easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

weissella

kobler

conjugo

zemanek

wunsch

mastodonsaurian

contenta

whumps

greyer

dilauro

interweaving

unwincingly

prasanan

garrio

audiogenic

stercoremia

conferrentque

whitefishery


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: sleeving
cipher variations:
tmffwjoh unggxkpi vohhylqj wpiizmrk xqjjansl
yrkkbotm zsllcpun atmmdqvo bunnerwp cvoofsxq
dwppgtyr exqqhuzs fyrrivat gzssjwbu hattkxcv
ibuulydw jcvvmzex kdwwnafy lexxobgz mfyypcha
ngzzqdib ohaarejc pibbsfkd qjcctgle rkdduhmf

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: sleeving
Cipher: hovvermt

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: sleeving
Cipher: BAAAB ABABA AABAA AABAA BBBAB ABAAA ABBAA AABBA

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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: sleeving
cipher variations:
tmffwjohdinnmzotnevvcpofxaddsforhwllivodrsttyloplkjjeronvgrruhoz
fczzkxolpyhhanoxzuppqdojjqxxgtovunggxkpiejoonapuofwwdqpgybeetgps
ixmmjwpestuuzmpqmlkkfspowhssvipagdaalypmqziibopyavqqrepkkryyhupw
vohhylqjfkppobqvpgxxerqhzcffuhqtjynnkxqftuvvanqrnmllgtqpxittwjqb
hebbmzqnrajjcpqzbwrrsfqllszzivqxwpiizmrkglqqpcrwqhyyfsriadggviru
kzoolyrguvwwborsonmmhurqyjuuxkrcifccnarosbkkdqracxsstgrmmtaajwry
xqjjanslhmrrqdsxrizzgtsjbehhwjsvlappmzshvwxxcpstponnivsrzkvvylsd
jgddobsptcllersbdyttuhsnnubbkxszyrkkbotminssretysjaahutkcfiixktw
mbqqnatiwxyydqtuqpoojwtsalwwzmtekheepctqudmmfstcezuuvitoovcclyta
zsllcpunjottsfuztkbbivuldgjjyluxncrrobujxyzzeruvrqppkxutbmxxanuf
liffqdurvenngtudfavvwjuppwddmzubatmmdqvokpuutgvaulccjwvmehkkzmvy
odsspcvkyzaafsvwsrqqlyvucnyybovgmjggrevswfoohuvegbwwxkvqqxeenavc
bunnerwplqvvuhwbvmddkxwnfillanwzpettqdwlzabbgtwxtsrrmzwvdozzcpwh
nkhhsfwtxgppivwfhcxxylwrryffobwdcvoofsxqmrwwvixcwneelyxogjmmboxa
qfuurexmabcchuxyutssnaxwepaadqxioliitgxuyhqqjwxgidyyzmxsszggpcxe
dwppgtyrnsxxwjydxoffmzyphknncpybrgvvsfynbcddivyzvuttobyxfqbberyj
pmjjuhyvzirrkxyhjezzanyttahhqdyfexqqhuzsotyyxkzeypggnazqiloodqzc
shwwtgzocdeejwzawvuupczygrccfszkqnkkvizwajsslyzikfaabozuubiirezg
fyrrivatpuzzylafzqhhobarjmpperadtixxuhapdeffkxabxwvvqdazhsddgtal
rollwjaxbkttmzajlgbbcpavvcjjsfahgzssjwbuqvaazmbgariipcbsknqqfsbe
ujyyvibqefgglybcyxwwrebaiteehubmspmmxkbycluunabkmhccdqbwwdkktgbi
hattkxcvrwbbanchbsjjqdctlorrgtcfvkzzwjcrfghhmzcdzyxxsfcbjuffivcn
tqnnylczdmvvobclniddercxxelluhcjibuulydwsxccbodictkkredumpsshudg
wlaaxkdsghiinadeazyytgdckvggjwdouroozmdaenwwpcdmojeefsdyyfmmvidk
jcvvmzextyddcpejdullsfevnqttivehxmbbylethijjobefbazzuhedlwhhkxep
vsppanebfoxxqdenpkffgtezzgnnwjelkdwwnafyuzeedqfkevmmtgfworuujwfi
yncczmfuijkkpcfgcbaavifemxiilyfqwtqqbofcgpyyrefoqlgghufaahooxkfm
lexxobgzvafferglfwnnuhgxpsvvkxgjzoddangvjkllqdghdcbbwjgfnyjjmzgr
xurrcpgdhqzzsfgprmhhivgbbippylgnmfyypchawbggfshmgxoovihyqtwwlyhk
apeebohwklmmrehiedccxkhgozkknahsyvssdqheiraatghqsniijwhccjqqzmho
ngzzqdibxchhgtinhyppwjizruxxmzilbqffcpixlmnnsfijfeddylihpallobit
zwtterifjsbbuhirtojjkxiddkrranipohaarejcydiihujoizqqxkjasvyynajm
crggdqjymnootgjkgfeezmjiqbmmpcjuaxuufsjgktccvijsupkklyjeelssbojq
pibbsfkdzejjivkpjarrylkbtwzzobkndshherkznoppuhklhgffankjrcnnqdkv
byvvgtkhluddwjktvqllmzkffmttcpkrqjcctgleafkkjwlqkbsszmlcuxaapclo
etiifslaopqqvilmihggbolksdoorelwczwwhulimveexkluwrmmnalggnuudqls
rkdduhmfbgllkxmrlcttanmdvybbqdmpfujjgtmbpqrrwjmnjihhcpmlteppsfmx
daxxivmjnwffylmvxsnnobmhhovvermtsleevingchmmlynsmduubonewzccrenq
gvkkhuncqrssxknokjiidqnmufqqtgnyebyyjwnkoxggzmnwytoopcniipwwfsnu

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: sleeving
Cipher: fyrrivat

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: sleeving
Cipher: 3413515115423322

Extended Methods:
Method #1

Plaintext: sleeving
method variations:
xqkkaosmcvppftxrhauulycwnfzzqdhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s l e e v i n g 
3 1 5 5 1 4 3 2 
4 3 1 1 5 2 3 2 
They are then read out in rows:
3155143243115232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sleeving
Cipher: czqhoakh

Read more ...
Method #3

Plaintext: sleeving
method variations:
dxvaumhm xvaumhmd vaumhmdx
aumhmdxv umhmdxva mhmdxvau
hmdxvaum mdxvaumh

