easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

nowhit

olathe

rapuerim

danser

formative

deerim

mcgivern

stelliscript

barrener

lindemuth

calixtin

gurvitz

cognati

sysmgr

plumpen

schelomo

counteralliance

exanimemque


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: vocaller
cipher variations:
wpdbmmfs xqecnngt yrfdoohu zsgeppiv athfqqjw
buigrrkx cvjhssly dwkittmz exljuuna fymkvvob
gznlwwpc haomxxqd ibpnyyre jcqozzsf kdrpaatg
lesqbbuh mftrccvi ngusddwj ohvteexk piwuffyl
qjxvggzm rkywhhan slzxiibo tmayjjcp unbzkkdq

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: vocaller
Cipher: elxzoovi

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: vocaller
Cipher: BBBAB ABBAB AAABA AAAAA ABABA ABABA AABAA BAAAA

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: vocaller
cipher variations: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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: vocaller
Cipher: ibpnyyre

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: vocaller
Cipher: 1543311113135124

Extended Methods:
Method #1

Plaintext: vocaller
method variations:
athfqqkwfynlvvpbldsqaaugqixvffzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
v o c a l l e r 
1 4 3 1 1 1 5 2 
5 3 1 1 3 3 1 4 
They are then read out in rows:
1431115253113314
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: vocaller
Cipher: qcakpanq

Read more ...
Method #3

Plaintext: vocaller
method variations:
unaacxfd naacxfdu aacxfdun
acxfduna cxfdunaa xfdunaac
fdunaacx dunaacxf

