easy ciphers

Easy Ciphers Tools:
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popular ciphers:

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progreso

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roelke

bimethyls

ostinatos

thermidorian

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Caesar cipher

Caesar cipher, is one of the simplest and most widely known encryption techniques. The transformation can be represented by aligning two alphabets, the cipher alphabet is the plain alphabet rotated left or right by some number of positions.

When encrypting, a person looks up each letter of the message in the 'plain' line and writes down the corresponding letter in the 'cipher' line. Deciphering is done in reverse.
The encryption can also be represented using modular arithmetic by first transforming the letters into numbers, according to the scheme, A = 0, B = 1,..., Z = 25. Encryption of a letter x by a shift n can be described mathematically as

Plaintext: brevipen
cipher variations:
csfwjqfo dtgxkrgp euhylshq fvizmtir gwjanujs
hxkbovkt iylcpwlu jzmdqxmv kanerynw lbofszox
mcpgtapy ndqhubqz oerivcra pfsjwdsb qgtkxetc
rhulyfud sivmzgve tjwnahwf ukxobixg vlypcjyh
wmzqdkzi xnarelaj yobsfmbk zpctgncl aqduhodm

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: brevipen
Cipher: yiverkvm

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: brevipen
Cipher: AAAAB BAAAA AABAA BBBAB ABAAA ABBBA AABAA 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: brevipen
cipher variations:
csfwjqfoeanmzunogivcpyvoiqdsfcdokylivglomgtylktoqwjersjoseruhwro
umzkxazowuhanehoycpqdipoakxgtmxodtgxkrgpfbonavophjwdqzwpjretgdep
lzmjwhmpnhuzmluprxkfstkptfsvixspvnalybapxvibofipzdqrejqpblyhunyp
euhylshqgcpobwpqikxeraxqksfuhefqmankxinqoivanmvqsylgtulqugtwjytq
wobmzcbqywjcpgjqaersfkrqcmzivozqfvizmtirhdqpcxqrjlyfsbyrltgvifgr
nbolyjorpjwbonwrtzmhuvmrvhuxkzurxpcnadcrzxkdqhkrbfstglsrdnajwpar
gwjanujsierqdyrskmzgtczsmuhwjghsocpmzkpsqkxcpoxsuanivwnswivylavs
yqdobedsaylerilscgtuhmtseobkxqbshxkbovktjfsrezstlnahudatnvixkhit
pdqnalqtrlydqpytvbojwxotxjwzmbwtzrepcfetbzmfsjmtdhuvinutfpclyrct
iylcpwlukgtsfatumobivebuowjylijuqerobmrusmzerqzuwcpkxypuykxancxu
asfqdgfucangtknueivwjovugqdmzsdujzmdqxmvlhutgbuvnpcjwfcvpxkzmjkv
rfspcnsvtnafsravxdqlyzqvzlybodyvbtgrehgvdbohulovfjwxkpwvhrenatev
kanerynwmivuhcvwoqdkxgdwqylanklwsgtqdotwuobgtsbwyermzarwamzcpezw
cuhsfihwecpivmpwgkxylqxwisfobufwlbofszoxnjwvidwxprelyhexrzmbolmx
thurepuxvpchutcxzfsnabsxbnadqfaxdvitgjixfdqjwnqxhlyzmryxjtgpcvgx
mcpgtapyokxwjexyqsfmzifysancpmnyuivsfqvywqdivudyagtobctycobergby
ewjuhkjygerkxoryimzanszykuhqdwhyndqhubqzplyxkfyzrtgnajgztbodqnoz
vjwtgrwzxrejwvezbhupcduzdpcfshczfxkvilkzhfslypszjnabotazlvirexiz
oerivcraqmzylgzasuhobkhaucperopawkxuhsxaysfkxwfacivqdevaeqdgtida
gylwjmlaigtmzqtakobcpubamwjsfyjapfsjwdsbrnazmhabtvipclibvdqfspqb
xlyvitybztglyxgbdjwrefwbfrehujebhzmxknmbjhunarublpcdqvcbnxktgzkb
qgtkxetcsobanibcuwjqdmjcwergtqrcymzwjuzcauhmzyhcekxsfgxcgsfivkfc
ianylonckivobsvcmqderwdcoyluhalcrhulyfudtpcbojcdvxkrenkdxfshursd
znaxkvadbvinazidflytghydhtgjwlgdjbozmpodljwpctwdnrefsxedpzmvibmd
sivmzgveuqdcpkdewylsfoleygtivsteaobylwbecwjobajegmzuhizeiuhkxmhe
kcpanqpemkxqduxeosfgtyfeqanwjcnetjwnahwfvredqlefxzmtgpmfzhujwtuf
bpczmxcfdxkpcbkfhnavijafjvilynifldqborqfnlyrevyfptghuzgfrboxkdof
ukxobixgwsfermfgyanuhqngaivkxuvgcqdanydgeylqdclgiobwjkbgkwjmzojg
mercpsrgomzsfwzgquhivahgscpylepgvlypcjyhxtgfsnghzbovirohbjwlyvwh
drebozehfzmredmhjpcxklchlxknapkhnfsdqtshpnatgxahrvijwbihtdqzmfqh
wmzqdkziyuhgtohiacpwjspickxmzwxiesfcpafigansfenikqdylmdimylobqli
ogterutiqobuhybiswjkxcjiuerangrixnarelajzvihupijbdqxktqjdlynaxyj
ftgdqbgjhbotgfojlrezmnejnzmpcrmjphufsvujrpcvizcjtxklydkjvfsbohsj
yobsfmbkawjivqjkcerylurkemzobyzkguherchkicpuhgpkmsfanofkoanqdsnk
qivgtwvksqdwjadkuylmzelkwgtcpitkzpctgnclbxkjwrkldfszmvslfnapczal
hvifsdiljdqvihqlntgbopglpboretolrjwhuxwltrexkbelvzmnafmlxhudqjul
aqduhodmcylkxslmegtanwtmgobqdabmiwjgtejmkerwjirmouhcpqhmqcpsfupm
skxivyxmusfylcfmwanobgnmyiverkvmbrevipendzmlytmnfhuboxunhpcrebcn
jxkhufknlfsxkjsnpvidqrinrdqtgvqntlyjwzynvtgzmdgnxbopchonzjwfslwn

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: brevipen
Cipher: oerivcra

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: brevipen
Cipher: 2124511542535133

Extended Methods:
Method #1

Plaintext: brevipen
method variations:
gwkaouksmbpftzpxrgulyeucwmzqdkzh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b r e v i p e n 
2 2 5 1 4 5 5 3 
1 4 1 5 2 3 1 3 
They are then read out in rows:
2251455314152313
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: brevipen
Cipher: geypqvml

Read more ...
Method #3

Plaintext: brevipen
method variations:
fyauwxlh yauwxlhf auwxlhfy
uwxlhfya wxlhfyau xlhfyauw
lhfyauwx hfyauwxl

