easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

auctaeque

romanite

prensavissimus

comply

voluntateque

transferres

sconcible

ophioid

slavi

nonassentation

dimercury

mucosopurulent

polysulphurization

jacopo

brisknesses

tamie

stealthlike

collectivity


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: reinducting
cipher variations:
sfjoevdujoh tgkpfwevkpi uhlqgxfwlqj vimrhygxmrk wjnsizhynsl
xkotjaizotm ylpukbjapun zmqvlckbqvo anrwmdlcrwp bosxnemdsxq
cptyofnetyr dquzpgofuzs ervaqhpgvat fswbriqhwbu gtxcsjrixcv
huydtksjydw ivzeultkzex jwafvmulafy kxbgwnvmbgz lychxowncha
mzdiypxodib naejzqypejc obfkarzqfkd pcglbsargle qdhmctbshmf

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: reinducting
Cipher: ivrmwfxgrmt

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: reinducting
Cipher: BAAAA AABAA ABAAA ABBAA AAABB BAABB AAABA BAABA 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: reinducting
cipher variations:
sfjoevdujohanzokjhgzotivpoqxlspofqdfowlpeforylvocztqvodgtloinxclopwjroupfaronerhoadjmhoz
mzxogrnyxoluhnomfrknoxcpdostvwdojkxtoyhzitovtgkpfwevkpiboaplkihapujwqprymtqpgregpxmqfgps
zmwpdaurwpehumpjoydmpqxkspvqgbspofsipbeknipanayphsozypmviopngslopydqeptuwxepklyupziajupw
uhlqgxfwlqjcpbqmljibqvkxrqsznurqhsfhqynrghqtanxqebvsxqfivnqkpzenqryltqwrhctqpgtjqcflojqb
obzqitpazqnwjpqohtmpqzerfquvxyfqlmzvqajbkvqxvimrhygxmrkdqcrnmkjcrwlysrtaovsritgirzoshiru
boyrfcwtyrgjworlqaforszmurxsidurqhukrdgmpkrcpcarjuqbaroxkqrpiunqrafsgrvwyzgrmnawrbkclwry
wjnsizhynslerdsonlkdsxmztsubpwtsjuhjsaptijsvcpzsgdxuzshkxpsmrbgpstanvsytjevsrivlsehnqlsd
qdbskvrcbspylrsqjvorsbgthswxzahsnobxscldmxszxkotjaizotmfsetpomletynautvcqxutkviktbqujktw
dqatheyvatilyqtnschqtubowtzukfwtsjwmtfiormterectlwsdctqzmstrkwpstchuitxyabitopcytdmenyta
ylpukbjapungtfuqpnmfuzobvuwdryvulwjlucrvkluxerbuifzwbujmzruotdiruvcpxuavlgxutkxnugjpsnuf
sfdumxtedurantuslxqtudivjuyzbcjupqdzuenfozubzmqvlckbqvohugvrqongvapcwvxeszwvmxkmvdswlmvy
fscvjgaxcvknasvpuejsvwdqyvbwmhyvulyovhkqtovgtgevnyufevsbouvtmyruvejwkvzacdkvqreavfogpavc
anrwmdlcrwpivhwsrpohwbqdxwyftaxwnylnwetxmnwzgtdwkhbydwlobtwqvfktwxerzwcxnizwvmzpwilrupwh
uhfwozvgfwtcpvwunzsvwfkxlwabdelwrsfbwgphqbwdbosxnemdsxqjwixtsqpixcreyxzgubyxozmoxfuynoxa
huexliczexmpcuxrwgluxyfsaxdyojaxwnaqxjmsvqxivigxpawhgxudqwxvoatwxglymxbcefmxstgcxhqircxe
cptyofnetyrkxjyutrqjydsfzyahvczypanpygvzopybivfymjdafynqdvysxhmvyzgtbyezpkbyxobrykntwryj
wjhyqbxihyverxywpbuxyhmznycdfgnytuhdyirjsdyfdquzpgofuzslykzvusrkzetgazbiwdazqboqzhwapqzc
jwgznkebgzorewztyinwzahuczfaqlczypcszlouxszkxkizrcyjizwfsyzxqcvyzinaozdeghozuviezjsktezg
ervaqhpgvatmzlawvtslafuhbacjxebarcpraixbqradkxhaolfchapsfxauzjoxabivdagbrmdazqdtampvytal
yljasdzkjaxgtzayrdwzajobpaefhipavwjfaktlufahfswbriqhwbunambxwutmbgvicbdkyfcbsdqsbjycrsbe
lyibpmgdibqtgybvakpybcjwebhcsnebareubnqwzubmzmkbtealkbyhuabzsexabkpcqbfgijqbwxkgblumvgbi
gtxcsjrixcvobncyxvunchwjdcelzgdctertckzdstcfmzjcqnhejcruhzcwblqzcdkxfcidtofcbsfvcorxavcn
anlcufbmlczivbcatfybclqdrcghjkrcxylhcmvnwhcjhuydtksjydwpcodzywvodixkedfmahedufsudlaetudg
nakdroifkdsviadxcmradelygdjeupgdctgwdpsybwdobomdvgcnmdajwcdbugzcdmresdhiklsdyzmidnwoxidk
ivzeultkzexqdpeazxwpejylfegnbifevgtvembfuvehoblespjgletwjbeydnsbefmzhekfvqheduhxeqtzcxep
cpnewhdonebkxdecvhadensfteijlmtezanjeoxpyjeljwafvmulafyreqfbayxqfkzmgfhocjgfwhuwfncgvwfi
pcmftqkhmfuxkcfzeotcfgnaiflgwrifeviyfruadyfqdqofxiepofclyefdwibefotgufjkmnufabokfpyqzkfm
kxbgwnvmbgzsfrgcbzyrglanhgipdkhgxivxgodhwxgjqdngurlingvyldgafpudghobjgmhxsjgfwjzgsvbezgr
erpgyjfqpgdmzfgexjcfgpuhvgklnovgbcplgqzralgnlychxownchatgshdcazshmboihjqelihyjwyhpeixyhk
reohvsmjohwzmehbgqvehipckhniytkhgxkahtwcfahsfsqhzkgrqhenaghfykdghqviwhlmopwhcdqmhrasbmho
mzdiypxodibuhtiedbatincpjikrfmjizkxziqfjyzilsfpiwtnkpixanfichrwfijqdliojzulihylbiuxdgbit
gtrialhsrifobhigzlehirwjximnpqxidernisbtcnipnaejzqypejcviujfecbujodqkjlsgnkjalyajrgkzajm
tgqjxuolqjybogjdisxgjkremjpkavmjizmcjvyehcjuhusjbmitsjgpcijhamfijsxkyjnoqryjefsojtcudojq
obfkarzqfkdwjvkgfdcvkperlkmtholkbmzbkshlabknuhrkyvpmrkzcphkejtyhklsfnkqlbwnkjandkwzfidkv
ivtkcnjutkhqdjkibngjktylzkoprszkfgtpkudvepkrpcglbsarglexkwlhgedwlqfsmlnuipmlcnacltimbclo
vislzwqnsladqilfkuzilmtgolrmcxolkboelxagjelwjwuldokvulirekljcohkluzmalpqstalghuqlvewfqls
qdhmctbshmfylxmihfexmrgtnmovjqnmdobdmujncdmpwjtmaxrotmberjmglvajmnuhpmsndypmlcpfmybhkfmx
kxvmeplwvmjsflmkdpilmvanbmqrtubmhivrmwfxgrmtreinductingzmynjigfynshuonpwkronepcenvkodenq
xkunbyspuncfsknhmwbknoviqntoezqnmdqgnzcilgnylywnfqmxwnktgmnleqjmnwbocnrsuvcnijwsnxgyhsnu

