easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

lalaith

schismatism

integrales

interactional

crystalloidal

gibbetting

mitteram

deneault

ectomere

nonmorainic

fraxin

sermonibus

imperaremus

derenne

lulls

postirradiation

dipteral

seiffertii


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: agnique
cipher variations:
bhojrvf cipkswg djqltxh ekrmuyi flsnvzj
gmtowak hnupxbl iovqycm jpwrzdn kqxsaeo
lrytbfp mszucgq ntavdhr oubweis pvcxfjt
qwdygku rxezhlv syfaimw tzgbjnx uahckoy
vbidlpz wcjemqa xdkfnrb yelgosc zfmhptd

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: agnique
Cipher: ztmrjfv

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: agnique
Cipher: AAAAA AABBA ABBAA ABAAA 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: agnique
cipher variations:
bhojrvfbtozxjnbfopdxvbrofjldbdovpzlbpolvntbnorhpjbzohndr
bloxtrzbxonzfhbjodftpbvotlhxcipkswgcupaykocgpqeywcspgkme
cepwqamcqpmwoucopsiqkcapioescmpyusacypoagickpeguqcwpumiy
djqltxhdvqbzlpdhqrfzxdtqhlnfdfqxrbndrqnxpvdpqtjrldbqjpft
dnqzvtbdzqpbhjdlqfhvrdxqvnjzekrmuyiewrcamqeirsgayeurimog
egryscoesroyqweqruksmecrkqgueorawucearqcikemrgiwseyrwoka
flsnvzjfxsdbnrfjsthbzfvsjnphfhsztdpftspzrxfrsvltnfdslrhv
fpsbxvdfbsrdjlfnshjxtfzsxplbgmtowakgytecosgktuicagwtkoqi
gitaueqgutqasygstwmuogetmsiwgqtcywegctsekmgotikyugatyqmc
hnupxblhzufdpthluvjdbhxulprjhjubvfrhvurbtzhtuxnvphfuntjx
hrudzxfhdutflnhpujlzvhbuzrndiovqycmiavgequimvwkeciyvmqsk
ikvcwgsiwvscuaiuvyowqigvoukyisveaygievugmoiqvkmawicvasoe
jpwrzdnjbwhfrvjnwxlfdjzwnrtljlwdxhtjxwtdvbjvwzpxrjhwpvlz
jtwfbzhjfwvhnpjrwlnbxjdwbtpfkqxsaeokcxigswkoxymgekaxosum
kmxeyiukyxuewckwxaqyskixqwmakuxgcaikgxwioqksxmocykexcuqg
lrytbfpldyjhtxlpyznhflbyptvnlnyfzjvlzyvfxdlxybrztljyrxnb
lvyhdbjlhyxjprltynpdzlfydvrhmszucgqmezkiuymqzaoigmczquwo
mozgakwmazwgyemyzcsaumkzsyocmwzieckmizykqsmuzoqeamgzewsi
ntavdhrnfaljvznrabpjhndarvxpnpahblxnbaxhzfnzadtbvnlatzpd
nxajfdlnjazlrtnvaprfbnhafxtjoubweisogbmkwaosbcqkioebswyq
oqbicmyocbyiagoabeucwombuaqeoybkgemokbamsuowbqsgcoibgyuk
pvcxfjtphcnlxbptcdrljpfctxzrprcjdnzpdczjbhpbcfvdxpncvbrf
pzclhfnplcbntvpxcrthdpjchzvlqwdygkuqidomycqudesmkqgduyas
qsdkeoaqedakciqcdgweyqodwcsgqadmigoqmdcouwqydsuieqkdiawm
rxezhlvrjepnzdrveftnlrhevzbtrtelfpbrfebldjrdehxfzrpexdth
rbenjhprnedpvxrzetvjfrlejbxnsyfaimwskfqoaeswfguomsifwacu
sufmgqcsgfcmeksefiygasqfyeuiscfokiqsofeqwysafuwkgsmfkcyo
tzgbjnxtlgrpbftxghvpntjgxbdvtvgnhrdthgdnfltfgjzhbtrgzfvj
tdgpljrtpgfrxztbgvxlhtngldzpuahckoyumhsqcguyhiwqoukhycew
uwhoiseuiheogmughkaicushagwkuehqmksuqhgsyauchwymiuohmeaq
vbidlpzvnitrdhvzijxrpvlizdfxvxipjtfvjifphnvhilbjdvtibhxl
vfirnltvrihtzbvdixznjvpinfbrwcjemqawojuseiwajkysqwmjaegy
wyjqkugwkjgqiowijmckewujciymwgjsomuwsjiuacwejyaokwqjogcs
xdkfnrbxpkvtfjxbklztrxnkbfhzxzkrlvhxlkhrjpxjkndlfxvkdjzn
xhktpnvxtkjvbdxfkzbplxrkphdtyelgoscyqlwugkyclmausyolcgia
yalsmwiymliskqykloemgywlekaoyiluqowyulkwceyglacqmyslqieu
zfmhptdzrmxvhlzdmnbvtzpmdhjbzbmtnxjznmjtlrzlmpfnhzxmflbp
zjmvrpxzvmlxdfzhmbdrnztmrjfvagniqueasnywimaenocwuaqneikc
acnuoykaonkumsamnqgoiayngmcqaknwsqyawnmyegaincesoaunskgw

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: agnique
Cipher: ntavdhr

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: agnique
Cipher: 11223342145451

Extended Methods:
Method #1

Plaintext: agnique
method variations:
fmsovzklrxtaepqwcyfkuvbhdlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a g n i q u e 
1 2 3 4 1 5 5 
1 2 3 2 4 4 1 
They are then read out in rows:
12341551232441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: agnique
Cipher: fsvemrd

Read more ...
Method #3

Plaintext: agnique
method variations:
fmsbyya msbyyaf sbyyafm
byyafms yyafmsb yafmsby
afmsbyy

