easy ciphers

Easy Ciphers Tools:
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subtreasury

parebatis

guaconize

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change

paracrine

terreplein


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: sandtron
cipher variations:
tboeuspo ucpfvtqp vdqgwurq werhxvsr xfsiywts
ygtjzxut zhukayvu aivlbzwv bjwmcaxw ckxndbyx
dlyoeczy emzpfdaz fnaqgeba gobrhfcb hpcsigdc
iqdtjhed jreukife ksfvljgf ltgwmkhg muhxnlih
nviyomji owjzpnkj pxkaqolk qylbrpml rzmcsqnm

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: sandtron
Cipher: hzmwgilm

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: sandtron
Cipher: BAAAB AAAAA ABBAA AAABB BAABA BAAAA ABBAB ABBAA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: sandtron
cipher variations:
tboeuspodbokgaronboqsitoxboweqvohbocqyxorboicgzolbouawdovboamefo
fbogymhopbomkujozboswclojboyiknoucpfvtqpecplhbspocprtjupycpxfrwp
icpdrzypscpjdhapmcpvbxepwcpbnfgpgcphznipqcpnlvkpacptxdmpkcpzjlop
vdqgwurqfdqmictqpdqsukvqzdqygsxqjdqesazqtdqkeibqndqwcyfqxdqcoghq
hdqiaojqrdqomwlqbdquyenqldqakmpqwerhxvsrgernjdurqertvlwraerzhtyr
kerftbaruerlfjcroerxdzgryerdphirierjbpkrserpnxmrcervzformerblnqr
xfsiywtshfsokevsrfsuwmxsbfsaiuzslfsgucbsvfsmgkdspfsyeahszfseqijs
jfskcqlstfsqoynsdfswagpsnfscmorsygtjzxutigtplfwtsgtvxnytcgtbjvat
mgthvdctwgtnhletqgtzfbitagtfrjktkgtldrmtugtrpzotegtxbhqtogtdnpst
zhukayvujhuqmgxuthuwyozudhuckwbunhuiweduxhuoimfurhuagcjubhugsklu
lhumesnuvhusqapufhuyciruphueoqtuaivlbzwvkivrnhyvuivxzpaveivdlxcv
oivjxfevyivpjngvsivbhdkvcivhtlmvmivnftovwivtrbqvgivzdjsvqivfpruv
bjwmcaxwljwsoizwvjwyaqbwfjwemydwpjwkygfwzjwqkohwtjwcielwdjwiumnw
njwogupwxjwuscrwhjwaektwrjwgqsvwckxndbyxmkxtpjaxwkxzbrcxgkxfnzex
qkxlzhgxakxrlpixukxdjfmxekxjvnoxokxphvqxykxvtdsxikxbfluxskxhrtwx
dlyoeczynlyuqkbyxlyacsdyhlygoafyrlymaihyblysmqjyvlyekgnyflykwopy
plyqiwryzlywuetyjlycgmvytlyisuxyemzpfdazomzvrlczymzbdtezimzhpbgz
smznbjizcmztnrkzwmzflhozgmzlxpqzqmzrjxszamzxvfuzkmzdhnwzumzjtvyz
fnaqgebapnawsmdaznaceufajnaiqchatnaockjadnauoslaxnagmipahnamyqra
rnaskytabnaywgvalnaeioxavnakuwzagobrhfcbqobxtnebaobdfvgbkobjrdib
uobpdlkbeobvptmbyobhnjqbiobnzrsbsobtlzubcobzxhwbmobfjpybwoblvxab
hpcsigdcrpcyuofcbpcegwhclpcksejcvpcqemlcfpcwqunczpciokrcjpcoastc
tpcumavcdpcayixcnpcgkqzcxpcmwybciqdtjhedsqdzvpgdcqdfhxidmqdltfkd
wqdrfnmdgqdxrvodaqdjplsdkqdpbtuduqdvnbwdeqdbzjydoqdhlradyqdnxzcd
jreukifetreawqhedregiyjenremuglexresgonehreyswpebrekqmtelreqcuve
vrewocxefrecakzepreimsbezreoyadeksfvljgfusfbxrifesfhjzkfosfnvhmf
ysfthpofisfztxqfcsflrnufmsfrdvwfwsfxpdyfgsfdblafqsfjntcfasfpzbef
ltgwmkhgvtgcysjgftgikalgptgowingztguiqpgjtgauyrgdtgmsovgntgsewxg
xtgyqezghtgecmbgrtgkoudgbtgqacfgmuhxnlihwuhdztkhguhjlbmhquhpxjoh
auhvjrqhkuhbvzsheuhntpwhouhtfxyhyuhzrfahiuhfdnchsuhlpvehcuhrbdgh
nviyomjixvieaulihvikmcnirviqykpibviwksrilvicwatifviouqxipviugyzi
zviasgbijvigeoditvimqwfidviscehiowjzpnkjywjfbvmjiwjlndojswjrzlqj
cwjxltsjmwjdxbujgwjpvryjqwjvhzajawjbthcjkwjhfpejuwjnrxgjewjtdfij
pxkaqolkzxkgcwnkjxkmoepktxksamrkdxkymutknxkeycvkhxkqwszkrxkwiabk
bxkcuidklxkigqfkvxkosyhkfxkuegjkqylbrpmlaylhdxolkylnpfqluyltbnsl
eylznvuloylfzdwliylrxtalsylxjbclcyldvjelmyljhrglwylptzilgylvfhkl
rzmcsqnmbzmieypmlzmoqgrmvzmucotmfzmaowvmpzmgaexmjzmsyubmtzmykcdm
dzmewkfmnzmkishmxzmquajmhzmwgilmsandtroncanjfzqnmanprhsnwanvdpun
ganbpxwnqanhbfynkantzvcnuanzldeneanfxlgnoanljtinyanrvbknianxhjmn

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: sandtron
Cipher: fnaqgeba

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: sandtron
Cipher: 3411334144244333

Extended Methods:
Method #1

Plaintext: sandtron
method variations:
xfsiywtsclxodbyxhqctigdcnvhyomih

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s a n d t r o n 
3 1 3 4 4 2 4 3 
4 1 3 1 4 4 3 3 
They are then read out in rows:
3134424341314433
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sandtron
Cipher: csiodctn

Read more ...
Method #3

Plaintext: sandtron
method variations:
dlsqitnn lsqitnnd sqitnndl
qitnndls itnndlsq tnndlsqi
nndlsqit ndlsqitn

