easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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domesdays

decorousness


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: mathieu
cipher variations:
nbuijfv ocvjkgw pdwklhx qexlmiy rfymnjz
sgznoka thaoplb uibpqmc vjcqrnd wkdrsoe
xlestpf ymftuqg znguvrh aohvwsi bpiwxtj
cqjxyuk drkyzvl eslzawm ftmabxn gunbcyo
hvocdzp iwpdeaq jxqefbr kyrfgcs lzsghdt

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: mathieu
Cipher: nzgsrvf

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: mathieu
Cipher: ABABB AAAAA BAABA AABBB ABAAA AABAA BAABB

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: mathieu
cipher variations:
nbuijfvlbgwznjjbskpvxhbeyfdlfbqmvlzdbcaltnzbacrjpxbmqhrd
vbyexzrtbksnhfrbwgdptpbiutxhocvjkgwmchxaokkctlqwyicfzgem
gcrnwmaecdbmuoacbdskqycnrisewczfyasucltoigscxhequqcjvuyi
pdwklhxndiybplldumrxzjdgahfnhdsoxnbfdecnvpbdcetlrzdosjtf
xdagzbtvdmupjhtdyifrvrdkwvzjqexlmiyoejzcqmmevnsyakehbigo
ietpyocgefdowqcedfumsaeptkugyebhacuwenvqkiuezjgswselxwak
rfymnjzpfkadrnnfwotzblficjhpjfuqzpdhfgepxrdfegvntbfqulvh
zfcibdvxfowrljvfakhtxtfmyxblsgznokaqglbesoogxpuacmgjdkiq
kgvraqeighfqysegfhwoucgrvmwiagdjcewygpxsmkwgbliuyugnzycm
thaoplbrhmcftpphyqvbdnhkeljrlhwsbrfjhigrztfhgixpvdhswnxj
bhekdfxzhqytnlxhcmjvzvhoazdnuibpqmcsindguqqizrwceoilfmks
mixtcsgkijhsaugihjyqweitxoykciflegyairzuomyidnkwawipbaeo
vjcqrndtjoehvrrjasxdfpjmgnltnjyudthljkitbvhjikzrxfjuypzl
djgmfhzbjsavpnzjeolxbxjqcbfpwkdrsoeukpfiwsskbtyegqknhomu
okzveuimkljucwikjlasygkvzqamekhngiacktbwqoakfpmycykrdcgq
xlestpfvlqgjxttlcuzfhrloipnvplawfvjnlmkvdxjlkmbtzhlwarbn
fliohjbdlucxrpblgqnzdzlsedhrymftuqgwmrhkyuumdvagismpjqow
qmbxgwkomnlweykmlncuaimxbscogmjpikcemvdysqcmhroaeamtfeis
znguvrhxnsilzvvnewbhjtnqkrpxrncyhxlpnomxfzlnmodvbjnyctdp
hnkqjldfnweztrdnispbfbnugfjtaohvwsiyotjmawwofxcikuorlsqy
sodziymqopnygamonpewckozdueqiolrkmegoxfauseojtqcgcovhgku
bpiwxtjzpuknbxxpgydjlvpsmtrztpeajznrpqozhbnpoqfxdlpaevfr
jpmslnfhpygbvtfpkurdhdpwihlvcqjxyukaqvlocyyqhzekmwqtnusa
uqfbkaosqrpaicoqprgyemqbfwgskqntmogiqzhcwugqlvseieqxjimw
drkyzvlbrwmpdzzriaflnxruovtbvrgclbptrsqbjdprqshzfnrcgxht
lrounphjraidxvhrmwtfjfrykjnxeslzawmcsxnqeaasjbgmoysvpwuc
wshdmcqustrckeqsrtiagosdhyiumspvoqiksbjeywisnxugkgszlkoy
ftmabxndtyorfbbtkchnpztwqxvdxtiendrvtusdlfrtsujbhpteizjv
ntqwprjltckfzxjtoyvhlhtamlpzgunbcyoeuzpsgcculdioqauxrywe
yujfoeswuvtemgsutvkciqufjakwourxqskmudlgaykupzwimiubnmqa
hvocdzpfvaqthddvmejprbvyszxfzvkgpftxvwufnhtvuwldjrvgkblx
pvsyrtlnvemhbzlvqaxjnjvconrbiwpdeaqgwbruieewnfkqscwztayg
awlhqguywxvgoiuwvxmekswhlcmyqwtzsumowfnicamwrbykokwdposc
jxqefbrhxcsvjffxoglrtdxaubzhbxmirhvzxywhpjvxwynfltximdnz
rxuatvnpxgojdbnxsczlplxeqptdkyrfgcsiydtwkggyphmsueybvcai
cynjsiwayzxiqkwyxzogmuyjneoasyvbuwoqyhpkecoytdamqmyfrque
lzsghdtjzeuxlhhzqintvfzcwdbjdzoktjxbzayjrlxzyaphnvzkofpb
tzwcvxprziqlfdpzuebnrnzgsrvfmathieukafvymiiarjouwgadxeck
eaplukycabzksmyazbqiowalpgqcuaxdwyqsajrmgeqavfcosoahtswg

