easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

maciek

clangorque

promiscuous

meisner

canthoplasty

eructance

pharyngospasm

stewartd

tegtmeier

galili

cayuse

tenantableness

bunga

demutization

collectivists

georgienne

tashtego

emulsin


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: pinnated
cipher variations:
qjoobufe rkppcvgf slqqdwhg tmrrexih unssfyji
vottgzkj wpuuhalk xqvvibml yrwwjcnm zsxxkdon
atyylepo buzzmfqp cvaangrq dwbbohsr exccpits
fyddqjut gzeerkvu haffslwv ibggtmxw jchhunyx
kdiivozy lejjwpaz mfkkxqba ngllyrcb ohmmzsdc

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: pinnated
Cipher: krmmzgvw

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: pinnated
Cipher: ABBBA ABAAA ABBAA ABBAA AAAAA BAABA AABAA AAABB

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: pinnated
cipher variations:
qjoobufeuzoobgnkypoobsvqcfoobedwgvoobqlckloobctisroobajuwhoobmra
axoobyzgenoobkhmidoobwpsmtoobixyrkppcvgfvappcholzqppctwrdgppcfex
hwppcrmdlmppcdujtsppcbkvxippcnsbbyppczahfoppclinjeppcxqtnuppcjyz
slqqdwhgwbqqdipmarqqduxsehqqdgfyixqqdsnemnqqdevkutqqdclwyjqqdotc
czqqdabigpqqdmjokfqqdyruovqqdkzatmrrexihxcrrejqnbsrrevytfirrehgz
jyrretofnorrefwlvurredmxzkrrepuddarrebcjhqrrenkplgrrezsvpwrrelab
unssfyjiydssfkroctssfwzugjssfihakzssfupgopssfgxmwvssfenyalssfqve
ebssfcdkirssfolqmhssfatwqxssfmbcvottgzkjzettglspduttgxavhkttgjib
lattgvqhpqttghynxwttgfozbmttgrwffcttgdeljsttgpmrnittgbuxryttgncd
wpuuhalkafuuhmtqevuuhybwiluuhkjcmbuuhwriqruuhizoyxuuhgpacnuuhsxg
gduuhefmktuuhqnsojuuhcvyszuuhodexqvvibmlbgvvinurfwvvizcxjmvvilkd
ncvvixsjrsvvijapzyvvihqbdovvityhhevvifgnluvvirotpkvvidwztavvipef
yrwwjcnmchwwjovsgxwwjadyknwwjmleodwwjytkstwwjkbqazwwjircepwwjuzi
ifwwjghomvwwjspuqlwwjexaubwwjqfgzsxxkdondixxkpwthyxxkbezloxxknmf
pexxkzultuxxklcrbaxxkjsdfqxxkvajjgxxkhipnwxxktqvrmxxkfybvcxxkrgh
atyylepoejyylqxuizyylcfampyylongqfyylavmuvyylmdscbyylktegryylwbk
khyylijqoxyylurwsnyylgzcwdyylshibuzzmfqpfkzzmryvjazzmdgbnqzzmpoh
rgzzmbwnvwzzmnetdczzmlufhszzmxcllizzmjkrpyzzmvsxtozzmhadxezzmtij
cvaangrqglaanszwkbaanehcoraanqpishaancxowxaanofuedaanmvgitaanydm
mjaanklsqzaanwtyupaanibeyfaanujkdwbbohsrhmbbotaxlcbbofidpsbborqj
tibbodypxybbopgvfebbonwhjubbozennkbbolmtrabboxuzvqbbojcfzgbbovkl
exccpitsinccpubymdccpgjeqtccpsrkujccpezqyzccpqhwgfccpoxikvccpafo
olccpmnusbccpyvawrccpkdgahccpwlmfyddqjutjoddqvczneddqhkfruddqtsl
vkddqfarzaddqrixhgddqpyjlwddqbgppmddqnovtcddqzwbxsddqlehbiddqxmn
gzeerkvukpeerwdaofeerilgsveerutmwleergbsabeersjyiheerqzkmxeerchq
qneeropwudeeraxcyteermficjeerynohaffslwvlqffsxebpgffsjmhtwffsvun
xmffshctbcffstkzjiffsralnyffsdirroffspqxveffsbydzuffsngjdkffszop
ibggtmxwmrggtyfcqhggtkniuxggtwvoynggtiducdggtulakjggtsbmozggtejs
spggtqrywfggtczeavggtohkelggtapqjchhunyxnshhuzgdrihhulojvyhhuxwp
zohhujevdehhuvmblkhhutcnpahhufkttqhhurszxghhudafbwhhupilfmhhubqr
kdiivozyotiivahesjiivmpkwziivyxqapiivkfwefiivwncmliivudoqbiivglu
uriivstayhiivebgcxiivqjmgniivcrslejjwpazpujjwbiftkjjwnqlxajjwzyr
bqjjwlgxfgjjwxodnmjjwveprcjjwhmvvsjjwtubzijjwfchdyjjwrknhojjwdst
mfkkxqbaqvkkxcjgulkkxormybkkxazscrkkxmhyghkkxypeonkkxwfqsdkkxinw
wtkkxuvcajkkxgdiezkkxsloipkkxetungllyrcbrwllydkhvmllypsnzcllybat
dsllynizhillyzqfpollyxgrtellyjoxxullyvwdbkllyhejfallytmpjqllyfuv
ohmmzsdcsxmmzeliwnmmzqtoadmmzcbuetmmzojaijmmzargqpmmzyhsufmmzkpy
yvmmzwxeclmmzifkgbmmzunqkrmmzgvwpinnatedtynnafmjxonnarupbennadcv
funnapkbjknnabshrqnnazitvgnnalqzzwnnaxyfdmnnajglhcnnavorlsnnahwx

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: pinnated
Cipher: cvaangrq

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: pinnated
Cipher: 5342333311445141

Extended Methods:
Method #1

Plaintext: pinnated
method variations:
uossfykiztxxldpoeyccqiutkdhhvozy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p i n n a t e d 
5 4 3 3 1 4 5 4 
3 2 3 3 1 4 1 1 
They are then read out in rows:
5433145432331411
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: pinnated
Cipher: unquhnqa

Read more ...
Method #3

Plaintext: pinnated
method variations:
smncqyqv mncqyqvs ncqyqvsm
cqyqvsmn qyqvsmnc yqvsmncq
qvsmncqy vsmncqyq

