easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

whoopees

inrunning

trenco

xenelasia

hiester

bakbukiah

unimpeached

zancudo

venomly

homolegalis

evangelist

evaluative

bodings

itagain

willmann

vetitosque

scholfield

solifidian


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: tonwelle
cipher variations:
upoxfmmf vqpygnng wrqzhooh xsraippi ytsbjqqj
zutckrrk avudlssl bwvemttm cxwfnuun dyxgovvo
ezyhpwwp faziqxxq gbajryyr hcbkszzs idcltaat
jedmubbu kfenvccv lgfowddw mhgpxeex nihqyffy
ojirzggz pkjsahha qlktbiib rmlucjjc snmvdkkd

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: tonwelle
Cipher: glmdvoov

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: tonwelle
Cipher: BAABA ABBAB ABBAA BABAA AABAA ABABA ABABA AABAA

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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: tonwelle
cipher variations:
upoxfmmfgropniinstohveevevozdaadqxorlwwlczojtsstadotjkkjmfolrggr
yhodzcczkjovhyyhwlonpuupinofxqqxvqpygnnghspqojjotupiwffwfwpaebbe
rypsmxxmdapkuttubepukllkngpmshhszipeaddalkpwizzixmpoqvvqjopgyrry
wrqzhoohitqrpkkpuvqjxggxgxqbfccfszqtnyynebqlvuuvcfqvlmmlohqntiit
ajqfbeebmlqxjaajynqprwwrkpqhzsszxsraippijursqllqvwrkyhhyhyrcgddg
taruozzofcrmwvvwdgrwmnnmpiroujjubkrgcffcnmrykbbkzorqsxxslqriatta
ytsbjqqjkvstrmmrwxslziizizsdheehubsvpaapgdsnxwwxehsxnoonqjspvkkv
clshdggdonszlcclapsrtyytmrsjbuubzutckrrklwtusnnsxytmajjajateiffi
vctwqbbqhetoyxxyfityopporktqwllwdmtiehhepotamddmbqtsuzzunstkcvvc
avudlsslmxuvtootyzunbkkbkbufjggjwduxrccrifupzyyzgjuzpqqpslurxmmx
enujfiifqpubneencrutvaavotuldwwdbwvemttmnyvwuppuzavocllclcvgkhhk
xevysddsjgvqazzahkvaqrrqtmvsynnyfovkgjjgrqvcoffodsvuwbbwpuvmexxe
cxwfnuunozwxvqqvabwpdmmdmdwhliilyfwzteetkhwrbaabilwbrssrunwtzooz
gpwlhkkhsrwdpggpetwvxccxqvwnfyyfdyxgovvopaxywrrwbcxqenneneximjjm
zgxauffulixscbbcjmxcsttsvoxuappahqxmillitsxeqhhqfuxwyddyrwxogzzg
ezyhpwwpqbyzxssxcdyrfoofofyjnkknahybvggvmjytdccdknydtuutwpyvbqqb
irynjmmjutyfriirgvyxzeezsxyphaahfaziqxxqrczayttydezsgppgpgzkollo
bizcwhhwnkzueddelozeuvvuxqzwcrrcjszoknnkvuzgsjjshwzyaffatyzqibbi
gbajryyrsdabzuuzefathqqhqhalpmmpcjadxiixolavfeefmpafvwwvyraxdssd
ktaploolwvahtkktixazbggbuzarjccjhcbkszzstebcavvafgbuirriribmqnnq
dkbeyjjypmbwgffgnqbgwxxwzsbyettelubqmppmxwbiullujybachhcvabskddk
idcltaatufcdbwwbghcvjssjsjcnroorelcfzkkzqncxhgghorchxyyxatczfuuf
mvcrnqqnyxcjvmmvkzcbdiidwbctleeljedmubbuvgdecxxchidwkttktkdospps
fmdgallarodyihhipsdiyzzybudagvvgnwdsorrozydkwnnwladcejjexcdumffm
kfenvccvwhefdyydijexluululeptqqtgnehbmmbspezjiijqtejzaazcvebhwwh
oxetpsspazelxooxmbedfkkfydevnggnlgfowddwxifgezzejkfymvvmvmfqurru
hoficnnctqfakjjkrufkabbadwfcixxipyfuqttqbafmyppyncfegllgzefwohho
mhgpxeexyjghfaafklgznwwnwngrvssvipgjdoodurgblkklsvglbccbexgdjyyj
qzgvruurcbgnzqqzodgfhmmhafgxpiipnihqyffyzkhigbbglmhaoxxoxohswttw
jqhkeppevshcmllmtwhmcddcfyhekzzkrahwsvvsdchoarrapehginnibghyqjjq
ojirzggzalijhcchmnibpyypypitxuuxkrilfqqfwtidnmmnuxindeedgziflaal
sbixtwwtedipbssbqfihjoojchizrkkrpkjsahhabmjkiddinojcqzzqzqjuyvvy
lsjmgrrgxujeonnovyjoeffehajgmbbmtcjyuxxufejqcttcrgjikppkdijaslls
qlktbiibcnkljeejopkdraararkvzwwzmtknhsshyvkfpoopwzkpfggfibkhnccn
udkzvyyvgfkrduudshkjlqqlejkbtmmtrmlucjjcdolmkffkpqlesbbsbslwaxxa
nuloittizwlgqppqxalqghhgjclioddovelawzzwhglsevvetilkmrrmfklcunnu
snmvdkkdepmnlgglqrmftcctctmxbyybovmpjuujaxmhrqqrybmrhiihkdmjpeep
wfmbxaaxihmtfwwfujmlnssnglmdvoovtonwellefqnomhhmrsnguddudunyczzc
pwnqkvvkbynisrrszcnsijjilenkqffqxgncybbyjinugxxgvknmottohmnewppw

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: tonwelle
Cipher: gbajryyr

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: tonwelle
Cipher: 4443332551131351

Extended Methods:
Method #1

Plaintext: tonwelle
method variations:
ytsbkqqkdyxgpvvpidcmuaauoihrzffz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t o n w e l l e 
4 4 3 2 5 1 1 5 
4 3 3 5 1 3 3 1 
They are then read out in rows:
4432511543351331
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tonwelle
Cipher: thevoxlc

Read more ...
Method #3

Plaintext: tonwelle
method variations:
tnhzacxq nhzacxqt hzacxqtn
zacxqtnh acxqtnhz cxqtnhza
xqtnhzac qtnhzacx

