easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

enfolds

biont

orbemque

hanase

arcesilaus

obretenov

tephras

yuugao

photographers

mcconnelsville

inthrust

loserville

unquotable

satest

stuckling

bayport

posueramus

retton


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: brilliante
cipher variations:
csjmmjbouf dtknnkcpvg eulooldqwh fvmppmerxi gwnqqnfsyj
hxorrogtzk iypssphual jzqttqivbm karuurjwcn lbsvvskxdo
mctwwtlyep nduxxumzfq oevyyvnagr pfwzzwobhs qgxaaxpcit
rhybbyqdju sizcczrekv tjaddasflw ukbeebtgmx vlcffcuhny
wmdggdvioz xnehhewjpa yofiifxkqb zpgjjgylrc aqhkkhzmsd

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: brilliante
Cipher: yiroorzmgv

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: brilliante
Cipher: AAAAB BAAAA ABAAA ABABA ABABA ABAAA AAAAA ABBAA BAABA AABAA

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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: brilliante
cipher variations:
csjmmjboufeaziizbogngipeepbosviqfaafboedkyvwwvboqlmglsslboctqwrkkrboajsehgghbomr
umxccxboyzwunyynbokhycduudbowpaktqqtboixdtknnkcpvgfbajjacphohjqffqcptwjrgbbgcpfe
lzwxxwcprmnhmttmcpdurxsllscpbktfihhicpnsvnyddycpzaxvozzocplizdevvecpxqblurrucpjy
eulooldqwhgcbkkbdqipikrggrdquxkshcchdqgfmaxyyxdqsnoinuundqevsytmmtdqclugjiijdqot
wozeezdqabywpaapdqmjaefwwfdqyrcmvssvdqkzfvmppmerxihdcllcerjqjlshhservyltiddierhg
nbyzzyertopjovvoerfwtzunnuerdmvhkjjkerpuxpaffaerbczxqbbqernkbfgxxgerzsdnwttwerla
gwnqqnfsyjiedmmdfskrkmtiitfswzmujeejfsihoczaazfsupqkpwwpfsgxuavoovfsenwilkklfsqv
yqbggbfscdayrccrfsolcghyyhfsateoxuuxfsmbhxorrogtzkjfennegtlslnujjugtxanvkffkgtji
pdabbagtvqrlqxxqgthyvbwppwgtfoxjmllmgtrwzrchhcgtdebzsddsgtpmdhizzigtbufpyvvygtnc
iypssphualkgfoofhumtmovkkvhuybowlgglhukjqebccbhuwrsmryyrhuizwcxqqxhugpyknmmnhusx
asdiidhuefcateethuqneijaajhucvgqzwwzhuodjzqttqivbmlhgppgivnunpwllwivzcpxmhhmivlk
rfcddcivxstnszzsivjaxdyrryivhqzlonnoivtybtejjeivfgdbuffuivrofjkbbkivdwhraxxaivpe
karuurjwcnmihqqhjwovoqxmmxjwadqyniinjwmlsgdeedjwytuotaatjwkbyezsszjwirampoopjwuz
cufkkfjwghecvggvjwspgklccljwexisbyybjwqflbsvvskxdonjirrikxpwprynnykxberzojjokxnm
theffekxzuvpubbukxlczfattakxjsbnqppqkxvadvgllgkxhifdwhhwkxtqhlmddmkxfyjtczzckxrg
mctwwtlyepokjssjlyqxqszoozlycfsapkkplyonuifggflyavwqvccvlymdagbuublyktcorqqrlywb
ewhmmhlyijgexiixlyurimneenlygzkudaadlyshnduxxumzfqplkttkmzryrtappamzdgtbqllqmzpo
vjghhgmzbwxrwddwmznebhcvvcmzludpsrrsmzxcfxinnimzjkhfyjjymzvsjnoffomzhalvebbemzti
oevyyvnagrqmluulnaszsubqqbnaehucrmmrnaqpwkhiihnacxysxeexnaofcidwwdnamveqtsstnayd
gyjoojnakligzkkznawtkopggpnaibmwfccfnaujpfwzzwobhsrnmvvmobtatvcrrcobfivdsnnsobrq
xlijjiobdyztyffyobpgdjexxeobnwfruttuobzehzkppkoblmjhallaobxulpqhhqobjcnxgddgobvk
qgxaaxpcitsonwwnpcubuwdssdpcgjwetootpcsrymjkkjpcezauzggzpcqhekfyyfpcoxgsvuuvpcaf
ialqqlpcmnkibmmbpcyvmqriirpckdoyheehpcwlrhybbyqdjutpoxxoqdvcvxetteqdhkxfuppuqdts
znkllkqdfabvahhaqdriflgzzgqdpyhtwvvwqdbgjbmrrmqdnoljcnncqdzwnrsjjsqdlepziffiqdxm
sizcczrekvuqpyyprewdwyfuufreilygvqqvreutaolmmlregbcwbiibresjgmhaahreqziuxwwxrech
kcnssnreopmkdoodreaxostkktremfqajggjreyntjaddasflwvrqzzqsfxexzgvvgsfjmzhwrrwsfvu
bpmnnmsfhcdxcjjcsftkhnibbisfrajvyxxysfdildottosfpqnleppesfbyptullusfngrbkhhksfzo
ukbeebtgmxwsraartgyfyahwwhtgknaixssxtgwvcqnoontgideydkkdtguliojccjtgsbkwzyyztgej
mepuuptgqromfqqftgczquvmmvtgohscliiltgapvlcffcuhnyxtsbbsuhzgzbixxiuhlobjyttyuhxw
droppouhjefzelleuhvmjpkddkuhtclxazzauhfknfqvvquhrspngrrguhdarvwnnwuhpitdmjjmuhbq
wmdggdviozyutcctviahacjyyjvimpckzuuzviyxespqqpvikfgafmmfviwnkqleelviudmybaabvigl
ogrwwrvistqohsshviebswxooxviqjuenkknvicrxnehhewjpazvudduwjbibdkzzkwjnqdlavvawjzy
ftqrrqwjlghbgnngwjxolrmffmwjvenzcbbcwjhmphsxxswjturpittiwjfctxyppywjrkvfollowjds
yofiifxkqbawveevxkcjcelaalxkorembwwbxkazgurssrxkmhichoohxkypmsnggnxkwfoadccdxkin
qityytxkuvsqjuujxkgduyzqqzxkslwgpmmpxketzpgjjgylrcbxwffwyldkdfmbbmylpsfncxxcylba
hvsttsylnijdippiylzqntohhoylxgpbeddeyljorjuzzuylvwtrkvvkylhevzarrayltmxhqnnqylfu
aqhkkhzmsdcyxggxzmelegnccnzmqtgodyydzmcbiwtuutzmojkejqqjzmaroupiipzmyhqcfeefzmkp
skvaavzmwxuslwwlzmifwabssbzmunyiroorzmgvbrilliantedzyhhyanfmfhoddoanruhpezzeandc
jxuvvuanpklfkrrkanbspvqjjqanzirdgffganlqtlwbbwanxyvtmxxmanjgxbcttcanvozjsppsanhw

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,

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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: brilliante
Cipher: oevyyvnagr

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: brilliante
Cipher: 21244213134211334451

Extended Methods:
Method #1

Plaintext: brilliante
method variations:
gwoqqofsykmbtvvtlxdprgyaayqciuwmdffdvhoz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b r i l l i a n t e 
2 2 4 1 1 4 1 3 4 5 
1 4 2 3 3 2 1 3 4 1 
They are then read out in rows:
22411413451423321341
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: brilliante
Cipher: gdqlyqmhld

Read more ...
Method #3

Plaintext: brilliante
method variations:
ftbcsblsyf tbcsblsyff bcsblsyfft
csblsyfftb sblsyfftbc blsyfftbcs
lsyfftbcsb syfftbcsbl yfftbcsbls
fftbcsblsy