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: brevipen

first 5040 cipher variations(40320 total)
brevipen brevipne breviepn brevienp brevinep brevinpe brevpien brevpine brevpein brevpeni brevpnei
brevpnie brevepin brevepni breveipn breveinp brevenip brevenpi brevnpei brevnpie brevnepi brevneip
brevniep brevnipe breivpen breivpne breivepn breivenp breivnep breivnpe breipven breipvne breipevn
breipenv breipnev breipnve breiepvn breiepnv breievpn breievnp breienvp breienpv breinpev breinpve
breinepv breinevp breinvep breinvpe brepiven brepivne brepievn brepienv brepinev brepinve brepvien
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brepnvei brepnvie brepnevi brepneiv brepniev brepnive breeipvn breeipnv breeivpn breeivnp breeinvp
breeinpv breepivn breepinv breepvin breepvni breepnvi breepniv breevpin breevpni breevipn breevinp
breevnip breevnpi breenpvi breenpiv breenvpi breenvip breenivp breenipv brenipev brenipve breniepv
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bepinrev bepinrve bepinerv bepinevr bepinver bepinvre bepriven beprivne beprievn beprienv beprinev
beprinve beprvien beprvine beprvein beprveni beprvnei beprvnie beprevin beprevni bepreivn bepreinv
bepreniv beprenvi beprnvei beprnvie beprnevi beprneiv beprniev beprnive bepeirvn bepeirnv bepeivrn
bepeivnr bepeinvr bepeinrv beperivn beperinv bepervin bepervni bepernvi beperniv bepevrin bepevrni
bepevirn bepevinr bepevnir bepevnri bepenrvi bepenriv bepenvri bepenvir bepenivr bepenirv bepnirev
bepnirve bepnierv bepnievr bepniver bepnivre bepnriev bepnrive bepnreiv bepnrevi bepnrvei bepnrvie
bepneriv bepnervi bepneirv bepneivr bepnevir bepnevri bepnvrei bepnvrie bepnveri bepnveir bepnvier
bepnvire beeviprn beevipnr beevirpn beevirnp beevinrp beevinpr beevpirn beevpinr beevprin beevprni
beevpnri beevpnir beevrpin beevrpni beevripn beevrinp beevrnip beevrnpi beevnpri beevnpir beevnrpi
beevnrip beevnirp beevnipr beeivprn beeivpnr beeivrpn beeivrnp beeivnrp beeivnpr beeipvrn beeipvnr
beeiprvn beeiprnv beeipnrv beeipnvr beeirpvn beeirpnv beeirvpn beeirvnp beeirnvp beeirnpv beeinprv
beeinpvr beeinrpv beeinrvp beeinvrp beeinvpr beepivrn beepivnr beepirvn beepirnv beepinrv beepinvr
beepvirn beepvinr beepvrin beepvrni beepvnri beepvnir beeprvin beeprvni beeprivn beeprinv beeprniv
beeprnvi beepnvri beepnvir beepnrvi beepnriv beepnirv beepnivr beeripvn beeripnv beerivpn beerivnp
beerinvp beerinpv beerpivn beerpinv beerpvin beerpvni beerpnvi beerpniv beervpin beervpni beervipn
beervinp beervnip beervnpi beernpvi beernpiv beernvpi beernvip beernivp beernipv beeniprv beenipvr
beenirpv beenirvp beenivrp beenivpr beenpirv beenpivr beenpriv beenprvi beenpvri beenpvir beenrpiv
beenrpvi beenripv beenrivp beenrvip beenrvpi beenvpri beenvpir beenvrpi beenvrip beenvirp beenvipr
benviper benvipre benviepr benvierp benvirep benvirpe benvpier benvpire benvpeir benvperi benvprei
benvprie benvepir benvepri benveipr benveirp benverip benverpi benvrpei benvrpie benvrepi benvreip
benvriep benvripe benivper benivpre benivepr beniverp benivrep benivrpe benipver benipvre benipevr
beniperv beniprev beniprve beniepvr benieprv benievpr benievrp beniervp benierpv benirpev benirpve
benirepv benirevp benirvep benirvpe benpiver benpivre benpievr benpierv benpirev benpirve benpvier
benpvire benpveir benpveri benpvrei benpvrie benpevir benpevri benpeivr benpeirv benperiv benpervi
benprvei benprvie benprevi benpreiv benpriev benprive beneipvr beneiprv beneivpr beneivrp beneirvp
beneirpv benepivr benepirv benepvir benepvri beneprvi benepriv benevpir benevpri benevipr benevirp
benevrip benevrpi benerpvi benerpiv benervpi benervip benerivp beneripv benripev benripve benriepv
benrievp benrivep benrivpe benrpiev benrpive benrpeiv benrpevi benrpvei benrpvie benrepiv benrepvi
benreipv benreivp benrevip benrevpi benrvpei benrvpie benrvepi benrveip benrviep benrvipe bveripen
bveripne bveriepn bverienp bverinep bverinpe bverpien bverpine bverpein bverpeni bverpnei bverpnie
bverepin bverepni bvereipn bvereinp bverenip bverenpi bvernpei bvernpie bvernepi bverneip bverniep
bvernipe bveirpen bveirpne bveirepn bveirenp bveirnep bveirnpe bveipren bveiprne bveipern bveipenr
bveipner bveipnre bveieprn bveiepnr bveierpn bveiernp bveienrp bveienpr bveinper bveinpre bveinepr
bveinerp bveinrep bveinrpe bvepiren bvepirne bvepiern bvepienr bvepiner bvepinre bveprien bveprine
bveprein bvepreni bveprnei bveprnie bveperin bveperni bvepeirn bvepeinr bvepenir bvepenri bvepnrei
bvepnrie bvepneri bvepneir bvepnier bvepnire bveeiprn bveeipnr bveeirpn bveeirnp bveeinrp bveeinpr
bveepirn bveepinr bveeprin bveeprni bveepnri bveepnir bveerpin bveerpni bveeripn bveerinp bveernip
bveernpi bveenpri bveenpir bveenrpi bveenrip bveenirp bveenipr bveniper bvenipre bveniepr bvenierp
bvenirep bvenirpe bvenpier bvenpire bvenpeir bvenperi bvenprei bvenprie bvenepir bvenepri bveneipr
bveneirp bvenerip bvenerpi bvenrpei bvenrpie bvenrepi bvenreip bvenriep bvenripe bvreipen bvreipne
bvreiepn bvreienp bvreinep bvreinpe bvrepien bvrepine bvrepein bvrepeni bvrepnei bvrepnie bvreepin
bvreepni bvreeipn bvreeinp bvreenip bvreenpi bvrenpei bvrenpie bvrenepi bvreneip bvreniep bvrenipe
