easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

excussosque

unprocreant

swright

novaverisque

buffaloed

fonder

becuna

unchanged

haemamoeba

circumflant

dearly

triplexity

unsignalled

dignitatisque

unland

superindulgence

implessaverasque

desint


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: deficiently
cipher variations:
efgjdjfoumz fghkekgpvna ghilflhqwob hijmgmirxpc ijknhnjsyqd
jkloioktzre klmpjpluasf lmnqkqmvbtg mnorlrnwcuh nopsmsoxdvi
opqtntpyewj pqruouqzfxk qrsvpvragyl rstwqwsbhzm stuxrxtcian
tuvysyudjbo uvwztzvekcp vwxauawfldq wxybvbxgmer xyzcwcyhnfs
yzadxdziogt zabeyeajphu abcfzfbkqiv bcdgagclrjw cdehbhdmskx

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: deficiently
Cipher: wvurxrvmgob

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: deficiently
Cipher: AAABB AABAA AABAB ABAAA AAABA ABAAA AABAA ABBAA BAABA ABABA BABBA

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: deficiently
cipher variations:
efgjdjfoumzknqzhznogivqvaplpvoserwdkfpfdoeancluvtvloqwjitelxltocsfujyrfrjoakxarihjhromgt
gzsxnxzoycpmhcnrnhokylspmdvdpowuhyxwtztxoiqdfghkekgpvnaloraiaophjwrwbqmqwptfsxelgqgepfbo
dmvwuwmprxkjufmymupdtgvkzsgskpblybsjikispnhuhatyoyapzdqnidosoiplzmtqneweqpxvizyxuauypjre
ghilflhqwobmpsbjbpqikxsxcrnrxqugtyfmhrhfqgcpenwxvxnqsylkvgnznvqeuhwlathtlqcmzctkjljtqoiv
ibuzpzbqaerojeptpjqmanurofxfrqywjazyvbvzqksfhijmgmirxpcnqtckcqrjlytydsosyrvhuzgnisigrhdq
foxywyortzmlwhoaowrfvixmbuiumrdnadulkmkurpjwjcvaqacrbfspkfquqkrnbovspgygsrzxkbazwcwarltg
ijknhnjsyqdorudldrskmzuzetptzswivahojtjhsiergpyzxzpsuanmxipbpxsgwjyncvjvnseobevmlnlvsqkx
kdwbrbdscgtqlgrvrlsocpwtqhzhtsaylcbaxdxbsmuhjkloioktzrepsvemestlnavafuquatxjwbipkukitjfs
hqzayaqtvbonyjqcqythxkzodwkwotfpcfwnmomwtrlylexcscetdhurmhswsmtpdqxuriaiutbzmdcbyeyctnvi
klmpjpluasfqtwfnftumobwbgvrvbuykxcjqlvljukgtirabzbruwcpozkrdrzuiylapexlxpugqdgxonpnxusmz
mfydtdfueivsnitxtnuqeryvsjbjvucanedczfzduowjlmnqkqmvbtgruxgoguvnpcxchwswcvzlydkrmwmkvlhu
jsbcacsvxdqpalsesavjzmbqfymyqvhrehypoqoyvtnangzeuegvfjwtojuyuovrfszwtkckwvdbofedagaevpxk
mnorlrnwcuhsvyhphvwoqdydixtxdwamzelsnxnlwmivktcdbdtwyerqbmtftbwkancrgznzrwisfizqprpzwuob
ohafvfhwgkxupkvzvpwsgtaxuldlxwecpgfebhbfwqylnopsmsoxdvitwziqiwxprezejyuyexbnafmtoyomxnjw
ludeceuxzfsrcnugucxlbodshaoasxjtgjarqsqaxvpcpibgwgixhlyvqlwawqxthubyvmemyxfdqhgfcicgxrzm
opqtntpyewjuxajrjxyqsfafkzvzfycobgnupzpnyokxmvefdfvyagtsdovhvdymcpetibpbtykuhkbsrtrbywqd
qjchxhjyimzwrmxbxryuivczwnfnzygerihgdjdhysanpqruouqzfxkvybkskyzrtgbglawagzdpchovqaqozply
nwfgegwzbhutepwiwezndqfujcqcuzlvilctsusczxrerkdiyikzjnaxsnycyszvjwdaxogoazhfsjihekeiztbo
qrsvpvragylwzcltlzasuhchmbxbhaeqdipwrbrpaqmzoxghfhxacivufqxjxfaoergvkdrdvamwjmdutvtdaysf
slejzjlakobytozdztawkxebyphpbaigtkjiflfjaucprstwqwsbhzmxadmumabtvidincycibfrejqxscsqbrna
pyhigiybdjwvgrykygbpfshwlesewbnxknevuwuebztgtmfkakmblpczupaeaubxlyfczqiqcbjhulkjgmgkbvdq
stuxrxtcianybenvnbcuwjejodzdjcgsfkrytdtrcsobqzijhjzcekxwhszlzhcqgtixmftfxcoylofwvxvfcauh
unglblncmqdavqbfbvcymzgdarjrdckivmlkhnhlcwertuvysyudjbozcfowocdvxkfkpeaekdhtglszueusdtpc
rajkikadflyxitamaidrhujyngugydpzmpgxwywgdbvivohmcmodnrebwrcgcwdznahebsksedljwnmlioimdxfs
uvwztzvekcpadgpxpdewylglqfbfleiuhmtavfvteuqdsbkljlbegmzyjubnbjesivkzohvhzeqanqhyxzxhecwj
wpindnpeosfcxsdhdxeaobifctltfemkxonmjpjneygtvwxauawfldqbehqyqefxzmhmrgcgmfjvinubwgwufvre
tclmkmcfhnazkvcockftjwlapiwiafrborizyayifdxkxqjoeoqfptgdyteieyfbpcjgdumugfnlyponkqkofzhu
wxybvbxgmercfirzrfgyaninshdhngkwjovcxhxvgwsfudmnlndgiobalwdpdlgukxmbqjxjbgscpsjazbzjgeyl
yrkpfprgquhezufjfzgcqdkhevnvhgomzqpolrlpgaivxyzcwcyhnfsdgjsasghzbojotieiohlxkpwdyiywhxtg
venomoehjpcbmxeqemhvlyncrkykchtdqtkbacakhfzmzslqgqshrvifavgkgahdrelifwowihpnarqpmsmqhbjw
yzadxdziogtehktbthiacpkpujfjpimylqxezjzxiyuhwfopnpfikqdcnyfrfniwmzodslzldiuerulcbdbligan
atmrhrtiswjgbwhlhbiesfmjgxpxjiqobsrqntnrickxzabeyeajphufilucuijbdqlqvkgkqjnzmryfakayjzvi
xgpqoqgjlredozgsgojxnapetmamejvfsvmdcecmjhbobunsisujtxkhcximicjftgnkhyqykjrpctsrouosjdly
abcfzfbkqivgjmvdvjkcermrwlhlrkoanszgblbzkawjyhqrprhkmsfepahthpkyobqfunbnfkwgtwnedfdnkicp
cvotjtvkuylidyjnjdkguholizrzlksqdutspvptkemzbcdgagclrjwhknwewkldfsnsxmimslpbotahcmcalbxk
zirsqsilntgfqbiuiqlzpcrgvocoglxhuxofegeoljdqdwpukuwlvzmjezkokelhvipmjasamltrevutqwqulfna
cdehbhdmskxiloxfxlmegtotynjntmqcpubidndbmcylajstrtjmouhgrcjvjrmaqdshwpdphmyivypgfhfpmker
exqvlvxmwankfalplfmiwjqnkbtbnmusfwvurxrvmgobdeficientlyjmpygymnfhupuzokounrdqvcjeoecndzm
bktusuknpvihsdkwksnbretixqeqinzjwzqhgigqnlfsfyrwmwynxbolgbmqmgnjxkrolcuconvtgxwvsyswnhpc

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: deficiently
Cipher: qrsvpvragyl

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: deficiently
Cipher: 4151124231425133441345

Extended Methods:
Method #1

Plaintext: deficiently
method variations:
iklohoksyqdopqtntpxdvituvysyuciaoyzadxdzhoft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d e f i c i e n t l y 
4 5 1 4 3 4 5 3 4 1 4 
1 1 2 2 1 2 1 3 4 3 5 
They are then read out in rows:
4514345341411221213435
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: deficiently
Cipher: yqspddfbbsx

Read more ...
Method #3

Plaintext: deficiently
method variations:
varmqwlsdsu armqwlsdsuv rmqwlsdsuva
mqwlsdsuvar qwlsdsuvarm wlsdsuvarmq
lsdsuvarmqw sdsuvarmqwl dsuvarmqwls
suvarmqwlsd uvarmqwlsds

