easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

eilert

penalized

virtuous

westelkton

topknotted

warningly

laurelle

volviebatisque

espanaensis

bordage

hirudinidae

brazer

unswathes

varus

jellica

wedlock

lupinacci

libentaque


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: conventusque
cipher variations:
dpowfouvtrvf eqpxgpvwuswg frqyhqwxvtxh gsrzirxywuyi htsajsyzxvzj
iutbktzaywak jvucluabzxbl kwvdmvbcaycm lxwenwcdbzdn myxfoxdecaeo
nzygpyefdbfp oazhqzfgecgq pbairaghfdhr qcbjsbhigeis rdcktcijhfjt
sedludjkigku tfemvekljhlv ugfnwflmkimw vhgoxgmnljnx wihpyhnomkoy
xjiqziopnlpz ykjrajpqomqa zlksbkqrpnrb amltclrsqosc bnmudmstrptd

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: conventusque
Cipher: xlmevmgfhjfv

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: conventusque
Cipher: AAABA ABBAB ABBAA BBBAB AABAA ABBAA BAABA BAABB BAAAB ABBBB BAABB AABAA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: conventusque
cipher variations:
dpowfouvtrvfhromnogjdxjnltocvosxndxvpvosdoelxjldtxoiloqzhpzlxzoytocnrvntfdoejoaplhpjjfouromdvndr
nhokzoyrftrzrjoahokfpzfhvloqpowtzftpznogxoihjlhxeqpxgpvwuswgispnophkeykomupdwptyoeywqwptepfmykme
uypjmpraiqamyapzupdoswougepfkpbqmiqkkgpvspnewoesoiplapzsgusaskpbiplgqagiwmprqpxuaguqaophypjikmiy
frqyhqwxvtxhjtqopqilfzlpnvqexquzpfzxrxqufqgnzlnfvzqknqsbjrbnzbqavqeptxpvhfqglqcrnjrllhqwtqofxpft
pjqmbqathvtbtlqcjqmhrbhjxnqsrqyvbhvrbpqizqkjlnjzgsrzirxywuyikurpqrjmgamqowrfyrvaqgaysyrvgrhoamog
warlortckscoacrbwrfquyqwigrhmrdsoksmmirxurpgyqguqkrncrbuiwucumrdkrniscikyortsrzwciwscqrjarlkmoka
htsajsyzxvzjlvsqrsknhbnrpxsgzswbrhbztzswhsipbnphxbsmpsudltdpbdscxsgrvzrxjhsinsetpltnnjsyvsqhzrhv
rlsodscvjxvdvnselsojtdjlzpsutsaxdjxtdrskbsmlnplbiutbktzaywakmwtrstloicosqythatxcsicauatxitjqcoqi
yctnqtvemueqcetdythswasykitjotfuqmuooktzwtriasiwsmtpetdwkywewotfmtpkuekmaqtvutbyekyuestlctnmoqmc
jvucluabzxblnxustumpjdptrzuibuydtjdbvbuyjukrdprjzduoruwfnvfrdfuezuitxbtzljukpugvrnvppluaxusjbtjx
tnuqfuexlzxfxpugnuqlvflnbruwvuczflzvftumduonprndkwvdmvbcaycmoyvtuvnqkequsavjcvzeukecwcvzkvlseqsk
aevpsvxgowgsegvfavjuycuamkvlqvhwsowqqmvbyvtkcukyuovrgvfymaygyqvhovrmwgmocsvxwvdagmawguvnevpoqsoe
lxwenwcdbzdnpzwuvworlfrvtbwkdwafvlfdxdwalwmtfrtlbfwqtwyhpxhtfhwgbwkvzdvbnlwmrwixtpxrrnwczwuldvlz
vpwshwgznbzhzrwipwsnxhnpdtwyxwebhnbxhvwofwqprtpfmyxfoxdecaeoqaxvwxpsmgswucxlexbgwmgeyexbmxnugsum
cgxruxziqyiugixhcxlwaewcomxnsxjyuqyssoxdaxvmewmawqxtixhaocaiasxjqxtoyioqeuxzyxfciocyiwxpgxrqsuqg
nzygpyefdbfprbywxyqtnhtxvdymfychxnhfzfycnyovhtvndhysvyajrzjvhjyidymxbfxdpnyotykzvrzttpyebywnfxnb
xryujyibpdbjbtykryupzjprfvyazygdjpdzjxyqhysrtvrhoazhqzfgecgqsczxyzruoiuywezngzdiyoigagzdozpwiuwo
eiztwzbksakwikzjeznycgyeqozpuzlawsauuqzfczxogyocyszvkzjcqeckcuzlszvqakqsgwzbazhekqeakyzriztsuwsi
pbairaghfdhrtdayzasvpjvzxfaohaejzpjhbhaepaqxjvxpfjauxacltblxjlakfaozdhzfrpaqvambxtbvvragdayphzpd
ztawlakdrfdldvamtawrblrthxacbaiflrfblzasjautvxtjqcbjsbhigeisuebzabtwqkwaygbpibfkaqkicibfqbrykwyq
gkbvybdmucmykmblgbpaeiagsqbrwbncyucwwsbhebzqiaqeaubxmblesgemewbnubxscmsuiybdcbjgmsgcmabtkbvuwyuk
rdcktcijhfjtvfcabcuxrlxbzhcqjcglbrljdjcgrcszlxzrhlcwzcenvdnzlncmhcqbfjbhtrcsxcodzvdxxtcifcarjbrf
bvcyncmfthfnfxcovcytdntvjzcedckhnthdnbculcwvxzvlsedludjkigkuwgdbcdvysmycaidrkdhmcsmkekdhsdtamyas
imdxadfoweoamodnidrcgkciusdtydpeaweyyudjgdbskcsgcwdzodnguigogydpwdzueouwkadfedliouieocdvmdxwyawm
tfemvekljhlvxhecdewztnzdbjesleindtnlfleiteubnzbtjneybegpxfpbnpeojesdhldjvteuzeqfbxfzzvekhectldth
dxeapeohvjhphzeqxeavfpvxlbegfemjpvjfpdewneyxzbxnugfnwflmkimwyifdefxauoaeckftmfjoeuomgmfjufvcoacu
kofzcfhqygqcoqfpkfteimekwufvafrgcygaawflifdumeuieyfbqfpiwkiqiafryfbwgqwymcfhgfnkqwkgqefxofzyacyo
vhgoxgmnljnxzjgefgybvpbfdlgungkpfvpnhngkvgwdpbdvlpgadgirzhrdprgqlgufjnflxvgwbgshdzhbbxgmjgevnfvj
fzgcrgqjxljrjbgszgcxhrxzndgihgolrxlhrfgypgazbdzpwihpyhnomkoyakhfghzcwqcgemhvohlqgwqoiohlwhxeqcew
mqhbehjsaiseqshrmhvgkogmywhxchtieaiccyhnkhfwogwkgahdshrkymkskchtahdyisyaoehjihpmsymisghzqhbaceaq
xjiqziopnlpzblighiadxrdhfniwpimrhxrpjpimxiyfrdfxnricfiktbjtfrtisniwhlphnzxiydiujfbjddzioligxphxl
hbietislznltldiubiezjtzbpfikjiqntznjthiaricbdfbrykjrajpqomqacmjhijbeyseigojxqjnsiysqkqjnyjzgsegy
osjdgjluckugsujtojximqioayjzejvkgckeeajpmjhyqiymicjfujtmaomumejvcjfakuacqgjlkjrouaokuijbsjdcegcs
zlksbkqrpnrbdnkijkcfztfjhpkyrkotjztrlrkozkahtfhzptkehkmvdlvhtvkupkyjnrjpbzkafkwlhdlffbkqnkizrjzn
jdkgvkunbpnvnfkwdkgblvbdrhkmlkspvbplvjkctkedfhdtamltclrsqosceoljkldgaugkiqlzslpukausmslpalbiugia
qulfilnwemwiuwlvqlzkoskqcalbglxmiemggclroljaskaokelhwlvocqowoglxelhcmwcesilnmltqwcqmwkldulfegieu
bnmudmstrptdfpmklmehbvhljrmatmqvlbvtntmqbmcjvhjbrvmgjmoxfnxjvxmwrmalptlrdbmchmynjfnhhdmspmkbtlbp
lfmixmwpdrpxphmyfmidnxdftjmonmurxdrnxlmevmgfhjfvconventusquegqnlmnficwimksnbunrwmcwuounrcndkwikc
swnhknpygoykwynxsnbmqumsecndinzokgoiientqnlcumcqmgnjynxqesqyqinzgnjeoyeguknponvsyesoymnfwnhgikgw