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: vocaller

first 5040 cipher variations(40320 total)
vocaller vocallre vocalelr vocalerl vocalrel vocalrle vocaller vocallre vocalelr vocalerl vocalrel
vocalrle vocaellr vocaelrl vocaellr vocaelrl vocaerll vocaerll vocarlel vocarlle vocarell vocarell
vocarlel vocarlle voclaler voclalre voclaelr voclaerl voclarel voclarle vocllaer vocllare vocllear
vocllera vocllrea vocllrae voclelar voclelra voclealr voclearl vocleral voclerla voclrlea voclrlae
voclrela voclreal voclrael voclrale vocllaer vocllare vocllear vocllera vocllrea vocllrae voclaler
voclalre voclaelr voclaerl voclarel voclarle voclealr voclearl voclelar voclelra voclerla vocleral
voclrael voclrale voclreal voclrela voclrlea voclrlae vocellar vocellra vocelalr vocelarl vocelral
vocelrla vocellar vocellra vocelalr vocelarl vocelral vocelrla voceallr vocealrl voceallr vocealrl
vocearll vocearll vocerlal vocerlla vocerall vocerall vocerlal vocerlla vocrllea vocrllae vocrlela
vocrleal vocrlael vocrlale vocrllea vocrllae vocrlela vocrleal vocrlael vocrlale vocrella vocrelal
vocrella vocrelal vocreall vocreall vocralel vocralle vocraell vocraell vocralel vocralle voacller
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vclelaro vclelrao vclelroa vcleolar vcleolra vcleoalr vcleoarl vcleoral vcleorla vcleaolr vcleaorl
vclealor vclealro vclearlo vclearol vcleroal vclerola vcleraol vcleralo vclerlao vclerloa vclrloea
vclrloae vclrleoa vclrleao vclrlaeo vclrlaoe vclrolea vclrolae vclroela vclroeal vclroael vclroale
vclreola vclreoal vclreloa vclrelao vclrealo vclreaol vclraoel vclraole vclraeol vclraelo vclraleo
vclraloe vceallor vceallro vcealolr vcealorl vcealrol vcealrlo vceallor vceallro vcealolr vcealorl
vcealrol vcealrlo vceaollr vceaolrl vceaollr vceaolrl vceaorll vceaorll vcearlol vcearllo vcearoll
vcearoll vcearlol vcearllo vcelalor vcelalro vcelaolr vcelaorl vcelarol vcelarlo vcellaor vcellaro
vcelloar vcellora vcellroa vcellrao vcelolar vcelolra vceloalr vceloarl vceloral vcelorla vcelrloa
vcelrlao vcelrola vcelroal vcelraol vcelralo vcellaor vcellaro vcelloar vcellora vcellroa vcellrao
vcelalor vcelalro vcelaolr vcelaorl vcelarol vcelarlo vceloalr vceloarl vcelolar vcelolra vcelorla
vceloral vcelraol vcelralo vcelroal vcelrola vcelrloa vcelrlao vceollar vceollra vceolalr vceolarl
vceolral vceolrla vceollar vceollra vceolalr vceolarl vceolral vceolrla vceoallr vceoalrl vceoallr
vceoalrl vceoarll vceoarll vceorlal vceorlla vceorall vceorall vceorlal vceorlla vcerlloa vcerllao
vcerlola vcerloal vcerlaol vcerlalo vcerlloa vcerllao vcerlola vcerloal vcerlaol vcerlalo vcerolla
vcerolal vcerolla vcerolal vceroall vceroall vceralol vcerallo vceraoll vceraoll vceralol vcerallo
vcralleo vcralloe vcralelo vcraleol vcraloel vcralole vcralleo vcralloe vcralelo vcraleol vcraloel
vcralole vcraello vcraelol vcraello vcraelol vcraeoll vcraeoll vcraolel vcraolle vcraoell vcraoell
vcraolel vcraolle vcrlaleo vcrlaloe vcrlaelo vcrlaeol vcrlaoel vcrlaole vcrllaeo vcrllaoe vcrlleao
vcrlleoa vcrlloea vcrlloae vcrlelao vcrleloa vcrlealo vcrleaol vcrleoal vcrleola vcrlolea vcrlolae
vcrloela vcrloeal vcrloael vcrloale vcrllaeo vcrllaoe vcrlleao vcrlleoa vcrlloea vcrlloae vcrlaleo
vcrlaloe vcrlaelo vcrlaeol vcrlaoel vcrlaole vcrlealo vcrleaol vcrlelao vcrleloa vcrleola vcrleoal
vcrloael vcrloale vcrloeal vcrloela vcrlolea vcrlolae vcrellao vcrelloa vcrelalo vcrelaol vcreloal
vcrelola vcrellao vcrelloa vcrelalo vcrelaol vcreloal vcrelola vcreallo vcrealol vcreallo vcrealol
vcreaoll vcreaoll vcreolal vcreolla vcreoall vcreoall vcreolal vcreolla vcrollea vcrollae vcrolela
vcroleal vcrolael vcrolale vcrollea vcrollae vcrolela vcroleal vcrolael vcrolale vcroella vcroelal
vcroella vcroelal vcroeall vcroeall vcroalel vcroalle vcroaell vcroaell vcroalel vcroalle vacoller
vacollre vacolelr vacolerl vacolrel vacolrle vacoller vacollre vacolelr vacolerl vacolrel vacolrle
vacoellr vacoelrl vacoellr vacoelrl vacoerll vacoerll vacorlel vacorlle vacorell vacorell vacorlel
vacorlle vacloler vaclolre vacloelr vacloerl vaclorel vaclorle vaclloer vacllore vaclleor vacllero
vacllreo vacllroe vaclelor vaclelro vacleolr vacleorl vaclerol vaclerlo vaclrleo vaclrloe vaclrelo
vaclreol vaclroel vaclrole vaclloer vacllore vaclleor vacllero vacllreo vacllroe vacloler vaclolre
vacloelr vacloerl vaclorel vaclorle vacleolr vacleorl vaclelor vaclelro vaclerlo vaclerol vaclroel
vaclrole vaclreol vaclrelo vaclrleo vaclrloe vacellor vacellro vacelolr vacelorl vacelrol vacelrlo
vacellor vacellro vacelolr vacelorl vacelrol vacelrlo vaceollr vaceolrl vaceollr vaceolrl vaceorll
vaceorll vacerlol vacerllo vaceroll vaceroll vacerlol vacerllo vacrlleo vacrlloe vacrlelo vacrleol
vacrloel vacrlole vacrlleo vacrlloe vacrlelo vacrleol vacrloel vacrlole vacrello vacrelol vacrello
vacrelol vacreoll vacreoll vacrolel vacrolle vacroell vacroell vacrolel vacrolle vaocller vaocllre
vaoclelr vaoclerl vaoclrel vaoclrle vaocller vaocllre vaoclelr vaoclerl vaoclrel vaoclrle vaocellr
vaocelrl vaocellr vaocelrl vaocerll vaocerll vaocrlel vaocrlle vaocrell vaocrell vaocrlel vaocrlle
vaolcler vaolclre vaolcelr vaolcerl vaolcrel vaolcrle vaollcer vaollcre vaollecr vaollerc vaollrec
