq nseeiuq nseeiqu niseque niseqeu niseuqe
niseueq niseeuq niseequ nisqeue nisqeeu nisquee nisquee nisqeue nisqeeu nisuqee nisuqee
nisueqe nisueeq nisueeq nisueqe niseque niseqeu niseuqe niseueq niseeuq niseequ niesque
niesqeu niesuqe niesueq nieseuq niesequ nieqsue nieqseu niequse nieques nieqeus nieqesu
nieuqse nieuqes nieusqe nieuseq nieuesq nieueqs nieequs nieeqsu nieeuqs nieeusq nieesuq
nieesqu niqesue niqeseu niqeuse niqeues niqeeus niqeesu niqseue niqseeu niqsuee niqsuee
niqseue niqseeu niqusee niqusee niquese niquees niquees niquese niqesue niqeseu niqeuse
niqeues niqeeus niqeesu niueqse niueqes niuesqe niueseq niueesq niueeqs niuqese niuqees
niuqsee niuqsee niuqese niuqees niusqee niusqee niuseqe niuseeq niuseeq niuseqe niueqse
niueqes niuesqe niueseq niueesq niueeqs nieequs nieeqsu nieeuqs nieeusq nieesuq nieesqu
nieqeus nieqesu nieques niequse nieqsue nieqseu nieuqes nieuqse nieueqs nieuesq nieuseq
nieusqe niesque niesqeu niesuqe niesueq nieseuq niesequ nqsieue nqsieeu nqsiuee nqsiuee
nqsieue nqsieeu nqseiue nqseieu nqseuie nqseuei nqseeui nqseeiu nqsueie nqsueei nqsuiee
nqsuiee nqsueie nqsueei nqseeui nqseeiu nqseuei nqseuie nqseiue nqseieu nqiseue nqiseeu
nqisuee nqisuee nqiseue nqiseeu nqiesue nqieseu nqieuse nqieues nqieeus nqieesu nqiuese
nqiuees nqiusee nqiusee nqiuese nqiuees nqieeus nqieesu nqieues nqieuse nqiesue nqieseu
nqeisue nqeiseu nqeiuse nqeiues nqeieus nqeiesu nqesiue nqesieu nqesuie nqesuei nqeseui
nqeseiu nqeusie nqeusei nqeuise nqeuies nqeueis nqeuesi nqeesui nqeesiu nqeeusi nqeeuis
nqeeius nqeeisu nquiese nquiees nquisee nquisee nquiese nquiees nqueise nqueies nquesie
nquesei nqueesi nqueeis nquseie nquseei nqusiee nqusiee nquseie nquseei nqueesi nqueeis
nquesei nquesie nqueise nqueies nqeieus nqeiesu nqeiues nqeiuse nqeisue nqeiseu nqeeius
nqeeisu nqeeuis nqeeusi nqeesui nqeesiu nqeueis nqeuesi nqeuies nqeuise nqeusie nqeusei
nqeseui nqeseiu nqesuei nqesuie nqesiue nqesieu nusiqee nusiqee nusieqe nusieeq nusieeq
nusieqe nusqiee nusqiee nusqeie nusqeei nusqeei nusqeie nuseqie nuseqei nuseiqe nuseieq
nuseeiq nuseeqi nuseqei nuseqie nuseeqi nuseeiq nuseieq nuseiqe nuisqee nuisqee nuiseqe
nuiseeq nuiseeq nuiseqe nuiqsee nuiqsee nuiqese nuiqees nuiqees nuiqese nuieqse nuieqes
nuiesqe nuieseq nuieesq nuieeqs nuieqes nuieqse nuieeqs nuieesq nuieseq nuiesqe nuqisee
nuqisee nuqiese nuqiees nuqiees nuqiese nuqsiee nuqsiee nuqseie nuqseei nuqseei nuqseie
nuqesie nuqesei nuqeise nuqeies nuqeeis nuqeesi nuqesei nuqesie nuqeesi nuqeeis nuqeies
nuqeise nueiqse nueiqes nueisqe nueiseq nueiesq nueieqs nueqise nueqies nueqsie nueqsei
nueqesi nueqeis nuesqie nuesqei nuesiqe nuesieq nueseiq nueseqi nueeqsi nueeqis nueesqi
nueesiq nueeisq nueeiqs nueiqes nueiqse nueieqs nueiesq nueiseq nueisqe nueqies nueqise
nueqeis nueqesi nueqsei nueqsie nueeqis nueeqsi nueeiqs nueeisq nueesiq nueesqi nuesqei
nuesqie nueseqi nueseiq nuesieq nuesiqe nesique nesiqeu nesiuqe nesiueq nesieuq nesiequ
nesqiue nesqieu nesquie nesquei nesqeui nesqeiu nesuqie nesuqei nesuiqe nesuieq nesueiq
nesueqi nesequi neseqiu neseuqi neseuiq neseiuq neseiqu neisque neisqeu neisuqe neisueq
neiseuq neisequ neiqsue neiqseu neiquse neiques neiqeus neiqesu neiuqse neiuqes neiusqe
neiuseq neiuesq neiueqs neiequs neieqsu neieuqs neieusq neiesuq neiesqu neqisue neqiseu
neqiuse neqiues neqieus neqiesu neqsiue neqsieu neqsuie neqsuei neqseui neqseiu nequsie