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: sleeving

first 5040 cipher variations(40320 total)
sleeving sleevign sleevnig sleevngi sleevgni sleevgin sleeivng sleeivgn sleeinvg sleeingv sleeignv
sleeigvn sleenivg sleenigv sleenvig sleenvgi sleengvi sleengiv sleeginv sleegivn sleegniv sleegnvi
sleegvni sleegvin sleveing sleveign slevenig slevengi slevegni slevegin slevieng sleviegn slevineg
slevinge slevigne slevigen slevnieg slevnige slevneig slevnegi slevngei slevngie slevgine slevgien
slevgnie slevgnei slevgeni slevgein sleiveng sleivegn sleivneg sleivnge sleivgne sleivgen sleievng
sleievgn sleienvg sleiengv sleiegnv sleiegvn sleinevg sleinegv sleinveg sleinvge sleingve sleingev
sleigenv sleigevn sleignev sleignve sleigvne sleigven slenvieg slenvige slenveig slenvegi slenvgei
slenvgie sleniveg slenivge slenievg sleniegv slenigev slenigve sleneivg sleneigv slenevig slenevgi
slenegvi slenegiv slengiev slengive slengeiv slengevi slengvei slengvie slegvine slegvien slegvnie
slegvnei slegveni slegvein slegivne slegiven sleginve sleginev slegienv slegievn slegnive slegniev
slegnvie slegnvei slegnevi slegneiv slegeinv slegeivn slegeniv slegenvi slegevni slegevin sleeving
sleevign sleevnig sleevngi sleevgni sleevgin sleeivng sleeivgn sleeinvg sleeingv sleeignv sleeigvn
sleenivg sleenigv sleenvig sleenvgi sleengvi sleengiv sleeginv sleegivn sleegniv sleegnvi sleegvni
sleegvin sleveing sleveign slevenig slevengi slevegni slevegin slevieng sleviegn slevineg slevinge
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slegnvei slegnevi slegneiv slegeinv slegeivn slegeniv slegenvi slegevni slegevin slveeing slveeign
slveenig slveengi slveegni slveegin slveieng slveiegn slveineg slveinge slveigne slveigen slvenieg
slvenige slveneig slvenegi slvengei slvengie slvegine slvegien slvegnie slvegnei slvegeni slvegein
slveeing slveeign slveenig slveengi slveegni slveegin slveieng slveiegn slveineg slveinge slveigne
slveigen slvenieg slvenige slveneig slvenegi slvengei slvengie slvegine slvegien slvegnie slvegnei
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seveinlg seveingl seveignl seveigln sevenilg sevenigl sevenlig sevenlgi sevengli sevengil seveginl
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seinvegl seinvgel seinvgle seinlveg seinlvge seinlevg seinlegv seinlgev seinlgve seinelvg seinelgv
seinevlg seinevgl seinegvl seineglv seinglev seinglve seingelv seingevl seingvel seingvle seigvlne
seigvlen seigvnle seigvnel seigvenl seigveln seiglvne seiglven seiglnve seiglnev seiglenv seiglevn
seignlve seignlev seignvle seignvel seignevl seignelv seigelnv seigelvn seigenlv seigenvl seigevnl
seigevln senevilg senevigl senevlig senevlgi senevgli senevgil seneivlg seneivgl seneilvg seneilgv
seneiglv seneigvl senelivg seneligv senelvig senelvgi senelgvi senelgiv senegilv senegivl senegliv
seneglvi senegvli senegvil senveilg senveigl senvelig senvelgi senvegli senvegil senvielg senviegl
senvileg senvilge senvigle senvigel senvlieg senvlige senvleig senvlegi senvlgei senvlgie senvgile
senvgiel senvglie senvglei senvgeli senvgeil senivelg senivegl senivleg senivlge senivgle senivgel
senievlg senievgl senielvg senielgv senieglv seniegvl senilevg senilegv senilveg senilvge senilgve
senilgev senigelv senigevl seniglev seniglve senigvle senigvel senlvieg senlvige senlveig senlvegi
senlvgei senlvgie senliveg senlivge senlievg senliegv senligev senligve senleivg senleigv senlevig
senlevgi senlegvi senlegiv senlgiev senlgive senlgeiv senlgevi senlgvei senlgvie sengvile sengviel
sengvlie sengvlei sengveli sengveil sengivle sengivel sengilve sengilev sengielv sengievl senglive
sengliev senglvie senglvei senglevi sengleiv sengeilv sengeivl sengeliv sengelvi sengevli sengevil
segevinl segeviln segevnil segevnli segevlni segevlin segeivnl segeivln segeinvl segeinlv segeilnv
segeilvn segenivl segenilv segenvil segenvli segenlvi segenliv segelinv segelivn segelniv segelnvi
segelvni segelvin segveinl segveiln segvenil segvenli segvelni segvelin segvienl segvieln segvinel
segvinle segvilne segvilen segvniel segvnile segvneil segvneli segvnlei segvnlie segvline segvlien
segvlnie segvlnei segvleni segvlein segivenl segiveln segivnel segivnle segivlne segivlen segievnl
segievln segienvl segienlv segielnv segielvn seginevl seginelv seginvel seginvle seginlve seginlev
segilenv segilevn segilnev segilnve segilvne segilven segnviel segnvile segnveil segnveli segnvlei
segnvlie segnivel segnivle segnievl segnielv segnilev segnilve segneivl segneilv segnevil segnevli
segnelvi segneliv segnliev segnlive segnleiv segnlevi segnlvei segnlvie seglvine seglvien seglvnie
seglvnei seglveni seglvein seglivne segliven seglinve seglinev seglienv seglievn seglnive seglniev
seglnvie seglnvei seglnevi seglneiv segleinv segleivn segleniv seglenvi seglevni seglevin seelving
seelvign seelvnig seelvngi seelvgni seelvgin seelivng seelivgn seelinvg seelingv seelignv seeligvn
seelnivg seelnigv seelnvig seelnvgi seelngvi seelngiv seelginv seelgivn seelgniv seelgnvi seelgvni
seelgvin seevling seevlign seevlnig seevlngi seevlgni seevlgin seevilng seevilgn seevinlg seevingl
seevignl seevigln seevnilg seevnigl seevnlig seevnlgi seevngli seevngil seevginl seevgiln seevgnil
seevgnli seevglni seevglin seeivlng seeivlgn seeivnlg seeivngl seeivgnl seeivgln seeilvng seeilvgn