vaollrce vaolelcr vaolelrc vaoleclr vaolecrl vaolercl vaolerlc vaolrlec vaolrlce vaolrelc vaolrecl
vaolrcel vaolrcle vaollcer vaollcre vaollecr vaollerc vaollrec vaollrce vaolcler vaolclre vaolcelr
vaolcerl vaolcrel vaolcrle vaoleclr vaolecrl vaolelcr vaolelrc vaolerlc vaolercl vaolrcel vaolrcle
vaolrecl vaolrelc vaolrlec vaolrlce vaoellcr vaoellrc vaoelclr vaoelcrl vaoelrcl vaoelrlc vaoellcr
vaoellrc vaoelclr vaoelcrl vaoelrcl vaoelrlc vaoecllr vaoeclrl vaoecllr vaoeclrl vaoecrll vaoecrll
vaoerlcl vaoerllc vaoercll vaoercll vaoerlcl vaoerllc vaorllec vaorllce vaorlelc vaorlecl vaorlcel
vaorlcle vaorllec vaorllce vaorlelc vaorlecl vaorlcel vaorlcle vaorellc vaorelcl vaorellc vaorelcl
vaorecll vaorecll vaorclel vaorclle vaorcell vaorcell vaorclel vaorclle valocler valoclre valocelr
valocerl valocrel valocrle valolcer valolcre valolecr valolerc valolrec valolrce valoelcr valoelrc
valoeclr valoecrl valoercl valoerlc valorlec valorlce valorelc valorecl valorcel valorcle valcoler
valcolre valcoelr valcoerl valcorel valcorle valcloer valclore valcleor valclero valclreo valclroe
valcelor valcelro valceolr valceorl valcerol valcerlo valcrleo valcrloe valcrelo valcreol valcroel
valcrole vallcoer vallcore vallceor vallcero vallcreo vallcroe vallocer vallocre valloecr valloerc
vallorec vallorce valleocr valleorc vallecor vallecro vallerco valleroc vallroec vallroce vallreoc
vallreco vallrceo vallrcoe valeclor valeclro valecolr valecorl valecrol valecrlo valelcor valelcro
valelocr valelorc valelroc valelrco valeolcr valeolrc valeoclr valeocrl valeorcl valeorlc valerloc
valerlco valerolc valerocl valercol valerclo valrcleo valrcloe valrcelo valrceol valrcoel valrcole
valrlceo valrlcoe valrleco valrleoc valrloec valrloce valrelco valreloc valreclo valrecol valreocl
valreolc valrolec valrolce valroelc valroecl valrocel valrocle valolcer valolcre valolecr valolerc
valolrec valolrce valocler valoclre valocelr valocerl valocrel valocrle valoeclr valoecrl valoelcr
valoelrc valoerlc valoercl valorcel valorcle valorecl valorelc valorlec valorlce vallocer vallocre
valloecr valloerc vallorec vallorce vallcoer vallcore vallceor vallcero vallcreo vallcroe vallecor
vallecro valleocr valleorc valleroc vallerco vallrceo vallrcoe vallreco vallreoc vallroec vallroce
valcloer valclore valcleor valclero valclreo valclroe valcoler valcolre valcoelr valcoerl valcorel
valcorle valceolr valceorl valcelor valcelro valcerlo valcerol valcroel valcrole valcreol valcrelo
valcrleo valcrloe valelcor valelcro valelocr valelorc valelroc valelrco valeclor valeclro valecolr
valecorl valecrol valecrlo valeoclr valeocrl valeolcr valeolrc valeorlc valeorcl valercol valerclo
valerocl valerolc valerloc valerlco valrlceo valrlcoe valrleco valrleoc valrloec valrloce valrcleo
valrcloe valrcelo valrceol valrcoel valrcole valreclo valrecol valrelco valreloc valreolc valreocl
valrocel valrocle valroecl valroelc valrolec valrolce vaeollcr vaeollrc vaeolclr vaeolcrl vaeolrcl
vaeolrlc vaeollcr vaeollrc vaeolclr vaeolcrl vaeolrcl vaeolrlc vaeocllr vaeoclrl vaeocllr vaeoclrl
vaeocrll vaeocrll vaeorlcl vaeorllc vaeorcll vaeorcll vaeorlcl vaeorllc vaelolcr vaelolrc vaeloclr
vaelocrl vaelorcl vaelorlc vaellocr vaellorc vaellcor vaellcro vaellrco vaellroc vaelclor vaelclro
vaelcolr vaelcorl vaelcrol vaelcrlo vaelrlco vaelrloc vaelrclo vaelrcol vaelrocl vaelrolc vaellocr
vaellorc vaellcor vaellcro vaellrco vaellroc vaelolcr vaelolrc vaeloclr vaelocrl vaelorcl vaelorlc
vaelcolr vaelcorl vaelclor vaelclro vaelcrlo vaelcrol vaelrocl vaelrolc vaelrcol vaelrclo vaelrlco
vaelrloc vaecllor vaecllro vaeclolr vaeclorl vaeclrol vaeclrlo vaecllor vaecllro vaeclolr vaeclorl
vaeclrol vaeclrlo vaecollr vaecolrl vaecollr vaecolrl vaecorll vaecorll vaecrlol vaecrllo vaecroll
vaecroll vaecrlol vaecrllo vaerllco vaerlloc vaerlclo vaerlcol vaerlocl vaerlolc vaerllco vaerlloc
vaerlclo vaerlcol vaerlocl vaerlolc vaercllo vaerclol vaercllo vaerclol vaercoll vaercoll vaerolcl
vaerollc vaerocll vaerocll vaerolcl vaerollc varollec varollce varolelc varolecl varolcel varolcle
varollec varollce varolelc varolecl varolcel varolcle varoellc varoelcl varoellc varoelcl varoecll
varoecll varoclel varoclle varocell varocell varoclel varoclle varlolec varlolce varloelc varloecl
varlocel varlocle varlloec varlloce varlleoc varlleco varllceo varllcoe varleloc varlelco varleolc
varleocl varlecol varleclo varlcleo varlcloe varlcelo varlceol varlcoel varlcole varlloec varlloce
varlleoc varlleco varllceo varllcoe varlolec varlolce varloelc varloecl varlocel varlocle varleolc
varleocl varleloc varlelco varleclo varlecol varlcoel varlcole varlceol varlcelo varlcleo varlcloe
varelloc varellco varelolc varelocl varelcol varelclo varelloc varellco varelolc varelocl varelcol
varelclo vareollc vareolcl vareollc vareolcl vareocll vareocll vareclol varecllo varecoll varecoll
vareclol varecllo varclleo varclloe varclelo varcleol varcloel varclole varclleo varclloe varclelo
varcleol varcloel varclole varcello varcelol varcello varcelol varceoll varceoll varcolel varcolle
varcoell varcoell varcolel varcolle vlcaoler vlcaolre vlcaoelr vlcaoerl vlcaorel vlcaorle vlcaloer
