easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

separatimque

blessing

manila

basuki

spidered

schmieder

leidland

dirutis

roadhouse

depromesque

cremareturque

repulser

agkistrodon

poinsettiae

bluegill

foedareusque

lupiform

killpack


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: vocarentque
cipher variations:
wpdbsfourvf xqectgpvswg yrfduhqwtxh zsgevirxuyi athfwjsyvzj
buigxktzwak cvjhyluaxbl dwkizmvbycm exljanwczdn fymkboxdaeo
gznlcpyebfp haomdqzfcgq ibpneragdhr jcqofsbheis kdrpgtcifjt
lesqhudjgku mftrivekhlv ngusjwflimw ohvtkxgmjnx piwulyhnkoy
qjxvmziolpz rkywnajpmqa slzxobkqnrb tmaypclrosc unbzqdmsptd

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: vocarentque
Cipher: elxzivmgjfv

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: vocarentque
Cipher: BBBAB ABBAB AAABA AAAAA BAAAA AABAA ABBAA BAABA ABBBB BAABB AABAA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: vocarentque
cipher variations:
wpdbsfourvfmrhbanogxjnctlbivosdxvsvpbqdoejldixtbyloqpzlyzxbgtocvntedfbwjoahpjufjberomndr
khnbmzoytrzajrbuhokzfhqlvbcpowftpgnzbkxoilhxxqectgpvswgnsicbophykodumcjwpteywtwqcrepfkme
jyuczmprqamzaychupdwoufegcxkpbiqkvgkcfspnoesliocnapzusabkscviplagirmwcdqpxguqhoaclypjmiy
yrfduhqwtxhotjdcpqizlpevndkxqufzxuxrdsfqglnfkzvdanqsrbnabzdivqexpvgfhdylqcjrlwhldgtqopft
mjpdobqavtbcltdwjqmbhjsnxderqyhvripbdmzqknjzzsgevirxuyipukedqrjamqfwoelyrvgayvysetgrhmog
lawebortscobcaejwrfyqwhgiezmrdksmximehurpqgunkqepcrbwucdmuexkrnciktoyefsrziwsjqcenarloka
athfwjsyvzjqvlferskbnrgxpfmzswhbzwztfuhsinphmbxfcpsutdpcdbfkxsgzrxihjfanseltnyjnfivsqrhv
olrfqdscxvdenvfylsodjlupzfgtsajxtkrdfobsmplbbuigxktzwakrwmgfstlcoshyqgnatxicaxaugvitjoqi
ncygdqtvueqdecglythasyjikgbotfmuozkogjwtrsiwpmsgretdywefowgzmtpekmvqaghutbkyulsegpctnqmc
cvjhyluaxblsxnhgtumdptizrhobuyjdbybvhwjukprjodzheruwvfrefdhmzuibtzkjlhcpugnvpalphkxustjx
qnthsfuezxfgpxhanuqflnwrbhivuclzvmtfhqduornddwkizmvbycmtyoihuvnequjasipcvzkeczcwixkvlqsk
peaifsvxwgsfgeinavjcualkmidqvhowqbmqilyvtukyrouitgvfayghqyibovrgmoxscijwvdmawnugirevpsoe
exljanwczdnuzpjivwofrvkbtjqdwalfdadxjylwmrtlqfbjgtwyxhtghfjobwkdvbmlnjerwipxrcnrjmzwuvlz
spvjuhwgbzhirzjcpwshnpytdjkxwenbxovhjsfwqtpffymkboxdaeovaqkjwxpgswlcukrexbmgebeykzmxnsum
rgckhuxzyiuhigkpcxlewcnmokfsxjqysdosknaxvwmatqwkvixhcaijsakdqxtioqzueklyxfocypwiktgxruqg
gznlcpyebfpwbrlkxyqhtxmdvlsfycnhfcfzlanyotvnshdlivyazjvijhlqdymfxdonplgtykrzteptlobywxnb
urxlwjyidbjktbleryujpravflmzygpdzqxjluhysvrhhaomdqzfcgqxcsmlyzriuynewmtgzdoigdgambozpuwo
tiemjwzbakwjkimrezngyepoqmhuzlsaufqumpczxyocvsymxkzjecklucmfszvkqsbwgmnazhqearykmviztwsi
ibpneragdhrydtnmzasjvzofxnuhaepjhehbncpaqvxpujfnkxacblxkljnsfaohzfqprnivamtbvgrvnqdayzpd
wtznylakfdlmvdngtawlrtcxhnobairfbszlnwjauxtjjcqofsbheiszeuonabtkwapgyovibfqkificodqbrwyq
vkgolybdcmylmkotgbpiagrqsojwbnucwhsworebzaqexuaozmblgemnweohubxmsudyiopcbjsgctamoxkbvyuk
kdrpgtcifjtafvpobculxbqhzpwjcgrljgjdpercsxzrwlhpmzcednzmnlpuhcqjbhsrtpkxcovdxitxpsfcabrf
yvbpancmhfnoxfpivcyntvezjpqdckthdubnpylcwzvllesqhudjgkubgwqpcdvmycriaqxkdhsmkhkeqfsdtyas
xmiqnadfeoanomqvidrkcitsuqlydpweyjuyqtgdbcsgzwcqbodnigopygqjwdzouwfakqredluievcoqzmdxawm
mftrivekhlvchxrqdewnzdsjbryleitnlilfrgteuzbtynjrobegfpbopnrwjesldjutvrmzeqxfzkvzruhecdth
axdrcpeojhpqzhrkxeapvxgblrsfemvjfwdpraneybxnngusjwflimwdiysrefxoaetkcszmfjuomjmgshufvacu
zokspcfhgqcpqosxkftmekvuwsnafrygalwasvifdeuibyesdqfpkiqraislyfbqwyhcmstgfnwkgxeqsbofzcyo
ohvtkxgmjnxejztsfgypbfuldtangkvpnknhtivgwbdvapltqdgihrdqrptylgunflwvxtobgszhbmxbtwjgefvj
czftergqljrsbjtmzgcrxzidntuhgoxlhyfrtcpgadzppiwulyhnkoyfkautghzqcgvmeubohlwqoloiujwhxcew
bqmurehjisersquzmhvogmxwyupchtaicnycuxkhfgwkdagufshrmkstckunahdsyajeouvihpymizgsudqhbeaq
qjxvmziolpzglbvuhiardhwnfvcpimxrpmpjvkxiydfxcrnvsfikjtfstrvaniwphnyxzvqdiubjdozdvylighxl
ebhvgtisnltudlvobietzbkfpvwjiqznjahtvericfbrrkywnajpmqahmcwvijbseixogwdqjnysqnqkwlyjzegy
dsowtgjlkugtuswbojxqiozyawrejvckepaewzmjhiymfciwhujtomuvemwpcjfuaclgqwxkjraokbiuwfsjdgcs
slzxobkqnrbindxwjkctfjyphxerkoztrorlxmzkafhzetpxuhkmlvhuvtxcpkyrjpazbxsfkwdlfqbfxankijzn
gdjxivkupnvwfnxqdkgvbdmhrxylksbplcjvxgtkehdttmaypclroscjoeyxkldugkzqiyfslpauspsmynalbgia
fuqyvilnmwivwuydqlzskqbacytglxemgrcgyboljkaohekyjwlvqowxgoyrelhwcenisyzmltcqmdkwyhulfieu
unbzqdmsptdkpfzylmevhlarjzgtmqbvtqtnzobmchjbgvrzwjmonxjwxvzermatlrcbdzuhmyfnhsdhzcpmklbp
iflzkxmwrpxyhpzsfmixdfojtzanmudrnelxzivmgjfvvocarentquelqgazmnfwimbskahunrcwuruoapcndikc
hwsaxknpoykxywafsnbumsdceavinzgoiteiadqnlmcqjgmalynxsqyziqatgnjyegpkuabonvesofmyajwnhkgw

