easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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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: heniquen
cipher variations:
ifojrvfo jgpkswgp khqltxhq lirmuyir mjsnvzjs
nktowakt olupxblu pmvqycmv qnwrzdnw roxsaeox
spytbfpy tqzucgqz uravdhra vsbweisb wtcxfjtc
xudygkud yvezhlve zwfaimwf axgbjnxg byhckoyh
czidlpzi dajemqaj ebkfnrbk fclgoscl gdmhptdm

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: heniquen
Cipher: svmrjfvm

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: heniquen
Cipher: AABBB AABAA ABBAA ABAAA ABBBB BAABB AABAA ABBAA

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: heniquen
cipher variations:
ifojrvfownozxjnokvopdxvoydofjldomlovpzloatolvntocjorhpjoqrohndro
ezoxtrzoshonzfhogpodftpouxotlhxojgpkswgpxopaykoplwpqeywpzepgkmep
nmpwqampbupmwoupdkpsiqkprspioespfapyusaptipoagiphqpeguqpvypumiyp
khqltxhqypqbzlpqmxqrfzxqafqhlnfqonqxrbnqcvqnxpvqelqtjrlqstqjpftq
gbqzvtbqujqpbhjqirqfhvrqwzqvnjzqlirmuyirzqrcamqrnyrsgayrbgrimogr
poryscordwroyqwrfmruksmrturkqgurhcrawucrvkrqcikrjsrgiwsrxarwokar
mjsnvzjsarsdbnrsozsthbzschsjnphsqpsztdpsexspzrxsgnsvltnsuvslrhvs
idsbxvdswlsrdjlsktshjxtsybsxplbsnktowaktbstecostpatuicatditkoqit
rqtaueqtfytqasythotwmuotvwtmsiwtjetcywetxmtsekmtlutikyutzctyqmct
olupxbluctufdptuqbuvjdbuejulprjusrubvfrugzurbtzuipuxnvpuwxuntjxu
kfudzxfuynutflnumvujlzvuaduzrndupmvqycmvduvgequvrcvwkecvfkvmqskv
tsvcwgsvhavscuavjqvyowqvxyvoukyvlgveaygvzovugmovnwvkmawvbevasoev
qnwrzdnwevwhfrvwsdwxlfdwglwnrtlwutwdxhtwibwtdvbwkrwzpxrwyzwpvlzw
mhwfbzhwapwvhnpwoxwlnbxwcfwbtpfwroxsaeoxfwxigswxtexymgexhmxosumx
vuxeyiuxjcxuewcxlsxaqysxzaxqwmaxnixgcaixbqxwioqxpyxmocyxdgxcuqgx
spytbfpygxyjhtxyufyznhfyinyptvnywvyfzjvykdyvfxdymtybrztyabyrxnby
ojyhdbjycryxjpryqzynpdzyehydvrhytqzucgqzhyzkiuyzvgzaoigzjozquwoz
xwzgakwzlezwgyeznuzcsauzbczsyoczpkzieckzdszykqszrazoqeazfizewsiz
uravdhraizaljvzawhabpjhakparvxpayxahblxamfaxhzfaovadtbvacdatzpda
qlajfdlaetazlrtasbaprfbagjafxtjavsbweisbjabmkwabxibcqkiblqbswyqb
zybicmybngbyiagbpwbeucwbdebuaqebrmbkgembfubamsubtcbqsgcbhkbgyukb
wtcxfjtckbcnlxbcyjcdrljcmrctxzrcazcjdnzcohczjbhcqxcfvdxcefcvbrfc
snclhfncgvcbntvcudcrthdcilchzvlcxudygkudlcdomycdzkdesmkdnsduyasd
badkeoadpidakcidrydgweydfgdwcsgdtodmigodhwdcouwdvedsuiedjmdiawmd
yvezhlvemdepnzdealeftnleotevzbtecbelfpbeqjebldjeszehxfzeghexdthe
upenjhpeixedpvxewfetvjfeknejbxnezwfaimwfnefqoaefbmfguomfpufwacuf
dcfmgqcfrkfcmekftafiygafhifyeuifvqfokiqfjyfeqwyfxgfuwkgflofkcyof
axgbjnxgofgrpbfgcnghvpngqvgxbdvgedgnhrdgslgdnflgubgjzhbgijgzfvjg
wrgpljrgkzgfrxzgyhgvxlhgmpgldzpgbyhckoyhpghsqcghdohiwqohrwhycewh
fehoisehtmheogmhvchkaichjkhagwkhxshqmkshlahgsyahzihwymihnqhmeaqh
czidlpziqhitrdhiepijxrpisxizdfxigfipjtfiunifphniwdilbjdiklibhxli
ytirnltimbihtzbiajixznjiorinfbridajemqajrijuseijfqjkysqjtyjaegyj
hgjqkugjvojgqiojxejmckejlmjciymjzujsomujncjiuacjbkjyaokjpsjogcsj
ebkfnrbksjkvtfjkgrklztrkuzkbfhzkihkrlvhkwpkhrjpkyfkndlfkmnkdjznk
avktpnvkodkjvbdkclkzbplkqtkphdtkfclgoscltklwugklhslmauslvalcgial
jilsmwilxqliskqlzgloemglnolekaolbwluqowlpelkwceldmlacqmlrulqieul
gdmhptdmulmxvhlmitmnbvtmwbmdhjbmkjmtnxjmyrmjtlrmahmpfnhmopmflbpm
cxmvrpxmqfmlxdfmenmbdrnmsvmrjfvmheniquenvmnywimnjunocwunxcneikcn
lknuoyknzsnkumsnbinqgoinpqngmcqndynwsqynrgnmyegnfoncesontwnskgwn

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: heniquen
Cipher: uravdhra

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: heniquen
Cipher: 3251334214545133

Extended Methods:
Method #1

Plaintext: heniquen
method variations:
nksovzksspxtaepxxucyfkucczhdlpzh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
h e n i q u e n 
3 5 3 4 1 5 5 3 
2 1 3 2 4 4 1 3 
They are then read out in rows:
3534155321324413
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: heniquen
Cipher: xsvpbhtl

Read more ...