bvriepen bvriepne bvrieepn bvrieenp bvrienep bvrienpe bvripeen bvripene bvripeen bvripene bvripnee
bvripnee bvriepen bvriepne bvrieepn bvrieenp bvrienep bvrienpe bvrinpee bvrinpee bvrinepe bvrineep
bvrineep bvrinepe bvrpieen bvrpiene bvrpieen bvrpiene bvrpinee bvrpinee bvrpeien bvrpeine bvrpeein
bvrpeeni bvrpenei bvrpenie bvrpeein bvrpeeni bvrpeien bvrpeine bvrpenie bvrpenei bvrpneei bvrpneie
bvrpneei bvrpneie bvrpniee bvrpniee bvreipen bvreipne bvreiepn bvreienp bvreinep bvreinpe bvrepien
bvrepine bvrepein bvrepeni bvrepnei bvrepnie bvreepin bvreepni bvreeipn bvreeinp bvreenip bvreenpi
bvrenpei bvrenpie bvrenepi bvreneip bvreniep bvrenipe bvrnipee bvrnipee bvrniepe bvrnieep bvrnieep
bvrniepe bvrnpiee bvrnpiee bvrnpeie bvrnpeei bvrnpeei bvrnpeie bvrnepie bvrnepei bvrneipe bvrneiep
bvrneeip bvrneepi bvrnepei bvrnepie bvrneepi bvrneeip bvrneiep bvrneipe bvirepen bvirepne bvireepn
bvireenp bvirenep bvirenpe bvirpeen bvirpene bvirpeen bvirpene bvirpnee bvirpnee bvirepen bvirepne
bvireepn bvireenp bvirenep bvirenpe bvirnpee bvirnpee bvirnepe bvirneep bvirneep bvirnepe bvierpen
bvierpne bvierepn bvierenp bviernep bviernpe bviepren bvieprne bviepern bviepenr bviepner bviepnre
bvieeprn bvieepnr bvieerpn bvieernp bvieenrp bvieenpr bvienper bvienpre bvienepr bvienerp bvienrep
bvienrpe bviperen bviperne bvipeern bvipeenr bvipener bvipenre bvipreen bviprene bvipreen bviprene
bviprnee bviprnee bviperen bviperne bvipeern bvipeenr bvipener bvipenre bvipnree bvipnree bvipnere
bvipneer bvipneer bvipnere bvieeprn bvieepnr bvieerpn bvieernp bvieenrp bvieenpr bviepern bviepenr
bviepren bvieprne bviepnre bviepner bvierpen bvierpne bvierepn bvierenp bviernep bviernpe bvienpre
bvienper bvienrpe bvienrep bvienerp bvienepr bvineper bvinepre bvineepr bvineerp bvinerep bvinerpe
bvinpeer bvinpere bvinpeer bvinpere bvinpree bvinpree bvineper bvinepre bvineepr bvineerp bvinerep
bvinerpe bvinrpee bvinrpee bvinrepe bvinreep bvinreep bvinrepe bvprieen bvpriene bvprieen bvpriene
bvprinee bvprinee bvpreien bvpreine bvpreein bvpreeni bvprenei bvprenie bvpreein bvpreeni bvpreien
bvpreine bvprenie bvprenei bvprneei bvprneie bvprneei bvprneie bvprniee bvprniee bvpireen bvpirene
bvpireen bvpirene bvpirnee bvpirnee bvpieren bvpierne bvpieern bvpieenr bvpiener bvpienre bvpieern
bvpieenr bvpieren bvpierne bvpienre bvpiener bvpineer bvpinere bvpineer bvpinere bvpinree bvpinree
bvpeiren bvpeirne bvpeiern bvpeienr bvpeiner bvpeinre bvperien bvperine bvperein bvpereni bvpernei
bvpernie bvpeerin bvpeerni bvpeeirn bvpeeinr bvpeenir bvpeenri bvpenrei bvpenrie bvpeneri bvpeneir
bvpenier bvpenire bvpeiern bvpeienr bvpeiren bvpeirne bvpeinre bvpeiner bvpeeirn bvpeeinr bvpeerin
bvpeerni bvpeenri bvpeenir bvperein bvpereni bvperien bvperine bvpernie bvpernei bvpeneri bvpeneir
bvpenrei bvpenrie bvpenire bvpenier bvpnieer bvpniere bvpnieer bvpniere bvpniree bvpniree bvpneier
bvpneire bvpneeir bvpneeri bvpnerei bvpnerie bvpneeir bvpneeri bvpneier bvpneire bvpnerie bvpnerei
bvpnreei bvpnreie bvpnreei bvpnreie bvpnriee bvpnriee bveripen bveripne bveriepn bverienp bverinep
bverinpe bverpien bverpine bverpein bverpeni bverpnei bverpnie bverepin bverepni bvereipn bvereinp
bverenip bverenpi bvernpei bvernpie bvernepi bverneip bverniep bvernipe bveirpen bveirpne bveirepn
bveirenp bveirnep bveirnpe bveipren bveiprne bveipern bveipenr bveipner bveipnre bveieprn bveiepnr
bveierpn bveiernp bveienrp bveienpr bveinper bveinpre bveinepr bveinerp bveinrep bveinrpe bvepiren
bvepirne bvepiern bvepienr bvepiner bvepinre bveprien bveprine bveprein bvepreni bveprnei bveprnie
bveperin bveperni bvepeirn bvepeinr bvepenir bvepenri bvepnrei bvepnrie bvepneri bvepneir bvepnier
bvepnire bveeiprn bveeipnr bveeirpn bveeirnp bveeinrp bveeinpr bveepirn bveepinr bveeprin bveeprni
bveepnri bveepnir bveerpin bveerpni bveeripn bveerinp bveernip bveernpi bveenpri bveenpir bveenrpi
bveenrip bveenirp bveenipr bveniper bvenipre bveniepr bvenierp bvenirep bvenirpe bvenpier bvenpire
bvenpeir bvenperi bvenprei bvenprie bvenepir bvenepri bveneipr bveneirp bvenerip bvenerpi bvenrpei
bvenrpie bvenrepi bvenreip bvenriep bvenripe bvnripee bvnripee bvnriepe bvnrieep bvnrieep bvnriepe
bvnrpiee bvnrpiee bvnrpeie bvnrpeei bvnrpeei bvnrpeie bvnrepie bvnrepei bvnreipe bvnreiep bvnreeip
bvnreepi bvnrepei bvnrepie bvnreepi bvnreeip bvnreiep bvnreipe bvnirpee bvnirpee bvnirepe bvnireep
bvnireep bvnirepe bvnipree bvnipree bvnipere bvnipeer bvnipeer bvnipere bvniepre bvnieper bvnierpe
bvnierep bvnieerp bvnieepr bvnieper bvniepre bvnieepr bvnieerp bvnierep bvnierpe bvnpiree bvnpiree
bvnpiere bvnpieer bvnpieer bvnpiere bvnpriee bvnpriee bvnpreie bvnpreei bvnpreei bvnpreie bvnperie
bvnperei bvnpeire bvnpeier bvnpeeir bvnpeeri bvnperei bvnperie bvnpeeri bvnpeeir bvnpeier bvnpeire
bvneipre bvneiper bvneirpe bvneirep bvneierp bvneiepr bvnepire bvnepier bvneprie bvneprei bvneperi
bvnepeir bvnerpie bvnerpei bvneripe bvneriep bvnereip bvnerepi bvneepri bvneepir bvneerpi bvneerip
bvneeirp bvneeipr bvneiper bvneipre bvneiepr bvneierp bvneirep bvneirpe bvnepier bvnepire bvnepeir
bvneperi bvneprei bvneprie bvneepir bvneepri bvneeipr bvneeirp bvneerip bvneerpi bvnerpei bvnerpie
bvnerepi bvnereip bvneriep bvneripe bievrpen bievrpne bievrepn bievrenp bievrnep bievrnpe bievpren
