easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

aegerrimeque

arcturus

cobblerless

limpkin

osteomancy

lectureproof

tedmund

vaccinal

orhonsoy

shapy

grizzliest

wickerman

bedgery

preromantic

diacaustic

redigested

flovilla

northhumberland


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: adiantum
cipher variations:
bejbouvn cfkcpvwo dgldqwxp ehmerxyq finfsyzr
gjogtzas hkphuabt ilqivbcu jmrjwcdv knskxdew
lotlyefx mpumzfgy nqvnaghz orwobhia psxpcijb
qtyqdjkc ruzrekld svasflme twbtgmnf uxcuhnog
vydvioph wzewjpqi xafxkqrj ybgylrsk zchzmstl

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: adiantum
Cipher: zwrzmgfn

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: adiantum
Cipher: AAAAA AAABB ABAAA AAAAA ABBAA BAABA BAABB ABABB

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: adiantum
cipher variations:
bejbouvnbkzbogjlbqpbosxjbwfboelhbcvboqzfbilbocndburboapzbahbomdx
bgxboyrvbmnbokftbsdbowtrbytboihpcfkcpvwoclacphkmcrqcptykcxgcpfmi
cdwcpragcjmcpdoecvscpbqacbicpneychycpzswcnocplguctecpxusczucpjiq
dgldqwxpdmbdqilndsrdquzldyhdqgnjdexdqsbhdkndqepfdwtdqcrbdcjdqofz
dizdqatxdopdqmhvdufdqyvtdavdqkjrehmerxyqencerjmoetservamezierhok
efyertcieloerfqgexuerdscedkerpgaejaerbuyepqerniwevgerzwuebwerlks
finfsyzrfodfsknpfutfswbnfajfsiplfgzfsudjfmpfsgrhfyvfsetdfelfsqhb
fkbfscvzfqrfsojxfwhfsaxvfcxfsmltgjogtzasgpegtloqgvugtxcogbkgtjqm
ghagtvekgnqgthsigzwgtfuegfmgtricglcgtdwagrsgtpkygxigtbywgdygtnmu
hkphuabthqfhumprhwvhuydphclhukrnhibhuwflhorhuitjhaxhugvfhgnhusjd
hmdhuexbhsthuqlzhyjhuczxhezhuonvilqivbcuirgivnqsixwivzeqidmivlso
ijcivxgmipsivjukibyivhwgihoivtkeineivfycituivrmaizkivdayifaivpow
jmrjwcdvjshjwortjyxjwafrjenjwmtpjkdjwyhnjqtjwkvljczjwixhjipjwulf
jofjwgzdjuvjwsnbjaljwebzjgbjwqpxknskxdewktikxpsukzykxbgskfokxnuq
klekxziokrukxlwmkdakxjyikjqkxvmgkpgkxhaekvwkxtockbmkxfcakhckxrqy
lotlyefxlujlyqtvlazlychtlgplyovrlmflyajplsvlymxnleblykzjlkrlywnh
lqhlyibflwxlyupdlcnlygdblidlysrzmpumzfgymvkmzruwmbamzdiumhqmzpws
mngmzbkqmtwmznyomfcmzlakmlsmzxoimrimzjcgmxymzvqemdomzhecmjemztsa
nqvnaghznwlnasvxncbnaejvnirnaqxtnohnaclrnuxnaozpngdnamblnmtnaypj
nsjnakdhnyznawrfnepnaifdnkfnautborwobhiaoxmobtwyodcobfkwojsobryu
opiobdmsovyobpaqoheobncmonuobzqkotkobleiozaobxsgofqobjgeolgobvuc
psxpcijbpynpcuxzpedpcglxpktpcszvpqjpcentpwzpcqbrpifpcodnpovpcarl
pulpcmfjpabpcythpgrpckhfpmhpcwvdqtyqdjkcqzoqdvyaqfeqdhmyqluqdtaw
qrkqdfouqxaqdrcsqjgqdpeoqpwqdbsmqvmqdngkqbcqdzuiqhsqdligqniqdxwe
ruzrekldraprewzbrgfreinzrmvreubxrslregpvrybresdtrkhreqfprqxrectn
rwnreohlrcdreavjritremjhrojreyxfsvasflmesbqsfxacshgsfjoasnwsfvcy
stmsfhqwszcsfteuslisfrgqsrysfduosxosfpimsdesfbwksjusfnkispksfzyg
twbtgmnftcrtgybdtihtgkpbtoxtgwdztuntgirxtadtgufvtmjtgshrtsztgevp
typtgqjnteftgcxltkvtgoljtqltgazhuxcuhnogudsuhzceujiuhlqcupyuhxea
uvouhjsyubeuhvgwunkuhtisutauhfwquzquhrkoufguhdymulwuhpmkurmuhbai
vydviophvetviadfvkjvimrdvqzviyfbvwpviktzvcfviwhxvolviujtvubvigxr
varvislpvghvieznvmxviqnlvsnvicbjwzewjpqiwfuwjbegwlkwjnsewrawjzgc
wxqwjluawdgwjxiywpmwjvkuwvcwjhyswbswjtmqwhiwjfaownywjromwtowjdck
xafxkqrjxgvxkcfhxmlxkotfxsbxkahdxyrxkmvbxehxkyjzxqnxkwlvxwdxkizt
xctxkunrxijxkgbpxozxkspnxupxkedlybgylrskyhwyldgiynmylpugytcylbie
yzsylnwcyfiylzkayroylxmwyxeyljauyduylvosyjkylhcqypayltqoyvqylfem
zchzmstlzixzmehjzonzmqvhzudzmcjfzatzmoxdzgjzmalbzspzmynxzyfzmkbv
zevzmwptzklzmidrzqbzmurpzwrzmgfnadiantumajyanfikapoanrwiaveandkg
abuanpyeahkanbmcatqanzoyazganlcwafwanxqualmanjesarcanvsqaxsanhgo

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,

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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: adiantum
Cipher: nqvnaghz

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: adiantum
Cipher: 1141421133445423

Extended Methods:
Method #1

Plaintext: adiantum
method variations:
fiofsyzrlotlxdewqtyqcikbvydvhopg

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a d i a n t u m 
1 4 4 1 3 4 5 2 
1 1 2 1 3 4 4 3 
They are then read out in rows:
1441345211213443
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: adiantum
Cipher: qdskabso

Read more ...
Method #3

Plaintext: adiantum
method variations:
qqblsyic qblsyicq blsyicqq
lsyicqqb syicqqbl yicqqbls
icqqblsy cqqblsyi