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: brilliante

first 5040 cipher variations(3628800 total)
brilliante brillianet brilliatne brilliaten brilliaetn brilliaent brillinate brillinaet brillintae brillintea brillineta
brillineat brillitnae brillitnea brillitane brillitaen brillitean brillitena brillienta brillienat brillietna brillietan
brillieatn brillieant brillainte brillainet brillaitne brillaiten brillaietn brillaient brillanite brillaniet brillantie
brillantei brillaneti brillaneit brillatnie brillatnei brillatine brillatien brillatein brillateni brillaenti brillaenit
brillaetni brillaetin brillaeitn brillaeint brillnaite brillnaiet brillnatie brillnatei brillnaeti brillnaeit brillniate
brillniaet brillnitae brillnitea brillnieta brillnieat brillntiae brillntiea brillntaie brillntaei brillnteai brillnteia
brillneita brillneiat brillnetia brillnetai brillneati brillneait brilltanie brilltanei brilltaine brilltaien brilltaein
brilltaeni brilltnaie brilltnaei brilltniae brilltniea brilltneia brilltneai brilltinae brilltinea brilltiane brilltiaen
brilltiean brilltiena brilltenia brilltenai brillteina brillteian brillteain brillteani brilleanti brilleanit brilleatni
brilleatin brilleaitn brilleaint brillenati brillenait brillentai brillentia brillenita brilleniat brilletnai brilletnia
brilletani brilletain brilletian brilletina brilleinta brilleinat brilleitna brilleitan brilleiatn brilleiant brililante
brililanet brililatne brililaten brililaetn brililaent brililnate brililnaet brililntae brililntea brililneta brililneat
brililtnae brililtnea brililtane brililtaen brililtean brililtena brililenta brililenat brililetna brililetan brilileatn
brilileant brilialnte brilialnet brilialtne brilialten brilialetn brilialent brilianlte brilianlet briliantle briliantel
brilianetl brilianelt briliatnle briliatnel briliatlne briliatlen briliateln briliatenl briliaentl briliaenlt briliaetnl
briliaetln briliaeltn briliaelnt brilinalte brilinalet brilinatle brilinatel brilinaetl brilinaelt brilinlate brilinlaet
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brilitnale brilitnael brilitnlae brilitnlea brilitnela brilitneal brilitlnae brilitlnea brilitlane brilitlaen brilitlean
brilitlena brilitenla brilitenal brilitelna brilitelan brilitealn briliteanl brilieantl brilieanlt brilieatnl brilieatln
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brilietaln brilietlan brilietlna brilielnta brilielnat brilieltna brilieltan brilielatn brilielant brilailnte brilailnet
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brilatenil brilatenli brilateinl brilateiln brilatelin brilatelni brilaelnti brilaelnit brilaeltni brilaeltin brilaelitn
brilaelint brilaenlti brilaenlit brilaentli brilaentil brilaenitl brilaenilt brilaetnli brilaetnil brilaetlni brilaetlin
brilaetiln brilaetinl brilaeintl brilaeinlt brilaeitnl brilaeitln brilaeiltn brilaeilnt brilnialte brilnialet brilniatle
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brilnatlie brilnatlei brilnatile brilnatiel brilnateil brilnateli brilnaelti brilnaelit brilnaetli brilnaetil brilnaeitl
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brilnletai brilnleati brilnleait brilntalie brilntalei brilntaile brilntaiel brilntaeil brilntaeli brilntlaie brilntlaei
brilntliae brilntliea brilntleia brilntleai brilntilae brilntilea brilntiale brilntiael brilntieal brilntiela brilntelia
brilntelai brilnteila brilnteial brilnteail brilnteali brilnealti brilnealit brilneatli brilneatil brilneaitl brilneailt
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briltalnei briltaline briltalien briltalein briltaleni briltaenli briltaenil briltaelni briltaelin briltaeiln briltaeinl
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briltnieal briltnliae briltnliea briltnlaie briltnlaei briltnleai briltnleia briltneila briltneial briltnelia briltnelai
briltneali briltneail briltlanie briltlanei briltlaine briltlaien briltlaein briltlaeni briltlnaie briltlnaei briltlniae
briltlniea briltlneia briltlneai briltlinae briltlinea briltliane briltliaen briltliean briltliena briltlenia briltlenai
briltleina briltleian briltleain briltleani brilteanli brilteanil briltealni briltealin brilteailn brilteainl briltenali
briltenail briltenlai briltenlia briltenila briltenial briltelnai briltelnia briltelani briltelain briltelian briltelina
brilteinla brilteinal brilteilna brilteilan brilteialn brilteianl brileiantl brileianlt brileiatnl brileiatln brileialtn
brileialnt brileinatl brileinalt brileintal brileintla brileinlta brileinlat brileitnal brileitnla brileitanl brileitaln
brileitlan brileitlna brileilnta brileilnat brileiltna brileiltan brileilatn brileilant brileaintl brileainlt brileaitnl
brileaitln brileailtn brileailnt brileanitl brileanilt brileantil brileantli brileanlti brileanlit brileatnil brileatnli
brileatinl brileatiln brileatlin brileatlni brilealnti brilealnit brilealtni brilealtin brilealitn brilealint brilenaitl
brilenailt brilenatil brilenatli brilenalti brilenalit brileniatl brilenialt brilenital brilenitla brilenilta brilenilat
brilential brilentila brilentail brilentali brilentlai brilentlia brilenlita brilenliat brilenltia brilenltai brilenlati
brilenlait briletanil briletanli briletainl briletailn briletalin briletalni briletnail briletnali briletnial briletnila
briletnlia briletnlai briletinal briletinla briletianl briletialn briletilan briletilna briletlnia briletlnai briletlina
briletlian briletlain briletlani brilelanti brilelanit brilelatni brilelatin brilelaitn brilelaint brilelnati brilelnait
brilelntai brilelntia brilelnita brilelniat brileltnai brileltnia brileltani brileltain brileltian brileltina brilelinta
brilelinat brilelitna brilelitan brileliatn brileliant brilliante brillianet brilliatne brilliaten brilliaetn brilliaent
brillinate brillinaet brillintae brillintea brillineta brillineat brillitnae brillitnea brillitane brillitaen brillitean
brillitena brillienta brillienat brillietna brillietan brillieatn brillieant brillainte brillainet brillaitne brillaiten
brillaietn brillaient brillanite brillaniet brillantie brillantei brillaneti brillaneit brillatnie brillatnei brillatine
brillatien brillatein brillateni brillaenti brillaenit brillaetni brillaetin brillaeitn brillaeint brillnaite brillnaiet
brillnatie brillnatei brillnaeti brillnaeit brillniate brillniaet brillnitae brillnitea brillnieta brillnieat brillntiae
brillntiea brillntaie brillntaei brillnteai brillnteia brillneita brillneiat brillnetia brillnetai brillneati brillneait
brilltanie brilltanei brilltaine brilltaien brilltaein brilltaeni brilltnaie brilltnaei brilltniae brilltniea brilltneia
brilltneai brilltinae brilltinea brilltiane brilltiaen brilltiean brilltiena brilltenia brilltenai brillteina brillteian
brillteain brillteani brilleanti brilleanit brilleatni brilleatin brilleaitn brilleaint brillenati brillenait brillentai
brillentia brillenita brilleniat brilletnai brilletnia brilletani brilletain brilletian brilletina brilleinta brilleinat
brilleitna brilleitan brilleiatn brilleiant brililante brililanet brililatne brililaten brililaetn brililaent brililnate
brililnaet brililntae brililntea brililneta brililneat brililtnae brililtnea brililtane brililtaen brililtean brililtena
brililenta brililenat brililetna brililetan brilileatn brilileant brilialnte brilialnet brilialtne brilialten brilialetn
brilialent brilianlte brilianlet briliantle briliantel brilianetl brilianelt briliatnle briliatnel briliatlne briliatlen
briliateln briliatenl briliaentl briliaenlt briliaetnl briliaetln briliaeltn briliaelnt brilinalte brilinalet brilinatle