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: conventusque
Cipher: pbairaghfdhr

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: conventusque
Cipher: 314333155133445434145451

Extended Methods:
Method #1

Plaintext: conventusque
method variations:
htsaksyzxvzknyxfpxdecaepsdclucikhfkuxihqzhopnlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c o n v e n t u s q u e 
3 4 3 1 5 3 4 5 3 1 5 5 
1 3 3 5 1 3 4 4 4 4 4 1 
They are then read out in rows:
343153453155133513444441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: conventusque
Cipher: scpyczlxlttd

Read more ...
Method #3

Plaintext: conventusque
method variations:
qnczlsyodyyl nczlsyodyylq czlsyodyylqn
zlsyodyylqnc lsyodyylqncz syodyylqnczl
yodyylqnczls odyylqnczlsy dyylqnczlsyo
yylqnczlsyod ylqnczlsyody lqnczlsyodyy

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: conventusque

first 5040 cipher variations(475687488 total)
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convetnsuueq convetnsueuq convetnsuequ convetnsquue convetnsqueu convetnsquue convetnsqueu convetnsqeuu convetnsqeuu
convetnsuque convetnsuqeu convetnsuuqe convetnsuueq convetnsueuq convetnsuequ convetnsequu convetnsequu convetnseuqu
convetnseuuq convetnseuuq convetnseuqu convetnqsuue convetnqsueu convetnqsuue convetnqsueu convetnqseuu convetnqseuu
convetnqusue convetnquseu convetnquuse convetnquues convetnqueus convetnquesu convetnquuse convetnquues convetnqusue
convetnquseu convetnquesu convetnqueus convetnqeuus convetnqeusu convetnqeuus convetnqeusu convetnqesuu convetnqesuu
convetnusque convetnusqeu convetnusuqe convetnusueq convetnuseuq convetnusequ convetnuqsue convetnuqseu convetnuquse
convetnuques convetnuqeus convetnuqesu convetnuuqse convetnuuqes convetnuusqe convetnuuseq convetnuuesq convetnuueqs
convetnuequs convetnueqsu convetnueuqs convetnueusq convetnuesuq convetnuesqu convetnesquu convetnesquu convetnesuqu
convetnesuuq convetnesuuq convetnesuqu convetneqsuu convetneqsuu convetnequsu convetnequus convetnequus convetnequsu
convetneuqsu convetneuqus convetneusqu convetneusuq convetneuusq convetneuuqs convetneuqus convetneuqsu convetneuuqs
convetneuusq convetneusuq convetneusqu convetunsque convetunsqeu convetunsuqe convetunsueq convetunseuq convetunsequ
convetunqsue convetunqseu convetunquse convetunques convetunqeus convetunqesu convetunuqse convetunuqes convetunusqe
convetunuseq convetunuesq convetunueqs convetunequs convetuneqsu convetuneuqs convetuneusq convetunesuq convetunesqu
convetusnque convetusnqeu convetusnuqe convetusnueq convetusneuq convetusnequ convetusqnue convetusqneu convetusqune
convetusquen convetusqeun convetusqenu convetusuqne convetusuqen convetusunqe convetusuneq convetusuenq convetusueqn
convetusequn convetuseqnu convetuseuqn convetuseunq convetusenuq convetusenqu convetuqsnue convetuqsneu convetuqsune
convetuqsuen convetuqseun convetuqsenu convetuqnsue convetuqnseu convetuqnuse convetuqnues convetuqneus convetuqnesu
convetuqunse convetuqunes convetuqusne convetuqusen convetuquesn convetuquens convetuqenus convetuqensu convetuqeuns
convetuqeusn convetuqesun convetuqesnu convetuusqne convetuusqen convetuusnqe convetuusneq convetuusenq convetuuseqn
convetuuqsne convetuuqsen convetuuqnse convetuuqnes convetuuqens convetuuqesn convetuunqse convetuunqes convetuunsqe
convetuunseq convetuunesq convetuuneqs convetuueqns convetuueqsn convetuuenqs convetuuensq convetuuesnq convetuuesqn
convetuesqun convetuesqnu convetuesuqn convetuesunq convetuesnuq convetuesnqu convetueqsun convetueqsnu convetuequsn
convetuequns convetueqnus convetueqnsu convetueuqsn convetueuqns convetueusqn convetueusnq convetueunsq convetueunqs
convetuenqus convetuenqsu convetuenuqs convetuenusq convetuensuq convetuensqu convetsunque convetsunqeu convetsunuqe
convetsunueq convetsuneuq convetsunequ convetsuqnue convetsuqneu convetsuqune convetsuquen convetsuqeun convetsuqenu
convetsuuqne convetsuuqen convetsuunqe convetsuuneq convetsuuenq convetsuueqn convetsuequn convetsueqnu convetsueuqn
convetsueunq convetsuenuq convetsuenqu convetsnuque convetsnuqeu convetsnuuqe convetsnuueq convetsnueuq convetsnuequ
convetsnquue convetsnqueu convetsnquue convetsnqueu convetsnqeuu convetsnqeuu convetsnuque convetsnuqeu convetsnuuqe
convetsnuueq convetsnueuq convetsnuequ convetsnequu convetsnequu convetsneuqu convetsneuuq convetsneuuq convetsneuqu
convetsqnuue convetsqnueu convetsqnuue convetsqnueu convetsqneuu convetsqneuu convetsqunue convetsquneu convetsquune
convetsquuen convetsqueun convetsquenu convetsquune convetsquuen convetsqunue convetsquneu convetsquenu convetsqueun
convetsqeuun convetsqeunu convetsqeuun convetsqeunu convetsqenuu convetsqenuu convetsunque convetsunqeu convetsunuqe
convetsunueq convetsuneuq convetsunequ convetsuqnue convetsuqneu convetsuqune convetsuquen convetsuqeun convetsuqenu
convetsuuqne convetsuuqen convetsuunqe convetsuuneq convetsuuenq convetsuueqn convetsuequn convetsueqnu convetsueuqn
convetsueunq convetsuenuq convetsuenqu convetsenquu convetsenquu convetsenuqu convetsenuuq convetsenuuq convetsenuqu
convetseqnuu convetseqnuu convetsequnu convetsequun convetsequun convetsequnu convetseuqnu convetseuqun convetseunqu
convetseunuq convetseuunq convetseuuqn convetseuqun convetseuqnu convetseuuqn convetseuunq convetseunuq convetseunqu
convetqusnue convetqusneu convetqusune convetqusuen convetquseun convetqusenu convetqunsue convetqunseu convetqunuse
convetqunues convetquneus convetqunesu convetquunse convetquunes convetquusne convetquusen convetquuesn convetquuens
convetquenus convetquensu convetqueuns convetqueusn convetquesun convetquesnu convetqsunue convetqsuneu convetqsuune
convetqsuuen convetqsueun convetqsuenu convetqsnuue convetqsnueu convetqsnuue convetqsnueu convetqsneuu convetqsneuu