vlcalore vlcaleor vlcalero vlcalreo vlcalroe vlcaelor vlcaelro vlcaeolr vlcaeorl vlcaerol vlcaerlo
vlcarleo vlcarloe vlcarelo vlcareol vlcaroel vlcarole vlcoaler vlcoalre vlcoaelr vlcoaerl vlcoarel
vlcoarle vlcolaer vlcolare vlcolear vlcolera vlcolrea vlcolrae vlcoelar vlcoelra vlcoealr vlcoearl
vlcoeral vlcoerla vlcorlea vlcorlae vlcorela vlcoreal vlcorael vlcorale vlcloaer vlcloare vlcloear
vlcloera vlclorea vlclorae vlclaoer vlclaore vlclaeor vlclaero vlclareo vlclaroe vlcleaor vlclearo
vlcleoar vlcleora vlcleroa vlclerao vlclraeo vlclraoe vlclreao vlclreoa vlclroea vlclroae vlceolar
vlceolra vlceoalr vlceoarl vlceoral vlceorla vlceloar vlcelora vlcelaor vlcelaro vlcelrao vlcelroa
vlcealor vlcealro vlceaolr vlceaorl vlcearol vlcearlo vlcerlao vlcerloa vlceralo vlceraol vlceroal
vlcerola vlcrolea vlcrolae vlcroela vlcroeal vlcroael vlcroale vlcrloea vlcrloae vlcrleoa vlcrleao
vlcrlaeo vlcrlaoe vlcreloa vlcrelao vlcreola vlcreoal vlcreaol vlcrealo vlcraleo vlcraloe vlcraelo
vlcraeol vlcraoel vlcraole vlacoler vlacolre vlacoelr vlacoerl vlacorel vlacorle vlacloer vlaclore
vlacleor vlaclero vlaclreo vlaclroe vlacelor vlacelro vlaceolr vlaceorl vlacerol vlacerlo vlacrleo
vlacrloe vlacrelo vlacreol vlacroel vlacrole vlaocler vlaoclre vlaocelr vlaocerl vlaocrel vlaocrle
vlaolcer vlaolcre vlaolecr vlaolerc vlaolrec vlaolrce vlaoelcr vlaoelrc vlaoeclr vlaoecrl vlaoercl
vlaoerlc vlaorlec vlaorlce vlaorelc vlaorecl vlaorcel vlaorcle vlalocer vlalocre vlaloecr vlaloerc
vlalorec vlalorce vlalcoer vlalcore vlalceor vlalcero vlalcreo vlalcroe vlalecor vlalecro vlaleocr
vlaleorc vlaleroc vlalerco vlalrceo vlalrcoe vlalreco vlalreoc vlalroec vlalroce vlaeolcr vlaeolrc
vlaeoclr vlaeocrl vlaeorcl vlaeorlc vlaelocr vlaelorc vlaelcor vlaelcro vlaelrco vlaelroc vlaeclor
vlaeclro vlaecolr vlaecorl vlaecrol vlaecrlo vlaerlco vlaerloc vlaerclo vlaercol vlaerocl vlaerolc
vlarolec vlarolce vlaroelc vlaroecl vlarocel vlarocle vlarloec vlarloce vlarleoc vlarleco vlarlceo
vlarlcoe vlareloc vlarelco vlareolc vlareocl vlarecol vlareclo vlarcleo vlarcloe vlarcelo vlarceol
vlarcoel vlarcole vloacler vloaclre vloacelr vloacerl vloacrel vloacrle vloalcer vloalcre vloalecr
vloalerc vloalrec vloalrce vloaelcr vloaelrc vloaeclr vloaecrl vloaercl vloaerlc vloarlec vloarlce
vloarelc vloarecl vloarcel vloarcle vlocaler vlocalre vlocaelr vlocaerl vlocarel vlocarle vloclaer
vloclare vloclear vloclera vloclrea vloclrae vlocelar vlocelra vlocealr vlocearl vloceral vlocerla
vlocrlea vlocrlae vlocrela vlocreal vlocrael vlocrale vlolcaer vlolcare vlolcear vlolcera vlolcrea
vlolcrae vlolacer vlolacre vlolaecr vlolaerc vlolarec vlolarce vloleacr vlolearc vlolecar vlolecra
vlolerca vlolerac vlolraec vlolrace vlolreac vlolreca vlolrcea vlolrcae vloeclar vloeclra vloecalr
vloecarl vloecral vloecrla vloelcar vloelcra vloelacr vloelarc vloelrac vloelrca vloealcr vloealrc
vloeaclr vloeacrl vloearcl vloearlc vloerlac vloerlca vloeralc vloeracl vloercal vloercla vlorclea
vlorclae vlorcela vlorceal vlorcael vlorcale vlorlcea vlorlcae vlorleca vlorleac vlorlaec vlorlace
vlorelca vlorelac vlorecla vlorecal vloreacl vlorealc vloralec vloralce vloraelc vloraecl vloracel
vloracle vllaocer vllaocre vllaoecr vllaoerc vllaorec vllaorce vllacoer vllacore vllaceor vllacero
vllacreo vllacroe vllaecor vllaecro vllaeocr vllaeorc vllaeroc vllaerco vllarceo vllarcoe vllareco
vllareoc vllaroec vllaroce vlloacer vlloacre vlloaecr vlloaerc vlloarec vlloarce vllocaer vllocare
vllocear vllocera vllocrea vllocrae vlloecar vlloecra vlloeacr vlloearc vlloerac vlloerca vllorcea
vllorcae vlloreca vlloreac vlloraec vllorace vllcoaer vllcoare vllcoear vllcoera vllcorea vllcorae
vllcaoer vllcaore vllcaeor vllcaero vllcareo vllcaroe vllceaor vllcearo vllceoar vllceora vllceroa
vllcerao vllcraeo vllcraoe vllcreao vllcreoa vllcroea vllcroae vlleocar vlleocra vlleoacr vlleoarc
vlleorac vlleorca vllecoar vllecora vllecaor vllecaro vllecrao vllecroa vlleacor vlleacro vlleaocr
vlleaorc vllearoc vllearco vllercao vllercoa vlleraco vlleraoc vlleroac vlleroca vllrocea vllrocae
vllroeca vllroeac vllroaec vllroace vllrcoea vllrcoae vllrceoa vllrceao vllrcaeo vllrcaoe vllrecoa
vllrecao vllreoca vllreoac vllreaoc vllreaco vllraceo vllracoe vllraeco vllraeoc vllraoec vllraoce
vleaolcr vleaolrc vleaoclr vleaocrl vleaorcl vleaorlc vlealocr vlealorc vlealcor vlealcro vlealrco
vlealroc vleaclor vleaclro vleacolr vleacorl vleacrol vleacrlo vlearlco vlearloc vlearclo vlearcol
vlearocl vlearolc vleoalcr vleoalrc vleoaclr vleoacrl vleoarcl vleoarlc vleolacr vleolarc vleolcar
vleolcra vleolrca vleolrac vleoclar vleoclra vleocalr vleocarl vleocral vleocrla vleorlca vleorlac
vleorcla vleorcal vleoracl vleoralc vleloacr vleloarc vlelocar vlelocra vlelorca vlelorac vlelaocr
vlelaorc vlelacor vlelacro vlelarco vlelaroc vlelcaor vlelcaro vlelcoar vlelcora vlelcroa vlelcrao
vlelraco vlelraoc vlelrcao vlelrcoa vlelroca vlelroac vlecolar vlecolra vlecoalr vlecoarl vlecoral
vlecorla vlecloar vleclora vleclaor vleclaro vleclrao vleclroa vlecalor vlecalro vlecaolr vlecaorl
vlecarol vlecarlo vlecrlao vlecrloa vlecralo vlecraol vlecroal vlecrola vlerolca vlerolac vlerocla
vlerocal vleroacl vleroalc vlerloca vlerloac vlerlcoa vlerlcao vlerlaco vlerlaoc vlercloa vlerclao