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: sandtron

first 5040 cipher variations(40320 total)
sandtron sandtrno sandtorn sandtonr sandtnor sandtnro sandrton sandrtno sandrotn sandront sandrnot
sandrnto sandortn sandornt sandotrn sandotnr sandontr sandonrt sandnrot sandnrto sandnort sandnotr
sandntor sandntro santdron santdrno santdorn santdonr santdnor santdnro santrdon santrdno santrodn
santrond santrnod santrndo santordn santornd santodrn santodnr santondr santonrd santnrod santnrdo
santnord santnodr santndor santndro sanrtdon sanrtdno sanrtodn sanrtond sanrtnod sanrtndo sanrdton
sanrdtno sanrdotn sanrdont sanrdnot sanrdnto sanrodtn sanrodnt sanrotdn sanrotnd sanrontd sanrondt
sanrndot sanrndto sanrnodt sanrnotd sanrntod sanrntdo sanotrdn sanotrnd sanotdrn sanotdnr sanotndr
sanotnrd sanortdn sanortnd sanordtn sanordnt sanorndt sanorntd sanodrtn sanodrnt sanodtrn sanodtnr
sanodntr sanodnrt sanonrdt sanonrtd sanondrt sanondtr sanontdr sanontrd sanntrod sanntrdo sanntord
sanntodr sanntdor sanntdro sannrtod sannrtdo sannrotd sannrodt sannrdot sannrdto sannortd sannordt
sannotrd sannotdr sannodtr sannodrt sanndrot sanndrto sanndort sanndotr sanndtor sanndtro sadntron
sadntrno sadntorn sadntonr sadntnor sadntnro sadnrton sadnrtno sadnrotn sadnront sadnrnot sadnrnto
sadnortn sadnornt sadnotrn sadnotnr sadnontr sadnonrt sadnnrot sadnnrto sadnnort sadnnotr sadnntor
sadnntro sadtnron sadtnrno sadtnorn sadtnonr sadtnnor sadtnnro sadtrnon sadtrnno sadtronn sadtronn
sadtrnon sadtrnno sadtornn sadtornn sadtonrn sadtonnr sadtonnr sadtonrn sadtnron sadtnrno sadtnorn
sadtnonr sadtnnor sadtnnro sadrtnon sadrtnno sadrtonn sadrtonn sadrtnon sadrtnno sadrnton sadrntno
sadrnotn sadrnont sadrnnot sadrnnto sadrontn sadronnt sadrotnn sadrotnn sadrontn sadronnt sadrnnot
sadrnnto sadrnont sadrnotn sadrnton sadrntno sadotrnn sadotrnn sadotnrn sadotnnr sadotnnr sadotnrn
sadortnn sadortnn sadorntn sadornnt sadornnt sadorntn sadonrtn sadonrnt sadontrn sadontnr sadonntr
sadonnrt sadonrnt sadonrtn sadonnrt sadonntr sadontnr sadontrn sadntron sadntrno sadntorn sadntonr
sadntnor sadntnro sadnrton sadnrtno sadnrotn sadnront sadnrnot sadnrnto sadnortn sadnornt sadnotrn
sadnotnr sadnontr sadnonrt sadnnrot sadnnrto sadnnort sadnnotr sadnntor sadnntro satdnron satdnrno
satdnorn satdnonr satdnnor satdnnro satdrnon satdrnno satdronn satdronn satdrnon satdrnno satdornn
satdornn satdonrn satdonnr satdonnr satdonrn satdnron satdnrno satdnorn satdnonr satdnnor satdnnro
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snartodn snartond snartnod snartndo snardton snardtno snardotn snardont snardnot snardnto snarodtn
snarodnt snarotdn snarotnd snarontd snarondt snarndot snarndto snarnodt snarnotd snarntod snarntdo
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sntroand sntronad sntronda sntrndoa sntrndao sntrnoda sntrnoad sntrnaod sntrnado sntoardn sntoarnd
sntoadrn sntoadnr sntoandr sntoanrd sntoradn sntorand sntordan sntordna sntornda sntornad sntodran
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snrtnaod snrtnado snrtnoad snrtnoda snrtndoa snrtndao snratdon snratdno snratodn snratond snratnod
snratndo snradton snradtno snradotn snradont snradnot snradnto snraodtn snraodnt snraotdn snraotnd
snraontd snraondt snrandot snrandto snranodt snranotd snrantod snrantdo snrotadn snrotand snrotdan
snrotdna snrotnda snrotnad snroatdn snroatnd snroadtn snroadnt snroandt snroantd snrodatn snrodant
snrodtan snrodtna snrodnta snrodnat snronadt snronatd snrondat snrondta snrontda snrontad snrntaod
snrntado snrntoad snrntoda snrntdoa snrntdao snrnatod snrnatdo snrnaotd snrnaodt snrnadot snrnadto
snrnoatd snrnoadt snrnotad snrnotda snrnodta snrnodat snrndaot snrndato snrndoat snrndota snrndtoa
snrndtao snodtran snodtrna snodtarn snodtanr snodtnar snodtnra snodrtan snodrtna snodratn snodrant
snodrnat snodrnta snodartn snodarnt snodatrn snodatnr snodantr snodanrt snodnrat snodnrta snodnart
snodnatr snodntar snodntra snotdran snotdrna snotdarn snotdanr snotdnar snotdnra snotrdan snotrdna
snotradn snotrand snotrnad snotrnda snotardn snotarnd snotadrn snotadnr snotandr snotanrd snotnrad
snotnrda snotnard snotnadr snotndar snotndra snortdan snortdna snortadn snortand snortnad snortnda
snordtan snordtna snordatn snordant snordnat snordnta snoradtn snoradnt snoratdn snoratnd snorantd
snorandt snorndat snorndta snornadt snornatd snorntad snorntda snoatrdn snoatrnd snoatdrn snoatdnr
snoatndr snoatnrd snoartdn snoartnd snoardtn snoardnt snoarndt snoarntd snoadrtn snoadrnt snoadtrn
snoadtnr snoadntr snoadnrt snoanrdt snoanrtd snoandrt snoandtr snoantdr snoantrd snontrad snontrda
snontard snontadr snontdar snontdra snonrtad snonrtda snonratd snonradt snonrdat snonrdta snonartd
snonardt snonatrd snonatdr snonadtr snonadrt snondrat snondrta snondart snondatr snondtar snondtra
snndtroa snndtrao snndtora snndtoar snndtaor snndtaro snndrtoa snndrtao snndrota snndroat snndraot
snndrato snndorta snndorat snndotra snndotar snndoatr snndoart snndarot snndarto snndaort snndaotr
snndator snndatro snntdroa snntdrao snntdora snntdoar snntdaor snntdaro snntrdoa snntrdao snntroda
snntroad snntraod snntrado snntorda snntorad snntodra snntodar snntoadr snntoard snntarod snntardo
snntaord snntaodr snntador snntadro snnrtdoa snnrtdao snnrtoda snnrtoad snnrtaod snnrtado snnrdtoa
snnrdtao snnrdota snnrdoat snnrdaot snnrdato snnrodta snnrodat snnrotda snnrotad snnroatd snnroadt
snnradot snnradto snnraodt snnraotd snnratod snnratdo snnotrda snnotrad snnotdra snnotdar snnotadr