convetqsunue convetqsuneu convetqsuune convetqsuuen convetqsueun convetqsuenu convetqsenuu convetqsenuu convetqseunu
convetqseuun convetqseuun convetqseunu convetqnsuue convetqnsueu convetqnsuue convetqnsueu convetqnseuu convetqnseuu
convetqnusue convetqnuseu convetqnuuse convetqnuues convetqnueus convetqnuesu convetqnuuse convetqnuues convetqnusue
convetqnuseu convetqnuesu convetqnueus convetqneuus convetqneusu convetqneuus convetqneusu convetqnesuu convetqnesuu
convetqusnue convetqusneu convetqusune convetqusuen convetquseun convetqusenu convetqunsue convetqunseu convetqunuse
convetqunues convetquneus convetqunesu convetquunse convetquunes convetquusne convetquusen convetquuesn convetquuens
convetquenus convetquensu convetqueuns convetqueusn convetquesun convetquesnu convetqesnuu convetqesnuu convetqesunu
convetqesuun convetqesuun convetqesunu convetqensuu convetqensuu convetqenusu convetqenuus convetqenuus convetqenusu
convetqeunsu convetqeunus convetqeusnu convetqeusun convetqeuusn convetqeuuns convetqeunus convetqeunsu convetqeuuns
convetqeuusn convetqeusun convetqeusnu convetuusqne convetuusqen convetuusnqe convetuusneq convetuusenq convetuuseqn
convetuuqsne convetuuqsen convetuuqnse convetuuqnes convetuuqens convetuuqesn convetuunqse convetuunqes convetuunsqe
convetuunseq convetuunesq convetuuneqs convetuueqns convetuueqsn convetuuenqs convetuuensq convetuuesnq convetuuesqn
convetusuqne convetusuqen convetusunqe convetusuneq convetusuenq convetusueqn convetusqune convetusquen convetusqnue
convetusqneu convetusqenu convetusqeun convetusnque convetusnqeu convetusnuqe convetusnueq convetusneuq convetusnequ
convetuseqnu convetusequn convetusenqu convetusenuq convetuseunq convetuseuqn convetuqsune convetuqsuen convetuqsnue
convetuqsneu convetuqsenu convetuqseun convetuqusne convetuqusen convetuqunse convetuqunes convetuquens convetuquesn
convetuqnuse convetuqnues convetuqnsue convetuqnseu convetuqnesu convetuqneus convetuqeuns convetuqeusn convetuqenus
convetuqensu convetuqesnu convetuqesun convetunsque convetunsqeu convetunsuqe convetunsueq convetunseuq convetunsequ
convetunqsue convetunqseu convetunquse convetunques convetunqeus convetunqesu convetunuqse convetunuqes convetunusqe
convetunuseq convetunuesq convetunueqs convetunequs convetuneqsu convetuneuqs convetuneusq convetunesuq convetunesqu
convetuesqnu convetuesqun convetuesnqu convetuesnuq convetuesunq convetuesuqn convetueqsnu convetueqsun convetueqnsu
convetueqnus convetuequns convetuequsn convetuenqsu convetuenqus convetuensqu convetuensuq convetuenusq convetuenuqs
convetueuqns convetueuqsn convetueunqs convetueunsq convetueusnq convetueusqn conveteusqun conveteusqnu conveteusuqn
conveteusunq conveteusnuq conveteusnqu conveteuqsun conveteuqsnu conveteuqusn conveteuquns conveteuqnus conveteuqnsu
conveteuuqsn conveteuuqns conveteuusqn conveteuusnq conveteuunsq conveteuunqs conveteunqus conveteunqsu conveteunuqs
conveteunusq conveteunsuq conveteunsqu convetesuqun convetesuqnu convetesuuqn convetesuunq convetesunuq convetesunqu
convetesquun convetesqunu convetesquun convetesqunu convetesqnuu convetesqnuu convetesuqun convetesuqnu convetesuuqn
convetesuunq convetesunuq convetesunqu convetesnquu convetesnquu convetesnuqu convetesnuuq convetesnuuq convetesnuqu
conveteqsuun conveteqsunu conveteqsuun conveteqsunu conveteqsnuu conveteqsnuu convetequsun convetequsnu convetequusn
convetequuns convetequnus convetequnsu convetequusn convetequuns convetequsun convetequsnu convetequnsu convetequnus
conveteqnuus conveteqnusu conveteqnuus conveteqnusu conveteqnsuu conveteqnsuu conveteusqun conveteusqnu conveteusuqn
conveteusunq conveteusnuq conveteusnqu conveteuqsun conveteuqsnu conveteuqusn conveteuquns conveteuqnus conveteuqnsu
conveteuuqsn conveteuuqns conveteuusqn conveteuusnq conveteuunsq conveteuunqs conveteunqus conveteunqsu conveteunuqs
conveteunusq conveteunsuq conveteunsqu convetensquu convetensquu convetensuqu convetensuuq convetensuuq convetensuqu
convetenqsuu convetenqsuu convetenqusu convetenquus convetenquus convetenqusu convetenuqsu convetenuqus convetenusqu
convetenusuq convetenuusq convetenuuqs convetenuqus convetenuqsu convetenuuqs convetenuusq convetenusuq convetenusqu
conveutnsque conveutnsqeu conveutnsuqe conveutnsueq conveutnseuq conveutnsequ conveutnqsue conveutnqseu conveutnquse
conveutnques conveutnqeus conveutnqesu conveutnuqse conveutnuqes conveutnusqe conveutnuseq conveutnuesq conveutnueqs
conveutnequs conveutneqsu conveutneuqs conveutneusq conveutnesuq conveutnesqu conveutsnque conveutsnqeu conveutsnuqe
conveutsnueq conveutsneuq conveutsnequ conveutsqnue conveutsqneu conveutsqune conveutsquen conveutsqeun conveutsqenu
conveutsuqne conveutsuqen conveutsunqe conveutsuneq conveutsuenq conveutsueqn conveutsequn conveutseqnu conveutseuqn
conveutseunq conveutsenuq conveutsenqu conveutqsnue conveutqsneu conveutqsune conveutqsuen conveutqseun conveutqsenu
conveutqnsue conveutqnseu conveutqnuse conveutqnues conveutqneus conveutqnesu conveutqunse conveutqunes conveutqusne
conveutqusen conveutquesn conveutquens conveutqenus conveutqensu conveutqeuns conveutqeusn conveutqesun conveutqesnu
conveutusqne conveutusqen conveutusnqe conveutusneq conveutusenq conveutuseqn conveutuqsne conveutuqsen conveutuqnse
conveutuqnes conveutuqens conveutuqesn conveutunqse conveutunqes conveutunsqe conveutunseq conveutunesq conveutuneqs
conveutueqns conveutueqsn conveutuenqs conveutuensq conveutuesnq conveutuesqn conveutesqun conveutesqnu conveutesuqn
conveutesunq conveutesnuq conveutesnqu conveuteqsun conveuteqsnu conveutequsn conveutequns conveuteqnus conveuteqnsu
conveuteuqsn conveuteuqns conveuteusqn conveuteusnq conveuteunsq conveuteunqs conveutenqus conveutenqsu conveutenuqs
conveutenusq conveutensuq conveutensqu conveuntsque conveuntsqeu conveuntsuqe conveuntsueq conveuntseuq conveuntsequ