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: adiantum

first 5040 cipher variations(40320 total)
adiantum adiantmu adianutm adianumt adianmut adianmtu adiatnum adiatnmu adiatunm adiatumn adiatmun
adiatmnu adiautnm adiautmn adiauntm adiaunmt adiaumnt adiaumtn adiamtun adiamtnu adiamutn adiamunt
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adintuma adintmua adintmau adinutam adinutma adinuatm adinuamt adinumat adinumta adinmtua adinmtau
adinmuta adinmuat adinmaut adinmatu aditnaum aditnamu aditnuam aditnuma aditnmua aditnmau aditanum
aditanmu aditaunm aditaumn aditamun aditamnu adituanm adituamn aditunam aditunma aditumna adituman
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aitndamu aitnduam aitnduma aitndmua aitndmau aitnudam aitnudma aitnuadm aitnuamd aitnumad aitnumda
aitnmdua aitnmdau aitnmuda aitnmuad aitnmaud aitnmadu aitdnaum aitdnamu aitdnuam aitdnuma aitdnmua
aitdnmau aitdanum aitdanmu aitdaunm aitdaumn aitdamun aitdamnu aitduanm aitduamn aitdunam aitdunma
aitdumna aitduman aitdmaun aitdmanu aitdmuan aitdmuna aitdmnua aitdmnau aitundam aitundma aitunadm
aitunamd aitunmad aitunmda aitudnam aitudnma aitudanm aitudamn aitudman aitudmna aituadnm aituadmn
aituandm aituanmd aituamnd aituamdn aitumdan aitumdna aitumadn aitumand aitumnad aitumnda aitmndua
aitmndau aitmnuda aitmnuad aitmnaud aitmnadu aitmdnua aitmdnau aitmduna aitmduan aitmdaun aitmdanu
aitmudna aitmudan aitmunda aitmunad aitmuand aitmuadn aitmadun aitmadnu aitmaudn aitmaund aitmanud
aitmandu aiuantdm aiuantmd aiuandtm aiuandmt aiuanmdt aiuanmtd aiuatndm aiuatnmd aiuatdnm aiuatdmn
aiuatmdn aiuatmnd aiuadtnm aiuadtmn aiuadntm aiuadnmt aiuadmnt aiuadmtn aiuamtdn aiuamtnd aiuamdtn
aiuamdnt aiuamndt aiuamntd aiunatdm aiunatmd aiunadtm aiunadmt aiunamdt aiunamtd aiuntadm aiuntamd
aiuntdam aiuntdma aiuntmda aiuntmad aiundtam aiundtma aiundatm aiundamt aiundmat aiundmta aiunmtda
aiunmtad aiunmdta aiunmdat aiunmadt aiunmatd aiutnadm aiutnamd aiutndam aiutndma aiutnmda aiutnmad
aiutandm aiutanmd aiutadnm aiutadmn aiutamdn aiutamnd aiutdanm aiutdamn aiutdnam aiutdnma aiutdmna
aiutdman aiutmadn aiutmand aiutmdan aiutmdna aiutmnda aiutmnad aiudntam aiudntma aiudnatm aiudnamt
aiudnmat aiudnmta aiudtnam aiudtnma aiudtanm aiudtamn aiudtman aiudtmna aiudatnm aiudatmn aiudantm
aiudanmt aiudamnt aiudamtn aiudmtan aiudmtna aiudmatn aiudmant aiudmnat aiudmnta aiumntda aiumntad
aiumndta aiumndat aiumnadt aiumnatd aiumtnda aiumtnad aiumtdna aiumtdan aiumtadn aiumtand aiumdtna
aiumdtan aiumdnta aiumdnat aiumdant aiumdatn aiumatdn aiumatnd aiumadtn aiumadnt aiumandt aiumantd
aimantud aimantdu aimanutd aimanudt aimandut aimandtu aimatnud aimatndu aimatund aimatudn aimatdun
aimatdnu aimautnd aimautdn aimauntd aimaundt aimaudnt aimaudtn aimadtun aimadtnu aimadutn aimadunt
aimadnut aimadntu aimnatud aimnatdu aimnautd aimnaudt aimnadut aimnadtu aimntaud aimntadu aimntuad
aimntuda aimntdua aimntdau aimnutad aimnutda aimnuatd aimnuadt aimnudat aimnudta aimndtua aimndtau
aimnduta aimnduat aimndaut aimndatu aimtnaud aimtnadu aimtnuad aimtnuda aimtndua aimtndau aimtanud
aimtandu aimtaund aimtaudn aimtadun aimtadnu aimtuand aimtuadn aimtunad aimtunda aimtudna aimtudan
aimtdaun aimtdanu aimtduan aimtduna aimtdnua aimtdnau aimuntad aimuntda aimunatd aimunadt aimundat
aimundta aimutnad aimutnda aimutand aimutadn aimutdan aimutdna aimuatnd aimuatdn aimuantd aimuandt
aimuadnt aimuadtn aimudtan aimudtna aimudatn aimudant aimudnat aimudnta aimdntua aimdntau aimdnuta
aimdnuat aimdnaut aimdnatu aimdtnua aimdtnau aimdtuna aimdtuan aimdtaun aimdtanu aimdutna aimdutan
aimdunta aimdunat aimduant aimduatn aimdatun aimdatnu aimdautn aimdaunt aimdanut aimdantu aaidntum
aaidntmu aaidnutm aaidnumt aaidnmut aaidnmtu aaidtnum aaidtnmu aaidtunm aaidtumn aaidtmun aaidtmnu
aaidutnm aaidutmn aaiduntm aaidunmt aaidumnt aaidumtn aaidmtun aaidmtnu aaidmutn aaidmunt aaidmnut
aaidmntu aaindtum aaindtmu aaindutm aaindumt aaindmut aaindmtu aaintdum aaintdmu aaintudm aaintumd
aaintmud aaintmdu aainutdm aainutmd aainudtm aainudmt aainumdt aainumtd aainmtud aainmtdu aainmutd
aainmudt aainmdut aainmdtu aaitndum aaitndmu aaitnudm aaitnumd aaitnmud aaitnmdu aaitdnum aaitdnmu
aaitdunm aaitdumn aaitdmun aaitdmnu aaitudnm aaitudmn aaitundm aaitunmd aaitumnd aaitumdn aaitmdun
aaitmdnu aaitmudn aaitmund aaitmnud aaitmndu aaiuntdm aaiuntmd aaiundtm aaiundmt aaiunmdt aaiunmtd
aaiutndm aaiutnmd aaiutdnm aaiutdmn aaiutmdn aaiutmnd aaiudtnm aaiudtmn aaiudntm aaiudnmt aaiudmnt
aaiudmtn aaiumtdn aaiumtnd aaiumdtn aaiumdnt aaiumndt aaiumntd aaimntud aaimntdu aaimnutd aaimnudt
aaimndut aaimndtu aaimtnud aaimtndu aaimtund aaimtudn aaimtdun aaimtdnu aaimutnd aaimutdn aaimuntd
aaimundt aaimudnt aaimudtn aaimdtun aaimdtnu aaimdutn aaimdunt aaimdnut aaimdntu aadintum aadintmu
aadinutm aadinumt aadinmut aadinmtu aaditnum aaditnmu aaditunm aaditumn aaditmun aaditmnu aadiutnm
aadiutmn aadiuntm aadiunmt aadiumnt aadiumtn aadimtun aadimtnu aadimutn aadimunt aadimnut aadimntu
aadnitum aadnitmu aadniutm aadniumt aadnimut aadnimtu aadntium aadntimu aadntuim aadntumi aadntmui
aadntmiu aadnutim aadnutmi aadnuitm aadnuimt aadnumit aadnumti aadnmtui aadnmtiu aadnmuti aadnmuit