vlercola vlercoal vlercaol vlercalo vleralco vleraloc vleraclo vleracol vleraocl vleraolc vlraolec
vlraolce vlraoelc vlraoecl vlraocel vlraocle vlraloec vlraloce vlraleoc vlraleco vlralceo vlralcoe
vlraeloc vlraelco vlraeolc vlraeocl vlraecol vlraeclo vlracleo vlracloe vlracelo vlraceol vlracoel
vlracole vlroalec vlroalce vlroaelc vlroaecl vlroacel vlroacle vlrolaec vlrolace vlroleac vlroleca
vlrolcea vlrolcae vlroelac vlroelca vlroealc vlroeacl vlroecal vlroecla vlroclea vlroclae vlrocela
vlroceal vlrocael vlrocale vlrloaec vlrloace vlrloeac vlrloeca vlrlocea vlrlocae vlrlaoec vlrlaoce
vlrlaeoc vlrlaeco vlrlaceo vlrlacoe vlrleaoc vlrleaco vlrleoac vlrleoca vlrlecoa vlrlecao vlrlcaeo
vlrlcaoe vlrlceao vlrlceoa vlrlcoea vlrlcoae vlreolac vlreolca vlreoalc vlreoacl vlreocal vlreocla
vlreloac vlreloca vlrelaoc vlrelaco vlrelcao vlrelcoa vlrealoc vlrealco vlreaolc vlreaocl vlreacol
vlreaclo vlreclao vlrecloa vlrecalo vlrecaol vlrecoal vlrecola vlrcolea vlrcolae vlrcoela vlrcoeal
vlrcoael vlrcoale vlrcloea vlrcloae vlrcleoa vlrcleao vlrclaeo vlrclaoe vlrceloa vlrcelao vlrceola
vlrceoal vlrceaol vlrcealo vlrcaleo vlrcaloe vlrcaelo vlrcaeol vlrcaoel vlrcaole vlcaloer vlcalore
vlcaleor vlcalero vlcalreo vlcalroe vlcaoler vlcaolre vlcaoelr vlcaoerl vlcaorel vlcaorle vlcaeolr
vlcaeorl vlcaelor vlcaelro vlcaerlo vlcaerol vlcaroel vlcarole vlcareol vlcarelo vlcarleo vlcarloe
vlclaoer vlclaore vlclaeor vlclaero vlclareo vlclaroe vlcloaer vlcloare vlcloear vlcloera vlclorea
vlclorae vlcleoar vlcleora vlcleaor vlclearo vlclerao vlcleroa vlclroea vlclroae vlclreoa vlclreao
vlclraeo vlclraoe vlcolaer vlcolare vlcolear vlcolera vlcolrea vlcolrae vlcoaler vlcoalre vlcoaelr
vlcoaerl vlcoarel vlcoarle vlcoealr vlcoearl vlcoelar vlcoelra vlcoerla vlcoeral vlcorael vlcorale
vlcoreal vlcorela vlcorlea vlcorlae vlceloar vlcelora vlcelaor vlcelaro vlcelrao vlcelroa vlceolar
vlceolra vlceoalr vlceoarl vlceoral vlceorla vlceaolr vlceaorl vlcealor vlcealro vlcearlo vlcearol
vlceroal vlcerola vlceraol vlceralo vlcerlao vlcerloa vlcrloea vlcrloae vlcrleoa vlcrleao vlcrlaeo
vlcrlaoe vlcrolea vlcrolae vlcroela vlcroeal vlcroael vlcroale vlcreola vlcreoal vlcreloa vlcrelao
vlcrealo vlcreaol vlcraoel vlcraole vlcraeol vlcraelo vlcraleo vlcraloe vlacloer vlaclore vlacleor
vlaclero vlaclreo vlaclroe vlacoler vlacolre vlacoelr vlacoerl vlacorel vlacorle vlaceolr vlaceorl
vlacelor vlacelro vlacerlo vlacerol vlacroel vlacrole vlacreol vlacrelo vlacrleo vlacrloe vlalcoer
vlalcore vlalceor vlalcero vlalcreo vlalcroe vlalocer vlalocre vlaloecr vlaloerc vlalorec vlalorce
vlaleocr vlaleorc vlalecor vlalecro vlalerco vlaleroc vlalroec vlalroce vlalreoc vlalreco vlalrceo
vlalrcoe vlaolcer vlaolcre vlaolecr vlaolerc vlaolrec vlaolrce vlaocler vlaoclre vlaocelr vlaocerl
vlaocrel vlaocrle vlaoeclr vlaoecrl vlaoelcr vlaoelrc vlaoerlc vlaoercl vlaorcel vlaorcle vlaorecl
vlaorelc vlaorlec vlaorlce vlaelocr vlaelorc vlaelcor vlaelcro vlaelrco vlaelroc vlaeolcr vlaeolrc
vlaeoclr vlaeocrl vlaeorcl vlaeorlc vlaecolr vlaecorl vlaeclor vlaeclro vlaecrlo vlaecrol vlaerocl
vlaerolc vlaercol vlaerclo vlaerlco vlaerloc vlarloec vlarloce vlarleoc vlarleco vlarlceo vlarlcoe
vlarolec vlarolce vlaroelc vlaroecl vlarocel vlarocle vlareolc vlareocl vlareloc vlarelco vlareclo
vlarecol vlarcoel vlarcole vlarceol vlarcelo vlarcleo vlarcloe vllacoer vllacore vllaceor vllacero
vllacreo vllacroe vllaocer vllaocre vllaoecr vllaoerc vllaorec vllaorce vllaeocr vllaeorc vllaecor
vllaecro vllaerco vllaeroc vllaroec vllaroce vllareoc vllareco vllarceo vllarcoe vllcaoer vllcaore
vllcaeor vllcaero vllcareo vllcaroe vllcoaer vllcoare vllcoear vllcoera vllcorea vllcorae vllceoar
vllceora vllceaor vllcearo vllcerao vllceroa vllcroea vllcroae vllcreoa vllcreao vllcraeo vllcraoe
vllocaer vllocare vllocear vllocera vllocrea vllocrae vlloacer vlloacre vlloaecr vlloaerc vlloarec
vlloarce vlloeacr vlloearc vlloecar vlloecra vlloerca vlloerac vlloraec vllorace vlloreac vlloreca
vllorcea vllorcae vllecoar vllecora vllecaor vllecaro vllecrao vllecroa vlleocar vlleocra vlleoacr
vlleoarc vlleorac vlleorca vlleaocr vlleaorc vlleacor vlleacro vllearco vllearoc vlleroac vlleroca
vlleraoc vlleraco vllercao vllercoa vllrcoea vllrcoae vllrceoa vllrceao vllrcaeo vllrcaoe vllrocea
vllrocae vllroeca vllroeac vllroaec vllroace vllreoca vllreoac vllrecoa vllrecao vllreaco vllreaoc
vllraoec vllraoce vllraeoc vllraeco vllraceo vllracoe vloalcer vloalcre vloalecr vloalerc vloalrec
vloalrce vloacler vloaclre vloacelr vloacerl vloacrel vloacrle vloaeclr vloaecrl vloaelcr vloaelrc
vloaerlc vloaercl vloarcel vloarcle vloarecl vloarelc vloarlec vloarlce vlolacer vlolacre vlolaecr
vlolaerc vlolarec vlolarce vlolcaer vlolcare vlolcear vlolcera vlolcrea vlolcrae vlolecar vlolecra
vloleacr vlolearc vlolerac vlolerca vlolrcea vlolrcae vlolreca vlolreac vlolraec vlolrace vloclaer
vloclare vloclear vloclera vloclrea vloclrae vlocaler vlocalre vlocaelr vlocaerl vlocarel vlocarle
vlocealr vlocearl vlocelar vlocelra vlocerla vloceral vlocrael vlocrale vlocreal vlocrela vlocrlea
vlocrlae vloelcar vloelcra vloelacr vloelarc vloelrac vloelrca vloeclar vloeclra vloecalr vloecarl
