easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

flameproof

ducamusque

monzonitic

irreprehensible

pellian

knock

filchingly

snick

gymnozyga

maceman

unimporting

wheat

splendiferous

unhitch

giovannivan

deludable

decahydrated

polygrooved


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: naivety
cipher variations:
objwfuz pckxgva qdlyhwb remzixc sfnajyd
tgobkze uhpclaf viqdmbg wjrench xksfodi
yltgpej zmuhqfk anvirgl bowjshm cpxktin
dqylujo erzmvkp fsanwlq gtboxmr hucpyns
ivdqzot jwerapu kxfsbqv lygtcrw mzhudsx

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: naivety
Cipher: mzrevgb

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: naivety
Cipher: ABBAA AAAAA ABAAA BBBAB AABAA BAABA BABBA

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: naivety
cipher variations:
objwfuzobzmngvobpcvsrobfsdenobvilqjoblytcfobrejaxobhurmt
obxkzypobnahklobdqpwhobtgxidpckxgvapcanohwpcqdwtspcgtefo
pcwjmrkpcmzudgpcsfkbypcivsnupcylazqpcobilmpcerqxipcuhyje
qdlyhwbqdbopixqdrexutqdhufgpqdxknslqdnavehqdtglczqdjwtov
qdzmbarqdpcjmnqdfsryjqdvizkfremzixcrecpqjyresfyvureivghq
reylotmreobwfireuhmdarekxupwreancbsreqdknoregtszkrewjalg
sfnajydsfdqrkzsftgzwvsfjwhirsfzmpunsfpcxgjsfvinebsflyvqx
sfbodctsfrelopsfhutalsfxkbmhtgobkzetgerslatguhaxwtgkxijs
tganqvotgqdyhktgwjofctgmzwrytgcpedutgsfmpqtgivubmtgylcni
uhpclafuhfstmbuhvibyxuhlyjktuhborwpuhreziluhxkpgduhnaxsz
uhdqfevuhtgnqruhjwvcnuhzmdojviqdmbgvigtuncviwjczyvimzklu
vicpsxqvisfajmviylqheviobytaviergfwviuhorsvikxwdovianepk
wjrenchwjhuvodwjxkdazwjnalmvwjdqtyrwjtgbknwjzmrifwjpczub
wjfshgxwjvipstwjlyxepwjbofqlxksfodixkivwpexkylebaxkobmnw
xkeruzsxkuhcloxkansjgxkqdavcxkgtihyxkwjqtuxkmzyfqxkcpgrm
yltgpejyljwxqfylzmfcbylpcnoxylfsvatylvidmpylbotkhylrebwd
ylhujizylxkruvylnazgryldqhsnzmuhqfkzmkxyrgzmangdczmqdopy
zmgtwbuzmwjenqzmcpulizmsfcxezmivkjazmylsvwzmobahszmerito
anvirglanlyzshanbohedanrepqzanhuxcvanxkforandqvmjantgdyf
anjwlkbanzmtwxanpcbitanfsjupbowjshmbomzatibocpifebosfqra
boivydwboylgpsboerwnkbouhezgbokxmlcboanuxyboqdcjubogtkvq
cpxktincpnabujcpdqjgfcptgrsbcpjwzexcpzmhqtcpfsxolcpvifah
cplynmdcpbovyzcpredkvcphulwrdqylujodqobcvkdqerkhgdquhstc
dqkxafydqanirudqgtypmdqwjgbidqmzonedqcpwzadqsfelwdqivmxs
erzmvkperpcdwlerfslihervituderlybgzerbojsverhuzqnerxkhcj
ernapoferdqxabertgfmxerjwnytfsanwlqfsqdexmfsgtmjifswjuve
fsmzchafscpktwfsivarofsylidkfsobqpgfserybcfsuhgnyfskxozu
gtboxmrgtrefyngthunkjgtxkvwfgtnadibgtdqluxgtjwbspgtzmjel
gtpcrqhgtfszcdgtvihozgtlypavhucpynshusfgzohuivolkhuylwxg
huobejchuermvyhukxctqhuankfmhuqdsrihugtadehuwjipahumzqbw
ivdqzotivtghapivjwpmlivzmxyhivpcfkdivfsnwzivlydurivbolgn
ivretsjivhubefivxkjqbivnarcxjwerapujwuhibqjwkxqnmjwanyzi
jwqdglejwgtoxajwmzevsjwcpmhojwsfutkjwivcfgjwylkrcjwobsdy
kxfsbqvkxvijcrkxlyronkxbozajkxrehmfkxhupybkxnafwtkxdqnip
kxtgvulkxjwdghkxzmlsdkxpctezlygtcrwlywjkdslymzspolycpabk
lysfinglyivqzclyobgxulyerojqlyuhwvmlykxehilyanmtelyqdufa
mzhudsxmzxkletmznatqpmzdqbclmztgjohmzjwradmzpchyvmzfspkr
mzvixwnmzlyfijmzbonufmzrevgbnaivetynaylmfunaoburqnaercdm
nauhkpinakxsbenaqdizwnagtqlsnawjyxonamzgjknacpovgnasfwhc

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: naivety
Cipher: anvirgl

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: naivety
Cipher: 33114215514445

Extended Methods:
Method #1

Plaintext: naivety
method variations:
sfoakydxltfpdicqyluiohvdqzot

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
n a i v e t y 
3 1 4 1 5 4 4 
3 1 2 5 1 4 5 
They are then read out in rows:
31415443125145
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: naivety
Cipher: cduofey

Read more ...
Method #3

Plaintext: naivety
method variations:
cqbzqtp qbzqtpc bzqtpcq
zqtpcqb qtpcqbz tpcqbzq
pcqbzqt

