easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

motifs

whilere

nounal

praecedantque

tuckshop

kamome

tacueramusque

antimonious

powderiness

unstoniness

endosmotically

emphractic

pyoplania

popoloco

sturtite

errerella

unsymbolical

whoopees


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: nippily
cipher variations:
ojqqjmz pkrrkna qlsslob rmttmpc snuunqd
tovvore upwwpsf vqxxqtg wryyruh xszzsvi
ytaatwj zubbuxk avccvyl bwddwzm cxeexan
dyffybo ezggzcp fahhadq gbiiber hcjjcfs
idkkdgt jellehu kfmmfiv lgnngjw mhoohkx

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: nippily
Cipher: mrkkrob

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: nippily
Cipher: ABBAA ABAAA ABBBA ABBBA ABAAA ABABA BABBA

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: nippily
cipher variations:
ojqqjmzozuuzivopyyperofccfanovggvwjolkklsforssrkxohwwhgt
oxaaxcponeenylodiiduhotmmtqdpkrrknapavvajwpqzzqfspgddgbo
pwhhwxkpmllmtgpsttslypixxihupybbydqpoffozmpejjevipunnure
qlsslobqbwwbkxqraargtqheehcpqxiixylqnmmnuhqtuutmzqjyyjiv
qzcczerqpggpanqfkkfwjqvoovsfrmttmpcrcxxclyrsbbshuriffidq
ryjjyzmronnoviruvvunarkzzkjwraddafsrqhhqborgllgxkrwppwtg
snuunqdsdyydmzstcctivsjggjerszkkzanspoopwjsvwwvobslaalkx
sbeebgtsriircpshmmhylsxqqxuhtovvoretezzenatuddujwtkhhkfs
tallabotqppqxktwxxwpctmbbmlytcffchutsjjsdqtinnizmtyrryvi
upwwpsfufaafobuveevkxuliilgtubmmbcpurqqryluxyyxqdunccnmz
udggdivutkkterujoojanuzsszwjvqxxqtgvgbbgpcvwffwlyvmjjmhu
vcnncdqvsrrszmvyzzyrevoddonavehhejwvullufsvkppkbovattaxk
wryyruhwhcchqdwxggxmzwnkknivwdooderwtsstanwzaazsfwpeepob
wfiifkxwvmmvgtwlqqlcpwbuubylxszzsvixiddirexyhhynaxollojw
xeppefsxuttuboxabbatgxqffqpcxgjjglyxwnnwhuxmrrmdqxcvvczm
ytaatwjyjeejsfyziizobypmmpkxyfqqfgtyvuuvcpybccbuhyrggrqd
yhkkhmzyxooxivynssnerydwwdanzubbuxkzkffktgzajjapczqnnqly
zgrrghuzwvvwdqzcddcvizshhsrezillinazyppyjwzottofszexxebo
avccvylalggluhabkkbqdaroormzahsshivaxwwxeradeedwjatiitsf
ajmmjobazqqzkxapuupgtafyyfcpbwddwzmbmhhmvibcllcrebsppsna
bittijwbyxxyfsbeffexkbujjutgbknnkpcbarralybqvvqhubgzzgdq
cxeexancniinwjcdmmdsfctqqtobcjuujkxczyyzgtcfggfylcvkkvuh
cloolqdcbssbmzcrwwrivchaaherdyffybodojjoxkdennetgdurrupc
dkvvklydazzahudghhgzmdwllwvidmppmredcttcnadsxxsjwdibbifs
ezggzcpepkkpylefoofuhevssvqdelwwlmzebaabivehiihanexmmxwj
enqqnsfeduudobetyytkxejccjgtfahhadqfqllqzmfgppgvifwttwre
fmxxmnafcbbcjwfijjibofynnyxkforrotgfevvepcfuzzulyfkddkhu
gbiibergrmmranghqqhwjgxuuxsfgnyynobgdccdkxgjkkjcpgzoozyl
gpsspuhgfwwfqdgvaavmzgleelivhcjjcfshsnnsbohirrixkhyvvytg
hozzopcheddelyhkllkdqhappazmhqttqvihgxxgrehwbbwnahmffmjw
idkkdgtitootcpijssjylizwwzuhipaapqdifeefmzilmmleribqqban
iruurwjihyyhsfixccxobinggnkxjellehujuppudqjkttkzmjaxxavi
jqbbqrejgffgnajmnnmfsjcrrcbojsvvsxkjizzitgjyddypcjohholy
kfmmfivkvqqverkluulankbyybwjkrccrsfkhgghobknoongtkdssdcp
ktwwtylkjaajuhkzeezqdkpiipmzlgnngjwlwrrwfslmvvmbolczzcxk
lsddstglihhipcloppohulettedqluxxuzmlkbbkvilaffarelqjjqna
mhoohkxmxssxgtmnwwncpmdaadylmteetuhmjiijqdmpqqpivmfuufer
mvyyvanmlcclwjmbggbsfmrkkrobnippilynyttyhunoxxodqnebbezm
nuffuvinkjjkrenqrrqjwngvvgfsnwzzwbonmddmxknchhctgnsllspc

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: nippily
Cipher: avccvyl

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: nippily
Cipher: 33425353421345

Extended Methods:
Method #1

Plaintext: nippily
method variations:
souuoqdxtzztvicyeeyaohdkkdft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
n i p p i l y 
3 4 5 5 4 1 4 
3 2 3 3 2 3 5 
They are then read out in rows:
34554143233235
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: nippily
Cipher: szdomhx

Read more ...
Method #3

Plaintext: nippily
method variations:
swxsbsp wxsbsps xsbspsw
sbspswx bspswxs spswxsb
pswxsbs

