easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

victoribvsqve

didelta

unmanning

unconcordant

unsatisfactory

hastas

wrest

xtermk

shakespearei

rubrilucens

thermovinacea

woodenest

spectacleless

sably

blueplicity

vibrophone

tracheoesophageal

wizier


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: anuphon
cipher variations:
bovqipo cpwrjqp dqxskrq erytlsr fszumts
gtavnut hubwovu ivcxpwv jwdyqxw kxezryx
lyfaszy mzgbtaz nahcuba obidvcb pcjewdc
qdkfxed relgyfe sfmhzgf tgniahg uhojbih
vipkcji wjqldkj xkrmelk ylsnfml zmtognm

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: anuphon
Cipher: zmfkslm

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: anuphon
Cipher: AAAAA ABBAA BAABB ABBBA AABBB ABBAB ABBAA

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: anuphon
cipher variations:
bovqipobojuwroboxyktobolcyvobozgmxobonkazobopscdobodwqfo
boraehobofesjobotiglobohmunocpwrjqpcpkvxspcpyzlupcpmdzwp
cpahnypcpolbapcpqtdepcpexrgpcpsbfipcpgftkpcpujhmpcpinvop
dqxskrqdqlwytqdqzamvqdqneaxqdqbiozqdqpmcbqdqruefqdqfyshq
dqtcgjqdqhgulqdqvkinqdqjowpqerytlsrermxzurerabnwrerofbyr
ercjparerqndcrersvfgrergztirerudhkrerihvmrerwljorerkpxqr
fszumtsfsnyavsfsbcoxsfspgczsfsdkqbsfsroedsfstwghsfshaujs
fsveilsfsjiwnsfsxmkpsfslqyrsgtavnutgtozbwtgtcdpytgtqhdat
gtelrctgtspfetgtuxhitgtibvktgtwfjmtgtkjxotgtynlqtgtmrzst
hubwovuhupacxuhudeqzuhuriebuhufmsduhutqgfuhuvyijuhujcwlu
huxgknuhulkypuhuzomruhunsatuivcxpwvivqbdyvivefravivsjfcv
ivgntevivurhgvivwzjkvivkdxmvivyhlovivmlzqvivapnsvivotbuv
jwdyqxwjwrcezwjwfgsbwjwtkgdwjwhoufwjwvsihwjwxaklwjwleynw
jwzimpwjwnmarwjwbqotwjwpucvwkxezryxkxsdfaxkxghtcxkxulhex
kxipvgxkxwtjixkxyblmxkxmfzoxkxajnqxkxonbsxkxcrpuxkxqvdwx
lyfaszylytegbylyhiudylyvmifylyjqwhylyxukjylyzcmnylyngapy
lybkorylypoctylydsqvylyrwexymzgbtazmzufhczmzijvezmzwnjgz
mzkrxizmzyvlkzmzadnozmzohbqzmzclpszmzqpduzmzetrwzmzsxfyz
nahcubanavgidanajkwfanaxokhanalsyjanazwmlanabeopanapicra
nadmqtanarqevanafusxanatygzaobidvcbobwhjebobklxgbobyplib
obmtzkbobaxnmbobcfpqbobqjdsbobenrubobsrfwbobgvtybobuzhab
pcjewdcpcxikfcpclmyhcpczqmjcpcnualcpcbyoncpcdgqrcpcrketc
pcfosvcpctsgxcpchwuzcpcvaibcqdkfxedqdyjlgdqdmnzidqdarnkd
qdovbmdqdczpodqdehrsdqdslfudqdgptwdqduthydqdixvadqdwbjcd
relgyferezkmherenoajerebsolerepwcneredaqperefisteretmgve
rehquxerevuizerejywberexckdesfmhzgfsfalnifsfopbkfsfctpmf
sfqxdofsfebrqfsfgjtufsfunhwfsfirvyfsfwvjafsfkzxcfsfydlef
tgniahgtgbmojgtgpqclgtgduqngtgryepgtgfcsrgtghkuvgtgvoixg
tgjswzgtgxwkbgtglaydgtgzemfguhojbihuhcnpkhuhqrdmhuhevroh
uhszfqhuhgdtshuhilvwhuhwpjyhuhktxahuhyxlchuhmbzehuhafngh
vipkcjividoqlivirsenivifwspivitagriviheutivijmwxivixqkzi
viluybivizymdivincafivibgohiwjqldkjwjeprmjwjstfojwjgxtqj
wjubhsjwjifvujwjknxyjwjyrlajwjmvzcjwjaznejwjodbgjwjchpij
xkrmelkxkfqsnkxktugpkxkhyurkxkvcitkxkjgwvkxkloyzkxkzsmbk
xknwadkxkbaofkxkpechkxkdiqjkylsnfmlylgrtolyluvhqlylizvsl
ylwdjulylkhxwlylmpzalylatnclyloxbelylcbpglylqfdilylejrkl
zmtognmzmhsupmzmvwirmzmjawtmzmxekvmzmliyxmzmnqabmzmbuodm
zmpycfmzmdcqhmzmrgejmzmfkslmanuphonanitvqnanwxjsnankbxun
anyflwnanmjzynanorbcnancvpenanqzdgnanedrinanshfknangltmn

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: anuphon
Cipher: nahcuba

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: anuphon
Cipher: 11335453324333

Extended Methods:
Method #1

Plaintext: anuphon
method variations:
fszuntslxezsyxqckexdcvhpkcih

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a n u p h o n 
1 3 5 5 3 4 3 
1 3 4 3 2 3 3 
They are then read out in rows:
13553431343233
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: anuphon
Cipher: lzscshn

Read more ...
Method #3

Plaintext: anuphon
method variations:
lxynrnc xynrncl ynrnclx
nrnclxy rnclxyn nclxynr
clxynrn