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: vocarentque
Cipher: ibpneragdhr

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: vocarentque
Cipher: 1543311124513344145451

Extended Methods:
Method #1

Plaintext: vocarentque
method variations:
athfwksyvzkfynlbpxdaepldsqgucifkuqixvmzholpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
v o c a r e n t q u e 
1 4 3 1 2 5 3 4 1 5 5 
5 3 1 1 4 1 3 4 4 4 1 
They are then read out in rows:
1431253415553114134441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: vocarentque
Cipher: qcwsvzcqltd

Read more ...
Method #3

Plaintext: vocarentque
method variations:
unafylsdyya nafylsdyyau afylsdyyaun
fylsdyyauna ylsdyyaunaf lsdyyaunafy
sdyyaunafyl dyyaunafyls yyaunafylsd
yaunafylsdy aunafylsdyy

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: vocarentque

first 5040 cipher variations(39615626 total)
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vocaerqetun vocaerqetnu vocaerutqne vocaerutqen vocaerutnqe vocaerutneq vocaerutenq vocaeruteqn vocaeruqtne vocaeruqten
vocaeruqnte vocaeruqnet vocaeruqent vocaeruqetn vocaerunqte vocaerunqet vocaeruntqe vocaerunteq vocaerunetq vocaeruneqt
vocaerueqnt vocaerueqtn vocaeruenqt vocaeruentq vocaeruetnq vocaeruetqn vocaeretqun vocaeretqnu vocaeretuqn vocaeretunq
vocaeretnuq vocaeretnqu vocaereqtun vocaereqtnu vocaerequtn vocaerequnt vocaereqnut vocaereqntu vocaereuqtn vocaereuqnt
vocaereutqn vocaereutnq vocaereuntq vocaereunqt vocaerenqut vocaerenqtu vocaerenuqt vocaerenutq vocaerentuq vocaerentqu
vocaenrtque vocaenrtqeu vocaenrtuqe vocaenrtueq vocaenrteuq vocaenrtequ vocaenrqtue vocaenrqteu vocaenrqute vocaenrquet
vocaenrqeut vocaenrqetu vocaenruqte vocaenruqet vocaenrutqe vocaenruteq vocaenruetq vocaenrueqt vocaenrequt vocaenreqtu
vocaenreuqt vocaenreutq vocaenretuq vocaenretqu vocaentrque vocaentrqeu vocaentruqe vocaentrueq vocaentreuq vocaentrequ
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vocaentuerq vocaentueqr vocaentequr vocaenteqru vocaenteuqr vocaenteurq vocaenteruq vocaenterqu vocaenqtrue vocaenqtreu
vocaenqture vocaenqtuer vocaenqteur vocaenqteru vocaenqrtue vocaenqrteu vocaenqrute vocaenqruet vocaenqreut vocaenqretu
vocaenqurte vocaenquret vocaenqutre vocaenquter vocaenquetr vocaenquert vocaenqerut vocaenqertu vocaenqeurt vocaenqeutr
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vocaenueqrt vocaenueqtr vocaenuerqt vocaenuertq vocaenuetrq vocaenuetqr vocaenetqur vocaenetqru vocaenetuqr vocaeneturq
vocaenetruq vocaenetrqu vocaeneqtur vocaeneqtru vocaenequtr vocaenequrt vocaeneqrut vocaeneqrtu vocaeneuqtr vocaeneuqrt
vocaeneutqr vocaeneutrq vocaeneurtq vocaeneurqt vocaenerqut vocaenerqtu vocaeneruqt vocaenerutq vocaenertuq vocaenertqu
vocaetnrque vocaetnrqeu vocaetnruqe vocaetnrueq vocaetnreuq vocaetnrequ vocaetnqrue vocaetnqreu vocaetnqure vocaetnquer
vocaetnqeur vocaetnqeru vocaetnuqre vocaetnuqer vocaetnurqe vocaetnureq vocaetnuerq vocaetnueqr vocaetnequr vocaetneqru
vocaetneuqr vocaetneurq vocaetneruq vocaetnerqu vocaetrnque vocaetrnqeu vocaetrnuqe vocaetrnueq vocaetrneuq vocaetrnequ
vocaetrqnue vocaetrqneu vocaetrqune vocaetrquen vocaetrqeun vocaetrqenu vocaetruqne vocaetruqen vocaetrunqe vocaetruneq
vocaetruenq vocaetrueqn vocaetrequn vocaetreqnu vocaetreuqn vocaetreunq vocaetrenuq vocaetrenqu vocaetqrnue vocaetqrneu
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vocaetqunre vocaetquner vocaetqurne vocaetquren vocaetquern vocaetquenr vocaetqenur vocaetqenru vocaetqeunr vocaetqeurn