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: pinnated

first 5040 cipher variations(40320 total)
pinnated pinnatde pinnaetd pinnaedt pinnadet pinnadte pinntaed pinntade pinntead pinnteda pinntdea
pinntdae pinnetad pinnetda pinneatd pinneadt pinnedat pinnedta pinndtea pinndtae pinndeta pinndeat
pinndaet pinndate pinanted pinantde pinanetd pinanedt pinandet pinandte pinatned pinatnde pinatend
pinatedn pinatden pinatdne pinaetnd pinaetdn pinaentd pinaendt pinaednt pinaedtn pinadten pinadtne
pinadetn pinadent pinadnet pinadnte pintaned pintande pintaend pintaedn pintaden pintadne pintnaed
pintnade pintnead pintneda pintndea pintndae pintenad pintenda pinteand pinteadn pintedan pintedna
pintdnea pintdnae pintdena pintdean pintdaen pintdane pineatnd pineatdn pineantd pineandt pineadnt
pineadtn pinetand pinetadn pinetnad pinetnda pinetdna pinetdan pinentad pinentda pinenatd pinenadt
pinendat pinendta pinedtna pinedtan pinednta pinednat pinedant pinedatn pindaten pindatne pindaetn
pindaent pindanet pindante pindtaen pindtane pindtean pindtena pindtnea pindtnae pindetan pindetna
pindeatn pindeant pindenat pindenta pindntea pindntae pindneta pindneat pindnaet pindnate pinnated
pinnatde pinnaetd pinnaedt pinnadet pinnadte pinntaed pinntade pinntead pinnteda pinntdea pinntdae
pinnetad pinnetda pinneatd pinneadt pinnedat pinnedta pinndtea pinndtae pinndeta pinndeat pinndaet
pinndate pinanted pinantde pinanetd pinanedt pinandet pinandte pinatned pinatnde pinatend pinatedn
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pintnead pintneda pintndea pintndae pintenad pintenda pinteand pinteadn pintedan pintedna pintdnea
pintdnae pintdena pintdean pintdaen pintdane pineatnd pineatdn pineantd pineandt pineadnt pineadtn
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piannetd piannedt pianndet pianndte piantned piantnde piantend piantedn piantden piantdne pianetnd
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pnaentdi pnaenitd pnaenidt pnaendit pnaendti pnaedtni pnaedtin pnaednti pnaednit pnaedint pnaeditn
pnaditen pnaditne pnadietn pnadient pnadinet pnadinte pnadtien pnadtine pnadtein pnadteni pnadtnei
pnadtnie pnadetin pnadetni pnadeitn pnadeint pnadenit pnadenti pnadntei pnadntie pnadneti pnadneit
pnadniet pnadnite pntnaied pntnaide pntnaeid pntnaedi pntnadei pntnadie pntniaed pntniade pntniead
pntnieda pntnidea pntnidae pntneiad pntneida pntneaid pntneadi pntnedai pntnedia pntndiea pntndiae
pntndeia pntndeai pntndaei pntndaie pntanied pntanide pntaneid pntanedi pntandei pntandie pntained
pntainde pntaiend pntaiedn pntaiden pntaidne pntaeind pntaeidn pntaenid pntaendi pntaedni pntaedin
pntadien pntadine pntadein pntadeni pntadnei pntadnie pntianed pntiande pntiaend pntiaedn pntiaden
pntiadne pntinaed pntinade pntinead pntineda pntindea pntindae pntienad pntienda pntieand pntieadn
pntiedan pntiedna pntidnea pntidnae pntidena pntidean pntidaen pntidane pnteaind pnteaidn pnteanid
pnteandi pnteadni pnteadin pnteiand pnteiadn pnteinad pnteinda pnteidna pnteidan pnteniad pntenida
pntenaid pntenadi pntendai pntendia pntedina pntedian pntednia pntednai pntedani pntedain pntdaien
pntdaine pntdaein pntdaeni pntdanei pntdanie pntdiaen pntdiane pntdiean pntdiena pntdinea pntdinae
pntdeian pntdeina pntdeain pntdeani pntdenai pntdenia pntdniea pntdniae pntdneia pntdneai pntdnaei
pntdnaie pnenatid pnenatdi pnenaitd pnenaidt pnenadit pnenadti pnentaid pnentadi pnentiad pnentida
pnentdia pnentdai pnenitad pnenitda pneniatd pneniadt pnenidat pnenidta pnendtia pnendtai pnendita
pnendiat pnendait pnendati pneantid pneantdi pneanitd pneanidt pneandit pneandti pneatnid pneatndi
pneatind pneatidn pneatdin pneatdni pneaitnd pneaitdn pneaintd pneaindt pneaidnt pneaidtn pneadtin
pneadtni pneaditn pneadint pneadnit pneadnti pnetanid pnetandi pnetaind pnetaidn pnetadin pnetadni
pnetnaid pnetnadi pnetniad pnetnida pnetndia pnetndai pnetinad pnetinda pnetiand pnetiadn pnetidan
pnetidna pnetdnia pnetdnai pnetdina pnetdian pnetdain pnetdani pneiatnd pneiatdn pneiantd pneiandt
pneiadnt pneiadtn pneitand pneitadn pneitnad pneitnda pneitdna pneitdan pneintad pneintda pneinatd
pneinadt pneindat pneindta pneidtna pneidtan pneidnta pneidnat pneidant pneidatn pnedatin pnedatni
pnedaitn pnedaint pnedanit pnedanti pnedtain pnedtani pnedtian pnedtina pnedtnia pnedtnai pneditan
pneditna pnediatn pnediant pnedinat pnedinta pnedntia pnedntai pnednita pnedniat pnednait pnednati
pndnatei pndnatie pndnaeti pndnaeit pndnaiet pndnaite pndntaei pndntaie pndnteai pndnteia pndntiea
pndntiae pndnetai pndnetia pndneati pndneait pndneiat pndneita pndnitea pndnitae pndnieta pndnieat
pndniaet pndniate pndantei pndantie pndaneti pndaneit pndaniet pndanite pndatnei pndatnie pndateni
pndatein pndatien pndatine pndaetni pndaetin pndaenti pndaenit pndaeint pndaeitn pndaiten pndaitne
pndaietn pndaient pndainet pndainte pndtanei pndtanie pndtaeni pndtaein pndtaien pndtaine pndtnaei
pndtnaie pndtneai pndtneia pndtniea pndtniae pndtenai pndtenia pndteani pndteain pndteian pndteina
pndtinea pndtinae pndtiena pndtiean pndtiaen pndtiane pndeatni pndeatin pndeanti pndeanit pndeaint
pndeaitn pndetani pndetain pndetnai pndetnia pndetina pndetian pndentai pndentia pndenati pndenait
pndeniat pndenita pndeitna pndeitan pndeinta pndeinat pndeiant pndeiatn pndiaten pndiatne pndiaetn
pndiaent pndianet pndiante pnditaen pnditane pnditean pnditena pnditnea pnditnae pndietan pndietna