nequsei nequise nequies nequeis nequesi neqesui neqesiu neqeusi neqeuis neqeius neqeisu
neuiqse neuiqes neuisqe neuiseq neuiesq neuieqs neuqise neuqies neuqsie neuqsei neuqesi
neuqeis neusqie neusqei neusiqe neusieq neuseiq neuseqi neueqsi neueqis neuesqi neuesiq
neueisq neueiqs neeiqus neeiqsu neeiuqs neeiusq neeisuq neeisqu neeqius neeqisu neequis
neequsi neeqsui neeqsiu neeuqis neeuqsi neeuiqs neeuisq neeusiq neeusqi neesqui neesqiu
neesuqi neesuiq neesiuq neesiqu iensque iensqeu iensuqe iensueq ienseuq iensequ ienqsue
ienqseu ienquse ienques ienqeus ienqesu ienuqse ienuqes ienusqe ienuseq ienuesq ienueqs
ienequs ieneqsu ieneuqs ieneusq ienesuq ienesqu iesnque iesnqeu iesnuqe iesnueq iesneuq
iesnequ iesqnue iesqneu iesqune iesquen iesqeun iesqenu iesuqne iesuqen iesunqe iesuneq
iesuenq iesueqn iesequn ieseqnu ieseuqn ieseunq iesenuq iesenqu ieqsnue ieqsneu ieqsune
ieqsuen ieqseun ieqsenu ieqnsue ieqnseu ieqnuse ieqnues ieqneus ieqnesu iequnse iequnes
iequsne iequsen iequesn iequens ieqenus ieqensu ieqeuns ieqeusn ieqesun ieqesnu ieusqne
ieusqen ieusnqe ieusneq ieusenq ieuseqn ieuqsne ieuqsen ieuqnse ieuqnes ieuqens ieuqesn
ieunqse ieunqes ieunsqe ieunseq ieunesq ieuneqs ieueqns ieueqsn ieuenqs ieuensq ieuesnq
ieuesqn ieesqun ieesqnu ieesuqn ieesunq ieesnuq ieesnqu ieeqsun ieeqsnu ieequsn ieequns
ieeqnus ieeqnsu ieeuqsn ieeuqns ieeusqn ieeusnq ieeunsq ieeunqs ieenqus ieenqsu ieenuqs
ieenusq ieensuq ieensqu inesque inesqeu inesuqe inesueq ineseuq inesequ ineqsue ineqseu
inequse ineques ineqeus ineqesu ineuqse ineuqes ineusqe ineuseq ineuesq ineueqs ineequs
ineeqsu ineeuqs ineeusq ineesuq ineesqu inseque inseqeu inseuqe inseueq inseeuq inseequ
insqeue insqeeu insquee insquee insqeue insqeeu insuqee insuqee insueqe insueeq insueeq
insueqe inseque inseqeu inseuqe inseueq inseeuq inseequ inqseue inqseeu inqsuee inqsuee
inqseue inqseeu inqesue inqeseu inqeuse inqeues inqeeus inqeesu inquese inquees inqusee
inqusee inquese inquees inqeeus inqeesu inqeues inqeuse inqesue inqeseu inusqee inusqee
inuseqe inuseeq inuseeq inuseqe inuqsee inuqsee inuqese inuqees inuqees inuqese inueqse
inueqes inuesqe inueseq inueesq inueeqs inueqes inueqse inueeqs inueesq inueseq inuesqe
inesque inesqeu inesuqe inesueq ineseuq inesequ ineqsue ineqseu inequse ineques ineqeus
ineqesu ineuqse ineuqes ineusqe ineuseq ineuesq ineueqs ineequs ineeqsu ineeuqs ineeusq
ineesuq ineesqu isneque isneqeu isneuqe isneueq isneeuq isneequ isnqeue isnqeeu isnquee
isnquee isnqeue isnqeeu isnuqee isnuqee isnueqe isnueeq isnueeq isnueqe isneque isneqeu
isneuqe isneueq isneeuq isneequ isenque isenqeu isenuqe isenueq iseneuq isenequ iseqnue
iseqneu isequne isequen iseqeun iseqenu iseuqne iseuqen iseunqe iseuneq iseuenq iseueqn
iseequn iseeqnu iseeuqn iseeunq iseenuq iseenqu isqenue isqeneu isqeune isqeuen isqeeun
isqeenu isqneue isqneeu isqnuee isqnuee isqneue isqneeu isqunee isqunee isquene isqueen
isqueen isquene isqenue isqeneu isqeune isqeuen isqeeun isqeenu isueqne isueqen isuenqe
isueneq isueenq isueeqn isuqene isuqeen isuqnee isuqnee isuqene isuqeen isunqee isunqee
isuneqe isuneeq isuneeq isuneqe isueqne isueqen isuenqe isueneq isueenq isueeqn iseequn
iseeqnu iseeuqn iseeunq iseenuq iseenqu iseqeun iseqenu isequen isequne iseqnue iseqneu
iseuqen iseuqne iseueqn iseuenq iseuneq iseunqe isenque isenqeu isenuqe isenueq iseneuq
