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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: anthryl
cipher variations:
bouiszm cpvjtan dqwkubo erxlvcp fsymwdq
gtznxer huaoyfs ivbpzgt jwcqahu kxdrbiv
lyescjw mzftdkx naguely obhvfmz pciwgna
qdjxhob rekyipc sflzjqd tgmakre uhnblsf
viocmtg wjpdnuh xkqeovi ylrfpwj zmsgqxk

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: anthryl
Cipher: zmgsibo

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: anthryl
Cipher: AAAAA ABBAA BAABA AABBB BAAAA BABBA 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: anthryl
cipher variations:
bouiszmbogwaviboskireboeyqnaboqmyjwbocagfsboacwxkbomqetg
boyempcboksulybowgchuboiukdqcpvjtancphxbwjcptljsfcpfzrob
cprnzkxcpdbhgtcpbdxylcpnrfuhcpzfnqdcpltvmzcpxhdivcpjvler
dqwkubodqiycxkdqumktgdqgaspcdqsoalydqecihudqceyzmdqosgvi
dqagoredqmuwnadqyiejwdqkwmfserxlvcperjzdylervnluherhbtqd
ertpbmzerfdjiverdfzanerpthwjerbhpsfernvxoberzjfkxerlxngt
fsymwdqfskaezmfswomvifsicurefsuqcnafsgekjwfsegabofsquixk
fsciqtgfsowypcfsakglyfsmyohugtznxergtlbfangtxpnwjgtjdvsf
gtvrdobgthflkxgtfhbcpgtrvjylgtdjruhgtpxzqdgtblhmzgtnzpiv
huaoyfshumcgbohuyqoxkhukewtghuwsepchuigmlyhugicdqhuswkzm
hueksvihuqyarehucminahuoaqjwivbpzgtivndhcpivzrpylivlfxuh
ivxtfqdivjhnmzivhjderivtxlanivfltwjivrzbsfivdnjobivpbrkx
jwcqahujwoeidqjwasqzmjwmgyvijwyugrejwkionajwikefsjwuymbo
jwgmuxkjwsactgjweokpcjwqcslykxdrbivkxpfjerkxbtrankxnhzwj
kxzvhsfkxljpobkxjlfgtkxvzncpkxhnvylkxtbduhkxfplqdkxrdtmz
lyescjwlyqgkfslycusbolyoiaxklyawitglymkqpclykmghulywaodq
lyiowzmlyucevilygqmrelyseunamzftdkxmzrhlgtmzdvtcpmzpjbyl
mzbxjuhmznlrqdmzlnhivmzxbpermzjpxanmzvdfwjmzhrnsfmztfvob
naguelynasimhunaewudqnaqkczmnacykvinaomsrenamoijwnaycqfs
nakqybonawegxknaisotgnaugwpcobhvfmzobtjnivobfxverobrldan
obdzlwjobpntsfobnpjkxobzdrgtoblrzcpobxfhylobjtpuhobvhxqd
pciwgnapcukojwpcgywfspcsmebopceamxkpcqoutgpcoqklypcaeshu
pcmsadqpcygizmpckuqvipcwiyreqdjxhobqdvlpkxqdhzxgtqdtnfcp
qdfbnylqdrpvuhqdprlmzqdbftivqdntberqdzhjanqdlvrwjqdxjzsf
rekyipcrewmqlyreiayhureuogdqregcozmresqwvireqsmnarecgujw
reoucfsreaikboremwsxkreykatgsflzjqdsfxnrmzsfjbzivsfvpher
sfhdpansftrxwjsfrtnobsfdhvkxsfpvdgtsfbjlcpsfnxtylsfzlbuh
tgmakretgyosnatgkcajwtgwqifstgieqbotgusyxktgsuopctgeiwly
tgqwehutgckmdqtgoyuzmtgamcviuhnblsfuhzptobuhldbkxuhxrjgt
uhjfrcpuhvtzyluhtvpqduhfjxmzuhrxfivuhdlneruhpzvanuhbndwj
viocmtgviaqupcvimeclyviyskhuvikgsdqviwuazmviuwqrevigkyna
visygjwviemofsviqawbovicoexkwjpdnuhwjbrvqdwjnfdmzwjztliv
wjlhterwjxvbanwjvxrsfwjhlzobwjtzhkxwjfnpgtwjrbxcpwjdpfyl
xkqeovixkcswrexkogenaxkaumjwxkmiufsxkywcboxkwystgxkimapc
xkuailyxkgoqhuxkscydqxkeqgzmylrfpwjyldtxsfylphfobylbvnkx
ylnjvgtylzxdcpylxztuhyljnbqdylvbjmzylhprivyltdzerylfrhan
zmsgqxkzmeuytgzmqigpczmcwolyzmokwhuzmayedqzmyauvizmkocre
zmwcknazmiqsjwzmueafszmgsiboanthrylanfvzuhanrjhqdandxpmz
anplxivanbzferanzbvwjanlpdsfanxdlobanjrtkxanvfbgtanhtjcp

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

Read more ...

 

ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x


An example plaintext to ciphertext using ROT13:

Plain: anthryl
Cipher: naguely

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: anthryl
Cipher: 11334432244513

Extended Methods:
Method #1

Plaintext: anthryl
method variations:
fsynwdqlxdsbivqcixgoavhocmtf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a n t h r y l 
1 3 4 3 2 4 1 
1 3 4 2 4 5 3 
They are then read out in rows:
13432411342453
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: anthryl
Cipher: lorasrp

Read more ...
Method #3

Plaintext: anthryl
method variations:
lsogtec sogtecl ogtecls
gteclso teclsog eclsogt
clsogte