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: naivety

all 5040 cipher variations:
naivety naiveyt naivtey naivtye naivyte naivyet naievty naievyt naietvy naietyv naieytv
naieyvt naitevy naiteyv naitvey naitvye naityve naityev naiyetv naiyevt naiytev naiytve
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atiynve atiyvne atiyven atvieny atvieyn atviney atvinye atviyne atviyen atveiny atveiyn
atveniy atvenyi atveyni atveyin atvneiy atvneyi atvniey atvniye atvnyie atvnyei atvyeni
atvyein atvynei atvynie atvyine atvyien ateviny ateviyn atevniy atevnyi atevyni atevyin
ateivny ateivyn ateinvy ateinyv ateiynv ateiyvn atenivy ateniyv atenviy atenvyi atenyvi
atenyiv ateyinv ateyivn ateyniv ateynvi ateyvni ateyvin atnveiy atnveyi atnviey atnviye
atnvyie atnvyei atneviy atnevyi atneivy atneiyv atneyiv atneyvi atnievy atnieyv atnivey
atnivye atniyve atniyev atnyeiv atnyevi atnyiev atnyive atnyvie atnyvei atyveni atyvein
atyvnei atyvnie atyvine atyvien atyevni atyevin atyenvi atyeniv atyeinv atyeivn atynevi
atyneiv atynvei atynvie atynive atyniev atyienv atyievn atyinev atyinve atyivne atyiven
ayivetn ayivent ayivten ayivtne ayivnte ayivnet ayievtn ayievnt ayietvn ayietnv ayientv
ayienvt ayitevn ayitenv ayitven ayitvne ayitnve ayitnev ayinetv ayinevt ayintev ayintve
ayinvte ayinvet ayvietn ayvient ayviten ayvitne ayvinte ayvinet ayveitn ayveint ayvetin
ayvetni ayventi ayvenit ayvtein ayvteni ayvtien ayvtine ayvtnie ayvtnei ayvneti ayvneit
ayvntei ayvntie ayvnite ayvniet ayevitn ayevint ayevtin ayevtni ayevnti ayevnit ayeivtn
ayeivnt ayeitvn ayeitnv ayeintv ayeinvt ayetivn ayetinv ayetvin ayetvni ayetnvi ayetniv
ayenitv ayenivt ayentiv ayentvi ayenvti ayenvit aytvein aytveni aytvien aytvine aytvnie
aytvnei aytevin aytevni ayteivn ayteinv ayteniv aytenvi aytievn aytienv aytiven aytivne
aytinve aytinev aytneiv aytnevi aytniev aytnive aytnvie aytnvei aynveti aynveit aynvtei
aynvtie aynvite aynviet aynevti aynevit aynetvi aynetiv ayneitv ayneivt ayntevi aynteiv
ayntvei ayntvie ayntive ayntiev aynietv aynievt aynitev aynitve aynivte aynivet ianvety
ianveyt ianvtey ianvtye ianvyte ianvyet ianevty ianevyt ianetvy ianetyv ianeytv ianeyvt
iantevy ianteyv iantvey iantvye iantyve iantyev ianyetv ianyevt ianytev ianytve ianyvte
ianyvet iavnety iavneyt iavntey iavntye iavnyte iavnyet iaventy iavenyt iavetny iavetyn
iaveytn iaveynt iavteny iavteyn iavtney iavtnye iavtyne iavtyen iavyetn iavyent iavyten
iavytne iavynte iavynet iaevnty iaevnyt iaevtny iaevtyn iaevytn iaevynt iaenvty iaenvyt
iaentvy iaentyv iaenytv iaenyvt iaetnvy iaetnyv iaetvny iaetvyn iaetyvn iaetynv iaeyntv
iaeynvt iaeytnv iaeytvn iaeyvtn iaeyvnt iatveny iatveyn iatvney iatvnye iatvyne iatvyen
iatevny iatevyn iatenvy iatenyv iateynv iateyvn iatnevy iatneyv iatnvey iatnvye iatnyve
iatnyev iatyenv iatyevn iatynev iatynve iatyvne iatyven iayvetn iayvent iayvten iayvtne
iayvnte iayvnet iayevtn iayevnt iayetvn iayetnv iayentv iayenvt iaytevn iaytenv iaytven
iaytvne iaytnve iaytnev iaynetv iaynevt iayntev iayntve iaynvte iaynvet inavety inaveyt
inavtey inavtye inavyte inavyet inaevty inaevyt inaetvy inaetyv inaeytv inaeyvt inatevy
inateyv inatvey inatvye inatyve inatyev inayetv inayevt inaytev inaytve inayvte inayvet
invaety invaeyt invatey invatye invayte invayet inveaty inveayt invetay invetya inveyta
inveyat invteay invteya invtaey invtaye invtyae invtyea invyeta invyeat invytea invytae
invyate invyaet inevaty inevayt inevtay inevtya inevyta inevyat ineavty ineavyt ineatvy
ineatyv ineaytv ineayvt inetavy inetayv inetvay inetvya inetyva inetyav ineyatv ineyavt
ineytav ineytva ineyvta ineyvat intveay intveya intvaey intvaye intvyae intvyea intevay
intevya inteavy inteayv inteyav inteyva intaevy intaeyv intavey intavye intayve intayev
intyeav intyeva intyaev intyave intyvae intyvea inyveta inyveat inyvtea inyvtae inyvate
inyvaet inyevta inyevat inyetva inyetav inyeatv inyeavt inyteva inyteav inytvea inytvae
inytave inytaev inyaetv inyaevt inyatev inyatve inyavte inyavet ivnaety ivnaeyt ivnatey
ivnatye ivnayte ivnayet ivneaty ivneayt ivnetay ivnetya ivneyta ivneyat ivnteay ivnteya
ivntaey ivntaye ivntyae ivntyea ivnyeta ivnyeat ivnytea ivnytae ivnyate ivnyaet ivanety
ivaneyt ivantey ivantye ivanyte ivanyet ivaenty ivaenyt ivaetny ivaetyn ivaeytn ivaeynt
ivateny ivateyn ivatney ivatnye ivatyne ivatyen ivayetn ivayent ivayten ivaytne ivaynte
ivaynet iveanty iveanyt iveatny iveatyn iveaytn iveaynt ivenaty ivenayt iventay iventya