pndieatn pndieant pndienat pndienta pndintea pndintae pndineta pndineat pndinaet pndinate pnniated
pnniatde pnniaetd pnniaedt pnniadet pnniadte pnnitaed pnnitade pnnitead pnniteda pnnitdea pnnitdae
pnnietad pnnietda pnnieatd pnnieadt pnniedat pnniedta pnnidtea pnnidtae pnnideta pnnideat pnnidaet
pnnidate pnnaited pnnaitde pnnaietd pnnaiedt pnnaidet pnnaidte pnnatied pnnatide pnnateid pnnatedi
pnnatdei pnnatdie pnnaetid pnnaetdi pnnaeitd pnnaeidt pnnaedit pnnaedti pnnadtei pnnadtie pnnadeti
pnnadeit pnnadiet pnnadite pnntaied pnntaide pnntaeid pnntaedi pnntadei pnntadie pnntiaed pnntiade
pnntiead pnntieda pnntidea pnntidae pnnteiad pnnteida pnnteaid pnnteadi pnntedai pnntedia pnntdiea
pnntdiae pnntdeia pnntdeai pnntdaei pnntdaie pnneatid pnneatdi pnneaitd pnneaidt pnneadit pnneadti
pnnetaid pnnetadi pnnetiad pnnetida pnnetdia pnnetdai pnneitad pnneitda pnneiatd pnneiadt pnneidat
pnneidta pnnedtia pnnedtai pnnedita pnnediat pnnedait pnnedati pnndatei pnndatie pnndaeti pnndaeit
pnndaiet pnndaite pnndtaei pnndtaie pnndteai pnndteia pnndtiea pnndtiae pnndetai pnndetia pnndeati
pnndeait pnndeiat pnndeita pnnditea pnnditae pnndieta pnndieat pnndiaet pnndiate pninated pninatde
pninaetd pninaedt pninadet pninadte pnintaed pnintade pnintead pninteda pnintdea pnintdae pninetad
pninetda pnineatd pnineadt pninedat pninedta pnindtea pnindtae pnindeta pnindeat pnindaet pnindate
pnianted pniantde pnianetd pnianedt pniandet pniandte pniatned pniatnde pniatend pniatedn pniatden
pniatdne pniaetnd pniaetdn pniaentd pniaendt pniaednt pniaedtn pniadten pniadtne pniadetn pniadent
pniadnet pniadnte pnitaned pnitande pnitaend pnitaedn pnitaden pnitadne pnitnaed pnitnade pnitnead
pnitneda pnitndea pnitndae pnitenad pnitenda pniteand pniteadn pnitedan pnitedna pnitdnea pnitdnae
pnitdena pnitdean pnitdaen pnitdane pnieatnd pnieatdn pnieantd pnieandt pnieadnt pnieadtn pnietand
pnietadn pnietnad pnietnda pnietdna pnietdan pnientad pnientda pnienatd pnienadt pniendat pniendta
pniedtna pniedtan pniednta pniednat pniedant pniedatn pnidaten pnidatne pnidaetn pnidaent pnidanet
pnidante pnidtaen pnidtane pnidtean pnidtena pnidtnea pnidtnae pnidetan pnidetna pnideatn pnideant
pnidenat pnidenta pnidntea pnidntae pnidneta pnidneat pnidnaet pnidnate pnainted pnaintde pnainetd
pnainedt pnaindet pnaindte pnaitned pnaitnde pnaitend pnaitedn pnaitden pnaitdne pnaietnd pnaietdn
pnaientd pnaiendt pnaiednt pnaiedtn pnaidten pnaidtne pnaidetn pnaident pnaidnet pnaidnte pnanited
pnanitde pnanietd pnaniedt pnanidet pnanidte pnantied pnantide pnanteid pnantedi pnantdei pnantdie
pnanetid pnanetdi pnaneitd pnaneidt pnanedit pnanedti pnandtei pnandtie pnandeti pnandeit pnandiet
pnandite pnatnied pnatnide pnatneid pnatnedi pnatndei pnatndie pnatined pnatinde pnatiend pnatiedn
pnatiden pnatidne pnateind pnateidn pnatenid pnatendi pnatedni pnatedin pnatdien pnatdine pnatdein
pnatdeni pnatdnei pnatdnie pnaentid pnaentdi pnaenitd pnaenidt pnaendit pnaendti pnaetnid pnaetndi
pnaetind pnaetidn pnaetdin pnaetdni pnaeitnd pnaeitdn pnaeintd pnaeindt pnaeidnt pnaeidtn pnaedtin
pnaedtni pnaeditn pnaedint pnaednit pnaednti pnadntei pnadntie pnadneti pnadneit pnadniet pnadnite
pnadtnei pnadtnie pnadteni pnadtein pnadtien pnadtine pnadetni pnadetin pnadenti pnadenit pnadeint
pnadeitn pnaditen pnaditne pnadietn pnadient pnadinet pnadinte pntianed pntiande pntiaend pntiaedn
pntiaden pntiadne pntinaed pntinade pntinead pntineda pntindea pntindae pntienad pntienda pntieand
pntieadn pntiedan pntiedna pntidnea pntidnae pntidena pntidean pntidaen pntidane pntained pntainde
pntaiend pntaiedn pntaiden pntaidne pntanied pntanide pntaneid pntanedi pntandei pntandie pntaenid
pntaendi pntaeind pntaeidn pntaedin pntaedni pntadnei pntadnie pntadeni pntadein pntadien pntadine
pntnaied pntnaide pntnaeid pntnaedi pntnadei pntnadie pntniaed pntniade pntniead pntnieda pntnidea
pntnidae pntneiad pntneida pntneaid pntneadi pntnedai pntnedia pntndiea pntndiae pntndeia pntndeai
pntndaei pntndaie pnteanid pnteandi pnteaind pnteaidn pnteadin pnteadni pntenaid pntenadi pnteniad
pntenida pntendia pntendai pnteinad pnteinda pnteiand pnteiadn pnteidan pnteidna pntednia pntednai
pntedina pntedian pntedain pntedani pntdanei pntdanie pntdaeni pntdaein pntdaien pntdaine pntdnaei
pntdnaie pntdneai pntdneia pntdniea pntdniae pntdenai pntdenia pntdeani pntdeain pntdeian pntdeina
pntdinea pntdinae pntdiena pntdiean pntdiaen pntdiane pneiatnd pneiatdn pneiantd pneiandt pneiadnt
pneiadtn pneitand pneitadn pneitnad pneitnda pneitdna pneitdan pneintad pneintda pneinatd pneinadt
pneindat pneindta pneidtna pneidtan pneidnta pneidnat pneidant pneidatn pneaitnd pneaitdn pneaintd
pneaindt pneaidnt pneaidtn pneatind pneatidn pneatnid pneatndi pneatdni pneatdin pneantid pneantdi
pneanitd pneanidt pneandit pneandti pneadtni pneadtin pneadnti pneadnit pneadint pneaditn pnetaind
pnetaidn pnetanid pnetandi pnetadni pnetadin pnetiand pnetiadn pnetinad pnetinda pnetidna pnetidan
pnetniad pnetnida pnetnaid pnetnadi pnetndai pnetndia pnetdina pnetdian pnetdnia pnetdnai pnetdani
pnetdain pnenatid pnenatdi pnenaitd pnenaidt pnenadit pnenadti pnentaid pnentadi pnentiad pnentida
pnentdia pnentdai pnenitad pnenitda pneniatd pneniadt pnenidat pnenidta pnendtia pnendtai pnendita
pnendiat pnendait pnendati pnedatni pnedatin pnedanti pnedanit pnedaint pnedaitn pnedtani pnedtain
pnedtnai pnedtnia pnedtina pnedtian pnedntai pnedntia pnednati pnednait pnedniat pnednita pneditna