brilinatel brilinaetl brilinaelt brilinlate brilinlaet brilinltae brilinltea brilinleta brilinleat brilintlae brilintlea
brilintale brilintael brilinteal brilintela brilinelta brilinelat brilinetla brilinetal brilineatl brilinealt brilitanle
brilitanel brilitalne brilitalen brilitaeln brilitaenl brilitnale brilitnael brilitnlae brilitnlea brilitnela brilitneal
brilitlnae brilitlnea brilitlane brilitlaen brilitlean brilitlena brilitenla brilitenal brilitelna brilitelan brilitealn
briliteanl brilieantl brilieanlt brilieatnl brilieatln briliealtn briliealnt brilienatl brilienalt briliental brilientla
brilienlta brilienlat brilietnal brilietnla brilietanl brilietaln brilietlan brilietlna brilielnta brilielnat brilieltna
brilieltan brilielatn brilielant brilailnte brilailnet brilailtne brilailten brilailetn brilailent brilainlte brilainlet
brilaintle brilaintel brilainetl brilainelt brilaitnle brilaitnel brilaitlne brilaitlen brilaiteln brilaitenl brilaientl
brilaienlt brilaietnl brilaietln brilaieltn brilaielnt brilalinte brilalinet brilalitne brilaliten brilalietn brilalient
brilalnite brilalniet brilalntie brilalntei brilalneti brilalneit brilaltnie brilaltnei brilaltine brilaltien brilaltein
brilalteni brilalenti brilalenit brilaletni brilaletin brilaleitn brilaleint brilanlite brilanliet brilanltie brilanltei
brilanleti brilanleit brilanilte brilanilet brilanitle brilanitel brilanietl brilanielt brilantile brilantiel brilantlie
brilantlei brilanteli brilanteil brilaneitl brilaneilt brilanetil brilanetli brilanelti brilanelit brilatlnie brilatlnei
brilatline brilatlien brilatlein brilatleni brilatnlie brilatnlei brilatnile brilatniel brilatneil brilatneli brilatinle
brilatinel brilatilne brilatilen brilatieln brilatienl brilatenil brilatenli brilateinl brilateiln brilatelin brilatelni
brilaelnti brilaelnit brilaeltni brilaeltin brilaelitn brilaelint brilaenlti brilaenlit brilaentli brilaentil brilaenitl
brilaenilt brilaetnli brilaetnil brilaetlni brilaetlin brilaetiln brilaetinl brilaeintl brilaeinlt brilaeitnl brilaeitln
brilaeiltn brilaeilnt brilnialte brilnialet brilniatle brilniatel brilniaetl brilniaelt brilnilate brilnilaet brilniltae
brilniltea brilnileta brilnileat brilnitlae brilnitlea brilnitale brilnitael brilniteal brilnitela brilnielta brilnielat
brilnietla brilnietal brilnieatl brilniealt brilnailte brilnailet brilnaitle brilnaitel brilnaietl brilnaielt brilnalite
brilnaliet brilnaltie brilnaltei brilnaleti brilnaleit brilnatlie brilnatlei brilnatile brilnatiel brilnateil brilnateli
brilnaelti brilnaelit brilnaetli brilnaetil brilnaeitl brilnaeilt brilnlaite brilnlaiet brilnlatie brilnlatei brilnlaeti
brilnlaeit brilnliate brilnliaet brilnlitae brilnlitea brilnlieta brilnlieat brilnltiae brilnltiea brilnltaie brilnltaei
brilnlteai brilnlteia brilnleita brilnleiat brilnletia brilnletai brilnleati brilnleait brilntalie brilntalei brilntaile
brilntaiel brilntaeil brilntaeli brilntlaie brilntlaei brilntliae brilntliea brilntleia brilntleai brilntilae brilntilea
brilntiale brilntiael brilntieal brilntiela brilntelia brilntelai brilnteila brilnteial brilnteail brilnteali brilnealti
brilnealit brilneatli brilneatil brilneaitl brilneailt brilnelati brilnelait brilneltai brilneltia brilnelita brilneliat
brilnetlai brilnetlia brilnetali brilnetail brilnetial brilnetila brilneilta brilneilat brilneitla brilneital brilneiatl
brilneialt briltianle briltianel briltialne briltialen briltiaeln briltiaenl briltinale briltinael briltinlae briltinlea
briltinela briltineal briltilnae briltilnea briltilane briltilaen briltilean briltilena briltienla briltienal briltielna
briltielan briltiealn briltieanl briltainle briltainel briltailne briltailen briltaieln briltaienl briltanile briltaniel
briltanlie briltanlei briltaneli briltaneil briltalnie briltalnei briltaline briltalien briltalein briltaleni briltaenli
briltaenil briltaelni briltaelin briltaeiln briltaeinl briltnaile briltnaiel briltnalie briltnalei briltnaeli briltnaeil
briltniale briltniael briltnilae briltnilea briltniela briltnieal briltnliae briltnliea briltnlaie briltnlaei briltnleai
briltnleia briltneila briltneial briltnelia briltnelai briltneali briltneail briltlanie briltlanei briltlaine briltlaien
briltlaein briltlaeni briltlnaie briltlnaei briltlniae briltlniea briltlneia briltlneai briltlinae briltlinea briltliane
briltliaen briltliean briltliena briltlenia briltlenai briltleina briltleian briltleain briltleani brilteanli brilteanil
briltealni briltealin brilteailn brilteainl briltenali briltenail briltenlai briltenlia briltenila briltenial briltelnai
briltelnia briltelani briltelain briltelian briltelina brilteinla brilteinal brilteilna brilteilan brilteialn brilteianl
brileiantl brileianlt brileiatnl brileiatln brileialtn brileialnt brileinatl brileinalt brileintal brileintla brileinlta
brileinlat brileitnal brileitnla brileitanl brileitaln brileitlan brileitlna brileilnta brileilnat brileiltna brileiltan
brileilatn brileilant brileaintl brileainlt brileaitnl brileaitln brileailtn brileailnt brileanitl brileanilt brileantil
brileantli brileanlti brileanlit brileatnil brileatnli brileatinl brileatiln brileatlin brileatlni brilealnti brilealnit
brilealtni brilealtin brilealitn brilealint brilenaitl brilenailt brilenatil brilenatli brilenalti brilenalit brileniatl
brilenialt brilenital brilenitla brilenilta brilenilat brilential brilentila brilentail brilentali brilentlai brilentlia
brilenlita brilenliat brilenltia brilenltai brilenlati brilenlait briletanil briletanli briletainl briletailn briletalin
briletalni briletnail briletnali briletnial briletnila briletnlia briletnlai briletinal briletinla briletianl briletialn
briletilan briletilna briletlnia briletlnai briletlina briletlian briletlain briletlani brilelanti brilelanit brilelatni
brilelatin brilelaitn brilelaint brilelnati brilelnait brilelntai brilelntia brilelnita brilelniat brileltnai brileltnia
brileltani brileltain brileltian brileltina brilelinta brilelinat brilelitna brilelitan brileliatn brileliant briillante
briillanet briillatne briillaten briillaetn briillaent briillnate briillnaet briillntae briillntea briillneta briillneat
briilltnae briilltnea briilltane briilltaen briilltean briilltena briillenta briillenat briilletna briilletan briilleatn
briilleant briilalnte briilalnet briilaltne briilalten briilaletn briilalent briilanlte briilanlet briilantle briilantel
briilanetl briilanelt briilatnle briilatnel briilatlne briilatlen briilateln briilatenl briilaentl briilaenlt briilaetnl
briilaetln briilaeltn briilaelnt briilnalte briilnalet briilnatle briilnatel briilnaetl briilnaelt briilnlate briilnlaet
briilnltae briilnltea briilnleta briilnleat briilntlae briilntlea briilntale briilntael briilnteal briilntela briilnelta
briilnelat briilnetla briilnetal briilneatl briilnealt briiltanle briiltanel briiltalne briiltalen briiltaeln briiltaenl
briiltnale briiltnael briiltnlae briiltnlea briiltnela briiltneal briiltlnae briiltlnea briiltlane briiltlaen briiltlean
briiltlena briiltenla briiltenal briiltelna briiltelan briiltealn briilteanl briileantl briileanlt briileatnl briileatln
briilealtn briilealnt briilenatl briilenalt briilental briilentla briilenlta briilenlat briiletnal briiletnla briiletanl
briiletaln briiletlan briiletlna briilelnta briilelnat briileltna briileltan briilelatn briilelant briillante briillanet
briillatne briillaten briillaetn briillaent briillnate briillnaet briillntae briillntea briillneta briillneat briilltnae
briilltnea briilltane briilltaen briilltean briilltena briillenta briillenat briilletna briilletan briilleatn briilleant
