easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

effort

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parco

sumpsissesque

kondras

burnouts

combureremusque

bediademed

karyopyknosis

unsolder

cyklop

largifical

earthgall

potuisseque

irradiative


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: antique
cipher variations:
boujrvf cpvkswg dqwltxh erxmuyi fsynvzj
gtzowak huapxbl ivbqycm jwcrzdn kxdsaeo
lyetbfp mzfucgq nagvdhr obhweis pcixfjt
qdjygku rekzhlv sflaimw tgmbjnx uhnckoy
viodlpz wjpemqa xkqfnrb ylrgosc zmshptd

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: antique
Cipher: zmgrjfv

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: antique
Cipher: AAAAA ABBAA BAABA ABAAA ABBBB BAABB AABAA

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: antique
cipher variations:
boujrvfbogzxjnbospdxvboefjldboqvpzlboclvntboarhpjbomhndr
boyxtrzboknzfhbowdftpboitlhxcpvkswgcphaykocptqeywcpfgkme
cprwqamcpdmwoucpbsiqkcpnioescpzyusacploagicpxeguqcpjumiy
dqwltxhdqibzlpdqurfzxdqghlnfdqsxrbndqenxpvdqctjrldqojpft
dqazvtbdqmpbhjdqyfhvrdqkvnjzerxmuyierjcamqervsgayerhimog
ertyscoerfoyqwerduksmerpkqguerbawucernqcikerzgiwserlwoka
fsynvzjfskdbnrfswthbzfsijnphfsuztdpfsgpzrxfsevltnfsqlrhv
fscbxvdfsordjlfsahjxtfsmxplbgtzowakgtlecosgtxuicagtjkoqi
gtvaueqgthqasygtfwmuogtrmsiwgtdcywegtpsekmgtbikyugtnyqmc
huapxblhumfdpthuyvjdbhuklprjhuwbvfrhuirbtzhugxnvphusntjx
huedzxfhuqtflnhucjlzvhuozrndivbqycmivngequivzwkecivlmqsk
ivxcwgsivjscuaivhyowqivtoukyivfeaygivrugmoivdkmawivpasoe
jwcrzdnjwohfrvjwaxlfdjwmnrtljwydxhtjwktdvbjwizpxrjwupvlz
jwgfbzhjwsvhnpjwelnbxjwqbtpfkxdsaeokxpigswkxbymgekxnosum
kxzeyiukxluewckxjaqyskxvqwmakxhgcaikxtwioqkxfmocykxrcuqg
lyetbfplyqjhtxlycznhflyoptvnlyafzjvlymvfxdlykbrztlywrxnb
lyihdbjlyuxjprlygnpdzlysdvrhmzfucgqmzrkiuymzdaoigmzpquwo
mzbgakwmznwgyemzlcsaumzxsyocmzjieckmzvykqsmzhoqeamztewsi
nagvdhrnasljvznaebpjhnaqrvxpnachblxnaoxhzfnamdtbvnaytzpd
nakjfdlnawzlrtnaiprfbnaufxtjobhweisobtmkwaobfcqkiobrswyq
obdicmyobpyiagobneucwobzuaqeoblkgemobxamsuobjqsgcobvgyuk
pcixfjtpcunlxbpcgdrljpcstxzrpcejdnzpcqzjbhpcofvdxpcavbrf
pcmlhfnpcybntvpckrthdpcwhzvlqdjygkuqdvomycqdhesmkqdtuyas
qdfkeoaqdrakciqdpgweyqdbwcsgqdnmigoqdzcouwqdlsuieqdxiawm
rekzhlvrewpnzdreiftnlreuvzbtreglfpbresbldjreqhxfzrecxdth
reonjhpreadpvxremtvjfreyjbxnsflaimwsfxqoaesfjguomsfvwacu
sfhmgqcsftcmeksfriygasfdyeuisfpokiqsfbeqwysfnuwkgsfzkcyo
tgmbjnxtgyrpbftgkhvpntgwxbdvtginhrdtgudnfltgsjzhbtgezfvj
tgqpljrtgcfrxztgovxlhtgaldzpuhnckoyuhzsqcguhliwqouhxycew
uhjoiseuhveogmuhtkaicuhfagwkuhrqmksuhdgsyauhpwymiuhbmeaq
viodlpzviatrdhvimjxrpviyzdfxvikpjtfviwfphnviulbjdvigbhxl
visrnltviehtzbviqxznjvicnfbrwjpemqawjbuseiwjnkysqwjzaegy
wjlqkugwjxgqiowjvmckewjhciymwjtsomuwjfiuacwjryaokwjdogcs
xkqfnrbxkcvtfjxkolztrxkabfhzxkmrlvhxkyhrjpxkwndlfxkidjzn
xkutpnvxkgjvbdxkszbplxkephdtylrgoscyldwugkylpmausylbcgia
ylnsmwiylziskqylxoemgyljekaoylvuqowylhkwceyltacqmylfqieu
zmshptdzmexvhlzmqnbvtzmcdhjbzmotnxjzmajtlrzmypfnhzmkflbp
zmwvrpxzmilxdfzmubdrnzmgrjfvantiqueanfywimanrocwuandeikc
anpuoykanbkumsanzqgoianlgmcqanxwsqyanjmyeganvcesoanhskgw

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: antique
Cipher: nagvdhr

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: antique
Cipher: 11334442145451

Extended Methods:
Method #1

Plaintext: antique
method variations:
fsyovzklxdtaepqciyfkuvhodlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a n t i q u e 
1 3 4 4 1 5 5 
1 3 4 2 4 4 1 
They are then read out in rows:
13441551342441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: antique
Cipher: ltvesrd

Read more ...
Method #3

Plaintext: antique
method variations:
lstbyya stbyyal tbyyals
byyalst yyalstb yalstby
alstbyy

