easy ciphers

Easy Ciphers Tools:
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neatly

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gaudentumque

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anthroposophy

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pekrul


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: protonitrate
cipher variations:
qspupojusbuf rtqvqpkvtcvg surwrqlwudwh tvsxsrmxvexi uwtytsnywfyj
vxuzutozxgzk wyvavupayhal xzwbwvqbzibm yaxcxwrcajcn zbydyxsdbkdo
aczezyteclep bdafazufdmfq cebgbavgengr dfchcbwhfohs egdidcxigpit
fhejedyjhqju gifkfezkirkv hjglgfaljslw ikhmhgbmktmx jlinihcnluny
kmjojidomvoz lnkpkjepnwpa molqlkfqoxqb npmrmlgrpyrc oqnsnmhsqzsd

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: protonitrate
Cipher: kilglmrgizgv

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: protonitrate
Cipher: ABBBA BAAAA ABBAB BAABA ABBAB ABBAA ABAAA BAABA BAAAA AAAAA BAABA AABAA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: protonitrate
cipher variations:
qspupojusbufuargrozgabgnyitstopsibsvcqvevofeqbedgyxqxovqybqlkgzczolcgbctswdadorawbajwefmfohmebmr
amhyhoxymbyzeujkjonkubkhiclwlodwcbwpmkninotikbixrtqvqpkvtcvgvbshspahbchozjutupqtjctwdrwfwpgfrcfe
hzyrypwrzcrmlhadapmdhcdutxebepsbxcbkxfgngpinfcnsbnizipyznczafvklkpolvclijdmxmpexdcxqnlojopujlcjy
surwrqlwudwhwctitqbicdipakvuvqrukduxesxgxqhgsdgfiazszqxsadsnmibebqneidevuyfcfqtcydclyghohqjogdot
cojajqzaodabgwlmlqpmwdmjkenynqfyedyrompkpqvkmdkztvsxsrmxvexixdujurcjdejqblwvwrsvlevyftyhyrihtehg
jbatarytbetonjcfcrofjefwvzgdgrudzedmzhipirkphepudpkbkrabpebchxmnmrqnxenklfozorgzfezspnqlqrwlnela
uwtytsnywfyjyevkvsdkefkrcmxwxstwmfwzguzizsjiufihkcbubszucfupokdgdspgkfgxwahehsveafenaijqjslqifqv
eqlclsbcqfcdiynonsroyfolmgpapshagfatqormrsxmofmbvxuzutozxgzkzfwlwtelfglsdnyxytuxngxahvajatkjvgji
ldcvctavdgvqplehetqhlghyxbifitwfbgfobjkrktmrjgrwfrmdmtcdrgdejzopotspzgpmnhqbqtibhgburpsnstynpgnc
wyvavupayhalagxmxufmghmteozyzuvyohybiwbkbulkwhkjmedwdubwehwrqmfifurimhizycjgjuxgchgpcklslunskhsx
gsnenudeshefkapqputqahqnoircrujcihcvsqtotuzoqhodxzwbwvqbzibmbhynyvgnhinufpazavwzpizcjxclcvmlxilk
nfexevcxfixsrngjgvsjnijazdkhkvyhdihqdlmtmvotlityhtofoveftifglbqrqvurbiropjsdsvkdjidwtrupuvapripe
yaxcxwrcajcncizozwhoijovgqbabwxaqjadkydmdwnmyjmlogfyfwdygjytsohkhwtkojkbaelilwziejiremnunwpumjuz
iupgpwfgujghmcrsrwvscjspqktetwlekjexusvqvwbqsjqfzbydyxsdbkdodjapaxipjkpwhrcbcxybrkbelzenexonzknm
phgzgxezhkzutpilixulpklcbfmjmxajfkjsfnovoxqvnkvajvqhqxghvkhindstsxwtdktqrlufuxmflkfyvtwrwxcrtkrg
aczezyteclepekbqbyjqklqxisdcdyzcslcfmafofypoalonqihahyfailavuqjmjyvmqlmdcgnknybkglktgopwpyrwolwb
kwriryhiwlijoetutyxuelursmvgvyngmlgzwuxsxydsulshbdafazufdmfqflcrczkrlmryjtedezadtmdgnbgpgzqpbmpo
rjibizgbjmbwvrknkzwnrmnedholozclhmluhpqxqzsxpmxclxsjszijxmjkpfuvuzyvfmvstnwhwzohnmhaxvytyzetvmti
cebgbavgengrgmdsdalsmnszkufefabeunehochqharqcnqpskjcjahckncxwslolaxosnofeipmpadminmviqryratyqnyd
mytktajkynklqgvwvazwgnwtuoxixapionibywzuzafuwnujdfchcbwhfohshnetebmtnotalvgfgbcfvofipdiribsrdorq
tlkdkbidlodyxtmpmbyptopgfjqnqbenjonwjrszsbuzrozenzulubklzolmrhwxwbaxhoxuvpyjybqjpojczxavabgvxovk
egdidcxigpitiofufcnuopubmwhghcdgwpgjqejsjctsepsrumlelcjempezyunqnczqupqhgkrorcfokpoxkstatcvaspaf
oavmvclmapmnsixyxcbyipyvwqzkzcrkqpkdaybwbchwypwlfhejedyjhqjujpgvgdovpqvcnxihidehxqhkrfktkdutfqts
vnmfmdkfnqfazvorodarvqrihlspsdgplqpyltubudwbtqbgpbwnwdmnbqnotjyzydczjqzwxraladslrqlebzcxcdixzqxm
gifkfezkirkvkqhwhepwqrwdoyjijefiyrilsglulevugrutwongnelgorgbawpspebswrsjimtqtehqmrqzmuvcvexcurch
qcxoxenocropukzazedakraxysbmbetmsrmfcadydejyarynhjglgfaljslwlrixifqxrsxepzkjkfgjzsjmthmvmfwvhsvu
xpohofmhpshcbxqtqfctxstkjnurufirnsranvwdwfydvsdirdypyfopdspqvlabafeblsbyztcncfuntsngdbezefkzbszo
ikhmhgbmktmxmsjyjgrystyfqalklghkatknuinwngxwitwvyqpipgniqtidcyrurgduytulkovsvgjsotsbowxexgzewtej
sezqzgpqetqrwmbcbgfcmtczaudodgvoutohecfafglactapjlinihcnlunyntkzkhsztuzgrbmlmhilbulovjoxohyxjuxw
zrqjqhojrujedzsvshevzuvmlpwtwhktputcpxyfyhafxufktfarahqrfursxncdchgdnudabvepehwpvupifdgbghmbdubq
kmjojidomvozoulalitauvahscnmnijmcvmpwkpypizykvyxasrkripksvkfeatwtifwavwnmqxuxiluqvudqyzgzibgyvgl
ugbsbirsgvstyodediheovebcwfqfixqwvqjgehchincevcrlnkpkjepnwpapvmbmjubvwbitdonojkndwnqxlqzqjazlwzy
btslsjqltwlgfbuxujgxbwxonryvyjmvrwverzahajchzwhmvhctcjsthwtuzpefejifpwfcdxgrgjyrxwrkhfidijodfwds
molqlkfqoxqbqwncnkvcwxcjuepopkloexorymrarkbamxazcutmtkrmuxmhgcvyvkhycxyposzwzknwsxwfsabibkdiaxin
widudktuixuvaqfgfkjgqxgdeyhshkzsyxsligjejkpegxetnpmrmlgrpyrcrxodolwdxydkvfqpqlmpfypsznsbslcbnyba
dvunulsnvynihdwzwlizdyzqptaxaloxtyxgtbcjclejbyjoxjeveluvjyvwbrghglkhryhefzitilatzytmjhkfklqfhyfu
oqnsnmhsqzsdsypepmxeyzelwgrqrmnqgzqtaotctmdcozcbewvovmtowzojiexaxmjaezarqubybmpyuzyhucdkdmfkczkp
ykfwfmvwkzwxcshihmliszifgajujmbuazunkilglmrgizgvprotonitratetzqfqnyfzafmxhsrsnorharubpudunedpadc
fxwpwnupxapkjfybynkbfabsrvczcnqzvazivdelengldalqzlgxgnwxlaxydtijinmjtajghbkvkncvbavoljmhmnshjahw

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: protonitrate
Cipher: cebgbavgengr

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: protonitrate
Cipher: 532443444333424424114451

Extended Methods:
Method #1

Plaintext: protonitrate
method variations:
uwtytsoywfykzbydyxtdbldpegdidcyigqiukmioihdomvoz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p r o t o n i t r a t e 
5 2 4 4 4 3 4 4 2 1 4 5 
3 4 3 4 3 3 2 4 4 1 4 1 
They are then read out in rows:
524443442145343433244141
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: protonitrate
Cipher: ktotbyssnrdd