aadnmiut aadnmitu aadtnium aadtnimu aadtnuim aadtnumi aadtnmui aadtnmiu aadtinum aadtinmu aadtiunm
aadtiumn aadtimun aadtimnu aadtuinm aadtuimn aadtunim aadtunmi aadtumni aadtumin aadtmiun aadtminu
aadtmuin aadtmuni aadtmnui aadtmniu aaduntim aaduntmi aadunitm aadunimt aadunmit aadunmti aadutnim
aadutnmi aadutinm aadutimn aadutmin aadutmni aaduitnm aaduitmn aaduintm aaduinmt aaduimnt aaduimtn
aadumtin aadumtni aadumitn aadumint aadumnit aadumnti aadmntui aadmntiu aadmnuti aadmnuit aadmniut
aadmnitu aadmtnui aadmtniu aadmtuni aadmtuin aadmtiun aadmtinu aadmutni aadmutin aadmunti aadmunit
aadmuint aadmuitn aadmitun aadmitnu aadmiutn aadmiunt aadminut aadmintu aanditum aanditmu aandiutm
aandiumt aandimut aandimtu aandtium aandtimu aandtuim aandtumi aandtmui aandtmiu aandutim aandutmi
aanduitm aanduimt aandumit aandumti aandmtui aandmtiu aandmuti aandmuit aandmiut aandmitu aanidtum
aanidtmu aanidutm aanidumt aanidmut aanidmtu aanitdum aanitdmu aanitudm aanitumd aanitmud aanitmdu
aaniutdm aaniutmd aaniudtm aaniudmt aaniumdt aaniumtd aanimtud aanimtdu aanimutd aanimudt aanimdut
aanimdtu aantidum aantidmu aantiudm aantiumd aantimud aantimdu aantdium aantdimu aantduim aantdumi
aantdmui aantdmiu aantudim aantudmi aantuidm aantuimd aantumid aantumdi aantmdui aantmdiu aantmudi
aantmuid aantmiud aantmidu aanuitdm aanuitmd aanuidtm aanuidmt aanuimdt aanuimtd aanutidm aanutimd
aanutdim aanutdmi aanutmdi aanutmid aanudtim aanudtmi aanuditm aanudimt aanudmit aanudmti aanumtdi
aanumtid aanumdti aanumdit aanumidt aanumitd aanmitud aanmitdu aanmiutd aanmiudt aanmidut aanmidtu
aanmtiud aanmtidu aanmtuid aanmtudi aanmtdui aanmtdiu aanmutid aanmutdi aanmuitd aanmuidt aanmudit
aanmudti aanmdtui aanmdtiu aanmduti aanmduit aanmdiut aanmditu aatdnium aatdnimu aatdnuim aatdnumi
aatdnmui aatdnmiu aatdinum aatdinmu aatdiunm aatdiumn aatdimun aatdimnu aatduinm aatduimn aatdunim
aatdunmi aatdumni aatdumin aatdmiun aatdminu aatdmuin aatdmuni aatdmnui aatdmniu aatndium aatndimu
aatnduim aatndumi aatndmui aatndmiu aatnidum aatnidmu aatniudm aatniumd aatnimud aatnimdu aatnuidm
aatnuimd aatnudim aatnudmi aatnumdi aatnumid aatnmiud aatnmidu aatnmuid aatnmudi aatnmdui aatnmdiu
aatindum aatindmu aatinudm aatinumd aatinmud aatinmdu aatidnum aatidnmu aatidunm aatidumn aatidmun
aatidmnu aatiudnm aatiudmn aatiundm aatiunmd aatiumnd aatiumdn aatimdun aatimdnu aatimudn aatimund
aatimnud aatimndu aatunidm aatunimd aatundim aatundmi aatunmdi aatunmid aatuindm aatuinmd aatuidnm
aatuidmn aatuimdn aatuimnd aatudinm aatudimn aatudnim aatudnmi aatudmni aatudmin aatumidn aatumind
aatumdin aatumdni aatumndi aatumnid aatmniud aatmnidu aatmnuid aatmnudi aatmndui aatmndiu aatminud
aatmindu aatmiund aatmiudn aatmidun aatmidnu aatmuind aatmuidn aatmunid aatmundi aatmudni aatmudin
aatmdiun aatmdinu aatmduin aatmduni aatmdnui aatmdniu aaudntim aaudntmi aaudnitm aaudnimt aaudnmit
aaudnmti aaudtnim aaudtnmi aaudtinm aaudtimn aaudtmin aaudtmni aauditnm aauditmn aaudintm aaudinmt
aaudimnt aaudimtn aaudmtin aaudmtni aaudmitn aaudmint aaudmnit aaudmnti aaundtim aaundtmi aaunditm
aaundimt aaundmit aaundmti aauntdim aauntdmi aauntidm aauntimd aauntmid aauntmdi aaunitdm aaunitmd
aaunidtm aaunidmt aaunimdt aaunimtd aaunmtid aaunmtdi aaunmitd aaunmidt aaunmdit aaunmdti aautndim
aautndmi aautnidm aautnimd aautnmid aautnmdi aautdnim aautdnmi aautdinm aautdimn aautdmin aautdmni
aautidnm aautidmn aautindm aautinmd aautimnd aautimdn aautmdin aautmdni aautmidn aautmind aautmnid
aautmndi aauintdm aauintmd aauindtm aauindmt aauinmdt aauinmtd aauitndm aauitnmd aauitdnm aauitdmn
aauitmdn aauitmnd aauidtnm aauidtmn aauidntm aauidnmt aauidmnt aauidmtn aauimtdn aauimtnd aauimdtn
aauimdnt aauimndt aauimntd aaumntid aaumntdi aaumnitd aaumnidt aaumndit aaumndti aaumtnid aaumtndi
aaumtind aaumtidn aaumtdin aaumtdni aaumitnd aaumitdn aaumintd aaumindt aaumidnt aaumidtn aaumdtin
aaumdtni aaumditn aaumdint aaumdnit aaumdnti aamdntui aamdntiu aamdnuti aamdnuit aamdniut aamdnitu
aamdtnui aamdtniu aamdtuni aamdtuin aamdtiun aamdtinu aamdutni aamdutin aamdunti aamdunit aamduint
aamduitn aamditun aamditnu aamdiutn aamdiunt aamdinut aamdintu aamndtui aamndtiu aamnduti aamnduit
aamndiut aamnditu aamntdui aamntdiu aamntudi aamntuid aamntiud aamntidu aamnutdi aamnutid aamnudti
aamnudit aamnuidt aamnuitd aamnitud aamnitdu aamniutd aamniudt aamnidut aamnidtu aamtndui aamtndiu
aamtnudi aamtnuid aamtniud aamtnidu aamtdnui aamtdniu aamtduni aamtduin aamtdiun aamtdinu aamtudni
aamtudin aamtundi aamtunid aamtuind aamtuidn aamtidun aamtidnu aamtiudn aamtiund aamtinud aamtindu
aamuntdi aamuntid aamundti aamundit aamunidt aamunitd aamutndi aamutnid aamutdni aamutdin aamutidn
aamutind aamudtni aamudtin aamudnti aamudnit aamudint aamuditn aamuitdn aamuitnd aamuidtn aamuidnt
aamuindt aamuintd aamintud aamintdu aaminutd aaminudt aamindut aamindtu aamitnud aamitndu aamitund
aamitudn aamitdun aamitdnu aamiutnd aamiutdn aamiuntd aamiundt aamiudnt aamiudtn aamidtun aamidtnu
aamidutn aamidunt aamidnut aamidntu aniadtum aniadtmu aniadutm aniadumt aniadmut aniadmtu aniatdum
aniatdmu aniatudm aniatumd aniatmud aniatmdu aniautdm aniautmd aniaudtm aniaudmt aniaumdt aniaumtd