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: antique

all 5040 cipher variations:
antique antiqeu antiuqe antiueq antieuq antiequ antqiue antqieu antquie antquei antqeui
antqeiu antuqie antuqei antuiqe antuieq antueiq antueqi antequi anteqiu anteuqi anteuiq
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nqaueit nqaueti nqaetui nqaetiu nqaeuti nqaeuit nqaeiut nqaeitu nquiate nquiaet nquitae
nquitea nquieta nquieat nquaite nquaiet nquatie nquatei nquaeti nquaeit nqutaie nqutaei
nqutiae nqutiea nquteia nquteai nqueati nqueait nquetai nquetia nqueita nqueiat nqeiaut
nqeiatu nqeiuat nqeiuta nqeitua nqeitau nqeaiut nqeaitu nqeauit nqeauti nqeatui nqeatiu
nqeuait nqeuati nqeuiat nqeuita nqeutia nqeutai nqetaui nqetaiu nqetuai nqetuia nqetiua
nqetiau nutiqae nutiqea nutiaqe nutiaeq nutieaq nutieqa nutqiae nutqiea nutqaie nutqaei
nutqeai nutqeia nutaqie nutaqei nutaiqe nutaieq nutaeiq nutaeqi nuteqai nuteqia nuteaqi
nuteaiq nuteiaq nuteiqa nuitqae nuitqea nuitaqe nuitaeq nuiteaq nuiteqa nuiqtae nuiqtea
nuiqate nuiqaet nuiqeat nuiqeta nuiaqte nuiaqet nuiatqe nuiateq nuiaetq nuiaeqt nuieqat
nuieqta nuieaqt nuieatq nuietaq nuietqa nuqitae nuqitea nuqiate nuqiaet nuqieat nuqieta
nuqtiae nuqtiea nuqtaie nuqtaei nuqteai nuqteia nuqatie nuqatei nuqaite nuqaiet nuqaeit
nuqaeti nuqetai nuqetia nuqeati nuqeait nuqeiat nuqeita nuaiqte nuaiqet nuaitqe nuaiteq
nuaietq nuaieqt nuaqite nuaqiet nuaqtie nuaqtei nuaqeti nuaqeit nuatqie nuatqei nuatiqe
nuatieq nuateiq nuateqi nuaeqti nuaeqit nuaetqi nuaetiq nuaeitq nuaeiqt nueiqat nueiqta
nueiaqt nueiatq nueitaq nueitqa nueqiat nueqita nueqait nueqati nueqtai nueqtia nueaqit
nueaqti nueaiqt nueaitq nueatiq nueatqi nuetqai nuetqia nuetaqi nuetaiq nuetiaq nuetiqa
netiqua netiqau netiuqa netiuaq netiauq netiaqu netqiua netqiau netquia netquai netqaui
netqaiu netuqia netuqai netuiqa netuiaq netuaiq netuaqi netaqui netaqiu netauqi netauiq
netaiuq netaiqu neitqua neitqau neituqa neituaq neitauq neitaqu neiqtua neiqtau neiquta
neiquat neiqaut neiqatu neiuqta neiuqat neiutqa neiutaq neiuatq neiuaqt neiaqut neiaqtu
neiauqt neiautq neiatuq neiatqu neqitua neqitau neqiuta neqiuat neqiaut neqiatu neqtiua
neqtiau neqtuia neqtuai neqtaui neqtaiu nequtia nequtai nequita nequiat nequait nequati
neqatui neqatiu neqauti neqauit neqaiut neqaitu neuiqta neuiqat neuitqa neuitaq neuiatq
neuiaqt neuqita neuqiat neuqtia neuqtai neuqati neuqait neutqia neutqai neutiqa neutiaq
neutaiq neutaqi neuaqti neuaqit neuatqi neuatiq neuaitq neuaiqt neaiqut neaiqtu neaiuqt
neaiutq neaituq neaitqu neaqiut neaqitu neaquit neaquti neaqtui neaqtiu neauqit neauqti
neauiqt neauitq neautiq neautqi neatqui neatqiu neatuqi neatuiq neatiuq neatiqu tnaique
tnaiqeu tnaiuqe tnaiueq tnaieuq tnaiequ tnaqiue tnaqieu tnaquie tnaquei tnaqeui tnaqeiu
tnauqie tnauqei tnauiqe tnauieq tnaueiq tnaueqi tnaequi tnaeqiu tnaeuqi tnaeuiq tnaeiuq
tnaeiqu tniaque tniaqeu tniauqe tniaueq tniaeuq tniaequ tniqaue tniqaeu tniquae tniquea
tniqeua tniqeau tniuqae tniuqea tniuaqe tniuaeq tniueaq tniueqa tniequa tnieqau tnieuqa
tnieuaq tnieauq tnieaqu tnqiaue tnqiaeu tnqiuae tnqiuea tnqieua tnqieau tnqaiue tnqaieu
tnqauie tnqauei tnqaeui tnqaeiu tnquaie tnquaei tnquiae tnquiea tnqueia tnqueai tnqeaui
tnqeaiu tnqeuai tnqeuia tnqeiua tnqeiau tnuiqae tnuiqea tnuiaqe tnuiaeq tnuieaq tnuieqa
tnuqiae tnuqiea tnuqaie tnuqaei tnuqeai tnuqeia tnuaqie tnuaqei tnuaiqe tnuaieq tnuaeiq
tnuaeqi tnueqai tnueqia tnueaqi tnueaiq tnueiaq tnueiqa tneiqua tneiqau tneiuqa tneiuaq
tneiauq tneiaqu tneqiua tneqiau tnequia tnequai tneqaui tneqaiu tneuqia tneuqai tneuiqa
tneuiaq tneuaiq tneuaqi tneaqui tneaqiu tneauqi tneauiq tneaiuq tneaiqu tanique taniqeu
taniuqe taniueq tanieuq taniequ tanqiue tanqieu tanquie tanquei tanqeui tanqeiu tanuqie
tanuqei tanuiqe tanuieq tanueiq tanueqi tanequi taneqiu taneuqi taneuiq taneiuq taneiqu
tainque tainqeu tainuqe tainueq taineuq tainequ taiqnue taiqneu taiqune taiquen taiqeun
taiqenu taiuqne taiuqen taiunqe taiuneq taiuenq taiueqn taiequn taieqnu taieuqn taieunq
taienuq taienqu taqinue taqineu taqiune taqiuen taqieun taqienu taqniue taqnieu taqnuie
taqnuei taqneui taqneiu taqunie taqunei taquine taquien taquein taqueni taqenui taqeniu
taqeuni taqeuin taqeiun taqeinu tauiqne tauiqen tauinqe tauineq tauienq tauieqn tauqine
tauqien tauqnie tauqnei tauqeni tauqein taunqie taunqei tauniqe taunieq tauneiq tauneqi
taueqni taueqin tauenqi taueniq taueinq taueiqn taeiqun taeiqnu taeiuqn taeiunq taeinuq
taeinqu taeqiun taeqinu taequin taequni taeqnui taeqniu taeuqin taeuqni taeuiqn taeuinq
