easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

sincaline

retotal

everblooming

crunchweed

declaravi

closeted

constitutes

inveniavssimus

gibstaff

bathometer

switchers

credos

saeptisque

midbody

elaeis

letteth

porel

diatribist


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: whidding
cipher variations:
xijeejoh yjkffkpi zklgglqj almhhmrk bmniinsl
cnojjotm dopkkpun epqllqvo fqrmmrwp grsnnsxq
hstootyr ituppuzs juvqqvat kvwrrwbu lwxssxcv
mxyttydw nyzuuzex ozavvafy pabwwbgz qbcxxcha
rcdyydib sdezzejc tefaafkd ufgbbgle vghcchmf

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: whidding
Cipher: dsrwwrmt

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: whidding
Cipher: BABAA AABBB ABAAA AAABB AAABB ABAAA ABBAA AABBA

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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: whidding
cipher variations:
xijeejohpwzkkzothkpqqpofzyfwwforrmvccvodjaliiloptcruuronlqhaahoz
dexggxolvsnmmnoxngdssdojfutyytovyjkffkpiqxallapuilqrrqpgazgxxgps
snwddwpekbmjjmpqudsvvspomribbipaefyhhypmwtonnopyohettepkgvuzzupw
zklgglqjrybmmbqvjmrssrqhbahyyhqttoxeexqflcnkknqrvetwwtqpnsjccjqb
fgziizqnxupoopqzpifuufqlhwvaavqxalmhhmrkszcnncrwknsttsricbizziru
upyffyrgmdollorswfuxxurqotkddkrcghajjaroyvqppqraqjgvvgrmixwbbwry
bmniinsltadoodsxlotuutsjdcjaajsvvqzggzshnepmmpstxgvyyvsrpuleelsd
hibkkbspzwrqqrsbrkhwwhsnjyxccxszcnojjotmubeppetympuvvutkedkbbktw
wrahhatiofqnnqtuyhwzzwtsqvmffmteijcllctqaxsrrstcslixxitokzyddyta
dopkkpunvcfqqfuznqvwwvulfelccluxxsbiibujpgrooruvzixaaxutrwnggnuf
jkdmmdurbytsstudtmjyyjuplazeezubepqllqvowdgrrgvaorwxxwvmgfmddmvy
ytcjjcvkqhsppsvwajybbyvusxohhovgklennevsczuttuveunkzzkvqmbaffavc
fqrmmrwpxehsshwbpsxyyxwnhgneenwzzudkkdwlritqqtwxbkzcczwvtypiipwh
lmfoofwtdavuuvwfvolaalwrncbggbwdgrsnnsxqyfittixcqtyzzyxoihoffoxa
avellexmsjurruxycladdaxwuzqjjqximngppgxuebwvvwxgwpmbbmxsodchhcxe
hstootyrzgjuujydruzaazypjipggpybbwfmmfyntkvssvyzdmbeebyxvarkkryj
nohqqhyvfcxwwxyhxqnccnytpediidyfituppuzsahkvvkzesvabbazqkjqhhqzc
cxgnngzoulwttwzaencffczywbsllszkopirrizwgdyxxyziyroddozuqfejjezg
juvqqvatbilwwlaftwbccbarlkriiraddyhoohapvmxuuxabfodggdazxctmmtal
pqjssjaxhezyyzajzspeepavrgfkkfahkvwrrwbucjmxxmbguxcddcbsmlsjjsbe
ezippibqwnyvvybcgpehhebaydunnubmqrkttkbyifazzabkatqffqbwshgllgbi
lwxssxcvdknyynchvydeedctnmtkktcffajqqjcrxozwwzcdhqfiifcbzevoovcn
rsluulczjgbaabclburggrcxtihmmhcjmxyttydwelozzodiwzeffeduonulludg
gbkrrkdsypaxxadeirgjjgdcafwppwdostmvvmdakhcbbcdmcvshhsdyujinnidk
nyzuuzexfmpaapejxafggfevpovmmvehhclssletzqbyybefjshkkhedbgxqqxep
tunwwneblidccdendwtiitezvkjoojelozavvafygnqbbqfkybghhgfwqpwnnwfi
idmttmfuarczzcfgktillifechyrryfquvoxxofcmjeddefoexujjufawlkppkfm
pabwwbgzhorccrglzchiihgxrqxooxgjjenuungvbsdaadghlujmmjgfdizsszgr
vwpyypgdnkfeefgpfyvkkvgbxmlqqlgnqbcxxchaipsddshmadijjihysryppyhk
kfovvohwctebbehimvknnkhgejattahswxqzzqheolgffghqgzwllwhcynmrrmho
rcdyydibjqteetinbejkkjiztszqqzillgpwwpixdufccfijnwloolihfkbuubit
xyraarifpmhgghirhaxmmxidzonssnipsdezzejckruffujocfkllkjautarrajm
mhqxxqjyevgddgjkoxmppmjiglcvvcjuyzsbbsjgqnihhijsibynnyjeapottojq
tefaafkdlsvggvkpdglmmlkbvubssbknniryyrkzfwheehklpynqqnkjhmdwwdkv
zatcctkhrojiijktjczoozkfbqpuupkrufgbbglemtwhhwlqehmnnmlcwvcttclo
ojszzslagxiffilmqzorrolkinexxelwabuddulispkjjklukdappalgcrqvvqls
vghcchmfnuxiixmrfinoonmdxwduudmppktaatmbhyjggjmnrapsspmljofyyfmx
bcveevmjtqlkklmvlebqqbmhdsrwwrmtwhiddingovyjjynsgjopponeyxevvenq
qlubbuncizkhhknosbqttqnmkpgzzgnycdwffwnkurmllmnwmfcrrcnietsxxsnu

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: whidding
Cipher: juvqqvat

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: whidding
Cipher: 2532424141423322

Extended Methods:
Method #1

Plaintext: whidding
method variations:
bnoiiosmgstootxrmxyttycwrcdyydhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w h i d d i n g 
2 3 4 4 4 4 3 2 
5 2 2 1 1 2 3 2 
They are then read out in rows:
2344443252211232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: whidding
Cipher: mtthkbfh

Read more ...
Method #3

Plaintext: whidding
method variations:
prrqqmhg rrqqmhgp rqqmhgpr
qqmhgprr qmhgprrq mhgprrqq
hgprrqqm gprrqqmh