isenequ iqnseue iqnseeu iqnsuee iqnsuee iqnseue iqnseeu iqnesue iqneseu iqneuse iqneues
iqneeus iqneesu iqnuese iqnuees iqnusee iqnusee iqnuese iqnuees iqneeus iqneesu iqneues
iqneuse iqnesue iqneseu iqsneue iqsneeu iqsnuee iqsnuee iqsneue iqsneeu iqsenue iqseneu
iqseune iqseuen iqseeun iqseenu iqsuene iqsueen iqsunee iqsunee iqsuene iqsueen iqseeun
iqseenu iqseuen iqseune iqsenue iqseneu iqesnue iqesneu iqesune iqesuen iqeseun iqesenu
iqensue iqenseu iqenuse iqenues iqeneus iqenesu iqeunse iqeunes iqeusne iqeusen iqeuesn
iqeuens iqeenus iqeensu iqeeuns iqeeusn iqeesun iqeesnu iqusene iquseen iqusnee iqusnee
iqusene iquseen iquesne iquesen iquense iquenes iqueens iqueesn iqunese iqunees iqunsee
iqunsee iqunese iqunees iqueens iqueesn iquenes iquense iquesne iquesen iqeseun iqesenu
iqesuen iqesune iqesnue iqesneu iqeesun iqeesnu iqeeusn iqeeuns iqeenus iqeensu iqeuesn
iqeuens iqeusen iqeusne iqeunse iqeunes iqeneus iqenesu iqenues iqenuse iqensue iqenseu
iunsqee iunsqee iunseqe iunseeq iunseeq iunseqe iunqsee iunqsee iunqese iunqees iunqees
iunqese iuneqse iuneqes iunesqe iuneseq iuneesq iuneeqs iuneqes iuneqse iuneeqs iuneesq
iuneseq iunesqe iusnqee iusnqee iusneqe iusneeq iusneeq iusneqe iusqnee iusqnee iusqene
iusqeen iusqeen iusqene iuseqne iuseqen iusenqe iuseneq iuseenq iuseeqn iuseqen iuseqne
iuseeqn iuseenq iuseneq iusenqe iuqsnee iuqsnee iuqsene iuqseen iuqseen iuqsene iuqnsee
iuqnsee iuqnese iuqnees iuqnees iuqnese iuqense iuqenes iuqesne iuqesen iuqeesn iuqeens
iuqenes iuqense iuqeens iuqeesn iuqesen iuqesne iuesqne iuesqen iuesnqe iuesneq iuesenq
iueseqn iueqsne iueqsen iueqnse iueqnes iueqens iueqesn iuenqse iuenqes iuensqe iuenseq
iuenesq iueneqs iueeqns iueeqsn iueenqs iueensq iueesnq iueesqn iuesqen iuesqne iueseqn
iuesenq iuesneq iuesnqe iueqsen iueqsne iueqesn iueqens iueqnes iueqnse iueeqsn iueeqns
iueesqn iueesnq iueensq iueenqs iuenqes iuenqse iueneqs iuenesq iuenseq iuensqe iensque
iensqeu iensuqe iensueq ienseuq iensequ ienqsue ienqseu ienquse ienques ienqeus ienqesu
ienuqse ienuqes ienusqe ienuseq ienuesq ienueqs ienequs ieneqsu ieneuqs ieneusq ienesuq
ienesqu iesnque iesnqeu iesnuqe iesnueq iesneuq iesnequ iesqnue iesqneu iesqune iesquen
iesqeun iesqenu iesuqne iesuqen iesunqe iesuneq iesuenq iesueqn iesequn ieseqnu ieseuqn
ieseunq iesenuq iesenqu ieqsnue ieqsneu ieqsune ieqsuen ieqseun ieqsenu ieqnsue ieqnseu
ieqnuse ieqnues ieqneus ieqnesu iequnse iequnes iequsne iequsen iequesn iequens ieqenus
ieqensu ieqeuns ieqeusn ieqesun ieqesnu ieusqne ieusqen ieusnqe ieusneq ieusenq ieuseqn
ieuqsne ieuqsen ieuqnse ieuqnes ieuqens ieuqesn ieunqse ieunqes ieunsqe ieunseq ieunesq
ieuneqs ieueqns ieueqsn ieuenqs ieuensq ieuesnq ieuesqn ieesqun ieesqnu ieesuqn ieesunq
ieesnuq ieesnqu ieeqsun ieeqsnu ieequsn ieequns ieeqnus ieeqnsu ieeuqsn ieeuqns ieeusqn
ieeusnq ieeunsq ieeunqs ieenqus ieenqsu ieenuqs ieenusq ieensuq ieensqu qenisue qeniseu
qeniuse qeniues qenieus qeniesu qensiue qensieu qensuie qensuei qenseui qenseiu qenusie
qenusei qenuise qenuies qenueis qenuesi qenesui qenesiu qeneusi qeneuis qeneius qeneisu
qeinsue qeinseu qeinuse qeinues qeineus qeinesu qeisnue qeisneu qeisune qeisuen qeiseun
qeisenu qeiusne qeiusen qeiunse qeiunes qeiuens qeiuesn qeiesun qeiesnu qeieusn qeieuns
qeienus qeiensu qesinue qesineu qesiune qesiuen qesieun qesienu qesniue qesnieu qesnuie
qesnuei qesneui qesneiu qesunie qesunei qesuine qesuien qesuein qesueni qesenui qeseniu