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: anthryl

all 5040 cipher variations:
anthryl anthrly anthyrl anthylr anthlyr anthlry antrhyl antrhly antryhl antrylh antrlyh
antrlhy antyrhl antyrlh antyhrl antyhlr antylhr antylrh antlryh antlrhy antlyrh antlyhr
antlhyr antlhry anhtryl anhtrly anhtyrl anhtylr anhtlyr anhtlry anhrtyl anhrtly anhrytl
anhrylt anhrlyt anhrlty anhyrtl anhyrlt anhytrl anhytlr anhyltr anhylrt anhlryt anhlrty
anhlyrt anhlytr anhltyr anhltry anrhtyl anrhtly anrhytl anrhylt anrhlyt anrhlty anrthyl
anrthly anrtyhl anrtylh anrtlyh anrtlhy anrythl anrytlh anryhtl anryhlt anrylht anrylth
anrltyh anrlthy anrlyth anrlyht anrlhyt anrlhty anyhrtl anyhrlt anyhtrl anyhtlr anyhltr
anyhlrt anyrhtl anyrhlt anyrthl anyrtlh anyrlth anyrlht anytrhl anytrlh anythrl anythlr
anytlhr anytlrh anylrth anylrht anyltrh anylthr anylhtr anylhrt anlhryt anlhrty anlhyrt
anlhytr anlhtyr anlhtry anlrhyt anlrhty anlryht anlryth anlrtyh anlrthy anlyrht anlyrth
anlyhrt anlyhtr anlythr anlytrh anltryh anltrhy anltyrh anltyhr anlthyr anlthry atnhryl
atnhrly atnhyrl atnhylr atnhlyr atnhlry atnrhyl atnrhly atnryhl atnrylh atnrlyh atnrlhy
atnyrhl atnyrlh atnyhrl atnyhlr atnylhr atnylrh atnlryh atnlrhy atnlyrh atnlyhr atnlhyr
atnlhry athnryl athnrly athnyrl athnylr athnlyr athnlry athrnyl athrnly athrynl athryln
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nahytlr nahyltr nahylrt nahlryt nahlrty nahlyrt nahlytr nahltyr nahltry narhtyl narhtly
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nrlhaty nrlhyat nrlhyta nrlhtya nrlhtay nrlahyt nrlahty nrlayht nrlayth nrlatyh nrlathy
nrlyaht nrlyath nrlyhat nrlyhta nrlytha nrlytah nrltayh nrltahy nrltyah nrltyha nrlthya
nrlthay nythral nythrla nytharl nythalr nythlar nythlra nytrhal nytrhla nytrahl nytralh
nytrlah nytrlha nytarhl nytarlh nytahrl nytahlr nytalhr nytalrh nytlrah nytlrha nytlarh
nytlahr nytlhar nytlhra nyhtral nyhtrla nyhtarl nyhtalr nyhtlar nyhtlra nyhrtal nyhrtla
nyhratl nyhralt nyhrlat nyhrlta nyhartl nyharlt nyhatrl nyhatlr nyhaltr nyhalrt nyhlrat
nyhlrta nyhlart nyhlatr nyhltar nyhltra nyrhtal nyrhtla nyrhatl nyrhalt nyrhlat nyrhlta
nyrthal nyrthla nyrtahl nyrtalh nyrtlah nyrtlha nyrathl nyratlh nyrahtl nyrahlt nyralht
nyralth nyrltah nyrltha nyrlath nyrlaht nyrlhat nyrlhta nyahrtl nyahrlt nyahtrl nyahtlr
nyahltr nyahlrt nyarhtl nyarhlt nyarthl nyartlh nyarlth nyarlht nyatrhl nyatrlh nyathrl
nyathlr nyatlhr nyatlrh nyalrth nyalrht nyaltrh nyalthr nyalhtr nyalhrt nylhrat nylhrta
nylhart nylhatr nylhtar nylhtra nylrhat nylrhta nylraht nylrath nylrtah nylrtha nylarht
nylarth nylahrt nylahtr nylathr nylatrh nyltrah nyltrha nyltarh nyltahr nylthar nylthra
nlthrya nlthray nlthyra nlthyar nlthayr nlthary nltrhya nltrhay nltryha nltryah nltrayh
nltrahy nltyrha nltyrah nltyhra nltyhar nltyahr nltyarh nltaryh nltarhy nltayrh nltayhr
nltahyr nltahry nlhtrya nlhtray nlhtyra nlhtyar nlhtayr nlhtary nlhrtya nlhrtay nlhryta
nlhryat nlhrayt nlhraty nlhyrta nlhyrat nlhytra nlhytar nlhyatr nlhyart nlharyt nlharty
nlhayrt nlhaytr nlhatyr nlhatry nlrhtya nlrhtay nlrhyta nlrhyat nlrhayt nlrhaty nlrthya
nlrthay nlrtyha nlrtyah nlrtayh nlrtahy nlrytha nlrytah nlryhta nlryhat nlryaht nlryath
nlratyh nlrathy nlrayth nlrayht nlrahyt nlrahty nlyhrta nlyhrat nlyhtra nlyhtar nlyhatr
nlyhart nlyrhta nlyrhat nlyrtha nlyrtah nlyrath nlyraht nlytrha nlytrah nlythra nlythar
nlytahr nlytarh nlyarth nlyarht nlyatrh nlyathr nlyahtr nlyahrt nlahryt nlahrty nlahyrt
nlahytr nlahtyr nlahtry nlarhyt nlarhty nlaryht nlaryth nlartyh nlarthy nlayrht nlayrth
nlayhrt nlayhtr nlaythr nlaytrh nlatryh nlatrhy nlatyrh nlatyhr nlathyr nlathry tnahryl
tnahrly tnahyrl tnahylr tnahlyr tnahlry tnarhyl tnarhly tnaryhl tnarylh tnarlyh tnarlhy
tnayrhl tnayrlh tnayhrl tnayhlr tnaylhr tnaylrh tnalryh tnalrhy tnalyrh tnalyhr tnalhyr
tnalhry tnharyl tnharly tnhayrl tnhaylr tnhalyr tnhalry tnhrayl tnhraly tnhryal tnhryla
tnhrlya tnhrlay tnhyral tnhyrla tnhyarl tnhyalr tnhylar tnhylra tnhlrya tnhlray tnhlyra
tnhlyar tnhlayr tnhlary tnrhayl tnrhaly tnrhyal tnrhyla tnrhlya tnrhlay tnrahyl tnrahly
tnrayhl tnraylh tnralyh tnralhy tnryahl tnryalh tnryhal tnryhla tnrylha tnrylah tnrlayh
tnrlahy tnrlyah tnrlyha tnrlhya tnrlhay tnyhral tnyhrla tnyharl tnyhalr tnyhlar tnyhlra
tnyrhal tnyrhla tnyrahl tnyralh tnyrlah tnyrlha tnyarhl tnyarlh tnyahrl tnyahlr tnyalhr
tnyalrh tnylrah tnylrha tnylarh tnylahr tnylhar tnylhra tnlhrya tnlhray tnlhyra tnlhyar
tnlhayr tnlhary tnlrhya tnlrhay tnlryha tnlryah tnlrayh tnlrahy tnlyrha tnlyrah tnlyhra
tnlyhar tnlyahr tnlyarh tnlaryh tnlarhy tnlayrh tnlayhr tnlahyr tnlahry tanhryl tanhrly
tanhyrl tanhylr tanhlyr tanhlry tanrhyl tanrhly tanryhl tanrylh tanrlyh tanrlhy tanyrhl