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: whidding

first 5040 cipher variations(40320 total)
whidding whiddign whiddnig whiddngi whiddgni whiddgin whididng whididgn whidindg whidingd whidignd
whidigdn whidnidg whidnigd whidndig whidndgi whidngdi whidngid whidgind whidgidn whidgnid whidgndi
whidgdni whidgdin whidding whiddign whiddnig whiddngi whiddgni whiddgin whididng whididgn whidindg
whidingd whidignd whidigdn whidnidg whidnigd whidndig whidndgi whidngdi whidngid whidgind whidgidn
whidgnid whidgndi whidgdni whidgdin whiiddng whiiddgn whiidndg whiidngd whiidgnd whiidgdn whiiddng
whiiddgn whiidndg whiidngd whiidgnd whiidgdn whiinddg whiindgd whiinddg whiindgd whiingdd whiingdd
whiigdnd whiigddn whiigndd whiigndd whiigdnd whiigddn whindidg whindigd whinddig whinddgi whindgdi
whindgid whiniddg whinidgd whiniddg whinidgd whinigdd whinigdd whindidg whindigd whinddig whinddgi
whindgdi whindgid whingidd whingidd whingdid whingddi whingddi whingdid whigdind whigdidn whigdnid
whigdndi whigddni whigddin whigidnd whigiddn whigindd whigindd whigidnd whigiddn whignidd whignidd
whigndid whignddi whignddi whigndid whigdind whigdidn whigdnid whigdndi whigddni whigddin whdiding
whdidign whdidnig whdidngi whdidgni whdidgin whdiidng whdiidgn whdiindg whdiingd whdiignd whdiigdn
whdinidg whdinigd whdindig whdindgi whdingdi whdingid whdigind whdigidn whdignid whdigndi whdigdni
whdigdin whddiing whddiign whddinig whddingi whddigni whddigin whddiing whddiign whddinig whddingi
whddigni whddigin whddniig whddnigi whddniig whddnigi whddngii whddngii whddgini whddgiin whddgnii
whddgnii whddgini whddgiin whdiding whdidign whdidnig whdidngi whdidgni whdidgin whdiidng whdiidgn
whdiindg whdiingd whdiignd whdiigdn whdinidg whdinigd whdindig whdindgi whdingdi whdingid whdigind
whdigidn whdignid whdigndi whdigdni whdigdin whdndiig whdndigi whdndiig whdndigi whdndgii whdndgii
whdnidig whdnidgi whdniidg whdniigd whdnigid whdnigdi whdniidg whdniigd whdnidig whdnidgi whdnigdi
whdnigid whdngiid whdngidi whdngiid whdngidi whdngdii whdngdii whdgdini whdgdiin whdgdnii whdgdnii
whdgdini whdgdiin whdgidni whdgidin whdgindi whdginid whdgiind whdgiidn whdgnidi whdgniid whdgndii
whdgndii whdgnidi whdgniid whdgiind whdgiidn whdginid whdgindi whdgidni whdgidin whddiing whddiign
whddinig whddingi whddigni whddigin whddiing whddiign whddinig whddingi whddigni whddigin whddniig
whddnigi whddniig whddnigi whddngii whddngii whddgini whddgiin whddgnii whddgnii whddgini whddgiin
whdiding whdidign whdidnig whdidngi whdidgni whdidgin whdiidng whdiidgn whdiindg whdiingd whdiignd
whdiigdn whdinidg whdinigd whdindig whdindgi whdingdi whdingid whdigind whdigidn whdignid whdigndi
whdigdni whdigdin whdiidng whdiidgn whdiindg whdiingd whdiignd whdiigdn whdiding whdidign whdidnig
whdidngi whdidgni whdidgin whdindig whdindgi whdinidg whdinigd whdingid whdingdi whdigdni whdigdin
whdigndi whdignid whdigind whdigidn whdniidg whdniigd whdnidig whdnidgi whdnigdi whdnigid whdniidg
whdniigd whdnidig whdnidgi whdnigdi whdnigid whdndiig whdndigi whdndiig whdndigi whdndgii whdndgii
whdngidi whdngiid whdngdii whdngdii whdngidi whdngiid whdgiind whdgiidn whdginid whdgindi whdgidni
whdgidin whdgiind whdgiidn whdginid whdgindi whdgidni whdgidin whdgniid whdgnidi whdgniid whdgnidi
whdgndii whdgndii whdgdini whdgdiin whdgdnii whdgdnii whdgdini whdgdiin whidding whiddign whiddnig
whiddngi whiddgni whiddgin whididng whididgn whidindg whidingd whidignd whidigdn whidnidg whidnigd
whidndig whidndgi whidngdi whidngid whidgind whidgidn whidgnid whidgndi whidgdni whidgdin whidding
whiddign whiddnig whiddngi whiddgni whiddgin whididng whididgn whidindg whidingd whidignd whidigdn
whidnidg whidnigd whidndig whidndgi whidngdi whidngid whidgind whidgidn whidgnid whidgndi whidgdni
whidgdin whiiddng whiiddgn whiidndg whiidngd whiidgnd whiidgdn whiiddng whiiddgn whiidndg whiidngd
whiidgnd whiidgdn whiinddg whiindgd whiinddg whiindgd whiingdd whiingdd whiigdnd whiigddn whiigndd
whiigndd whiigdnd whiigddn whindidg whindigd whinddig whinddgi whindgdi whindgid whiniddg whinidgd
whiniddg whinidgd whinigdd whinigdd whindidg whindigd whinddig whinddgi whindgdi whindgid whingidd
whingidd whingdid whingddi whingddi whingdid whigdind whigdidn whigdnid whigdndi whigddni whigddin
whigidnd whigiddn whigindd whigindd whigidnd whigiddn whignidd whignidd whigndid whignddi whignddi
whigndid whigdind whigdidn whigdnid whigdndi whigddni whigddin whnddiig whnddigi whnddiig whnddigi
whnddgii whnddgii whndidig whndidgi whndiidg whndiigd whndigid whndigdi whndiidg whndiigd whndidig
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widghndi widghdni widghdin widdhing widdhign widdhnig widdhngi widdhgni widdhgin widdihng widdihgn
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widhidng widhidgn widhindg widhingd widhignd widhigdn widhnidg widhnigd widhndig widhndgi widhngdi
widhngid widhgind widhgidn widhgnid widhgndi widhgdni widhgdin widihdng widihdgn widihndg widihngd
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widinhgd widinghd widingdh widigdnh widigdhn widigndh widignhd widighnd widighdn widnhidg widnhigd
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widndigh widndhig widndhgi widndghi widndgih widngidh widngihd widngdih widngdhi widnghdi widnghid
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widgidhn widgnihd widgnidh widgnhid widgnhdi widgndhi widgndih widgdinh widgdihn widgdnih widgdnhi
widgdhni widgdhin wiiddhng wiiddhgn wiiddnhg wiiddngh wiiddgnh wiiddghn wiidhdng wiidhdgn wiidhndg
wiidhngd wiidhgnd wiidhgdn wiidnhdg wiidnhgd wiidndhg wiidndgh wiidngdh wiidnghd wiidghnd wiidghdn
wiidgnhd wiidgndh wiidgdnh wiidgdhn wiiddhng wiiddhgn wiiddnhg wiiddngh wiiddgnh wiiddghn wiidhdng
wiidhdgn wiidhndg wiidhngd wiidhgnd wiidhgdn wiidnhdg wiidnhgd wiidndhg wiidndgh wiidngdh wiidnghd
wiidghnd wiidghdn wiidgnhd wiidgndh wiidgdnh wiidgdhn wiihddng wiihddgn wiihdndg wiihdngd wiihdgnd