Method #3

Plaintext: heniquen
method variations:
wlsbyyln lsbyylnw sbyylnwl
byylnwls yylnwlsb ylnwlsby
lnwlsbyy nwlsbyyl

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: heniquen

first 5040 cipher variations(40320 total)
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hnquenei hnquenie hnquieen hnquiene hnquieen hnquiene hnquinee hnquinee hnqueien hnqueine hnqueein
hnqueeni hnquenei hnquenie hnquniee hnquniee hnquneie hnquneei hnquneei hnquneie hnqeeuin hnqeeuni
hnqeeiun hnqeeinu hnqeeniu hnqeenui hnqeuein hnqeueni hnqeuien hnqeuine hnqeunie hnqeunei hnqeiuen
hnqeiune hnqeieun hnqeienu hnqeineu hnqeinue hnqenuie hnqenuei hnqeniue hnqenieu hnqeneiu hnqeneui
hnqneuei hnqneuie hnqneeui hnqneeiu hnqneieu hnqneiue hnqnueei hnqnueie hnqnueei hnqnueie hnqnuiee
hnqnuiee hnqneuei hnqneuie hnqneeui hnqneeiu hnqneieu hnqneiue hnqniuee hnqniuee hnqnieue hnqnieeu
hnqnieeu hnqnieue hnuiqeen hnuiqene hnuiqeen hnuiqene hnuiqnee hnuiqnee hnuieqen hnuieqne hnuieeqn
hnuieenq hnuieneq hnuienqe hnuieeqn hnuieenq hnuieqen hnuieqne hnuienqe hnuieneq hnuineeq hnuineqe
hnuineeq hnuineqe hnuinqee hnuinqee hnuqieen hnuqiene hnuqieen hnuqiene hnuqinee hnuqinee hnuqeien
hnuqeine hnuqeein hnuqeeni hnuqenei hnuqenie hnuqeein hnuqeeni hnuqeien hnuqeine hnuqenie hnuqenei
hnuqneei hnuqneie hnuqneei hnuqneie hnuqniee hnuqniee hnueqien hnueqine hnueqein hnueqeni hnueqnei
hnueqnie hnueiqen hnueiqne hnueieqn hnueienq hnueineq hnueinqe hnueeiqn hnueeinq hnueeqin hnueeqni
hnueenqi hnueeniq hnuenieq hnueniqe hnueneiq hnueneqi hnuenqei hnuenqie hnueqein hnueqeni hnueqien
hnueqine hnueqnie hnueqnei hnueeqin hnueeqni hnueeiqn hnueeinq hnueeniq hnueenqi hnueieqn hnueienq
hnueiqen hnueiqne hnueinqe hnueineq hnueneiq hnueneqi hnuenieq hnueniqe hnuenqie hnuenqei hnunqeei
hnunqeie hnunqeei hnunqeie hnunqiee hnunqiee hnuneqei hnuneqie hnuneeqi hnuneeiq hnuneieq hnuneiqe
hnuneeqi hnuneeiq hnuneqei hnuneqie hnuneiqe hnuneieq hnunieeq hnunieqe hnunieeq hnunieqe hnuniqee
hnuniqee hneiquen hneiqune hneiqeun hneiqenu hneiqneu hneiqnue hneiuqen hneiuqne hneiueqn hneiuenq
hneiuneq hneiunqe hneieuqn hneieunq hneiequn hneieqnu hneienqu hneienuq hneinueq hneinuqe hneineuq
hneinequ hneinqeu hneinque hneqiuen hneqiune hneqieun hneqienu hneqineu hneqinue hnequien hnequine
hnequein hnequeni hnequnei hnequnie hneqeuin hneqeuni hneqeiun hneqeinu hneqeniu hneqenui hneqnuei
hneqnuie hneqneui hneqneiu hneqnieu hneqniue hneuqien hneuqine hneuqein hneuqeni hneuqnei hneuqnie
hneuiqen hneuiqne hneuieqn hneuienq hneuineq hneuinqe hneueiqn hneueinq hneueqin hneueqni hneuenqi
hneueniq hneunieq hneuniqe hneuneiq hneuneqi hneunqei hneunqie hneequin hneequni hneeqiun hneeqinu
hneeqniu hneeqnui hneeuqin hneeuqni hneeuiqn hneeuinq hneeuniq hneeunqi hneeiuqn hneeiunq hneeiqun
hneeiqnu hneeinqu hneeinuq hneenuiq hneenuqi hneeniuq hneeniqu hneenqiu hneenqui hnenquei hnenquie
hnenqeui hnenqeiu hnenqieu hnenqiue hnenuqei hnenuqie hnenueqi hnenueiq hnenuieq hnenuiqe hneneuqi
hneneuiq hnenequi hneneqiu hneneiqu hneneiuq hneniueq hneniuqe hnenieuq hneniequ hneniqeu hnenique
hnniquee hnniquee hnniqeue hnniqeeu hnniqeeu hnniqeue hnniuqee hnniuqee hnniueqe hnniueeq hnniueeq
hnniueqe hnnieuqe hnnieueq hnnieque hnnieqeu hnnieequ hnnieeuq hnnieueq hnnieuqe hnnieeuq hnnieequ
hnnieqeu hnnieque hnnqiuee hnnqiuee hnnqieue hnnqieeu hnnqieeu hnnqieue hnnquiee hnnquiee hnnqueie
hnnqueei hnnqueei hnnqueie hnnqeuie hnnqeuei hnnqeiue hnnqeieu hnnqeeiu hnnqeeui hnnqeuei hnnqeuie
hnnqeeui hnnqeeiu hnnqeieu hnnqeiue hnnuqiee hnnuqiee hnnuqeie hnnuqeei hnnuqeei hnnuqeie hnnuiqee
hnnuiqee hnnuieqe hnnuieeq hnnuieeq hnnuieqe hnnueiqe hnnueieq hnnueqie hnnueqei hnnueeqi hnnueeiq
hnnueieq hnnueiqe hnnueeiq hnnueeqi hnnueqei hnnueqie hnnequie hnnequei hnneqiue hnneqieu hnneqeiu
hnneqeui hnneuqie hnneuqei hnneuiqe hnneuieq hnneueiq hnneueqi hnneiuqe hnneiueq hnneique hnneiqeu
hnneiequ hnneieuq hnneeuiq hnneeuqi hnneeiuq hnneeiqu hnneeqiu hnneequi hnnequei hnnequie hnneqeui
hnneqeiu hnneqieu hnneqiue hnneuqei hnneuqie hnneueqi hnneueiq hnneuieq hnneuiqe hnneeuqi hnneeuiq
hnneequi hnneeqiu hnneeiqu hnneeiuq hnneiueq hnneiuqe hnneieuq hnneiequ hnneiqeu hnneique hinequen
hinequne hineqeun hineqenu hineqneu hineqnue hineuqen hineuqne hineueqn hineuenq hineuneq hineunqe
hineeuqn hineeunq hineequn hineeqnu hineenqu hineenuq hinenueq hinenuqe hineneuq hinenequ hinenqeu
hinenque hinqeuen hinqeune hinqeeun hinqeenu hinqeneu hinqenue hinqueen hinquene hinqueen hinquene
hinqunee hinqunee hinqeuen hinqeune hinqeeun hinqeenu hinqeneu hinqenue hinqnuee hinqnuee hinqneue
hinqneeu hinqneeu hinqneue hinuqeen hinuqene hinuqeen hinuqene hinuqnee hinuqnee hinueqen hinueqne
hinueeqn hinueenq hinueneq hinuenqe hinueeqn hinueenq hinueqen hinueqne hinuenqe hinueneq hinuneeq
hinuneqe hinuneeq hinuneqe hinunqee hinunqee hinequen hinequne hineqeun hineqenu hineqneu hineqnue
hineuqen hineuqne hineueqn hineuenq hineuneq hineunqe hineeuqn hineeunq hineequn hineeqnu hineenqu
hineenuq hinenueq hinenuqe hineneuq hinenequ hinenqeu hinenque hinnquee hinnquee hinnqeue hinnqeeu
hinnqeeu hinnqeue hinnuqee hinnuqee hinnueqe hinnueeq hinnueeq hinnueqe hinneuqe hinneueq hinneque
hinneqeu hinneequ hinneeuq hinneueq hinneuqe hinneeuq hinneequ hinneqeu hinneque hienquen hienqune