tanyrlh tanyhrl tanyhlr tanylhr tanylrh tanlryh tanlrhy tanlyrh tanlyhr tanlhyr tanlhry
tahnryl tahnrly tahnyrl tahnylr tahnlyr tahnlry tahrnyl tahrnly tahrynl tahryln tahrlyn
tahrlny tahyrnl tahyrln tahynrl tahynlr tahylnr tahylrn tahlryn tahlrny tahlyrn tahlynr
tahlnyr tahlnry tarhnyl tarhnly tarhynl tarhyln tarhlyn tarhlny tarnhyl tarnhly tarnyhl
tarnylh tarnlyh tarnlhy tarynhl tarynlh taryhnl taryhln tarylhn tarylnh tarlnyh tarlnhy
tarlynh tarlyhn tarlhyn tarlhny tayhrnl tayhrln tayhnrl tayhnlr tayhlnr tayhlrn tayrhnl
tayrhln tayrnhl tayrnlh tayrlnh tayrlhn taynrhl taynrlh taynhrl taynhlr taynlhr taynlrh
taylrnh taylrhn taylnrh taylnhr taylhnr taylhrn talhryn talhrny talhyrn talhynr talhnyr
talhnry talrhyn talrhny talryhn talrynh talrnyh talrnhy talyrhn talyrnh talyhrn talyhnr
talynhr talynrh talnryh talnrhy talnyrh talnyhr talnhyr talnhry thanryl thanrly thanyrl
thanylr thanlyr thanlry tharnyl tharnly tharynl tharyln tharlyn tharlny thayrnl thayrln
thaynrl thaynlr thaylnr thaylrn thalryn thalrny thalyrn thalynr thalnyr thalnry thnaryl
thnarly thnayrl thnaylr thnalyr thnalry thnrayl thnraly thnryal thnryla thnrlya thnrlay
thnyral thnyrla thnyarl thnyalr thnylar thnylra thnlrya thnlray thnlyra thnlyar thnlayr
thnlary thrnayl thrnaly thrnyal thrnyla thrnlya thrnlay thranyl thranly thraynl thrayln
thralyn thralny thryanl thryaln thrynal thrynla thrylna thrylan thrlayn thrlany thrlyan
thrlyna thrlnya thrlnay thynral thynrla thynarl thynalr thynlar thynlra thyrnal thyrnla
thyranl thyraln thyrlan thyrlna thyarnl thyarln thyanrl thyanlr thyalnr thyalrn thylran
thylrna thylarn thylanr thylnar thylnra thlnrya thlnray thlnyra thlnyar thlnayr thlnary
thlrnya thlrnay thlryna thlryan thlrayn thlrany thlyrna thlyran thlynra thlynar thlyanr
thlyarn thlaryn thlarny thlayrn thlaynr thlanyr thlanry trahnyl trahnly trahynl trahyln
trahlyn trahlny tranhyl tranhly tranyhl tranylh tranlyh tranlhy traynhl traynlh trayhnl
trayhln traylhn traylnh tralnyh tralnhy tralynh tralyhn tralhyn tralhny trhanyl trhanly
trhaynl trhayln trhalyn trhalny trhnayl trhnaly trhnyal trhnyla trhnlya trhnlay trhynal
trhynla trhyanl trhyaln trhylan trhylna trhlnya trhlnay trhlyna trhlyan trhlayn trhlany
trnhayl trnhaly trnhyal trnhyla trnhlya trnhlay trnahyl trnahly trnayhl trnaylh trnalyh
trnalhy trnyahl trnyalh trnyhal trnyhla trnylha trnylah trnlayh trnlahy trnlyah trnlyha
trnlhya trnlhay tryhnal tryhnla tryhanl tryhaln tryhlan tryhlna trynhal trynhla trynahl
trynalh trynlah trynlha tryanhl tryanlh tryahnl tryahln tryalhn tryalnh trylnah trylnha
trylanh trylahn trylhan trylhna trlhnya trlhnay trlhyna trlhyan trlhayn trlhany trlnhya
trlnhay trlnyha trlnyah trlnayh trlnahy trlynha trlynah trlyhna trlyhan trlyahn trlyanh
trlanyh trlanhy trlaynh trlayhn trlahyn trlahny tyahrnl tyahrln tyahnrl tyahnlr tyahlnr
tyahlrn tyarhnl tyarhln tyarnhl tyarnlh tyarlnh tyarlhn tyanrhl tyanrlh tyanhrl tyanhlr
tyanlhr tyanlrh tyalrnh tyalrhn tyalnrh tyalnhr tyalhnr tyalhrn tyharnl tyharln tyhanrl
tyhanlr tyhalnr tyhalrn tyhranl tyhraln tyhrnal tyhrnla tyhrlna tyhrlan tyhnral tyhnrla
tyhnarl tyhnalr tyhnlar tyhnlra tyhlrna tyhlran tyhlnra tyhlnar tyhlanr tyhlarn tyrhanl
tyrhaln tyrhnal tyrhnla tyrhlna tyrhlan tyrahnl tyrahln tyranhl tyranlh tyralnh tyralhn
tyrnahl tyrnalh tyrnhal tyrnhla tyrnlha tyrnlah tyrlanh tyrlahn tyrlnah tyrlnha tyrlhna
tyrlhan tynhral tynhrla tynharl tynhalr tynhlar tynhlra tynrhal tynrhla tynrahl tynralh
tynrlah tynrlha tynarhl tynarlh tynahrl tynahlr tynalhr tynalrh tynlrah tynlrha tynlarh
tynlahr tynlhar tynlhra tylhrna tylhran tylhnra tylhnar tylhanr tylharn tylrhna tylrhan
tylrnha tylrnah tylranh tylrahn tylnrha tylnrah tylnhra tylnhar tylnahr tylnarh tylarnh
tylarhn tylanrh tylanhr tylahnr tylahrn tlahryn tlahrny tlahyrn tlahynr tlahnyr tlahnry
tlarhyn tlarhny tlaryhn tlarynh tlarnyh tlarnhy tlayrhn tlayrnh tlayhrn tlayhnr tlaynhr
tlaynrh tlanryh tlanrhy tlanyrh tlanyhr tlanhyr tlanhry tlharyn tlharny tlhayrn tlhaynr
tlhanyr tlhanry tlhrayn tlhrany tlhryan tlhryna tlhrnya tlhrnay tlhyran tlhyrna tlhyarn
tlhyanr tlhynar tlhynra tlhnrya tlhnray tlhnyra tlhnyar tlhnayr tlhnary tlrhayn tlrhany
tlrhyan tlrhyna tlrhnya tlrhnay tlrahyn tlrahny tlrayhn tlraynh tlranyh tlranhy tlryahn
tlryanh tlryhan tlryhna tlrynha tlrynah tlrnayh tlrnahy tlrnyah tlrnyha tlrnhya tlrnhay
tlyhran tlyhrna tlyharn tlyhanr tlyhnar tlyhnra tlyrhan tlyrhna tlyrahn tlyranh tlyrnah
tlyrnha tlyarhn tlyarnh tlyahrn tlyahnr tlyanhr tlyanrh tlynrah tlynrha tlynarh tlynahr
tlynhar tlynhra tlnhrya tlnhray tlnhyra tlnhyar tlnhayr tlnhary tlnrhya tlnrhay tlnryha