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: agnique

all 5040 cipher variations:
agnique agniqeu agniuqe agniueq agnieuq agniequ agnqiue agnqieu agnquie agnquei agnqeui
agnqeiu agnuqie agnuqei agnuiqe agnuieq agnueiq agnueqi agnequi agneqiu agneuqi agneuiq
agneiuq agneiqu aginque aginqeu aginuqe aginueq agineuq aginequ agiqnue agiqneu agiqune
agiquen agiqeun agiqenu agiuqne agiuqen agiunqe agiuneq agiuenq agiueqn agiequn agieqnu
agieuqn agieunq agienuq agienqu agqinue agqineu agqiune agqiuen agqieun agqienu agqniue
agqnieu agqnuie agqnuei agqneui agqneiu agqunie agqunei agquine agquien agquein agqueni
agqenui agqeniu agqeuni agqeuin agqeiun agqeinu aguiqne aguiqen aguinqe aguineq aguienq
aguieqn aguqine aguqien aguqnie aguqnei aguqeni aguqein agunqie agunqei aguniqe agunieq
aguneiq aguneqi agueqni agueqin aguenqi agueniq agueinq agueiqn ageiqun ageiqnu ageiuqn
ageiunq ageinuq ageinqu ageqiun ageqinu agequin agequni ageqnui ageqniu ageuqin ageuqni
ageuiqn ageuinq ageuniq ageunqi agenqui agenqiu agenuqi agenuiq ageniuq ageniqu angique
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gqaienu gqaniue gqanieu gqanuie gqanuei gqaneui gqaneiu gqaunie gqaunei gqauine gqauien
gqauein gqaueni gqaenui gqaeniu gqaeuni gqaeuin gqaeiun gqaeinu gquiane gquiaen gquinae
gquinea gquiena gquiean gquaine gquaien gquanie gquanei gquaeni gquaein gqunaie gqunaei
gquniae gquniea gquneia gquneai gqueani gqueain gquenai gquenia gqueina gqueian gqeiaun
gqeianu gqeiuan gqeiuna gqeinua gqeinau gqeaiun gqeainu gqeauin gqeauni gqeanui gqeaniu
gqeuain gqeuani gqeuian gqeuina gqeunia gqeunai gqenaui gqenaiu gqenuai gqenuia gqeniua
gqeniau guniqae guniqea guniaqe guniaeq gunieaq gunieqa gunqiae gunqiea gunqaie gunqaei
gunqeai gunqeia gunaqie gunaqei gunaiqe gunaieq gunaeiq gunaeqi guneqai guneqia guneaqi
guneaiq guneiaq guneiqa guinqae guinqea guinaqe guinaeq guineaq guineqa guiqnae guiqnea
guiqane guiqaen guiqean guiqena guiaqne guiaqen guianqe guianeq guiaenq guiaeqn guieqan
guieqna guieaqn guieanq guienaq guienqa guqinae guqinea guqiane guqiaen guqiean guqiena
guqniae guqniea guqnaie guqnaei guqneai guqneia guqanie guqanei guqaine guqaien guqaein
guqaeni guqenai guqenia guqeani guqeain guqeian guqeina guaiqne guaiqen guainqe guaineq
guaienq guaieqn guaqine guaqien guaqnie guaqnei guaqeni guaqein guanqie guanqei guaniqe
guanieq guaneiq guaneqi guaeqni guaeqin guaenqi guaeniq guaeinq guaeiqn gueiqan gueiqna
gueiaqn gueianq gueinaq gueinqa gueqian gueqina gueqain gueqani gueqnai gueqnia gueaqin
gueaqni gueaiqn gueainq gueaniq gueanqi guenqai guenqia guenaqi guenaiq gueniaq gueniqa
geniqua geniqau geniuqa geniuaq geniauq geniaqu genqiua genqiau genquia genquai genqaui
genqaiu genuqia genuqai genuiqa genuiaq genuaiq genuaqi genaqui genaqiu genauqi genauiq
genaiuq genaiqu geinqua geinqau geinuqa geinuaq geinauq geinaqu geiqnua geiqnau geiquna
geiquan geiqaun geiqanu geiuqna geiuqan geiunqa geiunaq geiuanq geiuaqn geiaqun geiaqnu
geiauqn geiaunq geianuq geianqu geqinua geqinau geqiuna geqiuan geqiaun geqianu geqniua
geqniau geqnuia geqnuai geqnaui geqnaiu gequnia gequnai gequina gequian gequain gequani
geqanui geqaniu geqauni geqauin geqaiun geqainu geuiqna geuiqan geuinqa geuinaq geuianq
geuiaqn geuqina geuqian geuqnia geuqnai geuqani geuqain geunqia geunqai geuniqa geuniaq
geunaiq geunaqi geuaqni geuaqin geuanqi geuaniq geuainq geuaiqn geaiqun geaiqnu geaiuqn
geaiunq geainuq geainqu geaqiun geaqinu geaquin geaquni geaqnui geaqniu geauqin geauqni
geauiqn geauinq geauniq geaunqi geanqui geanqiu geanuqi geanuiq geaniuq geaniqu ngaique
ngaiqeu ngaiuqe ngaiueq ngaieuq ngaiequ ngaqiue ngaqieu ngaquie ngaquei ngaqeui ngaqeiu
ngauqie ngauqei ngauiqe ngauieq ngaueiq ngaueqi ngaequi ngaeqiu ngaeuqi ngaeuiq ngaeiuq
ngaeiqu ngiaque ngiaqeu ngiauqe ngiaueq ngiaeuq ngiaequ ngiqaue ngiqaeu ngiquae ngiquea
ngiqeua ngiqeau ngiuqae ngiuqea ngiuaqe ngiuaeq ngiueaq ngiueqa ngiequa ngieqau ngieuqa
ngieuaq ngieauq ngieaqu ngqiaue ngqiaeu ngqiuae ngqiuea ngqieua ngqieau ngqaiue ngqaieu
ngqauie ngqauei ngqaeui ngqaeiu ngquaie ngquaei ngquiae ngquiea ngqueia ngqueai ngqeaui
ngqeaiu ngqeuai ngqeuia ngqeiua ngqeiau nguiqae nguiqea nguiaqe nguiaeq nguieaq nguieqa
