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: attique
cipher variations:
buujrvf cvvkswg dwwltxh exxmuyi fyynvzj
gzzowak haapxbl ibbqycm jccrzdn kddsaeo
leetbfp mffucgq nggvdhr ohhweis piixfjt
qjjygku rkkzhlv sllaimw tmmbjnx unnckoy
voodlpz wppemqa xqqfnrb yrrgosc zsshptd

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: attique
Cipher: zggrjfv

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: attique
Cipher: AAAAA BAABA BAABA 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: attique
cipher variations:
buujrvfbggzxjnbsspdxvbeefjldbqqvpzlbcclvntbaarhpjbmmhndr
byyxtrzbkknzfhbwwdftpbiitlhxcvvkswgchhaykocttqeywcffgkme
crrwqamcddmwoucbbsiqkcnnioesczzyusaclloagicxxeguqcjjumiy
dwwltxhdiibzlpduurfzxdgghlnfdssxrbndeenxpvdcctjrldoojpft
daazvtbdmmpbhjdyyfhvrdkkvnjzexxmuyiejjcamqevvsgayehhimog
ettyscoeffoyqwedduksmeppkqguebbawucennqcikezzgiwsellwoka
fyynvzjfkkdbnrfwwthbzfiijnphfuuztdpfggpzrxfeevltnfqqlrhv
fccbxvdfoordjlfaahjxtfmmxplbgzzowakgllecosgxxuicagjjkoqi
gvvaueqghhqasygffwmuogrrmsiwgddcywegppsekmgbbikyugnnyqmc
haapxblhmmfdpthyyvjdbhkklprjhwwbvfrhiirbtzhggxnvphssntjx
heedzxfhqqtflnhccjlzvhoozrndibbqycminngequizzwkecillmqsk
ixxcwgsijjscuaihhyowqittoukyiffeaygirrugmoiddkmawippasoe
jccrzdnjoohfrvjaaxlfdjmmnrtljyydxhtjkktdvbjiizpxrjuupvlz
jggfbzhjssvhnpjeelnbxjqqbtpfkddsaeokppigswkbbymgeknnosum
kzzeyiuklluewckjjaqyskvvqwmakhhgcaikttwioqkffmocykrrcuqg
leetbfplqqjhtxlccznhflooptvnlaafzjvlmmvfxdlkkbrztlwwrxnb
liihdbjluuxjprlggnpdzlssdvrhmffucgqmrrkiuymddaoigmppquwo
mbbgakwmnnwgyemllcsaumxxsyocmjjieckmvvykqsmhhoqeamttewsi
nggvdhrnssljvzneebpjhnqqrvxpncchblxnooxhzfnmmdtbvnyytzpd
nkkjfdlnwwzlrtniiprfbnuufxtjohhweisottmkwaoffcqkiorrswyq
oddicmyoppyiagonneucwozzuaqeollkgemoxxamsuojjqsgcovvgyuk
piixfjtpuunlxbpggdrljpsstxzrpeejdnzpqqzjbhpoofvdxpaavbrf
pmmlhfnpyybntvpkkrthdpwwhzvlqjjygkuqvvomycqhhesmkqttuyas
qffkeoaqrrakciqppgweyqbbwcsgqnnmigoqzzcouwqllsuieqxxiawm
rkkzhlvrwwpnzdriiftnlruuvzbtrgglfpbrssbldjrqqhxfzrccxdth
roonjhpraadpvxrmmtvjfryyjbxnsllaimwsxxqoaesjjguomsvvwacu
shhmgqcsttcmeksrriygasddyeuisppokiqsbbeqwysnnuwkgszzkcyo
tmmbjnxtyyrpbftkkhvpntwwxbdvtiinhrdtuudnfltssjzhbteezfvj
tqqpljrtccfrxztoovxlhtaaldzpunnckoyuzzsqcgulliwqouxxycew
ujjoiseuvveogmuttkaicuffagwkurrqmksuddgsyauppwymiubbmeaq
voodlpzvaatrdhvmmjxrpvyyzdfxvkkpjtfvwwfphnvuulbjdvggbhxl
vssrnltveehtzbvqqxznjvccnfbrwppemqawbbuseiwnnkysqwzzaegy
wllqkugwxxgqiowvvmckewhhciymwttsomuwffiuacwrryaokwddogcs
xqqfnrbxccvtfjxoolztrxaabfhzxmmrlvhxyyhrjpxwwndlfxiidjzn
xuutpnvxggjvbdxsszbplxeephdtyrrgoscyddwugkyppmausybbcgia
ynnsmwiyzziskqyxxoemgyjjekaoyvvuqowyhhkwceyttacqmyffqieu
zsshptdzeexvhlzqqnbvtzccdhjbzootnxjzaajtlrzyypfnhzkkflbp
zwwvrpxziilxdfzuubdrnzggrjfvattiqueaffywimarrocwuaddeikc
appuoykabbkumsazzqgoiallgmcqaxxwsqyajjmyegavvcesoahhskgw

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: attique
Cipher: nggvdhr

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: attique
Cipher: 11444442145451

Extended Methods:
Method #1

Plaintext: attique
method variations:
fyyovzklddtaepqiiyfkuvoodlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a t t i q u e 
1 4 4 4 1 5 5 
1 4 4 2 4 4 1 
They are then read out in rows:
14441551442441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: attique
Cipher: qtvetrd

Read more ...
Method #3

Plaintext: attique
method variations:
qttbyya ttbyyaq tbyyaqt
byyaqtt yyaqttb yaqttby
aqttbyy

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: attique

all 5040 cipher variations:
attique attiqeu attiuqe attiueq attieuq attiequ attqiue attqieu attquie attquei attqeui
attqeiu attuqie attuqei attuiqe attuieq attueiq attueqi attequi atteqiu atteuqi atteuiq
atteiuq atteiqu atitque atitqeu atituqe atitueq atiteuq atitequ atiqtue atiqteu atiqute
atiquet atiqeut atiqetu atiuqte atiuqet atiutqe atiuteq atiuetq atiueqt atiequt atieqtu
atieuqt atieutq atietuq atietqu atqitue atqiteu atqiute atqiuet atqieut atqietu atqtiue
atqtieu atqtuie atqtuei atqteui atqteiu atqutie atqutei atquite atquiet atqueit atqueti
atqetui atqetiu atqeuti atqeuit atqeiut atqeitu atuiqte atuiqet atuitqe atuiteq atuietq
atuieqt atuqite atuqiet atuqtie atuqtei atuqeti atuqeit atutqie atutqei atutiqe atutieq
atuteiq atuteqi atueqti atueqit atuetqi atuetiq atueitq atueiqt ateiqut ateiqtu ateiuqt
ateiutq ateituq ateitqu ateqiut ateqitu atequit atequti ateqtui ateqtiu ateuqit ateuqti
ateuiqt ateuitq ateutiq ateutqi atetqui atetqiu atetuqi atetuiq atetiuq atetiqu attique
attiqeu attiuqe attiueq attieuq attiequ attqiue attqieu attquie attquei attqeui attqeiu
attuqie attuqei attuiqe attuieq attueiq attueqi attequi atteqiu atteuqi atteuiq atteiuq
atteiqu atitque atitqeu atituqe atitueq atiteuq atitequ atiqtue atiqteu atiqute atiquet
atiqeut atiqetu atiuqte atiuqet atiutqe atiuteq atiuetq atiueqt atiequt atieqtu atieuqt
atieutq atietuq atietqu atqitue atqiteu atqiute atqiuet atqieut atqietu atqtiue atqtieu
atqtuie atqtuei atqteui atqteiu atqutie atqutei atquite atquiet atqueit atqueti atqetui
atqetiu atqeuti atqeuit atqeiut atqeitu atuiqte atuiqet atuitqe atuiteq atuietq atuieqt
atuqite atuqiet atuqtie atuqtei atuqeti atuqeit atutqie atutqei atutiqe atutieq atuteiq
atuteqi atueqti atueqit atuetqi atuetiq atueitq atueiqt ateiqut ateiqtu ateiuqt ateiutq
ateituq ateitqu ateqiut ateqitu atequit atequti ateqtui ateqtiu ateuqit ateuqti ateuiqt
ateuitq ateutiq ateutqi atetqui atetqiu atetuqi atetuiq atetiuq atetiqu aittque aittqeu
aittuqe aittueq aitteuq aittequ aitqtue aitqteu aitqute aitquet aitqeut aitqetu aituqte