tlnryah tlnrayh tlnrahy tlnyrha tlnyrah tlnyhra tlnyhar tlnyahr tlnyarh tlnaryh tlnarhy
tlnayrh tlnayhr tlnahyr tlnahry hntaryl hntarly hntayrl hntaylr hntalyr hntalry hntrayl
hntraly hntryal hntryla hntrlya hntrlay hntyral hntyrla hntyarl hntyalr hntylar hntylra
hntlrya hntlray hntlyra hntlyar hntlayr hntlary hnatryl hnatrly hnatyrl hnatylr hnatlyr
hnatlry hnartyl hnartly hnarytl hnarylt hnarlyt hnarlty hnayrtl hnayrlt hnaytrl hnaytlr
hnayltr hnaylrt hnalryt hnalrty hnalyrt hnalytr hnaltyr hnaltry hnratyl hnratly hnraytl
hnraylt hnralyt hnralty hnrtayl hnrtaly hnrtyal hnrtyla hnrtlya hnrtlay hnrytal hnrytla
hnryatl hnryalt hnrylat hnrylta hnrltya hnrltay hnrlyta hnrlyat hnrlayt hnrlaty hnyartl
hnyarlt hnyatrl hnyatlr hnyaltr hnyalrt hnyratl hnyralt hnyrtal hnyrtla hnyrlta hnyrlat
hnytral hnytrla hnytarl hnytalr hnytlar hnytlra hnylrta hnylrat hnyltra hnyltar hnylatr
hnylart hnlaryt hnlarty hnlayrt hnlaytr hnlatyr hnlatry hnlrayt hnlraty hnlryat hnlryta
hnlrtya hnlrtay hnlyrat hnlyrta hnlyart hnlyatr hnlytar hnlytra hnltrya hnltray hnltyra
hnltyar hnltayr hnltary htnaryl htnarly htnayrl htnaylr htnalyr htnalry htnrayl htnraly
htnryal htnryla htnrlya htnrlay htnyral htnyrla htnyarl htnyalr htnylar htnylra htnlrya
htnlray htnlyra htnlyar htnlayr htnlary htanryl htanrly htanyrl htanylr htanlyr htanlry
htarnyl htarnly htarynl htaryln htarlyn htarlny htayrnl htayrln htaynrl htaynlr htaylnr
htaylrn htalryn htalrny htalyrn htalynr htalnyr htalnry htranyl htranly htraynl htrayln
htralyn htralny htrnayl htrnaly htrnyal htrnyla htrnlya htrnlay htrynal htrynla htryanl
htryaln htrylan htrylna htrlnya htrlnay htrlyna htrlyan htrlayn htrlany htyarnl htyarln
htyanrl htyanlr htyalnr htyalrn htyranl htyraln htyrnal htyrnla htyrlna htyrlan htynral
htynrla htynarl htynalr htynlar htynlra htylrna htylran htylnra htylnar htylanr htylarn
htlaryn htlarny htlayrn htlaynr htlanyr htlanry htlrayn htlrany htlryan htlryna htlrnya
htlrnay htlyran htlyrna htlyarn htlyanr htlynar htlynra htlnrya htlnray htlnyra htlnyar
htlnayr htlnary hatnryl hatnrly hatnyrl hatnylr hatnlyr hatnlry hatrnyl hatrnly hatrynl
hatryln hatrlyn hatrlny hatyrnl hatyrln hatynrl hatynlr hatylnr hatylrn hatlryn hatlrny
hatlyrn hatlynr hatlnyr hatlnry hantryl hantrly hantyrl hantylr hantlyr hantlry hanrtyl
hanrtly hanrytl hanrylt hanrlyt hanrlty hanyrtl hanyrlt hanytrl hanytlr hanyltr hanylrt
hanlryt hanlrty hanlyrt hanlytr hanltyr hanltry harntyl harntly harnytl harnylt harnlyt
harnlty hartnyl hartnly hartynl hartyln hartlyn hartlny harytnl harytln haryntl harynlt
harylnt haryltn harltyn harltny harlytn harlynt harlnyt harlnty haynrtl haynrlt hayntrl
hayntlr haynltr haynlrt hayrntl hayrnlt hayrtnl hayrtln hayrltn hayrlnt haytrnl haytrln
haytnrl haytnlr haytlnr haytlrn haylrtn haylrnt hayltrn hayltnr haylntr haylnrt halnryt
halnrty halnyrt halnytr halntyr halntry halrnyt halrnty halrynt halrytn halrtyn halrtny
halyrnt halyrtn halynrt halyntr halytnr halytrn haltryn haltrny haltyrn haltynr haltnyr
haltnry hrtanyl hrtanly hrtaynl hrtayln hrtalyn hrtalny hrtnayl hrtnaly hrtnyal hrtnyla
hrtnlya hrtnlay hrtynal hrtynla hrtyanl hrtyaln hrtylan hrtylna hrtlnya hrtlnay hrtlyna
hrtlyan hrtlayn hrtlany hratnyl hratnly hratynl hratyln hratlyn hratlny hrantyl hrantly
hranytl hranylt hranlyt hranlty hrayntl hraynlt hraytnl hraytln hrayltn hraylnt hralnyt
hralnty hralynt hralytn hraltyn hraltny hrnatyl hrnatly hrnaytl hrnaylt hrnalyt hrnalty
hrntayl hrntaly hrntyal hrntyla hrntlya hrntlay hrnytal hrnytla hrnyatl hrnyalt hrnylat
hrnylta hrnltya hrnltay hrnlyta hrnlyat hrnlayt hrnlaty hryantl hryanlt hryatnl hryatln
hryaltn hryalnt hrynatl hrynalt hryntal hryntla hrynlta hrynlat hrytnal hrytnla hrytanl
hrytaln hrytlan hrytlna hrylnta hrylnat hryltna hryltan hrylatn hrylant hrlanyt hrlanty
hrlaynt hrlaytn hrlatyn hrlatny hrlnayt hrlnaty hrlnyat hrlnyta hrlntya hrlntay hrlynat
hrlynta hrlyant hrlyatn hrlytan hrlytna hrltnya hrltnay hrltyna hrltyan hrltayn hrltany
hytarnl hytarln hytanrl hytanlr hytalnr hytalrn hytranl hytraln hytrnal hytrnla hytrlna
hytrlan hytnral hytnrla hytnarl hytnalr hytnlar hytnlra hytlrna hytlran hytlnra hytlnar
hytlanr hytlarn hyatrnl hyatrln hyatnrl hyatnlr hyatlnr hyatlrn hyartnl hyartln hyarntl
hyarnlt hyarlnt hyarltn hyanrtl hyanrlt hyantrl hyantlr hyanltr hyanlrt hyalrnt hyalrtn
hyalnrt hyalntr hyaltnr hyaltrn hyratnl hyratln hyrantl hyranlt hyralnt hyraltn hyrtanl
hyrtaln hyrtnal hyrtnla hyrtlna hyrtlan hyrntal hyrntla hyrnatl hyrnalt hyrnlat hyrnlta
hyrltna hyrltan hyrlnta hyrlnat hyrlant hyrlatn hynartl hynarlt hynatrl hynatlr hynaltr
hynalrt hynratl hynralt hynrtal hynrtla hynrlta hynrlat hyntral hyntrla hyntarl hyntalr