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: mathieu
Cipher: znguvrh

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: mathieu
Cipher: 23114432425154

Extended Methods:
Method #1

Plaintext: mathieu
method variations:
rfynokzwldstpebqixyukgvocdzp

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
m a t h i e u 
2 1 4 3 4 5 5 
3 1 4 2 2 1 4 
They are then read out in rows:
21434553142214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: mathieu
Cipher: boypqgq

Read more ...
Method #3

Plaintext: mathieu
method variations:
cqorwvi qorwvic orwvicq
rwvicqo wvicqor vicqorw
icqorwv

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: mathieu

all 5040 cipher variations:
mathieu mathiue matheiu matheui mathuei mathuie matiheu matihue matiehu matieuh matiueh
matiuhe mateihu mateiuh matehiu matehui mateuhi mateuih matuieh matuihe matueih matuehi
matuhei matuhie mahtieu mahtiue mahteiu mahteui mahtuei mahtuie mahiteu mahitue mahietu
mahieut mahiuet mahiute maheitu maheiut mahetiu mahetui maheuti maheuit mahuiet mahuite
mahueit mahueti mahutei mahutie maihteu maihtue maihetu maiheut maihuet maihute maitheu
maithue maitehu maiteuh maitueh maituhe maiethu maietuh maiehtu maiehut maieuht maieuth
maiuteh maiuthe maiueth maiueht maiuhet maiuhte maehitu maehiut maehtiu maehtui maehuti
maehuit maeihtu maeihut maeithu maeituh maeiuth maeiuht maetihu maetiuh maethiu maethui
maetuhi maetuih maeuith maeuiht maeutih maeuthi maeuhti maeuhit mauhiet mauhite mauheit
mauheti mauhtei mauhtie mauihet mauihte mauieht mauieth mauiteh mauithe maueiht maueith
mauehit mauehti mauethi mauetih mautieh mautihe mauteih mautehi mauthei mauthie mtahieu
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mtaeihu mtaeiuh mtaehiu mtaehui mtaeuhi mtaeuih mtauieh mtauihe mtaueih mtauehi mtauhei
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aehuitm aehumit aehumti aehutmi aehutim aeihtmu aeihtum aeihmtu aeihmut aeihumt aeihutm
aeithmu aeithum aeitmhu aeitmuh aeitumh aeituhm aeimthu aeimtuh aeimhtu aeimhut aeimuht
aeimuth aeiutmh aeiuthm aeiumth aeiumht aeiuhmt aeiuhtm aemhitu aemhiut aemhtiu aemhtui
aemhuti aemhuit aemihtu aemihut aemithu aemituh aemiuth aemiuht aemtihu aemtiuh aemthiu
aemthui aemtuhi aemtuih aemuith aemuiht aemutih aemuthi aemuhti aemuhit aeuhimt aeuhitm
aeuhmit aeuhmti aeuhtmi aeuhtim aeuihmt aeuihtm aeuimht aeuimth aeuitmh aeuithm aeumiht
aeumith aeumhit aeumhti aeumthi aeumtih aeutimh aeutihm aeutmih aeutmhi aeuthmi aeuthim
authiem authime autheim authemi authmei authmie autihem autihme autiehm autiemh autimeh
autimhe auteihm auteimh autehim autehmi autemhi autemih autmieh autmihe autmeih autmehi
autmhei autmhie auhtiem auhtime auhteim auhtemi auhtmei auhtmie auhitem auhitme auhietm
auhiemt auhimet auhimte auheitm auheimt auhetim auhetmi auhemti auhemit auhmiet auhmite
auhmeit auhmeti auhmtei auhmtie auihtem auihtme auihetm auihemt auihmet auihmte auithem
auithme auitehm auitemh auitmeh auitmhe auiethm auietmh auiehtm auiehmt auiemht auiemth
auimteh auimthe auimeth auimeht auimhet auimhte auehitm auehimt auehtim auehtmi auehmti
auehmit aueihtm aueihmt aueithm aueitmh aueimth aueimht auetihm auetimh auethim auethmi
