easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

astell

chamb

certavistisque

cartee

skrowaczewski

sebasti

intitles

saccular

tollito

savine

litation

sackamaker

rakers

malvacearum

stiffelio

campbelle

weippe

prety


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: tenonian
cipher variations:
ufopojbo vgpqpkcp whqrqldq xirsrmer yjstsnfs
zktutogt aluvuphu bmvwvqiv cnwxwrjw doxyxskx
epyzytly fqzazumz grabavna hsbcbwob itcdcxpc
judedyqd kvefezre lwfgfasf mxghgbtg nyhihcuh
ozijidvi pajkjewj qbklkfxk rclmlgyl sdmnmhzm

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: tenonian
Cipher: gvmlmrzm

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: tenonian
Cipher: BAABA AABAA ABBAA ABBAB ABBAA ABAAA AAAAA ABBAA

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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: tenonian
cipher variations:
ufopojbognorozbosvotopboedovofboqloxovboctozolboajodorbomrofohbo
yzohoxbokhojonbowpolodboixonotbovgpqpkcphopspacptwpupqcpfepwpgcp
rmpypwcpdupapmcpbkpepscpnspgpicpzapipycplipkpocpxqpmpecpjypopucp
whqrqldqipqtqbdquxqvqrdqgfqxqhdqsnqzqxdqevqbqndqclqfqtdqotqhqjdq
abqjqzdqmjqlqpdqyrqnqfdqkzqpqvdqxirsrmerjqrurcervyrwrserhgryrier
toraryerfwrcroerdmrgruerpurirkerbcrkraernkrmrqerzsrorgerlarqrwer
yjstsnfskrsvsdfswzsxstfsihszsjfsupsbszfsgxsdspfsenshsvfsqvsjslfs
cdslsbfsolsnsrfsatspshfsmbsrsxfszktutogtlstwtegtxatytugtjitatkgt
vqtctagthytetqgtfotitwgtrwtktmgtdetmtcgtpmtotsgtbutqtigtnctstygt
aluvuphumtuxufhuybuzuvhukjubulhuwrudubhuizufurhugpujuxhusxulunhu
efunudhuqnuputhucvurujhuodutuzhubmvwvqivnuvyvgivzcvavwivlkvcvmiv
xsvevcivjavgvsivhqvkvyivtyvmvoivfgvoveivrovqvuivdwvsvkivpevuvaiv
cnwxwrjwovwzwhjwadwbwxjwmlwdwnjwytwfwdjwkbwhwtjwirwlwzjwuzwnwpjw
ghwpwfjwspwrwvjwexwtwljwqfwvwbjwdoxyxskxpwxaxikxbexcxykxnmxexokx
zuxgxekxlcxixukxjsxmxakxvaxoxqkxhixqxgkxtqxsxwkxfyxuxmkxrgxwxckx
epyzytlyqxybyjlycfydyzlyonyfyplyavyhyflymdyjyvlyktynyblywbypyrly
ijyryhlyurytyxlygzyvynlyshyxydlyfqzazumzryzczkmzdgzezamzpozgzqmz
bwzizgmznezkzwmzluzozcmzxczqzsmzjkzszimzvszuzymzhazwzomztizyzemz
grabavnaszadalnaehafabnaqpaharnacxajahnaofalaxnamvapadnaydaratna
klatajnawtavaznaibaxapnaujazafnahsbcbwobtabebmobfibgbcobrqbibsob
dybkbiobpgbmbyobnwbqbeobzebsbuoblmbubkobxubwbaobjcbybqobvkbabgob
itcdcxpcubcfcnpcgjchcdpcsrcjctpcezclcjpcqhcnczpcoxcrcfpcafctcvpc
mncvclpcyvcxcbpckdczcrpcwlcbchpcjudedyqdvcdgdoqdhkdideqdtsdkduqd
fadmdkqdridodaqdpydsdgqdbgdudwqdnodwdmqdzwdydcqdledadsqdxmdcdiqd
kvefezrewdehepreilejefreutelevregbenelresjepebreqzetehrechevexre
opexenreaxezedremfebetreynedejrelwfgfasfxefifqsfjmfkfgsfvufmfwsf
hcfofmsftkfqfcsfrafufisfdifwfysfpqfyfosfbyfafesfngfcfusfzofefksf
mxghgbtgyfgjgrtgknglghtgwvgngxtgidgpgntgulgrgdtgsbgvgjtgejgxgztg
qrgzgptgczgbgftgohgdgvtgapgfgltgnyhihcuhzghkhsuhlohmhiuhxwhohyuh
jehqhouhvmhsheuhtchwhkuhfkhyhauhrshahquhdahchguhpihehwuhbqhghmuh
ozijidviahilitvimpinijviyxipizvikfiripviwnitifviudixilviglizibvi
stibirviebidihviqjifixvicrihinvipajkjewjbijmjuwjnqjojkwjzyjqjawj
lgjsjqwjxojujgwjvejyjmwjhmjajcwjtujcjswjfcjejiwjrkjgjywjdsjijowj
qbklkfxkcjknkvxkorkpklxkazkrkbxkmhktkrxkypkvkhxkwfkzknxkinkbkdxk
uvkdktxkgdkfkjxkslkhkzxketkjkpxkrclmlgyldklolwylpslqlmylbalslcyl
nilulsylzqlwliylxglaloyljolcleylvwleluylhelglkyltmlilaylfulklqyl
sdmnmhzmelmpmxzmqtmrmnzmcbmtmdzmojmvmtzmarmxmjzmyhmbmpzmkpmdmfzm
wxmfmvzmifmhmlzmunmjmbzmgvmlmrzmtenonianfmnqnyanrunsnoandcnunean
pknwnuanbsnynkanzincnqanlqnenganxyngnwanjgninmanvonkncanhwnmnsan

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: tenonian
Cipher: grabavna

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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: tenonian
Cipher: 4451334333421133

Extended Methods:
Method #1

Plaintext: tenonian
method variations:
ykstsofsdpxyxtlxiucdcyqcozhihdvh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t e n o n i a n 
4 5 3 4 3 4 1 3 
4 1 3 3 3 2 1 3 
They are then read out in rows:
4534341341333213
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tenonian
Cipher: yssldnhl

Read more ...
Method #3

Plaintext: tenonian
method variations:
ylsnsbls lsnsblsy snsblsyl
nsblsyls sblsylsn blsylsns
lsylsnsb sylsnsbl