snnotard snnortda snnortad snnordta snnordat snnoradt snnoratd snnodrta snnodrat snnodtra snnodtar
snnodatr snnodart snnoardt snnoartd snnoadrt snnoadtr snnoatdr snnoatrd snnatrod snnatrdo snnatord
snnatodr snnatdor snnatdro snnartod snnartdo snnarotd snnarodt snnardot snnardto snnaortd snnaordt
snnaotrd snnaotdr snnaodtr snnaodrt snnadrot snnadrto snnadort snnadotr snnadtor snnadtro sdnatron
sdnatrno sdnatorn sdnatonr sdnatnor sdnatnro sdnarton sdnartno sdnarotn sdnaront sdnarnot sdnarnto
sdnaortn sdnaornt sdnaotrn sdnaotnr sdnaontr sdnaonrt sdnanrot sdnanrto sdnanort sdnanotr sdnantor
sdnantro sdntaron sdntarno sdntaorn sdntaonr sdntanor sdntanro sdntraon sdntrano sdntroan sdntrona
sdntrnoa sdntrnao sdntoran sdntorna sdntoarn sdntoanr sdntonar sdntonra sdntnroa sdntnrao sdntnora
sdntnoar sdntnaor sdntnaro sdnrtaon sdnrtano sdnrtoan sdnrtona sdnrtnoa sdnrtnao sdnraton sdnratno
sdnraotn sdnraont sdnranot sdnranto sdnroatn sdnroant sdnrotan sdnrotna sdnronta sdnronat sdnrnaot
sdnrnato sdnrnoat sdnrnota sdnrntoa sdnrntao sdnotran sdnotrna sdnotarn sdnotanr sdnotnar sdnotnra
sdnortan sdnortna sdnoratn sdnorant sdnornat sdnornta sdnoartn sdnoarnt sdnoatrn sdnoatnr sdnoantr
sdnoanrt sdnonrat sdnonrta sdnonart sdnonatr sdnontar sdnontra sdnntroa sdnntrao sdnntora sdnntoar
sdnntaor sdnntaro sdnnrtoa sdnnrtao sdnnrota sdnnroat sdnnraot sdnnrato sdnnorta sdnnorat sdnnotra
sdnnotar sdnnoatr sdnnoart sdnnarot sdnnarto sdnnaort sdnnaotr sdnnator sdnnatro sdantron sdantrno
sdantorn sdantonr sdantnor sdantnro sdanrton sdanrtno sdanrotn sdanront sdanrnot sdanrnto sdanortn
sdanornt sdanotrn sdanotnr sdanontr sdanonrt sdannrot sdannrto sdannort sdannotr sdanntor sdanntro
sdatnron sdatnrno sdatnorn sdatnonr sdatnnor sdatnnro sdatrnon sdatrnno sdatronn sdatronn sdatrnon
sdatrnno sdatornn sdatornn sdatonrn sdatonnr sdatonnr sdatonrn sdatnron sdatnrno sdatnorn sdatnonr
sdatnnor sdatnnro sdartnon sdartnno sdartonn sdartonn sdartnon sdartnno sdarnton sdarntno sdarnotn
sdarnont sdarnnot sdarnnto sdarontn sdaronnt sdarotnn sdarotnn sdarontn sdaronnt sdarnnot sdarnnto
sdarnont sdarnotn sdarnton sdarntno sdaotrnn sdaotrnn sdaotnrn sdaotnnr sdaotnnr sdaotnrn sdaortnn
sdaortnn sdaorntn sdaornnt sdaornnt sdaorntn sdaonrtn sdaonrnt sdaontrn sdaontnr sdaonntr sdaonnrt
sdaonrnt sdaonrtn sdaonnrt sdaonntr sdaontnr sdaontrn sdantron sdantrno sdantorn sdantonr sdantnor
sdantnro sdanrton sdanrtno sdanrotn sdanront sdanrnot sdanrnto sdanortn sdanornt sdanotrn sdanotnr
sdanontr sdanonrt sdannrot sdannrto sdannort sdannotr sdanntor sdanntro sdtanron sdtanrno sdtanorn
sdtanonr sdtannor sdtannro sdtarnon sdtarnno sdtaronn sdtaronn sdtarnon sdtarnno sdtaornn sdtaornn
sdtaonrn sdtaonnr sdtaonnr sdtaonrn sdtanron sdtanrno sdtanorn sdtanonr sdtannor sdtannro sdtnaron
sdtnarno sdtnaorn sdtnaonr sdtnanor sdtnanro sdtnraon sdtnrano sdtnroan sdtnrona sdtnrnoa sdtnrnao
sdtnoran sdtnorna sdtnoarn sdtnoanr sdtnonar sdtnonra sdtnnroa sdtnnrao sdtnnora sdtnnoar sdtnnaor
sdtnnaro sdtrnaon sdtrnano sdtrnoan sdtrnona sdtrnnoa sdtrnnao sdtranon sdtranno sdtraonn sdtraonn
sdtranon sdtranno sdtroann sdtroann sdtronan sdtronna sdtronna sdtronan sdtrnaon sdtrnano sdtrnoan
sdtrnona sdtrnnoa sdtrnnao sdtonran sdtonrna sdtonarn sdtonanr sdtonnar sdtonnra sdtornan sdtornna
sdtorann sdtorann sdtornan sdtornna sdtoarnn sdtoarnn sdtoanrn sdtoannr sdtoannr sdtoanrn sdtonran
sdtonrna sdtonarn sdtonanr sdtonnar sdtonnra sdtnnroa sdtnnrao sdtnnora sdtnnoar sdtnnaor sdtnnaro
sdtnrnoa sdtnrnao sdtnrona sdtnroan sdtnraon sdtnrano sdtnorna sdtnoran sdtnonra sdtnonar sdtnoanr
sdtnoarn sdtnaron sdtnarno sdtnaorn sdtnaonr sdtnanor sdtnanro sdratnon sdratnno sdratonn sdratonn
sdratnon sdratnno sdranton sdrantno sdranotn sdranont sdrannot sdrannto sdraontn sdraonnt sdraotnn
sdraotnn sdraontn sdraonnt sdrannot sdrannto sdranont sdranotn sdranton sdrantno sdrtanon sdrtanno
sdrtaonn sdrtaonn sdrtanon sdrtanno sdrtnaon sdrtnano sdrtnoan sdrtnona sdrtnnoa sdrtnnao sdrtonan
sdrtonna sdrtoann sdrtoann sdrtonan sdrtonna sdrtnnoa sdrtnnao sdrtnona sdrtnoan sdrtnaon sdrtnano
sdrntaon sdrntano sdrntoan sdrntona sdrntnoa sdrntnao sdrnaton sdrnatno sdrnaotn sdrnaont sdrnanot
sdrnanto sdrnoatn sdrnoant sdrnotan sdrnotna sdrnonta sdrnonat sdrnnaot sdrnnato sdrnnoat sdrnnota
sdrnntoa sdrnntao sdrotnan sdrotnna sdrotann sdrotann sdrotnan sdrotnna sdrontan sdrontna sdronatn
sdronant sdronnat sdronnta sdroantn sdroannt sdroatnn sdroatnn sdroantn sdroannt sdronnat sdronnta
sdronant sdronatn sdrontan sdrontna sdrntnoa sdrntnao sdrntona sdrntoan sdrntaon sdrntano sdrnntoa
sdrnntao sdrnnota sdrnnoat sdrnnaot sdrnnato sdrnonta sdrnonat sdrnotna sdrnotan sdrnoatn sdrnoant
sdrnanot sdrnanto sdrnaont sdrnaotn sdrnaton sdrnatno sdoatrnn sdoatrnn sdoatnrn sdoatnnr sdoatnnr
sdoatnrn sdoartnn sdoartnn sdoarntn sdoarnnt sdoarnnt sdoarntn sdoanrtn sdoanrnt sdoantrn sdoantnr
sdoanntr sdoannrt sdoanrnt sdoanrtn sdoannrt sdoanntr sdoantnr sdoantrn sdotarnn sdotarnn sdotanrn
sdotannr sdotannr sdotanrn sdotrann sdotrann sdotrnan sdotrnna sdotrnna sdotrnan sdotnran sdotnrna
sdotnarn sdotnanr sdotnnar sdotnnra sdotnrna sdotnran sdotnnra sdotnnar sdotnanr sdotnarn sdortann
sdortann sdortnan sdortnna sdortnna sdortnan sdoratnn sdoratnn sdorantn sdorannt sdorannt sdorantn
sdornatn sdornant sdorntan sdorntna sdornnta sdornnat sdornant sdornatn sdornnat sdornnta sdorntna
sdorntan sdontran sdontrna sdontarn sdontanr sdontnar sdontnra sdonrtan sdonrtna sdonratn sdonrant