qeseuni qeseuin qeseiun qeseinu qeuisne qeuisen qeuinse qeuines qeuiens qeuiesn qeusine
qeusien qeusnie qeusnei qeuseni qeusein qeunsie qeunsei qeunise qeunies qeuneis qeunesi
qeuesni qeuesin qeuensi qeuenis qeueins qeueisn qeeisun qeeisnu qeeiusn qeeiuns qeeinus
qeeinsu qeesiun qeesinu qeesuin qeesuni qeesnui qeesniu qeeusin qeeusni qeeuisn qeeuins
qeeunis qeeunsi qeensui qeensiu qeenusi qeenuis qeenius qeenisu qneisue qneiseu qneiuse
qneiues qneieus qneiesu qnesiue qnesieu qnesuie qnesuei qneseui qneseiu qneusie qneusei
qneuise qneuies qneueis qneuesi qneesui qneesiu qneeusi qneeuis qneeius qneeisu qniesue
qnieseu qnieuse qnieues qnieeus qnieesu qniseue qniseeu qnisuee qnisuee qniseue qniseeu
qniusee qniusee qniuese qniuees qniuees qniuese qniesue qnieseu qnieuse qnieues qnieeus
qnieesu qnsieue qnsieeu qnsiuee qnsiuee qnsieue qnsieeu qnseiue qnseieu qnseuie qnseuei
qnseeui qnseeiu qnsueie qnsueei qnsuiee qnsuiee qnsueie qnsueei qnseeui qnseeiu qnseuei
qnseuie qnseiue qnseieu qnuisee qnuisee qnuiese qnuiees qnuiees qnuiese qnusiee qnusiee
qnuseie qnuseei qnuseei qnuseie qnuesie qnuesei qnueise qnueies qnueeis qnueesi qnuesei
qnuesie qnueesi qnueeis qnueies qnueise qneisue qneiseu qneiuse qneiues qneieus qneiesu
qnesiue qnesieu qnesuie qnesuei qneseui qneseiu qneusie qneusei qneuise qneuies qneueis
qneuesi qneesui qneesiu qneeusi qneeuis qneeius qneeisu qinesue qineseu qineuse qineues
qineeus qineesu qinseue qinseeu qinsuee qinsuee qinseue qinseeu qinusee qinusee qinuese
qinuees qinuees qinuese qinesue qineseu qineuse qineues qineeus qineesu qiensue qienseu
qienuse qienues qieneus qienesu qiesnue qiesneu qiesune qiesuen qieseun qiesenu qieusne
qieusen qieunse qieunes qieuens qieuesn qieesun qieesnu qieeusn qieeuns qieenus qieensu
qisenue qiseneu qiseune qiseuen qiseeun qiseenu qisneue qisneeu qisnuee qisnuee qisneue
qisneeu qisunee qisunee qisuene qisueen qisueen qisuene qisenue qiseneu qiseune qiseuen
qiseeun qiseenu qiuesne qiuesen qiuense qiuenes qiueens qiueesn qiusene qiuseen qiusnee
qiusnee qiusene qiuseen qiunsee qiunsee qiunese qiunees qiunees qiunese qiuesne qiuesen
qiuense qiuenes qiueens qiueesn qieesun qieesnu qieeusn qieeuns qieenus qieensu qieseun
qiesenu qiesuen qiesune qiesnue qiesneu qieusen qieusne qieuesn qieuens qieunes qieunse
qiensue qienseu qienuse qienues qieneus qienesu qsnieue qsnieeu qsniuee qsniuee qsnieue
qsnieeu qsneiue qsneieu qsneuie qsneuei qsneeui qsneeiu qsnueie qsnueei qsnuiee qsnuiee
qsnueie qsnueei qsneeui qsneeiu qsneuei qsneuie qsneiue qsneieu qsineue qsineeu qsinuee
qsinuee qsineue qsineeu qsienue qsieneu qsieune qsieuen qsieeun qsieenu qsiuene qsiueen
qsiunee qsiunee qsiuene qsiueen qsieeun qsieenu qsieuen qsieune qsienue qsieneu qseinue
qseineu qseiune qseiuen qseieun qseienu qseniue qsenieu qsenuie qsenuei qseneui qseneiu
qseunie qseunei qseuine qseuien qseuein qseueni qseenui qseeniu qseeuni qseeuin qseeiun
qseeinu qsuiene qsuieen qsuinee qsuinee qsuiene qsuieen qsueine qsueien qsuenie qsuenei
qsueeni qsueein qsuneie qsuneei qsuniee qsuniee qsuneie qsuneei qsueeni qsueein qsuenei
qsuenie qsueine qsueien qseieun qseienu qseiuen qseiune qseinue qseineu qseeiun qseeinu
qseeuin qseeuni qseenui qseeniu qseuein qseueni qseuien qseuine qseunie qseunei qseneui
qseneiu qsenuei qsenuie qseniue qsenieu qunisee qunisee quniese quniees quniees quniese