wiihdgdn wiihddng wiihddgn wiihdndg wiihdngd wiihdgnd wiihdgdn wiihnddg wiihndgd wiihnddg wiihndgd
wiihngdd wiihngdd wiihgdnd wiihgddn wiihgndd wiihgndd wiihgdnd wiihgddn wiindhdg wiindhgd wiinddhg
wiinddgh wiindgdh wiindghd wiinhddg wiinhdgd wiinhddg wiinhdgd wiinhgdd wiinhgdd wiindhdg wiindhgd
wiinddhg wiinddgh wiindgdh wiindghd wiinghdd wiinghdd wiingdhd wiingddh wiingddh wiingdhd wiigdhnd
wiigdhdn wiigdnhd wiigdndh wiigddnh wiigddhn wiighdnd wiighddn wiighndd wiighndd wiighdnd wiighddn
wiignhdd wiignhdd wiigndhd wiignddh wiignddh wiigndhd wiigdhnd wiigdhdn wiigdnhd wiigdndh wiigddnh
wiigddhn winddihg winddigh winddhig winddhgi winddghi winddgih windidhg windidgh windihdg windihgd
windighd windigdh windhidg windhigd windhdig windhdgi windhgdi windhgid windgihd windgidh windghid
windghdi windgdhi windgdih winddihg winddigh winddhig winddhgi winddghi winddgih windidhg windidgh
windihdg windihgd windighd windigdh windhidg windhigd windhdig windhdgi windhgdi windhgid windgihd
windgidh windghid windghdi windgdhi windgdih winiddhg winiddgh winidhdg winidhgd winidghd winidgdh
winiddhg winiddgh winidhdg winidhgd winidghd winidgdh winihddg winihdgd winihddg winihdgd winihgdd
winihgdd winigdhd winigddh winighdd winighdd winigdhd winigddh winhdidg winhdigd winhddig winhddgi
winhdgdi winhdgid winhiddg winhidgd winhiddg winhidgd winhigdd winhigdd winhdidg winhdigd winhddig
winhddgi winhdgdi winhdgid winhgidd winhgidd winhgdid winhgddi winhgddi winhgdid wingdihd wingdidh
wingdhid wingdhdi wingddhi wingddih wingidhd wingiddh wingihdd wingihdd wingidhd wingiddh winghidd
winghidd winghdid winghddi winghddi winghdid wingdihd wingdidh wingdhid wingdhdi wingddhi wingddih
wigddinh wigddihn wigddnih wigddnhi wigddhni wigddhin wigdidnh wigdidhn wigdindh wigdinhd wigdihnd
wigdihdn wigdnidh wigdnihd wigdndih wigdndhi wigdnhdi wigdnhid wigdhind wigdhidn wigdhnid wigdhndi
wigdhdni wigdhdin wigddinh wigddihn wigddnih wigddnhi wigddhni wigddhin wigdidnh wigdidhn wigdindh
wigdinhd wigdihnd wigdihdn wigdnidh wigdnihd wigdndih wigdndhi wigdnhdi wigdnhid wigdhind wigdhidn
wigdhnid wigdhndi wigdhdni wigdhdin wigiddnh wigiddhn wigidndh wigidnhd wigidhnd wigidhdn wigiddnh
wigiddhn wigidndh wigidnhd wigidhnd wigidhdn wiginddh wigindhd wiginddh wigindhd wiginhdd wiginhdd
wigihdnd wigihddn wigihndd wigihndd wigihdnd wigihddn wigndidh wigndihd wignddih wignddhi wigndhdi
wigndhid wigniddh wignidhd wigniddh wignidhd wignihdd wignihdd wigndidh wigndihd wignddih wignddhi
wigndhdi wigndhid wignhidd wignhidd wignhdid wignhddi wignhddi wignhdid wighdind wighdidn wighdnid
wighdndi wighddni wighddin wighidnd wighiddn wighindd wighindd wighidnd wighiddn wighnidd wighnidd
wighndid wighnddi wighnddi wighndid wighdind wighdidn wighdnid wighdndi wighddni wighddin wdihding
wdihdign wdihdnig wdihdngi wdihdgni wdihdgin wdihidng wdihidgn wdihindg wdihingd wdihignd wdihigdn
wdihnidg wdihnigd wdihndig wdihndgi wdihngdi wdihngid wdihgind wdihgidn wdihgnid wdihgndi wdihgdni
wdihgdin wdidhing wdidhign wdidhnig wdidhngi wdidhgni wdidhgin wdidihng wdidihgn wdidinhg wdidingh
wdidignh wdidighn wdidnihg wdidnigh wdidnhig wdidnhgi wdidnghi wdidngih wdidginh wdidgihn wdidgnih
wdidgnhi wdidghni wdidghin wdiidhng wdiidhgn wdiidnhg wdiidngh wdiidgnh wdiidghn wdiihdng wdiihdgn
wdiihndg wdiihngd wdiihgnd wdiihgdn wdiinhdg wdiinhgd wdiindhg wdiindgh wdiingdh wdiinghd wdiighnd
wdiighdn wdiignhd wdiigndh wdiigdnh wdiigdhn wdindihg wdindigh wdindhig wdindhgi wdindghi wdindgih
wdinidhg wdinidgh wdinihdg wdinihgd wdinighd wdinigdh wdinhidg wdinhigd wdinhdig wdinhdgi wdinhgdi
wdinhgid wdingihd wdingidh wdinghid wdinghdi wdingdhi wdingdih wdigdinh wdigdihn wdigdnih wdigdnhi
wdigdhni wdigdhin wdigidnh wdigidhn wdigindh wdiginhd wdigihnd wdigihdn wdignidh wdignihd wdigndih
wdigndhi wdignhdi wdignhid wdighind wdighidn wdighnid wdighndi wdighdni wdighdin wdhiding wdhidign
wdhidnig wdhidngi wdhidgni wdhidgin wdhiidng wdhiidgn wdhiindg wdhiingd wdhiignd wdhiigdn wdhinidg
wdhinigd wdhindig wdhindgi wdhingdi wdhingid wdhigind wdhigidn wdhignid wdhigndi wdhigdni wdhigdin
wdhdiing wdhdiign wdhdinig wdhdingi wdhdigni wdhdigin wdhdiing wdhdiign wdhdinig wdhdingi wdhdigni
wdhdigin wdhdniig wdhdnigi wdhdniig wdhdnigi wdhdngii wdhdngii wdhdgini wdhdgiin wdhdgnii wdhdgnii
wdhdgini wdhdgiin wdhiding wdhidign wdhidnig wdhidngi wdhidgni wdhidgin wdhiidng wdhiidgn wdhiindg
wdhiingd wdhiignd wdhiigdn wdhinidg wdhinigd wdhindig wdhindgi wdhingdi wdhingid wdhigind wdhigidn
wdhignid wdhigndi wdhigdni wdhigdin wdhndiig wdhndigi wdhndiig wdhndigi wdhndgii wdhndgii wdhnidig
wdhnidgi wdhniidg wdhniigd wdhnigid wdhnigdi wdhniidg wdhniigd wdhnidig wdhnidgi wdhnigdi wdhnigid
wdhngiid wdhngidi wdhngiid wdhngidi wdhngdii wdhngdii wdhgdini wdhgdiin wdhgdnii wdhgdnii wdhgdini
wdhgdiin wdhgidni wdhgidin wdhgindi wdhginid wdhgiind wdhgiidn wdhgnidi wdhgniid wdhgndii wdhgndii
wdhgnidi wdhgniid wdhgiind wdhgiidn wdhginid wdhgindi wdhgidni wdhgidin wddhiing wddhiign wddhinig
wddhingi wddhigni wddhigin wddhiing wddhiign wddhinig wddhingi wddhigni wddhigin wddhniig wddhnigi
wddhniig wddhnigi wddhngii wddhngii wddhgini wddhgiin wddhgnii wddhgnii wddhgini wddhgiin wddihing
wddihign wddihnig wddihngi wddihgni wddihgin wddiihng wddiihgn wddiinhg wddiingh wddiignh wddiighn
wddinihg wddinigh wddinhig wddinhgi wddinghi wddingih wddiginh wddigihn wddignih wddignhi wddighni
wddighin wddiihng wddiihgn wddiinhg wddiingh wddiignh wddiighn wddihing wddihign wddihnig wddihngi
wddihgni wddihgin wddinhig wddinhgi wddinihg wddinigh wddingih wddinghi wddighni wddighin wddignhi
wddignih wddiginh wddigihn wddniihg wddniigh wddnihig wddnihgi wddnighi wddnigih wddniihg wddniigh
wddnihig wddnihgi wddnighi wddnigih wddnhiig wddnhigi wddnhiig wddnhigi wddnhgii wddnhgii wddngihi
wddngiih wddnghii wddnghii wddngihi wddngiih wddgiinh wddgiihn wddginih wddginhi wddgihni wddgihin
