easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

unearthly

norce

snipperty

yunaska

willful

yarned

mirrored

uiuetque

pagin

praecipitium

waterpower

widdershins

unoverlooked

quantities

repertaque

alcahest

wordman

derecho


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: tawauna
cipher variations:
ubxbvob vcycwpc wdzdxqd xeaeyre yfbfzsf
zgcgatg ahdhbuh bieicvi cjfjdwj dkgkexk
elhlfyl fmimgzm gnjnhan hokoibo iplpjcp
jqmqkdq krnrler lsosmfs mtptngt nuquohu
ovrvpiv pwswqjw qxtxrkx ryuysly szvztmz

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: tawauna
Cipher: gzdzfmz

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: tawauna
Cipher: BAABA AAAAA BABAA AAAAA BAABB ABBAA AAAAA

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: tawauna
cipher variations:
ubxbvobgbpbjobsbhbxobebzblobqbrbzobcbjbnobabtbpobmblbdob
ybdbrobkbvbfobwbnbtobibfbhobvcycwpchcqckpctcicypcfcacmpc
rcscapcdckcopcbcucqpcncmcepczcecspclcwcgpcxcocupcjcgcipc
wdzdxqdidrdlqdudjdzqdgdbdnqdsdtdbqdedldpqdcdvdrqdodndfqd
adfdtqdmdxdhqdydpdvqdkdhdjqdxeaeyrejesemrevekeareheceore
teuecrefemeqredewesrepeoegrebegeureneyeirezeqewreleiekre
yfbfzsfkftfnsfwflfbsfifdfpsfufvfdsfgfnfrsfefxftsfqfpfhsf
cfhfvsfofzfjsfafrfxsfmfjflsfzgcgatglgugotgxgmgctgjgegqtg
vgwgetghgogstgfgygutgrgqgitgdgigwtgpgagktgbgsgytgngkgmtg
ahdhbuhmhvhpuhyhnhduhkhfhruhwhxhfuhihphtuhghzhvuhshrhjuh
ehjhxuhqhbhluhchthzuhohlhnuhbieicviniwiqvizioieviligisvi
xiyigvijiqiuvihiaiwvitisikvifikiyviricimvidiuiavipimiovi
cjfjdwjojxjrwjajpjfwjmjhjtwjyjzjhwjkjrjvwjijbjxwjujtjlwj
gjljzwjsjdjnwjejvjbwjqjnjpwjdkgkexkpkyksxkbkqkgxknkikuxk
zkakixklkskwxkjkckyxkvkukmxkhkmkaxktkekoxkfkwkcxkrkokqxk
elhlfylqlzltylclrlhyloljlvylalbljylmltlxylkldlzylwlvlnyl
ilnlbylulflpylglxldylslplrylfmimgzmrmamuzmdmsmizmpmkmwzm
bmcmkzmnmumyzmlmemazmxmwmozmjmomczmvmgmqzmhmymezmtmqmszm
gnjnhansnbnvanentnjanqnlnxancndnlanonvnzanmnfnbanynxnpan
knpndanwnhnraninznfanunrntanhokoibotocowbofouokboromoybo
doeombopowoabonogocbozoyoqboloqoeboxoiosbojoaogbovosoubo
iplpjcpupdpxcpgpvplcpspnpzcpepfpncpqpxpbcpophpdcpapzprcp
mprpfcpypjptcpkpbphcpwptpvcpjqmqkdqvqeqydqhqwqmdqtqoqadq
fqgqodqrqyqcdqpqiqedqbqaqsdqnqsqgdqzqkqudqlqcqidqxquqwdq
krnrlerwrfrzerirxrnerurprbergrhrpersrzrderqrjrfercrbrter
ortrherarlrvermrdrjeryrvrxerlsosmfsxsgsafsjsysofsvsqscfs
hsisqfstsasefsrsksgfsdscsufspsusifsbsmswfsnseskfszswsyfs
mtptngtythtbgtktztpgtwtrtdgtitjtrgtutbtfgtstlthgtetdtvgt
qtvtjgtctntxgtotftlgtatxtzgtnuquohuzuiuchuluauqhuxusuehu
jukushuvucughutumuihufueuwhuruwukhuduouyhupugumhubuyuahu
ovrvpivavjvdivmvbvrivyvtvfivkvlvtivwvdvhivuvnvjivgvfvxiv
svxvlivevpvzivqvhvnivcvzvbivpwswqjwbwkwejwnwcwsjwzwuwgjw
lwmwujwxwewijwvwowkjwhwgwyjwtwywmjwfwqwajwrwiwojwdwawcjw
qxtxrkxcxlxfkxoxdxtkxaxvxhkxmxnxvkxyxfxjkxwxpxlkxixhxzkx
uxzxnkxgxrxbkxsxjxpkxexbxdkxryuyslydymyglypyeyulybywyily
nyoywlyzygyklyxyqymlyjyiyalyvyayolyhysyclytykyqlyfycyely
szvztmzeznzhmzqzfzvmzczxzjmzozpzxmzazhzlmzyzrznmzkzjzbmz
wzbzpmziztzdmzuzlzrmzgzdzfmztawaunafaoainaragawnadayakna
paqaynabaiamnazasaonalakacnaxacaqnajauaenavamasnahaeagna

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: tawauna
Cipher: gnjnhan

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: tawauna
Cipher: 44112511543311

Extended Methods:
Method #1

Plaintext: tawauna
method variations:
yfbfzsfdlglexliqmqkcqovrvphv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t a w a u n a 
4 1 2 1 5 3 1 
4 1 5 1 4 3 1 
They are then read out in rows:
41215314151431
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tawauna
Cipher: dbpqvqc

Read more ...
Method #3

Plaintext: tawauna
method variations:
dfevocq fevocqd evocqdf
vocqdfe ocqdfev cqdfevo
qdfevoc

