easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

fedchenko

skeptics

chororum

summerville

alair

phenazins

stridentem

conluvio

flukewort

clepsine

microcrystalline

solex

aciform

inbread

pascereque

deified

machila

toxicoid


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: envault
cipher variations:
fowbvmu gpxcwnv hqydxow irzeypx jsafzqy
ktbgarz luchbsa mvdictb nwejduc oxfkevd
pyglfwe qzhmgxf rainhyg sbjoizh tckpjai
udlqkbj vemrlck wfnsmdl xgotnem yhpuofn
ziqvpgo ajrwqhp bksxriq cltysjr dmuztks

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: envault
Cipher: vmezfog

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: envault
Cipher: AABAA ABBAA BBBAB AAAAA BAABB ABABA BAABA

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: envault
cipher variations:
fowbvmunombjigvocbxesdosblaeloibzwqtoybnscjoebpkaroubdgm
zokbrcyhoabfykpoqbtuwxogbhqigpxcwnvopnckjhwpdcyfteptcmbf
mpjcaxrupzcotdkpfcqlbspvcehnaplcsdzipbcgzlqprcuvxyphcirj
hqydxowpqodlkixqedzgufqudncgnqkdbysvqadpuelqgdrmctqwdfio
bqmdteajqcdhamrqsdvwyzqidjskirzeypxqrpemljyrfeahvgrveodh
orlecztwrbeqvfmrhesndurxegjpcrneufbkrdeibnsrtewxzarjektl
jsafzqyrsqfnmkzsgfbiwhswfpeipsmfdauxscfrwgnsiftoevsyfhkq
dsofvgclsefjcotsufxyabskflumktbgarzstrgonlathgcjxitxgqfj
qtngebvytdgsxhotjgupfwtzgilretpgwhdmtfgkdputvgyzbctlgmvn
luchbsatushpombuihdkyjuyhrgkruohfcwzuehtyipukhvqgxuahjms
fuqhxienughleqvuwhzacdumhnwomvdictbuvtiqpncvjielzkvzishl
svpigdxavfiuzjqvliwrhyvbikntgvriyjfovhimfrwvxiabdevnioxp
nwejducvwujrqodwkjfmalwajtimtwqjheybwgjvakrwmjxsizwcjlou
hwsjzkgpwijngsxwyjbcefwojpyqoxfkevdwxvksrpexlkgnbmxbkujn
uxrkifzcxhkwblsxnkytjaxdkmpvixtkalhqxjkohtyxzkcdfgxpkqzr
pyglfwexywltsqfymlhocnyclvkovysljgadyilxcmtyolzukbyelnqw
jyulbmiryklpiuzyaldeghyqlrasqzhmgxfyzxmutrgznmipdozdmwlp
wztmkhbezjmydnuzpmavlczfmorxkzvmcnjszlmqjvazbmefhizrmsbt
rainhygzaynvushaonjqepaenxmqxaunlicfaknzeovaqnbwmdagnpsy
lawndoktamnrkwbacnfgijasntcusbjoizhabzowvtibpokrfqbfoynr
ybvomjdgbloafpwbrocxnebhoqtzmbxoeplubnoslxcbdoghjkbtoudv
tckpjaibcapxwujcqplsgrcgpzoszcwpnkehcmpbgqxcspdyofciprua
ncypfqmvcoptmydcephiklcupvewudlqkbjcdbqyxvkdrqmthsdhqapt
adxqolfidnqchrydtqezpgdjqsvbodzqgrnwdpqunzedfqijlmdvqwfx
vemrlckdecrzywlesrnuiteirbqubeyrpmgjeordiszeurfaqhekrtwc
pearhsoxeqrvoafegrjkmnewrxgywfnsmdlefdsazxmftsovjufjscrv
cfzsqnhkfpsejtafvsgbriflsuxdqfbsitpyfrswpbgfhsklnofxsyhz
xgotnemfgetbayngutpwkvgktdswdgatroilgqtfkubgwthcsjgmtvye
rgctjuqzgstxqchgitlmopgytziayhpuofnghfucbzohvuqxlwhluetx
ehbuspjmhruglvchxuidtkhnuwzfshdukvrahtuyrdihjumnpqhzuajb
ziqvpgohigvdcapiwvrymximvfuyficvtqknisvhmwdiyvjeuliovxag
tievlwsbiuvzsejikvnoqriavbkcajrwqhpijhwedbqjxwsznyjnwgvz
gjdwurlojtwinxejzwkfvmjpwybhujfwmxtcjvwatfkjlwoprsjbwcld
bksxriqjkixfecrkyxtaozkoxhwahkexvsmpkuxjoyfkaxlgwnkqxzci
vkgxnyudkwxbuglkmxpqstkcxdmecltysjrkljygfdslzyubpalpyixb
ilfywtnqlvykpzglbymhxolryadjwlhyozvelxycvhmlnyqrtuldyenf
dmuztkslmkzhgetmazvcqbmqzjycjmgzxuormwzlqahmczniypmszbek
xmizpawfmyzdwinmozrsuvmezfogenvaultmnlaihfunbawdrcnrakzd
knhayvpsnxamrbindaojzqntacflynjaqbxgnzaexjonpastvwnfagph

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: envault
Cipher: rainhyg

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: envault
Cipher: 51331511541344

Extended Methods:
Method #1

Plaintext: envault
method variations:
ksafzqypxflevduclqkaizhqvpfo

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
e n v a u l t 
5 3 1 1 5 1 4 
1 3 5 1 4 3 4 
They are then read out in rows:
53115141351434
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: envault
Cipher: paedxqs

Read more ...
Method #3

Plaintext: envault
method variations:
lcevdsy cevdsyl evdsylc
vdsylce dsylcev sylcevd
ylcevds