taeuniq taeunqi taenqui taenqiu taenuqi taenuiq taeniuq taeniqu tianque tianqeu tianuqe
tianueq tianeuq tianequ tiaqnue tiaqneu tiaqune tiaquen tiaqeun tiaqenu tiauqne tiauqen
tiaunqe tiauneq tiauenq tiaueqn tiaequn tiaeqnu tiaeuqn tiaeunq tiaenuq tiaenqu tinaque
tinaqeu tinauqe tinaueq tinaeuq tinaequ tinqaue tinqaeu tinquae tinquea tinqeua tinqeau
tinuqae tinuqea tinuaqe tinuaeq tinueaq tinueqa tinequa tineqau tineuqa tineuaq tineauq
tineaqu tiqnaue tiqnaeu tiqnuae tiqnuea tiqneua tiqneau tiqanue tiqaneu tiqaune tiqauen
tiqaeun tiqaenu tiquane tiquaen tiqunae tiqunea tiquena tiquean tiqeaun tiqeanu tiqeuan
tiqeuna tiqenua tiqenau tiunqae tiunqea tiunaqe tiunaeq tiuneaq tiuneqa tiuqnae tiuqnea
tiuqane tiuqaen tiuqean tiuqena tiuaqne tiuaqen tiuanqe tiuaneq tiuaenq tiuaeqn tiueqan
tiueqna tiueaqn tiueanq tiuenaq tiuenqa tienqua tienqau tienuqa tienuaq tienauq tienaqu
tieqnua tieqnau tiequna tiequan tieqaun tieqanu tieuqna tieuqan tieunqa tieunaq tieuanq
tieuaqn tieaqun tieaqnu tieauqn tieaunq tieanuq tieanqu tqainue tqaineu tqaiune tqaiuen
tqaieun tqaienu tqaniue tqanieu tqanuie tqanuei tqaneui tqaneiu tqaunie tqaunei tqauine
tqauien tqauein tqaueni tqaenui tqaeniu tqaeuni tqaeuin tqaeiun tqaeinu tqianue tqianeu
tqiaune tqiauen tqiaeun tqiaenu tqinaue tqinaeu tqinuae tqinuea tqineua tqineau tqiunae
tqiunea tqiuane tqiuaen tqiuean tqiuena tqienua tqienau tqieuna tqieuan tqieaun tqieanu
tqniaue tqniaeu tqniuae tqniuea tqnieua tqnieau tqnaiue tqnaieu tqnauie tqnauei tqnaeui
tqnaeiu tqnuaie tqnuaei tqnuiae tqnuiea tqnueia tqnueai tqneaui tqneaiu tqneuai tqneuia
tqneiua tqneiau tquinae tquinea tquiane tquiaen tquiean tquiena tquniae tquniea tqunaie
tqunaei tquneai tquneia tquanie tquanei tquaine tquaien tquaein tquaeni tquenai tquenia
tqueani tqueain tqueian tqueina tqeinua tqeinau tqeiuna tqeiuan tqeiaun tqeianu tqeniua
tqeniau tqenuia tqenuai tqenaui tqenaiu tqeunia tqeunai tqeuina tqeuian tqeuain tqeuani
tqeanui tqeaniu tqeauni tqeauin tqeaiun tqeainu tuaiqne tuaiqen tuainqe tuaineq tuaienq
tuaieqn tuaqine tuaqien tuaqnie tuaqnei tuaqeni tuaqein tuanqie tuanqei tuaniqe tuanieq
tuaneiq tuaneqi tuaeqni tuaeqin tuaenqi tuaeniq tuaeinq tuaeiqn tuiaqne tuiaqen tuianqe
tuianeq tuiaenq tuiaeqn tuiqane tuiqaen tuiqnae tuiqnea tuiqena tuiqean tuinqae tuinqea
tuinaqe tuinaeq tuineaq tuineqa tuieqna tuieqan tuienqa tuienaq tuieanq tuieaqn tuqiane
tuqiaen tuqinae tuqinea tuqiena tuqiean tuqaine tuqaien tuqanie tuqanei tuqaeni tuqaein
tuqnaie tuqnaei tuqniae tuqniea tuqneia tuqneai tuqeani tuqeain tuqenai tuqenia tuqeina
tuqeian tuniqae tuniqea tuniaqe tuniaeq tunieaq tunieqa tunqiae tunqiea tunqaie tunqaei
tunqeai tunqeia tunaqie tunaqei tunaiqe tunaieq tunaeiq tunaeqi tuneqai tuneqia tuneaqi
tuneaiq tuneiaq tuneiqa tueiqna tueiqan tueinqa tueinaq tueianq tueiaqn tueqina tueqian
tueqnia tueqnai tueqani tueqain tuenqia tuenqai tueniqa tueniaq tuenaiq tuenaqi tueaqni
tueaqin tueanqi tueaniq tueainq tueaiqn teaiqun teaiqnu teaiuqn teaiunq teainuq teainqu
teaqiun teaqinu teaquin teaquni teaqnui teaqniu teauqin teauqni teauiqn teauinq teauniq
teaunqi teanqui teanqiu teanuqi teanuiq teaniuq teaniqu teiaqun teiaqnu teiauqn teiaunq
teianuq teianqu teiqaun teiqanu teiquan teiquna teiqnua teiqnau teiuqan teiuqna teiuaqn
teiuanq teiunaq teiunqa teinqua teinqau teinuqa teinuaq teinauq teinaqu teqiaun teqianu
teqiuan teqiuna teqinua teqinau teqaiun teqainu teqauin teqauni teqanui teqaniu tequain
tequani tequian tequina tequnia tequnai teqnaui teqnaiu teqnuai teqnuia teqniua teqniau
teuiqan teuiqna teuiaqn teuianq teuinaq teuinqa teuqian teuqina teuqain teuqani teuqnai
teuqnia teuaqin teuaqni teuaiqn teuainq teuaniq teuanqi teunqai teunqia teunaqi teunaiq
teuniaq teuniqa teniqua teniqau teniuqa teniuaq teniauq teniaqu tenqiua tenqiau tenquia
tenquai tenqaui tenqaiu tenuqia tenuqai tenuiqa tenuiaq tenuaiq tenuaqi tenaqui tenaqiu
tenauqi tenauiq tenaiuq tenaiqu intaque intaqeu intauqe intaueq intaeuq intaequ intqaue
intqaeu intquae intquea intqeua intqeau intuqae intuqea intuaqe intuaeq intueaq intueqa
intequa inteqau inteuqa inteuaq inteauq inteaqu inatque inatqeu inatuqe inatueq inateuq
inatequ inaqtue inaqteu inaqute inaquet inaqeut inaqetu inauqte inauqet inautqe inauteq
inauetq inaueqt inaequt inaeqtu inaeuqt inaeutq inaetuq inaetqu inqatue inqateu inqaute
inqauet inqaeut inqaetu inqtaue inqtaeu inqtuae inqtuea inqteua inqteau inqutae inqutea
inquate inquaet inqueat inqueta inqetua inqetau inqeuta inqeuat inqeaut inqeatu inuaqte
