easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

gausses

jadpc

elaan

holbrook

underopinion

torey

dolabra

maple

nouakchott

whitherward

scarlets

glorian

deeramus

mortalum

harmes

unaidedly

postmyocardial

swordcraft


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: tendril
cipher variations:
ufoesjm vgpftkn whqgulo xirhvmp yjsiwnq
zktjxor alukyps bmvlzqt cnwmaru doxnbsv
epyoctw fqzpdux graqevy hsbrfwz itcsgxa
judthyb kveuizc lwfvjad mxgwkbe nyhxlcf
oziymdg pajzneh qbkaofi rclbpgj sdmcqhk

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: tendril
Cipher: gvmwiro

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: tendril
Cipher: BAABA AABAA ABBAA AAABB BAAAA ABAAA ABABA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: tendril
cipher variations:
ufoesjmgnokazisvoqipeedowqfaqlocyvwctoiglsajouwrkmroaehg
yzogmxckhomunywposcduixoyktqvgpftknhoplbajtwprjqffepxrgb
rmpdzwxdupjhmtbkpvxslnspbfihzaphnydlipnvozxqptdevjypzlur
whqguloipqmcbkuxqskrggfqyshcsnqeaxyevqkinuclqwytmotqcgji
abqiozemjqowpayrquefwkzqamvsxirhvmpjqrndclvyrtlshhgrztid
torfbyzfwrljovdmrxzunpurdhkjbcrjpafnkrpxqbzsrvfgxlarbnwt
yjsiwnqkrsoedmwzsumtiihsaujeupsgczagxsmkpwensyavoqvseilk
cdskqbgolsqyrcatswghymbscoxuzktjxorlstpfenxatvnujjitbvkf
vqthdabhytnlqxfotzbwprwtfjmldetlrchpmtrzsdbutxhiznctdpyv
alukypsmtuqgfoybuwovkkjucwlgwruiebcizuomrygpuacxqsxugknm
efumsdiqnusatecvuyijaodueqzwbmvlzqtnuvrhgpzcvxpwllkvdxmh
xsvjfcdjavpnszhqvbdyrtyvhlonfgvntejrovtbufdwvzjkbpevfrax
cnwmaruovwsihqadwyqxmmlweyniytwkgdekbwqotairwcezsuzwimpo
ghwoufkspwucvgexwaklcqfwgsbydoxnbsvpwxtjirbexzrynnmxfzoj
zuxlheflcxrpubjsxdfatvaxjnqphixpvgltqxvdwhfyxblmdrgxhtcz
epyoctwqxyukjscfyaszoonygapkavymifgmdysqvcktyegbuwbykorq
ijyqwhmurywexigzycmneshyiudafqzpduxryzvlktdgzbtappozhbql
bwznjghneztrwdluzfhcvxczlpsrjkzrxinvszxfyjhazdnoftizjveb
graqevyszawmluehacubqqpaicrmcxaokhiofausxemvagidwydamqts
klasyjowtaygzkibaeopgujakwfchsbrfwztabxnmvfibdvcrrqbjdsn
dybplijpgbvtyfnwbhjexzebnrutlmbtzkpxubzhaljcbfpqhvkblxgd
itcsgxaubcyonwgjcewdssrcketoezcqmjkqhcwuzgoxcikfyafcosvu
mncualqyvcaibmkdcgqriwlcmyhejudthybvcdzpoxhkdfxettsdlfup
fadrnklridxvahpydjlgzbgdptwvnodvbmrzwdbjcnledhrsjxmdnzif
kveuizcwdeaqpyilegyfuutemgvqgbesolmsjeywbiqzekmhachequxw
opewcnsaxeckdomfeistkyneoajglwfvjadxefbrqzjmfhzgvvufnhwr
hcftpmntkfzxcjraflnibdifrvyxpqfxdotbyfdlepngfjtulzofpbkh
mxgwkbeyfgcsrakngiahwwvgoixsidguqnoulgaydksbgmojcejgswzy
qrgyepuczgemfqohgkuvmapgqclinyhxlcfzghdtsblohjbixxwhpjyt
jehvropvmhbzeltchnpkdfkhtxazrshzfqvdahfngrpihlvwnbqhrdmj
oziymdgahieutcmpikcjyyxiqkzukfiwspqwnicafmudioqlegliuyba
stiagrwebigohsqjimwxocrisenkpajznehbijfvudnqjldkzzyjrlav
lgjxtqrxojdbgnvejprmfhmjvzcbtujbhsxfcjhpitrkjnxypdsjtfol
qbkaoficjkgwveorkmelaazksmbwmhkyursypkechowfkqsnginkwadc
uvkcitygdkiqjuslkoyzqetkugpmrclbpgjdklhxwfpslnfmbbaltncx
nilzvstzqlfdipxglrtohjolxbedvwldjuzheljrkvtmlpzarfulvhqn
sdmcqhkelmiyxgqtmognccbmuodyojmawtuarmgejqyhmsupikpmycfe
wxmekvaifmkslwunmqabsgvmwirotendrilfmnjzyhrunphoddcnvpez
pknbxuvbsnhfkrzintvqjlqnzdgfxynflwbjgnltmxvonrbcthwnxjsp

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: tendril
Cipher: graqevy

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: tendril
Cipher: 44513341244213

Extended Methods:
Method #1

Plaintext: tendril
method variations:
yksiwoqdpxobtviuctgyaozhymdf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t e n d r i l 
4 5 3 4 2 4 1 
4 1 3 1 4 2 3 
They are then read out in rows:
45342414131423
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tendril
Cipher: ysrqlqm

Read more ...
Method #3

Plaintext: tendril
method variations:
ylsftbs lsftbsy sftbsyl
ftbsyls tbsylsf bsylsft
sylsftb