seeilnvg seeilngv seeilgnv seeilgvn seeinlvg seeinlgv seeinvlg seeinvgl seeingvl seeinglv seeiglnv
seeiglvn seeignlv seeignvl seeigvnl seeigvln seenvilg seenvigl seenvlig seenvlgi seenvgli seenvgil
seenivlg seenivgl seenilvg seenilgv seeniglv seenigvl seenlivg seenligv seenlvig seenlvgi seenlgvi
seenlgiv seengilv seengivl seengliv seenglvi seengvli seengvil seegvinl seegviln seegvnil seegvnli
seegvlni seegvlin seegivnl seegivln seeginvl seeginlv seegilnv seegilvn seegnivl seegnilv seegnvil
seegnvli seegnlvi seegnliv seeglinv seeglivn seeglniv seeglnvi seeglvni seeglvin seleving selevign
selevnig selevngi selevgni selevgin seleivng seleivgn seleinvg seleingv seleignv seleigvn selenivg
selenigv selenvig selenvgi selengvi selengiv seleginv selegivn selegniv selegnvi selegvni selegvin
selveing selveign selvenig selvengi selvegni selvegin selvieng selviegn selvineg selvinge selvigne
selvigen selvnieg selvnige selvneig selvnegi selvngei selvngie selvgine selvgien selvgnie selvgnei
selvgeni selvgein seliveng selivegn selivneg selivnge selivgne selivgen selievng selievgn selienvg
seliengv seliegnv seliegvn selinevg selinegv selinveg selinvge selingve selingev seligenv seligevn
selignev selignve seligvne seligven selnvieg selnvige selnveig selnvegi selnvgei selnvgie selniveg
selnivge selnievg selniegv selnigev selnigve selneivg selneigv selnevig selnevgi selnegvi selnegiv
selngiev selngive selngeiv selngevi selngvei selngvie selgvine selgvien selgvnie selgvnei selgveni
selgvein selgivne selgiven selginve selginev selgienv selgievn selgnive selgniev selgnvie selgnvei
selgnevi selgneiv selgeinv selgeivn selgeniv selgenvi selgevni selgevin sevleing sevleign sevlenig
sevlengi sevlegni sevlegin sevlieng sevliegn sevlineg sevlinge sevligne sevligen sevlnieg sevlnige
sevlneig sevlnegi sevlngei sevlngie sevlgine sevlgien sevlgnie sevlgnei sevlgeni sevlgein seveling
sevelign sevelnig sevelngi sevelgni sevelgin seveilng seveilgn seveinlg seveingl seveignl seveigln
sevenilg sevenigl sevenlig sevenlgi sevengli sevengil seveginl sevegiln sevegnil sevegnli seveglni
seveglin sevielng sevielgn sevienlg seviengl seviegnl seviegln sevileng sevilegn sevilneg sevilnge
sevilgne sevilgen sevinleg sevinlge sevinelg sevinegl sevingel sevingle seviglne seviglen sevignle
sevignel sevigenl sevigeln sevneilg sevneigl sevnelig sevnelgi sevnegli sevnegil sevnielg sevniegl
sevnileg sevnilge sevnigle sevnigel sevnlieg sevnlige sevnleig sevnlegi sevnlgei sevnlgie sevngile
sevngiel sevnglie sevnglei sevngeli sevngeil sevgeinl sevgeiln sevgenil sevgenli sevgelni sevgelin
sevgienl sevgieln sevginel sevginle sevgilne sevgilen sevgniel sevgnile sevgneil sevgneli sevgnlei
sevgnlie sevgline sevglien sevglnie sevglnei sevgleni sevglein seilveng seilvegn seilvneg seilvnge
seilvgne seilvgen seilevng seilevgn seilenvg seilengv seilegnv seilegvn seilnevg seilnegv seilnveg
seilnvge seilngve seilngev seilgenv seilgevn seilgnev seilgnve seilgvne seilgven seivleng seivlegn
seivlneg seivlnge seivlgne seivlgen seivelng seivelgn seivenlg seivengl seivegnl seivegln seivnelg
seivnegl seivnleg seivnlge seivngle seivngel seivgenl seivgeln seivgnel seivgnle seivglne seivglen
seievlng seievlgn seievnlg seievngl seievgnl seievgln seielvng seielvgn seielnvg seielngv seielgnv
seielgvn seienlvg seienlgv seienvlg seienvgl seiengvl seienglv seieglnv seieglvn seiegnlv seiegnvl
seiegvnl seiegvln seinvelg seinvegl seinvleg seinvlge seinvgle seinvgel seinevlg seinevgl seinelvg
seinelgv seineglv seinegvl seinlevg seinlegv seinlveg seinlvge seinlgve seinlgev seingelv seingevl
seinglev seinglve seingvle seingvel seigvenl seigveln seigvnel seigvnle seigvlne seigvlen seigevnl
seigevln seigenvl seigenlv seigelnv seigelvn seignevl seignelv seignvel seignvle seignlve seignlev
seiglenv seiglevn seiglnev seiglnve seiglvne seiglven senlvieg senlvige senlveig senlvegi senlvgei
senlvgie senliveg senlivge senlievg senliegv senligev senligve senleivg senleigv senlevig senlevgi
senlegvi senlegiv senlgiev senlgive senlgeiv senlgevi senlgvei senlgvie senvlieg senvlige senvleig
senvlegi senvlgei senvlgie senvileg senvilge senvielg senviegl senvigel senvigle senveilg senveigl
senvelig senvelgi senvegli senvegil senvgiel senvgile senvgeil senvgeli senvglei senvglie senivleg
senivlge senivelg senivegl senivgel senivgle senilveg senilvge senilevg senilegv senilgev senilgve
senielvg senielgv senievlg senievgl seniegvl senieglv seniglev seniglve senigelv senigevl senigvel
senigvle senevilg senevigl senevlig senevlgi senevgli senevgil seneivlg seneivgl seneilvg seneilgv
seneiglv seneigvl senelivg seneligv senelvig senelvgi senelgvi senelgiv senegilv senegivl senegliv
seneglvi senegvli senegvil sengviel sengvile sengveil sengveli sengvlei sengvlie sengivel sengivle
sengievl sengielv sengilev sengilve sengeivl sengeilv sengevil sengevli sengelvi sengeliv sengliev
senglive sengleiv senglevi senglvei senglvie seglvine seglvien seglvnie seglvnei seglveni seglvein
seglivne segliven seglinve seglinev seglienv seglievn seglnive seglniev seglnvie seglnvei seglnevi
seglneiv segleinv segleivn segleniv seglenvi seglevni seglevin segvline segvlien segvlnie segvlnei
segvleni segvlein segvilne segvilen segvinle segvinel segvienl segvieln segvnile segvniel segvnlie
segvnlei segvneli segvneil segveinl segveiln segvenil segvenli segvelni segvelin segivlne segivlen