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: reinducting
Cipher: ervaqhpgvat

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: reinducting
Cipher: 2451423341543144423322

Extended Methods:
Method #1

Plaintext: reinducting
method variations:
wkosizhyosmbptxoendtxrguyctksiycwmzdhypxodhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e i n d u c t i n g 
2 5 4 3 4 5 3 4 4 3 2 
4 1 2 3 1 4 1 4 2 3 2 
They are then read out in rows:
2543453443241231414232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: reinducting
Cipher: woysorfcdih

Read more ...
Method #3

Plaintext: reinducting
method variations:
yqmsvoqtmhg qmsvoqtmhgy msvoqtmhgyq
svoqtmhgyqm voqtmhgyqms oqtmhgyqmsv
qtmhgyqmsvo tmhgyqmsvoq mhgyqmsvoqt
hgyqmsvoqtm gyqmsvoqtmh

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: reinducting

first 5040 cipher variations(39615626 total)
reinducting reinductign reinductnig reinductngi reinductgni reinductgin reinducitng reinducitgn reinducintg reinducingt
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reincidgnut reincidgntu reincidgtnu reincidgtun reincitdung reincitdugn reincitdnug reincitdngu reincitdgnu reincitdgun
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reintcidnug reintcidngu reintcidgnu reintcidgun reintciudng reintciudgn reintciundg reintciungd reintciugnd reintciugdn
reintcinudg reintcinugd reintcindug reintcindgu reintcingdu reintcingud reintcigund reintcigudn reintcignud reintcigndu
reintcigdnu reintcigdun reintcndiug reintcndigu reintcnduig reintcndugi reintcndgui reintcndgiu reintcnidug reintcnidgu
reintcniudg reintcniugd reintcnigud reintcnigdu reintcnuidg reintcnuigd reintcnudig reintcnudgi reintcnugdi reintcnugid
reintcngiud reintcngidu reintcnguid reintcngudi reintcngdui reintcngdiu reintcgdinu reintcgdiun reintcgdniu reintcgdnui
reintcgduni reintcgduin reintcgidnu reintcgidun reintcgindu reintcginud reintcgiund reintcgiudn reintcgnidu reintcgniud
reintcgndiu reintcgndui reintcgnudi reintcgnuid reintcguind reintcguidn reintcgunid reintcgundi reintcgudni reintcgudin
reintdcuing reintdcuign reintdcunig reintdcungi reintdcugni reintdcugin reintdciung reintdciugn reintdcinug reintdcingu
reintdcignu reintdcigun reintdcniug reintdcnigu reintdcnuig reintdcnugi reintdcngui reintdcngiu reintdcginu reintdcgiun
reintdcgniu reintdcgnui reintdcguni reintdcguin reintducing reintducign reintducnig reintducngi reintducgni reintducgin
reintduicng reintduicgn reintduincg reintduingc reintduignc reintduigcn reintdunicg reintdunigc reintduncig reintduncgi
reintdungci reintdungic reintduginc reintdugicn reintdugnic reintdugnci reintdugcni reintdugcin reintdiucng reintdiucgn
reintdiuncg reintdiungc reintdiugnc reintdiugcn reintdicung reintdicugn reintdicnug reintdicngu reintdicgnu reintdicgun
reintdincug reintdincgu reintdinucg reintdinugc reintdinguc reintdingcu reintdigcnu reintdigcun reintdigncu reintdignuc
reintdigunc reintdigucn reintdnuicg reintdnuigc reintdnucig reintdnucgi reintdnugci reintdnugic reintdniucg reintdniugc
reintdnicug reintdnicgu reintdnigcu reintdniguc reintdnciug reintdncigu reintdncuig reintdncugi reintdncgui reintdncgiu
reintdngicu reintdngiuc reintdngciu reintdngcui reintdnguci reintdnguic reintdguinc reintdguicn reintdgunic reintdgunci
reintdgucni reintdgucin reintdgiunc reintdgiucn reintdginuc reintdgincu reintdgicnu reintdgicun reintdgniuc reintdgnicu
reintdgnuic reintdgnuci reintdgncui reintdgnciu reintdgcinu reintdgciun reintdgcniu reintdgcnui reintdgcuni reintdgcuin
reinticdung reinticdugn reinticdnug reinticdngu reinticdgnu reinticdgun reinticudng reinticudgn reinticundg reinticungd
reinticugnd reinticugdn reinticnudg reinticnugd reinticndug reinticndgu reinticngdu reinticngud reinticgund reinticgudn
reinticgnud reinticgndu reinticgdnu reinticgdun reintidcung reintidcugn reintidcnug reintidcngu reintidcgnu reintidcgun
reintiducng reintiducgn reintiduncg reintidungc reintidugnc reintidugcn reintidnucg reintidnugc reintidncug reintidncgu
reintidngcu reintidnguc reintidgunc reintidgucn reintidgnuc reintidgncu reintidgcnu reintidgcun reintiudcng reintiudcgn
reintiudncg reintiudngc reintiudgnc reintiudgcn reintiucdng reintiucdgn reintiucndg reintiucngd reintiucgnd reintiucgdn
reintiuncdg reintiuncgd reintiundcg reintiundgc reintiungdc reintiungcd reintiugcnd reintiugcdn reintiugncd reintiugndc
reintiugdnc reintiugdcn reintinducg reintindugc reintindcug reintindcgu reintindgcu reintindguc reintinudcg reintinudgc
reintinucdg reintinucgd reintinugcd reintinugdc reintincudg reintincugd reintincdug reintincdgu reintincgdu reintincgud
reintingucd reintingudc reintingcud reintingcdu reintingdcu reintingduc reintigdunc reintigducn reintigdnuc reintigdncu
reintigdcnu reintigdcun reintigudnc reintigudcn reintigundc reintiguncd reintigucnd reintigucdn reintignudc reintignucd