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: tendril

all 5040 cipher variations:
tendril tendrli tendirl tendilr tendlir tendlri tenrdil tenrdli tenridl tenrild tenrlid
tenrldi tenirdl tenirld tenidrl tenidlr tenildr tenilrd tenlrid tenlrdi tenlird tenlidr
tenldir tenldri tednril tednrli tednirl tednilr tednlir tednlri tedrnil tedrnli tedrinl
tedriln tedrlin tedrlni tedirnl tedirln tedinrl tedinlr tedilnr tedilrn tedlrin tedlrni
tedlirn tedlinr tedlnir tedlnri terdnil terdnli terdinl terdiln terdlin terdlni terndil
terndli ternidl ternild ternlid ternldi terindl terinld teridnl teridln terildn terilnd
terlnid terlndi terlind terlidn terldin terldni teidrnl teidrln teidnrl teidnlr teidlnr
teidlrn teirdnl teirdln teirndl teirnld teirlnd teirldn teinrdl teinrld teindrl teindlr
teinldr teinlrd teilrnd teilrdn teilnrd teilndr teildnr teildrn teldrin teldrni teldirn
teldinr teldnir teldnri telrdin telrdni telridn telrind telrnid telrndi telirdn telirnd
telidrn telidnr telindr telinrd telnrid telnrdi telnird telnidr telndir telndri tnedril
tnedrli tnedirl tnedilr tnedlir tnedlri tnerdil tnerdli tneridl tnerild tnerlid tnerldi
tneirdl tneirld tneidrl tneidlr tneildr tneilrd tnelrid tnelrdi tnelird tnelidr tneldir
tneldri tnderil tnderli tndeirl tndeilr tndelir tndelri tndreil tndreli tndriel tndrile
tndrlie tndrlei tndirel tndirle tndierl tndielr tndiler tndilre tndlrie tndlrei tndlire
tndlier tndleir tndleri tnrdeil tnrdeli tnrdiel tnrdile tnrdlie tnrdlei tnredil tnredli
tnreidl tnreild tnrelid tnreldi tnriedl tnrield tnridel tnridle tnrilde tnriled tnrleid
tnrledi tnrlied tnrlide tnrldie tnrldei tnidrel tnidrle tniderl tnidelr tnidler tnidlre
tnirdel tnirdle tniredl tnireld tnirled tnirlde tnierdl tnierld tniedrl tniedlr tnieldr
tnielrd tnilred tnilrde tnilerd tniledr tnilder tnildre tnldrie tnldrei tnldire tnldier
tnldeir tnlderi tnlrdie tnlrdei tnlride tnlried tnlreid tnlredi tnlirde tnlired tnlidre
tnlider tnliedr tnlierd tnlerid tnlerdi tnleird tnleidr tnledir tnledri tdneril tdnerli
tdneirl tdneilr tdnelir tdnelri tdnreil tdnreli tdnriel tdnrile tdnrlie tdnrlei tdnirel
tdnirle tdnierl tdnielr tdniler tdnilre tdnlrie tdnlrei tdnlire tdnlier tdnleir tdnleri
tdenril tdenrli tdenirl tdenilr tdenlir tdenlri tdernil tdernli tderinl tderiln tderlin
tderlni tdeirnl tdeirln tdeinrl tdeinlr tdeilnr tdeilrn tdelrin tdelrni tdelirn tdelinr
tdelnir tdelnri tdrenil tdrenli tdreinl tdreiln tdrelin tdrelni tdrneil tdrneli tdrniel
tdrnile tdrnlie tdrnlei tdrinel tdrinle tdrienl tdrieln tdrilen tdrilne tdrlnie tdrlnei
tdrline tdrlien tdrlein tdrleni tdiernl tdierln tdienrl tdienlr tdielnr tdielrn tdirenl
tdireln tdirnel tdirnle tdirlne tdirlen tdinrel tdinrle tdinerl tdinelr tdinler tdinlre
tdilrne tdilren tdilnre tdilner tdilenr tdilern tdlerin tdlerni tdleirn tdleinr tdlenir
tdlenri tdlrein tdlreni tdlrien tdlrine tdlrnie tdlrnei tdliren tdlirne tdliern tdlienr
tdliner tdlinre tdlnrie tdlnrei tdlnire tdlnier tdlneir tdlneri trndeil trndeli trndiel
trndile trndlie trndlei trnedil trnedli trneidl trneild trnelid trneldi trniedl trnield
trnidel trnidle trnilde trniled trnleid trnledi trnlied trnlide trnldie trnldei trdneil
trdneli trdniel trdnile trdnlie trdnlei trdenil trdenli trdeinl trdeiln trdelin trdelni
trdienl trdieln trdinel trdinle trdilne trdilen trdlein trdleni trdlien trdline trdlnie
trdlnei trednil trednli tredinl trediln tredlin tredlni trendil trendli trenidl trenild
trenlid trenldi treindl treinld treidnl treidln treildn treilnd trelnid trelndi trelind
trelidn treldin treldni tridenl trideln tridnel tridnle tridlne tridlen triednl triedln
triendl trienld trielnd trieldn trinedl trineld trindel trindle trinlde trinled trilend
triledn trilned trilnde trildne trilden trldein trldeni trldien trldine trldnie trldnei
trledin trledni trleidn trleind trlenid trlendi trliedn trliend trliden trlidne trlinde
trlined trlneid trlnedi trlnied trlnide trlndie trlndei tindrel tindrle tinderl tindelr
tindler tindlre tinrdel tinrdle tinredl tinreld tinrled tinrlde tinerdl tinerld tinedrl
tinedlr tineldr tinelrd tinlred tinlrde tinlerd tinledr tinlder tinldre tidnrel tidnrle
tidnerl tidnelr tidnler tidnlre tidrnel tidrnle tidrenl tidreln tidrlen tidrlne tidernl
tiderln tidenrl tidenlr tidelnr tidelrn tidlren tidlrne tidlern tidlenr tidlner tidlnre
tirdnel tirdnle tirdenl tirdeln tirdlen tirdlne tirndel tirndle tirnedl tirneld tirnled
tirnlde tirendl tirenld tirednl tiredln tireldn tirelnd tirlned tirlnde tirlend tirledn
tirlden tirldne tiedrnl tiedrln tiednrl tiednlr tiedlnr tiedlrn tierdnl tierdln tierndl
tiernld tierlnd tierldn tienrdl tienrld tiendrl tiendlr tienldr tienlrd tielrnd tielrdn
tielnrd tielndr tieldnr tieldrn tildren tildrne tildern tildenr tildner tildnre tilrden
tilrdne tilredn tilrend tilrned tilrnde tilerdn tilernd tiledrn tilednr tilendr tilenrd
tilnred tilnrde tilnerd tilnedr tilnder tilndre tlndrie tlndrei tlndire tlndier tlndeir
tlnderi tlnrdie tlnrdei tlnride tlnried tlnreid tlnredi tlnirde tlnired tlnidre tlnider
tlniedr tlnierd tlnerid tlnerdi tlneird tlneidr tlnedir tlnedri tldnrie tldnrei tldnire
tldnier tldneir tldneri tldrnie tldrnei tldrine tldrien tldrein tldreni tldirne tldiren
tldinre tldiner tldienr tldiern tlderin tlderni tldeirn tldeinr tldenir tldenri tlrdnie
tlrdnei tlrdine tlrdien tlrdein tlrdeni tlrndie tlrndei tlrnide tlrnied tlrneid tlrnedi
tlrinde tlrined tlridne tlriden tlriedn tlriend tlrenid tlrendi tlreind tlreidn tlredin
tlredni tlidrne tlidren tlidnre tlidner tlidenr tlidern tlirdne tlirden tlirnde tlirned
tlirend tliredn tlinrde tlinred tlindre tlinder tlinedr tlinerd tliernd tlierdn tlienrd
tliendr tliednr tliedrn tledrin tledrni tledirn tledinr tlednir tlednri tlerdin tlerdni
tleridn tlerind tlernid tlerndi tleirdn tleirnd tleidrn tleidnr tleindr tleinrd tlenrid