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: envault

all 5040 cipher variations:
envault envautl envalut envaltu envatlu envatul envualt envuatl envulat envulta envutla
envutal envluat envluta envlaut envlatu envltau envltua envtula envtual envtlua envtlau
envtalu envtaul enavult enavutl enavlut enavltu enavtlu enavtul enauvlt enauvtl enaulvt
enaultv enautlv enautvl enaluvt enalutv enalvut enalvtu enaltvu enaltuv enatulv enatuvl
enatluv enatlvu enatvlu enatvul enuavlt enuavtl enualvt enualtv enuatlv enuatvl enuvalt
enuvatl enuvlat enuvlta enuvtla enuvtal enulvat enulvta enulavt enulatv enultav enultva
enutvla enutval enutlva enutlav enutalv enutavl enlauvt enlautv enlavut enlavtu enlatvu
enlatuv enluavt enluatv enluvat enluvta enlutva enlutav enlvuat enlvuta enlvaut enlvatu
enlvtau enlvtua enltuva enltuav enltvua enltvau enltavu enltauv entaulv entauvl entaluv
entalvu entavlu entavul entualv entuavl entulav entulva entuvla entuval entluav entluva
entlauv entlavu entlvau entlvua entvula entvual entvlua entvlau entvalu entvaul evnault
evnautl evnalut evnaltu evnatlu evnatul evnualt evnuatl evnulat evnulta evnutla evnutal
evnluat evnluta evnlaut evnlatu evnltau evnltua evntula evntual evntlua evntlau evntalu
evntaul evanult evanutl evanlut evanltu evantlu evantul evaunlt evauntl evaulnt evaultn
evautln evautnl evalunt evalutn evalnut evalntu evaltnu evaltun evatuln evatunl evatlun
evatlnu evatnlu evatnul evuanlt evuantl evualnt evualtn evuatln evuatnl evunalt evunatl
evunlat evunlta evuntla evuntal evulnat evulnta evulant evulatn evultan evultna evutnla
evutnal evutlna evutlan evutaln evutanl evlaunt evlautn evlanut evlantu evlatnu evlatun
evluant evluatn evlunat evlunta evlutna evlutan evlnuat evlnuta evlnaut evlnatu evlntau
evlntua evltuna evltuan evltnua evltnau evltanu evltaun evtauln evtaunl evtalun evtalnu
evtanlu evtanul evtualn evtuanl evtulan evtulna evtunla evtunal evtluan evtluna evtlaun
evtlanu evtlnau evtlnua evtnula evtnual evtnlua evtnlau evtnalu evtnaul eavnult eavnutl
eavnlut eavnltu eavntlu eavntul eavunlt eavuntl eavulnt eavultn eavutln eavutnl eavlunt
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euntlav euntalv euntavl eulanvt eulantv eulavnt eulavtn eulatvn eulatnv eulnavt eulnatv
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eutnalv eutnavl eutnlav eutnlva eutnvla eutnval eutlnav eutlnva eutlanv eutlavn eutlvan
eutlvna eutvnla eutvnal eutvlna eutvlan eutvaln eutvanl elvaunt elvautn elvanut elvantu
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nuaevtl nuaelvt nuaeltv nuaetlv nuaetvl nualevt nualetv nualvet nualvte nualtve nualtev
nuatelv nuatevl nuatlev nuatlve nuatvle nuatvel nueavlt nueavtl nuealvt nuealtv nueatlv
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nueltav nueltva nuetvla nuetval nuetlva nuetlav nuetalv nuetavl nulaevt nulaetv nulavet
nulavte nulatve nulatev nuleavt nuleatv nulevat nulevta nuletva nuletav nulveat nulveta
nulvaet nulvate nulvtae nulvtea nulteva nulteav nultvea nultvae nultave nultaev nutaelv
nutaevl nutalev nutalve nutavle nutavel nutealv nuteavl nutelav nutelva nutevla nuteval
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nluvaet nluvate nluveat nluveta nluvtea nluvtae nluevat nluevta nlueavt nlueatv nluetav
nluetva nlutvea nlutvae nluteva nluteav nlutaev nlutave nleauvt nleautv nleavut nleavtu
nleatvu nleatuv nleuavt nleuatv nleuvat nleuvta nleutva nleutav nlevuat nlevuta nlevaut
nlevatu nlevtau nlevtua nletuva nletuav nletvua nletvau nletavu nletauv nltauev nltauve
nltaeuv nltaevu nltaveu nltavue nltuaev nltuave nltueav nltueva nltuvea nltuvae nlteuav
nlteuva nlteauv nlteavu nltevau nltevua nltvuea nltvuae nltveua nltveau nltvaeu nltvaue
ntvaule ntvauel ntvalue ntvaleu ntvaelu ntvaeul ntvuale ntvuael ntvulae ntvulea ntvuela
ntvueal ntvluae ntvluea ntvlaue ntvlaeu ntvleau ntvleua ntveula ntveual ntvelua ntvelau
ntvealu ntveaul ntavule ntavuel ntavlue ntavleu ntavelu ntaveul ntauvle ntauvel ntaulve
ntaulev ntauelv ntauevl ntaluve ntaluev ntalvue ntalveu ntalevu ntaleuv ntaeulv ntaeuvl
ntaeluv ntaelvu ntaevlu ntaevul ntuavle ntuavel ntualve ntualev ntuaelv ntuaevl ntuvale
ntuvael ntuvlae ntuvlea ntuvela ntuveal ntulvae ntulvea ntulave ntulaev ntuleav ntuleva
ntuevla ntueval ntuelva ntuelav ntuealv ntueavl ntlauve ntlauev ntlavue ntlaveu ntlaevu
ntlaeuv ntluave ntluaev ntluvae ntluvea ntlueva ntlueav ntlvuae ntlvuea ntlvaue ntlvaeu
ntlveau ntlveua ntleuva ntleuav ntlevua ntlevau ntleavu ntleauv nteaulv nteauvl ntealuv
ntealvu nteavlu nteavul nteualv nteuavl nteulav nteulva nteuvla nteuval nteluav nteluva
ntelauv ntelavu ntelvau ntelvua ntevula ntevual ntevlua ntevlau ntevalu ntevaul vneault
vneautl vnealut vnealtu vneatlu vneatul vneualt vneuatl vneulat vneulta vneutla vneutal