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: nippily

all 5040 cipher variations:
nippily nippiyl nippliy nipplyi nippyli nippyil nipiply nipipyl nipilpy nipilyp nipiylp
nipiypl niplipy nipliyp niplpiy niplpyi niplypi niplyip nipyilp nipyipl nipylip nipylpi
nipypli nipypil nippily nippiyl nippliy nipplyi nippyli nippyil nipiply nipipyl nipilpy
nipilyp nipiylp nipiypl niplipy nipliyp niplpiy niplpyi niplypi niplyip nipyilp nipyipl
nipylip nipylpi nipypli nipypil niipply niippyl niiplpy niiplyp niipylp niipypl niipply
niippyl niiplpy niiplyp niipylp niipypl niilppy niilpyp niilppy niilpyp niilypp niilypp
niiyplp niiyppl niiylpp niiylpp niiyplp niiyppl nilpipy nilpiyp nilppiy nilppyi nilpypi
nilpyip nilippy nilipyp nilippy nilipyp niliypp niliypp nilpipy nilpiyp nilppiy nilppyi
nilpypi nilpyip nilyipp nilyipp nilypip nilyppi nilyppi nilypip niypilp niypipl niyplip
niyplpi niyppli niyppil niyiplp niyippl niyilpp niyilpp niyiplp niyippl niylipp niylipp
niylpip niylppi niylppi niylpip niypilp niypipl niyplip niyplpi niyppli niyppil npipily
npipiyl npipliy npiplyi npipyli npipyil npiiply npiipyl npiilpy npiilyp npiiylp npiiypl
npilipy npiliyp npilpiy npilpyi npilypi npilyip npiyilp npiyipl npiylip npiylpi npiypli
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nyipipl nyiplip nyiplpi nyippli nyippil inppily inppiyl inppliy inpplyi inppyli inppyil
inpiply inpipyl inpilpy inpilyp inpiylp inpiypl inplipy inpliyp inplpiy inplpyi inplypi
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iplnpiy iplnpyi iplnypi iplnyip iplinpy iplinyp iplipny iplipyn ipliypn ipliynp iplpiny
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iilppny iilppyn iilpypn iilpynp iilynpp iilynpp iilypnp iilyppn iilyppn iilypnp iiypnlp
iiypnpl iiyplnp iiyplpn iiyppln iiyppnl iiynplp iiynppl iiynlpp iiynlpp iiynplp iiynppl
iiylnpp iiylnpp iiylpnp iiylppn iiylppn iiylpnp iiypnlp iiypnpl iiyplnp iiyplpn iiyppln
iiyppnl ilppiny ilppiyn ilppniy ilppnyi ilppyni ilppyin ilpipny ilpipyn ilpinpy ilpinyp
ilpiynp ilpiypn ilpnipy ilpniyp ilpnpiy ilpnpyi ilpnypi ilpnyip ilpyinp ilpyipn ilpynip
ilpynpi ilpypni ilpypin ilppiny ilppiyn ilppniy ilppnyi ilppyni ilppyin ilpipny ilpipyn
ilpinpy ilpinyp ilpiynp ilpiypn ilpnipy ilpniyp ilpnpiy ilpnpyi ilpnypi ilpnyip ilpyinp
ilpyipn ilpynip ilpynpi ilpypni ilpypin ilippny ilippyn ilipnpy ilipnyp ilipynp ilipypn
ilippny ilippyn ilipnpy ilipnyp ilipynp ilipypn ilinppy ilinpyp ilinppy ilinpyp ilinypp
ilinypp iliypnp iliyppn iliynpp iliynpp iliypnp iliyppn ilnpipy ilnpiyp ilnppiy ilnppyi
ilnpypi ilnpyip ilnippy ilnipyp ilnippy ilnipyp ilniypp ilniypp ilnpipy ilnpiyp ilnppiy
ilnppyi ilnpypi ilnpyip ilnyipp ilnyipp ilnypip ilnyppi ilnyppi ilnypip ilypinp ilypipn
ilypnip ilypnpi ilyppni ilyppin ilyipnp ilyippn ilyinpp ilyinpp ilyipnp ilyippn ilynipp
ilynipp ilynpip ilynppi ilynppi ilynpip ilypinp ilypipn ilypnip ilypnpi ilyppni ilyppin
iyppiln iyppinl iypplin iypplni iyppnli iyppnil iypipln iypipnl iypilpn iypilnp iypinlp
iypinpl iyplipn iyplinp iyplpin iyplpni iyplnpi iyplnip iypnilp iypnipl iypnlip iypnlpi
iypnpli iypnpil iyppiln iyppinl iypplin iypplni iyppnli iyppnil iypipln iypipnl iypilpn
iypilnp iypinlp iypinpl iyplipn iyplinp iyplpin iyplpni iyplnpi iyplnip iypnilp iypnipl
iypnlip iypnlpi iypnpli iypnpil iyippln iyippnl iyiplpn iyiplnp iyipnlp iyipnpl iyippln
iyippnl iyiplpn iyiplnp iyipnlp iyipnpl iyilppn iyilpnp iyilppn iyilpnp iyilnpp iyilnpp
iyinplp iyinppl iyinlpp iyinlpp iyinplp iyinppl iylpipn iylpinp iylppin iylppni iylpnpi
iylpnip iylippn iylipnp iylippn iylipnp iylinpp iylinpp iylpipn iylpinp iylppin iylppni
iylpnpi iylpnip iylnipp iylnipp iylnpip iylnppi iylnppi iylnpip iynpilp iynpipl iynplip
iynplpi iynppli iynppil iyniplp iynippl iynilpp iynilpp iyniplp iynippl iynlipp iynlipp
iynlpip iynlppi iynlppi iynlpip iynpilp iynpipl iynplip iynplpi iynppli iynppil pinpily
pinpiyl pinpliy pinplyi pinpyli pinpyil piniply pinipyl pinilpy pinilyp piniylp piniypl
pinlipy pinliyp pinlpiy pinlpyi pinlypi pinlyip pinyilp pinyipl pinylip pinylpi pinypli
pinypil pipnily pipniyl pipnliy pipnlyi pipnyli pipnyil pipinly pipinyl pipilny pipilyn
pipiyln pipiynl pipliny pipliyn piplniy piplnyi piplyni piplyin pipyiln pipyinl pipylin
pipylni pipynli pipynil piipnly piipnyl piiplny piiplyn piipyln piipynl piinply piinpyl
piinlpy piinlyp piinylp piinypl piilnpy piilnyp piilpny piilpyn piilypn piilynp piiynlp
piiynpl piiylnp piiylpn piiypln piiypnl pilpiny pilpiyn pilpniy pilpnyi pilpyni pilpyin
pilipny pilipyn pilinpy pilinyp piliynp piliypn pilnipy pilniyp pilnpiy pilnpyi pilnypi
pilnyip pilyinp pilyipn pilynip pilynpi pilypni pilypin piypiln piypinl piyplin piyplni