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: tonwelle

first 5040 cipher variations(40320 total)
tonwelle tonwelel tonwelle tonwelel tonweell tonweell tonwlele tonwleel tonwllee tonwllee tonwlele
tonwleel tonwllee tonwllee tonwlele tonwleel tonwleel tonwlele tonwelle tonwelel tonwelle tonwelel
tonweell tonweell tonewlle tonewlel tonewlle tonewlel tonewell tonewell tonelwle tonelwel tonellwe
tonellew tonelelw tonelewl tonellwe tonellew tonelwle tonelwel tonelewl tonelelw toneellw toneelwl
toneellw toneelwl toneewll toneewll tonlewle tonlewel tonlelwe tonlelew tonleelw tonleewl tonlwele
tonlweel tonlwlee tonlwlee tonlwele tonlweel tonllwee tonllwee tonllewe tonlleew tonlleew tonllewe
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tonleelw tonllewe tonlleew tonllwee tonllwee tonllewe tonlleew tonlwlee tonlwlee tonlwele tonlweel
tonlweel tonlwele tonlelwe tonlelew tonlewle tonlewel tonleewl tonleelw toneellw toneelwl toneellw
toneelwl toneewll toneewll tonelelw tonelewl tonellew tonellwe tonelwle tonelwel tonellew tonellwe
tonelelw tonelewl tonelwel tonelwle tonewlle tonewlel tonewlle tonewlel tonewell tonewell townelle
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toewnlle toewnlel toewnell toewnell toewlnle toewlnel toewllne toewllen toewleln toewlenl toewllne
toewllen toewlnle toewlnel toewlenl toewleln toewelln toewelnl toewelln toewelnl toewenll toewenll
toenwlle toenwlel toenwlle toenwlel toenwell toenwell toenlwle toenlwel toenllwe toenllew toenlelw
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toeelwln toeelwnl toeelnwl toeelnlw toeenllw toeenlwl toeenllw toeenlwl toeenwll toeenwll toelewln
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toellwen toellwne toellewn toellenw toellnew toellnwe toelnwle toelnwel toelnlwe toelnlew toelnelw
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toenwlel toenwlle toenwlel toenwell toenwell tnowelle tnowelel tnowelle tnowelel tnoweell tnoweell
tnowlele tnowleel tnowllee tnowllee tnowlele tnowleel tnowllee tnowllee tnowlele tnowleel tnowleel
tnowlele tnowelle tnowelel tnowelle tnowelel tnoweell tnoweell tnoewlle tnoewlel tnoewlle tnoewlel
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tnewlloe tnewlleo tnewlelo tnewleol tnewlloe tnewlleo tnewlole tnewloel tnewleol tnewlelo tnewello
tnewelol tnewello tnewelol tneweoll tneweoll tneowlle tneowlel tneowlle tneowlel tneowell tneowell
tneolwle tneolwel tneollwe tneollew tneolelw tneolewl tneollwe tneollew tneolwle tneolwel tneolewl
tneolelw tneoellw tneoelwl tneoellw tneoelwl tneoewll tneoewll tnelowle tnelowel tnelolwe tnelolew
tneloelw tneloewl tnelwole tnelwoel tnelwloe tnelwleo tnelwelo tnelweol tnellwoe tnellweo tnellowe
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tnelowle tnelowel tneloewl tneloelw tnellowe tnelloew tnellwoe tnellweo tnellewo tnelleow tnelwloe
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tneelwol tneellow tneellwo tneelolw tneelowl tneelwol tneelwlo tneewllo tneewlol tneewllo tneewlol
tneewoll tneewoll tnlweole tnlweoel tnlweloe tnlweleo tnlweelo tnlweeol tnlwoele tnlwoeel tnlwolee
tnlwolee tnlwoele tnlwoeel tnlwloee tnlwloee tnlwleoe tnlwleeo tnlwleeo tnlwleoe tnlweole tnlweoel
tnlweloe tnlweleo tnlweelo tnlweeol tnlewole tnlewoel tnlewloe tnlewleo tnlewelo tnleweol tnleowle
tnleowel tnleolwe tnleolew tnleoelw tnleoewl tnlelowe tnleloew tnlelwoe tnlelweo tnlelewo tnleleow
tnleeolw tnleeowl tnleelow tnleelwo tnleewlo tnleewol tnloewle tnloewel tnloelwe tnloelew tnloeelw
tnloeewl tnlowele tnloweel tnlowlee tnlowlee tnlowele tnloweel tnlolwee tnlolwee tnlolewe tnloleew
tnloleew tnlolewe tnloewle tnloewel tnloelwe tnloelew tnloeelw tnloeewl tnlleowe tnlleoew tnllewoe
tnlleweo tnlleewo tnlleeow tnlloewe tnlloeew tnllowee tnllowee tnlloewe tnlloeew tnllwoee tnllwoee
tnllweoe tnllweeo tnllweeo tnllweoe tnlleowe tnlleoew tnllewoe tnlleweo tnlleewo tnlleeow tnleeolw
tnleeowl tnleelow tnleelwo tnleewlo tnleewol tnleoelw tnleoewl tnleolew tnleolwe tnleowle tnleowel
tnleloew tnlelowe tnleleow tnlelewo tnlelweo tnlelwoe tnlewole tnlewoel tnlewloe tnlewleo tnlewelo
tnleweol tnlweloe tnlweleo tnlweole tnlweoel tnlweeol tnlweelo tnlwleoe tnlwleeo tnlwloee tnlwloee
tnlwleoe tnlwleeo tnlwolee tnlwolee tnlwoele tnlwoeel tnlwoeel tnlwoele tnlweloe tnlweleo tnlweole
tnlweoel tnlweeol tnlweelo tnlewloe tnlewleo tnlewole tnlewoel tnleweol tnlewelo tnlelwoe tnlelweo
tnlelowe tnleloew tnleleow tnlelewo tnleolwe tnleolew tnleowle tnleowel tnleoewl tnleoelw tnleelow
tnleelwo tnleeolw tnleeowl tnleewol tnleewlo tnllewoe tnlleweo tnlleowe tnlleoew tnlleeow tnlleewo
tnllweoe tnllweeo tnllwoee tnllwoee tnllweoe tnllweeo tnllowee tnllowee tnlloewe tnlloeew tnlloeew
tnlloewe tnllewoe tnlleweo tnlleowe tnlleoew tnlleeow tnlleewo tnloelwe tnloelew tnloewle tnloewel
tnloeewl tnloeelw tnlolewe tnloleew tnlolwee tnlolwee tnlolewe tnloleew tnlowlee tnlowlee tnlowele
tnloweel tnloweel tnlowele tnloelwe tnloelew tnloewle tnloewel tnloeewl tnloeelw tnleelow tnleelwo
tnleeolw tnleeowl tnleewol tnleewlo tnleleow tnlelewo tnleloew tnlelowe tnlelwoe tnlelweo tnleolew
tnleolwe tnleoelw tnleoewl tnleowel tnleowle tnlewloe tnlewleo tnlewole tnlewoel tnleweol tnlewelo
tnewello tnewelol tnewello tnewelol tneweoll tneweoll tnewlelo tnewleol tnewlleo tnewlloe tnewlole
tnewloel tnewlleo tnewlloe tnewlelo tnewleol tnewloel tnewlole tnewolle tnewolel tnewolle tnewolel
tnewoell tnewoell tneewllo tneewlol tneewllo tneewlol tneewoll tneewoll tneelwlo tneelwol tneellwo
tneellow tneelolw tneelowl tneellwo tneellow tneelwlo tneelwol tneelowl tneelolw tneeollw tneeolwl