hienqeun hienqenu hienqneu hienqnue hienuqen hienuqne hienueqn hienuenq hienuneq hienunqe hieneuqn
hieneunq hienequn hieneqnu hienenqu hienenuq hiennueq hiennuqe hienneuq hiennequ hiennqeu hiennque
hieqnuen hieqnune hieqneun hieqnenu hieqnneu hieqnnue hiequnen hiequnne hiequenn hiequenn hiequnen
hiequnne hieqeunn hieqeunn hieqenun hieqennu hieqennu hieqenun hieqnuen hieqnune hieqneun hieqnenu
hieqnneu hieqnnue hieuqnen hieuqnne hieuqenn hieuqenn hieuqnen hieuqnne hieunqen hieunqne hieuneqn
hieunenq hieunneq hieunnqe hieuenqn hieuennq hieueqnn hieueqnn hieuenqn hieuennq hieunneq hieunnqe
hieunenq hieuneqn hieunqen hieunqne hieequnn hieequnn hieeqnun hieeqnnu hieeqnnu hieeqnun hieeuqnn
hieeuqnn hieeunqn hieeunnq hieeunnq hieeunqn hieenuqn hieenunq hieenqun hieenqnu hieennqu hieennuq
hieenunq hieenuqn hieennuq hieennqu hieenqnu hieenqun hienquen hienqune hienqeun hienqenu hienqneu
hienqnue hienuqen hienuqne hienueqn hienuenq hienuneq hienunqe hieneuqn hieneunq hienequn hieneqnu
hienenqu hienenuq hiennueq hiennuqe hienneuq hiennequ hiennqeu hiennque hiqenuen hiqenune hiqeneun
hiqenenu hiqenneu hiqennue hiqeunen hiqeunne hiqeuenn hiqeuenn hiqeunen hiqeunne hiqeeunn hiqeeunn
hiqeenun hiqeennu hiqeennu hiqeenun hiqenuen hiqenune hiqeneun hiqenenu hiqenneu hiqennue hiqneuen
hiqneune hiqneeun hiqneenu hiqneneu hiqnenue hiqnueen hiqnuene hiqnueen hiqnuene hiqnunee hiqnunee
hiqneuen hiqneune hiqneeun hiqneenu hiqneneu hiqnenue hiqnnuee hiqnnuee hiqnneue hiqnneeu hiqnneeu
hiqnneue hiquneen hiqunene hiquneen hiqunene hiqunnee hiqunnee hiquenen hiquenne hiqueenn hiqueenn
hiquenen hiquenne hiqueenn hiqueenn hiquenen hiquenne hiquenne hiquenen hiquneen hiqunene hiquneen
hiqunene hiqunnee hiqunnee hiqenuen hiqenune hiqeneun hiqenenu hiqenneu hiqennue hiqeunen hiqeunne
hiqeuenn hiqeuenn hiqeunen hiqeunne hiqeeunn hiqeeunn hiqeenun hiqeennu hiqeennu hiqeenun hiqenuen
hiqenune hiqeneun hiqenenu hiqenneu hiqennue hiqnnuee hiqnnuee hiqnneue hiqnneeu hiqnneeu hiqnneue
hiqnunee hiqnunee hiqnuene hiqnueen hiqnueen hiqnuene hiqneune hiqneuen hiqnenue hiqneneu hiqneenu
hiqneeun hiqneuen hiqneune hiqneeun hiqneenu hiqneneu hiqnenue hiueqnen hiueqnne hiueqenn hiueqenn
hiueqnen hiueqnne hiuenqen hiuenqne hiueneqn hiuenenq hiuenneq hiuennqe hiueenqn hiueennq hiueeqnn
hiueeqnn hiueenqn hiueennq hiuenneq hiuennqe hiuenenq hiueneqn hiuenqen hiuenqne hiuqenen hiuqenne
hiuqeenn hiuqeenn hiuqenen hiuqenne hiuqneen hiuqnene hiuqneen hiuqnene hiuqnnee hiuqnnee hiuqenen
hiuqenne hiuqeenn hiuqeenn hiuqenen hiuqenne hiuqnnee hiuqnnee hiuqnene hiuqneen hiuqneen hiuqnene
hiunqeen hiunqene hiunqeen hiunqene hiunqnee hiunqnee hiuneqen hiuneqne hiuneeqn hiuneenq hiuneneq
hiunenqe hiuneeqn hiuneenq hiuneqen hiuneqne hiunenqe hiuneneq hiunneeq hiunneqe hiunneeq hiunneqe
hiunnqee hiunnqee hiueqnen hiueqnne hiueqenn hiueqenn hiueqnen hiueqnne hiuenqen hiuenqne hiueneqn
hiuenenq hiuenneq hiuennqe hiueenqn hiueennq hiueeqnn hiueeqnn hiueenqn hiueennq hiuenneq hiuennqe
hiuenenq hiueneqn hiuenqen hiuenqne hiunqnee hiunqnee hiunqene hiunqeen hiunqeen hiunqene hiunnqee
hiunnqee hiunneqe hiunneeq hiunneeq hiunneqe hiunenqe hiuneneq hiuneqne hiuneqen hiuneeqn hiuneenq
hiuneneq hiunenqe hiuneenq hiuneeqn hiuneqen hiuneqne hieequnn hieequnn hieeqnun hieeqnnu hieeqnnu
hieeqnun hieeuqnn hieeuqnn hieeunqn hieeunnq hieeunnq hieeunqn hieenuqn hieenunq hieenqun hieenqnu
hieennqu hieennuq hieenunq hieenuqn hieennuq hieennqu hieenqnu hieenqun hieqeunn hieqeunn hieqenun
hieqennu hieqennu hieqenun hiequenn hiequenn hiequnen hiequnne hiequnne hiequnen hieqnuen hieqnune
hieqneun hieqnenu hieqnneu hieqnnue hieqnune hieqnuen hieqnnue hieqnneu hieqnenu hieqneun hieuqenn
hieuqenn hieuqnen hieuqnne hieuqnne hieuqnen hieueqnn hieueqnn hieuenqn hieuennq hieuennq hieuenqn
hieuneqn hieunenq hieunqen hieunqne hieunnqe hieunneq hieunenq hieuneqn hieunneq hieunnqe hieunqne
hieunqen hienquen hienqune hienqeun hienqenu hienqneu hienqnue hienuqen hienuqne hienueqn hienuenq
hienuneq hienunqe hieneuqn hieneunq hienequn hieneqnu hienenqu hienenuq hiennueq hiennuqe hienneuq
hiennequ hiennqeu hiennque hienqune hienquen hienqnue hienqneu hienqenu hienqeun hienuqne hienuqen
hienunqe hienuneq hienuenq hienueqn hiennuqe hiennueq hiennque hiennqeu hiennequ hienneuq hieneunq
hieneuqn hienenuq hienenqu hieneqnu hienequn hinequen hinequne hineqeun hineqenu hineqneu hineqnue
hineuqen hineuqne hineueqn hineuenq hineuneq hineunqe hineeuqn hineeunq hineequn hineeqnu hineenqu
hineenuq hinenueq hinenuqe hineneuq hinenequ hinenqeu hinenque hinqeuen hinqeune hinqeeun hinqeenu
hinqeneu hinqenue hinqueen hinquene hinqueen hinquene hinqunee hinqunee hinqeuen hinqeune hinqeeun
hinqeenu hinqeneu hinqenue hinqnuee hinqnuee hinqneue hinqneeu hinqneeu hinqneue hinuqeen hinuqene
hinuqeen hinuqene hinuqnee hinuqnee hinueqen hinueqne hinueeqn hinueenq hinueneq hinuenqe hinueeqn
hinueenq hinueqen hinueqne hinuenqe hinueneq hinuneeq hinuneqe hinuneeq hinuneqe hinunqee hinunqee
hinequen hinequne hineqeun hineqenu hineqneu hineqnue hineuqen hineuqne hineueqn hineuenq hineuneq
hineunqe hineeuqn hineeunq hineequn hineeqnu hineenqu hineenuq hinenueq hinenuqe hineneuq hinenequ
hinenqeu hinenque hinnquee hinnquee hinnqeue hinnqeeu hinnqeeu hinnqeue hinnuqee hinnuqee hinnueqe