qunsiee qunsiee qunseie qunseei qunseei qunseie qunesie qunesei quneise quneies quneeis
quneesi qunesei qunesie quneesi quneeis quneies quneise quinsee quinsee quinese quinees
quinees quinese quisnee quisnee quisene quiseen quiseen quisene quiesne quiesen quiense
quienes quieens quieesn quiesen quiesne quieesn quieens quienes quiense qusinee qusinee
qusiene qusieen qusieen qusiene qusniee qusniee qusneie qusneei qusneei qusneie qusenie
qusenei quseine quseien quseein quseeni qusenei qusenie quseeni quseein quseien quseine
queisne queisen queinse queines queiens queiesn quesine quesien quesnie quesnei queseni
quesein quensie quensei quenise quenies queneis quenesi queesni queesin queensi queenis
queeins queeisn queisen queisne queiesn queiens queines queinse quesien quesine quesein
queseni quesnei quesnie queesin queesni queeisn queeins queenis queensi quensei quensie
quenesi queneis quenies quenise qenisue qeniseu qeniuse qeniues qenieus qeniesu qensiue
qensieu qensuie qensuei qenseui qenseiu qenusie qenusei qenuise qenuies qenueis qenuesi
qenesui qenesiu qeneusi qeneuis qeneius qeneisu qeinsue qeinseu qeinuse qeinues qeineus
qeinesu qeisnue qeisneu qeisune qeisuen qeiseun qeisenu qeiusne qeiusen qeiunse qeiunes
qeiuens qeiuesn qeiesun qeiesnu qeieusn qeieuns qeienus qeiensu qesinue qesineu qesiune
qesiuen qesieun qesienu qesniue qesnieu qesnuie qesnuei qesneui qesneiu qesunie qesunei
qesuine qesuien qesuein qesueni qesenui qeseniu qeseuni qeseuin qeseiun qeseinu qeuisne
qeuisen qeuinse qeuines qeuiens qeuiesn qeusine qeusien qeusnie qeusnei qeuseni qeusein
qeunsie qeunsei qeunise qeunies qeuneis qeunesi qeuesni qeuesin qeuensi qeuenis qeueins
qeueisn qeeisun qeeisnu qeeiusn qeeiuns qeeinus qeeinsu qeesiun qeesinu qeesuin qeesuni
qeesnui qeesniu qeeusin qeeusni qeeuisn qeeuins qeeunis qeeunsi qeensui qeensiu qeenusi
qeenuis qeenius qeenisu ueniqse ueniqes uenisqe ueniseq ueniesq uenieqs uenqise uenqies
uenqsie uenqsei uenqesi uenqeis uensqie uensqei uensiqe uensieq uenseiq uenseqi ueneqsi
ueneqis uenesqi uenesiq ueneisq ueneiqs ueinqse ueinqes ueinsqe ueinseq ueinesq ueineqs
ueiqnse ueiqnes ueiqsne ueiqsen ueiqesn ueiqens ueisqne ueisqen ueisnqe ueisneq ueisenq
ueiseqn ueieqsn ueieqns ueiesqn ueiesnq ueiensq ueienqs ueqinse ueqines ueqisne ueqisen
ueqiesn ueqiens ueqnise ueqnies ueqnsie ueqnsei ueqnesi ueqneis ueqsnie ueqsnei ueqsine
ueqsien ueqsein ueqseni ueqensi ueqenis ueqesni ueqesin ueqeisn ueqeins uesiqne uesiqen
uesinqe uesineq uesienq uesieqn uesqine uesqien uesqnie uesqnei uesqeni uesqein uesnqie
uesnqei uesniqe uesnieq uesneiq uesneqi ueseqni ueseqin uesenqi ueseniq ueseinq ueseiqn
ueeiqsn ueeiqns ueeisqn ueeisnq ueeinsq ueeinqs ueeqisn ueeqins ueeqsin ueeqsni ueeqnsi
ueeqnis ueesqin ueesqni ueesiqn ueesinq ueesniq ueesnqi ueenqsi ueenqis ueensqi ueensiq
ueenisq ueeniqs uneiqse uneiqes uneisqe uneiseq uneiesq uneieqs uneqise uneqies uneqsie
uneqsei uneqesi uneqeis unesqie unesqei unesiqe unesieq uneseiq uneseqi uneeqsi uneeqis
uneesqi uneesiq uneeisq uneeiqs unieqse unieqes uniesqe unieseq unieesq unieeqs uniqese
uniqees uniqsee uniqsee uniqese uniqees unisqee unisqee uniseqe uniseeq uniseeq uniseqe
unieqse unieqes uniesqe unieseq unieesq unieeqs unqiese unqiees unqisee unqisee unqiese
unqiees unqeise unqeies unqesie unqesei unqeesi unqeeis unqseie unqseei unqsiee unqsiee