bievprne bievpern bievpenr bievpner bievpnre bieveprn bievepnr bieverpn bievernp bievenrp bievenpr
bievnper bievnpre bievnepr bievnerp bievnrep bievnrpe biervpen biervpne biervepn biervenp biervnep
biervnpe bierpven bierpvne bierpevn bierpenv bierpnev bierpnve bierepvn bierepnv bierevpn bierevnp
bierenvp bierenpv biernpev biernpve biernepv biernevp biernvep biernvpe bieprven bieprvne bieprevn
bieprenv bieprnev bieprnve biepvren biepvrne biepvern biepvenr biepvner biepvnre biepevrn biepevnr
biepervn biepernv biepenrv biepenvr biepnver biepnvre biepnevr biepnerv biepnrev biepnrve bieerpvn
bieerpnv bieervpn bieervnp bieernvp bieernpv bieeprvn bieeprnv bieepvrn bieepvnr bieepnvr bieepnrv
bieevprn bieevpnr bieevrpn bieevrnp bieevnrp bieevnpr bieenpvr bieenprv bieenvpr bieenvrp bieenrvp
bieenrpv bienrpev bienrpve bienrepv bienrevp bienrvep bienrvpe bienprev bienprve bienperv bienpevr
bienpver bienpvre bieneprv bienepvr bienerpv bienervp bienevrp bienevpr bienvper bienvpre bienvepr
bienverp bienvrep bienvrpe biverpen biverpne biverepn biverenp bivernep bivernpe bivepren biveprne
bivepern bivepenr bivepner bivepnre biveeprn biveepnr biveerpn biveernp biveenrp biveenpr bivenper
bivenpre bivenepr bivenerp bivenrep bivenrpe bivrepen bivrepne bivreepn bivreenp bivrenep bivrenpe
bivrpeen bivrpene bivrpeen bivrpene bivrpnee bivrpnee bivrepen bivrepne bivreepn bivreenp bivrenep
bivrenpe bivrnpee bivrnpee bivrnepe bivrneep bivrneep bivrnepe bivpreen bivprene bivpreen bivprene
bivprnee bivprnee bivperen bivperne bivpeern bivpeenr bivpener bivpenre bivpeern bivpeenr bivperen
bivperne bivpenre bivpener bivpneer bivpnere bivpneer bivpnere bivpnree bivpnree biverpen biverpne
biverepn biverenp bivernep bivernpe bivepren biveprne bivepern bivepenr bivepner bivepnre biveeprn
biveepnr biveerpn biveernp biveenrp biveenpr bivenper bivenpre bivenepr bivenerp bivenrep bivenrpe
bivnrpee bivnrpee bivnrepe bivnreep bivnreep bivnrepe bivnpree bivnpree bivnpere bivnpeer bivnpeer
bivnpere bivnepre bivneper bivnerpe bivnerep bivneerp bivneepr bivneper bivnepre bivneepr bivneerp
bivnerep bivnerpe birvepen birvepne birveepn birveenp birvenep birvenpe birvpeen birvpene birvpeen
birvpene birvpnee birvpnee birvepen birvepne birveepn birveenp birvenep birvenpe birvnpee birvnpee
birvnepe birvneep birvneep birvnepe birevpen birevpne birevepn birevenp birevnep birevnpe birepven
birepvne birepevn birepenv birepnev birepnve bireepvn bireepnv bireevpn bireevnp bireenvp bireenpv
birenpev birenpve birenepv birenevp birenvep birenvpe birpeven birpevne birpeevn birpeenv birpenev
birpenve birpveen birpvene birpveen birpvene birpvnee birpvnee birpeven birpevne birpeevn birpeenv
birpenev birpenve birpnvee birpnvee birpneve birpneev birpneev birpneve bireepvn bireepnv bireevpn
bireevnp bireenvp bireenpv birepevn birepenv birepven birepvne birepnve birepnev birevpen birevpne
birevepn birevenp birevnep birevnpe birenpve birenpev birenvpe birenvep birenevp birenepv birnepev
birnepve birneepv birneevp birnevep birnevpe birnpeev birnpeve birnpeev birnpeve birnpvee birnpvee
birnepev birnepve birneepv birneevp birnevep birnevpe birnvpee birnvpee birnvepe birnveep birnveep
birnvepe bipvreen bipvrene bipvreen bipvrene bipvrnee bipvrnee bipveren bipverne bipveern bipveenr
bipvener bipvenre bipveern bipveenr bipveren bipverne bipvenre bipvener bipvneer bipvnere bipvneer
bipvnere bipvnree bipvnree biprveen biprvene biprveen biprvene biprvnee biprvnee bipreven biprevne
bipreevn bipreenv biprenev biprenve bipreevn bipreenv bipreven biprevne biprenve biprenev biprneev
biprneve biprneev biprneve biprnvee biprnvee biperven bipervne biperevn biperenv bipernev bipernve
bipevren bipevrne bipevern bipevenr bipevner bipevnre bipeevrn bipeevnr bipeervn bipeernv bipeenrv
bipeenvr bipenver bipenvre bipenevr bipenerv bipenrev bipenrve biperevn biperenv biperven bipervne
bipernve bipernev bipeervn bipeernv bipeevrn bipeevnr bipeenvr bipeenrv bipevern bipevenr bipevren
bipevrne bipevnre bipevner bipenevr bipenerv bipenver bipenvre bipenrve bipenrev bipnreev bipnreve
bipnreev bipnreve bipnrvee bipnrvee bipnerev bipnerve bipneerv bipneevr bipnever bipnevre bipneerv
bipneevr bipnerev bipnerve bipnevre bipnever bipnveer bipnvere bipnveer bipnvere bipnvree bipnvree
bievrpen bievrpne bievrepn bievrenp bievrnep bievrnpe bievpren bievprne bievpern bievpenr bievpner
bievpnre bieveprn bievepnr bieverpn bievernp bievenrp bievenpr bievnper bievnpre bievnepr bievnerp
bievnrep bievnrpe biervpen biervpne biervepn biervenp biervnep biervnpe bierpven bierpvne bierpevn
bierpenv bierpnev bierpnve bierepvn bierepnv bierevpn bierevnp bierenvp bierenpv biernpev biernpve
biernepv biernevp biernvep biernvpe bieprven bieprvne bieprevn bieprenv bieprnev bieprnve biepvren
biepvrne biepvern biepvenr biepvner biepvnre biepevrn biepevnr biepervn biepernv biepenrv biepenvr
biepnver biepnvre biepnevr biepnerv biepnrev biepnrve bieerpvn bieerpnv bieervpn bieervnp bieernvp
bieernpv bieeprvn bieeprnv bieepvrn bieepvnr bieepnvr bieepnrv bieevprn bieevpnr bieevrpn bieevrnp
bieevnrp bieevnpr bieenpvr bieenprv bieenvpr bieenvrp bieenrvp bieenrpv bienrpev bienrpve bienrepv