hinnueeq hinnueeq hinnueqe hinneuqe hinneueq hinneque hinneqeu hinneequ hinneeuq hinneueq hinneuqe
hinneeuq hinneequ hinneqeu hinneque hqnieuen hqnieune hqnieeun hqnieenu hqnieneu hqnienue hqniueen
hqniuene hqniueen hqniuene hqniunee hqniunee hqnieuen hqnieune hqnieeun hqnieenu hqnieneu hqnienue
hqninuee hqninuee hqnineue hqnineeu hqnineeu hqnineue hqneiuen hqneiune hqneieun hqneienu hqneineu
hqneinue hqneuien hqneuine hqneuein hqneueni hqneunei hqneunie hqneeuin hqneeuni hqneeiun hqneeinu
hqneeniu hqneenui hqnenuei hqnenuie hqneneui hqneneiu hqnenieu hqneniue hqnueien hqnueine hqnueein
hqnueeni hqnuenei hqnuenie hqnuieen hqnuiene hqnuieen hqnuiene hqnuinee hqnuinee hqnueien hqnueine
hqnueein hqnueeni hqnuenei hqnuenie hqnuniee hqnuniee hqnuneie hqnuneei hqnuneei hqnuneie hqneeuin
hqneeuni hqneeiun hqneeinu hqneeniu hqneenui hqneuein hqneueni hqneuien hqneuine hqneunie hqneunei
hqneiuen hqneiune hqneieun hqneienu hqneineu hqneinue hqnenuie hqnenuei hqneniue hqnenieu hqneneiu
hqneneui hqnneuei hqnneuie hqnneeui hqnneeiu hqnneieu hqnneiue hqnnueei hqnnueie hqnnueei hqnnueie
hqnnuiee hqnnuiee hqnneuei hqnneuie hqnneeui hqnneeiu hqnneieu hqnneiue hqnniuee hqnniuee hqnnieue
hqnnieeu hqnnieeu hqnnieue hqineuen hqineune hqineeun hqineenu hqineneu hqinenue hqinueen hqinuene
hqinueen hqinuene hqinunee hqinunee hqineuen hqineune hqineeun hqineenu hqineneu hqinenue hqinnuee
hqinnuee hqinneue hqinneeu hqinneeu hqinneue hqienuen hqienune hqieneun hqienenu hqienneu hqiennue
hqieunen hqieunne hqieuenn hqieuenn hqieunen hqieunne hqieeunn hqieeunn hqieenun hqieennu hqieennu
hqieenun hqienuen hqienune hqieneun hqienenu hqienneu hqiennue hqiuenen hqiuenne hqiueenn hqiueenn
hqiuenen hqiuenne hqiuneen hqiunene hqiuneen hqiunene hqiunnee hqiunnee hqiuenen hqiuenne hqiueenn
hqiueenn hqiuenen hqiuenne hqiunnee hqiunnee hqiunene hqiuneen hqiuneen hqiunene hqieeunn hqieeunn
hqieenun hqieennu hqieennu hqieenun hqieuenn hqieuenn hqieunen hqieunne hqieunne hqieunen hqienuen
hqienune hqieneun hqienenu hqienneu hqiennue hqienune hqienuen hqiennue hqienneu hqienenu hqieneun
hqineuen hqineune hqineeun hqineenu hqineneu hqinenue hqinueen hqinuene hqinueen hqinuene hqinunee
hqinunee hqineuen hqineune hqineeun hqineenu hqineneu hqinenue hqinnuee hqinnuee hqinneue hqinneeu
hqinneeu hqinneue hqeinuen hqeinune hqeineun hqeinenu hqeinneu hqeinnue hqeiunen hqeiunne hqeiuenn
hqeiuenn hqeiunen hqeiunne hqeieunn hqeieunn hqeienun hqeiennu hqeiennu hqeienun hqeinuen hqeinune
hqeineun hqeinenu hqeinneu hqeinnue hqeniuen hqeniune hqenieun hqenienu hqenineu hqeninue hqenuien
hqenuine hqenuein hqenueni hqenunei hqenunie hqeneuin hqeneuni hqeneiun hqeneinu hqeneniu hqenenui
hqennuei hqennuie hqenneui hqenneiu hqennieu hqenniue hqeunien hqeunine hqeunein hqeuneni hqeunnei
hqeunnie hqeuinen hqeuinne hqeuienn hqeuienn hqeuinen hqeuinne hqeueinn hqeueinn hqeuenin hqeuenni
hqeuenni hqeuenin hqeunien hqeunine hqeunein hqeuneni hqeunnei hqeunnie hqeenuin hqeenuni hqeeniun
hqeeninu hqeenniu hqeennui hqeeunin hqeeunni hqeeuinn hqeeuinn hqeeunin hqeeunni hqeeiunn hqeeiunn
hqeeinun hqeeinnu hqeeinnu hqeeinun hqeenuin hqeenuni hqeeniun hqeeninu hqeenniu hqeennui hqennuei
hqennuie hqenneui hqenneiu hqennieu hqenniue hqenunei hqenunie hqenueni hqenuein hqenuien hqenuine
hqeneuni hqeneuin hqenenui hqeneniu hqeneinu hqeneiun hqeniuen hqeniune hqenieun hqenienu hqenineu
hqeninue hquienen hquienne hquieenn hquieenn hquienen hquienne hquineen hquinene hquineen hquinene
hquinnee hquinnee hquienen hquienne hquieenn hquieenn hquienen hquienne hquinnee hquinnee hquinene
hquineen hquineen hquinene hqueinen hqueinne hqueienn hqueienn hqueinen hqueinne hquenien hquenine
hquenein hqueneni hquennei hquennie hqueenin hqueenni hqueeinn hqueeinn hqueenin hqueenni hquennei
hquennie hqueneni hquenein hquenien hquenine hquneien hquneine hquneein hquneeni hqunenei hqunenie
hqunieen hquniene hqunieen hquniene hquninee hquninee hquneien hquneine hquneein hquneeni hqunenei
hqunenie hqunniee hqunniee hqunneie hqunneei hqunneei hqunneie hqueenin hqueenni hqueeinn hqueeinn
hqueenin hqueenni hquenein hqueneni hquenien hquenine hquennie hquennei hqueinen hqueinne hqueienn
hqueienn hqueinen hqueinne hquennie hquennei hquenine hquenien hquenein hqueneni hqunenei hqunenie
hquneeni hquneein hquneien hquneine hqunneei hqunneie hqunneei hqunneie hqunniee hqunniee hqunenei
hqunenie hquneeni hquneein hquneien hquneine hquninee hquninee hquniene hqunieen hqunieen hquniene
hqeieunn hqeieunn hqeienun hqeiennu hqeiennu hqeienun hqeiuenn hqeiuenn hqeiunen hqeiunne hqeiunne
hqeiunen hqeinuen hqeinune hqeineun hqeinenu hqeinneu hqeinnue hqeinune hqeinuen hqeinnue hqeinneu
hqeinenu hqeineun hqeeiunn hqeeiunn hqeeinun hqeeinnu hqeeinnu hqeeinun hqeeuinn hqeeuinn hqeeunin
hqeeunni hqeeunni hqeeunin hqeenuin hqeenuni hqeeniun hqeeninu hqeenniu hqeennui hqeenuni hqeenuin
hqeennui hqeenniu hqeeninu hqeeniun hqeueinn hqeueinn hqeuenin hqeuenni hqeuenni hqeuenin hqeuienn
hqeuienn hqeuinen hqeuinne hqeuinne hqeuinen hqeunien hqeunine hqeunein hqeuneni hqeunnei hqeunnie
hqeunine hqeunien hqeunnie hqeunnei hqeuneni hqeunein hqeneuin hqeneuni hqeneiun hqeneinu hqeneniu
hqenenui hqenuein hqenueni hqenuien hqenuine hqenunie hqenunei hqeniuen hqeniune hqenieun hqenienu