vneluat vneluta vnelaut vnelatu vneltau vneltua vnetula vnetual vnetlua vnetlau vnetalu
vnetaul vnaeult vnaeutl vnaelut vnaeltu vnaetlu vnaetul vnauelt vnauetl vnaulet vnaulte
vnautle vnautel vnaluet vnalute vnaleut vnaletu vnalteu vnaltue vnatule vnatuel vnatlue
vnatleu vnatelu vnateul vnuaelt vnuaetl vnualet vnualte vnuatle vnuatel vnuealt vnueatl
vnuelat vnuelta vnuetla vnuetal vnuleat vnuleta vnulaet vnulate vnultae vnultea vnutela
vnuteal vnutlea vnutlae vnutale vnutael vnlauet vnlaute vnlaeut vnlaetu vnlateu vnlatue
vnluaet vnluate vnlueat vnlueta vnlutea vnlutae vnleuat vnleuta vnleaut vnleatu vnletau
vnletua vnltuea vnltuae vnlteua vnlteau vnltaeu vnltaue vntaule vntauel vntalue vntaleu
vntaelu vntaeul vntuale vntuael vntulae vntulea vntuela vntueal vntluae vntluea vntlaue
vntlaeu vntleau vntleua vnteula vnteual vntelua vntelau vntealu vnteaul venault venautl
venalut venaltu venatlu venatul venualt venuatl venulat venulta venutla venutal venluat
venluta venlaut venlatu venltau venltua ventula ventual ventlua ventlau ventalu ventaul
veanult veanutl veanlut veanltu veantlu veantul veaunlt veauntl veaulnt veaultn veautln
veautnl vealunt vealutn vealnut vealntu vealtnu vealtun veatuln veatunl veatlun veatlnu
veatnlu veatnul veuanlt veuantl veualnt veualtn veuatln veuatnl veunalt veunatl veunlat
veunlta veuntla veuntal veulnat veulnta veulant veulatn veultan veultna veutnla veutnal
veutlna veutlan veutaln veutanl velaunt velautn velanut velantu velatnu velatun veluant
veluatn velunat velunta velutna velutan velnuat velnuta velnaut velnatu velntau velntua
veltuna veltuan veltnua veltnau veltanu veltaun vetauln vetaunl vetalun vetalnu vetanlu
vetanul vetualn vetuanl vetulan vetulna vetunla vetunal vetluan vetluna vetlaun vetlanu
vetlnau vetlnua vetnula vetnual vetnlua vetnlau vetnalu vetnaul vaenult vaenutl vaenlut
vaenltu vaentlu vaentul vaeunlt vaeuntl vaeulnt vaeultn vaeutln vaeutnl vaelunt vaelutn
vaelnut vaelntu vaeltnu vaeltun vaetuln vaetunl vaetlun vaetlnu vaetnlu vaetnul vaneult
vaneutl vanelut vaneltu vanetlu vanetul vanuelt vanuetl vanulet vanulte vanutle vanutel
vanluet vanlute vanleut vanletu vanlteu vanltue vantule vantuel vantlue vantleu vantelu
vanteul vaunelt vaunetl vaunlet vaunlte vauntle vauntel vauenlt vauentl vauelnt vaueltn
vauetln vauetnl vaulent vauletn vaulnet vaulnte vaultne vaulten vauteln vautenl vautlen
vautlne vautnle vautnel valnuet valnute valneut valnetu valnteu valntue valunet valunte
valuent valuetn valuten valutne valeunt valeutn valenut valentu valetnu valetun valtuen
valtune valteun valtenu valtneu valtnue vatnule vatnuel vatnlue vatnleu vatnelu vatneul
vatunle vatunel vatulne vatulen vatueln vatuenl vatlune vatluen vatlnue vatlneu vatlenu
vatleun vateuln vateunl vatelun vatelnu vatenlu vatenul vueanlt vueantl vuealnt vuealtn
vueatln vueatnl vuenalt vuenatl vuenlat vuenlta vuentla vuental vuelnat vuelnta vuelant
vuelatn vueltan vueltna vuetnla vuetnal vuetlna vuetlan vuetaln vuetanl vuaenlt vuaentl
vuaelnt vuaeltn vuaetln vuaetnl vuanelt vuanetl vuanlet vuanlte vuantle vuantel vualnet
vualnte vualent vualetn vualten vualtne vuatnle vuatnel vuatlne vuatlen vuateln vuatenl
vunaelt vunaetl vunalet vunalte vunatle vunatel vunealt vuneatl vunelat vunelta vunetla
vunetal vunleat vunleta vunlaet vunlate vunltae vunltea vuntela vunteal vuntlea vuntlae
vuntale vuntael vulanet vulante vulaent vulaetn vulaten vulatne vulnaet vulnate vulneat
vulneta vulntea vulntae vulenat vulenta vuleant vuleatn vuletan vuletna vultnea vultnae
vultena vultean vultaen vultane vutanle vutanel vutalne vutalen vutaeln vutaenl vutnale
vutnael vutnlae vutnlea vutnela vutneal vutlnae vutlnea vutlane vutlaen vutlean vutlena
vutenla vutenal vutelna vutelan vutealn vuteanl vleaunt vleautn vleanut vleantu vleatnu
vleatun vleuant vleuatn vleunat vleunta vleutna vleutan vlenuat vlenuta vlenaut vlenatu
vlentau vlentua vletuna vletuan vletnua vletnau vletanu vletaun vlaeunt vlaeutn vlaenut
vlaentu vlaetnu vlaetun vlauent vlauetn vlaunet vlaunte vlautne vlauten vlanuet vlanute
vlaneut vlanetu vlanteu vlantue vlatune vlatuen vlatnue vlatneu vlatenu vlateun vluaent
vluaetn vluanet vluante vluatne vluaten vlueant vlueatn vluenat vluenta vluetna vluetan
vluneat vluneta vlunaet vlunate vluntae vluntea vlutena vlutean vlutnea vlutnae vlutane
vlutaen vlnauet vlnaute vlnaeut vlnaetu vlnateu vlnatue vlnuaet vlnuate vlnueat vlnueta
vlnutea vlnutae vlneuat vlneuta vlneaut vlneatu vlnetau vlnetua vlntuea vlntuae vlnteua
vlnteau vlntaeu vlntaue vltaune vltauen vltanue vltaneu vltaenu vltaeun vltuane vltuaen
vltunae vltunea vltuena vltuean vltnuae vltnuea vltnaue vltnaeu vltneau vltneua vlteuna
vlteuan vltenua vltenau vlteanu vlteaun vteauln vteaunl vtealun vtealnu vteanlu vteanul
vteualn vteuanl vteulan vteulna vteunla vteunal vteluan vteluna vtelaun vtelanu vtelnau