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: deficiently

first 5040 cipher variations(39615626 total)
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defiiectyln defiiectynl defiiecltny defiiecltyn defiieclnty defiieclnyt defiieclynt defiieclytn defiiecytln defiiecytnl
defiiecyltn defiiecylnt defiiecynlt defiiecyntl defiienctly defiienctyl defiienclty defiienclyt defiiencylt defiiencytl
defiientcly defiientcyl defiientlcy defiientlyc defiientylc defiientycl defiienltcy defiienltyc defiienlcty defiienlcyt
defiienlyct defiienlytc defiienytlc defiienytcl defiienyltc defiienylct defiienyclt defiienyctl defiietncly defiietncyl
defiietnlcy defiietnlyc defiietnylc defiietnycl defiietcnly defiietcnyl defiietclny defiietclyn defiietcyln defiietcynl
defiietlcny defiietlcyn defiietlncy defiietlnyc defiietlync defiietlycn defiietycln defiietycnl defiietylcn defiietylnc
defiietynlc defiietyncl defiielntcy defiielntyc defiielncty defiielncyt defiielnyct defiielnytc defiieltncy defiieltnyc
defiieltcny defiieltcyn defiieltycn defiieltync defiielctny defiielctyn defiielcnty defiielcnyt defiielcynt defiielcytn
defiielytcn defiielytnc defiielyctn defiielycnt defiielynct defiielyntc defiieyntlc defiieyntcl defiieynltc defiieynlct
defiieynclt defiieynctl defiieytnlc defiieytncl defiieytlnc defiieytlcn defiieytcln defiieytcnl defiieyltnc defiieyltcn
defiieylntc defiieylnct defiieylcnt defiieylctn defiieyctln defiieyctnl defiieycltn defiieyclnt defiieycnlt defiieycntl
defiinectly defiinectyl defiineclty defiineclyt defiinecylt defiinecytl defiinetcly defiinetcyl defiinetlcy defiinetlyc
defiinetylc defiinetycl defiineltcy defiineltyc defiinelcty defiinelcyt defiinelyct defiinelytc defiineytlc defiineytcl
defiineyltc defiineylct defiineyclt defiineyctl defiincetly defiincetyl defiincelty defiincelyt defiinceylt defiinceytl
defiinctely defiincteyl defiinctley defiinctlye defiinctyle defiinctyel defiincltey defiincltye defiinclety defiincleyt
defiinclyet defiinclyte defiincytle defiincytel defiincylte defiincylet defiincyelt defiincyetl defiintcely defiintceyl
defiintcley defiintclye defiintcyle defiintcyel defiintecly defiintecyl defiintelcy defiintelyc defiinteylc defiinteycl
defiintlecy defiintleyc defiintlcey defiintlcye defiintlyce defiintlyec defiintyelc defiintyecl defiintylec defiintylce
defiintycle defiintycel defiinlctey defiinlctye defiinlcety defiinlceyt defiinlcyet defiinlcyte defiinltcey defiinltcye
defiinltecy defiinlteyc defiinltyec defiinltyce defiinletcy defiinletyc defiinlecty defiinlecyt defiinleyct defiinleytc
defiinlytec defiinlytce defiinlyetc defiinlyect defiinlycet defiinlycte defiinyctle defiinyctel defiinyclte defiinyclet
defiinycelt defiinycetl defiinytcle defiinytcel defiinytlce defiinytlec defiinytelc defiinytecl defiinyltce defiinyltec
defiinylcte defiinylcet defiinylect defiinyletc defiinyetlc defiinyetcl defiinyeltc defiinyelct defiinyeclt defiinyectl
defiitencly defiitencyl defiitenlcy defiitenlyc defiitenylc defiitenycl defiitecnly defiitecnyl defiiteclny defiiteclyn
defiitecyln defiitecynl defiitelcny defiitelcyn defiitelncy defiitelnyc defiitelync defiitelycn defiiteycln defiiteycnl
defiiteylcn defiiteylnc defiiteynlc defiiteyncl defiitnecly defiitnecyl defiitnelcy defiitnelyc defiitneylc defiitneycl
defiitncely defiitnceyl defiitncley defiitnclye defiitncyle defiitncyel defiitnlcey defiitnlcye defiitnlecy defiitnleyc
defiitnlyec defiitnlyce defiitnycle defiitnycel defiitnylce defiitnylec defiitnyelc defiitnyecl defiitcnely defiitcneyl
defiitcnley defiitcnlye defiitcnyle defiitcnyel defiitcenly defiitcenyl defiitcelny defiitcelyn defiitceyln defiitceynl
defiitcleny defiitcleyn defiitclney defiitclnye defiitclyne defiitclyen defiitcyeln defiitcyenl defiitcylen defiitcylne
defiitcynle defiitcynel defiitlncey defiitlncye defiitlnecy defiitlneyc defiitlnyec defiitlnyce defiitlcney defiitlcnye
defiitlceny defiitlceyn defiitlcyen defiitlcyne defiitlecny defiitlecyn defiitlency defiitlenyc defiitleync defiitleycn
defiitlycen defiitlycne defiitlyecn defiitlyenc defiitlynec defiitlynce defiityncle defiityncel defiitynlce defiitynlec
defiitynelc defiitynecl defiitycnle defiitycnel defiityclne defiityclen defiityceln defiitycenl defiitylcne defiitylcen
defiitylnce defiitylnec defiitylenc defiitylecn defiityecln defiityecnl defiityelcn defiityelnc defiityenlc defiityencl
defiilentcy defiilentyc defiilencty defiilencyt defiilenyct defiilenytc defiiletncy defiiletnyc defiiletcny defiiletcyn
defiiletycn defiiletync defiilectny defiilectyn defiilecnty defiilecnyt defiilecynt defiilecytn defiileytcn defiileytnc
defiileyctn defiileycnt defiileynct defiileyntc defiilnetcy defiilnetyc defiilnecty defiilnecyt defiilneyct defiilneytc
defiilntecy defiilnteyc defiilntcey defiilntcye defiilntyce defiilntyec defiilnctey defiilnctye defiilncety defiilnceyt
defiilncyet defiilncyte defiilnytce defiilnytec defiilnycte defiilnycet defiilnyect defiilnyetc defiiltnecy defiiltneyc
defiiltncey defiiltncye defiiltnyce defiiltnyec defiiltency defiiltenyc defiiltecny defiiltecyn defiilteycn defiilteync
defiiltceny defiiltceyn defiiltcney defiiltcnye defiiltcyne defiiltcyen defiiltyecn defiiltyenc defiiltycen defiiltycne
defiiltynce defiiltynec defiilcntey defiilcntye defiilcnety defiilcneyt defiilcnyet defiilcnyte defiilctney defiilctnye
defiilcteny defiilcteyn defiilctyen defiilctyne defiilcetny defiilcetyn defiilcenty defiilcenyt defiilceynt defiilceytn
defiilcyten defiilcytne defiilcyetn defiilcyent defiilcynet defiilcynte defiilyntce defiilyntec defiilyncte defiilyncet
defiilynect defiilynetc defiilytnce defiilytnec defiilytcne defiilytcen defiilytecn defiilytenc defiilyctne defiilycten
defiilycnte defiilycnet defiilycent defiilycetn defiilyetcn defiilyetnc defiilyectn defiilyecnt defiilyenct defiilyentc
defiiyentlc defiiyentcl defiiyenltc defiiyenlct defiiyenclt defiiyenctl defiiyetnlc defiiyetncl defiiyetlnc defiiyetlcn
defiiyetcln defiiyetcnl defiiyeltnc defiiyeltcn defiiyelntc defiiyelnct defiiyelcnt defiiyelctn defiiyectln defiiyectnl
defiiyecltn defiiyeclnt defiiyecnlt defiiyecntl defiiynetlc defiiynetcl defiiyneltc defiiynelct defiiyneclt defiiynectl
defiiyntelc defiiyntecl defiiyntlec defiiyntlce defiiyntcle defiiyntcel defiiynltec defiiynltce defiiynletc defiiynlect
defiiynlcet defiiynlcte defiiynctle defiiynctel defiiynclte defiiynclet defiiyncelt defiiyncetl defiiytnelc defiiytnecl
defiiytnlec defiiytnlce defiiytncle defiiytncel defiiytenlc defiiytencl defiiytelnc defiiytelcn defiiytecln defiiytecnl
defiiytlenc defiiytlecn defiiytlnec defiiytlnce defiiytlcne defiiytlcen defiiytceln defiiytcenl defiiytclen defiiytclne
defiiytcnle defiiytcnel defiiylntec defiiylntce defiiylnetc defiiylnect defiiylncet defiiylncte defiiyltnec defiiyltnce
defiiyltenc defiiyltecn defiiyltcen defiiyltcne defiiyletnc defiiyletcn defiiylentc defiiylenct defiiylecnt defiiylectn
defiiylcten defiiylctne defiiylcetn defiiylcent defiiylcnet defiiylcnte defiiycntle defiiycntel defiiycnlte defiiycnlet
defiiycnelt defiiycnetl defiiyctnle defiiyctnel defiiyctlne defiiyctlen defiiycteln defiiyctenl defiiycltne defiiyclten
defiiyclnte defiiyclnet defiiyclent defiiycletn defiiycetln defiiycetnl defiiyceltn defiiycelnt defiiycenlt defiiycentl