hqenineu hqeninue hqennuie hqennuei hqenniue hqennieu hqenneiu hqenneui hqeneuni hqeneuin hqenenui
hqeneniu hqeneinu hqeneiun hqenueni hqenuein hqenunei hqenunie hqenuine hqenuien hqennuei hqennuie
hqenneui hqenneiu hqennieu hqenniue hqeniune hqeniuen hqeninue hqenineu hqenienu hqenieun hqnieuen
hqnieune hqnieeun hqnieenu hqnieneu hqnienue hqniueen hqniuene hqniueen hqniuene hqniunee hqniunee
hqnieuen hqnieune hqnieeun hqnieenu hqnieneu hqnienue hqninuee hqninuee hqnineue hqnineeu hqnineeu
hqnineue hqneiuen hqneiune hqneieun hqneienu hqneineu hqneinue hqneuien hqneuine hqneuein hqneueni
hqneunei hqneunie hqneeuin hqneeuni hqneeiun hqneeinu hqneeniu hqneenui hqnenuei hqnenuie hqneneui
hqneneiu hqnenieu hqneniue hqnueien hqnueine hqnueein hqnueeni hqnuenei hqnuenie hqnuieen hqnuiene
hqnuieen hqnuiene hqnuinee hqnuinee hqnueien hqnueine hqnueein hqnueeni hqnuenei hqnuenie hqnuniee
hqnuniee hqnuneie hqnuneei hqnuneei hqnuneie hqneeuin hqneeuni hqneeiun hqneeinu hqneeniu hqneenui
hqneuein hqneueni hqneuien hqneuine hqneunie hqneunei hqneiuen hqneiune hqneieun hqneienu hqneineu
hqneinue hqnenuie hqnenuei hqneniue hqnenieu hqneneiu hqneneui hqnneuei hqnneuie hqnneeui hqnneeiu
hqnneieu hqnneiue hqnnueei hqnnueie hqnnueei hqnnueie hqnnuiee hqnnuiee hqnneuei hqnneuie hqnneeui
hqnneeiu hqnneieu hqnneiue hqnniuee hqnniuee hqnnieue hqnnieeu hqnnieeu hqnnieue huniqeen huniqene
huniqeen huniqene huniqnee huniqnee hunieqen hunieqne hunieeqn hunieenq hunieneq hunienqe hunieeqn
hunieenq hunieqen hunieqne hunienqe hunieneq hunineeq hunineqe hunineeq hunineqe huninqee huninqee
hunqieen hunqiene hunqieen hunqiene hunqinee hunqinee hunqeien hunqeine hunqeein hunqeeni hunqenei
hunqenie hunqeein hunqeeni hunqeien hunqeine hunqenie hunqenei hunqneei hunqneie hunqneei hunqneie
hunqniee hunqniee huneqien huneqine huneqein huneqeni huneqnei huneqnie huneiqen huneiqne huneieqn
huneienq huneineq huneinqe huneeiqn huneeinq huneeqin huneeqni huneenqi huneeniq hunenieq huneniqe
huneneiq huneneqi hunenqei hunenqie huneqein huneqeni huneqien huneqine huneqnie huneqnei huneeqin
huneeqni huneeiqn huneeinq huneeniq huneenqi huneieqn huneienq huneiqen huneiqne huneinqe huneineq
huneneiq huneneqi hunenieq huneniqe hunenqie hunenqei hunnqeei hunnqeie hunnqeei hunnqeie hunnqiee
hunnqiee hunneqei hunneqie hunneeqi hunneeiq hunneieq hunneiqe hunneeqi hunneeiq hunneqei hunneqie
hunneiqe hunneieq hunnieeq hunnieqe hunnieeq hunnieqe hunniqee hunniqee huinqeen huinqene huinqeen
huinqene huinqnee huinqnee huineqen huineqne huineeqn huineenq huineneq huinenqe huineeqn huineenq
huineqen huineqne huinenqe huineneq huinneeq huinneqe huinneeq huinneqe huinnqee huinnqee huiqneen
huiqnene huiqneen huiqnene huiqnnee huiqnnee huiqenen huiqenne huiqeenn huiqeenn huiqenen huiqenne
huiqeenn huiqeenn huiqenen huiqenne huiqenne huiqenen huiqneen huiqnene huiqneen huiqnene huiqnnee
huiqnnee huieqnen huieqnne huieqenn huieqenn huieqnen huieqnne huienqen huienqne huieneqn huienenq
huienneq huiennqe huieenqn huieennq huieeqnn huieeqnn huieenqn huieennq huienneq huiennqe huienenq
huieneqn huienqen huienqne huieqenn huieqenn huieqnen huieqnne huieqnne huieqnen huieeqnn huieeqnn
huieenqn huieennq huieennq huieenqn huieneqn huienenq huienqen huienqne huiennqe huienneq huienenq
huieneqn huienneq huiennqe huienqne huienqen huinqeen huinqene huinqeen huinqene huinqnee huinqnee
huineqen huineqne huineeqn huineenq huineneq huinenqe huineeqn huineenq huineqen huineqne huinenqe
huineneq huinneeq huinneqe huinneeq huinneqe huinnqee huinnqee huqineen huqinene huqineen huqinene
huqinnee huqinnee huqienen huqienne huqieenn huqieenn huqienen huqienne huqieenn huqieenn huqienen
huqienne huqienne huqienen huqineen huqinene huqineen huqinene huqinnee huqinnee huqnieen huqniene
huqnieen huqniene huqninee huqninee huqneien huqneine huqneein huqneeni huqnenei huqnenie huqneein
huqneeni huqneien huqneine huqnenie huqnenei huqnneei huqnneie huqnneei huqnneie huqnniee huqnniee
huqenien huqenine huqenein huqeneni huqennei huqennie huqeinen huqeinne huqeienn huqeienn huqeinen
huqeinne huqeeinn huqeeinn huqeenin huqeenni huqeenni huqeenin huqenien huqenine huqenein huqeneni
huqennei huqennie huqenein huqeneni huqenien huqenine huqennie huqennei huqeenin huqeenni huqeeinn
huqeeinn huqeenin huqeenni huqeienn huqeienn huqeinen huqeinne huqeinne huqeinen huqenein huqeneni
huqenien huqenine huqennie huqennei huqnneei huqnneie huqnneei huqnneie huqnniee huqnniee huqnenei
huqnenie huqneeni huqneein huqneien huqneine huqneeni huqneein huqnenei huqnenie huqneine huqneien
huqnieen huqniene huqnieen huqniene huqninee huqninee hueiqnen hueiqnne hueiqenn hueiqenn hueiqnen
hueiqnne hueinqen hueinqne hueineqn hueinenq hueinneq hueinnqe hueienqn hueiennq hueieqnn hueieqnn
hueienqn hueiennq hueinneq hueinnqe hueinenq hueineqn hueinqen hueinqne hueqinen hueqinne hueqienn
hueqienn hueqinen hueqinne hueqnien hueqnine hueqnein hueqneni hueqnnei hueqnnie hueqenin hueqenni
hueqeinn hueqeinn hueqenin hueqenni hueqnnei hueqnnie hueqneni hueqnein hueqnien hueqnine huenqien
huenqine huenqein huenqeni huenqnei huenqnie hueniqen hueniqne huenieqn huenienq huenineq hueninqe
hueneiqn hueneinq hueneqin hueneqni huenenqi hueneniq huennieq huenniqe huenneiq huenneqi huennqei