nguqiae nguqiea nguqaie nguqaei nguqeai nguqeia nguaqie nguaqei nguaiqe nguaieq nguaeiq
nguaeqi ngueqai ngueqia ngueaqi ngueaiq ngueiaq ngueiqa ngeiqua ngeiqau ngeiuqa ngeiuaq
ngeiauq ngeiaqu ngeqiua ngeqiau ngequia ngequai ngeqaui ngeqaiu ngeuqia ngeuqai ngeuiqa
ngeuiaq ngeuaiq ngeuaqi ngeaqui ngeaqiu ngeauqi ngeauiq ngeaiuq ngeaiqu nagique nagiqeu
nagiuqe nagiueq nagieuq nagiequ nagqiue nagqieu nagquie nagquei nagqeui nagqeiu naguqie
naguqei naguiqe naguieq nagueiq nagueqi nagequi nageqiu nageuqi nageuiq nageiuq nageiqu
naigque naigqeu naiguqe naigueq naigeuq naigequ naiqgue naiqgeu naiquge naiqueg naiqeug
naiqegu naiuqge naiuqeg naiugqe naiugeq naiuegq naiueqg naiequg naieqgu naieuqg naieugq
naieguq naiegqu naqigue naqigeu naqiuge naqiueg naqieug naqiegu naqgiue naqgieu naqguie
naqguei naqgeui naqgeiu naqugie naqugei naquige naquieg naqueig naquegi naqegui naqegiu
naqeugi naqeuig naqeiug naqeigu nauiqge nauiqeg nauigqe nauigeq nauiegq nauieqg nauqige
nauqieg nauqgie nauqgei nauqegi nauqeig naugqie naugqei naugiqe naugieq naugeiq naugeqi
naueqgi naueqig nauegqi nauegiq naueigq naueiqg naeiqug naeiqgu naeiuqg naeiugq naeiguq
naeigqu naeqiug naeqigu naequig naequgi naeqgui naeqgiu naeuqig naeuqgi naeuiqg naeuigq
naeugiq naeugqi naegqui naegqiu naeguqi naeguiq naegiuq naegiqu niagque niagqeu niaguqe
niagueq niageuq niagequ niaqgue niaqgeu niaquge niaqueg niaqeug niaqegu niauqge niauqeg
niaugqe niaugeq niauegq niaueqg niaequg niaeqgu niaeuqg niaeugq niaeguq niaegqu nigaque
nigaqeu nigauqe nigaueq nigaeuq nigaequ nigqaue nigqaeu nigquae nigquea nigqeua nigqeau
niguqae niguqea niguaqe niguaeq nigueaq nigueqa nigequa nigeqau nigeuqa nigeuaq nigeauq
nigeaqu niqgaue niqgaeu niqguae niqguea niqgeua niqgeau niqague niqageu niqauge niqaueg
niqaeug niqaegu niquage niquaeg niqugae niqugea niquega niqueag niqeaug niqeagu niqeuag
niqeuga niqegua niqegau niugqae niugqea niugaqe niugaeq niugeaq niugeqa niuqgae niuqgea
niuqage niuqaeg niuqeag niuqega niuaqge niuaqeg niuagqe niuageq niuaegq niuaeqg niueqag
niueqga niueaqg niueagq niuegaq niuegqa niegqua niegqau nieguqa nieguaq niegauq niegaqu
nieqgua nieqgau niequga niequag nieqaug nieqagu nieuqga nieuqag nieugqa nieugaq nieuagq
nieuaqg nieaqug nieaqgu nieauqg nieaugq nieaguq nieagqu nqaigue nqaigeu nqaiuge nqaiueg
nqaieug nqaiegu nqagiue nqagieu nqaguie nqaguei nqageui nqageiu nqaugie nqaugei nqauige
nqauieg nqaueig nqauegi nqaegui nqaegiu nqaeugi nqaeuig nqaeiug nqaeigu nqiague nqiageu
nqiauge nqiaueg nqiaeug nqiaegu nqigaue nqigaeu nqiguae nqiguea nqigeua nqigeau nqiugae
nqiugea nqiuage nqiuaeg nqiueag nqiuega nqiegua nqiegau nqieuga nqieuag nqieaug nqieagu
nqgiaue nqgiaeu nqgiuae nqgiuea nqgieua nqgieau nqgaiue nqgaieu nqgauie nqgauei nqgaeui
nqgaeiu nqguaie nqguaei nqguiae nqguiea nqgueia nqgueai nqgeaui nqgeaiu nqgeuai nqgeuia
nqgeiua nqgeiau nquigae nquigea nquiage nquiaeg nquieag nquiega nqugiae nqugiea nqugaie
nqugaei nqugeai nqugeia nquagie nquagei nquaige nquaieg nquaeig nquaegi nquegai nquegia
nqueagi nqueaig nqueiag nqueiga nqeigua nqeigau nqeiuga nqeiuag nqeiaug nqeiagu nqegiua
nqegiau nqeguia nqeguai nqegaui nqegaiu nqeugia nqeugai nqeuiga nqeuiag nqeuaig nqeuagi
nqeagui nqeagiu nqeaugi nqeauig nqeaiug nqeaigu nuaiqge nuaiqeg nuaigqe nuaigeq nuaiegq
nuaieqg nuaqige nuaqieg nuaqgie nuaqgei nuaqegi nuaqeig nuagqie nuagqei nuagiqe nuagieq
nuageiq nuageqi nuaeqgi nuaeqig nuaegqi nuaegiq nuaeigq nuaeiqg nuiaqge nuiaqeg nuiagqe
nuiageq nuiaegq nuiaeqg nuiqage nuiqaeg nuiqgae nuiqgea nuiqega nuiqeag nuigqae nuigqea
nuigaqe nuigaeq nuigeaq nuigeqa nuieqga nuieqag nuiegqa nuiegaq nuieagq nuieaqg nuqiage
nuqiaeg nuqigae nuqigea nuqiega nuqieag nuqaige nuqaieg nuqagie nuqagei nuqaegi nuqaeig
nuqgaie nuqgaei nuqgiae nuqgiea nuqgeia nuqgeai nuqeagi nuqeaig nuqegai nuqegia nuqeiga
nuqeiag nugiqae nugiqea nugiaqe nugiaeq nugieaq nugieqa nugqiae nugqiea nugqaie nugqaei
nugqeai nugqeia nugaqie nugaqei nugaiqe nugaieq nugaeiq nugaeqi nugeqai nugeqia nugeaqi
nugeaiq nugeiaq nugeiqa nueiqga nueiqag nueigqa nueigaq nueiagq nueiaqg nueqiga nueqiag
nueqgia nueqgai nueqagi nueqaig nuegqia nuegqai nuegiqa nuegiaq nuegaiq nuegaqi nueaqgi
nueaqig nueagqi nueagiq nueaigq nueaiqg neaiqug neaiqgu neaiuqg neaiugq neaiguq neaigqu