pneditan pnedinta pnedinat pnediant pnediatn pndiaten pndiatne pndiaetn pndiaent pndianet pndiante
pnditaen pnditane pnditean pnditena pnditnea pnditnae pndietan pndietna pndieatn pndieant pndienat
pndienta pndintea pndintae pndineta pndineat pndinaet pndinate pndaiten pndaitne pndaietn pndaient
pndainet pndainte pndatien pndatine pndatein pndateni pndatnei pndatnie pndaetin pndaetni pndaeitn
pndaeint pndaenit pndaenti pndantei pndantie pndaneti pndaneit pndaniet pndanite pndtaien pndtaine
pndtaein pndtaeni pndtanei pndtanie pndtiaen pndtiane pndtiean pndtiena pndtinea pndtinae pndteian
pndteina pndteain pndteani pndtenai pndtenia pndtniea pndtniae pndtneia pndtneai pndtnaei pndtnaie
pndeatin pndeatni pndeaitn pndeaint pndeanit pndeanti pndetain pndetani pndetian pndetina pndetnia
pndetnai pndeitan pndeitna pndeiatn pndeiant pndeinat pndeinta pndentia pndentai pndenita pndeniat
pndenait pndenati pndnatei pndnatie pndnaeti pndnaeit pndnaiet pndnaite pndntaei pndntaie pndnteai
pndnteia pndntiea pndntiae pndnetai pndnetia pndneati pndneait pndneiat pndneita pndnitea pndnitae
pndnieta pndnieat pndniaet pndniate pannited pannitde pannietd panniedt pannidet pannidte panntied
panntide pannteid panntedi panntdei panntdie pannetid pannetdi panneitd panneidt pannedit pannedti
panndtei panndtie panndeti panndeit panndiet panndite paninted panintde paninetd paninedt panindet
panindte panitned panitnde panitend panitedn panitden panitdne panietnd panietdn panientd paniendt
paniednt paniedtn panidten panidtne panidetn panident panidnet panidnte pantined pantinde pantiend
pantiedn pantiden pantidne pantnied pantnide pantneid pantnedi pantndei pantndie pantenid pantendi
panteind panteidn pantedin pantedni pantdnei pantdnie pantdeni pantdein pantdien pantdine paneitnd
paneitdn paneintd paneindt paneidnt paneidtn panetind panetidn panetnid panetndi panetdni panetdin
panentid panentdi panenitd panenidt panendit panendti panedtni panedtin panednti panednit panedint
paneditn panditen panditne pandietn pandient pandinet pandinte pandtien pandtine pandtein pandteni
pandtnei pandtnie pandetin pandetni pandeitn pandeint pandenit pandenti pandntei pandntie pandneti
pandneit pandniet pandnite pannited pannitde pannietd panniedt pannidet pannidte panntied panntide
pannteid panntedi panntdei panntdie pannetid pannetdi panneitd panneidt pannedit pannedti panndtei
panndtie panndeti panndeit panndiet panndite paninted panintde paninetd paninedt panindet panindte
panitned panitnde panitend panitedn panitden panitdne panietnd panietdn panientd paniendt paniednt
paniedtn panidten panidtne panidetn panident panidnet panidnte pantined pantinde pantiend pantiedn
pantiden pantidne pantnied pantnide pantneid pantnedi pantndei pantndie pantenid pantendi panteind
panteidn pantedin pantedni pantdnei pantdnie pantdeni pantdein pantdien pantdine paneitnd paneitdn
paneintd paneindt paneidnt paneidtn panetind panetidn panetnid panetndi panetdni panetdin panentid
panentdi panenitd panenidt panendit panendti panedtni panedtin panednti panednit panedint paneditn
panditen panditne pandietn pandient pandinet pandinte pandtien pandtine pandtein pandteni pandtnei
pandtnie pandetin pandetni pandeitn pandeint pandenit pandenti pandntei pandntie pandneti pandneit
pandniet pandnite painnted painntde painnetd painnedt painndet painndte paintned paintnde paintend
paintedn paintden paintdne painetnd painetdn painentd painendt painednt painedtn paindten paindtne
paindetn paindent paindnet paindnte painnted painntde painnetd painnedt painndet painndte paintned
paintnde paintend paintedn paintden paintdne painetnd painetdn painentd painendt painednt painedtn
paindten paindtne paindetn paindent paindnet paindnte paitnned paitnnde paitnend paitnedn paitnden
paitndne paitnned paitnnde paitnend paitnedn paitnden paitndne paitennd paitendn paitennd paitendn
paitednn paitednn paitdnen paitdnne paitdenn paitdenn paitdnen paitdnne paientnd paientdn paienntd
paienndt paiendnt paiendtn paietnnd paietndn paietnnd paietndn paietdnn paietdnn paientnd paientdn
paienntd paienndt paiendnt paiendtn paiedtnn paiedtnn paiedntn paiednnt paiednnt paiedntn paidnten
paidntne paidnetn paidnent paidnnet paidnnte paidtnen paidtnne paidtenn paidtenn paidtnen paidtnne
paidetnn paidetnn paidentn paidennt paidennt paidentn paidnten paidntne paidnetn paidnent paidnnet
paidnnte patnined patninde patniend patniedn patniden patnidne patnnied patnnide patnneid patnnedi
patnndei patnndie patnenid patnendi patneind patneidn patnedin patnedni patndnei patndnie patndeni
patndein patndien patndine patinned patinnde patinend patinedn patinden patindne patinned patinnde
patinend patinedn patinden patindne patiennd patiendn patiennd patiendn patiednn patiednn patidnen
patidnne patidenn patidenn patidnen patidnne patnined patninde patniend patniedn patniden patnidne
patnnied patnnide patnneid patnnedi patnndei patnndie patnenid patnendi patneind patneidn patnedin
patnedni patndnei patndnie patndeni patndein patndien patndine pateinnd pateindn pateinnd pateindn
pateidnn pateidnn patenind patenidn patennid patenndi patendni patendin patennid patenndi patenind
patenidn patendin patendni patednni patednin patednni patednin patedinn patedinn patdinen patdinne
patdienn patdienn patdinen patdinne patdnien patdnine patdnein patdneni patdnnei patdnnie patdenin
patdenni patdeinn patdeinn patdenin patdenni patdnnei patdnnie patdneni patdnein patdnien patdnine
