easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

catalo

reglorified

intransitives

herbalism

diagnostication

mittendorf

affiances

sekani

munroe

dardanius

supereconomy

erbacon

vanitas

ottoman

periglottic

gneis

nondegradation

recipiebas


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: reascending
cipher variations:
sfbtdfoejoh tgcuegpfkpi uhdvfhqglqj viewgirhmrk wjfxhjsinsl
xkgyiktjotm ylhzjlukpun zmiakmvlqvo anjblnwmrwp bokcmoxnsxq
cpldnpyotyr dqmeoqzpuzs ernfpraqvat fsogqsbrwbu gtphrtcsxcv
huqisudtydw ivrjtveuzex jwskuwfvafy kxtlvxgwbgz lyumwyhxcha
mzvnxziydib nawoyajzejc obxpzbkafkd pcyqaclbgle qdzrbdmchmf

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: reascending
Cipher: ivzhxvmwrmt

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: reascending
Cipher: BAAAA AABAA AAAAA BAAAB AAABA AABAA ABBAA AAABB ABAAA ABBAA AABBA

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: reascending
cipher variations:
sfbtdfoejohanbdhnokzotivbnlvoqpofqdbxpdowforylbhtlocvodgtbrxtoilopwjblfjouronerbvjroahoz
mzbfnzogxoluhbprhomnoxcpbzvposdojkxbjzxoytovtgcuegpfkpiboceioplapujwcomwprqpgrecyqepxgps
zmciumpdwpehucsyupjmpqxkcmgkpvspofscwkspbipanacgoaphypmvicqsipnopydqcawqptepklyckaypzupw
uhdvfhqglqjcpdfjpqmbqvkxdpnxqsrqhsfdzrfqyhqtandjvnqexqfivdtzvqknqryldnhlqwtqpgtdxltqcjqb
obdhpbqizqnwjdrtjqopqzerdbxrqufqlmzdlbzqavqxviewgirhmrkdqegkqrncrwlyeqoyrtsritgeasgrziru
boekworfyrgjweuawrlorszmeoimrxurqhueymurdkrcpceiqcrjaroxkesukrpqrafsecysrvgrmnaemcarbwry
wjfxhjsinslerfhlrsodsxmzfrpzsutsjuhfbthsajsvcpflxpsgzshkxfvbxsmpstanfpjnsyvsrivfznvselsd
qdfjrdskbspylftvlsqrsbgtfdztswhsnobfndbscxszxkgyiktjotmfsgimstpetynagsqatvutkvigcuitbktw
dqgmyqthatilygwcytnqtubogqkotzwtsjwgaowtfmteregksetlctqzmguwmtrstchugeautxitopcgoectdyta
ylhzjlukpungthjntuqfuzobhtrbuwvulwjhdvjucluxerhnzruibujmzhxdzuoruvcphrlpuaxutkxhbpxugnuf
sfhltfumduranhvxnustudivhfbvuyjupqdhpfduezubzmiakmvlqvohuikouvrgvapciuscvxwvmxkiewkvdmvy
fsioasvjcvknaiyeavpsvwdqismqvbyvulyicqyvhovgtgimugvnevsboiwyovtuvejwigcwvzkvqreiqgevfavc
anjblnwmrwpivjlpvwshwbqdjvtdwyxwnyljfxlwenwzgtjpbtwkdwlobjzfbwqtwxerjtnrwczwvmzjdrzwipwh
uhjnvhwofwtcpjxzpwuvwfkxjhdxwalwrsfjrhfwgbwdbokcmoxnsxqjwkmqwxtixcrekwuexzyxozmkgymxfoxa
hukqcuxlexmpckagcxruxyfskuosxdaxwnakesaxjqxivikowixpgxudqkyaqxvwxglykieyxbmxstgksigxhcxe
cpldnpyotyrkxlnrxyujydsflxvfyazypanlhznygpybivlrdvymfynqdlbhdysvyzgtlvptyebyxoblftbykryj
wjlpxjyqhyverlzbrywxyhmzljfzycnytuhltjhyidyfdqmeoqzpuzslymosyzvkzetgmywgzbazqbomiaozhqzc
jwmsewzngzoremcieztwzahumwquzfczypcmguczlszkxkmqykzrizwfsmacszxyzinamkgazdozuvimukizjezg
ernfpraqvatmznptzawlafuhnzxhacbarcpnjbpairadkxntfxaohapsfndjfauxabivnxrvagdazqdnhvdamtal
ylnrzlasjaxgtnbdtayzajobnlhbaepavwjnvljakfahfsogqsbrwbunaoquabxmbgvioayibdcbsdqokcqbjsbe
lyougybpibqtgoekgbvybcjwoyswbhebareoiwebnubmzmosambtkbyhuoceubzabkpcomicbfqbwxkowmkblgbi
gtphrtcsxcvobprvbcynchwjpbzjcedcterpldrcktcfmzpvhzcqjcruhpflhcwzcdkxpztxcifcbsfpjxfcovcn
anptbnculczivpdfvcabclqdpnjdcgrcxylpxnlcmhcjhuqisudtydwpcqswcdzodixkqcakdfedufsqmesdludg
naqwiadrkdsviqgmidxadelyqauydjgdctgqkygdpwdoboqucodvmdajwqegwdbcdmreqokedhsdyzmqyomdnidk
ivrjtveuzexqdrtxdeapejylrdblegfevgtrnftemvehobrxjbesletwjrhnjeybefmzrbvzekheduhrlzheqxep
cprvdpewnebkxrfhxecdensfrplfeitezanrzpneojeljwskuwfvafyresuyefbqfkzmsecmfhgfwhusogufnwfi
pcsykcftmfuxksiokfzcfgnascwaflifevismaifryfqdqsweqfxofclysgiyfdefotgsqmgfjufabosaqofpkfm
kxtlvxgwbgzsftvzfgcrglantfdngihgxivtphvgoxgjqdtzldgungvyltjplgadghobtdxbgmjgfwjtnbjgszgr
ertxfrgypgdmzthjzgefgpuhtrnhgkvgbcptbrpgqlgnlyumwyhxchatguwaghdshmbougeohjihyjwuqiwhpyhk
reuamehvohwzmukqmhbehipcueychnkhgxkuockhtahsfsuygshzqhenauikahfghqviusoihlwhcdqucsqhrmho
mzvnxziydibuhvxbhietincpvhfpikjizkxvrjxiqzilsfvbnfiwpixanvlrnicfijqdvfzdiolihylvpdliubit
gtvzhtiarifobvjlbighirwjvtpjimxidervdtrisnipnawoyajzejcviwycijfujodqwigqjlkjalywskyjrajm
tgwcogjxqjybowmsojdgjkrewgaejpmjizmwqemjvcjuhuwaiujbsjgpcwkmcjhijsxkwuqkjnyjefsweusjtojq
obxpzbkafkdwjxzdjkgvkperxjhrkmlkbmzxtlzksbknuhxdphkyrkzcpxntpkehklsfxhbfkqnkjanxrfnkwdkv
ivxbjvkctkhqdxlndkijktylxvrlkozkfgtxfvtkupkrpcyqaclbglexkyaeklhwlqfsykislnmlcnayumaltclo
viyeqilzsladqyouqlfilmtgyicglrolkboysgolxelwjwyckwldulireymoeljkluzmywsmlpalghuygwulvqls
qdzrbdmchmfylzbflmixmrgtzljtmonmdobzvnbmudmpwjzfrjmatmberzpvrmgjmnuhzjdhmspmlcpzthpmyfmx
kxzdlxmevmjsfznpfmklmvanzxtnmqbmhivzhxvmwrmtreascendingzmacgmnjynshuamkunponepcawocnvenq
xkagsknbuncfsaqwsnhknoviakeintqnmdqauiqnzgnylyaemynfwnktgaoqgnlmnwboayuonrcnijwaiywnxsnu