inuaqet inuatqe inuateq inuaetq inuaeqt inuqate inuqaet inuqtae inuqtea inuqeta inuqeat
inutqae inutqea inutaqe inutaeq inuteaq inuteqa inueqta inueqat inuetqa inuetaq inueatq
inueaqt ineaqut ineaqtu ineauqt ineautq ineatuq ineatqu ineqaut ineqatu inequat inequta
ineqtua ineqtau ineuqat ineuqta ineuaqt ineuatq ineutaq ineutqa inetqua inetqau inetuqa
inetuaq inetauq inetaqu itnaque itnaqeu itnauqe itnaueq itnaeuq itnaequ itnqaue itnqaeu
itnquae itnquea itnqeua itnqeau itnuqae itnuqea itnuaqe itnuaeq itnueaq itnueqa itnequa
itneqau itneuqa itneuaq itneauq itneaqu itanque itanqeu itanuqe itanueq itaneuq itanequ
itaqnue itaqneu itaqune itaquen itaqeun itaqenu itauqne itauqen itaunqe itauneq itauenq
itaueqn itaequn itaeqnu itaeuqn itaeunq itaenuq itaenqu itqanue itqaneu itqaune itqauen
itqaeun itqaenu itqnaue itqnaeu itqnuae itqnuea itqneua itqneau itqunae itqunea itquane
itquaen itquean itquena itqenua itqenau itqeuna itqeuan itqeaun itqeanu ituaqne ituaqen
ituanqe ituaneq ituaenq ituaeqn ituqane ituqaen ituqnae ituqnea ituqena ituqean itunqae
itunqea itunaqe itunaeq ituneaq ituneqa itueqna itueqan ituenqa ituenaq itueanq itueaqn
iteaqun iteaqnu iteauqn iteaunq iteanuq iteanqu iteqaun iteqanu itequan itequna iteqnua
iteqnau iteuqan iteuqna iteuaqn iteuanq iteunaq iteunqa itenqua itenqau itenuqa itenuaq
itenauq itenaqu iatnque iatnqeu iatnuqe iatnueq iatneuq iatnequ iatqnue iatqneu iatqune
iatquen iatqeun iatqenu iatuqne iatuqen iatunqe iatuneq iatuenq iatueqn iatequn iateqnu
iateuqn iateunq iatenuq iatenqu iantque iantqeu iantuqe iantueq ianteuq iantequ ianqtue
ianqteu ianqute ianquet ianqeut ianqetu ianuqte ianuqet ianutqe ianuteq ianuetq ianueqt
ianequt ianeqtu ianeuqt ianeutq ianetuq ianetqu iaqntue iaqnteu iaqnute iaqnuet iaqneut
iaqnetu iaqtnue iaqtneu iaqtune iaqtuen iaqteun iaqtenu iaqutne iaquten iaqunte iaqunet
iaquent iaquetn iaqetun iaqetnu iaqeutn iaqeunt iaqenut iaqentu iaunqte iaunqet iauntqe
iaunteq iaunetq iauneqt iauqnte iauqnet iauqtne iauqten iauqetn iauqent iautqne iautqen
iautnqe iautneq iautenq iauteqn iaueqtn iaueqnt iauetqn iauetnq iauentq iauenqt iaenqut
iaenqtu iaenuqt iaenutq iaentuq iaentqu iaeqnut iaeqntu iaequnt iaequtn iaeqtun iaeqtnu
iaeuqnt iaeuqtn iaeunqt iaeuntq iaeutnq iaeutqn iaetqun iaetqnu iaetuqn iaetunq iaetnuq
iaetnqu iqtanue iqtaneu iqtaune iqtauen iqtaeun iqtaenu iqtnaue iqtnaeu iqtnuae iqtnuea
iqtneua iqtneau iqtunae iqtunea iqtuane iqtuaen iqtuean iqtuena iqtenua iqtenau iqteuna
iqteuan iqteaun iqteanu iqatnue iqatneu iqatune iqatuen iqateun iqatenu iqantue iqanteu
iqanute iqanuet iqaneut iqanetu iqaunte iqaunet iqautne iqauten iqauetn iqauent iqaenut
iqaentu iqaeunt iqaeutn iqaetun iqaetnu iqnatue iqnateu iqnaute iqnauet iqnaeut iqnaetu
iqntaue iqntaeu iqntuae iqntuea iqnteua iqnteau iqnutae iqnutea iqnuate iqnuaet iqnueat
iqnueta iqnetua iqnetau iqneuta iqneuat iqneaut iqneatu iquante iquanet iquatne iquaten
iquaetn iquaent iqunate iqunaet iquntae iquntea iquneta iquneat iqutnae iqutnea iqutane
iqutaen iqutean iqutena iquenta iquenat iquetna iquetan iqueatn iqueant iqeanut iqeantu
iqeaunt iqeautn iqeatun iqeatnu iqenaut iqenatu iqenuat iqenuta iqentua iqentau iqeunat
iqeunta iqeuant iqeuatn iqeutan iqeutna iqetnua iqetnau iqetuna iqetuan iqetaun iqetanu
iutaqne iutaqen iutanqe iutaneq iutaenq iutaeqn iutqane iutqaen iutqnae iutqnea iutqena
iutqean iutnqae iutnqea iutnaqe iutnaeq iutneaq iutneqa iuteqna iuteqan iutenqa iutenaq
iuteanq iuteaqn iuatqne iuatqen iuatnqe iuatneq iuatenq iuateqn iuaqtne iuaqten iuaqnte
iuaqnet iuaqent iuaqetn iuanqte iuanqet iuantqe iuanteq iuanetq iuaneqt iuaeqnt iuaeqtn
iuaenqt iuaentq iuaetnq iuaetqn iuqatne iuqaten iuqante iuqanet iuqaent iuqaetn iuqtane
iuqtaen iuqtnae iuqtnea iuqtena iuqtean iuqntae iuqntea iuqnate iuqnaet iuqneat iuqneta
iuqetna iuqetan iuqenta iuqenat iuqeant iuqeatn iunaqte iunaqet iunatqe iunateq iunaetq
iunaeqt iunqate iunqaet iunqtae iunqtea iunqeta iunqeat iuntqae iuntqea iuntaqe iuntaeq
iunteaq iunteqa iuneqta iuneqat iunetqa iunetaq iuneatq iuneaqt iueaqnt iueaqtn iueanqt
iueantq iueatnq iueatqn iueqant iueqatn iueqnat iueqnta iueqtna iueqtan iuenqat iuenqta
iuenaqt iuenatq iuentaq iuentqa iuetqna iuetqan iuetnqa iuetnaq iuetanq iuetaqn ietaqun
ietaqnu ietauqn ietaunq ietanuq ietanqu ietqaun ietqanu ietquan ietquna ietqnua ietqnau
ietuqan ietuqna ietuaqn ietuanq ietunaq ietunqa ietnqua ietnqau ietnuqa ietnuaq ietnauq
ietnaqu ieatqun ieatqnu ieatuqn ieatunq ieatnuq ieatnqu ieaqtun ieaqtnu ieaqutn ieaqunt