piypnli piypnil piyipln piyipnl piyilpn piyilnp piyinlp piyinpl piylipn piylinp piylpin
piylpni piylnpi piylnip piynilp piynipl piynlip piynlpi piynpli piynpil pnipily pnipiyl
pnipliy pniplyi pnipyli pnipyil pniiply pniipyl pniilpy pniilyp pniiylp pniiypl pnilipy
pniliyp pnilpiy pnilpyi pnilypi pnilyip pniyilp pniyipl pniylip pniylpi pniypli pniypil
pnpiily pnpiiyl pnpiliy pnpilyi pnpiyli pnpiyil pnpiily pnpiiyl pnpiliy pnpilyi pnpiyli
pnpiyil pnpliiy pnpliyi pnpliiy pnpliyi pnplyii pnplyii pnpyili pnpyiil pnpylii pnpylii
pnpyili pnpyiil pnipily pnipiyl pnipliy pniplyi pnipyli pnipyil pniiply pniipyl pniilpy
pniilyp pniiylp pniiypl pnilipy pniliyp pnilpiy pnilpyi pnilypi pnilyip pniyilp pniyipl
pniylip pniylpi pniypli pniypil pnlpiiy pnlpiyi pnlpiiy pnlpiyi pnlpyii pnlpyii pnlipiy
pnlipyi pnliipy pnliiyp pnliyip pnliypi pnliipy pnliiyp pnlipiy pnlipyi pnliypi pnliyip
pnlyiip pnlyipi pnlyiip pnlyipi pnlypii pnlypii pnypili pnypiil pnyplii pnyplii pnypili
pnypiil pnyipli pnyipil pnyilpi pnyilip pnyiilp pnyiipl pnylipi pnyliip pnylpii pnylpii
pnylipi pnyliip pnyiilp pnyiipl pnyilip pnyilpi pnyipli pnyipil ppniily ppniiyl ppniliy
ppnilyi ppniyli ppniyil ppniily ppniiyl ppniliy ppnilyi ppniyli ppniyil ppnliiy ppnliyi
ppnliiy ppnliyi ppnlyii ppnlyii ppnyili ppnyiil ppnylii ppnylii ppnyili ppnyiil ppinily
ppiniyl ppinliy ppinlyi ppinyli ppinyil ppiinly ppiinyl ppiilny ppiilyn ppiiyln ppiiynl
ppiliny ppiliyn ppilniy ppilnyi ppilyni ppilyin ppiyiln ppiyinl ppiylin ppiylni ppiynli
ppiynil ppiinly ppiinyl ppiilny ppiilyn ppiiyln ppiiynl ppinily ppiniyl ppinliy ppinlyi
ppinyli ppinyil ppilniy ppilnyi ppiliny ppiliyn ppilyin ppilyni ppiynli ppiynil ppiylni
ppiylin ppiyiln ppiyinl ppliiny ppliiyn ppliniy pplinyi ppliyni ppliyin ppliiny ppliiyn
ppliniy pplinyi ppliyni ppliyin pplniiy pplniyi pplniiy pplniyi pplnyii pplnyii pplyini
pplyiin pplynii pplynii pplyini pplyiin ppyiiln ppyiinl ppyilin ppyilni ppyinli ppyinil
ppyiiln ppyiinl ppyilin ppyilni ppyinli ppyinil ppyliin ppylini ppyliin ppylini ppylnii
ppylnii ppynili ppyniil ppynlii ppynlii ppynili ppyniil pinpily pinpiyl pinpliy pinplyi
pinpyli pinpyil piniply pinipyl pinilpy pinilyp piniylp piniypl pinlipy pinliyp pinlpiy
pinlpyi pinlypi pinlyip pinyilp pinyipl pinylip pinylpi pinypli pinypil pipnily pipniyl
pipnliy pipnlyi pipnyli pipnyil pipinly pipinyl pipilny pipilyn pipiyln pipiynl pipliny
pipliyn piplniy piplnyi piplyni piplyin pipyiln pipyinl pipylin pipylni pipynli pipynil
piipnly piipnyl piiplny piiplyn piipyln piipynl piinply piinpyl piinlpy piinlyp piinylp
piinypl piilnpy piilnyp piilpny piilpyn piilypn piilynp piiynlp piiynpl piiylnp piiylpn
piiypln piiypnl pilpiny pilpiyn pilpniy pilpnyi pilpyni pilpyin pilipny pilipyn pilinpy
pilinyp piliynp piliypn pilnipy pilniyp pilnpiy pilnpyi pilnypi pilnyip pilyinp pilyipn
pilynip pilynpi pilypni pilypin piypiln piypinl piyplin piyplni piypnli piypnil piyipln
piyipnl piyilpn piyilnp piyinlp piyinpl piylipn piylinp piylpin piylpni piylnpi piylnip
piynilp piynipl piynlip piynlpi piynpli piynpil plnpiiy plnpiyi plnpiiy plnpiyi plnpyii
plnpyii plnipiy plnipyi plniipy plniiyp plniyip plniypi plniipy plniiyp plnipiy plnipyi
plniypi plniyip plnyiip plnyipi plnyiip plnyipi plnypii plnypii plpniiy plpniyi plpniiy
plpniyi plpnyii plpnyii plpiniy plpinyi plpiiny plpiiyn plpiyin plpiyni plpiiny plpiiyn
plpiniy plpinyi plpiyni plpiyin plpyiin plpyini plpyiin plpyini plpynii plpynii plipniy
plipnyi plipiny plipiyn plipyin plipyni plinpiy plinpyi plinipy pliniyp plinyip plinypi
pliinpy pliinyp pliipny pliipyn pliiypn pliiynp pliynip pliynpi pliyinp pliyipn pliypin
pliypni plipiny plipiyn plipniy plipnyi plipyni plipyin pliipny pliipyn pliinpy pliinyp
pliiynp pliiypn plinipy pliniyp plinpiy plinpyi plinypi plinyip pliyinp pliyipn pliynip
pliynpi pliypni pliypin plypiin plypini plypiin plypini plypnii plypnii plyipin plyipni
plyiipn plyiinp plyinip plyinpi plyiipn plyiinp plyipin plyipni plyinpi plyinip plyniip
plynipi plyniip plynipi plynpii plynpii pynpili pynpiil pynplii pynplii pynpili pynpiil
pynipli pynipil pynilpi pynilip pyniilp pyniipl pynlipi pynliip pynlpii pynlpii pynlipi
pynliip pyniilp pyniipl pynilip pynilpi pynipli pynipil pypnili pypniil pypnlii pypnlii
pypnili pypniil pypinli pypinil pypilni pypilin pypiiln pypiinl pyplini pypliin pyplnii
pyplnii pyplini pypliin pypiiln pypiinl pypilin pypilni pypinli pypinil pyipnli pyipnil
pyiplni pyiplin pyipiln pyipinl pyinpli pyinpil pyinlpi pyinlip pyinilp pyinipl pyilnpi
pyilnip pyilpni pyilpin pyilipn pyilinp pyiinlp pyiinpl pyiilnp pyiilpn pyiipln pyiipnl
pylpini pylpiin pylpnii pylpnii pylpini pylpiin pylipni pylipin pylinpi pylinip pyliinp