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: reascending
Cipher: ernfpraqvat

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: reascending
Cipher: 2451113431513341423322

Extended Methods:
Method #1

Plaintext: reascending
method variations:
wkfxhksiosmbplcnpxotxrguqhsuctycwmzvnxzhydhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e a s c e n d i n g 
2 5 1 3 3 5 3 4 4 3 2 
4 1 1 4 1 1 3 1 2 3 2 
They are then read out in rows:
2513353443241141131232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: reascending
Cipher: wlxsoradlfh

Read more ...
Method #3

Plaintext: reascending
method variations:
yalovlsqmhg alovlsqmhgy lovlsqmhgya
ovlsqmhgyal vlsqmhgyalo lsqmhgyalov
sqmhgyalovl qmhgyalovls mhgyalovlsq
hgyalovlsqm gyalovlsqmh

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: reascending

first 5040 cipher variations(39615626 total)
reascending reascendign reascendnig reascendngi reascendgni reascendgin reascenidng reascenidgn reascenindg reasceningd
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reasndengci reasndengic reasndeginc reasndegicn reasndegnic reasndegnci reasndegcni reasndegcin reasndiecng reasndiecgn
reasndiencg reasndiengc reasndiegnc reasndiegcn reasndiceng reasndicegn reasndicneg reasndicnge reasndicgne reasndicgen
reasndinceg reasndincge reasndinecg reasndinegc reasndingec reasndingce reasndigcne reasndigcen reasndignce reasndignec
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reasdeinncg reasdeinngc reasdeincng reasdeincgn reasdeingcn reasdeingnc reasdeignnc reasdeigncn reasdeignnc reasdeigncn
reasdeigcnn reasdeigcnn reasdencing reasdencign reasdencnig reasdencngi reasdencgni reasdencgin reasdenicng reasdenicgn
reasdenincg reasdeningc reasdenignc reasdenigcn reasdennicg reasdennigc reasdenncig reasdenncgi reasdenngci reasdenngic
reasdenginc reasdengicn reasdengnic reasdengnci reasdengcni reasdengcin reasdegcinn reasdegcinn reasdegcnin reasdegcnni
reasdegcnni reasdegcnin reasdegicnn reasdegicnn reasdegincn reasdeginnc reasdeginnc reasdegincn reasdegnicn reasdegninc
reasdegncin reasdegncni reasdegnnci reasdegnnic reasdegninc reasdegnicn reasdegnnic reasdegnnci reasdegncni reasdegncin
reasdnecing reasdnecign reasdnecnig reasdnecngi reasdnecgni reasdnecgin reasdneicng reasdneicgn reasdneincg reasdneingc
reasdneignc reasdneigcn reasdnenicg reasdnenigc reasdnencig reasdnencgi reasdnengci reasdnengic reasdneginc reasdnegicn
reasdnegnic reasdnegnci reasdnegcni reasdnegcin reasdnceing reasdnceign reasdncenig reasdncengi reasdncegni reasdncegin
reasdncieng reasdnciegn reasdncineg reasdncinge reasdncigne reasdncigen reasdncnieg reasdncnige reasdncneig reasdncnegi
reasdncngei reasdncngie reasdncgine reasdncgien reasdncgnie reasdncgnei reasdncgeni reasdncgein reasdniceng reasdnicegn
reasdnicneg reasdnicnge reasdnicgne reasdnicgen reasdniecng reasdniecgn reasdniencg reasdniengc reasdniegnc reasdniegcn
reasdninecg reasdninegc reasdninceg reasdnincge reasdningce reasdningec reasdnigenc reasdnigecn reasdnignec reasdnignce
reasdnigcne reasdnigcen reasdnncieg reasdnncige reasdnnceig reasdnncegi reasdnncgei reasdnncgie reasdnniceg reasdnnicge
reasdnniecg reasdnniegc reasdnnigec reasdnnigce reasdnneicg reasdnneigc reasdnnecig reasdnnecgi reasdnnegci reasdnnegic
reasdnngiec reasdnngice reasdnngeic reasdnngeci reasdnngcei reasdnngcie reasdngcine reasdngcien reasdngcnie reasdngcnei
reasdngceni reasdngcein reasdngicne reasdngicen reasdngince reasdnginec reasdngienc reasdngiecn reasdngnice reasdngniec
reasdngncie reasdngncei reasdngneci reasdngneic reasdngeinc reasdngeicn reasdngenic reasdngenci reasdngecni reasdngecin
reasdcneing reasdcneign reasdcnenig reasdcnengi reasdcnegni reasdcnegin reasdcnieng reasdcniegn reasdcnineg reasdcninge
reasdcnigne reasdcnigen reasdcnnieg reasdcnnige reasdcnneig reasdcnnegi reasdcnngei reasdcnngie reasdcngine reasdcngien
reasdcngnie reasdcngnei reasdcngeni reasdcngein reasdcening reasdcenign reasdcennig reasdcenngi reasdcengni reasdcengin
reasdceinng reasdceingn reasdceinng reasdceingn reasdceignn reasdceignn reasdcening reasdcenign reasdcennig reasdcenngi
reasdcengni reasdcengin reasdceginn reasdceginn reasdcegnin reasdcegnni reasdcegnni reasdcegnin reasdcienng reasdciengn
reasdcienng reasdciengn reasdciegnn reasdciegnn reasdcineng reasdcinegn reasdcinneg reasdcinnge reasdcingne reasdcingen
reasdcinneg reasdcinnge reasdcineng reasdcinegn reasdcingen reasdcingne reasdcignne reasdcignen reasdcignne reasdcignen
reasdcigenn reasdcigenn reasdcneing reasdcneign reasdcnenig reasdcnengi reasdcnegni reasdcnegin reasdcnieng reasdcniegn
reasdcnineg reasdcninge reasdcnigne reasdcnigen reasdcnnieg reasdcnnige reasdcnneig reasdcnnegi reasdcnngei reasdcnngie
reasdcngine reasdcngien reasdcngnie reasdcngnei reasdcngeni reasdcngein reasdcgeinn reasdcgeinn reasdcgenin reasdcgenni
reasdcgenni reasdcgenin reasdcgienn reasdcgienn reasdcginen reasdcginne reasdcginne reasdcginen reasdcgnien reasdcgnine
reasdcgnein reasdcgneni reasdcgnnei reasdcgnnie reasdcgnine reasdcgnien reasdcgnnie reasdcgnnei reasdcgneni reasdcgnein