aituqet aitutqe aituteq aituetq aitueqt aitequt aiteqtu aiteuqt aiteutq aitetuq aitetqu
aittque aittqeu aittuqe aittueq aitteuq aittequ aitqtue aitqteu aitqute aitquet aitqeut
aitqetu aituqte aituqet aitutqe aituteq aituetq aitueqt aitequt aiteqtu aiteuqt aiteutq
aitetuq aitetqu aiqttue aiqtteu aiqtute aiqtuet aiqteut aiqtetu aiqttue aiqtteu aiqtute
aiqtuet aiqteut aiqtetu aiqutte aiqutet aiqutte aiqutet aiquett aiquett aiqetut aiqettu
aiqeutt aiqeutt aiqetut aiqettu aiutqte aiutqet aiuttqe aiutteq aiutetq aiuteqt aiuqtte
aiuqtet aiuqtte aiuqtet aiuqett aiuqett aiutqte aiutqet aiuttqe aiutteq aiutetq aiuteqt
aiueqtt aiueqtt aiuetqt aiuettq aiuettq aiuetqt aietqut aietqtu aietuqt aietutq aiettuq
aiettqu aieqtut aieqttu aiequtt aiequtt aieqtut aieqttu aieuqtt aieuqtt aieutqt aieuttq
aieuttq aieutqt aietqut aietqtu aietuqt aietutq aiettuq aiettqu aqtitue aqtiteu aqtiute
aqtiuet aqtieut aqtietu aqttiue aqttieu aqttuie aqttuei aqtteui aqtteiu aqtutie aqtutei
aqtuite aqtuiet aqtueit aqtueti aqtetui aqtetiu aqteuti aqteuit aqteiut aqteitu aqittue
aqitteu aqitute aqituet aqiteut aqitetu aqittue aqitteu aqitute aqituet aqiteut aqitetu
aqiutte aqiutet aqiutte aqiutet aqiuett aqiuett aqietut aqiettu aqieutt aqieutt aqietut
aqiettu aqtitue aqtiteu aqtiute aqtiuet aqtieut aqtietu aqttiue aqttieu aqttuie aqttuei
aqtteui aqtteiu aqtutie aqtutei aqtuite aqtuiet aqtueit aqtueti aqtetui aqtetiu aqteuti
aqteuit aqteiut aqteitu aquitte aquitet aquitte aquitet aquiett aquiett aqutite aqutiet
aquttie aquttei aquteti aquteit aquttie aquttei aqutite aqutiet aquteit aquteti aquetti
aquetit aquetti aquetit aqueitt aqueitt aqeitut aqeittu aqeiutt aqeiutt aqeitut aqeittu
aqetiut aqetitu aqetuit aqetuti aqettui aqettiu aqeutit aqeutti aqeuitt aqeuitt aqeutit
aqeutti aqettui aqettiu aqetuti aqetuit aqetiut aqetitu autiqte autiqet autitqe autiteq
autietq autieqt autqite autqiet autqtie autqtei autqeti autqeit auttqie auttqei auttiqe
auttieq autteiq autteqi auteqti auteqit autetqi autetiq auteitq auteiqt auitqte auitqet
auittqe auitteq auitetq auiteqt auiqtte auiqtet auiqtte auiqtet auiqett auiqett auitqte
auitqet auittqe auitteq auitetq auiteqt auieqtt auieqtt auietqt auiettq auiettq auietqt
auqitte auqitet auqitte auqitet auqiett auqiett auqtite auqtiet auqttie auqttei auqteti
auqteit auqttie auqttei auqtite auqtiet auqteit auqteti auqetti auqetit auqetti auqetit
auqeitt auqeitt autiqte autiqet autitqe autiteq autietq autieqt autqite autqiet autqtie
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autetqi autetiq auteitq auteiqt aueiqtt aueiqtt aueitqt aueittq aueittq aueitqt aueqitt
aueqitt aueqtit aueqtti aueqtti aueqtit auetqit auetqti auetiqt auetitq auettiq auettqi
auetqti auetqit auettqi auettiq auetitq auetiqt aetiqut aetiqtu aetiuqt aetiutq aetituq
aetitqu aetqiut aetqitu aetquit aetquti aetqtui aetqtiu aetuqit aetuqti aetuiqt aetuitq
aetutiq aetutqi aettqui aettqiu aettuqi aettuiq aettiuq aettiqu aeitqut aeitqtu aeituqt
aeitutq aeittuq aeittqu aeiqtut aeiqttu aeiqutt aeiqutt aeiqtut aeiqttu aeiuqtt aeiuqtt
aeiutqt aeiuttq aeiuttq aeiutqt aeitqut aeitqtu aeituqt aeitutq aeittuq aeittqu aeqitut
aeqittu aeqiutt aeqiutt aeqitut aeqittu aeqtiut aeqtitu aeqtuit aeqtuti aeqttui aeqttiu
aequtit aequtti aequitt aequitt aequtit aequtti aeqttui aeqttiu aeqtuti aeqtuit aeqtiut
aeqtitu aeuiqtt aeuiqtt aeuitqt aeuittq aeuittq aeuitqt aeuqitt aeuqitt aeuqtit aeuqtti
aeuqtti aeuqtit aeutqit aeutqti aeutiqt aeutitq aeuttiq aeuttqi aeutqti aeutqit aeuttqi
aeuttiq aeutitq aeutiqt aetiqut aetiqtu aetiuqt aetiutq aetituq aetitqu aetqiut aetqitu
aetquit aetquti aetqtui aetqtiu aetuqit aetuqti aetuiqt aetuitq aetutiq aetutqi aettqui
aettqiu aettuqi aettuiq aettiuq aettiqu tatique tatiqeu tatiuqe tatiueq tatieuq tatiequ
tatqiue tatqieu tatquie tatquei tatqeui tatqeiu tatuqie tatuqei tatuiqe tatuieq tatueiq
tatueqi tatequi tateqiu tateuqi tateuiq tateiuq tateiqu taitque taitqeu taituqe taitueq
taiteuq taitequ taiqtue taiqteu taiqute taiquet taiqeut taiqetu taiuqte taiuqet taiutqe
taiuteq taiuetq taiueqt taiequt taieqtu taieuqt taieutq taietuq taietqu taqitue taqiteu
taqiute taqiuet taqieut taqietu taqtiue taqtieu taqtuie taqtuei taqteui taqteiu taqutie
taqutei taquite taquiet taqueit taqueti taqetui taqetiu taqeuti taqeuit taqeiut taqeitu
tauiqte tauiqet tauitqe tauiteq tauietq tauieqt tauqite tauqiet tauqtie tauqtei tauqeti
tauqeit tautqie tautqei tautiqe tautieq tauteiq tauteqi taueqti taueqit tauetqi tauetiq
taueitq taueiqt taeiqut taeiqtu taeiuqt taeiutq taeituq taeitqu taeqiut taeqitu taequit
taequti taeqtui taeqtiu taeuqit taeuqti taeuiqt taeuitq taeutiq taeutqi taetqui taetqiu
taetuqi taetuiq taetiuq taetiqu ttaique ttaiqeu ttaiuqe ttaiueq ttaieuq ttaiequ ttaqiue
ttaqieu ttaquie ttaquei ttaqeui ttaqeiu ttauqie ttauqei ttauiqe ttauieq ttaueiq ttaueqi
ttaequi ttaeqiu ttaeuqi ttaeuiq ttaeiuq ttaeiqu ttiaque ttiaqeu ttiauqe ttiaueq ttiaeuq
ttiaequ ttiqaue ttiqaeu ttiquae ttiquea ttiqeua ttiqeau ttiuqae ttiuqea ttiuaqe ttiuaeq
ttiueaq ttiueqa ttiequa ttieqau ttieuqa ttieuaq ttieauq ttieaqu ttqiaue ttqiaeu ttqiuae
ttqiuea ttqieua ttqieau ttqaiue ttqaieu ttqauie ttqauei ttqaeui ttqaeiu ttquaie ttquaei
ttquiae ttquiea ttqueia ttqueai ttqeaui ttqeaiu ttqeuai ttqeuia ttqeiua ttqeiau ttuiqae
ttuiqea ttuiaqe ttuiaeq ttuieaq ttuieqa ttuqiae ttuqiea ttuqaie ttuqaei ttuqeai ttuqeia
ttuaqie ttuaqei ttuaiqe ttuaieq ttuaeiq ttuaeqi ttueqai ttueqia ttueaqi ttueaiq ttueiaq
ttueiqa tteiqua tteiqau tteiuqa tteiuaq tteiauq tteiaqu tteqiua tteqiau ttequia ttequai