Read more ...
Method #3

Plaintext: protonitrate
method variations:
htstnsridqyv tstnsridqyvh stnsridqyvht
tnsridqyvhts nsridqyvhtst sridqyvhtstn
ridqyvhtstns idqyvhtstnsr dqyvhtstnsri
qyvhtstnsrid yvhtstnsridq vhtstnsridqy

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: protonitrate

first 5040 cipher variations(475687488 total)
protonitrate protonitraet protonitrtae protonitrtea protonitreta protonitreat protonitarte protonitaret protonitatre
protonitater protonitaetr protonitaert protonittare protonittaer protonittrae protonittrea protonittera protonittear
protoniteatr protoniteart protonitetar protonitetra protoniterta protoniterat protonirtate protonirtaet protonirttae
protonirttea protonirteta protonirteat protoniratte protoniratet protoniratte protoniratet protoniraett protoniraett
protonirtate protonirtaet protonirttae protonirttea protonirteta protonirteat protonireatt protonireatt protoniretat
protoniretta protoniretta protoniretat protoniartte protoniartet protoniartte protoniartet protoniarett protoniarett
protoniatrte protoniatret protoniattre protoniatter protoniatetr protoniatert protoniattre protoniatter protoniatrte
protoniatret protoniatert protoniatetr protoniaettr protoniaetrt protoniaettr protoniaetrt protoniaertt protoniaertt
protonitrate protonitraet protonitrtae protonitrtea protonitreta protonitreat protonitarte protonitaret protonitatre
protonitater protonitaetr protonitaert protonittare protonittaer protonittrae protonittrea protonittera protonittear
protoniteatr protoniteart protonitetar protonitetra protoniterta protoniterat protonieratt protonieratt protoniertat
protoniertta protoniertta protoniertat protonieartt protonieartt protonieatrt protonieattr protonieattr protonieatrt
protonietart protonietatr protonietrat protonietrta protoniettra protoniettar protonietatr protonietart protoniettar
protoniettra protonietrta protonietrat protontirate protontiraet protontirtae protontirtea protontireta protontireat
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protonterati protonterait protontertai protontertia protonterita protonteriat protontearti protontearit protonteatri
protonteatir protonteaitr protonteairt protontetari protontetair protontetrai protontetria protontetira protontetiar
protonteiatr protonteiart protonteitar protonteitra protonteirta protonteirat protonrtiate protonrtiaet protonrtitae
protonrtitea protonrtieta protonrtieat protonrtaite protonrtaiet protonrtatie protonrtatei protonrtaeti protonrtaeit
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protonrtetia protonrteita protonrteiat protonritate protonritaet protonrittae protonrittea protonriteta protonriteat
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protonrtetia protonrteita protonrteiat protonreiatt protonreiatt protonreitat protonreitta protonreitta protonreitat
protonreaitt protonreaitt protonreatit protonreatti protonreatti protonreatit protonretait protonretati protonretiat
protonretita protonrettia protonrettai protonretati protonretait protonrettai protonrettia protonretita protonretiat
protonatrite protonatriet protonatrtie protonatrtei protonatreti protonatreit protonatirte protonatiret protonatitre
protonatiter protonatietr protonatiert protonattire protonattier protonattrie protonattrei protonatteri protonatteir
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protoitaetrn protoitaertn protoitaernt protoittrane protoittraen protoittrnae protoittrnea protoittrena protoittrean
protoittarne protoittaren protoittanre protoittaner protoittaenr protoittaern protoittnare protoittnaer protoittnrae
protoittnrea protoittnera protoittnear protoitteanr protoittearn protoittenar protoittenra protoitterna protoitteran
protoiteratn protoiterant protoitertan protoitertna protoiternta protoiternat protoiteartn protoitearnt protoiteatrn
protoiteatnr protoiteantr protoiteanrt protoitetarn protoitetanr protoitetran protoitetrna protoitetnra protoitetnar
protoitenatr protoitenart protoitentar protoitentra protoitenrta protoitenrat protoirtnate protoirtnaet protoirtntae
protoirtntea protoirtneta protoirtneat protoirtante protoirtanet protoirtatne protoirtaten protoirtaetn protoirtaent
protoirttane protoirttaen protoirttnae protoirttnea protoirttena protoirttean protoirteatn protoirteant protoirtetan
protoirtetna protoirtenta protoirtenat protoirntate protoirntaet protoirnttae protoirnttea protoirnteta protoirnteat
protoirnatte protoirnatet protoirnatte protoirnatet protoirnaett protoirnaett protoirntate protoirntaet protoirnttae
protoirnttea protoirnteta protoirnteat protoirneatt protoirneatt protoirnetat protoirnetta protoirnetta protoirnetat
protoirantte protoirantet protoirantte protoirantet protoiranett protoiranett protoiratnte protoiratnet protoirattne
protoiratten protoiratetn protoiratent protoirattne protoiratten protoiratnte protoiratnet protoiratent protoiratetn
protoiraettn protoiraetnt protoiraettn protoiraetnt protoiraentt protoiraentt protoirtnate protoirtnaet protoirtntae
protoirtntea protoirtneta protoirtneat protoirtante protoirtanet protoirtatne protoirtaten protoirtaetn protoirtaent
protoirttane protoirttaen protoirttnae protoirttnea protoirttena protoirttean protoirteatn protoirteant protoirtetan
protoirtetna protoirtenta protoirtenat protoirenatt protoirenatt protoirentat protoirentta protoirentta protoirentat
protoireantt protoireantt protoireatnt protoireattn protoireattn protoireatnt protoiretant protoiretatn protoiretnat
protoiretnta protoirettna protoirettan protoiretatn protoiretant protoirettan protoirettna protoiretnta protoiretnat
protoiatrnte protoiatrnet protoiatrtne protoiatrten protoiatretn protoiatrent protoiatnrte protoiatnret protoiatntre
protoiatnter protoiatnetr protoiatnert protoiattnre protoiattner protoiattrne protoiattren protoiattern protoiattenr
protoiatentr protoiatenrt protoiatetnr protoiatetrn protoiatertn protoiaternt protoiartnte protoiartnet protoiarttne
protoiartten protoiartetn protoiartent protoiarntte protoiarntet protoiarntte protoiarntet protoiarnett protoiarnett
protoiartnte protoiartnet protoiarttne protoiartten protoiartetn protoiartent protoiarentt protoiarentt protoiaretnt
protoiarettn protoiarettn protoiaretnt protoianrtte protoianrtet protoianrtte protoianrtet protoianrett protoianrett
protoiantrte protoiantret protoianttre protoiantter protoiantetr protoiantert protoianttre protoiantter protoiantrte
protoiantret protoiantert protoiantetr protoianettr protoianetrt protoianettr protoianetrt protoianertt protoianertt
protoiatrnte protoiatrnet protoiatrtne protoiatrten protoiatretn protoiatrent protoiatnrte protoiatnret protoiatntre
protoiatnter protoiatnetr protoiatnert protoiattnre protoiattner protoiattrne protoiattren protoiattern protoiattenr
protoiatentr protoiatenrt protoiatetnr protoiatetrn protoiatertn protoiaternt protoiaerntt protoiaerntt protoiaertnt
protoiaerttn protoiaerttn protoiaertnt protoiaenrtt protoiaenrtt protoiaentrt protoiaenttr protoiaenttr protoiaentrt
protoiaetnrt protoiaetntr protoiaetrnt protoiaetrtn protoiaettrn protoiaettnr protoiaetntr protoiaetnrt protoiaettnr
protoiaettrn protoiaetrtn protoiaetrnt protoittrane protoittraen protoittrnae protoittrnea protoittrena protoittrean
protoittarne protoittaren protoittanre protoittaner protoittaenr protoittaern protoittnare protoittnaer protoittnrae
protoittnrea protoittnera protoittnear protoitteanr protoittearn protoittenar protoittenra protoitterna protoitteran
protoitrtane protoitrtaen protoitrtnae protoitrtnea protoitrtena protoitrtean protoitratne protoitraten protoitrante
protoitranet protoitraent protoitraetn protoitrnate protoitrnaet protoitrntae protoitrntea protoitrneta protoitrneat
protoitreant protoitreatn protoitrenat protoitrenta protoitretna protoitretan protoitartne protoitarten protoitarnte
protoitarnet protoitarent protoitaretn protoitatrne protoitatren protoitatnre protoitatner protoitatenr protoitatern
protoitantre protoitanter protoitanrte protoitanret protoitanert protoitanetr protoitaetnr protoitaetrn protoitaentr
protoitaenrt protoitaernt protoitaertn protoitnrate protoitnraet protoitnrtae protoitnrtea protoitnreta protoitnreat