ivenyta ivenyat ivetnay ivetnya ivetany ivetayn ivetyan ivetyna iveynta iveynat iveytna
iveytan iveyatn iveyant ivtaeny ivtaeyn ivtaney ivtanye ivtayne ivtayen ivteany ivteayn
ivtenay ivtenya ivteyna ivteyan ivtneay ivtneya ivtnaey ivtnaye ivtnyae ivtnyea ivtyena
ivtyean ivtynea ivtynae ivtyane ivtyaen ivyaetn ivyaent ivyaten ivyatne ivyante ivyanet
ivyeatn ivyeant ivyetan ivyetna ivyenta ivyenat ivytean ivytena ivytaen ivytane ivytnae
ivytnea ivyneta ivyneat ivyntea ivyntae ivynate ivynaet ienvaty ienvayt ienvtay ienvtya
ienvyta ienvyat ienavty ienavyt ienatvy ienatyv ienaytv ienayvt ientavy ientayv ientvay
ientvya ientyva ientyav ienyatv ienyavt ienytav ienytva ienyvta ienyvat ievnaty ievnayt
ievntay ievntya ievnyta ievnyat ievanty ievanyt ievatny ievatyn ievaytn ievaynt ievtany
ievtayn ievtnay ievtnya ievtyna ievtyan ievyatn ievyant ievytan ievytna ievynta ievynat
ieavnty ieavnyt ieavtny ieavtyn ieavytn ieavynt ieanvty ieanvyt ieantvy ieantyv ieanytv
ieanyvt ieatnvy ieatnyv ieatvny ieatvyn ieatyvn ieatynv ieayntv ieaynvt ieaytnv ieaytvn
ieayvtn ieayvnt ietvany ietvayn ietvnay ietvnya ietvyna ietvyan ietavny ietavyn ietanvy
ietanyv ietaynv ietayvn ietnavy ietnayv ietnvay ietnvya ietnyva ietnyav ietyanv ietyavn
ietynav ietynva ietyvna ietyvan ieyvatn ieyvant ieyvtan ieyvtna ieyvnta ieyvnat ieyavtn
ieyavnt ieyatvn ieyatnv ieyantv ieyanvt ieytavn ieytanv ieytvan ieytvna ieytnva ieytnav
ieynatv ieynavt ieyntav ieyntva ieynvta ieynvat itnveay itnveya itnvaey itnvaye itnvyae
itnvyea itnevay itnevya itneavy itneayv itneyav itneyva itnaevy itnaeyv itnavey itnavye
itnayve itnayev itnyeav itnyeva itnyaev itnyave itnyvae itnyvea itvneay itvneya itvnaey
itvnaye itvnyae itvnyea itvenay itvenya itveany itveayn itveyan itveyna itvaeny itvaeyn
itvaney itvanye itvayne itvayen itvyean itvyena itvyaen itvyane itvynae itvynea itevnay
itevnya itevany itevayn itevyan itevyna itenvay itenvya itenavy itenayv itenyav itenyva
iteanvy iteanyv iteavny iteavyn iteayvn iteaynv iteynav iteynva iteyanv iteyavn iteyvan
iteyvna itaveny itaveyn itavney itavnye itavyne itavyen itaevny itaevyn itaenvy itaenyv
itaeynv itaeyvn itanevy itaneyv itanvey itanvye itanyve itanyev itayenv itayevn itaynev
itaynve itayvne itayven ityvean ityvena ityvaen ityvane ityvnae ityvnea ityevan ityevna
ityeavn ityeanv ityenav ityenva ityaevn ityaenv ityaven ityavne ityanve ityanev ityneav
ityneva itynaev itynave itynvae itynvea iynveta iynveat iynvtea iynvtae iynvate iynvaet
iynevta iynevat iynetva iynetav iyneatv iyneavt iynteva iynteav iyntvea iyntvae iyntave
iyntaev iynaetv iynaevt iynatev iynatve iynavte iynavet iyvneta iyvneat iyvntea iyvntae
iyvnate iyvnaet iyventa iyvenat iyvetna iyvetan iyveatn iyveant iyvtena iyvtean iyvtnea
iyvtnae iyvtane iyvtaen iyvaetn iyvaent iyvaten iyvatne iyvante iyvanet iyevnta iyevnat
iyevtna iyevtan iyevatn iyevant iyenvta iyenvat iyentva iyentav iyenatv iyenavt iyetnva
iyetnav iyetvna iyetvan iyetavn iyetanv iyeantv iyeanvt iyeatnv iyeatvn iyeavtn iyeavnt
iytvena iytvean iytvnea iytvnae iytvane iytvaen iytevna iytevan iytenva iytenav iyteanv
iyteavn iytneva iytneav iytnvea iytnvae iytnave iytnaev iytaenv iytaevn iytanev iytanve
iytavne iytaven iyavetn iyavent iyavten iyavtne iyavnte iyavnet iyaevtn iyaevnt iyaetvn
iyaetnv iyaentv iyaenvt iyatevn iyatenv iyatven iyatvne iyatnve iyatnev iyanetv iyanevt
iyantev iyantve iyanvte iyanvet vainety vaineyt vaintey vaintye vainyte vainyet vaienty
vaienyt vaietny vaietyn vaieytn vaieynt vaiteny vaiteyn vaitney vaitnye vaityne vaityen
vaiyetn vaiyent vaiyten vaiytne vaiynte vaiynet vaniety vanieyt vanitey vanitye vaniyte
vaniyet vaneity vaneiyt vanetiy vanetyi vaneyti vaneyit vanteiy vanteyi vantiey vantiye
vantyie vantyei vanyeti vanyeit vanytei vanytie vanyite vanyiet vaenity vaeniyt vaentiy
vaentyi vaenyti vaenyit vaeinty vaeinyt vaeitny vaeityn vaeiytn vaeiynt vaetiny vaetiyn
vaetniy vaetnyi vaetyni vaetyin vaeyitn vaeyint vaeytin vaeytni vaeynti vaeynit vatneiy
vatneyi vatniey vatniye vatnyie vatnyei vateniy vatenyi vateiny vateiyn vateyin vateyni
vatieny vatieyn vatiney vatinye vatiyne vatiyen vatyein vatyeni vatyien vatyine vatynie
vatynei vayneti vayneit vayntei vayntie vaynite vayniet vayenti vayenit vayetni vayetin
vayeitn vayeint vayteni vaytein vaytnei vaytnie vaytine vaytien vayietn vayient vayiten
vayitne vayinte vayinet vianety vianeyt viantey viantye vianyte vianyet viaenty viaenyt