tneeollw tneeolwl tneeowll tneeowll tnelewlo tnelewol tnelelwo tnelelow tneleolw tneleowl tnelwelo
tnelweol tnelwleo tnelwloe tnelwole tnelwoel tnellweo tnellwoe tnellewo tnelleow tnelloew tnellowe
tnelowle tnelowel tnelolwe tnelolew tneloelw tneloewl tnelelwo tnelelow tnelewlo tnelewol tneleowl
tneleolw tnellewo tnelleow tnellweo tnellwoe tnellowe tnelloew tnelwleo tnelwloe tnelwelo tnelweol
tnelwoel tnelwole tnelolwe tnelolew tnelowle tnelowel tneloewl tneloelw tneoellw tneoelwl tneoellw
tneoelwl tneoewll tneoewll tneolelw tneolewl tneollew tneollwe tneolwle tneolwel tneollew tneollwe
tneolelw tneolewl tneolwel tneolwle tneowlle tneowlel tneowlle tneowlel tneowell tneowell twnoelle
twnoelel twnoelle twnoelel twnoeell twnoeell twnolele twnoleel twnollee twnollee twnolele twnoleel
twnollee twnollee twnolele twnoleel twnoleel twnolele twnoelle twnoelel twnoelle twnoelel twnoeell
twnoeell twneolle twneolel twneolle twneolel twneoell twneoell twnelole twneloel twnelloe twnelleo
twnelelo twneleol twnelloe twnelleo twnelole twneloel twneleol twnelelo twneello twneelol twneello
twneelol twneeoll twneeoll twnleole twnleoel twnleloe twnleleo twnleelo twnleeol twnloele twnloeel
twnlolee twnlolee twnloele twnloeel twnlloee twnlloee twnlleoe twnlleeo twnlleeo twnlleoe twnleole
twnleoel twnleloe twnleleo twnleelo twnleeol twnleloe twnleleo twnleole twnleoel twnleeol twnleelo
twnlleoe twnlleeo twnlloee twnlloee twnlleoe twnlleeo twnlolee twnlolee twnloele twnloeel twnloeel
twnloele twnleloe twnleleo twnleole twnleoel twnleeol twnleelo twneello twneelol twneello twneelol
twneeoll twneeoll twnelelo twneleol twnelleo twnelloe twnelole twneloel twnelleo twnelloe twnelelo
twneleol twneloel twnelole twneolle twneolel twneolle twneolel twneoell twneoell twonelle twonelel
twonelle twonelel twoneell twoneell twonlele twonleel twonllee twonllee twonlele twonleel twonllee
twonllee twonlele twonleel twonleel twonlele twonelle twonelel twonelle twonelel twoneell twoneell
twoenlle twoenlel twoenlle twoenlel twoenell twoenell twoelnle twoelnel twoellne twoellen twoeleln
twoelenl twoellne twoellen twoelnle twoelnel twoelenl twoeleln twoeelln twoeelnl twoeelln twoeelnl
twoeenll twoeenll twolenle twolenel twolelne twolelen twoleeln twoleenl twolnele twolneel twolnlee
twolnlee twolnele twolneel twollnee twollnee twollene twolleen twolleen twollene twolenle twolenel
twolelne twolelen twoleeln twoleenl twolelne twolelen twolenle twolenel twoleenl twoleeln twollene
twolleen twollnee twollnee twollene twolleen twolnlee twolnlee twolnele twolneel twolneel twolnele
twolelne twolelen twolenle twolenel twoleenl twoleeln twoeelln twoeelnl twoeelln twoeelnl twoeenll
twoeenll twoeleln twoelenl twoellen twoellne twoelnle twoelnel twoellen twoellne twoeleln twoelenl
twoelnel twoelnle twoenlle twoenlel twoenlle twoenlel twoenell twoenell tweonlle tweonlel tweonlle
tweonlel tweonell tweonell tweolnle tweolnel tweollne tweollen tweoleln tweolenl tweollne tweollen
tweolnle tweolnel tweolenl tweoleln tweoelln tweoelnl tweoelln tweoelnl tweoenll tweoenll twenolle
twenolel twenolle twenolel twenoell twenoell twenlole twenloel twenlloe twenlleo twenlelo twenleol
twenlloe twenlleo twenlole twenloel twenleol twenlelo twenello twenelol twenello twenelol tweneoll
tweneoll twelnole twelnoel twelnloe twelnleo twelnelo twelneol twelonle twelonel twelolne twelolen
tweloeln tweloenl twellone twelloen twellnoe twellneo twelleno twelleon tweleoln tweleonl twelelon
twelelno twelenlo twelenol twelnloe twelnleo twelnole twelnoel twelneol twelnelo twellnoe twellneo
twellone twelloen twelleon twelleno twelolne twelolen twelonle twelonel tweloenl tweloeln twelelon
twelelno tweleoln tweleonl twelenol twelenlo tweenllo tweenlol tweenllo tweenlol tweenoll tweenoll
tweelnlo tweelnol tweellno tweellon tweeloln tweelonl tweellno tweellon tweelnlo tweelnol tweelonl
tweeloln tweeolln tweeolnl tweeolln tweeolnl tweeonll tweeonll twloenle twloenel twloelne twloelen
twloeeln twloeenl twlonele twloneel twlonlee twlonlee twlonele twloneel twlolnee twlolnee twlolene
twloleen twloleen twlolene twloenle twloenel twloelne twloelen twloeeln twloeenl twleonle twleonel
twleolne twleolen twleoeln twleoenl twlenole twlenoel twlenloe twlenleo twlenelo twleneol twlelnoe
twlelneo twlelone twleloen twleleon twleleno twleenlo twleenol twleelno twleelon twleeoln twleeonl
twlneole twlneoel twlneloe twlneleo twlneelo twlneeol twlnoele twlnoeel twlnolee twlnolee twlnoele
twlnoeel twlnloee twlnloee twlnleoe twlnleeo twlnleeo twlnleoe twlneole twlneoel twlneloe twlneleo
twlneelo twlneeol twllenoe twlleneo twlleone twlleoen twlleeon twlleeno twllneoe twllneeo twllnoee
twllnoee twllneoe twllneeo twllonee twllonee twlloene twlloeen twlloeen twlloene twllenoe twlleneo
twlleone twlleoen twlleeon twlleeno twleenlo twleenol twleelno twleelon twleeoln twleeonl twlenelo
twleneol twlenleo twlenloe twlenole twlenoel twlelneo twlelnoe twleleno twleleon twleloen twlelone
twleonle twleonel twleolne twleolen twleoeln twleoenl twloelne twloelen twloenle twloenel twloeenl
twloeeln twlolene twloleen twlolnee twlolnee twlolene twloleen twlonlee twlonlee twlonele twloneel
twloneel twlonele twloelne twloelen twloenle twloenel twloeenl twloeeln twleolne twleolen twleonle
twleonel twleoenl twleoeln twlelone twleloen twlelnoe twlelneo twleleno twleleon twlenloe twlenleo
twlenole twlenoel twleneol twlenelo twleelno twleelon twleenlo twleenol twleeonl twleeoln twlleone
twlleoen twllenoe twlleneo twlleeno twlleeon twlloene twlloeen twllonee twllonee twlloene twlloeen