auetmhi auetmih auemith auemiht auemtih auemthi auemhti auemhit aumhiet aumhite aumheit
aumheti aumhtei aumhtie aumihet aumihte aumieht aumieth aumiteh aumithe aumeiht aumeith
aumehit aumehti aumethi aumetih aumtieh aumtihe aumteih aumtehi aumthei aumthie tamhieu
tamhiue tamheiu tamheui tamhuei tamhuie tamiheu tamihue tamiehu tamieuh tamiueh tamiuhe
tameihu tameiuh tamehiu tamehui tameuhi tameuih tamuieh tamuihe tamueih tamuehi tamuhei
tamuhie tahmieu tahmiue tahmeiu tahmeui tahmuei tahmuie tahimeu tahimue tahiemu tahieum
tahiuem tahiume taheimu taheium tahemiu tahemui taheumi taheuim tahuiem tahuime tahueim
tahuemi tahumei tahumie taihmeu taihmue taihemu taiheum taihuem taihume taimheu taimhue
taimehu taimeuh taimueh taimuhe taiemhu taiemuh taiehmu taiehum taieuhm taieumh taiumeh
taiumhe taiuemh taiuehm taiuhem taiuhme taehimu taehium taehmiu taehmui taehumi taehuim
taeihmu taeihum taeimhu taeimuh taeiumh taeiuhm taemihu taemiuh taemhiu taemhui taemuhi
taemuih taeuimh taeuihm taeumih taeumhi taeuhmi taeuhim tauhiem tauhime tauheim tauhemi
tauhmei tauhmie tauihem tauihme tauiehm tauiemh tauimeh tauimhe taueihm taueimh tauehim
tauehmi tauemhi tauemih taumieh taumihe taumeih taumehi taumhei taumhie tmahieu tmahiue
tmaheiu tmaheui tmahuei tmahuie tmaiheu tmaihue tmaiehu tmaieuh tmaiueh tmaiuhe tmaeihu
tmaeiuh tmaehiu tmaehui tmaeuhi tmaeuih tmauieh tmauihe tmaueih tmauehi tmauhei tmauhie
tmhaieu tmhaiue tmhaeiu tmhaeui tmhauei tmhauie tmhiaeu tmhiaue tmhieau tmhieua tmhiuea
tmhiuae tmheiau tmheiua tmheaiu tmheaui tmheuai tmheuia tmhuiea tmhuiae tmhueia tmhueai
tmhuaei tmhuaie tmihaeu tmihaue tmiheau tmiheua tmihuea tmihuae tmiaheu tmiahue tmiaehu
tmiaeuh tmiaueh tmiauhe tmieahu tmieauh tmiehau tmiehua tmieuha tmieuah tmiuaeh tmiuahe
tmiueah tmiueha tmiuhea tmiuhae tmehiau tmehiua tmehaiu tmehaui tmehuai tmehuia tmeihau
tmeihua tmeiahu tmeiauh tmeiuah tmeiuha tmeaihu tmeaiuh tmeahiu tmeahui tmeauhi tmeauih
tmeuiah tmeuiha tmeuaih tmeuahi tmeuhai tmeuhia tmuhiea tmuhiae tmuheia tmuheai tmuhaei
tmuhaie tmuihea tmuihae tmuieha tmuieah tmuiaeh tmuiahe tmueiha tmueiah tmuehia tmuehai
tmueahi tmueaih tmuaieh tmuaihe tmuaeih tmuaehi tmuahei tmuahie thmaieu thmaiue thmaeiu
thmaeui thmauei thmauie thmiaeu thmiaue thmieau thmieua thmiuea thmiuae thmeiau thmeiua
thmeaiu thmeaui thmeuai thmeuia thmuiea thmuiae thmueia thmueai thmuaei thmuaie thamieu
thamiue thameiu thameui thamuei thamuie thaimeu thaimue thaiemu thaieum thaiuem thaiume
thaeimu thaeium thaemiu thaemui thaeumi thaeuim thauiem thauime thaueim thauemi thaumei
thaumie thiameu thiamue thiaemu thiaeum thiauem thiaume thimaeu thimaue thimeau thimeua
thimuea thimuae thiemau thiemua thieamu thieaum thieuam thieuma thiumea thiumae thiuema
thiueam thiuaem thiuame theaimu theaium theamiu theamui theaumi theauim theiamu theiaum
theimau theimua theiuma theiuam themiau themiua themaiu themaui themuai themuia theuima
theuiam theumia theumai theuami theuaim thuaiem thuaime thuaeim thuaemi thuamei thuamie
thuiaem thuiame thuieam thuiema thuimea thuimae thueiam thueima thueaim thueami thuemai