briilalnte briilalnet briilaltne briilalten briilaletn briilalent briilanlte briilanlet briilantle briilantel briilanetl
briilanelt briilatnle briilatnel briilatlne briilatlen briilateln briilatenl briilaentl briilaenlt briilaetnl briilaetln
briilaeltn briilaelnt briilnalte briilnalet briilnatle briilnatel briilnaetl briilnaelt briilnlate briilnlaet briilnltae
briilnltea briilnleta briilnleat briilntlae briilntlea briilntale briilntael briilnteal briilntela briilnelta briilnelat
briilnetla briilnetal briilneatl briilnealt briiltanle briiltanel briiltalne briiltalen briiltaeln briiltaenl briiltnale
briiltnael briiltnlae briiltnlea briiltnela briiltneal briiltlnae briiltlnea briiltlane briiltlaen briiltlean briiltlena
briiltenla briiltenal briiltelna briiltelan briiltealn briilteanl briileantl briileanlt briileatnl briileatln briilealtn
briilealnt briilenatl briilenalt briilental briilentla briilenlta briilenlat briiletnal briiletnla briiletanl briiletaln
briiletlan briiletlna briilelnta briilelnat briileltna briileltan briilelatn briilelant briiallnte briiallnet briialltne
briiallten briialletn briiallent briialnlte briialnlet briialntle briialntel briialnetl briialnelt briialtnle briialtnel
briialtlne briialtlen briialteln briialtenl briialentl briialenlt briialetnl briialetln briialeltn briialelnt briiallnte
briiallnet briialltne briiallten briialletn briiallent briialnlte briialnlet briialntle briialntel briialnetl briialnelt
briialtnle briialtnel briialtlne briialtlen briialteln briialtenl briialentl briialenlt briialetnl briialetln briialeltn
briialelnt briianllte briianllet briianltle briianltel briianletl briianlelt briianllte briianllet briianltle briianltel
briianletl briianlelt briiantlle briiantlel briiantlle briiantlel briiantell briiantell briianeltl briianellt briianetll
briianetll briianeltl briianellt briiatlnle briiatlnel briiatllne briiatllen briiatleln briiatlenl briiatnlle briiatnlel
briiatnlle briiatnlel briiatnell briiatnell briiatlnle briiatlnel briiatllne briiatllen briiatleln briiatlenl briiatenll
briiatenll briiatelnl briiatelln briiatelln briiatelnl briiaelntl briiaelnlt briiaeltnl briiaeltln briiaelltn briiaellnt
briiaenltl briiaenllt briiaentll briiaentll briiaenltl briiaenllt briiaetnll briiaetnll briiaetlnl briiaetlln briiaetlln
briiaetlnl briiaelntl briiaelnlt briiaeltnl briiaeltln briiaelltn briiaellnt briinlalte briinlalet briinlatle briinlatel
briinlaetl briinlaelt briinllate briinllaet briinlltae briinlltea briinlleta briinlleat briinltlae briinltlea briinltale
briinltael briinlteal briinltela briinlelta briinlelat briinletla briinletal briinleatl briinlealt briinallte briinallet
briinaltle briinaltel briinaletl briinalelt briinallte briinallet briinaltle briinaltel briinaletl briinalelt briinatlle
briinatlel briinatlle briinatlel briinatell briinatell briinaeltl briinaellt briinaetll briinaetll briinaeltl briinaellt
briinlalte briinlalet briinlatle briinlatel briinlaetl briinlaelt briinllate briinllaet briinlltae briinlltea briinlleta
briinlleat briinltlae briinltlea briinltale briinltael briinlteal briinltela briinlelta briinlelat briinletla briinletal
briinleatl briinlealt briintalle briintalel briintalle briintalel briintaell briintaell briintlale briintlael briintllae
briintllea briintlela briintleal briintllae briintllea briintlale briintlael briintleal briintlela briintella briintelal
briintella briintelal briinteall briinteall briinealtl briineallt briineatll briineatll briinealtl briineallt briinelatl
briinelalt briineltal briineltla briinellta briinellat briinetlal briinetlla briinetall briinetall briinetlal briinetlla
briinellta briinellat briineltla briineltal briinelatl briinelalt briitlanle briitlanel briitlalne briitlalen briitlaeln
briitlaenl briitlnale briitlnael briitlnlae briitlnlea briitlnela briitlneal briitllnae briitllnea briitllane briitllaen
briitllean briitllena briitlenla briitlenal briitlelna briitlelan briitlealn briitleanl briitalnle briitalnel briitallne
briitallen briitaleln briitalenl briitanlle briitanlel briitanlle briitanlel briitanell briitanell briitalnle briitalnel
briitallne briitallen briitaleln briitalenl briitaenll briitaenll briitaelnl briitaelln briitaelln briitaelnl briitnalle
briitnalel briitnalle briitnalel briitnaell briitnaell briitnlale briitnlael briitnllae briitnllea briitnlela briitnleal
briitnllae briitnllea briitnlale briitnlael briitnleal briitnlela briitnella briitnelal briitnella briitnelal briitneall
briitneall briitlanle briitlanel briitlalne briitlalen briitlaeln briitlaenl briitlnale briitlnael briitlnlae briitlnlea
briitlnela briitlneal briitllnae briitllnea briitllane briitllaen briitllean briitllena briitlenla briitlenal briitlelna
briitlelan briitlealn briitleanl briiteanll briiteanll briitealnl briitealln briitealln briitealnl briitenall briitenall
briitenlal briitenlla briitenlla briitenlal briitelnal briitelnla briitelanl briitelaln briitellan briitellna briitelnla
briitelnal briitellna briitellan briitelaln briitelanl briielantl briielanlt briielatnl briielatln briielaltn briielalnt
briielnatl briielnalt briielntal briielntla briielnlta briielnlat briieltnal briieltnla briieltanl briieltaln briieltlan
briieltlna briiellnta briiellnat briielltna briielltan briiellatn briiellant briiealntl briiealnlt briiealtnl briiealtln
briiealltn briieallnt briieanltl briieanllt briieantll briieantll briieanltl briieanllt briieatnll briieatnll briieatlnl
briieatlln briieatlln briieatlnl briiealntl briiealnlt briiealtnl briiealtln briiealltn briieallnt briienaltl briienallt
briienatll briienatll briienaltl briienallt briienlatl briienlalt briienltal briienltla briienllta briienllat briientlal
briientlla briientall briientall briientlal briientlla briienllta briienllat briienltla briienltal briienlatl briienlalt
briietanll briietanll briietalnl briietalln briietalln briietalnl briietnall briietnall briietnlal briietnlla briietnlla
briietnlal briietlnal briietlnla briietlanl briietlaln briietllan briietllna briietlnla briietlnal briietllna briietllan
briietlaln briietlanl briielantl briielanlt briielatnl briielatln briielaltn briielalnt briielnatl briielnalt briielntal
briielntla briielnlta briielnlat briieltnal briieltnla briieltanl briieltaln briieltlan briieltlna briiellnta briiellnat
briielltna briielltan briiellatn briiellant brialilnte brialilnet brialiltne brialilten brialiletn brialilent brialinlte
brialinlet brialintle brialintel brialinetl brialinelt brialitnle brialitnel brialitlne brialitlen brialiteln brialitenl
brialientl brialienlt brialietnl brialietln brialieltn brialielnt briallinte briallinet briallitne brialliten briallietn
briallient briallnite briallniet briallntie briallntei briallneti briallneit brialltnie brialltnei brialltine brialltien
brialltein briallteni briallenti briallenit brialletni brialletin brialleitn brialleint brialnlite brialnliet brialnltie
brialnltei brialnleti brialnleit brialnilte brialnilet brialnitle brialnitel brialnietl brialnielt brialntile brialntiel
brialntlie brialntlei brialnteli brialnteil brialneitl brialneilt brialnetil brialnetli brialnelti brialnelit brialtlnie
brialtlnei brialtline brialtlien brialtlein brialtleni brialtnlie brialtnlei brialtnile brialtniel brialtneil brialtneli
brialtinle brialtinel brialtilne brialtilen brialtieln brialtienl brialtenil brialtenli brialteinl brialteiln brialtelin
brialtelni brialelnti brialelnit brialeltni brialeltin brialelitn brialelint brialenlti brialenlit brialentli brialentil
brialenitl brialenilt brialetnli brialetnil brialetlni brialetlin brialetiln brialetinl brialeintl brialeinlt brialeitnl