vocaetqerun vocaetqernu vocaeturqne vocaeturqen vocaeturnqe vocaeturneq vocaeturenq vocaetureqn vocaetuqrne vocaetuqren
vocaetuqnre vocaetuqner vocaetuqenr vocaetuqern vocaetunqre vocaetunqer vocaetunrqe vocaetunreq vocaetunerq vocaetuneqr
vocaetueqnr vocaetueqrn vocaetuenqr vocaetuenrq vocaetuernq vocaetuerqn vocaeterqun vocaeterqnu vocaeteruqn vocaeterunq
vocaeternuq vocaeternqu vocaeteqrun vocaeteqrnu vocaetequrn vocaetequnr vocaeteqnur vocaeteqnru vocaeteuqrn vocaeteuqnr
vocaeteurqn vocaeteurnq vocaeteunrq vocaeteunqr vocaetenqur vocaetenqru vocaetenuqr vocaetenurq vocaetenruq vocaetenrqu
vocaeqntrue vocaeqntreu vocaeqnture vocaeqntuer vocaeqnteur vocaeqnteru vocaeqnrtue vocaeqnrteu vocaeqnrute vocaeqnruet
vocaeqnreut vocaeqnretu vocaeqnurte vocaeqnuret vocaeqnutre vocaeqnuter vocaeqnuetr vocaeqnuert vocaeqnerut vocaeqnertu
vocaeqneurt vocaeqneutr vocaeqnetur vocaeqnetru vocaeqtnrue vocaeqtnreu vocaeqtnure vocaeqtnuer vocaeqtneur vocaeqtneru
vocaeqtrnue vocaeqtrneu vocaeqtrune vocaeqtruen vocaeqtreun vocaeqtrenu vocaeqturne vocaeqturen vocaeqtunre vocaeqtuner
vocaeqtuenr vocaeqtuern vocaeqterun vocaeqternu vocaeqteurn vocaeqteunr vocaeqtenur vocaeqtenru vocaeqrtnue vocaeqrtneu
vocaeqrtune vocaeqrtuen vocaeqrteun vocaeqrtenu vocaeqrntue vocaeqrnteu vocaeqrnute vocaeqrnuet vocaeqrneut vocaeqrnetu
vocaeqrunte vocaeqrunet vocaeqrutne vocaeqruten vocaeqruetn vocaeqruent vocaeqrenut vocaeqrentu vocaeqreunt vocaeqreutn
vocaeqretun vocaeqretnu vocaequtrne vocaequtren vocaequtnre vocaequtner vocaequtenr vocaequtern vocaequrtne vocaequrten
vocaequrnte vocaequrnet vocaequrent vocaequretn vocaequnrte vocaequnret vocaequntre vocaequnter vocaequnetr vocaequnert
vocaequernt vocaequertn vocaequenrt vocaequentr vocaequetnr vocaequetrn vocaeqetrun vocaeqetrnu vocaeqeturn vocaeqetunr
vocaeqetnur vocaeqetnru vocaeqertun vocaeqertnu vocaeqerutn vocaeqerunt vocaeqernut vocaeqerntu vocaeqeurtn vocaeqeurnt
vocaeqeutrn vocaeqeutnr vocaeqeuntr vocaeqeunrt vocaeqenrut vocaeqenrtu vocaeqenurt vocaeqenutr vocaeqentur vocaeqentru
vocaeuntqre vocaeuntqer vocaeuntrqe vocaeuntreq vocaeunterq vocaeunteqr vocaeunqtre vocaeunqter vocaeunqrte vocaeunqret
vocaeunqert vocaeunqetr vocaeunrqte vocaeunrqet vocaeunrtqe vocaeunrteq vocaeunretq vocaeunreqt vocaeuneqrt vocaeuneqtr
vocaeunerqt vocaeunertq vocaeunetrq vocaeunetqr vocaeutnqre vocaeutnqer vocaeutnrqe vocaeutnreq vocaeutnerq vocaeutneqr
vocaeutqnre vocaeutqner vocaeutqrne vocaeutqren vocaeutqern vocaeutqenr vocaeutrqne vocaeutrqen vocaeutrnqe vocaeutrneq
vocaeutrenq vocaeutreqn vocaeuteqrn vocaeuteqnr vocaeuterqn vocaeuternq vocaeutenrq vocaeutenqr vocaeuqtnre vocaeuqtner
vocaeuqtrne vocaeuqtren vocaeuqtern vocaeuqtenr vocaeuqntre vocaeuqnter vocaeuqnrte vocaeuqnret vocaeuqnert vocaeuqnetr
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vocaeuqetrn vocaeuqetnr vocaeurtqne vocaeurtqen vocaeurtnqe vocaeurtneq vocaeurtenq vocaeurteqn vocaeurqtne vocaeurqten
vocaeurqnte vocaeurqnet vocaeurqent vocaeurqetn vocaeurnqte vocaeurnqet vocaeurntqe vocaeurnteq vocaeurnetq vocaeurneqt
vocaeureqnt vocaeureqtn vocaeurenqt vocaeurentq vocaeuretnq vocaeuretqn vocaeuetqrn vocaeuetqnr vocaeuetrqn vocaeuetrnq
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vocaeerutqn vocaeerutnq vocaeeruntq vocaeerunqt vocaeernqut vocaeernqtu vocaeernuqt vocaeernutq vocaeerntuq vocaeerntqu
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vocanetuerq vocanetueqr vocanetequr vocaneteqru vocaneteuqr vocaneteurq vocaneteruq vocaneterqu vocaneqtrue vocaneqtreu