vtelnua vtenula vtenual vtenlua vtenlau vtenalu vtenaul vtaeuln vtaeunl vtaelun vtaelnu
vtaenlu vtaenul vtaueln vtauenl vtaulen vtaulne vtaunle vtaunel vtaluen vtalune vtaleun
vtalenu vtalneu vtalnue vtanule vtanuel vtanlue vtanleu vtanelu vtaneul vtuaeln vtuaenl
vtualen vtualne vtuanle vtuanel vtuealn vtueanl vtuelan vtuelna vtuenla vtuenal vtulean
vtulena vtulaen vtulane vtulnae vtulnea vtunela vtuneal vtunlea vtunlae vtunale vtunael
vtlauen vtlaune vtlaeun vtlaenu vtlaneu vtlanue vtluaen vtluane vtluean vtluena vtlunea
vtlunae vtleuan vtleuna vtleaun vtleanu vtlenau vtlenua vtlnuea vtlnuae vtlneua vtlneau
vtlnaeu vtlnaue vtnaule vtnauel vtnalue vtnaleu vtnaelu vtnaeul vtnuale vtnuael vtnulae
vtnulea vtnuela vtnueal vtnluae vtnluea vtnlaue vtnlaeu vtnleau vtnleua vtneula vtneual
vtnelua vtnelau vtnealu vtneaul anveult anveutl anvelut anveltu anvetlu anvetul anvuelt
anvuetl anvulet anvulte anvutle anvutel anvluet anvlute anvleut anvletu anvlteu anvltue
anvtule anvtuel anvtlue anvtleu anvtelu anvteul anevult anevutl anevlut anevltu anevtlu
anevtul aneuvlt aneuvtl aneulvt aneultv aneutlv aneutvl aneluvt anelutv anelvut anelvtu
aneltvu aneltuv anetulv anetuvl anetluv anetlvu anetvlu anetvul anuevlt anuevtl anuelvt
anueltv anuetlv anuetvl anuvelt anuvetl anuvlet anuvlte anuvtle anuvtel anulvet anulvte
anulevt anuletv anultev anultve anutvle anutvel anutlve anutlev anutelv anutevl anleuvt
anleutv anlevut anlevtu anletvu anletuv anluevt anluetv anluvet anluvte anlutve anlutev
anlvuet anlvute anlveut anlvetu anlvteu anlvtue anltuve anltuev anltvue anltveu anltevu
anlteuv anteulv anteuvl anteluv antelvu antevlu antevul antuelv antuevl antulev antulve
antuvle antuvel antluev antluve antleuv antlevu antlveu antlvue antvule antvuel antvlue
antvleu antvelu antveul avneult avneutl avnelut avneltu avnetlu avnetul avnuelt avnuetl
avnulet avnulte avnutle avnutel avnluet avnlute avnleut avnletu avnlteu avnltue avntule
avntuel avntlue avntleu avntelu avnteul avenult avenutl avenlut avenltu aventlu aventul
aveunlt aveuntl aveulnt aveultn aveutln aveutnl avelunt avelutn avelnut avelntu aveltnu
aveltun avetuln avetunl avetlun avetlnu avetnlu avetnul avuenlt avuentl avuelnt avueltn
avuetln avuetnl avunelt avunetl avunlet avunlte avuntle avuntel avulnet avulnte avulent
avuletn avulten avultne avutnle avutnel avutlne avutlen avuteln avutenl avleunt avleutn
avlenut avlentu avletnu avletun avluent avluetn avlunet avlunte avlutne avluten avlnuet
avlnute avlneut avlnetu avlnteu avlntue avltune avltuen avltnue avltneu avltenu avlteun
avteuln avteunl avtelun avtelnu avtenlu avtenul avtueln avtuenl avtulen avtulne avtunle
avtunel avtluen avtlune avtleun avtlenu avtlneu avtlnue avtnule avtnuel avtnlue avtnleu
avtnelu avtneul aevnult aevnutl aevnlut aevnltu aevntlu aevntul aevunlt aevuntl aevulnt
aevultn aevutln aevutnl aevlunt aevlutn aevlnut aevlntu aevltnu aevltun aevtuln aevtunl
aevtlun aevtlnu aevtnlu aevtnul aenvult aenvutl aenvlut aenvltu aenvtlu aenvtul aenuvlt
aenuvtl aenulvt aenultv aenutlv aenutvl aenluvt aenlutv aenlvut aenlvtu aenltvu aenltuv
aentulv aentuvl aentluv aentlvu aentvlu aentvul aeunvlt aeunvtl aeunlvt aeunltv aeuntlv
aeuntvl aeuvnlt aeuvntl aeuvlnt aeuvltn aeuvtln aeuvtnl aeulvnt aeulvtn aeulnvt aeulntv
aeultnv aeultvn aeutvln aeutvnl aeutlvn aeutlnv aeutnlv aeutnvl aelnuvt aelnutv aelnvut
aelnvtu aelntvu aelntuv aelunvt aeluntv aeluvnt aeluvtn aelutvn aelutnv aelvunt aelvutn
aelvnut aelvntu aelvtnu aelvtun aeltuvn aeltunv aeltvun aeltvnu aeltnvu aeltnuv aetnulv
aetnuvl aetnluv aetnlvu aetnvlu aetnvul aetunlv aetunvl aetulnv aetulvn aetuvln aetuvnl
aetlunv aetluvn aetlnuv aetlnvu aetlvnu aetlvun aetvuln aetvunl aetvlun aetvlnu aetvnlu
aetvnul auvenlt auventl auvelnt auveltn auvetln auvetnl auvnelt auvnetl auvnlet auvnlte
auvntle auvntel auvlnet auvlnte auvlent auvletn auvlten auvltne auvtnle auvtnel auvtlne
auvtlen auvteln auvtenl auevnlt auevntl auevlnt auevltn auevtln auevtnl auenvlt auenvtl
auenlvt auenltv auentlv auentvl auelnvt auelntv auelvnt auelvtn aueltvn aueltnv auetnlv
auetnvl auetlnv auetlvn auetvln auetvnl aunevlt aunevtl aunelvt auneltv aunetlv aunetvl
aunvelt aunvetl aunvlet aunvlte aunvtle aunvtel aunlvet aunlvte aunlevt aunletv aunltev
aunltve auntvle auntvel auntlve auntlev auntelv auntevl aulenvt aulentv aulevnt aulevtn
auletvn auletnv aulnevt aulnetv aulnvet aulnvte aulntve aulntev aulvnet aulvnte aulvent
aulvetn aulvten aulvtne aultnve aultnev aultvne aultven aultevn aultenv autenlv autenvl
autelnv autelvn autevln autevnl autnelv autnevl autnlev autnlve autnvle autnvel autlnev
autlnve autlenv autlevn autlven autlvne autvnle autvnel autvlne autvlen autveln autvenl
alveunt alveutn alvenut alventu alvetnu alvetun alvuent alvuetn alvunet alvunte alvutne
alvuten alvnuet alvnute alvneut alvnetu alvnteu alvntue alvtune alvtuen alvtnue alvtneu