huennqie hueeqnin hueeqnni hueeqinn hueeqinn hueeqnin hueeqnni hueenqin hueenqni hueeniqn hueeninq
hueenniq hueennqi hueeinqn hueeinnq hueeiqnn hueeiqnn hueeinqn hueeinnq hueenniq hueennqi hueeninq
hueeniqn hueenqin hueenqni huenqnei huenqnie huenqeni huenqein huenqien huenqine huennqei huennqie
huenneqi huenneiq huennieq huenniqe huenenqi hueneniq hueneqni hueneqin hueneiqn hueneinq huenineq
hueninqe huenienq huenieqn hueniqen hueniqne hueiqenn hueiqenn hueiqnen hueiqnne hueiqnne hueiqnen
hueieqnn hueieqnn hueienqn hueiennq hueiennq hueienqn hueineqn hueinenq hueinqen hueinqne hueinnqe
hueinneq hueinenq hueineqn hueinneq hueinnqe hueinqne hueinqen hueqienn hueqienn hueqinen hueqinne
hueqinne hueqinen hueqeinn hueqeinn hueqenin hueqenni hueqenni hueqenin hueqnein hueqneni hueqnien
hueqnine hueqnnie hueqnnei hueqneni hueqnein hueqnnei hueqnnie hueqnine hueqnien hueeqinn hueeqinn
hueeqnin hueeqnni hueeqnni hueeqnin hueeiqnn hueeiqnn hueeinqn hueeinnq hueeinnq hueeinqn hueeniqn
hueeninq hueenqin hueenqni hueennqi hueenniq hueeninq hueeniqn hueenniq hueennqi hueenqni hueenqin
huenqein huenqeni huenqien huenqine huenqnie huenqnei hueneqin hueneqni hueneiqn hueneinq hueneniq
huenenqi huenieqn huenienq hueniqen hueniqne hueninqe huenineq huenneiq huenneqi huennieq huenniqe
huennqie huennqei huenqeni huenqein huenqnei huenqnie huenqine huenqien hueneqni hueneqin huenenqi
hueneniq hueneinq hueneiqn huenneqi huenneiq huennqei huennqie huenniqe huennieq huenienq huenieqn
huenineq hueninqe hueniqne hueniqen huniqeen huniqene huniqeen huniqene huniqnee huniqnee hunieqen
hunieqne hunieeqn hunieenq hunieneq hunienqe hunieeqn hunieenq hunieqen hunieqne hunienqe hunieneq
hunineeq hunineqe hunineeq hunineqe huninqee huninqee hunqieen hunqiene hunqieen hunqiene hunqinee
hunqinee hunqeien hunqeine hunqeein hunqeeni hunqenei hunqenie hunqeein hunqeeni hunqeien hunqeine
hunqenie hunqenei hunqneei hunqneie hunqneei hunqneie hunqniee hunqniee huneqien huneqine huneqein
huneqeni huneqnei huneqnie huneiqen huneiqne huneieqn huneienq huneineq huneinqe huneeiqn huneeinq
huneeqin huneeqni huneenqi huneeniq hunenieq huneniqe huneneiq huneneqi hunenqei hunenqie huneqein
huneqeni huneqien huneqine huneqnie huneqnei huneeqin huneeqni huneeiqn huneeinq huneeniq huneenqi
huneieqn huneienq huneiqen huneiqne huneinqe huneineq huneneiq huneneqi hunenieq huneniqe hunenqie
hunenqei hunnqeei hunnqeie hunnqeei hunnqeie hunnqiee hunnqiee hunneqei hunneqie hunneeqi hunneeiq
hunneieq hunneiqe hunneeqi hunneeiq hunneqei hunneqie hunneiqe hunneieq hunnieeq hunnieqe hunnieeq
hunnieqe hunniqee hunniqee heniquen heniqune heniqeun heniqenu heniqneu heniqnue heniuqen heniuqne
heniueqn heniuenq heniuneq heniunqe henieuqn henieunq heniequn henieqnu henienqu henienuq heninueq
heninuqe henineuq heninequ heninqeu heninque henqiuen henqiune henqieun henqienu henqineu henqinue
henquien henquine henquein henqueni henqunei henqunie henqeuin henqeuni henqeiun henqeinu henqeniu
henqenui henqnuei henqnuie henqneui henqneiu henqnieu henqniue henuqien henuqine henuqein henuqeni
henuqnei henuqnie henuiqen henuiqne henuieqn henuienq henuineq henuinqe henueiqn henueinq henueqin
henueqni henuenqi henueniq henunieq henuniqe henuneiq henuneqi henunqei henunqie henequin henequni
heneqiun heneqinu heneqniu heneqnui heneuqin heneuqni heneuiqn heneuinq heneuniq heneunqi heneiuqn
heneiunq heneiqun heneiqnu heneinqu heneinuq henenuiq henenuqi heneniuq heneniqu henenqiu henenqui
hennquei hennquie hennqeui hennqeiu hennqieu hennqiue hennuqei hennuqie hennueqi hennueiq hennuieq
hennuiqe henneuqi henneuiq hennequi henneqiu henneiqu henneiuq henniueq henniuqe hennieuq henniequ
henniqeu hennique heinquen heinqune heinqeun heinqenu heinqneu heinqnue heinuqen heinuqne heinueqn
heinuenq heinuneq heinunqe heineuqn heineunq heinequn heineqnu heinenqu heinenuq heinnueq heinnuqe
heinneuq heinnequ heinnqeu heinnque heiqnuen heiqnune heiqneun heiqnenu heiqnneu heiqnnue heiqunen
heiqunne heiquenn heiquenn heiqunen heiqunne heiqeunn heiqeunn heiqenun heiqennu heiqennu heiqenun
heiqnuen heiqnune heiqneun heiqnenu heiqnneu heiqnnue heiuqnen heiuqnne heiuqenn heiuqenn heiuqnen
heiuqnne heiunqen heiunqne heiuneqn heiunenq heiunneq heiunnqe heiuenqn heiuennq heiueqnn heiueqnn
heiuenqn heiuennq heiunneq heiunnqe heiunenq heiuneqn heiunqen heiunqne heiequnn heiequnn heieqnun
heieqnnu heieqnnu heieqnun heieuqnn heieuqnn heieunqn heieunnq heieunnq heieunqn heienuqn heienunq
heienqun heienqnu heiennqu heiennuq heienunq heienuqn heiennuq heiennqu heienqnu heienqun heinquen
heinqune heinqeun heinqenu heinqneu heinqnue heinuqen heinuqne heinueqn heinuenq heinuneq heinunqe
heineuqn heineunq heinequn heineqnu heinenqu heinenuq heinnueq heinnuqe heinneuq heinnequ heinnqeu
heinnque heqinuen heqinune heqineun heqinenu heqinneu heqinnue heqiunen heqiunne heqiuenn heqiuenn
heqiunen heqiunne heqieunn heqieunn heqienun heqiennu heqiennu heqienun heqinuen heqinune heqineun
heqinenu heqinneu heqinnue heqniuen heqniune heqnieun heqnienu heqnineu heqninue heqnuien heqnuine
heqnuein heqnueni heqnunei heqnunie heqneuin heqneuni heqneiun heqneinu heqneniu heqnenui heqnnuei
heqnnuie heqnneui heqnneiu heqnnieu heqnniue hequnien hequnine hequnein hequneni hequnnei hequnnie