unqseie unqseei unqeesi unqeeis unqesei unqesie unqeise unqeies unsiqee unsiqee unsieqe
unsieeq unsieeq unsieqe unsqiee unsqiee unsqeie unsqeei unsqeei unsqeie unseqie unseqei
unseiqe unseieq unseeiq unseeqi unseqei unseqie unseeqi unseeiq unseieq unseiqe uneiqse
uneiqes uneisqe uneiseq uneiesq uneieqs uneqise uneqies uneqsie uneqsei uneqesi uneqeis
unesqie unesqei unesiqe unesieq uneseiq uneseqi uneeqsi uneeqis uneesqi uneesiq uneeisq
uneeiqs uineqse uineqes uinesqe uineseq uineesq uineeqs uinqese uinqees uinqsee uinqsee
uinqese uinqees uinsqee uinsqee uinseqe uinseeq uinseeq uinseqe uineqse uineqes uinesqe
uineseq uineesq uineeqs uienqse uienqes uiensqe uienseq uienesq uieneqs uieqnse uieqnes
uieqsne uieqsen uieqesn uieqens uiesqne uiesqen uiesnqe uiesneq uiesenq uieseqn uieeqsn
uieeqns uieesqn uieesnq uieensq uieenqs uiqense uiqenes uiqesne uiqesen uiqeesn uiqeens
uiqnese uiqnees uiqnsee uiqnsee uiqnese uiqnees uiqsnee uiqsnee uiqsene uiqseen uiqseen
uiqsene uiqense uiqenes uiqesne uiqesen uiqeesn uiqeens uiseqne uiseqen uisenqe uiseneq
uiseenq uiseeqn uisqene uisqeen uisqnee uisqnee uisqene uisqeen uisnqee uisnqee uisneqe
uisneeq uisneeq uisneqe uiseqne uiseqen uisenqe uiseneq uiseenq uiseeqn uieeqsn uieeqns
uieesqn uieesnq uieensq uieenqs uieqesn uieqens uieqsen uieqsne uieqnse uieqnes uiesqen
uiesqne uieseqn uiesenq uiesneq uiesnqe uienqse uienqes uiensqe uienseq uienesq uieneqs
uqniese uqniees uqnisee uqnisee uqniese uqniees uqneise uqneies uqnesie uqnesei uqneesi
uqneeis uqnseie uqnseei uqnsiee uqnsiee uqnseie uqnseei uqneesi uqneeis uqnesei uqnesie
uqneise uqneies uqinese uqinees uqinsee uqinsee uqinese uqinees uqiense uqienes uqiesne
uqiesen uqieesn uqieens uqisene uqiseen uqisnee uqisnee uqisene uqiseen uqieesn uqieens
uqiesen uqiesne uqiense uqienes uqeinse uqeines uqeisne uqeisen uqeiesn uqeiens uqenise
uqenies uqensie uqensei uqenesi uqeneis uqesnie uqesnei uqesine uqesien uqesein uqeseni
uqeensi uqeenis uqeesni uqeesin uqeeisn uqeeins uqsiene uqsieen uqsinee uqsinee uqsiene
uqsieen uqseine uqseien uqsenie uqsenei uqseeni uqseein uqsneie uqsneei uqsniee uqsniee
uqsneie uqsneei uqseeni uqseein uqsenei uqsenie uqseine uqseien uqeiesn uqeiens uqeisen
uqeisne uqeinse uqeines uqeeisn uqeeins uqeesin uqeesni uqeensi uqeenis uqesein uqeseni
uqesien uqesine uqesnie uqesnei uqenesi uqeneis uqensei uqensie uqenise uqenies usniqee
usniqee usnieqe usnieeq usnieeq usnieqe usnqiee usnqiee usnqeie usnqeei usnqeei usnqeie
usneqie usneqei usneiqe usneieq usneeiq usneeqi usneqei usneqie usneeqi usneeiq usneieq
usneiqe usinqee usinqee usineqe usineeq usineeq usineqe usiqnee usiqnee usiqene usiqeen
usiqeen usiqene usieqne usieqen usienqe usieneq usieenq usieeqn usieqen usieqne usieeqn
usieenq usieneq usienqe usqinee usqinee usqiene usqieen usqieen usqiene usqniee usqniee
usqneie usqneei usqneei usqneie usqenie usqenei usqeine usqeien usqeein usqeeni usqenei
usqenie usqeeni usqeein usqeien usqeine useiqne useiqen useinqe useineq useienq useieqn
useqine useqien useqnie useqnei useqeni useqein usenqie usenqei useniqe usenieq useneiq
useneqi useeqni useeqin useenqi useeniq useeinq useeiqn useiqen useiqne useieqn useienq
useineq useinqe useqien useqine useqein useqeni useqnei useqnie useeqin useeqni useeiqn
useeinq useeniq useenqi usenqei usenqie useneqi useneiq usenieq useniqe ueniqse ueniqes
uenisqe ueniseq ueniesq uenieqs uenqise uenqies uenqsie uenqsei uenqesi uenqeis uensqie