pyliipn pylnipi pylniip pylnpii pylnpii pylnipi pylniip pyliinp pyliipn pylinip pylinpi
pylipni pylipin pyipiln pyipinl pyiplin pyiplni pyipnli pyipnil pyiipln pyiipnl pyiilpn
pyiilnp pyiinlp pyiinpl pyilipn pyilinp pyilpin pyilpni pyilnpi pyilnip pyinilp pyinipl
pyinlip pyinlpi pyinpli pyinpil pipnily pipniyl pipnliy pipnlyi pipnyli pipnyil pipinly
pipinyl pipilny pipilyn pipiyln pipiynl pipliny pipliyn piplniy piplnyi piplyni piplyin
pipyiln pipyinl pipylin pipylni pipynli pipynil pinpily pinpiyl pinpliy pinplyi pinpyli
pinpyil piniply pinipyl pinilpy pinilyp piniylp piniypl pinlipy pinliyp pinlpiy pinlpyi
pinlypi pinlyip pinyilp pinyipl pinylip pinylpi pinypli pinypil piinply piinpyl piinlpy
piinlyp piinylp piinypl piipnly piipnyl piiplny piiplyn piipyln piipynl piilpny piilpyn
piilnpy piilnyp piilynp piilypn piiypln piiypnl piiylpn piiylnp piiynlp piiynpl pilnipy
pilniyp pilnpiy pilnpyi pilnypi pilnyip pilinpy pilinyp pilipny pilipyn piliypn piliynp
pilpiny pilpiyn pilpniy pilpnyi pilpyni pilpyin pilyipn pilyinp pilypin pilypni pilynpi
pilynip piynilp piynipl piynlip piynlpi piynpli piynpil piyinlp piyinpl piyilnp piyilpn
piyipln piyipnl piylinp piylipn piylnip piylnpi piylpni piylpin piypiln piypinl piyplin
piyplni piypnli piypnil ppinily ppiniyl ppinliy ppinlyi ppinyli ppinyil ppiinly ppiinyl
ppiilny ppiilyn ppiiyln ppiiynl ppiliny ppiliyn ppilniy ppilnyi ppilyni ppilyin ppiyiln
ppiyinl ppiylin ppiylni ppiynli ppiynil ppniily ppniiyl ppniliy ppnilyi ppniyli ppniyil
ppniily ppniiyl ppniliy ppnilyi ppniyli ppniyil ppnliiy ppnliyi ppnliiy ppnliyi ppnlyii
ppnlyii ppnyili ppnyiil ppnylii ppnylii ppnyili ppnyiil ppinily ppiniyl ppinliy ppinlyi
ppinyli ppinyil ppiinly ppiinyl ppiilny ppiilyn ppiiyln ppiiynl ppiliny ppiliyn ppilniy
ppilnyi ppilyni ppilyin ppiyiln ppiyinl ppiylin ppiylni ppiynli ppiynil pplniiy pplniyi
pplniiy pplniyi pplnyii pplnyii ppliniy pplinyi ppliiny ppliiyn ppliyin ppliyni ppliiny
ppliiyn ppliniy pplinyi ppliyni ppliyin pplyiin pplyini pplyiin pplyini pplynii pplynii
ppynili ppyniil ppynlii ppynlii ppynili ppyniil ppyinli ppyinil ppyilni ppyilin ppyiiln
ppyiinl ppylini ppyliin ppylnii ppylnii ppylini ppyliin ppyiiln ppyiinl ppyilin ppyilni
ppyinli ppyinil pnpiily pnpiiyl pnpiliy pnpilyi pnpiyli pnpiyil pnpiily pnpiiyl pnpiliy
pnpilyi pnpiyli pnpiyil pnpliiy pnpliyi pnpliiy pnpliyi pnplyii pnplyii pnpyili pnpyiil
pnpylii pnpylii pnpyili pnpyiil pnipily pnipiyl pnipliy pniplyi pnipyli pnipyil pniiply
pniipyl pniilpy pniilyp pniiylp pniiypl pnilipy pniliyp pnilpiy pnilpyi pnilypi pnilyip
pniyilp pniyipl pniylip pniylpi pniypli pniypil pniiply pniipyl pniilpy pniilyp pniiylp
pniiypl pnipily pnipiyl pnipliy pniplyi pnipyli pnipyil pnilpiy pnilpyi pnilipy pniliyp
pnilyip pnilypi pniypli pniypil pniylpi pniylip pniyilp pniyipl pnliipy pnliiyp pnlipiy
pnlipyi pnliypi pnliyip pnliipy pnliiyp pnlipiy pnlipyi pnliypi pnliyip pnlpiiy pnlpiyi
pnlpiiy pnlpiyi pnlpyii pnlpyii pnlyipi pnlyiip pnlypii pnlypii pnlyipi pnlyiip pnyiilp
pnyiipl pnyilip pnyilpi pnyipli pnyipil pnyiilp pnyiipl pnyilip pnyilpi pnyipli pnyipil
pnyliip pnylipi pnyliip pnylipi pnylpii pnylpii pnypili pnypiil pnyplii pnyplii pnypili
pnypiil pipnily pipniyl pipnliy pipnlyi pipnyli pipnyil pipinly pipinyl pipilny pipilyn
pipiyln pipiynl pipliny pipliyn piplniy piplnyi piplyni piplyin pipyiln pipyinl pipylin
pipylni pipynli pipynil pinpily pinpiyl pinpliy pinplyi pinpyli pinpyil piniply pinipyl
pinilpy pinilyp piniylp piniypl pinlipy pinliyp pinlpiy pinlpyi pinlypi pinlyip pinyilp
pinyipl pinylip pinylpi pinypli pinypil piinply piinpyl piinlpy piinlyp piinylp piinypl
piipnly piipnyl piiplny piiplyn piipyln piipynl piilpny piilpyn piilnpy piilnyp piilynp
piilypn piiypln piiypnl piiylpn piiylnp piiynlp piiynpl pilnipy pilniyp pilnpiy pilnpyi
pilnypi pilnyip pilinpy pilinyp pilipny pilipyn piliypn piliynp pilpiny pilpiyn pilpniy
pilpnyi pilpyni pilpyin pilyipn pilyinp pilypin pilypni pilynpi pilynip piynilp piynipl
piynlip piynlpi piynpli piynpil piyinlp piyinpl piyilnp piyilpn piyipln piyipnl piylinp
piylipn piylnip piylnpi piylpni piylpin piypiln piypinl piyplin piyplni piypnli piypnil
plpniiy plpniyi plpniiy plpniyi plpnyii plpnyii plpiniy plpinyi plpiiny plpiiyn plpiyin
plpiyni plpiiny plpiiyn plpiniy plpinyi plpiyni plpiyin plpyiin plpyini plpyiin plpyini
plpynii plpynii plnpiiy plnpiyi plnpiiy plnpiyi plnpyii plnpyii plnipiy plnipyi plniipy
plniiyp plniyip plniypi plniipy plniiyp plnipiy plnipyi plniypi plniyip plnyiip plnyipi
plnyiip plnyipi plnypii plnypii plinpiy plinpyi plinipy pliniyp plinyip plinypi plipniy
plipnyi plipiny plipiyn plipyin plipyni pliipny pliipyn pliinpy pliinyp pliiynp pliiypn