bienrevp bienrvep bienrvpe bienprev bienprve bienperv bienpevr bienpver bienpvre bieneprv bienepvr
bienerpv bienervp bienevrp bienevpr bienvper bienvpre bienvepr bienverp bienvrep bienvrpe binvrpee
binvrpee binvrepe binvreep binvreep binvrepe binvpree binvpree binvpere binvpeer binvpeer binvpere
binvepre binveper binverpe binverep binveerp binveepr binveper binvepre binveepr binveerp binverep
binverpe binrvpee binrvpee binrvepe binrveep binrveep binrvepe binrpvee binrpvee binrpeve binrpeev
binrpeev binrpeve binrepve binrepev binrevpe binrevep binreevp binreepv binrepev binrepve binreepv
binreevp binrevep binrevpe binprvee binprvee binpreve binpreev binpreev binpreve binpvree binpvree
binpvere binpveer binpveer binpvere binpevre binpever binperve binperev binpeerv binpeevr binpever
binpevre binpeevr binpeerv binperev binperve binerpve binerpev binervpe binervep binerevp binerepv
bineprve bineprev binepvre binepver binepevr bineperv binevpre binevper binevrpe binevrep bineverp
binevepr bineepvr bineeprv bineevpr bineevrp bineervp bineerpv binerpev binerpve binerepv binerevp
binervep binervpe bineprev bineprve bineperv binepevr binepver binepvre bineeprv bineepvr bineerpv
bineervp bineevrp bineevpr binevper binevpre binevepr bineverp binevrep binevrpe bpeviren bpevirne
bpeviern bpevienr bpeviner bpevinre bpevrien bpevrine bpevrein bpevreni bpevrnei bpevrnie bpeverin
bpeverni bpeveirn bpeveinr bpevenir bpevenri bpevnrei bpevnrie bpevneri bpevneir bpevnier bpevnire
bpeivren bpeivrne bpeivern bpeivenr bpeivner bpeivnre bpeirven bpeirvne bpeirevn bpeirenv bpeirnev
bpeirnve bpeiervn bpeiernv bpeievrn bpeievnr bpeienvr bpeienrv bpeinrev bpeinrve bpeinerv bpeinevr
bpeinver bpeinvre bperiven bperivne bperievn bperienv bperinev bperinve bpervien bpervine bpervein
bperveni bpervnei bpervnie bperevin bperevni bpereivn bpereinv bpereniv bperenvi bpernvei bpernvie
bpernevi bperneiv bperniev bpernive bpeeirvn bpeeirnv bpeeivrn bpeeivnr bpeeinvr bpeeinrv bpeerivn
bpeerinv bpeervin bpeervni bpeernvi bpeerniv bpeevrin bpeevrni bpeevirn bpeevinr bpeevnir bpeevnri
bpeenrvi bpeenriv bpeenvri bpeenvir bpeenivr bpeenirv bpenirev bpenirve bpenierv bpenievr bpeniver
bpenivre bpenriev bpenrive bpenreiv bpenrevi bpenrvei bpenrvie bpeneriv bpenervi bpeneirv bpeneivr
bpenevir bpenevri bpenvrei bpenvrie bpenveri bpenveir bpenvier bpenvire bpveiren bpveirne bpveiern
bpveienr bpveiner bpveinre bpverien bpverine bpverein bpvereni bpvernei bpvernie bpveerin bpveerni
bpveeirn bpveeinr bpveenir bpveenri bpvenrei bpvenrie bpveneri bpveneir bpvenier bpvenire bpvieren
bpvierne bpvieern bpvieenr bpviener bpvienre bpvireen bpvirene bpvireen bpvirene bpvirnee bpvirnee
bpvieren bpvierne bpvieern bpvieenr bpviener bpvienre bpvinree bpvinree bpvinere bpvineer bpvineer
bpvinere bpvrieen bpvriene bpvrieen bpvriene bpvrinee bpvrinee bpvreien bpvreine bpvreein bpvreeni
bpvrenei bpvrenie bpvreein bpvreeni bpvreien bpvreine bpvrenie bpvrenei bpvrneei bpvrneie bpvrneei
bpvrneie bpvrniee bpvrniee bpveiren bpveirne bpveiern bpveienr bpveiner bpveinre bpverien bpverine
bpverein bpvereni bpvernei bpvernie bpveerin bpveerni bpveeirn bpveeinr bpveenir bpveenri bpvenrei
bpvenrie bpveneri bpveneir bpvenier bpvenire bpvniree bpvniree bpvniere bpvnieer bpvnieer bpvniere
bpvnriee bpvnriee bpvnreie bpvnreei bpvnreei bpvnreie bpvnerie bpvnerei bpvneire bpvneier bpvneeir
bpvneeri bpvnerei bpvnerie bpvneeri bpvneeir bpvneier bpvneire bpiveren bpiverne bpiveern bpiveenr
bpivener bpivenre bpivreen bpivrene bpivreen bpivrene bpivrnee bpivrnee bpiveren bpiverne bpiveern
bpiveenr bpivener bpivenre bpivnree bpivnree bpivnere bpivneer bpivneer bpivnere bpievren bpievrne
bpievern bpievenr bpievner bpievnre bpierven bpiervne bpierevn bpierenv bpiernev bpiernve bpieervn
bpieernv bpieevrn bpieevnr bpieenvr bpieenrv bpienrev bpienrve bpienerv bpienevr bpienver bpienvre
bpireven bpirevne bpireevn bpireenv bpirenev bpirenve bpirveen bpirvene bpirveen bpirvene bpirvnee
bpirvnee bpireven bpirevne bpireevn bpireenv bpirenev bpirenve bpirnvee bpirnvee bpirneve bpirneev
bpirneev bpirneve bpieervn bpieernv bpieevrn bpieevnr bpieenvr bpieenrv bpierevn bpierenv bpierven
bpiervne bpiernve bpiernev bpievren bpievrne bpievern bpievenr bpievner bpievnre bpienrve bpienrev
bpienvre bpienver bpienevr bpienerv bpinerev bpinerve bpineerv bpineevr bpinever bpinevre bpinreev
bpinreve bpinreev bpinreve bpinrvee bpinrvee bpinerev bpinerve bpineerv bpineevr bpinever bpinevre
bpinvree bpinvree bpinvere bpinveer bpinveer bpinvere bprvieen bprviene bprvieen bprviene bprvinee
bprvinee bprveien bprveine bprveein bprveeni bprvenei bprvenie bprveein bprveeni bprveien bprveine
bprvenie bprvenei bprvneei bprvneie bprvneei bprvneie bprvniee bprvniee bpriveen bprivene bpriveen
bprivene bprivnee bprivnee bprieven bprievne bprieevn bprieenv bprienev bprienve bprieevn bprieenv
bprieven bprievne bprienve bprienev bprineev bprineve bprineev bprineve bprinvee bprinvee bpreiven
bpreivne bpreievn bpreienv bpreinev bpreinve bprevien bprevine bprevein bpreveni bprevnei bprevnie
bpreevin bpreevni bpreeivn bpreeinv bpreeniv bpreenvi bprenvei bprenvie bprenevi bpreneiv bpreniev
bprenive bpreievn bpreienv bpreiven bpreivne bpreinve bpreinev bpreeivn bpreeinv bpreevin bpreevni