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: anuphon

all 5040 cipher variations:
anuphon anuphno anupohn anuponh anupnoh anupnho anuhpon anuhpno anuhopn anuhonp anuhnop
anuhnpo anuohpn anuohnp anuophn anuopnh anuonph anuonhp anunhop anunhpo anunohp anunoph
anunpoh anunpho anpuhon anpuhno anpuohn anpuonh anpunoh anpunho anphuon anphuno anphoun
anphonu anphnou anphnuo anpohun anpohnu anpouhn anpounh anponuh anponhu anpnhou anpnhuo
anpnohu anpnouh anpnuoh anpnuho anhpuon anhpuno anhpoun anhponu anhpnou anhpnuo anhupon
anhupno anhuopn anhuonp anhunop anhunpo anhoupn anhounp anhopun anhopnu anhonpu anhonup
anhnuop anhnupo anhnoup anhnopu anhnpou anhnpuo anophun anophnu anopuhn anopunh anopnuh
anopnhu anohpun anohpnu anohupn anohunp anohnup anohnpu anouhpn anouhnp anouphn anoupnh
anounph anounhp anonhup anonhpu anonuhp anonuph anonpuh anonphu annphou annphuo annpohu
annpouh annpuoh annpuho annhpou annhpuo annhopu annhoup annhuop annhupo annohpu annohup
annophu annopuh annouph annouhp annuhop annuhpo annuohp annuoph annupoh annupho aunphon
aunphno aunpohn aunponh aunpnoh aunpnho aunhpon aunhpno aunhopn aunhonp aunhnop aunhnpo
aunohpn aunohnp aunophn aunopnh aunonph aunonhp aunnhop aunnhpo aunnohp aunnoph aunnpoh
aunnpho aupnhon aupnhno aupnohn aupnonh aupnnoh aupnnho auphnon auphnno auphonn auphonn
auphnon auphnno aupohnn aupohnn auponhn auponnh auponnh auponhn aupnhon aupnhno aupnohn
aupnonh aupnnoh aupnnho auhpnon auhpnno auhponn auhponn auhpnon auhpnno auhnpon auhnpno
auhnopn auhnonp auhnnop auhnnpo auhonpn auhonnp auhopnn auhopnn auhonpn auhonnp auhnnop
auhnnpo auhnonp auhnopn auhnpon auhnpno auophnn auophnn auopnhn auopnnh auopnnh auopnhn
auohpnn auohpnn auohnpn auohnnp auohnnp auohnpn auonhpn auonhnp auonphn auonpnh auonnph
auonnhp auonhnp auonhpn auonnhp auonnph auonpnh auonphn aunphon aunphno aunpohn aunponh
aunpnoh aunpnho aunhpon aunhpno aunhopn aunhonp aunhnop aunhnpo aunohpn aunohnp aunophn
aunopnh aunonph aunonhp aunnhop aunnhpo aunnohp aunnoph aunnpoh aunnpho apunhon apunhno
apunohn apunonh apunnoh apunnho apuhnon apuhnno apuhonn apuhonn apuhnon apuhnno apuohnn
apuohnn apuonhn apuonnh apuonnh apuonhn apunhon apunhno apunohn apunonh apunnoh apunnho
apnuhon apnuhno apnuohn apnuonh apnunoh apnunho apnhuon apnhuno apnhoun apnhonu apnhnou
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aphuonn aphunon aphunno aphounn aphounn aphonun aphonnu aphonnu aphonun aphnuon aphnuno
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ahuopnn ahuopnn ahuonpn ahuonnp ahunnop ahunnpo ahunonp ahunopn ahunpon ahunpno ahpunon
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ahnnopu ahnnpou ahnnpuo ahopnun ahopnnu ahopunn ahopunn ahopnun ahopnnu ahonpun ahonpnu
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ahnounp ahnunop ahnunpo ahnuonp ahnuopn ahnupon ahnupno aouphnn aouphnn aoupnhn aoupnnh
aoupnnh aoupnhn aouhpnn aouhpnn aouhnpn aouhnnp aouhnnp aouhnpn aounhpn aounhnp aounphn
aounpnh aounnph aounnhp aounhnp aounhpn aounnhp aounnph aounpnh aounphn aopuhnn aopuhnn
aopunhn aopunnh aopunnh aopunhn aophunn aophunn aophnun aophnnu aophnnu aophnun aopnhun
aopnhnu aopnuhn aopnunh aopnnuh aopnnhu aopnhnu aopnhun aopnnhu aopnnuh aopnunh aopnuhn
aohpunn aohpunn aohpnun aohpnnu aohpnnu aohpnun aohupnn aohupnn aohunpn aohunnp aohunnp
aohunpn aohnupn aohnunp aohnpun aohnpnu aohnnpu aohnnup aohnunp aohnupn aohnnup aohnnpu
aohnpnu aohnpun aonphun aonphnu aonpuhn aonpunh aonpnuh aonpnhu aonhpun aonhpnu aonhupn
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aonhpun aonhnpu aonhnup aonhunp aonhupn aonnhpu aonnhup aonnphu aonnpuh aonnuph aonnuhp
aonuhnp aonuhpn aonunhp aonunph aonupnh aonuphn anuphon anuphno anupohn anuponh anupnoh
anupnho anuhpon anuhpno anuhopn anuhonp anuhnop anuhnpo anuohpn anuohnp anuophn anuopnh
anuonph anuonhp anunhop anunhpo anunohp anunoph anunpoh anunpho anpuhon anpuhno anpuohn
anpuonh anpunoh anpunho anphuon anphuno anphoun anphonu anphnou anphnuo anpohun anpohnu
anpouhn anpounh anponuh anponhu anpnhou anpnhuo anpnohu anpnouh anpnuoh anpnuho anhpuon
anhpuno anhpoun anhponu anhpnou anhpnuo anhupon anhupno anhuopn anhuonp anhunop anhunpo
anhoupn anhounp anhopun anhopnu anhonpu anhonup anhnuop anhnupo anhnoup anhnopu anhnpou
anhnpuo anophun anophnu anopuhn anopunh anopnuh anopnhu anohpun anohpnu anohupn anohunp
anohnup anohnpu anouhpn anouhnp anouphn anoupnh anounph anounhp anonhup anonhpu anonuhp
anonuph anonpuh anonphu annphou annphuo annpohu annpouh annpuoh annpuho annhpou annhpuo
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nouhnap nouhnpa nouahpn nouahnp nouaphn nouapnh nouanph nouanhp nounhap nounhpa nounahp
nounaph nounpah nounpha nopuhan nopuhna nopuahn nopuanh nopunah nopunha nophuan nophuna
nophaun nophanu nophnau nophnua nopahun nopahnu nopauhn nopaunh nopanuh nopanhu nopnhau
nopnhua nopnahu nopnauh nopnuah nopnuha nohpuan nohpuna nohpaun nohpanu nohpnau nohpnua
nohupan nohupna nohuapn nohuanp nohunap nohunpa nohaupn nohaunp nohapun nohapnu nohanpu
nohanup nohnuap nohnupa nohnaup nohnapu nohnpau nohnpua noaphun noaphnu noapuhn noapunh