ieaqnut ieaqntu ieauqtn ieauqnt ieautqn ieautnq ieauntq ieaunqt ieanqut ieanqtu ieanuqt
ieanutq ieantuq ieantqu ieqatun ieqatnu ieqautn ieqaunt ieqanut ieqantu ieqtaun ieqtanu
ieqtuan ieqtuna ieqtnua ieqtnau iequtan iequtna iequatn iequant iequnat iequnta ieqntua
ieqntau ieqnuta ieqnuat ieqnaut ieqnatu ieuaqtn ieuaqnt ieuatqn ieuatnq ieuantq ieuanqt
ieuqatn ieuqant ieuqtan ieuqtna ieuqnta ieuqnat ieutqan ieutqna ieutaqn ieutanq ieutnaq
ieutnqa ieunqta ieunqat ieuntqa ieuntaq ieunatq ieunaqt ienaqut ienaqtu ienauqt ienautq
ienatuq ienatqu ienqaut ienqatu ienquat ienquta ienqtua ienqtau ienuqat ienuqta ienuaqt
ienuatq ienutaq ienutqa ientqua ientqau ientuqa ientuaq ientauq ientaqu qntiaue qntiaeu
qntiuae qntiuea qntieua qntieau qntaiue qntaieu qntauie qntauei qntaeui qntaeiu qntuaie
qntuaei qntuiae qntuiea qntueia qntueai qnteaui qnteaiu qnteuai qnteuia qnteiua qnteiau
qnitaue qnitaeu qnituae qnituea qniteua qniteau qniatue qniateu qniaute qniauet qniaeut
qniaetu qniuate qniuaet qniutae qniutea qniueta qniueat qnieaut qnieatu qnieuat qnieuta
qnietua qnietau qnaitue qnaiteu qnaiute qnaiuet qnaieut qnaietu qnatiue qnatieu qnatuie
qnatuei qnateui qnateiu qnautie qnautei qnauite qnauiet qnaueit qnaueti qnaetui qnaetiu
qnaeuti qnaeuit qnaeiut qnaeitu qnuiate qnuiaet qnuitae qnuitea qnuieta qnuieat qnuaite
qnuaiet qnuatie qnuatei qnuaeti qnuaeit qnutaie qnutaei qnutiae qnutiea qnuteia qnuteai
qnueati qnueait qnuetai qnuetia qnueita qnueiat qneiaut qneiatu qneiuat qneiuta qneitua
qneitau qneaiut qneaitu qneauit qneauti qneatui qneatiu qneuait qneuati qneuiat qneuita
qneutia qneutai qnetaui qnetaiu qnetuai qnetuia qnetiua qnetiau qtniaue qtniaeu qtniuae
qtniuea qtnieua qtnieau qtnaiue qtnaieu qtnauie qtnauei qtnaeui qtnaeiu qtnuaie qtnuaei
qtnuiae qtnuiea qtnueia qtnueai qtneaui qtneaiu qtneuai qtneuia qtneiua qtneiau qtinaue
qtinaeu qtinuae qtinuea qtineua qtineau qtianue qtianeu qtiaune qtiauen qtiaeun qtiaenu
qtiuane qtiuaen qtiunae qtiunea qtiuena qtiuean qtieaun qtieanu qtieuan qtieuna qtienua
qtienau qtainue qtaineu qtaiune qtaiuen qtaieun qtaienu qtaniue qtanieu qtanuie qtanuei
qtaneui qtaneiu qtaunie qtaunei qtauine qtauien qtauein qtaueni qtaenui qtaeniu qtaeuni
qtaeuin qtaeiun qtaeinu qtuiane qtuiaen qtuinae qtuinea qtuiena qtuiean qtuaine qtuaien
qtuanie qtuanei qtuaeni qtuaein qtunaie qtunaei qtuniae qtuniea qtuneia qtuneai qtueani
qtueain qtuenai qtuenia qtueina qtueian qteiaun qteianu qteiuan qteiuna qteinua qteinau
qteaiun qteainu qteauin qteauni qteanui qteaniu qteuain qteuani qteuian qteuina qteunia
qteunai qtenaui qtenaiu qtenuai qtenuia qteniua qteniau qitnaue qitnaeu qitnuae qitnuea
qitneua qitneau qitanue qitaneu qitaune qitauen qitaeun qitaenu qituane qituaen qitunae
qitunea qituena qituean qiteaun qiteanu qiteuan qiteuna qitenua qitenau qintaue qintaeu
qintuae qintuea qinteua qinteau qinatue qinateu qinaute qinauet qinaeut qinaetu qinuate
qinuaet qinutae qinutea qinueta qinueat qineaut qineatu qineuat qineuta qinetua qinetau
qiantue qianteu qianute qianuet qianeut qianetu qiatnue qiatneu qiatune qiatuen qiateun
qiatenu qiautne qiauten qiaunte qiaunet qiauent qiauetn qiaetun qiaetnu qiaeutn qiaeunt
qiaenut qiaentu qiunate qiunaet qiuntae qiuntea qiuneta qiuneat qiuante qiuanet qiuatne
qiuaten qiuaetn qiuaent qiutane qiutaen qiutnae qiutnea qiutena qiutean qiueatn qiueant
qiuetan qiuetna qiuenta qiuenat qienaut qienatu qienuat qienuta qientua qientau qieanut
qieantu qieaunt qieautn qieatun qieatnu qieuant qieuatn qieunat qieunta qieutna qieutan
qietaun qietanu qietuan qietuna qietnua qietnau qatinue qatineu qatiune qatiuen qatieun
qatienu qatniue qatnieu qatnuie qatnuei qatneui qatneiu qatunie qatunei qatuine qatuien
qatuein qatueni qatenui qateniu qateuni qateuin qateiun qateinu qaitnue qaitneu qaitune
qaituen qaiteun qaitenu qaintue qainteu qainute qainuet qaineut qainetu qaiunte qaiunet
qaiutne qaiuten qaiuetn qaiuent qaienut qaientu qaieunt qaieutn qaietun qaietnu qanitue
qaniteu qaniute qaniuet qanieut qanietu qantiue qantieu qantuie qantuei qanteui qanteiu
qanutie qanutei qanuite qanuiet qanueit qanueti qanetui qanetiu qaneuti qaneuit qaneiut
qaneitu qauinte qauinet qauitne qauiten qauietn qauient qaunite qauniet qauntie qauntei
qauneti qauneit qautnie qautnei qautine qautien qautein qauteni qauenti qauenit qauetni
qauetin qaueitn qaueint qaeinut qaeintu qaeiunt qaeiutn qaeitun qaeitnu qaeniut qaenitu
qaenuit qaenuti qaentui qaentiu qaeunit qaeunti qaeuint qaeuitn qaeutin qaeutni qaetnui
qaetniu qaetuni qaetuin qaetiun qaetinu qutiane qutiaen qutinae qutinea qutiena qutiean