reasdinceng reasdincegn reasdincneg reasdincnge reasdincgne reasdincgen reasdinecng reasdinecgn reasdinencg reasdinengc
reasdinegnc reasdinegcn reasdinnecg reasdinnegc reasdinnceg reasdinncge reasdinngce reasdinngec reasdingenc reasdingecn
reasdingnec reasdingnce reasdingcne reasdingcen reasdicneng reasdicnegn reasdicnneg reasdicnnge reasdicngne reasdicngen
reasdicenng reasdicengn reasdicenng reasdicengn reasdicegnn reasdicegnn reasdicneng reasdicnegn reasdicnneg reasdicnnge
reasdicngne reasdicngen reasdicgenn reasdicgenn reasdicgnen reasdicgnne reasdicgnne reasdicgnen reasdiecnng reasdiecngn
reasdiecnng reasdiecngn reasdiecgnn reasdiecgnn reasdiencng reasdiencgn reasdienncg reasdienngc reasdiengnc reasdiengcn
reasdienncg reasdienngc reasdiencng reasdiencgn reasdiengcn reasdiengnc reasdiegnnc reasdiegncn reasdiegnnc reasdiegncn
reasdiegcnn reasdiegcnn reasdinceng reasdincegn reasdincneg reasdincnge reasdincgne reasdincgen reasdinecng reasdinecgn
reasdinencg reasdinengc reasdinegnc reasdinegcn reasdinnecg reasdinnegc reasdinnceg reasdinncge reasdinngce reasdinngec
reasdingenc reasdingecn reasdingnec reasdingnce reasdingcne reasdingcen reasdigcenn reasdigcenn reasdigcnen reasdigcnne
reasdigcnne reasdigcnen reasdigecnn reasdigecnn reasdigencn reasdigennc reasdigennc reasdigencn reasdignecn reasdignenc
reasdigncen reasdigncne reasdignnce reasdignnec reasdignenc reasdignecn reasdignnec reasdignnce reasdigncne reasdigncen
reasdnncieg reasdnncige reasdnnceig reasdnncegi reasdnncgei reasdnncgie reasdnniceg reasdnnicge reasdnniecg reasdnniegc
reasdnnigec reasdnnigce reasdnneicg reasdnneigc reasdnnecig reasdnnecgi reasdnnegci reasdnnegic reasdnngiec reasdnngice
reasdnngeic reasdnngeci reasdnngcei reasdnngcie reasdncnieg reasdncnige reasdncneig reasdncnegi reasdncngei reasdncngie
reasdncineg reasdncinge reasdncieng reasdnciegn reasdncigen reasdncigne reasdnceing reasdnceign reasdncenig reasdncengi
reasdncegni reasdncegin reasdncgien reasdncgine reasdncgein reasdncgeni reasdncgnei reasdncgnie reasdnicneg reasdnicnge
reasdniceng reasdnicegn reasdnicgen reasdnicgne reasdninceg reasdnincge reasdninecg reasdninegc reasdningec reasdningce
reasdniencg reasdniengc reasdniecng reasdniecgn reasdniegcn reasdniegnc reasdnignec reasdnignce reasdnigenc reasdnigecn
reasdnigcen reasdnigcne reasdnecing reasdnecign reasdnecnig reasdnecngi reasdnecgni reasdnecgin reasdneicng reasdneicgn
reasdneincg reasdneingc reasdneignc reasdneigcn reasdnenicg reasdnenigc reasdnencig reasdnencgi reasdnengci reasdnengic
reasdneginc reasdnegicn reasdnegnic reasdnegnci reasdnegcni reasdnegcin reasdngcien reasdngcine reasdngcein reasdngceni
reasdngcnei reasdngcnie reasdngicen reasdngicne reasdngiecn reasdngienc reasdnginec reasdngince reasdngeicn reasdngeinc
reasdngecin reasdngecni reasdngenci reasdngenic reasdngniec reasdngnice reasdngneic reasdngneci reasdngncei reasdngncie
reasdgncine reasdgncien reasdgncnie reasdgncnei reasdgnceni reasdgncein reasdgnicne reasdgnicen reasdgnince reasdgninec
reasdgnienc reasdgniecn reasdgnnice reasdgnniec reasdgnncie reasdgnncei reasdgnneci reasdgnneic reasdgneinc reasdgneicn
reasdgnenic reasdgnenci reasdgnecni reasdgnecin reasdgcnine reasdgcnien reasdgcnnie reasdgcnnei reasdgcneni reasdgcnein
reasdgcinne reasdgcinen reasdgcinne reasdgcinen reasdgcienn reasdgcienn reasdgcnine reasdgcnien reasdgcnnie reasdgcnnei
reasdgcneni reasdgcnein reasdgceinn reasdgceinn reasdgcenin reasdgcenni reasdgcenni reasdgcenin reasdgicnne reasdgicnen
reasdgicnne reasdgicnen reasdgicenn reasdgicenn reasdgincne reasdgincen reasdginnce reasdginnec reasdginenc reasdginecn
reasdginnce reasdginnec reasdgincne reasdgincen reasdginecn reasdginenc reasdgiennc reasdgiencn reasdgiennc reasdgiencn
reasdgiecnn reasdgiecnn reasdgncine reasdgncien reasdgncnie reasdgncnei reasdgnceni reasdgncein reasdgnicne reasdgnicen
reasdgnince reasdgninec reasdgnienc reasdgniecn reasdgnnice reasdgnniec reasdgnncie reasdgnncei reasdgnneci reasdgnneic
reasdgneinc reasdgneicn reasdgnenic reasdgnenci reasdgnecni reasdgnecin reasdgecinn reasdgecinn reasdgecnin reasdgecnni
reasdgecnni reasdgecnin reasdgeicnn reasdgeicnn reasdgeincn reasdgeinnc reasdgeinnc reasdgeincn reasdgenicn reasdgeninc
reasdgencin reasdgencni reasdgennci reasdgennic reasdgeninc reasdgenicn reasdgennic reasdgennci reasdgencni reasdgencin
reasiendcng reasiendcgn reasiendncg reasiendngc reasiendgnc reasiendgcn reasiencdng reasiencdgn reasiencndg reasiencngd
reasiencgnd reasiencgdn reasienncdg reasienncgd reasienndcg reasienndgc reasienngdc reasienngcd reasiengcnd reasiengcdn
reasiengncd reasiengndc reasiengdnc reasiengdcn reasiedncng reasiedncgn reasiednncg reasiednngc reasiedngnc reasiedngcn
reasiedcnng reasiedcngn reasiedcnng reasiedcngn reasiedcgnn reasiedcgnn reasiedncng reasiedncgn reasiednncg reasiednngc
reasiedngnc reasiedngcn reasiedgcnn reasiedgcnn reasiedgncn reasiedgnnc reasiedgnnc reasiedgncn reasiecdnng reasiecdngn
reasiecdnng reasiecdngn reasiecdgnn reasiecdgnn reasiecndng reasiecndgn reasiecnndg reasiecnngd reasiecngnd reasiecngdn