conveuntqsue conveuntqseu conveuntquse conveuntques conveuntqeus conveuntqesu conveuntuqse conveuntuqes conveuntusqe
conveuntuseq conveuntuesq conveuntueqs conveuntequs conveunteqsu conveunteuqs conveunteusq conveuntesuq conveuntesqu
conveunstque conveunstqeu conveunstuqe conveunstueq conveunsteuq conveunstequ conveunsqtue conveunsqteu conveunsqute
conveunsquet conveunsqeut conveunsqetu conveunsuqte conveunsuqet conveunsutqe conveunsuteq conveunsuetq conveunsueqt
conveunsequt conveunseqtu conveunseuqt conveunseutq conveunsetuq conveunsetqu conveunqstue conveunqsteu conveunqsute
conveunqsuet conveunqseut conveunqsetu conveunqtsue conveunqtseu conveunqtuse conveunqtues conveunqteus conveunqtesu
conveunqutse conveunqutes conveunquste conveunquset conveunquest conveunquets conveunqetus conveunqetsu conveunqeuts
conveunqeust conveunqesut conveunqestu conveunusqte conveunusqet conveunustqe conveunusteq conveunusetq conveunuseqt
conveunuqste conveunuqset conveunuqtse conveunuqtes conveunuqets conveunuqest conveunutqse conveunutqes conveunutsqe
conveunutseq conveunutesq conveunuteqs conveunueqts conveunueqst conveunuetqs conveunuetsq conveunuestq conveunuesqt
conveunesqut conveunesqtu conveunesuqt conveunesutq conveunestuq conveunestqu conveuneqsut conveuneqstu conveunequst
conveunequts conveuneqtus conveuneqtsu conveuneuqst conveuneuqts conveuneusqt conveuneustq conveuneutsq conveuneutqs
conveunetqus conveunetqsu conveunetuqs conveunetusq conveunetsuq conveunetsqu conveusntque conveusntqeu conveusntuqe
conveusntueq conveusnteuq conveusntequ conveusnqtue conveusnqteu conveusnqute conveusnquet conveusnqeut conveusnqetu
conveusnuqte conveusnuqet conveusnutqe conveusnuteq conveusnuetq conveusnueqt conveusnequt conveusneqtu conveusneuqt
conveusneutq conveusnetuq conveusnetqu conveustnque conveustnqeu conveustnuqe conveustnueq conveustneuq conveustnequ
conveustqnue conveustqneu conveustqune conveustquen conveustqeun conveustqenu conveustuqne conveustuqen conveustunqe
conveustuneq conveustuenq conveustueqn conveustequn conveusteqnu conveusteuqn conveusteunq conveustenuq conveustenqu
conveusqtnue conveusqtneu conveusqtune conveusqtuen conveusqteun conveusqtenu conveusqntue conveusqnteu conveusqnute
conveusqnuet conveusqneut conveusqnetu conveusqunte conveusqunet conveusqutne conveusquten conveusquetn conveusquent
conveusqenut conveusqentu conveusqeunt conveusqeutn conveusqetun conveusqetnu conveusutqne conveusutqen conveusutnqe
conveusutneq conveusutenq conveusuteqn conveusuqtne conveusuqten conveusuqnte conveusuqnet conveusuqent conveusuqetn
conveusunqte conveusunqet conveusuntqe conveusunteq conveusunetq conveusuneqt conveusueqnt conveusueqtn conveusuenqt
conveusuentq conveusuetnq conveusuetqn conveusetqun conveusetqnu conveusetuqn conveusetunq conveusetnuq conveusetnqu
conveuseqtun conveuseqtnu conveusequtn conveusequnt conveuseqnut conveuseqntu conveuseuqtn conveuseuqnt conveuseutqn
conveuseutnq conveuseuntq conveuseunqt conveusenqut conveusenqtu conveusenuqt conveusenutq conveusentuq conveusentqu
conveuqnstue conveuqnsteu conveuqnsute conveuqnsuet conveuqnseut conveuqnsetu conveuqntsue conveuqntseu conveuqntuse
conveuqntues conveuqnteus conveuqntesu conveuqnutse conveuqnutes conveuqnuste conveuqnuset conveuqnuest conveuqnuets
conveuqnetus conveuqnetsu conveuqneuts conveuqneust conveuqnesut conveuqnestu conveuqsntue conveuqsnteu conveuqsnute
conveuqsnuet conveuqsneut conveuqsnetu conveuqstnue conveuqstneu conveuqstune conveuqstuen conveuqsteun conveuqstenu
conveuqsutne conveuqsuten conveuqsunte conveuqsunet conveuqsuent conveuqsuetn conveuqsetun conveuqsetnu conveuqseutn
conveuqseunt conveuqsenut conveuqsentu conveuqtsnue conveuqtsneu conveuqtsune conveuqtsuen conveuqtseun conveuqtsenu
conveuqtnsue conveuqtnseu conveuqtnuse conveuqtnues conveuqtneus conveuqtnesu conveuqtunse conveuqtunes conveuqtusne
conveuqtusen conveuqtuesn conveuqtuens conveuqtenus conveuqtensu conveuqteuns conveuqteusn conveuqtesun conveuqtesnu
conveuqustne conveuqusten conveuqusnte conveuqusnet conveuqusent conveuqusetn conveuqutsne conveuqutsen conveuqutnse
conveuqutnes conveuqutens conveuqutesn conveuquntse conveuquntes conveuqunste conveuqunset conveuqunest conveuqunets
conveuquetns conveuquetsn conveuquents conveuquenst conveuquesnt conveuquestn conveuqestun conveuqestnu conveuqesutn
conveuqesunt conveuqesnut conveuqesntu conveuqetsun conveuqetsnu conveuqetusn conveuqetuns conveuqetnus conveuqetnsu
conveuqeutsn conveuqeutns conveuqeustn conveuqeusnt conveuqeunst conveuqeunts conveuqentus conveuqentsu conveuqenuts
conveuqenust conveuqensut conveuqenstu conveuunsqte conveuunsqet conveuunstqe conveuunsteq conveuunsetq conveuunseqt
conveuunqste conveuunqset conveuunqtse conveuunqtes conveuunqets conveuunqest conveuuntqse conveuuntqes conveuuntsqe
conveuuntseq conveuuntesq conveuunteqs conveuuneqts conveuuneqst conveuunetqs conveuunetsq conveuunestq conveuunesqt
conveuusnqte conveuusnqet conveuusntqe conveuusnteq conveuusnetq conveuusneqt conveuusqnte conveuusqnet conveuusqtne
conveuusqten conveuusqetn conveuusqent conveuustqne conveuustqen conveuustnqe conveuustneq conveuustenq conveuusteqn
conveuuseqtn conveuuseqnt conveuusetqn conveuusetnq conveuusentq conveuusenqt conveuuqsnte conveuuqsnet conveuuqstne
conveuuqsten conveuuqsetn conveuuqsent conveuuqnste conveuuqnset conveuuqntse conveuuqntes conveuuqnets conveuuqnest
conveuuqtnse conveuuqtnes conveuuqtsne conveuuqtsen conveuuqtesn conveuuqtens conveuuqents conveuuqenst conveuuqetns
conveuuqetsn conveuuqestn conveuuqesnt conveuutsqne conveuutsqen conveuutsnqe conveuutsneq conveuutsenq conveuutseqn
conveuutqsne conveuutqsen conveuutqnse conveuutqnes conveuutqens conveuutqesn conveuutnqse conveuutnqes conveuutnsqe