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vocanequrte vocanequret vocanequtre vocanequter vocanequetr vocanequert vocaneqerut vocaneqertu vocaneqeurt vocaneqeutr
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vocanreeuqt vocanreeutq vocanreetuq vocanreetqu vocanrteque vocanrteqeu vocanrteuqe vocanrteueq vocanrteeuq vocanrteequ
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vocanqeetur vocanqeetru vocanqutere vocanquteer vocanqutree vocanqutree vocanqutere vocanquteer vocanquetre vocanqueter
vocanquerte vocanqueret vocanqueert vocanqueetr vocanqurete vocanqureet vocanqurtee vocanqurtee vocanqurete vocanqureet
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vocanurqeet vocanurqete vocanureqte vocanureqet vocanuretqe vocanureteq vocanureetq vocanureeqt vocanureqet vocanureqte
vocanureeqt vocanureetq vocanureteq vocanuretqe vocanutrqee vocanutrqee vocanutreqe vocanutreeq vocanutreeq vocanutreqe
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vocanuqerte vocanuqeret vocanuqetre vocanuqeter vocanuqeetr vocanuqeert vocanuqeret vocanuqerte vocanuqeert vocanuqeetr
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vocanueqrte vocanueqret vocanueqert vocanueqetr vocanuerqte vocanuerqet vocanuertqe vocanuerteq vocanueretq vocanuereqt
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vocanetuerq vocanetueqr vocanetequr vocaneteqru vocaneteuqr vocaneteurq vocaneteruq vocaneterqu vocaneqtrue vocaneqtreu
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vocanequrte vocanequret vocanequtre vocanequter vocanequetr vocanequert vocaneqerut vocaneqertu vocaneqeurt vocaneqeutr
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vocateneuqr vocateneurq vocateneruq vocatenerqu vocaternque vocaternqeu vocaternuqe vocaternueq vocaterneuq vocaternequ
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vocateruenq vocaterueqn vocaterequn vocatereqnu vocatereuqn vocatereunq vocaterenuq vocaterenqu vocateqrnue vocateqrneu
vocateqrune vocateqruen vocateqreun vocateqrenu vocateqnrue vocateqnreu vocateqnure vocateqnuer vocateqneur vocateqneru
vocatequnre vocatequner vocatequrne vocatequren vocatequern vocatequenr vocateqenur vocateqenru vocateqeunr vocateqeurn
vocateqerun vocateqernu vocateurqne vocateurqen vocateurnqe vocateurneq vocateurenq vocateureqn vocateuqrne vocateuqren
vocateuqnre vocateuqner vocateuqenr vocateuqern vocateunqre vocateunqer vocateunrqe vocateunreq vocateunerq vocateuneqr
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vocaqreetun vocaqreetnu vocaqrutene vocaqruteen vocaqrutnee vocaqrutnee vocaqrutene vocaqruteen vocaqruetne vocaqrueten
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vocaquteenr vocaquteern vocaquteren vocaquterne vocaquteern vocaquteenr vocaqutener vocaqutenre vocaqurtnee vocaqurtnee
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vocaqureten vocaquretne vocaquetrne vocaquetren vocaquetnre vocaquetner vocaquetenr vocaquetern vocaquertne vocaquerten
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vocauneterq vocauneteqr vocauneqtre vocauneqter vocauneqrte vocauneqret vocauneqert vocauneqetr vocaunerqte vocaunerqet
vocaunertqe vocaunerteq vocauneretq vocaunereqt vocauneeqrt vocauneeqtr vocauneerqt vocauneertq vocauneetrq vocauneetqr
vocautneqre vocautneqer vocautnerqe vocautnereq vocautneerq vocautneeqr vocautnqere vocautnqeer vocautnqree vocautnqree
vocautnqere vocautnqeer vocautnrqee vocautnrqee vocautnreqe vocautnreeq vocautnreeq vocautnreqe vocautneqre vocautneqer
vocautnerqe vocautnereq vocautneerq vocautneeqr vocautenqre vocautenqer vocautenrqe vocautenreq vocautenerq vocauteneqr