segivnle segivnel segivenl segiveln segilvne segilven segilnve segilnev segilenv segilevn seginlve
seginlev seginvle seginvel seginevl seginelv segielnv segielvn segienlv segienvl segievnl segievln
segnvile segnviel segnvlie segnvlei segnveli segnveil segnivle segnivel segnilve segnilev segnielv
segnievl segnlive segnliev segnlvie segnlvei segnlevi segnleiv segneilv segneivl segneliv segnelvi
segnevli segnevil segevinl segeviln segevnil segevnli segevlni segevlin segeivnl segeivln segeinvl
segeinlv segeilnv segeilvn segenivl segenilv segenvil segenvli segenlvi segenliv segelinv segelivn
segelniv segelnvi segelvni segelvin sveeling sveelign sveelnig sveelngi sveelgni sveelgin sveeilng
sveeilgn sveeinlg sveeingl sveeignl sveeigln sveenilg sveenigl sveenlig sveenlgi sveengli sveengil
sveeginl sveegiln sveegnil sveegnli sveeglni sveeglin sveleing sveleign svelenig svelengi svelegni
svelegin svelieng sveliegn svelineg svelinge sveligne sveligen svelnieg svelnige svelneig svelnegi
svelngei svelngie svelgine svelgien svelgnie svelgnei svelgeni svelgein sveileng sveilegn sveilneg
sveilnge sveilgne sveilgen sveielng sveielgn sveienlg sveiengl sveiegnl sveiegln sveinelg sveinegl
sveinleg sveinlge sveingle sveingel sveigenl sveigeln sveignel sveignle sveiglne sveiglen svenlieg
svenlige svenleig svenlegi svenlgei svenlgie svenileg svenilge svenielg sveniegl svenigel svenigle
sveneilg sveneigl svenelig svenelgi svenegli svenegil svengiel svengile svengeil svengeli svenglei
svenglie svegline sveglien sveglnie sveglnei svegleni sveglein svegilne svegilen sveginle sveginel
svegienl svegieln svegnile svegniel svegnlie svegnlei svegneli svegneil svegeinl svegeiln svegenil
svegenli svegelni svegelin sveeling sveelign sveelnig sveelngi sveelgni sveelgin sveeilng sveeilgn
sveeinlg sveeingl sveeignl sveeigln sveenilg sveenigl sveenlig sveenlgi sveengli sveengil sveeginl
sveegiln sveegnil sveegnli sveeglni sveeglin sveleing sveleign svelenig svelengi svelegni svelegin
svelieng sveliegn svelineg svelinge sveligne sveligen svelnieg svelnige svelneig svelnegi svelngei
svelngie svelgine svelgien svelgnie svelgnei svelgeni svelgein sveileng sveilegn sveilneg sveilnge
sveilgne sveilgen sveielng sveielgn sveienlg sveiengl sveiegnl sveiegln sveinelg sveinegl sveinleg
sveinlge sveingle sveingel sveigenl sveigeln sveignel sveignle sveiglne sveiglen svenlieg svenlige
svenleig svenlegi svenlgei svenlgie svenileg svenilge svenielg sveniegl svenigel svenigle sveneilg
sveneigl svenelig svenelgi svenegli svenegil svengiel svengile svengeil svengeli svenglei svenglie
svegline sveglien sveglnie sveglnei svegleni sveglein svegilne svegilen sveginle sveginel svegienl
svegieln svegnile svegniel svegnlie svegnlei svegneli svegneil svegeinl svegeiln svegenil svegenli
svegelni svegelin svleeing svleeign svleenig svleengi svleegni svleegin svleieng svleiegn svleineg
svleinge svleigne svleigen svlenieg svlenige svleneig svlenegi svlengei svlengie svlegine svlegien
svlegnie svlegnei svlegeni svlegein svleeing svleeign svleenig svleengi svleegni svleegin svleieng
svleiegn svleineg svleinge svleigne svleigen svlenieg svlenige svleneig svlenegi svlengei svlengie
svlegine svlegien svlegnie svlegnei svlegeni svlegein svlieeng svlieegn svlieneg svlienge svliegne
svliegen svlieeng svlieegn svlieneg svlienge svliegne svliegen svlineeg svlinege svlineeg svlinege
svlingee svlingee svligene svligeen svlignee svlignee svligene svligeen svlneieg svlneige svlneeig
svlneegi svlnegei svlnegie svlnieeg svlniege svlnieeg svlniege svlnigee svlnigee svlneieg svlneige
svlneeig svlneegi svlnegei svlnegie svlngiee svlngiee svlngeie svlngeei svlngeei svlngeie svlgeine
svlgeien svlgenie svlgenei svlgeeni svlgeein svlgiene svlgieen svlginee svlginee svlgiene svlgieen
svlgniee svlgniee svlgneie svlgneei svlgneei svlgneie svlgeine svlgeien svlgenie svlgenei svlgeeni
svlgeein svieleng svielegn svielneg svielnge svielgne svielgen svieelng svieelgn svieenlg svieengl
svieegnl svieegln svienelg svienegl svienleg svienlge sviengle sviengel sviegenl sviegeln sviegnel
sviegnle svieglne svieglen svileeng svileegn svileneg svilenge svilegne svilegen svileeng svileegn
svileneg svilenge svilegne svilegen svilneeg svilnege svilneeg svilnege svilngee svilngee svilgene
svilgeen svilgnee svilgnee svilgene svilgeen svieleng svielegn svielneg svielnge svielgne svielgen
svieelng svieelgn svieenlg svieengl svieegnl svieegln svienelg svienegl svienleg svienlge sviengle
sviengel sviegenl sviegeln sviegnel sviegnle svieglne svieglen svinleeg svinlege svinleeg svinlege
svinlgee svinlgee svineleg svinelge svineelg svineegl svinegel svinegle svineelg svineegl svineleg
svinelge svinegle svinegel svingeel svingele svingeel svingele svinglee svinglee sviglene svigleen
sviglnee sviglnee sviglene svigleen svigelne svigelen svigenle svigenel svigeenl svigeeln svignele
svigneel svignlee svignlee svignele svigneel svigeenl svigeeln svigenel svigenle svigelne svigelen
svnelieg svnelige svneleig svnelegi svnelgei svnelgie svneileg svneilge svneielg svneiegl svneigel
svneigle svneeilg svneeigl svneelig svneelgi svneegli svneegil svnegiel svnegile svnegeil svnegeli
svneglei svneglie svnleieg svnleige svnleeig svnleegi svnlegei svnlegie svnlieeg svnliege svnlieeg
svnliege svnligee svnligee svnleieg svnleige svnleeig svnleegi svnlegei svnlegie svnlgiee svnlgiee