conveuutnseq conveuutnesq conveuutneqs conveuuteqns conveuuteqsn conveuutenqs conveuutensq conveuutesnq conveuutesqn
conveuuesqtn conveuuesqnt conveuuestqn conveuuestnq conveuuesntq conveuuesnqt conveuueqstn conveuueqsnt conveuueqtsn
conveuueqtns conveuueqnts conveuueqnst conveuuetqsn conveuuetqns conveuuetsqn conveuuetsnq conveuuetnsq conveuuetnqs
conveuuenqts conveuuenqst conveuuentqs conveuuentsq conveuuenstq conveuuensqt conveuensqut conveuensqtu conveuensuqt
conveuensutq conveuenstuq conveuenstqu conveuenqsut conveuenqstu conveuenqust conveuenquts conveuenqtus conveuenqtsu
conveuenuqst conveuenuqts conveuenusqt conveuenustq conveuenutsq conveuenutqs conveuentqus conveuentqsu conveuentuqs
conveuentusq conveuentsuq conveuentsqu conveuesnqut conveuesnqtu conveuesnuqt conveuesnutq conveuesntuq conveuesntqu
conveuesqnut conveuesqntu conveuesqunt conveuesqutn conveuesqtun conveuesqtnu conveuesuqnt conveuesuqtn conveuesunqt
conveuesuntq conveuesutnq conveuesutqn conveuestqun conveuestqnu conveuestuqn conveuestunq conveuestnuq conveuestnqu
conveueqsnut conveueqsntu conveueqsunt conveueqsutn conveueqstun conveueqstnu conveueqnsut conveueqnstu conveueqnust
conveueqnuts conveueqntus conveueqntsu conveuequnst conveuequnts conveuequsnt conveuequstn conveuequtsn conveuequtns
conveueqtnus conveueqtnsu conveueqtuns conveueqtusn conveueqtsun conveueqtsnu conveueusqnt conveueusqtn conveueusnqt
conveueusntq conveueustnq conveueustqn conveueuqsnt conveueuqstn conveueuqnst conveueuqnts conveueuqtns conveueuqtsn
conveueunqst conveueunqts conveueunsqt conveueunstq conveueuntsq conveueuntqs conveueutqns conveueutqsn conveueutnqs
conveueutnsq conveueutsnq conveueutsqn conveuetsqun conveuetsqnu conveuetsuqn conveuetsunq conveuetsnuq conveuetsnqu
conveuetqsun conveuetqsnu conveuetqusn conveuetquns conveuetqnus conveuetqnsu conveuetuqsn conveuetuqns conveuetusqn
conveuetusnq conveuetunsq conveuetunqs conveuetnqus conveuetnqsu conveuetnuqs conveuetnusq conveuetnsuq conveuetnsqu
convestunque convestunqeu convestunuqe convestunueq convestuneuq convestunequ convestuqnue convestuqneu convestuqune
convestuquen convestuqeun convestuqenu convestuuqne convestuuqen convestuunqe convestuuneq convestuuenq convestuueqn
convestuequn convestueqnu convestueuqn convestueunq convestuenuq convestuenqu convestnuque convestnuqeu convestnuuqe
convestnuueq convestnueuq convestnuequ convestnquue convestnqueu convestnquue convestnqueu convestnqeuu convestnqeuu
convestnuque convestnuqeu convestnuuqe convestnuueq convestnueuq convestnuequ convestnequu convestnequu convestneuqu
convestneuuq convestneuuq convestneuqu convestqnuue convestqnueu convestqnuue convestqnueu convestqneuu convestqneuu
convestqunue convestquneu convestquune convestquuen convestqueun convestquenu convestquune convestquuen convestqunue
convestquneu convestquenu convestqueun convestqeuun convestqeunu convestqeuun convestqeunu convestqenuu convestqenuu
convestunque convestunqeu convestunuqe convestunueq convestuneuq convestunequ convestuqnue convestuqneu convestuqune
convestuquen convestuqeun convestuqenu convestuuqne convestuuqen convestuunqe convestuuneq convestuuenq convestuueqn
convestuequn convestueqnu convestueuqn convestueunq convestuenuq convestuenqu convestenquu convestenquu convestenuqu
convestenuuq convestenuuq convestenuqu convesteqnuu convesteqnuu convestequnu convestequun convestequun convestequnu
convesteuqnu convesteuqun convesteunqu convesteunuq convesteuunq convesteuuqn convesteuqun convesteuqnu convesteuuqn
convesteuunq convesteunuq convesteunqu convesutnque convesutnqeu convesutnuqe convesutnueq convesutneuq convesutnequ
convesutqnue convesutqneu convesutqune convesutquen convesutqeun convesutqenu convesutuqne convesutuqen convesutunqe
convesutuneq convesutuenq convesutueqn convesutequn convesuteqnu convesuteuqn convesuteunq convesutenuq convesutenqu
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convequentus convequenuts convequenust convequetnsu convequetnus convequetsnu convequetsun convequetusn convequetuns
convequeunts convequeunst convequeutns convequeutsn convequeustn convequeusnt conveqeusnut conveqeusntu conveqeusunt
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conveqeuunst conveqeuunts conveqeuusnt conveqeuustn conveqeuutsn conveqeuutns conveqeutnus conveqeutnsu conveqeutuns
conveqeutusn conveqeutsun conveqeutsnu conveqesunut conveqesuntu conveqesuunt conveqesuutn conveqesutun conveqesutnu
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conveqenuuts conveqenutus conveqenutsu conveqenuust conveqenuuts conveqenusut conveqenustu conveqenutsu conveqenutus
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conveqeuunst conveqeuunts conveqeuusnt conveqeuustn conveqeuutsn conveqeuutns conveqeutnus conveqeutnsu conveqeutuns
conveqeutusn conveqeutsun conveqeutsnu conveqetsnuu conveqetsnuu conveqetsunu conveqetsuun conveqetsuun conveqetsunu
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conveqetusun conveqetuusn conveqetuuns conveqetunus conveqetunsu conveqetuuns conveqetuusn conveqetusun conveqetusnu
conveutusqne conveutusqen conveutusnqe conveutusneq conveutusenq conveutuseqn conveutuqsne conveutuqsen conveutuqnse
conveutuqnes conveutuqens conveutuqesn conveutunqse conveutunqes conveutunsqe conveutunseq conveutunesq conveutuneqs
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conveutsuneq conveutsuenq conveutsueqn conveutsqune conveutsquen conveutsqnue conveutsqneu conveutsqenu conveutsqeun
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conveutsenuq conveutseunq conveutseuqn conveutqsune conveutqsuen conveutqsnue conveutqsneu conveutqsenu conveutqseun
conveutqusne conveutqusen conveutqunse conveutqunes conveutquens conveutquesn conveutqnuse conveutqnues conveutqnsue
conveutqnseu conveutqnesu conveutqneus conveutqeuns conveutqeusn conveutqenus conveutqensu conveutqesnu conveutqesun