pliypin pliypni pliyipn pliyinp pliynip pliynpi plinipy pliniyp plinpiy plinpyi plinypi
plinyip pliinpy pliinyp pliipny pliipyn pliiypn pliiynp plipiny plipiyn plipniy plipnyi
plipyni plipyin pliyipn pliyinp pliypin pliypni pliynpi pliynip plyniip plynipi plyniip
plynipi plynpii plynpii plyinip plyinpi plyiinp plyiipn plyipin plyipni plyiinp plyiipn
plyinip plyinpi plyipni plyipin plypiin plypini plypiin plypini plypnii plypnii pypnili
pypniil pypnlii pypnlii pypnili pypniil pypinli pypinil pypilni pypilin pypiiln pypiinl
pyplini pypliin pyplnii pyplnii pyplini pypliin pypiiln pypiinl pypilin pypilni pypinli
pypinil pynpili pynpiil pynplii pynplii pynpili pynpiil pynipli pynipil pynilpi pynilip
pyniilp pyniipl pynlipi pynliip pynlpii pynlpii pynlipi pynliip pyniilp pyniipl pynilip
pynilpi pynipli pynipil pyinpli pyinpil pyinlpi pyinlip pyinilp pyinipl pyipnli pyipnil
pyiplni pyiplin pyipiln pyipinl pyilpni pyilpin pyilnpi pyilnip pyilinp pyilipn pyiipln
pyiipnl pyiilpn pyiilnp pyiinlp pyiinpl pylnipi pylniip pylnpii pylnpii pylnipi pylniip
pylinpi pylinip pylipni pylipin pyliipn pyliinp pylpini pylpiin pylpnii pylpnii pylpini
pylpiin pyliipn pyliinp pylipin pylipni pylinpi pylinip pyinilp pyinipl pyinlip pyinlpi
pyinpli pyinpil pyiinlp pyiinpl pyiilnp pyiilpn pyiipln pyiipnl pyilinp pyilipn pyilnip
pyilnpi pyilpni pyilpin pyipiln pyipinl pyiplin pyiplni pyipnli pyipnil iippnly iippnyl
iipplny iipplyn iippyln iippynl iipnply iipnpyl iipnlpy iipnlyp iipnylp iipnypl iiplnpy
iiplnyp iiplpny iiplpyn iiplypn iiplynp iipynlp iipynpl iipylnp iipylpn iipypln iipypnl
iippnly iippnyl iipplny iipplyn iippyln iippynl iipnply iipnpyl iipnlpy iipnlyp iipnylp
iipnypl iiplnpy iiplnyp iiplpny iiplpyn iiplypn iiplynp iipynlp iipynpl iipylnp iipylpn
iipypln iipypnl iinpply iinppyl iinplpy iinplyp iinpylp iinpypl iinpply iinppyl iinplpy
iinplyp iinpylp iinpypl iinlppy iinlpyp iinlppy iinlpyp iinlypp iinlypp iinyplp iinyppl
iinylpp iinylpp iinyplp iinyppl iilpnpy iilpnyp iilppny iilppyn iilpypn iilpynp iilnppy
iilnpyp iilnppy iilnpyp iilnypp iilnypp iilpnpy iilpnyp iilppny iilppyn iilpypn iilpynp
iilynpp iilynpp iilypnp iilyppn iilyppn iilypnp iiypnlp iiypnpl iiyplnp iiyplpn iiyppln
iiyppnl iiynplp iiynppl iiynlpp iiynlpp iiynplp iiynppl iiylnpp iiylnpp iiylpnp iiylppn
iiylppn iiylpnp iiypnlp iiypnpl iiyplnp iiyplpn iiyppln iiyppnl ipipnly ipipnyl ipiplny
ipiplyn ipipyln ipipynl ipinply ipinpyl ipinlpy ipinlyp ipinylp ipinypl ipilnpy ipilnyp
ipilpny ipilpyn ipilypn ipilynp ipiynlp ipiynpl ipiylnp ipiylpn ipiypln ipiypnl ippinly
ippinyl ippilny ippilyn ippiyln ippiynl ippnily ippniyl ippnliy ippnlyi ippnyli ippnyil
ipplniy ipplnyi ippliny ippliyn ipplyin ipplyni ippynli ippynil ippylni ippylin ippyiln
ippyinl ipnpily ipnpiyl ipnpliy ipnplyi ipnpyli ipnpyil ipniply ipnipyl ipnilpy ipnilyp
ipniylp ipniypl ipnlipy ipnliyp ipnlpiy ipnlpyi ipnlypi ipnlyip ipnyilp ipnyipl ipnylip
ipnylpi ipnypli ipnypil iplpniy iplpnyi iplpiny iplpiyn iplpyin iplpyni iplnpiy iplnpyi
iplnipy iplniyp iplnyip iplnypi iplinpy iplinyp iplipny iplipyn ipliypn ipliynp iplynip
iplynpi iplyinp iplyipn iplypin iplypni ipypnli ipypnil ipyplni ipyplin ipypiln ipypinl
ipynpli ipynpil ipynlpi ipynlip ipynilp ipynipl ipylnpi ipylnip ipylpni ipylpin ipylipn
ipylinp ipyinlp ipyinpl ipyilnp ipyilpn ipyipln ipyipnl ippinly ippinyl ippilny ippilyn
ippiyln ippiynl ippnily ippniyl ippnliy ippnlyi ippnyli ippnyil ipplniy ipplnyi ippliny
ippliyn ipplyin ipplyni ippynli ippynil ippylni ippylin ippyiln ippyinl ipipnly ipipnyl
ipiplny ipiplyn ipipyln ipipynl ipinply ipinpyl ipinlpy ipinlyp ipinylp ipinypl ipilnpy
ipilnyp ipilpny ipilpyn ipilypn ipilynp ipiynlp ipiynpl ipiylnp ipiylpn ipiypln ipiypnl
ipniply ipnipyl ipnilpy ipnilyp ipniylp ipniypl ipnpily ipnpiyl ipnpliy ipnplyi ipnpyli
ipnpyil ipnlpiy ipnlpyi ipnlipy ipnliyp ipnlyip ipnlypi ipnypli ipnypil ipnylpi ipnylip
ipnyilp ipnyipl iplinpy iplinyp iplipny iplipyn ipliypn ipliynp iplnipy iplniyp iplnpiy
iplnpyi iplnypi iplnyip iplpniy iplpnyi iplpiny iplpiyn iplpyin iplpyni iplynpi iplynip
iplypni iplypin iplyipn iplyinp ipyinlp ipyinpl ipyilnp ipyilpn ipyipln ipyipnl ipynilp
ipynipl ipynlip ipynlpi ipynpli ipynpil ipylnip ipylnpi ipylinp ipylipn ipylpin ipylpni
ipypnli ipypnil ipyplni ipyplin ipypiln ipypinl inppily inppiyl inppliy inpplyi inppyli
inppyil inpiply inpipyl inpilpy inpilyp inpiylp inpiypl inplipy inpliyp inplpiy inplpyi
inplypi inplyip inpyilp inpyipl inpylip inpylpi inpypli inpypil inppily inppiyl inppliy
inpplyi inppyli inppyil inpiply inpipyl inpilpy inpilyp inpiylp inpiypl inplipy inpliyp
inplpiy inplpyi inplypi inplyip inpyilp inpyipl inpylip inpylpi inpypli inpypil inipply
inippyl iniplpy iniplyp inipylp inipypl inipply inippyl iniplpy iniplyp inipylp inipypl