defieicntly defieicntyl defieicnlty defieicnlyt defieicnylt defieicnytl defieictnly defieictnyl defieictlny defieictlyn
defieictyln defieictynl defieicltny defieicltyn defieiclnty defieiclnyt defieiclynt defieiclytn defieicytln defieicytnl
defieicyltn defieicylnt defieicynlt defieicyntl defieinctly defieinctyl defieinclty defieinclyt defieincylt defieincytl
defieintcly defieintcyl defieintlcy defieintlyc defieintylc defieintycl defieinltcy defieinltyc defieinlcty defieinlcyt
defieinlyct defieinlytc defieinytlc defieinytcl defieinyltc defieinylct defieinyclt defieinyctl defieitncly defieitncyl
defieitnlcy defieitnlyc defieitnylc defieitnycl defieitcnly defieitcnyl defieitclny defieitclyn defieitcyln defieitcynl
defieitlcny defieitlcyn defieitlncy defieitlnyc defieitlync defieitlycn defieitycln defieitycnl defieitylcn defieitylnc
defieitynlc defieityncl defieilntcy defieilntyc defieilncty defieilncyt defieilnyct defieilnytc defieiltncy defieiltnyc
defieiltcny defieiltcyn defieiltycn defieiltync defieilctny defieilctyn defieilcnty defieilcnyt defieilcynt defieilcytn
defieilytcn defieilytnc defieilyctn defieilycnt defieilynct defieilyntc defieiyntlc defieiyntcl defieiynltc defieiynlct
defieiynclt defieiynctl defieiytnlc defieiytncl defieiytlnc defieiytlcn defieiytcln defieiytcnl defieiyltnc defieiyltcn
defieiylntc defieiylnct defieiylcnt defieiylctn defieiyctln defieiyctnl defieiycltn defieiyclnt defieiycnlt defieiycntl
defiecintly defiecintyl defiecinlty defiecinlyt defiecinylt defiecinytl defiecitnly defiecitnyl defiecitlny defiecitlyn
defiecityln defiecitynl defieciltny defieciltyn defiecilnty defiecilnyt defiecilynt defiecilytn defieciytln defieciytnl
defieciyltn defieciylnt defieciynlt defieciyntl defiecnitly defiecnityl defiecnilty defiecnilyt defiecniylt defiecniytl
defiecntily defiecntiyl defiecntliy defiecntlyi defiecntyli defiecntyil defiecnltiy defiecnltyi defiecnlity defiecnliyt
defiecnlyit defiecnlyti defiecnytli defiecnytil defiecnylti defiecnylit defiecnyilt defiecnyitl defiectnily defiectniyl
defiectnliy defiectnlyi defiectnyli defiectnyil defiectinly defiectinyl defiectilny defiectilyn defiectiyln defiectiynl
defiectliny defiectliyn defiectlniy defiectlnyi defiectlyni defiectlyin defiectyiln defiectyinl defiectylin defiectylni
defiectynli defiectynil defieclntiy defieclntyi defieclnity defieclniyt defieclnyit defieclnyti defiecltniy defiecltnyi
defiecltiny defiecltiyn defiecltyin defiecltyni defieclitny defieclityn defieclinty defieclinyt defiecliynt defiecliytn
defieclytin defieclytni defieclyitn defieclyint defieclynit defieclynti defiecyntli defiecyntil defiecynlti defiecynlit
defiecynilt defiecynitl defiecytnli defiecytnil defiecytlni defiecytlin defiecytiln defiecytinl defiecyltni defiecyltin
defiecylnti defiecylnit defiecylint defiecylitn defiecyitln defiecyitnl defiecyiltn defiecyilnt defiecyinlt defiecyintl
defiencitly defiencityl defiencilty defiencilyt defienciylt defienciytl defienctily defienctiyl defienctliy defienctlyi
defienctyli defienctyil defiencltiy defiencltyi defienclity defiencliyt defienclyit defienclyti defiencytli defiencytil
defiencylti defiencylit defiencyilt defiencyitl defienictly defienictyl defieniclty defieniclyt defienicylt defienicytl
defienitcly defienitcyl defienitlcy defienitlyc defienitylc defienitycl defieniltcy defieniltyc defienilcty defienilcyt
defienilyct defienilytc defieniytlc defieniytcl defieniyltc defieniylct defieniyclt defieniyctl defienticly defienticyl
defientilcy defientilyc defientiylc defientiycl defientcily defientciyl defientcliy defientclyi defientcyli defientcyil
defientlciy defientlcyi defientlicy defientliyc defientlyic defientlyci defientycli defientycil defientylci defientylic
defientyilc defientyicl defienlitcy defienlityc defienlicty defienlicyt defienliyct defienliytc defienlticy defienltiyc
defienltciy defienltcyi defienltyci defienltyic defienlctiy defienlctyi defienlcity defienlciyt defienlcyit defienlcyti
defienlytci defienlytic defienlycti defienlycit defienlyict defienlyitc defienyitlc defienyitcl defienyiltc defienyilct
defienyiclt defienyictl defienytilc defienyticl defienytlic defienytlci defienytcli defienytcil defienyltic defienyltci
defienylitc defienylict defienylcit defienylcti defienyctli defienyctil defienyclti defienyclit defienycilt defienycitl
defietcnily defietcniyl defietcnliy defietcnlyi defietcnyli defietcnyil defietcinly defietcinyl defietcilny defietcilyn
defietciyln defietciynl defietcliny defietcliyn defietclniy defietclnyi defietclyni defietclyin defietcyiln defietcyinl
defietcylin defietcylni defietcynli defietcynil defietncily defietnciyl defietncliy defietnclyi defietncyli defietncyil
defietnicly defietnicyl defietnilcy defietnilyc defietniylc defietniycl defietnlicy defietnliyc defietnlciy defietnlcyi
defietnlyci defietnlyic defietnyilc defietnyicl defietnylic defietnylci defietnycli defietnycil defietincly defietincyl
defietinlcy defietinlyc defietinylc defietinycl defieticnly defieticnyl defieticlny defieticlyn defieticyln defieticynl
defietilcny defietilcyn defietilncy defietilnyc defietilync defietilycn defietiycln defietiycnl defietiylcn defietiylnc
defietiynlc defietiyncl defietlnicy defietlniyc defietlnciy defietlncyi defietlnyci defietlnyic defietlincy defietlinyc
defietlicny defietlicyn defietliycn defietliync defietlciny defietlciyn defietlcniy defietlcnyi defietlcyni defietlcyin
defietlyicn defietlyinc defietlycin defietlycni defietlynci defietlynic defietynilc defietynicl defietynlic defietynlci
defietyncli defietyncil defietyinlc defietyincl defietyilnc defietyilcn defietyicln defietyicnl defietylinc defietylicn
defietylnic defietylnci defietylcni defietylcin defietyciln defietycinl defietyclin defietyclni defietycnli defietycnil
defielcntiy defielcntyi defielcnity defielcniyt defielcnyit defielcnyti defielctniy defielctnyi defielctiny defielctiyn
defielctyin defielctyni defielcitny defielcityn defielcinty defielcinyt defielciynt defielciytn defielcytin defielcytni
defielcyitn defielcyint defielcynit defielcynti defielnctiy defielnctyi defielncity defielnciyt defielncyit defielncyti
defielntciy defielntcyi defielnticy defielntiyc defielntyic defielntyci defielnitcy defielnityc defielnicty defielnicyt
defielniyct defielniytc defielnytic defielnytci defielnyitc defielnyict defielnycit defielnycti defieltnciy defieltncyi
defieltnicy defieltniyc defieltnyic defieltnyci defieltcniy defieltcnyi defieltciny defieltciyn defieltcyin defieltcyni
defielticny defielticyn defieltincy defieltinyc defieltiync defieltiycn defieltycin defieltycni defieltyicn defieltyinc
defieltynic defieltynci defielintcy defielintyc defielincty defielincyt defielinyct defielinytc defielitncy defielitnyc
defielitcny defielitcyn defielitycn defielitync defielictny defielictyn defielicnty defielicnyt defielicynt defielicytn
defieliytcn defieliytnc defieliyctn defieliycnt defieliynct defieliyntc defielyntic defielyntci defielynitc defielynict
defielyncit defielyncti defielytnic defielytnci defielytinc defielyticn defielytcin defielytcni defielyitnc defielyitcn
defielyintc defielyinct defielyicnt defielyictn defielyctin defielyctni defielycitn defielycint defielycnit defielycnti