protoitnarte protoitnaret protoitnatre protoitnater protoitnaetr protoitnaert protoitntare protoitntaer protoitntrae
protoitntrea protoitntera protoitntear protoitneatr protoitneart protoitnetar protoitnetra protoitnerta protoitnerat
protoiterant protoiteratn protoiternat protoiternta protoitertna protoitertan protoitearnt protoiteartn protoiteanrt
protoiteantr protoiteatnr protoiteatrn protoitenart protoitenatr protoitenrat protoitenrta protoitentra protoitentar
protoitetanr protoitetarn protoitetnar protoitetnra protoitetrna protoitetran protoietratn protoietrant protoietrtan
protoietrtna protoietrnta protoietrnat protoietartn protoietarnt protoietatrn protoietatnr protoietantr protoietanrt
protoiettarn protoiettanr protoiettran protoiettrna protoiettnra protoiettnar protoietnatr protoietnart protoietntar
protoietntra protoietnrta protoietnrat protoiertatn protoiertant protoierttan protoierttna protoiertnta protoiertnat
protoierattn protoieratnt protoierattn protoieratnt protoierantt protoierantt protoiertatn protoiertant protoierttan
protoierttna protoiertnta protoiertnat protoiernatt protoiernatt protoierntat protoierntta protoierntta protoierntat
protoiearttn protoieartnt protoiearttn protoieartnt protoiearntt protoiearntt protoieatrtn protoieatrnt protoieattrn
protoieattnr protoieatntr protoieatnrt protoieattrn protoieattnr protoieatrtn protoieatrnt protoieatnrt protoieatntr
protoieanttr protoieantrt protoieanttr protoieantrt protoieanrtt protoieanrtt protoietratn protoietrant protoietrtan
protoietrtna protoietrnta protoietrnat protoietartn protoietarnt protoietatrn protoietatnr protoietantr protoietanrt
protoiettarn protoiettanr protoiettran protoiettrna protoiettnra protoiettnar protoietnatr protoietnart protoietntar
protoietntra protoietnrta protoietnrat protoienratt protoienratt protoienrtat protoienrtta protoienrtta protoienrtat
protoienartt protoienartt protoienatrt protoienattr protoienattr protoienatrt protoientart protoientatr protoientrat
protoientrta protoienttra protoienttar protoientatr protoientart protoienttar protoienttra protoientrta protoientrat
prototinrate prototinraet prototinrtae prototinrtea prototinreta prototinreat prototinarte prototinaret prototinatre
prototinater prototinaetr prototinaert prototintare prototintaer prototintrae prototintrea prototintera prototintear
prototineatr prototineart prototinetar prototinetra prototinerta prototinerat prototirnate prototirnaet prototirntae
prototirntea prototirneta prototirneat prototirante prototiranet prototiratne prototiraten prototiraetn prototiraent
prototirtane prototirtaen prototirtnae prototirtnea prototirtena prototirtean prototireatn prototireant prototiretan
prototiretna prototirenta prototirenat prototiarnte prototiarnet prototiartne prototiarten prototiaretn prototiarent
prototianrte prototianret prototiantre prototianter prototianetr prototianert prototiatnre prototiatner prototiatrne
prototiatren prototiatern prototiatenr prototiaentr prototiaenrt prototiaetnr prototiaetrn prototiaertn prototiaernt
prototitrane prototitraen prototitrnae prototitrnea prototitrena prototitrean prototitarne prototitaren prototitanre
prototitaner prototitaenr prototitaern prototitnare prototitnaer prototitnrae prototitnrea prototitnera prototitnear
prototiteanr prototitearn prototitenar prototitenra prototiterna prototiteran prototieratn prototierant prototiertan
prototiertna prototiernta prototiernat prototieartn prototiearnt prototieatrn prototieatnr prototieantr prototieanrt
prototietarn prototietanr prototietran prototietrna prototietnra prototietnar prototienatr prototienart prototientar
prototientra prototienrta prototienrat prototnirate prototniraet prototnirtae prototnirtea prototnireta prototnireat
prototniarte prototniaret prototniatre prototniater prototniaetr prototniaert prototnitare prototnitaer prototnitrae
prototnitrea prototnitera prototnitear prototnieatr prototnieart prototnietar prototnietra prototnierta prototnierat
prototnriate prototnriaet prototnritae prototnritea prototnrieta prototnrieat prototnraite prototnraiet prototnratie
prototnratei prototnraeti prototnraeit prototnrtaie prototnrtaei prototnrtiae prototnrtiea prototnrteia prototnrteai
prototnreati prototnreait prototnretai prototnretia prototnreita prototnreiat prototnarite prototnariet prototnartie
prototnartei prototnareti prototnareit prototnairte prototnairet prototnaitre prototnaiter prototnaietr prototnaiert
prototnatire prototnatier prototnatrie prototnatrei prototnateri prototnateir prototnaeitr prototnaeirt prototnaetir
prototnaetri prototnaerti prototnaerit prototntraie prototntraei prototntriae prototntriea prototntreia prototntreai
prototntarie prototntarei prototntaire prototntaier prototntaeir prototntaeri prototntiare prototntiaer prototntirae
prototntirea prototntiera prototntiear prototnteair prototnteari prototnteiar prototnteira prototnteria prototnterai
prototnerati prototnerait prototnertai prototnertia prototnerita prototneriat prototnearti prototnearit prototneatri
prototneatir prototneaitr prototneairt prototnetari prototnetair prototnetrai prototnetria prototnetira prototnetiar
prototneiatr prototneiart prototneitar prototneitra prototneirta prototneirat prototrniate prototrniaet prototrnitae
prototrnitea prototrnieta prototrnieat prototrnaite prototrnaiet prototrnatie prototrnatei prototrnaeti prototrnaeit
prototrntaie prototrntaei prototrntiae prototrntiea prototrnteia prototrnteai prototrneati prototrneait prototrnetai
prototrnetia prototrneita prototrneiat prototrinate prototrinaet prototrintae prototrintea prototrineta prototrineat
prototriante prototrianet prototriatne prototriaten prototriaetn prototriaent prototritane prototritaen prototritnae
prototritnea prototritena prototritean prototrieatn prototrieant prototrietan prototrietna prototrienta prototrienat
prototrainte prototrainet prototraitne prototraiten prototraietn prototraient prototranite prototraniet prototrantie
prototrantei prototraneti prototraneit prototratnie prototratnei prototratine prototratien prototratein prototrateni
prototraenti prototraenit prototraetni prototraetin prototraeitn prototraeint prototrtiane prototrtiaen prototrtinae
prototrtinea prototrtiena prototrtiean prototrtaine prototrtaien prototrtanie prototrtanei prototrtaeni prototrtaein
prototrtnaie prototrtnaei prototrtniae prototrtniea prototrtneia prototrtneai prototrteani prototrteain prototrtenai
prototrtenia prototrteina prototrteian prototreiatn prototreiant prototreitan prototreitna prototreinta prototreinat
prototreaitn prototreaint prototreatin prototreatni prototreanti prototreanit prototretain prototretani prototretian
prototretina prototretnia prototretnai prototrenati prototrenait prototrentai prototrentia prototrenita prototreniat
prototanrite prototanriet prototanrtie prototanrtei prototanreti prototanreit prototanirte prototaniret prototanitre
prototaniter prototanietr prototaniert prototantire prototantier prototantrie prototantrei prototanteri prototanteir
prototaneitr prototaneirt prototanetir prototanetri prototanerti prototanerit prototarnite prototarniet prototarntie
prototarntei prototarneti prototarneit prototarinte prototarinet prototaritne prototariten prototarietn prototarient
prototartine prototartien prototartnie prototartnei prototarteni prototartein prototareitn prototareint prototaretin
prototaretni prototarenti prototarenit prototairnte prototairnet prototairtne prototairten prototairetn prototairent
prototainrte prototainret prototaintre prototainter prototainetr prototainert prototaitnre prototaitner prototaitrne
prototaitren prototaitern prototaitenr prototaientr prototaienrt prototaietnr prototaietrn prototaiertn prototaiernt
prototatrine prototatrien prototatrnie prototatrnei prototatreni prototatrein prototatirne prototatiren prototatinre
prototatiner prototatienr prototatiern prototatnire prototatnier prototatnrie prototatnrei prototatneri prototatneir
prototateinr prototateirn prototatenir prototatenri prototaterni prototaterin prototaeritn prototaerint prototaertin
prototaertni prototaernti prototaernit prototaeirtn prototaeirnt prototaeitrn prototaeitnr prototaeintr prototaeinrt