tteqaui tteqaiu tteuqia tteuqai tteuiqa tteuiaq tteuaiq tteuaqi tteaqui tteaqiu tteauqi
tteauiq tteaiuq tteaiqu titaque titaqeu titauqe titaueq titaeuq titaequ titqaue titqaeu
titquae titquea titqeua titqeau tituqae tituqea tituaqe tituaeq titueaq titueqa titequa
titeqau titeuqa titeuaq titeauq titeaqu tiatque tiatqeu tiatuqe tiatueq tiateuq tiatequ
tiaqtue tiaqteu tiaqute tiaquet tiaqeut tiaqetu tiauqte tiauqet tiautqe tiauteq tiauetq
tiaueqt tiaequt tiaeqtu tiaeuqt tiaeutq tiaetuq tiaetqu tiqatue tiqateu tiqaute tiqauet
tiqaeut tiqaetu tiqtaue tiqtaeu tiqtuae tiqtuea tiqteua tiqteau tiqutae tiqutea tiquate
tiquaet tiqueat tiqueta tiqetua tiqetau tiqeuta tiqeuat tiqeaut tiqeatu tiuaqte tiuaqet
tiuatqe tiuateq tiuaetq tiuaeqt tiuqate tiuqaet tiuqtae tiuqtea tiuqeta tiuqeat tiutqae
tiutqea tiutaqe tiutaeq tiuteaq tiuteqa tiueqta tiueqat tiuetqa tiuetaq tiueatq tiueaqt
tieaqut tieaqtu tieauqt tieautq tieatuq tieatqu tieqaut tieqatu tiequat tiequta tieqtua
tieqtau tieuqat tieuqta tieuaqt tieuatq tieutaq tieutqa tietqua tietqau tietuqa tietuaq
tietauq tietaqu tqtiaue tqtiaeu tqtiuae tqtiuea tqtieua tqtieau tqtaiue tqtaieu tqtauie
tqtauei tqtaeui tqtaeiu tqtuaie tqtuaei tqtuiae tqtuiea tqtueia tqtueai tqteaui tqteaiu
tqteuai tqteuia tqteiua tqteiau tqitaue tqitaeu tqituae tqituea tqiteua tqiteau tqiatue
tqiateu tqiaute tqiauet tqiaeut tqiaetu tqiuate tqiuaet tqiutae tqiutea tqiueta tqiueat
tqieaut tqieatu tqieuat tqieuta tqietua tqietau tqaitue tqaiteu tqaiute tqaiuet tqaieut
tqaietu tqatiue tqatieu tqatuie tqatuei tqateui tqateiu tqautie tqautei tqauite tqauiet
tqaueit tqaueti tqaetui tqaetiu tqaeuti tqaeuit tqaeiut tqaeitu tquiate tquiaet tquitae
tquitea tquieta tquieat tquaite tquaiet tquatie tquatei tquaeti tquaeit tqutaie tqutaei
tqutiae tqutiea tquteia tquteai tqueati tqueait tquetai tquetia tqueita tqueiat tqeiaut
tqeiatu tqeiuat tqeiuta tqeitua tqeitau tqeaiut tqeaitu tqeauit tqeauti tqeatui tqeatiu
tqeuait tqeuati tqeuiat tqeuita tqeutia tqeutai tqetaui tqetaiu tqetuai tqetuia tqetiua
tqetiau tutiqae tutiqea tutiaqe tutiaeq tutieaq tutieqa tutqiae tutqiea tutqaie tutqaei
tutqeai tutqeia tutaqie tutaqei tutaiqe tutaieq tutaeiq tutaeqi tuteqai tuteqia tuteaqi
tuteaiq tuteiaq tuteiqa tuitqae tuitqea tuitaqe tuitaeq tuiteaq tuiteqa tuiqtae tuiqtea
tuiqate tuiqaet tuiqeat tuiqeta tuiaqte tuiaqet tuiatqe tuiateq tuiaetq tuiaeqt tuieqat
tuieqta tuieaqt tuieatq tuietaq tuietqa tuqitae tuqitea tuqiate tuqiaet tuqieat tuqieta
tuqtiae tuqtiea tuqtaie tuqtaei tuqteai tuqteia tuqatie tuqatei tuqaite tuqaiet tuqaeit
tuqaeti tuqetai tuqetia tuqeati tuqeait tuqeiat tuqeita tuaiqte tuaiqet tuaitqe tuaiteq
tuaietq tuaieqt tuaqite tuaqiet tuaqtie tuaqtei tuaqeti tuaqeit tuatqie tuatqei tuatiqe
tuatieq tuateiq tuateqi tuaeqti tuaeqit tuaetqi tuaetiq tuaeitq tuaeiqt tueiqat tueiqta
tueiaqt tueiatq tueitaq tueitqa tueqiat tueqita tueqait tueqati tueqtai tueqtia tueaqit
tueaqti tueaiqt tueaitq tueatiq tueatqi tuetqai tuetqia tuetaqi tuetaiq tuetiaq tuetiqa
tetiqua tetiqau tetiuqa tetiuaq tetiauq tetiaqu tetqiua tetqiau tetquia tetquai tetqaui
tetqaiu tetuqia tetuqai tetuiqa tetuiaq tetuaiq tetuaqi tetaqui tetaqiu tetauqi tetauiq
tetaiuq tetaiqu teitqua teitqau teituqa teituaq teitauq teitaqu teiqtua teiqtau teiquta
teiquat teiqaut teiqatu teiuqta teiuqat teiutqa teiutaq teiuatq teiuaqt teiaqut teiaqtu
teiauqt teiautq teiatuq teiatqu teqitua teqitau teqiuta teqiuat teqiaut teqiatu teqtiua
teqtiau teqtuia teqtuai teqtaui teqtaiu tequtia tequtai tequita tequiat tequait tequati
teqatui teqatiu teqauti teqauit teqaiut teqaitu teuiqta teuiqat teuitqa teuitaq teuiatq
teuiaqt teuqita teuqiat teuqtia teuqtai teuqati teuqait teutqia teutqai teutiqa teutiaq
teutaiq teutaqi teuaqti teuaqit teuatqi teuatiq teuaitq teuaiqt teaiqut teaiqtu teaiuqt
teaiutq teaituq teaitqu teaqiut teaqitu teaquit teaquti teaqtui teaqtiu teauqit teauqti
teauiqt teauitq teautiq teautqi teatqui teatqiu teatuqi teatuiq teatiuq teatiqu ttaique
ttaiqeu ttaiuqe ttaiueq ttaieuq ttaiequ ttaqiue ttaqieu ttaquie ttaquei ttaqeui ttaqeiu
ttauqie ttauqei ttauiqe ttauieq ttaueiq ttaueqi ttaequi ttaeqiu ttaeuqi ttaeuiq ttaeiuq
ttaeiqu ttiaque ttiaqeu ttiauqe ttiaueq ttiaeuq ttiaequ ttiqaue ttiqaeu ttiquae ttiquea
ttiqeua ttiqeau ttiuqae ttiuqea ttiuaqe ttiuaeq ttiueaq ttiueqa ttiequa ttieqau ttieuqa
ttieuaq ttieauq ttieaqu ttqiaue ttqiaeu ttqiuae ttqiuea ttqieua ttqieau ttqaiue ttqaieu
ttqauie ttqauei ttqaeui ttqaeiu ttquaie ttquaei ttquiae ttquiea ttqueia ttqueai ttqeaui
ttqeaiu ttqeuai ttqeuia ttqeiua ttqeiau ttuiqae ttuiqea ttuiaqe ttuiaeq ttuieaq ttuieqa
ttuqiae ttuqiea ttuqaie ttuqaei ttuqeai ttuqeia ttuaqie ttuaqei ttuaiqe ttuaieq ttuaeiq
ttuaeqi ttueqai ttueqia ttueaqi ttueaiq ttueiaq ttueiqa tteiqua tteiqau tteiuqa tteiuaq
tteiauq tteiaqu tteqiua tteqiau ttequia ttequai tteqaui tteqaiu tteuqia tteuqai tteuiqa
tteuiaq tteuaiq tteuaqi tteaqui tteaqiu tteauqi tteauiq tteaiuq tteaiqu tatique tatiqeu
tatiuqe tatiueq tatieuq tatiequ tatqiue tatqieu tatquie tatquei tatqeui tatqeiu tatuqie
tatuqei tatuiqe tatuieq tatueiq tatueqi tatequi tateqiu tateuqi tateuiq tateiuq tateiqu
taitque taitqeu taituqe taitueq taiteuq taitequ taiqtue taiqteu taiqute taiquet taiqeut
taiqetu taiuqte taiuqet taiutqe taiuteq taiuetq taiueqt taiequt taieqtu taieuqt taieutq
taietuq taietqu taqitue taqiteu taqiute taqiuet taqieut taqietu taqtiue taqtieu taqtuie
taqtuei taqteui taqteiu taqutie taqutei taquite taquiet taqueit taqueti taqetui taqetiu