conveutnsque conveutnsqeu conveutnsuqe conveutnsueq conveutnseuq conveutnsequ conveutnqsue conveutnqseu conveutnquse
conveutnques conveutnqeus conveutnqesu conveutnuqse conveutnuqes conveutnusqe conveutnuseq conveutnuesq conveutnueqs
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conveuteunsq conveuteusnq conveuteusqn conveuutsqne conveuutsqen conveuutsnqe conveuutsneq conveuutsenq conveuutseqn
conveuutqsne conveuutqsen conveuutqnse conveuutqnes conveuutqens conveuutqesn conveuutnqse conveuutnqes conveuutnsqe
conveuutnseq conveuutnesq conveuutneqs conveuuteqns conveuuteqsn conveuutenqs conveuutensq conveuutesnq conveuutesqn
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conveuuseqnt conveuuseqtn conveuusenqt conveuusentq conveuusetnq conveuusetqn conveuuqstne conveuuqsten conveuuqsnte
conveuuqsnet conveuuqsent conveuuqsetn conveuuqtsne conveuuqtsen conveuuqtnse conveuuqtnes conveuuqtens conveuuqtesn
conveuuqntse conveuuqntes conveuuqnste conveuuqnset conveuuqnest conveuuqnets conveuuqetns conveuuqetsn conveuuqents
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conveuunqste conveuunqset conveuunqtse conveuunqtes conveuunqets conveuunqest conveuuntqse conveuuntqes conveuuntsqe
conveuuntseq conveuuntesq conveuunteqs conveuuneqts conveuuneqst conveuunetqs conveuunetsq conveuunestq conveuunesqt
conveuuesqnt conveuuesqtn conveuuesnqt conveuuesntq conveuuestnq conveuuestqn conveuueqsnt conveuueqstn conveuueqnst
conveuueqnts conveuueqtns conveuueqtsn conveuuenqst conveuuenqts conveuuensqt conveuuenstq conveuuentsq conveuuentqs
conveuuetqns conveuuetqsn conveuuetnqs conveuuetnsq conveuuetsnq conveuuetsqn conveusutqne conveusutqen conveusutnqe
conveusutneq conveusutenq conveusuteqn conveusuqtne conveusuqten conveusuqnte conveusuqnet conveusuqent conveusuqetn
conveusunqte conveusunqet conveusuntqe conveusunteq conveusunetq conveusuneqt conveusueqnt conveusueqtn conveusuenqt
conveusuentq conveusuetnq conveusuetqn conveustuqne conveustuqen conveustunqe conveustuneq conveustuenq conveustueqn
conveustqune conveustquen conveustqnue conveustqneu conveustqenu conveustqeun conveustnque conveustnqeu conveustnuqe
conveustnueq conveustneuq conveustnequ conveusteqnu conveustequn conveustenqu conveustenuq conveusteunq conveusteuqn
conveusqtune conveusqtuen conveusqtnue conveusqtneu conveusqtenu conveusqteun conveusqutne conveusquten conveusqunte
conveusqunet conveusquent conveusquetn conveusqnute conveusqnuet conveusqntue conveusqnteu conveusqnetu conveusqneut
conveusqeunt conveusqeutn conveusqenut conveusqentu conveusqetnu conveusqetun conveusntque conveusntqeu conveusntuqe
conveusntueq conveusnteuq conveusntequ conveusnqtue conveusnqteu conveusnqute conveusnquet conveusnqeut conveusnqetu
conveusnuqte conveusnuqet conveusnutqe conveusnuteq conveusnuetq conveusnueqt conveusnequt conveusneqtu conveusneuqt
conveusneutq conveusnetuq conveusnetqu conveusetqnu conveusetqun conveusetnqu conveusetnuq conveusetunq conveusetuqn
conveuseqtnu conveuseqtun conveuseqntu conveuseqnut conveusequnt conveusequtn conveusenqtu conveusenqut conveusentqu
conveusentuq conveusenutq conveusenuqt conveuseuqnt conveuseuqtn conveuseunqt conveuseuntq conveuseutnq conveuseutqn
conveuqustne conveuqusten conveuqusnte conveuqusnet conveuqusent conveuqusetn conveuqutsne conveuqutsen conveuqutnse
conveuqutnes conveuqutens conveuqutesn conveuquntse conveuquntes conveuqunste conveuqunset conveuqunest conveuqunets
conveuquetns conveuquetsn conveuquents conveuquenst conveuquesnt conveuquestn conveuqsutne conveuqsuten conveuqsunte
conveuqsunet conveuqsuent conveuqsuetn conveuqstune conveuqstuen conveuqstnue conveuqstneu conveuqstenu conveuqsteun
conveuqsntue conveuqsnteu conveuqsnute conveuqsnuet conveuqsneut conveuqsnetu conveuqsetnu conveuqsetun conveuqsentu
conveuqsenut conveuqseunt conveuqseutn conveuqtsune conveuqtsuen conveuqtsnue conveuqtsneu conveuqtsenu conveuqtseun
conveuqtusne conveuqtusen conveuqtunse conveuqtunes conveuqtuens conveuqtuesn conveuqtnuse conveuqtnues conveuqtnsue
conveuqtnseu conveuqtnesu conveuqtneus conveuqteuns conveuqteusn conveuqtenus conveuqtensu conveuqtesnu conveuqtesun
conveuqnstue conveuqnsteu conveuqnsute conveuqnsuet conveuqnseut conveuqnsetu conveuqntsue conveuqntseu conveuqntuse
conveuqntues conveuqnteus conveuqntesu conveuqnutse conveuqnutes conveuqnuste conveuqnuset conveuqnuest conveuqnuets
conveuqnetus conveuqnetsu conveuqneuts conveuqneust conveuqnesut conveuqnestu conveuqestnu conveuqestun conveuqesntu
conveuqesnut conveuqesunt conveuqesutn conveuqetsnu conveuqetsun conveuqetnsu conveuqetnus conveuqetuns conveuqetusn
conveuqentsu conveuqentus conveuqenstu conveuqensut conveuqenust conveuqenuts conveuqeutns conveuqeutsn conveuqeunts
conveuqeunst conveuqeusnt conveuqeustn conveunusqte conveunusqet conveunustqe conveunusteq conveunusetq conveunuseqt
conveunuqste conveunuqset conveunuqtse conveunuqtes conveunuqets conveunuqest conveunutqse conveunutqes conveunutsqe
conveunutseq conveunutesq conveunuteqs conveunueqts conveunueqst conveunuetqs conveunuetsq conveunuestq conveunuesqt
conveunsuqte conveunsuqet conveunsutqe conveunsuteq conveunsuetq conveunsueqt conveunsqute conveunsquet conveunsqtue
conveunsqteu conveunsqetu conveunsqeut conveunstque conveunstqeu conveunstuqe conveunstueq conveunsteuq conveunstequ
conveunseqtu conveunsequt conveunsetqu conveunsetuq conveunseutq conveunseuqt conveunqsute conveunqsuet conveunqstue
conveunqsteu conveunqsetu conveunqseut conveunquste conveunquset conveunqutse conveunqutes conveunquets conveunquest
conveunqtuse conveunqtues conveunqtsue conveunqtseu conveunqtesu conveunqteus conveunqeuts conveunqeust conveunqetus
conveunqetsu conveunqestu conveunqesut conveuntsque conveuntsqeu conveuntsuqe conveuntsueq conveuntseuq conveuntsequ