viaetny viaetyn viaeytn viaeynt viateny viateyn viatney viatnye viatyne viatyen viayetn
viayent viayten viaytne viaynte viaynet vinaety vinaeyt vinatey vinatye vinayte vinayet
vineaty vineayt vinetay vinetya vineyta vineyat vinteay vinteya vintaey vintaye vintyae
vintyea vinyeta vinyeat vinytea vinytae vinyate vinyaet vienaty vienayt vientay vientya
vienyta vienyat vieanty vieanyt vieatny vieatyn vieaytn vieaynt vietany vietayn vietnay
vietnya vietyna vietyan vieyatn vieyant vieytan vieytna vieynta vieynat vitneay vitneya
vitnaey vitnaye vitnyae vitnyea vitenay vitenya viteany viteayn viteyan viteyna vitaeny
vitaeyn vitaney vitanye vitayne vitayen vityean vityena vityaen vityane vitynae vitynea
viyneta viyneat viyntea viyntae viynate viynaet viyenta viyenat viyetna viyetan viyeatn
viyeant viytena viytean viytnea viytnae viytane viytaen viyaetn viyaent viyaten viyatne
viyante viyanet vniaety vniaeyt vniatey vniatye vniayte vniayet vnieaty vnieayt vnietay
vnietya vnieyta vnieyat vniteay vniteya vnitaey vnitaye vnityae vnityea vniyeta vniyeat
vniytea vniytae vniyate vniyaet vnaiety vnaieyt vnaitey vnaitye vnaiyte vnaiyet vnaeity
vnaeiyt vnaetiy vnaetyi vnaeyti vnaeyit vnateiy vnateyi vnatiey vnatiye vnatyie vnatyei
vnayeti vnayeit vnaytei vnaytie vnayite vnayiet vneaity vneaiyt vneatiy vneatyi vneayti
vneayit vneiaty vneiayt vneitay vneitya vneiyta vneiyat vnetiay vnetiya vnetaiy vnetayi
vnetyai vnetyia vneyita vneyiat vneytia vneytai vneyati vneyait vntaeiy vntaeyi vntaiey
vntaiye vntayie vntayei vnteaiy vnteayi vnteiay vnteiya vnteyia vnteyai vntieay vntieya
vntiaey vntiaye vntiyae vntiyea vntyeia vntyeai vntyiea vntyiae vntyaie vntyaei vnyaeti
vnyaeit vnyatei vnyatie vnyaite vnyaiet vnyeati vnyeait vnyetai vnyetia vnyeita vnyeiat
vnyteai vnyteia vnytaei vnytaie vnytiae vnytiea vnyieta vnyieat vnyitea vnyitae vnyiate
vnyiaet veinaty veinayt veintay veintya veinyta veinyat veianty veianyt veiatny veiatyn
veiaytn veiaynt veitany veitayn veitnay veitnya veityna veityan veiyatn veiyant veiytan
veiytna veiynta veiynat veniaty veniayt venitay venitya veniyta veniyat venaity venaiyt
venatiy venatyi venayti venayit ventaiy ventayi ventiay ventiya ventyia ventyai venyati
venyait venytai venytia venyita venyiat veanity veaniyt veantiy veantyi veanyti veanyit
veainty veainyt veaitny veaityn veaiytn veaiynt veatiny veatiyn veatniy veatnyi veatyni
veatyin veayitn veayint veaytin veaytni veaynti veaynit vetnaiy vetnayi vetniay vetniya
vetnyia vetnyai vetaniy vetanyi vetainy vetaiyn vetayin vetayni vetiany vetiayn vetinay
vetinya vetiyna vetiyan vetyain vetyani vetyian vetyina vetynia vetynai veynati veynait
veyntai veyntia veynita veyniat veyanti veyanit veyatni veyatin veyaitn veyaint veytani
veytain veytnai veytnia veytina veytian veyiatn veyiant veyitan veyitna veyinta veyinat
vtineay vtineya vtinaey vtinaye vtinyae vtinyea vtienay vtienya vtieany vtieayn vtieyan
vtieyna vtiaeny vtiaeyn vtianey vtianye vtiayne vtiayen vtiyean vtiyena vtiyaen vtiyane
vtiynae vtiynea vtnieay vtnieya vtniaey vtniaye vtniyae vtniyea vtneiay vtneiya vtneaiy
vtneayi vtneyai vtneyia vtnaeiy vtnaeyi vtnaiey vtnaiye vtnayie vtnayei vtnyeai vtnyeia
vtnyaei vtnyaie vtnyiae vtnyiea vteniay vteniya vtenaiy vtenayi vtenyai vtenyia vteinay
vteinya vteiany vteiayn vteiyan vteiyna vteainy vteaiyn vteaniy vteanyi vteayni vteayin
vteyian vteyina vteyain vteyani vteynai vteynia vtaneiy vtaneyi vtaniey vtaniye vtanyie
vtanyei vtaeniy vtaenyi vtaeiny vtaeiyn vtaeyin vtaeyni vtaieny vtaieyn vtainey vtainye
vtaiyne vtaiyen vtayein vtayeni vtayien vtayine vtaynie vtaynei vtyneai vtyneia vtynaei
vtynaie vtyniae vtyniea vtyenai vtyenia vtyeani vtyeain vtyeian vtyeina vtyaeni vtyaein
vtyanei vtyanie vtyaine vtyaien vtyiean vtyiena vtyiaen vtyiane vtyinae vtyinea vyineta
vyineat vyintea vyintae vyinate vyinaet vyienta vyienat vyietna vyietan vyieatn vyieant
vyitena vyitean vyitnea vyitnae vyitane vyitaen vyiaetn vyiaent vyiaten vyiatne vyiante
vyianet vynieta vynieat vynitea vynitae vyniate vyniaet vyneita vyneiat vynetia vynetai
vyneati vyneait vynteia vynteai vyntiea vyntiae vyntaie vyntaei vynaeti vynaeit vynatei
vynatie vynaite vynaiet vyenita vyeniat vyentia vyentai vyenati vyenait vyeinta vyeinat
vyeitna vyeitan vyeiatn vyeiant vyetina vyetian vyetnia vyetnai vyetani vyetain vyeaitn
vyeaint vyeatin vyeatni vyeanti vyeanit vytneia vytneai vytniea vytniae vytnaie vytnaei