taqeuti taqeuit taqeiut taqeitu tauiqte tauiqet tauitqe tauiteq tauietq tauieqt tauqite
tauqiet tauqtie tauqtei tauqeti tauqeit tautqie tautqei tautiqe tautieq tauteiq tauteqi
taueqti taueqit tauetqi tauetiq taueitq taueiqt taeiqut taeiqtu taeiuqt taeiutq taeituq
taeitqu taeqiut taeqitu taequit taequti taeqtui taeqtiu taeuqit taeuqti taeuiqt taeuitq
taeutiq taeutqi taetqui taetqiu taetuqi taetuiq taetiuq taetiqu tiatque tiatqeu tiatuqe
tiatueq tiateuq tiatequ tiaqtue tiaqteu tiaqute tiaquet tiaqeut tiaqetu tiauqte tiauqet
tiautqe tiauteq tiauetq tiaueqt tiaequt tiaeqtu tiaeuqt tiaeutq tiaetuq tiaetqu titaque
titaqeu titauqe titaueq titaeuq titaequ titqaue titqaeu titquae titquea titqeua titqeau
tituqae tituqea tituaqe tituaeq titueaq titueqa titequa titeqau titeuqa titeuaq titeauq
titeaqu tiqtaue tiqtaeu tiqtuae tiqtuea tiqteua tiqteau tiqatue tiqateu tiqaute tiqauet
tiqaeut tiqaetu tiquate tiquaet tiqutae tiqutea tiqueta tiqueat tiqeaut tiqeatu tiqeuat
tiqeuta tiqetua tiqetau tiutqae tiutqea tiutaqe tiutaeq tiuteaq tiuteqa tiuqtae tiuqtea
tiuqate tiuqaet tiuqeat tiuqeta tiuaqte tiuaqet tiuatqe tiuateq tiuaetq tiuaeqt tiueqat
tiueqta tiueaqt tiueatq tiuetaq tiuetqa tietqua tietqau tietuqa tietuaq tietauq tietaqu
tieqtua tieqtau tiequta tiequat tieqaut tieqatu tieuqta tieuqat tieutqa tieutaq tieuatq
tieuaqt tieaqut tieaqtu tieauqt tieautq tieatuq tieatqu tqaitue tqaiteu tqaiute tqaiuet
tqaieut tqaietu tqatiue tqatieu tqatuie tqatuei tqateui tqateiu tqautie tqautei tqauite
tqauiet tqaueit tqaueti tqaetui tqaetiu tqaeuti tqaeuit tqaeiut tqaeitu tqiatue tqiateu
tqiaute tqiauet tqiaeut tqiaetu tqitaue tqitaeu tqituae tqituea tqiteua tqiteau tqiutae
tqiutea tqiuate tqiuaet tqiueat tqiueta tqietua tqietau tqieuta tqieuat tqieaut tqieatu
tqtiaue tqtiaeu tqtiuae tqtiuea tqtieua tqtieau tqtaiue tqtaieu tqtauie tqtauei tqtaeui
tqtaeiu tqtuaie tqtuaei tqtuiae tqtuiea tqtueia tqtueai tqteaui tqteaiu tqteuai tqteuia
tqteiua tqteiau tquitae tquitea tquiate tquiaet tquieat tquieta tqutiae tqutiea tqutaie
tqutaei tquteai tquteia tquatie tquatei tquaite tquaiet tquaeit tquaeti tquetai tquetia
tqueati tqueait tqueiat tqueita tqeitua tqeitau tqeiuta tqeiuat tqeiaut tqeiatu tqetiua
tqetiau tqetuia tqetuai tqetaui tqetaiu tqeutia tqeutai tqeuita tqeuiat tqeuait tqeuati
tqeatui tqeatiu tqeauti tqeauit tqeaiut tqeaitu tuaiqte tuaiqet tuaitqe tuaiteq tuaietq
tuaieqt tuaqite tuaqiet tuaqtie tuaqtei tuaqeti tuaqeit tuatqie tuatqei tuatiqe tuatieq
tuateiq tuateqi tuaeqti tuaeqit tuaetqi tuaetiq tuaeitq tuaeiqt tuiaqte tuiaqet tuiatqe
tuiateq tuiaetq tuiaeqt tuiqate tuiqaet tuiqtae tuiqtea tuiqeta tuiqeat tuitqae tuitqea
tuitaqe tuitaeq tuiteaq tuiteqa tuieqta tuieqat tuietqa tuietaq tuieatq tuieaqt tuqiate
tuqiaet tuqitae tuqitea tuqieta tuqieat tuqaite tuqaiet tuqatie tuqatei tuqaeti tuqaeit
tuqtaie tuqtaei tuqtiae tuqtiea tuqteia tuqteai tuqeati tuqeait tuqetai tuqetia tuqeita
tuqeiat tutiqae tutiqea tutiaqe tutiaeq tutieaq tutieqa tutqiae tutqiea tutqaie tutqaei
tutqeai tutqeia tutaqie tutaqei tutaiqe tutaieq tutaeiq tutaeqi tuteqai tuteqia tuteaqi
tuteaiq tuteiaq tuteiqa tueiqta tueiqat tueitqa tueitaq tueiatq tueiaqt tueqita tueqiat
tueqtia tueqtai tueqati tueqait tuetqia tuetqai tuetiqa tuetiaq tuetaiq tuetaqi tueaqti
tueaqit tueatqi tueatiq tueaitq tueaiqt teaiqut teaiqtu teaiuqt teaiutq teaituq teaitqu
teaqiut teaqitu teaquit teaquti teaqtui teaqtiu teauqit teauqti teauiqt teauitq teautiq
teautqi teatqui teatqiu teatuqi teatuiq teatiuq teatiqu teiaqut teiaqtu teiauqt teiautq
teiatuq teiatqu teiqaut teiqatu teiquat teiquta teiqtua teiqtau teiuqat teiuqta teiuaqt
teiuatq teiutaq teiutqa teitqua teitqau teituqa teituaq teitauq teitaqu teqiaut teqiatu
teqiuat teqiuta teqitua teqitau teqaiut teqaitu teqauit teqauti teqatui teqatiu tequait
tequati tequiat tequita tequtia tequtai teqtaui teqtaiu teqtuai teqtuia teqtiua teqtiau
teuiqat teuiqta teuiaqt teuiatq teuitaq teuitqa teuqiat teuqita teuqait teuqati teuqtai
teuqtia teuaqit teuaqti teuaiqt teuaitq teuatiq teuatqi teutqai teutqia teutaqi teutaiq
teutiaq teutiqa tetiqua tetiqau tetiuqa tetiuaq tetiauq tetiaqu tetqiua tetqiau tetquia
tetquai tetqaui tetqaiu tetuqia tetuqai tetuiqa tetuiaq tetuaiq tetuaqi tetaqui tetaqiu
tetauqi tetauiq tetaiuq tetaiqu ittaque ittaqeu ittauqe ittaueq ittaeuq ittaequ ittqaue
ittqaeu ittquae ittquea ittqeua ittqeau ittuqae ittuqea ittuaqe ittuaeq ittueaq ittueqa
ittequa itteqau itteuqa itteuaq itteauq itteaqu itatque itatqeu itatuqe itatueq itateuq
itatequ itaqtue itaqteu itaqute itaquet itaqeut itaqetu itauqte itauqet itautqe itauteq
itauetq itaueqt itaequt itaeqtu itaeuqt itaeutq itaetuq itaetqu itqatue itqateu itqaute
itqauet itqaeut itqaetu itqtaue itqtaeu itqtuae itqtuea itqteua itqteau itqutae itqutea
itquate itquaet itqueat itqueta itqetua itqetau itqeuta itqeuat itqeaut itqeatu ituaqte
ituaqet ituatqe ituateq ituaetq ituaeqt ituqate ituqaet ituqtae ituqtea ituqeta ituqeat
itutqae itutqea itutaqe itutaeq ituteaq ituteqa itueqta itueqat ituetqa ituetaq itueatq
itueaqt iteaqut iteaqtu iteauqt iteautq iteatuq iteatqu iteqaut iteqatu itequat itequta
iteqtua iteqtau iteuqat iteuqta iteuaqt iteuatq iteutaq iteutqa itetqua itetqau itetuqa
itetuaq itetauq itetaqu ittaque ittaqeu ittauqe ittaueq ittaeuq ittaequ ittqaue ittqaeu
ittquae ittquea ittqeua ittqeau ittuqae ittuqea ittuaqe ittuaeq ittueaq ittueqa ittequa
itteqau itteuqa itteuaq itteauq itteaqu itatque itatqeu itatuqe itatueq itateuq itatequ