vloecral vloecrla vloeaclr vloeacrl vloealcr vloealrc vloearlc vloearcl vloercal vloercla vloeracl
vloeralc vloerlac vloerlca vlorlcea vlorlcae vlorleca vlorleac vlorlaec vlorlace vlorclea vlorclae
vlorcela vlorceal vlorcael vlorcale vlorecla vlorecal vlorelca vlorelac vlorealc vloreacl vloracel
vloracle vloraecl vloraelc vloralec vloralce vlealocr vlealorc vlealcor vlealcro vlealrco vlealroc
vleaolcr vleaolrc vleaoclr vleaocrl vleaorcl vleaorlc vleacolr vleacorl vleaclor vleaclro vleacrlo
vleacrol vlearocl vlearolc vlearcol vlearclo vlearlco vlearloc vlelaocr vlelaorc vlelacor vlelacro
vlelarco vlelaroc vleloacr vleloarc vlelocar vlelocra vlelorca vlelorac vlelcoar vlelcora vlelcaor
vlelcaro vlelcrao vlelcroa vlelroca vlelroac vlelrcoa vlelrcao vlelraco vlelraoc vleolacr vleolarc
vleolcar vleolcra vleolrca vleolrac vleoalcr vleoalrc vleoaclr vleoacrl vleoarcl vleoarlc vleocalr
vleocarl vleoclar vleoclra vleocrla vleocral vleoracl vleoralc vleorcal vleorcla vleorlca vleorlac
vlecloar vleclora vleclaor vleclaro vleclrao vleclroa vlecolar vlecolra vlecoalr vlecoarl vlecoral
vlecorla vlecaolr vlecaorl vlecalor vlecalro vlecarlo vlecarol vlecroal vlecrola vlecraol vlecralo
vlecrlao vlecrloa vlerloca vlerloac vlerlcoa vlerlcao vlerlaco vlerlaoc vlerolca vlerolac vlerocla
vlerocal vleroacl vleroalc vlercola vlercoal vlercloa vlerclao vlercalo vlercaol vleraocl vleraolc
vleracol vleraclo vleralco vleraloc vlraloec vlraloce vlraleoc vlraleco vlralceo vlralcoe vlraolec
vlraolce vlraoelc vlraoecl vlraocel vlraocle vlraeolc vlraeocl vlraeloc vlraelco vlraeclo vlraecol
vlracoel vlracole vlraceol vlracelo vlracleo vlracloe vlrlaoec vlrlaoce vlrlaeoc vlrlaeco vlrlaceo
vlrlacoe vlrloaec vlrloace vlrloeac vlrloeca vlrlocea vlrlocae vlrleoac vlrleoca vlrleaoc vlrleaco
vlrlecao vlrlecoa vlrlcoea vlrlcoae vlrlceoa vlrlceao vlrlcaeo vlrlcaoe vlrolaec vlrolace vlroleac
vlroleca vlrolcea vlrolcae vlroalec vlroalce vlroaelc vlroaecl vlroacel vlroacle vlroealc vlroeacl
vlroelac vlroelca vlroecla vlroecal vlrocael vlrocale vlroceal vlrocela vlroclea vlroclae vlreloac
vlreloca vlrelaoc vlrelaco vlrelcao vlrelcoa vlreolac vlreolca vlreoalc vlreoacl vlreocal vlreocla
vlreaolc vlreaocl vlrealoc vlrealco vlreaclo vlreacol vlrecoal vlrecola vlrecaol vlrecalo vlreclao
vlrecloa vlrcloea vlrcloae vlrcleoa vlrcleao vlrclaeo vlrclaoe vlrcolea vlrcolae vlrcoela vlrcoeal
vlrcoael vlrcoale vlrceola vlrceoal vlrceloa vlrcelao vlrcealo vlrceaol vlrcaoel vlrcaole vlrcaeol
vlrcaelo vlrcaleo vlrcaloe vecallor vecallro vecalolr vecalorl vecalrol vecalrlo vecallor vecallro
vecalolr vecalorl vecalrol vecalrlo vecaollr vecaolrl vecaollr vecaolrl vecaorll vecaorll vecarlol
vecarllo vecaroll vecaroll vecarlol vecarllo veclalor veclalro veclaolr veclaorl veclarol veclarlo
vecllaor vecllaro veclloar vecllora vecllroa vecllrao veclolar veclolra vecloalr vecloarl vecloral
veclorla veclrloa veclrlao veclrola veclroal veclraol veclralo vecllaor vecllaro veclloar vecllora
vecllroa vecllrao veclalor veclalro veclaolr veclaorl veclarol veclarlo vecloalr vecloarl veclolar
veclolra veclorla vecloral veclraol veclralo veclroal veclrola veclrloa veclrlao vecollar vecollra
vecolalr vecolarl vecolral vecolrla vecollar vecollra vecolalr vecolarl vecolral vecolrla vecoallr
vecoalrl vecoallr vecoalrl vecoarll vecoarll vecorlal vecorlla vecorall vecorall vecorlal vecorlla
vecrlloa vecrllao vecrlola vecrloal vecrlaol vecrlalo vecrlloa vecrllao vecrlola vecrloal vecrlaol
vecrlalo vecrolla vecrolal vecrolla vecrolal vecroall vecroall vecralol vecrallo vecraoll vecraoll
vecralol vecrallo veacllor veacllro veaclolr veaclorl veaclrol veaclrlo veacllor veacllro veaclolr
veaclorl veaclrol veaclrlo veacollr veacolrl veacollr veacolrl veacorll veacorll veacrlol veacrllo
veacroll veacroll veacrlol veacrllo vealclor vealclro vealcolr vealcorl vealcrol vealcrlo veallcor
veallcro veallocr veallorc veallroc veallrco vealolcr vealolrc vealoclr vealocrl vealorcl vealorlc
vealrloc vealrlco vealrolc vealrocl vealrcol vealrclo veallcor veallcro veallocr veallorc veallroc
veallrco vealclor vealclro vealcolr vealcorl vealcrol vealcrlo vealoclr vealocrl vealolcr vealolrc
vealorlc vealorcl vealrcol vealrclo vealrocl vealrolc vealrloc vealrlco veaollcr veaollrc veaolclr
veaolcrl veaolrcl veaolrlc veaollcr veaollrc veaolclr veaolcrl veaolrcl veaolrlc veaocllr veaoclrl
veaocllr veaoclrl veaocrll veaocrll veaorlcl veaorllc veaorcll veaorcll veaorlcl veaorllc vearlloc
vearllco vearlolc vearlocl vearlcol vearlclo vearlloc vearllco vearlolc vearlocl vearlcol vearlclo
vearollc vearolcl vearollc vearolcl vearocll vearocll vearclol vearcllo vearcoll vearcoll vearclol
vearcllo velaclor velaclro velacolr velacorl velacrol velacrlo velalcor velalcro velalocr velalorc
velalroc velalrco velaolcr velaolrc velaoclr velaocrl velaorcl velaorlc velarloc velarlco velarolc
velarocl velarcol velarclo velcalor velcalro velcaolr velcaorl velcarol velcarlo velclaor velclaro
velcloar velclora velclroa velclrao velcolar velcolra velcoalr velcoarl velcoral velcorla velcrloa
velcrlao velcrola velcroal velcraol velcralo vellcaor vellcaro vellcoar vellcora vellcroa vellcrao
vellacor vellacro vellaocr vellaorc vellaroc vellarco velloacr velloarc vellocar vellocra vellorca