twllnoee twllnoee twllneoe twllneeo twllneeo twllneoe twlleone twlleoen twllenoe twlleneo twlleeno
twlleeon twlneloe twlneleo twlneole twlneoel twlneeol twlneelo twlnleoe twlnleeo twlnloee twlnloee
twlnleoe twlnleeo twlnolee twlnolee twlnoele twlnoeel twlnoeel twlnoele twlneloe twlneleo twlneole
twlneoel twlneeol twlneelo twleelno twleelon twleenlo twleenol twleeonl twleeoln twleleno twleleon
twlelneo twlelnoe twlelone twleloen twlenleo twlenloe twlenelo twleneol twlenoel twlenole twleolne
twleolen twleonle twleonel twleoenl twleoeln tweoelln tweoelnl tweoelln tweoelnl tweoenll tweoenll
tweoleln tweolenl tweollen tweollne tweolnle tweolnel tweollen tweollne tweoleln tweolenl tweolnel
tweolnle tweonlle tweonlel tweonlle tweonlel tweonell tweonell tweeolln tweeolnl tweeolln tweeolnl
tweeonll tweeonll tweeloln tweelonl tweellon tweellno tweelnlo tweelnol tweellon tweellno tweeloln
tweelonl tweelnol tweelnlo tweenllo tweenlol tweenllo tweenlol tweenoll tweenoll tweleoln tweleonl
twelelon twelelno twelenlo twelenol tweloeln tweloenl twelolen twelolne twelonle twelonel twelloen
twellone twelleon twelleno twellneo twellnoe twelnole twelnoel twelnloe twelnleo twelnelo twelneol
twelelon twelelno tweleoln tweleonl twelenol twelenlo twelleon twelleno twelloen twellone twellnoe
twellneo twelolen twelolne tweloeln tweloenl twelonel twelonle twelnloe twelnleo twelnole twelnoel
twelneol twelnelo twenello twenelol twenello twenelol tweneoll tweneoll twenlelo twenleol twenlleo
twenlloe twenlole twenloel twenlleo twenlloe twenlelo twenleol twenloel twenlole twenolle twenolel
twenolle twenolel twenoell twenoell tenwolle tenwolel tenwolle tenwolel tenwoell tenwoell tenwlole
tenwloel tenwlloe tenwlleo tenwlelo tenwleol tenwlloe tenwlleo tenwlole tenwloel tenwleol tenwlelo
tenwello tenwelol tenwello tenwelol tenweoll tenweoll tenowlle tenowlel tenowlle tenowlel tenowell
tenowell tenolwle tenolwel tenollwe tenollew tenolelw tenolewl tenollwe tenollew tenolwle tenolwel
tenolewl tenolelw tenoellw tenoelwl tenoellw tenoelwl tenoewll tenoewll tenlowle tenlowel tenlolwe
tenlolew tenloelw tenloewl tenlwole tenlwoel tenlwloe tenlwleo tenlwelo tenlweol tenllwoe tenllweo
tenllowe tenlloew tenlleow tenllewo tenlewlo tenlewol tenlelwo tenlelow tenleolw tenleowl tenlolwe
tenlolew tenlowle tenlowel tenloewl tenloelw tenllowe tenlloew tenllwoe tenllweo tenllewo tenlleow
tenlwloe tenlwleo tenlwole tenlwoel tenlweol tenlwelo tenlelwo tenlelow tenlewlo tenlewol tenleowl
tenleolw teneollw teneolwl teneollw teneolwl teneowll teneowll tenelolw tenelowl tenellow tenellwo
tenelwlo tenelwol tenellow tenellwo tenelolw tenelowl tenelwol tenelwlo tenewllo tenewlol tenewllo
tenewlol tenewoll tenewoll tewnolle tewnolel tewnolle tewnolel tewnoell tewnoell tewnlole tewnloel
tewnlloe tewnlleo tewnlelo tewnleol tewnlloe tewnlleo tewnlole tewnloel tewnleol tewnlelo tewnello
tewnelol tewnello tewnelol tewneoll tewneoll tewonlle tewonlel tewonlle tewonlel tewonell tewonell
tewolnle tewolnel tewollne tewollen tewoleln tewolenl tewollne tewollen tewolnle tewolnel tewolenl
tewoleln tewoelln tewoelnl tewoelln tewoelnl tewoenll tewoenll tewlonle tewlonel tewlolne tewlolen
tewloeln tewloenl tewlnole tewlnoel tewlnloe tewlnleo tewlnelo tewlneol tewllnoe tewllneo tewllone
tewlloen tewlleon tewlleno tewlenlo tewlenol tewlelno tewlelon tewleoln tewleonl tewlolne tewlolen
tewlonle tewlonel tewloenl tewloeln tewllone tewlloen tewllnoe tewllneo tewlleno tewlleon tewlnloe
tewlnleo tewlnole tewlnoel tewlneol tewlnelo tewlelno tewlelon tewlenlo tewlenol tewleonl tewleoln
teweolln teweolnl teweolln teweolnl teweonll teweonll teweloln tewelonl tewellon tewellno tewelnlo
tewelnol tewellon tewellno teweloln tewelonl tewelnol tewelnlo tewenllo tewenlol tewenllo tewenlol
tewenoll tewenoll teownlle teownlel teownlle teownlel teownell teownell teowlnle teowlnel teowllne
teowllen teowleln teowlenl teowllne teowllen teowlnle teowlnel teowlenl teowleln teowelln teowelnl
teowelln teowelnl teowenll teowenll teonwlle teonwlel teonwlle teonwlel teonwell teonwell teonlwle
teonlwel teonllwe teonllew teonlelw teonlewl teonllwe teonllew teonlwle teonlwel teonlewl teonlelw
teonellw teonelwl teonellw teonelwl teonewll teonewll teolnwle teolnwel teolnlwe teolnlew teolnelw
teolnewl teolwnle teolwnel teolwlne teolwlen teolweln teolwenl teollwne teollwen teollnwe teollnew
teollenw teollewn teolewln teolewnl teolelwn teolelnw teolenlw teolenwl teolnlwe teolnlew teolnwle
teolnwel teolnewl teolnelw teollnwe teollnew teollwne teollwen teollewn teollenw teolwlne teolwlen
teolwnle teolwnel teolwenl teolweln teolelwn teolelnw teolewln teolewnl teolenwl teolenlw teoenllw
teoenlwl teoenllw teoenlwl teoenwll teoenwll teoelnlw teoelnwl teoellnw teoellwn teoelwln teoelwnl
teoellnw teoellwn teoelnlw teoelnwl teoelwnl teoelwln teoewlln teoewlnl teoewlln teoewlnl teoewnll
teoewnll telwonle telwonel telwolne telwolen telwoeln telwoenl telwnole telwnoel telwnloe telwnleo
telwnelo telwneol telwlnoe telwlneo telwlone telwloen telwleon telwleno telwenlo telwenol telwelno
telwelon telweoln telweonl telownle telownel telowlne telowlen teloweln telowenl telonwle telonwel
telonlwe telonlew telonelw telonewl telolnwe telolnew telolwne telolwen telolewn telolenw teloenlw
teloenwl teloelnw teloelwn teloewln teloewnl telnowle telnowel telnolwe telnolew telnoelw telnoewl
telnwole telnwoel telnwloe telnwleo telnwelo telnweol telnlwoe telnlweo telnlowe telnloew telnleow
telnlewo telnewlo telnewol telnelwo telnelow telneolw telneowl tellonwe tellonew tellowne tellowen