thuemia thumiea thumiae thumeia thumeai thumaei thumaie timhaeu timhaue timheau timheua
timhuea timhuae timaheu timahue timaehu timaeuh timaueh timauhe timeahu timeauh timehau
timehua timeuha timeuah timuaeh timuahe timueah timueha timuhea timuhae tihmaeu tihmaue
tihmeau tihmeua tihmuea tihmuae tihameu tihamue tihaemu tihaeum tihauem tihaume tiheamu
tiheaum tihemau tihemua tiheuma tiheuam tihuaem tihuame tihueam tihuema tihumea tihumae
tiahmeu tiahmue tiahemu tiaheum tiahuem tiahume tiamheu tiamhue tiamehu tiameuh tiamueh
tiamuhe tiaemhu tiaemuh tiaehmu tiaehum tiaeuhm tiaeumh tiaumeh tiaumhe tiauemh tiauehm
tiauhem tiauhme tiehamu tiehaum tiehmau tiehmua tiehuma tiehuam tieahmu tieahum tieamhu
tieamuh tieaumh tieauhm tiemahu tiemauh tiemhau tiemhua tiemuha tiemuah tieuamh tieuahm
tieumah tieumha tieuhma tieuham tiuhaem tiuhame tiuheam tiuhema tiuhmea tiuhmae tiuahem
tiuahme tiuaehm tiuaemh tiuameh tiuamhe tiueahm tiueamh tiueham tiuehma tiuemha tiuemah
tiumaeh tiumahe tiumeah tiumeha tiumhea tiumhae temhiau temhiua temhaiu temhaui temhuai
temhuia temihau temihua temiahu temiauh temiuah temiuha temaihu temaiuh temahiu temahui
temauhi temauih temuiah temuiha temuaih temuahi temuhai temuhia tehmiau tehmiua tehmaiu
tehmaui tehmuai tehmuia tehimau tehimua tehiamu tehiaum tehiuam tehiuma tehaimu tehaium
tehamiu tehamui tehaumi tehauim tehuiam tehuima tehuaim tehuami tehumai tehumia teihmau
teihmua teihamu teihaum teihuam teihuma teimhau teimhua teimahu teimauh teimuah teimuha
teiamhu teiamuh teiahmu teiahum teiauhm teiaumh teiumah teiumha teiuamh teiuahm teiuham
teiuhma teahimu teahium teahmiu teahmui teahumi teahuim teaihmu teaihum teaimhu teaimuh
teaiumh teaiuhm teamihu teamiuh teamhiu teamhui teamuhi teamuih teauimh teauihm teaumih
teaumhi teauhmi teauhim teuhiam teuhima teuhaim teuhami teuhmai teuhmia teuiham teuihma
teuiahm teuiamh teuimah teuimha teuaihm teuaimh teuahim teuahmi teuamhi teuamih teumiah
teumiha teumaih teumahi teumhai teumhia tumhiea tumhiae tumheia tumheai tumhaei tumhaie
tumihea tumihae tumieha tumieah tumiaeh tumiahe tumeiha tumeiah tumehia tumehai tumeahi
tumeaih tumaieh tumaihe tumaeih tumaehi tumahei tumahie tuhmiea tuhmiae tuhmeia tuhmeai
tuhmaei tuhmaie tuhimea tuhimae tuhiema tuhieam tuhiaem tuhiame tuheima tuheiam tuhemia
tuhemai tuheami tuheaim tuhaiem tuhaime tuhaeim tuhaemi tuhamei tuhamie tuihmea tuihmae
tuihema tuiheam tuihaem tuihame tuimhea tuimhae tuimeha tuimeah tuimaeh tuimahe tuiemha
tuiemah tuiehma tuieham tuieahm tuieamh tuiameh tuiamhe tuiaemh tuiaehm tuiahem tuiahme
tuehima tuehiam tuehmia tuehmai tuehami tuehaim tueihma tueiham tueimha tueimah tueiamh
tueiahm tuemiha tuemiah tuemhia tuemhai tuemahi tuemaih tueaimh tueaihm tueamih tueamhi
tueahmi tueahim tuahiem tuahime tuaheim tuahemi tuahmei tuahmie tuaihem tuaihme tuaiehm
tuaiemh tuaimeh tuaimhe tuaeihm tuaeimh tuaehim tuaehmi tuaemhi tuaemih tuamieh tuamihe
tuameih tuamehi tuamhei tuamhie hatmieu hatmiue hatmeiu hatmeui hatmuei hatmuie hatimeu
hatimue hatiemu hatieum hatiuem hatiume hateimu hateium hatemiu hatemui hateumi hateuim
hatuiem hatuime hatueim hatuemi hatumei hatumie hamtieu hamtiue hamteiu hamteui hamtuei