svnlgeie svnlgeei svnlgeei svnlgeie svnileeg svnilege svnileeg svnilege svnilgee svnilgee svnieleg
svnielge svnieelg svnieegl svniegel svniegle svnieelg svnieegl svnieleg svnielge svniegle svniegel
svnigeel svnigele svnigeel svnigele svniglee svniglee svnelieg svnelige svneleig svnelegi svnelgei
svnelgie svneileg svneilge svneielg svneiegl svneigel svneigle svneeilg svneeigl svneelig svneelgi
svneegli svneegil svnegiel svnegile svnegeil svnegeli svneglei svneglie svngliee svngliee svngleie
svngleei svngleei svngleie svngilee svngilee svngiele svngieel svngieel svngiele svngeile svngeiel
svngelie svngelei svngeeli svngeeil svngeiel svngeile svngeeil svngeeli svngelei svngelie svgeline
svgelien svgelnie svgelnei svgeleni svgelein svgeilne svgeilen svgeinle svgeinel svgeienl svgeieln
svgenile svgeniel svgenlie svgenlei svgeneli svgeneil svgeeinl svgeeiln svgeenil svgeenli svgeelni
svgeelin svgleine svgleien svglenie svglenei svgleeni svgleein svgliene svglieen svglinee svglinee
svgliene svglieen svglniee svglniee svglneie svglneei svglneei svglneie svgleine svgleien svglenie
svglenei svgleeni svgleein svgilene svgileen svgilnee svgilnee svgilene svgileen svgielne svgielen
svgienle svgienel svgieenl svgieeln svginele svgineel svginlee svginlee svginele svgineel svgieenl
svgieeln svgienel svgienle svgielne svgielen svgnliee svgnliee svgnleie svgnleei svgnleei svgnleie
svgnilee svgnilee svgniele svgnieel svgnieel svgniele svgneile svgneiel svgnelie svgnelei svgneeli
svgneeil svgneiel svgneile svgneeil svgneeli svgnelei svgnelie svgeline svgelien svgelnie svgelnei
svgeleni svgelein svgeilne svgeilen svgeinle svgeinel svgeienl svgeieln svgenile svgeniel svgenlie
svgenlei svgeneli svgeneil svgeeinl svgeeiln svgeenil svgeenli svgeelni svgeelin sieevlng sieevlgn
sieevnlg sieevngl sieevgnl sieevgln sieelvng sieelvgn sieelnvg sieelngv sieelgnv sieelgvn sieenlvg
sieenlgv sieenvlg sieenvgl sieengvl sieenglv sieeglnv sieeglvn sieegnlv sieegnvl sieegvnl sieegvln
sievelng sievelgn sievenlg sievengl sievegnl sievegln sievleng sievlegn sievlneg sievlnge sievlgne
sievlgen sievnleg sievnlge sievnelg sievnegl sievngel sievngle sievglne sievglen sievgnle sievgnel
sievgenl sievgeln sielveng sielvegn sielvneg sielvnge sielvgne sielvgen sielevng sielevgn sielenvg
sielengv sielegnv sielegvn sielnevg sielnegv sielnveg sielnvge sielngve sielngev sielgenv sielgevn
sielgnev sielgnve sielgvne sielgven sienvleg sienvlge sienvelg sienvegl sienvgel sienvgle sienlveg
sienlvge sienlevg sienlegv sienlgev sienlgve sienelvg sienelgv sienevlg sienevgl sienegvl sieneglv
sienglev sienglve siengelv siengevl siengvel siengvle siegvlne siegvlen siegvnle siegvnel siegvenl
siegveln sieglvne sieglven sieglnve sieglnev sieglenv sieglevn siegnlve siegnlev siegnvle siegnvel
siegnevl siegnelv siegelnv siegelvn siegenlv siegenvl siegevnl siegevln sieevlng sieevlgn sieevnlg
sieevngl sieevgnl sieevgln sieelvng sieelvgn sieelnvg sieelngv sieelgnv sieelgvn sieenlvg sieenlgv
sieenvlg sieenvgl sieengvl sieenglv sieeglnv sieeglvn sieegnlv sieegnvl sieegvnl sieegvln sievelng
sievelgn sievenlg sievengl sievegnl sievegln sievleng sievlegn sievlneg sievlnge sievlgne sievlgen
sievnleg sievnlge sievnelg sievnegl sievngel sievngle sievglne sievglen sievgnle sievgnel sievgenl
sievgeln sielveng sielvegn sielvneg sielvnge sielvgne sielvgen sielevng sielevgn sielenvg sielengv
sielegnv sielegvn sielnevg sielnegv sielnveg sielnvge sielngve sielngev sielgenv sielgevn sielgnev
sielgnve sielgvne sielgven sienvleg sienvlge sienvelg sienvegl sienvgel sienvgle sienlveg sienlvge
sienlevg sienlegv sienlgev sienlgve sienelvg sienelgv sienevlg sienevgl sienegvl sieneglv sienglev
sienglve siengelv siengevl siengvel siengvle siegvlne siegvlen siegvnle siegvnel siegvenl siegveln
sieglvne sieglven sieglnve sieglnev sieglenv sieglevn siegnlve siegnlev siegnvle siegnvel siegnevl
siegnelv siegelnv siegelvn siegenlv siegenvl siegevnl siegevln siveelng siveelgn siveenlg siveengl
siveegnl siveegln siveleng sivelegn sivelneg sivelnge sivelgne sivelgen sivenleg sivenlge sivenelg
sivenegl sivengel sivengle siveglne siveglen sivegnle sivegnel sivegenl sivegeln siveelng siveelgn
siveenlg siveengl siveegnl siveegln siveleng sivelegn sivelneg sivelnge sivelgne sivelgen sivenleg
sivenlge sivenelg sivenegl sivengel sivengle siveglne siveglen sivegnle sivegnel sivegenl sivegeln
sivleeng sivleegn sivleneg sivlenge sivlegne sivlegen sivleeng sivleegn sivleneg sivlenge sivlegne
sivlegen sivlneeg sivlnege sivlneeg sivlnege sivlngee sivlngee sivlgene sivlgeen sivlgnee sivlgnee
sivlgene sivlgeen sivneleg sivnelge sivneelg sivneegl sivnegel sivnegle sivnleeg sivnlege sivnleeg
sivnlege sivnlgee sivnlgee sivneleg sivnelge sivneelg sivneegl sivnegel sivnegle sivnglee sivnglee
sivngele sivngeel sivngeel sivngele sivgelne sivgelen sivgenle sivgenel sivgeenl sivgeeln sivglene
sivgleen sivglnee sivglnee sivglene sivgleen sivgnlee sivgnlee sivgnele sivgneel sivgneel sivgnele
sivgelne sivgelen sivgenle sivgenel sivgeenl sivgeeln sileveng silevegn silevneg silevnge silevgne
silevgen sileevng sileevgn sileenvg sileengv sileegnv sileegvn silenevg silenegv silenveg silenvge
silengve silengev silegenv silegevn silegnev silegnve silegvne silegven silveeng silveegn silveneg
silvenge silvegne silvegen silveeng silveegn silveneg silvenge silvegne silvegen silvneeg silvnege