reintignduc reintigndcu reintigncdu reintigncud reintigcund reintigcudn reintigcnud reintigcndu reintigcdnu reintigcdun
reintncdiug reintncdigu reintncduig reintncdugi reintncdgui reintncdgiu reintncidug reintncidgu reintnciudg reintnciugd
reintncigud reintncigdu reintncuidg reintncuigd reintncudig reintncudgi reintncugdi reintncugid reintncgiud reintncgidu
reintncguid reintncgudi reintncgdui reintncgdiu reintndciug reintndcigu reintndcuig reintndcugi reintndcgui reintndcgiu
reintndicug reintndicgu reintndiucg reintndiugc reintndiguc reintndigcu reintnduicg reintnduigc reintnducig reintnducgi
reintndugci reintndugic reintndgiuc reintndgicu reintndguic reintndguci reintndgcui reintndgciu reintnidcug reintnidcgu
reintniducg reintnidugc reintnidguc reintnidgcu reintnicdug reintnicdgu reintnicudg reintnicugd reintnicgud reintnicgdu
reintniucdg reintniucgd reintniudcg reintniudgc reintniugdc reintniugcd reintnigcud reintnigcdu reintnigucd reintnigudc
reintnigduc reintnigdcu reintnudicg reintnudigc reintnudcig reintnudcgi reintnudgci reintnudgic reintnuidcg reintnuidgc
reintnuicdg reintnuicgd reintnuigcd reintnuigdc reintnucidg reintnucigd reintnucdig reintnucdgi reintnucgdi reintnucgid
reintnugicd reintnugidc reintnugcid reintnugcdi reintnugdci reintnugdic reintngdiuc reintngdicu reintngduic reintngduci
reintngdcui reintngdciu reintngiduc reintngidcu reintngiudc reintngiucd reintngicud reintngicdu reintnguidc reintnguicd
reintngudic reintngudci reintngucdi reintngucid reintngciud reintngcidu reintngcuid reintngcudi reintngcdui reintngcdiu
reintgcdinu reintgcdiun reintgcdniu reintgcdnui reintgcduni reintgcduin reintgcidnu reintgcidun reintgcindu reintgcinud
reintgciund reintgciudn reintgcnidu reintgcniud reintgcndiu reintgcndui reintgcnudi reintgcnuid reintgcuind reintgcuidn
reintgcunid reintgcundi reintgcudni reintgcudin reintgdcinu reintgdciun reintgdcniu reintgdcnui reintgdcuni reintgdcuin
reintgdicnu reintgdicun reintgdincu reintgdinuc reintgdiunc reintgdiucn reintgdnicu reintgdniuc reintgdnciu reintgdncui
reintgdnuci reintgdnuic reintgduinc reintgduicn reintgdunic reintgdunci reintgducni reintgducin reintgidcnu reintgidcun
reintgidncu reintgidnuc reintgidunc reintgiducn reintgicdnu reintgicdun reintgicndu reintgicnud reintgicund reintgicudn
reintgincdu reintgincud reintgindcu reintginduc reintginudc reintginucd reintgiucnd reintgiucdn reintgiuncd reintgiundc
reintgiudnc reintgiudcn reintgndicu reintgndiuc reintgndciu reintgndcui reintgnduci reintgnduic reintgnidcu reintgniduc
reintgnicdu reintgnicud reintgniucd reintgniudc reintgncidu reintgnciud reintgncdiu reintgncdui reintgncudi reintgncuid
reintgnuicd reintgnuidc reintgnucid reintgnucdi reintgnudci reintgnudic reintgudinc reintgudicn reintgudnic reintgudnci
reintgudcni reintgudcin reintguidnc reintguidcn reintguindc reintguincd reintguicnd reintguicdn reintgunidc reintgunicd
reintgundic reintgundci reintguncdi reintguncid reintgucind reintgucidn reintgucnid reintgucndi reintgucdni reintgucdin
reiniuctdng reiniuctdgn reiniuctndg reiniuctngd reiniuctgnd reiniuctgdn reiniucdtng reiniucdtgn reiniucdntg reiniucdngt
reiniucdgnt reiniucdgtn reiniucndtg reiniucndgt reiniucntdg reiniucntgd reiniucngtd reiniucngdt reiniucgdnt reiniucgdtn
reiniucgndt reiniucgntd reiniucgtnd reiniucgtdn reiniutcdng reiniutcdgn reiniutcndg reiniutcngd reiniutcgnd reiniutcgdn
reiniutdcng reiniutdcgn reiniutdncg reiniutdngc reiniutdgnc reiniutdgcn reiniutndcg reiniutndgc reiniutncdg reiniutncgd
reiniutngcd reiniutngdc reiniutgdnc reiniutgdcn reiniutgndc reiniutgncd reiniutgcnd reiniutgcdn reiniudtcng reiniudtcgn
reiniudtncg reiniudtngc reiniudtgnc reiniudtgcn reiniudctng reiniudctgn reiniudcntg reiniudcngt reiniudcgnt reiniudcgtn
reiniudnctg reiniudncgt reiniudntcg reiniudntgc reiniudngtc reiniudngct reiniudgcnt reiniudgctn reiniudgnct reiniudgntc
reiniudgtnc reiniudgtcn reiniuntdcg reiniuntdgc reiniuntcdg reiniuntcgd reiniuntgcd reiniuntgdc reiniundtcg reiniundtgc
reiniundctg reiniundcgt reiniundgct reiniundgtc reiniuncdtg reiniuncdgt reiniunctdg reiniunctgd reiniuncgtd reiniuncgdt
reiniungdct reiniungdtc reiniungcdt reiniungctd reiniungtcd reiniungtdc reiniugtdnc reiniugtdcn reiniugtndc reiniugtncd
reiniugtcnd reiniugtcdn reiniugdtnc reiniugdtcn reiniugdntc reiniugdnct reiniugdcnt reiniugdctn reiniugndtc reiniugndct
reiniugntdc reiniugntcd reiniugnctd reiniugncdt reiniugcdnt reiniugcdtn reiniugcndt reiniugcntd reiniugctnd reiniugctdn
reinicutdng reinicutdgn reinicutndg reinicutngd reinicutgnd reinicutgdn reinicudtng reinicudtgn reinicudntg reinicudngt
reinicudgnt reinicudgtn reinicundtg reinicundgt reinicuntdg reinicuntgd reinicungtd reinicungdt reinicugdnt reinicugdtn
reinicugndt reinicugntd reinicugtnd reinicugtdn reinictudng reinictudgn reinictundg reinictungd reinictugnd reinictugdn