uensqei uensiqe uensieq uenseiq uenseqi ueneqsi ueneqis uenesqi uenesiq ueneisq ueneiqs
ueinqse ueinqes ueinsqe ueinseq ueinesq ueineqs ueiqnse ueiqnes ueiqsne ueiqsen ueiqesn
ueiqens ueisqne ueisqen ueisnqe ueisneq ueisenq ueiseqn ueieqsn ueieqns ueiesqn ueiesnq
ueiensq ueienqs ueqinse ueqines ueqisne ueqisen ueqiesn ueqiens ueqnise ueqnies ueqnsie
ueqnsei ueqnesi ueqneis ueqsnie ueqsnei ueqsine ueqsien ueqsein ueqseni ueqensi ueqenis
ueqesni ueqesin ueqeisn ueqeins uesiqne uesiqen uesinqe uesineq uesienq uesieqn uesqine
uesqien uesqnie uesqnei uesqeni uesqein uesnqie uesnqei uesniqe uesnieq uesneiq uesneqi
ueseqni ueseqin uesenqi ueseniq ueseinq ueseiqn ueeiqsn ueeiqns ueeisqn ueeisnq ueeinsq
ueeinqs ueeqisn ueeqins ueeqsin ueeqsni ueeqnsi ueeqnis ueesqin ueesqni ueesiqn ueesinq
ueesniq ueesnqi ueenqsi ueenqis ueensqi ueensiq ueenisq ueeniqs eeniqus eeniqsu eeniuqs
eeniusq eenisuq eenisqu eenqius eenqisu eenquis eenqusi eenqsui eenqsiu eenuqis eenuqsi
eenuiqs eenuisq eenusiq eenusqi eensqui eensqiu eensuqi eensuiq eensiuq eensiqu eeinqus
eeinqsu eeinuqs eeinusq eeinsuq eeinsqu eeiqnus eeiqnsu eeiquns eeiqusn eeiqsun eeiqsnu
eeiuqns eeiuqsn eeiunqs eeiunsq eeiusnq eeiusqn eeisqun eeisqnu eeisuqn eeisunq eeisnuq
eeisnqu eeqinus eeqinsu eeqiuns eeqiusn eeqisun eeqisnu eeqnius eeqnisu eeqnuis eeqnusi
eeqnsui eeqnsiu eequnis eequnsi eequins eequisn eequsin eequsni eeqsnui eeqsniu eeqsuni
eeqsuin eeqsiun eeqsinu eeuiqns eeuiqsn eeuinqs eeuinsq eeuisnq eeuisqn eeuqins eeuqisn
eeuqnis eeuqnsi eeuqsni eeuqsin eeunqis eeunqsi eeuniqs eeunisq eeunsiq eeunsqi eeusqni
eeusqin eeusnqi eeusniq eeusinq eeusiqn eesiqun eesiqnu eesiuqn eesiunq eesinuq eesinqu
eesqiun eesqinu eesquin eesquni eesqnui eesqniu eesuqin eesuqni eesuiqn eesuinq eesuniq
eesunqi eesnqui eesnqiu eesnuqi eesnuiq eesniuq eesniqu eneiqus eneiqsu eneiuqs eneiusq
eneisuq eneisqu eneqius eneqisu enequis enequsi eneqsui eneqsiu eneuqis eneuqsi eneuiqs
eneuisq eneusiq eneusqi enesqui enesqiu enesuqi enesuiq enesiuq enesiqu eniequs enieqsu
enieuqs enieusq eniesuq eniesqu eniqeus eniqesu eniques eniquse eniqsue eniqseu eniuqes
eniuqse eniueqs eniuesq eniuseq eniusqe enisque enisqeu enisuqe enisueq eniseuq enisequ
enqieus enqiesu enqiues enqiuse enqisue enqiseu enqeius enqeisu enqeuis enqeusi enqesui
enqesiu enqueis enquesi enquies enquise enqusie enqusei enqseui enqseiu enqsuei enqsuie
enqsiue enqsieu enuiqes enuiqse enuieqs enuiesq enuiseq enuisqe enuqies enuqise enuqeis
enuqesi enuqsei enuqsie enueqis enueqsi enueiqs enueisq enuesiq enuesqi enusqei enusqie
enuseqi enuseiq enusieq enusiqe ensique ensiqeu ensiuqe ensiueq ensieuq ensiequ ensqiue
ensqieu ensquie ensquei ensqeui ensqeiu ensuqie ensuqei ensuiqe ensuieq ensueiq ensueqi
ensequi enseqiu enseuqi enseuiq enseiuq enseiqu einequs eineqsu eineuqs eineusq einesuq
einesqu einqeus einqesu einques einquse einqsue einqseu einuqes einuqse einueqs einuesq
einuseq einusqe einsque einsqeu einsuqe einsueq einseuq einsequ eienqus eienqsu eienuqs
eienusq eiensuq eiensqu eieqnus eieqnsu eiequns eiequsn eieqsun eieqsnu eieuqns eieuqsn
eieunqs eieunsq eieusnq eieusqn eiesqun eiesqnu eiesuqn eiesunq eiesnuq eiesnqu eiqenus
eiqensu eiqeuns eiqeusn eiqesun eiqesnu eiqneus eiqnesu eiqnues eiqnuse eiqnsue eiqnseu
eiqunes eiqunse eiquens eiquesn eiqusen eiqusne eiqsnue eiqsneu eiqsune eiqsuen eiqseun