wddgiinh wddgiihn wddginih wddginhi wddgihni wddgihin wddgniih wddgnihi wddgniih wddgnihi wddgnhii
wddgnhii wddghini wddghiin wddghnii wddghnii wddghini wddghiin wdihding wdihdign wdihdnig wdihdngi
wdihdgni wdihdgin wdihidng wdihidgn wdihindg wdihingd wdihignd wdihigdn wdihnidg wdihnigd wdihndig
wdihndgi wdihngdi wdihngid wdihgind wdihgidn wdihgnid wdihgndi wdihgdni wdihgdin wdidhing wdidhign
wdidhnig wdidhngi wdidhgni wdidhgin wdidihng wdidihgn wdidinhg wdidingh wdidignh wdidighn wdidnihg
wdidnigh wdidnhig wdidnhgi wdidnghi wdidngih wdidginh wdidgihn wdidgnih wdidgnhi wdidghni wdidghin
wdiidhng wdiidhgn wdiidnhg wdiidngh wdiidgnh wdiidghn wdiihdng wdiihdgn wdiihndg wdiihngd wdiihgnd
wdiihgdn wdiinhdg wdiinhgd wdiindhg wdiindgh wdiingdh wdiinghd wdiighnd wdiighdn wdiignhd wdiigndh
wdiigdnh wdiigdhn wdindihg wdindigh wdindhig wdindhgi wdindghi wdindgih wdinidhg wdinidgh wdinihdg
wdinihgd wdinighd wdinigdh wdinhidg wdinhigd wdinhdig wdinhdgi wdinhgdi wdinhgid wdingihd wdingidh
wdinghid wdinghdi wdingdhi wdingdih wdigdinh wdigdihn wdigdnih wdigdnhi wdigdhni wdigdhin wdigidnh
wdigidhn wdigindh wdiginhd wdigihnd wdigihdn wdignidh wdignihd wdigndih wdigndhi wdignhdi wdignhid
wdighind wdighidn wdighnid wdighndi wdighdni wdighdin wdnhdiig wdnhdigi wdnhdiig wdnhdigi wdnhdgii
wdnhdgii wdnhidig wdnhidgi wdnhiidg wdnhiigd wdnhigid wdnhigdi wdnhiidg wdnhiigd wdnhidig wdnhidgi
wdnhigdi wdnhigid wdnhgiid wdnhgidi wdnhgiid wdnhgidi wdnhgdii wdnhgdii wdndhiig wdndhigi wdndhiig
wdndhigi wdndhgii wdndhgii wdndihig wdndihgi wdndiihg wdndiigh wdndigih wdndighi wdndiihg wdndiigh
wdndihig wdndihgi wdndighi wdndigih wdndgiih wdndgihi wdndgiih wdndgihi wdndghii wdndghii wdnidhig
wdnidhgi wdnidihg wdnidigh wdnidgih wdnidghi wdnihdig wdnihdgi wdnihidg wdnihigd wdnihgid wdnihgdi
wdniihdg wdniihgd wdniidhg wdniidgh wdniigdh wdniighd wdnighid wdnighdi wdnigihd wdnigidh wdnigdih
wdnigdhi wdnidihg wdnidigh wdnidhig wdnidhgi wdnidghi wdnidgih wdniidhg wdniidgh wdniihdg wdniihgd
wdniighd wdniigdh wdnihidg wdnihigd wdnihdig wdnihdgi wdnihgdi wdnihgid wdnigihd wdnigidh wdnighid
wdnighdi wdnigdhi wdnigdih wdngdiih wdngdihi wdngdiih wdngdihi wdngdhii wdngdhii wdngidih wdngidhi
wdngiidh wdngiihd wdngihid wdngihdi wdngiidh wdngiihd wdngidih wdngidhi wdngihdi wdngihid wdnghiid
wdnghidi wdnghiid wdnghidi wdnghdii wdnghdii wdghdini wdghdiin wdghdnii wdghdnii wdghdini wdghdiin
wdghidni wdghidin wdghindi wdghinid wdghiind wdghiidn wdghnidi wdghniid wdghndii wdghndii wdghnidi
wdghniid wdghiind wdghiidn wdghinid wdghindi wdghidni wdghidin wdgdhini wdgdhiin wdgdhnii wdgdhnii
wdgdhini wdgdhiin wdgdihni wdgdihin wdgdinhi wdgdinih wdgdiinh wdgdiihn wdgdnihi wdgdniih wdgdnhii
wdgdnhii wdgdnihi wdgdniih wdgdiinh wdgdiihn wdgdinih wdgdinhi wdgdihni wdgdihin wdgidhni wdgidhin
wdgidnhi wdgidnih wdgidinh wdgidihn wdgihdni wdgihdin wdgihndi wdgihnid wdgihind wdgihidn wdginhdi
wdginhid wdgindhi wdgindih wdginidh wdginihd wdgiihnd wdgiihdn wdgiinhd wdgiindh wdgiidnh wdgiidhn
wdgndihi wdgndiih wdgndhii wdgndhii wdgndihi wdgndiih wdgnidhi wdgnidih wdgnihdi wdgnihid wdgniihd
wdgniidh wdgnhidi wdgnhiid wdgnhdii wdgnhdii wdgnhidi wdgnhiid wdgniihd wdgniidh wdgnihid wdgnihdi
wdgnidhi wdgnidih wdgidinh wdgidihn wdgidnih wdgidnhi wdgidhni wdgidhin wdgiidnh wdgiidhn wdgiindh
wdgiinhd wdgiihnd wdgiihdn wdginidh wdginihd wdgindih wdgindhi wdginhdi wdginhid wdgihind wdgihidn
wdgihnid wdgihndi wdgihdni wdgihdin wdidhing wdidhign wdidhnig wdidhngi wdidhgni wdidhgin wdidihng
wdidihgn wdidinhg wdidingh wdidignh wdidighn wdidnihg wdidnigh wdidnhig wdidnhgi wdidnghi wdidngih
wdidginh wdidgihn wdidgnih wdidgnhi wdidghni wdidghin wdihding wdihdign wdihdnig wdihdngi wdihdgni
wdihdgin wdihidng wdihidgn wdihindg wdihingd wdihignd wdihigdn wdihnidg wdihnigd wdihndig wdihndgi
wdihngdi wdihngid wdihgind wdihgidn wdihgnid wdihgndi wdihgdni wdihgdin wdiihdng wdiihdgn wdiihndg
wdiihngd wdiihgnd wdiihgdn wdiidhng wdiidhgn wdiidnhg wdiidngh wdiidgnh wdiidghn wdiindhg wdiindgh
wdiinhdg wdiinhgd wdiinghd wdiingdh wdiigdnh wdiigdhn wdiigndh wdiignhd wdiighnd wdiighdn wdinhidg
wdinhigd wdinhdig wdinhdgi wdinhgdi wdinhgid wdinihdg wdinihgd wdinidhg wdinidgh wdinigdh wdinighd
wdindihg wdindigh wdindhig wdindhgi wdindghi wdindgih wdingidh wdingihd wdingdih wdingdhi wdinghdi
wdinghid wdighind wdighidn wdighnid wdighndi wdighdni wdighdin wdigihnd wdigihdn wdiginhd wdigindh
wdigidnh wdigidhn wdignihd wdignidh wdignhid wdignhdi wdigndhi wdigndih wdigdinh wdigdihn wdigdnih
wdigdnhi wdigdhni wdigdhin wddihing wddihign wddihnig wddihngi wddihgni wddihgin wddiihng wddiihgn
wddiinhg wddiingh wddiignh wddiighn wddinihg wddinigh wddinhig wddinhgi wddinghi wddingih wddiginh
wddigihn wddignih wddignhi wddighni wddighin wddhiing wddhiign wddhinig wddhingi wddhigni wddhigin
wddhiing wddhiign wddhinig wddhingi wddhigni wddhigin wddhniig wddhnigi wddhniig wddhnigi wddhngii
wddhngii wddhgini wddhgiin wddhgnii wddhgnii wddhgini wddhgiin wddihing wddihign wddihnig wddihngi
wddihgni wddihgin wddiihng wddiihgn wddiinhg wddiingh wddiignh wddiighn wddinihg wddinigh wddinhig
wddinhgi wddinghi wddingih wddiginh wddigihn wddignih wddignhi wddighni wddighin wddnhiig wddnhigi
wddnhiig wddnhigi wddnhgii wddnhgii wddnihig wddnihgi wddniihg wddniigh wddnigih wddnighi wddniihg
wddniigh wddnihig wddnihgi wddnighi wddnigih wddngiih wddngihi wddngiih wddngihi wddnghii wddnghii
wddghini wddghiin wddghnii wddghnii wddghini wddghiin wddgihni wddgihin wddginhi wddginih wddgiinh
wddgiihn wddgnihi wddgniih wddgnhii wddgnhii wddgnihi wddgniih wddgiinh wddgiihn wddginih wddginhi
wddgihni wddgihin wdhdiing wdhdiign wdhdinig wdhdingi wdhdigni wdhdigin wdhdiing wdhdiign wdhdinig
wdhdingi wdhdigni wdhdigin wdhdniig wdhdnigi wdhdniig wdhdnigi wdhdngii wdhdngii wdhdgini wdhdgiin
wdhdgnii wdhdgnii wdhdgini wdhdgiin wdhiding wdhidign wdhidnig wdhidngi wdhidgni wdhidgin wdhiidng
wdhiidgn wdhiindg wdhiingd wdhiignd wdhiigdn wdhinidg wdhinigd wdhindig wdhindgi wdhingdi wdhingid