neaqiug neaqigu neaquig neaqugi neaqgui neaqgiu neauqig neauqgi neauiqg neauigq neaugiq
neaugqi neagqui neagqiu neaguqi neaguiq neagiuq neagiqu neiaqug neiaqgu neiauqg neiaugq
neiaguq neiagqu neiqaug neiqagu neiquag neiquga neiqgua neiqgau neiuqag neiuqga neiuaqg
neiuagq neiugaq neiugqa neigqua neigqau neiguqa neiguaq neigauq neigaqu neqiaug neqiagu
neqiuag neqiuga neqigua neqigau neqaiug neqaigu neqauig neqaugi neqagui neqagiu nequaig
nequagi nequiag nequiga nequgia nequgai neqgaui neqgaiu neqguai neqguia neqgiua neqgiau
neuiqag neuiqga neuiaqg neuiagq neuigaq neuigqa neuqiag neuqiga neuqaig neuqagi neuqgai
neuqgia neuaqig neuaqgi neuaiqg neuaigq neuagiq neuagqi neugqai neugqia neugaqi neugaiq
neugiaq neugiqa negiqua negiqau negiuqa negiuaq negiauq negiaqu negqiua negqiau negquia
negquai negqaui negqaiu neguqia neguqai neguiqa neguiaq neguaiq neguaqi negaqui negaqiu
negauqi negauiq negaiuq negaiqu ignaque ignaqeu ignauqe ignaueq ignaeuq ignaequ ignqaue
ignqaeu ignquae ignquea ignqeua ignqeau ignuqae ignuqea ignuaqe ignuaeq ignueaq ignueqa
ignequa igneqau igneuqa igneuaq igneauq igneaqu iganque iganqeu iganuqe iganueq iganeuq
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igauenq igaueqn igaequn igaeqnu igaeuqn igaeunq igaenuq igaenqu igqanue igqaneu igqaune
igqauen igqaeun igqaenu igqnaue igqnaeu igqnuae igqnuea igqneua igqneau igqunae igqunea
igquane igquaen igquean igquena igqenua igqenau igqeuna igqeuan igqeaun igqeanu iguaqne
iguaqen iguanqe iguaneq iguaenq iguaeqn iguqane iguqaen iguqnae iguqnea iguqena iguqean
igunqae igunqea igunaqe igunaeq iguneaq iguneqa igueqna igueqan iguenqa iguenaq igueanq
igueaqn igeaqun igeaqnu igeauqn igeaunq igeanuq igeanqu igeqaun igeqanu igequan igequna
igeqnua igeqnau igeuqan igeuqna igeuaqn igeuanq igeunaq igeunqa igenqua igenqau igenuqa
igenuaq igenauq igenaqu ingaque ingaqeu ingauqe ingaueq ingaeuq ingaequ ingqaue ingqaeu
ingquae ingquea ingqeua ingqeau inguqae inguqea inguaqe inguaeq ingueaq ingueqa ingequa
ingeqau ingeuqa ingeuaq ingeauq ingeaqu inagque inagqeu inaguqe inagueq inageuq inagequ
inaqgue inaqgeu inaquge inaqueg inaqeug inaqegu inauqge inauqeg inaugqe inaugeq inauegq
inaueqg inaequg inaeqgu inaeuqg inaeugq inaeguq inaegqu inqague inqageu inqauge inqaueg
inqaeug inqaegu inqgaue inqgaeu inqguae inqguea inqgeua inqgeau inqugae inqugea inquage
inquaeg inqueag inquega inqegua inqegau inqeuga inqeuag inqeaug inqeagu inuaqge inuaqeg
inuagqe inuageq inuaegq inuaeqg inuqage inuqaeg inuqgae inuqgea inuqega inuqeag inugqae
inugqea inugaqe inugaeq inugeaq inugeqa inueqga inueqag inuegqa inuegaq inueagq inueaqg
ineaqug ineaqgu ineauqg ineaugq ineaguq ineagqu ineqaug ineqagu inequag inequga ineqgua
ineqgau ineuqag ineuqga ineuaqg ineuagq ineugaq ineugqa inegqua inegqau ineguqa ineguaq
inegauq inegaqu iangque iangqeu ianguqe iangueq iangeuq iangequ ianqgue ianqgeu ianquge
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ianeuqg ianeugq ianeguq ianegqu iagnque iagnqeu iagnuqe iagnueq iagneuq iagnequ iagqnue
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iagequn iageqnu iageuqn iageunq iagenuq iagenqu iaqgnue iaqgneu iaqgune iaqguen iaqgeun
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iaeuqgn iaeuqng iaeugqn iaeugnq iaeungq iaeunqg iaenqug iaenqgu iaenuqg iaenugq iaenguq
iaengqu iqnague iqnageu iqnauge iqnaueg iqnaeug iqnaegu iqngaue iqngaeu iqnguae iqnguea
iqngeua iqngeau iqnugae iqnugea iqnuage iqnuaeg iqnueag iqnuega iqnegua iqnegau iqneuga
iqneuag iqneaug iqneagu iqangue iqangeu iqanuge iqanueg iqaneug iqanegu iqagnue iqagneu
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iqguena iqgenua iqgenau iqgeuna iqgeuan iqgeaun iqgeanu iquagne iquagen iquange iquaneg
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iqeugna iqeuagn iqeuang iqeunag iqeunga iqengua iqengau iqenuga iqenuag iqenaug iqenagu
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ieagunq ieagnuq ieagnqu ieqanug ieqangu ieqaung ieqaugn ieqagun ieqagnu ieqnaug ieqnagu
ieqnuag ieqnuga ieqngua ieqngau iequnag iequnga iequang iequagn iequgan iequgna ieqgnua
ieqgnau ieqguna ieqguan ieqgaun ieqganu ieuaqng ieuaqgn ieuanqg ieuangq ieuagnq ieuagqn