reasiecnndg reasiecnngd reasiecndng reasiecndgn reasiecngdn reasiecngnd reasiecgnnd reasiecgndn reasiecgnnd reasiecgndn
reasiecgdnn reasiecgdnn reasiendcng reasiendcgn reasiendncg reasiendngc reasiendgnc reasiendgcn reasiencdng reasiencdgn
reasiencndg reasiencngd reasiencgnd reasiencgdn reasienncdg reasienncgd reasienndcg reasienndgc reasienngdc reasienngcd
reasiengcnd reasiengcdn reasiengncd reasiengndc reasiengdnc reasiengdcn reasiegdcnn reasiegdcnn reasiegdncn reasiegdnnc
reasiegdnnc reasiegdncn reasiegcdnn reasiegcdnn reasiegcndn reasiegcnnd reasiegcnnd reasiegcndn reasiegncdn reasiegncnd
reasiegndcn reasiegndnc reasiegnndc reasiegnncd reasiegncnd reasiegncdn reasiegnncd reasiegnndc reasiegndnc reasiegndcn
reasinedcng reasinedcgn reasinedncg reasinedngc reasinedgnc reasinedgcn reasinecdng reasinecdgn reasinecndg reasinecngd
reasinecgnd reasinecgdn reasinencdg reasinencgd reasinendcg reasinendgc reasinengdc reasinengcd reasinegcnd reasinegcdn
reasinegncd reasinegndc reasinegdnc reasinegdcn reasindecng reasindecgn reasindencg reasindengc reasindegnc reasindegcn
reasindceng reasindcegn reasindcneg reasindcnge reasindcgne reasindcgen reasindnceg reasindncge reasindnecg reasindnegc
reasindngec reasindngce reasindgcne reasindgcen reasindgnce reasindgnec reasindgenc reasindgecn reasincdeng reasincdegn
reasincdneg reasincdnge reasincdgne reasincdgen reasincedng reasincedgn reasincendg reasincengd reasincegnd reasincegdn
reasincnedg reasincnegd reasincndeg reasincndge reasincngde reasincnged reasincgend reasincgedn reasincgned reasincgnde
reasincgdne reasincgden reasinndceg reasinndcge reasinndecg reasinndegc reasinndgec reasinndgce reasinncdeg reasinncdge
reasinncedg reasinncegd reasinncged reasinncgde reasinnecdg reasinnecgd reasinnedcg reasinnedgc reasinnegdc reasinnegcd
reasinngced reasinngcde reasinngecd reasinngedc reasinngdec reasinngdce reasingdcne reasingdcen reasingdnce reasingdnec
reasingdenc reasingdecn reasingcdne reasingcden reasingcnde reasingcned reasingcend reasingcedn reasingncde reasingnced
reasingndce reasingndec reasingnedc reasingnecd reasingecnd reasingecdn reasingencd reasingendc reasingednc reasingedcn
reasidnecng reasidnecgn reasidnencg reasidnengc reasidnegnc reasidnegcn reasidnceng reasidncegn reasidncneg reasidncnge
reasidncgne reasidncgen reasidnnceg reasidnncge reasidnnecg reasidnnegc reasidnngec reasidnngce reasidngcne reasidngcen
reasidngnce reasidngnec reasidngenc reasidngecn reasidencng reasidencgn reasidenncg reasidenngc reasidengnc reasidengcn
reasidecnng reasidecngn reasidecnng reasidecngn reasidecgnn reasidecgnn reasidencng reasidencgn reasidenncg reasidenngc
reasidengnc reasidengcn reasidegcnn reasidegcnn reasidegncn reasidegnnc reasidegnnc reasidegncn reasidcenng reasidcengn
reasidcenng reasidcengn reasidcegnn reasidcegnn reasidcneng reasidcnegn reasidcnneg reasidcnnge reasidcngne reasidcngen
reasidcnneg reasidcnnge reasidcneng reasidcnegn reasidcngen reasidcngne reasidcgnne reasidcgnen reasidcgnne reasidcgnen
reasidcgenn reasidcgenn reasidnecng reasidnecgn reasidnencg reasidnengc reasidnegnc reasidnegcn reasidnceng reasidncegn
reasidncneg reasidncnge reasidncgne reasidncgen reasidnnceg reasidnncge reasidnnecg reasidnnegc reasidnngec reasidnngce
reasidngcne reasidngcen reasidngnce reasidngnec reasidngenc reasidngecn reasidgecnn reasidgecnn reasidgencn reasidgennc
reasidgennc reasidgencn reasidgcenn reasidgcenn reasidgcnen reasidgcnne reasidgcnne reasidgcnen reasidgncen reasidgncne
reasidgnecn reasidgnenc reasidgnnec reasidgnnce reasidgncne reasidgncen reasidgnnce reasidgnnec reasidgnenc reasidgnecn
reasicndeng reasicndegn reasicndneg reasicndnge reasicndgne reasicndgen reasicnedng reasicnedgn reasicnendg reasicnengd
reasicnegnd reasicnegdn reasicnnedg reasicnnegd reasicnndeg reasicnndge reasicnngde reasicnnged reasicngend reasicngedn
reasicngned reasicngnde reasicngdne reasicngden reasicdneng reasicdnegn reasicdnneg reasicdnnge reasicdngne reasicdngen
reasicdenng reasicdengn reasicdenng reasicdengn reasicdegnn reasicdegnn reasicdneng reasicdnegn reasicdnneg reasicdnnge
reasicdngne reasicdngen reasicdgenn reasicdgenn reasicdgnen reasicdgnne reasicdgnne reasicdgnen reasicednng reasicedngn
reasicednng reasicedngn reasicedgnn reasicedgnn reasicendng reasicendgn reasicenndg reasicenngd reasicengnd reasicengdn
reasicenndg reasicenngd reasicendng reasicendgn reasicengdn reasicengnd reasicegnnd reasicegndn reasicegnnd reasicegndn
reasicegdnn reasicegdnn reasicndeng reasicndegn reasicndneg reasicndnge reasicndgne reasicndgen reasicnedng reasicnedgn
reasicnendg reasicnengd reasicnegnd reasicnegdn reasicnnedg reasicnnegd reasicnndeg reasicnndge reasicnngde reasicnnged
reasicngend reasicngedn reasicngned reasicngnde reasicngdne reasicngden reasicgdenn reasicgdenn reasicgdnen reasicgdnne
reasicgdnne reasicgdnen reasicgednn reasicgednn reasicgendn reasicgennd reasicgennd reasicgendn reasicgnedn reasicgnend
reasicgnden reasicgndne reasicgnnde reasicgnned reasicgnend reasicgnedn reasicgnned reasicgnnde reasicgndne reasicgnden