reinictdung reinictdugn reinictdnug reinictdngu reinictdgnu reinictdgun reinictndug reinictndgu reinictnudg reinictnugd
reinictngud reinictngdu reinictgdnu reinictgdun reinictgndu reinictgnud reinictgund reinictgudn reinicdtung reinicdtugn
reinicdtnug reinicdtngu reinicdtgnu reinicdtgun reinicdutng reinicdutgn reinicduntg reinicdungt reinicdugnt reinicdugtn
reinicdnutg reinicdnugt reinicdntug reinicdntgu reinicdngtu reinicdngut reinicdgunt reinicdgutn reinicdgnut reinicdgntu
reinicdgtnu reinicdgtun reinicntdug reinicntdgu reinicntudg reinicntugd reinicntgud reinicntgdu reinicndtug reinicndtgu
reinicndutg reinicndugt reinicndgut reinicndgtu reinicnudtg reinicnudgt reinicnutdg reinicnutgd reinicnugtd reinicnugdt
reinicngdut reinicngdtu reinicngudt reinicngutd reinicngtud reinicngtdu reinicgtdnu reinicgtdun reinicgtndu reinicgtnud
reinicgtund reinicgtudn reinicgdtnu reinicgdtun reinicgdntu reinicgdnut reinicgdunt reinicgdutn reinicgndtu reinicgndut
reinicgntdu reinicgntud reinicgnutd reinicgnudt reinicgudnt reinicgudtn reinicgundt reinicguntd reinicgutnd reinicgutdn
reinitcudng reinitcudgn reinitcundg reinitcungd reinitcugnd reinitcugdn reinitcdung reinitcdugn reinitcdnug reinitcdngu
reinitcdgnu reinitcdgun reinitcndug reinitcndgu reinitcnudg reinitcnugd reinitcngud reinitcngdu reinitcgdnu reinitcgdun
reinitcgndu reinitcgnud reinitcgund reinitcgudn reinitucdng reinitucdgn reinitucndg reinitucngd reinitucgnd reinitucgdn
reinitudcng reinitudcgn reinitudncg reinitudngc reinitudgnc reinitudgcn reinitundcg reinitundgc reinituncdg reinituncgd
reinitungcd reinitungdc reinitugdnc reinitugdcn reinitugndc reinitugncd reinitugcnd reinitugcdn reinitducng reinitducgn
reinitduncg reinitdungc reinitdugnc reinitdugcn reinitdcung reinitdcugn reinitdcnug reinitdcngu reinitdcgnu reinitdcgun
reinitdncug reinitdncgu reinitdnucg reinitdnugc reinitdnguc reinitdngcu reinitdgcnu reinitdgcun reinitdgncu reinitdgnuc
reinitdgunc reinitdgucn reinitnudcg reinitnudgc reinitnucdg reinitnucgd reinitnugcd reinitnugdc reinitnducg reinitndugc
reinitndcug reinitndcgu reinitndgcu reinitndguc reinitncdug reinitncdgu reinitncudg reinitncugd reinitncgud reinitncgdu
reinitngdcu reinitngduc reinitngcdu reinitngcud reinitngucd reinitngudc reinitgudnc reinitgudcn reinitgundc reinitguncd
reinitgucnd reinitgucdn reinitgdunc reinitgducn reinitgdnuc reinitgdncu reinitgdcnu reinitgdcun reinitgnduc reinitgndcu
reinitgnudc reinitgnucd reinitgncud reinitgncdu reinitgcdnu reinitgcdun reinitgcndu reinitgcnud reinitgcund reinitgcudn
reinidctung reinidctugn reinidctnug reinidctngu reinidctgnu reinidctgun reinidcutng reinidcutgn reinidcuntg reinidcungt
reinidcugnt reinidcugtn reinidcnutg reinidcnugt reinidcntug reinidcntgu reinidcngtu reinidcngut reinidcgunt reinidcgutn
reinidcgnut reinidcgntu reinidcgtnu reinidcgtun reinidtcung reinidtcugn reinidtcnug reinidtcngu reinidtcgnu reinidtcgun
reinidtucng reinidtucgn reinidtuncg reinidtungc reinidtugnc reinidtugcn reinidtnucg reinidtnugc reinidtncug reinidtncgu
reinidtngcu reinidtnguc reinidtgunc reinidtgucn reinidtgnuc reinidtgncu reinidtgcnu reinidtgcun reinidutcng reinidutcgn
reinidutncg reinidutngc reinidutgnc reinidutgcn reiniductng reiniductgn reiniducntg reiniducngt reiniducgnt reiniducgtn
reinidunctg reiniduncgt reiniduntcg reiniduntgc reinidungtc reinidungct reinidugcnt reinidugctn reinidugnct reinidugntc
reinidugtnc reinidugtcn reinidntucg reinidntugc reinidntcug reinidntcgu reinidntgcu reinidntguc reinidnutcg reinidnutgc
reinidnuctg reinidnucgt reinidnugct reinidnugtc reinidncutg reinidncugt reinidnctug reinidnctgu reinidncgtu reinidncgut
reinidnguct reinidngutc reinidngcut reinidngctu reinidngtcu reinidngtuc reinidgtunc reinidgtucn reinidgtnuc reinidgtncu
reinidgtcnu reinidgtcun reinidgutnc reinidgutcn reinidguntc reinidgunct reinidgucnt reinidguctn reinidgnutc reinidgnuct
reinidgntuc reinidgntcu reinidgnctu reinidgncut reinidgcunt reinidgcutn reinidgcnut reinidgcntu reinidgctnu reinidgctun
reininctdug reininctdgu reininctudg reininctugd reininctgud reininctgdu reinincdtug reinincdtgu reinincdutg reinincdugt
reinincdgut reinincdgtu reinincudtg reinincudgt reinincutdg reinincutgd reinincugtd reinincugdt reinincgdut reinincgdtu
reinincgudt reinincgutd reinincgtud reinincgtdu reinintcdug reinintcdgu reinintcudg reinintcugd reinintcgud reinintcgdu
reinintdcug reinintdcgu reinintducg reinintdugc reinintdguc reinintdgcu reinintudcg reinintudgc reinintucdg reinintucgd
reinintugcd reinintugdc reinintgduc reinintgdcu reinintgudc reinintgucd reinintgcud reinintgcdu reinindtcug reinindtcgu
reinindtucg reinindtugc reinindtguc reinindtgcu reinindctug reinindctgu reinindcutg reinindcugt reinindcgut reinindcgtu
reininductg reininducgt reinindutcg reinindutgc reinindugtc reinindugct reinindgcut reinindgctu reinindguct reinindgutc
reinindgtuc reinindgtcu reininutdcg reininutdgc reininutcdg reininutcgd reininutgcd reininutgdc reininudtcg reininudtgc