sdonrnat sdonrnta sdonartn sdonarnt sdonatrn sdonatnr sdonantr sdonanrt sdonnrat sdonnrta sdonnart
sdonnatr sdonntar sdonntra sdontrna sdontran sdontnra sdontnar sdontanr sdontarn sdonrtna sdonrtan
sdonrnta sdonrnat sdonrant sdonratn sdonnrta sdonnrat sdonntra sdonntar sdonnatr sdonnart sdonarnt
sdonartn sdonanrt sdonantr sdonatnr sdonatrn sdnatron sdnatrno sdnatorn sdnatonr sdnatnor sdnatnro
sdnarton sdnartno sdnarotn sdnaront sdnarnot sdnarnto sdnaortn sdnaornt sdnaotrn sdnaotnr sdnaontr
sdnaonrt sdnanrot sdnanrto sdnanort sdnanotr sdnantor sdnantro sdntaron sdntarno sdntaorn sdntaonr
sdntanor sdntanro sdntraon sdntrano sdntroan sdntrona sdntrnoa sdntrnao sdntoran sdntorna sdntoarn
sdntoanr sdntonar sdntonra sdntnroa sdntnrao sdntnora sdntnoar sdntnaor sdntnaro sdnrtaon sdnrtano
sdnrtoan sdnrtona sdnrtnoa sdnrtnao sdnraton sdnratno sdnraotn sdnraont sdnranot sdnranto sdnroatn
sdnroant sdnrotan sdnrotna sdnronta sdnronat sdnrnaot sdnrnato sdnrnoat sdnrnota sdnrntoa sdnrntao
sdnotran sdnotrna sdnotarn sdnotanr sdnotnar sdnotnra sdnortan sdnortna sdnoratn sdnorant sdnornat
sdnornta sdnoartn sdnoarnt sdnoatrn sdnoatnr sdnoantr sdnoanrt sdnonrat sdnonrta sdnonart sdnonatr
sdnontar sdnontra sdnntroa sdnntrao sdnntora sdnntoar sdnntaor sdnntaro sdnnrtoa sdnnrtao sdnnrota
sdnnroat sdnnraot sdnnrato sdnnorta sdnnorat sdnnotra sdnnotar sdnnoatr sdnnoart sdnnarot sdnnarto
sdnnaort sdnnaotr sdnnator sdnnatro stndaron stndarno stndaorn stndaonr stndanor stndanro stndraon
stndrano stndroan stndrona stndrnoa stndrnao stndoran stndorna stndoarn stndoanr stndonar stndonra
stndnroa stndnrao stndnora stndnoar stndnaor stndnaro stnadron stnadrno stnadorn stnadonr stnadnor
stnadnro stnardon stnardno stnarodn stnarond stnarnod stnarndo stnaordn stnaornd stnaodrn stnaodnr
stnaondr stnaonrd stnanrod stnanrdo stnanord stnanodr stnandor stnandro stnradon stnradno stnraodn
stnraond stnranod stnrando stnrdaon stnrdano stnrdoan stnrdona stnrdnoa stnrdnao stnrodan stnrodna
stnroadn stnroand stnronad stnronda stnrndoa stnrndao stnrnoda stnrnoad stnrnaod stnrnado stnoardn
stnoarnd stnoadrn stnoadnr stnoandr stnoanrd stnoradn stnorand stnordan stnordna stnornda stnornad
stnodran stnodrna stnodarn stnodanr stnodnar stnodnra stnonrda stnonrad stnondra stnondar stnonadr
stnonard stnnarod stnnardo stnnaord stnnaodr stnnador stnnadro stnnraod stnnrado stnnroad stnnroda
stnnrdoa stnnrdao stnnorad stnnorda stnnoard stnnoadr stnnodar stnnodra stnndroa stnndrao stnndora
stnndoar stnndaor stnndaro stdnaron stdnarno stdnaorn stdnaonr stdnanor stdnanro stdnraon stdnrano
stdnroan stdnrona stdnrnoa stdnrnao stdnoran stdnorna stdnoarn stdnoanr stdnonar stdnonra stdnnroa
stdnnrao stdnnora stdnnoar stdnnaor stdnnaro stdanron stdanrno stdanorn stdanonr stdannor stdannro
stdarnon stdarnno stdaronn stdaronn stdarnon stdarnno stdaornn stdaornn stdaonrn stdaonnr stdaonnr
stdaonrn stdanron stdanrno stdanorn stdanonr stdannor stdannro stdranon stdranno stdraonn stdraonn
stdranon stdranno stdrnaon stdrnano stdrnoan stdrnona stdrnnoa stdrnnao stdronan stdronna stdroann
stdroann stdronan stdronna stdrnnoa stdrnnao stdrnona stdrnoan stdrnaon stdrnano stdoarnn stdoarnn
stdoanrn stdoannr stdoannr stdoanrn stdorann stdorann stdornan stdornna stdornna stdornan stdonran
stdonrna stdonarn stdonanr stdonnar stdonnra stdonrna stdonran stdonnra stdonnar stdonanr stdonarn
stdnaron stdnarno stdnaorn stdnaonr stdnanor stdnanro stdnraon stdnrano stdnroan stdnrona stdnrnoa
stdnrnao stdnoran stdnorna stdnoarn stdnoanr stdnonar stdnonra stdnnroa stdnnrao stdnnora stdnnoar
stdnnaor stdnnaro stadnron stadnrno stadnorn stadnonr stadnnor stadnnro stadrnon stadrnno stadronn
stadronn stadrnon stadrnno stadornn stadornn stadonrn stadonnr stadonnr stadonrn stadnron stadnrno
stadnorn stadnonr stadnnor stadnnro standron standrno standorn standonr standnor standnro stanrdon
stanrdno stanrodn stanrond stanrnod stanrndo stanordn stanornd stanodrn stanodnr stanondr stanonrd
stannrod stannrdo stannord stannodr stanndor stanndro starndon starndno starnodn starnond starnnod
starnndo stardnon stardnno stardonn stardonn stardnon stardnno starodnn starodnn starondn staronnd
staronnd starondn starndon starndno starnodn starnond starnnod starnndo staonrdn staonrnd staondrn
staondnr staonndr staonnrd staorndn staornnd staordnn staordnn staorndn staornnd staodrnn staodrnn
staodnrn staodnnr staodnnr staodnrn staonrdn staonrnd staondrn staondnr staonndr staonnrd stannrod
stannrdo stannord stannodr stanndor stanndro stanrnod stanrndo stanrond stanrodn stanrdon stanrdno
stanornd stanordn stanonrd stanondr stanodnr stanodrn standron standrno standorn standonr standnor
standnro strdanon strdanno strdaonn strdaonn strdanon strdanno strdnaon strdnano strdnoan strdnona
strdnnoa strdnnao strdonan strdonna strdoann strdoann strdonan strdonna strdnnoa strdnnao strdnona
strdnoan strdnaon strdnano stradnon stradnno stradonn stradonn stradnon stradnno strandon strandno
stranodn stranond strannod stranndo straondn straonnd straodnn straodnn straondn straonnd strannod
stranndo stranond stranodn strandon strandno strnadon strnadno strnaodn strnaond strnanod strnando
strndaon strndano strndoan strndona strndnoa strndnao strnodan strnodna strnoadn strnoand strnonad
strnonda strnndoa strnndao strnnoda strnnoad strnnaod strnnado stroandn stroannd stroadnn stroadnn
stroandn stroannd stronadn stronand strondan strondna stronnda stronnad strodnan strodnna strodann
strodann strodnan strodnna stronnda stronnad strondna strondan stronadn stronand strnanod strnando