reasinndceg reasinndcge reasinndecg reasinndegc reasinndgec reasinndgce reasinncdeg reasinncdge reasinncedg reasinncegd
reasinncged reasinncgde reasinnecdg reasinnecgd reasinnedcg reasinnedgc reasinnegdc reasinnegcd reasinngced reasinngcde
reasinngecd reasinngedc reasinngdec reasinngdce reasindnceg reasindncge reasindnecg reasindnegc reasindngec reasindngce
reasindcneg reasindcnge reasindceng reasindcegn reasindcgen reasindcgne reasindecng reasindecgn reasindencg reasindengc
reasindegnc reasindegcn reasindgcen reasindgcne reasindgecn reasindgenc reasindgnec reasindgnce reasincdneg reasincdnge
reasincdeng reasincdegn reasincdgen reasincdgne reasincndeg reasincndge reasincnedg reasincnegd reasincnged reasincngde
reasincendg reasincengd reasincedng reasincedgn reasincegdn reasincegnd reasincgned reasincgnde reasincgend reasincgedn
reasincgden reasincgdne reasinedcng reasinedcgn reasinedncg reasinedngc reasinedgnc reasinedgcn reasinecdng reasinecdgn
reasinecndg reasinecngd reasinecgnd reasinecgdn reasinencdg reasinencgd reasinendcg reasinendgc reasinengdc reasinengcd
reasinegcnd reasinegcdn reasinegncd reasinegndc reasinegdnc reasinegdcn reasingdcen reasingdcne reasingdecn reasingdenc
reasingdnec reasingdnce reasingcden reasingcdne reasingcedn reasingcend reasingcned reasingcnde reasingecdn reasingecnd
reasingedcn reasingednc reasingendc reasingencd reasingnced reasingncde reasingnecd reasingnedc reasingndec reasingndce
reasigndcne reasigndcen reasigndnce reasigndnec reasigndenc reasigndecn reasigncdne reasigncden reasigncnde reasigncned
reasigncend reasigncedn reasignncde reasignnced reasignndce reasignndec reasignnedc reasignnecd reasignecnd reasignecdn
reasignencd reasignendc reasignednc reasignedcn reasigdncne reasigdncen reasigdnnce reasigdnnec reasigdnenc reasigdnecn
reasigdcnne reasigdcnen reasigdcnne reasigdcnen reasigdcenn reasigdcenn reasigdncne reasigdncen reasigdnnce reasigdnnec
reasigdnenc reasigdnecn reasigdecnn reasigdecnn reasigdencn reasigdennc reasigdennc reasigdencn reasigcdnne reasigcdnen
reasigcdnne reasigcdnen reasigcdenn reasigcdenn reasigcndne reasigcnden reasigcnnde reasigcnned reasigcnend reasigcnedn
reasigcnnde reasigcnned reasigcndne reasigcnden reasigcnedn reasigcnend reasigcennd reasigcendn reasigcennd reasigcendn
reasigcednn reasigcednn reasigndcne reasigndcen reasigndnce reasigndnec reasigndenc reasigndecn reasigncdne reasigncden
reasigncnde reasigncned reasigncend reasigncedn reasignncde reasignnced reasignndce reasignndec reasignnedc reasignnecd
reasignecnd reasignecdn reasignencd reasignendc reasignednc reasignedcn reasigedcnn reasigedcnn reasigedncn reasigednnc
reasigednnc reasigedncn reasigecdnn reasigecdnn reasigecndn reasigecnnd reasigecnnd reasigecndn reasigencdn reasigencnd
reasigendcn reasigendnc reasigenndc reasigenncd reasigencnd reasigencdn reasigenncd reasigenndc reasigendnc reasigendcn
reasnendicg reasnendigc reasnendcig reasnendcgi reasnendgci reasnendgic reasnenidcg reasnenidgc reasnenicdg reasnenicgd
reasnenigcd reasnenigdc reasnencidg reasnencigd reasnencdig reasnencdgi reasnencgdi reasnencgid reasnengicd reasnengidc
reasnengcid reasnengcdi reasnengdci reasnengdic reasnednicg reasnednigc reasnedncig reasnedncgi reasnedngci reasnedngic
reasnedincg reasnedingc reasnedicng reasnedicgn reasnedigcn reasnedignc reasnedcing reasnedcign reasnedcnig reasnedcngi
reasnedcgni reasnedcgin reasnedgicn reasnedginc reasnedgcin reasnedgcni reasnedgnci reasnedgnic reasneidncg reasneidngc
reasneidcng reasneidcgn reasneidgcn reasneidgnc reasneindcg reasneindgc reasneincdg reasneincgd reasneingcd reasneingdc
reasneicndg reasneicngd reasneicdng reasneicdgn reasneicgdn reasneicgnd reasneigncd reasneigndc reasneigcnd reasneigcdn
reasneigdcn reasneigdnc reasnecding reasnecdign reasnecdnig reasnecdngi reasnecdgni reasnecdgin reasnecidng reasnecidgn
reasnecindg reasnecingd reasnecignd reasnecigdn reasnecnidg reasnecnigd reasnecndig reasnecndgi reasnecngdi reasnecngid
reasnecgind reasnecgidn reasnecgnid reasnecgndi reasnecgdni reasnecgdin reasnegdicn reasnegdinc reasnegdcin reasnegdcni
reasnegdnci reasnegdnic reasnegidcn reasnegidnc reasnegicdn reasnegicnd reasnegincd reasnegindc reasnegcidn reasnegcind
reasnegcdin reasnegcdni reasnegcndi reasnegcnid reasnegnicd reasnegnidc reasnegncid reasnegncdi reasnegndci reasnegndic
reasnnedicg reasnnedigc reasnnedcig reasnnedcgi reasnnedgci reasnnedgic reasnneidcg reasnneidgc reasnneicdg reasnneicgd
reasnneigcd reasnneigdc reasnnecidg reasnnecigd reasnnecdig reasnnecdgi reasnnecgdi reasnnecgid reasnnegicd reasnnegidc
reasnnegcid reasnnegcdi reasnnegdci reasnnegdic reasnndeicg reasnndeigc reasnndecig reasnndecgi reasnndegci reasnndegic
reasnndiecg reasnndiegc reasnndiceg reasnndicge reasnndigce reasnndigec reasnndcieg reasnndcige reasnndceig reasnndcegi
reasnndcgei reasnndcgie reasnndgice reasnndgiec reasnndgcie reasnndgcei reasnndgeci reasnndgeic reasnnidecg reasnnidegc
reasnnidceg reasnnidcge reasnnidgce reasnnidgec reasnniedcg reasnniedgc reasnniecdg reasnniecgd reasnniegcd reasnniegdc
reasnnicedg reasnnicegd reasnnicdeg reasnnicdge reasnnicgde reasnnicged reasnnigecd reasnnigedc reasnnigced reasnnigcde