noapnuh noapnhu noahpun noahpnu noahupn noahunp noahnup noahnpu noauhpn noauhnp noauphn
noaupnh noaunph noaunhp noanhup noanhpu noanuhp noanuph noanpuh noanphu nonphau nonphua
nonpahu nonpauh nonpuah nonpuha nonhpau nonhpua nonhapu nonhaup nonhuap nonhupa nonahpu
nonahup nonaphu nonapuh nonauph nonauhp nonuhap nonuhpa nonuahp nonuaph nonupah nonupha
nnuphoa nnuphao nnupoha nnupoah nnupaoh nnupaho nnuhpoa nnuhpao nnuhopa nnuhoap nnuhaop
nnuhapo nnuohpa nnuohap nnuopha nnuopah nnuoaph nnuoahp nnuahop nnuahpo nnuaohp nnuaoph
nnuapoh nnuapho nnpuhoa nnpuhao nnpuoha nnpuoah nnpuaoh nnpuaho nnphuoa nnphuao nnphoua
nnphoau nnphaou nnphauo nnpohua nnpohau nnpouha nnpouah nnpoauh nnpoahu nnpahou nnpahuo
nnpaohu nnpaouh nnpauoh nnpauho nnhpuoa nnhpuao nnhpoua nnhpoau nnhpaou nnhpauo nnhupoa
nnhupao nnhuopa nnhuoap nnhuaop nnhuapo nnhoupa nnhouap nnhopua nnhopau nnhoapu nnhoaup
nnhauop nnhaupo nnhaoup nnhaopu nnhapou nnhapuo nnophua nnophau nnopuha nnopuah nnopauh
nnopahu nnohpua nnohpau nnohupa nnohuap nnohaup nnohapu nnouhpa nnouhap nnoupha nnoupah
nnouaph nnouahp nnoahup nnoahpu nnoauhp nnoauph nnoapuh nnoaphu nnaphou nnaphuo nnapohu
nnapouh nnapuoh nnapuho nnahpou nnahpuo nnahopu nnahoup nnahuop nnahupo nnaohpu nnaohup
nnaophu nnaopuh nnaouph nnaouhp nnauhop nnauhpo nnauohp nnauoph nnaupoh nnaupho unaphon
unaphno unapohn unaponh unapnoh unapnho unahpon unahpno unahopn unahonp unahnop unahnpo
unaohpn unaohnp unaophn unaopnh unaonph unaonhp unanhop unanhpo unanohp unanoph unanpoh
unanpho unpahon unpahno unpaohn unpaonh unpanoh unpanho unphaon unphano unphoan unphona
unphnoa unphnao unpohan unpohna unpoahn unpoanh unponah unponha unpnhoa unpnhao unpnoha
unpnoah unpnaoh unpnaho unhpaon unhpano unhpoan unhpona unhpnoa unhpnao unhapon unhapno
unhaopn unhaonp unhanop unhanpo unhoapn unhoanp unhopan unhopna unhonpa unhonap unhnaop
unhnapo unhnoap unhnopa unhnpoa unhnpao unophan unophna unopahn unopanh unopnah unopnha
unohpan unohpna unohapn unohanp unohnap unohnpa unoahpn unoahnp unoaphn unoapnh unoanph
unoanhp unonhap unonhpa unonahp unonaph unonpah unonpha unnphoa unnphao unnpoha unnpoah
unnpaoh unnpaho unnhpoa unnhpao unnhopa unnhoap unnhaop unnhapo unnohpa unnohap unnopha
unnopah unnoaph unnoahp unnahop unnahpo unnaohp unnaoph unnapoh unnapho uanphon uanphno
uanpohn uanponh uanpnoh uanpnho uanhpon uanhpno uanhopn uanhonp uanhnop uanhnpo uanohpn
uanohnp uanophn uanopnh uanonph uanonhp uannhop uannhpo uannohp uannoph uannpoh uannpho
uapnhon uapnhno uapnohn uapnonh uapnnoh uapnnho uaphnon uaphnno uaphonn uaphonn uaphnon
uaphnno uapohnn uapohnn uaponhn uaponnh uaponnh uaponhn uapnhon uapnhno uapnohn uapnonh
uapnnoh uapnnho uahpnon uahpnno uahponn uahponn uahpnon uahpnno uahnpon uahnpno uahnopn
uahnonp uahnnop uahnnpo uahonpn uahonnp uahopnn uahopnn uahonpn uahonnp uahnnop uahnnpo
uahnonp uahnopn uahnpon uahnpno uaophnn uaophnn uaopnhn uaopnnh uaopnnh uaopnhn uaohpnn
uaohpnn uaohnpn uaohnnp uaohnnp uaohnpn uaonhpn uaonhnp uaonphn uaonpnh uaonnph uaonnhp
uaonhnp uaonhpn uaonnhp uaonnph uaonpnh uaonphn uanphon uanphno uanpohn uanponh uanpnoh
uanpnho uanhpon uanhpno uanhopn uanhonp uanhnop uanhnpo uanohpn uanohnp uanophn uanopnh
uanonph uanonhp uannhop uannhpo uannohp uannoph uannpoh uannpho upanhon upanhno upanohn
upanonh upannoh upannho upahnon upahnno upahonn upahonn upahnon upahnno upaohnn upaohnn
upaonhn upaonnh upaonnh upaonhn upanhon upanhno upanohn upanonh upannoh upannho upnahon
upnahno upnaohn upnaonh upnanoh upnanho upnhaon upnhano upnhoan upnhona upnhnoa upnhnao
upnohan upnohna upnoahn upnoanh upnonah upnonha upnnhoa upnnhao upnnoha upnnoah upnnaoh
upnnaho uphnaon uphnano uphnoan uphnona uphnnoa uphnnao uphanon uphanno uphaonn uphaonn
uphanon uphanno uphoann uphoann uphonan uphonna uphonna uphonan uphnaon uphnano uphnoan
uphnona uphnnoa uphnnao uponhan uponhna uponahn uponanh uponnah uponnha upohnan upohnna
upohann upohann upohnan upohnna upoahnn upoahnn upoanhn upoannh upoannh upoanhn uponhan
uponhna uponahn uponanh uponnah uponnha upnnhoa upnnhao upnnoha upnnoah upnnaoh upnnaho
upnhnoa upnhnao upnhona upnhoan upnhaon upnhano upnohna upnohan upnonha upnonah upnoanh
upnoahn upnahon upnahno upnaohn upnaonh upnanoh upnanho uhapnon uhapnno uhaponn uhaponn
uhapnon uhapnno uhanpon uhanpno uhanopn uhanonp uhannop uhannpo uhaonpn uhaonnp uhaopnn
uhaopnn uhaonpn uhaonnp uhannop uhannpo uhanonp uhanopn uhanpon uhanpno uhpanon uhpanno
uhpaonn uhpaonn uhpanon uhpanno uhpnaon uhpnano uhpnoan uhpnona uhpnnoa uhpnnao uhponan
uhponna uhpoann uhpoann uhponan uhponna uhpnnoa uhpnnao uhpnona uhpnoan uhpnaon uhpnano
uhnpaon uhnpano uhnpoan uhnpona uhnpnoa uhnpnao uhnapon uhnapno uhnaopn uhnaonp uhnanop
uhnanpo uhnoapn uhnoanp uhnopan uhnopna uhnonpa uhnonap uhnnaop uhnnapo uhnnoap uhnnopa
uhnnpoa uhnnpao uhopnan uhopnna uhopann uhopann uhopnan uhopnna uhonpan uhonpna uhonapn
uhonanp uhonnap uhonnpa uhoanpn uhoannp uhoapnn uhoapnn uhoanpn uhoannp uhonnap uhonnpa
uhonanp uhonapn uhonpan uhonpna uhnpnoa uhnpnao uhnpona uhnpoan uhnpaon uhnpano uhnnpoa