aniamtud aniamtdu aniamutd aniamudt aniamdut aniamdtu anidatum anidatmu anidautm anidaumt anidamut
anidamtu anidtaum anidtamu anidtuam anidtuma anidtmua anidtmau anidutam anidutma aniduatm aniduamt
anidumat anidumta anidmtua anidmtau anidmuta anidmuat anidmaut anidmatu anitdaum anitdamu anitduam
anitduma anitdmua anitdmau anitadum anitadmu anitaudm anitaumd anitamud anitamdu anituadm anituamd
anitudam anitudma anitumda anitumad anitmaud anitmadu anitmuad anitmuda anitmdua anitmdau aniudtam
aniudtma aniudatm aniudamt aniudmat aniudmta aniutdam aniutdma aniutadm aniutamd aniutmad aniutmda
aniuatdm aniuatmd aniuadtm aniuadmt aniuamdt aniuamtd aniumtad aniumtda aniumatd aniumadt aniumdat
aniumdta animdtua animdtau animduta animduat animdaut animdatu animtdua animtdau animtuda animtuad
animtaud animtadu animutda animutad animudta animudat animuadt animuatd animatud animatdu animautd
animaudt animadut animadtu anaidtum anaidtmu anaidutm anaidumt anaidmut anaidmtu anaitdum anaitdmu
anaitudm anaitumd anaitmud anaitmdu anaiutdm anaiutmd anaiudtm anaiudmt anaiumdt anaiumtd anaimtud
anaimtdu anaimutd anaimudt anaimdut anaimdtu anaditum anaditmu anadiutm anadiumt anadimut anadimtu
anadtium anadtimu anadtuim anadtumi anadtmui anadtmiu anadutim anadutmi anaduitm anaduimt anadumit
anadumti anadmtui anadmtiu anadmuti anadmuit anadmiut anadmitu anatdium anatdimu anatduim anatdumi
anatdmui anatdmiu anatidum anatidmu anatiudm anatiumd anatimud anatimdu anatuidm anatuimd anatudim
anatudmi anatumdi anatumid anatmiud anatmidu anatmuid anatmudi anatmdui anatmdiu anaudtim anaudtmi
anauditm anaudimt anaudmit anaudmti anautdim anautdmi anautidm anautimd anautmid anautmdi anauitdm
anauitmd anauidtm anauidmt anauimdt anauimtd anaumtid anaumtdi anaumitd anaumidt anaumdit anaumdti
anamdtui anamdtiu anamduti anamduit anamdiut anamditu anamtdui anamtdiu anamtudi anamtuid anamtiud
anamtidu anamutdi anamutid anamudti anamudit anamuidt anamuitd anamitud anamitdu anamiutd anamiudt
anamidut anamidtu andaitum andaitmu andaiutm andaiumt andaimut andaimtu andatium andatimu andatuim
andatumi andatmui andatmiu andautim andautmi andauitm andauimt andaumit andaumti andamtui andamtiu
andamuti andamuit andamiut andamitu andiatum andiatmu andiautm andiaumt andiamut andiamtu anditaum
anditamu andituam andituma anditmua anditmau andiutam andiutma andiuatm andiuamt andiumat andiumta
andimtua andimtau andimuta andimuat andimaut andimatu andtiaum andtiamu andtiuam andtiuma andtimua
andtimau andtaium andtaimu andtauim andtaumi andtamui andtamiu andtuaim andtuami andtuiam andtuima
andtumia andtumai andtmaui andtmaiu andtmuai andtmuia andtmiua andtmiau anduitam anduitma anduiatm
anduiamt anduimat anduimta andutiam andutima andutaim andutami andutmai andutmia anduatim anduatmi
anduaitm anduaimt anduamit anduamti andumtai andumtia andumati andumait andumiat andumita andmitua
andmitau andmiuta andmiuat andmiaut andmiatu andmtiua andmtiau andmtuia andmtuai andmtaui andmtaiu
andmutia andmutai andmuita andmuiat andmuait andmuati andmatui andmatiu andmauti andmauit andmaiut
andmaitu antadium antadimu antaduim antadumi antadmui antadmiu antaidum antaidmu antaiudm antaiumd
antaimud antaimdu antauidm antauimd antaudim antaudmi antaumdi antaumid antamiud antamidu antamuid
antamudi antamdui antamdiu antdaium antdaimu antdauim antdaumi antdamui antdamiu antdiaum antdiamu
antdiuam antdiuma antdimua antdimau antduiam antduima antduaim antduami antdumai antdumia antdmiua
antdmiau antdmuia antdmuai antdmaui antdmaiu antidaum antidamu antiduam antiduma antidmua antidmau
antiadum antiadmu antiaudm antiaumd antiamud antiamdu antiuadm antiuamd antiudam antiudma antiumda
antiumad antimaud antimadu antimuad antimuda antimdua antimdau antudiam antudima antudaim antudami
antudmai antudmia antuidam antuidma antuiadm antuiamd antuimad antuimda antuaidm antuaimd antuadim
antuadmi antuamdi antuamid antumiad antumida antumaid antumadi antumdai antumdia antmdiua antmdiau
antmduia antmduai antmdaui antmdaiu antmidua antmidau antmiuda antmiuad antmiaud antmiadu antmuida
antmuiad antmudia antmudai antmuadi antmuaid antmaiud antmaidu antmauid antmaudi antmadui antmadiu
anuadtim anuadtmi anuaditm anuadimt anuadmit anuadmti anuatdim anuatdmi anuatidm anuatimd anuatmid
anuatmdi anuaitdm anuaitmd anuaidtm anuaidmt anuaimdt anuaimtd anuamtid anuamtdi anuamitd anuamidt
anuamdit anuamdti anudatim anudatmi anudaitm anudaimt anudamit anudamti anudtaim anudtami anudtiam
anudtima anudtmia anudtmai anuditam anuditma anudiatm anudiamt anudimat anudimta anudmtia anudmtai
anudmita anudmiat anudmait anudmati anutdaim anutdami anutdiam anutdima anutdmia anutdmai anutadim
anutadmi anutaidm anutaimd anutamid anutamdi anutiadm anutiamd anutidam anutidma anutimda anutimad
anutmaid anutmadi anutmiad anutmida anutmdia anutmdai anuidtam anuidtma anuidatm anuidamt anuidmat
anuidmta anuitdam anuitdma anuitadm anuitamd anuitmad anuitmda anuiatdm anuiatmd anuiadtm anuiadmt
anuiamdt anuiamtd anuimtad anuimtda anuimatd anuimadt anuimdat anuimdta anumdtia anumdtai anumdita
anumdiat anumdait anumdati anumtdia anumtdai anumtida anumtiad anumtaid anumtadi anumitda anumitad
anumidta anumidat anumiadt anumiatd anumatid anumatdi anumaitd anumaidt anumadit anumadti anmadtui