reasnnigdce reasnnigdec reasnncdieg reasnncdige reasnncdeig reasnncdegi reasnncdgei reasnncdgie reasnncideg reasnncidge
reasnnciedg reasnnciegd reasnnciged reasnncigde reasnnceidg reasnnceigd reasnncedig reasnncedgi reasnncegdi reasnncegid
reasnncgied reasnncgide reasnncgeid reasnncgedi reasnncgdei reasnncgdie reasnngdice reasnngdiec reasnngdcie reasnngdcei
reasnngdeci reasnngdeic reasnngidce reasnngidec reasnngicde reasnngiced reasnngiecd reasnngiedc reasnngcide reasnngcied
reasnngcdie reasnngcdei reasnngcedi reasnngceid reasnngeicd reasnngeidc reasnngecid reasnngecdi reasnngedci reasnngedic
reasndneicg reasndneigc reasndnecig reasndnecgi reasndnegci reasndnegic reasndniecg reasndniegc reasndniceg reasndnicge
reasndnigce reasndnigec reasndncieg reasndncige reasndnceig reasndncegi reasndncgei reasndncgie reasndngice reasndngiec
reasndngcie reasndngcei reasndngeci reasndngeic reasndenicg reasndenigc reasndencig reasndencgi reasndengci reasndengic
reasndeincg reasndeingc reasndeicng reasndeicgn reasndeigcn reasndeignc reasndecing reasndecign reasndecnig reasndecngi
reasndecgni reasndecgin reasndegicn reasndeginc reasndegcin reasndegcni reasndegnci reasndegnic reasndiencg reasndiengc
reasndiecng reasndiecgn reasndiegcn reasndiegnc reasndinecg reasndinegc reasndinceg reasndincge reasndingce reasndingec
reasndicneg reasndicnge reasndiceng reasndicegn reasndicgen reasndicgne reasndignce reasndignec reasndigcne reasndigcen
reasndigecn reasndigenc reasndceing reasndceign reasndcenig reasndcengi reasndcegni reasndcegin reasndcieng reasndciegn
reasndcineg reasndcinge reasndcigne reasndcigen reasndcnieg reasndcnige reasndcneig reasndcnegi reasndcngei reasndcngie
reasndcgine reasndcgien reasndcgnie reasndcgnei reasndcgeni reasndcgein reasndgeicn reasndgeinc reasndgecin reasndgecni
reasndgenci reasndgenic reasndgiecn reasndgienc reasndgicen reasndgicne reasndgince reasndginec reasndgcien reasndgcine
reasndgcein reasndgceni reasndgcnei reasndgcnie reasndgnice reasndgniec reasndgncie reasndgncei reasndgneci reasndgneic
reasnindecg reasnindegc reasnindceg reasnindcge reasnindgce reasnindgec reasninedcg reasninedgc reasninecdg reasninecgd
reasninegcd reasninegdc reasnincedg reasnincegd reasnincdeg reasnincdge reasnincgde reasnincged reasningecd reasningedc
reasningced reasningcde reasningdce reasningdec reasnidnecg reasnidnegc reasnidnceg reasnidncge reasnidngce reasnidngec
reasnidencg reasnidengc reasnidecng reasnidecgn reasnidegcn reasnidegnc reasnidceng reasnidcegn reasnidcneg reasnidcnge
reasnidcgne reasnidcgen reasnidgecn reasnidgenc reasnidgcen reasnidgcne reasnidgnce reasnidgnec reasniedncg reasniedngc
reasniedcng reasniedcgn reasniedgcn reasniedgnc reasniendcg reasniendgc reasniencdg reasniencgd reasniengcd reasniengdc
reasniecndg reasniecngd reasniecdng reasniecdgn reasniecgdn reasniecgnd reasniegncd reasniegndc reasniegcnd reasniegcdn
reasniegdcn reasniegdnc reasnicdeng reasnicdegn reasnicdneg reasnicdnge reasnicdgne reasnicdgen reasnicedng reasnicedgn
reasnicendg reasnicengd reasnicegnd reasnicegdn reasnicnedg reasnicnegd reasnicndeg reasnicndge reasnicngde reasnicnged
reasnicgend reasnicgedn reasnicgned reasnicgnde reasnicgdne reasnicgden reasnigdecn reasnigdenc reasnigdcen reasnigdcne
reasnigdnce reasnigdnec reasnigedcn reasnigednc reasnigecdn reasnigecnd reasnigencd reasnigendc reasnigcedn reasnigcend
reasnigcden reasnigcdne reasnigcnde reasnigcned reasnignecd reasnignedc reasnignced reasnigncde reasnigndce reasnigndec
reasncndieg reasncndige reasncndeig reasncndegi reasncndgei reasncndgie reasncnideg reasncnidge reasncniedg reasncniegd
reasncniged reasncnigde reasncneidg reasncneigd reasncnedig reasncnedgi reasncnegdi reasncnegid reasncngied reasncngide
reasncngeid reasncngedi reasncngdei reasncngdie reasncdnieg reasncdnige reasncdneig reasncdnegi reasncdngei reasncdngie
reasncdineg reasncdinge reasncdieng reasncdiegn reasncdigen reasncdigne reasncdeing reasncdeign reasncdenig reasncdengi
reasncdegni reasncdegin reasncdgien reasncdgine reasncdgein reasncdgeni reasncdgnei reasncdgnie reasncidneg reasncidnge
reasncideng reasncidegn reasncidgen reasncidgne reasncindeg reasncindge reasncinedg reasncinegd reasncinged reasncingde
reasnciendg reasnciengd reasnciedng reasnciedgn reasnciegdn reasnciegnd reasncigned reasncignde reasncigend reasncigedn
reasncigden reasncigdne reasnceding reasncedign reasncednig reasncedngi reasncedgni reasncedgin reasnceidng reasnceidgn
reasnceindg reasnceingd reasnceignd reasnceigdn reasncenidg reasncenigd reasncendig reasncendgi reasncengdi reasncengid
reasncegind reasncegidn reasncegnid reasncegndi reasncegdni reasncegdin reasncgdien reasncgdine reasncgdein reasncgdeni
reasncgdnei reasncgdnie reasncgiden reasncgidne reasncgiedn reasncgiend reasncgined reasncginde reasncgeidn reasncgeind
reasncgedin reasncgedni reasncgendi reasncgenid reasncgnied reasncgnide reasncgneid reasncgnedi reasncgndei reasncgndie
reasngndice reasngndiec reasngndcie reasngndcei reasngndeci reasngndeic reasngnidce reasngnidec reasngnicde reasngniced