itaqtue itaqteu itaqute itaquet itaqeut itaqetu itauqte itauqet itautqe itauteq itauetq
itaueqt itaequt itaeqtu itaeuqt itaeutq itaetuq itaetqu itqatue itqateu itqaute itqauet
itqaeut itqaetu itqtaue itqtaeu itqtuae itqtuea itqteua itqteau itqutae itqutea itquate
itquaet itqueat itqueta itqetua itqetau itqeuta itqeuat itqeaut itqeatu ituaqte ituaqet
ituatqe ituateq ituaetq ituaeqt ituqate ituqaet ituqtae ituqtea ituqeta ituqeat itutqae
itutqea itutaqe itutaeq ituteaq ituteqa itueqta itueqat ituetqa ituetaq itueatq itueaqt
iteaqut iteaqtu iteauqt iteautq iteatuq iteatqu iteqaut iteqatu itequat itequta iteqtua
iteqtau iteuqat iteuqta iteuaqt iteuatq iteutaq iteutqa itetqua itetqau itetuqa itetuaq
itetauq itetaqu iattque iattqeu iattuqe iattueq iatteuq iattequ iatqtue iatqteu iatqute
iatquet iatqeut iatqetu iatuqte iatuqet iatutqe iatuteq iatuetq iatueqt iatequt iateqtu
iateuqt iateutq iatetuq iatetqu iattque iattqeu iattuqe iattueq iatteuq iattequ iatqtue
iatqteu iatqute iatquet iatqeut iatqetu iatuqte iatuqet iatutqe iatuteq iatuetq iatueqt
iatequt iateqtu iateuqt iateutq iatetuq iatetqu iaqttue iaqtteu iaqtute iaqtuet iaqteut
iaqtetu iaqttue iaqtteu iaqtute iaqtuet iaqteut iaqtetu iaqutte iaqutet iaqutte iaqutet
iaquett iaquett iaqetut iaqettu iaqeutt iaqeutt iaqetut iaqettu iautqte iautqet iauttqe
iautteq iautetq iauteqt iauqtte iauqtet iauqtte iauqtet iauqett iauqett iautqte iautqet
iauttqe iautteq iautetq iauteqt iaueqtt iaueqtt iauetqt iauettq iauettq iauetqt iaetqut
iaetqtu iaetuqt iaetutq iaettuq iaettqu iaeqtut iaeqttu iaequtt iaequtt iaeqtut iaeqttu
iaeuqtt iaeuqtt iaeutqt iaeuttq iaeuttq iaeutqt iaetqut iaetqtu iaetuqt iaetutq iaettuq
iaettqu iqtatue iqtateu iqtaute iqtauet iqtaeut iqtaetu iqttaue iqttaeu iqttuae iqttuea
iqtteua iqtteau iqtutae iqtutea iqtuate iqtuaet iqtueat iqtueta iqtetua iqtetau iqteuta
iqteuat iqteaut iqteatu iqattue iqatteu iqatute iqatuet iqateut iqatetu iqattue iqatteu
iqatute iqatuet iqateut iqatetu iqautte iqautet iqautte iqautet iqauett iqauett iqaetut
iqaettu iqaeutt iqaeutt iqaetut iqaettu iqtatue iqtateu iqtaute iqtauet iqtaeut iqtaetu
iqttaue iqttaeu iqttuae iqttuea iqtteua iqtteau iqtutae iqtutea iqtuate iqtuaet iqtueat
iqtueta iqtetua iqtetau iqteuta iqteuat iqteaut iqteatu iquatte iquatet iquatte iquatet
iquaett iquaett iqutate iqutaet iquttae iquttea iquteta iquteat iquttae iquttea iqutate
iqutaet iquteat iquteta iquetta iquetat iquetta iquetat iqueatt iqueatt iqeatut iqeattu
iqeautt iqeautt iqeatut iqeattu iqetaut iqetatu iqetuat iqetuta iqettua iqettau iqeutat
iqeutta iqeuatt iqeuatt iqeutat iqeutta iqettua iqettau iqetuta iqetuat iqetaut iqetatu
iutaqte iutaqet iutatqe iutateq iutaetq iutaeqt iutqate iutqaet iutqtae iutqtea iutqeta
iutqeat iuttqae iuttqea iuttaqe iuttaeq iutteaq iutteqa iuteqta iuteqat iutetqa iutetaq
iuteatq iuteaqt iuatqte iuatqet iuattqe iuatteq iuatetq iuateqt iuaqtte iuaqtet iuaqtte
iuaqtet iuaqett iuaqett iuatqte iuatqet iuattqe iuatteq iuatetq iuateqt iuaeqtt iuaeqtt
iuaetqt iuaettq iuaettq iuaetqt iuqatte iuqatet iuqatte iuqatet iuqaett iuqaett iuqtate
iuqtaet iuqttae iuqttea iuqteta iuqteat iuqttae iuqttea iuqtate iuqtaet iuqteat iuqteta
iuqetta iuqetat iuqetta iuqetat iuqeatt iuqeatt iutaqte iutaqet iutatqe iutateq iutaetq
iutaeqt iutqate iutqaet iutqtae iutqtea iutqeta iutqeat iuttqae iuttqea iuttaqe iuttaeq
iutteaq iutteqa iuteqta iuteqat iutetqa iutetaq iuteatq iuteaqt iueaqtt iueaqtt iueatqt
iueattq iueattq iueatqt iueqatt iueqatt iueqtat iueqtta iueqtta iueqtat iuetqat iuetqta
iuetaqt iuetatq iuettaq iuettqa iuetqta iuetqat iuettqa iuettaq iuetatq iuetaqt ietaqut
ietaqtu ietauqt ietautq ietatuq ietatqu ietqaut ietqatu ietquat ietquta ietqtua ietqtau
ietuqat ietuqta ietuaqt ietuatq ietutaq ietutqa iettqua iettqau iettuqa iettuaq iettauq
iettaqu ieatqut ieatqtu ieatuqt ieatutq ieattuq ieattqu ieaqtut ieaqttu ieaqutt ieaqutt
ieaqtut ieaqttu ieauqtt ieauqtt ieautqt ieauttq ieauttq ieautqt ieatqut ieatqtu ieatuqt
ieatutq ieattuq ieattqu ieqatut ieqattu ieqautt ieqautt ieqatut ieqattu ieqtaut ieqtatu
ieqtuat ieqtuta ieqttua ieqttau iequtat iequtta iequatt iequatt iequtat iequtta ieqttua
ieqttau ieqtuta ieqtuat ieqtaut ieqtatu ieuaqtt ieuaqtt ieuatqt ieuattq ieuattq ieuatqt
ieuqatt ieuqatt ieuqtat ieuqtta ieuqtta ieuqtat ieutqat ieutqta ieutaqt ieutatq ieuttaq
ieuttqa ieutqta ieutqat ieuttqa ieuttaq ieutatq ieutaqt ietaqut ietaqtu ietauqt ietautq
ietatuq ietatqu ietqaut ietqatu ietquat ietquta ietqtua ietqtau ietuqat ietuqta ietuaqt
ietuatq ietutaq ietutqa iettqua iettqau iettuqa iettuaq iettauq iettaqu qttiaue qttiaeu
qttiuae qttiuea qttieua qttieau qttaiue qttaieu qttauie qttauei qttaeui qttaeiu qttuaie
qttuaei qttuiae qttuiea qttueia qttueai qtteaui qtteaiu qtteuai qtteuia qtteiua qtteiau
qtitaue qtitaeu qtituae qtituea qtiteua qtiteau qtiatue qtiateu qtiaute qtiauet qtiaeut
qtiaetu qtiuate qtiuaet qtiutae qtiutea qtiueta qtiueat qtieaut qtieatu qtieuat qtieuta
qtietua qtietau qtaitue qtaiteu qtaiute qtaiuet qtaieut qtaietu qtatiue qtatieu qtatuie
qtatuei qtateui qtateiu qtautie qtautei qtauite qtauiet qtaueit qtaueti qtaetui qtaetiu
qtaeuti qtaeuit qtaeiut qtaeitu qtuiate qtuiaet qtuitae qtuitea qtuieta qtuieat qtuaite
qtuaiet qtuatie qtuatei qtuaeti qtuaeit qtutaie qtutaei qtutiae qtutiea qtuteia qtuteai
qtueati qtueait qtuetai qtuetia qtueita qtueiat qteiaut qteiatu qteiuat qteiuta qteitua
qteitau qteaiut qteaitu qteauit qteauti qteatui qteatiu qteuait qteuati qteuiat qteuita
qteutia qteutai qtetaui qtetaiu qtetuai qtetuia qtetiua qtetiau qttiaue qttiaeu qttiuae