vellorac vellraoc vellraco vellroac vellroca vellrcoa vellrcao veloclar veloclra velocalr velocarl
velocral velocrla velolcar velolcra velolacr velolarc velolrac velolrca veloalcr veloalrc veloaclr
veloacrl veloarcl veloarlc velorlac velorlca veloralc veloracl velorcal velorcla velrcloa velrclao
velrcola velrcoal velrcaol velrcalo velrlcoa velrlcao velrloca velrloac velrlaoc velrlaco velrolca
velrolac velrocla velrocal velroacl velroalc velraloc velralco velraolc velraocl velracol velraclo
velalcor velalcro velalocr velalorc velalroc velalrco velaclor velaclro velacolr velacorl velacrol
velacrlo velaoclr velaocrl velaolcr velaolrc velaorlc velaorcl velarcol velarclo velarocl velarolc
velarloc velarlco vellacor vellacro vellaocr vellaorc vellaroc vellarco vellcaor vellcaro vellcoar
vellcora vellcroa vellcrao vellocar vellocra velloacr velloarc vellorac vellorca vellrcoa vellrcao
vellroca vellroac vellraoc vellraco velclaor velclaro velcloar velclora velclroa velclrao velcalor
velcalro velcaolr velcaorl velcarol velcarlo velcoalr velcoarl velcolar velcolra velcorla velcoral
velcraol velcralo velcroal velcrola velcrloa velcrlao velolcar velolcra velolacr velolarc velolrac
velolrca veloclar veloclra velocalr velocarl velocral velocrla veloaclr veloacrl veloalcr veloalrc
veloarlc veloarcl velorcal velorcla veloracl veloralc velorlac velorlca velrlcoa velrlcao velrloca
velrloac velrlaoc velrlaco velrcloa velrclao velrcola velrcoal velrcaol velrcalo velrocla velrocal
velrolca velrolac velroalc velroacl velracol velraclo velraocl velraolc velraloc velralco veoallcr
veoallrc veoalclr veoalcrl veoalrcl veoalrlc veoallcr veoallrc veoalclr veoalcrl veoalrcl veoalrlc
veoacllr veoaclrl veoacllr veoaclrl veoacrll veoacrll veoarlcl veoarllc veoarcll veoarcll veoarlcl
veoarllc veolalcr veolalrc veolaclr veolacrl veolarcl veolarlc veollacr veollarc veollcar veollcra
veollrca veollrac veolclar veolclra veolcalr veolcarl veolcral veolcrla veolrlca veolrlac veolrcla
veolrcal veolracl veolralc veollacr veollarc veollcar veollcra veollrca veollrac veolalcr veolalrc
veolaclr veolacrl veolarcl veolarlc veolcalr veolcarl veolclar veolclra veolcrla veolcral veolracl
veolralc veolrcal veolrcla veolrlca veolrlac veocllar veocllra veoclalr veoclarl veoclral veoclrla
veocllar veocllra veoclalr veoclarl veoclral veoclrla veocallr veocalrl veocallr veocalrl veocarll
veocarll veocrlal veocrlla veocrall veocrall veocrlal veocrlla veorllca veorllac veorlcla veorlcal
veorlacl veorlalc veorllca veorllac veorlcla veorlcal veorlacl veorlalc veorclla veorclal veorclla
veorclal veorcall veorcall veoralcl veorallc veoracll veoracll veoralcl veorallc veralloc verallco
veralolc veralocl veralcol veralclo veralloc verallco veralolc veralocl veralcol veralclo veraollc
veraolcl veraollc veraolcl veraocll veraocll veraclol veracllo veracoll veracoll veraclol veracllo
verlaloc verlalco verlaolc verlaocl verlacol verlaclo verllaoc verllaco verlloac verlloca verllcoa
verllcao verlolac verlolca verloalc verloacl verlocal verlocla verlcloa verlclao verlcola verlcoal
verlcaol verlcalo verllaoc verllaco verlloac verlloca verllcoa verllcao verlaloc verlalco verlaolc
verlaocl verlacol verlaclo verloalc verloacl verlolac verlolca verlocla verlocal verlcaol verlcalo
verlcoal verlcola verlcloa verlclao verollac verollca verolalc verolacl verolcal verolcla verollac
verollca verolalc verolacl verolcal verolcla veroallc veroalcl veroallc veroalcl veroacll veroacll
veroclal veroclla verocall verocall veroclal veroclla verclloa vercllao verclola vercloal verclaol
verclalo verclloa vercllao verclola vercloal verclaol verclalo vercolla vercolal vercolla vercolal
vercoall vercoall vercalol vercallo vercaoll vercaoll vercalol vercallo vrcalleo vrcalloe vrcalelo
vrcaleol vrcaloel vrcalole vrcalleo vrcalloe vrcalelo vrcaleol vrcaloel vrcalole vrcaello vrcaelol
vrcaello vrcaelol vrcaeoll vrcaeoll vrcaolel vrcaolle vrcaoell vrcaoell vrcaolel vrcaolle vrclaleo
vrclaloe vrclaelo vrclaeol vrclaoel vrclaole vrcllaeo vrcllaoe vrclleao vrclleoa vrclloea vrclloae
vrclelao vrcleloa vrclealo vrcleaol vrcleoal vrcleola vrclolea vrclolae vrcloela vrcloeal vrcloael
vrcloale vrcllaeo vrcllaoe vrclleao vrclleoa vrclloea vrclloae vrclaleo vrclaloe vrclaelo vrclaeol
vrclaoel vrclaole vrclealo vrcleaol vrclelao vrcleloa vrcleola vrcleoal vrcloael vrcloale vrcloeal
vrcloela vrclolea vrclolae vrcellao vrcelloa vrcelalo vrcelaol vrceloal vrcelola vrcellao vrcelloa
vrcelalo vrcelaol vrceloal vrcelola vrceallo vrcealol vrceallo vrcealol vrceaoll vrceaoll vrceolal
vrceolla vrceoall vrceoall vrceolal vrceolla vrcollea vrcollae vrcolela vrcoleal vrcolael vrcolale
vrcollea vrcollae vrcolela vrcoleal vrcolael vrcolale vrcoella vrcoelal vrcoella vrcoelal vrcoeall
vrcoeall vrcoalel vrcoalle vrcoaell vrcoaell vrcoalel vrcoalle vraclleo vraclloe vraclelo vracleol
vracloel vraclole vraclleo vraclloe vraclelo vracleol vracloel vraclole vracello vracelol vracello
vracelol vraceoll vraceoll vracolel vracolle vracoell vracoell vracolel vracolle vralcleo vralcloe
vralcelo vralceol vralcoel vralcole vrallceo vrallcoe vralleco vralleoc vralloec vralloce vralelco