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: tawauna

all 5040 cipher variations:
tawauna tawauan tawanua tawanau tawaanu tawaaun tawuana tawuaan tawunaa tawunaa tawuana
tawuaan tawnuaa tawnuaa tawnaua tawnaau tawnaau tawnaua tawauna tawauan tawanua tawanau
tawaanu tawaaun taawuna taawuan taawnua taawnau taawanu taawaun taauwna taauwan taaunwa
taaunaw taauanw taauawn taanuwa taanuaw taanwua taanwau taanawu taanauw taaaunw taaauwn
taaanuw taaanwu taaawnu taaawun tauawna tauawan tauanwa tauanaw tauaanw tauaawn tauwana
tauwaan tauwnaa tauwnaa tauwana tauwaan taunwaa taunwaa taunawa taunaaw taunaaw taunawa
tauawna tauawan tauanwa tauanaw tauaanw tauaawn tanauwa tanauaw tanawua tanawau tanaawu
tanaauw tanuawa tanuaaw tanuwaa tanuwaa tanuawa tanuaaw tanwuaa tanwuaa tanwaua tanwaau
tanwaau tanwaua tanauwa tanauaw tanawua tanawau tanaawu tanaauw taaaunw taaauwn taaanuw
taaanwu taaawnu taaawun taauanw taauawn taaunaw taaunwa taauwna taauwan taanuaw taanuwa
taanauw taanawu taanwau taanwua taawuna taawuan taawnua taawnau taawanu taawaun twaauna
twaauan twaanua twaanau twaaanu twaaaun twauana twauaan twaunaa twaunaa twauana twauaan
twanuaa twanuaa twanaua twanaau twanaau twanaua twaauna twaauan twaanua twaanau twaaanu
twaaaun twaauna twaauan twaanua twaanau twaaanu twaaaun twauana twauaan twaunaa twaunaa
twauana twauaan twanuaa twanuaa twanaua twanaau twanaau twanaua twaauna twaauan twaanua
twaanau twaaanu twaaaun twuaana twuaaan twuanaa twuanaa twuaana twuaaan twuaana twuaaan
twuanaa twuanaa twuaana twuaaan twunaaa twunaaa twunaaa twunaaa twunaaa twunaaa twuaana
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twnuaaa twnuaaa twnuaaa twnuaaa twnuaaa twnuaaa twnauaa twnauaa twnaaua twnaaau twnaaau
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twanaau twanaau twanaua twaauna twaauan twaanua twaanau twaaanu twaaaun tawauna tawauan
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anuwata anuwaat anuwtaa anuwtaa anuwata anuwaat anutwaa anutwaa anutawa anutaaw anutaaw
anutawa anuawta anuawat anuatwa anuataw anuaatw anuaawt antauwa antauaw antawua antawau
antaawu antaauw antuawa antuaaw antuwaa antuwaa antuawa antuaaw antwuaa antwuaa antwaua
antwaau antwaau antwaua antauwa antauaw antawua antawau antaawu antaauw anaautw anaauwt
anaatuw anaatwu anaawtu anaawut anauatw anauawt anautaw anautwa anauwta anauwat anatuaw
anatuwa anatauw anatawu anatwau anatwua anawuta anawuat anawtua anawtau anawatu anawaut
aawaunt aawautn aawanut aawantu aawatnu aawatun aawuant aawuatn aawunat aawunta aawutna
aawutan aawnuat aawnuta aawnaut aawnatu aawntau aawntua aawtuna aawtuan aawtnua aawtnau
aawtanu aawtaun aaawunt aaawutn aaawnut aaawntu aaawtnu aaawtun aaauwnt aaauwtn aaaunwt
aaauntw aaautnw aaautwn aaanuwt aaanutw aaanwut aaanwtu aaantwu aaantuw aaatunw aaatuwn
aaatnuw aaatnwu aaatwnu aaatwun aauawnt aauawtn aauanwt aauantw aauatnw aauatwn aauwant
aauwatn aauwnat aauwnta aauwtna aauwtan aaunwat aaunwta aaunawt aaunatw aauntaw aauntwa
aautwna aautwan aautnwa aautnaw aautanw aautawn aanauwt aanautw aanawut aanawtu aanatwu
aanatuw aanuawt aanuatw aanuwat aanuwta aanutwa aanutaw aanwuat aanwuta aanwaut aanwatu
aanwtau aanwtua aantuwa aantuaw aantwua aantwau aantawu aantauw aataunw aatauwn aatanuw
aatanwu aatawnu aatawun aatuanw aatuawn aatunaw aatunwa aatuwna aatuwan aatnuaw aatnuwa
aatnauw aatnawu aatnwau aatnwua aatwuna aatwuan aatwnua aatwnau aatwanu aatwaun watauna
watauan watanua watanau wataanu wataaun watuana watuaan watunaa watunaa watuana watuaan
watnuaa watnuaa watnaua watnaau watnaau watnaua watauna watauan watanua watanau wataanu
wataaun waatuna waatuan waatnua waatnau waatanu waataun waautna waautan waaunta waaunat
waauant waauatn waanuta waanuat waantua waantau waanatu waanaut waaaunt waaautn waaanut
waaantu waaatnu waaatun wauatna wauatan wauanta wauanat wauaant wauaatn wautana wautaan
wautnaa wautnaa wautana wautaan wauntaa wauntaa waunata waunaat waunaat waunata wauatna
wauatan wauanta wauanat wauaant wauaatn wanauta wanauat wanatua wanatau wanaatu wanaaut
wanuata wanuaat wanutaa wanutaa wanuata wanuaat wantuaa wantuaa wantaua wantaau wantaau
wantaua wanauta wanauat wanatua wanatau wanaatu wanaaut waaaunt waaautn waaanut waaantu
waaatnu waaatun waauant waauatn waaunat waaunta waautna waautan waanuat waanuta waanaut
waanatu waantau waantua waatuna waatuan waatnua waatnau waatanu waataun wtaauna wtaauan
wtaanua wtaanau wtaaanu wtaaaun wtauana wtauaan wtaunaa wtaunaa wtauana wtauaan wtanuaa
wtanuaa wtanaua wtanaau wtanaau wtanaua wtaauna wtaauan wtaanua wtaanau wtaaanu wtaaaun
wtaauna wtaauan wtaanua wtaanau wtaaanu wtaaaun wtauana wtauaan wtaunaa wtaunaa wtauana