paenitnd paenitdn paenintd paenindt paenidnt paenidtn paentind paentidn paentnid paentndi paentdni
paentdin paenntid paenntdi paennitd paennidt paenndit paenndti paendtni paendtin paendnti paendnit
paendint paenditn paeintnd paeintdn paeinntd paeinndt paeindnt paeindtn paeitnnd paeitndn paeitnnd
paeitndn paeitdnn paeitdnn paeintnd paeintdn paeinntd paeinndt paeindnt paeindtn paeidtnn paeidtnn
paeidntn paeidnnt paeidnnt paeidntn paetinnd paetindn paetinnd paetindn paetidnn paetidnn paetnind
paetnidn paetnnid paetnndi paetndni paetndin paetnnid paetnndi paetnind paetnidn paetndin paetndni
paetdnni paetdnin paetdnni paetdnin paetdinn paetdinn paenitnd paenitdn paenintd paenindt paenidnt
paenidtn paentind paentidn paentnid paentndi paentdni paentdin paenntid paenntdi paennitd paennidt
paenndit paenndti paendtni paendtin paendnti paendnit paendint paenditn paeditnn paeditnn paedintn
paedinnt paedinnt paedintn paedtinn paedtinn paedtnin paedtnni paedtnni paedtnin paedntin paedntni
paednitn paednint paednnit paednnti paedntni paedntin paednnti paednnit paednint paednitn padniten
padnitne padnietn padnient padninet padninte padntien padntine padntein padnteni padntnei padntnie
padnetin padnetni padneitn padneint padnenit padnenti padnntei padnntie padnneti padnneit padnniet
padnnite padinten padintne padinetn padinent padinnet padinnte paditnen paditnne paditenn paditenn
paditnen paditnne padietnn padietnn padientn padiennt padiennt padientn padinten padintne padinetn
padinent padinnet padinnte padtinen padtinne padtienn padtienn padtinen padtinne padtnien padtnine
padtnein padtneni padtnnei padtnnie padtenin padtenni padteinn padteinn padtenin padtenni padtnnei
padtnnie padtneni padtnein padtnien padtnine padeitnn padeitnn padeintn padeinnt padeinnt padeintn
padetinn padetinn padetnin padetnni padetnni padetnin padentin padentni padenitn padenint padennit
padennti padentni padentin padennti padennit padenint padenitn padniten padnitne padnietn padnient
padninet padninte padntien padntine padntein padnteni padntnei padntnie padnetin padnetni padneitn
padneint padnenit padnenti padnntei padnntie padnneti padnneit padnniet padnnite ptnnaied ptnnaide
ptnnaeid ptnnaedi ptnnadei ptnnadie ptnniaed ptnniade ptnniead ptnnieda ptnnidea ptnnidae ptnneiad
ptnneida ptnneaid ptnneadi ptnnedai ptnnedia ptnndiea ptnndiae ptnndeia ptnndeai ptnndaei ptnndaie
ptnanied ptnanide ptnaneid ptnanedi ptnandei ptnandie ptnained ptnainde ptnaiend ptnaiedn ptnaiden
ptnaidne ptnaeind ptnaeidn ptnaenid ptnaendi ptnaedni ptnaedin ptnadien ptnadine ptnadein ptnadeni
ptnadnei ptnadnie ptnianed ptniande ptniaend ptniaedn ptniaden ptniadne ptninaed ptninade ptninead
ptnineda ptnindea ptnindae ptnienad ptnienda ptnieand ptnieadn ptniedan ptniedna ptnidnea ptnidnae
ptnidena ptnidean ptnidaen ptnidane ptneaind ptneaidn ptneanid ptneandi ptneadni ptneadin ptneiand
ptneiadn ptneinad ptneinda ptneidna ptneidan ptneniad ptnenida ptnenaid ptnenadi ptnendai ptnendia
ptnedina ptnedian ptnednia ptnednai ptnedani ptnedain ptndaien ptndaine ptndaein ptndaeni ptndanei
ptndanie ptndiaen ptndiane ptndiean ptndiena ptndinea ptndinae ptndeian ptndeina ptndeain ptndeani
ptndenai ptndenia ptndniea ptndniae ptndneia ptndneai ptndnaei ptndnaie ptnnaied ptnnaide ptnnaeid
ptnnaedi ptnnadei ptnnadie ptnniaed ptnniade ptnniead ptnnieda ptnnidea ptnnidae ptnneiad ptnneida
ptnneaid ptnneadi ptnnedai ptnnedia ptnndiea ptnndiae ptnndeia ptnndeai ptnndaei ptnndaie ptnanied
ptnanide ptnaneid ptnanedi ptnandei ptnandie ptnained ptnainde ptnaiend ptnaiedn ptnaiden ptnaidne
ptnaeind ptnaeidn ptnaenid ptnaendi ptnaedni ptnaedin ptnadien ptnadine ptnadein ptnadeni ptnadnei
ptnadnie ptnianed ptniande ptniaend ptniaedn ptniaden ptniadne ptninaed ptninade ptninead ptnineda
ptnindea ptnindae ptnienad ptnienda ptnieand ptnieadn ptniedan ptniedna ptnidnea ptnidnae ptnidena
ptnidean ptnidaen ptnidane ptneaind ptneaidn ptneanid ptneandi ptneadni ptneadin ptneiand ptneiadn
ptneinad ptneinda ptneidna ptneidan ptneniad ptnenida ptnenaid ptnenadi ptnendai ptnendia ptnedina
ptnedian ptnednia ptnednai ptnedani ptnedain ptndaien ptndaine ptndaein ptndaeni ptndanei ptndanie
ptndiaen ptndiane ptndiean ptndiena ptndinea ptndinae ptndeian ptndeina ptndeain ptndeani ptndenai
ptndenia ptndniea ptndniae ptndneia ptndneai ptndnaei ptndnaie ptannied ptannide ptanneid ptannedi
ptanndei ptanndie ptanined ptaninde ptaniend ptaniedn ptaniden ptanidne ptaneind ptaneidn ptanenid
ptanendi ptanedni ptanedin ptandien ptandine ptandein ptandeni ptandnei ptandnie ptannied ptannide
ptanneid ptannedi ptanndei ptanndie ptanined ptaninde ptaniend ptaniedn ptaniden ptanidne ptaneind
ptaneidn ptanenid ptanendi ptanedni ptanedin ptandien ptandine ptandein ptandeni ptandnei ptandnie
ptainned ptainnde ptainend ptainedn ptainden ptaindne ptainned ptainnde ptainend ptainedn ptainden
ptaindne ptaiennd ptaiendn ptaiennd ptaiendn ptaiednn ptaiednn ptaidnen ptaidnne ptaidenn ptaidenn
ptaidnen ptaidnne ptaenind ptaenidn ptaennid ptaenndi ptaendni ptaendin ptaeinnd ptaeindn ptaeinnd
ptaeindn ptaeidnn ptaeidnn ptaenind ptaenidn ptaennid ptaenndi ptaendni ptaendin ptaedinn ptaedinn
ptaednin ptaednni ptaednni ptaednin ptadnien ptadnine ptadnein ptadneni ptadnnei ptadnnie ptadinen
ptadinne ptadienn ptadienn ptadinen ptadinne ptadeinn ptadeinn ptadenin ptadenni ptadenni ptadenin