hamtuie hamiteu hamitue hamietu hamieut hamiuet hamiute hameitu hameiut hametiu hametui
hameuti hameuit hamuiet hamuite hamueit hamueti hamutei hamutie haimteu haimtue haimetu
haimeut haimuet haimute haitmeu haitmue haitemu haiteum haituem haitume haietmu haietum
haiemtu haiemut haieumt haieutm haiutem haiutme haiuetm haiuemt haiumet haiumte haemitu
haemiut haemtiu haemtui haemuti haemuit haeimtu haeimut haeitmu haeitum haeiutm haeiumt
haetimu haetium haetmiu haetmui haetumi haetuim haeuitm haeuimt haeutim haeutmi haeumti
haeumit haumiet haumite haumeit haumeti haumtei haumtie hauimet hauimte hauiemt hauietm
hauitem hauitme haueimt haueitm hauemit hauemti hauetmi hauetim hautiem hautime hauteim
hautemi hautmei hautmie htamieu htamiue htameiu htameui htamuei htamuie htaimeu htaimue
htaiemu htaieum htaiuem htaiume htaeimu htaeium htaemiu htaemui htaeumi htaeuim htauiem
htauime htaueim htauemi htaumei htaumie htmaieu htmaiue htmaeiu htmaeui htmauei htmauie
htmiaeu htmiaue htmieau htmieua htmiuea htmiuae htmeiau htmeiua htmeaiu htmeaui htmeuai
htmeuia htmuiea htmuiae htmueia htmueai htmuaei htmuaie htimaeu htimaue htimeau htimeua
htimuea htimuae htiameu htiamue htiaemu htiaeum htiauem htiaume htieamu htieaum htiemau
htiemua htieuma htieuam htiuaem htiuame htiueam htiuema htiumea htiumae htemiau htemiua
htemaiu htemaui htemuai htemuia hteimau hteimua hteiamu hteiaum hteiuam hteiuma hteaimu
hteaium hteamiu hteamui hteaumi hteauim hteuiam hteuima hteuaim hteuami hteumai hteumia
htumiea htumiae htumeia htumeai htumaei htumaie htuimea htuimae htuiema htuieam htuiaem
htuiame htueima htueiam htuemia htuemai htueami htueaim htuaiem htuaime htuaeim htuaemi
htuamei htuamie hmtaieu hmtaiue hmtaeiu hmtaeui hmtauei hmtauie hmtiaeu hmtiaue hmtieau
hmtieua hmtiuea hmtiuae hmteiau hmteiua hmteaiu hmteaui hmteuai hmteuia hmtuiea hmtuiae
hmtueia hmtueai hmtuaei hmtuaie hmatieu hmatiue hmateiu hmateui hmatuei hmatuie hmaiteu
hmaitue hmaietu hmaieut hmaiuet hmaiute hmaeitu hmaeiut hmaetiu hmaetui hmaeuti hmaeuit
hmauiet hmauite hmaueit hmaueti hmautei hmautie hmiateu hmiatue hmiaetu hmiaeut hmiauet
hmiaute hmitaeu hmitaue hmiteau hmiteua hmituea hmituae hmietau hmietua hmieatu hmieaut
hmieuat hmieuta hmiutea hmiutae hmiueta hmiueat hmiuaet hmiuate hmeaitu hmeaiut hmeatiu
hmeatui hmeauti hmeauit hmeiatu hmeiaut hmeitau hmeitua hmeiuta hmeiuat hmetiau hmetiua
hmetaiu hmetaui hmetuai hmetuia hmeuita hmeuiat hmeutia hmeutai hmeuati hmeuait hmuaiet
hmuaite hmuaeit hmuaeti hmuatei hmuatie hmuiaet hmuiate hmuieat hmuieta hmuitea hmuitae
hmueiat hmueita hmueait hmueati hmuetai hmuetia hmutiea hmutiae hmuteia hmuteai hmutaei
hmutaie hitmaeu hitmaue hitmeau hitmeua hitmuea hitmuae hitameu hitamue hitaemu hitaeum
hitauem hitaume hiteamu hiteaum hitemau hitemua hiteuma hiteuam hituaem hituame hitueam
hituema hitumea hitumae himtaeu himtaue himteau himteua himtuea himtuae himateu himatue
himaetu himaeut himauet himaute himeatu himeaut himetau himetua himeuta himeuat himuaet
himuate himueat himueta himutea himutae hiamteu hiamtue hiametu hiameut hiamuet hiamute
hiatmeu hiatmue hiatemu hiateum hiatuem hiatume hiaetmu hiaetum hiaemtu hiaemut hiaeumt