wtauaan wtanuaa wtanuaa wtanaua wtanaau wtanaau wtanaua wtaauna wtaauan wtaanua wtaanau
wtaaanu wtaaaun wtuaana wtuaaan wtuanaa wtuanaa wtuaana wtuaaan wtuaana wtuaaan wtuanaa
wtuanaa wtuaana wtuaaan wtunaaa wtunaaa wtunaaa wtunaaa wtunaaa wtunaaa wtuaana wtuaaan
wtuanaa wtuanaa wtuaana wtuaaan wtnauaa wtnauaa wtnaaua wtnaaau wtnaaau wtnaaua wtnuaaa
wtnuaaa wtnuaaa wtnuaaa wtnuaaa wtnuaaa wtnauaa wtnauaa wtnaaua wtnaaau wtnaaau wtnaaua
wtnauaa wtnauaa wtnaaua wtnaaau wtnaaau wtnaaua wtaauna wtaauan wtaanua wtaanau wtaaanu
wtaaaun wtauana wtauaan wtaunaa wtaunaa wtauana wtauaan wtanuaa wtanuaa wtanaua wtanaau
wtanaau wtanaua wtaauna wtaauan wtaanua wtaanau wtaaanu wtaaaun watauna watauan watanua
watanau wataanu wataaun watuana watuaan watunaa watunaa watuana watuaan watnuaa watnuaa
watnaua watnaau watnaau watnaua watauna watauan watanua watanau wataanu wataaun waatuna
waatuan waatnua waatnau waatanu waataun waautna waautan waaunta waaunat waauant waauatn
waanuta waanuat waantua waantau waanatu waanaut waaaunt waaautn waaanut waaantu waaatnu
waaatun wauatna wauatan wauanta wauanat wauaant wauaatn wautana wautaan wautnaa wautnaa
wautana wautaan wauntaa wauntaa waunata waunaat waunaat waunata wauatna wauatan wauanta
wauanat wauaant wauaatn wanauta wanauat wanatua wanatau wanaatu wanaaut wanuata wanuaat
wanutaa wanutaa wanuata wanuaat wantuaa wantuaa wantaua wantaau wantaau wantaua wanauta
wanauat wanatua wanatau wanaatu wanaaut waaaunt waaautn waaanut waaantu waaatnu waaatun
waauant waauatn waaunat waaunta waautna waautan waanuat waanuta waanaut waanatu waantau
waantua waatuna waatuan waatnua waatnau waatanu waataun wutaana wutaaan wutanaa wutanaa
wutaana wutaaan wutaana wutaaan wutanaa wutanaa wutaana wutaaan wutnaaa wutnaaa wutnaaa
wutnaaa wutnaaa wutnaaa wutaana wutaaan wutanaa wutanaa wutaana wutaaan wuatana wuataan
wuatnaa wuatnaa wuatana wuataan wuaatna wuaatan wuaanta wuaanat wuaaant wuaaatn wuanata
wuanaat wuantaa wuantaa wuanata wuanaat wuaaant wuaaatn wuaanat wuaanta wuaatna wuaatan
wuaatna wuaatan wuaanta wuaanat wuaaant wuaaatn wuatana wuataan wuatnaa wuatnaa wuatana
wuataan wuantaa wuantaa wuanata wuanaat wuanaat wuanata wuaatna wuaatan wuaanta wuaanat
wuaaant wuaaatn wunaata wunaaat wunataa wunataa wunaata wunaaat wunaata wunaaat wunataa
wunataa wunaata wunaaat wuntaaa wuntaaa wuntaaa wuntaaa wuntaaa wuntaaa wunaata wunaaat
wunataa wunataa wunaata wunaaat wuaaant wuaaatn wuaanat wuaanta wuaatna wuaatan wuaaant
wuaaatn wuaanat wuaanta wuaatna wuaatan wuanaat wuanata wuanaat wuanata wuantaa wuantaa
wuatana wuataan wuatnaa wuatnaa wuatana wuataan wntauaa wntauaa wntaaua wntaaau wntaaau
wntaaua wntuaaa wntuaaa wntuaaa wntuaaa wntuaaa wntuaaa wntauaa wntauaa wntaaua wntaaau
wntaaau wntaaua wntauaa wntauaa wntaaua wntaaau wntaaau wntaaua wnatuaa wnatuaa wnataua
wnataau wnataau wnataua wnautaa wnautaa wnauata wnauaat wnauaat wnauata wnaauta wnaauat
wnaatua wnaatau wnaaatu wnaaaut wnaauat wnaauta wnaaaut wnaaatu wnaatau wnaatua wnuataa
wnuataa wnuaata wnuaaat wnuaaat wnuaata wnutaaa wnutaaa wnutaaa wnutaaa wnutaaa wnutaaa
wnuataa wnuataa wnuaata wnuaaat wnuaaat wnuaata wnuataa wnuataa wnuaata wnuaaat wnuaaat
wnuaata wnaauta wnaauat wnaatua wnaatau wnaaatu wnaaaut wnauata wnauaat wnautaa wnautaa
wnauata wnauaat wnatuaa wnatuaa wnataua wnataau wnataau wnataua wnaauta wnaauat wnaatua
wnaatau wnaaatu wnaaaut wnaauat wnaauta wnaaaut wnaaatu wnaatau wnaatua wnauaat wnauata
wnauaat wnauata wnautaa wnautaa wnaauat wnaauta wnaaaut wnaaatu wnaatau wnaatua wnatuaa
wnatuaa wnataua wnataau wnataau wnataua watauna watauan watanua watanau wataanu wataaun
watuana watuaan watunaa watunaa watuana watuaan watnuaa watnuaa watnaua watnaau watnaau
watnaua watauna watauan watanua watanau wataanu wataaun waatuna waatuan waatnua waatnau
waatanu waataun waautna waautan waaunta waaunat waauant waauatn waanuta waanuat waantua
waantau waanatu waanaut waaaunt waaautn waaanut waaantu waaatnu waaatun wauatna wauatan
wauanta wauanat wauaant wauaatn wautana wautaan wautnaa wautnaa wautana wautaan wauntaa
wauntaa waunata waunaat waunaat waunata wauatna wauatan wauanta wauanat wauaant wauaatn
wanauta wanauat wanatua wanatau wanaatu wanaaut wanuata wanuaat wanutaa wanutaa wanuata
wanuaat wantuaa wantuaa wantaua wantaau wantaau wantaua wanauta wanauat wanatua wanatau
wanaatu wanaaut waaaunt waaautn waaanut waaantu waaatnu waaatun waauant waauatn waaunat
waaunta waautna waautan waanuat waanuta waanaut waanatu waantau waantua waatuna waatuan
waatnua waatnau waatanu waataun aawtuna aawtuan aawtnua aawtnau aawtanu aawtaun aawutna