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ieungqa ieugqna ieugqan ieugnqa ieugnaq ieuganq ieugaqn iegaqun iegaqnu iegauqn iegaunq
ieganuq ieganqu iegqaun iegqanu iegquan iegquna iegqnua iegqnau ieguqan ieguqna ieguaqn
ieguanq iegunaq iegunqa iegnqua iegnqau iegnuqa iegnuaq iegnauq iegnaqu qgniaue qgniaeu
qgniuae qgniuea qgnieua qgnieau qgnaiue qgnaieu qgnauie qgnauei qgnaeui qgnaeiu qgnuaie
qgnuaei qgnuiae qgnuiea qgnueia qgnueai qgneaui qgneaiu qgneuai qgneuia qgneiua qgneiau
qginaue qginaeu qginuae qginuea qgineua qgineau qgianue qgianeu qgiaune qgiauen qgiaeun
qgiaenu qgiuane qgiuaen qgiunae qgiunea qgiuena qgiuean qgieaun qgieanu qgieuan qgieuna
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qgeunia qgeunai qgenaui qgenaiu qgenuai qgenuia qgeniua qgeniau qngiaue qngiaeu qngiuae
qngiuea qngieua qngieau qngaiue qngaieu qngauie qngauei qngaeui qngaeiu qnguaie qnguaei
qnguiae qnguiea qngueia qngueai qngeaui qngeaiu qngeuai qngeuia qngeiua qngeiau qnigaue
qnigaeu qniguae qniguea qnigeua qnigeau qniague qniageu qniauge qniaueg qniaeug qniaegu
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qnueaig qnuegai qnuegia qnueiga qnueiag qneiaug qneiagu qneiuag qneiuga qneigua qneigau
qneaiug qneaigu qneauig qneaugi qneagui qneagiu qneuaig qneuagi qneuiag qneuiga qneugia
qneugai qnegaui qnegaiu qneguai qneguia qnegiua qnegiau qingaue qingaeu qinguae qinguea
qingeua qingeau qinague qinageu qinauge qinaueg qinaeug qinaegu qinuage qinuaeg qinugae
qinugea qinuega qinueag qineaug qineagu qineuag qineuga qinegua qinegau qignaue qignaeu
qignuae qignuea qigneua qigneau qiganue qiganeu qigaune qigauen qigaeun qigaenu qiguane
qiguaen qigunae qigunea qiguena qiguean qigeaun qigeanu qigeuan qigeuna qigenua qigenau
qiagnue qiagneu qiagune qiaguen qiageun qiagenu qiangue qiangeu qianuge qianueg qianeug
qianegu qiaunge qiauneg qiaugne qiaugen qiauegn qiaueng qiaenug qiaengu qiaeung qiaeugn
qiaegun qiaegnu qiugane qiugaen qiugnae qiugnea qiugena qiugean qiuagne qiuagen qiuange
qiuaneg qiuaeng qiuaegn qiunage qiunaeg qiungae qiungea qiunega qiuneag qiueang qiueagn
qiuenag qiuenga qiuegna qiuegan qiegaun qieganu qieguan qieguna qiegnua qiegnau qieagun
qieagnu qieaugn qieaung qieanug qieangu qieuagn qieuang qieugan qieugna qieunga qieunag
qienaug qienagu qienuag qienuga qiengua qiengau qanigue qanigeu qaniuge qaniueg qanieug
qaniegu qangiue qangieu qanguie qanguei qangeui qangeiu qanugie qanugei qanuige qanuieg
qanueig qanuegi qanegui qanegiu qaneugi qaneuig qaneiug qaneigu qaingue qaingeu qainuge
qainueg qaineug qainegu qaignue qaigneu qaigune qaiguen qaigeun qaigenu qaiugne qaiugen
qaiunge qaiuneg qaiueng qaiuegn qaiegun qaiegnu qaieugn qaieung qaienug qaiengu qaginue
qagineu qagiune qagiuen qagieun qagienu qagniue qagnieu qagnuie qagnuei qagneui qagneiu
qagunie qagunei qaguine qaguien qaguein qagueni qagenui qageniu qageuni qageuin qageiun
qageinu qauigne qauigen qauinge qauineg qauieng qauiegn qaugine qaugien qaugnie qaugnei
qaugeni qaugein qaungie qaungei qaunige qaunieg qauneig qaunegi qauegni qauegin qauengi
qauenig qaueing qaueign qaeigun qaeignu qaeiugn qaeiung qaeinug qaeingu qaegiun qaeginu
qaeguin qaeguni qaegnui qaegniu qaeugin qaeugni qaeuign qaeuing qaeunig qaeungi qaengui
qaengiu qaenugi qaenuig qaeniug qaenigu quniage quniaeg qunigae qunigea quniega qunieag
qunaige qunaieg qunagie qunagei qunaegi qunaeig qungaie qungaei qungiae qungiea qungeia
qungeai quneagi quneaig qunegai qunegia quneiga quneiag quinage quinaeg quingae quingea
quinega quineag quiange quianeg quiagne quiagen quiaegn quiaeng quigane quigaen quignae
quignea quigena quigean quieagn quieang quiegan quiegna quienga quienag quainge quaineg
quaigne quaigen quaiegn quaieng quanige quanieg quangie quangei quanegi quaneig quagnie
quagnei quagine quagien quagein quageni quaengi quaenig quaegni quaegin quaeign quaeing
qugiane qugiaen quginae quginea qugiena qugiean qugaine qugaien quganie quganei qugaeni
qugaein qugnaie qugnaei qugniae qugniea qugneia qugneai qugeani qugeain qugenai qugenia
qugeina qugeian queiagn queiang queigan queigna queinga queinag queaign queaing queagin
queagni queangi queanig quegain quegani quegian quegina quegnia quegnai quenagi quenaig