qutaine qutaien qutanie qutanei qutaeni qutaein qutnaie qutnaei qutniae qutniea qutneia
qutneai quteani quteain qutenai qutenia quteina quteian quitane quitaen quitnae quitnea
quitena quitean quiatne quiaten quiante quianet quiaent quiaetn quinate quinaet quintae
quintea quineta quineat quieant quieatn quienat quienta quietna quietan quaitne quaiten
quainte quainet quaient quaietn quatine quatien quatnie quatnei quateni quatein quantie
quantei quanite quaniet quaneit quaneti quaetni quaetin quaenti quaenit quaeint quaeitn
quniate quniaet qunitae qunitea qunieta qunieat qunaite qunaiet qunatie qunatei qunaeti
qunaeit quntaie quntaei quntiae quntiea qunteia qunteai quneati quneait qunetai qunetia
quneita quneiat queiant queiatn queinat queinta queitna queitan queaint queaitn queanit
queanti queatni queatin quenait quenati queniat quenita quentia quentai quetani quetain
quetnai quetnia quetina quetian qetiaun qetianu qetiuan qetiuna qetinua qetinau qetaiun
qetainu qetauin qetauni qetanui qetaniu qetuain qetuani qetuian qetuina qetunia qetunai
qetnaui qetnaiu qetnuai qetnuia qetniua qetniau qeitaun qeitanu qeituan qeituna qeitnua
qeitnau qeiatun qeiatnu qeiautn qeiaunt qeianut qeiantu qeiuatn qeiuant qeiutan qeiutna
qeiunta qeiunat qeinaut qeinatu qeinuat qeinuta qeintua qeintau qeaitun qeaitnu qeaiutn
qeaiunt qeainut qeaintu qeatiun qeatinu qeatuin qeatuni qeatnui qeatniu qeautin qeautni
qeauitn qeauint qeaunit qeaunti qeantui qeantiu qeanuti qeanuit qeaniut qeanitu qeuiatn
qeuiant qeuitan qeuitna qeuinta qeuinat qeuaitn qeuaint qeuatin qeuatni qeuanti qeuanit
qeutain qeutani qeutian qeutina qeutnia qeutnai qeunati qeunait qeuntai qeuntia qeunita
qeuniat qeniaut qeniatu qeniuat qeniuta qenitua qenitau qenaiut qenaitu qenauit qenauti
qenatui qenatiu qenuait qenuati qenuiat qenuita qenutia qenutai qentaui qentaiu qentuai
qentuia qentiua qentiau untiqae untiqea untiaqe untiaeq untieaq untieqa untqiae untqiea
untqaie untqaei untqeai untqeia untaqie untaqei untaiqe untaieq untaeiq untaeqi unteqai
unteqia unteaqi unteaiq unteiaq unteiqa unitqae unitqea unitaqe unitaeq uniteaq uniteqa
uniqtae uniqtea uniqate uniqaet uniqeat uniqeta uniaqte uniaqet uniatqe uniateq uniaetq
uniaeqt unieqat unieqta unieaqt unieatq unietaq unietqa unqitae unqitea unqiate unqiaet
unqieat unqieta unqtiae unqtiea unqtaie unqtaei unqteai unqteia unqatie unqatei unqaite
unqaiet unqaeit unqaeti unqetai unqetia unqeati unqeait unqeiat unqeita unaiqte unaiqet
unaitqe unaiteq unaietq unaieqt unaqite unaqiet unaqtie unaqtei unaqeti unaqeit unatqie
unatqei unatiqe unatieq unateiq unateqi unaeqti unaeqit unaetqi unaetiq unaeitq unaeiqt
uneiqat uneiqta uneiaqt uneiatq uneitaq uneitqa uneqiat uneqita uneqait uneqati uneqtai
uneqtia uneaqit uneaqti uneaiqt uneaitq uneatiq uneatqi unetqai unetqia unetaqi unetaiq
unetiaq unetiqa utniqae utniqea utniaqe utniaeq utnieaq utnieqa utnqiae utnqiea utnqaie
utnqaei utnqeai utnqeia utnaqie utnaqei utnaiqe utnaieq utnaeiq utnaeqi utneqai utneqia
utneaqi utneaiq utneiaq utneiqa utinqae utinqea utinaqe utinaeq utineaq utineqa utiqnae
utiqnea utiqane utiqaen utiqean utiqena utiaqne utiaqen utianqe utianeq utiaenq utiaeqn
utieqan utieqna utieaqn utieanq utienaq utienqa utqinae utqinea utqiane utqiaen utqiean
utqiena utqniae utqniea utqnaie utqnaei utqneai utqneia utqanie utqanei utqaine utqaien
utqaein utqaeni utqenai utqenia utqeani utqeain utqeian utqeina utaiqne utaiqen utainqe
utaineq utaienq utaieqn utaqine utaqien utaqnie utaqnei utaqeni utaqein utanqie utanqei
utaniqe utanieq utaneiq utaneqi utaeqni utaeqin utaenqi utaeniq utaeinq utaeiqn uteiqan
uteiqna uteiaqn uteianq uteinaq uteinqa uteqian uteqina uteqain uteqani uteqnai uteqnia
uteaqin uteaqni uteaiqn uteainq uteaniq uteanqi utenqai utenqia utenaqi utenaiq uteniaq
uteniqa uitnqae uitnqea uitnaqe uitnaeq uitneaq uitneqa uitqnae uitqnea uitqane uitqaen
uitqean uitqena uitaqne uitaqen uitanqe uitaneq uitaenq uitaeqn uiteqan uiteqna uiteaqn
uiteanq uitenaq uitenqa uintqae uintqea uintaqe uintaeq uinteaq uinteqa uinqtae uinqtea
uinqate uinqaet uinqeat uinqeta uinaqte uinaqet uinatqe uinateq uinaetq uinaeqt uineqat
uineqta uineaqt uineatq uinetaq uinetqa uiqntae uiqntea uiqnate uiqnaet uiqneat uiqneta
uiqtnae uiqtnea uiqtane uiqtaen uiqtean uiqtena uiqatne uiqaten uiqante uiqanet uiqaent
uiqaetn uiqetan uiqetna uiqeatn uiqeant uiqenat uiqenta uianqte uianqet uiantqe uianteq
uianetq uianeqt uiaqnte uiaqnet uiaqtne uiaqten uiaqetn uiaqent uiatqne uiatqen uiatnqe