inilppy inilpyp inilppy inilpyp inilypp inilypp iniyplp iniyppl iniylpp iniylpp iniyplp
iniyppl inlpipy inlpiyp inlppiy inlppyi inlpypi inlpyip inlippy inlipyp inlippy inlipyp
inliypp inliypp inlpipy inlpiyp inlppiy inlppyi inlpypi inlpyip inlyipp inlyipp inlypip
inlyppi inlyppi inlypip inypilp inypipl inyplip inyplpi inyppli inyppil inyiplp inyippl
inyilpp inyilpp inyiplp inyippl inylipp inylipp inylpip inylppi inylppi inylpip inypilp
inypipl inyplip inyplpi inyppli inyppil ilppniy ilppnyi ilppiny ilppiyn ilppyin ilppyni
ilpnpiy ilpnpyi ilpnipy ilpniyp ilpnyip ilpnypi ilpinpy ilpinyp ilpipny ilpipyn ilpiypn
ilpiynp ilpynip ilpynpi ilpyinp ilpyipn ilpypin ilpypni ilppniy ilppnyi ilppiny ilppiyn
ilppyin ilppyni ilpnpiy ilpnpyi ilpnipy ilpniyp ilpnyip ilpnypi ilpinpy ilpinyp ilpipny
ilpipyn ilpiypn ilpiynp ilpynip ilpynpi ilpyinp ilpyipn ilpypin ilpypni ilnppiy ilnppyi
ilnpipy ilnpiyp ilnpyip ilnpypi ilnppiy ilnppyi ilnpipy ilnpiyp ilnpyip ilnpypi ilnippy
ilnipyp ilnippy ilnipyp ilniypp ilniypp ilnypip ilnyppi ilnyipp ilnyipp ilnypip ilnyppi
ilipnpy ilipnyp ilippny ilippyn ilipypn ilipynp ilinppy ilinpyp ilinppy ilinpyp ilinypp
ilinypp ilipnpy ilipnyp ilippny ilippyn ilipypn ilipynp iliynpp iliynpp iliypnp iliyppn
iliyppn iliypnp ilypnip ilypnpi ilypinp ilypipn ilyppin ilyppni ilynpip ilynppi ilynipp
ilynipp ilynpip ilynppi ilyinpp ilyinpp ilyipnp ilyippn ilyippn ilyipnp ilypnip ilypnpi
ilypinp ilypipn ilyppin ilyppni iyppnli iyppnil iypplni iypplin iyppiln iyppinl iypnpli
iypnpil iypnlpi iypnlip iypnilp iypnipl iyplnpi iyplnip iyplpni iyplpin iyplipn iyplinp
iypinlp iypinpl iypilnp iypilpn iypipln iypipnl iyppnli iyppnil iypplni iypplin iyppiln
iyppinl iypnpli iypnpil iypnlpi iypnlip iypnilp iypnipl iyplnpi iyplnip iyplpni iyplpin
iyplipn iyplinp iypinlp iypinpl iypilnp iypilpn iypipln iypipnl iynppli iynppil iynplpi
iynplip iynpilp iynpipl iynppli iynppil iynplpi iynplip iynpilp iynpipl iynlppi iynlpip
iynlppi iynlpip iynlipp iynlipp iyniplp iynippl iynilpp iynilpp iyniplp iynippl iylpnpi
iylpnip iylppni iylppin iylpipn iylpinp iylnppi iylnpip iylnppi iylnpip iylnipp iylnipp
iylpnpi iylpnip iylppni iylppin iylpipn iylpinp iylinpp iylinpp iylipnp iylippn iylippn
iylipnp iyipnlp iyipnpl iyiplnp iyiplpn iyippln iyippnl iyinplp iyinppl iyinlpp iyinlpp
iyinplp iyinppl iyilnpp iyilnpp iyilpnp iyilppn iyilppn iyilpnp iyipnlp iyipnpl iyiplnp
iyiplpn iyippln iyippnl lippiny lippiyn lippniy lippnyi lippyni lippyin lipipny lipipyn
lipinpy lipinyp lipiynp lipiypn lipnipy lipniyp lipnpiy lipnpyi lipnypi lipnyip lipyinp
lipyipn lipynip lipynpi lipypni lipypin lippiny lippiyn lippniy lippnyi lippyni lippyin
lipipny lipipyn lipinpy lipinyp lipiynp lipiypn lipnipy lipniyp lipnpiy lipnpyi lipnypi
lipnyip lipyinp lipyipn lipynip lipynpi lipypni lipypin liippny liippyn liipnpy liipnyp
liipynp liipypn liippny liippyn liipnpy liipnyp liipynp liipypn liinppy liinpyp liinppy
liinpyp liinypp liinypp liiypnp liiyppn liiynpp liiynpp liiypnp liiyppn linpipy linpiyp
linppiy linppyi linpypi linpyip linippy linipyp linippy linipyp liniypp liniypp linpipy
linpiyp linppiy linppyi linpypi linpyip linyipp linyipp linypip linyppi linyppi linypip
liypinp liypipn liypnip liypnpi liyppni liyppin liyipnp liyippn liyinpp liyinpp liyipnp
liyippn liynipp liynipp liynpip liynppi liynppi liynpip liypinp liypipn liypnip liypnpi
liyppni liyppin lpipiny lpipiyn lpipniy lpipnyi lpipyni lpipyin lpiipny lpiipyn lpiinpy
lpiinyp lpiiynp lpiiypn lpinipy lpiniyp lpinpiy lpinpyi lpinypi lpinyip lpiyinp lpiyipn
lpiynip lpiynpi lpiypni lpiypin lppiiny lppiiyn lppiniy lppinyi lppiyni lppiyin lppiiny
lppiiyn lppiniy lppinyi lppiyni lppiyin lppniiy lppniyi lppniiy lppniyi lppnyii lppnyii
lppyini lppyiin lppynii lppynii lppyini lppyiin lpipiny lpipiyn lpipniy lpipnyi lpipyni
lpipyin lpiipny lpiipyn lpiinpy lpiinyp lpiiynp lpiiypn lpinipy lpiniyp lpinpiy lpinpyi
lpinypi lpinyip lpiyinp lpiyipn lpiynip lpiynpi lpiypni lpiypin lpnpiiy lpnpiyi lpnpiiy
lpnpiyi lpnpyii lpnpyii lpnipiy lpnipyi lpniipy lpniiyp lpniyip lpniypi lpniipy lpniiyp
lpnipiy lpnipyi lpniypi lpniyip lpnyiip lpnyipi lpnyiip lpnyipi lpnypii lpnypii lpypini
lpypiin lpypnii lpypnii lpypini lpypiin lpyipni lpyipin lpyinpi lpyinip lpyiinp lpyiipn
lpynipi lpyniip lpynpii lpynpii lpynipi lpyniip lpyiinp lpyiipn lpyinip lpyinpi lpyipni
lpyipin lppiiny lppiiyn lppiniy lppinyi lppiyni lppiyin lppiiny lppiiyn lppiniy lppinyi
lppiyni lppiyin lppniiy lppniyi lppniiy lppniyi lppnyii lppnyii lppyini lppyiin lppynii
lppynii lppyini lppyiin lpipiny lpipiyn lpipniy lpipnyi lpipyni lpipyin lpiipny lpiipyn
lpiinpy lpiinyp lpiiynp lpiiypn lpinipy lpiniyp lpinpiy lpinpyi lpinypi lpinyip lpiyinp