vytenia vytenai vyteina vyteian vyteain vyteani vytiena vytiean vytinea vytinae vytiane
vytiaen vytaein vytaeni vytaien vytaine vytanie vytanei vyaneti vyaneit vyantei vyantie
vyanite vyaniet vyaenti vyaenit vyaetni vyaetin vyaeitn vyaeint vyateni vyatein vyatnei
vyatnie vyatine vyatien vyaietn vyaient vyaiten vyaitne vyainte vyainet eaivnty eaivnyt
eaivtny eaivtyn eaivytn eaivynt eainvty eainvyt eaintvy eaintyv eainytv eainyvt eaitnvy
eaitnyv eaitvny eaitvyn eaityvn eaitynv eaiyntv eaiynvt eaiytnv eaiytvn eaiyvtn eaiyvnt
eavinty eavinyt eavitny eavityn eaviytn eaviynt eavnity eavniyt eavntiy eavntyi eavnyti
eavnyit eavtniy eavtnyi eavtiny eavtiyn eavtyin eavtyni eavynti eavynit eavytni eavytin
eavyitn eavyint eanvity eanviyt eanvtiy eanvtyi eanvyti eanvyit eanivty eanivyt eanitvy
eanityv eaniytv eaniyvt eantivy eantiyv eantviy eantvyi eantyvi eantyiv eanyitv eanyivt
eanytiv eanytvi eanyvti eanyvit eatvniy eatvnyi eatviny eatviyn eatvyin eatvyni eatnviy
eatnvyi eatnivy eatniyv eatnyiv eatnyvi eatinvy eatinyv eativny eativyn eatiyvn eatiynv
eatyniv eatynvi eatyinv eatyivn eatyvin eatyvni eayvnti eayvnit eayvtni eayvtin eayvitn
eayvint eaynvti eaynvit eayntvi eayntiv eaynitv eaynivt eaytnvi eaytniv eaytvni eaytvin
eaytivn eaytinv eayintv eayinvt eayitnv eayitvn eayivtn eayivnt eiavnty eiavnyt eiavtny
eiavtyn eiavytn eiavynt eianvty eianvyt eiantvy eiantyv eianytv eianyvt eiatnvy eiatnyv
eiatvny eiatvyn eiatyvn eiatynv eiayntv eiaynvt eiaytnv eiaytvn eiayvtn eiayvnt eivanty
eivanyt eivatny eivatyn eivaytn eivaynt eivnaty eivnayt eivntay eivntya eivnyta eivnyat
eivtnay eivtnya eivtany eivtayn eivtyan eivtyna eivynta eivynat eivytna eivytan eivyatn
eivyant einvaty einvayt einvtay einvtya einvyta einvyat einavty einavyt einatvy einatyv
einaytv einayvt eintavy eintayv eintvay eintvya eintyva eintyav einyatv einyavt einytav
einytva einyvta einyvat eitvnay eitvnya eitvany eitvayn eitvyan eitvyna eitnvay eitnvya
eitnavy eitnayv eitnyav eitnyva eitanvy eitanyv eitavny eitavyn eitayvn eitaynv eitynav
eitynva eityanv eityavn eityvan eityvna eiyvnta eiyvnat eiyvtna eiyvtan eiyvatn eiyvant
eiynvta eiynvat eiyntva eiyntav eiynatv eiynavt eiytnva eiytnav eiytvna eiytvan eiytavn
eiytanv eiyantv eiyanvt eiyatnv eiyatvn eiyavtn eiyavnt evianty evianyt eviatny eviatyn
eviaytn eviaynt evinaty evinayt evintay evintya evinyta evinyat evitnay evitnya evitany
evitayn evityan evityna eviynta eviynat eviytna eviytan eviyatn eviyant evainty evainyt
evaitny evaityn evaiytn evaiynt evanity evaniyt evantiy evantyi evanyti evanyit evatniy
evatnyi evatiny evatiyn evatyin evatyni evaynti evaynit evaytni evaytin evayitn evayint
evnaity evnaiyt evnatiy evnatyi evnayti evnayit evniaty evniayt evnitay evnitya evniyta
evniyat evntiay evntiya evntaiy evntayi evntyai evntyia evnyita evnyiat evnytia evnytai
evnyati evnyait evtaniy evtanyi evtainy evtaiyn evtayin evtayni evtnaiy evtnayi evtniay
evtniya evtnyia evtnyai evtinay evtinya evtiany evtiayn evtiyan evtiyna evtynia evtynai
evtyina evtyian evtyain evtyani evyanti evyanit evyatni evyatin evyaitn evyaint evynati
evynait evyntai evyntia evynita evyniat evytnai evytnia evytani evytain evytian evytina
evyinta evyinat evyitna evyitan evyiatn evyiant enivaty enivayt enivtay enivtya enivyta
enivyat eniavty eniavyt eniatvy eniatyv eniaytv eniayvt enitavy enitayv enitvay enitvya
enityva enityav eniyatv eniyavt eniytav eniytva eniyvta eniyvat enviaty enviayt envitay
envitya enviyta enviyat envaity envaiyt envatiy envatyi envayti envayit envtaiy envtayi
envtiay envtiya envtyia envtyai envyati envyait envytai envytia envyita envyiat enavity
enaviyt enavtiy enavtyi enavyti enavyit enaivty enaivyt enaitvy enaityv enaiytv enaiyvt
enativy enatiyv enatviy enatvyi enatyvi enatyiv enayitv enayivt enaytiv enaytvi enayvti
enayvit entvaiy entvayi entviay entviya entvyia entvyai entaviy entavyi entaivy entaiyv
entayiv entayvi entiavy entiayv entivay entivya entiyva entiyav entyaiv entyavi entyiav
entyiva entyvia entyvai enyvati enyvait enyvtai enyvtia enyvita enyviat enyavti enyavit
enyatvi enyativ enyaitv enyaivt enytavi enytaiv enytvai enytvia enytiva enytiav enyiatv
enyiavt enyitav enyitva enyivta enyivat etivnay etivnya etivany etivayn etivyan etivyna
etinvay etinvya etinavy etinayv etinyav etinyva etianvy etianyv etiavny etiavyn etiayvn
etiaynv etiynav etiynva etiyanv etiyavn etiyvan etiyvna etvinay etvinya etviany etviayn
etviyan etviyna etvniay etvniya etvnaiy etvnayi etvnyai etvnyia etvaniy etvanyi etvainy