hequinen hequinne hequienn hequienn hequinen hequinne hequeinn hequeinn hequenin hequenni hequenni
hequenin hequnien hequnine hequnein hequneni hequnnei hequnnie heqenuin heqenuni heqeniun heqeninu
heqenniu heqennui heqeunin heqeunni heqeuinn heqeuinn heqeunin heqeunni heqeiunn heqeiunn heqeinun
heqeinnu heqeinnu heqeinun heqenuin heqenuni heqeniun heqeninu heqenniu heqennui heqnnuei heqnnuie
heqnneui heqnneiu heqnnieu heqnniue heqnunei heqnunie heqnueni heqnuein heqnuien heqnuine heqneuni
heqneuin heqnenui heqneniu heqneinu heqneiun heqniuen heqniune heqnieun heqnienu heqnineu heqninue
heuiqnen heuiqnne heuiqenn heuiqenn heuiqnen heuiqnne heuinqen heuinqne heuineqn heuinenq heuinneq
heuinnqe heuienqn heuiennq heuieqnn heuieqnn heuienqn heuiennq heuinneq heuinnqe heuinenq heuineqn
heuinqen heuinqne heuqinen heuqinne heuqienn heuqienn heuqinen heuqinne heuqnien heuqnine heuqnein
heuqneni heuqnnei heuqnnie heuqenin heuqenni heuqeinn heuqeinn heuqenin heuqenni heuqnnei heuqnnie
heuqneni heuqnein heuqnien heuqnine heunqien heunqine heunqein heunqeni heunqnei heunqnie heuniqen
heuniqne heunieqn heunienq heunineq heuninqe heuneiqn heuneinq heuneqin heuneqni heunenqi heuneniq
heunnieq heunniqe heunneiq heunneqi heunnqei heunnqie heueqnin heueqnni heueqinn heueqinn heueqnin
heueqnni heuenqin heuenqni heueniqn heueninq heuenniq heuennqi heueinqn heueinnq heueiqnn heueiqnn
heueinqn heueinnq heuenniq heuennqi heueninq heueniqn heuenqin heuenqni heunqnei heunqnie heunqeni
heunqein heunqien heunqine heunnqei heunnqie heunneqi heunneiq heunnieq heunniqe heunenqi heuneniq
heuneqni heuneqin heuneiqn heuneinq heunineq heuninqe heunienq heunieqn heuniqen heuniqne heeiqunn
heeiqunn heeiqnun heeiqnnu heeiqnnu heeiqnun heeiuqnn heeiuqnn heeiunqn heeiunnq heeiunnq heeiunqn
heeinuqn heeinunq heeinqun heeinqnu heeinnqu heeinnuq heeinunq heeinuqn heeinnuq heeinnqu heeinqnu
heeinqun heeqiunn heeqiunn heeqinun heeqinnu heeqinnu heeqinun heequinn heequinn heequnin heequnni
heequnni heequnin heeqnuin heeqnuni heeqniun heeqninu heeqnniu heeqnnui heeqnuni heeqnuin heeqnnui
heeqnniu heeqninu heeqniun heeuqinn heeuqinn heeuqnin heeuqnni heeuqnni heeuqnin heeuiqnn heeuiqnn
heeuinqn heeuinnq heeuinnq heeuinqn heeuniqn heeuninq heeunqin heeunqni heeunnqi heeunniq heeuninq
heeuniqn heeunniq heeunnqi heeunqni heeunqin heenquin heenquni heenqiun heenqinu heenqniu heenqnui
heenuqin heenuqni heenuiqn heenuinq heenuniq heenunqi heeniuqn heeniunq heeniqun heeniqnu heeninqu
heeninuq heennuiq heennuqi heenniuq heenniqu heennqiu heennqui heenquni heenquin heenqnui heenqniu
heenqinu heenqiun heenuqni heenuqin heenunqi heenuniq heenuinq heenuiqn heennuqi heennuiq heennqui
heennqiu heenniqu heenniuq heeniunq heeniuqn heeninuq heeninqu heeniqnu heeniqun heniquen heniqune
heniqeun heniqenu heniqneu heniqnue heniuqen heniuqne heniueqn heniuenq heniuneq heniunqe henieuqn
henieunq heniequn henieqnu henienqu henienuq heninueq heninuqe henineuq heninequ heninqeu heninque
henqiuen henqiune henqieun henqienu henqineu henqinue henquien henquine henquein henqueni henqunei
henqunie henqeuin henqeuni henqeiun henqeinu henqeniu henqenui henqnuei henqnuie henqneui henqneiu
henqnieu henqniue henuqien henuqine henuqein henuqeni henuqnei henuqnie henuiqen henuiqne henuieqn
henuienq henuineq henuinqe henueiqn henueinq henueqin henueqni henuenqi henueniq henunieq henuniqe
henuneiq henuneqi henunqei henunqie henequin henequni heneqiun heneqinu heneqniu heneqnui heneuqin
heneuqni heneuiqn heneuinq heneuniq heneunqi heneiuqn heneiunq heneiqun heneiqnu heneinqu heneinuq
henenuiq henenuqi heneniuq heneniqu henenqiu henenqui hennquei hennquie hennqeui hennqeiu hennqieu
hennqiue hennuqei hennuqie hennueqi hennueiq hennuieq hennuiqe henneuqi henneuiq hennequi henneqiu
henneiqu henneiuq henniueq henniuqe hennieuq henniequ henniqeu hennique hnniquee hnniquee hnniqeue
hnniqeeu hnniqeeu hnniqeue hnniuqee hnniuqee hnniueqe hnniueeq hnniueeq hnniueqe hnnieuqe hnnieueq
hnnieque hnnieqeu hnnieequ hnnieeuq hnnieueq hnnieuqe hnnieeuq hnnieequ hnnieqeu hnnieque hnnqiuee
hnnqiuee hnnqieue hnnqieeu hnnqieeu hnnqieue hnnquiee hnnquiee hnnqueie hnnqueei hnnqueei hnnqueie
hnnqeuie hnnqeuei hnnqeiue hnnqeieu hnnqeeiu hnnqeeui hnnqeuei hnnqeuie hnnqeeui hnnqeeiu hnnqeieu
hnnqeiue hnnuqiee hnnuqiee hnnuqeie hnnuqeei hnnuqeei hnnuqeie hnnuiqee hnnuiqee hnnuieqe hnnuieeq
hnnuieeq hnnuieqe hnnueiqe hnnueieq hnnueqie hnnueqei hnnueeqi hnnueeiq hnnueieq hnnueiqe hnnueeiq
hnnueeqi hnnueqei hnnueqie hnnequie hnnequei hnneqiue hnneqieu hnneqeiu hnneqeui hnneuqie hnneuqei
hnneuiqe hnneuieq hnneueiq hnneueqi hnneiuqe hnneiueq hnneique hnneiqeu hnneiequ hnneieuq hnneeuiq
hnneeuqi hnneeiuq hnneeiqu hnneeqiu hnneequi hnnequei hnnequie hnneqeui hnneqeiu hnneqieu hnneqiue
hnneuqei hnneuqie hnneueqi hnneueiq hnneuieq hnneuiqe hnneeuqi hnneeuiq hnneequi hnneeqiu hnneeiqu
hnneeiuq hnneiueq hnneiuqe hnneieuq hnneiequ hnneiqeu hnneique hninquee hninquee hninqeue hninqeeu
hninqeeu hninqeue hninuqee hninuqee hninueqe hninueeq hninueeq hninueqe hnineuqe hnineueq hnineque
hnineqeu hnineequ hnineeuq hnineueq hnineuqe hnineeuq hnineequ hnineqeu hnineque hniqnuee hniqnuee
hniqneue hniqneeu hniqneeu hniqneue hniqunee hniqunee hniquene hniqueen hniqueen hniquene hniqeune