ptadnien ptadnine ptadnein ptadneni ptadnnei ptadnnie ptinaned ptinande ptinaend ptinaedn ptinaden
ptinadne ptinnaed ptinnade ptinnead ptinneda ptinndea ptinndae ptinenad ptinenda ptineand ptineadn
ptinedan ptinedna ptindnea ptindnae ptindena ptindean ptindaen ptindane ptianned ptiannde ptianend
ptianedn ptianden ptiandne ptianned ptiannde ptianend ptianedn ptianden ptiandne ptiaennd ptiaendn
ptiaennd ptiaendn ptiaednn ptiaednn ptiadnen ptiadnne ptiadenn ptiadenn ptiadnen ptiadnne ptinaned
ptinande ptinaend ptinaedn ptinaden ptinadne ptinnaed ptinnade ptinnead ptinneda ptinndea ptinndae
ptinenad ptinenda ptineand ptineadn ptinedan ptinedna ptindnea ptindnae ptindena ptindean ptindaen
ptindane ptieannd ptieandn ptieannd ptieandn ptieadnn ptieadnn ptienand ptienadn ptiennad ptiennda
ptiendna ptiendan ptiennad ptiennda ptienand ptienadn ptiendan ptiendna ptiednna ptiednan ptiednna
ptiednan ptiedann ptiedann ptidanen ptidanne ptidaenn ptidaenn ptidanen ptidanne ptidnaen ptidnane
ptidnean ptidnena ptidnnea ptidnnae ptidenan ptidenna ptideann ptideann ptidenan ptidenna ptidnnea
ptidnnae ptidnena ptidnean ptidnaen ptidnane ptenaind ptenaidn ptenanid ptenandi ptenadni ptenadin
pteniand pteniadn pteninad pteninda ptenidna ptenidan ptenniad ptennida ptennaid ptennadi ptenndai
ptenndia ptendina ptendian ptendnia ptendnai ptendani ptendain pteanind pteanidn pteannid pteanndi
pteandni pteandin pteainnd pteaindn pteainnd pteaindn pteaidnn pteaidnn pteanind pteanidn pteannid
pteanndi pteandni pteandin pteadinn pteadinn pteadnin pteadnni pteadnni pteadnin pteiannd pteiandn
pteiannd pteiandn pteiadnn pteiadnn pteinand pteinadn pteinnad pteinnda pteindna pteindan pteinnad
pteinnda pteinand pteinadn pteindan pteindna pteidnna pteidnan pteidnna pteidnan pteidann pteidann
ptenaind ptenaidn ptenanid ptenandi ptenadni ptenadin pteniand pteniadn pteninad pteninda ptenidna
ptenidan ptenniad ptennida ptennaid ptennadi ptenndai ptenndia ptendina ptendian ptendnia ptendnai
ptendani ptendain ptedainn ptedainn ptedanin ptedanni ptedanni ptedanin ptediann ptediann ptedinan
ptedinna ptedinna ptedinan ptednian ptednina ptednain ptednani ptednnai ptednnia ptednina ptednian
ptednnia ptednnai ptednani ptednain ptdnaien ptdnaine ptdnaein ptdnaeni ptdnanei ptdnanie ptdniaen
ptdniane ptdniean ptdniena ptdninea ptdninae ptdneian ptdneina ptdneain ptdneani ptdnenai ptdnenia
ptdnniea ptdnniae ptdnneia ptdnneai ptdnnaei ptdnnaie ptdanien ptdanine ptdanein ptdaneni ptdannei
ptdannie ptdainen ptdainne ptdaienn ptdaienn ptdainen ptdainne ptdaeinn ptdaeinn ptdaenin ptdaenni
ptdaenni ptdaenin ptdanien ptdanine ptdanein ptdaneni ptdannei ptdannie ptdianen ptdianne ptdiaenn
ptdiaenn ptdianen ptdianne ptdinaen ptdinane ptdinean ptdinena ptdinnea ptdinnae ptdienan ptdienna
ptdieann ptdieann ptdienan ptdienna ptdinnea ptdinnae ptdinena ptdinean ptdinaen ptdinane ptdeainn
ptdeainn ptdeanin ptdeanni ptdeanni ptdeanin ptdeiann ptdeiann ptdeinan ptdeinna ptdeinna ptdeinan
ptdenian ptdenina ptdenain ptdenani ptdennai ptdennia ptdenina ptdenian ptdennia ptdennai ptdenani
ptdenain ptdnaien ptdnaine ptdnaein ptdnaeni ptdnanei ptdnanie ptdniaen ptdniane ptdniean ptdniena
ptdninea ptdninae ptdneian ptdneina ptdneain ptdneani ptdnenai ptdnenia ptdnniea ptdnniae ptdnneia
ptdnneai ptdnnaei ptdnnaie pennatid pennatdi pennaitd pennaidt pennadit pennadti penntaid penntadi
penntiad penntida penntdia penntdai pennitad pennitda penniatd penniadt pennidat pennidta penndtia
penndtai penndita penndiat penndait penndati penantid penantdi penanitd penanidt penandit penandti
penatnid penatndi penatind penatidn penatdin penatdni penaitnd penaitdn penaintd penaindt penaidnt
penaidtn penadtin penadtni penaditn penadint penadnit penadnti pentanid pentandi pentaind pentaidn
pentadin pentadni pentnaid pentnadi pentniad pentnida pentndia pentndai pentinad pentinda pentiand
pentiadn pentidan pentidna pentdnia pentdnai pentdina pentdian pentdain pentdani peniatnd peniatdn
peniantd peniandt peniadnt peniadtn penitand penitadn penitnad penitnda penitdna penitdan penintad
penintda peninatd peninadt penindat penindta penidtna penidtan penidnta penidnat penidant penidatn
pendatin pendatni pendaitn pendaint pendanit pendanti pendtain pendtani pendtian pendtina pendtnia
pendtnai penditan penditna pendiatn pendiant pendinat pendinta pendntia pendntai pendnita pendniat
pendnait pendnati pennatid pennatdi pennaitd pennaidt pennadit pennadti penntaid penntadi penntiad
penntida penntdia penntdai pennitad pennitda penniatd penniadt pennidat pennidta penndtia penndtai
penndita penndiat penndait penndati penantid penantdi penanitd penanidt penandit penandti penatnid
penatndi penatind penatidn penatdin penatdni penaitnd penaitdn penaintd penaindt penaidnt penaidtn
penadtin penadtni penaditn penadint penadnit penadnti pentanid pentandi pentaind pentaidn pentadin
pentadni pentnaid pentnadi pentniad pentnida pentndia pentndai pentinad pentinda pentiand pentiadn
pentidan pentidna pentdnia pentdnai pentdina pentdian pentdain pentdani peniatnd peniatdn peniantd
peniandt peniadnt peniadtn penitand penitadn penitnad penitnda penitdna penitdan penintad penintda
peninatd peninadt penindat penindta penidtna penidtan penidnta penidnat penidant penidatn pendatin
pendatni pendaitn pendaint pendanit pendanti pendtain pendtani pendtian pendtina pendtnia pendtnai
penditan penditna pendiatn pendiant pendinat pendinta pendntia pendntai pendnita pendniat pendnait