defieycntli defieycntil defieycnlti defieycnlit defieycnilt defieycnitl defieyctnli defieyctnil defieyctlni defieyctlin
defieyctiln defieyctinl defieycltni defieycltin defieyclnti defieyclnit defieyclint defieyclitn defieycitln defieycitnl
defieyciltn defieycilnt defieycinlt defieycintl defieynctli defieynctil defieynclti defieynclit defieyncilt defieyncitl
defieyntcli defieyntcil defieyntlci defieyntlic defieyntilc defieynticl defieynltci defieynltic defieynlcti defieynlcit
defieynlict defieynlitc defieynitlc defieynitcl defieyniltc defieynilct defieyniclt defieynictl defieytncli defieytncil
defieytnlci defieytnlic defieytnilc defieytnicl defieytcnli defieytcnil defieytclni defieytclin defieytciln defieytcinl
defieytlcni defieytlcin defieytlnci defieytlnic defieytlinc defieytlicn defieyticln defieyticnl defieytilcn defieytilnc
defieytinlc defieytincl defieylntci defieylntic defieylncti defieylncit defieylnict defieylnitc defieyltnci defieyltnic
defieyltcni defieyltcin defieylticn defieyltinc defieylctni defieylctin defieylcnti defieylcnit defieylcint defieylcitn
defieylitcn defieylitnc defieylictn defieylicnt defieylinct defieylintc defieyintlc defieyintcl defieyinltc defieyinlct
defieyinclt defieyinctl defieyitnlc defieyitncl defieyitlnc defieyitlcn defieyitcln defieyitcnl defieyiltnc defieyiltcn
defieyilntc defieyilnct defieyilcnt defieyilctn defieyictln defieyictnl defieyicltn defieyiclnt defieyicnlt defieyicntl
definiectly definiectyl definieclty definieclyt definiecylt definiecytl definietcly definietcyl definietlcy definietlyc
definietylc definietycl definieltcy definieltyc definielcty definielcyt definielyct definielytc definieytlc definieytcl
definieyltc definieylct definieyclt definieyctl definicetly definicetyl definicelty definicelyt definiceylt definiceytl
definictely definicteyl definictley definictlye definictyle definictyel definicltey definicltye definiclety definicleyt
definiclyet definiclyte definicytle definicytel definicylte definicylet definicyelt definicyetl definitcely definitceyl
definitcley definitclye definitcyle definitcyel definitecly definitecyl definitelcy definitelyc definiteylc definiteycl
definitlecy definitleyc definitlcey definitlcye definitlyce definitlyec definityelc definityecl definitylec definitylce
definitycle definitycel definilctey definilctye definilcety definilceyt definilcyet definilcyte definiltcey definiltcye
definiltecy definilteyc definiltyec definiltyce definiletcy definiletyc definilecty definilecyt definileyct definileytc
definilytec definilytce definilyetc definilyect definilycet definilycte definiyctle definiyctel definiyclte definiyclet
definiycelt definiycetl definiytcle definiytcel definiytlce definiytlec definiytelc definiytecl definiyltce definiyltec
definiylcte definiylcet definiylect definiyletc definiyetlc definiyetcl definiyeltc definiyelct definiyeclt definiyectl
defineictly defineictyl defineiclty defineiclyt defineicylt defineicytl defineitcly defineitcyl defineitlcy defineitlyc
defineitylc defineitycl defineiltcy defineiltyc defineilcty defineilcyt defineilyct defineilytc defineiytlc defineiytcl
defineiyltc defineiylct defineiyclt defineiyctl definecitly definecityl definecilty definecilyt defineciylt defineciytl
definectily definectiyl definectliy definectlyi definectyli definectyil definecltiy definecltyi defineclity definecliyt
defineclyit defineclyti definecytli definecytil definecylti definecylit definecyilt definecyitl definetcily definetciyl
definetcliy definetclyi definetcyli definetcyil defineticly defineticyl definetilcy definetilyc definetiylc definetiycl
definetlicy definetliyc definetlciy definetlcyi definetlyci definetlyic definetyilc definetyicl definetylic definetylci
definetycli definetycil definelctiy definelctyi definelcity definelciyt definelcyit definelcyti defineltciy defineltcyi
definelticy defineltiyc defineltyic defineltyci definelitcy definelityc definelicty definelicyt defineliyct defineliytc
definelytic definelytci definelyitc definelyict definelycit definelycti defineyctli defineyctil defineyclti defineyclit
defineycilt defineycitl defineytcli defineytcil defineytlci defineytlic defineytilc defineyticl defineyltci defineyltic
defineylcti defineylcit defineylict defineylitc defineyitlc defineyitcl defineyiltc defineyilct defineyiclt defineyictl
definceitly definceityl definceilty definceilyt definceiylt definceiytl defincetily defincetiyl defincetliy defincetlyi
defincetyli defincetyil definceltiy definceltyi defincelity definceliyt defincelyit defincelyti definceytli definceytil
definceylti definceylit definceyilt definceyitl defincietly defincietyl defincielty defincielyt defincieylt defincieytl
defincitely definciteyl defincitley defincitlye defincityle defincityel definciltey definciltye defincilety defincileyt
defincilyet defincilyte definciytle definciytel definciylte definciylet definciyelt definciyetl definctiely definctieyl
definctiley definctilye definctiyle definctiyel defincteily defincteiyl defincteliy definctelyi defincteyli defincteyil
definctleiy definctleyi definctliey definctliye definctlyie definctlyei definctyeli definctyeil definctylei definctylie
definctyile definctyiel definclitey definclitye defincliety definclieyt defincliyet defincliyte defincltiey defincltiye
definclteiy definclteyi defincltyei defincltyie defincletiy defincletyi defincleity defincleiyt defincleyit defincleyti
definclytei definclytie definclyeti definclyeit definclyiet definclyite defincyitle defincyitel defincyilte defincyilet
defincyielt defincyietl defincytile defincytiel defincytlie defincytlei defincyteli defincyteil defincyltie defincyltei
defincylite defincyliet defincyleit defincyleti defincyetli defincyetil defincyelti defincyelit defincyeilt defincyeitl
defintecily definteciyl defintecliy definteclyi defintecyli defintecyil definteicly definteicyl definteilcy definteilyc
definteiylc definteiycl defintelicy definteliyc defintelciy defintelcyi defintelyci defintelyic definteyilc definteyicl
definteylic definteylci definteycli definteycil defintceily defintceiyl defintceliy defintcelyi defintceyli defintceyil
defintciely defintcieyl defintciley defintcilye defintciyle defintciyel defintcliey defintcliye defintcleiy defintcleyi
defintclyei defintclyie defintcyile defintcyiel defintcylie defintcylei defintcyeli defintcyeil definticely definticeyl
definticley definticlye definticyle definticyel defintiecly defintiecyl defintielcy defintielyc defintieylc defintieycl
defintilecy defintileyc defintilcey defintilcye defintilyce defintilyec defintiyelc defintiyecl defintiylec defintiylce
defintiycle defintiycel defintlciey defintlciye defintlceiy defintlceyi defintlcyei defintlcyie defintlicey defintlicye
defintliecy defintlieyc defintliyec defintliyce defintleicy defintleiyc defintleciy defintlecyi defintleyci defintleyic
defintlyiec defintlyice defintlyeic defintlyeci defintlycei defintlycie defintycile defintyciel defintyclie defintyclei
defintyceli defintyceil defintyicle defintyicel defintyilce defintyilec defintyielc defintyiecl defintylice defintyliec
defintylcie defintylcei defintyleci defintyleic defintyeilc defintyeicl defintyelic defintyelci defintyecli defintyecil