tlenrdi tlenird tlenidr tlendir tlendri etndril etndrli etndirl etndilr etndlir etndlri
etnrdil etnrdli etnridl etnrild etnrlid etnrldi etnirdl etnirld etnidrl etnidlr etnildr
etnilrd etnlrid etnlrdi etnlird etnlidr etnldir etnldri etdnril etdnrli etdnirl etdnilr
etdnlir etdnlri etdrnil etdrnli etdrinl etdriln etdrlin etdrlni etdirnl etdirln etdinrl
etdinlr etdilnr etdilrn etdlrin etdlrni etdlirn etdlinr etdlnir etdlnri etrdnil etrdnli
etrdinl etrdiln etrdlin etrdlni etrndil etrndli etrnidl etrnild etrnlid etrnldi etrindl
etrinld etridnl etridln etrildn etrilnd etrlnid etrlndi etrlind etrlidn etrldin etrldni
etidrnl etidrln etidnrl etidnlr etidlnr etidlrn etirdnl etirdln etirndl etirnld etirlnd
etirldn etinrdl etinrld etindrl etindlr etinldr etinlrd etilrnd etilrdn etilnrd etilndr
etildnr etildrn etldrin etldrni etldirn etldinr etldnir etldnri etlrdin etlrdni etlridn
etlrind etlrnid etlrndi etlirdn etlirnd etlidrn etlidnr etlindr etlinrd etlnrid etlnrdi
etlnird etlnidr etlndir etlndri entdril entdrli entdirl entdilr entdlir entdlri entrdil
entrdli entridl entrild entrlid entrldi entirdl entirld entidrl entidlr entildr entilrd
entlrid entlrdi entlird entlidr entldir entldri endtril endtrli endtirl endtilr endtlir
endtlri endrtil endrtli endritl endrilt endrlit endrlti endirtl endirlt enditrl enditlr
endiltr endilrt endlrit endlrti endlirt endlitr endltir endltri enrdtil enrdtli enrditl
enrdilt enrdlit enrdlti enrtdil enrtdli enrtidl enrtild enrtlid enrtldi enritdl enritld
enridtl enridlt enrildt enriltd enrltid enrltdi enrlitd enrlidt enrldit enrldti enidrtl
enidrlt enidtrl enidtlr enidltr enidlrt enirdtl enirdlt enirtdl enirtld enirltd enirldt
enitrdl enitrld enitdrl enitdlr enitldr enitlrd enilrtd enilrdt eniltrd eniltdr enildtr
enildrt enldrit enldrti enldirt enlditr enldtir enldtri enlrdit enlrdti enlridt enlritd
enlrtid enlrtdi enlirdt enlirtd enlidrt enlidtr enlitdr enlitrd enltrid enltrdi enltird
enltidr enltdir enltdri edntril edntrli edntirl edntilr edntlir edntlri ednrtil ednrtli
ednritl ednrilt ednrlit ednrlti ednirtl ednirlt ednitrl ednitlr edniltr ednilrt ednlrit
ednlrti ednlirt ednlitr ednltir ednltri edtnril edtnrli edtnirl edtnilr edtnlir edtnlri
edtrnil edtrnli edtrinl edtriln edtrlin edtrlni edtirnl edtirln edtinrl edtinlr edtilnr
edtilrn edtlrin edtlrni edtlirn edtlinr edtlnir edtlnri edrtnil edrtnli edrtinl edrtiln
edrtlin edrtlni edrntil edrntli edrnitl edrnilt edrnlit edrnlti edrintl edrinlt edritnl
edritln edriltn edrilnt edrlnit edrlnti edrlint edrlitn edrltin edrltni editrnl editrln
editnrl editnlr editlnr editlrn edirtnl edirtln edirntl edirnlt edirlnt edirltn edinrtl
edinrlt edintrl edintlr edinltr edinlrt edilrnt edilrtn edilnrt edilntr ediltnr ediltrn
edltrin edltrni edltirn edltinr edltnir edltnri edlrtin edlrtni edlritn edlrint edlrnit
edlrnti edlirtn edlirnt edlitrn edlitnr edlintr edlinrt edlnrit edlnrti edlnirt edlnitr
edlntir edlntri erndtil erndtli ernditl erndilt erndlit erndlti erntdil erntdli erntidl
erntild erntlid erntldi ernitdl ernitld ernidtl ernidlt ernildt erniltd ernltid ernltdi
ernlitd ernlidt ernldit ernldti erdntil erdntli erdnitl erdnilt erdnlit erdnlti erdtnil
erdtnli erdtinl erdtiln erdtlin erdtlni erditnl erditln erdintl erdinlt erdilnt erdiltn
erdltin erdltni erdlitn erdlint erdlnit erdlnti ertdnil ertdnli ertdinl ertdiln ertdlin
ertdlni ertndil ertndli ertnidl ertnild ertnlid ertnldi ertindl ertinld ertidnl ertidln
ertildn ertilnd ertlnid ertlndi ertlind ertlidn ertldin ertldni eridtnl eridtln eridntl
eridnlt eridlnt eridltn eritdnl eritdln eritndl eritnld eritlnd eritldn erintdl erintld
erindtl erindlt erinldt erinltd eriltnd eriltdn erilntd erilndt erildnt erildtn erldtin
erldtni erlditn erldint erldnit erldnti erltdin erltdni erltidn erltind erltnid erltndi
erlitdn erlitnd erlidtn erlidnt erlindt erlintd erlntid erlntdi erlnitd erlnidt erlndit
erlndti eindrtl eindrlt eindtrl eindtlr eindltr eindlrt einrdtl einrdlt einrtdl einrtld
einrltd einrldt eintrdl eintrld eintdrl eintdlr eintldr eintlrd einlrtd einlrdt einltrd
einltdr einldtr einldrt eidnrtl eidnrlt eidntrl eidntlr eidnltr eidnlrt eidrntl eidrnlt
eidrtnl eidrtln eidrltn eidrlnt eidtrnl eidtrln eidtnrl eidtnlr eidtlnr eidtlrn eidlrtn
eidlrnt eidltrn eidltnr eidlntr eidlnrt eirdntl eirdnlt eirdtnl eirdtln eirdltn eirdlnt
eirndtl eirndlt eirntdl eirntld eirnltd eirnldt eirtndl eirtnld eirtdnl eirtdln eirtldn
eirtlnd eirlntd eirlndt eirltnd eirltdn eirldtn eirldnt eitdrnl eitdrln eitdnrl eitdnlr
eitdlnr eitdlrn eitrdnl eitrdln eitrndl eitrnld eitrlnd eitrldn eitnrdl eitnrld eitndrl
eitndlr eitnldr eitnlrd eitlrnd eitlrdn eitlnrd eitlndr eitldnr eitldrn eildrtn eildrnt
eildtrn eildtnr eildntr eildnrt eilrdtn eilrdnt eilrtdn eilrtnd eilrntd eilrndt eiltrdn
eiltrnd eiltdrn eiltdnr eiltndr eiltnrd eilnrtd eilnrdt eilntrd eilntdr eilndtr eilndrt
elndrit elndrti elndirt elnditr elndtir elndtri elnrdit elnrdti elnridt elnritd elnrtid
elnrtdi elnirdt elnirtd elnidrt elnidtr elnitdr elnitrd elntrid elntrdi elntird elntidr
elntdir elntdri eldnrit eldnrti eldnirt eldnitr eldntir eldntri eldrnit eldrnti eldrint
eldritn eldrtin eldrtni eldirnt eldirtn eldinrt eldintr elditnr elditrn eldtrin eldtrni
eldtirn eldtinr eldtnir eldtnri elrdnit elrdnti elrdint elrditn elrdtin elrdtni elrndit
elrndti elrnidt elrnitd elrntid elrntdi elrindt elrintd elridnt elridtn elritdn elritnd
elrtnid elrtndi elrtind elrtidn elrtdin elrtdni elidrnt elidrtn elidnrt elidntr elidtnr
elidtrn elirdnt elirdtn elirndt elirntd elirtnd elirtdn elinrdt elinrtd elindrt elindtr
elintdr elintrd elitrnd elitrdn elitnrd elitndr elitdnr elitdrn eltdrin eltdrni eltdirn
eltdinr eltdnir eltdnri eltrdin eltrdni eltridn eltrind eltrnid eltrndi eltirdn eltirnd
eltidrn eltidnr eltindr eltinrd eltnrid eltnrdi eltnird eltnidr eltndir eltndri netdril