aawutan aawunta aawunat aawuant aawuatn aawnuta aawnuat aawntua aawntau aawnatu aawnaut
aawaunt aawautn aawanut aawantu aawatnu aawatun aatwuna aatwuan aatwnua aatwnau aatwanu
aatwaun aatuwna aatuwan aatunwa aatunaw aatuanw aatuawn aatnuwa aatnuaw aatnwua aatnwau
aatnawu aatnauw aataunw aatauwn aatanuw aatanwu aatawnu aatawun aautwna aautwan aautnwa
aautnaw aautanw aautawn aauwtna aauwtan aauwnta aauwnat aauwant aauwatn aaunwta aaunwat
aauntwa aauntaw aaunatw aaunawt aauawnt aauawtn aauanwt aauantw aauatnw aauatwn aantuwa
aantuaw aantwua aantwau aantawu aantauw aanutwa aanutaw aanuwta aanuwat aanuawt aanuatw
aanwuta aanwuat aanwtua aanwtau aanwatu aanwaut aanauwt aanautw aanawut aanawtu aanatwu
aanatuw aaatunw aaatuwn aaatnuw aaatnwu aaatwnu aaatwun aaautnw aaautwn aaauntw aaaunwt
aaauwnt aaauwtn aaanutw aaanuwt aaantuw aaantwu aaanwtu aaanwut aaawunt aaawutn aaawnut
aaawntu aaawtnu aaawtun awatuna awatuan awatnua awatnau awatanu awataun awautna awautan
awaunta awaunat awauant awauatn awanuta awanuat awantua awantau awanatu awanaut awaaunt
awaautn awaanut awaantu awaatnu awaatun awtauna awtauan awtanua awtanau awtaanu awtaaun
awtuana awtuaan awtunaa awtunaa awtuana awtuaan awtnuaa awtnuaa awtnaua awtnaau awtnaau
awtnaua awtauna awtauan awtanua awtanau awtaanu awtaaun awutana awutaan awutnaa awutnaa
awutana awutaan awuatna awuatan awuanta awuanat awuaant awuaatn awunata awunaat awuntaa
awuntaa awunata awunaat awuaant awuaatn awuanat awuanta awuatna awuatan awntuaa awntuaa
awntaua awntaau awntaau awntaua awnutaa awnutaa awnuata awnuaat awnuaat awnuata awnauta
awnauat awnatua awnatau awnaatu awnaaut awnauat awnauta awnaaut awnaatu awnatau awnatua
awatuna awatuan awatnua awatnau awatanu awataun awautna awautan awaunta awaunat awauant
awauatn awanuta awanuat awantua awantau awanatu awanaut awaaunt awaautn awaanut awaantu
awaatnu awaatun atwauna atwauan atwanua atwanau atwaanu atwaaun atwuana atwuaan atwunaa
atwunaa atwuana atwuaan atwnuaa atwnuaa atwnaua atwnaau atwnaau atwnaua atwauna atwauan
atwanua atwanau atwaanu atwaaun atawuna atawuan atawnua atawnau atawanu atawaun atauwna
atauwan ataunwa ataunaw atauanw atauawn atanuwa atanuaw atanwua atanwau atanawu atanauw
ataaunw ataauwn ataanuw ataanwu ataawnu ataawun atuawna atuawan atuanwa atuanaw atuaanw
atuaawn atuwana atuwaan atuwnaa atuwnaa atuwana atuwaan atunwaa atunwaa atunawa atunaaw
atunaaw atunawa atuawna atuawan atuanwa atuanaw atuaanw atuaawn atnauwa atnauaw atnawua
atnawau atnaawu atnaauw atnuawa atnuaaw atnuwaa atnuwaa atnuawa atnuaaw atnwuaa atnwuaa
atnwaua atnwaau atnwaau atnwaua atnauwa atnauaw atnawua atnawau atnaawu atnaauw ataaunw
ataauwn ataanuw ataanwu ataawnu ataawun atauanw atauawn ataunaw ataunwa atauwna atauwan
atanuaw atanuwa atanauw atanawu atanwau atanwua atawuna atawuan atawnua atawnau atawanu
atawaun auwtana auwtaan auwtnaa auwtnaa auwtana auwtaan auwatna auwatan auwanta auwanat
auwaant auwaatn auwnata auwnaat auwntaa auwntaa auwnata auwnaat auwaant auwaatn auwanat
auwanta auwatna auwatan autwana autwaan autwnaa autwnaa autwana autwaan autawna autawan
autanwa autanaw autaanw autaawn autnawa autnaaw autnwaa autnwaa autnawa autnaaw autaanw
autaawn autanaw autanwa autawna autawan auatwna auatwan auatnwa auatnaw auatanw auatawn
auawtna auawtan auawnta auawnat auawant auawatn auanwta auanwat auantwa auantaw auanatw
auanawt auaawnt auaawtn auaanwt auaantw auaatnw auaatwn auntawa auntaaw auntwaa auntwaa
auntawa auntaaw aunatwa aunataw aunawta aunawat aunaawt aunaatw aunwata aunwaat aunwtaa
aunwtaa aunwata aunwaat aunaawt aunaatw aunawat aunawta aunatwa aunataw auatanw auatawn
auatnaw auatnwa auatwna auatwan auaatnw auaatwn auaantw auaanwt auaawnt auaawtn auanatw
auanawt auantaw auantwa auanwta auanwat auawant auawatn auawnat auawnta auawtna auawtan
anwtuaa anwtuaa anwtaua anwtaau anwtaau anwtaua anwutaa anwutaa anwuata anwuaat anwuaat
anwuata anwauta anwauat anwatua anwatau anwaatu anwaaut anwauat anwauta anwaaut anwaatu
anwatau anwatua antwuaa antwuaa antwaua antwaau antwaau antwaua antuwaa antuwaa antuawa
antuaaw antuaaw antuawa antauwa antauaw antawua antawau antaawu antaauw antauaw antauwa
antaauw antaawu antawau antawua anutwaa anutwaa anutawa anutaaw anutaaw anutawa anuwtaa
anuwtaa anuwata anuwaat anuwaat anuwata anuawta anuawat anuatwa anuataw anuaatw anuaawt
anuawat anuawta anuaawt anuaatw anuataw anuatwa anatuwa anatuaw anatwua anatwau anatawu
anatauw anautwa anautaw anauwta anauwat anauawt anauatw anawuta anawuat anawtua anawtau
anawatu anawaut anaauwt anaautw anaawut anaawtu anaatwu anaatuw anatuaw anatuwa anatauw
anatawu anatwau anatwua anautaw anautwa anauatw anauawt anauwat anauwta anaautw anaauwt