uhnnpao uhnnopa uhnnoap uhnnaop uhnnapo uhnonpa uhnonap uhnopna uhnopan uhnoapn uhnoanp
uhnanop uhnanpo uhnaonp uhnaopn uhnapon uhnapno uoaphnn uoaphnn uoapnhn uoapnnh uoapnnh
uoapnhn uoahpnn uoahpnn uoahnpn uoahnnp uoahnnp uoahnpn uoanhpn uoanhnp uoanphn uoanpnh
uoannph uoannhp uoanhnp uoanhpn uoannhp uoannph uoanpnh uoanphn uopahnn uopahnn uopanhn
uopannh uopannh uopanhn uophann uophann uophnan uophnna uophnna uophnan uopnhan uopnhna
uopnahn uopnanh uopnnah uopnnha uopnhna uopnhan uopnnha uopnnah uopnanh uopnahn uohpann
uohpann uohpnan uohpnna uohpnna uohpnan uohapnn uohapnn uohanpn uohannp uohannp uohanpn
uohnapn uohnanp uohnpan uohnpna uohnnpa uohnnap uohnanp uohnapn uohnnap uohnnpa uohnpna
uohnpan uonphan uonphna uonpahn uonpanh uonpnah uonpnha uonhpan uonhpna uonhapn uonhanp
uonhnap uonhnpa uonahpn uonahnp uonaphn uonapnh uonanph uonanhp uonnhap uonnhpa uonnahp
uonnaph uonnpah uonnpha uonphna uonphan uonpnha uonpnah uonpanh uonpahn uonhpna uonhpan
uonhnpa uonhnap uonhanp uonhapn uonnhpa uonnhap uonnpha uonnpah uonnaph uonnahp uonahnp
uonahpn uonanhp uonanph uonapnh uonaphn unaphon unaphno unapohn unaponh unapnoh unapnho
unahpon unahpno unahopn unahonp unahnop unahnpo unaohpn unaohnp unaophn unaopnh unaonph
unaonhp unanhop unanhpo unanohp unanoph unanpoh unanpho unpahon unpahno unpaohn unpaonh
unpanoh unpanho unphaon unphano unphoan unphona unphnoa unphnao unpohan unpohna unpoahn
unpoanh unponah unponha unpnhoa unpnhao unpnoha unpnoah unpnaoh unpnaho unhpaon unhpano
unhpoan unhpona unhpnoa unhpnao unhapon unhapno unhaopn unhaonp unhanop unhanpo unhoapn
unhoanp unhopan unhopna unhonpa unhonap unhnaop unhnapo unhnoap unhnopa unhnpoa unhnpao
unophan unophna unopahn unopanh unopnah unopnha unohpan unohpna unohapn unohanp unohnap
unohnpa unoahpn unoahnp unoaphn unoapnh unoanph unoanhp unonhap unonhpa unonahp unonaph
unonpah unonpha unnphoa unnphao unnpoha unnpoah unnpaoh unnpaho unnhpoa unnhpao unnhopa
unnhoap unnhaop unnhapo unnohpa unnohap unnopha unnopah unnoaph unnoahp unnahop unnahpo
unnaohp unnaoph unnapoh unnapho pnuahon pnuahno pnuaohn pnuaonh pnuanoh pnuanho pnuhaon
pnuhano pnuhoan pnuhona pnuhnoa pnuhnao pnuohan pnuohna pnuoahn pnuoanh pnuonah pnuonha
pnunhoa pnunhao pnunoha pnunoah pnunaoh pnunaho pnauhon pnauhno pnauohn pnauonh pnaunoh
pnaunho pnahuon pnahuno pnahoun pnahonu pnahnou pnahnuo pnaohun pnaohnu pnaouhn pnaounh
pnaonuh pnaonhu pnanhou pnanhuo pnanohu pnanouh pnanuoh pnanuho pnhauon pnhauno pnhaoun
pnhaonu pnhanou pnhanuo pnhuaon pnhuano pnhuoan pnhuona pnhunoa pnhunao pnhouan pnhouna
pnhoaun pnhoanu pnhonau pnhonua pnhnuoa pnhnuao pnhnoua pnhnoau pnhnaou pnhnauo pnoahun
pnoahnu pnoauhn pnoaunh pnoanuh pnoanhu pnohaun pnohanu pnohuan pnohuna pnohnua pnohnau
pnouhan pnouhna pnouahn pnouanh pnounah pnounha pnonhua pnonhau pnonuha pnonuah pnonauh
pnonahu pnnahou pnnahuo pnnaohu pnnaouh pnnauoh pnnauho pnnhaou pnnhauo pnnhoau pnnhoua
pnnhuoa pnnhuao pnnohau pnnohua pnnoahu pnnoauh pnnouah pnnouha pnnuhoa pnnuhao pnnuoha
pnnuoah pnnuaoh pnnuaho punahon punahno punaohn punaonh punanoh punanho punhaon punhano
punhoan punhona punhnoa punhnao punohan punohna punoahn punoanh punonah punonha punnhoa
punnhao punnoha punnoah punnaoh punnaho puanhon puanhno puanohn puanonh puannoh puannho
puahnon puahnno puahonn puahonn puahnon puahnno puaohnn puaohnn puaonhn puaonnh puaonnh
puaonhn puanhon puanhno puanohn puanonh puannoh puannho puhanon puhanno puhaonn puhaonn
puhanon puhanno puhnaon puhnano puhnoan puhnona puhnnoa puhnnao puhonan puhonna puhoann
puhoann puhonan puhonna puhnnoa puhnnao puhnona puhnoan puhnaon puhnano puoahnn puoahnn
puoanhn puoannh puoannh puoanhn puohann puohann puohnan puohnna puohnna puohnan puonhan
puonhna puonahn puonanh puonnah puonnha puonhna puonhan puonnha puonnah puonanh puonahn
punahon punahno punaohn punaonh punanoh punanho punhaon punhano punhoan punhona punhnoa
punhnao punohan punohna punoahn punoanh punonah punonha punnhoa punnhao punnoha punnoah
punnaoh punnaho paunhon paunhno paunohn paunonh paunnoh paunnho pauhnon pauhnno pauhonn
pauhonn pauhnon pauhnno pauohnn pauohnn pauonhn pauonnh pauonnh pauonhn paunhon paunhno
paunohn paunonh paunnoh paunnho panuhon panuhno panuohn panuonh panunoh panunho panhuon
panhuno panhoun panhonu panhnou panhnuo panohun panohnu panouhn panounh panonuh panonhu
pannhou pannhuo pannohu pannouh pannuoh pannuho pahnuon pahnuno pahnoun pahnonu pahnnou
pahnnuo pahunon pahunno pahuonn pahuonn pahunon pahunno pahounn pahounn pahonun pahonnu
pahonnu pahonun pahnuon pahnuno pahnoun pahnonu pahnnou pahnnuo paonhun paonhnu paonuhn
paonunh paonnuh paonnhu paohnun paohnnu paohunn paohunn paohnun paohnnu paouhnn paouhnn
paounhn paounnh paounnh paounhn paonhun paonhnu paonuhn paonunh paonnuh paonnhu pannhou
pannhuo pannohu pannouh pannuoh pannuho panhnou panhnuo panhonu panhoun panhuon panhuno
panohnu panohun panonhu panonuh panounh panouhn panuhon panuhno panuohn panuonh panunoh
panunho phuanon phuanno phuaonn phuaonn phuanon phuanno phunaon phunano phunoan phunona