prototaetirn prototaetinr prototaetrin prototaetrni prototaetnri prototaetnir prototaenitr prototaenirt prototaentir
prototaentri prototaenrti prototaenrit protottnraie protottnraei protottnriae protottnriea protottnreia protottnreai
protottnarie protottnarei protottnaire protottnaier protottnaeir protottnaeri protottniare protottniaer protottnirae
protottnirea protottniera protottniear protottneair protottneari protottneiar protottneira protottneria protottnerai
protottrnaie protottrnaei protottrniae protottrniea protottrneia protottrneai protottranie protottranei protottraine
protottraien protottraein protottraeni protottriane protottriaen protottrinae protottrinea protottriena protottriean
protottreain protottreani protottreian protottreina protottrenia protottrenai protottarnie protottarnei protottarine
protottarien protottarein protottareni protottanrie protottanrei protottanire protottanier protottaneir protottaneri
protottainre protottainer protottairne protottairen protottaiern protottaienr protottaenir protottaenri protottaeinr
protottaeirn protottaerin protottaerni protottirane protottiraen protottirnae protottirnea protottirena protottirean
protottiarne protottiaren protottianre protottianer protottiaenr protottiaern protottinare protottinaer protottinrae
protottinrea protottinera protottinear protottieanr protottiearn protottienar protottienra protottierna protottieran
prototterain prototterani prototterian prototterina prototternia prototternai protottearin protottearni prototteairn
prototteainr prototteanir prototteanri prototteiarn prototteianr prototteiran prototteirna prototteinra prototteinar
protottenair protottenari prototteniar protottenira protottenria protottenrai prototenrati prototenrait prototenrtai
prototenrtia prototenrita prototenriat prototenarti prototenarit prototenatri prototenatir prototenaitr prototenairt
prototentari prototentair prototentrai prototentria prototentira prototentiar prototeniatr prototeniart prototenitar
prototenitra prototenirta prototenirat prototernati prototernait prototerntai prototerntia prototernita prototerniat
prototeranti prototeranit prototeratni prototeratin prototeraitn prototeraint prototertani prototertain prototertnai
prototertnia prototertina prototertian prototeriatn prototeriant prototeritan prototeritna prototerinta prototerinat
prototearnti prototearnit prototeartni prototeartin prototearitn prototearint prototeanrti prototeanrit prototeantri
prototeantir prototeanitr prototeanirt prototeatnri prototeatnir prototeatrni prototeatrin prototeatirn prototeatinr
prototeaintr prototeainrt prototeaitnr prototeaitrn prototeairtn prototeairnt prototetrani prototetrain prototetrnai
prototetrnia prototetrina prototetrian prototetarni prototetarin prototetanri prototetanir prototetainr prototetairn
prototetnari prototetnair prototetnrai prototetnria prototetnira prototetniar prototetianr prototetiarn prototetinar
prototetinra prototetirna prototetiran prototeiratn prototeirant prototeirtan prototeirtna prototeirnta prototeirnat
prototeiartn prototeiarnt prototeiatrn prototeiatnr prototeiantr prototeianrt prototeitarn prototeitanr prototeitran
prototeitrna prototeitnra prototeitnar prototeinatr prototeinart prototeintar prototeintra prototeinrta prototeinrat
protoritnate protoritnaet protoritntae protoritntea protoritneta protoritneat protoritante protoritanet protoritatne
protoritaten protoritaetn protoritaent protorittane protorittaen protorittnae protorittnea protorittena protorittean
protoriteatn protoriteant protoritetan protoritetna protoritenta protoritenat protorintate protorintaet protorinttae
protorinttea protorinteta protorinteat protorinatte protorinatet protorinatte protorinatet protorinaett protorinaett
protorintate protorintaet protorinttae protorinttea protorinteta protorinteat protorineatt protorineatt protorinetat
protorinetta protorinetta protorinetat protoriantte protoriantet protoriantte protoriantet protorianett protorianett
protoriatnte protoriatnet protoriattne protoriatten protoriatetn protoriatent protoriattne protoriatten protoriatnte
protoriatnet protoriatent protoriatetn protoriaettn protoriaetnt protoriaettn protoriaetnt protoriaentt protoriaentt
protoritnate protoritnaet protoritntae protoritntea protoritneta protoritneat protoritante protoritanet protoritatne
protoritaten protoritaetn protoritaent protorittane protorittaen protorittnae protorittnea protorittena protorittean
protoriteatn protoriteant protoritetan protoritetna protoritenta protoritenat protorienatt protorienatt protorientat
protorientta protorientta protorientat protorieantt protorieantt protorieatnt protorieattn protorieattn protorieatnt
protorietant protorietatn protorietnat protorietnta protoriettna protoriettan protorietatn protorietant protoriettan
protoriettna protorietnta protorietnat protortinate protortinaet protortintae protortintea protortineta protortineat
protortiante protortianet protortiatne protortiaten protortiaetn protortiaent protortitane protortitaen protortitnae
protortitnea protortitena protortitean protortieatn protortieant protortietan protortietna protortienta protortienat
protortniate protortniaet protortnitae protortnitea protortnieta protortnieat protortnaite protortnaiet protortnatie
protortnatei protortnaeti protortnaeit protortntaie protortntaei protortntiae protortntiea protortnteia protortnteai
protortneati protortneait protortnetai protortnetia protortneita protortneiat protortanite protortaniet protortantie
protortantei protortaneti protortaneit protortainte protortainet protortaitne protortaiten protortaietn protortaient
protortatine protortatien protortatnie protortatnei protortateni protortatein protortaeitn protortaeint protortaetin
protortaetni protortaenti protortaenit protorttnaie protorttnaei protorttniae protorttniea protorttneia protorttneai
protorttanie protorttanei protorttaine protorttaien protorttaein protorttaeni protorttiane protorttiaen protorttinae
protorttinea protorttiena protorttiean protortteain protortteani protortteian protortteina protorttenia protorttenai
protortenati protortenait protortentai protortentia protortenita protorteniat protorteanti protorteanit protorteatni
protorteatin protorteaitn protorteaint protortetani protortetain protortetnai protortetnia protortetina protortetian
protorteiatn protorteiant protorteitan protorteitna protorteinta protorteinat protorntiate protorntiaet protorntitae
protorntitea protorntieta protorntieat protorntaite protorntaiet protorntatie protorntatei protorntaeti protorntaeit
protornttaie protornttaei protornttiae protornttiea protorntteia protorntteai protornteati protornteait protorntetai
protorntetia protornteita protornteiat protornitate protornitaet protornittae protornittea protorniteta protorniteat
protorniatte protorniatet protorniatte protorniatet protorniaett protorniaett protornitate protornitaet protornittae
protornittea protorniteta protorniteat protornieatt protornieatt protornietat protornietta protornietta protornietat
protornaitte protornaitet protornaitte protornaitet protornaiett protornaiett protornatite protornatiet protornattie
protornattei protornateti protornateit protornattie protornattei protornatite protornatiet protornateit protornateti
protornaetti protornaetit protornaetti protornaetit protornaeitt protornaeitt protorntiate protorntiaet protorntitae
protorntitea protorntieta protorntieat protorntaite protorntaiet protorntatie protorntatei protorntaeti protorntaeit
protornttaie protornttaei protornttiae protornttiea protorntteia protorntteai protornteati protornteait protorntetai
protorntetia protornteita protornteiat protorneiatt protorneiatt protorneitat protorneitta protorneitta protorneitat
protorneaitt protorneaitt protorneatit protorneatti protorneatti protorneatit protornetait protornetati protornetiat
protornetita protornettia protornettai protornetati protornetait protornettai protornettia protornetita protornetiat
protoratnite protoratniet protoratntie protoratntei protoratneti protoratneit protoratinte protoratinet protoratitne
protoratiten protoratietn protoratient protorattine protorattien protorattnie protorattnei protoratteni protorattein