anmadtiu anmaduti anmaduit anmadiut anmaditu anmatdui anmatdiu anmatudi anmatuid anmatiud anmatidu
anmautdi anmautid anmaudti anmaudit anmauidt anmauitd anmaitud anmaitdu anmaiutd anmaiudt anmaidut
anmaidtu anmdatui anmdatiu anmdauti anmdauit anmdaiut anmdaitu anmdtaui anmdtaiu anmdtuai anmdtuia
anmdtiua anmdtiau anmdutai anmdutia anmduati anmduait anmduiat anmduita anmditua anmditau anmdiuta
anmdiuat anmdiaut anmdiatu anmtdaui anmtdaiu anmtduai anmtduia anmtdiua anmtdiau anmtadui anmtadiu
anmtaudi anmtauid anmtaiud anmtaidu anmtuadi anmtuaid anmtudai anmtudia anmtuida anmtuiad anmtiaud
anmtiadu anmtiuad anmtiuda anmtidua anmtidau anmudtai anmudtia anmudati anmudait anmudiat anmudita
anmutdai anmutdia anmutadi anmutaid anmutiad anmutida anmuatdi anmuatid anmuadti anmuadit anmuaidt
anmuaitd anmuitad anmuitda anmuiatd anmuiadt anmuidat anmuidta anmidtua anmidtau anmiduta anmiduat
anmidaut anmidatu anmitdua anmitdau anmituda anmituad anmitaud anmitadu anmiutda anmiutad anmiudta
anmiudat anmiuadt anmiuatd anmiatud anmiatdu anmiautd anmiaudt anmiadut anmiadtu atiandum atiandmu
atianudm atianumd atianmud atianmdu atiadnum atiadnmu atiadunm atiadumn atiadmun atiadmnu atiaudnm
atiaudmn atiaundm atiaunmd atiaumnd atiaumdn atiamdun atiamdnu atiamudn atiamund atiamnud atiamndu
atinadum atinadmu atinaudm atinaumd atinamud atinamdu atindaum atindamu atinduam atinduma atindmua
atindmau atinudam atinudma atinuadm atinuamd atinumad atinumda atinmdua atinmdau atinmuda atinmuad
atinmaud atinmadu atidnaum atidnamu atidnuam atidnuma atidnmua atidnmau atidanum atidanmu atidaunm
atidaumn atidamun atidamnu atiduanm atiduamn atidunam atidunma atidumna atiduman atidmaun atidmanu
atidmuan atidmuna atidmnua atidmnau atiundam atiundma atiunadm atiunamd atiunmad atiunmda atiudnam
atiudnma atiudanm atiudamn atiudman atiudmna atiuadnm atiuadmn atiuandm atiuanmd atiuamnd atiuamdn
atiumdan atiumdna atiumadn atiumand atiumnad atiumnda atimndua atimndau atimnuda atimnuad atimnaud
atimnadu atimdnua atimdnau atimduna atimduan atimdaun atimdanu atimudna atimudan atimunda atimunad
atimuand atimuadn atimadun atimadnu atimaudn atimaund atimanud atimandu ataindum ataindmu atainudm
atainumd atainmud atainmdu ataidnum ataidnmu ataidunm ataidumn ataidmun ataidmnu ataiudnm ataiudmn
ataiundm ataiunmd ataiumnd ataiumdn ataimdun ataimdnu ataimudn ataimund ataimnud ataimndu atanidum
atanidmu ataniudm ataniumd atanimud atanimdu atandium atandimu atanduim atandumi atandmui atandmiu
atanudim atanudmi atanuidm atanuimd atanumid atanumdi atanmdui atanmdiu atanmudi atanmuid atanmiud
atanmidu atadnium atadnimu atadnuim atadnumi atadnmui atadnmiu atadinum atadinmu atadiunm atadiumn
atadimun atadimnu ataduinm ataduimn atadunim atadunmi atadumni atadumin atadmiun atadminu atadmuin
atadmuni atadmnui atadmniu ataundim ataundmi ataunidm ataunimd ataunmid ataunmdi ataudnim ataudnmi
ataudinm ataudimn ataudmin ataudmni atauidnm atauidmn atauindm atauinmd atauimnd atauimdn ataumdin
ataumdni ataumidn ataumind ataumnid ataumndi atamndui atamndiu atamnudi atamnuid atamniud atamnidu
atamdnui atamdniu atamduni atamduin atamdiun atamdinu atamudni atamudin atamundi atamunid atamuind
atamuidn atamidun atamidnu atamiudn atamiund ataminud atamindu atnaidum atnaidmu atnaiudm atnaiumd
atnaimud atnaimdu atnadium atnadimu atnaduim atnadumi atnadmui atnadmiu atnaudim atnaudmi atnauidm
atnauimd atnaumid atnaumdi atnamdui atnamdiu atnamudi atnamuid atnamiud atnamidu atniadum atniadmu
atniaudm atniaumd atniamud atniamdu atnidaum atnidamu atniduam atniduma atnidmua atnidmau atniudam
atniudma atniuadm atniuamd atniumad atniumda atnimdua atnimdau atnimuda atnimuad atnimaud atnimadu
atndiaum atndiamu atndiuam atndiuma atndimua atndimau atndaium atndaimu atndauim atndaumi atndamui
atndamiu atnduaim atnduami atnduiam atnduima atndumia atndumai atndmaui atndmaiu atndmuai atndmuia
atndmiua atndmiau atnuidam atnuidma atnuiadm atnuiamd atnuimad atnuimda atnudiam atnudima atnudaim
atnudami atnudmai atnudmia atnuadim atnuadmi atnuaidm atnuaimd atnuamid atnuamdi atnumdai atnumdia
atnumadi atnumaid atnumiad atnumida atnmidua atnmidau atnmiuda atnmiuad atnmiaud atnmiadu atnmdiua
atnmdiau atnmduia atnmduai atnmdaui atnmdaiu atnmudia atnmudai atnmuida atnmuiad atnmuaid atnmuadi
atnmadui atnmadiu atnmaudi atnmauid atnmaiud atnmaidu atdanium atdanimu atdanuim atdanumi atdanmui
atdanmiu atdainum atdainmu atdaiunm atdaiumn atdaimun atdaimnu atdauinm atdauimn atdaunim atdaunmi
atdaumni atdaumin atdamiun atdaminu atdamuin atdamuni atdamnui atdamniu atdnaium atdnaimu atdnauim
atdnaumi atdnamui atdnamiu atdniaum atdniamu atdniuam atdniuma atdnimua atdnimau atdnuiam atdnuima
atdnuaim atdnuami atdnumai atdnumia atdnmiua atdnmiau atdnmuia atdnmuai atdnmaui atdnmaiu atdinaum
atdinamu atdinuam atdinuma atdinmua atdinmau atdianum atdianmu atdiaunm atdiaumn atdiamun atdiamnu
atdiuanm atdiuamn atdiunam atdiunma atdiumna atdiuman atdimaun atdimanu atdimuan atdimuna atdimnua
atdimnau atduniam atdunima atdunaim atdunami atdunmai atdunmia atduinam atduinma atduianm atduiamn
atduiman atduimna atduainm atduaimn atduanim atduanmi atduamni atduamin atdumian atdumina atdumain