bpreenvi bpreeniv bprevein bpreveni bprevien bprevine bprevnie bprevnei bprenevi bpreneiv bprenvei
bprenvie bprenive bpreniev bprnieev bprnieve bprnieev bprnieve bprnivee bprnivee bprneiev bprneive
bprneeiv bprneevi bprnevei bprnevie bprneeiv bprneevi bprneiev bprneive bprnevie bprnevei bprnveei
bprnveie bprnveei bprnveie bprnviee bprnviee bpeviren bpevirne bpeviern bpevienr bpeviner bpevinre
bpevrien bpevrine bpevrein bpevreni bpevrnei bpevrnie bpeverin bpeverni bpeveirn bpeveinr bpevenir
bpevenri bpevnrei bpevnrie bpevneri bpevneir bpevnier bpevnire bpeivren bpeivrne bpeivern bpeivenr
bpeivner bpeivnre bpeirven bpeirvne bpeirevn bpeirenv bpeirnev bpeirnve bpeiervn bpeiernv bpeievrn
bpeievnr bpeienvr bpeienrv bpeinrev bpeinrve bpeinerv bpeinevr bpeinver bpeinvre bperiven bperivne
bperievn bperienv bperinev bperinve bpervien bpervine bpervein bperveni bpervnei bpervnie bperevin
bperevni bpereivn bpereinv bpereniv bperenvi bpernvei bpernvie bpernevi bperneiv bperniev bpernive
bpeeirvn bpeeirnv bpeeivrn bpeeivnr bpeeinvr bpeeinrv bpeerivn bpeerinv bpeervin bpeervni bpeernvi
bpeerniv bpeevrin bpeevrni bpeevirn bpeevinr bpeevnir bpeevnri bpeenrvi bpeenriv bpeenvri bpeenvir
bpeenivr bpeenirv bpenirev bpenirve bpenierv bpenievr bpeniver bpenivre bpenriev bpenrive bpenreiv
bpenrevi bpenrvei bpenrvie bpeneriv bpenervi bpeneirv bpeneivr bpenevir bpenevri bpenvrei bpenvrie
bpenveri bpenveir bpenvier bpenvire bpnviree bpnviree bpnviere bpnvieer bpnvieer bpnviere bpnvriee
bpnvriee bpnvreie bpnvreei bpnvreei bpnvreie bpnverie bpnverei bpnveire bpnveier bpnveeir bpnveeri
bpnverei bpnverie bpnveeri bpnveeir bpnveier bpnveire bpnivree bpnivree bpnivere bpniveer bpniveer
bpnivere bpnirvee bpnirvee bpnireve bpnireev bpnireev bpnireve bpnierve bpnierev bpnievre bpniever
bpnieevr bpnieerv bpnierev bpnierve bpnieerv bpnieevr bpniever bpnievre bpnrivee bpnrivee bpnrieve
bpnrieev bpnrieev bpnrieve bpnrviee bpnrviee bpnrveie bpnrveei bpnrveei bpnrveie bpnrevie bpnrevei
bpnreive bpnreiev bpnreeiv bpnreevi bpnrevei bpnrevie bpnreevi bpnreeiv bpnreiev bpnreive bpneirve
bpneirev bpneivre bpneiver bpneievr bpneierv bpnerive bpneriev bpnervie bpnervei bpnerevi bpnereiv
bpnevrie bpnevrei bpnevire bpnevier bpneveir bpneveri bpneervi bpneeriv bpneevri bpneevir bpneeivr
bpneeirv bpneirev bpneirve bpneierv bpneievr bpneiver bpneivre bpneriev bpnerive bpnereiv bpnerevi
bpnervei bpnervie bpneeriv bpneervi bpneeirv bpneeivr bpneevir bpneevri bpnevrei bpnevrie bpneveri
bpneveir bpnevier bpnevire beeviprn beevipnr beevirpn beevirnp beevinrp beevinpr beevpirn beevpinr
beevprin beevprni beevpnri beevpnir beevrpin beevrpni beevripn beevrinp beevrnip beevrnpi beevnpri
beevnpir beevnrpi beevnrip beevnirp beevnipr beeivprn beeivpnr beeivrpn beeivrnp beeivnrp beeivnpr
beeipvrn beeipvnr beeiprvn beeiprnv beeipnrv beeipnvr beeirpvn beeirpnv beeirvpn beeirvnp beeirnvp
beeirnpv beeinprv beeinpvr beeinrpv beeinrvp beeinvrp beeinvpr beepivrn beepivnr beepirvn beepirnv
beepinrv beepinvr beepvirn beepvinr beepvrin beepvrni beepvnri beepvnir beeprvin beeprvni beeprivn
beeprinv beeprniv beeprnvi beepnvri beepnvir beepnrvi beepnriv beepnirv beepnivr beeripvn beeripnv
beerivpn beerivnp beerinvp beerinpv beerpivn beerpinv beerpvin beerpvni beerpnvi beerpniv beervpin
beervpni beervipn beervinp beervnip beervnpi beernpvi beernpiv beernvpi beernvip beernivp beernipv
beeniprv beenipvr beenirpv beenirvp beenivrp beenivpr beenpirv beenpivr beenpriv beenprvi beenpvri
beenpvir beenrpiv beenrpvi beenripv beenrivp beenrvip beenrvpi beenvpri beenvpir beenvrpi beenvrip
beenvirp beenvipr beveiprn beveipnr beveirpn beveirnp beveinrp beveinpr bevepirn bevepinr beveprin
beveprni bevepnri bevepnir beverpin beverpni beveripn beverinp bevernip bevernpi bevenpri bevenpir
bevenrpi bevenrip bevenirp bevenipr bevieprn beviepnr bevierpn beviernp bevienrp bevienpr bevipern
bevipenr bevipren beviprne bevipnre bevipner bevirpen bevirpne bevirepn bevirenp bevirnep bevirnpe
bevinpre bevinper bevinrpe bevinrep bevinerp bevinepr bevpiern bevpienr bevpiren bevpirne bevpinre
bevpiner bevpeirn bevpeinr bevperin bevperni bevpenri bevpenir bevprein bevpreni bevprien bevprine
bevprnie bevprnei bevpneri bevpneir bevpnrei bevpnrie bevpnire bevpnier bevripen bevripne bevriepn
bevrienp bevrinep bevrinpe bevrpien bevrpine bevrpein bevrpeni bevrpnei bevrpnie bevrepin bevrepni
bevreipn bevreinp bevrenip bevrenpi bevrnpei bevrnpie bevrnepi bevrneip bevrniep bevrnipe bevnipre
bevniper bevnirpe bevnirep bevnierp bevniepr bevnpire bevnpier bevnprie bevnprei bevnperi bevnpeir
bevnrpie bevnrpei bevnripe bevnriep bevnreip bevnrepi bevnepri bevnepir bevnerpi bevnerip bevneirp
bevneipr beiveprn beivepnr beiverpn beivernp beivenrp beivenpr beivpern beivpenr beivpren beivprne
beivpnre beivpner beivrpen beivrpne beivrepn beivrenp beivrnep beivrnpe beivnpre beivnper beivnrpe
beivnrep beivnerp beivnepr beievprn beievpnr beievrpn beievrnp beievnrp beievnpr beiepvrn beiepvnr
beieprvn beieprnv beiepnrv beiepnvr beierpvn beierpnv beiervpn beiervnp beiernvp beiernpv beienprv
beienpvr beienrpv beienrvp beienvrp beienvpr beipevrn beipevnr beipervn beipernv beipenrv beipenvr