brialeitln brialeiltn brialeilnt briaillnte briaillnet briailltne briaillten briailletn briaillent briailnlte briailnlet
briailntle briailntel briailnetl briailnelt briailtnle briailtnel briailtlne briailtlen briailteln briailtenl briailentl
briailenlt briailetnl briailetln briaileltn briailelnt briaillnte briaillnet briailltne briaillten briailletn briaillent
briailnlte briailnlet briailntle briailntel briailnetl briailnelt briailtnle briailtnel briailtlne briailtlen briailteln
briailtenl briailentl briailenlt briailetnl briailetln briaileltn briailelnt briainllte briainllet briainltle briainltel
briainletl briainlelt briainllte briainllet briainltle briainltel briainletl briainlelt briaintlle briaintlel briaintlle
briaintlel briaintell briaintell briaineltl briainellt briainetll briainetll briaineltl briainellt briaitlnle briaitlnel
briaitllne briaitllen briaitleln briaitlenl briaitnlle briaitnlel briaitnlle briaitnlel briaitnell briaitnell briaitlnle
briaitlnel briaitllne briaitllen briaitleln briaitlenl briaitenll briaitenll briaitelnl briaitelln briaitelln briaitelnl
briaielntl briaielnlt briaieltnl briaieltln briaielltn briaiellnt briaienltl briaienllt briaientll briaientll briaienltl
briaienllt briaietnll briaietnll briaietlnl briaietlln briaietlln briaietlnl briaielntl briaielnlt briaieltnl briaieltln
briaielltn briaiellnt brialilnte brialilnet brialiltne brialilten brialiletn brialilent brialinlte brialinlet brialintle
brialintel brialinetl brialinelt brialitnle brialitnel brialitlne brialitlen brialiteln brialitenl brialientl brialienlt
brialietnl brialietln brialieltn brialielnt briallinte briallinet briallitne brialliten briallietn briallient briallnite
briallniet briallntie briallntei briallneti briallneit brialltnie brialltnei brialltine brialltien brialltein briallteni
briallenti briallenit brialletni brialletin brialleitn brialleint brialnlite brialnliet brialnltie brialnltei brialnleti
brialnleit brialnilte brialnilet brialnitle brialnitel brialnietl brialnielt brialntile brialntiel brialntlie brialntlei
brialnteli brialnteil brialneitl brialneilt brialnetil brialnetli brialnelti brialnelit brialtlnie brialtlnei brialtline
brialtlien brialtlein brialtleni brialtnlie brialtnlei brialtnile brialtniel brialtneil brialtneli brialtinle brialtinel
brialtilne brialtilen brialtieln brialtienl brialtenil brialtenli brialteinl brialteiln brialtelin brialtelni brialelnti
brialelnit brialeltni brialeltin brialelitn brialelint brialenlti brialenlit brialentli brialentil brialenitl brialenilt
brialetnli brialetnil brialetlni brialetlin brialetiln brialetinl brialeintl brialeinlt brialeitnl brialeitln brialeiltn
brialeilnt brianillte brianillet brianiltle brianiltel brianiletl brianilelt brianillte brianillet brianiltle brianiltel
brianiletl brianilelt brianitlle brianitlel brianitlle brianitlel brianitell brianitell brianieltl brianiellt brianietll
brianietll brianieltl brianiellt brianlilte brianlilet brianlitle brianlitel brianlietl brianlielt brianllite brianlliet
brianlltie brianlltei brianlleti brianlleit brianltlie brianltlei brianltile brianltiel brianlteil brianlteli brianlelti
brianlelit brianletli brianletil brianleitl brianleilt brianllite brianlliet brianlltie brianlltei brianlleti brianlleit
brianlilte brianlilet brianlitle brianlitel brianlietl brianlielt brianltile brianltiel brianltlie brianltlei brianlteli
brianlteil brianleitl brianleilt brianletil brianletli brianlelti brianlelit briantllie briantllei briantlile briantliel
briantleil briantleli briantllie briantllei briantlile briantliel briantleil briantleli briantille briantilel briantille
briantilel briantiell briantiell briantelil briantelli brianteill brianteill briantelil briantelli brianellti brianellit
brianeltli brianeltil brianelitl brianelilt brianellti brianellit brianeltli brianeltil brianelitl brianelilt brianetlli
brianetlil brianetlli brianetlil brianetill brianetill brianeiltl brianeillt brianeitll brianeitll brianeiltl brianeillt
briatilnle briatilnel briatillne briatillen briatileln briatilenl briatinlle briatinlel briatinlle briatinlel briatinell
briatinell briatilnle briatilnel briatillne briatillen briatileln briatilenl briatienll briatienll briatielnl briatielln
briatielln briatielnl briatlinle briatlinel briatlilne briatlilen briatlieln briatlienl briatlnile briatlniel briatlnlie
briatlnlei briatlneli briatlneil briatllnie briatllnei briatlline briatllien briatllein briatlleni briatlenli briatlenil
briatlelni briatlelin briatleiln briatleinl briatnlile briatnliel briatnllie briatnllei briatnleli briatnleil briatnille
briatnilel briatnille briatnilel briatniell briatniell briatnlile briatnliel briatnllie briatnllei briatnleli briatnleil
briatneill briatneill briatnelil briatnelli briatnelli briatnelil briatllnie briatllnei briatlline briatllien briatllein
briatlleni briatlnlie briatlnlei briatlnile briatlniel briatlneil briatlneli briatlinle briatlinel briatlilne briatlilen
briatlieln briatlienl briatlenil briatlenli briatleinl briatleiln briatlelin briatlelni briatelnli briatelnil briatellni
briatellin briateliln briatelinl briatenlli briatenlil briatenlli briatenlil briatenill briatenill briatelnli briatelnil
briatellni briatellin briateliln briatelinl briateinll briateinll briateilnl briateilln briateilln briateilnl briaeilntl
briaeilnlt briaeiltnl briaeiltln briaeilltn briaeillnt briaeinltl briaeinllt briaeintll briaeintll briaeinltl briaeinllt
briaeitnll briaeitnll briaeitlnl briaeitlln briaeitlln briaeitlnl briaeilntl briaeilnlt briaeiltnl briaeiltln briaeilltn
briaeillnt briaelintl briaelinlt briaelitnl briaelitln briaeliltn briaelilnt briaelnitl briaelnilt briaelntil briaelntli
briaelnlti briaelnlit briaeltnil briaeltnli briaeltinl briaeltiln briaeltlin briaeltlni briaellnti briaellnit briaelltni
briaelltin briaellitn briaellint briaenlitl briaenlilt briaenltil briaenltli briaenllti briaenllit briaeniltl briaenillt
briaenitll briaenitll briaeniltl briaenillt briaentill briaentill briaentlil briaentlli briaentlli briaentlil briaenlitl
briaenlilt briaenltil briaenltli briaenllti briaenllit briaetlnil briaetlnli briaetlinl briaetliln briaetllin briaetllni
briaetnlil briaetnlli briaetnill briaetnill briaetnlil briaetnlli briaetinll briaetinll briaetilnl briaetilln briaetilln
briaetilnl briaetlnil briaetlnli briaetlinl briaetliln briaetllin briaetllni briaellnti briaellnit briaelltni briaelltin
briaellitn briaellint briaelnlti briaelnlit briaelntli briaelntil briaelnitl briaelnilt briaeltnli briaeltnil briaeltlni
briaeltlin briaeltiln briaeltinl briaelintl briaelinlt briaelitnl briaelitln briaeliltn briaelilnt brinlialte brinlialet
brinliatle brinliatel brinliaetl brinliaelt brinlilate brinlilaet brinliltae brinliltea brinlileta brinlileat brinlitlae
brinlitlea brinlitale brinlitael brinliteal brinlitela brinlielta brinlielat brinlietla brinlietal brinlieatl brinliealt
brinlailte brinlailet brinlaitle brinlaitel brinlaietl brinlaielt brinlalite brinlaliet brinlaltie brinlaltei brinlaleti
brinlaleit brinlatlie brinlatlei brinlatile brinlatiel brinlateil brinlateli brinlaelti brinlaelit brinlaetli brinlaetil
brinlaeitl brinlaeilt brinllaite brinllaiet brinllatie brinllatei brinllaeti brinllaeit brinlliate brinlliaet brinllitae
brinllitea brinllieta brinllieat brinlltiae brinlltiea brinlltaie brinlltaei brinllteai brinllteia brinlleita brinlleiat
brinlletia brinlletai brinlleati brinlleait brinltalie brinltalei brinltaile brinltaiel brinltaeil brinltaeli brinltlaie
brinltlaei brinltliae brinltliea brinltleia brinltleai brinltilae brinltilea brinltiale brinltiael brinltieal brinltiela