atdumani atdumnai atdumnia atdmniua atdmniau atdmnuia atdmnuai atdmnaui atdmnaiu atdminua atdminau
atdmiuna atdmiuan atdmiaun atdmianu atdmuina atdmuian atdmunia atdmunai atdmuani atdmuain atdmaiun
atdmainu atdmauin atdmauni atdmanui atdmaniu atuandim atuandmi atuanidm atuanimd atuanmid atuanmdi
atuadnim atuadnmi atuadinm atuadimn atuadmin atuadmni atuaidnm atuaidmn atuaindm atuainmd atuaimnd
atuaimdn atuamdin atuamdni atuamidn atuamind atuamnid atuamndi atunadim atunadmi atunaidm atunaimd
atunamid atunamdi atundaim atundami atundiam atundima atundmia atundmai atunidam atunidma atuniadm
atuniamd atunimad atunimda atunmdia atunmdai atunmida atunmiad atunmaid atunmadi atudnaim atudnami
atudniam atudnima atudnmia atudnmai atudanim atudanmi atudainm atudaimn atudamin atudamni atudianm
atudiamn atudinam atudinma atudimna atudiman atudmain atudmani atudmian atudmina atudmnia atudmnai
atuindam atuindma atuinadm atuinamd atuinmad atuinmda atuidnam atuidnma atuidanm atuidamn atuidman
atuidmna atuiadnm atuiadmn atuiandm atuianmd atuiamnd atuiamdn atuimdan atuimdna atuimadn atuimand
atuimnad atuimnda atumndia atumndai atumnida atumniad atumnaid atumnadi atumdnia atumdnai atumdina
atumdian atumdain atumdani atumidna atumidan atuminda atuminad atumiand atumiadn atumadin atumadni
atumaidn atumaind atumanid atumandi atmandui atmandiu atmanudi atmanuid atmaniud atmanidu atmadnui
atmadniu atmaduni atmaduin atmadiun atmadinu atmaudni atmaudin atmaundi atmaunid atmauind atmauidn
atmaidun atmaidnu atmaiudn atmaiund atmainud atmaindu atmnadui atmnadiu atmnaudi atmnauid atmnaiud
atmnaidu atmndaui atmndaiu atmnduai atmnduia atmndiua atmndiau atmnudai atmnudia atmnuadi atmnuaid
atmnuiad atmnuida atmnidua atmnidau atmniuda atmniuad atmniaud atmniadu atmdnaui atmdnaiu atmdnuai
atmdnuia atmdniua atmdniau atmdanui atmdaniu atmdauni atmdauin atmdaiun atmdainu atmduani atmduain
atmdunai atmdunia atmduina atmduian atmdiaun atmdianu atmdiuan atmdiuna atmdinua atmdinau atmundai
atmundia atmunadi atmunaid atmuniad atmunida atmudnai atmudnia atmudani atmudain atmudian atmudina
atmuadni atmuadin atmuandi atmuanid atmuaind atmuaidn atmuidan atmuidna atmuiadn atmuiand atmuinad
atmuinda atmindua atmindau atminuda atminuad atminaud atminadu atmidnua atmidnau atmiduna atmiduan
atmidaun atmidanu atmiudna atmiudan atmiunda atmiunad atmiuand atmiuadn atmiadun atmiadnu atmiaudn
atmiaund atmianud atmiandu auiantdm auiantmd auiandtm auiandmt auianmdt auianmtd auiatndm auiatnmd
auiatdnm auiatdmn auiatmdn auiatmnd auiadtnm auiadtmn auiadntm auiadnmt auiadmnt auiadmtn auiamtdn
auiamtnd auiamdtn auiamdnt auiamndt auiamntd auinatdm auinatmd auinadtm auinadmt auinamdt auinamtd
auintadm auintamd auintdam auintdma auintmda auintmad auindtam auindtma auindatm auindamt auindmat
auindmta auinmtda auinmtad auinmdta auinmdat auinmadt auinmatd auitnadm auitnamd auitndam auitndma
auitnmda auitnmad auitandm auitanmd auitadnm auitadmn auitamdn auitamnd auitdanm auitdamn auitdnam
auitdnma auitdmna auitdman auitmadn auitmand auitmdan auitmdna auitmnda auitmnad auidntam auidntma
auidnatm auidnamt auidnmat auidnmta auidtnam auidtnma auidtanm auidtamn auidtman auidtmna auidatnm
auidatmn auidantm auidanmt auidamnt auidamtn auidmtan auidmtna auidmatn auidmant auidmnat auidmnta
auimntda auimntad auimndta auimndat auimnadt auimnatd auimtnda auimtnad auimtdna auimtdan auimtadn
auimtand auimdtna auimdtan auimdnta auimdnat auimdant auimdatn auimatdn auimatnd auimadtn auimadnt
auimandt auimantd auaintdm auaintmd auaindtm auaindmt auainmdt auainmtd auaitndm auaitnmd auaitdnm
auaitdmn auaitmdn auaitmnd auaidtnm auaidtmn auaidntm auaidnmt auaidmnt auaidmtn auaimtdn auaimtnd
auaimdtn auaimdnt auaimndt auaimntd auanitdm auanitmd auanidtm auanidmt auanimdt auanimtd auantidm
auantimd auantdim auantdmi auantmdi auantmid auandtim auandtmi auanditm auandimt auandmit auandmti
auanmtdi auanmtid auanmdti auanmdit auanmidt auanmitd auatnidm auatnimd auatndim auatndmi auatnmdi
auatnmid auatindm auatinmd auatidnm auatidmn auatimdn auatimnd auatdinm auatdimn auatdnim auatdnmi
auatdmni auatdmin auatmidn auatmind auatmdin auatmdni auatmndi auatmnid auadntim auadntmi auadnitm
auadnimt auadnmit auadnmti auadtnim auadtnmi auadtinm auadtimn auadtmin auadtmni auaditnm auaditmn
auadintm auadinmt auadimnt auadimtn auadmtin auadmtni auadmitn auadmint auadmnit auadmnti auamntdi
auamntid auamndti auamndit auamnidt auamnitd auamtndi auamtnid auamtdni auamtdin auamtidn auamtind
auamdtni auamdtin auamdnti auamdnit auamdint auamditn auamitdn auamitnd auamidtn auamidnt auamindt
auamintd aunaitdm aunaitmd aunaidtm aunaidmt aunaimdt aunaimtd aunatidm aunatimd aunatdim aunatdmi
aunatmdi aunatmid aunadtim aunadtmi aunaditm aunadimt aunadmit aunadmti aunamtdi aunamtid aunamdti
aunamdit aunamidt aunamitd auniatdm auniatmd auniadtm auniadmt auniamdt auniamtd aunitadm aunitamd
aunitdam aunitdma aunitmda aunitmad aunidtam aunidtma aunidatm aunidamt aunidmat aunidmta aunimtda
aunimtad aunimdta aunimdat aunimadt aunimatd auntiadm auntiamd auntidam auntidma auntimda auntimad
auntaidm auntaimd auntadim auntadmi auntamdi auntamid auntdaim auntdami auntdiam auntdima auntdmia