hyntlar hyntlra hynlrta hynlrat hynltra hynltar hynlatr hynlart hylarnt hylartn hylanrt
hylantr hylatnr hylatrn hylrant hylratn hylrnat hylrnta hylrtna hylrtan hylnrat hylnrta
hylnart hylnatr hylntar hylntra hyltrna hyltran hyltnra hyltnar hyltanr hyltarn hltaryn
hltarny hltayrn hltaynr hltanyr hltanry hltrayn hltrany hltryan hltryna hltrnya hltrnay
hltyran hltyrna hltyarn hltyanr hltynar hltynra hltnrya hltnray hltnyra hltnyar hltnayr
hltnary hlatryn hlatrny hlatyrn hlatynr hlatnyr hlatnry hlartyn hlartny hlarytn hlarynt
hlarnyt hlarnty hlayrtn hlayrnt hlaytrn hlaytnr hlayntr hlaynrt hlanryt hlanrty hlanyrt
hlanytr hlantyr hlantry hlratyn hlratny hlraytn hlraynt hlranyt hlranty hlrtayn hlrtany
hlrtyan hlrtyna hlrtnya hlrtnay hlrytan hlrytna hlryatn hlryant hlrynat hlrynta hlrntya
hlrntay hlrnyta hlrnyat hlrnayt hlrnaty hlyartn hlyarnt hlyatrn hlyatnr hlyantr hlyanrt
hlyratn hlyrant hlyrtan hlyrtna hlyrnta hlyrnat hlytran hlytrna hlytarn hlytanr hlytnar
hlytnra hlynrta hlynrat hlyntra hlyntar hlynatr hlynart hlnaryt hlnarty hlnayrt hlnaytr
hlnatyr hlnatry hlnrayt hlnraty hlnryat hlnryta hlnrtya hlnrtay hlnyrat hlnyrta hlnyart
hlnyatr hlnytar hlnytra hlntrya hlntray hlntyra hlntyar hlntayr hlntary rnthayl rnthaly
rnthyal rnthyla rnthlya rnthlay rntahyl rntahly rntayhl rntaylh rntalyh rntalhy rntyahl
rntyalh rntyhal rntyhla rntylha rntylah rntlayh rntlahy rntlyah rntlyha rntlhya rntlhay
rnhtayl rnhtaly rnhtyal rnhtyla rnhtlya rnhtlay rnhatyl rnhatly rnhaytl rnhaylt rnhalyt
rnhalty rnhyatl rnhyalt rnhytal rnhytla rnhylta rnhylat rnhlayt rnhlaty rnhlyat rnhlyta
rnhltya rnhltay rnahtyl rnahtly rnahytl rnahylt rnahlyt rnahlty rnathyl rnathly rnatyhl
rnatylh rnatlyh rnatlhy rnaythl rnaytlh rnayhtl rnayhlt rnaylht rnaylth rnaltyh rnalthy
rnalyth rnalyht rnalhyt rnalhty rnyhatl rnyhalt rnyhtal rnyhtla rnyhlta rnyhlat rnyahtl
rnyahlt rnyathl rnyatlh rnyalth rnyalht rnytahl rnytalh rnythal rnythla rnytlha rnytlah
rnylath rnylaht rnyltah rnyltha rnylhta rnylhat rnlhayt rnlhaty rnlhyat rnlhyta rnlhtya
rnlhtay rnlahyt rnlahty rnlayht rnlayth rnlatyh rnlathy rnlyaht rnlyath rnlyhat rnlyhta
rnlytha rnlytah rnltayh rnltahy rnltyah rnltyha rnlthya rnlthay rtnhayl rtnhaly rtnhyal
rtnhyla rtnhlya rtnhlay rtnahyl rtnahly rtnayhl rtnaylh rtnalyh rtnalhy rtnyahl rtnyalh
rtnyhal rtnyhla rtnylha rtnylah rtnlayh rtnlahy rtnlyah rtnlyha rtnlhya rtnlhay rthnayl
rthnaly rthnyal rthnyla rthnlya rthnlay rthanyl rthanly rthaynl rthayln rthalyn rthalny
rthyanl rthyaln rthynal rthynla rthylna rthylan rthlayn rthlany rthlyan rthlyna rthlnya
rthlnay rtahnyl rtahnly rtahynl rtahyln rtahlyn rtahlny rtanhyl rtanhly rtanyhl rtanylh
rtanlyh rtanlhy rtaynhl rtaynlh rtayhnl rtayhln rtaylhn rtaylnh rtalnyh rtalnhy rtalynh
rtalyhn rtalhyn rtalhny rtyhanl rtyhaln rtyhnal rtyhnla rtyhlna rtyhlan rtyahnl rtyahln
rtyanhl rtyanlh rtyalnh rtyalhn rtynahl rtynalh rtynhal rtynhla rtynlha rtynlah rtylanh
rtylahn rtylnah rtylnha rtylhna rtylhan rtlhayn rtlhany rtlhyan rtlhyna rtlhnya rtlhnay
rtlahyn rtlahny rtlayhn rtlaynh rtlanyh rtlanhy rtlyahn rtlyanh rtlyhan rtlyhna rtlynha
rtlynah rtlnayh rtlnahy rtlnyah rtlnyha rtlnhya rtlnhay rhtnayl rhtnaly rhtnyal rhtnyla
rhtnlya rhtnlay rhtanyl rhtanly rhtaynl rhtayln rhtalyn rhtalny rhtyanl rhtyaln rhtynal
rhtynla rhtylna rhtylan rhtlayn rhtlany rhtlyan rhtlyna rhtlnya rhtlnay rhntayl rhntaly
rhntyal rhntyla rhntlya rhntlay rhnatyl rhnatly rhnaytl rhnaylt rhnalyt rhnalty rhnyatl
rhnyalt rhnytal rhnytla rhnylta rhnylat rhnlayt rhnlaty rhnlyat rhnlyta rhnltya rhnltay
rhantyl rhantly rhanytl rhanylt rhanlyt rhanlty rhatnyl rhatnly rhatynl rhatyln rhatlyn
rhatlny rhaytnl rhaytln rhayntl rhaynlt rhaylnt rhayltn rhaltyn rhaltny rhalytn rhalynt
rhalnyt rhalnty rhynatl rhynalt rhyntal rhyntla rhynlta rhynlat rhyantl rhyanlt rhyatnl
rhyatln rhyaltn rhyalnt rhytanl rhytaln rhytnal rhytnla rhytlna rhytlan rhylatn rhylant
rhyltan rhyltna rhylnta rhylnat rhlnayt rhlnaty rhlnyat rhlnyta rhlntya rhlntay rhlanyt
rhlanty rhlaynt rhlaytn rhlatyn rhlatny rhlyant rhlyatn rhlynat rhlynta rhlytna rhlytan
rhltayn rhltany rhltyan rhltyna rhltnya rhltnay rathnyl rathnly rathynl rathyln rathlyn
rathlny ratnhyl ratnhly ratnyhl ratnylh ratnlyh ratnlhy ratynhl ratynlh ratyhnl ratyhln
ratylhn ratylnh ratlnyh ratlnhy ratlynh ratlyhn ratlhyn ratlhny rahtnyl rahtnly rahtynl
rahtyln rahtlyn rahtlny rahntyl rahntly rahnytl rahnylt rahnlyt rahnlty rahyntl rahynlt
rahytnl rahytln rahyltn rahylnt rahlnyt rahlnty rahlynt rahlytn rahltyn rahltny ranhtyl
ranhtly ranhytl ranhylt ranhlyt ranhlty ranthyl ranthly rantyhl rantylh rantlyh rantlhy
ranythl ranytlh ranyhtl ranyhlt ranylht ranylth ranltyh ranlthy ranlyth ranlyht ranlhyt