protorateitn protorateint protoratetin protoratetni protoratenti protoratenit protorantite protorantiet protoranttie
protoranttei protoranteti protoranteit protoranitte protoranitet protoranitte protoranitet protoraniett protoraniett
protorantite protorantiet protoranttie protoranttei protoranteti protoranteit protoraneitt protoraneitt protoranetit
protoranetti protoranetti protoranetit protoraintte protoraintet protoraintte protoraintet protorainett protorainett
protoraitnte protoraitnet protoraittne protoraitten protoraitetn protoraitent protoraittne protoraitten protoraitnte
protoraitnet protoraitent protoraitetn protoraiettn protoraietnt protoraiettn protoraietnt protoraientt protoraientt
protoratnite protoratniet protoratntie protoratntei protoratneti protoratneit protoratinte protoratinet protoratitne
protoratiten protoratietn protoratient protorattine protorattien protorattnie protorattnei protoratteni protorattein
protorateitn protorateint protoratetin protoratetni protoratenti protoratenit protoraenitt protoraenitt protoraentit
protoraentti protoraentti protoraentit protoraeintt protoraeintt protoraeitnt protoraeittn protoraeittn protoraeitnt
protoraetint protoraetitn protoraetnit protoraetnti protoraettni protoraettin protoraetitn protoraetint protoraettin
protoraettni protoraetnti protoraetnit protorttnaie protorttnaei protorttniae protorttniea protorttneia protorttneai
protorttanie protorttanei protorttaine protorttaien protorttaein protorttaeni protorttiane protorttiaen protorttinae
protorttinea protorttiena protorttiean protortteain protortteani protortteian protortteina protorttenia protorttenai
protortntaie protortntaei protortntiae protortntiea protortnteia protortnteai protortnatie protortnatei protortnaite
protortnaiet protortnaeit protortnaeti protortniate protortniaet protortnitae protortnitea protortnieta protortnieat
protortneait protortneati protortneiat protortneita protortnetia protortnetai protortantie protortantei protortanite
protortaniet protortaneit protortaneti protortatnie protortatnei protortatine protortatien protortatein protortateni
protortaitne protortaiten protortainte protortainet protortaient protortaietn protortaetin protortaetni protortaeitn
protortaeint protortaenit protortaenti protortinate protortinaet protortintae protortintea protortineta protortineat
protortiante protortianet protortiatne protortiaten protortiaetn protortiaent protortitane protortitaen protortitnae
protortitnea protortitena protortitean protortieatn protortieant protortietan protortietna protortienta protortienat
protortenait protortenati protorteniat protortenita protortentia protortentai protorteanit protorteanti protorteaint
protorteaitn protorteatin protorteatni protorteiant protorteiatn protorteinat protorteinta protorteitna protorteitan
protortetain protortetani protortetian protortetina protortetnia protortetnai protoretnati protoretnait protoretntai
protoretntia protoretnita protoretniat protoretanti protoretanit protoretatni protoretatin protoretaitn protoretaint
protorettani protorettain protorettnai protorettnia protorettina protorettian protoretiatn protoretiant protoretitan
protoretitna protoretinta protoretinat protorentati protorentait protorenttai protorenttia protorentita protorentiat
protorenatti protorenatit protorenatti protorenatit protorenaitt protorenaitt protorentati protorentait protorenttai
protorenttia protorentita protorentiat protoreniatt protoreniatt protorenitat protorenitta protorenitta protorenitat
protoreantti protoreantit protoreantti protoreantit protoreanitt protoreanitt protoreatnti protoreatnit protoreattni
protoreattin protoreatitn protoreatint protoreattni protoreattin protoreatnti protoreatnit protoreatint protoreatitn
protoreaittn protoreaitnt protoreaittn protoreaitnt protoreaintt protoreaintt protoretnati protoretnait protoretntai
protoretntia protoretnita protoretniat protoretanti protoretanit protoretatni protoretatin protoretaitn protoretaint
protorettani protorettain protorettnai protorettnia protorettina protorettian protoretiatn protoretiant protoretitan
protoretitna protoretinta protoretinat protoreinatt protoreinatt protoreintat protoreintta protoreintta protoreintat
protoreiantt protoreiantt protoreiatnt protoreiattn protoreiattn protoreiatnt protoreitant protoreitatn protoreitnat
protoreitnta protoreittna protoreittan protoreitatn protoreitant protoreittan protoreittna protoreitnta protoreitnat
protoaitrnte protoaitrnet protoaitrtne protoaitrten protoaitretn protoaitrent protoaitnrte protoaitnret protoaitntre
protoaitnter protoaitnetr protoaitnert protoaittnre protoaittner protoaittrne protoaittren protoaittern protoaittenr
protoaitentr protoaitenrt protoaitetnr protoaitetrn protoaitertn protoaiternt protoairtnte protoairtnet protoairttne
protoairtten protoairtetn protoairtent protoairntte protoairntet protoairntte protoairntet protoairnett protoairnett
protoairtnte protoairtnet protoairttne protoairtten protoairtetn protoairtent protoairentt protoairentt protoairetnt
protoairettn protoairettn protoairetnt protoainrtte protoainrtet protoainrtte protoainrtet protoainrett protoainrett
protoaintrte protoaintret protoainttre protoaintter protoaintetr protoaintert protoainttre protoaintter protoaintrte
protoaintret protoaintert protoaintetr protoainettr protoainetrt protoainettr protoainetrt protoainertt protoainertt
protoaitrnte protoaitrnet protoaitrtne protoaitrten protoaitretn protoaitrent protoaitnrte protoaitnret protoaitntre
protoaitnter protoaitnetr protoaitnert protoaittnre protoaittner protoaittrne protoaittren protoaittern protoaittenr
protoaitentr protoaitenrt protoaitetnr protoaitetrn protoaitertn protoaiternt protoaierntt protoaierntt protoaiertnt
protoaierttn protoaierttn protoaiertnt protoaienrtt protoaienrtt protoaientrt protoaienttr protoaienttr protoaientrt
protoaietnrt protoaietntr protoaietrnt protoaietrtn protoaiettrn protoaiettnr protoaietntr protoaietnrt protoaiettnr
protoaiettrn protoaietrtn protoaietrnt protoatirnte protoatirnet protoatirtne protoatirten protoatiretn protoatirent
protoatinrte protoatinret protoatintre protoatinter protoatinetr protoatinert protoatitnre protoatitner protoatitrne
protoatitren protoatitern protoatitenr protoatientr protoatienrt protoatietnr protoatietrn protoatiertn protoatiernt
protoatrinte protoatrinet protoatritne protoatriten protoatrietn protoatrient protoatrnite protoatrniet protoatrntie
protoatrntei protoatrneti protoatrneit protoatrtnie protoatrtnei protoatrtine protoatrtien protoatrtein protoatrteni
protoatrenti protoatrenit protoatretni protoatretin protoatreitn protoatreint protoatnrite protoatnriet protoatnrtie
protoatnrtei protoatnreti protoatnreit protoatnirte protoatniret protoatnitre protoatniter protoatnietr protoatniert
protoatntire protoatntier protoatntrie protoatntrei protoatnteri protoatnteir protoatneitr protoatneirt protoatnetir
protoatnetri protoatnerti protoatnerit protoattrnie protoattrnei protoattrine protoattrien protoattrein protoattreni
protoattnrie protoattnrei protoattnire protoattnier protoattneir protoattneri protoattinre protoattiner protoattirne
protoattiren protoattiern protoattienr protoattenir protoattenri protoatteinr protoatteirn protoatterin protoatterni
protoaternti protoaternit protoatertni protoatertin protoateritn protoaterint protoatenrti protoatenrit protoatentri
protoatentir protoatenitr protoatenirt protoatetnri protoatetnir protoatetrni protoatetrin protoatetirn protoatetinr
protoateintr protoateinrt protoateitnr protoateitrn protoateirtn protoateirnt protoartinte protoartinet protoartitne
protoartiten protoartietn protoartient protoartnite protoartniet protoartntie protoartntei protoartneti protoartneit
protoarttnie protoarttnei protoarttine protoarttien protoarttein protoartteni protoartenti protoartenit protoartetni
protoartetin protoarteitn protoarteint protoaritnte protoaritnet protoarittne protoaritten protoaritetn protoaritent
protoarintte protoarintet protoarintte protoarintet protoarinett protoarinett protoaritnte protoaritnet protoarittne
protoaritten protoaritetn protoaritent protoarientt protoarientt protoarietnt protoariettn protoariettn protoarietnt