vraleloc vraleclo vralecol vraleocl vraleolc vralolec vralolce vraloelc vraloecl vralocel vralocle
vrallceo vrallcoe vralleco vralleoc vralloec vralloce vralcleo vralcloe vralcelo vralceol vralcoel
vralcole vraleclo vralecol vralelco vraleloc vraleolc vraleocl vralocel vralocle vraloecl vraloelc
vralolec vralolce vraellco vraelloc vraelclo vraelcol vraelocl vraelolc vraellco vraelloc vraelclo
vraelcol vraelocl vraelolc vraecllo vraeclol vraecllo vraeclol vraecoll vraecoll vraeolcl vraeollc
vraeocll vraeocll vraeolcl vraeollc vraollec vraollce vraolelc vraolecl vraolcel vraolcle vraollec
vraollce vraolelc vraolecl vraolcel vraolcle vraoellc vraoelcl vraoellc vraoelcl vraoecll vraoecll
vraoclel vraoclle vraocell vraocell vraoclel vraoclle vrlacleo vrlacloe vrlacelo vrlaceol vrlacoel
vrlacole vrlalceo vrlalcoe vrlaleco vrlaleoc vrlaloec vrlaloce vrlaelco vrlaeloc vrlaeclo vrlaecol
vrlaeocl vrlaeolc vrlaolec vrlaolce vrlaoelc vrlaoecl vrlaocel vrlaocle vrlcaleo vrlcaloe vrlcaelo
vrlcaeol vrlcaoel vrlcaole vrlclaeo vrlclaoe vrlcleao vrlcleoa vrlcloea vrlcloae vrlcelao vrlceloa
vrlcealo vrlceaol vrlceoal vrlceola vrlcolea vrlcolae vrlcoela vrlcoeal vrlcoael vrlcoale vrllcaeo
vrllcaoe vrllceao vrllceoa vrllcoea vrllcoae vrllaceo vrllacoe vrllaeco vrllaeoc vrllaoec vrllaoce
vrlleaco vrlleaoc vrllecao vrllecoa vrlleoca vrlleoac vrlloaec vrlloace vrlloeac vrlloeca vrllocea
vrllocae vrleclao vrlecloa vrlecalo vrlecaol vrlecoal vrlecola vrlelcao vrlelcoa vrlelaco vrlelaoc
vrleloac vrleloca vrlealco vrlealoc vrleaclo vrleacol vrleaocl vrleaolc vrleolac vrleolca vrleoalc
vrleoacl vrleocal vrleocla vrloclea vrloclae vrlocela vrloceal vrlocael vrlocale vrlolcea vrlolcae
vrloleca vrloleac vrlolaec vrlolace vrloelca vrloelac vrloecla vrloecal vrloeacl vrloealc vrloalec
vrloalce vrloaelc vrloaecl vrloacel vrloacle vrlalceo vrlalcoe vrlaleco vrlaleoc vrlaloec vrlaloce
vrlacleo vrlacloe vrlacelo vrlaceol vrlacoel vrlacole vrlaeclo vrlaecol vrlaelco vrlaeloc vrlaeolc
vrlaeocl vrlaocel vrlaocle vrlaoecl vrlaoelc vrlaolec vrlaolce vrllaceo vrllacoe vrllaeco vrllaeoc
vrllaoec vrllaoce vrllcaeo vrllcaoe vrllceao vrllceoa vrllcoea vrllcoae vrllecao vrllecoa vrlleaco
vrlleaoc vrlleoac vrlleoca vrllocea vrllocae vrlloeca vrlloeac vrlloaec vrlloace vrlclaeo vrlclaoe
vrlcleao vrlcleoa vrlcloea vrlcloae vrlcaleo vrlcaloe vrlcaelo vrlcaeol vrlcaoel vrlcaole vrlcealo
vrlceaol vrlcelao vrlceloa vrlceola vrlceoal vrlcoael vrlcoale vrlcoeal vrlcoela vrlcolea vrlcolae
vrlelcao vrlelcoa vrlelaco vrlelaoc vrleloac vrleloca vrleclao vrlecloa vrlecalo vrlecaol vrlecoal
vrlecola vrleaclo vrleacol vrlealco vrlealoc vrleaolc vrleaocl vrleocal vrleocla vrleoacl vrleoalc
vrleolac vrleolca vrlolcea vrlolcae vrloleca vrloleac vrlolaec vrlolace vrloclea vrloclae vrlocela
vrloceal vrlocael vrlocale vrloecla vrloecal vrloelca vrloelac vrloealc vrloeacl vrloacel vrloacle
vrloaecl vrloaelc vrloalec vrloalce vreallco vrealloc vrealclo vrealcol vrealocl vrealolc vreallco
vrealloc vrealclo vrealcol vrealocl vrealolc vreacllo vreaclol vreacllo vreaclol vreacoll vreacoll
vreaolcl vreaollc vreaocll vreaocll vreaolcl vreaollc vrelalco vrelaloc vrelaclo vrelacol vrelaocl
vrelaolc vrellaco vrellaoc vrellcao vrellcoa vrelloca vrelloac vrelclao vrelcloa vrelcalo vrelcaol
vrelcoal vrelcola vrelolca vrelolac vrelocla vrelocal vreloacl vreloalc vrellaco vrellaoc vrellcao
vrellcoa vrelloca vrelloac vrelalco vrelaloc vrelaclo vrelacol vrelaocl vrelaolc vrelcalo vrelcaol
vrelclao vrelcloa vrelcola vrelcoal vreloacl vreloalc vrelocal vrelocla vrelolca vrelolac vrecllao
vreclloa vreclalo vreclaol vrecloal vreclola vrecllao vreclloa vreclalo vreclaol vrecloal vreclola
vrecallo vrecalol vrecallo vrecalol vrecaoll vrecaoll vrecolal vrecolla vrecoall vrecoall vrecolal
vrecolla vreollca vreollac vreolcla vreolcal vreolacl vreolalc vreollca vreollac vreolcla vreolcal
vreolacl vreolalc vreoclla vreoclal vreoclla vreoclal vreocall vreocall vreoalcl vreoallc vreoacll
vreoacll vreoalcl vreoallc vroallec vroallce vroalelc vroalecl vroalcel vroalcle vroallec vroallce
vroalelc vroalecl vroalcel vroalcle vroaellc vroaelcl vroaellc vroaelcl vroaecll vroaecll vroaclel
vroaclle vroacell vroacell vroaclel vroaclle vrolalec vrolalce vrolaelc vrolaecl vrolacel vrolacle
vrollaec vrollace vrolleac vrolleca vrollcea vrollcae vrolelac vrolelca vrolealc vroleacl vrolecal
vrolecla vrolclea vrolclae vrolcela vrolceal vrolcael vrolcale vrollaec vrollace vrolleac vrolleca
vrollcea vrollcae vrolalec vrolalce vrolaelc vrolaecl vrolacel vrolacle vrolealc vroleacl vrolelac
vrolelca vrolecla vrolecal vrolcael vrolcale vrolceal vrolcela vrolclea vrolclae vroellac vroellca
vroelalc vroelacl vroelcal vroelcla vroellac vroellca vroelalc vroelacl vroelcal vroelcla vroeallc
vroealcl vroeallc vroealcl vroeacll vroeacll vroeclal vroeclla vroecall vroecall vroeclal vroeclla
vrocllea vrocllae vroclela vrocleal vroclael vroclale vrocllea vrocllae vroclela vrocleal vroclael
vroclale vrocella vrocelal vrocella vrocelal vroceall vroceall vrocalel vrocalle vrocaell vrocaell
vrocalel vrocalle

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History of cryptography
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