conveuntqsue conveuntqseu conveuntquse conveuntques conveuntqeus conveuntqesu conveuntuqse conveuntuqes conveuntusqe
conveuntuseq conveuntuesq conveuntueqs conveuntequs conveunteqsu conveunteuqs conveunteusq conveuntesuq conveuntesqu
conveunesqtu conveunesqut conveunestqu conveunestuq conveunesutq conveunesuqt conveuneqstu conveuneqsut conveuneqtsu
conveuneqtus conveunequts conveunequst conveunetqsu conveunetqus conveunetsqu conveunetsuq conveunetusq conveunetuqs
conveuneuqts conveuneuqst conveuneutqs conveuneutsq conveuneustq conveuneusqt conveueusqnt conveueusqtn conveueusnqt
conveueusntq conveueustnq conveueustqn conveueuqsnt conveueuqstn conveueuqnst conveueuqnts conveueuqtns conveueuqtsn
conveueunqst conveueunqts conveueunsqt conveueunstq conveueuntsq conveueuntqs conveueutqns conveueutqsn conveueutnqs
conveueutnsq conveueutsnq conveueutsqn conveuesuqnt conveuesuqtn conveuesunqt conveuesuntq conveuesutnq conveuesutqn
conveuesqunt conveuesqutn conveuesqnut conveuesqntu conveuesqtnu conveuesqtun conveuesnqut conveuesnqtu conveuesnuqt
conveuesnutq conveuesntuq conveuesntqu conveuestqnu conveuestqun conveuestnqu conveuestnuq conveuestunq conveuestuqn
conveueqsunt conveueqsutn conveueqsnut conveueqsntu conveueqstnu conveueqstun conveuequsnt conveuequstn conveuequnst
conveuequnts conveuequtns conveuequtsn conveueqnust conveueqnuts conveueqnsut conveueqnstu conveueqntsu conveueqntus
conveueqtuns conveueqtusn conveueqtnus conveueqtnsu conveueqtsnu conveueqtsun conveuensqut conveuensqtu conveuensuqt
conveuensutq conveuenstuq conveuenstqu conveuenqsut conveuenqstu conveuenqust conveuenquts conveuenqtus conveuenqtsu
conveuenuqst conveuenuqts conveuenusqt conveuenustq conveuenutsq conveuenutqs conveuentqus conveuentqsu conveuentuqs
conveuentusq conveuentsuq conveuentsqu conveuetsqnu conveuetsqun conveuetsnqu conveuetsnuq conveuetsunq conveuetsuqn
conveuetqsnu conveuetqsun conveuetqnsu conveuetqnus conveuetquns conveuetqusn conveuetnqsu conveuetnqus conveuetnsqu
conveuetnsuq conveuetnusq conveuetnuqs conveuetuqns conveuetuqsn conveuetunqs conveuetunsq conveuetusnq conveuetusqn
conveetusqun conveetusqnu conveetusuqn conveetusunq conveetusnuq conveetusnqu conveetuqsun conveetuqsnu conveetuqusn
conveetuquns conveetuqnus conveetuqnsu conveetuuqsn conveetuuqns conveetuusqn conveetuusnq conveetuunsq conveetuunqs
conveetunqus conveetunqsu conveetunuqs conveetunusq conveetunsuq conveetunsqu conveetsuqun conveetsuqnu conveetsuuqn
conveetsuunq conveetsunuq conveetsunqu conveetsquun conveetsqunu conveetsquun conveetsqunu conveetsqnuu conveetsqnuu
conveetsuqun conveetsuqnu conveetsuuqn conveetsuunq conveetsunuq conveetsunqu conveetsnquu conveetsnquu conveetsnuqu
conveetsnuuq conveetsnuuq conveetsnuqu conveetqsuun conveetqsunu conveetqsuun conveetqsunu conveetqsnuu conveetqsnuu
conveetqusun conveetqusnu conveetquusn conveetquuns conveetqunus conveetqunsu conveetquusn conveetquuns conveetqusun
conveetqusnu conveetqunsu conveetqunus conveetqnuus conveetqnusu conveetqnuus conveetqnusu conveetqnsuu conveetqnsuu
conveetusqun conveetusqnu conveetusuqn conveetusunq conveetusnuq conveetusnqu conveetuqsun conveetuqsnu conveetuqusn
conveetuquns conveetuqnus conveetuqnsu conveetuuqsn conveetuuqns conveetuusqn conveetuusnq conveetuunsq conveetuunqs
conveetunqus conveetunqsu conveetunuqs conveetunusq conveetunsuq conveetunsqu conveetnsquu conveetnsquu conveetnsuqu
conveetnsuuq conveetnsuuq conveetnsuqu conveetnqsuu conveetnqsuu conveetnqusu conveetnquus conveetnquus conveetnqusu
conveetnuqsu conveetnuqus conveetnusqu conveetnusuq conveetnuusq conveetnuuqs conveetnuqus conveetnuqsu conveetnuuqs
conveetnuusq conveetnusuq conveetnusqu conveeutsqun conveeutsqnu conveeutsuqn conveeutsunq conveeutsnuq conveeutsnqu
conveeutqsun conveeutqsnu conveeutqusn conveeutquns conveeutqnus conveeutqnsu conveeutuqsn conveeutuqns conveeutusqn
conveeutusnq conveeutunsq conveeutunqs conveeutnqus conveeutnqsu conveeutnuqs conveeutnusq conveeutnsuq conveeutnsqu
conveeustqun conveeustqnu conveeustuqn conveeustunq conveeustnuq conveeustnqu conveeusqtun conveeusqtnu conveeusqutn
conveeusqunt conveeusqnut conveeusqntu conveeusuqtn conveeusuqnt conveeusutqn conveeusutnq conveeusuntq conveeusunqt
conveeusnqut conveeusnqtu conveeusnuqt conveeusnutq conveeusntuq conveeusntqu conveeuqstun conveeuqstnu conveeuqsutn
conveeuqsunt conveeuqsnut conveeuqsntu conveeuqtsun conveeuqtsnu conveeuqtusn conveeuqtuns conveeuqtnus conveeuqtnsu
conveeuqutsn conveeuqutns conveeuqustn conveeuqusnt conveeuqunst conveeuqunts conveeuqntus conveeuqntsu conveeuqnuts
conveeuqnust conveeuqnsut conveeuqnstu conveeuusqtn conveeuusqnt conveeuustqn conveeuustnq conveeuusntq conveeuusnqt
conveeuuqstn conveeuuqsnt conveeuuqtsn conveeuuqtns conveeuuqnts conveeuuqnst conveeuutqsn conveeuutqns conveeuutsqn
conveeuutsnq conveeuutnsq conveeuutnqs conveeuunqts conveeuunqst conveeuuntqs conveeuuntsq conveeuunstq conveeuunsqt
conveeunsqut conveeunsqtu conveeunsuqt conveeunsutq conveeunstuq conveeunstqu conveeunqsut conveeunqstu conveeunqust
conveeunquts conveeunqtus conveeunqtsu conveeunuqst conveeunuqts conveeunusqt conveeunustq conveeunutsq conveeunutqs
conveeuntqus conveeuntqsu conveeuntuqs conveeuntusq conveeuntsuq conveeuntsqu conveesutqun conveesutqnu conveesutuqn
conveesutunq conveesutnuq conveesutnqu conveesuqtun conveesuqtnu conveesuqutn conveesuqunt conveesuqnut conveesuqntu
conveesuuqtn conveesuuqnt conveesuutqn conveesuutnq conveesuuntq conveesuunqt conveesunqut conveesunqtu conveesunuqt
conveesunutq conveesuntuq conveesuntqu conveestuqun conveestuqnu conveestuuqn conveestuunq conveestunuq conveestunqu
conveestquun conveestqunu conveestquun conveestqunu conveestqnuu conveestqnuu conveestuqun conveestuqnu conveestuuqn
conveestuunq conveestunuq conveestunqu conveestnquu conveestnquu conveestnuqu conveestnuuq conveestnuuq conveestnuqu