quengai quengia queniga queniag qeniaug qeniagu qeniuag qeniuga qenigua qenigau qenaiug
qenaigu qenauig qenaugi qenagui qenagiu qenuaig qenuagi qenuiag qenuiga qenugia qenugai
qengaui qengaiu qenguai qenguia qengiua qengiau qeinaug qeinagu qeinuag qeinuga qeingua
qeingau qeianug qeiangu qeiaung qeiaugn qeiagun qeiagnu qeiuang qeiuagn qeiunag qeiunga
qeiugna qeiugan qeigaun qeiganu qeiguan qeiguna qeignua qeignau qeainug qeaingu qeaiung
qeaiugn qeaigun qeaignu qeaniug qeanigu qeanuig qeanugi qeangui qeangiu qeaunig qeaungi
qeauing qeauign qeaugin qeaugni qeagnui qeagniu qeaguni qeaguin qeagiun qeaginu qeuiang
qeuiagn qeuinag qeuinga qeuigna qeuigan qeuaing qeuaign qeuanig qeuangi qeuagni qeuagin
qeunaig qeunagi qeuniag qeuniga qeungia qeungai qeugani qeugain qeugnai qeugnia qeugina
qeugian qegiaun qegianu qegiuan qegiuna qeginua qeginau qegaiun qegainu qegauin qegauni
qeganui qeganiu qeguain qeguani qeguian qeguina qegunia qegunai qegnaui qegnaiu qegnuai
qegnuia qegniua qegniau ugniqae ugniqea ugniaqe ugniaeq ugnieaq ugnieqa ugnqiae ugnqiea
ugnqaie ugnqaei ugnqeai ugnqeia ugnaqie ugnaqei ugnaiqe ugnaieq ugnaeiq ugnaeqi ugneqai
ugneqia ugneaqi ugneaiq ugneiaq ugneiqa uginqae uginqea uginaqe uginaeq ugineaq ugineqa
ugiqnae ugiqnea ugiqane ugiqaen ugiqean ugiqena ugiaqne ugiaqen ugianqe ugianeq ugiaenq
ugiaeqn ugieqan ugieqna ugieaqn ugieanq ugienaq ugienqa ugqinae ugqinea ugqiane ugqiaen
ugqiean ugqiena ugqniae ugqniea ugqnaie ugqnaei ugqneai ugqneia ugqanie ugqanei ugqaine
ugqaien ugqaein ugqaeni ugqenai ugqenia ugqeani ugqeain ugqeian ugqeina ugaiqne ugaiqen
ugainqe ugaineq ugaienq ugaieqn ugaqine ugaqien ugaqnie ugaqnei ugaqeni ugaqein uganqie
uganqei uganiqe uganieq uganeiq uganeqi ugaeqni ugaeqin ugaenqi ugaeniq ugaeinq ugaeiqn
ugeiqan ugeiqna ugeiaqn ugeianq ugeinaq ugeinqa ugeqian ugeqina ugeqain ugeqani ugeqnai
ugeqnia ugeaqin ugeaqni ugeaiqn ugeainq ugeaniq ugeanqi ugenqai ugenqia ugenaqi ugenaiq
ugeniaq ugeniqa ungiqae ungiqea ungiaqe ungiaeq ungieaq ungieqa ungqiae ungqiea ungqaie
ungqaei ungqeai ungqeia ungaqie ungaqei ungaiqe ungaieq ungaeiq ungaeqi ungeqai ungeqia
ungeaqi ungeaiq ungeiaq ungeiqa unigqae unigqea unigaqe unigaeq unigeaq unigeqa uniqgae
uniqgea uniqage uniqaeg uniqeag uniqega uniaqge uniaqeg uniagqe uniageq uniaegq uniaeqg
unieqag unieqga unieaqg unieagq uniegaq uniegqa unqigae unqigea unqiage unqiaeg unqieag
unqiega unqgiae unqgiea unqgaie unqgaei unqgeai unqgeia unqagie unqagei unqaige unqaieg
unqaeig unqaegi unqegai unqegia unqeagi unqeaig unqeiag unqeiga unaiqge unaiqeg unaigqe
unaigeq unaiegq unaieqg unaqige unaqieg unaqgie unaqgei unaqegi unaqeig unagqie unagqei
unagiqe unagieq unageiq unageqi unaeqgi unaeqig unaegqi unaegiq unaeigq unaeiqg uneiqag
uneiqga uneiaqg uneiagq uneigaq uneigqa uneqiag uneqiga uneqaig uneqagi uneqgai uneqgia
uneaqig uneaqgi uneaiqg uneaigq uneagiq uneagqi unegqai unegqia unegaqi unegaiq unegiaq
unegiqa uingqae uingqea uingaqe uingaeq uingeaq uingeqa uinqgae uinqgea uinqage uinqaeg
uinqeag uinqega uinaqge uinaqeg uinagqe uinageq uinaegq uinaeqg uineqag uineqga uineaqg
uineagq uinegaq uinegqa uignqae uignqea uignaqe uignaeq uigneaq uigneqa uigqnae uigqnea
uigqane uigqaen uigqean uigqena uigaqne uigaqen uiganqe uiganeq uigaenq uigaeqn uigeqan
uigeqna uigeaqn uigeanq uigenaq uigenqa uiqgnae uiqgnea uiqgane uiqgaen uiqgean uiqgena
uiqngae uiqngea uiqnage uiqnaeg uiqneag uiqnega uiqange uiqaneg uiqagne uiqagen uiqaegn
uiqaeng uiqenag uiqenga uiqeang uiqeagn uiqegan uiqegna uiagqne uiagqen uiagnqe uiagneq
uiagenq uiageqn uiaqgne uiaqgen uiaqnge uiaqneg uiaqeng uiaqegn uianqge uianqeg uiangqe
uiangeq uianegq uianeqg uiaeqng uiaeqgn uiaenqg uiaengq uiaegnq uiaegqn uiegqan uiegqna
uiegaqn uieganq uiegnaq uiegnqa uieqgan uieqgna uieqagn uieqang uieqnag uieqnga uieaqgn
uieaqng uieagqn uieagnq uieangq uieanqg uienqag uienqga uienaqg uienagq uiengaq uiengqa
uqnigae uqnigea uqniage uqniaeg uqnieag uqniega uqngiae uqngiea uqngaie uqngaei uqngeai
uqngeia uqnagie uqnagei uqnaige uqnaieg uqnaeig uqnaegi uqnegai uqnegia uqneagi uqneaig
uqneiag uqneiga uqingae uqingea uqinage uqinaeg uqineag uqinega uqignae uqignea uqigane
uqigaen uqigean uqigena uqiagne uqiagen uqiange uqianeg uqiaeng uqiaegn uqiegan uqiegna