wdhigind wdhigidn wdhignid wdhigndi wdhigdni wdhigdin wdhiidng wdhiidgn wdhiindg wdhiingd wdhiignd
wdhiigdn wdhiding wdhidign wdhidnig wdhidngi wdhidgni wdhidgin wdhindig wdhindgi wdhinidg wdhinigd
wdhingid wdhingdi wdhigdni wdhigdin wdhigndi wdhignid wdhigind wdhigidn wdhniidg wdhniigd wdhnidig
wdhnidgi wdhnigdi wdhnigid wdhniidg wdhniigd wdhnidig wdhnidgi wdhnigdi wdhnigid wdhndiig wdhndigi
wdhndiig wdhndigi wdhndgii wdhndgii wdhngidi wdhngiid wdhngdii wdhngdii wdhngidi wdhngiid wdhgiind
wdhgiidn wdhginid wdhgindi wdhgidni wdhgidin wdhgiind wdhgiidn wdhginid wdhgindi wdhgidni wdhgidin
wdhgniid wdhgnidi wdhgniid wdhgnidi wdhgndii wdhgndii wdhgdini wdhgdiin wdhgdnii wdhgdnii wdhgdini
wdhgdiin wdidhing wdidhign wdidhnig wdidhngi wdidhgni wdidhgin wdidihng wdidihgn wdidinhg wdidingh
wdidignh wdidighn wdidnihg wdidnigh wdidnhig wdidnhgi wdidnghi wdidngih wdidginh wdidgihn wdidgnih
wdidgnhi wdidghni wdidghin wdihding wdihdign wdihdnig wdihdngi wdihdgni wdihdgin wdihidng wdihidgn
wdihindg wdihingd wdihignd wdihigdn wdihnidg wdihnigd wdihndig wdihndgi wdihngdi wdihngid wdihgind
wdihgidn wdihgnid wdihgndi wdihgdni wdihgdin wdiihdng wdiihdgn wdiihndg wdiihngd wdiihgnd wdiihgdn
wdiidhng wdiidhgn wdiidnhg wdiidngh wdiidgnh wdiidghn wdiindhg wdiindgh wdiinhdg wdiinhgd wdiinghd
wdiingdh wdiigdnh wdiigdhn wdiigndh wdiignhd wdiighnd wdiighdn wdinhidg wdinhigd wdinhdig wdinhdgi
wdinhgdi wdinhgid wdinihdg wdinihgd wdinidhg wdinidgh wdinigdh wdinighd wdindihg wdindigh wdindhig
wdindhgi wdindghi wdindgih wdingidh wdingihd wdingdih wdingdhi wdinghdi wdinghid wdighind wdighidn
wdighnid wdighndi wdighdni wdighdin wdigihnd wdigihdn wdiginhd wdigindh wdigidnh wdigidhn wdignihd
wdignidh wdignhid wdignhdi wdigndhi wdigndih wdigdinh wdigdihn wdigdnih wdigdnhi wdigdhni wdigdhin
wdndhiig wdndhigi wdndhiig wdndhigi wdndhgii wdndhgii wdndihig wdndihgi wdndiihg wdndiigh wdndigih
wdndighi wdndiihg wdndiigh wdndihig wdndihgi wdndighi wdndigih wdndgiih wdndgihi wdndgiih wdndgihi
wdndghii wdndghii wdnhdiig wdnhdigi wdnhdiig wdnhdigi wdnhdgii wdnhdgii wdnhidig wdnhidgi wdnhiidg
wdnhiigd wdnhigid wdnhigdi wdnhiidg wdnhiigd wdnhidig wdnhidgi wdnhigdi wdnhigid wdnhgiid wdnhgidi
wdnhgiid wdnhgidi wdnhgdii wdnhgdii wdnihdig wdnihdgi wdnihidg wdnihigd wdnihgid wdnihgdi wdnidhig
wdnidhgi wdnidihg wdnidigh wdnidgih wdnidghi wdniidhg wdniidgh wdniihdg wdniihgd wdniighd wdniigdh
wdnigdih wdnigdhi wdnigidh wdnigihd wdnighid wdnighdi wdnihidg wdnihigd wdnihdig wdnihdgi wdnihgdi
wdnihgid wdniihdg wdniihgd wdniidhg wdniidgh wdniigdh wdniighd wdnidihg wdnidigh wdnidhig wdnidhgi
wdnidghi wdnidgih wdnigidh wdnigihd wdnigdih wdnigdhi wdnighdi wdnighid wdnghiid wdnghidi wdnghiid
wdnghidi wdnghdii wdnghdii wdngihid wdngihdi wdngiihd wdngiidh wdngidih wdngidhi wdngiihd wdngiidh
wdngihid wdngihdi wdngidhi wdngidih wdngdiih wdngdihi wdngdiih wdngdihi wdngdhii wdngdhii wdgdhini
wdgdhiin wdgdhnii wdgdhnii wdgdhini wdgdhiin wdgdihni wdgdihin wdgdinhi wdgdinih wdgdiinh wdgdiihn
wdgdnihi wdgdniih wdgdnhii wdgdnhii wdgdnihi wdgdniih wdgdiinh wdgdiihn wdgdinih wdgdinhi wdgdihni
wdgdihin wdghdini wdghdiin wdghdnii wdghdnii wdghdini wdghdiin wdghidni wdghidin wdghindi wdghinid
wdghiind wdghiidn wdghnidi wdghniid wdghndii wdghndii wdghnidi wdghniid wdghiind wdghiidn wdghinid
wdghindi wdghidni wdghidin wdgihdni wdgihdin wdgihndi wdgihnid wdgihind wdgihidn wdgidhni wdgidhin
wdgidnhi wdgidnih wdgidinh wdgidihn wdgindhi wdgindih wdginhdi wdginhid wdginihd wdginidh wdgiidnh
wdgiidhn wdgiindh wdgiinhd wdgiihnd wdgiihdn wdgnhidi wdgnhiid wdgnhdii wdgnhdii wdgnhidi wdgnhiid
wdgnihdi wdgnihid wdgnidhi wdgnidih wdgniidh wdgniihd wdgndihi wdgndiih wdgndhii wdgndhii wdgndihi
wdgndiih wdgniidh wdgniihd wdgnidih wdgnidhi wdgnihdi wdgnihid wdgihind wdgihidn wdgihnid wdgihndi
wdgihdni wdgihdin wdgiihnd wdgiihdn wdgiinhd wdgiindh wdgiidnh wdgiidhn wdginihd wdginidh wdginhid
wdginhdi wdgindhi wdgindih wdgidinh wdgidihn wdgidnih wdgidnhi wdgidhni wdgidhin wiiddhng wiiddhgn
wiiddnhg wiiddngh wiiddgnh wiiddghn wiidhdng wiidhdgn wiidhndg wiidhngd wiidhgnd wiidhgdn wiidnhdg
wiidnhgd wiidndhg wiidndgh wiidngdh wiidnghd wiidghnd wiidghdn wiidgnhd wiidgndh wiidgdnh wiidgdhn
wiiddhng wiiddhgn wiiddnhg wiiddngh wiiddgnh wiiddghn wiidhdng wiidhdgn wiidhndg wiidhngd wiidhgnd
wiidhgdn wiidnhdg wiidnhgd wiidndhg wiidndgh wiidngdh wiidnghd wiidghnd wiidghdn wiidgnhd wiidgndh
wiidgdnh wiidgdhn wiihddng wiihddgn wiihdndg wiihdngd wiihdgnd wiihdgdn wiihddng wiihddgn wiihdndg
wiihdngd wiihdgnd wiihdgdn wiihnddg wiihndgd wiihnddg wiihndgd wiihngdd wiihngdd wiihgdnd wiihgddn
wiihgndd wiihgndd wiihgdnd wiihgddn wiindhdg wiindhgd wiinddhg wiinddgh wiindgdh wiindghd wiinhddg
wiinhdgd wiinhddg wiinhdgd wiinhgdd wiinhgdd wiindhdg wiindhgd wiinddhg wiinddgh wiindgdh wiindghd
wiinghdd wiinghdd wiingdhd wiingddh wiingddh wiingdhd wiigdhnd wiigdhdn wiigdnhd wiigdndh wiigddnh
wiigddhn wiighdnd wiighddn wiighndd wiighndd wiighdnd wiighddn wiignhdd wiignhdd wiigndhd wiignddh
wiignddh wiigndhd wiigdhnd wiigdhdn wiigdnhd wiigdndh wiigddnh wiigddhn wididhng wididhgn wididnhg
wididngh wididgnh wididghn widihdng widihdgn widihndg widihngd widihgnd widihgdn widinhdg widinhgd
widindhg widindgh widingdh widinghd widighnd widighdn widignhd widigndh widigdnh widigdhn widdihng
widdihgn widdinhg widdingh widdignh widdighn widdhing widdhign widdhnig widdhngi widdhgni widdhgin
widdnhig widdnhgi widdnihg widdnigh widdngih widdnghi widdghni widdghin widdgnhi widdgnih widdginh
widdgihn widhding widhdign widhdnig widhdngi widhdgni widhdgin widhidng widhidgn widhindg widhingd
widhignd widhigdn widhnidg widhnigd widhndig widhndgi widhngdi widhngid widhgind widhgidn widhgnid
widhgndi widhgdni widhgdin widndhig widndhgi widndihg widndigh widndgih widndghi widnhdig widnhdgi
widnhidg widnhigd widnhgid widnhgdi widnihdg widnihgd widnidhg widnidgh widnigdh widnighd widnghid