reasngniecd reasngniedc reasngncide reasngncied reasngncdie reasngncdei reasngncedi reasngnceid reasngneicd reasngneidc
reasngnecid reasngnecdi reasngnedci reasngnedic reasngdnice reasngdniec reasngdncie reasngdncei reasngdneci reasngdneic
reasngdince reasngdinec reasngdicne reasngdicen reasngdiecn reasngdienc reasngdcine reasngdcien reasngdcnie reasngdcnei
reasngdceni reasngdcein reasngdeicn reasngdeinc reasngdecin reasngdecni reasngdenci reasngdenic reasngidnce reasngidnec
reasngidcne reasngidcen reasngidecn reasngidenc reasngindce reasngindec reasngincde reasnginced reasnginecd reasnginedc
reasngicnde reasngicned reasngicdne reasngicden reasngicedn reasngicend reasngiencd reasngiendc reasngiecnd reasngiecdn
reasngiedcn reasngiednc reasngcdine reasngcdien reasngcdnie reasngcdnei reasngcdeni reasngcdein reasngcidne reasngciden
reasngcinde reasngcined reasngciend reasngciedn reasngcnide reasngcnied reasngcndie reasngcndei reasngcnedi reasngcneid
reasngceind reasngceidn reasngcenid reasngcendi reasngcedni reasngcedin reasngedicn reasngedinc reasngedcin reasngedcni
reasngednci reasngednic reasngeidcn reasngeidnc reasngeicdn reasngeicnd reasngeincd reasngeindc reasngecidn reasngecind
reasngecdin reasngecdni reasngecndi reasngecnid reasngenicd reasngenidc reasngencid reasngencdi reasngendci reasngendic
reasgendinc reasgendicn reasgendnic reasgendnci reasgendcni reasgendcin reasgenidnc reasgenidcn reasgenindc reasgenincd
reasgenicnd reasgenicdn reasgennidc reasgennicd reasgenndic reasgenndci reasgenncdi reasgenncid reasgencind reasgencidn
reasgencnid reasgencndi reasgencdni reasgencdin reasgedninc reasgednicn reasgednnic reasgednnci reasgedncni reasgedncin
reasgedinnc reasgedincn reasgedinnc reasgedincn reasgedicnn reasgedicnn reasgedninc reasgednicn reasgednnic reasgednnci
reasgedncni reasgedncin reasgedcinn reasgedcinn reasgedcnin reasgedcnni reasgedcnni reasgedcnin reasgeidnnc reasgeidncn
reasgeidnnc reasgeidncn reasgeidcnn reasgeidcnn reasgeindnc reasgeindcn reasgeinndc reasgeinncd reasgeincnd reasgeincdn
reasgeinndc reasgeinncd reasgeindnc reasgeindcn reasgeincdn reasgeincnd reasgeicnnd reasgeicndn reasgeicnnd reasgeicndn
reasgeicdnn reasgeicdnn reasgendinc reasgendicn reasgendnic reasgendnci reasgendcni reasgendcin reasgenidnc reasgenidcn
reasgenindc reasgenincd reasgenicnd reasgenicdn reasgennidc reasgennicd reasgenndic reasgenndci reasgenncdi reasgenncid
reasgencind reasgencidn reasgencnid reasgencndi reasgencdni reasgencdin reasgecdinn reasgecdinn reasgecdnin reasgecdnni
reasgecdnni reasgecdnin reasgecidnn reasgecidnn reasgecindn reasgecinnd reasgecinnd reasgecindn reasgecnidn reasgecnind
reasgecndin reasgecndni reasgecnndi reasgecnnid reasgecnind reasgecnidn reasgecnnid reasgecnndi reasgecndni reasgecndin
reasgnedinc reasgnedicn reasgnednic reasgnednci reasgnedcni reasgnedcin reasgneidnc reasgneidcn reasgneindc reasgneincd
reasgneicnd reasgneicdn reasgnenidc reasgnenicd reasgnendic reasgnendci reasgnencdi reasgnencid reasgnecind reasgnecidn
reasgnecnid reasgnecndi reasgnecdni reasgnecdin reasgndeinc reasgndeicn reasgndenic reasgndenci reasgndecni reasgndecin
reasgndienc reasgndiecn reasgndinec reasgndince reasgndicne reasgndicen reasgndniec reasgndnice reasgndneic reasgndneci
reasgndncei reasgndncie reasgndcine reasgndcien reasgndcnie reasgndcnei reasgndceni reasgndcein reasgnidenc reasgnidecn
reasgnidnec reasgnidnce reasgnidcne reasgnidcen reasgniednc reasgniedcn reasgniendc reasgniencd reasgniecnd reasgniecdn
reasgninedc reasgninecd reasgnindec reasgnindce reasgnincde reasgninced reasgnicend reasgnicedn reasgnicned reasgnicnde
reasgnicdne reasgnicden reasgnndiec reasgnndice reasgnndeic reasgnndeci reasgnndcei reasgnndcie reasgnnidec reasgnnidce
reasgnniedc reasgnniecd reasgnniced reasgnnicde reasgnneidc reasgnneicd reasgnnedic reasgnnedci reasgnnecdi reasgnnecid
reasgnncied reasgnncide reasgnnceid reasgnncedi reasgnncdei reasgnncdie reasgncdine reasgncdien reasgncdnie reasgncdnei
reasgncdeni reasgncdein reasgncidne reasgnciden reasgncinde reasgncined reasgnciend reasgnciedn reasgncnide reasgncnied
reasgncndie reasgncndei reasgncnedi reasgncneid reasgnceind reasgnceidn reasgncenid reasgncendi reasgncedni reasgncedin
reasgdneinc reasgdneicn reasgdnenic reasgdnenci reasgdnecni reasgdnecin reasgdnienc reasgdniecn reasgdninec reasgdnince
reasgdnicne reasgdnicen reasgdnniec reasgdnnice reasgdnneic reasgdnneci reasgdnncei reasgdnncie reasgdncine reasgdncien
reasgdncnie reasgdncnei reasgdnceni reasgdncein reasgdeninc reasgdenicn reasgdennic reasgdennci reasgdencni reasgdencin
reasgdeinnc reasgdeincn reasgdeinnc reasgdeincn reasgdeicnn reasgdeicnn reasgdeninc reasgdenicn reasgdennic reasgdennci
reasgdencni reasgdencin reasgdecinn reasgdecinn reasgdecnin reasgdecnni reasgdecnni reasgdecnin reasgdiennc reasgdiencn
reasgdiennc reasgdiencn reasgdiecnn reasgdiecnn reasgdinenc reasgdinecn reasgdinnec reasgdinnce reasgdincne reasgdincen
reasgdinnec reasgdinnce reasgdinenc reasgdinecn reasgdincen reasgdincne reasgdicnne reasgdicnen reasgdicnne reasgdicnen