uqieagn uqieang uqienag uqienga uqginae uqginea uqgiane uqgiaen uqgiean uqgiena uqgniae
uqgniea uqgnaie uqgnaei uqgneai uqgneia uqganie uqganei uqgaine uqgaien uqgaein uqgaeni
uqgenai uqgenia uqgeani uqgeain uqgeian uqgeina uqaigne uqaigen uqainge uqaineg uqaieng
uqaiegn uqagine uqagien uqagnie uqagnei uqageni uqagein uqangie uqangei uqanige uqanieg
uqaneig uqanegi uqaegni uqaegin uqaengi uqaenig uqaeing uqaeign uqeigan uqeigna uqeiagn
uqeiang uqeinag uqeinga uqegian uqegina uqegain uqegani uqegnai uqegnia uqeagin uqeagni
uqeaign uqeaing uqeanig uqeangi uqengai uqengia uqenagi uqenaig uqeniag uqeniga uaniqge
uaniqeg uanigqe uanigeq uaniegq uanieqg uanqige uanqieg uanqgie uanqgei uanqegi uanqeig
uangqie uangqei uangiqe uangieq uangeiq uangeqi uaneqgi uaneqig uanegqi uanegiq uaneigq
uaneiqg uainqge uainqeg uaingqe uaingeq uainegq uaineqg uaiqnge uaiqneg uaiqgne uaiqgen
uaiqegn uaiqeng uaigqne uaigqen uaignqe uaigneq uaigenq uaigeqn uaieqgn uaieqng uaiegqn
uaiegnq uaiengq uaienqg uaqinge uaqineg uaqigne uaqigen uaqiegn uaqieng uaqnige uaqnieg
uaqngie uaqngei uaqnegi uaqneig uaqgnie uaqgnei uaqgine uaqgien uaqgein uaqgeni uaqengi
uaqenig uaqegni uaqegin uaqeign uaqeing uagiqne uagiqen uaginqe uagineq uagienq uagieqn
uagqine uagqien uagqnie uagqnei uagqeni uagqein uagnqie uagnqei uagniqe uagnieq uagneiq
uagneqi uageqni uageqin uagenqi uageniq uageinq uageiqn uaeiqgn uaeiqng uaeigqn uaeignq
uaeingq uaeinqg uaeqign uaeqing uaeqgin uaeqgni uaeqngi uaeqnig uaegqin uaegqni uaegiqn
uaeginq uaegniq uaegnqi uaenqgi uaenqig uaengqi uaengiq uaenigq uaeniqg ueniqag ueniqga
ueniaqg ueniagq uenigaq uenigqa uenqiag uenqiga uenqaig uenqagi uenqgai uenqgia uenaqig
uenaqgi uenaiqg uenaigq uenagiq uenagqi uengqai uengqia uengaqi uengaiq uengiaq uengiqa
ueinqag ueinqga ueinaqg ueinagq ueingaq ueingqa ueiqnag ueiqnga ueiqang ueiqagn ueiqgan
ueiqgna ueiaqng ueiaqgn ueianqg ueiangq ueiagnq ueiagqn ueigqan ueigqna ueigaqn ueiganq
ueignaq ueignqa ueqinag ueqinga ueqiang ueqiagn ueqigan ueqigna ueqniag ueqniga ueqnaig
ueqnagi ueqngai ueqngia ueqanig ueqangi ueqaing ueqaign ueqagin ueqagni ueqgnai ueqgnia
ueqgani ueqgain ueqgian ueqgina ueaiqng ueaiqgn ueainqg ueaingq ueaignq ueaigqn ueaqing
ueaqign ueaqnig ueaqngi ueaqgni ueaqgin ueanqig ueanqgi ueaniqg ueanigq ueangiq ueangqi
ueagqni ueagqin ueagnqi ueagniq ueaginq ueagiqn uegiqan uegiqna uegiaqn uegianq ueginaq
ueginqa uegqian uegqina uegqain uegqani uegqnai uegqnia uegaqin uegaqni uegaiqn uegainq
ueganiq ueganqi uegnqai uegnqia uegnaqi uegnaiq uegniaq uegniqa egniqua egniqau egniuqa
egniuaq egniauq egniaqu egnqiua egnqiau egnquia egnquai egnqaui egnqaiu egnuqia egnuqai
egnuiqa egnuiaq egnuaiq egnuaqi egnaqui egnaqiu egnauqi egnauiq egnaiuq egnaiqu eginqua
eginqau eginuqa eginuaq eginauq eginaqu egiqnua egiqnau egiquna egiquan egiqaun egiqanu
egiuqna egiuqan egiunqa egiunaq egiuanq egiuaqn egiaqun egiaqnu egiauqn egiaunq egianuq
egianqu egqinua egqinau egqiuna egqiuan egqiaun egqianu egqniua egqniau egqnuia egqnuai
egqnaui egqnaiu egqunia egqunai egquina egquian egquain egquani egqanui egqaniu egqauni
egqauin egqaiun egqainu eguiqna eguiqan eguinqa eguinaq eguianq eguiaqn eguqina eguqian
eguqnia eguqnai eguqani eguqain egunqia egunqai eguniqa eguniaq egunaiq egunaqi eguaqni
eguaqin eguanqi eguaniq eguainq eguaiqn egaiqun egaiqnu egaiuqn egaiunq egainuq egainqu
egaqiun egaqinu egaquin egaquni egaqnui egaqniu egauqin egauqni egauiqn egauinq egauniq
egaunqi eganqui eganqiu eganuqi eganuiq eganiuq eganiqu engiqua engiqau engiuqa engiuaq
engiauq engiaqu engqiua engqiau engquia engquai engqaui engqaiu enguqia enguqai enguiqa
enguiaq enguaiq enguaqi engaqui engaqiu engauqi engauiq engaiuq engaiqu enigqua enigqau
eniguqa eniguaq enigauq enigaqu eniqgua eniqgau eniquga eniquag eniqaug eniqagu eniuqga
eniuqag eniugqa eniugaq eniuagq eniuaqg eniaqug eniaqgu eniauqg eniaugq eniaguq eniagqu
enqigua enqigau enqiuga enqiuag enqiaug enqiagu enqgiua enqgiau enqguia enqguai enqgaui
enqgaiu enqugia enqugai enquiga enquiag enquaig enquagi enqagui enqagiu enqaugi enqauig
enqaiug enqaigu enuiqga enuiqag enuigqa enuigaq enuiagq enuiaqg enuqiga enuqiag enuqgia
enuqgai enuqagi enuqaig enugqia enugqai enugiqa enugiaq enugaiq enugaqi enuaqgi enuaqig