widnghdi widngihd widngidh widngdih widngdhi widgdhni widgdhin widgdnhi widgdnih widgdinh widgdihn
widghdni widghdin widghndi widghnid widghind widghidn widgnhdi widgnhid widgndhi widgndih widgnidh
widgnihd widgihnd widgihdn widginhd widgindh widgidnh widgidhn widdihng widdihgn widdinhg widdingh
widdignh widdighn widdhing widdhign widdhnig widdhngi widdhgni widdhgin widdnhig widdnhgi widdnihg
widdnigh widdngih widdnghi widdghni widdghin widdgnhi widdgnih widdginh widdgihn wididhng wididhgn
wididnhg wididngh wididgnh wididghn widihdng widihdgn widihndg widihngd widihgnd widihgdn widinhdg
widinhgd widindhg widindgh widingdh widinghd widighnd widighdn widignhd widigndh widigdnh widigdhn
widhidng widhidgn widhindg widhingd widhignd widhigdn widhding widhdign widhdnig widhdngi widhdgni
widhdgin widhndig widhndgi widhnidg widhnigd widhngid widhngdi widhgdni widhgdin widhgndi widhgnid
widhgind widhgidn widnihdg widnihgd widnidhg widnidgh widnigdh widnighd widnhidg widnhigd widnhdig
widnhdgi widnhgdi widnhgid widndhig widndhgi widndihg widndigh widndgih widndghi widnghdi widnghid
widngdhi widngdih widngidh widngihd widgihnd widgihdn widginhd widgindh widgidnh widgidhn widghind
widghidn widghnid widghndi widghdni widghdin widgnhid widgnhdi widgnihd widgnidh widgndih widgndhi
widgdhni widgdhin widgdnhi widgdnih widgdinh widgdihn wihdding wihddign wihddnig wihddngi wihddgni
wihddgin wihdidng wihdidgn wihdindg wihdingd wihdignd wihdigdn wihdnidg wihdnigd wihdndig wihdndgi
wihdngdi wihdngid wihdgind wihdgidn wihdgnid wihdgndi wihdgdni wihdgdin wihdding wihddign wihddnig
wihddngi wihddgni wihddgin wihdidng wihdidgn wihdindg wihdingd wihdignd wihdigdn wihdnidg wihdnigd
wihdndig wihdndgi wihdngdi wihdngid wihdgind wihdgidn wihdgnid wihdgndi wihdgdni wihdgdin wihiddng
wihiddgn wihidndg wihidngd wihidgnd wihidgdn wihiddng wihiddgn wihidndg wihidngd wihidgnd wihidgdn
wihinddg wihindgd wihinddg wihindgd wihingdd wihingdd wihigdnd wihigddn wihigndd wihigndd wihigdnd
wihigddn wihndidg wihndigd wihnddig wihnddgi wihndgdi wihndgid wihniddg wihnidgd wihniddg wihnidgd
wihnigdd wihnigdd wihndidg wihndigd wihnddig wihnddgi wihndgdi wihndgid wihngidd wihngidd wihngdid
wihngddi wihngddi wihngdid wihgdind wihgdidn wihgdnid wihgdndi wihgddni wihgddin wihgidnd wihgiddn
wihgindd wihgindd wihgidnd wihgiddn wihgnidd wihgnidd wihgndid wihgnddi wihgnddi wihgndid wihgdind
wihgdidn wihgdnid wihgdndi wihgddni wihgddin winddhig winddhgi winddihg winddigh winddgih winddghi
windhdig windhdgi windhidg windhigd windhgid windhgdi windihdg windihgd windidhg windidgh windigdh
windighd windghid windghdi windgihd windgidh windgdih windgdhi winddhig winddhgi winddihg winddigh
winddgih winddghi windhdig windhdgi windhidg windhigd windhgid windhgdi windihdg windihgd windidhg
windidgh windigdh windighd windghid windghdi windgihd windgidh windgdih windgdhi winhddig winhddgi
winhdidg winhdigd winhdgid winhdgdi winhddig winhddgi winhdidg winhdigd winhdgid winhdgdi winhiddg
winhidgd winhiddg winhidgd winhigdd winhigdd winhgdid winhgddi winhgidd winhgidd winhgdid winhgddi
winidhdg winidhgd winiddhg winiddgh winidgdh winidghd winihddg winihdgd winihddg winihdgd winihgdd
winihgdd winidhdg winidhgd winiddhg winiddgh winidgdh winidghd winighdd winighdd winigdhd winigddh
winigddh winigdhd wingdhid wingdhdi wingdihd wingdidh wingddih wingddhi winghdid winghddi winghidd
winghidd winghdid winghddi wingihdd wingihdd wingidhd wingiddh wingiddh wingidhd wingdhid wingdhdi
wingdihd wingdidh wingddih wingddhi wigddhni wigddhin wigddnhi wigddnih wigddinh wigddihn wigdhdni
wigdhdin wigdhndi wigdhnid wigdhind wigdhidn wigdnhdi wigdnhid wigdndhi wigdndih wigdnidh wigdnihd
wigdihnd wigdihdn wigdinhd wigdindh wigdidnh wigdidhn wigddhni wigddhin wigddnhi wigddnih wigddinh
wigddihn wigdhdni wigdhdin wigdhndi wigdhnid wigdhind wigdhidn wigdnhdi wigdnhid wigdndhi wigdndih
wigdnidh wigdnihd wigdihnd wigdihdn wigdinhd wigdindh wigdidnh wigdidhn wighddni wighddin wighdndi
wighdnid wighdind wighdidn wighddni wighddin wighdndi wighdnid wighdind wighdidn wighnddi wighndid
wighnddi wighndid wighnidd wighnidd wighidnd wighiddn wighindd wighindd wighidnd wighiddn wigndhdi
wigndhid wignddhi wignddih wigndidh wigndihd wignhddi wignhdid wignhddi wignhdid wignhidd wignhidd
wigndhdi wigndhid wignddhi wignddih wigndidh wigndihd wignihdd wignihdd wignidhd wigniddh wigniddh
wignidhd wigidhnd wigidhdn wigidnhd wigidndh wigiddnh wigiddhn wigihdnd wigihddn wigihndd wigihndd
wigihdnd wigihddn wiginhdd wiginhdd wigindhd wiginddh wiginddh wigindhd wigidhnd wigidhdn wigidnhd
wigidndh wigiddnh wigiddhn wniddihg wniddigh wniddhig wniddhgi wniddghi wniddgih wnididhg wnididgh
wnidihdg wnidihgd wnidighd wnidigdh wnidhidg wnidhigd wnidhdig wnidhdgi wnidhgdi wnidhgid wnidgihd
wnidgidh wnidghid wnidghdi wnidgdhi wnidgdih wniddihg wniddigh wniddhig wniddhgi wniddghi wniddgih
wnididhg wnididgh wnidihdg wnidihgd wnidighd wnidigdh wnidhidg wnidhigd wnidhdig wnidhdgi wnidhgdi
wnidhgid wnidgihd wnidgidh wnidghid wnidghdi wnidgdhi wnidgdih wniiddhg wniiddgh wniidhdg wniidhgd
wniidghd wniidgdh wniiddhg wniiddgh wniidhdg wniidhgd wniidghd wniidgdh wniihddg wniihdgd wniihddg
wniihdgd wniihgdd wniihgdd wniigdhd wniigddh wniighdd wniighdd wniigdhd wniigddh wnihdidg wnihdigd
wnihddig wnihddgi wnihdgdi wnihdgid wnihiddg wnihidgd wnihiddg wnihidgd wnihigdd wnihigdd wnihdidg
wnihdigd wnihddig wnihddgi wnihdgdi wnihdgid wnihgidd wnihgidd wnihgdid wnihgddi wnihgddi wnihgdid
wnigdihd wnigdidh wnigdhid wnigdhdi wnigddhi wnigddih wnigidhd wnigiddh wnigihdd wnigihdd wnigidhd
wnigiddh wnighidd wnighidd wnighdid wnighddi wnighddi wnighdid wnigdihd wnigdidh wnigdhid wnigdhdi
wnigddhi wnigddih wndidihg wndidigh wndidhig wndidhgi wndidghi wndidgih wndiidhg wndiidgh wndiihdg
wndiihgd wndiighd wndiigdh wndihidg wndihigd wndihdig wndihdgi wndihgdi wndihgid wndigihd wndigidh
wndighid wndighdi wndigdhi wndigdih wnddiihg wnddiigh wnddihig wnddihgi wnddighi wnddigih wnddiihg