phunnoa phunnao phuonan phuonna phuoann phuoann phuonan phuonna phunnoa phunnao phunona
phunoan phunaon phunano phaunon phaunno phauonn phauonn phaunon phaunno phanuon phanuno
phanoun phanonu phannou phannuo phaonun phaonnu phaounn phaounn phaonun phaonnu phannou
phannuo phanonu phanoun phanuon phanuno phnauon phnauno phnaoun phnaonu phnanou phnanuo
phnuaon phnuano phnuoan phnuona phnunoa phnunao phnouan phnouna phnoaun phnoanu phnonau
phnonua phnnuoa phnnuao phnnoua phnnoau phnnaou phnnauo phoanun phoannu phoaunn phoaunn
phoanun phoannu phonaun phonanu phonuan phonuna phonnua phonnau phounan phounna phouann
phouann phounan phounna phonnua phonnau phonuna phonuan phonaun phonanu phnanou phnanuo
phnaonu phnaoun phnauon phnauno phnnaou phnnauo phnnoau phnnoua phnnuoa phnnuao phnonau
phnonua phnoanu phnoaun phnouan phnouna phnunoa phnunao phnuona phnuoan phnuaon phnuano
pouahnn pouahnn pouanhn pouannh pouannh pouanhn pouhann pouhann pouhnan pouhnna pouhnna
pouhnan pounhan pounhna pounahn pounanh pounnah pounnha pounhna pounhan pounnha pounnah
pounanh pounahn poauhnn poauhnn poaunhn poaunnh poaunnh poaunhn poahunn poahunn poahnun
poahnnu poahnnu poahnun poanhun poanhnu poanuhn poanunh poannuh poannhu poanhnu poanhun
poannhu poannuh poanunh poanuhn pohaunn pohaunn pohanun pohannu pohannu pohanun pohuann
pohuann pohunan pohunna pohunna pohunan pohnuan pohnuna pohnaun pohnanu pohnnau pohnnua
pohnuna pohnuan pohnnua pohnnau pohnanu pohnaun ponahun ponahnu ponauhn ponaunh ponanuh
ponanhu ponhaun ponhanu ponhuan ponhuna ponhnua ponhnau ponuhan ponuhna ponuahn ponuanh
ponunah ponunha ponnhua ponnhau ponnuha ponnuah ponnauh ponnahu ponahnu ponahun ponanhu
ponanuh ponaunh ponauhn ponhanu ponhaun ponhnau ponhnua ponhuna ponhuan ponnhau ponnhua
ponnahu ponnauh ponnuah ponnuha ponuhna ponuhan ponunha ponunah ponuanh ponuahn pnuahon
pnuahno pnuaohn pnuaonh pnuanoh pnuanho pnuhaon pnuhano pnuhoan pnuhona pnuhnoa pnuhnao
pnuohan pnuohna pnuoahn pnuoanh pnuonah pnuonha pnunhoa pnunhao pnunoha pnunoah pnunaoh
pnunaho pnauhon pnauhno pnauohn pnauonh pnaunoh pnaunho pnahuon pnahuno pnahoun pnahonu
pnahnou pnahnuo pnaohun pnaohnu pnaouhn pnaounh pnaonuh pnaonhu pnanhou pnanhuo pnanohu
pnanouh pnanuoh pnanuho pnhauon pnhauno pnhaoun pnhaonu pnhanou pnhanuo pnhuaon pnhuano
pnhuoan pnhuona pnhunoa pnhunao pnhouan pnhouna pnhoaun pnhoanu pnhonau pnhonua pnhnuoa
pnhnuao pnhnoua pnhnoau pnhnaou pnhnauo pnoahun pnoahnu pnoauhn pnoaunh pnoanuh pnoanhu
pnohaun pnohanu pnohuan pnohuna pnohnua pnohnau pnouhan pnouhna pnouahn pnouanh pnounah
pnounha pnonhua pnonhau pnonuha pnonuah pnonauh pnonahu pnnahou pnnahuo pnnaohu pnnaouh
pnnauoh pnnauho pnnhaou pnnhauo pnnhoau pnnhoua pnnhuoa pnnhuao pnnohau pnnohua pnnoahu
pnnoauh pnnouah pnnouha pnnuhoa pnnuhao pnnuoha pnnuoah pnnuaoh pnnuaho hnupaon hnupano
hnupoan hnupona hnupnoa hnupnao hnuapon hnuapno hnuaopn hnuaonp hnuanop hnuanpo hnuoapn
hnuoanp hnuopan hnuopna hnuonpa hnuonap hnunaop hnunapo hnunoap hnunopa hnunpoa hnunpao
hnpuaon hnpuano hnpuoan hnpuona hnpunoa hnpunao hnpauon hnpauno hnpaoun hnpaonu hnpanou
hnpanuo hnpoaun hnpoanu hnpouan hnpouna hnponua hnponau hnpnaou hnpnauo hnpnoau hnpnoua
hnpnuoa hnpnuao hnapuon hnapuno hnapoun hnaponu hnapnou hnapnuo hnaupon hnaupno hnauopn
hnauonp hnaunop hnaunpo hnaoupn hnaounp hnaopun hnaopnu hnaonpu hnaonup hnanuop hnanupo
hnanoup hnanopu hnanpou hnanpuo hnopaun hnopanu hnopuan hnopuna hnopnua hnopnau hnoapun
hnoapnu hnoaupn hnoaunp hnoanup hnoanpu hnouapn hnouanp hnoupan hnoupna hnounpa hnounap
hnonaup hnonapu hnonuap hnonupa hnonpua hnonpau hnnpaou hnnpauo hnnpoau hnnpoua hnnpuoa
hnnpuao hnnapou hnnapuo hnnaopu hnnaoup hnnauop hnnaupo hnnoapu hnnoaup hnnopau hnnopua
hnnoupa hnnouap hnnuaop hnnuapo hnnuoap hnnuopa hnnupoa hnnupao hunpaon hunpano hunpoan
hunpona hunpnoa hunpnao hunapon hunapno hunaopn hunaonp hunanop hunanpo hunoapn hunoanp
hunopan hunopna hunonpa hunonap hunnaop hunnapo hunnoap hunnopa hunnpoa hunnpao hupnaon
hupnano hupnoan hupnona hupnnoa hupnnao hupanon hupanno hupaonn hupaonn hupanon hupanno
hupoann hupoann huponan huponna huponna huponan hupnaon hupnano hupnoan hupnona hupnnoa
hupnnao huapnon huapnno huaponn huaponn huapnon huapnno huanpon huanpno huanopn huanonp
huannop huannpo huaonpn huaonnp huaopnn huaopnn huaonpn huaonnp huannop huannpo huanonp
huanopn huanpon huanpno huopann huopann huopnan huopnna huopnna huopnan huoapnn huoapnn
huoanpn huoannp huoannp huoanpn huonapn huonanp huonpan huonpna huonnpa huonnap huonanp
huonapn huonnap huonnpa huonpna huonpan hunpaon hunpano hunpoan hunpona hunpnoa hunpnao
hunapon hunapno hunaopn hunaonp hunanop hunanpo hunoapn hunoanp hunopan hunopna hunonpa
hunonap hunnaop hunnapo hunnoap hunnopa hunnpoa hunnpao hpunaon hpunano hpunoan hpunona
hpunnoa hpunnao hpuanon hpuanno hpuaonn hpuaonn hpuanon hpuanno hpuoann hpuoann hpuonan
hpuonna hpuonna hpuonan hpunaon hpunano hpunoan hpunona hpunnoa hpunnao hpnuaon hpnuano
hpnuoan hpnuona hpnunoa hpnunao hpnauon hpnauno hpnaoun hpnaonu hpnanou hpnanuo hpnoaun
hpnoanu hpnouan hpnouna hpnonua hpnonau hpnnaou hpnnauo hpnnoau hpnnoua hpnnuoa hpnnuao