silvneeg silvnege silvngee silvngee silvgene silvgeen silvgnee silvgnee silvgene silvgeen sileveng
silevegn silevneg silevnge silevgne silevgen sileevng sileevgn sileenvg sileengv sileegnv sileegvn
silenevg silenegv silenveg silenvge silengve silengev silegenv silegevn silegnev silegnve silegvne
silegven silnveeg silnvege silnveeg silnvege silnvgee silnvgee silneveg silnevge silneevg silneegv
silnegev silnegve silneevg silneegv silneveg silnevge silnegve silnegev silngeev silngeve silngeev
silngeve silngvee silngvee silgvene silgveen silgvnee silgvnee silgvene silgveen silgevne silgeven
silgenve silgenev silgeenv silgeevn silgneve silgneev silgnvee silgnvee silgneve silgneev silgeenv
silgeevn silgenev silgenve silgevne silgeven sinevleg sinevlge sinevelg sinevegl sinevgel sinevgle
sinelveg sinelvge sinelevg sinelegv sinelgev sinelgve sineelvg sineelgv sineevlg sineevgl sineegvl
sineeglv sineglev sineglve sinegelv sinegevl sinegvel sinegvle sinveleg sinvelge sinveelg sinveegl
sinvegel sinvegle sinvleeg sinvlege sinvleeg sinvlege sinvlgee sinvlgee sinveleg sinvelge sinveelg
sinveegl sinvegel sinvegle sinvglee sinvglee sinvgele sinvgeel sinvgeel sinvgele sinlveeg sinlvege
sinlveeg sinlvege sinlvgee sinlvgee sinleveg sinlevge sinleevg sinleegv sinlegev sinlegve sinleevg
sinleegv sinleveg sinlevge sinlegve sinlegev sinlgeev sinlgeve sinlgeev sinlgeve sinlgvee sinlgvee
sinevleg sinevlge sinevelg sinevegl sinevgel sinevgle sinelveg sinelvge sinelevg sinelegv sinelgev
sinelgve sineelvg sineelgv sineevlg sineevgl sineegvl sineeglv sineglev sineglve sinegelv sinegevl
sinegvel sinegvle singvlee singvlee singvele singveel singveel singvele singlvee singlvee singleve
singleev singleev singleve singelve singelev singevle singevel singeevl singeelv singelev singelve
singeelv singeevl singevel singevle sigevlne sigevlen sigevnle sigevnel sigevenl sigeveln sigelvne
sigelven sigelnve sigelnev sigelenv sigelevn sigenlve sigenlev sigenvle sigenvel sigenevl sigenelv
sigeelnv sigeelvn sigeenlv sigeenvl sigeevnl sigeevln sigvelne sigvelen sigvenle sigvenel sigveenl
sigveeln sigvlene sigvleen sigvlnee sigvlnee sigvlene sigvleen sigvnlee sigvnlee sigvnele sigvneel
sigvneel sigvnele sigvelne sigvelen sigvenle sigvenel sigveenl sigveeln siglvene siglveen siglvnee
siglvnee siglvene siglveen siglevne sigleven siglenve siglenev sigleenv sigleevn siglneve siglneev
siglnvee siglnvee siglneve siglneev sigleenv sigleevn siglenev siglenve siglevne sigleven signvlee
signvlee signvele signveel signveel signvele signlvee signlvee signleve signleev signleev signleve
signelve signelev signevle signevel signeevl signeelv signelev signelve signeelv signeevl signevel
signevle sigevlne sigevlen sigevnle sigevnel sigevenl sigeveln sigelvne sigelven sigelnve sigelnev
sigelenv sigelevn sigenlve sigenlev sigenvle sigenvel sigenevl sigenelv sigeelnv sigeelvn sigeenlv
sigeenvl sigeevnl sigeevln sneevilg sneevigl sneevlig sneevlgi sneevgli sneevgil sneeivlg sneeivgl
sneeilvg sneeilgv sneeiglv sneeigvl sneelivg sneeligv sneelvig sneelvgi sneelgvi sneelgiv sneegilv
sneegivl sneegliv sneeglvi sneegvli sneegvil sneveilg sneveigl snevelig snevelgi snevegli snevegil
snevielg sneviegl snevileg snevilge snevigle snevigel snevlieg snevlige snevleig snevlegi snevlgei
snevlgie snevgile snevgiel snevglie snevglei snevgeli snevgeil sneivelg sneivegl sneivleg sneivlge
sneivgle sneivgel sneievlg sneievgl sneielvg sneielgv sneieglv sneiegvl sneilevg sneilegv sneilveg
sneilvge sneilgve sneilgev sneigelv sneigevl sneiglev sneiglve sneigvle sneigvel snelvieg snelvige
snelveig snelvegi snelvgei snelvgie sneliveg snelivge snelievg sneliegv sneligev sneligve sneleivg
sneleigv snelevig snelevgi snelegvi snelegiv snelgiev snelgive snelgeiv snelgevi snelgvei snelgvie
snegvile snegviel snegvlie snegvlei snegveli snegveil snegivle snegivel snegilve snegilev snegielv
snegievl sneglive snegliev sneglvie sneglvei sneglevi snegleiv snegeilv snegeivl snegeliv snegelvi
snegevli snegevil sneevilg sneevigl sneevlig sneevlgi sneevgli sneevgil sneeivlg sneeivgl sneeilvg
sneeilgv sneeiglv sneeigvl sneelivg sneeligv sneelvig sneelvgi sneelgvi sneelgiv sneegilv sneegivl
sneegliv sneeglvi sneegvli sneegvil sneveilg sneveigl snevelig snevelgi snevegli snevegil snevielg
sneviegl snevileg snevilge snevigle snevigel snevlieg snevlige snevleig snevlegi snevlgei snevlgie
snevgile snevgiel snevglie snevglei snevgeli snevgeil sneivelg sneivegl sneivleg sneivlge sneivgle
sneivgel sneievlg sneievgl sneielvg sneielgv sneieglv sneiegvl sneilevg sneilegv sneilveg sneilvge
sneilgve sneilgev sneigelv sneigevl sneiglev sneiglve sneigvle sneigvel snelvieg snelvige snelveig
snelvegi snelvgei snelvgie sneliveg snelivge snelievg sneliegv sneligev sneligve sneleivg sneleigv
snelevig snelevgi snelegvi snelegiv snelgiev snelgive snelgeiv snelgevi snelgvei snelgvie snegvile
snegviel snegvlie snegvlei snegveli snegveil snegivle snegivel snegilve snegilev snegielv snegievl
sneglive snegliev sneglvie sneglvei sneglevi snegleiv snegeilv snegeivl snegeliv snegelvi snegevli
snegevil snveeilg snveeigl snveelig snveelgi snveegli snveegil snveielg snveiegl snveileg snveilge
snveigle snveigel snvelieg snvelige snveleig snvelegi snvelgei snvelgie snvegile snvegiel snveglie
snveglei snvegeli snvegeil snveeilg snveeigl snveelig snveelgi snveegli snveegil snveielg snveiegl