beipvern beipvenr beipvren beipvrne beipvnre beipvner beiprven beiprvne beiprevn beiprenv beiprnev
beiprnve beipnvre beipnver beipnrve beipnrev beipnerv beipnevr beirepvn beirepnv beirevpn beirevnp
beirenvp beirenpv beirpevn beirpenv beirpven beirpvne beirpnve beirpnev beirvpen beirvpne beirvepn
beirvenp beirvnep beirvnpe beirnpve beirnpev beirnvpe beirnvep beirnevp beirnepv beineprv beinepvr
beinerpv beinervp beinevrp beinevpr beinperv beinpevr beinprev beinprve beinpvre beinpver beinrpev
beinrpve beinrepv beinrevp beinrvep beinrvpe beinvpre beinvper beinvrpe beinvrep beinverp beinvepr
bepviern bepvienr bepviren bepvirne bepvinre bepviner bepveirn bepveinr bepverin bepverni bepvenri
bepvenir bepvrein bepvreni bepvrien bepvrine bepvrnie bepvrnei bepvneri bepvneir bepvnrei bepvnrie
bepvnire bepvnier bepivern bepivenr bepivren bepivrne bepivnre bepivner bepievrn bepievnr bepiervn
bepiernv bepienrv bepienvr bepirevn bepirenv bepirven bepirvne bepirnve bepirnev bepinerv bepinevr
bepinrev bepinrve bepinvre bepinver bepeivrn bepeivnr bepeirvn bepeirnv bepeinrv bepeinvr bepevirn
bepevinr bepevrin bepevrni bepevnri bepevnir bepervin bepervni beperivn beperinv beperniv bepernvi
bepenvri bepenvir bepenrvi bepenriv bepenirv bepenivr beprievn beprienv bepriven beprivne beprinve
beprinev bepreivn bepreinv beprevin beprevni beprenvi bepreniv beprvein beprveni beprvien beprvine
beprvnie beprvnei beprnevi beprneiv beprnvei beprnvie beprnive beprniev bepnierv bepnievr bepnirev
bepnirve bepnivre bepniver bepneirv bepneivr bepneriv bepnervi bepnevri bepnevir bepnreiv bepnrevi
bepnriev bepnrive bepnrvie bepnrvei bepnveri bepnveir bepnvrei bepnvrie bepnvire bepnvier bervipen
bervipne berviepn bervienp bervinep bervinpe bervpien bervpine bervpein bervpeni bervpnei bervpnie
bervepin bervepni berveipn berveinp bervenip bervenpi bervnpei bervnpie bervnepi bervneip bervniep
bervnipe berivpen berivpne berivepn berivenp berivnep berivnpe beripven beripvne beripevn beripenv
beripnev beripnve beriepvn beriepnv berievpn berievnp berienvp berienpv berinpev berinpve berinepv
berinevp berinvep berinvpe berpiven berpivne berpievn berpienv berpinev berpinve berpvien berpvine
berpvein berpveni berpvnei berpvnie berpevin berpevni berpeivn berpeinv berpeniv berpenvi berpnvei
berpnvie berpnevi berpneiv berpniev berpnive bereipvn bereipnv bereivpn bereivnp bereinvp bereinpv
berepivn berepinv berepvin berepvni berepnvi berepniv berevpin berevpni berevipn berevinp berevnip
berevnpi berenpvi berenpiv berenvpi berenvip berenivp berenipv bernipev bernipve berniepv bernievp
bernivep bernivpe bernpiev bernpive bernpeiv bernpevi bernpvei bernpvie bernepiv bernepvi berneipv
berneivp bernevip bernevpi bernvpei bernvpie bernvepi bernveip bernviep bernvipe benvipre benviper
benvirpe benvirep benvierp benviepr benvpire benvpier benvprie benvprei benvperi benvpeir benvrpie
benvrpei benvripe benvriep benvreip benvrepi benvepri benvepir benverpi benverip benveirp benveipr
benivpre benivper benivrpe benivrep beniverp benivepr benipvre benipver beniprve beniprev beniperv
benipevr benirpve benirpev benirvpe benirvep benirevp benirepv benieprv beniepvr benierpv beniervp
benievrp benievpr benpivre benpiver benpirve benpirev benpierv benpievr benpvire benpvier benpvrie
benpvrei benpveri benpveir benprvie benprvei benprive benpriev benpreiv benprevi benpevri benpevir
benpervi benperiv benpeirv benpeivr benripve benripev benrivpe benrivep benrievp benriepv benrpive
benrpiev benrpvie benrpvei benrpevi benrpeiv benrvpie benrvpei benrvipe benrviep benrveip benrvepi
benrepvi benrepiv benrevpi benrevip benreivp benreipv beneiprv beneipvr beneirpv beneirvp beneivrp
beneivpr benepirv benepivr benepriv beneprvi benepvri benepvir benerpiv benerpvi beneripv benerivp
benervip benervpi benevpri benevpir benevrpi benevrip benevirp benevipr bneviper bnevipre bneviepr
bnevierp bnevirep bnevirpe bnevpier bnevpire bnevpeir bnevperi bnevprei bnevprie bnevepir bnevepri
bneveipr bneveirp bneverip bneverpi bnevrpei bnevrpie bnevrepi bnevreip bnevriep bnevripe bneivper
bneivpre bneivepr bneiverp bneivrep bneivrpe bneipver bneipvre bneipevr bneiperv bneiprev bneiprve
bneiepvr bneieprv bneievpr bneievrp bneiervp bneierpv bneirpev bneirpve bneirepv bneirevp bneirvep
bneirvpe bnepiver bnepivre bnepievr bnepierv bnepirev bnepirve bnepvier bnepvire bnepveir bnepveri
bnepvrei bnepvrie bnepevir bnepevri bnepeivr bnepeirv bneperiv bnepervi bneprvei bneprvie bneprevi
bnepreiv bnepriev bneprive bneeipvr bneeiprv bneeivpr bneeivrp bneeirvp bneeirpv bneepivr bneepirv
bneepvir bneepvri bneeprvi bneepriv bneevpir bneevpri bneevipr bneevirp bneevrip bneevrpi bneerpvi
bneerpiv bneervpi bneervip bneerivp bneeripv bneripev bneripve bneriepv bnerievp bnerivep bnerivpe
bnerpiev bnerpive bnerpeiv bnerpevi bnerpvei bnerpvie bnerepiv bnerepvi bnereipv bnereivp bnerevip
bnerevpi bnervpei bnervpie bnervepi bnerveip bnerviep bnervipe bnveiper bnveipre bnveiepr bnveierp
bnveirep bnveirpe bnvepier bnvepire bnvepeir bnveperi bnveprei bnveprie bnveepir bnveepri bnveeipr
bnveeirp bnveerip bnveerpi bnverpei bnverpie bnverepi bnvereip bnveriep bnveripe bnvieper bnviepre
bnvieepr bnvieerp bnvierep bnvierpe bnvipeer bnvipere bnvipeer bnvipere bnvipree bnvipree bnvieper