wnddiigh wnddihig wnddihgi wnddighi wnddigih wnddhiig wnddhigi wnddhiig wnddhigi wnddhgii wnddhgii
wnddgihi wnddgiih wnddghii wnddghii wnddgihi wnddgiih wndidihg wndidigh wndidhig wndidhgi wndidghi
wndidgih wndiidhg wndiidgh wndiihdg wndiihgd wndiighd wndiigdh wndihidg wndihigd wndihdig wndihdgi
wndihgdi wndihgid wndigihd wndigidh wndighid wndighdi wndigdhi wndigdih wndhdiig wndhdigi wndhdiig
wndhdigi wndhdgii wndhdgii wndhidig wndhidgi wndhiidg wndhiigd wndhigid wndhigdi wndhiidg wndhiigd
wndhidig wndhidgi wndhigdi wndhigid wndhgiid wndhgidi wndhgiid wndhgidi wndhgdii wndhgdii wndgdihi
wndgdiih wndgdhii wndgdhii wndgdihi wndgdiih wndgidhi wndgidih wndgihdi wndgihid wndgiihd wndgiidh
wndghidi wndghiid wndghdii wndghdii wndghidi wndghiid wndgiihd wndgiidh wndgihid wndgihdi wndgidhi
wndgidih wnddiihg wnddiigh wnddihig wnddihgi wnddighi wnddigih wnddiihg wnddiigh wnddihig wnddihgi
wnddighi wnddigih wnddhiig wnddhigi wnddhiig wnddhigi wnddhgii wnddhgii wnddgihi wnddgiih wnddghii
wnddghii wnddgihi wnddgiih wndidihg wndidigh wndidhig wndidhgi wndidghi wndidgih wndiidhg wndiidgh
wndiihdg wndiihgd wndiighd wndiigdh wndihidg wndihigd wndihdig wndihdgi wndihgdi wndihgid wndigihd
wndigidh wndighid wndighdi wndigdhi wndigdih wndiidhg wndiidgh wndiihdg wndiihgd wndiighd wndiigdh
wndidihg wndidigh wndidhig wndidhgi wndidghi wndidgih wndihdig wndihdgi wndihidg wndihigd wndihgid
wndihgdi wndigdhi wndigdih wndighdi wndighid wndigihd wndigidh wndhiidg wndhiigd wndhidig wndhidgi
wndhigdi wndhigid wndhiidg wndhiigd wndhidig wndhidgi wndhigdi wndhigid wndhdiig wndhdigi wndhdiig
wndhdigi wndhdgii wndhdgii wndhgidi wndhgiid wndhgdii wndhgdii wndhgidi wndhgiid wndgiihd wndgiidh
wndgihid wndgihdi wndgidhi wndgidih wndgiihd wndgiidh wndgihid wndgihdi wndgidhi wndgidih wndghiid
wndghidi wndghiid wndghidi wndghdii wndghdii wndgdihi wndgdiih wndgdhii wndgdhii wndgdihi wndgdiih
wniddihg wniddigh wniddhig wniddhgi wniddghi wniddgih wnididhg wnididgh wnidihdg wnidihgd wnidighd
wnidigdh wnidhidg wnidhigd wnidhdig wnidhdgi wnidhgdi wnidhgid wnidgihd wnidgidh wnidghid wnidghdi
wnidgdhi wnidgdih wniddihg wniddigh wniddhig wniddhgi wniddghi wniddgih wnididhg wnididgh wnidihdg
wnidihgd wnidighd wnidigdh wnidhidg wnidhigd wnidhdig wnidhdgi wnidhgdi wnidhgid wnidgihd wnidgidh
wnidghid wnidghdi wnidgdhi wnidgdih wniiddhg wniiddgh wniidhdg wniidhgd wniidghd wniidgdh wniiddhg
wniiddgh wniidhdg wniidhgd wniidghd wniidgdh wniihddg wniihdgd wniihddg wniihdgd wniihgdd wniihgdd
wniigdhd wniigddh wniighdd wniighdd wniigdhd wniigddh wnihdidg wnihdigd wnihddig wnihddgi wnihdgdi
wnihdgid wnihiddg wnihidgd wnihiddg wnihidgd wnihigdd wnihigdd wnihdidg wnihdigd wnihddig wnihddgi
wnihdgdi wnihdgid wnihgidd wnihgidd wnihgdid wnihgddi wnihgddi wnihgdid wnigdihd wnigdidh wnigdhid
wnigdhdi wnigddhi wnigddih wnigidhd wnigiddh wnigihdd wnigihdd wnigidhd wnigiddh wnighidd wnighidd
wnighdid wnighddi wnighddi wnighdid wnigdihd wnigdidh wnigdhid wnigdhdi wnigddhi wnigddih wnhddiig
wnhddigi wnhddiig wnhddigi wnhddgii wnhddgii wnhdidig wnhdidgi wnhdiidg wnhdiigd wnhdigid wnhdigdi
wnhdiidg wnhdiigd wnhdidig wnhdidgi wnhdigdi wnhdigid wnhdgiid wnhdgidi wnhdgiid wnhdgidi wnhdgdii
wnhdgdii wnhddiig wnhddigi wnhddiig wnhddigi wnhddgii wnhddgii wnhdidig wnhdidgi wnhdiidg wnhdiigd
wnhdigid wnhdigdi wnhdiidg wnhdiigd wnhdidig wnhdidgi wnhdigdi wnhdigid wnhdgiid wnhdgidi wnhdgiid
wnhdgidi wnhdgdii wnhdgdii wnhiddig wnhiddgi wnhididg wnhidigd wnhidgid wnhidgdi wnhiddig wnhiddgi
wnhididg wnhidigd wnhidgid wnhidgdi wnhiiddg wnhiidgd wnhiiddg wnhiidgd wnhiigdd wnhiigdd wnhigdid
wnhigddi wnhigidd wnhigidd wnhigdid wnhigddi wnhididg wnhidigd wnhiddig wnhiddgi wnhidgdi wnhidgid
wnhiiddg wnhiidgd wnhiiddg wnhiidgd wnhiigdd wnhiigdd wnhididg wnhidigd wnhiddig wnhiddgi wnhidgdi
wnhidgid wnhigidd wnhigidd wnhigdid wnhigddi wnhigddi wnhigdid wnhgdiid wnhgdidi wnhgdiid wnhgdidi
wnhgddii wnhgddii wnhgidid wnhgiddi wnhgiidd wnhgiidd wnhgidid wnhgiddi wnhgiidd wnhgiidd wnhgidid
wnhgiddi wnhgiddi wnhgidid wnhgdiid wnhgdidi wnhgdiid wnhgdidi wnhgddii wnhgddii wngddihi wngddiih
wngddhii wngddhii wngddihi wngddiih wngdidhi wngdidih wngdihdi wngdihid wngdiihd wngdiidh wngdhidi
wngdhiid wngdhdii wngdhdii wngdhidi wngdhiid wngdiihd wngdiidh wngdihid wngdihdi wngdidhi wngdidih
wngddihi wngddiih wngddhii wngddhii wngddihi wngddiih wngdidhi wngdidih wngdihdi wngdihid wngdiihd
wngdiidh wngdhidi wngdhiid wngdhdii wngdhdii wngdhidi wngdhiid wngdiihd wngdiidh wngdihid wngdihdi
wngdidhi wngdidih wngiddhi wngiddih wngidhdi wngidhid wngidihd wngididh wngiddhi wngiddih wngidhdi
wngidhid wngidihd wngididh wngihddi wngihdid wngihddi wngihdid wngihidd wngihidd wngiidhd wngiiddh
wngiihdd wngiihdd wngiidhd wngiiddh wnghdidi wnghdiid wnghddii wnghddii wnghdidi wnghdiid wnghiddi
wnghidid wnghiddi wnghidid wnghiidd wnghiidd wnghdidi wnghdiid wnghddii wnghddii wnghdidi wnghdiid
wnghiidd wnghiidd wnghidid wnghiddi wnghiddi wnghidid wngidihd wngididh wngidhid wngidhdi wngiddhi
wngiddih wngiidhd wngiiddh wngiihdd wngiihdd wngiidhd wngiiddh wngihidd wngihidd wngihdid wngihddi
wngihddi wngihdid wngidihd wngididh wngidhid wngidhdi wngiddhi wngiddih wgiddinh wgiddihn wgiddnih
wgiddnhi wgiddhni wgiddhin wgididnh wgididhn wgidindh wgidinhd wgidihnd wgidihdn wgidnidh wgidnihd
wgidndih wgidndhi wgidnhdi wgidnhid wgidhind wgidhidn wgidhnid wgidhndi wgidhdni wgidhdin wgiddinh
wgiddihn wgiddnih wgiddnhi wgiddhni wgiddhin wgididnh wgididhn wgidindh wgidinhd wgidihnd wgidihdn
wgidnidh wgidnihd wgidndih wgidndhi wgidnhdi wgidnhid wgidhind wgidhidn wgidhnid wgidhndi wgidhdni
wgidhdin wgiiddnh wgiiddhn wgiidndh wgiidnhd wgiidhnd wgiidhdn wgiiddnh wgiiddhn wgiidndh wgiidnhd
wgiidhnd wgiidhdn wgiinddh wgiindhd wgiinddh wgiindhd wgiinhdd wgiinhdd wgiihdnd wgiihddn wgiihndd
wgiihndd wgiihdnd wgiihddn wgindidh wgindihd wginddih wginddhi wgindhdi wgindhid wginiddh wginidhd