etvaiyn etvayin etvayni etvynai etvynia etvyani etvyain etvyian etvyina etnviay etnviya
etnvaiy etnvayi etnvyai etnvyia etnivay etnivya etniavy etniayv etniyav etniyva etnaivy
etnaiyv etnaviy etnavyi etnayvi etnayiv etnyiav etnyiva etnyaiv etnyavi etnyvai etnyvia
etavniy etavnyi etaviny etaviyn etavyin etavyni etanviy etanvyi etanivy etaniyv etanyiv
etanyvi etainvy etainyv etaivny etaivyn etaiyvn etaiynv etayniv etaynvi etayinv etayivn
etayvin etayvni etyvnai etyvnia etyvani etyvain etyvian etyvina etynvai etynvia etynavi
etynaiv etyniav etyniva etyanvi etyaniv etyavni etyavin etyaivn etyainv etyinav etyinva
etyianv etyiavn etyivan etyivna eyivnta eyivnat eyivtna eyivtan eyivatn eyivant eyinvta
eyinvat eyintva eyintav eyinatv eyinavt eyitnva eyitnav eyitvna eyitvan eyitavn eyitanv
eyiantv eyianvt eyiatnv eyiatvn eyiavtn eyiavnt eyvinta eyvinat eyvitna eyvitan eyviatn
eyviant eyvnita eyvniat eyvntia eyvntai eyvnati eyvnait eyvtnia eyvtnai eyvtina eyvtian
eyvtain eyvtani eyvanti eyvanit eyvatni eyvatin eyvaitn eyvaint eynvita eynviat eynvtia
eynvtai eynvati eynvait eynivta eynivat eynitva eynitav eyniatv eyniavt eyntiva eyntiav
eyntvia eyntvai eyntavi eyntaiv eynaitv eynaivt eynativ eynatvi eynavti eynavit eytvnia
eytvnai eytvina eytvian eytvain eytvani eytnvia eytnvai eytniva eytniav eytnaiv eytnavi
eytinva eytinav eytivna eytivan eytiavn eytianv eytaniv eytanvi eytainv eytaivn eytavin
eytavni eyavnti eyavnit eyavtni eyavtin eyavitn eyavint eyanvti eyanvit eyantvi eyantiv
eyanitv eyanivt eyatnvi eyatniv eyatvni eyatvin eyativn eyatinv eyaintv eyainvt eyaitnv
eyaitvn eyaivtn eyaivnt taiveny taiveyn taivney taivnye taivyne taivyen taievny taievyn
taienvy taienyv taieynv taieyvn tainevy taineyv tainvey tainvye tainyve tainyev taiyenv
taiyevn taiynev taiynve taiyvne taiyven tavieny tavieyn taviney tavinye taviyne taviyen
taveiny taveiyn taveniy tavenyi taveyni taveyin tavneiy tavneyi tavniey tavniye tavnyie
tavnyei tavyeni tavyein tavynei tavynie tavyine tavyien taeviny taeviyn taevniy taevnyi
taevyni taevyin taeivny taeivyn taeinvy taeinyv taeiynv taeiyvn taenivy taeniyv taenviy
taenvyi taenyvi taenyiv taeyinv taeyivn taeyniv taeynvi taeyvni taeyvin tanveiy tanveyi
tanviey tanviye tanvyie tanvyei taneviy tanevyi taneivy taneiyv taneyiv taneyvi tanievy
tanieyv tanivey tanivye taniyve taniyev tanyeiv tanyevi tanyiev tanyive tanyvie tanyvei
tayveni tayvein tayvnei tayvnie tayvine tayvien tayevni tayevin tayenvi tayeniv tayeinv
tayeivn taynevi tayneiv taynvei taynvie taynive tayniev tayienv tayievn tayinev tayinve
tayivne tayiven tiaveny tiaveyn tiavney tiavnye tiavyne tiavyen tiaevny tiaevyn tiaenvy
tiaenyv tiaeynv tiaeyvn tianevy tianeyv tianvey tianvye tianyve tianyev tiayenv tiayevn
tiaynev tiaynve tiayvne tiayven tivaeny tivaeyn tivaney tivanye tivayne tivayen tiveany
tiveayn tivenay tivenya tiveyna tiveyan tivneay tivneya tivnaey tivnaye tivnyae tivnyea
tivyena tivyean tivynea tivynae tivyane tivyaen tievany tievayn tievnay tievnya tievyna
tievyan tieavny tieavyn tieanvy tieanyv tieaynv tieayvn tienavy tienayv tienvay tienvya
tienyva tienyav tieyanv tieyavn tieynav tieynva tieyvna tieyvan tinveay tinveya tinvaey
tinvaye tinvyae tinvyea tinevay tinevya tineavy tineayv tineyav tineyva tinaevy tinaeyv
tinavey tinavye tinayve tinayev tinyeav tinyeva tinyaev tinyave tinyvae tinyvea tiyvena
tiyvean tiyvnea tiyvnae tiyvane tiyvaen tiyevna tiyevan tiyenva tiyenav tiyeanv tiyeavn
tiyneva tiyneav tiynvea tiynvae tiynave tiynaev tiyaenv tiyaevn tiyanev tiyanve tiyavne
tiyaven tviaeny tviaeyn tvianey tvianye tviayne tviayen tvieany tvieayn tvienay tvienya
tvieyna tvieyan tvineay tvineya tvinaey tvinaye tvinyae tvinyea tviyena tviyean tviynea
tviynae tviyane tviyaen tvaieny tvaieyn tvainey tvainye tvaiyne tvaiyen tvaeiny tvaeiyn
tvaeniy tvaenyi tvaeyni tvaeyin tvaneiy tvaneyi tvaniey tvaniye tvanyie tvanyei tvayeni
tvayein tvaynei tvaynie tvayine tvayien tveainy tveaiyn tveaniy tveanyi tveayni tveayin
tveiany tveiayn tveinay tveinya tveiyna tveiyan tveniay tveniya tvenaiy tvenayi tvenyai
tvenyia tveyina tveyian tveynia tveynai tveyani tveyain tvnaeiy tvnaeyi tvnaiey tvnaiye
tvnayie tvnayei tvneaiy tvneayi tvneiay tvneiya tvneyia tvneyai tvnieay tvnieya tvniaey
tvniaye tvniyae tvniyea tvnyeia tvnyeai tvnyiea tvnyiae tvnyaie tvnyaei tvyaeni tvyaein
tvyanei tvyanie tvyaine tvyaien tvyeani tvyeain tvyenai tvyenia tvyeina tvyeian tvyneai