vocauteqnre vocauteqner vocauteqrne vocauteqren vocauteqern vocauteqenr vocauterqne vocauterqen vocauternqe vocauterneq
vocauterenq vocautereqn vocauteeqrn vocauteeqnr vocauteerqn vocauteernq vocauteenrq vocauteenqr vocautqenre vocautqener
vocautqerne vocautqeren vocautqeern vocautqeenr vocautqnere vocautqneer vocautqnree vocautqnree vocautqnere vocautqneer
vocautqrnee vocautqrnee vocautqrene vocautqreen vocautqreen vocautqrene vocautqenre vocautqener vocautqerne vocautqeren
vocautqeern vocautqeenr vocautreqne vocautreqen vocautrenqe vocautreneq vocautreenq vocautreeqn vocautrqene vocautrqeen
vocautrqnee vocautrqnee vocautrqene vocautrqeen vocautrnqee vocautrnqee vocautrneqe vocautrneeq vocautrneeq vocautrneqe
vocautreqne vocautreqen vocautrenqe vocautreneq vocautreenq vocautreeqn vocauteeqrn vocauteeqnr vocauteerqn vocauteernq
vocauteenrq vocauteenqr vocauteqern vocauteqenr vocauteqren vocauteqrne vocauteqnre vocauteqner vocauterqen vocauterqne
vocautereqn vocauterenq vocauterneq vocauternqe vocautenqre vocautenqer vocautenrqe vocautenreq vocautenerq vocauteneqr
vocauqntere vocauqnteer vocauqntree vocauqntree vocauqntere vocauqnteer vocauqnetre vocauqneter vocauqnerte vocauqneret
vocauqneert vocauqneetr vocauqnrete vocauqnreet vocauqnrtee vocauqnrtee vocauqnrete vocauqnreet vocauqneert vocauqneetr
vocauqneret vocauqnerte vocauqnetre vocauqneter vocauqtnere vocauqtneer vocauqtnree vocauqtnree vocauqtnere vocauqtneer
vocauqtenre vocauqtener vocauqterne vocauqteren vocauqteern vocauqteenr vocauqtrene vocauqtreen vocauqtrnee vocauqtrnee
vocauqtrene vocauqtreen vocauqteern vocauqteenr vocauqteren vocauqterne vocauqtenre vocauqtener vocauqetnre vocauqetner
vocauqetrne vocauqetren vocauqetern vocauqetenr vocauqentre vocauqenter vocauqenrte vocauqenret vocauqenert vocauqenetr
vocauqernte vocauqernet vocauqertne vocauqerten vocauqeretn vocauqerent vocauqeenrt vocauqeentr vocauqeernt vocauqeertn
vocauqeetrn vocauqeetnr vocauqrtene vocauqrteen vocauqrtnee vocauqrtnee vocauqrtene vocauqrteen vocauqretne vocauqreten
vocauqrente vocauqrenet vocauqreent vocauqreetn vocauqrnete vocauqrneet vocauqrntee vocauqrntee vocauqrnete vocauqrneet
vocauqreent vocauqreetn vocauqrenet vocauqrente vocauqretne vocauqreten vocauqetern vocauqetenr vocauqetren vocauqetrne
vocauqetnre vocauqetner vocauqeetrn vocauqeetnr vocauqeertn vocauqeernt vocauqeenrt vocauqeentr vocauqeretn vocauqerent
vocauqerten vocauqertne vocauqernte vocauqernet vocauqenert vocauqenetr vocauqenret vocauqenrte vocauqentre vocauqenter
vocaurntqee vocaurntqee vocaurnteqe vocaurnteeq vocaurnteeq vocaurnteqe vocaurnqtee vocaurnqtee vocaurnqete vocaurnqeet
vocaurnqeet vocaurnqete vocaurneqte vocaurneqet vocaurnetqe vocaurneteq vocaurneetq vocaurneeqt vocaurneqet vocaurneqte
vocaurneeqt vocaurneetq vocaurneteq vocaurnetqe vocaurtnqee vocaurtnqee vocaurtneqe vocaurtneeq vocaurtneeq vocaurtneqe
vocaurtqnee vocaurtqnee vocaurtqene vocaurtqeen vocaurtqeen vocaurtqene vocaurteqne vocaurteqen vocaurtenqe vocaurteneq
vocaurteenq vocaurteeqn vocaurteqen vocaurteqne vocaurteeqn vocaurteenq vocaurteneq vocaurtenqe vocaurqtnee vocaurqtnee
vocaurqtene vocaurqteen vocaurqteen vocaurqtene vocaurqntee vocaurqntee vocaurqnete vocaurqneet vocaurqneet vocaurqnete
vocaurqente vocaurqenet vocaurqetne vocaurqeten vocaurqeetn vocaurqeent vocaurqenet vocaurqente vocaurqeent vocaurqeetn
vocaurqeten vocaurqetne vocauretqne vocauretqen vocauretnqe vocauretneq vocauretenq vocaureteqn vocaureqtne vocaureqten