telloewn telloenw tellnowe tellnoew tellnwoe tellnweo tellnewo tellneow tellwnoe tellwneo tellwone
tellwoen tellweon tellweno tellenwo tellenow tellewno tellewon telleown telleonw teleonlw teleonwl
teleolnw teleolwn teleowln teleownl telenolw telenowl telenlow telenlwo telenwlo telenwol telelnow
telelnwo telelonw telelown telelwon telelwno telewnlo telewnol telewlno telewlon telewoln telewonl
telwolne telwolen telwonle telwonel telwoenl telwoeln telwlone telwloen telwlnoe telwlneo telwleno
telwleon telwnloe telwnleo telwnole telwnoel telwneol telwnelo telwelno telwelon telwenlo telwenol
telweonl telweoln telowlne telowlen telownle telownel telowenl teloweln telolwne telolwen telolnwe
telolnew telolenw telolewn telonlwe telonlew telonwle telonwel telonewl telonelw teloelnw teloelwn
teloenlw teloenwl teloewnl teloewln tellowne tellowen tellonwe tellonew telloenw telloewn tellwone
tellwoen tellwnoe tellwneo tellweno tellweon tellnwoe tellnweo tellnowe tellnoew tellneow tellnewo
tellewno tellewon tellenwo tellenow telleonw telleown telnolwe telnolew telnowle telnowel telnoewl
telnoelw telnlowe telnloew telnlwoe telnlweo telnlewo telnleow telnwloe telnwleo telnwole telnwoel
telnweol telnwelo telnelwo telnelow telnewlo telnewol telneowl telneolw teleolnw teleolwn teleonlw
teleonwl teleownl teleowln telelonw telelown telelnow telelnwo telelwno telelwon telenlow telenlwo
telenolw telenowl telenwol telenwlo telewlno telewlon telewnlo telewnol telewonl telewoln teewolln
teewolnl teewolln teewolnl teewonll teewonll teewloln teewlonl teewllon teewllno teewlnlo teewlnol
teewllon teewllno teewloln teewlonl teewlnol teewlnlo teewnllo teewnlol teewnllo teewnlol teewnoll
teewnoll teeowlln teeowlnl teeowlln teeowlnl teeownll teeownll teeolwln teeolwnl teeollwn teeollnw
teeolnlw teeolnwl teeollwn teeollnw teeolwln teeolwnl teeolnwl teeolnlw teeonllw teeonlwl teeonllw
teeonlwl teeonwll teeonwll teelowln teelownl teelolwn teelolnw teelonlw teelonwl teelwoln teelwonl
teelwlon teelwlno teelwnlo teelwnol teellwon teellwno teellown teellonw teellnow teellnwo teelnwlo
teelnwol teelnlwo teelnlow teelnolw teelnowl teelolwn teelolnw teelowln teelownl teelonwl teelonlw
teellown teellonw teellwon teellwno teellnwo teellnow teelwlon teelwlno teelwoln teelwonl teelwnol
teelwnlo teelnlwo teelnlow teelnwlo teelnwol teelnowl teelnolw teenollw teenolwl teenollw teenolwl
teenowll teenowll teenlolw teenlowl teenllow teenllwo teenlwlo teenlwol teenllow teenllwo teenlolw
teenlowl teenlwol teenlwlo teenwllo teenwlol teenwllo teenwlol teenwoll teenwoll tlnweole tlnweoel
tlnweloe tlnweleo tlnweelo tlnweeol tlnwoele tlnwoeel tlnwolee tlnwolee tlnwoele tlnwoeel tlnwloee
tlnwloee tlnwleoe tlnwleeo tlnwleeo tlnwleoe tlnweole tlnweoel tlnweloe tlnweleo tlnweelo tlnweeol
tlnewole tlnewoel tlnewloe tlnewleo tlnewelo tlneweol tlneowle tlneowel tlneolwe tlneolew tlneoelw
tlneoewl tlnelowe tlneloew tlnelwoe tlnelweo tlnelewo tlneleow tlneeolw tlneeowl tlneelow tlneelwo
tlneewlo tlneewol tlnoewle tlnoewel tlnoelwe tlnoelew tlnoeelw tlnoeewl tlnowele tlnoweel tlnowlee
tlnowlee tlnowele tlnoweel tlnolwee tlnolwee tlnolewe tlnoleew tlnoleew tlnolewe tlnoewle tlnoewel
tlnoelwe tlnoelew tlnoeelw tlnoeewl tlnleowe tlnleoew tlnlewoe tlnleweo tlnleewo tlnleeow tlnloewe
tlnloeew tlnlowee tlnlowee tlnloewe tlnloeew tlnlwoee tlnlwoee tlnlweoe tlnlweeo tlnlweeo tlnlweoe
tlnleowe tlnleoew tlnlewoe tlnleweo tlnleewo tlnleeow tlneeolw tlneeowl tlneelow tlneelwo tlneewlo
tlneewol tlneoelw tlneoewl tlneolew tlneolwe tlneowle tlneowel tlneloew tlnelowe tlneleow tlnelewo
tlnelweo tlnelwoe tlnewole tlnewoel tlnewloe tlnewleo tlnewelo tlneweol tlwneole tlwneoel tlwneloe
tlwneleo tlwneelo tlwneeol tlwnoele tlwnoeel tlwnolee tlwnolee tlwnoele tlwnoeel tlwnloee tlwnloee
tlwnleoe tlwnleeo tlwnleeo tlwnleoe tlwneole tlwneoel tlwneloe tlwneleo tlwneelo tlwneeol tlwenole
tlwenoel tlwenloe tlwenleo tlwenelo tlweneol tlweonle tlweonel tlweolne tlweolen tlweoeln tlweoenl
tlwelone tlweloen tlwelnoe tlwelneo tlweleno tlweleon tlweeoln tlweeonl tlweelon tlweelno tlweenlo
tlweenol tlwoenle tlwoenel tlwoelne tlwoelen tlwoeeln tlwoeenl tlwonele tlwoneel tlwonlee tlwonlee
tlwonele tlwoneel tlwolnee tlwolnee tlwolene tlwoleen tlwoleen tlwolene tlwoenle tlwoenel tlwoelne
tlwoelen tlwoeeln tlwoeenl tlwleone tlwleoen tlwlenoe tlwleneo tlwleeno tlwleeon tlwloene tlwloeen
tlwlonee tlwlonee tlwloene tlwloeen tlwlnoee tlwlnoee tlwlneoe tlwlneeo tlwlneeo tlwlneoe tlwleone
tlwleoen tlwlenoe tlwleneo tlwleeno tlwleeon tlweeoln tlweeonl tlweelon tlweelno tlweenlo tlweenol
tlweoeln tlweoenl tlweolen tlweolne tlweonle tlweonel tlweloen tlwelone tlweleon tlweleno tlwelneo
tlwelnoe tlwenole tlwenoel tlwenloe tlwenleo tlwenelo tlweneol tlewnole tlewnoel tlewnloe tlewnleo
tlewnelo tlewneol tlewonle tlewonel tlewolne tlewolen tlewoeln tlewoenl tlewlone tlewloen tlewlnoe
tlewlneo tlewleno tlewleon tleweoln tleweonl tlewelon tlewelno tlewenlo tlewenol tlenwole tlenwoel
tlenwloe tlenwleo tlenwelo tlenweol tlenowle tlenowel tlenolwe tlenolew tlenoelw tlenoewl tlenlowe
tlenloew tlenlwoe tlenlweo tlenlewo tlenleow tleneolw tleneowl tlenelow tlenelwo tlenewlo tlenewol
tleonwle tleonwel tleonlwe tleonlew tleonelw tleonewl tleownle tleownel tleowlne tleowlen tleoweln
tleowenl tleolwne tleolwen tleolnwe tleolnew tleolenw tleolewn tleoewln tleoewnl tleoelwn tleoelnw
tleoenlw tleoenwl tlelnowe tlelnoew tlelnwoe tlelnweo tlelnewo tlelneow tlelonwe tlelonew tlelowne
tlelowen tleloewn tleloenw tlelwone tlelwoen tlelwnoe tlelwneo tlelweno tlelweon tleleown tleleonw