reininudctg reininudcgt reininudgct reininudgtc reininucdtg reininucdgt reininuctdg reininuctgd reininucgtd reininucgdt
reininugdct reininugdtc reininugcdt reininugctd reininugtcd reininugtdc reiningtduc reiningtdcu reiningtudc reiningtucd
reiningtcud reiningtcdu reiningdtuc reiningdtcu reiningdutc reiningduct reiningdcut reiningdctu reiningudtc reiningudct
reiningutdc reiningutcd reininguctd reiningucdt reiningcdut reiningcdtu reiningcudt reiningcutd reiningctud reiningctdu
reinigctdnu reinigctdun reinigctndu reinigctnud reinigctund reinigctudn reinigcdtnu reinigcdtun reinigcdntu reinigcdnut
reinigcdunt reinigcdutn reinigcndtu reinigcndut reinigcntdu reinigcntud reinigcnutd reinigcnudt reinigcudnt reinigcudtn
reinigcundt reinigcuntd reinigcutnd reinigcutdn reinigtcdnu reinigtcdun reinigtcndu reinigtcnud reinigtcund reinigtcudn
reinigtdcnu reinigtdcun reinigtdncu reinigtdnuc reinigtdunc reinigtducn reinigtndcu reinigtnduc reinigtncdu reinigtncud
reinigtnucd reinigtnudc reinigtudnc reinigtudcn reinigtundc reinigtuncd reinigtucnd reinigtucdn reinigdtcnu reinigdtcun
reinigdtncu reinigdtnuc reinigdtunc reinigdtucn reinigdctnu reinigdctun reinigdcntu reinigdcnut reinigdcunt reinigdcutn
reinigdnctu reinigdncut reinigdntcu reinigdntuc reinigdnutc reinigdnuct reinigducnt reinigductn reinigdunct reinigduntc
reinigdutnc reinigdutcn reinigntdcu reinigntduc reinigntcdu reinigntcud reinigntucd reinigntudc reinigndtcu reinigndtuc
reinigndctu reinigndcut reinignduct reinigndutc reinigncdtu reinigncdut reinignctdu reinignctud reinigncutd reinigncudt
reinignudct reinignudtc reinignucdt reinignuctd reinignutcd reinignutdc reinigutdnc reinigutdcn reinigutndc reinigutncd
reinigutcnd reinigutcdn reinigudtnc reinigudtcn reinigudntc reinigudnct reinigudcnt reinigudctn reinigundtc reinigundct
reiniguntdc reiniguntcd reinigunctd reiniguncdt reinigucdnt reinigucdtn reinigucndt reinigucntd reiniguctnd reiniguctdn
reinnuctidg reinnuctigd reinnuctdig reinnuctdgi reinnuctgdi reinnuctgid reinnucitdg reinnucitgd reinnucidtg reinnucidgt
reinnucigdt reinnucigtd reinnucditg reinnucdigt reinnucdtig reinnucdtgi reinnucdgti reinnucdgit reinnucgidt reinnucgitd
reinnucgdit reinnucgdti reinnucgtdi reinnucgtid reinnutcidg reinnutcigd reinnutcdig reinnutcdgi reinnutcgdi reinnutcgid
reinnuticdg reinnuticgd reinnutidcg reinnutidgc reinnutigdc reinnutigcd reinnutdicg reinnutdigc reinnutdcig reinnutdcgi
reinnutdgci reinnutdgic reinnutgidc reinnutgicd reinnutgdic reinnutgdci reinnutgcdi reinnutgcid reinnuitcdg reinnuitcgd
reinnuitdcg reinnuitdgc reinnuitgdc reinnuitgcd reinnuictdg reinnuictgd reinnuicdtg reinnuicdgt reinnuicgdt reinnuicgtd
reinnuidctg reinnuidcgt reinnuidtcg reinnuidtgc reinnuidgtc reinnuidgct reinnuigcdt reinnuigctd reinnuigdct reinnuigdtc
reinnuigtdc reinnuigtcd reinnudticg reinnudtigc reinnudtcig reinnudtcgi reinnudtgci reinnudtgic reinnuditcg reinnuditgc
reinnudictg reinnudicgt reinnudigct reinnudigtc reinnudcitg reinnudcigt reinnudctig reinnudctgi reinnudcgti reinnudcgit
reinnudgict reinnudgitc reinnudgcit reinnudgcti reinnudgtci reinnudgtic reinnugtidc reinnugticd reinnugtdic reinnugtdci
reinnugtcdi reinnugtcid reinnugitdc reinnugitcd reinnugidtc reinnugidct reinnugicdt reinnugictd reinnugditc reinnugdict
reinnugdtic reinnugdtci reinnugdcti reinnugdcit reinnugcidt reinnugcitd reinnugcdit reinnugcdti reinnugctdi reinnugctid
reinncutidg reinncutigd reinncutdig reinncutdgi reinncutgdi reinncutgid reinncuitdg reinncuitgd reinncuidtg reinncuidgt
reinncuigdt reinncuigtd reinncuditg reinncudigt reinncudtig reinncudtgi reinncudgti reinncudgit reinncugidt reinncugitd
reinncugdit reinncugdti reinncugtdi reinncugtid reinnctuidg reinnctuigd reinnctudig reinnctudgi reinnctugdi reinnctugid
reinnctiudg reinnctiugd reinnctidug reinnctidgu reinnctigdu reinnctigud reinnctdiug reinnctdigu reinnctduig reinnctdugi
reinnctdgui reinnctdgiu reinnctgidu reinnctgiud reinnctgdiu reinnctgdui reinnctgudi reinnctguid reinncitudg reinncitugd
reinncitdug reinncitdgu reinncitgdu reinncitgud reinnciutdg reinnciutgd reinnciudtg reinnciudgt reinnciugdt reinnciugtd
reinncidutg reinncidugt reinncidtug reinncidtgu reinncidgtu reinncidgut reinncigudt reinncigutd reinncigdut reinncigdtu
reinncigtdu reinncigtud reinncdtiug reinncdtigu reinncdtuig reinncdtugi reinncdtgui reinncdtgiu reinncditug reinncditgu
reinncdiutg reinncdiugt reinncdigut reinncdigtu reinncduitg reinncduigt reinncdutig reinncdutgi reinncdugti reinncdugit
reinncdgiut reinncdgitu reinncdguit reinncdguti reinncdgtui reinncdgtiu reinncgtidu reinncgtiud reinncgtdiu reinncgtdui
reinncgtudi reinncgtuid reinncgitdu reinncgitud reinncgidtu reinncgidut reinncgiudt reinncgiutd reinncgditu reinncgdiut
reinncgdtiu reinncgdtui reinncgduti reinncgduit reinncguidt reinncguitd reinncgudit reinncgudti reinncgutdi reinncgutid