hpanuon hpanuno hpanoun hpanonu hpannou hpannuo hpaunon hpaunno hpauonn hpauonn hpaunon
hpaunno hpaounn hpaounn hpaonun hpaonnu hpaonnu hpaonun hpanuon hpanuno hpanoun hpanonu
hpannou hpannuo hponaun hponanu hponuan hponuna hponnua hponnau hpoanun hpoannu hpoaunn
hpoaunn hpoanun hpoannu hpouann hpouann hpounan hpounna hpounna hpounan hponaun hponanu
hponuan hponuna hponnua hponnau hpnnaou hpnnauo hpnnoau hpnnoua hpnnuoa hpnnuao hpnanou
hpnanuo hpnaonu hpnaoun hpnauon hpnauno hpnoanu hpnoaun hpnonau hpnonua hpnouna hpnouan
hpnuaon hpnuano hpnuoan hpnuona hpnunoa hpnunao haupnon haupnno hauponn hauponn haupnon
haupnno haunpon haunpno haunopn haunonp haunnop haunnpo hauonpn hauonnp hauopnn hauopnn
hauonpn hauonnp haunnop haunnpo haunonp haunopn haunpon haunpno hapunon hapunno hapuonn
hapuonn hapunon hapunno hapnuon hapnuno hapnoun hapnonu hapnnou hapnnuo haponun haponnu
hapounn hapounn haponun haponnu hapnnou hapnnuo hapnonu hapnoun hapnuon hapnuno hanpuon
hanpuno hanpoun hanponu hanpnou hanpnuo hanupon hanupno hanuopn hanuonp hanunop hanunpo
hanoupn hanounp hanopun hanopnu hanonpu hanonup hannuop hannupo hannoup hannopu hannpou
hannpuo haopnun haopnnu haopunn haopunn haopnun haopnnu haonpun haonpnu haonupn haonunp
haonnup haonnpu haounpn haounnp haoupnn haoupnn haounpn haounnp haonnup haonnpu haonunp
haonupn haonpun haonpnu hanpnou hanpnuo hanponu hanpoun hanpuon hanpuno hannpou hannpuo
hannopu hannoup hannuop hannupo hanonpu hanonup hanopnu hanopun hanoupn hanounp hanunop
hanunpo hanuonp hanuopn hanupon hanupno houpann houpann houpnan houpnna houpnna houpnan
houapnn houapnn houanpn houannp houannp houanpn hounapn hounanp hounpan hounpna hounnpa
hounnap hounanp hounapn hounnap hounnpa hounpna hounpan hopuann hopuann hopunan hopunna
hopunna hopunan hopaunn hopaunn hopanun hopannu hopannu hopanun hopnaun hopnanu hopnuan
hopnuna hopnnua hopnnau hopnanu hopnaun hopnnau hopnnua hopnuna hopnuan hoapunn hoapunn
hoapnun hoapnnu hoapnnu hoapnun hoaupnn hoaupnn hoaunpn hoaunnp hoaunnp hoaunpn hoanupn
hoanunp hoanpun hoanpnu hoannpu hoannup hoanunp hoanupn hoannup hoannpu hoanpnu hoanpun
honpaun honpanu honpuan honpuna honpnua honpnau honapun honapnu honaupn honaunp honanup
honanpu honuapn honuanp honupan honupna honunpa honunap honnaup honnapu honnuap honnupa
honnpua honnpau honpanu honpaun honpnau honpnua honpuna honpuan honapnu honapun honanpu
honanup honaunp honaupn honnapu honnaup honnpau honnpua honnupa honnuap honuanp honuapn
honunap honunpa honupna honupan hnupaon hnupano hnupoan hnupona hnupnoa hnupnao hnuapon
hnuapno hnuaopn hnuaonp hnuanop hnuanpo hnuoapn hnuoanp hnuopan hnuopna hnuonpa hnuonap
hnunaop hnunapo hnunoap hnunopa hnunpoa hnunpao hnpuaon hnpuano hnpuoan hnpuona hnpunoa
hnpunao hnpauon hnpauno hnpaoun hnpaonu hnpanou hnpanuo hnpoaun hnpoanu hnpouan hnpouna
hnponua hnponau hnpnaou hnpnauo hnpnoau hnpnoua hnpnuoa hnpnuao hnapuon hnapuno hnapoun
hnaponu hnapnou hnapnuo hnaupon hnaupno hnauopn hnauonp hnaunop hnaunpo hnaoupn hnaounp
hnaopun hnaopnu hnaonpu hnaonup hnanuop hnanupo hnanoup hnanopu hnanpou hnanpuo hnopaun
hnopanu hnopuan hnopuna hnopnua hnopnau hnoapun hnoapnu hnoaupn hnoaunp hnoanup hnoanpu
hnouapn hnouanp hnoupan hnoupna hnounpa hnounap hnonaup hnonapu hnonuap hnonupa hnonpua
hnonpau hnnpaou hnnpauo hnnpoau hnnpoua hnnpuoa hnnpuao hnnapou hnnapuo hnnaopu hnnaoup
hnnauop hnnaupo hnnoapu hnnoaup hnnopau hnnopua hnnoupa hnnouap hnnuaop hnnuapo hnnuoap
hnnuopa hnnupoa hnnupao onuphan onuphna onupahn onupanh onupnah onupnha onuhpan onuhpna
onuhapn onuhanp onuhnap onuhnpa onuahpn onuahnp onuaphn onuapnh onuanph onuanhp onunhap
onunhpa onunahp onunaph onunpah onunpha onpuhan onpuhna onpuahn onpuanh onpunah onpunha
onphuan onphuna onphaun onphanu onphnau onphnua onpahun onpahnu onpauhn onpaunh onpanuh
onpanhu onpnhau onpnhua onpnahu onpnauh onpnuah onpnuha onhpuan onhpuna onhpaun onhpanu
onhpnau onhpnua onhupan onhupna onhuapn onhuanp onhunap onhunpa onhaupn onhaunp onhapun
onhapnu onhanpu onhanup onhnuap onhnupa onhnaup onhnapu onhnpau onhnpua onaphun onaphnu
onapuhn onapunh onapnuh onapnhu onahpun onahpnu onahupn onahunp onahnup onahnpu onauhpn
onauhnp onauphn onaupnh onaunph onaunhp onanhup onanhpu onanuhp onanuph onanpuh onanphu
onnphau onnphua onnpahu onnpauh onnpuah onnpuha onnhpau onnhpua onnhapu onnhaup onnhuap
onnhupa onnahpu onnahup onnaphu onnapuh onnauph onnauhp onnuhap onnuhpa onnuahp onnuaph
onnupah onnupha ounphan ounphna ounpahn ounpanh ounpnah ounpnha ounhpan ounhpna ounhapn
ounhanp ounhnap ounhnpa ounahpn ounahnp ounaphn ounapnh ounanph ounanhp ounnhap ounnhpa
ounnahp ounnaph ounnpah ounnpha oupnhan oupnhna oupnahn oupnanh oupnnah oupnnha ouphnan
ouphnna ouphann ouphann ouphnan ouphnna oupahnn oupahnn oupanhn oupannh oupannh oupanhn
oupnhan oupnhna oupnahn oupnanh oupnnah oupnnha ouhpnan ouhpnna ouhpann ouhpann ouhpnan
ouhpnna ouhnpan ouhnpna ouhnapn ouhnanp ouhnnap ouhnnpa ouhanpn ouhannp ouhapnn ouhapnn
ouhanpn ouhannp ouhnnap ouhnnpa ouhnanp ouhnapn ouhnpan ouhnpna ouaphnn ouaphnn ouapnhn