vocaureqnte vocaureqnet vocaureqent vocaureqetn vocaurenqte vocaurenqet vocaurentqe vocaurenteq vocaurenetq vocaureneqt
vocaureeqnt vocaureeqtn vocaureenqt vocaureentq vocaureetnq vocaureetqn vocauretqen vocauretqne vocaureteqn vocauretenq
vocauretneq vocauretnqe vocaureqten vocaureqtne vocaureqetn vocaureqent vocaureqnet vocaureqnte vocaureeqtn vocaureeqnt
vocaureetqn vocaureetnq vocaureentq vocaureenqt vocaurenqet vocaurenqte vocaureneqt vocaurenetq vocaurenteq vocaurentqe
vocauentqre vocauentqer vocauentrqe vocauentreq vocauenterq vocauenteqr vocauenqtre vocauenqter vocauenqrte vocauenqret
vocauenqert vocauenqetr vocauenrqte vocauenrqet vocauenrtqe vocauenrteq vocauenretq vocauenreqt vocaueneqrt vocaueneqtr
vocauenerqt vocauenertq vocauenetrq vocauenetqr vocauetnqre vocauetnqer vocauetnrqe vocauetnreq vocauetnerq vocauetneqr
vocauetqnre vocauetqner vocauetqrne vocauetqren vocauetqern vocauetqenr vocauetrqne vocauetrqen vocauetrnqe vocauetrneq
vocauetrenq vocauetreqn vocaueteqrn vocaueteqnr vocaueterqn vocaueternq vocauetenrq vocauetenqr vocaueqtnre vocaueqtner
vocaueqtrne vocaueqtren vocaueqtern vocaueqtenr vocaueqntre vocaueqnter vocaueqnrte vocaueqnret vocaueqnert vocaueqnetr
vocaueqrnte vocaueqrnet vocaueqrtne vocaueqrten vocaueqretn vocaueqrent vocaueqenrt vocaueqentr vocaueqernt vocaueqertn
vocaueqetrn vocaueqetnr vocauertqne vocauertqen vocauertnqe vocauertneq vocauertenq vocauerteqn vocauerqtne vocauerqten
vocauerqnte vocauerqnet vocauerqent vocauerqetn vocauernqte vocauernqet vocauerntqe vocauernteq vocauernetq vocauerneqt
vocauereqnt vocauereqtn vocauerenqt vocauerentq vocaueretnq vocaueretqn vocaueetqrn vocaueetqnr vocaueetrqn vocaueetrnq
vocaueetnrq vocaueetnqr vocaueeqtrn vocaueeqtnr vocaueeqrtn vocaueeqrnt vocaueeqnrt vocaueeqntr vocaueerqtn vocaueerqnt
vocaueertqn vocaueertnq vocaueerntq vocaueernqt vocaueenqrt vocaueenqtr vocaueenrqt vocaueenrtq vocaueentrq vocaueentqr
vocaeentqur vocaeentqru vocaeentuqr vocaeenturq vocaeentruq vocaeentrqu vocaeenqtur vocaeenqtru vocaeenqutr vocaeenqurt
vocaeenqrut vocaeenqrtu vocaeenuqtr vocaeenuqrt vocaeenutqr vocaeenutrq vocaeenurtq vocaeenurqt vocaeenrqut vocaeenrqtu
vocaeenruqt vocaeenrutq vocaeenrtuq vocaeenrtqu vocaeetnqur vocaeetnqru vocaeetnuqr vocaeetnurq vocaeetnruq vocaeetnrqu
vocaeetqnur vocaeetqnru vocaeetqunr vocaeetqurn vocaeetqrun vocaeetqrnu vocaeetuqnr vocaeetuqrn vocaeetunqr vocaeetunrq
vocaeeturnq vocaeeturqn vocaeetrqun vocaeetrqnu vocaeetruqn vocaeetrunq vocaeetrnuq vocaeetrnqu vocaeeqtnur vocaeeqtnru
vocaeeqtunr vocaeeqturn vocaeeqtrun vocaeeqtrnu vocaeeqntur vocaeeqntru vocaeeqnutr vocaeeqnurt vocaeeqnrut vocaeeqnrtu
vocaeequntr vocaeequnrt vocaeequtnr vocaeequtrn vocaeequrtn vocaeequrnt vocaeeqrnut vocaeeqrntu vocaeeqrunt vocaeeqrutn
vocaeeqrtun vocaeeqrtnu vocaeeutqnr vocaeeutqrn vocaeeutnqr vocaeeutnrq vocaeeutrnq vocaeeutrqn vocaeeuqtnr vocaeeuqtrn
vocaeeuqntr vocaeeuqnrt vocaeeuqrnt vocaeeuqrtn vocaeeunqtr vocaeeunqrt vocaeeuntqr vocaeeuntrq vocaeeunrtq vocaeeunrqt
vocaeeurqnt vocaeeurqtn vocaeeurnqt vocaeeurntq vocaeeurtnq vocaeeurtqn vocaeertqun vocaeertqnu vocaeertuqn vocaeertunq
vocaeertnuq vocaeertnqu vocaeerqtun vocaeerqtnu vocaeerqutn vocaeerqunt vocaeerqnut vocaeerqntu vocaeeruqtn vocaeeruqnt
vocaeerutqn vocaeerutnq vocaeeruntq vocaeerunqt vocaeernqut vocaeernqtu vocaeernuqt vocaeernutq vocaeerntuq vocaeerntqu
vocaenetqur vocaenetqru vocaenetuqr vocaeneturq vocaenetruq vocaenetrqu vocaeneqtur vocaeneqtru vocaenequtr vocaenequrt
vocaeneqrut vocaeneqrtu vocaeneuqtr vocaeneuqrt vocaeneutqr vocaeneutrq vocaeneurtq vocaeneurqt vocaenerqut vocaenerqtu