netdrli netdirl netdilr netdlir netdlri netrdil netrdli netridl netrild netrlid netrldi
netirdl netirld netidrl netidlr netildr netilrd netlrid netlrdi netlird netlidr netldir
netldri nedtril nedtrli nedtirl nedtilr nedtlir nedtlri nedrtil nedrtli nedritl nedrilt
nedrlit nedrlti nedirtl nedirlt neditrl neditlr nediltr nedilrt nedlrit nedlrti nedlirt
nedlitr nedltir nedltri nerdtil nerdtli nerditl nerdilt nerdlit nerdlti nertdil nertdli
nertidl nertild nertlid nertldi neritdl neritld neridtl neridlt nerildt neriltd nerltid
nerltdi nerlitd nerlidt nerldit nerldti neidrtl neidrlt neidtrl neidtlr neidltr neidlrt
neirdtl neirdlt neirtdl neirtld neirltd neirldt neitrdl neitrld neitdrl neitdlr neitldr
neitlrd neilrtd neilrdt neiltrd neiltdr neildtr neildrt neldrit neldrti neldirt nelditr
neldtir neldtri nelrdit nelrdti nelridt nelritd nelrtid nelrtdi nelirdt nelirtd nelidrt
nelidtr nelitdr nelitrd neltrid neltrdi neltird neltidr neltdir neltdri ntedril ntedrli
ntedirl ntedilr ntedlir ntedlri nterdil nterdli nteridl nterild nterlid nterldi nteirdl
nteirld nteidrl nteidlr nteildr nteilrd ntelrid ntelrdi ntelird ntelidr nteldir nteldri
ntderil ntderli ntdeirl ntdeilr ntdelir ntdelri ntdreil ntdreli ntdriel ntdrile ntdrlie
ntdrlei ntdirel ntdirle ntdierl ntdielr ntdiler ntdilre ntdlrie ntdlrei ntdlire ntdlier
ntdleir ntdleri ntrdeil ntrdeli ntrdiel ntrdile ntrdlie ntrdlei ntredil ntredli ntreidl
ntreild ntrelid ntreldi ntriedl ntrield ntridel ntridle ntrilde ntriled ntrleid ntrledi
ntrlied ntrlide ntrldie ntrldei ntidrel ntidrle ntiderl ntidelr ntidler ntidlre ntirdel
ntirdle ntiredl ntireld ntirled ntirlde ntierdl ntierld ntiedrl ntiedlr ntieldr ntielrd
ntilred ntilrde ntilerd ntiledr ntilder ntildre ntldrie ntldrei ntldire ntldier ntldeir
ntlderi ntlrdie ntlrdei ntlride ntlried ntlreid ntlredi ntlirde ntlired ntlidre ntlider
ntliedr ntlierd ntlerid ntlerdi ntleird ntleidr ntledir ntledri ndteril ndterli ndteirl
ndteilr ndtelir ndtelri ndtreil ndtreli ndtriel ndtrile ndtrlie ndtrlei ndtirel ndtirle
ndtierl ndtielr ndtiler ndtilre ndtlrie ndtlrei ndtlire ndtlier ndtleir ndtleri ndetril
ndetrli ndetirl ndetilr ndetlir ndetlri ndertil ndertli nderitl nderilt nderlit nderlti
ndeirtl ndeirlt ndeitrl ndeitlr ndeiltr ndeilrt ndelrit ndelrti ndelirt ndelitr ndeltir
ndeltri ndretil ndretli ndreitl ndreilt ndrelit ndrelti ndrteil ndrteli ndrtiel ndrtile
ndrtlie ndrtlei ndritel ndritle ndrietl ndrielt ndrilet ndrilte ndrltie ndrltei ndrlite
ndrliet ndrleit ndrleti ndiertl ndierlt ndietrl ndietlr ndieltr ndielrt ndiretl ndirelt
ndirtel ndirtle ndirlte ndirlet nditrel nditrle nditerl nditelr nditler nditlre ndilrte
ndilret ndiltre ndilter ndiletr ndilert ndlerit ndlerti ndleirt ndleitr ndletir ndletri
ndlreit ndlreti ndlriet ndlrite ndlrtie ndlrtei ndliret ndlirte ndliert ndlietr ndliter
ndlitre ndltrie ndltrei ndltire ndltier ndlteir ndlteri nrtdeil nrtdeli nrtdiel nrtdile
nrtdlie nrtdlei nrtedil nrtedli nrteidl nrteild nrtelid nrteldi nrtiedl nrtield nrtidel
nrtidle nrtilde nrtiled nrtleid nrtledi nrtlied nrtlide nrtldie nrtldei nrdteil nrdteli
nrdtiel nrdtile nrdtlie nrdtlei nrdetil nrdetli nrdeitl nrdeilt nrdelit nrdelti nrdietl
nrdielt nrditel nrditle nrdilte nrdilet nrdleit nrdleti nrdliet nrdlite nrdltie nrdltei
nredtil nredtli nreditl nredilt nredlit nredlti nretdil nretdli nretidl nretild nretlid
nretldi nreitdl nreitld nreidtl nreidlt nreildt nreiltd nreltid nreltdi nrelitd nrelidt
nreldit nreldti nridetl nridelt nridtel nridtle nridlte nridlet nriedtl nriedlt nrietdl
nrietld nrieltd nrieldt nritedl nriteld nritdel nritdle nritlde nritled nriletd nriledt
nrilted nriltde nrildte nrildet nrldeit nrldeti nrldiet nrldite nrldtie nrldtei nrledit
nrledti nrleidt nrleitd nrletid nrletdi nrliedt nrlietd nrlidet nrlidte nrlitde nrlited
nrlteid nrltedi nrltied nrltide nrltdie nrltdei nitdrel nitdrle nitderl nitdelr nitdler
nitdlre nitrdel nitrdle nitredl nitreld nitrled nitrlde niterdl niterld nitedrl nitedlr
niteldr nitelrd nitlred nitlrde nitlerd nitledr nitlder nitldre nidtrel nidtrle nidterl
nidtelr nidtler nidtlre nidrtel nidrtle nidretl nidrelt nidrlet nidrlte nidertl niderlt
nidetrl nidetlr nideltr nidelrt nidlret nidlrte nidlert nidletr nidlter nidltre nirdtel
nirdtle nirdetl nirdelt nirdlet nirdlte nirtdel nirtdle nirtedl nirteld nirtled nirtlde
niretdl niretld niredtl niredlt nireldt nireltd nirlted nirltde nirletd nirledt nirldet
nirldte niedrtl niedrlt niedtrl niedtlr niedltr niedlrt nierdtl nierdlt niertdl niertld
nierltd nierldt nietrdl nietrld nietdrl nietdlr nietldr nietlrd nielrtd nielrdt nieltrd
nieltdr nieldtr nieldrt nildret nildrte nildert nildetr nildter nildtre nilrdet nilrdte
nilredt nilretd nilrted nilrtde nilerdt nilertd niledrt niledtr niletdr niletrd niltred
niltrde nilterd niltedr niltder niltdre nltdrie nltdrei nltdire nltdier nltdeir nltderi
nltrdie nltrdei nltride nltried nltreid nltredi nltirde nltired nltidre nltider nltiedr
nltierd nlterid nlterdi nlteird nlteidr nltedir nltedri nldtrie nldtrei nldtire nldtier
nldteir nldteri nldrtie nldrtei nldrite nldriet nldreit nldreti nldirte nldiret nlditre
nlditer nldietr nldiert nlderit nlderti nldeirt nldeitr nldetir nldetri nlrdtie nlrdtei
nlrdite nlrdiet nlrdeit nlrdeti nlrtdie nlrtdei nlrtide nlrtied nlrteid nlrtedi nlritde
nlrited nlridte nlridet nlriedt nlrietd nlretid nlretdi nlreitd nlreidt nlredit nlredti
nlidrte nlidret nlidtre nlidter nlidetr nlidert nlirdte nlirdet nlirtde nlirted nliretd
nliredt nlitrde nlitred nlitdre nlitder nlitedr nliterd nliertd nlierdt nlietrd nlietdr
nliedtr nliedrt nledrit nledrti nledirt nleditr nledtir nledtri nlerdit nlerdti nleridt
nleritd nlertid nlertdi nleirdt nleirtd nleidrt nleidtr nleitdr nleitrd nletrid nletrdi