strnaond strnaodn strnadon strnadno strnnaod strnnado strnnoad strnnoda strnndoa strnndao strnonad
strnonda strnoand strnoadn strnodan strnodna strndnoa strndnao strndona strndoan strndaon strndano
stodarnn stodarnn stodanrn stodannr stodannr stodanrn stodrann stodrann stodrnan stodrnna stodrnna
stodrnan stodnran stodnrna stodnarn stodnanr stodnnar stodnnra stodnrna stodnran stodnnra stodnnar
stodnanr stodnarn stoadrnn stoadrnn stoadnrn stoadnnr stoadnnr stoadnrn stoardnn stoardnn stoarndn
stoarnnd stoarnnd stoarndn stoanrdn stoanrnd stoandrn stoandnr stoanndr stoannrd stoanrnd stoanrdn
stoannrd stoanndr stoandnr stoandrn storadnn storadnn storandn storannd storannd storandn stordann
stordann stordnan stordnna stordnna stordnan storndan storndna stornadn stornand stornnad stornnda
storndna storndan stornnda stornnad stornand stornadn stonardn stonarnd stonadrn stonadnr stonandr
stonanrd stonradn stonrand stonrdan stonrdna stonrnda stonrnad stondran stondrna stondarn stondanr
stondnar stondnra stonnrda stonnrad stonndra stonndar stonnadr stonnard stonarnd stonardn stonanrd
stonandr stonadnr stonadrn stonrand stonradn stonrnad stonrnda stonrdna stonrdan stonnrad stonnrda
stonnard stonnadr stonndar stonndra stondrna stondran stondnra stondnar stondanr stondarn stndaron
stndarno stndaorn stndaonr stndanor stndanro stndraon stndrano stndroan stndrona stndrnoa stndrnao
stndoran stndorna stndoarn stndoanr stndonar stndonra stndnroa stndnrao stndnora stndnoar stndnaor
stndnaro stnadron stnadrno stnadorn stnadonr stnadnor stnadnro stnardon stnardno stnarodn stnarond
stnarnod stnarndo stnaordn stnaornd stnaodrn stnaodnr stnaondr stnaonrd stnanrod stnanrdo stnanord
stnanodr stnandor stnandro stnradon stnradno stnraodn stnraond stnranod stnrando stnrdaon stnrdano
stnrdoan stnrdona stnrdnoa stnrdnao stnrodan stnrodna stnroadn stnroand stnronad stnronda stnrndoa
stnrndao stnrnoda stnrnoad stnrnaod stnrnado stnoardn stnoarnd stnoadrn stnoadnr stnoandr stnoanrd
stnoradn stnorand stnordan stnordna stnornda stnornad stnodran stnodrna stnodarn stnodanr stnodnar
stnodnra stnonrda stnonrad stnondra stnondar stnonadr stnonard stnnarod stnnardo stnnaord stnnaodr
stnnador stnnadro stnnraod stnnrado stnnroad stnnroda stnnrdoa stnnrdao stnnorad stnnorda stnnoard
stnnoadr stnnodar stnnodra stnndroa stnndrao stnndora stnndoar stnndaor stnndaro srndtaon srndtano
srndtoan srndtona srndtnoa srndtnao srndaton srndatno srndaotn srndaont srndanot srndanto srndoatn
srndoant srndotan srndotna srndonta srndonat srndnaot srndnato srndnoat srndnota srndntoa srndntao
srntdaon srntdano srntdoan srntdona srntdnoa srntdnao srntadon srntadno srntaodn srntaond srntanod
srntando srntoadn srntoand srntodan srntodna srntonda srntonad srntnaod srntnado srntnoad srntnoda
srntndoa srntndao srnatdon srnatdno srnatodn srnatond srnatnod srnatndo srnadton srnadtno srnadotn
srnadont srnadnot srnadnto srnaodtn srnaodnt srnaotdn srnaotnd srnaontd srnaondt srnandot srnandto
srnanodt srnanotd srnantod srnantdo srnotadn srnotand srnotdan srnotdna srnotnda srnotnad srnoatdn
srnoatnd srnoadtn srnoadnt srnoandt srnoantd srnodatn srnodant srnodtan srnodtna srnodnta srnodnat
srnonadt srnonatd srnondat srnondta srnontda srnontad srnntaod srnntado srnntoad srnntoda srnntdoa
srnntdao srnnatod srnnatdo srnnaotd srnnaodt srnnadot srnnadto srnnoatd srnnoadt srnnotad srnnotda
srnnodta srnnodat srnndaot srnndato srnndoat srnndota srnndtoa srnndtao srdntaon srdntano srdntoan
srdntona srdntnoa srdntnao srdnaton srdnatno srdnaotn srdnaont srdnanot srdnanto srdnoatn srdnoant
srdnotan srdnotna srdnonta srdnonat srdnnaot srdnnato srdnnoat srdnnota srdnntoa srdnntao srdtnaon
srdtnano srdtnoan srdtnona srdtnnoa srdtnnao srdtanon srdtanno srdtaonn srdtaonn srdtanon srdtanno
srdtoann srdtoann srdtonan srdtonna srdtonna srdtonan srdtnaon srdtnano srdtnoan srdtnona srdtnnoa
srdtnnao srdatnon srdatnno srdatonn srdatonn srdatnon srdatnno srdanton srdantno srdanotn srdanont
srdannot srdannto srdaontn srdaonnt srdaotnn srdaotnn srdaontn srdaonnt srdannot srdannto srdanont
srdanotn srdanton srdantno srdotann srdotann srdotnan srdotnna srdotnna srdotnan srdoatnn srdoatnn
srdoantn srdoannt srdoannt srdoantn srdonatn srdonant srdontan srdontna srdonnta srdonnat srdonant
srdonatn srdonnat srdonnta srdontna srdontan srdntaon srdntano srdntoan srdntona srdntnoa srdntnao
srdnaton srdnatno srdnaotn srdnaont srdnanot srdnanto srdnoatn srdnoant srdnotan srdnotna srdnonta
srdnonat srdnnaot srdnnato srdnnoat srdnnota srdnntoa srdnntao srtdnaon srtdnano srtdnoan srtdnona
srtdnnoa srtdnnao srtdanon srtdanno srtdaonn srtdaonn srtdanon srtdanno srtdoann srtdoann srtdonan
srtdonna srtdonna srtdonan srtdnaon srtdnano srtdnoan srtdnona srtdnnoa srtdnnao srtndaon srtndano
srtndoan srtndona srtndnoa srtndnao srtnadon srtnadno srtnaodn srtnaond srtnanod srtnando srtnoadn
srtnoand srtnodan srtnodna srtnonda srtnonad srtnnaod srtnnado srtnnoad srtnnoda srtnndoa srtnndao
srtandon srtandno srtanodn srtanond srtannod srtanndo srtadnon srtadnno srtadonn srtadonn srtadnon
srtadnno srtaodnn srtaodnn srtaondn srtaonnd srtaonnd srtaondn srtandon srtandno srtanodn srtanond
srtannod srtanndo srtonadn srtonand srtondan srtondna srtonnda srtonnad srtoandn srtoannd srtoadnn
srtoadnn srtoandn srtoannd srtodann srtodann srtodnan srtodnna srtodnna srtodnan srtonadn srtonand
srtondan srtondna srtonnda srtonnad srtnnaod srtnnado srtnnoad srtnnoda srtnndoa srtnndao srtnanod