alvtenu alvteun alevunt alevutn alevnut alevntu alevtnu alevtun aleuvnt aleuvtn aleunvt
aleuntv aleutnv aleutvn alenuvt alenutv alenvut alenvtu alentvu alentuv aletunv aletuvn
aletnuv aletnvu aletvnu aletvun aluevnt aluevtn aluenvt aluentv aluetnv aluetvn aluvent
aluvetn aluvnet aluvnte aluvtne aluvten alunvet alunvte alunevt alunetv aluntev aluntve
alutvne alutven alutnve alutnev alutenv alutevn alneuvt alneutv alnevut alnevtu alnetvu
alnetuv alnuevt alnuetv alnuvet alnuvte alnutve alnutev alnvuet alnvute alnveut alnvetu
alnvteu alnvtue alntuve alntuev alntvue alntveu alntevu alnteuv alteunv alteuvn altenuv
altenvu altevnu altevun altuenv altuevn altunev altunve altuvne altuven altnuev altnuve
altneuv altnevu altnveu altnvue altvune altvuen altvnue altvneu altvenu altveun atveuln
atveunl atvelun atvelnu atvenlu atvenul atvueln atvuenl atvulen atvulne atvunle atvunel
atvluen atvlune atvleun atvlenu atvlneu atvlnue atvnule atvnuel atvnlue atvnleu atvnelu
atvneul atevuln atevunl atevlun atevlnu atevnlu atevnul ateuvln ateuvnl ateulvn ateulnv
ateunlv ateunvl ateluvn atelunv atelvun atelvnu atelnvu atelnuv atenulv atenuvl atenluv
atenlvu atenvlu atenvul atuevln atuevnl atuelvn atuelnv atuenlv atuenvl atuveln atuvenl
atuvlen atuvlne atuvnle atuvnel atulven atulvne atulevn atulenv atulnev atulnve atunvle
atunvel atunlve atunlev atunelv atunevl atleuvn atleunv atlevun atlevnu atlenvu atlenuv
atluevn atluenv atluven atluvne atlunve atlunev atlvuen atlvune atlveun atlvenu atlvneu
atlvnue atlnuve atlnuev atlnvue atlnveu atlnevu atlneuv atneulv atneuvl atneluv atnelvu
atnevlu atnevul atnuelv atnuevl atnulev atnulve atnuvle atnuvel atnluev atnluve atnleuv
atnlevu atnlveu atnlvue atnvule atnvuel atnvlue atnvleu atnvelu atnveul unvaelt unvaetl
unvalet unvalte unvatle unvatel unvealt unveatl unvelat unvelta unvetla unvetal unvleat
unvleta unvlaet unvlate unvltae unvltea unvtela unvteal unvtlea unvtlae unvtale unvtael
unavelt unavetl unavlet unavlte unavtle unavtel unaevlt unaevtl unaelvt unaeltv unaetlv
unaetvl unalevt unaletv unalvet unalvte unaltve unaltev unatelv unatevl unatlev unatlve
unatvle unatvel uneavlt uneavtl unealvt unealtv uneatlv uneatvl unevalt unevatl unevlat
unevlta unevtla unevtal unelvat unelvta unelavt unelatv uneltav uneltva unetvla unetval
unetlva unetlav unetalv unetavl unlaevt unlaetv unlavet unlavte unlatve unlatev unleavt
unleatv unlevat unlevta unletva unletav unlveat unlveta unlvaet unlvate unlvtae unlvtea
unlteva unlteav unltvea unltvae unltave unltaev untaelv untaevl untalev untalve untavle
untavel untealv unteavl untelav untelva untevla unteval untleav untleva untlaev untlave
untlvae untlvea untvela untveal untvlea untvlae untvale untvael uvnaelt uvnaetl uvnalet
uvnalte uvnatle uvnatel uvnealt uvneatl uvnelat uvnelta uvnetla uvnetal uvnleat uvnleta
uvnlaet uvnlate uvnltae uvnltea uvntela uvnteal uvntlea uvntlae uvntale uvntael uvanelt
uvanetl uvanlet uvanlte uvantle uvantel uvaenlt uvaentl uvaelnt uvaeltn uvaetln uvaetnl
uvalent uvaletn uvalnet uvalnte uvaltne uvalten uvateln uvatenl uvatlen uvatlne uvatnle
uvatnel uveanlt uveantl uvealnt uvealtn uveatln uveatnl uvenalt uvenatl uvenlat uvenlta
uventla uvental uvelnat uvelnta uvelant uvelatn uveltan uveltna uvetnla uvetnal uvetlna
uvetlan uvetaln uvetanl uvlaent uvlaetn uvlanet uvlante uvlatne uvlaten uvleant uvleatn
uvlenat uvlenta uvletna uvletan uvlneat uvlneta uvlnaet uvlnate uvlntae uvlntea uvltena
uvltean uvltnea uvltnae uvltane uvltaen uvtaeln uvtaenl uvtalen uvtalne uvtanle uvtanel
uvtealn uvteanl uvtelan uvtelna uvtenla uvtenal uvtlean uvtlena uvtlaen uvtlane uvtlnae
uvtlnea uvtnela uvtneal uvtnlea uvtnlae uvtnale uvtnael uavnelt uavnetl uavnlet uavnlte
uavntle uavntel uavenlt uaventl uavelnt uaveltn uavetln uavetnl uavlent uavletn uavlnet
uavlnte uavltne uavlten uavteln uavtenl uavtlen uavtlne uavtnle uavtnel uanvelt uanvetl
uanvlet uanvlte uanvtle uanvtel uanevlt uanevtl uanelvt uaneltv uanetlv uanetvl uanlevt
uanletv uanlvet uanlvte uanltve uanltev uantelv uantevl uantlev uantlve uantvle uantvel
uaenvlt uaenvtl uaenlvt uaenltv uaentlv uaentvl uaevnlt uaevntl uaevlnt uaevltn uaevtln
uaevtnl uaelvnt uaelvtn uaelnvt uaelntv uaeltnv uaeltvn uaetvln uaetvnl uaetlvn uaetlnv
uaetnlv uaetnvl ualnevt ualnetv ualnvet ualnvte ualntve ualntev ualenvt ualentv ualevnt
ualevtn ualetvn ualetnv ualvent ualvetn ualvnet ualvnte ualvtne ualvten ualtevn ualtenv
ualtven ualtvne ualtnve ualtnev uatnelv uatnevl uatnlev uatnlve uatnvle uatnvel uatenlv
uatenvl uatelnv uatelvn uatevln uatevnl uatlenv uatlevn uatlnev uatlnve uatlvne uatlven
uatveln uatvenl uatvlen uatvlne uatvnle uatvnel uevanlt uevantl uevalnt uevaltn uevatln
uevatnl uevnalt uevnatl uevnlat uevnlta uevntla uevntal uevlnat uevlnta uevlant uevlatn