uiatneq uiatenq uiateqn uiaeqtn uiaeqnt uiaetqn uiaetnq uiaentq uiaenqt uienqat uienqta
uienaqt uienatq uientaq uientqa uieqnat uieqnta uieqant uieqatn uieqtan uieqtna uieaqnt
uieaqtn uieanqt uieantq uieatnq uieatqn uietqan uietqna uietaqn uietanq uietnaq uietnqa
uqtinae uqtinea uqtiane uqtiaen uqtiean uqtiena uqtniae uqtniea uqtnaie uqtnaei uqtneai
uqtneia uqtanie uqtanei uqtaine uqtaien uqtaein uqtaeni uqtenai uqtenia uqteani uqteain
uqteian uqteina uqitnae uqitnea uqitane uqitaen uqitean uqitena uqintae uqintea uqinate
uqinaet uqineat uqineta uqiante uqianet uqiatne uqiaten uqiaetn uqiaent uqienat uqienta
uqieant uqieatn uqietan uqietna uqnitae uqnitea uqniate uqniaet uqnieat uqnieta uqntiae
uqntiea uqntaie uqntaei uqnteai uqnteia uqnatie uqnatei uqnaite uqnaiet uqnaeit uqnaeti
uqnetai uqnetia uqneati uqneait uqneiat uqneita uqainte uqainet uqaitne uqaiten uqaietn
uqaient uqanite uqaniet uqantie uqantei uqaneti uqaneit uqatnie uqatnei uqatine uqatien
uqatein uqateni uqaenti uqaenit uqaetni uqaetin uqaeitn uqaeint uqeinat uqeinta uqeiant
uqeiatn uqeitan uqeitna uqeniat uqenita uqenait uqenati uqentai uqentia uqeanit uqeanti
uqeaint uqeaitn uqeatin uqeatni uqetnai uqetnia uqetani uqetain uqetian uqetina uatiqne
uatiqen uatinqe uatineq uatienq uatieqn uatqine uatqien uatqnie uatqnei uatqeni uatqein
uatnqie uatnqei uatniqe uatnieq uatneiq uatneqi uateqni uateqin uatenqi uateniq uateinq
uateiqn uaitqne uaitqen uaitnqe uaitneq uaitenq uaiteqn uaiqtne uaiqten uaiqnte uaiqnet
uaiqent uaiqetn uainqte uainqet uaintqe uainteq uainetq uaineqt uaieqnt uaieqtn uaienqt
uaientq uaietnq uaietqn uaqitne uaqiten uaqinte uaqinet uaqient uaqietn uaqtine uaqtien
uaqtnie uaqtnei uaqteni uaqtein uaqntie uaqntei uaqnite uaqniet uaqneit uaqneti uaqetni
uaqetin uaqenti uaqenit uaqeint uaqeitn uaniqte uaniqet uanitqe uaniteq uanietq uanieqt
uanqite uanqiet uanqtie uanqtei uanqeti uanqeit uantqie uantqei uantiqe uantieq uanteiq
uanteqi uaneqti uaneqit uanetqi uanetiq uaneitq uaneiqt uaeiqnt uaeiqtn uaeinqt uaeintq
uaeitnq uaeitqn uaeqint uaeqitn uaeqnit uaeqnti uaeqtni uaeqtin uaenqit uaenqti uaeniqt
uaenitq uaentiq uaentqi uaetqni uaetqin uaetnqi uaetniq uaetinq uaetiqn uetiqan uetiqna
uetiaqn uetianq uetinaq uetinqa uetqian uetqina uetqain uetqani uetqnai uetqnia uetaqin
uetaqni uetaiqn uetainq uetaniq uetanqi uetnqai uetnqia uetnaqi uetnaiq uetniaq uetniqa
ueitqan ueitqna ueitaqn ueitanq ueitnaq ueitnqa ueiqtan ueiqtna ueiqatn ueiqant ueiqnat
ueiqnta ueiaqtn ueiaqnt ueiatqn ueiatnq ueiantq ueianqt ueinqat ueinqta ueinaqt ueinatq
ueintaq ueintqa ueqitan ueqitna ueqiatn ueqiant ueqinat ueqinta ueqtian ueqtina ueqtain
ueqtani ueqtnai ueqtnia ueqatin ueqatni ueqaitn ueqaint ueqanit ueqanti ueqntai ueqntia
ueqnati ueqnait ueqniat ueqnita ueaiqtn ueaiqnt ueaitqn ueaitnq ueaintq ueainqt ueaqitn
ueaqint ueaqtin ueaqtni ueaqnti ueaqnit ueatqin ueatqni ueatiqn ueatinq ueatniq ueatnqi
ueanqti ueanqit ueantqi ueantiq ueanitq ueaniqt ueniqat ueniqta ueniaqt ueniatq uenitaq
uenitqa uenqiat uenqita uenqait uenqati uenqtai uenqtia uenaqit uenaqti uenaiqt uenaitq
uenatiq uenatqi uentqai uentqia uentaqi uentaiq uentiaq uentiqa entiqua entiqau entiuqa
entiuaq entiauq entiaqu entqiua entqiau entquia entquai entqaui entqaiu entuqia entuqai
entuiqa entuiaq entuaiq entuaqi entaqui entaqiu entauqi entauiq entaiuq entaiqu enitqua
enitqau enituqa enituaq enitauq enitaqu eniqtua eniqtau eniquta eniquat eniqaut eniqatu
eniuqta eniuqat eniutqa eniutaq eniuatq eniuaqt eniaqut eniaqtu eniauqt eniautq eniatuq
eniatqu enqitua enqitau enqiuta enqiuat enqiaut enqiatu enqtiua enqtiau enqtuia enqtuai
enqtaui enqtaiu enqutia enqutai enquita enquiat enquait enquati enqatui enqatiu enqauti
enqauit enqaiut enqaitu enuiqta enuiqat enuitqa enuitaq enuiatq enuiaqt enuqita enuqiat
enuqtia enuqtai enuqati enuqait enutqia enutqai enutiqa enutiaq enutaiq enutaqi enuaqti
enuaqit enuatqi enuatiq enuaitq enuaiqt enaiqut enaiqtu enaiuqt enaiutq enaituq enaitqu
enaqiut enaqitu enaquit enaquti enaqtui enaqtiu enauqit enauqti enauiqt enauitq enautiq
enautqi enatqui enatqiu enatuqi enatuiq enatiuq enatiqu etniqua etniqau etniuqa etniuaq
etniauq etniaqu etnqiua etnqiau etnquia etnquai etnqaui etnqaiu etnuqia etnuqai etnuiqa
etnuiaq etnuaiq etnuaqi etnaqui etnaqiu etnauqi etnauiq etnaiuq etnaiqu etinqua etinqau
etinuqa etinuaq etinauq etinaqu etiqnua etiqnau etiquna etiquan etiqaun etiqanu etiuqna
etiuqan etiunqa etiunaq etiuanq etiuaqn etiaqun etiaqnu etiauqn etiaunq etianuq etianqu