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: tenonian

first 5040 cipher variations(40320 total)
tenonian tenonina tenonain tenonani tenonnai tenonnia tenoinan tenoinna tenoiann tenoiann tenoinan
tenoinna tenoainn tenoainn tenoanin tenoanni tenoanni tenoanin tenonian tenonina tenonain tenonani
tenonnai tenonnia tennoian tennoina tennoain tennoani tennonai tennonia tennioan tenniona tenniaon
tenniano tenninao tenninoa tennaion tennaino tennaoin tennaoni tennanoi tennanio tennniao tennnioa
tennnaio tennnaoi tennnoai tennnoia teninoan teninona teninaon teninano teninnao teninnoa tenionan
tenionna tenioann tenioann tenionan tenionna teniaonn teniaonn tenianon tenianno tenianno tenianon
teninoan teninona teninaon teninano teninnao teninnoa tenanion tenanino tenanoin tenanoni tenannoi
tenannio tenainon tenainno tenaionn tenaionn tenainon tenainno tenaoinn tenaoinn tenaonin tenaonni
tenaonni tenaonin tenanion tenanino tenanoin tenanoni tenannoi tenannio tennniao tennnioa tennnaio
tennnaoi tennnoai tennnoia tenninao tenninoa tenniano tenniaon tennioan tenniona tennaino tennaion
tennanio tennanoi tennaoni tennaoin tennoian tennoina tennoain tennoani tennonai tennonia teonnian
teonnina teonnain teonnani teonnnai teonnnia teoninan teoninna teoniann teoniann teoninan teoninna
teonainn teonainn teonanin teonanni teonanni teonanin teonnian teonnina teonnain teonnani teonnnai
teonnnia teonnian teonnina teonnain teonnani teonnnai teonnnia teoninan teoninna teoniann teoniann
teoninan teoninna teonainn teonainn teonanin teonanni teonanni teonanin teonnian teonnina teonnain
teonnani teonnnai teonnnia teoinnan teoinnna teoinann teoinann teoinnan teoinnna teoinnan teoinnna
teoinann teoinann teoinnan teoinnna teoiannn teoiannn teoiannn teoiannn teoiannn teoiannn teoinnan
teoinnna teoinann teoinann teoinnan teoinnna teoaninn teoaninn teoannin teoannni teoannni teoannin
teoainnn teoainnn teoainnn teoainnn teoainnn teoainnn teoaninn teoaninn teoannin teoannni teoannni
teoannin teoaninn teoaninn teoannin teoannni teoannni teoannin teonnian teonnina teonnain teonnani
teonnnai teonnnia teoninan teoninna teoniann teoniann teoninan teoninna teonainn teonainn teonanin
teonanni teonanni teonanin teonnian teonnina teonnain teonnani teonnnai teonnnia tenonian tenonina
tenonain tenonani tenonnai tenonnia tenoinan tenoinna tenoiann tenoiann tenoinan tenoinna tenoainn
tenoainn tenoanin tenoanni tenoanni tenoanin tenonian tenonina tenonain tenonani tenonnai tenonnia
tennoian tennoina tennoain tennoani tennonai tennonia tennioan tenniona tenniaon tenniano tenninao
tenninoa tennaion tennaino tennaoin tennaoni tennanoi tennanio tennniao tennnioa tennnaio tennnaoi
tennnoai tennnoia teninoan teninona teninaon teninano teninnao teninnoa tenionan tenionna tenioann
tenioann tenionan tenionna teniaonn teniaonn tenianon tenianno tenianno tenianon teninoan teninona
teninaon teninano teninnao teninnoa tenanion tenanino tenanoin tenanoni tenannoi tenannio tenainon
tenainno tenaionn tenaionn tenainon tenainno tenaoinn tenaoinn tenaonin tenaonni tenaonni tenaonin
tenanion tenanino tenanoin tenanoni tenannoi tenannio tennniao tennnioa tennnaio tennnaoi tennnoai
tennnoia tenninao tenninoa tenniano tenniaon tennioan tenniona tennaino tennaion tennanio tennanoi
tennaoni tennaoin tennoian tennoina tennoain tennoani tennonai tennonia teionnan teionnna teionann
teionann teionnan teionnna teionnan teionnna teionann teionann teionnan teionnna teioannn teioannn
teioannn teioannn teioannn teioannn teionnan teionnna teionann teionann teionnan teionnna teinonan
teinonna teinoann teinoann teinonan teinonna teinnoan teinnona teinnaon teinnano teinnnao teinnnoa
teinanon teinanno teinaonn teinaonn teinanon teinanno teinnnao teinnnoa teinnano teinnaon teinnoan
teinnona teinnoan teinnona teinnaon teinnano teinnnao teinnnoa teinonan teinonna teinoann teinoann
teinonan teinonna teinaonn teinaonn teinanon teinanno teinanno teinanon teinnoan teinnona teinnaon
teinnano teinnnao teinnnoa teiannon teiannno teianonn teianonn teiannon teiannno teiannon teiannno
teianonn teianonn teiannon teiannno teiaonnn teiaonnn teiaonnn teiaonnn teiaonnn teiaonnn teiannon
teiannno teianonn teianonn teiannon teiannno teinnnao teinnnoa teinnano teinnaon teinnoan teinnona
teinnnao teinnnoa teinnano teinnaon teinnoan teinnona teinanno teinanon teinanno teinanon teinaonn
teinaonn teinonan teinonna teinoann teinoann teinonan teinonna teaoninn teaoninn teaonnin teaonnni
teaonnni teaonnin teaoinnn teaoinnn teaoinnn teaoinnn teaoinnn teaoinnn teaoninn teaoninn teaonnin
teaonnni teaonnni teaonnin teaoninn teaoninn teaonnin teaonnni teaonnni teaonnin teanoinn teanoinn
teanonin teanonni teanonni teanonin teanionn teanionn teaninon teaninno teaninno teaninon teannion
teannino teannoin teannoni teannnoi teannnio teannino teannion teannnio teannnoi teannoni teannoin
teainonn teainonn teainnon teainnno teainnno teainnon teaionnn teaionnn teaionnn teaionnn teaionnn
teaionnn teainonn teainonn teainnon teainnno teainnno teainnon teainonn teainonn teainnon teainnno
teainnno teainnon teannion teannino teannoin teannoni teannnoi teannnio teaninon teaninno teanionn
teanionn teaninon teaninno teanoinn teanoinn teanonin teanonni teanonni teanonin teannion teannino
teannoin teannoni teannnoi teannnio teannino teannion teannnio teannnoi teannoni teannoin teaninno
teaninon teaninno teaninon teanionn teanionn teannino teannion teannnio teannnoi teannoni teannoin
teanoinn teanoinn teanonin teanonni teanonni teanonin tenonian tenonina tenonain tenonani tenonnai
tenonnia tenoinan tenoinna tenoiann tenoiann tenoinan tenoinna tenoainn tenoainn tenoanin tenoanni
tenoanni tenoanin tenonian tenonina tenonain tenonani tenonnai tenonnia tennoian tennoina tennoain
tennoani tennonai tennonia tennioan tenniona tenniaon tenniano tenninao tenninoa tennaion tennaino
tennaoin tennaoni tennanoi tennanio tennniao tennnioa tennnaio tennnaoi tennnoai tennnoia teninoan
teninona teninaon teninano teninnao teninnoa tenionan tenionna tenioann tenioann tenionan tenionna
teniaonn teniaonn tenianon tenianno tenianno tenianon teninoan teninona teninaon teninano teninnao
teninnoa tenanion tenanino tenanoin tenanoni tenannoi tenannio tenainon tenainno tenaionn tenaionn
tenainon tenainno tenaoinn tenaoinn tenaonin tenaonni tenaonni tenaonin tenanion tenanino tenanoin
tenanoni tenannoi tenannio tennniao tennnioa tennnaio tennnaoi tennnoai tennnoia tenninao tenninoa
tenniano tenniaon tennioan tenniona tennaino tennaion tennanio tennanoi tennaoni tennaoin tennoian