hiaeutm hiautem hiautme hiauetm hiauemt hiaumet hiaumte hiematu hiemaut hiemtau hiemtua
hiemuta hiemuat hieamtu hieamut hieatmu hieatum hieautm hieaumt hietamu hietaum hietmau
hietmua hietuma hietuam hieuatm hieuamt hieutam hieutma hieumta hieumat hiumaet hiumate
hiumeat hiumeta hiumtea hiumtae hiuamet hiuamte hiuaemt hiuaetm hiuatem hiuatme hiueamt
hiueatm hiuemat hiuemta hiuetma hiuetam hiutaem hiutame hiuteam hiutema hiutmea hiutmae
hetmiau hetmiua hetmaiu hetmaui hetmuai hetmuia hetimau hetimua hetiamu hetiaum hetiuam
hetiuma hetaimu hetaium hetamiu hetamui hetaumi hetauim hetuiam hetuima hetuaim hetuami
hetumai hetumia hemtiau hemtiua hemtaiu hemtaui hemtuai hemtuia hemitau hemitua hemiatu
hemiaut hemiuat hemiuta hemaitu hemaiut hematiu hematui hemauti hemauit hemuiat hemuita
hemuait hemuati hemutai hemutia heimtau heimtua heimatu heimaut heimuat heimuta heitmau
heitmua heitamu heitaum heituam heituma heiatmu heiatum heiamtu heiamut heiaumt heiautm
heiutam heiutma heiuatm heiuamt heiumat heiumta heamitu heamiut heamtiu heamtui heamuti
heamuit heaimtu heaimut heaitmu heaitum heaiutm heaiumt heatimu heatium heatmiu heatmui
heatumi heatuim heauitm heauimt heautim heautmi heaumti heaumit heumiat heumita heumait
heumati heumtai heumtia heuimat heuimta heuiamt heuiatm heuitam heuitma heuaimt heuaitm
heuamit heuamti heuatmi heuatim heutiam heutima heutaim heutami heutmai heutmia hutmiea
hutmiae hutmeia hutmeai hutmaei hutmaie hutimea hutimae hutiema hutieam hutiaem hutiame
huteima huteiam hutemia hutemai huteami huteaim hutaiem hutaime hutaeim hutaemi hutamei
hutamie humtiea humtiae humteia humteai humtaei humtaie humitea humitae humieta humieat
humiaet humiate humeita humeiat humetia humetai humeati humeait humaiet humaite humaeit
humaeti humatei humatie huimtea huimtae huimeta huimeat huimaet huimate huitmea huitmae
huitema huiteam huitaem huitame huietma huietam huiemta huiemat huieamt huieatm huiatem
huiatme huiaetm huiaemt huiamet huiamte huemita huemiat huemtia huemtai huemati huemait
hueimta hueimat hueitma hueitam hueiatm hueiamt huetima huetiam huetmia huetmai huetami
huetaim hueaitm hueaimt hueatim hueatmi hueamti hueamit huamiet huamite huameit huameti
huamtei huamtie huaimet huaimte huaiemt huaietm huaitem huaitme huaeimt huaeitm huaemit
huaemti huaetmi huaetim huatiem huatime huateim huatemi huatmei huatmie iathmeu iathmue
iathemu iatheum iathuem iathume iatmheu iatmhue iatmehu iatmeuh iatmueh iatmuhe iatemhu
iatemuh iatehmu iatehum iateuhm iateumh iatumeh iatumhe iatuemh iatuehm iatuhem iatuhme
iahtmeu iahtmue iahtemu iahteum iahtuem iahtume iahmteu iahmtue iahmetu iahmeut iahmuet
iahmute iahemtu iahemut iahetmu iahetum iaheutm iaheumt iahumet iahumte iahuemt iahuetm
iahutem iahutme iamhteu iamhtue iamhetu iamheut iamhuet iamhute iamtheu iamthue iamtehu
iamteuh iamtueh iamtuhe iamethu iametuh iamehtu iamehut iameuht iameuth iamuteh iamuthe
iamueth iamueht iamuhet iamuhte iaehmtu iaehmut iaehtmu iaehtum iaehutm iaehumt iaemhtu
iaemhut iaemthu iaemtuh iaemuth iaemuht iaetmhu iaetmuh iaethmu iaethum iaetuhm iaetumh
iaeumth iaeumht iaeutmh iaeuthm iaeuhtm iaeuhmt iauhmet iauhmte iauhemt iauhetm iauhtem