brinltelia brinltelai brinlteila brinlteial brinlteail brinlteali brinlealti brinlealit brinleatli brinleatil brinleaitl
brinleailt brinlelati brinlelait brinleltai brinleltia brinlelita brinleliat brinletlai brinletlia brinletali brinletail
brinletial brinletila brinleilta brinleilat brinleitla brinleital brinleiatl brinleialt brinilalte brinilalet brinilatle
brinilatel brinilaetl brinilaelt brinillate brinillaet brinilltae brinilltea brinilleta brinilleat briniltlae briniltlea
briniltale briniltael brinilteal briniltela brinilelta brinilelat briniletla briniletal brinileatl brinilealt briniallte
briniallet brinialtle brinialtel brinialetl brinialelt briniallte briniallet brinialtle brinialtel brinialetl brinialelt
briniatlle briniatlel briniatlle briniatlel briniatell briniatell briniaeltl briniaellt briniaetll briniaetll briniaeltl
briniaellt brinilalte brinilalet brinilatle brinilatel brinilaetl brinilaelt brinillate brinillaet brinilltae brinilltea
brinilleta brinilleat briniltlae briniltlea briniltale briniltael brinilteal briniltela brinilelta brinilelat briniletla
briniletal brinileatl brinilealt brinitalle brinitalel brinitalle brinitalel brinitaell brinitaell brinitlale brinitlael
brinitllae brinitllea brinitlela brinitleal brinitllae brinitllea brinitlale brinitlael brinitleal brinitlela brinitella
brinitelal brinitella brinitelal briniteall briniteall briniealtl brinieallt brinieatll brinieatll briniealtl brinieallt
brinielatl brinielalt brinieltal brinieltla briniellta briniellat brinietlal brinietlla brinietall brinietall brinietlal
brinietlla briniellta briniellat brinieltla brinieltal brinielatl brinielalt brinaillte brinaillet brinailtle brinailtel
brinailetl brinailelt brinaillte brinaillet brinailtle brinailtel brinailetl brinailelt brinaitlle brinaitlel brinaitlle
brinaitlel brinaitell brinaitell brinaieltl brinaiellt brinaietll brinaietll brinaieltl brinaiellt brinalilte brinalilet
brinalitle brinalitel brinalietl brinalielt brinallite brinalliet brinalltie brinalltei brinalleti brinalleit brinaltlie
brinaltlei brinaltile brinaltiel brinalteil brinalteli brinalelti brinalelit brinaletli brinaletil brinaleitl brinaleilt
brinallite brinalliet brinalltie brinalltei brinalleti brinalleit brinalilte brinalilet brinalitle brinalitel brinalietl
brinalielt brinaltile brinaltiel brinaltlie brinaltlei brinalteli brinalteil brinaleitl brinaleilt brinaletil brinaletli
brinalelti brinalelit brinatllie brinatllei brinatlile brinatliel brinatleil brinatleli brinatllie brinatllei brinatlile
brinatliel brinatleil brinatleli brinatille brinatilel brinatille brinatilel brinatiell brinatiell brinatelil brinatelli
brinateill brinateill brinatelil brinatelli brinaellti brinaellit brinaeltli brinaeltil brinaelitl brinaelilt brinaellti
brinaellit brinaeltli brinaeltil brinaelitl brinaelilt brinaetlli brinaetlil brinaetlli brinaetlil brinaetill brinaetill
brinaeiltl brinaeillt brinaeitll brinaeitll brinaeiltl brinaeillt brinlialte brinlialet brinliatle brinliatel brinliaetl
brinliaelt brinlilate brinlilaet brinliltae brinliltea brinlileta brinlileat brinlitlae brinlitlea brinlitale brinlitael
brinliteal brinlitela brinlielta brinlielat brinlietla brinlietal brinlieatl brinliealt brinlailte brinlailet brinlaitle
brinlaitel brinlaietl brinlaielt brinlalite brinlaliet brinlaltie brinlaltei brinlaleti brinlaleit brinlatlie brinlatlei
brinlatile brinlatiel brinlateil brinlateli brinlaelti brinlaelit brinlaetli brinlaetil brinlaeitl brinlaeilt brinllaite
brinllaiet brinllatie brinllatei brinllaeti brinllaeit brinlliate brinlliaet brinllitae brinllitea brinllieta brinllieat
brinlltiae brinlltiea brinlltaie brinlltaei brinllteai brinllteia brinlleita brinlleiat brinlletia brinlletai brinlleati
brinlleait brinltalie brinltalei brinltaile brinltaiel brinltaeil brinltaeli brinltlaie brinltlaei brinltliae brinltliea
brinltleia brinltleai brinltilae brinltilea brinltiale brinltiael brinltieal brinltiela brinltelia brinltelai brinlteila
brinlteial brinlteail brinlteali brinlealti brinlealit brinleatli brinleatil brinleaitl brinleailt brinlelati brinlelait
brinleltai brinleltia brinlelita brinleliat brinletlai brinletlia brinletali brinletail brinletial brinletila brinleilta
brinleilat brinleitla brinleital brinleiatl brinleialt brintialle brintialel brintialle brintialel brintiaell brintiaell
brintilale brintilael brintillae brintillea brintilela brintileal brintillae brintillea brintilale brintilael brintileal
brintilela brintiella brintielal brintiella brintielal brintieall brintieall brintaille brintailel brintaille brintailel
brintaiell brintaiell brintalile brintaliel brintallie brintallei brintaleli brintaleil brintallie brintallei brintalile
brintaliel brintaleil brintaleli brintaelli brintaelil brintaelli brintaelil brintaeill brintaeill brintlaile brintlaiel
brintlalie brintlalei brintlaeli brintlaeil brintliale brintliael brintlilae brintlilea brintliela brintlieal brintlliae
brintlliea brintllaie brintllaei brintlleai brintlleia brintleila brintleial brintlelia brintlelai brintleali brintleail
brintlalie brintlalei brintlaile brintlaiel brintlaeil brintlaeli brintllaie brintllaei brintlliae brintlliea brintlleia
brintlleai brintlilae brintlilea brintliale brintliael brintlieal brintliela brintlelia brintlelai brintleila brintleial
brintleail brintleali brintealli brintealil brintealli brintealil brinteaill brinteaill brintelali brintelail brintellai
brintellia brintelila brintelial brintellai brintellia brintelali brintelail brintelial brintelila brinteilla brinteilal
brinteilla brinteilal brinteiall brinteiall brineialtl brineiallt brineiatll brineiatll brineialtl brineiallt brineilatl
brineilalt brineiltal brineiltla brineillta brineillat brineitlal brineitlla brineitall brineitall brineitlal brineitlla
brineillta brineillat brineiltla brineiltal brineilatl brineilalt brineailtl brineaillt brineaitll brineaitll brineailtl
brineaillt brinealitl brinealilt brinealtil brinealtli brineallti brineallit brineatlil brineatlli brineatill brineatill
brineatlil brineatlli brineallti brineallit brinealtli brinealtil brinealitl brinealilt brinelaitl brinelailt brinelatil
brinelatli brinelalti brinelalit brineliatl brinelialt brinelital brinelitla brinelilta brinelilat brineltial brineltila
brineltail brineltali brineltlai brineltlia brinellita brinelliat brinelltia brinelltai brinellati brinellait brinetalil
brinetalli brinetaill brinetaill brinetalil brinetalli brinetlail brinetlali brinetlial brinetlila brinetllia brinetllai
brinetilal brinetilla brinetiall brinetiall brinetilal brinetilla brinetllia brinetllai brinetlila brinetlial brinetlail
brinetlali brinelalti brinelalit brinelatli brinelatil brinelaitl brinelailt brinellati brinellait brinelltai brinelltia
brinellita brinelliat brineltlai brineltlia brineltali brineltail brineltial brineltila brinelilta brinelilat brinelitla
brinelital brineliatl brinelialt britlianle britlianel britlialne britlialen britliaeln britliaenl britlinale britlinael
britlinlae britlinlea britlinela britlineal britlilnae britlilnea britlilane britlilaen britlilean britlilena britlienla
britlienal britlielna britlielan britliealn britlieanl britlainle britlainel britlailne britlailen britlaieln britlaienl
britlanile britlaniel britlanlie britlanlei britlaneli britlaneil britlalnie britlalnei britlaline britlalien britlalein
britlaleni britlaenli britlaenil britlaelni britlaelin britlaeiln britlaeinl britlnaile britlnaiel britlnalie britlnalei
britlnaeli britlnaeil britlniale britlniael britlnilae britlnilea britlniela britlnieal britlnliae britlnliea britlnlaie