lpiyipn lpiynip lpiynpi lpiypni lpiypin lpiipny lpiipyn lpiinpy lpiinyp lpiiynp lpiiypn
lpipiny lpipiyn lpipniy lpipnyi lpipyni lpipyin lpinpiy lpinpyi lpinipy lpiniyp lpinyip
lpinypi lpiypni lpiypin lpiynpi lpiynip lpiyinp lpiyipn lpniipy lpniiyp lpnipiy lpnipyi
lpniypi lpniyip lpniipy lpniiyp lpnipiy lpnipyi lpniypi lpniyip lpnpiiy lpnpiyi lpnpiiy
lpnpiyi lpnpyii lpnpyii lpnyipi lpnyiip lpnypii lpnypii lpnyipi lpnyiip lpyiinp lpyiipn
lpyinip lpyinpi lpyipni lpyipin lpyiinp lpyiipn lpyinip lpyinpi lpyipni lpyipin lpyniip
lpynipi lpyniip lpynipi lpynpii lpynpii lpypini lpypiin lpypnii lpypnii lpypini lpypiin
lippiny lippiyn lippniy lippnyi lippyni lippyin lipipny lipipyn lipinpy lipinyp lipiynp
lipiypn lipnipy lipniyp lipnpiy lipnpyi lipnypi lipnyip lipyinp lipyipn lipynip lipynpi
lipypni lipypin lippiny lippiyn lippniy lippnyi lippyni lippyin lipipny lipipyn lipinpy
lipinyp lipiynp lipiypn lipnipy lipniyp lipnpiy lipnpyi lipnypi lipnyip lipyinp lipyipn
lipynip lipynpi lipypni lipypin liippny liippyn liipnpy liipnyp liipynp liipypn liippny
liippyn liipnpy liipnyp liipynp liipypn liinppy liinpyp liinppy liinpyp liinypp liinypp
liiypnp liiyppn liiynpp liiynpp liiypnp liiyppn linpipy linpiyp linppiy linppyi linpypi
linpyip linippy linipyp linippy linipyp liniypp liniypp linpipy linpiyp linppiy linppyi
linpypi linpyip linyipp linyipp linypip linyppi linyppi linypip liypinp liypipn liypnip
liypnpi liyppni liyppin liyipnp liyippn liyinpp liyinpp liyipnp liyippn liynipp liynipp
liynpip liynppi liynppi liynpip liypinp liypipn liypnip liypnpi liyppni liyppin lnppiiy
lnppiyi lnppiiy lnppiyi lnppyii lnppyii lnpipiy lnpipyi lnpiipy lnpiiyp lnpiyip lnpiypi
lnpiipy lnpiiyp lnpipiy lnpipyi lnpiypi lnpiyip lnpyiip lnpyipi lnpyiip lnpyipi lnpypii
lnpypii lnppiiy lnppiyi lnppiiy lnppiyi lnppyii lnppyii lnpipiy lnpipyi lnpiipy lnpiiyp
lnpiyip lnpiypi lnpiipy lnpiiyp lnpipiy lnpipyi lnpiypi lnpiyip lnpyiip lnpyipi lnpyiip
lnpyipi lnpypii lnpypii lnippiy lnippyi lnipipy lnipiyp lnipyip lnipypi lnippiy lnippyi
lnipipy lnipiyp lnipyip lnipypi lniippy lniipyp lniippy lniipyp lniiypp lniiypp lniypip
lniyppi lniyipp lniyipp lniypip lniyppi lnipipy lnipiyp lnippiy lnippyi lnipypi lnipyip
lniippy lniipyp lniippy lniipyp lniiypp lniiypp lnipipy lnipiyp lnippiy lnippyi lnipypi
lnipyip lniyipp lniyipp lniypip lniyppi lniyppi lniypip lnypiip lnypipi lnypiip lnypipi
lnyppii lnyppii lnyipip lnyippi lnyiipp lnyiipp lnyipip lnyippi lnyiipp lnyiipp lnyipip
lnyippi lnyippi lnyipip lnypiip lnypipi lnypiip lnypipi lnyppii lnyppii lyppini lyppiin
lyppnii lyppnii lyppini lyppiin lypipni lypipin lypinpi lypinip lypiinp lypiipn lypnipi
lypniip lypnpii lypnpii lypnipi lypniip lypiinp lypiipn lypinip lypinpi lypipni lypipin
lyppini lyppiin lyppnii lyppnii lyppini lyppiin lypipni lypipin lypinpi lypinip lypiinp
lypiipn lypnipi lypniip lypnpii lypnpii lypnipi lypniip lypiinp lypiipn lypinip lypinpi
lypipni lypipin lyippni lyippin lyipnpi lyipnip lyipinp lyipipn lyippni lyippin lyipnpi
lyipnip lyipinp lyipipn lyinppi lyinpip lyinppi lyinpip lyinipp lyinipp lyiipnp lyiippn
lyiinpp lyiinpp lyiipnp lyiippn lynpipi lynpiip lynppii lynppii lynpipi lynpiip lynippi
lynipip lynippi lynipip lyniipp lyniipp lynpipi lynpiip lynppii lynppii lynpipi lynpiip
lyniipp lyniipp lynipip lynippi lynippi lynipip lyipinp lyipipn lyipnip lyipnpi lyippni
lyippin lyiipnp lyiippn lyiinpp lyiinpp lyiipnp lyiippn lyinipp lyinipp lyinpip lyinppi
lyinppi lyinpip lyipinp lyipipn lyipnip lyipnpi lyippni lyippin yippiln yippinl yipplin
yipplni yippnli yippnil yipipln yipipnl yipilpn yipilnp yipinlp yipinpl yiplipn yiplinp
yiplpin yiplpni yiplnpi yiplnip yipnilp yipnipl yipnlip yipnlpi yipnpli yipnpil yippiln
yippinl yipplin yipplni yippnli yippnil yipipln yipipnl yipilpn yipilnp yipinlp yipinpl
yiplipn yiplinp yiplpin yiplpni yiplnpi yiplnip yipnilp yipnipl yipnlip yipnlpi yipnpli
yipnpil yiippln yiippnl yiiplpn yiiplnp yiipnlp yiipnpl yiippln yiippnl yiiplpn yiiplnp
yiipnlp yiipnpl yiilppn yiilpnp yiilppn yiilpnp yiilnpp yiilnpp yiinplp yiinppl yiinlpp
yiinlpp yiinplp yiinppl yilpipn yilpinp yilppin yilppni yilpnpi yilpnip yilippn yilipnp
yilippn yilipnp yilinpp yilinpp yilpipn yilpinp yilppin yilppni yilpnpi yilpnip yilnipp
yilnipp yilnpip yilnppi yilnppi yilnpip yinpilp yinpipl yinplip yinplpi yinppli yinppil
yiniplp yinippl yinilpp yinilpp yiniplp yinippl yinlipp yinlipp yinlpip yinlppi yinlppi
yinlpip yinpilp yinpipl yinplip yinplpi yinppli yinppil ypipiln ypipinl ypiplin ypiplni
ypipnli ypipnil ypiipln ypiipnl ypiilpn ypiilnp ypiinlp ypiinpl ypilipn ypilinp ypilpin
ypilpni ypilnpi ypilnip ypinilp ypinipl ypinlip ypinlpi ypinpli ypinpil yppiiln yppiinl