pendnati peanntid peanntdi peannitd peannidt peanndit peanndti peantnid peantndi peantind peantidn
peantdin peantdni peanitnd peanitdn peanintd peanindt peanidnt peanidtn peandtin peandtni peanditn
peandint peandnit peandnti peanntid peanntdi peannitd peannidt peanndit peanndti peantnid peantndi
peantind peantidn peantdin peantdni peanitnd peanitdn peanintd peanindt peanidnt peanidtn peandtin
peandtni peanditn peandint peandnit peandnti peatnnid peatnndi peatnind peatnidn peatndin peatndni
peatnnid peatnndi peatnind peatnidn peatndin peatndni peatinnd peatindn peatinnd peatindn peatidnn
peatidnn peatdnin peatdnni peatdinn peatdinn peatdnin peatdnni peaintnd peaintdn peainntd peainndt
peaindnt peaindtn peaitnnd peaitndn peaitnnd peaitndn peaitdnn peaitdnn peaintnd peaintdn peainntd
peainndt peaindnt peaindtn peaidtnn peaidtnn peaidntn peaidnnt peaidnnt peaidntn peadntin peadntni
peadnitn peadnint peadnnit peadnnti peadtnin peadtnni peadtinn peadtinn peadtnin peadtnni peaditnn
peaditnn peadintn peadinnt peadinnt peadintn peadntin peadntni peadnitn peadnint peadnnit peadnnti
petnanid petnandi petnaind petnaidn petnadin petnadni petnnaid petnnadi petnniad petnnida petnndia
petnndai petninad petninda petniand petniadn petnidan petnidna petndnia petndnai petndina petndian
petndain petndani petannid petanndi petanind petanidn petandin petandni petannid petanndi petanind
petanidn petandin petandni petainnd petaindn petainnd petaindn petaidnn petaidnn petadnin petadnni
petadinn petadinn petadnin petadnni petnanid petnandi petnaind petnaidn petnadin petnadni petnnaid
petnnadi petnniad petnnida petnndia petnndai petninad petninda petniand petniadn petnidan petnidna
petndnia petndnai petndina petndian petndain petndani petiannd petiandn petiannd petiandn petiadnn
petiadnn petinand petinadn petinnad petinnda petindna petindan petinnad petinnda petinand petinadn
petindan petindna petidnna petidnan petidnna petidnan petidann petidann petdanin petdanni petdainn
petdainn petdanin petdanni petdnain petdnani petdnian petdnina petdnnia petdnnai petdinan petdinna
petdiann petdiann petdinan petdinna petdnnia petdnnai petdnina petdnian petdnain petdnani peinatnd
peinatdn peinantd peinandt peinadnt peinadtn peintand peintadn peintnad peintnda peintdna peintdan
peinntad peinntda peinnatd peinnadt peinndat peinndta peindtna peindtan peindnta peindnat peindant
peindatn peiantnd peiantdn peianntd peianndt peiandnt peiandtn peiatnnd peiatndn peiatnnd peiatndn
peiatdnn peiatdnn peiantnd peiantdn peianntd peianndt peiandnt peiandtn peiadtnn peiadtnn peiadntn
peiadnnt peiadnnt peiadntn peitannd peitandn peitannd peitandn peitadnn peitadnn peitnand peitnadn
peitnnad peitnnda peitndna peitndan peitnnad peitnnda peitnand peitnadn peitndan peitndna peitdnna
peitdnan peitdnna peitdnan peitdann peitdann peinatnd peinatdn peinantd peinandt peinadnt peinadtn
peintand peintadn peintnad peintnda peintdna peintdan peinntad peinntda peinnatd peinnadt peinndat
peinndta peindtna peindtan peindnta peindnat peindant peindatn peidatnn peidatnn peidantn peidannt
peidannt peidantn peidtann peidtann peidtnan peidtnna peidtnna peidtnan peidntan peidntna peidnatn
peidnant peidnnat peidnnta peidntna peidntan peidnnta peidnnat peidnant peidnatn pednatin pednatni
pednaitn pednaint pednanit pednanti pedntain pedntani pedntian pedntina pedntnia pedntnai pednitan
pednitna pedniatn pedniant pedninat pedninta pednntia pednntai pednnita pednniat pednnait pednnati
pedantin pedantni pedanitn pedanint pedannit pedannti pedatnin pedatnni pedatinn pedatinn pedatnin
pedatnni pedaitnn pedaitnn pedaintn pedainnt pedainnt pedaintn pedantin pedantni pedanitn pedanint
pedannit pedannti pedtanin pedtanni pedtainn pedtainn pedtanin pedtanni pedtnain pedtnani pedtnian
pedtnina pedtnnia pedtnnai pedtinan pedtinna pedtiann pedtiann pedtinan pedtinna pedtnnia pedtnnai
pedtnina pedtnian pedtnain pedtnani pediatnn pediatnn pediantn pediannt pediannt pediantn peditann
peditann peditnan peditnna peditnna peditnan pedintan pedintna pedinatn pedinant pedinnat pedinnta
pedintna pedintan pedinnta pedinnat pedinant pedinatn pednatin pednatni pednaitn pednaint pednanit
pednanti pedntain pedntani pedntian pedntina pedntnia pedntnai pednitan pednitna pedniatn pedniant
pedninat pedninta pednntia pednntai pednnita pednniat pednnait pednnati pdnnatei pdnnatie pdnnaeti
pdnnaeit pdnnaiet pdnnaite pdnntaei pdnntaie pdnnteai pdnnteia pdnntiea pdnntiae pdnnetai pdnnetia
pdnneati pdnneait pdnneiat pdnneita pdnnitea pdnnitae pdnnieta pdnnieat pdnniaet pdnniate pdnantei
pdnantie pdnaneti pdnaneit pdnaniet pdnanite pdnatnei pdnatnie pdnateni pdnatein pdnatien pdnatine
pdnaetni pdnaetin pdnaenti pdnaenit pdnaeint pdnaeitn pdnaiten pdnaitne pdnaietn pdnaient pdnainet
pdnainte pdntanei pdntanie pdntaeni pdntaein pdntaien pdntaine pdntnaei pdntnaie pdntneai pdntneia
pdntniea pdntniae pdntenai pdntenia pdnteani pdnteain pdnteian pdnteina pdntinea pdntinae pdntiena
pdntiean pdntiaen pdntiane pdneatni pdneatin pdneanti pdneanit pdneaint pdneaitn pdnetani pdnetain
pdnetnai pdnetnia pdnetina pdnetian pdnentai pdnentia pdnenati pdnenait pdneniat pdnenita pdneitna
pdneitan pdneinta pdneinat pdneiant pdneiatn pdniaten pdniatne pdniaetn pdniaent pdnianet pdniante
pdnitaen pdnitane pdnitean pdnitena pdnitnea pdnitnae pdnietan pdnietna pdnieatn pdnieant pdnienat
pdnienta pdnintea pdnintae pdnineta pdnineat pdninaet pdninate pdnnatei pdnnatie pdnnaeti pdnnaeit