qttiuea qttieua qttieau qttaiue qttaieu qttauie qttauei qttaeui qttaeiu qttuaie qttuaei
qttuiae qttuiea qttueia qttueai qtteaui qtteaiu qtteuai qtteuia qtteiua qtteiau qtitaue
qtitaeu qtituae qtituea qtiteua qtiteau qtiatue qtiateu qtiaute qtiauet qtiaeut qtiaetu
qtiuate qtiuaet qtiutae qtiutea qtiueta qtiueat qtieaut qtieatu qtieuat qtieuta qtietua
qtietau qtaitue qtaiteu qtaiute qtaiuet qtaieut qtaietu qtatiue qtatieu qtatuie qtatuei
qtateui qtateiu qtautie qtautei qtauite qtauiet qtaueit qtaueti qtaetui qtaetiu qtaeuti
qtaeuit qtaeiut qtaeitu qtuiate qtuiaet qtuitae qtuitea qtuieta qtuieat qtuaite qtuaiet
qtuatie qtuatei qtuaeti qtuaeit qtutaie qtutaei qtutiae qtutiea qtuteia qtuteai qtueati
qtueait qtuetai qtuetia qtueita qtueiat qteiaut qteiatu qteiuat qteiuta qteitua qteitau
qteaiut qteaitu qteauit qteauti qteatui qteatiu qteuait qteuati qteuiat qteuita qteutia
qteutai qtetaui qtetaiu qtetuai qtetuia qtetiua qtetiau qittaue qittaeu qittuae qittuea
qitteua qitteau qitatue qitateu qitaute qitauet qitaeut qitaetu qituate qituaet qitutae
qitutea qitueta qitueat qiteaut qiteatu qiteuat qiteuta qitetua qitetau qittaue qittaeu
qittuae qittuea qitteua qitteau qitatue qitateu qitaute qitauet qitaeut qitaetu qituate
qituaet qitutae qitutea qitueta qitueat qiteaut qiteatu qiteuat qiteuta qitetua qitetau
qiattue qiatteu qiatute qiatuet qiateut qiatetu qiattue qiatteu qiatute qiatuet qiateut
qiatetu qiautte qiautet qiautte qiautet qiauett qiauett qiaetut qiaettu qiaeutt qiaeutt
qiaetut qiaettu qiutate qiutaet qiuttae qiuttea qiuteta qiuteat qiuatte qiuatet qiuatte
qiuatet qiuaett qiuaett qiutate qiutaet qiuttae qiuttea qiuteta qiuteat qiueatt qiueatt
qiuetat qiuetta qiuetta qiuetat qietaut qietatu qietuat qietuta qiettua qiettau qieatut
qieattu qieautt qieautt qieatut qieattu qieuatt qieuatt qieutat qieutta qieutta qieutat
qietaut qietatu qietuat qietuta qiettua qiettau qatitue qatiteu qatiute qatiuet qatieut
qatietu qattiue qattieu qattuie qattuei qatteui qatteiu qatutie qatutei qatuite qatuiet
qatueit qatueti qatetui qatetiu qateuti qateuit qateiut qateitu qaittue qaitteu qaitute
qaituet qaiteut qaitetu qaittue qaitteu qaitute qaituet qaiteut qaitetu qaiutte qaiutet
qaiutte qaiutet qaiuett qaiuett qaietut qaiettu qaieutt qaieutt qaietut qaiettu qatitue
qatiteu qatiute qatiuet qatieut qatietu qattiue qattieu qattuie qattuei qatteui qatteiu
qatutie qatutei qatuite qatuiet qatueit qatueti qatetui qatetiu qateuti qateuit qateiut
qateitu qauitte qauitet qauitte qauitet qauiett qauiett qautite qautiet qauttie qauttei
qauteti qauteit qauttie qauttei qautite qautiet qauteit qauteti qauetti qauetit qauetti
qauetit qaueitt qaueitt qaeitut qaeittu qaeiutt qaeiutt qaeitut qaeittu qaetiut qaetitu
qaetuit qaetuti qaettui qaettiu qaeutit qaeutti qaeuitt qaeuitt qaeutit qaeutti qaettui
qaettiu qaetuti qaetuit qaetiut qaetitu qutiate qutiaet qutitae qutitea qutieta qutieat
qutaite qutaiet qutatie qutatei qutaeti qutaeit quttaie quttaei quttiae quttiea qutteia
qutteai quteati quteait qutetai qutetia quteita quteiat quitate quitaet quittae quittea
quiteta quiteat quiatte quiatet quiatte quiatet quiaett quiaett quitate quitaet quittae
quittea quiteta quiteat quieatt quieatt quietat quietta quietta quietat quaitte quaitet
quaitte quaitet quaiett quaiett quatite quatiet quattie quattei quateti quateit quattie
quattei quatite quatiet quateit quateti quaetti quaetit quaetti quaetit quaeitt quaeitt
qutiate qutiaet qutitae qutitea qutieta qutieat qutaite qutaiet qutatie qutatei qutaeti
qutaeit quttaie quttaei quttiae quttiea qutteia qutteai quteati quteait qutetai qutetia
quteita quteiat queiatt queiatt queitat queitta queitta queitat queaitt queaitt queatit
queatti queatti queatit quetait quetati quetiat quetita quettia quettai quetati quetait
quettai quettia quetita quetiat qetiaut qetiatu qetiuat qetiuta qetitua qetitau qetaiut
qetaitu qetauit qetauti qetatui qetatiu qetuait qetuati qetuiat qetuita qetutia qetutai
qettaui qettaiu qettuai qettuia qettiua qettiau qeitaut qeitatu qeituat qeituta qeittua
qeittau qeiatut qeiattu qeiautt qeiautt qeiatut qeiattu qeiuatt qeiuatt qeiutat qeiutta
qeiutta qeiutat qeitaut qeitatu qeituat qeituta qeittua qeittau qeaitut qeaittu qeaiutt
qeaiutt qeaitut qeaittu qeatiut qeatitu qeatuit qeatuti qeattui qeattiu qeautit qeautti
qeauitt qeauitt qeautit qeautti qeattui qeattiu qeatuti qeatuit qeatiut qeatitu qeuiatt
qeuiatt qeuitat qeuitta qeuitta qeuitat qeuaitt qeuaitt qeuatit qeuatti qeuatti qeuatit
qeutait qeutati qeutiat qeutita qeuttia qeuttai qeutati qeutait qeuttai qeuttia qeutita
qeutiat qetiaut qetiatu qetiuat qetiuta qetitua qetitau qetaiut qetaitu qetauit qetauti
qetatui qetatiu qetuait qetuati qetuiat qetuita qetutia qetutai qettaui qettaiu qettuai
qettuia qettiua qettiau uttiqae uttiqea uttiaqe uttiaeq uttieaq uttieqa uttqiae uttqiea
uttqaie uttqaei uttqeai uttqeia uttaqie uttaqei uttaiqe uttaieq uttaeiq uttaeqi utteqai
utteqia utteaqi utteaiq utteiaq utteiqa utitqae utitqea utitaqe utitaeq utiteaq utiteqa
utiqtae utiqtea utiqate utiqaet utiqeat utiqeta utiaqte utiaqet utiatqe utiateq utiaetq
utiaeqt utieqat utieqta utieaqt utieatq utietaq utietqa utqitae utqitea utqiate utqiaet
utqieat utqieta utqtiae utqtiea utqtaie utqtaei utqteai utqteia utqatie utqatei utqaite
utqaiet utqaeit utqaeti utqetai utqetia utqeati utqeait utqeiat utqeita utaiqte utaiqet
utaitqe utaiteq utaietq utaieqt utaqite utaqiet utaqtie utaqtei utaqeti utaqeit utatqie