conveesqtuun conveesqtunu conveesqtuun conveesqtunu conveesqtnuu conveesqtnuu conveesqutun conveesqutnu conveesquutn
conveesquunt conveesqunut conveesquntu conveesquutn conveesquunt conveesqutun conveesqutnu conveesquntu conveesqunut
conveesqnuut conveesqnutu conveesqnuut conveesqnutu conveesqntuu conveesqntuu conveesutqun conveesutqnu conveesutuqn
conveesutunq conveesutnuq conveesutnqu conveesuqtun conveesuqtnu conveesuqutn conveesuqunt conveesuqnut conveesuqntu
conveesuuqtn conveesuuqnt conveesuutqn conveesuutnq conveesuuntq conveesuunqt conveesunqut conveesunqtu conveesunuqt
conveesunutq conveesuntuq conveesuntqu conveesntquu conveesntquu conveesntuqu conveesntuuq conveesntuuq conveesntuqu
conveesnqtuu conveesnqtuu conveesnqutu conveesnquut conveesnquut conveesnqutu conveesnuqtu conveesnuqut conveesnutqu
conveesnutuq conveesnuutq conveesnuuqt conveesnuqut conveesnuqtu conveesnuuqt conveesnuutq conveesnutuq conveesnutqu
conveequstun conveequstnu conveequsutn conveequsunt conveequsnut conveequsntu conveequtsun conveequtsnu conveequtusn
conveequtuns conveequtnus conveequtnsu conveequutsn conveequutns conveequustn conveequusnt conveequunst conveequunts
conveequntus conveequntsu conveequnuts conveequnust conveequnsut conveequnstu conveeqsutun conveeqsutnu conveeqsuutn
conveeqsuunt conveeqsunut conveeqsuntu conveeqstuun conveeqstunu conveeqstuun conveeqstunu conveeqstnuu conveeqstnuu
conveeqsutun conveeqsutnu conveeqsuutn conveeqsuunt conveeqsunut conveeqsuntu conveeqsntuu conveeqsntuu conveeqsnutu
conveeqsnuut conveeqsnuut conveeqsnutu conveeqtsuun conveeqtsunu conveeqtsuun conveeqtsunu conveeqtsnuu conveeqtsnuu
conveeqtusun conveeqtusnu conveeqtuusn conveeqtuuns conveeqtunus conveeqtunsu conveeqtuusn conveeqtuuns conveeqtusun
conveeqtusnu conveeqtunsu conveeqtunus conveeqtnuus conveeqtnusu conveeqtnuus conveeqtnusu conveeqtnsuu conveeqtnsuu
conveequstun conveequstnu conveequsutn conveequsunt conveequsnut conveequsntu conveequtsun conveequtsnu conveequtusn
conveequtuns conveequtnus conveequtnsu conveequutsn conveequutns conveequustn conveequusnt conveequunst conveequunts
conveequntus conveequntsu conveequnuts conveequnust conveequnsut conveequnstu conveeqnstuu conveeqnstuu conveeqnsutu
conveeqnsuut conveeqnsuut conveeqnsutu conveeqntsuu conveeqntsuu conveeqntusu conveeqntuus conveeqntuus conveeqntusu
conveeqnutsu conveeqnutus conveeqnustu conveeqnusut conveeqnuust conveeqnuuts conveeqnutus conveeqnutsu conveeqnuuts
conveeqnuust conveeqnusut conveeqnustu conveeuusqtn conveeuusqnt conveeuustqn conveeuustnq conveeuusntq conveeuusnqt
conveeuuqstn conveeuuqsnt conveeuuqtsn conveeuuqtns conveeuuqnts conveeuuqnst conveeuutqsn conveeuutqns conveeuutsqn
conveeuutsnq conveeuutnsq conveeuutnqs conveeuunqts conveeuunqst conveeuuntqs conveeuuntsq conveeuunstq conveeuunsqt
conveeusuqtn conveeusuqnt conveeusutqn conveeusutnq conveeusuntq conveeusunqt conveeusqutn conveeusqunt conveeusqtun
conveeusqtnu conveeusqntu conveeusqnut conveeustqun conveeustqnu conveeustuqn conveeustunq conveeustnuq conveeustnqu
conveeusnqtu conveeusnqut conveeusntqu conveeusntuq conveeusnutq conveeusnuqt conveeuqsutn conveeuqsunt conveeuqstun
conveeuqstnu conveeuqsntu conveeuqsnut conveeuqustn conveeuqusnt conveeuqutsn conveeuqutns conveeuqunts conveeuqunst
conveeuqtusn conveeuqtuns conveeuqtsun conveeuqtsnu conveeuqtnsu conveeuqtnus conveeuqnuts conveeuqnust conveeuqntus
conveeuqntsu conveeuqnstu conveeuqnsut conveeutsqun conveeutsqnu conveeutsuqn conveeutsunq conveeutsnuq conveeutsnqu
conveeutqsun conveeutqsnu conveeutqusn conveeutquns conveeutqnus conveeutqnsu conveeutuqsn conveeutuqns conveeutusqn
conveeutusnq conveeutunsq conveeutunqs conveeutnqus conveeutnqsu conveeutnuqs conveeutnusq conveeutnsuq conveeutnsqu
conveeunsqtu conveeunsqut conveeunstqu conveeunstuq conveeunsutq conveeunsuqt conveeunqstu conveeunqsut conveeunqtsu
conveeunqtus conveeunquts conveeunqust conveeuntqsu conveeuntqus conveeuntsqu conveeuntsuq conveeuntusq conveeuntuqs
conveeunuqts conveeunuqst conveeunutqs conveeunutsq conveeunustq conveeunusqt conveenusqut conveenusqtu conveenusuqt
conveenusutq conveenustuq conveenustqu conveenuqsut conveenuqstu conveenuqust conveenuquts conveenuqtus conveenuqtsu
conveenuuqst conveenuuqts conveenuusqt conveenuustq conveenuutsq conveenuutqs conveenutqus conveenutqsu conveenutuqs
conveenutusq conveenutsuq conveenutsqu conveensuqut conveensuqtu conveensuuqt conveensuutq conveensutuq conveensutqu
conveensquut conveensqutu conveensquut conveensqutu conveensqtuu conveensqtuu conveensuqut conveensuqtu conveensuuqt
conveensuutq conveensutuq conveensutqu conveenstquu conveenstquu conveenstuqu conveenstuuq conveenstuuq conveenstuqu
conveenqsuut conveenqsutu conveenqsuut conveenqsutu conveenqstuu conveenqstuu conveenqusut conveenqustu conveenquust
conveenquuts conveenqutus conveenqutsu conveenquust conveenquuts conveenqusut conveenqustu conveenqutsu conveenqutus
conveenqtuus conveenqtusu conveenqtuus conveenqtusu conveenqtsuu conveenqtsuu conveenusqut conveenusqtu conveenusuqt
conveenusutq conveenustuq conveenustqu conveenuqsut conveenuqstu conveenuqust conveenuquts conveenuqtus conveenuqtsu
conveenuuqst conveenuuqts conveenuusqt conveenuustq conveenuutsq conveenuutqs conveenutqus conveenutqsu conveenutuqs
conveenutusq conveenutsuq conveenutsqu conveentsquu conveentsquu conveentsuqu conveentsuuq conveentsuuq conveentsuqu
conveentqsuu conveentqsuu conveentqusu conveentquus conveentquus conveentqusu conveentuqsu conveentuqus conveentusqu
conveentusuq conveentuusq conveentuuqs conveentuqus conveentuqsu conveentuuqs conveentuusq conveentusuq conveentusqu

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History of cryptography
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