definlectiy definlectyi definlecity definleciyt definlecyit definlecyti definletciy definletcyi definleticy definletiyc
definletyic definletyci definleitcy definleityc definleicty definleicyt definleiyct definleiytc definleytic definleytci
definleyitc definleyict definleycit definleycti definlcetiy definlcetyi definlceity definlceiyt definlceyit definlceyti
definlcteiy definlcteyi definlctiey definlctiye definlctyie definlctyei definlcitey definlcitye definlciety definlcieyt
definlciyet definlciyte definlcytie definlcytei definlcyite definlcyiet definlcyeit definlcyeti definltceiy definltceyi
definltciey definltciye definltcyie definltcyei definlteciy definltecyi definlteicy definlteiyc definlteyic definlteyci
definltiecy definltieyc definlticey definlticye definltiyce definltiyec definltyeic definltyeci definltyiec definltyice
definltycie definltycei definlictey definlictye definlicety definliceyt definlicyet definlicyte definlitcey definlitcye
definlitecy definliteyc definlityec definlityce definlietcy definlietyc definliecty definliecyt definlieyct definlieytc
definliytec definliytce definliyetc definliyect definliycet definliycte definlyctie definlyctei definlycite definlyciet
definlyceit definlyceti definlytcie definlytcei definlytice definlytiec definlyteic definlyteci definlyitce definlyitec
definlyicte definlyicet definlyiect definlyietc definlyetic definlyetci definlyeitc definlyeict definlyecit definlyecti
definyectli definyectil definyeclti definyeclit definyecilt definyecitl definyetcli definyetcil definyetlci definyetlic
definyetilc definyeticl definyeltci definyeltic definyelcti definyelcit definyelict definyelitc definyeitlc definyeitcl
definyeiltc definyeilct definyeiclt definyeictl definycetli definycetil definycelti definycelit definyceilt definyceitl
definycteli definycteil definyctlei definyctlie definyctile definyctiel definycltei definycltie definycleti definycleit
definycliet definyclite definycitle definycitel definycilte definycilet definycielt definycietl definytceli definytceil
definytclei definytclie definytcile definytciel definytecli definytecil definytelci definytelic definyteilc definyteicl
definytleci definytleic definytlcei definytlcie definytlice definytliec definytielc definytiecl definytilec definytilce
definyticle definyticel definylctei definylctie definylceti definylceit definylciet definylcite definyltcei definyltcie
definylteci definylteic definyltiec definyltice definyletci definyletic definylecti definylecit definyleict definyleitc
definylitec definylitce definylietc definyliect definylicet definylicte definyictle definyictel definyiclte definyiclet
definyicelt definyicetl definyitcle definyitcel definyitlce definyitlec definyitelc definyitecl definyiltce definyiltec
definyilcte definyilcet definyilect definyiletc definyietlc definyietcl definyieltc definyielct definyieclt definyiectl
defitiencly defitiencyl defitienlcy defitienlyc defitienylc defitienycl defitiecnly defitiecnyl defitieclny defitieclyn
defitiecyln defitiecynl defitielcny defitielcyn defitielncy defitielnyc defitielync defitielycn defitieycln defitieycnl
defitieylcn defitieylnc defitieynlc defitieyncl defitinecly defitinecyl defitinelcy defitinelyc defitineylc defitineycl
defitincely defitinceyl defitincley defitinclye defitincyle defitincyel defitinlcey defitinlcye defitinlecy defitinleyc
defitinlyec defitinlyce defitinycle defitinycel defitinylce defitinylec defitinyelc defitinyecl defiticnely defiticneyl
defiticnley defiticnlye defiticnyle defiticnyel defiticenly defiticenyl defiticelny defiticelyn defiticeyln defiticeynl
defiticleny defiticleyn defiticlney defiticlnye defiticlyne defiticlyen defiticyeln defiticyenl defiticylen defiticylne
defiticynle defiticynel defitilncey defitilncye defitilnecy defitilneyc defitilnyec defitilnyce defitilcney defitilcnye
defitilceny defitilceyn defitilcyen defitilcyne defitilecny defitilecyn defitilency defitilenyc defitileync defitileycn
defitilycen defitilycne defitilyecn defitilyenc defitilynec defitilynce defitiyncle defitiyncel defitiynlce defitiynlec
defitiynelc defitiynecl defitiycnle defitiycnel defitiyclne defitiyclen defitiyceln defitiycenl defitiylcne defitiylcen
defitiylnce defitiylnec defitiylenc defitiylecn defitiyecln defitiyecnl defitiyelcn defitiyelnc defitiyenlc defitiyencl
defiteincly defiteincyl defiteinlcy defiteinlyc defiteinylc defiteinycl defiteicnly defiteicnyl defiteiclny defiteiclyn
defiteicyln defiteicynl defiteilcny defiteilcyn defiteilncy defiteilnyc defiteilync defiteilycn defiteiycln defiteiycnl
defiteiylcn defiteiylnc defiteiynlc defiteiyncl defitenicly defitenicyl defitenilcy defitenilyc defiteniylc defiteniycl
defitencily defitenciyl defitencliy defitenclyi defitencyli defitencyil defitenlciy defitenlcyi defitenlicy defitenliyc
defitenlyic defitenlyci defitenycli defitenycil defitenylci defitenylic defitenyilc defitenyicl defitecnily defitecniyl
defitecnliy defitecnlyi defitecnyli defitecnyil defitecinly defitecinyl defitecilny defitecilyn defiteciyln defiteciynl
defitecliny defitecliyn defiteclniy defiteclnyi defiteclyni defiteclyin defitecyiln defitecyinl defitecylin defitecylni
defitecynli defitecynil defitelnciy defitelncyi defitelnicy defitelniyc defitelnyic defitelnyci defitelcniy defitelcnyi
defitelciny defitelciyn defitelcyin defitelcyni defitelicny defitelicyn defitelincy defitelinyc defiteliync defiteliycn
defitelycin defitelycni defitelyicn defitelyinc defitelynic defitelynci defiteyncli defiteyncil defiteynlci defiteynlic
defiteynilc defiteynicl defiteycnli defiteycnil defiteyclni defiteyclin defiteyciln defiteycinl defiteylcni defiteylcin
defiteylnci defiteylnic defiteylinc defiteylicn defiteyicln defiteyicnl defiteyilcn defiteyilnc defiteyinlc defiteyincl
defitneicly defitneicyl defitneilcy defitneilyc defitneiylc defitneiycl defitnecily defitneciyl defitnecliy defitneclyi
defitnecyli defitnecyil defitnelciy defitnelcyi defitnelicy defitneliyc defitnelyic defitnelyci defitneycli defitneycil
defitneylci defitneylic defitneyilc defitneyicl defitniecly defitniecyl defitnielcy defitnielyc defitnieylc defitnieycl
defitnicely defitniceyl defitnicley defitniclye defitnicyle defitnicyel defitnilcey defitnilcye defitnilecy defitnileyc
defitnilyec defitnilyce defitniycle defitniycel defitniylce defitniylec defitniyelc defitniyecl defitnciely defitncieyl
defitnciley defitncilye defitnciyle defitnciyel defitnceily defitnceiyl defitnceliy defitncelyi defitnceyli defitnceyil
defitncleiy defitncleyi defitncliey defitncliye defitnclyie defitnclyei defitncyeli defitncyeil defitncylei defitncylie
defitncyile defitncyiel defitnlicey defitnlicye defitnliecy defitnlieyc defitnliyec defitnliyce defitnlciey defitnlciye
defitnlceiy defitnlceyi defitnlcyei defitnlcyie defitnleciy defitnlecyi defitnleicy defitnleiyc defitnleyic defitnleyci
defitnlycei defitnlycie defitnlyeci defitnlyeic defitnlyiec defitnlyice defitnyicle defitnyicel defitnyilce defitnyilec
defitnyielc defitnyiecl defitnycile defitnyciel defitnyclie defitnyclei defitnyceli defitnyceil defitnylcie defitnylcei
defitnylice defitnyliec defitnyleic defitnyleci defitnyecli defitnyecil defitnyelci defitnyelic defitnyeilc defitnyeicl