reinntcuidg reinntcuigd reinntcudig reinntcudgi reinntcugdi reinntcugid reinntciudg reinntciugd reinntcidug reinntcidgu
reinntcigdu reinntcigud reinntcdiug reinntcdigu reinntcduig reinntcdugi reinntcdgui reinntcdgiu reinntcgidu reinntcgiud
reinntcgdiu reinntcgdui reinntcgudi reinntcguid reinntucidg reinntucigd reinntucdig reinntucdgi reinntucgdi reinntucgid
reinntuicdg reinntuicgd reinntuidcg reinntuidgc reinntuigdc reinntuigcd reinntudicg reinntudigc reinntudcig reinntudcgi
reinntudgci reinntudgic reinntugidc reinntugicd reinntugdic reinntugdci reinntugcdi reinntugcid reinntiucdg reinntiucgd
reinntiudcg reinntiudgc reinntiugdc reinntiugcd reinnticudg reinnticugd reinnticdug reinnticdgu reinnticgdu reinnticgud
reinntidcug reinntidcgu reinntiducg reinntidugc reinntidguc reinntidgcu reinntigcdu reinntigcud reinntigdcu reinntigduc
reinntigudc reinntigucd reinntduicg reinntduigc reinntducig reinntducgi reinntdugci reinntdugic reinntdiucg reinntdiugc
reinntdicug reinntdicgu reinntdigcu reinntdiguc reinntdciug reinntdcigu reinntdcuig reinntdcugi reinntdcgui reinntdcgiu
reinntdgicu reinntdgiuc reinntdgciu reinntdgcui reinntdguci reinntdguic reinntguidc reinntguicd reinntgudic reinntgudci
reinntgucdi reinntgucid reinntgiudc reinntgiucd reinntgiduc reinntgidcu reinntgicdu reinntgicud reinntgdiuc reinntgdicu
reinntgduic reinntgduci reinntgdcui reinntgdciu reinntgcidu reinntgciud reinntgcdiu reinntgcdui reinntgcudi reinntgcuid
reinnictudg reinnictugd reinnictdug reinnictdgu reinnictgdu reinnictgud reinnicutdg reinnicutgd reinnicudtg reinnicudgt
reinnicugdt reinnicugtd reinnicdutg reinnicdugt reinnicdtug reinnicdtgu reinnicdgtu reinnicdgut reinnicgudt reinnicgutd
reinnicgdut reinnicgdtu reinnicgtdu reinnicgtud reinnitcudg reinnitcugd reinnitcdug reinnitcdgu reinnitcgdu reinnitcgud
reinnitucdg reinnitucgd reinnitudcg reinnitudgc reinnitugdc reinnitugcd reinnitducg reinnitdugc reinnitdcug reinnitdcgu
reinnitdgcu reinnitdguc reinnitgudc reinnitgucd reinnitgduc reinnitgdcu reinnitgcdu reinnitgcud reinniutcdg reinniutcgd
reinniutdcg reinniutdgc reinniutgdc reinniutgcd reinniuctdg reinniuctgd reinniucdtg reinniucdgt reinniucgdt reinniucgtd
reinniudctg reinniudcgt reinniudtcg reinniudtgc reinniudgtc reinniudgct reinniugcdt reinniugctd reinniugdct reinniugdtc
reinniugtdc reinniugtcd reinnidtucg reinnidtugc reinnidtcug reinnidtcgu reinnidtgcu reinnidtguc reinnidutcg reinnidutgc
reinniductg reinniducgt reinnidugct reinnidugtc reinnidcutg reinnidcugt reinnidctug reinnidctgu reinnidcgtu reinnidcgut
reinnidguct reinnidgutc reinnidgcut reinnidgctu reinnidgtcu reinnidgtuc reinnigtudc reinnigtucd reinnigtduc reinnigtdcu
reinnigtcdu reinnigtcud reinnigutdc reinnigutcd reinnigudtc reinnigudct reinnigucdt reinniguctd reinnigdutc reinnigduct
reinnigdtuc reinnigdtcu reinnigdctu reinnigdcut reinnigcudt reinnigcutd reinnigcdut reinnigcdtu reinnigctdu reinnigctud
reinndctiug reinndctigu reinndctuig reinndctugi reinndctgui reinndctgiu reinndcitug reinndcitgu reinndciutg reinndciugt
reinndcigut reinndcigtu reinndcuitg reinndcuigt reinndcutig reinndcutgi reinndcugti reinndcugit reinndcgiut reinndcgitu
reinndcguit reinndcguti reinndcgtui reinndcgtiu reinndtciug reinndtcigu reinndtcuig reinndtcugi reinndtcgui reinndtcgiu
reinndticug reinndticgu reinndtiucg reinndtiugc reinndtiguc reinndtigcu reinndtuicg reinndtuigc reinndtucig reinndtucgi
reinndtugci reinndtugic reinndtgiuc reinndtgicu reinndtguic reinndtguci reinndtgcui reinndtgciu reinnditcug reinnditcgu
reinnditucg reinnditugc reinnditguc reinnditgcu reinndictug reinndictgu reinndicutg reinndicugt reinndicgut reinndicgtu
reinndiuctg reinndiucgt reinndiutcg reinndiutgc reinndiugtc reinndiugct reinndigcut reinndigctu reinndiguct reinndigutc
reinndigtuc reinndigtcu reinnduticg reinndutigc reinndutcig reinndutcgi reinndutgci reinndutgic reinnduitcg reinnduitgc
reinnduictg reinnduicgt reinnduigct reinnduigtc reinnducitg reinnducigt reinnductig reinnductgi reinnducgti reinnducgit
reinndugict reinndugitc reinndugcit reinndugcti reinndugtci reinndugtic reinndgtiuc reinndgticu reinndgtuic reinndgtuci
reinndgtcui reinndgtciu reinndgituc reinndgitcu reinndgiutc reinndgiuct reinndgicut reinndgictu reinndguitc reinndguict
reinndgutic reinndgutci reinndgucti reinndgucit reinndgciut reinndgcitu reinndgcuit reinndgcuti reinndgctui reinndgctiu
reinngctidu reinngctiud reinngctdiu reinngctdui reinngctudi reinngctuid reinngcitdu reinngcitud reinngcidtu reinngcidut
reinngciudt reinngciutd reinngcditu reinngcdiut reinngcdtiu reinngcdtui reinngcduti reinngcduit reinngcuidt reinngcuitd
reinngcudit reinngcudti reinngcutdi reinngcutid reinngtcidu reinngtciud reinngtcdiu reinngtcdui reinngtcudi reinngtcuid
reinngticdu reinngticud reinngtidcu reinngtiduc reinngtiudc reinngtiucd reinngtdicu reinngtdiuc reinngtdciu reinngtdcui