uevltan uevltna uevtnla uevtnal uevtlna uevtlan uevtaln uevtanl ueavnlt ueavntl ueavlnt
ueavltn ueavtln ueavtnl ueanvlt ueanvtl ueanlvt ueanltv ueantlv ueantvl uealnvt uealntv
uealvnt uealvtn uealtvn uealtnv ueatnlv ueatnvl ueatlnv ueatlvn ueatvln ueatvnl uenavlt
uenavtl uenalvt uenaltv uenatlv uenatvl uenvalt uenvatl uenvlat uenvlta uenvtla uenvtal
uenlvat uenlvta uenlavt uenlatv uenltav uenltva uentvla uentval uentlva uentlav uentalv
uentavl uelanvt uelantv uelavnt uelavtn uelatvn uelatnv uelnavt uelnatv uelnvat uelnvta
uelntva uelntav uelvnat uelvnta uelvant uelvatn uelvtan uelvtna ueltnva ueltnav ueltvna
ueltvan ueltavn ueltanv uetanlv uetanvl uetalnv uetalvn uetavln uetavnl uetnalv uetnavl
uetnlav uetnlva uetnvla uetnval uetlnav uetlnva uetlanv uetlavn uetlvan uetlvna uetvnla
uetvnal uetvlna uetvlan uetvaln uetvanl ulvaent ulvaetn ulvanet ulvante ulvatne ulvaten
ulveant ulveatn ulvenat ulventa ulvetna ulvetan ulvneat ulvneta ulvnaet ulvnate ulvntae
ulvntea ulvtena ulvtean ulvtnea ulvtnae ulvtane ulvtaen ulavent ulavetn ulavnet ulavnte
ulavtne ulavten ulaevnt ulaevtn ulaenvt ulaentv ulaetnv ulaetvn ulanevt ulanetv ulanvet
ulanvte ulantve ulantev ulatenv ulatevn ulatnev ulatnve ulatvne ulatven uleavnt uleavtn
uleanvt uleantv uleatnv uleatvn ulevant ulevatn ulevnat ulevnta ulevtna ulevtan ulenvat
ulenvta ulenavt ulenatv ulentav ulentva uletvna uletvan uletnva uletnav uletanv uletavn
ulnaevt ulnaetv ulnavet ulnavte ulnatve ulnatev ulneavt ulneatv ulnevat ulnevta ulnetva
ulnetav ulnveat ulnveta ulnvaet ulnvate ulnvtae ulnvtea ulnteva ulnteav ulntvea ulntvae
ulntave ulntaev ultaenv ultaevn ultanev ultanve ultavne ultaven ulteanv ulteavn ultenav
ultenva ultevna ultevan ultneav ultneva ultnaev ultnave ultnvae ultnvea ultvena ultvean
ultvnea ultvnae ultvane ultvaen utvaeln utvaenl utvalen utvalne utvanle utvanel utvealn
utveanl utvelan utvelna utvenla utvenal utvlean utvlena utvlaen utvlane utvlnae utvlnea
utvnela utvneal utvnlea utvnlae utvnale utvnael utaveln utavenl utavlen utavlne utavnle
utavnel utaevln utaevnl utaelvn utaelnv utaenlv utaenvl utalevn utalenv utalven utalvne
utalnve utalnev utanelv utanevl utanlev utanlve utanvle utanvel uteavln uteavnl utealvn
utealnv uteanlv uteanvl utevaln utevanl utevlan utevlna utevnla utevnal utelvan utelvna
utelavn utelanv utelnav utelnva utenvla utenval utenlva utenlav utenalv utenavl utlaevn
utlaenv utlaven utlavne utlanve utlanev utleavn utleanv utlevan utlevna utlenva utlenav
utlvean utlvena utlvaen utlvane utlvnae utlvnea utlneva utlneav utlnvea utlnvae utlnave
utlnaev utnaelv utnaevl utnalev utnalve utnavle utnavel utnealv utneavl utnelav utnelva
utnevla utneval utnleav utnleva utnlaev utnlave utnlvae utnlvea utnvela utnveal utnvlea
utnvlae utnvale utnvael lnvauet lnvaute lnvaeut lnvaetu lnvateu lnvatue lnvuaet lnvuate
lnvueat lnvueta lnvutea lnvutae lnveuat lnveuta lnveaut lnveatu lnvetau lnvetua lnvtuea
lnvtuae lnvteua lnvteau lnvtaeu lnvtaue lnavuet lnavute lnaveut lnavetu lnavteu lnavtue
lnauvet lnauvte lnauevt lnauetv lnautev lnautve lnaeuvt lnaeutv lnaevut lnaevtu lnaetvu
lnaetuv lnatuev lnatuve lnateuv lnatevu lnatveu lnatvue lnuavet lnuavte lnuaevt lnuaetv
lnuatev lnuatve lnuvaet lnuvate lnuveat lnuveta lnuvtea lnuvtae lnuevat lnuevta lnueavt
lnueatv lnuetav lnuetva lnutvea lnutvae lnuteva lnuteav lnutaev lnutave lneauvt lneautv
lneavut lneavtu lneatvu lneatuv lneuavt lneuatv lneuvat lneuvta lneutva lneutav lnevuat
lnevuta lnevaut lnevatu lnevtau lnevtua lnetuva lnetuav lnetvua lnetvau lnetavu lnetauv
lntauev lntauve lntaeuv lntaevu lntaveu lntavue lntuaev lntuave lntueav lntueva lntuvea
lntuvae lnteuav lnteuva lnteauv lnteavu lntevau lntevua lntvuea lntvuae lntveua lntveau
lntvaeu lntvaue lvnauet lvnaute lvnaeut lvnaetu lvnateu lvnatue lvnuaet lvnuate lvnueat
lvnueta lvnutea lvnutae lvneuat lvneuta lvneaut lvneatu lvnetau lvnetua lvntuea lvntuae
lvnteua lvnteau lvntaeu lvntaue lvanuet lvanute lvaneut lvanetu lvanteu lvantue lvaunet
lvaunte lvauent lvauetn lvauten lvautne lvaeunt lvaeutn lvaenut lvaentu lvaetnu lvaetun
lvatuen lvatune lvateun lvatenu lvatneu lvatnue lvuanet lvuante lvuaent lvuaetn lvuaten
lvuatne lvunaet lvunate lvuneat lvuneta lvuntea lvuntae lvuenat lvuenta lvueant lvueatn
lvuetan lvuetna lvutnea lvutnae lvutena lvutean lvutaen lvutane lveaunt lveautn lveanut
lveantu lveatnu lveatun lveuant lveuatn lveunat lveunta lveutna lveutan lvenuat lvenuta
lvenaut lvenatu lventau lventua lvetuna lvetuan lvetnua lvetnau lvetanu lvetaun lvtauen
lvtaune lvtaeun lvtaenu lvtaneu lvtanue lvtuaen lvtuane lvtuean lvtuena lvtunea lvtunae
lvteuan lvteuna lvteaun lvteanu lvtenau lvtenua lvtnuea lvtnuae lvtneua lvtneau lvtnaeu
lvtnaue lavnuet lavnute lavneut lavnetu lavnteu lavntue lavunet lavunte lavuent lavuetn
lavuten lavutne laveunt laveutn lavenut laventu lavetnu lavetun lavtuen lavtune lavteun