ouapnnh ouapnnh ouapnhn ouahpnn ouahpnn ouahnpn ouahnnp ouahnnp ouahnpn ouanhpn ouanhnp
ouanphn ouanpnh ouannph ouannhp ouanhnp ouanhpn ouannhp ouannph ouanpnh ouanphn ounphan
ounphna ounpahn ounpanh ounpnah ounpnha ounhpan ounhpna ounhapn ounhanp ounhnap ounhnpa
ounahpn ounahnp ounaphn ounapnh ounanph ounanhp ounnhap ounnhpa ounnahp ounnaph ounnpah
ounnpha opunhan opunhna opunahn opunanh opunnah opunnha opuhnan opuhnna opuhann opuhann
opuhnan opuhnna opuahnn opuahnn opuanhn opuannh opuannh opuanhn opunhan opunhna opunahn
opunanh opunnah opunnha opnuhan opnuhna opnuahn opnuanh opnunah opnunha opnhuan opnhuna
opnhaun opnhanu opnhnau opnhnua opnahun opnahnu opnauhn opnaunh opnanuh opnanhu opnnhau
opnnhua opnnahu opnnauh opnnuah opnnuha ophnuan ophnuna ophnaun ophnanu ophnnau ophnnua
ophunan ophunna ophuann ophuann ophunan ophunna ophaunn ophaunn ophanun ophannu ophannu
ophanun ophnuan ophnuna ophnaun ophnanu ophnnau ophnnua opanhun opanhnu opanuhn opanunh
opannuh opannhu opahnun opahnnu opahunn opahunn opahnun opahnnu opauhnn opauhnn opaunhn
opaunnh opaunnh opaunhn opanhun opanhnu opanuhn opanunh opannuh opannhu opnnhau opnnhua
opnnahu opnnauh opnnuah opnnuha opnhnau opnhnua opnhanu opnhaun opnhuan opnhuna opnahnu
opnahun opnanhu opnanuh opnaunh opnauhn opnuhan opnuhna opnuahn opnuanh opnunah opnunha
ohupnan ohupnna ohupann ohupann ohupnan ohupnna ohunpan ohunpna ohunapn ohunanp ohunnap
ohunnpa ohuanpn ohuannp ohuapnn ohuapnn ohuanpn ohuannp ohunnap ohunnpa ohunanp ohunapn
ohunpan ohunpna ohpunan ohpunna ohpuann ohpuann ohpunan ohpunna ohpnuan ohpnuna ohpnaun
ohpnanu ohpnnau ohpnnua ohpanun ohpannu ohpaunn ohpaunn ohpanun ohpannu ohpnnau ohpnnua
ohpnanu ohpnaun ohpnuan ohpnuna ohnpuan ohnpuna ohnpaun ohnpanu ohnpnau ohnpnua ohnupan
ohnupna ohnuapn ohnuanp ohnunap ohnunpa ohnaupn ohnaunp ohnapun ohnapnu ohnanpu ohnanup
ohnnuap ohnnupa ohnnaup ohnnapu ohnnpau ohnnpua ohapnun ohapnnu ohapunn ohapunn ohapnun
ohapnnu ohanpun ohanpnu ohanupn ohanunp ohannup ohannpu ohaunpn ohaunnp ohaupnn ohaupnn
ohaunpn ohaunnp ohannup ohannpu ohanunp ohanupn ohanpun ohanpnu ohnpnau ohnpnua ohnpanu
ohnpaun ohnpuan ohnpuna ohnnpau ohnnpua ohnnapu ohnnaup ohnnuap ohnnupa ohnanpu ohnanup
ohnapnu ohnapun ohnaupn ohnaunp ohnunap ohnunpa ohnuanp ohnuapn ohnupan ohnupna oauphnn
oauphnn oaupnhn oaupnnh oaupnnh oaupnhn oauhpnn oauhpnn oauhnpn oauhnnp oauhnnp oauhnpn
oaunhpn oaunhnp oaunphn oaunpnh oaunnph oaunnhp oaunhnp oaunhpn oaunnhp oaunnph oaunpnh
oaunphn oapuhnn oapuhnn oapunhn oapunnh oapunnh oapunhn oaphunn oaphunn oaphnun oaphnnu
oaphnnu oaphnun oapnhun oapnhnu oapnuhn oapnunh oapnnuh oapnnhu oapnhnu oapnhun oapnnhu
oapnnuh oapnunh oapnuhn oahpunn oahpunn oahpnun oahpnnu oahpnnu oahpnun oahupnn oahupnn
oahunpn oahunnp oahunnp oahunpn oahnupn oahnunp oahnpun oahnpnu oahnnpu oahnnup oahnunp
oahnupn oahnnup oahnnpu oahnpnu oahnpun oanphun oanphnu oanpuhn oanpunh oanpnuh oanpnhu
oanhpun oanhpnu oanhupn oanhunp oanhnup oanhnpu oanuhpn oanuhnp oanuphn oanupnh oanunph
oanunhp oannhup oannhpu oannuhp oannuph oannpuh oannphu oanphnu oanphun oanpnhu oanpnuh
oanpunh oanpuhn oanhpnu oanhpun oanhnpu oanhnup oanhunp oanhupn oannhpu oannhup oannphu
oannpuh oannuph oannuhp oanuhnp oanuhpn oanunhp oanunph oanupnh oanuphn onuphan onuphna
onupahn onupanh onupnah onupnha onuhpan onuhpna onuhapn onuhanp onuhnap onuhnpa onuahpn
onuahnp onuaphn onuapnh onuanph onuanhp onunhap onunhpa onunahp onunaph onunpah onunpha
onpuhan onpuhna onpuahn onpuanh onpunah onpunha onphuan onphuna onphaun onphanu onphnau
onphnua onpahun onpahnu onpauhn onpaunh onpanuh onpanhu onpnhau onpnhua onpnahu onpnauh
onpnuah onpnuha onhpuan onhpuna onhpaun onhpanu onhpnau onhpnua onhupan onhupna onhuapn
onhuanp onhunap onhunpa onhaupn onhaunp onhapun onhapnu onhanpu onhanup onhnuap onhnupa
onhnaup onhnapu onhnpau onhnpua onaphun onaphnu onapuhn onapunh onapnuh onapnhu onahpun
onahpnu onahupn onahunp onahnup onahnpu onauhpn onauhnp onauphn onaupnh onaunph onaunhp
onanhup onanhpu onanuhp onanuph onanpuh onanphu onnphau onnphua onnpahu onnpauh onnpuah
onnpuha onnhpau onnhpua onnhapu onnhaup onnhuap onnhupa onnahpu onnahup onnaphu onnapuh
onnauph onnauhp onnuhap onnuhpa onnuahp onnuaph onnupah onnupha nnuphoa nnuphao nnupoha
nnupoah nnupaoh nnupaho nnuhpoa nnuhpao nnuhopa nnuhoap nnuhaop nnuhapo nnuohpa nnuohap
nnuopha nnuopah nnuoaph nnuoahp nnuahop nnuahpo nnuaohp nnuaoph nnuapoh nnuapho nnpuhoa
nnpuhao nnpuoha nnpuoah nnpuaoh nnpuaho nnphuoa nnphuao nnphoua nnphoau nnphaou nnphauo
nnpohua nnpohau nnpouha nnpouah nnpoauh nnpoahu nnpahou nnpahuo nnpaohu nnpaouh nnpauoh
nnpauho nnhpuoa nnhpuao nnhpoua nnhpoau nnhpaou nnhpauo nnhupoa nnhupao nnhuopa nnhuoap
nnhuaop nnhuapo nnhoupa nnhouap nnhopua nnhopau nnhoapu nnhoaup nnhauop nnhaupo nnhaoup
nnhaopu nnhapou nnhapuo nnophua nnophau nnopuha nnopuah nnopauh nnopahu nnohpua nnohpau
nnohupa nnohuap nnohaup nnohapu nnouhpa nnouhap nnoupha nnoupah nnouaph nnouahp nnoahup
nnoahpu nnoauhp nnoauph nnoapuh nnoaphu nnaphou nnaphuo nnapohu nnapouh nnapuoh nnapuho