reinngtduci reinngtduic reinngtuidc reinngtuicd reinngtudic reinngtudci reinngtucdi reinngtucid reinngitcdu reinngitcud
reinngitdcu reinngitduc reinngitudc reinngitucd reinngictdu reinngictud reinngicdtu reinngicdut reinngicudt reinngicutd
reinngidctu reinngidcut reinngidtcu reinngidtuc reinngidutc reinngiduct reinngiucdt reinngiuctd reinngiudct reinngiudtc
reinngiutdc reinngiutcd reinngdticu reinngdtiuc reinngdtciu reinngdtcui reinngdtuci reinngdtuic reinngditcu reinngdituc
reinngdictu reinngdicut reinngdiuct reinngdiutc reinngdcitu reinngdciut reinngdctiu reinngdctui reinngdcuti reinngdcuit
reinngduict reinngduitc reinngducit reinngducti reinngdutci reinngdutic reinngutidc reinnguticd reinngutdic reinngutdci
reinngutcdi reinngutcid reinnguitdc reinnguitcd reinnguidtc reinnguidct reinnguicdt reinnguictd reinnguditc reinngudict
reinngudtic reinngudtci reinngudcti reinngudcit reinngucidt reinngucitd reinngucdit reinngucdti reinnguctdi reinnguctid
reinguctind reinguctidn reinguctnid reinguctndi reinguctdni reinguctdin reingucitnd reingucitdn reingucintd reingucindt
reingucidnt reingucidtn reingucnitd reingucnidt reingucntid reingucntdi reingucndti reingucndit reingucdint reingucditn
reingucdnit reingucdnti reingucdtni reingucdtin reingutcind reingutcidn reingutcnid reingutcndi reingutcdni reingutcdin
reinguticnd reinguticdn reingutincd reingutindc reingutidnc reingutidcn reingutnicd reingutnidc reingutncid reingutncdi
reingutndci reingutndic reingutdinc reingutdicn reingutdnic reingutdnci reingutdcni reingutdcin reinguitcnd reinguitcdn
reinguitncd reinguitndc reinguitdnc reinguitdcn reinguictnd reinguictdn reinguicntd reinguicndt reinguicdnt reinguicdtn
reinguinctd reinguincdt reinguintcd reinguintdc reinguindtc reinguindct reinguidcnt reinguidctn reinguidnct reinguidntc
reinguidtnc reinguidtcn reingunticd reinguntidc reinguntcid reinguntcdi reinguntdci reinguntdic reingunitcd reingunitdc
reingunictd reingunicdt reingunidct reingunidtc reinguncitd reinguncidt reingunctid reingunctdi reinguncdti reinguncdit
reingundict reingunditc reingundcit reingundcti reingundtci reingundtic reingudtinc reingudticn reingudtnic reingudtnci
reingudtcni reingudtcin reinguditnc reinguditcn reingudintc reingudinct reingudicnt reingudictn reingudnitc reingudnict
reingudntic reingudntci reingudncti reingudncit reingudcint reingudcitn reingudcnit reingudcnti reingudctni reingudctin
reingcutind reingcutidn reingcutnid reingcutndi reingcutdni reingcutdin reingcuitnd reingcuitdn reingcuintd reingcuindt
reingcuidnt reingcuidtn reingcunitd reingcunidt reingcuntid reingcuntdi reingcundti reingcundit reingcudint reingcuditn
reingcudnit reingcudnti reingcudtni reingcudtin reingctuind reingctuidn reingctunid reingctundi reingctudni reingctudin
reingctiund reingctiudn reingctinud reingctindu reingctidnu reingctidun reingctniud reingctnidu reingctnuid reingctnudi
reingctndui reingctndiu reingctdinu reingctdiun reingctdniu reingctdnui reingctduni reingctduin reingcitund reingcitudn
reingcitnud reingcitndu reingcitdnu reingcitdun reingciutnd reingciutdn reingciuntd reingciundt reingciudnt reingciudtn
reingcinutd reingcinudt reingcintud reingcintdu reingcindtu reingcindut reingcidunt reingcidutn reingcidnut reingcidntu
reingcidtnu reingcidtun reingcntiud reingcntidu reingcntuid reingcntudi reingcntdui reingcntdiu reingcnitud reingcnitdu
reingcniutd reingcniudt reingcnidut reingcnidtu reingcnuitd reingcnuidt reingcnutid reingcnutdi reingcnudti reingcnudit
reingcndiut reingcnditu reingcnduit reingcnduti reingcndtui reingcndtiu reingcdtinu reingcdtiun reingcdtniu reingcdtnui
reingcdtuni reingcdtuin reingcditnu reingcditun reingcdintu reingcdinut reingcdiunt reingcdiutn reingcdnitu reingcdniut
reingcdntiu reingcdntui reingcdnuti reingcdnuit reingcduint reingcduitn reingcdunit reingcdunti reingcdutni reingcdutin
reingtcuind reingtcuidn reingtcunid reingtcundi reingtcudni reingtcudin reingtciund reingtciudn reingtcinud reingtcindu
reingtcidnu reingtcidun reingtcniud reingtcnidu reingtcnuid reingtcnudi reingtcndui reingtcndiu reingtcdinu reingtcdiun
reingtcdniu reingtcdnui reingtcduni reingtcduin reingtucind reingtucidn reingtucnid reingtucndi reingtucdni reingtucdin
reingtuicnd reingtuicdn reingtuincd reingtuindc reingtuidnc reingtuidcn reingtunicd reingtunidc reingtuncid reingtuncdi
reingtundci reingtundic reingtudinc reingtudicn reingtudnic reingtudnci reingtudcni reingtudcin reingtiucnd reingtiucdn
reingtiuncd reingtiundc reingtiudnc reingtiudcn reingticund reingticudn reingticnud reingticndu reingticdnu reingticdun
reingtincud reingtincdu reingtinucd reingtinudc reingtinduc reingtindcu reingtidcnu reingtidcun reingtidncu reingtidnuc
reingtidunc reingtiducn reingtnuicd reingtnuidc reingtnucid reingtnucdi reingtnudci reingtnudic reingtniucd reingtniudc
reingtnicud reingtnicdu reingtnidcu reingtniduc reingtnciud reingtncidu reingtncuid reingtncudi reingtncdui reingtncdiu