tvyneia tvynaei tvynaie tvyniae tvyniea tvyiena tvyiean tvyinea tvyinae tvyiane tvyiaen
teivany teivayn teivnay teivnya teivyna teivyan teiavny teiavyn teianvy teianyv teiaynv
teiayvn teinavy teinayv teinvay teinvya teinyva teinyav teiyanv teiyavn teiynav teiynva
teiyvna teiyvan teviany teviayn tevinay tevinya teviyna teviyan tevainy tevaiyn tevaniy
tevanyi tevayni tevayin tevnaiy tevnayi tevniay tevniya tevnyia tevnyai tevyani tevyain
tevynai tevynia tevyina tevyian teaviny teaviyn teavniy teavnyi teavyni teavyin teaivny
teaivyn teainvy teainyv teaiynv teaiyvn teanivy teaniyv teanviy teanvyi teanyvi teanyiv
teayinv teayivn teayniv teaynvi teayvni teayvin tenvaiy tenvayi tenviay tenviya tenvyia
tenvyai tenaviy tenavyi tenaivy tenaiyv tenayiv tenayvi teniavy teniayv tenivay tenivya
teniyva teniyav tenyaiv tenyavi tenyiav tenyiva tenyvia tenyvai teyvani teyvain teyvnai
teyvnia teyvina teyvian teyavni teyavin teyanvi teyaniv teyainv teyaivn teynavi teynaiv
teynvai teynvia teyniva teyniav teyianv teyiavn teyinav teyinva teyivna teyivan tniveay
tniveya tnivaey tnivaye tnivyae tnivyea tnievay tnievya tnieavy tnieayv tnieyav tnieyva
tniaevy tniaeyv tniavey tniavye tniayve tniayev tniyeav tniyeva tniyaev tniyave tniyvae
tniyvea tnvieay tnvieya tnviaey tnviaye tnviyae tnviyea tnveiay tnveiya tnveaiy tnveayi
tnveyai tnveyia tnvaeiy tnvaeyi tnvaiey tnvaiye tnvayie tnvayei tnvyeai tnvyeia tnvyaei
tnvyaie tnvyiae tnvyiea tneviay tneviya tnevaiy tnevayi tnevyai tnevyia tneivay tneivya
tneiavy tneiayv tneiyav tneiyva tneaivy tneaiyv tneaviy tneavyi tneayvi tneayiv tneyiav
tneyiva tneyaiv tneyavi tneyvai tneyvia tnaveiy tnaveyi tnaviey tnaviye tnavyie tnavyei
tnaeviy tnaevyi tnaeivy tnaeiyv tnaeyiv tnaeyvi tnaievy tnaieyv tnaivey tnaivye tnaiyve
tnaiyev tnayeiv tnayevi tnayiev tnayive tnayvie tnayvei tnyveai tnyveia tnyvaei tnyvaie
tnyviae tnyviea tnyevai tnyevia tnyeavi tnyeaiv tnyeiav tnyeiva tnyaevi tnyaeiv tnyavei
tnyavie tnyaive tnyaiev tnyieav tnyieva tnyiaev tnyiave tnyivae tnyivea tyivena tyivean
tyivnea tyivnae tyivane tyivaen tyievna tyievan tyienva tyienav tyieanv tyieavn tyineva
tyineav tyinvea tyinvae tyinave tyinaev tyiaenv tyiaevn tyianev tyianve tyiavne tyiaven
tyviena tyviean tyvinea tyvinae tyviane tyviaen tyveina tyveian tyvenia tyvenai tyveani
tyveain tyvneia tyvneai tyvniea tyvniae tyvnaie tyvnaei tyvaeni tyvaein tyvanei tyvanie
tyvaine tyvaien tyevina tyevian tyevnia tyevnai tyevani tyevain tyeivna tyeivan tyeinva
tyeinav tyeianv tyeiavn tyeniva tyeniav tyenvia tyenvai tyenavi tyenaiv tyeainv tyeaivn
tyeaniv tyeanvi tyeavni tyeavin tynveia tynveai tynviea tynviae tynvaie tynvaei tynevia
tynevai tyneiva tyneiav tyneaiv tyneavi tynieva tynieav tynivea tynivae tyniave tyniaev
tynaeiv tynaevi tynaiev tynaive tynavie tynavei tyaveni tyavein tyavnei tyavnie tyavine
tyavien tyaevni tyaevin tyaenvi tyaeniv tyaeinv tyaeivn tyanevi tyaneiv tyanvei tyanvie
tyanive tyaniev tyaienv tyaievn tyainev tyainve tyaivne tyaiven yaivetn yaivent yaivten
yaivtne yaivnte yaivnet yaievtn yaievnt yaietvn yaietnv yaientv yaienvt yaitevn yaitenv
yaitven yaitvne yaitnve yaitnev yainetv yainevt yaintev yaintve yainvte yainvet yavietn
yavient yaviten yavitne yavinte yavinet yaveitn yaveint yavetin yavetni yaventi yavenit
yavtein yavteni yavtien yavtine yavtnie yavtnei yavneti yavneit yavntei yavntie yavnite
yavniet yaevitn yaevint yaevtin yaevtni yaevnti yaevnit yaeivtn yaeivnt yaeitvn yaeitnv
yaeintv yaeinvt yaetivn yaetinv yaetvin yaetvni yaetnvi yaetniv yaenitv yaenivt yaentiv
yaentvi yaenvti yaenvit yatvein yatveni yatvien yatvine yatvnie yatvnei yatevin yatevni
yateivn yateinv yateniv yatenvi yatievn yatienv yativen yativne yatinve yatinev yatneiv
yatnevi yatniev yatnive yatnvie yatnvei yanveti yanveit yanvtei yanvtie yanvite yanviet
yanevti yanevit yanetvi yanetiv yaneitv yaneivt yantevi yanteiv yantvei yantvie yantive
yantiev yanietv yanievt yanitev yanitve yanivte yanivet yiavetn yiavent yiavten yiavtne
yiavnte yiavnet yiaevtn yiaevnt yiaetvn yiaetnv yiaentv yiaenvt yiatevn yiatenv yiatven
yiatvne yiatnve yiatnev yianetv yianevt yiantev yiantve yianvte yianvet yivaetn yivaent
yivaten yivatne yivante yivanet yiveatn yiveant yivetan yivetna yiventa yivenat yivtean
yivtena yivtaen yivtane yivtnae yivtnea yivneta yivneat yivntea yivntae yivnate yivnaet
yievatn yievant yievtan yievtna yievnta yievnat yieavtn yieavnt yieatvn yieatnv yieantv