anaatuw anaatwu anaawtu anaawut anawuat anawuta anawaut anawatu anawtau anawtua aawtuna
aawtuan aawtnua aawtnau aawtanu aawtaun aawutna aawutan aawunta aawunat aawuant aawuatn
aawnuta aawnuat aawntua aawntau aawnatu aawnaut aawaunt aawautn aawanut aawantu aawatnu
aawatun aatwuna aatwuan aatwnua aatwnau aatwanu aatwaun aatuwna aatuwan aatunwa aatunaw
aatuanw aatuawn aatnuwa aatnuaw aatnwua aatnwau aatnawu aatnauw aataunw aatauwn aatanuw
aatanwu aatawnu aatawun aautwna aautwan aautnwa aautnaw aautanw aautawn aauwtna aauwtan
aauwnta aauwnat aauwant aauwatn aaunwta aaunwat aauntwa aauntaw aaunatw aaunawt aauawnt
aauawtn aauanwt aauantw aauatnw aauatwn aantuwa aantuaw aantwua aantwau aantawu aantauw
aanutwa aanutaw aanuwta aanuwat aanuawt aanuatw aanwuta aanwuat aanwtua aanwtau aanwatu
aanwaut aanauwt aanautw aanawut aanawtu aanatwu aanatuw aaatunw aaatuwn aaatnuw aaatnwu
aaatwnu aaatwun aaautnw aaautwn aaauntw aaaunwt aaauwnt aaauwtn aaanutw aaanuwt aaantuw
aaantwu aaanwtu aaanwut aaawunt aaawutn aaawnut aaawntu aaawtnu aaawtun uawatna uawatan
uawanta uawanat uawaant uawaatn uawtana uawtaan uawtnaa uawtnaa uawtana uawtaan uawntaa
uawntaa uawnata uawnaat uawnaat uawnata uawatna uawatan uawanta uawanat uawaant uawaatn
uaawtna uaawtan uaawnta uaawnat uaawant uaawatn uaatwna uaatwan uaatnwa uaatnaw uaatanw
uaatawn uaantwa uaantaw uaanwta uaanwat uaanawt uaanatw uaaatnw uaaatwn uaaantw uaaanwt
uaaawnt uaaawtn uatawna uatawan uatanwa uatanaw uataanw uataawn uatwana uatwaan uatwnaa
uatwnaa uatwana uatwaan uatnwaa uatnwaa uatnawa uatnaaw uatnaaw uatnawa uatawna uatawan
uatanwa uatanaw uataanw uataawn uanatwa uanataw uanawta uanawat uanaawt uanaatw uantawa
uantaaw uantwaa uantwaa uantawa uantaaw uanwtaa uanwtaa uanwata uanwaat uanwaat uanwata
uanatwa uanataw uanawta uanawat uanaawt uanaatw uaaatnw uaaatwn uaaantw uaaanwt uaaawnt
uaaawtn uaatanw uaatawn uaatnaw uaatnwa uaatwna uaatwan uaantaw uaantwa uaanatw uaanawt
uaanwat uaanwta uaawtna uaawtan uaawnta uaawnat uaawant uaawatn uwaatna uwaatan uwaanta
uwaanat uwaaant uwaaatn uwatana uwataan uwatnaa uwatnaa uwatana uwataan uwantaa uwantaa
uwanata uwanaat uwanaat uwanata uwaatna uwaatan uwaanta uwaanat uwaaant uwaaatn uwaatna
uwaatan uwaanta uwaanat uwaaant uwaaatn uwatana uwataan uwatnaa uwatnaa uwatana uwataan
uwantaa uwantaa uwanata uwanaat uwanaat uwanata uwaatna uwaatan uwaanta uwaanat uwaaant
uwaaatn uwtaana uwtaaan uwtanaa uwtanaa uwtaana uwtaaan uwtaana uwtaaan uwtanaa uwtanaa
uwtaana uwtaaan uwtnaaa uwtnaaa uwtnaaa uwtnaaa uwtnaaa uwtnaaa uwtaana uwtaaan uwtanaa
uwtanaa uwtaana uwtaaan uwnataa uwnataa uwnaata uwnaaat uwnaaat uwnaata uwntaaa uwntaaa
uwntaaa uwntaaa uwntaaa uwntaaa uwnataa uwnataa uwnaata uwnaaat uwnaaat uwnaata uwnataa
uwnataa uwnaata uwnaaat uwnaaat uwnaata uwaatna uwaatan uwaanta uwaanat uwaaant uwaaatn
uwatana uwataan uwatnaa uwatnaa uwatana uwataan uwantaa uwantaa uwanata uwanaat uwanaat
uwanata uwaatna uwaatan uwaanta uwaanat uwaaant uwaaatn uawatna uawatan uawanta uawanat
uawaant uawaatn uawtana uawtaan uawtnaa uawtnaa uawtana uawtaan uawntaa uawntaa uawnata
uawnaat uawnaat uawnata uawatna uawatan uawanta uawanat uawaant uawaatn uaawtna uaawtan
uaawnta uaawnat uaawant uaawatn uaatwna uaatwan uaatnwa uaatnaw uaatanw uaatawn uaantwa
uaantaw uaanwta uaanwat uaanawt uaanatw uaaatnw uaaatwn uaaantw uaaanwt uaaawnt uaaawtn
uatawna uatawan uatanwa uatanaw uataanw uataawn uatwana uatwaan uatwnaa uatwnaa uatwana
uatwaan uatnwaa uatnwaa uatnawa uatnaaw uatnaaw uatnawa uatawna uatawan uatanwa uatanaw
uataanw uataawn uanatwa uanataw uanawta uanawat uanaawt uanaatw uantawa uantaaw uantwaa
uantwaa uantawa uantaaw uanwtaa uanwtaa uanwata uanwaat uanwaat uanwata uanatwa uanataw
uanawta uanawat uanaawt uanaatw uaaatnw uaaatwn uaaantw uaaanwt uaaawnt uaaawtn uaatanw
uaatawn uaatnaw uaatnwa uaatwna uaatwan uaantaw uaantwa uaanatw uaanawt uaanwat uaanwta
uaawtna uaawtan uaawnta uaawnat uaawant uaawatn utwaana utwaaan utwanaa utwanaa utwaana
utwaaan utwaana utwaaan utwanaa utwanaa utwaana utwaaan utwnaaa utwnaaa utwnaaa utwnaaa
utwnaaa utwnaaa utwaana utwaaan utwanaa utwanaa utwaana utwaaan utawana utawaan utawnaa
utawnaa utawana utawaan utaawna utaawan utaanwa utaanaw utaaanw utaaawn utanawa utanaaw
utanwaa utanwaa utanawa utanaaw utaaanw utaaawn utaanaw utaanwa utaawna utaawan utaawna
utaawan utaanwa utaanaw utaaanw utaaawn utawana utawaan utawnaa utawnaa utawana utawaan
utanwaa utanwaa utanawa utanaaw utanaaw utanawa utaawna utaawan utaanwa utaanaw utaaanw
utaaawn utnaawa utnaaaw utnawaa utnawaa utnaawa utnaaaw utnaawa utnaaaw utnawaa utnawaa