pdnnaiet pdnnaite pdnntaei pdnntaie pdnnteai pdnnteia pdnntiea pdnntiae pdnnetai pdnnetia pdnneati
pdnneait pdnneiat pdnneita pdnnitea pdnnitae pdnnieta pdnnieat pdnniaet pdnniate pdnantei pdnantie
pdnaneti pdnaneit pdnaniet pdnanite pdnatnei pdnatnie pdnateni pdnatein pdnatien pdnatine pdnaetni
pdnaetin pdnaenti pdnaenit pdnaeint pdnaeitn pdnaiten pdnaitne pdnaietn pdnaient pdnainet pdnainte
pdntanei pdntanie pdntaeni pdntaein pdntaien pdntaine pdntnaei pdntnaie pdntneai pdntneia pdntniea
pdntniae pdntenai pdntenia pdnteani pdnteain pdnteian pdnteina pdntinea pdntinae pdntiena pdntiean
pdntiaen pdntiane pdneatni pdneatin pdneanti pdneanit pdneaint pdneaitn pdnetani pdnetain pdnetnai
pdnetnia pdnetina pdnetian pdnentai pdnentia pdnenati pdnenait pdneniat pdnenita pdneitna pdneitan
pdneinta pdneinat pdneiant pdneiatn pdniaten pdniatne pdniaetn pdniaent pdnianet pdniante pdnitaen
pdnitane pdnitean pdnitena pdnitnea pdnitnae pdnietan pdnietna pdnieatn pdnieant pdnienat pdnienta
pdnintea pdnintae pdnineta pdnineat pdninaet pdninate pdanntei pdanntie pdanneti pdanneit pdanniet
pdannite pdantnei pdantnie pdanteni pdantein pdantien pdantine pdanetni pdanetin pdanenti pdanenit
pdaneint pdaneitn pdaniten pdanitne pdanietn pdanient pdaninet pdaninte pdanntei pdanntie pdanneti
pdanneit pdanniet pdannite pdantnei pdantnie pdanteni pdantein pdantien pdantine pdanetni pdanetin
pdanenti pdanenit pdaneint pdaneitn pdaniten pdanitne pdanietn pdanient pdaninet pdaninte pdatnnei
pdatnnie pdatneni pdatnein pdatnien pdatnine pdatnnei pdatnnie pdatneni pdatnein pdatnien pdatnine
pdatenni pdatenin pdatenni pdatenin pdateinn pdateinn pdatinen pdatinne pdatienn pdatienn pdatinen
pdatinne pdaentni pdaentin pdaennti pdaennit pdaenint pdaenitn pdaetnni pdaetnin pdaetnni pdaetnin
pdaetinn pdaetinn pdaentni pdaentin pdaennti pdaennit pdaenint pdaenitn pdaeitnn pdaeitnn pdaeintn
pdaeinnt pdaeinnt pdaeintn pdainten pdaintne pdainetn pdainent pdainnet pdainnte pdaitnen pdaitnne
pdaitenn pdaitenn pdaitnen pdaitnne pdaietnn pdaietnn pdaientn pdaiennt pdaiennt pdaientn pdainten
pdaintne pdainetn pdainent pdainnet pdainnte pdtnanei pdtnanie pdtnaeni pdtnaein pdtnaien pdtnaine
pdtnnaei pdtnnaie pdtnneai pdtnneia pdtnniea pdtnniae pdtnenai pdtnenia pdtneani pdtneain pdtneian
pdtneina pdtninea pdtninae pdtniena pdtniean pdtniaen pdtniane pdtannei pdtannie pdtaneni pdtanein
pdtanien pdtanine pdtannei pdtannie pdtaneni pdtanein pdtanien pdtanine pdtaenni pdtaenin pdtaenni
pdtaenin pdtaeinn pdtaeinn pdtainen pdtainne pdtaienn pdtaienn pdtainen pdtainne pdtnanei pdtnanie
pdtnaeni pdtnaein pdtnaien pdtnaine pdtnnaei pdtnnaie pdtnneai pdtnneia pdtnniea pdtnniae pdtnenai
pdtnenia pdtneani pdtneain pdtneian pdtneina pdtninea pdtninae pdtniena pdtniean pdtniaen pdtniane
pdteanni pdteanin pdteanni pdteanin pdteainn pdteainn pdtenani pdtenain pdtennai pdtennia pdtenina
pdtenian pdtennai pdtennia pdtenani pdtenain pdtenian pdtenina pdteinna pdteinan pdteinna pdteinan
pdteiann pdteiann pdtianen pdtianne pdtiaenn pdtiaenn pdtianen pdtianne pdtinaen pdtinane pdtinean
pdtinena pdtinnea pdtinnae pdtienan pdtienna pdtieann pdtieann pdtienan pdtienna pdtinnea pdtinnae
pdtinena pdtinean pdtinaen pdtinane pdenatni pdenatin pdenanti pdenanit pdenaint pdenaitn pdentani
pdentain pdentnai pdentnia pdentina pdentian pdenntai pdenntia pdennati pdennait pdenniat pdennita
pdenitna pdenitan pdeninta pdeninat pdeniant pdeniatn pdeantni pdeantin pdeannti pdeannit pdeanint
pdeanitn pdeatnni pdeatnin pdeatnni pdeatnin pdeatinn pdeatinn pdeantni pdeantin pdeannti pdeannit
pdeanint pdeanitn pdeaitnn pdeaitnn pdeaintn pdeainnt pdeainnt pdeaintn pdetanni pdetanin pdetanni
pdetanin pdetainn pdetainn pdetnani pdetnain pdetnnai pdetnnia pdetnina pdetnian pdetnnai pdetnnia
pdetnani pdetnain pdetnian pdetnina pdetinna pdetinan pdetinna pdetinan pdetiann pdetiann pdenatni
pdenatin pdenanti pdenanit pdenaint pdenaitn pdentani pdentain pdentnai pdentnia pdentina pdentian
pdenntai pdenntia pdennati pdennait pdenniat pdennita pdenitna pdenitan pdeninta pdeninat pdeniant
pdeniatn pdeiatnn pdeiatnn pdeiantn pdeiannt pdeiannt pdeiantn pdeitann pdeitann pdeitnan pdeitnna
pdeitnna pdeitnan pdeintan pdeintna pdeinatn pdeinant pdeinnat pdeinnta pdeintna pdeintan pdeinnta
pdeinnat pdeinant pdeinatn pdinaten pdinatne pdinaetn pdinaent pdinanet pdinante pdintaen pdintane
pdintean pdintena pdintnea pdintnae pdinetan pdinetna pdineatn pdineant pdinenat pdinenta pdinntea
pdinntae pdinneta pdinneat pdinnaet pdinnate pdianten pdiantne pdianetn pdianent pdiannet pdiannte
pdiatnen pdiatnne pdiatenn pdiatenn pdiatnen pdiatnne pdiaetnn pdiaetnn pdiaentn pdiaennt pdiaennt
pdiaentn pdianten pdiantne pdianetn pdianent pdiannet pdiannte pditanen pditanne pditaenn pditaenn
pditanen pditanne pditnaen pditnane pditnean pditnena pditnnea pditnnae pditenan pditenna pditeann
pditeann pditenan pditenna pditnnea pditnnae pditnena pditnean pditnaen pditnane pdieatnn pdieatnn
pdieantn pdieannt pdieannt pdieantn pdietann pdietann pdietnan pdietnna pdietnna pdietnan pdientan
pdientna pdienatn pdienant pdiennat pdiennta pdientna pdientan pdiennta pdiennat pdienant pdienatn
pdinaten pdinatne pdinaetn pdinaent pdinanet pdinante pdintaen pdintane pdintean pdintena pdintnea
pdintnae pdinetan pdinetna pdineatn pdineant pdinenat pdinenta pdinntea pdinntae pdinneta pdinneat
pdinnaet pdinnate

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