yieanvt yietavn yietanv yietvan yietvna yietnva yietnav yienatv yienavt yientav yientva
yienvta yienvat yitvean yitvena yitvaen yitvane yitvnae yitvnea yitevan yitevna yiteavn
yiteanv yitenav yitenva yitaevn yitaenv yitaven yitavne yitanve yitanev yitneav yitneva
yitnaev yitnave yitnvae yitnvea yinveta yinveat yinvtea yinvtae yinvate yinvaet yinevta
yinevat yinetva yinetav yineatv yineavt yinteva yinteav yintvea yintvae yintave yintaev
yinaetv yinaevt yinatev yinatve yinavte yinavet yviaetn yviaent yviaten yviatne yviante
yvianet yvieatn yvieant yvietan yvietna yvienta yvienat yvitean yvitena yvitaen yvitane
yvitnae yvitnea yvineta yvineat yvintea yvintae yvinate yvinaet yvaietn yvaient yvaiten
yvaitne yvainte yvainet yvaeitn yvaeint yvaetin yvaetni yvaenti yvaenit yvatein yvateni
yvatien yvatine yvatnie yvatnei yvaneti yvaneit yvantei yvantie yvanite yvaniet yveaitn
yveaint yveatin yveatni yveanti yveanit yveiatn yveiant yveitan yveitna yveinta yveinat
yvetian yvetina yvetain yvetani yvetnai yvetnia yvenita yveniat yventia yventai yvenati
yvenait yvtaein yvtaeni yvtaien yvtaine yvtanie yvtanei yvteain yvteani yvteian yvteina
yvtenia yvtenai yvtiean yvtiena yvtiaen yvtiane yvtinae yvtinea yvtneia yvtneai yvtniea
yvtniae yvtnaie yvtnaei yvnaeti yvnaeit yvnatei yvnatie yvnaite yvnaiet yvneati yvneait
yvnetai yvnetia yvneita yvneiat yvnteai yvnteia yvntaei yvntaie yvntiae yvntiea yvnieta
yvnieat yvnitea yvnitae yvniate yvniaet yeivatn yeivant yeivtan yeivtna yeivnta yeivnat
yeiavtn yeiavnt yeiatvn yeiatnv yeiantv yeianvt yeitavn yeitanv yeitvan yeitvna yeitnva
yeitnav yeinatv yeinavt yeintav yeintva yeinvta yeinvat yeviatn yeviant yevitan yevitna
yevinta yevinat yevaitn yevaint yevatin yevatni yevanti yevanit yevtain yevtani yevtian
yevtina yevtnia yevtnai yevnati yevnait yevntai yevntia yevnita yevniat yeavitn yeavint
yeavtin yeavtni yeavnti yeavnit yeaivtn yeaivnt yeaitvn yeaitnv yeaintv yeainvt yeativn
yeatinv yeatvin yeatvni yeatnvi yeatniv yeanitv yeanivt yeantiv yeantvi yeanvti yeanvit
yetvain yetvani yetvian yetvina yetvnia yetvnai yetavin yetavni yetaivn yetainv yetaniv
yetanvi yetiavn yetianv yetivan yetivna yetinva yetinav yetnaiv yetnavi yetniav yetniva
yetnvia yetnvai yenvati yenvait yenvtai yenvtia yenvita yenviat yenavti yenavit yenatvi
yenativ yenaitv yenaivt yentavi yentaiv yentvai yentvia yentiva yentiav yeniatv yeniavt
yenitav yenitva yenivta yenivat ytivean ytivena ytivaen ytivane ytivnae ytivnea ytievan
ytievna ytieavn ytieanv ytienav ytienva ytiaevn ytiaenv ytiaven ytiavne ytianve ytianev
ytineav ytineva ytinaev ytinave ytinvae ytinvea ytviean ytviena ytviaen ytviane ytvinae
ytvinea ytveian ytveina ytveain ytveani ytvenai ytvenia ytvaein ytvaeni ytvaien ytvaine
ytvanie ytvanei ytvneai ytvneia ytvnaei ytvnaie ytvniae ytvniea ytevian ytevina ytevain
ytevani ytevnai ytevnia yteivan yteivna yteiavn yteianv yteinav yteinva yteaivn yteainv
yteavin yteavni yteanvi yteaniv yteniav yteniva ytenaiv ytenavi ytenvai ytenvia ytavein
ytaveni ytavien ytavine ytavnie ytavnei ytaevin ytaevni ytaeivn ytaeinv ytaeniv ytaenvi
ytaievn ytaienv ytaiven ytaivne ytainve ytainev ytaneiv ytanevi ytaniev ytanive ytanvie
ytanvei ytnveai ytnveia ytnvaei ytnvaie ytnviae ytnviea ytnevai ytnevia ytneavi ytneaiv
ytneiav ytneiva ytnaevi ytnaeiv ytnavei ytnavie ytnaive ytnaiev ytnieav ytnieva ytniaev
ytniave ytnivae ytnivea yniveta yniveat ynivtea ynivtae ynivate ynivaet ynievta ynievat
ynietva ynietav ynieatv ynieavt yniteva yniteav ynitvea ynitvae ynitave ynitaev yniaetv
yniaevt yniatev yniatve yniavte yniavet ynvieta ynvieat ynvitea ynvitae ynviate ynviaet
ynveita ynveiat ynvetia ynvetai ynveati ynveait ynvteia ynvteai ynvtiea ynvtiae ynvtaie
ynvtaei ynvaeti ynvaeit ynvatei ynvatie ynvaite ynvaiet ynevita yneviat ynevtia ynevtai
ynevati ynevait yneivta yneivat yneitva yneitav yneiatv yneiavt ynetiva ynetiav ynetvia
ynetvai ynetavi ynetaiv yneaitv yneaivt yneativ yneatvi yneavti yneavit yntveia yntveai
yntviea yntviae yntvaie yntvaei yntevia yntevai ynteiva ynteiav ynteaiv ynteavi yntieva
yntieav yntivea yntivae yntiave yntiaev yntaeiv yntaevi yntaiev yntaive yntavie yntavei
ynaveti ynaveit ynavtei ynavtie ynavite ynaviet ynaevti ynaevit ynaetvi ynaetiv ynaeitv
ynaeivt ynatevi ynateiv ynatvei ynatvie ynative ynatiev ynaietv ynaievt ynaitev ynaitve
ynaivte ynaivet

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History of cryptography
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