tennoina tennoain tennoani tennonai tennonia tneonian tneonina tneonain tneonani tneonnai tneonnia
tneoinan tneoinna tneoiann tneoiann tneoinan tneoinna tneoainn tneoainn tneoanin tneoanni tneoanni
tneoanin tneonian tneonina tneonain tneonani tneonnai tneonnia tnenoian tnenoina tnenoain tnenoani
tnenonai tnenonia tnenioan tneniona tneniaon tneniano tneninao tneninoa tnenaion tnenaino tnenaoin
tnenaoni tnenanoi tnenanio tnenniao tnennioa tnennaio tnennaoi tnennoai tnennoia tneinoan tneinona
tneinaon tneinano tneinnao tneinnoa tneionan tneionna tneioann tneioann tneionan tneionna tneiaonn
tneiaonn tneianon tneianno tneianno tneianon tneinoan tneinona tneinaon tneinano tneinnao tneinnoa
tneanion tneanino tneanoin tneanoni tneannoi tneannio tneainon tneainno tneaionn tneaionn tneainon
tneainno tneaoinn tneaoinn tneaonin tneaonni tneaonni tneaonin tneanion tneanino tneanoin tneanoni
tneannoi tneannio tnenniao tnennioa tnennaio tnennaoi tnennoai tnennoia tneninao tneninoa tneniano
tneniaon tnenioan tneniona tnenaino tnenaion tnenanio tnenanoi tnenaoni tnenaoin tnenoian tnenoina
tnenoain tnenoani tnenonai tnenonia tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia tnoeinan
tnoeinna tnoeiann tnoeiann tnoeinan tnoeinna tnoeainn tnoeainn tnoeanin tnoeanni tnoeanni tnoeanin
tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia tnoneian tnoneina tnoneain tnoneani tnonenai
tnonenia tnoniean tnoniena tnoniaen tnoniane tnoninae tnoninea tnonaien tnonaine tnonaein tnonaeni
tnonanei tnonanie tnonniae tnonniea tnonnaie tnonnaei tnonneai tnonneia tnoinean tnoinena tnoinaen
tnoinane tnoinnae tnoinnea tnoienan tnoienna tnoieann tnoieann tnoienan tnoienna tnoiaenn tnoiaenn
tnoianen tnoianne tnoianne tnoianen tnoinean tnoinena tnoinaen tnoinane tnoinnae tnoinnea tnoanien
tnoanine tnoanein tnoaneni tnoannei tnoannie tnoainen tnoainne tnoaienn tnoaienn tnoainen tnoainne
tnoaeinn tnoaeinn tnoaenin tnoaenni tnoaenni tnoaenin tnoanien tnoanine tnoanein tnoaneni tnoannei
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tnoniean tnoniena tnonaine tnonaien tnonanie tnonanei tnonaeni tnonaein tnoneian tnoneina tnoneain
tnoneani tnonenai tnonenia tnnoeian tnnoeina tnnoeain tnnoeani tnnoenai tnnoenia tnnoiean tnnoiena
tnnoiaen tnnoiane tnnoinae tnnoinea tnnoaien tnnoaine tnnoaein tnnoaeni tnnoanei tnnoanie tnnoniae
tnnoniea tnnonaie tnnonaei tnnoneai tnnoneia tnneoian tnneoina tnneoain tnneoani tnneonai tnneonia
tnneioan tnneiona tnneiaon tnneiano tnneinao tnneinoa tnneaion tnneaino tnneaoin tnneaoni tnneanoi
tnneanio tnneniao tnnenioa tnnenaio tnnenaoi tnnenoai tnnenoia tnnieoan tnnieona tnnieaon tnnieano
tnnienao tnnienoa tnnioean tnnioena tnnioaen tnnioane tnnionae tnnionea tnniaoen tnniaone tnniaeon
tnniaeno tnnianeo tnnianoe tnninoae tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnaeion tnnaeino
tnnaeoin tnnaeoni tnnaenoi tnnaenio tnnaieon tnnaieno tnnaioen tnnaione tnnainoe tnnaineo tnnaoien
tnnaoine tnnaoein tnnaoeni tnnaonei tnnaonie tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi tnnaneio
tnnneiao tnnneioa tnnneaio tnnneaoi tnnneoai tnnneoia tnnnieao tnnnieoa tnnniaeo tnnniaoe tnnnioae
tnnnioea tnnnaieo tnnnaioe tnnnaeio tnnnaeoi tnnnaoei tnnnaoie tnnnoiae tnnnoiea tnnnoaie tnnnoaei
tnnnoeai tnnnoeia tnionean tnionena tnionaen tnionane tnionnae tnionnea tnioenan tnioenna tnioeann
tnioeann tnioenan tnioenna tnioaenn tnioaenn tnioanen tnioanne tnioanne tnioanen tnionean tnionena
tnionaen tnionane tnionnae tnionnea tninoean tninoena tninoaen tninoane tninonae tninonea tnineoan
tnineona tnineaon tnineano tninenao tninenoa tninaeon tninaeno tninaoen tninaone tninanoe tninaneo
tninneao tninneoa tninnaeo tninnaoe tninnoae tninnoea tnienoan tnienona tnienaon tnienano tniennao
tniennoa tnieonan tnieonna tnieoann tnieoann tnieonan tnieonna tnieaonn tnieaonn tnieanon tnieanno
tnieanno tnieanon tnienoan tnienona tnienaon tnienano tniennao tniennoa tnianeon tnianeno tnianoen
tnianone tniannoe tnianneo tniaenon tniaenno tniaeonn tniaeonn tniaenon tniaenno tniaoenn tniaoenn
tniaonen tniaonne tniaonne tniaonen tnianeon tnianeno tnianoen tnianone tniannoe tnianneo tninneao
tninneoa tninnaeo tninnaoe tninnoae tninnoea tninenao tninenoa tnineano tnineaon tnineoan tnineona
tninaeno tninaeon tninaneo tninanoe tninaone tninaoen tninoean tninoena tninoaen tninoane tninonae
tninonea tnaonien tnaonine tnaonein tnaoneni tnaonnei tnaonnie tnaoinen tnaoinne tnaoienn tnaoienn
tnaoinen tnaoinne tnaoeinn tnaoeinn tnaoenin tnaoenni tnaoenni tnaoenin tnaonien tnaonine tnaonein
tnaoneni tnaonnei tnaonnie tnanoien tnanoine tnanoein tnanoeni tnanonei tnanonie tnanioen tnanione
tnanieon tnanieno tnanineo tnaninoe tnaneion tnaneino tnaneoin tnaneoni tnanenoi tnanenio tnannieo
tnannioe tnanneio tnanneoi tnannoei tnannoie tnainoen tnainone tnaineon tnaineno tnainneo tnainnoe
tnaionen tnaionne tnaioenn tnaioenn tnaionen tnaionne tnaieonn tnaieonn tnaienon tnaienno tnaienno
tnaienon tnainoen tnainone tnaineon tnaineno tnainneo tnainnoe tnaenion tnaenino tnaenoin tnaenoni
tnaennoi tnaennio tnaeinon tnaeinno tnaeionn tnaeionn tnaeinon tnaeinno tnaeoinn tnaeoinn tnaeonin
tnaeonni tnaeonni tnaeonin tnaenion tnaenino tnaenoin tnaenoni tnaennoi tnaennio tnannieo tnannioe
tnanneio tnanneoi tnannoei tnannoie tnanineo tnaninoe tnanieno tnanieon tnanioen tnanione tnaneino
tnaneion tnanenio tnanenoi tnaneoni tnaneoin tnanoien tnanoine tnanoein tnanoeni tnanonei tnanonie
tnnoniae tnnoniea tnnonaie tnnonaei tnnoneai tnnoneia tnnoinae tnnoinea tnnoiane tnnoiaen tnnoiean
tnnoiena tnnoaine tnnoaien tnnoanie tnnoanei tnnoaeni tnnoaein tnnoeian tnnoeina tnnoeain tnnoeani
tnnoenai tnnoenia tnnnoiae tnnnoiea tnnnoaie tnnnoaei tnnnoeai tnnnoeia tnnnioae tnnnioea tnnniaoe
tnnniaeo tnnnieao tnnnieoa tnnnaioe tnnnaieo tnnnaoie tnnnaoei tnnnaeoi tnnnaeio tnnneiao tnnneioa
tnnneaio tnnneaoi tnnneoai tnnneoia tnninoae tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnionae
tnnionea tnnioane tnnioaen tnnioean tnnioena tnniaone tnniaoen tnnianoe tnnianeo tnniaeno tnniaeon
tnnieoan tnnieona tnnieaon tnnieano tnnienao tnnienoa tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi
tnnaneio tnnainoe tnnaineo tnnaione tnnaioen tnnaieon tnnaieno tnnaoine tnnaoien tnnaonie tnnaonei
tnnaoeni tnnaoein tnnaeion tnnaeino tnnaeoin tnnaeoni tnnaenoi tnnaenio tnneniao tnnenioa tnnenaio
tnnenaoi tnnenoai tnnenoia tnneinao tnneinoa tnneiano tnneiaon tnneioan tnneiona tnneaino tnneaion
tnneanio tnneanoi tnneaoni tnneaoin tnneoian tnneoina tnneoain tnneoani tnneonai tnneonia tonenian