auntdmai auntmadi auntmaid auntmdai auntmdia auntmida auntmiad aunditam aunditma aundiatm aundiamt
aundimat aundimta aundtiam aundtima aundtaim aundtami aundtmai aundtmia aundatim aundatmi aundaitm
aundaimt aundamit aundamti aundmtai aundmtia aundmati aundmait aundmiat aundmita aunmitda aunmitad
aunmidta aunmidat aunmiadt aunmiatd aunmtida aunmtiad aunmtdia aunmtdai aunmtadi aunmtaid aunmdtia
aunmdtai aunmdita aunmdiat aunmdait aunmdati aunmatdi aunmatid aunmadti aunmadit aunmaidt aunmaitd
autanidm autanimd autandim autandmi autanmdi autanmid autaindm autainmd autaidnm autaidmn autaimdn
autaimnd autadinm autadimn autadnim autadnmi autadmni autadmin autamidn autamind autamdin autamdni
autamndi autamnid autnaidm autnaimd autnadim autnadmi autnamdi autnamid autniadm autniamd autnidam
autnidma autnimda autnimad autndiam autndima autndaim autndami autndmai autndmia autnmida autnmiad
autnmdia autnmdai autnmadi autnmaid autinadm autinamd autindam autindma autinmda autinmad autiandm
autianmd autiadnm autiadmn autiamdn autiamnd autidanm autidamn autidnam autidnma autidmna autidman
autimadn autimand autimdan autimdna autimnda autimnad autdniam autdnima autdnaim autdnami autdnmai
autdnmia autdinam autdinma autdianm autdiamn autdiman autdimna autdainm autdaimn autdanim autdanmi
autdamni autdamin autdmian autdmina autdmain autdmani autdmnai autdmnia autmnida autmniad autmndia
autmndai autmnadi autmnaid autminda autminad autmidna autmidan autmiadn autmiand autmdina autmdian
autmdnia autmdnai autmdani autmdain autmaidn autmaind autmadin autmadni autmandi autmanid audantim
audantmi audanitm audanimt audanmit audanmti audatnim audatnmi audatinm audatimn audatmin audatmni
audaitnm audaitmn audaintm audainmt audaimnt audaimtn audamtin audamtni audamitn audamint audamnit
audamnti audnatim audnatmi audnaitm audnaimt audnamit audnamti audntaim audntami audntiam audntima
audntmia audntmai audnitam audnitma audniatm audniamt audnimat audnimta audnmtia audnmtai audnmita
audnmiat audnmait audnmati audtnaim audtnami audtniam audtnima audtnmia audtnmai audtanim audtanmi
audtainm audtaimn audtamin audtamni audtianm audtiamn audtinam audtinma audtimna audtiman audtmain
audtmani audtmian audtmina audtmnia audtmnai audintam audintma audinatm audinamt audinmat audinmta
auditnam auditnma auditanm auditamn auditman auditmna audiatnm audiatmn audiantm audianmt audiamnt
audiamtn audimtan audimtna audimatn audimant audimnat audimnta audmntia audmntai audmnita audmniat
audmnait audmnati audmtnia audmtnai audmtina audmtian audmtain audmtani audmitna audmitan audminta
audminat audmiant audmiatn audmatin audmatni audmaitn audmaint audmanit audmanti aumantdi aumantid
aumandti aumandit aumanidt aumanitd aumatndi aumatnid aumatdni aumatdin aumatidn aumatind aumadtni
aumadtin aumadnti aumadnit aumadint aumaditn aumaitdn aumaitnd aumaidtn aumaidnt aumaindt aumaintd
aumnatdi aumnatid aumnadti aumnadit aumnaidt aumnaitd aumntadi aumntaid aumntdai aumntdia aumntida
aumntiad aumndtai aumndtia aumndati aumndait aumndiat aumndita aumnitda aumnitad aumnidta aumnidat
aumniadt aumniatd aumtnadi aumtnaid aumtndai aumtndia aumtnida aumtniad aumtandi aumtanid aumtadni
aumtadin aumtaidn aumtaind aumtdani aumtdain aumtdnai aumtdnia aumtdina aumtdian aumtiadn aumtiand
aumtidan aumtidna aumtinda aumtinad aumdntai aumdntia aumdnati aumdnait aumdniat aumdnita aumdtnai
aumdtnia aumdtani aumdtain aumdtian aumdtina aumdatni aumdatin aumdanti aumdanit aumdaint aumdaitn
aumditan aumditna aumdiatn aumdiant aumdinat aumdinta aumintda aumintad aumindta aumindat auminadt
auminatd aumitnda aumitnad aumitdna aumitdan aumitadn aumitand aumidtna aumidtan aumidnta aumidnat
aumidant aumidatn aumiatdn aumiatnd aumiadtn aumiadnt aumiandt aumiantd amiantud amiantdu amianutd
amianudt amiandut amiandtu amiatnud amiatndu amiatund amiatudn amiatdun amiatdnu amiautnd amiautdn
amiauntd amiaundt amiaudnt amiaudtn amiadtun amiadtnu amiadutn amiadunt amiadnut amiadntu aminatud
aminatdu aminautd aminaudt aminadut aminadtu amintaud amintadu amintuad amintuda amintdua amintdau
aminutad aminutda aminuatd aminuadt aminudat aminudta amindtua amindtau aminduta aminduat amindaut
amindatu amitnaud amitnadu amitnuad amitnuda amitndua amitndau amitanud amitandu amitaund amitaudn
amitadun amitadnu amituand amituadn amitunad amitunda amitudna amitudan amitdaun amitdanu amitduan
amitduna amitdnua amitdnau amiuntad amiuntda amiunatd amiunadt amiundat amiundta amiutnad amiutnda
amiutand amiutadn amiutdan amiutdna amiuatnd amiuatdn amiuantd amiuandt amiuadnt amiuadtn amiudtan
amiudtna amiudatn amiudant amiudnat amiudnta amidntua amidntau amidnuta amidnuat amidnaut amidnatu
amidtnua amidtnau amidtuna amidtuan amidtaun amidtanu amidutna amidutan amidunta amidunat amiduant
amiduatn amidatun amidatnu amidautn amidaunt amidanut amidantu amaintud amaintdu amainutd amainudt
amaindut amaindtu amaitnud amaitndu amaitund amaitudn amaitdun amaitdnu amaiutnd amaiutdn amaiuntd
amaiundt amaiudnt amaiudtn amaidtun amaidtnu amaidutn amaidunt amaidnut amaidntu amanitud amanitdu
amaniutd amaniudt amanidut amanidtu amantiud amantidu amantuid amantudi amantdui amantdiu amanutid