tlelewon tlelewno tlelenwo tlelenow tleenolw tleenowl tleenlow tleenlwo tleenwlo tleenwol tleeonlw
tleeonwl tleeolnw tleeolwn tleeowln tleeownl tleelonw tleelown tleelnow tleelnwo tleelwno tleelwon
tleewoln tleewonl tleewlon tleewlno tleewnlo tleewnol tlowenle tlowenel tlowelne tlowelen tloweeln
tloweenl tlownele tlowneel tlownlee tlownlee tlownele tlowneel tlowlnee tlowlnee tlowlene tlowleen
tlowleen tlowlene tlowenle tlowenel tlowelne tlowelen tloweeln tloweenl tloewnle tloewnel tloewlne
tloewlen tloeweln tloewenl tloenwle tloenwel tloenlwe tloenlew tloenelw tloenewl tloelnwe tloelnew
tloelwne tloelwen tloelewn tloelenw tloeenlw tloeenwl tloeelnw tloeelwn tloeewln tloeewnl tlonewle
tlonewel tlonelwe tlonelew tloneelw tloneewl tlonwele tlonweel tlonwlee tlonwlee tlonwele tlonweel
tlonlwee tlonlwee tlonlewe tlonleew tlonleew tlonlewe tlonewle tlonewel tlonelwe tlonelew tloneelw
tloneewl tlolenwe tlolenew tlolewne tlolewen tloleewn tloleenw tlolnewe tlolneew tlolnwee tlolnwee
tlolnewe tlolneew tlolwnee tlolwnee tlolwene tlolween tlolween tlolwene tlolenwe tlolenew tlolewne
tlolewen tloleewn tloleenw tloeenlw tloeenwl tloeelnw tloeelwn tloeewln tloeewnl tloenelw tloenewl
tloenlew tloenlwe tloenwle tloenwel tloelnew tloelnwe tloelenw tloelewn tloelwen tloelwne tloewnle
tloewnel tloewlne tloewlen tloeweln tloewenl tllweone tllweoen tllwenoe tllweneo tllweeno tllweeon
tllwoene tllwoeen tllwonee tllwonee tllwoene tllwoeen tllwnoee tllwnoee tllwneoe tllwneeo tllwneeo
tllwneoe tllweone tllweoen tllwenoe tllweneo tllweeno tllweeon tllewone tllewoen tllewnoe tllewneo
tlleweno tlleweon tlleowne tlleowen tlleonwe tlleonew tlleoenw tlleoewn tllenowe tllenoew tllenwoe
tllenweo tllenewo tlleneow tlleeonw tlleeown tlleenow tlleenwo tlleewno tlleewon tlloewne tlloewen
tlloenwe tlloenew tlloeenw tlloeewn tllowene tlloween tllownee tllownee tllowene tlloween tllonwee
tllonwee tllonewe tlloneew tlloneew tllonewe tlloewne tlloewen tlloenwe tlloenew tlloeenw tlloeewn
tllneowe tllneoew tllnewoe tllneweo tllneewo tllneeow tllnoewe tllnoeew tllnowee tllnowee tllnoewe
tllnoeew tllnwoee tllnwoee tllnweoe tllnweeo tllnweeo tllnweoe tllneowe tllneoew tllnewoe tllneweo
tllneewo tllneeow tlleeonw tlleeown tlleenow tlleenwo tlleewno tlleewon tlleoenw tlleoewn tlleonew
tlleonwe tlleowne tlleowen tllenoew tllenowe tlleneow tllenewo tllenweo tllenwoe tllewone tllewoen
tllewnoe tllewneo tlleweno tlleweon tleweoln tleweonl tlewelon tlewelno tlewenlo tlewenol tlewoeln
tlewoenl tlewolen tlewolne tlewonle tlewonel tlewloen tlewlone tlewleon tlewleno tlewlneo tlewlnoe
tlewnole tlewnoel tlewnloe tlewnleo tlewnelo tlewneol tleewoln tleewonl tleewlon tleewlno tleewnlo
tleewnol tleeowln tleeownl tleeolwn tleeolnw tleeonlw tleeonwl tleelown tleelonw tleelwon tleelwno
tleelnwo tleelnow tleenolw tleenowl tleenlow tleenlwo tleenwlo tleenwol tleoewln tleoewnl tleoelwn
tleoelnw tleoenlw tleoenwl tleoweln tleowenl tleowlen tleowlne tleownle tleownel tleolwen tleolwne
tleolewn tleolenw tleolnew tleolnwe tleonwle tleonwel tleonlwe tleonlew tleonelw tleonewl tleleown
tleleonw tlelewon tlelewno tlelenwo tlelenow tleloewn tleloenw tlelowen tlelowne tlelonwe tlelonew
tlelwoen tlelwone tlelweon tlelweno tlelwneo tlelwnoe tlelnowe tlelnoew tlelnwoe tlelnweo tlelnewo
tlelneow tleneolw tleneowl tlenelow tlenelwo tlenewlo tlenewol tlenoelw tlenoewl tlenolew tlenolwe
tlenowle tlenowel tlenloew tlenlowe tlenleow tlenlewo tlenlweo tlenlwoe tlenwole tlenwoel tlenwloe
tlenwleo tlenwelo tlenweol tlnweloe tlnweleo tlnweole tlnweoel tlnweeol tlnweelo tlnwleoe tlnwleeo
tlnwloee tlnwloee tlnwleoe tlnwleeo tlnwolee tlnwolee tlnwoele tlnwoeel tlnwoeel tlnwoele tlnweloe
tlnweleo tlnweole tlnweoel tlnweeol tlnweelo tlnewloe tlnewleo tlnewole tlnewoel tlneweol tlnewelo
tlnelwoe tlnelweo tlnelowe tlneloew tlneleow tlnelewo tlneolwe tlneolew tlneowle tlneowel tlneoewl
tlneoelw tlneelow tlneelwo tlneeolw tlneeowl tlneewol tlneewlo tlnlewoe tlnleweo tlnleowe tlnleoew
tlnleeow tlnleewo tlnlweoe tlnlweeo tlnlwoee tlnlwoee tlnlweoe tlnlweeo tlnlowee tlnlowee tlnloewe
tlnloeew tlnloeew tlnloewe tlnlewoe tlnleweo tlnleowe tlnleoew tlnleeow tlnleewo tlnoelwe tlnoelew
tlnoewle tlnoewel tlnoeewl tlnoeelw tlnolewe tlnoleew tlnolwee tlnolwee tlnolewe tlnoleew tlnowlee
tlnowlee tlnowele tlnoweel tlnoweel tlnowele tlnoelwe tlnoelew tlnoewle tlnoewel tlnoeewl tlnoeelw
tlneelow tlneelwo tlneeolw tlneeowl tlneewol tlneewlo tlneleow tlnelewo tlneloew tlnelowe tlnelwoe
tlnelweo tlneolew tlneolwe tlneoelw tlneoewl tlneowel tlneowle tlnewloe tlnewleo tlnewole tlnewoel
tlneweol tlnewelo tlwneloe tlwneleo tlwneole tlwneoel tlwneeol tlwneelo tlwnleoe tlwnleeo tlwnloee
tlwnloee tlwnleoe tlwnleeo tlwnolee tlwnolee tlwnoele tlwnoeel tlwnoeel tlwnoele tlwneloe tlwneleo
tlwneole tlwneoel tlwneeol tlwneelo tlwenloe tlwenleo tlwenole tlwenoel tlweneol tlwenelo tlwelnoe
tlwelneo tlwelone tlweloen tlweleon tlweleno tlweolne tlweolen tlweonle tlweonel tlweoenl tlweoeln
tlweelon tlweelno tlweeoln tlweeonl tlweenol tlweenlo tlwlenoe tlwleneo tlwleone tlwleoen tlwleeon
tlwleeno tlwlneoe tlwlneeo tlwlnoee tlwlnoee tlwlneoe tlwlneeo tlwlonee tlwlonee tlwloene tlwloeen
tlwloeen tlwloene tlwlenoe tlwleneo tlwleone tlwleoen tlwleeon tlwleeno tlwoelne tlwoelen tlwoenle
tlwoenel tlwoeenl tlwoeeln tlwolene tlwoleen tlwolnee tlwolnee tlwolene tlwoleen tlwonlee tlwonlee
tlwonele tlwoneel tlwoneel tlwonele tlwoelne tlwoelen tlwoenle tlwoenel tlwoeenl tlwoeeln tlweelon
tlweelno tlweeoln tlweeonl tlweenol tlweenlo tlweleon tlweleno tlweloen tlwelone tlwelnoe tlwelneo