protoarnitte protoarnitet protoarnitte protoarnitet protoarniett protoarniett protoarntite protoarntiet protoarnttie
protoarnttei protoarnteti protoarnteit protoarnttie protoarnttei protoarntite protoarntiet protoarnteit protoarnteti
protoarnetti protoarnetit protoarnetti protoarnetit protoarneitt protoarneitt protoartinte protoartinet protoartitne
protoartiten protoartietn protoartient protoartnite protoartniet protoartntie protoartntei protoartneti protoartneit
protoarttnie protoarttnei protoarttine protoarttien protoarttein protoartteni protoartenti protoartenit protoartetni
protoartetin protoarteitn protoarteint protoareintt protoareintt protoareitnt protoareittn protoareittn protoareitnt
protoarenitt protoarenitt protoarentit protoarentti protoarentti protoarentit protoaretnit protoaretnti protoaretint
protoaretitn protoarettin protoarettni protoaretnti protoaretnit protoarettni protoarettin protoaretitn protoaretint
protoantrite protoantriet protoantrtie protoantrtei protoantreti protoantreit protoantirte protoantiret protoantitre
protoantiter protoantietr protoantiert protoanttire protoanttier protoanttrie protoanttrei protoantteri protoantteir
protoanteitr protoanteirt protoantetir protoantetri protoanterti protoanterit protoanrtite protoanrtiet protoanrttie
protoanrttei protoanrteti protoanrteit protoanritte protoanritet protoanritte protoanritet protoanriett protoanriett
protoanrtite protoanrtiet protoanrttie protoanrttei protoanrteti protoanrteit protoanreitt protoanreitt protoanretit
protoanretti protoanretti protoanretit protoanirtte protoanirtet protoanirtte protoanirtet protoanirett protoanirett
protoanitrte protoanitret protoanittre protoanitter protoanitetr protoanitert protoanittre protoanitter protoanitrte
protoanitret protoanitert protoanitetr protoaniettr protoanietrt protoaniettr protoanietrt protoaniertt protoaniertt
protoantrite protoantriet protoantrtie protoantrtei protoantreti protoantreit protoantirte protoantiret protoantitre
protoantiter protoantietr protoantiert protoanttire protoanttier protoanttrie protoanttrei protoantteri protoantteir
protoanteitr protoanteirt protoantetir protoantetri protoanterti protoanterit protoaneritt protoaneritt protoanertit
protoanertti protoanertti protoanertit protoaneirtt protoaneirtt protoaneitrt protoaneittr protoaneittr protoaneitrt
protoanetirt protoanetitr protoanetrit protoanetrti protoanettri protoanettir protoanetitr protoanetirt protoanettir
protoanettri protoanetrti protoanetrit protoattrnie protoattrnei protoattrine protoattrien protoattrein protoattreni
protoattnrie protoattnrei protoattnire protoattnier protoattneir protoattneri protoattinre protoattiner protoattirne
protoattiren protoattiern protoattienr protoattenir protoattenri protoatteinr protoatteirn protoatterin protoatterni
protoatrtnie protoatrtnei protoatrtine protoatrtien protoatrtein protoatrteni protoatrntie protoatrntei protoatrnite
protoatrniet protoatrneit protoatrneti protoatrinte protoatrinet protoatritne protoatriten protoatrietn protoatrient
protoatrenit protoatrenti protoatreint protoatreitn protoatretin protoatretni protoatnrtie protoatnrtei protoatnrite
protoatnriet protoatnreit protoatnreti protoatntrie protoatntrei protoatntire protoatntier protoatnteir protoatnteri
protoatnitre protoatniter protoatnirte protoatniret protoatniert protoatnietr protoatnetir protoatnetri protoatneitr
protoatneirt protoatnerit protoatnerti protoatirnte protoatirnet protoatirtne protoatirten protoatiretn protoatirent
protoatinrte protoatinret protoatintre protoatinter protoatinetr protoatinert protoatitnre protoatitner protoatitrne
protoatitren protoatitern protoatitenr protoatientr protoatienrt protoatietnr protoatietrn protoatiertn protoatiernt
protoaternit protoaternti protoaterint protoateritn protoatertin protoatertni protoatenrit protoatenrti protoatenirt
protoatenitr protoatentir protoatentri protoateinrt protoateintr protoateirnt protoateirtn protoateitrn protoateitnr
protoatetnir protoatetnri protoatetinr protoatetirn protoatetrin protoatetrni protoaetrnti protoaetrnit protoaetrtni
protoaetrtin protoaetritn protoaetrint protoaetnrti protoaetnrit protoaetntri protoaetntir protoaetnitr protoaetnirt
protoaettnri protoaettnir protoaettrni protoaettrin protoaettirn protoaettinr protoaetintr protoaetinrt protoaetitnr
protoaetitrn protoaetirtn protoaetirnt protoaertnti protoaertnit protoaerttni protoaerttin protoaertitn protoaertint
protoaerntti protoaerntit protoaerntti protoaerntit protoaernitt protoaernitt protoaertnti protoaertnit protoaerttni
protoaerttin protoaertitn protoaertint protoaerintt protoaerintt protoaeritnt protoaerittn protoaerittn protoaeritnt
protoaenrtti protoaenrtit protoaenrtti protoaenrtit protoaenritt protoaenritt protoaentrti protoaentrit protoaenttri
protoaenttir protoaentitr protoaentirt protoaenttri protoaenttir protoaentrti protoaentrit protoaentirt protoaentitr
protoaenittr protoaenitrt protoaenittr protoaenitrt protoaenirtt protoaenirtt protoaetrnti protoaetrnit protoaetrtni
protoaetrtin protoaetritn protoaetrint protoaetnrti protoaetnrit protoaetntri protoaetntir protoaetnitr protoaetnirt
protoaettnri protoaettnir protoaettrni protoaettrin protoaettirn protoaettinr protoaetintr protoaetinrt protoaetitnr
protoaetitrn protoaetirtn protoaetirnt protoaeirntt protoaeirntt protoaeirtnt protoaeirttn protoaeirttn protoaeirtnt
protoaeinrtt protoaeinrtt protoaeintrt protoaeinttr protoaeinttr protoaeintrt protoaeitnrt protoaeitntr protoaeitrnt
protoaeitrtn protoaeittrn protoaeittnr protoaeitntr protoaeitnrt protoaeittnr protoaeittrn protoaeitrtn protoaeitrnt
prototitrane prototitraen prototitrnae prototitrnea prototitrena prototitrean prototitarne prototitaren prototitanre
prototitaner prototitaenr prototitaern prototitnare prototitnaer prototitnrae prototitnrea prototitnera prototitnear
prototiteanr prototitearn prototitenar prototitenra prototiterna prototiteran prototirtane prototirtaen prototirtnae
prototirtnea prototirtena prototirtean prototiratne prototiraten prototirante prototiranet prototiraent prototiraetn
prototirnate prototirnaet prototirntae prototirntea prototirneta prototirneat prototireant prototireatn prototirenat
prototirenta prototiretna prototiretan prototiartne prototiarten prototiarnte prototiarnet prototiarent prototiaretn
prototiatrne prototiatren prototiatnre prototiatner prototiatenr prototiatern prototiantre prototianter prototianrte
prototianret prototianert prototianetr prototiaetnr prototiaetrn prototiaentr prototiaenrt prototiaernt prototiaertn
prototinrate prototinraet prototinrtae prototinrtea prototinreta prototinreat prototinarte prototinaret prototinatre
prototinater prototinaetr prototinaert prototintare prototintaer prototintrae prototintrea prototintera prototintear
prototineatr prototineart prototinetar prototinetra prototinerta prototinerat prototierant prototieratn prototiernat
prototiernta prototiertna prototiertan prototiearnt prototieartn prototieanrt prototieantr prototieatnr prototieatrn
prototienart prototienatr prototienrat prototienrta prototientra prototientar prototietanr prototietarn prototietnar
prototietnra prototietrna prototietran protottirane protottiraen protottirnae protottirnea protottirena protottirean
protottiarne protottiaren protottianre protottianer protottiaenr protottiaern protottinare protottinaer protottinrae
protottinrea protottinera protottinear protottieanr protottiearn protottienar protottienra protottierna protottieran
protottriane protottriaen protottrinae protottrinea protottriena protottriean protottraine protottraien protottranie
protottranei protottraeni protottraein protottrnaie protottrnaei protottrniae protottrniea protottrneia protottrneai
protottreani protottreain protottrenai protottrenia protottreina protottreian protottarine protottarien protottarnie
protottarnei protottareni protottarein protottairne protottairen protottainre protottainer protottaienr protottaiern
protottanire protottanier protottanrie protottanrei protottaneri protottaneir protottaeinr protottaeirn protottaenir