bnviepre bnvieepr bnvieerp bnvierep bnvierpe bnvirpee bnvirpee bnvirepe bnvireep bnvireep bnvirepe
bnvpieer bnvpiere bnvpieer bnvpiere bnvpiree bnvpiree bnvpeier bnvpeire bnvpeeir bnvpeeri bnvperei
bnvperie bnvpeeir bnvpeeri bnvpeier bnvpeire bnvperie bnvperei bnvpreei bnvpreie bnvpreei bnvpreie
bnvpriee bnvpriee bnveiper bnveipre bnveiepr bnveierp bnveirep bnveirpe bnvepier bnvepire bnvepeir
bnveperi bnveprei bnveprie bnveepir bnveepri bnveeipr bnveeirp bnveerip bnveerpi bnverpei bnverpie
bnverepi bnvereip bnveriep bnveripe bnvripee bnvripee bnvriepe bnvrieep bnvrieep bnvriepe bnvrpiee
bnvrpiee bnvrpeie bnvrpeei bnvrpeei bnvrpeie bnvrepie bnvrepei bnvreipe bnvreiep bnvreeip bnvreepi
bnvrepei bnvrepie bnvreepi bnvreeip bnvreiep bnvreipe bniveper bnivepre bniveepr bniveerp bniverep
bniverpe bnivpeer bnivpere bnivpeer bnivpere bnivpree bnivpree bniveper bnivepre bniveepr bniveerp
bniverep bniverpe bnivrpee bnivrpee bnivrepe bnivreep bnivreep bnivrepe bnievper bnievpre bnievepr
bnieverp bnievrep bnievrpe bniepver bniepvre bniepevr bnieperv bnieprev bnieprve bnieepvr bnieeprv
bnieevpr bnieevrp bnieervp bnieerpv bnierpev bnierpve bnierepv bnierevp bniervep bniervpe bnipever
bnipevre bnipeevr bnipeerv bniperev bniperve bnipveer bnipvere bnipveer bnipvere bnipvree bnipvree
bnipever bnipevre bnipeevr bnipeerv bniperev bniperve bniprvee bniprvee bnipreve bnipreev bnipreev
bnipreve bnieepvr bnieeprv bnieevpr bnieevrp bnieervp bnieerpv bniepevr bnieperv bniepver bniepvre
bnieprve bnieprev bnievper bnievpre bnievepr bnieverp bnievrep bnievrpe bnierpve bnierpev bniervpe
bniervep bnierevp bnierepv bnirepev bnirepve bnireepv bnireevp bnirevep bnirevpe bnirpeev bnirpeve
bnirpeev bnirpeve bnirpvee bnirpvee bnirepev bnirepve bnireepv bnireevp bnirevep bnirevpe bnirvpee
bnirvpee bnirvepe bnirveep bnirveep bnirvepe bnpvieer bnpviere bnpvieer bnpviere bnpviree bnpviree
bnpveier bnpveire bnpveeir bnpveeri bnpverei bnpverie bnpveeir bnpveeri bnpveier bnpveire bnpverie
bnpverei bnpvreei bnpvreie bnpvreei bnpvreie bnpvriee bnpvriee bnpiveer bnpivere bnpiveer bnpivere
bnpivree bnpivree bnpiever bnpievre bnpieevr bnpieerv bnpierev bnpierve bnpieevr bnpieerv bnpiever
bnpievre bnpierve bnpierev bnpireev bnpireve bnpireev bnpireve bnpirvee bnpirvee bnpeiver bnpeivre
bnpeievr bnpeierv bnpeirev bnpeirve bnpevier bnpevire bnpeveir bnpeveri bnpevrei bnpevrie bnpeevir
bnpeevri bnpeeivr bnpeeirv bnpeeriv bnpeervi bnpervei bnpervie bnperevi bnpereiv bnperiev bnperive
bnpeievr bnpeierv bnpeiver bnpeivre bnpeirve bnpeirev bnpeeivr bnpeeirv bnpeevir bnpeevri bnpeervi
bnpeeriv bnpeveir bnpeveri bnpevier bnpevire bnpevrie bnpevrei bnperevi bnpereiv bnpervei bnpervie
bnperive bnperiev bnprieev bnprieve bnprieev bnprieve bnprivee bnprivee bnpreiev bnpreive bnpreeiv
bnpreevi bnprevei bnprevie bnpreeiv bnpreevi bnpreiev bnpreive bnprevie bnprevei bnprveei bnprveie
bnprveei bnprveie bnprviee bnprviee bneviper bnevipre bneviepr bnevierp bnevirep bnevirpe bnevpier
bnevpire bnevpeir bnevperi bnevprei bnevprie bnevepir bnevepri bneveipr bneveirp bneverip bneverpi
bnevrpei bnevrpie bnevrepi bnevreip bnevriep bnevripe bneivper bneivpre bneivepr bneiverp bneivrep
bneivrpe bneipver bneipvre bneipevr bneiperv bneiprev bneiprve bneiepvr bneieprv bneievpr bneievrp
bneiervp bneierpv bneirpev bneirpve bneirepv bneirevp bneirvep bneirvpe bnepiver bnepivre bnepievr
bnepierv bnepirev bnepirve bnepvier bnepvire bnepveir bnepveri bnepvrei bnepvrie bnepevir bnepevri
bnepeivr bnepeirv bneperiv bnepervi bneprvei bneprvie bneprevi bnepreiv bnepriev bneprive bneeipvr
bneeiprv bneeivpr bneeivrp bneeirvp bneeirpv bneepivr bneepirv bneepvir bneepvri bneeprvi bneepriv
bneevpir bneevpri bneevipr bneevirp bneevrip bneevrpi bneerpvi bneerpiv bneervpi bneervip bneerivp
bneeripv bneripev bneripve bneriepv bnerievp bnerivep bnerivpe bnerpiev bnerpive bnerpeiv bnerpevi
bnerpvei bnerpvie bnerepiv bnerepvi bnereipv bnereivp bnerevip bnerevpi bnervpei bnervpie bnervepi
bnerveip bnerviep bnervipe bnrvipee bnrvipee bnrviepe bnrvieep bnrvieep bnrviepe bnrvpiee bnrvpiee
bnrvpeie bnrvpeei bnrvpeei bnrvpeie bnrvepie bnrvepei bnrveipe bnrveiep bnrveeip bnrveepi bnrvepei
bnrvepie bnrveepi bnrveeip bnrveiep bnrveipe bnrivpee bnrivpee bnrivepe bnriveep bnriveep bnrivepe
bnripvee bnripvee bnripeve bnripeev bnripeev bnripeve bnriepve bnriepev bnrievpe bnrievep bnrieevp
bnrieepv bnriepev bnriepve bnrieepv bnrieevp bnrievep bnrievpe bnrpivee bnrpivee bnrpieve bnrpieev
bnrpieev bnrpieve bnrpviee bnrpviee bnrpveie bnrpveei bnrpveei bnrpveie bnrpevie bnrpevei bnrpeive
bnrpeiev bnrpeeiv bnrpeevi bnrpevei bnrpevie bnrpeevi bnrpeeiv bnrpeiev bnrpeive bnreipve bnreipev
bnreivpe bnreivep bnreievp bnreiepv bnrepive bnrepiev bnrepvie bnrepvei bnrepevi bnrepeiv bnrevpie
bnrevpei bnrevipe bnreviep bnreveip bnrevepi bnreepvi bnreepiv bnreevpi bnreevip bnreeivp bnreeipv
bnreipev bnreipve bnreiepv bnreievp bnreivep bnreivpe bnrepiev bnrepive bnrepeiv bnrepevi bnrepvei
bnrepvie bnreepiv bnreepvi bnreeipv bnreeivp bnreevip bnreevpi bnrevpei bnrevpie bnrevepi bnreveip
bnreviep bnrevipe

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History of cryptography
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