srtnando srtnaond srtnaodn srtnadon srtnadno srtnoand srtnoadn srtnonad srtnonda srtnodna srtnodan
srtndaon srtndano srtndoan srtndona srtndnoa srtndnao sradtnon sradtnno sradtonn sradtonn sradtnon
sradtnno sradnton sradntno sradnotn sradnont sradnnot sradnnto sradontn sradonnt sradotnn sradotnn
sradontn sradonnt sradnnot sradnnto sradnont sradnotn sradnton sradntno sratdnon sratdnno sratdonn
sratdonn sratdnon sratdnno sratndon sratndno sratnodn sratnond sratnnod sratnndo sratondn sratonnd
sratodnn sratodnn sratondn sratonnd sratnnod sratnndo sratnond sratnodn sratndon sratndno srantdon
srantdno srantodn srantond srantnod srantndo srandton srandtno srandotn srandont srandnot srandnto
sranodtn sranodnt sranotdn sranotnd sranontd sranondt sranndot sranndto srannodt srannotd sranntod
sranntdo sraotndn sraotnnd sraotdnn sraotdnn sraotndn sraotnnd sraontdn sraontnd sraondtn sraondnt
sraonndt sraonntd sraodntn sraodnnt sraodtnn sraodtnn sraodntn sraodnnt sraonndt sraonntd sraondnt
sraondtn sraontdn sraontnd srantnod srantndo srantond srantodn srantdon srantdno sranntod sranntdo
srannotd srannodt sranndot sranndto sranontd sranondt sranotnd sranotdn sranodtn sranodnt srandnot
srandnto srandont srandotn srandton srandtno srodtann srodtann srodtnan srodtnna srodtnna srodtnan
srodatnn srodatnn srodantn srodannt srodannt srodantn srodnatn srodnant srodntan srodntna srodnnta
srodnnat srodnant srodnatn srodnnat srodnnta srodntna srodntan srotdann srotdann srotdnan srotdnna
srotdnna srotdnan srotadnn srotadnn srotandn srotannd srotannd srotandn srotnadn srotnand srotndan
srotndna srotnnda srotnnad srotnand srotnadn srotnnad srotnnda srotndna srotndan sroatdnn sroatdnn
sroatndn sroatnnd sroatnnd sroatndn sroadtnn sroadtnn sroadntn sroadnnt sroadnnt sroadntn sroandtn
sroandnt sroantdn sroantnd sroanntd sroanndt sroandnt sroandtn sroanndt sroanntd sroantnd sroantdn
srontadn srontand srontdan srontdna srontnda srontnad sronatdn sronatnd sronadtn sronadnt sronandt
sronantd srondatn srondant srondtan srondtna srondnta srondnat sronnadt sronnatd sronndat sronndta
sronntda sronntad srontand srontadn srontnad srontnda srontdna srontdan sronatnd sronatdn sronantd
sronandt sronadnt sronadtn sronnatd sronnadt sronntad sronntda sronndta sronndat srondant srondatn
srondnat srondnta srondtna srondtan srndtaon srndtano srndtoan srndtona srndtnoa srndtnao srndaton
srndatno srndaotn srndaont srndanot srndanto srndoatn srndoant srndotan srndotna srndonta srndonat
srndnaot srndnato srndnoat srndnota srndntoa srndntao srntdaon srntdano srntdoan srntdona srntdnoa
srntdnao srntadon srntadno srntaodn srntaond srntanod srntando srntoadn srntoand srntodan srntodna
srntonda srntonad srntnaod srntnado srntnoad srntnoda srntndoa srntndao srnatdon srnatdno srnatodn
srnatond srnatnod srnatndo srnadton srnadtno srnadotn srnadont srnadnot srnadnto srnaodtn srnaodnt
srnaotdn srnaotnd srnaontd srnaondt srnandot srnandto srnanodt srnanotd srnantod srnantdo srnotadn
srnotand srnotdan srnotdna srnotnda srnotnad srnoatdn srnoatnd srnoadtn srnoadnt srnoandt srnoantd
srnodatn srnodant srnodtan srnodtna srnodnta srnodnat srnonadt srnonatd srnondat srnondta srnontda
srnontad srnntaod srnntado srnntoad srnntoda srnntdoa srnntdao srnnatod srnnatdo srnnaotd srnnaodt
srnnadot srnnadto srnnoatd srnnoadt srnnotad srnnotda srnnodta srnnodat srnndaot srnndato srnndoat
srnndota srnndtoa srnndtao sondtran sondtrna sondtarn sondtanr sondtnar sondtnra sondrtan sondrtna
sondratn sondrant sondrnat sondrnta sondartn sondarnt sondatrn sondatnr sondantr sondanrt sondnrat
sondnrta sondnart sondnatr sondntar sondntra sontdran sontdrna sontdarn sontdanr sontdnar sontdnra
sontrdan sontrdna sontradn sontrand sontrnad sontrnda sontardn sontarnd sontadrn sontadnr sontandr
sontanrd sontnrad sontnrda sontnard sontnadr sontndar sontndra sonrtdan sonrtdna sonrtadn sonrtand
sonrtnad sonrtnda sonrdtan sonrdtna sonrdatn sonrdant sonrdnat sonrdnta sonradtn sonradnt sonratdn
sonratnd sonrantd sonrandt sonrndat sonrndta sonrnadt sonrnatd sonrntad sonrntda sonatrdn sonatrnd
sonatdrn sonatdnr sonatndr sonatnrd sonartdn sonartnd sonardtn sonardnt sonarndt sonarntd sonadrtn
sonadrnt sonadtrn sonadtnr sonadntr sonadnrt sonanrdt sonanrtd sonandrt sonandtr sonantdr sonantrd
sonntrad sonntrda sonntard sonntadr sonntdar sonntdra sonnrtad sonnrtda sonnratd sonnradt sonnrdat
sonnrdta sonnartd sonnardt sonnatrd sonnatdr sonnadtr sonnadrt sonndrat sonndrta sonndart sonndatr
sonndtar sonndtra sodntran sodntrna sodntarn sodntanr sodntnar sodntnra sodnrtan sodnrtna sodnratn
sodnrant sodnrnat sodnrnta sodnartn sodnarnt sodnatrn sodnatnr sodnantr sodnanrt sodnnrat sodnnrta
sodnnart sodnnatr sodnntar sodnntra sodtnran sodtnrna sodtnarn sodtnanr sodtnnar sodtnnra sodtrnan
sodtrnna sodtrann sodtrann sodtrnan sodtrnna sodtarnn sodtarnn sodtanrn sodtannr sodtannr sodtanrn
sodtnran sodtnrna sodtnarn sodtnanr sodtnnar sodtnnra sodrtnan sodrtnna sodrtann sodrtann sodrtnan
sodrtnna sodrntan sodrntna sodrnatn sodrnant sodrnnat sodrnnta sodrantn sodrannt sodratnn sodratnn
sodrantn sodrannt sodrnnat sodrnnta sodrnant sodrnatn sodrntan sodrntna sodatrnn sodatrnn sodatnrn
sodatnnr sodatnnr sodatnrn sodartnn sodartnn sodarntn sodarnnt sodarnnt sodarntn sodanrtn sodanrnt
sodantrn sodantnr sodanntr sodannrt sodanrnt sodanrtn sodannrt sodanntr sodantnr sodantrn sodntran
sodntrna sodntarn sodntanr sodntnar sodntnra sodnrtan sodnrtna sodnratn sodnrant sodnrnat sodnrnta
sodnartn sodnarnt sodnatrn sodnatnr sodnantr sodnanrt sodnnrat sodnnrta sodnnart sodnnatr sodnntar