britlnlaei britlnleai britlnleia britlneila britlneial britlnelia britlnelai britlneali britlneail britllanie britllanei
britllaine britllaien britllaein britllaeni britllnaie britllnaei britllniae britllniea britllneia britllneai britllinae
britllinea britlliane britlliaen britlliean britlliena britllenia britllenai britlleina britlleian britlleain britlleani
britleanli britleanil britlealni britlealin britleailn britleainl britlenali britlenail britlenlai britlenlia britlenila
britlenial britlelnai britlelnia britlelani britlelain britlelian britlelina britleinla britleinal britleilna britleilan
britleialn britleianl britilanle britilanel britilalne britilalen britilaeln britilaenl britilnale britilnael britilnlae
britilnlea britilnela britilneal britillnae britillnea britillane britillaen britillean britillena britilenla britilenal
britilelna britilelan britilealn britileanl britialnle britialnel britiallne britiallen britialeln britialenl britianlle
britianlel britianlle britianlel britianell britianell britialnle britialnel britiallne britiallen britialeln britialenl
britiaenll britiaenll britiaelnl britiaelln britiaelln britiaelnl britinalle britinalel britinalle britinalel britinaell
britinaell britinlale britinlael britinllae britinllea britinlela britinleal britinllae britinllea britinlale britinlael
britinleal britinlela britinella britinelal britinella britinelal britineall britineall britilanle britilanel britilalne
britilalen britilaeln britilaenl britilnale britilnael britilnlae britilnlea britilnela britilneal britillnae britillnea
britillane britillaen britillean britillena britilenla britilenal britilelna britilelan britilealn britileanl britieanll
britieanll britiealnl britiealln britiealln britiealnl britienall britienall britienlal britienlla britienlla britienlal
britielnal britielnla britielanl britielaln britiellan britiellna britielnla britielnal britiellna britiellan britielaln
britielanl britailnle britailnel britaillne britaillen britaileln britailenl britainlle britainlel britainlle britainlel
britainell britainell britailnle britailnel britaillne britaillen britaileln britailenl britaienll britaienll britaielnl
britaielln britaielln britaielnl britalinle britalinel britalilne britalilen britalieln britalienl britalnile britalniel
britalnlie britalnlei britalneli britalneil britallnie britallnei britalline britallien britallein britalleni britalenli
britalenil britalelni britalelin britaleiln britaleinl britanlile britanliel britanllie britanllei britanleli britanleil
britanille britanilel britanille britanilel britaniell britaniell britanlile britanliel britanllie britanllei britanleli
britanleil britaneill britaneill britanelil britanelli britanelli britanelil britallnie britallnei britalline britallien
britallein britalleni britalnlie britalnlei britalnile britalniel britalneil britalneli britalinle britalinel britalilne
britalilen britalieln britalienl britalenil britalenli britaleinl britaleiln britalelin britalelni britaelnli britaelnil
britaellni britaellin britaeliln britaelinl britaenlli britaenlil britaenlli britaenlil britaenill britaenill britaelnli
britaelnil britaellni britaellin britaeliln britaelinl britaeinll britaeinll britaeilnl britaeilln britaeilln britaeilnl
britnialle britnialel britnialle britnialel britniaell britniaell britnilale britnilael britnillae britnillea britnilela
britnileal britnillae britnillea britnilale britnilael britnileal britnilela britniella britnielal britniella britnielal
britnieall britnieall britnaille britnailel britnaille britnailel britnaiell britnaiell britnalile britnaliel britnallie
britnallei britnaleli britnaleil britnallie britnallei britnalile britnaliel britnaleil britnaleli britnaelli britnaelil
britnaelli britnaelil britnaeill britnaeill britnlaile britnlaiel britnlalie britnlalei britnlaeli britnlaeil britnliale
britnliael britnlilae britnlilea britnliela britnlieal britnlliae britnlliea britnllaie britnllaei britnlleai britnlleia
britnleila britnleial britnlelia britnlelai britnleali britnleail britnlalie britnlalei britnlaile britnlaiel britnlaeil
britnlaeli britnllaie britnllaei britnlliae britnlliea britnlleia britnlleai britnlilae britnlilea britnliale britnliael
britnlieal britnliela britnlelia britnlelai britnleila britnleial britnleail britnleali britnealli britnealil britnealli
britnealil britneaill britneaill britnelali britnelail britnellai britnellia britnelila britnelial britnellai britnellia
britnelali britnelail britnelial britnelila britneilla britneilal britneilla britneilal britneiall britneiall britlianle
britlianel britlialne britlialen britliaeln britliaenl britlinale britlinael britlinlae britlinlea britlinela britlineal
britlilnae britlilnea britlilane britlilaen britlilean britlilena britlienla britlienal britlielna britlielan britliealn
britlieanl britlainle britlainel britlailne britlailen britlaieln britlaienl britlanile britlaniel britlanlie britlanlei
britlaneli britlaneil britlalnie britlalnei britlaline britlalien britlalein britlaleni britlaenli britlaenil britlaelni
britlaelin britlaeiln britlaeinl britlnaile britlnaiel britlnalie britlnalei britlnaeli britlnaeil britlniale britlniael
britlnilae britlnilea britlniela britlnieal britlnliae britlnliea britlnlaie britlnlaei britlnleai britlnleia britlneila
britlneial britlnelia britlnelai britlneali britlneail britllanie britllanei britllaine britllaien britllaein britllaeni
britllnaie britllnaei britllniae britllniea britllneia britllneai britllinae britllinea britlliane britlliaen britlliean
britlliena britllenia britllenai britlleina britlleian britlleain britlleani britleanli britleanil britlealni britlealin
britleailn britleainl britlenali britlenail britlenlai britlenlia britlenila britlenial britlelnai britlelnia britlelani
britlelain britlelian britlelina britleinla britleinal britleilna britleilan britleialn britleianl briteianll briteianll
briteialnl briteialln briteialln briteialnl briteinall briteinall briteinlal briteinlla briteinlla briteinlal briteilnal
briteilnla briteilanl briteilaln briteillan briteillna briteilnla briteilnal briteillna briteillan briteilaln briteilanl
briteainll briteainll briteailnl briteailln briteailln briteailnl briteanill briteanill briteanlil briteanlli briteanlli
briteanlil britealnil britealnli britealinl britealiln briteallin briteallni britealnli britealnil briteallni briteallin
britealiln britealinl britenaill britenaill britenalil britenalli britenalli britenalil briteniall briteniall britenilal
britenilla britenilla britenilal britenlial britenlila britenlail britenlali britenllai britenllia britenlila britenlial
britenllia britenllai britenlali britenlail britelanil britelanli britelainl britelailn britelalin britelalni britelnail
britelnali britelnial britelnila britelnlia britelnlai britelinal britelinla britelianl britelialn britelilan britelilna
britellnia britellnai britellina britellian britellain britellani britelanli britelanil britelalni britelalin britelailn
britelainl britelnali britelnail britelnlai britelnlia britelnila britelnial britellnai britellnia britellani britellain
britellian britellina britelinla britelinal britelilna britelilan britelialn britelianl brieliantl brielianlt brieliatnl
brieliatln brielialtn brielialnt brielinatl brielinalt brielintal brielintla brielinlta brielinlat brielitnal brielitnla
brielitanl brielitaln brielitlan brielitlna brielilnta brielilnat brieliltna brieliltan brielilatn brielilant brielaintl
brielainlt brielaitnl brielaitln brielailtn brielailnt brielanitl brielanilt brielantil brielantli brielanlti brielanlit