tlweolen tlweolne tlweoeln tlweoenl tlweonel tlweonle tlwenloe tlwenleo tlwenole tlwenoel tlweneol
tlwenelo tlewnloe tlewnleo tlewnole tlewnoel tlewneol tlewnelo tlewlnoe tlewlneo tlewlone tlewloen
tlewleon tlewleno tlewolne tlewolen tlewonle tlewonel tlewoenl tlewoeln tlewelon tlewelno tleweoln
tleweonl tlewenol tlewenlo tlenwloe tlenwleo tlenwole tlenwoel tlenweol tlenwelo tlenlwoe tlenlweo
tlenlowe tlenloew tlenleow tlenlewo tlenolwe tlenolew tlenowle tlenowel tlenoewl tlenoelw tlenelow
tlenelwo tleneolw tleneowl tlenewol tlenewlo tlelnwoe tlelnweo tlelnowe tlelnoew tlelneow tlelnewo
tlelwnoe tlelwneo tlelwone tlelwoen tlelweon tlelweno tlelowne tlelowen tlelonwe tlelonew tleloenw
tleloewn tlelewon tlelewno tleleown tleleonw tlelenow tlelenwo tleonlwe tleonlew tleonwle tleonwel
tleonewl tleonelw tleolnwe tleolnew tleolwne tleolwen tleolewn tleolenw tleowlne tleowlen tleownle
tleownel tleowenl tleoweln tleoelwn tleoelnw tleoewln tleoewnl tleoenwl tleoenlw tleenlow tleenlwo
tleenolw tleenowl tleenwol tleenwlo tleelnow tleelnwo tleelonw tleelown tleelwon tleelwno tleeolnw
tleeolwn tleeonlw tleeonwl tleeownl tleeowln tleewlon tleewlno tleewoln tleewonl tleewnol tleewnlo
tllwenoe tllweneo tllweone tllweoen tllweeon tllweeno tllwneoe tllwneeo tllwnoee tllwnoee tllwneoe
tllwneeo tllwonee tllwonee tllwoene tllwoeen tllwoeen tllwoene tllwenoe tllweneo tllweone tllweoen
tllweeon tllweeno tllewnoe tllewneo tllewone tllewoen tlleweon tlleweno tllenwoe tllenweo tllenowe
tllenoew tlleneow tllenewo tlleonwe tlleonew tlleowne tlleowen tlleoewn tlleoenw tlleenow tlleenwo
tlleeonw tlleeown tlleewon tlleewno tllnewoe tllneweo tllneowe tllneoew tllneeow tllneewo tllnweoe
tllnweeo tllnwoee tllnwoee tllnweoe tllnweeo tllnowee tllnowee tllnoewe tllnoeew tllnoeew tllnoewe
tllnewoe tllneweo tllneowe tllneoew tllneeow tllneewo tlloenwe tlloenew tlloewne tlloewen tlloeewn
tlloeenw tllonewe tlloneew tllonwee tllonwee tllonewe tlloneew tllownee tllownee tllowene tlloween
tlloween tllowene tlloenwe tlloenew tlloewne tlloewen tlloeewn tlloeenw tlleenow tlleenwo tlleeonw
tlleeown tlleewon tlleewno tlleneow tllenewo tllenoew tllenowe tllenwoe tllenweo tlleonew tlleonwe
tlleoenw tlleoewn tlleowen tlleowne tllewnoe tllewneo tllewone tllewoen tlleweon tlleweno tlowelne
tlowelen tlowenle tlowenel tloweenl tloweeln tlowlene tlowleen tlowlnee tlowlnee tlowlene tlowleen
tlownlee tlownlee tlownele tlowneel tlowneel tlownele tlowelne tlowelen tlowenle tlowenel tloweenl
tloweeln tloewlne tloewlen tloewnle tloewnel tloewenl tloeweln tloelwne tloelwen tloelnwe tloelnew
tloelenw tloelewn tloenlwe tloenlew tloenwle tloenwel tloenewl tloenelw tloeelnw tloeelwn tloeenlw
tloeenwl tloeewnl tloeewln tlolewne tlolewen tlolenwe tlolenew tloleenw tloleewn tlolwene tlolween
tlolwnee tlolwnee tlolwene tlolween tlolnwee tlolnwee tlolnewe tlolneew tlolneew tlolnewe tlolewne
tlolewen tlolenwe tlolenew tloleenw tloleewn tlonelwe tlonelew tlonewle tlonewel tloneewl tloneelw
tlonlewe tlonleew tlonlwee tlonlwee tlonlewe tlonleew tlonwlee tlonwlee tlonwele tlonweel tlonweel
tlonwele tlonelwe tlonelew tlonewle tlonewel tloneewl tloneelw tloeelnw tloeelwn tloeenlw tloeenwl
tloeewnl tloeewln tloelenw tloelewn tloelnew tloelnwe tloelwne tloelwen tloenlew tloenlwe tloenelw
tloenewl tloenwel tloenwle tloewlne tloewlen tloewnle tloewnel tloewenl tloeweln tlewelon tlewelno
tleweoln tleweonl tlewenol tlewenlo tlewleon tlewleno tlewloen tlewlone tlewlnoe tlewlneo tlewolen
tlewolne tlewoeln tlewoenl tlewonel tlewonle tlewnloe tlewnleo tlewnole tlewnoel tlewneol tlewnelo
tleewlon tleewlno tleewoln tleewonl tleewnol tleewnlo tleelwon tleelwno tleelown tleelonw tleelnow
tleelnwo tleeolwn tleeolnw tleeowln tleeownl tleeonwl tleeonlw tleenlow tleenlwo tleenolw tleenowl
tleenwol tleenwlo tlelewon tlelewno tleleown tleleonw tlelenow tlelenwo tlelweon tlelweno tlelwoen
tlelwone tlelwnoe tlelwneo tlelowen tlelowne tleloewn tleloenw tlelonew tlelonwe tlelnwoe tlelnweo
tlelnowe tlelnoew tlelneow tlelnewo tleoelwn tleoelnw tleoewln tleoewnl tleoenwl tleoenlw tleolewn
tleolenw tleolwen tleolwne tleolnwe tleolnew tleowlen tleowlne tleoweln tleowenl tleownel tleownle
tleonlwe tleonlew tleonwle tleonwel tleonewl tleonelw tlenelow tlenelwo tleneolw tleneowl tlenewol
tlenewlo tlenleow tlenlewo tlenloew tlenlowe tlenlwoe tlenlweo tlenolew tlenolwe tlenoelw tlenoewl
tlenowel tlenowle tlenwloe tlenwleo tlenwole tlenwoel tlenweol tlenwelo tenwello tenwelol tenwello
tenwelol tenweoll tenweoll tenwlelo tenwleol tenwlleo tenwlloe tenwlole tenwloel tenwlleo tenwlloe
tenwlelo tenwleol tenwloel tenwlole tenwolle tenwolel tenwolle tenwolel tenwoell tenwoell tenewllo
tenewlol tenewllo tenewlol tenewoll tenewoll tenelwlo tenelwol tenellwo tenellow tenelolw tenelowl
tenellwo tenellow tenelwlo tenelwol tenelowl tenelolw teneollw teneolwl teneollw teneolwl teneowll
teneowll tenlewlo tenlewol tenlelwo tenlelow tenleolw tenleowl tenlwelo tenlweol tenlwleo tenlwloe
tenlwole tenlwoel tenllweo tenllwoe tenllewo tenlleow tenlloew tenllowe tenlowle tenlowel tenlolwe
tenlolew tenloelw tenloewl tenlelwo tenlelow tenlewlo tenlewol tenleowl tenleolw tenllewo tenlleow
tenllweo tenllwoe tenllowe tenlloew tenlwleo tenlwloe tenlwelo tenlweol tenlwoel tenlwole tenlolwe
tenlolew tenlowle tenlowel tenloewl tenloelw tenoellw tenoelwl tenoellw tenoelwl tenoewll tenoewll
tenolelw tenolewl tenollew tenollwe tenolwle tenolwel tenollew tenollwe tenolelw tenolewl tenolwel
tenolwle tenowlle tenowlel tenowlle tenowlel tenowell tenowell tewnello tewnelol tewnello tewnelol