ranlhty rayhntl rayhnlt rayhtnl rayhtln rayhltn rayhlnt raynhtl raynhlt raynthl rayntlh
raynlth raynlht raytnhl raytnlh raythnl raythln raytlhn raytlnh raylnth raylnht rayltnh
raylthn raylhtn raylhnt ralhnyt ralhnty ralhynt ralhytn ralhtyn ralhtny ralnhyt ralnhty
ralnyht ralnyth ralntyh ralnthy ralynht ralynth ralyhnt ralyhtn ralythn ralytnh raltnyh
raltnhy raltynh raltyhn ralthyn ralthny rythanl rythaln rythnal rythnla rythlna rythlan
rytahnl rytahln rytanhl rytanlh rytalnh rytalhn rytnahl rytnalh rytnhal rytnhla rytnlha
rytnlah rytlanh rytlahn rytlnah rytlnha rytlhna rytlhan ryhtanl ryhtaln ryhtnal ryhtnla
ryhtlna ryhtlan ryhatnl ryhatln ryhantl ryhanlt ryhalnt ryhaltn ryhnatl ryhnalt ryhntal
ryhntla ryhnlta ryhnlat ryhlant ryhlatn ryhlnat ryhlnta ryhltna ryhltan ryahtnl ryahtln
ryahntl ryahnlt ryahlnt ryahltn ryathnl ryathln ryatnhl ryatnlh ryatlnh ryatlhn ryanthl
ryantlh ryanhtl ryanhlt ryanlht ryanlth ryaltnh ryalthn ryalnth ryalnht ryalhnt ryalhtn
rynhatl rynhalt rynhtal rynhtla rynhlta rynhlat rynahtl rynahlt rynathl rynatlh rynalth
rynalht ryntahl ryntalh rynthal rynthla ryntlha ryntlah rynlath rynlaht rynltah rynltha
rynlhta rynlhat rylhant rylhatn rylhnat rylhnta rylhtna rylhtan rylahnt rylahtn rylanht
rylanth rylatnh rylathn rylnaht rylnath rylnhat rylnhta rylntha rylntah ryltanh ryltahn
ryltnah ryltnha rylthna rylthan rlthayn rlthany rlthyan rlthyna rlthnya rlthnay rltahyn
rltahny rltayhn rltaynh rltanyh rltanhy rltyahn rltyanh rltyhan rltyhna rltynha rltynah
rltnayh rltnahy rltnyah rltnyha rltnhya rltnhay rlhtayn rlhtany rlhtyan rlhtyna rlhtnya
rlhtnay rlhatyn rlhatny rlhaytn rlhaynt rlhanyt rlhanty rlhyatn rlhyant rlhytan rlhytna
rlhynta rlhynat rlhnayt rlhnaty rlhnyat rlhnyta rlhntya rlhntay rlahtyn rlahtny rlahytn
rlahynt rlahnyt rlahnty rlathyn rlathny rlatyhn rlatynh rlatnyh rlatnhy rlaythn rlaytnh
rlayhtn rlayhnt rlaynht rlaynth rlantyh rlanthy rlanyth rlanyht rlanhyt rlanhty rlyhatn
rlyhant rlyhtan rlyhtna rlyhnta rlyhnat rlyahtn rlyahnt rlyathn rlyatnh rlyanth rlyanht
rlytahn rlytanh rlythan rlythna rlytnha rlytnah rlynath rlynaht rlyntah rlyntha rlynhta
rlynhat rlnhayt rlnhaty rlnhyat rlnhyta rlnhtya rlnhtay rlnahyt rlnahty rlnayht rlnayth
rlnatyh rlnathy rlnyaht rlnyath rlnyhat rlnyhta rlnytha rlnytah rlntayh rlntahy rlntyah
rlntyha rlnthya rlnthay ynthral ynthrla yntharl ynthalr ynthlar ynthlra yntrhal yntrhla
yntrahl yntralh yntrlah yntrlha yntarhl yntarlh yntahrl yntahlr yntalhr yntalrh yntlrah
yntlrha yntlarh yntlahr yntlhar yntlhra ynhtral ynhtrla ynhtarl ynhtalr ynhtlar ynhtlra
ynhrtal ynhrtla ynhratl ynhralt ynhrlat ynhrlta ynhartl ynharlt ynhatrl ynhatlr ynhaltr
ynhalrt ynhlrat ynhlrta ynhlart ynhlatr ynhltar ynhltra ynrhtal ynrhtla ynrhatl ynrhalt
ynrhlat ynrhlta ynrthal ynrthla ynrtahl ynrtalh ynrtlah ynrtlha ynrathl ynratlh ynrahtl
ynrahlt ynralht ynralth ynrltah ynrltha ynrlath ynrlaht ynrlhat ynrlhta ynahrtl ynahrlt
ynahtrl ynahtlr ynahltr ynahlrt ynarhtl ynarhlt ynarthl ynartlh ynarlth ynarlht ynatrhl
ynatrlh ynathrl ynathlr ynatlhr ynatlrh ynalrth ynalrht ynaltrh ynalthr ynalhtr ynalhrt
ynlhrat ynlhrta ynlhart ynlhatr ynlhtar ynlhtra ynlrhat ynlrhta ynlraht ynlrath ynlrtah
ynlrtha ynlarht ynlarth ynlahrt ynlahtr ynlathr ynlatrh ynltrah ynltrha ynltarh ynltahr
ynlthar ynlthra ytnhral ytnhrla ytnharl ytnhalr ytnhlar ytnhlra ytnrhal ytnrhla ytnrahl
ytnralh ytnrlah ytnrlha ytnarhl ytnarlh ytnahrl ytnahlr ytnalhr ytnalrh ytnlrah ytnlrha
ytnlarh ytnlahr ytnlhar ytnlhra ythnral ythnrla ythnarl ythnalr ythnlar ythnlra ythrnal
ythrnla ythranl ythraln ythrlan ythrlna ytharnl ytharln ythanrl ythanlr ythalnr ythalrn
ythlran ythlrna ythlarn ythlanr ythlnar ythlnra ytrhnal ytrhnla ytrhanl ytrhaln ytrhlan
ytrhlna ytrnhal ytrnhla ytrnahl ytrnalh ytrnlah ytrnlha ytranhl ytranlh ytrahnl ytrahln
ytralhn ytralnh ytrlnah ytrlnha ytrlanh ytrlahn ytrlhan ytrlhna ytahrnl ytahrln ytahnrl
ytahnlr ytahlnr ytahlrn ytarhnl ytarhln ytarnhl ytarnlh ytarlnh ytarlhn ytanrhl ytanrlh
ytanhrl ytanhlr ytanlhr ytanlrh ytalrnh ytalrhn ytalnrh ytalnhr ytalhnr ytalhrn ytlhran
ytlhrna ytlharn ytlhanr ytlhnar ytlhnra ytlrhan ytlrhna ytlrahn ytlranh ytlrnah ytlrnha
ytlarhn ytlarnh ytlahrn ytlahnr ytlanhr ytlanrh ytlnrah ytlnrha ytlnarh ytlnahr ytlnhar
ytlnhra yhtnral yhtnrla yhtnarl yhtnalr yhtnlar yhtnlra yhtrnal yhtrnla yhtranl yhtraln
yhtrlan yhtrlna yhtarnl yhtarln yhtanrl yhtanlr yhtalnr yhtalrn yhtlran yhtlrna yhtlarn
yhtlanr yhtlnar yhtlnra yhntral yhntrla yhntarl yhntalr yhntlar yhntlra yhnrtal yhnrtla
yhnratl yhnralt yhnrlat yhnrlta yhnartl yhnarlt yhnatrl yhnatlr yhnaltr yhnalrt yhnlrat
yhnlrta yhnlart yhnlatr yhnltar yhnltra yhrntal yhrntla yhrnatl yhrnalt yhrnlat yhrnlta