etqinua etqinau etqiuna etqiuan etqiaun etqianu etqniua etqniau etqnuia etqnuai etqnaui
etqnaiu etqunia etqunai etquina etquian etquain etquani etqanui etqaniu etqauni etqauin
etqaiun etqainu etuiqna etuiqan etuinqa etuinaq etuianq etuiaqn etuqina etuqian etuqnia
etuqnai etuqani etuqain etunqia etunqai etuniqa etuniaq etunaiq etunaqi etuaqni etuaqin
etuanqi etuaniq etuainq etuaiqn etaiqun etaiqnu etaiuqn etaiunq etainuq etainqu etaqiun
etaqinu etaquin etaquni etaqnui etaqniu etauqin etauqni etauiqn etauinq etauniq etaunqi
etanqui etanqiu etanuqi etanuiq etaniuq etaniqu eitnqua eitnqau eitnuqa eitnuaq eitnauq
eitnaqu eitqnua eitqnau eitquna eitquan eitqaun eitqanu eituqna eituqan eitunqa eitunaq
eituanq eituaqn eitaqun eitaqnu eitauqn eitaunq eitanuq eitanqu eintqua eintqau eintuqa
eintuaq eintauq eintaqu einqtua einqtau einquta einquat einqaut einqatu einuqta einuqat
einutqa einutaq einuatq einuaqt einaqut einaqtu einauqt einautq einatuq einatqu eiqntua
eiqntau eiqnuta eiqnuat eiqnaut eiqnatu eiqtnua eiqtnau eiqtuna eiqtuan eiqtaun eiqtanu
eiqutna eiqutan eiqunta eiqunat eiquant eiquatn eiqatun eiqatnu eiqautn eiqaunt eiqanut
eiqantu eiunqta eiunqat eiuntqa eiuntaq eiunatq eiunaqt eiuqnta eiuqnat eiuqtna eiuqtan
eiuqatn eiuqant eiutqna eiutqan eiutnqa eiutnaq eiutanq eiutaqn eiuaqtn eiuaqnt eiuatqn
eiuatnq eiuantq eiuanqt eianqut eianqtu eianuqt eianutq eiantuq eiantqu eiaqnut eiaqntu
eiaqunt eiaqutn eiaqtun eiaqtnu eiauqnt eiauqtn eiaunqt eiauntq eiautnq eiautqn eiatqun
eiatqnu eiatuqn eiatunq eiatnuq eiatnqu eqtinua eqtinau eqtiuna eqtiuan eqtiaun eqtianu
eqtniua eqtniau eqtnuia eqtnuai eqtnaui eqtnaiu eqtunia eqtunai eqtuina eqtuian eqtuain
eqtuani eqtanui eqtaniu eqtauni eqtauin eqtaiun eqtainu eqitnua eqitnau eqituna eqituan
eqitaun eqitanu eqintua eqintau eqinuta eqinuat eqinaut eqinatu eqiunta eqiunat eqiutna
eqiutan eqiuatn eqiuant eqianut eqiantu eqiaunt eqiautn eqiatun eqiatnu eqnitua eqnitau
eqniuta eqniuat eqniaut eqniatu eqntiua eqntiau eqntuia eqntuai eqntaui eqntaiu eqnutia
eqnutai eqnuita eqnuiat eqnuait eqnuati eqnatui eqnatiu eqnauti eqnauit eqnaiut eqnaitu
equinta equinat equitna equitan equiatn equiant equnita equniat equntia equntai equnati
equnait equtnia equtnai equtina equtian equtain equtani equanti equanit equatni equatin
equaitn equaint eqainut eqaintu eqaiunt eqaiutn eqaitun eqaitnu eqaniut eqanitu eqanuit
eqanuti eqantui eqantiu eqaunit eqaunti eqauint eqauitn eqautin eqautni eqatnui eqatniu
eqatuni eqatuin eqatiun eqatinu eutiqna eutiqan eutinqa eutinaq eutianq eutiaqn eutqina
eutqian eutqnia eutqnai eutqani eutqain eutnqia eutnqai eutniqa eutniaq eutnaiq eutnaqi
eutaqni eutaqin eutanqi eutaniq eutainq eutaiqn euitqna euitqan euitnqa euitnaq euitanq
euitaqn euiqtna euiqtan euiqnta euiqnat euiqant euiqatn euinqta euinqat euintqa euintaq
euinatq euinaqt euiaqnt euiaqtn euianqt euiantq euiatnq euiatqn euqitna euqitan euqinta
euqinat euqiant euqiatn euqtina euqtian euqtnia euqtnai euqtani euqtain euqntia euqntai
euqnita euqniat euqnait euqnati euqatni euqatin euqanti euqanit euqaint euqaitn euniqta
euniqat eunitqa eunitaq euniatq euniaqt eunqita eunqiat eunqtia eunqtai eunqati eunqait
euntqia euntqai euntiqa euntiaq euntaiq euntaqi eunaqti eunaqit eunatqi eunatiq eunaitq
eunaiqt euaiqnt euaiqtn euainqt euaintq euaitnq euaitqn euaqint euaqitn euaqnit euaqnti
euaqtni euaqtin euanqit euanqti euaniqt euanitq euantiq euantqi euatqni euatqin euatnqi
euatniq euatinq euatiqn eatiqun eatiqnu eatiuqn eatiunq eatinuq eatinqu eatqiun eatqinu
eatquin eatquni eatqnui eatqniu eatuqin eatuqni eatuiqn eatuinq eatuniq eatunqi eatnqui
eatnqiu eatnuqi eatnuiq eatniuq eatniqu eaitqun eaitqnu eaituqn eaitunq eaitnuq eaitnqu
eaiqtun eaiqtnu eaiqutn eaiqunt eaiqnut eaiqntu eaiuqtn eaiuqnt eaiutqn eaiutnq eaiuntq
eaiunqt eainqut eainqtu eainuqt eainutq eaintuq eaintqu eaqitun eaqitnu eaqiutn eaqiunt
eaqinut eaqintu eaqtiun eaqtinu eaqtuin eaqtuni eaqtnui eaqtniu eaqutin eaqutni eaquitn
eaquint eaqunit eaqunti eaqntui eaqntiu eaqnuti eaqnuit eaqniut eaqnitu eauiqtn eauiqnt
eauitqn eauitnq eauintq eauinqt eauqitn eauqint eauqtin eauqtni eauqnti eauqnit eautqin
eautqni eautiqn eautinq eautniq eautnqi eaunqti eaunqit eauntqi eauntiq eaunitq eauniqt
eaniqut eaniqtu eaniuqt eaniutq eanituq eanitqu eanqiut eanqitu eanquit eanquti eanqtui
eanqtiu eanuqit eanuqti eanuiqt eanuitq eanutiq eanutqi eantqui eantqiu eantuqi eantuiq
eantiuq eantiqu

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History of cryptography
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