sodnntra sotdnran sotdnrna sotdnarn sotdnanr sotdnnar sotdnnra sotdrnan sotdrnna sotdrann sotdrann
sotdrnan sotdrnna sotdarnn sotdarnn sotdanrn sotdannr sotdannr sotdanrn sotdnran sotdnrna sotdnarn
sotdnanr sotdnnar sotdnnra sotndran sotndrna sotndarn sotndanr sotndnar sotndnra sotnrdan sotnrdna
sotnradn sotnrand sotnrnad sotnrnda sotnardn sotnarnd sotnadrn sotnadnr sotnandr sotnanrd sotnnrad
sotnnrda sotnnard sotnnadr sotnndar sotnndra sotrndan sotrndna sotrnadn sotrnand sotrnnad sotrnnda
sotrdnan sotrdnna sotrdann sotrdann sotrdnan sotrdnna sotradnn sotradnn sotrandn sotrannd sotrannd
sotrandn sotrndan sotrndna sotrnadn sotrnand sotrnnad sotrnnda sotanrdn sotanrnd sotandrn sotandnr
sotanndr sotannrd sotarndn sotarnnd sotardnn sotardnn sotarndn sotarnnd sotadrnn sotadrnn sotadnrn
sotadnnr sotadnnr sotadnrn sotanrdn sotanrnd sotandrn sotandnr sotanndr sotannrd sotnnrad sotnnrda
sotnnard sotnnadr sotnndar sotnndra sotnrnad sotnrnda sotnrand sotnradn sotnrdan sotnrdna sotnarnd
sotnardn sotnanrd sotnandr sotnadnr sotnadrn sotndran sotndrna sotndarn sotndanr sotndnar sotndnra
sordtnan sordtnna sordtann sordtann sordtnan sordtnna sordntan sordntna sordnatn sordnant sordnnat
sordnnta sordantn sordannt sordatnn sordatnn sordantn sordannt sordnnat sordnnta sordnant sordnatn
sordntan sordntna sortdnan sortdnna sortdann sortdann sortdnan sortdnna sortndan sortndna sortnadn
sortnand sortnnad sortnnda sortandn sortannd sortadnn sortadnn sortandn sortannd sortnnad sortnnda
sortnand sortnadn sortndan sortndna sorntdan sorntdna sorntadn sorntand sorntnad sorntnda sorndtan
sorndtna sorndatn sorndant sorndnat sorndnta sornadtn sornadnt sornatdn sornatnd sornantd sornandt
sornndat sornndta sornnadt sornnatd sornntad sornntda soratndn soratnnd soratdnn soratdnn soratndn
soratnnd sorantdn sorantnd sorandtn sorandnt soranndt soranntd soradntn soradnnt soradtnn soradtnn
soradntn soradnnt soranndt soranntd sorandnt sorandtn sorantdn sorantnd sorntnad sorntnda sorntand
sorntadn sorntdan sorntdna sornntad sornntda sornnatd sornnadt sornndat sornndta sornantd sornandt
sornatnd sornatdn sornadtn sornadnt sorndnat sorndnta sorndant sorndatn sorndtan sorndtna soadtrnn
soadtrnn soadtnrn soadtnnr soadtnnr soadtnrn soadrtnn soadrtnn soadrntn soadrnnt soadrnnt soadrntn
soadnrtn soadnrnt soadntrn soadntnr soadnntr soadnnrt soadnrnt soadnrtn soadnnrt soadnntr soadntnr
soadntrn soatdrnn soatdrnn soatdnrn soatdnnr soatdnnr soatdnrn soatrdnn soatrdnn soatrndn soatrnnd
soatrnnd soatrndn soatnrdn soatnrnd soatndrn soatndnr soatnndr soatnnrd soatnrnd soatnrdn soatnnrd
soatnndr soatndnr soatndrn soartdnn soartdnn soartndn soartnnd soartnnd soartndn soardtnn soardtnn
soardntn soardnnt soardnnt soardntn soarndtn soarndnt soarntdn soarntnd soarnntd soarnndt soarndnt
soarndtn soarnndt soarnntd soarntnd soarntdn soantrdn soantrnd soantdrn soantdnr soantndr soantnrd
soanrtdn soanrtnd soanrdtn soanrdnt soanrndt soanrntd soandrtn soandrnt soandtrn soandtnr soandntr
soandnrt soannrdt soannrtd soanndrt soanndtr soanntdr soanntrd soantrnd soantrdn soantnrd soantndr
soantdnr soantdrn soanrtnd soanrtdn soanrntd soanrndt soanrdnt soanrdtn soannrtd soannrdt soanntrd
soanntdr soanndtr soanndrt soandrnt soandrtn soandnrt soandntr soandtnr soandtrn sondtran sondtrna
sondtarn sondtanr sondtnar sondtnra sondrtan sondrtna sondratn sondrant sondrnat sondrnta sondartn
sondarnt sondatrn sondatnr sondantr sondanrt sondnrat sondnrta sondnart sondnatr sondntar sondntra
sontdran sontdrna sontdarn sontdanr sontdnar sontdnra sontrdan sontrdna sontradn sontrand sontrnad
sontrnda sontardn sontarnd sontadrn sontadnr sontandr sontanrd sontnrad sontnrda sontnard sontnadr
sontndar sontndra sonrtdan sonrtdna sonrtadn sonrtand sonrtnad sonrtnda sonrdtan sonrdtna sonrdatn
sonrdant sonrdnat sonrdnta sonradtn sonradnt sonratdn sonratnd sonrantd sonrandt sonrndat sonrndta
sonrnadt sonrnatd sonrntad sonrntda sonatrdn sonatrnd sonatdrn sonatdnr sonatndr sonatnrd sonartdn
sonartnd sonardtn sonardnt sonarndt sonarntd sonadrtn sonadrnt sonadtrn sonadtnr sonadntr sonadnrt
sonanrdt sonanrtd sonandrt sonandtr sonantdr sonantrd sonntrad sonntrda sonntard sonntadr sonntdar
sonntdra sonnrtad sonnrtda sonnratd sonnradt sonnrdat sonnrdta sonnartd sonnardt sonnatrd sonnatdr
sonnadtr sonnadrt sonndrat sonndrta sonndart sonndatr sonndtar sonndtra snndtroa snndtrao snndtora
snndtoar snndtaor snndtaro snndrtoa snndrtao snndrota snndroat snndraot snndrato snndorta snndorat
snndotra snndotar snndoatr snndoart snndarot snndarto snndaort snndaotr snndator snndatro snntdroa
snntdrao snntdora snntdoar snntdaor snntdaro snntrdoa snntrdao snntroda snntroad snntraod snntrado
snntorda snntorad snntodra snntodar snntoadr snntoard snntarod snntardo snntaord snntaodr snntador
snntadro snnrtdoa snnrtdao snnrtoda snnrtoad snnrtaod snnrtado snnrdtoa snnrdtao snnrdota snnrdoat
snnrdaot snnrdato snnrodta snnrodat snnrotda snnrotad snnroatd snnroadt snnradot snnradto snnraodt
snnraotd snnratod snnratdo snnotrda snnotrad snnotdra snnotdar snnotadr snnotard snnortda snnortad
snnordta snnordat snnoradt snnoratd snnodrta snnodrat snnodtra snnodtar snnodatr snnodart snnoardt
snnoartd snnoadrt snnoadtr snnoatdr snnoatrd snnatrod snnatrdo snnatord snnatodr snnatdor snnatdro
snnartod snnartdo snnarotd snnarodt snnardot snnardto snnaortd snnaordt snnaotrd snnaotdr snnaodtr
snnaodrt snnadrot snnadrto snnadort snnadotr snnadtor snnadtro sndntroa sndntrao sndntora sndntoar