yhrtnal yhrtnla yhrtanl yhrtaln yhrtlan yhrtlna yhratnl yhratln yhrantl yhranlt yhralnt
yhraltn yhrltan yhrltna yhrlatn yhrlant yhrlnat yhrlnta yhanrtl yhanrlt yhantrl yhantlr
yhanltr yhanlrt yharntl yharnlt yhartnl yhartln yharltn yharlnt yhatrnl yhatrln yhatnrl
yhatnlr yhatlnr yhatlrn yhalrtn yhalrnt yhaltrn yhaltnr yhalntr yhalnrt yhlnrat yhlnrta
yhlnart yhlnatr yhlntar yhlntra yhlrnat yhlrnta yhlrant yhlratn yhlrtan yhlrtna yhlarnt
yhlartn yhlanrt yhlantr yhlatnr yhlatrn yhltran yhltrna yhltarn yhltanr yhltnar yhltnra
yrthnal yrthnla yrthanl yrthaln yrthlan yrthlna yrtnhal yrtnhla yrtnahl yrtnalh yrtnlah
yrtnlha yrtanhl yrtanlh yrtahnl yrtahln yrtalhn yrtalnh yrtlnah yrtlnha yrtlanh yrtlahn
yrtlhan yrtlhna yrhtnal yrhtnla yrhtanl yrhtaln yrhtlan yrhtlna yrhntal yrhntla yrhnatl
yrhnalt yrhnlat yrhnlta yrhantl yrhanlt yrhatnl yrhatln yrhaltn yrhalnt yrhlnat yrhlnta
yrhlant yrhlatn yrhltan yrhltna yrnhtal yrnhtla yrnhatl yrnhalt yrnhlat yrnhlta yrnthal
yrnthla yrntahl yrntalh yrntlah yrntlha yrnathl yrnatlh yrnahtl yrnahlt yrnalht yrnalth
yrnltah yrnltha yrnlath yrnlaht yrnlhat yrnlhta yrahntl yrahnlt yrahtnl yrahtln yrahltn
yrahlnt yranhtl yranhlt yranthl yrantlh yranlth yranlht yratnhl yratnlh yrathnl yrathln
yratlhn yratlnh yralnth yralnht yraltnh yralthn yralhtn yralhnt yrlhnat yrlhnta yrlhant
yrlhatn yrlhtan yrlhtna yrlnhat yrlnhta yrlnaht yrlnath yrlntah yrlntha yrlanht yrlanth
yrlahnt yrlahtn yrlathn yrlatnh yrltnah yrltnha yrltanh yrltahn yrlthan yrlthna yathrnl
yathrln yathnrl yathnlr yathlnr yathlrn yatrhnl yatrhln yatrnhl yatrnlh yatrlnh yatrlhn
yatnrhl yatnrlh yatnhrl yatnhlr yatnlhr yatnlrh yatlrnh yatlrhn yatlnrh yatlnhr yatlhnr
yatlhrn yahtrnl yahtrln yahtnrl yahtnlr yahtlnr yahtlrn yahrtnl yahrtln yahrntl yahrnlt
yahrlnt yahrltn yahnrtl yahnrlt yahntrl yahntlr yahnltr yahnlrt yahlrnt yahlrtn yahlnrt
yahlntr yahltnr yahltrn yarhtnl yarhtln yarhntl yarhnlt yarhlnt yarhltn yarthnl yarthln
yartnhl yartnlh yartlnh yartlhn yarnthl yarntlh yarnhtl yarnhlt yarnlht yarnlth yarltnh
yarlthn yarlnth yarlnht yarlhnt yarlhtn yanhrtl yanhrlt yanhtrl yanhtlr yanhltr yanhlrt
yanrhtl yanrhlt yanrthl yanrtlh yanrlth yanrlht yantrhl yantrlh yanthrl yanthlr yantlhr
yantlrh yanlrth yanlrht yanltrh yanlthr yanlhtr yanlhrt yalhrnt yalhrtn yalhnrt yalhntr
yalhtnr yalhtrn yalrhnt yalrhtn yalrnht yalrnth yalrtnh yalrthn yalnrht yalnrth yalnhrt
yalnhtr yalnthr yalntrh yaltrnh yaltrhn yaltnrh yaltnhr yalthnr yalthrn ylthran ylthrna
yltharn ylthanr ylthnar ylthnra yltrhan yltrhna yltrahn yltranh yltrnah yltrnha yltarhn
yltarnh yltahrn yltahnr yltanhr yltanrh yltnrah yltnrha yltnarh yltnahr yltnhar yltnhra
ylhtran ylhtrna ylhtarn ylhtanr ylhtnar ylhtnra ylhrtan ylhrtna ylhratn ylhrant ylhrnat
ylhrnta ylhartn ylharnt ylhatrn ylhatnr ylhantr ylhanrt ylhnrat ylhnrta ylhnart ylhnatr
ylhntar ylhntra ylrhtan ylrhtna ylrhatn ylrhant ylrhnat ylrhnta ylrthan ylrthna ylrtahn
ylrtanh ylrtnah ylrtnha ylrathn ylratnh ylrahtn ylrahnt ylranht ylranth ylrntah ylrntha
ylrnath ylrnaht ylrnhat ylrnhta ylahrtn ylahrnt ylahtrn ylahtnr ylahntr ylahnrt ylarhtn
ylarhnt ylarthn ylartnh ylarnth ylarnht ylatrhn ylatrnh ylathrn ylathnr ylatnhr ylatnrh
ylanrth ylanrht ylantrh ylanthr ylanhtr ylanhrt ylnhrat ylnhrta ylnhart ylnhatr ylnhtar
ylnhtra ylnrhat ylnrhta ylnraht ylnrath ylnrtah ylnrtha ylnarht ylnarth ylnahrt ylnahtr
ylnathr ylnatrh ylntrah ylntrha ylntarh ylntahr ylnthar ylnthra lnthrya lnthray lnthyra
lnthyar lnthayr lnthary lntrhya lntrhay lntryha lntryah lntrayh lntrahy lntyrha lntyrah
lntyhra lntyhar lntyahr lntyarh lntaryh lntarhy lntayrh lntayhr lntahyr lntahry lnhtrya
lnhtray lnhtyra lnhtyar lnhtayr lnhtary lnhrtya lnhrtay lnhryta lnhryat lnhrayt lnhraty
lnhyrta lnhyrat lnhytra lnhytar lnhyatr lnhyart lnharyt lnharty lnhayrt lnhaytr lnhatyr
lnhatry lnrhtya lnrhtay lnrhyta lnrhyat lnrhayt lnrhaty lnrthya lnrthay lnrtyha lnrtyah
lnrtayh lnrtahy lnrytha lnrytah lnryhta lnryhat lnryaht lnryath lnratyh lnrathy lnrayth
lnrayht lnrahyt lnrahty lnyhrta lnyhrat lnyhtra lnyhtar lnyhatr lnyhart lnyrhta lnyrhat
lnyrtha lnyrtah lnyrath lnyraht lnytrha lnytrah lnythra lnythar lnytahr lnytarh lnyarth
lnyarht lnyatrh lnyathr lnyahtr lnyahrt lnahryt lnahrty lnahyrt lnahytr lnahtyr lnahtry
lnarhyt lnarhty lnaryht lnaryth lnartyh lnarthy lnayrht lnayrth lnayhrt lnayhtr lnaythr
lnaytrh lnatryh lnatrhy lnatyrh lnatyhr lnathyr lnathry ltnhrya ltnhray ltnhyra ltnhyar
ltnhayr ltnhary ltnrhya ltnrhay ltnryha ltnryah ltnrayh ltnrahy ltnyrha ltnyrah ltnyhra
ltnyhar ltnyahr ltnyarh ltnaryh ltnarhy ltnayrh ltnayhr ltnahyr ltnahry lthnrya lthnray
lthnyra lthnyar lthnayr lthnary lthrnya lthrnay lthryna lthryan lthrayn lthrany lthyrna