nletird nletidr nletdir nletdri dentril dentrli dentirl dentilr dentlir dentlri denrtil
denrtli denritl denrilt denrlit denrlti denirtl denirlt denitrl denitlr deniltr denilrt
denlrit denlrti denlirt denlitr denltir denltri detnril detnrli detnirl detnilr detnlir
detnlri detrnil detrnli detrinl detriln detrlin detrlni detirnl detirln detinrl detinlr
detilnr detilrn detlrin detlrni detlirn detlinr detlnir detlnri dertnil dertnli dertinl
dertiln dertlin dertlni derntil derntli dernitl dernilt dernlit dernlti derintl derinlt
deritnl deritln deriltn derilnt derlnit derlnti derlint derlitn derltin derltni deitrnl
deitrln deitnrl deitnlr deitlnr deitlrn deirtnl deirtln deirntl deirnlt deirlnt deirltn
deinrtl deinrlt deintrl deintlr deinltr deinlrt deilrnt deilrtn deilnrt deilntr deiltnr
deiltrn deltrin deltrni deltirn deltinr deltnir deltnri delrtin delrtni delritn delrint
delrnit delrnti delirtn delirnt delitrn delitnr delintr delinrt delnrit delnrti delnirt
delnitr delntir delntri dnetril dnetrli dnetirl dnetilr dnetlir dnetlri dnertil dnertli
dneritl dnerilt dnerlit dnerlti dneirtl dneirlt dneitrl dneitlr dneiltr dneilrt dnelrit
dnelrti dnelirt dnelitr dneltir dneltri dnteril dnterli dnteirl dnteilr dntelir dntelri
dntreil dntreli dntriel dntrile dntrlie dntrlei dntirel dntirle dntierl dntielr dntiler
dntilre dntlrie dntlrei dntlire dntlier dntleir dntleri dnrteil dnrteli dnrtiel dnrtile
dnrtlie dnrtlei dnretil dnretli dnreitl dnreilt dnrelit dnrelti dnrietl dnrielt dnritel
dnritle dnrilte dnrilet dnrleit dnrleti dnrliet dnrlite dnrltie dnrltei dnitrel dnitrle
dniterl dnitelr dnitler dnitlre dnirtel dnirtle dniretl dnirelt dnirlet dnirlte dniertl
dnierlt dnietrl dnietlr dnieltr dnielrt dnilret dnilrte dnilert dniletr dnilter dniltre
dnltrie dnltrei dnltire dnltier dnlteir dnlteri dnlrtie dnlrtei dnlrite dnlriet dnlreit
dnlreti dnlirte dnliret dnlitre dnliter dnlietr dnliert dnlerit dnlerti dnleirt dnleitr
dnletir dnletri dtneril dtnerli dtneirl dtneilr dtnelir dtnelri dtnreil dtnreli dtnriel
dtnrile dtnrlie dtnrlei dtnirel dtnirle dtnierl dtnielr dtniler dtnilre dtnlrie dtnlrei
dtnlire dtnlier dtnleir dtnleri dtenril dtenrli dtenirl dtenilr dtenlir dtenlri dternil
dternli dterinl dteriln dterlin dterlni dteirnl dteirln dteinrl dteinlr dteilnr dteilrn
dtelrin dtelrni dtelirn dtelinr dtelnir dtelnri dtrenil dtrenli dtreinl dtreiln dtrelin
dtrelni dtrneil dtrneli dtrniel dtrnile dtrnlie dtrnlei dtrinel dtrinle dtrienl dtrieln
dtrilen dtrilne dtrlnie dtrlnei dtrline dtrlien dtrlein dtrleni dtiernl dtierln dtienrl
dtienlr dtielnr dtielrn dtirenl dtireln dtirnel dtirnle dtirlne dtirlen dtinrel dtinrle
dtinerl dtinelr dtinler dtinlre dtilrne dtilren dtilnre dtilner dtilenr dtilern dtlerin
dtlerni dtleirn dtleinr dtlenir dtlenri dtlrein dtlreni dtlrien dtlrine dtlrnie dtlrnei
dtliren dtlirne dtliern dtlienr dtliner dtlinre dtlnrie dtlnrei dtlnire dtlnier dtlneir
dtlneri drnteil drnteli drntiel drntile drntlie drntlei drnetil drnetli drneitl drneilt
drnelit drnelti drnietl drnielt drnitel drnitle drnilte drnilet drnleit drnleti drnliet
drnlite drnltie drnltei drtneil drtneli drtniel drtnile drtnlie drtnlei drtenil drtenli
drteinl drteiln drtelin drtelni drtienl drtieln drtinel drtinle drtilne drtilen drtlein
drtleni drtlien drtline drtlnie drtlnei dretnil dretnli dretinl dretiln dretlin dretlni
drentil drentli drenitl drenilt drenlit drenlti dreintl dreinlt dreitnl dreitln dreiltn
dreilnt drelnit drelnti drelint drelitn dreltin dreltni dritenl driteln dritnel dritnle
dritlne dritlen drietnl drietln drientl drienlt drielnt drieltn drinetl drinelt drintel
drintle drinlte drinlet drilent driletn drilnet drilnte driltne drilten drltein drlteni
drltien drltine drltnie drltnei drletin drletni drleitn drleint drlenit drlenti drlietn
drlient drliten drlitne drlinte drlinet drlneit drlneti drlniet drlnite drlntie drlntei
dintrel dintrle dinterl dintelr dintler dintlre dinrtel dinrtle dinretl dinrelt dinrlet
dinrlte dinertl dinerlt dinetrl dinetlr dineltr dinelrt dinlret dinlrte dinlert dinletr
dinlter dinltre ditnrel ditnrle ditnerl ditnelr ditnler ditnlre ditrnel ditrnle ditrenl
ditreln ditrlen ditrlne diternl diterln ditenrl ditenlr ditelnr ditelrn ditlren ditlrne
ditlern ditlenr ditlner ditlnre dirtnel dirtnle dirtenl dirteln dirtlen dirtlne dirntel
dirntle dirnetl dirnelt dirnlet dirnlte direntl direnlt diretnl diretln direltn direlnt
dirlnet dirlnte dirlent dirletn dirlten dirltne dietrnl dietrln dietnrl dietnlr dietlnr
dietlrn diertnl diertln dierntl diernlt dierlnt dierltn dienrtl dienrlt dientrl dientlr
dienltr dienlrt dielrnt dielrtn dielnrt dielntr dieltnr dieltrn diltren diltrne diltern
diltenr diltner diltnre dilrten dilrtne dilretn dilrent dilrnet dilrnte dilertn dilernt
diletrn diletnr dilentr dilenrt dilnret dilnrte dilnert dilnetr dilnter dilntre dlntrie
dlntrei dlntire dlntier dlnteir dlnteri dlnrtie dlnrtei dlnrite dlnriet dlnreit dlnreti
dlnirte dlniret dlnitre dlniter dlnietr dlniert dlnerit dlnerti dlneirt dlneitr dlnetir
dlnetri dltnrie dltnrei dltnire dltnier dltneir dltneri dltrnie dltrnei dltrine dltrien
dltrein dltreni dltirne dltiren dltinre dltiner dltienr dltiern dlterin dlterni dlteirn
dlteinr dltenir dltenri dlrtnie dlrtnei dlrtine dlrtien dlrtein dlrteni dlrntie dlrntei
dlrnite dlrniet dlrneit dlrneti dlrinte dlrinet dlritne dlriten dlrietn dlrient dlrenit
dlrenti dlreint dlreitn dlretin dlretni dlitrne dlitren dlitnre dlitner dlitenr dlitern
dlirtne dlirten dlirnte dlirnet dlirent dliretn dlinrte dlinret dlintre dlinter dlinetr
dlinert dliernt dliertn dlienrt dlientr dlietnr dlietrn dletrin dletrni dletirn dletinr
dletnir dletnri dlertin dlertni dleritn dlerint dlernit dlernti dleirtn dleirnt dleitrn
dleitnr dleintr dleinrt dlenrit dlenrti dlenirt dlenitr dlentir dlentri rendtil rendtli