snveileg snveilge snveigle snveigel snvelieg snvelige snveleig snvelegi snvelgei snvelgie snvegile
snvegiel snveglie snveglei snvegeli snvegeil snvieelg snvieegl snvieleg snvielge snviegle snviegel
snvieelg snvieegl snvieleg snvielge snviegle snviegel snvileeg snvilege snvileeg snvilege snvilgee
snvilgee snvigele snvigeel snviglee snviglee snvigele snvigeel snvleieg snvleige snvleeig snvleegi
snvlegei snvlegie snvlieeg snvliege snvlieeg snvliege snvligee snvligee snvleieg snvleige snvleeig
snvleegi snvlegei snvlegie snvlgiee snvlgiee snvlgeie snvlgeei snvlgeei snvlgeie snvgeile snvgeiel
snvgelie snvgelei snvgeeli snvgeeil snvgiele snvgieel snvgilee snvgilee snvgiele snvgieel snvgliee
snvgliee snvgleie snvgleei snvgleei snvgleie snvgeile snvgeiel snvgelie snvgelei snvgeeli snvgeeil
snievelg snievegl snievleg snievlge snievgle snievgel snieevlg snieevgl snieelvg snieelgv snieeglv
snieegvl snielevg snielegv snielveg snielvge snielgve snielgev sniegelv sniegevl snieglev snieglve
sniegvle sniegvel sniveelg sniveegl sniveleg snivelge snivegle snivegel sniveelg sniveegl sniveleg
snivelge snivegle snivegel snivleeg snivlege snivleeg snivlege snivlgee snivlgee snivgele snivgeel
snivglee snivglee snivgele snivgeel snievelg snievegl snievleg snievlge snievgle snievgel snieevlg
snieevgl snieelvg snieelgv snieeglv snieegvl snielevg snielegv snielveg snielvge snielgve snielgev
sniegelv sniegevl snieglev snieglve sniegvle sniegvel snilveeg snilvege snilveeg snilvege snilvgee
snilvgee snileveg snilevge snileevg snileegv snilegev snilegve snileevg snileegv snileveg snilevge
snilegve snilegev snilgeev snilgeve snilgeev snilgeve snilgvee snilgvee snigvele snigveel snigvlee
snigvlee snigvele snigveel snigevle snigevel snigelve snigelev snigeelv snigeevl snigleve snigleev
sniglvee sniglvee snigleve snigleev snigeelv snigeevl snigelev snigelve snigevle snigevel snlevieg
snlevige snleveig snlevegi snlevgei snlevgie snleiveg snleivge snleievg snleiegv snleigev snleigve
snleeivg snleeigv snleevig snleevgi snleegvi snleegiv snlegiev snlegive snlegeiv snlegevi snlegvei
snlegvie snlveieg snlveige snlveeig snlveegi snlvegei snlvegie snlvieeg snlviege snlvieeg snlviege
snlvigee snlvigee snlveieg snlveige snlveeig snlveegi snlvegei snlvegie snlvgiee snlvgiee snlvgeie
snlvgeei snlvgeei snlvgeie snliveeg snlivege snliveeg snlivege snlivgee snlivgee snlieveg snlievge
snlieevg snlieegv snliegev snliegve snlieevg snlieegv snlieveg snlievge snliegve snliegev snligeev
snligeve snligeev snligeve snligvee snligvee snlevieg snlevige snleveig snlevegi snlevgei snlevgie
snleiveg snleivge snleievg snleiegv snleigev snleigve snleeivg snleeigv snleevig snleevgi snleegvi
snleegiv snlegiev snlegive snlegeiv snlegevi snlegvei snlegvie snlgviee snlgviee snlgveie snlgveei
snlgveei snlgveie snlgivee snlgivee snlgieve snlgieev snlgieev snlgieve snlgeive snlgeiev snlgevie
snlgevei snlgeevi snlgeeiv snlgeiev snlgeive snlgeeiv snlgeevi snlgevei snlgevie sngevile sngeviel
sngevlie sngevlei sngeveli sngeveil sngeivle sngeivel sngeilve sngeilev sngeielv sngeievl sngelive
sngeliev sngelvie sngelvei sngelevi sngeleiv sngeeilv sngeeivl sngeeliv sngeelvi sngeevli sngeevil
sngveile sngveiel sngvelie sngvelei sngveeli sngveeil sngviele sngvieel sngvilee sngvilee sngviele
sngvieel sngvliee sngvliee sngvleie sngvleei sngvleei sngvleie sngveile sngveiel sngvelie sngvelei
sngveeli sngveeil sngivele sngiveel sngivlee sngivlee sngivele sngiveel sngievle sngievel sngielve
sngielev sngieelv sngieevl sngileve sngileev sngilvee sngilvee sngileve sngileev sngieelv sngieevl
sngielev sngielve sngievle sngievel snglviee snglviee snglveie snglveei snglveei snglveie snglivee
snglivee snglieve snglieev snglieev snglieve sngleive sngleiev snglevie snglevei sngleevi sngleeiv
sngleiev sngleive sngleeiv sngleevi snglevei snglevie sngevile sngeviel sngevlie sngevlei sngeveli
sngeveil sngeivle sngeivel sngeilve sngeilev sngeielv sngeievl sngelive sngeliev sngelvie sngelvei
sngelevi sngeleiv sngeeilv sngeeivl sngeeliv sngeelvi sngeevli sngeevil sgeevinl sgeeviln sgeevnil
sgeevnli sgeevlni sgeevlin sgeeivnl sgeeivln sgeeinvl sgeeinlv sgeeilnv sgeeilvn sgeenivl sgeenilv
sgeenvil sgeenvli sgeenlvi sgeenliv sgeelinv sgeelivn sgeelniv sgeelnvi sgeelvni sgeelvin sgeveinl
sgeveiln sgevenil sgevenli sgevelni sgevelin sgevienl sgevieln sgevinel sgevinle sgevilne sgevilen
sgevniel sgevnile sgevneil sgevneli sgevnlei sgevnlie sgevline sgevlien sgevlnie sgevlnei sgevleni
sgevlein sgeivenl sgeiveln sgeivnel sgeivnle sgeivlne sgeivlen sgeievnl sgeievln sgeienvl sgeienlv
sgeielnv sgeielvn sgeinevl sgeinelv sgeinvel sgeinvle sgeinlve sgeinlev sgeilenv sgeilevn sgeilnev
sgeilnve sgeilvne sgeilven sgenviel sgenvile sgenveil sgenveli sgenvlei sgenvlie sgenivel sgenivle
sgenievl sgenielv sgenilev sgenilve sgeneivl sgeneilv sgenevil sgenevli sgenelvi sgeneliv sgenliev
sgenlive sgenleiv sgenlevi sgenlvei sgenlvie sgelvine sgelvien sgelvnie sgelvnei sgelveni sgelvein
sgelivne sgeliven sgelinve sgelinev sgelienv sgelievn sgelnive sgelniev sgelnvie sgelnvei sgelnevi
sgelneiv sgeleinv sgeleivn sgeleniv sgelenvi sgelevni sgelevin sgeevinl sgeeviln sgeevnil sgeevnli
sgeevlni sgeevlin sgeeivnl sgeeivln sgeeinvl sgeeinlv sgeeilnv sgeeilvn sgeenivl sgeenilv sgeenvil
sgeenvli sgeenlvi sgeenliv sgeelinv sgeelivn sgeelniv sgeelnvi sgeelvni sgeelvin sgeveinl sgeveiln