utnaawa utnaaaw utnwaaa utnwaaa utnwaaa utnwaaa utnwaaa utnwaaa utnaawa utnaaaw utnawaa
utnawaa utnaawa utnaaaw utaaanw utaaawn utaanaw utaanwa utaawna utaawan utaaanw utaaawn
utaanaw utaanwa utaawna utaawan utanaaw utanawa utanaaw utanawa utanwaa utanwaa utawana
utawaan utawnaa utawnaa utawana utawaan unwataa unwataa unwaata unwaaat unwaaat unwaata
unwtaaa unwtaaa unwtaaa unwtaaa unwtaaa unwtaaa unwataa unwataa unwaata unwaaat unwaaat
unwaata unwataa unwataa unwaata unwaaat unwaaat unwaata unawtaa unawtaa unawata unawaat
unawaat unawata unatwaa unatwaa unatawa unataaw unataaw unatawa unaatwa unaataw unaawta
unaawat unaaawt unaaatw unaataw unaatwa unaaatw unaaawt unaawat unaawta untawaa untawaa
untaawa untaaaw untaaaw untaawa untwaaa untwaaa untwaaa untwaaa untwaaa untwaaa untawaa
untawaa untaawa untaaaw untaaaw untaawa untawaa untawaa untaawa untaaaw untaaaw untaawa
unaatwa unaataw unaawta unaawat unaaawt unaaatw unatawa unataaw unatwaa unatwaa unatawa
unataaw unawtaa unawtaa unawata unawaat unawaat unawata unaatwa unaataw unaawta unaawat
unaaawt unaaatw unaataw unaatwa unaaatw unaaawt unaawat unaawta unataaw unatawa unataaw
unatawa unatwaa unatwaa unaataw unaatwa unaaatw unaaawt unaawat unaawta unawtaa unawtaa
unawata unawaat unawaat unawata uawatna uawatan uawanta uawanat uawaant uawaatn uawtana
uawtaan uawtnaa uawtnaa uawtana uawtaan uawntaa uawntaa uawnata uawnaat uawnaat uawnata
uawatna uawatan uawanta uawanat uawaant uawaatn uaawtna uaawtan uaawnta uaawnat uaawant
uaawatn uaatwna uaatwan uaatnwa uaatnaw uaatanw uaatawn uaantwa uaantaw uaanwta uaanwat
uaanawt uaanatw uaaatnw uaaatwn uaaantw uaaanwt uaaawnt uaaawtn uatawna uatawan uatanwa
uatanaw uataanw uataawn uatwana uatwaan uatwnaa uatwnaa uatwana uatwaan uatnwaa uatnwaa
uatnawa uatnaaw uatnaaw uatnawa uatawna uatawan uatanwa uatanaw uataanw uataawn uanatwa
uanataw uanawta uanawat uanaawt uanaatw uantawa uantaaw uantwaa uantwaa uantawa uantaaw
uanwtaa uanwtaa uanwata uanwaat uanwaat uanwata uanatwa uanataw uanawta uanawat uanaawt
uanaatw uaaatnw uaaatwn uaaantw uaaanwt uaaawnt uaaawtn uaatanw uaatawn uaatnaw uaatnwa
uaatwna uaatwan uaantaw uaantwa uaanatw uaanawt uaanwat uaanwta uaawtna uaawtan uaawnta
uaawnat uaawant uaawatn nawauta nawauat nawatua nawatau nawaatu nawaaut nawuata nawuaat
nawutaa nawutaa nawuata nawuaat nawtuaa nawtuaa nawtaua nawtaau nawtaau nawtaua nawauta
nawauat nawatua nawatau nawaatu nawaaut naawuta naawuat naawtua naawtau naawatu naawaut
naauwta naauwat naautwa naautaw naauatw naauawt naatuwa naatuaw naatwua naatwau naatawu
naatauw naaautw naaauwt naaatuw naaatwu naaawtu naaawut nauawta nauawat nauatwa nauataw
nauaatw nauaawt nauwata nauwaat nauwtaa nauwtaa nauwata nauwaat nautwaa nautwaa nautawa
nautaaw nautaaw nautawa nauawta nauawat nauatwa nauataw nauaatw nauaawt natauwa natauaw
natawua natawau nataawu nataauw natuawa natuaaw natuwaa natuwaa natuawa natuaaw natwuaa
natwuaa natwaua natwaau natwaau natwaua natauwa natauaw natawua natawau nataawu nataauw
naaautw naaauwt naaatuw naaatwu naaawtu naaawut naauatw naauawt naautaw naautwa naauwta
naauwat naatuaw naatuwa naatauw naatawu naatwau naatwua naawuta naawuat naawtua naawtau
naawatu naawaut nwaauta nwaauat nwaatua nwaatau nwaaatu nwaaaut nwauata nwauaat nwautaa
nwautaa nwauata nwauaat nwatuaa nwatuaa nwataua nwataau nwataau nwataua nwaauta nwaauat
nwaatua nwaatau nwaaatu nwaaaut nwaauta nwaauat nwaatua nwaatau nwaaatu nwaaaut nwauata
nwauaat nwautaa nwautaa nwauata nwauaat nwatuaa nwatuaa nwataua nwataau nwataau nwataua
nwaauta nwaauat nwaatua nwaatau nwaaatu nwaaaut nwuaata nwuaaat nwuataa nwuataa nwuaata
nwuaaat nwuaata nwuaaat nwuataa nwuataa nwuaata nwuaaat nwutaaa nwutaaa nwutaaa nwutaaa
nwutaaa nwutaaa nwuaata nwuaaat nwuataa nwuataa nwuaata nwuaaat nwtauaa nwtauaa nwtaaua
nwtaaau nwtaaau nwtaaua nwtuaaa nwtuaaa nwtuaaa nwtuaaa nwtuaaa nwtuaaa nwtauaa nwtauaa
nwtaaua nwtaaau nwtaaau nwtaaua nwtauaa nwtauaa nwtaaua nwtaaau nwtaaau nwtaaua nwaauta
nwaauat nwaatua nwaatau nwaaatu nwaaaut nwauata nwauaat nwautaa nwautaa nwauata nwauaat
nwatuaa nwatuaa nwataua nwataau nwataau nwataua nwaauta nwaauat nwaatua nwaatau nwaaatu
nwaaaut nawauta nawauat nawatua nawatau nawaatu nawaaut nawuata nawuaat nawutaa nawutaa
nawuata nawuaat nawtuaa nawtuaa nawtaua nawtaau nawtaau nawtaua nawauta nawauat nawatua
nawatau nawaatu nawaaut naawuta naawuat naawtua naawtau naawatu naawaut naauwta naauwat
naautwa naautaw naauatw naauawt naatuwa naatuaw naatwua naatwau naatawu naatauw naaautw
naaauwt naaatuw naaatwu naaawtu naaawut nauawta nauawat nauatwa nauataw nauaatw nauaawt
nauwata nauwaat nauwtaa nauwtaa nauwata nauwaat nautwaa nautwaa nautawa nautaaw nautaaw