renditl rendilt rendlit rendlti rentdil rentdli rentidl rentild rentlid rentldi renitdl
renitld renidtl renidlt renildt reniltd renltid renltdi renlitd renlidt renldit renldti
redntil redntli rednitl rednilt rednlit rednlti redtnil redtnli redtinl redtiln redtlin
redtlni reditnl reditln redintl redinlt redilnt rediltn redltin redltni redlitn redlint
redlnit redlnti retdnil retdnli retdinl retdiln retdlin retdlni retndil retndli retnidl
retnild retnlid retnldi retindl retinld retidnl retidln retildn retilnd retlnid retlndi
retlind retlidn retldin retldni reidtnl reidtln reidntl reidnlt reidlnt reidltn reitdnl
reitdln reitndl reitnld reitlnd reitldn reintdl reintld reindtl reindlt reinldt reinltd
reiltnd reiltdn reilntd reilndt reildnt reildtn reldtin reldtni relditn reldint reldnit
reldnti reltdin reltdni reltidn reltind reltnid reltndi relitdn relitnd relidtn relidnt
relindt relintd relntid relntdi relnitd relnidt relndit relndti rnedtil rnedtli rneditl
rnedilt rnedlit rnedlti rnetdil rnetdli rnetidl rnetild rnetlid rnetldi rneitdl rneitld
rneidtl rneidlt rneildt rneiltd rneltid rneltdi rnelitd rnelidt rneldit rneldti rndetil
rndetli rndeitl rndeilt rndelit rndelti rndteil rndteli rndtiel rndtile rndtlie rndtlei
rnditel rnditle rndietl rndielt rndilet rndilte rndltie rndltei rndlite rndliet rndleit
rndleti rntdeil rntdeli rntdiel rntdile rntdlie rntdlei rntedil rntedli rnteidl rnteild
rntelid rnteldi rntiedl rntield rntidel rntidle rntilde rntiled rntleid rntledi rntlied
rntlide rntldie rntldei rnidtel rnidtle rnidetl rnidelt rnidlet rnidlte rnitdel rnitdle
rnitedl rniteld rnitled rnitlde rnietdl rnietld rniedtl rniedlt rnieldt rnieltd rnilted
rniltde rniletd rniledt rnildet rnildte rnldtie rnldtei rnldite rnldiet rnldeit rnldeti
rnltdie rnltdei rnltide rnltied rnlteid rnltedi rnlitde rnlited rnlidte rnlidet rnliedt
rnlietd rnletid rnletdi rnleitd rnleidt rnledit rnledti rdnetil rdnetli rdneitl rdneilt
rdnelit rdnelti rdnteil rdnteli rdntiel rdntile rdntlie rdntlei rdnitel rdnitle rdnietl
rdnielt rdnilet rdnilte rdnltie rdnltei rdnlite rdnliet rdnleit rdnleti rdentil rdentli
rdenitl rdenilt rdenlit rdenlti rdetnil rdetnli rdetinl rdetiln rdetlin rdetlni rdeitnl
rdeitln rdeintl rdeinlt rdeilnt rdeiltn rdeltin rdeltni rdelitn rdelint rdelnit rdelnti
rdtenil rdtenli rdteinl rdteiln rdtelin rdtelni rdtneil rdtneli rdtniel rdtnile rdtnlie
rdtnlei rdtinel rdtinle rdtienl rdtieln rdtilen rdtilne rdtlnie rdtlnei rdtline rdtlien
rdtlein rdtleni rdietnl rdietln rdientl rdienlt rdielnt rdieltn rditenl rditeln rditnel
rditnle rditlne rditlen rdintel rdintle rdinetl rdinelt rdinlet rdinlte rdiltne rdilten
rdilnte rdilnet rdilent rdiletn rdletin rdletni rdleitn rdleint rdlenit rdlenti rdltein
rdlteni rdltien rdltine rdltnie rdltnei rdliten rdlitne rdlietn rdlient rdlinet rdlinte
rdlntie rdlntei rdlnite rdlniet rdlneit rdlneti rtndeil rtndeli rtndiel rtndile rtndlie
rtndlei rtnedil rtnedli rtneidl rtneild rtnelid rtneldi rtniedl rtnield rtnidel rtnidle
rtnilde rtniled rtnleid rtnledi rtnlied rtnlide rtnldie rtnldei rtdneil rtdneli rtdniel
rtdnile rtdnlie rtdnlei rtdenil rtdenli rtdeinl rtdeiln rtdelin rtdelni rtdienl rtdieln
rtdinel rtdinle rtdilne rtdilen rtdlein rtdleni rtdlien rtdline rtdlnie rtdlnei rtednil
rtednli rtedinl rtediln rtedlin rtedlni rtendil rtendli rtenidl rtenild rtenlid rtenldi
rteindl rteinld rteidnl rteidln rteildn rteilnd rtelnid rtelndi rtelind rtelidn rteldin
rteldni rtidenl rtideln rtidnel rtidnle rtidlne rtidlen rtiednl rtiedln rtiendl rtienld
rtielnd rtieldn rtinedl rtineld rtindel rtindle rtinlde rtinled rtilend rtiledn rtilned
rtilnde rtildne rtilden rtldein rtldeni rtldien rtldine rtldnie rtldnei rtledin rtledni
rtleidn rtleind rtlenid rtlendi rtliedn rtliend rtliden rtlidne rtlinde rtlined rtlneid
rtlnedi rtlnied rtlnide rtlndie rtlndei rindtel rindtle rindetl rindelt rindlet rindlte
rintdel rintdle rintedl rinteld rintled rintlde rinetdl rinetld rinedtl rinedlt rineldt
rineltd rinlted rinltde rinletd rinledt rinldet rinldte ridntel ridntle ridnetl ridnelt
ridnlet ridnlte ridtnel ridtnle ridtenl ridteln ridtlen ridtlne ridetnl ridetln ridentl
ridenlt ridelnt rideltn ridlten ridltne ridletn ridlent ridlnet ridlnte ritdnel ritdnle
ritdenl ritdeln ritdlen ritdlne ritndel ritndle ritnedl ritneld ritnled ritnlde ritendl
ritenld ritednl ritedln riteldn ritelnd ritlned ritlnde ritlend ritledn ritlden ritldne
riedtnl riedtln riedntl riednlt riedlnt riedltn rietdnl rietdln rietndl rietnld rietlnd
rietldn rientdl rientld riendtl riendlt rienldt rienltd rieltnd rieltdn rielntd rielndt
rieldnt rieldtn rildten rildtne rildetn rildent rildnet rildnte riltden riltdne riltedn
riltend riltned riltnde riletdn riletnd riledtn rilednt rilendt rilentd rilnted rilntde
rilnetd rilnedt rilndet rilndte rlndtie rlndtei rlndite rlndiet rlndeit rlndeti rlntdie
rlntdei rlntide rlntied rlnteid rlntedi rlnitde rlnited rlnidte rlnidet rlniedt rlnietd
rlnetid rlnetdi rlneitd rlneidt rlnedit rlnedti rldntie rldntei rldnite rldniet rldneit
rldneti rldtnie rldtnei rldtine rldtien rldtein rldteni rlditne rlditen rldinte rldinet
rldient rldietn rldetin rldetni rldeitn rldeint rldenit rldenti rltdnie rltdnei rltdine
rltdien rltdein rltdeni rltndie rltndei rltnide rltnied rltneid rltnedi rltinde rltined
rltidne rltiden rltiedn rltiend rltenid rltendi rlteind rlteidn rltedin rltedni rlidtne
rlidten rlidnte rlidnet rlident rlidetn rlitdne rlitden rlitnde rlitned rlitend rlitedn
rlintde rlinted rlindte rlindet rlinedt rlinetd rlietnd rlietdn rlientd rliendt rliednt
rliedtn rledtin rledtni rleditn rledint rlednit rlednti rletdin rletdni rletidn rletind
rletnid rletndi rleitdn rleitnd rleidtn rleidnt rleindt rleintd rlentid rlentdi rlenitd
rlenidt rlendit rlendti iendrtl iendrlt iendtrl iendtlr iendltr iendlrt ienrdtl ienrdlt