defitcenily defitceniyl defitcenliy defitcenlyi defitcenyli defitcenyil defitceinly defitceinyl defitceilny defitceilyn
defitceiyln defitceiynl defitceliny defitceliyn defitcelniy defitcelnyi defitcelyni defitcelyin defitceyiln defitceyinl
defitceylin defitceylni defitceynli defitceynil defitcneily defitcneiyl defitcneliy defitcnelyi defitcneyli defitcneyil
defitcniely defitcnieyl defitcniley defitcnilye defitcniyle defitcniyel defitcnliey defitcnliye defitcnleiy defitcnleyi
defitcnlyei defitcnlyie defitcnyile defitcnyiel defitcnylie defitcnylei defitcnyeli defitcnyeil defitcinely defitcineyl
defitcinley defitcinlye defitcinyle defitcinyel defitcienly defitcienyl defitcielny defitcielyn defitcieyln defitcieynl
defitcileny defitcileyn defitcilney defitcilnye defitcilyne defitcilyen defitciyeln defitciyenl defitciylen defitciylne
defitciynle defitciynel defitclniey defitclniye defitclneiy defitclneyi defitclnyei defitclnyie defitcliney defitclinye
defitclieny defitclieyn defitcliyen defitcliyne defitcleiny defitcleiyn defitcleniy defitclenyi defitcleyni defitcleyin
defitclyien defitclyine defitclyein defitclyeni defitclynei defitclynie defitcynile defitcyniel defitcynlie defitcynlei
defitcyneli defitcyneil defitcyinle defitcyinel defitcyilne defitcyilen defitcyieln defitcyienl defitcyline defitcylien
defitcylnie defitcylnei defitcyleni defitcylein defitcyeiln defitcyeinl defitcyelin defitcyelni defitcyenli defitcyenil
defitlenciy defitlencyi defitlenicy defitleniyc defitlenyic defitlenyci defitlecniy defitlecnyi defitleciny defitleciyn
defitlecyin defitlecyni defitleicny defitleicyn defitleincy defitleinyc defitleiync defitleiycn defitleycin defitleycni
defitleyicn defitleyinc defitleynic defitleynci defitlneciy defitlnecyi defitlneicy defitlneiyc defitlneyic defitlneyci
defitlnceiy defitlnceyi defitlnciey defitlnciye defitlncyie defitlncyei defitlnicey defitlnicye defitlniecy defitlnieyc
defitlniyec defitlniyce defitlnycie defitlnycei defitlnyice defitlnyiec defitlnyeic defitlnyeci defitlcneiy defitlcneyi
defitlcniey defitlcniye defitlcnyie defitlcnyei defitlceniy defitlcenyi defitlceiny defitlceiyn defitlceyin defitlceyni
defitlcieny defitlcieyn defitlciney defitlcinye defitlciyne defitlciyen defitlcyein defitlcyeni defitlcyien defitlcyine
defitlcynie defitlcynei defitlincey defitlincye defitlinecy defitlineyc defitlinyec defitlinyce defitlicney defitlicnye
defitliceny defitliceyn defitlicyen defitlicyne defitliecny defitliecyn defitliency defitlienyc defitlieync defitlieycn
defitliycen defitliycne defitliyecn defitliyenc defitliynec defitliynce defitlyncie defitlyncei defitlynice defitlyniec
defitlyneic defitlyneci defitlycnie defitlycnei defitlycine defitlycien defitlycein defitlyceni defitlyicne defitlyicen
defitlyince defitlyinec defitlyienc defitlyiecn defitlyecin defitlyecni defitlyeicn defitlyeinc defitlyenic defitlyenci
defityencli defityencil defityenlci defityenlic defityenilc defityenicl defityecnli defityecnil defityeclni defityeclin
defityeciln defityecinl defityelcni defityelcin defityelnci defityelnic defityelinc defityelicn defityeicln defityeicnl
defityeilcn defityeilnc defityeinlc defityeincl defitynecli defitynecil defitynelci defitynelic defityneilc defityneicl
defitynceli defitynceil defitynclei defitynclie defityncile defitynciel defitynlcei defitynlcie defitynleci defitynleic
defitynliec defitynlice defitynicle defitynicel defitynilce defitynilec defitynielc defityniecl defitycneli defitycneil
defitycnlei defitycnlie defitycnile defitycniel defitycenli defitycenil defitycelni defitycelin defityceiln defityceinl
defitycleni defityclein defityclnei defityclnie defitycline defityclien defitycieln defitycienl defitycilen defitycilne
defitycinle defitycinel defitylncei defitylncie defitylneci defitylneic defitylniec defitylnice defitylcnei defitylcnie
defitylceni defitylcein defitylcien defitylcine defitylecni defitylecin defitylenci defitylenic defityleinc defityleicn
defitylicen defitylicne defityliecn defitylienc defitylinec defitylince defityincle defityincel defityinlce defityinlec
defityinelc defityinecl defityicnle defityicnel defityiclne defityiclen defityiceln defityicenl defityilcne defityilcen
defityilnce defityilnec defityilenc defityilecn defityiecln defityiecnl defityielcn defityielnc defityienlc defityiencl
defilientcy defilientyc defiliencty defiliencyt defilienyct defilienytc defilietncy defilietnyc defilietcny defilietcyn
defilietycn defilietync defiliectny defiliectyn defiliecnty defiliecnyt defiliecynt defiliecytn defilieytcn defilieytnc
defilieyctn defilieycnt defilieynct defilieyntc defilinetcy defilinetyc defilinecty defilinecyt defilineyct defilineytc
defilintecy defilinteyc defilintcey defilintcye defilintyce defilintyec defilinctey defilinctye defilincety defilinceyt
defilincyet defilincyte defilinytce defilinytec defilinycte defilinycet defilinyect defilinyetc defilitnecy defilitneyc
defilitncey defilitncye defilitnyce defilitnyec defilitency defilitenyc defilitecny defilitecyn defiliteycn defiliteync
defilitceny defilitceyn defilitcney defilitcnye defilitcyne defilitcyen defilityecn defilityenc defilitycen defilitycne
defilitynce defilitynec defilicntey defilicntye defilicnety defilicneyt defilicnyet defilicnyte defilictney defilictnye
defilicteny defilicteyn defilictyen defilictyne defilicetny defilicetyn defilicenty defilicenyt defiliceynt defiliceytn
defilicyten defilicytne defilicyetn defilicyent defilicynet defilicynte defiliyntce defiliyntec defiliyncte defiliyncet
defiliynect defiliynetc defiliytnce defiliytnec defiliytcne defiliytcen defiliytecn defiliytenc defiliyctne defiliycten
defiliycnte defiliycnet defiliycent defiliycetn defiliyetcn defiliyetnc defiliyectn defiliyecnt defiliyenct defiliyentc
defileintcy defileintyc defileincty defileincyt defileinyct defileinytc defileitncy defileitnyc defileitcny defileitcyn
defileitycn defileitync defileictny defileictyn defileicnty defileicnyt defileicynt defileicytn defileiytcn defileiytnc
defileiyctn defileiycnt defileiynct defileiyntc defilenitcy defilenityc defilenicty defilenicyt defileniyct defileniytc
defilenticy defilentiyc defilentciy defilentcyi defilentyci defilentyic defilenctiy defilenctyi defilencity defilenciyt
defilencyit defilencyti defilenytci defilenytic defilenycti defilenycit defilenyict defilenyitc defiletnicy defiletniyc
defiletnciy defiletncyi defiletnyci defiletnyic defiletincy defiletinyc defileticny defileticyn defiletiycn defiletiync
defiletciny defiletciyn defiletcniy defiletcnyi defiletcyni defiletcyin defiletyicn defiletyinc defiletycin defiletycni
defiletynci defiletynic defilecntiy defilecntyi defilecnity defilecniyt defilecnyit defilecnyti defilectniy defilectnyi
defilectiny defilectiyn defilectyin defilectyni defilecitny defilecityn defilecinty defilecinyt defileciynt defileciytn
defilecytin defilecytni defilecyitn defilecyint defilecynit defilecynti defileyntci defileyntic defileyncti defileyncit
defileynict defileynitc defileytnci defileytnic defileytcni defileytcin defileyticn defileytinc defileyctni defileyctin
defileycnti defileycnit defileycint defileycitn defileyitcn defileyitnc defileyictn defileyicnt defileyinct defileyintc
defilneitcy defilneityc defilneicty defilneicyt defilneiyct defilneiytc defilneticy defilnetiyc defilnetciy defilnetcyi