brielatnil brielatnli brielatinl brielatiln brielatlin brielatlni brielalnti brielalnit brielaltni brielaltin brielalitn
brielalint brielnaitl brielnailt brielnatil brielnatli brielnalti brielnalit brielniatl brielnialt brielnital brielnitla
brielnilta brielnilat brielntial brielntila brielntail brielntali brielntlai brielntlia brielnlita brielnliat brielnltia
brielnltai brielnlati brielnlait brieltanil brieltanli brieltainl brieltailn brieltalin brieltalni brieltnail brieltnali
brieltnial brieltnila brieltnlia brieltnlai brieltinal brieltinla brieltianl brieltialn brieltilan brieltilna brieltlnia
brieltlnai brieltlina brieltlian brieltlain brieltlani briellanti briellanit briellatni briellatin briellaitn briellaint
briellnati briellnait briellntai briellntia briellnita briellniat brielltnai brielltnia brielltani brielltain brielltian
brielltina briellinta briellinat briellitna briellitan brielliatn brielliant brieilantl brieilanlt brieilatnl brieilatln
brieilaltn brieilalnt brieilnatl brieilnalt brieilntal brieilntla brieilnlta brieilnlat brieiltnal brieiltnla brieiltanl
brieiltaln brieiltlan brieiltlna brieillnta brieillnat brieilltna brieilltan brieillatn brieillant brieialntl brieialnlt
brieialtnl brieialtln brieialltn brieiallnt brieianltl brieianllt brieiantll brieiantll brieianltl brieianllt brieiatnll
brieiatnll brieiatlnl brieiatlln brieiatlln brieiatlnl brieialntl brieialnlt brieialtnl brieialtln brieialltn brieiallnt
brieinaltl brieinallt brieinatll brieinatll brieinaltl brieinallt brieinlatl brieinlalt brieinltal brieinltla brieinllta
brieinllat brieintlal brieintlla brieintall brieintall brieintlal brieintlla brieinllta brieinllat brieinltla brieinltal
brieinlatl brieinlalt brieitanll brieitanll brieitalnl brieitalln brieitalln brieitalnl brieitnall brieitnall brieitnlal
brieitnlla brieitnlla brieitnlal brieitlnal brieitlnla brieitlanl brieitlaln brieitllan brieitllna brieitlnla brieitlnal
brieitllna brieitllan brieitlaln brieitlanl brieilantl brieilanlt brieilatnl brieilatln brieilaltn brieilalnt brieilnatl
brieilnalt brieilntal brieilntla brieilnlta brieilnlat brieiltnal brieiltnla brieiltanl brieiltaln brieiltlan brieiltlna
brieillnta brieillnat brieilltna brieilltan brieillatn brieillant brieailntl brieailnlt brieailtnl brieailtln brieailltn
brieaillnt brieainltl brieainllt brieaintll brieaintll brieainltl brieainllt brieaitnll brieaitnll brieaitlnl brieaitlln
brieaitlln brieaitlnl brieailntl brieailnlt brieailtnl brieailtln brieailltn brieaillnt briealintl briealinlt briealitnl
briealitln briealiltn briealilnt briealnitl briealnilt briealntil briealntli briealnlti briealnlit briealtnil briealtnli
briealtinl briealtiln briealtlin briealtlni brieallnti brieallnit briealltni briealltin brieallitn brieallint brieanlitl
brieanlilt brieanltil brieanltli brieanllti brieanllit brieaniltl brieanillt brieanitll brieanitll brieaniltl brieanillt
brieantill brieantill brieantlil brieantlli brieantlli brieantlil brieanlitl brieanlilt brieanltil brieanltli brieanllti
brieanllit brieatlnil brieatlnli brieatlinl brieatliln brieatllin brieatllni brieatnlil brieatnlli brieatnill brieatnill
brieatnlil brieatnlli brieatinll brieatinll brieatilnl brieatilln brieatilln brieatilnl brieatlnil brieatlnli brieatlinl
brieatliln brieatllin brieatllni brieallnti brieallnit briealltni briealltin brieallitn brieallint briealnlti briealnlit
briealntli briealntil briealnitl briealnilt briealtnli briealtnil briealtlni briealtlin briealtiln briealtinl briealintl
briealinlt briealitnl briealitln briealiltn briealilnt brienialtl brieniallt brieniatll brieniatll brienialtl brieniallt
brienilatl brienilalt brieniltal brieniltla brienillta brienillat brienitlal brienitlla brienitall brienitall brienitlal
brienitlla brienillta brienillat brieniltla brieniltal brienilatl brienilalt brienailtl brienaillt brienaitll brienaitll
brienailtl brienaillt brienalitl brienalilt brienaltil brienaltli brienallti brienallit brienatlil brienatlli brienatill
brienatill brienatlil brienatlli brienallti brienallit brienaltli brienaltil brienalitl brienalilt brienlaitl brienlailt
brienlatil brienlatli brienlalti brienlalit brienliatl brienlialt brienlital brienlitla brienlilta brienlilat brienltial
brienltila brienltail brienltali brienltlai brienltlia brienllita brienlliat brienlltia brienlltai brienllati brienllait
brientalil brientalli brientaill brientaill brientalil brientalli brientlail brientlali brientlial brientlila brientllia
brientllai brientilal brientilla brientiall brientiall brientilal brientilla brientllia brientllai brientlila brientlial
brientlail brientlali brienlalti brienlalit brienlatli brienlatil brienlaitl brienlailt brienllati brienllait brienlltai
brienlltia brienllita brienlliat brienltlai brienltlia brienltali brienltail brienltial brienltila brienlilta brienlilat
brienlitla brienlital brienliatl brienlialt brietianll brietianll brietialnl brietialln brietialln brietialnl brietinall
brietinall brietinlal brietinlla brietinlla brietinlal brietilnal brietilnla brietilanl brietilaln brietillan brietillna
brietilnla brietilnal brietillna brietillan brietilaln brietilanl brietainll brietainll brietailnl brietailln brietailln
brietailnl brietanill brietanill brietanlil brietanlli brietanlli brietanlil brietalnil brietalnli brietalinl brietaliln
brietallin brietallni brietalnli brietalnil brietallni brietallin brietaliln brietalinl brietnaill brietnaill brietnalil
brietnalli brietnalli brietnalil brietniall brietniall brietnilal brietnilla brietnilla brietnilal brietnlial brietnlila
brietnlail brietnlali brietnllai brietnllia brietnlila brietnlial brietnllia brietnllai brietnlali brietnlail brietlanil
brietlanli brietlainl brietlailn brietlalin brietlalni brietlnail brietlnali brietlnial brietlnila brietlnlia brietlnlai
brietlinal brietlinla brietlianl brietlialn brietlilan brietlilna brietllnia brietllnai brietllina brietllian brietllain
brietllani brietlanli brietlanil brietlalni brietlalin brietlailn brietlainl brietlnali brietlnail brietlnlai brietlnlia
brietlnila brietlnial brietllnai brietllnia brietllani brietllain brietllian brietllina brietlinla brietlinal brietlilna
brietlilan brietlialn brietlianl brieliantl brielianlt brieliatnl brieliatln brielialtn brielialnt brielinatl brielinalt
brielintal brielintla brielinlta brielinlat brielitnal brielitnla brielitanl brielitaln brielitlan brielitlna brielilnta
brielilnat brieliltna brieliltan brielilatn brielilant brielaintl brielainlt brielaitnl brielaitln brielailtn brielailnt
brielanitl brielanilt brielantil brielantli brielanlti brielanlit brielatnil brielatnli brielatinl brielatiln brielatlin
brielatlni brielalnti brielalnit brielaltni brielaltin brielalitn brielalint brielnaitl brielnailt brielnatil brielnatli
brielnalti brielnalit brielniatl brielnialt brielnital brielnitla brielnilta brielnilat brielntial brielntila brielntail
brielntali brielntlai brielntlia brielnlita brielnliat brielnltia brielnltai brielnlati brielnlait brieltanil brieltanli
brieltainl brieltailn brieltalin brieltalni brieltnail brieltnali brieltnial brieltnila brieltnlia brieltnlai brieltinal
brieltinla brieltianl brieltialn brieltilan brieltilna brieltlnia brieltlnai brieltlina brieltlian brieltlain brieltlani
briellanti briellanit briellatni briellatin briellaitn briellaint briellnati briellnait briellntai briellntia briellnita
briellniat brielltnai brielltnia brielltani brielltain brielltian brielltina briellinta briellinat briellitna briellitan
brielliatn brielliant

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History of cryptography
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