utatqei utatiqe utatieq utateiq utateqi utaeqti utaeqit utaetqi utaetiq utaeitq utaeiqt
uteiqat uteiqta uteiaqt uteiatq uteitaq uteitqa uteqiat uteqita uteqait uteqati uteqtai
uteqtia uteaqit uteaqti uteaiqt uteaitq uteatiq uteatqi utetqai utetqia utetaqi utetaiq
utetiaq utetiqa uttiqae uttiqea uttiaqe uttiaeq uttieaq uttieqa uttqiae uttqiea uttqaie
uttqaei uttqeai uttqeia uttaqie uttaqei uttaiqe uttaieq uttaeiq uttaeqi utteqai utteqia
utteaqi utteaiq utteiaq utteiqa utitqae utitqea utitaqe utitaeq utiteaq utiteqa utiqtae
utiqtea utiqate utiqaet utiqeat utiqeta utiaqte utiaqet utiatqe utiateq utiaetq utiaeqt
utieqat utieqta utieaqt utieatq utietaq utietqa utqitae utqitea utqiate utqiaet utqieat
utqieta utqtiae utqtiea utqtaie utqtaei utqteai utqteia utqatie utqatei utqaite utqaiet
utqaeit utqaeti utqetai utqetia utqeati utqeait utqeiat utqeita utaiqte utaiqet utaitqe
utaiteq utaietq utaieqt utaqite utaqiet utaqtie utaqtei utaqeti utaqeit utatqie utatqei
utatiqe utatieq utateiq utateqi utaeqti utaeqit utaetqi utaetiq utaeitq utaeiqt uteiqat
uteiqta uteiaqt uteiatq uteitaq uteitqa uteqiat uteqita uteqait uteqati uteqtai uteqtia
uteaqit uteaqti uteaiqt uteaitq uteatiq uteatqi utetqai utetqia utetaqi utetaiq utetiaq
utetiqa uittqae uittqea uittaqe uittaeq uitteaq uitteqa uitqtae uitqtea uitqate uitqaet
uitqeat uitqeta uitaqte uitaqet uitatqe uitateq uitaetq uitaeqt uiteqat uiteqta uiteaqt
uiteatq uitetaq uitetqa uittqae uittqea uittaqe uittaeq uitteaq uitteqa uitqtae uitqtea
uitqate uitqaet uitqeat uitqeta uitaqte uitaqet uitatqe uitateq uitaetq uitaeqt uiteqat
uiteqta uiteaqt uiteatq uitetaq uitetqa uiqttae uiqttea uiqtate uiqtaet uiqteat uiqteta
uiqttae uiqttea uiqtate uiqtaet uiqteat uiqteta uiqatte uiqatet uiqatte uiqatet uiqaett
uiqaett uiqetat uiqetta uiqeatt uiqeatt uiqetat uiqetta uiatqte uiatqet uiattqe uiatteq
uiatetq uiateqt uiaqtte uiaqtet uiaqtte uiaqtet uiaqett uiaqett uiatqte uiatqet uiattqe
uiatteq uiatetq uiateqt uiaeqtt uiaeqtt uiaetqt uiaettq uiaettq uiaetqt uietqat uietqta
uietaqt uietatq uiettaq uiettqa uieqtat uieqtta uieqatt uieqatt uieqtat uieqtta uieaqtt
uieaqtt uieatqt uieattq uieattq uieatqt uietqat uietqta uietaqt uietatq uiettaq uiettqa
uqtitae uqtitea uqtiate uqtiaet uqtieat uqtieta uqttiae uqttiea uqttaie uqttaei uqtteai
uqtteia uqtatie uqtatei uqtaite uqtaiet uqtaeit uqtaeti uqtetai uqtetia uqteati uqteait
uqteiat uqteita uqittae uqittea uqitate uqitaet uqiteat uqiteta uqittae uqittea uqitate
uqitaet uqiteat uqiteta uqiatte uqiatet uqiatte uqiatet uqiaett uqiaett uqietat uqietta
uqieatt uqieatt uqietat uqietta uqtitae uqtitea uqtiate uqtiaet uqtieat uqtieta uqttiae
uqttiea uqttaie uqttaei uqtteai uqtteia uqtatie uqtatei uqtaite uqtaiet uqtaeit uqtaeti
uqtetai uqtetia uqteati uqteait uqteiat uqteita uqaitte uqaitet uqaitte uqaitet uqaiett
uqaiett uqatite uqatiet uqattie uqattei uqateti uqateit uqattie uqattei uqatite uqatiet
uqateit uqateti uqaetti uqaetit uqaetti uqaetit uqaeitt uqaeitt uqeitat uqeitta uqeiatt
uqeiatt uqeitat uqeitta uqetiat uqetita uqetait uqetati uqettai uqettia uqeatit uqeatti
uqeaitt uqeaitt uqeatit uqeatti uqettai uqettia uqetati uqetait uqetiat uqetita uatiqte
uatiqet uatitqe uatiteq uatietq uatieqt uatqite uatqiet uatqtie uatqtei uatqeti uatqeit
uattqie uattqei uattiqe uattieq uatteiq uatteqi uateqti uateqit uatetqi uatetiq uateitq
uateiqt uaitqte uaitqet uaittqe uaitteq uaitetq uaiteqt uaiqtte uaiqtet uaiqtte uaiqtet
uaiqett uaiqett uaitqte uaitqet uaittqe uaitteq uaitetq uaiteqt uaieqtt uaieqtt uaietqt
uaiettq uaiettq uaietqt uaqitte uaqitet uaqitte uaqitet uaqiett uaqiett uaqtite uaqtiet
uaqttie uaqttei uaqteti uaqteit uaqttie uaqttei uaqtite uaqtiet uaqteit uaqteti uaqetti
uaqetit uaqetti uaqetit uaqeitt uaqeitt uatiqte uatiqet uatitqe uatiteq uatietq uatieqt
uatqite uatqiet uatqtie uatqtei uatqeti uatqeit uattqie uattqei uattiqe uattieq uatteiq
uatteqi uateqti uateqit uatetqi uatetiq uateitq uateiqt uaeiqtt uaeiqtt uaeitqt uaeittq
uaeittq uaeitqt uaeqitt uaeqitt uaeqtit uaeqtti uaeqtti uaeqtit uaetqit uaetqti uaetiqt
uaetitq uaettiq uaettqi uaetqti uaetqit uaettqi uaettiq uaetitq uaetiqt uetiqat uetiqta
uetiaqt uetiatq uetitaq uetitqa uetqiat uetqita uetqait uetqati uetqtai uetqtia uetaqit
uetaqti uetaiqt uetaitq uetatiq uetatqi uettqai uettqia uettaqi uettaiq uettiaq uettiqa
ueitqat ueitqta ueitaqt ueitatq ueittaq ueittqa ueiqtat ueiqtta ueiqatt ueiqatt ueiqtat
ueiqtta ueiaqtt ueiaqtt ueiatqt ueiattq ueiattq ueiatqt ueitqat ueitqta ueitaqt ueitatq
ueittaq ueittqa ueqitat ueqitta ueqiatt ueqiatt ueqitat ueqitta ueqtiat ueqtita ueqtait
ueqtati ueqttai ueqttia ueqatit ueqatti ueqaitt ueqaitt ueqatit ueqatti ueqttai ueqttia
ueqtati ueqtait ueqtiat ueqtita ueaiqtt ueaiqtt ueaitqt ueaittq ueaittq ueaitqt ueaqitt
ueaqitt ueaqtit ueaqtti ueaqtti ueaqtit ueatqit ueatqti ueatiqt ueatitq ueattiq ueattqi
ueatqti ueatqit ueattqi ueattiq ueatitq ueatiqt uetiqat uetiqta uetiaqt uetiatq uetitaq
uetitqa uetqiat uetqita uetqait uetqati uetqtai uetqtia uetaqit uetaqti uetaiqt uetaitq
uetatiq uetatqi uettqai uettqia uettaqi uettaiq uettiaq uettiqa ettiqua ettiqau ettiuqa
ettiuaq ettiauq ettiaqu ettqiua ettqiau ettquia ettquai ettqaui ettqaiu ettuqia ettuqai
ettuiqa ettuiaq ettuaiq ettuaqi ettaqui ettaqiu ettauqi ettauiq ettaiuq ettaiqu etitqua
etitqau etituqa etituaq etitauq etitaqu etiqtua etiqtau etiquta etiquat etiqaut etiqatu
etiuqta etiuqat etiutqa etiutaq etiuatq etiuaqt etiaqut etiaqtu etiauqt etiautq etiatuq