sgevenil sgevenli sgevelni sgevelin sgevienl sgevieln sgevinel sgevinle sgevilne sgevilen sgevniel
sgevnile sgevneil sgevneli sgevnlei sgevnlie sgevline sgevlien sgevlnie sgevlnei sgevleni sgevlein
sgeivenl sgeiveln sgeivnel sgeivnle sgeivlne sgeivlen sgeievnl sgeievln sgeienvl sgeienlv sgeielnv
sgeielvn sgeinevl sgeinelv sgeinvel sgeinvle sgeinlve sgeinlev sgeilenv sgeilevn sgeilnev sgeilnve
sgeilvne sgeilven sgenviel sgenvile sgenveil sgenveli sgenvlei sgenvlie sgenivel sgenivle sgenievl
sgenielv sgenilev sgenilve sgeneivl sgeneilv sgenevil sgenevli sgenelvi sgeneliv sgenliev sgenlive
sgenleiv sgenlevi sgenlvei sgenlvie sgelvine sgelvien sgelvnie sgelvnei sgelveni sgelvein sgelivne
sgeliven sgelinve sgelinev sgelienv sgelievn sgelnive sgelniev sgelnvie sgelnvei sgelnevi sgelneiv
sgeleinv sgeleivn sgeleniv sgelenvi sgelevni sgelevin sgveeinl sgveeiln sgveenil sgveenli sgveelni
sgveelin sgveienl sgveieln sgveinel sgveinle sgveilne sgveilen sgveniel sgvenile sgveneil sgveneli
sgvenlei sgvenlie sgveline sgvelien sgvelnie sgvelnei sgveleni sgvelein sgveeinl sgveeiln sgveenil
sgveenli sgveelni sgveelin sgveienl sgveieln sgveinel sgveinle sgveilne sgveilen sgveniel sgvenile
sgveneil sgveneli sgvenlei sgvenlie sgveline sgvelien sgvelnie sgvelnei sgveleni sgvelein sgvieenl
sgvieeln sgvienel sgvienle sgvielne sgvielen sgvieenl sgvieeln sgvienel sgvienle sgvielne sgvielen
sgvineel sgvinele sgvineel sgvinele sgvinlee sgvinlee sgvilene sgvileen sgvilnee sgvilnee sgvilene
sgvileen sgvneiel sgvneile sgvneeil sgvneeli sgvnelei sgvnelie sgvnieel sgvniele sgvnieel sgvniele
sgvnilee sgvnilee sgvneiel sgvneile sgvneeil sgvneeli sgvnelei sgvnelie sgvnliee sgvnliee sgvnleie
sgvnleei sgvnleei sgvnleie sgvleine sgvleien sgvlenie sgvlenei sgvleeni sgvleein sgvliene sgvlieen
sgvlinee sgvlinee sgvliene sgvlieen sgvlniee sgvlniee sgvlneie sgvlneei sgvlneei sgvlneie sgvleine
sgvleien sgvlenie sgvlenei sgvleeni sgvleein sgievenl sgieveln sgievnel sgievnle sgievlne sgievlen
sgieevnl sgieevln sgieenvl sgieenlv sgieelnv sgieelvn sgienevl sgienelv sgienvel sgienvle sgienlve
sgienlev sgielenv sgielevn sgielnev sgielnve sgielvne sgielven sgiveenl sgiveeln sgivenel sgivenle
sgivelne sgivelen sgiveenl sgiveeln sgivenel sgivenle sgivelne sgivelen sgivneel sgivnele sgivneel
sgivnele sgivnlee sgivnlee sgivlene sgivleen sgivlnee sgivlnee sgivlene sgivleen sgievenl sgieveln
sgievnel sgievnle sgievlne sgievlen sgieevnl sgieevln sgieenvl sgieenlv sgieelnv sgieelvn sgienevl
sgienelv sgienvel sgienvle sgienlve sgienlev sgielenv sgielevn sgielnev sgielnve sgielvne sgielven
sginveel sginvele sginveel sginvele sginvlee sginvlee sginevel sginevle sgineevl sgineelv sginelev
sginelve sgineevl sgineelv sginevel sginevle sginelve sginelev sginleev sginleve sginleev sginleve
sginlvee sginlvee sgilvene sgilveen sgilvnee sgilvnee sgilvene sgilveen sgilevne sgileven sgilenve
sgilenev sgileenv sgileevn sgilneve sgilneev sgilnvee sgilnvee sgilneve sgilneev sgileenv sgileevn
sgilenev sgilenve sgilevne sgileven sgneviel sgnevile sgneveil sgneveli sgnevlei sgnevlie sgneivel
sgneivle sgneievl sgneielv sgneilev sgneilve sgneeivl sgneeilv sgneevil sgneevli sgneelvi sgneeliv
sgneliev sgnelive sgneleiv sgnelevi sgnelvei sgnelvie sgnveiel sgnveile sgnveeil sgnveeli sgnvelei
sgnvelie sgnvieel sgnviele sgnvieel sgnviele sgnvilee sgnvilee sgnveiel sgnveile sgnveeil sgnveeli
sgnvelei sgnvelie sgnvliee sgnvliee sgnvleie sgnvleei sgnvleei sgnvleie sgniveel sgnivele sgniveel
sgnivele sgnivlee sgnivlee sgnievel sgnievle sgnieevl sgnieelv sgnielev sgnielve sgnieevl sgnieelv
sgnievel sgnievle sgnielve sgnielev sgnileev sgnileve sgnileev sgnileve sgnilvee sgnilvee sgneviel
sgnevile sgneveil sgneveli sgnevlei sgnevlie sgneivel sgneivle sgneievl sgneielv sgneilev sgneilve
sgneeivl sgneeilv sgneevil sgneevli sgneelvi sgneeliv sgneliev sgnelive sgneleiv sgnelevi sgnelvei
sgnelvie sgnlviee sgnlviee sgnlveie sgnlveei sgnlveei sgnlveie sgnlivee sgnlivee sgnlieve sgnlieev
sgnlieev sgnlieve sgnleive sgnleiev sgnlevie sgnlevei sgnleevi sgnleeiv sgnleiev sgnleive sgnleeiv
sgnleevi sgnlevei sgnlevie sglevine sglevien sglevnie sglevnei sgleveni sglevein sgleivne sgleiven
sgleinve sgleinev sgleienv sgleievn sglenive sgleniev sglenvie sglenvei sglenevi sgleneiv sgleeinv
sgleeivn sgleeniv sgleenvi sgleevni sgleevin sglveine sglveien sglvenie sglvenei sglveeni sglveein
sglviene sglvieen sglvinee sglvinee sglviene sglvieen sglvniee sglvniee sglvneie sglvneei sglvneei
sglvneie sglveine sglveien sglvenie sglvenei sglveeni sglveein sglivene sgliveen sglivnee sglivnee
sglivene sgliveen sglievne sglieven sglienve sglienev sglieenv sglieevn sglineve sglineev sglinvee
sglinvee sglineve sglineev sglieenv sglieevn sglienev sglienve sglievne sglieven sglnviee sglnviee
sglnveie sglnveei sglnveei sglnveie sglnivee sglnivee sglnieve sglnieev sglnieev sglnieve sglneive
sglneiev sglnevie sglnevei sglneevi sglneeiv sglneiev sglneive sglneeiv sglneevi sglnevei sglnevie
sglevine sglevien sglevnie sglevnei sgleveni sglevein sgleivne sgleiven sgleinve sgleinev sgleienv
sgleievn sglenive sgleniev sglenvie sglenvei sglenevi sgleneiv sgleeinv sgleeivn sgleeniv sgleenvi
sgleevni sgleevin

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History of cryptography
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