tewneoll tewneoll tewnlelo tewnleol tewnlleo tewnlloe tewnlole tewnloel tewnlleo tewnlloe tewnlelo
tewnleol tewnloel tewnlole tewnolle tewnolel tewnolle tewnolel tewnoell tewnoell tewenllo tewenlol
tewenllo tewenlol tewenoll tewenoll tewelnlo tewelnol tewellno tewellon teweloln tewelonl tewellno
tewellon tewelnlo tewelnol tewelonl teweloln teweolln teweolnl teweolln teweolnl teweonll teweonll
tewlenlo tewlenol tewlelno tewlelon tewleoln tewleonl tewlnelo tewlneol tewlnleo tewlnloe tewlnole
tewlnoel tewllneo tewllnoe tewlleno tewlleon tewlloen tewllone tewlonle tewlonel tewlolne tewlolen
tewloeln tewloenl tewlelno tewlelon tewlenlo tewlenol tewleonl tewleoln tewlleno tewlleon tewllneo
tewllnoe tewllone tewlloen tewlnleo tewlnloe tewlnelo tewlneol tewlnoel tewlnole tewlolne tewlolen
tewlonle tewlonel tewloenl tewloeln tewoelln tewoelnl tewoelln tewoelnl tewoenll tewoenll tewoleln
tewolenl tewollen tewollne tewolnle tewolnel tewollen tewollne tewoleln tewolenl tewolnel tewolnle
tewonlle tewonlel tewonlle tewonlel tewonell tewonell teewnllo teewnlol teewnllo teewnlol teewnoll
teewnoll teewlnlo teewlnol teewllno teewllon teewloln teewlonl teewllno teewllon teewlnlo teewlnol
teewlonl teewloln teewolln teewolnl teewolln teewolnl teewonll teewonll teenwllo teenwlol teenwllo
teenwlol teenwoll teenwoll teenlwlo teenlwol teenllwo teenllow teenlolw teenlowl teenllwo teenllow
teenlwlo teenlwol teenlowl teenlolw teenollw teenolwl teenollw teenolwl teenowll teenowll teelnwlo
teelnwol teelnlwo teelnlow teelnolw teelnowl teelwnlo teelwnol teelwlno teelwlon teelwoln teelwonl
teellwno teellwon teellnwo teellnow teellonw teellown teelowln teelownl teelolwn teelolnw teelonlw
teelonwl teelnlwo teelnlow teelnwlo teelnwol teelnowl teelnolw teellnwo teellnow teellwno teellwon
teellown teellonw teelwlno teelwlon teelwnlo teelwnol teelwonl teelwoln teelolwn teelolnw teelowln
teelownl teelonwl teelonlw teeonllw teeonlwl teeonllw teeonlwl teeonwll teeonwll teeolnlw teeolnwl
teeollnw teeollwn teeolwln teeolwnl teeollnw teeollwn teeolnlw teeolnwl teeolwnl teeolwln teeowlln
teeowlnl teeowlln teeowlnl teeownll teeownll telwenlo telwenol telwelno telwelon telweoln telweonl
telwnelo telwneol telwnleo telwnloe telwnole telwnoel telwlneo telwlnoe telwleno telwleon telwloen
telwlone telwonle telwonel telwolne telwolen telwoeln telwoenl telewnlo telewnol telewlno telewlon
telewoln telewonl telenwlo telenwol telenlwo telenlow telenolw telenowl telelnwo telelnow telelwno
telelwon telelown telelonw teleonlw teleonwl teleolnw teleolwn teleowln teleownl telnewlo telnewol
telnelwo telnelow telneolw telneowl telnwelo telnweol telnwleo telnwloe telnwole telnwoel telnlweo
telnlwoe telnlewo telnleow telnloew telnlowe telnowle telnowel telnolwe telnolew telnoelw telnoewl
tellenwo tellenow tellewno tellewon telleown telleonw tellnewo tellneow tellnweo tellnwoe tellnowe
tellnoew tellwneo tellwnoe tellweno tellweon tellwoen tellwone tellonwe tellonew tellowne tellowen
telloewn telloenw teloenlw teloenwl teloelnw teloelwn teloewln teloewnl telonelw telonewl telonlew
telonlwe telonwle telonwel telolnew telolnwe telolenw telolewn telolwen telolwne telownle telownel
telowlne telowlen teloweln telowenl telwelno telwelon telwenlo telwenol telweonl telweoln telwleno
telwleon telwlneo telwlnoe telwlone telwloen telwnleo telwnloe telwnelo telwneol telwnoel telwnole
telwolne telwolen telwonle telwonel telwoenl telwoeln telewlno telewlon telewnlo telewnol telewonl
telewoln telelwno telelwon telelnwo telelnow telelonw telelown telenlwo telenlow telenwlo telenwol
telenowl telenolw teleolnw teleolwn teleonlw teleonwl teleownl teleowln tellewno tellewon tellenwo
tellenow telleonw telleown tellweno tellweon tellwneo tellwnoe tellwone tellwoen tellnweo tellnwoe
tellnewo tellneow tellnoew tellnowe tellowne tellowen tellonwe tellonew telloenw telloewn telnelwo
telnelow telnewlo telnewol telneowl telneolw telnlewo telnleow telnlweo telnlwoe telnlowe telnloew
telnwleo telnwloe telnwelo telnweol telnwoel telnwole telnolwe telnolew telnowle telnowel telnoewl
telnoelw teloelnw teloelwn teloenlw teloenwl teloewnl teloewln telolenw telolewn telolnew telolnwe
telolwne telolwen telonlew telonlwe telonelw telonewl telonwel telonwle telowlne telowlen telownle
telownel telowenl teloweln teowelln teowelnl teowelln teowelnl teowenll teowenll teowleln teowlenl
teowllen teowllne teowlnle teowlnel teowllen teowllne teowleln teowlenl teowlnel teowlnle teownlle
teownlel teownlle teownlel teownell teownell teoewlln teoewlnl teoewlln teoewlnl teoewnll teoewnll
teoelwln teoelwnl teoellwn teoellnw teoelnlw teoelnwl teoellwn teoellnw teoelwln teoelwnl teoelnwl
teoelnlw teoenllw teoenlwl teoenllw teoenlwl teoenwll teoenwll teolewln teolewnl teolelwn teolelnw
teolenlw teolenwl teolweln teolwenl teolwlen teolwlne teolwnle teolwnel teollwen teollwne teollewn
teollenw teollnew teollnwe teolnwle teolnwel teolnlwe teolnlew teolnelw teolnewl teolelwn teolelnw
teolewln teolewnl teolenwl teolenlw teollewn teollenw teollwen teollwne teollnwe teollnew teolwlen
teolwlne teolweln teolwenl teolwnel teolwnle teolnlwe teolnlew teolnwle teolnwel teolnewl teolnelw
teonellw teonelwl teonellw teonelwl teonewll teonewll teonlelw teonlewl teonllew teonllwe teonlwle
teonlwel teonllew teonllwe teonlelw teonlewl teonlwel teonlwle teonwlle teonwlel teonwlle teonwlel
teonwell teonwell

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History of cryptography
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