vocaeneruqt vocaenerutq vocaenertuq vocaenertqu vocaentequr vocaenteqru vocaenteuqr vocaenteurq vocaenteruq vocaenterqu
vocaentqeur vocaentqeru vocaentquer vocaentqure vocaentqrue vocaentqreu vocaentuqer vocaentuqre vocaentueqr vocaentuerq
vocaentureq vocaenturqe vocaentrque vocaentrqeu vocaentruqe vocaentrueq vocaentreuq vocaentrequ vocaenqteur vocaenqteru
vocaenqtuer vocaenqture vocaenqtrue vocaenqtreu vocaenqetur vocaenqetru vocaenqeutr vocaenqeurt vocaenqerut vocaenqertu
vocaenquetr vocaenquert vocaenquter vocaenqutre vocaenqurte vocaenquret vocaenqreut vocaenqretu vocaenqruet vocaenqrute
vocaenqrtue vocaenqrteu vocaenutqer vocaenutqre vocaenuteqr vocaenuterq vocaenutreq vocaenutrqe vocaenuqter vocaenuqtre
vocaenuqetr vocaenuqert vocaenuqret vocaenuqrte vocaenueqtr vocaenueqrt vocaenuetqr vocaenuetrq vocaenuertq vocaenuerqt
vocaenurqet vocaenurqte vocaenureqt vocaenuretq vocaenurteq vocaenurtqe vocaenrtque vocaenrtqeu vocaenrtuqe vocaenrtueq
vocaenrteuq vocaenrtequ vocaenrqtue vocaenrqteu vocaenrqute vocaenrquet vocaenrqeut vocaenrqetu vocaenruqte vocaenruqet
vocaenrutqe vocaenruteq vocaenruetq vocaenrueqt vocaenrequt vocaenreqtu vocaenreuqt vocaenreutq vocaenretuq vocaenretqu
vocaetnequr vocaetneqru vocaetneuqr vocaetneurq vocaetneruq vocaetnerqu vocaetnqeur vocaetnqeru vocaetnquer vocaetnqure
vocaetnqrue vocaetnqreu vocaetnuqer vocaetnuqre vocaetnueqr vocaetnuerq vocaetnureq vocaetnurqe vocaetnrque vocaetnrqeu
vocaetnruqe vocaetnrueq vocaetnreuq vocaetnrequ vocaetenqur vocaetenqru vocaetenuqr vocaetenurq vocaetenruq vocaetenrqu
vocaeteqnur vocaeteqnru vocaetequnr vocaetequrn vocaeteqrun vocaeteqrnu vocaeteuqnr vocaeteuqrn vocaeteunqr vocaeteunrq
vocaeteurnq vocaeteurqn vocaeterqun vocaeterqnu vocaeteruqn vocaeterunq vocaeternuq vocaeternqu vocaetqenur vocaetqenru
vocaetqeunr vocaetqeurn vocaetqerun vocaetqernu vocaetqneur vocaetqneru vocaetqnuer vocaetqnure vocaetqnrue vocaetqnreu
vocaetquner vocaetqunre vocaetquenr vocaetquern vocaetquren vocaetqurne vocaetqrnue vocaetqrneu vocaetqrune vocaetqruen
vocaetqreun vocaetqrenu vocaetueqnr vocaetueqrn vocaetuenqr vocaetuenrq vocaetuernq vocaetuerqn vocaetuqenr vocaetuqern
vocaetuqner vocaetuqnre vocaetuqrne vocaetuqren vocaetunqer vocaetunqre vocaetuneqr vocaetunerq vocaetunreq vocaetunrqe
vocaeturqne vocaeturqen vocaeturnqe vocaeturneq vocaeturenq vocaetureqn vocaetrequn vocaetreqnu vocaetreuqn vocaetreunq
vocaetrenuq vocaetrenqu vocaetrqeun vocaetrqenu vocaetrquen vocaetrqune vocaetrqnue vocaetrqneu vocaetruqen vocaetruqne
vocaetrueqn vocaetruenq vocaetruneq vocaetrunqe vocaetrnque vocaetrnqeu vocaetrnuqe vocaetrnueq vocaetrneuq vocaetrnequ
vocaeqnteur vocaeqnteru vocaeqntuer vocaeqnture vocaeqntrue vocaeqntreu vocaeqnetur vocaeqnetru vocaeqneutr vocaeqneurt
vocaeqnerut vocaeqnertu vocaeqnuetr vocaeqnuert vocaeqnuter vocaeqnutre vocaeqnurte vocaeqnuret vocaeqnreut vocaeqnretu
vocaeqnruet vocaeqnrute vocaeqnrtue vocaeqnrteu vocaeqtneur vocaeqtneru vocaeqtnuer vocaeqtnure vocaeqtnrue vocaeqtnreu
vocaeqtenur vocaeqtenru vocaeqteunr vocaeqteurn vocaeqterun vocaeqternu vocaeqtuenr vocaeqtuern vocaeqtuner vocaeqtunre
vocaeqturne vocaeqturen vocaeqtreun vocaeqtrenu vocaeqtruen vocaeqtrune vocaeqtrnue vocaeqtrneu vocaeqetnur vocaeqetnru
vocaeqetunr vocaeqeturn vocaeqetrun vocaeqetrnu vocaeqentur vocaeqentru vocaeqenutr vocaeqenurt vocaeqenrut vocaeqenrtu
vocaeqeuntr vocaeqeunrt vocaeqeutnr vocaeqeutrn vocaeqeurtn vocaeqeurnt vocaeqernut vocaeqerntu vocaeqerunt vocaeqerutn