nautawa nauawta nauawat nauatwa nauataw nauaatw nauaawt natauwa natauaw natawua natawau
nataawu nataauw natuawa natuaaw natuwaa natuwaa natuawa natuaaw natwuaa natwuaa natwaua
natwaau natwaau natwaua natauwa natauaw natawua natawau nataawu nataauw naaautw naaauwt
naaatuw naaatwu naaawtu naaawut naauatw naauawt naautaw naautwa naauwta naauwat naatuaw
naatuwa naatauw naatawu naatwau naatwua naawuta naawuat naawtua naawtau naawatu naawaut
nuwaata nuwaaat nuwataa nuwataa nuwaata nuwaaat nuwaata nuwaaat nuwataa nuwataa nuwaata
nuwaaat nuwtaaa nuwtaaa nuwtaaa nuwtaaa nuwtaaa nuwtaaa nuwaata nuwaaat nuwataa nuwataa
nuwaata nuwaaat nuawata nuawaat nuawtaa nuawtaa nuawata nuawaat nuaawta nuaawat nuaatwa
nuaataw nuaaatw nuaaawt nuatawa nuataaw nuatwaa nuatwaa nuatawa nuataaw nuaaatw nuaaawt
nuaataw nuaatwa nuaawta nuaawat nuaawta nuaawat nuaatwa nuaataw nuaaatw nuaaawt nuawata
nuawaat nuawtaa nuawtaa nuawata nuawaat nuatwaa nuatwaa nuatawa nuataaw nuataaw nuatawa
nuaawta nuaawat nuaatwa nuaataw nuaaatw nuaaawt nutaawa nutaaaw nutawaa nutawaa nutaawa
nutaaaw nutaawa nutaaaw nutawaa nutawaa nutaawa nutaaaw nutwaaa nutwaaa nutwaaa nutwaaa
nutwaaa nutwaaa nutaawa nutaaaw nutawaa nutawaa nutaawa nutaaaw nuaaatw nuaaawt nuaataw
nuaatwa nuaawta nuaawat nuaaatw nuaaawt nuaataw nuaatwa nuaawta nuaawat nuataaw nuatawa
nuataaw nuatawa nuatwaa nuatwaa nuawata nuawaat nuawtaa nuawtaa nuawata nuawaat ntwauaa
ntwauaa ntwaaua ntwaaau ntwaaau ntwaaua ntwuaaa ntwuaaa ntwuaaa ntwuaaa ntwuaaa ntwuaaa
ntwauaa ntwauaa ntwaaua ntwaaau ntwaaau ntwaaua ntwauaa ntwauaa ntwaaua ntwaaau ntwaaau
ntwaaua ntawuaa ntawuaa ntawaua ntawaau ntawaau ntawaua ntauwaa ntauwaa ntauawa ntauaaw
ntauaaw ntauawa ntaauwa ntaauaw ntaawua ntaawau ntaaawu ntaaauw ntaauaw ntaauwa ntaaauw
ntaaawu ntaawau ntaawua ntuawaa ntuawaa ntuaawa ntuaaaw ntuaaaw ntuaawa ntuwaaa ntuwaaa
ntuwaaa ntuwaaa ntuwaaa ntuwaaa ntuawaa ntuawaa ntuaawa ntuaaaw ntuaaaw ntuaawa ntuawaa
ntuawaa ntuaawa ntuaaaw ntuaaaw ntuaawa ntaauwa ntaauaw ntaawua ntaawau ntaaawu ntaaauw
ntauawa ntauaaw ntauwaa ntauwaa ntauawa ntauaaw ntawuaa ntawuaa ntawaua ntawaau ntawaau
ntawaua ntaauwa ntaauaw ntaawua ntaawau ntaaawu ntaaauw ntaauaw ntaauwa ntaaauw ntaaawu
ntaawau ntaawua ntauaaw ntauawa ntauaaw ntauawa ntauwaa ntauwaa ntaauaw ntaauwa ntaaauw
ntaaawu ntaawau ntaawua ntawuaa ntawuaa ntawaua ntawaau ntawaau ntawaua nawauta nawauat
nawatua nawatau nawaatu nawaaut nawuata nawuaat nawutaa nawutaa nawuata nawuaat nawtuaa
nawtuaa nawtaua nawtaau nawtaau nawtaua nawauta nawauat nawatua nawatau nawaatu nawaaut
naawuta naawuat naawtua naawtau naawatu naawaut naauwta naauwat naautwa naautaw naauatw
naauawt naatuwa naatuaw naatwua naatwau naatawu naatauw naaautw naaauwt naaatuw naaatwu
naaawtu naaawut nauawta nauawat nauatwa nauataw nauaatw nauaawt nauwata nauwaat nauwtaa
nauwtaa nauwata nauwaat nautwaa nautwaa nautawa nautaaw nautaaw nautawa nauawta nauawat
nauatwa nauataw nauaatw nauaawt natauwa natauaw natawua natawau nataawu nataauw natuawa
natuaaw natuwaa natuwaa natuawa natuaaw natwuaa natwuaa natwaua natwaau natwaau natwaua
natauwa natauaw natawua natawau nataawu nataauw naaautw naaauwt naaatuw naaatwu naaawtu
naaawut naauatw naauawt naautaw naautwa naauwta naauwat naatuaw naatuwa naatauw naatawu
naatwau naatwua naawuta naawuat naawtua naawtau naawatu naawaut aawaunt aawautn aawanut
aawantu aawatnu aawatun aawuant aawuatn aawunat aawunta aawutna aawutan aawnuat aawnuta
aawnaut aawnatu aawntau aawntua aawtuna aawtuan aawtnua aawtnau aawtanu aawtaun aaawunt
aaawutn aaawnut aaawntu aaawtnu aaawtun aaauwnt aaauwtn aaaunwt aaauntw aaautnw aaautwn
aaanuwt aaanutw aaanwut aaanwtu aaantwu aaantuw aaatunw aaatuwn aaatnuw aaatnwu aaatwnu
aaatwun aauawnt aauawtn aauanwt aauantw aauatnw aauatwn aauwant aauwatn aauwnat aauwnta
aauwtna aauwtan aaunwat aaunwta aaunawt aaunatw aauntaw aauntwa aautwna aautwan aautnwa
aautnaw aautanw aautawn aanauwt aanautw aanawut aanawtu aanatwu aanatuw aanuawt aanuatw
aanuwat aanuwta aanutwa aanutaw aanwuat aanwuta aanwaut aanwatu aanwtau aanwtua aantuwa
aantuaw aantwua aantwau aantawu aantauw aataunw aatauwn aatanuw aatanwu aatawnu aatawun
aatuanw aatuawn aatunaw aatunwa aatuwna aatuwan aatnuaw aatnuwa aatnauw aatnawu aatnwau
aatnwua aatwuna aatwuan aatwnua aatwnau aatwanu aatwaun awaaunt awaautn awaanut awaantu
awaatnu awaatun awauant awauatn awaunat awaunta awautna awautan awanuat awanuta awanaut
awanatu awantau awantua awatuna awatuan awatnua awatnau awatanu awataun awaaunt awaautn
awaanut awaantu awaatnu awaatun awauant awauatn awaunat awaunta awautna awautan awanuat