lavtenu lavtneu lavtnue lanvuet lanvute lanveut lanvetu lanvteu lanvtue lanuvet lanuvte
lanuevt lanuetv lanutev lanutve laneuvt laneutv lanevut lanevtu lanetvu lanetuv lantuev
lantuve lanteuv lantevu lantveu lantvue launvet launvte launevt launetv launtev launtve
lauvnet lauvnte lauvent lauvetn lauvten lauvtne lauevnt lauevtn lauenvt lauentv lauetnv
lauetvn lautven lautvne lautevn lautenv lautnev lautnve laenuvt laenutv laenvut laenvtu
laentvu laentuv laeunvt laeuntv laeuvnt laeuvtn laeutvn laeutnv laevunt laevutn laevnut
laevntu laevtnu laevtun laetuvn laetunv laetvun laetvnu laetnvu laetnuv latnuev latnuve
latneuv latnevu latnveu latnvue latunev latunve latuenv latuevn latuven latuvne lateunv
lateuvn latenuv latenvu latevnu latevun latvuen latvune latveun latvenu latvneu latvnue
luvanet luvante luvaent luvaetn luvaten luvatne luvnaet luvnate luvneat luvneta luvntea
luvntae luvenat luventa luveant luveatn luvetan luvetna luvtnea luvtnae luvtena luvtean
luvtaen luvtane luavnet luavnte luavent luavetn luavten luavtne luanvet luanvte luanevt
luanetv luantev luantve luaenvt luaentv luaevnt luaevtn luaetvn luaetnv luatnev luatnve
luatenv luatevn luatven luatvne lunavet lunavte lunaevt lunaetv lunatev lunatve lunvaet
lunvate lunveat lunveta lunvtea lunvtae lunevat lunevta luneavt luneatv lunetav lunetva
luntvea luntvae lunteva lunteav luntaev luntave lueanvt lueantv lueavnt lueavtn lueatvn
lueatnv luenavt luenatv luenvat luenvta luentva luentav luevnat luevnta luevant luevatn
luevtan luevtna luetnva luetnav luetvna luetvan luetavn luetanv lutanev lutanve lutaenv
lutaevn lutaven lutavne lutnaev lutnave lutneav lutneva lutnvea lutnvae lutenav lutenva
luteanv luteavn lutevan lutevna lutvnea lutvnae lutvena lutvean lutvaen lutvane levaunt
levautn levanut levantu levatnu levatun levuant levuatn levunat levunta levutna levutan
levnuat levnuta levnaut levnatu levntau levntua levtuna levtuan levtnua levtnau levtanu
levtaun leavunt leavutn leavnut leavntu leavtnu leavtun leauvnt leauvtn leaunvt leauntv
leautnv leautvn leanuvt leanutv leanvut leanvtu leantvu leantuv leatunv leatuvn leatnuv
leatnvu leatvnu leatvun leuavnt leuavtn leuanvt leuantv leuatnv leuatvn leuvant leuvatn
leuvnat leuvnta leuvtna leuvtan leunvat leunvta leunavt leunatv leuntav leuntva leutvna
leutvan leutnva leutnav leutanv leutavn lenauvt lenautv lenavut lenavtu lenatvu lenatuv
lenuavt lenuatv lenuvat lenuvta lenutva lenutav lenvuat lenvuta lenvaut lenvatu lenvtau
lenvtua lentuva lentuav lentvua lentvau lentavu lentauv letaunv letauvn letanuv letanvu
letavnu letavun letuanv letuavn letunav letunva letuvna letuvan letnuav letnuva letnauv
letnavu letnvau letnvua letvuna letvuan letvnua letvnau letvanu letvaun ltvauen ltvaune
ltvaeun ltvaenu ltvaneu ltvanue ltvuaen ltvuane ltvuean ltvuena ltvunea ltvunae ltveuan
ltveuna ltveaun ltveanu ltvenau ltvenua ltvnuea ltvnuae ltvneua ltvneau ltvnaeu ltvnaue
ltavuen ltavune ltaveun ltavenu ltavneu ltavnue ltauven ltauvne ltauevn ltauenv ltaunev
ltaunve ltaeuvn ltaeunv ltaevun ltaevnu ltaenvu ltaenuv ltanuev ltanuve ltaneuv ltanevu
ltanveu ltanvue ltuaven ltuavne ltuaevn ltuaenv ltuanev ltuanve ltuvaen ltuvane ltuvean
ltuvena ltuvnea ltuvnae ltuevan ltuevna ltueavn ltueanv ltuenav ltuenva ltunvea ltunvae
ltuneva ltuneav ltunaev ltunave lteauvn lteaunv lteavun lteavnu lteanvu lteanuv lteuavn
lteuanv lteuvan lteuvna lteunva lteunav ltevuan ltevuna ltevaun ltevanu ltevnau ltevnua
ltenuva ltenuav ltenvua ltenvau ltenavu ltenauv ltnauev ltnauve ltnaeuv ltnaevu ltnaveu
ltnavue ltnuaev ltnuave ltnueav ltnueva ltnuvea ltnuvae ltneuav ltneuva ltneauv ltneavu
ltnevau ltnevua ltnvuea ltnvuae ltnveua ltnveau ltnvaeu ltnvaue tnvaule tnvauel tnvalue
tnvaleu tnvaelu tnvaeul tnvuale tnvuael tnvulae tnvulea tnvuela tnvueal tnvluae tnvluea
tnvlaue tnvlaeu tnvleau tnvleua tnveula tnveual tnvelua tnvelau tnvealu tnveaul tnavule
tnavuel tnavlue tnavleu tnavelu tnaveul tnauvle tnauvel tnaulve tnaulev tnauelv tnauevl
tnaluve tnaluev tnalvue tnalveu tnalevu tnaleuv tnaeulv tnaeuvl tnaeluv tnaelvu tnaevlu
tnaevul tnuavle tnuavel tnualve tnualev tnuaelv tnuaevl tnuvale tnuvael tnuvlae tnuvlea
tnuvela tnuveal tnulvae tnulvea tnulave tnulaev tnuleav tnuleva tnuevla tnueval tnuelva
tnuelav tnuealv tnueavl tnlauve tnlauev tnlavue tnlaveu tnlaevu tnlaeuv tnluave tnluaev
tnluvae tnluvea tnlueva tnlueav tnlvuae tnlvuea tnlvaue tnlvaeu tnlveau tnlveua tnleuva
tnleuav tnlevua tnlevau tnleavu tnleauv tneaulv tneauvl tnealuv tnealvu tneavlu tneavul
tneualv tneuavl tneulav tneulva tneuvla tneuval tneluav tneluva tnelauv tnelavu tnelvau
tnelvua tnevula tnevual tnevlua tnevlau tnevalu tnevaul tvnaule tvnauel tvnalue tvnaleu
tvnaelu tvnaeul tvnuale tvnuael tvnulae tvnulea tvnuela tvnueal tvnluae tvnluea tvnlaue