vocaeqertun vocaeqertnu vocaequtenr vocaequtern vocaequtner vocaequtnre vocaequtrne vocaequtren vocaequetnr vocaequetrn
vocaequentr vocaequenrt vocaequernt vocaequertn vocaequnetr vocaequnert vocaequnter vocaequntre vocaequnrte vocaequnret
vocaequrent vocaequretn vocaequrnet vocaequrnte vocaequrtne vocaequrten vocaeqrteun vocaeqrtenu vocaeqrtuen vocaeqrtune
vocaeqrtnue vocaeqrtneu vocaeqretun vocaeqretnu vocaeqreutn vocaeqreunt vocaeqrenut vocaeqrentu vocaeqruetn vocaeqruent
vocaeqruten vocaeqrutne vocaeqrunte vocaeqrunet vocaeqrneut vocaeqrnetu vocaeqrnuet vocaeqrnute vocaeqrntue vocaeqrnteu
vocaeuntqer vocaeuntqre vocaeunteqr vocaeunterq vocaeuntreq vocaeuntrqe vocaeunqter vocaeunqtre vocaeunqetr vocaeunqert
vocaeunqret vocaeunqrte vocaeuneqtr vocaeuneqrt vocaeunetqr vocaeunetrq vocaeunertq vocaeunerqt vocaeunrqet vocaeunrqte
vocaeunreqt vocaeunretq vocaeunrteq vocaeunrtqe vocaeutnqer vocaeutnqre vocaeutneqr vocaeutnerq vocaeutnreq vocaeutnrqe
vocaeutqner vocaeutqnre vocaeutqenr vocaeutqern vocaeutqren vocaeutqrne vocaeuteqnr vocaeuteqrn vocaeutenqr vocaeutenrq
vocaeuternq vocaeuterqn vocaeutrqen vocaeutrqne vocaeutreqn vocaeutrenq vocaeutrneq vocaeutrnqe vocaeuqtner vocaeuqtnre
vocaeuqtenr vocaeuqtern vocaeuqtren vocaeuqtrne vocaeuqnter vocaeuqntre vocaeuqnetr vocaeuqnert vocaeuqnret vocaeuqnrte
vocaeuqentr vocaeuqenrt vocaeuqetnr vocaeuqetrn vocaeuqertn vocaeuqernt vocaeuqrnet vocaeuqrnte vocaeuqrent vocaeuqretn
vocaeuqrten vocaeuqrtne vocaeuetqnr vocaeuetqrn vocaeuetnqr vocaeuetnrq vocaeuetrnq vocaeuetrqn vocaeueqtnr vocaeueqtrn
vocaeueqntr vocaeueqnrt vocaeueqrnt vocaeueqrtn vocaeuenqtr vocaeuenqrt vocaeuentqr vocaeuentrq vocaeuenrtq vocaeuenrqt
vocaeuerqnt vocaeuerqtn vocaeuernqt vocaeuerntq vocaeuertnq vocaeuertqn vocaeurtqen vocaeurtqne vocaeurteqn vocaeurtenq
vocaeurtneq vocaeurtnqe vocaeurqten vocaeurqtne vocaeurqetn vocaeurqent vocaeurqnet vocaeurqnte vocaeureqtn vocaeureqnt
vocaeuretqn vocaeuretnq vocaeurentq vocaeurenqt vocaeurnqet vocaeurnqte vocaeurneqt vocaeurnetq vocaeurnteq vocaeurntqe
vocaerntque vocaerntqeu vocaerntuqe vocaerntueq vocaernteuq vocaerntequ vocaernqtue vocaernqteu vocaernqute vocaernquet
vocaernqeut vocaernqetu vocaernuqte vocaernuqet vocaernutqe vocaernuteq vocaernuetq vocaernueqt vocaernequt vocaerneqtu
vocaerneuqt vocaerneutq vocaernetuq vocaernetqu vocaertnque vocaertnqeu vocaertnuqe vocaertnueq vocaertneuq vocaertnequ
vocaertqnue vocaertqneu vocaertqune vocaertquen vocaertqeun vocaertqenu vocaertuqne vocaertuqen vocaertunqe vocaertuneq
vocaertuenq vocaertueqn vocaertequn vocaerteqnu vocaerteuqn vocaerteunq vocaertenuq vocaertenqu vocaerqtnue vocaerqtneu
vocaerqtune vocaerqtuen vocaerqteun vocaerqtenu vocaerqntue vocaerqnteu vocaerqnute vocaerqnuet vocaerqneut vocaerqnetu
vocaerqunte vocaerqunet vocaerqutne vocaerquten vocaerquetn vocaerquent vocaerqenut vocaerqentu vocaerqeunt vocaerqeutn
vocaerqetun vocaerqetnu vocaerutqne vocaerutqen vocaerutnqe vocaerutneq vocaerutenq vocaeruteqn vocaeruqtne vocaeruqten
vocaeruqnte vocaeruqnet vocaeruqent vocaeruqetn vocaerunqte vocaerunqet vocaeruntqe vocaerunteq vocaerunetq vocaeruneqt
vocaerueqnt vocaerueqtn vocaeruenqt vocaeruentq vocaeruetnq vocaeruetqn vocaeretqun vocaeretqnu vocaeretuqn vocaeretunq
vocaeretnuq vocaeretnqu vocaereqtun vocaereqtnu vocaerequtn vocaerequnt vocaereqnut vocaereqntu vocaereuqtn vocaereuqnt
vocaereutqn vocaereutnq vocaereuntq vocaereunqt vocaerenqut vocaerenqtu vocaerenuqt vocaerenutq vocaerentuq vocaerentqu

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