awanuta awanaut awanatu awantau awantua awatuna awatuan awatnua awatnau awatanu awataun
awuaant awuaatn awuanat awuanta awuatna awuatan awuaant awuaatn awuanat awuanta awuatna
awuatan awunaat awunata awunaat awunata awuntaa awuntaa awutana awutaan awutnaa awutnaa
awutana awutaan awnauat awnauta awnaaut awnaatu awnatau awnatua awnuaat awnuata awnuaat
awnuata awnutaa awnutaa awnauat awnauta awnaaut awnaatu awnatau awnatua awntuaa awntuaa
awntaua awntaau awntaau awntaua awtauna awtauan awtanua awtanau awtaanu awtaaun awtuana
awtuaan awtunaa awtunaa awtuana awtuaan awtnuaa awtnuaa awtnaua awtnaau awtnaau awtnaua
awtauna awtauan awtanua awtanau awtaanu awtaaun aawaunt aawautn aawanut aawantu aawatnu
aawatun aawuant aawuatn aawunat aawunta aawutna aawutan aawnuat aawnuta aawnaut aawnatu
aawntau aawntua aawtuna aawtuan aawtnua aawtnau aawtanu aawtaun aaawunt aaawutn aaawnut
aaawntu aaawtnu aaawtun aaauwnt aaauwtn aaaunwt aaauntw aaautnw aaautwn aaanuwt aaanutw
aaanwut aaanwtu aaantwu aaantuw aaatunw aaatuwn aaatnuw aaatnwu aaatwnu aaatwun aauawnt
aauawtn aauanwt aauantw aauatnw aauatwn aauwant aauwatn aauwnat aauwnta aauwtna aauwtan
aaunwat aaunwta aaunawt aaunatw aauntaw aauntwa aautwna aautwan aautnwa aautnaw aautanw
aautawn aanauwt aanautw aanawut aanawtu aanatwu aanatuw aanuawt aanuatw aanuwat aanuwta
aanutwa aanutaw aanwuat aanwuta aanwaut aanwatu aanwtau aanwtua aantuwa aantuaw aantwua
aantwau aantawu aantauw aataunw aatauwn aatanuw aatanwu aatawnu aatawun aatuanw aatuawn
aatunaw aatunwa aatuwna aatuwan aatnuaw aatnuwa aatnauw aatnawu aatnwau aatnwua aatwuna
aatwuan aatwnua aatwnau aatwanu aatwaun auwaant auwaatn auwanat auwanta auwatna auwatan
auwaant auwaatn auwanat auwanta auwatna auwatan auwnaat auwnata auwnaat auwnata auwntaa
auwntaa auwtana auwtaan auwtnaa auwtnaa auwtana auwtaan auawant auawatn auawnat auawnta
auawtna auawtan auaawnt auaawtn auaanwt auaantw auaatnw auaatwn auanawt auanatw auanwat
auanwta auantwa auantaw auatanw auatawn auatnaw auatnwa auatwna auatwan auaawnt auaawtn
auaanwt auaantw auaatnw auaatwn auawant auawatn auawnat auawnta auawtna auawtan auanwat
auanwta auanawt auanatw auantaw auantwa auatwna auatwan auatnwa auatnaw auatanw auatawn
aunaawt aunaatw aunawat aunawta aunatwa aunataw aunaawt aunaatw aunawat aunawta aunatwa
aunataw aunwaat aunwata aunwaat aunwata aunwtaa aunwtaa auntawa auntaaw auntwaa auntwaa
auntawa auntaaw autaanw autaawn autanaw autanwa autawna autawan autaanw autaawn autanaw
autanwa autawna autawan autnaaw autnawa autnaaw autnawa autnwaa autnwaa autwana autwaan
autwnaa autwnaa autwana autwaan anwauat anwauta anwaaut anwaatu anwatau anwatua anwuaat
anwuata anwuaat anwuata anwutaa anwutaa anwauat anwauta anwaaut anwaatu anwatau anwatua
anwtuaa anwtuaa anwtaua anwtaau anwtaau anwtaua anawuat anawuta anawaut anawatu anawtau
anawtua anauwat anauwta anauawt anauatw anautaw anautwa anaauwt anaautw anaawut anaawtu
anaatwu anaatuw anatuaw anatuwa anatauw anatawu anatwau anatwua anuawat anuawta anuaawt
anuaatw anuataw anuatwa anuwaat anuwata anuwaat anuwata anuwtaa anuwtaa anuawat anuawta
anuaawt anuaatw anuataw anuatwa anutwaa anutwaa anutawa anutaaw anutaaw anutawa anaauwt
anaautw anaawut anaawtu anaatwu anaatuw anauawt anauatw anauwat anauwta anautwa anautaw
anawuat anawuta anawaut anawatu anawtau anawtua anatuwa anatuaw anatwua anatwau anatawu
anatauw antauaw antauwa antaauw antaawu antawau antawua antuaaw antuawa antuaaw antuawa
antuwaa antuwaa antauaw antauwa antaauw antaawu antawau antawua antwuaa antwuaa antwaua
antwaau antwaau antwaua atwauna atwauan atwanua atwanau atwaanu atwaaun atwuana atwuaan
atwunaa atwunaa atwuana atwuaan atwnuaa atwnuaa atwnaua atwnaau atwnaau atwnaua atwauna
atwauan atwanua atwanau atwaanu atwaaun atawuna atawuan atawnua atawnau atawanu atawaun
atauwna atauwan ataunwa ataunaw atauanw atauawn atanuwa atanuaw atanwua atanwau atanawu
atanauw ataaunw ataauwn ataanuw ataanwu ataawnu ataawun atuawna atuawan atuanwa atuanaw
atuaanw atuaawn atuwana atuwaan atuwnaa atuwnaa atuwana atuwaan atunwaa atunwaa atunawa
atunaaw atunaaw atunawa atuawna atuawan atuanwa atuanaw atuaanw atuaawn atnauwa atnauaw
atnawua atnawau atnaawu atnaauw atnuawa atnuaaw atnuwaa atnuwaa atnuawa atnuaaw atnwuaa
atnwuaa atnwaua atnwaau atnwaau atnwaua atnauwa atnauaw atnawua atnawau atnaawu atnaauw
ataaunw ataauwn ataanuw ataanwu ataawnu ataawun atauanw atauawn ataunaw ataunwa atauwna
atauwan atanuaw atanuwa atanauw atanawu atanwau atanwua atawuna atawuan atawnua atawnau
atawanu atawaun

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History of cryptography
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