yppilin yppilni yppinli yppinil yppiiln yppiinl yppilin yppilni yppinli yppinil yppliin
ypplini yppliin ypplini ypplnii ypplnii yppnili yppniil yppnlii yppnlii yppnili yppniil
ypipiln ypipinl ypiplin ypiplni ypipnli ypipnil ypiipln ypiipnl ypiilpn ypiilnp ypiinlp
ypiinpl ypilipn ypilinp ypilpin ypilpni ypilnpi ypilnip ypinilp ypinipl ypinlip ypinlpi
ypinpli ypinpil yplpiin yplpini yplpiin yplpini yplpnii yplpnii yplipin yplipni ypliipn
ypliinp yplinip yplinpi ypliipn ypliinp yplipin yplipni yplinpi yplinip yplniip yplnipi
yplniip yplnipi yplnpii yplnpii ypnpili ypnpiil ypnplii ypnplii ypnpili ypnpiil ypnipli
ypnipil ypnilpi ypnilip ypniilp ypniipl ypnlipi ypnliip ypnlpii ypnlpii ypnlipi ypnliip
ypniilp ypniipl ypnilip ypnilpi ypnipli ypnipil yppiiln yppiinl yppilin yppilni yppinli
yppinil yppiiln yppiinl yppilin yppilni yppinli yppinil yppliin ypplini yppliin ypplini
ypplnii ypplnii yppnili yppniil yppnlii yppnlii yppnili yppniil ypipiln ypipinl ypiplin
ypiplni ypipnli ypipnil ypiipln ypiipnl ypiilpn ypiilnp ypiinlp ypiinpl ypilipn ypilinp
ypilpin ypilpni ypilnpi ypilnip ypinilp ypinipl ypinlip ypinlpi ypinpli ypinpil ypiipln
ypiipnl ypiilpn ypiilnp ypiinlp ypiinpl ypipiln ypipinl ypiplin ypiplni ypipnli ypipnil
ypilpin ypilpni ypilipn ypilinp ypilnip ypilnpi ypinpli ypinpil ypinlpi ypinlip ypinilp
ypinipl ypliipn ypliinp yplipin yplipni yplinpi yplinip ypliipn ypliinp yplipin yplipni
yplinpi yplinip yplpiin yplpini yplpiin yplpini yplpnii yplpnii yplnipi yplniip yplnpii
yplnpii yplnipi yplniip ypniilp ypniipl ypnilip ypnilpi ypnipli ypnipil ypniilp ypniipl
ypnilip ypnilpi ypnipli ypnipil ypnliip ypnlipi ypnliip ypnlipi ypnlpii ypnlpii ypnpili
ypnpiil ypnplii ypnplii ypnpili ypnpiil yippiln yippinl yipplin yipplni yippnli yippnil
yipipln yipipnl yipilpn yipilnp yipinlp yipinpl yiplipn yiplinp yiplpin yiplpni yiplnpi
yiplnip yipnilp yipnipl yipnlip yipnlpi yipnpli yipnpil yippiln yippinl yipplin yipplni
yippnli yippnil yipipln yipipnl yipilpn yipilnp yipinlp yipinpl yiplipn yiplinp yiplpin
yiplpni yiplnpi yiplnip yipnilp yipnipl yipnlip yipnlpi yipnpli yipnpil yiippln yiippnl
yiiplpn yiiplnp yiipnlp yiipnpl yiippln yiippnl yiiplpn yiiplnp yiipnlp yiipnpl yiilppn
yiilpnp yiilppn yiilpnp yiilnpp yiilnpp yiinplp yiinppl yiinlpp yiinlpp yiinplp yiinppl
yilpipn yilpinp yilppin yilppni yilpnpi yilpnip yilippn yilipnp yilippn yilipnp yilinpp
yilinpp yilpipn yilpinp yilppin yilppni yilpnpi yilpnip yilnipp yilnipp yilnpip yilnppi
yilnppi yilnpip yinpilp yinpipl yinplip yinplpi yinppli yinppil yiniplp yinippl yinilpp
yinilpp yiniplp yinippl yinlipp yinlipp yinlpip yinlppi yinlppi yinlpip yinpilp yinpipl
yinplip yinplpi yinppli yinppil ylppiin ylppini ylppiin ylppini ylppnii ylppnii ylpipin
ylpipni ylpiipn ylpiinp ylpinip ylpinpi ylpiipn ylpiinp ylpipin ylpipni ylpinpi ylpinip
ylpniip ylpnipi ylpniip ylpnipi ylpnpii ylpnpii ylppiin ylppini ylppiin ylppini ylppnii
ylppnii ylpipin ylpipni ylpiipn ylpiinp ylpinip ylpinpi ylpiipn ylpiinp ylpipin ylpipni
ylpinpi ylpinip ylpniip ylpnipi ylpniip ylpnipi ylpnpii ylpnpii ylippin ylippni ylipipn
ylipinp ylipnip ylipnpi ylippin ylippni ylipipn ylipinp ylipnip ylipnpi yliippn yliipnp
yliippn yliipnp yliinpp yliinpp ylinpip ylinppi ylinipp ylinipp ylinpip ylinppi ylipipn
ylipinp ylippin ylippni ylipnpi ylipnip yliippn yliipnp yliippn yliipnp yliinpp yliinpp
ylipipn ylipinp ylippin ylippni ylipnpi ylipnip ylinipp ylinipp ylinpip ylinppi ylinppi
ylinpip ylnpiip ylnpipi ylnpiip ylnpipi ylnppii ylnppii ylnipip ylnippi ylniipp ylniipp
ylnipip ylnippi ylniipp ylniipp ylnipip ylnippi ylnippi ylnipip ylnpiip ylnpipi ylnpiip
ylnpipi ylnppii ylnppii ynppili ynppiil ynpplii ynpplii ynppili ynppiil ynpipli ynpipil
ynpilpi ynpilip ynpiilp ynpiipl ynplipi ynpliip ynplpii ynplpii ynplipi ynpliip ynpiilp
ynpiipl ynpilip ynpilpi ynpipli ynpipil ynppili ynppiil ynpplii ynpplii ynppili ynppiil
ynpipli ynpipil ynpilpi ynpilip ynpiilp ynpiipl ynplipi ynpliip ynplpii ynplpii ynplipi
ynpliip ynpiilp ynpiipl ynpilip ynpilpi ynpipli ynpipil ynippli ynippil yniplpi yniplip
ynipilp ynipipl ynippli ynippil yniplpi yniplip ynipilp ynipipl ynilppi ynilpip ynilppi
ynilpip ynilipp ynilipp yniiplp yniippl yniilpp yniilpp yniiplp yniippl ynlpipi ynlpiip
ynlppii ynlppii ynlpipi ynlpiip ynlippi ynlipip ynlippi ynlipip ynliipp ynliipp ynlpipi
ynlpiip ynlppii ynlppii ynlpipi ynlpiip ynliipp ynliipp ynlipip ynlippi ynlippi ynlipip
ynipilp ynipipl yniplip yniplpi ynippli ynippil yniiplp yniippl yniilpp yniilpp yniiplp
yniippl ynilipp ynilipp ynilpip ynilppi ynilppi ynilpip ynipilp ynipipl yniplip yniplpi
ynippli ynippil

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