ienrtdl ienrtld ienrltd ienrldt ientrdl ientrld ientdrl ientdlr ientldr ientlrd ienlrtd
ienlrdt ienltrd ienltdr ienldtr ienldrt iednrtl iednrlt iedntrl iedntlr iednltr iednlrt
iedrntl iedrnlt iedrtnl iedrtln iedrltn iedrlnt iedtrnl iedtrln iedtnrl iedtnlr iedtlnr
iedtlrn iedlrtn iedlrnt iedltrn iedltnr iedlntr iedlnrt ierdntl ierdnlt ierdtnl ierdtln
ierdltn ierdlnt ierndtl ierndlt ierntdl ierntld iernltd iernldt iertndl iertnld iertdnl
iertdln iertldn iertlnd ierlntd ierlndt ierltnd ierltdn ierldtn ierldnt ietdrnl ietdrln
ietdnrl ietdnlr ietdlnr ietdlrn ietrdnl ietrdln ietrndl ietrnld ietrlnd ietrldn ietnrdl
ietnrld ietndrl ietndlr ietnldr ietnlrd ietlrnd ietlrdn ietlnrd ietlndr ietldnr ietldrn
ieldrtn ieldrnt ieldtrn ieldtnr ieldntr ieldnrt ielrdtn ielrdnt ielrtdn ielrtnd ielrntd
ielrndt ieltrdn ieltrnd ieltdrn ieltdnr ieltndr ieltnrd ielnrtd ielnrdt ielntrd ielntdr
ielndtr ielndrt inedrtl inedrlt inedtrl inedtlr inedltr inedlrt inerdtl inerdlt inertdl
inertld inerltd inerldt inetrdl inetrld inetdrl inetdlr inetldr inetlrd inelrtd inelrdt
ineltrd ineltdr ineldtr ineldrt indertl inderlt indetrl indetlr indeltr indelrt indretl
indrelt indrtel indrtle indrlte indrlet indtrel indtrle indterl indtelr indtler indtlre
indlrte indlret indltre indlter indletr indlert inrdetl inrdelt inrdtel inrdtle inrdlte
inrdlet inredtl inredlt inretdl inretld inreltd inreldt inrtedl inrteld inrtdel inrtdle
inrtlde inrtled inrletd inrledt inrlted inrltde inrldte inrldet intdrel intdrle intderl
intdelr intdler intdlre intrdel intrdle intredl intreld intrled intrlde interdl interld
intedrl intedlr inteldr intelrd intlred intlrde intlerd intledr intlder intldre inldrte
inldret inldtre inldter inldetr inldert inlrdte inlrdet inlrtde inlrted inlretd inlredt
inltrde inltred inltdre inltder inltedr inlterd inlertd inlerdt inletrd inletdr inledtr
inledrt idnertl idnerlt idnetrl idnetlr idneltr idnelrt idnretl idnrelt idnrtel idnrtle
idnrlte idnrlet idntrel idntrle idnterl idntelr idntler idntlre idnlrte idnlret idnltre
idnlter idnletr idnlert idenrtl idenrlt identrl identlr idenltr idenlrt iderntl idernlt
idertnl idertln iderltn iderlnt idetrnl idetrln idetnrl idetnlr idetlnr idetlrn idelrtn
idelrnt ideltrn ideltnr idelntr idelnrt idrentl idrenlt idretnl idretln idreltn idrelnt
idrnetl idrnelt idrntel idrntle idrnlte idrnlet idrtnel idrtnle idrtenl idrteln idrtlen
idrtlne idrlnte idrlnet idrltne idrlten idrletn idrlent idternl idterln idtenrl idtenlr
idtelnr idtelrn idtrenl idtreln idtrnel idtrnle idtrlne idtrlen idtnrel idtnrle idtnerl
idtnelr idtnler idtnlre idtlrne idtlren idtlnre idtlner idtlenr idtlern idlertn idlernt
idletrn idletnr idlentr idlenrt idlretn idlrent idlrten idlrtne idlrnte idlrnet idltren
idltrne idltern idltenr idltner idltnre idlnrte idlnret idlntre idlnter idlnetr idlnert
irndetl irndelt irndtel irndtle irndlte irndlet irnedtl irnedlt irnetdl irnetld irneltd
irneldt irntedl irnteld irntdel irntdle irntlde irntled irnletd irnledt irnlted irnltde
irnldte irnldet irdnetl irdnelt irdntel irdntle irdnlte irdnlet irdentl irdenlt irdetnl
irdetln irdeltn irdelnt irdtenl irdteln irdtnel irdtnle irdtlne irdtlen irdletn irdlent
irdlten irdltne irdlnte irdlnet iredntl irednlt iredtnl iredtln iredltn iredlnt irendtl
irendlt irentdl irentld irenltd irenldt iretndl iretnld iretdnl iretdln iretldn iretlnd
irelntd irelndt ireltnd ireltdn ireldtn ireldnt irtdenl irtdeln irtdnel irtdnle irtdlne
irtdlen irtednl irtedln irtendl irtenld irtelnd irteldn irtnedl irtneld irtndel irtndle
irtnlde irtnled irtlend irtledn irtlned irtlnde irtldne irtlden irldetn irldent irldten
irldtne irldnte irldnet irledtn irlednt irletdn irletnd irlentd irlendt irltedn irltend
irltden irltdne irltnde irltned irlnetd irlnedt irlnted irlntde irlndte irlndet itndrel
itndrle itnderl itndelr itndler itndlre itnrdel itnrdle itnredl itnreld itnrled itnrlde
itnerdl itnerld itnedrl itnedlr itneldr itnelrd itnlred itnlrde itnlerd itnledr itnlder
itnldre itdnrel itdnrle itdnerl itdnelr itdnler itdnlre itdrnel itdrnle itdrenl itdreln
itdrlen itdrlne itdernl itderln itdenrl itdenlr itdelnr itdelrn itdlren itdlrne itdlern
itdlenr itdlner itdlnre itrdnel itrdnle itrdenl itrdeln itrdlen itrdlne itrndel itrndle
itrnedl itrneld itrnled itrnlde itrendl itrenld itrednl itredln itreldn itrelnd itrlned
itrlnde itrlend itrledn itrlden itrldne itedrnl itedrln itednrl itednlr itedlnr itedlrn
iterdnl iterdln iterndl iternld iterlnd iterldn itenrdl itenrld itendrl itendlr itenldr
itenlrd itelrnd itelrdn itelnrd itelndr iteldnr iteldrn itldren itldrne itldern itldenr
itldner itldnre itlrden itlrdne itlredn itlrend itlrned itlrnde itlerdn itlernd itledrn
itlednr itlendr itlenrd itlnred itlnrde itlnerd itlnedr itlnder itlndre ilndrte ilndret
ilndtre ilndter ilndetr ilndert ilnrdte ilnrdet ilnrtde ilnrted ilnretd ilnredt ilntrde
ilntred ilntdre ilntder ilntedr ilnterd ilnertd ilnerdt ilnetrd ilnetdr ilnedtr ilnedrt
ildnrte ildnret ildntre ildnter ildnetr ildnert ildrnte ildrnet ildrtne ildrten ildretn
ildrent ildtrne ildtren ildtnre ildtner ildtenr ildtern ildertn ildernt ildetrn ildetnr
ildentr ildenrt ilrdnte ilrdnet ilrdtne ilrdten ilrdetn ilrdent ilrndte ilrndet ilrntde
ilrnted ilrnetd ilrnedt ilrtnde ilrtned ilrtdne ilrtden ilrtedn ilrtend ilrentd ilrendt
ilretnd ilretdn ilredtn ilrednt iltdrne iltdren iltdnre iltdner iltdenr iltdern iltrdne
iltrden iltrnde iltrned iltrend iltredn iltnrde iltnred iltndre iltnder iltnedr iltnerd
ilternd ilterdn iltenrd iltendr iltednr iltedrn iledrtn iledrnt iledtrn iledtnr iledntr
ilednrt ilerdtn ilerdnt ilertdn ilertnd ilerntd ilerndt iletrdn iletrnd iletdrn iletdnr
iletndr iletnrd ilenrtd ilenrdt ilentrd ilentdr ilendtr ilendrt lendrit lendrti lendirt
lenditr lendtir lendtri lenrdit lenrdti lenridt lenritd lenrtid lenrtdi lenirdt lenirtd