tonenina tonenain tonenani tonennai tonennia toneinan toneinna toneiann toneiann toneinan toneinna
toneainn toneainn toneanin toneanni toneanni toneanin tonenian tonenina tonenain tonenani tonennai
tonennia tonneian tonneina tonneain tonneani tonnenai tonnenia tonniean tonniena tonniaen tonniane
tonninae tonninea tonnaien tonnaine tonnaein tonnaeni tonnanei tonnanie tonnniae tonnniea tonnnaie
tonnnaei tonnneai tonnneia toninean toninena toninaen toninane toninnae toninnea tonienan tonienna
tonieann tonieann tonienan tonienna toniaenn toniaenn tonianen tonianne tonianne tonianen toninean
toninena toninaen toninane toninnae toninnea tonanien tonanine tonanein tonaneni tonannei tonannie
tonainen tonainne tonaienn tonaienn tonainen tonainne tonaeinn tonaeinn tonaenin tonaenni tonaenni
tonaenin tonanien tonanine tonanein tonaneni tonannei tonannie tonnniae tonnniea tonnnaie tonnnaei
tonnneai tonnneia tonninae tonninea tonniane tonniaen tonniean tonniena tonnaine tonnaien tonnanie
tonnanei tonnaeni tonnaein tonneian tonneina tonneain tonneani tonnenai tonnenia toennian toennina
toennain toennani toennnai toennnia toeninan toeninna toeniann toeniann toeninan toeninna toenainn
toenainn toenanin toenanni toenanni toenanin toennian toennina toennain toennani toennnai toennnia
toennian toennina toennain toennani toennnai toennnia toeninan toeninna toeniann toeniann toeninan
toeninna toenainn toenainn toenanin toenanni toenanni toenanin toennian toennina toennain toennani
toennnai toennnia toeinnan toeinnna toeinann toeinann toeinnan toeinnna toeinnan toeinnna toeinann
toeinann toeinnan toeinnna toeiannn toeiannn toeiannn toeiannn toeiannn toeiannn toeinnan toeinnna
toeinann toeinann toeinnan toeinnna toeaninn toeaninn toeannin toeannni toeannni toeannin toeainnn
toeainnn toeainnn toeainnn toeainnn toeainnn toeaninn toeaninn toeannin toeannni toeannni toeannin
toeaninn toeaninn toeannin toeannni toeannni toeannin toennian toennina toennain toennani toennnai
toennnia toeninan toeninna toeniann toeniann toeninan toeninna toenainn toenainn toenanin toenanni
toenanni toenanin toennian toennina toennain toennani toennnai toennnia tonenian tonenina tonenain
tonenani tonennai tonennia toneinan toneinna toneiann toneiann toneinan toneinna toneainn toneainn
toneanin toneanni toneanni toneanin tonenian tonenina tonenain tonenani tonennai tonennia tonneian
tonneina tonneain tonneani tonnenai tonnenia tonniean tonniena tonniaen tonniane tonninae tonninea
tonnaien tonnaine tonnaein tonnaeni tonnanei tonnanie tonnniae tonnniea tonnnaie tonnnaei tonnneai
tonnneia toninean toninena toninaen toninane toninnae toninnea tonienan tonienna tonieann tonieann
tonienan tonienna toniaenn toniaenn tonianen tonianne tonianne tonianen toninean toninena toninaen
toninane toninnae toninnea tonanien tonanine tonanein tonaneni tonannei tonannie tonainen tonainne
tonaienn tonaienn tonainen tonainne tonaeinn tonaeinn tonaenin tonaenni tonaenni tonaenin tonanien
tonanine tonanein tonaneni tonannei tonannie tonnniae tonnniea tonnnaie tonnnaei tonnneai tonnneia
tonninae tonninea tonniane tonniaen tonniean tonniena tonnaine tonnaien tonnanie tonnanei tonnaeni
tonnaein tonneian tonneina tonneain tonneani tonnenai tonnenia toiennan toiennna toienann toienann
toiennan toiennna toiennan toiennna toienann toienann toiennan toiennna toieannn toieannn toieannn
toieannn toieannn toieannn toiennan toiennna toienann toienann toiennan toiennna toinenan toinenna
toineann toineann toinenan toinenna toinnean toinnena toinnaen toinnane toinnnae toinnnea toinanen
toinanne toinaenn toinaenn toinanen toinanne toinnnae toinnnea toinnane toinnaen toinnean toinnena
toinnean toinnena toinnaen toinnane toinnnae toinnnea toinenan toinenna toineann toineann toinenan
toinenna toinaenn toinaenn toinanen toinanne toinanne toinanen toinnean toinnena toinnaen toinnane
toinnnae toinnnea toiannen toiannne toianenn toianenn toiannen toiannne toiannen toiannne toianenn
toianenn toiannen toiannne toiaennn toiaennn toiaennn toiaennn toiaennn toiaennn toiannen toiannne
toianenn toianenn toiannen toiannne toinnnae toinnnea toinnane toinnaen toinnean toinnena toinnnae
toinnnea toinnane toinnaen toinnean toinnena toinanne toinanen toinanne toinanen toinaenn toinaenn
toinenan toinenna toineann toineann toinenan toinenna toaeninn toaeninn toaennin toaennni toaennni
toaennin toaeinnn toaeinnn toaeinnn toaeinnn toaeinnn toaeinnn toaeninn toaeninn toaennin toaennni
toaennni toaennin toaeninn toaeninn toaennin toaennni toaennni toaennin toaneinn toaneinn toanenin
toanenni toanenni toanenin toanienn toanienn toaninen toaninne toaninne toaninen toannien toannine
toannein toanneni toannnei toannnie toannine toannien toannnie toannnei toanneni toannein toainenn
toainenn toainnen toainnne toainnne toainnen toaiennn toaiennn toaiennn toaiennn toaiennn toaiennn
toainenn toainenn toainnen toainnne toainnne toainnen toainenn toainenn toainnen toainnne toainnne
toainnen toannien toannine toannein toanneni toannnei toannnie toaninen toaninne toanienn toanienn
toaninen toaninne toaneinn toaneinn toanenin toanenni toanenni toanenin toannien toannine toannein
toanneni toannnei toannnie toannine toannien toannnie toannnei toanneni toannein toaninne toaninen
toaninne toaninen toanienn toanienn toannine toannien toannnie toannnei toanneni toannein toaneinn
toaneinn toanenin toanenni toanenni toanenin tonenian tonenina tonenain tonenani tonennai tonennia
toneinan toneinna toneiann toneiann toneinan toneinna toneainn toneainn toneanin toneanni toneanni
toneanin tonenian tonenina tonenain tonenani tonennai tonennia tonneian tonneina tonneain tonneani
tonnenai tonnenia tonniean tonniena tonniaen tonniane tonninae tonninea tonnaien tonnaine tonnaein
tonnaeni tonnanei tonnanie tonnniae tonnniea tonnnaie tonnnaei tonnneai tonnneia toninean toninena
toninaen toninane toninnae toninnea tonienan tonienna tonieann tonieann tonienan tonienna toniaenn
toniaenn tonianen tonianne tonianne tonianen toninean toninena toninaen toninane toninnae toninnea
tonanien tonanine tonanein tonaneni tonannei tonannie tonainen tonainne tonaienn tonaienn tonainen
tonainne tonaeinn tonaeinn tonaenin tonaenni tonaenni tonaenin tonanien tonanine tonanein tonaneni
tonannei tonannie tonnniae tonnniea tonnnaie tonnnaei tonnneai tonnneia tonninae tonninea tonniane
tonniaen tonniean tonniena tonnaine tonnaien tonnanie tonnanei tonnaeni tonnaein tonneian tonneina
tonneain tonneani tonnenai tonnenia tnnoeian tnnoeina tnnoeain tnnoeani tnnoenai tnnoenia tnnoiean