defilnetyci defilnetyic defilnectiy defilnectyi defilnecity defilneciyt defilnecyit defilnecyti defilneytci defilneytic
defilneycti defilneycit defilneyict defilneyitc defilnietcy defilnietyc defilniecty defilniecyt defilnieyct defilnieytc
defilnitecy defilniteyc defilnitcey defilnitcye defilnityce defilnityec defilnictey defilnictye defilnicety defilniceyt
defilnicyet defilnicyte defilniytce defilniytec defilniycte defilniycet defilniyect defilniyetc defilntiecy defilntieyc
defilnticey defilnticye defilntiyce defilntiyec defilnteicy defilnteiyc defilnteciy defilntecyi defilnteyci defilnteyic
defilntceiy defilntceyi defilntciey defilntciye defilntcyie defilntcyei defilntyeci defilntyeic defilntycei defilntycie
defilntyice defilntyiec defilncitey defilncitye defilnciety defilncieyt defilnciyet defilnciyte defilnctiey defilnctiye
defilncteiy defilncteyi defilnctyei defilnctyie defilncetiy defilncetyi defilnceity defilnceiyt defilnceyit defilnceyti
defilncytei defilncytie defilncyeti defilncyeit defilncyiet defilncyite defilnyitce defilnyitec defilnyicte defilnyicet
defilnyiect defilnyietc defilnytice defilnytiec defilnytcie defilnytcei defilnyteci defilnyteic defilnyctie defilnyctei
defilnycite defilnyciet defilnyceit defilnyceti defilnyetci defilnyetic defilnyecti defilnyecit defilnyeict defilnyeitc
defiltenicy defilteniyc defiltenciy defiltencyi defiltenyci defiltenyic defilteincy defilteinyc defilteicny defilteicyn
defilteiycn defilteiync defilteciny defilteciyn defiltecniy defiltecnyi defiltecyni defiltecyin defilteyicn defilteyinc
defilteycin defilteycni defilteynci defilteynic defiltneicy defiltneiyc defiltneciy defiltnecyi defiltneyci defiltneyic
defiltniecy defiltnieyc defiltnicey defiltnicye defiltniyce defiltniyec defiltnciey defiltnciye defiltnceiy defiltnceyi
defiltncyei defiltncyie defiltnyice defiltnyiec defiltnycie defiltnycei defiltnyeci defiltnyeic defiltinecy defiltineyc
defiltincey defiltincye defiltinyce defiltinyec defiltiency defiltienyc defiltiecny defiltiecyn defiltieycn defiltieync
defilticeny defilticeyn defilticney defilticnye defilticyne defilticyen defiltiyecn defiltiyenc defiltiycen defiltiycne
defiltiynce defiltiynec defiltcniey defiltcniye defiltcneiy defiltcneyi defiltcnyei defiltcnyie defiltciney defiltcinye
defiltcieny defiltcieyn defiltciyen defiltciyne defiltceiny defiltceiyn defiltceniy defiltcenyi defiltceyni defiltceyin
defiltcyien defiltcyine defiltcyein defiltcyeni defiltcynei defiltcynie defiltynice defiltyniec defiltyncie defiltyncei
defiltyneci defiltyneic defiltyince defiltyinec defiltyicne defiltyicen defiltyiecn defiltyienc defiltycine defiltycien
defiltycnie defiltycnei defiltyceni defiltycein defiltyeicn defiltyeinc defiltyecin defiltyecni defiltyenci defiltyenic
defilcentiy defilcentyi defilcenity defilceniyt defilcenyit defilcenyti defilcetniy defilcetnyi defilcetiny defilcetiyn
defilcetyin defilcetyni defilceitny defilceityn defilceinty defilceinyt defilceiynt defilceiytn defilceytin defilceytni
defilceyitn defilceyint defilceynit defilceynti defilcnetiy defilcnetyi defilcneity defilcneiyt defilcneyit defilcneyti
defilcnteiy defilcnteyi defilcntiey defilcntiye defilcntyie defilcntyei defilcnitey defilcnitye defilcniety defilcnieyt
defilcniyet defilcniyte defilcnytie defilcnytei defilcnyite defilcnyiet defilcnyeit defilcnyeti defilctneiy defilctneyi
defilctniey defilctniye defilctnyie defilctnyei defilcteniy defilctenyi defilcteiny defilcteiyn defilcteyin defilcteyni
defilctieny defilctieyn defilctiney defilctinye defilctiyne defilctiyen defilctyein defilctyeni defilctyien defilctyine
defilctynie defilctynei defilcintey defilcintye defilcinety defilcineyt defilcinyet defilcinyte defilcitney defilcitnye
defilciteny defilciteyn defilcityen defilcityne defilcietny defilcietyn defilcienty defilcienyt defilcieynt defilcieytn
defilciyten defilciytne defilciyetn defilciyent defilciynet defilciynte defilcyntie defilcyntei defilcynite defilcyniet
defilcyneit defilcyneti defilcytnie defilcytnei defilcytine defilcytien defilcytein defilcyteni defilcyitne defilcyiten
defilcyinte defilcyinet defilcyient defilcyietn defilcyetin defilcyetni defilcyeitn defilcyeint defilcyenit defilcyenti
defilyentci defilyentic defilyencti defilyencit defilyenict defilyenitc defilyetnci defilyetnic defilyetcni defilyetcin
defilyeticn defilyetinc defilyectni defilyectin defilyecnti defilyecnit defilyecint defilyecitn defilyeitcn defilyeitnc
defilyeictn defilyeicnt defilyeinct defilyeintc defilynetci defilynetic defilynecti defilynecit defilyneict defilyneitc
defilynteci defilynteic defilyntcei defilyntcie defilyntice defilyntiec defilynctei defilynctie defilynceti defilynceit
defilynciet defilyncite defilynitce defilynitec defilynicte defilynicet defilyniect defilynietc defilytneci defilytneic
defilytncei defilytncie defilytnice defilytniec defilytenci defilytenic defilytecni defilytecin defilyteicn defilyteinc
defilytceni defilytcein defilytcnei defilytcnie defilytcine defilytcien defilytiecn defilytienc defilyticen defilyticne
defilytince defilytinec defilycntei defilycntie defilycneti defilycneit defilycniet defilycnite defilyctnei defilyctnie
defilycteni defilyctein defilyctien defilyctine defilycetni defilycetin defilycenti defilycenit defilyceint defilyceitn
defilyciten defilycitne defilycietn defilycient defilycinet defilycinte defilyintce defilyintec defilyincte defilyincet
defilyinect defilyinetc defilyitnce defilyitnec defilyitcne defilyitcen defilyitecn defilyitenc defilyictne defilyicten
defilyicnte defilyicnet defilyicent defilyicetn defilyietcn defilyietnc defilyiectn defilyiecnt defilyienct defilyientc
defiyientlc defiyientcl defiyienltc defiyienlct defiyienclt defiyienctl defiyietnlc defiyietncl defiyietlnc defiyietlcn
defiyietcln defiyietcnl defiyieltnc defiyieltcn defiyielntc defiyielnct defiyielcnt defiyielctn defiyiectln defiyiectnl
defiyiecltn defiyieclnt defiyiecnlt defiyiecntl defiyinetlc defiyinetcl defiyineltc defiyinelct defiyineclt defiyinectl
defiyintelc defiyintecl defiyintlec defiyintlce defiyintcle defiyintcel defiyinltec defiyinltce defiyinletc defiyinlect
defiyinlcet defiyinlcte defiyinctle defiyinctel defiyinclte defiyinclet defiyincelt defiyincetl defiyitnelc defiyitnecl
defiyitnlec defiyitnlce defiyitncle defiyitncel defiyitenlc defiyitencl defiyitelnc defiyitelcn defiyitecln defiyitecnl
defiyitlenc defiyitlecn defiyitlnec defiyitlnce defiyitlcne defiyitlcen defiyitceln defiyitcenl defiyitclen defiyitclne
defiyitcnle defiyitcnel defiyilntec defiyilntce defiyilnetc defiyilnect defiyilncet defiyilncte defiyiltnec defiyiltnce
defiyiltenc defiyiltecn defiyiltcen defiyiltcne defiyiletnc defiyiletcn defiyilentc defiyilenct defiyilecnt defiyilectn
defiyilcten defiyilctne defiyilcetn defiyilcent defiyilcnet defiyilcnte defiyicntle defiyicntel defiyicnlte defiyicnlet
defiyicnelt defiyicnetl defiyictnle defiyictnel defiyictlne defiyictlen defiyicteln defiyictenl defiyicltne defiyiclten
defiyiclnte defiyiclnet defiyiclent defiyicletn defiyicetln defiyicetnl defiyiceltn defiyicelnt defiyicenlt defiyicentl
defiyeintlc defiyeintcl defiyeinltc defiyeinlct defiyeinclt defiyeinctl defiyeitnlc defiyeitncl defiyeitlnc defiyeitlcn