lthyran lthynra lthynar lthyanr lthyarn ltharyn ltharny lthayrn lthaynr lthanyr lthanry
ltrhnya ltrhnay ltrhyna ltrhyan ltrhayn ltrhany ltrnhya ltrnhay ltrnyha ltrnyah ltrnayh
ltrnahy ltrynha ltrynah ltryhna ltryhan ltryahn ltryanh ltranyh ltranhy ltraynh ltrayhn
ltrahyn ltrahny ltyhrna ltyhran ltyhnra ltyhnar ltyhanr ltyharn ltyrhna ltyrhan ltyrnha
ltyrnah ltyranh ltyrahn ltynrha ltynrah ltynhra ltynhar ltynahr ltynarh ltyarnh ltyarhn
ltyanrh ltyanhr ltyahnr ltyahrn ltahryn ltahrny ltahyrn ltahynr ltahnyr ltahnry ltarhyn
ltarhny ltaryhn ltarynh ltarnyh ltarnhy ltayrhn ltayrnh ltayhrn ltayhnr ltaynhr ltaynrh
ltanryh ltanrhy ltanyrh ltanyhr ltanhyr ltanhry lhtnrya lhtnray lhtnyra lhtnyar lhtnayr
lhtnary lhtrnya lhtrnay lhtryna lhtryan lhtrayn lhtrany lhtyrna lhtyran lhtynra lhtynar
lhtyanr lhtyarn lhtaryn lhtarny lhtayrn lhtaynr lhtanyr lhtanry lhntrya lhntray lhntyra
lhntyar lhntayr lhntary lhnrtya lhnrtay lhnryta lhnryat lhnrayt lhnraty lhnyrta lhnyrat
lhnytra lhnytar lhnyatr lhnyart lhnaryt lhnarty lhnayrt lhnaytr lhnatyr lhnatry lhrntya
lhrntay lhrnyta lhrnyat lhrnayt lhrnaty lhrtnya lhrtnay lhrtyna lhrtyan lhrtayn lhrtany
lhrytna lhrytan lhrynta lhrynat lhryant lhryatn lhratyn lhratny lhraytn lhraynt lhranyt
lhranty lhynrta lhynrat lhyntra lhyntar lhynatr lhynart lhyrnta lhyrnat lhyrtna lhyrtan
lhyratn lhyrant lhytrna lhytran lhytnra lhytnar lhytanr lhytarn lhyartn lhyarnt lhyatrn
lhyatnr lhyantr lhyanrt lhanryt lhanrty lhanyrt lhanytr lhantyr lhantry lharnyt lharnty
lharynt lharytn lhartyn lhartny lhayrnt lhayrtn lhaynrt lhayntr lhaytnr lhaytrn lhatryn
lhatrny lhatyrn lhatynr lhatnyr lhatnry lrthnya lrthnay lrthyna lrthyan lrthayn lrthany
lrtnhya lrtnhay lrtnyha lrtnyah lrtnayh lrtnahy lrtynha lrtynah lrtyhna lrtyhan lrtyahn
lrtyanh lrtanyh lrtanhy lrtaynh lrtayhn lrtahyn lrtahny lrhtnya lrhtnay lrhtyna lrhtyan
lrhtayn lrhtany lrhntya lrhntay lrhnyta lrhnyat lrhnayt lrhnaty lrhynta lrhynat lrhytna
lrhytan lrhyatn lrhyant lrhanyt lrhanty lrhaynt lrhaytn lrhatyn lrhatny lrnhtya lrnhtay
lrnhyta lrnhyat lrnhayt lrnhaty lrnthya lrnthay lrntyha lrntyah lrntayh lrntahy lrnytha
lrnytah lrnyhta lrnyhat lrnyaht lrnyath lrnatyh lrnathy lrnayth lrnayht lrnahyt lrnahty
lryhnta lryhnat lryhtna lryhtan lryhatn lryhant lrynhta lrynhat lryntha lryntah lrynath
lrynaht lrytnha lrytnah lrythna lrythan lrytahn lrytanh lryanth lryanht lryatnh lryathn
lryahtn lryahnt lrahnyt lrahnty lrahynt lrahytn lrahtyn lrahtny lranhyt lranhty lranyht
lranyth lrantyh lranthy lraynht lraynth lrayhnt lrayhtn lraythn lraytnh lratnyh lratnhy
lratynh lratyhn lrathyn lrathny lythrna lythran lythnra lythnar lythanr lytharn lytrhna
lytrhan lytrnha lytrnah lytranh lytrahn lytnrha lytnrah lytnhra lytnhar lytnahr lytnarh
lytarnh lytarhn lytanrh lytanhr lytahnr lytahrn lyhtrna lyhtran lyhtnra lyhtnar lyhtanr
lyhtarn lyhrtna lyhrtan lyhrnta lyhrnat lyhrant lyhratn lyhnrta lyhnrat lyhntra lyhntar
lyhnatr lyhnart lyharnt lyhartn lyhanrt lyhantr lyhatnr lyhatrn lyrhtna lyrhtan lyrhnta
lyrhnat lyrhant lyrhatn lyrthna lyrthan lyrtnha lyrtnah lyrtanh lyrtahn lyrntha lyrntah
lyrnhta lyrnhat lyrnaht lyrnath lyratnh lyrathn lyranth lyranht lyrahnt lyrahtn lynhrta
lynhrat lynhtra lynhtar lynhatr lynhart lynrhta lynrhat lynrtha lynrtah lynrath lynraht
lyntrha lyntrah lynthra lynthar lyntahr lyntarh lynarth lynarht lynatrh lynathr lynahtr
lynahrt lyahrnt lyahrtn lyahnrt lyahntr lyahtnr lyahtrn lyarhnt lyarhtn lyarnht lyarnth
lyartnh lyarthn lyanrht lyanrth lyanhrt lyanhtr lyanthr lyantrh lyatrnh lyatrhn lyatnrh
lyatnhr lyathnr lyathrn lathryn lathrny lathyrn lathynr lathnyr lathnry latrhyn latrhny
latryhn latrynh latrnyh latrnhy latyrhn latyrnh latyhrn latyhnr latynhr latynrh latnryh
latnrhy latnyrh latnyhr latnhyr latnhry lahtryn lahtrny lahtyrn lahtynr lahtnyr lahtnry
lahrtyn lahrtny lahrytn lahrynt lahrnyt lahrnty lahyrtn lahyrnt lahytrn lahytnr lahyntr
lahynrt lahnryt lahnrty lahnyrt lahnytr lahntyr lahntry larhtyn larhtny larhytn larhynt
larhnyt larhnty larthyn larthny lartyhn lartynh lartnyh lartnhy larythn larytnh laryhtn
laryhnt larynht larynth larntyh larnthy larnyth larnyht larnhyt larnhty layhrtn layhrnt
layhtrn layhtnr layhntr layhnrt layrhtn layrhnt layrthn layrtnh layrnth layrnht laytrhn
laytrnh laythrn laythnr laytnhr laytnrh laynrth laynrht layntrh laynthr laynhtr laynhrt
lanhryt lanhrty lanhyrt lanhytr lanhtyr lanhtry lanrhyt lanrhty lanryht lanryth lanrtyh
lanrthy lanyrht lanyrth lanyhrt lanyhtr lanythr lanytrh lantryh lantrhy lantyrh lantyhr
lanthyr lanthry

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History of cryptography
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