tnnoiena tnnoiaen tnnoiane tnnoinae tnnoinea tnnoaien tnnoaine tnnoaein tnnoaeni tnnoanei tnnoanie
tnnoniae tnnoniea tnnonaie tnnonaei tnnoneai tnnoneia tnneoian tnneoina tnneoain tnneoani tnneonai
tnneonia tnneioan tnneiona tnneiaon tnneiano tnneinao tnneinoa tnneaion tnneaino tnneaoin tnneaoni
tnneanoi tnneanio tnneniao tnnenioa tnnenaio tnnenaoi tnnenoai tnnenoia tnnieoan tnnieona tnnieaon
tnnieano tnnienao tnnienoa tnnioean tnnioena tnnioaen tnnioane tnnionae tnnionea tnniaoen tnniaone
tnniaeon tnniaeno tnnianeo tnnianoe tnninoae tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnaeion
tnnaeino tnnaeoin tnnaeoni tnnaenoi tnnaenio tnnaieon tnnaieno tnnaioen tnnaione tnnainoe tnnaineo
tnnaoien tnnaoine tnnaoein tnnaoeni tnnaonei tnnaonie tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi
tnnaneio tnnneiao tnnneioa tnnneaio tnnneaoi tnnneoai tnnneoia tnnnieao tnnnieoa tnnniaeo tnnniaoe
tnnnioae tnnnioea tnnnaieo tnnnaioe tnnnaeio tnnnaeoi tnnnaoei tnnnaoie tnnnoiae tnnnoiea tnnnoaie
tnnnoaei tnnnoeai tnnnoeia tnoneian tnoneina tnoneain tnoneani tnonenai tnonenia tnoniean tnoniena
tnoniaen tnoniane tnoninae tnoninea tnonaien tnonaine tnonaein tnonaeni tnonanei tnonanie tnonniae
tnonniea tnonnaie tnonnaei tnonneai tnonneia tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia
tnoeinan tnoeinna tnoeiann tnoeiann tnoeinan tnoeinna tnoeainn tnoeainn tnoeanin tnoeanni tnoeanni
tnoeanin tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia tnoienan tnoienna tnoieann tnoieann
tnoienan tnoienna tnoinean tnoinena tnoinaen tnoinane tnoinnae tnoinnea tnoianen tnoianne tnoiaenn
tnoiaenn tnoianen tnoianne tnoinnae tnoinnea tnoinane tnoinaen tnoinean tnoinena tnoaeinn tnoaeinn
tnoaenin tnoaenni tnoaenni tnoaenin tnoaienn tnoaienn tnoainen tnoainne tnoainne tnoainen tnoanien
tnoanine tnoanein tnoaneni tnoannei tnoannie tnoanine tnoanien tnoannie tnoannei tnoaneni tnoanein
tnoneian tnoneina tnoneain tnoneani tnonenai tnonenia tnoniean tnoniena tnoniaen tnoniane tnoninae
tnoninea tnonaien tnonaine tnonaein tnonaeni tnonanei tnonanie tnonniae tnonniea tnonnaie tnonnaei
tnonneai tnonneia tneonian tneonina tneonain tneonani tneonnai tneonnia tneoinan tneoinna tneoiann
tneoiann tneoinan tneoinna tneoainn tneoainn tneoanin tneoanni tneoanni tneoanin tneonian tneonina
tneonain tneonani tneonnai tneonnia tnenoian tnenoina tnenoain tnenoani tnenonai tnenonia tnenioan
tneniona tneniaon tneniano tneninao tneninoa tnenaion tnenaino tnenaoin tnenaoni tnenanoi tnenanio
tnenniao tnennioa tnennaio tnennaoi tnennoai tnennoia tneinoan tneinona tneinaon tneinano tneinnao
tneinnoa tneionan tneionna tneioann tneioann tneionan tneionna tneiaonn tneiaonn tneianon tneianno
tneianno tneianon tneinoan tneinona tneinaon tneinano tneinnao tneinnoa tneanion tneanino tneanoin
tneanoni tneannoi tneannio tneainon tneainno tneaionn tneaionn tneainon tneainno tneaoinn tneaoinn
tneaonin tneaonni tneaonni tneaonin tneanion tneanino tneanoin tneanoni tneannoi tneannio tnenniao
tnennioa tnennaio tnennaoi tnennoai tnennoia tneninao tneninoa tneniano tneniaon tnenioan tneniona
tnenaino tnenaion tnenanio tnenanoi tnenaoni tnenaoin tnenoian tnenoina tnenoain tnenoani tnenonai
tnenonia tnioenan tnioenna tnioeann tnioeann tnioenan tnioenna tnionean tnionena tnionaen tnionane
tnionnae tnionnea tnioanen tnioanne tnioaenn tnioaenn tnioanen tnioanne tnionnae tnionnea tnionane
tnionaen tnionean tnionena tnieonan tnieonna tnieoann tnieoann tnieonan tnieonna tnienoan tnienona
tnienaon tnienano tniennao tniennoa tnieanon tnieanno tnieaonn tnieaonn tnieanon tnieanno tniennao
tniennoa tnienano tnienaon tnienoan tnienona tnineoan tnineona tnineaon tnineano tninenao tninenoa
tninoean tninoena tninoaen tninoane tninonae tninonea tninaoen tninaone tninaeon tninaeno tninaneo
tninanoe tninnoae tninnoea tninnaoe tninnaeo tninneao tninneoa tniaenon tniaenno tniaeonn tniaeonn
tniaenon tniaenno tnianeon tnianeno tnianoen tnianone tniannoe tnianneo tniaonen tniaonne tniaoenn
tniaoenn tniaonen tniaonne tniannoe tnianneo tnianone tnianoen tnianeon tnianeno tninenao tninenoa
tnineano tnineaon tnineoan tnineona tninneao tninneoa tninnaeo tninnaoe tninnoae tninnoea tninaneo
tninanoe tninaeno tninaeon tninaoen tninaone tninonae tninonea tninoane tninoaen tninoean tninoena
tnaoeinn tnaoeinn tnaoenin tnaoenni tnaoenni tnaoenin tnaoienn tnaoienn tnaoinen tnaoinne tnaoinne
tnaoinen tnaonien tnaonine tnaonein tnaoneni tnaonnei tnaonnie tnaonine tnaonien tnaonnie tnaonnei
tnaoneni tnaonein tnaeoinn tnaeoinn tnaeonin tnaeonni tnaeonni tnaeonin tnaeionn tnaeionn tnaeinon
tnaeinno tnaeinno tnaeinon tnaenion tnaenino tnaenoin tnaenoni tnaennoi tnaennio tnaenino tnaenion
tnaennio tnaennoi tnaenoni tnaenoin tnaieonn tnaieonn tnaienon tnaienno tnaienno tnaienon tnaioenn
tnaioenn tnaionen tnaionne tnaionne tnaionen tnainoen tnainone tnaineon tnaineno tnainneo tnainnoe
tnainone tnainoen tnainnoe tnainneo tnaineno tnaineon tnaneion tnaneino tnaneoin tnaneoni tnanenoi
tnanenio tnanieon tnanieno tnanioen tnanione tnaninoe tnanineo tnanoien tnanoine tnanoein tnanoeni
tnanonei tnanonie tnannioe tnannieo tnannoie tnannoei tnanneoi tnanneio tnaneino tnaneion tnanenio
tnanenoi tnaneoni tnaneoin tnanieno tnanieon tnanineo tnaninoe tnanione tnanioen tnannieo tnannioe
tnanneio tnanneoi tnannoei tnannoie tnanoine tnanoien tnanonie tnanonei tnanoeni tnanoein tnnoeian
tnnoeina tnnoeain tnnoeani tnnoenai tnnoenia tnnoiean tnnoiena tnnoiaen tnnoiane tnnoinae tnnoinea
tnnoaien tnnoaine tnnoaein tnnoaeni tnnoanei tnnoanie tnnoniae tnnoniea tnnonaie tnnonaei tnnoneai
tnnoneia tnneoian tnneoina tnneoain tnneoani tnneonai tnneonia tnneioan tnneiona tnneiaon tnneiano
tnneinao tnneinoa tnneaion tnneaino tnneaoin tnneaoni tnneanoi tnneanio tnneniao tnnenioa tnnenaio
tnnenaoi tnnenoai tnnenoia tnnieoan tnnieona tnnieaon tnnieano tnnienao tnnienoa tnnioean tnnioena
tnnioaen tnnioane tnnionae tnnionea tnniaoen tnniaone tnniaeon tnniaeno tnnianeo tnnianoe tnninoae
tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnaeion tnnaeino tnnaeoin tnnaeoni tnnaenoi tnnaenio
tnnaieon tnnaieno tnnaioen tnnaione tnnainoe tnnaineo tnnaoien tnnaoine tnnaoein tnnaoeni tnnaonei
tnnaonie tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi tnnaneio tnnneiao tnnneioa tnnneaio tnnneaoi
tnnneoai tnnneoia tnnnieao tnnnieoa tnnniaeo tnnniaoe tnnnioae tnnnioea tnnnaieo tnnnaioe tnnnaeio
tnnnaeoi tnnnaoei tnnnaoie tnnnoiae tnnnoiea tnnnoaie tnnnoaei tnnnoeai tnnnoeia tinonean tinonena