hniqeuen hniqenue hniqeneu hniqeenu hniqeeun hniqeuen hniqeune hniqeeun hniqeenu hniqeneu hniqenue
hniuqnee hniuqnee hniuqene hniuqeen hniuqeen hniuqene hniunqee hniunqee hniuneqe hniuneeq hniuneeq
hniuneqe hniuenqe hniueneq hniueqne hniueqen hniueeqn hniueenq hniueneq hniuenqe hniueenq hniueeqn
hniueqen hniueqne hniequne hniequen hnieqnue hnieqneu hnieqenu hnieqeun hnieuqne hnieuqen hnieunqe
hnieuneq hnieuenq hnieueqn hnienuqe hnienueq hnienque hnienqeu hnienequ hnieneuq hnieeunq hnieeuqn
hnieenuq hnieenqu hnieeqnu hnieequn hniequen hniequne hnieqeun hnieqenu hnieqneu hnieqnue hnieuqen
hnieuqne hnieueqn hnieuenq hnieuneq hnieunqe hnieeuqn hnieeunq hnieequn hnieeqnu hnieenqu hnieenuq
hnienueq hnienuqe hnieneuq hnienequ hnienqeu hnienque hnqinuee hnqinuee hnqineue hnqineeu hnqineeu
hnqineue hnqiunee hnqiunee hnqiuene hnqiueen hnqiueen hnqiuene hnqieune hnqieuen hnqienue hnqieneu
hnqieenu hnqieeun hnqieuen hnqieune hnqieeun hnqieenu hnqieneu hnqienue hnqniuee hnqniuee hnqnieue
hnqnieeu hnqnieeu hnqnieue hnqnuiee hnqnuiee hnqnueie hnqnueei hnqnueei hnqnueie hnqneuie hnqneuei
hnqneiue hnqneieu hnqneeiu hnqneeui hnqneuei hnqneuie hnqneeui hnqneeiu hnqneieu hnqneiue hnquniee
hnquniee hnquneie hnquneei hnquneei hnquneie hnquinee hnquinee hnquiene hnquieen hnquieen hnquiene
hnqueine hnqueien hnquenie hnquenei hnqueeni hnqueein hnqueien hnqueine hnqueein hnqueeni hnquenei
hnquenie hnqenuie hnqenuei hnqeniue hnqenieu hnqeneiu hnqeneui hnqeunie hnqeunei hnqeuine hnqeuien
hnqeuein hnqeueni hnqeiune hnqeiuen hnqeinue hnqeineu hnqeienu hnqeieun hnqeeuin hnqeeuni hnqeeiun
hnqeeinu hnqeeniu hnqeenui hnqenuei hnqenuie hnqeneui hnqeneiu hnqenieu hnqeniue hnqeunei hnqeunie
hnqeueni hnqeuein hnqeuien hnqeuine hnqeeuni hnqeeuin hnqeenui hnqeeniu hnqeeinu hnqeeiun hnqeiuen
hnqeiune hnqeieun hnqeienu hnqeineu hnqeinue hnuiqnee hnuiqnee hnuiqene hnuiqeen hnuiqeen hnuiqene
hnuinqee hnuinqee hnuineqe hnuineeq hnuineeq hnuineqe hnuienqe hnuieneq hnuieqne hnuieqen hnuieeqn
hnuieenq hnuieneq hnuienqe hnuieenq hnuieeqn hnuieqen hnuieqne hnuqinee hnuqinee hnuqiene hnuqieen
hnuqieen hnuqiene hnuqniee hnuqniee hnuqneie hnuqneei hnuqneei hnuqneie hnuqenie hnuqenei hnuqeine
hnuqeien hnuqeein hnuqeeni hnuqenei hnuqenie hnuqeeni hnuqeein hnuqeien hnuqeine hnunqiee hnunqiee
hnunqeie hnunqeei hnunqeei hnunqeie hnuniqee hnuniqee hnunieqe hnunieeq hnunieeq hnunieqe hnuneiqe
hnuneieq hnuneqie hnuneqei hnuneeqi hnuneeiq hnuneieq hnuneiqe hnuneeiq hnuneeqi hnuneqei hnuneqie
hnueqnie hnueqnei hnueqine hnueqien hnueqein hnueqeni hnuenqie hnuenqei hnueniqe hnuenieq hnueneiq
hnueneqi hnueinqe hnueineq hnueiqne hnueiqen hnueieqn hnueienq hnueeniq hnueenqi hnueeinq hnueeiqn
hnueeqin hnueeqni hnueqnei hnueqnie hnueqeni hnueqein hnueqien hnueqine hnuenqei hnuenqie hnueneqi
hnueneiq hnuenieq hnueniqe hnueenqi hnueeniq hnueeqni hnueeqin hnueeiqn hnueeinq hnueineq hnueinqe
hnueienq hnueieqn hnueiqen hnueiqne hneiqune hneiquen hneiqnue hneiqneu hneiqenu hneiqeun hneiuqne
hneiuqen hneiunqe hneiuneq hneiuenq hneiueqn hneinuqe hneinueq hneinque hneinqeu hneinequ hneineuq
hneieunq hneieuqn hneienuq hneienqu hneieqnu hneiequn hneqiune hneqiuen hneqinue hneqineu hneqienu
hneqieun hnequine hnequien hnequnie hnequnei hnequeni hnequein hneqnuie hneqnuei hneqniue hneqnieu
hneqneiu hneqneui hneqeuni hneqeuin hneqenui hneqeniu hneqeinu hneqeiun hneuqine hneuqien hneuqnie
hneuqnei hneuqeni hneuqein hneuiqne hneuiqen hneuinqe hneuineq hneuienq hneuieqn hneuniqe hneunieq
hneunqie hneunqei hneuneqi hneuneiq hneueinq hneueiqn hneueniq hneuenqi hneueqni hneueqin hnenquie
hnenquei hnenqiue hnenqieu hnenqeiu hnenqeui hnenuqie hnenuqei hnenuiqe hnenuieq hnenueiq hnenueqi
hneniuqe hneniueq hnenique hneniqeu hneniequ hnenieuq hneneuiq hneneuqi hneneiuq hneneiqu hneneqiu
hnenequi hneequni hneequin hneeqnui hneeqniu hneeqinu hneeqiun hneeuqni hneeuqin hneeunqi hneeuniq
hneeuinq hneeuiqn hneenuqi hneenuiq hneenqui hneenqiu hneeniqu hneeniuq hneeiunq hneeiuqn hneeinuq
hneeinqu hneeiqnu hneeiqun hneiquen hneiqune hneiqeun hneiqenu hneiqneu hneiqnue hneiuqen hneiuqne
hneiueqn hneiuenq hneiuneq hneiunqe hneieuqn hneieunq hneiequn hneieqnu hneienqu hneienuq hneinueq
hneinuqe hneineuq hneinequ hneinqeu hneinque hneqiuen hneqiune hneqieun hneqienu hneqineu hneqinue
hnequien hnequine hnequein hnequeni hnequnei hnequnie hneqeuin hneqeuni hneqeiun hneqeinu hneqeniu
hneqenui hneqnuei hneqnuie hneqneui hneqneiu hneqnieu hneqniue hneuqien hneuqine hneuqein hneuqeni
hneuqnei hneuqnie hneuiqen hneuiqne hneuieqn hneuienq hneuineq hneuinqe hneueiqn hneueinq hneueqin
hneueqni hneuenqi hneueniq hneunieq hneuniqe hneuneiq hneuneqi hneunqei hneunqie hneequin hneequni
hneeqiun hneeqinu hneeqniu hneeqnui hneeuqin hneeuqni hneeuiqn hneeuinq hneeuniq hneeunqi hneeiuqn
hneeiunq hneeiqun hneeiqnu hneeinqu hneeinuq hneenuiq hneenuqi hneeniuq hneeniqu hneenqiu hneenqui
hnenquei hnenquie hnenqeui hnenqeiu hnenqieu hnenqiue hnenuqei hnenuqie hnenueqi hnenueiq hnenuieq
hnenuiqe hneneuqi hneneuiq hnenequi hneneqiu hneneiqu hneneiuq hneniueq hneniuqe hnenieuq hneniequ
hneniqeu hnenique

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History of cryptography
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