sndntaor sndntaro sndnrtoa sndnrtao sndnrota sndnroat sndnraot sndnrato sndnorta sndnorat sndnotra
sndnotar sndnoatr sndnoart sndnarot sndnarto sndnaort sndnaotr sndnator sndnatro sndtnroa sndtnrao
sndtnora sndtnoar sndtnaor sndtnaro sndtrnoa sndtrnao sndtrona sndtroan sndtraon sndtrano sndtorna
sndtoran sndtonra sndtonar sndtoanr sndtoarn sndtaron sndtarno sndtaorn sndtaonr sndtanor sndtanro
sndrtnoa sndrtnao sndrtona sndrtoan sndrtaon sndrtano sndrntoa sndrntao sndrnota sndrnoat sndrnaot
sndrnato sndronta sndronat sndrotna sndrotan sndroatn sndroant sndranot sndranto sndraont sndraotn
sndraton sndratno sndotrna sndotran sndotnra sndotnar sndotanr sndotarn sndortna sndortan sndornta
sndornat sndorant sndoratn sndonrta sndonrat sndontra sndontar sndonatr sndonart sndoarnt sndoartn
sndoanrt sndoantr sndoatnr sndoatrn sndatron sndatrno sndatorn sndatonr sndatnor sndatnro sndarton
sndartno sndarotn sndaront sndarnot sndarnto sndaortn sndaornt sndaotrn sndaotnr sndaontr sndaonrt
sndanrot sndanrto sndanort sndanotr sndantor sndantro sntdnroa sntdnrao sntdnora sntdnoar sntdnaor
sntdnaro sntdrnoa sntdrnao sntdrona sntdroan sntdraon sntdrano sntdorna sntdoran sntdonra sntdonar
sntdoanr sntdoarn sntdaron sntdarno sntdaorn sntdaonr sntdanor sntdanro sntndroa sntndrao sntndora
sntndoar sntndaor sntndaro sntnrdoa sntnrdao sntnroda sntnroad sntnraod sntnrado sntnorda sntnorad
sntnodra sntnodar sntnoadr sntnoard sntnarod sntnardo sntnaord sntnaodr sntnador sntnadro sntrndoa
sntrndao sntrnoda sntrnoad sntrnaod sntrnado sntrdnoa sntrdnao sntrdona sntrdoan sntrdaon sntrdano
sntrodna sntrodan sntronda sntronad sntroand sntroadn sntradon sntradno sntraodn sntraond sntranod
sntrando sntonrda sntonrad sntondra sntondar sntonadr sntonard sntornda sntornad sntordna sntordan
sntoradn sntorand sntodrna sntodran sntodnra sntodnar sntodanr sntodarn sntoardn sntoarnd sntoadrn
sntoadnr sntoandr sntoanrd sntanrod sntanrdo sntanord sntanodr sntandor sntandro sntarnod sntarndo
sntarond sntarodn sntardon sntardno sntaornd sntaordn sntaonrd sntaondr sntaodnr sntaodrn sntadron
sntadrno sntadorn sntadonr sntadnor sntadnro snrdtnoa snrdtnao snrdtona snrdtoan snrdtaon snrdtano
snrdntoa snrdntao snrdnota snrdnoat snrdnaot snrdnato snrdonta snrdonat snrdotna snrdotan snrdoatn
snrdoant snrdanot snrdanto snrdaont snrdaotn snrdaton snrdatno snrtdnoa snrtdnao snrtdona snrtdoan
snrtdaon snrtdano snrtndoa snrtndao snrtnoda snrtnoad snrtnaod snrtnado snrtonda snrtonad snrtodna
snrtodan snrtoadn snrtoand snrtanod snrtando snrtaond snrtaodn snrtadon snrtadno snrntdoa snrntdao
snrntoda snrntoad snrntaod snrntado snrndtoa snrndtao snrndota snrndoat snrndaot snrndato snrnodta
snrnodat snrnotda snrnotad snrnoatd snrnoadt snrnadot snrnadto snrnaodt snrnaotd snrnatod snrnatdo
snrotnda snrotnad snrotdna snrotdan snrotadn snrotand snrontda snrontad snrondta snrondat snronadt
snronatd snrodnta snrodnat snrodtna snrodtan snrodatn snrodant snroandt snroantd snroadnt snroadtn
snroatdn snroatnd snratnod snratndo snratond snratodn snratdon snratdno snrantod snrantdo snranotd
snranodt snrandot snrandto snraontd snraondt snraotnd snraotdn snraodtn snraodnt snradnot snradnto
snradont snradotn snradton snradtno snodtrna snodtran snodtnra snodtnar snodtanr snodtarn snodrtna
snodrtan snodrnta snodrnat snodrant snodratn snodnrta snodnrat snodntra snodntar snodnatr snodnart
snodarnt snodartn snodanrt snodantr snodatnr snodatrn snotdrna snotdran snotdnra snotdnar snotdanr
snotdarn snotrdna snotrdan snotrnda snotrnad snotrand snotradn snotnrda snotnrad snotndra snotndar
snotnadr snotnard snotarnd snotardn snotanrd snotandr snotadnr snotadrn snortdna snortdan snortnda
snortnad snortand snortadn snordtna snordtan snordnta snordnat snordant snordatn snorndta snorndat
snorntda snorntad snornatd snornadt snoradnt snoradtn snorandt snorantd snoratnd snoratdn snontrda
snontrad snontdra snontdar snontadr snontard snonrtda snonrtad snonrdta snonrdat snonradt snonratd
snondrta snondrat snondtra snondtar snondatr snondart snonardt snonartd snonadrt snonadtr snonatdr
snonatrd snoatrnd snoatrdn snoatnrd snoatndr snoatdnr snoatdrn snoartnd snoartdn snoarntd snoarndt
snoardnt snoardtn snoanrtd snoanrdt snoantrd snoantdr snoandtr snoandrt snoadrnt snoadrtn snoadnrt
snoadntr snoadtnr snoadtrn snadtron snadtrno snadtorn snadtonr snadtnor snadtnro snadrton snadrtno
snadrotn snadront snadrnot snadrnto snadortn snadornt snadotrn snadotnr snadontr snadonrt snadnrot
snadnrto snadnort snadnotr snadntor snadntro snatdron snatdrno snatdorn snatdonr snatdnor snatdnro
snatrdon snatrdno snatrodn snatrond snatrnod snatrndo snatordn snatornd snatodrn snatodnr snatondr
snatonrd snatnrod snatnrdo snatnord snatnodr snatndor snatndro snartdon snartdno snartodn snartond
snartnod snartndo snardton snardtno snardotn snardont snardnot snardnto snarodtn snarodnt snarotdn
snarotnd snarontd snarondt snarndot snarndto snarnodt snarnotd snarntod snarntdo snaotrdn snaotrnd
snaotdrn snaotdnr snaotndr snaotnrd snaortdn snaortnd snaordtn snaordnt snaorndt snaorntd snaodrtn
snaodrnt snaodtrn snaodtnr snaodntr snaodnrt snaonrdt snaonrtd snaondrt snaondtr snaontdr snaontrd
snantrod snantrdo snantord snantodr snantdor snantdro snanrtod snanrtdo snanrotd snanrodt snanrdot
snanrdto snanortd snanordt snanotrd snanotdr snanodtr snanodrt snandrot snandrto snandort snandotr
snandtor snandtro

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History of cryptography
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