protottaenri protottaerni protottaerin protottnraie protottnraei protottnriae protottnriea protottnreia protottnreai
protottnarie protottnarei protottnaire protottnaier protottnaeir protottnaeri protottniare protottniaer protottnirae
protottnirea protottniera protottniear protottneair protottneari protottneiar protottneira protottneria protottnerai
prototterani prototterain prototternai prototternia prototterina prototterian protottearni protottearin prototteanri
prototteanir prototteainr prototteairn protottenari protottenair protottenrai protottenria protottenira prototteniar
prototteianr prototteiarn prototteinar prototteinra prototteirna prototteiran prototrtiane prototrtiaen prototrtinae
prototrtinea prototrtiena prototrtiean prototrtaine prototrtaien prototrtanie prototrtanei prototrtaeni prototrtaein
prototrtnaie prototrtnaei prototrtniae prototrtniea prototrtneia prototrtneai prototrteani prototrteain prototrtenai
prototrtenia prototrteina prototrteian prototritane prototritaen prototritnae prototritnea prototritena prototritean
prototriatne prototriaten prototriante prototrianet prototriaent prototriaetn prototrinate prototrinaet prototrintae
prototrintea prototrineta prototrineat prototrieant prototrieatn prototrienat prototrienta prototrietna prototrietan
prototraitne prototraiten prototrainte prototrainet prototraient prototraietn prototratine prototratien prototratnie
prototratnei prototrateni prototratein prototrantie prototrantei prototranite prototraniet prototraneit prototraneti
prototraetni prototraetin prototraenti prototraenit prototraeint prototraeitn prototrniate prototrniaet prototrnitae
prototrnitea prototrnieta prototrnieat prototrnaite prototrnaiet prototrnatie prototrnatei prototrnaeti prototrnaeit
prototrntaie prototrntaei prototrntiae prototrntiea prototrnteia prototrnteai prototrneati prototrneait prototrnetai
prototrnetia prototrneita prototrneiat prototreiant prototreiatn prototreinat prototreinta prototreitna prototreitan
prototreaint prototreaitn prototreanit prototreanti prototreatni prototreatin prototrenait prototrenati prototreniat
prototrenita prototrentia prototrentai prototretani prototretain prototretnai prototretnia prototretina prototretian
prototatrine prototatrien prototatrnie prototatrnei prototatreni prototatrein prototatirne prototatiren prototatinre
prototatiner prototatienr prototatiern prototatnire prototatnier prototatnrie prototatnrei prototatneri prototatneir
prototateinr prototateirn prototatenir prototatenri prototaterni prototaterin prototartine prototartien prototartnie
prototartnei prototarteni prototartein prototaritne prototariten prototarinte prototarinet prototarient prototarietn
prototarnite prototarniet prototarntie prototarntei prototarneti prototarneit prototareint prototareitn prototarenit
prototarenti prototaretni prototaretin prototairtne prototairten prototairnte prototairnet prototairent prototairetn
prototaitrne prototaitren prototaitnre prototaitner prototaitenr prototaitern prototaintre prototainter prototainrte
prototainret prototainert prototainetr prototaietnr prototaietrn prototaientr prototaienrt prototaiernt prototaiertn
prototanrite prototanriet prototanrtie prototanrtei prototanreti prototanreit prototanirte prototaniret prototanitre
prototaniter prototanietr prototaniert prototantire prototantier prototantrie prototantrei prototanteri prototanteir
prototaneitr prototaneirt prototanetir prototanetri prototanerti prototanerit prototaerint prototaeritn prototaernit
prototaernti prototaertni prototaertin prototaeirnt prototaeirtn prototaeinrt prototaeintr prototaeitnr prototaeitrn
prototaenirt prototaenitr prototaenrit prototaenrti prototaentri prototaentir prototaetinr prototaetirn prototaetnir
prototaetnri prototaetrni prototaetrin prototntraie prototntraei prototntriae prototntriea prototntreia prototntreai
prototntarie prototntarei prototntaire prototntaier prototntaeir prototntaeri prototntiare prototntiaer prototntirae
prototntirea prototntiera prototntiear prototnteair prototnteari prototnteiar prototnteira prototnteria prototnterai
prototnrtaie prototnrtaei prototnrtiae prototnrtiea prototnrteia prototnrteai prototnratie prototnratei prototnraite
prototnraiet prototnraeit prototnraeti prototnriate prototnriaet prototnritae prototnritea prototnrieta prototnrieat
prototnreait prototnreati prototnreiat prototnreita prototnretia prototnretai prototnartie prototnartei prototnarite
prototnariet prototnareit prototnareti prototnatrie prototnatrei prototnatire prototnatier prototnateir prototnateri
prototnaitre prototnaiter prototnairte prototnairet prototnaiert prototnaietr prototnaetir prototnaetri prototnaeitr
prototnaeirt prototnaerit prototnaerti prototnirate prototniraet prototnirtae prototnirtea prototnireta prototnireat
prototniarte prototniaret prototniatre prototniater prototniaetr prototniaert prototnitare prototnitaer prototnitrae
prototnitrea prototnitera prototnitear prototnieatr prototnieart prototnietar prototnietra prototnierta prototnierat
prototnerait prototnerati prototneriat prototnerita prototnertia prototnertai prototnearit prototnearti prototneairt
prototneaitr prototneatir prototneatri prototneiart prototneiatr prototneirat prototneirta prototneitra prototneitar
prototnetair prototnetari prototnetiar prototnetira prototnetria prototnetrai prototetrani prototetrain prototetrnai
prototetrnia prototetrina prototetrian prototetarni prototetarin prototetanri prototetanir prototetainr prototetairn
prototetnari prototetnair prototetnrai prototetnria prototetnira prototetniar prototetianr prototetiarn prototetinar
prototetinra prototetirna prototetiran prototertani prototertain prototertnai prototertnia prototertina prototertian
prototeratni prototeratin prototeranti prototeranit prototeraint prototeraitn prototernati prototernait prototerntai
prototerntia prototernita prototerniat prototeriant prototeriatn prototerinat prototerinta prototeritna prototeritan
prototeartni prototeartin prototearnti prototearnit prototearint prototearitn prototeatrni prototeatrin prototeatnri
prototeatnir prototeatinr prototeatirn prototeantri prototeantir prototeanrti prototeanrit prototeanirt prototeanitr
prototeaitnr prototeaitrn prototeaintr prototeainrt prototeairnt prototeairtn prototenrati prototenrait prototenrtai
prototenrtia prototenrita prototenriat prototenarti prototenarit prototenatri prototenatir prototenaitr prototenairt
prototentari prototentair prototentrai prototentria prototentira prototentiar prototeniatr prototeniart prototenitar
prototenitra prototenirta prototenirat prototeirant prototeiratn prototeirnat prototeirnta prototeirtna prototeirtan
prototeiarnt prototeiartn prototeianrt prototeiantr prototeiatnr prototeiatrn prototeinart prototeinatr prototeinrat
prototeinrta prototeintra prototeintar prototeitanr prototeitarn prototeitnar prototeitnra prototeitrna prototeitran
protoeitratn protoeitrant protoeitrtan protoeitrtna protoeitrnta protoeitrnat protoeitartn protoeitarnt protoeitatrn
protoeitatnr protoeitantr protoeitanrt protoeittarn protoeittanr protoeittran protoeittrna protoeittnra protoeittnar
protoeitnatr protoeitnart protoeitntar protoeitntra protoeitnrta protoeitnrat protoeirtatn protoeirtant protoeirttan
protoeirttna protoeirtnta protoeirtnat protoeirattn protoeiratnt protoeirattn protoeiratnt protoeirantt protoeirantt
protoeirtatn protoeirtant protoeirttan protoeirttna protoeirtnta protoeirtnat protoeirnatt protoeirnatt protoeirntat
protoeirntta protoeirntta protoeirntat protoeiarttn protoeiartnt protoeiarttn protoeiartnt protoeiarntt protoeiarntt
protoeiatrtn protoeiatrnt protoeiattrn protoeiattnr protoeiatntr protoeiatnrt protoeiattrn protoeiattnr protoeiatrtn
protoeiatrnt protoeiatnrt protoeiatntr protoeianttr protoeiantrt protoeianttr protoeiantrt protoeianrtt protoeianrtt
protoeitratn protoeitrant protoeitrtan protoeitrtna protoeitrnta protoeitrnat protoeitartn protoeitarnt protoeitatrn
protoeitatnr protoeitantr protoeitanrt protoeittarn protoeittanr protoeittran protoeittrna protoeittnra protoeittnar
protoeitnatr protoeitnart protoeitntar protoeitntra protoeitnrta protoeitnrat protoeinratt protoeinratt protoeinrtat