iauhtme iaumhet iaumhte iaumeht iaumeth iaumteh iaumthe iauemht iauemth iauehmt iauehtm
iauethm iauetmh iautmeh iautmhe iautemh iautehm iauthem iauthme itahmeu itahmue itahemu
itaheum itahuem itahume itamheu itamhue itamehu itameuh itamueh itamuhe itaemhu itaemuh
itaehmu itaehum itaeuhm itaeumh itaumeh itaumhe itauemh itauehm itauhem itauhme ithameu
ithamue ithaemu ithaeum ithauem ithaume ithmaeu ithmaue ithmeau ithmeua ithmuea ithmuae
ithemau ithemua itheamu itheaum itheuam itheuma ithumea ithumae ithuema ithueam ithuaem
ithuame itmhaeu itmhaue itmheau itmheua itmhuea itmhuae itmaheu itmahue itmaehu itmaeuh
itmaueh itmauhe itmeahu itmeauh itmehau itmehua itmeuha itmeuah itmuaeh itmuahe itmueah
itmueha itmuhea itmuhae itehmau itehmua itehamu itehaum itehuam itehuma itemhau itemhua
itemahu itemauh itemuah itemuha iteamhu iteamuh iteahmu iteahum iteauhm iteaumh iteumah
iteumha iteuamh iteuahm iteuham iteuhma ituhmea ituhmae ituhema ituheam ituhaem ituhame
itumhea itumhae itumeha itumeah itumaeh itumahe ituemha ituemah ituehma itueham itueahm
itueamh ituameh ituamhe ituaemh ituaehm ituahem ituahme ihtameu ihtamue ihtaemu ihtaeum
ihtauem ihtaume ihtmaeu ihtmaue ihtmeau ihtmeua ihtmuea ihtmuae ihtemau ihtemua ihteamu
ihteaum ihteuam ihteuma ihtumea ihtumae ihtuema ihtueam ihtuaem ihtuame ihatmeu ihatmue
ihatemu ihateum ihatuem ihatume ihamteu ihamtue ihametu ihameut ihamuet ihamute ihaemtu
ihaemut ihaetmu ihaetum ihaeutm ihaeumt ihaumet ihaumte ihauemt ihauetm ihautem ihautme
ihmateu ihmatue ihmaetu ihmaeut ihmauet ihmaute ihmtaeu ihmtaue ihmteau ihmteua ihmtuea
ihmtuae ihmetau ihmetua ihmeatu ihmeaut ihmeuat ihmeuta ihmutea ihmutae ihmueta ihmueat
ihmuaet ihmuate iheamtu iheamut iheatmu iheatum iheautm iheaumt ihematu ihemaut ihemtau
ihemtua ihemuta ihemuat ihetmau ihetmua ihetamu ihetaum ihetuam ihetuma iheumta iheumat
iheutma iheutam iheuatm iheuamt ihuamet ihuamte ihuaemt ihuaetm ihuatem ihuatme ihumaet
ihumate ihumeat ihumeta ihumtea ihumtae ihuemat ihuemta ihueamt ihueatm ihuetam ihuetma
ihutmea ihutmae ihutema ihuteam ihutaem ihutame imthaeu imthaue imtheau imtheua imthuea
imthuae imtaheu imtahue imtaehu imtaeuh imtaueh imtauhe imteahu imteauh imtehau imtehua
imteuha imteuah imtuaeh imtuahe imtueah imtueha imtuhea imtuhae imhtaeu imhtaue imhteau
imhteua imhtuea imhtuae imhateu imhatue imhaetu imhaeut imhauet imhaute imheatu imheaut
imhetau imhetua imheuta imheuat imhuaet imhuate imhueat imhueta imhutea imhutae imahteu
imahtue imahetu imaheut imahuet imahute imatheu imathue imatehu imateuh imatueh imatuhe
imaethu imaetuh imaehtu imaehut imaeuht imaeuth imauteh imauthe imaueth imaueht imauhet
imauhte imehatu imehaut imehtau imehtua imehuta imehuat imeahtu imeahut imeathu imeatuh
imeauth imeauht imetahu imetauh imethau imethua imetuha imetuah imeuath imeuaht imeutah
imeutha imeuhta imeuhat imuhaet imuhate imuheat imuheta imuhtea imuhtae imuahet imuahte
imuaeht imuaeth imuateh imuathe imueaht imueath imuehat imuehta imuetha imuetah imutaeh
imutahe imuteah imuteha imuthea imuthae iethmau iethmua iethamu iethaum iethuam iethuma