tinonaen tinonane tinonnae tinonnea tinoenan tinoenna tinoeann tinoeann tinoenan tinoenna tinoaenn
tinoaenn tinoanen tinoanne tinoanne tinoanen tinonean tinonena tinonaen tinonane tinonnae tinonnea
tinnoean tinnoena tinnoaen tinnoane tinnonae tinnonea tinneoan tinneona tinneaon tinneano tinnenao
tinnenoa tinnaeon tinnaeno tinnaoen tinnaone tinnanoe tinnaneo tinnneao tinnneoa tinnnaeo tinnnaoe
tinnnoae tinnnoea tinenoan tinenona tinenaon tinenano tinennao tinennoa tineonan tineonna tineoann
tineoann tineonan tineonna tineaonn tineaonn tineanon tineanno tineanno tineanon tinenoan tinenona
tinenaon tinenano tinennao tinennoa tinaneon tinaneno tinanoen tinanone tinannoe tinanneo tinaenon
tinaenno tinaeonn tinaeonn tinaenon tinaenno tinaoenn tinaoenn tinaonen tinaonne tinaonne tinaonen
tinaneon tinaneno tinanoen tinanone tinannoe tinanneo tinnneao tinnneoa tinnnaeo tinnnaoe tinnnoae
tinnnoea tinnenao tinnenoa tinneano tinneaon tinneoan tinneona tinnaeno tinnaeon tinnaneo tinnanoe
tinnaone tinnaoen tinnoean tinnoena tinnoaen tinnoane tinnonae tinnonea tionnean tionnena tionnaen
tionnane tionnnae tionnnea tionenan tionenna tioneann tioneann tionenan tionenna tionaenn tionaenn
tionanen tionanne tionanne tionanen tionnean tionnena tionnaen tionnane tionnnae tionnnea tionnean
tionnena tionnaen tionnane tionnnae tionnnea tionenan tionenna tioneann tioneann tionenan tionenna
tionaenn tionaenn tionanen tionanne tionanne tionanen tionnean tionnena tionnaen tionnane tionnnae
tionnnea tioennan tioennna tioenann tioenann tioennan tioennna tioennan tioennna tioenann tioenann
tioennan tioennna tioeannn tioeannn tioeannn tioeannn tioeannn tioeannn tioennan tioennna tioenann
tioenann tioennan tioennna tioanenn tioanenn tioannen tioannne tioannne tioannen tioaennn tioaennn
tioaennn tioaennn tioaennn tioaennn tioanenn tioanenn tioannen tioannne tioannne tioannen tioanenn
tioanenn tioannen tioannne tioannne tioannen tionnean tionnena tionnaen tionnane tionnnae tionnnea
tionenan tionenna tioneann tioneann tionenan tionenna tionaenn tionaenn tionanen tionanne tionanne
tionanen tionnean tionnena tionnaen tionnane tionnnae tionnnea tinonean tinonena tinonaen tinonane
tinonnae tinonnea tinoenan tinoenna tinoeann tinoeann tinoenan tinoenna tinoaenn tinoaenn tinoanen
tinoanne tinoanne tinoanen tinonean tinonena tinonaen tinonane tinonnae tinonnea tinnoean tinnoena
tinnoaen tinnoane tinnonae tinnonea tinneoan tinneona tinneaon tinneano tinnenao tinnenoa tinnaeon
tinnaeno tinnaoen tinnaone tinnanoe tinnaneo tinnneao tinnneoa tinnnaeo tinnnaoe tinnnoae tinnnoea
tinenoan tinenona tinenaon tinenano tinennao tinennoa tineonan tineonna tineoann tineoann tineonan
tineonna tineaonn tineaonn tineanon tineanno tineanno tineanon tinenoan tinenona tinenaon tinenano
tinennao tinennoa tinaneon tinaneno tinanoen tinanone tinannoe tinanneo tinaenon tinaenno tinaeonn
tinaeonn tinaenon tinaenno tinaoenn tinaoenn tinaonen tinaonne tinaonne tinaonen tinaneon tinaneno
tinanoen tinanone tinannoe tinanneo tinnneao tinnneoa tinnnaeo tinnnaoe tinnnoae tinnnoea tinnenao
tinnenoa tinneano tinneaon tinneoan tinneona tinnaeno tinnaeon tinnaneo tinnanoe tinnaone tinnaoen
tinnoean tinnoena tinnoaen tinnoane tinnonae tinnonea tieonnan tieonnna tieonann tieonann tieonnan
tieonnna tieonnan tieonnna tieonann tieonann tieonnan tieonnna tieoannn tieoannn tieoannn tieoannn
tieoannn tieoannn tieonnan tieonnna tieonann tieonann tieonnan tieonnna tienonan tienonna tienoann
tienoann tienonan tienonna tiennoan tiennona tiennaon tiennano tiennnao tiennnoa tienanon tienanno
tienaonn tienaonn tienanon tienanno tiennnao tiennnoa tiennano tiennaon tiennoan tiennona tiennoan
tiennona tiennaon tiennano tiennnao tiennnoa tienonan tienonna tienoann tienoann tienonan tienonna
tienaonn tienaonn tienanon tienanno tienanno tienanon tiennoan tiennona tiennaon tiennano tiennnao
tiennnoa tieannon tieannno tieanonn tieanonn tieannon tieannno tieannon tieannno tieanonn tieanonn
tieannon tieannno tieaonnn tieaonnn tieaonnn tieaonnn tieaonnn tieaonnn tieannon tieannno tieanonn
tieanonn tieannon tieannno tiennnao tiennnoa tiennano tiennaon tiennoan tiennona tiennnao tiennnoa
tiennano tiennaon tiennoan tiennona tienanno tienanon tienanno tienanon tienaonn tienaonn tienonan
tienonna tienoann tienoann tienonan tienonna tiaonenn tiaonenn tiaonnen tiaonnne tiaonnne tiaonnen
tiaoennn tiaoennn tiaoennn tiaoennn tiaoennn tiaoennn tiaonenn tiaonenn tiaonnen tiaonnne tiaonnne
tiaonnen tiaonenn tiaonenn tiaonnen tiaonnne tiaonnne tiaonnen tianoenn tianoenn tianonen tianonne
tianonne tianonen tianeonn tianeonn tianenon tianenno tianenno tianenon tianneon tianneno tiannoen
tiannone tiannnoe tiannneo tianneno tianneon tiannneo tiannnoe tiannone tiannoen tiaenonn tiaenonn
tiaennon tiaennno tiaennno tiaennon tiaeonnn tiaeonnn tiaeonnn tiaeonnn tiaeonnn tiaeonnn tiaenonn
tiaenonn tiaennon tiaennno tiaennno tiaennon tiaenonn tiaenonn tiaennon tiaennno tiaennno tiaennon
tianneon tianneno tiannoen tiannone tiannnoe tiannneo tianenon tianenno tianeonn tianeonn tianenon
tianenno tianoenn tianoenn tianonen tianonne tianonne tianonen tianneon tianneno tiannoen tiannone
tiannnoe tiannneo tianneno tianneon tiannneo tiannnoe tiannone tiannoen tianenno tianenon tianenno
tianenon tianeonn tianeonn tianneno tianneon tiannneo tiannnoe tiannone tiannoen tianoenn tianoenn
tianonen tianonne tianonne tianonen tinonean tinonena tinonaen tinonane tinonnae tinonnea tinoenan
tinoenna tinoeann tinoeann tinoenan tinoenna tinoaenn tinoaenn tinoanen tinoanne tinoanne tinoanen
tinonean tinonena tinonaen tinonane tinonnae tinonnea tinnoean tinnoena tinnoaen tinnoane tinnonae
tinnonea tinneoan tinneona tinneaon tinneano tinnenao tinnenoa tinnaeon tinnaeno tinnaoen tinnaone
tinnanoe tinnaneo tinnneao tinnneoa tinnnaeo tinnnaoe tinnnoae tinnnoea tinenoan tinenona tinenaon
tinenano tinennao tinennoa tineonan tineonna tineoann tineoann tineonan tineonna tineaonn tineaonn
tineanon tineanno tineanno tineanon tinenoan tinenona tinenaon tinenano tinennao tinennoa tinaneon
tinaneno tinanoen tinanone tinannoe tinanneo tinaenon tinaenno tinaeonn tinaeonn tinaenon tinaenno
tinaoenn tinaoenn tinaonen tinaonne tinaonne tinaonen tinaneon tinaneno tinanoen tinanone tinannoe
tinanneo tinnneao tinnneoa tinnnaeo tinnnaoe tinnnoae tinnnoea tinnenao tinnenoa tinneano tinneaon
tinneoan tinneona tinnaeno tinnaeon tinnaneo tinnanoe tinnaone tinnaoen tinnoean tinnoena tinnoaen
tinnoane tinnonae tinnonea tanonien tanonine tanonein tanoneni tanonnei tanonnie tanoinen tanoinne