enuagqi enuagiq enuaigq enuaiqg enaiqug enaiqgu enaiuqg enaiugq enaiguq enaigqu enaqiug
enaqigu enaquig enaqugi enaqgui enaqgiu enauqig enauqgi enauiqg enauigq enaugiq enaugqi
enagqui enagqiu enaguqi enaguiq enagiuq enagiqu eingqua eingqau einguqa einguaq eingauq
eingaqu einqgua einqgau einquga einquag einqaug einqagu einuqga einuqag einugqa einugaq
einuagq einuaqg einaqug einaqgu einauqg einaugq einaguq einagqu eignqua eignqau eignuqa
eignuaq eignauq eignaqu eigqnua eigqnau eigquna eigquan eigqaun eigqanu eiguqna eiguqan
eigunqa eigunaq eiguanq eiguaqn eigaqun eigaqnu eigauqn eigaunq eiganuq eiganqu eiqgnua
eiqgnau eiqguna eiqguan eiqgaun eiqganu eiqngua eiqngau eiqnuga eiqnuag eiqnaug eiqnagu
eiqunga eiqunag eiqugna eiqugan eiquagn eiquang eiqanug eiqangu eiqaung eiqaugn eiqagun
eiqagnu eiugqna eiugqan eiugnqa eiugnaq eiuganq eiugaqn eiuqgna eiuqgan eiuqnga eiuqnag
eiuqang eiuqagn eiunqga eiunqag eiungqa eiungaq eiunagq eiunaqg eiuaqng eiuaqgn eiuanqg
eiuangq eiuagnq eiuagqn eiagqun eiagqnu eiaguqn eiagunq eiagnuq eiagnqu eiaqgun eiaqgnu
eiaqugn eiaqung eiaqnug eiaqngu eiauqgn eiauqng eiaugqn eiaugnq eiaungq eiaunqg eianqug
eianqgu eianuqg eianugq eianguq eiangqu eqnigua eqnigau eqniuga eqniuag eqniaug eqniagu
eqngiua eqngiau eqnguia eqnguai eqngaui eqngaiu eqnugia eqnugai eqnuiga eqnuiag eqnuaig
eqnuagi eqnagui eqnagiu eqnaugi eqnauig eqnaiug eqnaigu eqingua eqingau eqinuga eqinuag
eqinaug eqinagu eqignua eqignau eqiguna eqiguan eqigaun eqiganu eqiugna eqiugan eqiunga
eqiunag eqiuang eqiuagn eqiagun eqiagnu eqiaugn eqiaung eqianug eqiangu eqginua eqginau
eqgiuna eqgiuan eqgiaun eqgianu eqgniua eqgniau eqgnuia eqgnuai eqgnaui eqgnaiu eqgunia
eqgunai eqguina eqguian eqguain eqguani eqganui eqganiu eqgauni eqgauin eqgaiun eqgainu
equigna equigan equinga equinag equiang equiagn equgina equgian equgnia equgnai equgani
equgain equngia equngai equniga equniag equnaig equnagi equagni equagin equangi equanig
equaing equaign eqaigun eqaignu eqaiugn eqaiung eqainug eqaingu eqagiun eqaginu eqaguin
eqaguni eqagnui eqagniu eqaugin eqaugni eqauign eqauing eqaunig eqaungi eqangui eqangiu
eqanugi eqanuig eqaniug eqanigu euniqga euniqag eunigqa eunigaq euniagq euniaqg eunqiga
eunqiag eunqgia eunqgai eunqagi eunqaig eungqia eungqai eungiqa eungiaq eungaiq eungaqi
eunaqgi eunaqig eunagqi eunagiq eunaigq eunaiqg euinqga euinqag euingqa euingaq euinagq
euinaqg euiqnga euiqnag euiqgna euiqgan euiqagn euiqang euigqna euigqan euignqa euignaq
euiganq euigaqn euiaqgn euiaqng euiagqn euiagnq euiangq euianqg euqinga euqinag euqigna
euqigan euqiagn euqiang euqniga euqniag euqngia euqngai euqnagi euqnaig euqgnia euqgnai
euqgina euqgian euqgain euqgani euqangi euqanig euqagni euqagin euqaign euqaing eugiqna
eugiqan euginqa euginaq eugianq eugiaqn eugqina eugqian eugqnia eugqnai eugqani eugqain
eugnqia eugnqai eugniqa eugniaq eugnaiq eugnaqi eugaqni eugaqin euganqi euganiq eugainq
eugaiqn euaiqgn euaiqng euaigqn euaignq euaingq euainqg euaqign euaqing euaqgin euaqgni
euaqngi euaqnig euagqin euagqni euagiqn euaginq euagniq euagnqi euanqgi euanqig euangqi
euangiq euanigq euaniqg eaniqug eaniqgu eaniuqg eaniugq eaniguq eanigqu eanqiug eanqigu
eanquig eanqugi eanqgui eanqgiu eanuqig eanuqgi eanuiqg eanuigq eanugiq eanugqi eangqui
eangqiu eanguqi eanguiq eangiuq eangiqu eainqug eainqgu eainuqg eainugq eainguq eaingqu
eaiqnug eaiqngu eaiqung eaiqugn eaiqgun eaiqgnu eaiuqng eaiuqgn eaiunqg eaiungq eaiugnq
eaiugqn eaigqun eaigqnu eaiguqn eaigunq eaignuq eaignqu eaqinug eaqingu eaqiung eaqiugn
eaqigun eaqignu eaqniug eaqnigu eaqnuig eaqnugi eaqngui eaqngiu eaqunig eaqungi eaquing
eaquign eaqugin eaqugni eaqgnui eaqgniu eaqguni eaqguin eaqgiun eaqginu eauiqng eauiqgn
eauinqg eauingq eauignq eauigqn eauqing eauqign eauqnig eauqngi eauqgni eauqgin eaunqig
eaunqgi eauniqg eaunigq eaungiq eaungqi eaugqni eaugqin eaugnqi eaugniq eauginq eaugiqn
eagiqun eagiqnu eagiuqn eagiunq eaginuq eaginqu eagqiun eagqinu eagquin eagquni eagqnui
eagqniu eaguqin eaguqni eaguiqn eaguinq eaguniq eagunqi eagnqui eagnqiu eagnuqi eagnuiq
eagniuq eagniqu

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History of cryptography
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