etiatqu etqitua etqitau etqiuta etqiuat etqiaut etqiatu etqtiua etqtiau etqtuia etqtuai
etqtaui etqtaiu etqutia etqutai etquita etquiat etquait etquati etqatui etqatiu etqauti
etqauit etqaiut etqaitu etuiqta etuiqat etuitqa etuitaq etuiatq etuiaqt etuqita etuqiat
etuqtia etuqtai etuqati etuqait etutqia etutqai etutiqa etutiaq etutaiq etutaqi etuaqti
etuaqit etuatqi etuatiq etuaitq etuaiqt etaiqut etaiqtu etaiuqt etaiutq etaituq etaitqu
etaqiut etaqitu etaquit etaquti etaqtui etaqtiu etauqit etauqti etauiqt etauitq etautiq
etautqi etatqui etatqiu etatuqi etatuiq etatiuq etatiqu ettiqua ettiqau ettiuqa ettiuaq
ettiauq ettiaqu ettqiua ettqiau ettquia ettquai ettqaui ettqaiu ettuqia ettuqai ettuiqa
ettuiaq ettuaiq ettuaqi ettaqui ettaqiu ettauqi ettauiq ettaiuq ettaiqu etitqua etitqau
etituqa etituaq etitauq etitaqu etiqtua etiqtau etiquta etiquat etiqaut etiqatu etiuqta
etiuqat etiutqa etiutaq etiuatq etiuaqt etiaqut etiaqtu etiauqt etiautq etiatuq etiatqu
etqitua etqitau etqiuta etqiuat etqiaut etqiatu etqtiua etqtiau etqtuia etqtuai etqtaui
etqtaiu etqutia etqutai etquita etquiat etquait etquati etqatui etqatiu etqauti etqauit
etqaiut etqaitu etuiqta etuiqat etuitqa etuitaq etuiatq etuiaqt etuqita etuqiat etuqtia
etuqtai etuqati etuqait etutqia etutqai etutiqa etutiaq etutaiq etutaqi etuaqti etuaqit
etuatqi etuatiq etuaitq etuaiqt etaiqut etaiqtu etaiuqt etaiutq etaituq etaitqu etaqiut
etaqitu etaquit etaquti etaqtui etaqtiu etauqit etauqti etauiqt etauitq etautiq etautqi
etatqui etatqiu etatuqi etatuiq etatiuq etatiqu eittqua eittqau eittuqa eittuaq eittauq
eittaqu eitqtua eitqtau eitquta eitquat eitqaut eitqatu eituqta eituqat eitutqa eitutaq
eituatq eituaqt eitaqut eitaqtu eitauqt eitautq eitatuq eitatqu eittqua eittqau eittuqa
eittuaq eittauq eittaqu eitqtua eitqtau eitquta eitquat eitqaut eitqatu eituqta eituqat
eitutqa eitutaq eituatq eituaqt eitaqut eitaqtu eitauqt eitautq eitatuq eitatqu eiqttua
eiqttau eiqtuta eiqtuat eiqtaut eiqtatu eiqttua eiqttau eiqtuta eiqtuat eiqtaut eiqtatu
eiqutta eiqutat eiqutta eiqutat eiquatt eiquatt eiqatut eiqattu eiqautt eiqautt eiqatut
eiqattu eiutqta eiutqat eiuttqa eiuttaq eiutatq eiutaqt eiuqtta eiuqtat eiuqtta eiuqtat
eiuqatt eiuqatt eiutqta eiutqat eiuttqa eiuttaq eiutatq eiutaqt eiuaqtt eiuaqtt eiuatqt
eiuattq eiuattq eiuatqt eiatqut eiatqtu eiatuqt eiatutq eiattuq eiattqu eiaqtut eiaqttu
eiaqutt eiaqutt eiaqtut eiaqttu eiauqtt eiauqtt eiautqt eiauttq eiauttq eiautqt eiatqut
eiatqtu eiatuqt eiatutq eiattuq eiattqu eqtitua eqtitau eqtiuta eqtiuat eqtiaut eqtiatu
eqttiua eqttiau eqttuia eqttuai eqttaui eqttaiu eqtutia eqtutai eqtuita eqtuiat eqtuait
eqtuati eqtatui eqtatiu eqtauti eqtauit eqtaiut eqtaitu eqittua eqittau eqituta eqituat
eqitaut eqitatu eqittua eqittau eqituta eqituat eqitaut eqitatu eqiutta eqiutat eqiutta
eqiutat eqiuatt eqiuatt eqiatut eqiattu eqiautt eqiautt eqiatut eqiattu eqtitua eqtitau
eqtiuta eqtiuat eqtiaut eqtiatu eqttiua eqttiau eqttuia eqttuai eqttaui eqttaiu eqtutia
eqtutai eqtuita eqtuiat eqtuait eqtuati eqtatui eqtatiu eqtauti eqtauit eqtaiut eqtaitu
equitta equitat equitta equitat equiatt equiatt equtita equtiat equttia equttai equtati
equtait equttia equttai equtita equtiat equtait equtati equatti equatit equatti equatit
equaitt equaitt eqaitut eqaittu eqaiutt eqaiutt eqaitut eqaittu eqatiut eqatitu eqatuit
eqatuti eqattui eqattiu eqautit eqautti eqauitt eqauitt eqautit eqautti eqattui eqattiu
eqatuti eqatuit eqatiut eqatitu eutiqta eutiqat eutitqa eutitaq eutiatq eutiaqt eutqita
eutqiat eutqtia eutqtai eutqati eutqait euttqia euttqai euttiqa euttiaq euttaiq euttaqi
eutaqti eutaqit eutatqi eutatiq eutaitq eutaiqt euitqta euitqat euittqa euittaq euitatq
euitaqt euiqtta euiqtat euiqtta euiqtat euiqatt euiqatt euitqta euitqat euittqa euittaq
euitatq euitaqt euiaqtt euiaqtt euiatqt euiattq euiattq euiatqt euqitta euqitat euqitta
euqitat euqiatt euqiatt euqtita euqtiat euqttia euqttai euqtati euqtait euqttia euqttai
euqtita euqtiat euqtait euqtati euqatti euqatit euqatti euqatit euqaitt euqaitt eutiqta
eutiqat eutitqa eutitaq eutiatq eutiaqt eutqita eutqiat eutqtia eutqtai eutqati eutqait
euttqia euttqai euttiqa euttiaq euttaiq euttaqi eutaqti eutaqit eutatqi eutatiq eutaitq
eutaiqt euaiqtt euaiqtt euaitqt euaittq euaittq euaitqt euaqitt euaqitt euaqtit euaqtti
euaqtti euaqtit euatqit euatqti euatiqt euatitq euattiq euattqi euatqti euatqit euattqi
euattiq euatitq euatiqt eatiqut eatiqtu eatiuqt eatiutq eatituq eatitqu eatqiut eatqitu
eatquit eatquti eatqtui eatqtiu eatuqit eatuqti eatuiqt eatuitq eatutiq eatutqi eattqui
eattqiu eattuqi eattuiq eattiuq eattiqu eaitqut eaitqtu eaituqt eaitutq eaittuq eaittqu
eaiqtut eaiqttu eaiqutt eaiqutt eaiqtut eaiqttu eaiuqtt eaiuqtt eaiutqt eaiuttq eaiuttq
eaiutqt eaitqut eaitqtu eaituqt eaitutq eaittuq eaittqu eaqitut eaqittu eaqiutt eaqiutt
eaqitut eaqittu eaqtiut eaqtitu eaqtuit eaqtuti eaqttui eaqttiu eaqutit eaqutti eaquitt
eaquitt eaqutit eaqutti eaqttui eaqttiu eaqtuti eaqtuit eaqtiut eaqtitu eauiqtt eauiqtt
eauitqt eauittq eauittq eauitqt eauqitt eauqitt eauqtit eauqtti eauqtti eauqtit eautqit
eautqti eautiqt eautitq eauttiq eauttqi eautqti eautqit eauttqi eauttiq eautitq eautiqt
eatiqut eatiqtu eatiuqt eatiutq eatituq eatitqu eatqiut eatqitu eatquit eatquti eatqtui
eatqtiu eatuqit eatuqti eatuiqt eatuitq eatutiq eatutqi eattqui eattqiu eattuqi eattuiq
eattiuq eattiqu

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History of cryptography
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