tanoienn tanoienn tanoinen tanoinne tanoeinn tanoeinn tanoenin tanoenni tanoenni tanoenin tanonien
tanonine tanonein tanoneni tanonnei tanonnie tannoien tannoine tannoein tannoeni tannonei tannonie
tannioen tannione tannieon tannieno tannineo tanninoe tanneion tanneino tanneoin tanneoni tannenoi
tannenio tannnieo tannnioe tannneio tannneoi tannnoei tannnoie taninoen taninone tanineon tanineno
taninneo taninnoe tanionen tanionne tanioenn tanioenn tanionen tanionne tanieonn tanieonn tanienon
tanienno tanienno tanienon taninoen taninone tanineon tanineno taninneo taninnoe tanenion tanenino
tanenoin tanenoni tanennoi tanennio taneinon taneinno taneionn taneionn taneinon taneinno taneoinn
taneoinn taneonin taneonni taneonni taneonin tanenion tanenino tanenoin tanenoni tanennoi tanennio
tannnieo tannnioe tannneio tannneoi tannnoei tannnoie tannineo tanninoe tannieno tannieon tannioen
tannione tanneino tanneion tannenio tannenoi tanneoni tanneoin tannoien tannoine tannoein tannoeni
tannonei tannonie taonnien taonnine taonnein taonneni taonnnei taonnnie taoninen taoninne taonienn
taonienn taoninen taoninne taoneinn taoneinn taonenin taonenni taonenni taonenin taonnien taonnine
taonnein taonneni taonnnei taonnnie taonnien taonnine taonnein taonneni taonnnei taonnnie taoninen
taoninne taonienn taonienn taoninen taoninne taoneinn taoneinn taonenin taonenni taonenni taonenin
taonnien taonnine taonnein taonneni taonnnei taonnnie taoinnen taoinnne taoinenn taoinenn taoinnen
taoinnne taoinnen taoinnne taoinenn taoinenn taoinnen taoinnne taoiennn taoiennn taoiennn taoiennn
taoiennn taoiennn taoinnen taoinnne taoinenn taoinenn taoinnen taoinnne taoeninn taoeninn taoennin
taoennni taoennni taoennin taoeinnn taoeinnn taoeinnn taoeinnn taoeinnn taoeinnn taoeninn taoeninn
taoennin taoennni taoennni taoennin taoeninn taoeninn taoennin taoennni taoennni taoennin taonnien
taonnine taonnein taonneni taonnnei taonnnie taoninen taoninne taonienn taonienn taoninen taoninne
taoneinn taoneinn taonenin taonenni taonenni taonenin taonnien taonnine taonnein taonneni taonnnei
taonnnie tanonien tanonine tanonein tanoneni tanonnei tanonnie tanoinen tanoinne tanoienn tanoienn
tanoinen tanoinne tanoeinn tanoeinn tanoenin tanoenni tanoenni tanoenin tanonien tanonine tanonein
tanoneni tanonnei tanonnie tannoien tannoine tannoein tannoeni tannonei tannonie tannioen tannione
tannieon tannieno tannineo tanninoe tanneion tanneino tanneoin tanneoni tannenoi tannenio tannnieo
tannnioe tannneio tannneoi tannnoei tannnoie taninoen taninone tanineon tanineno taninneo taninnoe
tanionen tanionne tanioenn tanioenn tanionen tanionne tanieonn tanieonn tanienon tanienno tanienno
tanienon taninoen taninone tanineon tanineno taninneo taninnoe tanenion tanenino tanenoin tanenoni
tanennoi tanennio taneinon taneinno taneionn taneionn taneinon taneinno taneoinn taneoinn taneonin
taneonni taneonni taneonin tanenion tanenino tanenoin tanenoni tanennoi tanennio tannnieo tannnioe
tannneio tannneoi tannnoei tannnoie tannineo tanninoe tannieno tannieon tannioen tannione tanneino
tanneion tannenio tannenoi tanneoni tanneoin tannoien tannoine tannoein tannoeni tannonei tannonie
taionnen taionnne taionenn taionenn taionnen taionnne taionnen taionnne taionenn taionenn taionnen
taionnne taioennn taioennn taioennn taioennn taioennn taioennn taionnen taionnne taionenn taionenn
taionnen taionnne tainonen tainonne tainoenn tainoenn tainonen tainonne tainnoen tainnone tainneon
tainneno tainnneo tainnnoe tainenon tainenno taineonn taineonn tainenon tainenno tainnneo tainnnoe
tainneno tainneon tainnoen tainnone tainnoen tainnone tainneon tainneno tainnneo tainnnoe tainonen
tainonne tainoenn tainoenn tainonen tainonne taineonn taineonn tainenon tainenno tainenno tainenon
tainnoen tainnone tainneon tainneno tainnneo tainnnoe taiennon taiennno taienonn taienonn taiennon
taiennno taiennon taiennno taienonn taienonn taiennon taiennno taieonnn taieonnn taieonnn taieonnn
taieonnn taieonnn taiennon taiennno taienonn taienonn taiennon taiennno tainnneo tainnnoe tainneno
tainneon tainnoen tainnone tainnneo tainnnoe tainneno tainneon tainnoen tainnone tainenno tainenon
tainenno tainenon taineonn taineonn tainonen tainonne tainoenn tainoenn tainonen tainonne taeoninn
taeoninn taeonnin taeonnni taeonnni taeonnin taeoinnn taeoinnn taeoinnn taeoinnn taeoinnn taeoinnn
taeoninn taeoninn taeonnin taeonnni taeonnni taeonnin taeoninn taeoninn taeonnin taeonnni taeonnni
taeonnin taenoinn taenoinn taenonin taenonni taenonni taenonin taenionn taenionn taeninon taeninno
taeninno taeninon taennion taennino taennoin taennoni taennnoi taennnio taennino taennion taennnio
taennnoi taennoni taennoin taeinonn taeinonn taeinnon taeinnno taeinnno taeinnon taeionnn taeionnn
taeionnn taeionnn taeionnn taeionnn taeinonn taeinonn taeinnon taeinnno taeinnno taeinnon taeinonn
taeinonn taeinnon taeinnno taeinnno taeinnon taennion taennino taennoin taennoni taennnoi taennnio
taeninon taeninno taenionn taenionn taeninon taeninno taenoinn taenoinn taenonin taenonni taenonni
taenonin taennion taennino taennoin taennoni taennnoi taennnio taennino taennion taennnio taennnoi
taennoni taennoin taeninno taeninon taeninno taeninon taenionn taenionn taennino taennion taennnio
taennnoi taennoni taennoin taenoinn taenoinn taenonin taenonni taenonni taenonin tanonien tanonine
tanonein tanoneni tanonnei tanonnie tanoinen tanoinne tanoienn tanoienn tanoinen tanoinne tanoeinn
tanoeinn tanoenin tanoenni tanoenni tanoenin tanonien tanonine tanonein tanoneni tanonnei tanonnie
tannoien tannoine tannoein tannoeni tannonei tannonie tannioen tannione tannieon tannieno tannineo
tanninoe tanneion tanneino tanneoin tanneoni tannenoi tannenio tannnieo tannnioe tannneio tannneoi
tannnoei tannnoie taninoen taninone tanineon tanineno taninneo taninnoe tanionen tanionne tanioenn
tanioenn tanionen tanionne tanieonn tanieonn tanienon tanienno tanienno tanienon taninoen taninone
tanineon tanineno taninneo taninnoe tanenion tanenino tanenoin tanenoni tanennoi tanennio taneinon
taneinno taneionn taneionn taneinon taneinno taneoinn taneoinn taneonin taneonni taneonni taneonin
tanenion tanenino tanenoin tanenoni tanennoi tanennio tannnieo tannnioe tannneio tannneoi tannnoei
tannnoie tannineo tanninoe tannieno tannieon tannioen tannione tanneino tanneion tannenio tannenoi
tanneoni tanneoin tannoien tannoine tannoein tannoeni tannonei tannonie tnnoniae tnnoniea tnnonaie
tnnonaei tnnoneai tnnoneia tnnoinae tnnoinea tnnoiane tnnoiaen tnnoiean tnnoiena tnnoaine tnnoaien