ietmhau ietmhua ietmahu ietmauh ietmuah ietmuha ietamhu ietamuh ietahmu ietahum ietauhm
ietaumh ietumah ietumha ietuamh ietuahm ietuham ietuhma iehtmau iehtmua iehtamu iehtaum
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eatimhu eatimuh eatiumh eatiuhm eatmihu eatmiuh eatmhiu eatmhui eatmuhi eatmuih eatuimh
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emuahti emuathi emuatih emutiah emutiha emutaih emutahi emuthai emuthia euthima euthiam
euthmia euthmai euthami euthaim eutihma eutiham eutimha eutimah eutiamh eutiahm eutmiha
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uatehim uatehmi uatemhi uatemih uatmieh uatmihe uatmeih uatmehi uatmhei uatmhie uahtiem
uahtime uahteim uahtemi uahtmei uahtmie uahitem uahitme uahietm uahiemt uahimet uahimte
uaheitm uaheimt uahetim uahetmi uahemti uahemit uahmiet uahmite uahmeit uahmeti uahmtei
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uaeithm uaeitmh uaeimth uaeimht uaetihm uaetimh uaethim uaethmi uaetmhi uaetmih uaemith
uaemiht uaemtih uaemthi uaemhti uaemhit uamhiet uamhite uamheit uamheti uamhtei uamhtie
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uhmieat uhmieta uhmitea uhmitae uhmeiat uhmeita uhmeait uhmeati uhmetai uhmetia uhmtiea
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uihetma uihemta uihemat uihmaet uihmate uihmeat uihmeta uihmtea uihmtae uiahtem uiahtme
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uetihma uetiahm uetiamh uetimah uetimha uetaihm uetaimh uetahim uetahmi uetamhi uetamih
uetmiah uetmiha uetmaih uetmahi uetmhai uetmhia uehtiam uehtima uehtaim uehtami uehtmai
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ueihamt ueihmat ueihmta ueitham ueithma ueitahm ueitamh ueitmah ueitmha ueiathm ueiatmh
ueiahtm ueiahmt ueiamht ueiamth ueimtah ueimtha ueimath ueimaht ueimhat ueimhta ueahitm
ueahimt ueahtim ueahtmi ueahmti ueahmit ueaihtm ueaihmt ueaithm ueaitmh ueaimth ueaimht
ueatihm ueatimh ueathim ueathmi ueatmhi ueatmih ueamith ueamiht ueamtih ueamthi ueamhti
ueamhit uemhiat uemhita uemhait uemhati uemhtai uemhtia uemihat uemihta uemiaht uemiath
uemitah uemitha uemaiht uemaith uemahit uemahti uemathi uematih uemtiah uemtiha uemtaih
uemtahi uemthai uemthia umthiea umthiae umtheia umtheai umthaei umthaie umtihea umtihae
umtieha umtieah umtiaeh umtiahe umteiha umteiah umtehia umtehai umteahi umteaih umtaieh
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umhitea umhitae umhieta umhieat umhiaet umhiate umheita umheiat umhetia umhetai umheati
umheait umhaiet umhaite umhaeit umhaeti umhatei umhatie umihtea umihtae umiheta umiheat
umihaet umihate umithea umithae umiteha umiteah umitaeh umitahe umietha umietah umiehta
umiehat umieaht umieath umiateh umiathe umiaeth umiaeht umiahet umiahte umehita umehiat
umehtia umehtai umehati umehait umeihta umeihat umeitha umeitah umeiath umeiaht umetiha
umetiah umethia umethai umetahi umetaih umeaith umeaiht umeatih umeathi umeahti umeahit
umahiet umahite umaheit umaheti umahtei umahtie umaihet umaihte umaieht umaieth umaiteh
umaithe umaeiht umaeith umaehit umaehti umaethi umaetih umatieh umatihe umateih umatehi
umathei umathie

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