reingtndicu reingtndiuc reingtndciu reingtndcui reingtnduci reingtnduic reingtduinc reingtduicn reingtdunic reingtdunci
reingtducni reingtducin reingtdiunc reingtdiucn reingtdinuc reingtdincu reingtdicnu reingtdicun reingtdniuc reingtdnicu
reingtdnuic reingtdnuci reingtdncui reingtdnciu reingtdcinu reingtdciun reingtdcniu reingtdcnui reingtdcuni reingtdcuin
reingictund reingictudn reingictnud reingictndu reingictdnu reingictdun reingicutnd reingicutdn reingicuntd reingicundt
reingicudnt reingicudtn reingicnutd reingicnudt reingicntud reingicntdu reingicndtu reingicndut reingicdunt reingicdutn
reingicdnut reingicdntu reingicdtnu reingicdtun reingitcund reingitcudn reingitcnud reingitcndu reingitcdnu reingitcdun
reingitucnd reingitucdn reingituncd reingitundc reingitudnc reingitudcn reingitnucd reingitnudc reingitncud reingitncdu
reingitndcu reingitnduc reingitdunc reingitducn reingitdnuc reingitdncu reingitdcnu reingitdcun reingiutcnd reingiutcdn
reingiutncd reingiutndc reingiutdnc reingiutdcn reingiuctnd reingiuctdn reingiucntd reingiucndt reingiucdnt reingiucdtn
reingiunctd reingiuncdt reingiuntcd reingiuntdc reingiundtc reingiundct reingiudcnt reingiudctn reingiudnct reingiudntc
reingiudtnc reingiudtcn reingintucd reingintudc reingintcud reingintcdu reingintdcu reingintduc reinginutcd reinginutdc
reinginuctd reinginucdt reinginudct reinginudtc reingincutd reingincudt reinginctud reinginctdu reingincdtu reingincdut
reinginduct reingindutc reingindcut reingindctu reingindtcu reingindtuc reingidtunc reingidtucn reingidtnuc reingidtncu
reingidtcnu reingidtcun reingidutnc reingidutcn reingiduntc reingidunct reingiducnt reingiductn reingidnutc reingidnuct
reingidntuc reingidntcu reingidnctu reingidncut reingidcunt reingidcutn reingidcnut reingidcntu reingidctnu reingidctun
reingnctiud reingnctidu reingnctuid reingnctudi reingnctdui reingnctdiu reingncitud reingncitdu reingnciutd reingnciudt
reingncidut reingncidtu reingncuitd reingncuidt reingncutid reingncutdi reingncudti reingncudit reingncdiut reingncditu
reingncduit reingncduti reingncdtui reingncdtiu reingntciud reingntcidu reingntcuid reingntcudi reingntcdui reingntcdiu
reingnticud reingnticdu reingntiucd reingntiudc reingntiduc reingntidcu reingntuicd reingntuidc reingntucid reingntucdi
reingntudci reingntudic reingntdiuc reingntdicu reingntduic reingntduci reingntdcui reingntdciu reingnitcud reingnitcdu
reingnitucd reingnitudc reingnitduc reingnitdcu reingnictud reingnictdu reingnicutd reingnicudt reingnicdut reingnicdtu
reingniuctd reingniucdt reingniutcd reingniutdc reingniudtc reingniudct reingnidcut reingnidctu reingniduct reingnidutc
reingnidtuc reingnidtcu reingnuticd reingnutidc reingnutcid reingnutcdi reingnutdci reingnutdic reingnuitcd reingnuitdc
reingnuictd reingnuicdt reingnuidct reingnuidtc reingnucitd reingnucidt reingnuctid reingnuctdi reingnucdti reingnucdit
reingnudict reingnuditc reingnudcit reingnudcti reingnudtci reingnudtic reingndtiuc reingndticu reingndtuic reingndtuci
reingndtcui reingndtciu reingndituc reingnditcu reingndiutc reingndiuct reingndicut reingndictu reingnduitc reingnduict
reingndutic reingndutci reingnducti reingnducit reingndciut reingndcitu reingndcuit reingndcuti reingndctui reingndctiu
reingdctinu reingdctiun reingdctniu reingdctnui reingdctuni reingdctuin reingdcitnu reingdcitun reingdcintu reingdcinut
reingdciunt reingdciutn reingdcnitu reingdcniut reingdcntiu reingdcntui reingdcnuti reingdcnuit reingdcuint reingdcuitn
reingdcunit reingdcunti reingdcutni reingdcutin reingdtcinu reingdtciun reingdtcniu reingdtcnui reingdtcuni reingdtcuin
reingdticnu reingdticun reingdtincu reingdtinuc reingdtiunc reingdtiucn reingdtnicu reingdtniuc reingdtnciu reingdtncui
reingdtnuci reingdtnuic reingdtuinc reingdtuicn reingdtunic reingdtunci reingdtucni reingdtucin reingditcnu reingditcun
reingditncu reingditnuc reingditunc reingditucn reingdictnu reingdictun reingdicntu reingdicnut reingdicunt reingdicutn
reingdinctu reingdincut reingdintcu reingdintuc reingdinutc reingdinuct reingdiucnt reingdiuctn reingdiunct reingdiuntc
reingdiutnc reingdiutcn reingdnticu reingdntiuc reingdntciu reingdntcui reingdntuci reingdntuic reingdnitcu reingdnituc
reingdnictu reingdnicut reingdniuct reingdniutc reingdncitu reingdnciut reingdnctiu reingdnctui reingdncuti reingdncuit
reingdnuict reingdnuitc reingdnucit reingdnucti reingdnutci reingdnutic reingdutinc reingduticn reingdutnic reingdutnci
reingdutcni reingdutcin reingduitnc reingduitcn reingduintc reingduinct reingduicnt reingduictn reingdunitc reingdunict
reingduntic reingduntci reingduncti reingduncit reingducint reingducitn reingducnit reingducnti reingductni reingductin

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History of cryptography
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