eiqsenu eiueqns eiueqsn eiuenqs eiuensq eiuesnq eiuesqn eiuqens eiuqesn eiuqnes eiuqnse
eiuqsne eiuqsen eiunqes eiunqse eiuneqs eiunesq eiunseq eiunsqe eiusqne eiusqen eiusnqe
eiusneq eiusenq eiuseqn eisequn eiseqnu eiseuqn eiseunq eisenuq eisenqu eisqeun eisqenu
eisquen eisqune eisqnue eisqneu eisuqen eisuqne eisueqn eisuenq eisuneq eisunqe eisnque
eisnqeu eisnuqe eisnueq eisneuq eisnequ eqnieus eqniesu eqniues eqniuse eqnisue eqniseu
eqneius eqneisu eqneuis eqneusi eqnesui eqnesiu eqnueis eqnuesi eqnuies eqnuise eqnusie
eqnusei eqnseui eqnseiu eqnsuei eqnsuie eqnsiue eqnsieu eqineus eqinesu eqinues eqinuse
eqinsue eqinseu eqienus eqiensu eqieuns eqieusn eqiesun eqiesnu eqiuens eqiuesn eqiunes
eqiunse eqiusne eqiusen eqiseun eqisenu eqisuen eqisune eqisnue eqisneu eqeinus eqeinsu
eqeiuns eqeiusn eqeisun eqeisnu eqenius eqenisu eqenuis eqenusi eqensui eqensiu eqeunis
eqeunsi eqeuins eqeuisn eqeusin eqeusni eqesnui eqesniu eqesuni eqesuin eqesiun eqesinu
equiens equiesn equines equinse equisne equisen equeins equeisn equenis equensi equesni
equesin equneis equnesi equnies equnise equnsie equnsei equseni equsein equsnei equsnie
equsine equsien eqsieun eqsienu eqsiuen eqsiune eqsinue eqsineu eqseiun eqseinu eqseuin
eqseuni eqsenui eqseniu eqsuein eqsueni eqsuien eqsuine eqsunie eqsunei eqsneui eqsneiu
eqsnuei eqsnuie eqsniue eqsnieu euniqes euniqse eunieqs euniesq euniseq eunisqe eunqies
eunqise eunqeis eunqesi eunqsei eunqsie euneqis euneqsi euneiqs euneisq eunesiq eunesqi
eunsqei eunsqie eunseqi eunseiq eunsieq eunsiqe euinqes euinqse euineqs euinesq euinseq
euinsqe euiqnes euiqnse euiqens euiqesn euiqsen euiqsne euieqns euieqsn euienqs euiensq
euiesnq euiesqn euisqen euisqne euiseqn euisenq euisneq euisnqe euqines euqinse euqiens
euqiesn euqisen euqisne euqnies euqnise euqneis euqnesi euqnsei euqnsie euqenis euqensi
euqeins euqeisn euqesin euqesni euqsnei euqsnie euqseni euqsein euqsien euqsine eueiqns
eueiqsn eueinqs eueinsq eueisnq eueisqn eueqins eueqisn eueqnis eueqnsi eueqsni eueqsin
euenqis euenqsi eueniqs euenisq euensiq euensqi euesqni euesqin euesnqi euesniq euesinq
euesiqn eusiqen eusiqne eusieqn eusienq eusineq eusinqe eusqien eusqine eusqein eusqeni
eusqnei eusqnie euseqin euseqni euseiqn euseinq euseniq eusenqi eusnqei eusnqie eusneqi
eusneiq eusnieq eusniqe esnique esniqeu esniuqe esniueq esnieuq esniequ esnqiue esnqieu
esnquie esnquei esnqeui esnqeiu esnuqie esnuqei esnuiqe esnuieq esnueiq esnueqi esnequi
esneqiu esneuqi esneuiq esneiuq esneiqu esinque esinqeu esinuqe esinueq esineuq esinequ
esiqnue esiqneu esiqune esiquen esiqeun esiqenu esiuqne esiuqen esiunqe esiuneq esiuenq
esiueqn esiequn esieqnu esieuqn esieunq esienuq esienqu esqinue esqineu esqiune esqiuen
esqieun esqienu esqniue esqnieu esqnuie esqnuei esqneui esqneiu esqunie esqunei esquine
esquien esquein esqueni esqenui esqeniu esqeuni esqeuin esqeiun esqeinu esuiqne esuiqen
esuinqe esuineq esuienq esuieqn esuqine esuqien esuqnie esuqnei esuqeni esuqein esunqie
esunqei esuniqe esunieq esuneiq esuneqi esueqni esueqin esuenqi esueniq esueinq esueiqn
eseiqun eseiqnu eseiuqn eseiunq eseinuq eseinqu eseqiun eseqinu esequin esequni eseqnui
eseqniu eseuqin eseuqni eseuiqn eseuinq eseuniq eseunqi esenqui esenqiu esenuqi esenuiq
eseniuq eseniqu

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History of cryptography
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