defiyeitcln defiyeitcnl defiyeiltnc defiyeiltcn defiyeilntc defiyeilnct defiyeilcnt defiyeilctn defiyeictln defiyeictnl
defiyeicltn defiyeiclnt defiyeicnlt defiyeicntl defiyenitlc defiyenitcl defiyeniltc defiyenilct defiyeniclt defiyenictl
defiyentilc defiyenticl defiyentlic defiyentlci defiyentcli defiyentcil defiyenltic defiyenltci defiyenlitc defiyenlict
defiyenlcit defiyenlcti defiyenctli defiyenctil defiyenclti defiyenclit defiyencilt defiyencitl defiyetnilc defiyetnicl
defiyetnlic defiyetnlci defiyetncli defiyetncil defiyetinlc defiyetincl defiyetilnc defiyetilcn defiyeticln defiyeticnl
defiyetlinc defiyetlicn defiyetlnic defiyetlnci defiyetlcni defiyetlcin defiyetciln defiyetcinl defiyetclin defiyetclni
defiyetcnli defiyetcnil defiyelntic defiyelntci defiyelnitc defiyelnict defiyelncit defiyelncti defiyeltnic defiyeltnci
defiyeltinc defiyelticn defiyeltcin defiyeltcni defiyelitnc defiyelitcn defiyelintc defiyelinct defiyelicnt defiyelictn
defiyelctin defiyelctni defiyelcitn defiyelcint defiyelcnit defiyelcnti defiyecntli defiyecntil defiyecnlti defiyecnlit
defiyecnilt defiyecnitl defiyectnli defiyectnil defiyectlni defiyectlin defiyectiln defiyectinl defiyecltni defiyecltin
defiyeclnti defiyeclnit defiyeclint defiyeclitn defiyecitln defiyecitnl defiyeciltn defiyecilnt defiyecinlt defiyecintl
defiyneitlc defiyneitcl defiyneiltc defiyneilct defiyneiclt defiyneictl defiynetilc defiyneticl defiynetlic defiynetlci
defiynetcli defiynetcil defiyneltic defiyneltci defiynelitc defiynelict defiynelcit defiynelcti defiynectli defiynectil
defiyneclti defiyneclit defiynecilt defiynecitl defiynietlc defiynietcl defiynieltc defiynielct defiynieclt defiyniectl
defiynitelc defiynitecl defiynitlec defiynitlce defiynitcle defiynitcel defiyniltec defiyniltce defiyniletc defiynilect
defiynilcet defiynilcte defiynictle defiynictel defiyniclte defiyniclet defiynicelt defiynicetl defiyntielc defiyntiecl
defiyntilec defiyntilce defiynticle defiynticel defiynteilc defiynteicl defiyntelic defiyntelci defiyntecli defiyntecil
defiyntleic defiyntleci defiyntliec defiyntlice defiyntlcie defiyntlcei defiyntceli defiyntceil defiyntclei defiyntclie
defiyntcile defiyntciel defiynlitec defiynlitce defiynlietc defiynliect defiynlicet defiynlicte defiynltiec defiynltice
defiynlteic defiynlteci defiynltcei defiynltcie defiynletic defiynletci defiynleitc defiynleict defiynlecit defiynlecti
defiynlctei defiynlctie defiynlceti defiynlceit defiynlciet defiynlcite defiyncitle defiyncitel defiyncilte defiyncilet
defiyncielt defiyncietl defiynctile defiynctiel defiynctlie defiynctlei defiyncteli defiyncteil defiyncltie defiyncltei
defiynclite defiyncliet defiyncleit defiyncleti defiyncetli defiyncetil defiyncelti defiyncelit defiynceilt defiynceitl
defiytenilc defiytenicl defiytenlic defiytenlci defiytencli defiytencil defiyteinlc defiyteincl defiyteilnc defiyteilcn
defiyteicln defiyteicnl defiytelinc defiytelicn defiytelnic defiytelnci defiytelcni defiytelcin defiyteciln defiytecinl
defiyteclin defiyteclni defiytecnli defiytecnil defiytneilc defiytneicl defiytnelic defiytnelci defiytnecli defiytnecil
defiytnielc defiytniecl defiytnilec defiytnilce defiytnicle defiytnicel defiytnliec defiytnlice defiytnleic defiytnleci
defiytnlcei defiytnlcie defiytncile defiytnciel defiytnclie defiytnclei defiytnceli defiytnceil defiytinelc defiytinecl
defiytinlec defiytinlce defiytincle defiytincel defiytienlc defiytiencl defiytielnc defiytielcn defiytiecln defiytiecnl
defiytilenc defiytilecn defiytilnec defiytilnce defiytilcne defiytilcen defiyticeln defiyticenl defiyticlen defiyticlne
defiyticnle defiyticnel defiytlniec defiytlnice defiytlneic defiytlneci defiytlncei defiytlncie defiytlinec defiytlince
defiytlienc defiytliecn defiytlicen defiytlicne defiytleinc defiytleicn defiytlenic defiytlenci defiytlecni defiytlecin
defiytlcien defiytlcine defiytlcein defiytlceni defiytlcnei defiytlcnie defiytcnile defiytcniel defiytcnlie defiytcnlei
defiytcneli defiytcneil defiytcinle defiytcinel defiytcilne defiytcilen defiytcieln defiytcienl defiytcline defiytclien
defiytclnie defiytclnei defiytcleni defiytclein defiytceiln defiytceinl defiytcelin defiytcelni defiytcenli defiytcenil
defiylentic defiylentci defiylenitc defiylenict defiylencit defiylencti defiyletnic defiyletnci defiyletinc defiyleticn
defiyletcin defiyletcni defiyleitnc defiyleitcn defiyleintc defiyleinct defiyleicnt defiyleictn defiylectin defiylectni
defiylecitn defiylecint defiylecnit defiylecnti defiylnetic defiylnetci defiylneitc defiylneict defiylnecit defiylnecti
defiylnteic defiylnteci defiylntiec defiylntice defiylntcie defiylntcei defiylnitec defiylnitce defiylnietc defiylniect
defiylnicet defiylnicte defiylnctie defiylnctei defiylncite defiylnciet defiylnceit defiylnceti defiyltneic defiyltneci
defiyltniec defiyltnice defiyltncie defiyltncei defiyltenic defiyltenci defiylteinc defiylteicn defiyltecin defiyltecni
defiyltienc defiyltiecn defiyltinec defiyltince defiylticne defiylticen defiyltcein defiyltceni defiyltcien defiyltcine
defiyltcnie defiyltcnei defiylintec defiylintce defiylinetc defiylinect defiylincet defiylincte defiylitnec defiylitnce
defiylitenc defiylitecn defiylitcen defiylitcne defiylietnc defiylietcn defiylientc defiylienct defiyliecnt defiyliectn
defiylicten defiylictne defiylicetn defiylicent defiylicnet defiylicnte defiylcntie defiylcntei defiylcnite defiylcniet
defiylcneit defiylcneti defiylctnie defiylctnei defiylctine defiylctien defiylctein defiylcteni defiylcitne defiylciten
defiylcinte defiylcinet defiylcient defiylcietn defiylcetin defiylcetni defiylceitn defiylceint defiylcenit defiylcenti
defiycentli defiycentil defiycenlti defiycenlit defiycenilt defiycenitl defiycetnli defiycetnil defiycetlni defiycetlin
defiycetiln defiycetinl defiyceltni defiyceltin defiycelnti defiycelnit defiycelint defiycelitn defiyceitln defiyceitnl
defiyceiltn defiyceilnt defiyceinlt defiyceintl defiycnetli defiycnetil defiycnelti defiycnelit defiycneilt defiycneitl
defiycnteli defiycnteil defiycntlei defiycntlie defiycntile defiycntiel defiycnltei defiycnltie defiycnleti defiycnleit
defiycnliet defiycnlite defiycnitle defiycnitel defiycnilte defiycnilet defiycnielt defiycnietl defiyctneli defiyctneil
defiyctnlei defiyctnlie defiyctnile defiyctniel defiyctenli defiyctenil defiyctelni defiyctelin defiycteiln defiycteinl
defiyctleni defiyctlein defiyctlnei defiyctlnie defiyctline defiyctlien defiyctieln defiyctienl defiyctilen defiyctilne
defiyctinle defiyctinel defiyclntei defiyclntie defiyclneti defiyclneit defiyclniet defiyclnite defiycltnei defiycltnie
defiyclteni defiycltein defiycltien defiycltine defiycletni defiycletin defiyclenti defiyclenit defiycleint defiycleitn
defiycliten defiyclitne defiyclietn defiyclient defiyclinet defiyclinte defiycintle defiycintel defiycinlte defiycinlet
defiycinelt defiycinetl defiycitnle defiycitnel defiycitlne defiycitlen defiyciteln defiycitenl defiyciltne defiycilten
defiycilnte defiycilnet defiycilent defiyciletn defiycietln defiycietnl defiycieltn defiycielnt defiycienlt defiycientl

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History of cryptography
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