wginiddh wginidhd wginihdd wginihdd wgindidh wgindihd wginddih wginddhi wgindhdi wgindhid wginhidd
wginhidd wginhdid wginhddi wginhddi wginhdid wgihdind wgihdidn wgihdnid wgihdndi wgihddni wgihddin
wgihidnd wgihiddn wgihindd wgihindd wgihidnd wgihiddn wgihnidd wgihnidd wgihndid wgihnddi wgihnddi
wgihndid wgihdind wgihdidn wgihdnid wgihdndi wgihddni wgihddin wgdidinh wgdidihn wgdidnih wgdidnhi
wgdidhni wgdidhin wgdiidnh wgdiidhn wgdiindh wgdiinhd wgdiihnd wgdiihdn wgdinidh wgdinihd wgdindih
wgdindhi wgdinhdi wgdinhid wgdihind wgdihidn wgdihnid wgdihndi wgdihdni wgdihdin wgddiinh wgddiihn
wgddinih wgddinhi wgddihni wgddihin wgddiinh wgddiihn wgddinih wgddinhi wgddihni wgddihin wgddniih
wgddnihi wgddniih wgddnihi wgddnhii wgddnhii wgddhini wgddhiin wgddhnii wgddhnii wgddhini wgddhiin
wgdidinh wgdidihn wgdidnih wgdidnhi wgdidhni wgdidhin wgdiidnh wgdiidhn wgdiindh wgdiinhd wgdiihnd
wgdiihdn wgdinidh wgdinihd wgdindih wgdindhi wgdinhdi wgdinhid wgdihind wgdihidn wgdihnid wgdihndi
wgdihdni wgdihdin wgdndiih wgdndihi wgdndiih wgdndihi wgdndhii wgdndhii wgdnidih wgdnidhi wgdniidh
wgdniihd wgdnihid wgdnihdi wgdniidh wgdniihd wgdnidih wgdnidhi wgdnihdi wgdnihid wgdnhiid wgdnhidi
wgdnhiid wgdnhidi wgdnhdii wgdnhdii wgdhdini wgdhdiin wgdhdnii wgdhdnii wgdhdini wgdhdiin wgdhidni
wgdhidin wgdhindi wgdhinid wgdhiind wgdhiidn wgdhnidi wgdhniid wgdhndii wgdhndii wgdhnidi wgdhniid
wgdhiind wgdhiidn wgdhinid wgdhindi wgdhidni wgdhidin wgddiinh wgddiihn wgddinih wgddinhi wgddihni
wgddihin wgddiinh wgddiihn wgddinih wgddinhi wgddihni wgddihin wgddniih wgddnihi wgddniih wgddnihi
wgddnhii wgddnhii wgddhini wgddhiin wgddhnii wgddhnii wgddhini wgddhiin wgdidinh wgdidihn wgdidnih
wgdidnhi wgdidhni wgdidhin wgdiidnh wgdiidhn wgdiindh wgdiinhd wgdiihnd wgdiihdn wgdinidh wgdinihd
wgdindih wgdindhi wgdinhdi wgdinhid wgdihind wgdihidn wgdihnid wgdihndi wgdihdni wgdihdin wgdiidnh
wgdiidhn wgdiindh wgdiinhd wgdiihnd wgdiihdn wgdidinh wgdidihn wgdidnih wgdidnhi wgdidhni wgdidhin
wgdindih wgdindhi wgdinidh wgdinihd wgdinhid wgdinhdi wgdihdni wgdihdin wgdihndi wgdihnid wgdihind
wgdihidn wgdniidh wgdniihd wgdnidih wgdnidhi wgdnihdi wgdnihid wgdniidh wgdniihd wgdnidih wgdnidhi
wgdnihdi wgdnihid wgdndiih wgdndihi wgdndiih wgdndihi wgdndhii wgdndhii wgdnhidi wgdnhiid wgdnhdii
wgdnhdii wgdnhidi wgdnhiid wgdhiind wgdhiidn wgdhinid wgdhindi wgdhidni wgdhidin wgdhiind wgdhiidn
wgdhinid wgdhindi wgdhidni wgdhidin wgdhniid wgdhnidi wgdhniid wgdhnidi wgdhndii wgdhndii wgdhdini
wgdhdiin wgdhdnii wgdhdnii wgdhdini wgdhdiin wgiddinh wgiddihn wgiddnih wgiddnhi wgiddhni wgiddhin
wgididnh wgididhn wgidindh wgidinhd wgidihnd wgidihdn wgidnidh wgidnihd wgidndih wgidndhi wgidnhdi
wgidnhid wgidhind wgidhidn wgidhnid wgidhndi wgidhdni wgidhdin wgiddinh wgiddihn wgiddnih wgiddnhi
wgiddhni wgiddhin wgididnh wgididhn wgidindh wgidinhd wgidihnd wgidihdn wgidnidh wgidnihd wgidndih
wgidndhi wgidnhdi wgidnhid wgidhind wgidhidn wgidhnid wgidhndi wgidhdni wgidhdin wgiiddnh wgiiddhn
wgiidndh wgiidnhd wgiidhnd wgiidhdn wgiiddnh wgiiddhn wgiidndh wgiidnhd wgiidhnd wgiidhdn wgiinddh
wgiindhd wgiinddh wgiindhd wgiinhdd wgiinhdd wgiihdnd wgiihddn wgiihndd wgiihndd wgiihdnd wgiihddn
wgindidh wgindihd wginddih wginddhi wgindhdi wgindhid wginiddh wginidhd wginiddh wginidhd wginihdd
wginihdd wgindidh wgindihd wginddih wginddhi wgindhdi wgindhid wginhidd wginhidd wginhdid wginhddi
wginhddi wginhdid wgihdind wgihdidn wgihdnid wgihdndi wgihddni wgihddin wgihidnd wgihiddn wgihindd
wgihindd wgihidnd wgihiddn wgihnidd wgihnidd wgihndid wgihnddi wgihnddi wgihndid wgihdind wgihdidn
wgihdnid wgihdndi wgihddni wgihddin wgnddiih wgnddihi wgnddiih wgnddihi wgnddhii wgnddhii wgndidih
wgndidhi wgndiidh wgndiihd wgndihid wgndihdi wgndiidh wgndiihd wgndidih wgndidhi wgndihdi wgndihid
wgndhiid wgndhidi wgndhiid wgndhidi wgndhdii wgndhdii wgnddiih wgnddihi wgnddiih wgnddihi wgnddhii
wgnddhii wgndidih wgndidhi wgndiidh wgndiihd wgndihid wgndihdi wgndiidh wgndiihd wgndidih wgndidhi
wgndihdi wgndihid wgndhiid wgndhidi wgndhiid wgndhidi wgndhdii wgndhdii wgniddih wgniddhi wgnididh
wgnidihd wgnidhid wgnidhdi wgniddih wgniddhi wgnididh wgnidihd wgnidhid wgnidhdi wgniiddh wgniidhd
wgniiddh wgniidhd wgniihdd wgniihdd wgnihdid wgnihddi wgnihidd wgnihidd wgnihdid wgnihddi wgnididh
wgnidihd wgniddih wgniddhi wgnidhdi wgnidhid wgniiddh wgniidhd wgniiddh wgniidhd wgniihdd wgniihdd
wgnididh wgnidihd wgniddih wgniddhi wgnidhdi wgnidhid wgnihidd wgnihidd wgnihdid wgnihddi wgnihddi
wgnihdid wgnhdiid wgnhdidi wgnhdiid wgnhdidi wgnhddii wgnhddii wgnhidid wgnhiddi wgnhiidd wgnhiidd
wgnhidid wgnhiddi wgnhiidd wgnhiidd wgnhidid wgnhiddi wgnhiddi wgnhidid wgnhdiid wgnhdidi wgnhdiid
wgnhdidi wgnhddii wgnhddii wghddini wghddiin wghddnii wghddnii wghddini wghddiin wghdidni wghdidin
wghdindi wghdinid wghdiind wghdiidn wghdnidi wghdniid wghdndii wghdndii wghdnidi wghdniid wghdiind
wghdiidn wghdinid wghdindi wghdidni wghdidin wghddini wghddiin wghddnii wghddnii wghddini wghddiin
wghdidni wghdidin wghdindi wghdinid wghdiind wghdiidn wghdnidi wghdniid wghdndii wghdndii wghdnidi
wghdniid wghdiind wghdiidn wghdinid wghdindi wghdidni wghdidin wghiddni wghiddin wghidndi wghidnid
wghidind wghididn wghiddni wghiddin wghidndi wghidnid wghidind wghididn wghinddi wghindid wghinddi
wghindid wghinidd wghinidd wghiidnd wghiiddn wghiindd wghiindd wghiidnd wghiiddn wghndidi wghndiid
wghnddii wghnddii wghndidi wghndiid wghniddi wghnidid wghniddi wghnidid wghniidd wghniidd wghndidi
wghndiid wghnddii wghnddii wghndidi wghndiid wghniidd wghniidd wghnidid wghniddi wghniddi wghnidid
wghidind wghididn wghidnid wghidndi wghiddni wghiddin wghiidnd wghiiddn wghiindd wghiindd wghiidnd
wghiiddn wghinidd wghinidd wghindid wghinddi wghinddi wghindid wghidind wghididn wghidnid wghidndi
wghiddni wghiddin

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History of cryptography
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