lenidrt lenidtr lenitdr lenitrd lentrid lentrdi lentird lentidr lentdir lentdri lednrit
lednrti lednirt lednitr ledntir ledntri ledrnit ledrnti ledrint ledritn ledrtin ledrtni
ledirnt ledirtn ledinrt ledintr leditnr leditrn ledtrin ledtrni ledtirn ledtinr ledtnir
ledtnri lerdnit lerdnti lerdint lerditn lerdtin lerdtni lerndit lerndti lernidt lernitd
lerntid lerntdi lerindt lerintd leridnt leridtn leritdn leritnd lertnid lertndi lertind
lertidn lertdin lertdni leidrnt leidrtn leidnrt leidntr leidtnr leidtrn leirdnt leirdtn
leirndt leirntd leirtnd leirtdn leinrdt leinrtd leindrt leindtr leintdr leintrd leitrnd
leitrdn leitnrd leitndr leitdnr leitdrn letdrin letdrni letdirn letdinr letdnir letdnri
letrdin letrdni letridn letrind letrnid letrndi letirdn letirnd letidrn letidnr letindr
letinrd letnrid letnrdi letnird letnidr letndir letndri lnedrit lnedrti lnedirt lneditr
lnedtir lnedtri lnerdit lnerdti lneridt lneritd lnertid lnertdi lneirdt lneirtd lneidrt
lneidtr lneitdr lneitrd lnetrid lnetrdi lnetird lnetidr lnetdir lnetdri lnderit lnderti
lndeirt lndeitr lndetir lndetri lndreit lndreti lndriet lndrite lndrtie lndrtei lndiret
lndirte lndiert lndietr lnditer lnditre lndtrie lndtrei lndtire lndtier lndteir lndteri
lnrdeit lnrdeti lnrdiet lnrdite lnrdtie lnrdtei lnredit lnredti lnreidt lnreitd lnretid
lnretdi lnriedt lnrietd lnridet lnridte lnritde lnrited lnrteid lnrtedi lnrtied lnrtide
lnrtdie lnrtdei lnidret lnidrte lnidert lnidetr lnidter lnidtre lnirdet lnirdte lniredt
lniretd lnirted lnirtde lnierdt lniertd lniedrt lniedtr lnietdr lnietrd lnitred lnitrde
lniterd lnitedr lnitder lnitdre lntdrie lntdrei lntdire lntdier lntdeir lntderi lntrdie
lntrdei lntride lntried lntreid lntredi lntirde lntired lntidre lntider lntiedr lntierd
lnterid lnterdi lnteird lnteidr lntedir lntedri ldnerit ldnerti ldneirt ldneitr ldnetir
ldnetri ldnreit ldnreti ldnriet ldnrite ldnrtie ldnrtei ldniret ldnirte ldniert ldnietr
ldniter ldnitre ldntrie ldntrei ldntire ldntier ldnteir ldnteri ldenrit ldenrti ldenirt
ldenitr ldentir ldentri ldernit ldernti lderint lderitn ldertin ldertni ldeirnt ldeirtn
ldeinrt ldeintr ldeitnr ldeitrn ldetrin ldetrni ldetirn ldetinr ldetnir ldetnri ldrenit
ldrenti ldreint ldreitn ldretin ldretni ldrneit ldrneti ldrniet ldrnite ldrntie ldrntei
ldrinet ldrinte ldrient ldrietn ldriten ldritne ldrtnie ldrtnei ldrtine ldrtien ldrtein
ldrteni ldiernt ldiertn ldienrt ldientr ldietnr ldietrn ldirent ldiretn ldirnet ldirnte
ldirtne ldirten ldinret ldinrte ldinert ldinetr ldinter ldintre lditrne lditren lditnre
lditner lditenr lditern ldterin ldterni ldteirn ldteinr ldtenir ldtenri ldtrein ldtreni
ldtrien ldtrine ldtrnie ldtrnei ldtiren ldtirne ldtiern ldtienr ldtiner ldtinre ldtnrie
ldtnrei ldtnire ldtnier ldtneir ldtneri lrndeit lrndeti lrndiet lrndite lrndtie lrndtei
lrnedit lrnedti lrneidt lrneitd lrnetid lrnetdi lrniedt lrnietd lrnidet lrnidte lrnitde
lrnited lrnteid lrntedi lrntied lrntide lrntdie lrntdei lrdneit lrdneti lrdniet lrdnite
lrdntie lrdntei lrdenit lrdenti lrdeint lrdeitn lrdetin lrdetni lrdient lrdietn lrdinet
lrdinte lrditne lrditen lrdtein lrdteni lrdtien lrdtine lrdtnie lrdtnei lrednit lrednti
lredint lreditn lredtin lredtni lrendit lrendti lrenidt lrenitd lrentid lrentdi lreindt
lreintd lreidnt lreidtn lreitdn lreitnd lretnid lretndi lretind lretidn lretdin lretdni
lrident lridetn lridnet lridnte lridtne lridten lriednt lriedtn lriendt lrientd lrietnd
lrietdn lrinedt lrinetd lrindet lrindte lrintde lrinted lritend lritedn lritned lritnde
lritdne lritden lrtdein lrtdeni lrtdien lrtdine lrtdnie lrtdnei lrtedin lrtedni lrteidn
lrteind lrtenid lrtendi lrtiedn lrtiend lrtiden lrtidne lrtinde lrtined lrtneid lrtnedi
lrtnied lrtnide lrtndie lrtndei lindret lindrte lindert lindetr lindter lindtre linrdet
linrdte linredt linretd linrted linrtde linerdt linertd linedrt linedtr linetdr linetrd
lintred lintrde linterd lintedr lintder lintdre lidnret lidnrte lidnert lidnetr lidnter
lidntre lidrnet lidrnte lidrent lidretn lidrten lidrtne lidernt lidertn lidenrt lidentr
lidetnr lidetrn lidtren lidtrne lidtern lidtenr lidtner lidtnre lirdnet lirdnte lirdent
lirdetn lirdten lirdtne lirndet lirndte lirnedt lirnetd lirnted lirntde lirendt lirentd
lirednt liredtn liretdn liretnd lirtned lirtnde lirtend lirtedn lirtden lirtdne liedrnt
liedrtn liednrt liedntr liedtnr liedtrn lierdnt lierdtn lierndt lierntd liertnd liertdn
lienrdt lienrtd liendrt liendtr lientdr lientrd lietrnd lietrdn lietnrd lietndr lietdnr
lietdrn litdren litdrne litdern litdenr litdner litdnre litrden litrdne litredn litrend
litrned litrnde literdn liternd litedrn litednr litendr litenrd litnred litnrde litnerd
litnedr litnder litndre ltndrie ltndrei ltndire ltndier ltndeir ltnderi ltnrdie ltnrdei
ltnride ltnried ltnreid ltnredi ltnirde ltnired ltnidre ltnider ltniedr ltnierd ltnerid
ltnerdi ltneird ltneidr ltnedir ltnedri ltdnrie ltdnrei ltdnire ltdnier ltdneir ltdneri
ltdrnie ltdrnei ltdrine ltdrien ltdrein ltdreni ltdirne ltdiren ltdinre ltdiner ltdienr
ltdiern ltderin ltderni ltdeirn ltdeinr ltdenir ltdenri ltrdnie ltrdnei ltrdine ltrdien
ltrdein ltrdeni ltrndie ltrndei ltrnide ltrnied ltrneid ltrnedi ltrinde ltrined ltridne
ltriden ltriedn ltriend ltrenid ltrendi ltreind ltreidn ltredin ltredni ltidrne ltidren
ltidnre ltidner ltidenr ltidern ltirdne ltirden ltirnde ltirned ltirend ltiredn ltinrde
ltinred ltindre ltinder ltinedr ltinerd ltiernd ltierdn ltienrd ltiendr ltiednr ltiedrn
ltedrin ltedrni ltedirn ltedinr ltednir ltednri lterdin lterdni lteridn lterind lternid
lterndi lteirdn lteirnd lteidrn lteidnr lteindr lteinrd ltenrid ltenrdi ltenird ltenidr
ltendir ltendri

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History of cryptography
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