nnahpou nnahpuo nnahopu nnahoup nnahuop nnahupo nnaohpu nnaohup nnaophu nnaopuh nnaouph
nnaouhp nnauhop nnauhpo nnauohp nnauoph nnaupoh nnaupho nunphoa nunphao nunpoha nunpoah
nunpaoh nunpaho nunhpoa nunhpao nunhopa nunhoap nunhaop nunhapo nunohpa nunohap nunopha
nunopah nunoaph nunoahp nunahop nunahpo nunaohp nunaoph nunapoh nunapho nupnhoa nupnhao
nupnoha nupnoah nupnaoh nupnaho nuphnoa nuphnao nuphona nuphoan nuphaon nuphano nupohna
nupohan nuponha nuponah nupoanh nupoahn nupahon nupahno nupaohn nupaonh nupanoh nupanho
nuhpnoa nuhpnao nuhpona nuhpoan nuhpaon nuhpano nuhnpoa nuhnpao nuhnopa nuhnoap nuhnaop
nuhnapo nuhonpa nuhonap nuhopna nuhopan nuhoapn nuhoanp nuhanop nuhanpo nuhaonp nuhaopn
nuhapon nuhapno nuophna nuophan nuopnha nuopnah nuopanh nuopahn nuohpna nuohpan nuohnpa
nuohnap nuohanp nuohapn nuonhpa nuonhap nuonpha nuonpah nuonaph nuonahp nuoahnp nuoahpn
nuoanhp nuoanph nuoapnh nuoaphn nuaphon nuaphno nuapohn nuaponh nuapnoh nuapnho nuahpon
nuahpno nuahopn nuahonp nuahnop nuahnpo nuaohpn nuaohnp nuaophn nuaopnh nuaonph nuaonhp
nuanhop nuanhpo nuanohp nuanoph nuanpoh nuanpho npunhoa npunhao npunoha npunoah npunaoh
npunaho npuhnoa npuhnao npuhona npuhoan npuhaon npuhano npuohna npuohan npuonha npuonah
npuoanh npuoahn npuahon npuahno npuaohn npuaonh npuanoh npuanho npnuhoa npnuhao npnuoha
npnuoah npnuaoh npnuaho npnhuoa npnhuao npnhoua npnhoau npnhaou npnhauo npnohua npnohau
npnouha npnouah npnoauh npnoahu npnahou npnahuo npnaohu npnaouh npnauoh npnauho nphnuoa
nphnuao nphnoua nphnoau nphnaou nphnauo nphunoa nphunao nphuona nphuoan nphuaon nphuano
nphouna nphouan nphonua nphonau nphoanu nphoaun nphauon nphauno nphaoun nphaonu nphanou
nphanuo nponhua nponhau nponuha nponuah nponauh nponahu npohnua npohnau npohuna npohuan
npohaun npohanu npouhna npouhan npounha npounah npouanh npouahn npoahun npoahnu npoauhn
npoaunh npoanuh npoanhu npanhou npanhuo npanohu npanouh npanuoh npanuho npahnou npahnuo
npahonu npahoun npahuon npahuno npaohnu npaohun npaonhu npaonuh npaounh npaouhn npauhon
npauhno npauohn npauonh npaunoh npaunho nhupnoa nhupnao nhupona nhupoan nhupaon nhupano
nhunpoa nhunpao nhunopa nhunoap nhunaop nhunapo nhuonpa nhuonap nhuopna nhuopan nhuoapn
nhuoanp nhuanop nhuanpo nhuaonp nhuaopn nhuapon nhuapno nhpunoa nhpunao nhpuona nhpuoan
nhpuaon nhpuano nhpnuoa nhpnuao nhpnoua nhpnoau nhpnaou nhpnauo nhponua nhponau nhpouna
nhpouan nhpoaun nhpoanu nhpanou nhpanuo nhpaonu nhpaoun nhpauon nhpauno nhnpuoa nhnpuao
nhnpoua nhnpoau nhnpaou nhnpauo nhnupoa nhnupao nhnuopa nhnuoap nhnuaop nhnuapo nhnoupa
nhnouap nhnopua nhnopau nhnoapu nhnoaup nhnauop nhnaupo nhnaoup nhnaopu nhnapou nhnapuo
nhopnua nhopnau nhopuna nhopuan nhopaun nhopanu nhonpua nhonpau nhonupa nhonuap nhonaup
nhonapu nhounpa nhounap nhoupna nhoupan nhouapn nhouanp nhoanup nhoanpu nhoaunp nhoaupn
nhoapun nhoapnu nhapnou nhapnuo nhaponu nhapoun nhapuon nhapuno nhanpou nhanpuo nhanopu
nhanoup nhanuop nhanupo nhaonpu nhaonup nhaopnu nhaopun nhaoupn nhaounp nhaunop nhaunpo
nhauonp nhauopn nhaupon nhaupno nouphna nouphan noupnha noupnah noupanh noupahn nouhpna
nouhpan nouhnpa nouhnap nouhanp nouhapn nounhpa nounhap nounpha nounpah nounaph nounahp
nouahnp nouahpn nouanhp nouanph nouapnh nouaphn nopuhna nopuhan nopunha nopunah nopuanh
nopuahn nophuna nophuan nophnua nophnau nophanu nophaun nopnhua nopnhau nopnuha nopnuah
nopnauh nopnahu nopahnu nopahun nopanhu nopanuh nopaunh nopauhn nohpuna nohpuan nohpnua
nohpnau nohpanu nohpaun nohupna nohupan nohunpa nohunap nohuanp nohuapn nohnupa nohnuap
nohnpua nohnpau nohnapu nohnaup nohaunp nohaupn nohanup nohanpu nohapnu nohapun nonphua
nonphau nonpuha nonpuah nonpauh nonpahu nonhpua nonhpau nonhupa nonhuap nonhaup nonhapu
nonuhpa nonuhap nonupha nonupah nonuaph nonuahp nonahup nonahpu nonauhp nonauph nonapuh
nonaphu noaphnu noaphun noapnhu noapnuh noapunh noapuhn noahpnu noahpun noahnpu noahnup
noahunp noahupn noanhpu noanhup noanphu noanpuh noanuph noanuhp noauhnp noauhpn noaunhp
noaunph noaupnh noauphn nauphon nauphno naupohn nauponh naupnoh naupnho nauhpon nauhpno
nauhopn nauhonp nauhnop nauhnpo nauohpn nauohnp nauophn nauopnh nauonph nauonhp naunhop
naunhpo naunohp naunoph naunpoh naunpho napuhon napuhno napuohn napuonh napunoh napunho
naphuon naphuno naphoun naphonu naphnou naphnuo napohun napohnu napouhn napounh naponuh
naponhu napnhou napnhuo napnohu napnouh napnuoh napnuho nahpuon nahpuno nahpoun nahponu
nahpnou nahpnuo nahupon nahupno nahuopn nahuonp nahunop nahunpo nahoupn nahounp nahopun
nahopnu nahonpu nahonup nahnuop nahnupo nahnoup nahnopu nahnpou nahnpuo naophun naophnu
naopuhn naopunh naopnuh naopnhu naohpun naohpnu naohupn naohunp naohnup naohnpu naouhpn
naouhnp naouphn naoupnh naounph naounhp naonhup naonhpu naonuhp naonuph naonpuh naonphu
nanphou nanphuo nanpohu nanpouh nanpuoh nanpuho nanhpou nanhpuo nanhopu nanhoup nanhuop
nanhupo nanohpu nanohup nanophu nanopuh nanouph nanouhp nanuhop nanuhpo nanuohp nanuoph
nanupoh nanupho

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History of cryptography
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