tnnoanie tnnoanei tnnoaeni tnnoaein tnnoeian tnnoeina tnnoeain tnnoeani tnnoenai tnnoenia tnnnoiae
tnnnoiea tnnnoaie tnnnoaei tnnnoeai tnnnoeia tnnnioae tnnnioea tnnniaoe tnnniaeo tnnnieao tnnnieoa
tnnnaioe tnnnaieo tnnnaoie tnnnaoei tnnnaeoi tnnnaeio tnnneiao tnnneioa tnnneaio tnnneaoi tnnneoai
tnnneoia tnninoae tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnionae tnnionea tnnioane tnnioaen
tnnioean tnnioena tnniaone tnniaoen tnnianoe tnnianeo tnniaeno tnniaeon tnnieoan tnnieona tnnieaon
tnnieano tnnienao tnnienoa tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi tnnaneio tnnainoe tnnaineo
tnnaione tnnaioen tnnaieon tnnaieno tnnaoine tnnaoien tnnaonie tnnaonei tnnaoeni tnnaoein tnnaeion
tnnaeino tnnaeoin tnnaeoni tnnaenoi tnnaenio tnneniao tnnenioa tnnenaio tnnenaoi tnnenoai tnnenoia
tnneinao tnneinoa tnneiano tnneiaon tnneioan tnneiona tnneaino tnneaion tnneanio tnneanoi tnneaoni
tnneaoin tnneoian tnneoina tnneoain tnneoani tnneonai tnneonia tnonniae tnonniea tnonnaie tnonnaei
tnonneai tnonneia tnoninae tnoninea tnoniane tnoniaen tnoniean tnoniena tnonaine tnonaien tnonanie
tnonanei tnonaeni tnonaein tnoneian tnoneina tnoneain tnoneani tnonenai tnonenia tnonniae tnonniea
tnonnaie tnonnaei tnonneai tnonneia tnoninae tnoninea tnoniane tnoniaen tnoniean tnoniena tnonaine
tnonaien tnonanie tnonanei tnonaeni tnonaein tnoneian tnoneina tnoneain tnoneani tnonenai tnonenia
tnoinnae tnoinnea tnoinane tnoinaen tnoinean tnoinena tnoinnae tnoinnea tnoinane tnoinaen tnoinean
tnoinena tnoianne tnoianen tnoianne tnoianen tnoiaenn tnoiaenn tnoienan tnoienna tnoieann tnoieann
tnoienan tnoienna tnoanine tnoanien tnoannie tnoannei tnoaneni tnoanein tnoainne tnoainen tnoainne
tnoainen tnoaienn tnoaienn tnoanine tnoanien tnoannie tnoannei tnoaneni tnoanein tnoaeinn tnoaeinn
tnoaenin tnoaenni tnoaenni tnoaenin tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia tnoeinan
tnoeinna tnoeiann tnoeiann tnoeinan tnoeinna tnoeainn tnoeainn tnoeanin tnoeanni tnoeanni tnoeanin
tnoenian tnoenina tnoenain tnoenani tnoennai tnoennia tnnoniae tnnoniea tnnonaie tnnonaei tnnoneai
tnnoneia tnnoinae tnnoinea tnnoiane tnnoiaen tnnoiean tnnoiena tnnoaine tnnoaien tnnoanie tnnoanei
tnnoaeni tnnoaein tnnoeian tnnoeina tnnoeain tnnoeani tnnoenai tnnoenia tnnnoiae tnnnoiea tnnnoaie
tnnnoaei tnnnoeai tnnnoeia tnnnioae tnnnioea tnnniaoe tnnniaeo tnnnieao tnnnieoa tnnnaioe tnnnaieo
tnnnaoie tnnnaoei tnnnaeoi tnnnaeio tnnneiao tnnneioa tnnneaio tnnneaoi tnnneoai tnnneoia tnninoae
tnninoea tnninaoe tnninaeo tnnineao tnnineoa tnnionae tnnionea tnnioane tnnioaen tnnioean tnnioena
tnniaone tnniaoen tnnianoe tnnianeo tnniaeno tnniaeon tnnieoan tnnieona tnnieaon tnnieano tnnienao
tnnienoa tnnanioe tnnanieo tnnanoie tnnanoei tnnaneoi tnnaneio tnnainoe tnnaineo tnnaione tnnaioen
tnnaieon tnnaieno tnnaoine tnnaoien tnnaonie tnnaonei tnnaoeni tnnaoein tnnaeion tnnaeino tnnaeoin
tnnaeoni tnnaenoi tnnaenio tnneniao tnnenioa tnnenaio tnnenaoi tnnenoai tnnenoia tnneinao tnneinoa
tnneiano tnneiaon tnneioan tnneiona tnneaino tnneaion tnneanio tnneanoi tnneaoni tnneaoin tnneoian
tnneoina tnneoain tnneoani tnneonai tnneonia tnionnae tnionnea tnionane tnionaen tnionean tnionena
tnionnae tnionnea tnionane tnionaen tnionean tnionena tnioanne tnioanen tnioanne tnioanen tnioaenn
tnioaenn tnioenan tnioenna tnioeann tnioeann tnioenan tnioenna tninonae tninonea tninoane tninoaen
tninoean tninoena tninnoae tninnoea tninnaoe tninnaeo tninneao tninneoa tninanoe tninaneo tninaone
tninaoen tninaeon tninaeno tninenao tninenoa tnineano tnineaon tnineoan tnineona tninnoae tninnoea
tninnaoe tninnaeo tninneao tninneoa tninonae tninonea tninoane tninoaen tninoean tninoena tninaone
tninaoen tninanoe tninaneo tninaeno tninaeon tnineoan tnineona tnineaon tnineano tninenao tninenoa
tniannoe tnianneo tnianone tnianoen tnianeon tnianeno tniannoe tnianneo tnianone tnianoen tnianeon
tnianeno tniaonne tniaonen tniaonne tniaonen tniaoenn tniaoenn tniaenon tniaenno tniaeonn tniaeonn
tniaenon tniaenno tniennao tniennoa tnienano tnienaon tnienoan tnienona tniennao tniennoa tnienano
tnienaon tnienoan tnienona tnieanno tnieanon tnieanno tnieanon tnieaonn tnieaonn tnieonan tnieonna
tnieoann tnieoann tnieonan tnieonna tnaonine tnaonien tnaonnie tnaonnei tnaoneni tnaonein tnaoinne
tnaoinen tnaoinne tnaoinen tnaoienn tnaoienn tnaonine tnaonien tnaonnie tnaonnei tnaoneni tnaonein
tnaoeinn tnaoeinn tnaoenin tnaoenni tnaoenni tnaoenin tnanoine tnanoien tnanonie tnanonei tnanoeni
tnanoein tnanione tnanioen tnaninoe tnanineo tnanieno tnanieon tnannioe tnannieo tnannoie tnannoei
tnanneoi tnanneio tnaneino tnaneion tnanenio tnanenoi tnaneoni tnaneoin tnainone tnainoen tnainnoe
tnainneo tnaineno tnaineon tnaionne tnaionen tnaionne tnaionen tnaioenn tnaioenn tnainone tnainoen
tnainnoe tnainneo tnaineno tnaineon tnaieonn tnaieonn tnaienon tnaienno tnaienno tnaienon tnannioe
tnannieo tnannoie tnannoei tnanneoi tnanneio tnaninoe tnanineo tnanione tnanioen tnanieon tnanieno
tnanoine tnanoien tnanonie tnanonei tnanoeni tnanoein tnaneion tnaneino tnaneoin tnaneoni tnanenoi
tnanenio tnaenino tnaenion tnaennio tnaennoi tnaenoni tnaenoin tnaeinno tnaeinon tnaeinno tnaeinon
tnaeionn tnaeionn tnaenino tnaenion tnaennio tnaennoi tnaenoni tnaenoin tnaeoinn tnaeoinn tnaeonin
tnaeonni tnaeonni tnaeonin tneonian tneonina tneonain tneonani tneonnai tneonnia tneoinan tneoinna
tneoiann tneoiann tneoinan tneoinna tneoainn tneoainn tneoanin tneoanni tneoanni tneoanin tneonian
tneonina tneonain tneonani tneonnai tneonnia tnenoian tnenoina tnenoain tnenoani tnenonai tnenonia
tnenioan tneniona tneniaon tneniano tneninao tneninoa tnenaion tnenaino tnenaoin tnenaoni tnenanoi
tnenanio tnenniao tnennioa tnennaio tnennaoi tnennoai tnennoia tneinoan tneinona tneinaon tneinano
tneinnao tneinnoa tneionan tneionna tneioann tneioann tneionan tneionna tneiaonn tneiaonn tneianon
tneianno tneianno tneianon tneinoan tneinona tneinaon tneinano tneinnao tneinnoa tneanion tneanino
tneanoin tneanoni tneannoi tneannio tneainon tneainno tneaionn tneaionn tneainon tneainno tneaoinn
tneaoinn tneaonin tneaonni tneaonni tneaonin tneanion tneanino tneanoin tneanoni tneannoi tneannio
tnenniao tnennioa tnennaio tnennaoi tnennoai tnennoia tneninao tneninoa tneniano tneniaon tnenioan
tneniona tnenaino tnenaion tnenanio tnenanoi tnenaoni tnenaoin tnenoian tnenoina tnenoain tnenoani
tnenonai tnenonia

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History of cryptography
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