protoeinrtta protoeinrtta protoeinrtat protoeinartt protoeinartt protoeinatrt protoeinattr protoeinattr protoeinatrt
protoeintart protoeintatr protoeintrat protoeintrta protoeinttra protoeinttar protoeintatr protoeintart protoeinttar
protoeinttra protoeintrta protoeintrat protoetiratn protoetirant protoetirtan protoetirtna protoetirnta protoetirnat
protoetiartn protoetiarnt protoetiatrn protoetiatnr protoetiantr protoetianrt protoetitarn protoetitanr protoetitran
protoetitrna protoetitnra protoetitnar protoetinatr protoetinart protoetintar protoetintra protoetinrta protoetinrat
protoetriatn protoetriant protoetritan protoetritna protoetrinta protoetrinat protoetraitn protoetraint protoetratin
protoetratni protoetranti protoetranit protoetrtain protoetrtani protoetrtian protoetrtina protoetrtnia protoetrtnai
protoetrnati protoetrnait protoetrntai protoetrntia protoetrnita protoetrniat protoetaritn protoetarint protoetartin
protoetartni protoetarnti protoetarnit protoetairtn protoetairnt protoetaitrn protoetaitnr protoetaintr protoetainrt
protoetatirn protoetatinr protoetatrin protoetatrni protoetatnri protoetatnir protoetanitr protoetanirt protoetantir
protoetantri protoetanrti protoetanrit protoettrain protoettrani protoettrian protoettrina protoettrnia protoettrnai
protoettarin protoettarni protoettairn protoettainr protoettanir protoettanri protoettiarn protoettianr protoettiran
protoettirna protoettinra protoettinar protoettnair protoettnari protoettniar protoettnira protoettnria protoettnrai
protoetnrati protoetnrait protoetnrtai protoetnrtia protoetnrita protoetnriat protoetnarti protoetnarit protoetnatri
protoetnatir protoetnaitr protoetnairt protoetntari protoetntair protoetntrai protoetntria protoetntira protoetntiar
protoetniatr protoetniart protoetnitar protoetnitra protoetnirta protoetnirat protoertiatn protoertiant protoertitan
protoertitna protoertinta protoertinat protoertaitn protoertaint protoertatin protoertatni protoertanti protoertanit
protoerttain protoerttani protoerttian protoerttina protoerttnia protoerttnai protoertnati protoertnait protoertntai
protoertntia protoertnita protoertniat protoeritatn protoeritant protoerittan protoerittna protoeritnta protoeritnat
protoeriattn protoeriatnt protoeriattn protoeriatnt protoeriantt protoeriantt protoeritatn protoeritant protoerittan
protoerittna protoeritnta protoeritnat protoerinatt protoerinatt protoerintat protoerintta protoerintta protoerintat
protoeraittn protoeraitnt protoeraittn protoeraitnt protoeraintt protoeraintt protoeratitn protoeratint protoerattin
protoerattni protoeratnti protoeratnit protoerattin protoerattni protoeratitn protoeratint protoeratnit protoeratnti
protoerantti protoerantit protoerantti protoerantit protoeranitt protoeranitt protoertiatn protoertiant protoertitan
protoertitna protoertinta protoertinat protoertaitn protoertaint protoertatin protoertatni protoertanti protoertanit
protoerttain protoerttani protoerttian protoerttina protoerttnia protoerttnai protoertnati protoertnait protoertntai
protoertntia protoertnita protoertniat protoerniatt protoerniatt protoernitat protoernitta protoernitta protoernitat
protoernaitt protoernaitt protoernatit protoernatti protoernatti protoernatit protoerntait protoerntati protoerntiat
protoerntita protoernttia protoernttai protoerntati protoerntait protoernttai protoernttia protoerntita protoerntiat
protoeatritn protoeatrint protoeatrtin protoeatrtni protoeatrnti protoeatrnit protoeatirtn protoeatirnt protoeatitrn
protoeatitnr protoeatintr protoeatinrt protoeattirn protoeattinr protoeattrin protoeattrni protoeattnri protoeattnir
protoeatnitr protoeatnirt protoeatntir protoeatntri protoeatnrti protoeatnrit protoeartitn protoeartint protoearttin
protoearttni protoeartnti protoeartnit protoearittn protoearitnt protoearittn protoearitnt protoearintt protoearintt
protoeartitn protoeartint protoearttin protoearttni protoeartnti protoeartnit protoearnitt protoearnitt protoearntit
protoearntti protoearntti protoearntit protoeairttn protoeairtnt protoeairttn protoeairtnt protoeairntt protoeairntt
protoeaitrtn protoeaitrnt protoeaittrn protoeaittnr protoeaitntr protoeaitnrt protoeaittrn protoeaittnr protoeaitrtn
protoeaitrnt protoeaitnrt protoeaitntr protoeainttr protoeaintrt protoeainttr protoeaintrt protoeainrtt protoeainrtt
protoeatritn protoeatrint protoeatrtin protoeatrtni protoeatrnti protoeatrnit protoeatirtn protoeatirnt protoeatitrn
protoeatitnr protoeatintr protoeatinrt protoeattirn protoeattinr protoeattrin protoeattrni protoeattnri protoeattnir
protoeatnitr protoeatnirt protoeatntir protoeatntri protoeatnrti protoeatnrit protoeanritt protoeanritt protoeanrtit
protoeanrtti protoeanrtti protoeanrtit protoeanirtt protoeanirtt protoeanitrt protoeanittr protoeanittr protoeanitrt
protoeantirt protoeantitr protoeantrit protoeantrti protoeanttri protoeanttir protoeantitr protoeantirt protoeanttir
protoeanttri protoeantrti protoeantrit protoettrain protoettrani protoettrian protoettrina protoettrnia protoettrnai
protoettarin protoettarni protoettairn protoettainr protoettanir protoettanri protoettiarn protoettianr protoettiran
protoettirna protoettinra protoettinar protoettnair protoettnari protoettniar protoettnira protoettnria protoettnrai
protoetrtain protoetrtani protoetrtian protoetrtina protoetrtnia protoetrtnai protoetratin protoetratni protoetraitn
protoetraint protoetranit protoetranti protoetriatn protoetriant protoetritan protoetritna protoetrinta protoetrinat
protoetrnait protoetrnati protoetrniat protoetrnita protoetrntia protoetrntai protoetartin protoetartni protoetaritn
protoetarint protoetarnit protoetarnti protoetatrin protoetatrni protoetatirn protoetatinr protoetatnir protoetatnri
protoetaitrn protoetaitnr protoetairtn protoetairnt protoetainrt protoetaintr protoetantir protoetantri protoetanitr
protoetanirt protoetanrit protoetanrti protoetiratn protoetirant protoetirtan protoetirtna protoetirnta protoetirnat
protoetiartn protoetiarnt protoetiatrn protoetiatnr protoetiantr protoetianrt protoetitarn protoetitanr protoetitran
protoetitrna protoetitnra protoetitnar protoetinatr protoetinart protoetintar protoetintra protoetinrta protoetinrat
protoetnrait protoetnrati protoetnriat protoetnrita protoetnrtia protoetnrtai protoetnarit protoetnarti protoetnairt
protoetnaitr protoetnatir protoetnatri protoetniart protoetniatr protoetnirat protoetnirta protoetnitra protoetnitar
protoetntair protoetntari protoetntiar protoetntira protoetntria protoetntrai protoentrati protoentrait protoentrtai
protoentrtia protoentrita protoentriat protoentarti protoentarit protoentatri protoentatir protoentaitr protoentairt
protoenttari protoenttair protoenttrai protoenttria protoenttira protoenttiar protoentiatr protoentiart protoentitar
protoentitra protoentirta protoentirat protoenrtati protoenrtait protoenrttai protoenrttia protoenrtita protoenrtiat
protoenratti protoenratit protoenratti protoenratit protoenraitt protoenraitt protoenrtati protoenrtait protoenrttai
protoenrttia protoenrtita protoenrtiat protoenriatt protoenriatt protoenritat protoenritta protoenritta protoenritat
protoenartti protoenartit protoenartti protoenartit protoenaritt protoenaritt protoenatrti protoenatrit protoenattri
protoenattir protoenatitr protoenatirt protoenattri protoenattir protoenatrti protoenatrit protoenatirt protoenatitr
protoenaittr protoenaitrt protoenaittr protoenaitrt protoenairtt protoenairtt protoentrati protoentrait protoentrtai
protoentrtia protoentrita protoentriat protoentarti protoentarit protoentatri protoentatir protoentaitr protoentairt
protoenttari protoenttair protoenttrai protoenttria protoenttira protoenttiar protoentiatr protoentiart protoentitar
protoentitra protoentirta protoentirat protoeniratt protoeniratt protoenirtat protoenirtta protoenirtta protoenirtat
protoeniartt protoeniartt protoeniatrt protoeniattr protoeniattr protoeniatrt protoenitart protoenitatr protoenitrat
protoenitrta protoenittra protoenittar protoenitatr protoenitart protoenittar protoenittra protoenitrta protoenitrat

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History of cryptography
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