reasgdicenn reasgdicenn reasgdneinc reasgdneicn reasgdnenic reasgdnenci reasgdnecni reasgdnecin reasgdnienc reasgdniecn
reasgdninec reasgdnince reasgdnicne reasgdnicen reasgdnniec reasgdnnice reasgdnneic reasgdnneci reasgdnncei reasgdnncie
reasgdncine reasgdncien reasgdncnie reasgdncnei reasgdnceni reasgdncein reasgdceinn reasgdceinn reasgdcenin reasgdcenni
reasgdcenni reasgdcenin reasgdcienn reasgdcienn reasgdcinen reasgdcinne reasgdcinne reasgdcinen reasgdcnien reasgdcnine
reasgdcnein reasgdcneni reasgdcnnei reasgdcnnie reasgdcnine reasgdcnien reasgdcnnie reasgdcnnei reasgdcneni reasgdcnein
reasgindenc reasgindecn reasgindnec reasgindnce reasgindcne reasgindcen reasginednc reasginedcn reasginendc reasginencd
reasginecnd reasginecdn reasginnedc reasginnecd reasginndec reasginndce reasginncde reasginnced reasgincend reasgincedn
reasgincned reasgincnde reasgincdne reasgincden reasgidnenc reasgidnecn reasgidnnec reasgidnnce reasgidncne reasgidncen
reasgidennc reasgidencn reasgidennc reasgidencn reasgidecnn reasgidecnn reasgidnenc reasgidnecn reasgidnnec reasgidnnce
reasgidncne reasgidncen reasgidcenn reasgidcenn reasgidcnen reasgidcnne reasgidcnne reasgidcnen reasgiednnc reasgiedncn
reasgiednnc reasgiedncn reasgiedcnn reasgiedcnn reasgiendnc reasgiendcn reasgienndc reasgienncd reasgiencnd reasgiencdn
reasgienndc reasgienncd reasgiendnc reasgiendcn reasgiencdn reasgiencnd reasgiecnnd reasgiecndn reasgiecnnd reasgiecndn
reasgiecdnn reasgiecdnn reasgindenc reasgindecn reasgindnec reasgindnce reasgindcne reasgindcen reasginednc reasginedcn
reasginendc reasginencd reasginecnd reasginecdn reasginnedc reasginnecd reasginndec reasginndce reasginncde reasginnced
reasgincend reasgincedn reasgincned reasgincnde reasgincdne reasgincden reasgicdenn reasgicdenn reasgicdnen reasgicdnne
reasgicdnne reasgicdnen reasgicednn reasgicednn reasgicendn reasgicennd reasgicennd reasgicendn reasgicnedn reasgicnend
reasgicnden reasgicndne reasgicnnde reasgicnned reasgicnend reasgicnedn reasgicnned reasgicnnde reasgicndne reasgicnden
reasgnndiec reasgnndice reasgnndeic reasgnndeci reasgnndcei reasgnndcie reasgnnidec reasgnnidce reasgnniedc reasgnniecd
reasgnniced reasgnnicde reasgnneidc reasgnneicd reasgnnedic reasgnnedci reasgnnecdi reasgnnecid reasgnncied reasgnncide
reasgnnceid reasgnncedi reasgnncdei reasgnncdie reasgndniec reasgndnice reasgndneic reasgndneci reasgndncei reasgndncie
reasgndinec reasgndince reasgndienc reasgndiecn reasgndicen reasgndicne reasgndeinc reasgndeicn reasgndenic reasgndenci
reasgndecni reasgndecin reasgndcien reasgndcine reasgndcein reasgndceni reasgndcnei reasgndcnie reasgnidnec reasgnidnce
reasgnidenc reasgnidecn reasgnidcen reasgnidcne reasgnindec reasgnindce reasgninedc reasgninecd reasgninced reasgnincde
reasgniendc reasgniencd reasgniednc reasgniedcn reasgniecdn reasgniecnd reasgnicned reasgnicnde reasgnicend reasgnicedn
reasgnicden reasgnicdne reasgnedinc reasgnedicn reasgnednic reasgnednci reasgnedcni reasgnedcin reasgneidnc reasgneidcn
reasgneindc reasgneincd reasgneicnd reasgneicdn reasgnenidc reasgnenicd reasgnendic reasgnendci reasgnencdi reasgnencid
reasgnecind reasgnecidn reasgnecnid reasgnecndi reasgnecdni reasgnecdin reasgncdien reasgncdine reasgncdein reasgncdeni
reasgncdnei reasgncdnie reasgnciden reasgncidne reasgnciedn reasgnciend reasgncined reasgncinde reasgnceidn reasgnceind
reasgncedin reasgncedni reasgncendi reasgncenid reasgncnied reasgncnide reasgncneid reasgncnedi reasgncndei reasgncndie
reasgcndine reasgcndien reasgcndnie reasgcndnei reasgcndeni reasgcndein reasgcnidne reasgcniden reasgcninde reasgcnined
reasgcniend reasgcniedn reasgcnnide reasgcnnied reasgcnndie reasgcnndei reasgcnnedi reasgcnneid reasgcneind reasgcneidn
reasgcnenid reasgcnendi reasgcnedni reasgcnedin reasgcdnine reasgcdnien reasgcdnnie reasgcdnnei reasgcdneni reasgcdnein
reasgcdinne reasgcdinen reasgcdinne reasgcdinen reasgcdienn reasgcdienn reasgcdnine reasgcdnien reasgcdnnie reasgcdnnei
reasgcdneni reasgcdnein reasgcdeinn reasgcdeinn reasgcdenin reasgcdenni reasgcdenni reasgcdenin reasgcidnne reasgcidnen
reasgcidnne reasgcidnen reasgcidenn reasgcidenn reasgcindne reasgcinden reasgcinnde reasgcinned reasgcinend reasgcinedn
reasgcinnde reasgcinned reasgcindne reasgcinden reasgcinedn reasgcinend reasgciennd reasgciendn reasgciennd reasgciendn
reasgciednn reasgciednn reasgcndine reasgcndien reasgcndnie reasgcndnei reasgcndeni reasgcndein reasgcnidne reasgcniden
reasgcninde reasgcnined reasgcniend reasgcniedn reasgcnnide reasgcnnied reasgcnndie reasgcnndei reasgcnnedi reasgcnneid
reasgcneind reasgcneidn reasgcnenid reasgcnendi reasgcnedni reasgcnedin reasgcedinn reasgcedinn reasgcednin reasgcednni
reasgcednni reasgcednin reasgceidnn reasgceidnn reasgceindn reasgceinnd reasgceinnd reasgceindn reasgcenidn reasgcenind
reasgcendin reasgcendni reasgcenndi reasgcennid reasgcenind reasgcenidn reasgcennid reasgcenndi reasgcendni reasgcendin

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History of cryptography
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