amanutdi amanuitd amanuidt amanudit amanudti amandtui amandtiu amanduti amanduit amandiut amanditu
amatniud amatnidu amatnuid amatnudi amatndui amatndiu amatinud amatindu amatiund amatiudn amatidun
amatidnu amatuind amatuidn amatunid amatundi amatudni amatudin amatdiun amatdinu amatduin amatduni
amatdnui amatdniu amauntid amauntdi amaunitd amaunidt amaundit amaundti amautnid amautndi amautind
amautidn amautdin amautdni amauitnd amauitdn amauintd amauindt amauidnt amauidtn amaudtin amaudtni
amauditn amaudint amaudnit amaudnti amadntui amadntiu amadnuti amadnuit amadniut amadnitu amadtnui
amadtniu amadtuni amadtuin amadtiun amadtinu amadutni amadutin amadunti amadunit amaduint amaduitn
amaditun amaditnu amadiutn amadiunt amadinut amadintu amnaitud amnaitdu amnaiutd amnaiudt amnaidut
amnaidtu amnatiud amnatidu amnatuid amnatudi amnatdui amnatdiu amnautid amnautdi amnauitd amnauidt
amnaudit amnaudti amnadtui amnadtiu amnaduti amnaduit amnadiut amnaditu amniatud amniatdu amniautd
amniaudt amniadut amniadtu amnitaud amnitadu amnituad amnituda amnitdua amnitdau amniutad amniutda
amniuatd amniuadt amniudat amniudta amnidtua amnidtau amniduta amniduat amnidaut amnidatu amntiaud
amntiadu amntiuad amntiuda amntidua amntidau amntaiud amntaidu amntauid amntaudi amntadui amntadiu
amntuaid amntuadi amntuiad amntuida amntudia amntudai amntdaui amntdaiu amntduai amntduia amntdiua
amntdiau amnuitad amnuitda amnuiatd amnuiadt amnuidat amnuidta amnutiad amnutida amnutaid amnutadi
amnutdai amnutdia amnuatid amnuatdi amnuaitd amnuaidt amnuadit amnuadti amnudtai amnudtia amnudati
amnudait amnudiat amnudita amnditua amnditau amndiuta amndiuat amndiaut amndiatu amndtiua amndtiau
amndtuia amndtuai amndtaui amndtaiu amndutia amndutai amnduita amnduiat amnduait amnduati amndatui
amndatiu amndauti amndauit amndaiut amndaitu amtaniud amtanidu amtanuid amtanudi amtandui amtandiu
amtainud amtaindu amtaiund amtaiudn amtaidun amtaidnu amtauind amtauidn amtaunid amtaundi amtaudni
amtaudin amtadiun amtadinu amtaduin amtaduni amtadnui amtadniu amtnaiud amtnaidu amtnauid amtnaudi
amtnadui amtnadiu amtniaud amtniadu amtniuad amtniuda amtnidua amtnidau amtnuiad amtnuida amtnuaid
amtnuadi amtnudai amtnudia amtndiua amtndiau amtnduia amtnduai amtndaui amtndaiu amtinaud amtinadu
amtinuad amtinuda amtindua amtindau amtianud amtiandu amtiaund amtiaudn amtiadun amtiadnu amtiuand
amtiuadn amtiunad amtiunda amtiudna amtiudan amtidaun amtidanu amtiduan amtiduna amtidnua amtidnau
amtuniad amtunida amtunaid amtunadi amtundai amtundia amtuinad amtuinda amtuiand amtuiadn amtuidan
amtuidna amtuaind amtuaidn amtuanid amtuandi amtuadni amtuadin amtudian amtudina amtudain amtudani
amtudnai amtudnia amtdniua amtdniau amtdnuia amtdnuai amtdnaui amtdnaiu amtdinua amtdinau amtdiuna
amtdiuan amtdiaun amtdianu amtduina amtduian amtdunia amtdunai amtduani amtduain amtdaiun amtdainu
amtdauin amtdauni amtdanui amtdaniu amuantid amuantdi amuanitd amuanidt amuandit amuandti amuatnid
amuatndi amuatind amuatidn amuatdin amuatdni amuaitnd amuaitdn amuaintd amuaindt amuaidnt amuaidtn
amuadtin amuadtni amuaditn amuadint amuadnit amuadnti amunatid amunatdi amunaitd amunaidt amunadit
amunadti amuntaid amuntadi amuntiad amuntida amuntdia amuntdai amunitad amunitda amuniatd amuniadt
amunidat amunidta amundtia amundtai amundita amundiat amundait amundati amutnaid amutnadi amutniad
amutnida amutndia amutndai amutanid amutandi amutaind amutaidn amutadin amutadni amutiand amutiadn
amutinad amutinda amutidna amutidan amutdain amutdani amutdian amutdina amutdnia amutdnai amuintad
amuintda amuinatd amuinadt amuindat amuindta amuitnad amuitnda amuitand amuitadn amuitdan amuitdna
amuiatnd amuiatdn amuiantd amuiandt amuiadnt amuiadtn amuidtan amuidtna amuidatn amuidant amuidnat
amuidnta amudntia amudntai amudnita amudniat amudnait amudnati amudtnia amudtnai amudtina amudtian
amudtain amudtani amuditna amuditan amudinta amudinat amudiant amudiatn amudatin amudatni amudaitn
amudaint amudanit amudanti amdantui amdantiu amdanuti amdanuit amdaniut amdanitu amdatnui amdatniu
amdatuni amdatuin amdatiun amdatinu amdautni amdautin amdaunti amdaunit amdauint amdauitn amdaitun
amdaitnu amdaiutn amdaiunt amdainut amdaintu amdnatui amdnatiu amdnauti amdnauit amdnaiut amdnaitu
amdntaui amdntaiu amdntuai amdntuia amdntiua amdntiau amdnutai amdnutia amdnuati amdnuait amdnuiat
amdnuita amdnitua amdnitau amdniuta amdniuat amdniaut amdniatu amdtnaui amdtnaiu amdtnuai amdtnuia
amdtniua amdtniau amdtanui amdtaniu amdtauni amdtauin amdtaiun amdtainu amdtuani amdtuain amdtunai
amdtunia amdtuina amdtuian amdtiaun amdtianu amdtiuan amdtiuna amdtinua amdtinau amduntai amduntia
amdunati amdunait amduniat amdunita amdutnai amdutnia amdutani amdutain amdutian amdutina amduatni
amduatin amduanti amduanit amduaint amduaitn amduitan amduitna amduiatn amduiant amduinat amduinta
amdintua amdintau amdinuta amdinuat amdinaut amdinatu amditnua amditnau amdituna amdituan amditaun
amditanu amdiutna amdiutan amdiunta amdiunat amdiuant amdiuatn amdiatun amdiatnu amdiautn amdiaunt
amdianut amdiantu

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History of cryptography
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