tvnlaeu tvnleau tvnleua tvneula tvneual tvnelua tvnelau tvnealu tvneaul tvanule tvanuel
tvanlue tvanleu tvanelu tvaneul tvaunle tvaunel tvaulne tvaulen tvaueln tvauenl tvalune
tvaluen tvalnue tvalneu tvalenu tvaleun tvaeuln tvaeunl tvaelun tvaelnu tvaenlu tvaenul
tvuanle tvuanel tvualne tvualen tvuaeln tvuaenl tvunale tvunael tvunlae tvunlea tvunela
tvuneal tvulnae tvulnea tvulane tvulaen tvulean tvulena tvuenla tvuenal tvuelna tvuelan
tvuealn tvueanl tvlaune tvlauen tvlanue tvlaneu tvlaenu tvlaeun tvluane tvluaen tvlunae
tvlunea tvluena tvluean tvlnuae tvlnuea tvlnaue tvlnaeu tvlneau tvlneua tvleuna tvleuan
tvlenua tvlenau tvleanu tvleaun tveauln tveaunl tvealun tvealnu tveanlu tveanul tveualn
tveuanl tveulan tveulna tveunla tveunal tveluan tveluna tvelaun tvelanu tvelnau tvelnua
tvenula tvenual tvenlua tvenlau tvenalu tvenaul tavnule tavnuel tavnlue tavnleu tavnelu
tavneul tavunle tavunel tavulne tavulen tavueln tavuenl tavlune tavluen tavlnue tavlneu
tavlenu tavleun taveuln taveunl tavelun tavelnu tavenlu tavenul tanvule tanvuel tanvlue
tanvleu tanvelu tanveul tanuvle tanuvel tanulve tanulev tanuelv tanuevl tanluve tanluev
tanlvue tanlveu tanlevu tanleuv taneulv taneuvl taneluv tanelvu tanevlu tanevul taunvle
taunvel taunlve taunlev taunelv taunevl tauvnle tauvnel tauvlne tauvlen tauveln tauvenl
taulvne taulven taulnve taulnev taulenv taulevn tauevln tauevnl tauelvn tauelnv tauenlv
tauenvl talnuve talnuev talnvue talnveu talnevu talneuv talunve talunev taluvne taluven
taluevn taluenv talvune talvuen talvnue talvneu talvenu talveun taleuvn taleunv talevun
talevnu talenvu talenuv taenulv taenuvl taenluv taenlvu taenvlu taenvul taeunlv taeunvl
taeulnv taeulvn taeuvln taeuvnl taelunv taeluvn taelnuv taelnvu taelvnu taelvun taevuln
taevunl taevlun taevlnu taevnlu taevnul tuvanle tuvanel tuvalne tuvalen tuvaeln tuvaenl
tuvnale tuvnael tuvnlae tuvnlea tuvnela tuvneal tuvlnae tuvlnea tuvlane tuvlaen tuvlean
tuvlena tuvenla tuvenal tuvelna tuvelan tuvealn tuveanl tuavnle tuavnel tuavlne tuavlen
tuaveln tuavenl tuanvle tuanvel tuanlve tuanlev tuanelv tuanevl tualnve tualnev tualvne
tualven tualevn tualenv tuaenlv tuaenvl tuaelnv tuaelvn tuaevln tuaevnl tunavle tunavel
tunalve tunalev tunaelv tunaevl tunvale tunvael tunvlae tunvlea tunvela tunveal tunlvae
tunlvea tunlave tunlaev tunleav tunleva tunevla tuneval tunelva tunelav tunealv tuneavl
tulanve tulanev tulavne tulaven tulaevn tulaenv tulnave tulnaev tulnvae tulnvea tulneva
tulneav tulvnae tulvnea tulvane tulvaen tulvean tulvena tulenva tulenav tulevna tulevan
tuleavn tuleanv tueanlv tueanvl tuealnv tuealvn tueavln tueavnl tuenalv tuenavl tuenlav
tuenlva tuenvla tuenval tuelnav tuelnva tuelanv tuelavn tuelvan tuelvna tuevnla tuevnal
tuevlna tuevlan tuevaln tuevanl tlvaune tlvauen tlvanue tlvaneu tlvaenu tlvaeun tlvuane
tlvuaen tlvunae tlvunea tlvuena tlvuean tlvnuae tlvnuea tlvnaue tlvnaeu tlvneau tlvneua
tlveuna tlveuan tlvenua tlvenau tlveanu tlveaun tlavune tlavuen tlavnue tlavneu tlavenu
tlaveun tlauvne tlauven tlaunve tlaunev tlauenv tlauevn tlanuve tlanuev tlanvue tlanveu
tlanevu tlaneuv tlaeunv tlaeuvn tlaenuv tlaenvu tlaevnu tlaevun tluavne tluaven tluanve
tluanev tluaenv tluaevn tluvane tluvaen tluvnae tluvnea tluvena tluvean tlunvae tlunvea
tlunave tlunaev tluneav tluneva tluevna tluevan tluenva tluenav tlueanv tlueavn tlnauve
tlnauev tlnavue tlnaveu tlnaevu tlnaeuv tlnuave tlnuaev tlnuvae tlnuvea tlnueva tlnueav
tlnvuae tlnvuea tlnvaue tlnvaeu tlnveau tlnveua tlneuva tlneuav tlnevua tlnevau tlneavu
tlneauv tleaunv tleauvn tleanuv tleanvu tleavnu tleavun tleuanv tleuavn tleunav tleunva
tleuvna tleuvan tlenuav tlenuva tlenauv tlenavu tlenvau tlenvua tlevuna tlevuan tlevnua
tlevnau tlevanu tlevaun tevauln tevaunl tevalun tevalnu tevanlu tevanul tevualn tevuanl
tevulan tevulna tevunla tevunal tevluan tevluna tevlaun tevlanu tevlnau tevlnua tevnula
tevnual tevnlua tevnlau tevnalu tevnaul teavuln teavunl teavlun teavlnu teavnlu teavnul
teauvln teauvnl teaulvn teaulnv teaunlv teaunvl tealuvn tealunv tealvun tealvnu tealnvu
tealnuv teanulv teanuvl teanluv teanlvu teanvlu teanvul teuavln teuavnl teualvn teualnv
teuanlv teuanvl teuvaln teuvanl teuvlan teuvlna teuvnla teuvnal teulvan teulvna teulavn
teulanv teulnav teulnva teunvla teunval teunlva teunlav teunalv teunavl telauvn telaunv
telavun telavnu telanvu telanuv teluavn teluanv teluvan teluvna telunva telunav telvuan
telvuna telvaun telvanu telvnau telvnua telnuva telnuav telnvua telnvau telnavu telnauv
tenaulv tenauvl tenaluv tenalvu tenavlu tenavul tenualv tenuavl tenulav tenulva tenuvla
tenuval tenluav tenluva tenlauv tenlavu tenlvau tenlvua tenvula tenvual tenvlua tenvlau
tenvalu tenvaul

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History of cryptography
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